From 442032dd46a2971fa75f3a894c1cb0fa774fe0ef Mon Sep 17 00:00:00 2001 From: Nick DaCosta Date: Thu, 19 Dec 2024 09:20:26 -0500 Subject: [PATCH] Removed test release version --- README.md | 1 - .../classes/C/ActivitySense-Summary.js | 1 - .../C/ActivitySense-SummaryToolTips.js | 1 - .../classes/C/ActivitySense-ToolTips.js | 1 - .../classes/C/ActivitySense.html | 77 - .../C/AdaptiveMeasurementData-Summary.js | 1 - ...AdaptiveMeasurementData-SummaryToolTips.js | 1 - .../C/AdaptiveMeasurementData-ToolTips.js | 1 - .../classes/C/AdaptiveMeasurementData.html | 56 - .../C/AidingMeasurementHeading-Summary.js | 1 - ...idingMeasurementHeading-SummaryToolTips.js | 1 - .../C/AidingMeasurementHeading-ToolTips.js | 1 - .../classes/C/AidingMeasurementHeading.html | 64 - .../C/AidingMeasurementHeight-Summary.js | 1 - ...AidingMeasurementHeight-SummaryToolTips.js | 1 - .../C/AidingMeasurementHeight-ToolTips.js | 1 - .../classes/C/AidingMeasurementHeight.html | 65 - 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v66.0.1/MSCL_Docs/styles/msclDocsStyle/images/transparent.gif delete mode 100644 v66.0.1/MSCL_Docs/styles/msclDocsStyle/msclDocsStyle.css diff --git a/README.md b/README.md index cceb89bfe..827b13fac 100644 --- a/README.md +++ b/README.md @@ -9,5 +9,4 @@ This repo hosts the documentation for MSCL. The documentation can be viewed at t | Version | Full Documentation | Public Documentation | |---------|---------------------------------------------------------------------------------------------------|-------------------------------------------------------------------------------------------------| | latest | [Full Documentation](https://lord-microstrain.github.io/MSCL_documentation/latest/MSCL_API_Docs) | [Public Documentation](https://lord-microstrain.github.io/MSCL_documentation/latest/MSCL_Docs) | -| v66.0.1 | [Full Documentation](https://lord-microstrain.github.io/MSCL_documentation/v66.0.1/MSCL_API_Docs) | [Public Documentation](https://lord-microstrain.github.io/MSCL_documentation/v66.0.1/MSCL_Docs) | | v66.0.0 | [Full Documentation](https://lord-microstrain.github.io/MSCL_documentation/v66.0.0/MSCL_API_Docs) | [Public Documentation](https://lord-microstrain.github.io/MSCL_documentation/v66.0.0/MSCL_Docs) | diff --git a/v66.0.1/MSCL_API_Docs/classes/C/ActivitySense-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/ActivitySense-Summary.js deleted file mode 100644 index 73f381e72..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/ActivitySense-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:ActivitySense","ActivitySense");NDSummary.OnSummaryLoaded("CClass:ActivitySense",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"]],[[2971,0,0,"ActivitySense"],[2972,0,1,"enabled","enabled"],[2973,0,1,"enabled","enabled(2)"],[2974,0,1,"activityThreshold","activityThreshold"],[2975,0,1,"activityThreshold","activityThreshold(2)"],[2976,0,1,"inactivityThreshold","inactivityThreshold"],[2977,0,1,"inactivityThreshold","inactivityThreshold(2)"],[2978,0,1,"activityTime","activityTime"],[2979,0,1,"activityTime","activityTime(2)"],[2980,0,1,"inactivityTimeout","inactivityTimeout"],[2981,0,1,"inactivityTimeout","inactivityTimeout(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/ActivitySense-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/ActivitySense-SummaryToolTips.js deleted file mode 100644 index 66c8a1785..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/ActivitySense-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:ActivitySense",{2971:"
ActivitySense
Contains all of the ActivitySense options that can be configured for a WirelessNode.  Activity Sense is a power saving feature that allows a Node to be in a low-power state when no activity is suspected, and then immediately jump to its normal sampling state when a certain activity threshold is reached.
",2972:"
bool enabled() const
Gets whether Activity Sense is enabled or disabled in this options object.
",2973:"
void enabled(
bool enable
)
Sets whether Activity Sense is enabled or disabled in this options object.
",2974:"
float activityThreshold() const
Gets the current activity threshold value in this options object.  This is the threshold the channel must exceed, for activityTime seconds to begin sampling.
",2975:"
void activityThreshold(
float threshold
)
Sets the activity threshold value in this options object.  This is the threshold the channel must exceed, for activityTime seconds to begin sampling.
",2976:"
float inactivityThreshold() const
Gets the current inactivity threshold value in this options object.  This is the threshold the channel must drop below, for inactivityTimeout seconds to begin sampling.
",2977:"
void inactivityThreshold(
float threshold
)
Sets the inactivity threshold value in this options object.  This is the threshold the channel must drop below, for inactivityTimeout seconds to begin sampling.
",2978:"
float activityTime() const
Gets the amount of time that activity must be seen above activityThreshold before the Node enters its sampling mode, currently set in this options object.
",2979:"
void activityTime(
float time
)
Sets the amount of time that activity must be seen above activityThreshold before the Node enters its sampling mode, in this options object.
",2980:"
float inactivityTimeout() const
Gets the current amount of time that the Activity Sense mode runs without a value over the activityThreshold before it goes back into a low power mode, in this options object.
",2981:"
void inactivityTimeout(
float timeout
)
Sets the current amount of time that the Activity Sense mode runs without a value over the activityThreshold before it goes back into a low power mode, in this options object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/ActivitySense-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/ActivitySense-ToolTips.js deleted file mode 100644 index c9d89bf2d..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/ActivitySense-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2974:"
float activityThreshold() const
Gets the current activity threshold value in this options object.  This is the threshold the channel must exceed, for activityTime seconds to begin sampling.
",2978:"
float activityTime() const
Gets the amount of time that activity must be seen above activityThreshold before the Node enters its sampling mode, currently set in this options object.
",2980:"
float inactivityTimeout() const
Gets the current amount of time that the Activity Sense mode runs without a value over the activityThreshold before it goes back into a low power mode, in this options object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/ActivitySense.html b/v66.0.1/MSCL_API_Docs/classes/C/ActivitySense.html deleted file mode 100644 index ef5fe64b3..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/ActivitySense.html +++ /dev/null @@ -1,77 +0,0 @@ - - -ActivitySense - - - - - - - -
-
ActivitySense
-
ActivitySense
-

Contains all of the ActivitySense options that can be configured for a WirelessNode.  Activity Sense is a power saving feature that allows a Node to be in a low-power state when no activity is suspected, and then immediately jump to its normal sampling state when a certain activity threshold is reached.

-
- -
-
enabled
-
bool enabled() const
-

Gets whether Activity Sense is enabled or disabled in this options object.

Returns

true if Activity Sense is enabled in this options object, false if it is disabled.

-
- -
-
enabled
-
void enabled(
bool enable
)
-

Sets whether Activity Sense is enabled or disabled in this options object.

Parameters
enable
bool

Whether to enable (true) or disable (false) Activity Sense mode in this options object.

-
- -
-
activityThreshold
-
float activityThreshold() const
-

Gets the current activity threshold value in this options object.  This is the threshold the channel must exceed, for activityTime seconds to begin sampling.

Returns

The activity threshold value (in G's) set in this options object.

-
- -
-
activityThreshold
-
void activityThreshold(
float threshold
)
-

Sets the activity threshold value in this options object.  This is the threshold the channel must exceed, for activityTime seconds to begin sampling.

Parameters
threshold
float

The activity threshold value (in G's) to set in this options object.

-
- -
-
inactivityThreshold
-
float inactivityThreshold() const
-

Gets the current inactivity threshold value in this options object.  This is the threshold the channel must drop below, for inactivityTimeout seconds to begin sampling.

Returns

The inactivity threshold value (in G's) set in this options object.

-
- -
-
inactivityThreshold
-
void inactivityThreshold(
float threshold
)
-

Sets the inactivity threshold value in this options object.  This is the threshold the channel must drop below, for inactivityTimeout seconds to begin sampling.

Parameters
threshold
float

The inactivity threshold value (in G's) to set in this options object.

-
- -
-
activityTime
-
float activityTime() const
-

Gets the amount of time that activity must be seen above activityThreshold before the Node enters its sampling mode, currently set in this options object.

Returns

The activity time value set in this options object.

-
- -
-
activityTime
-
void activityTime(
float time
)
-

Sets the amount of time that activity must be seen above activityThreshold before the Node enters its sampling mode, in this options object.

Parameters
time
float

The activity time value to set in this options object.

-
- -
-
inactivityTimeout
-
float inactivityTimeout() const
-

Gets the current amount of time that the Activity Sense mode runs without a value over the activityThreshold before it goes back into a low power mode, in this options object.

Returns

The inactivity timeout value set in this options object.

-
- -
-
inactivityTimeout
-
void inactivityTimeout(
float timeout
)
-

Sets the current amount of time that the Activity Sense mode runs without a value over the activityThreshold before it goes back into a low power mode, in this options object.

Parameters
timeout
float

The inactivity timeout value to set in this options object.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/AdaptiveMeasurementData-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/AdaptiveMeasurementData-Summary.js deleted file mode 100644 index 2a817ae51..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/AdaptiveMeasurementData-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:AdaptiveMeasurementData","AdaptiveMeasurementData");NDSummary.OnSummaryLoaded("CClass:AdaptiveMeasurementData",[["C/C++","C"]],[["Functions","Function"],["Structs","Struct"],["Variables","Variable"]],[[762,0,1,"AdaptiveMeasurementData"],[763,0,0,"AdaptiveMeasurementData","AdaptiveMeasurementData"],[764,0,2,"mode","mode"],[765,0,2,"lowPassFilterCutoff","lowPassFilterCutoff"],[766,0,2,"lowLimit","lowLimit"],[767,0,2,"highLimit","highLimit"],[768,0,2,"lowLimitUncertainty","lowLimitUncertainty"],[769,0,2,"highLimitUncertainty","highLimitUncertainty"],[770,0,2,"minUncertainty","minUncertainty"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/AdaptiveMeasurementData-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/AdaptiveMeasurementData-SummaryToolTips.js deleted file mode 100644 index e63bd1df0..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/AdaptiveMeasurementData-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:AdaptiveMeasurementData",{763:"
AdaptiveMeasurementData() : mode(InertialTypes::AdaptiveMeasurementMode::ADAPTIVE_MEASUREMENT_DISABLE), lowPassFilterCutoff(0), lowLimit(0), highLimit(0), lowLimitUncertainty(0), highLimitUncertainty(0), minUncertainty(0)
Initialize an AdaptiveMeasurementData object with default values
",764:"
InertialTypes::AdaptiveMeasurementMode mode
",765:"
float lowPassFilterCutoff
",766:"
float lowLimit
",767:"
float highLimit
",768:"
float lowLimitUncertainty
",769:"
float highLimitUncertainty
",770:"
float minUncertainty
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/AdaptiveMeasurementData-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/AdaptiveMeasurementData-ToolTips.js deleted file mode 100644 index 59992a148..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/AdaptiveMeasurementData-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/AdaptiveMeasurementData.html b/v66.0.1/MSCL_API_Docs/classes/C/AdaptiveMeasurementData.html deleted file mode 100644 index b364abfaf..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/AdaptiveMeasurementData.html +++ /dev/null @@ -1,56 +0,0 @@ - - -AdaptiveMeasurementData - - - - - - - -
-
AdaptiveMeasurementData
-
- -
-
AdaptiveMeasurementData
-
AdaptiveMeasurementData() : mode(InertialTypes::AdaptiveMeasurementMode::ADAPTIVE_MEASUREMENT_DISABLE), lowPassFilterCutoff(0), lowLimit(0), highLimit(0), lowLimitUncertainty(0), highLimitUncertainty(0), minUncertainty(0)
-

Initialize an AdaptiveMeasurementData object with default values

-
- -
-
mode
-
InertialTypes::AdaptiveMeasurementMode mode
-
- -
-
lowPassFilterCutoff
-
float lowPassFilterCutoff
-
- -
-
lowLimit
-
float lowLimit
-
- -
-
highLimit
-
float highLimit
-
- -
-
lowLimitUncertainty
-
float lowLimitUncertainty
-
- -
-
highLimitUncertainty
-
float highLimitUncertainty
-
- -
-
minUncertainty
-
float minUncertainty
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/AidingMeasurementHeading-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/AidingMeasurementHeading-Summary.js deleted file mode 100644 index 722f6a029..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/AidingMeasurementHeading-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:AidingMeasurementHeading","AidingMeasurementHeading");NDSummary.OnSummaryLoaded("CClass:AidingMeasurementHeading",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"]],[[1930,0,0,"AidingMeasurementHeading"],[1931,0,1,"AidingMeasurementHeading","AidingMeasurementHeading"],[1932,0,1,"AidingMeasurmentHeading","AidingMeasurmentHeading"],[1933,0,1,"heading","heading"],[1934,0,1,"heading","heading(2)"],[1935,0,1,"uncertainty","uncertainty"],[1936,0,1,"uncertainty","uncertainty(2)"],[1937,0,1,"valid","valid"],[1938,0,1,"valid","valid(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/AidingMeasurementHeading-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/AidingMeasurementHeading-SummaryToolTips.js deleted file mode 100644 index 2dea71b8c..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/AidingMeasurementHeading-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:AidingMeasurementHeading",{1930:"
AidingMeasurementHeading
A class that represents heading aiding measurement inputs. Extends AidingMeasurementInput.
",1931:"
AidingMeasurementHeading() : AidingMeasurementInput()
Constructs an AidingMeasurementHeading object with default values.
",1932:"
Constructs an AidingMeasurementHeading object from the provided <MipFieldValues> parameter list.
",1933:"
float heading() const
Get the heading measurement value.
",1934:"
void heading(
float heading
)
Sets the heading measurement value.
",1935:"
float uncertainty() const
Get the heading measurement uncertainty.
",1936:"
void uncertainty(
float uncertainty
)
Set the heading measurement uncertainty.
",1937:"
bool valid() const
Check whether the heading measurement is valid
",1938:"
void valid(
bool valid
)
Set the validity of the heading measurement.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/AidingMeasurementHeading-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/AidingMeasurementHeading-ToolTips.js deleted file mode 100644 index 81db55fa2..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/AidingMeasurementHeading-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1873:"
AidingMeasurementInput
Base class for commanded aiding measurement types for command set 0x13 Aiding Measurement inputs
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/AidingMeasurementHeading.html b/v66.0.1/MSCL_API_Docs/classes/C/AidingMeasurementHeading.html deleted file mode 100644 index 421e51b66..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/AidingMeasurementHeading.html +++ /dev/null @@ -1,64 +0,0 @@ - - -AidingMeasurementHeading - - - - - - - -
-
AidingMeasurementHeading
-
public
AidingMeasurementInput
AidingMeasurementHeading
-

A class that represents heading aiding measurement inputs. Extends AidingMeasurementInput.

-
- -
-
AidingMeasurementHeading
-
AidingMeasurementHeading() : AidingMeasurementInput()
-

Constructs an AidingMeasurementHeading object with default values.

-
- -
-
AidingMeasurmentHeading
-

Constructs an AidingMeasurementHeading object from the provided <MipFieldValues> parameter list.

Parameters
values

<MipFieldValues> parameter list

-
- -
-
heading
-
float heading() const
-

Get the heading measurement value.

Returns
float

the heading measurement value

-
- -
-
heading
-
void heading(
float heading
)
-

Sets the heading measurement value.

Parameters
heading
float

float heading measurement

-
- -
-
uncertainty
-
float uncertainty() const
-

Get the heading measurement uncertainty.

Returns
float

heading measurement uncertainty

-
- -
-
uncertainty
-
void uncertainty(
float uncertainty
)
-

Set the heading measurement uncertainty.

Parameters
uncertainty
float

float measurement uncertainty

-
- -
-
valid
-
bool valid() const
-

Check whether the heading measurement is valid

Returns
bool

true if valid

-
- -
-
valid
-
void valid(
bool valid
)
-

Set the validity of the heading measurement.

Parameters
valid
bool

bool, true if valid

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/AidingMeasurementHeight-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/AidingMeasurementHeight-Summary.js deleted file mode 100644 index b7ed43b48..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/AidingMeasurementHeight-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:AidingMeasurementHeight","AidingMeasurementHeight");NDSummary.OnSummaryLoaded("CClass:AidingMeasurementHeight",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"]],[[1903,0,0,"AidingMeasurementHeight"],[1904,0,1,"AidingMeasurementHeight","AidingMeasurementHeight"],[1905,0,1,"AidingMeasurementHeight","AidingMeasurementHeight(2)"],[1906,0,1,"height","height"],[1907,0,1,"height","height(2)"],[1908,0,1,"uncertainty","uncertainty"],[1909,0,1,"uncertainty","uncertainty(2)"],[1910,0,1,"valid","valid"],[1911,0,1,"valid","valid(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/AidingMeasurementHeight-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/AidingMeasurementHeight-SummaryToolTips.js deleted file mode 100644 index 6cf626383..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/AidingMeasurementHeight-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:AidingMeasurementHeight",{1903:"
AidingMeasurementHeight
A class that represents height aiding measurement inputs. Extends AidingMeasurementInput.
",1904:"
AidingMeasurementHeight() : AidingMeasurementInput(), m_reference(Reference::HEIGHT_ABOVE_ELLIPSOID)
Constructs an AidingMeasurementHeight object with default values
",1905:"
AidingMeasurementHeight(
const MipFieldValues &values
)
Constructs an AidingMeasurementHeight object from the <MipFieldValues> parameter list returned from the device.
",1906:"
float height() const
Get the height measurement value.
",1907:"
void height(
float height
)
Sets the height measurement value.
",1908:"
float uncertainty() const
Get the height measurement uncertainty.
",1909:"
void uncertainty(
float uncertainty
)
Set the height measurement uncertainty.
",1910:"
bool valid() const
Check whether the height measurement is valid
",1911:"
void valid(
bool valid
)
Set the validity of the height measurement.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/AidingMeasurementHeight-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/AidingMeasurementHeight-ToolTips.js deleted file mode 100644 index 81db55fa2..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/AidingMeasurementHeight-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1873:"
AidingMeasurementInput
Base class for commanded aiding measurement types for command set 0x13 Aiding Measurement inputs
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/AidingMeasurementHeight.html b/v66.0.1/MSCL_API_Docs/classes/C/AidingMeasurementHeight.html deleted file mode 100644 index b9bfa7a71..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/AidingMeasurementHeight.html +++ /dev/null @@ -1,65 +0,0 @@ - - -AidingMeasurementHeight - - - - - - - -
-
AidingMeasurementHeight
-
public
AidingMeasurementInput
AidingMeasurementHeight
-

A class that represents height aiding measurement inputs. Extends AidingMeasurementInput.

-
- -
-
AidingMeasurementHeight
-
AidingMeasurementHeight() : AidingMeasurementInput(), m_reference(Reference::HEIGHT_ABOVE_ELLIPSOID)
-

Constructs an AidingMeasurementHeight object with default values

-
- -
-
AidingMeasurementHeight
-
AidingMeasurementHeight(
const MipFieldValues &values
)
-

Constructs an AidingMeasurementHeight object from the <MipFieldValues> parameter list returned from the device.

Parameters
values
const MipFieldValues&

the <MipFieldValues> parameter list to build this object from

-
- -
-
height
-
float height() const
-

Get the height measurement value.

Returns
float

the height measurement value

-
- -
-
height
-
void height(
float height
)
-

Sets the height measurement value.

Parameters
height
float

float height measurement

-
- -
-
uncertainty
-
float uncertainty() const
-

Get the height measurement uncertainty.

Returns
float

height measurement uncertainty

-
- -
-
uncertainty
-
void uncertainty(
float uncertainty
)
-

Set the height measurement uncertainty.

Parameters
uncertainty
float

float measurement uncertainty

-
- -
-
valid
-
bool valid() const
-

Check whether the height measurement is valid

Returns
bool

true if valid

-
- -
-
valid
-
void valid(
bool valid
)
-

Set the validity of the height measurement.

Parameters
valid
bool

bool, true if valid

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/AidingMeasurementInput-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/AidingMeasurementInput-Summary.js deleted file mode 100644 index 1b619c6d5..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/AidingMeasurementInput-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:AidingMeasurementInput","AidingMeasurementInput");NDSummary.OnSummaryLoaded("CClass:AidingMeasurementInput",[["C/C++","C"]],[["Classes","Class"],["Enums","Enumeration"],["Functions","Function"]],[[1873,0,0,"AidingMeasurementInput"],[1874,0,1,"ResponseMode","ResponseMode"],[1875,0,1,,"ACK_NACK"],[1876,0,1,,"ECHO_INPUT"],[1877,0,2,"timestamp","timestamp"],[1878,0,2,"timestamp","timestamp(2)"],[1879,0,2,"timebase","timebase"],[1880,0,2,"frameId","frameId"],[1881,0,2,"frameId","frameId(2)"],[1882,0,2,"validFlags","validFlags"],[1883,0,2,"validFlags","validFlags(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/AidingMeasurementInput-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/AidingMeasurementInput-SummaryToolTips.js deleted file mode 100644 index b252b003b..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/AidingMeasurementInput-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:AidingMeasurementInput",{1873:"
AidingMeasurementInput
Base class for commanded aiding measurement types for command set 0x13 Aiding Measurement inputs
",1874:"
Response mode options for Aiding Measurement inputs (command set 0x13).
",1877:"
Timestamp timestamp() const
Get the timestamp of this measurement.
",1878:"
void timestamp(
Timestamp ts
)
Set the timestamp of this measurement.
",1879:"
Timestamp::Epoch timebase() const
Get the timebase/epoch for the timestamp of this measurement.  Note: read from the Timestamp object. timestamp().storedEpoch() returns the same result.
",1880:"
uint8 frameId() const
Get the aiding frame ID of this measurement.
",1881:"
void frameId(
uint8 id
)
Set the aiding frame ID of this measurement.
",1882:"
Bitfield validFlags() const
Get the valid flags of this measurement.
",1883:"
void validFlags(
Bitfield flags
)
Set the valid flags for this measurement.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/AidingMeasurementInput-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/AidingMeasurementInput-ToolTips.js deleted file mode 100644 index f3624e5fe..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/AidingMeasurementInput-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({4554:"
Timestamp
Represents a date/time object
",4555:"
Epoch indicator: Unix, GPS.  Timestamp class uses Unix epoch by default.
",1884:"
AidingMeasurementPosition
A class that represents position aiding measurement inputs. Extends AidingMeasurementInput.
",1903:"
AidingMeasurementHeight
A class that represents height aiding measurement inputs. Extends AidingMeasurementInput.
",1912:"
AidingMeasurementVelocity
A class that represents velocity aiding measurement inputs. Extends AidingMeasurementInput.
",1930:"
AidingMeasurementHeading
A class that represents heading aiding measurement inputs. Extends AidingMeasurementInput.
",1939:"
AidingMeasurementMagneticField
A class that represents magnetic field aiding measurement input. Extends AidingMeasurementInput.
",1952:"
AidingMeasurementPressure
A class that represents pressure aiding measurement input. Extends AidingMeasurementInput.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/AidingMeasurementInput.html b/v66.0.1/MSCL_API_Docs/classes/C/AidingMeasurementInput.html deleted file mode 100644 index 96ab71406..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/AidingMeasurementInput.html +++ /dev/null @@ -1,64 +0,0 @@ - - -AidingMeasurementInput - - - - - - - -
-
AidingMeasurementInput
- -

Base class for commanded aiding measurement types for command set 0x13 Aiding Measurement inputs

-
- -
-
ResponseMode
-

Response mode options for Aiding Measurement inputs (command set 0x13).

ACK_NACK

0x01 - The device will send and ACK/NACK response only

ECHO_INPUT

0x02 - The device will echo the input parameter data back in a response field (recommended for support). An ACK/NACK will also be sent.

-
- -
-
timestamp
-
Timestamp timestamp() const
-

Get the timestamp of this measurement.

Returns

Timestamp

-
- -
-
timestamp
-
void timestamp(
Timestamp ts
)
-

Set the timestamp of this measurement.

Parameters
ts
Timestamp

Timestamp

-
- -
-
timebase
-
Timestamp::Epoch timebase() const
-

Get the timebase/epoch for the timestamp of this measurement.  Note: read from the Timestamp object. timestamp().storedEpoch() returns the same result.

Returns
Timestamp::Epoch

timebase/epoch of the timestamp

-
- -
-
frameId
-
uint8 frameId() const
-

Get the aiding frame ID of this measurement.

Returns
uint8

frame ID

-
- -
-
frameId
-
void frameId(
uint8 id
)
-

Set the aiding frame ID of this measurement.

Parameters
id
uint8

uint8 frame ID

-
- -
-
validFlags
-
Bitfield validFlags() const
-

Get the valid flags of this measurement.

Returns
<Bitfield>

valid flags

-
- -
-
validFlags
-
void validFlags(
Bitfield flags
)
-

Set the valid flags for this measurement.

Parameters
flags
Bitfield

<Bitfield> valid flags

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/AidingMeasurementMagneticField-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/AidingMeasurementMagneticField-Summary.js deleted file mode 100644 index 5c95a18e1..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/AidingMeasurementMagneticField-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:AidingMeasurementMagneticField","AidingMeasurementMagneticField");NDSummary.OnSummaryLoaded("CClass:AidingMeasurementMagneticField",[["C/C++","C"]],[["Classes","Class"],["Enums","Enumeration"],["Functions","Function"]],[[1939,0,0,"AidingMeasurementMagneticField"],[1940,0,1,"ValidFlags","ValidFlags"],[1941,0,1,,"X"],[1942,0,1,,"Y"],[1943,0,1,,"Z"],[1944,0,2,"AidingMeasurementMagneticField","AidingMeasurementMagneticField"],[1945,0,2,"AidingMeasurementMagneticField","AidingMeasurementMagneticField(2)"],[1946,0,2,"magneticField","magneticField"],[1947,0,2,"magneticField","magneticField(2)"],[1948,0,2,"uncertainty","uncertainty"],[1949,0,2,"uncertainty","uncertainty(2)"],[1950,0,2,"valid","valid"],[1951,0,2,"valid","valid(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/AidingMeasurementMagneticField-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/AidingMeasurementMagneticField-SummaryToolTips.js deleted file mode 100644 index f5aa2baeb..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/AidingMeasurementMagneticField-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:AidingMeasurementMagneticField",{1939:"
AidingMeasurementMagneticField
A class that represents magnetic field aiding measurement input. Extends AidingMeasurementInput.
",1940:"
Bitmask for each position value in the valid flags.
",1944:"
AidingMeasurementMagneticField() : AidingMeasurementInput()
Constructs an AidingMeasurementMagneticField object with default values
",1945:"
AidingMeasurementMagneticField(
const MipFieldValues &values
)
Constructs an AidingMeasurementMagneticField object from the <MipFieldValues> parameter list returned from the device.
",1946:"
Vec3f magneticField() const
Get the magnetic field measurement.
",1947:"
void magneticField(
Vec3f magField
)
Set the magneticField measurement.
",1948:"
Vec3f uncertainty() const
Get the measurement uncertainty
",1949:"
void uncertainty(
Vec3f uncertainty
)
Sets the measurement uncertainty.
",1950:"
bool valid(
ValidFlags val
) const
Checks whether the specified value is valid.
",1951:"
void valid(
ValidFlags val,
bool valid
)
Sets the validity of the specified value.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/AidingMeasurementMagneticField-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/AidingMeasurementMagneticField-ToolTips.js deleted file mode 100644 index b08f4262c..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/AidingMeasurementMagneticField-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({78:"
Vec3f(
float x,
float y,
float z
)
Creates a Vec3f object.
",1873:"
AidingMeasurementInput
Base class for commanded aiding measurement types for command set 0x13 Aiding Measurement inputs
",1940:"
Bitmask for each position value in the valid flags.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/AidingMeasurementMagneticField.html b/v66.0.1/MSCL_API_Docs/classes/C/AidingMeasurementMagneticField.html deleted file mode 100644 index 75d191a72..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/AidingMeasurementMagneticField.html +++ /dev/null @@ -1,70 +0,0 @@ - - -AidingMeasurementMagneticField - - - - - - - -
-
AidingMeasurementMagneticField
-
public
AidingMeasurementInput
AidingMeasurementMagneticField
-

A class that represents magnetic field aiding measurement input. Extends AidingMeasurementInput.

-
- -
-
ValidFlags
-

Bitmask for each position value in the valid flags.

X

0x01

Y

0x02

Z

0x04

-
- -
-
AidingMeasurementMagneticField
-
AidingMeasurementMagneticField() : AidingMeasurementInput()
-

Constructs an AidingMeasurementMagneticField object with default values

-
- -
-
AidingMeasurementMagneticField
-
AidingMeasurementMagneticField(
const MipFieldValues &values
)
-

Constructs an AidingMeasurementMagneticField object from the <MipFieldValues> parameter list returned from the device.

Parameters
values
const MipFieldValues&

the <MipFieldValues> parameter list to build this object from

-
- -
-
magneticField
-
Vec3f magneticField() const
-

Get the magnetic field measurement.

Returns
Vec3f

magnetic field data of this object

-
- -
-
magneticField
-
void magneticField(
Vec3f magField
)
-

Set the magneticField measurement.

-
- -
-
uncertainty
-
Vec3f uncertainty() const
-

Get the measurement uncertainty

Returns
Vec3f

the uncertainty of the magnetic field measurement

-
- -
-
uncertainty
-
void uncertainty(
Vec3f uncertainty
)
-

Sets the measurement uncertainty.

Parameters
uncertainty
Vec3f

Vec3f the uncertainty of the measurement

-
- -
-
valid
-
bool valid(
ValidFlags val
) const
-

Checks whether the specified value is valid.

Parameters

ValidFlags value bitmask

Returns
bool

true if valid

-
- -
-
valid
-
void valid(
ValidFlags val,
bool valid
)
-

Sets the validity of the specified value.

Parameters
val
ValidFlags

ValidFlags value bitmask

valid
bool

bool indicating whether the value is valid

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/AidingMeasurementPosition-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/AidingMeasurementPosition-Summary.js deleted file mode 100644 index 8d18be57c..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/AidingMeasurementPosition-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:AidingMeasurementPosition","AidingMeasurementPosition");NDSummary.OnSummaryLoaded("CClass:AidingMeasurementPosition",[["C/C++","C"]],[["Classes","Class"],["Enums","Enumeration"],["Functions","Function"]],[[1884,0,0,"AidingMeasurementPosition"],[1885,0,1,"ValidFlags","ValidFlags"],[1886,0,1,,"X"],[1887,0,1,,"Y"],[1888,0,1,,"Z"],[1889,0,1,,"LATITUDE"],[1890,0,1,,"LONGITUDE"],[1891,0,1,,"HEIGHT"],[1892,0,1,,"ALTITUDE"],[1893,0,2,"AidingMeasurementPosition","AidingMeasurementPosition"],[1894,0,2,"AidingMeasurementPosition","AidingMeasurementPosition(2)"],[1895,0,2,"position","position"],[1896,0,2,"position","position(2)"],[1897,0,2,"uncertainty","uncertainty"],[1898,0,2,"uncertainty","uncertainty(2)"],[1899,0,2,"referenceFrame","referenceFrame"],[1900,0,2,"referenceFrame","referenceFrame(2)"],[1901,0,2,"valid","valid"],[1902,0,2,"valid","valid(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/AidingMeasurementPosition-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/AidingMeasurementPosition-SummaryToolTips.js deleted file mode 100644 index 066304da9..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/AidingMeasurementPosition-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:AidingMeasurementPosition",{1884:"
AidingMeasurementPosition
A class that represents position aiding measurement inputs. Extends AidingMeasurementInput.
",1885:"
Bitmask for each position value in the valid flags.
",1893:"
AidingMeasurementPosition() : AidingMeasurementInput()
Constructs an AidingMeasurementPosition object with default values.
",1894:"
AidingMeasurementPosition(
PositionVelocityReferenceFrame referenceFrame,
const MipFieldValues &values
)
Constructs an AidingMeasurementPosition object with the specified reference frame from the <MipFieldValues> parameter list returned from the device.
",1895:"
Position position() const
Get the Position measurement.
",1896:"
void position(
Position pos
)
Set the Position measurement.
",1897:"
GeometricUncertainty uncertainty() const
Get the measurment uncertainty
",1898:"
void uncertainty(
GeometricUncertainty uncertainty
)
Sets the measurement uncertainty.
",1899:"
PositionVelocityReferenceFrame referenceFrame() const
Get the PositionVelocityReferenceFrame of this position measurement.
",1900:"
void referenceFrame(
PositionVelocityReferenceFrame frame
)
Set the PositionVelocityReferenceFrame of this measurement.
",1901:"
bool valid(
ValidFlags val
) const
Checks whether the specified value is valid.
",1902:"
void valid(
ValidFlags val,
bool valid
)
Sets the validity of the specified value.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/AidingMeasurementPosition-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/AidingMeasurementPosition-ToolTips.js deleted file mode 100644 index d89494cb4..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/AidingMeasurementPosition-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({84:"
Enum representing position and velocity reference frame options.
",105:"
Defines a geographic position.
",120:"
GeometricUncertainty
Represents uncertainty values correlating to a position or velocity.
",1873:"
AidingMeasurementInput
Base class for commanded aiding measurement types for command set 0x13 Aiding Measurement inputs
",1885:"
Bitmask for each position value in the valid flags.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/AidingMeasurementPosition.html b/v66.0.1/MSCL_API_Docs/classes/C/AidingMeasurementPosition.html deleted file mode 100644 index 33972dc87..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/AidingMeasurementPosition.html +++ /dev/null @@ -1,82 +0,0 @@ - - -AidingMeasurementPosition - - - - - - - -
-
AidingMeasurementPosition
-
public
AidingMeasurementInput
AidingMeasurementPosition
-

A class that represents position aiding measurement inputs. Extends AidingMeasurementInput.

-
- -
-
ValidFlags
-

Bitmask for each position value in the valid flags.

X

0x01

Y

0x02

Z

0x04

LATITUDE

0x01

LONGITUDE

0x02

HEIGHT

0x04

ALTITUDE

0x04

-
- -
-
AidingMeasurementPosition
-
AidingMeasurementPosition() : AidingMeasurementInput()
-

Constructs an AidingMeasurementPosition object with default values.

-
- -
-
AidingMeasurementPosition
-
AidingMeasurementPosition(
PositionVelocityReferenceFrame referenceFrame,
const MipFieldValues &values
)
-

Constructs an AidingMeasurementPosition object with the specified reference frame from the <MipFieldValues> parameter list returned from the device.

Parameters
referenceFrame
PositionVelocityReferenceFrame

the PositionVelocityReferenceFrame of this measurement

values
const MipFieldValues&

the <MipFieldValues> parameter list to build this object from

-
- -
-
position
-
Position position() const
-

Get the Position measurement.

Returns
Position

position data of this object

-
- -
-
position
-
void position(
Position pos
)
-

Set the Position measurement.

-
- -
-
uncertainty
-
GeometricUncertainty uncertainty() const
-

Get the measurment uncertainty

Returns
GeometricUncertainty

the uncertainty of the position measurement

-
- -
-
uncertainty
-
void uncertainty(
GeometricUncertainty uncertainty
)
-

Sets the measurement uncertainty.

Parameters
uncertainty
GeometricUncertainty

the GeometricUncertainty of the measurement

-
- -
-
referenceFrame
-
PositionVelocityReferenceFrame referenceFrame() const
-

Get the PositionVelocityReferenceFrame of this position measurement.

Returns
PositionVelocityReferenceFrame

reference frame ID of the measurement

-
- -
-
referenceFrame
-
void referenceFrame(
PositionVelocityReferenceFrame frame
)
-

Set the PositionVelocityReferenceFrame of this measurement.

Parameters
frame
PositionVelocityReferenceFrame

the PositionVelocityReferenceFrame to set

-
- -
-
valid
-
bool valid(
ValidFlags val
) const
-

Checks whether the specified value is valid.

Parameters

ValidFlags value bitmask

Returns
bool

true if valid

-
- -
-
valid
-
void valid(
ValidFlags val,
bool valid
)
-

Sets the validity of the specified value.

Parameters
val
ValidFlags

ValidFlags value bitmask

valid
bool

bool indicating whether the value is valid

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/AidingMeasurementPressure-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/AidingMeasurementPressure-Summary.js deleted file mode 100644 index c0531ecf3..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/AidingMeasurementPressure-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:AidingMeasurementPressure","AidingMeasurementPressure");NDSummary.OnSummaryLoaded("CClass:AidingMeasurementPressure",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"]],[[1952,0,0,"AidingMeasurementPressure"],[1953,0,1,"AidingMeasurementPressure","AidingMeasurementPressure"],[1954,0,1,"AidingMeasurementPressure","AidingMeasurementPressure(2)"],[1955,0,1,"pressure","pressure"],[1956,0,1,"pressure","pressure(2)"],[1957,0,1,"uncertainty","uncertainty"],[1958,0,1,"uncertainty","uncertainty(2)"],[1959,0,1,"valid","valid"],[1960,0,1,"valid","valid(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/AidingMeasurementPressure-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/AidingMeasurementPressure-SummaryToolTips.js deleted file mode 100644 index f86c24283..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/AidingMeasurementPressure-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:AidingMeasurementPressure",{1952:"
AidingMeasurementPressure
A class that represents pressure aiding measurement input. Extends AidingMeasurementInput.
",1953:"
AidingMeasurementPressure() : AidingMeasurementInput()
Constructs an AidingMeasurementPressure object with default values
",1954:"
AidingMeasurementPressure(
const MipFieldValues &values
)
Constructs an AidingMeasurementPressure object from the <MipFieldValues> parameter list returned from the device.
",1955:"
float pressure() const
Get the pressure measurement value.
",1956:"
void pressure(
float pressure
)
Sets the pressure measurement value.
",1957:"
float uncertainty() const
Get the height measurement uncertainty.
",1958:"
void uncertainty(
float uncertainty
)
Set the height measurement uncertainty.
",1959:"
bool valid() const
Check whether the height measurement is valid
",1960:"
void valid(
bool valid
)
Set the validity of the height measurement.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/AidingMeasurementPressure-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/AidingMeasurementPressure-ToolTips.js deleted file mode 100644 index 81db55fa2..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/AidingMeasurementPressure-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1873:"
AidingMeasurementInput
Base class for commanded aiding measurement types for command set 0x13 Aiding Measurement inputs
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/AidingMeasurementPressure.html b/v66.0.1/MSCL_API_Docs/classes/C/AidingMeasurementPressure.html deleted file mode 100644 index 0e243e391..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/AidingMeasurementPressure.html +++ /dev/null @@ -1,65 +0,0 @@ - - -AidingMeasurementPressure - - - - - - - -
-
AidingMeasurementPressure
-
public
AidingMeasurementInput
AidingMeasurementPressure
-

A class that represents pressure aiding measurement input. Extends AidingMeasurementInput.

-
- -
-
AidingMeasurementPressure
-
AidingMeasurementPressure() : AidingMeasurementInput()
-

Constructs an AidingMeasurementPressure object with default values

-
- -
-
AidingMeasurementPressure
-
AidingMeasurementPressure(
const MipFieldValues &values
)
-

Constructs an AidingMeasurementPressure object from the <MipFieldValues> parameter list returned from the device.

Parameters
values
const MipFieldValues&

the <MipFieldValues> parameter list to build this object from

-
- -
-
pressure
-
float pressure() const
-

Get the pressure measurement value.

Returns
float

the pressure measurement value

-
- -
-
pressure
-
void pressure(
float pressure
)
-

Sets the pressure measurement value.

Parameters
pressure
float

float pressure measurement

-
- -
-
uncertainty
-
float uncertainty() const
-

Get the height measurement uncertainty.

Returns
float

height measurement uncertainty

-
- -
-
uncertainty
-
void uncertainty(
float uncertainty
)
-

Set the height measurement uncertainty.

Parameters
uncertainty
float

float measurement uncertainty

-
- -
-
valid
-
bool valid() const
-

Check whether the height measurement is valid

Returns
bool

true if valid

-
- -
-
valid
-
void valid(
bool valid
)
-

Set the validity of the height measurement.

Parameters
valid
bool

bool, true if valid

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/AidingMeasurementVelocity-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/AidingMeasurementVelocity-Summary.js deleted file mode 100644 index 29f7600d3..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/AidingMeasurementVelocity-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:AidingMeasurementVelocity","AidingMeasurementVelocity");NDSummary.OnSummaryLoaded("CClass:AidingMeasurementVelocity",[["C/C++","C"]],[["Classes","Class"],["Enums","Enumeration"],["Functions","Function"]],[[1912,0,0,"AidingMeasurementVelocity"],[1913,0,1,"ValidFlags","ValidFlags"],[1914,0,1,,"X"],[1915,0,1,,"Y"],[1916,0,1,,"Z"],[1917,0,1,,"NORTH"],[1918,0,1,,"EAST"],[1919,0,1,,"DOWN"],[1920,0,2,"AidingMeasurementVelocity","AidingMeasurementVelocity"],[1921,0,2,"AidingMeasurementVelocity","AidingMeasurementVelocity(2)"],[1922,0,2,"velocity","velocity"],[1923,0,2,"velocity","velocity(2)"],[1924,0,2,"uncertainty","uncertainty"],[1925,0,2,"uncertainty","uncertainty(2)"],[1926,0,2,"referenceFrame","referenceFrame"],[1927,0,2,"referenceFrame","referenceFrame(2)"],[1928,0,2,"valid","valid"],[1929,0,2,"valid","valid(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/AidingMeasurementVelocity-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/AidingMeasurementVelocity-SummaryToolTips.js deleted file mode 100644 index e2fc92760..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/AidingMeasurementVelocity-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:AidingMeasurementVelocity",{1912:"
AidingMeasurementVelocity
A class that represents velocity aiding measurement inputs. Extends AidingMeasurementInput.
",1913:"
Bitmask for each velocity value in the valid flags.
",1920:"
AidingMeasurementVelocity() : AidingMeasurementInput()
Constructs an AidingMeasurementVelocity object with default values
",1921:"
AidingMeasurementVelocity(
PositionVelocityReferenceFrame referenceFrame,
const MipFieldValues &values
)
Constructs an AidingMeasurementVelocity object with the specified reference frame from the <MipFieldValues> parameter list returned from the device.
",1922:"
Velocity velocity() const
Gets the Velocity measurement values.
",1923:"
void velocity(
Velocity vel
)
Sets the Velocity measurement values.
",1924:"
GeometricUncertainty uncertainty() const
Get the measurment uncertainty
",1925:"
void uncertainty(
GeometricUncertainty uncertainty
)
Sets the measurement uncertainty.
",1926:"
PositionVelocityReferenceFrame referenceFrame() const
Get the PositionVelocityReferenceFrame of this velocity measurement.
",1927:"
void referenceFrame(
PositionVelocityReferenceFrame frame
)
Set the PositionVelocityReferenceFrame of this measurement.
",1928:"
bool valid(
ValidFlags val
) const
Checks whether the specified value is valid.
",1929:"
void valid(
ValidFlags val,
bool valid
)
Sets the validity of the specified value.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/AidingMeasurementVelocity-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/AidingMeasurementVelocity-ToolTips.js deleted file mode 100644 index 5d4a3740f..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/AidingMeasurementVelocity-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({84:"
Enum representing position and velocity reference frame options.
",100:"
Velocity
Represents a velocity (x, y, z).
",120:"
GeometricUncertainty
Represents uncertainty values correlating to a position or velocity.
",1873:"
AidingMeasurementInput
Base class for commanded aiding measurement types for command set 0x13 Aiding Measurement inputs
",1913:"
Bitmask for each velocity value in the valid flags.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/AidingMeasurementVelocity.html b/v66.0.1/MSCL_API_Docs/classes/C/AidingMeasurementVelocity.html deleted file mode 100644 index fda381e33..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/AidingMeasurementVelocity.html +++ /dev/null @@ -1,82 +0,0 @@ - - -AidingMeasurementVelocity - - - - - - - -
-
AidingMeasurementVelocity
-
public
AidingMeasurementInput
AidingMeasurementVelocity
-

A class that represents velocity aiding measurement inputs. Extends AidingMeasurementInput.

-
- -
-
ValidFlags
-

Bitmask for each velocity value in the valid flags.

X

0x01

Y

0x02

Z

0x04

NORTH

0x01

EAST

0x02

DOWN

0x04

-
- -
-
AidingMeasurementVelocity
-
AidingMeasurementVelocity() : AidingMeasurementInput()
-

Constructs an AidingMeasurementVelocity object with default values

-
- -
-
AidingMeasurementVelocity
-
AidingMeasurementVelocity(
PositionVelocityReferenceFrame referenceFrame,
const MipFieldValues &values
)
-

Constructs an AidingMeasurementVelocity object with the specified reference frame from the <MipFieldValues> parameter list returned from the device.

Parameters
referenceFrame
PositionVelocityReferenceFrame

the PositionVelocityReferenceFrame of this measurement

values
const MipFieldValues&

the <MipFieldValues> parameter list to build this object from

-
- -
-
velocity
-
Velocity velocity() const
-

Gets the Velocity measurement values.

Returns
Velocity

measurement values

-
- -
-
velocity
-
void velocity(
Velocity vel
)
-

Sets the Velocity measurement values.

Parameters
vel
Velocity

the Velocity values to set

-
- -
-
uncertainty
-
GeometricUncertainty uncertainty() const
-

Get the measurment uncertainty

Returns
GeometricUncertainty

the uncertainty of the velocity measurement

-
- -
-
uncertainty
-
void uncertainty(
GeometricUncertainty uncertainty
)
-

Sets the measurement uncertainty.

Parameters
uncertainty
GeometricUncertainty

the GeometricUncertainty of the measurement

-
- -
-
referenceFrame
-
PositionVelocityReferenceFrame referenceFrame() const
-

Get the PositionVelocityReferenceFrame of this velocity measurement.

Returns
PositionVelocityReferenceFrame

reference frame ID of the measurement

-
- -
-
referenceFrame
-
void referenceFrame(
PositionVelocityReferenceFrame frame
)
-

Set the PositionVelocityReferenceFrame of this measurement.

Parameters
frame
PositionVelocityReferenceFrame

the PositionVelocityReferenceFrame to set

-
- -
-
valid
-
bool valid(
ValidFlags val
) const
-

Checks whether the specified value is valid.

Parameters

ValidFlags value bitmask

Returns
bool

true if valid

-
- -
-
valid
-
void valid(
ValidFlags val,
bool valid
)
-

Sets the validity of the specified value.

Parameters
val
ValidFlags

ValidFlags value bitmask

valid
bool

bool indicating whether the value is valid

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/AntennaLeverArmCalConfiguration-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/AntennaLeverArmCalConfiguration-Summary.js deleted file mode 100644 index f967e7f6b..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/AntennaLeverArmCalConfiguration-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:AntennaLeverArmCalConfiguration","AntennaLeverArmCalConfiguration");NDSummary.OnSummaryLoaded("CClass:AntennaLeverArmCalConfiguration",[["C/C++","C"]],[["Structs","Struct"],["Variables","Variable"]],[[856,0,0,"AntennaLeverArmCalConfiguration"],[857,0,1,"enabled","enabled"],[858,0,1,"maxOffsetError","maxOffsetError"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/AntennaLeverArmCalConfiguration-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/AntennaLeverArmCalConfiguration-SummaryToolTips.js deleted file mode 100644 index 0ec416ec6..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/AntennaLeverArmCalConfiguration-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:AntennaLeverArmCalConfiguration",{857:"
bool enabled
Enable or disable lever arm error tracking
",858:"
float maxOffsetError
Maximum offset error magnitude
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/AntennaLeverArmCalConfiguration-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/AntennaLeverArmCalConfiguration-ToolTips.js deleted file mode 100644 index 59992a148..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/AntennaLeverArmCalConfiguration-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/AntennaLeverArmCalConfiguration.html b/v66.0.1/MSCL_API_Docs/classes/C/AntennaLeverArmCalConfiguration.html deleted file mode 100644 index e1e718afd..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/AntennaLeverArmCalConfiguration.html +++ /dev/null @@ -1,27 +0,0 @@ - - -AntennaLeverArmCalConfiguration - - - - - - - -
-
AntennaLeverArmCalConfiguration
-
- -
-
enabled
-
bool enabled
-

Enable or disable lever arm error tracking

-
- -
-
maxOffsetError
-
float maxOffsetError
-

Maximum offset error magnitude

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/ArmedDataloggingNetwork-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/ArmedDataloggingNetwork-Summary.js deleted file mode 100644 index 2ede62f71..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/ArmedDataloggingNetwork-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:ArmedDataloggingNetwork","ArmedDataloggingNetwork");NDSummary.OnSummaryLoaded("CClass:ArmedDataloggingNetwork",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"]],[[4457,0,0,"ArmedDataloggingNetwork"],[4458,0,1,"ArmedDataloggingNetwork","ArmedDataloggingNetwork"],[4459,0,1,"addNode","addNode"],[4460,0,1,"removeNode","removeNode"],[4461,0,1,"startSampling","startSampling"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/ArmedDataloggingNetwork-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/ArmedDataloggingNetwork-SummaryToolTips.js deleted file mode 100644 index b5036bade..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/ArmedDataloggingNetwork-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:ArmedDataloggingNetwork",{4457:"
ArmedDataloggingNetwork
Used to setup and start an Armed Datalogging network of wireless nodes.
",4458:"
ArmedDataloggingNetwork(
const BaseStation &networkBaseStation
)
Creates an ArmedDataloggingNetwork object used to setup and start an Armed Datalogging network.
",4459:"
void addNode(
const WirelessNode &node,
const std::string &message = ""
)
Adds a WirelessNode to the Armed Datalogging network. If the Node already exists in the network, it will not be added.  The Node\'s parent BaseStation should be the same as the network\'s master BaseStation.  The Node should have its sampling configuration set to Armed Datalogging mode prior to adding to be successfully added.
",4460:"
void removeNode(
NodeAddress nodeAddress
)
Removes a WirelessNode from the Armed Datalogging network, if it exists in the network.
",4461:"
void startSampling()
Starts the network sampling by individually arming each Node and then broadcasting the trigger to all Nodes that are armed.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/ArmedDataloggingNetwork-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/ArmedDataloggingNetwork-ToolTips.js deleted file mode 100644 index 5d92bd134..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/ArmedDataloggingNetwork-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3865:"
WirelessNode
A class representing a MicroStrain wireless node
",4402:"
BaseStation
Represents a MicroStrain Base Station object
",4525:"
typedef for a Node\'s node address.
",4610:"
Error
The generic MicroStrain exception (base class)
",4628:"
Error_NodeCommunication
The exception for failing to communicate with a WirelessNode.
",4632:"
Error_Connection
The generic connection exception.
",4652:"
Error_InvalidNodeConfig
The Configuration for a WirelessNode is invalid.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/ArmedDataloggingNetwork.html b/v66.0.1/MSCL_API_Docs/classes/C/ArmedDataloggingNetwork.html deleted file mode 100644 index 93b8a7c02..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/ArmedDataloggingNetwork.html +++ /dev/null @@ -1,41 +0,0 @@ - - -ArmedDataloggingNetwork - - - - - - - -
-
ArmedDataloggingNetwork
-
ArmedDataloggingNetwork
-

Used to setup and start an Armed Datalogging network of wireless nodes.

-
- -
-
ArmedDataloggingNetwork
-
ArmedDataloggingNetwork(
const BaseStation &networkBaseStation
)
-

Creates an ArmedDataloggingNetwork object used to setup and start an Armed Datalogging network.

Parameters
networkBaseStation
const BaseStation&

The master BaseStation for this network. All WirelessNodes that are added must have this as their parent BaseStation.

-
- -
-
addNode
-
void addNode(
const WirelessNode &node,
const std::string &message = ""
)
-

Adds a WirelessNode to the Armed Datalogging network. If the Node already exists in the network, it will not be added.  The Node's parent BaseStation should be the same as the network's master BaseStation.  The Node should have its sampling configuration set to Armed Datalogging mode prior to adding to be successfully added.

Parameters
node
const WirelessNode&

The WirelessNode to add to the network.

message
const std::string&

A message to be set with the WirelessNode. This message can be retrieved when downloading the data from the Node. Will be trimmed to 50 chars if longer. (Default of "")

Exceptions
-
- -
-
removeNode
-
void removeNode(
NodeAddress nodeAddress
)
-

Removes a WirelessNode from the Armed Datalogging network, if it exists in the network.

Parameters
nodeAddress
NodeAddress

The node address of the WirelessNode to be removed.

-
- -
-
startSampling
-
void startSampling()
-

Starts the network sampling by individually arming each Node and then broadcasting the trigger to all Nodes that are armed.

Exceptions
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/AutoAdaptiveFilterOptions-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/AutoAdaptiveFilterOptions-Summary.js deleted file mode 100644 index f7a7719d9..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/AutoAdaptiveFilterOptions-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:AutoAdaptiveFilterOptions","AutoAdaptiveFilterOptions");NDSummary.OnSummaryLoaded("CClass:AutoAdaptiveFilterOptions",[["C/C++","C"]],[["Functions","Function"],["Structs","Struct"],["Types","Type"],["Variables","Variable"]],[[771,0,1,"AutoAdaptiveFilterOptions"],[772,0,0,"AutoAdaptiveFilterOptions","AutoAdaptiveFilterOptions"],[773,0,0,"AutoAdaptiveFilterOptions","AutoAdaptiveFilterOptions(2)"],[774,0,3,"level","level"],[775,0,3,"timeLimit","timeLimit"],[776,0,2,"AdaptiveMeasurementModes","AdaptiveMeasurementModes"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/AutoAdaptiveFilterOptions-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/AutoAdaptiveFilterOptions-SummaryToolTips.js deleted file mode 100644 index f155e88fc..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/AutoAdaptiveFilterOptions-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:AutoAdaptiveFilterOptions",{772:"
AutoAdaptiveFilterOptions() : level(InertialTypes::FILTERING_MODERATE), timeLimit(0)
Initializes a AutoAdaptiveFilterOptions object with default values
",773:"
AutoAdaptiveFilterOptions(
InertialTypes::AutoAdaptiveFilteringLevel lvl,
uint16 limit
) : level(lvl), timeLimit(limit)
Initializes a AutoAdaptiveFilterOptions object with specified values
",774:"
InertialTypes::AutoAdaptiveFilteringLevel level
The auto-adaptive filter operating level
",775:"
uint16 timeLimit
The maximum duration of measurement rejection before entering recovery mode (ms)
",776:"
A vector of AdaptiveMeasurementMode enum values
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/AutoAdaptiveFilterOptions-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/AutoAdaptiveFilterOptions-ToolTips.js deleted file mode 100644 index 5113f8c3f..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/AutoAdaptiveFilterOptions-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({430:"
The enum to represent the different available options and combinations for the Adaptive Measurement commands (0x0D, 0x44-0x46)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/AutoAdaptiveFilterOptions.html b/v66.0.1/MSCL_API_Docs/classes/C/AutoAdaptiveFilterOptions.html deleted file mode 100644 index fdd9939ca..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/AutoAdaptiveFilterOptions.html +++ /dev/null @@ -1,44 +0,0 @@ - - -AutoAdaptiveFilterOptions - - - - - - - -
-
AutoAdaptiveFilterOptions
-
- -
-
AutoAdaptiveFilterOptions
-
AutoAdaptiveFilterOptions() : level(InertialTypes::FILTERING_MODERATE), timeLimit(0)
-

Initializes a AutoAdaptiveFilterOptions object with default values

-
- -
-
AutoAdaptiveFilterOptions
-
AutoAdaptiveFilterOptions(
InertialTypes::AutoAdaptiveFilteringLevel lvl,
uint16 limit
) : level(lvl), timeLimit(limit)
-

Initializes a AutoAdaptiveFilterOptions object with specified values

-
- -
-
level
-
InertialTypes::AutoAdaptiveFilteringLevel level
-

The auto-adaptive filter operating level

-
- -
-
timeLimit
-
uint16 timeLimit
-

The maximum duration of measurement rejection before entering recovery mode (ms)

-
- -
-
AdaptiveMeasurementModes
-

A vector of AdaptiveMeasurementMode enum values

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/AutoBalanceResult-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/AutoBalanceResult-Summary.js deleted file mode 100644 index 8cef0d8d0..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/AutoBalanceResult-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:AutoBalanceResult","AutoBalanceResult");NDSummary.OnSummaryLoaded("CClass:AutoBalanceResult",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"]],[[2730,0,0,"AutoBalanceResult"],[2731,0,1,"errorCode","errorCode"],[2732,0,1,"percentAchieved","percentAchieved"],[2733,0,1,"hardwareOffset","hardwareOffset"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/AutoBalanceResult-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/AutoBalanceResult-SummaryToolTips.js deleted file mode 100644 index 530887d03..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/AutoBalanceResult-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:AutoBalanceResult",{2730:"
AutoBalanceResult
Represents the result from an AutoBalance command.
",2731:"
WirelessTypes::AutoBalanceErrorFlag errorCode() const
Gets the WirelessTypes::AutoBalanceErrorFlag from the response.
",2732:"
float percentAchieved() const
Gets the percentage that the channel was balanced to from the response.
",2733:"
uint16 hardwareOffset() const
Get the new hardware offset from the response.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/AutoBalanceResult-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/AutoBalanceResult-ToolTips.js deleted file mode 100644 index 5eea6b373..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/AutoBalanceResult-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3596:"
The possible completion flags for the AutoBalance Wireless Node function.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/AutoBalanceResult.html b/v66.0.1/MSCL_API_Docs/classes/C/AutoBalanceResult.html deleted file mode 100644 index 83764cd71..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/AutoBalanceResult.html +++ /dev/null @@ -1,35 +0,0 @@ - - -AutoBalanceResult - - - - - - - -
-
AutoBalanceResult
-
AutoBalanceResult
-

Represents the result from an AutoBalance command.

-
- -
-
errorCode
- -

Gets the WirelessTypes::AutoBalanceErrorFlag from the response.

Returns

The WirelessTypes::AutoBalanceErrorFlag from the autobalance response.

-
- -
-
percentAchieved
-
float percentAchieved() const
-

Gets the percentage that the channel was balanced to from the response.

Returns

The the percentage that the channel was balanced to.

-
- -
-
hardwareOffset
-
uint16 hardwareOffset() const
-

Get the new hardware offset from the response.

Returns

The new hardware offset value after the autobalance.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/AutoCalResult-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/AutoCalResult-Summary.js deleted file mode 100644 index 8519c93db..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/AutoCalResult-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:AutoCalResult","AutoCalResult");NDSummary.OnSummaryLoaded("CClass:AutoCalResult",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"]],[[2699,0,0,"AutoCalResult"],[2700,0,1,"completionFlag","completionFlag"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/AutoCalResult-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/AutoCalResult-SummaryToolTips.js deleted file mode 100644 index 7dd392974..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/AutoCalResult-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:AutoCalResult",{2699:"
AutoCalResult
Abstract base class for AutoCal result classes.
",2700:"
WirelessTypes::AutoCalCompletionFlag completionFlag() const
Gets the WirelessTypes::AutoCalCompletionFlag of the AutoCal operation result.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/AutoCalResult-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/AutoCalResult-ToolTips.js deleted file mode 100644 index fd5dbc4c6..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/AutoCalResult-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3605:"
The possible completion flags for the AutoCal Wireless Node function.
",2701:"
AutoCalResult_shmLink
Holds the result information from an autoCal_shmLink command.
",2709:"
AutoCalResult_shmLink201
Holds the result information from an autoCal_shmLink201 command.
",2720:"
AutoShuntCalResult
Holds the result information from an autoCal_shunt command.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/AutoCalResult.html b/v66.0.1/MSCL_API_Docs/classes/C/AutoCalResult.html deleted file mode 100644 index 3ddcb3c30..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/AutoCalResult.html +++ /dev/null @@ -1,23 +0,0 @@ - - -AutoCalResult - - - - - - - -
-
AutoCalResult
- -

Abstract base class for AutoCal result classes.

-
- -
-
completionFlag
- -

Gets the WirelessTypes::AutoCalCompletionFlag of the AutoCal operation result.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/AutoCalResult_shmLink-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/AutoCalResult_shmLink-Summary.js deleted file mode 100644 index 0f3cd32c3..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/AutoCalResult_shmLink-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:AutoCalResult_shmLink","AutoCalResult_shmLink");NDSummary.OnSummaryLoaded("CClass:AutoCalResult_shmLink",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"]],[[2701,0,0,"AutoCalResult_shmLink"],[2702,0,1,"errorFlagCh1","errorFlagCh1"],[2703,0,1,"errorFlagCh2","errorFlagCh2"],[2704,0,1,"errorFlagCh3","errorFlagCh3"],[2705,0,1,"offsetCh1","offsetCh1"],[2706,0,1,"offsetCh2","offsetCh2"],[2707,0,1,"offsetCh3","offsetCh3"],[2708,0,1,"temperature","temperature"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/AutoCalResult_shmLink-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/AutoCalResult_shmLink-SummaryToolTips.js deleted file mode 100644 index d9b4da2d7..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/AutoCalResult_shmLink-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:AutoCalResult_shmLink",{2701:"
AutoCalResult_shmLink
Holds the result information from an autoCal_shmLink command.
",2702:"
WirelessTypes::AutoCalErrorFlag errorFlagCh1() const
Gets the WirelessTypes::AutoCalErrorFlag for the channel 1 strain sensor.
",2703:"
WirelessTypes::AutoCalErrorFlag errorFlagCh2() const
Gets the WirelessTypes::AutoCalErrorFlag for the channel 2 strain sensor.
",2704:"
WirelessTypes::AutoCalErrorFlag errorFlagCh3() const
Gets the WirelessTypes::AutoCalErrorFlag for the channel 3 strain sensor.
",2705:"
float offsetCh1() const
Gets the offset applied for the channel 1 strain sensor.
",2706:"
float offsetCh2() const
Gets the offset applied for the channel 2 strain sensor.
",2707:"
float offsetCh3() const
Gets the offset applied for the channel 3 strain sensor.
",2708:"
float temperature() const
Gets the temperature (in ?C) at the time of the calibration.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/AutoCalResult_shmLink-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/AutoCalResult_shmLink-ToolTips.js deleted file mode 100644 index de0276a8e..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/AutoCalResult_shmLink-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2699:"
AutoCalResult
Abstract base class for AutoCal result classes.
",3610:"
The possible error flags for the various AutoCal Wireless Node functions.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/AutoCalResult_shmLink.html b/v66.0.1/MSCL_API_Docs/classes/C/AutoCalResult_shmLink.html deleted file mode 100644 index 69c5eff9f..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/AutoCalResult_shmLink.html +++ /dev/null @@ -1,59 +0,0 @@ - - -AutoCalResult_shmLink - - - - - - - -
-
AutoCalResult_shmLink
-
public
AutoCalResult
AutoCalResult_shmLink
-

Holds the result information from an autoCal_shmLink command.

-
- -
-
errorFlagCh1
-
WirelessTypes::AutoCalErrorFlag errorFlagCh1() const
-

Gets the WirelessTypes::AutoCalErrorFlag for the channel 1 strain sensor.

-
- -
-
errorFlagCh2
-
WirelessTypes::AutoCalErrorFlag errorFlagCh2() const
-

Gets the WirelessTypes::AutoCalErrorFlag for the channel 2 strain sensor.

-
- -
-
errorFlagCh3
-
WirelessTypes::AutoCalErrorFlag errorFlagCh3() const
-

Gets the WirelessTypes::AutoCalErrorFlag for the channel 3 strain sensor.

-
- -
-
offsetCh1
-
float offsetCh1() const
-

Gets the offset applied for the channel 1 strain sensor.

-
- -
-
offsetCh2
-
float offsetCh2() const
-

Gets the offset applied for the channel 2 strain sensor.

-
- -
-
offsetCh3
-
float offsetCh3() const
-

Gets the offset applied for the channel 3 strain sensor.

-
- -
-
temperature
-
float temperature() const
-

Gets the temperature (in ?C) at the time of the calibration.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/AutoCalResult_shmLink201-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/AutoCalResult_shmLink201-Summary.js deleted file mode 100644 index e360c9b7b..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/AutoCalResult_shmLink201-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:AutoCalResult_shmLink201","AutoCalResult_shmLink201");NDSummary.OnSummaryLoaded("CClass:AutoCalResult_shmLink201",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"]],[[2709,0,0,"AutoCalResult_shmLink201"],[2710,0,1,"errorFlagCh1","errorFlagCh1"],[2711,0,1,"errorFlagCh2","errorFlagCh2"],[2712,0,1,"errorFlagCh3","errorFlagCh3"],[2713,0,1,"slopeCh1","slopeCh1"],[2714,0,1,"offsetCh1","offsetCh1"],[2715,0,1,"slopeCh2","slopeCh2"],[2716,0,1,"offsetCh2","offsetCh2"],[2717,0,1,"slopeCh3","slopeCh3"],[2718,0,1,"offsetCh3","offsetCh3"],[2719,0,1,"temperature","temperature"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/AutoCalResult_shmLink201-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/AutoCalResult_shmLink201-SummaryToolTips.js deleted file mode 100644 index 07b9c7910..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/AutoCalResult_shmLink201-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:AutoCalResult_shmLink201",{2709:"
AutoCalResult_shmLink201
Holds the result information from an autoCal_shmLink201 command.
",2710:"
WirelessTypes::AutoCalErrorFlag errorFlagCh1() const
Gets the WirelessTypes::AutoCalErrorFlag for the channel 1 strain sensor.
",2711:"
WirelessTypes::AutoCalErrorFlag errorFlagCh2() const
Gets the WirelessTypes::AutoCalErrorFlag for the channel 2 strain sensor.
",2712:"
WirelessTypes::AutoCalErrorFlag errorFlagCh3() const
Gets the WirelessTypes::AutoCalErrorFlag for the channel 3 strain sensor.
",2713:"
float slopeCh1() const
Gets the slope applied for channel 1.
",2714:"
float offsetCh1() const
Gets the offset applied for channel 1.
",2715:"
float slopeCh2() const
Gets the slope applied for channel 2.
",2716:"
float offsetCh2() const
Gets the offset applied for channel 2.
",2717:"
float slopeCh3() const
Gets the slope applied for channel 3.
",2718:"
float offsetCh3() const
Gets the offset applied for channel 3.
",2719:"
float temperature() const
Gets the temperature (in ?C) at the time of the calibration.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/AutoCalResult_shmLink201-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/AutoCalResult_shmLink201-ToolTips.js deleted file mode 100644 index de0276a8e..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/AutoCalResult_shmLink201-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2699:"
AutoCalResult
Abstract base class for AutoCal result classes.
",3610:"
The possible error flags for the various AutoCal Wireless Node functions.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/AutoCalResult_shmLink201.html b/v66.0.1/MSCL_API_Docs/classes/C/AutoCalResult_shmLink201.html deleted file mode 100644 index 55a99cb2b..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/AutoCalResult_shmLink201.html +++ /dev/null @@ -1,77 +0,0 @@ - - -AutoCalResult_shmLink201 - - - - - - - -
-
AutoCalResult_shmLink201
-
public
AutoCalResult
AutoCalResult_shmLink201
-

Holds the result information from an autoCal_shmLink201 command.

-
- -
-
errorFlagCh1
-
WirelessTypes::AutoCalErrorFlag errorFlagCh1() const
-

Gets the WirelessTypes::AutoCalErrorFlag for the channel 1 strain sensor.

-
- -
-
errorFlagCh2
-
WirelessTypes::AutoCalErrorFlag errorFlagCh2() const
-

Gets the WirelessTypes::AutoCalErrorFlag for the channel 2 strain sensor.

-
- -
-
errorFlagCh3
-
WirelessTypes::AutoCalErrorFlag errorFlagCh3() const
-

Gets the WirelessTypes::AutoCalErrorFlag for the channel 3 strain sensor.

-
- -
-
slopeCh1
-
float slopeCh1() const
-

Gets the slope applied for channel 1.

-
- -
-
offsetCh1
-
float offsetCh1() const
-

Gets the offset applied for channel 1.

-
- -
-
slopeCh2
-
float slopeCh2() const
-

Gets the slope applied for channel 2.

-
- -
-
offsetCh2
-
float offsetCh2() const
-

Gets the offset applied for channel 2.

-
- -
-
slopeCh3
-
float slopeCh3() const
-

Gets the slope applied for channel 3.

-
- -
-
offsetCh3
-
float offsetCh3() const
-

Gets the offset applied for channel 3.

-
- -
-
temperature
-
float temperature() const
-

Gets the temperature (in ?C) at the time of the calibration.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/AutoShuntCalResult-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/AutoShuntCalResult-Summary.js deleted file mode 100644 index a5f365b98..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/AutoShuntCalResult-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:AutoShuntCalResult","AutoShuntCalResult");NDSummary.OnSummaryLoaded("CClass:AutoShuntCalResult",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"]],[[2720,0,0,"AutoShuntCalResult"],[2721,0,1,"errorFlag","errorFlag"],[2722,0,1,"slope","slope"],[2723,0,1,"offset","offset"],[2724,0,1,"baseMedian","baseMedian"],[2725,0,1,"baseMin","baseMin"],[2726,0,1,"baseMax","baseMax"],[2727,0,1,"shuntMedian","shuntMedian"],[2728,0,1,"shuntMin","shuntMin"],[2729,0,1,"shuntMax","shuntMax"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/AutoShuntCalResult-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/AutoShuntCalResult-SummaryToolTips.js deleted file mode 100644 index 0737ab3cd..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/AutoShuntCalResult-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:AutoShuntCalResult",{2720:"
AutoShuntCalResult
Holds the result information from an autoCal_shunt command.
",2721:"
WirelessTypes::AutoCalErrorFlag errorFlag() const
Gets the WirelessTypes::AutoCalErrorFlag for the shunt calibration.
",2722:"
float slope() const
Gets the slope result of the shunt calibration.  Note: This value was not applied to the Node. You will need to manually apply if desired.
",2723:"
float offset() const
Gets the offset result of the shunt calibration.  Note: This value was not applied to the Node. You will need to manually apply if desired.
",2724:"
float baseMedian() const
Gets the median of the baseline data sampled during the shunt calibration.
",2725:"
float baseMin() const
Gets the minimum of the baseline data sampled during the shunt calibration.
",2726:"
float baseMax() const
Gets the maximum of the baseline data sampled during the shunt calibration.
",2727:"
float shuntMedian() const
Gets the median of the shunted data sampled during the shunt calibration.
",2728:"
float shuntMin() const
Gets the minimum of the shunted data sampled during the shunt calibration.
",2729:"
float shuntMax() const
Gets the maximum of the shunted data sampled during the shunt calibration.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/AutoShuntCalResult-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/AutoShuntCalResult-ToolTips.js deleted file mode 100644 index de0276a8e..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/AutoShuntCalResult-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2699:"
AutoCalResult
Abstract base class for AutoCal result classes.
",3610:"
The possible error flags for the various AutoCal Wireless Node functions.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/AutoShuntCalResult.html b/v66.0.1/MSCL_API_Docs/classes/C/AutoShuntCalResult.html deleted file mode 100644 index c8eecb48f..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/AutoShuntCalResult.html +++ /dev/null @@ -1,71 +0,0 @@ - - -AutoShuntCalResult - - - - - - - -
-
AutoShuntCalResult
-
public
AutoCalResult
AutoShuntCalResult
-

Holds the result information from an autoCal_shunt command.

-
- -
-
errorFlag
- -

Gets the WirelessTypes::AutoCalErrorFlag for the shunt calibration.

-
- -
-
slope
-
float slope() const
-

Gets the slope result of the shunt calibration.  Note: This value was not applied to the Node. You will need to manually apply if desired.

-
- -
-
offset
-
float offset() const
-

Gets the offset result of the shunt calibration.  Note: This value was not applied to the Node. You will need to manually apply if desired.

-
- -
-
baseMedian
-
float baseMedian() const
-

Gets the median of the baseline data sampled during the shunt calibration.

-
- -
-
baseMin
-
float baseMin() const
-

Gets the minimum of the baseline data sampled during the shunt calibration.

-
- -
-
baseMax
-
float baseMax() const
-

Gets the maximum of the baseline data sampled during the shunt calibration.

-
- -
-
shuntMedian
-
float shuntMedian() const
-

Gets the median of the shunted data sampled during the shunt calibration.

-
- -
-
shuntMin
-
float shuntMin() const
-

Gets the minimum of the shunted data sampled during the shunt calibration.

-
- -
-
shuntMax
-
float shuntMax() const
-

Gets the maximum of the shunted data sampled during the shunt calibration.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/BaseStation-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/BaseStation-Summary.js deleted file mode 100644 index a68bdc0ff..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/BaseStation-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:BaseStation","BaseStation");NDSummary.OnSummaryLoaded("CClass:BaseStation",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"]],[[4402,0,0,"BaseStation"],[4403,0,1,"Default Timeouts","Default_Timeouts"],[4404,0,1,,"BASE_COMMANDS_DEFAULT_TIMEOUT"],[4405,0,1,,"EXT_BASE_COMMANDS_DEFAULT_TIMEOUT"],[4406,0,1,,"BROADCAST_NODE_ADDRESS"],[4407,0,1,,"BROADCAST_NODE_ADDRESS_ASPP3"],[4408,0,2,"BaseStation","BaseStation"],[4409,0,2,"BaseStation","BaseStation(2)"],[4410,0,2,"Mock","Mock"],[4411,0,2,"Mock","Mock(2)"],[4412,0,2,"deviceName","deviceName"],[4413,0,2,"connection","connection"],[4414,0,2,"features","features"],[4415,0,2,"lastCommunicationTime","lastCommunicationTime"],[4416,0,2,"readWriteRetries","readWriteRetries"],[4417,0,2,"readWriteRetries","readWriteRetries(2)"],[4418,0,2,"useEepromCache","useEepromCache"],[4419,0,2,"clearEepromCache","clearEepromCache"],[4420,0,2,"frequency","frequency"],[4421,0,2,"communicationProtocol","communicationProtocol"],[4422,0,2,"firmwareVersion","firmwareVersion"],[4423,0,2,"model","model"],[4424,0,2,"serial","serial"],[4425,0,2,"name","name"],[4426,0,2,"microcontroller","microcontroller"],[4427,0,2,"regionCode","regionCode"],[4428,0,2,"getData","getData"],[4429,0,2,"totalData","totalData"],[4430,0,2,"getNodeDiscoveries","getNodeDiscoveries"],[4431,0,2,"timeout","timeout"],[4432,0,2,"timeout","timeout(2)"],[4433,0,2,"ping","ping"],[4434,0,2,"readEeprom","readEeprom"],[4435,0,2,"writeEeprom","writeEeprom"],[4436,0,2,"enableBeacon","enableBeacon"],[4437,0,2,"enableBeacon","enableBeacon(2)"],[4438,0,2,"disableBeacon","disableBeacon"],[4439,0,2,"beaconStatus","beaconStatus"],[4440,0,2,"startRfSweepMode","startRfSweepMode"],[4441,0,2,"startRfSweepMode","startRfSweepMode(2)"],[4442,0,2,"cyclePower","cyclePower"],[4443,0,2,"resetRadio","resetRadio"],[4444,0,2,"changeFrequency","changeFrequency"],[4445,0,2,"broadcastSetToIdle","broadcastSetToIdle"],[4446,0,2,"verifyConfig","verifyConfig"],[4447,0,2,"applyConfig","applyConfig"],[4448,0,2,"getTransmitPower","getTransmitPower"],[4449,0,2,"getButtonLongPress","getButtonLongPress"],[4450,0,2,"getButtonShortPress","getButtonShortPress"],[4451,0,2,"getAnalogPairingEnabled","getAnalogPairingEnabled"],[4452,0,2,"getAnalogTimeoutTime","getAnalogTimeoutTime"],[4453,0,2,"getAnalogTimeoutVoltage","getAnalogTimeoutVoltage"],[4454,0,2,"getAnalogExceedanceEnabled","getAnalogExceedanceEnabled"],[4455,0,2,"getAnalogPair","getAnalogPair"],[4456,0,2,"getRawBytePackets","getRawBytePackets"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/BaseStation-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/BaseStation-SummaryToolTips.js deleted file mode 100644 index 4bce57592..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/BaseStation-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:BaseStation",{4402:"
BaseStation
Represents a MicroStrain Base Station object
",4408:"
explicit BaseStation(
Connection &connection
)
Creates a BaseStation object.  Note: this will use a default timeout of BASE_COMMANDS_DEFAULT_TIMEOUT for serial connections and a default timeout of <ETHERNET_BASE_COMMANDS_DEFAULT_TIMEOUT> for ethernet/websocket connections
",4409:"
explicit BaseStation(
Connection &connection,
uint64 baseTimeout
)
Creates a BaseStation object.
",4410:"
static BaseStation Mock(
const BaseStationInfo &info
)
Static function to create a Mock BaseStation (won\'t actually talk to a physical device).
",4411:"
static BaseStation Mock()
Static function to create a Mock BaseStation (won\'t actually talk to a physical device) using the following default info: Firmware version: 5.0 Model: WSDA-Base 104 USB Region: USA asppVersion_LXRS: 1.7 asppVersion_LXRS+: 3.0
",4412:"
static std::string deviceName(
const std::string &serial
)
Static function for creating the universal basestation name that should be used for SensorCloud.
",4413:"
Connection& connection() const
Gets the Connection object that this BaseStation is using.
",4414:"
const BaseStationFeatures& features() const
Gets a reference to the BaseStationFeatures for this BaseStation.  Note: This will be invalid when the BaseStation is destroyed.
",4415:"
const Timestamp& lastCommunicationTime() const
Gets the Timestamp for the last time MSCL communicated with the BaseStation.  Note: EEPROM reads using the cache, and data collection, will not update this timestamp.
",4416:"
void readWriteRetries(
uint8 numRetries
)
Sets the number of retry attempts for reading and writing config options on the BaseStation.  By default, the number of retries is 0.  Note:  The timeout that is set per command will be per read and write attempt, meaning this retry number is multiplied by the timeout for your overall timeout.
",4417:"
uint8 readWriteRetries() const
Gets the number of retry attempts for reading and writing config options on the BaseStation.  By default, the number of retries is 0.  Note:  The timeout that is set per command will be per read and write attempt, meaning this retry number is multiplied by the timeout for your overall timeout.
",4418:"
void useEepromCache(
bool useCache
)
Sets whether or not to utilize the eeprom cache when configuring this BaseStation (enabled by default). This can be enabled/disabled at any time.  It is highly recommended to have eeprom caching be enabled.  Note:  The eeprom cache stores the last known value that was written to / read from the BaseStation for each eeprom location. If this is enabled, any reads will get the last known value from the cache if it exists, and any writes will not write to the BaseStation if the value attempting to be written is the same as that stored in the cache. Caching of these values will still be performed if this is disabled, however, read and write operations will then always reach out to the actual device.
",4419:"
void clearEepromCache()
Clears the eeprom cache for this BaseStation.
",4420:"
WirelessTypes::Frequency frequency() const
Gets the WirelessTypes::Frequency representing the radio frequency of this BaseStation.
",4421:"
WirelessTypes::CommProtocol communicationProtocol() const
Gets the WirelessTypes::CommProtocol that the BaseStation is currently set to use.
",4422:"
Version firmwareVersion() const
Gets the firmware version of the BaseStation.
",4423:"
WirelessModels::BaseModel model() const
Gets the model of the BaseStation.
",4424:"
std::string serial() const
Gets the serial number of the BaseStation.
",4425:"
std::string name() const
Gets the name of the BaseStation. This is the universal basestation name that should be used for SensorCloud.  This is the same as calling BaseStation::deviceName.
",4426:"
WirelessTypes::MicroControllerType microcontroller() const
Gets the microcontroller of the BaseStation.
",4427:"
WirelessTypes::RegionCode regionCode() const
Gets the region code currently set on the BaseStation.
",4428:"
DataSweeps getData(
uint32 timeout = 0,
uint32 maxSweeps = 0
)
Gets up to the requested amount of DataSweeps of sampled data that was collected by this BaseStation.
",4429:"
uint32 totalData()
Gets the number of DataSweeps that are currently in the data buffer.
",4430:"
NodeDiscoveries getNodeDiscoveries()
Gets the group of Node Discoveries that were collected by this base station.  Calling this function clears out the Node Discovery buffer, so successively calling this will give you new Node Discoveries.
",4431:"
void timeout(
uint64 timeout
)
Sets the timeout to use when waiting for responses from commands.  This timeout is used directly for BaseStation commands, while some additional time is added for Node commands.  Note: Some commands have a minimum timeout that will override this if set lower than the minimum.
",4432:"
uint64 timeout() const
Gets the current timeout to use when waiting for responses from base station commands.  This timeout is used directly for BaseStation commands, while some additional time is added for Node commands.  Note: Some commands have a minimum timeout that will override this if set lower than the minimum.
",4433:"
bool ping()
Pings the base station
",4434:"
uint16 readEeprom(
uint16 eepromAddress
) const
Reads a specific EEPROM address on the Base Station.  If the value stored in the eeprom cache is still valid, this will be returned instead.
",4435:"
void writeEeprom(
uint16 eepromAddress,
uint16 value
)
Writes the specified value to a specific EEPROM address on the Base Station.  If successful, the cache will be updated with the changed value as well.
",4436:"
Timestamp enableBeacon()
Enables the beacon on the base station using the system time (UTC) as its starting timestamp.
",4437:"
Timestamp enableBeacon(
uint32 utcTime
)
Enables the beacon on the base station using the given UTC timestamp.
",4438:"
void disableBeacon()
Disables the beacon on the base station.
",4439:"
BeaconStatus beaconStatus()
Gets the BeaconStatus of the beacon on the base station.
",4440:"
void startRfSweepMode()
Starts the BaseStation in a fixed RF Sweep Mode, which will sweep over all the supported operating frequencies of the BaseStation.  Note: To exit this Mode, send any command to the BaseStation (such as ping).
",4441:"
void startRfSweepMode(
uint32 minFreq,
uint32 maxFreq,
uint32 interval,
uint16 options= 0
)
Starts the BaseStation in a custom RF Sweep Mode across the provided frequencies.  Note: To exit this Mode, send any command to the BaseStation (such as ping).
",4442:"
void cyclePower(
bool checkComm= true
)
Cycles the power on the base station.
",4443:"
void resetRadio()
Resets the radio on the base station.
",4444:"
void changeFrequency(
WirelessTypes::Frequency frequency
)
Changes the radio frequency of the base station.
",4445:"
mscl::SetToIdleStatus broadcastSetToIdle()
Broadcasts the Set to Idle command (will be heard by all nodes on the BaseStation\'s frequency).
",4446:"
bool verifyConfig(
const BaseStationConfig &config,
ConfigIssues &outIssues
) const
Checks whether the settings in the given BaseStationConfig are ok to be written to the BaseStation.  Options that are set will also be validated against each other. If an option that needs to be validated isn\'t currently set, it will be read from the BaseStation.
",4447:"
void applyConfig(
const BaseStationConfig &config
)
Applies a BaseStationConfig to the Node.  Note: This applies all options that have been set in the BaseStationConfig.  Before applying, the options will be validated. It is recommended that you perform this validation yourself first by using verifyConfig.
",4448:"
WirelessTypes::TransmitPower getTransmitPower() const
Reads the WirelessTypes::TransmitPower that is currently set on the BaseStation.
",4449:"
BaseStationButton getButtonLongPress(
uint8 buttonNumber
) const
Reads the button settings for a long press action that are currently set on the BaseStation.
",4450:"
BaseStationButton getButtonShortPress(
uint8 buttonNumber
) const
Reads the button settings for a short press action that are currently set on the BaseStation.
",4451:"
bool getAnalogPairingEnabled() const
Reads the Analog Pairing enabled/disabled setting that is currently set on the BaseStation.  If this is disabled, all other analog pairing settings will be disabled.
",4452:"
uint16 getAnalogTimeoutTime() const
Reads the Analog Timeout Time in seconds that is currently set on the BaseStation.
",4453:"
float getAnalogTimeoutVoltage() const
Reads the Analog Timeout Voltage that is currently set on the BaseStation.
",4454:"
bool getAnalogExceedanceEnabled() const
Reads the Analog Exceedance enabled/disabled setting that is currently set on the BaseStation.
",4455:"
BaseStationAnalogPair getAnalogPair(
uint8 portNumber
) const
Reads the BaseStationAnalogPair for the specified port number that is currently set on the BaseStation.
",4456:"
RawBytePackets getRawBytePackets(
uint32 timeout = 0,
uint32 maxPackets = 0
)
Gets up to the requested amount of raw byte packets that have been collected.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/BaseStation-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/BaseStation-ToolTips.js deleted file mode 100644 index 032df5d02..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/BaseStation-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({19:"
Connection
The Connection object that is used for communication.
",2239:"
RawBytePacket
A class that contains packet information about an Inertial packet
",2258:"
SetToIdleStatus
Holds the status information of the Set to Idle command.
",2686:"
BeaconStatus
Represents the status of a BaseStation beacon.  See also BaseStation::beaconStatus.
",2905:"
ConfigIssue
Holds information on a specific configuration issue.
",2982:"
BaseStationConfig
Class used for setting the configuration of BaseStations.  Set all the configuration values that you want to change, then verify and apply them to a BaseStation.
",3011:"
BaseStationFeatures
Contains information on which features are supported by a BaseStation.
",3250:"
The model numbers for each of the Wireless Base Stations
",3272:"
Represents the types of microcontrollers possible on the Wireless Devices.
",3307:"
Represents the frequency (channel) that can be used for Wireless Devices.
",3325:"
Represents the transmit powers that can be used for Wireless Devices.
",3832:"
Available Communication Protocol types.
",3865:"
WirelessNode
A class representing a MicroStrain wireless node
",4260:"
NodeDiscovery
Represents 1 node discovery, which is created when a Wireless Node Discovery packet is sent from a Node.  Note: There are multiple versions of Node Discovery packets which have been developed over time.  Each version has added more useful information. If an earlier version of the Node Discovery packet is heard, this NodeDiscovery object will have some information be invalid (set to default values).
",4315:"
Holds information about a BaseStation.
",4317:"
BaseStationButton
Represents a single button on a BaseStation
",4334:"
BaseStationAnalogPair
Represents an Analog Pairing on a BaseStation.
",4349:"
DataSweep
Represents 1 data sweep, including data for each channel, a timestamp, and a sample rate
",4402:"
BaseStation
Represents a MicroStrain Base Station object
",4404:"
20 ms  - The default timeout for a base station command (in milliseconds) used by USB Bases
",4408:"
explicit BaseStation(
Connection &connection
)
Creates a BaseStation object.  Note: this will use a default timeout of BASE_COMMANDS_DEFAULT_TIMEOUT for serial connections and a default timeout of <ETHERNET_BASE_COMMANDS_DEFAULT_TIMEOUT> for ethernet/websocket connections
",4412:"
static std::string deviceName(
const std::string &serial
)
Static function for creating the universal basestation name that should be used for SensorCloud.
",4424:"
std::string serial() const
Gets the serial number of the BaseStation.
",4446:"
bool verifyConfig(
const BaseStationConfig &config,
ConfigIssues &outIssues
) const
Checks whether the settings in the given BaseStationConfig are ok to be written to the BaseStation.  Options that are set will also be validated against each other. If an option that needs to be validated isn\'t currently set, it will be read from the BaseStation.
",4493:"
Version
Class that represents, and provides helper functions for, a Version number
",4554:"
Timestamp
Represents a date/time object
",4614:"
Error_NotSupported
A command/feature was attempted to be used that was not supported.
",4617:"
Error_NoData
There is no data available to be accessed
",4625:"
Error_Communication
The exception for failing to communicate with a device.
",4632:"
Error_Connection
The generic connection exception.
",4649:"
Error_InvalidConfig
The Configuration is invalid.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/BaseStation.html b/v66.0.1/MSCL_API_Docs/classes/C/BaseStation.html deleted file mode 100644 index 726da75a4..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/BaseStation.html +++ /dev/null @@ -1,316 +0,0 @@ - - -BaseStation - - - - - - - -
-
BaseStation
-
BaseStation
-

Represents a MicroStrain Base Station object

-
- -
-
Default Timeouts
-
BASE_COMMANDS_DEFAULT_TIMEOUT

20 ms  - The default timeout for a base station command (in milliseconds) used by USB Bases

EXT_BASE_COMMANDS_DEFAULT_TIMEOUT

500 ms  - The extended default timeout for a base station command (in milliseconds)

BROADCAST_NODE_ADDRESS

65535  - The address to use for performing Broadcast commands that will be heard by all WirelessNodes on the frequency.

BROADCAST_NODE_ADDRESS_ASPP3

0xFFFFFFFF - The address to use for performing Broadcast commands that will be heard by all WirelessNodes on the frequency (ASPP 3.X).

-
- -
-
BaseStation
-
explicit BaseStation(
Connection &connection
)
-

Creates a BaseStation object.  Note: this will use a default timeout of BASE_COMMANDS_DEFAULT_TIMEOUT for serial connections and a default timeout of <ETHERNET_BASE_COMMANDS_DEFAULT_TIMEOUT> for ethernet/websocket connections

Parameters
connection
Connection&

The Connection object used for communication

Exceptions
-
- -
-
BaseStation
-
explicit BaseStation(
Connection &connection,
uint64 baseTimeout
)
-

Creates a BaseStation object.

Parameters
connection
Connection&

The Connection object used for communication

baseTimeout
uint64

The timeout to use for base station commands

Exceptions
-
- -
-
Mock
-
static BaseStation Mock(
const BaseStationInfo &info
)
-

Static function to create a Mock BaseStation (won't actually talk to a physical device).

Parameters
info
const BaseStationInfo&

The BaseStationInfo to use for creating the Mock BaseStation.

Returns

A BaseStation object with a mock implementation.

-
- -
-
Mock
-
static BaseStation Mock()
-

Static function to create a Mock BaseStation (won't actually talk to a physical device) using the following default info: Firmware version: 5.0 Model: WSDA-Base 104 USB Region: USA asppVersion_LXRS: 1.7 asppVersion_LXRS+: 3.0

Returns

A BaseStation object with a mock implementation.

-
- -
-
deviceName
-
static std::string deviceName(
const std::string &serial
)
-

Static function for creating the universal basestation name that should be used for SensorCloud.

Parameters
serial
const std::string&

The serial of the basestation. This should be identical to calling the serial function on a BaseStation object.

Returns

The universal basestationName.

-
- -
-
connection
-
Connection& connection() const
-

Gets the Connection object that this BaseStation is using.

Returns

The Connection object that this BaseStation is using.

-
- -
-
features
-
const BaseStationFeatures& features() const
-

Gets a reference to the BaseStationFeatures for this BaseStation.  Note: This will be invalid when the BaseStation is destroyed.

Returns

BaseStationFeatures containing the features for this BaseStation.

Exceptions
-
- -
-
lastCommunicationTime
-
const Timestamp& lastCommunicationTime() const
-

Gets the Timestamp for the last time MSCL communicated with the BaseStation.  Note: EEPROM reads using the cache, and data collection, will not update this timestamp.

Returns

A Timestamp representing the last time MSCL communicated with the BaseStation. This will be a Timestamp of 0 if never communicated with.

Exceptions

  • Error_NoData: There is no communication time logged for this device.

-
- -
-
readWriteRetries
-
void readWriteRetries(
uint8 numRetries
)
-

Sets the number of retry attempts for reading and writing config options on the BaseStation.  By default, the number of retries is 0.  Note:  The timeout that is set per command will be per read and write attempt, meaning this retry number is multiplied by the timeout for your overall timeout.

Parameters
numRetries
uint8

The number of retries to set for reading and writing config options on the BaseStation.

-
- -
-
readWriteRetries
-
uint8 readWriteRetries() const
-

Gets the number of retry attempts for reading and writing config options on the BaseStation.  By default, the number of retries is 0.  Note:  The timeout that is set per command will be per read and write attempt, meaning this retry number is multiplied by the timeout for your overall timeout.

Returns

The number of retries to set for all reading and writing config options on the BaseStation.

-
- -
-
useEepromCache
-
void useEepromCache(
bool useCache
)
-

Sets whether or not to utilize the eeprom cache when configuring this BaseStation (enabled by default). This can be enabled/disabled at any time.  It is highly recommended to have eeprom caching be enabled.  Note:  The eeprom cache stores the last known value that was written to / read from the BaseStation for each eeprom location. If this is enabled, any reads will get the last known value from the cache if it exists, and any writes will not write to the BaseStation if the value attempting to be written is the same as that stored in the cache. Caching of these values will still be performed if this is disabled, however, read and write operations will then always reach out to the actual device.

Parameters
useCache
bool

whether the eeprom cache should be used (true) or not (false).

-
- -
-
clearEepromCache
-
void clearEepromCache()
-

Clears the eeprom cache for this BaseStation.

-
- -
-
frequency
-
WirelessTypes::Frequency frequency() const
-

Gets the WirelessTypes::Frequency representing the radio frequency of this BaseStation.

Returns

The WirelessTypes::Frequency that this BaseStation is on.

Exceptions
-
- -
-
communicationProtocol
-
WirelessTypes::CommProtocol communicationProtocol() const
-

Gets the WirelessTypes::CommProtocol that the BaseStation is currently set to use.

Returns

The WirelessTypes::CommProtocol that the BaseStation is currently set to use.

Exceptions
-
- -
-
firmwareVersion
-
Version firmwareVersion() const
-

Gets the firmware version of the BaseStation.

Returns

A Version representing the firmware version of the BaseStation.

Exceptions

  • Error_NotSupported: Attempted to read an unsupported option. The device firmware is not compatible with this version of MSCL.

  • Error_Communication: Failed to read the value from the BaseStation.

  • Error_Connection: A connection error has occurred with the parent BaseStation.

-
- -
-
model
- -

Gets the model of the BaseStation.

Returns

A WirelessModels::BaseModel representing the model of the BaseStation.

Exceptions

  • Error_NotSupported: Attempted to read an unsupported option. The device firmware is not compatible with this version of MSCL.

  • Error_Communication: Failed to read the value from the BaseStation.

  • Error_Connection: A connection error has occurred with the parent BaseStation.

-
- -
-
serial
-
std::string serial() const
-

Gets the serial number of the BaseStation.

Returns

A string representing the serial number of the BaseStation.

Exceptions

  • Error_NotSupported: Attempted to read an unsupported option. The device firmware is not compatible with this version of MSCL.

  • Error_Communication: Failed to read the value from the BaseStation.

  • Error_Connection: A connection error has occurred with the parent BaseStation.

-
- -
-
name
-
std::string name() const
-

Gets the name of the BaseStation. This is the universal basestation name that should be used for SensorCloud.  This is the same as calling BaseStation::deviceName.

Returns

The universal basestation name.

Exceptions

  • Error_NotSupported: Attempted to read an unsupported option. The device firmware is not compatible with this version of MSCL.

  • Error_Communication: Failed to read the value from the BaseStation.

  • Error_Connection: A connection error has occurred with the parent BaseStation.

-
- -
-
microcontroller
-
WirelessTypes::MicroControllerType microcontroller() const
-

Gets the microcontroller of the BaseStation.

Returns

A WirelessTypes::MicroControllerType representing the microcontroller of the BaseStation.

Exceptions

  • Error_NotSupported: Attempted to read an unsupported option. The device firmware is not compatible with this version of MSCL.

  • Error_Communication: Failed to read the value from the BaseStation.

  • Error_Connection: A connection error has occurred with the parent BaseStation.

-
- -
-
regionCode
-
WirelessTypes::RegionCode regionCode() const
-

Gets the region code currently set on the BaseStation.

Exceptions
-
- -
-
getData
-
DataSweeps getData(
uint32 timeout = 0,
uint32 maxSweeps = 0
)
-

Gets up to the requested amount of DataSweeps of sampled data that was collected by this BaseStation.

Parameters
timeout
uint32

The timeout, in milliseconds, to wait for data if necessary (default of 0).

maxSweeps
uint32

The maximum number of sweeps to return. If this is 0 (default), all sweeps will be returned.

Returns

A DataSweeps object containing all the data sweeps that are available up to the requested number of max sweeps.

Exceptions
-
- -
-
totalData
-
uint32 totalData()
-

Gets the number of DataSweeps that are currently in the data buffer.

Returns

The number of DataSweeps that are currently in the data buffer.

-
- -
-
getNodeDiscoveries
-
NodeDiscoveries getNodeDiscoveries()
-

Gets the group of Node Discoveries that were collected by this base station.  Calling this function clears out the Node Discovery buffer, so successively calling this will give you new Node Discoveries.

Returns

A NodeDiscoveries container, holding all the Node Discoveries that were collected by this base station.

Exceptions
-
- -
-
timeout
-
void timeout(
uint64 timeout
)
-

Sets the timeout to use when waiting for responses from commands.  This timeout is used directly for BaseStation commands, while some additional time is added for Node commands.  Note: Some commands have a minimum timeout that will override this if set lower than the minimum.

Parameters
timeout
uint64

The timeout (in milliseconds) to set for commands.

-
- -
-
timeout
-
uint64 timeout() const
-

Gets the current timeout to use when waiting for responses from base station commands.  This timeout is used directly for BaseStation commands, while some additional time is added for Node commands.  Note: Some commands have a minimum timeout that will override this if set lower than the minimum.

Returns

The timeout (in milliseconds) set for base station commands.

-
- -
-
ping
-
bool ping()
-

Pings the base station

Returns

true if successfully pinged the base station, false otherwise

Exceptions
Example Use
BaseStation baseStation(&connection);
baseStation.ping();
-
- -
-
readEeprom
-
uint16 readEeprom(
uint16 eepromAddress
) const
-

Reads a specific EEPROM address on the Base Station.  If the value stored in the eeprom cache is still valid, this will be returned instead.

Parameters
eepromAddress
uint16

The EEPROM address to be read.

Returns

The uint16 value read from the specified EEPROM location.

Exceptions
-
- -
-
writeEeprom
-
void writeEeprom(
uint16 eepromAddress,
uint16 value
)
-

Writes the specified value to a specific EEPROM address on the Base Station.  If successful, the cache will be updated with the changed value as well.

Parameters
eepromAddress
uint16

The EEPROM address to write to.

value
uint16

The value to write to the EEPROM address.

Exceptions
-
- -
-
enableBeacon
-
Timestamp enableBeacon()
-

Enables the beacon on the base station using the system time (UTC) as its starting timestamp.

Returns

A Timestamp representing the initial time that was sent to start the beacon

Exceptions
Example Use
BaseStation baseStation(connection);
baseStation.enableBeacon();
-
- -
-
enableBeacon
-
Timestamp enableBeacon(
uint32 utcTime
)
-

Enables the beacon on the base station using the given UTC timestamp.

Parameters
utcTime
uint32

The start time for the beacon in UTC seconds from the Unix Epoch (01/01/1970)

Returns

A Timestamp representing the initial time that was sent to start the beacon

Exceptions
Example Use
BaseStation baseStation(connection);
baseStation.enableBeacon(1357846020);
-
- -
-
disableBeacon
-
void disableBeacon()
-

Disables the beacon on the base station.

Exceptions
Example Use
BaseStation baseStation(connection);
baseStation.disableBeacon();
-
- -
-
beaconStatus
-
BeaconStatus beaconStatus()
-

Gets the BeaconStatus of the beacon on the base station.

Returns

A BeaconStatus object containing status information of the beacon.

Exceptions
-
- -
-
startRfSweepMode
-
void startRfSweepMode()
-

Starts the BaseStation in a fixed RF Sweep Mode, which will sweep over all the supported operating frequencies of the BaseStation.  Note: To exit this Mode, send any command to the BaseStation (such as ping).

Exceptions
-
- -
-
startRfSweepMode
-
void startRfSweepMode(
uint32 minFreq,
uint32 maxFreq,
uint32 interval,
uint16 options= 0
)
-

Starts the BaseStation in a custom RF Sweep Mode across the provided frequencies.  Note: To exit this Mode, send any command to the BaseStation (such as ping).

Parameters
minFreq
uint32

The minimum frequency to use in the scan in kHz (2400000 = 2.4GHz).

maxFreq
uint32

The maximum frequency to use in the scan in kHz (2400000 = 2.4GHz).

interval
uint32

The interval between frequencies.

options
uint16

This is currently an Advanced setting, used internally.

Exceptions
-
- -
-
cyclePower
-
void cyclePower(
bool checkComm= true
)
-

Cycles the power on the base station.

Parameters
checkComm
bool

Whether to check for communication (ping) after cycling power before returning from this function.

Exceptions
-
- -
-
resetRadio
-
void resetRadio()
-

Resets the radio on the base station.

Exceptions
-
- -
-
changeFrequency
-
void changeFrequency(
WirelessTypes::Frequency frequency
)
-

Changes the radio frequency of the base station.

Parameters
frequency
WirelessTypes::Frequency

The WirelessTypes::Frequency to change the base station to.

Exceptions
-
- -
-
broadcastSetToIdle
-
mscl::SetToIdleStatus broadcastSetToIdle()
-

Broadcasts the Set to Idle command (will be heard by all nodes on the BaseStation's frequency).

Returns

A SetToIdleStatus object that can be used to cancel the operation.  Note that this status object will never complete as it is not targeting a specific Node.

Exceptions
-
- -
-
verifyConfig
-
bool verifyConfig(
const BaseStationConfig &config,
ConfigIssues &outIssues
) const
-

Checks whether the settings in the given BaseStationConfig are ok to be written to the BaseStation.  Options that are set will also be validated against each other. If an option that needs to be validated isn't currently set, it will be read from the BaseStation.

Parameters
config
const BaseStationConfig&

The BaseStationConfig to verify.

outIssues
ConfigIssues&

The ConfigIssues that will hold any resulting issues that are found with the configuration.

Returns

true if the configuration is valid. false if the configuration is invalid and outIssues should be checked for more information.

Exceptions
-
- -
-
applyConfig
-
void applyConfig(
const BaseStationConfig &config
)
-

Applies a BaseStationConfig to the Node.  Note: This applies all options that have been set in the BaseStationConfig.  Before applying, the options will be validated. It is recommended that you perform this validation yourself first by using verifyConfig.

Parameters
config
const BaseStationConfig&

The BaseStationConfig to apply to the Node.

Exceptions
-
- -
-
getTransmitPower
-
WirelessTypes::TransmitPower getTransmitPower() const
-

Reads the WirelessTypes::TransmitPower that is currently set on the BaseStation.

Returns

The WirelessTypes::TransmitPower that is currently set on the BaseStation.

Exceptions
-
- -
-
getButtonLongPress
-
BaseStationButton getButtonLongPress(
uint8 buttonNumber
) const
-

Reads the button settings for a long press action that are currently set on the BaseStation.

Parameters
buttonNumber
uint8

The button number (1 = button 1) to get the value for.

Returns

A BaseStationButton object holding the current long press settings for the requested button number.

Exceptions
-
- -
-
getButtonShortPress
-
BaseStationButton getButtonShortPress(
uint8 buttonNumber
) const
-

Reads the button settings for a short press action that are currently set on the BaseStation.

Parameters
buttonNumber
uint8

The button number (1 = button 1) to get the value for.

Returns

A BaseStationButton object holding the current short press settings for the requested button number.

Exceptions
-
- -
-
getAnalogPairingEnabled
-
bool getAnalogPairingEnabled() const
-

Reads the Analog Pairing enabled/disabled setting that is currently set on the BaseStation.  If this is disabled, all other analog pairing settings will be disabled.

Returns

true if Analog Pairing is enabled, false otherwise.

Exceptions
-
- -
-
getAnalogTimeoutTime
-
uint16 getAnalogTimeoutTime() const
-

Reads the Analog Timeout Time in seconds that is currently set on the BaseStation.

Returns

The analog timeout time in seconds.

Exceptions
-
- -
-
getAnalogTimeoutVoltage
-
float getAnalogTimeoutVoltage() const
-

Reads the Analog Timeout Voltage that is currently set on the BaseStation.

Returns

The analog timeout voltage.

Exceptions
-
- -
-
getAnalogExceedanceEnabled
-
bool getAnalogExceedanceEnabled() const
-

Reads the Analog Exceedance enabled/disabled setting that is currently set on the BaseStation.

Returns

true if Analog Exceedance is enabled, false otherwise.

Exceptions
-
- -
-
getAnalogPair
-
BaseStationAnalogPair getAnalogPair(
uint8 portNumber
) const
-

Reads the BaseStationAnalogPair for the specified port number that is currently set on the BaseStation.

Parameters
portNumber
uint8

The port number (1 = port 1) to get the value for.

Returns

The BaseStationAnalogPair for the specified port number that is currently set on the BaseStation.

Exceptions
-
- -
-
getRawBytePackets
-
RawBytePackets getRawBytePackets(
uint32 timeout = 0,
uint32 maxPackets = 0
)
-

Gets up to the requested amount of raw byte packets that have been collected.

Parameters
packets

A vector of RawBytePacket to hold the result.

timeout
uint32

the timeout, in milliseconds, to wait for the data if necessary (default of 0)

maxPackets
uint32

The maximum number of packets to return. If this is 0 (default), all packets will be returned.

Exceptions
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/BaseStationAnalogPair-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/BaseStationAnalogPair-Summary.js deleted file mode 100644 index f042333e8..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/BaseStationAnalogPair-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:BaseStationAnalogPair","BaseStationAnalogPair");NDSummary.OnSummaryLoaded("CClass:BaseStationAnalogPair",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"]],[[4334,0,0,"BaseStationAnalogPair"],[4335,0,1,"CHANNEL_NOT_FLOAT","CHANNEL_NOT_FLOAT"],[4336,0,0,"BaseStationAnalogPair"],[4337,0,2,"Float","Float"],[4338,0,2,"NonFloat","NonFloat"],[4339,0,2,"nodeAddress","nodeAddress"],[4340,0,2,"nodeAddress","nodeAddress(2)"],[4341,0,2,"nodeChannel","nodeChannel"],[4342,0,2,"nodeChannel","nodeChannel(2)"],[4343,0,2,"floatData","floatData"],[4344,0,2,"floatData","floatData(2)"],[4345,0,2,"outputVal_0V","outputVal_0V"],[4346,0,2,"outputVal_0V","outputVal_0V(2)"],[4347,0,2,"outputVal_3V","outputVal_3V"],[4348,0,2,"outputVal_3V","outputVal_3V(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/BaseStationAnalogPair-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/BaseStationAnalogPair-SummaryToolTips.js deleted file mode 100644 index 1733c7904..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/BaseStationAnalogPair-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:BaseStationAnalogPair",{4334:"
BaseStationAnalogPair
Represents an Analog Pairing on a BaseStation.
",4335:"
A (NaN) value representing that the paired node channel is not transmitting float point values.  The outputVal_0V and outputVal_3V values should be set to this value if not being paired to a channel transmitting floats.
",4336:"
BaseStationAnalogPair
Creates a default constructed BaseStationAnalogPair object.
",4337:"
static BaseStationAnalogPair Float(
uint16 nodeAddress,
uint8 nodeChannel,
float output_0V,
float output_3V
)
Creates a BaseStationAnalogPair object to be paired to WirelessNode\'s channel that is transmitting floating point values.
",4338:"
static BaseStationAnalogPair NonFloat(
uint16 nodeAddress,
uint8 nodeChannel
)
Creates a BaseStationAnalogPair object to be paired to WirelessNode\'s channel that is NOT transmitting floating point values.
",4339:"
uint16 nodeAddress() const
Gets the node address to be paired with that is currently set in this object.
",4340:"
void nodeAddress(
uint16 address
)
Sets the node address of the WirelessNode to be paired with.
",4341:"
uint8 nodeChannel() const
Gets the node\'s channel to be paired with that is currently set in this object.
",4342:"
void nodeChannel(
uint8 channelNumber
)
Sets the node\'s channel of the WirelessNode to be paired with.
",4343:"
bool expectFloatData() const
Checks whether floating point data is expected in this object.
",4344:"
void expectFloatData(
bool enable
)
Sets whether floating point data is expected or not.  Note: If enabling, this will set outputVal_0V to 0 and outputVal_3V to 65535. You should update these values accordingly.  Note: If disabling, this will set outputVal_0V and outputVal_3V to CHANNEL_NOT_FLOAT.
",4345:"
float outputVal_0V() const
Gets the output value that represents 0 Volts that is currently set in this object.
",4346:"
void outputVal_0V(
float value
)
Sets the output value that represents 0 Volts.  Note: Setting this to a NaN (CHANNEL_NOT_FLOAT) disables the float expectation and sets outputVal_3V to CHANNEL_NOT_FLOAT as well.  Note: If outputVal_3V is set to CHANNEL_NOT_FLOAT when this is called with a real value, outputVal_3V will be updated to (value + 1.0).
",4347:"
float outputVal_3V() const
Gets the output value that represents 3 Volts that is currently set in this object.
",4348:"
void outputVal_3V(
float value
)
Sets the output value that represents 3 Volts.  Note: Setting this to a NaN (CHANNEL_NOT_FLOAT) disables the float expectation and sets outputVal_0V to CHANNEL_NOT_FLOAT as well.  Note: If outputVal_0V is set to CHANNEL_NOT_FLOAT when this is called with a real value, outputVal_0V will be updated to (value - 1.0).
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/BaseStationAnalogPair-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/BaseStationAnalogPair-ToolTips.js deleted file mode 100644 index 47d8b1df1..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/BaseStationAnalogPair-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({4334:"
BaseStationAnalogPair
Represents an Analog Pairing on a BaseStation.
",4335:"
A (NaN) value representing that the paired node channel is not transmitting float point values.  The outputVal_0V and outputVal_3V values should be set to this value if not being paired to a channel transmitting floats.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/BaseStationAnalogPair.html b/v66.0.1/MSCL_API_Docs/classes/C/BaseStationAnalogPair.html deleted file mode 100644 index 0f76475ff..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/BaseStationAnalogPair.html +++ /dev/null @@ -1,100 +0,0 @@ - - -BaseStationAnalogPair - - - - - - - -
-
BaseStationAnalogPair
-
BaseStationAnalogPair
-

Represents an Analog Pairing on a BaseStation.

-
- -
-
CHANNEL_NOT_FLOAT
-

A (NaN) value representing that the paired node channel is not transmitting float point values.  The outputVal_0V and outputVal_3V values should be set to this value if not being paired to a channel transmitting floats.

-
- -
-
BaseStationAnalogPair
-
BaseStationAnalogPair
-

Creates a default constructed BaseStationAnalogPair object.

-
- -
-
Float
-
static BaseStationAnalogPair Float(
uint16 nodeAddress,
uint8 nodeChannel,
float output_0V,
float output_3V
)
-

Creates a BaseStationAnalogPair object to be paired to WirelessNode's channel that is transmitting floating point values.

Parameters
nodeAddress
uint16

The node address to pair to.

nodeChannel
uint8

The node's channel number to pair to.

output_0V
float

The floating point value that represents 0 volt output.

output_3V
float

The floating point value that represents 3 volt output.

Returns

A BaseStationAnalogPair object created with the specified parameters.

-
- -
-
NonFloat
-
static BaseStationAnalogPair NonFloat(
uint16 nodeAddress,
uint8 nodeChannel
)
-

Creates a BaseStationAnalogPair object to be paired to WirelessNode's channel that is NOT transmitting floating point values.

Parameters
nodeAddress
uint16

The node address to pair to.

nodeChannel
uint8

The node's channel number to pair to.

Returns

A BaseStationAnalogPair object created with the specified parameters.

-
- -
-
nodeAddress
-
uint16 nodeAddress() const
-

Gets the node address to be paired with that is currently set in this object.

Returns

The node address to be paired with that is currently set in this object.

-
- -
-
nodeAddress
-
void nodeAddress(
uint16 address
)
-

Sets the node address of the WirelessNode to be paired with.

Parameters
address
uint16

The node address to be paired with.

-
- -
-
nodeChannel
-
uint8 nodeChannel() const
-

Gets the node's channel to be paired with that is currently set in this object.

Returns

The node's channel to be paired with that is currently set in this object.

-
- -
-
nodeChannel
-
void nodeChannel(
uint8 channelNumber
)
-

Sets the node's channel of the WirelessNode to be paired with.

Parameters
channelNumber
uint8

The node's channel number (ch1 = 1, ch8 = 8) to be paired with.

-
- -
-
floatData
-
bool expectFloatData() const
-

Checks whether floating point data is expected in this object.

Returns

True if floating point data is expected, false if it is not.

-
- -
-
floatData
-
void expectFloatData(
bool enable
)
-

Sets whether floating point data is expected or not.  Note: If enabling, this will set outputVal_0V to 0 and outputVal_3V to 65535. You should update these values accordingly.  Note: If disabling, this will set outputVal_0V and outputVal_3V to CHANNEL_NOT_FLOAT.

Parameters
enable
bool

Whether to enable or disable the expectation for floating point data.

-
- -
-
outputVal_0V
-
float outputVal_0V() const
-

Gets the output value that represents 0 Volts that is currently set in this object.

Returns

The output value that represents 0 Volts.

-
- -
-
outputVal_0V
-
void outputVal_0V(
float value
)
-

Sets the output value that represents 0 Volts.  Note: Setting this to a NaN (CHANNEL_NOT_FLOAT) disables the float expectation and sets outputVal_3V to CHANNEL_NOT_FLOAT as well.  Note: If outputVal_3V is set to CHANNEL_NOT_FLOAT when this is called with a real value, outputVal_3V will be updated to (value + 1.0).

Parameters
value
float

The output value to represent 0 Volts.

-
- -
-
outputVal_3V
-
float outputVal_3V() const
-

Gets the output value that represents 3 Volts that is currently set in this object.

Returns

The output value that represents 3 Volts.

-
- -
-
outputVal_3V
-
void outputVal_3V(
float value
)
-

Sets the output value that represents 3 Volts.  Note: Setting this to a NaN (CHANNEL_NOT_FLOAT) disables the float expectation and sets outputVal_0V to CHANNEL_NOT_FLOAT as well.  Note: If outputVal_0V is set to CHANNEL_NOT_FLOAT when this is called with a real value, outputVal_0V will be updated to (value - 1.0).

Parameters
value
float

The output value to represent 3 Volts.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/BaseStationButton-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/BaseStationButton-Summary.js deleted file mode 100644 index bf982c057..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/BaseStationButton-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:BaseStationButton","BaseStationButton");NDSummary.OnSummaryLoaded("CClass:BaseStationButton",[["C/C++","C"]],[["Classes","Class"],["Enums","Enumeration"],["Functions","Function"]],[[4317,0,0,"BaseStationButton"],[4318,0,1,"Command","Command"],[4319,0,1,,"btn_nodeSleep"],[4320,0,1,,"btn_nodeStop"],[4321,0,1,,"btn_enableBeacon"],[4322,0,1,,"btn_disableBeacon"],[4323,0,1,,"btn_nodeNonSyncSampling"],[4324,0,1,,"btn_nodeSyncSampling"],[4325,0,1,,"btn_nodeArmedDatalogging"],[4326,0,1,,"btn_cyclePower"],[4327,0,1,,"btn_disabled"],[4328,0,0,"BaseStationButton"],[4329,0,0,"BaseStationButton"],[4330,0,2,"command","command"],[4331,0,2,"command","command(2)"],[4332,0,2,"nodeAddress","nodeAddress"],[4333,0,2,"nodeAddress","nodeAddress(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/BaseStationButton-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/BaseStationButton-SummaryToolTips.js deleted file mode 100644 index fd911d612..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/BaseStationButton-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:BaseStationButton",{4317:"
BaseStationButton
Represents a single button on a BaseStation
",4318:"
Represents the types of commands that a BaseStationButton can perform.
",4328:"
BaseStationButton
Creates a default constructed BaseStationButton object.
",4329:"
BaseStationButton
Creates a BaseStationButton object.
",4330:"
BaseStationButton::Command command() const
Gets the Command that is currently set in this object.
",4331:"
void command(
Command cmd
)
Sets the Command of this BaseStationButton object.
",4332:"
uint16 nodeAddress() const
Gets the node address that the button\'s command targets that is currently set in this object.  This is ignored if the command doesn\'t pertain to a node.  Note: To target all nodes on the frequency, set the node address to 65535.
",4333:"
void nodeAddress(
uint16 address
)
Sets the node address to target from the button\'s command.  This is ignored if the command doesn\'t pertain to a node.  Note: To target all nodes on the frequency, set the node address to 65535.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/BaseStationButton-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/BaseStationButton-ToolTips.js deleted file mode 100644 index 15dabbb4b..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/BaseStationButton-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({4317:"
BaseStationButton
Represents a single button on a BaseStation
",4318:"
Represents the types of commands that a BaseStationButton can perform.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/BaseStationButton.html b/v66.0.1/MSCL_API_Docs/classes/C/BaseStationButton.html deleted file mode 100644 index aa812c0a6..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/BaseStationButton.html +++ /dev/null @@ -1,58 +0,0 @@ - - -BaseStationButton - - - - - - - -
-
BaseStationButton
-
BaseStationButton
-

Represents a single button on a BaseStation

-
- -
-
Command
-

Represents the types of commands that a BaseStationButton can perform.

btn_nodeSleep

0  - Puts a Node into sleep mode.

btn_nodeStop

1 - Puts a Node into idle mode by stopping/waking it.

btn_enableBeacon

2 - Enables the Beacon on the BaseStation

btn_disableBeacon

3 - Disable the Beacon on the BaseStation

btn_nodeNonSyncSampling

4 - Starts a Node sampling in Non-Synchronized mode.

btn_nodeSyncSampling

5 - Starts a Node sampling in Synchronized mode.

btn_nodeArmedDatalogging

6 - Starts a Node sampling in Armed Datalogging mode.

btn_cyclePower

7 - Cycles the power on the BaseStation.

btn_disabled

65535 - Disables the button functionality.

-
- -
-
BaseStationButton
-
BaseStationButton
-

Creates a default constructed BaseStationButton object.

-
- -
-
BaseStationButton
-
BaseStationButton
-

Creates a BaseStationButton object.

Parameters
cmd
Command

The BaseStationButton::Command to set.

nodeAddress
uint16

The node address to target from the button's command, if applicable (defaults to 0, no node).

-
- -
-
command
- -

Gets the Command that is currently set in this object.

Returns

A BaseStationButton::Command that is currently set in this object.

-
- -
-
command
-
void command(
Command cmd
)
-

Sets the Command of this BaseStationButton object.

Parameters
cmd
Command

The BaseStationButton::Command to set.

-
- -
-
nodeAddress
-
uint16 nodeAddress() const
-

Gets the node address that the button's command targets that is currently set in this object.  This is ignored if the command doesn't pertain to a node.  Note: To target all nodes on the frequency, set the node address to 65535.

Returns

The node address that the button's command targets.

-
- -
-
nodeAddress
-
void nodeAddress(
uint16 address
)
-

Sets the node address to target from the button's command.  This is ignored if the command doesn't pertain to a node.  Note: To target all nodes on the frequency, set the node address to 65535.

Parameters
address
uint16

The node address to target from the button's command.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/BaseStationConfig-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/BaseStationConfig-Summary.js deleted file mode 100644 index eceba051d..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/BaseStationConfig-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:BaseStationConfig","BaseStationConfig");NDSummary.OnSummaryLoaded("CClass:BaseStationConfig",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"]],[[2982,0,0,"BaseStationConfig"],[2983,0,1,"BaseStationConfig","BaseStationConfig"],[2984,0,1,"transmitPower","transmitPower"],[2985,0,1,"transmitPower","transmitPower(2)"],[2986,0,1,"communicationProtocol","communicationProtocol"],[2987,0,1,"communicationProtocol","communicationProtocol(2)"],[2988,0,1,"buttonLongPress","buttonLongPress"],[2989,0,1,"buttonLongPress","buttonLongPress(2)"],[2990,0,1,"buttonShortPress","buttonShortPress"],[2991,0,1,"buttonShortPress","buttonShortPress(2)"],[2992,0,1,"analogPairingEnable","analogPairingEnable"],[2993,0,1,"analogPairingEnable","analogPairingEnable(2)"],[2994,0,1,"analogTimeoutTime","analogTimeoutTime"],[2995,0,1,"analogTimeoutTime","analogTimeoutTime(2)"],[2996,0,1,"analogTimeoutVoltage","analogTimeoutVoltage"],[2997,0,1,"analogTimeoutVoltage","analogTimeoutVoltage(2)"],[2998,0,1,"analogExceedanceEnable","analogExceedanceEnable"],[2999,0,1,"analogExceedanceEnable","analogExceedanceEnable(2)"],[3000,0,1,"analogPairing","analogPairing"],[3001,0,1,"buttonLongPress","buttonLongPress(3)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/BaseStationConfig-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/BaseStationConfig-SummaryToolTips.js deleted file mode 100644 index d83a2176d..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/BaseStationConfig-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:BaseStationConfig",{2982:"
BaseStationConfig
Class used for setting the configuration of BaseStations.  Set all the configuration values that you want to change, then verify and apply them to a BaseStation.
",2983:"
BaseStationConfig()
Creates a blank BaseStationConfig.
",2984:"
WirelessTypes::TransmitPower transmitPower() const
Gets the WirelessTypes::TransmitPower value in the Config, if set.
",2985:"
void transmitPower(
WirelessTypes::TransmitPower power
)
Sets the WirelessTypes::TransmitPower value in the Config.
",2986:"
WirelessTypes::CommProtocol communicationProtocol() const
Gets the WirelessTypes::CommProtocol value in the Config, if set.
",2987:"
void communicationProtocol(
WirelessTypes::CommProtocol commProtocol
)
Sets the WirelessTypes::CommProtocol value in the Config.
",2988:"
BaseStationButton buttonLongPress(
uint8 buttonNumber
) const
Gets the BaseStationButton value in the Config for performing a long press on a specific button, if set.
",2989:"
void buttonLongPress(
uint8 buttonNumber,
const BaseStationButton &button
)
Sets the BaseStationButton value in the Config for performing a short press on a specific button.
",2990:"
BaseStationButton buttonShortPress(
uint8 buttonNumber
) const
Gets the BaseStationButton value in the Config for performing a short press on a specific button, if set.
",2991:"
void buttonShortPress(
uint8 buttonNumber,
const BaseStationButton &button
)
Sets the BaseStationButton value in the Config for performing a long press on a specific button.
",2992:"
bool analogPairingEnable() const
Gets the Analog Pairing Enabled value in the Config, if set.
",2993:"
void analogPairingEnable(
bool enable
)
Sets the Analog Pairing Enabled value in the Config.  This controls whether all of the other analog pairing settings have any affect.
",2994:"
uint16 analogTimeoutTime() const
Gets the Analog Timeout Time value (in seconds) in the Config, if set.  If this is 0, Analog Timeout is disabled.
",2995:"
void analogTimeoutTime(
uint16 seconds
)
Sets the Analog Timeout Time value (in seconds) in the Config.  If this is 0, Analog Timeout is disabled.
",2996:"
float analogTimeoutVoltage() const
Gets the Analog Timeout Voltage in the Config, if set.
",2997:"
void analogTimeoutVoltage(
float voltage
)
Sets the Analog Timeout Voltage in the Config.  If this is 0, Analog Timeout is disabled.
",2998:"
bool analogExceedanceEnable()
Gets the Analog Exceedance Enabled value in the Config, if set.
",2999:"
void analogExceedanceEnable(
bool enable
)
Sets the Analog Exceedance Enabled value in the Config.
",3000:"
BaseStationAnalogPair analogPairing(
uint8 portNumber
) const
Gets the BaseStationAnalogPair value in the Config for the specified port number, if set.
",3001:"
Sets the BaseStationAnalogPair value in the Config for the specified port number.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/BaseStationConfig-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/BaseStationConfig-ToolTips.js deleted file mode 100644 index 459c79efb..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/BaseStationConfig-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3325:"
Represents the transmit powers that can be used for Wireless Devices.
",3832:"
Available Communication Protocol types.
",4317:"
BaseStationButton
Represents a single button on a BaseStation
",4334:"
BaseStationAnalogPair
Represents an Analog Pairing on a BaseStation.
",4447:"
void applyConfig(
const BaseStationConfig &config
)
Applies a BaseStationConfig to the Node.  Note: This applies all options that have been set in the BaseStationConfig.  Before applying, the options will be validated. It is recommended that you perform this validation yourself first by using verifyConfig.
",4617:"
Error_NoData
There is no data available to be accessed
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/BaseStationConfig.html b/v66.0.1/MSCL_API_Docs/classes/C/BaseStationConfig.html deleted file mode 100644 index 78e6c5b64..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/BaseStationConfig.html +++ /dev/null @@ -1,130 +0,0 @@ - - -BaseStationConfig - - - - - - - -
-
BaseStationConfig
-
BaseStationConfig
-

Class used for setting the configuration of BaseStations.  Set all the configuration values that you want to change, then verify and apply them to a BaseStation.

See also: BaseStation::applyConfig

-
- -
-
BaseStationConfig
-
BaseStationConfig()
-

Creates a blank BaseStationConfig.

-
- -
-
transmitPower
-
WirelessTypes::TransmitPower transmitPower() const
-

Gets the WirelessTypes::TransmitPower value in the Config, if set.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
transmitPower
-
void transmitPower(
WirelessTypes::TransmitPower power
)
-

Sets the WirelessTypes::TransmitPower value in the Config.

-
- -
-
communicationProtocol
-
WirelessTypes::CommProtocol communicationProtocol() const
-

Gets the WirelessTypes::CommProtocol value in the Config, if set.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
communicationProtocol
-
void communicationProtocol(
WirelessTypes::CommProtocol commProtocol
)
-

Sets the WirelessTypes::CommProtocol value in the Config.

-
- -
-
buttonLongPress
-
BaseStationButton buttonLongPress(
uint8 buttonNumber
) const
-

Gets the BaseStationButton value in the Config for performing a long press on a specific button, if set.

Parameters
buttonNumber
uint8

The button number (1 = button 1) to get the value for.

Exceptions
Error_NoData

The requested button number for long press has not been set.

-
- -
-
buttonLongPress
-
void buttonLongPress(
uint8 buttonNumber,
const BaseStationButton &button
)
-

Sets the BaseStationButton value in the Config for performing a short press on a specific button.

Parameters
buttonNumber
uint8

The button number (1 = button 1) to set.

button
const BaseStationButton&

The BaseStationButton to set.

-
- -
-
buttonShortPress
-
BaseStationButton buttonShortPress(
uint8 buttonNumber
) const
-

Gets the BaseStationButton value in the Config for performing a short press on a specific button, if set.

Parameters
buttonNumber
uint8

The button number (1 = button 1) to get the value for.

Exceptions
Error_NoData

The requested button number for short press has not been set.

-
- -
-
buttonShortPress
-
void buttonShortPress(
uint8 buttonNumber,
const BaseStationButton &button
)
-

Sets the BaseStationButton value in the Config for performing a long press on a specific button.

Parameters
buttonNumber
uint8

The button number (1 = button 1) to set.

button
const BaseStationButton&

The BaseStationButton to set.

-
- -
-
analogPairingEnable
-
bool analogPairingEnable() const
-

Gets the Analog Pairing Enabled value in the Config, if set.

Exceptions
Error_NoData

The requested button number for short press has not been set.

-
- -
-
analogPairingEnable
-
void analogPairingEnable(
bool enable
)
-

Sets the Analog Pairing Enabled value in the Config.  This controls whether all of the other analog pairing settings have any affect.

Parameters
enable
bool

Whether to enable or disable analog pairing in the Config.

-
- -
-
analogTimeoutTime
-
uint16 analogTimeoutTime() const
-

Gets the Analog Timeout Time value (in seconds) in the Config, if set.  If this is 0, Analog Timeout is disabled.

Exceptions
Error_NoData

The requested button number for short press has not been set.

-
- -
-
analogTimeoutTime
-
void analogTimeoutTime(
uint16 seconds
)
-

Sets the Analog Timeout Time value (in seconds) in the Config.  If this is 0, Analog Timeout is disabled.

Parameters
seconds
uint16

The analog timeout time in seconds to set.

-
- -
-
analogTimeoutVoltage
-
float analogTimeoutVoltage() const
-

Gets the Analog Timeout Voltage in the Config, if set.

Exceptions
Error_NoData

The requested button number for short press has not been set.

-
- -
-
analogTimeoutVoltage
-
void analogTimeoutVoltage(
float voltage
)
-

Sets the Analog Timeout Voltage in the Config.  If this is 0, Analog Timeout is disabled.

Parameters
voltage
float

The voltage to set.

-
- -
-
analogExceedanceEnable
-
bool analogExceedanceEnable()
-

Gets the Analog Exceedance Enabled value in the Config, if set.

Exceptions
Error_NoData

The requested button number for short press has not been set.

-
- -
-
analogExceedanceEnable
-
void analogExceedanceEnable(
bool enable
)
-

Sets the Analog Exceedance Enabled value in the Config.

Parameters
enable
bool

Whether to enable or disable analog exceedance in the Config.

-
- -
-
analogPairing
-
BaseStationAnalogPair analogPairing(
uint8 portNumber
) const
-

Gets the BaseStationAnalogPair value in the Config for the specified port number, if set.

Parameters
portNumber
uint8

The port number (1 = port 1) to get the pairing for.

Exceptions
Error_NoData

The requested port number has not been set.

-
- -
-
buttonLongPress
-

Sets the BaseStationAnalogPair value in the Config for the specified port number.

Parameters
portNumber

The port number (1 = port 1) to set.

pair

The BaseStationAnalogPair to set.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/BaseStationFeatures-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/BaseStationFeatures-Summary.js deleted file mode 100644 index 5b57af98c..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/BaseStationFeatures-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:BaseStationFeatures","BaseStationFeatures");NDSummary.OnSummaryLoaded("CClass:BaseStationFeatures",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"]],[[3011,0,0,"BaseStationFeatures"],[3012,0,1,"supportsTransmitPower","supportsTransmitPower"],[3013,0,1,"supportsCommunicationProtocol","supportsCommunicationProtocol"],[3014,0,1,"supportsButtons","supportsButtons"],[3015,0,1,"supportsAnalogPairing","supportsAnalogPairing"],[3016,0,1,"supportsBeaconStatus","supportsBeaconStatus"],[3017,0,1,"supportsRfSweepMode","supportsRfSweepMode"],[3018,0,1,"supportsCustomRfSweepMode","supportsCustomRfSweepMode"],[3019,0,1,"buttonCount","buttonCount"],[3020,0,1,"analogPortCount","analogPortCount"],[3021,0,1,"transmitPowers","transmitPowers"],[3022,0,1,"transmitPowers","transmitPowers(2)"],[3023,0,1,"commProtocols","commProtocols"],[3024,0,1,"maxTransmitPower","maxTransmitPower"],[3025,0,1,"minTransmitPower","minTransmitPower"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/BaseStationFeatures-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/BaseStationFeatures-SummaryToolTips.js deleted file mode 100644 index b3cca4677..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/BaseStationFeatures-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:BaseStationFeatures",{3011:"
BaseStationFeatures
Contains information on which features are supported by a BaseStation.
",3012:"
virtual bool supportsTransmitPower(
WirelessTypes::TransmitPower power,
WirelessTypes::CommProtocol commProtocol
) const
Checks if a WirelessTypes::TransmitPower is supported by this BaseStation.
",3013:"
virtual bool supportsCommunicationProtocol(
WirelessTypes::CommProtocol protocol
) const
Checks if a WirelessTypes::CommProtocol is supported by this BaseStation.
",3014:"
virtual bool supportsButtons() const
Checks if the BaseStation supports Button configuration.
",3015:"
virtual bool supportsAnalogPairing() const
Checks if the BaseStation supports Analog Pairing configuration.
",3016:"
virtual bool supportsBeaconStatus() const
Checks if the BaseStation supports the beaconStatus command.
",3017:"
virtual bool supportsRfSweepMode() const
Checks if the BaseStation supports RF Sweep Mode.  Note: This checks if the standard RF sweep mode across the BaseStation\'s supported operating frequencies is supported.  Use supportsCustomRfSweepMode to check if customizing the frequencies to be scanned is supported.
",3018:"
virtual bool supportsCustomRfSweepMode() const
Checks if the BaseStation supports the Custom RF Sweep Mode (providing custom frequency ranges).
",3019:"
virtual uint8 buttonCount() const
Gets the total number of buttons that are supported.
",3020:"
virtual uint8 analogPortCount() const
Gets the total number of analog ports that are supported.
",3021:"
virtual const WirelessTypes::TransmitPowers transmitPowers(
WirelessTypes::CommProtocol commProtocol
) const
Gets a list of the WirelessTypes::TransmitPowers that are supported by this BaseStation, for the specified WirelessTypes::CommProtocol.  Note: This list is dependent on the <WirelessTypes::RegionCode> of the device. If this changes, this function should be called again.
",3022:"
virtual const WirelessTypes::TransmitPowers transmitPowers(
WirelessTypes::RegionCode region,
WirelessTypes::CommProtocol commProtocol
) const
Gets a list of the WirelessTypes::TransmitPowers that are supported by this BaseStation, for the given <WirelessTypes::RegionCode> and WirelessTypes::CommProtocol.
",3023:"
virtual const WirelessTypes::CommProtocols commProtocols() const
Gets a list of WirelessTypes::CommProtocols that are supported by this BaseStation.
",3024:"
virtual WirelessTypes::TransmitPower maxTransmitPower(
WirelessTypes::RegionCode region,
WirelessTypes::CommProtocol commProtocol
) const
Gets the maximum WirelessTypes::TransmitPower that is supported for the given parameters.
",3025:"
virtual WirelessTypes::TransmitPower minTransmitPower(
WirelessTypes::RegionCode region,
WirelessTypes::CommProtocol commProtocol
) const
Gets the minimum WirelessTypes::TransmitPower that is supported for the given parameters.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/BaseStationFeatures-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/BaseStationFeatures-ToolTips.js deleted file mode 100644 index c7b932d0b..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/BaseStationFeatures-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3018:"
virtual bool supportsCustomRfSweepMode() const
Checks if the BaseStation supports the Custom RF Sweep Mode (providing custom frequency ranges).
",3325:"
Represents the transmit powers that can be used for Wireless Devices.
",3832:"
Available Communication Protocol types.
",4402:"
BaseStation
Represents a MicroStrain Base Station object
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/BaseStationFeatures.html b/v66.0.1/MSCL_API_Docs/classes/C/BaseStationFeatures.html deleted file mode 100644 index a963643e3..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/BaseStationFeatures.html +++ /dev/null @@ -1,101 +0,0 @@ - - -BaseStationFeatures - - - - - - - -
-
BaseStationFeatures
-
BaseStationFeatures
-

Contains information on which features are supported by a BaseStation.

-
- -
-
supportsTransmitPower
-
virtual bool supportsTransmitPower(
WirelessTypes::TransmitPower power,
WirelessTypes::CommProtocol commProtocol
) const
-

Checks if a WirelessTypes::TransmitPower is supported by this BaseStation.

Parameters
power
WirelessTypes::TransmitPower

The WirelessTypes::TransmitPower to check if supported.

commProtocol
WirelessTypes::CommProtocol

The WirelessTypes::CommProtocol to check if the transmit power is supported in.

Returns

true if the transmit power is supported, false otherwise.

-
- -
-
supportsCommunicationProtocol
-
virtual bool supportsCommunicationProtocol(
WirelessTypes::CommProtocol protocol
) const
-

Checks if a WirelessTypes::CommProtocol is supported by this BaseStation.

Parameters
protocol
WirelessTypes::CommProtocol

The WirelessTypes::CommProtocol to check if supported.

Returns

true if the protocol is supported, false otherwise.

-
- -
-
supportsButtons
-
virtual bool supportsButtons() const
-

Checks if the BaseStation supports Button configuration.

Returns

true if the BaseStation supports Button configuration, false otherwise.

-
- -
-
supportsAnalogPairing
-
virtual bool supportsAnalogPairing() const
-

Checks if the BaseStation supports Analog Pairing configuration.

Returns

true if the BaseStation supports Analog Pairing, false otherwise.

-
- -
-
supportsBeaconStatus
-
virtual bool supportsBeaconStatus() const
-

Checks if the BaseStation supports the beaconStatus command.

Returns

true if the BaseStation supports the beacon status command, false otherwise.

-
- -
-
supportsRfSweepMode
-
virtual bool supportsRfSweepMode() const
-

Checks if the BaseStation supports RF Sweep Mode.  Note: This checks if the standard RF sweep mode across the BaseStation's supported operating frequencies is supported.  Use supportsCustomRfSweepMode to check if customizing the frequencies to be scanned is supported.

Returns

true if the BaseStation supports RF Sweep Mode, false otherwise.

-
- -
-
supportsCustomRfSweepMode
-
virtual bool supportsCustomRfSweepMode() const
-

Checks if the BaseStation supports the Custom RF Sweep Mode (providing custom frequency ranges).

Returns

true if the BaseStation supports Custom RF Sweep Mode, false otherwise.

-
- -
-
buttonCount
-
virtual uint8 buttonCount() const
-

Gets the total number of buttons that are supported.

Returns

The total number of buttons that are supported.

-
- -
-
analogPortCount
-
virtual uint8 analogPortCount() const
-

Gets the total number of analog ports that are supported.

Returns

The total number of analog ports that are supported.

-
- -
-
transmitPowers
-
virtual const WirelessTypes::TransmitPowers transmitPowers(
WirelessTypes::CommProtocol commProtocol
) const
-

Gets a list of the WirelessTypes::TransmitPowers that are supported by this BaseStation, for the specified WirelessTypes::CommProtocol.  Note: This list is dependent on the <WirelessTypes::RegionCode> of the device. If this changes, this function should be called again.

Parameters
commProtocol
WirelessTypes::CommProtocol

The WirelessTypes::CommProtocol to get the transmit powers for.

Returns

A vector of WirelessTypes::TransmitPowers that are supported by this BaseStation.

-
- -
-
transmitPowers
-
virtual const WirelessTypes::TransmitPowers transmitPowers(
WirelessTypes::RegionCode region,
WirelessTypes::CommProtocol commProtocol
) const
-

Gets a list of the WirelessTypes::TransmitPowers that are supported by this BaseStation, for the given <WirelessTypes::RegionCode> and WirelessTypes::CommProtocol.

Parameters
region
WirelessTypes::RegionCode

The <WirelessTypes::RegionCode> to get the transmit powers for.

commProtocol
WirelessTypes::CommProtocol

The WirelessTypes::CommProtocol to get the transmit powers for.

Returns

A vector of WirelessTypes::TransmitPowers that are supported by this BaseStation.

-
- -
-
commProtocols
-
virtual const WirelessTypes::CommProtocols commProtocols() const
-

Gets a list of WirelessTypes::CommProtocols that are supported by this BaseStation.

Returns

A vector of WirelessTypes::CommProtocols that are supported by this BaseStation.

-
- -
-
maxTransmitPower
-
virtual WirelessTypes::TransmitPower maxTransmitPower(
WirelessTypes::RegionCode region,
WirelessTypes::CommProtocol commProtocol
) const
-

Gets the maximum WirelessTypes::TransmitPower that is supported for the given parameters.

Parameters
region
WirelessTypes::RegionCode

The <WirelessTypes::RegionCode> of the device.

commProtocol
WirelessTypes::CommProtocol

The WirelessTypes::CommProtocol of the device.

Returns

The max WirelessTypes::TransmitPower that is suppported for the given parameters.

-
- -
-
minTransmitPower
-
virtual WirelessTypes::TransmitPower minTransmitPower(
WirelessTypes::RegionCode region,
WirelessTypes::CommProtocol commProtocol
) const
-

Gets the minimum WirelessTypes::TransmitPower that is supported for the given parameters.

Parameters
region
WirelessTypes::RegionCode

The <WirelessTypes::RegionCode> of the device.

commProtocol
WirelessTypes::CommProtocol

The WirelessTypes::CommProtocol of the device.

Returns

The min WirelessTypes::TransmitPower that is suppported for the given parameters.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/BaseStationInfo-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/BaseStationInfo-Summary.js deleted file mode 100644 index 8573666c1..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/BaseStationInfo-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:BaseStationInfo","BaseStationInfo");NDSummary.OnSummaryLoaded("CClass:BaseStationInfo",[["C/C++","C"]],[["Functions","Function"],["Structs","Struct"]],[[4315,0,1,"BaseStationInfo"],[4316,0,0,"BaseStationInfo","BaseStationInfo"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/BaseStationInfo-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/BaseStationInfo-SummaryToolTips.js deleted file mode 100644 index 2dedc4a25..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/BaseStationInfo-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:BaseStationInfo",{4315:"
Holds information about a BaseStation.
",4316:"
BaseStationInfo(
Version fw,
WirelessModels::BaseModel model,
WirelessTypes::RegionCode region,
const Version &asppVer_lxrs,
const Version &asppVer_lxrsPlus
)
Creates a BaseStationInfo object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/BaseStationInfo-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/BaseStationInfo-ToolTips.js deleted file mode 100644 index f3be3caad..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/BaseStationInfo-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3250:"
The model numbers for each of the Wireless Base Stations
",4402:"
BaseStation
Represents a MicroStrain Base Station object
",4493:"
Version
Class that represents, and provides helper functions for, a Version number
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/BaseStationInfo.html b/v66.0.1/MSCL_API_Docs/classes/C/BaseStationInfo.html deleted file mode 100644 index 5fe249618..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/BaseStationInfo.html +++ /dev/null @@ -1,22 +0,0 @@ - - -BaseStationInfo - - - - - - - -
-
BaseStationInfo
-

Holds information about a BaseStation.

-
- -
-
BaseStationInfo
-
BaseStationInfo(
Version fw,
WirelessModels::BaseModel model,
WirelessTypes::RegionCode region,
const Version &asppVer_lxrs,
const Version &asppVer_lxrsPlus
)
-

Creates a BaseStationInfo object.

Parameters
fw
Version

The firmware Version of the BaseStation.

model
WirelessModels::BaseModel

The WirelessModels::BaseModel of the BaseStation.

region
WirelessTypes::RegionCode

The <WirelessTypes::RegionCode> of the BaseStation.

asppVer_lxrs
const Version&

The ASPP Version for the LXRS protocol.

asppVer_lxrsPlus
const Version&

The ASPP Version for the LXRS+ protocol.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/BeaconStatus-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/BeaconStatus-Summary.js deleted file mode 100644 index be2432d2e..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/BeaconStatus-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:BeaconStatus","BeaconStatus");NDSummary.OnSummaryLoaded("CClass:BeaconStatus",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"]],[[2686,0,0,"BeaconStatus"],[2687,0,1,"enabled","enabled"],[2688,0,1,"timestamp;","timestamp_"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/BeaconStatus-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/BeaconStatus-SummaryToolTips.js deleted file mode 100644 index a8ed56965..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/BeaconStatus-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:BeaconStatus",{2686:"
BeaconStatus
Represents the status of a BaseStation beacon.  See also BaseStation::beaconStatus.
",2687:"
bool enabled()
Gets whether the beacon is enabled (true) or disabled (false).
",2688:"
Gets the current Timestamp of the beacon.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/BeaconStatus-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/BeaconStatus-ToolTips.js deleted file mode 100644 index 8fce26679..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/BeaconStatus-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({4439:"
BeaconStatus beaconStatus()
Gets the BeaconStatus of the beacon on the base station.
",4554:"
Timestamp
Represents a date/time object
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/BeaconStatus.html b/v66.0.1/MSCL_API_Docs/classes/C/BeaconStatus.html deleted file mode 100644 index 16bb51d94..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/BeaconStatus.html +++ /dev/null @@ -1,28 +0,0 @@ - - -BeaconStatus - - - - - - - -
-
BeaconStatus
-
BeaconStatus
-

Represents the status of a BaseStation beacon.  See also BaseStation::beaconStatus.

-
- -
-
enabled
-
bool enabled()
-

Gets whether the beacon is enabled (true) or disabled (false).

-
- -
-
timestamp;
-

Gets the current Timestamp of the beacon.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Bin-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/Bin-Summary.js deleted file mode 100644 index 685e2fa66..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Bin-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:Bin","Bin");NDSummary.OnSummaryLoaded("CClass:Bin",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Types","Type"]],[[4655,0,0,"Bin"],[4656,0,1,"Bin","Bin"],[4657,0,1,"start","start"],[4658,0,1,"end","end"],[4659,0,1,"count","count"],[4660,0,2,"Bins","Bins"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Bin-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/Bin-SummaryToolTips.js deleted file mode 100644 index 63236175b..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Bin-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:Bin",{4655:"
Bin
Represents a single bin, which has a start, end, and count.
",4656:"
Bin(
const Value &start,
const Value &end,
const Value &count
)
Creates a Bin object.
",4657:"
Value start() const
Gets the start of the range of the bin.
",4658:"
Value end() const
Gets the end of the range of the bin.
",4659:"
Value count() const
Gets the number of values that fall within the range of this bin.
",4660:"
Typedef for a vector of Bin objects.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Bin-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/Bin-ToolTips.js deleted file mode 100644 index fd03ef0f2..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Bin-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({4502:"
Value
Represents a single value that can be stored/accessed in multiple ways.
",4656:"
Bin(
const Value &start,
const Value &end,
const Value &count
)
Creates a Bin object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Bin.html b/v66.0.1/MSCL_API_Docs/classes/C/Bin.html deleted file mode 100644 index 7a31eb252..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Bin.html +++ /dev/null @@ -1,46 +0,0 @@ - - -Bin - - - - - - - -
-
Bin
-
Bin
-

Represents a single bin, which has a start, end, and count.

-
- -
-
Bin
-
Bin(
const Value &start,
const Value &end,
const Value &count
)
-

Creates a Bin object.

Parameters
start
const Value&

The start of the range of the bin.

end
const Value&

The end of the range of the bin.

count
const Value&

The number of values that fall within the range of this bin.

-
- -
-
start
-
Value start() const
-

Gets the start of the range of the bin.

Returns

The start of the range of the bin, as a Value object.

-
- -
-
end
-
Value end() const
-

Gets the end of the range of the bin.

Returns

The end of the range of the bin, as a Value object.

-
- -
-
count
-
Value count() const
-

Gets the number of values that fall within the range of this bin.

Returns

The number of values that fall within the range of this bin.

-
- -
-
Bins
-

Typedef for a vector of Bin objects.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/BitMask-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/BitMask-Summary.js deleted file mode 100644 index e272172b4..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/BitMask-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:BitMask","BitMask");NDSummary.OnSummaryLoaded("CClass:BitMask",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Operators","Operator"]],[[4595,0,0,"BitMask"],[4596,0,1,"BitMask","BitMask"],[4597,0,1,"BitMask","BitMask(2)"],[4598,0,1,"~BitMask","~BitMask"],[4599,0,2,"==","=="],[4600,0,2,"!=","!="],[4601,0,2,"<","<"],[4602,0,2,">",">"],[4603,0,1,"fromMask","fromMask"],[4604,0,1,"toMask","toMask"],[4605,0,1,"enabledCount","enabledCount"],[4606,0,1,"enabled","enabled"],[4607,0,1,"enable","enable"],[4608,0,1,"lastBitEnabled","lastBitEnabled"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/BitMask-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/BitMask-SummaryToolTips.js deleted file mode 100644 index 22f822d1f..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/BitMask-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:BitMask",{4595:"
BitMask
Represents a bitmask.
",4596:"
explicit BitMask(
uint16 val
)
Creates an BitMask object given a uint16 value.
",4597:"
BitMask()
The default constructor for creating a BitMask object, which sets all the bits to inactive.
",4598:"
virtual ~BitMask()
Destroys a BitMask object.
",4599:"
Equal operator for comparing BitMasks.
",4600:"
Not Equal operator for comparing BitMasks.
",4601:"
Less Than operator for comparing BitMasks.
",4602:"
Greater Than operator for comparing BitMasks.
",4603:"
virtual void fromMask(
uint16 val
)
Initializes the BitMask object from a uint16.
",4604:"
virtual uint16 toMask() const
Gets the uint16 value of the current BitMask object.
",4605:"
virtual uint8 enabledCount() const
Gets the total number of enabled bits in the current BitMask object.
",4606:"
virtual bool enabled(
uint8 bitIndex
) const
Checks whether a certain bit is enabled or disabled.
",4607:"
virtual void enable(
uint8 bitIndex,
bool enable = true
)
Enables or disables a specified bit.
",4608:"
virtual int16 lastBitEnabled() const
Finds the highest bit that is enabled in the mask.  This is useful when looping over the BitMask object and performing an action on all enabled bits.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/BitMask-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/BitMask-ToolTips.js deleted file mode 100644 index 59992a148..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/BitMask-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/BitMask.html b/v66.0.1/MSCL_API_Docs/classes/C/BitMask.html deleted file mode 100644 index dfdadb976..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/BitMask.html +++ /dev/null @@ -1,91 +0,0 @@ - - -BitMask - - - - - - - -
-
BitMask
-
BitMask
-

Represents a bitmask.

-
- -
-
BitMask
-
explicit BitMask(
uint16 val
)
-

Creates an BitMask object given a uint16 value.

Parameters
val
uint16

A uint16 value to represent as a bitmask.

-
- -
-
BitMask
-
BitMask()
-

The default constructor for creating a BitMask object, which sets all the bits to inactive.

-
- -
-
~BitMask
-
virtual ~BitMask()
-

Destroys a BitMask object.

-
- -
-
==
-

Equal operator for comparing BitMasks.

-
- -
-
!=
-

Not Equal operator for comparing BitMasks.

-
- -
-
<
-

Less Than operator for comparing BitMasks.

-
- -
-
>
-

Greater Than operator for comparing BitMasks.

-
- -
-
fromMask
-
virtual void fromMask(
uint16 val
)
-

Initializes the BitMask object from a uint16.

Parameters
val
uint16

A uint16 value to represent as a bitmask.

-
- -
-
toMask
-
virtual uint16 toMask() const
-

Gets the uint16 value of the current BitMask object.

Returns

The BitMask object represented as a uint16.

-
- -
-
enabledCount
-
virtual uint8 enabledCount() const
-

Gets the total number of enabled bits in the current BitMask object.

Returns

The total number of enabled bits.

-
- -
-
enabled
-
virtual bool enabled(
uint8 bitIndex
) const
-

Checks whether a certain bit is enabled or disabled.

Parameters
bitIndex
uint8

The bit index to check if enabled or disabled.

Returns

true if the channel is enabled, false if the channel is disabled

-
- -
-
enable
-
virtual void enable(
uint8 bitIndex,
bool enable = true
)
-

Enables or disables a specified bit.

Parameters
bitIndex
uint8

The bit index to enable or disable.

enable
bool

Set to true to enable the bit, false to disable the bit.

-
- -
-
lastBitEnabled
-
virtual int16 lastBitEnabled() const
-

Finds the highest bit that is enabled in the mask.  This is useful when looping over the BitMask object and performing an action on all enabled bits.

Returns

The bit index of the highest bit enabled. -1 if no channels are enabled.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT-Summary.js deleted file mode 100644 index f9c5b5c77..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:CV7ContinuousBIT","CV7ContinuousBIT");NDSummary.OnSummaryLoaded("CClass:CV7ContinuousBIT",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"]],[[2428,0,0,"CV7ContinuousBIT"],[2429,0,1,"CV7ContinuousBIT","CV7ContinuousBIT"],[2430,0,1,"CV7ContinuousBIT","CV7ContinuousBIT(2)"],[2431,0,1,"system","system"],[2432,0,1,"systemClockFailure","systemClockFailure"],[2433,0,1,"powerFault","powerFault"],[2434,0,1,"firmwareFault","firmwareFault"],[2435,0,1,"timingOverload","timingOverload"],[2436,0,1,"bufferOverrun","bufferOverrun"],[2437,0,1,"imuProcessFault","imuProcessFault"],[2438,0,1,"imuDataRateMismatch","imuDataRateMismatch"],[2439,0,1,"imuDroppedData","imuDroppedData"],[2440,0,1,"imuStuck","imuStuck"],[2441,0,1,"filterProcessFault","filterProcessFault"],[2442,0,1,"filterDroppedData","filterDroppedData"],[2443,0,1,"filterRateMismatch","filterRateMismatch"],[2444,0,1,"filterStuck","filterStuck"],[2445,0,1,"imu","imu"],[2446,0,1,"imuClockFault","imuClockFault"],[2447,0,1,"imuCommunicationFault","imuCommunicationFault"],[2448,0,1,"imuTimingOverrun","imuTimingOverrun"],[2449,0,1,"imuCalibrationErrorAccel","imuCalibrationErrorAccel"],[2450,0,1,"imuCalibrationErrorGyro","imuCalibrationErrorGyro"],[2451,0,1,"imuCalibrationErrorMag","imuCalibrationErrorMag"],[2452,0,1,"accelGeneralFault","accelGeneralFault"],[2453,0,1,"accelOverrange","accelOverrange"],[2454,0,1,"accelSelfTest","accelSelfTest"],[2455,0,1,"gyroGeneralFault","gyroGeneralFault"],[2456,0,1,"gyroOverrange","gyroOverrange"],[2457,0,1,"gyroSelfTest","gyroSelfTest"],[2458,0,1,"magGeneralFault","magGeneralFault"],[2459,0,1,"magOverrange","magOverrange"],[2460,0,1,"magSelfTest","magSelfTest"],[2461,0,1,"pressureGeneralFault","pressureGeneralFault"],[2462,0,1,"pressureOverrange","pressureOverrange"],[2463,0,1,"pressureSelfTest","pressureSelfTest"],[2464,0,1,"factoryBitsInvalid","factoryBitsInvalid"],[2465,0,1,"filter","filter"],[2466,0,1,"filterFault","filterFault"],[2467,0,1,"filterTimingOverrun","filterTimingOverrun"],[2468,0,1,"filterTimingUnderrun","filterTimingUnderrun"],[2469,0,1,"as_MipDataPoints","as_MipDataPoints"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT-SummaryToolTips.js deleted file mode 100644 index 28a1bbb63..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:CV7ContinuousBIT",{2428:"
CV7ContinuousBIT
Continuous Built-In Test flag data
",2429:"
CV7ContinuousBIT() = delete
",2430:"
explicit CV7ContinuousBIT(
Bytes bytes
)
",2431:"
CV7ContinuousBIT_System system() const
Gets information for system flags (bits 0-31)
",2432:"
bool systemClockFailure() const override
Gets the value of the System Clock Failure bit (bit 0)
",2433:"
bool powerFault() const override
Gets the value of the Power Fault bit (bit 1)
",2434:"
bool firmwareFault() const override
Gets the value of the Firmware Fault bit (bit 4)
",2435:"
bool timingOverload() const override
Gets the value of the Timing Overload bit (bit 5)
",2436:"
bool bufferOverrun() const override
Gets the value of the Buffer Overrun bit (bit 6)
",2437:"
bool imuProcessFault() const
Gets the value of the IMU Process Fault bit (bit 16)
",2438:"
Gets the value of the IMU Data Rate Mismatch bit (bit 17)
",2439:"
bool imuDroppedData() const
Gets the value of the IMU Overrun Dropped Data bit (bit 18)
",2440:"
bool imuStuck() const
Gets the value of the IMU Stuck bit (bit 19)
",2441:"
bool filterProcessFault() const
Gets the value of the Filter Process Fault bit (bit 20)
",2442:"
bool filterDroppedData() const
Gets the value of the Filter Dropped Data bit (bit 21)
",2443:"
bool filterRateMismatch() const
Gets the value of the Filter Rate Mismatch bit (bit 22)
",2444:"
bool filterStuck() const
Gets the value of the Filter Stuck bit (bit 23)
",2445:"
CV7ContinuousBIT_IMU imu() const
Gets information for IMU flags (bits 32-63)
",2446:"
bool imuClockFault() const override
Gets the value of the IMU Clock Fault bit (bit 32)
",2447:"
bool imuCommunicationFault() const override
Gets the value of the IMU Communication Fault bit (bit 33)
",2448:"
bool imuTimingOverrun() const override
Gets the value of the IMU Timing Overrun bit (bit 34)
",2449:"
bool imuCalibrationErrorAccel() const override
Gets the value of the IMU Calibration Error Accelerometer bit (bit 36)
",2450:"
bool imuCalibrationErrorGyro() const override
Gets the value of the IMU Calibration Error Gyroscope bit (bit 37)
",2451:"
bool imuCalibrationErrorMag() const override
Gets the value of the IMU Calibration Error Magnetometer bit (bit 38)
",2452:"
bool accelGeneralFault() const override
Gets the value of the Accelerometer General Fault bit (bit 40)
",2453:"
bool accelOverrange() const override
Gets the value of the Accelerometer Overrange bit (bit 41)
",2454:"
bool accelSelfTestFail() const override
Gets the value of the Accelerometer Self Test bit (bit 42)
",2455:"
bool gyroGeneralFault() const override
Gets the value of the Gyroscope General Fault bit (bit 44)
",2456:"
bool gyroOverrange() const override
Gets the value of the Gyroscope Overrange bit (bit 45)
",2457:"
bool gyroSelfTestFail() const override
Gets the value of the Gyroscope Self Test bit (bit 46)
",2458:"
bool magGeneralFault() const override
Gets the value of the Magnetometer General Fault bit (bit 48)
",2459:"
bool magOverrange() const override
Gets the value of the Magnetometer Overrange bit (bit 49)
",2460:"
bool magSelfTestFail() const override
Gets the value of the Magnetometer Self Test bit (bit 50)
",2461:"
bool pressureGeneralFault() const override
Gets the value of the Pressure General Fault bit (bit 52)
",2462:"
bool pressureOverrange() const override
Gets the value of the Pressure Overrange bit (bit 53)
",2463:"
bool pressureSelfTestFail() const override
Gets the value of the Pressure Self Test bit (bit 54)
",2464:"
bool factoryBitsInvalid() const
Gets the value of the Factory Bits Invalid bit (bit 56)
",2465:"
CV7ContinuousBIT_Filter filter() const
Gets information for filter flags (bits 64-95)
",2466:"
bool filterFault() const
Gets the value of the Filter Fault bit (bit 64)
",2467:"
bool filterTimingOverrun() const override
Gets the value of the Filter Timing Overrun bit (bit 66)
",2468:"
bool filterTimingUnderrun() const override
Gets the value of the Filter Timing Underrun bit (bit 67)
",2469:"
MipDataPoints as_MipDataPoints() const override
Gets the data formatted as MipDataPoint objects.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT-ToolTips.js deleted file mode 100644 index eec65c444..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2121:"
MipDataPoint
Represents a single Inertial Data Point (Extends from DataPoint)
",2267:"
ContinuousBIT
Abstract class for device-specific Built-In Test result parser classes
",2401:"
Continuous Built-In Test flags for system information
",2412:"
Continuous Built-In Test flags for IMU information
",2424:"
Continuous Built-In Test flags for filter information
",4526:"
typedef for a vector of bytes.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT.html b/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT.html deleted file mode 100644 index e57138cb1..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT.html +++ /dev/null @@ -1,261 +0,0 @@ - - -CV7ContinuousBIT - - - - - - - -
-
CV7ContinuousBIT
-
public
ContinuousBIT
CV7ContinuousBIT
-

Continuous Built-In Test flag data

See the CV7 Built-in Test documentation for more information

-
- -
-
CV7ContinuousBIT
-
CV7ContinuousBIT() = delete
-
- -
-
CV7ContinuousBIT
-
explicit CV7ContinuousBIT(
Bytes bytes
)
-
Parameters
bytes
Bytes

Flag values from Continuous Built-In Test

-
- -
-
system
- -

Gets information for system flags (bits 0-31)

Returns
CV7ContinuousBIT_System

Information for system flags

-
- -
-
systemClockFailure
-
bool systemClockFailure() const override
-

Gets the value of the System Clock Failure bit (bit 0)

Returns
bool

true: The system clock is not operating properly

-
- -
-
powerFault
-
bool powerFault() const override
-

Gets the value of the Power Fault bit (bit 1)

Returns
bool

true: Power supply voltage is outside the recommended range, or an internal power fault exists

-
- -
-
firmwareFault
-
bool firmwareFault() const override
-

Gets the value of the Firmware Fault bit (bit 4)

Returns
bool

true: System firmware has detected an unexpected or abnormal condition

-
- -
-
timingOverload
-
bool timingOverload() const override
-

Gets the value of the Timing Overload bit (bit 5)

Returns
bool

true: The system is unable to keep up with the processing demand

-
- -
-
bufferOverrun
-
bool bufferOverrun() const override
-

Gets the value of the Buffer Overrun bit (bit 6)

Returns
bool

true: A data buffer in the system has reached its capacity

-
- -
-
imuProcessFault
-
bool imuProcessFault() const
-

Gets the value of the IMU Process Fault bit (bit 16)

Returns
bool

true: The IMU subsystem is unresponsive or not operating normally

-
- -
-
imuDataRateMismatch
-

Gets the value of the IMU Data Rate Mismatch bit (bit 17)

Returns
bool

true: Faster/slower than expected base rate

-
- -
-
imuDroppedData
-
bool imuDroppedData() const
-

Gets the value of the IMU Overrun Dropped Data bit (bit 18)

Returns
bool

true: At least 1 dropped frame / overrun

-
- -
-
imuStuck
-
bool imuStuck() const
-

Gets the value of the IMU Stuck bit (bit 19)

Returns
bool

true: No IMU data received in 1 second

-
- -
-
filterProcessFault
-
bool filterProcessFault() const
-

Gets the value of the Filter Process Fault bit (bit 20)

Returns
bool

true: The Filter subsystem is unresponsive or not operating normally

-
- -
-
filterDroppedData
-
bool filterDroppedData() const
-

Gets the value of the Filter Dropped Data bit (bit 21)

Returns
bool

true: Filter samples not equal to IMU samples

-
- -
-
filterRateMismatch
-
bool filterRateMismatch() const
-

Gets the value of the Filter Rate Mismatch bit (bit 22)

Returns
bool

true: Filter major cycle rate mismatch

-
- -
-
filterStuck
-
bool filterStuck() const
-

Gets the value of the Filter Stuck bit (bit 23)

Returns
bool

true: No filter data received in 1 second

-
- -
-
imu
- -

Gets information for IMU flags (bits 32-63)

Returns
CV7ContinuousBIT_IMU

Information for IMU flags

-
- -
-
imuClockFault
-
bool imuClockFault() const override
-

Gets the value of the IMU Clock Fault bit (bit 32)

Returns
bool

true: IMU is not running off the system clock

-
- -
-
imuCommunicationFault
-
bool imuCommunicationFault() const override
-

Gets the value of the IMU Communication Fault bit (bit 33)

Returns
bool

true: No communication with IMU

-
- -
-
imuTimingOverrun
-
bool imuTimingOverrun() const override
-

Gets the value of the IMU Timing Overrun bit (bit 34)

Returns
bool

true: IMU processes are taking longer than their allotted time

-
- -
-
imuCalibrationErrorAccel
-
bool imuCalibrationErrorAccel() const override
-

Gets the value of the IMU Calibration Error Accelerometer bit (bit 36)

Returns
bool

true: A problem is detected with the accelerometer calibration

-
- -
-
imuCalibrationErrorGyro
-
bool imuCalibrationErrorGyro() const override
-

Gets the value of the IMU Calibration Error Gyroscope bit (bit 37)

Returns
bool

true: A problem is detected with the gyroscope calibration

-
- -
-
imuCalibrationErrorMag
-
bool imuCalibrationErrorMag() const override
-

Gets the value of the IMU Calibration Error Magnetometer bit (bit 38)

Returns
bool

true: A problem is detected with the magnetometer calibration

-
- -
-
accelGeneralFault
-
bool accelGeneralFault() const override
-

Gets the value of the Accelerometer General Fault bit (bit 40)

Returns
bool

true: Accelerometer will not initialize

-
- -
-
accelOverrange
-
bool accelOverrange() const override
-

Gets the value of the Accelerometer Overrange bit (bit 41)

Returns
bool

true: One or more axes subjected to accelerations near or outside the selected range

-
- -
-
accelSelfTest
-
bool accelSelfTestFail() const override
-

Gets the value of the Accelerometer Self Test bit (bit 42)

Returns
bool

true: The internal self-test of the accelerometer failed

-
- -
-
gyroGeneralFault
-
bool gyroGeneralFault() const override
-

Gets the value of the Gyroscope General Fault bit (bit 44)

Returns
bool

true: Gyroscope will not initialize

-
- -
-
gyroOverrange
-
bool gyroOverrange() const override
-

Gets the value of the Gyroscope Overrange bit (bit 45)

Returns
bool

true: One or more axes subjected to rotational rates near or outside the selected range

-
- -
-
gyroSelfTest
-
bool gyroSelfTestFail() const override
-

Gets the value of the Gyroscope Self Test bit (bit 46)

Returns
bool

true: The internal self-test of the gyroscope failed

-
- -
-
magGeneralFault
-
bool magGeneralFault() const override
-

Gets the value of the Magnetometer General Fault bit (bit 48)

Returns
bool

true: Magnetometer will not initialize

-
- -
-
magOverrange
-
bool magOverrange() const override
-

Gets the value of the Magnetometer Overrange bit (bit 49)

Returns
bool

true: One or more axes subjected to magnetic fields strengths near or outside the supported range

-
- -
-
magSelfTest
-
bool magSelfTestFail() const override
-

Gets the value of the Magnetometer Self Test bit (bit 50)

Returns
bool

true: The internal self-test of the magnetometer failed

-
- -
-
pressureGeneralFault
-
bool pressureGeneralFault() const override
-

Gets the value of the Pressure General Fault bit (bit 52)

Returns
bool

true: Pressure sensor won't initialize

-
- -
-
pressureOverrange
-
bool pressureOverrange() const override
-

Gets the value of the Pressure Overrange bit (bit 53)

Returns
bool

true: Pressure sensor subjected to pressures above or below the supported range

-
- -
-
pressureSelfTest
-
bool pressureSelfTestFail() const override
-

Gets the value of the Pressure Self Test bit (bit 54)

Returns
bool

true: The internal self-test of the pressure sensor failed

-
- -
-
factoryBitsInvalid
-
bool factoryBitsInvalid() const
-

Gets the value of the Factory Bits Invalid bit (bit 56)

Returns
bool

true: Factory settings invalid. Device unusable

-
- -
-
filter
- -

Gets information for filter flags (bits 64-95)

Returns
CV7ContinuousBIT_Filter

Information for filter flags

-
- -
-
filterFault
-
bool filterFault() const
-

Gets the value of the Filter Fault bit (bit 64)

Returns
bool

true: Filter processes will not initialize

-
- -
-
filterTimingOverrun
-
bool filterTimingOverrun() const override
-

Gets the value of the Filter Timing Overrun bit (bit 66)

Returns
bool

true: Filter processes are taking longer than their allotted time

-
- -
-
filterTimingUnderrun
-
bool filterTimingUnderrun() const override
-

Gets the value of the Filter Timing Underrun bit (bit 67)

Returns
bool

true: Filter processes are being skipped

-
- -
-
as_MipDataPoints
-
MipDataPoints as_MipDataPoints() const override
-

Gets the data formatted as MipDataPoint objects.

Returns
MipDataPoints

data in DataPoint format

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT_Filter-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT_Filter-Summary.js deleted file mode 100644 index 3118395b4..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT_Filter-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:CV7ContinuousBIT_Filter","CV7ContinuousBIT_Filter");NDSummary.OnSummaryLoaded("CClass:CV7ContinuousBIT_Filter",[["C/C++","C"]],[["Functions","Function"],["Structs","Struct"]],[[2424,0,1,"CV7ContinuousBIT_Filter"],[2425,0,0,"CV7ContinuousBIT_Filter","CV7ContinuousBIT_Filter"],[2426,0,0,"CV7ContinuousBIT_Filter","CV7ContinuousBIT_Filter(2)"],[2427,0,0,"general","general"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT_Filter-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT_Filter-SummaryToolTips.js deleted file mode 100644 index 372ef36f7..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT_Filter-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:CV7ContinuousBIT_Filter",{2424:"
Continuous Built-In Test flags for filter information
",2425:"
CV7ContinuousBIT_Filter() = default
",2426:"
explicit CV7ContinuousBIT_Filter(
uint32 bits
)
",2427:"
CV7ContinuousBIT_Filter_General general() const
Gets information for general filter flags (bits 64-71)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT_Filter-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT_Filter-ToolTips.js deleted file mode 100644 index 5de0ae5c0..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT_Filter-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2418:"
Continuous Built-In Test flags for general filter information
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT_Filter.html b/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT_Filter.html deleted file mode 100644 index 330df568f..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT_Filter.html +++ /dev/null @@ -1,33 +0,0 @@ - - -CV7ContinuousBIT_Filter - - - - - - - -
-
CV7ContinuousBIT_Filter
-

Continuous Built-In Test flags for filter information

Bits 64-95 of the original 128 bit Continuous Built-In Test flags

-
- -
-
CV7ContinuousBIT_Filter
-
CV7ContinuousBIT_Filter() = default
-
- -
-
CV7ContinuousBIT_Filter
-
explicit CV7ContinuousBIT_Filter(
uint32 bits
)
-
Parameters
bits
uint32

Value of bits 64-95 of the original 128 bit Continuous Built-In Test flags

-
- -
-
general
- -

Gets information for general filter flags (bits 64-71)

Returns
CV7ContinuousBIT_Filter_General

Information for general filter flags

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT_Filter_General-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT_Filter_General-Summary.js deleted file mode 100644 index 456cb73c2..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT_Filter_General-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:CV7ContinuousBIT_Filter_General","CV7ContinuousBIT_Filter_General");NDSummary.OnSummaryLoaded("CClass:CV7ContinuousBIT_Filter_General",[["C/C++","C"]],[["Constants","Constant"],["Functions","Function"],["Structs","Struct"]],[[2418,0,2,"CV7ContinuousBIT_Filter_General"],[2419,0,1,"CV7ContinuousBIT_Filter_General","CV7ContinuousBIT_Filter_General"],[2420,0,1,"CV7ContinuousBIT_Filter_General","CV7ContinuousBIT_Filter_General(2)"],[2421,0,0,"Bitmasks","Bitmasks"],[2422,0,0,,"FAULT"],[2423,0,1,"fault","fault"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT_Filter_General-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT_Filter_General-SummaryToolTips.js deleted file mode 100644 index 334037a79..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT_Filter_General-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:CV7ContinuousBIT_Filter_General",{2418:"
Continuous Built-In Test flags for general filter information
",2419:"
CV7ContinuousBIT_Filter_General() = default
",2420:"
explicit CV7ContinuousBIT_Filter_General(
const uint8 bits
) : ContinuousBIT_Filter_General(bits)
",2421:"
Bitmasks for general filter flags
",2423:"
bool fault() const
Gets the value of the Filter Fault bit (bit 64)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT_Filter_General-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT_Filter_General-ToolTips.js deleted file mode 100644 index e627886fd..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT_Filter_General-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2367:"
Continuous Built-In Test flags for general filter information
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT_Filter_General.html b/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT_Filter_General.html deleted file mode 100644 index dada8b7e0..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT_Filter_General.html +++ /dev/null @@ -1,38 +0,0 @@ - - -CV7ContinuousBIT_Filter_General - - - - - - - -
-
CV7ContinuousBIT_Filter_General
-

Continuous Built-In Test flags for general filter information

Bits 64-71 of the original 128 bit Continuous Built-In Test flags

-
- -
-
CV7ContinuousBIT_Filter_General
-
CV7ContinuousBIT_Filter_General() = default
-
- -
-
CV7ContinuousBIT_Filter_General
-
explicit CV7ContinuousBIT_Filter_General(
const uint8 bits
) : ContinuousBIT_Filter_General(bits)
-
Parameters
bits
const uint8

Bits 64-71 of the original 128 bit Continuous Built-In Test flags

-
- -
-
Bitmasks
-

Bitmasks for general filter flags

Note

These masks are shifted 64 bits to the right from the original 128 bitmask to have a 0 index at bit 64

FAULT

0x01 - Filter processes will not initialize

-
- -
-
fault
-
bool fault() const
-

Gets the value of the Filter Fault bit (bit 64)

Returns
bool

true: Filter processes will not initialize

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT_IMU-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT_IMU-Summary.js deleted file mode 100644 index 18b872b14..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT_IMU-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:CV7ContinuousBIT_IMU","CV7ContinuousBIT_IMU");NDSummary.OnSummaryLoaded("CClass:CV7ContinuousBIT_IMU",[["C/C++","C"]],[["Functions","Function"],["Structs","Struct"]],[[2412,0,1,"CV7ContinuousBIT_IMU"],[2413,0,0,"CV7ContinuousBIT_IMU","CV7ContinuousBIT_IMU"],[2414,0,0,"CV7ContinuousBIT_IMU","CV7ContinuousBIT_IMU(2)"],[2415,0,0,"general","general"],[2416,0,0,"sensors","sensors"],[2417,0,0,"factoryBitsInvalid","factoryBitsInvalid"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT_IMU-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT_IMU-SummaryToolTips.js deleted file mode 100644 index 15e5cfbbf..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT_IMU-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:CV7ContinuousBIT_IMU",{2412:"
Continuous Built-In Test flags for IMU information
",2413:"
CV7ContinuousBIT_IMU() = default
",2414:"
explicit CV7ContinuousBIT_IMU(
uint32 bits
)
",2415:"
CV7ContinuousBIT_IMU_General general() const
Gets information for general IMU flags (bits 32-39)
",2416:"
CV7ContinuousBIT_IMU_Sensors sensors() const
Gets information for IMU sensors flags (bits 40-55)
",2417:"
bool factoryBitsInvalid() const
Gets the value of the Factory Bits Invalid bit (bit 56)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT_IMU-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT_IMU-ToolTips.js deleted file mode 100644 index bd34bd909..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT_IMU-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2406:"
Continuous Built-In Test flags for general IMU information
",2409:"
Continuous Built-In Test flags for IMU sensors information
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT_IMU.html b/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT_IMU.html deleted file mode 100644 index 4c2360e76..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT_IMU.html +++ /dev/null @@ -1,45 +0,0 @@ - - -CV7ContinuousBIT_IMU - - - - - - - -
-
CV7ContinuousBIT_IMU
-

Continuous Built-In Test flags for IMU information

Bits 32-63 of the original 128 bit Continuous Built-In Test flags

-
- -
-
CV7ContinuousBIT_IMU
-
CV7ContinuousBIT_IMU() = default
-
- -
-
CV7ContinuousBIT_IMU
-
explicit CV7ContinuousBIT_IMU(
uint32 bits
)
-
Parameters
bits
uint32

Value of bits 32-63 of the original 128 bit Continuous Built-In Test flags

-
- -
-
general
- -

Gets information for general IMU flags (bits 32-39)

Returns
CV7ContinuousBIT_IMU_General

Information for general IMU flags

-
- -
-
sensors
- -

Gets information for IMU sensors flags (bits 40-55)

Returns
CV7ContinuousBIT_IMU_Sensors

Information for IMU sensors flags

-
- -
-
factoryBitsInvalid
-
bool factoryBitsInvalid() const
-

Gets the value of the Factory Bits Invalid bit (bit 56)

Returns
bool

true: Factory settings invalid. Device unusable

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT_IMU_General-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT_IMU_General-Summary.js deleted file mode 100644 index aeb8e11a0..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT_IMU_General-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:CV7ContinuousBIT_IMU_General","CV7ContinuousBIT_IMU_General");NDSummary.OnSummaryLoaded("CClass:CV7ContinuousBIT_IMU_General",[["C/C++","C"]],[["Functions","Function"],["Structs","Struct"]],[[2406,0,1,"CV7ContinuousBIT_IMU_General"],[2407,0,0,"CV7ContinuousBIT_IMU_General","CV7ContinuousBIT_IMU_General"],[2408,0,0,"CV7ContinuousBIT_IMU_General","CV7ContinuousBIT_IMU_General(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT_IMU_General-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT_IMU_General-SummaryToolTips.js deleted file mode 100644 index 395ae9684..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT_IMU_General-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:CV7ContinuousBIT_IMU_General",{2406:"
Continuous Built-In Test flags for general IMU information
",2407:"
CV7ContinuousBIT_IMU_General() = default
",2408:"
explicit CV7ContinuousBIT_IMU_General(
const uint8 bits
) : ContinuousBIT_IMU_General(bits)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT_IMU_General-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT_IMU_General-ToolTips.js deleted file mode 100644 index 227c2e00d..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT_IMU_General-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2322:"
Continuous Built-In Test flags for general IMU information
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT_IMU_General.html b/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT_IMU_General.html deleted file mode 100644 index 4eb515812..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT_IMU_General.html +++ /dev/null @@ -1,27 +0,0 @@ - - -CV7ContinuousBIT_IMU_General - - - - - - - -
-
CV7ContinuousBIT_IMU_General
-

Continuous Built-In Test flags for general IMU information

Bits 32-39 of the original 128 bit Continuous Built-In Test flags

-
- -
-
CV7ContinuousBIT_IMU_General
-
CV7ContinuousBIT_IMU_General() = default
-
- -
-
CV7ContinuousBIT_IMU_General
-
explicit CV7ContinuousBIT_IMU_General(
const uint8 bits
) : ContinuousBIT_IMU_General(bits)
-
Parameters
bits
const uint8

Bits 32-39 of the original 128 bit Continuous Built-In Test flags

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT_IMU_Sensors-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT_IMU_Sensors-Summary.js deleted file mode 100644 index 9b66036d7..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT_IMU_Sensors-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:CV7ContinuousBIT_IMU_Sensors","CV7ContinuousBIT_IMU_Sensors");NDSummary.OnSummaryLoaded("CClass:CV7ContinuousBIT_IMU_Sensors",[["C/C++","C"]],[["Functions","Function"],["Structs","Struct"]],[[2409,0,1,"CV7ContinuousBIT_IMU_Sensors"],[2410,0,0,"CV7ContinuousBIT_IMU_Sensors","CV7ContinuousBIT_IMU_Sensors"],[2411,0,0,"CV7ContinuousBIT_IMU_Sensors","CV7ContinuousBIT_IMU_Sensors(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT_IMU_Sensors-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT_IMU_Sensors-SummaryToolTips.js deleted file mode 100644 index 7ad270c49..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT_IMU_Sensors-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:CV7ContinuousBIT_IMU_Sensors",{2409:"
Continuous Built-In Test flags for IMU sensors information
",2410:"
CV7ContinuousBIT_IMU_Sensors() = default
",2411:"
explicit CV7ContinuousBIT_IMU_Sensors(
const uint16 bits
) : ContinuousBIT_IMU_Sensors(bits)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT_IMU_Sensors-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT_IMU_Sensors-ToolTips.js deleted file mode 100644 index 05336d05e..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT_IMU_Sensors-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2337:"
Continuous Built-In Test flags for IMU sensors information
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT_IMU_Sensors.html b/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT_IMU_Sensors.html deleted file mode 100644 index 9e4d3d1e3..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT_IMU_Sensors.html +++ /dev/null @@ -1,27 +0,0 @@ - - -CV7ContinuousBIT_IMU_Sensors - - - - - - - -
-
CV7ContinuousBIT_IMU_Sensors
-

Continuous Built-In Test flags for IMU sensors information

Bits 40-55 of the original 128 bit Continuous Built-In Test flags

-
- -
-
CV7ContinuousBIT_IMU_Sensors
-
CV7ContinuousBIT_IMU_Sensors() = default
-
- -
-
CV7ContinuousBIT_IMU_Sensors
-
explicit CV7ContinuousBIT_IMU_Sensors(
const uint16 bits
) : ContinuousBIT_IMU_Sensors(bits)
-
Parameters
bits
const uint16

Bits 40-55 of the original 128 bit Continuous Built-In Test flags

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT_System-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT_System-Summary.js deleted file mode 100644 index a9034aef0..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT_System-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:CV7ContinuousBIT_System","CV7ContinuousBIT_System");NDSummary.OnSummaryLoaded("CClass:CV7ContinuousBIT_System",[["C/C++","C"]],[["Functions","Function"],["Structs","Struct"]],[[2401,0,1,"CV7ContinuousBIT_System"],[2402,0,0,"CV7ContinuousBIT_System","CV7ContinuousBIT_System"],[2403,0,0,"CV7ContinuousBIT_System","CV7ContinuousBIT_System(2)"],[2404,0,0,"general","general"],[2405,0,0,"process","process"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT_System-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT_System-SummaryToolTips.js deleted file mode 100644 index 8d6c38c32..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT_System-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:CV7ContinuousBIT_System",{2401:"
Continuous Built-In Test flags for system information
",2402:"
CV7ContinuousBIT_System() = default
",2403:"
explicit CV7ContinuousBIT_System(
uint32 bits
)
",2404:"
CV7ContinuousBIT_System_General general() const
Gets information for general system flags (bits 0-7)
",2405:"
CV7ContinuousBIT_System_Process process() const
Gets information for system process flags (bits 16-31)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT_System-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT_System-ToolTips.js deleted file mode 100644 index 1dc881f19..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT_System-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2378:"
Continuous Built-In Test flags for general system information
",2381:"
Continuous Built-In Test flags for system process information
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT_System.html b/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT_System.html deleted file mode 100644 index 34ed64f4e..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT_System.html +++ /dev/null @@ -1,39 +0,0 @@ - - -CV7ContinuousBIT_System - - - - - - - -
-
CV7ContinuousBIT_System
-

Continuous Built-In Test flags for system information

Bits 0-31 of the original 128 bit Continuous Built-In Test flags

-
- -
-
CV7ContinuousBIT_System
-
CV7ContinuousBIT_System() = default
-
- -
-
CV7ContinuousBIT_System
-
explicit CV7ContinuousBIT_System(
uint32 bits
)
-
Parameters
bits
uint32

Value of bits 0-31 of the original 128 bit Continuous Built-In Test flags

-
- -
-
general
- -

Gets information for general system flags (bits 0-7)

Returns
CV7ContinuousBIT_System_General

Information for general system flags

-
- -
-
process
- -

Gets information for system process flags (bits 16-31)

Returns
CV7ContinuousBIT_System_Process

Information for system process flags

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT_System_General-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT_System_General-Summary.js deleted file mode 100644 index 1a4ca5fd1..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT_System_General-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:CV7ContinuousBIT_System_General","CV7ContinuousBIT_System_General");NDSummary.OnSummaryLoaded("CClass:CV7ContinuousBIT_System_General",[["C/C++","C"]],[["Functions","Function"],["Structs","Struct"]],[[2378,0,1,"CV7ContinuousBIT_System_General"],[2379,0,0,"CV7ContinuousBIT_System_General","CV7ContinuousBIT_System_General"],[2380,0,0,"CV7ContinuousBIT_System_General","CV7ContinuousBIT_System_General(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT_System_General-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT_System_General-SummaryToolTips.js deleted file mode 100644 index ce03ee8ac..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT_System_General-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:CV7ContinuousBIT_System_General",{2378:"
Continuous Built-In Test flags for general system information
",2379:"
CV7ContinuousBIT_System_General() = default
",2380:"
explicit CV7ContinuousBIT_System_General(
const uint8 bits
) : ContinuousBIT_System_General(bits)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT_System_General-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT_System_General-ToolTips.js deleted file mode 100644 index 6c8345efc..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT_System_General-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2301:"
Continuous Built-In Test flags for general system information
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT_System_General.html b/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT_System_General.html deleted file mode 100644 index f24e964e2..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT_System_General.html +++ /dev/null @@ -1,27 +0,0 @@ - - -CV7ContinuousBIT_System_General - - - - - - - -
-
CV7ContinuousBIT_System_General
-

Continuous Built-In Test flags for general system information

Bits 0-7 of the original 128 bit Continuous Built-In Test flags

-
- -
-
CV7ContinuousBIT_System_General
-
CV7ContinuousBIT_System_General() = default
-
- -
-
CV7ContinuousBIT_System_General
-
explicit CV7ContinuousBIT_System_General(
const uint8 bits
) : ContinuousBIT_System_General(bits)
-
Parameters
bits
const uint8

Bits 0-7 of the original 128 bit Continuous Built-In Test flags

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT_System_Process-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT_System_Process-Summary.js deleted file mode 100644 index b0cabfcfb..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT_System_Process-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:CV7ContinuousBIT_System_Process","CV7ContinuousBIT_System_Process");NDSummary.OnSummaryLoaded("CClass:CV7ContinuousBIT_System_Process",[["C/C++","C"]],[["Constants","Constant"],["Functions","Function"],["Structs","Struct"]],[[2381,0,2,"CV7ContinuousBIT_System_Process"],[2382,0,1,"CV7ContinuousBIT_System_Process","CV7ContinuousBIT_System_Process"],[2383,0,1,"CV7ContinuousBIT_System_Process","CV7ContinuousBIT_System_Process(2)"],[2384,0,0,"Bitmasks","Bitmasks"],[2385,0,0,,"IMU_PROCESS_FAULT"],[2386,0,0,,"IMU_RATE_MISMATCH"],[2387,0,0,,"IMU_DROPPED_DATA"],[2388,0,0,,"IMU_STUCK"],[2389,0,0,,"FILTER_PROCESS_FAULT"],[2390,0,0,,"FILTER_DROPPED_DATA"],[2391,0,0,,"FILTER_RATE_MISMATCH"],[2392,0,0,,"FILTER_STUCK"],[2393,0,1,"imuProcessFault","imuProcessFault"],[2394,0,1,"imuDataRateMismatch","imuDataRateMismatch"],[2395,0,1,"imuDroppedData","imuDroppedData"],[2396,0,1,"imuStuck","imuStuck"],[2397,0,1,"filterProcessFault","filterProcessFault"],[2398,0,1,"filterDroppedData","filterDroppedData"],[2399,0,1,"filterRateMismatch","filterRateMismatch"],[2400,0,1,"filterStuck","filterStuck"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT_System_Process-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT_System_Process-SummaryToolTips.js deleted file mode 100644 index 3eab14cd9..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT_System_Process-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:CV7ContinuousBIT_System_Process",{2381:"
Continuous Built-In Test flags for system process information
",2382:"
CV7ContinuousBIT_System_Process() : ContinuousBIT_System_Process()
",2383:"
explicit CV7ContinuousBIT_System_Process(
const uint16 bits
) : ContinuousBIT_System_Process(bits)
",2384:"
Bitmasks for system process information flags
",2393:"
bool imuProcessFault() const
Gets the value of the IMU Process Fault bit (bit 16)
",2394:"
Gets the value of the IMU Data Rate Mismatch bit (bit 17)
",2395:"
bool imuDroppedData() const
Gets the value of the IMU Overrun Dropped Data bit (bit 18)
",2396:"
bool imuStuck() const
Gets the value of the IMU Stuck bit (bit 19)
",2397:"
bool filterProcessFault() const
Gets the value of the Filter Process Fault bit (bit 20)
",2398:"
bool filterDroppedData() const
Gets the value of the Filter Dropped Data bit (bit 21)
",2399:"
bool filterRateMismatch() const
Gets the value of the Filter Rate Mismatch bit (bit 22)
",2400:"
bool filterStuck() const
Gets the value of the Filter Stuck bit (bit 23)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT_System_Process-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT_System_Process-ToolTips.js deleted file mode 100644 index 971e721e8..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT_System_Process-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2314:"
Continuous Built-In Test flags for system process information
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT_System_Process.html b/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT_System_Process.html deleted file mode 100644 index 8661c7251..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/CV7ContinuousBIT_System_Process.html +++ /dev/null @@ -1,79 +0,0 @@ - - -CV7ContinuousBIT_System_Process - - - - - - - -
-
CV7ContinuousBIT_System_Process
-

Continuous Built-In Test flags for system process information

Bits 16-31 of the original 128 bit Continuous Built-In Test flags

-
- -
-
CV7ContinuousBIT_System_Process
-
CV7ContinuousBIT_System_Process() : ContinuousBIT_System_Process()
-
- -
-
CV7ContinuousBIT_System_Process
-
explicit CV7ContinuousBIT_System_Process(
const uint16 bits
) : ContinuousBIT_System_Process(bits)
-
Parameters
bits
const uint16

Bits 16-31 of the original 128 bit Continuous Built-In Test flags

-
- -
-
Bitmasks
-

Bitmasks for system process information flags

Note

These masks are shifted 16 bits to the right from the original 128 bitmask to have a 0 index at bit 16

IMU_PROCESS_FAULT

0x8000 - The IMU subsystem is unresponsive or not operating normally

IMU_RATE_MISMATCH

0x4000 - Faster/slower than expected base rate

IMU_DROPPED_DATA

0x2000 - At least 1 dropped frame / overrun

IMU_STUCK

0x1000 - No IMU data received in 1 second

FILTER_PROCESS_FAULT

0x0800 - The Filter subsystem is unresponsive or not operating normally

FILTER_DROPPED_DATA

0x0400 - Filter samples not equal to IMU samples

FILTER_RATE_MISMATCH

0x0200 - Filter major cycle rate mismatch

FILTER_STUCK

0x0100 - No filter data received in 1 second

-
- -
-
imuProcessFault
-
bool imuProcessFault() const
-

Gets the value of the IMU Process Fault bit (bit 16)

Returns
bool

true: The IMU subsystem is unresponsive or not operating normally

-
- -
-
imuDataRateMismatch
-

Gets the value of the IMU Data Rate Mismatch bit (bit 17)

Returns
bool

true: Faster/slower than expected base rate

-
- -
-
imuDroppedData
-
bool imuDroppedData() const
-

Gets the value of the IMU Overrun Dropped Data bit (bit 18)

Returns
bool

true: At least 1 dropped frame / overrun

-
- -
-
imuStuck
-
bool imuStuck() const
-

Gets the value of the IMU Stuck bit (bit 19)

Returns
bool

true: No IMU data received in 1 second

-
- -
-
filterProcessFault
-
bool filterProcessFault() const
-

Gets the value of the Filter Process Fault bit (bit 20)

Returns
bool

true: The Filter subsystem is unresponsive or not operating normally

-
- -
-
filterDroppedData
-
bool filterDroppedData() const
-

Gets the value of the Filter Dropped Data bit (bit 21)

Returns
bool

true: Filter samples not equal to IMU samples

-
- -
-
filterRateMismatch
-
bool filterRateMismatch() const
-

Gets the value of the Filter Rate Mismatch bit (bit 22)

Returns
bool

true: Filter major cycle rate mismatch

-
- -
-
filterStuck
-
bool filterStuck() const
-

Gets the value of the Filter Stuck bit (bit 23)

Returns
bool

true: No filter data received in 1 second

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/CalCoefficients-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/CalCoefficients-Summary.js deleted file mode 100644 index e4bedd451..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/CalCoefficients-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:CalCoefficients","CalCoefficients");NDSummary.OnSummaryLoaded("CClass:CalCoefficients",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Types","Type"]],[[4308,0,0,"CalCoefficients"],[4309,0,1,"CalCoefficients","CalCoefficients"],[4310,0,1,"CalCoefficients","CalCoefficients(2)"],[4311,0,1,"equationType","equationType"],[4312,0,1,"unit","unit"],[4313,0,1,"linearEquation","linearEquation"],[4314,0,2,"ChannelCalMap","ChannelCalMap"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/CalCoefficients-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/CalCoefficients-SummaryToolTips.js deleted file mode 100644 index 24c6a75ad..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/CalCoefficients-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:CalCoefficients",{4308:"
CalCoefficients
Represents calibration coefficients that can be applied to a Wireless Node.
",4309:"
CalCoefficients()
Creates a default constructed CalCoefficients object.
",4310:"
CalCoefficients(
WirelessTypes::CalCoef_EquationType eqType,
WirelessTypes::CalCoef_Unit unit,
const LinearEquation &linearEq
)
Creates a CalCoefficients object.
",4311:"
WirelessTypes::CalCoef_EquationType equationType() const
Gets the WirelessTypes::CalCoef_EquationType of the Cal Coefficients.
",4312:"
WirelessTypes::CalCoef_Unit unit() const
Gets the WirelessTypes::CalCoef_Unit of the Cal Coefficients.
",4313:"
const LinearEquation& linearEquation() const
Gets the LinearEquation of the Cal Coefficients.
",4314:"
A typedef for a map of WirelessChannel::ChannelIds to CalCoefficients.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/CalCoefficients-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/CalCoefficients-ToolTips.js deleted file mode 100644 index f560e1805..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/CalCoefficients-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3345:"
Represents the equation types that can be used for calibration coefficients on Wireless Nodes.
",3348:"
Represents the unit types that can be used for calibration coefficients on Wireless Nodes.
",4309:"
CalCoefficients()
Creates a default constructed CalCoefficients object.
",4462:"
LinearEquation
Represents a linear equation (y = mx + b).
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/CalCoefficients.html b/v66.0.1/MSCL_API_Docs/classes/C/CalCoefficients.html deleted file mode 100644 index 858a6fa92..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/CalCoefficients.html +++ /dev/null @@ -1,52 +0,0 @@ - - -CalCoefficients - - - - - - - -
-
CalCoefficients
-
CalCoefficients
-

Represents calibration coefficients that can be applied to a Wireless Node.

-
- -
-
CalCoefficients
-
CalCoefficients()
-

Creates a default constructed CalCoefficients object.

-
- -
-
CalCoefficients
-
CalCoefficients(
WirelessTypes::CalCoef_EquationType eqType,
WirelessTypes::CalCoef_Unit unit,
const LinearEquation &linearEq
)
-

Creates a CalCoefficients object.

Parameters
eqType
WirelessTypes::CalCoef_EquationType

The WirelessTypes::CalCoef_EquationType of the Cal Coefficients.

unit
WirelessTypes::CalCoef_Unit

The WirelessTypes::CalCoef_Unit of the Cal Coefficients.

linearEq
const LinearEquation&

The LinearEquation of the Cal Coefficients.

-
- -
-
equationType
- -

Gets the WirelessTypes::CalCoef_EquationType of the Cal Coefficients.

-
- -
-
unit
- -

Gets the WirelessTypes::CalCoef_Unit of the Cal Coefficients.

-
- -
-
linearEquation
-
const LinearEquation& linearEquation() const
-

Gets the LinearEquation of the Cal Coefficients.

-
- -
-
ChannelCalMap
-

A typedef for a map of WirelessChannel::ChannelIds to CalCoefficients.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/ChannelGroup-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/ChannelGroup-Summary.js deleted file mode 100644 index 7c68e1c93..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/ChannelGroup-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:ChannelGroup","ChannelGroup");NDSummary.OnSummaryLoaded("CClass:ChannelGroup",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Types","Type"]],[[3003,0,0,"ChannelGroup"],[3004,0,1,"channels","channels"],[3005,0,1,"name","name"],[3006,0,1,"eepromLocation","eepromLocation"],[3007,0,1,"settings","settings"],[3008,0,1,"hasSetting","hasSetting"],[3009,0,1,"hasChannel","hasChannel"],[3010,0,2,"ChannelGroups","ChannelGroups"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/ChannelGroup-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/ChannelGroup-SummaryToolTips.js deleted file mode 100644 index 6fe82b603..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/ChannelGroup-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:ChannelGroup",{3003:"
ChannelGroup
Represents a group of channels that have combined settings.
",3004:"
const ChannelMask& channels() const
Gets the ChannelMask representing which channels are part of this group.
",3005:"
const std::string& name() const
Gets the name of the channel group.
",3006:"
uint16 eepromLocation(
WirelessTypes::ChannelGroupSetting setting
) const
Gets the eeprom location that the ChannelGroup uses for a specified setting.
",3007:"
const WirelessTypes::ChannelGroupSettings& settings() const
Gets the WirelessTypes::ChannelGroupSettings that this group supports.
",3008:"
bool hasSetting(
WirelessTypes::ChannelGroupSetting setting
) const
Helper function for quick check if setting is present in this channel group.
",3009:"
Helper function to check if this channel group has a specific setting and channel included in it.
",3010:"
A typedef for a vector of ChannelGroups.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/ChannelGroup-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/ChannelGroup-ToolTips.js deleted file mode 100644 index 7cfc7b404..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/ChannelGroup-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3003:"
ChannelGroup
Represents a group of channels that have combined settings.
",3575:"
The possible settings for ChannelGroups.
",4281:"
ChannelMask
Represents the channel mask (active and inactive channels) for a WirelessNode.
",4614:"
Error_NotSupported
A command/feature was attempted to be used that was not supported.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/ChannelGroup.html b/v66.0.1/MSCL_API_Docs/classes/C/ChannelGroup.html deleted file mode 100644 index 1f6923fd1..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/ChannelGroup.html +++ /dev/null @@ -1,57 +0,0 @@ - - -ChannelGroup - - - - - - - -
-
ChannelGroup
-
ChannelGroup
-

Represents a group of channels that have combined settings.

-
- -
-
channels
-
const ChannelMask& channels() const
-

Gets the ChannelMask representing which channels are part of this group.

-
- -
-
name
-
const std::string& name() const
-

Gets the name of the channel group.

-
- -
-
eepromLocation
-
uint16 eepromLocation(
WirelessTypes::ChannelGroupSetting setting
) const
-

Gets the eeprom location that the ChannelGroup uses for a specified setting.

Parameters
setting
WirelessTypes::ChannelGroupSetting

The WirelessTypes::ChannelGroupSetting to find the eeprom location for.

Returns

The eeprom location for the specified setting.

Exceptions
-
- -
-
settings
-
const WirelessTypes::ChannelGroupSettings& settings() const
-

Gets the WirelessTypes::ChannelGroupSettings that this group supports.

Returns

The WirelessTypes::ChannelGroupSettings for this group.

-
- -
-
hasSetting
-
bool hasSetting(
WirelessTypes::ChannelGroupSetting setting
) const
-

Helper function for quick check if setting is present in this channel group.

Parameters
setting
WirelessTypes::ChannelGroupSetting

The WirelessTypes::ChannelGroupSetting to look for.

Returns

true if the ChannelGroup has the given setting, false otherwise.

-
- -
-
hasChannel
-

Helper function to check if this channel group has a specific setting and channel included in it.

Parameters
setting

The WirelessTypes::ChannelGroupSetting to look for.

channelNumber

The channel number (ch1 = 1, ch16 = 16) to check for.

Returns

true if the ChannelGroup has the given setting and channel, false otherwise.

-
- -
-
ChannelGroups
-

A typedef for a vector of ChannelGroups.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/ChannelMask-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/ChannelMask-Summary.js deleted file mode 100644 index f96f0b625..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/ChannelMask-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:ChannelMask","ChannelMask");NDSummary.OnSummaryLoaded("CClass:ChannelMask",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Operators","Operator"]],[[4281,0,0,"ChannelMask"],[4282,0,1,"MAX_CHANNELS = 16","MAX_CHANNELS=16"],[4283,0,2,"ChannelMask","ChannelMask"],[4284,0,2,"ChannelMask","ChannelMask(2)"],[4285,0,3,"==","=="],[4286,0,3,"!=","!="],[4287,0,3,"<","<"],[4288,0,3,">",">"],[4289,0,2,"fromMask","fromMask"],[4290,0,2,"toMask","toMask"],[4291,0,2,"count","count"],[4292,0,2,"enabled","enabled"],[4293,0,2,"enable","enable"],[4294,0,2,"lastChEnabled","lastChEnabled"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/ChannelMask-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/ChannelMask-SummaryToolTips.js deleted file mode 100644 index f63457d5e..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/ChannelMask-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:ChannelMask",{4281:"
ChannelMask
Represents the channel mask (active and inactive channels) for a WirelessNode.
",4282:"
The maximum number of channels currently available on any WirelessNode
",4283:"
explicit ChannelMask(
uint16 channelMask
)
Creates an ChannelMask object given a channel mask that was stored on a WirelessNode
",4284:"
ChannelMask()
The default constructor for creating an ChannelMask object, which sets all the channels to inactive
",4285:"
Equal operator for comparing ChannelMasks.
",4286:"
Not Equal operator for comparing ChannelMasks.
",4287:"
Less Than operator for comparing ChannelMasks.
",4288:"
Greater Than operator for comparing ChannelMasks.
",4289:"
void fromMask(
uint16 channelMask
)
Initializes the ChannelMask object from a channel mask
",4290:"
uint16 toMask() const
Gets the channel mask value of the current ChannelMask object
",4291:"
uint8 count() const
Gets the total number of active channels in the current ChannelMask object
",4292:"
bool enabled(
uint8 channel
) const
Checks whether a certain channel is enabled or disabled
",4293:"
void enable(
uint8 channel,
bool enable = true
)
Enables or disables a specified channel
",4294:"
uint8 lastChEnabled() const
Finds the last channel (highest channel number) that is enabled in the mask.  This is useful when looping over the ChannelMask object and performing an action on all enabled channels.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/ChannelMask-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/ChannelMask-ToolTips.js deleted file mode 100644 index 59992a148..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/ChannelMask-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/ChannelMask.html b/v66.0.1/MSCL_API_Docs/classes/C/ChannelMask.html deleted file mode 100644 index 66a58f60c..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/ChannelMask.html +++ /dev/null @@ -1,90 +0,0 @@ - - -ChannelMask - - - - - - - -
-
ChannelMask
-
ChannelMask
-

Represents the channel mask (active and inactive channels) for a WirelessNode.

-
- -
-
MAX_CHANNELS = 16
-

The maximum number of channels currently available on any WirelessNode

-
- -
-
ChannelMask
-
explicit ChannelMask(
uint16 channelMask
)
-

Creates an ChannelMask object given a channel mask that was stored on a WirelessNode

Parameters
channelMask
uint16

A channel mask value from a WirelessNode representing the active and inactive channels

-
- -
-
ChannelMask
-
ChannelMask()
-

The default constructor for creating an ChannelMask object, which sets all the channels to inactive

-
- -
-
==
-

Equal operator for comparing ChannelMasks.

-
- -
-
!=
-

Not Equal operator for comparing ChannelMasks.

-
- -
-
<
-

Less Than operator for comparing ChannelMasks.

-
- -
-
>
-

Greater Than operator for comparing ChannelMasks.

-
- -
-
fromMask
-
void fromMask(
uint16 channelMask
)
-

Initializes the ChannelMask object from a channel mask

Parameters
channelMask
uint16

A channel mask value from a WirelessNode representing the active and inactive channels

-
- -
-
toMask
-
uint16 toMask() const
-

Gets the channel mask value of the current ChannelMask object

Returns

The ChannelMask object represented as a channel mask

-
- -
-
count
-
uint8 count() const
-

Gets the total number of active channels in the current ChannelMask object

Returns

The total number of active channels

-
- -
-
enabled
-
bool enabled(
uint8 channel
) const
-

Checks whether a certain channel is enabled or disabled

Parameters
channel
uint8

The channel to check if enabled or disabled, based on index 1 (channel1 = 1, channel8 = 8)

Returns

true if the channel is enabled, false if the channel is disabled

-
- -
-
enable
-
void enable(
uint8 channel,
bool enable = true
)
-

Enables or disables a specified channel

Parameters
channel
uint8

The channel to enable or disable, based on index 1 (channel1 = 1, channel8 = 8)

enable
bool

Set to true to enable the channel, false to disable the channel

-
- -
-
lastChEnabled
-
uint8 lastChEnabled() const
-

Finds the last channel (highest channel number) that is enabled in the mask.  This is useful when looping over the ChannelMask object and performing an action on all enabled channels.

Returns

The channel number (ch1 = 1, ch16 = 16) of the last channel enabled. 0 if no channels are enabled.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/ComplementaryFilterData-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/ComplementaryFilterData-Summary.js deleted file mode 100644 index 24e560fb9..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/ComplementaryFilterData-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:ComplementaryFilterData","ComplementaryFilterData");NDSummary.OnSummaryLoaded("CClass:ComplementaryFilterData",[["C/C++","C"]],[["Functions","Function"],["Structs","Struct"],["Variables","Variable"]],[[626,0,1,"ComplementaryFilterData"],[627,0,0,"ComplementaryFilterData","ComplementaryFilterData"],[628,0,2,"upCompensationEnabled","upCompensationEnabled"],[629,0,2,"upCompensationTimeInSeconds","upCompensationTimeInSeconds"],[630,0,2,"northCompensationEnabled","northCompensationEnabled"],[631,0,2,"northCompensationTimeInSeconds","northCompensationTimeInSeconds"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/ComplementaryFilterData-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/ComplementaryFilterData-SummaryToolTips.js deleted file mode 100644 index cc5ec0d09..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/ComplementaryFilterData-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:ComplementaryFilterData",{626:"
Contains the data needed by the InertialNode::setComplementaryFilterSettings class.
",627:"
ComplementaryFilterData() : upCompensationEnabled(false), upCompensationTimeInSeconds(10), northCompensationEnabled(false), northCompensationTimeInSeconds(10)
Creates a ComplementaryFilterData object with default values.
",628:"
bool upCompensationEnabled
determines whether or not the up compensation is enabled.
",629:"
float upCompensationTimeInSeconds
Sets the compensation time (in seconds) for the up compensation.
",630:"
bool northCompensationEnabled
determines whether or not the north compensation is enabled.
",631:"
float northCompensationTimeInSeconds
Sets the compensation time (in seconds) for the north compensation.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/ComplementaryFilterData-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/ComplementaryFilterData-ToolTips.js deleted file mode 100644 index 30a324a3e..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/ComplementaryFilterData-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({196:"
void setComplementaryFilterSettings(
const ComplementaryFilterData &data
)
Sets the complementary filter settings.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/ComplementaryFilterData.html b/v66.0.1/MSCL_API_Docs/classes/C/ComplementaryFilterData.html deleted file mode 100644 index e8f671ccf..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/ComplementaryFilterData.html +++ /dev/null @@ -1,46 +0,0 @@ - - -ComplementaryFilterData - - - - - - - -
-
ComplementaryFilterData
-

Contains the data needed by the InertialNode::setComplementaryFilterSettings class.

-
- -
-
ComplementaryFilterData
-
ComplementaryFilterData() : upCompensationEnabled(false), upCompensationTimeInSeconds(10), northCompensationEnabled(false), northCompensationTimeInSeconds(10)
-

Creates a ComplementaryFilterData object with default values.

-
- -
-
upCompensationEnabled
-
bool upCompensationEnabled
-

determines whether or not the up compensation is enabled.

-
- -
-
upCompensationTimeInSeconds
-
float upCompensationTimeInSeconds
-

Sets the compensation time (in seconds) for the up compensation.

-
- -
-
northCompensationEnabled
-
bool northCompensationEnabled
-

determines whether or not the north compensation is enabled.

-
- -
-
northCompensationTimeInSeconds
-
float northCompensationTimeInSeconds
-

Sets the compensation time (in seconds) for the north compensation.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/ConfigIssue-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/ConfigIssue-Summary.js deleted file mode 100644 index 9bf0f91dd..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/ConfigIssue-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:ConfigIssue","ConfigIssue");NDSummary.OnSummaryLoaded("CClass:ConfigIssue",[["C/C++","C"]],[["Classes","Class"],["Enums","Enumeration"],["Functions","Function"],["Types","Type"]],[[2905,0,0,"ConfigIssue"],[2906,0,1,"ConfigOption","ConfigOption"],[2907,0,1,,"CONFIG_SAMPLING_MODE"],[2908,0,1,,"CONFIG_ACTIVE_CHANNELS"],[2909,0,1,,"CONFIG_SAMPLE_RATE"],[2910,0,1,,"CONFIG_SWEEPS"],[2911,0,1,,"CONFIG_UNLIMITED_DURATION"],[2912,0,1,,"CONFIG_DATA_FORMAT"],[2913,0,1,,"CONFIG_DATA_COLLECTION_METHOD"],[2914,0,1,,"CONFIG_TIME_BETWEEN_BURSTS"],[2915,0,1,,"CONFIG_THERMOCOUPLE_TYPE"],[2916,0,1,,"CONFIG_FILTER_SETTLING_TIME"],[2917,0,1,,"CONFIG_BUTTON"],[2918,0,1,,"CONFIG_ANALOG_PAIR"],[2919,0,1,,"CONFIG_INPUT_RANGE"],[2920,0,1,,"CONFIG_INACTIVITY_TIMEOUT"],[2921,0,1,,"CONFIG_CHECK_RADIO_INTERVAL"],[2922,0,1,,"CONFIG_LOST_BEACON_TIMEOUT"],[2923,0,1,,"CONFIG_DEFAULT_MODE"],[2924,0,1,,"CONFIG_TRANSMIT_POWER"],[2925,0,1,,"CONFIG_LINEAR_EQUATION"],[2926,0,1,,"CONFIG_FATIGUE"],[2927,0,1,,"CONFIG_FATIGUE_MODE"],[2928,0,1,,"CONFIG_FATIGUE_ANGLE_ID"],[2929,0,1,,"CONFIG_FATIGUE_SN_CURVE"],[2930,0,1,,"CONFIG_FATIGUE_DIST_NUM_ANGLES"],[2931,0,1,,"CONFIG_FATIGUE_DIST_ANGLE"],[2932,0,1,,"CONFIG_HISTOGRAM"],[2933,0,1,,"CONFIG_HISTOGRAM_TX_RATE"],[2934,0,1,,"CONFIG_HARDWARE_OFFSET"],[2935,0,1,,"CONFIG_ACTIVITY_SENSE"],[2936,0,1,,"CONFIG_GAUGE_FACTOR"],[2937,0,1,,"CONFIG_EVENT_TRIGGER"],[2938,0,1,,"CONFIG_EVENT_TRIGGER_DURATION"],[2939,0,1,,"CONFIG_EVENT_TRIGGER_MASK"],[2940,0,1,,"CONFIG_DIAGNOSTIC_INTERVAL"],[2941,0,1,,"CONFIG_ANTI_ALIASING_FILTER"],[2942,0,1,,"CONFIG_STORAGE_LIMIT_MODE"],[2943,0,1,,"CONFIG_SENSOR_DELAY"],[2944,0,1,,"CONFIG_LOW_PASS_FILTER"],[2945,0,1,,"CONFIG_DATA_MODE"],[2946,0,1,,"CONFIG_DERIVED_DATA_RATE"],[2947,0,1,,"CONFIG_DERIVED_MASK_RMS"],[2948,0,1,,"CONFIG_DERIVED_MASK_P2P"],[2949,0,1,,"CONFIG_DERIVED_MASK_IPS"],[2950,0,1,,"CONFIG_DERIVED_MASK_CREST_FACTOR"],[2951,0,1,,"CONFIG_HIGH_PASS_FILTER"],[2952,0,1,,"CONFIG_DERIVED_MASK"],[2953,0,1,,"CONFIG_COMM_PROTOCOL"],[2954,0,1,,"CONFIG_DERIVED_MASK_MEAN"],[2955,0,1,,"CONFIG_GAUGE_RESISTANCE"],[2956,0,1,,"CONFIG_NUM_ACTIVE_GAUGES"],[2957,0,1,,"CONFIG_TEMP_SENSOR_OPTS"],[2958,0,1,,"CONFIG_DEBOUNCE_FILTER"],[2959,0,1,,"CONFIG_PULLUP_RESISTOR"],[2960,0,1,,"CONFIG_EXCITATION_VOLTAGE"],[2961,0,1,,"CONFIG_DERIVED_UNIT"],[2962,0,1,,"CONFIG_SENSOR_OUTPUT_MODE"],[2963,0,1,,"CONFIG_LOW_BATTERY_THRESHOLD"],[2964,0,2,"ConfigIssue","ConfigIssue"],[2965,0,2,"ConfigIssue","ConfigIssue(2)"],[2966,0,2,"id","id"],[2967,0,2,"description","description"],[2968,0,2,"isChannelGroupIssue","isChannelGroupIssue"],[2969,0,2,"channelMask","channelMask"],[2970,0,3,"ConfigIssues","ConfigIssues"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/ConfigIssue-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/ConfigIssue-SummaryToolTips.js deleted file mode 100644 index 91bceab23..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/ConfigIssue-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:ConfigIssue",{2905:"
ConfigIssue
Holds information on a specific configuration issue.
",2906:"
Configuration Options for Wireless Nodes and BaseStations that can be issues.
",2964:"
ConfigIssue(
ConfigIssue::ConfigOption optionId,
const std::string &description
)
Creates a ConfigIssue object.
",2965:"
ConfigIssue(
ConfigIssue::ConfigOption optionId,
const std::string &description,
const ChannelMask &mask
)
Creates a ConfigIssue object.
",2966:"
ConfigIssue::ConfigOption id() const
Gets the ConfigOption identifying the configuration option for which the issue occurred.
",2967:"
const std::string& description() const
Gets a description of the issue.
",2968:"
bool isChannelGroupIssue() const
Gets whether the issue applies to a channel group (true) or the entire Node (false).
",2969:"
const ChannelMask& channelMask() const
The ChannelMask that the issue applies to, if this issue is a channel group issue.
",2970:"
typedef for a vector of ConfigIssue objects.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/ConfigIssue-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/ConfigIssue-ToolTips.js deleted file mode 100644 index 5734fb0f6..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/ConfigIssue-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2906:"
Configuration Options for Wireless Nodes and BaseStations that can be issues.
",2964:"
ConfigIssue(
ConfigIssue::ConfigOption optionId,
const std::string &description
)
Creates a ConfigIssue object.
",4281:"
ChannelMask
Represents the channel mask (active and inactive channels) for a WirelessNode.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/ConfigIssue.html b/v66.0.1/MSCL_API_Docs/classes/C/ConfigIssue.html deleted file mode 100644 index 1cfb93a46..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/ConfigIssue.html +++ /dev/null @@ -1,63 +0,0 @@ - - -ConfigIssue - - - - - - - -
-
ConfigIssue
-
ConfigIssue
-

Holds information on a specific configuration issue.

-
- -
-
ConfigOption
-

Configuration Options for Wireless Nodes and BaseStations that can be issues.

CONFIG_SAMPLING_MODE

0 - Sampling Mode

CONFIG_ACTIVE_CHANNELS

1 - Active Channels

CONFIG_SAMPLE_RATE

2 - Sample Rate

CONFIG_SWEEPS

3 - Number of Sweeps

CONFIG_UNLIMITED_DURATION

4 - Unlimited Duration

CONFIG_DATA_FORMAT

5 - Data Format

CONFIG_DATA_COLLECTION_METHOD

6 - Data Collection Method

CONFIG_TIME_BETWEEN_BURSTS

7 - Time Between Bursts

CONFIG_THERMOCOUPLE_TYPE

8 - Thermocouple Type

CONFIG_FILTER_SETTLING_TIME

9  - Filter Settling Time

CONFIG_BUTTON

10 - Button configuration (BaseStation)

CONFIG_ANALOG_PAIR

11 - Analog pairing (BaseStation)

CONFIG_INPUT_RANGE

12 - Input Range

CONFIG_INACTIVITY_TIMEOUT

13 - Inactivity Timeout

CONFIG_CHECK_RADIO_INTERVAL

14 - Check Radio Interval

CONFIG_LOST_BEACON_TIMEOUT

15 - Lost Beacon Timeout

CONFIG_DEFAULT_MODE

16 - Default Mode

CONFIG_TRANSMIT_POWER

17 - Transmit Power

CONFIG_LINEAR_EQUATION

18 - Linear Equation

CONFIG_FATIGUE

19 - Fatigue Options

CONFIG_FATIGUE_MODE

20 - Fatigue Options - Fatigue Mode

CONFIG_FATIGUE_ANGLE_ID

21 - Fatigue Options - Angle ID

CONFIG_FATIGUE_SN_CURVE

22 - Fatigue Options - SN Curve Segment

CONFIG_FATIGUE_DIST_NUM_ANGLES

23 - Fatigue Options - Number of Distributed Angles

CONFIG_FATIGUE_DIST_ANGLE

24 - Fatigue Options - Low/Upper Distributed Angle

CONFIG_HISTOGRAM

25 - Histogram Options

CONFIG_HISTOGRAM_TX_RATE

26 - Histogram Transmit Rate

CONFIG_HARDWARE_OFFSET

27 - Hardware Offset

CONFIG_ACTIVITY_SENSE

28 - Activity Sense

CONFIG_GAUGE_FACTOR

29 - Gauge Factor

CONFIG_EVENT_TRIGGER

30 - Event Trigger

CONFIG_EVENT_TRIGGER_DURATION

31 - Event Trigger - Total Duration

CONFIG_EVENT_TRIGGER_MASK

32 - Event Trigger - Trigger Mask

CONFIG_DIAGNOSTIC_INTERVAL

33 - Diagnostic Info Interval

CONFIG_ANTI_ALIASING_FILTER

34 - Anti-Aliasing Filter

CONFIG_STORAGE_LIMIT_MODE

35 - Storage Limit Mode

CONFIG_SENSOR_DELAY

36 - Sensor Delay

CONFIG_LOW_PASS_FILTER

37 - Low Pass Filter

CONFIG_DATA_MODE

38 - Data Mode

CONFIG_DERIVED_DATA_RATE

39 - Derived Data Rate

CONFIG_DERIVED_MASK_RMS

40 - Derived RMS Mask

CONFIG_DERIVED_MASK_P2P

41 - Derived Peak to Peak Mask

CONFIG_DERIVED_MASK_IPS

42 - Derived IPS Mask

CONFIG_DERIVED_MASK_CREST_FACTOR

43 - Derived Crest Factor Mask

CONFIG_HIGH_PASS_FILTER

44 - High Pass Filter

CONFIG_DERIVED_MASK

45 - Derived Mask (all masks issue)

CONFIG_COMM_PROTOCOL

46 - Communication Protocol

CONFIG_DERIVED_MASK_MEAN

47 - Derived Mean Mask

CONFIG_GAUGE_RESISTANCE

48 - Gauge Resistance

CONFIG_NUM_ACTIVE_GAUGES

49 - Number of Active Gauges

CONFIG_TEMP_SENSOR_OPTS

50 - Temp Sensor Options

CONFIG_DEBOUNCE_FILTER

51 - Debounce Filter

CONFIG_PULLUP_RESISTOR

52 - Pull-up Resistor

CONFIG_EXCITATION_VOLTAGE

53 - Excitation Voltage

CONFIG_DERIVED_UNIT

54 - Derived Unit

CONFIG_SENSOR_OUTPUT_MODE

55 - Sensor Output Mode

CONFIG_LOW_BATTERY_THRESHOLD

56 - Low Battery Threshold

-
- -
-
ConfigIssue
-
ConfigIssue(
ConfigIssue::ConfigOption optionId,
const std::string &description
)
-

Creates a ConfigIssue object.

Parameters
optionId
ConfigIssue::ConfigOption

The ConfigOption identifying the configuration option for which the issue occurred.

description
const std::string&

A description of the issue.

-
- -
-
ConfigIssue
-
ConfigIssue(
ConfigIssue::ConfigOption optionId,
const std::string &description,
const ChannelMask &mask
)
-

Creates a ConfigIssue object.

Parameters
optionId
ConfigIssue::ConfigOption

The ConfigOption identifying the configuration option for which the issue occurred.

description
const std::string&

A description of the issue.

mask
const ChannelMask&

The ChannelMask that this issue applies to, if this is a channel group issue.

-
- -
-
id
- -

Gets the ConfigOption identifying the configuration option for which the issue occurred.

Returns

A ConfigOption identifying the configuration option for which the issue occurred.

-
- -
-
description
-
const std::string& description() const
-

Gets a description of the issue.

Returns

A string description of the issue.

-
- -
-
isChannelGroupIssue
-
bool isChannelGroupIssue() const
-

Gets whether the issue applies to a channel group (true) or the entire Node (false).

Returns

true if the issue applies to a channel group, false if the issue is for a global Node setting.

-
- -
-
channelMask
-
const ChannelMask& channelMask() const
-

The ChannelMask that the issue applies to, if this issue is a channel group issue.

Returns

The ChannelMask that the issue applies to. If this issue is for a global Node setting, this will be a default (all disabled) mask.

-
- -
-
ConfigIssues
-

typedef for a vector of ConfigIssue objects.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Connection-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/Connection-Summary.js deleted file mode 100644 index 4432104fb..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Connection-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:Connection","Connection");NDSummary.OnSummaryLoaded("CClass:Connection",[["C/C++","C"]],[["Classes","Class"],["Enums","Enumeration"],["Functions","Function"]],[[19,0,0,"Connection"],[20,0,1,"ConnectionType","ConnectionType"],[21,0,1,,"connectionType_serial"],[22,0,1,,"connectionType_tcp"],[23,0,1,,"connectionType_webSocket"],[24,0,1,,"connectionType_unixSocket"],[25,0,2,"Serial","Serial"],[26,0,2,"Serial","Serial(2)"],[27,0,2,"TcpIp","TcpIp"],[28,0,2,"WebSocket","WebSocket"],[29,0,2,"UnixSocket","UnixSocket"],[30,0,2,"description","description"],[31,0,2,"port","port"],[32,0,2,"type","type"],[33,0,2,"disconnect","disconnect"],[34,0,2,"reconnect","reconnect"],[35,0,2,"write","write"],[36,0,2,"writeStr","writeStr"],[37,0,2,"rawByteMode","rawByteMode"],[38,0,2,"rawByteMode","rawByteMode(2)"],[39,0,2,"getRawBytes","getRawBytes"],[40,0,2,"getRawBytesStr","getRawBytesStr"],[41,0,2,"getRawBytesWithPattern","getRawBytesWithPattern"],[42,0,2,"debugMode","debugMode"],[43,0,2,"debugMode","debugMode(2)"],[44,0,2,"getDebugData","getDebugData"],[45,0,2,"updateBaudRate","updateBaudRate"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Connection-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/Connection-SummaryToolTips.js deleted file mode 100644 index 18e924bd4..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Connection-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:Connection",{19:"
Connection
The Connection object that is used for communication.
",20:"
Represents the types of channels on Wireless Nodes.
",25:"
static Connection Serial(
const std::string &port,
uint32 baudRate
)
A static function for creating a Connection object with a <SerialConnection> implementation.  Use this function if you know the specific baud rate you want to connect at.  A connection with the specified port will be established.
",26:"
static Connection Serial(
const std::string &port
)
A static function for creating a Connection object with a <SerialConnection> implementation, and attempting to automatically determine/use the baud rate by utilizing Devices::listPorts.  A connection with the specified port will be established.
",27:"
static Connection TcpIp(
const std::string &serverAddress,
uint16 serverPort,
const std::string &interfaceAddress = ""
)
A static function for creating a Connection object with a <TcpIpConnection> implementation.  A connection with the specified address/port will be established.
",28:"
static Connection WebSocket(
const std::string &host,
uint16 port
)
A static function for creating a Connection object with a <WebSocketConnection> or <WebSocketSecureConnection> implementation.  A connection with the specified host/port will be established.  Note: This requires the "host" string to be in the form "wss://mscl.example.com" (for a Secure Web Socket) or "ws://mscl.example.com" for a standard HTTP Web Socket
",29:"
static Connection UnixSocket(
const std::string &path
)
A generator function for Connection objects with a <UnixSocketConnection> implementation (Unix builds only).  A connection with the specified path will be established.
",30:"
std::string description()
Gets a description of the connection as a string.
",31:"
std::string port()
Gets the port name of the connection if it exists.
",32:"
ConnectionType type()
Gets the ConnectionType of the connection.
",33:"
void disconnect()
Closes the current connection.
",34:"
void reconnect()
Reopens a connection that has been disconnected.
",35:"
void write(
const Bytes &bytes
) const
Writes the given bytes to the connection.
",36:"
void writeStr(
const std::string &bytes
) const
Writes the given string (containing bytes) to the connection.
",37:"
void rawByteMode(
bool enable
)
Puts the connection into "Raw Byte Mode." "Raw Byte Mode" stops the data from being sent/parsed from any attached devices (BaseStation, InertialNode, etc.)  and instead sends all data into a raw circular data buffer that can be accessed by calling getRawBytes on this Connection object.  Disabling this mode will start sending all data back to the previous attached device, if still available.
",38:"
bool rawByteMode()
Checks if raw byte mode is enabled or disabled.
",39:"
Bytes getRawBytes(
uint32 timeout = 0,
uint32 maxBytes = 0,
uint32 minBytes = 0
)
Gets the raw bytes that are available that have been collected when the Connection is in "Raw Byte Mode."  If the Connection has not been put into "Raw Byte Mode" by calling rawByteMode, no data can be retrieved from this function.
",40:"
std::string getRawBytesStr(
uint32 timeout = 0,
uint32 maxBytes = 0,
uint32 minBytes = 0
)
Gets the raw bytes that are available that have been collected when the Connection is in "Raw Byte Mode" as a string.  If the Connection has not been put into "Raw Byte Mode" by calling rawByteMode, no data can be retrieved from this function.
",41:"
Bytes getRawBytesWithPattern(
const Bytes &pattern,
uint32 timeout = 0
)
Gets the raw bytes that are available that have been collected when the Connection is in "Raw Byte Mode", if a byte pattern is found.  If the Connection has not been put into "Raw Byte Mode" by calling rawByteMode, no data can be retrieved from this function.
",42:"
void debugMode(
bool enable
)
Puts the connection into "Debug Mode." "Debug Mode" adds an additional container that gets filled when any write or read operations occur.  Once debug mode is enabled, you can access this data with the getDebugData function.  This does not interfere with standard data collection.
",43:"
bool debugMode()
Checks if debug mode is enabled or disabled.
",44:"
ConnectionDebugDataVec getDebugData(
uint32 timeout = 0
)
Gets the ConnectionDebugData that have been collected when the Connection is in "Debug Mode."  If the Connection has not been put into "Debug Mode" by calling debugMode, no data can be retrieved from this function.
",45:"
void updateBaudRate(
uint32 baudRate
)
Updates the serial connection baud rate. If this is not a serial connection, this function does nothing.  Important: The connection to the port will be closed and re-opened at the new baud rate.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Connection-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/Connection-ToolTips.js deleted file mode 100644 index 494c6193d..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Connection-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({13:"
ConnectionDebugData
Holds data used when the Connection debug mode is enabled.
",19:"
Connection
The Connection object that is used for communication.
",20:"
Represents the types of channels on Wireless Nodes.
",37:"
void rawByteMode(
bool enable
)
Puts the connection into "Raw Byte Mode." "Raw Byte Mode" stops the data from being sent/parsed from any attached devices (BaseStation, InertialNode, etc.)  and instead sends all data into a raw circular data buffer that can be accessed by calling getRawBytes on this Connection object.  Disabling this mode will start sending all data back to the previous attached device, if still available.
",39:"
Bytes getRawBytes(
uint32 timeout = 0,
uint32 maxBytes = 0,
uint32 minBytes = 0
)
Gets the raw bytes that are available that have been collected when the Connection is in "Raw Byte Mode."  If the Connection has not been put into "Raw Byte Mode" by calling rawByteMode, no data can be retrieved from this function.
",42:"
void debugMode(
bool enable
)
Puts the connection into "Debug Mode." "Debug Mode" adds an additional container that gets filled when any write or read operations occur.  Once debug mode is enabled, you can access this data with the getDebugData function.  This does not interfere with standard data collection.
",44:"
ConnectionDebugDataVec getDebugData(
uint32 timeout = 0
)
Gets the ConnectionDebugData that have been collected when the Connection is in "Debug Mode."  If the Connection has not been put into "Debug Mode" by calling debugMode, no data can be retrieved from this function.
",2257:"
static DeviceList listPorts()
Gets a simple list of all serial ports and their availability.
",4526:"
typedef for a vector of bytes.
",4632:"
Error_Connection
The generic connection exception.
",4638:"
Error_InvalidSerialPort
There was an error with the specified COM Port.
",4640:"
Error_InvalidTcpServer
There was an error with the specified TCP/IP Server.
",4642:"
Error_InvalidUnixSocket
There was an error with the specified Unix Socket.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Connection.html b/v66.0.1/MSCL_API_Docs/classes/C/Connection.html deleted file mode 100644 index 74c9ee54d..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Connection.html +++ /dev/null @@ -1,148 +0,0 @@ - - -Connection - - - - - - - -
-
Connection
-
Connection
-

The Connection object that is used for communication.

-
- -
-
ConnectionType
-

Represents the types of channels on Wireless Nodes.

connectionType_serial

0 - Serial Connection

connectionType_tcp

1 - TCP/IP Connection

connectionType_webSocket

2 - Web Socket Connection

connectionType_unixSocket

3 - Unix Socket Connection

-
- -
-
Serial
-
static Connection Serial(
const std::string &port,
uint32 baudRate
)
-

A static function for creating a Connection object with a <SerialConnection> implementation.  Use this function if you know the specific baud rate you want to connect at.  A connection with the specified port will be established.

Parameters
port
const std::string&

The actual string name of the COM port (ex. "COM26")

baudRate
uint32

The baud rate at which to open the COM port (ex. 921600).

Returns

A Connection object created with a <SerialConnection> implementation.

Exceptions
-
- -
-
Serial
-
static Connection Serial(
const std::string &port
)
-

A static function for creating a Connection object with a <SerialConnection> implementation, and attempting to automatically determine/use the baud rate by utilizing Devices::listPorts.  A connection with the specified port will be established.

Parameters
port
const std::string&

The actual string name of the COM port (ex. "COM26")

Returns

A Connection object created with a <SerialConnection> implementation.

Exceptions
-
- -
-
TcpIp
-
static Connection TcpIp(
const std::string &serverAddress,
uint16 serverPort,
const std::string &interfaceAddress = ""
)
-

A static function for creating a Connection object with a <TcpIpConnection> implementation.  A connection with the specified address/port will be established.

Parameters
serverAddress
const std::string&

The server address (domain name or ip address) to connect to.

serverPort
uint16

The server port to connect to.

interfaceAddress
const std::string&

The address of the specific ethernet adapter to use for the connection (optional).

Returns

A Connection object created with a <TcpIpConnection> implementation.

Exceptions
-
- -
-
WebSocket
-
static Connection WebSocket(
const std::string &host,
uint16 port
)
-

A static function for creating a Connection object with a <WebSocketConnection> or <WebSocketSecureConnection> implementation.  A connection with the specified host/port will be established.  Note: This requires the "host" string to be in the form "wss://mscl.example.com" (for a Secure Web Socket) or "ws://mscl.example.com" for a standard HTTP Web Socket

Parameters
host
const std::string&

The host name to connect to. For example, "wss://mscl.example.com" (for a Secure Web Socket) or "ws://mscl.example.com" for a standard HTTP Web Socket.

port
uint16

The port to connect to.

Returns

A Connection object created with a Web Socket implementation.

Exceptions
-
- -
-
UnixSocket
-
static Connection UnixSocket(
const std::string &path
)
-

A generator function for Connection objects with a <UnixSocketConnection> implementation (Unix builds only).  A connection with the specified path will be established.

Parameters
path
const std::string&

The a path to the unix socket

Returns

The generated Connection object.

Exceptions
-
- -
-
description
-
std::string description()
-

Gets a description of the connection as a string.

Returns

A description of the connection.

-
- -
-
port
-
std::string port()
-

Gets the port name of the connection if it exists.

Returns

The port name of the connection if it exists.

-
- -
-
type
- -

Gets the ConnectionType of the connection.

Returns

A ConnectionType enum.

-
- -
-
disconnect
-
void disconnect()
-

Closes the current connection.

-
- -
-
reconnect
-
void reconnect()
-

Reopens a connection that has been disconnected.

Exceptions
Error_InvalidSerialPort

the specified com port is invalid.

Error_InvalidTcpServer

the specified server address and/or server port is invalid.

Error_InvalidUnixSocket

failed to connect to the specified unix socket path.

Error_Connection

failed to get or set com port parameters

-
- -
-
write
-
void write(
const Bytes &bytes
) const
-

Writes the given bytes to the connection.

Parameters
bytes
const Bytes&

The bytes to write.

Exceptions

  • Error_Connection: a connection error has occurred, such as the device being unplugged.

-
- -
-
writeStr
-
void writeStr(
const std::string &bytes
) const
-

Writes the given string (containing bytes) to the connection.

Parameters
bytes
const std::string&

The string of bytes to write.

Exceptions

  • Error_Connection: a connection error has occurred, such as the device being unplugged.

-
- -
-
rawByteMode
-
void rawByteMode(
bool enable
)
-

Puts the connection into "Raw Byte Mode."  "Raw Byte Mode" stops the data from being sent/parsed from any attached devices (BaseStation, InertialNode, etc.)  and instead sends all data into a raw circular data buffer that can be accessed by calling getRawBytes on this Connection object.  Disabling this mode will start sending all data back to the previous attached device, if still available.

Parameters
enable
bool

whether to enable raw byte mode (true), or disable raw byte mode (false).

Exceptions
-
- -
-
rawByteMode
-
bool rawByteMode()
-

Checks if raw byte mode is enabled or disabled.

Returns

true if raw byte mode is enabled, false if it is disabled.

-
- -
-
getRawBytes
-
Bytes getRawBytes(
uint32 timeout = 0,
uint32 maxBytes = 0,
uint32 minBytes = 0
)
-

Gets the raw bytes that are available that have been collected when the Connection is in "Raw Byte Mode."  If the Connection has not been put into "Raw Byte Mode" by calling rawByteMode, no data can be retrieved from this function.

Parameters
timeout
uint32

the timeout, in milliseconds, to wait for the data if necessary (default of 0).

maxBytes
uint32

The maximum number of bytes to return. If this is 0 (default), all bytes will be returned.

Returns

A Bytes vector containing all of the raw bytes that are available.

Exceptions

  • Error_Connection: a connection error has occurred, such as the device being unplugged.

-
- -
-
getRawBytesStr
-
std::string getRawBytesStr(
uint32 timeout = 0,
uint32 maxBytes = 0,
uint32 minBytes = 0
)
-

Gets the raw bytes that are available that have been collected when the Connection is in "Raw Byte Mode" as a string.  If the Connection has not been put into "Raw Byte Mode" by calling rawByteMode, no data can be retrieved from this function.

Parameters
timeout
uint32

the timeout, in milliseconds, to wait for the data if necessary (default of 0).

maxBytes
uint32

The maximum number of bytes to return. If this is 0 (default), all bytes will be returned.

Returns

A string containing all of the raw bytes that are available.

Exceptions

  • Error_Connection: a connection error has occurred, such as the device being unplugged.

-
- -
-
getRawBytesWithPattern
-
Bytes getRawBytesWithPattern(
const Bytes &pattern,
uint32 timeout = 0
)
-

Gets the raw bytes that are available that have been collected when the Connection is in "Raw Byte Mode", if a byte pattern is found.  If the Connection has not been put into "Raw Byte Mode" by calling rawByteMode, no data can be retrieved from this function.

Patameters
pattern

The Bytes containing the pattern of bytes to match.

timeout

The timeout, in milliseconds, to wait for the data if necessary (default of 0).

Returns

A Bytes container with all of the bytes before and including the pattern bytes if the pattern was found, or an empty Bytes container otherwise.

-
- -
-
debugMode
-
void debugMode(
bool enable
)
-

Puts the connection into "Debug Mode."  "Debug Mode" adds an additional container that gets filled when any write or read operations occur.  Once debug mode is enabled, you can access this data with the getDebugData function.  This does not interfere with standard data collection.

Parameters
enable
bool

whether to enable debug mode (true), or disable debug mode (false).

Exceptions
-
- -
-
debugMode
-
bool debugMode()
-

Checks if debug mode is enabled or disabled.

Returns

true if debug mode is enabled, false if it is disabled.

-
- -
-
getDebugData
-
ConnectionDebugDataVec getDebugData(
uint32 timeout = 0
)
-

Gets the ConnectionDebugData that have been collected when the Connection is in "Debug Mode."  If the Connection has not been put into "Debug Mode" by calling debugMode, no data can be retrieved from this function.

Parameters
timeout
uint32

the timeout, in milliseconds, to wait for the data if necessary (default of 0).

Returns

A <ConnectionDebugDataVec> containing all of the ConnectionDebugData that is available.

Exceptions

  • Error_Connection: a connection error has occurred, such as the device being unplugged.

-
- -
-
updateBaudRate
-
void updateBaudRate(
uint32 baudRate
)
-

Updates the serial connection baud rate. If this is not a serial connection, this function does nothing.  Important: The connection to the port will be closed and re-opened at the new baud rate.

Parameters
baudRate
uint32

the baud rate at which to reestablish the connection

Exceptions

  • Error_Connection: a connection error has occurred, such as the device being unplugged.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/ConnectionDebugData-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/ConnectionDebugData-Summary.js deleted file mode 100644 index ffa66af9a..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/ConnectionDebugData-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:ConnectionDebugData","ConnectionDebugData");NDSummary.OnSummaryLoaded("CClass:ConnectionDebugData",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Types","Type"]],[[13,0,0,"ConnectionDebugData"],[14,0,1,"ConnectionDebugData","ConnectionDebugData"],[15,0,1,"fromRead","fromRead"],[16,0,1,"timestamp","timestamp"],[17,0,1,"data","data"],[18,0,2,"ConnectionDebugDataVec","ConnectionDebugDataVec"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/ConnectionDebugData-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/ConnectionDebugData-SummaryToolTips.js deleted file mode 100644 index 2cb37ace7..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/ConnectionDebugData-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:ConnectionDebugData",{13:"
ConnectionDebugData
Holds data used when the Connection debug mode is enabled.
",14:"
ConnectionDebugData()
Creates an empty ConnectionDebugData object.
",15:"
bool fromRead() const
Gets whether the debug data is from a read operation or a write operation.
",16:"
const Timestamp& timestamp() const
Gets the Timestamp of when the debug data was collected.
",17:"
const Bytes& data() const
Gets the Bytes that were read from or written to the connection.
",18:"
typedef for a vector of ConnectionDebugData objects.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/ConnectionDebugData-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/ConnectionDebugData-ToolTips.js deleted file mode 100644 index 4cbfd9488..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/ConnectionDebugData-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({14:"
ConnectionDebugData()
Creates an empty ConnectionDebugData object.
",4526:"
typedef for a vector of bytes.
",4554:"
Timestamp
Represents a date/time object
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/ConnectionDebugData.html b/v66.0.1/MSCL_API_Docs/classes/C/ConnectionDebugData.html deleted file mode 100644 index 312015160..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/ConnectionDebugData.html +++ /dev/null @@ -1,46 +0,0 @@ - - -ConnectionDebugData - - - - - - - -
-
ConnectionDebugData
-
ConnectionDebugData
-

Holds data used when the Connection debug mode is enabled.

-
- -
-
ConnectionDebugData
-
ConnectionDebugData()
-

Creates an empty ConnectionDebugData object.

-
- -
-
fromRead
-
bool fromRead() const
-

Gets whether the debug data is from a read operation or a write operation.

Returns

true if the debug data is from a read operation, false if it is from a write operation.

-
- -
-
timestamp
-
const Timestamp& timestamp() const
-

Gets the Timestamp of when the debug data was collected.

Returns

A Timestamp representing when the debug data was collected.

-
- -
-
data
-
const Bytes& data() const
-

Gets the Bytes that were read from or written to the connection.

-
- -
-
ConnectionDebugDataVec
-

typedef for a vector of ConnectionDebugData objects.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Constellation-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/Constellation-Summary.js deleted file mode 100644 index 71bf765b8..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Constellation-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:Constellation","Constellation");NDSummary.OnSummaryLoaded("CClass:Constellation",[["C/C++","C"]],[["Structs","Struct"],["Types","Type"],["Variables","Variable"]],[[604,0,0,"Constellation"],[605,0,2,"constellationID","constellationID"],[606,0,2,"enabled","enabled"],[607,0,2,"reservedChannelCount","reservedChannelCount"],[608,0,2,"maxChannels","maxChannels"],[609,0,2,"enableL1SAIF","enableL1SAIF"],[610,0,1,"Constellations","Constellations"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Constellation-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/Constellation-SummaryToolTips.js deleted file mode 100644 index 88241b696..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Constellation-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:Constellation",{604:"
Contains the satellite constellation data used in the ConstellationSettingsData class.
",605:"
InertialTypes::ConstellationId constellationID
",606:"
bool enabled
",607:"
uint8 reservedChannelCount
The number of reserved channels.  (Must be <= 32)
",608:"
uint8 maxChannels
The maximum number of tracking channels.
",609:"
bool enableL1SAIF
enables L1AIF for constellation QZSS
",610:"
A vector of Constellation objects
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Constellation-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/Constellation-ToolTips.js deleted file mode 100644 index 23008c761..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Constellation-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({604:"
Contains the satellite constellation data used in the ConstellationSettingsData class.
",611:"
Contains the data for the InertialNode::setConstellationSettings API call.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Constellation.html b/v66.0.1/MSCL_API_Docs/classes/C/Constellation.html deleted file mode 100644 index 8309557ac..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Constellation.html +++ /dev/null @@ -1,49 +0,0 @@ - - -Constellation - - - - - - - -
-
Constellation
-

Contains the satellite constellation data used in the ConstellationSettingsData class.

-
- -
-
constellationID
-
InertialTypes::ConstellationId constellationID
-
- -
-
enabled
-
bool enabled
-
- -
-
reservedChannelCount
-
uint8 reservedChannelCount
-

The number of reserved channels.  (Must be <= 32)

-
- -
-
maxChannels
-
uint8 maxChannels
-

The maximum number of tracking channels.

-
- -
-
enableL1SAIF
-
bool enableL1SAIF
-

enables L1AIF for constellation QZSS

-
- -
-
Constellations
-

A vector of Constellation objects

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/ConstellationSettingsData-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/ConstellationSettingsData-Summary.js deleted file mode 100644 index 97e3308d4..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/ConstellationSettingsData-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:ConstellationSettingsData","ConstellationSettingsData");NDSummary.OnSummaryLoaded("CClass:ConstellationSettingsData",[["C/C++","C"]],[["Structs","Struct"],["Variables","Variable"]],[[611,0,0,"ConstellationSettingsData"],[612,0,1,"maxChannelsAvailable","maxChannelsAvailable"],[613,0,1,"maxChannelsToUse","maxChannelsToUse"],[614,0,1,"constellations","constellations"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/ConstellationSettingsData-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/ConstellationSettingsData-SummaryToolTips.js deleted file mode 100644 index 3908e0f8b..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/ConstellationSettingsData-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:ConstellationSettingsData",{611:"
Contains the data for the InertialNode::setConstellationSettings API call.
",612:"
uint16 maxChannelsAvailable
",613:"
uint16 maxChannelsToUse
",614:"
Constellations constellations
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/ConstellationSettingsData-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/ConstellationSettingsData-ToolTips.js deleted file mode 100644 index f652b11d7..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/ConstellationSettingsData-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({179:"
void setConstellationSettings(
const ConstellationSettingsData &dataToUse
)
Sets the GNSS Constellation Settings.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/ConstellationSettingsData.html b/v66.0.1/MSCL_API_Docs/classes/C/ConstellationSettingsData.html deleted file mode 100644 index 684ec6067..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/ConstellationSettingsData.html +++ /dev/null @@ -1,31 +0,0 @@ - - -ConstellationSettingsData - - - - - - - -
-
ConstellationSettingsData
-

Contains the data for the InertialNode::setConstellationSettings API call.

-
- -
-
maxChannelsAvailable
-
uint16 maxChannelsAvailable
-
- -
-
maxChannelsToUse
-
uint16 maxChannelsToUse
-
- -
-
constellations
-
Constellations constellations
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT-Summary.js deleted file mode 100644 index 15bdf1ee1..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:ContinuousBIT","ContinuousBIT");NDSummary.OnSummaryLoaded("CClass:ContinuousBIT",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"]],[[2267,0,0,"ContinuousBIT"],[2268,0,1,"ContinuousBIT","ContinuousBIT"],[2269,0,1,"ContinuousBIT","ContinuousBIT(2)"],[2270,0,1,"ContinuousBIT","ContinuousBIT(3)"],[2271,0,1,"operator=","operator="],[2272,0,1,"operator=","operator=(2)"],[2273,0,1,"as_MipDataPoints","as_MipDataPoints"],[2274,0,1,"getMipDataPoints","getMipDataPoints"],[2275,0,1,"data","data"],[2276,0,1,"systemClockFailure","systemClockFailure"],[2277,0,1,"powerFault","powerFault"],[2278,0,1,"firmwareFault","firmwareFault"],[2279,0,1,"timingOverload","timingOverload"],[2280,0,1,"bufferOverrun","bufferOverrun"],[2281,0,1,"imuClockFault","imuClockFault"],[2282,0,1,"imuCommunicationFault","imuCommunicationFault"],[2283,0,1,"imuTimingOverrun","imuTimingOverrun"],[2284,0,1,"imuCalibrationErrorAccel","imuCalibrationErrorAccel"],[2285,0,1,"imuCalibrationErrorGyro","imuCalibrationErrorGyro"],[2286,0,1,"imuCalibrationErrorMag","imuCalibrationErrorMag"],[2287,0,1,"accelGeneralFault","accelGeneralFault"],[2288,0,1,"accelOverrange","accelOverrange"],[2289,0,1,"accelSelfTest","accelSelfTest"],[2290,0,1,"gyroGeneralFault","gyroGeneralFault"],[2291,0,1,"gyroOverrange","gyroOverrange"],[2292,0,1,"gyroSelfTest","gyroSelfTest"],[2293,0,1,"magGeneralFault","magGeneralFault"],[2294,0,1,"magOverrange","magOverrange"],[2295,0,1,"magSelfTest","magSelfTest"],[2296,0,1,"pressureGeneralFault","pressureGeneralFault"],[2297,0,1,"pressureOverrange","pressureOverrange"],[2298,0,1,"pressureSelfTest","pressureSelfTest"],[2299,0,1,"filterTimingOverrun","filterTimingOverrun"],[2300,0,1,"filterTimingUnderrun","filterTimingUnderrun"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT-SummaryToolTips.js deleted file mode 100644 index 02a0c45bb..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:ContinuousBIT",{2267:"
ContinuousBIT
Abstract class for device-specific Built-In Test result parser classes
",2268:"
ContinuousBIT() = delete
",2269:"
explicit ContinuousBIT(
const ContinuousBIT&
) = delete
Copy constructor
",2270:"
explicit ContinuousBIT(
const ContinuousBIT&&
) = delete
Move constructor
",2271:"
ContinuousBIT& operator=(
const ContinuousBIT&
) const = delete
Copy assignment operator
",2272:"
ContinuousBIT& operator=(
const ContinuousBIT&&
) const = delete
Move assignment operator
",2273:"
virtual MipDataPoints as_MipDataPoints() const = 0
Get the Built-In Test data formatted as MipDataPoint objects
",2274:"
static MipDataPoints getMipDataPoints(
MipModels::NodeModel model,
Bytes data
)
Static function to parse the Built-In Test result data into MipDataPoint objects based on the specified device model
",2275:"
const Bytes& data() const
Gets the original Bytes source data (not parsed)
",2276:"
virtual bool systemClockFailure() const = 0
Gets the value of the System Clock Failure bit (bit 0)
",2277:"
virtual bool powerFault() const = 0
Gets the value of the Power Fault bit (bit 1)
",2278:"
virtual bool firmwareFault() const = 0
Gets the value of the Firmware Fault bit (bit 4)
",2279:"
virtual bool timingOverload() const = 0
Gets the value of the Timing Overload bit (bit 5)
",2280:"
virtual bool bufferOverrun() const = 0
Gets the value of the Buffer Overrun bit (bit 6)
",2281:"
virtual bool imuClockFault() const = 0
Gets the value of the IMU Clock Fault bit (bit 32)
",2282:"
virtual bool imuCommunicationFault() const = 0
Gets the value of the IMU Communication Fault bit (bit 33)
",2283:"
virtual bool imuTimingOverrun() const = 0
Gets the value of the IMU Timing Overrun bit (bit 34)
",2284:"
virtual bool imuCalibrationErrorAccel() const = 0
Gets the value of the IMU Calibration Error Accelerometer bit (bit 36)
",2285:"
virtual bool imuCalibrationErrorGyro() const = 0
Gets the value of the IMU Calibration Error Gyroscope bit (bit 37)
",2286:"
virtual bool imuCalibrationErrorMag() const = 0
Gets the value of the IMU Calibration Error Magnetometer bit (bit 38)
",2287:"
virtual bool accelGeneralFault() const = 0
Gets the value of the Accelerometer General Fault bit (bit 40)
",2288:"
virtual bool accelOverrange() const = 0
Gets the value of the Accelerometer Overrange bit (bit 41)
",2289:"
virtual bool accelSelfTestFail() const = 0
Gets the value of the Accelerometer Self Test bit (bit 42)
",2290:"
virtual bool gyroGeneralFault() const = 0
Gets the value of the Gyroscope General Fault bit (bit 44)
",2291:"
virtual bool gyroOverrange() const = 0
Gets the value of the Gyroscope Overrange bit (bit 45)
",2292:"
virtual bool gyroSelfTestFail() const = 0
Gets the value of the Gyroscope Self Test bit (bit 46)
",2293:"
virtual bool magGeneralFault() const = 0
Gets the value of the Magnetometer General Fault bit (bit 48)
",2294:"
virtual bool magOverrange() const = 0
Gets the value of the Magnetometer Overrange bit (bit 49)
",2295:"
virtual bool magSelfTestFail() const = 0
Gets the value of the Magnetometer Self Test bit (bit 50)
",2296:"
virtual bool pressureGeneralFault() const = 0
Gets the value of the Pressure General Fault bit (bit 52)
",2297:"
virtual bool pressureOverrange() const = 0
Gets the value of the Pressure Overrange bit (bit 53)
",2298:"
virtual bool pressureSelfTestFail() const = 0
Gets the value of the Pressure Self Test bit (bit 54)
",2299:"
virtual bool filterTimingOverrun() const = 0
Gets the value of the Filter Timing Overrun bit (bit 66)
",2300:"
virtual bool filterTimingUnderrun() const = 0
Gets the value of the Filter Timing Underrun bit (bit 67)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT-ToolTips.js deleted file mode 100644 index db32fb2a7..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2121:"
MipDataPoint
Represents a single Inertial Data Point (Extends from DataPoint)
",2131:"
The base model numbers for each of the MIP devices.  Ex: 6284-4220 (3DM-GQ7) NodeModel is 6284
",2267:"
ContinuousBIT
Abstract class for device-specific Built-In Test result parser classes
",4526:"
typedef for a vector of bytes.
",2428:"
CV7ContinuousBIT
Continuous Built-In Test flag data
",2600:"
GQ7ContinuousBIT
Continuous Built-In Test flag data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT.html b/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT.html deleted file mode 100644 index 33292229f..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT.html +++ /dev/null @@ -1,214 +0,0 @@ - - -ContinuousBIT - - - - - - - -
-
ContinuousBIT
- -

Abstract class for device-specific Built-In Test result parser classes

-
- -
-
ContinuousBIT
-
ContinuousBIT() = delete
-
- -
-
ContinuousBIT
-
explicit ContinuousBIT(
const ContinuousBIT&
) = delete
-

Copy constructor

-
- -
-
ContinuousBIT
-
explicit ContinuousBIT(
const ContinuousBIT&&
) = delete
-

Move constructor

-
- -
-
operator=
-
ContinuousBIT& operator=(
const ContinuousBIT&
) const = delete
-

Copy assignment operator

-
- -
-
operator=
-
ContinuousBIT& operator=(
const ContinuousBIT&&
) const = delete
-

Move assignment operator

-
- -
-
as_MipDataPoints
-
virtual MipDataPoints as_MipDataPoints() const = 0
-

Get the Built-In Test data formatted as MipDataPoint objects

Returns
MipDataPoints

Data in DataPoint format

-
- -
-
getMipDataPoints
-
static MipDataPoints getMipDataPoints(
MipModels::NodeModel model,
Bytes data
)
-

Static function to parse the Built-In Test result data into MipDataPoint objects based on the specified device model

Parameters
model
MipModels::NodeModel

MipModels::NodeModel of the device the data was output from

data
Bytes

Bytes Built-In Test result

Returns
MipDataPoints

Data in DataPoint format

-
- -
-
data
-
const Bytes& data() const
-

Gets the original Bytes source data (not parsed)

Returns
Bytes

Raw source data

-
- -
-
systemClockFailure
-
virtual bool systemClockFailure() const = 0
-

Gets the value of the System Clock Failure bit (bit 0)

Returns
bool

true: The system clock is not operating properly

-
- -
-
powerFault
-
virtual bool powerFault() const = 0
-

Gets the value of the Power Fault bit (bit 1)

Returns
bool

true: Power supply voltage is outside the recommended range, or an internal power fault exists

-
- -
-
firmwareFault
-
virtual bool firmwareFault() const = 0
-

Gets the value of the Firmware Fault bit (bit 4)

Returns
bool

true: System firmware has detected an unexpected or abnormal condition

-
- -
-
timingOverload
-
virtual bool timingOverload() const = 0
-

Gets the value of the Timing Overload bit (bit 5)

Returns
bool

true: The system is unable to keep up with the processing demand

-
- -
-
bufferOverrun
-
virtual bool bufferOverrun() const = 0
-

Gets the value of the Buffer Overrun bit (bit 6)

Returns
bool

true: A data buffer in the system has reached its capacity

-
- -
-
imuClockFault
-
virtual bool imuClockFault() const = 0
-

Gets the value of the IMU Clock Fault bit (bit 32)

Returns
bool

true: IMU is not running off the system clock

-
- -
-
imuCommunicationFault
-
virtual bool imuCommunicationFault() const = 0
-

Gets the value of the IMU Communication Fault bit (bit 33)

Returns
bool

true: No communication with IMU

-
- -
-
imuTimingOverrun
-
virtual bool imuTimingOverrun() const = 0
-

Gets the value of the IMU Timing Overrun bit (bit 34)

Returns
bool

true: IMU processes are taking longer than their allotted time

-
- -
-
imuCalibrationErrorAccel
-
virtual bool imuCalibrationErrorAccel() const = 0
-

Gets the value of the IMU Calibration Error Accelerometer bit (bit 36)

Returns
bool

true: A problem is detected with the accelerometer calibration

-
- -
-
imuCalibrationErrorGyro
-
virtual bool imuCalibrationErrorGyro() const = 0
-

Gets the value of the IMU Calibration Error Gyroscope bit (bit 37)

Returns
bool

true: A problem is detected with the gyroscope calibration

-
- -
-
imuCalibrationErrorMag
-
virtual bool imuCalibrationErrorMag() const = 0
-

Gets the value of the IMU Calibration Error Magnetometer bit (bit 38)

Returns
bool

true: A problem is detected with the magnetometer calibration

-
- -
-
accelGeneralFault
-
virtual bool accelGeneralFault() const = 0
-

Gets the value of the Accelerometer General Fault bit (bit 40)

Returns
bool

true: Accelerometer will not initialize

-
- -
-
accelOverrange
-
virtual bool accelOverrange() const = 0
-

Gets the value of the Accelerometer Overrange bit (bit 41)

Returns
bool

true: One or more axes subjected to accelerations near or outside the selected range

-
- -
-
accelSelfTest
-
virtual bool accelSelfTestFail() const = 0
-

Gets the value of the Accelerometer Self Test bit (bit 42)

Returns
bool

true: The internal self-test of the accelerometer failed

-
- -
-
gyroGeneralFault
-
virtual bool gyroGeneralFault() const = 0
-

Gets the value of the Gyroscope General Fault bit (bit 44)

Returns
bool

true: Gyroscope will not initialize

-
- -
-
gyroOverrange
-
virtual bool gyroOverrange() const = 0
-

Gets the value of the Gyroscope Overrange bit (bit 45)

Returns
bool

true: One or more axes subjected to rotational rates near or outside the selected range

-
- -
-
gyroSelfTest
-
virtual bool gyroSelfTestFail() const = 0
-

Gets the value of the Gyroscope Self Test bit (bit 46)

Returns
bool

true: The internal self-test of the gyroscope failed

-
- -
-
magGeneralFault
-
virtual bool magGeneralFault() const = 0
-

Gets the value of the Magnetometer General Fault bit (bit 48)

Returns
bool

true: Magnetometer will not initialize

-
- -
-
magOverrange
-
virtual bool magOverrange() const = 0
-

Gets the value of the Magnetometer Overrange bit (bit 49)

Returns
bool

true: One or more axes subjected to magnetic fields strengths near or outside the supported range

-
- -
-
magSelfTest
-
virtual bool magSelfTestFail() const = 0
-

Gets the value of the Magnetometer Self Test bit (bit 50)

Returns
bool

true: The internal self-test of the magnetometer failed

-
- -
-
pressureGeneralFault
-
virtual bool pressureGeneralFault() const = 0
-

Gets the value of the Pressure General Fault bit (bit 52)

Returns
bool

true: Pressure sensor won't initialize

-
- -
-
pressureOverrange
-
virtual bool pressureOverrange() const = 0
-

Gets the value of the Pressure Overrange bit (bit 53)

Returns
bool

true: Pressure sensor subjected to pressures above or below the supported range

-
- -
-
pressureSelfTest
-
virtual bool pressureSelfTestFail() const = 0
-

Gets the value of the Pressure Self Test bit (bit 54)

Returns
bool

true: The internal self-test of the pressure sensor failed

-
- -
-
filterTimingOverrun
-
virtual bool filterTimingOverrun() const = 0
-

Gets the value of the Filter Timing Overrun bit (bit 66)

Returns
bool

true: Filter processes are taking longer than their allotted time

-
- -
-
filterTimingUnderrun
-
virtual bool filterTimingUnderrun() const = 0
-

Gets the value of the Filter Timing Underrun bit (bit 67)

Returns
bool

true: Filter processes are being skipped

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT_Filter-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT_Filter-Summary.js deleted file mode 100644 index b4bece8fe..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT_Filter-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:ContinuousBIT_Filter","ContinuousBIT_Filter");NDSummary.OnSummaryLoaded("CClass:ContinuousBIT_Filter",[["C/C++","C"]],[["Constants","Constant"],["Functions","Function"],["Structs","Struct"]],[[2374,0,2,"ContinuousBIT_Filter"],[2375,0,0,"RESPONSE_OFFSET","RESPONSE_OFFSET"],[2376,0,0,"GENERAL_FLAGS","GENERAL_FLAGS"],[2377,0,1,"flags","flags"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT_Filter-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT_Filter-SummaryToolTips.js deleted file mode 100644 index c6a12651a..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT_Filter-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:ContinuousBIT_Filter",{2374:"
Continuous Built-In Test flags for filter information
",2375:"
The offset of the 0 position of the value represented by this object in the overall BIT response Value: 64 bits
",2376:"
Bitmask for general filter flags (bits 64-71)
",2377:"
uint32 flags() const
Gets the value of the filter flags (bits 64-95)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT_Filter-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT_Filter-ToolTips.js deleted file mode 100644 index 59992a148..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT_Filter-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT_Filter.html b/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT_Filter.html deleted file mode 100644 index 478dbefa6..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT_Filter.html +++ /dev/null @@ -1,32 +0,0 @@ - - -ContinuousBIT_Filter - - - - - - - -
-
ContinuousBIT_Filter
-

Continuous Built-In Test flags for filter information

Bits 64-95 of the original 128 bit Continuous Built-In Test flags

-
- -
-
RESPONSE_OFFSET
-

The offset of the 0 position of the value represented by this object in the overall BIT response Value: 64 bits

-
- -
-
GENERAL_FLAGS
-

Bitmask for general filter flags (bits 64-71)

GENERAL_FLAGS

0xFF000000 - Bitmask for general filter flags (bits 64-71)

Note

This mask is shifted 64 bits to the right from the original 128 bitmask to have a 0 index at bit 64

-
- -
-
flags
-
uint32 flags() const
-

Gets the value of the filter flags (bits 64-95)

Returns
uint32

Value of the filter flags

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT_Filter_General-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT_Filter_General-Summary.js deleted file mode 100644 index 7854085de..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT_Filter_General-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:ContinuousBIT_Filter_General","ContinuousBIT_Filter_General");NDSummary.OnSummaryLoaded("CClass:ContinuousBIT_Filter_General",[["C/C++","C"]],[["Constants","Constant"],["Functions","Function"],["Structs","Struct"]],[[2367,0,2,"ContinuousBIT_Filter_General"],[2368,0,0,"Bitmasks","Bitmasks"],[2369,0,0,,"TIMING_OVERRUN"],[2370,0,0,,"TIMING_UNDERRUN"],[2371,0,1,"flags","flags"],[2372,0,1,"timingOverrun","timingOverrun"],[2373,0,1,"timingUnderrun","timingUnderrun"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT_Filter_General-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT_Filter_General-SummaryToolTips.js deleted file mode 100644 index 5a1c3dfd5..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT_Filter_General-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:ContinuousBIT_Filter_General",{2367:"
Continuous Built-In Test flags for general filter information
",2368:"
Bitmasks for general filter flags
",2371:"
uint8 flags() const
Gets the value of the general filter flags (bits 64-71)
",2372:"
bool timingOverrun() const
Gets the value of the Filter Timing Overrun bit (bit 66)
",2373:"
bool timingUnderrun() const
Gets the value of the Filter Timing Underrun bit (bit 67)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT_Filter_General-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT_Filter_General-ToolTips.js deleted file mode 100644 index 59992a148..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT_Filter_General-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT_Filter_General.html b/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT_Filter_General.html deleted file mode 100644 index e415eecbd..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT_Filter_General.html +++ /dev/null @@ -1,39 +0,0 @@ - - -ContinuousBIT_Filter_General - - - - - - - -
-
ContinuousBIT_Filter_General
-

Continuous Built-In Test flags for general filter information

Bits 64-71 of the original 128 bit Continuous Built-In Test flags

-
- -
-
Bitmasks
-

Bitmasks for general filter flags

Note

These masks are shifted 64 bits to the right from the original 128 bitmask to have a 0 index at bit 64

TIMING_OVERRUN

0x04 - Filter processes are taking longer than their allotted time

TIMING_UNDERRUN

0x08 - Filter processes are being skipped

-
- -
-
flags
-
uint8 flags() const
-

Gets the value of the general filter flags (bits 64-71)

Returns
uint8

Value of the general filter flags

-
- -
-
timingOverrun
-
bool timingOverrun() const
-

Gets the value of the Filter Timing Overrun bit (bit 66)

Returns
bool

true: Filter processes are taking longer than their allotted time

-
- -
-
timingUnderrun
-
bool timingUnderrun() const
-

Gets the value of the Filter Timing Underrun bit (bit 67)

Returns
bool

true: Filter processes are being skipped

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT_IMU-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT_IMU-Summary.js deleted file mode 100644 index 35810bed6..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT_IMU-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:ContinuousBIT_IMU","ContinuousBIT_IMU");NDSummary.OnSummaryLoaded("CClass:ContinuousBIT_IMU",[["C/C++","C"]],[["Constants","Constant"],["Functions","Function"],["Structs","Struct"]],[[2364,0,2,"ContinuousBIT_IMU"],[2365,0,0,"RESPONSE_OFFSET","RESPONSE_OFFSET"],[2366,0,1,"flags","flags"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT_IMU-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT_IMU-SummaryToolTips.js deleted file mode 100644 index 6975ec612..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT_IMU-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:ContinuousBIT_IMU",{2364:"
Continuous Built-In Test flags for IMU information
",2365:"
The offset of the 0 position of the value represented by this object in the overall BIT response Value: 32 bits
",2366:"
uint32 flags() const
Gets the value of the IMU flags (bits 32-63)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT_IMU-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT_IMU-ToolTips.js deleted file mode 100644 index 59992a148..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT_IMU-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT_IMU.html b/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT_IMU.html deleted file mode 100644 index bee0d2c9d..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT_IMU.html +++ /dev/null @@ -1,27 +0,0 @@ - - -ContinuousBIT_IMU - - - - - - - -
-
ContinuousBIT_IMU
-

Continuous Built-In Test flags for IMU information

Bits 32-63 of the original 128 bit Continuous Built-In Test flags

-
- -
-
RESPONSE_OFFSET
-

The offset of the 0 position of the value represented by this object in the overall BIT response Value: 32 bits

-
- -
-
flags
-
uint32 flags() const
-

Gets the value of the IMU flags (bits 32-63)

Returns
uint32

Value of the IMU flags

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT_IMU_General-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT_IMU_General-Summary.js deleted file mode 100644 index 5993ecc9f..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT_IMU_General-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:ContinuousBIT_IMU_General","ContinuousBIT_IMU_General");NDSummary.OnSummaryLoaded("CClass:ContinuousBIT_IMU_General",[["C/C++","C"]],[["Constants","Constant"],["Functions","Function"],["Structs","Struct"]],[[2322,0,2,"ContinuousBIT_IMU_General"],[2323,0,0,"Bitmasks","Bitmasks"],[2324,0,0,,"CLOCK_FAULT"],[2325,0,0,,"COMMUNICATION_FAULT"],[2326,0,0,,"TIMING_OVERRUN"],[2327,0,0,,"CALIBRATION_ERROR_ACCEL"],[2328,0,0,,"CALIBRATION_ERROR_GYRO"],[2329,0,0,,"CALIBRATION_ERROR_MAG"],[2330,0,1,"flags","flags"],[2331,0,1,"clockFault","clockFault"],[2332,0,1,"communicationFault","communicationFault"],[2333,0,1,"timingOverrun","timingOverrun"],[2334,0,1,"calibrationErrorAccel","calibrationErrorAccel"],[2335,0,1,"calibrationErrorGyro","calibrationErrorGyro"],[2336,0,1,"calibrationErrorMag","calibrationErrorMag"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT_IMU_General-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT_IMU_General-SummaryToolTips.js deleted file mode 100644 index 7f6579df8..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT_IMU_General-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:ContinuousBIT_IMU_General",{2322:"
Continuous Built-In Test flags for general IMU information
",2323:"
Bitmasks for general IMU flags
",2330:"
uint8 flags() const
Gets the value of the general IMU flags (bits 32-39)
",2331:"
bool clockFault() const
Gets the value of the Clock Fault bit (bit 32)
",2332:"
bool communicationFault() const
Gets the value of the Communication Fault bit (bit 33)
",2333:"
bool timingOverrun() const
Gets the value of the Timing Overrun bit (bit 34)
",2334:"
bool calibrationErrorAccel() const
Gets the value of the Calibration Error Accelerometer bit (bit 36)
",2335:"
bool calibrationErrorGyro() const
Gets the value of the Calibration Error Gyroscope bit (bit 37)
",2336:"
bool calibrationErrorMag() const
Gets the value of the Calibration Error Magnetometer bit (bit 38)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT_IMU_General-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT_IMU_General-ToolTips.js deleted file mode 100644 index 59992a148..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT_IMU_General-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT_IMU_General.html b/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT_IMU_General.html deleted file mode 100644 index 9c8f07c39..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT_IMU_General.html +++ /dev/null @@ -1,63 +0,0 @@ - - -ContinuousBIT_IMU_General - - - - - - - -
-
ContinuousBIT_IMU_General
-

Continuous Built-In Test flags for general IMU information

Bits 32-39 of the original 128 bit Continuous Built-In Test flags

-
- -
-
Bitmasks
-

Bitmasks for general IMU flags

Note

These masks are shifted 32 bits to the right from the original 128 bitmask to have a 0 index at bit 32

CLOCK_FAULT

0x01 - IMU is not running off the system clock

COMMUNICATION_FAULT

0x02 - No communication with IMU

TIMING_OVERRUN

0x04 - IMU processes are taking longer than their allotted time

CALIBRATION_ERROR_ACCEL

0x10 - A problem is detected with the accelerometer calibration

CALIBRATION_ERROR_GYRO

0x20 - A problem is detected with the gyroscope calibration

CALIBRATION_ERROR_MAG

0x40 - A problem is detected with the magnetometer calibration

-
- -
-
flags
-
uint8 flags() const
-

Gets the value of the general IMU flags (bits 32-39)

Returns
uint8

Value of the general IMU flags

-
- -
-
clockFault
-
bool clockFault() const
-

Gets the value of the Clock Fault bit (bit 32)

Returns
bool

true: IMU is not running off the system clock

-
- -
-
communicationFault
-
bool communicationFault() const
-

Gets the value of the Communication Fault bit (bit 33)

Returns
bool

true: No communication with IMU

-
- -
-
timingOverrun
-
bool timingOverrun() const
-

Gets the value of the Timing Overrun bit (bit 34)

Returns
bool

true: IMU processes are taking longer than their allotted time

-
- -
-
calibrationErrorAccel
-
bool calibrationErrorAccel() const
-

Gets the value of the Calibration Error Accelerometer bit (bit 36)

Returns
bool

true: A problem is detected with the accelerometer calibration

-
- -
-
calibrationErrorGyro
-
bool calibrationErrorGyro() const
-

Gets the value of the Calibration Error Gyroscope bit (bit 37)

Returns
bool

true: A problem is detected with the gyroscope calibration

-
- -
-
calibrationErrorMag
-
bool calibrationErrorMag() const
-

Gets the value of the Calibration Error Magnetometer bit (bit 38)

Returns
bool

true: A problem is detected with the magnetometer calibration

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT_IMU_Sensors-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT_IMU_Sensors-Summary.js deleted file mode 100644 index e9254d4f7..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT_IMU_Sensors-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:ContinuousBIT_IMU_Sensors","ContinuousBIT_IMU_Sensors");NDSummary.OnSummaryLoaded("CClass:ContinuousBIT_IMU_Sensors",[["C/C++","C"]],[["Constants","Constant"],["Functions","Function"],["Structs","Struct"]],[[2337,0,2,"ContinuousBIT_IMU_Sensors"],[2338,0,0,"Bitmasks","Bitmasks"],[2339,0,0,,"ACCEL_GENERAL_FAULT"],[2340,0,0,,"ACCEL_OVERRANGE"],[2341,0,0,,"ACCEL_SELF_TEST_FAIL"],[2342,0,0,,"GYRO_GENERAL_FAULT"],[2343,0,0,,"GYRO_OVERRANGE"],[2344,0,0,,"GYRO_SELF_TEST_FAIL"],[2345,0,0,,"MAG_GENERAL_FAULT"],[2346,0,0,,"MAG_OVERRANGE"],[2347,0,0,,"MAG_SELF_TEST_FAIL"],[2348,0,0,,"PRESSURE_GENERAL_FAULT"],[2349,0,0,,"PRESSURE_OVERRANGE"],[2350,0,0,,"PRESSURE_SELF_TEST_FAIL"],[2351,0,1,"flags","flags"],[2352,0,1,"accelGeneralFault","accelGeneralFault"],[2353,0,1,"accelOverrange","accelOverrange"],[2354,0,1,"accelSelfTest","accelSelfTest"],[2355,0,1,"gyroGeneralFault","gyroGeneralFault"],[2356,0,1,"gyroOverrange","gyroOverrange"],[2357,0,1,"gyroSelfTest","gyroSelfTest"],[2358,0,1,"magGeneralFault","magGeneralFault"],[2359,0,1,"magOverrange","magOverrange"],[2360,0,1,"magSelfTest","magSelfTest"],[2361,0,1,"pressureGeneralFault","pressureGeneralFault"],[2362,0,1,"pressureOverrange","pressureOverrange"],[2363,0,1,"pressureSelfTest","pressureSelfTest"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT_IMU_Sensors-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT_IMU_Sensors-SummaryToolTips.js deleted file mode 100644 index 78f8bba12..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT_IMU_Sensors-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:ContinuousBIT_IMU_Sensors",{2337:"
Continuous Built-In Test flags for IMU sensors information
",2338:"
Bitmasks for IMU sensors flags
",2351:"
uint16 flags() const
Gets the value of the the IMU sensors flags (bits 40-55)
",2352:"
bool accelGeneralFault() const
Gets the value of the Accelerometer General Fault bit (bit 40)
",2353:"
bool accelOverrange() const
Gets the value of the Accelerometer Overrange bit (bit 41)
",2354:"
bool accelSelfTestFail() const
Gets the value of the Accelerometer Self Test bit (bit 42)
",2355:"
bool gyroGeneralFault() const
Gets the value of the Gyroscope General Fault bit (bit 44)
",2356:"
bool gyroOverrange() const
Gets the value of the Gyroscope Overrange bit (bit 45)
",2357:"
bool gyroSelfTestFail() const
Gets the value of the Gyroscope Self Test bit (bit 46)
",2358:"
bool magGeneralFault() const
Gets the value of the Magnetometer General Fault bit (bit 48)
",2359:"
bool magOverrange() const
Gets the value of the Magnetometer Overrange bit (bit 49)
",2360:"
bool magSelfTestFail() const
Gets the value of the Magnetometer Self Test bit (bit 50)
",2361:"
bool pressureGeneralFault() const
Gets the value of the Pressure General Fault bit (bit 52)
",2362:"
bool pressureOverrange() const
Gets the value of the Pressure Overrange bit (bit 53)
",2363:"
bool pressureSelfTestFail() const
Gets the value of the Pressure Self Test bit (bit 54)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT_IMU_Sensors-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT_IMU_Sensors-ToolTips.js deleted file mode 100644 index 59992a148..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT_IMU_Sensors-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT_IMU_Sensors.html b/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT_IMU_Sensors.html deleted file mode 100644 index c1b697770..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT_IMU_Sensors.html +++ /dev/null @@ -1,99 +0,0 @@ - - -ContinuousBIT_IMU_Sensors - - - - - - - -
-
ContinuousBIT_IMU_Sensors
-

Continuous Built-In Test flags for IMU sensors information

Bits 40-55 of the original 128 bit Continuous Built-In Test flags

-
- -
-
Bitmasks
-

Bitmasks for IMU sensors flags

Note

These masks are shifted 40 bits to the right from the original 128 bitmask to have a 0 index at bit 40

ACCEL_GENERAL_FAULT

0x0100 - Accelerometer will not initialize

ACCEL_OVERRANGE

0x0200 - One or more axes subjected to accelerations near or outside the selected range

ACCEL_SELF_TEST_FAIL

0x0400 - The internal self-test of the accelerometer failed

GYRO_GENERAL_FAULT

0x1000 - Gyroscope will not initialize

GYRO_OVERRANGE

0x2000 - One or more axes subjected to rotational rates near or outside the selected range

GYRO_SELF_TEST_FAIL

0x4000 - The internal self-test of the gyroscope failed

MAG_GENERAL_FAULT

0x0001 - Magnetometer will not initialize

MAG_OVERRANGE

0x0002 - One or more axes subjected to magnetic fields strengths near or outside the supported range

MAG_SELF_TEST_FAIL

0x0004 - The internal self-test of the magnetometer failed

PRESSURE_GENERAL_FAULT

0x0010 - Pressure sensor won't initialize

PRESSURE_OVERRANGE

0x0020 - Pressure sensor subjected to pressures above or below the supported range

PRESSURE_SELF_TEST_FAIL

0x0040 - The internal self-test of the pressure sensor failed

-
- -
-
flags
-
uint16 flags() const
-

Gets the value of the the IMU sensors flags (bits 40-55)

Returns
uint16

Value of the IMU sensors flags

-
- -
-
accelGeneralFault
-
bool accelGeneralFault() const
-

Gets the value of the Accelerometer General Fault bit (bit 40)

Returns
bool

true: Accelerometer will not initialize

-
- -
-
accelOverrange
-
bool accelOverrange() const
-

Gets the value of the Accelerometer Overrange bit (bit 41)

Returns
bool

true: One or more axes subjected to accelerations near or outside the selected range

-
- -
-
accelSelfTest
-
bool accelSelfTestFail() const
-

Gets the value of the Accelerometer Self Test bit (bit 42)

Returns
bool

true: The internal self-test of the accelerometer failed

-
- -
-
gyroGeneralFault
-
bool gyroGeneralFault() const
-

Gets the value of the Gyroscope General Fault bit (bit 44)

Returns
bool

true: Gyroscope will not initialize

-
- -
-
gyroOverrange
-
bool gyroOverrange() const
-

Gets the value of the Gyroscope Overrange bit (bit 45)

Returns
bool

true: One or more axes subjected to rotational rates near or outside the selected range

-
- -
-
gyroSelfTest
-
bool gyroSelfTestFail() const
-

Gets the value of the Gyroscope Self Test bit (bit 46)

Returns
bool

true: The internal self-test of the gyroscope failed

-
- -
-
magGeneralFault
-
bool magGeneralFault() const
-

Gets the value of the Magnetometer General Fault bit (bit 48)

Returns
bool

true: Magnetometer will not initialize

-
- -
-
magOverrange
-
bool magOverrange() const
-

Gets the value of the Magnetometer Overrange bit (bit 49)

Returns
bool

true: One or more axes subjected to magnetic fields strengths near or outside the supported range

-
- -
-
magSelfTest
-
bool magSelfTestFail() const
-

Gets the value of the Magnetometer Self Test bit (bit 50)

Returns
bool

true: The internal self-test of the magnetometer failed

-
- -
-
pressureGeneralFault
-
bool pressureGeneralFault() const
-

Gets the value of the Pressure General Fault bit (bit 52)

Returns
bool

true: Pressure sensor won't initialize

-
- -
-
pressureOverrange
-
bool pressureOverrange() const
-

Gets the value of the Pressure Overrange bit (bit 53)

Returns
bool

true: Pressure sensor subjected to pressures above or below the supported range

-
- -
-
pressureSelfTest
-
bool pressureSelfTestFail() const
-

Gets the value of the Pressure Self Test bit (bit 54)

Returns
bool

true: The internal self-test of the pressure sensor failed

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT_System-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT_System-Summary.js deleted file mode 100644 index 7fdf2a1b2..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT_System-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:ContinuousBIT_System","ContinuousBIT_System");NDSummary.OnSummaryLoaded("CClass:ContinuousBIT_System",[["C/C++","C"]],[["Constants","Constant"],["Functions","Function"],["Structs","Struct"]],[[2316,0,2,"ContinuousBIT_System"],[2317,0,0,"RESPONSE_OFFSET","RESPONSE_OFFSET"],[2318,0,0,"Bitmasks","Bitmasks"],[2319,0,0,,"GENERAL_FLAGS"],[2320,0,0,,"PROCESS_FLAGS"],[2321,0,1,"flags","flags"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT_System-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT_System-SummaryToolTips.js deleted file mode 100644 index 7fb38b4aa..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT_System-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:ContinuousBIT_System",{2316:"
Continuous Built-In Test flags for system information
",2317:"
The offset of the 0 position of the value represented by this object in the overall BIT response Value: 0 bits
",2321:"
uint32 flags() const
Gets the value of the system flags (bits 0-31)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT_System-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT_System-ToolTips.js deleted file mode 100644 index 59992a148..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT_System-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT_System.html b/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT_System.html deleted file mode 100644 index d1feb4957..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT_System.html +++ /dev/null @@ -1,32 +0,0 @@ - - -ContinuousBIT_System - - - - - - - -
-
ContinuousBIT_System
-

Continuous Built-In Test flags for system information

Bits 0-31 of the original 128 bit Continuous Built-In Test flags

-
- -
-
RESPONSE_OFFSET
-

The offset of the 0 position of the value represented by this object in the overall BIT response Value: 0 bits

-
- -
-
Bitmasks
-
GENERAL_FLAGS

0xFF000000 - Bitmask for general system flags (bits 0-7)

PROCESS_FLAGS

0x0000FFFF - Bitmask for system process flags (bits 16-31)

-
- -
-
flags
-
uint32 flags() const
-

Gets the value of the system flags (bits 0-31)

Returns
uint32

Value of the system flags

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT_System_General-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT_System_General-Summary.js deleted file mode 100644 index 7703863bc..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT_System_General-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:ContinuousBIT_System_General","ContinuousBIT_System_General");NDSummary.OnSummaryLoaded("CClass:ContinuousBIT_System_General",[["C/C++","C"]],[["Constants","Constant"],["Functions","Function"],["Structs","Struct"]],[[2301,0,2,"ContinuousBIT_System_General"],[2302,0,0,"Bitmasks","Bitmasks"],[2303,0,0,,"SYSTEM_CLOCK_FAILURE"],[2304,0,0,,"POWER_FAULT"],[2305,0,0,,"FIRMWARE_FAULT"],[2306,0,0,,"TIMING_OVERLOAD"],[2307,0,0,,"BUFFER_OVERRUN"],[2308,0,1,"flags","flags"],[2309,0,1,"systemClockFailure","systemClockFailure"],[2310,0,1,"powerFault","powerFault"],[2311,0,1,"firmwareFault","firmwareFault"],[2312,0,1,"timingOverload","timingOverload"],[2313,0,1,"bufferOverrun","bufferOverrun"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT_System_General-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT_System_General-SummaryToolTips.js deleted file mode 100644 index 0fdcd76a7..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT_System_General-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:ContinuousBIT_System_General",{2301:"
Continuous Built-In Test flags for general system information
",2302:"
Bitmasks for general system flags
",2308:"
uint8 flags() const
Gets the value of the general system flags (bits 0-7)
",2309:"
bool systemClockFailure() const
Gets the value of the System Clock Failure bit (bit 0)
",2310:"
bool powerFault() const
Gets the value of the Power Fault bit (bit 1)
",2311:"
bool firmwareFault() const
Gets the value of the Firmware Fault bit (bit 4)
",2312:"
bool timingOverload() const
Gets the value of the Timing Overload bit (bit 5)
",2313:"
bool bufferOverrun() const
Gets the value of the Buffer Overrun bit (bit 6)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT_System_General-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT_System_General-ToolTips.js deleted file mode 100644 index 59992a148..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT_System_General-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT_System_General.html b/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT_System_General.html deleted file mode 100644 index 8452b61bb..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT_System_General.html +++ /dev/null @@ -1,57 +0,0 @@ - - -ContinuousBIT_System_General - - - - - - - -
-
ContinuousBIT_System_General
-

Continuous Built-In Test flags for general system information

Bits 0-7 of the original 128 bit Continuous Built-In Test flags

-
- -
-
Bitmasks
-

Bitmasks for general system flags

SYSTEM_CLOCK_FAILURE

0x01 - The system clock is not operating properly

POWER_FAULT

0x02 - Power supply voltage is outside the recommended range, or an internal power fault exists

FIRMWARE_FAULT

0x10 - System firmware has detected an unexpected or abnormal condition

TIMING_OVERLOAD

0x20 - The system is unable to keep up with the processing demand

BUFFER_OVERRUN

0x40 - A data buffer in the system has reached its capacity

-
- -
-
flags
-
uint8 flags() const
-

Gets the value of the general system flags (bits 0-7)

Returns
uint8

Value of the general system flags

-
- -
-
systemClockFailure
-
bool systemClockFailure() const
-

Gets the value of the System Clock Failure bit (bit 0)

Returns
bool

true: The system clock is not operating properly

-
- -
-
powerFault
-
bool powerFault() const
-

Gets the value of the Power Fault bit (bit 1)

Returns
bool

true: Power supply voltage is outside the recommended range, or an internal power fault exists

-
- -
-
firmwareFault
-
bool firmwareFault() const
-

Gets the value of the Firmware Fault bit (bit 4)

Returns
bool

true: System firmware has detected an unexpected or abnormal condition

-
- -
-
timingOverload
-
bool timingOverload() const
-

Gets the value of the Timing Overload bit (bit 5)

Returns
bool

true: The system is unable to keep up with the processing demand

-
- -
-
bufferOverrun
-
bool bufferOverrun() const
-

Gets the value of the Buffer Overrun bit (bit 6)

Returns
bool

true: A data buffer in the system has reached its capacity

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT_System_Process-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT_System_Process-Summary.js deleted file mode 100644 index b4ecd739d..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT_System_Process-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:ContinuousBIT_System_Process","ContinuousBIT_System_Process");NDSummary.OnSummaryLoaded("CClass:ContinuousBIT_System_Process",[["C/C++","C"]],[["Functions","Function"],["Structs","Struct"]],[[2314,0,1,"ContinuousBIT_System_Process"],[2315,0,0,"flags","flags"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT_System_Process-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT_System_Process-SummaryToolTips.js deleted file mode 100644 index 2d85c5267..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT_System_Process-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:ContinuousBIT_System_Process",{2314:"
Continuous Built-In Test flags for system process information
",2315:"
uint16 flags() const
Gets the value of the process system flags (bits 16-31)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT_System_Process-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT_System_Process-ToolTips.js deleted file mode 100644 index 59992a148..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT_System_Process-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT_System_Process.html b/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT_System_Process.html deleted file mode 100644 index cb8371e04..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/ContinuousBIT_System_Process.html +++ /dev/null @@ -1,22 +0,0 @@ - - -ContinuousBIT_System_Process - - - - - - - -
-
ContinuousBIT_System_Process
-

Continuous Built-In Test flags for system process information

Bits 16-31 of the original 128 bit Continuous Built-In Test flags

-
- -
-
flags
-
uint16 flags() const
-

Gets the value of the process system flags (bits 16-31)

Returns
uint16

Value of the process system flags

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/DataPoint-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/DataPoint-Summary.js deleted file mode 100644 index 30e37589b..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/DataPoint-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:DataPoint","DataPoint");NDSummary.OnSummaryLoaded("CClass:DataPoint",[["C/C++","C"]],[["Classes","Class"],["Enums","Enumeration"],["Functions","Function"]],[[4471,0,0,"DataPoint"],[4472,0,1,"ChannelPropertyId","ChannelPropertyId"],[4473,0,1,,"channelPropertyId_angle"],[4474,0,1,,"channelPropertyId_derivedFrom"],[4475,0,1,,"channelPropertyId_derivedAlgorithmId"],[4476,0,2,"channelProperty","channelProperty"],[4477,0,2,"as_Vector","as_Vector"],[4478,0,2,"as_Matrix","as_Matrix"],[4479,0,2,"as_Timestamp","as_Timestamp"],[4480,0,2,"as_Bytes","as_Bytes"],[4481,0,2,"as_StructuralHealth","as_StructuralHealth"],[4482,0,2,"as_RfSweep","as_RfSweep"],[4483,0,2,"as_string","as_string"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/DataPoint-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/DataPoint-SummaryToolTips.js deleted file mode 100644 index 71acd317f..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/DataPoint-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:DataPoint",{4471:"
DataPoint
Base class representing common functionality between Wireless and Inertial data points
",4472:"
Available channel properties that can be stored with the WirelessDataPoint.
",4476:"
const Value& channelProperty(
ChannelPropertyId id
) const
Gets the channel property for the specified ChannelPropertyId associated with the data point.
",4477:"
const Vector as_Vector() const
Gets the data value as a Vector object
",4478:"
const Matrix as_Matrix() const
Gets the data value as a Matrix object
",4479:"
const Timestamp as_Timestamp() const
Gets the data value as a Timestamp object
",4480:"
const Bytes as_Bytes() const
Gets the data value as a Bytes object (vector of uint8).
",4481:"
const StructuralHealth as_StructuralHealth() const
Gets the data value as a StructuralHealth object.
",4482:"
const RfSweep as_RfSweep() const
Gets the data value as an RfSweep.
",4483:"
std::string as_string() const override
Gets the data value as a string
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/DataPoint-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/DataPoint-ToolTips.js deleted file mode 100644 index 68e8e0792..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/DataPoint-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2121:"
MipDataPoint
Represents a single Inertial Data Point (Extends from DataPoint)
",3261:"
WirelessDataPoint
Represents a single channel\'s data point within a sweep
",3824:"
The types of channels that can be sent in a derived data packet.
",4233:"
StructuralHealth
Holds Structural Health Monitor channel information.
",4281:"
ChannelMask
Represents the channel mask (active and inactive channels) for a WirelessNode.
",4373:"
Vector
Represents a Vector of values
",4470:"
Typedef for a map of uint32 to int16 values.
",4472:"
Available channel properties that can be stored with the WirelessDataPoint.
",4484:"
Matrix
Represents a Matrix of values (varying size)
",4502:"
Value
Represents a single value that can be stored/accessed in multiple ways.
",4526:"
typedef for a vector of bytes.
",4554:"
Timestamp
Represents a date/time object
",4614:"
Error_NotSupported
A command/feature was attempted to be used that was not supported.
",4620:"
Error_BadDataType
Data of one type was accessed as another type (simple_any)
",2121:"
MipDataPoint
Represents a single Inertial Data Point (Extends from DataPoint)
",3261:"
WirelessDataPoint
Represents a single channel\'s data point within a sweep
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/DataPoint.html b/v66.0.1/MSCL_API_Docs/classes/C/DataPoint.html deleted file mode 100644 index 42387ce77..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/DataPoint.html +++ /dev/null @@ -1,70 +0,0 @@ - - -DataPoint - - - - - - - -
-
DataPoint
- -

Base class representing common functionality between Wireless and Inertial data points

See Also
-
- -
-
ChannelPropertyId
-

Available channel properties that can be stored with the WirelessDataPoint.

channelPropertyId_angle

0 - The angle (float) that the channel is from.

channelPropertyId_derivedFrom

1 - The ChannelMask that a derived channel is representing.

channelPropertyId_derivedAlgorithmId

2 - The WirelessTypes::DerivedDataPacketAlgorithmId of the derived channel.

-
- -
-
channelProperty
-
const Value& channelProperty(
ChannelPropertyId id
) const
-

Gets the channel property for the specified ChannelPropertyId associated with the data point.

Parameters
id
ChannelPropertyId

The ChannelPropertyId to request.

Returns

A Value representing the channel property.

Exceptions
-
- -
-
as_Vector
-
const Vector as_Vector() const
-

Gets the data value as a Vector object

Returns

The data value as a Vector object

Exceptions
-
- -
-
as_Matrix
-
const Matrix as_Matrix() const
-

Gets the data value as a Matrix object

Returns

The data value as a Matrix object

Exceptions
-
- -
-
as_Timestamp
-
const Timestamp as_Timestamp() const
-

Gets the data value as a Timestamp object

Returns

The data value as a Timestamp object

Exceptions
-
- -
-
as_Bytes
-
const Bytes as_Bytes() const
-

Gets the data value as a Bytes object (vector of uint8).

Returns

The data value as a Bytes object.

Exceptions
-
- -
-
as_StructuralHealth
-
const StructuralHealth as_StructuralHealth() const
-

Gets the data value as a StructuralHealth object.

Returns

The data value as a StructuralHealth object.

Exceptions
-
- -
-
as_RfSweep
-
const RfSweep as_RfSweep() const
-

Gets the data value as an RfSweep.

Returns

The data value as an RfSweep.

Exceptions
-
- -
-
as_string
-
std::string as_string() const override
-

Gets the data value as a string

Returns

A string representing the data value. This will be created using the value's current valueType.  - A value stored as a float will return a string as so: "1.2345".  - A value stored as a Vector will return a string as so: "[1.2,3.4,5.6]" - A value stored as a Matrix will return a string as so: "[[0,0.1,0.2],[1,1.1,1.2],[2,2.1,2.2]]" - A value stored as Bytes will return a string as so: "0x01 0x02 0x03 0x0a 0xab"

Exceptions

  • Error_BadDataType: The type in which the value was stored could not be converted to a string.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/DataSweep-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/DataSweep-Summary.js deleted file mode 100644 index ac6555d9f..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/DataSweep-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:DataSweep","DataSweep");NDSummary.OnSummaryLoaded("CClass:DataSweep",[["C/C++","C"]],[["Classes","Class"],["Enums","Enumeration"],["Functions","Function"],["Types","Type"]],[[4349,0,0,"DataSweep"],[4350,0,1,"SamplingType","SamplingType"],[4351,0,1,,"samplingType_NonSync"],[4352,0,1,,"samplingType_NonSync_Buffered"],[4353,0,1,,"samplingType_SyncSampling"],[4354,0,1,,"samplingType_SyncSampling_Burst"],[4355,0,1,,"samplingType_AsyncDigital"],[4356,0,1,,"samplingType_AsyncDigitalAnalog"],[4357,0,1,,"samplingType_SHM"],[4358,0,1,,"samplingType_BeaconEcho"],[4359,0,1,,"samplingType_RfSweep"],[4360,0,1,,"samplingType_Diagnostic"],[4361,0,2,"DataSweep","DataSweep"],[4362,0,2,"timestamp","timestamp"],[4363,0,2,"tick","tick"],[4364,0,2,"sampleRate","sampleRate"],[4365,0,2,"nodeAddress","nodeAddress"],[4366,0,2,"data","data"],[4367,0,2,"samplingType","samplingType"],[4368,0,2,"nodeRssi","nodeRssi"],[4369,0,2,"baseRssi","baseRssi"],[4370,0,2,"frequency","frequency"],[4371,0,2,"calApplied","calApplied"],[4372,0,3,"DataSweeps","DataSweeps"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/DataSweep-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/DataSweep-SummaryToolTips.js deleted file mode 100644 index 310bb9cee..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/DataSweep-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:DataSweep",{4349:"
DataSweep
Represents 1 data sweep, including data for each channel, a timestamp, and a sample rate
",4361:"
DataSweep()
Creates a default constructed DataSweep.
",4362:"
const Timestamp& timestamp() const
Gets the timestamp of the sweep as a Timestamp
",4363:"
uint32 tick() const
Gets the tick value of the sweep
",4364:"
SampleRate sampleRate() const
Gets the sample rate of the sweep as a SampleRate
",4365:"
NodeAddress nodeAddress() const
Gets the node address that this sweep is associated with
",4366:"
const ChannelData& data() const
Gets the channel data in this sweep as a WirelessDataPoint::ChannelData container.
",4367:"
SamplingType samplingType() const
Gets the SamplingType for this sweep
",4368:"
int16 nodeRssi() const
Gets the Node RSSI value that identifies the received signal strength at the Node
",4369:"
int16 baseRssi() const
Gets the Base Station RSSI value that identifies the received signal strength at the BaseStation for this sweep
",4370:"
WirelessTypes::Frequency frequency() const
Gets the radio frequency that this DataSweep was collected on
",4371:"
bool calApplied() const
Gets whether calibration coefficients have been applied to the data already.
",4372:"
Typedef for a vector of DataSweep objects.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/DataSweep-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/DataSweep-ToolTips.js deleted file mode 100644 index e8c5d6dac..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/DataSweep-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3265:"
A typedef for a collection (vector) of WirelessDataPoints
",3307:"
Represents the frequency (channel) that can be used for Wireless Devices.
",4361:"
DataSweep()
Creates a default constructed DataSweep.
",4379:"
SampleRate
Represents a MicroStrain sample rate (rate at which data is sampling)
",4525:"
typedef for a Node\'s node address.
",4554:"
Timestamp
Represents a date/time object
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/DataSweep.html b/v66.0.1/MSCL_API_Docs/classes/C/DataSweep.html deleted file mode 100644 index 1655501b0..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/DataSweep.html +++ /dev/null @@ -1,93 +0,0 @@ - - -DataSweep - - - - - - - -
-
DataSweep
-
DataSweep
-

Represents 1 data sweep, including data for each channel, a timestamp, and a sample rate

-
- -
-
SamplingType
-
samplingType_NonSync

0 - NonSynchronized sampling type

samplingType_NonSync_Buffered

1 - Buffered NonSynchronized sampling type

samplingType_SyncSampling

2 - Synchronized Sampling sampling type

samplingType_SyncSampling_Burst

3 - Synchronized Sampling Burst sampling type

samplingType_AsyncDigital

4 - Asynchronous Digital sampling type

samplingType_AsyncDigitalAnalog

5 - Asynchronous Digital + Analog sampling type

samplingType_SHM

6 - Structural Health Monitoring type

samplingType_BeaconEcho

7 - Beacon Echo

samplingType_RfSweep

8 - RF Scan Sweep

samplingType_Diagnostic

9 - Diagnostic Packet

-
- -
-
DataSweep
-
DataSweep()
-

Creates a default constructed DataSweep.

-
- -
-
timestamp
-
const Timestamp& timestamp() const
-

Gets the timestamp of the sweep as a Timestamp

Returns

A Timestamp representing the timestamp of the sweep

-
- -
-
tick
-
uint32 tick() const
-

Gets the tick value of the sweep

Returns

The tick value of the sweep

-
- -
-
sampleRate
-
SampleRate sampleRate() const
-

Gets the sample rate of the sweep as a SampleRate

Returns

A SampleRate representing the sample rate of the sweep

-
- -
-
nodeAddress
-
NodeAddress nodeAddress() const
-

Gets the node address that this sweep is associated with

Returns

The node address this sweep is associated with

-
- -
-
data
-
const ChannelData& data() const
-

Gets the channel data in this sweep as a WirelessDataPoint::ChannelData container.

Returns

A WirelessDataPoint::ChannelData container holding the data for the sweep.

-
- -
-
samplingType
-
SamplingType samplingType() const
-

Gets the SamplingType for this sweep

Returns

A SamplingType enum representing the sampling type of this sweep

-
- -
-
nodeRssi
-
int16 nodeRssi() const
-

Gets the Node RSSI value that identifies the received signal strength at the Node

Returns

The Node RSSI value that identifies the received signal strength at the Node

-
- -
-
baseRssi
-
int16 baseRssi() const
-

Gets the Base Station RSSI value that identifies the received signal strength at the BaseStation for this sweep

Returns

The Base Station RSSI value that identifies the received signal strength at the Base Station for this sweep

-
- -
-
frequency
-
WirelessTypes::Frequency frequency() const
-

Gets the radio frequency that this DataSweep was collected on

Returns

A WirelessTypes::Frequency representing the radio frequency that this DataSweep was collected on

-
- -
-
calApplied
-
bool calApplied() const
-

Gets whether calibration coefficients have been applied to the data already.

Returns

true if the data already has cal coefficients applied to it, false if it does not have any cal coefficients applied.

-
- -
-
DataSweeps
-

Typedef for a vector of DataSweep objects.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/DatalogDownloader-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/DatalogDownloader-Summary.js deleted file mode 100644 index e330d7ef5..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/DatalogDownloader-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:DatalogDownloader","DatalogDownloader");NDSummary.OnSummaryLoaded("CClass:DatalogDownloader",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"]],[[4295,0,0,"DatalogDownloader"],[4296,0,1,"DatalogDownloader","DatalogDownloader"],[4297,0,1,"DatalogDownloader","DatalogDownloader(2)"],[4298,0,1,"complete","complete"],[4299,0,1,"percentComplete","percentComplete"],[4300,0,1,"getNextData","getNextData"],[4301,0,1,"metaDataUpdated","metaDataUpdated"],[4302,0,1,"calCoefficientsUpdated","calCoefficientsUpdated"],[4303,0,1,"startOfSession","startOfSession"],[4304,0,1,"sessionIndex","sessionIndex"],[4305,0,1,"sampleRate","sampleRate"],[4306,0,1,"userString","userString"],[4307,0,1,"calCoefficients","calCoefficients"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/DatalogDownloader-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/DatalogDownloader-SummaryToolTips.js deleted file mode 100644 index 075f4c34d..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/DatalogDownloader-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:DatalogDownloader",{4295:"
DatalogDownloader
Used to download logged data from a WirelessNode.
",4296:"
explicit DatalogDownloader(
const WirelessNode &node
)
Creates a DatalogDownloader object. Datalogging information will immediately be read from the Node.
",4297:"
DatalogDownloader(
const WirelessNode &node,
uint32 startAddress,
uint32 size
)
Advanced Constructor for creating a DatalogDownloader object with known parameters (not compatible with datalog version 1).  Note: In most cases, you should use the standard DatalogDownloader constructor instead of this one, which will automatically determine the start and end positions for you.
",4298:"
bool complete()
Checks if all of the data has been downloaded (no more data available).  Note: This may be updated each time getNextData is called.
",4299:"
float percentComplete() const
Gets the percent completion of the download.  Note: This will be updated each time getNextData is called.
",4300:"
LoggedDataSweep getNextData()
Gets the next LoggedDataSweep that is logged to the Node.
",4301:"
bool metaDataUpdated() const
Gets whether the any of the meta data (sample rate, cal coefficients, etc) has been updated since the last call to getNextData.  This will be true for a single LoggedDataSweep (after calling getNextData), signifying that you should interrogate all of the meta data on this DatalogDownloader object again to get updated information which may have changed.
",4302:"
bool calCoefficientsUpdated() const
Gets whether the calibration coefficients information has been updated since the last call to getNextData.  This will be true for a single LoggedDataSweep (after calling getNextData).
",4303:"
bool startOfSession() const
Gets whether a new datalogging session has been found (after calling getNextData). This will be true for a single LoggedDataSweep.  Note: May be changed whenever metaDataUpdated returns true.
",4304:"
uint16 sessionIndex() const
Gets the index of the current datalogging session.  Note: May be changed whenever startOfSession returns true.
",4305:"
const SampleRate& sampleRate() const
Gets the SampleRate of the current datalogging session.  Note: May be changed whenever metaDataUpdated returns true.
",4306:"
const std::string& userString() const
Gets the user entered string of the current datalogging session (if any).  Note: A user string can only be provided with Armed Datalogging, which is a legacy sampling mode not supported on new products.  Note: May be changed whenever metaDataUpdated returns true.
",4307:"
const ChannelCalMap& calCoefficients() const
Gets the <ChannelCalMap> of the current datalogging session.  Note: May be changed whenever metaDataUpdated returns true.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/DatalogDownloader-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/DatalogDownloader-ToolTips.js deleted file mode 100644 index 8843fda35..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/DatalogDownloader-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3865:"
WirelessNode
A class representing a MicroStrain wireless node
",4275:"
LoggedDataSweep
Represents 1 data sweep that was logged to a WirelessNode.
",4300:"
LoggedDataSweep getNextData()
Gets the next LoggedDataSweep that is logged to the Node.
",4301:"
bool metaDataUpdated() const
Gets whether the any of the meta data (sample rate, cal coefficients, etc) has been updated since the last call to getNextData.  This will be true for a single LoggedDataSweep (after calling getNextData), signifying that you should interrogate all of the meta data on this DatalogDownloader object again to get updated information which may have changed.
",4303:"
bool startOfSession() const
Gets whether a new datalogging session has been found (after calling getNextData). This will be true for a single LoggedDataSweep.  Note: May be changed whenever metaDataUpdated returns true.
",4308:"
CalCoefficients
Represents calibration coefficients that can be applied to a Wireless Node.
",4379:"
SampleRate
Represents a MicroStrain sample rate (rate at which data is sampling)
",4614:"
Error_NotSupported
A command/feature was attempted to be used that was not supported.
",4617:"
Error_NoData
There is no data available to be accessed
",4628:"
Error_NodeCommunication
The exception for failing to communicate with a WirelessNode.
",4632:"
Error_Connection
The generic connection exception.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/DatalogDownloader.html b/v66.0.1/MSCL_API_Docs/classes/C/DatalogDownloader.html deleted file mode 100644 index be296b2b2..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/DatalogDownloader.html +++ /dev/null @@ -1,89 +0,0 @@ - - -DatalogDownloader - - - - - - - -
-
DatalogDownloader
-
DatalogDownloader
-

Used to download logged data from a WirelessNode.

-
- -
-
DatalogDownloader
-
explicit DatalogDownloader(
const WirelessNode &node
)
-

Creates a DatalogDownloader object. Datalogging information will immediately be read from the Node.

Parameters
node
const WirelessNode&

The WirelessNode to download the data from.

Exceptions
-
- -
-
DatalogDownloader
-
DatalogDownloader(
const WirelessNode &node,
uint32 startAddress,
uint32 size
)
-

Advanced Constructor for creating a DatalogDownloader object with known parameters (not compatible with datalog version 1).  Note: In most cases, you should use the standard DatalogDownloader constructor instead of this one, which will automatically determine the start and end positions for you.

Parameters
node
const WirelessNode&

The WirelessNode to download the data from.

startAddress
uint32

The flash address of the first log header.

size
uint32

The max number of logged bytes.

Exceptions
-
- -
-
complete
-
bool complete()
-

Checks if all of the data has been downloaded (no more data available).  Note: This may be updated each time getNextData is called.

Returns

true if all the data has been downloaded, false if there is still more data to download.

-
- -
-
percentComplete
-
float percentComplete() const
-

Gets the percent completion of the download.  Note: This will be updated each time getNextData is called.

Returns
The percent completion of the download (0

100).

-
- -
-
getNextData
-
LoggedDataSweep getNextData()
-

Gets the next LoggedDataSweep that is logged to the Node.

Returns

A LoggedDataSweep containing the next data sweep that was logged to the Node.

Exceptions
-
- -
-
metaDataUpdated
-
bool metaDataUpdated() const
-

Gets whether the any of the meta data (sample rate, cal coefficients, etc) has been updated since the last call to getNextData.  This will be true for a single LoggedDataSweep (after calling getNextData), signifying that you should interrogate all of the meta data on this DatalogDownloader object again to get updated information which may have changed.

Returns

true if the meta data has been updated, false otherwise.

-
- -
-
calCoefficientsUpdated
-
bool calCoefficientsUpdated() const
-

Gets whether the calibration coefficients information has been updated since the last call to getNextData.  This will be true for a single LoggedDataSweep (after calling getNextData).

-
- -
-
startOfSession
-
bool startOfSession() const
-

Gets whether a new datalogging session has been found (after calling getNextData). This will be true for a single LoggedDataSweep.  Note: May be changed whenever metaDataUpdated returns true.

Returns

true if a new datalogging session has been found, false otherwise.

-
- -
-
sessionIndex
-
uint16 sessionIndex() const
-

Gets the index of the current datalogging session.  Note: May be changed whenever startOfSession returns true.

Returns

The index of the current datalogging session.

-
- -
-
sampleRate
-
const SampleRate& sampleRate() const
-

Gets the SampleRate of the current datalogging session.  Note: May be changed whenever metaDataUpdated returns true.

Returns

The SampleRate of the current datalogging session.

-
- -
-
userString
-
const std::string& userString() const
-

Gets the user entered string of the current datalogging session (if any).  Note: A user string can only be provided with Armed Datalogging, which is a legacy sampling mode not supported on new products.  Note: May be changed whenever metaDataUpdated returns true.

Returns

The user entered string of the current datalogging session, or an empty string if none was provided.

-
- -
-
calCoefficients
-
const ChannelCalMap& calCoefficients() const
-

Gets the <ChannelCalMap> of the current datalogging session.  Note: May be changed whenever metaDataUpdated returns true.

Returns

The <ChannelCalMap> of WirelessChannel::ChannelIds to CalCoefficients.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/DeviceCommPort-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/DeviceCommPort-Summary.js deleted file mode 100644 index 390fccb83..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/DeviceCommPort-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:DeviceCommPort","DeviceCommPort");NDSummary.OnSummaryLoaded("CClass:DeviceCommPort",[["C/C++","C"]],[["Enums","Enumeration"],["Functions","Function"],["Structs","Struct"],["Variables","Variable"]],[[1972,0,2,"DeviceCommPort"],[1973,0,0,"Type","Type"],[1974,0,0,"Protocol","Protocol"],[1975,0,1,"DeviceCommPort","DeviceCommPort"],[1976,0,1,"DeviceCommPort","DeviceCommPort(2)"],[1977,0,1,"DeviceCommPort","DeviceCommPort(3)"],[1978,0,1,"interfaceId","interfaceId"],[1979,0,3,"type","type"],[1980,0,3,"id","id"],[1981,0,3,"protocol","protocol"],[1982,0,3,"protocol","protocol(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/DeviceCommPort-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/DeviceCommPort-SummaryToolTips.js deleted file mode 100644 index 8d27bdc07..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/DeviceCommPort-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:DeviceCommPort",{1972:"
Stores info related to device comm ports (id, type)
",1973:"
Available comm port type definitions SPECIAL - 0x00 - Device specific ports (Main/Aux) UART  - 0x01 - UART related ports USB  - 0x02 - USB related ports
",1974:"
Available comm protocols that can be configured for UART ports NONE  - 0x00000000 - Not set MIP_COMMANDS - 0x00000001 - MIP commands MIP_DATA  - 0x00000002 - MIP data NMEA  - 0x00000004 - NMEA RTCM  - 0x00000008 - RTCM SPARTN  - 0x00000010 - SPARTN ALL  - 0x0000001F - All protocols
",1975:"
DeviceCommPort() = default
Constructs DeviceCommPort object with default values
",1976:"
DeviceCommPort(
Type portType,
uint8 portId,
Protocol portInputProtocols = NONE,
Protocol portOutputProtocols = NONE
) : type(portType), id(portId), inputProtocols(portInputProtocols), outputProtocols(portOutputProtocols)
Constructs DeviceCommPort object with specified values
",1977:"
DeviceCommPort(
uint8 portInterface,
Protocol portInputProtocols = NONE,
Protocol portOutputProtocols = NONE
) : type(static_cast<Type>((portInterface & 0xF0) >> 4)), id(portInterface & 0xF), inputProtocols(portInputProtocols), outputProtocols(portOutputProtocols)
Constructs DeviceCommPort object with specified values The ID and Type are determined by the interface value. I.E. Interface 0x12 == Type 1 && ID 2
",1978:"
uint8 interfaceId() const
Get the interface ID of the port This is a combined value of the type and port ID
",1979:"
Type type
Port type (special, UART, etc.)
",1980:"
uint8 id
Port ID
",1981:"
Protocol inputProtocols
Input communication protocols
",1982:"
Protocol outputProtocols
Output communication protocols
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/DeviceCommPort-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/DeviceCommPort-ToolTips.js deleted file mode 100644 index 29e52d770..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/DeviceCommPort-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1973:"
Available comm port type definitions SPECIAL - 0x00 - Device specific ports (Main/Aux) UART  - 0x01 - UART related ports USB  - 0x02 - USB related ports
",1974:"
Available comm protocols that can be configured for UART ports NONE  - 0x00000000 - Not set MIP_COMMANDS - 0x00000001 - MIP commands MIP_DATA  - 0x00000002 - MIP data NMEA  - 0x00000004 - NMEA RTCM  - 0x00000008 - RTCM SPARTN  - 0x00000010 - SPARTN ALL  - 0x0000001F - All protocols
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/DeviceCommPort.html b/v66.0.1/MSCL_API_Docs/classes/C/DeviceCommPort.html deleted file mode 100644 index 75d6927b0..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/DeviceCommPort.html +++ /dev/null @@ -1,74 +0,0 @@ - - -DeviceCommPort - - - - - - - -
-
DeviceCommPort
-

Stores info related to device comm ports (id, type)

-
- -
-
Type
-

Available comm port type definitions SPECIAL - 0x00 - Device specific ports (Main/Aux) UART  - 0x01 - UART related ports USB  - 0x02 - USB related ports

-
- -
-
Protocol
-

Available comm protocols that can be configured for UART ports NONE  - 0x00000000 - Not set MIP_COMMANDS - 0x00000001 - MIP commands MIP_DATA  - 0x00000002 - MIP data NMEA  - 0x00000004 - NMEA RTCM  - 0x00000008 - RTCM SPARTN  - 0x00000010 - SPARTN ALL  - 0x0000001F - All protocols

-
- -
-
DeviceCommPort
-
DeviceCommPort() = default
-

Constructs DeviceCommPort object with default values

-
- -
-
DeviceCommPort
-
DeviceCommPort(
Type portType,
uint8 portId,
Protocol portInputProtocols = NONE,
Protocol portOutputProtocols = NONE
) : type(portType), id(portId), inputProtocols(portInputProtocols), outputProtocols(portOutputProtocols)
-

Constructs DeviceCommPort object with specified values

Parameters
portType
Type

Type of port being configured

portId
uint8

The ID of the port to configure

portInputProtocols
Protocol

The input protocols accepted by the port

portOutputProtocols
Protocol

The output protocols transmitted from the port

-
- -
-
DeviceCommPort
-
DeviceCommPort(
uint8 portInterface,
Protocol portInputProtocols = NONE,
Protocol portOutputProtocols = NONE
) : type(static_cast<Type>((portInterface & 0xF0) >> 4)), id(portInterface & 0xF), inputProtocols(portInputProtocols), outputProtocols(portOutputProtocols)
-

Constructs DeviceCommPort object with specified values The ID and Type are determined by the interface value. I.E. Interface 0x12 == Type 1 && ID 2

Parameters
portInterface
uint8

A combination of the port type and ID

portInputProtocols
Protocol

The input protocols accepted by the port

portOutputProtocols
Protocol

The output protocols transmitted from the port

-
- -
-
interfaceId
-
uint8 interfaceId() const
-

Get the interface ID of the port This is a combined value of the type and port ID

-
- -
-
type
-
Type type
-

Port type (special, UART, etc.)

-
- -
-
id
-
uint8 id
-

Port ID

-
- -
-
protocol
-
Protocol inputProtocols
-

Input communication protocols

-
- -
-
protocol
-
Protocol outputProtocols
-

Output communication protocols

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/DeviceInfo-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/DeviceInfo-Summary.js deleted file mode 100644 index 5cabcce50..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/DeviceInfo-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:DeviceInfo","DeviceInfo");NDSummary.OnSummaryLoaded("CClass:DeviceInfo",[["C/C++","C"]],[["Classes","Class"],["Enums","Enumeration"],["Functions","Function"]],[[2245,0,0,"DeviceInfo"],[2246,0,1,"ConnectionType","ConnectionType"],[2247,0,1,,"connectionType_serial"],[2248,0,1,,"connectionType_tcp"],[2249,0,2,"description","description"],[2250,0,2,"serial","serial"],[2251,0,2,"baudRate","baudRate"],[2252,0,2,"connectionType","connectionType"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/DeviceInfo-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/DeviceInfo-SummaryToolTips.js deleted file mode 100644 index 00ccc70dd..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/DeviceInfo-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:DeviceInfo",{2245:"
DeviceInfo
Contains information on an attached device
",2249:"
std::string description() const
Gets the description for the device
",2250:"
std::string serial() const
Gets the serial address for the device
",2251:"
uint32 baudRate() const
Gets the suspected baud rate at which to open a Connection with the device.
",2252:"
ConnectionType connectionType() const
Gets the ConnectionType of the device.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/DeviceInfo-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/DeviceInfo-ToolTips.js deleted file mode 100644 index 59992a148..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/DeviceInfo-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/DeviceInfo.html b/v66.0.1/MSCL_API_Docs/classes/C/DeviceInfo.html deleted file mode 100644 index 454b18d25..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/DeviceInfo.html +++ /dev/null @@ -1,46 +0,0 @@ - - -DeviceInfo - - - - - - - -
-
DeviceInfo
-
DeviceInfo
-

Contains information on an attached device

-
- -
-
ConnectionType
-
connectionType_serial

0 - Serial connection (or usb-to-serial)

connectionType_tcp

1 - TCP/IP connection

-
- -
-
description
-
std::string description() const
-

Gets the description for the device

Returns

The description of the device

-
- -
-
serial
-
std::string serial() const
-

Gets the serial address for the device

Returns

The serial number of the device

-
- -
-
baudRate
-
uint32 baudRate() const
-

Gets the suspected baud rate at which to open a Connection with the device.

Returns

The suspected baud rate to open the connection with the device.  This is not gauranteed to be correct as it is basing this value on the driver info available, which doesn't always have uniquely identifiable information.

-
- -
-
connectionType
-
ConnectionType connectionType() const
-

Gets the ConnectionType of the device.

Returns

The ConnectionType of the device.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/DeviceMessageInfo-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/DeviceMessageInfo-Summary.js deleted file mode 100644 index d6a6885af..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/DeviceMessageInfo-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:DeviceMessageInfo","DeviceMessageInfo");NDSummary.OnSummaryLoaded("CClass:DeviceMessageInfo",[["C/C++","C"]],[["Functions","Function"],["Structs","Struct"],["Variables","Variable"]],[[640,0,1,"DeviceMessageInfo"],[641,0,0,"DeviceMessageInfo","DeviceMessageInfo"],[642,0,2,"messageParsingErrors","messageParsingErrors"],[643,0,2,"messagesRead","messagesRead"],[644,0,2,"lastMessageReadinMS","lastMessageReadinMS"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/DeviceMessageInfo-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/DeviceMessageInfo-SummaryToolTips.js deleted file mode 100644 index 6731d411a..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/DeviceMessageInfo-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:DeviceMessageInfo",{641:"
DeviceMessageInfo(): messageParsingErrors(0), messagesRead(0), lastMessageReadinMS(0)
Creates a DeviceMessageInfo object with default values.
",642:"
uint32 messageParsingErrors
",643:"
uint32 messagesRead
",644:"
uint32 lastMessageReadinMS
Time of last message read for the stream in MS (references System Timer)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/DeviceMessageInfo-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/DeviceMessageInfo-ToolTips.js deleted file mode 100644 index 59992a148..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/DeviceMessageInfo-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/DeviceMessageInfo.html b/v66.0.1/MSCL_API_Docs/classes/C/DeviceMessageInfo.html deleted file mode 100644 index 6d0d12298..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/DeviceMessageInfo.html +++ /dev/null @@ -1,37 +0,0 @@ - - -DeviceMessageInfo - - - - - - - -
-
DeviceMessageInfo
-
- -
-
DeviceMessageInfo
-
DeviceMessageInfo(): messageParsingErrors(0), messagesRead(0), lastMessageReadinMS(0)
-

Creates a DeviceMessageInfo object with default values.

-
- -
-
messageParsingErrors
-
uint32 messageParsingErrors
-
- -
-
messagesRead
-
uint32 messagesRead
-
- -
-
lastMessageReadinMS
-
uint32 lastMessageReadinMS
-

Time of last message read for the stream in MS (references System Timer)

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/DeviceStatusData-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/DeviceStatusData-Summary.js deleted file mode 100644 index fb12a568e..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/DeviceStatusData-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:DeviceStatusData","DeviceStatusData");NDSummary.OnSummaryLoaded("CClass:DeviceStatusData",[["C/C++","C"]],[["Classes","Class"],["Enums","Enumeration"],["Functions","Function"],["Types","Type"],["Variables","Variable"]],[[659,0,0,"DeviceStatusData"],[660,0,1,"StatusSelector","StatusSelector"],[661,0,1,,"BASIC_STATUS_STRUCTURE"],[662,0,1,,"DIAGNOSTIC_STATUS_STRUCTURE"],[663,0,1,"SystemState","SystemState"],[664,0,2,"DeviceStatusData","DeviceStatusData"],[665,0,4,"model","model"],[666,0,4,"statusStructure","statusStructure"],[667,0,4,"systemTimerInMS","systemTimerInMS"],[668,0,2,"systemState","systemState"],[669,0,2,"gnssPowerStateOn","gnssPowerStateOn"],[670,0,2,"gnss1PpsPulseInfo","gnss1PpsPulseInfo"],[671,0,2,"imuStreamInfo","imuStreamInfo"],[672,0,2,"gnssStreamInfo","gnssStreamInfo"],[673,0,2,"estimationFilterStreamInfo","estimationFilterStreamInfo"],[674,0,2,"imuMessageInfo","imuMessageInfo"],[675,0,2,"gnssMessageInfo","gnssMessageInfo"],[676,0,2,"comPortInfo","comPortInfo"],[677,0,2,"usbPortInfo","usbPortInfo"],[678,0,2,"hasMagnetometer","hasMagnetometer"],[679,0,2,"magnetometerInitializationFailed","magnetometerInitializationFailed"],[680,0,2,"hasPressure","hasPressure"],[681,0,2,"pressureInitializationFailed","pressureInitializationFailed"],[682,0,2,"gnssReceiverInitializationFailed","gnssReceiverInitializationFailed"],[683,0,2,"coldStartOnPowerOn","coldStartOnPowerOn"],[684,0,2,"temperatureInfo","temperatureInfo"],[685,0,2,"powerState","powerState"],[686,0,2,"gyroRange","gyroRange"],[687,0,2,"accelRange","accelRange"],[688,0,2,"asMap","asMap"],[689,0,2,"asValueMap","asValueMap"],[690,0,3,"StatusSelectors","StatusSelectors"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/DeviceStatusData-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/DeviceStatusData-SummaryToolTips.js deleted file mode 100644 index 9fe028d64..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/DeviceStatusData-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:DeviceStatusData",{659:"
DeviceStatusData
Contains the data needed by the InertialNode::getBasicDeviceStatus method.
",660:"
Represents the two different types of statuses returned by DeviceStatus.
",663:"
Enum of available system states.
",664:"
DeviceStatusData()
Creates a DeviceStatusData object with default values.
",665:"
uint16 modelNumber
",666:"
StatusSelector statusStructure
",667:"
uint32 systemTimerInMS
",668:"
SystemState systemState()
get or set m_systemState
",669:"
bool gnssPowerStateOn() const
get or set m_gnssPowerStateOn
",670:"
PpsPulseInfo gnss1PpsPulseInfo()
get or set m_gnss1PpsPulseInfo
",671:"
StreamInfo imuStreamInfo()
get or set m_imuStreamInfo
",672:"
StreamInfo gnssStreamInfo()
get or set m_gnssStreamInfo
",673:"
StreamInfo estimationFilterStreamInfo()
get or set m_estimationFilterStreamInfo
",674:"
DeviceMessageInfo imuMessageInfo()
get or set m_imuMessageInfo
",675:"
DeviceMessageInfo gnssMessageInfo()
get or set m_gnssMessageInfo
",676:"
PortInfo comPortInfo()
get or set m_comPortInfo
",677:"
PortInfo usbPortInfo()
get or set m_usbPortInfo
",678:"
bool hasMagnetometer() const
get or set m_hasMagnetometer
",679:"
bool magnetometerInitializationFailed() const
get or set m_magnetometerInitializationFailed
",680:"
bool hasPressure() const
get or set m_hasPressure
",681:"
bool pressureInitializationFailed() const
get or set m_pressureInitializationFailed
",682:"
bool gnssReceiverInitializationFailed() const
get or set m_gnssReceiverInitializationFailed
",683:"
bool coldStartOnPowerOn() const
get or set m_coldStartOnPowerOn
",684:"
TemperatureInfo temperatureInfo()
get or set m_temperatureInfo
",685:"
InertialTypes::PowerState powerState() const
get or set m_powerState
",686:"
uint16 gyroRange() const
get or set m_gyroRange
",687:"
uint16 accelRange() const
get or set m_accelRange
",688:"
mscl::DeviceStatusMap asMap() const
get the device status as a map
",689:"
mscl::DeviceStatusValueMap asValueMap() const
get the device status as value map
",690:"
A vector of StatusSelector objects
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/DeviceStatusData-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/DeviceStatusData-ToolTips.js deleted file mode 100644 index 522978d12..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/DeviceStatusData-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({198:"
DeviceStatusData getBasicDeviceStatus()
Gets the basic device status.
",632:"
Contains the 1PPS Pulse info for DeviceStatusData.
",636:"
Contains stream info for DeviceStatusData.
",645:"
Contains USB or COM port info for DeviceStatusData.
",651:"
Contains internal temperature info for DeviceStatusData.
",660:"
Represents the two different types of statuses returned by DeviceStatus.
",663:"
Enum of available system states.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/DeviceStatusData.html b/v66.0.1/MSCL_API_Docs/classes/C/DeviceStatusData.html deleted file mode 100644 index b38575db4..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/DeviceStatusData.html +++ /dev/null @@ -1,185 +0,0 @@ - - -DeviceStatusData - - - - - - - -
-
DeviceStatusData
-
DeviceStatusData
-

Contains the data needed by the InertialNode::getBasicDeviceStatus method.

-
- -
-
StatusSelector
-

Represents the two different types of statuses returned by DeviceStatus.

BASIC_STATUS_STRUCTURE

0x01 - used to receive a limited device status.

DIAGNOSTIC_STATUS_STRUCTURE

0x02 - used to receive a complete device status.

-
- -
-
SystemState
-

Enum of available system states.

SYSTEM_INITIALIZATION = 0x0001 SYSTEM_STARTUP = 0x0002 SYSTEM_RUNNING = 0x0003

-
- -
-
DeviceStatusData
-
DeviceStatusData()
-

Creates a DeviceStatusData object with default values.

-
- -
-
model
-
uint16 modelNumber
-
- -
-
statusStructure
-
StatusSelector statusStructure
-
- -
-
systemTimerInMS
-
uint32 systemTimerInMS
-
- -
-
systemState
-
SystemState systemState()
-

get or set m_systemState

-
- -
-
gnssPowerStateOn
-
bool gnssPowerStateOn() const
-

get or set m_gnssPowerStateOn

-
- -
-
gnss1PpsPulseInfo
-
PpsPulseInfo gnss1PpsPulseInfo()
-

get or set m_gnss1PpsPulseInfo

-
- -
-
imuStreamInfo
-
StreamInfo imuStreamInfo()
-

get or set m_imuStreamInfo

-
- -
-
gnssStreamInfo
-
StreamInfo gnssStreamInfo()
-

get or set m_gnssStreamInfo

-
- -
-
estimationFilterStreamInfo
-
StreamInfo estimationFilterStreamInfo()
-

get or set m_estimationFilterStreamInfo

-
- -
-
imuMessageInfo
-
DeviceMessageInfo imuMessageInfo()
-

get or set m_imuMessageInfo

-
- -
-
gnssMessageInfo
-
DeviceMessageInfo gnssMessageInfo()
-

get or set m_gnssMessageInfo

-
- -
-
comPortInfo
-
PortInfo comPortInfo()
-

get or set m_comPortInfo

-
- -
-
usbPortInfo
-
PortInfo usbPortInfo()
-

get or set m_usbPortInfo

-
- -
-
hasMagnetometer
-
bool hasMagnetometer() const
-

get or set m_hasMagnetometer

-
- -
-
magnetometerInitializationFailed
-
bool magnetometerInitializationFailed() const
-

get or set m_magnetometerInitializationFailed

-
- -
-
hasPressure
-
bool hasPressure() const
-

get or set m_hasPressure

-
- -
-
pressureInitializationFailed
-
bool pressureInitializationFailed() const
-

get or set m_pressureInitializationFailed

-
- -
-
gnssReceiverInitializationFailed
-
bool gnssReceiverInitializationFailed() const
-

get or set m_gnssReceiverInitializationFailed

-
- -
-
coldStartOnPowerOn
-
bool coldStartOnPowerOn() const
-

get or set m_coldStartOnPowerOn

-
- -
-
temperatureInfo
-
TemperatureInfo temperatureInfo()
-

get or set m_temperatureInfo

-
- -
-
powerState
-
InertialTypes::PowerState powerState() const
-

get or set m_powerState

-
- -
-
gyroRange
-
uint16 gyroRange() const
-

get or set m_gyroRange

-
- -
-
accelRange
-
uint16 accelRange() const
-

get or set m_accelRange

-
- -
-
asMap
-
mscl::DeviceStatusMap asMap() const
-

get the device status as a map

-
- -
-
asValueMap
-
mscl::DeviceStatusValueMap asValueMap() const
-

get the device status as value map

-
- -
-
StatusSelectors
-

A vector of StatusSelector objects

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Devices-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/Devices-Summary.js deleted file mode 100644 index e34267813..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Devices-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:Devices","Devices");NDSummary.OnSummaryLoaded("CClass:Devices",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Types","Type"]],[[2253,0,0,"Devices"],[2254,0,2,"DeviceList","DeviceList"],[2255,0,1,"listBaseStations","listBaseStations"],[2256,0,1,"listInertialDevices","listInertialDevices"],[2257,0,1,"listPorts","listPorts"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Devices-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/Devices-SummaryToolTips.js deleted file mode 100644 index e95b846c6..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Devices-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:Devices",{2253:"
Devices
Contains helper functions for accessing attached devices
",2254:"
Typedef for a map of string COM ports to DeviceInfo objects detailing the information about each device
",2255:"
static DeviceList listBaseStations()
Gets a list of all the attached (USB) BaseStations.  Note that this is solely going by listed devices that use our driver, so this may pick up similar devices that are not BaseStations.
",2256:"
static DeviceList listInertialDevices()
Gets a list of all the attached (USB) InertialDevices.
",2257:"
static DeviceList listPorts()
Gets a simple list of all serial ports and their availability.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Devices-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/Devices-ToolTips.js deleted file mode 100644 index 1282f20b0..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Devices-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2245:"
DeviceInfo
Contains information on an attached device
",2254:"
Typedef for a map of string COM ports to DeviceInfo objects detailing the information about each device
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Devices.html b/v66.0.1/MSCL_API_Docs/classes/C/Devices.html deleted file mode 100644 index f9feed0c2..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Devices.html +++ /dev/null @@ -1,40 +0,0 @@ - - -Devices - - - - - - - -
-
Devices
-
Devices
-

Contains helper functions for accessing attached devices

-
- -
-
DeviceList
-

Typedef for a map of string COM ports to DeviceInfo objects detailing the information about each device

-
- -
-
listBaseStations
-
static DeviceList listBaseStations()
-

Gets a list of all the attached (USB) BaseStations.  Note that this is solely going by listed devices that use our driver, so this may pick up similar devices that are not BaseStations.

Returns

A DeviceList representing the COM ports that were found that match MicroStrain BaseStations.  If none were found, the list will be empty.

-
- -
-
listInertialDevices
-
static DeviceList listInertialDevices()
-

Gets a list of all the attached (USB) InertialDevices.

Returns

A DeviceList representing the COM ports that were found that match MicroStrain InertialDevices.  If none were found, the list will be empty.

-
- -
-
listPorts
-
static DeviceList listPorts()
-

Gets a simple list of all serial ports and their availability.

Returns

A DeviceList representing the ports that were found and their availability.  If none were found, the list will be empty.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/DisplacementModels-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/DisplacementModels-Summary.js deleted file mode 100644 index 2ade1fcc5..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/DisplacementModels-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:DisplacementModels","DisplacementModels");NDSummary.OnSummaryLoaded("CClass:DisplacementModels",[["C/C++","C"]],[["Classes","Class"],["Enums","Enumeration"]],[[74,0,0,"DisplacementModels"],[75,0,1,"NodeModel","NodeModel"],[76,0,1,,"node_digitalDemod"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/DisplacementModels-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/DisplacementModels-SummaryToolTips.js deleted file mode 100644 index cc181783b..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/DisplacementModels-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:DisplacementModels",{74:"
DisplacementModels
Contains the models of Displacement hardware.
",75:"
The model numbers for each of the Displacement Nodes.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/DisplacementModels-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/DisplacementModels-ToolTips.js deleted file mode 100644 index 59992a148..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/DisplacementModels-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/DisplacementModels.html b/v66.0.1/MSCL_API_Docs/classes/C/DisplacementModels.html deleted file mode 100644 index 273b6c528..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/DisplacementModels.html +++ /dev/null @@ -1,22 +0,0 @@ - - -DisplacementModels - - - - - - - -
-
DisplacementModels
-
DisplacementModels
-

Contains the models of Displacement hardware.

-
- -
-
NodeModel
-

The model numbers for each of the Displacement Nodes.

node_digitalDemod

6130 - Digital Demod

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/DisplacementNode-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/DisplacementNode-Summary.js deleted file mode 100644 index c86050087..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/DisplacementNode-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:DisplacementNode","DisplacementNode");NDSummary.OnSummaryLoaded("CClass:DisplacementNode",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"]],[[46,0,0,"DisplacementNode"],[47,0,1,"DisplacementNode","DisplacementNode"],[48,0,1,"doCommand","doCommand"],[49,0,1,"deviceName","deviceName"],[50,0,1,"connection","connection"],[51,0,1,"features","features"],[52,0,1,"lastCommunicationTime","lastCommunicationTime"],[53,0,1,"lastDeviceState","lastDeviceState"],[54,0,1,"firmwareVersion","firmwareVersion"],[55,0,1,"model","model"],[56,0,1,"modelName","modelName"],[57,0,1,"modelNumber","modelNumber"],[58,0,1,"serialNumber","serialNumber"],[59,0,1,"lotNumber","lotNumber"],[60,0,1,"deviceOptions","deviceOptions"],[61,0,1,"getDataPackets","getDataPackets"],[62,0,1,"totalPackets","totalPackets"],[63,0,1,"timeout","timeout"],[64,0,1,"timeout","timeout(2)"],[65,0,1,"name","name"],[66,0,1,"ping","ping"],[67,0,1,"setToIdle","setToIdle"],[68,0,1,"cyclePower","cyclePower"],[69,0,1,"resume","resume"],[70,0,1,"getDisplacementOutputDataRate","getDisplacementOutputDataRate"],[71,0,1,"getAnalogToDisplacementCal","getAnalogToDisplacementCal"],[72,0,1,"setDeviceTime","setDeviceTime"],[73,0,1,"setDeviceTime","setDeviceTime(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/DisplacementNode-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/DisplacementNode-SummaryToolTips.js deleted file mode 100644 index 14ba464fc..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/DisplacementNode-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:DisplacementNode",{46:"
DisplacementNode
A class representing a MicroStrain Displacement Node
",47:"
explicit DisplacementNode(
Connection connection
)
Creates an DisplacementNode object.
",48:"
virtual Bytes doCommand(
uint8 descriptorSet,
uint8 cmdDescriptor,
const Bytes &fieldData,
bool ackNackResponse,
bool dataResponse,
uint8 responseDataDescriptor = 0
) const
Note: This is an ADVANCED COMMAND. Most users will not need to use this.  Allows sending custom data as a MIP packet to the device, and receiving custom data as a response.
",49:"
static std::string deviceName(
const std::string &serial
)
Static function for creating the universal sensor name that should be used for SensorCloud.
",50:"
Connection& connection()
Gets the Connection object that this DisplacementNode is using.
",51:"
const MipNodeFeatures& features()
Gets a reference to the MipNodeFeatures for this device.  Note: This will be invalid when the DisplacementNode is destroyed.
",52:"
const Timestamp& lastCommunicationTime() const
Gets the Timestamp for the last time MSCL communicated with the DisplacementNode.
",53:"
DeviceState lastDeviceState() const
Gets the last known DeviceState for the InertialNode.  This device state is updated by MSCL when data packets are received, as well as when operations are performed, such as setting a Node to idle.
",54:"
Version firmwareVersion() const
Gets the firmware Version of the DisplacementNode.
",55:"
DisplacementModels::NodeModel model() const
Gets the DisplacementModels::NodeModel of the DisplacementNode.
",56:"
std::string modelName() const
Gets the model name of the DisplacementNode (ie. "3DM-GX3-45").
",57:"
std::string modelNumber() const
Gets the model number of the DisplacementNode (ie. "6225-4220").
",58:"
std::string serialNumber() const
Gets the serial number of the DisplacementNode (ie. "6225-01319").
",59:"
std::string lotNumber() const
Gets the lot number of the DisplacementNode (ie. "I042Y").
",60:"
std::string deviceOptions() const
Gets the device options of the DisplacementNode (ie. "5g, 300d/s").
",61:"
MipDataPackets getDataPackets(
uint32 timeout = 0,
uint32 maxPackets = 0
)
Gets up to the requested amount of data packets that have been collected.
",62:"
uint32 totalPackets()
Gets the total number of data packets that are currently in the buffer.
",63:"
void timeout(
uint64 timeout
)
Sets the timeout to use when waiting for responses from commands.
",64:"
uint64 timeout() const
Gets the timeout to use when waiting for responses from commands.
",65:"
std::string name()
Gets the name of the DisplacementNode. This is the universal sensor name that should be used for uploading to SensorCloud.  This is the same as calling DisplacementNode::deviceName.
",66:"
bool ping()
Pings the Node to check for communication.  Sends the "Ping" command to the device.
",67:"
void setToIdle()
Suspends streaming (if enabled) or wakes the device from sleep (if sleeping), putting the device in an idle mode.  After this command is used, the resume command may be used to put the Node back into the mode it was previously in before setToIdle was called.
",68:"
bool cyclePower()
Performs the "Device Reset" command.  Note: This is essentially the same as unplugging and plugging the device back in.
",69:"
void resume()
Places the Node back in the mode it was in before issuing the setToIdle command.  If the setToIdle command was not issued, then the device is placed in default mode.
",70:"
SampleRate getDisplacementOutputDataRate() const
Gets the output data rate for the displacement data.
",71:"
LinearEquation getAnalogToDisplacementCal() const
Gets the Analog to Displacement calibration coefficients.
",72:"
void setDeviceTime()
Seeds the device time with the current system time.  This time will be reflected in the timestamp field that can come with data from the device.
",73:"
void setDeviceTime(
uint64 nanoseconds
)
Seeds the device time with a specific time.  This time will be reflected in the timestamp field that can come with data from the device.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/DisplacementNode-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/DisplacementNode-ToolTips.js deleted file mode 100644 index 1cb1dbc17..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/DisplacementNode-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({19:"
Connection
The Connection object that is used for communication.
",49:"
static std::string deviceName(
const std::string &serial
)
Static function for creating the universal sensor name that should be used for SensorCloud.
",58:"
std::string serialNumber() const
Gets the serial number of the DisplacementNode (ie. "6225-01319").
",67:"
void setToIdle()
Suspends streaming (if enabled) or wakes the device from sleep (if sleeping), putting the device in an idle mode.  After this command is used, the resume command may be used to put the Node back into the mode it was previously in before setToIdle was called.
",69:"
void resume()
Places the Node back in the mode it was in before issuing the setToIdle command.  If the setToIdle command was not issued, then the device is placed in default mode.
",75:"
The model numbers for each of the Displacement Nodes.
",1084:"
MipDataPacket
A Mip Data Packet that contains both valid and invalid data from a MIP Device.
",2043:"
MipNodeFeatures
Contains information on which features are supported by an InertialNode.
",4379:"
SampleRate
Represents a MicroStrain sample rate (rate at which data is sampling)
",4462:"
LinearEquation
Represents a linear equation (y = mx + b).
",4493:"
Version
Class that represents, and provides helper functions for, a Version number
",4526:"
typedef for a vector of bytes.
",4547:"
The possible states a device can be in.
",4554:"
Timestamp
Represents a date/time object
",4614:"
Error_NotSupported
A command/feature was attempted to be used that was not supported.
",4617:"
Error_NoData
There is no data available to be accessed
",4625:"
Error_Communication
The exception for failing to communicate with a device.
",4632:"
Error_Connection
The generic connection exception.
",4644:"
Error_MipCmdFailed
The Inertial command has failed
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/DisplacementNode.html b/v66.0.1/MSCL_API_Docs/classes/C/DisplacementNode.html deleted file mode 100644 index 052358c39..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/DisplacementNode.html +++ /dev/null @@ -1,179 +0,0 @@ - - -DisplacementNode - - - - - - - -
-
DisplacementNode
-
DisplacementNode
-

A class representing a MicroStrain Displacement Node

-
- -
-
DisplacementNode
-
explicit DisplacementNode(
Connection connection
)
-

Creates an DisplacementNode object.

Parameters
connection
Connection

The Connection object used for communication.

Exceptions
-
- -
-
doCommand
-
virtual Bytes doCommand(
uint8 descriptorSet,
uint8 cmdDescriptor,
const Bytes &fieldData,
bool ackNackResponse,
bool dataResponse,
uint8 responseDataDescriptor = 0
) const
-

Note: This is an ADVANCED COMMAND. Most users will not need to use this.  Allows sending custom data as a MIP packet to the device, and receiving custom data as a response.

Parameters
descriptorSet
uint8

The MIP descriptor set byte.

cmdDescriptor
uint8

The MIP command field descriptor byte.

fieldData
const Bytes&

The MIP field data to send in the command (pass an empty Bytes container if none).

ackNackResponse
bool

Whether or not a MIP ack/nack response field is expected.

dataResponse
bool

Whether or not a MIP data response field is expected.

responseDataDescriptor
uint8

The MIP response data field descriptor byte (only required if dataResponse flag is true)

Returns

The response field Bytes from a successful response (empty if no dataResponse).

Exceptions
-
- -
-
deviceName
-
static std::string deviceName(
const std::string &serial
)
-

Static function for creating the universal sensor name that should be used for SensorCloud.

Parameters
serial
const std::string&

The serial number of the node. This should be identical to calling the serialNumber function on an <MipNodeInfo> object (see <DisplacementNode::info>).

Returns

The universal sensor name.

-
- -
-
connection
-
Connection& connection()
-

Gets the Connection object that this DisplacementNode is using.

Returns

The Connection object that this DisplacementNode is using.

-
- -
-
features
-
const MipNodeFeatures& features()
-

Gets a reference to the MipNodeFeatures for this device.  Note: This will be invalid when the DisplacementNode is destroyed.

Exceptions
-
- -
-
lastCommunicationTime
-
const Timestamp& lastCommunicationTime() const
-

Gets the Timestamp for the last time MSCL communicated with the DisplacementNode.

Returns

A Timestamp representing the last time MSCL communicated with the Node.

Exceptions

  • Error_NoData: There is no communication time logged for this device.

-
- -
-
lastDeviceState
-
DeviceState lastDeviceState() const
-

Gets the last known DeviceState for the InertialNode.  This device state is updated by MSCL when data packets are received, as well as when operations are performed, such as setting a Node to idle.

Returns

The last known DeviceState.

-
- -
-
firmwareVersion
-
Version firmwareVersion() const
-

Gets the firmware Version of the DisplacementNode.

Returns

The firmware Version of the DisplacementNode.

Exceptions
-
- -
-
model
- -

Gets the DisplacementModels::NodeModel of the DisplacementNode.

Returns

The DisplacementModels::NodeModel of the DisplacementNode.

Exceptions
-
- -
-
modelName
-
std::string modelName() const
-

Gets the model name of the DisplacementNode (ie. "3DM-GX3-45").

Returns

The model name of the DisplacementNode.

Exceptions
-
- -
-
modelNumber
-
std::string modelNumber() const
-

Gets the model number of the DisplacementNode (ie. "6225-4220").

Returns

The model number of the DisplacementNode.

Exceptions
-
- -
-
serialNumber
-
std::string serialNumber() const
-

Gets the serial number of the DisplacementNode (ie. "6225-01319").

Returns

The serial number of the DisplacementNode.

Exceptions
-
- -
-
lotNumber
-
std::string lotNumber() const
-

Gets the lot number of the DisplacementNode (ie. "I042Y").

Returns

The lot number of the DisplacementNode.

Exceptions
-
- -
-
deviceOptions
-
std::string deviceOptions() const
-

Gets the device options of the DisplacementNode (ie. "5g, 300d/s").

Returns

The device options of the DisplacementNode.

Exceptions
-
- -
-
getDataPackets
-
MipDataPackets getDataPackets(
uint32 timeout = 0,
uint32 maxPackets = 0
)
-

Gets up to the requested amount of data packets that have been collected.

Parameters
timeout
uint32

The timeout, in milliseconds, to wait for data if necessary (default of 0).

maxPackets
uint32

The maximum number of packets to return. If this is 0 (default), all packets will be returned.

Returns

A vector of MipDataPackets containing all the data packets that are available up to the requested number of packets.

Exceptions
-
- -
-
totalPackets
-
uint32 totalPackets()
-

Gets the total number of data packets that are currently in the buffer.

Returns

The total number of data packets that are currently in the buffer.

-
- -
-
timeout
-
void timeout(
uint64 timeout
)
-

Sets the timeout to use when waiting for responses from commands.

Parameters
timeout
uint64

The timeout (in milliseconds) to set for commands.

-
- -
-
timeout
-
uint64 timeout() const
-

Gets the timeout to use when waiting for responses from commands.

Returns

The timeout (in milliseconds) used for commands.

-
- -
-
name
-
std::string name()
-

Gets the name of the DisplacementNode. This is the universal sensor name that should be used for uploading to SensorCloud.  This is the same as calling DisplacementNode::deviceName.

Returns

The universal sensor name.

-
- -
-
ping
-
bool ping()
-

Pings the Node to check for communication.  Sends the "Ping" command to the device.

Returns

true if successfully pinged the node, false if failed.

Exceptions
-
- -
-
setToIdle
-
void setToIdle()
-

Suspends streaming (if enabled) or wakes the device from sleep (if sleeping), putting the device in an idle mode.  After this command is used, the resume command may be used to put the Node back into the mode it was previously in before setToIdle was called.

Exceptions
-
- -
-
cyclePower
-
bool cyclePower()
-

Performs the "Device Reset" command.  Note: This is essentially the same as unplugging and plugging the device back in.

Exceptions
-
- -
-
resume
-
void resume()
-

Places the Node back in the mode it was in before issuing the setToIdle command.  If the setToIdle command was not issued, then the device is placed in default mode.

Exceptions
-
- -
-
getDisplacementOutputDataRate
-
SampleRate getDisplacementOutputDataRate() const
-

Gets the output data rate for the displacement data.

Returns

A SampleRate.

Exceptions
-
- -
-
getAnalogToDisplacementCal
-
LinearEquation getAnalogToDisplacementCal() const
-

Gets the Analog to Displacement calibration coefficients.

Returns

A LinearEquation containing the slope and offset.

Exceptions
-
- -
-
setDeviceTime
-
void setDeviceTime()
-

Seeds the device time with the current system time.  This time will be reflected in the timestamp field that can come with data from the device.

Exceptions
-
- -
-
setDeviceTime
-
void setDeviceTime(
uint64 nanoseconds
)
-

Seeds the device time with a specific time.  This time will be reflected in the timestamp field that can come with data from the device.

Parameters
nanoseconds
uint64

The number of nanoseconds since Unix Epoch.

Exceptions
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/EnableDisableMeasurements-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/EnableDisableMeasurements-Summary.js deleted file mode 100644 index fa7183690..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/EnableDisableMeasurements-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:EnableDisableMeasurements","EnableDisableMeasurements");NDSummary.OnSummaryLoaded("CClass:EnableDisableMeasurements",[["C/C++","C"]],[["Enums","Enumeration"],["Functions","Function"],["Structs","Struct"],["Variables","Variable"]],[[792,0,2,"EnableDisableMeasurements"],[793,0,0,"MeasurementOptions","MeasurementOptions"],[794,0,3,"measurementOptions","measurementOptions"],[795,0,1,"optionEnabled","optionEnabled"],[796,0,1,"enableOption","enableOption"],[797,0,1,"disableOption","disableOption"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/EnableDisableMeasurements-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/EnableDisableMeasurements-SummaryToolTips.js deleted file mode 100644 index af207d9f0..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/EnableDisableMeasurements-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:EnableDisableMeasurements",{793:"
Indicates the bit value used to enable/disable available measurement options
",794:"
uint16 measurementOptions
",795:"
bool optionEnabled(
MeasurementOptions option
)
Checks whether the specified option is enabled.
",796:"
void enableOption(
MeasurementOptions option
)
Enables the specified option.
",797:"
void disableOption(
MeasurementOptions option
)
Disables the specified option.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/EnableDisableMeasurements-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/EnableDisableMeasurements-ToolTips.js deleted file mode 100644 index cd0615168..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/EnableDisableMeasurements-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({793:"
Indicates the bit value used to enable/disable available measurement options
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/EnableDisableMeasurements.html b/v66.0.1/MSCL_API_Docs/classes/C/EnableDisableMeasurements.html deleted file mode 100644 index 6e4165037..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/EnableDisableMeasurements.html +++ /dev/null @@ -1,43 +0,0 @@ - - -EnableDisableMeasurements - - - - - - - -
-
EnableDisableMeasurements
-
- -
-
MeasurementOptions
-

Indicates the bit value used to enable/disable available measurement options

-
- -
-
measurementOptions
-
uint16 measurementOptions
-
- -
-
optionEnabled
-
bool optionEnabled(
MeasurementOptions option
)
-

Checks whether the specified option is enabled.

-
- -
-
enableOption
-
void enableOption(
MeasurementOptions option
)
-

Enables the specified option.

-
- -
-
disableOption
-
void disableOption(
MeasurementOptions option
)
-

Disables the specified option.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Error-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/Error-Summary.js deleted file mode 100644 index e8220dc1b..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Error-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:Error","Error");NDSummary.OnSummaryLoaded("CClass:Error",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"]],[[4610,0,0,"Error"],[4611,0,1,"Error","Error"],[4612,0,1,"Error","Error(2)"],[4613,0,1,"what","what"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Error-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/Error-SummaryToolTips.js deleted file mode 100644 index f3ed4c9aa..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Error-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:Error",{4610:"
Error
The generic MicroStrain exception (base class)
",4611:"
Error() : m_description("MSCL has thrown an exception.")
Initializes the Error object with the default description
",4612:"
Error(
const std::string &description
) : m_description(description)
Initializes the Error object with a custom description
",4613:"
const char* what () const throw ()
overriding the default std::exception what() function, gets the description of the thrown exception
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Error-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/Error-ToolTips.js deleted file mode 100644 index 19801a4a8..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Error-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({4614:"
Error_NotSupported
A command/feature was attempted to be used that was not supported.
",4617:"
Error_NoData
There is no data available to be accessed
",4620:"
Error_BadDataType
Data of one type was accessed as another type (simple_any)
",4622:"
Error_UnknownSampleRate
The sample rate is invalid or unknown for the given device
",4625:"
Error_Communication
The exception for failing to communicate with a device.
",4632:"
Error_Connection
The generic connection exception.
",4644:"
Error_MipCmdFailed
The Inertial command has failed
",4649:"
Error_InvalidConfig
The Configuration is invalid.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Error.html b/v66.0.1/MSCL_API_Docs/classes/C/Error.html deleted file mode 100644 index c49926a60..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Error.html +++ /dev/null @@ -1,35 +0,0 @@ - - -Error - - - - - - - -
-
Error
- -

The generic MicroStrain exception (base class)

-
- -
-
Error
-
Error() : m_description("MSCL has thrown an exception.")
-

Initializes the Error object with the default description

-
- -
-
Error
-
Error(
const std::string &description
) : m_description(description)
-

Initializes the Error object with a custom description

Parameters
description
const std::string&

the description of the error to be thrown

-
- -
-
what
-
const char* what () const throw ()
-

overriding the default std::exception what() function, gets the description of the thrown exception

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Error_BadDataType-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/Error_BadDataType-Summary.js deleted file mode 100644 index 0d0a72225..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Error_BadDataType-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:Error_BadDataType","Error_BadDataType");NDSummary.OnSummaryLoaded("CClass:Error_BadDataType",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"]],[[4620,0,0,"Error_BadDataType"],[4621,0,1,"Error_BadDataType","Error_BadDataType"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Error_BadDataType-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/Error_BadDataType-SummaryToolTips.js deleted file mode 100644 index de30614c7..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Error_BadDataType-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:Error_BadDataType",{4620:"
Error_BadDataType
Data of one type was accessed as another type (simple_any)
",4621:"
Error_BadDataType() : Error("Data was accessed using the wrong data type.")
Intializes the Error_BadDataType object with a default description
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Error_BadDataType-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/Error_BadDataType-ToolTips.js deleted file mode 100644 index 59779f645..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Error_BadDataType-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({4610:"
Error
The generic MicroStrain exception (base class)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Error_BadDataType.html b/v66.0.1/MSCL_API_Docs/classes/C/Error_BadDataType.html deleted file mode 100644 index 81b10533b..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Error_BadDataType.html +++ /dev/null @@ -1,23 +0,0 @@ - - -Error_BadDataType - - - - - - - -
-
Error_BadDataType
-
public
Error
Error_BadDataType
-

Data of one type was accessed as another type (simple_any)

-
- -
-
Error_BadDataType
-
Error_BadDataType() : Error("Data was accessed using the wrong data type.")
-

Intializes the Error_BadDataType object with a default description

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Error_Communication-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/Error_Communication-Summary.js deleted file mode 100644 index 58f213c03..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Error_Communication-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:Error_Communication","Error_Communication");NDSummary.OnSummaryLoaded("CClass:Error_Communication",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"]],[[4625,0,0,"Error_Communication"],[4626,0,1,"Error_Communication","Error_Communication"],[4627,0,1,"Error_Communication","Error_Communication(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Error_Communication-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/Error_Communication-SummaryToolTips.js deleted file mode 100644 index e55069d92..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Error_Communication-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:Error_Communication",{4625:"
Error_Communication
The exception for failing to communicate with a device.
",4626:"
Error_Communication() : Error("Failed to communicate with the device.")
Initializes the Error_Communication object.
",4627:"
Error_Communication(
const std::string &description
) : Error(description)
Initializes the Error_Communication object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Error_Communication-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/Error_Communication-ToolTips.js deleted file mode 100644 index 389d8dfb3..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Error_Communication-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({4610:"
Error
The generic MicroStrain exception (base class)
",4628:"
Error_NodeCommunication
The exception for failing to communicate with a WirelessNode.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Error_Communication.html b/v66.0.1/MSCL_API_Docs/classes/C/Error_Communication.html deleted file mode 100644 index 01d7f0501..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Error_Communication.html +++ /dev/null @@ -1,29 +0,0 @@ - - -Error_Communication - - - - - - - -
-
Error_Communication
- -

The exception for failing to communicate with a device.

-
- -
-
Error_Communication
-
Error_Communication() : Error("Failed to communicate with the device.")
-

Initializes the Error_Communication object.

-
- -
-
Error_Communication
-
Error_Communication(
const std::string &description
) : Error(description)
-

Initializes the Error_Communication object.

Parameters
description
const std::string&

the description to set

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Error_Connection-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/Error_Connection-Summary.js deleted file mode 100644 index a487c255a..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Error_Connection-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:Error_Connection","Error_Connection");NDSummary.OnSummaryLoaded("CClass:Error_Connection",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"]],[[4632,0,0,"Error_Connection"],[4633,0,1,"Error_Connection","Error_Connection"],[4634,0,1,"Error_Connection","Error_Connection(2)"],[4635,0,1,"Error_Connection","Error_Connection(3)"],[4636,0,1,"Error_Connection","Error_Connection(4)"],[4637,0,1,"code","code"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Error_Connection-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/Error_Connection-SummaryToolTips.js deleted file mode 100644 index 553a476db..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Error_Connection-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:Error_Connection",{4632:"
Error_Connection
The generic connection exception.
",4633:"
Error_Connection(): Error("Connection error."), m_code(-1)
Initializes the Error_Connection object, sets the error code to a default of -1
",4634:"
Error_Connection(
int code
): Error("Connection error."), m_code(code)
Initializes the Error_Connection object
",4635:"
Error_Connection(
const std::string &description
): Error(description), m_code(-1)
Initializes the Error_Connection object
",4636:"
Error_Connection(
const std::string &description,
int code
): Error(description), m_code(code)
Initializes the Error_Connection object
",4637:"
const int code() const throw ()
gets the exception error code (system error codes, or -1 by default)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Error_Connection-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/Error_Connection-ToolTips.js deleted file mode 100644 index c7bf1a45d..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Error_Connection-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({4610:"
Error
The generic MicroStrain exception (base class)
",4638:"
Error_InvalidSerialPort
There was an error with the specified COM Port.
",4640:"
Error_InvalidTcpServer
There was an error with the specified TCP/IP Server.
",4642:"
Error_InvalidUnixSocket
There was an error with the specified Unix Socket.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Error_Connection.html b/v66.0.1/MSCL_API_Docs/classes/C/Error_Connection.html deleted file mode 100644 index 843bd7175..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Error_Connection.html +++ /dev/null @@ -1,47 +0,0 @@ - - -Error_Connection - - - - - - - -
-
Error_Connection
- -

The generic connection exception.

-
- -
-
Error_Connection
-
Error_Connection(): Error("Connection error."), m_code(-1)
-

Initializes the Error_Connection object, sets the error code to a default of -1

-
- -
-
Error_Connection
-
Error_Connection(
int code
): Error("Connection error."), m_code(code)
-

Initializes the Error_Connection object

Parameters
code
int

the exception error code

-
- -
-
Error_Connection
-
Error_Connection(
const std::string &description
): Error(description), m_code(-1)
-

Initializes the Error_Connection object

Parameters
description
const std::string&

the description to set

-
- -
-
Error_Connection
-
Error_Connection(
const std::string &description,
int code
): Error(description), m_code(code)
-

Initializes the Error_Connection object

Parameters
description
const std::string&

the description to set

code
int

the exception error code

-
- -
-
code
-
const int code() const throw ()
-

gets the exception error code (system error codes, or -1 by default)

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Error_InvalidConfig-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/Error_InvalidConfig-Summary.js deleted file mode 100644 index 18fb6b8b5..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Error_InvalidConfig-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:Error_InvalidConfig","Error_InvalidConfig");NDSummary.OnSummaryLoaded("CClass:Error_InvalidConfig",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"]],[[4649,0,0,"Error_InvalidConfig"],[4650,0,1,"Error_InvalidConfig","Error_InvalidConfig"],[4651,0,1,"issues","issues"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Error_InvalidConfig-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/Error_InvalidConfig-SummaryToolTips.js deleted file mode 100644 index 07495ac91..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Error_InvalidConfig-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:Error_InvalidConfig",{4649:"
Error_InvalidConfig
The Configuration is invalid.
",4650:"
Error_InvalidConfig(
const ConfigIssues &issues
): Error("Invalid Configuration:"), m_issues(issues)
Initializes the Error_InvalidConfig object
",4651:"
ConfigIssues issues() const throw ()
Gets the ConfigIssues that caused the invalid configuration exception.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Error_InvalidConfig-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/Error_InvalidConfig-ToolTips.js deleted file mode 100644 index b28593b96..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Error_InvalidConfig-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2905:"
ConfigIssue
Holds information on a specific configuration issue.
",4610:"
Error
The generic MicroStrain exception (base class)
",4652:"
Error_InvalidNodeConfig
The Configuration for a WirelessNode is invalid.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Error_InvalidConfig.html b/v66.0.1/MSCL_API_Docs/classes/C/Error_InvalidConfig.html deleted file mode 100644 index 04b5679e0..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Error_InvalidConfig.html +++ /dev/null @@ -1,29 +0,0 @@ - - -Error_InvalidConfig - - - - - - - -
-
Error_InvalidConfig
- -

The Configuration is invalid.

-
- -
-
Error_InvalidConfig
-
Error_InvalidConfig(
const ConfigIssues &issues
): Error("Invalid Configuration:"), m_issues(issues)
-

Initializes the Error_InvalidConfig object

Parameters
issues
const ConfigIssues&

The ConfigIssues that caused the invalid configuration exception.

-
- -
-
issues
-
ConfigIssues issues() const throw ()
-

Gets the ConfigIssues that caused the invalid configuration exception.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Error_InvalidNodeConfig-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/Error_InvalidNodeConfig-Summary.js deleted file mode 100644 index bdddc709d..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Error_InvalidNodeConfig-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:Error_InvalidNodeConfig","Error_InvalidNodeConfig");NDSummary.OnSummaryLoaded("CClass:Error_InvalidNodeConfig",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"]],[[4652,0,0,"Error_InvalidNodeConfig"],[4653,0,1,"Error_InvalidNodeConfig","Error_InvalidNodeConfig"],[4654,0,1,"nodeAddress","nodeAddress"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Error_InvalidNodeConfig-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/Error_InvalidNodeConfig-SummaryToolTips.js deleted file mode 100644 index a2b3562c0..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Error_InvalidNodeConfig-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:Error_InvalidNodeConfig",{4652:"
Error_InvalidNodeConfig
The Configuration for a WirelessNode is invalid.
",4653:"
Error_InvalidNodeConfig(
const ConfigIssues &issues,
NodeAddress nodeAddress
) : Error_InvalidConfig(issues), m_nodeAddress(nodeAddress)
Initializes the Error_InvalidNodeConfig object
",4654:"
const NodeAddress nodeAddress() const throw ()
Gets the node address of the Node that this exception pertains to.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Error_InvalidNodeConfig-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/Error_InvalidNodeConfig-ToolTips.js deleted file mode 100644 index af252ce37..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Error_InvalidNodeConfig-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2905:"
ConfigIssue
Holds information on a specific configuration issue.
",4525:"
typedef for a Node\'s node address.
",4649:"
Error_InvalidConfig
The Configuration is invalid.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Error_InvalidNodeConfig.html b/v66.0.1/MSCL_API_Docs/classes/C/Error_InvalidNodeConfig.html deleted file mode 100644 index 2dd1ef3d1..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Error_InvalidNodeConfig.html +++ /dev/null @@ -1,29 +0,0 @@ - - -Error_InvalidNodeConfig - - - - - - - -
-
Error_InvalidNodeConfig
-
public
Error_InvalidConfig
Error_InvalidNodeConfig
-

The Configuration for a WirelessNode is invalid.

-
- -
-
Error_InvalidNodeConfig
-
Error_InvalidNodeConfig(
const ConfigIssues &issues,
NodeAddress nodeAddress
) : Error_InvalidConfig(issues), m_nodeAddress(nodeAddress)
-

Initializes the Error_InvalidNodeConfig object

Parameters
issues
const ConfigIssues&

The ConfigIssues that caused the invalid configuration exception.

-
- -
-
nodeAddress
-
const NodeAddress nodeAddress() const throw ()
-

Gets the node address of the Node that this exception pertains to.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Error_InvalidSerialPort-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/Error_InvalidSerialPort-Summary.js deleted file mode 100644 index f4a77fb2a..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Error_InvalidSerialPort-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:Error_InvalidSerialPort","Error_InvalidSerialPort");NDSummary.OnSummaryLoaded("CClass:Error_InvalidSerialPort",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"]],[[4638,0,0,"Error_InvalidSerialPort"],[4639,0,1,"Error_InvalidSerialPort","Error_InvalidSerialPort"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Error_InvalidSerialPort-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/Error_InvalidSerialPort-SummaryToolTips.js deleted file mode 100644 index 9ad60d667..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Error_InvalidSerialPort-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:Error_InvalidSerialPort",{4638:"
Error_InvalidSerialPort
There was an error with the specified COM Port.
",4639:"
Error_InvalidSerialPort(
int code
): Error_Connection("Invalid Com Port.", code)
Initializes the Error_InvalidSerialPort object
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Error_InvalidSerialPort-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/Error_InvalidSerialPort-ToolTips.js deleted file mode 100644 index 7b97bc59b..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Error_InvalidSerialPort-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({4632:"
Error_Connection
The generic connection exception.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Error_InvalidSerialPort.html b/v66.0.1/MSCL_API_Docs/classes/C/Error_InvalidSerialPort.html deleted file mode 100644 index bf3340730..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Error_InvalidSerialPort.html +++ /dev/null @@ -1,23 +0,0 @@ - - -Error_InvalidSerialPort - - - - - - - -
-
Error_InvalidSerialPort
-
public
Error_Connection
Error_InvalidSerialPort
-

There was an error with the specified COM Port.

See Also

Error_Connection

-
- -
-
Error_InvalidSerialPort
-
Error_InvalidSerialPort(
int code
): Error_Connection("Invalid Com Port.", code)
-

Initializes the Error_InvalidSerialPort object

Parameters
code
int

the exception error code

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Error_InvalidTcpServer-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/Error_InvalidTcpServer-Summary.js deleted file mode 100644 index bf4ac3405..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Error_InvalidTcpServer-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:Error_InvalidTcpServer","Error_InvalidTcpServer");NDSummary.OnSummaryLoaded("CClass:Error_InvalidTcpServer",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"]],[[4640,0,0,"Error_InvalidTcpServer"],[4641,0,1,"Error_InvalidTcpServer","Error_InvalidTcpServer"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Error_InvalidTcpServer-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/Error_InvalidTcpServer-SummaryToolTips.js deleted file mode 100644 index 39f93ce10..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Error_InvalidTcpServer-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:Error_InvalidTcpServer",{4640:"
Error_InvalidTcpServer
There was an error with the specified TCP/IP Server.
",4641:"
Error_InvalidTcpServer(
int code,
const std::string &message
): Error_Connection("Invalid TCP/IP Server: " + message, code)
Initializes the Error_InvalidTcpServer object
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Error_InvalidTcpServer-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/Error_InvalidTcpServer-ToolTips.js deleted file mode 100644 index 7b97bc59b..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Error_InvalidTcpServer-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({4632:"
Error_Connection
The generic connection exception.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Error_InvalidTcpServer.html b/v66.0.1/MSCL_API_Docs/classes/C/Error_InvalidTcpServer.html deleted file mode 100644 index 636382cf4..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Error_InvalidTcpServer.html +++ /dev/null @@ -1,23 +0,0 @@ - - -Error_InvalidTcpServer - - - - - - - -
-
Error_InvalidTcpServer
-
public
Error_Connection
Error_InvalidTcpServer
-

There was an error with the specified TCP/IP Server.

See Also

Error_Connection

-
- -
-
Error_InvalidTcpServer
-
Error_InvalidTcpServer(
int code,
const std::string &message
): Error_Connection("Invalid TCP/IP Server: " + message, code)
-

Initializes the Error_InvalidTcpServer object

Parameters
code
int

the exception error code

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Error_InvalidUnixSocket-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/Error_InvalidUnixSocket-Summary.js deleted file mode 100644 index fb4ac7d93..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Error_InvalidUnixSocket-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:Error_InvalidUnixSocket","Error_InvalidUnixSocket");NDSummary.OnSummaryLoaded("CClass:Error_InvalidUnixSocket",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"]],[[4642,0,0,"Error_InvalidUnixSocket"],[4643,0,1,"Error_InvalidUnixSocket","Error_InvalidUnixSocket"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Error_InvalidUnixSocket-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/Error_InvalidUnixSocket-SummaryToolTips.js deleted file mode 100644 index de50de96c..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Error_InvalidUnixSocket-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:Error_InvalidUnixSocket",{4642:"
Error_InvalidUnixSocket
There was an error with the specified Unix Socket.
",4643:"
Error_InvalidUnixSocket(
int code,
const std::string &message
): Error_Connection("Invalid Unix Socket: " + message, code)
Initializes the Error_InvalidUnixSocket object
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Error_InvalidUnixSocket-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/Error_InvalidUnixSocket-ToolTips.js deleted file mode 100644 index 7b97bc59b..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Error_InvalidUnixSocket-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({4632:"
Error_Connection
The generic connection exception.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Error_InvalidUnixSocket.html b/v66.0.1/MSCL_API_Docs/classes/C/Error_InvalidUnixSocket.html deleted file mode 100644 index 4df7c9ed2..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Error_InvalidUnixSocket.html +++ /dev/null @@ -1,23 +0,0 @@ - - -Error_InvalidUnixSocket - - - - - - - -
-
Error_InvalidUnixSocket
-
public
Error_Connection
Error_InvalidUnixSocket
-

There was an error with the specified Unix Socket.

See Also

Error_Connection

-
- -
-
Error_InvalidUnixSocket
-
Error_InvalidUnixSocket(
int code,
const std::string &message
): Error_Connection("Invalid Unix Socket: " + message, code)
-

Initializes the Error_InvalidUnixSocket object

Parameters
code
int

the exception error code

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Error_MipCmdFailed-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/Error_MipCmdFailed-Summary.js deleted file mode 100644 index 6683b4ecf..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Error_MipCmdFailed-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:Error_MipCmdFailed","Error_MipCmdFailed");NDSummary.OnSummaryLoaded("CClass:Error_MipCmdFailed",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"]],[[4644,0,0,"Error_MipCmdFailed"],[4645,0,1,"Error_MipCmdFailed","Error_MipCmdFailed"],[4646,0,1,"Error_MipCmdFailed","Error_MipCmdFailed(2)"],[4647,0,1,"Error_MipCmdFailed","Error_MipCmdFailed(3)"],[4648,0,1,"code","code"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Error_MipCmdFailed-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/Error_MipCmdFailed-SummaryToolTips.js deleted file mode 100644 index 1362b175e..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Error_MipCmdFailed-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:Error_MipCmdFailed",{4644:"
Error_MipCmdFailed
The Inertial command has failed
",4645:"
Error_MipCmdFailed() : Error("The Inertial command has failed."), m_code(-1)
Initializes the Error_MipCmdFailed object, sets the error code to a default of -1
",4646:"
Error_MipCmdFailed(
const std::string &description
) : Error(description), m_code(-1)
Initializes the Error_MipCmdFailed object, sets the error code to a default of -1
",4647:"
Error_MipCmdFailed(
int code
): Error("The Inertial command has failed."), m_code(code)
Initializes the Error_MipCmdFailed object
",4648:"
const int code() const throw ()
gets the exception error code
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Error_MipCmdFailed-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/Error_MipCmdFailed-ToolTips.js deleted file mode 100644 index 59779f645..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Error_MipCmdFailed-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({4610:"
Error
The generic MicroStrain exception (base class)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Error_MipCmdFailed.html b/v66.0.1/MSCL_API_Docs/classes/C/Error_MipCmdFailed.html deleted file mode 100644 index 824dfd11c..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Error_MipCmdFailed.html +++ /dev/null @@ -1,41 +0,0 @@ - - -Error_MipCmdFailed - - - - - - - -
-
Error_MipCmdFailed
-
public
Error
Error_MipCmdFailed
-

The Inertial command has failed

-
- -
-
Error_MipCmdFailed
-
Error_MipCmdFailed() : Error("The Inertial command has failed."), m_code(-1)
-

Initializes the Error_MipCmdFailed object, sets the error code to a default of -1

-
- -
-
Error_MipCmdFailed
-
Error_MipCmdFailed(
const std::string &description
) : Error(description), m_code(-1)
-

Initializes the Error_MipCmdFailed object, sets the error code to a default of -1

-
- -
-
Error_MipCmdFailed
-
Error_MipCmdFailed(
int code
): Error("The Inertial command has failed."), m_code(code)
-

Initializes the Error_MipCmdFailed object

Parameters
code
int

the exception error code

-
- -
-
code
-
const int code() const throw ()
-

gets the exception error code

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Error_NoData-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/Error_NoData-Summary.js deleted file mode 100644 index 99cbe9b6c..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Error_NoData-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:Error_NoData","Error_NoData");NDSummary.OnSummaryLoaded("CClass:Error_NoData",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"]],[[4617,0,0,"Error_NoData"],[4618,0,1,"Error_NoData","Error_NoData"],[4619,0,1,"Error_NoData","Error_NoData(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Error_NoData-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/Error_NoData-SummaryToolTips.js deleted file mode 100644 index 0e817a64b..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Error_NoData-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:Error_NoData",{4617:"
Error_NoData
There is no data available to be accessed
",4618:"
Error_NoData(): Error("No data is available.")
Initializes the Error_NoData object with a default description
",4619:"
Error_NoData(
const std::string &description
): Error(description)
Initializes the Error_NoData object with a custom description
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Error_NoData-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/Error_NoData-ToolTips.js deleted file mode 100644 index 59779f645..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Error_NoData-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({4610:"
Error
The generic MicroStrain exception (base class)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Error_NoData.html b/v66.0.1/MSCL_API_Docs/classes/C/Error_NoData.html deleted file mode 100644 index adad63cb9..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Error_NoData.html +++ /dev/null @@ -1,29 +0,0 @@ - - -Error_NoData - - - - - - - -
-
Error_NoData
-
public
Error
Error_NoData
-

There is no data available to be accessed

-
- -
-
Error_NoData
-
Error_NoData(): Error("No data is available.")
-

Initializes the Error_NoData object with a default description

-
- -
-
Error_NoData
-
Error_NoData(
const std::string &description
): Error(description)
-

Initializes the Error_NoData object with a custom description

Parameters
description
const std::string&

the description of the error to be thrown

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Error_NodeCommunication-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/Error_NodeCommunication-Summary.js deleted file mode 100644 index fc0d2b816..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Error_NodeCommunication-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:Error_NodeCommunication","Error_NodeCommunication");NDSummary.OnSummaryLoaded("CClass:Error_NodeCommunication",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"]],[[4628,0,0,"Error_NodeCommunication"],[4629,0,1,"Error_NodeCommunication","Error_NodeCommunication"],[4630,0,1,"Error_NodeCommunication","Error_NodeCommunication(2)"],[4631,0,1,"nodeAddress","nodeAddress"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Error_NodeCommunication-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/Error_NodeCommunication-SummaryToolTips.js deleted file mode 100644 index a48e34992..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Error_NodeCommunication-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:Error_NodeCommunication",{4628:"
Error_NodeCommunication
The exception for failing to communicate with a WirelessNode.
",4629:"
Error_NodeCommunication(
NodeAddress nodeAddress
): Error_Communication("Failed to communicate with the Wireless Node."), m_nodeAddress(nodeAddress)
Initializes the Error_NodeCommunication object.
",4630:"
Error_NodeCommunication(
NodeAddress nodeAddress,
const std::string &description
): Error_Communication(description), m_nodeAddress(nodeAddress)
Initializes the Error_NodeCommunication object.
",4631:"
const NodeAddress nodeAddress() const throw ()
gets the node address of the WirelessNode that failed to communicate
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Error_NodeCommunication-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/Error_NodeCommunication-ToolTips.js deleted file mode 100644 index 5e4c742d9..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Error_NodeCommunication-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3865:"
WirelessNode
A class representing a MicroStrain wireless node
",4525:"
typedef for a Node\'s node address.
",4625:"
Error_Communication
The exception for failing to communicate with a device.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Error_NodeCommunication.html b/v66.0.1/MSCL_API_Docs/classes/C/Error_NodeCommunication.html deleted file mode 100644 index 495f724c6..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Error_NodeCommunication.html +++ /dev/null @@ -1,35 +0,0 @@ - - -Error_NodeCommunication - - - - - - - -
-
Error_NodeCommunication
-
public
Error_Communication
Error_NodeCommunication
-

The exception for failing to communicate with a WirelessNode.

-
- -
-
Error_NodeCommunication
-
Error_NodeCommunication(
NodeAddress nodeAddress
): Error_Communication("Failed to communicate with the Wireless Node."), m_nodeAddress(nodeAddress)
-

Initializes the Error_NodeCommunication object.

Parameters
nodeAddress
NodeAddress

The node address of the WirelessNode that failed to communicate.

-
- -
-
Error_NodeCommunication
-
Error_NodeCommunication(
NodeAddress nodeAddress,
const std::string &description
): Error_Communication(description), m_nodeAddress(nodeAddress)
-

Initializes the Error_NodeCommunication object.

Parameters
nodeAddress
NodeAddress

The node address of the WirelessNode that failed to communicate.

description
const std::string&

the description to set

-
- -
-
nodeAddress
-
const NodeAddress nodeAddress() const throw ()
-

gets the node address of the WirelessNode that failed to communicate

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Error_NotSupported-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/Error_NotSupported-Summary.js deleted file mode 100644 index 13fdcc3b0..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Error_NotSupported-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:Error_NotSupported","Error_NotSupported");NDSummary.OnSummaryLoaded("CClass:Error_NotSupported",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"]],[[4614,0,0,"Error_NotSupported"],[4615,0,1,"Error_NotSupported","Error_NotSupported"],[4616,0,1,"Error_NotSupported","Error_NotSupported(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Error_NotSupported-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/Error_NotSupported-SummaryToolTips.js deleted file mode 100644 index a3ba47739..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Error_NotSupported-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:Error_NotSupported",{4614:"
Error_NotSupported
A command/feature was attempted to be used that was not supported.
",4615:"
Error_NotSupported(): Error("This feature is not supported.")
Initializes the Error_NotSupported object with a default description
",4616:"
Error_NotSupported(
const std::string &description
) : Error(description)
Initializes the Error_NotSupported object with a custom description
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Error_NotSupported-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/Error_NotSupported-ToolTips.js deleted file mode 100644 index 59779f645..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Error_NotSupported-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({4610:"
Error
The generic MicroStrain exception (base class)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Error_NotSupported.html b/v66.0.1/MSCL_API_Docs/classes/C/Error_NotSupported.html deleted file mode 100644 index 13bf08c48..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Error_NotSupported.html +++ /dev/null @@ -1,29 +0,0 @@ - - -Error_NotSupported - - - - - - - -
-
Error_NotSupported
-
public
Error
Error_NotSupported
-

A command/feature was attempted to be used that was not supported.

-
- -
-
Error_NotSupported
-
Error_NotSupported(): Error("This feature is not supported.")
-

Initializes the Error_NotSupported object with a default description

-
- -
-
Error_NotSupported
-
Error_NotSupported(
const std::string &description
) : Error(description)
-

Initializes the Error_NotSupported object with a custom description

Parameters
description
const std::string&

the description of the error to be thrown

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Error_UnknownSampleRate-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/Error_UnknownSampleRate-Summary.js deleted file mode 100644 index 5ea6359f1..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Error_UnknownSampleRate-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:Error_UnknownSampleRate","Error_UnknownSampleRate");NDSummary.OnSummaryLoaded("CClass:Error_UnknownSampleRate",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"]],[[4622,0,0,"Error_UnknownSampleRate"],[4623,0,1,"Error_UnknownSampleRate","Error_UnknownSampleRate"],[4624,0,1,"Error_UnknownSampleRate","Error_UnknownSampleRate(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Error_UnknownSampleRate-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/Error_UnknownSampleRate-SummaryToolTips.js deleted file mode 100644 index f3688ded9..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Error_UnknownSampleRate-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:Error_UnknownSampleRate",{4622:"
Error_UnknownSampleRate
The sample rate is invalid or unknown for the given device
",4623:"
Error_UnknownSampleRate() : Error("Unknown Sample Rate.")
Initializes the Error_UnknownSampleRate object with a default description
",4624:"
Error_UnknownSampleRate(
const std::string &description
) : Error(description)
Initializes the Error_UnknownSampleRate object with a custom description
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Error_UnknownSampleRate-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/Error_UnknownSampleRate-ToolTips.js deleted file mode 100644 index 59779f645..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Error_UnknownSampleRate-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({4610:"
Error
The generic MicroStrain exception (base class)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Error_UnknownSampleRate.html b/v66.0.1/MSCL_API_Docs/classes/C/Error_UnknownSampleRate.html deleted file mode 100644 index 7c2605e54..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Error_UnknownSampleRate.html +++ /dev/null @@ -1,29 +0,0 @@ - - -Error_UnknownSampleRate - - - - - - - -
-
Error_UnknownSampleRate
-
public
Error
Error_UnknownSampleRate
-

The sample rate is invalid or unknown for the given device

-
- -
-
Error_UnknownSampleRate
-
Error_UnknownSampleRate() : Error("Unknown Sample Rate.")
-

Initializes the Error_UnknownSampleRate object with a default description

-
- -
-
Error_UnknownSampleRate
-
Error_UnknownSampleRate(
const std::string &description
) : Error(description)
-

Initializes the Error_UnknownSampleRate object with a custom description

Parameters
description
const std::string&

the description of the error to be thrown

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/EstimationControlOptions-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/EstimationControlOptions-Summary.js deleted file mode 100644 index 183240895..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/EstimationControlOptions-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:EstimationControlOptions","EstimationControlOptions");NDSummary.OnSummaryLoaded("CClass:EstimationControlOptions",[["C/C++","C"]],[["Structs","Struct"],["Variables","Variable"]],[[750,0,0,"EstimationControlOptions"],[751,0,1,"enableGyroBiasEstimation","enableGyroBiasEstimation"],[752,0,1,"enableAccelBiasEstimation","enableAccelBiasEstimation"],[753,0,1,"enableGyroScaleFactorEstimation","enableGyroScaleFactorEstimation"],[754,0,1,"enableAccelScaleFactorEstimation","enableAccelScaleFactorEstimation"],[755,0,1,"enableGNSSAntennaOffsetEstimation","enableGNSSAntennaOffsetEstimation"],[756,0,1,"enableHardIronAutoCalibration","enableHardIronAutoCalibration"],[757,0,1,"enableSoftIronAutoCalibration","enableSoftIronAutoCalibration"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/EstimationControlOptions-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/EstimationControlOptions-SummaryToolTips.js deleted file mode 100644 index c4dca038e..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/EstimationControlOptions-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:EstimationControlOptions",{750:"
Controls which parameters are estimated by the Kalman Filter.  Some, all, or none of the options can be set as estimation controls.
",751:"
bool enableGyroBiasEstimation
",752:"
bool enableAccelBiasEstimation
",753:"
bool enableGyroScaleFactorEstimation
",754:"
bool enableAccelScaleFactorEstimation
",755:"
bool enableGNSSAntennaOffsetEstimation
",756:"
bool enableHardIronAutoCalibration
",757:"
bool enableSoftIronAutoCalibration
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/EstimationControlOptions-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/EstimationControlOptions-ToolTips.js deleted file mode 100644 index 59992a148..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/EstimationControlOptions-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/EstimationControlOptions.html b/v66.0.1/MSCL_API_Docs/classes/C/EstimationControlOptions.html deleted file mode 100644 index f3bd55248..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/EstimationControlOptions.html +++ /dev/null @@ -1,51 +0,0 @@ - - -EstimationControlOptions - - - - - - - -
-
EstimationControlOptions
-

Controls which parameters are estimated by the Kalman Filter.  Some, all, or none of the options can be set as estimation controls.

-
- -
-
enableGyroBiasEstimation
-
bool enableGyroBiasEstimation
-
- -
-
enableAccelBiasEstimation
-
bool enableAccelBiasEstimation
-
- -
-
enableGyroScaleFactorEstimation
-
bool enableGyroScaleFactorEstimation
-
- -
-
enableAccelScaleFactorEstimation
-
bool enableAccelScaleFactorEstimation
-
- -
-
enableGNSSAntennaOffsetEstimation
-
bool enableGNSSAntennaOffsetEstimation
-
- -
-
enableHardIronAutoCalibration
-
bool enableHardIronAutoCalibration
-
- -
-
enableSoftIronAutoCalibration
-
bool enableSoftIronAutoCalibration
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/EulerAngles-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/EulerAngles-Summary.js deleted file mode 100644 index aaf29d908..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/EulerAngles-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:EulerAngles","EulerAngles");NDSummary.OnSummaryLoaded("CClass:EulerAngles",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"]],[[1002,0,0,"EulerAngles"],[1003,0,1,"EulerAngles","EulerAngles"],[1004,0,1,"EulerAngles","EulerAngles(2)"],[1005,0,1,"EulerAngles","EulerAngles(3)"],[1006,0,1,"operator Rotation() (cast)","operator_Rotation()"],[1007,0,1,"asMipFieldValues","asMipFieldValues"],[1008,0,1,"appendMipFieldValues","appendMipFieldValues"],[1009,0,1,"roll","roll"],[1010,0,1,"pitch","pitch"],[1011,0,1,"yaw","yaw"],[1012,0,1,"heading","heading"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/EulerAngles-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/EulerAngles-SummaryToolTips.js deleted file mode 100644 index 25c8cdbbd..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/EulerAngles-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:EulerAngles",{1002:"
EulerAngles
Represents generic Euler Angles (roll, pitch, yaw).
",1003:"
EulerAngles()
Creates an EulerAngles object.
",1004:"
EulerAngles(
float roll,
float pitch,
float yaw
)
Creates an EulerAngles object with the specified roll, pitch, and yaw/heading.
",1005:"
EulerAngles(
const MipFieldValues &data,
uint8 offset = 0
)
Creates a EulerAngles object based on specified <MipFieldValues> data
",1006:"
operator Rotation() const
Creates a Rotation object with this object\'s roll, pitch, and yaw values
",1007:"
MipFieldValues asMipFieldValues() const
Gets the current euler angles values formatted as a <MipFieldValues> object.
",1008:"
void appendMipFieldValues(
MipFieldValues &appendTo
) const
Adds the properly formatted <MipFieldValues> that represent this object to the specified collection.
",1009:"
float roll() const
Gets the roll angle.
",1010:"
float pitch() const
Gets the pitch angle.
",1011:"
float yaw() const
Gets the yaw (heading) angle.
",1012:"
float heading() const
Gets the heading (yaw) angle.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/EulerAngles-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/EulerAngles-ToolTips.js deleted file mode 100644 index 8c5087a63..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/EulerAngles-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1024:"
Rotation
Structure that can represent either a Quaternion or EulerAngles object.
",4373:"
Vector
Represents a Vector of values
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/EulerAngles.html b/v66.0.1/MSCL_API_Docs/classes/C/EulerAngles.html deleted file mode 100644 index 7956685a2..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/EulerAngles.html +++ /dev/null @@ -1,77 +0,0 @@ - - -EulerAngles - - - - - - - -
-
EulerAngles
-
public
Vector
EulerAngles
-

Represents generic Euler Angles (roll, pitch, yaw).

-
- -
-
EulerAngles
-
EulerAngles()
-

Creates an EulerAngles object.

-
- -
-
EulerAngles
-
EulerAngles(
float roll,
float pitch,
float yaw
)
-

Creates an EulerAngles object with the specified roll, pitch, and yaw/heading.

-
- -
-
EulerAngles
-
EulerAngles(
const MipFieldValues &data,
uint8 offset = 0
)
-

Creates a EulerAngles object based on specified <MipFieldValues> data

Parameters
<MipFieldValues>

format must be 3 floats

offset
uint8

default: 0 - uint8 index offset to start reading from

-
- -
-
operator Rotation() (cast)
-
operator Rotation() const
-

Creates a Rotation object with this object's roll, pitch, and yaw values

-
- -
-
asMipFieldValues
-
MipFieldValues asMipFieldValues() const
-

Gets the current euler angles values formatted as a <MipFieldValues> object.

Returns
<MipFieldValues>

collection of values that represents this object.

-
- -
-
appendMipFieldValues
-
void appendMipFieldValues(
MipFieldValues &appendTo
) const
-

Adds the properly formatted <MipFieldValues> that represent this object to the specified collection.

Parameters
appendTo
MipFieldValues&

(reference) the <MipFieldValues> collection to append to

-
- -
-
roll
-
float roll() const
-

Gets the roll angle.

Returns

The roll Euler Angle.

-
- -
-
pitch
-
float pitch() const
-

Gets the pitch angle.

Returns

The pitch Euler Angle.

-
- -
-
yaw
-
float yaw() const
-

Gets the yaw (heading) angle.

Returns

The yaw (heading) Euler Angle.

-
- -
-
heading
-
float heading() const
-

Gets the heading (yaw) angle.

Returns

The heading (yaw) Euler Angle.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/EventActionConfiguration-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/EventActionConfiguration-Summary.js deleted file mode 100644 index cca1c5d2b..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/EventActionConfiguration-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:EventActionConfiguration","EventActionConfiguration");NDSummary.OnSummaryLoaded("CClass:EventActionConfiguration",[["C/C++","C"]],[["Enums","Enumeration"],["Structs","Struct"],["Variables","Variable"]],[[959,0,1,"EventActionConfiguration"],[960,0,0,"Type","Type"],[961,0,0,,"NONE"],[962,0,0,,"GPIO"],[963,0,0,,"MESSAGE"],[964,0,2,"instance","instance"],[965,0,2,"trigger","trigger"],[966,0,2,"type","type"],[967,0,2,"parameters","parameters"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/EventActionConfiguration-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/EventActionConfiguration-SummaryToolTips.js deleted file mode 100644 index 512b99cf8..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/EventActionConfiguration-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:EventActionConfiguration",{960:"
Types for the event action
",964:"
uint8 instance
Action number
",965:"
uint8 trigger
ID of trigger that will cause this action to occur. If 0, this action is not linked to any event triggers.
",966:"
Type type
Type of action
",967:"
EventActionParameters parameters
Action parameters
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/EventActionConfiguration-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/EventActionConfiguration-ToolTips.js deleted file mode 100644 index 19731decd..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/EventActionConfiguration-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({955:"
Only one of the variables (gpio, message) should be used to represent each instance
",960:"
Types for the event action
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/EventActionConfiguration.html b/v66.0.1/MSCL_API_Docs/classes/C/EventActionConfiguration.html deleted file mode 100644 index 054984a26..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/EventActionConfiguration.html +++ /dev/null @@ -1,44 +0,0 @@ - - -EventActionConfiguration - - - - - - - -
-
EventActionConfiguration
-
- -
-
Type
-

Types for the event action

NONE

0x00 - No action. Parameters should be empty

GPIO

0x01 - Control the state of a GPIO pin. See EventActionGpioParameter

MESSAGE

0x02 - Output a data packet. See EventActionMessageParameter

-
- -
-
instance
-
uint8 instance
-

Action number

-
- -
-
trigger
-
uint8 trigger
-

ID of trigger that will cause this action to occur. If 0, this action is not linked to any event triggers.

-
- -
-
type
-
Type type
-

Type of action

-
- -
-
parameters
- -

Action parameters

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/EventActionGpioParameter-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/EventActionGpioParameter-Summary.js deleted file mode 100644 index 640e3a38d..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/EventActionGpioParameter-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:EventActionGpioParameter","EventActionGpioParameter");NDSummary.OnSummaryLoaded("CClass:EventActionGpioParameter",[["C/C++","C"]],[["Enums","Enumeration"],["Structs","Struct"],["Variables","Variable"]],[[939,0,1,"EventActionGpioParameter"],[940,0,0,"Mode","Mode"],[941,0,0,,"DISABLED"],[942,0,0,,"ACTIVE_HIGH"],[943,0,0,,"ACTIVE_LOW"],[944,0,0,,"ONESHOT_HIGH"],[945,0,0,,"ONESHOW_LOW"],[946,0,0,,"TOGGLE"],[947,0,2,"pin","pin"],[948,0,2,"mode","mode"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/EventActionGpioParameter-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/EventActionGpioParameter-SummaryToolTips.js deleted file mode 100644 index 51f4f2f52..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/EventActionGpioParameter-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:EventActionGpioParameter",{940:"
Modes for behavior of the GPIO pin
",947:"
uint8 pin
GPIO pin number
",948:"
Mode mode
Behavior of the GPIO pin
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/EventActionGpioParameter-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/EventActionGpioParameter-ToolTips.js deleted file mode 100644 index 3d504e52a..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/EventActionGpioParameter-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({940:"
Modes for behavior of the GPIO pin
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/EventActionGpioParameter.html b/v66.0.1/MSCL_API_Docs/classes/C/EventActionGpioParameter.html deleted file mode 100644 index 245d144b8..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/EventActionGpioParameter.html +++ /dev/null @@ -1,32 +0,0 @@ - - -EventActionGpioParameter - - - - - - - -
-
EventActionGpioParameter
-
- -
-
Mode
-

Modes for behavior of the GPIO pin

DISABLED

0x00 - Pin state will not be changed

ACTIVE_HIGH

0x01 - Pin will be set high when the trigger is active and low otherwise

ACTIVE_LOW

0x02 - Pin will be set low when the trigger is active and high otherwise

ONESHOT_HIGH

0x05 - Pin will be set high each time the trigger activates. It will not be set low

ONESHOW_LOW

0x06 - Pin will be set low each time the trigger activates. It will not be set high

TOGGLE

0x07 - Pin will change to the opposite state each time the trigger activates

-
- -
-
pin
-
uint8 pin
-

GPIO pin number

-
- -
-
mode
-
Mode mode
-

Behavior of the GPIO pin

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/EventActionInfo-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/EventActionInfo-Summary.js deleted file mode 100644 index 6c2188455..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/EventActionInfo-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:EventActionInfo","EventActionInfo");NDSummary.OnSummaryLoaded("CClass:EventActionInfo",[["C/C++","C"]],[["Functions","Function"],["Structs","Struct"],["Types","Type"],["Variables","Variable"]],[[982,0,1,"EventActionInfo"],[983,0,0,"EventActionInfo","EventActionInfo"],[984,0,0,"EventActionInfo","EventActionInfo(2)"],[985,0,3,"type","type"],[986,0,3,"triggerId","triggerId"],[987,0,3,"instanceId","instanceId"],[988,0,2,"EventActionStatus","EventActionStatus"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/EventActionInfo-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/EventActionInfo-SummaryToolTips.js deleted file mode 100644 index 182e44b9c..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/EventActionInfo-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:EventActionInfo",{982:"
Information about an event action
",983:"
EventActionInfo() : type(EventActionConfiguration::NONE), triggerId(0), instanceId(0)
Default constructor
",984:"
EventActionInfo(
const EventActionConfiguration::Type type,
const uint8 triggerId,
const uint8 instanceId
) : type(type), triggerId(triggerId), instanceId(instanceId)
",985:"
EventActionConfiguration::Type type
Configured EventActionConfiguration::Type
",986:"
uint8 triggerId
Associated event trigger instance
",987:"
uint8 instanceId
Instance ID of the action
",988:"
A vector of EventActionInfo
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/EventActionInfo-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/EventActionInfo-ToolTips.js deleted file mode 100644 index 34aabf91f..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/EventActionInfo-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({960:"
Types for the event action
",983:"
EventActionInfo() : type(EventActionConfiguration::NONE), triggerId(0), instanceId(0)
Default constructor
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/EventActionInfo.html b/v66.0.1/MSCL_API_Docs/classes/C/EventActionInfo.html deleted file mode 100644 index 818f24b2c..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/EventActionInfo.html +++ /dev/null @@ -1,50 +0,0 @@ - - -EventActionInfo - - - - - - - -
-
EventActionInfo
-

Information about an event action

-
- -
-
EventActionInfo
-
EventActionInfo() : type(EventActionConfiguration::NONE), triggerId(0), instanceId(0)
-

Default constructor

-
- -
-
EventActionInfo
-
EventActionInfo(
const EventActionConfiguration::Type type,
const uint8 triggerId,
const uint8 instanceId
) : type(type), triggerId(triggerId), instanceId(instanceId)
-
- -
-
type
- -

Configured EventActionConfiguration::Type

-
- -
-
triggerId
-
uint8 triggerId
-

Associated event trigger instance

-
- -
-
instanceId
-
uint8 instanceId
-

Instance ID of the action

-
- -
-
EventActionStatus
-

A vector of EventActionInfo

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/EventActionMessageParameter-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/EventActionMessageParameter-Summary.js deleted file mode 100644 index 418ec4156..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/EventActionMessageParameter-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:EventActionMessageParameter","EventActionMessageParameter");NDSummary.OnSummaryLoaded("CClass:EventActionMessageParameter",[["C/C++","C"]],[["Constants","Constant"],["Functions","Function"],["Structs","Struct"],["Variables","Variable"]],[[949,0,2,"EventActionMessageParameter"],[950,0,0,"MAX_DESCRIPTORS","MAX_DESCRIPTORS"],[951,0,3,"sampleRate","sampleRate"],[952,0,1,"dataClass","dataClass"],[953,0,1,"setChannelFields","setChannelFields"],[954,0,1,"getChannelFields","getChannelFields"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/EventActionMessageParameter-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/EventActionMessageParameter-SummaryToolTips.js deleted file mode 100644 index b6a05f832..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/EventActionMessageParameter-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:EventActionMessageParameter",{950:"
Maximum supported descriptors
",951:"
SampleRate sampleRate
Sample rate to output fields at when action is triggered. SampleRate::Event() (type Event,  indicates only a single packet will be output when triggered.
",952:"
MipTypes::DataClass dataClass() const
Get the MipTypes::DataClass
",953:"
void setChannelFields(
MipTypes::DataClass dataClass,
const MipTypes::MipChannelFields &fields
)
Set the MipTypes::ChannelFields
",954:"
MipTypes::MipChannelFields getChannelFields() const
Get a list of MipTypes::ChannelField
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/EventActionMessageParameter-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/EventActionMessageParameter-ToolTips.js deleted file mode 100644 index 6de934caa..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/EventActionMessageParameter-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1094:"
The enums for all the different data classes of MIP data.
",1269:"
The enums for all of the different MIP Channel Field IDs.
",1726:"
A vector of ChannelField enums.
",4379:"
SampleRate
Represents a MicroStrain sample rate (rate at which data is sampling)
",4397:"
static SampleRate Event()
Creates a SampleRate object with the asynchronous/event type.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/EventActionMessageParameter.html b/v66.0.1/MSCL_API_Docs/classes/C/EventActionMessageParameter.html deleted file mode 100644 index f3a7736a9..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/EventActionMessageParameter.html +++ /dev/null @@ -1,44 +0,0 @@ - - -EventActionMessageParameter - - - - - - - -
-
EventActionMessageParameter
-
- -
-
MAX_DESCRIPTORS
-

Maximum supported descriptors

-
- -
-
sampleRate
-
SampleRate sampleRate
-

Sample rate to output fields at when action is triggered. SampleRate::Event() (type Event,  indicates only a single packet will be output when triggered.

-
- -
-
dataClass
-
MipTypes::DataClass dataClass() const
-

Get the MipTypes::DataClass

-
- -
-
setChannelFields
-
void setChannelFields(
MipTypes::DataClass dataClass,
const MipTypes::MipChannelFields &fields
)
-

Set the MipTypes::ChannelFields

-
- -
-
getChannelFields
-
MipTypes::MipChannelFields getChannelFields() const
-

Get a list of MipTypes::ChannelField

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/EventActionParameters-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/EventActionParameters-Summary.js deleted file mode 100644 index 2a8806539..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/EventActionParameters-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:EventActionParameters","EventActionParameters");NDSummary.OnSummaryLoaded("CClass:EventActionParameters",[["C/C++","C"]],[["Functions","Function"],["Structs","Struct"],["Variables","Variable"]],[[955,0,1,"EventActionParameters"],[956,0,0,"EventActionParameters","EventActionParameters"],[957,0,2,"gpio","gpio"],[958,0,2,"message","message"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/EventActionParameters-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/EventActionParameters-SummaryToolTips.js deleted file mode 100644 index 63b09b3ac..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/EventActionParameters-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:EventActionParameters",{955:"
Only one of the variables (gpio, message) should be used to represent each instance
",956:"
EventActionParameters() : message()
Default constructor
",957:"
EventActionGpioParameter gpio
Event action GPIO parameters
",958:"
EventActionMessageParameter message
Event action message parameters
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/EventActionParameters-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/EventActionParameters-ToolTips.js deleted file mode 100644 index 59992a148..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/EventActionParameters-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/EventActionParameters.html b/v66.0.1/MSCL_API_Docs/classes/C/EventActionParameters.html deleted file mode 100644 index 2be432715..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/EventActionParameters.html +++ /dev/null @@ -1,34 +0,0 @@ - - -EventActionParameters - - - - - - - -
-
EventActionParameters
-

Only one of the variables (gpio, message) should be used to represent each instance

-
- -
-
EventActionParameters
-
EventActionParameters() : message()
-

Default constructor

-
- -
-
gpio
- -

Event action GPIO parameters

-
- -
-
message
- -

Event action message parameters

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/EventSupportInfo-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/EventSupportInfo-Summary.js deleted file mode 100644 index 9a644fafe..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/EventSupportInfo-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:EventSupportInfo","EventSupportInfo");NDSummary.OnSummaryLoaded("CClass:EventSupportInfo",[["C/C++","C"]],[["Enums","Enumeration"],["Structs","Struct"],["Variables","Variable"]],[[1989,0,1,"EventSupportInfo"],[1990,0,0,"Query","Query"],[1991,0,0,,"TRIGGERS"],[1992,0,0,,"ACTIONS"],[1993,0,2,"query","query"],[1994,0,2,"maxInstances","maxInstances"],[1995,0,2,"entries","entries"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/EventSupportInfo-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/EventSupportInfo-SummaryToolTips.js deleted file mode 100644 index 8653e1c0b..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/EventSupportInfo-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:EventSupportInfo",{1990:"
What type of information to retrieve
",1993:"
Query query
Type of information
",1994:"
uint8 maxInstances
Maximum number of supported triggers/actions
",1995:"
EventTypes entries
Event info
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/EventSupportInfo-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/EventSupportInfo-ToolTips.js deleted file mode 100644 index f3d8ca9c3..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/EventSupportInfo-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1990:"
What type of information to retrieve
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/EventSupportInfo.html b/v66.0.1/MSCL_API_Docs/classes/C/EventSupportInfo.html deleted file mode 100644 index f49d24803..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/EventSupportInfo.html +++ /dev/null @@ -1,38 +0,0 @@ - - -EventSupportInfo - - - - - - - -
-
EventSupportInfo
-
- -
-
Query
-

What type of information to retrieve

TRIGGERS

0x01 - Query the supported trigger types and max count for each

ACTIONS

0x02 - Query the supported action types and max count for each

-
- -
-
query
-
Query query
-

Type of information

-
- -
-
maxInstances
-
uint8 maxInstances
-

Maximum number of supported triggers/actions

-
- -
-
entries
-
EventTypes entries
-

Event info

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/EventTriggerCombinationParameter-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/EventTriggerCombinationParameter-Summary.js deleted file mode 100644 index 33293ffe3..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/EventTriggerCombinationParameter-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:EventTriggerCombinationParameter","EventTriggerCombinationParameter");NDSummary.OnSummaryLoaded("CClass:EventTriggerCombinationParameter",[["C/C++","C"]],[["Structs","Struct"]],[[924,0,0,"EventTriggerCombinationParameter"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/EventTriggerCombinationParameter-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/EventTriggerCombinationParameter-SummaryToolTips.js deleted file mode 100644 index 7711e5262..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/EventTriggerCombinationParameter-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:EventTriggerCombinationParameter",{}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/EventTriggerCombinationParameter-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/EventTriggerCombinationParameter-ToolTips.js deleted file mode 100644 index 59992a148..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/EventTriggerCombinationParameter-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/EventTriggerCombinationParameter.html b/v66.0.1/MSCL_API_Docs/classes/C/EventTriggerCombinationParameter.html deleted file mode 100644 index 81c239534..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/EventTriggerCombinationParameter.html +++ /dev/null @@ -1,15 +0,0 @@ - - -EventTriggerCombinationParameter - - - - - - - -
-
EventTriggerCombinationParameter
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/EventTriggerConfiguration-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/EventTriggerConfiguration-Summary.js deleted file mode 100644 index 97b31fb95..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/EventTriggerConfiguration-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:EventTriggerConfiguration","EventTriggerConfiguration");NDSummary.OnSummaryLoaded("CClass:EventTriggerConfiguration",[["C/C++","C"]],[["Enums","Enumeration"],["Structs","Struct"],["Variables","Variable"]],[[930,0,1,"EventTriggerConfiguration"],[931,0,0,"Type","Type"],[932,0,0,,"NONE"],[933,0,0,,"GPIO_TRIGGER"],[934,0,0,,"THRESHOLD_TRIGGER"],[935,0,0,,"COMBINATION_TRIGGER"],[936,0,2,"instance","instance"],[937,0,2,"trigger","trigger"],[938,0,2,"parameters","parameters"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/EventTriggerConfiguration-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/EventTriggerConfiguration-SummaryToolTips.js deleted file mode 100644 index 08daa1e2a..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/EventTriggerConfiguration-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:EventTriggerConfiguration",{931:"
Type of trigger to configure
",936:"
uint8 instance
Trigger number
",937:"
Type trigger
Type of trigger
",938:"
EventTriggerParameters parameters
Trigger parameters
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/EventTriggerConfiguration-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/EventTriggerConfiguration-ToolTips.js deleted file mode 100644 index 352669eb2..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/EventTriggerConfiguration-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({925:"
Only one of the variables (gpio, threshold, combination) should be used to represent each instance
",931:"
Type of trigger to configure
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/EventTriggerConfiguration.html b/v66.0.1/MSCL_API_Docs/classes/C/EventTriggerConfiguration.html deleted file mode 100644 index 839528e27..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/EventTriggerConfiguration.html +++ /dev/null @@ -1,38 +0,0 @@ - - -EventTriggerConfiguration - - - - - - - -
-
EventTriggerConfiguration
-
- -
-
Type
-

Type of trigger to configure

NONE

0x00 - No trigger selected. The state will always be inactive

GPIO_TRIGGER

0x01 - Trigger based on the state of a GPIO pin

THRESHOLD_TRIGGER

0x02 - Compare a data quantity against a high and low threshold

COMBINATION_TRIGGER

0x03 - Logical combination of two or more triggers

-
- -
-
instance
-
uint8 instance
-

Trigger number

-
- -
-
trigger
-
Type trigger
-

Type of trigger

-
- -
-
parameters
- -

Trigger parameters

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/EventTriggerGpioParameter-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/EventTriggerGpioParameter-Summary.js deleted file mode 100644 index e16c35a0b..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/EventTriggerGpioParameter-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:EventTriggerGpioParameter","EventTriggerGpioParameter");NDSummary.OnSummaryLoaded("CClass:EventTriggerGpioParameter",[["C/C++","C"]],[["Enums","Enumeration"],["Structs","Struct"]],[[912,0,1,"EventTriggerGpioParameter"],[913,0,0,"Mode","Mode"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/EventTriggerGpioParameter-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/EventTriggerGpioParameter-SummaryToolTips.js deleted file mode 100644 index 81afd7dac..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/EventTriggerGpioParameter-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:EventTriggerGpioParameter",{913:"
How the pin state affects the trigger DISABLED  - 0x00 - The pin will have no effect and the trigger will never activate WHILE_HIGH - 0x01 - The trigger will be active while the pin is high WHILE_LOW  - 0x02 - The trigger will be active while the pin is low EDGE  - 0x04 - Use if the pin is configured for time-stamping via the 3DM GPIO Configuration command (0x0C41)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/EventTriggerGpioParameter-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/EventTriggerGpioParameter-ToolTips.js deleted file mode 100644 index 59992a148..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/EventTriggerGpioParameter-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/EventTriggerGpioParameter.html b/v66.0.1/MSCL_API_Docs/classes/C/EventTriggerGpioParameter.html deleted file mode 100644 index 23167b6d9..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/EventTriggerGpioParameter.html +++ /dev/null @@ -1,20 +0,0 @@ - - -EventTriggerGpioParameter - - - - - - - -
-
EventTriggerGpioParameter
-
- -
-
Mode
-

How the pin state affects the trigger DISABLED  - 0x00 - The pin will have no effect and the trigger will never activate WHILE_HIGH - 0x01 - The trigger will be active while the pin is high WHILE_LOW  - 0x02 - The trigger will be active while the pin is low EDGE  - 0x04 - Use if the pin is configured for time-stamping via the 3DM GPIO Configuration command (0x0C41)

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/EventTriggerInfo-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/EventTriggerInfo-Summary.js deleted file mode 100644 index f491241cf..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/EventTriggerInfo-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:EventTriggerInfo","EventTriggerInfo");NDSummary.OnSummaryLoaded("CClass:EventTriggerInfo",[["C/C++","C"]],[["Enums","Enumeration"],["Functions","Function"],["Structs","Struct"],["Types","Type"],["Variables","Variable"]],[[968,0,2,"EventTriggerInfo"],[969,0,1,"EventTriggerInfo","EventTriggerInfo"],[970,0,1,"EventTriggerInfo","EventTriggerInfo(2)"],[971,0,0,"Status","Status"],[972,0,0,,"ACTIVE"],[973,0,0,,"ENABLED"],[974,0,0,,"TEST"],[975,0,4,"type","type"],[976,0,4,"instanceId","instanceId"],[977,0,1,"isActive","isActive"],[978,0,1,"isEnabled","isEnabled"],[979,0,1,"isTestMode","isTestMode"],[980,0,1,"setStatus","setStatus"],[981,0,3,"EventTriggerStatus","EventTriggerStatus"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/EventTriggerInfo-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/EventTriggerInfo-SummaryToolTips.js deleted file mode 100644 index b16acd8b5..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/EventTriggerInfo-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:EventTriggerInfo",{968:"
Information about an event trigger
",969:"
EventTriggerInfo() : type(EventTriggerConfiguration::NONE), instanceId(0), status(0)
Default constructor
",970:"
EventTriggerInfo(
const EventTriggerConfiguration::Type type,
const uint8 instanceId,
const uint8 status
) : type(type), instanceId(instanceId), status(status)
",971:"
Trigger status masks for the status bitfield
",975:"
EventTriggerConfiguration::Type type
Configured trigger type
",976:"
uint8 instanceId
Instance ID of the trigger
",977:"
bool isActive() const
True if the trigger is currently active (either due to its logic or being in test mode)
",978:"
bool isEnabled() const
True if the trigger is enabled
",979:"
bool isTestMode() const
True if the trigger is in test mode
",980:"
void setStatus(
uint8 value
)
Sets the value of the status bitfield
",981:"
A vector of EventTriggerInfo
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/EventTriggerInfo-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/EventTriggerInfo-ToolTips.js deleted file mode 100644 index f0b986631..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/EventTriggerInfo-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({931:"
Type of trigger to configure
",969:"
EventTriggerInfo() : type(EventTriggerConfiguration::NONE), instanceId(0), status(0)
Default constructor
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/EventTriggerInfo.html b/v66.0.1/MSCL_API_Docs/classes/C/EventTriggerInfo.html deleted file mode 100644 index 502926175..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/EventTriggerInfo.html +++ /dev/null @@ -1,73 +0,0 @@ - - -EventTriggerInfo - - - - - - - -
-
EventTriggerInfo
-

Information about an event trigger

-
- -
-
EventTriggerInfo
-
EventTriggerInfo() : type(EventTriggerConfiguration::NONE), instanceId(0), status(0)
-

Default constructor

-
- -
-
EventTriggerInfo
-
EventTriggerInfo(
const EventTriggerConfiguration::Type type,
const uint8 instanceId,
const uint8 status
) : type(type), instanceId(instanceId), status(status)
-
- -
-
Status
-

Trigger status masks for the status bitfield

ACTIVE

0x01 - Active bitmask

ENABLED

0x02 - Enabled bitmask

TEST

0x04 - Test mode bitmask

-
- -
-
type
- -

Configured trigger type

-
- -
-
instanceId
-
uint8 instanceId
-

Instance ID of the trigger

-
- -
-
isActive
-
bool isActive() const
-

True if the trigger is currently active (either due to its logic or being in test mode)

-
- -
-
isEnabled
-
bool isEnabled() const
-

True if the trigger is enabled

-
- -
-
isTestMode
-
bool isTestMode() const
-

True if the trigger is in test mode

-
- -
-
setStatus
-
void setStatus(
uint8 value
)
-

Sets the value of the status bitfield

-
- -
-
EventTriggerStatus
-

A vector of EventTriggerInfo

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/EventTriggerOptions-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/EventTriggerOptions-Summary.js deleted file mode 100644 index a7b60777f..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/EventTriggerOptions-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:EventTriggerOptions","EventTriggerOptions");NDSummary.OnSummaryLoaded("CClass:EventTriggerOptions",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"]],[[2892,0,0,"EventTriggerOptions"],[2893,0,1,"triggerMask","triggerMask"],[2894,0,1,"triggerMask","triggerMask(2)"],[2895,0,1,"anyTriggersEnabled","anyTriggersEnabled"],[2896,0,1,"triggerEnabled","triggerEnabled"],[2897,0,1,"enableTrigger","enableTrigger"],[2898,0,1,"preDuration","preDuration"],[2899,0,1,"preDuration","preDuration(2)"],[2900,0,1,"postDuration","postDuration"],[2901,0,1,"postDuration","postDuration(2)"],[2902,0,1,"trigger","trigger"],[2903,0,1,"trigger","trigger(2)"],[2904,0,1,"triggers","triggers"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/EventTriggerOptions-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/EventTriggerOptions-SummaryToolTips.js deleted file mode 100644 index 815e2ab15..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/EventTriggerOptions-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:EventTriggerOptions",{2892:"
EventTriggerOptions
Contains all of the Event Trigger options that can be configured for a WirelessNode.
",2893:"
const BitMask& triggerMask() const
Gets the actual BitMask that represents the active and inactive triggers.
",2894:"
void triggerMask(
const BitMask &mask
)
Sets the BitMask that represents the active and inactive triggers.
",2895:"
bool anyTriggersEnabled() const
Checks if any triggers are enabled.
",2896:"
bool triggerEnabled(
uint8 triggerIndex
) const
Checks if a specific trigger is enabled.
",2897:"
void enableTrigger(
uint8 triggerIndex,
bool enable = true
)
Enables or disables a specific trigger.
",2898:"
uint32 preDuration() const
Gets the pre event duration in milliseconds.
",2899:"
void preDuration(
uint32 duration
)
Sets the pre event duration in milliseconds.
",2900:"
uint32 postDuration() const
Gets the post event duration in milliseconds.
",2901:"
void postDuration(
uint32 duration
)
Sets the post event duration in milliseconds.
",2902:"
void trigger(
uint8 triggerIndex,
const Trigger &trigger
)
Sets the Trigger in this options object, for the trigger trigger index.
",2903:"
const Trigger& trigger(
uint8 triggerIndex
) const
Gets the Trigger for the given trigger index.
",2904:"
const Triggers& triggers() const
Gets the Triggers that are currently set in this object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/EventTriggerOptions-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/EventTriggerOptions-ToolTips.js deleted file mode 100644 index 16b761351..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/EventTriggerOptions-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2884:"
Trigger(
uint8 channelNumber,
WirelessTypes::EventTriggerType triggerType,
float triggerValue
)
Creates a Trigger object with the provided values.
",2891:"
Typedef for a map of trigger IDs (uint8) to Trigger objects.
",4595:"
BitMask
Represents a bitmask.
",4617:"
Error_NoData
There is no data available to be accessed
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/EventTriggerOptions.html b/v66.0.1/MSCL_API_Docs/classes/C/EventTriggerOptions.html deleted file mode 100644 index 756fba806..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/EventTriggerOptions.html +++ /dev/null @@ -1,89 +0,0 @@ - - -EventTriggerOptions - - - - - - - -
-
EventTriggerOptions
-
EventTriggerOptions
-

Contains all of the Event Trigger options that can be configured for a WirelessNode.

-
- -
-
triggerMask
-
const BitMask& triggerMask() const
-

Gets the actual BitMask that represents the active and inactive triggers.

Returns

The <BitMak> that represents the active and inactive triggers.

-
- -
-
triggerMask
-
void triggerMask(
const BitMask &mask
)
-

Sets the BitMask that represents the active and inactive triggers.

Parameters

The BitMask to set.

-
- -
-
anyTriggersEnabled
-
bool anyTriggersEnabled() const
-

Checks if any triggers are enabled.

Returns

true if at least 1 trigger is enabled, false if all triggers are disabled.

-
- -
-
triggerEnabled
-
bool triggerEnabled(
uint8 triggerIndex
) const
-

Checks if a specific trigger is enabled.

Parameters
triggerIndex
uint8

The index of the trigger to check.

Returns

true if the trigger is enabled, false if the trigger is disabled.

-
- -
-
enableTrigger
-
void enableTrigger(
uint8 triggerIndex,
bool enable = true
)
-

Enables or disables a specific trigger.

Parameters
triggerIndex
uint8

The index of the trigger to check.

enable
bool

Whether to enable (true) or disable (false) the trigger (defaults to true).

-
- -
-
preDuration
-
uint32 preDuration() const
-

Gets the pre event duration in milliseconds.

-
- -
-
preDuration
-
void preDuration(
uint32 duration
)
-

Sets the pre event duration in milliseconds.

Parameters
duration
uint32

The duration to set (in milliseconds).

-
- -
-
postDuration
-
uint32 postDuration() const
-

Gets the post event duration in milliseconds.

-
- -
-
postDuration
-
void postDuration(
uint32 duration
)
-

Sets the post event duration in milliseconds.

Parameters
duration
uint32

The duration to set (in milliseconds).

-
- -
-
trigger
-
void trigger(
uint8 triggerIndex,
const Trigger &trigger
)
-

Sets the Trigger in this options object, for the trigger trigger index.

Parameters
triggerIndex
uint8

The index of the trigger to set.

trigger
const Trigger&

The Trigger to set.

-
- -
-
trigger
-
const Trigger& trigger(
uint8 triggerIndex
) const
-

Gets the Trigger for the given trigger index.

Parameters
triggerIndex
uint8

The index for the Trigger to get.

Returns

The Trigger for the given index.

Exceptions
Error_NoData

The given trigger index was not set in this object.

-
- -
-
triggers
-
const Triggers& triggers() const
-

Gets the Triggers that are currently set in this object.

Returns

The Triggers as they are currently set.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/EventTriggerParameters-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/EventTriggerParameters-Summary.js deleted file mode 100644 index 835257e18..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/EventTriggerParameters-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:EventTriggerParameters","EventTriggerParameters");NDSummary.OnSummaryLoaded("CClass:EventTriggerParameters",[["C/C++","C"]],[["Functions","Function"],["Structs","Struct"],["Variables","Variable"]],[[925,0,1,"EventTriggerParameters"],[926,0,0,"EventTriggerParameters","EventTriggerParameters"],[927,0,2,"gpio","gpio"],[928,0,2,"threshold","threshold"],[929,0,2,"combination","combination"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/EventTriggerParameters-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/EventTriggerParameters-SummaryToolTips.js deleted file mode 100644 index a58d57f52..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/EventTriggerParameters-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:EventTriggerParameters",{925:"
Only one of the variables (gpio, threshold, combination) should be used to represent each instance
",926:"
EventTriggerParameters() : combination()
Default constructor
",927:"
EventTriggerGpioParameter gpio
Event GPIO trigger parameters
",928:"
EventTriggerThresholdParameter threshold
Event threshold trigger parameters
",929:"
EventTriggerCombinationParameter combination
Event combination trigger parameters
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/EventTriggerParameters-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/EventTriggerParameters-ToolTips.js deleted file mode 100644 index 59992a148..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/EventTriggerParameters-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/EventTriggerParameters.html b/v66.0.1/MSCL_API_Docs/classes/C/EventTriggerParameters.html deleted file mode 100644 index 9b833d632..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/EventTriggerParameters.html +++ /dev/null @@ -1,40 +0,0 @@ - - -EventTriggerParameters - - - - - - - -
-
EventTriggerParameters
-

Only one of the variables (gpio, threshold, combination) should be used to represent each instance

-
- -
-
EventTriggerParameters
-
EventTriggerParameters() : combination()
-

Default constructor

-
- -
-
gpio
- -

Event GPIO trigger parameters

-
- -
-
threshold
- -

Event threshold trigger parameters

-
- -
-
combination
- -

Event combination trigger parameters

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/EventTriggerThresholdParameter-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/EventTriggerThresholdParameter-Summary.js deleted file mode 100644 index d856707a5..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/EventTriggerThresholdParameter-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:EventTriggerThresholdParameter","EventTriggerThresholdParameter");NDSummary.OnSummaryLoaded("CClass:EventTriggerThresholdParameter",[["C/C++","C"]],[["Enums","Enumeration"],["Functions","Function"],["Structs","Struct"],["Variables","Variable"]],[[914,0,2,"EventTriggerThresholdParameter"],[915,0,0,"Type","Type"],[916,0,3,"type","type"],[917,0,3,"lowThreshold","lowThreshold"],[918,0,3,"highThreshold","highThreshold"],[919,0,1,"channel","channel"],[920,0,1,"channel","channel(2)"],[921,0,1,"channelField","channelField"],[922,0,1,"channelQualifier","channelQualifier"],[923,0,1,"channelIndex","channelIndex"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/EventTriggerThresholdParameter-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/EventTriggerThresholdParameter-SummaryToolTips.js deleted file mode 100644 index b7761c32a..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/EventTriggerThresholdParameter-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:EventTriggerThresholdParameter",{915:"
How the pin state affects the trigger WINDOW_TYPE  - 0x01 - Window comparison INTERVAL_TYPE - 0x02 - Trigger at evenly-spaced intervals
",916:"
Type type
Determines the type of comparison
",917:"
double lowThreshold
Low threshold
",918:"
double highThreshold
High threshold
",919:"
void channel(
MipTypes::ChannelField channelField,
MipTypes::ChannelQualifier channelQualifier
)
Set the channel field and qualifier
",920:"
void channel(
MipTypes::ChannelField channelField,
uint8 index
)
Set the channel field and qualifier index
",921:"
MipTypes::ChannelField channelField() const
Get the channel field
",922:"
MipTypes::ChannelQualifier channelQualifier() const
Get the channel qualifier
",923:"
uint8 channelIndex() const
Get the channel qualifier index Default value: 0 (unset)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/EventTriggerThresholdParameter-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/EventTriggerThresholdParameter-ToolTips.js deleted file mode 100644 index d6e651289..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/EventTriggerThresholdParameter-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({915:"
How the pin state affects the trigger WINDOW_TYPE  - 0x01 - Window comparison INTERVAL_TYPE - 0x02 - Trigger at evenly-spaced intervals
",1269:"
The enums for all of the different MIP Channel Field IDs.
",1597:"
The enums for different MIP Channel Qualifiers.  This combined with the ChannelField produces a unique identifier for each individual channel that is collected.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/EventTriggerThresholdParameter.html b/v66.0.1/MSCL_API_Docs/classes/C/EventTriggerThresholdParameter.html deleted file mode 100644 index ee39851a4..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/EventTriggerThresholdParameter.html +++ /dev/null @@ -1,68 +0,0 @@ - - -EventTriggerThresholdParameter - - - - - - - -
-
EventTriggerThresholdParameter
-
- -
-
Type
-

How the pin state affects the trigger WINDOW_TYPE  - 0x01 - Window comparison INTERVAL_TYPE - 0x02 - Trigger at evenly-spaced intervals

-
- -
-
type
-
Type type
-

Determines the type of comparison

-
- -
-
lowThreshold
-
double lowThreshold
-

Low threshold

-
- -
-
highThreshold
-
double highThreshold
-

High threshold

-
- -
-
channel
-
void channel(
MipTypes::ChannelField channelField,
MipTypes::ChannelQualifier channelQualifier
)
-

Set the channel field and qualifier

-
- -
-
channel
-
void channel(
MipTypes::ChannelField channelField,
uint8 index
)
-

Set the channel field and qualifier index

-
- -
-
channelField
-
MipTypes::ChannelField channelField() const
-

Get the channel field

-
- -
-
channelQualifier
-
MipTypes::ChannelQualifier channelQualifier() const
-

Get the channel qualifier

-
- -
-
channelIndex
-
uint8 channelIndex() const
-

Get the channel qualifier index Default value: 0 (unset)

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/EventTypeInfo-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/EventTypeInfo-Summary.js deleted file mode 100644 index 07f9ecf5a..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/EventTypeInfo-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:EventTypeInfo","EventTypeInfo");NDSummary.OnSummaryLoaded("CClass:EventTypeInfo",[["C/C++","C"]],[["Functions","Function"],["Structs","Struct"],["Types","Type"],["Variables","Variable"]],[[1983,0,1,"EventTypeInfo"],[1984,0,0,"EventTypeInfo","EventTypeInfo"],[1985,0,0,"EventTypeInfo","EventTypeInfo(2)"],[1986,0,3,"type","type"],[1987,0,3,"maxInstances","maxInstances"],[1988,0,2,"EventTypes","EventTypes"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/EventTypeInfo-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/EventTypeInfo-SummaryToolTips.js deleted file mode 100644 index 0427d22ba..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/EventTypeInfo-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:EventTypeInfo",{1983:"
Information about event trigger or action types
",1984:"
EventTypeInfo() : type(0), maxInstances(0)
Default constructor
",1985:"
EventTypeInfo(
const uint8 type,
const uint8 maxInstances
) : type(type), maxInstances(maxInstances)
",1986:"
uint8 type
The event type based on EventSupportInfo::Query
",1987:"
uint8 maxInstances
Maximum supported instances for the type
",1988:"
A vector of EventTypeInfo
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/EventTypeInfo-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/EventTypeInfo-ToolTips.js deleted file mode 100644 index e306172f8..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/EventTypeInfo-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({931:"
Type of trigger to configure
",960:"
Types for the event action
",1984:"
EventTypeInfo() : type(0), maxInstances(0)
Default constructor
",1990:"
What type of information to retrieve
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/EventTypeInfo.html b/v66.0.1/MSCL_API_Docs/classes/C/EventTypeInfo.html deleted file mode 100644 index b8e9cd39f..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/EventTypeInfo.html +++ /dev/null @@ -1,44 +0,0 @@ - - -EventTypeInfo - - - - - - - -
-
EventTypeInfo
-

Information about event trigger or action types

-
- -
-
EventTypeInfo
-
EventTypeInfo() : type(0), maxInstances(0)
-

Default constructor

-
- -
-
EventTypeInfo
-
EventTypeInfo(
const uint8 type,
const uint8 maxInstances
) : type(type), maxInstances(maxInstances)
-
- -
-
type
-
uint8 type
-

The event type based on EventSupportInfo::Query

-
- -
-
maxInstances
-
uint8 maxInstances
-

Maximum supported instances for the type

-
- -
-
EventTypes
-

A vector of EventTypeInfo

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/ExternalGNSSUpdateData-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/ExternalGNSSUpdateData-Summary.js deleted file mode 100644 index 0666192fe..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/ExternalGNSSUpdateData-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:ExternalGNSSUpdateData","ExternalGNSSUpdateData");NDSummary.OnSummaryLoaded("CClass:ExternalGNSSUpdateData",[["C/C++","C"]],[["Structs","Struct"],["Variables","Variable"]],[[691,0,0,"ExternalGNSSUpdateData"],[692,0,1,"gpsTimeOfWeek","gpsTimeOfWeek"],[693,0,1,"gpsWeekNumber","gpsWeekNumber"],[694,0,1,"lattitude","lattitude"],[695,0,1,"longitude","longitude"],[696,0,1,"altitudeAboveWGS84Ellipsoid","altitudeAboveWGS84Ellipsoid"],[697,0,1,"northVelocity","northVelocity"],[698,0,1,"eastVelocity","eastVelocity"],[699,0,1,"downVelocity","downVelocity"],[700,0,1,"northPositionUncertainty","northPositionUncertainty"],[701,0,1,"eastPositionUncertainty","eastPositionUncertainty"],[702,0,1,"downPositionUncertainty","downPositionUncertainty"],[703,0,1,"northVelocityUncertainty","northVelocityUncertainty"],[704,0,1,"eastVelocityUncertainty","eastVelocityUncertainty"],[705,0,1,"downVelocityUncertainty","downVelocityUncertainty"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/ExternalGNSSUpdateData-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/ExternalGNSSUpdateData-SummaryToolTips.js deleted file mode 100644 index 01e3dfecd..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/ExternalGNSSUpdateData-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:ExternalGNSSUpdateData",{691:"
Contains the data needed by the InertialNode::sendExternalGNSSUpdate method.
",692:"
double gpsTimeOfWeek
",693:"
uint16 gpsWeekNumber
",694:"
double lattitude
",695:"
double longitude
",696:"
double altitudeAboveWGS84Ellipsoid
",697:"
float northVelocity
",698:"
float eastVelocity
",699:"
float downVelocity
",700:"
float northPositionUncertainty
",701:"
float eastPositionUncertainty
",702:"
float downPositionUncertainty
",703:"
float northVelocityUncertainty
",704:"
float eastVelocityUncertainty
",705:"
float downVelocityUncertainty
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/ExternalGNSSUpdateData-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/ExternalGNSSUpdateData-ToolTips.js deleted file mode 100644 index 58c14bdb5..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/ExternalGNSSUpdateData-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({207:"
void sendExternalGNSSUpdate(
const ExternalGNSSUpdateData &gnssUpdateData
)
sends the external GNSS update command.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/ExternalGNSSUpdateData.html b/v66.0.1/MSCL_API_Docs/classes/C/ExternalGNSSUpdateData.html deleted file mode 100644 index 74ef8b637..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/ExternalGNSSUpdateData.html +++ /dev/null @@ -1,86 +0,0 @@ - - -ExternalGNSSUpdateData - - - - - - - -
-
ExternalGNSSUpdateData
-

Contains the data needed by the InertialNode::sendExternalGNSSUpdate method.

-
- -
-
gpsTimeOfWeek
-
double gpsTimeOfWeek
-
- -
-
gpsWeekNumber
-
uint16 gpsWeekNumber
-
- -
-
lattitude
-
double lattitude
-
- -
-
longitude
-
double longitude
-
- -
-
altitudeAboveWGS84Ellipsoid
-
double altitudeAboveWGS84Ellipsoid
-
- -
-
northVelocity
-
float northVelocity
-
- -
-
eastVelocity
-
float eastVelocity
-
- -
-
downVelocity
-
float downVelocity
-
- -
-
northPositionUncertainty
-
float northPositionUncertainty
-
- -
-
eastPositionUncertainty
-
float eastPositionUncertainty
-
- -
-
downPositionUncertainty
-
float downPositionUncertainty
-
- -
-
northVelocityUncertainty
-
float northVelocityUncertainty
-
- -
-
eastVelocityUncertainty
-
float eastVelocityUncertainty
-
- -
-
downVelocityUncertainty
-
float downVelocityUncertainty
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/FatigueOptions-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/FatigueOptions-Summary.js deleted file mode 100644 index afc4bb959..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/FatigueOptions-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FatigueOptions","FatigueOptions");NDSummary.OnSummaryLoaded("CClass:FatigueOptions",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"]],[[2859,0,0,"FatigueOptions"],[2860,0,1,"youngsModulus","youngsModulus"],[2861,0,1,"youngsModulus","youngsModulus(2)"],[2862,0,1,"poissonsRatio","poissonsRatio"],[2863,0,1,"poissonsRatio","poissonsRatio(2)"],[2864,0,1,"peakValleyThreshold","peakValleyThreshold"],[2865,0,1,"peakValleyThreshold","peakValleyThreshold(2)"],[2866,0,1,"debugMode","debugMode"],[2867,0,1,"debugMode","debugMode(2)"],[2868,0,1,"damageAngle","damageAngle"],[2869,0,1,"damageAngles","damageAngles"],[2870,0,1,"damageAngle","damageAngle(2)"],[2871,0,1,"snCurveSegment","snCurveSegment"],[2872,0,1,"snCurveSegments","snCurveSegments"],[2873,0,1,"snCurveSegment","snCurveSegment(2)"],[2874,0,1,"fatigueMode","fatigueMode"],[2875,0,1,"distributedAngleMode_enabled","distributedAngleMode_enabled"],[2876,0,1,"distributedAngleMode_numAngles","distributedAngleMode_numAngles"],[2877,0,1,"distributedAngleMode_numAngles","distributedAngleMode_numAngles(2)"],[2878,0,1,"distributedAngleMode_lowerBound","distributedAngleMode_lowerBound"],[2879,0,1,"distributedAngleMode_lowerBound","distributedAngleMode_lowerBound(2)"],[2880,0,1,"distributedAngleMode_upperBound","distributedAngleMode_upperBound"],[2881,0,1,"distributedAngleMode_upperBound","distributedAngleMode_upperBound(2)"],[2882,0,1,"histogramEnable","histogramEnable"],[2883,0,1,"histogramEnable","histogramEnable(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/FatigueOptions-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/FatigueOptions-SummaryToolTips.js deleted file mode 100644 index 40e3ed11b..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/FatigueOptions-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FatigueOptions",{2859:"
FatigueOptions
Contains all of the fatigue options that can be configured for a WirelessNode.
",2860:"
float youngsModulus() const
Gets the Young\'s Modulus set in this options object.
",2861:"
void youngsModulus(
float val
)
Sets the Young\'s Modulus in this options object.
",2862:"
float poissonsRatio() const
Gets the Poisson\'s Ration set in this options object.
",2863:"
void poissonsRatio(
float val
)
Sets the Poisson\'s Ratio in this options object.
",2864:"
uint16 peakValleyThreshold() const
Gets the Peak/Valley Threshold set in this options object.
",2865:"
void peakValleyThreshold(
uint16 val
)
Sets the Peak/Valley Threshold in this options object.
",2866:"
bool debugMode() const
Gets the debug mode flag set in this options object.  This determines whether raw angle data that builds the Histograms will be sent when sampling.
",2867:"
void debugMode(
bool enable
)
Sets the debug mode flag in this options object.  This determines whether raw angle data that builds the Histograms will be sent when sampling.
",2868:"
float damageAngle(
uint8 angleId
) const
Gets the damage angle set in this options object, for the given angle id (0-based).
",2869:"
const DamageAngles& damageAngles() const
Gets the DamageAngles container set in this options object.
",2870:"
void damageAngle(
uint8 angleId,
float angle
)
Sets the damage angle in this options object, for the given angle id (0-based).  The angle will be automatically converted to between 0 and 360 if it is out of range.
",2871:"
const SnCurveSegment& snCurveSegment(
uint8 segmentId
) const
Gets the SnCurveSegment set in this options object, for the given segment id (0-based).
",2872:"
const SnCurveSegments& snCurveSegments() const
Gets the SnCurveSegments container set in this options object.
",2873:"
void snCurveSegment(
uint8 segmentId,
const SnCurveSegment &segment
)
Sets the SnCurveSegment in this options object, for the given segment id (0-based).
",2874:"
WirelessTypes::FatigueMode fatigueMode() const
The WirelessTypes::FatigueMode that is set in this options object.
",2875:"
Sets whether distributed angle mode is enabled or disabled in this options object.  Distributed Angle Mode allows the user to enable an even distribution of 4-16 angles.  When in this mode, the standard damageAngles will not be used by the Node.
",2876:"
uint8 distributedAngleMode_numAngles() const
Gets the current number of angles to use for distributed angle mode in this options object.  Note: The Node will only use this if the fatigueMode is set to distributed angle mode.
",2877:"
void distributedAngleMode_numAngles(
uint8 numAngles
)
Sets the current number of angles to use for distributed angle mode in this options object.  Note: Note: The Node will only use this if the fatigueMode is set to distributed angle mode.
",2878:"
float distributedAngleMode_lowerBound() const
Gets the current lower bound angle (in degrees) to use for distributed angle mode in this options object.  Note: Note: The Node will only use this if the fatigueMode is set to distributed angle mode.
",2879:"
void distributedAngleMode_lowerBound(
float angle
)
Sets the current lower bound angle to use for distributed angle mode in this options object.  Note: Note: The Node will only use this if the fatigueMode is set to distributed angle mode.  Note: The lower bound and upper bound angles must be at least 1 degree.
",2880:"
float distributedAngleMode_upperBound() const
Gets the current upper bound angle (in degrees) to use for distributed angle mode in this options object.  Note: Note: The Node will only use this if the fatigueMode is set to distributed angle mode.
",2881:"
void distributedAngleMode_upperBound(
float angle
)
Sets the current upper bound angle to use for distributed angle mode in this options object.  Note: Note: The Node will only use this if the fatigueMode is set to distributed angle mode.  Note: The lower bound and upper bound angles must be at least 1 degree.
",2882:"
bool histogramEnable() const
Gets whether sending Histograms is enabled or disabled, in this options object.
",2883:"
void histogramEnable(
bool enable
)
Sets whether sending Histograms is enabled or disabled, in this options object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/FatigueOptions-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/FatigueOptions-ToolTips.js deleted file mode 100644 index 99c274b49..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/FatigueOptions-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2851:"
SnCurveSegment
Represents a single segment of an SN-Curve.
",2869:"
const DamageAngles& damageAngles() const
Gets the DamageAngles container set in this options object.
",2874:"
WirelessTypes::FatigueMode fatigueMode() const
The WirelessTypes::FatigueMode that is set in this options object.
",3622:"
The different modes a Fatigue Node can operate in.
",4617:"
Error_NoData
There is no data available to be accessed
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/FatigueOptions.html b/v66.0.1/MSCL_API_Docs/classes/C/FatigueOptions.html deleted file mode 100644 index f0adf26ff..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/FatigueOptions.html +++ /dev/null @@ -1,160 +0,0 @@ - - -FatigueOptions - - - - - - - -
-
FatigueOptions
-
FatigueOptions
-

Contains all of the fatigue options that can be configured for a WirelessNode.

-
- -
-
youngsModulus
-
float youngsModulus() const
-

Gets the Young's Modulus set in this options object.

-
- -
-
youngsModulus
-
void youngsModulus(
float val
)
-

Sets the Young's Modulus in this options object.

Parameters
val
float

The Young's Modulus to set.

-
- -
-
poissonsRatio
-
float poissonsRatio() const
-

Gets the Poisson's Ration set in this options object.

-
- -
-
poissonsRatio
-
void poissonsRatio(
float val
)
-

Sets the Poisson's Ratio in this options object.

Parameters
val
float

The Poisson's Ratio to set.

-
- -
-
peakValleyThreshold
-
uint16 peakValleyThreshold() const
-

Gets the Peak/Valley Threshold set in this options object.

-
- -
-
peakValleyThreshold
-
void peakValleyThreshold(
uint16 val
)
-

Sets the Peak/Valley Threshold in this options object.

Parameters
val
uint16

The Peak/Valley Threshold to set.

-
- -
-
debugMode
-
bool debugMode() const
-

Gets the debug mode flag set in this options object.  This determines whether raw angle data that builds the Histograms will be sent when sampling.

-
- -
-
debugMode
-
void debugMode(
bool enable
)
-

Sets the debug mode flag in this options object.  This determines whether raw angle data that builds the Histograms will be sent when sampling.

Parameters
enable
bool

Whether to enable (true) or disable (false) debug mode.

-
- -
-
damageAngle
-
float damageAngle(
uint8 angleId
) const
-

Gets the damage angle set in this options object, for the given angle id (0-based).

Parameters
angleId
uint8

The angle ID to get the damage angle for.

Exceptions
Error_NoData

The given angle ID was not set in this object.

-
- -
-
damageAngles
-
const DamageAngles& damageAngles() const
-

Gets the DamageAngles container set in this options object.

-
- -
-
damageAngle
-
void damageAngle(
uint8 angleId,
float angle
)
-

Sets the damage angle in this options object, for the given angle id (0-based).  The angle will be automatically converted to between 0 and 360 if it is out of range.

Parameters
angleId
uint8

The angle ID to set the damage angle for.

angle
float

The damage angle value to set.

-
- -
-
snCurveSegment
-
const SnCurveSegment& snCurveSegment(
uint8 segmentId
) const
-

Gets the SnCurveSegment set in this options object, for the given segment id (0-based).

Parameters
segmentId
uint8

The segment ID to get the segment for.

Exceptions
Error_NoData

The given segment ID was not set in this object.

-
- -
-
snCurveSegments
-
const SnCurveSegments& snCurveSegments() const
-

Gets the SnCurveSegments container set in this options object.

-
- -
-
snCurveSegment
-
void snCurveSegment(
uint8 segmentId,
const SnCurveSegment &segment
)
-

Sets the SnCurveSegment in this options object, for the given segment id (0-based).

Parameters
segmentId
uint8

The segment ID to set the segment for.

segment
const SnCurveSegment&

The SnCurveSegment to set.

-
- -
-
fatigueMode
-
WirelessTypes::FatigueMode fatigueMode() const
-

The WirelessTypes::FatigueMode that is set in this options object.

-
- -
-
distributedAngleMode_enabled
-

Sets whether distributed angle mode is enabled or disabled in this options object.  Distributed Angle Mode allows the user to enable an even distribution of 4-16 angles.  When in this mode, the standard damageAngles will not be used by the Node.

Parameters
enable

Whether to enable or disable distributed angle mode.

-
- -
-
distributedAngleMode_numAngles
-
uint8 distributedAngleMode_numAngles() const
-

Gets the current number of angles to use for distributed angle mode in this options object.  Note: The Node will only use this if the fatigueMode is set to distributed angle mode.

-
- -
-
distributedAngleMode_numAngles
-
void distributedAngleMode_numAngles(
uint8 numAngles
)
-

Sets the current number of angles to use for distributed angle mode in this options object.  Note: Note: The Node will only use this if the fatigueMode is set to distributed angle mode.

Parameters
numAngles
uint8

The number of angles to use (4-16).

-
- -
-
distributedAngleMode_lowerBound
-
float distributedAngleMode_lowerBound() const
-

Gets the current lower bound angle (in degrees) to use for distributed angle mode in this options object.  Note: Note: The Node will only use this if the fatigueMode is set to distributed angle mode.

-
- -
-
distributedAngleMode_lowerBound
-
void distributedAngleMode_lowerBound(
float angle
)
-

Sets the current lower bound angle to use for distributed angle mode in this options object.  Note: Note: The Node will only use this if the fatigueMode is set to distributed angle mode.  Note: The lower bound and upper bound angles must be at least 1 degree.

Parameters
angle
float

The lower bound angle (in degrees) to use.

-
- -
-
distributedAngleMode_upperBound
-
float distributedAngleMode_upperBound() const
-

Gets the current upper bound angle (in degrees) to use for distributed angle mode in this options object.  Note: Note: The Node will only use this if the fatigueMode is set to distributed angle mode.

-
- -
-
distributedAngleMode_upperBound
-
void distributedAngleMode_upperBound(
float angle
)
-

Sets the current upper bound angle to use for distributed angle mode in this options object.  Note: Note: The Node will only use this if the fatigueMode is set to distributed angle mode.  Note: The lower bound and upper bound angles must be at least 1 degree.

Parameters
angle
float

The upper bound angle (in degrees) to use.

-
- -
-
histogramEnable
-
bool histogramEnable() const
-

Gets whether sending Histograms is enabled or disabled, in this options object.

-
- -
-
histogramEnable
-
void histogramEnable(
bool enable
)
-

Sets whether sending Histograms is enabled or disabled, in this options object.

Parameters
enable
bool

Whehter to enable or disable sending Histograms.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/FilterInitializationValues-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/FilterInitializationValues-Summary.js deleted file mode 100644 index 0150f5a8e..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/FilterInitializationValues-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FilterInitializationValues","FilterInitializationValues");NDSummary.OnSummaryLoaded("CClass:FilterInitializationValues",[["C/C++","C"]],[["Functions","Function"],["Structs","Struct"],["Variables","Variable"]],[[731,0,1,"FilterInitializationValues"],[732,0,0,"FilterInitializationValues","FilterInitializationValues"],[733,0,2,"autoInitialize","autoInitialize"],[734,0,2,"initialValuesSource","initialValuesSource"],[735,0,2,"autoHeadingAlignmentMethod","autoHeadingAlignmentMethod"],[736,0,2,"initialAttitude","initialAttitude"],[737,0,2,"initialPosition","initialPosition"],[738,0,2,"initialVelocity","initialVelocity"],[739,0,2,"referenceFrame","referenceFrame"],[740,0,0,"manualHeading","manualHeading"],[741,0,0,"manualAttitude","manualAttitude"],[742,0,0,"manualPositionVelocity","manualPositionVelocity"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/FilterInitializationValues-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/FilterInitializationValues-SummaryToolTips.js deleted file mode 100644 index 4b05a591a..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/FilterInitializationValues-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FilterInitializationValues",{731:"
Struct to hold values for the Filter Initialization Config command.
",732:"
FilterInitializationValues() : initialValuesSource(FilterInitialValuesSource::Automatic), autoHeadingAlignmentMethod(HeadingAlignmentOption::GNSS_Kinematic), referenceFrame(PositionVelocityReferenceFrame::ECEF)
Creates a FilterInitializationValues object with default values.
",733:"
bool autoInitialize
",734:"
FilterInitialValuesSource initialValuesSource
",735:"
HeadingAlignmentMethod autoHeadingAlignmentMethod
",736:"
EulerAngles initialAttitude
Note: Only heading value will be used if initialValueSource indicates pitch/roll will be determined automatically.
",737:"
Position initialPosition
",738:"
GeometricVector initialVelocity
",739:"
PositionVelocityReferenceFrame referenceFrame
",740:"
bool manualHeading()
Checks the value of initialValuesSource to determine if the initial heading needs to be set manually.
",741:"
bool manualAttitude()
Checks the value of initialValuesSource to determine if the initial heading, pitch, and roll need to be set manually.
",742:"
bool manualPositionVelocity()
Checks the value of initialValuesSource to determine if the initial position and velocity need to be set manually.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/FilterInitializationValues-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/FilterInitializationValues-ToolTips.js deleted file mode 100644 index 53eb4147d..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/FilterInitializationValues-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({84:"
Enum representing position and velocity reference frame options.
",89:"
GeometricVector
Defines a 3 dimensional, spatial vector.
",105:"
Defines a geographic position.
",724:"
Struct to create and interact with a HeadingAlignmentOption bitfield
",1002:"
EulerAngles
Represents generic Euler Angles (roll, pitch, yaw).
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/FilterInitializationValues.html b/v66.0.1/MSCL_API_Docs/classes/C/FilterInitializationValues.html deleted file mode 100644 index f445355cc..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/FilterInitializationValues.html +++ /dev/null @@ -1,76 +0,0 @@ - - -FilterInitializationValues - - - - - - - -
-
FilterInitializationValues
-

Struct to hold values for the Filter Initialization Config command.

-
- -
-
FilterInitializationValues
-
FilterInitializationValues() : initialValuesSource(FilterInitialValuesSource::Automatic), autoHeadingAlignmentMethod(HeadingAlignmentOption::GNSS_Kinematic), referenceFrame(PositionVelocityReferenceFrame::ECEF)
-

Creates a FilterInitializationValues object with default values.

Default values: initialValuesSource - <FilterInitialValuesSource>::Automatic autoHeadingAlignmentMethod - <HeadingAlignmentMethod>::GNSS_Kinematic referenceFrame - <PositionVelocityReferenceFrame>::ECEF

-
- -
-
autoInitialize
-
bool autoInitialize
-
- -
-
initialValuesSource
-
FilterInitialValuesSource initialValuesSource
-
- -
-
autoHeadingAlignmentMethod
-
HeadingAlignmentMethod autoHeadingAlignmentMethod
-
- -
-
initialAttitude
-
EulerAngles initialAttitude
-

Note: Only heading value will be used if initialValueSource indicates pitch/roll will be determined automatically.

-
- -
-
initialPosition
-
Position initialPosition
-
- -
-
initialVelocity
-
GeometricVector initialVelocity
-
- -
-
referenceFrame
- -
- -
-
manualHeading
-
bool manualHeading()
-

Checks the value of initialValuesSource to determine if the initial heading needs to be set manually.

-
- -
-
manualAttitude
-
bool manualAttitude()
-

Checks the value of initialValuesSource to determine if the initial heading, pitch, and roll need to be set manually.

-
- -
-
manualPositionVelocity
-
bool manualPositionVelocity()
-

Checks the value of initialValuesSource to determine if the initial position and velocity need to be set manually.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/FixedReferencePositionData-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/FixedReferencePositionData-Summary.js deleted file mode 100644 index 896a688d8..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/FixedReferencePositionData-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FixedReferencePositionData","FixedReferencePositionData");NDSummary.OnSummaryLoaded("CClass:FixedReferencePositionData",[["C/C++","C"]],[["Functions","Function"],["Structs","Struct"],["Variables","Variable"]],[[592,0,1,"FixedReferencePositionData"],[593,0,0,"FixedReferencePositionData","FixedReferencePositionData"],[594,0,0,"FixedReferencePositionData","FixedReferencePositionData(2)"],[595,0,2,"enable","enable"],[596,0,2,"referencePosition","referencePosition"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/FixedReferencePositionData-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/FixedReferencePositionData-SummaryToolTips.js deleted file mode 100644 index 0635dab8e..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/FixedReferencePositionData-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FixedReferencePositionData",{592:"
Contains the data for Set Reference Position command.
",593:"
FixedReferencePositionData(
bool pEnable,
Position pReference
) : enable(pEnable), referencePosition(pReference)
Creates a FixedReferencePositionData object.
",594:"
FixedReferencePositionData() : enable(false), referencePosition(Position())
Creates a FixedReferencePositionData object.
",595:"
bool enable
",596:"
Position referencePosition
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/FixedReferencePositionData-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/FixedReferencePositionData-ToolTips.js deleted file mode 100644 index 7ae3d0194..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/FixedReferencePositionData-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({105:"
Defines a geographic position.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/FixedReferencePositionData.html b/v66.0.1/MSCL_API_Docs/classes/C/FixedReferencePositionData.html deleted file mode 100644 index dab7afbe1..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/FixedReferencePositionData.html +++ /dev/null @@ -1,38 +0,0 @@ - - -FixedReferencePositionData - - - - - - - -
-
FixedReferencePositionData
-

Contains the data for Set Reference Position command.

-
- -
-
FixedReferencePositionData
-
FixedReferencePositionData(
bool pEnable,
Position pReference
) : enable(pEnable), referencePosition(pReference)
-

Creates a FixedReferencePositionData object.

Parameters
pEnable
bool

indicates whether a fixed reference position should be used

pReference
Position

the reference position

-
- -
-
FixedReferencePositionData
-
FixedReferencePositionData() : enable(false), referencePosition(Position())
-

Creates a FixedReferencePositionData object.

-
- -
-
enable
-
bool enable
-
- -
-
referencePosition
-
Position referencePosition
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT-Summary.js deleted file mode 100644 index 05e7a7260..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:GQ7ContinuousBIT","GQ7ContinuousBIT");NDSummary.OnSummaryLoaded("CClass:GQ7ContinuousBIT",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"]],[[2600,0,0,"GQ7ContinuousBIT"],[2601,0,1,"GQ7ContinuousBIT","GQ7ContinuousBIT"],[2602,0,1,"GQ7ContinuousBIT","GQ7ContinuousBIT(2)"],[2603,0,1,"system","system"],[2604,0,1,"systemClockFailure","systemClockFailure"],[2605,0,1,"powerFault","powerFault"],[2606,0,1,"firmwareFault","firmwareFault"],[2607,0,1,"timingOverload","timingOverload"],[2608,0,1,"bufferOverrun","bufferOverrun"],[2609,0,1,"imuIpcFault","imuIpcFault"],[2610,0,1,"imuControlLineFault","imuControlLineFault"],[2611,0,1,"imuCommandResponseFault","imuCommandResponseFault"],[2612,0,1,"imuSpiTransferFault","imuSpiTransferFault"],[2613,0,1,"imuDataFrameFault","imuDataFrameFault"],[2614,0,1,"filterIpcFault","filterIpcFault"],[2615,0,1,"filterControlLineFault","filterControlLineFault"],[2616,0,1,"filterCommandResponseFault","filterCommandResponseFault"],[2617,0,1,"filterSpiTransferFault","filterSpiTransferFault"],[2618,0,1,"filterDataFrameFault","filterDataFrameFault"],[2619,0,1,"gnssIpcFault","gnssIpcFault"],[2620,0,1,"gnssControlLineFault","gnssControlLineFault"],[2621,0,1,"gnssCommandResponseFault","gnssCommandResponseFault"],[2622,0,1,"gnssSpiTransferFault","gnssSpiTransferFault"],[2623,0,1,"gnssDataFrameFault","gnssDataFrameFault"],[2624,0,1,"imu","imu"],[2625,0,1,"imuClockFault","imuClockFault"],[2626,0,1,"imuCommunicationFault","imuCommunicationFault"],[2627,0,1,"imuTimingOverrun","imuTimingOverrun"],[2628,0,1,"imuCalibrationErrorAccel","imuCalibrationErrorAccel"],[2629,0,1,"imuCalibrationErrorGyro","imuCalibrationErrorGyro"],[2630,0,1,"imuCalibrationErrorMag","imuCalibrationErrorMag"],[2631,0,1,"accelGeneralFault","accelGeneralFault"],[2632,0,1,"accelOverrange","accelOverrange"],[2633,0,1,"accelSelfTest","accelSelfTest"],[2634,0,1,"gyroGeneralFault","gyroGeneralFault"],[2635,0,1,"gyroOverrange","gyroOverrange"],[2636,0,1,"gyroSelfTest","gyroSelfTest"],[2637,0,1,"magGeneralFault","magGeneralFault"],[2638,0,1,"magOverrange","magOverrange"],[2639,0,1,"magSelfTest","magSelfTest"],[2640,0,1,"pressureGeneralFault","pressureGeneralFault"],[2641,0,1,"pressureOverrange","pressureOverrange"],[2642,0,1,"pressureSelfTest","pressureSelfTest"],[2643,0,1,"filter","filter"],[2644,0,1,"filterClockFault","filterClockFault"],[2645,0,1,"filterHardwareFault","filterHardwareFault"],[2646,0,1,"filterTimingOverrun","filterTimingOverrun"],[2647,0,1,"filterTimingUnderrun","filterTimingUnderrun"],[2648,0,1,"filterCommunicationError","filterCommunicationError"],[2649,0,1,"filterCommunicationErrorImuSpi","filterCommunicationErrorImuSpi"],[2650,0,1,"filterCommunicationErrorGnssSpi","filterCommunicationErrorGnssSpi"],[2651,0,1,"communicationErrorCommsSpi","communicationErrorCommsSpi"],[2652,0,1,"filterCommunicationErrorCommsUart","filterCommunicationErrorCommsUart"],[2653,0,1,"gnss","gnss"],[2654,0,1,"gnssClockFault","gnssClockFault"],[2655,0,1,"gnssHardwareFault","gnssHardwareFault"],[2656,0,1,"gnssCommunicationError","gnssCommunicationError"],[2657,0,1,"gnssCommunicationErrorCommsSerial","gnssCommunicationErrorCommsSerial"],[2658,0,1,"gnssCommunicationErrorCommsSpi","gnssCommunicationErrorCommsSpi"],[2659,0,1,"gnssCommunicationErrorNavSpi","gnssCommunicationErrorNavSpi"],[2660,0,1,"gpsTimeFault","gpsTimeFault"],[2661,0,1,"gnssTimingOverrun","gnssTimingOverrun"],[2662,0,1,"gnssPowerFaultReceiver1","gnssPowerFaultReceiver1"],[2663,0,1,"gnssFaultReceiver1","gnssFaultReceiver1"],[2664,0,1,"gnssShortedAntenna1","gnssShortedAntenna1"],[2665,0,1,"gnssOpenAntenna1","gnssOpenAntenna1"],[2666,0,1,"gnssSolutionFaultReceiver1","gnssSolutionFaultReceiver1"],[2667,0,1,"gnssPowerFaultReceiver2","gnssPowerFaultReceiver2"],[2668,0,1,"gnssFaultReceiver2","gnssFaultReceiver2"],[2669,0,1,"gnssShortedAntenna2","gnssShortedAntenna2"],[2670,0,1,"gnssOpenAntenna2","gnssOpenAntenna2"],[2671,0,1,"gnssSolutionFaultReceiver2","gnssSolutionFaultReceiver2"],[2672,0,1,"rtcmCommunicationFault","rtcmCommunicationFault"],[2673,0,1,"rtkDongleFault","rtkDongleFault"],[2674,0,1,"as_MipDataPoints","as_MipDataPoints"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT-SummaryToolTips.js deleted file mode 100644 index b297ccee6..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:GQ7ContinuousBIT",{2600:"
GQ7ContinuousBIT
Continuous Built-In Test flag data
",2601:"
GQ7ContinuousBIT() = delete
",2602:"
explicit GQ7ContinuousBIT(
Bytes bytes
)
",2603:"
GQ7ContinuousBIT_System system() const
Gets information for system flags (bits 0-31)
",2604:"
bool systemClockFailure() const override
Gets the value of the System Clock Failure bit (bit 0)
",2605:"
bool powerFault() const override
Gets the value of the Power Fault bit (bit 1)
",2606:"
bool firmwareFault() const override
Gets the value of the Firmware Fault bit (bit 4)
",2607:"
bool timingOverload() const override
Gets the value of the Timing Overload bit (bit 5)
",2608:"
bool bufferOverrun() const override
Gets the value of the Buffer Overrun bit (bit 6)
",2609:"
uint8 imuIpcFault() const
Gets the value of the IMU IPC fault flags (bits 16-19)
",2610:"
bool imuControlLineFault() const
Gets the value of the IMU Control Line Fault bit (bit 16)
",2611:"
bool imuCommandResponseFault() const
Gets the value of the IMU Command Response Fault bit (bit 17)
",2612:"
bool imuSpiTransferFault() const
Gets the value of the IMU SPI Transfer Fault bit (bit 18)
",2613:"
bool imuDataFrameFault() const
Gets the value of the IMU Data Frame Fault bit (bit 19)
",2614:"
uint8 filterIpcFault() const
Gets the value of the Filter IPC fault flags (bits 20-23)
",2615:"
bool filterControlLineFault() const
Gets the value of the Filter Control Line Fault bit (bit 20)
",2616:"
bool filterCommandResponseFault() const
Gets the value of the Filter Command Response Fault bit (bit 21)
",2617:"
bool filterSpiTransferFault() const
Gets the value of the Filter SPI Transfer Fault bit (bit 22)
",2618:"
bool filterDataFrameFault() const
Gets the value of the Filter Data Frame Fault bit (bit 23)
",2619:"
uint8 gnssIpcFault() const
Gets the value of the GNSS IPC fault flags (bits 24-27)
",2620:"
bool gnssControlLineFault() const
Gets the value of the GNSS Control Line Fault bit (bit 24)
",2621:"
bool gnssCommandResponseFault() const
Gets the value of the GNSS Command Response Fault bit (bit 25)
",2622:"
bool gnssSpiTransferFault() const
Gets the value of the GNSS SPI Transfer Fault bit (bit 26)
",2623:"
bool gnssDataFrameFault() const
Gets the value of the GNSS Data Frame Fault bit (bit 27)
",2624:"
GQ7ContinuousBIT_IMU imu() const
Gets information for IMU flags (bits 32-63)
",2625:"
bool imuClockFault() const override
Gets the value of the IMU Clock Fault bit (bit 32)
",2626:"
bool imuCommunicationFault() const override
Gets the value of the IMU Communication Fault bit (bit 33)
",2627:"
bool imuTimingOverrun() const override
Gets the value of the IMU Timing Overrun bit (bit 34)
",2628:"
bool imuCalibrationErrorAccel() const override
Gets the value of the IMU Calibration Error Accelerometer bit (bit 36)
",2629:"
bool imuCalibrationErrorGyro() const override
Gets the value of the IMU Calibration Error Gyroscope bit (bit 37)
",2630:"
bool imuCalibrationErrorMag() const override
Gets the value of the IMU Calibration Error Magnetometer bit (bit 38)
",2631:"
bool accelGeneralFault() const override
Gets the value of the Accelerometer General Fault bit (bit 40)
",2632:"
bool accelOverrange() const override
Gets the value of the Accelerometer Overrange bit (bit 41)
",2633:"
bool accelSelfTestFail() const override
Gets the value of the Accelerometer Self Test bit (bit 42)
",2634:"
bool gyroGeneralFault() const override
Gets the value of the Gyroscope General Fault bit (bit 44)
",2635:"
bool gyroOverrange() const override
Gets the value of the Gyroscope Overrange bit (bit 45)
",2636:"
bool gyroSelfTestFail() const override
Gets the value of the Gyroscope Self Test bit (bit 46)
",2637:"
bool magGeneralFault() const override
Gets the value of the Magnetometer General Fault bit (bit 48)
",2638:"
bool magOverrange() const override
Gets the value of the Magnetometer Overrange bit (bit 49)
",2639:"
bool magSelfTestFail() const override
Gets the value of the Magnetometer Self Test bit (bit 50)
",2640:"
bool pressureGeneralFault() const override
Gets the value of the Pressure General Fault bit (bit 52)
",2641:"
bool pressureOverrange() const override
Gets the value of the Pressure Overrange bit (bit 53)
",2642:"
bool pressureSelfTestFail() const override
Gets the value of the Pressure Self Test bit (bit 54)
",2643:"
GQ7ContinuousBIT_Filter filter() const
Gets information for filter flags (bits 64-95)
",2644:"
bool filterClockFault() const
Gets the value of the Filter Clock Fault bit (bit 64)
",2645:"
bool filterHardwareFault() const
Gets the value of the Filter Hardware Fault bit (bit 65)
",2646:"
bool filterTimingOverrun() const override
Gets the value of the Filter Timing Overrun bit (bit 66)
",2647:"
bool filterTimingUnderrun() const override
Gets the value of the Filter Timing Underrun bit (bit 67)
",2648:"
uint8 filterCommunicationError() const
Gets the value of the Filter Communication Error flags (bits 68-71)
",2649:"
bool filterCommunicationErrorImuSpi() const
Gets the value of the Filter Communication Error IMU SPI bit (bit 68)
",2650:"
bool filterCommunicationErrorGnssSpi() const
Gets the value of the Filter Communication Error GNSS SPI bit (bit 69)
",2651:"
bool filterCommunicationErrorCommsSpi() const
Gets the value of the Filter Communication Error COMMS SPI bit (bit 70)
",2652:"
bool filterCommunicationErrorCommsUart() const
Gets the value of the Filter Communication Error COMMS UART bit (bit 71)
",2653:"
GQ7ContinuousBIT_GNSS gnss() const
Gets information for GNSS flags (bits 96-127)
",2654:"
bool gnssClockFault() const
Gets the value of the GNSS Clock Fault bit (bit 96)
",2655:"
bool gnssHardwareFault() const
Gets the value of the GNSS Hardware Fault bit (bit 97)
",2656:"
uint8 gnssCommunicationError() const
Gets the value of the GNSS Communication Error flags (bits 98-100)
",2657:"
bool gnssCommunicationErrorCommsSerial() const
Gets the value of the GNSS Communication Error COMMS Serial bit (bit 98)
",2658:"
bool gnssCommunicationErrorCommsSpi() const
Gets the value of the GNSS Communication Error COMMS SPI bit (bit 99)
",2659:"
bool gnssCommunicationErrorNavSpi() const
Gets the value of the GNSS Communication Error NAV SPI bit (bit 100)
",2660:"
bool gpsTimeFault() const
Gets the value of the GPS Time Fault bit (bit 101)
",2661:"
bool gnssTimingOverrun() const
Gets the value of the GNSS Timing Overrun bit (bit 102)
",2662:"
bool gnssPowerFaultReceiver1() const
Gets the value of the GNSS Receiver 1 Power Fault bit (bit 104)
",2663:"
bool gnssFaultReceiver1() const
Gets the value of the GNSS Receiver 1 Fault bit (bit 105)
",2664:"
bool gnssShortedAntenna1() const
Gets the value of the GNSS Antenna 1 Shorted bit (bit 106)
",2665:"
bool gnssOpenAntenna1() const
Gets the value of the GNSS Antenna 1 Open bit (bit 107)
",2666:"
bool gnssSolutionFaultReceiver1() const
Gets the value of the GNSS Receiver 1 Solution Fault bit (bit 108)
",2667:"
bool gnssPowerFaultReceiver2() const
Gets the value of the GNSS Receiver 2 Power Fault bit (bit 109)
",2668:"
bool gnssFaultReceiver2() const
Gets the value of the GNSS Receiver 2 Fault bit (bit 110)
",2669:"
bool gnssShortedAntenna2() const
Gets the value of the GNSS Antenna 2 Shorted bit (bit 111)
",2670:"
bool gnssOpenAntenna2() const
Gets the value of the GNSS Antenna 2 Open bit (bit 112)
",2671:"
bool gnssSolutionFaultReceiver2() const
Gets the value of the GNSS Receiver 2 Solution Fault bit (bit 113)
",2672:"
bool rtcmCommunicationFault() const
Gets the value of the RTCM Communication Fault bit (bit 114)
",2673:"
bool rtkDongleFault() const
Gets the value of the RTK Dongle Fault bit (bit 115)
",2674:"
MipDataPoints as_MipDataPoints() const override
Gets the data formatted as MipDataPoint objects.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT-ToolTips.js deleted file mode 100644 index c9b0bff59..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2121:"
MipDataPoint
Represents a single Inertial Data Point (Extends from DataPoint)
",2267:"
ContinuousBIT
Abstract class for device-specific Built-In Test result parser classes
",2504:"
Continuous Built-In Test flags for system information
",2515:"
Continuous Built-In Test flags for IMU information
",2537:"
Continuous Built-In Test flags for filter information
",2590:"
Continuous Built-In Test flags for GNSS information
",4526:"
typedef for a vector of bytes.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT.html b/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT.html deleted file mode 100644 index cadcfbfe4..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT.html +++ /dev/null @@ -1,460 +0,0 @@ - - -GQ7ContinuousBIT - - - - - - - -
-
GQ7ContinuousBIT
-
public
ContinuousBIT
GQ7ContinuousBIT
-

Continuous Built-In Test flag data

See the GQ7 Built-in Test documentation for more information

-
- -
-
GQ7ContinuousBIT
-
GQ7ContinuousBIT() = delete
-
- -
-
GQ7ContinuousBIT
-
explicit GQ7ContinuousBIT(
Bytes bytes
)
-
Parameters
bytes
Bytes

Flag values from Continuous Built-In Test

-
- -
-
system
- -

Gets information for system flags (bits 0-31)

Returns
GQ7ContinuousBIT_System

Information for system flags

-
- -
-
systemClockFailure
-
bool systemClockFailure() const override
-

Gets the value of the System Clock Failure bit (bit 0)

Returns
bool

true: The system clock is not operating properly

-
- -
-
powerFault
-
bool powerFault() const override
-

Gets the value of the Power Fault bit (bit 1)

Returns
bool

true: Power supply voltage is outside the recommended range, or an internal power fault exists

-
- -
-
firmwareFault
-
bool firmwareFault() const override
-

Gets the value of the Firmware Fault bit (bit 4)

Returns
bool

true: System firmware has detected an unexpected or abnormal condition

-
- -
-
timingOverload
-
bool timingOverload() const override
-

Gets the value of the Timing Overload bit (bit 5)

Returns
bool

true: The system is unable to keep up with the processing demand

-
- -
-
bufferOverrun
-
bool bufferOverrun() const override
-

Gets the value of the Buffer Overrun bit (bit 6)

Returns
bool

true: A data buffer in the system has reached its capacity

-
- -
-
imuIpcFault
-
uint8 imuIpcFault() const
-

Gets the value of the IMU IPC fault flags (bits 16-19)

Note

Bits 0-3 of this value correspond to bits 16-19

Returns
uint8

Value of the IMU IPC fault flags

-
- -
-
imuControlLineFault
-
bool imuControlLineFault() const
-

Gets the value of the IMU Control Line Fault bit (bit 16)

Returns
bool

true: The IMU control line is not behaving as expected

-
- -
-
imuCommandResponseFault
-
bool imuCommandResponseFault() const
-

Gets the value of the IMU Command Response Fault bit (bit 17)

Returns
bool

true: The IMU is not responsive to commands

-
- -
-
imuSpiTransferFault
-
bool imuSpiTransferFault() const
-

Gets the value of the IMU SPI Transfer Fault bit (bit 18)

Returns
bool

true: Misaligned/failed IMU SPI transfers

-
- -
-
imuDataFrameFault
-
bool imuDataFrameFault() const
-

Gets the value of the IMU Data Frame Fault bit (bit 19)

Returns
bool

true: Missing IMU data frame(s)

-
- -
-
filterIpcFault
-
uint8 filterIpcFault() const
-

Gets the value of the Filter IPC fault flags (bits 20-23)

Note

Bits 0-3 of this value correspond to bits 20-23

Returns
uint8

Value of the filter IPC fault flags

-
- -
-
filterControlLineFault
-
bool filterControlLineFault() const
-

Gets the value of the Filter Control Line Fault bit (bit 20)

Returns
bool

true: The filter control line is not behaving as expected

-
- -
-
filterCommandResponseFault
-
bool filterCommandResponseFault() const
-

Gets the value of the Filter Command Response Fault bit (bit 21)

Returns
bool

true: The filter is not responsive to commands

-
- -
-
filterSpiTransferFault
-
bool filterSpiTransferFault() const
-

Gets the value of the Filter SPI Transfer Fault bit (bit 22)

Returns
bool

true: Misaligned/failed filter SPI transfers

-
- -
-
filterDataFrameFault
-
bool filterDataFrameFault() const
-

Gets the value of the Filter Data Frame Fault bit (bit 23)

Returns
bool

true: Missing filter data frame(s)

-
- -
-
gnssIpcFault
-
uint8 gnssIpcFault() const
-

Gets the value of the GNSS IPC fault flags (bits 24-27)

Note

Bits 0-3 of this value correspond to bits 24-27

Returns
uint8

Value of the GNSS IPC fault flags

-
- -
-
gnssControlLineFault
-
bool gnssControlLineFault() const
-

Gets the value of the GNSS Control Line Fault bit (bit 24)

Returns
bool

true: The GNSS control line is not behaving as expected

-
- -
-
gnssCommandResponseFault
-
bool gnssCommandResponseFault() const
-

Gets the value of the GNSS Command Response Fault bit (bit 25)

Returns
bool

true: The GNSS is not responsive to commands

-
- -
-
gnssSpiTransferFault
-
bool gnssSpiTransferFault() const
-

Gets the value of the GNSS SPI Transfer Fault bit (bit 26)

Returns
bool

true: Misaligned/failed GNSS SPI transfers

-
- -
-
gnssDataFrameFault
-
bool gnssDataFrameFault() const
-

Gets the value of the GNSS Data Frame Fault bit (bit 27)

Returns
bool

true: Missing GNSS data frame(s)

-
- -
-
imu
- -

Gets information for IMU flags (bits 32-63)

Returns
GQ7ContinuousBIT_IMU

Information for IMU flags

-
- -
-
imuClockFault
-
bool imuClockFault() const override
-

Gets the value of the IMU Clock Fault bit (bit 32)

Returns
bool

true: IMU is not running off the system clock

-
- -
-
imuCommunicationFault
-
bool imuCommunicationFault() const override
-

Gets the value of the IMU Communication Fault bit (bit 33)

Returns
bool

true: No communication with IMU

-
- -
-
imuTimingOverrun
-
bool imuTimingOverrun() const override
-

Gets the value of the IMU Timing Overrun bit (bit 34)

Returns
bool

true: IMU processes are taking longer than their allotted time

-
- -
-
imuCalibrationErrorAccel
-
bool imuCalibrationErrorAccel() const override
-

Gets the value of the IMU Calibration Error Accelerometer bit (bit 36)

Returns
bool

true: A problem is detected with the accelerometer calibration

-
- -
-
imuCalibrationErrorGyro
-
bool imuCalibrationErrorGyro() const override
-

Gets the value of the IMU Calibration Error Gyroscope bit (bit 37)

Returns
bool

true: A problem is detected with the gyroscope calibration

-
- -
-
imuCalibrationErrorMag
-
bool imuCalibrationErrorMag() const override
-

Gets the value of the IMU Calibration Error Magnetometer bit (bit 38)

Returns
bool

true: A problem is detected with the magnetometer calibration

-
- -
-
accelGeneralFault
-
bool accelGeneralFault() const override
-

Gets the value of the Accelerometer General Fault bit (bit 40)

Returns
bool

true: Accelerometer will not initialize

-
- -
-
accelOverrange
-
bool accelOverrange() const override
-

Gets the value of the Accelerometer Overrange bit (bit 41)

Returns
bool

true: One or more axes subjected to accelerations near or outside the selected range

-
- -
-
accelSelfTest
-
bool accelSelfTestFail() const override
-

Gets the value of the Accelerometer Self Test bit (bit 42)

Returns
bool

true: The internal self-test of the accelerometer failed

-
- -
-
gyroGeneralFault
-
bool gyroGeneralFault() const override
-

Gets the value of the Gyroscope General Fault bit (bit 44)

Returns
bool

true: Gyroscope will not initialize

-
- -
-
gyroOverrange
-
bool gyroOverrange() const override
-

Gets the value of the Gyroscope Overrange bit (bit 45)

Returns
bool

true: One or more axes subjected to rotational rates near or outside the selected range

-
- -
-
gyroSelfTest
-
bool gyroSelfTestFail() const override
-

Gets the value of the Gyroscope Self Test bit (bit 46)

Returns
bool

true: The internal self-test of the gyroscope failed

-
- -
-
magGeneralFault
-
bool magGeneralFault() const override
-

Gets the value of the Magnetometer General Fault bit (bit 48)

Returns
bool

true: Magnetometer will not initialize

-
- -
-
magOverrange
-
bool magOverrange() const override
-

Gets the value of the Magnetometer Overrange bit (bit 49)

Returns
bool

true: One or more axes subjected to magnetic fields strengths near or outside the supported range

-
- -
-
magSelfTest
-
bool magSelfTestFail() const override
-

Gets the value of the Magnetometer Self Test bit (bit 50)

Returns
bool

true: The internal self-test of the magnetometer failed

-
- -
-
pressureGeneralFault
-
bool pressureGeneralFault() const override
-

Gets the value of the Pressure General Fault bit (bit 52)

Returns
bool

true: Pressure sensor won't initialize

-
- -
-
pressureOverrange
-
bool pressureOverrange() const override
-

Gets the value of the Pressure Overrange bit (bit 53)

Returns
bool

true: Pressure sensor subjected to pressures above or below the supported range

-
- -
-
pressureSelfTest
-
bool pressureSelfTestFail() const override
-

Gets the value of the Pressure Self Test bit (bit 54)

Returns
bool

true: The internal self-test of the pressure sensor failed

-
- -
-
filter
- -

Gets information for filter flags (bits 64-95)

Returns
GQ7ContinuousBIT_Filter

Information for filter flags

-
- -
-
filterClockFault
-
bool filterClockFault() const
-

Gets the value of the Filter Clock Fault bit (bit 64)

Returns
bool

true: The filter subsystem is not running off the system clock

-
- -
-
filterHardwareFault
-
bool filterHardwareFault() const
-

Gets the value of the Filter Hardware Fault bit (bit 65)

Returns
bool

true: Filter hardware initialization error

-
- -
-
filterTimingOverrun
-
bool filterTimingOverrun() const override
-

Gets the value of the Filter Timing Overrun bit (bit 66)

Returns
bool

true: Filter processes are taking longer than their allotted time

-
- -
-
filterTimingUnderrun
-
bool filterTimingUnderrun() const override
-

Gets the value of the Filter Timing Underrun bit (bit 67)

Returns
bool

true: Filter processes are being skipped

-
- -
-
filterCommunicationError
-
uint8 filterCommunicationError() const
-

Gets the value of the Filter Communication Error flags (bits 68-71)

Note

Bits 0-3 of this value correspond to bits 68-71

Returns
uint8

Value of the Filter Communication Error flags

-
- -
-
filterCommunicationErrorImuSpi
-
bool filterCommunicationErrorImuSpi() const
-

Gets the value of the Filter Communication Error IMU SPI bit (bit 68)

Returns
bool

true: No filter communication on the IMU SPI port

-
- -
-
filterCommunicationErrorGnssSpi
-
bool filterCommunicationErrorGnssSpi() const
-

Gets the value of the Filter Communication Error GNSS SPI bit (bit 69)

Returns
bool

true: No filter communication on the GNSS SPI port

-
- -
-
communicationErrorCommsSpi
-
bool filterCommunicationErrorCommsSpi() const
-

Gets the value of the Filter Communication Error COMMS SPI bit (bit 70)

Returns
bool

true: No filter communication on the COMMS SPI port

-
- -
-
filterCommunicationErrorCommsUart
-
bool filterCommunicationErrorCommsUart() const
-

Gets the value of the Filter Communication Error COMMS UART bit (bit 71)

Returns
bool

true: No filter communication on the COMMS UART port

-
- -
-
gnss
- -

Gets information for GNSS flags (bits 96-127)

Returns
GQ7ContinuousBIT_GNSS

Information for GNSS flags

-
- -
-
gnssClockFault
-
bool gnssClockFault() const
-

Gets the value of the GNSS Clock Fault bit (bit 96)

Returns
bool

true: The GNSS subsystem is not running off the system clock

-
- -
-
gnssHardwareFault
-
bool gnssHardwareFault() const
-

Gets the value of the GNSS Hardware Fault bit (bit 97)

Returns
bool

true: GNSS hardware initialization error

-
- -
-
gnssCommunicationError
-
uint8 gnssCommunicationError() const
-

Gets the value of the GNSS Communication Error flags (bits 98-100)

Note

Bits 0-2 of this value correspond to bits 98-100

Returns
uint8

Value of the GNSS Communication Error flags

-
- -
-
gnssCommunicationErrorCommsSerial
-
bool gnssCommunicationErrorCommsSerial() const
-

Gets the value of the GNSS Communication Error COMMS Serial bit (bit 98)

Returns
bool

true: No GNSS communication on the COMMS Serial port

-
- -
-
gnssCommunicationErrorCommsSpi
-
bool gnssCommunicationErrorCommsSpi() const
-

Gets the value of the GNSS Communication Error COMMS SPI bit (bit 99)

Returns
bool

true: No GNSS communication on the COMMS SPI port

-
- -
-
gnssCommunicationErrorNavSpi
-
bool gnssCommunicationErrorNavSpi() const
-

Gets the value of the GNSS Communication Error NAV SPI bit (bit 100)

Returns
bool

true: No GNSS communication on the NAV SPI port

-
- -
-
gpsTimeFault
-
bool gpsTimeFault() const
-

Gets the value of the GPS Time Fault bit (bit 101)

Returns
bool

true: System GPS time is invalid

-
- -
-
gnssTimingOverrun
-
bool gnssTimingOverrun() const
-

Gets the value of the GNSS Timing Overrun bit (bit 102)

Returns
bool

true: GNSS processes are taking longer than their allotted time

-
- -
-
gnssPowerFaultReceiver1
-
bool gnssPowerFaultReceiver1() const
-

Gets the value of the GNSS Receiver 1 Power Fault bit (bit 104)

Returns
bool

true: GNSS receiver 1 internal power fault

-
- -
-
gnssFaultReceiver1
-
bool gnssFaultReceiver1() const
-

Gets the value of the GNSS Receiver 1 Fault bit (bit 105)

Returns
bool

true: GNSS receiver 1 is inoperable

-
- -
-
gnssShortedAntenna1
-
bool gnssShortedAntenna1() const
-

Gets the value of the GNSS Antenna 1 Shorted bit (bit 106)

Returns
bool

true: GNSS antenna 1 is shorted to ground

-
- -
-
gnssOpenAntenna1
-
bool gnssOpenAntenna1() const
-

Gets the value of the GNSS Antenna 1 Open bit (bit 107)

Returns
bool

true: GNSS antenna 1 is open-circuit (or DC block is installed)

-
- -
-
gnssSolutionFaultReceiver1
-
bool gnssSolutionFaultReceiver1() const
-

Gets the value of the GNSS Receiver 1 Solution Fault bit (bit 108)

Returns
bool

true: GNSS receiver 1 solution is invalid

-
- -
-
gnssPowerFaultReceiver2
-
bool gnssPowerFaultReceiver2() const
-

Gets the value of the GNSS Receiver 2 Power Fault bit (bit 109)

Returns
bool

true: GNSS receiver 2 internal power fault

-
- -
-
gnssFaultReceiver2
-
bool gnssFaultReceiver2() const
-

Gets the value of the GNSS Receiver 2 Fault bit (bit 110)

Returns
bool

true: GNSS receiver 2 is inoperable

-
- -
-
gnssShortedAntenna2
-
bool gnssShortedAntenna2() const
-

Gets the value of the GNSS Antenna 2 Shorted bit (bit 111)

Returns
bool

true: GNSS antenna 2 is shorted to ground

-
- -
-
gnssOpenAntenna2
-
bool gnssOpenAntenna2() const
-

Gets the value of the GNSS Antenna 2 Open bit (bit 112)

Returns
bool

true: GNSS antenna 2 is open-circuit (or DC block is installed)

-
- -
-
gnssSolutionFaultReceiver2
-
bool gnssSolutionFaultReceiver2() const
-

Gets the value of the GNSS Receiver 2 Solution Fault bit (bit 113)

Returns
bool

true: GNSS receiver 2 solution is invalid

-
- -
-
rtcmCommunicationFault
-
bool rtcmCommunicationFault() const
-

Gets the value of the RTCM Communication Fault bit (bit 114)

Returns
bool

true: RTCM data was being received previously, but it not currently being received

-
- -
-
rtkDongleFault
-
bool rtkDongleFault() const
-

Gets the value of the RTK Dongle Fault bit (bit 115)

Returns
bool

true: A problem has been detected with the RTK dongle. Query directly for more detail

-
- -
-
as_MipDataPoints
-
MipDataPoints as_MipDataPoints() const override
-

Gets the data formatted as MipDataPoint objects.

Returns
MipDataPoints

data in DataPoint format

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_Filter-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_Filter-Summary.js deleted file mode 100644 index f8fd8bba7..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_Filter-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:GQ7ContinuousBIT_Filter","GQ7ContinuousBIT_Filter");NDSummary.OnSummaryLoaded("CClass:GQ7ContinuousBIT_Filter",[["C/C++","C"]],[["Functions","Function"],["Structs","Struct"]],[[2537,0,1,"GQ7ContinuousBIT_Filter"],[2538,0,0,"GQ7ContinuousBIT_Filter","GQ7ContinuousBIT_Filter"],[2539,0,0,"GQ7ContinuousBIT_Filter","GQ7ContinuousBIT_Filter(2)"],[2540,0,0,"general","general"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_Filter-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_Filter-SummaryToolTips.js deleted file mode 100644 index 646a7bbf1..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_Filter-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:GQ7ContinuousBIT_Filter",{2537:"
Continuous Built-In Test flags for filter information
",2538:"
GQ7ContinuousBIT_Filter() = default
",2539:"
explicit GQ7ContinuousBIT_Filter(
uint32 bits
)
",2540:"
GQ7ContinuousBIT_Filter_General general() const
Gets information for general filter flags (bits 64-71)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_Filter-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_Filter-ToolTips.js deleted file mode 100644 index 0e482326b..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_Filter-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2520:"
Continuous Built-In Test flags for general filter information
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_Filter.html b/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_Filter.html deleted file mode 100644 index d491f8823..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_Filter.html +++ /dev/null @@ -1,33 +0,0 @@ - - -GQ7ContinuousBIT_Filter - - - - - - - -
-
GQ7ContinuousBIT_Filter
-

Continuous Built-In Test flags for filter information

Bits 64-95 of the original 128 bit Continuous Built-In Test flags

-
- -
-
GQ7ContinuousBIT_Filter
-
GQ7ContinuousBIT_Filter() = default
-
- -
-
GQ7ContinuousBIT_Filter
-
explicit GQ7ContinuousBIT_Filter(
uint32 bits
)
-
Parameters
bits
uint32

Value of bits 64-95 of the original 128 bit Continuous Built-In Test flags

-
- -
-
general
- -

Gets information for general filter flags (bits 64-71)

Returns
GQ7ContinuousBIT_Filter_General

Information for general filter flags

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_Filter_General-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_Filter_General-Summary.js deleted file mode 100644 index 0ac21525a..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_Filter_General-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:GQ7ContinuousBIT_Filter_General","GQ7ContinuousBIT_Filter_General");NDSummary.OnSummaryLoaded("CClass:GQ7ContinuousBIT_Filter_General",[["C/C++","C"]],[["Constants","Constant"],["Functions","Function"],["Structs","Struct"]],[[2520,0,2,"GQ7ContinuousBIT_Filter_General"],[2521,0,1,"GQ7ContinuousBIT_Filter_General","GQ7ContinuousBIT_Filter_General"],[2522,0,1,"GQ7ContinuousBIT_Filter_General","GQ7ContinuousBIT_Filter_General(2)"],[2523,0,0,"Bitmasks","Bitmasks"],[2524,0,0,,"CLOCK_FAULT"],[2525,0,0,,"HARDWARE_FAULT"],[2526,0,0,,"IMU_SPI_COMMUNICATION_ERROR"],[2527,0,0,,"GNSS_SPI_COMMUNICATION_ERROR"],[2528,0,0,,"COMMS_SPI_COMMUNICATION_ERROR"],[2529,0,0,,"COMMS_UART_COMMUNICATION_ERROR"],[2530,0,1,"clockFault","clockFault"],[2531,0,1,"hardwareFault","hardwareFault"],[2532,0,1,"communicationError","communicationError"],[2533,0,1,"communicationErrorImuSpi","communicationErrorImuSpi"],[2534,0,1,"communicationErrorGnssSpi","communicationErrorGnssSpi"],[2535,0,1,"communicationErrorCommsSpi","communicationErrorCommsSpi"],[2536,0,1,"communicationErrorCommsUart","communicationErrorCommsUart"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_Filter_General-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_Filter_General-SummaryToolTips.js deleted file mode 100644 index a8f6d71ab..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_Filter_General-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:GQ7ContinuousBIT_Filter_General",{2520:"
Continuous Built-In Test flags for general filter information
",2521:"
GQ7ContinuousBIT_Filter_General() = default
",2522:"
explicit GQ7ContinuousBIT_Filter_General(
const uint8 bits
) : ContinuousBIT_Filter_General(bits)
",2523:"
Bitmasks for general filter flags
",2530:"
bool clockFault() const
Gets the value of the Filter Clock Fault bit (bit 64)
",2531:"
bool hardwareFault() const
Gets the value of the Filter Hardware Fault bit (bit 65)
",2532:"
uint8 communicationError() const
Gets the value of the Filter Communication Error flags (bits 68-71)
",2533:"
bool communicationErrorImuSpi() const
Gets the value of the Filter Communication Error IMU SPI bit (bit 68)
",2534:"
bool communicationErrorGnssSpi() const
Gets the value of the Filter Communication Error GNSS SPI bit (bit 69)
",2535:"
bool communicationErrorCommsSpi() const
Gets the value of the Filter Communication Error COMMS SPI bit (bit 70)
",2536:"
bool communicationErrorCommsUart() const
Gets the value of the Filter Communication Error COMMS UART bit (bit 71)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_Filter_General-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_Filter_General-ToolTips.js deleted file mode 100644 index e627886fd..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_Filter_General-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2367:"
Continuous Built-In Test flags for general filter information
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_Filter_General.html b/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_Filter_General.html deleted file mode 100644 index 60b43917c..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_Filter_General.html +++ /dev/null @@ -1,74 +0,0 @@ - - -GQ7ContinuousBIT_Filter_General - - - - - - - -
-
GQ7ContinuousBIT_Filter_General
-

Continuous Built-In Test flags for general filter information

Bits 64-71 of the original 128 bit Continuous Built-In Test flags

-
- -
-
GQ7ContinuousBIT_Filter_General
-
GQ7ContinuousBIT_Filter_General() = default
-
- -
-
GQ7ContinuousBIT_Filter_General
-
explicit GQ7ContinuousBIT_Filter_General(
const uint8 bits
) : ContinuousBIT_Filter_General(bits)
-
Parameters
bits
const uint8

Bits 64-71 of the original 128 bit Continuous Built-In Test flags

-
- -
-
Bitmasks
-

Bitmasks for general filter flags

Note

These masks are shifted 64 bits to the right from the original 128 bitmask to have a 0 index at bit 64

CLOCK_FAULT

0x01 - The filter subsystem is not running off the system clock

HARDWARE_FAULT

0x02 - Filter hardware initialization error

IMU_SPI_COMMUNICATION_ERROR

0x10 - No communication on the IMU SPI port

GNSS_SPI_COMMUNICATION_ERROR

0x20 - No communication on the GNSS SPI port

COMMS_SPI_COMMUNICATION_ERROR

0x40 - No communication on the COMMS SPI port

COMMS_UART_COMMUNICATION_ERROR

0x80 - No communication on the COMMS UART port

-
- -
-
clockFault
-
bool clockFault() const
-

Gets the value of the Filter Clock Fault bit (bit 64)

Returns
bool

true: The filter subsystem is not running off the system clock

-
- -
-
hardwareFault
-
bool hardwareFault() const
-

Gets the value of the Filter Hardware Fault bit (bit 65)

Returns
bool

true: Filter hardware initialization error

-
- -
-
communicationError
-
uint8 communicationError() const
-

Gets the value of the Filter Communication Error flags (bits 68-71)

Note

Bits 0-3 of this value correspond to bits 68-71

Returns
uint8

Value of the Filter Communication Error flags

-
- -
-
communicationErrorImuSpi
-
bool communicationErrorImuSpi() const
-

Gets the value of the Filter Communication Error IMU SPI bit (bit 68)

Returns
bool

true: No filter communication on the IMU SPI port

-
- -
-
communicationErrorGnssSpi
-
bool communicationErrorGnssSpi() const
-

Gets the value of the Filter Communication Error GNSS SPI bit (bit 69)

Returns
bool

true: No filter communication on the GNSS SPI port

-
- -
-
communicationErrorCommsSpi
-
bool communicationErrorCommsSpi() const
-

Gets the value of the Filter Communication Error COMMS SPI bit (bit 70)

Returns
bool

true: No filter communication on the COMMS SPI port

-
- -
-
communicationErrorCommsUart
-
bool communicationErrorCommsUart() const
-

Gets the value of the Filter Communication Error COMMS UART bit (bit 71)

Returns
bool

true: No filter communication on the COMMS UART port

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_GNSS-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_GNSS-Summary.js deleted file mode 100644 index 2f06d3088..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_GNSS-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:GQ7ContinuousBIT_GNSS","GQ7ContinuousBIT_GNSS");NDSummary.OnSummaryLoaded("CClass:GQ7ContinuousBIT_GNSS",[["C/C++","C"]],[["Constants","Constant"],["Functions","Function"],["Structs","Struct"]],[[2590,0,2,"GQ7ContinuousBIT_GNSS"],[2591,0,1,"GQ7ContinuousBIT_GNSS","GQ7ContinuousBIT_GNSS"],[2592,0,1,"GQ7ContinuousBIT_GNSS","GQ7ContinuousBIT_GNSS(2)"],[2593,0,0,"RESPONSE_OFFSET","RESPONSE_OFFSET"],[2594,0,0,"Bitmasks","Bitmasks"],[2595,0,0,,"GENERAL_FLAGS"],[2596,0,0,,"RECEIVERS_FLAGS"],[2597,0,1,"flags","flags"],[2598,0,1,"general","general"],[2599,0,1,"receivers","receivers"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_GNSS-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_GNSS-SummaryToolTips.js deleted file mode 100644 index bd61e999f..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_GNSS-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:GQ7ContinuousBIT_GNSS",{2590:"
Continuous Built-In Test flags for GNSS information
",2591:"
GQ7ContinuousBIT_GNSS() = default
",2592:"
explicit GQ7ContinuousBIT_GNSS(
uint32 bits
)
",2593:"
The offset of the 0 position of the value represented by this object in the overall BIT response Value: 96 bits
",2597:"
uint32 flags() const
Gets the value of the GNSS flags (bits 96-127)
",2598:"
GQ7ContinuousBIT_GNSS_General general() const
Gets information for general GNSS flags (bits 96-103)
",2599:"
GQ7ContinuousBIT_GNSS_Receivers receivers() const
Gets information for GNSS receivers flags (bits 104-119)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_GNSS-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_GNSS-ToolTips.js deleted file mode 100644 index 408b07b5d..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_GNSS-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2541:"
Continuous Built-In Test flags for general GNSS information
",2561:"
Continuous Built-In Test flags for GNSS receivers information
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_GNSS.html b/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_GNSS.html deleted file mode 100644 index 2f5bf5755..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_GNSS.html +++ /dev/null @@ -1,55 +0,0 @@ - - -GQ7ContinuousBIT_GNSS - - - - - - - -
-
GQ7ContinuousBIT_GNSS
-

Continuous Built-In Test flags for GNSS information

Bits 96-127 of the original 128 bit Continuous Built-In Test flags

-
- -
-
GQ7ContinuousBIT_GNSS
-
GQ7ContinuousBIT_GNSS() = default
-
- -
-
GQ7ContinuousBIT_GNSS
-
explicit GQ7ContinuousBIT_GNSS(
uint32 bits
)
-
Parameters
bits
uint32

Value of bits 96-127 of the original 128 bit Continuous Built-In Test flags

-
- -
-
RESPONSE_OFFSET
-

The offset of the 0 position of the value represented by this object in the overall BIT response Value: 96 bits

-
- -
-
Bitmasks
-
GENERAL_FLAGS

0xFF000000 - Bitmask for general GNSS flags (bits 96-103)

RECEIVERS_FLAGS

0x00FFFF00 - Bitmask for GNSS receivers flags (bits 104-119)

-
- -
-
flags
-
uint32 flags() const
-

Gets the value of the GNSS flags (bits 96-127)

Returns
uint32

Value of the GNSS flags

-
- -
-
general
- -

Gets information for general GNSS flags (bits 96-103)

Returns
GQ7ContinuousBIT_GNSS_General

Information for general GNSS flags

-
- -
-
receivers
- -

Gets information for GNSS receivers flags (bits 104-119)

Returns
GQ7ContinuousBIT_GNSS_Receivers

Information for GNSS receivers flags

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_GNSS_General-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_GNSS_General-Summary.js deleted file mode 100644 index 4ff50b053..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_GNSS_General-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:GQ7ContinuousBIT_GNSS_General","GQ7ContinuousBIT_GNSS_General");NDSummary.OnSummaryLoaded("CClass:GQ7ContinuousBIT_GNSS_General",[["C/C++","C"]],[["Constants","Constant"],["Functions","Function"],["Structs","Struct"]],[[2541,0,2,"GQ7ContinuousBIT_GNSS_General"],[2542,0,1,"GQ7ContinuousBIT_GNSS_General","GQ7ContinuousBIT_GNSS_General"],[2543,0,1,"GQ7ContinuousBIT_GNSS_General","GQ7ContinuousBIT_GNSS_General(2)"],[2544,0,0,"Bitmasks","Bitmasks"],[2545,0,0,,"CLOCK_FAULT"],[2546,0,0,,"HARDWARE_FAULT"],[2547,0,0,,"COMMUNICATION_ERROR_COMMS_SERIAL"],[2548,0,0,,"COMMUNICATION_ERROR_COMMS_SPI"],[2549,0,0,,"COMMUNICATION_ERROR_NAV_SPI"],[2550,0,0,,"GPS_TIME_FAULT"],[2551,0,0,,"TIMING_OVERRUN"],[2552,0,1,"flags","flags"],[2553,0,1,"clockFault","clockFault"],[2554,0,1,"hardwareFault","hardwareFault"],[2555,0,1,"communicationError","communicationError"],[2556,0,1,"communicationErrorCommsSerial","communicationErrorCommsSerial"],[2557,0,1,"communicationErrorCommsSpi","communicationErrorCommsSpi"],[2558,0,1,"communicationErrorNavSpi","communicationErrorNavSpi"],[2559,0,1,"gpsTimeFault","gpsTimeFault"],[2560,0,1,"timingOverrun","timingOverrun"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_GNSS_General-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_GNSS_General-SummaryToolTips.js deleted file mode 100644 index 9c380a8e8..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_GNSS_General-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:GQ7ContinuousBIT_GNSS_General",{2541:"
Continuous Built-In Test flags for general GNSS information
",2542:"
GQ7ContinuousBIT_GNSS_General() = default
",2543:"
explicit GQ7ContinuousBIT_GNSS_General(
const uint8 bits
) : Bitfield(static_cast<uint64>(bits))
",2544:"
Bitmasks for general GNSS flags
",2552:"
uint8 flags() const
Gets the value of the general GNSS flags (bits 96-103)
",2553:"
bool clockFault() const
Gets the value of the GNSS Clock Fault bit (bit 96)
",2554:"
bool hardwareFault() const
Gets the value of the GNSS Hardware Fault bit (bit 97)
",2555:"
uint8 communicationError() const
Gets the value of the GNSS Communication Error flags (bits 98-100)
",2556:"
bool communicationErrorCommsSerial() const
Gets the value of the GNSS Communication Error COMMS Serial bit (bit 98)
",2557:"
bool communicationErrorCommsSpi() const
Gets the value of the GNSS Communication Error COMMS SPI bit (bit 99)
",2558:"
bool communicationErrorNavSpi() const
Gets the value of the GNSS Communication Error NAV SPI bit (bit 100)
",2559:"
bool gpsTimeFault() const
Gets the value of the GPS Time Fault bit (bit 101)
",2560:"
bool timingOverrun() const
Gets the value of the GNSS Timing Overrun bit (bit 102)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_GNSS_General-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_GNSS_General-ToolTips.js deleted file mode 100644 index 59992a148..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_GNSS_General-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_GNSS_General.html b/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_GNSS_General.html deleted file mode 100644 index 64292475e..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_GNSS_General.html +++ /dev/null @@ -1,86 +0,0 @@ - - -GQ7ContinuousBIT_GNSS_General - - - - - - - -
-
GQ7ContinuousBIT_GNSS_General
-

Continuous Built-In Test flags for general GNSS information

Bits 96-103 of the original 128 bit Continuous Built-In Test flags

-
- -
-
GQ7ContinuousBIT_GNSS_General
-
GQ7ContinuousBIT_GNSS_General() = default
-
- -
-
GQ7ContinuousBIT_GNSS_General
-
explicit GQ7ContinuousBIT_GNSS_General(
const uint8 bits
) : Bitfield(static_cast<uint64>(bits))
-
Parameters
bits
const uint8

Bits 96-103 of the original 128 bit Continuous Built-In Test flags

-
- -
-
Bitmasks
-

Bitmasks for general GNSS flags

Note

These masks are shifted 96 bits to the right from the original 128 bitmask to have a 0 index at bit 96

CLOCK_FAULT

0x01 - The GNSS subsystem is not running off the system clock

HARDWARE_FAULT

0x02 - GNSS hardware initialization error

COMMUNICATION_ERROR_COMMS_SERIAL

0x04 - No communication on the COMMS Serial port

COMMUNICATION_ERROR_COMMS_SPI

0x08 - No communication on the COMMS SPI port

COMMUNICATION_ERROR_NAV_SPI

0x10 - No communication on the NAV SPI port

GPS_TIME_FAULT

0x20 - System GPS time is invalid

TIMING_OVERRUN

0x40 - GNSS processes are taking longer than their allotted time

-
- -
-
flags
-
uint8 flags() const
-

Gets the value of the general GNSS flags (bits 96-103)

Returns
uint8

Value of the general GNSS flags

-
- -
-
clockFault
-
bool clockFault() const
-

Gets the value of the GNSS Clock Fault bit (bit 96)

Returns
bool

true: The GNSS subsystem is not running off the system clock

-
- -
-
hardwareFault
-
bool hardwareFault() const
-

Gets the value of the GNSS Hardware Fault bit (bit 97)

Returns
bool

true: GNSS hardware initialization error

-
- -
-
communicationError
-
uint8 communicationError() const
-

Gets the value of the GNSS Communication Error flags (bits 98-100)

Note

Bits 0-2 of this value correspond to bits 98-100

Returns
uint8

Value of the GNSS Communication Error flags

-
- -
-
communicationErrorCommsSerial
-
bool communicationErrorCommsSerial() const
-

Gets the value of the GNSS Communication Error COMMS Serial bit (bit 98)

Returns
bool

true: No GNSS communication on the COMMS Serial port

-
- -
-
communicationErrorCommsSpi
-
bool communicationErrorCommsSpi() const
-

Gets the value of the GNSS Communication Error COMMS SPI bit (bit 99)

Returns
bool

true: No GNSS communication on the COMMS SPI port

-
- -
-
communicationErrorNavSpi
-
bool communicationErrorNavSpi() const
-

Gets the value of the GNSS Communication Error NAV SPI bit (bit 100)

Returns
bool

true: No GNSS communication on the NAV SPI port

-
- -
-
gpsTimeFault
-
bool gpsTimeFault() const
-

Gets the value of the GPS Time Fault bit (bit 101)

Returns
bool

true: System GPS time is invalid

-
- -
-
timingOverrun
-
bool timingOverrun() const
-

Gets the value of the GNSS Timing Overrun bit (bit 102)

Returns
bool

true: GNSS processes are taking longer than their allotted time

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_GNSS_Receivers-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_GNSS_Receivers-Summary.js deleted file mode 100644 index 0d545261f..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_GNSS_Receivers-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:GQ7ContinuousBIT_GNSS_Receivers","GQ7ContinuousBIT_GNSS_Receivers");NDSummary.OnSummaryLoaded("CClass:GQ7ContinuousBIT_GNSS_Receivers",[["C/C++","C"]],[["Constants","Constant"],["Functions","Function"],["Structs","Struct"]],[[2561,0,2,"GQ7ContinuousBIT_GNSS_Receivers"],[2562,0,1,"GQ7ContinuousBIT_GNSS_Receivers","GQ7ContinuousBIT_GNSS_Receivers"],[2563,0,1,"GQ7ContinuousBIT_GNSS_Receivers","GQ7ContinuousBIT_GNSS_Receivers(2)"],[2564,0,0,"Bitmasks","Bitmasks"],[2565,0,0,,"POWER_FAULT_RECEIVER_1"],[2566,0,0,,"FAULT_RECEIVER_1"],[2567,0,0,,"SHORTED_ANTENNA_1"],[2568,0,0,,"OPEN_ANTENNA_1"],[2569,0,0,,"SOLUTION_FAULT_RECEIVER_1"],[2570,0,0,,"POWER_FAULT_RECEIVER_2"],[2571,0,0,,"FAULT_RECEIVER_2"],[2572,0,0,,"SHORTED_ANTENNA_2"],[2573,0,0,,"OPEN_ANTENNA_2"],[2574,0,0,,"SOLUTION_FAULT_RECEIVER_2"],[2575,0,0,,"RTCM_COMMUNICATION_FAULT"],[2576,0,0,,"RTK_DONGLE_FAULT"],[2577,0,1,"flags","flags"],[2578,0,1,"powerFaultReceiver1","powerFaultReceiver1"],[2579,0,1,"faultReceiver1","faultReceiver1"],[2580,0,1,"shortedAntenna1","shortedAntenna1"],[2581,0,1,"openAntenna1","openAntenna1"],[2582,0,1,"solutionFaultReceiver1","solutionFaultReceiver1"],[2583,0,1,"powerFaultReceiver2","powerFaultReceiver2"],[2584,0,1,"faultReceiver2","faultReceiver2"],[2585,0,1,"shortedAntenna2","shortedAntenna2"],[2586,0,1,"openAntenna2","openAntenna2"],[2587,0,1,"solutionFaultReceiver2","solutionFaultReceiver2"],[2588,0,1,"rtcmCommunicationFault","rtcmCommunicationFault"],[2589,0,1,"rtkDongleFault","rtkDongleFault"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_GNSS_Receivers-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_GNSS_Receivers-SummaryToolTips.js deleted file mode 100644 index 105404342..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_GNSS_Receivers-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:GQ7ContinuousBIT_GNSS_Receivers",{2561:"
Continuous Built-In Test flags for GNSS receivers information
",2562:"
GQ7ContinuousBIT_GNSS_Receivers() = default
",2563:"
explicit GQ7ContinuousBIT_GNSS_Receivers(
const uint16 bits
) : Bitfield(static_cast<uint64>(bits))
",2564:"
Bitmasks for GNSS receivers flags
",2577:"
uint16 flags() const
Gets the value of the GNSS receivers flags (bits 104-119)
",2578:"
bool powerFaultReceiver1() const
Gets the value of the GNSS Receiver 1 Power Fault bit (bit 104)
",2579:"
bool faultReceiver1() const
Gets the value of the GNSS Receiver 1 Fault bit (bit 105)
",2580:"
bool shortedAntenna1() const
Gets the value of the GNSS Antenna 1 Shorted bit (bit 106)
",2581:"
bool openAntenna1() const
Gets the value of the GNSS Antenna 1 Open bit (bit 107)
",2582:"
bool solutionFaultReceiver1() const
Gets the value of the GNSS Receiver 1 Solution Fault bit (bit 108)
",2583:"
bool powerFaultReceiver2() const
Gets the value of the GNSS Receiver 2 Power Fault bit (bit 109)
",2584:"
bool faultReceiver2() const
Gets the value of the GNSS Receiver 2 Fault bit (bit 110)
",2585:"
bool shortedAntenna2() const
Gets the value of the GNSS Antenna 2 Shorted bit (bit 111)
",2586:"
bool openAntenna2() const
Gets the value of the GNSS Antenna 2 Open bit (bit 112)
",2587:"
bool solutionFaultReceiver2() const
Gets the value of the GNSS Receiver 2 Solution Fault bit (bit 113)
",2588:"
bool rtcmCommunicationFault() const
Gets the value of the RTCM Communication Fault bit (bit 114)
",2589:"
bool rtkDongleFault() const
Gets the value of the RTK Dongle Fault bit (bit 115)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_GNSS_Receivers-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_GNSS_Receivers-ToolTips.js deleted file mode 100644 index 59992a148..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_GNSS_Receivers-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_GNSS_Receivers.html b/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_GNSS_Receivers.html deleted file mode 100644 index 0cec7311c..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_GNSS_Receivers.html +++ /dev/null @@ -1,110 +0,0 @@ - - -GQ7ContinuousBIT_GNSS_Receivers - - - - - - - -
-
GQ7ContinuousBIT_GNSS_Receivers
-

Continuous Built-In Test flags for GNSS receivers information

Bits 104-119 of the original 128 bit Continuous Built-In Test flags

-
- -
-
GQ7ContinuousBIT_GNSS_Receivers
-
GQ7ContinuousBIT_GNSS_Receivers() = default
-
- -
-
GQ7ContinuousBIT_GNSS_Receivers
-
explicit GQ7ContinuousBIT_GNSS_Receivers(
const uint16 bits
) : Bitfield(static_cast<uint64>(bits))
-
Parameters
bits
const uint16

Bits 104-119 of the original 128 bit Continuous Built-In Test flags

-
- -
-
Bitmasks
-

Bitmasks for GNSS receivers flags

Note

These masks are shifted 104 bits to the right from the original 128 bitmask to have a 0 index at bit 104

POWER_FAULT_RECEIVER_1

0x0100 - Receiver 1 internal power fault

FAULT_RECEIVER_1

0x0200 - Receiver 1 is inoperable

SHORTED_ANTENNA_1

0x0400 - Antenna 1 is shorted to ground

OPEN_ANTENNA_1

0x0800 - Antenna 1 is open-circuit (or DC block is installed)

SOLUTION_FAULT_RECEIVER_1

0x1000 - Receiver 1 solution is invalid

POWER_FAULT_RECEIVER_2

0x2000 - Receiver 2 internal power fault

FAULT_RECEIVER_2

0x4000 - Receiver 2 is inoperable

SHORTED_ANTENNA_2

0x8000 - Antenna 2 is shorted to ground

OPEN_ANTENNA_2

0x0001 - Antenna 2 is open-circuit (or DC block is installed)

SOLUTION_FAULT_RECEIVER_2

0x0002 - Receiver 2 solution is invalid

RTCM_COMMUNICATION_FAULT

0x0004 - RTCM data was being received previously, but it not currently being received

RTK_DONGLE_FAULT

0x0008 - A problem has been detected with the RTK dongle. Query directly for more detail

-
- -
-
flags
-
uint16 flags() const
-

Gets the value of the GNSS receivers flags (bits 104-119)

Returns
uint16

Value of the GNSS receivers flags

-
- -
-
powerFaultReceiver1
-
bool powerFaultReceiver1() const
-

Gets the value of the GNSS Receiver 1 Power Fault bit (bit 104)

Returns
bool

true: GNSS receiver 1 internal power fault

-
- -
-
faultReceiver1
-
bool faultReceiver1() const
-

Gets the value of the GNSS Receiver 1 Fault bit (bit 105)

Returns
bool

true: GNSS receiver 1 is inoperable

-
- -
-
shortedAntenna1
-
bool shortedAntenna1() const
-

Gets the value of the GNSS Antenna 1 Shorted bit (bit 106)

Returns
bool

true: GNSS antenna 1 is shorted to ground

-
- -
-
openAntenna1
-
bool openAntenna1() const
-

Gets the value of the GNSS Antenna 1 Open bit (bit 107)

Returns
bool

true: GNSS antenna 1 is open-circuit (or DC block is installed)

-
- -
-
solutionFaultReceiver1
-
bool solutionFaultReceiver1() const
-

Gets the value of the GNSS Receiver 1 Solution Fault bit (bit 108)

Returns
bool

true: GNSS receiver 1 solution is invalid

-
- -
-
powerFaultReceiver2
-
bool powerFaultReceiver2() const
-

Gets the value of the GNSS Receiver 2 Power Fault bit (bit 109)

Returns
bool

true: GNSS receiver 2 internal power fault

-
- -
-
faultReceiver2
-
bool faultReceiver2() const
-

Gets the value of the GNSS Receiver 2 Fault bit (bit 110)

Returns
bool

true: GNSS receiver 2 is inoperable

-
- -
-
shortedAntenna2
-
bool shortedAntenna2() const
-

Gets the value of the GNSS Antenna 2 Shorted bit (bit 111)

Returns
bool

true: GNSS antenna 2 is shorted to ground

-
- -
-
openAntenna2
-
bool openAntenna2() const
-

Gets the value of the GNSS Antenna 2 Open bit (bit 112)

Returns
bool

true: GNSS antenna 2 is open-circuit (or DC block is installed)

-
- -
-
solutionFaultReceiver2
-
bool solutionFaultReceiver2() const
-

Gets the value of the GNSS Receiver 2 Solution Fault bit (bit 113)

Returns
bool

true: GNSS receiver 2 solution is invalid

-
- -
-
rtcmCommunicationFault
-
bool rtcmCommunicationFault() const
-

Gets the value of the RTCM Communication Fault bit (bit 114)

Returns
bool

true: RTCM data was being received previously, but it not currently being received

-
- -
-
rtkDongleFault
-
bool rtkDongleFault() const
-

Gets the value of the RTK Dongle Fault bit (bit 115)

Returns
bool

true: A problem has been detected with the RTK dongle. Query directly for more detail

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_IMU-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_IMU-Summary.js deleted file mode 100644 index 7d22bc2a5..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_IMU-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:GQ7ContinuousBIT_IMU","GQ7ContinuousBIT_IMU");NDSummary.OnSummaryLoaded("CClass:GQ7ContinuousBIT_IMU",[["C/C++","C"]],[["Functions","Function"],["Structs","Struct"]],[[2515,0,1,"GQ7ContinuousBIT_IMU"],[2516,0,0,"GQ7ContinuousBIT_IMU","GQ7ContinuousBIT_IMU"],[2517,0,0,"GQ7ContinuousBIT_IMU","GQ7ContinuousBIT_IMU(2)"],[2518,0,0,"general","general"],[2519,0,0,"sensors","sensors"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_IMU-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_IMU-SummaryToolTips.js deleted file mode 100644 index 4aee445f7..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_IMU-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:GQ7ContinuousBIT_IMU",{2515:"
Continuous Built-In Test flags for IMU information
",2516:"
GQ7ContinuousBIT_IMU() = default
",2517:"
explicit GQ7ContinuousBIT_IMU(
uint32 bits
)
",2518:"
GQ7ContinuousBIT_IMU_General general() const
Gets information for general IMU flags (bits 32-39)
",2519:"
GQ7ContinuousBIT_IMU_Sensors sensors() const
Gets information for IMU sensors flags (bits 40-55)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_IMU-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_IMU-ToolTips.js deleted file mode 100644 index 0b0bf14d1..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_IMU-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2509:"
Continuous Built-In Test flags for general IMU information
",2512:"
Continuous Built-In Test flags for IMU sensors information
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_IMU.html b/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_IMU.html deleted file mode 100644 index 21a7aa40d..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_IMU.html +++ /dev/null @@ -1,39 +0,0 @@ - - -GQ7ContinuousBIT_IMU - - - - - - - -
-
GQ7ContinuousBIT_IMU
-

Continuous Built-In Test flags for IMU information

Bits 32-63 of the original 128 bit Continuous Built-In Test flags

-
- -
-
GQ7ContinuousBIT_IMU
-
GQ7ContinuousBIT_IMU() = default
-
- -
-
GQ7ContinuousBIT_IMU
-
explicit GQ7ContinuousBIT_IMU(
uint32 bits
)
-
Parameters
bits
uint32

Value of bits 32-63 of the original 128 bit Continuous Built-In Test flags

-
- -
-
general
- -

Gets information for general IMU flags (bits 32-39)

Returns
GQ7ContinuousBIT_IMU_General

Information for general IMU flags

-
- -
-
sensors
- -

Gets information for IMU sensors flags (bits 40-55)

Returns
GQ7ContinuousBIT_IMU_Sensors

Information for IMU sensors flags

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_IMU_General-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_IMU_General-Summary.js deleted file mode 100644 index 369bfd27a..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_IMU_General-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:GQ7ContinuousBIT_IMU_General","GQ7ContinuousBIT_IMU_General");NDSummary.OnSummaryLoaded("CClass:GQ7ContinuousBIT_IMU_General",[["C/C++","C"]],[["Functions","Function"],["Structs","Struct"]],[[2509,0,1,"GQ7ContinuousBIT_IMU_General"],[2510,0,0,"GQ7ContinuousBIT_IMU_General","GQ7ContinuousBIT_IMU_General"],[2511,0,0,"GQ7ContinuousBIT_IMU_General","GQ7ContinuousBIT_IMU_General(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_IMU_General-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_IMU_General-SummaryToolTips.js deleted file mode 100644 index db6a107f4..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_IMU_General-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:GQ7ContinuousBIT_IMU_General",{2509:"
Continuous Built-In Test flags for general IMU information
",2510:"
GQ7ContinuousBIT_IMU_General() = default
",2511:"
explicit GQ7ContinuousBIT_IMU_General(
const uint8 bits
) : ContinuousBIT_IMU_General(bits)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_IMU_General-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_IMU_General-ToolTips.js deleted file mode 100644 index 227c2e00d..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_IMU_General-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2322:"
Continuous Built-In Test flags for general IMU information
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_IMU_General.html b/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_IMU_General.html deleted file mode 100644 index c764e80ab..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_IMU_General.html +++ /dev/null @@ -1,27 +0,0 @@ - - -GQ7ContinuousBIT_IMU_General - - - - - - - -
-
GQ7ContinuousBIT_IMU_General
-

Continuous Built-In Test flags for general IMU information

Bits 32-39 of the original 128 bit Continuous Built-In Test flags

-
- -
-
GQ7ContinuousBIT_IMU_General
-
GQ7ContinuousBIT_IMU_General() = default
-
- -
-
GQ7ContinuousBIT_IMU_General
-
explicit GQ7ContinuousBIT_IMU_General(
const uint8 bits
) : ContinuousBIT_IMU_General(bits)
-
Parameters
bits
const uint8

Bits 32-39 of the original 128 bit Continuous Built-In Test flags

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_IMU_Sensors-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_IMU_Sensors-Summary.js deleted file mode 100644 index fb6276c31..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_IMU_Sensors-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:GQ7ContinuousBIT_IMU_Sensors","GQ7ContinuousBIT_IMU_Sensors");NDSummary.OnSummaryLoaded("CClass:GQ7ContinuousBIT_IMU_Sensors",[["C/C++","C"]],[["Functions","Function"],["Structs","Struct"]],[[2512,0,1,"GQ7ContinuousBIT_IMU_Sensors"],[2513,0,0,"GQ7ContinuousBIT_IMU_Sensors","GQ7ContinuousBIT_IMU_Sensors"],[2514,0,0,"GQ7ContinuousBIT_IMU_Sensors","GQ7ContinuousBIT_IMU_Sensors(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_IMU_Sensors-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_IMU_Sensors-SummaryToolTips.js deleted file mode 100644 index eda4e7c19..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_IMU_Sensors-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:GQ7ContinuousBIT_IMU_Sensors",{2512:"
Continuous Built-In Test flags for IMU sensors information
",2513:"
GQ7ContinuousBIT_IMU_Sensors() = default
",2514:"
explicit GQ7ContinuousBIT_IMU_Sensors(
const uint16 bits
) : ContinuousBIT_IMU_Sensors(bits)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_IMU_Sensors-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_IMU_Sensors-ToolTips.js deleted file mode 100644 index 05336d05e..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_IMU_Sensors-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2337:"
Continuous Built-In Test flags for IMU sensors information
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_IMU_Sensors.html b/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_IMU_Sensors.html deleted file mode 100644 index d60e5ae97..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_IMU_Sensors.html +++ /dev/null @@ -1,27 +0,0 @@ - - -GQ7ContinuousBIT_IMU_Sensors - - - - - - - -
-
GQ7ContinuousBIT_IMU_Sensors
-

Continuous Built-In Test flags for IMU sensors information

Bits 40-55 of the original 128 bit Continuous Built-In Test flags

-
- -
-
GQ7ContinuousBIT_IMU_Sensors
-
GQ7ContinuousBIT_IMU_Sensors() = default
-
- -
-
GQ7ContinuousBIT_IMU_Sensors
-
explicit GQ7ContinuousBIT_IMU_Sensors(
const uint16 bits
) : ContinuousBIT_IMU_Sensors(bits)
-
Parameters
bits
const uint16

Bits 40-55 of the original 128 bit Continuous Built-In Test flags

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_System-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_System-Summary.js deleted file mode 100644 index d3939e79a..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_System-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:GQ7ContinuousBIT_System","GQ7ContinuousBIT_System");NDSummary.OnSummaryLoaded("CClass:GQ7ContinuousBIT_System",[["C/C++","C"]],[["Functions","Function"],["Structs","Struct"]],[[2504,0,1,"GQ7ContinuousBIT_System"],[2505,0,0,"GQ7ContinuousBIT_System","GQ7ContinuousBIT_System"],[2506,0,0,"GQ7ContinuousBIT_System","GQ7ContinuousBIT_System(2)"],[2507,0,0,"general","general"],[2508,0,0,"process","process"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_System-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_System-SummaryToolTips.js deleted file mode 100644 index 06fd319de..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_System-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:GQ7ContinuousBIT_System",{2504:"
Continuous Built-In Test flags for system information
",2505:"
GQ7ContinuousBIT_System() = default
",2506:"
explicit GQ7ContinuousBIT_System(
uint32 bits
)
",2507:"
GQ7ContinuousBIT_System_General general() const
Gets information for general system flags (bits 0-7)
",2508:"
GQ7ContinuousBIT_System_Process process() const
Gets information for system process flags (bits 16-31)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_System-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_System-ToolTips.js deleted file mode 100644 index 4dbcaad75..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_System-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2470:"
Continuous Built-In Test flags for general system information
",2473:"
Continuous Built-In Test flags for system process information
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_System.html b/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_System.html deleted file mode 100644 index 0fd822365..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_System.html +++ /dev/null @@ -1,39 +0,0 @@ - - -GQ7ContinuousBIT_System - - - - - - - -
-
GQ7ContinuousBIT_System
-

Continuous Built-In Test flags for system information

Bits 0-31 of the original 128 bit Continuous Built-In Test flags

-
- -
-
GQ7ContinuousBIT_System
-
GQ7ContinuousBIT_System() = default
-
- -
-
GQ7ContinuousBIT_System
-
explicit GQ7ContinuousBIT_System(
uint32 bits
)
-
Parameters
bits
uint32

Value of bits 0-31 of the original 128 bit Continuous Built-In Test flags

-
- -
-
general
- -

Gets information for general system flags (bits 0-7)

Returns
GQ7ContinuousBIT_System_General

Information for general system flags

-
- -
-
process
- -

Gets information for system process flags (bits 16-31)

Returns
GQ7ContinuousBIT_System_Process

Information for system process flags

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_System_General-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_System_General-Summary.js deleted file mode 100644 index b1284f8e0..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_System_General-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:GQ7ContinuousBIT_System_General","GQ7ContinuousBIT_System_General");NDSummary.OnSummaryLoaded("CClass:GQ7ContinuousBIT_System_General",[["C/C++","C"]],[["Functions","Function"],["Structs","Struct"]],[[2470,0,1,"GQ7ContinuousBIT_System_General"],[2471,0,0,"GQ7ContinuousBIT_System_General","GQ7ContinuousBIT_System_General"],[2472,0,0,"GQ7ContinuousBIT_System_General","GQ7ContinuousBIT_System_General(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_System_General-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_System_General-SummaryToolTips.js deleted file mode 100644 index 2eb806caa..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_System_General-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:GQ7ContinuousBIT_System_General",{2470:"
Continuous Built-In Test flags for general system information
",2471:"
GQ7ContinuousBIT_System_General() = default
",2472:"
explicit GQ7ContinuousBIT_System_General(
const uint8 bits
) : ContinuousBIT_System_General(bits)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_System_General-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_System_General-ToolTips.js deleted file mode 100644 index 6c8345efc..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_System_General-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2301:"
Continuous Built-In Test flags for general system information
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_System_General.html b/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_System_General.html deleted file mode 100644 index 9d1029e8a..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_System_General.html +++ /dev/null @@ -1,27 +0,0 @@ - - -GQ7ContinuousBIT_System_General - - - - - - - -
-
GQ7ContinuousBIT_System_General
-

Continuous Built-In Test flags for general system information

Bits 0-7 of the original 128 bit Continuous Built-In Test flags

-
- -
-
GQ7ContinuousBIT_System_General
-
GQ7ContinuousBIT_System_General() = default
-
- -
-
GQ7ContinuousBIT_System_General
-
explicit GQ7ContinuousBIT_System_General(
const uint8 bits
) : ContinuousBIT_System_General(bits)
-
Parameters
bits
const uint8

Bits 0-7 of the original 128 bit Continuous Built-In Test flags

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_System_Process-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_System_Process-Summary.js deleted file mode 100644 index f94ad68e7..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_System_Process-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:GQ7ContinuousBIT_System_Process","GQ7ContinuousBIT_System_Process");NDSummary.OnSummaryLoaded("CClass:GQ7ContinuousBIT_System_Process",[["C/C++","C"]],[["Constants","Constant"],["Functions","Function"],["Structs","Struct"]],[[2473,0,2,"GQ7ContinuousBIT_System_Process"],[2474,0,1,"GQ7ContinuousBIT_System_Process","GQ7ContinuousBIT_System_Process"],[2475,0,1,"GQ7ContinuousBIT_System_Process","GQ7ContinuousBIT_System_Process(2)"],[2476,0,0,"Bitmasks","Bitmasks"],[2477,0,0,,"IMU_CONTROL_LINE_FAULT"],[2478,0,0,,"IMU_COMMAND_RESPONSE_FAULT"],[2479,0,0,,"IMU_SPI_TRANSFER_FAULT"],[2480,0,0,,"IMU_DATA_FRAME_FAULT"],[2481,0,0,,"FILTER_CONTROL_LINE_FAULT"],[2482,0,0,,"FILTER_COMMAND_RESPONSE_FAULT"],[2483,0,0,,"FILTER_SPI_TRANSFER_FAULT"],[2484,0,0,,"FILTER_DATA_FRAME_FAULT"],[2485,0,0,,"GNSS_CONTROL_LINE_FAULT"],[2486,0,0,,"GNSS_COMMAND_RESPONSE_FAULT"],[2487,0,0,,"GNSS_SPI_TRANSFER_FAULT"],[2488,0,0,,"GNSS_DATA_FRAME_FAULT"],[2489,0,1,"imuIpcFault","imuIpcFault"],[2490,0,1,"imuControlLineFault","imuControlLineFault"],[2491,0,1,"imuCommandResponseFault","imuCommandResponseFault"],[2492,0,1,"imuSpiTransferFault","imuSpiTransferFault"],[2493,0,1,"imuDataFrameFault","imuDataFrameFault"],[2494,0,1,"filterIpcFault","filterIpcFault"],[2495,0,1,"filterControlLineFault","filterControlLineFault"],[2496,0,1,"filterCommandResponseFault","filterCommandResponseFault"],[2497,0,1,"filterSpiTransferFault","filterSpiTransferFault"],[2498,0,1,"filterDataFrameFault","filterDataFrameFault"],[2499,0,1,"gnssIpcFault","gnssIpcFault"],[2500,0,1,"gnssControlLineFault","gnssControlLineFault"],[2501,0,1,"gnssCommandResponseFault","gnssCommandResponseFault"],[2502,0,1,"gnssSpiTransferFault","gnssSpiTransferFault"],[2503,0,1,"gnssDataFrameFault","gnssDataFrameFault"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_System_Process-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_System_Process-SummaryToolTips.js deleted file mode 100644 index a56a2fbca..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_System_Process-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:GQ7ContinuousBIT_System_Process",{2473:"
Continuous Built-In Test flags for system process information
",2474:"
GQ7ContinuousBIT_System_Process() : ContinuousBIT_System_Process()
",2475:"
explicit GQ7ContinuousBIT_System_Process(
const uint16 bits
) : ContinuousBIT_System_Process(bits)
",2476:"
Bitmasks for system process information flags
",2489:"
uint8 imuIpcFault() const
Gets the value of the IMU IPC fault flags (bits 16-19)
",2490:"
bool imuControlLineFault() const
Gets the value of the IMU Control Line Fault bit (bit 16)
",2491:"
bool imuCommandResponseFault() const
Gets the value of the IMU Command Response Fault bit (bit 17)
",2492:"
bool imuSpiTransferFault() const
Gets the value of the IMU SPI Transfer Fault bit (bit 18)
",2493:"
bool imuDataFrameFault() const
Gets the value of the IMU Data Frame Fault bit (bit 19)
",2494:"
uint8 filterIpcFault() const
Gets the value of the Filter IPC fault flags (bits 20-23)
",2495:"
bool filterControlLineFault() const
Gets the value of the Filter Control Line Fault bit (bit 20)
",2496:"
bool filterCommandResponseFault() const
Gets the value of the Filter Command Response Fault bit (bit 21)
",2497:"
bool filterSpiTransferFault() const
Gets the value of the Filter SPI Transfer Fault bit (bit 22)
",2498:"
bool filterDataFrameFault() const
Gets the value of the Filter Data Frame Fault bit (bit 23)
",2499:"
uint8 gnssIpcFault() const
Gets the value of the GNSS IPC fault flags (bits 24-27)
",2500:"
bool gnssControlLineFault() const
Gets the value of the GNSS Control Line Fault bit (bit 24)
",2501:"
bool gnssCommandResponseFault() const
Gets the value of the GNSS Command Response Fault bit (bit 25)
",2502:"
bool gnssSpiTransferFault() const
Gets the value of the GNSS SPI Transfer Fault bit (bit 26)
",2503:"
bool gnssDataFrameFault() const
Gets the value of the GNSS Data Frame Fault bit (bit 27)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_System_Process-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_System_Process-ToolTips.js deleted file mode 100644 index 971e721e8..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_System_Process-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2314:"
Continuous Built-In Test flags for system process information
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_System_Process.html b/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_System_Process.html deleted file mode 100644 index 2a165fea4..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/GQ7ContinuousBIT_System_Process.html +++ /dev/null @@ -1,122 +0,0 @@ - - -GQ7ContinuousBIT_System_Process - - - - - - - -
-
GQ7ContinuousBIT_System_Process
-

Continuous Built-In Test flags for system process information

Bits 16-31 of the original 128 bit Continuous Built-In Test flags

-
- -
-
GQ7ContinuousBIT_System_Process
-
GQ7ContinuousBIT_System_Process() : ContinuousBIT_System_Process()
-
- -
-
GQ7ContinuousBIT_System_Process
-
explicit GQ7ContinuousBIT_System_Process(
const uint16 bits
) : ContinuousBIT_System_Process(bits)
-
Parameters
bits
const uint16

Bits 16-31 of the original 128 bit Continuous Built-In Test flags

-
- -
-
Bitmasks
-

Bitmasks for system process information flags

Note

These masks are shifted 16 bits to the right from the original 128 bitmask to have a 0 index at bit 16

IMU_CONTROL_LINE_FAULT

0x0100 - The IMU control line is not behaving as expected

IMU_COMMAND_RESPONSE_FAULT

0x0200 - The IMU is not responsive to commands

IMU_SPI_TRANSFER_FAULT

0x0400 - Misaligned/failed IMU SPI transfers

IMU_DATA_FRAME_FAULT

0x0800 - Missing IMU data frame(s)

FILTER_CONTROL_LINE_FAULT

0x1000 - The filter control line is not behaving as expected

FILTER_COMMAND_RESPONSE_FAULT

0x2000 - The filter is not responsive to commands

FILTER_SPI_TRANSFER_FAULT

0x4000 - Misaligned/failed filter SPI transfers

FILTER_DATA_FRAME_FAULT

0x8000 - Missing filter data frame(s)

GNSS_CONTROL_LINE_FAULT

0x0001 - The GNSS control line is not behaving as expected

GNSS_COMMAND_RESPONSE_FAULT

0x0002 - The GNSS is not responsive to commands

GNSS_SPI_TRANSFER_FAULT

0x0004 - Misaligned/failed GNSS SPI transfers

GNSS_DATA_FRAME_FAULT

0x0008 - Missing GNSS data frame(s)

-
- -
-
imuIpcFault
-
uint8 imuIpcFault() const
-

Gets the value of the IMU IPC fault flags (bits 16-19)

Note

Bits 0-3 of this value correspond to bits 16-19

Returns
uint8

Value of the IMU IPC fault flags

-
- -
-
imuControlLineFault
-
bool imuControlLineFault() const
-

Gets the value of the IMU Control Line Fault bit (bit 16)

Returns
bool

true: The IMU control line is not behaving as expected

-
- -
-
imuCommandResponseFault
-
bool imuCommandResponseFault() const
-

Gets the value of the IMU Command Response Fault bit (bit 17)

Returns
bool

true: The IMU is not responsive to commands

-
- -
-
imuSpiTransferFault
-
bool imuSpiTransferFault() const
-

Gets the value of the IMU SPI Transfer Fault bit (bit 18)

Returns
bool

true: Misaligned/failed IMU SPI transfers

-
- -
-
imuDataFrameFault
-
bool imuDataFrameFault() const
-

Gets the value of the IMU Data Frame Fault bit (bit 19)

Returns
bool

true: Missing IMU data frame(s)

-
- -
-
filterIpcFault
-
uint8 filterIpcFault() const
-

Gets the value of the Filter IPC fault flags (bits 20-23)

Note

Bits 0-3 of this value correspond to bits 20-23

Returns
uint8

Value of the filter IPC fault flags

-
- -
-
filterControlLineFault
-
bool filterControlLineFault() const
-

Gets the value of the Filter Control Line Fault bit (bit 20)

Returns
bool

true: The filter control line is not behaving as expected

-
- -
-
filterCommandResponseFault
-
bool filterCommandResponseFault() const
-

Gets the value of the Filter Command Response Fault bit (bit 21)

Returns
bool

true: The filter is not responsive to commands

-
- -
-
filterSpiTransferFault
-
bool filterSpiTransferFault() const
-

Gets the value of the Filter SPI Transfer Fault bit (bit 22)

Returns
bool

true: Misaligned/failed filter SPI transfers

-
- -
-
filterDataFrameFault
-
bool filterDataFrameFault() const
-

Gets the value of the Filter Data Frame Fault bit (bit 23)

Returns
bool

true: Missing filter data frame(s)

-
- -
-
gnssIpcFault
-
uint8 gnssIpcFault() const
-

Gets the value of the GNSS IPC fault flags (bits 24-27)

Note

Bits 0-3 of this value correspond to bits 24-27

Returns
uint8

Value of the GNSS IPC fault flags

-
- -
-
gnssControlLineFault
-
bool gnssControlLineFault() const
-

Gets the value of the GNSS Control Line Fault bit (bit 24)

Returns
bool

true: The GNSS control line is not behaving as expected

-
- -
-
gnssCommandResponseFault
-
bool gnssCommandResponseFault() const
-

Gets the value of the GNSS Command Response Fault bit (bit 25)

Returns
bool

true: The GNSS is not responsive to commands

-
- -
-
gnssSpiTransferFault
-
bool gnssSpiTransferFault() const
-

Gets the value of the GNSS SPI Transfer Fault bit (bit 26)

Returns
bool

true: Misaligned/failed GNSS SPI transfers

-
- -
-
gnssDataFrameFault
-
bool gnssDataFrameFault() const
-

Gets the value of the GNSS Data Frame Fault bit (bit 27)

Returns
bool

true: Missing GNSS data frame(s)

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Geographic_Source_Options-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/Geographic_Source_Options-Summary.js deleted file mode 100644 index f1ff41228..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Geographic_Source_Options-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:Geographic_Source_Options","Geographic Source Options");NDSummary.OnSummaryLoaded("CClass:Geographic_Source_Options",[["C/C++","C"]],[["Structs","Struct"],["Variables","Variable"]],[[747,0,0,"Geographic Source Options"],[748,0,1,"source","source"],[749,0,1,"manual","manual"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Geographic_Source_Options-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/Geographic_Source_Options-SummaryToolTips.js deleted file mode 100644 index 37131502c..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Geographic_Source_Options-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:Geographic_Source_Options",{747:"
Holds the Geographic Source Option and the fixed value if manual is selected.  Determines the sources for Declination, Inclination, and Magnitude.
",748:"
InertialTypes::GeographicSourceOption source
",749:"
float manual
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Geographic_Source_Options-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/Geographic_Source_Options-ToolTips.js deleted file mode 100644 index 59992a148..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Geographic_Source_Options-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Geographic_Source_Options.html b/v66.0.1/MSCL_API_Docs/classes/C/Geographic_Source_Options.html deleted file mode 100644 index a851f115a..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Geographic_Source_Options.html +++ /dev/null @@ -1,26 +0,0 @@ - - -Geographic Source Options - - - - - - - -
-
Geographic Source Options
-

Holds the Geographic Source Option and the fixed value if manual is selected.  Determines the sources for Declination, Inclination, and Magnitude.

-
- -
-
source
-
InertialTypes::GeographicSourceOption source
-
- -
-
manual
-
float manual
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/GeometricUncertainty-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/GeometricUncertainty-Summary.js deleted file mode 100644 index 773ec11c4..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/GeometricUncertainty-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:GeometricUncertainty","GeometricUncertainty");NDSummary.OnSummaryLoaded("CClass:GeometricUncertainty",[["C/C++","C"]],[["Classes","Class"]],[[120,0,0,"GeometricUncertainty"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/GeometricUncertainty-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/GeometricUncertainty-SummaryToolTips.js deleted file mode 100644 index 5b6ddfeab..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/GeometricUncertainty-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:GeometricUncertainty",{120:"
GeometricUncertainty
Represents uncertainty values correlating to a position or velocity.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/GeometricUncertainty-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/GeometricUncertainty-ToolTips.js deleted file mode 100644 index f99efc464..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/GeometricUncertainty-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({89:"
GeometricVector
Defines a 3 dimensional, spatial vector.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/GeometricUncertainty.html b/v66.0.1/MSCL_API_Docs/classes/C/GeometricUncertainty.html deleted file mode 100644 index 1bda250e6..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/GeometricUncertainty.html +++ /dev/null @@ -1,17 +0,0 @@ - - -GeometricUncertainty - - - - - - - -
-
GeometricUncertainty
-
public
GeometricVector
GeometricUncertainty
-

Represents uncertainty values correlating to a position or velocity.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/GeometricVector-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/GeometricVector-Summary.js deleted file mode 100644 index b37ffb81a..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/GeometricVector-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:GeometricVector","GeometricVector");NDSummary.OnSummaryLoaded("CClass:GeometricVector",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Variables","Variable"]],[[89,0,0,"GeometricVector"],[90,0,1,"VectorECEF","VectorECEF"],[91,0,1,"VectorNED","VectorNED"],[92,0,1,"GeometricVector","GeometricVector"],[93,0,1,"GeometricVector","GeometricVector(2)"],[94,0,1,"~GeometricVector","~GeometricVector"],[95,0,2,"referenceFrame","referenceFrame"],[96,0,1,"north","north"],[97,0,1,"east","east"],[98,0,1,"down","down"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/GeometricVector-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/GeometricVector-SummaryToolTips.js deleted file mode 100644 index 731564a74..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/GeometricVector-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:GeometricVector",{89:"
GeometricVector
Defines a 3 dimensional, spatial vector.
",90:"
static GeometricVector VectorECEF(
float x_init,
float y_init,
float z_init
)
Initializes and returns a new vector with the reference frame set to Earth-Centered, Earth-Fixed
",91:"
static GeometricVector VectorNED(
float north,
float east,
float down
)
Initializes and returns a new vector with the reference frame set to North-East-Down
",92:"
GeometricVector(
float x_init,
float y_init,
float z_init,
PositionVelocityReferenceFrame ref = PositionVelocityReferenceFrame::ECEF
)
Creates a GeometricVector object.
",93:"
GeometricVector()
Creates a zero-filled GeometricVector object.  Default reference frame: ECEF
",94:"
~GeometricVector()
Destroys a TimeUpdate object.
",95:"
PositionVelocityReferenceFrame referenceFrame
The PositionVelocityReferenceFrame of this vector.  Default: ECEF
",96:"
float north() const
Only valid if referenceFrame is LLH_NED
",97:"
float east() const
Only valid if referenceFrame is LLH_NED
",98:"
float down() const
Only valid if referenceFrame is LLH_NED
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/GeometricVector-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/GeometricVector-ToolTips.js deleted file mode 100644 index c30f9cc10..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/GeometricVector-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({84:"
Enum representing position and velocity reference frame options.
",89:"
GeometricVector
Defines a 3 dimensional, spatial vector.
",99:"
PositionOffset
Represents a position offset (x, y, z).
",100:"
Velocity
Represents a velocity (x, y, z).
",120:"
GeometricUncertainty
Represents uncertainty values correlating to a position or velocity.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/GeometricVector.html b/v66.0.1/MSCL_API_Docs/classes/C/GeometricVector.html deleted file mode 100644 index fc3e1e083..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/GeometricVector.html +++ /dev/null @@ -1,71 +0,0 @@ - - -GeometricVector - - - - - - - -
-
GeometricVector
- -

Defines a 3 dimensional, spatial vector.

-
- -
-
VectorECEF
-
static GeometricVector VectorECEF(
float x_init,
float y_init,
float z_init
)
-

Initializes and returns a new vector with the reference frame set to Earth-Centered, Earth-Fixed

Parameters
x_init
float

initial x coordinate

y_init
float

initial y coordinate

z_init
float

initial z coordinate

-
- -
-
VectorNED
-
static GeometricVector VectorNED(
float north,
float east,
float down
)
-

Initializes and returns a new vector with the reference frame set to North-East-Down

Parameters
north
float

initial x coordinate

east
float

initial y coordinate

down
float

initial z coordinate

-
- -
-
GeometricVector
-
GeometricVector(
float x_init,
float y_init,
float z_init,
PositionVelocityReferenceFrame ref = PositionVelocityReferenceFrame::ECEF
)
-

Creates a GeometricVector object.

Parameters
x_init
float

initial x coordinate

y_init
float

initial y coordinate

z_init
float

initial z coordinate

ref
PositionVelocityReferenceFrame

reference frame (default: ECEF)

-
- -
-
GeometricVector
-
GeometricVector()
-

Creates a zero-filled GeometricVector object.  Default reference frame: ECEF

-
- -
-
~GeometricVector
-
~GeometricVector()
-

Destroys a TimeUpdate object.

-
- -
-
referenceFrame
- -

The PositionVelocityReferenceFrame of this vector.  Default: ECEF

-
- -
-
north
-
float north() const
-

Only valid if referenceFrame is LLH_NED

-
- -
-
east
-
float east() const
-

Only valid if referenceFrame is LLH_NED

-
- -
-
down
-
float down() const
-

Only valid if referenceFrame is LLH_NED

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/GnssReceiverInfo-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/GnssReceiverInfo-Summary.js deleted file mode 100644 index 0fc48b5f8..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/GnssReceiverInfo-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:GnssReceiverInfo","GnssReceiverInfo");NDSummary.OnSummaryLoaded("CClass:GnssReceiverInfo",[["C/C++","C"]],[["Constants","Constant"],["Functions","Function"],["Structs","Struct"],["Types","Type"],["Variables","Variable"]],[[1961,0,2,"GnssReceiverInfo"],[1962,0,0,"INFO_NOT_FOUND","INFO_NOT_FOUND"],[1963,0,1,"GnssReceiverInfo","GnssReceiverInfo"],[1964,0,1,"GnssReceiverInfo","GnssReceiverInfo(2)"],[1965,0,4,"id","id"],[1966,0,4,"targetDataClass","targetDataClass"],[1967,0,4,"description","description"],[1968,0,4,"module","module"],[1969,0,4,"fwId","fwId"],[1970,0,4,"fwVersion","fwVersion"],[1971,0,3,"GnssReceivers","GnssReceivers"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/GnssReceiverInfo-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/GnssReceiverInfo-SummaryToolTips.js deleted file mode 100644 index 839c74c20..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/GnssReceiverInfo-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:GnssReceiverInfo",{1961:"
Maps GNSS Receiver ID to the MipTypes::DataClass it outputs to
",1962:"
String value assigned when the target value was unable to be found in the full description field.
",1963:"
GnssReceiverInfo()
Constructs GnssReceiverInfo object with default values
",1964:"
GnssReceiverInfo(
uint8 recId,
MipTypes::DataClass target,
std::string desc
)
Constructs GnssReceiverInfo object with specified values
",1965:"
uint8 id
Receiver ID
",1966:"
MipTypes::DataClass targetDataClass
MIP data class associated with this receiver
",1967:"
std::string description
ASCII description of receiver
",1968:"
std::string module
ASCII name of the receiver module
",1969:"
std::string fwId
ASCII name of the receiver firmware identifier
",1970:"
Version fwVersion
Firmware version of the receiver module
",1971:"
A vector of GnssReceiverInfo
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/GnssReceiverInfo-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/GnssReceiverInfo-ToolTips.js deleted file mode 100644 index de8df8553..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/GnssReceiverInfo-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1094:"
The enums for all the different data classes of MIP data.
",1963:"
GnssReceiverInfo()
Constructs GnssReceiverInfo object with default values
",4493:"
Version
Class that represents, and provides helper functions for, a Version number
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/GnssReceiverInfo.html b/v66.0.1/MSCL_API_Docs/classes/C/GnssReceiverInfo.html deleted file mode 100644 index bc8295d00..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/GnssReceiverInfo.html +++ /dev/null @@ -1,74 +0,0 @@ - - -GnssReceiverInfo - - - - - - - -
-
GnssReceiverInfo
-

Maps GNSS Receiver ID to the MipTypes::DataClass it outputs to

-
- -
-
INFO_NOT_FOUND
-

String value assigned when the target value was unable to be found in the full description field.

INFO_NOT_FOUND

"Not Found"

-
- -
-
GnssReceiverInfo
-
GnssReceiverInfo()
-

Constructs GnssReceiverInfo object with default values

-
- -
-
GnssReceiverInfo
-
GnssReceiverInfo(
uint8 recId,
MipTypes::DataClass target,
std::string desc
)
-

Constructs GnssReceiverInfo object with specified values

-
- -
-
id
-
uint8 id
-

Receiver ID

-
- -
-
targetDataClass
-
MipTypes::DataClass targetDataClass
-

MIP data class associated with this receiver

-
- -
-
description
-
std::string description
-

ASCII description of receiver

-
- -
-
module
-
std::string module
-

ASCII name of the receiver module

-
- -
-
fwId
-
std::string fwId
-

ASCII name of the receiver firmware identifier

-
- -
-
fwVersion
-
Version fwVersion
-

Firmware version of the receiver module

-
- -
-
GnssReceivers
-

A vector of GnssReceiverInfo

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/GnssSignalConfiguration-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/GnssSignalConfiguration-Summary.js deleted file mode 100644 index 590601930..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/GnssSignalConfiguration-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:GnssSignalConfiguration","GnssSignalConfiguration");NDSummary.OnSummaryLoaded("CClass:GnssSignalConfiguration",[["C/C++","C"]],[["Classes","Class"],["Enums","Enumeration"],["Functions","Function"]],[[827,0,0,"GnssSignalConfiguration"],[828,0,1,"GpsSignal","GpsSignal"],[829,0,1,,"L1CA"],[830,0,1,,"L2C"],[831,0,1,"GlonassSignal","GlonassSignal"],[832,0,1,,"L1OF"],[833,0,1,,"L2OF"],[834,0,1,"GalileoSignal","GalileoSignal"],[835,0,1,,"E1"],[836,0,1,,"E5B"],[837,0,1,"BeiDouSignal","BeiDouSignal"],[838,0,1,,"B1"],[839,0,1,,"B2"],[840,0,2,"GnssSignalConfiguration","GnssSignalConfiguration"],[841,0,2,"enableGpsSignal","enableGpsSignal"],[842,0,2,"gpsSignalEnabled","gpsSignalEnabled"],[843,0,2,"gpsSignalValue","gpsSignalValue"],[844,0,2,"enableGlonassSignal","enableGlonassSignal"],[845,0,2,"glonassSignalEnabled","glonassSignalEnabled"],[846,0,2,"glonassSignalValue","glonassSignalValue"],[847,0,2,"enableGalileoSignal","enableGalileoSignal"],[848,0,2,"galileoSignalEnabled","galileoSignalEnabled"],[849,0,2,"galileoSignalValue","galileoSignalValue"],[850,0,2,"enableBeiDouSignal","enableBeiDouSignal"],[851,0,2,"beidouSignalEnabled","beidouSignalEnabled"],[852,0,2,"beidouSignalValue","beidouSignalValue"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/GnssSignalConfiguration-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/GnssSignalConfiguration-SummaryToolTips.js deleted file mode 100644 index 5999ef85c..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/GnssSignalConfiguration-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:GnssSignalConfiguration",{827:"
GnssSignalConfiguration
",828:"
Available GPS signals.
",831:"
Available GLONASS signals.
",834:"
Available Galileo signals.
",837:"
Available BeiDou signals.
",840:"
GnssSignalConfiguration()
",841:"
void enableGpsSignal(
GpsSignal signal,
bool enable = true
)
Enable or disable specified GPS signal
",842:"
bool gpsSignalEnabled(
GpsSignal signal
)
Check whether the specified GPS signal is enabled
",843:"
void gpsSignalValue(
uint8 val
)
Gets or sets the underlying value for the GPS signal bitfield
",844:"
void enableGlonassSignal(
GlonassSignal signal,
bool enable = true
)
Enable or disable specified GLONASS signal
",845:"
bool glonassSignalEnabled(
GlonassSignal signal
)
Check whether the specified GLONASS signal is enabled
",846:"
void glonassSignalValue(
uint8 val
)
Gets or sets the underlying value for the GLONASS signal bitfield
",847:"
void enableGalileoSignal(
GalileoSignal signal,
bool enable = true
)
Enable or disable specified Galileo signal
",848:"
bool galileoSignalEnabled(
GalileoSignal signal
)
Check whether the specified Galileo signal is enabled
",849:"
void galileoSignalValue(
uint8 val
)
Gets or sets the underlying value for the Galileo signal bitfield
",850:"
void enableBeiDouSignal(
BeiDouSignal signal,
bool enable = true
)
Enable or disable specified BeiDou signal
",851:"
bool beidouSignalEnabled(
BeiDouSignal signal
)
Check whether the specified BeiDou signal is enabled
",852:"
void beidouSignalValue(
uint8 val
)
Gets or sets the underlying value for the BeiDou signal bitfield
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/GnssSignalConfiguration-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/GnssSignalConfiguration-ToolTips.js deleted file mode 100644 index 1feb5d103..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/GnssSignalConfiguration-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({828:"
Available GPS signals.
",831:"
Available GLONASS signals.
",834:"
Available Galileo signals.
",837:"
Available BeiDou signals.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/GnssSignalConfiguration.html b/v66.0.1/MSCL_API_Docs/classes/C/GnssSignalConfiguration.html deleted file mode 100644 index 5c15fd496..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/GnssSignalConfiguration.html +++ /dev/null @@ -1,113 +0,0 @@ - - -GnssSignalConfiguration - - - - - - - -
-
GnssSignalConfiguration
-
GnssSignalConfiguration
-
- -
-
GpsSignal
-

Available GPS signals.

L1CA

0x01 - L1CA: 00000001

L2C

0x02 - L2C:  00000010

-
- -
-
GlonassSignal
-

Available GLONASS signals.

L1OF

0x01 - L1OF: 00000001

L2OF

0x02 - L2OF: 00000010

-
- -
-
GalileoSignal
-

Available Galileo signals.

E1

0x01 - E1:  00000001

E5B

0x02 - E5B: 00000010

-
- -
-
BeiDouSignal
-

Available BeiDou signals.

B1

0x01 - B1: 00000001

B2

0x02 - B2: 00000010

-
- -
-
GnssSignalConfiguration
-
GnssSignalConfiguration()
-
- -
-
enableGpsSignal
-
void enableGpsSignal(
GpsSignal signal,
bool enable = true
)
-

Enable or disable specified GPS signal

-
- -
-
gpsSignalEnabled
-
bool gpsSignalEnabled(
GpsSignal signal
)
-

Check whether the specified GPS signal is enabled

-
- -
-
gpsSignalValue
-
void gpsSignalValue(
uint8 val
)
-

Gets or sets the underlying value for the GPS signal bitfield

-
- -
-
enableGlonassSignal
-
void enableGlonassSignal(
GlonassSignal signal,
bool enable = true
)
-

Enable or disable specified GLONASS signal

-
- -
-
glonassSignalEnabled
-
bool glonassSignalEnabled(
GlonassSignal signal
)
-

Check whether the specified GLONASS signal is enabled

-
- -
-
glonassSignalValue
-
void glonassSignalValue(
uint8 val
)
-

Gets or sets the underlying value for the GLONASS signal bitfield

-
- -
-
enableGalileoSignal
-
void enableGalileoSignal(
GalileoSignal signal,
bool enable = true
)
-

Enable or disable specified Galileo signal

-
- -
-
galileoSignalEnabled
-
bool galileoSignalEnabled(
GalileoSignal signal
)
-

Check whether the specified Galileo signal is enabled

-
- -
-
galileoSignalValue
-
void galileoSignalValue(
uint8 val
)
-

Gets or sets the underlying value for the Galileo signal bitfield

-
- -
-
enableBeiDouSignal
-
void enableBeiDouSignal(
BeiDouSignal signal,
bool enable = true
)
-

Enable or disable specified BeiDou signal

-
- -
-
beidouSignalEnabled
-
bool beidouSignalEnabled(
BeiDouSignal signal
)
-

Check whether the specified BeiDou signal is enabled

-
- -
-
beidouSignalValue
-
void beidouSignalValue(
uint8 val
)
-

Gets or sets the underlying value for the BeiDou signal bitfield

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/GpioConfiguration-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/GpioConfiguration-Summary.js deleted file mode 100644 index a0c581a69..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/GpioConfiguration-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:GpioConfiguration","GpioConfiguration");NDSummary.OnSummaryLoaded("CClass:GpioConfiguration",[["C/C++","C"]],[["Enums","Enumeration"],["Functions","Function"],["Structs","Struct"],["Types","Type"]],[[868,0,2,"GpioConfiguration"],[869,0,0,"Feature","Feature"],[870,0,0,,"UNUSED_FEATURE"],[871,0,0,,"GPIO_FEATURE"],[872,0,0,,"PPS_FEATURE"],[873,0,0,,"ENCODER_FEATURE"],[874,0,0,,"EVENT_TIMESTAMP_FEATURE"],[875,0,0,,"UART_FEATURE"],[876,0,0,"GpioBehavior","GpioBehavior"],[877,0,0,,"GPIO_UNUSED"],[878,0,0,,"GPIO_INPUT"],[879,0,0,,"GPIO_OUTPUT_LOW"],[880,0,0,,"GPIO_OUTPUT_HIGH"],[881,0,0,"PpsBehavior","PpsBehavior"],[882,0,0,,"UNUSED"],[883,0,0,,"PPS_INPUT"],[884,0,0,,"PPS_OUTPUT"],[885,0,0,"EncoderBehavior","EncoderBehavior"],[886,0,0,,"ENCODER_UNUSED"],[887,0,0,,"ENCODER_A"],[888,0,0,,"ENCODER_B"],[889,0,0,"EventTimestampBehavior","EventTimestampBehavior"],[890,0,0,,"TIMESTAMP_UNUSED"],[891,0,0,,"TIMESTAMP_RISING"],[892,0,0,,"TIMESTAMP_FALLING"],[893,0,0,,"TIMESTAMP_EITHER"],[894,0,0,"UartBehavior","UartBehavior"],[895,0,0,,"UART_UNUSED"],[896,0,0,,"UART_PORT2_TX"],[897,0,0,,"UART_PORT2_RX"],[898,0,0,,"UART_PORT3_TX"],[899,0,0,,"UART_PORT3_RX"],[900,0,0,"PinModes","PinModes"],[901,0,0,,"NONE"],[902,0,0,,"OPEN_DRAIN"],[903,0,0,,"PULLDOWN"],[904,0,0,,"PULLUP"],[905,0,1,"pinModeValue","pinModeValue"],[906,0,3,"GpioPinId","GpioPinId"],[907,0,3,"GpioPinModeOptions","GpioPinModeOptions"],[908,0,3,"GpioBehaviorModes","GpioBehaviorModes"],[909,0,3,"GpioFeatureBehaviors","GpioFeatureBehaviors"],[910,0,3,"GpioPinOptions","GpioPinOptions"],[911,0,0,"EventControlMode","EventControlMode"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/GpioConfiguration-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/GpioConfiguration-SummaryToolTips.js deleted file mode 100644 index 476503e09..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/GpioConfiguration-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:GpioConfiguration",{869:"
GPIO Feature options. Determines how the pin will be used
",876:"
GPIO Pin behavior
",881:"
PPS Pin behavior
",885:"
Encoder Pin behavior
",889:"
Event Timestamp Pin behavior
",894:"
UART Pin behavior Note: only one Transmit and one Receive pin can be configured per port pair (see documentation)
",900:"
PinModes for the pinMode Bitfield
",905:"
void pinModeValue(
uint8 val
)
Gets or sets the underlying value for the pin mode bitfield
",906:"
A uint8 representing logical GPIO pin IDs
",907:"
A vector of GpioConfiguration::PinModes representing masked pin modes
",908:"
A map of uint behavior ID, GpioPinModeOptions pairs
",909:"
A map of GpioConfiguration::Feature, GpioBehaviorModes pairs
",910:"
A map of uint GpioPinId, GpioFeatureBehaviors pairs
",911:"
Event control modes DISABLED  - 0x00 - Trigger is disabled ENABLED  - 0x01 - Trigger is enabled TEST  - 0x02 - Force the trigger into the active state TEST_PULSE - 0x03 - Force the trigger into the active state for one event cycle
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/GpioConfiguration-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/GpioConfiguration-ToolTips.js deleted file mode 100644 index 9f2fcda46..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/GpioConfiguration-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({869:"
GPIO Feature options. Determines how the pin will be used
",900:"
PinModes for the pinMode Bitfield
",906:"
A uint8 representing logical GPIO pin IDs
",907:"
A vector of GpioConfiguration::PinModes representing masked pin modes
",908:"
A map of uint behavior ID, GpioPinModeOptions pairs
",909:"
A map of GpioConfiguration::Feature, GpioBehaviorModes pairs
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/GpioConfiguration.html b/v66.0.1/MSCL_API_Docs/classes/C/GpioConfiguration.html deleted file mode 100644 index b8d97c493..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/GpioConfiguration.html +++ /dev/null @@ -1,86 +0,0 @@ - - -GpioConfiguration - - - - - - - -
-
GpioConfiguration
-
- -
-
Feature
-

GPIO Feature options. Determines how the pin will be used

UNUSED_FEATURE

0x00 - Pin is unused

GPIO_FEATURE

0x01 - Direct control of pin output state or to stream the state of the pin

PPS_FEATURE

0x02 - Pulse per second input or output

ENCODER_FEATURE

0x03 - Motor encoder/odometer input

EVENT_TIMESTAMP_FEATURE

0x04 - Precision event timestamping

UART_FEATURE

0x05 - UART data or control lines

-
- -
-
GpioBehavior
-

GPIO Pin behavior

GPIO_UNUSED

0x00 - Pin is unused

GPIO_INPUT

0x01 - Pin will be an input

GPIO_OUTPUT_LOW

0x02 - Pin is an output initially in the LOW state

GPIO_OUTPUT_HIGH

0x03 - Pin is an output initially in the HIGH state

-
- -
-
PpsBehavior
-

PPS Pin behavior

UNUSED

0x00 - Pin is unused

PPS_INPUT

0x01 - Pin will receive the pulse-per-second signal

PPS_OUTPUT

0x02 - Pin will transmit the pulse-per-second signal from the device

-
- -
-
EncoderBehavior
-

Encoder Pin behavior

ENCODER_UNUSED

0x00 - Pin is unused

ENCODER_A

0x01 - Encoder A

ENCODER_B

0x02 - Encoder B

-
- -
-
EventTimestampBehavior
-

Event Timestamp Pin behavior

TIMESTAMP_UNUSED

0x00 - Pin is unused

TIMESTAMP_RISING

0x01 - Rising edge will be timestamped

TIMESTAMP_FALLING

0x02 - Falling edge will be timestamped

TIMESTAMP_EITHER

0x03 - Both rising and falling edges will be timestamped

-
- -
-
UartBehavior
-

UART Pin behavior Note: only one Transmit and one Receive pin can be configured per port pair (see documentation)

UART_UNUSED

0x00 - Pin is unused

UART_PORT2_TX

0x21 - UART port 2 transmit

UART_PORT2_RX

0x22 - UART port 2 receive

UART_PORT3_TX

0x31 - UART port 3 transmit

UART_PORT3_RX

0x32 - UART port 3 receive

-
- -
-
PinModes
-

PinModes for the pinMode Bitfield

NONE

0x00 - Pin not set

OPEN_DRAIN

0x01 - The pin will be an open-drain output

PULLDOWN

0x02 - The pin will have an internal pull-down resistor enabled

PULLUP

0x04 - The pin will have an internal pull-up resistor enabled

-
- -
-
pinModeValue
-
void pinModeValue(
uint8 val
)
-

Gets or sets the underlying value for the pin mode bitfield

-
- -
-
GpioPinId
-

A uint8 representing logical GPIO pin IDs

-
- -
-
GpioPinModeOptions
-

A vector of GpioConfiguration::PinModes representing masked pin modes

-
- -
-
GpioBehaviorModes
-

A map of uint behavior ID, GpioPinModeOptions pairs

-
- -
-
GpioFeatureBehaviors
-

A map of GpioConfiguration::Feature, GpioBehaviorModes pairs

-
- -
-
GpioPinOptions
-

A map of uint GpioPinId, GpioFeatureBehaviors pairs

-
- -
-
EventControlMode
-

Event control modes DISABLED  - 0x00 - Trigger is disabled ENABLED  - 0x01 - Trigger is enabled TEST  - 0x02 - Force the trigger into the active state TEST_PULSE - 0x03 - Force the trigger into the active state for one event cycle

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/HeadingAlignmentMethod-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/HeadingAlignmentMethod-Summary.js deleted file mode 100644 index 0074d7e68..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/HeadingAlignmentMethod-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:HeadingAlignmentMethod","HeadingAlignmentMethod");NDSummary.OnSummaryLoaded("CClass:HeadingAlignmentMethod",[["C/C++","C"]],[["Functions","Function"],["Structs","Struct"],["Variables","Variable"]],[[724,0,1,"HeadingAlignmentMethod"],[725,0,0,"HeadingAlignmentMethod","HeadingAlignmentMethod"],[726,0,0,"HeadingAlignmentMethod","HeadingAlignmentMethod(2)"],[727,0,2,"value","value"],[728,0,0,"select","select"],[729,0,0,"deselect","deselect"],[730,0,0,"deselect","deselect(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/HeadingAlignmentMethod-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/HeadingAlignmentMethod-SummaryToolTips.js deleted file mode 100644 index 46bb69bf8..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/HeadingAlignmentMethod-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:HeadingAlignmentMethod",{724:"
Struct to create and interact with a HeadingAlignmentOption bitfield
",725:"
HeadingAlignmentMethod()
Default constructor, value = 0
",726:"
HeadingAlignmentMethod(
uint8 val
) : value(val)
Construct HeadingAlignmentMethod object with specified initial value.
",727:"
uint8 value
The HeadingAlignmentMethod bitfield value
",728:"
void select(
HeadingAlignmentOption option
)
Add a <HeadingAlignmentOption> to the bitfield.
",729:"
void deselect(
HeadingAlignmentOption option
)
Remove a <HeadingAlignmentOption> from the bitfield.
",730:"
Checks whether the specified <HeadingAlignmentOption> is included in the bitfield.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/HeadingAlignmentMethod-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/HeadingAlignmentMethod-ToolTips.js deleted file mode 100644 index 59992a148..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/HeadingAlignmentMethod-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/HeadingAlignmentMethod.html b/v66.0.1/MSCL_API_Docs/classes/C/HeadingAlignmentMethod.html deleted file mode 100644 index ddbfcbbef..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/HeadingAlignmentMethod.html +++ /dev/null @@ -1,51 +0,0 @@ - - -HeadingAlignmentMethod - - - - - - - -
-
HeadingAlignmentMethod
-

Struct to create and interact with a HeadingAlignmentOption bitfield

-
- -
-
HeadingAlignmentMethod
-
HeadingAlignmentMethod()
-

Default constructor, value = 0

-
- -
-
HeadingAlignmentMethod
-
HeadingAlignmentMethod(
uint8 val
) : value(val)
-

Construct HeadingAlignmentMethod object with specified initial value.

Parameters
val
uint8

uint8 intial value

-
- -
-
value
-
uint8 value
-

The HeadingAlignmentMethod bitfield value

-
- -
-
select
-
void select(
HeadingAlignmentOption option
)
-

Add a <HeadingAlignmentOption> to the bitfield.

Parameters
option
HeadingAlignmentOption

<HeadingAlignmentOption> to enable

-
- -
-
deselect
-
void deselect(
HeadingAlignmentOption option
)
-

Remove a <HeadingAlignmentOption> from the bitfield.

Parameters
option
HeadingAlignmentOption

<HeadingAlignmentOption> to disable

-
- -
-
deselect
-

Checks whether the specified <HeadingAlignmentOption> is included in the bitfield.

Parameters
option

<HeadingAlignmentOption> to check

Returns
bool

true: specified <HeadingAlignmentOption> included in bitfield, false: option not included

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/HeadingData-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/HeadingData-Summary.js deleted file mode 100644 index 862b6d83d..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/HeadingData-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:HeadingData","HeadingData");NDSummary.OnSummaryLoaded("CClass:HeadingData",[["C/C++","C"]],[["Enums","Enumeration"],["Structs","Struct"],["Variables","Variable"]],[[758,0,1,"HeadingData"],[759,0,0,"HeadingType","HeadingType"],[760,0,2,"headingAngle","headingAngle"],[761,0,2,"headingAngleUncertainty","headingAngleUncertainty"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/HeadingData-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/HeadingData-SummaryToolTips.js deleted file mode 100644 index e423b6625..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/HeadingData-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:HeadingData",{759:"
Dictates whether heading is relative to true north or magnetic north.
",760:"
float headingAngle
",761:"
float headingAngleUncertainty
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/HeadingData-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/HeadingData-ToolTips.js deleted file mode 100644 index 59992a148..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/HeadingData-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/HeadingData.html b/v66.0.1/MSCL_API_Docs/classes/C/HeadingData.html deleted file mode 100644 index 11b6e893f..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/HeadingData.html +++ /dev/null @@ -1,30 +0,0 @@ - - -HeadingData - - - - - - - -
-
HeadingData
-
- -
-
HeadingType
-

Dictates whether heading is relative to true north or magnetic north.

-
- -
-
headingAngle
-
float headingAngle
-
- -
-
headingAngleUncertainty
-
float headingAngleUncertainty
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/HeadingUpdateOptions-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/HeadingUpdateOptions-Summary.js deleted file mode 100644 index 07ace03a9..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/HeadingUpdateOptions-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:HeadingUpdateOptions","HeadingUpdateOptions");NDSummary.OnSummaryLoaded("CClass:HeadingUpdateOptions",[["C/C++","C"]],[["Enums","Enumeration"],["Functions","Function"],["Structs","Struct"],["Types","Type"],["Variables","Variable"]],[[706,0,2,"HeadingUpdateOptions"],[707,0,1,"operator <InertialTypes::​HeadingUpdateEnableOption>","operator"],[708,0,1,"HeadingUpdateOptions","HeadingUpdateOptions"],[709,0,1,"HeadingUpdateOptions","HeadingUpdateOptions(2)"],[710,0,4,"useInternalMagnetometer","useInternalMagnetometer"],[711,0,4,"useInternalGNSSVelocityVector","useInternalGNSSVelocityVector"],[712,0,4,"useExternalHeadingMessages","useExternalHeadingMessages"],[713,0,3,"HeadingUpdateOptionsList","HeadingUpdateOptionsList"],[714,0,0,"FilterInitialValuesSource","FilterInitialValuesSource"],[715,0,0,,"Automatic"],[716,0,0,,"UserSpecified_Heading"],[717,0,0,,"UserSpecified_Attitude"],[718,0,0,,"UserSpecified_All"],[719,0,0,"HeadingAlignmentOption","HeadingAlignmentOption"],[720,0,0,,"GNSS_DualAntenna"],[721,0,0,,"GNSS_Kinematic"],[722,0,0,,"Magnetometer"],[723,0,0,,"External"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/HeadingUpdateOptions-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/HeadingUpdateOptions-SummaryToolTips.js deleted file mode 100644 index e542835b0..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/HeadingUpdateOptions-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:HeadingUpdateOptions",{706:"
Contains the possible sources of aiding heading updates to the Kalman filter.  Some, all, or none of the options can be set as heading aids.
",707:"
Converts this class to a <InertialTypes::HeadingUpdateEnableOption>.
",708:"
HeadingUpdateOptions() : useInternalMagnetometer(false), useInternalGNSSVelocityVector(false), useExternalHeadingMessages(false)
",709:"
HeadingUpdateOptions(
const InertialTypes::HeadingUpdateEnableOption &headingUpdateOption
)
Updates this class from a <InertialTypes::HeadingUpdateEnableOption> according to the Communications Protocol.
",710:"
bool useInternalMagnetometer
",711:"
bool useInternalGNSSVelocityVector
",712:"
bool useExternalHeadingMessages
",713:"
A vector of HeadingUpdateOptions objects
",714:"
Options defining which initial filter values are user-specified or automatically determined on initialization.
",719:"
Method options for automatically determining initial filter heading
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/HeadingUpdateOptions-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/HeadingUpdateOptions-ToolTips.js deleted file mode 100644 index 03f1e558d..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/HeadingUpdateOptions-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({709:"
HeadingUpdateOptions(
const InertialTypes::HeadingUpdateEnableOption &headingUpdateOption
)
Updates this class from a <InertialTypes::HeadingUpdateEnableOption> according to the Communications Protocol.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/HeadingUpdateOptions.html b/v66.0.1/MSCL_API_Docs/classes/C/HeadingUpdateOptions.html deleted file mode 100644 index 30110a470..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/HeadingUpdateOptions.html +++ /dev/null @@ -1,62 +0,0 @@ - - -HeadingUpdateOptions - - - - - - - -
-
HeadingUpdateOptions
-

Contains the possible sources of aiding heading updates to the Kalman filter.  Some, all, or none of the options can be set as heading aids.

-
- -
-
operator <InertialTypes::​HeadingUpdateEnableOption>
-

Converts this class to a <InertialTypes::HeadingUpdateEnableOption>.

-
- -
-
HeadingUpdateOptions
-
HeadingUpdateOptions() : useInternalMagnetometer(false), useInternalGNSSVelocityVector(false), useExternalHeadingMessages(false)
-
- -
-
HeadingUpdateOptions
-
HeadingUpdateOptions(
const InertialTypes::HeadingUpdateEnableOption &headingUpdateOption
)
-

Updates this class from a <InertialTypes::HeadingUpdateEnableOption> according to the Communications Protocol.

Parameters
headingUpdateOption
const InertialTypes::HeadingUpdateEnableOption&

The heading update used to fill in this object.

-
- -
-
useInternalMagnetometer
-
bool useInternalMagnetometer
-
- -
-
useInternalGNSSVelocityVector
-
bool useInternalGNSSVelocityVector
-
- -
-
useExternalHeadingMessages
-
bool useExternalHeadingMessages
-
- -
-
HeadingUpdateOptionsList
-

A vector of HeadingUpdateOptions objects

-
- -
-
FilterInitialValuesSource
-

Options defining which initial filter values are user-specified or automatically determined on initialization.

Automatic

0x00  - Automatic position, velocity, and attitude

UserSpecified_Heading

0x01  - Automatic position and velocity, automatic pitch and roll, and user-specified heading

UserSpecified_Attitude

0x02  - Automatic position and velocity, fully user-specified attitude

UserSpecified_All

0x03  - User-specified position, velocity, and attitude

-
- -
-
HeadingAlignmentOption
-

Method options for automatically determining initial filter heading

GNSS_DualAntenna

0x01 - Dual-antenna GNSS alignment

GNSS_Kinematic

0x02 - GNSS kinematic alignment (GNSS velocity determines initial heading)

Magnetometer

0x04 - Magnetometer heading alignment

External

0x08 - External heading source

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Histogram-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/Histogram-Summary.js deleted file mode 100644 index 97772446f..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Histogram-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:Histogram","Histogram");NDSummary.OnSummaryLoaded("CClass:Histogram",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"]],[[4589,0,0,"Histogram"],[4590,0,1,"Histogram","Histogram"],[4591,0,1,"binsStart","binsStart"],[4592,0,1,"binsSize","binsSize"],[4593,0,1,"bins","bins"],[4594,0,1,"addBin","addBin"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Histogram-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/Histogram-SummaryToolTips.js deleted file mode 100644 index b999e22b0..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Histogram-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:Histogram",{4589:"
Histogram
Represents a Histogram object.
",4590:"
Histogram(
const Value &binsStart,
const Value &binsSize
)
Creates a Histogram object with no bins.
",4591:"
Value binsStart() const
Gets the value of the start of the first Bin in the Histogram.
",4592:"
Value binsSize() const
Gets the size of each Bin in the Histogram.
",4593:"
Bins bins() const
Gets the Bins contained within this Histogram.
",4594:"
void addBin(
const Bin &bin
)
Adds a single Bin to the Histogram.  The first Bin\'s start value should match the binsStart used in the constructor.  Every Bin added should have the same size which matches the binsSize used in the constructor.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Histogram-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/Histogram-ToolTips.js deleted file mode 100644 index db337026b..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Histogram-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({4502:"
Value
Represents a single value that can be stored/accessed in multiple ways.
",4655:"
Bin
Represents a single bin, which has a start, end, and count.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Histogram.html b/v66.0.1/MSCL_API_Docs/classes/C/Histogram.html deleted file mode 100644 index 3d32bfbb0..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Histogram.html +++ /dev/null @@ -1,47 +0,0 @@ - - -Histogram - - - - - - - -
-
Histogram
-
Histogram
-

Represents a Histogram object.

-
- -
-
Histogram
-
Histogram(
const Value &binsStart,
const Value &binsSize
)
-

Creates a Histogram object with no bins.

Parameters
binsStart
const Value&

The start value of the first Bin.

binsSize
const Value&

The size of each Bin.

-
- -
-
binsStart
-
Value binsStart() const
-

Gets the value of the start of the first Bin in the Histogram.

Returns

The start of the first Bin in the Histogram.

-
- -
-
binsSize
-
Value binsSize() const
-

Gets the size of each Bin in the Histogram.

Returns

The size of each Bin in the Histogram.

-
- -
-
bins
-
Bins bins() const
-

Gets the Bins contained within this Histogram.

Returns

A Bins object containing each bin within this Histogram.

-
- -
-
addBin
-
void addBin(
const Bin &bin
)
-

Adds a single Bin to the Histogram.  The first Bin's start value should match the binsStart used in the constructor.  Every Bin added should have the same size which matches the binsSize used in the constructor.

Parameters
bin
const Bin&

The Bin to add to the Histogram.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/HistogramOptions-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/HistogramOptions-Summary.js deleted file mode 100644 index 01537d432..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/HistogramOptions-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:HistogramOptions","HistogramOptions");NDSummary.OnSummaryLoaded("CClass:HistogramOptions",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"]],[[2843,0,0,"HistogramOptions"],[2844,0,1,"transmitRate","transmitRate"],[2845,0,1,"transmitRate","transmitRate(2)"],[2846,0,1,"binsStart","binsStart"],[2847,0,1,"binsStart","binsStart(2)"],[2848,0,1,"binsSize","binsSize"],[2849,0,1,"binsSize","binsSize(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/HistogramOptions-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/HistogramOptions-SummaryToolTips.js deleted file mode 100644 index c361a63da..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/HistogramOptions-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:HistogramOptions",{2843:"
HistogramOptions
Contains all of the Histogram options that can be configured for a WirelessNode.
",2844:"
WirelessTypes::WirelessSampleRate transmitRate() const
Gets the transmit rate set in this options object, as a WirelessTypes::WirelessSampleRate.
",2845:"
void transmitRate(
WirelessTypes::WirelessSampleRate rate
)
Sets the transmit rate in this options object.
",2846:"
uint16 binsStart() const
Gets the bins start set in this options object.
",2847:"
void binsStart(
uint16 start
)
Sets the bins start in this options object.
",2848:"
uint16 binsSize() const
Gets the bins size set in this options object.
",2849:"
void binsSize(
uint16 size
)
Sets the bins size in this options object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/HistogramOptions-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/HistogramOptions-ToolTips.js deleted file mode 100644 index bccd587a5..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/HistogramOptions-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3520:"
The possible sample rates that are available for Wireless Nodes.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/HistogramOptions.html b/v66.0.1/MSCL_API_Docs/classes/C/HistogramOptions.html deleted file mode 100644 index c666a1229..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/HistogramOptions.html +++ /dev/null @@ -1,53 +0,0 @@ - - -HistogramOptions - - - - - - - -
-
HistogramOptions
-
HistogramOptions
-

Contains all of the Histogram options that can be configured for a WirelessNode.

-
- -
-
transmitRate
- -

Gets the transmit rate set in this options object, as a WirelessTypes::WirelessSampleRate.

-
- -
-
transmitRate
-
void transmitRate(
WirelessTypes::WirelessSampleRate rate
)
-

Sets the transmit rate in this options object.

Parameters
rate
WirelessTypes::WirelessSampleRate

The transmit rate (as a WirelessTypes::WirelessSampleRate) to set.

-
- -
-
binsStart
-
uint16 binsStart() const
-

Gets the bins start set in this options object.

-
- -
-
binsStart
-
void binsStart(
uint16 start
)
-

Sets the bins start in this options object.

Parameters
start
uint16

The start of the first bin in the Histogram.

-
- -
-
binsSize
-
uint16 binsSize() const
-

Gets the bins size set in this options object.

-
- -
-
binsSize
-
void binsSize(
uint16 size
)
-

Sets the bins size in this options object.

Parameters
size
uint16

The size of each bin in the Histogram.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/InertialNode-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/InertialNode-Summary.js deleted file mode 100644 index 7c6ec50bf..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/InertialNode-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:InertialNode","InertialNode");NDSummary.OnSummaryLoaded("CClass:InertialNode",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"]],[[121,0,0,"InertialNode"],[122,0,1,"InertialNode","InertialNode"],[123,0,1,"getDataPackets","getDataPackets"],[124,0,1,"totalPackets","totalPackets"],[125,0,1,"pollData","pollData"],[126,0,1,"getDataRateBase","getDataRateBase"],[127,0,1,"getActiveChannelFields","getActiveChannelFields"],[128,0,1,"setActiveChannelFields","setActiveChannelFields"],[129,0,1,"setFactoryStreamingChannels","setFactoryStreamingChannels"],[130,0,1,"getInterfaceControl","getInterfaceControl"],[131,0,1,"setInterfaceControl","setInterfaceControl"],[132,0,1,"setInterfaceControl","setInterfaceControl(2)"],[133,0,1,"getCommunicationMode","getCommunicationMode"],[134,0,1,"setCommunicationMode","setCommunicationMode"],[135,0,1,"isDataStreamEnabled","isDataStreamEnabled"],[136,0,1,"enableDataStream","enableDataStream"],[137,0,1,"resetFilter","resetFilter"],[138,0,1,"runFilter","runFilter"],[139,0,1,"getAutoInitialization","getAutoInitialization"],[140,0,1,"setAutoInitialization","setAutoInitialization"],[141,0,1,"getAltitudeAid","getAltitudeAid"],[142,0,1,"setAltitudeAid","setAltitudeAid"],[143,0,1,"getPitchRollAid","getPitchRollAid"],[144,0,1,"setPitchRollAid","setPitchRollAid"],[145,0,1,"enableVerticalGyroConstraint","enableVerticalGyroConstraint"],[146,0,1,"verticalGyroConstraintEnabled","verticalGyroConstraintEnabled"],[147,0,1,"enableWheeledVehicleConstraint","enableWheeledVehicleConstraint"],[148,0,1,"wheeledVehicleConstraintEnabled","wheeledVehicleConstraintEnabled"],[149,0,1,"setVelocityZUPT","setVelocityZUPT"],[150,0,1,"getVelocityZUPT","getVelocityZUPT"],[151,0,1,"setAngularRateZUPT","setAngularRateZUPT"],[152,0,1,"getAngularRateZUPT","getAngularRateZUPT"],[153,0,1,"setInitialAttitude","setInitialAttitude"],[154,0,1,"setInitialHeading","setInitialHeading"],[155,0,1,"getInitialFilterConfiguration","getInitialFilterConfiguration"],[156,0,1,"setInitialFilterConfiguration","setInitialFilterConfiguration"],[157,0,1,"getSensorToVehicleRotation_eulerAngles","getSensorToVehicleRotation_eulerAngles"],[158,0,1,"setSensorToVehicleRotation_eulerAngles","setSensorToVehicleRotation_eulerAngles"],[159,0,1,"getSensorToVehicleRotation_matrix","getSensorToVehicleRotation_matrix"],[160,0,1,"setSensorToVehicleRotation_matrix","setSensorToVehicleRotation_matrix"],[161,0,1,"getSensorToVehicleRotation_quaternion","getSensorToVehicleRotation_quaternion"],[162,0,1,"setSensorToVehicleRotation_quaternion","setSensorToVehicleRotation_quaternion"],[163,0,1,"getSensorToVehicleTransform_eulerAngles","getSensorToVehicleTransform_eulerAngles"],[164,0,1,"setSensorToVehicleTransform_eulerAngles","setSensorToVehicleTransform_eulerAngles"],[165,0,1,"getSensorToVehicleTransform_matrix","getSensorToVehicleTransform_matrix"],[166,0,1,"setSensorToVehicleTransform_matrix","setSensorToVehicleTransform_matrix"],[167,0,1,"getSensorToVehicleTransform_quaternion","getSensorToVehicleTransform_quaternion"],[168,0,1,"setSensorToVehicleTransform_quaternion","setSensorToVehicleTransform_quaternion"],[169,0,1,"getSensorToVehicleOffset","getSensorToVehicleOffset"],[170,0,1,"setSensorToVehicleOffset","setSensorToVehicleOffset"],[171,0,1,"getAntennaOffset","getAntennaOffset"],[172,0,1,"setAntennaOffset","setAntennaOffset"],[173,0,1,"getGNSSAssistedFixControl","getGNSSAssistedFixControl"],[174,0,1,"setGNSSAssistedFixControl","setGNSSAssistedFixControl"],[175,0,1,"getGNSSAssistTimeUpdate","getGNSSAssistTimeUpdate"],[176,0,1,"setGNSSAssistTimeUpdate","setGNSSAssistTimeUpdate"],[177,0,1,"getGPSTimeUpdate","getGPSTimeUpdate"],[178,0,1,"setGPSTimeUpdate","setGPSTimeUpdate"],[179,0,1,"setConstellationSettings","setConstellationSettings"],[180,0,1,"constellationSettings","constellationSettings"],[181,0,1,"setSBASSettings","setSBASSettings"],[182,0,1,"getSBASSettings","getSBASSettings"],[183,0,1,"setAccelerometerBias","setAccelerometerBias"],[184,0,1,"getAccelerometerBias","getAccelerometerBias"],[185,0,1,"setGyroBias","setGyroBias"],[186,0,1,"getGyroBias","getGyroBias"],[187,0,1,"captureGyroBias","captureGyroBias"],[188,0,1,"setMagnetometerSoftIronMatrix","setMagnetometerSoftIronMatrix"],[189,0,1,"getMagnetometerSoftIronMatrix","getMagnetometerSoftIronMatrix"],[190,0,1,"setMagnetometerHardIronOffset","setMagnetometerHardIronOffset"],[191,0,1,"getMagnetometerHardIronOffset","getMagnetometerHardIronOffset"],[192,0,1,"setConingAndScullingEnable","setConingAndScullingEnable"],[193,0,1,"getConingAndScullingEnable","getConingAndScullingEnable"],[194,0,1,"setLowPassFilterSettings","setLowPassFilterSettings"],[195,0,1,"getLowPassFilterSettings","getLowPassFilterSettings"],[196,0,1,"setComplementaryFilterSettings","setComplementaryFilterSettings"],[197,0,1,"getComplementaryFilterSettings","getComplementaryFilterSettings"],[198,0,1,"getBasicDeviceStatus","getBasicDeviceStatus"],[199,0,1,"getDiagnosticDeviceStatus","getDiagnosticDeviceStatus"],[200,0,1,"sendRawRTCM_2_3Message","sendRawRTCM_2_3Message"],[201,0,1,"setVehicleDynamicsMode","setVehicleDynamicsMode"],[202,0,1,"getVehicleDynamicsMode","getVehicleDynamicsMode"],[203,0,1,"setEstimationControlFlags","setEstimationControlFlags"],[204,0,1,"getEstimationControlFlags","getEstimationControlFlags"],[205,0,1,"setEstimationControlFlags","setEstimationControlFlags(2)"],[206,0,1,"getEstimationControlFlags","getEstimationControlFlags(2)"],[207,0,1,"sendExternalGNSSUpdate","sendExternalGNSSUpdate"],[208,0,1,"setHeadingUpdateControl","setHeadingUpdateControl"],[209,0,1,"tareOrientation","tareOrientation"],[210,0,1,"getHeadingUpdateControl","getHeadingUpdateControl"],[211,0,1,"setGravityErrorAdaptiveMeasurement","setGravityErrorAdaptiveMeasurement"],[212,0,1,"getGravityErrorAdaptiveMeasurement","getGravityErrorAdaptiveMeasurement"],[213,0,1,"setMagnetometerErrorAdaptiveMeasurement","setMagnetometerErrorAdaptiveMeasurement"],[214,0,1,"getMagnetometerErrorAdaptiveMeasurement","getMagnetometerErrorAdaptiveMeasurement"],[215,0,1,"setMagDipAngleErrorAdaptiveMeasurement","setMagDipAngleErrorAdaptiveMeasurement"],[216,0,1,"getMagDipAngleErrorAdaptiveMeasurement","getMagDipAngleErrorAdaptiveMeasurement"],[217,0,1,"setMagNoiseStandardDeviation","setMagNoiseStandardDeviation"],[218,0,1,"getMagNoiseStandardDeviation","getMagNoiseStandardDeviation"],[219,0,1,"setGravNoiseStandardDeviation","setGravNoiseStandardDeviation"],[220,0,1,"getGravNoiseStandardDeviation","getGravNoiseStandardDeviation"],[221,0,1,"setAccelNoiseStandardDeviation","setAccelNoiseStandardDeviation"],[222,0,1,"getAccelNoiseStandardDeviation","getAccelNoiseStandardDeviation"],[223,0,1,"setGyroNoiseStandardDeviation","setGyroNoiseStandardDeviation"],[224,0,1,"getGyroNoiseStandardDeviation","getGyroNoiseStandardDeviation"],[225,0,1,"setPressureAltNoiseStandardDeviation","setPressureAltNoiseStandardDeviation"],[226,0,1,"getPressureAltNoiseStandardDeviation","getPressureAltNoiseStandardDeviation"],[227,0,1,"setHardIronOffsetProcessNoise","setHardIronOffsetProcessNoise"],[228,0,1,"getHardIronOffsetProcessNoise","getHardIronOffsetProcessNoise"],[229,0,1,"setAccelBiasModelParams","setAccelBiasModelParams"],[230,0,1,"getAccelBiasModelParams","getAccelBiasModelParams"],[231,0,1,"setGyroBiasModelParams","setGyroBiasModelParams"],[232,0,1,"getGyroBiasModelParams","getGyroBiasModelParams"],[233,0,1,"setSoftIronMatrixProcessNoise","setSoftIronMatrixProcessNoise"],[234,0,1,"getSoftIronMatrixProcessNoise","getSoftIronMatrixProcessNoise"],[235,0,1,"setFixedReferencePosition","setFixedReferencePosition"],[236,0,1,"FixedReferencePositionData","FixedReferencePositionData"],[237,0,1,"setGPSDynamicsMode","setGPSDynamicsMode"],[238,0,1,"getGPSDynamicsMode","getGPSDynamicsMode"],[239,0,1,"setDevicePowerState","setDevicePowerState"],[240,0,1,"getDevicePowerState","getDevicePowerState"],[241,0,1,"setDeviceStreamFormat","setDeviceStreamFormat"],[242,0,1,"getDeviceStreamFormat","getDeviceStreamFormat"],[243,0,1,"setSignalConditioningSettings","setSignalConditioningSettings"],[244,0,1,"getSignalConditioningSettings","getSignalConditioningSettings"],[245,0,1,"setEnableDisableMeasurements","setEnableDisableMeasurements"],[246,0,1,"getEnableDisableMeasurements","getEnableDisableMeasurements"],[247,0,1,"setGravityNoiseMinimum","setGravityNoiseMinimum"],[248,0,1,"getGravityNoiseMinimum","getGravityNoiseMinimum"],[249,0,1,"sendExternalHeadingUpdate","sendExternalHeadingUpdate"],[250,0,1,"sendExternalHeadingUpdate","sendExternalHeadingUpdate(2)"],[251,0,1,"aidingMeasurementEnabled","aidingMeasurementEnabled"],[252,0,1,"enableDisableAidingMeasurement","enableDisableAidingMeasurement"],[253,0,1,"getAdaptiveFilterOptions","getAdaptiveFilterOptions"],[254,0,1,"setAdaptiveFilterOptions","setAdaptiveFilterOptions"],[255,0,1,"getMultiAntennaOffset","getMultiAntennaOffset"],[256,0,1,"setMultiAntennaOffset","setMultiAntennaOffset"],[257,0,1,"getPpsSource","getPpsSource"],[258,0,1,"setPpsSource","setPpsSource"],[259,0,1,"getOdometerConfig","getOdometerConfig"],[260,0,1,"setOdometerConfig","setOdometerConfig"],[261,0,1,"getSensorRange","getSensorRange"],[262,0,1,"setSensorRange","setSensorRange"],[263,0,1,"setSensorRange","setSensorRange(2)"],[264,0,1,"getGpioConfig","getGpioConfig"],[265,0,1,"setGpioConfig","setGpioConfig"],[266,0,1,"getGpioState","getGpioState"],[267,0,1,"setGpioState","setGpioState"],[268,0,1,"getEventTriggerMode","getEventTriggerMode"],[269,0,1,"setEventTriggerMode","setEventTriggerMode"],[270,0,1,"getEventTriggerConfig","getEventTriggerConfig"],[271,0,1,"setEventTriggerConfig","setEventTriggerConfig"],[272,0,1,"getEventActionConfig","getEventActionConfig"],[273,0,1,"setEventActionConfig","setEventActionConfig"],[274,0,1,"getAntennaLeverArmCal","getAntennaLeverArmCal"],[275,0,1,"setAntennaLeverArmCal","setAntennaLeverArmCal"],[276,0,1,"getRelativePositionReference","getRelativePositionReference"],[277,0,1,"setRelativePositionReference","setRelativePositionReference"],[278,0,1,"getLeverArmReferenceOffset","getLeverArmReferenceOffset"],[279,0,1,"setLeverArmReferenceOffset","setLeverArmReferenceOffset"],[280,0,1,"sendExternalSpeedMeasurementUpdate","sendExternalSpeedMeasurementUpdate"],[281,0,1,"getSpeedMeasurementOffset","getSpeedMeasurementOffset"],[282,0,1,"setSpeedMeasurementOffset","setSpeedMeasurementOffset"],[283,0,1,"getGnssSignalConfig","getGnssSignalConfig"],[284,0,1,"setGnssSignalConfig","setGnssSignalConfig"],[285,0,1,"rtkEnabled","rtkEnabled"],[286,0,1,"enableRtk","enableRtk"],[287,0,1,"getEventTriggerStatus","getEventTriggerStatus"],[288,0,1,"getEventActionStatus","getEventActionStatus"],[289,0,1,"getNmeaMessageFormat","getNmeaMessageFormat"],[290,0,1,"setNmeaMessageFormat","setNmeaMessageFormat"],[291,0,1,"getAidingMeasurementReferenceFrames","getAidingMeasurementReferenceFrames"],[292,0,1,"setAidingMeasurementReferenceFrames","setAidingMeasurementReferenceFrames"],[293,0,1,"getAidingMeasurementReferenceFrame","getAidingMeasurementReferenceFrame"],[294,0,1,"setAidingMeasurementReferenceFrame","setAidingMeasurementReferenceFrame"],[295,0,1,"setAidingMeasurementResponseMode","setAidingMeasurementResponseMode"],[296,0,1,"getAidingMeasurementResponseMode","getAidingMeasurementResponseMode"],[297,0,1,"sendAidingMeasurement","sendAidingMeasurement"],[298,0,1,"sendAidingMeasurement_readEcho","sendAidingMeasurement_readEcho"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/InertialNode-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/InertialNode-SummaryToolTips.js deleted file mode 100644 index 3d685ab42..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/InertialNode-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:InertialNode",{121:"
InertialNode
A class representing a MicroStrain Inertial Node
",122:"
explicit InertialNode(
Connection connection
) : MipNode(connection)
Creates an InertialNode object.
",123:"
MipDataPackets getDataPackets(
uint32 timeout = 0,
uint32 maxPackets = 0
)
Gets up to the requested amount of data packets that have been collected.
",124:"
uint32 totalPackets()
Gets the total number of data packets that are currently in the buffer.
",125:"
void pollData(
MipTypes::DataClass dataClass,
const MipTypes::MipChannelFields &fields = MipTypes::MipChannelFields()
)
Polls the device for a message with the specified fields, for the specified data class.  This will cause the device to send a single data packet.
",126:"
uint16 getDataRateBase(
MipTypes::DataClass dataClass
) const
Gets the Data decimation base for the data rate calculations of the specified <InertialType>.
",127:"
MipChannels getActiveChannelFields(
MipTypes::DataClass dataClass
)
Gets the current active channel fields for the specified MipTypes::DataClass.
",128:"
void setActiveChannelFields(
MipTypes::DataClass dataClass,
const MipChannels &channels
)
Sets the current active channel fields for the specified MipTypes::DataClass.  Note that this function does not add to the existing message format (active channels), but overwrites it entirely.
",129:"
void setFactoryStreamingChannels(
InertialTypes::FactoryStreamingOption option
)
Applies the factory streaming channels to the message format based on the specified action option.
",130:"
DeviceCommPort getInterfaceControl(
const uint8 interfaceId
) const
Gets the current comm port interface configuration for the specified ID.  This includes the port type, ID and input/output protocols currently configured.
",131:"
void setInterfaceControl(
const DeviceCommPort &portInterface
)
Sets the specified comm port interface configuration for the node.  Note: See the device\'s manual for possible configurations and limitations.
",132:"
void setInterfaceControl(
const uint8 interfaceId,
const DeviceCommPort::Protocol inputProtocols,
const DeviceCommPort::Protocol outputProtocols
)
Sets the specified comm port interface configuration for the node.  Note: See the device\'s manual for possible configurations and limitations.
",133:"
uint8 getCommunicationMode() override
Gets the current communication mode that the node is in.
",134:"
void setCommunicationMode(
uint8 communicationMode
) override
Sets the communication mode for the node.  Note: The node info will be reset when doing this and therefore will require being fetched again the next time it is requested.
",135:"
bool isDataStreamEnabled(
MipTypes::DataClass dataClass
)
Checks whether continuous data streaming is enabled for the specified data class.
",136:"
void enableDataStream(
MipTypes::DataClass dataClass,
bool enable = true,
bool resumeStreaming = true
)
Enables or disables continuous data streaming for the node.
",137:"
void resetFilter()
Resets the filter to the initialize state.  Note: If the auto-initialization feature is disabled, the initial attitude or heading must be set in order to enter the run state after a reset.
",138:"
void runFilter()
Runs the filter when configured to wait in initialization for Run command.  Note: Most devices run when initial values are sent - see the device DCP for details regarding supported commands and filter initialization workflows.
",139:"
bool getAutoInitialization()
Gets the state of the automatic initialization upon device startup.
",140:"
void setAutoInitialization(
bool enable
)
Sets the state of the automatic initialization upon device startup.
",141:"
bool getAltitudeAid()
Gets the state of the altitude aid upon device startup.
",142:"
void setAltitudeAid(
bool enable
)
Sets the state of the altitude aid upon device startup.
",143:"
bool getPitchRollAid()
Gets the state of the pitch/roll aid upon device startup.
",144:"
void setPitchRollAid(
bool enable
)
Sets the state of the pitch/roll aid upon device startup.
",145:"
void enableVerticalGyroConstraint(
bool enable
)
Enables or disables the Vertical Gyro Constraint control.
",146:"
bool verticalGyroConstraintEnabled() const
Gets the enabled/disabled state of the Vertical Gyro Constraint control.
",147:"
void enableWheeledVehicleConstraint(
bool enable
)
Enables or disables the Wheeled Vehicle Constraint control.
",148:"
bool wheeledVehicleConstraintEnabled() const
Gets the enabled/disabled state of the Wheeled Vehicle Constraint control.
",149:"
void setVelocityZUPT(
const ZUPTSettingsData &ZUPTSettings
)
Sets the state of the velocity ZUPT control.
",150:"
ZUPTSettingsData getVelocityZUPT()
Gets the state of the velocity ZUPT control.
",151:"
void setAngularRateZUPT(
const ZUPTSettingsData &ZUPTSettings
)
Sets the state of the angular rate ZUPT control.
",152:"
ZUPTSettingsData getAngularRateZUPT()
Gets the state of the angular rate ZUPT control.
",153:"
void setInitialAttitude(
const EulerAngles &attitude
)
Sets the initial attitude.  Note: This command can only be issued in the "INIT" state and should be used with a good estimate of the vehicle attitude.
",154:"
void setInitialHeading(
float heading
)
Sets the initial heading.  Note: This command can only be issued in the "INIT" state and should be used with a good estimate of heading. The device will use this value in conjunction with the output of the accelerometers to determine the initial attitude estimate.
",155:"
FilterInitializationValues getInitialFilterConfiguration()
Gets the initial filter configuration values.
",156:"
void setInitialFilterConfiguration(
FilterInitializationValues filterConfig
)
Sets the initial filter configuration values.  Note: Changes from this command will only be applied if the filter is in the Initialization state (not Running) or on filter reset.
",157:"
EulerAngles getSensorToVehicleRotation_eulerAngles()
Gets the sensor to vehicle frame rotation using roll, pitch, and yaw Euler angles.  These angles define the rotation from the sensor body from to the fixed vehicle frame.  Note: The rotation is stored in the device as a quaternion. When Euler angles are read back from the device, they may not be equivalent in value to the Euler angles used to set the rotation, but they are functionally equivalent.
",158:"
void setSensorToVehicleRotation_eulerAngles(
const EulerAngles &angles
)
Sets the sensor to vehicle frame rotation using roll, pitch, and yaw Euler angles (in radians).  These angles define the rotation from the sensor body from to the fixed vehicle frame.  Note: The rotation is stored in the device as a quaternion. When Euler angles are read back from the device, they may not be equivalent in value to the Euler angles used to set the rotation, but they are functionally equivalent.
",159:"
Matrix_3x3 getSensorToVehicleRotation_matrix()
Gets the sensor to vehicle frame rotation in a row-major direction cosine matrix format.  This matrix defines the rotation from the sensor body from to the fixed vehicle frame.  Note: The rotation is stored in the device as a quaternion. When the matrix values are read back from the device, they may not be equivalent in value to the values used to set the rotation, but they are functionally equivalent.
",160:"
void setSensorToVehicleRotation_matrix(
const Matrix_3x3 &dcm
)
Sets the sensor to vehicle frame rotation with a row-major direction cosine matrix. The specified matrix must be orthonormal.  This matrix defines the rotation from the sensor body from to the fixed vehicle frame.  Note: The rotation is stored in the device as a quaternion. When the matrix values are read back from the device, they may not be equivalent in value to the values used to set the rotation, but they are functionally equivalent.
",161:"
Quaternion getSensorToVehicleRotation_quaternion()
Gets the sensor to vehicle frame rotation in quaternion format.  This quaternion defines the rotation from the sensor body from to the fixed vehicle frame.  Note: When the quaternion elements are read back from the device, they may not be equivalent in value to the quaternion used to set the rotation, due to normalization.
",162:"
void setSensorToVehicleRotation_quaternion(
const Quaternion &rotation
)
Sets the sensor to vehicle frame rotation in quaternion format.  This quaternion defines the rotation from the sensor body from to the fixed vehicle frame.  Note: When the quaternion elements are read back from the device, they may not be equivalent in value to the quaternion used to set the rotation, due to normalization.
",163:"
EulerAngles getSensorToVehicleTransform_eulerAngles()
Gets the sensor to vehicle frame transformation using roll, pitch, and yaw Euler angles.  These angles define the transformation from the sensor body from to the fixed vehicle frame.  Note: The transformation is stored in the device as a quaternion. When Euler angles are read back from the device, they may not be equivalent in value to the Euler angles used to set the transformation, but they are functionally equivalent.
",164:"
void setSensorToVehicleTransform_eulerAngles(
const EulerAngles &angles
)
Sets the sensor to vehicle frame transformation using roll, pitch, and yaw Euler angles (in radians).  These angles define the transformation from the sensor body from to the fixed vehicle frame.  Note: The transformation is stored in the device as a quaternion. When Euler angles are read back from the device, they may not be equivalent in value to the Euler angles used to set the transformation, but they are functionally equivalent.
",165:"
Matrix_3x3 getSensorToVehicleTransform_matrix()
Gets the sensor to vehicle frame transformation in a row-major direction cosine matrix format.  This matrix defines the transformation from the sensor body from to the fixed vehicle frame.  Note: The transformation is stored in the device as a quaternion. When the matrix values are read back from the device, they may not be equivalent in value to the values used to set the transformation, but they are functionally equivalent.
",166:"
void setSensorToVehicleTransform_matrix(
const Matrix_3x3 &dcm
)
Sets the sensor to vehicle frame transformation with a row-major direction cosine matrix. The specified matrix must be orthonormal.  This matrix defines the transformation from the sensor body from to the fixed vehicle frame.  Note: The transformation is stored in the device as a quaternion. When the matrix values are read back from the device, they may not be equivalent in value to the values used to set the transformation, but they are functionally equivalent.
",167:"
Quaternion getSensorToVehicleTransform_quaternion()
Gets the sensor to vehicle frame transformation in quaternion format.  This quaternion defines the transformation from the sensor body from to the fixed vehicle frame.  Note: When the quaternion elements are read back from the device, they may not be equivalent in value to the quaternion used to set the transformation, due to normalization.
",168:"
void setSensorToVehicleTransform_quaternion(
const Quaternion &transformation
)
Sets the sensor to vehicle frame transformation in quaternion format.  This quaternion defines the transformation from the sensor body from to the fixed vehicle frame.  Note: When the quaternion elements are read back from the device, they may not be equivalent in value to the quaternion used to set the transformation, due to normalization.
",169:"
PositionOffset getSensorToVehicleOffset()
Gets the sensor to vehicle frame offset, expressed in the sensor frame.
",170:"
void setSensorToVehicleOffset(
const PositionOffset &offset
)
Sets the sensor to vehicle frame offset, expressed in the sensor frame.
",171:"
PositionOffset getAntennaOffset()
Gets the antenna offset, expressed in the sensor frame.
",172:"
void setAntennaOffset(
const PositionOffset &offset
)
Sets the antenna offset, expressed in the sensor frame.
",173:"
bool getGNSSAssistedFixControl()
Gets the GNSS Assisted Fix Control.
",174:"
void setGNSSAssistedFixControl(
bool enableAssistedFix
)
Sets the GNSS Assisted Fix Control.
",175:"
TimeUpdate getGNSSAssistTimeUpdate()
Gets the GNSS Assisted Time Update.
",176:"
void setGNSSAssistTimeUpdate(
const TimeUpdate &timeUpdate
)
Sets the GNSS Assist Time Update.
",177:"
mscl::uint32 getGPSTimeUpdate(
MipTypes::TimeFrame timeFrame
)
Gets the GPS time update.
",178:"
void setGPSTimeUpdate(
MipTypes::TimeFrame,
mscl::uint32 timeData
)
Sets the GPS Time Update.
",179:"
void setConstellationSettings(
const ConstellationSettingsData &dataToUse
)
Sets the GNSS Constellation Settings.
",180:"
ConstellationSettingsData getConstellationSettings()
Gets the GNSS Constellation Settings.
",181:"
void setSBASSettings(
const SBASSettingsData &dataToUse
)
Sets the GNSS SBAS Settings.
",182:"
SBASSettingsData getSBASSettings()
Gets the GNSS SBAS Settings.
",183:"
void setAccelerometerBias(
const GeometricVector &biasVector
)
Sets the Accelerometer Bias.
",184:"
GeometricVector getAccelerometerBias()
Gets the Accelerometer Bias.
",185:"
void setGyroBias(
const GeometricVector &biasVector
)
Sets the Gyro Bias.
",186:"
GeometricVector getGyroBias()
Gets the Gyro Bias vector.
",187:"
GeometricVector captureGyroBias(
const uint16 &samplingTime
)
Runs the Gyro Bias capture routine on the inertial device.
",188:"
void setMagnetometerSoftIronMatrix(
const Matrix_3x3 &matrix
)
Sets the Magnetometer Soft Iron matrix.
",189:"
Matrix_3x3 getMagnetometerSoftIronMatrix()
Gets the Magnetometer Soft Iron matrix.
",190:"
void setMagnetometerHardIronOffset(
const GeometricVector &offsetVector
)
Sets the magnetometer hard iron offset vector.
",191:"
GeometricVector getMagnetometerHardIronOffset()
Gets the magnetometer hard iron offset vector.
",192:"
void setConingAndScullingEnable(
bool enable
)
Enables/disables coning and sculling.
",193:"
bool getConingAndScullingEnable()
determines whether coning and sculling are enabled.
",194:"
void setLowPassFilterSettings(
const LowPassFilterConfig &data
) const
Sets the low-pass filter settings.
",195:"
LowPassFilterConfig getLowPassFilterSettings(
const MipTypes::MipChannelFields &dataDescriptors
) const
Gets the current low-pass filter settings for the given data descriptors
",196:"
void setComplementaryFilterSettings(
const ComplementaryFilterData &data
)
Sets the complementary filter settings.
",197:"
ComplementaryFilterData getComplementaryFilterSettings()
Gets the current complementary filter settings.
",198:"
DeviceStatusData getBasicDeviceStatus()
Gets the basic device status.
",199:"
DeviceStatusData getDiagnosticDeviceStatus()
Gets the diagnostic device status.
",200:"
void sendRawRTCM_2_3Message(
const RTCMMessage &theMessage
)
Sends a raw RTCM 2.3 message.
",201:"
void setVehicleDynamicsMode(
const InertialTypes::VehicleModeType &mode
)
Sets the vehicle dynamics mode.
",202:"
InertialTypes::VehicleModeType getVehicleDynamicsMode()
Gets the vehicle dynamics mode.
",203:"
void setEstimationControlFlags(
const EstimationControlOptions &flags
)
Sets the estimation control flags.
",204:"
EstimationControlOptions getEstimationControlFlags()
Gets the estimation control flags.
",205:"
Sets the estimation control flags.
",206:"
Gets the estimation control flags.
",207:"
void sendExternalGNSSUpdate(
const ExternalGNSSUpdateData &gnssUpdateData
)
sends the external GNSS update command.
",208:"
void setHeadingUpdateControl(
const HeadingUpdateOptions &headingUpdateOptions
)
Sets the heading update control flags.
",209:"
void tareOrientation(
const TareAxisValues &axisValue
)
uses device orientation relative to the NED frame as the sensor to vehicle rotation.
",210:"
HeadingUpdateOptions getHeadingUpdateControl()
Gets the heading update control flags.
",211:"
void setGravityErrorAdaptiveMeasurement(
const AdaptiveMeasurementData &data
)
Sets the gravity magnitude error adaptive measurement settings.
",212:"
AdaptiveMeasurementData getGravityErrorAdaptiveMeasurement()
Gets the gravity magnitude error adaptive measurement settings.
",213:"
void setMagnetometerErrorAdaptiveMeasurement(
const AdaptiveMeasurementData &data
)
Sets the magnetometer magnitude error adaptive measurement settings.
",214:"
AdaptiveMeasurementData getMagnetometerErrorAdaptiveMeasurement()
Gets the magnetometer magnitude error adaptive measurement settings.
",215:"
void setMagDipAngleErrorAdaptiveMeasurement(
const AdaptiveMeasurementData &data
)
Sets the magnetometer dip angle error adaptive measurement settings.
",216:"
AdaptiveMeasurementData getMagDipAngleErrorAdaptiveMeasurement()
Gets the magnetometer dip angle error adaptive measurement settings.
",217:"
void setMagNoiseStandardDeviation(
const GeometricVector &data
)
Sets the magnetometer noise standard deviation.
",218:"
GeometricVector getMagNoiseStandardDeviation()
Gets the magnetometer noise standard deviation.
",219:"
void setGravNoiseStandardDeviation(
const GeometricVector &data
)
Sets the gravity noise standard deviation.
",220:"
GeometricVector getGravNoiseStandardDeviation()
Gets the gravity noise standard deviation.
",221:"
void setAccelNoiseStandardDeviation(
const GeometricVector &data
)
Sets the accelerometer noise standard deviation.
",222:"
GeometricVector getAccelNoiseStandardDeviation()
Gets the accelerometer noise standard deviation.
",223:"
void setGyroNoiseStandardDeviation(
const GeometricVector &data
)
Sets the gyroscope noise standard deviation.
",224:"
GeometricVector getGyroNoiseStandardDeviation()
Gets the gyroscope noise standard deviation.
",225:"
void setPressureAltNoiseStandardDeviation(
const float &data
)
Sets the pressure altitude noise standard deviation.
",226:"
float getPressureAltNoiseStandardDeviation()
Gets the pressure altitude noise standard deviation.
",227:"
void setHardIronOffsetProcessNoise(
const GeometricVector &data
)
Sets the hard iron offset process noise.
",228:"
GeometricVector getHardIronOffsetProcessNoise()
Gets the hard iron offset process noise.
",229:"
void setAccelBiasModelParams(
const GeometricVectors &data
)
Sets the accelerometer bias model parameters.
",230:"
GeometricVectors getAccelBiasModelParams()
Gets the accelerometer bias model parameters.
",231:"
void setGyroBiasModelParams(
const GeometricVectors &data
)
Sets the gyroscope bias model parameters.
",232:"
GeometricVectors getGyroBiasModelParams()
Gets the gyroscope bias model parameters.
",233:"
void setSoftIronMatrixProcessNoise(
const Matrix_3x3 &data
)
Sets the soft iron matrix process noise.
",234:"
Matrix_3x3 getSoftIronMatrixProcessNoise()
Gets the soft iron matrix process noise.
",235:"
void setFixedReferencePosition(
const FixedReferencePositionData &data
)
Sets the FixedReferencePositionData data for the specified command.
",236:"
FixedReferencePositionData getFixedReferencePosition()
Gets the FixedReferencePositionData data for the specified command.
",237:"
void setGPSDynamicsMode(
const InertialTypes::GPSDynamicsMode &data
)
Sets the GPSDynamicsMode.
",238:"
InertialTypes::GPSDynamicsMode getGPSDynamicsMode() const
Gets the GPSDynamicsMode data for this device.
",239:"
void setDevicePowerState(
const InertialTypes::DeviceSelector &device,
const InertialTypes::PowerState &data
)
Sets the PowerState for the specified device.
",240:"
InertialTypes::PowerState getDevicePowerState(
const InertialTypes::DeviceSelector &device
) const
Gets the PowerState for the specified device.
",241:"
void setDeviceStreamFormat(
const InertialTypes::DeviceSelector &device,
const InertialTypes::StreamFormat &data
)
Sets the StreamFormat for the specified device.
",242:"
InertialTypes::StreamFormat getDeviceStreamFormat(
const InertialTypes::DeviceSelector &device
) const
Gets the StreamFormat for the specified device.
",243:"
void setSignalConditioningSettings(
const SignalConditioningValues &data
)
Sets the signal conditioning settings for the node.
",244:"
SignalConditioningValues getSignalConditioningSettings() const
Gets the signal conditioning settings for the node.
",245:"
void setEnableDisableMeasurements(
const EnableDisableMeasurements &data
)
Enables/disables estimation filter measurement options for the node.
",246:"
EnableDisableMeasurements getEnableDisableMeasurements() const
Gets the currently enabled estimation filter measurement options for the node.
",247:"
void setGravityNoiseMinimum(
const GeometricVector &data
)
Sets the gravity noise minimum for the device.
",248:"
GeometricVector getGravityNoiseMinimum() const
Gets the current gravity noise minimum for the device.
",249:"
void sendExternalHeadingUpdate(
const HeadingData &headingData
)
sends the external heading update command.
",250:"
void sendExternalHeadingUpdate(
const HeadingData &headingData,
const TimeUpdate &timestamp
)
sends the external heading update command.
",251:"
bool aidingMeasurementEnabled(
InertialTypes::AidingMeasurementSource aidingSource
) const
sends the Aiding Measurement Enable command (0x0D, 0x50) to check whether the specified aiding source is currently enabled.
",252:"
void enableDisableAidingMeasurement(
InertialTypes::AidingMeasurementSource aidingSource,
bool enable
)
sends the Aiding Measurement Enable command (0x0D, 0x50) to enable/disable the specified aiding source.
",253:"
AutoAdaptiveFilterOptions getAdaptiveFilterOptions() const
sends the Adaptive Filter Options command (0x0D, 0x53) to get the currently configured auto-adaptive filtering options.
",254:"
void setAdaptiveFilterOptions(
AutoAdaptiveFilterOptions options
)
sends the Adaptive Filter Options command (0x0D, 0x53) to set the auto-adaptive filtering options to the specified values.
",255:"
PositionOffset getMultiAntennaOffset(
uint8 receiverId
) const
sends the Multi Antenna Offset command (0x0D, 0x54) to get the currently configured antenna offset for the specified receiver ID.
",256:"
void setMultiAntennaOffset(
uint8 receiverId,
PositionOffset offset
)
sends the Aiding Measurement Enable command (0x0D, 0x50) to set the position offset of the specified receiver ID.
",257:"
InertialTypes::PpsSource getPpsSource() const
Gets the PPS source currently configured on the device.
",258:"
void setPpsSource(
InertialTypes::PpsSource ppsSource
)
Sets the PPS source.
",259:"
OdometerConfiguration getOdometerConfig() const
Gets the currently configured odometer settings.
",260:"
void setOdometerConfig(
OdometerConfiguration config
)
Set the odometer configuration.
",261:"
SensorRange getSensorRange(
SensorRange::Type sensorRangeType
) const
Gets the currently configured sensor range for the specified sensor (accelerometer, gyroscope, etc.).
",262:"
void setSensorRange(
SensorRange range
)
Set the specified sensor range. This will only work with a SensorRange object from the device features SupportedSensorRanges object or read from the device with getSensorRange.
",263:"
void setSensorRange(
SensorRange::Type type,
uint8 rangeId
)
",264:"
GpioConfiguration getGpioConfig(
uint8 pin
) const
Gets the currently configured GPIO settings.
",265:"
void setGpioConfig(
GpioConfiguration config
)
Set the GPIO configuration.
",266:"
bool getGpioState(
uint8 pin
) const
Sends the GPIO State command (0x0C, 0x42) to get the current state of the specified pin.
",267:"
void setGpioState(
uint8 pin,
bool state
)
Sends the GPIO State command (0x0C, 0x42) to temporarily set the state of the specified pin.
",268:"
EventControlMode getEventTriggerMode(
uint8 instance
) const
Sends the Event Control command (0x0C, 0x2B) to get the current mode of the specified trigger.
",269:"
void setEventTriggerMode(
uint8 instance,
EventControlMode mode
) const
Sends the Event Control command (0x0C, 0x2B) to set the mode of the specified trigger.
",270:"
EventTriggerConfiguration getEventTriggerConfig(
uint8 instance
) const
Gets the currently configured event trigger settings for the specified trigger ID.
",271:"
void setEventTriggerConfig(
EventTriggerConfiguration config
) const
Set the event trigger configuration.
",272:"
EventActionConfiguration getEventActionConfig(
uint8 instance
) const
Gets an event action configuration.
",273:"
void setEventActionConfig(
EventActionConfiguration config,
bool validateSupported = true
) const
Set the event action configuration.
",274:"
AntennaLeverArmCalConfiguration getAntennaLeverArmCal() const
Gets the currently configured GNSS antenna lever arm calibration configuration.
",275:"
void setAntennaLeverArmCal(
AntennaLeverArmCalConfiguration config
)
Set the GNSS antenna lever arm calibration configuration.
",276:"
PositionReferenceConfiguration getRelativePositionReference() const
Gets the currently configured reference for relative position values.
",277:"
void setRelativePositionReference(
PositionReferenceConfiguration ref
)
Set the reference for relative position values.
",278:"
PositionOffset getLeverArmReferenceOffset() const
Gets the currently configured lever arm reference point offset.
",279:"
void setLeverArmReferenceOffset(
PositionOffset offset
) const
Set the lever arm offset for the reference point.
",280:"
void sendExternalSpeedMeasurementUpdate(
float tow,
float speed,
float unc
)
Sends an external speed measurement update to be used as a filter input.
",281:"
PositionOffset getSpeedMeasurementOffset() const
Gets the currently configured lever arm offset for the speed measurement.
",282:"
void setSpeedMeasurementOffset(
PositionOffset offset
)
Set the lever arm offset for the speed measurement.
",283:"
GnssSignalConfiguration getGnssSignalConfig() const
Gets the device\'s current GNSS signal configuration.
",284:"
void setGnssSignalConfig(
GnssSignalConfiguration config
)
Set the GNSS signal configuration.
",285:"
bool rtkEnabled() const
Reads whether RTK input is currently enabled on the device.
",286:"
void enableRtk(
bool enable
)
Enables or disables RTK input into the device.
",287:"
EventTriggerStatus getEventTriggerStatus(
std::vector<uint8> instances = std::vector<uint8>()
) const
Sends the Event Trigger Status command (0x0C, 0x2C) to get the current status of the specified triggers.
",288:"
EventActionStatus getEventActionStatus(
std::vector<uint8> instances = std::vector<uint8>()
) const
Sends the Event Action Status command (0x0C, 0x2D) to get the current status of the specified actions.
",289:"
NmeaMessageFormats getNmeaMessageFormat() const
Gets the NMEA message formats currently configured to output on the device.
",290:"
void setNmeaMessageFormat(
NmeaMessageFormats nmeaFormats
) const
Sets the NMEA message formats to output on the device.
",291:"
MeasurementReferenceFrames getAidingMeasurementReferenceFrames(
Rotation::Format rotationFormat = Rotation::Format::EULER_ANGLES
) const
Get all aiding measurement reference frames configured on the device.
",292:"
void setAidingMeasurementReferenceFrames(
const MeasurementReferenceFrames &frames,
bool clearExcludedIds = false
) const
Set the aiding measurement reference frames on the device.
",293:"
MeasurementReferenceFrame getAidingMeasurementReferenceFrame(
uint8 id,
Rotation::Format rotationFormat = Rotation::Format::EULER_ANGLES
) const
Get the aiding measurement reference frame for the specified frame ID configured on the device.
",294:"
void setAidingMeasurementReferenceFrame(
uint8 id,
const MeasurementReferenceFrame &frame
) const
Set the aiding measurement reference frame for the specified frame ID on the device.
",295:"
void setAidingMeasurementResponseMode(
AidingMeasurementInput::ResponseMode mode
) const
Set the response mode for commanded aiding measurement inputs on the device (command set 0x13, sendAidingMeasurement function).
",296:"
AidingMeasurementInput::ResponseMode getAidingMeasurementResponseMode() const
Get the response mode for commanded aiding measurement inputs configured on the device (command set 0x13, sendAidingMeasurements function).
",297:"
void sendAidingMeasurement(
AidingMeasurementPosition measurement
) const
Send a commanded aiding measurement to the device (command set 0x13).
",298:"
AidingMeasurementPosition sendAidingMeasurement_readEcho(
AidingMeasurementPosition measurement
) const
Send a commanded aiding measurement to the device (command set 0x13) and read out the echoed measurement.  Important: only use this function if the Aiding Measurement Response Mode is set to <AidingMeasurementInput::ResponseMode::ECHO_INPUT> - otherwise use sendAidingMeasurement().
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/InertialNode-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/InertialNode-ToolTips.js deleted file mode 100644 index 60f0f8a02..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/InertialNode-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({19:"
Connection
The Connection object that is used for communication.
",89:"
GeometricVector
Defines a 3 dimensional, spatial vector.
",99:"
PositionOffset
Represents a position offset (x, y, z).
",236:"
FixedReferencePositionData getFixedReferencePosition()
Gets the FixedReferencePositionData data for the specified command.
",300:"
The enum for possible GPS dynamics modes.
",302:"
Dictates whether GNSS source is all internal, external, or single internal.
",329:"
The available device selectors.
",332:"
The available device power states.
",337:"
The available device data stream formats.
",434:"
The enum to represent the different available aiding measurement sources
",532:"
A string composing the RTCM message.
",539:"
A vector of NmeaMessageFormat objects.
",540:"
NmeaMessageFormat
Defines a NMEA message format.
",573:"
Matrix_3x3
Defines a 3 by 3 matrix.
",582:"
TimeUpdate
Contains time data for the GNSS_AssistTimeUpdate class.
",588:"
Contains the data for the AngularRateZUPTControl and VelocityZUPTControl classes.
",592:"
Contains the data for Set Reference Position command.
",597:"
Contains the data for the SBASSettings class.
",611:"
Contains the data for the InertialNode::setConstellationSettings API call.
",615:"
Contains the data for the InertialNode::setLowPassFilterSettings API call.
",626:"
Contains the data needed by the InertialNode::setComplementaryFilterSettings class.
",659:"
DeviceStatusData
Contains the data needed by the InertialNode::getBasicDeviceStatus method.
",691:"
Contains the data needed by the InertialNode::sendExternalGNSSUpdate method.
",706:"
Contains the possible sources of aiding heading updates to the Kalman filter.  Some, all, or none of the options can be set as heading aids.
",731:"
Struct to hold values for the Filter Initialization Config command.
",743:"
Contains the possible axis bitfield values.
",750:"
Controls which parameters are estimated by the Kalman Filter.  Some, all, or none of the options can be set as estimation controls.
",827:"
GnssSignalConfiguration
",859:"
OdometerConfiguration
",869:"
GPIO Feature options. Determines how the pin will be used
",876:"
GPIO Pin behavior
",981:"
A vector of EventTriggerInfo
",988:"
A vector of EventActionInfo
",989:"
MeasurementReferenceFrame
Represents a configurable Aiding Measurement reference frame (0x13,0x01)
",1002:"
EulerAngles
Represents generic Euler Angles (roll, pitch, yaw).
",1013:"
Quaternion
",1025:"
Possible formats for the Rotation object.
",1084:"
MipDataPacket
A Mip Data Packet that contains both valid and invalid data from a MIP Device.
",1094:"
The enums for all the different data classes of MIP data.
",1116:"
The enums to represent different time categories.
",1726:"
A vector of ChannelField enums.
",1873:"
AidingMeasurementInput
Base class for commanded aiding measurement types for command set 0x13 Aiding Measurement inputs
",1874:"
Response mode options for Aiding Measurement inputs (command set 0x13).
",1884:"
AidingMeasurementPosition
A class that represents position aiding measurement inputs. Extends AidingMeasurementInput.
",1912:"
AidingMeasurementVelocity
A class that represents velocity aiding measurement inputs. Extends AidingMeasurementInput.
",1930:"
AidingMeasurementHeading
A class that represents heading aiding measurement inputs. Extends AidingMeasurementInput.
",1972:"
Stores info related to device comm ports (id, type)
",1974:"
Available comm protocols that can be configured for UART ports NONE  - 0x00000000 - Not set MIP_COMMANDS - 0x00000001 - MIP commands MIP_DATA  - 0x00000002 - MIP data NMEA  - 0x00000004 - NMEA RTCM  - 0x00000008 - RTCM SPARTN  - 0x00000010 - SPARTN ALL  - 0x0000001F - All protocols
",1996:"
SensorRange
An object representing a configurable sensor range option
",1997:"
Sensor and unit identifiers for configurable Sensor Range command (0x0C,0x52) ALL  - 0x00 - All (save as startup, load startup, reset to default only) ACCEL_MS2  - 0x01 - Accelerometer in m/s^2 GYRO_DPS  - 0x02 - Gyroscope in degrees per second MAG_MG  - 0x03 - Magnetometer in mG PRESSURE_HPA - 0x04 - Pressure in hPa
",2006:"
SupportedSensorRanges
Structure to hold all info for looking up supported sensor ranges for a device
",2083:"
MipNode
Abstract base class for Inertial or RTK (MIP) devices
",2233:"
MipChannel
Represents a single "channel" or data descriptors that can make up an Inertial Device\'s message format
",3865:"
WirelessNode
A class representing a MicroStrain wireless node
",4522:"
typedef for a 2-byte unsigned integer.
",4610:"
Error
The generic MicroStrain exception (base class)
",4614:"
Error_NotSupported
A command/feature was attempted to be used that was not supported.
",4625:"
Error_Communication
The exception for failing to communicate with a device.
",4632:"
Error_Connection
The generic connection exception.
",4644:"
Error_MipCmdFailed
The Inertial command has failed
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/InertialNode.html b/v66.0.1/MSCL_API_Docs/classes/C/InertialNode.html deleted file mode 100644 index 16aa9274e..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/InertialNode.html +++ /dev/null @@ -1,1077 +0,0 @@ - - -InertialNode - - - - - - - -
-
InertialNode
-
public
MipNode
InertialNode
-

A class representing a MicroStrain Inertial Node

See Also

WirelessNode

-
- -
-
InertialNode
-
explicit InertialNode(
Connection connection
) : MipNode(connection)
-

Creates an InertialNode object.

Parameters
connection
Connection

The Connection object used for communication.

Exceptions
-
- -
-
getDataPackets
-
MipDataPackets getDataPackets(
uint32 timeout = 0,
uint32 maxPackets = 0
)
-

Gets up to the requested amount of data packets that have been collected.

Parameters
timeout
uint32

The timeout, in milliseconds, to wait for data if necessary (default of 0).

maxPackets
uint32

The maximum number of packets to return. If this is 0 (default), all packets will be returned.

Returns

A vector of MipDataPackets containing all the data packets that are available up to the requested number of packets.

Exceptions
-
- -
-
totalPackets
-
uint32 totalPackets()
-

Gets the total number of data packets that are currently in the buffer.

Returns

The total number of data packets that are currently in the buffer.

-
- -
-
pollData
-
void pollData(
MipTypes::DataClass dataClass,
const MipTypes::MipChannelFields &fields = MipTypes::MipChannelFields()
)
-

Polls the device for a message with the specified fields, for the specified data class.  This will cause the device to send a single data packet.

Parameters
dataClass
MipTypes::DataClass

The MipTypes::DataClass to poll the data for.

fields
const MipTypes::MipChannelFields&

The MipTypes::MipChannelFields to poll. If this is empty, the device will use its stored format.

Exceptions
-
- -
-
getDataRateBase
-
uint16 getDataRateBase(
MipTypes::DataClass dataClass
) const
-

Gets the Data decimation base for the data rate calculations of the specified <InertialType>.

Parameters
type

The MipTypes::DataClass to get the Data decimation base for.

Returns

The decimation base for the data rate calculations.

Exceptions
-
- -
-
getActiveChannelFields
-
MipChannels getActiveChannelFields(
MipTypes::DataClass dataClass
)
-

Gets the current active channel fields for the specified MipTypes::DataClass.

Parameters
dataClass
MipTypes::DataClass

The MipTypes::DataClass to get the current message format for.

Returns

An MipChannels object containing the channels that make up the data message format for the specified MipTypes::DataClass.

Exceptions
-
- -
-
setActiveChannelFields
-
void setActiveChannelFields(
MipTypes::DataClass dataClass,
const MipChannels &channels
)
-

Sets the current active channel fields for the specified MipTypes::DataClass.  Note that this function does not add to the existing message format (active channels), but overwrites it entirely.

Parameters
dataClass
MipTypes::DataClass

The MipTypes::DataClass to set the message format for.

channels
const MipChannels&

The MipChannels object containing the channels to set the message format to. Passing an empty MipChannels object will effectively disable all channels.

Exceptions
-
- -
-
setFactoryStreamingChannels
-
void setFactoryStreamingChannels(
InertialTypes::FactoryStreamingOption option
)
-

Applies the factory streaming channels to the message format based on the specified action option.

Parameters
option
InertialTypes::FactoryStreamingOption

The <InertialTypes::FactoryStreamingOption> action to apply the factory streaming channels (overwrite or add to current message format).

Exceptions
-
- -
-
getInterfaceControl
-
DeviceCommPort getInterfaceControl(
const uint8 interfaceId
) const
-

Gets the current comm port interface configuration for the specified ID.  This includes the port type, ID and input/output protocols currently configured.

Returns

The comm port configuration for the specified ID.

Exceptions
-
- -
-
setInterfaceControl
-
void setInterfaceControl(
const DeviceCommPort &portInterface
)
-

Sets the specified comm port interface configuration for the node.  Note: See the device's manual for possible configurations and limitations.

Parameters
portInterface
const DeviceCommPort&

The preconfigured comm port information to set

Exceptions
-
- -
-
setInterfaceControl
-
void setInterfaceControl(
const uint8 interfaceId,
const DeviceCommPort::Protocol inputProtocols,
const DeviceCommPort::Protocol outputProtocols
)
-

Sets the specified comm port interface configuration for the node.  Note: See the device's manual for possible configurations and limitations.

Parameters
interfaceId
const uint8

The interface ID to configure

inputProtocols
const DeviceCommPort::Protocol

The protocols to receive on the specified ID

outputProtocols
const DeviceCommPort::Protocol

The protocols to transmit on the specified ID

Exceptions
-
- -
-
getCommunicationMode
-
uint8 getCommunicationMode() override
-

Gets the current communication mode that the node is in.

Returns

The communication mode the node is in. This is an advanced command, and therefore the communication modes for your device should be researched to determine what each communication mode is.

Exceptions
-
- -
-
setCommunicationMode
-
void setCommunicationMode(
uint8 communicationMode
) override
-

Sets the communication mode for the node.  Note: The node info will be reset when doing this and therefore will require being fetched again the next time it is requested.

Parameters
communicationMode
uint8

The communication mode to set. This is an advanced command, and therefore the communication modes for your device should be researched to determine what each communication mode is.

Exceptions
-
- -
-
isDataStreamEnabled
-
bool isDataStreamEnabled(
MipTypes::DataClass dataClass
)
-

Checks whether continuous data streaming is enabled for the specified data class.

Parameters
dataClass
MipTypes::DataClass

The MipTypes::DataClass to enable/disable streaming for.

Exceptions
-
- -
-
enableDataStream
-
void enableDataStream(
MipTypes::DataClass dataClass,
bool enable = true,
bool resumeStreaming = true
)
-

Enables or disables continuous data streaming for the node.

Parameters
dataClass
MipTypes::DataClass

The MipTypes::DataClass to enable/disable streaming for.

enable
bool

Whether to enable (true) or disable (false) continuous streaming (Default of true).

resumeStreaming
bool

Whether to automatically resume streaming on enable (Default true). Does nothing if enable is false. Currently only applicable to the GQ7.

Exceptions
-
- -
-
resetFilter
-
void resetFilter()
-

Resets the filter to the initialize state.  Note: If the auto-initialization feature is disabled, the initial attitude or heading must be set in order to enter the run state after a reset.

Exceptions
-
- -
-
runFilter
-
void runFilter()
-

Runs the filter when configured to wait in initialization for Run command.  Note: Most devices run when initial values are sent - see the device DCP for details regarding supported commands and filter initialization workflows.

Exceptions
-
- -
-
getAutoInitialization
-
bool getAutoInitialization()
-

Gets the state of the automatic initialization upon device startup.

Returns

true if auto-initialization is enabled, false if it is disabled.

Exceptions
-
- -
-
setAutoInitialization
-
void setAutoInitialization(
bool enable
)
-

Sets the state of the automatic initialization upon device startup.

Parameters
enable
bool

Whether to enable (true) or disable(false) auto-initialization.

Exceptions
-
- -
-
getAltitudeAid
-
bool getAltitudeAid()
-

Gets the state of the altitude aid upon device startup.

Returns

true if altitude aiding is enabled, false if it is disabled.

Exceptions
-
- -
-
setAltitudeAid
-
void setAltitudeAid(
bool enable
)
-

Sets the state of the altitude aid upon device startup.

Parameters
enable
bool

Whether to enable (true) or disable(false) altitude aiding.

Exceptions
-
- -
-
getPitchRollAid
-
bool getPitchRollAid()
-

Gets the state of the pitch/roll aid upon device startup.

Returns

true if pitch/roll aiding is enabled, false if it is disabled.

Exceptions
-
- -
-
setPitchRollAid
-
void setPitchRollAid(
bool enable
)
-

Sets the state of the pitch/roll aid upon device startup.

Parameters
enable
bool

Whether to enable (true) or disable(false) pitch/roll aiding.

Exceptions
-
- -
-
enableVerticalGyroConstraint
-
void enableVerticalGyroConstraint(
bool enable
)
-

Enables or disables the Vertical Gyro Constraint control.

Parameters
bool

true: enable, false: disable

Exceptions
-
- -
-
verticalGyroConstraintEnabled
-
bool verticalGyroConstraintEnabled() const
-

Gets the enabled/disabled state of the Vertical Gyro Constraint control.

Returns

bool indicating whether or not the constraint is enabled

Exceptions
-
- -
-
enableWheeledVehicleConstraint
-
void enableWheeledVehicleConstraint(
bool enable
)
-

Enables or disables the Wheeled Vehicle Constraint control.

Parameters
bool

true: enable, false: disable

Exceptions
-
- -
-
wheeledVehicleConstraintEnabled
-
bool wheeledVehicleConstraintEnabled() const
-

Gets the enabled/disabled state of the Wheeled Vehicle Constraint control.

Returns

bool indicating whether or not the constraint is enabled

Exceptions
-
- -
-
setVelocityZUPT
-
void setVelocityZUPT(
const ZUPTSettingsData &ZUPTSettings
)
-

Sets the state of the velocity ZUPT control.

Parameters
ZUPTSettings
const ZUPTSettingsData&

the ZUPTSettingsData object containing whether ZUPT is enabled and the threshold.  Exceptions: - Error_NotSupported: The command is not supported by this Node.  - Error_Communication: There was no response to the command. The command timed out.  - Error_MipCmdFailed: The command has failed.  - Error_Connection: A connection error has occurred with the InertialNode.

-
- -
-
getVelocityZUPT
-
ZUPTSettingsData getVelocityZUPT()
-

Gets the state of the velocity ZUPT control.

Returns

the ZUPTSettingsData object containing whether ZUPT is enabled and the threshold.

Exceptions
-
- -
-
setAngularRateZUPT
-
void setAngularRateZUPT(
const ZUPTSettingsData &ZUPTSettings
)
-

Sets the state of the angular rate ZUPT control.

Parameters
ZUPTSettings
const ZUPTSettingsData&

the ZUPTSettingsData object containing whether ZUPT is enabled and the threshold.  Exceptions: - Error_NotSupported: The command is not supported by this Node.  - Error_Communication: There was no response to the command. The command timed out.  - Error_MipCmdFailed: The command has failed.  - Error_Connection: A connection error has occurred with the InertialNode.

-
- -
-
getAngularRateZUPT
-
ZUPTSettingsData getAngularRateZUPT()
-

Gets the state of the angular rate ZUPT control.

Returns

the ZUPTSettingsData object containing whether ZUPT is enabled and the threshold.

Exceptions
-
- -
-
setInitialAttitude
-
void setInitialAttitude(
const EulerAngles &attitude
)
-

Sets the initial attitude.  Note: This command can only be issued in the "INIT" state and should be used with a good estimate of the vehicle attitude.

Parameters
attitude
const EulerAngles&

The EulerAngles (in radians) representing the sensor body frame with respect to the local NED frame.

Exceptions
-
- -
-
setInitialHeading
-
void setInitialHeading(
float heading
)
-

Sets the initial heading.  Note: This command can only be issued in the "INIT" state and should be used with a good estimate of heading. The device will use this value in conjunction with the output of the accelerometers to determine the initial attitude estimate.

Parameters
heading
float

The heading to set (in radians).

Exceptions
-
- -
-
getInitialFilterConfiguration
-
FilterInitializationValues getInitialFilterConfiguration()
-

Gets the initial filter configuration values.

Exceptions
-
- -
-
setInitialFilterConfiguration
-
void setInitialFilterConfiguration(
FilterInitializationValues filterConfig
)
-

Sets the initial filter configuration values.  Note: Changes from this command will only be applied if the filter is in the Initialization state (not Running) or on filter reset.

Parameters
filterConfig
FilterInitializationValues

The FilterInitializationValues to set.

Exceptions
-
- -
-
getSensorToVehicleRotation_eulerAngles
-
EulerAngles getSensorToVehicleRotation_eulerAngles()
-

Gets the sensor to vehicle frame rotation using roll, pitch, and yaw Euler angles.  These angles define the rotation from the sensor body from to the fixed vehicle frame.  Note: The rotation is stored in the device as a quaternion. When Euler angles are read back from the device, they may not be equivalent in value to the Euler angles used to set the rotation, but they are functionally equivalent.

Returns

The EulerAngles object containing the roll, pitch, and yaw result (in radians).

Exceptions
-
- -
-
setSensorToVehicleRotation_eulerAngles
-
void setSensorToVehicleRotation_eulerAngles(
const EulerAngles &angles
)
-

Sets the sensor to vehicle frame rotation using roll, pitch, and yaw Euler angles (in radians).  These angles define the rotation from the sensor body from to the fixed vehicle frame.  Note: The rotation is stored in the device as a quaternion. When Euler angles are read back from the device, they may not be equivalent in value to the Euler angles used to set the rotation, but they are functionally equivalent.

Parameters
angles
const EulerAngles&

The EulerAngles object containing the roll, pitch, and yaw (in radians) to set.

Exceptions
-
- -
-
getSensorToVehicleRotation_matrix
-
Matrix_3x3 getSensorToVehicleRotation_matrix()
-

Gets the sensor to vehicle frame rotation in a row-major direction cosine matrix format.  This matrix defines the rotation from the sensor body from to the fixed vehicle frame.  Note: The rotation is stored in the device as a quaternion. When the matrix values are read back from the device, they may not be equivalent in value to the values used to set the rotation, but they are functionally equivalent.

Returns

The Matrix_3x3 object representing the sensor to vehicle frame rotation.

Exceptions
-
- -
-
setSensorToVehicleRotation_matrix
-
void setSensorToVehicleRotation_matrix(
const Matrix_3x3 &dcm
)
-

Sets the sensor to vehicle frame rotation with a row-major direction cosine matrix. The specified matrix must be orthonormal.  This matrix defines the rotation from the sensor body from to the fixed vehicle frame.  Note: The rotation is stored in the device as a quaternion. When the matrix values are read back from the device, they may not be equivalent in value to the values used to set the rotation, but they are functionally equivalent.

Parameters
dcm
const Matrix_3x3&

The Matrix_3x3 object containing the direction cosine matrix values to set.

Exceptions
-
- -
-
getSensorToVehicleRotation_quaternion
-
Quaternion getSensorToVehicleRotation_quaternion()
-

Gets the sensor to vehicle frame rotation in quaternion format.  This quaternion defines the rotation from the sensor body from to the fixed vehicle frame.  Note: When the quaternion elements are read back from the device, they may not be equivalent in value to the quaternion used to set the rotation, due to normalization.

Returns

The Quaternion object representing the sensor rotation.

Exceptions
-
- -
-
setSensorToVehicleRotation_quaternion
-
void setSensorToVehicleRotation_quaternion(
const Quaternion &rotation
)
-

Sets the sensor to vehicle frame rotation in quaternion format.  This quaternion defines the rotation from the sensor body from to the fixed vehicle frame.  Note: When the quaternion elements are read back from the device, they may not be equivalent in value to the quaternion used to set the rotation, due to normalization.

Parameters
rotation
const Quaternion&

The Quaternion object representing the sensor rotation to set.

Exceptions
-
- -
-
getSensorToVehicleTransform_eulerAngles
-
EulerAngles getSensorToVehicleTransform_eulerAngles()
-

Gets the sensor to vehicle frame transformation using roll, pitch, and yaw Euler angles.  These angles define the transformation from the sensor body from to the fixed vehicle frame.  Note: The transformation is stored in the device as a quaternion. When Euler angles are read back from the device, they may not be equivalent in value to the Euler angles used to set the transformation, but they are functionally equivalent.

Returns

The EulerAngles object containing the roll, pitch, and yaw result (in radians).

Exceptions
-
- -
-
setSensorToVehicleTransform_eulerAngles
-
void setSensorToVehicleTransform_eulerAngles(
const EulerAngles &angles
)
-

Sets the sensor to vehicle frame transformation using roll, pitch, and yaw Euler angles (in radians).  These angles define the transformation from the sensor body from to the fixed vehicle frame.  Note: The transformation is stored in the device as a quaternion. When Euler angles are read back from the device, they may not be equivalent in value to the Euler angles used to set the transformation, but they are functionally equivalent.

Parameters
angles
const EulerAngles&

The EulerAngles object containing the roll, pitch, and yaw (in radians) to set.

Exceptions
-
- -
-
getSensorToVehicleTransform_matrix
-
Matrix_3x3 getSensorToVehicleTransform_matrix()
-

Gets the sensor to vehicle frame transformation in a row-major direction cosine matrix format.  This matrix defines the transformation from the sensor body from to the fixed vehicle frame.  Note: The transformation is stored in the device as a quaternion. When the matrix values are read back from the device, they may not be equivalent in value to the values used to set the transformation, but they are functionally equivalent.

Returns

The Matrix_3x3 object representing the sensor to vehicle frame transformation.

Exceptions
-
- -
-
setSensorToVehicleTransform_matrix
-
void setSensorToVehicleTransform_matrix(
const Matrix_3x3 &dcm
)
-

Sets the sensor to vehicle frame transformation with a row-major direction cosine matrix. The specified matrix must be orthonormal.  This matrix defines the transformation from the sensor body from to the fixed vehicle frame.  Note: The transformation is stored in the device as a quaternion. When the matrix values are read back from the device, they may not be equivalent in value to the values used to set the transformation, but they are functionally equivalent.

Parameters
dcm
const Matrix_3x3&

The Matrix_3x3 object containing the direction cosine matrix values to set.

Exceptions
-
- -
-
getSensorToVehicleTransform_quaternion
-
Quaternion getSensorToVehicleTransform_quaternion()
-

Gets the sensor to vehicle frame transformation in quaternion format.  This quaternion defines the transformation from the sensor body from to the fixed vehicle frame.  Note: When the quaternion elements are read back from the device, they may not be equivalent in value to the quaternion used to set the transformation, due to normalization.

Returns

The Quaternion object representing the sensor transformation.

Exceptions
-
- -
-
setSensorToVehicleTransform_quaternion
-
void setSensorToVehicleTransform_quaternion(
const Quaternion &transformation
)
-

Sets the sensor to vehicle frame transformation in quaternion format.  This quaternion defines the transformation from the sensor body from to the fixed vehicle frame.  Note: When the quaternion elements are read back from the device, they may not be equivalent in value to the quaternion used to set the transformation, due to normalization.

Parameters
transformation
const Quaternion&

The Quaternion object representing the sensor transformation to set.

Exceptions
-
- -
-
getSensorToVehicleOffset
-
PositionOffset getSensorToVehicleOffset()
-

Gets the sensor to vehicle frame offset, expressed in the sensor frame.

Returns

The PositionOffset object containing the x, y, and z position (in meters) result.

Exceptions
-
- -
-
setSensorToVehicleOffset
-
void setSensorToVehicleOffset(
const PositionOffset &offset
)
-

Sets the sensor to vehicle frame offset, expressed in the sensor frame.

Parameters
offset
const PositionOffset&

The PositionOffset object containing the x, y, and z position (in meters) to set.

Exceptions
-
- -
-
getAntennaOffset
-
PositionOffset getAntennaOffset()
-

Gets the antenna offset, expressed in the sensor frame.

Returns

The PositionOffset object containing the x, y, and z position (in meters) result.

Exceptions
-
- -
-
setAntennaOffset
-
void setAntennaOffset(
const PositionOffset &offset
)
-

Sets the antenna offset, expressed in the sensor frame.

Parameters
offset
const PositionOffset&

The PositionOffset object containing the x, y, and z position (in meters) to set.

Exceptions
-
- -
-
getGNSSAssistedFixControl
-
bool getGNSSAssistedFixControl()
-

Gets the GNSS Assisted Fix Control.

Returns

bool indicating if assisted fix is enabled.

Exceptions
-
- -
-
setGNSSAssistedFixControl
-
void setGNSSAssistedFixControl(
bool enableAssistedFix
)
-

Sets the GNSS Assisted Fix Control.

Parameters
enableAssistedFix
bool

bool to either enable or disable assisted fix control for GNSS (true == enable).

Exceptions
-
- -
-
getGNSSAssistTimeUpdate
-
TimeUpdate getGNSSAssistTimeUpdate()
-

Gets the GNSS Assisted Time Update.

Returns

The GNSS Assist TimeUpdate.

Exceptions
-
- -
-
setGNSSAssistTimeUpdate
-
void setGNSSAssistTimeUpdate(
const TimeUpdate &timeUpdate
)
-

Sets the GNSS Assist Time Update.

Parameters
timeUpdate
const TimeUpdate&

The TimeUpdate object containing the new time to set.

Exceptions
-
- -
-
getGPSTimeUpdate
-
mscl::uint32 getGPSTimeUpdate(
MipTypes::TimeFrame timeFrame
)
-

Gets the GPS time update.

Parameters
timeFrame
MipTypes::TimeFrame

The MipTypes::TimeFrame object specifying what current time value to get, either weeks or seconds.

Returns

The current time for the specified value type.

Exceptions
-
- -
-
setGPSTimeUpdate
-
void setGPSTimeUpdate(
MipTypes::TimeFrame,
mscl::uint32 timeData
)
-

Sets the GPS Time Update.

Parameters
offset

The <TimeFrame> object specifying what current time value to set, either weeks or seconds.

time

the current time.

Exceptions
-
- -
-
setConstellationSettings
-
void setConstellationSettings(
const ConstellationSettingsData &dataToUse
)
-

Sets the GNSS Constellation Settings.

Parameters
dataToUse
const ConstellationSettingsData&

The ConstellationSettingsData object containing the data to set.

Exceptions
-
- -
-
constellationSettings
-
ConstellationSettingsData getConstellationSettings()
-

Gets the GNSS Constellation Settings.

Return

The ConstellationSettingsData object containing the data.

Exceptions
-
- -
-
setSBASSettings
-
void setSBASSettings(
const SBASSettingsData &dataToUse
)
-

Sets the GNSS SBAS Settings.

Parameters
dataToUse
const SBASSettingsData&

The SBASSettingsData object containing the data to set.

Exceptions
-
- -
-
getSBASSettings
-
SBASSettingsData getSBASSettings()
-

Gets the GNSS SBAS Settings.

Return

The SBASSettingsData object containing the data.

Exceptions
-
- -
-
setAccelerometerBias
-
void setAccelerometerBias(
const GeometricVector &biasVector
)
-

Sets the Accelerometer Bias.

Parameters
biasVector
const GeometricVector&

The GeometricVector object containing the vector to set.

Exceptions
-
- -
-
getAccelerometerBias
-
GeometricVector getAccelerometerBias()
-

Gets the Accelerometer Bias.

Returns

The GeometricVector object containing the vector.

Exceptions
-
- -
-
setGyroBias
-
void setGyroBias(
const GeometricVector &biasVector
)
-

Sets the Gyro Bias.

Parameters
biasVector
const GeometricVector&

The GeometricVector object containing the vector to set.

Exceptions
-
- -
-
getGyroBias
-
GeometricVector getGyroBias()
-

Gets the Gyro Bias vector.

Return

The GeometricVector object containing the vector.

Exceptions
-
- -
-
captureGyroBias
-
GeometricVector captureGyroBias(
const uint16 &samplingTime
)
-

Runs the Gyro Bias capture routine on the inertial device.

Parameters

The uint16 samplingTime.

Exceptions
-
- -
-
setMagnetometerSoftIronMatrix
-
void setMagnetometerSoftIronMatrix(
const Matrix_3x3 &matrix
)
-

Sets the Magnetometer Soft Iron matrix.

Parameters
matrix
const Matrix_3x3&

The Matrix_3x3 object containing the matrix to set.

Exceptions
-
- -
-
getMagnetometerSoftIronMatrix
-
Matrix_3x3 getMagnetometerSoftIronMatrix()
-

Gets the Magnetometer Soft Iron matrix.

Return

The GeometricVector object containing the matrix.

Exceptions
-
- -
-
setMagnetometerHardIronOffset
-
void setMagnetometerHardIronOffset(
const GeometricVector &offsetVector
)
-

Sets the magnetometer hard iron offset vector.

Parameters
offsetVector
const GeometricVector&

The GeometricVector object containing the vector to set.

Exceptions
-
- -
-
getMagnetometerHardIronOffset
-
GeometricVector getMagnetometerHardIronOffset()
-

Gets the magnetometer hard iron offset vector.

Return

The GeometricVector object containing the offset vector.

Exceptions
-
- -
-
setConingAndScullingEnable
-
void setConingAndScullingEnable(
bool enable
)
-

Enables/disables coning and sculling.

Parameters
enable
bool

whether to enable coning and sculling.

Exceptions
-
- -
-
getConingAndScullingEnable
-
bool getConingAndScullingEnable()
-

determines whether coning and sculling are enabled.

Return

bool indicating whether coning and sculling are enabled.

Exceptions
-
- -
-
setLowPassFilterSettings
-
void setLowPassFilterSettings(
const LowPassFilterConfig &data
) const
-

Sets the low-pass filter settings.

Parameters
data
const LowPassFilterConfig&

the new settings to set.

Exceptions
-
- -
-
getLowPassFilterSettings
-
LowPassFilterConfig getLowPassFilterSettings(
const MipTypes::MipChannelFields &dataDescriptors
) const
-

Gets the current low-pass filter settings for the given data descriptors

Parameter
dataDescriptors
const MipTypes::MipChannelFields&

the <MipType::ChannelField> data descriptors for which to return the current low-pass filter settings.

Return

LowPassFilterData settings.

Exceptions
-
- -
-
setComplementaryFilterSettings
-
void setComplementaryFilterSettings(
const ComplementaryFilterData &data
)
-

Sets the complementary filter settings.

Parameter
data
const ComplementaryFilterData&

the new settings to send.

Exceptions
-
- -
-
getComplementaryFilterSettings
-
ComplementaryFilterData getComplementaryFilterSettings()
-

Gets the current complementary filter settings.

Return
ComplementaryFilterData

The new settings.

Exceptions
-
- -
-
getBasicDeviceStatus
-
DeviceStatusData getBasicDeviceStatus()
-

Gets the basic device status.

Return
DeviceStatusData

The new settings.

Exceptions
-
- -
-
getDiagnosticDeviceStatus
-
DeviceStatusData getDiagnosticDeviceStatus()
-

Gets the diagnostic device status.

Return
DeviceStatusData

The new settings.

Exceptions
-
- -
-
sendRawRTCM_2_3Message
-
void sendRawRTCM_2_3Message(
const RTCMMessage &theMessage
)
-

Sends a raw RTCM 2.3 message.

Parameter
theMessage
const RTCMMessage&

the RTCM message to send.

Exceptions
-
- -
-
setVehicleDynamicsMode
-
void setVehicleDynamicsMode(
const InertialTypes::VehicleModeType &mode
)
-

Sets the vehicle dynamics mode.

Parameter
mode
const InertialTypes::VehicleModeType&

the new mode to send.

Exceptions
-
- -
-
getVehicleDynamicsMode
-
InertialTypes::VehicleModeType getVehicleDynamicsMode()
-

Gets the vehicle dynamics mode.

Return
VehicleModeType

The new mode.

Exceptions
-
- -
-
setEstimationControlFlags
-
void setEstimationControlFlags(
const EstimationControlOptions &flags
)
-

Sets the estimation control flags.

Parameter
flags
const EstimationControlOptions&

the new flags to send.

Exceptions
-
- -
-
getEstimationControlFlags
-
EstimationControlOptions getEstimationControlFlags()
-

Gets the estimation control flags.

Return
EstimationControlOptions

The current flags.

Exceptions
-
- -
-
setEstimationControlFlags
-

Sets the estimation control flags.

Parameter
gnssSource

the new mode to send.

Exceptions
-
- -
-
getEstimationControlFlags
-

Gets the estimation control flags.

Return
GNSS_Source

The new source.

Exceptions
-
- -
-
sendExternalGNSSUpdate
-
void sendExternalGNSSUpdate(
const ExternalGNSSUpdateData &gnssUpdateData
)
-

sends the external GNSS update command.

Parameter
gnssUpdateData
const ExternalGNSSUpdateData&

the data to send.

Exceptions
-
- -
-
setHeadingUpdateControl
-
void setHeadingUpdateControl(
const HeadingUpdateOptions &headingUpdateOptions
)
-

Sets the heading update control flags.

Parameter
headingUpdateOptions
const HeadingUpdateOptions&

the new options to send.

Exceptions
-
- -
-
tareOrientation
-
void tareOrientation(
const TareAxisValues &axisValue
)
-

uses device orientation relative to the NED frame as the sensor to vehicle rotation.

Parameters
axisValue
const TareAxisValues&

the TareAxisValues object indicating which axes to tare.

Exceptions
-
- -
-
getHeadingUpdateControl
-
HeadingUpdateOptions getHeadingUpdateControl()
-

Gets the heading update control flags.

Return
HeadingUpdateOptions

The current options.

Exceptions
-
- -
-
setGravityErrorAdaptiveMeasurement
-
void setGravityErrorAdaptiveMeasurement(
const AdaptiveMeasurementData &data
)
-

Sets the gravity magnitude error adaptive measurement settings.

Parameter
data
const AdaptiveMeasurementData&

the adaptive measurement settings to send.

Exceptions
-
- -
-
getGravityErrorAdaptiveMeasurement
-
AdaptiveMeasurementData getGravityErrorAdaptiveMeasurement()
-

Gets the gravity magnitude error adaptive measurement settings.

Return
AdaptiveMeasurementData

The current adaptive measurement settings.

Exceptions
-
- -
-
setMagnetometerErrorAdaptiveMeasurement
-
void setMagnetometerErrorAdaptiveMeasurement(
const AdaptiveMeasurementData &data
)
-

Sets the magnetometer magnitude error adaptive measurement settings.

Parameter
data
const AdaptiveMeasurementData&

the adaptive measurement settings to send.

Exceptions
-
- -
-
getMagnetometerErrorAdaptiveMeasurement
-
AdaptiveMeasurementData getMagnetometerErrorAdaptiveMeasurement()
-

Gets the magnetometer magnitude error adaptive measurement settings.

Return
AdaptiveMeasurementData

The current adaptive measurement settings.

Exceptions
-
- -
-
setMagDipAngleErrorAdaptiveMeasurement
-
void setMagDipAngleErrorAdaptiveMeasurement(
const AdaptiveMeasurementData &data
)
-

Sets the magnetometer dip angle error adaptive measurement settings.

Parameter
data
const AdaptiveMeasurementData&

the adaptive measurement settings to send.

Exceptions
-
- -
-
getMagDipAngleErrorAdaptiveMeasurement
-
AdaptiveMeasurementData getMagDipAngleErrorAdaptiveMeasurement()
-

Gets the magnetometer dip angle error adaptive measurement settings.

Return
AdaptiveMeasurementData

The current adaptive measurement settings.

Exceptions
-
- -
-
setMagNoiseStandardDeviation
-
void setMagNoiseStandardDeviation(
const GeometricVector &data
)
-

Sets the magnetometer noise standard deviation.

Parameter
data
const GeometricVector&

the GeometricVector to send.

Exceptions
-
- -
-
getMagNoiseStandardDeviation
-
GeometricVector getMagNoiseStandardDeviation()
-

Gets the magnetometer noise standard deviation.

Return
GeometricVector

The current magnetometer noise standard deviation.

Exceptions
-
- -
-
setGravNoiseStandardDeviation
-
void setGravNoiseStandardDeviation(
const GeometricVector &data
)
-

Sets the gravity noise standard deviation.

Parameter
data
const GeometricVector&

the GeometricVector to send.

Exceptions
-
- -
-
getGravNoiseStandardDeviation
-
GeometricVector getGravNoiseStandardDeviation()
-

Gets the gravity noise standard deviation.

Return
GeometricVector

The current gravity noise standard deviation.

Exceptions
-
- -
-
setAccelNoiseStandardDeviation
-
void setAccelNoiseStandardDeviation(
const GeometricVector &data
)
-

Sets the accelerometer noise standard deviation.

Parameter
data
const GeometricVector&

the GeometricVector to send.

Exceptions
-
- -
-
getAccelNoiseStandardDeviation
-
GeometricVector getAccelNoiseStandardDeviation()
-

Gets the accelerometer noise standard deviation.

Return
GeometricVector

The current accelerometer noise standard deviation.

Exceptions
-
- -
-
setGyroNoiseStandardDeviation
-
void setGyroNoiseStandardDeviation(
const GeometricVector &data
)
-

Sets the gyroscope noise standard deviation.

Parameter
data
const GeometricVector&

the GeometricVector to send.

Exceptions
-
- -
-
getGyroNoiseStandardDeviation
-
GeometricVector getGyroNoiseStandardDeviation()
-

Gets the gyroscope noise standard deviation.

Return
GeometricVector

The current gyroscope noise standard deviation.

Exceptions
-
- -
-
setPressureAltNoiseStandardDeviation
-
void setPressureAltNoiseStandardDeviation(
const float &data
)
-

Sets the pressure altitude noise standard deviation.

Parameter
data
const float&

the float to send.

Exceptions
-
- -
-
getPressureAltNoiseStandardDeviation
-
float getPressureAltNoiseStandardDeviation()
-

Gets the pressure altitude noise standard deviation.

Return
float

The current pressure altitude noise standard deviation.

Exceptions
-
- -
-
setHardIronOffsetProcessNoise
-
void setHardIronOffsetProcessNoise(
const GeometricVector &data
)
-

Sets the hard iron offset process noise.

Parameter
data
const GeometricVector&

the GeometricVector to send.

Exceptions
-
- -
-
getHardIronOffsetProcessNoise
-
GeometricVector getHardIronOffsetProcessNoise()
-

Gets the hard iron offset process noise.

Return
GeometricVector

The current hard iron offset process noise.

Exceptions
-
- -
-
setAccelBiasModelParams
-
void setAccelBiasModelParams(
const GeometricVectors &data
)
-

Sets the accelerometer bias model parameters.

Parameter
data
const GeometricVectors&

the collection of GeometricVector to send - contains two data points: bias beta values, and bias noise values.

Exceptions
-
- -
-
getAccelBiasModelParams
-
GeometricVectors getAccelBiasModelParams()
-

Gets the accelerometer bias model parameters.

Return
GeometricVector

The current accelerometer bias model parameters - returns two data points: bias beta values, and bias noise values.

Exceptions
-
- -
-
setGyroBiasModelParams
-
void setGyroBiasModelParams(
const GeometricVectors &data
)
-

Sets the gyroscope bias model parameters.

Parameter
data
const GeometricVectors&

the collection of GeometricVector to send - contains two data points: bias beta values, and bias noise values.

Exceptions
-
- -
-
getGyroBiasModelParams
-
GeometricVectors getGyroBiasModelParams()
-

Gets the gyroscope bias model parameters.

Return
GeometricVector

The current gyroscope bias model parameters - returns two data points: bias beta values, and bias noise values.

Exceptions
-
- -
-
setSoftIronMatrixProcessNoise
-
void setSoftIronMatrixProcessNoise(
const Matrix_3x3 &data
)
-

Sets the soft iron matrix process noise.

Parameter
data
const Matrix_3x3&

the collection of Matrix_3x3 to send.

Exceptions
-
- -
-
getSoftIronMatrixProcessNoise
-
Matrix_3x3 getSoftIronMatrixProcessNoise()
-

Gets the soft iron matrix process noise.

Return
Matrix_3x3

The current soft iron matrix process noise.

Exceptions
-
- -
-
setFixedReferencePosition
-
void setFixedReferencePosition(
const FixedReferencePositionData &data
)
-

Sets the FixedReferencePositionData data for the specified command.

Parameter
data
const FixedReferencePositionData&

the FixedReferencePositionData data to send.

Exceptions
-
- -
-
FixedReferencePositionData
-
FixedReferencePositionData getFixedReferencePosition()
-

Gets the FixedReferencePositionData data for the specified command.

Return
FixedReferencePositionData

the current fixed reference position settings.

Exceptions
-
- -
-
setGPSDynamicsMode
-
void setGPSDynamicsMode(
const InertialTypes::GPSDynamicsMode &data
)
-

Sets the GPSDynamicsMode.

Parameter
data
const InertialTypes::GPSDynamicsMode&

the GPSDynamicsMode data to send.

Exceptions
-
- -
-
getGPSDynamicsMode
-
InertialTypes::GPSDynamicsMode getGPSDynamicsMode() const
-

Gets the GPSDynamicsMode data for this device.

Return
GPSDynamicsMode

the current GPS dynamics mode setting.

Exceptions
-
- -
-
setDevicePowerState
-
void setDevicePowerState(
const InertialTypes::DeviceSelector &device,
const InertialTypes::PowerState &data
)
-

Sets the PowerState for the specified device.

Parameter
device
const InertialTypes::DeviceSelector&

the DeviceSelector for which to set the power state.

data
const InertialTypes::PowerState&

the PowerState to send.

Exceptions
-
- -
-
getDevicePowerState
-
InertialTypes::PowerState getDevicePowerState(
const InertialTypes::DeviceSelector &device
) const
-

Gets the PowerState for the specified device.

Parameter
device
const InertialTypes::DeviceSelector&

the DeviceSelector for which to get the power state.

Return
PowerState

the current power state of the specified device.

Exceptions
-
- -
-
setDeviceStreamFormat
-
void setDeviceStreamFormat(
const InertialTypes::DeviceSelector &device,
const InertialTypes::StreamFormat &data
)
-

Sets the StreamFormat for the specified device.

Parameter
device
const InertialTypes::DeviceSelector&

the DeviceSelector for which to set the data stream format.

data
const InertialTypes::StreamFormat&

the StreamFormat to send.

Exceptions
-
- -
-
getDeviceStreamFormat
-
InertialTypes::StreamFormat getDeviceStreamFormat(
const InertialTypes::DeviceSelector &device
) const
-

Gets the StreamFormat for the specified device.

Parameter
device
const InertialTypes::DeviceSelector&

the DeviceSelector for which to get the data stream format.

Return
StreamFormat

the current data stream format of the specified device.

Exceptions
-
- -
-
setSignalConditioningSettings
-
void setSignalConditioningSettings(
const SignalConditioningValues &data
)
-

Sets the signal conditioning settings for the node.

Parameter
data
const SignalConditioningValues&

the signal conditioning settings to send.

Exceptions
-
- -
-
getSignalConditioningSettings
-
SignalConditioningValues getSignalConditioningSettings() const
-

Gets the signal conditioning settings for the node.

Return
SignalConditioningValues

The current signal conditioning settings.

Exceptions
-
- -
-
setEnableDisableMeasurements
-
void setEnableDisableMeasurements(
const EnableDisableMeasurements &data
)
-

Enables/disables estimation filter measurement options for the node.

Parameter
data
const EnableDisableMeasurements&

the measurement options to send.

Exceptions
-
- -
-
getEnableDisableMeasurements
-
EnableDisableMeasurements getEnableDisableMeasurements() const
-

Gets the currently enabled estimation filter measurement options for the node.

Return
EnableDisableMeasurements

The currently enabled measurement options.

Exceptions
-
- -
-
setGravityNoiseMinimum
-
void setGravityNoiseMinimum(
const GeometricVector &data
)
-

Sets the gravity noise minimum for the device.

Parameter
data
const GeometricVector&

the gravity noise minimum to set

Exceptions
-
- -
-
getGravityNoiseMinimum
-
GeometricVector getGravityNoiseMinimum() const
-

Gets the current gravity noise minimum for the device.

Return
GeometricVector

The current gravity noise minimum.

Exceptions
-
- -
-
sendExternalHeadingUpdate
-
void sendExternalHeadingUpdate(
const HeadingData &headingData
)
-

sends the external heading update command.

Parameter
headingData
const HeadingData&

the new heading.

Exceptions
-
- -
-
sendExternalHeadingUpdate
-
void sendExternalHeadingUpdate(
const HeadingData &headingData,
const TimeUpdate &timestamp
)
-

sends the external heading update command.

Parameter
headingData
const HeadingData&

the new heading.

timestamp
const TimeUpdate&

the timestamp.  Improves accuracy in situations of high angular rate.

Exceptions
-
- -
-
aidingMeasurementEnabled
-
bool aidingMeasurementEnabled(
InertialTypes::AidingMeasurementSource aidingSource
) const
-

sends the Aiding Measurement Enable command (0x0D, 0x50) to check whether the specified aiding source is currently enabled.

Parameter
aidingSource
InertialTypes::AidingMeasurementSource

the AidingMeasurementSource to check.

Return
bool

The current state of the specified aiding measurement source - true: enabled, false: disabled.

Exceptions
-
- -
-
enableDisableAidingMeasurement
-
void enableDisableAidingMeasurement(
InertialTypes::AidingMeasurementSource aidingSource,
bool enable
)
-

sends the Aiding Measurement Enable command (0x0D, 0x50) to enable/disable the specified aiding source.

Parameter
aidingSource
InertialTypes::AidingMeasurementSource

the AidingMeasurementSource to enable/disable.

enable
bool

true: enable, false: disable

Exceptions
-
- -
-
getAdaptiveFilterOptions
-
AutoAdaptiveFilterOptions getAdaptiveFilterOptions() const
-

sends the Adaptive Filter Options command (0x0D, 0x53) to get the currently configured auto-adaptive filtering options.

Return
AutoAdaptiveFilterOptions

The current auto-adaptive filter options set on the device.

Exceptions
-
- -
-
setAdaptiveFilterOptions
-
void setAdaptiveFilterOptions(
AutoAdaptiveFilterOptions options
)
-

sends the Adaptive Filter Options command (0x0D, 0x53) to set the auto-adaptive filtering options to the specified values.

Parameter
options
AutoAdaptiveFilterOptions

the AutoAdaptiveFilterOptions to set.

Exceptions
-
- -
-
getMultiAntennaOffset
-
PositionOffset getMultiAntennaOffset(
uint8 receiverId
) const
-

sends the Multi Antenna Offset command (0x0D, 0x54) to get the currently configured antenna offset for the specified receiver ID.

Parameter
receiverId
uint8

the receiver ID to return the offset of.

Return
PositionOffset

The currently configured antenna offset of the specified receiver.

Exceptions
-
- -
-
setMultiAntennaOffset
-
void setMultiAntennaOffset(
uint8 receiverId,
PositionOffset offset
)
-

sends the Aiding Measurement Enable command (0x0D, 0x50) to set the position offset of the specified receiver ID.

Parameter
receiverId
uint8

the receiver ID.

offset
PositionOffset

the PositionOffset of the specified receiver.

Exceptions
-
- -
-
getPpsSource
-
InertialTypes::PpsSource getPpsSource() const
-

Gets the PPS source currently configured on the device.

Return
<InertialTypes::PpsSource>

The currently configured PPS source

Exceptions
-
- -
-
setPpsSource
-
void setPpsSource(
InertialTypes::PpsSource ppsSource
)
-

Sets the PPS source.

Parameter
ppsSource
InertialTypes::PpsSource

the <InertialTypes::PpsSource> PPS source.

Exceptions
-
- -
-
getOdometerConfig
-
OdometerConfiguration getOdometerConfig() const
-

Gets the currently configured odometer settings.

Return
OdometerConfiguration

The currently configured odometer settings

Exceptions
-
- -
-
setOdometerConfig
-
void setOdometerConfig(
OdometerConfiguration config
)
-

Set the odometer configuration.

Parameter
config
OdometerConfiguration

The OdometerConfiguration to apply.

Exceptions
-
- -
-
getSensorRange
-
SensorRange getSensorRange(
SensorRange::Type sensorRangeType
) const
-

Gets the currently configured sensor range for the specified sensor (accelerometer, gyroscope, etc.).

Parameter
sensorRangeType
SensorRange::Type

The SensorRange::Type sensor to check

Return
SensorRange

The currently configured sensor range for the specified sensor

Exceptions
-
- -
-
setSensorRange
-
void setSensorRange(
SensorRange range
)
-

Set the specified sensor range. This will only work with a SensorRange object from the device features SupportedSensorRanges object or read from the device with getSensorRange.

Parameter
range
SensorRange

The SensorRange to apply

Exceptions
-
- -
-
setSensorRange
-
void setSensorRange(
SensorRange::Type type,
uint8 rangeId
)
-
Set the specified sensor range to the range ID

you can find these IDs in the device manual or look them up from the device features SupportedSensorRanges object.

Parameter
type
SensorRange::Type

The SensorRange::Type to set

rangeId
uint8

The id representing a range value to apply

Exceptions
-
- -
-
getGpioConfig
-
GpioConfiguration getGpioConfig(
uint8 pin
) const
-

Gets the currently configured GPIO settings.

Return
GpioConfiguration

The currently configured GPIO settings

Exceptions
-
- -
-
setGpioConfig
-
void setGpioConfig(
GpioConfiguration config
)
-

Set the GPIO configuration.

Parameter
config
GpioConfiguration

the GpioConfiguration to apply.

Exceptions
-
- -
-
getGpioState
-
bool getGpioState(
uint8 pin
) const
-

Sends the GPIO State command (0x0C, 0x42) to get the current state of the specified pin.

Parameter
pin
uint8

The pin to return the state of.

Return
bool

The current state of the GPIO pin.

Exceptions
-
- -
-
setGpioState
-
void setGpioState(
uint8 pin,
bool state
)
-

Sends the GPIO State command (0x0C, 0x42) to temporarily set the state of the specified pin.

GPIO pin state can only be manually set if the pin GpioConfiguration::Feature is GPIO and the GpioConfiguration::GpioBehavior is Output (low or high).

Parameter
pin
uint8

The pin to set the state of.

state
bool

The on/off state to set the pin.

Exceptions
-
- -
-
getEventTriggerMode
-
EventControlMode getEventTriggerMode(
uint8 instance
) const
-

Sends the Event Control command (0x0C, 0x2B) to get the current mode of the specified trigger.

Parameter
instance
uint8

The trigger ID to get the mode of.

Return
EventControlMode

The current mode of the event trigger.

Exceptions
-
- -
-
setEventTriggerMode
-
void setEventTriggerMode(
uint8 instance,
EventControlMode mode
) const
-

Sends the Event Control command (0x0C, 0x2B) to set the mode of the specified trigger.

Parameter
instance
uint8

The trigger ID to control.

mode
EventControlMode

The mode to set the event trigger.

Exceptions
-
- -
-
getEventTriggerConfig
-
EventTriggerConfiguration getEventTriggerConfig(
uint8 instance
) const
-

Gets the currently configured event trigger settings for the specified trigger ID.

Parameter
instance
uint8

The trigger instance ID to get the information for.

Return
EventTriggerConfiguration

The currently configured event trigger settings

Exceptions
-
- -
-
setEventTriggerConfig
-
void setEventTriggerConfig(
EventTriggerConfiguration config
) const
-

Set the event trigger configuration.

Parameter
config
EventTriggerConfiguration

The EventTriggerConfiguration to apply.

Exceptions
-
- -
-
getEventActionConfig
-
EventActionConfiguration getEventActionConfig(
uint8 instance
) const
-

Gets an event action configuration.

Parameter
instance
uint8

The instance number of the event action config to fetch

Return
EventActionConfiguration

The event action configuration with the specified instance ID

Exceptions
-
- -
-
setEventActionConfig
-
void setEventActionConfig(
EventActionConfiguration config,
bool validateSupported = true
) const
-

Set the event action configuration.

Parameter
config
EventActionConfiguration

The EventActionConfiguration to apply.

validateSupported
bool

True by default. For MESSAGE type actions this will filter unsupported ChannelFields prior to configuration.

Exceptions
-
- -
-
getAntennaLeverArmCal
-
AntennaLeverArmCalConfiguration getAntennaLeverArmCal() const
-

Gets the currently configured GNSS antenna lever arm calibration configuration.

Return
AntennaLeverArmCalConfiguration

The currently configured antenna lever arm calibration settings

Exceptions
-
- -
-
setAntennaLeverArmCal
-
void setAntennaLeverArmCal(
AntennaLeverArmCalConfiguration config
)
-

Set the GNSS antenna lever arm calibration configuration.

Parameter
config
AntennaLeverArmCalConfiguration

the AntennaLeverArmCalConfiguration to apply.

Exceptions
-
- -
-
getRelativePositionReference
-
PositionReferenceConfiguration getRelativePositionReference() const
-

Gets the currently configured reference for relative position values.

Return
PositionReferenceConfiguration

The current relative position reference configuration

Exceptions
-
- -
-
setRelativePositionReference
-
void setRelativePositionReference(
PositionReferenceConfiguration ref
)
-

Set the reference for relative position values.

Parameter
ref
PositionReferenceConfiguration

the PositionReferenceConfiguration to apply.

Exceptions
-
- -
-
getLeverArmReferenceOffset
-
PositionOffset getLeverArmReferenceOffset() const
-

Gets the currently configured lever arm reference point offset.

Return
PositionOffset

The current reference offset configuration.

Exceptions
-
- -
-
setLeverArmReferenceOffset
-
void setLeverArmReferenceOffset(
PositionOffset offset
) const
-

Set the lever arm offset for the reference point.

Parameter
offset
PositionOffset

the PositionOffset to apply.

Exceptions
-
- -
-
sendExternalSpeedMeasurementUpdate
-
void sendExternalSpeedMeasurementUpdate(
float tow,
float speed,
float unc
)
-

Sends an external speed measurement update to be used as a filter input.

Parameter
tow
float

the time of week of the measurement (s)

speed
float

the speed measurement value (m/s)

unc
float

the speed measurement uncertainty (m/s)

Exceptions
-
- -
-
getSpeedMeasurementOffset
-
PositionOffset getSpeedMeasurementOffset() const
-

Gets the currently configured lever arm offset for the speed measurement.

Return
PositionOffset

The current relative position reference configuration

Exceptions
-
- -
-
setSpeedMeasurementOffset
-
void setSpeedMeasurementOffset(
PositionOffset offset
)
-

Set the lever arm offset for the speed measurement.

Parameter
offset
PositionOffset

the PositionOffset to apply.

Exceptions
-
- -
-
getGnssSignalConfig
-
GnssSignalConfiguration getGnssSignalConfig() const
-

Gets the device's current GNSS signal configuration.

Return
GnssSignalConfiguration

The current GNSS signal configuration

Exceptions
-
- -
-
setGnssSignalConfig
-
void setGnssSignalConfig(
GnssSignalConfiguration config
)
-

Set the GNSS signal configuration.

Parameter
config
GnssSignalConfiguration

the GnssSignalConfiguration to apply.

Exceptions
-
- -
-
rtkEnabled
-
bool rtkEnabled() const
-

Reads whether RTK input is currently enabled on the device.

Return
bool

true: enabled, false: disabled

Exceptions
-
- -
-
enableRtk
-
void enableRtk(
bool enable
)
-

Enables or disables RTK input into the device.

Parameter
enable
bool

true: enable RTK input, false: disable

Exceptions
-
- -
-
getEventTriggerStatus
-
EventTriggerStatus getEventTriggerStatus(
std::vector<uint8> instances = std::vector<uint8>()
) const
-

Sends the Event Trigger Status command (0x0C, 0x2C) to get the current status of the specified triggers.

Note

If number of instances is 0, this will return the status of all the triggers.

Parameter
instances
std::vector<uint8>

A vector of trigger instance IDs to check the status of.

Return
EventTriggerInfo::EventTriggerStatus

A vector of trigger statuses of the specified triggers, or all triggers.

Exceptions
-
- -
-
getEventActionStatus
-
EventActionStatus getEventActionStatus(
std::vector<uint8> instances = std::vector<uint8>()
) const
-

Sends the Event Action Status command (0x0C, 0x2D) to get the current status of the specified actions.

Note

If number of instances is 0, this will return the status of all the actions.

Parameter
instances
std::vector<uint8>

A vector of action instance IDs to check the status of.

Return
EventActionInfo::EventActionStatus

A vector of action statuses of the specified actions, or all actions.

Exceptions
-
- -
-
getNmeaMessageFormat
-
NmeaMessageFormats getNmeaMessageFormat() const
-

Gets the NMEA message formats currently configured to output on the device.

Return
NmeaMessageFormats

vector of NmeaMessageFormat objects.

Exceptions
-
- -
-
setNmeaMessageFormat
-
void setNmeaMessageFormat(
NmeaMessageFormats nmeaFormats
) const
-

Sets the NMEA message formats to output on the device.

Parameters
nmeaFormats
NmeaMessageFormats

vector of NmeaMessageFormat objects to configure.

Exceptions
-
- -
-
getAidingMeasurementReferenceFrames
-
MeasurementReferenceFrames getAidingMeasurementReferenceFrames(
Rotation::Format rotationFormat = Rotation::Format::EULER_ANGLES
) const
-

Get all aiding measurement reference frames configured on the device.

Parameters
rotationFormat
Rotation::Format

default EULER_ANGLES - the rotation format to read from the device (Euler angles or quaternion). Returned rotation values are mathematically equivalent regardless of indicated format.

Returns
MeasurementReferenceFrames

map of reference frames for each frame ID supported by the device

-
- -
-
setAidingMeasurementReferenceFrames
-
void setAidingMeasurementReferenceFrames(
const MeasurementReferenceFrames &frames,
bool clearExcludedIds = false
) const
-

Set the aiding measurement reference frames on the device.

Parameters
frames
const MeasurementReferenceFrames&

MeasurementReferenceFrames map of reference frames for each frame ID to be set

clearExcludedIds
bool

bool, default: false - if true, clears reference frame information for IDs not included in the frames map otherwise only overwrites included IDs

-
- -
-
getAidingMeasurementReferenceFrame
-
MeasurementReferenceFrame getAidingMeasurementReferenceFrame(
uint8 id,
Rotation::Format rotationFormat = Rotation::Format::EULER_ANGLES
) const
-

Get the aiding measurement reference frame for the specified frame ID configured on the device.

Parameters
id
uint8

frame ID of the reference frame to read

rotationFormat
Rotation::Format

default EULER_ANGLES - the rotation format to read from the device (Euler angles or quaternion). Returned rotation values are mathematically equivalent regardless of indicated format.

Returns
MeasurementReferenceFrame

the reference frame information for the specified frame ID

-
- -
-
setAidingMeasurementReferenceFrame
-
void setAidingMeasurementReferenceFrame(
uint8 id,
const MeasurementReferenceFrame &frame
) const
-

Set the aiding measurement reference frame for the specified frame ID on the device.

Parameters
id
uint8

frame ID of the reference frame to set

frame
const MeasurementReferenceFrame&

MeasurementReferenceFrame information to set for the specified frame ID

-
- -
-
setAidingMeasurementResponseMode
-
void setAidingMeasurementResponseMode(
AidingMeasurementInput::ResponseMode mode
) const
-

Set the response mode for commanded aiding measurement inputs on the device (command set 0x13, sendAidingMeasurement function).

Parameters
mode
AidingMeasurementInput::ResponseMode

the AidingMeasurementInput::ResponseMode for this device

-
- -
-
getAidingMeasurementResponseMode
-
AidingMeasurementInput::ResponseMode getAidingMeasurementResponseMode() const
-

Get the response mode for commanded aiding measurement inputs configured on the device (command set 0x13, sendAidingMeasurements function).

Returns
AidingMeasurementInput::ResponseMode

configured response mode

-
- -
-
sendAidingMeasurement
-
void sendAidingMeasurement(
AidingMeasurementPosition measurement
) const
-

Send a commanded aiding measurement to the device (command set 0x13).

Parameters
measurement
AidingMeasurementPosition

any AidingMeasurementInput to send to the device.

-
- -
-
sendAidingMeasurement_readEcho
-
AidingMeasurementPosition sendAidingMeasurement_readEcho(
AidingMeasurementPosition measurement
) const
-

Send a commanded aiding measurement to the device (command set 0x13) and read out the echoed measurement.  Important: only use this function if the Aiding Measurement Response Mode is set to <AidingMeasurementInput::ResponseMode::ECHO_INPUT> - otherwise use sendAidingMeasurement().

Parameters
measurement
AidingMeasurementPosition

any AidingMeasurementInput to send to the device.

Returns

The aiding measurement echo read from the device response (AidingMeasurementPosition, AidingMeasurementVelocity, or AidingMeasurementHeading)

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/InputRangeEntry-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/InputRangeEntry-Summary.js deleted file mode 100644 index f11a438cb..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/InputRangeEntry-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:InputRangeEntry","InputRangeEntry");NDSummary.OnSummaryLoaded("CClass:InputRangeEntry",[["C/C++","C"]],[["Functions","Function"],["Structs","Struct"],["Types","Type"],["Variables","Variable"]],[[2835,0,1,"InputRangeEntry"],[2836,0,3,"inputRange","inputRange"],[2837,0,3,"hasGain","hasGain"],[2838,0,3,"gain","gain"],[2839,0,0,"InputRangeEntry","InputRangeEntry"],[2840,0,0,"InputRangeEntry","InputRangeEntry(2)"],[2841,0,0,"InputRangeEntry","InputRangeEntry(3)"],[2842,0,2,"InputRanges","InputRanges"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/InputRangeEntry-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/InputRangeEntry-SummaryToolTips.js deleted file mode 100644 index ca7b7be18..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/InputRangeEntry-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:InputRangeEntry",{2835:"
struct for Input Range options that specify an input range and associated gain for a channel
",2836:"
WirelessTypes::InputRange inputRange
The WirelessTypes::InputRange enum value for the input voltage range
",2837:"
bool hasGain
bool indicating whether or not this input range option has a valid associated gain
",2838:"
float gain
the gain for this input range
",2839:"
InputRangeEntry() : inputRange(WirelessTypes::range_invalid), hasGain(false), gain(0)
creates an InputRangeEntry with inputRange = range_invalid, hasGain = false, and gain = 0
",2840:"
InputRangeEntry(
WirelessTypes::InputRange ir
) : inputRange(ir), hasGain(false), gain(0)
creates an InputRangeEntry with inputRange = ir, hasGain = false and gain = 0
",2841:"
InputRangeEntry(
WirelessTypes::InputRange ir,
float g
) : inputRange(ir), hasGain(true), gain(g)
creates an InputRangeEntry with inputRange = ir, hasGain = true and gain = g
",2842:"
A vector of InputRangeEntry objects.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/InputRangeEntry-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/InputRangeEntry-ToolTips.js deleted file mode 100644 index 4bd220ceb..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/InputRangeEntry-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2839:"
InputRangeEntry() : inputRange(WirelessTypes::range_invalid), hasGain(false), gain(0)
creates an InputRangeEntry with inputRange = range_invalid, hasGain = false, and gain = 0
",3676:"
The options available for input range on supported Nodes.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/InputRangeEntry.html b/v66.0.1/MSCL_API_Docs/classes/C/InputRangeEntry.html deleted file mode 100644 index 95621b147..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/InputRangeEntry.html +++ /dev/null @@ -1,57 +0,0 @@ - - -InputRangeEntry - - - - - - - -
-
InputRangeEntry
-

struct for Input Range options that specify an input range and associated gain for a channel

-
- -
-
inputRange
- -

The WirelessTypes::InputRange enum value for the input voltage range

-
- -
-
hasGain
-
bool hasGain
-

bool indicating whether or not this input range option has a valid associated gain

-
- -
-
gain
-
float gain
-

the gain for this input range

-
- -
-
InputRangeEntry
-
InputRangeEntry() : inputRange(WirelessTypes::range_invalid), hasGain(false), gain(0)
-

creates an InputRangeEntry with inputRange = range_invalid, hasGain = false, and gain = 0

-
- -
-
InputRangeEntry
-
InputRangeEntry(
WirelessTypes::InputRange ir
) : inputRange(ir), hasGain(false), gain(0)
-

creates an InputRangeEntry with inputRange = ir, hasGain = false and gain = 0

-
- -
-
InputRangeEntry
-
InputRangeEntry(
WirelessTypes::InputRange ir,
float g
) : inputRange(ir), hasGain(true), gain(g)
-

creates an InputRangeEntry with inputRange = ir, hasGain = true and gain = g

-
- -
-
InputRanges
-

A vector of InputRangeEntry objects.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/LinearEquation-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/LinearEquation-Summary.js deleted file mode 100644 index b744d408b..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/LinearEquation-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:LinearEquation","LinearEquation");NDSummary.OnSummaryLoaded("CClass:LinearEquation",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"]],[[4462,0,0,"LinearEquation"],[4463,0,1,"LinearEquation","LinearEquation"],[4464,0,1,"LinearEquation","LinearEquation(2)"],[4465,0,1,"slope","slope"],[4466,0,1,"slope","slope(2)"],[4467,0,1,"offset","offset"],[4468,0,1,"offset","offset(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/LinearEquation-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/LinearEquation-SummaryToolTips.js deleted file mode 100644 index 213e05e30..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/LinearEquation-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:LinearEquation",{4462:"
LinearEquation
Represents a linear equation (y = mx + b).
",4463:"
LinearEquation()
Creates a default constructed LinearEquation object.  (slope = 1.0, offset = 0.0)
",4464:"
LinearEquation(
float slope,
float offset
)
Creates a LinearEquation object.
",4465:"
void slope(
float slope
)
Sets the of slope the linear equation.
",4466:"
float slope() const
Gets the slope of the linear equation.
",4467:"
void offset(
float offset
)
Sets the offset of the linear equation.
",4468:"
float offset() const
Gets the offset of the linear equation.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/LinearEquation-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/LinearEquation-ToolTips.js deleted file mode 100644 index 59992a148..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/LinearEquation-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/LinearEquation.html b/v66.0.1/MSCL_API_Docs/classes/C/LinearEquation.html deleted file mode 100644 index 7568e9b44..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/LinearEquation.html +++ /dev/null @@ -1,53 +0,0 @@ - - -LinearEquation - - - - - - - -
-
LinearEquation
-
LinearEquation
-

Represents a linear equation (y = mx + b).

-
- -
-
LinearEquation
-
LinearEquation()
-

Creates a default constructed LinearEquation object.  (slope = 1.0, offset = 0.0)

-
- -
-
LinearEquation
-
LinearEquation(
float slope,
float offset
)
-

Creates a LinearEquation object.

Parameters
slope
float

The slope of the linear equation.

offset
float

The offset of the linear equation

-
- -
-
slope
-
void slope(
float slope
)
-

Sets the of slope the linear equation.

Parameters
slope
float

The slope to set.

-
- -
-
slope
-
float slope() const
-

Gets the slope of the linear equation.

Returns

The slope of the linear equation.

-
- -
-
offset
-
void offset(
float offset
)
-

Sets the offset of the linear equation.

Parameters
offset
float

The offset to set.

-
- -
-
offset
-
float offset() const
-

Gets the offset of the linear equation.

Returns

The offset of the linear equation.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/LoggedDataSweep-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/LoggedDataSweep-Summary.js deleted file mode 100644 index 378618371..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/LoggedDataSweep-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:LoggedDataSweep","LoggedDataSweep");NDSummary.OnSummaryLoaded("CClass:LoggedDataSweep",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Types","Type"]],[[4275,0,0,"LoggedDataSweep"],[4276,0,1,"timestamp","timestamp"],[4277,0,1,"tick","tick"],[4278,0,1,"data","data"],[4279,0,1,"calApplied","calApplied"],[4280,0,2,"LoggedDataSweeps","LoggedDataSweeps"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/LoggedDataSweep-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/LoggedDataSweep-SummaryToolTips.js deleted file mode 100644 index ac5d713b9..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/LoggedDataSweep-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:LoggedDataSweep",{4275:"
LoggedDataSweep
Represents 1 data sweep that was logged to a WirelessNode.
",4276:"
Timestamp timestamp() const
Gets the timestamp of the sweep as a Timestamp
",4277:"
uint64 tick() const
Gets the tick value of the sweep
",4278:"
const ChannelData& data() const
Gets the channel data in this sweep as a WirelessDataPoint::ChannelData container.
",4279:"
bool calApplied() const
Gets whether calibration coefficients have been applied to the data already.
",4280:"
Typedef for a vector of LoggedDataSweep objects.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/LoggedDataSweep-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/LoggedDataSweep-ToolTips.js deleted file mode 100644 index 60224daae..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/LoggedDataSweep-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3265:"
A typedef for a collection (vector) of WirelessDataPoints
",3865:"
WirelessNode
A class representing a MicroStrain wireless node
",4275:"
LoggedDataSweep
Represents 1 data sweep that was logged to a WirelessNode.
",4554:"
Timestamp
Represents a date/time object
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/LoggedDataSweep.html b/v66.0.1/MSCL_API_Docs/classes/C/LoggedDataSweep.html deleted file mode 100644 index 68de98056..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/LoggedDataSweep.html +++ /dev/null @@ -1,46 +0,0 @@ - - -LoggedDataSweep - - - - - - - -
-
LoggedDataSweep
-
LoggedDataSweep
-

Represents 1 data sweep that was logged to a WirelessNode.

-
- -
-
timestamp
-
Timestamp timestamp() const
-

Gets the timestamp of the sweep as a Timestamp

Returns

A Timestamp representing the timestamp of the sweep

-
- -
-
tick
-
uint64 tick() const
-

Gets the tick value of the sweep

Returns

The tick value of the sweep

-
- -
-
data
-
const ChannelData& data() const
-

Gets the channel data in this sweep as a WirelessDataPoint::ChannelData container.

Returns

A WirelessDataPoint::ChannelData container holding the data for the sweep.

-
- -
-
calApplied
-
bool calApplied() const
-

Gets whether calibration coefficients have been applied to the data already.

Returns

true if the data already has cal coefficients applied to it, false if it does not have any cal coefficients applied.

-
- -
-
LoggedDataSweeps
-

Typedef for a vector of LoggedDataSweep objects.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/LowPassFilterData-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/LowPassFilterData-Summary.js deleted file mode 100644 index e40cf2557..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/LowPassFilterData-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:LowPassFilterData","LowPassFilterData");NDSummary.OnSummaryLoaded("CClass:LowPassFilterData",[["C/C++","C"]],[["Enums","Enumeration"],["Functions","Function"],["Structs","Struct"],["Types","Type"],["Variables","Variable"]],[[615,0,2,"LowPassFilterData"],[616,0,0,"ManualFilterBandwidthConfig","ManualFilterBandwidthConfig"],[617,0,1,"LowPassFilterData","LowPassFilterData"],[618,0,1,"LowPassFilterData","LowPassFilterData(2)"],[619,0,4,"dataDescriptor","dataDescriptor"],[620,0,4,"manualFilterBandwidthConfig","manualFilterBandwidthConfig"],[621,0,4,"applyLowPassFilter","applyLowPassFilter"],[622,0,4,"cutoffFrequency","cutoffFrequency"],[623,0,1,"getDataDescriptorForCommand","getDataDescriptorForCommand"],[624,0,1,"getDataDescriptorFromUint8","getDataDescriptorFromUint8"],[625,0,3,"LowPassFilterConfig","LowPassFilterConfig"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/LowPassFilterData-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/LowPassFilterData-SummaryToolTips.js deleted file mode 100644 index 8c92738c4..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/LowPassFilterData-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:LowPassFilterData",{615:"
Contains the data for the InertialNode::setLowPassFilterSettings API call.
",616:"
The enum for the different data descriptors.
",617:"
LowPassFilterData() : dataDescriptor(mscl::MipTypes::ChannelField::CH_FIELD_SENSOR_SCALED_ACCEL_VEC), manualFilterBandwidthConfig(SET_TO_HALF_REPORTING_RATE), applyLowPassFilter(true), cutoffFrequency(0)
",618:"
LowPassFilterData(
mscl::MipTypes::ChannelField descriptor
) : dataDescriptor(descriptor), manualFilterBandwidthConfig(SET_TO_HALF_REPORTING_RATE), applyLowPassFilter(true), cutoffFrequency(0)
",619:"
mscl::MipTypes::ChannelField dataDescriptor
the data descriptor these settings apply to
",620:"
ManualFilterBandwidthConfig manualFilterBandwidthConfig
The ManualFilterBandwidthConfig to use.
",621:"
bool applyLowPassFilter
applies low-pass filter if set to true.
",622:"
float cutoffFrequency
Sets the cutoff frequency, only if manualFilterBandwidthConfig == USER_SPECIFIED_CUTOFF_FREQ
",623:"
static uint8 getDataDescriptorForCommand(
mscl::MipTypes::ChannelField descriptor
)
Formats the given MipTypes::ChannelField data descriptor to be written to a <ByteStream> command.
",624:"
static mscl::MipTypes::ChannelField getDataDescriptorFromUint8(
uint8 descriptor
)
Gets the MipTypes::ChannelField data descriptor represented by the given uint8 descriptor.
",625:"
A vector of LowPassFilterData objects
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/LowPassFilterData-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/LowPassFilterData-ToolTips.js deleted file mode 100644 index 9b8a8d1aa..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/LowPassFilterData-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({194:"
void setLowPassFilterSettings(
const LowPassFilterConfig &data
) const
Sets the low-pass filter settings.
",616:"
The enum for the different data descriptors.
",617:"
LowPassFilterData() : dataDescriptor(mscl::MipTypes::ChannelField::CH_FIELD_SENSOR_SCALED_ACCEL_VEC), manualFilterBandwidthConfig(SET_TO_HALF_REPORTING_RATE), applyLowPassFilter(true), cutoffFrequency(0)
",1269:"
The enums for all of the different MIP Channel Field IDs.
",4521:"
typedef for a 1-byte unsigned integer.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/LowPassFilterData.html b/v66.0.1/MSCL_API_Docs/classes/C/LowPassFilterData.html deleted file mode 100644 index d2d5648b3..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/LowPassFilterData.html +++ /dev/null @@ -1,72 +0,0 @@ - - -LowPassFilterData - - - - - - - -
-
LowPassFilterData
-

Contains the data for the InertialNode::setLowPassFilterSettings API call.

-
- -
-
ManualFilterBandwidthConfig
-

The enum for the different data descriptors.

SET_TO_HALF_REPORTING_RATE = 0X00 USER_SPECIFIED_CUTOFF_FREQ = 0x01

-
- -
-
LowPassFilterData
-
LowPassFilterData() : dataDescriptor(mscl::MipTypes::ChannelField::CH_FIELD_SENSOR_SCALED_ACCEL_VEC), manualFilterBandwidthConfig(SET_TO_HALF_REPORTING_RATE), applyLowPassFilter(true), cutoffFrequency(0)
-
- -
-
LowPassFilterData
-
LowPassFilterData(
mscl::MipTypes::ChannelField descriptor
) : dataDescriptor(descriptor), manualFilterBandwidthConfig(SET_TO_HALF_REPORTING_RATE), applyLowPassFilter(true), cutoffFrequency(0)
-
- -
-
dataDescriptor
-
mscl::MipTypes::ChannelField dataDescriptor
-

the data descriptor these settings apply to

Valid values (depending on device support):

CH_FIELD_SENSOR_SCALED_ACCEL_VEC  = 0x8004 CH_FIELD_SENSOR_SCALED_GYRO_VEC  = 0x8005 CH_FIELD_SENSOR_SCALED_MAG_VEC  = 0x8006 CH_FIELD_SENSOR_SCALED_AMBIENT_PRESSURE  = 0x8017

CH_FIELD_ESTFILTER_ESTIMATED_LINEAR_ACCEL  = 0x820D CH_FIELD_ESTFILTER_ESTIMATED_ANGULAR_RATE  = 0x820E CH_FIELD_ESTFILTER_COMPENSATED_ACCEL  = 0x821C

-
- -
-
manualFilterBandwidthConfig
-
ManualFilterBandwidthConfig manualFilterBandwidthConfig
-

The ManualFilterBandwidthConfig to use.

-
- -
-
applyLowPassFilter
-
bool applyLowPassFilter
-

applies low-pass filter if set to true.

-
- -
-
cutoffFrequency
-
float cutoffFrequency
-

Sets the cutoff frequency, only if manualFilterBandwidthConfig == USER_SPECIFIED_CUTOFF_FREQ

-
- -
-
getDataDescriptorForCommand
-
static uint8 getDataDescriptorForCommand(
mscl::MipTypes::ChannelField descriptor
)
-

Formats the given MipTypes::ChannelField data descriptor to be written to a <ByteStream> command.

Parameters
descriptor
mscl::MipTypes::ChannelField

the MipTypes::ChannelField to format

Returns
uint8

the provided descriptor cast to uint8

-
- -
-
getDataDescriptorFromUint8
-
static mscl::MipTypes::ChannelField getDataDescriptorFromUint8(
uint8 descriptor
)
-

Gets the MipTypes::ChannelField data descriptor represented by the given uint8 descriptor.

Parameters
descriptor
uint8

the uint8 data descriptor

Returns
MipTypes::ChannelField

the provided descriptor cast to MipTypes::ChannelField

-
- -
-
LowPassFilterConfig
-

A vector of LowPassFilterData objects

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Matrix-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/Matrix-Summary.js deleted file mode 100644 index 85f22843b..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Matrix-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:Matrix","Matrix");NDSummary.OnSummaryLoaded("CClass:Matrix",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"]],[[4484,0,0,"Matrix"],[4485,0,1,"valuesType","valuesType"],[4486,0,1,"rows","rows"],[4487,0,1,"columns","columns"],[4488,0,1,"as_doubleAt","as_doubleAt"],[4489,0,1,"as_floatAt","as_floatAt"],[4490,0,1,"as_uint16At","as_uint16At"],[4491,0,1,"as_uint8At","as_uint8At"],[4492,0,1,"str","str"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Matrix-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/Matrix-SummaryToolTips.js deleted file mode 100644 index 4fb0ec645..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Matrix-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:Matrix",{4484:"
Matrix
Represents a Matrix of values (varying size)
",4485:"
ValueType valuesType() const
Gets how each value within the Matrix is stored
",4486:"
uint16 rows() const
Gets the number of rows in the Matrix
",4487:"
uint16 columns() const
Gets the number of columns in the Matrix
",4488:"
double as_doubleAt(
uint16 row,
uint16 column
) const
Gets the value stored at the given row and column (0-based), as an 8-byte double
",4489:"
float as_floatAt(
uint16 row,
uint16 column
) const
Gets the value stored at the given row and column (0-based), as a 4-byte float
",4490:"
uint16 as_uint16At(
uint16 row,
uint16 column
) const
Gets the value stored at the given row and column (0-based), as a 2-byte unsigned integer
",4491:"
uint8 as_uint8At(
uint16 row,
uint16 column
) const
Gets the value stored at the given row and column (0-based), as a 1-byte uint8
",4492:"
std::string str() const
Creates a string from the Matrix
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Matrix-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/Matrix-ToolTips.js deleted file mode 100644 index 956d452e0..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Matrix-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({4373:"
Vector
Represents a Vector of values
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Matrix.html b/v66.0.1/MSCL_API_Docs/classes/C/Matrix.html deleted file mode 100644 index 3e09cd68d..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Matrix.html +++ /dev/null @@ -1,65 +0,0 @@ - - -Matrix - - - - - - - -
-
Matrix
-
Matrix
Vector
-

Represents a Matrix of values (varying size)

-
- -
-
valuesType
-
ValueType valuesType() const
-

Gets how each value within the Matrix is stored

Returns

A ValueType representing how each value in the Matrix is stored

-
- -
-
rows
-
uint16 rows() const
-

Gets the number of rows in the Matrix

Returns

The number of rows in the Matrix

-
- -
-
columns
-
uint16 columns() const
-

Gets the number of columns in the Matrix

Returns

The number of columns in the Matrix

-
- -
-
as_doubleAt
-
double as_doubleAt(
uint16 row,
uint16 column
) const
-

Gets the value stored at the given row and column (0-based), as an 8-byte double

Parameters
row
uint16

The 0-based row index of which to get the value

column
uint16

The 0-based column index of which to get the value

Returns

The value stored at the given row and column, as a double

Exceptions

  • std::out_of_range: The position requested is out of range

-
- -
-
as_floatAt
-
float as_floatAt(
uint16 row,
uint16 column
) const
-

Gets the value stored at the given row and column (0-based), as a 4-byte float

Parameters
row
uint16

The 0-based row index of which to get the value

column
uint16

The 0-based column index of which to get the value

Returns

The value stored at the given row and column, as a float

Exceptions

  • std::out_of_range: The position requested is out of range

-
- -
-
as_uint16At
-
uint16 as_uint16At(
uint16 row,
uint16 column
) const
-

Gets the value stored at the given row and column (0-based), as a 2-byte unsigned integer

Parameters
row
uint16

The 0-based row index of which to get the value

column
uint16

The 0-based column index of which to get the value

Returns

The value stored at the given row and column, as a 2-byte unsigned integer

Exceptions

  • std::out_of_range: The position requested is out of range

-
- -
-
as_uint8At
-
uint8 as_uint8At(
uint16 row,
uint16 column
) const
-

Gets the value stored at the given row and column (0-based), as a 1-byte uint8

Parameters
row
uint16

The 0-based row index of which to get the value

column
uint16

The 0-based column index of which to get the value

Returns

The value stored at the given row and column, as a 1-byte uint8

Exceptions

  • std::out_of_range: The position requested is out of range

-
- -
-
str
-
std::string str() const
-

Creates a string from the Matrix

Returns

A string representing the entire Matrix object (ex. "[[0,0.1,0.2],[1,1.1,1.2],[2,2.1,2.2]]")

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Matrix_3x3-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/Matrix_3x3-Summary.js deleted file mode 100644 index 09529f1b5..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Matrix_3x3-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:Matrix_3x3","Matrix_3x3");NDSummary.OnSummaryLoaded("CClass:Matrix_3x3",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Types","Type"]],[[573,0,0,"Matrix_3x3"],[574,0,1,"Matrix_3x3","Matrix_3x3"],[575,0,1,"Matrix_3x3","Matrix_3x3(2)"],[576,0,1,"Matrix_3x3","Matrix_3x3(3)"],[577,0,1,"~Matrix_3x3","~Matrix_3x3"],[578,0,1,"set","set"],[579,0,1,"at","at"],[580,0,1,"asMipFieldValues","asMipFieldValues"],[581,0,2,"Matrix_3x3s","Matrix_3x3s"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Matrix_3x3-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/Matrix_3x3-SummaryToolTips.js deleted file mode 100644 index bdd2f6b2b..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Matrix_3x3-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:Matrix_3x3",{573:"
Matrix_3x3
Defines a 3 by 3 matrix.
",574:"
Matrix_3x3(
float i00,
float i01,
float i02,
float i10,
float i11,
float i12,
float i20,
float i21,
float i22
)
Creates a Matrix object.
",575:"
Matrix_3x3(
MipFieldValues data
)
Creates a Matrix object based on a <MipFieldValues> object Note: MipFieldValues format must be 9 floats
",576:"
Matrix_3x3()
Creates a zero-filled Matrix object.
",577:"
~Matrix_3x3()
Destroys a Matrix_3x3 object.
",578:"
void set(
uint8 row,
uint8 col,
float value
)
Sets matrix index to passed in float value.
",579:"
float at(
uint8 row,
uint8 col
) const
Gets value at matrix index (row, col).
",580:"
MipFieldValues asMipFieldValues() const
Gets the current matrix values formatted as a <MipFieldValues> object
",581:"
A vector of Matrix_3x3 objects
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Matrix_3x3-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/Matrix_3x3-ToolTips.js deleted file mode 100644 index db96592b1..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Matrix_3x3-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({574:"
Matrix_3x3(
float i00,
float i01,
float i02,
float i10,
float i11,
float i12,
float i20,
float i21,
float i22
)
Creates a Matrix object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Matrix_3x3.html b/v66.0.1/MSCL_API_Docs/classes/C/Matrix_3x3.html deleted file mode 100644 index 7e3fbd553..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Matrix_3x3.html +++ /dev/null @@ -1,64 +0,0 @@ - - -Matrix_3x3 - - - - - - - -
-
Matrix_3x3
-
Matrix_3x3
-

Defines a 3 by 3 matrix.

-
- -
-
Matrix_3x3
-
Matrix_3x3(
float i00,
float i01,
float i02,
float i10,
float i11,
float i12,
float i20,
float i21,
float i22
)
-

Creates a Matrix object.

Parameters
a float for each matrix index (0, 0)

(2, 2)

-
- -
-
Matrix_3x3
-
Matrix_3x3(
MipFieldValues data
)
-

Creates a Matrix object based on a <MipFieldValues> object Note: MipFieldValues format must be 9 floats

-
- -
-
Matrix_3x3
-
Matrix_3x3()
-

Creates a zero-filled Matrix object.

-
- -
-
~Matrix_3x3
-
~Matrix_3x3()
-

Destroys a Matrix_3x3 object.

-
- -
-
set
-
void set(
uint8 row,
uint8 col,
float value
)
-

Sets matrix index to passed in float value.

Parameters
col
uint8

the column to set.

row
uint8

the row to set.

value
float

the value to set (row,col) to.

-
- -
-
at
-
float at(
uint8 row,
uint8 col
) const
-

Gets value at matrix index (row, col).

Parameters
row
uint8

the row to set.

col
uint8

the column to set.

-
- -
-
asMipFieldValues
-
MipFieldValues asMipFieldValues() const
-

Gets the current matrix values formatted as a <MipFieldValues> object

-
- -
-
Matrix_3x3s
-

A vector of Matrix_3x3 objects

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/MeasurementReferenceFrame-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/MeasurementReferenceFrame-Summary.js deleted file mode 100644 index a1ff1429b..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/MeasurementReferenceFrame-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:MeasurementReferenceFrame","MeasurementReferenceFrame");NDSummary.OnSummaryLoaded("CClass:MeasurementReferenceFrame",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Types","Type"]],[[989,0,0,"MeasurementReferenceFrame"],[990,0,1,"MeasurementReferenceFrame","MeasurementReferenceFrame"],[991,0,1,"MeasurementReferenceFrame","MeasurementReferenceFrame(2)"],[992,0,1,"MeasurementReferenceFrame","MeasurementReferenceFrame(3)"],[993,0,1,"asMipFieldValues","asMipFieldValues"],[994,0,1,"appendMipFieldValues","appendMipFieldValues"],[995,0,1,"translation","translation"],[996,0,1,"translation","translation(2)"],[997,0,1,"rotation","rotation"],[998,0,1,"rotation","rotation(2)"],[999,0,1,"errorTrackingEnabled()","errorTrackingEnabled"],[1000,0,1,"enableErrorTracking","enableErrorTracking"],[1001,0,2,"MeasurementReferenceFrames","MeasurementReferenceFrames"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/MeasurementReferenceFrame-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/MeasurementReferenceFrame-SummaryToolTips.js deleted file mode 100644 index 0c0bbe865..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/MeasurementReferenceFrame-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:MeasurementReferenceFrame",{989:"
MeasurementReferenceFrame
Represents a configurable Aiding Measurement reference frame (0x13,0x01)
",990:"
MeasurementReferenceFrame()
Constructs a MeasurementReferenceFrame object with default values
",991:"
MeasurementReferenceFrame(
const PositionOffset &translation,
const Rotation &rotation
) : m_translation(translation), m_rotation(rotation)
Constructs a MeasurementReferenceFrame object with the specified translation and rotation values
",992:"
MeasurementReferenceFrame(
const MipFieldValues &data,
uint8 offset = 0
)
Creates a MeasurementReferenceFrame object based on specified <MipFieldValues> data
",993:"
MipFieldValues asMipFieldValues() const
Gets the current reference frame values formatted as a <MipFieldValues> object
",994:"
void appendMipFieldValues(
MipFieldValues &appendTo
) const
Adds the properly formatted <MipFieldValues> that represent this object to the specified collection.
",995:"
PositionOffset translation() const
Get the PositionOffset translation of this reference frame.
",996:"
void translation(
const PositionOffset &translation
)
Set the PositionOffset translation of this reference frame.
",997:"
Rotation rotation() const
Get the Rotation of this reference frame
",998:"
void rotation(
const Rotation &rotation
)
Set the Rotation of this reference frame.
",999:"
bool errorTrackingEnabled() const
Indicates whether error tracking is enabled for this reference frame.
",1000:"
void enableErrorTracking(
bool enable = true
)
Enable/Disable error tracking for this reference frame.
",1001:"
A map of reference frame IDs with their associated MeasurementReferenceFrame values.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/MeasurementReferenceFrame-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/MeasurementReferenceFrame-ToolTips.js deleted file mode 100644 index ddb7509e7..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/MeasurementReferenceFrame-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({99:"
PositionOffset
Represents a position offset (x, y, z).
",990:"
MeasurementReferenceFrame()
Constructs a MeasurementReferenceFrame object with default values
",1024:"
Rotation
Structure that can represent either a Quaternion or EulerAngles object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/MeasurementReferenceFrame.html b/v66.0.1/MSCL_API_Docs/classes/C/MeasurementReferenceFrame.html deleted file mode 100644 index b1a75e9c1..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/MeasurementReferenceFrame.html +++ /dev/null @@ -1,88 +0,0 @@ - - -MeasurementReferenceFrame - - - - - - - -
-
MeasurementReferenceFrame
-
MeasurementReferenceFrame
-

Represents a configurable Aiding Measurement reference frame (0x13,0x01)

-
- -
-
MeasurementReferenceFrame
-
MeasurementReferenceFrame()
-

Constructs a MeasurementReferenceFrame object with default values

-
- -
-
MeasurementReferenceFrame
-
MeasurementReferenceFrame(
const PositionOffset &translation,
const Rotation &rotation
) : m_translation(translation), m_rotation(rotation)
-

Constructs a MeasurementReferenceFrame object with the specified translation and rotation values

Parameters
translation
const PositionOffset&

PositionOffset of the aiding measurement in the vehicle frame

rotation
const Rotation&

Rotation of the aiding measurement in the vehicle frame

-
- -
-
MeasurementReferenceFrame
-
MeasurementReferenceFrame(
const MipFieldValues &data,
uint8 offset = 0
)
-

Creates a MeasurementReferenceFrame object based on specified <MipFieldValues> data

Parameters
<MipFieldValues>

format must be a u8 rotation format id and 6 or 7 floats

offset
uint8

default: 0 - uint8 index offset to start reading from

-
- -
-
asMipFieldValues
-
MipFieldValues asMipFieldValues() const
-

Gets the current reference frame values formatted as a <MipFieldValues> object

Returns
<MipFieldValues>

collection of values that represents this object.

-
- -
-
appendMipFieldValues
-
void appendMipFieldValues(
MipFieldValues &appendTo
) const
-

Adds the properly formatted <MipFieldValues> that represent this object to the specified collection.

Parameters
appendTo
MipFieldValues&

(reference) the <MipFieldValues> collection to append to

-
- -
-
translation
-
PositionOffset translation() const
-

Get the PositionOffset translation of this reference frame.

Returns
PositionOffset

the translation value

-
- -
-
translation
-
void translation(
const PositionOffset &translation
)
-

Set the PositionOffset translation of this reference frame.

Parameters
translation
const PositionOffset&

the PositionOffset to set

-
- -
-
rotation
-
Rotation rotation() const
-

Get the Rotation of this reference frame

Returns
Rotation

the rotation value

-
- -
-
rotation
-
void rotation(
const Rotation &rotation
)
-

Set the Rotation of this reference frame.

Parameters
rotation
const Rotation&

the Rotation to set

-
- -
-
errorTrackingEnabled()
-
bool errorTrackingEnabled() const
-

Indicates whether error tracking is enabled for this reference frame.

Returns
bool

the error tracking enabled value

-
- -
-
enableErrorTracking
-
void enableErrorTracking(
bool enable = true
)
-

Enable/Disable error tracking for this reference frame.

Parameters
enable
bool

bool (default true) - true: enable error tracking, false: disable error tracking

-
- -
-
MeasurementReferenceFrames
-

A map of reference frame IDs with their associated MeasurementReferenceFrame values.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/MipChannel-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/MipChannel-Summary.js deleted file mode 100644 index 59c29abf2..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/MipChannel-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:MipChannel","MipChannel");NDSummary.OnSummaryLoaded("CClass:MipChannel",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Types","Type"]],[[2233,0,0,"MipChannel"],[2234,0,1,"MipChannel","MipChannel"],[2235,0,1,"channelField","channelField"],[2236,0,1,"sampleRate","sampleRate"],[2237,0,1,"rateDecimation","rateDecimation"],[2238,0,2,"MipChannels","MipChannels"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/MipChannel-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/MipChannel-SummaryToolTips.js deleted file mode 100644 index 6f209335c..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/MipChannel-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:MipChannel",{2233:"
MipChannel
Represents a single "channel" or data descriptors that can make up an Inertial Device\'s message format
",2234:"
MipChannel(
MipTypes::ChannelField channelField,
const SampleRate &sampleRate
)
Creates a MipChannel object.
",2235:"
MipTypes::ChannelField channelField() const
Gets the MipTypes::ChannelField for this channel.
",2236:"
const SampleRate& sampleRate() const
Gets the SampleRate set for this channel.
",2237:"
uint16 rateDecimation(
uint16 sampleRateBase
) const
Gets the rate decimation that is used to determine the sample rate (sample rate = sampleratebase / rate decimation).
",2238:"
typedef for a vector of MipChannel objects
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/MipChannel-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/MipChannel-ToolTips.js deleted file mode 100644 index 239c0d7eb..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/MipChannel-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1269:"
The enums for all of the different MIP Channel Field IDs.
",2234:"
MipChannel(
MipTypes::ChannelField channelField,
const SampleRate &sampleRate
)
Creates a MipChannel object.
",4379:"
SampleRate
Represents a MicroStrain sample rate (rate at which data is sampling)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/MipChannel.html b/v66.0.1/MSCL_API_Docs/classes/C/MipChannel.html deleted file mode 100644 index 695a1464a..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/MipChannel.html +++ /dev/null @@ -1,46 +0,0 @@ - - -MipChannel - - - - - - - -
-
MipChannel
-
MipChannel
-

Represents a single "channel" or data descriptors that can make up an Inertial Device's message format

-
- -
-
MipChannel
-
MipChannel(
MipTypes::ChannelField channelField,
const SampleRate &sampleRate
)
-

Creates a MipChannel object.

Parameters
channelField
MipTypes::ChannelField

The MipTypes::ChannelField for the channel.

sampleRate
const SampleRate&

The SampleRate for the channel.

-
- -
-
channelField
-
MipTypes::ChannelField channelField() const
-

Gets the MipTypes::ChannelField for this channel.

Returns

An MipTypes::ChannelField that is set for this channel.

-
- -
-
sampleRate
-
const SampleRate& sampleRate() const
-

Gets the SampleRate set for this channel.

Returns

The SampleRate that is set for this channel.

-
- -
-
rateDecimation
-
uint16 rateDecimation(
uint16 sampleRateBase
) const
-

Gets the rate decimation that is used to determine the sample rate (sample rate = sampleratebase / rate decimation).

Returns

The rate decimation that is used to determine the sample rate

-
- -
-
MipChannels
-

typedef for a vector of MipChannel objects

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/MipChannelIdentifier-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/MipChannelIdentifier-Summary.js deleted file mode 100644 index 58f31c4f8..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/MipChannelIdentifier-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:MipChannelIdentifier","MipChannelIdentifier");NDSummary.OnSummaryLoaded("CClass:MipChannelIdentifier",[["C/C++","C"]],[["Classes","Class"],["Enums","Enumeration"],["Functions","Function"],["Types","Type"]],[[1743,0,0,"MipChannelIdentifier"],[1744,0,1,"Type","Type"],[1745,0,1,,"GNSS_RECEIVER_ID"],[1746,0,1,,"GNSS_BASE_STATION_ID"],[1747,0,1,,"GNSS_CONSTELLATION"],[1748,0,1,,"GNSS_SATELLITE_ID"],[1749,0,1,,"GNSS_SIGNAL_ID"],[1750,0,1,,"AIDING_MEASUREMENT_TYPE"],[1751,0,1,,"GNSS_RF_BAND"],[1752,0,1,,"AIDING_MEASUREMENT_FRAME_ID"],[1753,0,1,"AidingMeasurementTypes","AidingMeasurementTypes"],[1754,0,1,,"GNSS"],[1755,0,1,,"DUAL_ANTENNA"],[1756,0,1,,"HEADING"],[1757,0,1,,"PRESSURE"],[1758,0,1,,"MAGNETOMETER"],[1759,0,1,,"SPEED"],[1760,0,1,,"AIDING_POS_ECEF"],[1761,0,1,,"AIDING_POS_LLH"],[1762,0,1,,"AIDING_HEIGHT_ABOVE_ELLIPSOID"],[1763,0,1,,"AIDING_VEL_ECEF"],[1764,0,1,,"AIDING_VEL_NED"],[1765,0,1,,"AIDING_VEL_BODY_FRAME"],[1766,0,1,,"AIDING_HEADING_TRUE"],[1767,0,1,,"AIDING_MAGNETIC_FIELD"],[1768,0,1,,"AIDING_PRESSURE"],[1769,0,1,"GnssConstellationIds","GnssConstellationIds"],[1770,0,1,,"UNKNOWN_CONSTELLATION"],[1771,0,1,,"GPS"],[1772,0,1,,"GLONASS"],[1773,0,1,,"GALILEO"],[1774,0,1,,"BEIDOU"],[1775,0,1,"GnssSignalIds","GnssSignalIds"],[1776,0,1,,"UNKNOWN"],[1777,0,1,,"GPS_L1CA"],[1778,0,1,,"GPS_L1P"],[1779,0,1,,"GPS_L1Z"],[1780,0,1,,"GPS_L2CA"],[1781,0,1,,"GPS_L2P"],[1782,0,1,,"GPS_L2Z"],[1783,0,1,,"GPS_L2CL"],[1784,0,1,,"GPS_L2CM"],[1785,0,1,,"GPS_L2CML"],[1786,0,1,,"GPS_L5I"],[1787,0,1,,"GPS_L5Q"],[1788,0,1,,"GPS_L5IQ"],[1789,0,1,,"GPS_L1CD"],[1790,0,1,,"GPS_L1CP"],[1791,0,1,,"GPS_L1CDP"],[1792,0,1,,"GLONASS_G1CA"],[1793,0,1,,"GLONASS_G1P"],[1794,0,1,,"GLONASS_G2C"],[1795,0,1,,"GLONASS_G2P"],[1796,0,1,,"GALILEO_E1C"],[1797,0,1,,"GALILEO_E1A"],[1798,0,1,,"GALILEO_E1B"],[1799,0,1,,"GALILEO_E1BC"],[1800,0,1,,"GALILEO_E1ABC"],[1801,0,1,,"GALILEO_E6C"],[1802,0,1,,"GALILEO_E6A"],[1803,0,1,,"GALILEO_E6B"],[1804,0,1,,"GALILEO_E6BC"],[1805,0,1,,"GALILEO_E6ABC"],[1806,0,1,,"GALILEO_E5BI"],[1807,0,1,,"GALILEO_E5BQ"],[1808,0,1,,"GALILEO_E5BIQ"],[1809,0,1,,"GALILEO_E5ABI"],[1810,0,1,,"GALILEO_E5ABQ"],[1811,0,1,,"GALILEO_E5ABIQ"],[1812,0,1,,"GALILEO_E5AI"],[1813,0,1,,"GALILEO_E5AQ"],[1814,0,1,,"GALILEO_E5AIQ"],[1815,0,1,,"SBAS_L1CA"],[1816,0,1,,"SBAS_L5I"],[1817,0,1,,"SBAS_L5Q"],[1818,0,1,,"SBAS_L5IQ"],[1819,0,1,,"QZSS_L1CA"],[1820,0,1,,"QZSS_LEXS"],[1821,0,1,,"QZSS_LEXL"],[1822,0,1,,"QZSS_LEXSL"],[1823,0,1,,"QZSS_L2CM"],[1824,0,1,,"QZSS_L2CL"],[1825,0,1,,"QZSS_L2CML"],[1826,0,1,,"QZSS_L5I"],[1827,0,1,,"QZSS_L5Q"],[1828,0,1,,"QZSS_L5IQ"],[1829,0,1,,"QZSS_L1CD"],[1830,0,1,,"QZSS_L1CP"],[1831,0,1,,"QZSS_L1CDP"],[1832,0,1,,"BEIDOU_B1I"],[1833,0,1,,"BEIDOU_B1Q"],[1834,0,1,,"BEIDOU_B1IQ"],[1835,0,1,,"BEIDOU_B3I"],[1836,0,1,,"BEIDOU_B3Q"],[1837,0,1,,"BEIDOU_B3IQ"],[1838,0,1,,"BEIDOU_B2I"],[1839,0,1,,"BEIDOU_B2Q"],[1840,0,1,,"BEIDOU_B2IQ"],[1841,0,1,"GnssRfBands","GnssRfBands"],[1842,0,1,,"UNKNOWN_RF_BAND"],[1843,0,1,,"RF_BAND_L1"],[1844,0,1,,"RF_BAND_L2"],[1845,0,1,,"RF_BAND_L5"],[1846,0,2,"MipChannelIdentifier","MipChannelIdentifier"],[1847,0,2,"MipChannelIdentifier","MipChannelIdentifier(2)"],[1848,0,2,"MipChannelIdentifier","MipChannelIdentifier(3)"],[1849,0,2,"identifierType","identifierType"],[1850,0,2,"id","id"],[1851,0,2,"hasSpecifier","hasSpecifier"],[1852,0,2,"specifier","specifier"],[1853,0,2,"name","name"],[1854,0,2,"hasSpecifier","hasSpecifier(2)"],[1855,0,3,"MipChannelIdentifiers","MipChannelIdentifiers"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/MipChannelIdentifier-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/MipChannelIdentifier-SummaryToolTips.js deleted file mode 100644 index 998983264..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/MipChannelIdentifier-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:MipChannelIdentifier",{1743:"
MipChannelIdentifier
A single additional identifier for a MipDataPoint. Contains a uint value with an identifier type specifier.
",1744:"
Identifier type options, indicates what the MipChannelIdentifier::id value represents.
",1753:"
ID definitions when Type is MipChannelIdentifier::AIDING_MEASUREMENT_TYPE
",1769:"
ID definitions when Type is MipChannelIdentifier::GNSS_CONSTELLATION
",1775:"
ID definitions when Type is MipChannelIdentifier::GNSS_SIGNAL_ID
",1841:"
ID definitions when Type is MipChannelIdentifier::GNSS_RF_BAND
",1846:"
MipChannelIdentifier()
Default constructor
",1847:"
MipChannelIdentifier(
Type identifierType,
uint32 id
) : m_type(identifierType), m_id(id)
Construct MipChannelIdentifier object with specified MipChannelIdentifier::Type and ID values.
",1848:"
MipChannelIdentifier(
Type identifierType,
uint32 id,
uint32 specifier
) : m_type(identifierType), m_id(id), m_specifier(specifier)
Construct MipChannelIdentifier object with specified MipChannelIdentifier::Type and ID values.
",1849:"
Type identifierType() const
Returns the MipChannelIdentifier::Type specifier of this identifier.
",1850:"
uint32 id() const
Returns the identifier value.
",1851:"
bool hasSpecifier() const
Indicates whether this identifier has an optional additional specifier.
",1852:"
uint32 specifier() const
Returns the optional additional specifier value.
",1853:"
std::string name(
bool standardizedFormat = true
) const
Returns the string representation of this identifier based on type and value.
",1854:"
bool hasSpecifier(
std::string &specifierName
) const
Indicates whether this identifier has an optional additional specifier.  Parameters: specifierName - string reference that is set to the specifier name if found
",1855:"
A vector of MipChannelIdentifier values, used to assign additional identifiers to a MipDataPoint
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/MipChannelIdentifier-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/MipChannelIdentifier-ToolTips.js deleted file mode 100644 index 2378ab30a..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/MipChannelIdentifier-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1744:"
Identifier type options, indicates what the MipChannelIdentifier::id value represents.
",1747:"
GNSS Constellation ID
",1749:"
GNSS Signal ID
",1750:"
Filter Aiding Measurement Type
",1751:"
GNSS RF Band
",1846:"
MipChannelIdentifier()
Default constructor
",1850:"
uint32 id() const
Returns the identifier value.
",2121:"
MipDataPoint
Represents a single Inertial Data Point (Extends from DataPoint)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/MipChannelIdentifier.html b/v66.0.1/MSCL_API_Docs/classes/C/MipChannelIdentifier.html deleted file mode 100644 index 0a2e316fe..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/MipChannelIdentifier.html +++ /dev/null @@ -1,101 +0,0 @@ - - -MipChannelIdentifier - - - - - - - -
-
MipChannelIdentifier
-
MipChannelIdentifier
-

A single additional identifier for a MipDataPoint. Contains a uint value with an identifier type specifier.

-
- -
-
Type
-

Identifier type options, indicates what the MipChannelIdentifier::id value represents.

GNSS_RECEIVER_ID

GNSS Receiver ID

GNSS_BASE_STATION_ID

Differential GNSS Base Station ID

GNSS_CONSTELLATION

GNSS Constellation ID

GNSS_SATELLITE_ID

GNSS Satellite ID

GNSS_SIGNAL_ID

GNSS Signal ID

AIDING_MEASUREMENT_TYPE

Filter Aiding Measurement Type

GNSS_RF_BAND

GNSS RF Band

AIDING_MEASUREMENT_FRAME_ID

Aiding Measurement Frame ID

-
- -
-
AidingMeasurementTypes
-

ID definitions when Type is MipChannelIdentifier::AIDING_MEASUREMENT_TYPE

GNSS

0x01 - GNSS

DUAL_ANTENNA

0x02 - Dual Antenna

HEADING

0x03 - Heading

PRESSURE

0x04 - Pressure

MAGNETOMETER

0x05 - Magnetometer

SPEED

0x06 - Speed

AIDING_POS_ECEF

0x21 - <MipTypes::Command::CMD_AIDING_POS_ECEF>

AIDING_POS_LLH

0x22 - <MipTypes::Command::CMD_AIDING_POS_LLH>

AIDING_HEIGHT_ABOVE_ELLIPSOID

0x23 - <MipTypes::Command::CMD_HEIGHT_ABOVE_ELLIPSOID>

AIDING_VEL_ECEF

0x28 - <MipTypes::Command::CMD_AIDING_VEL_ECEF>

AIDING_VEL_NED

0x29 - <MipTypes::Command::CMD_AIDING_VEL_NED>

AIDING_VEL_BODY_FRAME

0x2A - <MipTypes::Command::CMD_AIDING_VEL_BODY_FRAME>

AIDING_HEADING_TRUE

0x31 - <MipTypes::Command::CMD_AIDING_HEADING_TRUE>

AIDING_MAGNETIC_FIELD

0x32 - <MipTypes::Command::CMD_AIDING_MAGNETIC_FIELD>

AIDING_PRESSURE

0x33 - <MipTypes::Command::CMD_AIDING_PRESSURE>

-
- -
-
GnssConstellationIds
-

ID definitions when Type is MipChannelIdentifier::GNSS_CONSTELLATION

UNKNOWN_CONSTELLATION

0 - Unknown

GPS

1 - GPS

GLONASS

2 - GLONASS

GALILEO

3 - Galileo

BEIDOU

4 - BeiDou

-
- -
-
GnssSignalIds
-

ID definitions when Type is MipChannelIdentifier::GNSS_SIGNAL_ID

UNKNOWN

0

GPS_L1CA

1

GPS_L1P

2

GPS_L1Z

3

GPS_L2CA

4

GPS_L2P

5

GPS_L2Z

6

GPS_L2CL

7

GPS_L2CM

8

GPS_L2CML

9

GPS_L5I

10

GPS_L5Q

11

GPS_L5IQ

12

GPS_L1CD

13

GPS_L1CP

14

GPS_L1CDP

15

GLONASS_G1CA

32

GLONASS_G1P

33

GLONASS_G2C

34

GLONASS_G2P

35

GALILEO_E1C

64

GALILEO_E1A

65

GALILEO_E1B

66

GALILEO_E1BC

67

GALILEO_E1ABC

68

GALILEO_E6C

69

GALILEO_E6A

70

GALILEO_E6B

71

GALILEO_E6BC

72

GALILEO_E6ABC

73

GALILEO_E5BI

74

GALILEO_E5BQ

75

GALILEO_E5BIQ

76

GALILEO_E5ABI

77

GALILEO_E5ABQ

78

GALILEO_E5ABIQ

79

GALILEO_E5AI

80

GALILEO_E5AQ

81

GALILEO_E5AIQ

82

SBAS_L1CA

96

SBAS_L5I

97

SBAS_L5Q

98

SBAS_L5IQ

99

QZSS_L1CA

128

QZSS_LEXS

129

QZSS_LEXL

130

QZSS_LEXSL

131

QZSS_L2CM

132

QZSS_L2CL

133

QZSS_L2CML

134

QZSS_L5I

135

QZSS_L5Q

136

QZSS_L5IQ

137

QZSS_L1CD

138

QZSS_L1CP

139

QZSS_L1CDP

140

BEIDOU_B1I

160

BEIDOU_B1Q

161

BEIDOU_B1IQ

162

BEIDOU_B3I

163

BEIDOU_B3Q

164

BEIDOU_B3IQ

165

BEIDOU_B2I

166

BEIDOU_B2Q

167

BEIDOU_B2IQ

168

-
- -
-
GnssRfBands
-

ID definitions when Type is MipChannelIdentifier::GNSS_RF_BAND

UNKNOWN_RF_BAND

0 - Unknown

RF_BAND_L1

1 - L1

RF_BAND_L2

2 - L2

RF_BAND_L5

5 - L5

-
- -
-
MipChannelIdentifier
-
MipChannelIdentifier()
-

Default constructor

-
- -
-
MipChannelIdentifier
-
MipChannelIdentifier(
Type identifierType,
uint32 id
) : m_type(identifierType), m_id(id)
-

Construct MipChannelIdentifier object with specified MipChannelIdentifier::Type and ID values.

Parameters
identifierType
Type

specifies the type of identifier this represents

id
uint32

the identifier value

-
- -
-
MipChannelIdentifier
-
MipChannelIdentifier(
Type identifierType,
uint32 id,
uint32 specifier
) : m_type(identifierType), m_id(id), m_specifier(specifier)
-

Construct MipChannelIdentifier object with specified MipChannelIdentifier::Type and ID values.

Parameters
identifierType
Type

specifies the type of identifier this represents

id
uint32

the identifier value

specifier
uint32

the optional additional specifier

-
- -
-
identifierType
-
Type identifierType() const
-

Returns the MipChannelIdentifier::Type specifier of this identifier.

-
- -
-
id
-
uint32 id() const
-

Returns the identifier value.

-
- -
-
hasSpecifier
-
bool hasSpecifier() const
-

Indicates whether this identifier has an optional additional specifier.

-
- -
-
specifier
-
uint32 specifier() const
-

Returns the optional additional specifier value.

Note

This is only valid and applicable if hasSpecifier returns true. Value may be non-zero regardless.

-
- -
-
name
-
std::string name(
bool standardizedFormat = true
) const
-

Returns the string representation of this identifier based on type and value.

Parameters
standardizedFormat
bool

specify whether the format should be left consistent for all identifier types or consolidated where relevant

Example

<GNSS_CONSTELLATION, 2>: true = "gnssConstellation_2", false = "glonass"

-
- -
-
hasSpecifier
-
bool hasSpecifier(
std::string &specifierName
) const
-

Indicates whether this identifier has an optional additional specifier.  Parameters: specifierName - string reference that is set to the specifier name if found

-
- -
-
MipChannelIdentifiers
-

A vector of MipChannelIdentifier values, used to assign additional identifiers to a MipDataPoint

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/MipCmdResponse-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/MipCmdResponse-Summary.js deleted file mode 100644 index ded1d9c0a..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/MipCmdResponse-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:MipCmdResponse","MipCmdResponse");NDSummary.OnSummaryLoaded("CClass:MipCmdResponse",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"]],[[1041,0,0,"MipCmdResponse"],[1042,0,1,"success","success"],[1043,0,1,"errorCode","errorCode"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/MipCmdResponse-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/MipCmdResponse-SummaryToolTips.js deleted file mode 100644 index be753893d..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/MipCmdResponse-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:MipCmdResponse",{1041:"
MipCmdResponse
Represents the response to a generic InertialNode command
",1042:"
virtual bool success() const
Gets whether or not the command was a success.
",1043:"
virtual MipPacket::MipAckNack errorCode() const
Gets the MIP ack/nack error code that was returned
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/MipCmdResponse-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/MipCmdResponse-ToolTips.js deleted file mode 100644 index 59779f645..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/MipCmdResponse-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({4610:"
Error
The generic MicroStrain exception (base class)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/MipCmdResponse.html b/v66.0.1/MSCL_API_Docs/classes/C/MipCmdResponse.html deleted file mode 100644 index cb359c4a4..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/MipCmdResponse.html +++ /dev/null @@ -1,29 +0,0 @@ - - -MipCmdResponse - - - - - - - -
-
MipCmdResponse
-
MipCmdResponse
-

Represents the response to a generic InertialNode command

-
- -
-
success
-
virtual bool success() const
-

Gets whether or not the command was a success.

Returns

true if the command was a success, false otherwise

Exceptions

  • Error: The function was called before there was a response to the command (uninitialized)

-
- -
-
errorCode
-
virtual MipPacket::MipAckNack errorCode() const
-

Gets the MIP ack/nack error code that was returned

Returns

The MIP ack/nack error code as a <MipPacket::MipAckNack>

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/MipCommandBytes-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/MipCommandBytes-Summary.js deleted file mode 100644 index 999e0fd68..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/MipCommandBytes-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:MipCommandBytes","MipCommandBytes");NDSummary.OnSummaryLoaded("CClass:MipCommandBytes",[["C/C++","C"]],[["Functions","Function"],["Structs","Struct"],["Types","Type"],["Variables","Variable"]],[[1856,0,1,"MipCommandBytes"],[1857,0,3,"id","id"],[1858,0,3,"commands","commands"],[1859,0,3,"buildCmdFailed","buildCmdFailed"],[1860,0,3,"sendCmdFailed","sendCmdFailed"],[1861,0,0,"MipCommandBytes","MipCommandBytes"],[1862,0,0,"MipCommandBytes","MipCommandBytes(2)"],[1863,0,0,"MipCommandBytes","MipCommandBytes(3)"],[1864,0,0,"MipCommandBytes","MipCommandBytes(4)"],[1865,0,0,"add","add"],[1866,0,0,"valid","valid"],[1867,0,2,"MipCommandSet","MipCommandSet"],[1868,0,2,"MipFieldFormat","MipFieldFormat"],[1869,0,2,"MipFieldValues","MipFieldValues"],[1870,0,2,"MipCommandParameters","MipCommandParameters"],[1871,0,2,"MipFunctionSelectors","MipFunctionSelectors"],[1872,0,2,"MipResponseMatchValues","MipResponseMatchValues"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/MipCommandBytes-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/MipCommandBytes-SummaryToolTips.js deleted file mode 100644 index 245a5a616..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/MipCommandBytes-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:MipCommandBytes",{1856:"
Contains an <Command> id and a BytesCollection vector to store the actual bytes to send to the device for that command.
",1857:"
MipTypes::Command id
MipTypes::Command this object represents
",1858:"
BytesCollection commands
BytesCollection of raw command bytes
",1859:"
bool buildCmdFailed
",1860:"
bool sendCmdFailed
",1861:"
MipCommandBytes() : buildCmdFailed(false), sendCmdFailed(false)
Default constructor for MipCommandBytes object
",1862:"
MipCommandBytes(
MipTypes::Command _id
) : id(_id), buildCmdFailed(false), sendCmdFailed(false)
Constructor for MipCommandBytes object
",1863:"
MipCommandBytes(
MipTypes::Command _id,
Bytes _cmd
) : id(_id), commands({ _cmd }), buildCmdFailed(false), sendCmdFailed(false)
Constructor for MipCommandBytes object
",1864:"
MipCommandBytes(
MipTypes::Command _id,
BytesCollection _cmds
) : id(_id), commands(_cmds), buildCmdFailed(false), sendCmdFailed(false)
Constructor for MipCommandBytes object
",1865:"
void add(
Bytes cmd
)
Add raw command Bytes to commands BytesCollection
",1866:"
bool valid()
Indicates whether this object contains any relevant information, specifically whether it contains any command Bytes or has been marked for failure.
",1867:"
A vector of MipCommandBytes
",1868:"
A ValueType vector
",1869:"
A Value vector
",1870:"
A list of <MipCommandParameterList> command/parameter definitions
",1871:"
A MipTypes::FunctionSelector vector
",1872:"
A map of locations and values to match in a MIP response to determine success
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/MipCommandBytes-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/MipCommandBytes-ToolTips.js deleted file mode 100644 index 4a05d4189..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/MipCommandBytes-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1106:"
The enums for all the different types/categories of MIP commands and data.
",1119:"
The enums for all of the different MIP commands.
",1861:"
MipCommandBytes() : buildCmdFailed(false), sendCmdFailed(false)
Default constructor for MipCommandBytes object
",4502:"
Value
Represents a single value that can be stored/accessed in multiple ways.
",4526:"
typedef for a vector of bytes.
",4527:"
A vector of Bytes objects.
",}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/MipCommandBytes.html b/v66.0.1/MSCL_API_Docs/classes/C/MipCommandBytes.html deleted file mode 100644 index 092a35556..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/MipCommandBytes.html +++ /dev/null @@ -1,106 +0,0 @@ - - -MipCommandBytes - - - - - - - -
-
MipCommandBytes
-

Contains an <Command> id and a BytesCollection vector to store the actual bytes to send to the device for that command.

-
- -
-
id
- -

MipTypes::Command this object represents

-
- -
-
commands
- -

BytesCollection of raw command bytes

-
- -
-
buildCmdFailed
-
bool buildCmdFailed
-
bool

indicates building command bytes was attempted but failed

false by default

set to true on failure

-
- -
-
sendCmdFailed
-
bool sendCmdFailed
-
bool

indicates sending the command bytes was attempted but failed

false by default

set to true on failure

-
- -
-
MipCommandBytes
-
MipCommandBytes() : buildCmdFailed(false), sendCmdFailed(false)
-

Default constructor for MipCommandBytes object

-
- -
-
MipCommandBytes
-
MipCommandBytes(
MipTypes::Command _id
) : id(_id), buildCmdFailed(false), sendCmdFailed(false)
-

Constructor for MipCommandBytes object

Parameters
id

MipTypes::Command this object represents

-
- -
-
MipCommandBytes
-
MipCommandBytes(
MipTypes::Command _id,
Bytes _cmd
) : id(_id), commands({ _cmd }), buildCmdFailed(false), sendCmdFailed(false)
-

Constructor for MipCommandBytes object

Parameters
id

MipTypes::Command this object represents

cmd

raw command Bytes to add to the commands BytesCollection

-
- -
-
MipCommandBytes
-
MipCommandBytes(
MipTypes::Command _id,
BytesCollection _cmds
) : id(_id), commands(_cmds), buildCmdFailed(false), sendCmdFailed(false)
-

Constructor for MipCommandBytes object

Parameters
id

MipTypes::Command this object represents

cmds

collection of raw command Bytes to add to the commands BytesCollection

-
- -
-
add
-
void add(
Bytes cmd
)
-

Add raw command Bytes to commands BytesCollection

Parameters
cmd
Bytes

command Bytes to add

-
- -
-
valid
-
bool valid()
-

Indicates whether this object contains any relevant information, specifically whether it contains any command Bytes or has been marked for failure.

Returns
bool

true if commands size is at least one OR send command failed OR build command failed

-
- -
-
MipCommandSet
-

A vector of MipCommandBytes

-
- -
-
MipFieldFormat
-

A ValueType vector

-
- -
-
MipFieldValues
-

A Value vector

-
- -
-
MipCommandParameters
-

A list of <MipCommandParameterList> command/parameter definitions

-
- -
-
MipFunctionSelectors
-

A MipTypes::FunctionSelector vector

-
- -
-
MipResponseMatchValues
-

A map of locations and values to match in a MIP response to determine success

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/MipDataPacket-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/MipDataPacket-Summary.js deleted file mode 100644 index a3f6c4b9f..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/MipDataPacket-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:MipDataPacket","MipDataPacket");NDSummary.OnSummaryLoaded("CClass:MipDataPacket",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Types","Type"]],[[1084,0,0,"MipDataPacket"],[1085,0,1,"data","data"],[1086,0,1,"shared","shared"],[1087,0,1,"collectedTimestamp","collectedTimestamp"],[1088,0,1,"deviceTimestamp","deviceTimestamp"],[1089,0,1,"hasDeviceTime","hasDeviceTime"],[1090,0,1,"deviceTimeValid","deviceTimeValid"],[1091,0,1,"deviceTimeFlags","deviceTimeFlags"],[1092,0,2,"MipDataPackets","MipDataPackets"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/MipDataPacket-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/MipDataPacket-SummaryToolTips.js deleted file mode 100644 index e8ddcdec2..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/MipDataPacket-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:MipDataPacket",{1084:"
MipDataPacket
A Mip Data Packet that contains both valid and invalid data from a MIP Device.
",1085:"
const MipDataPoints& data() const
Gets all the MipDataPoints that are contained within this packet.
",1086:"
const MipSharedDataFields& shared() const
Gets the MipSharedDataFields object that makes the shared field information within this packet more easily accessible.
",1087:"
const Timestamp& collectedTimestamp() const
Gets the Timestamp representing when the packet was collected by MSCL.
",1088:"
const Timestamp& deviceTimestamp() const
Gets the Timestamp which was transmitted in the Mip Data Packet as a channel field.  Note: This will return a Timestamp of 0 if deviceTimeValid returns false.
",1089:"
bool hasDeviceTime() const
Whether the data packet had a Timestamp field included in it.
",1090:"
bool deviceTimeValid() const
Whether the Timestamp field sent from the device is valid or not.
",1091:"
uint16 deviceTimeFlags() const
Gets the timestamp flags that were transmitted in the Mip Data Packet.  Note: This will return 0 if deviceTimeValid returns false.
",1092:"
Typedef for a vector of MipDataPacket objects.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/MipDataPacket-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/MipDataPacket-ToolTips.js deleted file mode 100644 index 140a47a40..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/MipDataPacket-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1045:"
MipSharedDataFields
Object to more easily access shared data field information within a MipDataPacket
",1072:"
MipPacket
A class that contains packet information about an Inertial packet
",1084:"
MipDataPacket
A Mip Data Packet that contains both valid and invalid data from a MIP Device.
",1090:"
bool deviceTimeValid() const
Whether the Timestamp field sent from the device is valid or not.
",2121:"
MipDataPoint
Represents a single Inertial Data Point (Extends from DataPoint)
",4554:"
Timestamp
Represents a date/time object
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/MipDataPacket.html b/v66.0.1/MSCL_API_Docs/classes/C/MipDataPacket.html deleted file mode 100644 index 00d81d454..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/MipDataPacket.html +++ /dev/null @@ -1,64 +0,0 @@ - - -MipDataPacket - - - - - - - -
-
MipDataPacket
-
public
MipPacket
MipDataPacket
-

A Mip Data Packet that contains both valid and invalid data from a MIP Device.

-
- -
-
data
-
const MipDataPoints& data() const
-

Gets all the MipDataPoints that are contained within this packet.

Returns

The MipDataPoints that are contained within this packet.

-
- -
-
shared
-
const MipSharedDataFields& shared() const
-

Gets the MipSharedDataFields object that makes the shared field information within this packet more easily accessible.

Returns

The MipSharedDataFields that are contained within this packet.

-
- -
-
collectedTimestamp
-
const Timestamp& collectedTimestamp() const
-

Gets the Timestamp representing when the packet was collected by MSCL.

Returns

A Timestamp representing when the packet was received by MSCL.

-
- -
-
deviceTimestamp
-
const Timestamp& deviceTimestamp() const
-

Gets the Timestamp which was transmitted in the Mip Data Packet as a channel field.  Note: This will return a Timestamp of 0 if deviceTimeValid returns false.

Returns

A Timestamp that was included in the data packet itself as a field.

-
- -
-
hasDeviceTime
-
bool hasDeviceTime() const
-

Whether the data packet had a Timestamp field included in it.

Returns

true if the data packet included a Timestamp field, false if it did not.

-
- -
-
deviceTimeValid
-
bool deviceTimeValid() const
-

Whether the Timestamp field sent from the device is valid or not.

Returns

true if the Timestamp is valid, false if not.

-
- -
-
deviceTimeFlags
-
uint16 deviceTimeFlags() const
-

Gets the timestamp flags that were transmitted in the Mip Data Packet.  Note: This will return 0 if deviceTimeValid returns false.

Returns

The uint16 flags that were sent with the device timestamp.

-
- -
-
MipDataPackets
-

Typedef for a vector of MipDataPacket objects.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/MipDataPoint-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/MipDataPoint-Summary.js deleted file mode 100644 index 047a34a0e..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/MipDataPoint-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:MipDataPoint","MipDataPoint");NDSummary.OnSummaryLoaded("CClass:MipDataPoint",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Types","Type"]],[[2121,0,0,"MipDataPoint"],[2122,0,1,"field","field"],[2123,0,1,"qualifier","qualifier"],[2124,0,1,"hasAddlIdentifiers","hasAddlIdentifiers"],[2125,0,1,"addlIdentifiers","addlIdentifiers"],[2126,0,1,"hasValidFlag","hasValidFlag"],[2127,0,1,"valid","valid"],[2128,0,1,"channelName","channelName"],[2129,0,2,"MipDataPoints","MipDataPoints"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/MipDataPoint-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/MipDataPoint-SummaryToolTips.js deleted file mode 100644 index 6a04cadb2..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/MipDataPoint-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:MipDataPoint",{2121:"
MipDataPoint
Represents a single Inertial Data Point (Extends from DataPoint)
",2122:"
MipTypes::ChannelField field() const
Gets the Channel Field that describes the full MIP "Field" that the data point came in.  This is a combination of a MIP "Descriptor ID", and a MIP "Field ID".
",2123:"
MipTypes::ChannelQualifier qualifier() const
Gets the Channel Qualifier that describes the specific channel for the data point.  This, combined with the MipTypes::ChannelField, is a fully unique identifier for the channel.
",2124:"
bool hasAddlIdentifiers() const
Indicates whether or not this data point has additional data identifiers.
",2125:"
MipChannelIdentifiers addlIdentifiers() const
Get the additional identifier values assigned to this data point.
",2126:"
bool hasValidFlag() const
Gets whether the data point had a valid flag transmitted in the data packet.  Note: if hasValidFlag returns false, valid will always return true.
",2127:"
bool valid() const
Gets whether the data point is valid(true) or invalid(false).  Note: if a data point was not transmitted with a flag representing its validity, this will still return true. To determine if the data point had a flag in the data packet, use hasValidFlag.
",2128:"
std::string channelName(
bool includeAddlIds = true,
bool consolidatedFormat = false
) const
Gets the name of the channel.  This is the universal channel name that should be used for uploading to SensorCloud.
",2129:"
Typedef for a vector of MipDataPoint objects
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/MipDataPoint-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/MipDataPoint-ToolTips.js deleted file mode 100644 index 5fcc3a778..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/MipDataPoint-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1269:"
The enums for all of the different MIP Channel Field IDs.
",1597:"
The enums for different MIP Channel Qualifiers.  This combined with the ChannelField produces a unique identifier for each individual channel that is collected.
",1743:"
MipChannelIdentifier
A single additional identifier for a MipDataPoint. Contains a uint value with an identifier type specifier.
",2121:"
MipDataPoint
Represents a single Inertial Data Point (Extends from DataPoint)
",2126:"
bool hasValidFlag() const
Gets whether the data point had a valid flag transmitted in the data packet.  Note: if hasValidFlag returns false, valid will always return true.
",2127:"
bool valid() const
Gets whether the data point is valid(true) or invalid(false).  Note: if a data point was not transmitted with a flag representing its validity, this will still return true. To determine if the data point had a flag in the data packet, use hasValidFlag.
",4471:"
DataPoint
Base class representing common functionality between Wireless and Inertial data points
",4502:"
Value
Represents a single value that can be stored/accessed in multiple ways.
",4610:"
Error
The generic MicroStrain exception (base class)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/MipDataPoint.html b/v66.0.1/MSCL_API_Docs/classes/C/MipDataPoint.html deleted file mode 100644 index ddc66bb10..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/MipDataPoint.html +++ /dev/null @@ -1,64 +0,0 @@ - - -MipDataPoint - - - - - - - -
-
MipDataPoint
-
public
DataPoint
MipDataPoint
-

Represents a single Inertial Data Point (Extends from DataPoint)

See Also

DataPoint, Value

-
- -
-
field
- -

Gets the Channel Field that describes the full MIP "Field" that the data point came in.  This is a combination of a MIP "Descriptor ID", and a MIP "Field ID".

Returns

The MipTypes::ChannelField for this data point.

-
- -
-
qualifier
-
MipTypes::ChannelQualifier qualifier() const
-

Gets the Channel Qualifier that describes the specific channel for the data point.  This, combined with the MipTypes::ChannelField, is a fully unique identifier for the channel.

Returns

The MipTypes::ChannelQualifier for this data point.

-
- -
-
hasAddlIdentifiers
-
bool hasAddlIdentifiers() const
-

Indicates whether or not this data point has additional data identifiers.

Returns

true if additional MipChannelIdentifiers have been assigned to this data point.

-
- -
-
addlIdentifiers
-
MipChannelIdentifiers addlIdentifiers() const
-

Get the additional identifier values assigned to this data point.

Returns
MipChannelIdentifiers

the additional identifiers for this data point.

-
- -
-
hasValidFlag
-
bool hasValidFlag() const
-

Gets whether the data point had a valid flag transmitted in the data packet.  Note: if hasValidFlag returns false, valid will always return true.

Returns

true if the data point had a valid flag associated with it, false otherwise.

-
- -
-
valid
-
bool valid() const
-

Gets whether the data point is valid(true) or invalid(false).  Note: if a data point was not transmitted with a flag representing its validity, this will still return true. To determine if the data point had a flag in the data packet, use hasValidFlag.

Returns

true if the data point is valid, false if the data point is invalid

-
- -
-
channelName
-
std::string channelName(
bool includeAddlIds = true,
bool consolidatedFormat = false
) const
-

Gets the name of the channel.  This is the universal channel name that should be used for uploading to SensorCloud.

Parameters
includeAddlIds
bool

default: true - when true, includes the additional identifiers in the channel name string if present.

consolidatedFormat
bool

default: false - consolidate additional identifiers into interpreted strings when relevant. Ex: when false: "aidingMeasurement_5", when true: "magnetometer"

Returns

The name of the channel.

Exceptions
-
- -
-
MipDataPoints
-

Typedef for a vector of MipDataPoint objects

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/MipModel-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/MipModel-Summary.js deleted file mode 100644 index eef979190..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/MipModel-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:MipModel","MipModel");NDSummary.OnSummaryLoaded("CClass:MipModel",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Operators","Operator"]],[[2216,0,0,"MipModel"],[2217,0,1,"MipModel Constants","MipModel_Constants"],[2218,0,2,"MipModel","MipModel"],[2219,0,2,"MipModel","MipModel(2)"],[2220,0,3,"== (MipModel, C++ only)","=="],[2221,0,3,"!= (MipModel, C++ only)","!="],[2222,0,3,"== (<MipModels::​ModelNumber, C++ only)","==(!= (<MipModels::​ModelNumber, C++ only)","!=(std::​string (C++ only)","std.string"],[2225,0,2,"equals","equals"],[2226,0,2,"str","str"],[2227,0,2,"nodeModel","nodeModel"],[2228,0,2,"modifier","modifier"],[2229,0,2,"modelNumber","modelNumber"],[2230,0,3,"== (<MipModels::​ModelNumber>, <MipModel> object, C++ only)","==(2)"],[2231,0,3,"!= (<MipModels::​ModelNumber>, <MipModel> object, C++ only)","!=(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/MipModel-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/MipModel-SummaryToolTips.js deleted file mode 100644 index f6e9ae192..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/MipModel-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:MipModel",{2216:"
MipModel
Contains the model information of MIP devices.
",2217:"
Constant MipModel object definitions for each known MIP device.  Most models have 9999 placeholder modifier values because there is no significant interface difference between the different versions of the same base model.  This placeholder value will match to any modifier value read from the device when comparing MipModel objects.
",2218:"
MipModel(
const std::string &modelNumberStr
)
Creates a MipModel object from the model string read from a MIP device (inertial, RTK)
",2219:"
MipModel(
const MipModel &copy
)
Creates a MipModel object based on another MipModel object
",2220:"
Define == behavior when comparing two MipModel objects (functionally the same as MipModel::equals()).
",2221:"
Define != behavior when comparing two MipModel objects (functionally the same as MipModel::equals()).
",2222:"
Define == behavior when comparing two MipModel objects (functionally the same as MipModel::equals()).
",2223:"
Define != behavior when comparing two MipModel objects (functionally the same as MipModel::equals()).
",2224:"
Define behavior when casting a MipModel to std::string (funtionally the same as MipModel::str()).
",2225:"
bool equals(
const MipModel &compare
) const
Function to compare two MipModel objects for equality (functionally the same as overloaded == operator).
",2226:"
const std::string str() const
Get the model string formatted as it would be read from the device (ex: 6284-4220) (funtionally the same as std::string overloaded operator).
",2227:"
MipModels::NodeModel nodeModel() const
Get the NodeModel value for this model number. Ex: str: "6284-4220", nodeModel: 6284
",2228:"
uint32 modifier() const
Get the modifier value for this model number. Ex: str: "6284-4220", modifier: 4220 Note: most actual modifier values are not defined in the Modifier enum - actual value read from the device likely won\'t match.
",2229:"
MipModels::ModelNumber modelNumber() const
Get the full ModelNumber value for this model number. Ex: str: "6284-4220", modelNumber: 62844220 Note: most values in the ModelNumber enum use the placeholder modifier - actual value read from the device likely won\'t match.
",2230:"
Define == behavior when comparing a MipModels::ModelNumber enum value and MipModel object (functionally the same as comparing the MipModel::modelNumber() value with MipModels::modelNumbersEqual()).
",2231:"
Define != behavior when comparing a MipModels::ModelNumber enum value and MipModel object (functionally the same as comparing the MipModel::modelNumber() value with MipModels::modelNumbersEqual()).
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/MipModel-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/MipModel-ToolTips.js deleted file mode 100644 index 3d2b0d91c..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/MipModel-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2131:"
The base model numbers for each of the MIP devices.  Ex: 6284-4220 (3DM-GQ7) NodeModel is 6284
",2173:"
The combined node model and modifier numbers for each of the MIP devices.  Ex: Model = 6285, Modifiers = RTK v2 (0100) - NodeModel = 62580100 Most models have 9999 placeholder modifier values because there is no significant interface difference between the different versions of the same base model.  This placeholder value will match to any modifier value read from the device when comparing MipModel objects.
",2216:"
MipModel
Contains the model information of MIP devices.
",2218:"
MipModel(
const std::string &modelNumberStr
)
Creates a MipModel object from the model string read from a MIP device (inertial, RTK)
",2227:"
MipModels::NodeModel nodeModel() const
Get the NodeModel value for this model number. Ex: str: "6284-4220", nodeModel: 6284
",2228:"
uint32 modifier() const
Get the modifier value for this model number. Ex: str: "6284-4220", modifier: 4220 Note: most actual modifier values are not defined in the Modifier enum - actual value read from the device likely won\'t match.
",2229:"
MipModels::ModelNumber modelNumber() const
Get the full ModelNumber value for this model number. Ex: str: "6284-4220", modelNumber: 62844220 Note: most values in the ModelNumber enum use the placeholder modifier - actual value read from the device likely won\'t match.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/MipModel.html b/v66.0.1/MSCL_API_Docs/classes/C/MipModel.html deleted file mode 100644 index 9158dbe36..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/MipModel.html +++ /dev/null @@ -1,99 +0,0 @@ - - -MipModel - - - - - - - -
-
MipModel
-
MipModel
-

Contains the model information of MIP devices.

-
- -
-
MipModel Constants
-

Constant MipModel object definitions for each known MIP device.  Most models have 9999 placeholder modifier values because there is no significant interface difference between the different versions of the same base model.  This placeholder value will match to any modifier value read from the device when comparing MipModel objects.

mip_model_none

00000000 - undefined placeholder

mip_model_3dm_dh3

62199999 - 3DM-DH3

mip_model_3dm_gx3_15

62279999 - 3DM-GX3-15

mip_model_3dm_gx3_25

62239999 - 3DM-GX3-25

mip_model_3dm_gx3_35

62259999 - 3DM-GX3-35

mip_model_3dm_gx3_45

62289999 - 3DM-GX3-45

mip_model_3dm_rq1_45_lt

62329999 - 3DM-RQ1-45-LT

mip_model_3dm_gx4_15

62339999 - 3DM-GX4-15

mip_model_3dm_gx4_25

62349999 - 3DM-GX4-25

mip_model_3dm_gx4_45

62369999 - 3DM-GX4-45

mip_model_3dm_rq1_45_st

62399999 - 3DM-RQ1-45-ST

mip_model_mv5_ar

62439999 - MV5-AR

mip_model_3dm_gx5_10

62559999 - 3DM-GX5-10

mip_model_3dm_gx5_15

62549999 - 3DM-GX5-15

mip_model_3dm_gx5_25

62539999 - 3DM-GX5-25

mip_model_3dm_gx5_35

62529999 - 3DM-GX5-35

mip_model_3dm_gx5_45

62519999 - 3DM-GX5-45

mip_model_3dm_cv5_10

62599999 - 3DM-CV5-10

mip_model_3dm_cv5_15

62589999 - 3DM-CV5-15

mip_model_3dm_cv5_25

62579999 - 3DM-CV5-25

mip_model_3dm_cv5_45

62569999 - 3DM-CV5-45

mip_model_3dm_gq4_45

62509999 - 3DM-GQ4-45

mip_model_3dm_cx5_45

62719999 - 3DM-CX5-45

mip_model_3dm_cx5_35

62729999 - 3DM-CX5-35

mip_model_3dm_cx5_25

62739999 - 3DM-CX5-25

mip_model_3dm_cx5_15

62749999 - 3DM-CX5-15

mip_model_3dm_cx5_10

62759999 - 3DM-CX5-10

mip_model_3dm_cl5_15

62809999 - 3DM-CL5-15

mip_model_3dm_cl5_25

62819999 - 3DM-CL5-25

mip_model_3dm_gq7

62849999 - 3DM-GQ7

mip_model_3dm_rtk_v1

62850000 - 3DM-RTK v1

mip_model_3dm_rtk

62850100 - 3DM-RTK

mip_model_3dm_cv7_ahrs

62869999 - 3DM-CV7-AHRS

mip_model_3dm_cv7_ar

62879999 - 3DM-CV7-AR

mip_model_3dm_gv7_ahrs

62889999 - 3DM-GV7-AHRS

mip_model_3dm_gv7_ar

62899999 - 3DM-GV7-AR

mip_model_3dm_gv7_ins

62909999 - 3DM-GV7-INS

mip_model_3dm_cv7_ins

62919999 - 3DM-CV7-INS

mip_model_3dm_cv7_gnss_ins

62929999 - 3DM-CV7-GNSS/INS

-
- -
-
MipModel
-
MipModel(
const std::string &modelNumberStr
)
-

Creates a MipModel object from the model string read from a MIP device (inertial, RTK)

Parameters
modelNumberStr
const std::string&

the model number string as read from the device, example format: "6284-4220"

-
- -
-
MipModel
-
MipModel(
const MipModel &copy
)
-

Creates a MipModel object based on another MipModel object

Parameters
copy
const MipModel&

the MipModel object to copy values from

-
- -
-
== (MipModel, C++ only)
-

Define == behavior when comparing two MipModel objects (functionally the same as MipModel::equals()).

Parameters
compare

the MipModel object to compare this to

Returns
bool

true if both the NodeModel and Modifier sections of the full model number are equal or either Modifier is the placeholder value (9999)

-
- -
-
!= (MipModel, C++ only)
-

Define != behavior when comparing two MipModel objects (functionally the same as MipModel::equals()).

Parameters
compare

the MipModel object to compare this to

Returns
bool

false if both the NodeModel and Modifier sections of the full model number are equal or either Modifier is the placeholder value (9999)

-
- -
-
== (<MipModels::​ModelNumber, C++ only)
-

Define == behavior when comparing two MipModel objects (functionally the same as MipModel::equals()).

Parameters
compare

the ModelNumber value to compare this to

Returns
bool

true if both the NodeModel and Modifier sections of the full model number are equal or either Modifier is the placeholder value (9999)

-
- -
-
!= (<MipModels::​ModelNumber, C++ only)
-

Define != behavior when comparing two MipModel objects (functionally the same as MipModel::equals()).

Parameters
compare

the ModelNumber value to compare this to

Returns
bool

false if both the NodeModel and Modifier sections of the full model number are equal or either Modifier is the placeholder value (9999)

-
- -
-
std::​string (C++ only)
-

Define behavior when casting a MipModel to std::string (funtionally the same as MipModel::str()).

Returns
string

model string formatted as it would be read from the device (ex: 6284-4220)

-
- -
-
equals
-
bool equals(
const MipModel &compare
) const
-

Function to compare two MipModel objects for equality (functionally the same as overloaded == operator).

Parameters
compare
const MipModel&

the MipModel object to compare this to

Returns
bool

true if both the NodeModel and Modifier sections of the full model number are equal or either Modifier is the placeholder value (9999)

-
- -
-
str
-
const std::string str() const
-

Get the model string formatted as it would be read from the device (ex: 6284-4220) (funtionally the same as std::string overloaded operator).

Returns
string

model string formatted as it would be read from the device (ex: 6284-4220)

-
- -
-
nodeModel
-
MipModels::NodeModel nodeModel() const
-

Get the NodeModel value for this model number. Ex: str: "6284-4220", nodeModel: 6284

Returns
NodeModel

the first part of the model number

-
- -
-
modifier
-
uint32 modifier() const
-

Get the modifier value for this model number. Ex: str: "6284-4220", modifier: 4220 Note: most actual modifier values are not defined in the Modifier enum - actual value read from the device likely won't match.

Returns
uint32

the second part of the model number

-
- -
-
modelNumber
-
MipModels::ModelNumber modelNumber() const
-

Get the full ModelNumber value for this model number. Ex: str: "6284-4220", modelNumber: 62844220 Note: most values in the ModelNumber enum use the placeholder modifier - actual value read from the device likely won't match.

Returns
ModelNumber

the full model number integer

-
- -
-
== (<MipModels::​ModelNumber>, <MipModel> object, C++ only)
-

Define == behavior when comparing a MipModels::ModelNumber enum value and MipModel object (functionally the same as comparing the MipModel::modelNumber() value with MipModels::modelNumbersEqual()).

Parameters
model1

the first MipModels::ModelNumber value to compare

model2

the second MipModel object to compare

Returns
bool

true if both the NodeModel and Modifier sections of the full model number are equal or either Modifier is the placeholder value (9999)

-
- -
-
!= (<MipModels::​ModelNumber>, <MipModel> object, C++ only)
-

Define != behavior when comparing a MipModels::ModelNumber enum value and MipModel object (functionally the same as comparing the MipModel::modelNumber() value with MipModels::modelNumbersEqual()).

Parameters
model1

the first MipModels::ModelNumber value to compare

model2

the second MipModel object to compare

Returns
bool

false if both the NodeModel and Modifier sections of the full model number are equal or either Modifier is the placeholder value (9999)

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/MipModels-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/MipModels-Summary.js deleted file mode 100644 index b473725f2..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/MipModels-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:MipModels","MipModels");NDSummary.OnSummaryLoaded("CClass:MipModels",[["C/C++","C"]],[["Classes","Class"],["Enums","Enumeration"],["Functions","Function"]],[[2130,0,0,"MipModels"],[2131,0,1,"NodeModel","NodeModel"],[2132,0,1,,"node_3dm_dh3"],[2133,0,1,,"node_3dm_gx3_15"],[2134,0,1,,"node_3dm_gx3_25"],[2135,0,1,,"node_3dm_gx3_35"],[2136,0,1,,"node_3dm_gx3_45"],[2137,0,1,,"node_3dm_rq1_45_lt"],[2138,0,1,,"node_3dm_gx4_15"],[2139,0,1,,"node_3dm_gx4_25"],[2140,0,1,,"node_3dm_gx4_45"],[2141,0,1,,"node_3dm_rq1_45_st"],[2142,0,1,,"node_mv5_ar"],[2143,0,1,,"node_3dm_gx5_10"],[2144,0,1,,"node_3dm_gx5_15"],[2145,0,1,,"node_3dm_gx5_25"],[2146,0,1,,"node_3dm_gx5_35"],[2147,0,1,,"node_3dm_gx5_45"],[2148,0,1,,"node_3dm_cv5_10"],[2149,0,1,,"node_3dm_cv5_15"],[2150,0,1,,"node_3dm_cv5_25"],[2151,0,1,,"node_3dm_cv5_45"],[2152,0,1,,"node_3dm_gq4_45"],[2153,0,1,,"node_3dm_cx5_45"],[2154,0,1,,"node_3dm_cx5_35"],[2155,0,1,,"node_3dm_cx5_25"],[2156,0,1,,"node_3dm_cx5_15"],[2157,0,1,,"node_3dm_cx5_10"],[2158,0,1,,"node_3dm_cl5_15"],[2159,0,1,,"node_3dm_cl5_25"],[2160,0,1,,"node_3dm_gq7"],[2161,0,1,,"node_3dm_rtk"],[2162,0,1,,"node_3dm_cv7_ahrs"],[2163,0,1,,"node_3dm_cv7_ar"],[2164,0,1,,"node_3dm_gv7_ahrs"],[2165,0,1,,"node_3dm_gv7_ar"],[2166,0,1,,"node_3dm_gv7_ins"],[2167,0,1,,"node_3dm_cv7_ins"],[2168,0,1,,"node_3dm_cv7_gnss_ins"],[2169,0,1,"Modifier","Modifier"],[2170,0,1,,"placeholder_matchAll"],[2171,0,1,,"rtk_v1"],[2172,0,1,,"rtk_v2"],[2173,0,1,"ModelNumber","ModelNumber"],[2174,0,1,,"model_3dm_dh3"],[2175,0,1,,"model_3dm_gx3_15"],[2176,0,1,,"model_3dm_gx3_25"],[2177,0,1,,"model_3dm_gx3_35"],[2178,0,1,,"model_3dm_gx3_45"],[2179,0,1,,"model_3dm_rq1_45_lt"],[2180,0,1,,"model_3dm_gx4_15"],[2181,0,1,,"model_3dm_gx4_25"],[2182,0,1,,"model_3dm_gx4_45"],[2183,0,1,,"model_3dm_rq1_45_st"],[2184,0,1,,"model_mv5_ar"],[2185,0,1,,"model_3dm_gx5_10"],[2186,0,1,,"model_3dm_gx5_15"],[2187,0,1,,"model_3dm_gx5_25"],[2188,0,1,,"model_3dm_gx5_35"],[2189,0,1,,"model_3dm_gx5_45"],[2190,0,1,,"model_3dm_cv5_10"],[2191,0,1,,"model_3dm_cv5_15"],[2192,0,1,,"model_3dm_cv5_25"],[2193,0,1,,"model_3dm_cv5_45"],[2194,0,1,,"model_3dm_gq4_45"],[2195,0,1,,"model_3dm_cx5_45"],[2196,0,1,,"model_3dm_cx5_35"],[2197,0,1,,"model_3dm_cx5_25"],[2198,0,1,,"model_3dm_cx5_15"],[2199,0,1,,"model_3dm_cx5_10"],[2200,0,1,,"model_3dm_cl5_15"],[2201,0,1,,"model_3dm_cl5_25"],[2202,0,1,,"model_3dm_gq7"],[2203,0,1,,"model_3dm_rtk_v1"],[2204,0,1,,"model_3dm_rtk"],[2205,0,1,,"model_3dm_cv7_ahrs"],[2206,0,1,,"model_3dm_cv7_ar"],[2207,0,1,,"model_3dm_gv7_ahrs"],[2208,0,1,,"model_3dm_gv7_ar"],[2209,0,1,,"model_3dm_gv7_ins"],[2210,0,1,,"model_3dm_cv7_ins"],[2211,0,1,,"model_3dm_cv7_gnss_ins"],[2212,0,2,"modelNumberEqual","modelNumberEqual"],[2213,0,2,"modelNumberFromStr","modelNumberFromStr"],[2214,0,2,"modelNumberFromParts","modelNumberFromParts"],[2215,0,2,"nodeModelFromStr","nodeModelFromStr"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/MipModels-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/MipModels-SummaryToolTips.js deleted file mode 100644 index 634db3293..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/MipModels-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:MipModels",{2130:"
MipModels
Contains the model number information of MIP devices.
",2131:"
The base model numbers for each of the MIP devices.  Ex: 6284-4220 (3DM-GQ7) NodeModel is 6284
",2169:"
The modifier options for MIP devices.  Ex: 6285-0100 (3DM-RTK) Modifier is 0100 This list does not define modifiers for all devices. The placeholder value (9999) will match to any value read from the device when comparing MipModel objects.
",2173:"
The combined node model and modifier numbers for each of the MIP devices.  Ex: Model = 6285, Modifiers = RTK v2 (0100) - NodeModel = 62580100 Most models have 9999 placeholder modifier values because there is no significant interface difference between the different versions of the same base model.  This placeholder value will match to any modifier value read from the device when comparing MipModel objects.
",2212:"
Compare two MipModels::ModelNumber enum values (functionally the same as == operator overload for two MipModels::ModelNumber values).
",2213:"
static ModelNumber modelNumberFromStr(
const std::string &modelNumberString
)
Returns a full ModelNumber integer value parsed from a model number string.
",2214:"
static ModelNumber modelNumberFromParts(
NodeModel nodeModel,
Modifier modifier
)
Constructs a full ModelNumber integer from node model and modifier sections. Ex: nodeModel: 6284, modifier: 4220 -> 62844220
",2215:"
static NodeModel nodeModelFromStr(
const std::string &modelNumberString
)
Returns the NodeModel section of a ModelNumber as an integer value parsed from a model number string.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/MipModels-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/MipModels-ToolTips.js deleted file mode 100644 index effe9c5ad..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/MipModels-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2131:"
The base model numbers for each of the MIP devices.  Ex: 6284-4220 (3DM-GQ7) NodeModel is 6284
",2169:"
The modifier options for MIP devices.  Ex: 6285-0100 (3DM-RTK) Modifier is 0100 This list does not define modifiers for all devices. The placeholder value (9999) will match to any value read from the device when comparing MipModel objects.
",2173:"
The combined node model and modifier numbers for each of the MIP devices.  Ex: Model = 6285, Modifiers = RTK v2 (0100) - NodeModel = 62580100 Most models have 9999 placeholder modifier values because there is no significant interface difference between the different versions of the same base model.  This placeholder value will match to any modifier value read from the device when comparing MipModel objects.
",2216:"
MipModel
Contains the model information of MIP devices.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/MipModels.html b/v66.0.1/MSCL_API_Docs/classes/C/MipModels.html deleted file mode 100644 index 1c913ecf0..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/MipModels.html +++ /dev/null @@ -1,55 +0,0 @@ - - -MipModels - - - - - - - -
-
MipModels
-
MipModels
-

Contains the model number information of MIP devices.

-
- -
-
NodeModel
-

The base model numbers for each of the MIP devices.  Ex: 6284-4220 (3DM-GQ7) NodeModel is 6284

node_3dm_dh3

6219 - 3DM-DH3

node_3dm_gx3_15

6227 - 3DM-GX3-15

node_3dm_gx3_25

6223 - 3DM-GX3-25

node_3dm_gx3_35

6225 - 3DM-GX3-35

node_3dm_gx3_45

6228 - 3DM-GX3-45

node_3dm_rq1_45_lt

6232 - 3DM-RQ1-45-LT

node_3dm_gx4_15

6233 - 3DM-GX4-15

node_3dm_gx4_25

6234 - 3DM-GX4-25

node_3dm_gx4_45

6236 - 3DM-GX4-45

node_3dm_rq1_45_st

6239 - 3DM-RQ1-45-ST

node_mv5_ar

6243 - MV5-AR

node_3dm_gx5_10

6255 - 3DM-GX5-10

node_3dm_gx5_15

6254 - 3DM-GX5-15

node_3dm_gx5_25

6253 - 3DM-GX5-25

node_3dm_gx5_35

6252 - 3DM-GX5-35

node_3dm_gx5_45

6251 - 3DM-GX5-45

node_3dm_cv5_10

6259 - 3DM-CV5-10

node_3dm_cv5_15

6258 - 3DM-CV5-15

node_3dm_cv5_25

6257 - 3DM-CV5-25

node_3dm_cv5_45

6256 - 3DM-CV5-45

node_3dm_gq4_45

6250 - 3DM-GQ4-45

node_3dm_cx5_45

6271 - 3DM-CX5-45

node_3dm_cx5_35

6272 - 3DM-CX5-35

node_3dm_cx5_25

6273 - 3DM-CX5-25

node_3dm_cx5_15

6274 - 3DM-CX5-15

node_3dm_cx5_10

6275 - 3DM-CX5-10

node_3dm_cl5_15

6280 - 3DM-CL5-15

node_3dm_cl5_25

6281 - 3DM-CL5-25

node_3dm_gq7

6284 - 3DM-GQ7

node_3dm_rtk

6285 - 3DM-RTK

node_3dm_cv7_ahrs

6286 - 3DM-CV7-AHRS

node_3dm_cv7_ar

6287 - 3DM-CV7-AR

node_3dm_gv7_ahrs

6288 - 3DM-GV7-AHRS

node_3dm_gv7_ar

6289 - 3DM-GV7-AR

node_3dm_gv7_ins

6290 - 3DM-GV7-INS

node_3dm_cv7_ins

6291 - 3DM-CV7-INS

node_3dm_cv7_gnss_ins

6292 - 3DM-CV7-GNSS/INS

-
- -
-
Modifier
-

The modifier options for MIP devices.  Ex: 6285-0100 (3DM-RTK) Modifier is 0100 This list does not define modifiers for all devices. The placeholder value (9999) will match to any value read from the device when comparing MipModel objects.

placeholder_matchAll

9999 - Placeholder value to use in full ModelNumber and const MipModel definitions

rtk_v1

0000 - 3DM-RTK v1

rtk_v2

0100 - 3DM-RTK

-
- -
-
ModelNumber
-

The combined node model and modifier numbers for each of the MIP devices.  Ex: Model = 6285, Modifiers = RTK v2 (0100) - NodeModel = 62580100 Most models have 9999 placeholder modifier values because there is no significant interface difference between the different versions of the same base model.  This placeholder value will match to any modifier value read from the device when comparing MipModel objects.

model_3dm_dh3

62199999 - 3DM-DH3

model_3dm_gx3_15

62279999 - 3DM-GX3-15

model_3dm_gx3_25

62239999 - 3DM-GX3-25

model_3dm_gx3_35

62259999 - 3DM-GX3-35

model_3dm_gx3_45

62289999 - 3DM-GX3-45

model_3dm_rq1_45_lt

62329999 - 3DM-RQ1-45-LT

model_3dm_gx4_15

62339999 - 3DM-GX4-15

model_3dm_gx4_25

62349999 - 3DM-GX4-25

model_3dm_gx4_45

62369999 - 3DM-GX4-45

model_3dm_rq1_45_st

62399999 - 3DM-RQ1-45-ST

model_mv5_ar

62439999 - MV5-AR

model_3dm_gx5_10

62559999 - 3DM-GX5-10

model_3dm_gx5_15

62549999 - 3DM-GX5-15

model_3dm_gx5_25

62539999 - 3DM-GX5-25

model_3dm_gx5_35

62529999 - 3DM-GX5-35

model_3dm_gx5_45

62519999 - 3DM-GX5-45

model_3dm_cv5_10

62599999 - 3DM-CV5-10

model_3dm_cv5_15

62589999 - 3DM-CV5-15

model_3dm_cv5_25

62579999 - 3DM-CV5-25

model_3dm_cv5_45

62569999 - 3DM-CV5-45

model_3dm_gq4_45

62509999 - 3DM-GQ4-45

model_3dm_cx5_45

62719999 - 3DM-CX5-45

model_3dm_cx5_35

62729999 - 3DM-CX5-35

model_3dm_cx5_25

62739999 - 3DM-CX5-25

model_3dm_cx5_15

62749999 - 3DM-CX5-15

model_3dm_cx5_10

62759999 - 3DM-CX5-10

model_3dm_cl5_15

62809999 - 3DM-CL5-15

model_3dm_cl5_25

62819999 - 3DM-CL5-25

model_3dm_gq7

62849999 - 3DM-GQ7

model_3dm_rtk_v1

62850000 - 3DM-RTK v1

model_3dm_rtk

62850100 - 3DM-RTK

model_3dm_cv7_ahrs

62869999 - 3DM-CV7-AHRS

model_3dm_cv7_ar

62879999 - 3DM-CV7-AR

model_3dm_gv7_ahrs

62889999 - 3DM-GV7-AHRS

model_3dm_gv7_ar

62899999 - 3DM-GV7-AR

model_3dm_gv7_ins

62909999 - 3DM-GV7-INS

model_3dm_cv7_ins

62919999 - 3DM-CV7-INS

model_3dm_cv7_gnss_ins

62929999 - 3DM-CV7-GNSS/INS

-
- -
-
modelNumberEqual
-

Compare two MipModels::ModelNumber enum values (functionally the same as == operator overload for two MipModels::ModelNumber values).

Parameters
model1

the first MipModels::ModelNumber value to compare

model2

the second MipModels::ModelNumber value to compare

Returns
bool

true if both the NodeModel and Modifier sections of the full model number are equal or either Modifier is the placeholder value (9999)

-
- -
-
modelNumberFromStr
-
static ModelNumber modelNumberFromStr(
const std::string &modelNumberString
)
-

Returns a full ModelNumber integer value parsed from a model number string.

Parameters
modelNumberString
const std::string&

model number string formatted as it is read from a MIP device (ex: "6284-4220")

Returns
ModelNumber

integer form of model number cast as a ModelNumber enum value (ex: "6284-4220" -> 62844220)

-
- -
-
modelNumberFromParts
-
static ModelNumber modelNumberFromParts(
NodeModel nodeModel,
Modifier modifier
)
-

Constructs a full ModelNumber integer from node model and modifier sections. Ex: nodeModel: 6284, modifier: 4220 -> 62844220

Parameters
nodeModel
NodeModel

NodeModel value, the first part of the full model number (ex: 6284 of "6284-4220")

modifier
Modifier

Modifier value, the second part of the full model number (ex: 4220 of "6284-4220")

Returns

ModelNumber integer form of model number cast as a ModelNumber enum value

-
- -
-
nodeModelFromStr
-
static NodeModel nodeModelFromStr(
const std::string &modelNumberString
)
-

Returns the NodeModel section of a ModelNumber as an integer value parsed from a model number string.

Parameters
modelNumberString
const std::string&

model number string formatted as it is read from a MIP device (ex: "6284-4220")

Returns
NodeModel

integer form of the first part of a model number cast as a NodeModel enum value (ex: "6284-4220" -> 6284)

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/MipNode-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/MipNode-Summary.js deleted file mode 100644 index 476174b97..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/MipNode-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:MipNode","MipNode");NDSummary.OnSummaryLoaded("CClass:MipNode",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"]],[[2083,0,0,"MipNode"],[2084,0,1,"doCommand","doCommand"],[2085,0,1,"deviceName","deviceName"],[2086,0,1,"connection","connection"],[2087,0,1,"features","features"],[2088,0,1,"clearDeviceInfo","clearDeviceInfo"],[2089,0,1,"lastCommunicationTime","lastCommunicationTime"],[2090,0,1,"lastDeviceState","lastDeviceState"],[2091,0,1,"setLastDeviceState","setLastDeviceState"],[2092,0,1,"firmwareVersion","firmwareVersion"],[2093,0,1,"model","model"],[2094,0,1,"modelName","modelName"],[2095,0,1,"modelNumber","modelNumber"],[2096,0,1,"serialNumber","serialNumber"],[2097,0,1,"lotNumber","lotNumber"],[2098,0,1,"deviceOptions","deviceOptions"],[2099,0,1,"timeout","timeout"],[2100,0,1,"timeout","timeout(2)"],[2101,0,1,"name","name"],[2102,0,1,"ping","ping"],[2103,0,1,"setToIdle","setToIdle"],[2104,0,1,"cyclePower","cyclePower"],[2105,0,1,"resume","resume"],[2106,0,1,"getCommunicationMode","getCommunicationMode"],[2107,0,1,"setCommunicationMode","setCommunicationMode"],[2108,0,1,"saveSettingsAsStartup","saveSettingsAsStartup"],[2109,0,1,"saveSettingsAsStartup","saveSettingsAsStartup(2)"],[2110,0,1,"saveSettingsAsStartup","saveSettingsAsStartup(3)"],[2111,0,1,"loadStartupSettings","loadStartupSettings"],[2112,0,1,"loadStartupSettings","loadStartupSettings(2)"],[2113,0,1,"loadStartupSettings","loadStartupSettings(3)"],[2114,0,1,"loadFactoryDefaultSettings","loadFactoryDefaultSettings"],[2115,0,1,"loadFactoryDefaultSettings","loadFactoryDefaultSettings(2)"],[2116,0,1,"loadFactoryDefaultSettings","loadFactoryDefaultSettings(3)"],[2117,0,1,"setUARTBaudRate","setUARTBaudRate"],[2118,0,1,"setUARTBaudRate","setUARTBaudRate(2)"],[2119,0,1,"getUARTBaudRate","getUARTBaudRate"],[2120,0,1,"getRawBytePackets","getRawBytePackets"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/MipNode-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/MipNode-SummaryToolTips.js deleted file mode 100644 index 3deb1f1e2..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/MipNode-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:MipNode",{2083:"
MipNode
Abstract base class for Inertial or RTK (MIP) devices
",2084:"
virtual Bytes doCommand(
uint8 descriptorSet,
uint8 cmdDescriptor,
const Bytes &fieldData,
bool ackNackResponse,
bool dataResponse,
uint8 responseDataDescriptor = 0
) const
Note: This is an ADVANCED COMMAND. Most users will not need to use this.  Allows sending custom data as a MIP packet to the device, and receiving custom data as a response.
",2085:"
static std::string deviceName(
const std::string &serial
)
Static function for creating the universal sensor name that should be used for SensorCloud.
",2086:"
Connection& connection()
Gets the Connection object that this MipNode is using.
",2087:"
const MipNodeFeatures& features() const
Gets a reference to the MipNodeFeatures for this device.  Note: This will be invalid when the MipNode is destroyed.
",2088:"
void clearDeviceInfo()
Clears cached device info (ie fw version, model number, receiver info, etc.), forcing it to be re-read from the device the next time it is used.
",2089:"
const Timestamp& lastCommunicationTime() const
Gets the Timestamp for the last time MSCL communicated with the MipNode.
",2090:"
DeviceState lastDeviceState() const
Gets the last known DeviceState for the MipNode.  This device state is updated by MSCL when data packets are received, as well as when operations are performed, such as setting a Node to idle.
",2091:"
void setLastDeviceState(
DeviceState state
)
Most users will not need this functionality.  The device state defaults to unknown on connection but then automatically updates to streaming upon receiving data packets or idle when the set to idle command is sent.  Setting this will not stop auto-detection - the manually set value will be overwritten when the value would otherwise be set.
",2092:"
Version firmwareVersion() const
Gets the firmware Version of the MipNode.
",2093:"
MipModel model() const
Gets the MipModel of the MipNode.
",2094:"
std::string modelName() const
Gets the model name of the MipNode (ie. "3DM-GX3-45").
",2095:"
std::string modelNumber() const
Gets the model number of the MipNode (ie. "6225-4220").
",2096:"
std::string serialNumber() const
Gets the serial number of the MipNode (ie. "6225-01319").
",2097:"
std::string lotNumber() const
Gets the lot number of the MipNode (ie. "I042Y").
",2098:"
std::string deviceOptions() const
Gets the device options of the MipNode (ie. "5g, 300d/s").
",2099:"
void timeout(
uint64 timeout
)
Sets the timeout to use when waiting for responses from commands.
",2100:"
uint64 timeout() const
Gets the timeout to use when waiting for responses from commands.
",2101:"
std::string name()
Gets the name of the MipNode. This is the universal sensor name that should be used for uploading to SensorCloud.  This is the same as calling MipNode::deviceName.
",2102:"
bool ping()
Pings the Node to check for communication.  Sends the "Ping" command to the device.
",2103:"
void setToIdle()
Suspends streaming (if enabled) or wakes the device from sleep (if sleeping), putting the device in an idle mode.  After this command is used, the resume command may be used to put the Node back into the mode it was previously in before setToIdle was called.
",2104:"
bool cyclePower()
Performs the "Device Reset" command.  Note: This is essentially the same as unplugging and plugging the device back in.
",2105:"
void resume()
Places the Node back in the mode it was in before issuing the setToIdle command.  If the setToIdle command was not issued, then the device is placed in default mode.
",2106:"
virtual uint8 getCommunicationMode() = 0
Gets the current communication mode that the node is in.
",2107:"
virtual void setCommunicationMode(
uint8 communicationMode
) = 0
Sets the communication mode for the node.  Note: The node info will be reset when doing this and therefore will require being fetched again the next time it is requested.
",2108:"
void saveSettingsAsStartup()
Save the current value of the specified settings commands as a startup setting.
",2109:"
void saveSettingsAsStartup(
MipTypes::MipCommands cmdIds
)
Save the current value of the specified settings commands as a startup setting.
",2110:"
void saveSettingsAsStartup(
MipCommandParameters cmdParams
)
Save the current value of the specified settings commands as a startup setting.
",2111:"
void loadStartupSettings()
Loads the saved startup settings onto the Node as its current settings.  This function is useful if you have powered on the Node, made changes to its settings, and want to get back to its startup settings.
",2112:"
void loadStartupSettings(
MipTypes::MipCommands cmdIds
)
Loads the saved startup settings onto the Node as its current settings.  This function is useful if you have powered on the Node, made changes to its settings, and want to get back to its startup settings.
",2113:"
void loadStartupSettings(
MipCommandParameters cmdParams
)
Loads the saved startup settings onto the Node as its current settings.  This function is useful if you have powered on the Node, made changes to its settings, and want to get back to its startup settings.
",2114:"
void loadFactoryDefaultSettings()
Loads the factory default settings onto the Node as its current settings.
",2115:"
void loadFactoryDefaultSettings(
MipTypes::MipCommands cmdIds
)
Loads the factory default settings onto the Node as its current settings.
",2116:"
void loadFactoryDefaultSettings(
MipCommandParameters cmdParams
)
Loads the factory default settings onto the Node as its current settings.
",2117:"
void setUARTBaudRate(
uint32 baudRate,
bool resetConnection = true
)
Sets the baud rate.  The device can be unresponsive for as much as 250 ms following this command.  Important: The connection to the port will be automatically closed and re-opened at the new baud rate unless resetConnection parameter is false.
",2118:"
void setUARTBaudRate(
uint32 baudRate,
uint8 portId,
bool resetConnection = true
)
Sets the baud rate.  The device can be unresponsive for as much as 250 ms following this command.  Important: The connection to the port will be automatically closed and re-opened at the new baud rate unless resetConnection parameter is false.
",2119:"
uint32 getUARTBaudRate(
uint8 portId = 1
)
Gets the current baud rate for the inertial device.
",2120:"
RawBytePackets getRawBytePackets(
uint32 timeout = 0,
uint32 maxPackets = 0
)
Gets up to the requested amount of raw byte packets that have been collected.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/MipNode-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/MipNode-ToolTips.js deleted file mode 100644 index 403a52887..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/MipNode-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({19:"
Connection
The Connection object that is used for communication.
",1094:"
The enums for all the different data classes of MIP data.
",1727:"
A vector of Command enums.
",2043:"
MipNodeFeatures
Contains information on which features are supported by an InertialNode.
",2085:"
static std::string deviceName(
const std::string &serial
)
Static function for creating the universal sensor name that should be used for SensorCloud.
",2096:"
std::string serialNumber() const
Gets the serial number of the MipNode (ie. "6225-01319").
",2103:"
void setToIdle()
Suspends streaming (if enabled) or wakes the device from sleep (if sleeping), putting the device in an idle mode.  After this command is used, the resume command may be used to put the Node back into the mode it was previously in before setToIdle was called.
",2105:"
void resume()
Places the Node back in the mode it was in before issuing the setToIdle command.  If the setToIdle command was not issued, then the device is placed in default mode.
",2216:"
MipModel
Contains the model information of MIP devices.
",2239:"
RawBytePacket
A class that contains packet information about an Inertial packet
",4493:"
Version
Class that represents, and provides helper functions for, a Version number
",4526:"
typedef for a vector of bytes.
",4547:"
The possible states a device can be in.
",4554:"
Timestamp
Represents a date/time object
",4614:"
Error_NotSupported
A command/feature was attempted to be used that was not supported.
",4617:"
Error_NoData
There is no data available to be accessed
",4625:"
Error_Communication
The exception for failing to communicate with a device.
",4632:"
Error_Connection
The generic connection exception.
",4644:"
Error_MipCmdFailed
The Inertial command has failed
",121:"
InertialNode
A class representing a MicroStrain Inertial Node
",2675:"
RTKNode
A class representing a MicroStrain RTK Node
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/MipNode.html b/v66.0.1/MSCL_API_Docs/classes/C/MipNode.html deleted file mode 100644 index ad8d31788..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/MipNode.html +++ /dev/null @@ -1,239 +0,0 @@ - - -MipNode - - - - - - - -
-
MipNode
- -

Abstract base class for Inertial or RTK (MIP) devices

-
- -
-
doCommand
-
virtual Bytes doCommand(
uint8 descriptorSet,
uint8 cmdDescriptor,
const Bytes &fieldData,
bool ackNackResponse,
bool dataResponse,
uint8 responseDataDescriptor = 0
) const
-

Note: This is an ADVANCED COMMAND. Most users will not need to use this.  Allows sending custom data as a MIP packet to the device, and receiving custom data as a response.

Parameters
descriptorSet
uint8

The MIP descriptor set byte.

cmdDescriptor
uint8

The MIP command field descriptor byte.

fieldData
const Bytes&

The MIP field data to send in the command (pass an empty Bytes container if none).

ackNackResponse
bool

Whether or not a MIP ack/nack response field is expected.

dataResponse
bool

Whether or not a MIP data response field is expected.

responseDataDescriptor
uint8

The MIP response data field descriptor byte (only required if dataResponse flag is true)

Returns

The response field Bytes from a successful response (empty if no dataResponse).

Exceptions
-
- -
-
deviceName
-
static std::string deviceName(
const std::string &serial
)
-

Static function for creating the universal sensor name that should be used for SensorCloud.

Parameters
serial
const std::string&

The serial number of the node. This should be identical to calling the serialNumber function on an <MipNodeInfo> object (see <MipNode::info>).

Returns

The universal sensor name.

-
- -
-
connection
-
Connection& connection()
-

Gets the Connection object that this MipNode is using.

Returns

The Connection object that this MipNode is using.

-
- -
-
features
-
const MipNodeFeatures& features() const
-

Gets a reference to the MipNodeFeatures for this device.  Note: This will be invalid when the MipNode is destroyed.

Exceptions
-
- -
-
clearDeviceInfo
-
void clearDeviceInfo()
-

Clears cached device info (ie fw version, model number, receiver info, etc.), forcing it to be re-read from the device the next time it is used.

-
- -
-
lastCommunicationTime
-
const Timestamp& lastCommunicationTime() const
-

Gets the Timestamp for the last time MSCL communicated with the MipNode.

Returns

A Timestamp representing the last time MSCL communicated with the Node.

Exceptions

  • Error_NoData: There is no communication time logged for this device.

-
- -
-
lastDeviceState
-
DeviceState lastDeviceState() const
-

Gets the last known DeviceState for the MipNode.  This device state is updated by MSCL when data packets are received, as well as when operations are performed, such as setting a Node to idle.

Returns

The last known DeviceState.

-
- -
-
setLastDeviceState
-
void setLastDeviceState(
DeviceState state
)
-

Most users will not need this functionality.  The device state defaults to unknown on connection but then automatically updates to streaming upon receiving data packets or idle when the set to idle command is sent.  Setting this will not stop auto-detection - the manually set value will be overwritten when the value would otherwise be set.

Parameters
state
DeviceState

the DeviceState to set

-
- -
-
firmwareVersion
-
Version firmwareVersion() const
-

Gets the firmware Version of the MipNode.

Returns

The firmware Version of the MipNode.

Exceptions
-
- -
-
model
-
MipModel model() const
-

Gets the MipModel of the MipNode.

Returns

The MipModel of the MipNode.

Exceptions
-
- -
-
modelName
-
std::string modelName() const
-

Gets the model name of the MipNode (ie. "3DM-GX3-45").

Returns

The model name of the MipNode.

Exceptions
-
- -
-
modelNumber
-
std::string modelNumber() const
-

Gets the model number of the MipNode (ie. "6225-4220").

Returns

The model number of the MipNode.

Exceptions
-
- -
-
serialNumber
-
std::string serialNumber() const
-

Gets the serial number of the MipNode (ie. "6225-01319").

Returns

The serial number of the MipNode.

Exceptions
-
- -
-
lotNumber
-
std::string lotNumber() const
-

Gets the lot number of the MipNode (ie. "I042Y").

Returns

The lot number of the MipNode.

Exceptions
-
- -
-
deviceOptions
-
std::string deviceOptions() const
-

Gets the device options of the MipNode (ie. "5g, 300d/s").

Returns

The device options of the MipNode.

Exceptions
-
- -
-
timeout
-
void timeout(
uint64 timeout
)
-

Sets the timeout to use when waiting for responses from commands.

Parameters
timeout
uint64

The timeout (in milliseconds) to set for commands.

-
- -
-
timeout
-
uint64 timeout() const
-

Gets the timeout to use when waiting for responses from commands.

Returns

The timeout (in milliseconds) used for commands.

-
- -
-
name
-
std::string name()
-

Gets the name of the MipNode. This is the universal sensor name that should be used for uploading to SensorCloud.  This is the same as calling MipNode::deviceName.

Returns

The universal sensor name.

-
- -
-
ping
-
bool ping()
-

Pings the Node to check for communication.  Sends the "Ping" command to the device.

Returns

true if successfully pinged the node, false if failed.

Exceptions
-
- -
-
setToIdle
-
void setToIdle()
-

Suspends streaming (if enabled) or wakes the device from sleep (if sleeping), putting the device in an idle mode.  After this command is used, the resume command may be used to put the Node back into the mode it was previously in before setToIdle was called.

Exceptions
-
- -
-
cyclePower
-
bool cyclePower()
-

Performs the "Device Reset" command.  Note: This is essentially the same as unplugging and plugging the device back in.

Exceptions
-
- -
-
resume
-
void resume()
-

Places the Node back in the mode it was in before issuing the setToIdle command.  If the setToIdle command was not issued, then the device is placed in default mode.

Exceptions
-
- -
-
getCommunicationMode
-
virtual uint8 getCommunicationMode() = 0
-

Gets the current communication mode that the node is in.

Returns

The communication mode the node is in. This is an advanced command, and therefore the communication modes for your device should be researched to determine what each communication mode is.

Exceptions
-
- -
-
setCommunicationMode
-
virtual void setCommunicationMode(
uint8 communicationMode
) = 0
-

Sets the communication mode for the node.  Note: The node info will be reset when doing this and therefore will require being fetched again the next time it is requested.

Parameters
communicationMode
uint8

The communication mode to set. This is an advanced command, and therefore the communication modes for your device should be researched to determine what each communication mode is.

Exceptions
-
- -
-
saveSettingsAsStartup
-
void saveSettingsAsStartup()
-

Save the current value of the specified settings commands as a startup setting.

Exceptions
-
- -
-
saveSettingsAsStartup
-
void saveSettingsAsStartup(
MipTypes::MipCommands cmdIds
)
-

Save the current value of the specified settings commands as a startup setting.

Parameters
cmdIds
MipTypes::MipCommands

(Optional) MipTypes::MipCommands list of IDs of the settings commands to save

Exceptions
-
- -
-
saveSettingsAsStartup
-
void saveSettingsAsStartup(
MipCommandParameters cmdParams
)
-

Save the current value of the specified settings commands as a startup setting.

Parameters
cmdParams
MipCommandParameters

(Optional) <MipCommandParameters> map of command IDs with associated parameters to save (if required, ie: message format, comm port speed, etc.)

Exceptions
-
- -
-
loadStartupSettings
-
void loadStartupSettings()
-

Loads the saved startup settings onto the Node as its current settings.  This function is useful if you have powered on the Node, made changes to its settings, and want to get back to its startup settings.

Exceptions
-
- -
-
loadStartupSettings
-
void loadStartupSettings(
MipTypes::MipCommands cmdIds
)
-

Loads the saved startup settings onto the Node as its current settings.  This function is useful if you have powered on the Node, made changes to its settings, and want to get back to its startup settings.

Parameters
cmdIds
MipTypes::MipCommands

(Optional) MipTypes::MipCommands list of IDs of the settings commands to load

Exceptions
-
- -
-
loadStartupSettings
-
void loadStartupSettings(
MipCommandParameters cmdParams
)
-

Loads the saved startup settings onto the Node as its current settings.  This function is useful if you have powered on the Node, made changes to its settings, and want to get back to its startup settings.

Parameters
cmdParams
MipCommandParameters

(Optional) <MipCommandParameters> map of command IDs with associated parameters to load (if required, ie: message format, comm port speed, etc.)

Exceptions
-
- -
-
loadFactoryDefaultSettings
-
void loadFactoryDefaultSettings()
-

Loads the factory default settings onto the Node as its current settings.

Exceptions
-
- -
-
loadFactoryDefaultSettings
-
void loadFactoryDefaultSettings(
MipTypes::MipCommands cmdIds
)
-

Loads the factory default settings onto the Node as its current settings.

Parameters
cmdIds
MipTypes::MipCommands

(Optional) MipTypes::MipCommands list of IDs of the settings commands to load

Exceptions
-
- -
-
loadFactoryDefaultSettings
-
void loadFactoryDefaultSettings(
MipCommandParameters cmdParams
)
-

Loads the factory default settings onto the Node as its current settings.

Parameters
cmdParams
MipCommandParameters

(Optional) <MipCommandParameters> map of command IDs with associated parameters to load (if required, ie: message format, comm port speed, etc.)

Exceptions
-
- -
-
setUARTBaudRate
-
void setUARTBaudRate(
uint32 baudRate,
bool resetConnection = true
)
-

Sets the baud rate.  The device can be unresponsive for as much as 250 ms following this command.  Important: The connection to the port will be automatically closed and re-opened at the new baud rate unless resetConnection parameter is false.

Parameters
baudRate
uint32

The new baud rate.

resetConnection
bool

(Optional) Specifies whether the connection to the port should be automatically closed and re-opened at the new baud rate.

Exceptions
-
- -
-
setUARTBaudRate
-
void setUARTBaudRate(
uint32 baudRate,
uint8 portId,
bool resetConnection = true
)
-

Sets the baud rate.  The device can be unresponsive for as much as 250 ms following this command.  Important: The connection to the port will be automatically closed and re-opened at the new baud rate unless resetConnection parameter is false.

Parameters
baudRate
uint32

The new baud rate.

portId
uint8

Specify the port id to set the baud rate. This value is ignored if device does not support command: Comm Port Speed (0x01,0x09)

resetConnection
bool

(Optional) Specifies whether the connection to the port should be automatically closed and re-opened at the new baud rate.

Exceptions
-
- -
-
getUARTBaudRate
-
uint32 getUARTBaudRate(
uint8 portId = 1
)
-

Gets the current baud rate for the inertial device.

Parameters
portId
uint8

(Optional) Specify the port id to read the baud rate. This value is ignored if device does not support command: Comm Port Speed (0x01,0x09)

Return

uint8 current baud rate.

Exceptions
-
- -
-
getRawBytePackets
-
RawBytePackets getRawBytePackets(
uint32 timeout = 0,
uint32 maxPackets = 0
)
-

Gets up to the requested amount of raw byte packets that have been collected.

Parameters
packets

A vector of RawBytePacket to hold the result.

timeout
uint32

the timeout, in milliseconds, to wait for the data if necessary (default of 0)

maxPackets
uint32

The maximum number of packets to return. If this is 0 (default), all packets will be returned.

Exceptions
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/MipNodeFeatures-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/MipNodeFeatures-Summary.js deleted file mode 100644 index e26544292..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/MipNodeFeatures-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:MipNodeFeatures","MipNodeFeatures");NDSummary.OnSummaryLoaded("CClass:MipNodeFeatures",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"]],[[2043,0,0,"MipNodeFeatures"],[2044,0,1,"isChannelField","isChannelField"],[2045,0,1,"supportsCategory","supportsCategory"],[2046,0,1,"supportsCommand","supportsCommand"],[2047,0,1,"supportedCommands","supportedCommands"],[2048,0,1,"supportsChannelField","supportsChannelField"],[2049,0,1,"filterSupportedChannelFields","filterSupportedChannelFields"],[2050,0,1,"supportedChannelFields","supportedChannelFields"],[2051,0,1,"supportedSampleRates","supportedSampleRates"],[2052,0,1,"baseDataRate","baseDataRate"],[2053,0,1,"gnssReceiverInfo","gnssReceiverInfo"],[2054,0,1,"supportedGnssSources","supportedGnssSources"],[2055,0,1,"supportedSensorRanges","supportedSensorRanges"],[2056,0,1,"supportedSensorRanges","supportedSensorRanges(2)"],[2057,0,1,"commPortInfo","commPortInfo"],[2058,0,1,"useLegacyIdsForEnableDataStream","useLegacyIdsForEnableDataStream"],[2059,0,1,"supportedHeadingUpdateOptions","supportedHeadingUpdateOptions"],[2060,0,1,"supportedHeadingAlignmentMethods","supportedHeadingAlignmentMethods"],[2061,0,1,"supportedStatusSelectors","supportedStatusSelectors"],[2062,0,1,"supportedEstimationControlOptions","supportedEstimationControlOptions"],[2063,0,1,"supportedVehicleModeTypes","supportedVehicleModeTypes"],[2064,0,1,"supportedAdaptiveMeasurementModes","supportedAdaptiveMeasurementModes"],[2065,0,1,"supportedAdaptiveFilterLevels","supportedAdaptiveFilterLevels"],[2066,0,1,"supportedAidingMeasurementOptions","supportedAidingMeasurementOptions"],[2067,0,1,"supportedPpsSourceOptions","supportedPpsSourceOptions"],[2068,0,1,"supportedGpioPins","supportedGpioPins"],[2069,0,1,"supportedGpioPinModes","supportedGpioPinModes"],[2070,0,1,"supportedGpioBehaviors","supportedGpioBehaviors"],[2071,0,1,"supportedGpioFeatures","supportedGpioFeatures"],[2072,0,1,"supportedGpioConfigurations","supportedGpioConfigurations"],[2073,0,1,"supportedGnssSignalConfigurations","supportedGnssSignalConfigurations"],[2074,0,1,"supportedDeclinationOptions","supportedDeclinationOptions"],[2075,0,1,"supportedInclinationOptions","supportedInclinationOptions"],[2076,0,1,"supportedMagneticMagnitudeOptions","supportedMagneticMagnitudeOptions"],[2077,0,1,"supportedEventThresholdChannels","supportedEventThresholdChannels"],[2078,0,1,"supportedEventActionInfo","supportedEventActionInfo"],[2079,0,1,"supportedEventTriggerInfo","supportedEventTriggerInfo"],[2080,0,1,"supportsNorthCompensation","supportsNorthCompensation"],[2081,0,1,"supportedLowPassFilterChannelFields","supportedLowPassFilterChannelFields"],[2082,0,1,"maxMeasurementReferenceFrameId","maxMeasurementReferenceFrameId"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/MipNodeFeatures-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/MipNodeFeatures-SummaryToolTips.js deleted file mode 100644 index 5f1e76eb4..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/MipNodeFeatures-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:MipNodeFeatures",{2043:"
MipNodeFeatures
Contains information on which features are supported by an InertialNode.
",2044:"
static bool isChannelField(
uint16 descriptor
)
Checks if the uint16 descriptor value is a Channel field or not.
",2045:"
bool supportsCategory(
MipTypes::DataClass dataClass
) const
Checks whether or not a given MipTypes::DataClass is supported by the Node.
",2046:"
bool supportsCommand(
MipTypes::Command commandId
) const
Checks whether or not the given MipTypes::Command is supported by the Node.
",2047:"
MipTypes::MipCommands supportedCommands() const
Gets a list of the supported MipTypes::MipCommands that are supported by the Node.
",2048:"
bool supportsChannelField(
MipTypes::ChannelField fieldId
) const
Checks whether or not the given MipTypes::ChannelField is supported by the Node.
",2049:"
MipTypes::MipChannelFields filterSupportedChannelFields(
const MipTypes::MipChannelFields &fields
) const
Checks whether or not the MipTypes::ChannelField values in the specified list are supported by the Node and returns a list of those that are.
",2050:"
MipTypes::MipChannelFields supportedChannelFields(
MipTypes::DataClass dataClass = MipTypes::DataClass(-1)
) const
Gets a list of the supported channel fields for a given MipTypes::DataClass.
",2051:"
const SampleRates& supportedSampleRates(
MipTypes::DataClass dataClass
) const
Gets a list of the supported sample rates for a given MipTypes::DataClass.
",2052:"
const uint16& baseDataRate(
MipTypes::DataClass dataClass
) const
Gets the base data rate for a given MipTypes::DataClass.
",2053:"
const GnssReceivers& gnssReceiverInfo() const
Gets a list of GnssReceiverInfo for supported GNSS receivers.
",2054:"
const GnssSources supportedGnssSources() const
Gets a list of <InertialTypes::GNSS_Source> for supported GNSS sources.
",2055:"
const SupportedSensorRanges& supportedSensorRanges() const
Gets the SupportedSensorRanges for each configurable sensor type.
",2056:"
const SensorRanges supportedSensorRanges(
SensorRange::Type type
) const
Gets the SupportedSensorRanges for the specified configurable sensor type.
",2057:"
const CommPortInfo getCommPortInfo() const
Gets a list of DeviceCommPort info objects for each comm port on the device.
",2058:"
bool useLegacyIdsForEnableDataStream() const
true if the device uses Legacy IDs for the IMU/AHRS, GNSS, and EF data sets in the Enable Data Stream command (0x0C, 0x11)
",2059:"
const HeadingUpdateOptionsList supportedHeadingUpdateOptions() const
Gets a list of the supported heading update control options for this node.  Command: Heading Aiding Source Control (0x0D,0x18)
",2060:"
const HeadingAlignmentMethod supportedHeadingAlignmentMethods() const
Gets a list of the supported heading alignment methods for this node.  Command: Navigation Filter Initialization (0x0D,0x52)
",2061:"
const StatusSelectors supportedStatusSelectors() const
Gets a list of the supported device data status selectors for this node.
",2062:"
const EstimationControlOptions supportedEstimationControlOptions() const
Gets an object containing the estimation control options supported by this node.
",2063:"
const VehicleModeTypes supportedVehicleModeTypes() const
Gets a list of the supported vehicle mode types for this node.
",2064:"
const AdaptiveMeasurementModes supportedAdaptiveMeasurementModes() const
Gets an object containing the adaptive measurement modes supported by this node.
",2065:"
const AdaptiveFilterLevels supportedAdaptiveFilterLevels() const
Gets an object containing the adaptive filtering levels supported by this node.
",2066:"
const AidingMeasurementSourceOptions supportedAidingMeasurementOptions() const
Gets the aiding measurement sources supported by this device.
",2067:"
const PpsSourceOptions supportedPpsSourceOptions() const
Gets the PPS source options supported by this device.
",2068:"
const std::vector<GpioPinId> supportedGpioPins() const
Gets the GPIO Pin IDs supported by this device.
",2069:"
const GpioPinModeOptions supportedGpioPinModes(
GpioConfiguration::Feature feature,
uint8 behavior
) const
Gets the Pin Mode options supported by this device based on the selected feature and behavior.
",2070:"
const GpioBehaviorModes supportedGpioBehaviors(
GpioConfiguration::Feature feature,
GpioPinId pin
) const
Gets the GPIO Behavior options supported by this device based on the selected feature.
",2071:"
const GpioFeatureBehaviors supportedGpioFeatures(
GpioPinId pin
) const
Gets the GPIO Feature options supported by this device for the specified GPIO pin.
",2072:"
const GpioPinOptions supportedGpioConfigurations() const
Gets a map of supported GPIO configuration options for each supported pin
",2073:"
GnssSignalConfigOptions supportedGnssSignalConfigurations() const
Gets bitmask vectors of supported GnssSignalConfiguration for each constellation
",2074:"
Gets a vector of supported declination source options
",2075:"
Gets a vector of supported inclination source options
",2076:"
Gets a vector of supported magnetic magnitude source options
",2077:"
MipTypes::ChannelFieldQualifiers supportedEventThresholdChannels() const
Gets the supported channel fields/qualifiers for event threshold configuration.
",2078:"
const EventSupportInfo supportedEventActionInfo() const
Gets EventSupportInfo for event triggers and their types supported by the device.
",2079:"
const EventSupportInfo supportedEventTriggerInfo() const
Gets EventSupportInfo for event actions and their types supported by the device.
",2080:"
const bool supportsNorthCompensation() const
Checks whether or not north compensation is supported by the Node.  Only supported on devices with a magnetometer.
",2081:"
MipTypes::MipChannelFields supportedLowPassFilterChannelFields() const
Gets the list of MipTypes::ChannelFields that the low-pass filter can be applied to for this device.
",2082:"
uint8 maxMeasurementReferenceFrameId() const
Gets the maximum Measurement Reference Frame ID supported by this device. Supported ids are 1 through max ID.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/MipNodeFeatures-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/MipNodeFeatures-ToolTips.js deleted file mode 100644 index f7b6fcf29..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/MipNodeFeatures-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({121:"
InertialNode
A class representing a MicroStrain Inertial Node
",533:"
A vector of VehicleModeType enum values
",534:"
A vector of AutoAdaptiveFilteringLevel enum values
",535:"
A vector of <InertialTypes::PpsSource> values
",536:"
A vector of <InertialTypes::AidingMeasurementSource> values
",537:"
A vector of <InertialTypes::GeographicSourceOption> values
",538:"
A vector of <InertialTypes::GNSS_Source> values
",724:"
Struct to create and interact with a HeadingAlignmentOption bitfield
",750:"
Controls which parameters are estimated by the Kalman Filter.  Some, all, or none of the options can be set as estimation controls.
",827:"
GnssSignalConfiguration
",869:"
GPIO Feature options. Determines how the pin will be used
",876:"
GPIO Pin behavior
",881:"
PPS Pin behavior
",885:"
Encoder Pin behavior
",1094:"
The enums for all the different data classes of MIP data.
",1119:"
The enums for all of the different MIP commands.
",1269:"
The enums for all of the different MIP Channel Field IDs.
",1726:"
A vector of ChannelField enums.
",1727:"
A vector of Command enums.
",1731:"
A map of ChannelField values and their associated ChannelIndices
",1961:"
Maps GNSS Receiver ID to the MipTypes::DataClass it outputs to
",1972:"
Stores info related to device comm ports (id, type)
",1996:"
SensorRange
An object representing a configurable sensor range option
",1997:"
Sensor and unit identifiers for configurable Sensor Range command (0x0C,0x52) ALL  - 0x00 - All (save as startup, load startup, reset to default only) ACCEL_MS2  - 0x01 - Accelerometer in m/s^2 GYRO_DPS  - 0x02 - Gyroscope in degrees per second MAG_MG  - 0x03 - Magnetometer in mG PRESSURE_HPA - 0x04 - Pressure in hPa
",2006:"
SupportedSensorRanges
Structure to hold all info for looking up supported sensor ranges for a device
",2057:"
const CommPortInfo getCommPortInfo() const
Gets a list of DeviceCommPort info objects for each comm port on the device.
",4379:"
SampleRate
Represents a MicroStrain sample rate (rate at which data is sampling)
",4614:"
Error_NotSupported
A command/feature was attempted to be used that was not supported.
",4625:"
Error_Communication
The exception for failing to communicate with a device.
",4632:"
Error_Connection
The generic connection exception.
",4644:"
Error_MipCmdFailed
The Inertial command has failed
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/MipNodeFeatures.html b/v66.0.1/MSCL_API_Docs/classes/C/MipNodeFeatures.html deleted file mode 100644 index bf597a02b..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/MipNodeFeatures.html +++ /dev/null @@ -1,248 +0,0 @@ - - -MipNodeFeatures - - - - - - - -
-
MipNodeFeatures
-
MipNodeFeatures
-

Contains information on which features are supported by an InertialNode.

-
- -
-
isChannelField
-
static bool isChannelField(
uint16 descriptor
)
-

Checks if the uint16 descriptor value is a Channel field or not.

Returns

true if the descriptor is a data channel field, false otherwise.

-
- -
-
supportsCategory
-
bool supportsCategory(
MipTypes::DataClass dataClass
) const
-

Checks whether or not a given MipTypes::DataClass is supported by the Node.

Parameters
dataClass
MipTypes::DataClass

The MipTypes::DataClass to check if supported.

-
- -
-
supportsCommand
-
bool supportsCommand(
MipTypes::Command commandId
) const
-

Checks whether or not the given MipTypes::Command is supported by the Node.

Parameters
commandId
MipTypes::Command

The MipTypes::Command to check if supported.

Returns

true if the <InertialFieldId::ID> is supported by the Node, false otherwise.

-
- -
-
supportedCommands
-
MipTypes::MipCommands supportedCommands() const
-

Gets a list of the supported MipTypes::MipCommands that are supported by the Node.

Returns

The MipTypes::MipCommands supported by the Node.

-
- -
-
supportsChannelField
-
bool supportsChannelField(
MipTypes::ChannelField fieldId
) const
-

Checks whether or not the given MipTypes::ChannelField is supported by the Node.

Parameters
fieldId
MipTypes::ChannelField

The MipTypes::ChannelField to check if supported.

Returns

true if the MipTypes::ChannelField is supported by the Node, false otherwise.

-
- -
-
filterSupportedChannelFields
-
MipTypes::MipChannelFields filterSupportedChannelFields(
const MipTypes::MipChannelFields &fields
) const
-

Checks whether or not the MipTypes::ChannelField values in the specified list are supported by the Node and returns a list of those that are.

Parameters
fields
const MipTypes::MipChannelFields&

The MipTypes::MipChannelFields to check if supported.

Returns

MipTypes::MipChannelFields list of fields from the specified list that are supported by the device

-
- -
-
supportedChannelFields
-
MipTypes::MipChannelFields supportedChannelFields(
MipTypes::DataClass dataClass = MipTypes::DataClass(-1)
) const
-

Gets a list of the supported channel fields for a given MipTypes::DataClass.

Parameters
dataClass
MipTypes::DataClass

default -1 - The MipTypes::DataClass to get the list of supported channels for. If -1, all supported ChannelFields will be returned regardless of DataClass

Returns

A MipTypes::ChannelFields object containing the list of supported channel fields.

Exceptions
-
- -
-
supportedSampleRates
-
const SampleRates& supportedSampleRates(
MipTypes::DataClass dataClass
) const
-

Gets a list of the supported sample rates for a given MipTypes::DataClass.

Parameters
dataClass
MipTypes::DataClass

The MipTypes::DataClass to get the sample rate list for.

Returns

A SampleRates list containing all the supported sample rates for the provided channel.

Exceptions
-
- -
-
baseDataRate
-
const uint16& baseDataRate(
MipTypes::DataClass dataClass
) const
-

Gets the base data rate for a given MipTypes::DataClass.

Parameters
dataClass
MipTypes::DataClass

The MipTypes::DataClass to get base data rate for.

Returns
uint16

the base data rate.

Exceptions
-
- -
-
gnssReceiverInfo
-
const GnssReceivers& gnssReceiverInfo() const
-

Gets a list of GnssReceiverInfo for supported GNSS receivers.

Returns

A <GnssReceivers> list containing GnssReceiverInfo for supported receivers

Exceptions
-
- -
-
supportedGnssSources
-
const GnssSources supportedGnssSources() const
-

Gets a list of <InertialTypes::GNSS_Source> for supported GNSS sources.

Returns

A GnssSources list containing <InertialTypes::GNSS_Source> for supported sources

Exceptions
-
- -
-
supportedSensorRanges
-
const SupportedSensorRanges& supportedSensorRanges() const
-

Gets the SupportedSensorRanges for each configurable sensor type.

Returns

A SupportedSensorRanges list containing all supported SensorRange options

Exceptions
-
- -
-
supportedSensorRanges
-
const SensorRanges supportedSensorRanges(
SensorRange::Type type
) const
-

Gets the SupportedSensorRanges for the specified configurable sensor type.

Parameters
type
SensorRange::Type

The SensorRange::Type to lookup range options for

Returns

A SupportedSensorRanges list containing all supported SensorRange options

Exceptions
-
- -
-
commPortInfo
-
const CommPortInfo getCommPortInfo() const
-

Gets a list of DeviceCommPort info objects for each comm port on the device.

Returns

A CommPortInfo list containing DeviceCommPort info for supported receivers

-
- -
-
useLegacyIdsForEnableDataStream
-
bool useLegacyIdsForEnableDataStream() const
-
Returns

true if the device uses Legacy IDs for the IMU/AHRS, GNSS, and EF data sets in the Enable Data Stream command (0x0C, 0x11)

-
- -
-
supportedHeadingUpdateOptions
-
const HeadingUpdateOptionsList supportedHeadingUpdateOptions() const
-

Gets a list of the supported heading update control options for this node.  Command: Heading Aiding Source Control (0x0D,0x18)

Returns

A <HeadingUpdateOptionsList> containing all the supported heading update control options for this node.

-
- -
-
supportedHeadingAlignmentMethods
-
const HeadingAlignmentMethod supportedHeadingAlignmentMethods() const
-

Gets a list of the supported heading alignment methods for this node.  Command: Navigation Filter Initialization (0x0D,0x52)

Returns

A <HeadingAlignmentMethod bitfield that represents all the valid <HeadingAlignmentOption> values.

-
- -
-
supportedStatusSelectors
-
const StatusSelectors supportedStatusSelectors() const
-

Gets a list of the supported device data status selectors for this node.

Returns

A <StatusSelectors> containing all the supported device data status selectors for this node.

-
- -
-
supportedEstimationControlOptions
-
const EstimationControlOptions supportedEstimationControlOptions() const
-

Gets an object containing the estimation control options supported by this node.

Returns

A EstimationControlOptions object containing all the supported estimation control options for this node.

-
- -
-
supportedVehicleModeTypes
-
const VehicleModeTypes supportedVehicleModeTypes() const
-

Gets a list of the supported vehicle mode types for this node.

Returns

A VehicleModeTypes containing all the supported vehicle mode types for this node.

-
- -
-
supportedAdaptiveMeasurementModes
-
const AdaptiveMeasurementModes supportedAdaptiveMeasurementModes() const
-

Gets an object containing the adaptive measurement modes supported by this node.

Returns

An AdaptiveMeasurementModes object containing all the supported adaptive measurement modes for this node.

-
- -
-
supportedAdaptiveFilterLevels
-
const AdaptiveFilterLevels supportedAdaptiveFilterLevels() const
-

Gets an object containing the adaptive filtering levels supported by this node.

Returns

An AdaptiveFilterLevels object containing all the supported adaptive filtering levels for this node.

-
- -
-
supportedAidingMeasurementOptions
-
const AidingMeasurementSourceOptions supportedAidingMeasurementOptions() const
-

Gets the aiding measurement sources supported by this device.

Returns

A AidingMeasurementSourceOptions list containing all the supported options.

-
- -
-
supportedPpsSourceOptions
-
const PpsSourceOptions supportedPpsSourceOptions() const
-

Gets the PPS source options supported by this device.

Returns

A PpsSourceOptions list containing all the supported options.

-
- -
-
supportedGpioPins
-
const std::vector<GpioPinId> supportedGpioPins() const
-

Gets the GPIO Pin IDs supported by this device.

Returns

A <std::vector<GpioPinId>> list containing all the supported GPIO pins.

-
- -
-
supportedGpioPinModes
-
const GpioPinModeOptions supportedGpioPinModes(
GpioConfiguration::Feature feature,
uint8 behavior
) const
-

Gets the Pin Mode options supported by this device based on the selected feature and behavior.

Parameters
feature
GpioConfiguration::Feature

the GpioConfiguration::Feature

behavior
uint8

the behavior ID to look up supported pin modes for Depending on feature option, behavior IDs defined by GpioConfiguration::GpioBehavior, GpioConfiguration::PpsBehavior, GpioConfiguration::EncoderBehavior

Returns

A <GpioPinModeOptions> list containing all the supported options.

-
- -
-
supportedGpioBehaviors
-
const GpioBehaviorModes supportedGpioBehaviors(
GpioConfiguration::Feature feature,
GpioPinId pin
) const
-

Gets the GPIO Behavior options supported by this device based on the selected feature.

Parameters
feature
GpioConfiguration::Feature

the GpioConfiguration::Feature

pin
GpioPinId

the <GpioPinId> to get the feature behaviors for

Returns

A <GpioBehaviorModes> list containing all the supported options.

-
- -
-
supportedGpioFeatures
-
const GpioFeatureBehaviors supportedGpioFeatures(
GpioPinId pin
) const
-

Gets the GPIO Feature options supported by this device for the specified GPIO pin.

Parameters
pin
GpioPinId

the pin ID to look up supported features

Returns

A <GpioFeatureOptions> list containing all the supported options.

-
- -
-
supportedGpioConfigurations
-
const GpioPinOptions supportedGpioConfigurations() const
-

Gets a map of supported GPIO configuration options for each supported pin

Returns

A <GpioPinOptions> map of supported GPIO pin configurations

-
- -
-
supportedGnssSignalConfigurations
-
GnssSignalConfigOptions supportedGnssSignalConfigurations() const
-

Gets bitmask vectors of supported GnssSignalConfiguration for each constellation

Returns

Bitmask vectors of supported GnssSignalConfiguration for each constellation

-
- -
-
supportedDeclinationOptions
-

Gets a vector of supported declination source options

Returns

A GeographicSources vector of supported declination source options

-
- -
-
supportedInclinationOptions
-

Gets a vector of supported inclination source options

Returns

A GeographicSources vector of supported inclination source options

-
- -
-
supportedMagneticMagnitudeOptions
-

Gets a vector of supported magnetic magnitude source options

Returns

A GeographicSources vector of supported magnetic magnitude source options

-
- -
-
supportedEventThresholdChannels
-
MipTypes::ChannelFieldQualifiers supportedEventThresholdChannels() const
-

Gets the supported channel fields/qualifiers for event threshold configuration.

Return
<ChannelFieldQualifiers>

The supported channel fields/qualifiers.

-
- -
-
supportedEventActionInfo
-
const EventSupportInfo supportedEventActionInfo() const
-

Gets EventSupportInfo for event triggers and their types supported by the device.

Returns

EventSupportInfo of the event actions and their types

-
- -
-
supportedEventTriggerInfo
-
const EventSupportInfo supportedEventTriggerInfo() const
-

Gets EventSupportInfo for event actions and their types supported by the device.

Returns

EventSupportInfo of the event triggers and their types

-
- -
-
supportsNorthCompensation
-
const bool supportsNorthCompensation() const
-

Checks whether or not north compensation is supported by the Node.  Only supported on devices with a magnetometer.

Returns

True if north compensation is supported by the Node, false otherwise.

-
- -
-
supportedLowPassFilterChannelFields
-
MipTypes::MipChannelFields supportedLowPassFilterChannelFields() const
-

Gets the list of MipTypes::ChannelFields that the low-pass filter can be applied to for this device.

Returns
MipTypes::MipChannelFields

list of supported MipTypes::ChannelFields.

-
- -
-
maxMeasurementReferenceFrameId
-
uint8 maxMeasurementReferenceFrameId() const
-

Gets the maximum Measurement Reference Frame ID supported by this device. Supported ids are 1 through max ID.

Returns
uint8

the maximum supported reference frame ID

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/MipPacket-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/MipPacket-Summary.js deleted file mode 100644 index ffdf63928..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/MipPacket-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:MipPacket","MipPacket");NDSummary.OnSummaryLoaded("CClass:MipPacket",[["C/C++","C"]],[["Classes","Class"],["Enums","Enumeration"],["Functions","Function"]],[[1072,0,0,"MipPacket"],[1073,0,1,"Response State","Response_State"],[1074,0,1,,"MIP_ACK_NACK_ERROR_NONE"],[1075,0,1,,"MIP_ACK_NACK_ERROR_UNKNOWN_COMMAND"],[1076,0,1,,"MIP_ACK_NACK_ERROR_CHECKSUM_INVALID"],[1077,0,1,,"MIP_ACK_NACK_ERROR_PARAMETER_INVALID"],[1078,0,1,,"MIP_ACK_NACK_ERROR_COMMAND_FAILED"],[1079,0,1,,"MIP_ACK_NACK_ERROR_COMMAND_TIMEOUT"],[1080,0,1,,"MIP_ACK_NACK_ERROR_UNKNOWN_DESCRIPTOR_SET"],[1081,0,2,"isDataPacket","isDataPacket"],[1082,0,2,"descriptorSet","descriptorSet"],[1083,0,2,"payload","payload"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/MipPacket-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/MipPacket-SummaryToolTips.js deleted file mode 100644 index a98ca5341..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/MipPacket-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:MipPacket",{1072:"
MipPacket
A class that contains packet information about an Inertial packet
",1081:"
static bool isDataPacket(
uint8 descriptorSet
)
Gets whether or not the packet is a data packet
",1082:"
uint8 descriptorSet() const
Gets the descriptor set of the MipPacket
",1083:"
const std::vector<uint8> payload() const
Gets the payload bytes of the packet
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/MipPacket-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/MipPacket-ToolTips.js deleted file mode 100644 index a211ff5ce..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/MipPacket-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1084:"
MipDataPacket
A Mip Data Packet that contains both valid and invalid data from a MIP Device.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/MipPacket.html b/v66.0.1/MSCL_API_Docs/classes/C/MipPacket.html deleted file mode 100644 index 71dc02255..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/MipPacket.html +++ /dev/null @@ -1,40 +0,0 @@ - - -MipPacket - - - - - - - -
-
MipPacket
-
MipPacket
MipDataPacket
-

A class that contains packet information about an Inertial packet

-
- -
-
Response State
-
MIP_ACK_NACK_ERROR_NONE

0  - No Error

MIP_ACK_NACK_ERROR_UNKNOWN_COMMAND

1  - Error: Unknown command was sent to the device

MIP_ACK_NACK_ERROR_CHECKSUM_INVALID

2  - Error: Invalid checksum was recieved by the device

MIP_ACK_NACK_ERROR_PARAMETER_INVALID

3  - Error: Invalid parameter was received by the device

MIP_ACK_NACK_ERROR_COMMAND_FAILED

4  - Error: The command has failed

MIP_ACK_NACK_ERROR_COMMAND_TIMEOUT

5  - Error: The command has timed out

MIP_ACK_NACK_ERROR_UNKNOWN_DESCRIPTOR_SET

6  - Error: Unknown descriptor set was recieved by the device

-
- -
-
isDataPacket
-
static bool isDataPacket(
uint8 descriptorSet
)
-

Gets whether or not the packet is a data packet

Returns

true if the packet is a data packet, false otherwise

-
- -
-
descriptorSet
-
uint8 descriptorSet() const
-

Gets the descriptor set of the MipPacket

Returns

The descriptor set value of the packet

-
- -
-
payload
-
const std::vector<uint8> payload() const
-

Gets the payload bytes of the packet

Returns

The payload of the packet, as a vector of bytes

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/MipSharedDataFields-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/MipSharedDataFields-Summary.js deleted file mode 100644 index 951879ac2..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/MipSharedDataFields-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:MipSharedDataFields","MipSharedDataFields");NDSummary.OnSummaryLoaded("CClass:MipSharedDataFields",[["C/C++","C"]],[["Classes","Class"],["Enums","Enumeration"],["Functions","Function"]],[[1045,0,0,"MipSharedDataFields"],[1046,0,1,"EventSource","EventSource"],[1047,0,1,,"EVENT_SOURCE_NONE"],[1048,0,1,,"EVENT_SOURCE_UNKNOWN"],[1049,0,2,"MipSharedDataFields","MipSharedDataFields"],[1050,0,2,"hasEventSource","hasEventSource"],[1051,0,2,"eventSource","eventSource"],[1052,0,2,"hasTicks","hasTicks"],[1053,0,2,"ticks","ticks"],[1054,0,2,"hasDeltaTicks","hasDeltaTicks"],[1055,0,2,"deltaTicks","deltaTicks"],[1056,0,2,"hasGpsTimestamp","hasGpsTimestamp"],[1057,0,2,"gpsTimestamp","gpsTimestamp"],[1058,0,2,"gpsTimestampValid","gpsTimestampValid"],[1059,0,2,"hasDeltaTime","hasDeltaTime"],[1060,0,2,"deltaTime","deltaTime"],[1061,0,2,"hasReferenceTime","hasReferenceTime"],[1062,0,2,"referenceTime","referenceTime"],[1063,0,2,"hasDeltaReferenceTime","hasDeltaReferenceTime"],[1064,0,2,"deltaReferenceTime","deltaReferenceTime"],[1065,0,2,"hasExternalTimestamp","hasExternalTimestamp"],[1066,0,2,"externalTimestamp","externalTimestamp"],[1067,0,2,"externalTimestampValid","externalTimestampValid"],[1068,0,2,"hasDeltaExternalTime","hasDeltaExternalTime"],[1069,0,2,"deltaExternalTimestamp","deltaExternalTimestamp"],[1070,0,2,"deltaExternalTimeValid","deltaExternalTimeValid"],[1071,0,2,"get","get"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/MipSharedDataFields-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/MipSharedDataFields-SummaryToolTips.js deleted file mode 100644 index 27360aa64..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/MipSharedDataFields-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:MipSharedDataFields",{1045:"
MipSharedDataFields
Object to more easily access shared data field information within a MipDataPacket
",1046:"
The event source value is the event trigger ID (1-based index) that caused the data packet to be output.  If the event source is not an event trigger ID it will be one of the following:
",1049:"
MipSharedDataFields()
Create an empty MipSharedDataFields object
",1050:"
bool hasEventSource() const
Checks whether the packet contains the Event Source field
",1051:"
uint8 eventSource() const
Gets the Event Source value for the packet
",1052:"
bool hasTicks() const
Checks whether the packet contains the Ticks field
",1053:"
uint32 ticks() const
Gets the Ticks value for the packet
",1054:"
bool hasDeltaTicks() const
Checks whether the packet contains the Delta Ticks field
",1055:"
uint32 deltaTicks() const
Gets the Delta Ticks value for the packet
",1056:"
bool hasGpsTimestamp() const
Checks whether the packet contains the GPS Timestamp field
",1057:"
Timestamp gpsTimestamp() const
Gets the GPS Timestamp value for the packet.  Note: On Gen 7 products and later this will generally be the same value as MipDataPacket::deviceTimestamp()
",1058:"
bool gpsTimestampValid() const
Checks whether the GPS Timestamp value for the packet is valid.  Note: On Gen 7 products and later this will generally be the same value as MipDataPacket::deviceTimestamp()
",1059:"
bool hasDeltaTime() const
Checks whether the packet contains the Delta Time field
",1060:"
double deltaTime() const
Gets the Delta Time value for the packet
",1061:"
bool hasReferenceTime() const
Checks whether the packet contains the Reference Timestamp (nanoseconds since startup) field
",1062:"
uint64 referenceTime() const
Gets the Reference Timestamp (nanoseconds since startup) for the packet
",1063:"
bool hasDeltaReferenceTime() const
Checks whether the packet contains the Delta Reference Timestamp (nanoseconds since last output) field
",1064:"
uint64 deltaReferenceTime() const
Gets the Delta Reference Timestamp (nanoseconds since last output) for the packet
",1065:"
bool hasExternalTimestamp() const
Checks whether the packet contains the External Timestamp field
",1066:"
Timestamp externalTimestamp() const
Gets the External Timestamp value for the packet.
",1067:"
bool externalTimestampValid() const
Checks whether the External Timestamp value for the packet is valid.
",1068:"
bool hasDeltaExternalTime() const
Checks whether the packet contains the Delta External Time field
",1069:"
Gets the Delta External Time value for the packet.
",1070:"
bool deltaExternalTimeValid() const
Checks whether the Delta External Time value for the packet is valid.
",1071:"
const MipDataPoint& get(
MipTypes::ChannelField field,
MipTypes::ChannelQualifier qualifier = MipTypes::CH_UNKNOWN
) const
Get the shared field MipDataPoint with the specified field and qualifier.  If qualifier is MipTypes::CH_UNKNOWN and there is only one data point for the field, that field will be returned.  Note: most users will not need to use this function
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/MipSharedDataFields-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/MipSharedDataFields-ToolTips.js deleted file mode 100644 index e973d586c..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/MipSharedDataFields-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1088:"
const Timestamp& deviceTimestamp() const
Gets the Timestamp which was transmitted in the Mip Data Packet as a channel field.  Note: This will return a Timestamp of 0 if deviceTimeValid returns false.
",1269:"
The enums for all of the different MIP Channel Field IDs.
",1597:"
The enums for different MIP Channel Qualifiers.  This combined with the ChannelField produces a unique identifier for each individual channel that is collected.
",1598:"
0  - Unknown Channel
",2121:"
MipDataPoint
Represents a single Inertial Data Point (Extends from DataPoint)
",4524:"
typedef for an 8-byte unsigned integer.
",4554:"
Timestamp
Represents a date/time object
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/MipSharedDataFields.html b/v66.0.1/MSCL_API_Docs/classes/C/MipSharedDataFields.html deleted file mode 100644 index 28b5986ac..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/MipSharedDataFields.html +++ /dev/null @@ -1,159 +0,0 @@ - - -MipSharedDataFields - - - - - - - -
-
MipSharedDataFields
-
MipSharedDataFields
-

Object to more easily access shared data field information within a MipDataPacket

-
- -
-
EventSource
-

The event source value is the event trigger ID (1-based index) that caused the data packet to be output.  If the event source is not an event trigger ID it will be one of the following:

EVENT_SOURCE_NONE

0x00 - This packet was output due to normal data streaming, was not triggered by an event

EVENT_SOURCE_UNKNOWN

0xFF - The Event Source field was not found in this packet

-
- -
-
MipSharedDataFields
-
MipSharedDataFields()
-

Create an empty MipSharedDataFields object

-
- -
-
hasEventSource
-
bool hasEventSource() const
-

Checks whether the packet contains the Event Source field

Returns
bool

true if Event Source is present

-
- -
-
eventSource
-
uint8 eventSource() const
-

Gets the Event Source value for the packet

Returns
uint8

the event source trigger ID, 0x00 if not triggered by event, 0xFF if Event Source not present

-
- -
-
hasTicks
-
bool hasTicks() const
-

Checks whether the packet contains the Ticks field

Returns
bool

true if Ticks is present

-
- -
-
ticks
-
uint32 ticks() const
-

Gets the Ticks value for the packet

Returns
uint32

the ticks value

-
- -
-
hasDeltaTicks
-
bool hasDeltaTicks() const
-

Checks whether the packet contains the Delta Ticks field

Returns
bool

true if Delta Ticks is present

-
- -
-
deltaTicks
-
uint32 deltaTicks() const
-

Gets the Delta Ticks value for the packet

Returns
uint32

the delta ticks value

-
- -
-
hasGpsTimestamp
-
bool hasGpsTimestamp() const
-

Checks whether the packet contains the GPS Timestamp field

Returns
bool

true if GPS Timestamp is present

-
- -
-
gpsTimestamp
-
Timestamp gpsTimestamp() const
-

Gets the GPS Timestamp value for the packet.  Note: On Gen 7 products and later this will generally be the same value as MipDataPacket::deviceTimestamp()

Returns
Timestamp

the GPS timestamp value

-
- -
-
gpsTimestampValid
-
bool gpsTimestampValid() const
-

Checks whether the GPS Timestamp value for the packet is valid.  Note: On Gen 7 products and later this will generally be the same value as MipDataPacket::deviceTimestamp()

Returns
bool

true if valid

-
- -
-
hasDeltaTime
-
bool hasDeltaTime() const
-

Checks whether the packet contains the Delta Time field

Returns
bool

true if Delta Time is present

-
- -
-
deltaTime
-
double deltaTime() const
-

Gets the Delta Time value for the packet

Returns
double

the delta time value

-
- -
-
hasReferenceTime
-
bool hasReferenceTime() const
-

Checks whether the packet contains the Reference Timestamp (nanoseconds since startup) field

Returns
bool

true if Reference Time is present

-
- -
-
referenceTime
-
uint64 referenceTime() const
-

Gets the Reference Timestamp (nanoseconds since startup) for the packet

Returns
uint64

the reference time value

-
- -
-
hasDeltaReferenceTime
-
bool hasDeltaReferenceTime() const
-

Checks whether the packet contains the Delta Reference Timestamp (nanoseconds since last output) field

Returns
bool

true if Delta Reference Time is present

-
- -
-
deltaReferenceTime
-
uint64 deltaReferenceTime() const
-

Gets the Delta Reference Timestamp (nanoseconds since last output) for the packet

Returns
uint64

the delta reference time value

-
- -
-
hasExternalTimestamp
-
bool hasExternalTimestamp() const
-

Checks whether the packet contains the External Timestamp field

Returns
bool

true if External Timestamp is present

-
- -
-
externalTimestamp
-
Timestamp externalTimestamp() const
-

Gets the External Timestamp value for the packet.

Returns
Timestamp

the External Timestamp value

-
- -
-
externalTimestampValid
-
bool externalTimestampValid() const
-

Checks whether the External Timestamp value for the packet is valid.

Returns
bool

true if valid

-
- -
-
hasDeltaExternalTime
-
bool hasDeltaExternalTime() const
-

Checks whether the packet contains the Delta External Time field

Returns
bool

true if Delta External Time is present

-
- -
-
deltaExternalTimestamp
-

Gets the Delta External Time value for the packet.

Returns
uint64

the Delta External Time value

-
- -
-
deltaExternalTimeValid
-
bool deltaExternalTimeValid() const
-

Checks whether the Delta External Time value for the packet is valid.

Returns
bool

true if valid

-
- -
-
get
-
const MipDataPoint& get(
MipTypes::ChannelField field,
MipTypes::ChannelQualifier qualifier = MipTypes::CH_UNKNOWN
) const
-

Get the shared field MipDataPoint with the specified field and qualifier.  If qualifier is MipTypes::CH_UNKNOWN and there is only one data point for the field, that field will be returned.  Note: most users will not need to use this function

Parameters
field
MipTypes::ChannelField

the MipTypes::ChannelField of the data point to get

qualifier
MipTypes::ChannelQualifier

the MipTypes::ChannelQualifier of the data point to get. Default: MipTypes::CH_UNKNOWN

Returns

MipDataPoint reference to the shared data point found

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/MipTypes-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/MipTypes-Summary.js deleted file mode 100644 index 44b098595..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/MipTypes-Summary.js +++ /dev/null @@ -1 +0,0 @@ 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NSS_4_GALILEO_EPHEMERIS"],[1537,0,1,,"CH_FIELD_GNSS_4_GPS_IONOSPHERIC_CORRECTION"],[1538,0,1,,"CH_FIELD_GNSS_4_GALILEO_IONOSPHERIC_CORRECTION"],[1539,0,1,,"CH_FIELD_GNSS_4_SHARED_EVENT_SOURCE"],[1540,0,1,,"CH_FIELD_GNSS_4_SHARED_TICKS"],[1541,0,1,,"CH_FIELD_GNSS_4_SHARED_DELTA_TICKS"],[1542,0,1,,"CH_FIELD_GNSS_4_SHARED_GPS_TIMESTAMP"],[1543,0,1,,"CH_FIELD_GNSS_4_SHARED_DELTA_TIMESTAMP"],[1544,0,1,,"CH_FIELD_GNSS_4_SHARED_REFERENCE_TIMESTAMP"],[1545,0,1,,"CH_FIELD_GNSS_4_SHARED_DELTA_REFERENCE_TIME"],[1546,0,1,,"CH_FIELD_GNSS_4_SHARED_EXTERNAL_TIMESTAMP"],[1547,0,1,,"CH_FIELD_GNSS_4_SHARED_DELTA_EXTERNAL_TIME"],[1548,0,1,,"CH_FIELD_GNSS_5_LLH_POSITION"],[1549,0,1,,"CH_FIELD_GNSS_5_ECEF_POSITION"],[1550,0,1,,"CH_FIELD_GNSS_5_NED_VELOCITY"],[1551,0,1,,"CH_FIELD_GNSS_5_ECEF_VELOCITY"],[1552,0,1,,"CH_FIELD_GNSS_5_DOP"],[1553,0,1,,"CH_FIELD_GNSS_5_UTC_TIME"],[1554,0,1,,"CH_FIELD_GNSS_5_GPS_TIME"],[1555,0,1,,"CH_FIELD_GNSS_5_CLOCK_INFO"],[1556,0,1,,"CH_FIELD_GNSS_5_FIX_INFO"],[1557,0,1,,"CH_FIELD_GNSS_5_SPACE_VEHICLE_INFO"],[1558,0,1,,"CH_FIELD_GNSS_5_HARDWARE_STATUS"],[1559,0,1,,"CH_FIELD_GNSS_5_DGNSS_INFO"],[1560,0,1,,"CH_FIELD_GNSS_5_DGNSS_CHANNEL_STATUS"],[1561,0,1,,"CH_FIELD_GNSS_5_CLOCK_INFO_2"],[1562,0,1,,"CH_FIELD_GNSS_5_GPS_LEAP_SECONDS"],[1563,0,1,,"CH_FIELD_GNSS_5_SBAS_INFO"],[1564,0,1,,"CH_FIELD_GNSS_5_SBAS_CORRECTION"],[1565,0,1,,"CH_FIELD_GNSS_5_RF_ERROR_DETECTION"],[1566,0,1,,"CH_FIELD_GNSS_5_SATELLITE_STATUS"],[1567,0,1,,"CH_FIELD_GNSS_5_RAW_OBSERVATION"],[1568,0,1,,"CH_FIELD_GNSS_5_STATION_INFO"],[1569,0,1,,"CH_FIELD_GNSS_5_RTK_CORRECTIONS_STATUS"],[1570,0,1,,"CH_FIELD_GNSS_5_GPS_EPHEMERIS"],[1571,0,1,,"CH_FIELD_GNSS_5_GLONASS_EPHEMERIS"],[1572,0,1,,"CH_FIELD_GNSS_5_GALILEO_EPHEMERIS"],[1573,0,1,,"CH_FIELD_GNSS_5_GPS_IONOSPHERIC_CORRECTION"],[1574,0,1,,"CH_FIELD_GNSS_5_GALILEO_IONOSPHERIC_CORRECTION"],[1575,0,1,,"CH_FIELD_GNSS_5_SHARED_EVENT_SOURCE"],[1576,0,1,,"CH_FIELD_GNSS_5_SHARED_TICKS"],[1577,0,1,,"CH_FIELD_GNSS_5_SHARED_DELTA_TICKS"],[1578,0,1,,"CH_FIELD_GNSS_5_SHARED_GPS_TIMESTAMP"],[1579,0,1,,"CH_FIELD_GNSS_5_SHARED_DELTA_TIMESTAMP"],[1580,0,1,,"CH_FIELD_GNSS_5_SHARED_REFERENCE_TIMESTAMP"],[1581,0,1,,"CH_FIELD_GNSS_5_SHARED_DELTA_REFERENCE_TIME"],[1582,0,1,,"CH_FIELD_GNSS_5_SHARED_EXTERNAL_TIMESTAMP"],[1583,0,1,,"CH_FIELD_GNSS_5_SHARED_DELTA_EXTERNAL_TIME"],[1584,0,1,,"CH_FIELD_SYSTEM_BUILT_IN_TEST"],[1585,0,1,,"CH_FIELD_SYSTEM_TIME_SYNC_STATUS"],[1586,0,1,,"CH_FIELD_SYSTEM_GPIO_STATE"],[1587,0,1,,"CH_FIELD_SYSTEM_SHARED_EVENT_SOURCE"],[1588,0,1,,"CH_FIELD_SYSTEM_SHARED_TICKS"],[1589,0,1,,"CH_FIELD_SYSTEM_SHARED_DELTA_TICKS"],[1590,0,1,,"CH_FIELD_SYSTEM_SHARED_GPS_TIMESTAMP"],[1591,0,1,,"CH_FIELD_SYSTEM_SHARED_DELTA_TIMESTAMP"],[1592,0,1,,"CH_FIELD_SYSTEM_SHARED_REFERENCE_TIMESTAMP"],[1593,0,1,,"CH_FIELD_SYSTEM_SHARED_DELTA_REFERENCE_TIME"],[1594,0,1,,"CH_FIELD_SYSTEM_SHARED_EXTERNAL_TIMESTAMP"],[1595,0,1,,"CH_FIELD_SYSTEM_SHARED_DELTA_EXTERNAL_TIME"],[1596,0,0,"MIN_SHARED_FIELD_DESCRIPTOR","MIN_SHARED_FIELD_DESCRIPTOR"],[1597,0,1,"ChannelQualifier","ChannelQualifier"],[1598,0,1,,"CH_UNKNOWN"],[1599,0,1,,"CH_X"],[1600,0,1,,"CH_Y"],[1601,0,1,,"CH_Z"],[1602,0,1,,"CH_MATRIX"],[1603,0,1,,"CH_QUATERNION"],[1604,0,1,,"CH_ROLL"],[1605,0,1,,"CH_PITCH"],[1606,0,1,,"CH_YAW"],[1607,0,1,,"CH_TICK"],[1608,0,1,,"CH_TIMESTAMP"],[1609,0,1,,"CH_STATUS"],[1610,0,1,,"CH_TIME_OF_WEEK"],[1611,0,1,,"CH_WEEK_NUMBER"],[1612,0,1,,"CH_LATITUDE"],[1613,0,1,,"CH_LONGITUDE"],[1614,0,1,,"CH_HEIGHT_ABOVE_ELLIPSOID"],[1615,0,1,,"CH_HEIGHT_ABOVE_MSL"],[1616,0,1,,"CH_HEIGHT"],[1617,0,1,,"CH_HORIZONTAL_ACCURACY"],[1618,0,1,,"CH_VERTICAL_ACCURACY"],[1619,0,1,,"CH_POSITION_ACCURACY"],[1620,0,1,,"CH_NORTH"],[1621,0,1,,"CH_EAST"],[1622,0,1,,"CH_DOWN"],[1623,0,1,,"CH_SPEED"],[1624,0,1,,"CH_GROUND_SPEED"],[1625,0,1,,"CH_HEADING"],[1626,0,1,,"CH_SPEED_ACCURACY"],[1627,0,1,,"CH_HEADING_ACCURACY"],[1628,0,1,,"CH_VELOCITY_ACCURACY"],[1629,0,1,,"CH_GEOMETRIC_DOP"],[1630,0,1,,"CH_POSITION_DOP"],[1631,0,1,,"CH_HORIZONTAL_DOP"],[1632,0,1,,"CH_VERTICAL_DOP"],[1633,0,1,,"CH_TIME_DOP"],[1634,0,1,,"CH_NORTHING_DOP"],[1635,0,1,,"CH_EASTING_DOP"],[1636,0,1,,"CH_FLAGS"],[1637,0,1,,"CH_BIAS"],[1638,0,1,,"CH_DRIFT"],[1639,0,1,,"CH_ACCURACY_ESTIMATE"],[1640,0,1,,"CH_FIX_TYPE"],[1641,0,1,,"CH_SV_COUNT"],[1642,0,1,,"CH_CHANNEL"],[1643,0,1,,"CH_ID"],[1644,0,1,,"CH_CARRIER_TO_NOISE_RATIO"],[1645,0,1,,"CH_AZIMUTH"],[1646,0,1,,"CH_ELEVATION"],[1647,0,1,,"CH_SENSOR_STATE"],[1648,0,1,,"CH_ANTENNA_STATE"],[1649,0,1,,"CH_ANTENNA_POWER"],[1650,0,1,,"CH_FILTER_STATE"],[1651,0,1,,"CH_DYNAMICS_MODE"],[1652,0,1,,"CH_MAGNITUDE"],[1653,0,1,,"CH_HEADING_UNCERTAINTY"],[1654,0,1,,"CH_SOURCE"],[1655,0,1,,"CH_INCLINATION"],[1656,0,1,,"CH_DECLINATION"],[1657,0,1,,"CH_PRESSURE"],[1658,0,1,,"CH_AGE"],[1659,0,1,,"CH_NUM_CHANNELS"],[1660,0,1,,"CH_CORRECTION"],[1661,0,1,,"CH_RATE_CORRECTION"],[1662,0,1,,"CH_GEOMETRIC_ALTITUDE"],[1663,0,1,,"CH_GEOPOTENTIAL_ALTITUDE"],[1664,0,1,,"CH_TEMPERATURE"],[1665,0,1,,"CH_DENSITY"],[1666,0,1,,"CH_ALTITUDE"],[1667,0,1,,"CH_DISPLACEMENT"],[1668,0,1,,"CH_MAX_TEMP"],[1669,0,1,,"CH_MIN_TEMP"],[1670,0,1,,"CH_MEAN_TEMP"],[1671,0,1,,"CH_BIAS_ACCURACY_ESTIMATE"],[1672,0,1,,"CH_DRIFT_ACCURACY_ESTIMATE"],[1673,0,1,,"CH_SECONDS"],[1674,0,1,,"CH_NUM_PACKETS"],[1675,0,1,,"CH_GPS_CORRECTION_LATENCY"],[1676,0,1,,"CH_GLONASS_CORRECTION_LATENCY"],[1677,0,1,,"CH_GALILEO_CORRECTION_LATENCY"],[1678,0,1,,"CH_BEIDOU_CORRECTION_LATENCY"],[1679,0,1,,"CH_HEALTH"],[1680,0,1,,"CH_INDEX"],[1681,0,1,,"CH_COUNT"],[1682,0,1,,"CH_SIGNAL_STRENGTH"],[1683,0,1,,"CH_SIGNAL_QUALITY"],[1684,0,1,,"CH_RANGE"],[1685,0,1,,"CH_RANGE_UNC"],[1686,0,1,,"CH_ALPHA"],[1687,0,1,,"CH_BETA"],[1688,0,1,,"CH_DISTURBANCE_FLAGS"],[1689,0,1,,"CH_CARRIER_PHASE"],[1690,0,1,,"CH_CARRIER_PHASE_UNC"],[1691,0,1,,"CH_DOPPLER"],[1692,0,1,,"CH_DOPPLER_UNC"],[1693,0,1,,"CH_DELTA_TIME"],[1694,0,1,,"CH_DELTA_TICK"],[1695,0,1,,"CH_ERROR"],[1696,0,1,,"CH_ERROR_UNC"],[1697,0,1,,"CH_W"],[1698,0,1,,"CH_M0"],[1699,0,1,,"CH_M1"],[1700,0,1,,"CH_M2"],[1701,0,1,,"CH_M3"],[1702,0,1,,"CH_M4"],[1703,0,1,,"CH_M5"],[1704,0,1,,"CH_M6"],[1705,0,1,,"CH_M7"],[1706,0,1,,"CH_M8"],[1707,0,1,,"CH_NANOSECONDS"],[1708,0,1,,"CH_VALID_FLAGS"],[1709,0,1,,"CH_PPS_VALID"],[1710,0,1,,"CH_LAST_PPS"],[1711,0,1,,"CH_UDREI"],[1712,0,1,,"CH_PSEUDORANGE_CORRECTION"],[1713,0,1,,"CH_IONOSPHERIC_CORRECTION"],[1714,0,1,,"CH_JAMMING_STATE"],[1715,0,1,,"CH_SPOOFING_STATE"],[1716,0,1,,"CH_SYSTEM_ID"],[1717,0,1,,"CH_SATELLITE_ID"],[1718,0,1,,"CH_BIT_SYSTEM_GENERAL"],[1719,0,1,,"CH_BIT_SYSTEM_PROCESS"],[1720,0,1,,"CH_BIT_IMU_GENERAL"],[1721,0,1,,"CH_BIT_IMU_SENSORS"],[1722,0,1,,"CH_BIT_IMU_FACTORY_BITS"],[1723,0,1,,"CH_BIT_FILTER_GENERAL"],[1724,0,1,,"CH_BIT_GNSS_GENERAL"],[1725,0,1,,"CH_BIT_GNSS_RECEIVERS"],[1726,0,4,"MipChannelFields","MipChannelFields"],[1727,0,4,"MipCommands","MipCommands"],[1728,0,4,"MipDataClasses","MipDataClasses"],[1729,0,4,"ChannelIndex","ChannelIndex"],[1730,0,4,"ChannelIndices","ChannelIndices"],[1731,0,4,"ChannelFieldQualifiers","ChannelFieldQualifiers"],[1732,0,2,"channelName","channelName"],[1733,0,2,"getChannelFields_allDataClasses","getChannelFields_allDataClasses"],[1734,0,2,"getChannelField_baseDataClass","getChannelField_baseDataClass"],[1735,0,2,"getChannelField_toDataClass","getChannelField_toDataClass"],[1736,0,2,"getChannelNamePrependText","getChannelNamePrependText"],[1737,0,2,"getChannelNameAppendText","getChannelNameAppendText"],[1738,0,2,"isGnssChannelField","isGnssChannelField"],[1739,0,2,"isSharedChannelField","isSharedChannelField"],[1740,0,2,"channelFieldQualifiers","channelFieldQualifiers"],[1741,0,2,"channelFieldQualifier","channelFieldQualifier"],[1742,0,2,"channelFieldQualifierIndex","channelFieldQualifierIndex"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/MipTypes-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/MipTypes-SummaryToolTips.js deleted file mode 100644 index 3750898d2..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/MipTypes-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:MipTypes",{1093:"
Contains enumeration/types for various MIP information
",1094:"
The enums for all the different data classes of MIP data.
",1106:"
The enums for all the different types/categories of MIP commands and data.
",1113:"
The enums for enable or disable of data.
",1116:"
The enums to represent different time categories.
",1119:"
The enums for all of the different MIP commands.
",1269:"
The enums for all of the different MIP Channel Field IDs.
",1596:"
The minimum descriptor that marks the start of available shared data field descriptors. If a field descriptor is above 0xD0 it is shared.
",1597:"
The enums for different MIP Channel Qualifiers.  This combined with the ChannelField produces a unique identifier for each individual channel that is collected.
",1726:"
A vector of ChannelField enums.
",1727:"
A vector of Command enums.
",1728:"
A vector of DataClass enums.
",1729:"
A ChannelQualifier, int pair indicating the index value of the qualifier in a channel field.
",1730:"
A list of ChannelIndex values
",1731:"
A map of ChannelField values and their associated ChannelIndices
",1732:"
static std::string channelName(
ChannelField field,
ChannelQualifier qualifier
)
Gets the name of the specified <ChannelId>.  This is the universal channel name that should be used for uploading to SensorCloud.
",1733:"
static MipChannelFields getChannelFields_allDataClasses(
ChannelField chField
)
Get a list of ChannelFields representing the same descriptor/channel field across all GNSS data classes
",1734:"
static ChannelField getChannelField_baseDataClass(
ChannelField chField
)
Gets the ChannelField representing the provided channel field\'s equivalent in the original GNSS data class (0x81)
",1735:"
static ChannelField getChannelField_toDataClass(
ChannelField chField,
DataClass dataClass
)
Gets the ChannelField representing the provided channel field\'s equivalent in the specified DataClass
",1736:"
static std::string getChannelNamePrependText(
ChannelField chField
)
Gets the text to prepend the channel name to distinguish between different GNSS data classes
",1737:"
static std::string getChannelNameAppendText(
ChannelField chField
)
Gets the text to append to the channel name to distinguish between different shared data fields
",1738:"
static bool isGnssChannelField(
ChannelField chField
)
Checks whether the provided ChannelField is within a GNSS data set.
",1739:"
static bool isSharedChannelField(
ChannelField chField
)
Checks whether the provided ChannelField is a shared field amongst all inertial data sets.
",1740:"
static ChannelFieldQualifiers channelFieldQualifiers(
const MipChannelFields &fields
)
Gets a map of ChannelField values with all associated ChannelQualifier values and their index within the field.
",1741:"
static ChannelQualifier channelFieldQualifier(
ChannelField field,
uint8 index
)
Gets the ChannelQualifier of the ChannelField for the specified index.
",1742:"
static uint8 channelFieldQualifierIndex(
ChannelField field,
ChannelQualifier qualifier
)
Gets the index of the ChannelQualifier in the ChannelField.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/MipTypes-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/MipTypes-ToolTips.js deleted file mode 100644 index 6be74e187..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/MipTypes-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1094:"
The enums for all the different data classes of MIP data.
",1119:"
The enums for all of the different MIP commands.
",1269:"
The enums for all of the different MIP Channel Field IDs.
",1597:"
The enums for different MIP Channel Qualifiers.  This combined with the ChannelField produces a unique identifier for each individual channel that is collected.
",1598:"
0  - Unknown Channel
",1726:"
A vector of ChannelField enums.
",1729:"
A ChannelQualifier, int pair indicating the index value of the qualifier in a channel field.
",1730:"
A list of ChannelIndex values
",1731:"
A map of ChannelField values and their associated ChannelIndices
",4610:"
Error
The generic MicroStrain exception (base class)
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MipTypes
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Contains enumeration/types for various MIP information

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DataClass
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The enums for all the different data classes of MIP data.

CLASS_AHRS_IMU

0x80 - The AHRS/IMU MIP data class

CLASS_GNSS

0x81 - The GNSS MIP data class

CLASS_ESTFILTER

0x82 - The Estimation Filter MIP data class

CLASS_DISPLACEMENT

0x90 - The Displacement MIP data class

CLASS_GNSS1

0x91 - The GNSS Receiver 1 MIP data class

CLASS_GNSS2

0x92 - The GNSS Receiver 2 MIP data class

CLASS_GNSS3

0x93 - The GNSS Receiver 3 MIP data class

CLASS_RTK

0x93 - The RTK MIP data class

CLASS_GNSS4

0x94 - The GNSS Receiver 4 MIP data class

CLASS_GNSS5

0x95 - The GNSS Receiver 5 MIP data class

CLASS_SYSTEM

0xA0 - The System MIP data class

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FunctionSelector
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The enums for all the different types/categories of MIP commands and data.

USE_NEW_SETTINGS

0x01  set command, requiring data to set.

READ_BACK_CURRENT_SETTINGS

0x02  retrieves current data from device.

SAVE_CURRENT_SETTINGS

0x03  saves current data to use at startup.

LOAD_STARTUP_SETTINGS

0x04  sets current settings to startup.

RESET_TO_DEFAULT

0x05  resets current to factory default.

USE_NEW_SETTINGS_NO_ACKNACK

0x06  set command, requiring data to set - does not send ACK/NACK reply

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EnableSetting
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The enums for enable or disable of data.

DISABLED

0x00

ENABLED

0x01

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TimeFrame
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The enums to represent different time categories.

TIME_FRAME_WEEKS

0x00

TIME_FRAME_SECONDS

0x01

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Command
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The enums for all of the different MIP commands.

CMD_PING

0x0101  - Ping

CMD_SET_IDLE

0x0102  - Set to Idle

CMD_GET_DEVICE_INFO

0x0103  - Get Device Information

CMD_GET_DESCRIPTOR_SETS

0x0104  - Get Device Descriptor Sets

CMD_BUILT_IN_TEST

0x0105  - Device Build-In Test

CMD_RESUME

0x0106  - Resume

CMD_GET_EXT_DESCRIPTOR_SETS

0x0107  - Get Extended Device Descriptor Sets

CMD_COMM_PORT_SPEED

0x0109  - Comm Port Speed (Baud Rate)

CMD_GPS_TIME_UPDATE

0x0172  - GPS Time Update

CMD_RESET

0x017E  - Device Reset

CMD_POLL_SENSOR_DATA

0x0C01  - Poll Sensor Data

CMD_POLL_GNSS_DATA

0x0C02  - Poll GNSS Data

CMD_POLL_EF_DATA

0x0C03  - Poll Estimation Filter Data

CMD_GET_SENSOR_RATE_BASE

0x0C06  - Get Sensor Data Rate Base

CMD_GET_GNSS_RATE_BASE

0x0C07  - Get GNSS Data Rate Base

CMD_GET_EF_RATE_BASE

0x0C0B  - Get Estimation Filter Data Rate Base

CMD_SENSOR_MESSAGE_FORMAT

0x0C08  - Sensor Data Message Format

CMD_GNSS_MESSAGE_FORMAT

0x0C09  - GNSS Message Format

CMD_EF_MESSAGE_FORMAT

0x0C0A  - Estimation Filter Message Format

CMD_NMEA_MESSAGE_FORMAT

0x0C0C  - NMEA Message Format

CMD_POLL

0x0C0D  - Generic Poll Data

CMD_GET_BASE_RATE

0x0C0E  - Generic Get Data Base Rate

CMD_MESSAGE_FORMAT

0x0C0F  - Generic Message Format

CMD_FACTORY_STREAMING

0x0C10  - Configure Factory Streaming

CMD_CONTINUOUS_DATA_STREAM

0x0C11  - Enable/Disable Device Continuous Data Stream

CMD_RAW_RTCM_2_3_MESSAGE

0x0C20  - Raw RTCM 2.3 Message

CMD_GNSS_CONSTELLATION_SETTINGS

0x0C21  - GNSS Constellation Settings

CMD_GNSS_SBAS_SETTINGS

0x0C22  - GNSS SBAS Settings

CMD_GNSS_ASSIST_FIX_CONTROL

0x0C23  - GNSS Assisted Fix Control

CMD_GNSS_ASSIST_TIME_UPDATE

0x0C24  - GNSS Assisted Time Update

CMD_PPS_SOURCE

0x0C28  - PPS Source

CMD_EVENT_SUPPORT

0x0C2A  - Event Support

CMD_EVENT_CONTROL

0x0C2B  - Event Control

CMD_EVENT_TRIGGER_STATUS

0x0C2C  - Event Trigger Status

CMD_EVENT_ACTION_STATUS

0x0C2D  - Event Action Status

CMD_EVENT_TRIGGER_CONFIGURATION

0x0C2E  - Event Trigger Configuration

CMD_EVENT_ACTION_CONFIGURATION

0x0C2F  - Event Action Configuration

CMD_SAVE_STARTUP_SETTINGS

0x0C30  - Device Startup Settings

CMD_EF_SENS_VEHIC_FRAME_TRANSFORM_EULER

0x0C31  - Sensor to Vehicle Frame Transformation Euler Angles

CMD_EF_SENS_VEHIC_FRAME_TRANSFORM_QUAT

0x0C32  - Sensor to Vehicle Frame Transformation Quaternion

CMD_EF_SENS_VEHIC_FRAME_TRANSFORM_DCM

0x0C33  - Sensor to Vehicle Frame Transformation Direction Cosine Matrix

CMD_GPS_DYNAMICS_MODE

0x0C34  - GPS Dynamics Mode

CMD_SENSOR_SIG_COND_SETTINGS

0x0C35  - Sensor Signal Conditioning Settings

CMD_SENSOR_TIMESTAMP

0x0C36  - Sensor Timestamp

CMD_ACCEL_BIAS

0x0C37  - Accel Bias

CMD_GYRO_BIAS

0x0C38  - Gyro Bias

CMD_CAP_GYRO_BIAS

0x0C39  - Capture Gyro Bias

CMD_MAG_HARD_IRON_OFFSET

0x0C3A  - Magnetometer Hard Iron Offset

CMD_MAG_SOFT_IRON_MATRIX

0x0C3B  - Magnetometer Soft Iron Matrix

CMD_CF_REALIGN_UP

0x0C3C  - Complimentary Filter - Realign Up

CMD_CF_REALIGN_NORTH

0x0C3D  - Complimentary Filter - Realign North

CMD_CONING_SCULLING

0x0C3E  - Coning and Sculling Enable

CMD_UART_BAUD_RATE

0x0C40  - UART Baud Rate

CMD_GPIO_CONFIGURATION

0x0C41  - Configure GPIO Pins

CMD_GPIO_STATE

0x0C42  - Check GPIO Pin State

CMD_ODOMETER_SETTINGS

0x0C43  - Configure Odometer Settings

CMD_LOWPASS_FILTER_SETTINGS

0x0C50  - Legacy Low-Pass Filter Settings

CMD_COMPLEMENTARY_FILTER_SETTINGS

0x0C51  - Complementary Filter Settings

CMD_SENSOR_RANGE

0x0C52  - Configure Sensor Range

CMD_SUPPORTED_SENSOR_RANGES

0x0C53  - Read Device-Supported Sensor Ranges

CMD_LOWPASS_ANTIALIASING_FILTER

0x0C54  - Low-Pass Anti-Aliasing Filter Settings

CMD_DATA_STREAM_FORMAT

0x0C60  - Device Data Stream Format

CMD_POWER_STATES

0x0C61  - Device Power States

CMD_GPS_STARTUP_SETTINGS

0x0C62  - Save/Restore Advanced GPS Startup Settings

CMD_DEVICE_STATUS

0x0C64  - Device Status

CMD_EF_RESET_FILTER

0x0D01  - Estimation Filter - Reset Filter

CMD_EF_INIT_ATTITUDE

0x0D02  - Estimation Filter - Set Initial Attitude

CMD_EF_INIT_HEADING

0x0D03  - Estimation Filter - Set Initial Heading

CMD_EF_INIT_ATTITUDE_FROM_AHRS

0x0D04  - Estimation Filter - Set Initial Attitude from AHRS

CMD_EF_RUN_FILTER

0x0D05  - Estimation Filter - Run Filter if configured to wait for run command

CMD_EF_VEHIC_DYNAMICS_MODE

0x0D10  - Estimation Filter - Vehicle Dynamics Mode

CMD_EF_SENS_VEHIC_FRAME_ROTATION_EULER

0x0D11  - Estimation Filter - Sensor to Vehicle Frame Rotation Euler Angles

CMD_EF_SENS_VEHIC_FRAME_OFFSET

0x0D12  - Estimation Filter - Sensor to Vehicle Frame Offset

CMD_EF_ANTENNA_OFFSET

0x0D13  - Estimation Filter - Antenna Offset

CMD_EF_BIAS_EST_CTRL

0x0D14  - Estimation Filter - Bias Estimation Control

CMD_EF_GNSS_SRC_CTRL

0x0D15  - Estimation Filter - GNSS Source Control

CMD_EF_EXTERN_GNSS_UPDATE

0x0D16  - Estimation Filter - External GNSS Update

CMD_EF_EXTERN_HEADING_UPDATE

0x0D17  - Estimation Filter - External Heading Update

CMD_EF_HEADING_UPDATE_CTRL

0x0D18  - Estimation Filter - Heading Update Control

CMD_EF_AUTO_INIT_CTRL

0x0D19  - Estimation Filter - Auto-Initialization Control

CMD_EF_ACCEL_WHT_NSE_STD_DEV

0x0D1A  - Estimation Filter - Accelerometer White Noise Standard Deviation

CMD_EF_GYRO_WHT_NSE_STD_DEV

0x0D1B  - Estimation Filter - Gyroscope White Noise Standard Deviation

CMD_EF_ACCEL_BIAS_MODEL_PARAMS

0x0D1C  - Estimation Filter - Accelerometer Bias Model Parameters

CMD_EF_GYRO_BIAS_MODEL_PARAMS

0x0D1D  - Estimation Filter - Gyroscope Bias Model Parameters

CMD_EF_ZERO_VEL_UPDATE_CTRL

0x0D1E  - Estimation Filter - Zero Velocity Update Control

CMD_EF_EXT_HEADING_UPDATE_TS

0x0D1F  - Estimation Filter - External Heading Update with Timestamp

CMD_EF_ZERO_ANG_RATE_UPDATE_CTRL

0x0D20  - Estimation Filter - Zero Angular Rate Update Control

CMD_EF_TARE_ORIENT

0x0D21  - Estimation Filter - Tare Orientation

CMD_EF_CMDED_ZERO_VEL_UPDATE

0x0D22  - Estimation Filter - Commanded Zero Velocity Update

CMD_EF_CMDED_ZERO_ANG_RATE_UPDATE

0x0D23  - Estimation Filter - Commanded Zero Angular Rate Update

CMD_EF_SET_REF_POSITION

0x0D26  - Estimation Filter - Set Reference Position

CMD_EF_MAG_CAPTURE_AUTO_CAL

0x0D27  - Estimation Filter - Magnetometer Capture Auto Calibration

CMD_EF_GRAVITY_NOISE_STD_DEV

0x0D28  - Estimation Filter - Gravity Noise Standard Deviation

CMD_EF_PRESS_ALT_NOISE_STD_DEV

0x0D29  - Estimation Filter - Pressure Altitude Noise Standard Deviation

CMD_EF_GRAVITY_NOISE_MINIMUM

0x0D2A  - Estimation Filter - Get/Set Gravity Noise Minimum

CMD_EF_HARD_IRON_OFFSET_PROCESS_NOISE

0x0D2B  - Estimation Filter - Hard Iron Offset Process Noise

CMD_EF_SOFT_IRON_OFFSET_PROCESS_NOISE

0x0D2C  - Estimation Filter - Soft Iron Offset Process Noise

CMD_EF_ENABLE_DISABLE_MEASUREMENTS

0x0D41  - Estimation Filter - Enable/Disable Measurements

CMD_EF_MAG_NOISE_STD_DEV

0x0D42  - Estimation Filter - Magnetometer Noise Standard Deviation

CMD_EF_DECLINATION_SRC

0x0D43  - Estimation Filter - Declination Source

CMD_EF_GRAV_MAGNITUDE_ERR_ADAPT_MEASURE

0x0D44  - Estimation Filter - Gravity Magnitude Error Adaptive Measurement

CMD_EF_MAG_MAGNITUDE_ERR_ADAPT_MEASURE

0x0D45  - Estimation Filter - Magnetometer Magnitude Error Adaptive Measurement

CMD_EF_MAG_DIP_ANGLE_ERR_ADAPT_MEASURE

0x0D46  - Estimation Filter - Magnetometer Dip Angle Error Adaptive Measurement

CMD_EF_ALTITUDE_AID_CTRL

0x0D47  - Estimation Filter - Altitude Aiding Control

CMD_EF_PITCH_ROLL_AID_CTRL

0x0D4B  - Estimation Filter - Pitch-Roll Aiding Control

CMD_EF_INCLINATION_SRC

0x0D4C  - Estimation Filter - Inclination Source

CMD_EF_FIELD_MAGNITUDE_SRC

0x0D4D  - Estimation Filter - Magnetic Field Magnitude Source

CMD_EF_SENS_VEHIC_FRAME_ROTATION_DCM

0x0D4E  - Estimation Filter - Sensor to Vehicle Frame Rotation Direction Cosine Matrix

CMD_EF_SENS_VEHIC_FRAME_ROTATION_QUAT

0x0D4F  - Estimation Filter - Sensor to Vehicle Frame Rotation Quaternion

CMD_EF_AIDING_MEASUREMENT_ENABLE

0x0D50  - Estimation Filter - Aiding Measurement Enabled

CMD_EF_INITIALIZATION_CONFIG

0x0D52  - Estimation Filter - Initialization Configuration

CMD_EF_ADAPTIVE_FILTER_OPTIONS

0x0D53  - Estimation Filter - Adaptive Filter Options

CMD_EF_MULTI_ANTENNA_OFFSET

0x0D54  - Estimation Filter - Multi Antenna Offset

CMD_EF_RELATIVE_POSITION_REF

0x0D55  - Estimation Filter - Reference Location for Relative Position Outputs

CMD_EF_LEVER_ARM_OFFSET_REF

0x0D56  - Estimation Filter - Lever Arm Reference Offset

CMD_EF_EXTERN_SPEED_UPDATE

0x0D60  - Estimation Filter - External Speed Measurement Update (Input Speed Measurement)

CMD_EF_SPEED_MEASUREMENT_OFFSET

0x0D61  - Estimation Filter - Speed Measurement Lever Arm Offset

CMD_EF_VERTICAL_GYRO_CONSTRAINT

0x0D62  - Estimation Filter - Vertical Gyro Constraint Enable/Disable

CMD_EF_WHEELED_VEHICLE_CONSTRAINT

0x0D63  - Estimation Filter - Wheeled Vehicle Constraint Enable/Disable

CMD_EF_GNSS_ANTENNA_LEVER_ARM_CAL

0x0D64  - Estimation Filter - GNSS Antenna Lever Arm Calibration Control

CMD_GNSS_RECEIVER_INFO

0x0E01  - GNSS Receiver Info

CMD_GNSS_SIGNAL_CONFIG

0x0E02  - GNSS Signal Configuration

CMD_GNSS_RTK_CONFIG

0x0E10  - GNSS RTK Configuration

CMD_INTERFACE_CONTROL

0x7F02  - Interface Control

CMD_COMMUNICATION_MODE

0x7F10  - Communication Mode

CMD_HARDWARE_CTRL

0x7F11  - Hardware Control

CMD_GET_ANALOG_DISPLACEMENT_CALS

0x1101  - Get Analog Output to Displacement Slope and Offset

CMD_DISPLACEMENT_OUTPUT_RATE

0x1102  - Displacement Output Data Rate

CMD_DISPLACEMENT_DEVICE_TIME

0x1104  - Displacement Device Time

CMD_RTK_DEVICE_STATUS_FLAGS

0x0F01  - Get RTK Device Status Flags

CMD_RTK_ACTIVATION_CODE

0x0F07  - Get RTK Activation Code

CMD_AIDING_FRAME_CONFIG

0x1301  - Configure Aiding Measurement Reference Frames

CMD_AIDING_SENSOR_FRAME_MAP

0x1302  - Map Reference Frames to Sensor Inputs

CMD_AIDING_ECHO_CONTROL

0x131F  - Enable/Disable Aiding Measurement Echo in Response

CMD_AIDING_POS_LOCAL

0x1320  - Local Position Input

CMD_AIDING_POS_ECEF

0x1321  - ECEF Position Input

CMD_AIDING_POS_LLH

0x1322  - LLH Position Input

CMD_AIDING_HEIGHT_ABOVE_ELLIPSOID

0x1323  - Height Above Ellipsoid Input

CMD_AIDING_HEIGHT_REL

0x1324  - Relative Height Input

CMD_AIDING_VEL_ECEF

0x1328  - ECEF Velocity Input

CMD_AIDING_VEL_NED

0x1329  - NED Velocity Input

CMD_AIDING_VEL_BODY_FRAME

0x132A  - Velocity Input Relative to the Body/Vehicle Frame

CMD_AIDING_WHEELSPEED

0x132B  - Wheel Speed Input

CMD_AIDING_HEADING_TRUE

0x1331  - True Heading Input

CMD_AIDING_MAGNETIC_FIELD

0x1332  - Magnetic Field Input (External Magnetometer)

CMD_AIDING_PRESSURE

0x1333  - External Pressure Input

CMD_AIDING_DELTA_POSITION

0x1338  - Delta Position Input

CMD_AIDING_DELTA_ATTITUDE

0x1339  - Delta Attitude Input

CMD_AIDING_ANGULAR_RATE_LOCAL

0x133A  - Local Angular Rate Input

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ChannelField
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The enums for all of the different MIP Channel Field IDs.

CH_FIELD_SENSOR_RAW_ACCEL_VEC

0x8001  - Raw Accelerometer Vector

CH_FIELD_SENSOR_RAW_GYRO_VEC

0x8002  - Raw Gyro Vector

CH_FIELD_SENSOR_RAW_MAG_VEC

0x8003  - Raw Magnetometer Vector

CH_FIELD_SENSOR_SCALED_ACCEL_VEC

0x8004  - Scaled Accelerometer Vector

CH_FIELD_SENSOR_SCALED_GYRO_VEC

0x8005  - Scaled Gyro Vector

CH_FIELD_SENSOR_SCALED_MAG_VEC

0x8006  - Scaled Magnetometer Vector

CH_FIELD_SENSOR_DELTA_THETA_VEC

0x8007  - Delta Theta Vector

CH_FIELD_SENSOR_DELTA_VELOCITY_VEC

0x8008  - Delta Velocity Vector

CH_FIELD_SENSOR_ORIENTATION_MATRIX

0x8009  - Orientation Matrix

CH_FIELD_SENSOR_ORIENTATION_QUATERNION

0x800A  - Quaternion

CH_FIELD_SENSOR_ORIENTATION_UPDATE_MATRIX

0x800B  - Orientation Update Matrix

CH_FIELD_SENSOR_EULER_ANGLES

0x800C  - Euler Angles

CH_FIELD_SENSOR_INTERNAL_TIMESTAMP

0x800E  - Internal Timestamp

CH_FIELD_SENSOR_BEACONED_TIMESTAMP

0x800F  - Beaconed Timestamp

CH_FIELD_SENSOR_STABILIZED_MAG_VEC

0x8010  - Stabilized Mag Vector (North)

CH_FIELD_SENSOR_STABILIZED_ACCEL_VEC

0x8011  - Stabilized Accel Vector (Up)

CH_FIELD_SENSOR_GPS_CORRELATION_TIMESTAMP

0x8012  - GPS Correlation Timestamp

CH_FIELD_SENSOR_TEMPERATURE_STATISTICS

0x8014  - Temperature Statistics

CH_FIELD_SENSOR_RAW_AMBIENT_PRESSURE

0x8016  - Raw Ambient Pressure

CH_FIELD_SENSOR_SCALED_AMBIENT_PRESSURE

0x8017  - Scaled Ambient Pressure

CH_FIELD_SENSOR_OVERRANGE_STATUS

0x8018  - Overrange Status

CH_FIELD_SENSOR_ODOMETER_DATA

0x8040  - Odometer Data

CH_FIELD_SENSOR_SHARED_EVENT_SOURCE

0x80D0  - Event Source

CH_FIELD_SENSOR_SHARED_TICKS

0x80D1  - Ticks

CH_FIELD_SENSOR_SHARED_DELTA_TICKS

0x80D2  - Delta Ticks

CH_FIELD_SENSOR_SHARED_GPS_TIMESTAMP

0x80D3  - GPS Timestamp

CH_FIELD_SENSOR_SHARED_DELTA_TIMESTAMP

0x80D4  - Delta GPS Timestamp

CH_FIELD_SENSOR_SHARED_REFERENCE_TIMESTAMP

0x80D5  - Internal Reference Timestamp

CH_FIELD_SENSOR_SHARED_DELTA_REFERENCE_TIME

0x80D6  - Delta Internal Reference Time

CH_FIELD_SENSOR_SHARED_EXTERNAL_TIMESTAMP

0x80D7  - External Timestamp

CH_FIELD_SENSOR_SHARED_DELTA_EXTERNAL_TIME

0x80D8  - Delta External Time

CH_FIELD_GNSS_LLH_POSITION

0x8103  - LLH Position

CH_FIELD_GNSS_ECEF_POSITION

0x8104  - ECEF Position

CH_FIELD_GNSS_NED_VELOCITY

0x8105  - NED Velocity

CH_FIELD_GNSS_ECEF_VELOCITY

0x8106  - ECEF Velocity

CH_FIELD_GNSS_DOP

0x8107  - DOP Data

CH_FIELD_GNSS_UTC_TIME

0x8108  - UTC Time

CH_FIELD_GNSS_GPS_TIME

0x8109  - GPS Time

CH_FIELD_GNSS_CLOCK_INFO

0x810A  - Clock Information

CH_FIELD_GNSS_FIX_INFO

0x810B  - GNSS Fix Information

CH_FIELD_GNSS_SPACE_VEHICLE_INFO

0x810C  - Space Vehicle Information

CH_FIELD_GNSS_HARDWARE_STATUS

0x810D  - Hardware Status

CH_FIELD_GNSS_DGNSS_INFO

0x810E  - DGNSS Information

CH_FIELD_GNSS_DGNSS_CHANNEL_STATUS

0x810F  - Individual DGNSS Channel Status Entry

CH_FIELD_GNSS_CLOCK_INFO_2

0x8110  - GNSS Clock Info 2

CH_FIELD_GNSS_GPS_LEAP_SECONDS

0x8111  - GNSS GPS Leap Seconds

CH_FIELD_GNSS_SBAS_INFO

0x8112  - GNSS SBAS Info

CH_FIELD_GNSS_SBAS_CORRECTION

0x8113  - GNSS SBAS Correction

CH_FIELD_GNSS_RF_ERROR_DETECTION

0x8114  - GNSS RF Error Detection

CH_FIELD_GNSS_SATELLITE_STATUS

0x8120  - GNSS Satellite Status

CH_FIELD_GNSS_RAW_OBSERVATION

0x8122  - GNSS Raw Observation data

CH_FIELD_GNSS_STATION_INFO

0x8130  - GNSS Base Station Info

CH_FIELD_GNSS_RTK_CORRECTIONS_STATUS

0x8131  - GNSS RTK Corrections Status

CH_FIELD_GNSS_GPS_EPHEMERIS

0x8161  - GNSS GPS Ephemeris

CH_FIELD_GNSS_GLONASS_EPHEMERIS

0x8162  - GNSS GLONASS Ephemeris

CH_FIELD_GNSS_GALILEO_EPHEMERIS

0x8163  - GNSS Galileo Ephemeris

CH_FIELD_GNSS_GPS_IONOSPHERIC_CORRECTION

0x8171  - GPS Ionospheric Correction

CH_FIELD_GNSS_GALILEO_IONOSPHERIC_CORRECTION

0x8173  - Galileo Ionospheric Correction

CH_FIELD_GNSS_SHARED_EVENT_SOURCE

0x81D0  - Event Source

CH_FIELD_GNSS_SHARED_TICKS

0x81D1  - Ticks

CH_FIELD_GNSS_SHARED_DELTA_TICKS

0x81D2  - Delta Ticks

CH_FIELD_GNSS_SHARED_GPS_TIMESTAMP

0x81D3  - GPS Timestamp

CH_FIELD_GNSS_SHARED_DELTA_TIMESTAMP

0x81D4  - Delta GPS Timestamp

CH_FIELD_GNSS_SHARED_REFERENCE_TIMESTAMP

0x81D5  - Internal Reference Timestamp

CH_FIELD_GNSS_SHARED_DELTA_REFERENCE_TIME

0x81D6  - Delta Internal Reference Time

CH_FIELD_GNSS_SHARED_EXTERNAL_TIMESTAMP

0x81D7  - External Timestamp

CH_FIELD_GNSS_SHARED_DELTA_EXTERNAL_TIME

0x81D8  - Delta External Time

CH_FIELD_ESTFILTER_ESTIMATED_LLH_POS

0x8201  - Estimated LLH Position

CH_FIELD_ESTFILTER_ESTIMATED_NED_VELOCITY

0x8202  - Estimated NED Velocity

CH_FIELD_ESTFILTER_ESTIMATED_ORIENT_QUATERNION

0x8203  - Estimated Orientation Quaternion

CH_FIELD_ESTFILTER_ESTIMATED_ORIENT_MATRIX

0x8204  - Estimated Orientation Matrix

CH_FIELD_ESTFILTER_ESTIMATED_ORIENT_EULER

0x8205  - Estimated Orientation, Euler Angles

CH_FIELD_ESTFILTER_ESTIMATED_GYRO_BIAS

0x8206  - Estimated Gyro Bias

CH_FIELD_ESTFILTER_ESTIMATED_ACCEL_BIAS

0x8207  - Estimated Accel Bias

CH_FIELD_ESTFILTER_ESTIMATED_LLH_UNCERT

0x8208  - Estimated LLH Position Uncertainty

CH_FIELD_ESTFILTER_ESTIMATED_NED_UNCERT

0x8209  - Estimated NED Velocity Uncertainty

CH_FIELD_ESTFILTER_ESTIMATED_ATT_UNCERT_EULER

0x820A  - Estimated Attitude Uncertainty, Euler Angles

CH_FIELD_ESTFILTER_ESTIMATED_GYRO_BIAS_UNCERT

0x820B  - Estimated Gyro Bias Uncertainty

CH_FIELD_ESTFILTER_ESTIMATED_ACCEL_BIAS_UNCERT

0x820C  - Estimated Accel Bias Uncertainty

CH_FIELD_ESTFILTER_ESTIMATED_LINEAR_ACCEL

0x820D  - Estimated Linear Acceleration

CH_FIELD_ESTFILTER_ESTIMATED_ANGULAR_RATE

0x820E  - Estimated Angular Rate

CH_FIELD_ESTFILTER_WGS84_LOC_GRAV_MAGNITUDE

0x820F  - WG284 Local Gravity Magnitude

CH_FIELD_ESTFILTER_FILTER_STATUS

0x8210  - Filter Status

CH_FIELD_ESTFILTER_GPS_TIMESTAMP

0x8211  - GPS Timestamp

CH_FIELD_ESTFILTER_ESTIMATED_ATT_UNCERT_QUAT

0x8212  - Estimated Attitude Uncertainty, Quaternion Elements

CH_FIELD_ESTFILTER_ESTIMATED_GRAVITY_VECTOR

0x8213  - Estimated Gravity Vector

CH_FIELD_ESTFILTER_HEADING_UPDATE_SOURCE

0x8214  - Heading Update Source

CH_FIELD_ESTFILTER_MAGNETIC_MODEL_SLN

0x8215  - Magnetic Model Solution

CH_FIELD_ESTFILTER_ESTIMATED_GYRO_SCALE_FACTOR

0x8216  - Gyro Scale Factor

CH_FIELD_ESTFILTER_ACCEL_SCALE_FACTOR

0x8217  - Accel Scale Factor

CH_FIELD_ESTFILTER_GYRO_SCALE_FACTOR_UNCERT

0x8218  - Gyro Scale Factor Uncertainty

CH_FIELD_ESTFILTER_ACCEL_SCALE_FACTOR_UNCERT

0x8219  - Accel Scale Factor Uncertainty

CH_FIELD_ESTFILTER_MAG_BIAS

0x821A  - Mag Bias

CH_FIELD_ESTFILTER_MAG_BIAS_UNCERT

0x821B  - Mag Bias Uncertainty

CH_FIELD_ESTFILTER_COMPENSATED_ACCEL

0x821C  - Compensated Accel

CH_FIELD_ESTFILTER_STD_ATMOSPHERE_MODEL

0x8220  - Standard Atmosphere Model

CH_FIELD_ESTFILTER_PRESSURE_ALTITUDE

0x8221  - Estimated Pressure Altitude

CH_FIELD_ESTFILTER_MAG_AUTO_HARD_IRON_OFFSET

0x8225  - Mag Auto Hard Iron Offset

CH_FIELD_ESTFILTER_MAG_AUTO_SOFT_IRON_MATRIX

0x8226  - Mag Auto Soft Iron Matrix

CH_FIELD_ESTFILTER_MAG_AUTO_HARD_IRON_OFFSET_UNCERT

0x8228  - Mag Auto Hard Iron Offset Uncertainty

CH_FIELD_ESTFILTER_MAG_AUTO_SOFT_IRON_MATRIX_UNCERT

0x8229  - Mag Auto Soft Iron Matrix Uncertainty

CH_FIELD_ESTFILTER_MAG_COVARIANCE_MATRIX

0x822A  - Magnetometer Covariance Matrix

CH_FIELD_ESTFILTER_MAG_RESIDUAL_VECTOR

0x822C  - Magnetometer Residual Vector

CH_FIELD_ESTFILTER_GNSS_ANTENNA_CORRECTION

0x8230  - GNSS Antenna Offset Correction

CH_FIELD_ESTFILTER_GNSS_ANTENNA_CORRECTION_UNCERT

0x8231  - GNSS Antenna Offset Correction Uncertainty

CH_FIELD_ESTFILTER_GNSS_CLOCK_CORRECTION

0x8232  - GNSS Clock Correction

CH_FIELD_ESTFILTER_GNSS_CLOCK_CORRECTION_UNCERT

0x8233  - GNSS Clock Correction Uncertainty

CH_FIELD_ESTFILTER_GNSS_MULTI_ANTENNA_CORRECTION

0x8234  - GNSS Multi-Antenna Offset Correction

CH_FIELD_ESTFILTER_GNSS_MULTI_ANTENNA_CORRECTION_UNCERT

0x8235  - GNSS Multi-Antenna Offset Correction Uncertainty

CH_FIELD_ESTFILTER_ECEF_POS_UNCERT

0x8236  - ECEF Position Uncertainty

CH_FIELD_ESTFILTER_ECEF_VEL_UNCERT

0x8237  - ECEF Velocity Uncertainty

CH_FIELD_ESTFILTER_ECEF_POS

0x8240  - ECEF Position

CH_FIELD_ESTFILTER_ECEF_VEL

0x8241  - ECEF Velocity

CH_FIELD_ESTFILTER_NED_RELATIVE_POS

0x8242  - NED Relative Position

CH_FIELD_ESTFILTER_POSITION_AIDING_STATUS

0x8243  - GNSS Position Aiding Status

CH_FIELD_ESTFILTER_ATTITUDE_AIDING_STATUS

0x8244  - GNSS Attitude Aiding Status

CH_FIELD_ESTFILTER_AIDING_MEASURE_SUMMARY

0x8246  - Filter Aiding Measurement Summary

CH_FIELD_ESTFILTER_ODOMETER_SCALE_FACTOR_ERROR

0x8247  - Odometer Scale Factor Error

CH_FIELD_ESTFILTER_ODOMETER_SCALE_FACTOR_ERROR_UNCERT

0X8248  - Odometer Scale Factor Error Uncertainty

CH_FIELD_ESTFILTER_GNSS_DUAL_ANTENNA_STATUS

0x8249  - GNSS Dual Antenna Status

CH_FIELD_ESTFILTER_FRAME_CONFIG_ERROR

0X8250  - Filter Frame Config Error

CH_FIELD_ESTFILTER_FRAME_CONFIG_ERROR_UNCERT

0x8251  - Filter Frame Config Error Uncertainty

CH_FIELD_ESTFILTER_SHARED_EVENT_SOURCE

0x82D0  - Event Source

CH_FIELD_ESTFILTER_SHARED_TICKS

0x82D1  - Ticks

CH_FIELD_ESTFILTER_SHARED_DELTA_TICKS

0x82D2  - Delta Ticks

CH_FIELD_ESTFILTER_SHARED_GPS_TIMESTAMP

0x82D3  - GPS Timestamp

CH_FIELD_ESTFILTER_SHARED_DELTA_TIMESTAMP

0x82D4  - Delta GPS Timestamp

CH_FIELD_ESTFILTER_SHARED_REFERENCE_TIMESTAMP

0x82D5  - Internal Reference Timestamp

CH_FIELD_ESTFILTER_SHARED_DELTA_REFERENCE_TIME

0x82D6  - Delta Internal Reference Time

CH_FIELD_ESTFILTER_SHARED_EXTERNAL_TIMESTAMP

0x82D7  - External Timestamp

CH_FIELD_ESTFILTER_SHARED_DELTA_EXTERNAL_TIME

0x82D8  - Delta External Time

CH_FIELD_DISP_POSITION

0x9001  - Position

CH_FIELD_DISP_RAW_POSITION

0x9002  - Raw Position

CH_FIELD_DISP_DISPLACEMENT_TS

0x9004  - Displacement Device Timestamp

CH_FIELD_GNSS_1_LLH_POSITION

0x9103  - GNSS 1 LLH Position

CH_FIELD_GNSS_1_ECEF_POSITION

0x9104  - GNSS 1 ECEF Position

CH_FIELD_GNSS_1_NED_VELOCITY

0x9105  - GNSS 1 NED Velocity

CH_FIELD_GNSS_1_ECEF_VELOCITY

0x9106  - GNSS 1 ECEF Velocity

CH_FIELD_GNSS_1_DOP

0x9107  - GNSS 1 DOP Data

CH_FIELD_GNSS_1_UTC_TIME

0x9108  - GNSS 1 UTC Time

CH_FIELD_GNSS_1_GPS_TIME

0x9109  - GNSS 1 GPS Time

CH_FIELD_GNSS_1_CLOCK_INFO

0x910A  - GNSS 1 Clock Information

CH_FIELD_GNSS_1_FIX_INFO

0x910B  - GNSS 1 Fix Information

CH_FIELD_GNSS_1_SPACE_VEHICLE_INFO

0x910C  - GNSS 1 Space Vehicle Information

CH_FIELD_GNSS_1_HARDWARE_STATUS

0x910D  - GNSS 1 Hardware Status

CH_FIELD_GNSS_1_DGNSS_INFO

0x910E  - GNSS 1 DGNSS Information

CH_FIELD_GNSS_1_DGNSS_CHANNEL_STATUS

0x910F  - GNSS 1 Individual DGNSS Channel Status Entry

CH_FIELD_GNSS_1_CLOCK_INFO_2

0x9110  - GNSS 1 Clock Info 2

CH_FIELD_GNSS_1_GPS_LEAP_SECONDS

0x9111  - GNSS 1 GPS Leap Seconds

CH_FIELD_GNSS_1_SBAS_INFO

0x9112  - GNSS 1 SBAS Info

CH_FIELD_GNSS_1_SBAS_CORRECTION

0x9113  - GNSS 1 SBAS Correction

CH_FIELD_GNSS_1_RF_ERROR_DETECTION

0x9114  - GNSS 1 RF Error Detection

CH_FIELD_GNSS_1_SATELLITE_STATUS

0x9120  - GNSS 1 Satellite Status

CH_FIELD_GNSS_1_RAW_OBSERVATION

0x9122  - GNSS 1 Raw Observation data

CH_FIELD_GNSS_1_STATION_INFO

0x9130  - GNSS 1 Base Station Info

CH_FIELD_GNSS_1_RTK_CORRECTIONS_STATUS

0x9131  - GNSS 1 RTK Corrections Status

CH_FIELD_GNSS_1_GPS_EPHEMERIS

0x9161  - GNSS 1 GPS Ephemeris

CH_FIELD_GNSS_1_GLONASS_EPHEMERIS

0x9162  - GNSS 1 GLONASS Ephemeris

CH_FIELD_GNSS_1_GALILEO_EPHEMERIS

0x9163  - GNSS 1 Galileo Ephemeris

CH_FIELD_GNSS_1_GPS_IONOSPHERIC_CORRECTION

0x9171  - GNSS 1 GPS Ionospheric Correction

CH_FIELD_GNSS_1_GALILEO_IONOSPHERIC_CORRECTION

0x9173  - GNSS 1 Galileo Ionospheric Correction

CH_FIELD_GNSS_1_SHARED_EVENT_SOURCE

0x91D0  - Event Source

CH_FIELD_GNSS_1_SHARED_TICKS

0x91D1  - Ticks

CH_FIELD_GNSS_1_SHARED_DELTA_TICKS

0x91D2  - Delta Ticks

CH_FIELD_GNSS_1_SHARED_GPS_TIMESTAMP

0x91D3  - GPS Timestamp

CH_FIELD_GNSS_1_SHARED_DELTA_TIMESTAMP

0x91D4  - Delta GPS Timestamp

CH_FIELD_GNSS_1_SHARED_REFERENCE_TIMESTAMP

0x91D5  - Internal Reference Timestamp

CH_FIELD_GNSS_1_SHARED_DELTA_REFERENCE_TIME

0x91D6  - Delta Internal Reference Time

CH_FIELD_GNSS_1_SHARED_EXTERNAL_TIMESTAMP

0x91D7  - External Timestamp

CH_FIELD_GNSS_1_SHARED_DELTA_EXTERNAL_TIME

0x91D8  - Delta External Time

CH_FIELD_GNSS_2_LLH_POSITION

0x9203  - GNSS 2 LLH Position

CH_FIELD_GNSS_2_ECEF_POSITION

0x9204  - GNSS 2 ECEF Position

CH_FIELD_GNSS_2_NED_VELOCITY

0x9205  - GNSS 2 NED Velocity

CH_FIELD_GNSS_2_ECEF_VELOCITY

0x9206  - GNSS 2 ECEF Velocity

CH_FIELD_GNSS_2_DOP

0x9207  - GNSS 2 DOP Data

CH_FIELD_GNSS_2_UTC_TIME

0x9208  - GNSS 2 UTC Time

CH_FIELD_GNSS_2_GPS_TIME

0x9209  - GNSS 2 GPS Time

CH_FIELD_GNSS_2_CLOCK_INFO

0x920A  - GNSS 2 Clock Information

CH_FIELD_GNSS_2_FIX_INFO

0x920B  - GNSS 2 Fix Information

CH_FIELD_GNSS_2_SPACE_VEHICLE_INFO

0x920C  - GNSS 2 Space Vehicle Information

CH_FIELD_GNSS_2_HARDWARE_STATUS

0x920D  - GNSS 2 Hardware Status

CH_FIELD_GNSS_2_DGNSS_INFO

0x920E  - GNSS 2 DGNSS Information

CH_FIELD_GNSS_2_DGNSS_CHANNEL_STATUS

0x920F  - GNSS 2 Individual DGNSS Channel Status Entry

CH_FIELD_GNSS_2_CLOCK_INFO_2

0x9210  - GNSS 2 Clock Info 2

CH_FIELD_GNSS_2_GPS_LEAP_SECONDS

0x9211  - GNSS 2 GPS Leap Seconds

CH_FIELD_GNSS_2_SBAS_INFO

0x9212  - GNSS 2 SBAS Info

CH_FIELD_GNSS_2_SBAS_CORRECTION

0x9213  - GNSS 2 SBAS Correction

CH_FIELD_GNSS_2_RF_ERROR_DETECTION

0x9214  - GNSS 2 RF Error Detection

CH_FIELD_GNSS_2_SATELLITE_STATUS

0x9220  - GNSS 2 Satellite Status

CH_FIELD_GNSS_2_RAW_OBSERVATION

0x9222  - GNSS 2 Raw Observation data

CH_FIELD_GNSS_2_STATION_INFO

0x9230  - GNSS 2 Base Station Info

CH_FIELD_GNSS_2_RTK_CORRECTIONS_STATUS

0x9231  - GNSS 2 RTK Corrections Status

CH_FIELD_GNSS_2_GPS_EPHEMERIS

0x9261  - GNSS 2 GPS Ephemeris

CH_FIELD_GNSS_2_GLONASS_EPHEMERIS

0x9262  - GNSS 2 GLONASS Ephemeris

CH_FIELD_GNSS_2_GALILEO_EPHEMERIS

0x9263  - GNSS 2 Galileo Ephemeris

CH_FIELD_GNSS_2_GPS_IONOSPHERIC_CORRECTION

0x9271  - GNSS 2 GPS Ionospheric Correction

CH_FIELD_GNSS_2_GALILEO_IONOSPHERIC_CORRECTION

0x9273  - GNSS 2 Galileo Ionospheric Correction

CH_FIELD_GNSS_2_SHARED_EVENT_SOURCE

0x92D0  - Event Source

CH_FIELD_GNSS_2_SHARED_TICKS

0x92D1  - Ticks

CH_FIELD_GNSS_2_SHARED_DELTA_TICKS

0x92D2  - Delta Ticks

CH_FIELD_GNSS_2_SHARED_GPS_TIMESTAMP

0x92D3  - GPS Timestamp

CH_FIELD_GNSS_2_SHARED_DELTA_TIMESTAMP

0x92D4  - Delta GPS Timestamp

CH_FIELD_GNSS_2_SHARED_REFERENCE_TIMESTAMP

0x92D5  - Internal Reference Timestamp

CH_FIELD_GNSS_2_SHARED_DELTA_REFERENCE_TIME

0x92D6  - Delta Internal Reference Time

CH_FIELD_GNSS_2_SHARED_EXTERNAL_TIMESTAMP

0x92D7  - External Timestamp

CH_FIELD_GNSS_2_SHARED_DELTA_EXTERNAL_TIME

0x92D8  - Delta External Time

CH_FIELD_GNSS_3_LLH_POSITION

0x9303  - GNSS 3 LLH Position

CH_FIELD_GNSS_3_ECEF_POSITION

0x9304  - GNSS 3 ECEF Position

CH_FIELD_GNSS_3_NED_VELOCITY

0x9305  - GNSS 3 NED Velocity

CH_FIELD_GNSS_3_ECEF_VELOCITY

0x9306  - GNSS 3 ECEF Velocity

CH_FIELD_GNSS_3_DOP

0x9307  - GNSS 3 DOP Data

CH_FIELD_GNSS_3_UTC_TIME

0x9308  - GNSS 3 UTC Time

CH_FIELD_GNSS_3_GPS_TIME

0x9309  - GNSS 3 GPS Time

CH_FIELD_GNSS_3_CLOCK_INFO

0x930A  - GNSS 3 Clock Information

CH_FIELD_GNSS_3_FIX_INFO

0x930B  - GNSS 3 Fix Information

CH_FIELD_GNSS_3_SPACE_VEHICLE_INFO

0x930C  - GNSS 3 Space Vehicle Information

CH_FIELD_GNSS_3_HARDWARE_STATUS

0x930D  - GNSS 3 Hardware Status

CH_FIELD_GNSS_3_DGNSS_INFO

0x930E  - GNSS 3 DGNSS Information

CH_FIELD_GNSS_3_DGNSS_CHANNEL_STATUS

0x930F  - GNSS 3 Individual DGNSS Channel Status Entry

CH_FIELD_GNSS_3_CLOCK_INFO_2

0x9310  - GNSS 3 Clock Info 2

CH_FIELD_GNSS_3_GPS_LEAP_SECONDS

0x9311  - GNSS 3 GPS Leap Seconds

CH_FIELD_GNSS_3_SBAS_INFO

0x9312  - GNSS 3 SBAS Info

CH_FIELD_GNSS_3_SBAS_CORRECTION

0x9313  - GNSS 3 SBAS Correction

CH_FIELD_GNSS_3_RF_ERROR_DETECTION

0x9314  - GNSS 3 RF Error Detection

CH_FIELD_GNSS_3_SATELLITE_STATUS

0x9320  - GNSS 3 Satellite Status

CH_FIELD_GNSS_3_RAW_OBSERVATION

0x9322  - GNSS 3 Raw Observation data

CH_FIELD_GNSS_3_STATION_INFO

0x9330  - GNSS 3 Base Station Info

CH_FIELD_GNSS_3_RTK_CORRECTIONS_STATUS

0x9331  - GNSS 3 RTK Corrections Status

CH_FIELD_GNSS_3_GPS_EPHEMERIS

0x9361  - GNSS 3 GPS Ephemeris

CH_FIELD_GNSS_3_GLONASS_EPHEMERIS

0x9362  - GNSS 3 GLONASS Ephemeris

CH_FIELD_GNSS_3_GALILEO_EPHEMERIS

0x9363  - GNSS 3 Galileo Ephemeris

CH_FIELD_GNSS_3_GPS_IONOSPHERIC_CORRECTION

0x9371  - GNSS 3 GPS Ionospheric Correction

CH_FIELD_GNSS_3_GALILEO_IONOSPHERIC_CORRECTION

0x9373  - GNSS 3 Galileo Ionospheric Correction

CH_FIELD_GNSS_3_SHARED_EVENT_SOURCE

0x93D0  - Event Source

CH_FIELD_GNSS_3_SHARED_TICKS

0x93D1  - Ticks

CH_FIELD_GNSS_3_SHARED_DELTA_TICKS

0x93D2  - Delta Ticks

CH_FIELD_GNSS_3_SHARED_GPS_TIMESTAMP

0x93D3  - GPS Timestamp

CH_FIELD_GNSS_3_SHARED_DELTA_TIMESTAMP

0x93D4  - Delta GPS Timestamp

CH_FIELD_GNSS_3_SHARED_REFERENCE_TIMESTAMP

0x93D5  - Internal Reference Timestamp

CH_FIELD_GNSS_3_SHARED_DELTA_REFERENCE_TIME

0x93D6  - Delta Internal Reference Time

CH_FIELD_GNSS_3_SHARED_EXTERNAL_TIMESTAMP

0x93D7  - External Timestamp

CH_FIELD_GNSS_3_SHARED_DELTA_EXTERNAL_TIME

0x93D8  - Delta External Time

CH_FIELD_GNSS_4_LLH_POSITION

0x9403  - GNSS 4 LLH Position

CH_FIELD_GNSS_4_ECEF_POSITION

0x9404  - GNSS 4 ECEF Position

CH_FIELD_GNSS_4_NED_VELOCITY

0x9405  - GNSS 4 NED Velocity

CH_FIELD_GNSS_4_ECEF_VELOCITY

0x9406  - GNSS 4 ECEF Velocity

CH_FIELD_GNSS_4_DOP

0x9407  - GNSS 4 DOP Data

CH_FIELD_GNSS_4_UTC_TIME

0x9408  - GNSS 4 UTC Time

CH_FIELD_GNSS_4_GPS_TIME

0x9409  - GNSS 4 GPS Time

CH_FIELD_GNSS_4_CLOCK_INFO

0x940A  - GNSS 4 Clock Information

CH_FIELD_GNSS_4_FIX_INFO

0x940B  - GNSS 4 Fix Information

CH_FIELD_GNSS_4_SPACE_VEHICLE_INFO

0x940C  - GNSS 4 Space Vehicle Information

CH_FIELD_GNSS_4_HARDWARE_STATUS

0x940D  - GNSS 4 Hardware Status

CH_FIELD_GNSS_4_DGNSS_INFO

0x940E  - GNSS 4 DGNSS Information

CH_FIELD_GNSS_4_DGNSS_CHANNEL_STATUS

0x940F  - GNSS 4 Individual DGNSS Channel Status Entry

CH_FIELD_GNSS_4_CLOCK_INFO_2

0x9410  - GNSS 4 Clock Info 2

CH_FIELD_GNSS_4_GPS_LEAP_SECONDS

0x9411  - GNSS 4 GPS Leap Seconds

CH_FIELD_GNSS_4_SBAS_INFO

0x9412  - GNSS 4 SBAS Info

CH_FIELD_GNSS_4_SBAS_CORRECTION

0x9413  - GNSS 4 SBAS Correction

CH_FIELD_GNSS_4_RF_ERROR_DETECTION

0x9414  - GNSS 4 RF Error Detection

CH_FIELD_GNSS_4_SATELLITE_STATUS

0x9420  - GNSS 4 Satellite Status

CH_FIELD_GNSS_4_RAW_OBSERVATION

0x9422  - GNSS 4 Raw Observation data

CH_FIELD_GNSS_4_STATION_INFO

0x9430  - GNSS 4 Base Station Info

CH_FIELD_GNSS_4_RTK_CORRECTIONS_STATUS

0x9431  - GNSS 4 RTK Corrections Status

CH_FIELD_GNSS_4_GPS_EPHEMERIS

0x9461  - GNSS 4 GPS Ephemeris

CH_FIELD_GNSS_4_GLONASS_EPHEMERIS

0x9462  - GNSS 4 GLONASS Ephemeris

CH_FIELD_GNSS_4_GALILEO_EPHEMERIS

0x9463  - GNSS 4 Galileo Ephemeris

CH_FIELD_GNSS_4_GPS_IONOSPHERIC_CORRECTION

0x9471  - GNSS 4 GPS Ionospheric Correction

CH_FIELD_GNSS_4_GALILEO_IONOSPHERIC_CORRECTION

0x9473  - GNSS 4 Galileo Ionospheric Correction

CH_FIELD_GNSS_4_SHARED_EVENT_SOURCE

0x94D0  - Event Source

CH_FIELD_GNSS_4_SHARED_TICKS

0x94D1  - Ticks

CH_FIELD_GNSS_4_SHARED_DELTA_TICKS

0x94D2  - Delta Ticks

CH_FIELD_GNSS_4_SHARED_GPS_TIMESTAMP

0x94D3  - GPS Timestamp

CH_FIELD_GNSS_4_SHARED_DELTA_TIMESTAMP

0x94D4  - Delta GPS Timestamp

CH_FIELD_GNSS_4_SHARED_REFERENCE_TIMESTAMP

0x94D5  - Internal Reference Timestamp

CH_FIELD_GNSS_4_SHARED_DELTA_REFERENCE_TIME

0x94D6  - Delta Internal Reference Time

CH_FIELD_GNSS_4_SHARED_EXTERNAL_TIMESTAMP

0x94D7  - External Timestamp

CH_FIELD_GNSS_4_SHARED_DELTA_EXTERNAL_TIME

0x94D8  - Delta External Time

CH_FIELD_GNSS_5_LLH_POSITION

0x9503  - GNSS 5 LLH Position

CH_FIELD_GNSS_5_ECEF_POSITION

0x9504  - GNSS 5 ECEF Position

CH_FIELD_GNSS_5_NED_VELOCITY

0x9505  - GNSS 5 NED Velocity

CH_FIELD_GNSS_5_ECEF_VELOCITY

0x9506  - GNSS 5 ECEF Velocity

CH_FIELD_GNSS_5_DOP

0x9507  - GNSS 5 DOP Data

CH_FIELD_GNSS_5_UTC_TIME

0x9508  - GNSS 5 UTC Time

CH_FIELD_GNSS_5_GPS_TIME

0x9509  - GNSS 5 GPS Time

CH_FIELD_GNSS_5_CLOCK_INFO

0x950A  - GNSS 5 Clock Information

CH_FIELD_GNSS_5_FIX_INFO

0x950B  - GNSS 5 Fix Information

CH_FIELD_GNSS_5_SPACE_VEHICLE_INFO

0x950C  - GNSS 5 Space Vehicle Information

CH_FIELD_GNSS_5_HARDWARE_STATUS

0x950D  - GNSS 5 Hardware Status

CH_FIELD_GNSS_5_DGNSS_INFO

0x950E  - GNSS 5 DGNSS Information

CH_FIELD_GNSS_5_DGNSS_CHANNEL_STATUS

0x950F  - GNSS 5 Individual DGNSS Channel Status Entry

CH_FIELD_GNSS_5_CLOCK_INFO_2

0x9510  - GNSS 5 Clock Info 2

CH_FIELD_GNSS_5_GPS_LEAP_SECONDS

0x9511  - GNSS 5 GPS Leap Seconds

CH_FIELD_GNSS_5_SBAS_INFO

0x9512  - GNSS 5 SBAS Info

CH_FIELD_GNSS_5_SBAS_CORRECTION

0x9513  - GNSS 5 SBAS Correction

CH_FIELD_GNSS_5_RF_ERROR_DETECTION

0x9514  - GNSS 5 RF Error Detection

CH_FIELD_GNSS_5_SATELLITE_STATUS

0x9520  - GNSS 5 Satellite Status

CH_FIELD_GNSS_5_RAW_OBSERVATION

0x9522  - GNSS 5 Raw Observation data

CH_FIELD_GNSS_5_STATION_INFO

0x9530  - GNSS 5 Base Station Info

CH_FIELD_GNSS_5_RTK_CORRECTIONS_STATUS

0x9531  - GNSS 5 RTK Corrections Status

CH_FIELD_GNSS_5_GPS_EPHEMERIS

0x9561  - GNSS 5 GPS Ephemeris

CH_FIELD_GNSS_5_GLONASS_EPHEMERIS

0x9562  - GNSS 5 GLONASS Ephemeris

CH_FIELD_GNSS_5_GALILEO_EPHEMERIS

0x9563  - GNSS 5 Galileo Ephemeris

CH_FIELD_GNSS_5_GPS_IONOSPHERIC_CORRECTION

0x9571  - GNSS 5 GPS Ionospheric Correction

CH_FIELD_GNSS_5_GALILEO_IONOSPHERIC_CORRECTION

0x9573  - GNSS 5 Galileo Ionospheric Correction

CH_FIELD_GNSS_5_SHARED_EVENT_SOURCE

0x95D0  - Event Source

CH_FIELD_GNSS_5_SHARED_TICKS

0x95D1  - Ticks

CH_FIELD_GNSS_5_SHARED_DELTA_TICKS

0x95D2  - Delta Ticks

CH_FIELD_GNSS_5_SHARED_GPS_TIMESTAMP

0x95D3  - GPS Timestamp

CH_FIELD_GNSS_5_SHARED_DELTA_TIMESTAMP

0x95D4  - Delta GPS Timestamp

CH_FIELD_GNSS_5_SHARED_REFERENCE_TIMESTAMP

0x95D5  - Internal Reference Timestamp

CH_FIELD_GNSS_5_SHARED_DELTA_REFERENCE_TIME

0x95D6  - Delta Internal Reference Time

CH_FIELD_GNSS_5_SHARED_EXTERNAL_TIMESTAMP

0x95D7  - External Timestamp

CH_FIELD_GNSS_5_SHARED_DELTA_EXTERNAL_TIME

0x95D8  - Delta External Time

CH_FIELD_SYSTEM_BUILT_IN_TEST

0xA001  - Built-In Test (BIT)

CH_FIELD_SYSTEM_TIME_SYNC_STATUS

0xA002  - Time Sync Status

CH_FIELD_SYSTEM_GPIO_STATE

0xA003  - GPIO State

CH_FIELD_SYSTEM_SHARED_EVENT_SOURCE

0xA0D0  - Event Source

CH_FIELD_SYSTEM_SHARED_TICKS

0xA0D1  - Ticks

CH_FIELD_SYSTEM_SHARED_DELTA_TICKS

0xA0D2  - Delta Ticks

CH_FIELD_SYSTEM_SHARED_GPS_TIMESTAMP

0xA0D3  - GPS Timestamp

CH_FIELD_SYSTEM_SHARED_DELTA_TIMESTAMP

0xA0D4  - Delta GPS Timestamp

CH_FIELD_SYSTEM_SHARED_REFERENCE_TIMESTAMP

0xA0D5  - Internal Reference Timestamp

CH_FIELD_SYSTEM_SHARED_DELTA_REFERENCE_TIME

0xA0D6  - Delta Internal Reference Time

CH_FIELD_SYSTEM_SHARED_EXTERNAL_TIMESTAMP

0xA0D7  - External Timestamp

CH_FIELD_SYSTEM_SHARED_DELTA_EXTERNAL_TIME

0xA0D8  - Delta External Time

-
- -
-
MIN_SHARED_FIELD_DESCRIPTOR
-

The minimum descriptor that marks the start of available shared data field descriptors. If a field descriptor is above 0xD0 it is shared.

-
- -
-
ChannelQualifier
-

The enums for different MIP Channel Qualifiers.  This combined with the ChannelField produces a unique identifier for each individual channel that is collected.

CH_UNKNOWN

0  - Unknown Channel

CH_X

1  - X

CH_Y

2  - Y

CH_Z

3  - Z

CH_MATRIX

4  - Matrix

CH_QUATERNION

5  - Quaternion

CH_ROLL

6  - Roll

CH_PITCH

7  - Pitch

CH_YAW

8  - Yaw

CH_TICK

9  - Tick

CH_TIMESTAMP

10  - Timestamp

CH_STATUS

11  - Status

CH_TIME_OF_WEEK

12  - Time of Week

CH_WEEK_NUMBER

13  - Week Number

CH_LATITUDE

14  - Latitude

CH_LONGITUDE

15  - Longitude

CH_HEIGHT_ABOVE_ELLIPSOID

16  - Height Above Ellipsoid

CH_HEIGHT_ABOVE_MSL

17  - Height Above MSL

CH_HEIGHT

81  - Height (Other reference point)

CH_HORIZONTAL_ACCURACY

18  - Horizontal Accuracy

CH_VERTICAL_ACCURACY

19  - Vertical Accuracy

CH_POSITION_ACCURACY

20  - Position Accuracy

CH_NORTH

21  - North

CH_EAST

22  - East

CH_DOWN

23  - Down

CH_SPEED

24  - Speed

CH_GROUND_SPEED

25  - Ground Speed

CH_HEADING

26  - Heading

CH_SPEED_ACCURACY

27  - Speed Accuracy

CH_HEADING_ACCURACY

28  - Heading Accuracy

CH_VELOCITY_ACCURACY

29  - Velocity Accuracy

CH_GEOMETRIC_DOP

30  - Geometric DOP

CH_POSITION_DOP

31  - Position DOP

CH_HORIZONTAL_DOP

32  - Horizontal DOP

CH_VERTICAL_DOP

33  - Vertical DOP

CH_TIME_DOP

34  - Time DOP

CH_NORTHING_DOP

35  - Northing DOP

CH_EASTING_DOP

36  - Easting DOP

CH_FLAGS

37  - Flags

CH_BIAS

38  - Bias

CH_DRIFT

39  - Drift

CH_ACCURACY_ESTIMATE

40  - Accuracy Estimate

CH_FIX_TYPE

41  - Fix Type

CH_SV_COUNT

42  - Number of Space Vehicles used for solution

CH_CHANNEL

43  - Channel Number

CH_ID

44  - ID Number

CH_CARRIER_TO_NOISE_RATIO

45  - Carrier to Noise Ratio

CH_AZIMUTH

46  - Azimuth

CH_ELEVATION

47  - Elevation

CH_SENSOR_STATE

48  - Sensor State

CH_ANTENNA_STATE

49  - Antenna State

CH_ANTENNA_POWER

50  - Antenna Power

CH_FILTER_STATE

51  - Filter State

CH_DYNAMICS_MODE

52  - Dynamics Mode

CH_MAGNITUDE

53  - Magnitude

CH_HEADING_UNCERTAINTY

54  - Heading Uncertainty

CH_SOURCE

55  - Source

CH_INCLINATION

56  - Inclination

CH_DECLINATION

57  - Declination

CH_PRESSURE

58  - Pressure

CH_AGE

59  - Age

CH_NUM_CHANNELS

60  - Number of Channels

CH_CORRECTION

61  - Correction

CH_RATE_CORRECTION

62  - Rate Correction

CH_GEOMETRIC_ALTITUDE

63  - Geometric Altitude

CH_GEOPOTENTIAL_ALTITUDE

64  - Geopotential Altitude

CH_TEMPERATURE

65  - Temperature

CH_DENSITY

66  - Density

CH_ALTITUDE

67  - Altitude

CH_DISPLACEMENT

68  - Displacement

CH_MAX_TEMP

69  - Max Temp

CH_MIN_TEMP

70  - Min Temp

CH_MEAN_TEMP

71  - Mean Temp

CH_BIAS_ACCURACY_ESTIMATE

72  - Bias Accuracy Estimate

CH_DRIFT_ACCURACY_ESTIMATE

73  - Drift Accuracy Estimate

CH_SECONDS

74  - Seconds

CH_NUM_PACKETS

76  - Num Packets

CH_GPS_CORRECTION_LATENCY

77  - GPS Correction Latency

CH_GLONASS_CORRECTION_LATENCY

78  - Glonass Correction Latency

CH_GALILEO_CORRECTION_LATENCY

79  - Galileo Correction Latency

CH_BEIDOU_CORRECTION_LATENCY

80  - Beidou Correction Latency

CH_HEALTH

82  - Satellite Health

CH_INDEX

83  - Index

CH_COUNT

84  - Count

CH_SIGNAL_STRENGTH

85  - Signal Strength

CH_SIGNAL_QUALITY

86  - Signal Quality

CH_RANGE

87  - Range

CH_RANGE_UNC

88  - Range Uncertainty

CH_ALPHA

90  - Alpha

CH_BETA

91  - Beta

CH_DISTURBANCE_FLAGS

92  - Disturbance Flags

CH_CARRIER_PHASE

93  - Carrier Phase

CH_CARRIER_PHASE_UNC

94  - Carrier Phase Uncertainty

CH_DOPPLER

95  - Doppler

CH_DOPPLER_UNC

96  - Doppler Uncertainty

CH_DELTA_TIME

97  - Delta Time

CH_DELTA_TICK

98  - Delta Tick

CH_ERROR

99  - Measurement Error

CH_ERROR_UNC

100 - Measurement Error Uncertainty

CH_W

101 - W

CH_M0

102 - Matrix M0

CH_M1

103 - Matrix M1

CH_M2

104 - Matrix M2

CH_M3

105 - Matrix M3

CH_M4

106 - Matrix M4

CH_M5

107 - Matrix M5

CH_M6

108 - Matrix M6

CH_M7

109 - Matrix M7

CH_M8

110 - Matrix M8

CH_NANOSECONDS

111 - Nanoseconds

CH_VALID_FLAGS

112 - Valid Flags

CH_PPS_VALID

113 - PPS Valid

CH_LAST_PPS

114 - Last PPS Received

CH_UDREI

115 - User Differential Range Error Index

CH_PSEUDORANGE_CORRECTION

116 - Pseudorange Correction

CH_IONOSPHERIC_CORRECTION

117 - Ionospheric Correction

CH_JAMMING_STATE

118 - Jamming State

CH_SPOOFING_STATE

119 - Spoofing State

CH_SYSTEM_ID

120 - System ID (GNSS, SBAS, etc.)

CH_SATELLITE_ID

121 - Satellite ID (GNSS, SBAS, etc.)

CH_BIT_SYSTEM_GENERAL

248 - Built In Test System General

CH_BIT_SYSTEM_PROCESS

249 - Built In Test System Process

CH_BIT_IMU_GENERAL

250 - Built In Test IMU General

CH_BIT_IMU_SENSORS

251 - Built In Test IMU Sensors

CH_BIT_IMU_FACTORY_BITS

252 - Built in Test IMU Factory Bits Valid

CH_BIT_FILTER_GENERAL

253 - Built In Test Est Filter General

CH_BIT_GNSS_GENERAL

254 - Built In Test GNSS General

CH_BIT_GNSS_RECEIVERS

255 - Built In Test GNSS Receivers

-
- -
-
MipChannelFields
-

A vector of ChannelField enums.

-
- -
-
MipCommands
-

A vector of Command enums.

-
- -
-
MipDataClasses
-

A vector of DataClass enums.

-
- -
-
ChannelIndex
-

A ChannelQualifier, int pair indicating the index value of the qualifier in a channel field.

-
- -
-
ChannelIndices
-

A list of ChannelIndex values

-
- -
-
ChannelFieldQualifiers
-

A map of ChannelField values and their associated ChannelIndices

-
- -
-
channelName
-
static std::string channelName(
ChannelField field,
ChannelQualifier qualifier
)
-

Gets the name of the specified <ChannelId>.  This is the universal channel name that should be used for uploading to SensorCloud.

Parameters
field
ChannelField

The ChannelField of the channel.

qualifier
ChannelQualifier

The ChannelQualifier of the channel.

Returns

The universal name of the channel.

Exceptions
-
- -
-
getChannelFields_allDataClasses
-
static MipChannelFields getChannelFields_allDataClasses(
ChannelField chField
)
-

Get a list of ChannelFields representing the same descriptor/channel field across all GNSS data classes

Parameters
chField
ChannelField

the ChannelField value to convert

Returns
MipChannelFields

list of channel fields representing the same descriptor in each of the GNSS data classes (including the original value)

-
- -
-
getChannelField_baseDataClass
-
static ChannelField getChannelField_baseDataClass(
ChannelField chField
)
-

Gets the ChannelField representing the provided channel field's equivalent in the original GNSS data class (0x81)

Parameters
chField
ChannelField

the ChannelField value to convert

Returns
ChannelField

the provided channel field's equivalent in the original GNSS data class (0x81)

-
- -
-
getChannelField_toDataClass
-
static ChannelField getChannelField_toDataClass(
ChannelField chField,
DataClass dataClass
)
-

Gets the ChannelField representing the provided channel field's equivalent in the specified DataClass

Parameters
chField
ChannelField

the ChannelField value to convert

dataClass
DataClass

the DataClass to convert the channel field to

Returns
ChannelField

the provided channel field's equivalent in the specified data class

-
- -
-
getChannelNamePrependText
-
static std::string getChannelNamePrependText(
ChannelField chField
)
-

Gets the text to prepend the channel name to distinguish between different GNSS data classes

Parameters
chField
ChannelField

the ChannelField to get the channel name of

Returns
string

text to prepend the channel name

-
- -
-
getChannelNameAppendText
-
static std::string getChannelNameAppendText(
ChannelField chField
)
-

Gets the text to append to the channel name to distinguish between different shared data fields

Parameters
chField
ChannelField

the ChannelField to get the channel name of

Returns
string

text to append to the channel name

-
- -
-
isGnssChannelField
-
static bool isGnssChannelField(
ChannelField chField
)
-

Checks whether the provided ChannelField is within a GNSS data set.

Parameters
chField
ChannelField

the ChannelField value to check

Returns
bool

true if chField is GNSS data, false if it is not

-
- -
-
isSharedChannelField
-
static bool isSharedChannelField(
ChannelField chField
)
-

Checks whether the provided ChannelField is a shared field amongst all inertial data sets.

Parameters
chField
ChannelField

the ChannelField value to check

Returns
bool

true if chField is a shared data field, false if it is not

-
- -
-
channelFieldQualifiers
-
static ChannelFieldQualifiers channelFieldQualifiers(
const MipChannelFields &fields
)
-

Gets a map of ChannelField values with all associated ChannelQualifier values and their index within the field.

Parameters
fields
const MipChannelFields&

MipChannelFields to include if found.

Returns

A map of ChannelField and their respective ChannelIndex values.

-
- -
-
channelFieldQualifier
-
static ChannelQualifier channelFieldQualifier(
ChannelField field,
uint8 index
)
-

Gets the ChannelQualifier of the ChannelField for the specified index.

Parameters
field
ChannelField

target ChannelField.

index
uint8

1-based index within the field to lookup

Returns

A ChannelQualifier that corresponds to the index or CH_UNKNOWN if not found.

-
- -
-
channelFieldQualifierIndex
-
static uint8 channelFieldQualifierIndex(
ChannelField field,
ChannelQualifier qualifier
)
-

Gets the index of the ChannelQualifier in the ChannelField.

Parameters
field
ChannelField

target ChannelField.

qualifier
ChannelQualifier

ChannelQualifier within the field to lookup the index of

Returns

The 1-based index of the specified ChannelQualifier in the ChannelField, or 0 if the ChannelQualifier isn't in the ChannelField.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/NmeaMessageFormat-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/NmeaMessageFormat-Summary.js deleted file mode 100644 index d7c553fe9..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/NmeaMessageFormat-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:NmeaMessageFormat","NmeaMessageFormat");NDSummary.OnSummaryLoaded("CClass:NmeaMessageFormat",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Enums","Enumeration"],["Functions","Function"]],[[540,0,0,"NmeaMessageFormat"],[541,0,1,"MAX_MESSAGES","MAX_MESSAGES"],[542,0,2,"SentenceType","SentenceType"],[543,0,2,,"GGA"],[544,0,2,,"GLL"],[545,0,2,,"GSV"],[546,0,2,,"RMC"],[547,0,2,,"VTG"],[548,0,2,,"HDT"],[549,0,2,,"ZDA"],[550,0,2,,"MSRA"],[551,0,2,,"MSRR"],[552,0,2,"Talker","Talker"],[553,0,2,,"IGNORED"],[554,0,2,,"GNSS"],[555,0,2,,"GPS"],[556,0,2,,"GALILEO"],[557,0,2,,"GLONASS"],[558,0,1,"MAX_FREQUENCY","MAX_FREQUENCY"],[559,0,3,"NmeaMessageFormat","NmeaMessageFormat"],[560,0,3,"NmeaMessageFormat","NmeaMessageFormat(2)"],[561,0,3,"sentenceType","sentenceType"],[562,0,3,"sentenceType","sentenceType(2)"],[563,0,3,"talkerId","talkerId"],[564,0,3,"talkerId","talkerId(2)"],[565,0,3,"sourceDataClass","sourceDataClass"],[566,0,3,"sourceDataClass","sourceDataClass(2)"],[567,0,3,"sampleRate","sampleRate"],[568,0,3,"sampleRate","sampleRate(2)"],[569,0,3,"talkerIdRequired","talkerIdRequired"],[570,0,3,"dataClassSupported","dataClassSupported"],[571,0,3,"supportedDataClasses","supportedDataClasses"],[572,0,3,"toCommandParameters","toCommandParameters"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/NmeaMessageFormat-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/NmeaMessageFormat-SummaryToolTips.js deleted file mode 100644 index bb5c15544..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/NmeaMessageFormat-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:NmeaMessageFormat",{540:"
NmeaMessageFormat
Defines a NMEA message format.
",541:"
Maximum number of configurable NMEA messages
",542:"
NMEA sentence type options
",552:"
NMEA talker ID options
",558:"
NMEA message output is limited to either the MAX_FREQUENCY or the source descriptor set base rate, whichever is lower.
",559:"
NmeaMessageFormat()
Creates a NmeaMessageFormat object.
",560:"
~NmeaMessageFormat()
Destructor for NmeaMessageFormat object.
",561:"
void sentenceType(
SentenceType type
)
Sets the NMEA SentenceType.
",562:"
SentenceType sentenceType() const
Gets the NMEA SentenceType.
",563:"
void talkerId(
Talker id
)
Sets the NMEA Talker ID.
",564:"
Talker talkerId() const
Gets the NMEA Talker ID.
",565:"
void sourceDataClass(
MipTypes::DataClass dataClass,
uint16 baseRate = 0
)
Sets the source MipTypes::DataClass
",566:"
MipTypes::DataClass sourceDataClass() const
Gets the source MipTypes::DataClass
",567:"
void sampleRate(
SampleRate rate,
uint16 baseRate = 0
)
Sets the output sample rate. If baseRate is not specified, please use a SampleRate with RateType of decimation (SampleRate::Decimation(rateDecimation)) otherwise it will cannot be properly interpreted.
",568:"
SampleRate sampleRate() const
Gets the configured output SampleRate
",569:"
static bool talkerIdRequired(
SentenceType sentenceType
)
[static] Checks whether a Talker ID is required for the specified SentenceType type.
",570:"
static bool dataClassSupported(
MipTypes::DataClass dataClass,
SentenceType sentenceType
)
[static] Checks whether the specified MipTypes::DataClass is supported for the specified SentenceType type.
",571:"
static MipTypes::MipDataClasses supportedDataClasses(
SentenceType sentenceType
)
[static] Returns a list of supported MipTypes::DataClass values for the specified SentenceType type.
",572:"
static MipFieldValues toCommandParameters(
const NmeaMessageFormats &nmeaFormats
)
[static] Build <MipFieldValues> parameters (including count) from a vector of NmeaMessageFormat objects.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/NmeaMessageFormat-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/NmeaMessageFormat-ToolTips.js deleted file mode 100644 index 1d7556c1a..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/NmeaMessageFormat-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({126:"
uint16 getDataRateBase(
MipTypes::DataClass dataClass
) const
Gets the Data decimation base for the data rate calculations of the specified <InertialType>.
",539:"
A vector of NmeaMessageFormat objects.
",542:"
NMEA sentence type options
",552:"
NMEA talker ID options
",559:"
NmeaMessageFormat()
Creates a NmeaMessageFormat object.
",1094:"
The enums for all the different data classes of MIP data.
",1728:"
A vector of DataClass enums.
",4379:"
SampleRate
Represents a MicroStrain sample rate (rate at which data is sampling)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/NmeaMessageFormat.html b/v66.0.1/MSCL_API_Docs/classes/C/NmeaMessageFormat.html deleted file mode 100644 index be91d6399..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/NmeaMessageFormat.html +++ /dev/null @@ -1,121 +0,0 @@ - - -NmeaMessageFormat - - - - - - - -
-
NmeaMessageFormat
-
NmeaMessageFormat
-

Defines a NMEA message format.

-
- -
-
MAX_MESSAGES
-

Maximum number of configurable NMEA messages

-
- -
-
SentenceType
-

NMEA sentence type options

GGA

0x01 - GPS System Fix Data

GLL

0x02 - Geographic Position Lat/Lon

GSV

0x03 - GNSS Satellites in View

RMC

0x04 - Recommended Minimum Specific GNSS Data

VTG

0x05 - Course over Ground

HDT

0x06 - Heading, True

ZDA

0x07 - Time & Date

MSRA

0x81 - MicroStrain proprietary Euler angles

MSRR

0x82 - MicroStrain proprietary Angular Rate/Acceleration

-
- -
-
Talker
-

NMEA talker ID options

IGNORED

0 - Talker ID cannot be configured for the given sentence type

GNSS

1 - NMEA message will be produced with talker id "GN"

GPS

2 - NMEA message will be produced with talker id "GP"

GALILEO

3 - NMEA message will be produced with talker id "GA"

GLONASS

4 - NMEA message will be produced with talker id "GL"

-
- -
-
MAX_FREQUENCY
-

NMEA message output is limited to either the MAX_FREQUENCY or the source descriptor set base rate, whichever is lower.

-
- -
-
NmeaMessageFormat
-
NmeaMessageFormat()
-

Creates a NmeaMessageFormat object.

-
- -
-
NmeaMessageFormat
-
~NmeaMessageFormat()
-

Destructor for NmeaMessageFormat object.

-
- -
-
sentenceType
-
void sentenceType(
SentenceType type
)
-

Sets the NMEA SentenceType.

Parameters
type
SentenceType

SentenceType for this NMEA message configuration

-
- -
-
sentenceType
-
SentenceType sentenceType() const
-

Gets the NMEA SentenceType.

Returns
SentenceType

the sentence type of this NMEA message configuration

-
- -
-
talkerId
-
void talkerId(
Talker id
)
-

Sets the NMEA Talker ID.

Parameters
id
Talker

Talker ID for this NMEA message configuration

-
- -
-
talkerId
-
Talker talkerId() const
-

Gets the NMEA Talker ID.

Returns
Talker

the talker ID for this NMEA message configuration

-
- -
-
sourceDataClass
-
void sourceDataClass(
MipTypes::DataClass dataClass,
uint16 baseRate = 0
)
-

Sets the source MipTypes::DataClass

Note: if the previously set sampleRate is no longer valid, it will be updated to the closest valid sample rate.

Parameters
dataClass
MipTypes::DataClass

the MipTypes::DataClass source

baseRate
uint16

the base rate of the specified data class. This can be read from InertialNode::getDataRateBase.

-
- -
-
sourceDataClass
-
MipTypes::DataClass sourceDataClass() const
-

Gets the source MipTypes::DataClass

Returns
MipTypes::DataClass

the source data class for this NMEA message configuration

-
- -
-
sampleRate
-
void sampleRate(
SampleRate rate,
uint16 baseRate = 0
)
-

Sets the output sample rate. If baseRate is not specified, please use a SampleRate with RateType of decimation (SampleRate::Decimation(rateDecimation)) otherwise it will cannot be properly interpreted.

Note: the sample rate is limited to either the data class base rate or MAX_FREQUENCY (10 Hz), whichever is lower. If input is too high, it will be automatically reduced to the max value.  Sample rate can only be validated if base rate is specified.

Parameters
rate
SampleRate

the SampleRate at which to output

baseRate
uint16

the base rate of the specified data class. This can be read from InertialNode::getDataRateBase.

-
- -
-
sampleRate
-
SampleRate sampleRate() const
-

Gets the configured output SampleRate

Returns
SampleRate

the output sample rate for this NMEA message configuration

-
- -
-
talkerIdRequired
-
static bool talkerIdRequired(
SentenceType sentenceType
)
-

[static] Checks whether a Talker ID is required for the specified SentenceType type.

-
- -
-
dataClassSupported
-
static bool dataClassSupported(
MipTypes::DataClass dataClass,
SentenceType sentenceType
)
-

[static] Checks whether the specified MipTypes::DataClass is supported for the specified SentenceType type.

-
- -
-
supportedDataClasses
-
static MipTypes::MipDataClasses supportedDataClasses(
SentenceType sentenceType
)
-

[static] Returns a list of supported MipTypes::DataClass values for the specified SentenceType type.

-
- -
-
toCommandParameters
-
static MipFieldValues toCommandParameters(
const NmeaMessageFormats &nmeaFormats
)
-

[static] Build <MipFieldValues> parameters (including count) from a vector of NmeaMessageFormat objects.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/NodeDiscovery-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/NodeDiscovery-Summary.js deleted file mode 100644 index bd4e2db7c..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/NodeDiscovery-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:NodeDiscovery","NodeDiscovery");NDSummary.OnSummaryLoaded("CClass:NodeDiscovery",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Types","Type"]],[[4260,0,0,"NodeDiscovery"],[4261,0,1,"nodeAddress","nodeAddress"],[4262,0,1,"frequency","frequency"],[4263,0,1,"panId","panId"],[4264,0,1,"model","model"],[4265,0,1,"serialNumber","serialNumber"],[4266,0,1,"firmwareVersion","firmwareVersion"],[4267,0,1,"defaultMode","defaultMode"],[4268,0,1,"builtInTestResult","builtInTestResult"],[4269,0,1,"communicationProtocol","communicationProtocol"],[4270,0,1,"asppVersion_lxrs","asppVersion_lxrs"],[4271,0,1,"asppVersion_lxrsPlus","asppVersion_lxrsPlus"],[4272,0,1,"baseRssi","baseRssi"],[4273,0,1,"timestamp","timestamp"],[4274,0,2,"NodeDiscoveries","NodeDiscoveries"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/NodeDiscovery-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/NodeDiscovery-SummaryToolTips.js deleted file mode 100644 index 3532bea20..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/NodeDiscovery-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:NodeDiscovery",{4260:"
NodeDiscovery
Represents 1 node discovery, which is created when a Wireless Node Discovery packet is sent from a Node.  Note: There are multiple versions of Node Discovery packets which have been developed over time.  Each version has added more useful information. If an earlier version of the Node Discovery packet is heard, this NodeDiscovery object will have some information be invalid (set to default values).
",4261:"
NodeAddress nodeAddress() const
Gets the node address of the discovered Node.
",4262:"
WirelessTypes::Frequency frequency() const
Gets the WirelessTypes::Frequency of the discovered Node.
",4263:"
uint16 panId() const
Gets the PAN Id of the discovered Node.  Note: Returns 0 if not present in the packet.
",4264:"
WirelessModels::NodeModel model() const
Gets the model of the discovered Node.
",4265:"
uint32 serialNumber() const
Gets the serial number of the discovered Node.  Note: Returns 0 if not present in the packet.
",4266:"
Version firmwareVersion() const
Gets the firmware version of the discovered Node.  Note: Returns 0.0.0 if not present in the packet.
",4267:"
WirelessTypes::DefaultMode defaultMode() const
Gets the WirelessTypes::DefaultMode of the discovered Node.  Note: Returns 999 if not present in the packet.
",4268:"
uint32 builtInTestResult() const
Gets the result bitmask of the built in test.
",4269:"
WirelessTypes::CommProtocol communicationProtocol() const
Gets the WirelessTypes::CommProtocol of the discovered Node.
",4270:"
Version asppVersion_lxrs() const
Gets the ASPP protocol Version of the Node when it is in LXRS RadioMode.
",4271:"
Version asppVersion_lxrsPlus() const
Gets the ASPP protocol Version of the Node when it is in LXRS+ RadioMode.
",4272:"
int16 baseRssi() const
Gets the base station rssi of the discovered Node.
",4273:"
Timestamp timestamp() const
Gets the Timestamp of when the NodeDiscovery packet was received by MSCL.
",4274:"
typedef for a vector of NodeDiscovery objects
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/NodeDiscovery-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/NodeDiscovery-ToolTips.js deleted file mode 100644 index 5dd85b378..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/NodeDiscovery-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3148:"
The model numbers for each of the Wireless Nodes.
",3301:"
Represents the types of default modes the Node can have.  This is the mode the Node starts in, as well as the mode the node goes into after an inactivity timeout.
",3307:"
Represents the frequency (channel) that can be used for Wireless Devices.
",3832:"
Available Communication Protocol types.
",4260:"
NodeDiscovery
Represents 1 node discovery, which is created when a Wireless Node Discovery packet is sent from a Node.  Note: There are multiple versions of Node Discovery packets which have been developed over time.  Each version has added more useful information. If an earlier version of the Node Discovery packet is heard, this NodeDiscovery object will have some information be invalid (set to default values).
",4493:"
Version
Class that represents, and provides helper functions for, a Version number
",4525:"
typedef for a Node\'s node address.
",4554:"
Timestamp
Represents a date/time object
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/NodeDiscovery.html b/v66.0.1/MSCL_API_Docs/classes/C/NodeDiscovery.html deleted file mode 100644 index 3f6ff9b78..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/NodeDiscovery.html +++ /dev/null @@ -1,100 +0,0 @@ - - -NodeDiscovery - - - - - - - -
-
NodeDiscovery
-
NodeDiscovery
-

Represents 1 node discovery, which is created when a Wireless Node Discovery packet is sent from a Node.  Note: There are multiple versions of Node Discovery packets which have been developed over time.  Each version has added more useful information. If an earlier version of the Node Discovery packet is heard, this NodeDiscovery object will have some information be invalid (set to default values).

-
- -
-
nodeAddress
-
NodeAddress nodeAddress() const
-

Gets the node address of the discovered Node.

Returns

The node address of the discovered Node.

-
- -
-
frequency
-
WirelessTypes::Frequency frequency() const
-

Gets the WirelessTypes::Frequency of the discovered Node.

Returns

The WirelessTypes::Frequency of the discovered Node.

-
- -
-
panId
-
uint16 panId() const
-

Gets the PAN Id of the discovered Node.  Note: Returns 0 if not present in the packet.

Returns

The PAN Id of the discovered Node.

-
- -
-
model
- -

Gets the model of the discovered Node.

Returns

The WirelessModels::NodeModel of the discovered Node.

-
- -
-
serialNumber
-
uint32 serialNumber() const
-

Gets the serial number of the discovered Node.  Note: Returns 0 if not present in the packet.

Returns

The serial number of the discovered Node.

-
- -
-
firmwareVersion
-
Version firmwareVersion() const
-

Gets the firmware version of the discovered Node.  Note: Returns 0.0.0 if not present in the packet.

Returns

The firmware version of the discovered Node.

-
- -
-
defaultMode
-
WirelessTypes::DefaultMode defaultMode() const
-

Gets the WirelessTypes::DefaultMode of the discovered Node.  Note: Returns 999 if not present in the packet.

Returns

The WirelessTypes::DefaultMode of the discovered Node.

-
- -
-
builtInTestResult
-
uint32 builtInTestResult() const
-

Gets the result bitmask of the built in test.

Returns

A uint32 bitmask representing the result of the built in test.

-
- -
-
communicationProtocol
-
WirelessTypes::CommProtocol communicationProtocol() const
-

Gets the WirelessTypes::CommProtocol of the discovered Node.

Returns

The WirelessTypes::CommProtocol that the Node is currently in.

-
- -
-
asppVersion_lxrs
-
Version asppVersion_lxrs() const
-

Gets the ASPP protocol Version of the Node when it is in LXRS RadioMode.

-
- -
-
asppVersion_lxrsPlus
-
Version asppVersion_lxrsPlus() const
-

Gets the ASPP protocol Version of the Node when it is in LXRS+ RadioMode.

-
- -
-
baseRssi
-
int16 baseRssi() const
-

Gets the base station rssi of the discovered Node.

Returns

The base station rssi of the discovered Node.

-
- -
-
timestamp
-
Timestamp timestamp() const
-

Gets the Timestamp of when the NodeDiscovery packet was received by MSCL.

Returns

The Timestamp of when the NodeDiscovery packet was received by MSCL.

-
- -
-
NodeDiscoveries
-

typedef for a vector of NodeDiscovery objects

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/NodeFeatures-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/NodeFeatures-Summary.js deleted file mode 100644 index bcb623cfe..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/NodeFeatures-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:NodeFeatures","NodeFeatures");NDSummary.OnSummaryLoaded("CClass:NodeFeatures",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"]],[[3026,0,0,"NodeFeatures"],[3027,0,1,"normalizeNumSweeps","normalizeNumSweeps"],[3028,0,1,"normalizeTimeBetweenBursts","normalizeTimeBetweenBursts"],[3029,0,1,"channels","channels"],[3030,0,1,"channelGroups","channelGroups"],[3031,0,1,"channelType","channelType"],[3032,0,1,"supportsChannelSetting","supportsChannelSetting"],[3033,0,1,"supportsInputRange","supportsInputRange"],[3034,0,1,"supportsInputRange","supportsInputRange(2)"],[3035,0,1,"supportsHardwareOffset","supportsHardwareOffset"],[3036,0,1,"supportsAntiAliasingFilter","supportsAntiAliasingFilter"],[3037,0,1,"supportsLowPassFilter","supportsLowPassFilter"],[3038,0,1,"supportsHighPassFilter","supportsHighPassFilter"],[3039,0,1,"supportsGaugeFactor","supportsGaugeFactor"],[3040,0,1,"supportsGaugeResistance","supportsGaugeResistance"],[3041,0,1,"supportsNumActiveGauges","supportsNumActiveGauges"],[3042,0,1,"supportsLostBeaconTimeout","supportsLostBeaconTimeout"],[3043,0,1,"supportsPullUpResistor","supportsPullUpResistor"],[3044,0,1,"supportsFilterSettlingTime","supportsFilterSettlingTime"],[3045,0,1,"supportsThermocoupleType","supportsThermocoupleType"],[3046,0,1,"supportsTempSensorOptions","supportsTempSensorOptions"],[3047,0,1,"supportsDebounceFilter","supportsDebounceFilter"],[3048,0,1,"supportsFatigueConfig","supportsFatigueConfig"],[3049,0,1,"supportsYoungsModConfig","supportsYoungsModConfig"],[3050,0,1,"supportsPoissonsRatioConfig","supportsPoissonsRatioConfig"],[3051,0,1,"supportsFatigueDebugModeConfig","supportsFatigueDebugModeConfig"],[3052,0,1,"supportsFatigueModeConfig","supportsFatigueModeConfig"],[3053,0,1,"supportsHistogramConfig","supportsHistogramConfig"],[3054,0,1,"supportsHistogramRateConfig","supportsHistogramRateConfig"],[3055,0,1,"supportsHistogramEnableConfig","supportsHistogramEnableConfig"],[3056,0,1,"supportsActivitySense","supportsActivitySense"],[3057,0,1,"supportsAutoBalance","supportsAutoBalance"],[3058,0,1,"supportsLegacyShuntCal","supportsLegacyShuntCal"],[3059,0,1,"supportsAutoCal_shm","supportsAutoCal_shm"],[3060,0,1,"supportsAutoCal_shm201","supportsAutoCal_shm201"],[3061,0,1,"supportsAutoShuntCal","supportsAutoShuntCal"],[3062,0,1,"supportsGetFactoryCal","supportsGetFactoryCal"],[3063,0,1,"supportsLimitedDuration","supportsLimitedDuration"],[3064,0,1,"supportsEventTrigger","supportsEventTrigger"],[3065,0,1,"supportsDiagnosticInfo","supportsDiagnosticInfo"],[3066,0,1,"supportsLoggedData","supportsLoggedData"],[3067,0,1,"supportsPoll","supportsPoll"],[3068,0,1,"supportsSensorDelayConfig","supportsSensorDelayConfig"],[3069,0,1,"supportsSensorDelayAlwaysOn","supportsSensorDelayAlwaysOn"],[3070,0,1,"supportsSensorOutputMode","supportsSensorOutputMode"],[3071,0,1,"supportsCfcFilterConfiguration","supportsCfcFilterConfiguration"],[3072,0,1,"supportsChannel","supportsChannel"],[3073,0,1,"supportsSamplingMode","supportsSamplingMode"],[3074,0,1,"supportsSampleRate","supportsSampleRate"],[3075,0,1,"supportsCommunicationProtocol","supportsCommunicationProtocol"],[3076,0,1,"supportsDataFormat","supportsDataFormat"],[3077,0,1,"supportsDefaultMode","supportsDefaultMode"],[3078,0,1,"supportsDataCollectionMethod","supportsDataCollectionMethod"],[3079,0,1,"supportsTransmitPower","supportsTransmitPower"],[3080,0,1,"supportsDataMode","supportsDataMode"],[3081,0,1,"supportsTransducerType","supportsTransducerType"],[3082,0,1,"supportsFatigueMode","supportsFatigueMode"],[3083,0,1,"supportsInputRange","supportsInputRange(3)"],[3084,0,1,"supportsInputRange","supportsInputRange(4)"],[3085,0,1,"supportsCentisecondEventDuration","supportsCentisecondEventDuration"],[3086,0,1,"supportsGetDiagnosticInfo","supportsGetDiagnosticInfo"],[3087,0,1,"supportsNonSyncLogWithTimestamps","supportsNonSyncLogWithTimestamps"],[3088,0,1,"supportsDerivedCategory","supportsDerivedCategory"],[3089,0,1,"supportsRawDataMode","supportsRawDataMode"],[3090,0,1,"supportsDerivedDataMode","supportsDerivedDataMode"],[3091,0,1,"supportsDerivedVelocityUnitConfig","supportsDerivedVelocityUnitConfig"],[3092,0,1,"supportsExcitationVoltageConfig","supportsExcitationVoltageConfig"],[3093,0,1,"supportsLowBatteryThresholdConfig","supportsLowBatteryThresholdConfig"],[3094,0,1,"maxSampleRate","maxSampleRate"],[3095,0,1,"maxSampleRateForSettlingTime","maxSampleRateForSettlingTime"],[3096,0,1,"maxSampleRateForLowPassFilter","maxSampleRateForLowPassFilter"],[3097,0,1,"maxFilterSettlingTime","maxFilterSettlingTime"],[3098,0,1,"minInactivityTimeout","minInactivityTimeout"],[3099,0,1,"minLostBeaconTimeout","minLostBeaconTimeout"],[3100,0,1,"maxLostBeaconTimeout","maxLostBeaconTimeout"],[3101,0,1,"minCheckRadioInterval","minCheckRadioInterval"],[3102,0,1,"maxCheckRadioInterval","maxCheckRadioInterval"],[3103,0,1,"minSweeps","minSweeps"],[3104,0,1,"maxSweeps","maxSweeps"],[3105,0,1,"maxSweepsPerBurst","maxSweepsPerBurst"],[3106,0,1,"minTimeBetweenBursts","minTimeBetweenBursts"],[3107,0,1,"minSensorDelay","minSensorDelay"],[3108,0,1,"maxSensorDelay","maxSensorDelay"],[3109,0,1,"defaultSensorDelay","defaultSensorDelay"],[3110,0,1,"maxEventTriggerTotalDuration","maxEventTriggerTotalDuration"],[3111,0,1,"normalizeEventDuration","normalizeEventDuration"],[3112,0,1,"normalizeSensorDelay","normalizeSensorDelay"],[3113,0,1,"numDamageAngles","numDamageAngles"],[3114,0,1,"numSnCurveSegments","numSnCurveSegments"],[3115,0,1,"numEventTriggers","numEventTriggers"],[3116,0,1,"defaultModes","defaultModes"],[3117,0,1,"dataCollectionMethods","dataCollectionMethods"],[3118,0,1,"dataFormats","dataFormats"],[3119,0,1,"samplingModes","samplingModes"],[3120,0,1,"sampleRates","sampleRates"],[3121,0,1,"derivedDataRates","derivedDataRates"],[3122,0,1,"transmitPowers","transmitPowers"],[3123,0,1,"transmitPowers","transmitPowers(2)"],[3124,0,1,"commProtocols","commProtocols"],[3125,0,1,"sensorOutputModes","sensorOutputModes"],[3126,0,1,"cfcFilters","cfcFilters"],[3127,0,1,"histogramTransmitRates","histogramTransmitRates"],[3128,0,1,"fatigueModes","fatigueModes"],[3129,0,1,"antiAliasingFilters","antiAliasingFilters"],[3130,0,1,"lowPassFilters","lowPassFilters"],[3131,0,1,"highPassFilters","highPassFilters"],[3132,0,1,"storageLimitModes","storageLimitModes"],[3133,0,1,"inputRanges","inputRanges"],[3134,0,1,"inputRanges","inputRanges(2)"],[3135,0,1,"dataModes","dataModes"],[3136,0,1,"transducerTypes","transducerTypes"],[3137,0,1,"channelsPerDerivedCategory","channelsPerDerivedCategory"],[3138,0,1,"excitationVoltages","excitationVoltages"],[3139,0,1,"adcVoltageInputType","adcVoltageInputType"],[3140,0,1,"maxTransmitPower","maxTransmitPower"],[3141,0,1,"maxTransmitPower","maxTransmitPower(2)"],[3142,0,1,"minTransmitPower","minTransmitPower"],[3143,0,1,"minTransmitPower","minTransmitPower(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/NodeFeatures-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/NodeFeatures-SummaryToolTips.js deleted file mode 100644 index 62006df4d..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/NodeFeatures-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:NodeFeatures",{3026:"
NodeFeatures
Contains information on which features are supported by a WirelessNode.
",3027:"
uint32 normalizeNumSweeps(
uint32 sweeps
) const
Normalizes the number of sweeps so that it is within range and a multiple of 100 (rounds up to next multiple).
",3028:"
TimeSpan normalizeTimeBetweenBursts(
const TimeSpan &time
) const
Normalizes a TimeSpan so that it is within an acceptable range for setting the timeBetweenBursts.  A valid range is between 1 second and 24 hours. Seconds above 32767 will be rounded to minutes.  When setting the time between bursts, you should also call minTimeBetweenBursts and verify it is greater than this.
",3029:"
const WirelessChannels& channels() const
Gets a reference to the WirelessChannels of this Node.
",3030:"
ChannelGroups channelGroups() const
Gets the ChannelGroups supported by this Node.
",3031:"
virtual WirelessTypes::ChannelType channelType(
uint8 channelNumber
) const
Gets the WirelessTypes::ChannelType for the requested channel number.
",3032:"
virtual bool supportsChannelSetting(
WirelessTypes::ChannelGroupSetting setting,
const ChannelMask &mask
) const
Checks if the Node supports a given WirelessTypes::ChannelGroupSetting for the given ChannelMask.
",3033:"
virtual bool supportsInputRange() const
Checks if the Node supports Input Range for any of its ChannelGroups.
",3034:"
virtual bool supportsInputRangePerExcitationVoltage() const
Checks if the Node supports Input Range for any of its ChannelGroups, and has different input ranges depending on a configurable excitation voltage.
",3035:"
virtual bool supportsHardwareOffset() const
Checks if the Node supports Hardware Offset for any of its ChannelGroups.
",3036:"
virtual bool supportsAntiAliasingFilter() const
Checks if the Node supports Anti-Aliasing Filter for any of its ChannelGroups.
",3037:"
virtual bool supportsLowPassFilter() const
Checks if the Node supports Low-Pass Filter for any of its ChannelGroups.
",3038:"
virtual bool supportsHighPassFilter() const
Checks if the Node supports High-Pass Filter for any of its ChannelGroups.
",3039:"
virtual bool supportsGaugeFactor() const
Checks if the Node supports Gauge Factor for any of its ChannelGroups.
",3040:"
virtual bool supportsGaugeResistance() const
Checks if the Node supports the Gauge Resistance option.
",3041:"
virtual bool supportsNumActiveGauges() const
Checks if the Node supports the Number of Active Gauges option.
",3042:"
virtual bool supportsLostBeaconTimeout() const
Checks if the Node supports the Lost Beacon Timeout option.
",3043:"
virtual bool supportsPullUpResistor() const
Checks if the Node supports the Pull-up Resistor option.
",3044:"
virtual bool supportsFilterSettlingTime() const
Checks if the Node supports Filter Settling Time for any of its ChannelGroups.
",3045:"
virtual bool supportsThermocoupleType() const
Checks if the Node supports the Thermocouple Type for any of its ChannelGroups.
",3046:"
virtual bool supportsTempSensorOptions() const
Checks if the Node supports the TempSensorOptions configuration for any of its ChannelGroups.
",3047:"
virtual bool supportsDebounceFilter() const
Checks if the Node supports the Debounce Filter configuration for any of its ChannelGroups.
",3048:"
virtual bool supportsFatigueConfig() const
Checks if the Node supports FatigueOptions configuration.
",3049:"
virtual bool supportsYoungsModConfig() const
Checks if the Node supports Young\'s Modulus (part of FatigueOptions) configuration.
",3050:"
virtual bool supportsPoissonsRatioConfig() const
Checks if the Node supports Poisson\'s Ratio (part of FatigueOptions) configuration.
",3051:"
virtual bool supportsFatigueDebugModeConfig() const
Checks if the Node supports enabling Debug Mode (part of FatigueOptions) configuration.
",3052:"
virtual bool supportsFatigueModeConfig() const
Checks if the Node supports Fatigue Mode (part of FatigueOptions) configuration.
",3053:"
virtual bool supportsHistogramConfig() const
Checks if the Node supports HistogramOptions configuration.
",3054:"
virtual bool supportsHistogramRateConfig() const
Checks if the Node supports Histogram transmit rate (part of HistogramOptions) configuration.
",3055:"
virtual bool supportsHistogramEnableConfig() const
Checks if the Node supports turning Histograms on and off (part of FatigueOptions).
",3056:"
virtual bool supportsActivitySense() const
Checks if the Node supports the ActivitySense feature.
",3057:"
virtual bool supportsAutoBalance() const
Checks if the Node supports the Auto Balance command for any of its ChannelGroups.
",3058:"
virtual bool supportsLegacyShuntCal() const
Checks if the Node supports the legacy Shunt Cal for any of its ChannelGroups.
",3059:"
virtual bool supportsAutoCal_shm() const
Checks if the Node supports the AutoCal SHM-Link command.
",3060:"
virtual bool supportsAutoCal_shm201() const
Checks if the Node supports the AutoCal SHM-Link-201 command.
",3061:"
virtual bool supportsAutoShuntCal() const
Checks if the Node supports AutoShuntCal on any of this ChannelGroups.
",3062:"
virtual bool supportsGetFactoryCal() const
Checks if the Node has factory calibrations stored for any of its ChannelGroups.
",3063:"
virtual bool supportsLimitedDuration() const
Checks if the Node supports setting a limited duration of sampling.
",3064:"
virtual bool supportsEventTrigger() const
Checks if the Node supports Event Trigger sampling.
",3065:"
virtual bool supportsDiagnosticInfo() const
Checks if the Node supports sending Diagnostic Info.
",3066:"
virtual bool supportsLoggedData() const
Checks if the Node supports logging to internal memory.
",3067:"
virtual bool supportsPoll() const
Checks if the Node supports the poll command.
",3068:"
virtual bool supportsSensorDelayConfig() const
Checks if the Node supports configuration of sensor delay.
",3069:"
virtual bool supportsSensorDelayAlwaysOn() const
Checks if the Node supports setting the sensor delay value to "Always On."
",3070:"
virtual bool supportsSensorOutputMode() const
Checks if the Node supports configuration of the Sensor Output Mode.
",3071:"
virtual bool supportsCfcFilterConfiguration() const
Checks if the Node supports configuration of the channel frequency class filter.
",3072:"
virtual bool supportsChannel(
uint8 channelNumber
) const
Checks if a specific channel is supported (can be enabled) by this Node.
",3073:"
virtual bool supportsSamplingMode(
WirelessTypes::SamplingMode samplingMode
) const
Checks if a WirelessTypes::SamplingMode is supported by this Node.
",3074:"
virtual bool supportsSampleRate(
WirelessTypes::WirelessSampleRate sampleRate,
WirelessTypes::SamplingMode samplingMode,
WirelessTypes::DataCollectionMethod dataCollectionMethod,
WirelessTypes::DataMode dataMode
) const
Checks if a sample rate is supported by the Node for the given WirelessTypes::SamplingMode.
",3075:"
virtual bool supportsCommunicationProtocol(
WirelessTypes::CommProtocol protocol
) const
Checks if a WirelessTypes::CommProtocol is supported by this Node.
",3076:"
virtual bool supportsDataFormat(
WirelessTypes::DataFormat dataFormat
) const
Checks if a WirelessTypes::DataFormat is supported by this Node.
",3077:"
virtual bool supportsDefaultMode(
WirelessTypes::DefaultMode mode
) const
Checks if a WirelessTypes::DefaultMode is supported by this Node.
",3078:"
virtual bool supportsDataCollectionMethod(
WirelessTypes::DataCollectionMethod collectionMethod
) const
Checks if a WirelessTypes::DataCollectionMethod is supported by this Node.
",3079:"
virtual bool supportsTransmitPower(
WirelessTypes::TransmitPower power,
WirelessTypes::CommProtocol commProtocol
) const
Checks if a WirelessTypes::TransmitPower is supported by this Node.
",3080:"
virtual bool supportsDataMode(
WirelessTypes::DataMode dataMode
) const
Checks if a WirelessTypes::DataMode is supported by this Node.
",3081:"
virtual bool supportsTransducerType(
WirelessTypes::TransducerType transducerType
) const
Checks if a WirelessTypes::TransducerType is supported by this Node.
",3082:"
virtual bool supportsFatigueMode(
WirelessTypes::FatigueMode mode
) const
Checks if a WirelessTypes::FatigueMode is supported by this Node.
",3083:"
virtual bool supportsInputRange(
WirelessTypes::InputRange range,
const ChannelMask &channels
) const
Checks if a WirelessTypes::InputRange is supported by this Node for the given ChannelMask.
",3084:"
virtual bool supportsInputRange(
WirelessTypes::InputRange range,
const ChannelMask &channels,
WirelessTypes::Voltage excitationVoltage
) const
Checks if a WirelessTypes::InputRange is supported by this Node for the given ChannelMask.
",3085:"
virtual bool supportsCentisecondEventDuration() const
Checks if the Node configures event duration in 10s of milliseconds or not.
",3086:"
virtual bool supportsGetDiagnosticInfo() const
Checks if the Node supports the Get Diagnostic Info command.
",3087:"
virtual bool supportsNonSyncLogWithTimestamps() const
Checks if the Node supports the version of Non-Sync Sampling that will add timestamps when logging.  If the Node does not support this, when downloading logged data from the Node, no timestamp information will be given.
",3088:"
virtual bool supportsDerivedCategory(
WirelessTypes::DerivedCategory category
) const
Checks if the Node supports a specific WirelessTypes::DerivedCategory.
",3089:"
virtual bool supportsRawDataMode() const
Checks if the Node supports any form of the Raw Data Mode (raw only, raw + derived, etc).
",3090:"
virtual bool supportsDerivedDataMode() const
Checks if the Node supports any form of the Derived Data Mode (derived only, raw + derived, etc).
",3091:"
virtual bool supportsDerivedVelocityUnitConfig() const
Checks if the Node supports configuration of the Derived Velocity Unit.
",3092:"
virtual bool supportsExcitationVoltageConfig() const
Checks if the Node supports configuration of its Excitation Voltage.
",3093:"
virtual bool supportsLowBatteryThresholdConfig() const
Checks if the Node supports configuration of its low battery threshold.
",3094:"
virtual WirelessTypes::WirelessSampleRate maxSampleRate(
WirelessTypes::SamplingMode samplingMode,
const ChannelMask &channels,
WirelessTypes::DataCollectionMethod dataCollectionMethod,
WirelessTypes::DataMode dataMode
) const
Gets the maximum SampleRate value that is supported by this Node with the given <SamplingMode>, ChannelMask, and WirelessTypes::DataCollectionMethod.
",3095:"
virtual WirelessTypes::WirelessSampleRate maxSampleRateForSettlingTime(
WirelessTypes::SettlingTime filterSettlingTime,
WirelessTypes::SamplingMode samplingMode,
WirelessTypes::DataCollectionMethod dataCollectionMethod,
WirelessTypes::DataMode dataMode
) const
Gets the maximum SampleRate value that is supported by this Node with the given WirelessTypes::SettlingTime.
",3096:"
virtual WirelessTypes::WirelessSampleRate maxSampleRateForLowPassFilter(
WirelessTypes::Filter lowPassFilter,
WirelessTypes::SamplingMode samplingMode,
WirelessTypes::DataCollectionMethod dataCollectionMethod,
WirelessTypes::DataMode dataMode,
const ChannelMask &channels
) const
Gets the maximum SampleRate value that is supported by this Node with the given Low Pass Filter.
",3097:"
virtual WirelessTypes::SettlingTime maxFilterSettlingTime(
const SampleRate &rate
) const
Gets the maximum WirelessTypes::SettlingTime available for the given SampleRate.
",3098:"
virtual uint16 minInactivityTimeout() const
Gets the minimum inactivity timeout (in seconds) that is supported.
",3099:"
virtual uint16 minLostBeaconTimeout() const
Gets the minimum lost beacon timeout (in minutes) that is supported.  Note: A value of 0 disable the lost beacon timeout.
",3100:"
virtual uint16 maxLostBeaconTimeout() const
Gets the maximum lost beacon timeout (in minutes) that is supported.
",3101:"
virtual uint8 minCheckRadioInterval() const
Gets the minimum check radio interval (in seconds) that is supported.
",3102:"
virtual uint8 maxCheckRadioInterval() const
Gets the maximum check radio interval (in seconds) that is supported.
",3103:"
virtual uint32 minSweeps() const
Gets the minimum number of sweeps that can be assigned for the duration of a continuous sampling session.
",3104:"
virtual uint32 maxSweeps(
WirelessTypes::SamplingMode samplingMode,
WirelessTypes::DataMode dataMode,
WirelessTypes::DataFormat dataFormat,
const ChannelMask &channels
) const
Gets the maximum number of sweeps that can be assigned for a given WirelessTypes::SamplingMode.  This is the duration of each burst if in Burst Sync Sampling mode, or the total duration of sampling in other sampling modes.
",3105:"
virtual uint32 maxSweepsPerBurst(
WirelessTypes::DataMode dataMode,
WirelessTypes::DataFormat dataFormat,
const ChannelMask &channels
) const
Gets the maximum number of sweeps per burst that can be assigned for a Burst Sync Sampling session.
",3106:"
virtual TimeSpan minTimeBetweenBursts(
WirelessTypes::DataMode dataMode,
WirelessTypes::DataFormat dataFormat,
const ChannelMask &rawChannels,
WirelessTypes::DerivedChannelMasks derivedChannelMasks,
const SampleRate &rawSampleRate,
uint32 sweepsPerBurst,
WirelessTypes::CommProtocol commProtocol
) const
Gets the minimum time that can be assigned for a Burst Sync Sampling session.
",3107:"
virtual const uint32 minSensorDelay() const
Gets the minimum sensor delay value (in microseconds) that is supported.
",3108:"
virtual const uint32 maxSensorDelay() const
Gets the maximum sensor delay value (in microseconds) that is supported.
",3109:"
virtual const uint32 defaultSensorDelay() const
Gets the default sensor delay value (in microseconds) that is supported.
",3110:"
virtual uint32 maxEventTriggerTotalDuration(
WirelessTypes::DataMode dataMode,
WirelessTypes::DataFormat dataFormat,
const ChannelMask &rawChannels,
WirelessTypes::DerivedChannelMasks derivedChannelMasks,
const SampleRate &rawSampleRate,
const SampleRate &derivedDataRate
) const
Gets the max event trigger duration (in milliseconds) that can be applied for both the pre and post event durations (combined).
",3111:"
virtual uint32 normalizeEventDuration(
uint32 duration
) const
Normalizes the Event Trigger duration so that it is an acceptable value.
",3112:"
virtual uint32 normalizeSensorDelay(
uint32 delay
) const
Normalizes the sensor delay so that it is an acceptable value.
",3113:"
virtual uint8 numDamageAngles() const
Gets the number of damage angles (see FatigueOptions) on this Node.
",3114:"
virtual uint8 numSnCurveSegments() const
Gets the number of Sn Curve segments (see FatigueOptions) on this Node.
",3115:"
virtual uint8 numEventTriggers() const
Gets the number of supported event triggers on this Node.
",3116:"
virtual const WirelessTypes::DefaultModes defaultModes() const
Gets a list of the WirelessTypes::DefaultModes that are supported by this Node.
",3117:"
virtual const WirelessTypes::DataCollectionMethods dataCollectionMethods() const
Gets a list of the WirelessTypes::DataCollectionMethods that are supported by this Node.
",3118:"
virtual const WirelessTypes::DataFormats dataFormats() const
Gets a list of the WirelessTypes::DataFormats that are supported by this Node.
",3119:"
virtual const WirelessTypes::SamplingModes samplingModes() const
Gets a list of the WirelessTypes::SamplingModes that are supported by this Node.
",3120:"
virtual const WirelessTypes::WirelessSampleRates sampleRates(
WirelessTypes::SamplingMode samplingMode,
WirelessTypes::DataCollectionMethod dataCollectionMethod,
WirelessTypes::DataMode dataMode
) const
Gets a list of the WirelessTypes::WirelessSampleRates that are supported by this Node for the given sampling mode.
",3121:"
virtual const WirelessTypes::WirelessSampleRates derivedDataRates() const
Gets a list of the WirelessTypes::WirelessSampleRates that are supported by this Node for Derived Channels.  These are the rates that the Derived Data will be calculated/sent. The standard sampleRates still apply in derived mode and control the sample rate of the raw channels used in the derived data calculations.
",3122:"
virtual const WirelessTypes::TransmitPowers transmitPowers(
WirelessTypes::CommProtocol commProtocol
) const
Gets a list of the WirelessTypes::TransmitPowers that are supported by this Node, for the given WirelessTypes::CommProtocol.  Note: This list is dependent on the <WirelessTypes::RegionCode> of the device. If this changes, this function should be called again.
",3123:"
virtual const WirelessTypes::TransmitPowers transmitPowers(
WirelessTypes::RegionCode region,
WirelessTypes::CommProtocol commProtocol
) const
Gets a list of the WirelessTypes::TransmitPowers that are supported by this Node, for the given <WirelessTypes::RegionCode> and WirelessTypes::CommProtocol.
",3124:"
virtual const WirelessTypes::CommProtocols commProtocols() const
Gets a list of WirelessTypes::CommProtocols that are supported by this Node.
",3125:"
virtual const WirelessTypes::SensorOutputModes sensorOutputModes() const
Gets a list of WirelessTypes::SensorOutputModes that are supported by this Node.
",3126:"
virtual const WirelessTypes::CfcFilters cfcFilters() const
Gets a list of WirelessTypes::ChannelFrequencyClass options that are supportedby this Node.
",3127:"
virtual const WirelessTypes::WirelessSampleRates histogramTransmitRates() const
Gets a list of the Histogram Transmit Rates that are supported by this Node.
",3128:"
virtual const WirelessTypes::FatigueModes fatigueModes() const
Gets a list of the WirelessTypes::FatigueModes that are supported by this Node.
",3129:"
virtual const WirelessTypes::Filters antiAliasingFilters() const
Gets a list of the Anti-Aliasing WirelessTypes::Filters that are supported by this Node.
",3130:"
virtual const WirelessTypes::Filters lowPassFilters() const
Gets a list of the Low-Pass WirelessTypes::Filters that are supported by this Node.
",3131:"
virtual const WirelessTypes::HighPassFilters highPassFilters() const
Gets a list of the High-Pass WirelessTypes::Filters that are supported by this Node.
",3132:"
virtual const WirelessTypes::StorageLimitModes storageLimitModes() const
Gets a list of the WirelessTypes::StorageLimitModes that are supported by this Node.
",3133:"
virtual const InputRanges inputRanges(
const ChannelMask &channels
) const
Gets a list of InputRanges that are supported by this Node for the specified channel mask.
",3134:"
virtual const InputRanges inputRanges(
const ChannelMask &channels,
WirelessTypes::Voltage excitationVoltage
) const
Gets a list of WirelessTypes::InputRanges that are supported by this Node for the specified channel mask, for the given Excitation WirelessTypes::Voltage.
",3135:"
virtual const WirelessTypes::DataModes dataModes() const
Gets a list of WirelessTypes::DataModes that are supported by this Node.
",3136:"
virtual const WirelessTypes::TransducerTypes transducerTypes() const
Gets a list of WirelessTypes::TransducerTypes that are supported by this Node.
",3137:"
virtual const WirelessTypes::DerivedChannelMasks channelsPerDerivedCategory() const
Gets a map of WirelessTypes::DerivedCategory to ChannelMasks that are supported by this Node.  The ChannelMask indicates the raw channels that are available for the derived category.
",3138:"
virtual const WirelessTypes::Voltages excitationVoltages() const
Gets a list of WirelessTypes::Voltages that are supported by the Node for configuration.
",3139:"
virtual const WirelessTypes::VoltageType adcVoltageInputType() const
Gets the input voltage type of the ADC for this node.
",3140:"
virtual WirelessTypes::TransmitPower maxTransmitPower(
WirelessTypes::RegionCode region,
WirelessTypes::CommProtocol commProtocol
) const
Gets the maximum WirelessTypes::TransmitPower that is supported for the given parameters.
",3141:"
virtual WirelessTypes::TransmitPower maxTransmitPower(
WirelessTypes::CommProtocol commProtocol
) const
Gets the maximum WirelessTypes::TransmitPower that is supported for the given parameters, using the Node\'s current region code.
",3142:"
virtual WirelessTypes::TransmitPower minTransmitPower(
WirelessTypes::RegionCode region,
WirelessTypes::CommProtocol commProtocol
) const
Gets the minimum WirelessTypes::TransmitPower that is supported for the given parameters.
",3143:"
virtual WirelessTypes::TransmitPower minTransmitPower(
WirelessTypes::CommProtocol commProtocol
) const
Gets the minimum WirelessTypes::TransmitPower that is supported for the given parameters, using the Node\'s current region code.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/NodeFeatures-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/NodeFeatures-ToolTips.js deleted file mode 100644 index 19589a23f..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/NodeFeatures-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2843:"
HistogramOptions
Contains all of the Histogram options that can be configured for a WirelessNode.
",2859:"
FatigueOptions
Contains all of the fatigue options that can be configured for a WirelessNode.
",2971:"
ActivitySense
Contains all of the ActivitySense options that can be configured for a WirelessNode.  Activity Sense is a power saving feature that allows a Node to be in a low-power state when no activity is suspected, and then immediately jump to its normal sampling state when a certain activity threshold is reached.
",3003:"
ChannelGroup
Represents a group of channels that have combined settings.
",3106:"
virtual TimeSpan minTimeBetweenBursts(
WirelessTypes::DataMode dataMode,
WirelessTypes::DataFormat dataFormat,
const ChannelMask &rawChannels,
WirelessTypes::DerivedChannelMasks derivedChannelMasks,
const SampleRate &rawSampleRate,
uint32 sweepsPerBurst,
WirelessTypes::CommProtocol commProtocol
) const
Gets the minimum time that can be assigned for a Burst Sync Sampling session.
",3120:"
virtual const WirelessTypes::WirelessSampleRates sampleRates(
WirelessTypes::SamplingMode samplingMode,
WirelessTypes::DataCollectionMethod dataCollectionMethod,
WirelessTypes::DataMode dataMode
) const
Gets a list of the WirelessTypes::WirelessSampleRates that are supported by this Node for the given sampling mode.
",3133:"
virtual const InputRanges inputRanges(
const ChannelMask &channels
) const
Gets a list of InputRanges that are supported by this Node for the specified channel mask.
",3280:"
Represents the types of data collection methods that can be performed on the Node.
",3284:"
Represents the types of data formats that Nodes can be configured to send when sampling.
",3294:"
Represents the types of sampling modes the Node can be in.
",3301:"
Represents the types of default modes the Node can have.  This is the mode the Node starts in, as well as the mode the node goes into after an inactivity timeout.
",3325:"
Represents the transmit powers that can be used for Wireless Devices.
",3456:"
Represents the types of channels on Wireless Nodes.
",3469:"
Represents the possible voltage input types
",3472:"
Represents the settling times used for thermocouple and voltage inputs on some Wireless Nodes.
",3485:"
Represents the Transducer types supported by some Wireless Nodes.
",3520:"
The possible sample rates that are available for Wireless Nodes.
",3575:"
The possible settings for ChannelGroups.
",3622:"
The different modes a Fatigue Node can operate in.
",3629:"
The filter options (used for anti-aliasing and low-pass filter)
",3669:"
The channel frequency class filter options.
",3673:"
The options available for configuring what happens when the storage limit is reached when logging to a Node.
",3676:"
The options available for input range on supported Nodes.
",3813:"
Available Data Modes.
",3818:"
Available Derived Channel Categories for configuration.
",3832:"
Available Communication Protocol types.
",3835:"
Available Voltages.
",3845:"
Available Sensor Output Modes.
",3862:"
Typedef for a map of <DerivedChannelOption> to ChannelMask pairs.
",3865:"
WirelessNode
A class representing a MicroStrain wireless node
",3964:"
WirelessChannel
Represents a channel on a WirelessNode. This can be used to gain information about the channel, view current settings that are applied, and update settings on the Node.
",4281:"
ChannelMask
Represents the channel mask (active and inactive channels) for a WirelessNode.
",4379:"
SampleRate
Represents a MicroStrain sample rate (rate at which data is sampling)
",4576:"
TimeSpan
Represents a range of time
",4614:"
Error_NotSupported
A command/feature was attempted to be used that was not supported.
",3002:"
NodeFeatures_200series
Contains information on which features are supported by a 200-series WirelessNode.  Inherits from NodeFeatures.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/NodeFeatures.html b/v66.0.1/MSCL_API_Docs/classes/C/NodeFeatures.html deleted file mode 100644 index 0c83b7f80..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/NodeFeatures.html +++ /dev/null @@ -1,719 +0,0 @@ - - -NodeFeatures - - - - - - - -
-
NodeFeatures
- -

Contains information on which features are supported by a WirelessNode.

-
- -
-
normalizeNumSweeps
-
uint32 normalizeNumSweeps(
uint32 sweeps
) const
-

Normalizes the number of sweeps so that it is within range and a multiple of 100 (rounds up to next multiple).

Parameters
sweeps
uint32

the value to normalize. This will be updated to hold the normalized result.

-
- -
-
normalizeTimeBetweenBursts
-
TimeSpan normalizeTimeBetweenBursts(
const TimeSpan &time
) const
-

Normalizes a TimeSpan so that it is within an acceptable range for setting the timeBetweenBursts.  A valid range is between 1 second and 24 hours. Seconds above 32767 will be rounded to minutes.  When setting the time between bursts, you should also call minTimeBetweenBursts and verify it is greater than this.

Parameters
time
const TimeSpan&

TimeSpan to normalize. This will be updated to hold the normalized result.

-
- -
-
channels
-
const WirelessChannels& channels() const
-

Gets a reference to the WirelessChannels of this Node.

Returns

A reference to the WirelessChannels of this Node.

-
- -
-
channelGroups
-
ChannelGroups channelGroups() const
-

Gets the ChannelGroups supported by this Node.

Returns

A ChannelGroups container containing each group supported by this Node.

-
- -
-
channelType
-
virtual WirelessTypes::ChannelType channelType(
uint8 channelNumber
) const
-

Gets the WirelessTypes::ChannelType for the requested channel number.

Parameters
channelNumber
uint8

The channel number to find the type for (ch1 = 1, ch8 = 8).

Returns

The WirelessTypes::ChannelType for the requested channel number.

Exceptions
-
- -
-
supportsChannelSetting
-
virtual bool supportsChannelSetting(
WirelessTypes::ChannelGroupSetting setting,
const ChannelMask &mask
) const
-

Checks if the Node supports a given WirelessTypes::ChannelGroupSetting for the given ChannelMask.

Parameters
setting
WirelessTypes::ChannelGroupSetting

The WirelessTypes::ChannelGroupSetting to check for.

mask
const ChannelMask&

The ChannelMask to check if the setting is supported for.

Returns

true if the WirelessTypes::ChannelGroupSetting is supported for the ChannelMask, false otherwise.

-
- -
-
supportsInputRange
-
virtual bool supportsInputRange() const
-

Checks if the Node supports Input Range for any of its ChannelGroups.

Returns

true if the Node supports Input Range for at least one ChannelGroup, false otherwise.

-
- -
-
supportsInputRange
-
virtual bool supportsInputRangePerExcitationVoltage() const
-

Checks if the Node supports Input Range for any of its ChannelGroups, and has different input ranges depending on a configurable excitation voltage.

Returns

true if the Node supports Input Range for at least one ChannelGroup, false otherwise.

-
- -
-
supportsHardwareOffset
-
virtual bool supportsHardwareOffset() const
-

Checks if the Node supports Hardware Offset for any of its ChannelGroups.

Returns

true if the Node supports Hardware Offset for at least one ChannelGroup, false otherwise.

-
- -
-
supportsAntiAliasingFilter
-
virtual bool supportsAntiAliasingFilter() const
-

Checks if the Node supports Anti-Aliasing Filter for any of its ChannelGroups.

Returns

true if the Node supports Anti-Aliasing Filter for at least one ChannelGroup, false otherwise.

-
- -
-
supportsLowPassFilter
-
virtual bool supportsLowPassFilter() const
-

Checks if the Node supports Low-Pass Filter for any of its ChannelGroups.

Returns

true if the Node supports Low-Pass Filter for at least one ChannelGroup, false otherwise.

-
- -
-
supportsHighPassFilter
-
virtual bool supportsHighPassFilter() const
-

Checks if the Node supports High-Pass Filter for any of its ChannelGroups.

Returns

true if the Node supports High-Pass Filter for at least one ChannelGroup, false otherwise.

-
- -
-
supportsGaugeFactor
-
virtual bool supportsGaugeFactor() const
-

Checks if the Node supports Gauge Factor for any of its ChannelGroups.

Returns

true if the Node support Gauge Factor for at least on ChannelGroup, false otherwise.

-
- -
-
supportsGaugeResistance
-
virtual bool supportsGaugeResistance() const
-

Checks if the Node supports the Gauge Resistance option.

Returns

true if the Node supports Gauge Resistance, false otherwise.

-
- -
-
supportsNumActiveGauges
-
virtual bool supportsNumActiveGauges() const
-

Checks if the Node supports the Number of Active Gauges option.

Returns

true if the Node supports the Number of Active Gauges option, false otherwise.

-
- -
-
supportsLostBeaconTimeout
-
virtual bool supportsLostBeaconTimeout() const
-

Checks if the Node supports the Lost Beacon Timeout option.

Returns

true if the Node supports Lost Beacon Timeout, false otherwise.

-
- -
-
supportsPullUpResistor
-
virtual bool supportsPullUpResistor() const
-

Checks if the Node supports the Pull-up Resistor option.

Returns

true if the Node supports Pull-up Registor, false otherwise.

-
- -
-
supportsFilterSettlingTime
-
virtual bool supportsFilterSettlingTime() const
-

Checks if the Node supports Filter Settling Time for any of its ChannelGroups.

Returns

true if the Node supports Filter Settling Time for at least one ChannelGroup, false otherwise.

-
- -
-
supportsThermocoupleType
-
virtual bool supportsThermocoupleType() const
-

Checks if the Node supports the Thermocouple Type for any of its ChannelGroups.

Returns

true if the Node supports Thermocouple Type for at least one ChannelGroup, false otherwise.

-
- -
-
supportsTempSensorOptions
-
virtual bool supportsTempSensorOptions() const
-

Checks if the Node supports the TempSensorOptions configuration for any of its ChannelGroups.

Returns

true if the Node supports TempSensorOptions configuration for at least one ChannelGroup, false otherwise.

-
- -
-
supportsDebounceFilter
-
virtual bool supportsDebounceFilter() const
-

Checks if the Node supports the Debounce Filter configuration for any of its ChannelGroups.

Returns

true if the Node supports Debounce Filter configuration for at least one ChannelGroup, false otherwise.

-
- -
-
supportsFatigueConfig
-
virtual bool supportsFatigueConfig() const
-

Checks if the Node supports FatigueOptions configuration.

Returns

true if the Node supports FatigueOptions, false otherwise.

-
- -
-
supportsYoungsModConfig
-
virtual bool supportsYoungsModConfig() const
-

Checks if the Node supports Young's Modulus (part of FatigueOptions) configuration.

Returns

true if the Node supports Young's Modulus configuration, false otherwise.

-
- -
-
supportsPoissonsRatioConfig
-
virtual bool supportsPoissonsRatioConfig() const
-

Checks if the Node supports Poisson's Ratio (part of FatigueOptions) configuration.

Returns

true if the Node supports Poisson's Ratio configuration, false otherwise.

-
- -
-
supportsFatigueDebugModeConfig
-
virtual bool supportsFatigueDebugModeConfig() const
-

Checks if the Node supports enabling Debug Mode (part of FatigueOptions) configuration.

Returns

true if the Node supports Debug Mode configuration, false otherwise.

-
- -
-
supportsFatigueModeConfig
-
virtual bool supportsFatigueModeConfig() const
-

Checks if the Node supports Fatigue Mode (part of FatigueOptions) configuration.

Returns

true if the Node supports Fatigue Mode configuration, false otherwise.

-
- -
-
supportsHistogramConfig
-
virtual bool supportsHistogramConfig() const
-

Checks if the Node supports HistogramOptions configuration.

Returns

true if the Node supports HistogramOptions, false otherwise.

-
- -
-
supportsHistogramRateConfig
-
virtual bool supportsHistogramRateConfig() const
-

Checks if the Node supports Histogram transmit rate (part of HistogramOptions) configuration.

Returns

true if the Node supports Histogram transmit rate configuration, false otherwise.

-
- -
-
supportsHistogramEnableConfig
-
virtual bool supportsHistogramEnableConfig() const
-

Checks if the Node supports turning Histograms on and off (part of FatigueOptions).

Returns

true if the Node supports turning Histograms on and off, false otherwise.

-
- -
-
supportsActivitySense
-
virtual bool supportsActivitySense() const
-

Checks if the Node supports the ActivitySense feature.

Returns

true if the Node supports ActivitySense and can be configured for it.

-
- -
-
supportsAutoBalance
-
virtual bool supportsAutoBalance() const
-

Checks if the Node supports the Auto Balance command for any of its ChannelGroups.

Returns

true if the Node supports Auto Balance for at least 1 ChannelGroup, false otherwise.

-
- -
-
supportsLegacyShuntCal
-
virtual bool supportsLegacyShuntCal() const
-

Checks if the Node supports the legacy Shunt Cal for any of its ChannelGroups.

Returns

true if the Node supports Shunt Cal for at least 1 ChannelGroup, false otherwise.

-
- -
-
supportsAutoCal_shm
-
virtual bool supportsAutoCal_shm() const
-

Checks if the Node supports the AutoCal SHM-Link command.

Returns

true if the Node supports the AutoCal SHM-Link command, false otherwise.

-
- -
-
supportsAutoCal_shm201
-
virtual bool supportsAutoCal_shm201() const
-

Checks if the Node supports the AutoCal SHM-Link-201 command.

Returns

true if the Node supports the AutoCal SHM-Link-201 command, false otherwise.

-
- -
-
supportsAutoShuntCal
-
virtual bool supportsAutoShuntCal() const
-

Checks if the Node supports AutoShuntCal on any of this ChannelGroups.

Returns

true if the Node supports Auto Shunt Cal for at least 1 ChannelGroup, false otherwise.

-
- -
-
supportsGetFactoryCal
-
virtual bool supportsGetFactoryCal() const
-

Checks if the Node has factory calibrations stored for any of its ChannelGroups.

Returns

true if the Node has factory calibration values for at least 1 ChannelGroup, false otherwise.

-
- -
-
supportsLimitedDuration
-
virtual bool supportsLimitedDuration() const
-

Checks if the Node supports setting a limited duration of sampling.

Returns

true if the Node supported limited duration, false if the Node only supports unlimited sampling.

-
- -
-
supportsEventTrigger
-
virtual bool supportsEventTrigger() const
-

Checks if the Node supports Event Trigger sampling.

Returns

true if the Node supports Event Trigger, false otherwise.

-
- -
-
supportsDiagnosticInfo
-
virtual bool supportsDiagnosticInfo() const
-

Checks if the Node supports sending Diagnostic Info.

Returns

true if the Node can be configured to send diagnostic info, false otherwise.

-
- -
-
supportsLoggedData
-
virtual bool supportsLoggedData() const
-

Checks if the Node supports logging to internal memory.

Returns

true if the Node can store logged data, false otherwise.

-
- -
-
supportsPoll
-
virtual bool supportsPoll() const
-

Checks if the Node supports the poll command.

Returns

true if the Node supporting the poll command, false otherwise.

-
- -
-
supportsSensorDelayConfig
-
virtual bool supportsSensorDelayConfig() const
-

Checks if the Node supports configuration of sensor delay.

Returns

true if the Node supports configuration of sensor delay, false otherwise.

-
- -
-
supportsSensorDelayAlwaysOn
-
virtual bool supportsSensorDelayAlwaysOn() const
-

Checks if the Node supports setting the sensor delay value to "Always On."

Returns

true if the Node supports setting the sensor delay to "Always On", false otherwise

-
- -
-
supportsSensorOutputMode
-
virtual bool supportsSensorOutputMode() const
-

Checks if the Node supports configuration of the Sensor Output Mode.

Returns

true if the Node supports setting the Sensor Output Mode, false otherwise

-
- -
-
supportsCfcFilterConfiguration
-
virtual bool supportsCfcFilterConfiguration() const
-

Checks if the Node supports configuration of the channel frequency class filter.

Returns

true if the Node supports setting the channel frequency class filter, false otherwise

-
- -
-
supportsChannel
-
virtual bool supportsChannel(
uint8 channelNumber
) const
-

Checks if a specific channel is supported (can be enabled) by this Node.

Parameters
channelNumber
uint8

The channel to check if it is supported.

Returns

true if the channel is supported, false otherwise.

-
- -
-
supportsSamplingMode
-
virtual bool supportsSamplingMode(
WirelessTypes::SamplingMode samplingMode
) const
-

Checks if a WirelessTypes::SamplingMode is supported by this Node.

Parameters
samplingMode
WirelessTypes::SamplingMode

The WirelessTypes::SamplingMode to check if supported.

Returns

true if the sampling mode is supported, false otherwise.

-
- -
-
supportsSampleRate
-
virtual bool supportsSampleRate(
WirelessTypes::WirelessSampleRate sampleRate,
WirelessTypes::SamplingMode samplingMode,
WirelessTypes::DataCollectionMethod dataCollectionMethod,
WirelessTypes::DataMode dataMode
) const
-

Checks if a sample rate is supported by the Node for the given WirelessTypes::SamplingMode.

Parameters
sampleRate
WirelessTypes::WirelessSampleRate

The WirelessTypes::WirelessSampleRate to check if supported.

samplingMode
WirelessTypes::SamplingMode

The WirelessTypes::SamplingMode to check if the sample rate is supported for.

dataCollectionMethod
WirelessTypes::DataCollectionMethod

The <WirelessTypes::DataCollectionMethod dataCollectionMethod> to check if the sample rate is supported for.

dataMode
WirelessTypes::DataMode

The WirelessTypes::DataMode to check if the sample rate is supported for

Returns

true if the sample rate is supported for the given sampling mode, false otherwise.

-
- -
-
supportsCommunicationProtocol
-
virtual bool supportsCommunicationProtocol(
WirelessTypes::CommProtocol protocol
) const
-

Checks if a WirelessTypes::CommProtocol is supported by this Node.

Parameters
protocol
WirelessTypes::CommProtocol

The WirelessTypes::CommProtocol to check if supported.

Returns

true if the protocol is supported, false otherwise.

-
- -
-
supportsDataFormat
-
virtual bool supportsDataFormat(
WirelessTypes::DataFormat dataFormat
) const
-

Checks if a WirelessTypes::DataFormat is supported by this Node.

Parameters
dataFormat
WirelessTypes::DataFormat

The WirelessTypes::DataFormat to check if supported.

Returns

true if the data format is supported, false otherwise.

-
- -
-
supportsDefaultMode
-
virtual bool supportsDefaultMode(
WirelessTypes::DefaultMode mode
) const
-

Checks if a WirelessTypes::DefaultMode is supported by this Node.

Parameters
mode
WirelessTypes::DefaultMode

The WirelessTypes::DefaultMode to check if supported.

Returns

true if the default is supported, false otherwise.

-
- -
-
supportsDataCollectionMethod
-
virtual bool supportsDataCollectionMethod(
WirelessTypes::DataCollectionMethod collectionMethod
) const
-

Checks if a WirelessTypes::DataCollectionMethod is supported by this Node.

Parameters
collectionMethod
WirelessTypes::DataCollectionMethod

The WirelessTypes::DataCollectionMethod to check if supported.

Returns

true if the data collection method is supported, false otherwise.

-
- -
-
supportsTransmitPower
-
virtual bool supportsTransmitPower(
WirelessTypes::TransmitPower power,
WirelessTypes::CommProtocol commProtocol
) const
-

Checks if a WirelessTypes::TransmitPower is supported by this Node.

Parameters
power
WirelessTypes::TransmitPower

The WirelessTypes::TransmitPower to check if supported.

commProtocol
WirelessTypes::CommProtocol

The WirelessTypes::CommProtocol to check if the power is supported in.

Returns

true if the transmit power is supported, false otherwise.

-
- -
-
supportsDataMode
-
virtual bool supportsDataMode(
WirelessTypes::DataMode dataMode
) const
-

Checks if a WirelessTypes::DataMode is supported by this Node.

Parameters
power

The WirelessTypes::DataMode to check if supported.

Returns

true if the data mode is supported, false otherwise.

-
- -
-
supportsTransducerType
-
virtual bool supportsTransducerType(
WirelessTypes::TransducerType transducerType
) const
-

Checks if a WirelessTypes::TransducerType is supported by this Node.

Parameters transducerType - The WirelessTypes::TransducerType to check if supported.

Returns

true if the transducer type is supported, false otherwise.

-
- -
-
supportsFatigueMode
-
virtual bool supportsFatigueMode(
WirelessTypes::FatigueMode mode
) const
-

Checks if a WirelessTypes::FatigueMode is supported by this Node.

Parameters
mode
WirelessTypes::FatigueMode

The WirelessTypes::FatigueMode to check if supported.

Returns

true if the fatigue mode is supported, false otherwise.

-
- -
-
supportsInputRange
-
virtual bool supportsInputRange(
WirelessTypes::InputRange range,
const ChannelMask &channels
) const
-

Checks if a WirelessTypes::InputRange is supported by this Node for the given ChannelMask.

Parameters
range
WirelessTypes::InputRange

The WirelessTypes::InputRange to check if supported.

channels
const ChannelMask&

The ChannelMask to check for.

Returns

true if the input range is supported, false if it is not.

-
- -
-
supportsInputRange
-
virtual bool supportsInputRange(
WirelessTypes::InputRange range,
const ChannelMask &channels,
WirelessTypes::Voltage excitationVoltage
) const
-

Checks if a WirelessTypes::InputRange is supported by this Node for the given ChannelMask.

Parameters
range
WirelessTypes::InputRange

The WirelessTypes::InputRange to check if supported.

channels
const ChannelMask&

The ChannelMask to check for.

excitationVoltage
WirelessTypes::Voltage

The Excitation WirelessTypes::Voltage to check for.

Returns

true if the input range is supported, false if it is not.

-
- -
-
supportsCentisecondEventDuration
-
virtual bool supportsCentisecondEventDuration() const
-

Checks if the Node configures event duration in 10s of milliseconds or not.

Returns

true if the Node uses 10s of milliseconds for event duration, false if it uses seconds for event duration.

-
- -
-
supportsGetDiagnosticInfo
-
virtual bool supportsGetDiagnosticInfo() const
-

Checks if the Node supports the Get Diagnostic Info command.

Returns

true if the Get Diagnostic Info command is supported, false if it is not.

-
- -
-
supportsNonSyncLogWithTimestamps
-
virtual bool supportsNonSyncLogWithTimestamps() const
-

Checks if the Node supports the version of Non-Sync Sampling that will add timestamps when logging.  If the Node does not support this, when downloading logged data from the Node, no timestamp information will be given.

Returns

true if the Node supports Non-Sync logging with timestamps.

-
- -
-
supportsDerivedCategory
-
virtual bool supportsDerivedCategory(
WirelessTypes::DerivedCategory category
) const
-

Checks if the Node supports a specific WirelessTypes::DerivedCategory.

Parameters
derivedChannelOption

The <WirelessTypes::DerivedChannelOption> to check if it is supported.

Returns

true if the specific derived channel is supported, false otherwise.

-
- -
-
supportsRawDataMode
-
virtual bool supportsRawDataMode() const
-

Checks if the Node supports any form of the Raw Data Mode (raw only, raw + derived, etc).

Returns

true if the Node supports any form of the Raw Data Mode.

-
- -
-
supportsDerivedDataMode
-
virtual bool supportsDerivedDataMode() const
-

Checks if the Node supports any form of the Derived Data Mode (derived only, raw + derived, etc).

Returns

true if the Node supports any form of the Derived Data Mode.

-
- -
-
supportsDerivedVelocityUnitConfig
-
virtual bool supportsDerivedVelocityUnitConfig() const
-

Checks if the Node supports configuration of the Derived Velocity Unit.

Returns

true if the Node supports configuration of the Derived Velocity unit, false otherwise.

-
- -
-
supportsExcitationVoltageConfig
-
virtual bool supportsExcitationVoltageConfig() const
-

Checks if the Node supports configuration of its Excitation Voltage.

Returns

true if the Node supports configuration of its Excitation Voltage, false otherwise.

-
- -
-
supportsLowBatteryThresholdConfig
-
virtual bool supportsLowBatteryThresholdConfig() const
-

Checks if the Node supports configuration of its low battery threshold.

Returns

true if the Node supports configuration of its low battery threshold, false otherwise.

-
- -
-
maxSampleRate
-
virtual WirelessTypes::WirelessSampleRate maxSampleRate(
WirelessTypes::SamplingMode samplingMode,
const ChannelMask &channels,
WirelessTypes::DataCollectionMethod dataCollectionMethod,
WirelessTypes::DataMode dataMode
) const
-

Gets the maximum SampleRate value that is supported by this Node with the given <SamplingMode>, ChannelMask, and WirelessTypes::DataCollectionMethod.

Parameters
samplingMode
WirelessTypes::SamplingMode

The WirelessTypes::SamplingMode to check the max sample rate for.

channels
const ChannelMask&

The ChannelMask to check the max sample rate for.

dataCollectionMethod
WirelessTypes::DataCollectionMethod

The WirelessTypes::DataCollectionMethod to check the max sample rate for.

dataMode
WirelessTypes::DataMode

The WirelessTypes::DataMode to check the max sample rate for.

Returns

The max WirelessTypes::WirelessSampleRate that is supported by this Node with the given WirelessTypes::SamplingMode and ChannelMask.

Exceptions
-
- -
-
maxSampleRateForSettlingTime
-
virtual WirelessTypes::WirelessSampleRate maxSampleRateForSettlingTime(
WirelessTypes::SettlingTime filterSettlingTime,
WirelessTypes::SamplingMode samplingMode,
WirelessTypes::DataCollectionMethod dataCollectionMethod,
WirelessTypes::DataMode dataMode
) const
-

Gets the maximum SampleRate value that is supported by this Node with the given WirelessTypes::SettlingTime.

Parameters
filterSettlingTime
WirelessTypes::SettlingTime

The WirelessTypes::SettlingTime to check the max sample rate for.

samplingMode
WirelessTypes::SamplingMode

The WirelessTypes::SamplingMode that the Node will be in for determining sample rates.

dataCollectionMethod
WirelessTypes::DataCollectionMethod

The WirelessTypes::DataCollectionMethod that the Node will be set for in determining sample rates.

dataMode
WirelessTypes::DataMode

The WirelessTypes::DataMode that the Node will be set for in determining sampling rates.

Returns

The max WirelessTypes::WirelessSampleRate that is supported by this Node with the given WirelessTypes::SettlingTime.

Exceptions
-
- -
-
maxSampleRateForLowPassFilter
-
virtual WirelessTypes::WirelessSampleRate maxSampleRateForLowPassFilter(
WirelessTypes::Filter lowPassFilter,
WirelessTypes::SamplingMode samplingMode,
WirelessTypes::DataCollectionMethod dataCollectionMethod,
WirelessTypes::DataMode dataMode,
const ChannelMask &channels
) const
-

Gets the maximum SampleRate value that is supported by this Node with the given Low Pass Filter.

Parameters
lowPassFilter
WirelessTypes::Filter

The WirelessTypes::Filter to check the max sample rate for.

samplingMode
WirelessTypes::SamplingMode

The WirelessTypes::SamplingMode that the Node will be in for determining sample rates.

dataCollectionMethod
WirelessTypes::DataCollectionMethod

The WirelessTypes::DataCollectionMethod that the Node will be set for in determining sample rates.

dataMode
WirelessTypes::DataMode

The WirelessTypes::DataMode that the Node will be set for in determining sampling rates.

channels
const ChannelMask&

A ChannelMask representing the active raw channels.

Returns

The max WirelessTypes::WirelessSampleRate that is supported by this Node with the given WirelessTypes::SettlingTime.

Exceptions

  • Error_NotSupported: The Low Pass Filter feature is not supported by this Node, or an invalid filter was used.

-
- -
-
maxFilterSettlingTime
-
virtual WirelessTypes::SettlingTime maxFilterSettlingTime(
const SampleRate &rate
) const
-

Gets the maximum WirelessTypes::SettlingTime available for the given SampleRate.

Parameters
rate
const SampleRate&

The SampleRate to check the max filter settling time for.

Returns

The max WirelessTypes::SettlingTime available.

Exceptions
-
- -
-
minInactivityTimeout
-
virtual uint16 minInactivityTimeout() const
-

Gets the minimum inactivity timeout (in seconds) that is supported.

Returns

The min inactivity timeout in seconds.

-
- -
-
minLostBeaconTimeout
-
virtual uint16 minLostBeaconTimeout() const
-

Gets the minimum lost beacon timeout (in minutes) that is supported.  Note: A value of 0 disable the lost beacon timeout.

Returns

The min lost beacon timeout in minutes.

-
- -
-
maxLostBeaconTimeout
-
virtual uint16 maxLostBeaconTimeout() const
-

Gets the maximum lost beacon timeout (in minutes) that is supported.

Returns

The max lost beacon timeout in minutes.

-
- -
-
minCheckRadioInterval
-
virtual uint8 minCheckRadioInterval() const
-

Gets the minimum check radio interval (in seconds) that is supported.

Returns

The min check radio interval in seconds.

-
- -
-
maxCheckRadioInterval
-
virtual uint8 maxCheckRadioInterval() const
-

Gets the maximum check radio interval (in seconds) that is supported.

Returns

The maximum check radio interval in seconds.

-
- -
-
minSweeps
-
virtual uint32 minSweeps() const
-

Gets the minimum number of sweeps that can be assigned for the duration of a continuous sampling session.

Returns

The minimum number of sweeps for a sampling session.

-
- -
-
maxSweeps
-
virtual uint32 maxSweeps(
WirelessTypes::SamplingMode samplingMode,
WirelessTypes::DataMode dataMode,
WirelessTypes::DataFormat dataFormat,
const ChannelMask &channels
) const
-

Gets the maximum number of sweeps that can be assigned for a given WirelessTypes::SamplingMode.  This is the duration of each burst if in Burst Sync Sampling mode, or the total duration of sampling in other sampling modes.

Parameters
samplingMode
WirelessTypes::SamplingMode

The WirelessTypes::SamplingMode of the sampling session.

dataMode
WirelessTypes::DataMode

The WirelessTypes::DataMode of the sampling session.

dataFormat
WirelessTypes::DataFormat

The WirelessTypes::DataFormat of the sampling session.

channels
const ChannelMask&

The ChannelMask of the raw channels for the sampling session.

Returns

The maximum number of sweeps, or sweeps per burst, for a sampling session.

-
- -
-
maxSweepsPerBurst
-
virtual uint32 maxSweepsPerBurst(
WirelessTypes::DataMode dataMode,
WirelessTypes::DataFormat dataFormat,
const ChannelMask &channels
) const
-

Gets the maximum number of sweeps per burst that can be assigned for a Burst Sync Sampling session.

Parameters
dataMode
WirelessTypes::DataMode

The WirelessTypes::DataMode of the sampling session.

dataFormat
WirelessTypes::DataFormat

The WirelessTypes::DataFormat of the sampling session.

channels
const ChannelMask&

The ChannelMask of the raw channels for the sampling session.

Returns

The maximum number of sweeps per burst for a Burst Sync Sampling session.

-
- -
-
minTimeBetweenBursts
-
virtual TimeSpan minTimeBetweenBursts(
WirelessTypes::DataMode dataMode,
WirelessTypes::DataFormat dataFormat,
const ChannelMask &rawChannels,
WirelessTypes::DerivedChannelMasks derivedChannelMasks,
const SampleRate &rawSampleRate,
uint32 sweepsPerBurst,
WirelessTypes::CommProtocol commProtocol
) const
-

Gets the minimum time that can be assigned for a Burst Sync Sampling session.

Parameters
dataMode
WirelessTypes::DataMode

The WirelessTypes::DataMode of the sampling session.

dataFormat
WirelessTypes::DataFormat

The WirelessTypes::DataFormat of the sampling session.

rawChannels
const ChannelMask&

The ChannelMask representing active raw channels for the sampling session.

derivedChannelMasks
WirelessTypes::DerivedChannelMasks

The WirelessTypes::DerivedChannelMasks containing ALL enabled derived channels for the sampling session.

rawSampleRate
const SampleRate&

The SampleRate of the raw channels for the sampling session.

sweepsPerBurst
uint32

The number of sweeps per burst for the sampling session.

commProtocol
WirelessTypes::CommProtocol

The WirelessTypes::CommProtocol that the Node will use for sampling.

Returns

A TimeSpan representing the minimum time that can be assigned for a Burst Sync Sampling session.

-
- -
-
minSensorDelay
-
virtual const uint32 minSensorDelay() const
-

Gets the minimum sensor delay value (in microseconds) that is supported.

Returns

The minimum sensor delay value, in microseconds.

Exceptions
-
- -
-
maxSensorDelay
-
virtual const uint32 maxSensorDelay() const
-

Gets the maximum sensor delay value (in microseconds) that is supported.

Returns

The maximum sensor delay value, in microseconds.

Exceptions
-
- -
-
defaultSensorDelay
-
virtual const uint32 defaultSensorDelay() const
-

Gets the default sensor delay value (in microseconds) that is supported.

Returns

The default sensor delay value, in microseconds.

Exceptions
-
- -
-
maxEventTriggerTotalDuration
-
virtual uint32 maxEventTriggerTotalDuration(
WirelessTypes::DataMode dataMode,
WirelessTypes::DataFormat dataFormat,
const ChannelMask &rawChannels,
WirelessTypes::DerivedChannelMasks derivedChannelMasks,
const SampleRate &rawSampleRate,
const SampleRate &derivedDataRate
) const
-

Gets the max event trigger duration (in milliseconds) that can be applied for both the pre and post event durations (combined).

Parameters
dataMode
WirelessTypes::DataMode

The WirelessTypes::DataMode of the sampling session.

dataFormat
WirelessTypes::DataFormat

The WirelessTypes::DataFormat of the sampling session.

rawChannels
const ChannelMask&

The ChannelMask representing active raw channels for the sampling session.

derivedChannelMasks
WirelessTypes::DerivedChannelMasks

The WirelessTypes::DerivedChannelMasks containing ALL enabled derived channels for the sampling session.

rawSampleRate
const SampleRate&

The raw SampleRate for the sampling session.

derivedSampleRate

The SampleRate representing the derived data rate for the sampling session.

Returns

The max event trigger total duration, in milliseconds.

-
- -
-
normalizeEventDuration
-
virtual uint32 normalizeEventDuration(
uint32 duration
) const
-

Normalizes the Event Trigger duration so that it is an acceptable value.

Parameters
duration
uint32

The pre or post duration (in milliseconds) to normalize.

Returns

The normalized event duration (in milliseconds) that can be stored on the Node.

-
- -
-
normalizeSensorDelay
-
virtual uint32 normalizeSensorDelay(
uint32 delay
) const
-

Normalizes the sensor delay so that it is an acceptable value.

Parameters
delay
uint32

The sensor delay (in microseconds) to normalize.

Returns

The normalized sensor delay (in microseconds) that can be stored on the Node.

Exceptions
-
- -
-
numDamageAngles
-
virtual uint8 numDamageAngles() const
-

Gets the number of damage angles (see FatigueOptions) on this Node.

Returns

The number of damage angles on this Node.

-
- -
-
numSnCurveSegments
-
virtual uint8 numSnCurveSegments() const
-

Gets the number of Sn Curve segments (see FatigueOptions) on this Node.

Returns

The number of Sn Curve segments on this Node.

-
- -
-
numEventTriggers
-
virtual uint8 numEventTriggers() const
-

Gets the number of supported event triggers on this Node.

Returns

The number of event triggers on this Node (0 if event sampling is not supported).

-
- -
-
defaultModes
-
virtual const WirelessTypes::DefaultModes defaultModes() const
-

Gets a list of the WirelessTypes::DefaultModes that are supported by this Node.

Returns

A vector of WirelessTypes::DefaultModes that are supported by this Node.

-
- -
-
dataCollectionMethods
-
virtual const WirelessTypes::DataCollectionMethods dataCollectionMethods() const
-

Gets a list of the WirelessTypes::DataCollectionMethods that are supported by this Node.

Returns

A vector of WirelessTypes::DataCollectionMethods that are supported by this Node.

-
- -
-
dataFormats
-
virtual const WirelessTypes::DataFormats dataFormats() const
-

Gets a list of the WirelessTypes::DataFormats that are supported by this Node.

Returns

A vector of WirelessTypes::DataFormats that are supported by this Node.

-
- -
-
samplingModes
-
virtual const WirelessTypes::SamplingModes samplingModes() const
-

Gets a list of the WirelessTypes::SamplingModes that are supported by this Node.

Returns

A vector of WirelessTypes::SamplingModes that are supported by this Node.

-
- -
-
sampleRates
-
virtual const WirelessTypes::WirelessSampleRates sampleRates(
WirelessTypes::SamplingMode samplingMode,
WirelessTypes::DataCollectionMethod dataCollectionMethod,
WirelessTypes::DataMode dataMode
) const
-

Gets a list of the WirelessTypes::WirelessSampleRates that are supported by this Node for the given sampling mode.

Parameters
samplingMode
WirelessTypes::SamplingMode

The WirelessTypes::SamplingMode to get the sample rates for.

dataCollectionMethod
WirelessTypes::DataCollectionMethod

The WirelessTypes::DataCollectionMethod to get the sample rates for.

dataMode
WirelessTypes::DataMode

The WirelessTypes::DataMode to get the sample rates for.

Returns

A vector of WirelessTypes::WirelessSampleRates that are supported by this Node for the given sampling mode and data collection method.

Exceptions
-
- -
-
derivedDataRates
-
virtual const WirelessTypes::WirelessSampleRates derivedDataRates() const
-

Gets a list of the WirelessTypes::WirelessSampleRates that are supported by this Node for Derived Channels.  These are the rates that the Derived Data will be calculated/sent. The standard sampleRates still apply in derived mode and control the sample rate of the raw channels used in the derived data calculations.

Returns

A vector of WirelessTypes::WirelessSampleRates that are supported by this Node for Derived Channels.

-
- -
-
transmitPowers
-
virtual const WirelessTypes::TransmitPowers transmitPowers(
WirelessTypes::CommProtocol commProtocol
) const
-

Gets a list of the WirelessTypes::TransmitPowers that are supported by this Node, for the given WirelessTypes::CommProtocol.  Note: This list is dependent on the <WirelessTypes::RegionCode> of the device. If this changes, this function should be called again.

Parameters
commProtocol
WirelessTypes::CommProtocol

The WirelessTypes::CommProtocol to get the transmit powers for.

Returns

A vector of WirelessTypes::TransmitPowers that are supported by this Node.

-
- -
-
transmitPowers
-
virtual const WirelessTypes::TransmitPowers transmitPowers(
WirelessTypes::RegionCode region,
WirelessTypes::CommProtocol commProtocol
) const
-

Gets a list of the WirelessTypes::TransmitPowers that are supported by this Node, for the given <WirelessTypes::RegionCode> and WirelessTypes::CommProtocol.

Parameters
region
WirelessTypes::RegionCode

The <WirelessTypes::RegionCode> to get the transmit powers for.

commProtocol
WirelessTypes::CommProtocol

The WirelessTypes::CommProtocol to get the transmit powers for.

Returns

A vector of WirelessTypes::TransmitPowers that are supported by this Node.

-
- -
-
commProtocols
-
virtual const WirelessTypes::CommProtocols commProtocols() const
-

Gets a list of WirelessTypes::CommProtocols that are supported by this Node.

Returns

A vector of WirelessTypes::CommProtocols that are supported by this Node.

-
- -
-
sensorOutputModes
-
virtual const WirelessTypes::SensorOutputModes sensorOutputModes() const
-

Gets a list of WirelessTypes::SensorOutputModes that are supported by this Node.

Returns

A vector of WirelessTypes::SensorOutputModes that are supported by this Node.

-
- -
-
cfcFilters
-
virtual const WirelessTypes::CfcFilters cfcFilters() const
-

Gets a list of WirelessTypes::ChannelFrequencyClass options that are supportedby this Node.

Returns

A vector of WirelessTypes::ChannelFrequencyClass options that are supported by this Node.

-
- -
-
histogramTransmitRates
-
virtual const WirelessTypes::WirelessSampleRates histogramTransmitRates() const
-

Gets a list of the Histogram Transmit Rates that are supported by this Node.

Returns

A vector of WirelessTypes::WirelessSampleRates representing the Histogram Transmit Rates that are supported by this Node.

-
- -
-
fatigueModes
-
virtual const WirelessTypes::FatigueModes fatigueModes() const
-

Gets a list of the WirelessTypes::FatigueModes that are supported by this Node.

Returns

A vector of WirelessTypes::FatigueModes supported by the Node.

-
- -
-
antiAliasingFilters
-
virtual const WirelessTypes::Filters antiAliasingFilters() const
-

Gets a list of the Anti-Aliasing WirelessTypes::Filters that are supported by this Node.

Returns

A vector of Anti-Aliasing WirelessTypes::Filters supported by the Node.

-
- -
-
lowPassFilters
-
virtual const WirelessTypes::Filters lowPassFilters() const
-

Gets a list of the Low-Pass WirelessTypes::Filters that are supported by this Node.

Returns

A vector of Low-Pass WirelessTypes::Filters supported by the Node.

-
- -
-
highPassFilters
-
virtual const WirelessTypes::HighPassFilters highPassFilters() const
-

Gets a list of the High-Pass WirelessTypes::Filters that are supported by this Node.

Returns

A vector of <WirelesTypes::HighPassFilters> supported by the Node.

-
- -
-
storageLimitModes
-
virtual const WirelessTypes::StorageLimitModes storageLimitModes() const
-

Gets a list of the WirelessTypes::StorageLimitModes that are supported by this Node.

Returns

A vector of WirelessTypes::StorageLimitModes supported by the Node.

-
- -
-
inputRanges
-
virtual const InputRanges inputRanges(
const ChannelMask &channels
) const
-

Gets a list of InputRanges that are supported by this Node for the specified channel mask.

Parameters
channels
const ChannelMask&

The ChannelMask of the channel group to get the supported input ranges for.

Returns

A vector of InputRanges that are supported by this Node.

-
- -
-
inputRanges
-
virtual const InputRanges inputRanges(
const ChannelMask &channels,
WirelessTypes::Voltage excitationVoltage
) const
-

Gets a list of WirelessTypes::InputRanges that are supported by this Node for the specified channel mask, for the given Excitation WirelessTypes::Voltage.

Parameters
channels
const ChannelMask&

The ChannelMask of the channel group to get the supported input ranges for.

excitationVoltage
WirelessTypes::Voltage

The Excitation WirelessTypes::Voltage to get the input ranges for.

Returns

A vector of InputRanges that are supported by this Node.

-
- -
-
dataModes
-
virtual const WirelessTypes::DataModes dataModes() const
-

Gets a list of WirelessTypes::DataModes that are supported by this Node.

Returns

A vector of WirelessTypes::DataModes supported by the Node.

-
- -
-
transducerTypes
-
virtual const WirelessTypes::TransducerTypes transducerTypes() const
-

Gets a list of WirelessTypes::TransducerTypes that are supported by this Node.

Returns

A vector of WirelessTypes::TransducerTypes supported by the Node.

-
- -
-
channelsPerDerivedCategory
-
virtual const WirelessTypes::DerivedChannelMasks channelsPerDerivedCategory() const
-

Gets a map of WirelessTypes::DerivedCategory to ChannelMasks that are supported by this Node.  The ChannelMask indicates the raw channels that are available for the derived category.

Returns

A WirelessTypes::DerivedChannelMasks map of WirelessTypes::DerivedCategory to supported ChannelMasks.

-
- -
-
excitationVoltages
-
virtual const WirelessTypes::Voltages excitationVoltages() const
-

Gets a list of WirelessTypes::Voltages that are supported by the Node for configuration.

Returns

A vector of WirelessTypes::Voltages supported by the Node for configuration

-
- -
-
adcVoltageInputType
-
virtual const WirelessTypes::VoltageType adcVoltageInputType() const
-

Gets the input voltage type of the ADC for this node.

Returns

The WirelessTypes::VoltageType that represents the structure of the node's ADC.

-
- -
-
maxTransmitPower
-
virtual WirelessTypes::TransmitPower maxTransmitPower(
WirelessTypes::RegionCode region,
WirelessTypes::CommProtocol commProtocol
) const
-

Gets the maximum WirelessTypes::TransmitPower that is supported for the given parameters.

Parameters
region
WirelessTypes::RegionCode

The <WirelessTypes::RegionCode> of the device.

commProtocol
WirelessTypes::CommProtocol

The WirelessTypes::CommProtocol of the device.

Returns

The max WirelessTypes::TransmitPower that is suppported for the given parameters.

-
- -
-
maxTransmitPower
-
virtual WirelessTypes::TransmitPower maxTransmitPower(
WirelessTypes::CommProtocol commProtocol
) const
-

Gets the maximum WirelessTypes::TransmitPower that is supported for the given parameters, using the Node's current region code.

Parameters
commProtocol
WirelessTypes::CommProtocol

The WirelessTypes::CommProtocol of the device.

Returns

The max WirelessTypes::TransmitPower that is suppported for the given parameters, and the Node's current region code.

-
- -
-
minTransmitPower
-
virtual WirelessTypes::TransmitPower minTransmitPower(
WirelessTypes::RegionCode region,
WirelessTypes::CommProtocol commProtocol
) const
-

Gets the minimum WirelessTypes::TransmitPower that is supported for the given parameters.

Parameters
region
WirelessTypes::RegionCode

The <WirelessTypes::RegionCode> of the device.

commProtocol
WirelessTypes::CommProtocol

The WirelessTypes::CommProtocol of the device.

Returns

The min WirelessTypes::TransmitPower that is suppported for the given parameters.

-
- -
-
minTransmitPower
-
virtual WirelessTypes::TransmitPower minTransmitPower(
WirelessTypes::CommProtocol commProtocol
) const
-

Gets the minimum WirelessTypes::TransmitPower that is supported for the given parameters, using the Node's current region code.

Parameters
commProtocol
WirelessTypes::CommProtocol

The WirelessTypes::CommProtocol of the device.

Returns

The min WirelessTypes::TransmitPower that is suppported for the given parameters, and the Node's current region code.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/NodeFeatures_200series-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/NodeFeatures_200series-Summary.js deleted file mode 100644 index b5be411ce..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/NodeFeatures_200series-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:NodeFeatures_200series","NodeFeatures_200series");NDSummary.OnSummaryLoaded("CClass:NodeFeatures_200series",[["C/C++","C"]],[["Classes","Class"]],[[3002,0,0,"NodeFeatures_200series"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/NodeFeatures_200series-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/NodeFeatures_200series-SummaryToolTips.js deleted file mode 100644 index a1bddebec..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/NodeFeatures_200series-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:NodeFeatures_200series",{3002:"
NodeFeatures_200series
Contains information on which features are supported by a 200-series WirelessNode.  Inherits from NodeFeatures.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/NodeFeatures_200series-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/NodeFeatures_200series-ToolTips.js deleted file mode 100644 index 33f347b9e..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/NodeFeatures_200series-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3026:"
NodeFeatures
Contains information on which features are supported by a WirelessNode.
",3865:"
WirelessNode
A class representing a MicroStrain wireless node
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/NodeFeatures_200series.html b/v66.0.1/MSCL_API_Docs/classes/C/NodeFeatures_200series.html deleted file mode 100644 index 8ce0b1f0a..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/NodeFeatures_200series.html +++ /dev/null @@ -1,17 +0,0 @@ - - -NodeFeatures_200series - - - - - - - -
-
NodeFeatures_200series
-
public
NodeFeatures
NodeFeatures_200series
-

Contains information on which features are supported by a 200-series WirelessNode.  Inherits from NodeFeatures.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/OdometerConfiguration-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/OdometerConfiguration-Summary.js deleted file mode 100644 index 101a407c4..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/OdometerConfiguration-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:OdometerConfiguration","OdometerConfiguration");NDSummary.OnSummaryLoaded("CClass:OdometerConfiguration",[["C/C++","C"]],[["Classes","Class"],["Enums","Enumeration"],["Functions","Function"],["Variables","Variable"]],[[859,0,0,"OdometerConfiguration"],[860,0,1,"Mode","Mode"],[861,0,2,"mode","mode"],[862,0,2,"uncertainty","uncertainty"],[863,0,2,"scaling","scaling"],[864,0,2,"scaling","scaling(2)"],[865,0,3,"m_mode","m_mode"],[866,0,3,"m_scaling","m_scaling"],[867,0,3,"m_unc","m_unc"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/OdometerConfiguration-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/OdometerConfiguration-SummaryToolTips.js deleted file mode 100644 index 604ac0c13..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/OdometerConfiguration-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:OdometerConfiguration",{859:"
OdometerConfiguration
",860:"
Odometer mode options DISABLED  - 0x00 - Encoder is disabled SINGLE  - 0x01 - Single pulse input; one direction only QUADRATURE  - 0x02 - Quadrature encoder mode
",861:"
Mode mode() const
Get/Set the mode
",862:"
float uncertainty() const
Get/Set the uncertainty (m/m)
",863:"
float scaling() const
Get/Set the scaling value directly (pulses per meter)
",864:"
void scaling(
float resolution,
float radius
)
Set the scaling by specifying the encoder resolution and the wheel radius.  Scaling = encoder resultion / (2pi * radius)
",865:"
Mode m_mode
",866:"
float m_scaling
",867:"
float m_unc
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/OdometerConfiguration-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/OdometerConfiguration-ToolTips.js deleted file mode 100644 index 064d2abb4..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/OdometerConfiguration-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({860:"
Odometer mode options DISABLED  - 0x00 - Encoder is disabled SINGLE  - 0x01 - Single pulse input; one direction only QUADRATURE  - 0x02 - Quadrature encoder mode
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/OdometerConfiguration.html b/v66.0.1/MSCL_API_Docs/classes/C/OdometerConfiguration.html deleted file mode 100644 index 523f50bd5..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/OdometerConfiguration.html +++ /dev/null @@ -1,60 +0,0 @@ - - -OdometerConfiguration - - - - - - - -
-
OdometerConfiguration
-
OdometerConfiguration
-
- -
-
Mode
-

Odometer mode options DISABLED  - 0x00 - Encoder is disabled SINGLE  - 0x01 - Single pulse input; one direction only QUADRATURE  - 0x02 - Quadrature encoder mode

-
- -
-
mode
-
Mode mode() const
-

Get/Set the mode

-
- -
-
uncertainty
-
float uncertainty() const
-

Get/Set the uncertainty (m/m)

-
- -
-
scaling
-
float scaling() const
-

Get/Set the scaling value directly (pulses per meter)

-
- -
-
scaling
-
void scaling(
float resolution,
float radius
)
-

Set the scaling by specifying the encoder resolution and the wheel radius.  Scaling = encoder resultion / (2pi * radius)

Parameters
resolution
float

encoder resolution (pulses per revolution)

radius
float

wheel radius (meters)

Note: 0 is an invalid value for both radius and resolution and will resulting in scaling = 0

-
- -
-
m_mode
-
Mode m_mode
-
- -
-
m_scaling
-
float m_scaling
-
- -
-
m_unc
-
float m_unc
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/PingResponse-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/PingResponse-Summary.js deleted file mode 100644 index 4f5546c35..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/PingResponse-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:PingResponse","PingResponse");NDSummary.OnSummaryLoaded("CClass:PingResponse",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"]],[[2682,0,0,"PingResponse"],[2683,0,1,"success","success"],[2684,0,1,"nodeRssi","nodeRssi"],[2685,0,1,"baseRssi","baseRssi"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/PingResponse-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/PingResponse-SummaryToolTips.js deleted file mode 100644 index da0ae0451..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/PingResponse-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:PingResponse",{2682:"
PingResponse
Represents the response to a Long Ping Node command
",2683:"
bool success() const
Gets whether or not the Long Ping command was a success (the node responded).
",2684:"
int16 nodeRssi() const
Gets the node RSSI that was returned with the response (if success() returns true).  This is the signal strength at which the Node received the BaseStation\'s command packet.
",2685:"
int16 baseRssi() const
Gets the base station RSSI that was returned with the response (if success() returns true).  This is the signal strength at which the BaseStation received the Nodes\'s response packet.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/PingResponse-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/PingResponse-ToolTips.js deleted file mode 100644 index 59992a148..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/PingResponse-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/PingResponse.html b/v66.0.1/MSCL_API_Docs/classes/C/PingResponse.html deleted file mode 100644 index d2f5f27ba..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/PingResponse.html +++ /dev/null @@ -1,35 +0,0 @@ - - -PingResponse - - - - - - - -
-
PingResponse
-
PingResponse
-

Represents the response to a Long Ping Node command

-
- -
-
success
-
bool success() const
-

Gets whether or not the Long Ping command was a success (the node responded).

Returns

true if the Long Ping command was a success, false otherwise.

-
- -
-
nodeRssi
-
int16 nodeRssi() const
-

Gets the node RSSI that was returned with the response (if success() returns true).  This is the signal strength at which the Node received the BaseStation's command packet.

Returns

The node RSSI that was returned with the response

-
- -
-
baseRssi
-
int16 baseRssi() const
-

Gets the base station RSSI that was returned with the response (if success() returns true).  This is the signal strength at which the BaseStation received the Nodes's response packet.

Returns

The base station RSSI that was returned with the response.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/PortInfo-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/PortInfo-Summary.js deleted file mode 100644 index 8a01eb53b..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/PortInfo-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:PortInfo","PortInfo");NDSummary.OnSummaryLoaded("CClass:PortInfo",[["C/C++","C"]],[["Functions","Function"],["Structs","Struct"],["Variables","Variable"]],[[645,0,1,"PortInfo"],[646,0,0,"PortInfo","PortInfo"],[647,0,2,"bytesWritten","bytesWritten"],[648,0,2,"bytesRead","bytesRead"],[649,0,2,"overrunsOnWrite","overrunsOnWrite"],[650,0,2,"overrunsOnRead","overrunsOnRead"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/PortInfo-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/PortInfo-SummaryToolTips.js deleted file mode 100644 index 13b9b8179..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/PortInfo-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:PortInfo",{645:"
Contains USB or COM port info for DeviceStatusData.
",646:"
PortInfo(): bytesWritten(0), bytesRead(0), overrunsOnWrite(0), overrunsOnRead(0)
Creates a PortInfo object with default values.
",647:"
uint32 bytesWritten
",648:"
uint32 bytesRead
",649:"
uint32 overrunsOnWrite
",650:"
uint32 overrunsOnRead
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/PortInfo-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/PortInfo-ToolTips.js deleted file mode 100644 index 98766ece5..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/PortInfo-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({659:"
DeviceStatusData
Contains the data needed by the InertialNode::getBasicDeviceStatus method.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/PortInfo.html b/v66.0.1/MSCL_API_Docs/classes/C/PortInfo.html deleted file mode 100644 index 852bdf1cd..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/PortInfo.html +++ /dev/null @@ -1,42 +0,0 @@ - - -PortInfo - - - - - - - -
-
PortInfo
-

Contains USB or COM port info for DeviceStatusData.

-
- -
-
PortInfo
-
PortInfo(): bytesWritten(0), bytesRead(0), overrunsOnWrite(0), overrunsOnRead(0)
-

Creates a PortInfo object with default values.

-
- -
-
bytesWritten
-
uint32 bytesWritten
-
- -
-
bytesRead
-
uint32 bytesRead
-
- -
-
overrunsOnWrite
-
uint32 overrunsOnWrite
-
- -
-
overrunsOnRead
-
uint32 overrunsOnRead
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Position-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/Position-Summary.js deleted file mode 100644 index 9142c3b0d..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Position-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:Position","Position");NDSummary.OnSummaryLoaded("CClass:Position",[["C/C++","C"]],[["Functions","Function"],["Structs","Struct"],["Variables","Variable"]],[[105,0,1,"Position"],[106,0,0,"LLH","LLH"],[107,0,0,"ECEF","ECEF"],[108,0,0,"Position","Position"],[109,0,0,"Position","Position(2)"],[110,0,0,"~Position","~Position"],[111,0,2,"referenceFrame","referenceFrame"],[112,0,0,"latitude","latitude"],[113,0,0,"longitude","longitude"],[114,0,0,"altitude","altitude"],[115,0,0,"height","height"],[116,0,0,"x","x"],[117,0,0,"y","y"],[118,0,0,"z","z"],[119,0,2,"position_0, _1, _2","position_0,_1,_2"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Position-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/Position-SummaryToolTips.js deleted file mode 100644 index 21c789eb8..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Position-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:Position",{105:"
Defines a geographic position.
",106:"
static Position LLH(
double lat_init,
double long_init,
double alt_init
)
Creates a Position object with the reference frame set to LLH
",107:"
static Position ECEF(
double x_init,
double y_init,
double z_init
)
Creates a Position object with the reference frame set to ECEF
",108:"
Position(
double lat_init,
double long_init,
double alt_init,
PositionVelocityReferenceFrame ref = PositionVelocityReferenceFrame::LLH_NED
) : position_0(lat_init), position_1(long_init), position_2(alt_init), referenceFrame(ref)
Creates a Position object.
",109:"
Position() : position_0(0), position_1(0), position_2(0), referenceFrame(PositionVelocityReferenceFrame::LLH_NED)
Creates a zero-filled Position object.  Default reference frame: LLH
",110:"
~Position()
Destroys a TimeUpdate object.
",111:"
PositionVelocityReferenceFrame referenceFrame
The PositionVelocityReferenceFrame of this position.  Default: LLH
",112:"
double latitude() const
Only valid if referenceFrame is LLH_NED
",113:"
double longitude() const
Only valid if referenceFrame is LLH_NED
",114:"
double altitude() const
Only valid if referenceFrame is LLH_NED
",115:"
double height() const
Only valid if referenceFrame is LLH_NED
",116:"
double x() const
Only valid if referenceFrame is ECEF
",117:"
double y() const
Only valid if referenceFrame is ECEF
",118:"
double z() const
Only valid if referenceFrame is ECEF
",119:"
The position values
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Position-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/Position-ToolTips.js deleted file mode 100644 index 277525652..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Position-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({84:"
Enum representing position and velocity reference frame options.
",105:"
Defines a geographic position.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Position.html b/v66.0.1/MSCL_API_Docs/classes/C/Position.html deleted file mode 100644 index 4d35f3811..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Position.html +++ /dev/null @@ -1,99 +0,0 @@ - - -Position - - - - - - - -
-
Position
-

Defines a geographic position.

-
- -
-
LLH
-
static Position LLH(
double lat_init,
double long_init,
double alt_init
)
-

Creates a Position object with the reference frame set to LLH

Parameters
lat_init
double

initial latitude

long_init
double

initial longitude

alt_init
double

initial altitude

-
- -
-
ECEF
-
static Position ECEF(
double x_init,
double y_init,
double z_init
)
-

Creates a Position object with the reference frame set to ECEF

Parameters
x_init
double

initial x

y_init
double

initial y

z_init
double

initial z

-
- -
-
Position
-
Position(
double lat_init,
double long_init,
double alt_init,
PositionVelocityReferenceFrame ref = PositionVelocityReferenceFrame::LLH_NED
) : position_0(lat_init), position_1(long_init), position_2(alt_init), referenceFrame(ref)
-

Creates a Position object.

Parameters
lat_init
double

initial latitude

long_init
double

initial longitude

alt_init
double

initial altitude

ref
PositionVelocityReferenceFrame

reference frame (default: LLH)

-
- -
-
Position
-
Position() : position_0(0), position_1(0), position_2(0), referenceFrame(PositionVelocityReferenceFrame::LLH_NED)
-

Creates a zero-filled Position object.  Default reference frame: LLH

-
- -
-
~Position
-
~Position()
-

Destroys a TimeUpdate object.

-
- -
-
referenceFrame
- -

The PositionVelocityReferenceFrame of this position.  Default: LLH

-
- -
-
latitude
-
double latitude() const
-

Only valid if referenceFrame is LLH_NED

-
- -
-
longitude
-
double longitude() const
-

Only valid if referenceFrame is LLH_NED

-
- -
-
altitude
-
double altitude() const
-

Only valid if referenceFrame is LLH_NED

-
- -
-
height
-
double height() const
-

Only valid if referenceFrame is LLH_NED

-
- -
-
x
-
double x() const
-

Only valid if referenceFrame is ECEF

-
- -
-
y
-
double y() const
-

Only valid if referenceFrame is ECEF

-
- -
-
z
-
double z() const
-

Only valid if referenceFrame is ECEF

-
- -
-
position_0, _1, _2
-

The position values

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/PositionOffset-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/PositionOffset-Summary.js deleted file mode 100644 index 7b67f3c9b..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/PositionOffset-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:PositionOffset","PositionOffset");NDSummary.OnSummaryLoaded("CClass:PositionOffset",[["C/C++","C"]],[["Classes","Class"]],[[99,0,0,"PositionOffset"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/PositionOffset-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/PositionOffset-SummaryToolTips.js deleted file mode 100644 index 7d416c4b3..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/PositionOffset-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:PositionOffset",{99:"
PositionOffset
Represents a position offset (x, y, z).
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/PositionOffset-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/PositionOffset-ToolTips.js deleted file mode 100644 index f99efc464..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/PositionOffset-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({89:"
GeometricVector
Defines a 3 dimensional, spatial vector.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/PositionOffset.html b/v66.0.1/MSCL_API_Docs/classes/C/PositionOffset.html deleted file mode 100644 index 15604014e..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/PositionOffset.html +++ /dev/null @@ -1,17 +0,0 @@ - - -PositionOffset - - - - - - - -
-
PositionOffset
-
public
GeometricVector
PositionOffset
-

Represents a position offset (x, y, z).

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/PositionReferenceConfiguration-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/PositionReferenceConfiguration-Summary.js deleted file mode 100644 index b3978b8b9..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/PositionReferenceConfiguration-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:PositionReferenceConfiguration","PositionReferenceConfiguration");NDSummary.OnSummaryLoaded("CClass:PositionReferenceConfiguration",[["C/C++","C"]],[["Structs","Struct"],["Variables","Variable"]],[[853,0,0,"PositionReferenceConfiguration"],[854,0,1,"autoConfig","autoConfig"],[855,0,1,"position","position"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/PositionReferenceConfiguration-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/PositionReferenceConfiguration-SummaryToolTips.js deleted file mode 100644 index 43f61742e..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/PositionReferenceConfiguration-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:PositionReferenceConfiguration",{854:"
bool autoConfig
Indicates whether the position reference is automatically determined (position value ignored if true).
",855:"
Position position
The reference position value.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/PositionReferenceConfiguration-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/PositionReferenceConfiguration-ToolTips.js deleted file mode 100644 index 7ae3d0194..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/PositionReferenceConfiguration-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({105:"
Defines a geographic position.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/PositionReferenceConfiguration.html b/v66.0.1/MSCL_API_Docs/classes/C/PositionReferenceConfiguration.html deleted file mode 100644 index d0278654c..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/PositionReferenceConfiguration.html +++ /dev/null @@ -1,27 +0,0 @@ - - -PositionReferenceConfiguration - - - - - - - -
-
PositionReferenceConfiguration
-
- -
-
autoConfig
-
bool autoConfig
-

Indicates whether the position reference is automatically determined (position value ignored if true).

-
- -
-
position
-
Position position
-

The reference position value.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/PpsPulseInfo-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/PpsPulseInfo-Summary.js deleted file mode 100644 index cae75446d..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/PpsPulseInfo-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:PpsPulseInfo","PpsPulseInfo");NDSummary.OnSummaryLoaded("CClass:PpsPulseInfo",[["C/C++","C"]],[["Functions","Function"],["Structs","Struct"],["Variables","Variable"]],[[632,0,1,"PpsPulseInfo"],[633,0,0,"PpsPulseInfo","PpsPulseInfo"],[634,0,2,"count","count"],[635,0,2,"lastTimeinMS","lastTimeinMS"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/PpsPulseInfo-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/PpsPulseInfo-SummaryToolTips.js deleted file mode 100644 index 255870f41..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/PpsPulseInfo-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:PpsPulseInfo",{632:"
Contains the 1PPS Pulse info for DeviceStatusData.
",633:"
PpsPulseInfo(): count(0), lastTimeinMS(0)
Creates a PpsPulseInfo object with default values.
",634:"
uint32 count
The number of 1PPS pulses
",635:"
uint32 lastTimeinMS
Time of the last 1PPS pulse in MS (references System Timer)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/PpsPulseInfo-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/PpsPulseInfo-ToolTips.js deleted file mode 100644 index 98766ece5..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/PpsPulseInfo-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({659:"
DeviceStatusData
Contains the data needed by the InertialNode::getBasicDeviceStatus method.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/PpsPulseInfo.html b/v66.0.1/MSCL_API_Docs/classes/C/PpsPulseInfo.html deleted file mode 100644 index 78d2bbf4f..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/PpsPulseInfo.html +++ /dev/null @@ -1,34 +0,0 @@ - - -PpsPulseInfo - - - - - - - -
-
PpsPulseInfo
-

Contains the 1PPS Pulse info for DeviceStatusData.

-
- -
-
PpsPulseInfo
-
PpsPulseInfo(): count(0), lastTimeinMS(0)
-

Creates a PpsPulseInfo object with default values.

-
- -
-
count
-
uint32 count
-

The number of 1PPS pulses

-
- -
-
lastTimeinMS
-
uint32 lastTimeinMS
-

Time of the last 1PPS pulse in MS (references System Timer)

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Quaternion-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/Quaternion-Summary.js deleted file mode 100644 index 62a48fa6d..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Quaternion-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:Quaternion","Quaternion");NDSummary.OnSummaryLoaded("CClass:Quaternion",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"]],[[1013,0,0,"Quaternion"],[1014,0,1,"Quaternion","Quaternion"],[1015,0,1,"Quaternion","Quaternion(2)"],[1016,0,1,"operator Rotation() (cast)","operator_Rotation()"],[1017,0,1,"asMipFieldValues","asMipFieldValues"],[1018,0,1,"appendMipFieldValues","appendMipFieldValues"],[1019,0,1,"normalize","normalize"],[1020,0,1,"q0","q0"],[1021,0,1,"q1","q1"],[1022,0,1,"q2","q2"],[1023,0,1,"q3","q3"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Quaternion-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/Quaternion-SummaryToolTips.js deleted file mode 100644 index 4062c3dbf..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Quaternion-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:Quaternion",{1013:"
Quaternion
",1014:"
Quaternion(
float q0,
float q1,
float q2,
float q3
)
Creates an Quaternion object.
",1015:"
Quaternion(
const MipFieldValues &data,
uint8 offset = 0
)
Creates a Quaternion object based on specified <MipFieldValues> data
",1016:"
operator Rotation() const
Creates a Rotation object with this object\'s values
",1017:"
MipFieldValues asMipFieldValues() const
Gets the current quaternion values formatted as a <MipFieldValues> object
",1018:"
void appendMipFieldValues(
MipFieldValues &appendTo
) const
Adds the properly formatted <MipFieldValues> that represent this object to the specified collection.
",1019:"
void normalize()
normalize the quaternion value
",1020:"
float q0() const
Gets the 0-index value (usually w).
",1021:"
float q1() const
Gets the 1-index value (usually x).
",1022:"
float q2() const
Gets the 2-index value (usually y).
",1023:"
float q3() const
Gets the 3-index value (usually z).
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Quaternion-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/Quaternion-ToolTips.js deleted file mode 100644 index 8c5087a63..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Quaternion-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1024:"
Rotation
Structure that can represent either a Quaternion or EulerAngles object.
",4373:"
Vector
Represents a Vector of values
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Quaternion.html b/v66.0.1/MSCL_API_Docs/classes/C/Quaternion.html deleted file mode 100644 index 08d73cf30..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Quaternion.html +++ /dev/null @@ -1,77 +0,0 @@ - - -Quaternion - - - - - - - -
-
Quaternion
-
public
Vector
Quaternion
-
Represents generic Quaternion (q0-3, usually w, x, y, z

refer to protocol documentation).

-
- -
-
Quaternion
-
Quaternion(
float q0,
float q1,
float q2,
float q3
)
-

Creates an Quaternion object.

-
- -
-
Quaternion
-
Quaternion(
const MipFieldValues &data,
uint8 offset = 0
)
-

Creates a Quaternion object based on specified <MipFieldValues> data

Parameters
<MipFieldValues>

format must be 4 floats

offset
uint8

default: 0 - uint8 index offset to start reading from

-
- -
-
operator Rotation() (cast)
-
operator Rotation() const
-

Creates a Rotation object with this object's values

-
- -
-
asMipFieldValues
-
MipFieldValues asMipFieldValues() const
-

Gets the current quaternion values formatted as a <MipFieldValues> object

Returns
<MipFieldValues>

collection of values that represents this object.

-
- -
-
appendMipFieldValues
-
void appendMipFieldValues(
MipFieldValues &appendTo
) const
-

Adds the properly formatted <MipFieldValues> that represent this object to the specified collection.

Parameters
appendTo
MipFieldValues&

(reference) the <MipFieldValues> collection to append to

-
- -
-
normalize
-
void normalize()
-

normalize the quaternion value

-
- -
-
q0
-
float q0() const
-

Gets the 0-index value (usually w).

Returns

The 0-index value.

-
- -
-
q1
-
float q1() const
-

Gets the 1-index value (usually x).

Returns

The 1-index value.

-
- -
-
q2
-
float q2() const
-

Gets the 2-index value (usually y).

Returns

The 2-index value.

-
- -
-
q3
-
float q3() const
-

Gets the 3-index value (usually z).

Returns

The 3-index value.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/RTKDeviceStatusFlags-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/RTKDeviceStatusFlags-Summary.js deleted file mode 100644 index d2755d869..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/RTKDeviceStatusFlags-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:RTKDeviceStatusFlags","RTKDeviceStatusFlags");NDSummary.OnSummaryLoaded("CClass:RTKDeviceStatusFlags",[["C/C++","C"]],[["Enums","Enumeration"],["Functions","Function"],["Structs","Struct"]],[[798,0,2,"RTKDeviceStatusFlags"],[799,0,0,"ModemState","ModemState"],[800,0,0,"ConnectionType","ConnectionType"],[801,0,1,"explicit conversion from RTKDeviceStatusFlags to RTKDeviceStatusFlags_v1","explicit_conversion_from_RTKDeviceStatusFlags_to_RTKDeviceStatusFlags_v1"],[802,0,1,"version","version"],[803,0,1,"modemState","modemState"],[804,0,1,"connectionType","connectionType"],[805,0,1,"rssi","rssi"],[806,0,1,"signalQuality","signalQuality"],[807,0,1,"towerChangeIndicator","towerChangeIndicator"],[808,0,1,"nmeaTimeout","nmeaTimeout"],[809,0,1,"serverTimeout","serverTimeout"],[810,0,1,"rtcmTimeout","rtcmTimeout"],[811,0,1,"deviceOutOfRange","deviceOutOfRange"],[812,0,1,"correctionsUnavailable","correctionsUnavailable"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/RTKDeviceStatusFlags-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/RTKDeviceStatusFlags-SummaryToolTips.js deleted file mode 100644 index bf7980a91..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/RTKDeviceStatusFlags-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:RTKDeviceStatusFlags",{799:"
Modem state values OFF  - 0x00 - Off NO_NETWORK  - 0x01 - No Network NETWORK_CONNECTED  - 0x02 - Network Connected CONFIGURING_DATA_CONTEXT  - 0x03 - Configuring Data Context ACTIVATING_DATA_CONTEXT  - 0x04 - Activating Data Context CONFIGURING_SOCKET  - 0x05 - Configuring Socket WAITING_ON_SERVER_HANDSHAKE - 0x06 - Waiting on Server Handshake CONNECTED_AND_IDLE  - 0x07 - Connected + Idle CONNECTED_AND_STREAMING  - 0x08 - Connected + Streaming
",800:"
Connection types NO_CONNECTION - 0x00 - No Connection CONNECTION_2G - 0x02 - 2G CONNECTION_3G - 0x03 - 3G CONNECTION_4G - 0x04 - 4G CONNECTION_5G - 0x05 - 5G
",801:"
Only C++ compatible
",802:"
uint8 version() const
",803:"
ModemState modemState() const
",804:"
ConnectionType connectionType() const
",805:"
int8 rssi() const
",806:"
uint8 signalQuality() const
",807:"
uint8 towerChangeIndicator() const
",808:"
uint8 nmeaTimeout() const
",809:"
uint8 serverTimeout() const
",810:"
uint8 rtcmTimeout() const
",811:"
uint8 deviceOutOfRange() const
",812:"
uint8 correctionsUnavailable() const
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/RTKDeviceStatusFlags-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/RTKDeviceStatusFlags-ToolTips.js deleted file mode 100644 index d88875c1d..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/RTKDeviceStatusFlags-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({799:"
Modem state values OFF  - 0x00 - Off NO_NETWORK  - 0x01 - No Network NETWORK_CONNECTED  - 0x02 - Network Connected CONFIGURING_DATA_CONTEXT  - 0x03 - Configuring Data Context ACTIVATING_DATA_CONTEXT  - 0x04 - Activating Data Context CONFIGURING_SOCKET  - 0x05 - Configuring Socket WAITING_ON_SERVER_HANDSHAKE - 0x06 - Waiting on Server Handshake CONNECTED_AND_IDLE  - 0x07 - Connected + Idle CONNECTED_AND_STREAMING  - 0x08 - Connected + Streaming
",800:"
Connection types NO_CONNECTION - 0x00 - No Connection CONNECTION_2G - 0x02 - 2G CONNECTION_3G - 0x03 - 3G CONNECTION_4G - 0x04 - 4G CONNECTION_5G - 0x05 - 5G
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/RTKDeviceStatusFlags.html b/v66.0.1/MSCL_API_Docs/classes/C/RTKDeviceStatusFlags.html deleted file mode 100644 index bd61df382..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/RTKDeviceStatusFlags.html +++ /dev/null @@ -1,85 +0,0 @@ - - -RTKDeviceStatusFlags - - - - - - - -
-
RTKDeviceStatusFlags
-
- -
-
ModemState
-

Modem state values OFF  - 0x00 - Off NO_NETWORK  - 0x01 - No Network NETWORK_CONNECTED  - 0x02 - Network Connected CONFIGURING_DATA_CONTEXT  - 0x03 - Configuring Data Context ACTIVATING_DATA_CONTEXT  - 0x04 - Activating Data Context CONFIGURING_SOCKET  - 0x05 - Configuring Socket WAITING_ON_SERVER_HANDSHAKE - 0x06 - Waiting on Server Handshake CONNECTED_AND_IDLE  - 0x07 - Connected + Idle CONNECTED_AND_STREAMING  - 0x08 - Connected + Streaming

-
- -
-
ConnectionType
-

Connection types NO_CONNECTION - 0x00 - No Connection CONNECTION_2G - 0x02 - 2G CONNECTION_3G - 0x03 - 3G CONNECTION_4G - 0x04 - 4G CONNECTION_5G - 0x05 - 5G

-
- -
-
explicit conversion from RTKDeviceStatusFlags to RTKDeviceStatusFlags_v1
-

Only C++ compatible

-
- -
-
version
-
uint8 version() const
-
- -
-
modemState
-
ModemState modemState() const
-
- -
-
connectionType
-
ConnectionType connectionType() const
-
- -
-
rssi
-
int8 rssi() const
-
- -
-
signalQuality
-
uint8 signalQuality() const
-
- -
-
towerChangeIndicator
-
uint8 towerChangeIndicator() const
-
- -
-
nmeaTimeout
-
uint8 nmeaTimeout() const
-
- -
-
serverTimeout
-
uint8 serverTimeout() const
-
- -
-
rtcmTimeout
-
uint8 rtcmTimeout() const
-
- -
-
deviceOutOfRange
-
uint8 deviceOutOfRange() const
-
- -
-
correctionsUnavailable
-
uint8 correctionsUnavailable() const
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/RTKDeviceStatusFlags_v1-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/RTKDeviceStatusFlags_v1-Summary.js deleted file mode 100644 index d96bc6770..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/RTKDeviceStatusFlags_v1-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:RTKDeviceStatusFlags_v1","RTKDeviceStatusFlags_v1");NDSummary.OnSummaryLoaded("CClass:RTKDeviceStatusFlags_v1",[["C/C++","C"]],[["Enums","Enumeration"],["Functions","Function"],["Structs","Struct"]],[[813,0,2,"RTKDeviceStatusFlags_v1"],[814,0,0,"ControllerState","ControllerState"],[815,0,0,"PlatformState","PlatformState"],[816,0,0,"ControllerStatusCode","ControllerStatusCode"],[817,0,0,"PlatformStatusCode","PlatformStatusCode"],[818,0,0,"ResetReason","ResetReason"],[819,0,1,"explicit conversion from RTKDeviceStatusFlags_v1 to RTKDeviceStatusFlags","explicit_conversion_from_RTKDeviceStatusFlags_v1_to_RTKDeviceStatusFlags"],[820,0,1,"version","version"],[821,0,1,"controllerState","controllerState"],[822,0,1,"platformState","platformState"],[823,0,1,"controllerStatusCode","controllerStatusCode"],[824,0,1,"platformStatusCode","platformStatusCode"],[825,0,1,"resetReason","resetReason"],[826,0,1,"signalQuality","signalQuality"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/RTKDeviceStatusFlags_v1-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/RTKDeviceStatusFlags_v1-SummaryToolTips.js deleted file mode 100644 index 87dda9fed..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/RTKDeviceStatusFlags_v1-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:RTKDeviceStatusFlags_v1",{814:"
Controller state values IDLE  - 0x00 - Idle ACTIVE  - 0x04 - Active
",815:"
Platform state values MODEM_OFF  - 0x00 - Modem Off MODEM_POWERING_ON  - 0x01 - Modem Powering On MODEM_CONFIGURE  - 0x02 - Configuring Modem MODEM_POWERING_DOWN  - 0x03 - Modem Powering Down MODEM_READY  - 0x04 - Modem Ready MODEM_CONNECTING  - 0x05 - Modem Connecting to Network MODEM_DISCONNECTING  - 0x06 - Modem Disconnecting from Network MODEM_CONNECTED  - 0x07 - Modem Connected SERVICE_CONNECTING  - 0x08 - Connecting to RTK Service SERVICE_CONNECTION_FAILED  - 0x09 - Connection to RTK Service Failed SERVICE_CONNECTION_CANCELED  - 0x0A - Connection to RTK Service Canceled SERVICE_DISCONNECTING  - 0x0B - Disconnecting from RTK Service SERVICE_CONNECTED  - 0x0C - Connected to RTK Service PLATFORM_ERROR  - 0x0D - Platform Error RESET_MODEM  - 0x0E - Reset Modem
",816:"
Controller status code values CONTROLLER_OK  - 0x00 - Controller OK WAITING_NMEA  - 0x01 - Awaiting NMEA RTK_TIMEOUT  - 0x02 - RTK Timed Out RTK_UNAVAILABLE - 0x03 - RTK Unavailable CONFIG_INVALID  - 0x07 - Invalid Configuration
",817:"
Platform status code values PLATFORM_OK  - 0x00 - Platform OK RTK_CONNECTION_DROPPED  - 0x04 - RTK Service Connection Broken CELL_CONNECTION_DROPPED - 0x06 - Cell Connection Dropped MODEM_ERROR  - 0x07 - Modem Error
",818:"
Possible RTK reset reason values POWER_ON  - 0x00 - Reset due to Power-on UNKNOWN  - 0x01 - Hardware reset SOFT_RESET  - 0x02 - Soft reset HARDWARE_ERROR_RESET  - 0x03 - Watchdog reset
",819:"
Only C++ compatible
",820:"
uint8 version() const
",821:"
ControllerState controllerState() const
",822:"
PlatformState platformState() const
",823:"
ControllerStatusCode controllerStatusCode() const
",824:"
PlatformStatusCode platformStatusCode() const
",825:"
ResetReason resetReason() const
",826:"
uint8 signalQuality() const
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/RTKDeviceStatusFlags_v1-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/RTKDeviceStatusFlags_v1-ToolTips.js deleted file mode 100644 index 630eb849c..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/RTKDeviceStatusFlags_v1-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({814:"
Controller state values IDLE  - 0x00 - Idle ACTIVE  - 0x04 - Active
",815:"
Platform state values MODEM_OFF  - 0x00 - Modem Off MODEM_POWERING_ON  - 0x01 - Modem Powering On MODEM_CONFIGURE  - 0x02 - Configuring Modem MODEM_POWERING_DOWN  - 0x03 - Modem Powering Down MODEM_READY  - 0x04 - Modem Ready MODEM_CONNECTING  - 0x05 - Modem Connecting to Network MODEM_DISCONNECTING  - 0x06 - Modem Disconnecting from Network MODEM_CONNECTED  - 0x07 - Modem Connected SERVICE_CONNECTING  - 0x08 - Connecting to RTK Service SERVICE_CONNECTION_FAILED  - 0x09 - Connection to RTK Service Failed SERVICE_CONNECTION_CANCELED  - 0x0A - Connection to RTK Service Canceled SERVICE_DISCONNECTING  - 0x0B - Disconnecting from RTK Service SERVICE_CONNECTED  - 0x0C - Connected to RTK Service PLATFORM_ERROR  - 0x0D - Platform Error RESET_MODEM  - 0x0E - Reset Modem
",816:"
Controller status code values CONTROLLER_OK  - 0x00 - Controller OK WAITING_NMEA  - 0x01 - Awaiting NMEA RTK_TIMEOUT  - 0x02 - RTK Timed Out RTK_UNAVAILABLE - 0x03 - RTK Unavailable CONFIG_INVALID  - 0x07 - Invalid Configuration
",817:"
Platform status code values PLATFORM_OK  - 0x00 - Platform OK RTK_CONNECTION_DROPPED  - 0x04 - RTK Service Connection Broken CELL_CONNECTION_DROPPED - 0x06 - Cell Connection Dropped MODEM_ERROR  - 0x07 - Modem Error
",818:"
Possible RTK reset reason values POWER_ON  - 0x00 - Reset due to Power-on UNKNOWN  - 0x01 - Hardware reset SOFT_RESET  - 0x02 - Soft reset HARDWARE_ERROR_RESET  - 0x03 - Watchdog reset
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/RTKDeviceStatusFlags_v1.html b/v66.0.1/MSCL_API_Docs/classes/C/RTKDeviceStatusFlags_v1.html deleted file mode 100644 index f821ce5dd..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/RTKDeviceStatusFlags_v1.html +++ /dev/null @@ -1,80 +0,0 @@ - - -RTKDeviceStatusFlags_v1 - - - - - - - -
-
RTKDeviceStatusFlags_v1
-
- -
-
ControllerState
-

Controller state values IDLE  - 0x00 - Idle ACTIVE  - 0x04 - Active

-
- -
-
PlatformState
-

Platform state values MODEM_OFF  - 0x00 - Modem Off MODEM_POWERING_ON  - 0x01 - Modem Powering On MODEM_CONFIGURE  - 0x02 - Configuring Modem MODEM_POWERING_DOWN  - 0x03 - Modem Powering Down MODEM_READY  - 0x04 - Modem Ready MODEM_CONNECTING  - 0x05 - Modem Connecting to Network MODEM_DISCONNECTING  - 0x06 - Modem Disconnecting from Network MODEM_CONNECTED  - 0x07 - Modem Connected SERVICE_CONNECTING  - 0x08 - Connecting to RTK Service SERVICE_CONNECTION_FAILED  - 0x09 - Connection to RTK Service Failed SERVICE_CONNECTION_CANCELED  - 0x0A - Connection to RTK Service Canceled SERVICE_DISCONNECTING  - 0x0B - Disconnecting from RTK Service SERVICE_CONNECTED  - 0x0C - Connected to RTK Service PLATFORM_ERROR  - 0x0D - Platform Error RESET_MODEM  - 0x0E - Reset Modem

-
- -
-
ControllerStatusCode
-

Controller status code values CONTROLLER_OK  - 0x00 - Controller OK WAITING_NMEA  - 0x01 - Awaiting NMEA RTK_TIMEOUT  - 0x02 - RTK Timed Out RTK_UNAVAILABLE - 0x03 - RTK Unavailable CONFIG_INVALID  - 0x07 - Invalid Configuration

-
- -
-
PlatformStatusCode
-

Platform status code values PLATFORM_OK  - 0x00 - Platform OK RTK_CONNECTION_DROPPED  - 0x04 - RTK Service Connection Broken CELL_CONNECTION_DROPPED - 0x06 - Cell Connection Dropped MODEM_ERROR  - 0x07 - Modem Error

-
- -
-
ResetReason
-

Possible RTK reset reason values POWER_ON  - 0x00 - Reset due to Power-on UNKNOWN  - 0x01 - Hardware reset SOFT_RESET  - 0x02 - Soft reset HARDWARE_ERROR_RESET  - 0x03 - Watchdog reset

-
- -
-
explicit conversion from RTKDeviceStatusFlags_v1 to RTKDeviceStatusFlags
-

Only C++ compatible

-
- -
-
version
-
uint8 version() const
-
- -
-
controllerState
-
ControllerState controllerState() const
-
- -
-
platformState
-
PlatformState platformState() const
-
- -
-
controllerStatusCode
-
ControllerStatusCode controllerStatusCode() const
-
- -
-
platformStatusCode
-
PlatformStatusCode platformStatusCode() const
-
- -
-
resetReason
-
ResetReason resetReason() const
-
- -
-
signalQuality
-
uint8 signalQuality() const
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/RTKNode-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/RTKNode-Summary.js deleted file mode 100644 index 6c14d83bd..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/RTKNode-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:RTKNode","RTKNode");NDSummary.OnSummaryLoaded("CClass:RTKNode",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"]],[[2675,0,0,"RTKNode"],[2676,0,1,"RTKNode","RTKNode"],[2677,0,1,"getCommunicationMode","getCommunicationMode"],[2678,0,1,"setCommunicationMode","setCommunicationMode"],[2679,0,1,"getDeviceStatusFlags","getDeviceStatusFlags"],[2680,0,1,"getActivationCode","getActivationCode"],[2681,0,1,"getStatusBitfieldVersion","getStatusBitfieldVersion"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/RTKNode-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/RTKNode-SummaryToolTips.js deleted file mode 100644 index d3ca07d4f..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/RTKNode-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:RTKNode",{2675:"
RTKNode
A class representing a MicroStrain RTK Node
",2676:"
explicit RTKNode(
Connection connection
) : MipNode(connection)
Creates an RTKNode object.
",2677:"
uint8 getCommunicationMode() override
Gets the current communication mode that the node is in.
",2678:"
void setCommunicationMode(
uint8 communicationMode
) override
Sets the communication mode for the node.  Note: The node info will be reset when doing this and therefore will require being fetched again the next time it is requested.
",2679:"
RTKDeviceStatusFlags getDeviceStatusFlags() const
Gets the status flags for the RTK device.
",2680:"
std::string getActivationCode() const
Gets the Activation Code of the RTK device.
",2681:"
uint8 getStatusBitfieldVersion() const
Extracts the bitfield version number from the RTK status flag.  0 - V1 1 - V2
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/RTKNode-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/RTKNode-ToolTips.js deleted file mode 100644 index 3175283fe..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/RTKNode-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({19:"
Connection
The Connection object that is used for communication.
",1094:"
The enums for all the different data classes of MIP data.
",2083:"
MipNode
Abstract base class for Inertial or RTK (MIP) devices
",4614:"
Error_NotSupported
A command/feature was attempted to be used that was not supported.
",4625:"
Error_Communication
The exception for failing to communicate with a device.
",4632:"
Error_Connection
The generic connection exception.
",4644:"
Error_MipCmdFailed
The Inertial command has failed
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/RTKNode.html b/v66.0.1/MSCL_API_Docs/classes/C/RTKNode.html deleted file mode 100644 index d061903e9..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/RTKNode.html +++ /dev/null @@ -1,53 +0,0 @@ - - -RTKNode - - - - - - - -
-
RTKNode
- -

A class representing a MicroStrain RTK Node

-
- -
-
RTKNode
-
explicit RTKNode(
Connection connection
) : MipNode(connection)
-

Creates an RTKNode object.

Parameters
connection
Connection

The Connection object used for communication.

Exceptions
-
- -
-
getCommunicationMode
-
uint8 getCommunicationMode() override
-

Gets the current communication mode that the node is in.

Returns

The communication mode the node is in. This is an advanced command, and therefore the communication modes for your device should be researched to determine what each communication mode is.

Exceptions
-
- -
-
setCommunicationMode
-
void setCommunicationMode(
uint8 communicationMode
) override
-

Sets the communication mode for the node.  Note: The node info will be reset when doing this and therefore will require being fetched again the next time it is requested.

Parameters
communicationMode
uint8

The communication mode to set. This is an advanced command, and therefore the communication modes for your device should be researched to determine what each communication mode is.

Exceptions
-
- -
-
getDeviceStatusFlags
-
RTKDeviceStatusFlags getDeviceStatusFlags() const
-

Gets the status flags for the RTK device.

Returns
RTKDeviceStatusFlags

The RTKDeviceStatusFlags containing modem and client connection status.

Exceptions
-
- -
-
getActivationCode
-
std::string getActivationCode() const
-

Gets the Activation Code of the RTK device.

Returns

The 32 character Activation Code for the device.

Exceptions
-
- -
-
getStatusBitfieldVersion
-
uint8 getStatusBitfieldVersion() const
-

Extracts the bitfield version number from the RTK status flag.  0 - V1 1 - V2

Returns
uint8

The uint8 bitfield value containing the RTK version number.

Exceptions
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/RadioFeatures-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/RadioFeatures-Summary.js deleted file mode 100644 index 2a224b510..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/RadioFeatures-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:RadioFeatures","RadioFeatures");NDSummary.OnSummaryLoaded("CClass:RadioFeatures",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"]],[[4257,0,0,"RadioFeatures"],[4258,0,1,"RadioFeatures","RadioFeatures"],[4259,0,1,"extendedRange","extendedRange"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/RadioFeatures-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/RadioFeatures-SummaryToolTips.js deleted file mode 100644 index 66d03c044..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/RadioFeatures-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:RadioFeatures",{4257:"
RadioFeatures
Represents radio features of a WirelessNode.
",4258:"
RadioFeatures(
uint16 eepromValue
)
Creates a RadioFeatures object from the eeprom value
",4259:"
bool extendedRange()
Gets whether or not the Node is XR (has an extended range radio)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/RadioFeatures-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/RadioFeatures-ToolTips.js deleted file mode 100644 index 2b1cfe607..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/RadioFeatures-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3865:"
WirelessNode
A class representing a MicroStrain wireless node
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/RadioFeatures.html b/v66.0.1/MSCL_API_Docs/classes/C/RadioFeatures.html deleted file mode 100644 index 811722e92..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/RadioFeatures.html +++ /dev/null @@ -1,29 +0,0 @@ - - -RadioFeatures - - - - - - - -
-
RadioFeatures
-
RadioFeatures
-

Represents radio features of a WirelessNode.

-
- -
-
RadioFeatures
-
RadioFeatures(
uint16 eepromValue
)
-

Creates a RadioFeatures object from the eeprom value

Parameters
eepromValue
uint16

The value from eeprom that determines the radio features

-
- -
-
extendedRange
-
bool extendedRange()
-

Gets whether or not the Node is XR (has an extended range radio)

Returns

true if the Node has an XR radio, false otherwise

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/RawBytePacket-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/RawBytePacket-Summary.js deleted file mode 100644 index bf85823d7..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/RawBytePacket-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:RawBytePacket","RawBytePacket");NDSummary.OnSummaryLoaded("CClass:RawBytePacket",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Types","Type"]],[[2239,0,0,"RawBytePacket"],[2240,0,1,"type","type"],[2241,0,1,"source","source"],[2242,0,1,"payload","payload"],[2243,0,2,"RawBytePackets","RawBytePackets"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/RawBytePacket-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/RawBytePacket-SummaryToolTips.js deleted file mode 100644 index 0715b9ef1..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/RawBytePacket-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:RawBytePacket",{2239:"
RawBytePacket
A class that contains packet information about an Inertial packet
",2240:"
PacketType type() const
Gets the PacketType of the packet
",2241:"
PacketSource source() const
Gets the PacketSource of the packet
",2242:"
const std::vector<uint8> payload() const
Gets the payload bytes of the packet
",2243:"
Typedef for a vector of RawBytePacket objects.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/RawBytePacket-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/RawBytePacket-ToolTips.js deleted file mode 100644 index 8dcabcb8d..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/RawBytePacket-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2239:"
RawBytePacket
A class that contains packet information about an Inertial packet
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/RawBytePacket.html b/v66.0.1/MSCL_API_Docs/classes/C/RawBytePacket.html deleted file mode 100644 index 77993254c..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/RawBytePacket.html +++ /dev/null @@ -1,40 +0,0 @@ - - -RawBytePacket - - - - - - - -
-
RawBytePacket
-
RawBytePacket
-

A class that contains packet information about an Inertial packet

-
- -
-
type
-
PacketType type() const
-

Gets the PacketType of the packet

Returns

PacketType of the packet

-
- -
-
source
-
PacketSource source() const
-

Gets the PacketSource of the packet

Returns

PacketSource of the packet

-
- -
-
payload
-
const std::vector<uint8> payload() const
-

Gets the payload bytes of the packet

Returns

The payload of the packet, as a vector of bytes

-
- -
-
RawBytePackets
-

Typedef for a vector of RawBytePacket objects.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Rotation-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/Rotation-Summary.js deleted file mode 100644 index 7a94cb985..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Rotation-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:Rotation","Rotation");NDSummary.OnSummaryLoaded("CClass:Rotation",[["C/C++","C"]],[["Classes","Class"],["Enums","Enumeration"],["Functions","Function"]],[[1024,0,0,"Rotation"],[1025,0,1,"Format","Format"],[1026,0,1,,"EULER_ANGLES"],[1027,0,1,,"QUATERNION"],[1028,0,2,"Rotation","Rotation"],[1029,0,2,"Rotation","Rotation(2)"],[1030,0,2,"Rotation","Rotation(3)"],[1031,0,2,"Rotation","Rotation(4)"],[1032,0,2,"FromEulerAngles (static)","FromEulerAngles"],[1033,0,2,"FromQuaternion (static)","FromQuaternion"],[1034,0,2,"operator EulerAngles() (cast)","operator_EulerAngles()"],[1035,0,2,"operator Quaternion() (cast)","operator_Quaternion()"],[1036,0,2,"asEulerAngles","asEulerAngles"],[1037,0,2,"asQuaternion","asQuaternion"],[1038,0,2,"asMipFieldValues","asMipFieldValues"],[1039,0,2,"appendMipFieldValues","appendMipFieldValues"],[1040,0,2,"format","format"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Rotation-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/Rotation-SummaryToolTips.js deleted file mode 100644 index 3179f4be3..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Rotation-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:Rotation",{1024:"
Rotation
Structure that can represent either a Quaternion or EulerAngles object.
",1025:"
Possible formats for the Rotation object.
",1028:"
Rotation() : Rotation(EulerAngles(0, 0, 0))
Constructs a Rotation object with default values.
",1029:"
Rotation(
const EulerAngles &angles
)
Constructs a Rotation object based on the specified EulerAngles.
",1030:"
Rotation(
const Quaternion &quat
)
Constructs a Rotation object based on the specified Quaternion.
",1031:"
Rotation(
const MipFieldValues &data,
uint8 offset = 0
)
Creates a Rotation object based on specified <MipFieldValues> data
",1032:"
static Rotation FromEulerAngles(
const EulerAngles &angles
)
Constructs a Rotation object based on the specified EulerAngles.
",1033:"
static Rotation FromQuaternion(
const Quaternion &quat
)
Constructs a Rotation object based on the specified Quaternion.
",1034:"
operator EulerAngles() const
Creates an EulerAngles object with this object\'s rotation values. Error_BadDataType exception will be thrown if this Rotation object does not represent an EulerAngles rotation.
",1035:"
operator Quaternion() const
Creates an Quaternion object with this object\'s rotation values. Error_BadDataType exception will be thrown if this Rotation object does not represent an Quaternion rotation.
",1036:"
EulerAngles asEulerAngles() const
Creates an EulerAngles object with this object\'s rotation values. Error_BadDataType exception will be thrown if this Rotation object does not represent an EulerAngles rotation.
",1037:"
Quaternion asQuaternion() const
Creates an Quaternion object with this object\'s rotation values. Error_BadDataType exception will be thrown if this Rotation object does not represent an Quaternion rotation.
",1038:"
MipFieldValues asMipFieldValues(
bool includeFormat = true
) const
Gets the current quaternion values formatted as a <MipFieldValues> object
",1039:"
void appendMipFieldValues(
MipFieldValues &appendTo,
bool includeFormat = true
) const
Adds the properly formatted <MipFieldValues> that represent this object to the specified collection.
",1040:"
Format format() const
Gets the Format of this Rotation object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Rotation-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/Rotation-ToolTips.js deleted file mode 100644 index 5bd0029b8..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Rotation-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1002:"
EulerAngles
Represents generic Euler Angles (roll, pitch, yaw).
",1013:"
Quaternion
",1024:"
Rotation
Structure that can represent either a Quaternion or EulerAngles object.
",1025:"
Possible formats for the Rotation object.
",4373:"
Vector
Represents a Vector of values
",4620:"
Error_BadDataType
Data of one type was accessed as another type (simple_any)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Rotation.html b/v66.0.1/MSCL_API_Docs/classes/C/Rotation.html deleted file mode 100644 index d61261ac8..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Rotation.html +++ /dev/null @@ -1,100 +0,0 @@ - - -Rotation - - - - - - - -
-
Rotation
-
public
Vector
Rotation
-

Structure that can represent either a Quaternion or EulerAngles object.

-
- -
-
Format
-

Possible formats for the Rotation object.

EULER_ANGLES

1 - EulerAngles format

QUATERNION

2 - Quaternion format

-
- -
-
Rotation
-
Rotation() : Rotation(EulerAngles(0, 0, 0))
-

Constructs a Rotation object with default values.

-
- -
-
Rotation
-
Rotation(
const EulerAngles &angles
)
-

Constructs a Rotation object based on the specified EulerAngles.

Parameters
angles
const EulerAngles&

EulerAngles object to populate rotation values from

-
- -
-
Rotation
-
Rotation(
const Quaternion &quat
)
-

Constructs a Rotation object based on the specified Quaternion.

Parameters
quat
const Quaternion&

Quaternion object to populate rotation values from

-
- -
-
Rotation
-
Rotation(
const MipFieldValues &data,
uint8 offset = 0
)
-

Creates a Rotation object based on specified <MipFieldValues> data

Parameters
<MipFieldValues>

format must be a u8 format id and 3 or 4 floats

offset
uint8

default: 0 - uint8 index offset to start reading from

-
- -
-
FromEulerAngles (static)
-
static Rotation FromEulerAngles(
const EulerAngles &angles
)
-

Constructs a Rotation object based on the specified EulerAngles.

Parameters
angles
const EulerAngles&

EulerAngles object to populate rotation values from

-
- -
-
FromQuaternion (static)
-
static Rotation FromQuaternion(
const Quaternion &quat
)
-

Constructs a Rotation object based on the specified Quaternion.

Parameters
quat
const Quaternion&

Quaternion object to populate rotation values from

-
- -
-
operator EulerAngles() (cast)
-
operator EulerAngles() const
-

Creates an EulerAngles object with this object's rotation values.  Error_BadDataType exception will be thrown if this Rotation object does not represent an EulerAngles rotation.

-
- -
-
operator Quaternion() (cast)
-
operator Quaternion() const
-

Creates an Quaternion object with this object's rotation values.  Error_BadDataType exception will be thrown if this Rotation object does not represent an Quaternion rotation.

-
- -
-
asEulerAngles
-
EulerAngles asEulerAngles() const
-

Creates an EulerAngles object with this object's rotation values.  Error_BadDataType exception will be thrown if this Rotation object does not represent an EulerAngles rotation.

-
- -
-
asQuaternion
-
Quaternion asQuaternion() const
-

Creates an Quaternion object with this object's rotation values.  Error_BadDataType exception will be thrown if this Rotation object does not represent an Quaternion rotation.

-
- -
-
asMipFieldValues
-
MipFieldValues asMipFieldValues(
bool includeFormat = true
) const
-

Gets the current quaternion values formatted as a <MipFieldValues> object

Parameters
includeFormat
bool

bool - default: true - indicate whether the uint8 format identifier should be included in the MipFieldValues

Returns
<MipFieldValues>

collection of values that represents this object.

-
- -
-
appendMipFieldValues
-
void appendMipFieldValues(
MipFieldValues &appendTo,
bool includeFormat = true
) const
-

Adds the properly formatted <MipFieldValues> that represent this object to the specified collection.

Parameters
appendTo
MipFieldValues&

(reference) the <MipFieldValues> collection to append to

includeFormat
bool

bool - default: true - indicate whether the uint8 format identifier should be included in the MipFieldValues

-
- -
-
format
-
Format format() const
-

Gets the Format of this Rotation object.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/SBASSettingsData-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/SBASSettingsData-Summary.js deleted file mode 100644 index 919819ebe..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/SBASSettingsData-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:SBASSettingsData","SBASSettingsData");NDSummary.OnSummaryLoaded("CClass:SBASSettingsData",[["C/C++","C"]],[["Functions","Function"],["Structs","Struct"],["Variables","Variable"]],[[597,0,1,"SBASSettingsData"],[598,0,2,"enableSBAS","enableSBAS"],[599,0,2,"enableRanging","enableRanging"],[600,0,2,"enableCorrectionData","enableCorrectionData"],[601,0,2,"applyIntegrityInfo","applyIntegrityInfo"],[602,0,2,"SatellitePRNs","SatellitePRNs"],[603,0,0,"SBASSettingsData","SBASSettingsData"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/SBASSettingsData-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/SBASSettingsData-SummaryToolTips.js deleted file mode 100644 index 4b948f255..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/SBASSettingsData-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:SBASSettingsData",{597:"
Contains the data for the SBASSettings class.
",598:"
bool enableSBAS
",599:"
bool enableRanging
",600:"
bool enableCorrectionData
",601:"
bool applyIntegrityInfo
",602:"
SatellitePRNs satellitePRNs
The SatellitePRNs for all included satellites.
",603:"
SBASSettingsData(): enableSBAS(false), enableRanging(false), enableCorrectionData(false), applyIntegrityInfo(false)
Creates a SBASSettingsData object with default values.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/SBASSettingsData-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/SBASSettingsData-ToolTips.js deleted file mode 100644 index 153680aa9..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/SBASSettingsData-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({531:"
A vector of uint16 PRN#s for satellites.
",602:"
SatellitePRNs satellitePRNs
The SatellitePRNs for all included satellites.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/SBASSettingsData.html b/v66.0.1/MSCL_API_Docs/classes/C/SBASSettingsData.html deleted file mode 100644 index b4c84ec00..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/SBASSettingsData.html +++ /dev/null @@ -1,48 +0,0 @@ - - -SBASSettingsData - - - - - - - -
-
SBASSettingsData
-

Contains the data for the SBASSettings class.

-
- -
-
enableSBAS
-
bool enableSBAS
-
- -
-
enableRanging
-
bool enableRanging
-
- -
-
enableCorrectionData
-
bool enableCorrectionData
-
- -
-
applyIntegrityInfo
-
bool applyIntegrityInfo
-
- -
-
SatellitePRNs
-
SatellitePRNs satellitePRNs
-

The SatellitePRNs for all included satellites.

-
- -
-
SBASSettingsData
-
SBASSettingsData(): enableSBAS(false), enableRanging(false), enableCorrectionData(false), applyIntegrityInfo(false)
-

Creates a SBASSettingsData object with default values.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/SampleRate-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/SampleRate-Summary.js deleted file mode 100644 index e1f244aa9..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/SampleRate-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:SampleRate","SampleRate");NDSummary.OnSummaryLoaded("CClass:SampleRate",[["C/C++","C"]],[["Classes","Class"],["Enums","Enumeration"],["Functions","Function"],["Types","Type"]],[[4379,0,0,"SampleRate"],[4380,0,1,"RateType","RateType"],[4381,0,1,,"rateType_seconds"],[4382,0,1,,"rateType_hertz"],[4383,0,1,,"rateType_event"],[4384,0,1,,"rateType_decimation"],[4385,0,2,"SampleRate","SampleRate"],[4386,0,2,"str","str"],[4387,0,2,"prettyStr","prettyStr"],[4388,0,2,"samplePeriod","samplePeriod"],[4389,0,2,"samplesPerSecond","samplesPerSecond"],[4390,0,2,"rateType","rateType"],[4391,0,2,"samples","samples"],[4392,0,2,"toWirelessSampleRate","toWirelessSampleRate"],[4393,0,2,"toDecimation","toDecimation"],[4394,0,2,"Hertz","Hertz"],[4395,0,2,"KiloHertz","KiloHertz"],[4396,0,2,"Seconds","Seconds"],[4397,0,2,"Event","Event"],[4398,0,2,"Decimation","Decimation"],[4399,0,2,"FromWirelessEepromValue","FromWirelessEepromValue"],[4400,0,2,"FromInertialRateDecimationInfo","FromInertialRateDecimationInfo"],[4401,0,3,"SampleRates","SampleRates"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/SampleRate-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/SampleRate-SummaryToolTips.js deleted file mode 100644 index ce32a7a96..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/SampleRate-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:SampleRate",{4379:"
SampleRate
Represents a MicroStrain sample rate (rate at which data is sampling)
",4385:"
SampleRate(
RateType type,
uint32 samples
)
Creates a sample rate with the given type and samples
",4386:"
std::string str() const
Gets the string representation of the sample rate.  Ex. 1Hz = "1-hertz", 10kHz = "10000-hertz", 1 per 10 seconds = "10-seconds", 1 per 1 minute = "60 seconds"
",4387:"
std::string prettyStr() const
Gets the string representation of the sample rate in a more human-readable format.  Ex. 1Hz = "1Hz", 10kHz = "10kHz", 1 per 10 seconds = "Every 10 sec", 1 per 1 minute = "Every 1 min"
",4388:"
TimeSpan samplePeriod() const
Gets the sample period (time between samples) as a TimeSpan for the current sample rate
",4389:"
double samplesPerSecond() const
Gets the number of samples per second.
",4390:"
RateType rateType() const
Gets the sample rate type
",4391:"
uint32 samples() const
Gets the number of samples for the sample rate (or seconds if less than 1 Hz)
",4392:"
WirelessTypes::WirelessSampleRate toWirelessSampleRate() const
Gets the WirelessTypes::WirelessSampleRate enum for the current SampleRate.
",4393:"
uint16 toDecimation(
uint16 sampleRateBase
) const
Gets the decimation for the current SampleRate.
",4394:"
static SampleRate Hertz(
uint32 samplesPerSecond
)
Creates a SampleRate object from the given samples per second
",4395:"
static SampleRate KiloHertz(
uint32 kSamplesPerSecond
)
Creates a SampleRate object from the given 1000 samples per second
",4396:"
static SampleRate Seconds(
uint32 secondsBetweenSamples
)
Creates a SampleRate object from the given seconds between samples
",4397:"
static SampleRate Event()
Creates a SampleRate object with the asynchronous/event type.
",4398:"
static SampleRate Decimation(
uint32 rateDecimation
)
Creates a SampleRate object with the decimation type.
",4399:"
static SampleRate FromWirelessEepromValue(
WirelessTypes::WirelessSampleRate eepromValue
)
Creates a SampleRate object from the WirelessTypes::WirelessSampleRate value (the value that gets stored in eeprom).
",4400:"
static SampleRate FromInertialRateDecimationInfo(
uint16 baseRate,
uint16 rateDecimation
)
Creates a SampleRate object from the base rate and rate decimation value read from an inertial device
",4401:"
A typedef for a vector of SampleRate objects.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/SampleRate-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/SampleRate-ToolTips.js deleted file mode 100644 index 251aedf12..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/SampleRate-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3520:"
The possible sample rates that are available for Wireless Nodes.
",4379:"
SampleRate
Represents a MicroStrain sample rate (rate at which data is sampling)
",4385:"
SampleRate(
RateType type,
uint32 samples
)
Creates a sample rate with the given type and samples
",4576:"
TimeSpan
Represents a range of time
",4622:"
Error_UnknownSampleRate
The sample rate is invalid or unknown for the given device
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/SampleRate.html b/v66.0.1/MSCL_API_Docs/classes/C/SampleRate.html deleted file mode 100644 index 334a6749a..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/SampleRate.html +++ /dev/null @@ -1,123 +0,0 @@ - - -SampleRate - - - - - - - -
-
SampleRate
-
SampleRate
-

Represents a MicroStrain sample rate (rate at which data is sampling)

-
- -
-
RateType
-
rateType_seconds

0 - Sample rate type of seconds  (less than 1 Hz)

rateType_hertz

1 - Sample rate type of Hertz  (1 Hz and above)

rateType_event

2 - Event triggered, no sample rate

rateType_decimation

3 - Every x sample sent, no sample rate

-
- -
-
SampleRate
-
SampleRate(
RateType type,
uint32 samples
)
-

Creates a sample rate with the given type and samples

Parameters
type
RateType

The RateType of the given sample rate

samples
uint32

The number of samples in the given sample rate (or seconds if the type is rateType_seconds)

-
- -
-
str
-
std::string str() const
-

Gets the string representation of the sample rate.  Ex. 1Hz = "1-hertz", 10kHz = "10000-hertz", 1 per 10 seconds = "10-seconds", 1 per 1 minute = "60 seconds"

Returns

The sample rate represented as a string

-
- -
-
prettyStr
-
std::string prettyStr() const
-

Gets the string representation of the sample rate in a more human-readable format.  Ex. 1Hz = "1Hz", 10kHz = "10kHz", 1 per 10 seconds = "Every 10 sec", 1 per 1 minute = "Every 1 min"

Returns

The sample rate represented as a string

-
- -
-
samplePeriod
-
TimeSpan samplePeriod() const
-

Gets the sample period (time between samples) as a TimeSpan for the current sample rate

Returns

The TimeSpan representing the sample period

Exceptions
-
- -
-
samplesPerSecond
-
double samplesPerSecond() const
-

Gets the number of samples per second.

Returns

The number of samples per second as a double

Exceptions
-
- -
-
rateType
-
RateType rateType() const
-

Gets the sample rate type

Returns

The type of the current sample rate

-
- -
-
samples
-
uint32 samples() const
-

Gets the number of samples for the sample rate (or seconds if less than 1 Hz)

Returns

The number of samples for the sample rate

-
- -
-
toWirelessSampleRate
-
WirelessTypes::WirelessSampleRate toWirelessSampleRate() const
-

Gets the WirelessTypes::WirelessSampleRate enum for the current SampleRate.

Returns

The WirelessTypes::WirelessSampleRate that is associated with the current SampleRate.

Exceptions
-
- -
-
toDecimation
-
uint16 toDecimation(
uint16 sampleRateBase
) const
-

Gets the decimation for the current SampleRate.

Parameters
sampleRateBase
uint16

The base sample rate used to compute the decimation

Returns

The decimation of the current SampleRate

-
- -
-
Hertz
-
static SampleRate Hertz(
uint32 samplesPerSecond
)
-

Creates a SampleRate object from the given samples per second

Parameters
samplesPerSecond
uint32

The number of samples per second (Hz)

Returns

A SampleRate object built from the given parameter

-
- -
-
KiloHertz
-
static SampleRate KiloHertz(
uint32 kSamplesPerSecond
)
-

Creates a SampleRate object from the given 1000 samples per second

Parameters
kSamplesPerSecond
uint32

The number of 1000's samples per second (kHz) (20 kHz = 20)

Returns

A SampleRate object built from the given parameter

-
- -
-
Seconds
-
static SampleRate Seconds(
uint32 secondsBetweenSamples
)
-

Creates a SampleRate object from the given seconds between samples

Parameters
secondsBetweenSamples
uint32

The number of seconds between samples (1 sample every 2 minutes = 120)

Returns

A SampleRate object built from the given parameter

-
- -
-
Event
-
static SampleRate Event()
-

Creates a SampleRate object with the asynchronous/event type.

Returns

A SampleRate object of the event type.

-
- -
-
Decimation
-
static SampleRate Decimation(
uint32 rateDecimation
)
-

Creates a SampleRate object with the decimation type.

Returns

A SampleRate object of the decimation type.

-
- -
-
FromWirelessEepromValue
-
static SampleRate FromWirelessEepromValue(
WirelessTypes::WirelessSampleRate eepromValue
)
-

Creates a SampleRate object from the WirelessTypes::WirelessSampleRate value (the value that gets stored in eeprom).

Parameters
eepromValue
WirelessTypes::WirelessSampleRate

The WirelessTypes::WirelessSampleRate value (the value that gets stored in eeprom).

Returns

A SampleRate object built from the given parameter.

Exceptions
-
- -
-
FromInertialRateDecimationInfo
-
static SampleRate FromInertialRateDecimationInfo(
uint16 baseRate,
uint16 rateDecimation
)
-

Creates a SampleRate object from the base rate and rate decimation value read from an inertial device

Parameters
uint16

The data base rate

uint16

The rate decimation value

Returns

A SampleRate object built from the given parameter.

-
- -
-
SampleRates
-

A typedef for a vector of SampleRate objects.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/SensorRange-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/SensorRange-Summary.js deleted file mode 100644 index 6d3718ace..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/SensorRange-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:SensorRange","SensorRange");NDSummary.OnSummaryLoaded("CClass:SensorRange",[["C/C++","C"]],[["Classes","Class"],["Enums","Enumeration"],["Functions","Function"],["Types","Type"],["Variables","Variable"]],[[1996,0,0,"SensorRange"],[1997,0,1,"Type","Type"],[1998,0,4,"type","type"],[1999,0,4,"range","range"],[2000,0,4,"id","id"],[2001,0,2,"type","type(2)"],[2002,0,2,"range","range(2)"],[2003,0,2,"id","id(2)"],[2004,0,3,"SensorRanges","SensorRanges"],[2005,0,3,"SensorRangeOptions","SensorRangeOptions"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/SensorRange-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/SensorRange-SummaryToolTips.js deleted file mode 100644 index 4a12b821e..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/SensorRange-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:SensorRange",{1996:"
SensorRange
An object representing a configurable sensor range option
",1997:"
Sensor and unit identifiers for configurable Sensor Range command (0x0C,0x52) ALL  - 0x00 - All (save as startup, load startup, reset to default only) ACCEL_MS2  - 0x01 - Accelerometer in m/s^2 GYRO_DPS  - 0x02 - Gyroscope in degrees per second MAG_MG  - 0x03 - Magnetometer in mG PRESSURE_HPA - 0x04 - Pressure in hPa
",1998:"
Type m_type
The SensorRange::Type of this range
",1999:"
float m_range
This will only be set and valid if read from SupportedSensorRanges object Default: -1 (invalid)
",2000:"
uint8 m_id
The index ID of this range according to device manual
",2001:"
Type type() const
The SensorRange::Type of this range
",2002:"
float range() const
This will only be set and valid if read from SupportedSensorRanges object
",2003:"
uint8 id() const
The index ID of this range according to device manual
",2004:"
A vector of SensorRange values
",2005:"
A collection of SensorRange::Type values mapped to associated SensorRange objects
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/SensorRange-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/SensorRange-ToolTips.js deleted file mode 100644 index b5aa19b0c..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/SensorRange-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1996:"
SensorRange
An object representing a configurable sensor range option
",1997:"
Sensor and unit identifiers for configurable Sensor Range command (0x0C,0x52) ALL  - 0x00 - All (save as startup, load startup, reset to default only) ACCEL_MS2  - 0x01 - Accelerometer in m/s^2 GYRO_DPS  - 0x02 - Gyroscope in degrees per second MAG_MG  - 0x03 - Magnetometer in mG PRESSURE_HPA - 0x04 - Pressure in hPa
",2006:"
SupportedSensorRanges
Structure to hold all info for looking up supported sensor ranges for a device
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/SensorRange.html b/v66.0.1/MSCL_API_Docs/classes/C/SensorRange.html deleted file mode 100644 index f71eaa300..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/SensorRange.html +++ /dev/null @@ -1,68 +0,0 @@ - - -SensorRange - - - - - - - -
-
SensorRange
-
SensorRange
-

An object representing a configurable sensor range option

-
- -
-
Type
-

Sensor and unit identifiers for configurable Sensor Range command (0x0C,0x52) ALL  - 0x00 - All (save as startup, load startup, reset to default only) ACCEL_MS2  - 0x01 - Accelerometer in m/s^2 GYRO_DPS  - 0x02 - Gyroscope in degrees per second MAG_MG  - 0x03 - Magnetometer in mG PRESSURE_HPA - 0x04 - Pressure in hPa

-
- -
-
type
-
Type m_type
-

The SensorRange::Type of this range

-
- -
-
range
-
float m_range
-

This will only be set and valid if read from SupportedSensorRanges object Default: -1 (invalid)

-
- -
-
id
-
uint8 m_id
-

The index ID of this range according to device manual

-
- -
-
type
-
Type type() const
-

The SensorRange::Type of this range

-
- -
-
range
-
float range() const
-

This will only be set and valid if read from SupportedSensorRanges object

-
- -
-
id
-
uint8 id() const
-

The index ID of this range according to device manual

-
- -
-
SensorRanges
-

A vector of SensorRange values

-
- -
-
SensorRangeOptions
-

A collection of SensorRange::Type values mapped to associated SensorRange objects

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/SetToIdleStatus-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/SetToIdleStatus-Summary.js deleted file mode 100644 index 572119654..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/SetToIdleStatus-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:SetToIdleStatus","SetToIdleStatus");NDSummary.OnSummaryLoaded("CClass:SetToIdleStatus",[["C/C++","C"]],[["Classes","Class"],["Enums","Enumeration"],["Functions","Function"]],[[2258,0,0,"SetToIdleStatus"],[2259,0,1,"SetToIdleResult","SetToIdleResult"],[2260,0,1,,"setToIdleResult_success"],[2261,0,1,,"setToIdleResult_canceled"],[2262,0,1,,"setToIdleResult_failed"],[2263,0,1,,"setToIdleResult_notCompleted"],[2264,0,2,"result","result"],[2265,0,2,"complete","complete"],[2266,0,2,"cancel","cancel"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/SetToIdleStatus-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/SetToIdleStatus-SummaryToolTips.js deleted file mode 100644 index 6ad1c189a..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/SetToIdleStatus-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:SetToIdleStatus",{2258:"
SetToIdleStatus
Holds the status information of the Set to Idle command.
",2259:"
The result of the Set To Idle command once the operation has ceased.
",2264:"
SetToIdleResult result()
Gets the SetToIdleResult representing the result of the Stop Node command (success, fail, canceled, etc.).  After complete is true, this should be called to discover how the command completed.
",2265:"
bool complete(
uint64 timeout = 10
)
Gets whether the Stop Node command has completed or not, waiting for the specified amount of time before returning.
",2266:"
void cancel()
Cancels the Stop Node operation that this SetToIdleResult belongs to.  If the Stop Node operation has already been completed/canceled, this will have no effect.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/SetToIdleStatus-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/SetToIdleStatus-ToolTips.js deleted file mode 100644 index 26524c9b0..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/SetToIdleStatus-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2259:"
The result of the Set To Idle command once the operation has ceased.
",2265:"
bool complete(
uint64 timeout = 10
)
Gets whether the Stop Node command has completed or not, waiting for the specified amount of time before returning.
",4632:"
Error_Connection
The generic connection exception.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/SetToIdleStatus.html b/v66.0.1/MSCL_API_Docs/classes/C/SetToIdleStatus.html deleted file mode 100644 index fcfbbdab9..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/SetToIdleStatus.html +++ /dev/null @@ -1,40 +0,0 @@ - - -SetToIdleStatus - - - - - - - -
-
SetToIdleStatus
-
SetToIdleStatus
-

Holds the status information of the Set to Idle command.

-
- -
-
SetToIdleResult
-

The result of the Set To Idle command once the operation has ceased.

setToIdleResult_success

0 - The Node has been successfully set to idle.

setToIdleResult_canceled

1 - The Set to Idle operation has been canceled by the user.

setToIdleResult_failed

2 - The Set to Idle operation has failed. The state of the Node is unknown.

setToIdleResult_notCompleted

3 - The Set to Idle operation has not yet completed.

-
- -
-
result
- -

Gets the SetToIdleResult representing the result of the Stop Node command (success, fail, canceled, etc.).  After complete is true, this should be called to discover how the command completed.

Returns

A SetToIdleResult representing the result of the Stop Node command.

-
- -
-
complete
-
bool complete(
uint64 timeout = 10
)
-

Gets whether the Stop Node command has completed or not, waiting for the specified amount of time before returning.

Parameters
timeout
uint64

A timeout (in milliseconds) which determines how long the command may take to return (default of 10 milliseconds).  For example, called with a timeout of 1 second, this function will block for up to 1 second if the Stop Node command has not completed.

Returns

true if the Stop Node command has finished, false if it is still running.

-
- -
-
cancel
-
void cancel()
-

Cancels the Stop Node operation that this SetToIdleResult belongs to.  If the Stop Node operation has already been completed/canceled, this will have no effect.

Exceptions
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/ShuntCalCmdInfo-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/ShuntCalCmdInfo-Summary.js deleted file mode 100644 index 280394ce9..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/ShuntCalCmdInfo-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:ShuntCalCmdInfo","ShuntCalCmdInfo");NDSummary.OnSummaryLoaded("CClass:ShuntCalCmdInfo",[["C/C++","C"]],[["Functions","Function"],["Structs","Struct"],["Variables","Variable"]],[[2689,0,1,"ShuntCalCmdInfo"],[2690,0,2,"useInternalShunt","useInternalShunt"],[2691,0,2,"numActiveGauges","numActiveGauges"],[2692,0,2,"gaugeResistance","gaugeResistance"],[2693,0,2,"shuntResistance","shuntResistance"],[2694,0,2,"gaugeFactor","gaugeFactor"],[2695,0,2,"inputRange","inputRange"],[2696,0,2,"hardwareOffset","hardwareOffset"],[2697,0,2,"excitationVoltage;","excitationVoltage_"],[2698,0,0,"ShuntCalCmdInfo","ShuntCalCmdInfo"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/ShuntCalCmdInfo-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/ShuntCalCmdInfo-SummaryToolTips.js deleted file mode 100644 index d2d410b2e..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/ShuntCalCmdInfo-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:ShuntCalCmdInfo",{2689:"
Contains data for the shunt AutoCal command.
",2690:"
bool useInternalShunt
Whether the Shunt Cal should use an internal shunt (true), or external shunt (false).  When using an internal shunt, the process will usually take under 1 second to complete.  When using an external shunt, the process will take about 30 seconds and involves the node being sampled without the shunt applied, followed by an LED change indicating to apply the shunt.  Please see the product documentation for more information.
",2691:"
uint8 numActiveGauges
The number of active gauges for the Shunt Cal command.
",2692:"
uint16 gaugeResistance
The gauge resistance for the Shunt Cal command.
",2693:"
uint32 shuntResistance
The shunt resistance for the Shunt Cal command.
",2694:"
float gaugeFactor
The gauge factor for the Shunt Cal command.
",2695:"
WirelessTypes::InputRange inputRange
The WirelessTypes::InputRange to use when performing the Shunt Cal command.
",2696:"
uint16 hardwareOffset
The hardware offset to use when performing the Shunt Cal command.
",2697:"
The excitation voltage of the Node when performing the Shunt Cal command.  Note: This will only be used if the Node supports excitation voltage configuration (see NodeFeatures::supportsExcitationVoltageConfig).
",2698:"
ShuntCalCmdInfo(): useInternalShunt(true), numActiveGauges(0), gaugeResistance(0), shuntResistance(0), gaugeFactor(0.0f), inputRange(WirelessTypes::range_1mV), hardwareOffset(0), excitationVoltage(WirelessTypes::voltage_1500mV)
Creates a default constructed ShuntCalCmdInfo object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/ShuntCalCmdInfo-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/ShuntCalCmdInfo-ToolTips.js deleted file mode 100644 index 1168db927..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/ShuntCalCmdInfo-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3092:"
virtual bool supportsExcitationVoltageConfig() const
Checks if the Node supports configuration of its Excitation Voltage.
",3676:"
The options available for input range on supported Nodes.
",3844:"
1500 - 1.5V
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/ShuntCalCmdInfo.html b/v66.0.1/MSCL_API_Docs/classes/C/ShuntCalCmdInfo.html deleted file mode 100644 index b7f6f3bf0..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/ShuntCalCmdInfo.html +++ /dev/null @@ -1,69 +0,0 @@ - - -ShuntCalCmdInfo - - - - - - - -
-
ShuntCalCmdInfo
-

Contains data for the shunt AutoCal command.

-
- -
-
useInternalShunt
-
bool useInternalShunt
-

Whether the Shunt Cal should use an internal shunt (true), or external shunt (false).  When using an internal shunt, the process will usually take under 1 second to complete.  When using an external shunt, the process will take about 30 seconds and involves the node being sampled without the shunt applied, followed by an LED change indicating to apply the shunt.  Please see the product documentation for more information.

-
- -
-
numActiveGauges
-
uint8 numActiveGauges
-

The number of active gauges for the Shunt Cal command.

-
- -
-
gaugeResistance
-
uint16 gaugeResistance
-

The gauge resistance for the Shunt Cal command.

-
- -
-
shuntResistance
-
uint32 shuntResistance
-

The shunt resistance for the Shunt Cal command.

-
- -
-
gaugeFactor
-
float gaugeFactor
-

The gauge factor for the Shunt Cal command.

-
- -
-
inputRange
- -

The WirelessTypes::InputRange to use when performing the Shunt Cal command.

-
- -
-
hardwareOffset
-
uint16 hardwareOffset
-

The hardware offset to use when performing the Shunt Cal command.

-
- -
-
excitationVoltage;
-

The excitation voltage of the Node when performing the Shunt Cal command.  Note: This will only be used if the Node supports excitation voltage configuration (see NodeFeatures::supportsExcitationVoltageConfig).

-
- -
-
ShuntCalCmdInfo
-
ShuntCalCmdInfo(): useInternalShunt(true), numActiveGauges(0), gaugeResistance(0), shuntResistance(0), gaugeFactor(0.0f), inputRange(WirelessTypes::range_1mV), hardwareOffset(0), excitationVoltage(WirelessTypes::voltage_1500mV)
-

Creates a default constructed ShuntCalCmdInfo object.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/SignalConditioningValues-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/SignalConditioningValues-Summary.js deleted file mode 100644 index 2d71c7a7b..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/SignalConditioningValues-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:SignalConditioningValues","SignalConditioningValues");NDSummary.OnSummaryLoaded("CClass:SignalConditioningValues",[["C/C++","C"]],[["Enums","Enumeration"],["Functions","Function"],["Structs","Struct"],["Variables","Variable"]],[[777,0,2,"SignalConditioningValues"],[778,0,0,"DataConditioningFlags","DataConditioningFlags"],[779,0,0,"MagPowerBandwidthSettings","MagPowerBandwidthSettings"],[780,0,0,,"HIGH=0"],[781,0,0,,"LOW=1"],[782,0,3,"dataConditioningFlags","dataConditioningFlags"],[783,0,3,"orientationCalcDecimation","orientationCalcDecimation"],[784,0,3,"accelGyroFilterWidth","accelGyroFilterWidth"],[785,0,3,"magFilterWidth","magFilterWidth"],[786,0,3,"upCompensation","upCompensation"],[787,0,3,"northCompensation","northCompensation"],[788,0,3,"magBandwidthPower","magBandwidthPower"],[789,0,1,"conditioningOptionOn","conditioningOptionOn"],[790,0,1,"setConditioningOptionOn","setConditioningOptionOn"],[791,0,1,"setConditioningOptionOff","setConditioningOptionOff"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/SignalConditioningValues-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/SignalConditioningValues-SummaryToolTips.js deleted file mode 100644 index 1d8f3b107..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/SignalConditioningValues-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:SignalConditioningValues",{778:"
Indicates the bit value used to enable/disable data conditioning features
",779:"
Indicates the magnetometer bandwidth and power consumption settings
",782:"
uint16 dataConditioningFlags
",783:"
uint16 orientationCalcDecimation
",784:"
uint8 accelGyroFilterWidth
",785:"
uint8 magFilterWidth
",786:"
uint16 upCompensation
",787:"
uint16 northCompensation
",788:"
MagPowerBandwidthSettings magBandwidthPower
",789:"
bool conditioningOptionOn(
DataConditioningFlags option
)
Checks whether the specified conditioning option bit is 1.
",790:"
void setConditioningOptionOn(
DataConditioningFlags option
)
Sets the specified conditioning option bit to 1.
",791:"
void setConditioningOptionOff(
DataConditioningFlags option
)
Sets the specified conditioning option bit to 0.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/SignalConditioningValues-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/SignalConditioningValues-ToolTips.js deleted file mode 100644 index b46f0e813..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/SignalConditioningValues-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({778:"
Indicates the bit value used to enable/disable data conditioning features
",779:"
Indicates the magnetometer bandwidth and power consumption settings
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/SignalConditioningValues.html b/v66.0.1/MSCL_API_Docs/classes/C/SignalConditioningValues.html deleted file mode 100644 index d01af8a9a..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/SignalConditioningValues.html +++ /dev/null @@ -1,78 +0,0 @@ - - -SignalConditioningValues - - - - - - - -
-
SignalConditioningValues
-
- -
-
DataConditioningFlags
-

Indicates the bit value used to enable/disable data conditioning features

-
- -
-
MagPowerBandwidthSettings
-

Indicates the magnetometer bandwidth and power consumption settings

HIGH = 0

High bandwidth, highest power consumption

LOW = 1

Bandwidth coupled to Data Rate, low power consumption (default)

-
- -
-
dataConditioningFlags
-
uint16 dataConditioningFlags
-
- -
-
orientationCalcDecimation
-
uint16 orientationCalcDecimation
-
- -
-
accelGyroFilterWidth
-
uint8 accelGyroFilterWidth
-
- -
-
magFilterWidth
-
uint8 magFilterWidth
-
- -
-
upCompensation
-
uint16 upCompensation
-
- -
-
northCompensation
-
uint16 northCompensation
-
- -
-
magBandwidthPower
-
MagPowerBandwidthSettings magBandwidthPower
-
- -
-
conditioningOptionOn
-
bool conditioningOptionOn(
DataConditioningFlags option
)
-

Checks whether the specified conditioning option bit is 1.

-
- -
-
setConditioningOptionOn
-
void setConditioningOptionOn(
DataConditioningFlags option
)
-

Sets the specified conditioning option bit to 1.

-
- -
-
setConditioningOptionOff
-
void setConditioningOptionOff(
DataConditioningFlags option
)
-

Sets the specified conditioning option bit to 0.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/SnCurveSegment-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/SnCurveSegment-Summary.js deleted file mode 100644 index a49f685a6..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/SnCurveSegment-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:SnCurveSegment","SnCurveSegment");NDSummary.OnSummaryLoaded("CClass:SnCurveSegment",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Types","Type"]],[[2851,0,0,"SnCurveSegment"],[2852,0,1,"SnCurveSegment","SnCurveSegment"],[2853,0,1,"m","m"],[2854,0,1,"m","m(2)"],[2855,0,1,"logA","logA"],[2856,0,1,"logA","logA(2)"],[2857,0,2,"DamageAngles","DamageAngles"],[2858,0,2,"SnCurveSegments","SnCurveSegments"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/SnCurveSegment-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/SnCurveSegment-SummaryToolTips.js deleted file mode 100644 index 2b1b71bd0..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/SnCurveSegment-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:SnCurveSegment",{2851:"
SnCurveSegment
Represents a single segment of an SN-Curve.
",2852:"
SnCurveSegment(
float m,
float loga
)
Creates an SnCurveSegment.
",2853:"
float m() const
Gets the m value of the segment.
",2854:"
void m(
float val
)
Sets the m value of the segment.
",2855:"
float logA() const
Gets the logA value of the segment.
",2856:"
void logA(
float val
)
Sets the logA value of the segment.
",2857:"
Typedef for a map of angle IDs (uint8) to damage angles (float).
",2858:"
Typedef for a map of segment IDs (uint8) to SnCurveSegment objects.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/SnCurveSegment-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/SnCurveSegment-ToolTips.js deleted file mode 100644 index 8b343c933..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/SnCurveSegment-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2852:"
SnCurveSegment(
float m,
float loga
)
Creates an SnCurveSegment.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/SnCurveSegment.html b/v66.0.1/MSCL_API_Docs/classes/C/SnCurveSegment.html deleted file mode 100644 index b613408b6..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/SnCurveSegment.html +++ /dev/null @@ -1,57 +0,0 @@ - - -SnCurveSegment - - - - - - - -
-
SnCurveSegment
-
SnCurveSegment
-

Represents a single segment of an SN-Curve.

-
- -
-
SnCurveSegment
-
SnCurveSegment(
float m,
float loga
)
-

Creates an SnCurveSegment.

Parameters
m
float

The m value of the segment.

loga
float

The logA value of the segment.

-
- -
-
m
-
float m() const
-

Gets the m value of the segment.

-
- -
-
m
-
void m(
float val
)
-

Sets the m value of the segment.

Parameters
val
float

The m value to set.

-
- -
-
logA
-
float logA() const
-

Gets the logA value of the segment.

-
- -
-
logA
-
void logA(
float val
)
-

Sets the logA value of the segment.

Parameters
val
float

The logA value to set.

-
- -
-
DamageAngles
-

Typedef for a map of angle IDs (uint8) to damage angles (float).

-
- -
-
SnCurveSegments
-

Typedef for a map of segment IDs (uint8) to SnCurveSegment objects.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/StreamInfo-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/StreamInfo-Summary.js deleted file mode 100644 index 8edaf6d66..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/StreamInfo-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:StreamInfo","StreamInfo");NDSummary.OnSummaryLoaded("CClass:StreamInfo",[["C/C++","C"]],[["Functions","Function"],["Structs","Struct"],["Variables","Variable"]],[[636,0,1,"StreamInfo"],[637,0,0,"StreamInfo","StreamInfo"],[638,0,2,"enabled","enabled"],[639,0,2,"outgoingPacketsDropped","outgoingPacketsDropped"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/StreamInfo-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/StreamInfo-SummaryToolTips.js deleted file mode 100644 index 5823472c2..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/StreamInfo-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:StreamInfo",{636:"
Contains stream info for DeviceStatusData.
",637:"
StreamInfo(): enabled(false), outgoingPacketsDropped(0)
Creates a StreamInfo object with default values.
",638:"
bool enabled
",639:"
uint32 outgoingPacketsDropped
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/StreamInfo-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/StreamInfo-ToolTips.js deleted file mode 100644 index 98766ece5..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/StreamInfo-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({659:"
DeviceStatusData
Contains the data needed by the InertialNode::getBasicDeviceStatus method.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/StreamInfo.html b/v66.0.1/MSCL_API_Docs/classes/C/StreamInfo.html deleted file mode 100644 index b189ba776..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/StreamInfo.html +++ /dev/null @@ -1,32 +0,0 @@ - - -StreamInfo - - - - - - - -
-
StreamInfo
-

Contains stream info for DeviceStatusData.

-
- -
-
StreamInfo
-
StreamInfo(): enabled(false), outgoingPacketsDropped(0)
-

Creates a StreamInfo object with default values.

-
- -
-
enabled
-
bool enabled
-
- -
-
outgoingPacketsDropped
-
uint32 outgoingPacketsDropped
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/StructuralHealth-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/StructuralHealth-Summary.js deleted file mode 100644 index 78ac3f6ba..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/StructuralHealth-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:StructuralHealth","StructuralHealth");NDSummary.OnSummaryLoaded("CClass:StructuralHealth",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"]],[[4233,0,0,"StructuralHealth"],[4234,0,1,"StructuralHealth","StructuralHealth"],[4235,0,1,"angle","angle"],[4236,0,1,"uptime","uptime"],[4237,0,1,"damage","damage"],[4238,0,1,"processingRate","processingRate"],[4239,0,1,"histogram","histogram"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/StructuralHealth-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/StructuralHealth-SummaryToolTips.js deleted file mode 100644 index 402bd6626..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/StructuralHealth-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:StructuralHealth",{4233:"
StructuralHealth
Holds Structural Health Monitor channel information.
",4234:"
StructuralHealth(
float angle,
uint32 uptime,
float damage,
const SampleRate &processingRate,
const Histogram &histogram
)
Creates a StructuralHealth object.
",4235:"
float angle() const
Gets the actual angle that is being measured.
",4236:"
uint32 uptime() const
Gets the uptime counter of how long the device has been running.
",4237:"
float damage() const
Gets the percent of damage that has occurred. (0% = no damage, 100% = dead)
",4238:"
const SampleRate& processingRate() const
Gets the processing rate that the sensors were sampled at to calculate the histogram.
",4239:"
const Histogram& histogram() const
Gets the Histogram that was calculated for the given angle.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/StructuralHealth-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/StructuralHealth-ToolTips.js deleted file mode 100644 index 4ff224c29..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/StructuralHealth-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({4379:"
SampleRate
Represents a MicroStrain sample rate (rate at which data is sampling)
",4589:"
Histogram
Represents a Histogram object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/StructuralHealth.html b/v66.0.1/MSCL_API_Docs/classes/C/StructuralHealth.html deleted file mode 100644 index 1d96b1122..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/StructuralHealth.html +++ /dev/null @@ -1,53 +0,0 @@ - - -StructuralHealth - - - - - - - -
-
StructuralHealth
-
StructuralHealth
-

Holds Structural Health Monitor channel information.

-
- -
-
StructuralHealth
-
StructuralHealth(
float angle,
uint32 uptime,
float damage,
const SampleRate &processingRate,
const Histogram &histogram
)
-

Creates a StructuralHealth object.

Parameters
angle
float

The actual angle that is being measured.

uptime
uint32

The uptime counter of how long the device has been running.

damage
float

The percent of damage that has occurred. (0% = no damage, 100% = dead)

processingRate
const SampleRate&

The processing rate used in calculating the Histogram.

histogram
const Histogram&

The Histogram that was calculated for the given angle.

-
- -
-
angle
-
float angle() const
-

Gets the actual angle that is being measured.

Returns

The actual angle that is being measured.

-
- -
-
uptime
-
uint32 uptime() const
-

Gets the uptime counter of how long the device has been running.

Returns

The uptime counter of how long the device has been running.

-
- -
-
damage
-
float damage() const
-

Gets the percent of damage that has occurred. (0% = no damage, 100% = dead)

Returns

The percent of damage that has occured. (0% = no damage, 100% = dead)

-
- -
-
processingRate
-
const SampleRate& processingRate() const
-

Gets the processing rate that the sensors were sampled at to calculate the histogram.

Returns

The processing rate as a SampleRate.

-
- -
-
histogram
-
const Histogram& histogram() const
-

Gets the Histogram that was calculated for the given angle.

Returns

The Histogram that was calculated for the given angle.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/SupportedSensorRanges-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/SupportedSensorRanges-Summary.js deleted file mode 100644 index de67e39ad..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/SupportedSensorRanges-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:SupportedSensorRanges","SupportedSensorRanges");NDSummary.OnSummaryLoaded("CClass:SupportedSensorRanges",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"]],[[2006,0,0,"SupportedSensorRanges"],[2007,0,1,"options","options"],[2008,0,1,"lookupRecommended","lookupRecommended"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/SupportedSensorRanges-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/SupportedSensorRanges-SummaryToolTips.js deleted file mode 100644 index f448ce9bc..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/SupportedSensorRanges-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:SupportedSensorRanges",{2006:"
SupportedSensorRanges
Structure to hold all info for looking up supported sensor ranges for a device
",2007:"
const SensorRangeOptions options() const
Get the supported sensor range options
",2008:"
SensorRange lookupRecommended(
SensorRange::Type type,
float range
) const
Lookup the supported option of the specified type that is closest to but also incorporates the specified range.  Ex: specified range: Accel_G, 5 supported accel ranges: 4G, 8G, 16G returns: 8G because it is the closest supported option where 5G will not overrun the range
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/SupportedSensorRanges-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/SupportedSensorRanges-ToolTips.js deleted file mode 100644 index d94bf73c0..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/SupportedSensorRanges-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1996:"
SensorRange
An object representing a configurable sensor range option
",1997:"
Sensor and unit identifiers for configurable Sensor Range command (0x0C,0x52) ALL  - 0x00 - All (save as startup, load startup, reset to default only) ACCEL_MS2  - 0x01 - Accelerometer in m/s^2 GYRO_DPS  - 0x02 - Gyroscope in degrees per second MAG_MG  - 0x03 - Magnetometer in mG PRESSURE_HPA - 0x04 - Pressure in hPa
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/SupportedSensorRanges.html b/v66.0.1/MSCL_API_Docs/classes/C/SupportedSensorRanges.html deleted file mode 100644 index 4bc80668a..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/SupportedSensorRanges.html +++ /dev/null @@ -1,29 +0,0 @@ - - -SupportedSensorRanges - - - - - - - -
-
SupportedSensorRanges
-
SupportedSensorRanges
-

Structure to hold all info for looking up supported sensor ranges for a device

-
- -
-
options
-
const SensorRangeOptions options() const
-

Get the supported sensor range options

Returns
<SensorRangeOptions>

the supported options

-
- -
-
lookupRecommended
-
SensorRange lookupRecommended(
SensorRange::Type type,
float range
) const
-

Lookup the supported option of the specified type that is closest to but also incorporates the specified range.  Ex: specified range: Accel_G, 5 supported accel ranges: 4G, 8G, 16G returns: 8G because it is the closest supported option where 5G will not overrun the range

Parameters
type
SensorRange::Type

SensorRange::Type type of range to lookup

range
float

Float range value to find

Returns
SensorRange

The closest supported range to the specified value

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/SyncNetworkInfo-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/SyncNetworkInfo-Summary.js deleted file mode 100644 index 60042f44a..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/SyncNetworkInfo-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:SyncNetworkInfo","SyncNetworkInfo");NDSummary.OnSummaryLoaded("CClass:SyncNetworkInfo",[["C/C++","C"]],[["Classes","Class"],["Enums","Enumeration"],["Functions","Function"]],[[4219,0,0,"SyncNetworkInfo"],[4220,0,1,"NodeStatus","NodeStatus"],[4221,0,1,,"status_OK=0"],[4222,0,1,,"status_PoorCommunication=1"],[4223,0,1,,"status_DoesNotFit=2"],[4224,0,1,,"status_Contention=3"],[4225,0,2,"status","status"],[4226,0,2,"startedSampling","startedSampling"],[4227,0,2,"configurationApplied","configurationApplied"],[4228,0,2,"percentBandwidth","percentBandwidth"],[4229,0,2,"tdmaAddress","tdmaAddress"],[4230,0,2,"maxTdmaAddress","maxTdmaAddress"],[4231,0,2,"transmissionsPerGroup","transmissionsPerGroup"],[4232,0,2,"groupSize","groupSize"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/SyncNetworkInfo-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/SyncNetworkInfo-SummaryToolTips.js deleted file mode 100644 index 1e5b2bffe..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/SyncNetworkInfo-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:SyncNetworkInfo",{4219:"
SyncNetworkInfo
Contains network information for a WirelessNode that has been added to the Sync Sampling Network.
",4220:"
The status of an individual node.
",4225:"
NodeStatus status() const
Gets the node\'s network status.
",4226:"
bool startedSampling() const
Checks whether a Node has successfully started sampling.  Note: if this returns false, its not 100% gauranteed that the Node isn\'t sampling. It\'s possible the node was successfully started, but that the response never got to the BaseStation.
",4227:"
bool configurationApplied() const
Gets whether or not the network configuration has been successfully applied to this node.
",4228:"
float percentBandwidth() const
Gets the node\'s individual percent of bandwidth in the network.
",4229:"
uint32 tdmaAddress() const
Gets the TDMA address that was found and assigned to the node.
",4230:"
uint32 maxTdmaAddress() const
Gets the maximum TDMA address that can be assigned to this node. (Advanced)
",4231:"
Gets the number of transmissions per group for this node. (Advanced)
",4232:"
uint32 groupSize() const
Gets the group size for this node. (Advanced)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/SyncNetworkInfo-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/SyncNetworkInfo-ToolTips.js deleted file mode 100644 index 0449220c3..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/SyncNetworkInfo-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3865:"
WirelessNode
A class representing a MicroStrain wireless node
",4220:"
The status of an individual node.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/SyncNetworkInfo.html b/v66.0.1/MSCL_API_Docs/classes/C/SyncNetworkInfo.html deleted file mode 100644 index 4bba32168..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/SyncNetworkInfo.html +++ /dev/null @@ -1,69 +0,0 @@ - - -SyncNetworkInfo - - - - - - - -
-
SyncNetworkInfo
-
SyncNetworkInfo
-

Contains network information for a WirelessNode that has been added to the Sync Sampling Network.

-
- -
-
NodeStatus
-

The status of an individual node.

status_OK  = 0

The node successfully fits in the network.

status_PoorCommunication  = 1

The node failed to communicate.

status_DoesNotFit  = 2

The node is out of the network, as the bandwidth does not allow it.

status_Contention  = 3

The node is out of the network, as network contention does not allow it.

-
- -
-
status
-
NodeStatus status() const
-

Gets the node's network status.

Returns

The NodeStatus of the node.

-
- -
-
startedSampling
-
bool startedSampling() const
-

Checks whether a Node has successfully started sampling.  Note: if this returns false, its not 100% gauranteed that the Node isn't sampling. It's possible the node was successfully started, but that the response never got to the BaseStation.

-
- -
-
configurationApplied
-
bool configurationApplied() const
-

Gets whether or not the network configuration has been successfully applied to this node.

Returns

true if the network configuration has been successfully applied, false otherwise.

-
- -
-
percentBandwidth
-
float percentBandwidth() const
-

Gets the node's individual percent of bandwidth in the network.

Returns

The node's individual percent of bandwidth.

-
- -
-
tdmaAddress
-
uint32 tdmaAddress() const
-

Gets the TDMA address that was found and assigned to the node.

Returns

The TDMA address that was assigned to the node.

-
- -
-
maxTdmaAddress
-
uint32 maxTdmaAddress() const
-

Gets the maximum TDMA address that can be assigned to this node. (Advanced)

Returns

The maximum TDMA address allowed for this node in its current configuration.

-
- -
-
transmissionsPerGroup
-

Gets the number of transmissions per group for this node. (Advanced)

Returns

The number of transmissions per group for this node.

-
- -
-
groupSize
-
uint32 groupSize() const
-

Gets the group size for this node. (Advanced)

Returns

The group size for this node.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/SyncSamplingNetwork-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/SyncSamplingNetwork-Summary.js deleted file mode 100644 index 5c4a70c19..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/SyncSamplingNetwork-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:SyncSamplingNetwork","SyncSamplingNetwork");NDSummary.OnSummaryLoaded("CClass:SyncSamplingNetwork",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"]],[[4240,0,0,"SyncSamplingNetwork"],[4241,0,1,"SyncSamplingNetwork","SyncSamplingNetwork"],[4242,0,1,"addNode","addNode"],[4243,0,1,"addNode","addNode(2)"],[4244,0,1,"removeNode","removeNode"],[4245,0,1,"percentBandwidth","percentBandwidth"],[4246,0,1,"ok","ok"],[4247,0,1,"refresh","refresh"],[4248,0,1,"lossless","lossless"],[4249,0,1,"lossless","lossless(2)"],[4250,0,1,"communicationProtocol","communicationProtocol"],[4251,0,1,"communicationProtocol","communicationProtocol(2)"],[4252,0,1,"applyConfiguration","applyConfiguration"],[4253,0,1,"startSampling","startSampling"],[4254,0,1,"startSampling","startSampling(2)"],[4255,0,1,"startSampling_noBeacon","startSampling_noBeacon"],[4256,0,1,"getNodeNetworkInfo","getNodeNetworkInfo"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/SyncSamplingNetwork-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/SyncSamplingNetwork-SummaryToolTips.js deleted file mode 100644 index 4bcf95491..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/SyncSamplingNetwork-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:SyncSamplingNetwork",{4240:"
SyncSamplingNetwork
Used to configure and start a Synchronized Sampling network of wireless nodes.
",4241:"
explicit SyncSamplingNetwork(
const BaseStation &networkBaseStation
)
Creates a SyncSamplingNetwork object used to configure and start a Synchronized Sampling network.
",4242:"
void addNode(
WirelessNode &node
)
Adds a WirelessNode to the Sync Sampling network. If the Node already exists in the network, it will not be added.  The Node\'s parent BaseStation should be the same as the network\'s master BaseStation.  The Node should have its sampling configuration set to a Synchronized Sampling mode prior to adding to be successfully added.
",4243:"
void addNode(
WirelessNode &node,
const WirelessNodeConfig &pendingConfig
)
Adds a WirelessNode to the Sync Sampling network. If the Node already exists in the network, it will not be added.  The Node\'s parent BaseStation should be the same as the network\'s master BaseStation.  The Node should have its sampling configuration set to a Synchronized Sampling mode prior to adding to be successfully added.
",4244:"
void removeNode(
NodeAddress nodeAddress
)
Removes a WirelessNode from the Sync Sampling network, if it exists in the network.
",4245:"
float percentBandwidth() const
Gets the total percent bandwidth for the Sync Sampling Network.  This includes nodes that could not find TDMA slots, but does not include nodes who failed to communicate (status of <status_PoorCommunication>).
",4246:"
bool ok() const
Gets whether the Sync Sampling Network is OK (true), or has problems such as exceeding bandwidth (false).
",4247:"
void refresh()
Refreshes the Sync Sampling Network.  This function must be called when any WirelessNode has changed its configuration after being added to the network!
",4248:"
bool lossless() const
Gets whether the lossless option is enabled or not for the entire network (default of enabled).  The lossless feature enables buffering and retransmissions in order to provide 100% packet success rate under most operating conditions.  This does, however, have a possible increase in latency, especially in poor RF environments.
",4249:"
void lossless(
bool enable
)
Enables or Disables the lossless option for the entire network. If changed, refresh will be called.  The lossless feature enables buffering and retransmissions in order to provide 100% packet success rate under most operating conditions.  This can, however, cause a possible increase in latency, especially in poor RF environments.
",4250:"
WirelessTypes::CommProtocol communicationProtocol() const
Gets the WirelessTypes::CommProtocol that is set for the network.  This setting initially gets loaded from the protocol that the BaseStation is configured for when the network is first created.
",4251:"
void communicationProtocol(
WirelessTypes::CommProtocol protocol
)
Sets the WirelessTypes::CommProtocol for the network.  The initial communicationProtocol is set to whichever mode the BaseStation was configured for when the network was first created.  Changing this setting will call refresh and the network calculations (such as percentBandwidth) will be updated.  Note: Changing this does not actually change the protocol of the BaseStation or Nodes in the network. All devices must be changed to the same WirelessTypes::CommProtocol that the network is set to before applyConfiguration is called, or else an exception will be thrown.
",4252:"
void applyConfiguration()
Applies the Sync Sampling network settings to all of the nodes in the network.  This action is required before starting a Sync Sampling network. The network status must be OK before this can be called.  Calling this function repeatedly will only affect the node\'s that haven\'t had their configuration applied successfully. This can be useful if some nodes successfully apply, while others fail to communicate.  Note: This will clear any "pending" configurations that any nodes have in the network.  You must manually apply those configuration templates to the nodes if you want them to actually be applied to the devices.
",4253:"
void startSampling()
Starts the network sampling by sending the start command to each node, and then starting the beacon on the master basestation with the current system time. applyConfiguration must be called before this function is called.  Calling this function repeatedly will only start the node\'s that haven\'t been started already. This can be useful if some nodes successfully start, while others fail to communicate. The beacon will not be started until all nodes have started.
",4254:"
void startSampling(
Timestamp startTime
)
Starts the network sampling by sending the start command to each node, and then starting the beacon on the master basestation with the given Timestamp. applyConfiguration must be called before this function is called.  Calling this function repeatedly will only start the node\'s that haven\'t been started already. This can be useful if some nodes successfully start, while others fail to communicate. The beacon will not be started until all nodes have started.
",4255:"
void startSampling_noBeacon()
Sends the start command to each node in the network. The beacon is not started. Note: The nodes will not actually start sampling until they hear a beacon. applyConfiguration must be called before this function is called.  Calling this function repeatedly will only start the node\'s that haven\'t been started already. This can be useful if some nodes successfully start, while others fail to communicate.
",4256:"
SyncNetworkInfo& getNodeNetworkInfo(
NodeAddress nodeAddress
)
Gets the SyncNetworkInfo object containing network information on the specified WirelessNode within the Sync Sampling network.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/SyncSamplingNetwork-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/SyncSamplingNetwork-ToolTips.js deleted file mode 100644 index 247af3cbc..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/SyncSamplingNetwork-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2743:"
WirelessNodeConfig
Class used for setting the configuration of WirelessNode objects.  Set all the configuration values that you want to change, then verify and apply them to a Node.
",3832:"
Available Communication Protocol types.
",3865:"
WirelessNode
A class representing a MicroStrain wireless node
",4219:"
SyncNetworkInfo
Contains network information for a WirelessNode that has been added to the Sync Sampling Network.
",4247:"
void refresh()
Refreshes the Sync Sampling Network.  This function must be called when any WirelessNode has changed its configuration after being added to the network!
",4252:"
void applyConfiguration()
Applies the Sync Sampling network settings to all of the nodes in the network.  This action is required before starting a Sync Sampling network. The network status must be OK before this can be called.  Calling this function repeatedly will only affect the node\'s that haven\'t had their configuration applied successfully. This can be useful if some nodes successfully apply, while others fail to communicate.  Note: This will clear any "pending" configurations that any nodes have in the network.  You must manually apply those configuration templates to the nodes if you want them to actually be applied to the devices.
",4402:"
BaseStation
Represents a MicroStrain Base Station object
",4525:"
typedef for a Node\'s node address.
",4554:"
Timestamp
Represents a date/time object
",4610:"
Error
The generic MicroStrain exception (base class)
",4622:"
Error_UnknownSampleRate
The sample rate is invalid or unknown for the given device
",4625:"
Error_Communication
The exception for failing to communicate with a device.
",4628:"
Error_NodeCommunication
The exception for failing to communicate with a WirelessNode.
",4632:"
Error_Connection
The generic connection exception.
",4652:"
Error_InvalidNodeConfig
The Configuration for a WirelessNode is invalid.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/SyncSamplingNetwork.html b/v66.0.1/MSCL_API_Docs/classes/C/SyncSamplingNetwork.html deleted file mode 100644 index a781adb4c..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/SyncSamplingNetwork.html +++ /dev/null @@ -1,113 +0,0 @@ - - -SyncSamplingNetwork - - - - - - - -
-
SyncSamplingNetwork
-
SyncSamplingNetwork
-

Used to configure and start a Synchronized Sampling network of wireless nodes.

-
- -
-
SyncSamplingNetwork
-
explicit SyncSamplingNetwork(
const BaseStation &networkBaseStation
)
-

Creates a SyncSamplingNetwork object used to configure and start a Synchronized Sampling network.

Parameters
networkBaseStation
const BaseStation&

The master BaseStation that will be the parent base station for this network, performing all the communication with the Nodes.

Exceptions

  • Error_Communication: Failed to communicate with the parent BaseStation to retrieve network information.

  • Error_Connection: A connection error has occurred with the parent BaseStation.

-
- -
-
addNode
-
void addNode(
WirelessNode &node
)
-

Adds a WirelessNode to the Sync Sampling network. If the Node already exists in the network, it will not be added.  The Node's parent BaseStation should be the same as the network's master BaseStation.  The Node should have its sampling configuration set to a Synchronized Sampling mode prior to adding to be successfully added.

Parameters
node
WirelessNode&

The WirelessNode to add to the network.

Exceptions
-
- -
-
addNode
-
void addNode(
WirelessNode &node,
const WirelessNodeConfig &pendingConfig
)
-

Adds a WirelessNode to the Sync Sampling network. If the Node already exists in the network, it will not be added.  The Node's parent BaseStation should be the same as the network's master BaseStation.  The Node should have its sampling configuration set to a Synchronized Sampling mode prior to adding to be successfully added.

Parameters
node
WirelessNode&

The WirelessNode to add to the network.

pendingConfig
const WirelessNodeConfig&

A pending WirelessNodeConfig to set for the node. This will be used in all network calculations.

Exceptions
-
- -
-
removeNode
-
void removeNode(
NodeAddress nodeAddress
)
-

Removes a WirelessNode from the Sync Sampling network, if it exists in the network.

Parameters
nodeAddress
NodeAddress

The node address of the WirelessNode to be removed.

Exceptions
-
- -
-
percentBandwidth
-
float percentBandwidth() const
-

Gets the total percent bandwidth for the Sync Sampling Network.  This includes nodes that could not find TDMA slots, but does not include nodes who failed to communicate (status of <status_PoorCommunication>).

Returns

The percent of bandwidth for the entire Sync Sampling Network.

-
- -
-
ok
-
bool ok() const
-

Gets whether the Sync Sampling Network is OK (true), or has problems such as exceeding bandwidth (false).

Returns

true if the network is OK (all nodes fit in the network, no communication issues, etc.), false if the network has a problem.

-
- -
-
refresh
-
void refresh()
-

Refreshes the Sync Sampling Network.  This function must be called when any WirelessNode has changed its configuration after being added to the network!

Exceptions
-
- -
-
lossless
-
bool lossless() const
-

Gets whether the lossless option is enabled or not for the entire network (default of enabled).  The lossless feature enables buffering and retransmissions in order to provide 100% packet success rate under most operating conditions.  This does, however, have a possible increase in latency, especially in poor RF environments.

Returns

true if the lossless option is enabled, false if it is disabled.

-
- -
-
lossless
-
void lossless(
bool enable
)
-

Enables or Disables the lossless option for the entire network. If changed, refresh will be called.  The lossless feature enables buffering and retransmissions in order to provide 100% packet success rate under most operating conditions.  This can, however, cause a possible increase in latency, especially in poor RF environments.

Parameters
enable
bool

Whether the lossless option should be enabled (true) or disabled (false).

Exceptions
-
- -
-
communicationProtocol
-
WirelessTypes::CommProtocol communicationProtocol() const
-

Gets the WirelessTypes::CommProtocol that is set for the network.  This setting initially gets loaded from the protocol that the BaseStation is configured for when the network is first created.

Returns

The WirelessTypes::CommProtocol that is set for the network.

-
- -
-
communicationProtocol
-
void communicationProtocol(
WirelessTypes::CommProtocol protocol
)
-

Sets the WirelessTypes::CommProtocol for the network.  The initial communicationProtocol is set to whichever mode the BaseStation was configured for when the network was first created.  Changing this setting will call refresh and the network calculations (such as percentBandwidth) will be updated.  Note: Changing this does not actually change the protocol of the BaseStation or Nodes in the network. All devices must be changed to the same WirelessTypes::CommProtocol that the network is set to before applyConfiguration is called, or else an exception will be thrown.

Parameters
protocol
WirelessTypes::CommProtocol

The WirelessTypes::CommProtocol to use for network calculations.

Exceptions
-
- -
-
applyConfiguration
-
void applyConfiguration()
-

Applies the Sync Sampling network settings to all of the nodes in the network.  This action is required before starting a Sync Sampling network. The network status must be OK before this can be called.  Calling this function repeatedly will only affect the node's that haven't had their configuration applied successfully. This can be useful if some nodes successfully apply, while others fail to communicate.  Note: This will clear any "pending" configurations that any nodes have in the network.  You must manually apply those configuration templates to the nodes if you want them to actually be applied to the devices.

Exceptions
-
- -
-
startSampling
-
void startSampling()
-

Starts the network sampling by sending the start command to each node, and then starting the beacon on the master basestation with the current system time.  applyConfiguration must be called before this function is called.  Calling this function repeatedly will only start the node's that haven't been started already. This can be useful if some nodes successfully start, while others fail to communicate. The beacon will not be started until all nodes have started.

Exceptions

  • Error: The network configuration has not been applied. Cannot start sampling.

  • Error_Communication: The disable/enable beacon command has failed. The beacon has not been started.

  • Error_Connection: A connection error has occurred.

-
- -
-
startSampling
-
void startSampling(
Timestamp startTime
)
-

Starts the network sampling by sending the start command to each node, and then starting the beacon on the master basestation with the given Timestamp.  applyConfiguration must be called before this function is called.  Calling this function repeatedly will only start the node's that haven't been started already. This can be useful if some nodes successfully start, while others fail to communicate. The beacon will not be started until all nodes have started.

Parameters
startTime
Timestamp

The Timestamp to enable the beacon with, which ultimately determines the times for the nodes in the network.

Exceptions

  • Error: The network configuration has not been applied. Cannot start sampling.

  • Error_Communication: The disable/enable beacon command has failed. The beacon has not been started.

  • Error_Connection: A connection error has occurred.

-
- -
-
startSampling_noBeacon
-
void startSampling_noBeacon()
-

Sends the start command to each node in the network. The beacon is not started. Note: The nodes will not actually start sampling until they hear a beacon.  applyConfiguration must be called before this function is called.  Calling this function repeatedly will only start the node's that haven't been started already. This can be useful if some nodes successfully start, while others fail to communicate.

Exceptions

  • Error: The network configuration has not been applied. Cannot start sampling.

  • Error_Connection: A connection error has occurred.

-
- -
-
getNodeNetworkInfo
-
SyncNetworkInfo& getNodeNetworkInfo(
NodeAddress nodeAddress
)
-

Gets the SyncNetworkInfo object containing network information on the specified WirelessNode within the Sync Sampling network.

Parameters
nodeAddress
NodeAddress

The node address of the WirelessNode to find the network info of. This node must already be in the network.

Returns

A constant reference to the SyncNetworkInfo containing the networking information for the specified node in the network.

Exceptions

  • Error: The node address was not found in the map.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/TareAxisValues-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/TareAxisValues-Summary.js deleted file mode 100644 index 22f67ba3f..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/TareAxisValues-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:TareAxisValues","TareAxisValues");NDSummary.OnSummaryLoaded("CClass:TareAxisValues",[["C/C++","C"]],[["Structs","Struct"],["Variables","Variable"]],[[743,0,0,"TareAxisValues"],[744,0,1,"tareRollAxis","tareRollAxis"],[745,0,1,"tarePitchAxis","tarePitchAxis"],[746,0,1,"tareYawAxis","tareYawAxis"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/TareAxisValues-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/TareAxisValues-SummaryToolTips.js deleted file mode 100644 index a35337d9c..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/TareAxisValues-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:TareAxisValues",{743:"
Contains the possible axis bitfield values.
",744:"
bool tareRollAxis
",745:"
bool tarePitchAxis
",746:"
bool tareYawAxis
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/TareAxisValues-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/TareAxisValues-ToolTips.js deleted file mode 100644 index 59992a148..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/TareAxisValues-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/TareAxisValues.html b/v66.0.1/MSCL_API_Docs/classes/C/TareAxisValues.html deleted file mode 100644 index 639b071e7..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/TareAxisValues.html +++ /dev/null @@ -1,31 +0,0 @@ - - -TareAxisValues - - - - - - - -
-
TareAxisValues
-

Contains the possible axis bitfield values.

-
- -
-
tareRollAxis
-
bool tareRollAxis
-
- -
-
tarePitchAxis
-
bool tarePitchAxis
-
- -
-
tareYawAxis
-
bool tareYawAxis
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/TempSensorOptions-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/TempSensorOptions-Summary.js deleted file mode 100644 index 136a0f01b..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/TempSensorOptions-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:TempSensorOptions","TempSensorOptions");NDSummary.OnSummaryLoaded("CClass:TempSensorOptions",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"]],[[2734,0,0,"TempSensorOptions"],[2735,0,1,"Thermocouple","Thermocouple"],[2736,0,1,"RTD","RTD"],[2737,0,1,"Thermistor","Thermistor"],[2738,0,1,"transducerType","transducerType"],[2739,0,1,"thermocoupleType","thermocoupleType"],[2740,0,1,"rtdType","rtdType"],[2741,0,1,"rtdWireType","rtdWireType"],[2742,0,1,"thermistorType","thermistorType"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/TempSensorOptions-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/TempSensorOptions-SummaryToolTips.js deleted file mode 100644 index 59ffa692f..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/TempSensorOptions-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:TempSensorOptions",{2734:"
TempSensorOptions
Options to adjust the temperature sensor for a WirelessNode.
",2735:"
static TempSensorOptions Thermocouple(
WirelessTypes::ThermocoupleType thermocouple
)
Creates a TempSensorOptions object with Thermocouple options.
",2736:"
static TempSensorOptions RTD(
WirelessTypes::RtdWireType wire,
WirelessTypes::RtdType rtd
)
Creates a TempSensorOptions object with RTD options.
",2737:"
static TempSensorOptions Thermistor(
WirelessTypes::ThermistorType thermistor
)
Creates a TempSensorOptions object with Thermistor options.
",2738:"
WirelessTypes::TransducerType transducerType() const
Gets the WirelessTypes::TransducerType set in this options object.
",2739:"
WirelessTypes::ThermocoupleType thermocoupleType() const
Gets the WirelessTypes::ThermocoupleType set in this options object.  Note: this is only valid if transducerType returns <WirelessTypes::TransducerType::transducer_thermocouple>.
",2740:"
WirelessTypes::RtdType rtdType() const
Gets the WirelessTypes::RtdType set in this options object.  Note: this is only valid if transducerType returns <WirelessTypes::TransducerType::transducer_rtd>.
",2741:"
WirelessTypes::RtdWireType rtdWireType() const
Gets the WirelessTypes::RtdWireType set in this options object.  Note: this is only valid if transducerType returns <WirelessTypes::TransducerType::transducer_rtd>.
",2742:"
WirelessTypes::ThermistorType thermistorType() const
Gets the WirelessTypes::ThermistorType set in this options object.  Note: this is only valid if transducerType returns <WirelessTypes::TransducerType::transducer_thermistor>.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/TempSensorOptions-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/TempSensorOptions-ToolTips.js deleted file mode 100644 index 93040fe98..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/TempSensorOptions-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2734:"
TempSensorOptions
Options to adjust the temperature sensor for a WirelessNode.
",2738:"
WirelessTypes::TransducerType transducerType() const
Gets the WirelessTypes::TransducerType set in this options object.
",3485:"
Represents the Transducer types supported by some Wireless Nodes.
",3489:"
Represents the thermocouple types supported by some Wireless Nodes.
",3500:"
Represents the RTD types supported by some Wireless Nodes.
",3508:"
Represents the Wire types supported for RTD sensors.
",3512:"
Represents the Thermistor types supported by some Wireless Nodes.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/TempSensorOptions.html b/v66.0.1/MSCL_API_Docs/classes/C/TempSensorOptions.html deleted file mode 100644 index 80ae98d54..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/TempSensorOptions.html +++ /dev/null @@ -1,65 +0,0 @@ - - -TempSensorOptions - - - - - - - -
-
TempSensorOptions
-
TempSensorOptions
-

Options to adjust the temperature sensor for a WirelessNode.

-
- -
-
Thermocouple
-
static TempSensorOptions Thermocouple(
WirelessTypes::ThermocoupleType thermocouple
)
-

Creates a TempSensorOptions object with Thermocouple options.

Parameters
thermocouple
WirelessTypes::ThermocoupleType

The WirelessTypes::ThermocoupleType to set.

-
- -
-
RTD
- -

Creates a TempSensorOptions object with RTD options.

Parameters
wire
WirelessTypes::RtdWireType

The WirelessTypes::RtdWireType to set.

rtd
WirelessTypes::RtdType

The WirelessTypes::RtdType to set.

-
- -
-
Thermistor
-
static TempSensorOptions Thermistor(
WirelessTypes::ThermistorType thermistor
)
-

Creates a TempSensorOptions object with Thermistor options.

Parameters
thermistor
WirelessTypes::ThermistorType

The WirelessTypes::ThermistorType to set.

-
- -
-
transducerType
-
WirelessTypes::TransducerType transducerType() const
-

Gets the WirelessTypes::TransducerType set in this options object.

-
- -
-
thermocoupleType
-
WirelessTypes::ThermocoupleType thermocoupleType() const
-

Gets the WirelessTypes::ThermocoupleType set in this options object.  Note: this is only valid if transducerType returns <WirelessTypes::TransducerType::transducer_thermocouple>.

-
- -
-
rtdType
-
WirelessTypes::RtdType rtdType() const
-

Gets the WirelessTypes::RtdType set in this options object.  Note: this is only valid if transducerType returns <WirelessTypes::TransducerType::transducer_rtd>.

-
- -
-
rtdWireType
-
WirelessTypes::RtdWireType rtdWireType() const
-

Gets the WirelessTypes::RtdWireType set in this options object.  Note: this is only valid if transducerType returns <WirelessTypes::TransducerType::transducer_rtd>.

-
- -
-
thermistorType
-
WirelessTypes::ThermistorType thermistorType() const
-

Gets the WirelessTypes::ThermistorType set in this options object.  Note: this is only valid if transducerType returns <WirelessTypes::TransducerType::transducer_thermistor>.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/TemperatureInfo-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/TemperatureInfo-Summary.js deleted file mode 100644 index de1975bc6..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/TemperatureInfo-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:TemperatureInfo","TemperatureInfo");NDSummary.OnSummaryLoaded("CClass:TemperatureInfo",[["C/C++","C"]],[["Enums","Enumeration"],["Functions","Function"],["Structs","Struct"],["Types","Type"],["Variables","Variable"]],[[651,0,2,"TemperatureInfo"],[652,0,1,"TemperatureInfo","TemperatureInfo"],[653,0,4,"onBoardTemp","onBoardTemp"],[654,0,4,"lastReadInMS","lastReadInMS"],[655,0,4,"error","error"],[656,0,0,"DeviceStatusValues","DeviceStatusValues"],[657,0,3,"DeviceStatusMap","DeviceStatusMap"],[658,0,3,"DeviceStatusValueMap","DeviceStatusValueMap"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/TemperatureInfo-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/TemperatureInfo-SummaryToolTips.js deleted file mode 100644 index c13db34d0..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/TemperatureInfo-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:TemperatureInfo",{651:"
Contains internal temperature info for DeviceStatusData.
",652:"
TemperatureInfo(): onBoardTemp(0), lastReadInMS(0), error(0)
Creates a TemperatureInfo object with default values.
",653:"
float onBoardTemp
",654:"
uint32 lastReadInMS
Time of last temperature sensor reading in MS (references System Timer)
",655:"
uint8 error
",656:"
Keys corresponding to the device status values returned by DeviceStatusData::asMap, DeviceStatusData::asValueMap.
",657:"
A map of DeviceStatusValues, string entries.
",658:"
A map of DeviceStatusValues, Value entries.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/TemperatureInfo-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/TemperatureInfo-ToolTips.js deleted file mode 100644 index f690af8bb..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/TemperatureInfo-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({656:"
Keys corresponding to the device status values returned by DeviceStatusData::asMap, DeviceStatusData::asValueMap.
",659:"
DeviceStatusData
Contains the data needed by the InertialNode::getBasicDeviceStatus method.
",688:"
mscl::DeviceStatusMap asMap() const
get the device status as a map
",689:"
mscl::DeviceStatusValueMap asValueMap() const
get the device status as value map
",4502:"
Value
Represents a single value that can be stored/accessed in multiple ways.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/TemperatureInfo.html b/v66.0.1/MSCL_API_Docs/classes/C/TemperatureInfo.html deleted file mode 100644 index 11794a0ba..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/TemperatureInfo.html +++ /dev/null @@ -1,53 +0,0 @@ - - -TemperatureInfo - - - - - - - -
-
TemperatureInfo
-

Contains internal temperature info for DeviceStatusData.

-
- -
-
TemperatureInfo
-
TemperatureInfo(): onBoardTemp(0), lastReadInMS(0), error(0)
-

Creates a TemperatureInfo object with default values.

-
- -
-
onBoardTemp
-
float onBoardTemp
-
- -
-
lastReadInMS
-
uint32 lastReadInMS
-

Time of last temperature sensor reading in MS (references System Timer)

-
- -
-
error
-
uint8 error
-
- -
-
DeviceStatusValues
-

Keys corresponding to the device status values returned by DeviceStatusData::asMap, DeviceStatusData::asValueMap.

ModelNumber  modelNumber StatusStructure  statusStructure SystemState  systemState() gnss1PpsPulseInfo_Count  gnss1PpsPulseInfo().count gnss1PpsPulseInfo_LastTimeinMS  gnss1PpsPulseInfo().lastTimeinMS GnssPowerStateOn  gnssPowerStateOn() ImuStreamInfo_Enabled  imuStreamInfo().enabled ImuStreamInfo_PacketsDropped  imuStreamInfo().outgoingPacketsDropped GnssStreamInfo_Enabled  gnssStreamInfo().enabled GnssStreamInfo_PacketsDropped  gnssStreamInfo().outgoingPacketsDropped EstimationFilterStreamInfo_Enabled  estimationFilterStreamInfo().enabled EstimationFilterStreamInfo_PacketsDropped  estimationFilterStreamInfo().outgoingPacketsDropped ComPortInfo_BytesRead  comPortInfo().bytesRead ComPortInfo_BytesWritten  comPortInfo().bytesWritten ComPortInfo_OverrunsOnRead  comPortInfo().overrunsOnRead ComPortInfo_OverrunsOnWrite  comPortInfo().overrunsOnWrite ImuMessageInfo_LastMessageReadinMS  imuMessageInfo().lastMessageReadinMS ImuMessageInfo_MessageParsingErrors  imuMessageInfo().messageParsingErrors ImuMessageInfo_MessagesRead  imuMessageInfo().messagesRead GnssMessageInfo_LastMessageReadinMS  gnssMessageInfo().lastMessageReadinMS GnssMessageInfo_MessageParsingErrors  gnssMessageInfo().messageParsingErrors GnssMessageInfo_MessagesRead  gnssMessageInfo().messagesRead TemperatureInfo_Error  temperatureInfo().error TemperatureInfo_LastReadInMS  temperatureInfo().lastReadInMS TemperatureInfo_OnBoardTemp  temperatureInfo().onBoardTemp PowerState  powerState() GyroRange  gyroRange() AccelRange  accelRange() HasMagnetometer  hasMagnetometer() HasPressure  hasPressure()

-
- -
-
DeviceStatusMap
-

A map of DeviceStatusValues, string entries.

-
- -
-
DeviceStatusValueMap
-

A map of DeviceStatusValues, Value entries.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/TimeSpan-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/TimeSpan-Summary.js deleted file mode 100644 index b76d96ccc..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/TimeSpan-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:TimeSpan","TimeSpan");NDSummary.OnSummaryLoaded("CClass:TimeSpan",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"]],[[4576,0,0,"TimeSpan"],[4577,0,1,"getNanoseconds","getNanoseconds"],[4578,0,1,"getMicroseconds","getMicroseconds"],[4579,0,1,"getMilliseconds","getMilliseconds"],[4580,0,1,"getSeconds","getSeconds"],[4581,0,1,"NanoSeconds","NanoSeconds"],[4582,0,1,"MicroSeconds","MicroSeconds"],[4583,0,1,"MilliSeconds","MilliSeconds"],[4584,0,1,"Seconds","Seconds"],[4585,0,1,"Minutes","Minutes"],[4586,0,1,"Hours","Hours"],[4587,0,1,"Days","Days"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/TimeSpan-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/TimeSpan-SummaryToolTips.js deleted file mode 100644 index 6a7ee4242..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/TimeSpan-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:TimeSpan",{4576:"
TimeSpan
Represents a range of time
",4577:"
uint64 getNanoseconds() const
Gets the nanoseconds resolution of the TimeSpan
",4578:"
uint64 getMicroseconds() const
Gets the microsecond resolution of the TimeSpan
",4579:"
uint64 getMilliseconds() const
Gets the millisecond resolution of the TimeSpan
",4580:"
uint64 getSeconds() const
Gets the seconds resolution of the TimeSpan
",4581:"
static TimeSpan NanoSeconds(
uint64 nanoseconds
)
Creates a TimeSpan object from nanoseconds
",4582:"
static TimeSpan MicroSeconds(
uint64 microseconds
)
Creates a TimeSpan object from microseconds
",4583:"
static TimeSpan MilliSeconds(
uint64 milliseconds
)
Creates a TimeSpan object from milliseconds
",4584:"
static TimeSpan Seconds(
uint64 seconds
)
Creates a TimeSpan object from seconds
",4585:"
static TimeSpan Minutes(
int minutes
)
Creates a TimeSpan object from minutes
",4586:"
static TimeSpan Hours(
int hours
)
Creates a TimeSpan object from hours
",4587:"
static TimeSpan Days(
int days
)
Creates a TimeSpan object from days
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/TimeSpan-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/TimeSpan-ToolTips.js deleted file mode 100644 index a163badff..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/TimeSpan-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({4576:"
TimeSpan
Represents a range of time
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/TimeSpan.html b/v66.0.1/MSCL_API_Docs/classes/C/TimeSpan.html deleted file mode 100644 index 11e3d9a0c..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/TimeSpan.html +++ /dev/null @@ -1,83 +0,0 @@ - - -TimeSpan - - - - - - - -
-
TimeSpan
-
TimeSpan
-

Represents a range of time

-
- -
-
getNanoseconds
-
uint64 getNanoseconds() const
-

Gets the nanoseconds resolution of the TimeSpan

Returns

The TimeSpan in nanoseconds resolution

-
- -
-
getMicroseconds
-
uint64 getMicroseconds() const
-

Gets the microsecond resolution of the TimeSpan

Returns

The TimeSpan in microsecond resolution

-
- -
-
getMilliseconds
-
uint64 getMilliseconds() const
-

Gets the millisecond resolution of the TimeSpan

Returns

The TimeSpan in milliseconds resolution

-
- -
-
getSeconds
-
uint64 getSeconds() const
-

Gets the seconds resolution of the TimeSpan

Returns

The TimeSpan in seconds resolution

-
- -
-
NanoSeconds
-
static TimeSpan NanoSeconds(
uint64 nanoseconds
)
-

Creates a TimeSpan object from nanoseconds

Parameters
nanoseconds
uint64

The number of nanoseconds for the timespan

Returns

A TimeSpan object representative of the passed in value

-
- -
-
MicroSeconds
-
static TimeSpan MicroSeconds(
uint64 microseconds
)
-

Creates a TimeSpan object from microseconds

Parameters
microseconds
uint64

The number of microseconds for the timespan

Returns

A TimeSpan object representative of the passed in value

-
- -
-
MilliSeconds
-
static TimeSpan MilliSeconds(
uint64 milliseconds
)
-

Creates a TimeSpan object from milliseconds

Parameters
milliseconds
uint64

The number of milliseconds for the timespan

Returns

A TimeSpan object representative of the passed in value

-
- -
-
Seconds
-
static TimeSpan Seconds(
uint64 seconds
)
-

Creates a TimeSpan object from seconds

Parameters
seconds
uint64

The number of seconds for the timespan

Returns

A TimeSpan object representative of the passed in value

-
- -
-
Minutes
-
static TimeSpan Minutes(
int minutes
)
-

Creates a TimeSpan object from minutes

Parameters
minutes
int

The number of minutes for the timespan

Returns

A TimeSpan object representative of the passed in value

-
- -
-
Hours
-
static TimeSpan Hours(
int hours
)
-

Creates a TimeSpan object from hours

Parameters
hours
int

The number of hours for the timespan

Returns

A TimeSpan object representative of the passed in value

-
- -
-
Days
-
static TimeSpan Days(
int days
)
-

Creates a TimeSpan object from days

Parameters
days
int

The number of days for the timespan

Returns

A TimeSpan object representative of the passed in value

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/TimeUpdate-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/TimeUpdate-Summary.js deleted file mode 100644 index 91c7a7651..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/TimeUpdate-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:TimeUpdate","TimeUpdate");NDSummary.OnSummaryLoaded("CClass:TimeUpdate",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"]],[[582,0,0,"TimeUpdate"],[583,0,1,"TimeUpdate","TimeUpdate"],[584,0,1,"~TimeUpdate","~TimeUpdate"],[585,0,1,"timeOfWeek","timeOfWeek"],[586,0,1,"weekNumber","weekNumber"],[587,0,1,"timeAccuracy","timeAccuracy"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/TimeUpdate-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/TimeUpdate-SummaryToolTips.js deleted file mode 100644 index 8f2185751..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/TimeUpdate-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:TimeUpdate",{582:"
TimeUpdate
Contains time data for the GNSS_AssistTimeUpdate class.
",583:"
TimeUpdate(
double timeOfWeek,
uint16 weekNumber,
float timeAccuracy = 0
)
Creates a TimeUpdate object.
",584:"
~TimeUpdate()
Destroys a TimeUpdate object.
",585:"
double timeOfWeek() const
time into a given week in seconds.
",586:"
uint16 weekNumber() const
the week number.
",587:"
float timeAccuracy() const
accuracy in seconds.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/TimeUpdate-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/TimeUpdate-ToolTips.js deleted file mode 100644 index 59992a148..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/TimeUpdate-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/TimeUpdate.html b/v66.0.1/MSCL_API_Docs/classes/C/TimeUpdate.html deleted file mode 100644 index 78fcc31bf..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/TimeUpdate.html +++ /dev/null @@ -1,47 +0,0 @@ - - -TimeUpdate - - - - - - - -
-
TimeUpdate
-
TimeUpdate
-

Contains time data for the GNSS_AssistTimeUpdate class.

-
- -
-
TimeUpdate
-
TimeUpdate(
double timeOfWeek,
uint16 weekNumber,
float timeAccuracy = 0
)
-

Creates a TimeUpdate object.

Parameters
timeOfWeek
double

time into a given week in seconds.

weekNumber
uint16

the week number.

timeAccuracy
float

accuracy in seconds.

-
- -
-
~TimeUpdate
-
~TimeUpdate()
-

Destroys a TimeUpdate object.

-
- -
-
timeOfWeek
-
double timeOfWeek() const
-

time into a given week in seconds.

-
- -
-
weekNumber
-
uint16 weekNumber() const
-

the week number.

-
- -
-
timeAccuracy
-
float timeAccuracy() const
-

accuracy in seconds.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Timestamp-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/Timestamp-Summary.js deleted file mode 100644 index f005b8bd5..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Timestamp-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:Timestamp","Timestamp");NDSummary.OnSummaryLoaded("CClass:Timestamp",[["C/C++","C"]],[["Classes","Class"],["Enums","Enumeration"],["Functions","Function"]],[[4554,0,0,"Timestamp"],[4555,0,1,"Epoch","Epoch"],[4556,0,1,,"INTERNAL"],[4557,0,1,,"EXTERNAL"],[4558,0,1,,"TIME_OF_ARRIVAL"],[4559,0,1,,"GPS"],[4560,0,1,,"UNIX"],[4561,0,1,,"UTC"],[4562,0,2,"Timestamp","Timestamp"],[4563,0,2,"Timestamp","Timestamp(2)"],[4564,0,2,"nanoseconds","nanoseconds"],[4565,0,2,"seconds","seconds"],[4566,0,2,"storedEpoch","storedEpoch"],[4567,0,2,"str","str"],[4568,0,2,"setTime","setTime"],[4569,0,2,"setTimeNow","setTimeNow"],[4570,0,2,"timeNow","timeNow"],[4571,0,2,"setLeapSeconds","setLeapSeconds"],[4572,0,2,"getLeapSeconds","getLeapSeconds"],[4573,0,2,"gpsTimeToUtcTime","gpsTimeToUtcTime"],[4574,0,2,"gpsTimeToUtcTime","gpsTimeToUtcTime(2)"],[4575,0,2,"utcTimeToGpsTime","utcTimeToGpsTime"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Timestamp-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/Timestamp-SummaryToolTips.js deleted file mode 100644 index bd4d60891..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Timestamp-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:Timestamp",{4554:"
Timestamp
Represents a date/time object
",4555:"
Epoch indicator: Unix, GPS.  Timestamp class uses Unix epoch by default.
",4562:"
explicit Timestamp(
uint64 nanoseconds = 0,
Epoch epoch = Epoch::UNIX
)
Creates a Timestamp object based on the nanoseconds parameter
",4563:"
Timestamp(
uint16 year,
uint16 month,
uint16 day,
uint16 hour,
uint16 minute,
uint16 second,
uint32 milli
)
Creates a Timestamp object from the given year, month, day, hour, minute, second, millisecond parameters
",4564:"
uint64 nanoseconds() const
Gets the number of nanoseconds since the specified epoch
",4565:"
uint64 seconds() const
Gets the number of seconds since the specified epoch
",4566:"
Epoch storedEpoch() const
Gets the epoch the source value is stored in. Regardless of stored epoch, the value can be read out in both Unix and GPS.
",4567:"
std::string str() const
Gets a string representation of the Timestamp object in ISO 8601 Date/Time format.
",4568:"
void setTime(
uint64 nanosSinceEpoch,
Epoch epoch = Epoch::UNIX
)
Updates the Timestamp to the given number of nanoseconds since the unix epoch.
",4569:"
void setTimeNow()
Sets the Timestamp object to the current system time in UTC
",4570:"
static Timestamp timeNow()
Creates a timestamp using the current system time
",4571:"
static void setLeapSeconds(
uint8 gpsLeapSeconds
)
Adjusts the hardcoded number of leap seconds since Jan 1 1980, used in converting GPS timestamps to UTC timestamps.  Note: New releases of MSCL should be available when the leap seconds change. You can also adjust this value yourself to correct your current version of MSCL without updating.
",4572:"
static uint8 getLeapSeconds()
Gets the current number of leap seconds since Jan 1 1980, used in converting GPS timestamps to UTC timestamps.
",4573:"
static uint64 gpsTimeToUtcTime(
double timeOfWeek,
uint16 weekNumber
)
Converts the gps time into the UTC time in nanoseconds since the unix epoch.  Note: this uses the value stored in <Utils::gpsLeapSeconds> in its conversion.
",4574:"
static uint64 gpsTimeToUtcTime(
uint64 gpsNanoseconds
)
Converts the gps time into the UTC time in nanoseconds since the unix epoch.  Note: this uses the value stored in <Utils::gpsLeapSeconds> in its conversion.
",4575:"
static uint64 utcTimeToGpsTime(
uint64 utcNanoseconds
)
Converts the UTC time into the GPS time in nanoseconds since the unix epoch.  Note: this uses the value stored in <Utils::gpsLeapSeconds> in its conversion.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Timestamp-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/Timestamp-ToolTips.js deleted file mode 100644 index be2b89e9a..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Timestamp-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({4554:"
Timestamp
Represents a date/time object
",4555:"
Epoch indicator: Unix, GPS.  Timestamp class uses Unix epoch by default.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Timestamp.html b/v66.0.1/MSCL_API_Docs/classes/C/Timestamp.html deleted file mode 100644 index ce1f6c11f..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Timestamp.html +++ /dev/null @@ -1,106 +0,0 @@ - - -Timestamp - - - - - - - -
-
Timestamp
-
Timestamp
-

Represents a date/time object

-
- -
-
Epoch
-

Epoch indicator: Unix, GPS.  Timestamp class uses Unix epoch by default.

INTERNAL

0x01 - No conversion

EXTERNAL

0x02 - No conversion

TIME_OF_ARRIVAL

0x02 - No conversion

GPS

0x04

UNIX

0x05

UTC

0x05

-
- -
-
Timestamp
-
explicit Timestamp(
uint64 nanoseconds = 0,
Epoch epoch = Epoch::UNIX
)
-

Creates a Timestamp object based on the nanoseconds parameter

Parameters
nanoseconds
uint64

The number of nanoseconds since specified epoch (default of 0)

epoch
Epoch

The epoch of the timestamp (default Unix)

-
- -
-
Timestamp
-
Timestamp(
uint16 year,
uint16 month,
uint16 day,
uint16 hour,
uint16 minute,
uint16 second,
uint32 milli
)
-

Creates a Timestamp object from the given year, month, day, hour, minute, second, millisecond parameters

Parameters
year
uint16

The year of the timestamp (ex. 2013)

month
uint16

The month of the timestamp (ex. 3)

day
uint16

The day of the timestamp (ex. 31)

hour
uint16

The hour of the timestamp (ex. 21)

minute
uint16

The minute of the timestamp (ex. 58)

second
uint16

The second of the timestamp (ex. 59)

millisecond

The milliseconds of the timestamp (ex. 123)

-
- -
-
nanoseconds
-
uint64 nanoseconds() const
-

Gets the number of nanoseconds since the specified epoch

Parameters
epoch

the epoch for this value (default stored epoch)

Returns

The number of nanoseconds since the specified epoch

-
- -
-
seconds
-
uint64 seconds() const
-

Gets the number of seconds since the specified epoch

Parameters
epoch

the epoch for this value (default stored epoch)

Returns

The number of nanoseconds since the specified epoch

-
- -
-
storedEpoch
-
Epoch storedEpoch() const
-

Gets the epoch the source value is stored in. Regardless of stored epoch, the value can be read out in both Unix and GPS.

Returns

The stored Epoch

-
- -
-
str
-
std::string str() const
-

Gets a string representation of the Timestamp object in ISO 8601 Date/Time format.

Returns

A string representation of the Timestamp.

-
- -
-
setTime
-
void setTime(
uint64 nanosSinceEpoch,
Epoch epoch = Epoch::UNIX
)
-

Updates the Timestamp to the given number of nanoseconds since the unix epoch.

Parameters
nanosSinceEpoch
uint64

The number of nanoseconds since the unix epoch.

epoch
Epoch

the epoch for this value (default Unix)

-
- -
-
setTimeNow
-
void setTimeNow()
-

Sets the Timestamp object to the current system time in UTC

-
- -
-
timeNow
-
static Timestamp timeNow()
-

Creates a timestamp using the current system time

Returns

A Timestamp object representing the current system time

-
- -
-
setLeapSeconds
-
static void setLeapSeconds(
uint8 gpsLeapSeconds
)
-

Adjusts the hardcoded number of leap seconds since Jan 1 1980, used in converting GPS timestamps to UTC timestamps.  Note: New releases of MSCL should be available when the leap seconds change. You can also adjust this value yourself to correct your current version of MSCL without updating.

Parameters
gpsLeapSeconds
uint8

The number of leap seconds since Jan 1 1980.

-
- -
-
getLeapSeconds
-
static uint8 getLeapSeconds()
-

Gets the current number of leap seconds since Jan 1 1980, used in converting GPS timestamps to UTC timestamps.

-
- -
-
gpsTimeToUtcTime
-
static uint64 gpsTimeToUtcTime(
double timeOfWeek,
uint16 weekNumber
)
-

Converts the gps time into the UTC time in nanoseconds since the unix epoch.  Note: this uses the value stored in <Utils::gpsLeapSeconds> in its conversion.

-
- -
-
gpsTimeToUtcTime
-
static uint64 gpsTimeToUtcTime(
uint64 gpsNanoseconds
)
-

Converts the gps time into the UTC time in nanoseconds since the unix epoch.  Note: this uses the value stored in <Utils::gpsLeapSeconds> in its conversion.

-
- -
-
utcTimeToGpsTime
-
static uint64 utcTimeToGpsTime(
uint64 utcNanoseconds
)
-

Converts the UTC time into the GPS time in nanoseconds since the unix epoch.  Note: this uses the value stored in <Utils::gpsLeapSeconds> in its conversion.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Value-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/Value-Summary.js deleted file mode 100644 index 9b5f07206..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Value-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:Value","Value");NDSummary.OnSummaryLoaded("CClass:Value",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"]],[[4502,0,0,"Value"],[4503,0,1,"storedAs","storedAs"],[4504,0,1,"as_float","as_float"],[4505,0,1,"as_double","as_double"],[4506,0,1,"as_uint8","as_uint8"],[4507,0,1,"as_uint16","as_uint16"],[4508,0,1,"as_uint32","as_uint32"],[4509,0,1,"as_uint64","as_uint64"],[4510,0,1,"as_int8","as_int8"],[4511,0,1,"as_int16","as_int16"],[4512,0,1,"as_int32","as_int32"],[4513,0,1,"as_int32","as_int32(2)"],[4514,0,1,"as_ChannelMask","as_ChannelMask"],[4515,0,1,"as_string","as_string"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Value-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/Value-SummaryToolTips.js deleted file mode 100644 index 9d5fedcae..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Value-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:Value",{4502:"
Value
Represents a single value that can be stored/accessed in multiple ways.
",4503:"
const ValueType storedAs() const
Gets the ValueType that the data value is stored as. This type should be inspected to determine how to read the data value.
",4504:"
virtual float as_float() const
Gets the data value as a 4-byte float
",4505:"
virtual double as_double() const
Gets the data value as an 8-byte double
",4506:"
virtual uint8 as_uint8() const
Gets the data value as a 1-byte unsigned integer
",4507:"
virtual uint16 as_uint16() const
Gets the data value as a 2-byte unsigned integer
",4508:"
virtual uint32 as_uint32() const
Gets the data value as a 4-byte unsigned integer
",4509:"
virtual uint64 as_uint64() const
Gets the data value as a 8-byte unsigned integer
",4510:"
virtual int8 as_int8() const
Gets the data value as a 1-byte signed integer
",4511:"
virtual short as_int16() const
Gets the data value as a 2-byte signed integer
",4512:"
virtual int as_int32() const
Gets the data value as a 4-byte signed integer
",4513:"
Gets the data value as a 1-byte boolean
",4514:"
virtual ChannelMask as_ChannelMask() const
Gets the data value as a ChannelMask object.
",4515:"
virtual std::string as_string() const
Gets the data value as a string
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Value-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/Value-ToolTips.js deleted file mode 100644 index 5c5fc0318..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Value-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({4281:"
ChannelMask
Represents the channel mask (active and inactive channels) for a WirelessNode.
",4471:"
DataPoint
Base class representing common functionality between Wireless and Inertial data points
",4620:"
Error_BadDataType
Data of one type was accessed as another type (simple_any)
",4471:"
DataPoint
Base class representing common functionality between Wireless and Inertial data points
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Value.html b/v66.0.1/MSCL_API_Docs/classes/C/Value.html deleted file mode 100644 index 27a07eebc..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Value.html +++ /dev/null @@ -1,94 +0,0 @@ - - -Value - - - - - - - -
-
Value
- -

Represents a single value that can be stored/accessed in multiple ways.

See Also

DataPoint

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storedAs
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const ValueType storedAs() const
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Gets the ValueType that the data value is stored as. This type should be inspected to determine how to read the data value.

Returns

A ValueType representing how the data is stored, and should be read.

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as_float
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virtual float as_float() const
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Gets the data value as a 4-byte float

Returns

The data value as a 4-byte float

Exceptions

  • Error_BadDataType: The type in which the value was stored could not be converted to a 4-byte float

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as_double
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virtual double as_double() const
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Gets the data value as an 8-byte double

Returns

The data value as an 8-byte double

Exceptions

  • Error_BadDataType: The type in which the value was stored could not be converted to an 8-byte double

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as_uint8
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virtual uint8 as_uint8() const
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Gets the data value as a 1-byte unsigned integer

Returns

The data value as a 1-byte unsigned integer

Exceptions

  • Error_BadDataType: The type in which the value was stored could not be converted to a 1-byte unsigned integer

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as_uint16
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virtual uint16 as_uint16() const
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Gets the data value as a 2-byte unsigned integer

Returns

The data value as a 2-byte unsigned integer

Exceptions

  • Error_BadDataType: The type in which the value was stored could not be converted to a 2-byte unsigned integer

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as_uint32
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virtual uint32 as_uint32() const
-

Gets the data value as a 4-byte unsigned integer

Returns

The data value as a 4-byte unsigned integer

Exceptions

  • Error_BadDataType: The type in which the value was stored could not be converted to a 4-byte unsigned integer

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as_uint64
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virtual uint64 as_uint64() const
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Gets the data value as a 8-byte unsigned integer

Returns

The data value as a 8-byte unsigned integer

Exceptions

  • Error_BadDataType: The type in which the value was stored could not be converted to a 8-byte unsigned integer

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as_int8
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virtual int8 as_int8() const
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Gets the data value as a 1-byte signed integer

Returns

The data value as a 1-byte signed integer

Exceptions

  • Error_BadDataType: The type in which the value was stored could not be converted to a 1-byte signed integer

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as_int16
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virtual short as_int16() const
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Gets the data value as a 2-byte signed integer

Returns

The data value as a 2-byte signed integer

Exceptions

  • Error_BadDataType: The type in which the value was stored could not be converted to a 2-byte signed integer

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as_int32
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virtual int as_int32() const
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Gets the data value as a 4-byte signed integer

Returns

The data value as a 4-byte signed integer

Exceptions

  • Error_BadDataType: The type in which the value was stored could not be converted to a 4-byte signed integer

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as_int32
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Gets the data value as a 1-byte boolean

Returns

The data value as a boolean

Exceptions

  • Error_BadDataType: The type in which the value was stored could not be converted to a bool

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as_ChannelMask
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virtual ChannelMask as_ChannelMask() const
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Gets the data value as a ChannelMask object.

Returns

The data value as a ChannelMask.

Exceptions
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as_string
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virtual std::string as_string() const
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Gets the data value as a string

Returns

A string representing the data value. This will be created using the value's current valueType.  So a value stored as a float will return a string as so: "1.2345".

Exceptions
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- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Vector-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/Vector-Summary.js deleted file mode 100644 index aa31c48e6..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Vector-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:Vector","Vector");NDSummary.OnSummaryLoaded("CClass:Vector",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"]],[[4373,0,0,"Vector"],[4374,0,1,"size","size"],[4375,0,1,"as_doubleAt","as_doubleAt"],[4376,0,1,"as_floatAt","as_floatAt"],[4377,0,1,"as_uint16At","as_uint16At"],[4378,0,1,"as_uint8At","as_uint8At"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Vector-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/Vector-SummaryToolTips.js deleted file mode 100644 index 18eeef844..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Vector-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:Vector",{4373:"
Vector
Represents a Vector of values
",4374:"
uint16 size() const
Gets how many values are within the Vector
",4375:"
double as_doubleAt(
uint16 index
) const
Gets the value stored at the given 0-based index, as an 8-byte double
",4376:"
float as_floatAt(
uint16 index
) const
Gets the value stored at the given 0-based index, as a 4-byte float
",4377:"
uint16 as_uint16At(
uint16 index
) const
Gets the value stored at the given 0-based index, as a 2-byte unsigned integer
",4378:"
uint8 as_uint8At(
uint16 index
) const
Gets the value stored at the given 0-based index, as a 1-byte uint8
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Matrix
Represents a Matrix of values (varying size)
",1002:"
EulerAngles
Represents generic Euler Angles (roll, pitch, yaw).
",1013:"
Quaternion
",1024:"
Rotation
Structure that can represent either a Quaternion or EulerAngles object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Vector.html b/v66.0.1/MSCL_API_Docs/classes/C/Vector.html deleted file mode 100644 index 5762ee9d6..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Vector.html +++ /dev/null @@ -1,47 +0,0 @@ - - -Vector - - - - - - - -
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Vector
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Represents a Vector of values

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size
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uint16 size() const
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Gets how many values are within the Vector

Returns

The number of values within the Vector

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as_doubleAt
-
double as_doubleAt(
uint16 index
) const
-

Gets the value stored at the given 0-based index, as an 8-byte double

Parameters
index
uint16

The 0-based index of which to get the value

Returns

The value stored at the given index, as a double

Exceptions

  • std::out_of_range: The position requested is out of range

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as_floatAt
-
float as_floatAt(
uint16 index
) const
-

Gets the value stored at the given 0-based index, as a 4-byte float

Parameters
index
uint16

The 0-based index of which to get the value

Returns

The value stored at the given index, as a float

Exceptions

  • std::out_of_range: The position requested is out of range

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as_uint16At
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uint16 as_uint16At(
uint16 index
) const
-

Gets the value stored at the given 0-based index, as a 2-byte unsigned integer

Parameters
index
uint16

The 0-based index of which to get the value

Returns

The value stored at the given index, as an uint16

Exceptions

  • std::out_of_range: The position requested is out of range

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as_uint8At
-
uint8 as_uint8At(
uint16 index
) const
-

Gets the value stored at the given 0-based index, as a 1-byte uint8

Parameters
index
uint16

The 0-based index of which to get the value

Returns

The value stored at the given index, as an uint8

Exceptions

  • std::out_of_range: The position requested is out of range

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- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Velocity-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/Velocity-Summary.js deleted file mode 100644 index b2876901e..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Velocity-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:Velocity","Velocity");NDSummary.OnSummaryLoaded("CClass:Velocity",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Types","Type"]],[[100,0,0,"Velocity"],[101,0,1,"ECEF","ECEF"],[102,0,1,"NED","NED"],[103,0,1,"Vehicle","Vehicle"],[104,0,2,"GeometricVectors","GeometricVectors"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Velocity-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/Velocity-SummaryToolTips.js deleted file mode 100644 index d69abaa29..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Velocity-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:Velocity",{100:"
Velocity
Represents a velocity (x, y, z).
",101:"
static Velocity ECEF(
float x_init,
float y_init,
float z_init
)
Creates a Velocity vectory with the reference frame set to Earth-Centered, Earth-Fixed
",102:"
static Velocity NED(
float north,
float east,
float down
)
Creates a Velocity vector with the reference frame set to North-East-Down
",103:"
static Velocity Vehicle(
float x,
float y,
float z
)
Creates a Velocity vector with the reference frame set to Vehicle
",104:"
A vector of GeometricVector objects
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GeometricVector
Defines a 3 dimensional, spatial vector.
",100:"
Velocity
Represents a velocity (x, y, z).
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Velocity
- -

Represents a velocity (x, y, z).

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ECEF
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static Velocity ECEF(
float x_init,
float y_init,
float z_init
)
-

Creates a Velocity vectory with the reference frame set to Earth-Centered, Earth-Fixed

Parameters
x_init
float

initial x coordinate

y_init
float

initial y coordinate

z_init
float

initial z coordinate

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NED
-
static Velocity NED(
float north,
float east,
float down
)
-

Creates a Velocity vector with the reference frame set to North-East-Down

Parameters
north
float

initial x coordinate

east
float

initial y coordinate

down
float

initial z coordinate

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- -
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Vehicle
-
static Velocity Vehicle(
float x,
float y,
float z
)
-

Creates a Velocity vector with the reference frame set to Vehicle

Parameters
x
float

initial x coordinate

y
float

initial y coordinate

z
float

initial z coordinate

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GeometricVectors
-

A vector of GeometricVector objects

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- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Version-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/Version-Summary.js deleted file mode 100644 index 586cad4c4..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Version-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:Version","Version");NDSummary.OnSummaryLoaded("CClass:Version",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"]],[[4493,0,0,"Version"],[4494,0,1,"Version","Version"],[4495,0,1,"Version","Version(2)"],[4496,0,1,"Version","Version(3)"],[4497,0,1,"str","str"],[4498,0,1,"fromString","fromString"],[4499,0,1,"majorPart","majorPart"],[4500,0,1,"minorPart","minorPart"],[4501,0,1,"patchPart","patchPart"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Version-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/Version-SummaryToolTips.js deleted file mode 100644 index 3ad9a5a1e..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Version-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:Version",{4493:"
Version
Class that represents, and provides helper functions for, a Version number
",4494:"
Version(
uint32 major,
uint32 minor,
uint32 patch
)
Create a Version object from major, minor, patch.
",4495:"
Version(
uint32 major,
uint32 minor
)
Create a Version object from major and minor.
",4496:"
Version(
const Version &other
)
The copy constructor for a Version object.
",4497:"
std::string str() const
Gets a string representation of the Version.
",4498:"
bool fromString(
const std::string &strVersion
)
Builds the Version object from the given string.  If successful, the Version object will be updated to the given string.
",4499:"
uint32 majorPart() const
Gets the major part of the Version
",4500:"
uint32 minorPart() const
Gets the minor part of the Version
",4501:"
uint32 patchPart() const
Gets the patch part of the Version
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Version
Class that represents, and provides helper functions for, a Version number
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/Version.html b/v66.0.1/MSCL_API_Docs/classes/C/Version.html deleted file mode 100644 index 9ae23ddc8..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/Version.html +++ /dev/null @@ -1,65 +0,0 @@ - - -Version - - - - - - - -
-
Version
-
Version
-

Class that represents, and provides helper functions for, a Version number

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-
Version
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Version(
uint32 major,
uint32 minor,
uint32 patch
)
-

Create a Version object from major, minor, patch.

Parameters
major
uint32

The major part of the version (ie. 1 in 1.23.97).

minor
uint32

The minor part of the version (ie. 23 in 1.23.97).

patch
uint32

The patch part of the version (ie. 97 in 1.23.97).

-
- -
-
Version
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Version(
uint32 major,
uint32 minor
)
-

Create a Version object from major and minor.

Parameters
major
uint32

The major part of the version (ie. 1 in 1.23.97).

minor
uint32

The minor part of the version (ie. 23 in 1.23.97).

-
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Version
-
Version(
const Version &other
)
-

The copy constructor for a Version object.

Parameters
other
const Version&

The Version to be copied.

-
- -
-
str
-
std::string str() const
-

Gets a string representation of the Version.

Returns

A string representing the Version.

-
- -
-
fromString
-
bool fromString(
const std::string &strVersion
)
-

Builds the Version object from the given string.  If successful, the Version object will be updated to the given string.

Parameters
strVersion
const std::string&

The string representation of a version (ie. "1.23")

Returns

true if the string was parsed successfully and the Version was updated, false if the string failed to parse

-
- -
-
majorPart
-
uint32 majorPart() const
-

Gets the major part of the Version

Returns

The major part of the Version (ie. 1 in 1.23.97)

-
- -
-
minorPart
-
uint32 minorPart() const
-

Gets the minor part of the Version

Returns

The minor part of the Version (ie. 23 in 1.23.97)

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- -
-
patchPart
-
uint32 patchPart() const
-

Gets the patch part of the Version

Returns

The patch part of the Version (ie. 97 in 1.23.97)

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/WirelessChannel-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/WirelessChannel-Summary.js deleted file mode 100644 index 8b6d774f8..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/WirelessChannel-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:WirelessChannel","WirelessChannel");NDSummary.OnSummaryLoaded("CClass:WirelessChannel",[["C/C++","C"]],[["Classes","Class"],["Enums","Enumeration"],["Functions","Function"],["Types","Type"]],[[3964,0,0,"WirelessChannel"],[3965,0,1,"ChannelId","ChannelId"],[3966,0,1,,"channel_unknown"],[3967,0,1,,"channel_1"],[3968,0,1,,"channel_2"],[3969,0,1,,"channel_3"],[3970,0,1,,"channel_4"],[3971,0,1,,"channel_5"],[3972,0,1,,"channel_6"],[3973,0,1,,"channel_7"],[3974,0,1,,"channel_8"],[3975,0,1,,"channel_9"],[3976,0,1,,"channel_10"],[3977,0,1,,"channel_11"],[3978,0,1,,"channel_12"],[3979,0,1,,"channel_13"],[3980,0,1,,"channel_14"],[3981,0,1,,"channel_15"],[3982,0,1,,"channel_16"],[3983,0,1,,"channel_digital_1"],[3984,0,1,,"channel_digital_2"],[3985,0,1,,"channel_digital_3"],[3986,0,1,,"channel_digital_4"],[3987,0,1,,"channel_digital_5"],[3988,0,1,,"channel_digital_6"],[3989,0,1,,"channel_digital_7"],[3990,0,1,,"channel_digital_8"],[3991,0,1,,"channel_digital_9"],[3992,0,1,,"channel_digital_10"],[3993,0,1,,"channel_digital_11"],[3994,0,1,,"channel_digital_12"],[3995,0,1,,"channel_digital_13"],[3996,0,1,,"channel_digital_14"],[3997,0,1,,"channel_digital_15"],[3998,0,1,,"channel_digital_16"],[3999,0,1,,"channel_structuralHealth"],[4000,0,1,,"channel_hcl_rawBase_mag1_x"],[4001,0,1,,"channel_hcl_rawBase_mag1_y"],[4002,0,1,,"channel_hcl_rawBase_mag1_z"],[4003,0,1,,"channel_hcl_rawBase_mag2_x"],[4004,0,1,,"channel_hcl_rawBase_mag2_y"],[4005,0,1,,"channel_hcl_rawBase_mag2_z"],[4006,0,1,,"channel_hcl_rawBase_mag3_x"],[4007,0,1,,"channel_hcl_rawBase_mag3_y"],[4008,0,1,,"channel_hcl_rawBase_mag3_z"],[4009,0,1,,"channel_hcl_rawBase_mag4_x"],[4010,0,1,,"channel_hcl_rawBase_mag4_y"],[4011,0,1,,"channel_hcl_rawBase_mag4_z"],[4012,0,1,,"channel_hcl_rawBase_mag5_x"],[4013,0,1,,"channel_hcl_rawBase_mag5_y"],[4014,0,1,,"channel_hcl_rawBase_mag5_z"],[4015,0,1,,"channel_hcl_rawBase_mag6_x"],[4016,0,1,,"channel_hcl_rawBase_mag6_y"],[4017,0,1,,"channel_hcl_rawBase_mag6_z"],[4018,0,1,,"channel_hcl_rawBase_mag7_x"],[4019,0,1,,"channel_hcl_rawBase_mag7_y"],[4020,0,1,,"channel_hcl_rawBase_mag7_z"],[4021,0,1,,"channel_hcl_rawBase_mag8_x"],[4022,0,1,,"channel_hcl_rawBase_mag8_y"],[4023,0,1,,"channel_hcl_rawBase_mag8_z"],[4024,0,1,,"channel_hcl_rawBase_gyro_x"],[4025,0,1,,"channel_hcl_rawBase_gyro_y"],[4026,0,1,,"channel_hcl_rawBase_gyro_z"],[4027,0,1,,"channel_error_code"],[4028,0,1,,"channel_hcl_rawStrain_BL30"],[4029,0,1,,"channel_hcl_rawStrain_BL120"],[4030,0,1,,"channel_hcl_rawStrain_A60"],[4031,0,1,,"channel_hcl_rawStrain_A150"],[4032,0,1,,"channel_hcl_rawStrain_AL30"],[4033,0,1,,"channel_hcl_rawStrain_AL120"],[4034,0,1,,"channel_hcl_rawStrain_BR60"],[4035,0,1,,"channel_hcl_rawStrain_BR150"],[4036,0,1,,"channel_hcl_rawStrain_B30"],[4037,0,1,,"channel_hcl_rawStrain_T120"],[4038,0,1,,"channel_hcl_rawStrain_AR60"],[4039,0,1,,"channel_hcl_rawStrain_AR150"],[4040,0,1,,"channel_hcl_rawStrain_A30"],[4041,0,1,,"channel_hcl_rawStrain_A120"],[4042,0,1,,"channel_hcl_rawStrain_BL90"],[4043,0,1,,"channel_hcl_rawStrain_BL180"],[4044,0,1,,"channel_hcl_rawStrain_BR30"],[4045,0,1,,"channel_hcl_rawStrain_BR120"],[4046,0,1,,"channel_hcl_rawStrain_AL90"],[4047,0,1,,"channel_hcl_rawStrain_AL180"],[4048,0,1,,"channel_hcl_rawStrain_AR30"],[4049,0,1,,"channel_hcl_rawStrain_AR120"],[4050,0,1,,"channel_hcl_rawStrain_B90"],[4051,0,1,,"channel_hcl_rawStrain_T0"],[4052,0,1,,"channel_hcl_rawStrain_BL60"],[4053,0,1,,"channel_hcl_rawStrain_BL150"],[4054,0,1,,"channel_hcl_rawStrain_A90"],[4055,0,1,,"channel_hcl_rawStrain_A0"],[4056,0,1,,"channel_hcl_rawStrain_AL60"],[4057,0,1,,"channel_hcl_rawStrain_AL150"],[4058,0,1,,"channel_hcl_rawStrain_BR90"],[4059,0,1,,"channel_hcl_rawStrain_BR0"],[4060,0,1,,"channel_hcl_rawStrain_T60"],[4061,0,1,,"channel_hcl_rawStrain_B150"],[4062,0,1,,"channel_hcl_rawStrain_AR90"],[4063,0,1,,"channel_hcl_rawStrain_AR0"],[4064,0,1,,"channel_hcl_rawInertial_accel1"],[4065,0,1,,"channel_hcl_rawInertial_accel2"],[4066,0,1,,"channel_hcl_rawInertial_accel3"],[4067,0,1,,"channel_hcl_rawInertial_accel4"],[4068,0,1,,"channel_hcl_rawInertial_accel5"],[4069,0,1,,"channel_hcl_rawInertial_accel6"],[4070,0,1,,"channel_hcl_rawInertial_accel7"],[4071,0,1,,"channel_hcl_rawInertial_accel8"],[4072,0,1,,"channel_hcl_rawInertial_gyroX"],[4073,0,1,,"channel_hcl_rawInertial_gyroY"],[4074,0,1,,"channel_hcl_rawInertial_gyroZ"],[4075,0,1,,"channel_rawAngleStrain"],[4076,0,1,,"channel_beaconEcho"],[4077,0,1,,"channel_rfSweep"],[4078,0,1,,"channel_diag_state"],[4079,0,1,,"channel_diag_runtime_idle"],[4080,0,1,,"channel_diag_runtime_sleep"],[4081,0,1,,"channel_diag_runtime_activeRun"],[4082,0,1,,"channel_diag_runtime_inactiveRun"],[4083,0,1,,"channel_diag_resetCounter"],[4084,0,1,,"channel_diag_lowBatteryFlag"],[4085,0,1,,"channel_diag_sweepIndex"],[4086,0,1,,"channel_diag_badSweepCount"],[4087,0,1,,"channel_diag_totalTx"],[4088,0,1,,"channel_diag_totalReTx"],[4089,0,1,,"channel_diag_totalDroppedPackets"],[4090,0,1,,"channel_diag_builtInTestResult"],[4091,0,1,,"channel_diag_eventIndex"],[4092,0,1,,"channel_hcl_axialLoadX"],[4093,0,1,,"channel_hcl_axialLoadY"],[4094,0,1,,"channel_hcl_axialLoadZ"],[4095,0,1,,"channel_hcl_bendingMomentFlap"],[4096,0,1,,"channel_hcl_bendingMomentLag"],[4097,0,1,,"channel_hcl_bendingMomentPitch"],[4098,0,1,,"channel_hcl_motionFlap_mag"],[4099,0,1,,"channel_hcl_motionLag_mag"],[4100,0,1,,"channel_hcl_motionPitch_mag"],[4101,0,1,,"channel_hcl_motionFlap_inertial"],[4102,0,1,,"channel_hcl_motionLag_inertial"],[4103,0,1,,"channel_hcl_motionPitch_inertial"],[4104,0,1,,"channel_hcl_cockingStiffness_mag"],[4105,0,1,,"channel_hcl_cockingStiffness_inertial"],[4106,0,1,,"channel_hcl_temperature"],[4107,0,1,,"channel_diag_externalPower"],[4108,0,1,,"channel_diag_internalTemp"],[4109,0,1,,"channel_1_rms"],[4110,0,1,,"channel_2_rms"],[4111,0,1,,"channel_3_rms"],[4112,0,1,,"channel_4_rms"],[4113,0,1,,"channel_5_rms"],[4114,0,1,,"channel_6_rms"],[4115,0,1,,"channel_7_rms"],[4116,0,1,,"channel_8_rms"],[4117,0,1,,"channel_9_rms"],[4118,0,1,,"channel_10_rms"],[4119,0,1,,"channel_11_rms"],[4120,0,1,,"channel_12_rms"],[4121,0,1,,"channel_13_rms"],[4122,0,1,,"channel_14_rms"],[4123,0,1,,"channel_15_rms"],[4124,0,1,,"channel_16_rms"],[4125,0,1,,"channel_1_peakToPeak"],[4126,0,1,,"channel_2_peakToPeak"],[4127,0,1,,"channel_3_peakToPeak"],[4128,0,1,,"channel_4_peakToPeak"],[4129,0,1,,"channel_5_peakToPeak"],[4130,0,1,,"channel_6_peakToPeak"],[4131,0,1,,"channel_7_peakToPeak"],[4132,0,1,,"channel_8_peakToPeak"],[4133,0,1,,"channel_9_peakToPeak"],[4134,0,1,,"channel_10_peakToPeak"],[4135,0,1,,"channel_11_peakToPeak"],[4136,0,1,,"channel_12_peakToPeak"],[4137,0,1,,"channel_13_peakToPeak"],[4138,0,1,,"channel_14_peakToPeak"],[4139,0,1,,"channel_15_peakToPeak"],[4140,0,1,,"channel_16_peakToPeak"],[4141,0,1,,"channel_1_ips"],[4142,0,1,,"channel_2_ips"],[4143,0,1,,"channel_3_ips"],[4144,0,1,,"channel_4_ips"],[4145,0,1,,"channel_5_ips"],[4146,0,1,,"channel_6_ips"],[4147,0,1,,"channel_7_ips"],[4148,0,1,,"channel_8_ips"],[4149,0,1,,"channel_9_ips"],[4150,0,1,,"channel_10_ips"],[4151,0,1,,"channel_11_ips"],[4152,0,1,,"channel_12_ips"],[4153,0,1,,"channel_13_ips"],[4154,0,1,,"channel_14_ips"],[4155,0,1,,"channel_15_ips"],[4156,0,1,,"channel_16_ips"],[4157,0,1,,"channel_1_crestFactor"],[4158,0,1,,"channel_2_crestFactor"],[4159,0,1,,"channel_3_crestFactor"],[4160,0,1,,"channel_4_crestFactor"],[4161,0,1,,"channel_5_crestFactor"],[4162,0,1,,"channel_6_crestFactor"],[4163,0,1,,"channel_7_crestFactor"],[4164,0,1,,"channel_8_crestFactor"],[4165,0,1,,"channel_9_crestFactor"],[4166,0,1,,"channel_10_crestFactor"],[4167,0,1,,"channel_11_crestFactor"],[4168,0,1,,"channel_12_crestFactor"],[4169,0,1,,"channel_13_crestFactor"],[4170,0,1,,"channel_14_crestFactor"],[4171,0,1,,"channel_15_crestFactor"],[4172,0,1,,"channel_16_crestFactor"],[4173,0,1,,"channel_diag_syncAttempts"],[4174,0,1,,"channel_diag_syncFailures"],[4175,0,1,,"channel_diag_secsSinceLastSync"],[4176,0,1,,"channel_beaconConflict"],[4177,0,1,,"channel_1_mean"],[4178,0,1,,"channel_2_mean"],[4179,0,1,,"channel_3_mean"],[4180,0,1,,"channel_4_mean"],[4181,0,1,,"channel_5_mean"],[4182,0,1,,"channel_6_mean"],[4183,0,1,,"channel_7_mean"],[4184,0,1,,"channel_8_mean"],[4185,0,1,,"channel_9_mean"],[4186,0,1,,"channel_10_mean"],[4187,0,1,,"channel_11_mean"],[4188,0,1,,"channel_12_mean"],[4189,0,1,,"channel_13_mean"],[4190,0,1,,"channel_14_mean"],[4191,0,1,,"channel_15_mean"],[4192,0,1,,"channel_16_mean"],[4193,0,1,,"channel_1_mmps"],[4194,0,1,,"channel_2_mmps"],[4195,0,1,,"channel_3_mmps"],[4196,0,1,,"channel_4_mmps"],[4197,0,1,,"channel_5_mmps"],[4198,0,1,,"channel_6_mmps"],[4199,0,1,,"channel_7_mmps"],[4200,0,1,,"channel_8_mmps"],[4201,0,1,,"channel_9_mmps"],[4202,0,1,,"channel_10_mmps"],[4203,0,1,,"channel_11_mmps"],[4204,0,1,,"channel_12_mmps"],[4205,0,1,,"channel_13_mmps"],[4206,0,1,,"channel_14_mmps"],[4207,0,1,,"channel_15_mmps"],[4208,0,1,,"channel_16_mmps"],[4209,0,1,,"channel_diag_memoryFull"],[4210,0,2,"channelNumber","channelNumber"],[4211,0,2,"id","id"],[4212,0,2,"type","type"],[4213,0,2,"description","description"],[4214,0,2,"adcResolution","adcResolution"],[4215,0,2,"adcMaxValue","adcMaxValue"],[4216,0,2,"name","name"],[4217,0,3,"WirelessChannels","WirelessChannels"],[4218,0,3,"WirelessPollData","WirelessPollData"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/WirelessChannel-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/WirelessChannel-SummaryToolTips.js deleted file mode 100644 index 9300c0d6a..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/WirelessChannel-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:WirelessChannel",{3964:"
WirelessChannel
Represents a channel on a WirelessNode. This can be used to gain information about the channel, view current settings that are applied, and update settings on the Node.
",4210:"
uint8 channelNumber() const
Gets the channel number of this channel on the Node.
",4211:"
WirelessChannel::ChannelId id() const
Gets the WirelessChannel::ChannelId of this channel.
",4212:"
WirelessTypes::ChannelType type() const
Gets the WirelessTypes::ChannelType of this channel.
",4213:"
std::string description() const
Gets the description of this channel (ex. "Acceleration X (ch1)" or "CJC Temperature (ch8)").
",4214:"
uint8 adcResolution() const
Gets the ADC Resolution of this channel (Ex: 18 for 18-bit).
",4215:"
uint32 adcMaxValue() const
Gets the maximum value output from the ADC for this channel (Ex: 2^18 for 18-bit).
",4216:"
std::string name() const
Gets the name of this channel.  This is the universal name that should be used for uploading to SensorCloud.
",4217:"
A typedef for a vector of WirelessChannel objects.
",4218:"
A typedef for a map of WirelessChannel to float values, used when polling a Wireless Node.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/WirelessChannel-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/WirelessChannel-ToolTips.js deleted file mode 100644 index e808b065a..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/WirelessChannel-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3456:"
Represents the types of channels on Wireless Nodes.
",3964:"
WirelessChannel
Represents a channel on a WirelessNode. This can be used to gain information about the channel, view current settings that are applied, and update settings on the Node.
",4610:"
Error
The generic MicroStrain exception (base class)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/WirelessChannel.html b/v66.0.1/MSCL_API_Docs/classes/C/WirelessChannel.html deleted file mode 100644 index 35389c249..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/WirelessChannel.html +++ /dev/null @@ -1,74 +0,0 @@ - - -WirelessChannel - - - - - - - -
-
WirelessChannel
-
WirelessChannel
-

Represents a channel on a WirelessNode. This can be used to gain information about the channel, view current settings that are applied, and update settings on the Node.

-
- -
-
ChannelId
-
channel_unknown

0 - Unknown Channel

channel_1

1 - Channel 1

channel_2

2 - Channel 2

channel_3

3 - Channel 3

channel_4

4 - Channel 4

channel_5

5 - Channel 5

channel_6

6 - Channel 6

channel_7

7 - Channel 7

channel_8

8 - Channel 8

channel_9

9 - Channel 9

channel_10

10 - Channel 10

channel_11

11 - Channel 11

channel_12

12 - Channel 12

channel_13

13 - Channel 13

channel_14

14 - Channel 14

channel_15

15 - Channel 15

channel_16

16 - Channel 16

channel_digital_1

17 - Digital Channel 1

channel_digital_2

18 - Digital Channel 2

channel_digital_3

19 - Digital Channel 3

channel_digital_4

20 - Digital Channel 4

channel_digital_5

21 - Digital Channel 5

channel_digital_6

22 - Digital Channel 6

channel_digital_7

23 - Digital Channel 7

channel_digital_8

24 - Digital Channel 8

channel_digital_9

25 - Digital Channel 9

channel_digital_10

26 - Digital Channel 10

channel_digital_11

27 - Digital Channel 11

channel_digital_12

28 - Digital Channel 12

channel_digital_13

29 - Digital Channel 13

channel_digital_14

30 - Digital Channel 14

channel_digital_15

31 - Digital Channel 15

channel_digital_16

32 - Digital Channel 16

channel_structuralHealth

33 - Structural Health Channel

channel_hcl_rawBase_mag1_x

34 - HCL Smart Bearing Raw Base - Mag 1 - x

channel_hcl_rawBase_mag1_y

35 - HCL Smart Bearing Raw Base - Mag 1 - y

channel_hcl_rawBase_mag1_z

36 - HCL Smart Bearing Raw Base - Mag 1 - z

channel_hcl_rawBase_mag2_x

37 - HCL Smart Bearing Raw Base - Mag 2 - x

channel_hcl_rawBase_mag2_y

38 - HCL Smart Bearing Raw Base - Mag 2 - y

channel_hcl_rawBase_mag2_z

39 - HCL Smart Bearing Raw Base - Mag 2 - z

channel_hcl_rawBase_mag3_x

40 - HCL Smart Bearing Raw Base - Mag 3 - x

channel_hcl_rawBase_mag3_y

41 - HCL Smart Bearing Raw Base - Mag 3 - y

channel_hcl_rawBase_mag3_z

42 - HCL Smart Bearing Raw Base - Mag 3 - z

channel_hcl_rawBase_mag4_x

43 - HCL Smart Bearing Raw Base - Mag 4 - x

channel_hcl_rawBase_mag4_y

44 - HCL Smart Bearing Raw Base - Mag 4 - y

channel_hcl_rawBase_mag4_z

45 - HCL Smart Bearing Raw Base - Mag 4 - z

channel_hcl_rawBase_mag5_x

46 - HCL Smart Bearing Raw Base - Mag 5 - x

channel_hcl_rawBase_mag5_y

47 - HCL Smart Bearing Raw Base - Mag 5 - y

channel_hcl_rawBase_mag5_z

48 - HCL Smart Bearing Raw Base - Mag 5 - z

channel_hcl_rawBase_mag6_x

49 - HCL Smart Bearing Raw Base - Mag 6 - x

channel_hcl_rawBase_mag6_y

50 - HCL Smart Bearing Raw Base - Mag 6 - y

channel_hcl_rawBase_mag6_z

51 - HCL Smart Bearing Raw Base - Mag 6 - z

channel_hcl_rawBase_mag7_x

52 - HCL Smart Bearing Raw Base - Mag 7 - x

channel_hcl_rawBase_mag7_y

53 - HCL Smart Bearing Raw Base - Mag 7 - y

channel_hcl_rawBase_mag7_z

54 - HCL Smart Bearing Raw Base - Mag 7 - z

channel_hcl_rawBase_mag8_x

55 - HCL Smart Bearing Raw Base - Mag 8 - x

channel_hcl_rawBase_mag8_y

56 - HCL Smart Bearing Raw Base - Mag 8 - y

channel_hcl_rawBase_mag8_z

57 - HCL Smart Bearing Raw Base - Mag 8 - z

channel_hcl_rawBase_gyro_x

58 - HCL Smart Bearing Raw Base - Gyro - x

channel_hcl_rawBase_gyro_y

59 - HCL Smart Bearing Raw Base - Gyro - y

channel_hcl_rawBase_gyro_z

60 - HCL Smart Bearing Raw Base - Gyro - z

channel_error_code

61 - Error Code

channel_hcl_rawStrain_BL30

62 - HCL Smart Bearing Raw Strain - BL30

channel_hcl_rawStrain_BL120

63 - HCL Smart Bearing Raw Strain - BL120

channel_hcl_rawStrain_A60

64 - HCL Smart Bearing Raw Strain - A60

channel_hcl_rawStrain_A150

65 - HCL Smart Bearing Raw Strain - A150

channel_hcl_rawStrain_AL30

66 - HCL Smart Bearing Raw Strain - AL30

channel_hcl_rawStrain_AL120

67 - HCL Smart Bearing Raw Strain - AL120

channel_hcl_rawStrain_BR60

68 - HCL Smart Bearing Raw Strain - BR60

channel_hcl_rawStrain_BR150

69 - HCL Smart Bearing Raw Strain - BR150

channel_hcl_rawStrain_B30

70 - HCL Smart Bearing Raw Strain - B30

channel_hcl_rawStrain_T120

71 - HCL Smart Bearing Raw Strain - T120

channel_hcl_rawStrain_AR60

72 - HCL Smart Bearing Raw Strain - AR60

channel_hcl_rawStrain_AR150

73 - HCL Smart Bearing Raw Strain - AR150

channel_hcl_rawStrain_A30

74 - HCL Smart Bearing Raw Strain - A30

channel_hcl_rawStrain_A120

75 - HCL Smart Bearing Raw Strain - A120

channel_hcl_rawStrain_BL90

76 - HCL Smart Bearing Raw Strain - BL90

channel_hcl_rawStrain_BL180

77 - HCL Smart Bearing Raw Strain - BL180

channel_hcl_rawStrain_BR30

78 - HCL Smart Bearing Raw Strain - BR30

channel_hcl_rawStrain_BR120

79 - HCL Smart Bearing Raw Strain - BR120

channel_hcl_rawStrain_AL90

80 - HCL Smart Bearing Raw Strain - AL90

channel_hcl_rawStrain_AL180

81 - HCL Smart Bearing Raw Strain - AL180

channel_hcl_rawStrain_AR30

82 - HCL Smart Bearing Raw Strain - AR30

channel_hcl_rawStrain_AR120

83 - HCL Smart Bearing Raw Strain - AR120

channel_hcl_rawStrain_B90

84 - HCL Smart Bearing Raw Strain - B90

channel_hcl_rawStrain_T0

85 - HCL Smart Bearing Raw Strain - T0

channel_hcl_rawStrain_BL60

86 - HCL Smart Bearing Raw Strain - BL60

channel_hcl_rawStrain_BL150

87 - HCL Smart Bearing Raw Strain - BL150

channel_hcl_rawStrain_A90

88 - HCL Smart Bearing Raw Strain - A90

channel_hcl_rawStrain_A0

89 - HCL Smart Bearing Raw Strain - A0

channel_hcl_rawStrain_AL60

90 - HCL Smart Bearing Raw Strain - AL60

channel_hcl_rawStrain_AL150

91 - HCL Smart Bearing Raw Strain - AL150

channel_hcl_rawStrain_BR90

92 - HCL Smart Bearing Raw Strain - BR90

channel_hcl_rawStrain_BR0

93 - HCL Smart Bearing Raw Strain - BR0

channel_hcl_rawStrain_T60

94 - HCL Smart Bearing Raw Strain - T60

channel_hcl_rawStrain_B150

95 - HCL Smart Bearing Raw Strain - B150

channel_hcl_rawStrain_AR90

96 - HCL Smart Bearing Raw Strain - AR90

channel_hcl_rawStrain_AR0

97 - HCL Smart Bearing Raw Strain - AR0

channel_hcl_rawInertial_accel1

98 - HCL Smart Bearing Raw Inertial - accel 1

channel_hcl_rawInertial_accel2

99 - HCL Smart Bearing Raw Inertial - accel 2

channel_hcl_rawInertial_accel3

100 - HCL Smart Bearing Raw Inertial - accel 3

channel_hcl_rawInertial_accel4

101 - HCL Smart Bearing Raw Inertial - accel 4

channel_hcl_rawInertial_accel5

102 - HCL Smart Bearing Raw Inertial - accel 5

channel_hcl_rawInertial_accel6

103 - HCL Smart Bearing Raw Inertial - accel 6

channel_hcl_rawInertial_accel7

104 - HCL Smart Bearing Raw Inertial - accel 7

channel_hcl_rawInertial_accel8

105 - HCL Smart Bearing Raw Inertial - accel 8

channel_hcl_rawInertial_gyroX

106 - HCL Smart Bearing Raw Inertial - gyro X

channel_hcl_rawInertial_gyroY

107 - HCL Smart Bearing Raw Inertial - gyro Y

channel_hcl_rawInertial_gyroZ

108 - HCL Smart Bearing Raw Inertial - gyro Z

channel_rawAngleStrain

109 - Raw Angle Strain

channel_beaconEcho

110 - Beacon Echo

channel_rfSweep

111 - RF Sweep

channel_diag_state

112 - Diagnostic - current state

channel_diag_runtime_idle

113 - Diagnostic - idle run time

channel_diag_runtime_sleep

114 - Diagnostic - sleep run time

channel_diag_runtime_activeRun

115 - Diagnostic - active run run time

channel_diag_runtime_inactiveRun

116 - Diagnostic - inactive run run time

channel_diag_resetCounter

117 - Diagnostic - reset counter

channel_diag_lowBatteryFlag

118 - Diagnostic - low battery indicator

channel_diag_sweepIndex

119 - Diagnostic - sweep index

channel_diag_badSweepCount

120 - Diagnostic - bad sweep count

channel_diag_totalTx

121 - Diagnostic - total transmissions

channel_diag_totalReTx

122 - Diagnostic - total retransmissions

channel_diag_totalDroppedPackets

123 - Diagnostic - total dropped packets

channel_diag_builtInTestResult

124 - Diagnostic - built in test result

channel_diag_eventIndex

125 - Diagnostic - event trigger index

channel_hcl_axialLoadX

126 - HCL Smart Bearing Cal - Axial Load X

channel_hcl_axialLoadY

127 - HCL Smart Bearing Cal - Axial Load Y

channel_hcl_axialLoadZ

128 - HCL Smart Bearing Cal - Axial Load Z

channel_hcl_bendingMomentFlap

129 - HCL Smart Bearing Cal - Bending Moment Flag

channel_hcl_bendingMomentLag

130 - HCL Smart Bearing Cal - Bending Moment Lead Lag

channel_hcl_bendingMomentPitch

131 - HCL Smart Bearing Cal - Bending Moment Pitch

channel_hcl_motionFlap_mag

132 - HCL Smart Bearing Cal - Motion Flap (Mag)

channel_hcl_motionLag_mag

133 - HCL Smart Bearing Cal - Motion Lead Lag (Mag)

channel_hcl_motionPitch_mag

134 - HCL Smart Bearing Cal - Motion Pitch (Mag)

channel_hcl_motionFlap_inertial

135 - HCL Smart Bearing Cal - Motion Flap (Inertial)

channel_hcl_motionLag_inertial

136 - HCL Smart Bearing Cal - Motion Lead Lag (Inertial)

channel_hcl_motionPitch_inertial

137 - HCL Smart Bearing Cal - Motion Pitch (Inertial)

channel_hcl_cockingStiffness_mag

138 - HCL Smart Bearing Cal - Cocking Stiffness (Mag)

channel_hcl_cockingStiffness_inertial

139 - HCL Smart Bearing Cal - Cocking Stiffness (Inertial)

channel_hcl_temperature

140 - HCL Smart Bearing Cal - Temperature

channel_diag_externalPower

141 - Diagnostic - external power

channel_diag_internalTemp

142 - Diagnostic - internal temperature

channel_1_rms

143 - Channel 1 RMS

channel_2_rms

144 - Channel 2 RMS

channel_3_rms

145 - Channel 3 RMS

channel_4_rms

146 - Channel 4 RMS

channel_5_rms

147 - Channel 5 RMS

channel_6_rms

148 - Channel 6 RMS

channel_7_rms

149 - Channel 7 RMS

channel_8_rms

150 - Channel 8 RMS

channel_9_rms

151 - Channel 9 RMS

channel_10_rms

152 - Channel 10 RMS

channel_11_rms

153 - Channel 11 RMS

channel_12_rms

154 - Channel 12 RMS

channel_13_rms

155 - Channel 13 RMS

channel_14_rms

156 - Channel 14 RMS

channel_15_rms

157 - Channel 15 RMS

channel_16_rms

158 - Channel 16 RMS

channel_1_peakToPeak

159 - Channel 1 Peak to Peak

channel_2_peakToPeak

160 - Channel 2 Peak to Peak

channel_3_peakToPeak

161 - Channel 3 Peak to Peak

channel_4_peakToPeak

162 - Channel 4 Peak to Peak

channel_5_peakToPeak

163 - Channel 5 Peak to Peak

channel_6_peakToPeak

164 - Channel 6 Peak to Peak

channel_7_peakToPeak

165 - Channel 7 Peak to Peak

channel_8_peakToPeak

166 - Channel 8 Peak to Peak

channel_9_peakToPeak

167 - Channel 9 Peak to Peak

channel_10_peakToPeak

168 - Channel 10 Peak to Peak

channel_11_peakToPeak

169 - Channel 11 Peak to Peak

channel_12_peakToPeak

170 - Channel 12 Peak to Peak

channel_13_peakToPeak

171 - Channel 13 Peak to Peak

channel_14_peakToPeak

172 - Channel 14 Peak to Peak

channel_15_peakToPeak

173 - Channel 15 Peak to Peak

channel_16_peakToPeak

174 - Channel 16 Peak to Peak

channel_1_ips

175 - Channel 1 Inches Per Second

channel_2_ips

176 - Channel 2 Inches Per Second

channel_3_ips

177 - Channel 3 Inches Per Second

channel_4_ips

178 - Channel 4 Inches Per Second

channel_5_ips

179 - Channel 5 Inches Per Second

channel_6_ips

180 - Channel 6 Inches Per Second

channel_7_ips

181 - Channel 7 Inches Per Second

channel_8_ips

182 - Channel 8 Inches Per Second

channel_9_ips

183 - Channel 9 Inches Per Second

channel_10_ips

184 - Channel 10 Inches Per Second

channel_11_ips

185 - Channel 11 Inches Per Second

channel_12_ips

186 - Channel 12 Inches Per Second

channel_13_ips

187 - Channel 13 Inches Per Second

channel_14_ips

188 - Channel 14 Inches Per Second

channel_15_ips

189 - Channel 15 Inches Per Second

channel_16_ips

190 - Channel 16 Inches Per Second

channel_1_crestFactor

191 - Channel 1 Crest Factor

channel_2_crestFactor

192 - Channel 2 Crest Factor

channel_3_crestFactor

193 - Channel 3 Crest Factor

channel_4_crestFactor

194 - Channel 4 Crest Factor

channel_5_crestFactor

195 - Channel 5 Crest Factor

channel_6_crestFactor

196 - Channel 6 Crest Factor

channel_7_crestFactor

197 - Channel 7 Crest Factor

channel_8_crestFactor

198 - Channel 8 Crest Factor

channel_9_crestFactor

199 - Channel 9 Crest Factor

channel_10_crestFactor

200 - Channel 10 Crest Factor

channel_11_crestFactor

201 - Channel 11 Crest Factor

channel_12_crestFactor

202 - Channel 12 Crest Factor

channel_13_crestFactor

203 - Channel 13 Crest Factor

channel_14_crestFactor

204 - Channel 14 Crest Factor

channel_15_crestFactor

205 - Channel 15 Crest Factor

channel_16_crestFactor

206 - Channel 16 Crest Factor

channel_diag_syncAttempts

207 - Diagnostic - Synchronization Attempts

channel_diag_syncFailures

208 - Diagnostic - Synchronization Failures

channel_diag_secsSinceLastSync

209 - Diagnostic - Seconds since last synchronization

channel_beaconConflict

210 - Conflicting Beacon

channel_1_mean

211 - Channel 1 Mean

channel_2_mean

212 - Channel 2 Mean

channel_3_mean

213 - Channel 3 Mean

channel_4_mean

214 - Channel 4 Mean

channel_5_mean

215 - Channel 5 Mean

channel_6_mean

216 - Channel 6 Mean

channel_7_mean

217 - Channel 7 Mean

channel_8_mean

218 - Channel 8 Mean

channel_9_mean

219 - Channel 9 Mean

channel_10_mean

220 - Channel 10 Mean

channel_11_mean

221 - Channel 11 Mean

channel_12_mean

222 - Channel 12 Mean

channel_13_mean

223 - Channel 13 Mean

channel_14_mean

224 - Channel 14 Mean

channel_15_mean

225 - Channel 15 Mean

channel_16_mean

226 - Channel 16 Mean

channel_1_mmps

227 - Channel 1 Millimeters Per Second

channel_2_mmps

228 - Channel 2 Millimeters Per Second

channel_3_mmps

229 - Channel 3 Millimeters Per Second

channel_4_mmps

230 - Channel 4 Millimeters Per Second

channel_5_mmps

231 - Channel 5 Millimeters Per Second

channel_6_mmps

232 - Channel 6 Millimeters Per Second

channel_7_mmps

233 - Channel 7 Millimeters Per Second

channel_8_mmps

234 - Channel 8 Millimeters Per Second

channel_9_mmps

235 - Channel 9 Millimeters Per Second

channel_10_mmps

236 - Channel 10 Millimeters Per Second

channel_11_mmps

237 - Channel 11 Millimeters Per Second

channel_12_mmps

238 - Channel 12 Millimeters Per Second

channel_13_mmps

239 - Channel 13 Millimeters Per Second

channel_14_mmps

240 - Channel 14 Millimeters Per Second

channel_15_mmps

241 - Channel 15 Millimeters Per Second

channel_16_mmps

242 - Channel 16 Millimeters Per Second

channel_diag_memoryFull

243 - Diagnostic - % Datalogging Memory Full

-
- -
-
channelNumber
-
uint8 channelNumber() const
-

Gets the channel number of this channel on the Node.

Returns

The channel number of this channel on the Node.

-
- -
-
id
- -

Gets the WirelessChannel::ChannelId of this channel.

Returns

The WirelessChannel::ChannelId of this channel.

-
- -
-
type
- -

Gets the WirelessTypes::ChannelType of this channel.

Returns

The WirelessTypes::ChannelType of this channel.

-
- -
-
description
-
std::string description() const
-

Gets the description of this channel (ex. "Acceleration X (ch1)" or "CJC Temperature (ch8)").

Returns

A string description of the channel.

-
- -
-
adcResolution
-
uint8 adcResolution() const
-

Gets the ADC Resolution of this channel (Ex: 18 for 18-bit).

Returns

The ADC Resolution of this channel.

-
- -
-
adcMaxValue
-
uint32 adcMaxValue() const
-

Gets the maximum value output from the ADC for this channel (Ex: 2^18 for 18-bit).

Returns

The maximum value output from the ADC for this channel.

-
- -
-
name
-
std::string name() const
-

Gets the name of this channel.  This is the universal name that should be used for uploading to SensorCloud.

Returns

The name of this channel.

Exceptions
-
- -
-
WirelessChannels
-

A typedef for a vector of WirelessChannel objects.

-
- -
-
WirelessPollData
-

A typedef for a map of WirelessChannel to float values, used when polling a Wireless Node.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/WirelessDataPoint-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/WirelessDataPoint-Summary.js deleted file mode 100644 index c3b439c7e..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/WirelessDataPoint-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:WirelessDataPoint","WirelessDataPoint");NDSummary.OnSummaryLoaded("CClass:WirelessDataPoint",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Types","Type"]],[[3261,0,0,"WirelessDataPoint"],[3262,0,1,"channelId","channelId"],[3263,0,1,"channelNumber","channelNumber"],[3264,0,1,"channelName","channelName"],[3265,0,2,"ChannelData","ChannelData"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/WirelessDataPoint-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/WirelessDataPoint-SummaryToolTips.js deleted file mode 100644 index 71986840a..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/WirelessDataPoint-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:WirelessDataPoint",{3261:"
WirelessDataPoint
Represents a single channel\'s data point within a sweep
",3262:"
WirelessChannel::ChannelId channelId() const
Gets the WirelessChannel::ChannelId associated with the data point.
",3263:"
uint8 channelNumber() const
Gets the channel number associated with the data point (ch1 = 1, ch8 = 8), when applicable.  Otherwise, this will return a 0 (for example, a Structural Health data point doesn\'t relate an actual channel on the Wireless Node, so this will be a 0).  This number can be used to relate to the Node\'s WirelessChannel in the map returned from calling <WirelessNode::channels>().
",3264:"
const std::string& channelName() const
Gets the name of the channel.  This is the universal channel name that should be used for uploading to SensorCloud.
",3265:"
A typedef for a collection (vector) of WirelessDataPoints
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/WirelessDataPoint-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/WirelessDataPoint-ToolTips.js deleted file mode 100644 index d6f453aa5..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/WirelessDataPoint-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3261:"
WirelessDataPoint
Represents a single channel\'s data point within a sweep
",3964:"
WirelessChannel
Represents a channel on a WirelessNode. This can be used to gain information about the channel, view current settings that are applied, and update settings on the Node.
",4471:"
DataPoint
Base class representing common functionality between Wireless and Inertial data points
",4502:"
Value
Represents a single value that can be stored/accessed in multiple ways.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/WirelessDataPoint.html b/v66.0.1/MSCL_API_Docs/classes/C/WirelessDataPoint.html deleted file mode 100644 index ad0c42e9a..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/WirelessDataPoint.html +++ /dev/null @@ -1,40 +0,0 @@ - - -WirelessDataPoint - - - - - - - -
-
WirelessDataPoint
-
public
DataPoint
WirelessDataPoint
-

Represents a single channel's data point within a sweep

See Also

DataPoint, Value

-
- -
-
channelId
-
WirelessChannel::ChannelId channelId() const
-

Gets the WirelessChannel::ChannelId associated with the data point.

Returns

A WirelessChannel::ChannelId representing which channel this data corresponds with.

-
- -
-
channelNumber
-
uint8 channelNumber() const
-

Gets the channel number associated with the data point (ch1 = 1, ch8 = 8), when applicable.  Otherwise, this will return a 0 (for example, a Structural Health data point doesn't relate an actual channel on the Wireless Node, so this will be a 0).  This number can be used to relate to the Node's WirelessChannel in the map returned from calling <WirelessNode::channels>().

Returns

The channel number associated with the data point.

-
- -
-
channelName
-
const std::string& channelName() const
-

Gets the name of the channel.  This is the universal channel name that should be used for uploading to SensorCloud.

Returns

The name of the channel.

-
- -
-
ChannelData
-

A typedef for a collection (vector) of WirelessDataPoints

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/WirelessModels-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/WirelessModels-Summary.js deleted file mode 100644 index a67200171..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/WirelessModels-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:WirelessModels","WirelessModels");NDSummary.OnSummaryLoaded("CClass:WirelessModels",[["C/C++","C"]],[["Classes","Class"],["Enums","Enumeration"]],[[3147,0,0,"WirelessModels"],[3148,0,1,"NodeModel","NodeModel"],[3149,0,1,,"node_vLink_legacy"],[3150,0,1,,"node_cfBearingTempLink"],[3151,0,1,,"node_envLink_pro"],[3152,0,1,,"node_gLink_2g"],[3153,0,1,,"node_gLink_10g"],[3154,0,1,,"node_gLinkII_cust_in"],[3155,0,1,,"node_gLinkII_2g_in"],[3156,0,1,,"node_gLinkII_10g_in"],[3157,0,1,,"node_gLinkII_cust_ex"],[3158,0,1,,"node_gLinkII_2g_ex"],[3159,0,1,,"node_gLinkII_10g_ex"],[3160,0,1,,"node_gLink_rgd_10g"],[3161,0,1,,"node_gLink_200_8g"],[3162,0,1,,"node_gLink_200_40g"],[3163,0,1,,"node_gLink_200_8g_oem"],[3164,0,1,,"node_gLink_200_40g_oem"],[3165,0,1,,"node_gLink_200_8g_oem_mmcx"],[3166,0,1,,"node_gLink_200_40g_oem_mmcx"],[3167,0,1,,"node_gLink_200_8g_oem_u_fl"],[3168,0,1,,"node_gLink_200_40g_oem_u_fl"],[3169,0,1,,"node_gLink_200_r"],[3170,0,1,,"node_sgLink_oem_S"],[3171,0,1,,"node_sgLink"],[3172,0,1,,"node_sgLink200"],[3173,0,1,,"node_sgLink200_hbridge_350"],[3174,0,1,,"node_sgLink200_hbridge_120"],[3175,0,1,,"node_sgLink200_qbridge_1K"],[3176,0,1,,"node_sgLink200_hbridge_1K"],[3177,0,1,,"node_sgLink200_qbridge_350"],[3178,0,1,,"node_sgLink200_qbridge_120"],[3179,0,1,,"node_sgLink_oem"],[3180,0,1,,"node_sgLink_micro"],[3181,0,1,,"node_sgLink200_oem"],[3182,0,1,,"node_sgLink200_oem_ufl"],[3183,0,1,,"node_sgLink200_oem_hbridge_1K"],[3184,0,1,,"node_sgLink200_oem_hbridge_1K_ufl"],[3185,0,1,,"node_sgLink200_oem_hbridge_120"],[3186,0,1,,"node_sgLink200_oem_hbridge_120_ufl"],[3187,0,1,,"node_sgLink200_oem_hbridge_350"],[3188,0,1,,"node_sgLink200_oem_hbridge_350_ufl"],[3189,0,1,,"node_sgLink200_oem_qbridge_1K"],[3190,0,1,,"node_sgLink200_oem_qbridge_1K_ufl"],[3191,0,1,,"node_sgLink200_oem_qbridge_120"],[3192,0,1,,"node_sgLink200_oem_qbridge_120_ufl"],[3193,0,1,,"node_sgLink200_oem_qbridge_350"],[3194,0,1,,"node_sgLink200_oem_qbridge_350_ufl"],[3195,0,1,,"node_sgLink_rgd"],[3196,0,1,,"node_shmLink"],[3197,0,1,,"node_tcLink_1ch"],[3198,0,1,,"node_tcLink_6ch"],[3199,0,1,,"node_tcLink_3ch"],[3200,0,1,,"node_tcLink_6ch_ip67"],[3201,0,1,,"node_tcLink200_oem"],[3202,0,1,,"node_tcLink200_oem_ufl"],[3203,0,1,,"node_tcLink200"],[3204,0,1,,"node_rtdLink200"],[3205,0,1,,"node_tcLink_6ch_ip67_rht"],[3206,0,1,,"node_vLink"],[3207,0,1,,"node_vLink200"],[3208,0,1,,"node_vLink200_qbridge_1K"],[3209,0,1,,"node_vLink200_qbridge_120"],[3210,0,1,,"node_vLink200_qbridge_350"],[3211,0,1,,"node_vLink200_hbridge_1K"],[3212,0,1,,"node_vLink200_hbridge_120"],[3213,0,1,,"node_vLink200_hbridge_350"],[3214,0,1,,"node_iepeLink"],[3215,0,1,,"node_dvrtLink"],[3216,0,1,,"node_envLink_mini"],[3217,0,1,,"node_wattLink"],[3218,0,1,,"node_wattLink_3Y208"],[3219,0,1,,"node_wattLink_3D240"],[3220,0,1,,"node_wattLink_3Y400"],[3221,0,1,,"node_wattLink_3D400"],[3222,0,1,,"node_wattLink_3Y480"],[3223,0,1,,"node_wattLink_3D480"],[3224,0,1,,"node_wattLink_3Y600"],[3225,0,1,,"node_mvPerVLink"],[3226,0,1,,"node_ptLink200"],[3227,0,1,,"node_rtdLink"],[3228,0,1,,"node_shmLink2_cust1_oldNumber"],[3229,0,1,,"node_shmLink2_cust1"],[3230,0,1,,"node_shmLink200"],[3231,0,1,,"node_shmLink201"],[3232,0,1,,"node_shmLink201_qbridge_1K"],[3233,0,1,,"node_shmLink201_qbridge_348"],[3234,0,1,,"node_shmLink201_hbridge_1K"],[3235,0,1,,"node_shmLink201_hbridge_348"],[3236,0,1,,"node_shmLink201_fullbridge"],[3237,0,1,,"node_shmLink210_fullbridge"],[3238,0,1,,"node_shmLink210_qbridge_3K"],[3239,0,1,,"node_torqueLink"],[3240,0,1,,"node_torqueLink200_3ch"],[3241,0,1,,"node_torqueLink200"],[3242,0,1,,"node_torqueLink200_3ch_s"],[3243,0,1,,"node_sgLink_herm"],[3244,0,1,,"node_sgLink_herm_2600"],[3245,0,1,,"node_sgLink_herm_2700"],[3246,0,1,,"node_sgLink_herm_2800"],[3247,0,1,,"node_sgLink_herm_2900"],[3248,0,1,,"node_wirelessImpactSensor"],[3249,0,1,,"node_gLink_200_40g_s"],[3250,0,1,"BaseModel","BaseModel"],[3251,0,1,,"base_wsda_1000"],[3252,0,1,,"base_wsda_1500"],[3253,0,1,,"base_wsda_2000"],[3254,0,1,,"base_wsdaBase_200"],[3255,0,1,,"base_wsdaBase_200_extAntenna"],[3256,0,1,,"base_wsdaBase_101_analog"],[3257,0,1,,"base_wsdaBase_102_rs232"],[3258,0,1,,"base_wsdaBase_104_usb"],[3259,0,1,,"base_wsi_104"],[3260,0,1,,"base_wsdaBase_mini"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/WirelessModels-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/WirelessModels-SummaryToolTips.js deleted file mode 100644 index a0fe42da2..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/WirelessModels-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:WirelessModels",{3147:"
WirelessModels
Contains the models of Wireless hardware.
",3148:"
The model numbers for each of the Wireless Nodes.
",3250:"
The model numbers for each of the Wireless Base Stations
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/WirelessModels-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/WirelessModels-ToolTips.js deleted file mode 100644 index 59992a148..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/WirelessModels-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/WirelessModels.html b/v66.0.1/MSCL_API_Docs/classes/C/WirelessModels.html deleted file mode 100644 index 15cb3eb8e..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/WirelessModels.html +++ /dev/null @@ -1,27 +0,0 @@ - - -WirelessModels - - - - - - - -
-
WirelessModels
-
WirelessModels
-

Contains the models of Wireless hardware.

-
- -
-
NodeModel
-

The model numbers for each of the Wireless Nodes.

node_vLink_legacy

2428 - V-Link (legacy)

node_cfBearingTempLink

51280096 - CF-Bearing-Temp-Link

node_envLink_pro

60000001 - ENV-Link-Pro (NO ACTUAL 6XXX NUMBER, NODE NEEDS TO BE UPDATED!)

node_gLink_2g

63052000 - G-Link 2G

node_gLink_10g

63053000 - G-Link 10G

node_gLinkII_cust_in

63054000 - G-Link II Custom Internal

node_gLinkII_2g_in

63054002 - G-Link II 2G Internal

node_gLinkII_10g_in

63054010 - G-Link II 10G Internal

node_gLinkII_cust_ex

63055000 - G-Link II Custom External

node_gLinkII_2g_ex

63055002 - G-Link II 2g External

node_gLinkII_10g_ex

63055010 - G-Link II 10G External

node_gLink_rgd_10g

63056010 - G-Link-RGD 10G

node_gLink_200_8g

63056000 - G-Link-200-8g

node_gLink_200_40g

63056001 - G-Link-200-40g

node_gLink_200_8g_oem

63056002 - G-Link-200-8g-OEM (Internal Antenna)

node_gLink_200_40g_oem

63056003 - G-Link-200-40g-OEM (Internal Antenna)

node_gLink_200_8g_oem_mmcx

63056181 - G-Link-200-8g-OEM (MMCX Antenna)

node_gLink_200_40g_oem_mmcx

63056141 - G-Link-200-40g-OEM (MMCX Antenna)

node_gLink_200_8g_oem_u_fl

63056182 - G-Link-200-8g-OEM (U.Fl Antenna)

node_gLink_200_40g_oem_u_fl

63056142 - G-Link-200-40g-OEM (U.Fl Antenna)

node_gLink_200_r

63056200 - G-Link-200-R

node_sgLink_oem_S

63081000 - SG-Link 0EM -S (non-xr)

node_sgLink

63083000 - SG-Link

node_sgLink200

63083300 - SG-Link-200, Full Bridge

node_sgLink200_hbridge_350

63083330 - SG-Link-200, Half Bridge, 350 ohm

node_sgLink200_hbridge_120

63083320 - SG-Link-200, Half Bridge, 120 ohm

node_sgLink200_qbridge_1K

63083410 - SG-Link-200, Quarter Bridge, 1k ohm

node_sgLink200_hbridge_1K

63083310 - SG-Link-200, Half Bridge, 1k ohm

node_sgLink200_qbridge_350

63083430 - SG-Link-200, Quarter Bridge, 350 ohm

node_sgLink200_qbridge_120

63083420 - SG-Link-200, Quarter Bridge, 120 ohm

node_sgLink_oem

63084000 - SG-Link OEM

node_sgLink_micro

63084100 - SG-Link Micro

node_sgLink200_oem

63084200 - SG-Link-200-OEM - Full Bridge, Internal Antenna

node_sgLink200_oem_ufl

63084201 - SG-Link-200-OEM - Full Bridge, U.Fl Antenna

node_sgLink200_oem_hbridge_1K

63084310 - SG-Link-200-OEM - Half Bridge, 1K OHM, Internal Antenna

node_sgLink200_oem_hbridge_1K_ufl

63084311 - SG-Link-200-OEM - Half Bridge, 1K OHM, U.Fl Antenna

node_sgLink200_oem_hbridge_120

63084320 - SG-Link-200-OEM - Half Bridge, 120 OHM, Internal Antenna

node_sgLink200_oem_hbridge_120_ufl

63084321 - SG-Link-200-OEM - Half Bridge, 120 OHM, U.Fl Antenna

node_sgLink200_oem_hbridge_350

63084330 - SG-Link-200-OEM - Half Bridge, 350 OHM, Internal Antenna

node_sgLink200_oem_hbridge_350_ufl

63084331 - SG-Link-200-OEM - Half Bridge, 120 OHM, U.Fl Antenna

node_sgLink200_oem_qbridge_1K

63084410 - SG-Link-200-OEM - Quarter Bridge, 1K OHM, Internal Antenna

node_sgLink200_oem_qbridge_1K_ufl

63084411 - SG-Link-200-OEM - Quarter Bridge, 1K OHM, U.Fl Antenna

node_sgLink200_oem_qbridge_120

63084420 - SG-Link-200-OEM - Quarter Bridge, 120 OHM, Internal Antenna

node_sgLink200_oem_qbridge_120_ufl

63084421 - SG-Link-200-OEM - Quarter Bridge, 120 OHM, U.Fl Antenna

node_sgLink200_oem_qbridge_350

63084430 - SG-Link-200-OEM - Quarter Bridge, 350 OHM, Internal Antenna

node_sgLink200_oem_qbridge_350_ufl

63084431 - SG-Link-200-OEM - Quarter Bridge, 120 OHM, U.Fl Antenna

node_sgLink_rgd

63085000 - SG-Link RGD

node_shmLink

63086000 - SHM-Link

node_tcLink_1ch

63104000 - TC-Link 1CH

node_tcLink_6ch

63105000 - TC-Link 6CH

node_tcLink_3ch

63106000 - TC-Link 3CH

node_tcLink_6ch_ip67

63107000 - TC-Link 6CH IP67

node_tcLink200_oem

63104100 - TC-Link-200-OEM, Internal Antenna

node_tcLink200_oem_ufl

63104101 - TC-Link-200-OEM, U.Fl Antenna

node_tcLink200

63105400 - TC-Link-200

node_rtdLink200

63105500 - RTD-Link-200

node_tcLink_6ch_ip67_rht

63108000 - TC-Link 6CH IP67 RHT

node_vLink

63121000 - V-Link

node_vLink200

63122000 - V-Link 200 - Full Bridge

node_vLink200_qbridge_1K

63122110 - V-Link 200 - Quarter Bridge, 1K OHM

node_vLink200_qbridge_120

63122120 - V-Link 200 - Quarter Bridge, 120 OHM

node_vLink200_qbridge_350

63122130 - V-Link 200 - Quarter Bridge, 350 OHM

node_vLink200_hbridge_1K

63122210 - V-Link 200 - Half Bridge, 1K OHM

node_vLink200_hbridge_120

63122220 - V-Link 200 - Half Bridge, 120 OHM

node_vLink200_hbridge_350

63122230 - V-Link 200 - Half Bridge, 350 OHM

node_iepeLink

63160010 - IEPE-Link

node_dvrtLink

63181000 - DVRT-Link

node_envLink_mini

63220000 - ENV-Link-Mini

node_wattLink

63230000 - Watt-Link

node_wattLink_3Y208

63231100 - Watt-Link 3Y208

node_wattLink_3D240

63232200 - Watt-Link 3D240

node_wattLink_3Y400

63233100 - Watt-Link 3Y400

node_wattLink_3D400

63233200 - Watt-Link 3D400

node_wattLink_3Y480

63234100 - Watt-Link 3Y480

node_wattLink_3D480

63234200 - Watt-Link 3D480

node_wattLink_3Y600

63235100 - Watt-Link 3Y600

node_mvPerVLink

63250200 - mV/V-Link - REMOVED: support removed, this model number now mapped to PT-Link-200

node_ptLink200

63250200 - PT-Link-200

node_rtdLink

63260000 - RTD-Link

node_shmLink2_cust1_oldNumber

63290000 - SHM-Link 2 - Custom 1 (old model number)

node_shmLink2_cust1

63290100 - SHM-Link 2 - Custom 1

node_shmLink200

63290200 - SHM-Link 200

node_shmLink201

63290150 - SHM-Link 201 - Rosette - 3000 resistance

node_shmLink201_qbridge_1K

63290151 - SHM-Link 201 - Quarter Bridge - 1K resistance

node_shmLink201_qbridge_348

63290152 - SHM-Link 201 - Quarter Bridge - 348 resistance

node_shmLink201_hbridge_1K

63290153 - SHM-Link 201 - Half Bridge - 1K resistance

node_shmLink201_hbridge_348

63290154 - SHM-Link 201 - Half Bridge - 348 resistance

node_shmLink201_fullbridge

63290155 - SHM-Link 201 - Full Bridge

node_shmLink210_fullbridge

63290170 - SHM-Link 210 - Full Bridge

node_shmLink210_qbridge_3K

63290171 - SHM-Link 210 - Quarter Bridge - 3K OHM

node_torqueLink

63309999 - Torque-Link

node_torqueLink200_3ch

63313000 - Torque-Link-200-3ch

node_torqueLink200

63319999 - Torque-Link-200

node_torqueLink200_3ch_s

63323350 - Torque-Link-200-3ch

node_sgLink_herm

65010000 - SG-Link-Hermetic

node_sgLink_herm_2600

65011110 - SG-Link-Hermetic 2600 belt assembly

node_sgLink_herm_2700

65011210 - SG-Link-Hermetic 2700 belt assembly

node_sgLink_herm_2800

65011310 - SG-Link-Hermetic 2800 belt assembly

node_sgLink_herm_2900

65011410 - SG-Link-Hermetic 2900 belt assembly

node_wirelessImpactSensor

65080000 - Wireless Impact Sensor

node_gLink_200_40g_s

65226001 - G-Link-200 40g (custom default configuration)

-
- -
-
BaseModel
-

The model numbers for each of the Wireless Base Stations

base_wsda_1000

63140050  -WSDA-1000

base_wsda_1500

63141500  -WSDA-1500

base_wsda_2000

63142000  -WSDA-2000

base_wsdaBase_200

63072040  -WSDA-Base-200 (USB)

base_wsdaBase_200_extAntenna

63072140  -WSDA-Base-200 (USB) - External Antenna

base_wsdaBase_101_analog

63071010  -WSDA-Base-101 (Analog)

base_wsdaBase_102_rs232

63071020  -WSDA-Base-102 (RS232)

base_wsdaBase_104_usb

63071040  -WSDA-Base-104 (USB)

base_wsi_104

63072000  -WSI/104

base_wsdaBase_mini

63079999  -WSDA-Base-Mini

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/WirelessNode-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/WirelessNode-Summary.js deleted file mode 100644 index 4efa188ea..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/WirelessNode-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:WirelessNode","WirelessNode");NDSummary.OnSummaryLoaded("CClass:WirelessNode",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"]],[[3865,0,0,"WirelessNode"],[3866,0,1,"WirelessNode","WirelessNode"],[3867,0,1,"Mock","Mock"],[3868,0,1,"Mock","Mock(2)"],[3869,0,1,"deviceName","deviceName"],[3870,0,1,"features","features"],[3871,0,1,"lastCommunicationTime","lastCommunicationTime"],[3872,0,1,"lastDeviceState","lastDeviceState"],[3873,0,1,"setBaseStation","setBaseStation"],[3874,0,1,"getBaseStation","getBaseStation"],[3875,0,1,"hasBaseStation","hasBaseStation"],[3876,0,1,"useGroupRead","useGroupRead"],[3877,0,1,"readWriteRetries","readWriteRetries"],[3878,0,1,"readWriteRetries","readWriteRetries(2)"],[3879,0,1,"useEepromCache","useEepromCache"],[3880,0,1,"clearEepromCache","clearEepromCache"],[3881,0,1,"updateEepromCacheFromNodeDiscovery","updateEepromCacheFromNodeDiscovery"],[3882,0,1,"getEepromCache","getEepromCache"],[3883,0,1,"nodeAddress","nodeAddress"],[3884,0,1,"frequency","frequency"],[3885,0,1,"communicationProtocol","communicationProtocol"],[3886,0,1,"firmwareVersion","firmwareVersion"],[3887,0,1,"model","model"],[3888,0,1,"serial","serial"],[3889,0,1,"name","name"],[3890,0,1,"microcontroller","microcontroller"],[3891,0,1,"radioFeatures","radioFeatures"],[3892,0,1,"dataStorageSize","dataStorageSize"],[3893,0,1,"regionCode","regionCode"],[3894,0,1,"ping","ping"],[3895,0,1,"sleep","sleep"],[3896,0,1,"cyclePower","cyclePower"],[3897,0,1,"resetRadio","resetRadio"],[3898,0,1,"changeFrequency","changeFrequency"],[3899,0,1,"setToIdle","setToIdle"],[3900,0,1,"erase","erase"],[3901,0,1,"startNonSyncSampling","startNonSyncSampling"],[3902,0,1,"resendStartSyncSampling","resendStartSyncSampling"],[3903,0,1,"clearHistogram","clearHistogram"],[3904,0,1,"autoBalance","autoBalance"],[3905,0,1,"autoCal_shmLink","autoCal_shmLink"],[3906,0,1,"autoCal_shmLink201","autoCal_shmLink201"],[3907,0,1,"autoShuntCal","autoShuntCal"],[3908,0,1,"poll","poll"],[3909,0,1,"readEeprom","readEeprom"],[3910,0,1,"writeEeprom","writeEeprom"],[3911,0,1,"getDiagnosticInfo","getDiagnosticInfo"],[3912,0,1,"testCommunicationProtocol","testCommunicationProtocol"],[3913,0,1,"verifyConfig","verifyConfig"],[3914,0,1,"applyConfig","applyConfig"],[3915,0,1,"getNumDatalogSessions","getNumDatalogSessions"],[3916,0,1,"percentFull","percentFull"],[3917,0,1,"getDefaultMode","getDefaultMode"],[3918,0,1,"getInactivityTimeout","getInactivityTimeout"],[3919,0,1,"getCheckRadioInterval","getCheckRadioInterval"],[3920,0,1,"getTransmitPower","getTransmitPower"],[3921,0,1,"getSamplingMode","getSamplingMode"],[3922,0,1,"getActiveChannels","getActiveChannels"],[3923,0,1,"getSampleRate","getSampleRate"],[3924,0,1,"getNumSweeps","getNumSweeps"],[3925,0,1,"getUnlimitedDuration","getUnlimitedDuration"],[3926,0,1,"getDataFormat","getDataFormat"],[3927,0,1,"getDataCollectionMethod","getDataCollectionMethod"],[3928,0,1,"getTimeBetweenBursts","getTimeBetweenBursts"],[3929,0,1,"getLostBeaconTimeout","getLostBeaconTimeout"],[3930,0,1,"getInputRange","getInputRange"],[3931,0,1,"getHardwareOffset","getHardwareOffset"],[3932,0,1,"getAntiAliasingFilter","getAntiAliasingFilter"],[3933,0,1,"getCfcFilterConfiguration","getCfcFilterConfiguration"],[3934,0,1,"getLowPassFilter","getLowPassFilter"],[3935,0,1,"getHighPassFilter","getHighPassFilter"],[3936,0,1,"getDebounceFilter","getDebounceFilter"],[3937,0,1,"getPullUpResistor","getPullUpResistor"],[3938,0,1,"getSensorOutputMode","getSensorOutputMode"],[3939,0,1,"getGaugeFactor","getGaugeFactor"],[3940,0,1,"getExcitationVoltage","getExcitationVoltage"],[3941,0,1,"getAdcVoltageRef","getAdcVoltageRef"],[3942,0,1,"getGainAmplifierVoltageRef","getGainAmplifierVoltageRef"],[3943,0,1,"getGaugeResistance","getGaugeResistance"],[3944,0,1,"getNumActiveGauges","getNumActiveGauges"],[3945,0,1,"getLowBatteryThreshold","getLowBatteryThreshold"],[3946,0,1,"getLinearEquation","getLinearEquation"],[3947,0,1,"getUnit","getUnit"],[3948,0,1,"getFactoryCalibrationLinearEq","getFactoryCalibrationLinearEq"],[3949,0,1,"getFactoryCalibrationUnit","getFactoryCalibrationUnit"],[3950,0,1,"getFilterSettlingTime","getFilterSettlingTime"],[3951,0,1,"getThermocoupleType","getThermocoupleType"],[3952,0,1,"getTempSensorOptions","getTempSensorOptions"],[3953,0,1,"getFatigueOptions","getFatigueOptions"],[3954,0,1,"getHistogramOptions","getHistogramOptions"],[3955,0,1,"getActivitySense","getActivitySense"],[3956,0,1,"getEventTriggerOptions","getEventTriggerOptions"],[3957,0,1,"getDiagnosticInterval","getDiagnosticInterval"],[3958,0,1,"getStorageLimitMode","getStorageLimitMode"],[3959,0,1,"getSensorDelay","getSensorDelay"],[3960,0,1,"getDataMode","getDataMode"],[3961,0,1,"getDerivedDataRate","getDerivedDataRate"],[3962,0,1,"getDerivedChannelMask","getDerivedChannelMask"],[3963,0,1,"getDerivedVelocityUnit","getDerivedVelocityUnit"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/WirelessNode-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/WirelessNode-SummaryToolTips.js deleted file mode 100644 index 751d83482..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/WirelessNode-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:WirelessNode",{3865:"
WirelessNode
A class representing a MicroStrain wireless node
",3866:"
WirelessNode(
NodeAddress nodeAddress,
const BaseStation &basestation
)
Creates a WirelessNode object
",3867:"
static WirelessNode Mock(
NodeAddress nodeAddress,
const BaseStation &basestation,
const NodeInfo &info
)
Static function to create a Mock WirelessNode (won\'t actually talk to a physical device).
",3868:"
static WirelessNode Mock(
NodeAddress nodeAddress,
const BaseStation &basestation,
const NodeInfo &info,
const WirelessTypes::EepromMap &initialEepromCache
)
Static function to create a Mock WirelessNode (won\'t actually talk to a physical device).
",3869:"
static std::string deviceName(
NodeAddress nodeAddress
)
Static function for creating the universal sensor name that should be used for SensorCloud.
",3870:"
const NodeFeatures& features() const
Gets a reference to the NodeFeatures for this Node.  Note: This will be invalid when the WirelessNode is destroyed.
",3871:"
const Timestamp& lastCommunicationTime() const
Gets the Timestamp for the last time MSCL communicated with the Node.  Note: EEPROM reads using the cache will not update this timestamp.
",3872:"
DeviceState lastDeviceState() const
Gets the last known DeviceState for the Node.  This device state is updated by diagnostic packets, as well as when operations are performed by MSCL, such as setting a Node to idle.
",3873:"
void setBaseStation(
const BaseStation &basestation
)
Sets the node\'s parent Base Station, which will perform all communication with the node
",3874:"
BaseStation& getBaseStation()
Gets a reference to the BaseStation that is assigned to this Node.
",3875:"
bool hasBaseStation(
const BaseStation &basestation
) const
Checks whether the given BaseStation is the same BaseStation that is assigned to this Node.
",3876:"
void useGroupRead(
bool useGroup
)
Enables or disables the use of group eeprom read when trying to read a single value (enabled by default).  Note:  In most cases, leaving this enabled will provide better performance, allowing the cache to be built quicker, requiring less communication to the actual device. However, in some cases such as with very high traffic, it may be beneficial to restrict reads to use the single commands, as the packets are smaller over the air.
",3877:"
void readWriteRetries(
uint8 numRetries
)
Sets the number of retry attempts for reading and writing config options with the Node.  By default, the number of retries is 0.  Note:  The timeout that is set per command will be per read and write attempt, meaning this retry number is multiplied by the timeout for your overall timeout.
",3878:"
uint8 readWriteRetries() const
Gets the number of retry attempts for reading and writing config options with the Node.  By default, the number of retries is 0.  Note:  The timeout that is set per command will be per read and write attempt, meaning this retry number is multiplied by the timeout for your overall timeout.
",3879:"
void useEepromCache(
bool useCache
)
Sets whether or not to utilize the eeprom cache when configuring this Node (enabled by default). This can be enabled/disabled at any time.  It is highly recommended to have eeprom caching be enabled.  Note:  The eeprom cache stores the last known value that was written to / read from the Node for each eeprom location. If this is enabled, any reads will get the last known value from the cache if it exists, and any writes will not write to the Node if the value attempting to be written is the same as that stored in the cache. Caching of these values will still be performed if this is disabled, however, read and write operations will then always reach out to the actual device.
",3880:"
void clearEepromCache()
Clears the eeprom cache for this Node.
",3881:"
void updateEepromCacheFromNodeDiscovery(
const NodeDiscovery &nodeDisovery
)
Updates the Node\'s eeprom cache with information from the NodeDiscovery object.  Note: Take caution when using this function that the NodeDiscovery object actually belongs to this WirelessNode.
",3882:"
WirelessTypes::EepromMap getEepromCache() const
Gets a copy of the eeprom cache as a WirelessTypes::EepromMap.
",3883:"
NodeAddress nodeAddress() const
Gets the node address of the Node.
",3884:"
WirelessTypes::Frequency frequency() const
Gets the frequency that the Node is on.
",3885:"
WirelessTypes::CommProtocol communicationProtocol() const
Gets the WirelessTypes::CommProtocol that the Node is currently set to use.
",3886:"
Version firmwareVersion() const
Gets the firmware version of the Node.
",3887:"
WirelessModels::NodeModel model() const
Gets the model of the Node.
",3888:"
std::string serial() const
Gets the serial number of the Node.
",3889:"
std::string name() const
Gets the name of the Node. This is the universal sensor name that should be used for uploading to SensorCloud.  This is the same as calling WirelessNode::deviceName.
",3890:"
WirelessTypes::MicroControllerType microcontroller() const
Gets the microcontroller of the Node.
",3891:"
RadioFeatures radioFeatures() const
Gets the RadioFeatures of the Node.
",3892:"
uint64 dataStorageSize() const
Gets the number of bytes available for data storage on the Node.
",3893:"
WirelessTypes::RegionCode regionCode() const
Gets the region code currently set on the Node.
",3894:"
PingResponse ping()
Performs a Long Ping command on the Node to check the communication between the Base Station and the Node.  The response to this command contains the Node and BaseStation RSSI values.
",3895:"
bool sleep()
Puts the Node into a low power, sleep mode.  This command attempts to ping the node before sending the sleep command, to verify communication.
",3896:"
void cyclePower()
Cycles the power on the Node.  Many configuration changes that are applied to the node do not take affect until the power is cycled.
",3897:"
void resetRadio()
Resets the radio on the Node.
",3898:"
void changeFrequency(
WirelessTypes::Frequency frequency
)
Changes the radio frequency of the Node.  Note: If successful, the Node will be put onto a different frequency than its parent base station.  It is up to the user of MSCL to switch the base station to this frequency if you wish to communicate with it.
",3899:"
SetToIdleStatus setToIdle()
Attempts to set the Node to the Idle state.  This will stop the node from sampling or sleeping, and put it into an idle state so that it may be communicated with (configured, started sampling, etc).  This operation may take several seconds to complete. The returned SetToIdleStatus object may be used to determine the current status of the Set to Idle operation.
",3900:"
void erase()
Erases all logged data on the Node.  Note: Erasing the data on the Node may take up to 30 seconds to complete for some devices.  This command will return immediately while the Node is being erased.  If you wish to check the status of the Erase operation, you can continuously ping the Node. A successful ping means the erase has completed.
",3901:"
bool startNonSyncSampling()
Starts the Node in Non-Synchronized Sampling Mode.  This will immediately start the Node sampling, with the current Sampling settings that are applied to the Node.  Note: To start the Node in Synchronized Sampling Mode, use the SyncSamplingNetwork class.
",3902:"
bool resendStartSyncSampling()
Important!: Use the SyncSamplingNetwork to start a Node in Sync Sampling mode.  Advanced Function that sends the Start Sync Sampling command to the individual Node. This command is useful when you have already used the SyncSamplingNetwork object to start a network of Nodes, but need to resend the start command to a Node. For instance, if you had to set a node to idle, and haven\'t changed any configuration settings. Note that this command does not enable a beacon, which is needed for a Sync Sampling network to be running.  Warning: This function is rarely what you want to use to start Sync Sampling. Instead, you should create a SyncSamplingNetwork object.  Failing to use the SyncSamplingNetwork object can cause the network to be misconfigured, and result in loss of data.
",3903:"
void clearHistogram()
Clears the Histogram on the Node.  See Also: NodeFeatures::supportsHistogramConfig
",3904:"
AutoBalanceResult autoBalance(
const ChannelMask &mask,
float targetPercent
)
Performs an Auto Balance command on a specified channel on the Node.  This adjusts the sensor offset for differential channels to affect range.
",3905:"
AutoCalResult_shmLink autoCal_shmLink()
Performs automatic calibration for the SHM-Link Wireless Node.  See Also: NodeFeatures::supportsAutoCal_shm
",3906:"
AutoCalResult_shmLink201 autoCal_shmLink201()
Performs automatic calibration for the SHM-Link-201 Wireless Node.  See Also: NodeFeatures::supportsAutoCal_shm201
",3907:"
AutoShuntCalResult autoShuntCal(
const ChannelMask &mask,
const ShuntCalCmdInfo &commandInfo
)
Performs automatic shunt calibration for a specified ChannelMask on supported Nodes.
",3908:"
WirelessPollData poll(
const ChannelMask &mask
)
Polls the WirelessNode to get a single sweep of calibrated data.
",3909:"
uint16 readEeprom(
uint16 location
) const
Reads a uint16 from the given eeprom location of the node. This may use a page download or a read eeprom command.  If the value stored in the eeprom cache is still valid, this will be returned instead.  Note: This is an advanced command. In most cases you should use the built in commands for reading a Node\'s configuration options.
",3910:"
void writeEeprom(
uint16 location,
uint16 value
)
Writes a uint16 to the given eeprom location of the node.  If successful, the cache will be updated with the changed value as well.  Note: This is an advanced command. In most cases you should use the built in commands for changing a Node\'s configuration options.
",3911:"
ChannelData getDiagnosticInfo()
Performs an immediate request for the Node\'s Diagnostic Info.  Note: Nodes can also be configured to transmit Diagnostic Info data packets at a specified Diagnostic Interval via the WirelessNodeConfig object.
",3912:"
bool testCommunicationProtocol(
WirelessTypes::CommProtocol protocol
)
Tests if the Node will still be able to communicate after changing the Node\'s communication protocol.  This is recommended to be used before changing communication protocol as the range can change between protocol modes.  Note: Both the Node and BaseStation will return to the current protocol after this test.
",3913:"
bool verifyConfig(
const WirelessNodeConfig &config,
ConfigIssues &outIssues
) const
Checks whether the settings in the given WirelessNodeConfig are ok to be written to the Node.  Options that are set will also be validated against each other. If an option that needs to be validated isn\'t currently set, it will be read from the Node.  (ex. if sample rate is set, but sampling mode isn\'t, the sampling mode will be read from the Node for validating the sample rate)
",3914:"
void applyConfig(
const WirelessNodeConfig &config
)
Applies a WirelessNodeConfig to the Node.  Note: This applies all options that have been set in the WirelessNodeConfig.  Before applying, the options will be validated. It is recommended that you perform this validation yourself first by using verifyConfig.
",3915:"
uint16 getNumDatalogSessions() const
Reads the number of datalog sessions that are currently stored on the Node.
",3916:"
float percentFull() const
Gets the internal datalogging memory percentage that is currently stored on the Node.
",3917:"
WirelessTypes::DefaultMode getDefaultMode() const
Reads the WirelessTypes::DefaultMode that is currently set on the Node.
",3918:"
uint16 getInactivityTimeout() const
Reads the user inactivity timeout that is currently set on the Node.  This controls how many seconds before the Node goes to sleep when idle.
",3919:"
uint8 getCheckRadioInterval() const
Reads the check radio interval that is currently set on the Node.  This controls how often the Node wakes up from sleep to check for commands.
",3920:"
WirelessTypes::TransmitPower getTransmitPower() const
Reads the WirelessTypes::TransmitPower that is currently set on the Node.
",3921:"
WirelessTypes::SamplingMode getSamplingMode() const
Gets the WirelessTypes::SamplingMode that is currently set on the Node.
",3922:"
ChannelMask getActiveChannels() const
Gets the ChannelMask currently set on the Node, representing which channels are enabled and disabled.
",3923:"
WirelessTypes::WirelessSampleRate getSampleRate() const
Gets the WirelessTypes::WirelessSampleRate currently set on the Node.
",3924:"
uint32 getNumSweeps() const
Gets the number of sweeps currently set on the Node, which affects the duration of sampling if unlimited duration is disabled, or the duration of each burst if the sampling mode is Sync Sampling Burst.
",3925:"
bool getUnlimitedDuration() const
Gets whether or not unlimited sampling duration is enabled on the Node.
",3926:"
WirelessTypes::DataFormat getDataFormat() const
Gets the WirelessTypes::DataFormat that is currently set on the Node.
",3927:"
WirelessTypes::DataCollectionMethod getDataCollectionMethod() const
Gets the WirelessTypes::DataCollectionMethod that is currently set on the Node, representing how the data will be collected.  Note: this has no affect if the sampling mode is Armed Datalogging, as this mode only operates in "log only".
",3928:"
TimeSpan getTimeBetweenBursts() const
Gets the amount of time between each burst currently set on the Node.  This is only used if the sampling mode is Synchronized Sampling Burst.
",3929:"
uint16 getLostBeaconTimeout() const
Gets the lost beacon timeout, in minutes, currently set on the Node.  If the Node is Sync Sampling and loses the beacon for a length of time greater than this value, then the node drops into a sleep mode. The Node will re-enter sync sampling within 2 minutes of the beacon reappearing.  Note: A value of 0 means the lost beacon timeout is disabled.  See Also: NodeFeatures::supportsLostBeaconTimeout
",3930:"
WirelessTypes::InputRange getInputRange(
const ChannelMask &mask
) const
Reads the Input Range of the specified ChannelMask currently set on the Node.  See Also: NodeFeatures::channelGroups, NodeFeatures::supportsInputRange
",3931:"
uint16 getHardwareOffset(
const ChannelMask &mask
) const
Reads the hardware offset of the specified ChannelMask currently set on the Node.  See Also: NodeFeatures::channelGroups, NodeFeatures::supportsHardwareOffset
",3932:"
WirelessTypes::Filter getAntiAliasingFilter(
const ChannelMask &mask
) const
Reads the Anti-Aliasing Filter of the specified ChannelMask currently set on the Node.  See Also: NodeFeatures::channelGroups, NodeFeatures::supportsAntiAliasingFilter
",3933:"
WirelessTypes::ChannelFrequencyClass getCfcFilterConfiguration() const
Reads the channel frequency class filter option set on the Node.  See Also: NodeFeatures::supportsCfcFilterConfiguration
",3934:"
WirelessTypes::Filter getLowPassFilter(
const ChannelMask &mask
) const
Reads the Low-Pass Filter of the specified ChannelMask currently set on the Node.  See Also: NodeFeatures::channelGroups, NodeFeatures::supportsLowPassFilter
",3935:"
WirelessTypes::HighPassFilter getHighPassFilter(
const ChannelMask &mask
) const
Reads the High-Pass Filter of the specified ChannelMask currently set on the Node.  See Also: NodeFeatures::channelGroups, NodeFeatures::supportsHighPassFilter
",3936:"
uint16 getDebounceFilter(
const ChannelMask &mask
) const
Reads the Debounce Filter of the specified ChannelMask currently set on the Node.  See Also: NodeFeatures::channelGroups, NodeFeatures::supportsDebounceFilter
",3937:"
bool getPullUpResistor(
const ChannelMask &mask
) const
Gets whether or not the pull-up resistor is enabled on the Node.
",3938:"
WirelessTypes::SensorOutputMode getSensorOutputMode() const
Gets the WirelessTypes::SensorOutputMode currently set on the Node.
",3939:"
float getGaugeFactor(
const ChannelMask &mask
) const
Reads the gauge factor of the specified ChannelMask currently set on the Node.  See Also: NodeFeatures::channelGroups, NodeFeatures::supportsGaugeFactor
",3940:"
WirelessTypes::Voltage getExcitationVoltage() const
Reads the Excitation WirelessTypes::Voltage currently set on the Node.
",3941:"
WirelessTypes::Voltage getAdcVoltageRef() const
Reads the ADC WirelessTypes::Voltage Reference of the Node.
",3942:"
WirelessTypes::Voltage getGainAmplifierVoltageRef() const
Reads the Gain Amplifier WirelessTypes::Voltage Reference of the Node.
",3943:"
uint16 getGaugeResistance() const
Reads the gauge resistance currently set on the Node.  See Also: NodeFeatures::supportsGaugeResistance
",3944:"
uint16 getNumActiveGauges() const
Reads the Number of Active Gauges currently set on the Node.  See Also: NodeFeatures::supportsNumActiveGauges
",3945:"
float getLowBatteryThreshold() const
Reads the threshold at which the low battery diagnostic flag is sent.
",3946:"
LinearEquation getLinearEquation(
const ChannelMask &mask
) const
Gets the linear equation of the specified ChannelMask currently set on the Node.
",3947:"
WirelessTypes::CalCoef_Unit getUnit(
const ChannelMask &mask
) const
Reads the unit of the specified ChannelMask currently set on the Node.  Note: This unit is just used for reference (such as when downloading logged data) and does not affect the actual data value.
",3948:"
LinearEquation getFactoryCalibrationLinearEq(
const ChannelMask &mask
) const
Gets the factory-calibrated linear equation for the specified ChannelMask.
",3949:"
WirelessTypes::CalCoef_Unit getFactoryCalibrationUnit(
const ChannelMask &mask
) const
Reads the factory calibration unit for the specified ChannelMask.
",3950:"
WirelessTypes::SettlingTime getFilterSettlingTime(
const ChannelMask &mask
) const
Gets the filter settling time of the specified ChannelMask currently set on the Node.  See Also: NodeFeatures::channelGroups
",3951:"
WirelessTypes::ThermocoupleType getThermocoupleType(
const ChannelMask &mask
) const
Reads the WirelessTypes::ThermocoupleType of the specified ChannelMask currently set on the Node.  See Also: NodeFeatures::channelGroups
",3952:"
TempSensorOptions getTempSensorOptions(
const ChannelMask &mask
) const
Reads the TempSensorOptions of the specified ChannelMask currently set on the Node.  See Also: NodeFeatures::channelGroups
",3953:"
FatigueOptions getFatigueOptions() const
Reads the FatigueOptions currently set on the Node.  See Also: NodeFeatures::supportsFatigueConfig
",3954:"
HistogramOptions getHistogramOptions() const
Reads the HistogramOptions currently set on the Node.  See Also: NodeFeatures::supportsHistogramConfig
",3955:"
ActivitySense getActivitySense() const
Reads the ActivitySense options currently set on the Node.  See Also: NodeFeatures::supportsActivitySense
",3956:"
EventTriggerOptions getEventTriggerOptions() const
Reads the EventTriggerOptions currently set on the Node.  See Also: NodeFeatures::supportsEventTrigger
",3957:"
uint16 getDiagnosticInterval() const
Reads the interval (in seconds) at which the diagnostic info is configured to be sent.  See Also: NodeFeatures::supportsDiagnosticInfo
",3958:"
WirelessTypes::StorageLimitMode getStorageLimitMode() const
Reads the WirelessTypes::StorageLimitMode that the Node is configured for.  This determines what happens when the datalogging storage limit is reached on the Node.
",3959:"
uint32 getSensorDelay() const
Reads the sensor delay (in microseconds) that is currently set on the Node.  Note: A value of <WirelessNodeConfig::SENSOR_DELAY_ALWAYS_ON> indicates that the sensor is always on.
",3960:"
WirelessTypes::DataMode getDataMode() const
Reads the WirelessTypes::DataMode that is currently set on the Node.
",3961:"
WirelessTypes::WirelessSampleRate getDerivedDataRate() const
Reads the WirelessTypes::WirelessSampleRate for all Derived Data Channels that is currently set on the Node.
",3962:"
ChannelMask getDerivedChannelMask(
WirelessTypes::DerivedCategory category
) const
Reads the ChannelMask for an individual WirelessTypes::DerivedCategory that is currently set on the Node.  This represents which of the actual Node\'s channels are set to be mapped to derived channels.  For example, if the mask for RMS has ch1 and ch3 active, ch1RMS and ch3RMS channels will be output.
",3963:"
WirelessTypes::DerivedVelocityUnit getDerivedVelocityUnit() const
Reads the WirelessTypes::DerivedVelocityUnit which indicates which unit the Velocity derived channel is set to.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/WirelessNode-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/WirelessNode-ToolTips.js deleted file mode 100644 index 57a1b5a2e..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/WirelessNode-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({121:"
InertialNode
A class representing a MicroStrain Inertial Node
",2258:"
SetToIdleStatus
Holds the status information of the Set to Idle command.
",2682:"
PingResponse
Represents the response to a Long Ping Node command
",2689:"
Contains data for the shunt AutoCal command.
",2701:"
AutoCalResult_shmLink
Holds the result information from an autoCal_shmLink command.
",2709:"
AutoCalResult_shmLink201
Holds the result information from an autoCal_shmLink201 command.
",2720:"
AutoShuntCalResult
Holds the result information from an autoCal_shunt command.
",2730:"
AutoBalanceResult
Represents the result from an AutoBalance command.
",2734:"
TempSensorOptions
Options to adjust the temperature sensor for a WirelessNode.
",2743:"
WirelessNodeConfig
Class used for setting the configuration of WirelessNode objects.  Set all the configuration values that you want to change, then verify and apply them to a Node.
",2775:"
uint16 hardwareOffset(
const ChannelMask &mask
) const
Gets the hardware offset for the given ChannelMask in this Config object, if set.
",2843:"
HistogramOptions
Contains all of the Histogram options that can be configured for a WirelessNode.
",2859:"
FatigueOptions
Contains all of the fatigue options that can be configured for a WirelessNode.
",2892:"
EventTriggerOptions
Contains all of the Event Trigger options that can be configured for a WirelessNode.
",2905:"
ConfigIssue
Holds information on a specific configuration issue.
",2971:"
ActivitySense
Contains all of the ActivitySense options that can be configured for a WirelessNode.  Activity Sense is a power saving feature that allows a Node to be in a low-power state when no activity is suspected, and then immediately jump to its normal sampling state when a certain activity threshold is reached.
",3026:"
NodeFeatures
Contains information on which features are supported by a WirelessNode.
",3030:"
ChannelGroups channelGroups() const
Gets the ChannelGroups supported by this Node.
",3033:"
virtual bool supportsInputRange() const
Checks if the Node supports Input Range for any of its ChannelGroups.
",3035:"
virtual bool supportsHardwareOffset() const
Checks if the Node supports Hardware Offset for any of its ChannelGroups.
",3036:"
virtual bool supportsAntiAliasingFilter() const
Checks if the Node supports Anti-Aliasing Filter for any of its ChannelGroups.
",3037:"
virtual bool supportsLowPassFilter() const
Checks if the Node supports Low-Pass Filter for any of its ChannelGroups.
",3038:"
virtual bool supportsHighPassFilter() const
Checks if the Node supports High-Pass Filter for any of its ChannelGroups.
",3039:"
virtual bool supportsGaugeFactor() const
Checks if the Node supports Gauge Factor for any of its ChannelGroups.
",3040:"
virtual bool supportsGaugeResistance() const
Checks if the Node supports the Gauge Resistance option.
",3041:"
virtual bool supportsNumActiveGauges() const
Checks if the Node supports the Number of Active Gauges option.
",3042:"
virtual bool supportsLostBeaconTimeout() const
Checks if the Node supports the Lost Beacon Timeout option.
",3047:"
virtual bool supportsDebounceFilter() const
Checks if the Node supports the Debounce Filter configuration for any of its ChannelGroups.
",3048:"
virtual bool supportsFatigueConfig() const
Checks if the Node supports FatigueOptions configuration.
",3053:"
virtual bool supportsHistogramConfig() const
Checks if the Node supports HistogramOptions configuration.
",3056:"
virtual bool supportsActivitySense() const
Checks if the Node supports the ActivitySense feature.
",3059:"
virtual bool supportsAutoCal_shm() const
Checks if the Node supports the AutoCal SHM-Link command.
",3060:"
virtual bool supportsAutoCal_shm201() const
Checks if the Node supports the AutoCal SHM-Link-201 command.
",3064:"
virtual bool supportsEventTrigger() const
Checks if the Node supports Event Trigger sampling.
",3065:"
virtual bool supportsDiagnosticInfo() const
Checks if the Node supports sending Diagnostic Info.
",3071:"
virtual bool supportsCfcFilterConfiguration() const
Checks if the Node supports configuration of the channel frequency class filter.
",3148:"
The model numbers for each of the Wireless Nodes.
",3261:"
WirelessDataPoint
Represents a single channel\'s data point within a sweep
",3272:"
Represents the types of microcontrollers possible on the Wireless Devices.
",3280:"
Represents the types of data collection methods that can be performed on the Node.
",3284:"
Represents the types of data formats that Nodes can be configured to send when sampling.
",3294:"
Represents the types of sampling modes the Node can be in.
",3301:"
Represents the types of default modes the Node can have.  This is the mode the Node starts in, as well as the mode the node goes into after an inactivity timeout.
",3307:"
Represents the frequency (channel) that can be used for Wireless Devices.
",3325:"
Represents the transmit powers that can be used for Wireless Devices.
",3348:"
Represents the unit types that can be used for calibration coefficients on Wireless Nodes.
",3472:"
Represents the settling times used for thermocouple and voltage inputs on some Wireless Nodes.
",3489:"
Represents the thermocouple types supported by some Wireless Nodes.
",3520:"
The possible sample rates that are available for Wireless Nodes.
",3629:"
The filter options (used for anti-aliasing and low-pass filter)
",3666:"
The high pass filter options.
",3669:"
The channel frequency class filter options.
",3673:"
The options available for configuring what happens when the storage limit is reached when logging to a Node.
",3676:"
The options available for input range on supported Nodes.
",3813:"
Available Data Modes.
",3818:"
Available Derived Channel Categories for configuration.
",3831:"
The options that can be configured for the velocity derived channel.
",3832:"
Available Communication Protocol types.
",3835:"
Available Voltages.
",3845:"
Available Sensor Output Modes.
",3863:"
Typedef for a map of eeprom locations (uint16) to values (uint16).
",3865:"
WirelessNode
A class representing a MicroStrain wireless node
",3866:"
WirelessNode(
NodeAddress nodeAddress,
const BaseStation &basestation
)
Creates a WirelessNode object
",3869:"
static std::string deviceName(
NodeAddress nodeAddress
)
Static function for creating the universal sensor name that should be used for SensorCloud.
",3883:"
NodeAddress nodeAddress() const
Gets the node address of the Node.
",3913:"
bool verifyConfig(
const WirelessNodeConfig &config,
ConfigIssues &outIssues
) const
Checks whether the settings in the given WirelessNodeConfig are ok to be written to the Node.  Options that are set will also be validated against each other. If an option that needs to be validated isn\'t currently set, it will be read from the Node.  (ex. if sample rate is set, but sampling mode isn\'t, the sampling mode will be read from the Node for validating the sample rate)
",3931:"
uint16 getHardwareOffset(
const ChannelMask &mask
) const
Reads the hardware offset of the specified ChannelMask currently set on the Node.  See Also: NodeFeatures::channelGroups, NodeFeatures::supportsHardwareOffset
",4240:"
SyncSamplingNetwork
Used to configure and start a Synchronized Sampling network of wireless nodes.
",4257:"
RadioFeatures
Represents radio features of a WirelessNode.
",4260:"
NodeDiscovery
Represents 1 node discovery, which is created when a Wireless Node Discovery packet is sent from a Node.  Note: There are multiple versions of Node Discovery packets which have been developed over time.  Each version has added more useful information. If an earlier version of the Node Discovery packet is heard, this NodeDiscovery object will have some information be invalid (set to default values).
",4281:"
ChannelMask
Represents the channel mask (active and inactive channels) for a WirelessNode.
",4402:"
BaseStation
Represents a MicroStrain Base Station object
",4462:"
LinearEquation
Represents a linear equation (y = mx + b).
",4493:"
Version
Class that represents, and provides helper functions for, a Version number
",4525:"
typedef for a Node\'s node address.
",4547:"
The possible states a device can be in.
",4554:"
Timestamp
Represents a date/time object
",4576:"
TimeSpan
Represents a range of time
",4614:"
Error_NotSupported
A command/feature was attempted to be used that was not supported.
",4617:"
Error_NoData
There is no data available to be accessed
",4625:"
Error_Communication
The exception for failing to communicate with a device.
",4628:"
Error_NodeCommunication
The exception for failing to communicate with a WirelessNode.
",4632:"
Error_Connection
The generic connection exception.
",4652:"
Error_InvalidNodeConfig
The Configuration for a WirelessNode is invalid.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/WirelessNode.html b/v66.0.1/MSCL_API_Docs/classes/C/WirelessNode.html deleted file mode 100644 index e3263b7a1..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/WirelessNode.html +++ /dev/null @@ -1,605 +0,0 @@ - - -WirelessNode - - - - - - - -
-
WirelessNode
-
WirelessNode
-

A class representing a MicroStrain wireless node

See Also

InertialNode

-
- -
-
WirelessNode
-
WirelessNode(
NodeAddress nodeAddress,
const BaseStation &basestation
)
-

Creates a WirelessNode object

Parameters
nodeAddress
NodeAddress

the node address of the node

basestation
const BaseStation&

the node's parent Base Station

-
- -
-
Mock
-
static WirelessNode Mock(
NodeAddress nodeAddress,
const BaseStation &basestation,
const NodeInfo &info
)
-

Static function to create a Mock WirelessNode (won't actually talk to a physical device).

Parameters
nodeAddress
NodeAddress

the node address of the node

basestation
const BaseStation&

the node's parent Base Station (should be a Mock BaseStation).

info
const NodeInfo&

The <NodeInfo> to use for creating the mock Node.

Returns

A WirelessNode object with a mock implementation.

-
- -
-
Mock
-
static WirelessNode Mock(
NodeAddress nodeAddress,
const BaseStation &basestation,
const NodeInfo &info,
const WirelessTypes::EepromMap &initialEepromCache
)
-

Static function to create a Mock WirelessNode (won't actually talk to a physical device).

Parameters
nodeAddress
NodeAddress

the node address of the node

basestation
const BaseStation&

the node's parent Base Station (should be a Mock BaseStation).

info
const NodeInfo&

The <NodeInfo> to use for creating the mock Node.

initialEepromCache
const WirelessTypes::EepromMap&

The WirelessTypes::EepromMap to use as the Node's initial eeprom cache.

Returns

A WirelessNode object with a mock implementation.

-
- -
-
deviceName
-
static std::string deviceName(
NodeAddress nodeAddress
)
-

Static function for creating the universal sensor name that should be used for SensorCloud.

Parameters
nodeAddress
NodeAddress

The node address of the wireless node. This should be identical to calling the nodeAddress function on a WirelessNode object.

Returns

The universal sensor name.

-
- -
-
features
-
const NodeFeatures& features() const
-

Gets a reference to the NodeFeatures for this Node.  Note: This will be invalid when the WirelessNode is destroyed.

Returns

A NodeFeatures reference containing the features for this Node.

Exceptions
-
- -
-
lastCommunicationTime
-
const Timestamp& lastCommunicationTime() const
-

Gets the Timestamp for the last time MSCL communicated with the Node.  Note: EEPROM reads using the cache will not update this timestamp.

Returns

A Timestamp representing the last time MSCL communicated with the Node.

Exceptions

  • Error_NoData: There is no communication time logged for this Node.

-
- -
-
lastDeviceState
-
DeviceState lastDeviceState() const
-

Gets the last known DeviceState for the Node.  This device state is updated by diagnostic packets, as well as when operations are performed by MSCL, such as setting a Node to idle.

Returns

The last known DeviceState.

-
- -
-
setBaseStation
-
void setBaseStation(
const BaseStation &basestation
)
-

Sets the node's parent Base Station, which will perform all communication with the node

Parameters
base

the BaseStation object to be assigned to the node, which will perform all communication with the node

-
- -
-
getBaseStation
-
BaseStation& getBaseStation()
-

Gets a reference to the BaseStation that is assigned to this Node.

Returns

A reference to the BaseStation that is assigned to this Node.

-
- -
-
hasBaseStation
-
bool hasBaseStation(
const BaseStation &basestation
) const
-

Checks whether the given BaseStation is the same BaseStation that is assigned to this Node.

Parameters
basestation
const BaseStation&

The BaseStation to check if it is the same as this Node's parent BaseStation.

Returns

true if the basestation is the same as this Node's parent BaseStation, false if it is different.

-
- -
-
useGroupRead
-
void useGroupRead(
bool useGroup
)
-

Enables or disables the use of group eeprom read when trying to read a single value (enabled by default).  Note:  In most cases, leaving this enabled will provide better performance, allowing the cache to be built quicker, requiring less communication to the actual device. However, in some cases such as with very high traffic, it may be beneficial to restrict reads to use the single commands, as the packets are smaller over the air.

Parameters
useGroup
bool

Whether the group eeprom read commands can be used (true) or whether to restrict to single eeprom reads (false).

-
- -
-
readWriteRetries
-
void readWriteRetries(
uint8 numRetries
)
-

Sets the number of retry attempts for reading and writing config options with the Node.  By default, the number of retries is 0.  Note:  The timeout that is set per command will be per read and write attempt, meaning this retry number is multiplied by the timeout for your overall timeout.

Parameters
numRetries
uint8

The number of retries to set for reading and writing config options with the Node.

-
- -
-
readWriteRetries
-
uint8 readWriteRetries() const
-

Gets the number of retry attempts for reading and writing config options with the Node.  By default, the number of retries is 0.  Note:  The timeout that is set per command will be per read and write attempt, meaning this retry number is multiplied by the timeout for your overall timeout.

Returns

The number of retries to set for reading and writing config options with the Node.

-
- -
-
useEepromCache
-
void useEepromCache(
bool useCache
)
-

Sets whether or not to utilize the eeprom cache when configuring this Node (enabled by default). This can be enabled/disabled at any time.  It is highly recommended to have eeprom caching be enabled.  Note:  The eeprom cache stores the last known value that was written to / read from the Node for each eeprom location. If this is enabled, any reads will get the last known value from the cache if it exists, and any writes will not write to the Node if the value attempting to be written is the same as that stored in the cache. Caching of these values will still be performed if this is disabled, however, read and write operations will then always reach out to the actual device.

Parameters
useCache
bool

whether the eeprom cache should be used (true) or not (false).

-
- -
-
clearEepromCache
-
void clearEepromCache()
-

Clears the eeprom cache for this Node.

-
- -
-
updateEepromCacheFromNodeDiscovery
-
void updateEepromCacheFromNodeDiscovery(
const NodeDiscovery &nodeDisovery
)
-

Updates the Node's eeprom cache with information from the NodeDiscovery object.  Note: Take caution when using this function that the NodeDiscovery object actually belongs to this WirelessNode.

Parameters
nodeDiscovery

The NodeDiscovery object to update the cache with.

-
- -
-
getEepromCache
-
WirelessTypes::EepromMap getEepromCache() const
-

Gets a copy of the eeprom cache as a WirelessTypes::EepromMap.

Returns

A WirelessTypes::EepromMap of the current eeprom cache.

-
- -
-
nodeAddress
-
NodeAddress nodeAddress() const
-

Gets the node address of the Node.

Returns

The node address of the Node

-
- -
-
frequency
-
WirelessTypes::Frequency frequency() const
-

Gets the frequency that the Node is on.

Returns

A WirelessTypes::Frequency that the Node is on.

Exceptions
-
- -
-
communicationProtocol
-
WirelessTypes::CommProtocol communicationProtocol() const
-

Gets the WirelessTypes::CommProtocol that the Node is currently set to use.

Returns

The WirelessTypes::CommProtocol that the Node is currently set to use.

Exceptions
-
- -
-
firmwareVersion
-
Version firmwareVersion() const
-

Gets the firmware version of the Node.

Returns

A Version representing the firmware version of the Node.

Exceptions
-
- -
-
model
- -

Gets the model of the Node.

Returns

A WirelessModels::NodeModel representing the model of the Node.

Exceptions
-
- -
-
serial
-
std::string serial() const
-

Gets the serial number of the Node.

Returns

A string representing the serial number of the Node.

Exceptions
-
- -
-
name
-
std::string name() const
-

Gets the name of the Node. This is the universal sensor name that should be used for uploading to SensorCloud.  This is the same as calling WirelessNode::deviceName.

Returns

The universal sensor name.

-
- -
-
microcontroller
-
WirelessTypes::MicroControllerType microcontroller() const
-

Gets the microcontroller of the Node.

Returns

A WirelessTypes::MicroControllerType representing the microcontroller of the Node.

Exceptions
-
- -
-
radioFeatures
-
RadioFeatures radioFeatures() const
-

Gets the RadioFeatures of the Node.

Returns

The RadioFeatures of the Node.

Exceptions
-
- -
-
dataStorageSize
-
uint64 dataStorageSize() const
-

Gets the number of bytes available for data storage on the Node.

Returns

The number of bytes available

Exceptions
-
- -
-
regionCode
-
WirelessTypes::RegionCode regionCode() const
-

Gets the region code currently set on the Node.

Exceptions
-
- -
-
ping
- -

Performs a Long Ping command on the Node to check the communication between the Base Station and the Node.  The response to this command contains the Node and BaseStation RSSI values.

Returns

A PingResponse object that can be queried to get details of the ping command's response, including RSSI values.

Exceptions
-
- -
-
sleep
-
bool sleep()
-

Puts the Node into a low power, sleep mode.  This command attempts to ping the node before sending the sleep command, to verify communication.

Returns

true if the sleep command was successful, false otherwise.

Exceptions
-
- -
-
cyclePower
-
void cyclePower()
-

Cycles the power on the Node.  Many configuration changes that are applied to the node do not take affect until the power is cycled.

Exceptions
-
- -
-
resetRadio
-
void resetRadio()
-

Resets the radio on the Node.

Exceptions
-
- -
-
changeFrequency
-
void changeFrequency(
WirelessTypes::Frequency frequency
)
-

Changes the radio frequency of the Node.  Note: If successful, the Node will be put onto a different frequency than its parent base station.  It is up to the user of MSCL to switch the base station to this frequency if you wish to communicate with it.

Parameters
frequency
WirelessTypes::Frequency

The WirelessTypes::Frequency to change the Node to.

Exceptions
-
- -
-
setToIdle
-
SetToIdleStatus setToIdle()
-

Attempts to set the Node to the Idle state.  This will stop the node from sampling or sleeping, and put it into an idle state so that it may be communicated with (configured, started sampling, etc).  This operation may take several seconds to complete. The returned SetToIdleStatus object may be used to determine the current status of the Set to Idle operation.

Returns

A SetToIdleStatus object which can be used to get the current status of the ongoing Set to Idle operation, as well as cancel the operation altogether.

Exceptions
-
- -
-
erase
-
void erase()
-

Erases all logged data on the Node.  Note: Erasing the data on the Node may take up to 30 seconds to complete for some devices.  This command will return immediately while the Node is being erased.  If you wish to check the status of the Erase operation, you can continuously ping the Node. A successful ping means the erase has completed.

Exceptions
-
- -
-
startNonSyncSampling
-
bool startNonSyncSampling()
-

Starts the Node in Non-Synchronized Sampling Mode.  This will immediately start the Node sampling, with the current Sampling settings that are applied to the Node.  Note: To start the Node in Synchronized Sampling Mode, use the SyncSamplingNetwork class.

Exceptions
-
- -
-
resendStartSyncSampling
-
bool resendStartSyncSampling()
-

Important!: Use the SyncSamplingNetwork to start a Node in Sync Sampling mode.  Advanced Function that sends the Start Sync Sampling command to the individual Node. This command is useful when you have already used the SyncSamplingNetwork object to start a network of Nodes, but need to resend the start command to a Node. For instance, if you had to set a node to idle, and haven't changed any configuration settings. Note that this command does not enable a beacon, which is needed for a Sync Sampling network to be running.  Warning: This function is rarely what you want to use to start Sync Sampling. Instead, you should create a SyncSamplingNetwork object.  Failing to use the SyncSamplingNetwork object can cause the network to be misconfigured, and result in loss of data.

Returns

true if the node is known to have started sampling, false otherwise.

Exceptions
-
- -
-
clearHistogram
-
void clearHistogram()
-

Clears the Histogram on the Node.  See Also: NodeFeatures::supportsHistogramConfig

Exceptions
-
- -
-
autoBalance
-
AutoBalanceResult autoBalance(
const ChannelMask &mask,
float targetPercent
)
-

Performs an Auto Balance command on a specified channel on the Node.  This adjusts the sensor offset for differential channels to affect range.

See Also: getHardwareOffset, WirelessNodeConfig::hardwareOffset

Parameters
mask
const ChannelMask&

The ChannelMask to perform the auto balance command on.

targetPercent
float

The percentage (0.0 - 100.0) of the range to balance to (low = 25%, midscale = 50%, high = 75%).

Returns

The AutoBalanceResult containing information from the auto balance command.

Exceptions
-
- -
-
autoCal_shmLink
-
AutoCalResult_shmLink autoCal_shmLink()
-

Performs automatic calibration for the SHM-Link Wireless Node.  See Also: NodeFeatures::supportsAutoCal_shm

Returns

The AutoCalResult_shmLink containing the result of the auto cal operation.

Exceptions
-
- -
-
autoCal_shmLink201
-
AutoCalResult_shmLink201 autoCal_shmLink201()
-

Performs automatic calibration for the SHM-Link-201 Wireless Node.  See Also: NodeFeatures::supportsAutoCal_shm201

Returns

The AutoCalResult_shmLink201 containing the result of the auto cal operation.

Exceptions
-
- -
-
autoShuntCal
-
AutoShuntCalResult autoShuntCal(
const ChannelMask &mask,
const ShuntCalCmdInfo &commandInfo
)
-

Performs automatic shunt calibration for a specified ChannelMask on supported Nodes.

Parameters
mask
const ChannelMask&

The ChannelMask to perform the auto cal shunt command on.

commandInfo
const ShuntCalCmdInfo&

The ShuntCalCmdInfo to use for the shunt cal operation.

Returns

The AutoShuntCalResult containing the result of the auto cal operation.  Note: The resulting slope and offset is not applied to the Node. You need to manually apply it if desired.

Exceptions
-
- -
-
poll
-
WirelessPollData poll(
const ChannelMask &mask
)
-

Polls the WirelessNode to get a single sweep of calibrated data.

Parameters
chs

The ChannelMask to poll data for. Note: if a channel is active that isn't supported by the Node, it will be ignored.

Returns

A <WirelessPollData> map holding the result of the poll.

Exceptions
-
- -
-
readEeprom
-
uint16 readEeprom(
uint16 location
) const
-

Reads a uint16 from the given eeprom location of the node. This may use a page download or a read eeprom command.  If the value stored in the eeprom cache is still valid, this will be returned instead.  Note: This is an advanced command. In most cases you should use the built in commands for reading a Node's configuration options.

Parameters
location
uint16

The specific eeprom location to read from

Returns

The uint16 value read from the specified EEPROM location

Exceptions
-
- -
-
writeEeprom
-
void writeEeprom(
uint16 location,
uint16 value
)
-

Writes a uint16 to the given eeprom location of the node.  If successful, the cache will be updated with the changed value as well.  Note: This is an advanced command. In most cases you should use the built in commands for changing a Node's configuration options.

Parameters
location
uint16

The specific eeprom location to write to

value
uint16

The uint16 value to write to the eeprom location

Exceptions
-
- -
-
getDiagnosticInfo
-
ChannelData getDiagnosticInfo()
-

Performs an immediate request for the Node's Diagnostic Info.  Note: Nodes can also be configured to transmit Diagnostic Info data packets at a specified Diagnostic Interval via the WirelessNodeConfig object.

Returns

A <ChannelData> object containing a WirelessDataPoint for each piece of information that was in the Diagnostic Info result.

Exceptions
-
- -
-
testCommunicationProtocol
-
bool testCommunicationProtocol(
WirelessTypes::CommProtocol protocol
)
-

Tests if the Node will still be able to communicate after changing the Node's communication protocol.  This is recommended to be used before changing communication protocol as the range can change between protocol modes.  Note: Both the Node and BaseStation will return to the current protocol after this test.

Parameters
protocol
WirelessTypes::CommProtocol

The WirelessTypes::CommProtocol to test.

Returns

true if the Node had good communication (responded to pings) in the new protocol.

Exceptions

  • Error_NotSupported: The given communication protocol, or the test communication protocol function, is not supported by the Node or BaseStation.

  • Error_NodeCommunication: Failed to communicate with the Wireless Node.

  • Error_Connection: A connection error has occurred with the parent BaseStation.

-
- -
-
verifyConfig
-
bool verifyConfig(
const WirelessNodeConfig &config,
ConfigIssues &outIssues
) const
-

Checks whether the settings in the given WirelessNodeConfig are ok to be written to the Node.  Options that are set will also be validated against each other. If an option that needs to be validated isn't currently set, it will be read from the Node.  (ex. if sample rate is set, but sampling mode isn't, the sampling mode will be read from the Node for validating the sample rate)

Parameters
config
const WirelessNodeConfig&

The WirelessNodeConfig to verify.

outIssues
ConfigIssues&

The ConfigIssues that will hold any resulting issues that are found with the configuration.

Returns

true if the configuration is valid. false if the configuration is invalid and outIssues should be checked for more information.

Exceptions
-
- -
-
applyConfig
-
void applyConfig(
const WirelessNodeConfig &config
)
-

Applies a WirelessNodeConfig to the Node.  Note: This applies all options that have been set in the WirelessNodeConfig.  Before applying, the options will be validated. It is recommended that you perform this validation yourself first by using verifyConfig.

Parameters
config
const WirelessNodeConfig&

The WirelessNodeConfig to apply to the Node.

Exceptions
-
- -
-
getNumDatalogSessions
-
uint16 getNumDatalogSessions() const
-

Reads the number of datalog sessions that are currently stored on the Node.

Returns

The number of datalog sessions that are stored on the Node.

Exceptions
-
- -
-
percentFull
-
float percentFull() const
-

Gets the internal datalogging memory percentage that is currently stored on the Node.

Returns

The percentage (0.0 to 100.0) of datalogging memory that is currently used.

Exceptions
-
- -
-
getDefaultMode
-
WirelessTypes::DefaultMode getDefaultMode() const
-

Reads the WirelessTypes::DefaultMode that is currently set on the Node.

Returns

The default mode that is currently set on the Node.

Exceptions
-
- -
-
getInactivityTimeout
-
uint16 getInactivityTimeout() const
-

Reads the user inactivity timeout that is currently set on the Node.  This controls how many seconds before the Node goes to sleep when idle.

Returns

The user inactivity timeout (in seconds) that is currently set on the Node.  Note: A value of 65535 (0xFFFF) disables the inactivity timeout so that the Node never goes to sleep.

Exceptions
-
- -
-
getCheckRadioInterval
-
uint8 getCheckRadioInterval() const
-

Reads the check radio interval that is currently set on the Node.  This controls how often the Node wakes up from sleep to check for commands.

Returns

The check radio interval (in seconds) that is currently set on the Node.

Exceptions
-
- -
-
getTransmitPower
-
WirelessTypes::TransmitPower getTransmitPower() const
-

Reads the WirelessTypes::TransmitPower that is currently set on the Node.

Returns

The WirelessTypes::TransmitPower that is currently set on the Node.

Exceptions
-
- -
-
getSamplingMode
-
WirelessTypes::SamplingMode getSamplingMode() const
-

Gets the WirelessTypes::SamplingMode that is currently set on the Node.

Returns

The WirelessTypes::SamplingMode that is currently set on the Node.

Exceptions
-
- -
-
getActiveChannels
-
ChannelMask getActiveChannels() const
-

Gets the ChannelMask currently set on the Node, representing which channels are enabled and disabled.

Returns

The ChannelMask currently set on the Node.

Exceptions
-
- -
-
getSampleRate
-
WirelessTypes::WirelessSampleRate getSampleRate() const
-

Gets the WirelessTypes::WirelessSampleRate currently set on the Node.

Returns

A WirelessTypes::WirelessSampleRate that is currently set on the Node.

Exceptions
-
- -
-
getNumSweeps
-
uint32 getNumSweeps() const
-

Gets the number of sweeps currently set on the Node, which affects the duration of sampling if unlimited duration is disabled, or the duration of each burst if the sampling mode is Sync Sampling Burst.

Returns

The number of sweeps currently set on the Node.

Exceptions
-
- -
-
getUnlimitedDuration
-
bool getUnlimitedDuration() const
-

Gets whether or not unlimited sampling duration is enabled on the Node.

Returns

true if unlimited sampling duration is enabled on the Node, false if it is disabled.

Exceptions
-
- -
-
getDataFormat
-
WirelessTypes::DataFormat getDataFormat() const
-

Gets the WirelessTypes::DataFormat that is currently set on the Node.

Returns

The WirelessTypes::DataFormat currently set on the Node.

Exceptions
-
- -
-
getDataCollectionMethod
-
WirelessTypes::DataCollectionMethod getDataCollectionMethod() const
-

Gets the WirelessTypes::DataCollectionMethod that is currently set on the Node, representing how the data will be collected.  Note: this has no affect if the sampling mode is Armed Datalogging, as this mode only operates in "log only".

Returns

The WirelessTypes::DataCollectionMethod currently set on the Node.

Exceptions
-
- -
-
getTimeBetweenBursts
-
TimeSpan getTimeBetweenBursts() const
-

Gets the amount of time between each burst currently set on the Node.  This is only used if the sampling mode is Synchronized Sampling Burst.

Returns

A TimeSpan representing the amount of time between each burst currently set on the Node.

Exceptions
-
- -
-
getLostBeaconTimeout
-
uint16 getLostBeaconTimeout() const
-

Gets the lost beacon timeout, in minutes, currently set on the Node.  If the Node is Sync Sampling and loses the beacon for a length of time greater than this value, then the node drops into a sleep mode. The Node will re-enter sync sampling within 2 minutes of the beacon reappearing.  Note: A value of 0 means the lost beacon timeout is disabled.  See Also: NodeFeatures::supportsLostBeaconTimeout

Returns

The lost beacon timeout, in minutes, currently set on the Node.

Exceptions
-
- -
-
getInputRange
-
WirelessTypes::InputRange getInputRange(
const ChannelMask &mask
) const
-

Reads the Input Range of the specified ChannelMask currently set on the Node.  See Also: NodeFeatures::channelGroups, NodeFeatures::supportsInputRange

Parameters
mask
const ChannelMask&

The ChannelMask of the Input Range to read.

Returns

The WirelessTypes::InputRange currently set on the Node for the ChannelMask.  Note: if the input range in eeprom is not supported, <WirelessTypes::InputRange::range_invalid> will be returned.

Exceptions
-
- -
-
getHardwareOffset
-
uint16 getHardwareOffset(
const ChannelMask &mask
) const
-

Reads the hardware offset of the specified ChannelMask currently set on the Node.  See Also: NodeFeatures::channelGroups, NodeFeatures::supportsHardwareOffset

Parameters
mask
const ChannelMask&

The ChannelMask of the hardware offset to read.

Returns

The hardware offset currently set on the Node for the ChannelMask.

Exceptions
-
- -
-
getAntiAliasingFilter
-
WirelessTypes::Filter getAntiAliasingFilter(
const ChannelMask &mask
) const
-

Reads the Anti-Aliasing Filter of the specified ChannelMask currently set on the Node.  See Also: NodeFeatures::channelGroups, NodeFeatures::supportsAntiAliasingFilter

Parameters
mask
const ChannelMask&

The ChannelMask of the anti-aliasing filter to read.

Returns

The Anti-Aliasing WirelessTypes::Filter currently set on the Node for the ChannelMask.

Exceptions
-
- -
-
getCfcFilterConfiguration
-
WirelessTypes::ChannelFrequencyClass getCfcFilterConfiguration() const
-

Reads the channel frequency class filter option set on the Node.  See Also: NodeFeatures::supportsCfcFilterConfiguration

Returns

The WirelessTypes::ChannelFrequencyClass currently set on the Node.

Exceptions
-
- -
-
getLowPassFilter
-
WirelessTypes::Filter getLowPassFilter(
const ChannelMask &mask
) const
-

Reads the Low-Pass Filter of the specified ChannelMask currently set on the Node.  See Also: NodeFeatures::channelGroups, NodeFeatures::supportsLowPassFilter

Parameters
mask
const ChannelMask&

The ChannelMask of the low-pass filter to read.

Returns

The Low-Pass WirelessTypes::Filter currently set on the Node for the ChannelMask.

Exceptions
-
- -
-
getHighPassFilter
-
WirelessTypes::HighPassFilter getHighPassFilter(
const ChannelMask &mask
) const
-

Reads the High-Pass Filter of the specified ChannelMask currently set on the Node.  See Also: NodeFeatures::channelGroups, NodeFeatures::supportsHighPassFilter

Parameters
mask
const ChannelMask&

The ChannelMask of the high-pass filter to read.

Returns

The WirelessTypes::HighPassFilter currently set on the Node for the ChannelMask.

Exceptions
-
- -
-
getDebounceFilter
-
uint16 getDebounceFilter(
const ChannelMask &mask
) const
-

Reads the Debounce Filter of the specified ChannelMask currently set on the Node.  See Also: NodeFeatures::channelGroups, NodeFeatures::supportsDebounceFilter

Parameters
mask
const ChannelMask&

The ChannelMask of the debounce filter to read.

Returns

The debounce filter currently set on the Node, in milliseconds.

Exceptions
-
- -
-
getPullUpResistor
-
bool getPullUpResistor(
const ChannelMask &mask
) const
-

Gets whether or not the pull-up resistor is enabled on the Node.

Parameters
mask
const ChannelMask&

The ChannelMask of the pull-up resistor to read.

Returns

true if the pull-up resistor is enabled on the Node, false if it is disabled.

Exceptions
-
- -
-
getSensorOutputMode
-
WirelessTypes::SensorOutputMode getSensorOutputMode() const
-

Gets the WirelessTypes::SensorOutputMode currently set on the Node.

Returns

The WirelessTypes::SensorOutputMode currently set on the Node.

Exceptions
-
- -
-
getGaugeFactor
-
float getGaugeFactor(
const ChannelMask &mask
) const
-

Reads the gauge factor of the specified ChannelMask currently set on the Node.  See Also: NodeFeatures::channelGroups, NodeFeatures::supportsGaugeFactor

Parameters
mask
const ChannelMask&

The ChannelMask of the gauge factor to read.

Returns

The gauge factor currently set on the Node for the ChannelMask.

Exceptions
-
- -
-
getExcitationVoltage
-
WirelessTypes::Voltage getExcitationVoltage() const
-

Reads the Excitation WirelessTypes::Voltage currently set on the Node.

Returns

The WirelessTypes::Voltage currently set on the Node.

Exceptions
-
- -
-
getAdcVoltageRef
-
WirelessTypes::Voltage getAdcVoltageRef() const
-

Reads the ADC WirelessTypes::Voltage Reference of the Node.

Returns

The ADC WirelessTypes::Voltage Reference of the Node.

Exceptions
-
- -
-
getGainAmplifierVoltageRef
-
WirelessTypes::Voltage getGainAmplifierVoltageRef() const
-

Reads the Gain Amplifier WirelessTypes::Voltage Reference of the Node.

Returns

The Gain Amplifier WirelessTypes::Voltage Reference of the Node.

Exceptions
-
- -
-
getGaugeResistance
-
uint16 getGaugeResistance() const
-

Reads the gauge resistance currently set on the Node.  See Also: NodeFeatures::supportsGaugeResistance

Returns

The gauge resistance currently set on the Node.

Exceptions
-
- -
-
getNumActiveGauges
-
uint16 getNumActiveGauges() const
-

Reads the Number of Active Gauges currently set on the Node.  See Also: NodeFeatures::supportsNumActiveGauges

Returns

The Number of Active Gauges currently set on the Node.

Exceptions
-
- -
-
getLowBatteryThreshold
-
float getLowBatteryThreshold() const
-

Reads the threshold at which the low battery diagnostic flag is sent.

Returns

The low battery threshold, in Volts.

Exceptions
-
- -
-
getLinearEquation
-
LinearEquation getLinearEquation(
const ChannelMask &mask
) const
-

Gets the linear equation of the specified ChannelMask currently set on the Node.

Parameters
mask
const ChannelMask&

The ChannelMask of the linear equation to read.

Returns

A LinearEquation object representing the linear equation that is applied to this ChannelMask.

Exceptions
-
- -
-
getUnit
-
WirelessTypes::CalCoef_Unit getUnit(
const ChannelMask &mask
) const
-

Reads the unit of the specified ChannelMask currently set on the Node.  Note: This unit is just used for reference (such as when downloading logged data) and does not affect the actual data value.

Parameters
mask
const ChannelMask&

The ChannelMask of the unit to read.

Returns

The WirelessTypes::CalCoef_Unit that is applied to this ChannelMask

Exceptions
-
- -
-
getFactoryCalibrationLinearEq
-
LinearEquation getFactoryCalibrationLinearEq(
const ChannelMask &mask
) const
-

Gets the factory-calibrated linear equation for the specified ChannelMask.

Parameters
mask
const ChannelMask&

The ChannelMask of the linear equation to read.

Returns

A LinearEquation object representing the linear equation that was set during factory calibration.

Exceptions
-
- -
-
getFactoryCalibrationUnit
-
WirelessTypes::CalCoef_Unit getFactoryCalibrationUnit(
const ChannelMask &mask
) const
-

Reads the factory calibration unit for the specified ChannelMask.

Parameters
mask
const ChannelMask&

The ChannelMask of the unit to read.

Returns

The WirelessTypes::CalCoef_Unit used during factory calibration of this ChannelMask

Exceptions
-
- -
-
getFilterSettlingTime
-
WirelessTypes::SettlingTime getFilterSettlingTime(
const ChannelMask &mask
) const
-

Gets the filter settling time of the specified ChannelMask currently set on the Node.  See Also: NodeFeatures::channelGroups

Parameters
mask
const ChannelMask&

The ChannelMask of the filter settling time to read.

Returns

The WirelessTypes::SettlingTime currently set on the Node for the ChannelMask.

Exceptions
-
- -
-
getThermocoupleType
-
WirelessTypes::ThermocoupleType getThermocoupleType(
const ChannelMask &mask
) const
-

Reads the WirelessTypes::ThermocoupleType of the specified ChannelMask currently set on the Node.  See Also: NodeFeatures::channelGroups

Parameters
mask
const ChannelMask&

The ChannelMask of the thermocouple type to read.

Returns

The WirelessTypes::ThermocoupleType currently set on the Node for the ChannelMask.

Exceptions
-
- -
-
getTempSensorOptions
-
TempSensorOptions getTempSensorOptions(
const ChannelMask &mask
) const
-

Reads the TempSensorOptions of the specified ChannelMask currently set on the Node.  See Also: NodeFeatures::channelGroups

Parameters
mask
const ChannelMask&

The ChannelMask indication which channel(s) the TempSensorOptions should be read for.

Returns

The TempSensorOptions currently set on the Node for the ChannelMask.

Exceptions
-
- -
-
getFatigueOptions
-
FatigueOptions getFatigueOptions() const
-

Reads the FatigueOptions currently set on the Node.  See Also: NodeFeatures::supportsFatigueConfig

Returns

The FatigueOptions currently set on the Node.

Exceptions
-
- -
-
getHistogramOptions
-
HistogramOptions getHistogramOptions() const
-

Reads the HistogramOptions currently set on the Node.  See Also: NodeFeatures::supportsHistogramConfig

Returns

The HistogramOptions currently set on the Node.

Exceptions
-
- -
-
getActivitySense
-
ActivitySense getActivitySense() const
-

Reads the ActivitySense options currently set on the Node.  See Also: NodeFeatures::supportsActivitySense

Returns

The ActivitySense options currently set on the Node.

Exceptions
-
- -
-
getEventTriggerOptions
-
EventTriggerOptions getEventTriggerOptions() const
-

Reads the EventTriggerOptions currently set on the Node.  See Also: NodeFeatures::supportsEventTrigger

Returns

The EventTriggerOptions currently set on the Node.

Exceptions
-
- -
-
getDiagnosticInterval
-
uint16 getDiagnosticInterval() const
-

Reads the interval (in seconds) at which the diagnostic info is configured to be sent.  See Also: NodeFeatures::supportsDiagnosticInfo

Returns

The interval (in seconds) at which the diagnostic info is sent. 0 is disabled.

Exceptions
-
- -
-
getStorageLimitMode
-
WirelessTypes::StorageLimitMode getStorageLimitMode() const
-

Reads the WirelessTypes::StorageLimitMode that the Node is configured for.  This determines what happens when the datalogging storage limit is reached on the Node.

Returns

The WirelessTypes::StorageLimitMode that the Node is configured for.

Exceptions
-
- -
-
getSensorDelay
-
uint32 getSensorDelay() const
-

Reads the sensor delay (in microseconds) that is currently set on the Node.  Note: A value of <WirelessNodeConfig::SENSOR_DELAY_ALWAYS_ON> indicates that the sensor is always on.

Returns

The sensor delay (in microseconds) that the sensor delay is set for.  This will be <WirelessNodeConfig::SENSOR_DELAY_ALWAYS_ON> if the sensor is set to Always On.

Exceptions
-
- -
-
getDataMode
-
WirelessTypes::DataMode getDataMode() const
-

Reads the WirelessTypes::DataMode that is currently set on the Node.

Returns

The WirelessTypes::DataMode currently set on the Node.

Exceptions
-
- -
-
getDerivedDataRate
-
WirelessTypes::WirelessSampleRate getDerivedDataRate() const
-

Reads the WirelessTypes::WirelessSampleRate for all Derived Data Channels that is currently set on the Node.

Returns

A WirelessTypes::WirelessSampleRate for all Derived Data Channels that is currently set on the Node.

Exceptions
-
- -
-
getDerivedChannelMask
-
ChannelMask getDerivedChannelMask(
WirelessTypes::DerivedCategory category
) const
-

Reads the ChannelMask for an individual WirelessTypes::DerivedCategory that is currently set on the Node.  This represents which of the actual Node's channels are set to be mapped to derived channels.  For example, if the mask for RMS has ch1 and ch3 active, ch1RMS and ch3RMS channels will be output.

Parameters
category
WirelessTypes::DerivedCategory

The WirelessTypes::DerivedCategory to read the channel mask for.

Returns

A ChannelMask that is currently set on the Node for the requested WirelessTypes::DerivedCategory.

Exceptions
-
- -
-
getDerivedVelocityUnit
-
WirelessTypes::DerivedVelocityUnit getDerivedVelocityUnit() const
-

Reads the WirelessTypes::DerivedVelocityUnit which indicates which unit the Velocity derived channel is set to.

Returns

A WirelessTypes::DerivedVelocityUnit.

Exceptions
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/WirelessNodeConfig-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/WirelessNodeConfig-Summary.js deleted file mode 100644 index cfbd3b843..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/WirelessNodeConfig-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:WirelessNodeConfig","WirelessNodeConfig");NDSummary.OnSummaryLoaded("CClass:WirelessNodeConfig",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"]],[[2743,0,0,"WirelessNodeConfig"],[2744,0,1,"WirelessNodeConfig","WirelessNodeConfig"],[2745,0,1,"defaultMode","defaultMode"],[2746,0,1,"defaultMode","defaultMode(2)"],[2747,0,1,"inactivityTimeout","inactivityTimeout"],[2748,0,1,"inactivityTimeout","inactivityTimeout(2)"],[2749,0,1,"checkRadioInterval","checkRadioInterval"],[2750,0,1,"checkRadioInterval","checkRadioInterval(2)"],[2751,0,1,"transmitPower","transmitPower"],[2752,0,1,"transmitPower","transmitPower(2)"],[2753,0,1,"samplingMode","samplingMode"],[2754,0,1,"samplingMode","samplingMode(2)"],[2755,0,1,"sampleRate","sampleRate"],[2756,0,1,"sampleRate","sampleRate(2)"],[2757,0,1,"activeChannels","activeChannels"],[2758,0,1,"activeChannels","activeChannels(2)"],[2759,0,1,"numSweeps","numSweeps"],[2760,0,1,"numSweeps","numSweeps(2)"],[2761,0,1,"unlimitedDuration","unlimitedDuration"],[2762,0,1,"unlimitedDuration","unlimitedDuration(2)"],[2763,0,1,"dataFormat","dataFormat"],[2764,0,1,"dataFormat","dataFormat(2)"],[2765,0,1,"dataCollectionMethod","dataCollectionMethod"],[2766,0,1,"dataCollectionMethod","dataCollectionMethod(2)"],[2767,0,1,"timeBetweenBursts","timeBetweenBursts"],[2768,0,1,"timeBetweenBursts","timeBetweenBursts(2)"],[2769,0,1,"lostBeaconTimeout","lostBeaconTimeout"],[2770,0,1,"lostBeaconTimeout","lostBeaconTimeout(2)"],[2771,0,1,"pullUpResistor","pullUpResistor"],[2772,0,1,"pullUpResistor","pullUpResistor(2)"],[2773,0,1,"inputRange","inputRange"],[2774,0,1,"inputRange","inputRange(2)"],[2775,0,1,"hardwareOffset","hardwareOffset"],[2776,0,1,"hardwareOffset","hardwareOffset(2)"],[2777,0,1,"antiAliasingFilter","antiAliasingFilter"],[2778,0,1,"antiAliasingFilter","antiAliasingFilter(2)"],[2779,0,1,"cfcFilterConfig","cfcFilterConfig"],[2780,0,1,"cfcFilterConfig","cfcFilterConfig(2)"],[2781,0,1,"lowPassFilter","lowPassFilter"],[2782,0,1,"lowPassFilter","lowPassFilter(2)"],[2783,0,1,"highPassFilter","highPassFilter"],[2784,0,1,"highPassFilter","highPassFilter(2)"],[2785,0,1,"gaugeFactor","gaugeFactor"],[2786,0,1,"gaugeFactor","gaugeFactor(2)"],[2787,0,1,"gaugeResistance","gaugeResistance"],[2788,0,1,"gaugeResistance","gaugeResistance(2)"],[2789,0,1,"excitationVoltage","excitationVoltage"],[2790,0,1,"excitationVoltage","excitationVoltage(2)"],[2791,0,1,"numActiveGauges","numActiveGauges"],[2792,0,1,"numActiveGauges","numActiveGauges(2)"],[2793,0,1,"lowBatteryThreshold","lowBatteryThreshold"],[2794,0,1,"lowBatteryThreshold","lowBatteryThreshold(2)"],[2795,0,1,"linearEquation","linearEquation"],[2796,0,1,"linearEquation","linearEquation(2)"],[2797,0,1,"unit","unit"],[2798,0,1,"unit","unit(2)"],[2799,0,1,"equationType","equationType"],[2800,0,1,"equationType","equationType(2)"],[2801,0,1,"filterSettlingTime","filterSettlingTime"],[2802,0,1,"filterSettlingTime","filterSettlingTime(2)"],[2803,0,1,"thermocoupleType","thermocoupleType"],[2804,0,1,"thermocoupleType","thermocoupleType(2)"],[2805,0,1,"tempSensorOptions","tempSensorOptions"],[2806,0,1,"tempSensorOptions","tempSensorOptions(2)"],[2807,0,1,"debounceFilter","debounceFilter"],[2808,0,1,"debounceFilter","debounceFilter(2)"],[2809,0,1,"fatigueOptions","fatigueOptions"],[2810,0,1,"fatigueOptions","fatigueOptions(2)"],[2811,0,1,"histogramOptions","histogramOptions"],[2812,0,1,"histogramOptions","histogramOptions(2)"],[2813,0,1,"activitySense","activitySense"],[2814,0,1,"activitySense","activitySense(2)"],[2815,0,1,"eventTriggerOptions","eventTriggerOptions"],[2816,0,1,"eventTriggerOptions","eventTriggerOptions(2)"],[2817,0,1,"diagnosticInterval","diagnosticInterval"],[2818,0,1,"diagnosticInterval","diagnosticInterval(2)"],[2819,0,1,"storageLimitMode","storageLimitMode"],[2820,0,1,"storageLimitMode","storageLimitMode(2)"],[2821,0,1,"sensorDelay","sensorDelay"],[2822,0,1,"sensorDelay","sensorDelay(2)"],[2823,0,1,"dataMode","dataMode"],[2824,0,1,"dataMode","dataMode(2)"],[2825,0,1,"derivedDataRate","derivedDataRate"],[2826,0,1,"derivedDataRate","derivedDataRate(2)"],[2827,0,1,"derivedChannelMask","derivedChannelMask"],[2828,0,1,"derivedChannelMask","derivedChannelMask(2)"],[2829,0,1,"derivedVelocityUnit","derivedVelocityUnit"],[2830,0,1,"derivedVelocityUnit","derivedVelocityUnit(2)"],[2831,0,1,"communicationProtocol","communicationProtocol"],[2832,0,1,"communicationProtocol","communicationProtocol(2)"],[2833,0,1,"sensorOutputMode","sensorOutputMode"],[2834,0,1,"sensorOutputMode","sensorOutputMode(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/WirelessNodeConfig-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/WirelessNodeConfig-SummaryToolTips.js deleted file mode 100644 index d7279dbc6..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/WirelessNodeConfig-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:WirelessNodeConfig",{2743:"
WirelessNodeConfig
Class used for setting the configuration of WirelessNode objects.  Set all the configuration values that you want to change, then verify and apply them to a Node.
",2744:"
WirelessNodeConfig()
Creates a blank WirelessNodeConfig.
",2745:"
WirelessTypes::DefaultMode defaultMode() const
Gets the WirelessTypes::DefaultMode value in this Config object, if set.
",2746:"
void defaultMode(
WirelessTypes::DefaultMode mode
)
Sets the WirelessTypes::DefaultMode value in this Config object.
",2747:"
uint16 inactivityTimeout() const
Gets the user inactivity timeout value in this Config object, if set.
",2748:"
void inactivityTimeout(
uint16 timeout
)
Sets the user inactivity timeout value in this Config object.  This controls how many seconds before the Node goes to sleep when idle. (min of 5 seconds) Note: A value of 65535 (0xFFFF) disables the inactivity timeout so that the Node never goes to sleep.
",2749:"
uint8 checkRadioInterval() const
Gets the check radio interval value in this Config object, if set.
",2750:"
void checkRadioInterval(
uint8 interval
)
Sets the check radio interval value (in seconds) in this Config object.  This controls how often the Node wakes up from sleep to check for commands.
",2751:"
WirelessTypes::TransmitPower transmitPower() const
Gets the WirelessTypes::TransmitPower value in this Config object, if set.
",2752:"
void transmitPower(
WirelessTypes::TransmitPower power
)
Sets the WirelessTypes::TransmitPower value in this Config object.
",2753:"
WirelessTypes::SamplingMode samplingMode() const
Gets the WirelessTypes::SamplingMode value in this Config object, if set.
",2754:"
void samplingMode(
WirelessTypes::SamplingMode mode
)
Sets the WirelessTypes::SamplingMode value in this Config object.
",2755:"
WirelessTypes::WirelessSampleRate sampleRate() const
Gets the WirelessTypes::WirelessSampleRate value in this Config object, if set.
",2756:"
void sampleRate(
WirelessTypes::WirelessSampleRate rate
)
Sets the WirelessTypes::WirelessSampleRate value in this Config object.
",2757:"
ChannelMask activeChannels() const
Gets the ChannelMask value in this Config object, if set.
",2758:"
void activeChannels(
const ChannelMask &channels
)
Sets the ChannelMask value in this Config object.
",2759:"
uint32 numSweeps() const
Gets the number of sweeps value in this Config object, if set.
",2760:"
void numSweeps(
uint32 sweeps
)
Sets the number of sweeps value in this Config object.  This affects the duration of sampling if unlimited duration is disabled, or the duration of each burst if the sampling mode is Sync Sampling Burst.  Note: The number of sweeps should be normalized before it is set, using NodeFeatures::normalizeNumSweeps.
",2761:"
bool unlimitedDuration() const
Gets the value of the unlimited duration flag in this Config object, if set.
",2762:"
void unlimitedDuration(
bool enable
)
Sets the value of the unlimited duration flag in this Config object.
",2763:"
WirelessTypes::DataFormat dataFormat() const
Gets the WirelessTypes::DataFormat value in this Config object, if set.
",2764:"
void dataFormat(
WirelessTypes::DataFormat format
)
Sets the WirelessTypes::DataFormat in this Config object.
",2765:"
WirelessTypes::DataCollectionMethod dataCollectionMethod() const
Gets the WirelessTypes::DataCollectionMethod value in this Config object, if set.
",2766:"
void dataCollectionMethod(
WirelessTypes::DataCollectionMethod method
)
Sets the WirelessTypes::DataCollectionMethod in this Config object, representing how the data will be collected.  Note: this has no affect if the sampling mode is Armed Datalogging, as this mode only operates in "log only".
",2767:"
TimeSpan timeBetweenBursts() const
Gets the amount of time between each burst value in this Config object, if set.
",2768:"
void timeBetweenBursts(
const TimeSpan &time
)
Sets the amount of time between each burst in this Config object.  Note: This value should be normalized before it is set, using NodeFeatures::normalizeTimeBetweenBursts.
",2769:"
uint16 lostBeaconTimeout() const
Gets the lost beacon timeout in this Config object, if set.
",2770:"
void lostBeaconTimeout(
uint16 minutes
)
Sets the lost beacon timeout in this Config object.  Note: This value should be within NodeFeatures::minLostBeaconTimeout and NodeFeatures::maxLostBeaconTimeout.  Note: A value of 0 disables the lost beacon timeout.
",2771:"
bool pullUpResistor(
const ChannelMask &mask
) const
Gets the Pull-up Resistor flag in this Config object, if set.
",2772:"
void pullUpResistor(
const ChannelMask &mask,
bool enable
)
Sets the Pull-up resistor flag in this Config object.
",2773:"
WirelessTypes::InputRange inputRange(
const ChannelMask &mask
) const
Gets the WirelessTypes::InputRange for the given ChannelMask in this Config object, if set.
",2774:"
void inputRange(
const ChannelMask &mask,
WirelessTypes::InputRange range
)
Sets the input range for the given ChannelMask in this Config object.
",2775:"
uint16 hardwareOffset(
const ChannelMask &mask
) const
Gets the hardware offset for the given ChannelMask in this Config object, if set.
",2776:"
void hardwareOffset(
const ChannelMask &mask,
uint16 offset
)
Sets the hardware offset for the given ChannelMask in this Config object.
",2777:"
WirelessTypes::Filter antiAliasingFilter(
const ChannelMask &mask
) const
Gets the anti-aliasing WirelessTypes::Filter for the given ChannelMask in this Config object, if set.
",2778:"
void antiAliasingFilter(
const ChannelMask &mask,
WirelessTypes::Filter filter
)
Sets the anti-aliasing filter for the given ChannelMask in this Config object.
",2779:"
WirelessTypes::ChannelFrequencyClass cfcFilterConfig() const
Gets the WirelessTypes::ChannelFrequencyClass in this Config object, if set.
",2780:"
void cfcFilterConfig(
WirelessTypes::ChannelFrequencyClass cfc
)
Sets the channel frequency class filter in this Config object.
",2781:"
WirelessTypes::Filter lowPassFilter(
const ChannelMask &mask
) const
Gets the low pass WirelessTypes::Filter for the given ChannelMask in this Config object, if set.
",2782:"
void lowPassFilter(
const ChannelMask &mask,
WirelessTypes::Filter filter
)
Sets the low-pass filter for the given ChannelMask in this Config object.
",2783:"
WirelessTypes::HighPassFilter highPassFilter(
const ChannelMask &mask
) const
Gets the WirelessTypes::HighPassFilter for the given ChannelMask in this Config object, if set.
",2784:"
void highPassFilter(
const ChannelMask &mask,
WirelessTypes::HighPassFilter filter
)
Sets the high-pass filter for the given ChannelMask in this Config object.
",2785:"
float gaugeFactor(
const ChannelMask &mask
) const
Gets the gauge factor for the given ChannelMask in this Config object, if set.
",2786:"
void gaugeFactor(
const ChannelMask &mask,
float factor
)
Sets the gauge Factor for the given ChannelMask in this Config object.
",2787:"
uint16 gaugeResistance() const
Gets the gauge resistance in this Config object, if set.
",2788:"
void gaugeResistance(
uint16 resistance
)
Sets the gauge resistance in this Config object.
",2789:"
WirelessTypes::Voltage excitationVoltage() const
Gets the Excitation WirelessTypes::Voltage in this Config object, if set.
",2790:"
void excitationVoltage(
WirelessTypes::Voltage voltage
)
Sets the excitation voltage in this Config object.
",2791:"
uint16 numActiveGauges() const
Gets the number of active gauges in this Config object, if set.
",2792:"
void numActiveGauges(
uint16 numGauges
)
Sets the number of active gauges in this Config object.
",2793:"
float lowBatteryThreshold() const
Gets the low battery threshold in this Config object, if set.
",2794:"
void lowBatteryThreshold(
float voltage
)
Sets the low battery threshold in this Config object.
",2795:"
const LinearEquation& linearEquation(
const ChannelMask &mask
) const
Gets the LinearEquation for the given ChannelMask in this Config object, if set.
",2796:"
void linearEquation(
const ChannelMask &mask,
const LinearEquation &linearEquation
)
Sets the LinearEquation for the given ChannelMask in this Config object.
",2797:"
WirelessTypes::CalCoef_Unit unit(
const ChannelMask &mask
) const
Gets the WirelessTypes::CalCoef_Unit for the given ChannelMask in this Config object, if set.
",2798:"
void unit(
const ChannelMask &mask,
WirelessTypes::CalCoef_Unit unit
)
Sets the WirelessTypes::CalCoef_Unit for the given ChannelMask in this Config object.
",2799:"
WirelessTypes::CalCoef_EquationType equationType(
const ChannelMask &mask
) const
Gets the WirelessTypes::CalCoef_EquationType for the given ChannelMask in this Config object, if set.
",2800:"
void equationType(
const ChannelMask &mask,
WirelessTypes::CalCoef_EquationType equation
)
Sets the WirelessTypes::CalCoef_EquationType for the given ChannelMask in this Config object.
",2801:"
WirelessTypes::SettlingTime filterSettlingTime(
const ChannelMask &mask
) const
Gets the WirelessTypes::SettlingTime for the given ChannelMask in this Config object, if set.
",2802:"
void filterSettlingTime(
const ChannelMask &mask,
WirelessTypes::SettlingTime settlingTime
)
Sets the WirelessTypes::SettlingTime for the given ChannelMask in this Config object.
",2803:"
WirelessTypes::ThermocoupleType thermocoupleType(
const ChannelMask &mask
) const
Gets the WirelessTypes::ThermocoupleType for the given ChannelMask in this Config object, if set.
",2804:"
void thermocoupleType(
const ChannelMask &mask,
WirelessTypes::ThermocoupleType type
)
Sets the WirelessTypes::ThermocoupleType for the given ChannelMask in this Config object.
",2805:"
TempSensorOptions tempSensorOptions(
const ChannelMask &mask
) const
Gets the TempSensorOptions for the given ChannelMask in this Config object, if set.
",2806:"
void tempSensorOptions(
const ChannelMask &mask,
const TempSensorOptions &options
)
Sets the TempSensorOptions for the given ChannelMask in this Config object.
",2807:"
uint16 debounceFilter(
const ChannelMask &mask
) const
Gets the Debounce Filter for the given ChannelMask in this Config object, if set.
",2808:"
void debounceFilter(
const ChannelMask &mask,
uint16 milliseconds
)
Sets the Debounce Filter for the given ChannelMask in this Config object.  Note: The accepted range is 0 - 250ms. Any values outside that range will be truncated before being applied.
",2809:"
const FatigueOptions& fatigueOptions() const
Gets the FatigueOptions currently set in this Config object.
",2810:"
void fatigueOptions(
const FatigueOptions &fatigueOpts
)
Sets the FatigueOptions in this Config object.
",2811:"
const HistogramOptions& histogramOptions() const
Gets the HistogramOptions currently set in this Config object.
",2812:"
void histogramOptions(
const HistogramOptions &histogramOpts
)
Sets the HistogramOptions in this Config object.
",2813:"
const ActivitySense& activitySense() const
Gets the ActivitySense currently set in this Config object.
",2814:"
void activitySense(
const ActivitySense &activitySenseOpts
)
Sets the ActivitySense in this Config object.
",2815:"
const EventTriggerOptions& eventTriggerOptions() const
Gets the EventTriggerOptions currently set in this Config object.
",2816:"
void eventTriggerOptions(
const EventTriggerOptions &eventTriggerOpts
)
Sets the EventTriggerOptions in this Config object.
",2817:"
uint16 diagnosticInterval() const
Gets the diagnostic info interval (in seconds) currently set in this Config object.  A value of 0 is disabled.
",2818:"
void diagnosticInterval(
uint16 interval
)
Sets the diagnostic info interval (in seconds) in this Config object.  A value of 0 disables the diagnostic info.
",2819:"
WirelessTypes::StorageLimitMode storageLimitMode() const
Gets the WirelessTypes::StorageLimitMode currently set in this Config object.
",2820:"
void storageLimitMode(
WirelessTypes::StorageLimitMode mode
)
Sets the WirelessTypes::StorageLimitMode in this Config object.
",2821:"
uint32 sensorDelay() const
Gets the sensor delay (in microseconds) currently set in this Config object.  Note: A value of <WirelessNodeConfig::SENSOR_DELAY_ALWAYS_ON> indicates that the sensor is always on.
",2822:"
void sensorDelay(
uint32 delay
)
Sets the sensor delay (in microseconds) in this Config object.  Note: Use a value of <WirelessNodeConfig::SENSOR_DELAY_ALWAYS_ON> to set the sensor always on.
",2823:"
WirelessTypes::DataMode dataMode() const
Gets the WirelessTypes::DataMode currently set in this Config object.
",2824:"
void dataMode(
WirelessTypes::DataMode mode
)
Sets the WirelessTypes::DataMode in this Config object.
",2825:"
WirelessTypes::WirelessSampleRate derivedDataRate() const
Gets the WirelessTypes::WirelessSampleRate for the Derived Channels currently set in this Config object.
",2826:"
void derivedDataRate(
WirelessTypes::WirelessSampleRate rate
)
Sets the WirelessTypes::WirelessSampleRate for the Derived Channels in this Config object.
",2827:"
ChannelMask derivedChannelMask(
WirelessTypes::DerivedCategory category
) const
Gets the ChannelMask for a specified WirelessTypes::DerivedCategory currently set in this Config object.
",2828:"
void derivedChannelMask(
WirelessTypes::DerivedCategory category,
const ChannelMask &mask
)
Sets the ChannelMask for a specified WirelessTypes::DerivedCategory in this Config object.
",2829:"
WirelessTypes::DerivedVelocityUnit derivedVelocityUnit() const
Gets the WirelessTypes::DerivedVelocityUnit currently set in this Config object.
",2830:"
void derivedVelocityUnit(
WirelessTypes::DerivedVelocityUnit unit
)
Sets the WirelessTypes::DerivedVelocityUnit in this Config object.
",2831:"
WirelessTypes::CommProtocol communicationProtocol() const
Gets the WirelessTypes::CommProtocol currently set in this Config object.
",2832:"
void communicationProtocol(
WirelessTypes::CommProtocol commProtocol
)
Sets the WirelessTypes::CommProtocol in this Config object.
",2833:"
WirelessTypes::SensorOutputMode sensorOutputMode() const
Gets the WirelessTypes::SensorOutputMode currently set in this Config object.
",2834:"
void sensorOutputMode(
WirelessTypes::SensorOutputMode mode
)
Sets the WirelessTypes::SensorOutputMode in this Config object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/WirelessNodeConfig-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/WirelessNodeConfig-ToolTips.js deleted file mode 100644 index a9e827008..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/WirelessNodeConfig-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2734:"
TempSensorOptions
Options to adjust the temperature sensor for a WirelessNode.
",2843:"
HistogramOptions
Contains all of the Histogram options that can be configured for a WirelessNode.
",2859:"
FatigueOptions
Contains all of the fatigue options that can be configured for a WirelessNode.
",2892:"
EventTriggerOptions
Contains all of the Event Trigger options that can be configured for a WirelessNode.
",2971:"
ActivitySense
Contains all of the ActivitySense options that can be configured for a WirelessNode.  Activity Sense is a power saving feature that allows a Node to be in a low-power state when no activity is suspected, and then immediately jump to its normal sampling state when a certain activity threshold is reached.
",3027:"
uint32 normalizeNumSweeps(
uint32 sweeps
) const
Normalizes the number of sweeps so that it is within range and a multiple of 100 (rounds up to next multiple).
",3028:"
TimeSpan normalizeTimeBetweenBursts(
const TimeSpan &time
) const
Normalizes a TimeSpan so that it is within an acceptable range for setting the timeBetweenBursts.  A valid range is between 1 second and 24 hours. Seconds above 32767 will be rounded to minutes.  When setting the time between bursts, you should also call minTimeBetweenBursts and verify it is greater than this.
",3099:"
virtual uint16 minLostBeaconTimeout() const
Gets the minimum lost beacon timeout (in minutes) that is supported.  Note: A value of 0 disable the lost beacon timeout.
",3100:"
virtual uint16 maxLostBeaconTimeout() const
Gets the maximum lost beacon timeout (in minutes) that is supported.
",3280:"
Represents the types of data collection methods that can be performed on the Node.
",3284:"
Represents the types of data formats that Nodes can be configured to send when sampling.
",3294:"
Represents the types of sampling modes the Node can be in.
",3301:"
Represents the types of default modes the Node can have.  This is the mode the Node starts in, as well as the mode the node goes into after an inactivity timeout.
",3325:"
Represents the transmit powers that can be used for Wireless Devices.
",3345:"
Represents the equation types that can be used for calibration coefficients on Wireless Nodes.
",3348:"
Represents the unit types that can be used for calibration coefficients on Wireless Nodes.
",3472:"
Represents the settling times used for thermocouple and voltage inputs on some Wireless Nodes.
",3489:"
Represents the thermocouple types supported by some Wireless Nodes.
",3520:"
The possible sample rates that are available for Wireless Nodes.
",3629:"
The filter options (used for anti-aliasing and low-pass filter)
",3666:"
The high pass filter options.
",3669:"
The channel frequency class filter options.
",3673:"
The options available for configuring what happens when the storage limit is reached when logging to a Node.
",3676:"
The options available for input range on supported Nodes.
",3813:"
Available Data Modes.
",3818:"
Available Derived Channel Categories for configuration.
",3831:"
The options that can be configured for the velocity derived channel.
",3832:"
Available Communication Protocol types.
",3835:"
Available Voltages.
",3845:"
Available Sensor Output Modes.
",3865:"
WirelessNode
A class representing a MicroStrain wireless node
",3914:"
void applyConfig(
const WirelessNodeConfig &config
)
Applies a WirelessNodeConfig to the Node.  Note: This applies all options that have been set in the WirelessNodeConfig.  Before applying, the options will be validated. It is recommended that you perform this validation yourself first by using verifyConfig.
",4281:"
ChannelMask
Represents the channel mask (active and inactive channels) for a WirelessNode.
",4462:"
LinearEquation
Represents a linear equation (y = mx + b).
",4576:"
TimeSpan
Represents a range of time
",4617:"
Error_NoData
There is no data available to be accessed
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/WirelessNodeConfig.html b/v66.0.1/MSCL_API_Docs/classes/C/WirelessNodeConfig.html deleted file mode 100644 index 2b62625b0..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/WirelessNodeConfig.html +++ /dev/null @@ -1,563 +0,0 @@ - - -WirelessNodeConfig - - - - - - - -
-
WirelessNodeConfig
-
WirelessNodeConfig
-

Class used for setting the configuration of WirelessNode objects.  Set all the configuration values that you want to change, then verify and apply them to a Node.

See also: WirelessNode::applyConfig

-
- -
-
WirelessNodeConfig
-
WirelessNodeConfig()
-

Creates a blank WirelessNodeConfig.

-
- -
-
defaultMode
-
WirelessTypes::DefaultMode defaultMode() const
-

Gets the WirelessTypes::DefaultMode value in this Config object, if set.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
defaultMode
-
void defaultMode(
WirelessTypes::DefaultMode mode
)
-

Sets the WirelessTypes::DefaultMode value in this Config object.

-
- -
-
inactivityTimeout
-
uint16 inactivityTimeout() const
-

Gets the user inactivity timeout value in this Config object, if set.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
inactivityTimeout
-
void inactivityTimeout(
uint16 timeout
)
-

Sets the user inactivity timeout value in this Config object.  This controls how many seconds before the Node goes to sleep when idle. (min of 5 seconds) Note: A value of 65535 (0xFFFF) disables the inactivity timeout so that the Node never goes to sleep.

-
- -
-
checkRadioInterval
-
uint8 checkRadioInterval() const
-

Gets the check radio interval value in this Config object, if set.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
checkRadioInterval
-
void checkRadioInterval(
uint8 interval
)
-

Sets the check radio interval value (in seconds) in this Config object.  This controls how often the Node wakes up from sleep to check for commands.

-
- -
-
transmitPower
-
WirelessTypes::TransmitPower transmitPower() const
-

Gets the WirelessTypes::TransmitPower value in this Config object, if set.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
transmitPower
-
void transmitPower(
WirelessTypes::TransmitPower power
)
-

Sets the WirelessTypes::TransmitPower value in this Config object.

-
- -
-
samplingMode
-
WirelessTypes::SamplingMode samplingMode() const
-

Gets the WirelessTypes::SamplingMode value in this Config object, if set.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
samplingMode
-
void samplingMode(
WirelessTypes::SamplingMode mode
)
-

Sets the WirelessTypes::SamplingMode value in this Config object.

-
- -
-
sampleRate
- -

Gets the WirelessTypes::WirelessSampleRate value in this Config object, if set.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
sampleRate
-
void sampleRate(
WirelessTypes::WirelessSampleRate rate
)
-

Sets the WirelessTypes::WirelessSampleRate value in this Config object.

-
- -
-
activeChannels
-
ChannelMask activeChannels() const
-

Gets the ChannelMask value in this Config object, if set.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
activeChannels
-
void activeChannels(
const ChannelMask &channels
)
-

Sets the ChannelMask value in this Config object.

-
- -
-
numSweeps
-
uint32 numSweeps() const
-

Gets the number of sweeps value in this Config object, if set.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
numSweeps
-
void numSweeps(
uint32 sweeps
)
-

Sets the number of sweeps value in this Config object.  This affects the duration of sampling if unlimited duration is disabled, or the duration of each burst if the sampling mode is Sync Sampling Burst.  Note: The number of sweeps should be normalized before it is set, using NodeFeatures::normalizeNumSweeps.

-
- -
-
unlimitedDuration
-
bool unlimitedDuration() const
-

Gets the value of the unlimited duration flag in this Config object, if set.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
unlimitedDuration
-
void unlimitedDuration(
bool enable
)
-

Sets the value of the unlimited duration flag in this Config object.

-
- -
-
dataFormat
-
WirelessTypes::DataFormat dataFormat() const
-

Gets the WirelessTypes::DataFormat value in this Config object, if set.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
dataFormat
-
void dataFormat(
WirelessTypes::DataFormat format
)
-

Sets the WirelessTypes::DataFormat in this Config object.

-
- -
-
dataCollectionMethod
-
WirelessTypes::DataCollectionMethod dataCollectionMethod() const
-

Gets the WirelessTypes::DataCollectionMethod value in this Config object, if set.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
dataCollectionMethod
-
void dataCollectionMethod(
WirelessTypes::DataCollectionMethod method
)
-

Sets the WirelessTypes::DataCollectionMethod in this Config object, representing how the data will be collected.  Note: this has no affect if the sampling mode is Armed Datalogging, as this mode only operates in "log only".

-
- -
-
timeBetweenBursts
-
TimeSpan timeBetweenBursts() const
-

Gets the amount of time between each burst value in this Config object, if set.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
timeBetweenBursts
-
void timeBetweenBursts(
const TimeSpan &time
)
-

Sets the amount of time between each burst in this Config object.  Note: This value should be normalized before it is set, using NodeFeatures::normalizeTimeBetweenBursts.

-
- -
-
lostBeaconTimeout
-
uint16 lostBeaconTimeout() const
-

Gets the lost beacon timeout in this Config object, if set.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
lostBeaconTimeout
-
void lostBeaconTimeout(
uint16 minutes
)
-

Sets the lost beacon timeout in this Config object.  Note: This value should be within NodeFeatures::minLostBeaconTimeout and NodeFeatures::maxLostBeaconTimeout.  Note: A value of 0 disables the lost beacon timeout.

-
- -
-
pullUpResistor
-
bool pullUpResistor(
const ChannelMask &mask
) const
-

Gets the Pull-up Resistor flag in this Config object, if set.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
pullUpResistor
-
void pullUpResistor(
const ChannelMask &mask,
bool enable
)
-

Sets the Pull-up resistor flag in this Config object.

-
- -
-
inputRange
-
WirelessTypes::InputRange inputRange(
const ChannelMask &mask
) const
-

Gets the WirelessTypes::InputRange for the given ChannelMask in this Config object, if set.

Parameters
mask
const ChannelMask&

The ChannelMask to set the input range for.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
inputRange
-
void inputRange(
const ChannelMask &mask,
WirelessTypes::InputRange range
)
-

Sets the input range for the given ChannelMask in this Config object.

-
- -
-
hardwareOffset
-
uint16 hardwareOffset(
const ChannelMask &mask
) const
-

Gets the hardware offset for the given ChannelMask in this Config object, if set.

Parameters
mask
const ChannelMask&

The ChannelMask to set the hardware offset for.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
hardwareOffset
-
void hardwareOffset(
const ChannelMask &mask,
uint16 offset
)
-

Sets the hardware offset for the given ChannelMask in this Config object.

-
- -
-
antiAliasingFilter
-
WirelessTypes::Filter antiAliasingFilter(
const ChannelMask &mask
) const
-

Gets the anti-aliasing WirelessTypes::Filter for the given ChannelMask in this Config object, if set.

Parameters
mask
const ChannelMask&

The ChannelMask to set the anti-aliasing filter for.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
antiAliasingFilter
-
void antiAliasingFilter(
const ChannelMask &mask,
WirelessTypes::Filter filter
)
-

Sets the anti-aliasing filter for the given ChannelMask in this Config object.

-
- -
-
cfcFilterConfig
-
WirelessTypes::ChannelFrequencyClass cfcFilterConfig() const
-

Gets the WirelessTypes::ChannelFrequencyClass in this Config object, if set.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
cfcFilterConfig
-
void cfcFilterConfig(
WirelessTypes::ChannelFrequencyClass cfc
)
-

Sets the channel frequency class filter in this Config object.

-
- -
-
lowPassFilter
-
WirelessTypes::Filter lowPassFilter(
const ChannelMask &mask
) const
-

Gets the low pass WirelessTypes::Filter for the given ChannelMask in this Config object, if set.

Parameters
mask
const ChannelMask&

The ChannelMask to set the low pass filter for.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
lowPassFilter
-
void lowPassFilter(
const ChannelMask &mask,
WirelessTypes::Filter filter
)
-

Sets the low-pass filter for the given ChannelMask in this Config object.

-
- -
-
highPassFilter
-
WirelessTypes::HighPassFilter highPassFilter(
const ChannelMask &mask
) const
-

Gets the WirelessTypes::HighPassFilter for the given ChannelMask in this Config object, if set.

Parameters
mask
const ChannelMask&

The ChannelMask to set the high pass filter for.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
highPassFilter
-
void highPassFilter(
const ChannelMask &mask,
WirelessTypes::HighPassFilter filter
)
-

Sets the high-pass filter for the given ChannelMask in this Config object.

-
- -
-
gaugeFactor
-
float gaugeFactor(
const ChannelMask &mask
) const
-

Gets the gauge factor for the given ChannelMask in this Config object, if set.

Parameters
mask
const ChannelMask&

The ChannelMask to set the gauge factor for.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
gaugeFactor
-
void gaugeFactor(
const ChannelMask &mask,
float factor
)
-

Sets the gauge Factor for the given ChannelMask in this Config object.

-
- -
-
gaugeResistance
-
uint16 gaugeResistance() const
-

Gets the gauge resistance in this Config object, if set.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
gaugeResistance
-
void gaugeResistance(
uint16 resistance
)
-

Sets the gauge resistance in this Config object.

-
- -
-
excitationVoltage
-
WirelessTypes::Voltage excitationVoltage() const
-

Gets the Excitation WirelessTypes::Voltage in this Config object, if set.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
excitationVoltage
-
void excitationVoltage(
WirelessTypes::Voltage voltage
)
-

Sets the excitation voltage in this Config object.

-
- -
-
numActiveGauges
-
uint16 numActiveGauges() const
-

Gets the number of active gauges in this Config object, if set.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
numActiveGauges
-
void numActiveGauges(
uint16 numGauges
)
-

Sets the number of active gauges in this Config object.

-
- -
-
lowBatteryThreshold
-
float lowBatteryThreshold() const
-

Gets the low battery threshold in this Config object, if set.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
lowBatteryThreshold
-
void lowBatteryThreshold(
float voltage
)
-

Sets the low battery threshold in this Config object.

-
- -
-
linearEquation
-
const LinearEquation& linearEquation(
const ChannelMask &mask
) const
-

Gets the LinearEquation for the given ChannelMask in this Config object, if set.

Parameters
mask
const ChannelMask&

The ChannelMask to set the linear equation for.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
linearEquation
-
void linearEquation(
const ChannelMask &mask,
const LinearEquation &linearEquation
)
-

Sets the LinearEquation for the given ChannelMask in this Config object.

-
- -
-
unit
-
WirelessTypes::CalCoef_Unit unit(
const ChannelMask &mask
) const
-

Gets the WirelessTypes::CalCoef_Unit for the given ChannelMask in this Config object, if set.

Parameters
mask
const ChannelMask&

The ChannelMask to set the linear equation for.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
unit
-
void unit(
const ChannelMask &mask,
WirelessTypes::CalCoef_Unit unit
)
-

Sets the WirelessTypes::CalCoef_Unit for the given ChannelMask in this Config object.

-
- -
-
equationType
-
WirelessTypes::CalCoef_EquationType equationType(
const ChannelMask &mask
) const
-

Gets the WirelessTypes::CalCoef_EquationType for the given ChannelMask in this Config object, if set.

Parameters
mask
const ChannelMask&

The ChannelMask to set the linear equation for.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
equationType
-
void equationType(
const ChannelMask &mask,
WirelessTypes::CalCoef_EquationType equation
)
-

Sets the WirelessTypes::CalCoef_EquationType for the given ChannelMask in this Config object.

-
- -
-
filterSettlingTime
-
WirelessTypes::SettlingTime filterSettlingTime(
const ChannelMask &mask
) const
-

Gets the WirelessTypes::SettlingTime for the given ChannelMask in this Config object, if set.

Parameters
mask
const ChannelMask&

The ChannelMask to set the filter settling time for.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
filterSettlingTime
-
void filterSettlingTime(
const ChannelMask &mask,
WirelessTypes::SettlingTime settlingTime
)
-

Sets the WirelessTypes::SettlingTime for the given ChannelMask in this Config object.

-
- -
-
thermocoupleType
-
WirelessTypes::ThermocoupleType thermocoupleType(
const ChannelMask &mask
) const
-

Gets the WirelessTypes::ThermocoupleType for the given ChannelMask in this Config object, if set.

Parameters
mask
const ChannelMask&

The ChannelMask to get the thermocouple type for.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
thermocoupleType
-
void thermocoupleType(
const ChannelMask &mask,
WirelessTypes::ThermocoupleType type
)
-

Sets the WirelessTypes::ThermocoupleType for the given ChannelMask in this Config object.

-
- -
-
tempSensorOptions
-
TempSensorOptions tempSensorOptions(
const ChannelMask &mask
) const
-

Gets the TempSensorOptions for the given ChannelMask in this Config object, if set.

Parameters
mask
const ChannelMask&

The ChannelMask to get the TempSensorOptions for.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
tempSensorOptions
-
void tempSensorOptions(
const ChannelMask &mask,
const TempSensorOptions &options
)
-

Sets the TempSensorOptions for the given ChannelMask in this Config object.

-
- -
-
debounceFilter
-
uint16 debounceFilter(
const ChannelMask &mask
) const
-

Gets the Debounce Filter for the given ChannelMask in this Config object, if set.

Parameters
mask
const ChannelMask&

The ChannelMask to get the Debounce Filter for.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
debounceFilter
-
void debounceFilter(
const ChannelMask &mask,
uint16 milliseconds
)
-

Sets the Debounce Filter for the given ChannelMask in this Config object.  Note: The accepted range is 0 - 250ms. Any values outside that range will be truncated before being applied.

-
- -
-
fatigueOptions
-
const FatigueOptions& fatigueOptions() const
-

Gets the FatigueOptions currently set in this Config object.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
fatigueOptions
-
void fatigueOptions(
const FatigueOptions &fatigueOpts
)
-

Sets the FatigueOptions in this Config object.

-
- -
-
histogramOptions
-
const HistogramOptions& histogramOptions() const
-

Gets the HistogramOptions currently set in this Config object.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
histogramOptions
-
void histogramOptions(
const HistogramOptions &histogramOpts
)
-

Sets the HistogramOptions in this Config object.

-
- -
-
activitySense
-
const ActivitySense& activitySense() const
-

Gets the ActivitySense currently set in this Config object.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
activitySense
-
void activitySense(
const ActivitySense &activitySenseOpts
)
-

Sets the ActivitySense in this Config object.

-
- -
-
eventTriggerOptions
-
const EventTriggerOptions& eventTriggerOptions() const
-

Gets the EventTriggerOptions currently set in this Config object.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
eventTriggerOptions
-
void eventTriggerOptions(
const EventTriggerOptions &eventTriggerOpts
)
-

Sets the EventTriggerOptions in this Config object.

-
- -
-
diagnosticInterval
-
uint16 diagnosticInterval() const
-

Gets the diagnostic info interval (in seconds) currently set in this Config object.  A value of 0 is disabled.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
diagnosticInterval
-
void diagnosticInterval(
uint16 interval
)
-

Sets the diagnostic info interval (in seconds) in this Config object.  A value of 0 disables the diagnostic info.

-
- -
-
storageLimitMode
-
WirelessTypes::StorageLimitMode storageLimitMode() const
-

Gets the WirelessTypes::StorageLimitMode currently set in this Config object.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
storageLimitMode
-
void storageLimitMode(
WirelessTypes::StorageLimitMode mode
)
-

Sets the WirelessTypes::StorageLimitMode in this Config object.

-
- -
-
sensorDelay
-
uint32 sensorDelay() const
-

Gets the sensor delay (in microseconds) currently set in this Config object.  Note: A value of <WirelessNodeConfig::SENSOR_DELAY_ALWAYS_ON> indicates that the sensor is always on.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
sensorDelay
-
void sensorDelay(
uint32 delay
)
-

Sets the sensor delay (in microseconds) in this Config object.  Note: Use a value of <WirelessNodeConfig::SENSOR_DELAY_ALWAYS_ON> to set the sensor always on.

-
- -
-
dataMode
-
WirelessTypes::DataMode dataMode() const
-

Gets the WirelessTypes::DataMode currently set in this Config object.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
dataMode
-
void dataMode(
WirelessTypes::DataMode mode
)
-

Sets the WirelessTypes::DataMode in this Config object.

-
- -
-
derivedDataRate
-
WirelessTypes::WirelessSampleRate derivedDataRate() const
-

Gets the WirelessTypes::WirelessSampleRate for the Derived Channels currently set in this Config object.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
derivedDataRate
-
void derivedDataRate(
WirelessTypes::WirelessSampleRate rate
)
-

Sets the WirelessTypes::WirelessSampleRate for the Derived Channels in this Config object.

-
- -
-
derivedChannelMask
-
ChannelMask derivedChannelMask(
WirelessTypes::DerivedCategory category
) const
-

Gets the ChannelMask for a specified WirelessTypes::DerivedCategory currently set in this Config object.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
derivedChannelMask
-
void derivedChannelMask(
WirelessTypes::DerivedCategory category,
const ChannelMask &mask
)
-

Sets the ChannelMask for a specified WirelessTypes::DerivedCategory in this Config object.

-
- -
-
derivedVelocityUnit
-
WirelessTypes::DerivedVelocityUnit derivedVelocityUnit() const
-

Gets the WirelessTypes::DerivedVelocityUnit currently set in this Config object.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
derivedVelocityUnit
-
void derivedVelocityUnit(
WirelessTypes::DerivedVelocityUnit unit
)
-

Sets the WirelessTypes::DerivedVelocityUnit in this Config object.

-
- -
-
communicationProtocol
-
WirelessTypes::CommProtocol communicationProtocol() const
-

Gets the WirelessTypes::CommProtocol currently set in this Config object.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
communicationProtocol
-
void communicationProtocol(
WirelessTypes::CommProtocol commProtocol
)
-

Sets the WirelessTypes::CommProtocol in this Config object.

-
- -
-
sensorOutputMode
-
WirelessTypes::SensorOutputMode sensorOutputMode() const
-

Gets the WirelessTypes::SensorOutputMode currently set in this Config object.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
sensorOutputMode
-
void sensorOutputMode(
WirelessTypes::SensorOutputMode mode
)
-

Sets the WirelessTypes::SensorOutputMode in this Config object.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/WirelessTypes-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/WirelessTypes-Summary.js deleted file mode 100644 index 765a977a9..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/WirelessTypes-Summary.js +++ /dev/null @@ -1 +0,0 @@ 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re_bar"],[3406,0,2,,"unit_pressure_millibar"],[3407,0,2,,"unit_pressure_psi"],[3408,0,2,,"unit_pressure_atm"],[3409,0,2,,"unit_pressure_mmHg"],[3410,0,2,,"unit_pressure_inHg"],[3411,0,2,,"unit_pressure_pascal"],[3412,0,2,,"unit_pressure_megaPascal"],[3413,0,2,,"unit_pressure_kiloPascal"],[3414,0,2,,"unit_rawVoltage_volts"],[3415,0,2,,"unit_rawVoltage_millivolts"],[3416,0,2,,"unit_rawVoltage_microvolts"],[3417,0,2,,"unit_reactiveEnergy_VARh"],[3418,0,2,,"unit_reactiveEnergy_kVARh"],[3419,0,2,,"unit_reactivePower_var"],[3420,0,2,,"unit_resistance_ohm"],[3421,0,2,,"unit_resistance_milliohm"],[3422,0,2,,"unit_resistance_kiloohm"],[3423,0,2,,"unit_rh_percentRh"],[3424,0,2,,"unit_rssi_dBm"],[3425,0,2,,"unit_rssi_dBHz"],[3426,0,2,,"unit_strain_strain"],[3427,0,2,,"unit_strain_microStrain"],[3428,0,2,,"unit_temp_celsius"],[3429,0,2,,"unit_temp_kelvin"],[3430,0,2,,"unit_temp_fahrenheit"],[3431,0,2,,"unit_time_secs"],[3432,0,2,,"unit_time_nanosecs"],[3433,0,2,,"unit_time_microsecs"],[3434,0,2,,"unit_time_millisecs"],[3435,0,2,,"unit_time_minutes"],[3436,0,2,,"unit_time_hours"],[3437,0,2,,"unit_time_days"],[3438,0,2,,"unit_time_weeks"],[3439,0,2,,"unit_torque_newtonMeter"],[3440,0,2,,"unit_torque_footPounds"],[3441,0,2,,"unit_torque_inchPounds"],[3442,0,2,,"unit_velocity_inchesPerSec"],[3443,0,2,,"unit_velocity_metersPerSec"],[3444,0,2,,"unit_velocity_mmPerSec"],[3445,0,2,,"unit_velocity_kilometersPerSec"],[3446,0,2,,"unit_velocity_kilometersPerHr"],[3447,0,2,,"unit_velocity_milesPerHr"],[3448,0,2,,"unit_velocity_knots"],[3449,0,2,,"unit_volts_volts"],[3450,0,2,,"unit_volts_millivolts"],[3451,0,2,,"unit_volts_microvolts"],[3452,0,2,,"unit_volume_cubicMeter"],[3453,0,2,,"unit_volume_cubicFt"],[3454,0,2,,"unit_volume_liters"],[3455,0,2,,"unit_volume_gallon"],[3456,0,2,"ChannelType","ChannelType"],[3457,0,2,,"chType_none"],[3458,0,2,,"chType_fullDifferential"],[3459,0,2,,"chType_singleEnded"],[3460,0,2,,"chType_battery"],[3461,0,2,,"chType_temperature"],[3462,0,2,,"chType_rh"],[3463,0,2,,"chType_acceleration"],[3464,0,2,,"chType_displacement"],[3465,0,2,,"chType_voltage"],[3466,0,2,,"chType_diffTemperature"],[3467,0,2,,"chType_digital"],[3468,0,2,,"chType_tilt"],[3469,0,2,"VoltageType","VoltageType"],[3470,0,2,,"voltageType_singleEnded"],[3471,0,2,,"voltageType_differential"],[3472,0,2,"SettlingTime","SettlingTime"],[3473,0,2,,"settling_4ms"],[3474,0,2,,"settling_8ms"],[3475,0,2,,"settling_16ms"],[3476,0,2,,"settling_32ms"],[3477,0,2,,"settling_40ms"],[3478,0,2,,"settling_48ms"],[3479,0,2,,"settling_60ms"],[3480,0,2,,"settling_101ms_90db"],[3481,0,2,,"settling_120ms_80db"],[3482,0,2,,"settling_120ms_65db"],[3483,0,2,,"settling_160ms_69db"],[3484,0,2,,"settling_200ms"],[3485,0,2,"TransducerType","TransducerType"],[3486,0,2,,"transducer_thermocouple"],[3487,0,2,,"transducer_rtd"],[3488,0,2,,"transducer_thermistor"],[3489,0,2,"ThermocoupleType","ThermocoupleType"],[3490,0,2,,"tc_uncompensated"],[3491,0,2,,"tc_K"],[3492,0,2,,"tc_J"],[3493,0,2,,"tc_R"],[3494,0,2,,"tc_S"],[3495,0,2,,"tc_T"],[3496,0,2,,"tc_E"],[3497,0,2,,"tc_B"],[3498,0,2,,"tc_N"],[3499,0,2,,"tc_customPolynomial"],[3500,0,2,"RtdType","RtdType"],[3501,0,2,,"rtd_uncompensated"],[3502,0,2,,"rtd_pt10"],[3503,0,2,,"rtd_pt50"],[3504,0,2,,"rtd_pt100"],[3505,0,2,,"rtd_pt200"],[3506,0,2,,"rtd_pt500"],[3507,0,2,,"rtd_pt1000"],[3508,0,2,"RtdWireType","RtdWireType"],[3509,0,2,,"rtd_2wire"],[3510,0,2,,"rtd_3wire"],[3511,0,2,,"rtd_4wire"],[3512,0,2,"ThermistorType","ThermistorType"],[3513,0,2,,"thermistor_uncompensated"],[3514,0,2,,"thermistor_44004_44033"],[3515,0,2,,"thermistor_44005_44030"],[3516,0,2,,"thermistor_44007_44034"],[3517,0,2,,"thermistor_44006_44031"],[3518,0,2,,"thermistor_44008_44032"],[3519,0,2,,"thermistor_ys1_400"],[3520,0,2,"WirelessSampleRate","WirelessSampleRate"],[3521,0,2,,"sampleRate_104170Hz"],[3522,0,2,,"sampleRate_78125Hz"],[3523,0,2,,"sampleRate_62500Hz"],[3524,0,2,,"sampleRate_25000Hz"],[3525,0,2,,"sampleRate_12500Hz"],[3526,0,2,,"sampleRate_3200Hz"],[3527,0,2,,"sampleRate_1600Hz"],[3528,0,2,,"sampleRate_800Hz"],[3529,0,2,,"sampleRate_300Hz"],[3530,0,2,,"sampleRate_1kHz"],[3531,0,2,,"sampleRate_2kHz"],[3532,0,2,,"sampleRate_3kHz"],[3533,0,2,,"sampleRate_4kHz"],[3534,0,2,,"sampleRate_5kHz"],[3535,0,2,,"sampleRate_6kHz"],[3536,0,2,,"sampleRate_7kHz"],[3537,0,2,,"sampleRate_8kHz"],[3538,0,2,,"sampleRate_9kHz"],[3539,0,2,,"sampleRate_10kHz"],[3540,0,2,,"sampleRate_20kHz"],[3541,0,2,,"sampleRate_30kHz"],[3542,0,2,,"sampleRate_40kHz"],[3543,0,2,,"sampleRate_50kHz"],[3544,0,2,,"sampleRate_60kHz"],[3545,0,2,,"sampleRate_70kHz"],[3546,0,2,,"sampleRate_80kHz"],[3547,0,2,,"sampleRate_90kHz"],[3548,0,2,,"sampleRate_100kHz"],[3549,0,2,,"sampleRate_887Hz"],[3550,0,2,,"sampleRate_8192Hz"],[3551,0,2,,"sampleRate_4096Hz"],[3552,0,2,,"sampleRate_2048Hz"],[3553,0,2,,"sampleRate_1024Hz"],[3554,0,2,,"sampleRate_512Hz"],[3555,0,2,,"sampleRate_256Hz"],[3556,0,2,,"sampleRate_128Hz"],[3557,0,2,,"sampleRate_64Hz"],[3558,0,2,,"sampleRate_32Hz"],[3559,0,2,,"sampleRate_16Hz"],[3560,0,2,,"sampleRate_8Hz"],[3561,0,2,,"sampleRate_4Hz"],[3562,0,2,,"sampleRate_2Hz"],[3563,0,2,,"sampleRate_1Hz"],[3564,0,2,,"sampleRate_2Sec"],[3565,0,2,,"sampleRate_5Sec"],[3566,0,2,,"sampleRate_10Sec"],[3567,0,2,,"sampleRate_30Sec"],[3568,0,2,,"sampleRate_1Min"],[3569,0,2,,"sampleRate_2Min"],[3570,0,2,,"sampleRate_5Min"],[3571,0,2,,"sampleRate_10Min"],[3572,0,2,,"sampleRate_30Min"],[3573,0,2,,"sampleRate_60Min"],[3574,0,2,,"sampleRate_24Hours"],[3575,0,2,"ChannelGroupSetting","ChannelGroupSetting"],[3576,0,2,,"chSetting_inputRange"],[3577,0,2,,"chSetting_filterSettlingTime"],[3578,0,2,,"chSetting_thermocoupleType"],[3579,0,2,,"chSetting_linearEquation"],[3580,0,2,,"chSetting_unit"],[3581,0,2,,"chSetting_equationType"],[3582,0,2,,"chSetting_hardwareOffset"],[3583,0,2,,"chSetting_autoBalance"],[3584,0,2,,"chSetting_gaugeFactor"],[3585,0,2,,"chSetting_antiAliasingFilter"],[3586,0,2,,"chSetting_legacyShuntCal"],[3587,0,2,,"chSetting_autoShuntCal"],[3588,0,2,,"chSetting_lowPassFilter"],[3589,0,2,,"chSetting_highPassFilter"],[3590,0,2,,"chSetting_tempSensorOptions"],[3591,0,2,,"chSetting_debounceFilter"],[3592,0,2,,"chSetting_pullUpResistor"],[3593,0,2,,"chSetting_factoryLinearEq"],[3594,0,2,,"chSetting_factoryUnit"],[3595,0,2,,"chSetting_factoryEqType"],[3596,0,2,"AutoBalanceErrorFlag","AutoBalanceErrorFlag"],[3597,0,2,,"autobalance_success"],[3598,0,2,,"autobalance_maybeInvalid"],[3599,0,2,,"autobalance_notSupportedByNode"],[3600,0,2,,"autobalance_notSupportedByCh"],[3601,0,2,,"autobalance_targetOutOfRange"],[3602,0,2,,"autobalance_failed"],[3603,0,2,,"autobalance_legacyNone"],[3604,0,2,,"autobalance_notComplete"],[3605,0,2,"AutoCalCompletionFlag","AutoCalCompletionFlag"],[3606,0,2,,"autocal_success"],[3607,0,2,,"autocal_maybeInvalid"],[3608,0,2,,"autocal_maybeInvalid_notApplied"],[3609,0,2,,"autocal_notComplete"],[3610,0,2,"AutoCalErrorFlag","AutoCalErrorFlag"],[3611,0,2,,"autocalError_none"],[3612,0,2,,"autocalError_sensorDetached"],[3613,0,2,,"autocalError_sensorShorted"],[3614,0,2,,"autocalError_unsupportedChannel"],[3615,0,2,,"autocalError_baseHighRail"],[3616,0,2,,"autocalError_baseLowRail"],[3617,0,2,,"autocalError_shuntHighRail"],[3618,0,2,,"autocalError_shuntLowRail"],[3619,0,2,,"autocalError_ramp"],[3620,0,2,,"autocalError_noShunt"],[3621,0,2,,"autocalError_timeout"],[3622,0,2,"FatigueMode","FatigueMode"],[3623,0,2,,"fatigueMode_angleStrain"],[3624,0,2,,"fatigueMode_distributedAngle"],[3625,0,2,,"fatigueMode_rawGaugeStrain"],[3626,0,2,"EventTriggerType","EventTriggerType"],[3627,0,2,,"eventTrigger_ceiling"],[3628,0,2,,"eventTrigger_floor"],[3629,0,2,"Filter","Filter"],[3630,0,2,,"filter_33000hz"],[3631,0,2,,"filter_20000hz"],[3632,0,2,,"filter_10000hz"],[3633,0,2,,"filter_5222hz"],[3634,0,2,,"filter_5000hz"],[3635,0,2,,"filter_4416hz"],[3636,0,2,,"filter_4096hz"],[3637,0,2,,"filter_4000hz"],[3638,0,2,,"filter_2208hz"],[3639,0,2,,"filter_2048hz"],[3640,0,2,,"filter_2000hz"],[3641,0,2,,"filter_1104hz"],[3642,0,2,,"filter_1024hz"],[3643,0,2,,"filter_1000hz"],[3644,0,2,,"filter_800hz"],[3645,0,2,,"filter_552hz"],[3646,0,2,,"filter_512hz"],[3647,0,2,,"filter_500hz"],[3648,0,2,,"filter_418hz"],[3649,0,2,,"filter_294hz"],[3650,0,2,,"filter_256hz"],[3651,0,2,,"filter_250hz"],[3652,0,2,,"filter_209hz"],[3653,0,2,,"filter_200hz"],[3654,0,2,,"filter_147hz"],[3655,0,2,,"filter_128hz"],[3656,0,2,,"filter_125hz"],[3657,0,2,,"filter_104hz"],[3658,0,2,,"filter_100hz"],[3659,0,2,,"filter_62hz"],[3660,0,2,,"filter_52hz"],[3661,0,2,,"filter_50hz"],[3662,0,2,,"filter_31hz"],[3663,0,2,,"filter_26hz"],[3664,0,2,,"filter_12_66hz"],[3665,0,2,,"filter_2_6hz"],[3666,0,2,"HighPassFilter","HighPassFilter"],[3667,0,2,,"highPass_off"],[3668,0,2,,"highPass_auto"],[3669,0,2,"ChannelFrequencyClass","ChannelFrequencyClass"],[3670,0,2,,"cfc_10"],[3671,0,2,,"cfc_21"],[3672,0,2,,"cfc_60"],[3673,0,2,"StorageLimitMode","StorageLimitMode"],[3674,0,2,,"storageLimit_overwrite"],[3675,0,2,,"storageLimit_stop"],[3676,0,2,"InputRange","InputRange"],[3677,0,2,,"range_14_545mV"],[3678,0,2,,"range_10_236mV"],[3679,0,2,,"range_7_608mV"],[3680,0,2,,"range_4_046mV"],[3681,0,2,,"range_2_008mV"],[3682,0,2,,"range_1_511mV"],[3683,0,2,,"range_1_001mV"],[3684,0,2,,"range_0_812mV"],[3685,0,2,,"range_75mV"],[3686,0,2,,"range_37_5mV"],[3687,0,2,,"range_18_75mV"],[3688,0,2,,"range_9_38mV"],[3689,0,2,,"range_4_69mV"],[3690,0,2,,"range_2_34mV"],[3691,0,2,,"range_1_17mV"],[3692,0,2,,"range_0_586mV"],[3693,0,2,,"range_70mV"],[3694,0,2,,"range_35mV"],[3695,0,2,,"range_17_5mV"],[3696,0,2,,"range_8_75mV"],[3697,0,2,,"range_4_38mV"],[3698,0,2,,"range_2_19mV"],[3699,0,2,,"range_1_09mV"],[3700,0,2,,"range_0_547mV"],[3701,0,2,,"range_44mV"],[3702,0,2,,"range_30mV"],[3703,0,2,,"range_20mV"],[3704,0,2,,"range_15mV"],[3705,0,2,,"range_10mV"],[3706,0,2,,"range_5mV"],[3707,0,2,,"range_3mV"],[3708,0,2,,"range_2mV"],[3709,0,2,,"range_6mV"],[3710,0,2,,"range_1mV"],[3711,0,2,,"range_50mV"],[3712,0,2,,"range_2_5mV"],[3713,0,2,,"range_0_6mV"],[3714,0,2,,"range_0_35mV"],[3715,0,2,,"range_0_1mV"],[3716,0,2,,"range_156mV"],[3717,0,2,,"range_78_1mV"],[3718,0,2,,"range_39mV"],[3719,0,2,,"range_19_5mV"],[3720,0,2,,"range_9_76mV"],[3721,0,2,,"range_4_88mV"],[3722,0,2,,"range_2_44mV"],[3723,0,2,,"range_1_22mV"],[3724,0,2,,"range_10_24V"],[3725,0,2,,"range_5_12V"],[3726,0,2,,"range_2_56V"],[3727,0,2,,"range_0to10_24V"],[3728,0,2,,"range_0to5_12V"],[3729,0,2,,"range_1_147V"],[3730,0,2,,"range_585mV"],[3731,0,2,,"range_292_5mV"],[3732,0,2,,"range_146_25mV"],[3733,0,2,,"range_73_13mV"],[3734,0,2,,"range_36_56mV"],[3735,0,2,,"range_18_23mV"],[3736,0,2,,"range_9_14mV"],[3737,0,2,,"range_5_74V"],[3738,0,2,,"range_2_93V"],[3739,0,2,,"range_1_46V"],[3740,0,2,,"range_731_3mV"],[3741,0,2,,"range_365_6mV"],[3742,0,2,,"range_182_8mV"],[3743,0,2,,"range_91_4mV"],[3744,0,2,,"range_45_7mV"],[3745,0,2,,"range_62_5mV"],[3746,0,2,,"range_31_25mV"],[3747,0,2,,"range_15_63mV"],[3748,0,2,,"range_7_81mV"],[3749,0,2,,"range_3_91mV"],[3750,0,2,,"range_1_95mV"],[3751,0,2,,"range_0_976mV"],[3752,0,2,,"range_0_488mV"],[3753,0,2,,"range_2G"],[3754,0,2,,"range_4G"],[3755,0,2,,"range_8G"],[3756,0,2,,"range_10G"],[3757,0,2,,"range_20G"],[3758,0,2,,"range_40G"],[3759,0,2,,"range_2_5V"],[3760,0,2,,"range_1_25V"],[3761,0,2,,"range_625mV"],[3762,0,2,,"range_312_5mV"],[3763,0,2,,"range_156_25mV"],[3764,0,2,,"range_78_125mV"],[3765,0,2,,"range_39_063mV"],[3766,0,2,,"range_19_532mV"],[3767,0,2,,"range_0to2_5V"],[3768,0,2,,"range_0to1_25V"],[3769,0,2,,"range_0to625mV"],[3770,0,2,,"range_0to312_5mV"],[3771,0,2,,"range_0to156_25mV"],[3772,0,2,,"range_0to78_125mV"],[3773,0,2,,"range_0to39_063mV"],[3774,0,2,,"range_0to19_532mV"],[3775,0,2,,"range_9_766mV"],[3776,0,2,,"range_1_35V_or_0to2026408518ohm"],[3777,0,2,,"range_1_25V_or_0to5100ohm"],[3778,0,2,,"range_625mV_or_0to1700ohm"],[3779,0,2,,"range_312_5mV_or_0to728ohm"],[3780,0,2,,"range_156_25mV_or_0to340ohm"],[3781,0,2,,"range_78_125mV_or_0to164ohm"],[3782,0,2,,"range_39_0625mV_or_0to80ohm"],[3783,0,2,,"range_19_5313mV_or_0to40ohm"],[3784,0,2,,"range_750mV"],[3785,0,2,,"range_375mV"],[3786,0,2,,"range_187_5mV"],[3787,0,2,,"range_93_75mV"],[3788,0,2,,"range_46_875mV"],[3789,0,2,,"range_23_438mV"],[3790,0,2,,"range_11_719mV"],[3791,0,2,,"range_5_859mV"],[3792,0,2,,"range_0to1_5V"],[3793,0,2,,"range_0to750mV"],[3794,0,2,,"range_0to375mV"],[3795,0,2,,"range_0to187_5mV"],[3796,0,2,,"range_0to93_75mV"],[3797,0,2,,"range_0to46_875mV"],[3798,0,2,,"range_0to23_438mV"],[3799,0,2,,"range_0to11_719mV"],[3800,0,2,,"range_1_5V"],[3801,0,2,,"range_1_35V"],[3802,0,2,,"range_0to2026408518ohm"],[3803,0,2,,"range_0to10000ohm"],[3804,0,2,,"range_0to2580ohm"],[3805,0,2,,"range_0to1290ohm"],[3806,0,2,,"range_0to645ohm"],[3807,0,2,,"range_0to322ohm"],[3808,0,2,,"range_0to161ohm"],[3809,0,2,,"range_0to80ohm"],[3810,0,2,,"range_39_0625mV"],[3811,0,2,,"range_19_5313mV"],[3812,0,2,,"range_invalid"],[3813,0,2,"DataMode","DataMode"],[3814,0,2,,"dataMode_none"],[3815,0,2,,"dataMode_raw"],[3816,0,2,,"dataMode_derived"],[3817,0,2,,"dataMode_raw_derived"],[3818,0,2,"DerivedCategory","DerivedCategory"],[3819,0,2,,"derivedCategory_rms"],[3820,0,2,,"derivedCategory_peakToPeak"],[3821,0,2,,"derivedCategory_velocity"],[3822,0,2,,"derivedCategory_crestFactor"],[3823,0,2,,"derivedCategory_mean"],[3824,0,2,"DerivedDataPacketAlgorithmId","DerivedDataPacketAlgorithmId"],[3825,0,2,,"derivedAlgId_rms"],[3826,0,2,,"derivedAlgId_peakToPeak"],[3827,0,2,,"derivedAlgId_ips"],[3828,0,2,,"derivedAlgId_crestFactor"],[3829,0,2,,"derivedAlgId_mean"],[3830,0,2,,"derivedAlgId_mmps"],[3831,0,2,"DerivedVelocityUnit","DerivedVelocityUnit"],[3832,0,2,"CommProtocol","CommProtocol"],[3833,0,2,,"commProtocol_lxrs"],[3834,0,2,,"commProtocol_lxrsPlus"],[3835,0,2,"Voltage","Voltage"],[3836,0,2,,"voltage_5120mV"],[3837,0,2,,"voltage_5000mV"],[3838,0,2,,"voltage_4096mV"],[3839,0,2,,"voltage_3000mV"],[3840,0,2,,"voltage_2800mV"],[3841,0,2,,"voltage_2750mV"],[3842,0,2,,"voltage_2700mV"],[3843,0,2,,"voltage_2500mV"],[3844,0,2,,"voltage_1500mV"],[3845,0,2,"SensorOutputMode","SensorOutputMode"],[3846,0,2,,"sensorOutputMode_accel"],[3847,0,2,,"sensorOutputMode_tilt"],[3848,0,2,"BatteryStatus","BatteryStatus"],[3849,0,2,,"Battery_status_values"],[3850,0,2,,"batteryStatus_good"],[3851,0,2,,"batteryStatus_low"],[3852,0,2,,"batteryStatus_critical"],[3853,0,2,"ExternalPowerIndicator","ExternalPowerIndicator"],[3854,0,2,,"Indicates_external_power_state"],[3855,0,2,,"externalPower_notConnected"],[3856,0,2,,"externalPower_connected"],[3857,0,2,"DelayVersion","DelayVersion"],[3858,0,2,,"V1"],[3859,0,2,,"V2"],[3860,0,2,,"V3"],[3861,0,2,,"V4"],[3862,0,3,"DerivedChannelMasks","DerivedChannelMasks"],[3863,0,3,"EepromMap","EepromMap"],[3864,0,1,"UNKNOWN_RSSI = 999","UNKNOWN_RSSI=999"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/WirelessTypes-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/WirelessTypes-SummaryToolTips.js deleted file mode 100644 index 94dbcb776..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/WirelessTypes-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:WirelessTypes",{3266:"
WirelessTypes
Contains enumerations/types for various wireless information
",3267:"
Represents the source of a BaseStation\'s Beacon.
",3272:"
Represents the types of microcontrollers possible on the Wireless Devices.
",3280:"
Represents the types of data collection methods that can be performed on the Node.
",3284:"
Represents the types of data formats that Nodes can be configured to send when sampling.
",3291:"
Represents the types of synchronized sampling modes the Node can be in.
",3294:"
Represents the types of sampling modes the Node can be in.
",3301:"
Represents the types of default modes the Node can have.  This is the mode the Node starts in, as well as the mode the node goes into after an inactivity timeout.
",3307:"
Represents the frequency (channel) that can be used for Wireless Devices.
",3325:"
Represents the transmit powers that can be used for Wireless Devices.
",3335:"
Represents the possible Node Retransmission values.
",3339:"
Represents the different trigger types that can cause a datalogging session to be logged to a Wireless Node.
",3345:"
Represents the equation types that can be used for calibration coefficients on Wireless Nodes.
",3348:"
Represents the unit types that can be used for calibration coefficients on Wireless Nodes.
",3456:"
Represents the types of channels on Wireless Nodes.
",3469:"
Represents the possible voltage input types
",3472:"
Represents the settling times used for thermocouple and voltage inputs on some Wireless Nodes.
",3485:"
Represents the Transducer types supported by some Wireless Nodes.
",3489:"
Represents the thermocouple types supported by some Wireless Nodes.
",3500:"
Represents the RTD types supported by some Wireless Nodes.
",3508:"
Represents the Wire types supported for RTD sensors.
",3512:"
Represents the Thermistor types supported by some Wireless Nodes.
",3520:"
The possible sample rates that are available for Wireless Nodes.
",3575:"
The possible settings for ChannelGroups.
",3596:"
The possible completion flags for the AutoBalance Wireless Node function.
",3605:"
The possible completion flags for the AutoCal Wireless Node function.
",3610:"
The possible error flags for the various AutoCal Wireless Node functions.
",3622:"
The different modes a Fatigue Node can operate in.
",3626:"
The types of event triggers that are available.
",3629:"
The filter options (used for anti-aliasing and low-pass filter)
",3666:"
The high pass filter options.
",3669:"
The channel frequency class filter options.
",3673:"
The options available for configuring what happens when the storage limit is reached when logging to a Node.
",3676:"
The options available for input range on supported Nodes.
",3813:"
Available Data Modes.
",3818:"
Available Derived Channel Categories for configuration.
",3824:"
The types of channels that can be sent in a derived data packet.
",3831:"
The options that can be configured for the velocity derived channel.
",3832:"
Available Communication Protocol types.
",3835:"
Available Voltages.
",3845:"
Available Sensor Output Modes.
",3857:"
Types of delays that individual sensors can support.
",3862:"
Typedef for a map of <DerivedChannelOption> to ChannelMask pairs.
",3863:"
Typedef for a map of eeprom locations (uint16) to values (uint16).
",3864:"
The value given for an unknown RSSI value.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/WirelessTypes-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/WirelessTypes-ToolTips.js deleted file mode 100644 index 8eb16f477..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/WirelessTypes-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({4281:"
ChannelMask
Represents the channel mask (active and inactive channels) for a WirelessNode.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/WirelessTypes.html b/v66.0.1/MSCL_API_Docs/classes/C/WirelessTypes.html deleted file mode 100644 index 0eb5a1676..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/WirelessTypes.html +++ /dev/null @@ -1,247 +0,0 @@ - - -WirelessTypes - - - - - - - -
-
WirelessTypes
-
WirelessTypes
-

Contains enumerations/types for various wireless information

-
- -
-
BeaconSource
-

Represents the source of a BaseStation's Beacon.

beacon_none

0 - No Beacon

beacon_internalTimer

1 - Internal Timer

beacon_internalPPS

2 - Internal PPS

beacon_externalPPS

3 - External PPS

-
- -
-
MicroControllerType
-

Represents the types of microcontrollers possible on the Wireless Devices.

microcontroller_18F452

31 - 18F452, 20MHz

microcontroller_18F4620

32 - 18F4620, 20MHz

microcontroller_18F46K20

33 - 18F46K20, 40MHz

microcontroller_18F67K90

34 - 18F67K90, 40MHz

microcontroller_EFM32WG990F256

35 - EFM32WG990F256, 48MHz

microcontroller_EFR32FG1P132F256GM48

36 - EFR32FG1P132F256GM48

microcontroller_EFR32MG1P232F256GM48

37 - EFR32MG1P232F256GM48

-
- -
-
DataCollectionMethod
-

Represents the types of data collection methods that can be performed on the Node.

collectionMethod_logOnly

1 - Data is logged to the Node's internal memory to be downloaded later

collectionMethod_transmitOnly

2 - Data is transmitted wirelessly over the air

collectionMethod_logAndTransmit

3 - Data is both logged to the Node and transmitted over the air.

-
- -
-
DataFormat
-

Represents the types of data formats that Nodes can be configured to send when sampling.

dataFormat_raw_uint16

1 - Raw, uint16 data format

dataFormat_cal_float

2 - Calibrated, float data format

dataFormat_raw_uint24

3 - Raw, uint24 data format

dataFormat_raw_int24

4 - Raw, int24 data format

dataFormat_raw_int16

5 - Raw, int16 data format

dataFormat_cal_int16_x10

6 - Calibrated, int16 multiplied by 10 (range of -3276.8 to +3276.7 with 0.1 resolution)

-
- -
-
SyncSamplingMode
-

Represents the types of synchronized sampling modes the Node can be in.

syncMode_continuous

0x7400 - Data will be transmitted in standard non-burst synchronized sampling mode.

syncMode_burst

0xF600 - Data will be transmitted in a burst synchronized sampling mode.

-
- -
-
SamplingMode
-

Represents the types of sampling modes the Node can be in.

samplingMode_sync

1 - Synchronized Sampling mode

samplingMode_syncBurst

2 - Synchronized Sampling, Burst mode

samplingMode_nonSync

3 - Asynchronous Sampling mode (LDC)

samplingMode_armedDatalog

4 - Armed Datalogging Sampling mode

samplingMode_syncEvent

5 - Synchronized Sampling mode with Event Triggering

samplingMode_nonSyncEvent

6 - Asynchronous Sampling mode (LDC) with Event Triggering

-
- -
-
DefaultMode
-

Represents the types of default modes the Node can have.  This is the mode the Node starts in, as well as the mode the node goes into after an inactivity timeout.

defaultMode_idle

0 - Default of Idle Mode.

default_ldc

1 - Default of Low Duty Cycle sampling.

default_datalog

4 - Default of Armed Datalogging (but with no timestamp) sampling.

default_sleep

5 - Default of a low-power Sleep Mode.

default_sync

6 - Default of Sync Sampling (must hear a beacon to start sampling).

-
- -
-
Frequency
-

Represents the frequency (channel) that can be used for Wireless Devices.

freq_unknown

0 - Unknown Frequency

freq_11

11 - Frequency 11 (2.405 Ghz)

freq_12

12 - Frequency 12 (2.410 Ghz)

freq_13

13 - Frequency 13 (2.415 Ghz)

freq_14

14 - Frequency 14 (2.420 Ghz)

freq_15

15 - Frequency 15 (2.425 Ghz)

freq_16

16 - Frequency 16 (2.430 Ghz)

freq_17

17 - Frequency 17 (2.435 Ghz)

freq_18

18 - Frequency 18 (2.440 Ghz)

freq_19

19 - Frequency 19 (2.445 Ghz)

freq_20

20 - Frequency 20 (2.450 Ghz)

freq_21

21 - Frequency 21 (2.455 Ghz)

freq_22

22 - Frequency 22 (2.460 Ghz)

freq_23

23 - Frequency 23 (2.465 Ghz)

freq_24

24 - Frequency 24 (2.470 Ghz)

freq_25

25 - Frequency 25 (2.475 Ghz)

freq_26

26 - Frequency 26 (2.480 Ghz)

-
- -
-
TransmitPower
-

Represents the transmit powers that can be used for Wireless Devices.

power_20dBm

20 - 20 dBm

power_16dBm

16 - 16 dBm

power_15dBm

15 - 15 dBm

power_12dBm

12 - 12 dBm

power_11dBm

11 - 11 dBm

power_10dBm

10 - 10 dBm

power_5dBm

5  - 5 dBm

power_1dBm

1  - 1 dBm

power_0dBm

0  - 0 dBm

-
- -
-
NodeRetransmission
-

Represents the possible Node Retransmission values.

retransmission_off

0 - Retransmission is turned off

retransmission_on

1 - Retransmission is turned on

retransmission_disabled

2 - Retransmission is disabled. It should not be set to on or off

-
- -
-
TriggerType
-

Represents the different trigger types that can cause a datalogging session to be logged to a Wireless Node.

trigger_userInit

0 - The user started this datalogging session manually by sending a start sampling command.

trigger_ceiling

1 - The trigger was caused by a ceiling event.

trigger_floor

2 - The trigger was caused by a floor event.

trigger_rampUp

3 - The trigger was caused by a ramp-up event.

trigger_rampDown

4 - The trigger was caused by a ramp-down event.

-
- -
-
CalCoef_EquationType
-

Represents the equation types that can be used for calibration coefficients on Wireless Nodes.

equation_none

0 - value = none, [bits/no equation applied]

equation_standard

4 - value = (slope * bits) + offset

-
- -
-
CalCoef_Unit
-

Represents the unit types that can be used for calibration coefficients on Wireless Nodes.

unit_none

0  - no unit or unknown unit

unit_accel_g

4  - acceleration due to gravity

unit_accel_mPerSec2

5  - meters per second squared

unit_accel_milliG

34  - milli-G's

unit_accel_ftPerSec2

35  - Feet/Second Squared

unit_angDisplacement_degrees

26  - degrees

unit_angDisplacement_radians

65  - Radians

unit_angVelocity_degreesPerSec

27  - degrees per second

unit_angVelocity_radiansPerSec

28  - radians per second

unit_current_ampere

58  - Ampere

unit_current_milliampere

59  - Milliampere

unit_current_microampere

60  - Microampere

unit_density_kgPerMeter3

93  - kg per meter cubed

unit_displacement_meters

12  - meters

unit_displacement_millimeters

13  - millimeters

unit_displacement_micrometers

14  - micrometers

unit_displacement_feet

38  - Feet

unit_displacement_inches

39  - Inches

unit_displacement_yards

40  - Yards

unit_displacement_miles

41  - Miles

unit_displacement_nautMiles

42  - Nautical Miles

unit_displacement_thouInch

43  - Thousandths of an Inch

unit_displacement_hundInch

44  - Hundredths of an Inch

unit_displacement_kilometers

45  - Kilometers

unit_displacement_centimeters

46  - Centimers

unit_energy_wattHour

54  - Watt-Hour

unit_energy_kiloWattHour

55  - Kilowatt-Hour

unit_flowRate_cubicMetersPerSec

75  - Cubic Meters Per Second

unit_flowRate_cubicFtPerSec

76  - Cubic Feet Per Second

unit_force_kg

96  - kiloGrams

unit_force_lbf

15  - pound force

unit_force_newtons

16  - Newtons

unit_force_kiloNewtons

17  - kiloNewtons

unit_freq_rpm

30  - revolutions per minute

unit_freq_hertz

31  - hertz

unit_freq_kiloHertz

64  - Kilohertz

unit_irradiance_wattsPerSqMeter

47  - Watts per Square Meter

unit_magneticFlux_gauss

89  - Gauss

unit_mass_grams

104 - Grams

unit_mass_kilograms

18  - kilograms

unit_mass_pound

49  - Pound

unit_mass_ton

105 - Ton

unit_mass_tonne

106 - Tonne (Metric Ton)

unit_other_bits

1  - raw bits

unit_other_mVperV

33  - milliVolt/Volt

unit_other_percentLife

36  - % Life

unit_other_count

37  - Count

unit_other_percent

29  - percent

unit_other_value

88  - value

unit_other_gSec

90  - G-Seconds

unit_other_secsPerSec

91  - Seconds per Second (clock-drift)

unit_other_unitless

94  - unitless

unit_par_microEinstein

48  - microEinstein

unit_power_watt

50  - Watt

unit_power_milliwatt

51  - Milliwatt

unit_power_horsepower

52  - Horsepower

unit_pressure_bar

19  - bar

unit_pressure_millibar

61  - MilliBar

unit_pressure_psi

20  - pounds per square inch

unit_pressure_atm

21  - atmospheric pressure

unit_pressure_mmHg

22  - millimeters of mercury

unit_pressure_inHg

62  - Inches of Mercury

unit_pressure_pascal

23  - Pascal

unit_pressure_megaPascal

24  - megaPascal

unit_pressure_kiloPascal

25  - kiloPascal

unit_rawVoltage_volts

97  - Raw Volts

unit_rawVoltage_millivolts

98  - Raw Millivolts

unit_rawVoltage_microvolts

99  - Raw Microvolts

unit_reactiveEnergy_VARh

56  - Volt-Ampere Reactive Hour

unit_reactiveEnergy_kVARh

57  - Kilovolt-Ampere Reactive Hour

unit_reactivePower_var

53  - Volt-Ampere Reactive

unit_resistance_ohm

100 - Ohm

unit_resistance_milliohm

101 - milliOhm

unit_resistance_kiloohm

102 - kiloOhm

unit_rh_percentRh

32  - percent relative humidity

unit_rssi_dBm

63  - dBm

unit_rssi_dBHz

92  - dBHz

unit_strain_strain

2  - Strain

unit_strain_microStrain

3  - microStrain

unit_temp_celsius

9  - degrees Celsius

unit_temp_kelvin

10  - Kelvin

unit_temp_fahrenheit

11  - degrees Fahrenheit

unit_time_secs

80  - Seconds

unit_time_nanosecs

81  - Nanoseconds

unit_time_microsecs

82  - Microseconds

unit_time_millisecs

83  - Milliseconds

unit_time_minutes

84  - Minutes

unit_time_hours

85  - Hours

unit_time_days

86  - Days

unit_time_weeks

87  - Weeks

unit_torque_newtonMeter

77  - Newton Meter

unit_torque_footPounds

78  - Foot Pounds

unit_torque_inchPounds

79  - Inch Pounds

unit_velocity_inchesPerSec

95  - Inches per Second

unit_velocity_metersPerSec

66  - Meters per Second

unit_velocity_mmPerSec

103 - Millimeters per Second

unit_velocity_kilometersPerSec

67  - Kilometers per Second

unit_velocity_kilometersPerHr

68  - Kilometers per Hour

unit_velocity_milesPerHr

69  - Miles per Hour

unit_velocity_knots

70  - Knots

unit_volts_volts

6  - volts

unit_volts_millivolts

7  - milliVolts

unit_volts_microvolts

8  - microVolts

unit_volume_cubicMeter

71  - Cubic Meter

unit_volume_cubicFt

72  - Cubic Feet

unit_volume_liters

73  - Liters

unit_volume_gallon

74  - Gallon

-
- -
-
ChannelType
-

Represents the types of channels on Wireless Nodes.

chType_none

0 - No channel type (channel not supported)

chType_fullDifferential

1 - Full Differential

chType_singleEnded

2 - Single Ended

chType_battery

3 - Battery

chType_temperature

4 - Temperature

chType_rh

5 - Relative Humidity

chType_acceleration

6 - Acceleration

chType_displacement

7 - Displacement

chType_voltage

8 - Voltage

chType_diffTemperature

9 - Differential - Temperature (thermocouple, rtd)

chType_digital

10 - Digital

chType_tilt

11 - Tilt

-
- -
-
VoltageType
-

Represents the possible voltage input types

voltageType_singleEnded

0 - Single-ended

voltageType_differential

1 - Differential

-
- -
-
SettlingTime
-

Represents the settling times used for thermocouple and voltage inputs on some Wireless Nodes.

settling_4ms

1  - 4 millisecond settling time (fastest settling)

settling_8ms

2  - 8 millisecond settling time

settling_16ms

3  - 16 millisecond settling time

settling_32ms

4  - 32 millisecond settling time

settling_40ms

5  - 40 millisecond settling time

settling_48ms

6  - 48 millisecond settling time

settling_60ms

7  - 60 millisecond settling time

settling_101ms_90db

8  - 101 millisecond settling time (90db [60Hz Rejection])

settling_120ms_80db

9  - 120 millisecond settling time (80db [50Hz Rejection])

settling_120ms_65db

10  - 120 millisecond settling time (65db [50+60Hz Rejection])

settling_160ms_69db

11  - 160 millisecond settling time (69db [50+60Hz Rejection])

settling_200ms

12  - 200 millisecond settling time (highest resolution)

-
- -
-
TransducerType
-

Represents the Transducer types supported by some Wireless Nodes.

transducer_thermocouple

0 - Thermocouple

transducer_rtd

1 - RTD

transducer_thermistor

2 - Thermistor

-
- -
-
ThermocoupleType
-

Represents the thermocouple types supported by some Wireless Nodes.

tc_uncompensated

0  - Uncompensated (None)

tc_K

1  - K Type Thermocouple

tc_J

2  - J Type Thermocouple

tc_R

3  - R Type Thermocouple

tc_S

4  - S Type Thermocouple

tc_T

5  - T Type Thermocouple

tc_E

6  - E Type Thermocouple

tc_B

7  - B Type Thermocouple

tc_N

8  - N Type Thermocouple

tc_customPolynomial

9  - Custom Polynomial

-
- -
-
RtdType
-

Represents the RTD types supported by some Wireless Nodes.

rtd_uncompensated

0 - Uncompensated (None)

rtd_pt10

1 - PT-10

rtd_pt50

2 - PT-50

rtd_pt100

3 - PT-100

rtd_pt200

4 - PT-200

rtd_pt500

5 - PT-500

rtd_pt1000

6 - PT-1000

-
- -
-
RtdWireType
-

Represents the Wire types supported for RTD sensors.

rtd_2wire

0 - 2 Wire RTD

rtd_3wire

1 - 3 Wire RTD

rtd_4wire

2 - 4 Wire RTD

-
- -
-
ThermistorType
-

Represents the Thermistor types supported by some Wireless Nodes.

thermistor_uncompensated

0 - Uncompensated (None)

thermistor_44004_44033

1 - 44004/44033

thermistor_44005_44030

2 - 44005/44030

thermistor_44007_44034

3 - 44007/44034

thermistor_44006_44031

4 - 44006/44031

thermistor_44008_44032

5 - 44008/44032

thermistor_ys1_400

6 - YSI-400

-
- -
-
WirelessSampleRate
-

The possible sample rates that are available for Wireless Nodes.

sampleRate_104170Hz

60  - 104170 Hz

sampleRate_78125Hz

58  - 78125 Hz

sampleRate_62500Hz

57  - 62500 Hz

sampleRate_25000Hz

56  - 25000 Hz

sampleRate_12500Hz

55  - 12500 Hz

sampleRate_3200Hz

49  - 3200 Hz

sampleRate_1600Hz

48  - 1600 Hz

sampleRate_800Hz

47  - 800 Hz

sampleRate_300Hz

46  - 300 Hz

sampleRate_1kHz

62  - 1 kHz

sampleRate_2kHz

63  - 2 kHz

sampleRate_3kHz

64  - 3 kHz

sampleRate_4kHz

65  - 4 kHz

sampleRate_5kHz

66  - 5 kHz

sampleRate_6kHz

67  - 6 kHz

sampleRate_7kHz

68  - 7 kHz

sampleRate_8kHz

69  - 8 kHz

sampleRate_9kHz

70  - 9 kHz

sampleRate_10kHz

71  - 10 kHz

sampleRate_20kHz

72  - 20 kHz

sampleRate_30kHz

73  - 30 kHz

sampleRate_40kHz

74  - 40 kHz

sampleRate_50kHz

75  - 50 kHz

sampleRate_60kHz

76  - 60 kHz

sampleRate_70kHz

77  - 70 kHz

sampleRate_80kHz

78  - 80 kHz

sampleRate_90kHz

79  - 90 kHz

sampleRate_100kHz

80  - 100 kHz

sampleRate_887Hz

98  - 887 Hz

sampleRate_8192Hz

100  - 8192 Hz

sampleRate_4096Hz

101  - 4096 Hz

sampleRate_2048Hz

102  - 2048 Hz

sampleRate_1024Hz

103  - 1024 Hz

sampleRate_512Hz

104  - 512 Hz

sampleRate_256Hz

105  - 256 Hz

sampleRate_128Hz

106  - 128 Hz

sampleRate_64Hz

107  - 64 Hz

sampleRate_32Hz

108  - 32 Hz

sampleRate_16Hz

109  - 16 Hz

sampleRate_8Hz

110  - 8 Hz

sampleRate_4Hz

111  - 4 Hz

sampleRate_2Hz

112  - 2 Hz

sampleRate_1Hz

113  - 1 Hz

sampleRate_2Sec

114  - 1 sample every 2 seconds

sampleRate_5Sec

115  - 1 sample every 5 seconds

sampleRate_10Sec

116  - 1 sample every 10 seconds

sampleRate_30Sec

117  - 1 sample every 30 seconds

sampleRate_1Min

118  - 1 sample every 1 minute

sampleRate_2Min

119  - 1 sample every 2 minutes

sampleRate_5Min

120  - 1 sample every 5 minutes

sampleRate_10Min

121  - 1 sample every 10 minutes

sampleRate_30Min

122  - 1 sample every 30 minutes

sampleRate_60Min

123  - 1 sample every 60 minutes

sampleRate_24Hours

127  - 1 sample every 24 hours

-
- -
-
ChannelGroupSetting
-

The possible settings for ChannelGroups.

chSetting_inputRange

0 - Input Range

chSetting_filterSettlingTime

1 - Filter Settling Time

chSetting_thermocoupleType

2 - Thermocouple Type

chSetting_linearEquation

3 - Linear Equation

chSetting_unit

4 - Unit

chSetting_equationType

5 - Equation Type

chSetting_hardwareOffset

6 - Hardware Offset

chSetting_autoBalance

7 - Autobalance Function

chSetting_gaugeFactor

8 - Gauge Factor

chSetting_antiAliasingFilter

9 - Anti-Aliasing Filter

chSetting_legacyShuntCal

10 - Legacy Shunt Cal (Note: the actual shunt cal operation is not a feature in MSCL)

chSetting_autoShuntCal

11 - Auto Shunt Cal

chSetting_lowPassFilter

12 - Low Pass Filter

chSetting_highPassFilter

13 - High Pass Filter

chSetting_tempSensorOptions

14 - Temperature Sensor Options

chSetting_debounceFilter

15 - Debounce Filter

chSetting_pullUpResistor

16 - Internal Pull-up Resistor

chSetting_factoryLinearEq

17 - Factory Calibration Linear Equation values [Read Only]

chSetting_factoryUnit

18 - Factory Calibration Unit [Read Only]

chSetting_factoryEqType

19 - Factory Calibration Equation Type [Read Only]

-
- -
-
AutoBalanceErrorFlag
-

The possible completion flags for the AutoBalance Wireless Node function.

autobalance_success

0  - AutoBalance was successful.

autobalance_maybeInvalid

1  - AutoBalance completed, but the values look suspicious.

autobalance_notSupportedByNode

2  - AutoBalance is not supported by the Node.

autobalance_notSupportedByCh

3  - AutoBalance is not supported by the channel.

autobalance_targetOutOfRange

4  - The target balance value is out of range for the channel.

autobalance_failed

5  - The AutoBalance has failed. No values have been applied.

autobalance_legacyNone

998  - The legacy AutoBalance command was used, so no info was returned.

autobalance_notComplete

999  - AutoBalance has not yet completed.

-
- -
-
AutoCalCompletionFlag
-

The possible completion flags for the AutoCal Wireless Node function.

autocal_success

0  - AutoCal was successful.

autocal_maybeInvalid

1  - AutoCal completed, but the values look suspicious. The results have been applied to the Node.

autocal_maybeInvalid_notApplied

2  - AutoCal completed, but the values look suspicious. No results have been applied to the Node.

autocal_notComplete

999  - AutoCal has not yet completed.

-
- -
-
AutoCalErrorFlag
-

The possible error flags for the various AutoCal Wireless Node functions.

autocalError_none

0  - AutoCal showed no sign of errors.

autocalError_sensorDetached

1  - AutoCal indicated the sensor may be detached.

autocalError_sensorShorted

2  - AutoCal indicated the sensor may have shorted.

autocalError_unsupportedChannel

3  - The provided channel was not supported.

autocalError_baseHighRail

4  - The baseline data may have railed high.

autocalError_baseLowRail

5  - The baseline data may have railed low.

autocalError_shuntHighRail

6  - The shunted data may have railed high.

autocalError_shuntLowRail

7  - The shunted data may have railed low.

autocalError_ramp

8  - There was an unexpected slope to the data.

autocalError_noShunt

9  - No shunt was detected in the data.

autocalError_timeout

10  - A timeout has occurred.

-
- -
-
FatigueMode
-

The different modes a Fatigue Node can operate in.

fatigueMode_angleStrain

0  - Standard angle strain mode: can enter specific angles to sample.

fatigueMode_distributedAngle

1  - Distributed angle mode: can enter a low, high, and # of angles (4-16) to sample.

fatigueMode_rawGaugeStrain

2  - Raw Gauge Strain mode: sends the raw strain sensor data.

-
- -
-
EventTriggerType
-

The types of event triggers that are available.

eventTrigger_ceiling

1 - Ceiling Trigger (greater than)

eventTrigger_floor

2 - Floor Trigger (less than)

-
- -
-
Filter
-

The filter options (used for anti-aliasing and low-pass filter)

filter_33000hz

33000 - 33000 hz

filter_20000hz

20000 - 20000 hz

filter_10000hz

10000 - 10000 hz

filter_5222hz

5222 - 5222 hz

filter_5000hz

5000 - 5000 hz

filter_4416hz

4416 - 4416 hz

filter_4096hz

4096 - 4096 hz

filter_4000hz

4000 - 4000 hz

filter_2208hz

2208 - 2208 hz

filter_2048hz

2048 - 2048 hz

filter_2000hz

2000 - 2000 hz

filter_1104hz

1104 - 1104 hz

filter_1024hz

1024 - 1024 hz

filter_1000hz

1000 - 1000 hz

filter_800hz

800 - 800 hz

filter_552hz

552 - 552 hz

filter_512hz

512 - 512 hz

filter_500hz

500 - 500 hz

filter_418hz

418 - 418 hz

filter_294hz

294 - 294 hz

filter_256hz

256 - 256 hz

filter_250hz

250 - 250 hz

filter_209hz

209 - 209 hz

filter_200hz

200 - 200 hz

filter_147hz

147 - 147 hz

filter_128hz

128 - 128 hz

filter_125hz

125 - 125 hz

filter_104hz

104 - 104 hz

filter_100hz

100 - 100 hz

filter_62hz

62 - 62 hz

filter_52hz

52 - 52 hz

filter_50hz

50 - 50 hz

filter_31hz

31 - 31 hz

filter_26hz

26 - 26 hz

filter_12_66hz

12 - 12.66 hz

filter_2_6hz

2 - 2.6 hz

-
- -
-
HighPassFilter
-

The high pass filter options.

highPass_off

0  - Disabled

highPass_auto

65535 - The High Pass Filter will be automatically selected based on other configuration options (such as low pass filter).

-
- -
-
ChannelFrequencyClass
-

The channel frequency class filter options.

cfc_10

10  - CFC-10

cfc_21

21  - CFC-21

cfc_60

60  - CFC-60

-
- -
-
StorageLimitMode
-

The options available for configuring what happens when the storage limit is reached when logging to a Node.

storageLimit_overwrite

0 - When the max memory is reached, old data is overwritten (FIFO).

storageLimit_stop

1 - When the max memory is reached, the Node stops sampling and returns to its idle state.

-
- -
-
InputRange
-

The options available for input range on supported Nodes.

range_14_545mV

0  - +-14.545 milliVolts

range_10_236mV

1  - +-10.236 milliVolts

range_7_608mV

2  - +-7.608 milliVolts

range_4_046mV

3  - +-4.046 milliVolts

range_2_008mV

4  - +-2.008 milliVolts

range_1_511mV

5  - +-1.511 milliVolts

range_1_001mV

6  - +-1.001 milliVolts

range_0_812mV

7  - +-0.812 milliVolts

range_75mV

8  - +-75 milliVolts

range_37_5mV

9  - +-37.5 milliVolts

range_18_75mV

10  - +-18.75 milliVolts

range_9_38mV

11  - +-9.38 milliVolts

range_4_69mV

12  - +-4.69 milliVolts

range_2_34mV

13  - +-2.34 milliVolts

range_1_17mV

14  - +-1.17 milliVolts

range_0_586mV

15  - +-0.586 milliVolts

range_70mV

16  - +-70 milliVolts

range_35mV

17  - +-35 milliVolts

range_17_5mV

18  - +-17.5 milliVolts

range_8_75mV

19  - +-8.75 milliVolts

range_4_38mV

20  - +-4.38 milliVolts

range_2_19mV

21  - +-2.19 milliVolts

range_1_09mV

22  - +-1.09 milliVolts

range_0_547mV

23  - +-0.547 milliVolts

range_44mV

24  - +-44 milliVolts

range_30mV

25  - +-30 milliVolts

range_20mV

26  - +-20 milliVolts

range_15mV

27  - +-15 milliVolts

range_10mV

28  - +-10 milliVolts

range_5mV

29  - +-5 milliVolts

range_3mV

30  - +-3 milliVolts

range_2mV

31  - +-2 milliVolts

range_6mV

32  - +-6 milliVolts

range_1mV

33  - +-1 milliVolt

range_50mV

34  - +-50 milliVolts

range_2_5mV

35  - +-2.5 milliVolts

range_0_6mV

36  - +-0.6 milliVolts

range_0_35mV

37  - +-0.35 milliVolts

range_0_1mV

38  - +-0.1 milliVolts

range_156mV

39  - +-156 milliVolts

range_78_1mV

40  - +-78.1 milliVolts

range_39mV

41  - +-39 milliVolts

range_19_5mV

42  - +-19.5 milliVolts

range_9_76mV

43  - +-9.76 milliVolts

range_4_88mV

44  - +-4.88 milliVolts

range_2_44mV

45  - +-2.44 milliVolts

range_1_22mV

46  - +-1.22 milliVolts

range_10_24V

47  - +-10.24 Volts

range_5_12V

48  - +-5.12 Volts

range_2_56V

49  - +-2.56 Volts

range_0to10_24V

50  - 0 to 10.24 Volts

range_0to5_12V

51  - 0 to 5.12 Volts

range_1_147V

52  - +-1.147 Volts

range_585mV

53  - +-585 milliVolts

range_292_5mV

54  - +-292.5 milliVolts

range_146_25mV

55  - +-146.25 milliVolts

range_73_13mV

56  - +-73.13 milliVolts

range_36_56mV

57  - +-36.56 milliVolts

range_18_23mV

58  - +-18.23 milliVolts

range_9_14mV

59  - +-9.14 milliVolts

range_5_74V

60  - +-5.74 Volts

range_2_93V

61  - +-2.93 Volts

range_1_46V

62  - +-1.46 Volts

range_731_3mV

63  - +-731.3 milliVolts

range_365_6mV

64  - +-365.6 milliVolts

range_182_8mV

65  - +-182.8 milliVolts

range_91_4mV

66  - +-91.4 milliVolts

range_45_7mV

67  - +-45.7 milliVolts

range_62_5mV

68  - +-62.5 milliVolts

range_31_25mV

69  - +-31.25 milliVolts

range_15_63mV

70  - +-15.63 milliVolts

range_7_81mV

71  - +-7.81 milliVolts

range_3_91mV

72  - +-3.91 milliVolts

range_1_95mV

73  - +-1.95 milliVolts

range_0_976mV

74  - +-0.976 milliVolts

range_0_488mV

75  - +-0.488 milliVolts

range_2G

76  - +-2 Gs

range_4G

77  - +-4 Gs

range_8G

78  - +-8 Gs

range_10G

79  - +-10 Gs

range_20G

80  - +-20 Gs

range_40G

81  - +-40 Gs

range_2_5V

82  - +-2.5 Volts

range_1_25V

83  - +-1.25 Volts

range_625mV

84  - +-625 milliVolts

range_312_5mV

85  - +-312.5 milliVolts

range_156_25mV

86  - +-156.25 milliVolts

range_78_125mV

87  - +-78.125 milliVolts

range_39_063mV

88  - +-39.063 milliVolts

range_19_532mV

89  - +-19.532 milliVolts

range_0to2_5V

90  - 0 to 2.5 Volts

range_0to1_25V

91  - 0 to 1.25 Volts

range_0to625mV

92  - 0 to 625 milliVolts

range_0to312_5mV

93  - 0 to 312.5 milliVolts

range_0to156_25mV

94  - 0 to 156.25 milliVolts

range_0to78_125mV

95  - 0 to 78.125 milliVolts

range_0to39_063mV

96  - 0 to 39.063 milliVolts

range_0to19_532mV

97  - 0 to 19.532 milliVolts

range_9_766mV

98  - +-9.766 milliVolts

range_1_35V_or_0to2026408518ohm

99  - +-1.35 Volts, or 0 to 2026408518 ohms

range_1_25V_or_0to5100ohm

100  - +-1.25 Volts, or 0 to 5100 ohms

range_625mV_or_0to1700ohm

101  - +-625 milliVolts, or 0 to 1700 ohms

range_312_5mV_or_0to728ohm

102  - +-312.5 milliVolts, or 0 to 728 ohms

range_156_25mV_or_0to340ohm

103  - +-156.25 milliVolts, or 0 to 340 ohms

range_78_125mV_or_0to164ohm

104  - +-78.125 milliVolts, or 0 to 164 ohms

range_39_0625mV_or_0to80ohm

105  - +-39.0625 milliVolts, or 0 to 80 ohms

range_19_5313mV_or_0to40ohm

106  - +-19.5313 milliVolts, or 0 to 40 ohms

range_750mV

107  - +-750 milliVolts

range_375mV

108  - +-375 milliVolts

range_187_5mV

109  - +-187.5 milliVolts

range_93_75mV

110  - +-93.75 milliVolts

range_46_875mV

111  - +-46.875 milliVolts

range_23_438mV

112  - +-23.438 milliVolts

range_11_719mV

113  - +-11.719 milliVolts

range_5_859mV

114  - +-5.859 milliVolts

range_0to1_5V

115  - 0 to 1.5 Volts

range_0to750mV

116  - 0 to 750 milliVolts

range_0to375mV

117  - 0 to 375 milliVolts

range_0to187_5mV

118  - 0 to 187.5 milliVolts

range_0to93_75mV

119  - 0 to 93.75 milliVolts

range_0to46_875mV

120  - 0 to 46.875 milliVolts

range_0to23_438mV

121  - 0 to 23.438 milliVolts

range_0to11_719mV

122  - 0 to 11.719 milliVolts

range_1_5V

123  - +-1.5 Volts

range_1_35V

124  - +-1.35 Volts

range_0to2026408518ohm

125  - 0 to 2026408518 ohms

range_0to10000ohm

126  - 0 to 10000 ohms

range_0to2580ohm

127  - 0 to 2580 ohms

range_0to1290ohm

128  - 0 to 1290 ohms

range_0to645ohm

129  - 0 to 645 ohms

range_0to322ohm

130  - 0 to 322 ohms

range_0to161ohm

131  - 0 to 161 ohms

range_0to80ohm

132  - 0 to 80 ohms

range_39_0625mV

133  - +- 39.0625 milliVolts

range_19_5313mV

134  - +- 19.5313 milliVolts

range_invalid

65535  - invalid input range

-
- -
-
DataMode
-

Available Data Modes.

dataMode_none

0 - No Data Modes enabled

dataMode_raw

1 - Raw Only Data Mode

dataMode_derived

2 - Derived Only Data Mode

dataMode_raw_derived

3 - Raw and Derived Data Mode

-
- -
-
DerivedCategory
-

Available Derived Channel Categories for configuration.

derivedCategory_rms

0 - RMS

derivedCategory_peakToPeak

1 - Peak to Peak

derivedCategory_velocity

2 - Velocity (IPS, mm/s)

derivedCategory_crestFactor

3 - Crest Factor

derivedCategory_mean

4 - Mean

-
- -
-
DerivedDataPacketAlgorithmId
-

The types of channels that can be sent in a derived data packet.

derivedAlgId_rms

0 - RMS

derivedAlgId_peakToPeak

1 - Peak to Peak

derivedAlgId_ips

2 - Inches per Second

derivedAlgId_crestFactor

3 - Crest Factor

derivedAlgId_mean

4 - Mean

derivedAlgId_mmps

5 - millimeters per second

-
- -
-
DerivedVelocityUnit
-

The options that can be configured for the velocity derived channel.

-
- -
-
CommProtocol
-

Available Communication Protocol types.

commProtocol_lxrs

0 - LXRS, 250kbps, 802.15.4

commProtocol_lxrsPlus

1 - LXRS+, 2Mbps, Proprietary

-
- -
-
Voltage
-

Available Voltages.

voltage_5120mV

5120 - 5.2V

voltage_5000mV

5000 - 5.0V

voltage_4096mV

4096 - 4.096V

voltage_3000mV

3000 - 3.0V

voltage_2800mV

2800 - 2.8V

voltage_2750mV

2750 - 2.75V

voltage_2700mV

2700 - 2.7V

voltage_2500mV

2500 - 2.5V

voltage_1500mV

1500 - 1.5V

-
- -
-
SensorOutputMode
-

Available Sensor Output Modes.

sensorOutputMode_accel

0

sensorOutputMode_tilt

1

-
- -
-
BatteryStatus
-
Battery status values

can be mapped to the low battery flag value in the diagnostic packet.

batteryStatus_good

0

batteryStatus_low

1

batteryStatus_critical

2

-
- -
-
ExternalPowerIndicator
-
Indicates external power state

can be mapped to the external power value in the diagnostic packet.

externalPower_notConnected

0

externalPower_connected

1

-
- -
-
DelayVersion
-

Types of delays that individual sensors can support.

V1

Milliseconds

V2

Microseconds

V3

Seconds or Milliseconds

V4

Seconds, Milliseconds, or Microseconds

-
- -
-
DerivedChannelMasks
-

Typedef for a map of <DerivedChannelOption> to ChannelMask pairs.

-
- -
-
EepromMap
-

Typedef for a map of eeprom locations (uint16) to values (uint16).

-
- -
-
UNKNOWN_RSSI = 999
-

The value given for an unknown RSSI value.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/WsdaFinder-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/WsdaFinder-Summary.js deleted file mode 100644 index 2b7c4a7cc..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/WsdaFinder-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:WsdaFinder","WsdaFinder");NDSummary.OnSummaryLoaded("CClass:WsdaFinder",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Types","Type"]],[[6,0,0,"WsdaFinder"],[7,0,2,"WsdaMap","WsdaMap"],[8,0,1,"~WsdaFinder","~WsdaFinder"],[9,0,1,"found","found"],[10,0,1,"restart","restart"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/WsdaFinder-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/WsdaFinder-SummaryToolTips.js deleted file mode 100644 index 773704408..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/WsdaFinder-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:WsdaFinder",{6:"
WsdaFinder
Discovers upnp WSDA devices. (WINDOWS ONLY)
",7:"
Typedef for a uuid to WsdaInfo map.
",8:"
~WsdaFinder()
Destroys the WsdaFinder object, stopping the search.
",9:"
WsdaFinder::WsdaMap found()
Gets a copy of the WsdaMap that contains the WSDAs as they are known on the local network. If a WSDA is removed from the network, it will also be removed from this map if it was previously found.
",10:"
void restart()
Clears out the list of found WSDAs and forces a restart of the upnp search.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/WsdaFinder-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/WsdaFinder-ToolTips.js deleted file mode 100644 index 1d05a4502..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/WsdaFinder-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2:"
WsdaInfo
Holds info on a discovered WSDA.
",7:"
Typedef for a uuid to WsdaInfo map.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/WsdaFinder.html b/v66.0.1/MSCL_API_Docs/classes/C/WsdaFinder.html deleted file mode 100644 index 4c6a7ca4e..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/WsdaFinder.html +++ /dev/null @@ -1,40 +0,0 @@ - - -WsdaFinder - - - - - - - -
-
WsdaFinder
-
WsdaFinder
-

Discovers upnp WSDA devices. (WINDOWS ONLY)

-
- -
-
WsdaMap
-

Typedef for a uuid to WsdaInfo map.

-
- -
-
~WsdaFinder
-
~WsdaFinder()
-

Destroys the WsdaFinder object, stopping the search.

-
- -
-
found
- -

Gets a copy of the WsdaMap that contains the WSDAs as they are known on the local network. If a WSDA is removed from the network, it will also be removed from this map if it was previously found.

Returns

A WsdaMap of the WSDAs that were found on the network.

-
- -
-
restart
-
void restart()
-

Clears out the list of found WSDAs and forces a restart of the upnp search.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/WsdaInfo-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/WsdaInfo-Summary.js deleted file mode 100644 index d3afce199..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/WsdaInfo-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:WsdaInfo","WsdaInfo");NDSummary.OnSummaryLoaded("CClass:WsdaInfo",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"]],[[2,0,0,"WsdaInfo"],[3,0,1,"ipAddress","ipAddress"],[4,0,1,"port","port"],[5,0,1,"name","name"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/WsdaInfo-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/WsdaInfo-SummaryToolTips.js deleted file mode 100644 index 48b11bd19..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/WsdaInfo-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:WsdaInfo",{2:"
WsdaInfo
Holds info on a discovered WSDA.
",3:"
std::string ipAddress() const
Gets the IP Address of the WSDA.
",4:"
uint16 port() const
Gets the port number of the WSDA.
",5:"
std::string name() const
Gets the name of the WSDA.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/WsdaInfo-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/WsdaInfo-ToolTips.js deleted file mode 100644 index 59992a148..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/WsdaInfo-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/WsdaInfo.html b/v66.0.1/MSCL_API_Docs/classes/C/WsdaInfo.html deleted file mode 100644 index e4fc4967a..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/WsdaInfo.html +++ /dev/null @@ -1,35 +0,0 @@ - - -WsdaInfo - - - - - - - -
-
WsdaInfo
-
WsdaInfo
-

Holds info on a discovered WSDA.

-
- -
-
ipAddress
-
std::string ipAddress() const
-

Gets the IP Address of the WSDA.

-
- -
-
port
-
uint16 port() const
-

Gets the port number of the WSDA.

-
- -
-
name
-
std::string name() const
-

Gets the name of the WSDA.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/ZUPTSettingsData-Summary.js b/v66.0.1/MSCL_API_Docs/classes/C/ZUPTSettingsData-Summary.js deleted file mode 100644 index 2ed0a4adb..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/ZUPTSettingsData-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:ZUPTSettingsData","ZUPTSettingsData");NDSummary.OnSummaryLoaded("CClass:ZUPTSettingsData",[["C/C++","C"]],[["Functions","Function"],["Structs","Struct"],["Variables","Variable"]],[[588,0,1,"ZUPTSettingsData"],[589,0,0,"ZUPTSettingsData","ZUPTSettingsData"],[590,0,2,"enabled","enabled"],[591,0,2,"threshold","threshold"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/ZUPTSettingsData-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/ZUPTSettingsData-SummaryToolTips.js deleted file mode 100644 index ff2de79e7..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/ZUPTSettingsData-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:ZUPTSettingsData",{588:"
Contains the data for the AngularRateZUPTControl and VelocityZUPTControl classes.
",589:"
ZUPTSettingsData(
bool enable,
float threshold
) : enabled(enable), threshold(threshold)
Creates a ZUPTSettingsData object.
",590:"
bool enabled
",591:"
float threshold
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/ZUPTSettingsData-ToolTips.js b/v66.0.1/MSCL_API_Docs/classes/C/ZUPTSettingsData-ToolTips.js deleted file mode 100644 index 59992a148..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/ZUPTSettingsData-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/classes/C/ZUPTSettingsData.html b/v66.0.1/MSCL_API_Docs/classes/C/ZUPTSettingsData.html deleted file mode 100644 index d2a28c122..000000000 --- a/v66.0.1/MSCL_API_Docs/classes/C/ZUPTSettingsData.html +++ /dev/null @@ -1,32 +0,0 @@ - - -ZUPTSettingsData - - - - - - - -
-
ZUPTSettingsData
-

Contains the data for the AngularRateZUPTControl and VelocityZUPTControl classes.

-
- -
-
ZUPTSettingsData
-
ZUPTSettingsData(
bool enable,
float threshold
) : enabled(enable), threshold(threshold)
-

Creates a ZUPTSettingsData object.

Parameters
enable
bool

whether the control is enabled

threshold
float

the threshold to trigger the control

-
- -
-
enabled
-
bool enabled
-
- -
-
threshold
-
float threshold
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/Bin-h-Summary.js b/v66.0.1/MSCL_API_Docs/files/Bin-h-Summary.js deleted file mode 100644 index 379f90a9d..000000000 --- a/v66.0.1/MSCL_API_Docs/files/Bin-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:Bin.h","Bin.h");NDSummary.OnSummaryLoaded("File:Bin.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Types","Type"]],[[4655,0,0,"Bin","Bin"],[4656,0,1,"Bin","Bin.Bin"],[4657,0,1,"start","Bin.start"],[4658,0,1,"end","Bin.end"],[4659,0,1,"count","Bin.count"],[4660,0,2,"Bins","Bin.Bins"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/Bin-h-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/files/Bin-h-SummaryToolTips.js deleted file mode 100644 index 8e41fb534..000000000 --- a/v66.0.1/MSCL_API_Docs/files/Bin-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:Bin.h",{4655:"
Bin
Represents a single bin, which has a start, end, and count.
",4656:"
Bin(
const Value &start,
const Value &end,
const Value &count
)
Creates a Bin object.
",4657:"
Value start() const
Gets the start of the range of the bin.
",4658:"
Value end() const
Gets the end of the range of the bin.
",4659:"
Value count() const
Gets the number of values that fall within the range of this bin.
",4660:"
Typedef for a vector of Bin objects.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/Bin-h-ToolTips.js b/v66.0.1/MSCL_API_Docs/files/Bin-h-ToolTips.js deleted file mode 100644 index fd03ef0f2..000000000 --- a/v66.0.1/MSCL_API_Docs/files/Bin-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({4502:"
Value
Represents a single value that can be stored/accessed in multiple ways.
",4656:"
Bin(
const Value &start,
const Value &end,
const Value &count
)
Creates a Bin object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/Bin-h.html b/v66.0.1/MSCL_API_Docs/files/Bin-h.html deleted file mode 100644 index 6face17ef..000000000 --- a/v66.0.1/MSCL_API_Docs/files/Bin-h.html +++ /dev/null @@ -1,46 +0,0 @@ - - -Bin.h - - - - - - - -
-
Bin
-
Bin
-

Represents a single bin, which has a start, end, and count.

-
- -
-
Bin
-
Bin(
const Value &start,
const Value &end,
const Value &count
)
-

Creates a Bin object.

Parameters
start
const Value&

The start of the range of the bin.

end
const Value&

The end of the range of the bin.

count
const Value&

The number of values that fall within the range of this bin.

-
- -
-
start
-
Value start() const
-

Gets the start of the range of the bin.

Returns

The start of the range of the bin, as a Value object.

-
- -
-
end
-
Value end() const
-

Gets the end of the range of the bin.

Returns

The end of the range of the bin, as a Value object.

-
- -
-
count
-
Value count() const
-

Gets the number of values that fall within the range of this bin.

Returns

The number of values that fall within the range of this bin.

-
- -
-
Bins
-

Typedef for a vector of Bin objects.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/BitMask-h-Summary.js b/v66.0.1/MSCL_API_Docs/files/BitMask-h-Summary.js deleted file mode 100644 index 6e47deb58..000000000 --- a/v66.0.1/MSCL_API_Docs/files/BitMask-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:BitMask.h","BitMask.h");NDSummary.OnSummaryLoaded("File:BitMask.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Operators","Operator"]],[[4595,0,0,"BitMask","BitMask"],[4596,0,1,"BitMask","BitMask.BitMask"],[4597,0,1,"BitMask","BitMask.BitMask(2)"],[4598,0,1,"~BitMask","BitMask.~BitMask"],[4599,0,2,"==","BitMask.=="],[4600,0,2,"!=","BitMask.!="],[4601,0,2,"<","BitMask.<"],[4602,0,2,">","BitMask.>"],[4603,0,1,"fromMask","BitMask.fromMask"],[4604,0,1,"toMask","BitMask.toMask"],[4605,0,1,"enabledCount","BitMask.enabledCount"],[4606,0,1,"enabled","BitMask.enabled"],[4607,0,1,"enable","BitMask.enable"],[4608,0,1,"lastBitEnabled","BitMask.lastBitEnabled"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/BitMask-h-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/files/BitMask-h-SummaryToolTips.js deleted file mode 100644 index e533c7cd7..000000000 --- a/v66.0.1/MSCL_API_Docs/files/BitMask-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:BitMask.h",{4595:"
BitMask
Represents a bitmask.
",4596:"
explicit BitMask(
uint16 val
)
Creates an BitMask object given a uint16 value.
",4597:"
BitMask()
The default constructor for creating a BitMask object, which sets all the bits to inactive.
",4598:"
virtual ~BitMask()
Destroys a BitMask object.
",4599:"
Equal operator for comparing BitMasks.
",4600:"
Not Equal operator for comparing BitMasks.
",4601:"
Less Than operator for comparing BitMasks.
",4602:"
Greater Than operator for comparing BitMasks.
",4603:"
virtual void fromMask(
uint16 val
)
Initializes the BitMask object from a uint16.
",4604:"
virtual uint16 toMask() const
Gets the uint16 value of the current BitMask object.
",4605:"
virtual uint8 enabledCount() const
Gets the total number of enabled bits in the current BitMask object.
",4606:"
virtual bool enabled(
uint8 bitIndex
) const
Checks whether a certain bit is enabled or disabled.
",4607:"
virtual void enable(
uint8 bitIndex,
bool enable = true
)
Enables or disables a specified bit.
",4608:"
virtual int16 lastBitEnabled() const
Finds the highest bit that is enabled in the mask.  This is useful when looping over the BitMask object and performing an action on all enabled bits.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/BitMask-h-ToolTips.js b/v66.0.1/MSCL_API_Docs/files/BitMask-h-ToolTips.js deleted file mode 100644 index 59992a148..000000000 --- a/v66.0.1/MSCL_API_Docs/files/BitMask-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/BitMask-h.html b/v66.0.1/MSCL_API_Docs/files/BitMask-h.html deleted file mode 100644 index 91623be49..000000000 --- a/v66.0.1/MSCL_API_Docs/files/BitMask-h.html +++ /dev/null @@ -1,91 +0,0 @@ - - -BitMask.h - - - - - - - -
-
BitMask
-
BitMask
-

Represents a bitmask.

-
- -
-
BitMask
-
explicit BitMask(
uint16 val
)
-

Creates an BitMask object given a uint16 value.

Parameters
val
uint16

A uint16 value to represent as a bitmask.

-
- -
-
BitMask
-
BitMask()
-

The default constructor for creating a BitMask object, which sets all the bits to inactive.

-
- -
-
~BitMask
-
virtual ~BitMask()
-

Destroys a BitMask object.

-
- -
-
==
-

Equal operator for comparing BitMasks.

-
- -
-
!=
-

Not Equal operator for comparing BitMasks.

-
- -
-
<
-

Less Than operator for comparing BitMasks.

-
- -
-
>
-

Greater Than operator for comparing BitMasks.

-
- -
-
fromMask
-
virtual void fromMask(
uint16 val
)
-

Initializes the BitMask object from a uint16.

Parameters
val
uint16

A uint16 value to represent as a bitmask.

-
- -
-
toMask
-
virtual uint16 toMask() const
-

Gets the uint16 value of the current BitMask object.

Returns

The BitMask object represented as a uint16.

-
- -
-
enabledCount
-
virtual uint8 enabledCount() const
-

Gets the total number of enabled bits in the current BitMask object.

Returns

The total number of enabled bits.

-
- -
-
enabled
-
virtual bool enabled(
uint8 bitIndex
) const
-

Checks whether a certain bit is enabled or disabled.

Parameters
bitIndex
uint8

The bit index to check if enabled or disabled.

Returns

true if the channel is enabled, false if the channel is disabled

-
- -
-
enable
-
virtual void enable(
uint8 bitIndex,
bool enable = true
)
-

Enables or disables a specified bit.

Parameters
bitIndex
uint8

The bit index to enable or disable.

enable
bool

Set to true to enable the bit, false to disable the bit.

-
- -
-
lastBitEnabled
-
virtual int16 lastBitEnabled() const
-

Finds the highest bit that is enabled in the mask.  This is useful when looping over the BitMask object and performing an action on all enabled bits.

Returns

The bit index of the highest bit enabled. -1 if no channels are enabled.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/Communication/Connection-h-Summary.js b/v66.0.1/MSCL_API_Docs/files/Communication/Connection-h-Summary.js deleted file mode 100644 index d78322587..000000000 --- a/v66.0.1/MSCL_API_Docs/files/Communication/Connection-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:Communication/Connection.h","Connection.h");NDSummary.OnSummaryLoaded("File:Communication/Connection.h",[["C/C++","C"]],[["Classes","Class"],["Enums","Enumeration"],["Functions","Function"]],[[19,0,0,"Connection","Connection"],[20,0,1,"ConnectionType","Connection.ConnectionType"],[21,0,1,,"Connection.connectionType_serial"],[22,0,1,,"Connection.connectionType_tcp"],[23,0,1,,"Connection.connectionType_webSocket"],[24,0,1,,"Connection.connectionType_unixSocket"],[25,0,2,"Serial","Connection.Serial"],[26,0,2,"Serial","Connection.Serial(2)"],[27,0,2,"TcpIp","Connection.TcpIp"],[28,0,2,"WebSocket","Connection.WebSocket"],[29,0,2,"UnixSocket","Connection.UnixSocket"],[30,0,2,"description","Connection.description"],[31,0,2,"port","Connection.port"],[32,0,2,"type","Connection.type"],[33,0,2,"disconnect","Connection.disconnect"],[34,0,2,"reconnect","Connection.reconnect"],[35,0,2,"write","Connection.write"],[36,0,2,"writeStr","Connection.writeStr"],[37,0,2,"rawByteMode","Connection.rawByteMode"],[38,0,2,"rawByteMode","Connection.rawByteMode(2)"],[39,0,2,"getRawBytes","Connection.getRawBytes"],[40,0,2,"getRawBytesStr","Connection.getRawBytesStr"],[41,0,2,"getRawBytesWithPattern","Connection.getRawBytesWithPattern"],[42,0,2,"debugMode","Connection.debugMode"],[43,0,2,"debugMode","Connection.debugMode(2)"],[44,0,2,"getDebugData","Connection.getDebugData"],[45,0,2,"updateBaudRate","Connection.updateBaudRate"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/Communication/Connection-h-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/files/Communication/Connection-h-SummaryToolTips.js deleted file mode 100644 index 018a9adfa..000000000 --- a/v66.0.1/MSCL_API_Docs/files/Communication/Connection-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:Communication/Connection.h",{19:"
Connection
The Connection object that is used for communication.
",20:"
Represents the types of channels on Wireless Nodes.
",25:"
static Connection Serial(
const std::string &port,
uint32 baudRate
)
A static function for creating a Connection object with a <SerialConnection> implementation.  Use this function if you know the specific baud rate you want to connect at.  A connection with the specified port will be established.
",26:"
static Connection Serial(
const std::string &port
)
A static function for creating a Connection object with a <SerialConnection> implementation, and attempting to automatically determine/use the baud rate by utilizing Devices::listPorts.  A connection with the specified port will be established.
",27:"
static Connection TcpIp(
const std::string &serverAddress,
uint16 serverPort,
const std::string &interfaceAddress = ""
)
A static function for creating a Connection object with a <TcpIpConnection> implementation.  A connection with the specified address/port will be established.
",28:"
static Connection WebSocket(
const std::string &host,
uint16 port
)
A static function for creating a Connection object with a <WebSocketConnection> or <WebSocketSecureConnection> implementation.  A connection with the specified host/port will be established.  Note: This requires the "host" string to be in the form "wss://mscl.example.com" (for a Secure Web Socket) or "ws://mscl.example.com" for a standard HTTP Web Socket
",29:"
static Connection UnixSocket(
const std::string &path
)
A generator function for Connection objects with a <UnixSocketConnection> implementation (Unix builds only).  A connection with the specified path will be established.
",30:"
std::string description()
Gets a description of the connection as a string.
",31:"
std::string port()
Gets the port name of the connection if it exists.
",32:"
ConnectionType type()
Gets the ConnectionType of the connection.
",33:"
void disconnect()
Closes the current connection.
",34:"
void reconnect()
Reopens a connection that has been disconnected.
",35:"
void write(
const Bytes &bytes
) const
Writes the given bytes to the connection.
",36:"
void writeStr(
const std::string &bytes
) const
Writes the given string (containing bytes) to the connection.
",37:"
void rawByteMode(
bool enable
)
Puts the connection into "Raw Byte Mode." "Raw Byte Mode" stops the data from being sent/parsed from any attached devices (BaseStation, InertialNode, etc.)  and instead sends all data into a raw circular data buffer that can be accessed by calling getRawBytes on this Connection object.  Disabling this mode will start sending all data back to the previous attached device, if still available.
",38:"
bool rawByteMode()
Checks if raw byte mode is enabled or disabled.
",39:"
Bytes getRawBytes(
uint32 timeout = 0,
uint32 maxBytes = 0,
uint32 minBytes = 0
)
Gets the raw bytes that are available that have been collected when the Connection is in "Raw Byte Mode."  If the Connection has not been put into "Raw Byte Mode" by calling rawByteMode, no data can be retrieved from this function.
",40:"
std::string getRawBytesStr(
uint32 timeout = 0,
uint32 maxBytes = 0,
uint32 minBytes = 0
)
Gets the raw bytes that are available that have been collected when the Connection is in "Raw Byte Mode" as a string.  If the Connection has not been put into "Raw Byte Mode" by calling rawByteMode, no data can be retrieved from this function.
",41:"
Bytes getRawBytesWithPattern(
const Bytes &pattern,
uint32 timeout = 0
)
Gets the raw bytes that are available that have been collected when the Connection is in "Raw Byte Mode", if a byte pattern is found.  If the Connection has not been put into "Raw Byte Mode" by calling rawByteMode, no data can be retrieved from this function.
",42:"
void debugMode(
bool enable
)
Puts the connection into "Debug Mode." "Debug Mode" adds an additional container that gets filled when any write or read operations occur.  Once debug mode is enabled, you can access this data with the getDebugData function.  This does not interfere with standard data collection.
",43:"
bool debugMode()
Checks if debug mode is enabled or disabled.
",44:"
ConnectionDebugDataVec getDebugData(
uint32 timeout = 0
)
Gets the ConnectionDebugData that have been collected when the Connection is in "Debug Mode."  If the Connection has not been put into "Debug Mode" by calling debugMode, no data can be retrieved from this function.
",45:"
void updateBaudRate(
uint32 baudRate
)
Updates the serial connection baud rate. If this is not a serial connection, this function does nothing.  Important: The connection to the port will be closed and re-opened at the new baud rate.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/Communication/Connection-h-ToolTips.js b/v66.0.1/MSCL_API_Docs/files/Communication/Connection-h-ToolTips.js deleted file mode 100644 index 494c6193d..000000000 --- a/v66.0.1/MSCL_API_Docs/files/Communication/Connection-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({13:"
ConnectionDebugData
Holds data used when the Connection debug mode is enabled.
",19:"
Connection
The Connection object that is used for communication.
",20:"
Represents the types of channels on Wireless Nodes.
",37:"
void rawByteMode(
bool enable
)
Puts the connection into "Raw Byte Mode." "Raw Byte Mode" stops the data from being sent/parsed from any attached devices (BaseStation, InertialNode, etc.)  and instead sends all data into a raw circular data buffer that can be accessed by calling getRawBytes on this Connection object.  Disabling this mode will start sending all data back to the previous attached device, if still available.
",39:"
Bytes getRawBytes(
uint32 timeout = 0,
uint32 maxBytes = 0,
uint32 minBytes = 0
)
Gets the raw bytes that are available that have been collected when the Connection is in "Raw Byte Mode."  If the Connection has not been put into "Raw Byte Mode" by calling rawByteMode, no data can be retrieved from this function.
",42:"
void debugMode(
bool enable
)
Puts the connection into "Debug Mode." "Debug Mode" adds an additional container that gets filled when any write or read operations occur.  Once debug mode is enabled, you can access this data with the getDebugData function.  This does not interfere with standard data collection.
",44:"
ConnectionDebugDataVec getDebugData(
uint32 timeout = 0
)
Gets the ConnectionDebugData that have been collected when the Connection is in "Debug Mode."  If the Connection has not been put into "Debug Mode" by calling debugMode, no data can be retrieved from this function.
",2257:"
static DeviceList listPorts()
Gets a simple list of all serial ports and their availability.
",4526:"
typedef for a vector of bytes.
",4632:"
Error_Connection
The generic connection exception.
",4638:"
Error_InvalidSerialPort
There was an error with the specified COM Port.
",4640:"
Error_InvalidTcpServer
There was an error with the specified TCP/IP Server.
",4642:"
Error_InvalidUnixSocket
There was an error with the specified Unix Socket.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/Communication/Connection-h.html b/v66.0.1/MSCL_API_Docs/files/Communication/Connection-h.html deleted file mode 100644 index 8e5f71782..000000000 --- a/v66.0.1/MSCL_API_Docs/files/Communication/Connection-h.html +++ /dev/null @@ -1,148 +0,0 @@ - - -Connection.h - - - - - - - -
-
Connection
-
Connection
-

The Connection object that is used for communication.

-
- -
-
ConnectionType
-

Represents the types of channels on Wireless Nodes.

connectionType_serial

0 - Serial Connection

connectionType_tcp

1 - TCP/IP Connection

connectionType_webSocket

2 - Web Socket Connection

connectionType_unixSocket

3 - Unix Socket Connection

-
- -
-
Serial
-
static Connection Serial(
const std::string &port,
uint32 baudRate
)
-

A static function for creating a Connection object with a <SerialConnection> implementation.  Use this function if you know the specific baud rate you want to connect at.  A connection with the specified port will be established.

Parameters
port
const std::string&

The actual string name of the COM port (ex. "COM26")

baudRate
uint32

The baud rate at which to open the COM port (ex. 921600).

Returns

A Connection object created with a <SerialConnection> implementation.

Exceptions
-
- -
-
Serial
-
static Connection Serial(
const std::string &port
)
-

A static function for creating a Connection object with a <SerialConnection> implementation, and attempting to automatically determine/use the baud rate by utilizing Devices::listPorts.  A connection with the specified port will be established.

Parameters
port
const std::string&

The actual string name of the COM port (ex. "COM26")

Returns

A Connection object created with a <SerialConnection> implementation.

Exceptions
-
- -
-
TcpIp
-
static Connection TcpIp(
const std::string &serverAddress,
uint16 serverPort,
const std::string &interfaceAddress = ""
)
-

A static function for creating a Connection object with a <TcpIpConnection> implementation.  A connection with the specified address/port will be established.

Parameters
serverAddress
const std::string&

The server address (domain name or ip address) to connect to.

serverPort
uint16

The server port to connect to.

interfaceAddress
const std::string&

The address of the specific ethernet adapter to use for the connection (optional).

Returns

A Connection object created with a <TcpIpConnection> implementation.

Exceptions
-
- -
-
WebSocket
-
static Connection WebSocket(
const std::string &host,
uint16 port
)
-

A static function for creating a Connection object with a <WebSocketConnection> or <WebSocketSecureConnection> implementation.  A connection with the specified host/port will be established.  Note: This requires the "host" string to be in the form "wss://mscl.example.com" (for a Secure Web Socket) or "ws://mscl.example.com" for a standard HTTP Web Socket

Parameters
host
const std::string&

The host name to connect to. For example, "wss://mscl.example.com" (for a Secure Web Socket) or "ws://mscl.example.com" for a standard HTTP Web Socket.

port
uint16

The port to connect to.

Returns

A Connection object created with a Web Socket implementation.

Exceptions
-
- -
-
UnixSocket
-
static Connection UnixSocket(
const std::string &path
)
-

A generator function for Connection objects with a <UnixSocketConnection> implementation (Unix builds only).  A connection with the specified path will be established.

Parameters
path
const std::string&

The a path to the unix socket

Returns

The generated Connection object.

Exceptions
-
- -
-
description
-
std::string description()
-

Gets a description of the connection as a string.

Returns

A description of the connection.

-
- -
-
port
-
std::string port()
-

Gets the port name of the connection if it exists.

Returns

The port name of the connection if it exists.

-
- -
-
type
- -

Gets the ConnectionType of the connection.

Returns

A ConnectionType enum.

-
- -
-
disconnect
-
void disconnect()
-

Closes the current connection.

-
- -
-
reconnect
-
void reconnect()
-

Reopens a connection that has been disconnected.

Exceptions
Error_InvalidSerialPort

the specified com port is invalid.

Error_InvalidTcpServer

the specified server address and/or server port is invalid.

Error_InvalidUnixSocket

failed to connect to the specified unix socket path.

Error_Connection

failed to get or set com port parameters

-
- -
-
write
-
void write(
const Bytes &bytes
) const
-

Writes the given bytes to the connection.

Parameters
bytes
const Bytes&

The bytes to write.

Exceptions

  • Error_Connection: a connection error has occurred, such as the device being unplugged.

-
- -
-
writeStr
-
void writeStr(
const std::string &bytes
) const
-

Writes the given string (containing bytes) to the connection.

Parameters
bytes
const std::string&

The string of bytes to write.

Exceptions

  • Error_Connection: a connection error has occurred, such as the device being unplugged.

-
- -
-
rawByteMode
-
void rawByteMode(
bool enable
)
-

Puts the connection into "Raw Byte Mode."  "Raw Byte Mode" stops the data from being sent/parsed from any attached devices (BaseStation, InertialNode, etc.)  and instead sends all data into a raw circular data buffer that can be accessed by calling getRawBytes on this Connection object.  Disabling this mode will start sending all data back to the previous attached device, if still available.

Parameters
enable
bool

whether to enable raw byte mode (true), or disable raw byte mode (false).

Exceptions
-
- -
-
rawByteMode
-
bool rawByteMode()
-

Checks if raw byte mode is enabled or disabled.

Returns

true if raw byte mode is enabled, false if it is disabled.

-
- -
-
getRawBytes
-
Bytes getRawBytes(
uint32 timeout = 0,
uint32 maxBytes = 0,
uint32 minBytes = 0
)
-

Gets the raw bytes that are available that have been collected when the Connection is in "Raw Byte Mode."  If the Connection has not been put into "Raw Byte Mode" by calling rawByteMode, no data can be retrieved from this function.

Parameters
timeout
uint32

the timeout, in milliseconds, to wait for the data if necessary (default of 0).

maxBytes
uint32

The maximum number of bytes to return. If this is 0 (default), all bytes will be returned.

Returns

A Bytes vector containing all of the raw bytes that are available.

Exceptions

  • Error_Connection: a connection error has occurred, such as the device being unplugged.

-
- -
-
getRawBytesStr
-
std::string getRawBytesStr(
uint32 timeout = 0,
uint32 maxBytes = 0,
uint32 minBytes = 0
)
-

Gets the raw bytes that are available that have been collected when the Connection is in "Raw Byte Mode" as a string.  If the Connection has not been put into "Raw Byte Mode" by calling rawByteMode, no data can be retrieved from this function.

Parameters
timeout
uint32

the timeout, in milliseconds, to wait for the data if necessary (default of 0).

maxBytes
uint32

The maximum number of bytes to return. If this is 0 (default), all bytes will be returned.

Returns

A string containing all of the raw bytes that are available.

Exceptions

  • Error_Connection: a connection error has occurred, such as the device being unplugged.

-
- -
-
getRawBytesWithPattern
-
Bytes getRawBytesWithPattern(
const Bytes &pattern,
uint32 timeout = 0
)
-

Gets the raw bytes that are available that have been collected when the Connection is in "Raw Byte Mode", if a byte pattern is found.  If the Connection has not been put into "Raw Byte Mode" by calling rawByteMode, no data can be retrieved from this function.

Patameters
pattern

The Bytes containing the pattern of bytes to match.

timeout

The timeout, in milliseconds, to wait for the data if necessary (default of 0).

Returns

A Bytes container with all of the bytes before and including the pattern bytes if the pattern was found, or an empty Bytes container otherwise.

-
- -
-
debugMode
-
void debugMode(
bool enable
)
-

Puts the connection into "Debug Mode."  "Debug Mode" adds an additional container that gets filled when any write or read operations occur.  Once debug mode is enabled, you can access this data with the getDebugData function.  This does not interfere with standard data collection.

Parameters
enable
bool

whether to enable debug mode (true), or disable debug mode (false).

Exceptions
-
- -
-
debugMode
-
bool debugMode()
-

Checks if debug mode is enabled or disabled.

Returns

true if debug mode is enabled, false if it is disabled.

-
- -
-
getDebugData
-
ConnectionDebugDataVec getDebugData(
uint32 timeout = 0
)
-

Gets the ConnectionDebugData that have been collected when the Connection is in "Debug Mode."  If the Connection has not been put into "Debug Mode" by calling debugMode, no data can be retrieved from this function.

Parameters
timeout
uint32

the timeout, in milliseconds, to wait for the data if necessary (default of 0).

Returns

A <ConnectionDebugDataVec> containing all of the ConnectionDebugData that is available.

Exceptions

  • Error_Connection: a connection error has occurred, such as the device being unplugged.

-
- -
-
updateBaudRate
-
void updateBaudRate(
uint32 baudRate
)
-

Updates the serial connection baud rate. If this is not a serial connection, this function does nothing.  Important: The connection to the port will be closed and re-opened at the new baud rate.

Parameters
baudRate
uint32

the baud rate at which to reestablish the connection

Exceptions

  • Error_Connection: a connection error has occurred, such as the device being unplugged.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/Communication/ConnectionDebugData-h-Summary.js b/v66.0.1/MSCL_API_Docs/files/Communication/ConnectionDebugData-h-Summary.js deleted file mode 100644 index dc95253eb..000000000 --- a/v66.0.1/MSCL_API_Docs/files/Communication/ConnectionDebugData-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:Communication/ConnectionDebugData.h","ConnectionDebugData.h");NDSummary.OnSummaryLoaded("File:Communication/ConnectionDebugData.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Types","Type"]],[[13,0,0,"ConnectionDebugData","ConnectionDebugData"],[14,0,1,"ConnectionDebugData","ConnectionDebugData.ConnectionDebugData"],[15,0,1,"fromRead","ConnectionDebugData.fromRead"],[16,0,1,"timestamp","ConnectionDebugData.timestamp"],[17,0,1,"data","ConnectionDebugData.data"],[18,0,2,"ConnectionDebugDataVec","ConnectionDebugData.ConnectionDebugDataVec"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/Communication/ConnectionDebugData-h-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/files/Communication/ConnectionDebugData-h-SummaryToolTips.js deleted file mode 100644 index e7c2b5e6e..000000000 --- a/v66.0.1/MSCL_API_Docs/files/Communication/ConnectionDebugData-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:Communication/ConnectionDebugData.h",{13:"
ConnectionDebugData
Holds data used when the Connection debug mode is enabled.
",14:"
ConnectionDebugData()
Creates an empty ConnectionDebugData object.
",15:"
bool fromRead() const
Gets whether the debug data is from a read operation or a write operation.
",16:"
const Timestamp& timestamp() const
Gets the Timestamp of when the debug data was collected.
",17:"
const Bytes& data() const
Gets the Bytes that were read from or written to the connection.
",18:"
typedef for a vector of ConnectionDebugData objects.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/Communication/ConnectionDebugData-h-ToolTips.js b/v66.0.1/MSCL_API_Docs/files/Communication/ConnectionDebugData-h-ToolTips.js deleted file mode 100644 index 4cbfd9488..000000000 --- a/v66.0.1/MSCL_API_Docs/files/Communication/ConnectionDebugData-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({14:"
ConnectionDebugData()
Creates an empty ConnectionDebugData object.
",4526:"
typedef for a vector of bytes.
",4554:"
Timestamp
Represents a date/time object
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-
ConnectionDebugData
-
ConnectionDebugData
-

Holds data used when the Connection debug mode is enabled.

-
- -
-
ConnectionDebugData
-
ConnectionDebugData()
-

Creates an empty ConnectionDebugData object.

-
- -
-
fromRead
-
bool fromRead() const
-

Gets whether the debug data is from a read operation or a write operation.

Returns

true if the debug data is from a read operation, false if it is from a write operation.

-
- -
-
timestamp
-
const Timestamp& timestamp() const
-

Gets the Timestamp of when the debug data was collected.

Returns

A Timestamp representing when the debug data was collected.

-
- -
-
data
-
const Bytes& data() const
-

Gets the Bytes that were read from or written to the connection.

-
- -
-
ConnectionDebugDataVec
-

typedef for a vector of ConnectionDebugData objects.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/Communication/Connection_Impl-h-Summary.js b/v66.0.1/MSCL_API_Docs/files/Communication/Connection_Impl-h-Summary.js deleted file mode 100644 index 6220c72c2..000000000 --- a/v66.0.1/MSCL_API_Docs/files/Communication/Connection_Impl-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:Communication/Connection_Impl.h","Connection_Impl.h");NDSummary.OnSummaryLoaded("File:Communication/Connection_Impl.h",[["C/C++","C"]],[["Functions","Function"]],[[12,0,0,"updateBaudRate","updateBaudRate"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/Communication/Connection_Impl-h-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/files/Communication/Connection_Impl-h-SummaryToolTips.js deleted file mode 100644 index ea042f1a0..000000000 --- a/v66.0.1/MSCL_API_Docs/files/Communication/Connection_Impl-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:Communication/Connection_Impl.h",{12:"
virtual void updateBaudRate(
uint32 baudRate
)
Updates the serial connection baud rate. If this is not a serial connection, this function does nothing.  Important: The connection to the port will be closed and re-opened at the new baud rate.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/Communication/Connection_Impl-h-ToolTips.js b/v66.0.1/MSCL_API_Docs/files/Communication/Connection_Impl-h-ToolTips.js deleted file mode 100644 index 7b97bc59b..000000000 --- a/v66.0.1/MSCL_API_Docs/files/Communication/Connection_Impl-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({4632:"
Error_Connection
The generic connection exception.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/Communication/Connection_Impl-h.html b/v66.0.1/MSCL_API_Docs/files/Communication/Connection_Impl-h.html deleted file mode 100644 index 83a0dd2d6..000000000 --- a/v66.0.1/MSCL_API_Docs/files/Communication/Connection_Impl-h.html +++ /dev/null @@ -1,17 +0,0 @@ - - -Connection_Impl.h - - - - - - - -
-
updateBaudRate
-
virtual void updateBaudRate(
uint32 baudRate
)
-

Updates the serial connection baud rate. If this is not a serial connection, this function does nothing.  Important: The connection to the port will be closed and re-opened at the new baud rate.

Parameters
baudRate
uint32

the baud rate at which to reestablish the connection

Exceptions

  • Error_Connection: a connection error has occurred, such as the device being unplugged.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/Communication/Devices-h-Summary.js b/v66.0.1/MSCL_API_Docs/files/Communication/Devices-h-Summary.js deleted file mode 100644 index c7c8c3df3..000000000 --- a/v66.0.1/MSCL_API_Docs/files/Communication/Devices-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:Communication/Devices.h","Devices.h");NDSummary.OnSummaryLoaded("File:Communication/Devices.h",[["C/C++","C"]],[["Classes","Class"],["Enums","Enumeration"],["Functions","Function"],["Sections","Section"],["Types","Type"]],[[2244,0,3,"Devices","Devices"],[2245,0,0,"DeviceInfo","DeviceInfo"],[2246,0,1,"ConnectionType","DeviceInfo.ConnectionType"],[2247,0,1,,"DeviceInfo.connectionType_serial"],[2248,0,1,,"DeviceInfo.connectionType_tcp"],[2249,0,2,"description","DeviceInfo.description"],[2250,0,2,"serial","DeviceInfo.serial"],[2251,0,2,"baudRate","DeviceInfo.baudRate"],[2252,0,2,"connectionType","DeviceInfo.connectionType"],[2253,0,0,"Devices","Devices(2)"],[2254,0,4,"DeviceList","Devices.DeviceList"],[2255,0,2,"listBaseStations","Devices.listBaseStations"],[2256,0,2,"listInertialDevices","Devices.listInertialDevices"],[2257,0,2,"listPorts","Devices.listPorts"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/Communication/Devices-h-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/files/Communication/Devices-h-SummaryToolTips.js deleted file mode 100644 index 884768b01..000000000 --- a/v66.0.1/MSCL_API_Docs/files/Communication/Devices-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:Communication/Devices.h",{2245:"
DeviceInfo
Contains information on an attached device
",2249:"
std::string description() const
Gets the description for the device
",2250:"
std::string serial() const
Gets the serial address for the device
",2251:"
uint32 baudRate() const
Gets the suspected baud rate at which to open a Connection with the device.
",2252:"
ConnectionType connectionType() const
Gets the ConnectionType of the device.
",2253:"
Devices
Contains helper functions for accessing attached devices
",2254:"
Typedef for a map of string COM ports to DeviceInfo objects detailing the information about each device
",2255:"
static DeviceList listBaseStations()
Gets a list of all the attached (USB) BaseStations.  Note that this is solely going by listed devices that use our driver, so this may pick up similar devices that are not BaseStations.
",2256:"
static DeviceList listInertialDevices()
Gets a list of all the attached (USB) InertialDevices.
",2257:"
static DeviceList listPorts()
Gets a simple list of all serial ports and their availability.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/Communication/Devices-h-ToolTips.js b/v66.0.1/MSCL_API_Docs/files/Communication/Devices-h-ToolTips.js deleted file mode 100644 index 1282f20b0..000000000 --- a/v66.0.1/MSCL_API_Docs/files/Communication/Devices-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2245:"
DeviceInfo
Contains information on an attached device
",2254:"
Typedef for a map of string COM ports to DeviceInfo objects detailing the information about each device
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/Communication/Devices-h.html b/v66.0.1/MSCL_API_Docs/files/Communication/Devices-h.html deleted file mode 100644 index 1690de476..000000000 --- a/v66.0.1/MSCL_API_Docs/files/Communication/Devices-h.html +++ /dev/null @@ -1,79 +0,0 @@ - - -Devices.h - - - - - - - -
-
Devices
-
- -
-
DeviceInfo
-
DeviceInfo
-

Contains information on an attached device

-
- -
-
ConnectionType
-
connectionType_serial

0 - Serial connection (or usb-to-serial)

connectionType_tcp

1 - TCP/IP connection

-
- -
-
description
-
std::string description() const
-

Gets the description for the device

Returns

The description of the device

-
- -
-
serial
-
std::string serial() const
-

Gets the serial address for the device

Returns

The serial number of the device

-
- -
-
baudRate
-
uint32 baudRate() const
-

Gets the suspected baud rate at which to open a Connection with the device.

Returns

The suspected baud rate to open the connection with the device.  This is not gauranteed to be correct as it is basing this value on the driver info available, which doesn't always have uniquely identifiable information.

-
- -
-
connectionType
-
ConnectionType connectionType() const
-

Gets the ConnectionType of the device.

Returns

The ConnectionType of the device.

-
- -
-
Devices
-
Devices
-

Contains helper functions for accessing attached devices

-
- -
-
DeviceList
-

Typedef for a map of string COM ports to DeviceInfo objects detailing the information about each device

-
- -
-
listBaseStations
-
static DeviceList listBaseStations()
-

Gets a list of all the attached (USB) BaseStations.  Note that this is solely going by listed devices that use our driver, so this may pick up similar devices that are not BaseStations.

Returns

A DeviceList representing the COM ports that were found that match MicroStrain BaseStations.  If none were found, the list will be empty.

-
- -
-
listInertialDevices
-
static DeviceList listInertialDevices()
-

Gets a list of all the attached (USB) InertialDevices.

Returns

A DeviceList representing the COM ports that were found that match MicroStrain InertialDevices.  If none were found, the list will be empty.

-
- -
-
listPorts
-
static DeviceList listPorts()
-

Gets a simple list of all serial ports and their availability.

Returns

A DeviceList representing the ports that were found and their availability.  If none were found, the list will be empty.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/Communication/RawBytePacket-h-Summary.js b/v66.0.1/MSCL_API_Docs/files/Communication/RawBytePacket-h-Summary.js deleted file mode 100644 index 87a69cbaa..000000000 --- a/v66.0.1/MSCL_API_Docs/files/Communication/RawBytePacket-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:Communication/RawBytePacket.h","RawBytePacket.h");NDSummary.OnSummaryLoaded("File:Communication/RawBytePacket.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Types","Type"]],[[2239,0,0,"RawBytePacket","RawBytePacket"],[2240,0,1,"type","RawBytePacket.type"],[2241,0,1,"source","RawBytePacket.source"],[2242,0,1,"payload","RawBytePacket.payload"],[2243,0,2,"RawBytePackets","RawBytePacket.RawBytePackets"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/Communication/RawBytePacket-h-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/files/Communication/RawBytePacket-h-SummaryToolTips.js deleted file mode 100644 index b66c02d1b..000000000 --- a/v66.0.1/MSCL_API_Docs/files/Communication/RawBytePacket-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:Communication/RawBytePacket.h",{2239:"
RawBytePacket
A class that contains packet information about an Inertial packet
",2240:"
PacketType type() const
Gets the PacketType of the packet
",2241:"
PacketSource source() const
Gets the PacketSource of the packet
",2242:"
const std::vector<uint8> payload() const
Gets the payload bytes of the packet
",2243:"
Typedef for a vector of RawBytePacket objects.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/Communication/RawBytePacket-h-ToolTips.js b/v66.0.1/MSCL_API_Docs/files/Communication/RawBytePacket-h-ToolTips.js deleted file mode 100644 index 8dcabcb8d..000000000 --- a/v66.0.1/MSCL_API_Docs/files/Communication/RawBytePacket-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2239:"
RawBytePacket
A class that contains packet information about an Inertial packet
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/Communication/RawBytePacket-h.html b/v66.0.1/MSCL_API_Docs/files/Communication/RawBytePacket-h.html deleted file mode 100644 index 64587d3bb..000000000 --- a/v66.0.1/MSCL_API_Docs/files/Communication/RawBytePacket-h.html +++ /dev/null @@ -1,40 +0,0 @@ - - -RawBytePacket.h - - - - - - - -
-
RawBytePacket
-
RawBytePacket
-

A class that contains packet information about an Inertial packet

-
- -
-
type
-
PacketType type() const
-

Gets the PacketType of the packet

Returns

PacketType of the packet

-
- -
-
source
-
PacketSource source() const
-

Gets the PacketSource of the packet

Returns

PacketSource of the packet

-
- -
-
payload
-
const std::vector<uint8> payload() const
-

Gets the payload bytes of the packet

Returns

The payload of the packet, as a vector of bytes

-
- -
-
RawBytePackets
-

Typedef for a vector of RawBytePacket objects.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/Communication/SerialConnection-h-Summary.js b/v66.0.1/MSCL_API_Docs/files/Communication/SerialConnection-h-Summary.js deleted file mode 100644 index 018ab5c4e..000000000 --- a/v66.0.1/MSCL_API_Docs/files/Communication/SerialConnection-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:Communication/SerialConnection.h","SerialConnection.h");NDSummary.OnSummaryLoaded("File:Communication/SerialConnection.h",[["C/C++","C"]],[["Functions","Function"]],[[11,0,0,"updateBaudRate","updateBaudRate"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/Communication/SerialConnection-h-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/files/Communication/SerialConnection-h-SummaryToolTips.js deleted file mode 100644 index e26e53a4b..000000000 --- a/v66.0.1/MSCL_API_Docs/files/Communication/SerialConnection-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:Communication/SerialConnection.h",{11:"
void updateBaudRate(
uint32 baudRate
) override
Updates the serial connection baud rate.  Important: The connection to the port will be closed and re-opened at the new baud rate.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/Communication/SerialConnection-h-ToolTips.js b/v66.0.1/MSCL_API_Docs/files/Communication/SerialConnection-h-ToolTips.js deleted file mode 100644 index 7b97bc59b..000000000 --- a/v66.0.1/MSCL_API_Docs/files/Communication/SerialConnection-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({4632:"
Error_Connection
The generic connection exception.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/Communication/SerialConnection-h.html b/v66.0.1/MSCL_API_Docs/files/Communication/SerialConnection-h.html deleted file mode 100644 index cb7a063ac..000000000 --- a/v66.0.1/MSCL_API_Docs/files/Communication/SerialConnection-h.html +++ /dev/null @@ -1,17 +0,0 @@ - - -SerialConnection.h - - - - - - - -
-
updateBaudRate
-
void updateBaudRate(
uint32 baudRate
) override
-

Updates the serial connection baud rate.  Important: The connection to the port will be closed and re-opened at the new baud rate.

Parameters
baudRate
uint32

the baud rate at which to reestablish the connection

Exceptions

  • Error_Connection: a connection error has occurred, such as the device being unplugged.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/Communication/WsdaFinder-h-Summary.js b/v66.0.1/MSCL_API_Docs/files/Communication/WsdaFinder-h-Summary.js deleted file mode 100644 index 15b76fc81..000000000 --- a/v66.0.1/MSCL_API_Docs/files/Communication/WsdaFinder-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:Communication/WsdaFinder.h","WsdaFinder.h");NDSummary.OnSummaryLoaded("File:Communication/WsdaFinder.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Sections","Section"],["Types","Type"]],[[1,0,2,"WsdaFinder","WsdaFinder"],[2,0,0,"WsdaInfo","WsdaInfo"],[3,0,1,"ipAddress","WsdaInfo.ipAddress"],[4,0,1,"port","WsdaInfo.port"],[5,0,1,"name","WsdaInfo.name"],[6,0,0,"WsdaFinder","WsdaFinder(2)"],[7,0,3,"WsdaMap","WsdaFinder.WsdaMap"],[8,0,1,"~WsdaFinder","WsdaFinder.~WsdaFinder"],[9,0,1,"found","WsdaFinder.found"],[10,0,1,"restart","WsdaFinder.restart"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/Communication/WsdaFinder-h-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/files/Communication/WsdaFinder-h-SummaryToolTips.js deleted file mode 100644 index 2645282e2..000000000 --- a/v66.0.1/MSCL_API_Docs/files/Communication/WsdaFinder-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:Communication/WsdaFinder.h",{2:"
WsdaInfo
Holds info on a discovered WSDA.
",3:"
std::string ipAddress() const
Gets the IP Address of the WSDA.
",4:"
uint16 port() const
Gets the port number of the WSDA.
",5:"
std::string name() const
Gets the name of the WSDA.
",6:"
WsdaFinder
Discovers upnp WSDA devices. (WINDOWS ONLY)
",7:"
Typedef for a uuid to WsdaInfo map.
",8:"
~WsdaFinder()
Destroys the WsdaFinder object, stopping the search.
",9:"
WsdaFinder::WsdaMap found()
Gets a copy of the WsdaMap that contains the WSDAs as they are known on the local network. If a WSDA is removed from the network, it will also be removed from this map if it was previously found.
",10:"
void restart()
Clears out the list of found WSDAs and forces a restart of the upnp search.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/Communication/WsdaFinder-h-ToolTips.js b/v66.0.1/MSCL_API_Docs/files/Communication/WsdaFinder-h-ToolTips.js deleted file mode 100644 index 1d05a4502..000000000 --- a/v66.0.1/MSCL_API_Docs/files/Communication/WsdaFinder-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2:"
WsdaInfo
Holds info on a discovered WSDA.
",7:"
Typedef for a uuid to WsdaInfo map.
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-
WsdaFinder
-
- -
-
WsdaInfo
-
WsdaInfo
-

Holds info on a discovered WSDA.

-
- -
-
ipAddress
-
std::string ipAddress() const
-

Gets the IP Address of the WSDA.

-
- -
-
port
-
uint16 port() const
-

Gets the port number of the WSDA.

-
- -
-
name
-
std::string name() const
-

Gets the name of the WSDA.

-
- -
-
WsdaFinder
-
WsdaFinder
-

Discovers upnp WSDA devices. (WINDOWS ONLY)

-
- -
-
WsdaMap
-

Typedef for a uuid to WsdaInfo map.

-
- -
-
~WsdaFinder
-
~WsdaFinder()
-

Destroys the WsdaFinder object, stopping the search.

-
- -
-
found
- -

Gets a copy of the WsdaMap that contains the WSDAs as they are known on the local network. If a WSDA is removed from the network, it will also be removed from this map if it was previously found.

Returns

A WsdaMap of the WSDAs that were found on the network.

-
- -
-
restart
-
void restart()
-

Clears out the list of found WSDAs and forces a restart of the upnp search.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/Exceptions-h-Summary.js b/v66.0.1/MSCL_API_Docs/files/Exceptions-h-Summary.js deleted file mode 100644 index d1cc5a394..000000000 --- a/v66.0.1/MSCL_API_Docs/files/Exceptions-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:Exceptions.h","Exceptions.h");NDSummary.OnSummaryLoaded("File:Exceptions.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Sections","Section"]],[[4609,0,2,"Exceptions","Exceptions"],[4610,0,0,"Error","Error"],[4611,0,1,"Error","Error.Error"],[4612,0,1,"Error","Error.Error(2)"],[4613,0,1,"what","Error.what"],[4614,0,0,"Error_NotSupported","Error_NotSupported"],[4615,0,1,"Error_NotSupported","Error_NotSupported.Error_NotSupported"],[4616,0,1,"Error_NotSupported","Error_NotSupported.Error_NotSupported(2)"],[4617,0,0,"Error_NoData","Error_NoData"],[4618,0,1,"Error_NoData","Error_NoData.Error_NoData"],[4619,0,1,"Error_NoData","Error_NoData.Error_NoData(2)"],[4620,0,0,"Error_BadDataType","Error_BadDataType"],[4621,0,1,"Error_BadDataType","Error_BadDataType.Error_BadDataType"],[4622,0,0,"Error_UnknownSampleRate","Error_UnknownSampleRate"],[4623,0,1,"Error_UnknownSampleRate","Error_UnknownSampleRate.Error_UnknownSampleRate"],[4624,0,1,"Error_UnknownSampleRate","Error_UnknownSampleRate.Error_UnknownSampleRate(2)"],[4625,0,0,"Error_Communication","Error_Communication"],[4626,0,1,"Error_Communication","Error_Communication.Error_Communication"],[4627,0,1,"Error_Communication","Error_Communication.Error_Communication(2)"],[4628,0,0,"Error_NodeCommunication","Error_NodeCommunication"],[4629,0,1,"Error_NodeCommunication","Error_NodeCommunication.Error_NodeCommunication"],[4630,0,1,"Error_NodeCommunication","Error_NodeCommunication.Error_NodeCommunication(2)"],[4631,0,1,"nodeAddress","Error_NodeCommunication.nodeAddress"],[4632,0,0,"Error_Connection","Error_Connection"],[4633,0,1,"Error_Connection","Error_Connection.Error_Connection"],[4634,0,1,"Error_Connection","Error_Connection.Error_Connection(2)"],[4635,0,1,"Error_Connection","Error_Connection.Error_Connection(3)"],[4636,0,1,"Error_Connection","Error_Connection.Error_Connection(4)"],[4637,0,1,"code","Error_Connection.code"],[4638,0,0,"Error_InvalidSerialPort","Error_InvalidSerialPort"],[4639,0,1,"Error_InvalidSerialPort","Error_InvalidSerialPort.Error_InvalidSerialPort"],[4640,0,0,"Error_InvalidTcpServer","Error_InvalidTcpServer"],[4641,0,1,"Error_InvalidTcpServer","Error_InvalidTcpServer.Error_InvalidTcpServer"],[4642,0,0,"Error_InvalidUnixSocket","Error_InvalidUnixSocket"],[4643,0,1,"Error_InvalidUnixSocket","Error_InvalidUnixSocket.Error_InvalidUnixSocket"],[4644,0,0,"Error_MipCmdFailed","Error_MipCmdFailed"],[4645,0,1,"Error_MipCmdFailed","Error_MipCmdFailed.Error_MipCmdFailed"],[4646,0,1,"Error_MipCmdFailed","Error_MipCmdFailed.Error_MipCmdFailed(2)"],[4647,0,1,"Error_MipCmdFailed","Error_MipCmdFailed.Error_MipCmdFailed(3)"],[4648,0,1,"code","Error_MipCmdFailed.code"],[4649,0,0,"Error_InvalidConfig","Error_InvalidConfig"],[4650,0,1,"Error_InvalidConfig","Error_InvalidConfig.Error_InvalidConfig"],[4651,0,1,"issues","Error_InvalidConfig.issues"],[4652,0,0,"Error_InvalidNodeConfig","Error_InvalidNodeConfig"],[4653,0,1,"Error_InvalidNodeConfig","Error_InvalidNodeConfig.Error_InvalidNodeConfig"],[4654,0,1,"nodeAddress","Error_InvalidNodeConfig.nodeAddress"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/Exceptions-h-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/files/Exceptions-h-SummaryToolTips.js deleted file mode 100644 index 49f5d6634..000000000 --- a/v66.0.1/MSCL_API_Docs/files/Exceptions-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:Exceptions.h",{4609:"
Contains all the MicroStrain custom exceptions that can be thrown in MSCL
",4610:"
Error
The generic MicroStrain exception (base class)
",4611:"
Error() : m_description("MSCL has thrown an exception.")
Initializes the Error object with the default description
",4612:"
Error(
const std::string &description
) : m_description(description)
Initializes the Error object with a custom description
",4613:"
const char* what () const throw ()
overriding the default std::exception what() function, gets the description of the thrown exception
",4614:"
Error_NotSupported
A command/feature was attempted to be used that was not supported.
",4615:"
Error_NotSupported(): Error("This feature is not supported.")
Initializes the Error_NotSupported object with a default description
",4616:"
Error_NotSupported(
const std::string &description
) : Error(description)
Initializes the Error_NotSupported object with a custom description
",4617:"
Error_NoData
There is no data available to be accessed
",4618:"
Error_NoData(): Error("No data is available.")
Initializes the Error_NoData object with a default description
",4619:"
Error_NoData(
const std::string &description
): Error(description)
Initializes the Error_NoData object with a custom description
",4620:"
Error_BadDataType
Data of one type was accessed as another type (simple_any)
",4621:"
Error_BadDataType() : Error("Data was accessed using the wrong data type.")
Intializes the Error_BadDataType object with a default description
",4622:"
Error_UnknownSampleRate
The sample rate is invalid or unknown for the given device
",4623:"
Error_UnknownSampleRate() : Error("Unknown Sample Rate.")
Initializes the Error_UnknownSampleRate object with a default description
",4624:"
Error_UnknownSampleRate(
const std::string &description
) : Error(description)
Initializes the Error_UnknownSampleRate object with a custom description
",4625:"
Error_Communication
The exception for failing to communicate with a device.
",4626:"
Error_Communication() : Error("Failed to communicate with the device.")
Initializes the Error_Communication object.
",4627:"
Error_Communication(
const std::string &description
) : Error(description)
Initializes the Error_Communication object.
",4628:"
Error_NodeCommunication
The exception for failing to communicate with a WirelessNode.
",4629:"
Error_NodeCommunication(
NodeAddress nodeAddress
): Error_Communication("Failed to communicate with the Wireless Node."), m_nodeAddress(nodeAddress)
Initializes the Error_NodeCommunication object.
",4630:"
Error_NodeCommunication(
NodeAddress nodeAddress,
const std::string &description
): Error_Communication(description), m_nodeAddress(nodeAddress)
Initializes the Error_NodeCommunication object.
",4631:"
const NodeAddress nodeAddress() const throw ()
gets the node address of the WirelessNode that failed to communicate
",4632:"
Error_Connection
The generic connection exception.
",4633:"
Error_Connection(): Error("Connection error."), m_code(-1)
Initializes the Error_Connection object, sets the error code to a default of -1
",4634:"
Error_Connection(
int code
): Error("Connection error."), m_code(code)
Initializes the Error_Connection object
",4635:"
Error_Connection(
const std::string &description
): Error(description), m_code(-1)
Initializes the Error_Connection object
",4636:"
Error_Connection(
const std::string &description,
int code
): Error(description), m_code(code)
Initializes the Error_Connection object
",4637:"
const int code() const throw ()
gets the exception error code (system error codes, or -1 by default)
",4638:"
Error_InvalidSerialPort
There was an error with the specified COM Port.
",4639:"
Error_InvalidSerialPort(
int code
): Error_Connection("Invalid Com Port.", code)
Initializes the Error_InvalidSerialPort object
",4640:"
Error_InvalidTcpServer
There was an error with the specified TCP/IP Server.
",4641:"
Error_InvalidTcpServer(
int code,
const std::string &message
): Error_Connection("Invalid TCP/IP Server: " + message, code)
Initializes the Error_InvalidTcpServer object
",4642:"
Error_InvalidUnixSocket
There was an error with the specified Unix Socket.
",4643:"
Error_InvalidUnixSocket(
int code,
const std::string &message
): Error_Connection("Invalid Unix Socket: " + message, code)
Initializes the Error_InvalidUnixSocket object
",4644:"
Error_MipCmdFailed
The Inertial command has failed
",4645:"
Error_MipCmdFailed() : Error("The Inertial command has failed."), m_code(-1)
Initializes the Error_MipCmdFailed object, sets the error code to a default of -1
",4646:"
Error_MipCmdFailed(
const std::string &description
) : Error(description), m_code(-1)
Initializes the Error_MipCmdFailed object, sets the error code to a default of -1
",4647:"
Error_MipCmdFailed(
int code
): Error("The Inertial command has failed."), m_code(code)
Initializes the Error_MipCmdFailed object
",4648:"
const int code() const throw ()
gets the exception error code
",4649:"
Error_InvalidConfig
The Configuration is invalid.
",4650:"
Error_InvalidConfig(
const ConfigIssues &issues
): Error("Invalid Configuration:"), m_issues(issues)
Initializes the Error_InvalidConfig object
",4651:"
ConfigIssues issues() const throw ()
Gets the ConfigIssues that caused the invalid configuration exception.
",4652:"
Error_InvalidNodeConfig
The Configuration for a WirelessNode is invalid.
",4653:"
Error_InvalidNodeConfig(
const ConfigIssues &issues,
NodeAddress nodeAddress
) : Error_InvalidConfig(issues), m_nodeAddress(nodeAddress)
Initializes the Error_InvalidNodeConfig object
",4654:"
const NodeAddress nodeAddress() const throw ()
Gets the node address of the Node that this exception pertains to.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/Exceptions-h-ToolTips.js b/v66.0.1/MSCL_API_Docs/files/Exceptions-h-ToolTips.js deleted file mode 100644 index 462cc0d5f..000000000 --- a/v66.0.1/MSCL_API_Docs/files/Exceptions-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2905:"
ConfigIssue
Holds information on a specific configuration issue.
",3865:"
WirelessNode
A class representing a MicroStrain wireless node
",4525:"
typedef for a Node\'s node address.
",4610:"
Error
The generic MicroStrain exception (base class)
",4625:"
Error_Communication
The exception for failing to communicate with a device.
",4632:"
Error_Connection
The generic connection exception.
",4649:"
Error_InvalidConfig
The Configuration is invalid.
",4614:"
Error_NotSupported
A command/feature was attempted to be used that was not supported.
",4617:"
Error_NoData
There is no data available to be accessed
",4620:"
Error_BadDataType
Data of one type was accessed as another type (simple_any)
",4622:"
Error_UnknownSampleRate
The sample rate is invalid or unknown for the given device
",4625:"
Error_Communication
The exception for failing to communicate with a device.
",4628:"
Error_NodeCommunication
The exception for failing to communicate with a WirelessNode.
",4632:"
Error_Connection
The generic connection exception.
",4638:"
Error_InvalidSerialPort
There was an error with the specified COM Port.
",4640:"
Error_InvalidTcpServer
There was an error with the specified TCP/IP Server.
",4642:"
Error_InvalidUnixSocket
There was an error with the specified Unix Socket.
",4644:"
Error_MipCmdFailed
The Inertial command has failed
",4649:"
Error_InvalidConfig
The Configuration is invalid.
",4652:"
Error_InvalidNodeConfig
The Configuration for a WirelessNode is invalid.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/Exceptions-h.html b/v66.0.1/MSCL_API_Docs/files/Exceptions-h.html deleted file mode 100644 index 8d91f3a7b..000000000 --- a/v66.0.1/MSCL_API_Docs/files/Exceptions-h.html +++ /dev/null @@ -1,286 +0,0 @@ - - -Exceptions.h - - - - - - - -
-
Exceptions
-

Contains all the MicroStrain custom exceptions that can be thrown in MSCL

-
- -
-
Error
- -

The generic MicroStrain exception (base class)

-
- -
-
Error
-
Error() : m_description("MSCL has thrown an exception.")
-

Initializes the Error object with the default description

-
- -
-
Error
-
Error(
const std::string &description
) : m_description(description)
-

Initializes the Error object with a custom description

Parameters
description
const std::string&

the description of the error to be thrown

-
- -
-
what
-
const char* what () const throw ()
-

overriding the default std::exception what() function, gets the description of the thrown exception

-
- -
-
Error_NotSupported
-
public
Error
Error_NotSupported
-

A command/feature was attempted to be used that was not supported.

-
- -
-
Error_NotSupported
-
Error_NotSupported(): Error("This feature is not supported.")
-

Initializes the Error_NotSupported object with a default description

-
- -
-
Error_NotSupported
-
Error_NotSupported(
const std::string &description
) : Error(description)
-

Initializes the Error_NotSupported object with a custom description

Parameters
description
const std::string&

the description of the error to be thrown

-
- -
-
Error_NoData
-
public
Error
Error_NoData
-

There is no data available to be accessed

-
- -
-
Error_NoData
-
Error_NoData(): Error("No data is available.")
-

Initializes the Error_NoData object with a default description

-
- -
-
Error_NoData
-
Error_NoData(
const std::string &description
): Error(description)
-

Initializes the Error_NoData object with a custom description

Parameters
description
const std::string&

the description of the error to be thrown

-
- -
-
Error_BadDataType
-
public
Error
Error_BadDataType
-

Data of one type was accessed as another type (simple_any)

-
- -
-
Error_BadDataType
-
Error_BadDataType() : Error("Data was accessed using the wrong data type.")
-

Intializes the Error_BadDataType object with a default description

-
- -
-
Error_UnknownSampleRate
-
public
Error
Error_UnknownSampleRate
-

The sample rate is invalid or unknown for the given device

-
- -
-
Error_UnknownSampleRate
-
Error_UnknownSampleRate() : Error("Unknown Sample Rate.")
-

Initializes the Error_UnknownSampleRate object with a default description

-
- -
-
Error_UnknownSampleRate
-
Error_UnknownSampleRate(
const std::string &description
) : Error(description)
-

Initializes the Error_UnknownSampleRate object with a custom description

Parameters
description
const std::string&

the description of the error to be thrown

-
- -
-
Error_Communication
- -

The exception for failing to communicate with a device.

-
- -
-
Error_Communication
-
Error_Communication() : Error("Failed to communicate with the device.")
-

Initializes the Error_Communication object.

-
- -
-
Error_Communication
-
Error_Communication(
const std::string &description
) : Error(description)
-

Initializes the Error_Communication object.

Parameters
description
const std::string&

the description to set

-
- -
-
Error_NodeCommunication
-
public
Error_Communication
Error_NodeCommunication
-

The exception for failing to communicate with a WirelessNode.

-
- -
-
Error_NodeCommunication
-
Error_NodeCommunication(
NodeAddress nodeAddress
): Error_Communication("Failed to communicate with the Wireless Node."), m_nodeAddress(nodeAddress)
-

Initializes the Error_NodeCommunication object.

Parameters
nodeAddress
NodeAddress

The node address of the WirelessNode that failed to communicate.

-
- -
-
Error_NodeCommunication
-
Error_NodeCommunication(
NodeAddress nodeAddress,
const std::string &description
): Error_Communication(description), m_nodeAddress(nodeAddress)
-

Initializes the Error_NodeCommunication object.

Parameters
nodeAddress
NodeAddress

The node address of the WirelessNode that failed to communicate.

description
const std::string&

the description to set

-
- -
-
nodeAddress
-
const NodeAddress nodeAddress() const throw ()
-

gets the node address of the WirelessNode that failed to communicate

-
- -
-
Error_Connection
- -

The generic connection exception.

-
- -
-
Error_Connection
-
Error_Connection(): Error("Connection error."), m_code(-1)
-

Initializes the Error_Connection object, sets the error code to a default of -1

-
- -
-
Error_Connection
-
Error_Connection(
int code
): Error("Connection error."), m_code(code)
-

Initializes the Error_Connection object

Parameters
code
int

the exception error code

-
- -
-
Error_Connection
-
Error_Connection(
const std::string &description
): Error(description), m_code(-1)
-

Initializes the Error_Connection object

Parameters
description
const std::string&

the description to set

-
- -
-
Error_Connection
-
Error_Connection(
const std::string &description,
int code
): Error(description), m_code(code)
-

Initializes the Error_Connection object

Parameters
description
const std::string&

the description to set

code
int

the exception error code

-
- -
-
code
-
const int code() const throw ()
-

gets the exception error code (system error codes, or -1 by default)

-
- -
-
Error_InvalidSerialPort
-
public
Error_Connection
Error_InvalidSerialPort
-

There was an error with the specified COM Port.

See Also

Error_Connection

-
- -
-
Error_InvalidSerialPort
-
Error_InvalidSerialPort(
int code
): Error_Connection("Invalid Com Port.", code)
-

Initializes the Error_InvalidSerialPort object

Parameters
code
int

the exception error code

-
- -
-
Error_InvalidTcpServer
-
public
Error_Connection
Error_InvalidTcpServer
-

There was an error with the specified TCP/IP Server.

See Also

Error_Connection

-
- -
-
Error_InvalidTcpServer
-
Error_InvalidTcpServer(
int code,
const std::string &message
): Error_Connection("Invalid TCP/IP Server: " + message, code)
-

Initializes the Error_InvalidTcpServer object

Parameters
code
int

the exception error code

-
- -
-
Error_InvalidUnixSocket
-
public
Error_Connection
Error_InvalidUnixSocket
-

There was an error with the specified Unix Socket.

See Also

Error_Connection

-
- -
-
Error_InvalidUnixSocket
-
Error_InvalidUnixSocket(
int code,
const std::string &message
): Error_Connection("Invalid Unix Socket: " + message, code)
-

Initializes the Error_InvalidUnixSocket object

Parameters
code
int

the exception error code

-
- -
-
Error_MipCmdFailed
-
public
Error
Error_MipCmdFailed
-

The Inertial command has failed

-
- -
-
Error_MipCmdFailed
-
Error_MipCmdFailed() : Error("The Inertial command has failed."), m_code(-1)
-

Initializes the Error_MipCmdFailed object, sets the error code to a default of -1

-
- -
-
Error_MipCmdFailed
-
Error_MipCmdFailed(
const std::string &description
) : Error(description), m_code(-1)
-

Initializes the Error_MipCmdFailed object, sets the error code to a default of -1

-
- -
-
Error_MipCmdFailed
-
Error_MipCmdFailed(
int code
): Error("The Inertial command has failed."), m_code(code)
-

Initializes the Error_MipCmdFailed object

Parameters
code
int

the exception error code

-
- -
-
code
-
const int code() const throw ()
-

gets the exception error code

-
- -
-
Error_InvalidConfig
- -

The Configuration is invalid.

-
- -
-
Error_InvalidConfig
-
Error_InvalidConfig(
const ConfigIssues &issues
): Error("Invalid Configuration:"), m_issues(issues)
-

Initializes the Error_InvalidConfig object

Parameters
issues
const ConfigIssues&

The ConfigIssues that caused the invalid configuration exception.

-
- -
-
issues
-
ConfigIssues issues() const throw ()
-

Gets the ConfigIssues that caused the invalid configuration exception.

-
- -
-
Error_InvalidNodeConfig
-
public
Error_InvalidConfig
Error_InvalidNodeConfig
-

The Configuration for a WirelessNode is invalid.

-
- -
-
Error_InvalidNodeConfig
-
Error_InvalidNodeConfig(
const ConfigIssues &issues,
NodeAddress nodeAddress
) : Error_InvalidConfig(issues), m_nodeAddress(nodeAddress)
-

Initializes the Error_InvalidNodeConfig object

Parameters
issues
const ConfigIssues&

The ConfigIssues that caused the invalid configuration exception.

-
- -
-
nodeAddress
-
const NodeAddress nodeAddress() const throw ()
-

Gets the node address of the Node that this exception pertains to.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/Histogram-h-Summary.js b/v66.0.1/MSCL_API_Docs/files/Histogram-h-Summary.js deleted file mode 100644 index 523a16de5..000000000 --- a/v66.0.1/MSCL_API_Docs/files/Histogram-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:Histogram.h","Histogram.h");NDSummary.OnSummaryLoaded("File:Histogram.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"]],[[4589,0,0,"Histogram","Histogram"],[4590,0,1,"Histogram","Histogram.Histogram"],[4591,0,1,"binsStart","Histogram.binsStart"],[4592,0,1,"binsSize","Histogram.binsSize"],[4593,0,1,"bins","Histogram.bins"],[4594,0,1,"addBin","Histogram.addBin"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/Histogram-h-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/files/Histogram-h-SummaryToolTips.js deleted file mode 100644 index 5d2fed18e..000000000 --- a/v66.0.1/MSCL_API_Docs/files/Histogram-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:Histogram.h",{4589:"
Histogram
Represents a Histogram object.
",4590:"
Histogram(
const Value &binsStart,
const Value &binsSize
)
Creates a Histogram object with no bins.
",4591:"
Value binsStart() const
Gets the value of the start of the first Bin in the Histogram.
",4592:"
Value binsSize() const
Gets the size of each Bin in the Histogram.
",4593:"
Bins bins() const
Gets the Bins contained within this Histogram.
",4594:"
void addBin(
const Bin &bin
)
Adds a single Bin to the Histogram.  The first Bin\'s start value should match the binsStart used in the constructor.  Every Bin added should have the same size which matches the binsSize used in the constructor.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/Histogram-h-ToolTips.js b/v66.0.1/MSCL_API_Docs/files/Histogram-h-ToolTips.js deleted file mode 100644 index db337026b..000000000 --- a/v66.0.1/MSCL_API_Docs/files/Histogram-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({4502:"
Value
Represents a single value that can be stored/accessed in multiple ways.
",4655:"
Bin
Represents a single bin, which has a start, end, and count.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/Histogram-h.html b/v66.0.1/MSCL_API_Docs/files/Histogram-h.html deleted file mode 100644 index 2aa9f2e95..000000000 --- a/v66.0.1/MSCL_API_Docs/files/Histogram-h.html +++ /dev/null @@ -1,47 +0,0 @@ - - -Histogram.h - - - - - - - -
-
Histogram
-
Histogram
-

Represents a Histogram object.

-
- -
-
Histogram
-
Histogram(
const Value &binsStart,
const Value &binsSize
)
-

Creates a Histogram object with no bins.

Parameters
binsStart
const Value&

The start value of the first Bin.

binsSize
const Value&

The size of each Bin.

-
- -
-
binsStart
-
Value binsStart() const
-

Gets the value of the start of the first Bin in the Histogram.

Returns

The start of the first Bin in the Histogram.

-
- -
-
binsSize
-
Value binsSize() const
-

Gets the size of each Bin in the Histogram.

Returns

The size of each Bin in the Histogram.

-
- -
-
bins
-
Bins bins() const
-

Gets the Bins contained within this Histogram.

Returns

A Bins object containing each bin within this Histogram.

-
- -
-
addBin
-
void addBin(
const Bin &bin
)
-

Adds a single Bin to the Histogram.  The first Bin's start value should match the binsStart used in the constructor.  Every Bin added should have the same size which matches the binsSize used in the constructor.

Parameters
bin
const Bin&

The Bin to add to the Histogram.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/LibVersion-h-Summary.js b/v66.0.1/MSCL_API_Docs/files/LibVersion-h-Summary.js deleted file mode 100644 index 2ffdcb28d..000000000 --- a/v66.0.1/MSCL_API_Docs/files/LibVersion-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:LibVersion.h","LibVersion.h");NDSummary.OnSummaryLoaded("File:LibVersion.h",[["C/C++","C"]],[["Variables","Variable"]],[[4588,0,0,"MSCL_VERSION","MSCL_VERSION"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/LibVersion-h-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/files/LibVersion-h-SummaryToolTips.js deleted file mode 100644 index 61847ecc3..000000000 --- a/v66.0.1/MSCL_API_Docs/files/LibVersion-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:LibVersion.h",{4588:"
static const Version MSCL_VERSION
Gets the Version of MSCL.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/LibVersion-h-ToolTips.js b/v66.0.1/MSCL_API_Docs/files/LibVersion-h-ToolTips.js deleted file mode 100644 index 4b8a78f32..000000000 --- a/v66.0.1/MSCL_API_Docs/files/LibVersion-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({4493:"
Version
Class that represents, and provides helper functions for, a Version number
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/LibVersion-h.html b/v66.0.1/MSCL_API_Docs/files/LibVersion-h.html deleted file mode 100644 index 23fef5cae..000000000 --- a/v66.0.1/MSCL_API_Docs/files/LibVersion-h.html +++ /dev/null @@ -1,17 +0,0 @@ - - -LibVersion.h - - - - - - - -
-
MSCL_VERSION
-
static const Version MSCL_VERSION
-

Gets the Version of MSCL.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/DataPoint-h-Summary.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/DataPoint-h-Summary.js deleted file mode 100644 index c72c7ca3e..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/DataPoint-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/DataPoint.h","DataPoint.h");NDSummary.OnSummaryLoaded("File:MicroStrain/DataPoint.h",[["C/C++","C"]],[["Classes","Class"],["Enums","Enumeration"],["Functions","Function"],["Sections","Section"],["Types","Type"]],[[4469,0,3,"DataPoint","DataPoint"],[4470,0,4,"RfSweep","RfSweep"],[4471,0,0,"DataPoint","DataPoint(2)"],[4472,0,1,"ChannelPropertyId","DataPoint.ChannelPropertyId"],[4473,0,1,,"DataPoint.channelPropertyId_angle"],[4474,0,1,,"DataPoint.channelPropertyId_derivedFrom"],[4475,0,1,,"DataPoint.channelPropertyId_derivedAlgorithmId"],[4476,0,2,"channelProperty","DataPoint.channelProperty"],[4477,0,2,"as_Vector","DataPoint.as_Vector"],[4478,0,2,"as_Matrix","DataPoint.as_Matrix"],[4479,0,2,"as_Timestamp","DataPoint.as_Timestamp"],[4480,0,2,"as_Bytes","DataPoint.as_Bytes"],[4481,0,2,"as_StructuralHealth","DataPoint.as_StructuralHealth"],[4482,0,2,"as_RfSweep","DataPoint.as_RfSweep"],[4483,0,2,"as_string","DataPoint.as_string"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/DataPoint-h-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/DataPoint-h-SummaryToolTips.js deleted file mode 100644 index 06580c305..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/DataPoint-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/DataPoint.h",{4470:"
Typedef for a map of uint32 to int16 values.
",4471:"
DataPoint
Base class representing common functionality between Wireless and Inertial data points
",4472:"
Available channel properties that can be stored with the WirelessDataPoint.
",4476:"
const Value& channelProperty(
ChannelPropertyId id
) const
Gets the channel property for the specified ChannelPropertyId associated with the data point.
",4477:"
const Vector as_Vector() const
Gets the data value as a Vector object
",4478:"
const Matrix as_Matrix() const
Gets the data value as a Matrix object
",4479:"
const Timestamp as_Timestamp() const
Gets the data value as a Timestamp object
",4480:"
const Bytes as_Bytes() const
Gets the data value as a Bytes object (vector of uint8).
",4481:"
const StructuralHealth as_StructuralHealth() const
Gets the data value as a StructuralHealth object.
",4482:"
const RfSweep as_RfSweep() const
Gets the data value as an RfSweep.
",4483:"
std::string as_string() const override
Gets the data value as a string
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/DataPoint-h-ToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/DataPoint-h-ToolTips.js deleted file mode 100644 index 68e8e0792..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/DataPoint-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2121:"
MipDataPoint
Represents a single Inertial Data Point (Extends from DataPoint)
",3261:"
WirelessDataPoint
Represents a single channel\'s data point within a sweep
",3824:"
The types of channels that can be sent in a derived data packet.
",4233:"
StructuralHealth
Holds Structural Health Monitor channel information.
",4281:"
ChannelMask
Represents the channel mask (active and inactive channels) for a WirelessNode.
",4373:"
Vector
Represents a Vector of values
",4470:"
Typedef for a map of uint32 to int16 values.
",4472:"
Available channel properties that can be stored with the WirelessDataPoint.
",4484:"
Matrix
Represents a Matrix of values (varying size)
",4502:"
Value
Represents a single value that can be stored/accessed in multiple ways.
",4526:"
typedef for a vector of bytes.
",4554:"
Timestamp
Represents a date/time object
",4614:"
Error_NotSupported
A command/feature was attempted to be used that was not supported.
",4620:"
Error_BadDataType
Data of one type was accessed as another type (simple_any)
",2121:"
MipDataPoint
Represents a single Inertial Data Point (Extends from DataPoint)
",3261:"
WirelessDataPoint
Represents a single channel\'s data point within a sweep
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/DataPoint-h.html b/v66.0.1/MSCL_API_Docs/files/MicroStrain/DataPoint-h.html deleted file mode 100644 index 35ca0ee84..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/DataPoint-h.html +++ /dev/null @@ -1,79 +0,0 @@ - - -DataPoint.h - - - - - - - -
-
DataPoint
-
- -
-
RfSweep
-

Typedef for a map of uint32 to int16 values.

-
- -
-
DataPoint
- -

Base class representing common functionality between Wireless and Inertial data points

See Also
-
- -
-
ChannelPropertyId
-

Available channel properties that can be stored with the WirelessDataPoint.

channelPropertyId_angle

0 - The angle (float) that the channel is from.

channelPropertyId_derivedFrom

1 - The ChannelMask that a derived channel is representing.

channelPropertyId_derivedAlgorithmId

2 - The WirelessTypes::DerivedDataPacketAlgorithmId of the derived channel.

-
- -
-
channelProperty
-
const Value& channelProperty(
ChannelPropertyId id
) const
-

Gets the channel property for the specified ChannelPropertyId associated with the data point.

Parameters
id
ChannelPropertyId

The ChannelPropertyId to request.

Returns

A Value representing the channel property.

Exceptions
-
- -
-
as_Vector
-
const Vector as_Vector() const
-

Gets the data value as a Vector object

Returns

The data value as a Vector object

Exceptions
-
- -
-
as_Matrix
-
const Matrix as_Matrix() const
-

Gets the data value as a Matrix object

Returns

The data value as a Matrix object

Exceptions
-
- -
-
as_Timestamp
-
const Timestamp as_Timestamp() const
-

Gets the data value as a Timestamp object

Returns

The data value as a Timestamp object

Exceptions
-
- -
-
as_Bytes
-
const Bytes as_Bytes() const
-

Gets the data value as a Bytes object (vector of uint8).

Returns

The data value as a Bytes object.

Exceptions
-
- -
-
as_StructuralHealth
-
const StructuralHealth as_StructuralHealth() const
-

Gets the data value as a StructuralHealth object.

Returns

The data value as a StructuralHealth object.

Exceptions
-
- -
-
as_RfSweep
-
const RfSweep as_RfSweep() const
-

Gets the data value as an RfSweep.

Returns

The data value as an RfSweep.

Exceptions
-
- -
-
as_string
-
std::string as_string() const override
-

Gets the data value as a string

Returns

A string representing the data value. This will be created using the value's current valueType.  - A value stored as a float will return a string as so: "1.2345".  - A value stored as a Vector will return a string as so: "[1.2,3.4,5.6]" - A value stored as a Matrix will return a string as so: "[[0,0.1,0.2],[1,1.1,1.2],[2,2.1,2.2]]" - A value stored as Bytes will return a string as so: "0x01 0x02 0x03 0x0a 0xab"

Exceptions

  • Error_BadDataType: The type in which the value was stored could not be converted to a string.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Displacement/DisplacementModels-h-Summary.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Displacement/DisplacementModels-h-Summary.js deleted file mode 100644 index f996ab3a3..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Displacement/DisplacementModels-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Displacement/DisplacementModels.h","DisplacementModels.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Displacement/DisplacementModels.h",[["C/C++","C"]],[["Classes","Class"],["Enums","Enumeration"]],[[74,0,0,"DisplacementModels","DisplacementModels"],[75,0,1,"NodeModel","DisplacementModels.NodeModel"],[76,0,1,,"DisplacementModels.node_digitalDemod"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Displacement/DisplacementModels-h-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Displacement/DisplacementModels-h-SummaryToolTips.js deleted file mode 100644 index 4e6dccfc3..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Displacement/DisplacementModels-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Displacement/DisplacementModels.h",{74:"
DisplacementModels
Contains the models of Displacement hardware.
",75:"
The model numbers for each of the Displacement Nodes.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Displacement/DisplacementModels-h-ToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Displacement/DisplacementModels-h-ToolTips.js deleted file mode 100644 index 59992a148..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Displacement/DisplacementModels-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Displacement/DisplacementModels-h.html b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Displacement/DisplacementModels-h.html deleted file mode 100644 index 268520046..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Displacement/DisplacementModels-h.html +++ /dev/null @@ -1,22 +0,0 @@ - - -DisplacementModels.h - - - - - - - -
-
DisplacementModels
-
DisplacementModels
-

Contains the models of Displacement hardware.

-
- -
-
NodeModel
-

The model numbers for each of the Displacement Nodes.

node_digitalDemod

6130 - Digital Demod

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Displacement/DisplacementNode-h-Summary.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Displacement/DisplacementNode-h-Summary.js deleted file mode 100644 index 679c5ed60..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Displacement/DisplacementNode-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Displacement/DisplacementNode.h","DisplacementNode.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Displacement/DisplacementNode.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"]],[[46,0,0,"DisplacementNode","DisplacementNode"],[47,0,1,"DisplacementNode","DisplacementNode.DisplacementNode"],[48,0,1,"doCommand","DisplacementNode.doCommand"],[49,0,1,"deviceName","DisplacementNode.deviceName"],[50,0,1,"connection","DisplacementNode.connection"],[51,0,1,"features","DisplacementNode.features"],[52,0,1,"lastCommunicationTime","DisplacementNode.lastCommunicationTime"],[53,0,1,"lastDeviceState","DisplacementNode.lastDeviceState"],[54,0,1,"firmwareVersion","DisplacementNode.firmwareVersion"],[55,0,1,"model","DisplacementNode.model"],[56,0,1,"modelName","DisplacementNode.modelName"],[57,0,1,"modelNumber","DisplacementNode.modelNumber"],[58,0,1,"serialNumber","DisplacementNode.serialNumber"],[59,0,1,"lotNumber","DisplacementNode.lotNumber"],[60,0,1,"deviceOptions","DisplacementNode.deviceOptions"],[61,0,1,"getDataPackets","DisplacementNode.getDataPackets"],[62,0,1,"totalPackets","DisplacementNode.totalPackets"],[63,0,1,"timeout","DisplacementNode.timeout"],[64,0,1,"timeout","DisplacementNode.timeout(2)"],[65,0,1,"name","DisplacementNode.name"],[66,0,1,"ping","DisplacementNode.ping"],[67,0,1,"setToIdle","DisplacementNode.setToIdle"],[68,0,1,"cyclePower","DisplacementNode.cyclePower"],[69,0,1,"resume","DisplacementNode.resume"],[70,0,1,"getDisplacementOutputDataRate","DisplacementNode.getDisplacementOutputDataRate"],[71,0,1,"getAnalogToDisplacementCal","DisplacementNode.getAnalogToDisplacementCal"],[72,0,1,"setDeviceTime","DisplacementNode.setDeviceTime"],[73,0,1,"setDeviceTime","DisplacementNode.setDeviceTime(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Displacement/DisplacementNode-h-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Displacement/DisplacementNode-h-SummaryToolTips.js deleted file mode 100644 index fbc21237a..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Displacement/DisplacementNode-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Displacement/DisplacementNode.h",{46:"
DisplacementNode
A class representing a MicroStrain Displacement Node
",47:"
explicit DisplacementNode(
Connection connection
)
Creates an DisplacementNode object.
",48:"
virtual Bytes doCommand(
uint8 descriptorSet,
uint8 cmdDescriptor,
const Bytes &fieldData,
bool ackNackResponse,
bool dataResponse,
uint8 responseDataDescriptor = 0
) const
Note: This is an ADVANCED COMMAND. Most users will not need to use this.  Allows sending custom data as a MIP packet to the device, and receiving custom data as a response.
",49:"
static std::string deviceName(
const std::string &serial
)
Static function for creating the universal sensor name that should be used for SensorCloud.
",50:"
Connection& connection()
Gets the Connection object that this DisplacementNode is using.
",51:"
const MipNodeFeatures& features()
Gets a reference to the MipNodeFeatures for this device.  Note: This will be invalid when the DisplacementNode is destroyed.
",52:"
const Timestamp& lastCommunicationTime() const
Gets the Timestamp for the last time MSCL communicated with the DisplacementNode.
",53:"
DeviceState lastDeviceState() const
Gets the last known DeviceState for the InertialNode.  This device state is updated by MSCL when data packets are received, as well as when operations are performed, such as setting a Node to idle.
",54:"
Version firmwareVersion() const
Gets the firmware Version of the DisplacementNode.
",55:"
DisplacementModels::NodeModel model() const
Gets the DisplacementModels::NodeModel of the DisplacementNode.
",56:"
std::string modelName() const
Gets the model name of the DisplacementNode (ie. "3DM-GX3-45").
",57:"
std::string modelNumber() const
Gets the model number of the DisplacementNode (ie. "6225-4220").
",58:"
std::string serialNumber() const
Gets the serial number of the DisplacementNode (ie. "6225-01319").
",59:"
std::string lotNumber() const
Gets the lot number of the DisplacementNode (ie. "I042Y").
",60:"
std::string deviceOptions() const
Gets the device options of the DisplacementNode (ie. "5g, 300d/s").
",61:"
MipDataPackets getDataPackets(
uint32 timeout = 0,
uint32 maxPackets = 0
)
Gets up to the requested amount of data packets that have been collected.
",62:"
uint32 totalPackets()
Gets the total number of data packets that are currently in the buffer.
",63:"
void timeout(
uint64 timeout
)
Sets the timeout to use when waiting for responses from commands.
",64:"
uint64 timeout() const
Gets the timeout to use when waiting for responses from commands.
",65:"
std::string name()
Gets the name of the DisplacementNode. This is the universal sensor name that should be used for uploading to SensorCloud.  This is the same as calling DisplacementNode::deviceName.
",66:"
bool ping()
Pings the Node to check for communication.  Sends the "Ping" command to the device.
",67:"
void setToIdle()
Suspends streaming (if enabled) or wakes the device from sleep (if sleeping), putting the device in an idle mode.  After this command is used, the resume command may be used to put the Node back into the mode it was previously in before setToIdle was called.
",68:"
bool cyclePower()
Performs the "Device Reset" command.  Note: This is essentially the same as unplugging and plugging the device back in.
",69:"
void resume()
Places the Node back in the mode it was in before issuing the setToIdle command.  If the setToIdle command was not issued, then the device is placed in default mode.
",70:"
SampleRate getDisplacementOutputDataRate() const
Gets the output data rate for the displacement data.
",71:"
LinearEquation getAnalogToDisplacementCal() const
Gets the Analog to Displacement calibration coefficients.
",72:"
void setDeviceTime()
Seeds the device time with the current system time.  This time will be reflected in the timestamp field that can come with data from the device.
",73:"
void setDeviceTime(
uint64 nanoseconds
)
Seeds the device time with a specific time.  This time will be reflected in the timestamp field that can come with data from the device.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Displacement/DisplacementNode-h-ToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Displacement/DisplacementNode-h-ToolTips.js deleted file mode 100644 index 1cb1dbc17..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Displacement/DisplacementNode-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({19:"
Connection
The Connection object that is used for communication.
",49:"
static std::string deviceName(
const std::string &serial
)
Static function for creating the universal sensor name that should be used for SensorCloud.
",58:"
std::string serialNumber() const
Gets the serial number of the DisplacementNode (ie. "6225-01319").
",67:"
void setToIdle()
Suspends streaming (if enabled) or wakes the device from sleep (if sleeping), putting the device in an idle mode.  After this command is used, the resume command may be used to put the Node back into the mode it was previously in before setToIdle was called.
",69:"
void resume()
Places the Node back in the mode it was in before issuing the setToIdle command.  If the setToIdle command was not issued, then the device is placed in default mode.
",75:"
The model numbers for each of the Displacement Nodes.
",1084:"
MipDataPacket
A Mip Data Packet that contains both valid and invalid data from a MIP Device.
",2043:"
MipNodeFeatures
Contains information on which features are supported by an InertialNode.
",4379:"
SampleRate
Represents a MicroStrain sample rate (rate at which data is sampling)
",4462:"
LinearEquation
Represents a linear equation (y = mx + b).
",4493:"
Version
Class that represents, and provides helper functions for, a Version number
",4526:"
typedef for a vector of bytes.
",4547:"
The possible states a device can be in.
",4554:"
Timestamp
Represents a date/time object
",4614:"
Error_NotSupported
A command/feature was attempted to be used that was not supported.
",4617:"
Error_NoData
There is no data available to be accessed
",4625:"
Error_Communication
The exception for failing to communicate with a device.
",4632:"
Error_Connection
The generic connection exception.
",4644:"
Error_MipCmdFailed
The Inertial command has failed
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Displacement/DisplacementNode-h.html b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Displacement/DisplacementNode-h.html deleted file mode 100644 index ac3be677f..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Displacement/DisplacementNode-h.html +++ /dev/null @@ -1,179 +0,0 @@ - - -DisplacementNode.h - - - - - - - -
-
DisplacementNode
-
DisplacementNode
-

A class representing a MicroStrain Displacement Node

-
- -
-
DisplacementNode
-
explicit DisplacementNode(
Connection connection
)
-

Creates an DisplacementNode object.

Parameters
connection
Connection

The Connection object used for communication.

Exceptions
-
- -
-
doCommand
-
virtual Bytes doCommand(
uint8 descriptorSet,
uint8 cmdDescriptor,
const Bytes &fieldData,
bool ackNackResponse,
bool dataResponse,
uint8 responseDataDescriptor = 0
) const
-

Note: This is an ADVANCED COMMAND. Most users will not need to use this.  Allows sending custom data as a MIP packet to the device, and receiving custom data as a response.

Parameters
descriptorSet
uint8

The MIP descriptor set byte.

cmdDescriptor
uint8

The MIP command field descriptor byte.

fieldData
const Bytes&

The MIP field data to send in the command (pass an empty Bytes container if none).

ackNackResponse
bool

Whether or not a MIP ack/nack response field is expected.

dataResponse
bool

Whether or not a MIP data response field is expected.

responseDataDescriptor
uint8

The MIP response data field descriptor byte (only required if dataResponse flag is true)

Returns

The response field Bytes from a successful response (empty if no dataResponse).

Exceptions
-
- -
-
deviceName
-
static std::string deviceName(
const std::string &serial
)
-

Static function for creating the universal sensor name that should be used for SensorCloud.

Parameters
serial
const std::string&

The serial number of the node. This should be identical to calling the serialNumber function on an <MipNodeInfo> object (see <DisplacementNode::info>).

Returns

The universal sensor name.

-
- -
-
connection
-
Connection& connection()
-

Gets the Connection object that this DisplacementNode is using.

Returns

The Connection object that this DisplacementNode is using.

-
- -
-
features
-
const MipNodeFeatures& features()
-

Gets a reference to the MipNodeFeatures for this device.  Note: This will be invalid when the DisplacementNode is destroyed.

Exceptions
-
- -
-
lastCommunicationTime
-
const Timestamp& lastCommunicationTime() const
-

Gets the Timestamp for the last time MSCL communicated with the DisplacementNode.

Returns

A Timestamp representing the last time MSCL communicated with the Node.

Exceptions

  • Error_NoData: There is no communication time logged for this device.

-
- -
-
lastDeviceState
-
DeviceState lastDeviceState() const
-

Gets the last known DeviceState for the InertialNode.  This device state is updated by MSCL when data packets are received, as well as when operations are performed, such as setting a Node to idle.

Returns

The last known DeviceState.

-
- -
-
firmwareVersion
-
Version firmwareVersion() const
-

Gets the firmware Version of the DisplacementNode.

Returns

The firmware Version of the DisplacementNode.

Exceptions
-
- -
-
model
- -

Gets the DisplacementModels::NodeModel of the DisplacementNode.

Returns

The DisplacementModels::NodeModel of the DisplacementNode.

Exceptions
-
- -
-
modelName
-
std::string modelName() const
-

Gets the model name of the DisplacementNode (ie. "3DM-GX3-45").

Returns

The model name of the DisplacementNode.

Exceptions
-
- -
-
modelNumber
-
std::string modelNumber() const
-

Gets the model number of the DisplacementNode (ie. "6225-4220").

Returns

The model number of the DisplacementNode.

Exceptions
-
- -
-
serialNumber
-
std::string serialNumber() const
-

Gets the serial number of the DisplacementNode (ie. "6225-01319").

Returns

The serial number of the DisplacementNode.

Exceptions
-
- -
-
lotNumber
-
std::string lotNumber() const
-

Gets the lot number of the DisplacementNode (ie. "I042Y").

Returns

The lot number of the DisplacementNode.

Exceptions
-
- -
-
deviceOptions
-
std::string deviceOptions() const
-

Gets the device options of the DisplacementNode (ie. "5g, 300d/s").

Returns

The device options of the DisplacementNode.

Exceptions
-
- -
-
getDataPackets
-
MipDataPackets getDataPackets(
uint32 timeout = 0,
uint32 maxPackets = 0
)
-

Gets up to the requested amount of data packets that have been collected.

Parameters
timeout
uint32

The timeout, in milliseconds, to wait for data if necessary (default of 0).

maxPackets
uint32

The maximum number of packets to return. If this is 0 (default), all packets will be returned.

Returns

A vector of MipDataPackets containing all the data packets that are available up to the requested number of packets.

Exceptions
-
- -
-
totalPackets
-
uint32 totalPackets()
-

Gets the total number of data packets that are currently in the buffer.

Returns

The total number of data packets that are currently in the buffer.

-
- -
-
timeout
-
void timeout(
uint64 timeout
)
-

Sets the timeout to use when waiting for responses from commands.

Parameters
timeout
uint64

The timeout (in milliseconds) to set for commands.

-
- -
-
timeout
-
uint64 timeout() const
-

Gets the timeout to use when waiting for responses from commands.

Returns

The timeout (in milliseconds) used for commands.

-
- -
-
name
-
std::string name()
-

Gets the name of the DisplacementNode. This is the universal sensor name that should be used for uploading to SensorCloud.  This is the same as calling DisplacementNode::deviceName.

Returns

The universal sensor name.

-
- -
-
ping
-
bool ping()
-

Pings the Node to check for communication.  Sends the "Ping" command to the device.

Returns

true if successfully pinged the node, false if failed.

Exceptions
-
- -
-
setToIdle
-
void setToIdle()
-

Suspends streaming (if enabled) or wakes the device from sleep (if sleeping), putting the device in an idle mode.  After this command is used, the resume command may be used to put the Node back into the mode it was previously in before setToIdle was called.

Exceptions
-
- -
-
cyclePower
-
bool cyclePower()
-

Performs the "Device Reset" command.  Note: This is essentially the same as unplugging and plugging the device back in.

Exceptions
-
- -
-
resume
-
void resume()
-

Places the Node back in the mode it was in before issuing the setToIdle command.  If the setToIdle command was not issued, then the device is placed in default mode.

Exceptions
-
- -
-
getDisplacementOutputDataRate
-
SampleRate getDisplacementOutputDataRate() const
-

Gets the output data rate for the displacement data.

Returns

A SampleRate.

Exceptions
-
- -
-
getAnalogToDisplacementCal
-
LinearEquation getAnalogToDisplacementCal() const
-

Gets the Analog to Displacement calibration coefficients.

Returns

A LinearEquation containing the slope and offset.

Exceptions
-
- -
-
setDeviceTime
-
void setDeviceTime()
-

Seeds the device time with the current system time.  This time will be reflected in the timestamp field that can come with data from the device.

Exceptions
-
- -
-
setDeviceTime
-
void setDeviceTime(
uint64 nanoseconds
)
-

Seeds the device time with a specific time.  This time will be reflected in the timestamp field that can come with data from the device.

Parameters
nanoseconds
uint64

The number of nanoseconds since Unix Epoch.

Exceptions
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Inertial/EulerAngles-h-Summary.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Inertial/EulerAngles-h-Summary.js deleted file mode 100644 index 6f0b33969..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Inertial/EulerAngles-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Inertial/EulerAngles.h","EulerAngles.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Inertial/EulerAngles.h",[["C/C++","C"]],[["Classes","Class"],["Enums","Enumeration"],["Functions","Function"]],[[1002,0,0,"EulerAngles","EulerAngles"],[1003,0,2,"EulerAngles","EulerAngles.EulerAngles"],[1004,0,2,"EulerAngles","EulerAngles.EulerAngles(2)"],[1005,0,2,"EulerAngles","EulerAngles.EulerAngles(3)"],[1006,0,2,"operator Rotation() (cast)","EulerAngles.operator_Rotation()"],[1007,0,2,"asMipFieldValues","EulerAngles.asMipFieldValues"],[1008,0,2,"appendMipFieldValues","EulerAngles.appendMipFieldValues"],[1009,0,2,"roll","EulerAngles.roll"],[1010,0,2,"pitch","EulerAngles.pitch"],[1011,0,2,"yaw","EulerAngles.yaw"],[1012,0,2,"heading","EulerAngles.heading"],[1013,0,0,"Quaternion","Quaternion"],[1014,0,2,"Quaternion","Quaternion.Quaternion"],[1015,0,2,"Quaternion","Quaternion.Quaternion(2)"],[1016,0,2,"operator Rotation() (cast)","Quaternion.operator_Rotation()"],[1017,0,2,"asMipFieldValues","Quaternion.asMipFieldValues"],[1018,0,2,"appendMipFieldValues","Quaternion.appendMipFieldValues"],[1019,0,2,"normalize","Quaternion.normalize"],[1020,0,2,"q0","Quaternion.q0"],[1021,0,2,"q1","Quaternion.q1"],[1022,0,2,"q2","Quaternion.q2"],[1023,0,2,"q3","Quaternion.q3"],[1024,0,0,"Rotation","Rotation"],[1025,0,1,"Format","Rotation.Format"],[1026,0,1,,"Rotation.EULER_ANGLES"],[1027,0,1,,"Rotation.QUATERNION"],[1028,0,2,"Rotation","Rotation.Rotation"],[1029,0,2,"Rotation","Rotation.Rotation(2)"],[1030,0,2,"Rotation","Rotation.Rotation(3)"],[1031,0,2,"Rotation","Rotation.Rotation(4)"],[1032,0,2,"FromEulerAngles (static)","Rotation.FromEulerAngles"],[1033,0,2,"FromQuaternion (static)","Rotation.FromQuaternion"],[1034,0,2,"operator EulerAngles() (cast)","Rotation.operator_EulerAngles()"],[1035,0,2,"operator Quaternion() (cast)","Rotation.operator_Quaternion()"],[1036,0,2,"asEulerAngles","Rotation.asEulerAngles"],[1037,0,2,"asQuaternion","Rotation.asQuaternion"],[1038,0,2,"asMipFieldValues","Rotation.asMipFieldValues"],[1039,0,2,"appendMipFieldValues","Rotation.appendMipFieldValues"],[1040,0,2,"format","Rotation.format"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Inertial/EulerAngles-h-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Inertial/EulerAngles-h-SummaryToolTips.js deleted file mode 100644 index ef69cb356..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Inertial/EulerAngles-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Inertial/EulerAngles.h",{1002:"
EulerAngles
Represents generic Euler Angles (roll, pitch, yaw).
",1003:"
EulerAngles()
Creates an EulerAngles object.
",1004:"
EulerAngles(
float roll,
float pitch,
float yaw
)
Creates an EulerAngles object with the specified roll, pitch, and yaw/heading.
",1005:"
EulerAngles(
const MipFieldValues &data,
uint8 offset = 0
)
Creates a EulerAngles object based on specified <MipFieldValues> data
",1006:"
operator Rotation() const
Creates a Rotation object with this object\'s roll, pitch, and yaw values
",1007:"
MipFieldValues asMipFieldValues() const
Gets the current euler angles values formatted as a <MipFieldValues> object.
",1008:"
void appendMipFieldValues(
MipFieldValues &appendTo
) const
Adds the properly formatted <MipFieldValues> that represent this object to the specified collection.
",1009:"
float roll() const
Gets the roll angle.
",1010:"
float pitch() const
Gets the pitch angle.
",1011:"
float yaw() const
Gets the yaw (heading) angle.
",1012:"
float heading() const
Gets the heading (yaw) angle.
",1013:"
Quaternion
",1014:"
Quaternion(
float q0,
float q1,
float q2,
float q3
)
Creates an Quaternion object.
",1015:"
Quaternion(
const MipFieldValues &data,
uint8 offset = 0
)
Creates a Quaternion object based on specified <MipFieldValues> data
",1016:"
operator Rotation() const
Creates a Rotation object with this object\'s values
",1017:"
MipFieldValues asMipFieldValues() const
Gets the current quaternion values formatted as a <MipFieldValues> object
",1018:"
void appendMipFieldValues(
MipFieldValues &appendTo
) const
Adds the properly formatted <MipFieldValues> that represent this object to the specified collection.
",1019:"
void normalize()
normalize the quaternion value
",1020:"
float q0() const
Gets the 0-index value (usually w).
",1021:"
float q1() const
Gets the 1-index value (usually x).
",1022:"
float q2() const
Gets the 2-index value (usually y).
",1023:"
float q3() const
Gets the 3-index value (usually z).
",1024:"
Rotation
Structure that can represent either a Quaternion or EulerAngles object.
",1025:"
Possible formats for the Rotation object.
",1028:"
Rotation() : Rotation(EulerAngles(0, 0, 0))
Constructs a Rotation object with default values.
",1029:"
Rotation(
const EulerAngles &angles
)
Constructs a Rotation object based on the specified EulerAngles.
",1030:"
Rotation(
const Quaternion &quat
)
Constructs a Rotation object based on the specified Quaternion.
",1031:"
Rotation(
const MipFieldValues &data,
uint8 offset = 0
)
Creates a Rotation object based on specified <MipFieldValues> data
",1032:"
static Rotation FromEulerAngles(
const EulerAngles &angles
)
Constructs a Rotation object based on the specified EulerAngles.
",1033:"
static Rotation FromQuaternion(
const Quaternion &quat
)
Constructs a Rotation object based on the specified Quaternion.
",1034:"
operator EulerAngles() const
Creates an EulerAngles object with this object\'s rotation values. Error_BadDataType exception will be thrown if this Rotation object does not represent an EulerAngles rotation.
",1035:"
operator Quaternion() const
Creates an Quaternion object with this object\'s rotation values. Error_BadDataType exception will be thrown if this Rotation object does not represent an Quaternion rotation.
",1036:"
EulerAngles asEulerAngles() const
Creates an EulerAngles object with this object\'s rotation values. Error_BadDataType exception will be thrown if this Rotation object does not represent an EulerAngles rotation.
",1037:"
Quaternion asQuaternion() const
Creates an Quaternion object with this object\'s rotation values. Error_BadDataType exception will be thrown if this Rotation object does not represent an Quaternion rotation.
",1038:"
MipFieldValues asMipFieldValues(
bool includeFormat = true
) const
Gets the current quaternion values formatted as a <MipFieldValues> object
",1039:"
void appendMipFieldValues(
MipFieldValues &appendTo,
bool includeFormat = true
) const
Adds the properly formatted <MipFieldValues> that represent this object to the specified collection.
",1040:"
Format format() const
Gets the Format of this Rotation object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Inertial/EulerAngles-h-ToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Inertial/EulerAngles-h-ToolTips.js deleted file mode 100644 index 5bd0029b8..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Inertial/EulerAngles-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1002:"
EulerAngles
Represents generic Euler Angles (roll, pitch, yaw).
",1013:"
Quaternion
",1024:"
Rotation
Structure that can represent either a Quaternion or EulerAngles object.
",1025:"
Possible formats for the Rotation object.
",4373:"
Vector
Represents a Vector of values
",4620:"
Error_BadDataType
Data of one type was accessed as another type (simple_any)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Inertial/EulerAngles-h.html b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Inertial/EulerAngles-h.html deleted file mode 100644 index 25054c4f5..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Inertial/EulerAngles-h.html +++ /dev/null @@ -1,232 +0,0 @@ - - -EulerAngles.h - - - - - - - -
-
EulerAngles
-
public
Vector
EulerAngles
-

Represents generic Euler Angles (roll, pitch, yaw).

-
- -
-
EulerAngles
-
EulerAngles()
-

Creates an EulerAngles object.

-
- -
-
EulerAngles
-
EulerAngles(
float roll,
float pitch,
float yaw
)
-

Creates an EulerAngles object with the specified roll, pitch, and yaw/heading.

-
- -
-
EulerAngles
-
EulerAngles(
const MipFieldValues &data,
uint8 offset = 0
)
-

Creates a EulerAngles object based on specified <MipFieldValues> data

Parameters
<MipFieldValues>

format must be 3 floats

offset
uint8

default: 0 - uint8 index offset to start reading from

-
- -
-
operator Rotation() (cast)
-
operator Rotation() const
-

Creates a Rotation object with this object's roll, pitch, and yaw values

-
- -
-
asMipFieldValues
-
MipFieldValues asMipFieldValues() const
-

Gets the current euler angles values formatted as a <MipFieldValues> object.

Returns
<MipFieldValues>

collection of values that represents this object.

-
- -
-
appendMipFieldValues
-
void appendMipFieldValues(
MipFieldValues &appendTo
) const
-

Adds the properly formatted <MipFieldValues> that represent this object to the specified collection.

Parameters
appendTo
MipFieldValues&

(reference) the <MipFieldValues> collection to append to

-
- -
-
roll
-
float roll() const
-

Gets the roll angle.

Returns

The roll Euler Angle.

-
- -
-
pitch
-
float pitch() const
-

Gets the pitch angle.

Returns

The pitch Euler Angle.

-
- -
-
yaw
-
float yaw() const
-

Gets the yaw (heading) angle.

Returns

The yaw (heading) Euler Angle.

-
- -
-
heading
-
float heading() const
-

Gets the heading (yaw) angle.

Returns

The heading (yaw) Euler Angle.

-
- -
-
Quaternion
-
public
Vector
Quaternion
-
Represents generic Quaternion (q0-3, usually w, x, y, z

refer to protocol documentation).

-
- -
-
Quaternion
-
Quaternion(
float q0,
float q1,
float q2,
float q3
)
-

Creates an Quaternion object.

-
- -
-
Quaternion
-
Quaternion(
const MipFieldValues &data,
uint8 offset = 0
)
-

Creates a Quaternion object based on specified <MipFieldValues> data

Parameters
<MipFieldValues>

format must be 4 floats

offset
uint8

default: 0 - uint8 index offset to start reading from

-
- -
-
operator Rotation() (cast)
-
operator Rotation() const
-

Creates a Rotation object with this object's values

-
- -
-
asMipFieldValues
-
MipFieldValues asMipFieldValues() const
-

Gets the current quaternion values formatted as a <MipFieldValues> object

Returns
<MipFieldValues>

collection of values that represents this object.

-
- -
-
appendMipFieldValues
-
void appendMipFieldValues(
MipFieldValues &appendTo
) const
-

Adds the properly formatted <MipFieldValues> that represent this object to the specified collection.

Parameters
appendTo
MipFieldValues&

(reference) the <MipFieldValues> collection to append to

-
- -
-
normalize
-
void normalize()
-

normalize the quaternion value

-
- -
-
q0
-
float q0() const
-

Gets the 0-index value (usually w).

Returns

The 0-index value.

-
- -
-
q1
-
float q1() const
-

Gets the 1-index value (usually x).

Returns

The 1-index value.

-
- -
-
q2
-
float q2() const
-

Gets the 2-index value (usually y).

Returns

The 2-index value.

-
- -
-
q3
-
float q3() const
-

Gets the 3-index value (usually z).

Returns

The 3-index value.

-
- -
-
Rotation
-
public
Vector
Rotation
-

Structure that can represent either a Quaternion or EulerAngles object.

-
- -
-
Format
-

Possible formats for the Rotation object.

EULER_ANGLES

1 - EulerAngles format

QUATERNION

2 - Quaternion format

-
- -
-
Rotation
-
Rotation() : Rotation(EulerAngles(0, 0, 0))
-

Constructs a Rotation object with default values.

-
- -
-
Rotation
-
Rotation(
const EulerAngles &angles
)
-

Constructs a Rotation object based on the specified EulerAngles.

Parameters
angles
const EulerAngles&

EulerAngles object to populate rotation values from

-
- -
-
Rotation
-
Rotation(
const Quaternion &quat
)
-

Constructs a Rotation object based on the specified Quaternion.

Parameters
quat
const Quaternion&

Quaternion object to populate rotation values from

-
- -
-
Rotation
-
Rotation(
const MipFieldValues &data,
uint8 offset = 0
)
-

Creates a Rotation object based on specified <MipFieldValues> data

Parameters
<MipFieldValues>

format must be a u8 format id and 3 or 4 floats

offset
uint8

default: 0 - uint8 index offset to start reading from

-
- -
-
FromEulerAngles (static)
-
static Rotation FromEulerAngles(
const EulerAngles &angles
)
-

Constructs a Rotation object based on the specified EulerAngles.

Parameters
angles
const EulerAngles&

EulerAngles object to populate rotation values from

-
- -
-
FromQuaternion (static)
-
static Rotation FromQuaternion(
const Quaternion &quat
)
-

Constructs a Rotation object based on the specified Quaternion.

Parameters
quat
const Quaternion&

Quaternion object to populate rotation values from

-
- -
-
operator EulerAngles() (cast)
-
operator EulerAngles() const
-

Creates an EulerAngles object with this object's rotation values.  Error_BadDataType exception will be thrown if this Rotation object does not represent an EulerAngles rotation.

-
- -
-
operator Quaternion() (cast)
-
operator Quaternion() const
-

Creates an Quaternion object with this object's rotation values.  Error_BadDataType exception will be thrown if this Rotation object does not represent an Quaternion rotation.

-
- -
-
asEulerAngles
-
EulerAngles asEulerAngles() const
-

Creates an EulerAngles object with this object's rotation values.  Error_BadDataType exception will be thrown if this Rotation object does not represent an EulerAngles rotation.

-
- -
-
asQuaternion
-
Quaternion asQuaternion() const
-

Creates an Quaternion object with this object's rotation values.  Error_BadDataType exception will be thrown if this Rotation object does not represent an Quaternion rotation.

-
- -
-
asMipFieldValues
-
MipFieldValues asMipFieldValues(
bool includeFormat = true
) const
-

Gets the current quaternion values formatted as a <MipFieldValues> object

Parameters
includeFormat
bool

bool - default: true - indicate whether the uint8 format identifier should be included in the MipFieldValues

Returns
<MipFieldValues>

collection of values that represents this object.

-
- -
-
appendMipFieldValues
-
void appendMipFieldValues(
MipFieldValues &appendTo,
bool includeFormat = true
) const
-

Adds the properly formatted <MipFieldValues> that represent this object to the specified collection.

Parameters
appendTo
MipFieldValues&

(reference) the <MipFieldValues> collection to append to

includeFormat
bool

bool - default: true - indicate whether the uint8 format identifier should be included in the MipFieldValues

-
- -
-
format
-
Format format() const
-

Gets the Format of this Rotation object.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Inertial/ExposedInertialTypes-h-Summary.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Inertial/ExposedInertialTypes-h-Summary.js deleted file mode 100644 index 4c635e79d..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Inertial/ExposedInertialTypes-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ 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tions","GpioConfiguration.GpioPinModeOptions"],[908,0,5,"GpioBehaviorModes","GpioConfiguration.GpioBehaviorModes"],[909,0,5,"GpioFeatureBehaviors","GpioConfiguration.GpioFeatureBehaviors"],[910,0,5,"GpioPinOptions","GpioConfiguration.GpioPinOptions"],[911,0,2,"EventControlMode","GpioConfiguration.EventControlMode"],[912,0,4,"EventTriggerGpioParameter","EventTriggerGpioParameter"],[913,0,2,"Mode","EventTriggerGpioParameter.Mode"],[914,0,4,"EventTriggerThresholdParameter","EventTriggerThresholdParameter"],[915,0,2,"Type","EventTriggerThresholdParameter.Type"],[916,0,6,"type","EventTriggerThresholdParameter.type"],[917,0,6,"lowThreshold","EventTriggerThresholdParameter.lowThreshold"],[918,0,6,"highThreshold","EventTriggerThresholdParameter.highThreshold"],[919,0,3,"channel","EventTriggerThresholdParameter.channel"],[920,0,3,"channel","EventTriggerThresholdParameter.channel(2)"],[921,0,3,"channelField","EventTriggerThresholdParameter.channelField"],[922,0,3,"channelQualifier","EventTriggerThresholdParameter.channelQualifier"],[923,0,3,"channelIndex","EventTriggerThresholdParameter.channelIndex"],[924,0,4,"EventTriggerCombinationParameter","EventTriggerCombinationParameter"],[925,0,4,"EventTriggerParameters","EventTriggerParameters"],[926,0,3,"EventTriggerParameters","EventTriggerParameters.EventTriggerParameters"],[927,0,6,"gpio","EventTriggerParameters.gpio"],[928,0,6,"threshold","EventTriggerParameters.threshold"],[929,0,6,"combination","EventTriggerParameters.combination"],[930,0,4,"EventTriggerConfiguration","EventTriggerConfiguration"],[931,0,2,"Type","EventTriggerConfiguration.Type"],[932,0,2,,"EventTriggerConfiguration.NONE"],[933,0,2,,"EventTriggerConfiguration.GPIO_TRIGGER"],[934,0,2,,"EventTriggerConfiguration.THRESHOLD_TRIGGER"],[935,0,2,,"EventTriggerConfiguration.COMBINATION_TRIGGER"],[936,0,6,"instance","EventTriggerConfiguration.instance"],[937,0,6,"trigger","EventTriggerConfiguration.trigger"],[938,0,6,"parameters","EventTriggerConfiguration.parameters"],[939,0,4,"EventActionGpioParameter","EventActionGpioParameter"],[940,0,2,"Mode","EventActionGpioParameter.Mode"],[941,0,2,,"EventActionGpioParameter.DISABLED"],[942,0,2,,"EventActionGpioParameter.ACTIVE_HIGH"],[943,0,2,,"EventActionGpioParameter.ACTIVE_LOW"],[944,0,2,,"EventActionGpioParameter.ONESHOT_HIGH"],[945,0,2,,"EventActionGpioParameter.ONESHOW_LOW"],[946,0,2,,"EventActionGpioParameter.TOGGLE"],[947,0,6,"pin","EventActionGpioParameter.pin"],[948,0,6,"mode","EventActionGpioParameter.mode"],[949,0,4,"EventActionMessageParameter","EventActionMessageParameter"],[950,0,1,"MAX_DESCRIPTORS","EventActionMessageParameter.MAX_DESCRIPTORS"],[951,0,6,"sampleRate","EventActionMessageParameter.sampleRate"],[952,0,3,"dataClass","EventActionMessageParameter.dataClass"],[953,0,3,"setChannelFields","EventActionMessageParameter.setChannelFields"],[954,0,3,"getChannelFields","EventActionMessageParameter.getChannelFields"],[955,0,4,"EventActionParameters","EventActionParameters"],[956,0,3,"EventActionParameters","EventActionParameters.EventActionParameters"],[957,0,6,"gpio","EventActionParameters.gpio"],[958,0,6,"message","EventActionParameters.message"],[959,0,4,"EventActionConfiguration","EventActionConfiguration"],[960,0,2,"Type","EventActionConfiguration.Type"],[961,0,2,,"EventActionConfiguration.NONE"],[962,0,2,,"EventActionConfiguration.GPIO"],[963,0,2,,"EventActionConfiguration.MESSAGE"],[964,0,6,"instance","EventActionConfiguration.instance"],[965,0,6,"trigger","EventActionConfiguration.trigger"],[966,0,6,"type","EventActionConfiguration.type"],[967,0,6,"parameters","EventActionConfiguration.parameters"],[968,0,4,"EventTriggerInfo","EventTriggerInfo"],[969,0,3,"EventTriggerInfo","EventTriggerInfo.EventTriggerInfo"],[970,0,3,"EventTriggerInfo","EventTriggerInfo.EventTriggerInfo(2)"],[971,0,2,"Status","EventTriggerInfo.Status"],[972,0,2,,"EventTriggerInfo.ACTIVE"],[973,0,2,,"EventTriggerInfo.ENABLED"],[974,0,2,,"EventTriggerInfo.TEST"],[975,0,6,"type","EventTriggerInfo.type"],[976,0,6,"instanceId","EventTriggerInfo.instanceId"],[977,0,3,"isActive","EventTriggerInfo.isActive"],[978,0,3,"isEnabled","EventTriggerInfo.isEnabled"],[979,0,3,"isTestMode","EventTriggerInfo.isTestMode"],[980,0,3,"setStatus","EventTriggerInfo.setStatus"],[981,0,5,"EventTriggerStatus","EventTriggerInfo.EventTriggerStatus"],[982,0,4,"EventActionInfo","EventActionInfo"],[983,0,3,"EventActionInfo","EventActionInfo.EventActionInfo"],[984,0,3,"EventActionInfo","EventActionInfo.EventActionInfo(2)"],[985,0,6,"type","EventActionInfo.type"],[986,0,6,"triggerId","EventActionInfo.triggerId"],[987,0,6,"instanceId","EventActionInfo.instanceId"],[988,0,5,"EventActionStatus","EventActionInfo.EventActionStatus"],[989,0,0,"MeasurementReferenceFrame","MeasurementReferenceFrame"],[990,0,3,"MeasurementReferenceFrame","MeasurementReferenceFrame.MeasurementReferenceFrame"],[991,0,3,"MeasurementReferenceFrame","MeasurementReferenceFrame.MeasurementReferenceFrame(2)"],[992,0,3,"MeasurementReferenceFrame","MeasurementReferenceFrame.MeasurementReferenceFrame(3)"],[993,0,3,"asMipFieldValues","MeasurementReferenceFrame.asMipFieldValues"],[994,0,3,"appendMipFieldValues","MeasurementReferenceFrame.appendMipFieldValues"],[995,0,3,"translation","MeasurementReferenceFrame.translation"],[996,0,3,"translation","MeasurementReferenceFrame.translation(2)"],[997,0,3,"rotation","MeasurementReferenceFrame.rotation"],[998,0,3,"rotation","MeasurementReferenceFrame.rotation(2)"],[999,0,3,"errorTrackingEnabled()","MeasurementReferenceFrame.errorTrackingEnabled"],[1000,0,3,"enableErrorTracking","MeasurementReferenceFrame.enableErrorTracking"],[1001,0,5,"MeasurementReferenceFrames","MeasurementReferenceFrame.MeasurementReferenceFrames"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Inertial/ExposedInertialTypes-h-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Inertial/ExposedInertialTypes-h-SummaryToolTips.js deleted file mode 100644 index 428c14f07..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Inertial/ExposedInertialTypes-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Inertial/ExposedInertialTypes.h",{299:"
The enum for the different data descriptors.
",300:"
The enum for possible GPS dynamics modes.
",301:"
The axis bitfield values for Tare Orientation.
",302:"
Dictates whether GNSS source is all internal, external, or single internal.
",307:"
The GNSS Fix Flags in the GPS Fix Information field
",310:"
The GNSS Fix Types with the GPS Fix Information field
",318:"
The GNSS Dual Antenna Fix Types in the Estimation Filter GNSS Dual Antenna Status field
",322:"
The bitmask definition for GNSS Dual Antenna Status in the Estimation Filter GNSS Dual Antenna Status field
",326:"
The Space Vehicle Flags in the Space Vehicle Information field
",329:"
The available device selectors.
",332:"
The available device power states.
",337:"
The available device data stream formats.
",340:"
The Sensor States with the GPS Hardware Status field
",344:"
The Antenna States with the GPS Hardware Status field
",350:"
The Antenna Powers with the GPS Hardware Status field
",354:"
The Filter States with the NAV Filter Status field Refer to device documentation for supported filter states.
",362:"
Binary flags that give information with the NAV Filter Status field when filter is initialized and running. Each bit must be checked accordingly.  Refer to device documentation for supported filter status flags.
",387:"
Binary flags that give information with the NAV Filter Status field when filter is not initialized. Each bit must be checked accordingly.
",390:"
Enum of possible filter conditions. On supported devices the filter condition is included in the Filter Status Flags value.
",394:"
The Base Station Status in the DGNSS Information field. Note: \'UDRE\' is User Differential Range Error.
",403:"
The Heading Sources with the Heading Update Source State field
",409:"
The enum to represent the different available options and combinations for the Heading Update Control command (0x0D, 0x18)
",418:"
The enum to represent the different available options and combinations for the Estimation Control command (0x0D, 0x14)
",426:"
The enum to represent the source options for Declination (0x0D, 0x43), Inclination (0x0D, 0x4C), and Magnitude Source (0x0D, 0x4D)
",430:"
The enum to represent the different available options and combinations for the Adaptive Measurement commands (0x0D, 0x44-0x46)
",434:"
The enum to represent the different available aiding measurement sources
",445:"
The enum to represent the different available constellation IDs for GNSS constellation settings
",452:"
The enum to represent the auto-adaptive filtering operating levels
",457:"
The enum to represent the factory streaming action options
",460:"
The enum to represent the PPS source options
",466:"
Bitmask for the GNSS Position and Attitude Aiding Status field values Note: GNSS constellation entries are defined by the corresponding constellation enum in GnssSignalConfiguration
",476:"
Bit definitions for the Aiding Measurement Summary Status field values
",483:"
Bit definitions for the RTK Corrections Epoch Status field value
",492:"
Value definitions for the GNSS Raw Observation Signal Quality field value
",499:"
Bitmasks for interpreting the Overrange Status (0x80,0x18) bitfield
",510:"
SBAS System identifiers
",516:"
Bitmasks for interpreting the SBAS Info (0x81,0x12) status bitfield
",521:"
GNSS Jamming State (as reported by the GNSS module)
",526:"
GNSS Spoofing State (as reported by the GNSS module)
",531:"
A vector of uint16 PRN#s for satellites.
",532:"
A string composing the RTCM message.
",533:"
A vector of VehicleModeType enum values
",534:"
A vector of AutoAdaptiveFilteringLevel enum values
",535:"
A vector of <InertialTypes::PpsSource> values
",536:"
A vector of <InertialTypes::AidingMeasurementSource> values
",537:"
A vector of <InertialTypes::GeographicSourceOption> values
",538:"
A vector of <InertialTypes::GNSS_Source> values
",539:"
A vector of NmeaMessageFormat objects.
",540:"
NmeaMessageFormat
Defines a NMEA message format.
",541:"
Maximum number of configurable NMEA messages
",542:"
NMEA sentence type options
",552:"
NMEA talker ID options
",558:"
NMEA message output is limited to either the MAX_FREQUENCY or the source descriptor set base rate, whichever is lower.
",559:"
NmeaMessageFormat()
Creates a NmeaMessageFormat object.
",560:"
~NmeaMessageFormat()
Destructor for NmeaMessageFormat object.
",561:"
void sentenceType(
SentenceType type
)
Sets the NMEA SentenceType.
",562:"
SentenceType sentenceType() const
Gets the NMEA SentenceType.
",563:"
void talkerId(
Talker id
)
Sets the NMEA Talker ID.
",564:"
Talker talkerId() const
Gets the NMEA Talker ID.
",565:"
void sourceDataClass(
MipTypes::DataClass dataClass,
uint16 baseRate = 0
)
Sets the source MipTypes::DataClass
",566:"
MipTypes::DataClass sourceDataClass() const
Gets the source MipTypes::DataClass
",567:"
void sampleRate(
SampleRate rate,
uint16 baseRate = 0
)
Sets the output sample rate. If baseRate is not specified, please use a SampleRate with RateType of decimation (SampleRate::Decimation(rateDecimation)) otherwise it will cannot be properly interpreted.
",568:"
SampleRate sampleRate() const
Gets the configured output SampleRate
",569:"
static bool talkerIdRequired(
SentenceType sentenceType
)
[static] Checks whether a Talker ID is required for the specified SentenceType type.
",570:"
static bool dataClassSupported(
MipTypes::DataClass dataClass,
SentenceType sentenceType
)
[static] Checks whether the specified MipTypes::DataClass is supported for the specified SentenceType type.
",571:"
static MipTypes::MipDataClasses supportedDataClasses(
SentenceType sentenceType
)
[static] Returns a list of supported MipTypes::DataClass values for the specified SentenceType type.
",572:"
static MipFieldValues toCommandParameters(
const NmeaMessageFormats &nmeaFormats
)
[static] Build <MipFieldValues> parameters (including count) from a vector of NmeaMessageFormat objects.
",573:"
Matrix_3x3
Defines a 3 by 3 matrix.
",574:"
Matrix_3x3(
float i00,
float i01,
float i02,
float i10,
float i11,
float i12,
float i20,
float i21,
float i22
)
Creates a Matrix object.
",575:"
Matrix_3x3(
MipFieldValues data
)
Creates a Matrix object based on a <MipFieldValues> object Note: MipFieldValues format must be 9 floats
",576:"
Matrix_3x3()
Creates a zero-filled Matrix object.
",577:"
~Matrix_3x3()
Destroys a Matrix_3x3 object.
",578:"
void set(
uint8 row,
uint8 col,
float value
)
Sets matrix index to passed in float value.
",579:"
float at(
uint8 row,
uint8 col
) const
Gets value at matrix index (row, col).
",580:"
MipFieldValues asMipFieldValues() const
Gets the current matrix values formatted as a <MipFieldValues> object
",581:"
A vector of Matrix_3x3 objects
",582:"
TimeUpdate
Contains time data for the GNSS_AssistTimeUpdate class.
",583:"
TimeUpdate(
double timeOfWeek,
uint16 weekNumber,
float timeAccuracy = 0
)
Creates a TimeUpdate object.
",584:"
~TimeUpdate()
Destroys a TimeUpdate object.
",585:"
double timeOfWeek() const
time into a given week in seconds.
",586:"
uint16 weekNumber() const
the week number.
",587:"
float timeAccuracy() const
accuracy in seconds.
",588:"
Contains the data for the AngularRateZUPTControl and VelocityZUPTControl classes.
",589:"
ZUPTSettingsData(
bool enable,
float threshold
) : enabled(enable), threshold(threshold)
Creates a ZUPTSettingsData object.
",590:"
bool enabled
",591:"
float threshold
",592:"
Contains the data for Set Reference Position command.
",593:"
FixedReferencePositionData(
bool pEnable,
Position pReference
) : enable(pEnable), referencePosition(pReference)
Creates a FixedReferencePositionData object.
",594:"
FixedReferencePositionData() : enable(false), referencePosition(Position())
Creates a FixedReferencePositionData object.
",595:"
bool enable
",596:"
Position referencePosition
",597:"
Contains the data for the SBASSettings class.
",598:"
bool enableSBAS
",599:"
bool enableRanging
",600:"
bool enableCorrectionData
",601:"
bool applyIntegrityInfo
",602:"
SatellitePRNs satellitePRNs
The SatellitePRNs for all included satellites.
",603:"
SBASSettingsData(): enableSBAS(false), enableRanging(false), enableCorrectionData(false), applyIntegrityInfo(false)
Creates a SBASSettingsData object with default values.
",604:"
Contains the satellite constellation data used in the ConstellationSettingsData class.
",605:"
InertialTypes::ConstellationId constellationID
",606:"
bool enabled
",607:"
uint8 reservedChannelCount
The number of reserved channels.  (Must be <= 32)
",608:"
uint8 maxChannels
The maximum number of tracking channels.
",609:"
bool enableL1SAIF
enables L1AIF for constellation QZSS
",610:"
A vector of Constellation objects
",611:"
Contains the data for the InertialNode::setConstellationSettings API call.
",612:"
uint16 maxChannelsAvailable
",613:"
uint16 maxChannelsToUse
",614:"
Constellations constellations
",615:"
Contains the data for the InertialNode::setLowPassFilterSettings API call.
",616:"
The enum for the different data descriptors.
",617:"
LowPassFilterData() : dataDescriptor(mscl::MipTypes::ChannelField::CH_FIELD_SENSOR_SCALED_ACCEL_VEC), manualFilterBandwidthConfig(SET_TO_HALF_REPORTING_RATE), applyLowPassFilter(true), cutoffFrequency(0)
",618:"
LowPassFilterData(
mscl::MipTypes::ChannelField descriptor
) : dataDescriptor(descriptor), manualFilterBandwidthConfig(SET_TO_HALF_REPORTING_RATE), applyLowPassFilter(true), cutoffFrequency(0)
",619:"
mscl::MipTypes::ChannelField dataDescriptor
the data descriptor these settings apply to
",620:"
ManualFilterBandwidthConfig manualFilterBandwidthConfig
The ManualFilterBandwidthConfig to use.
",621:"
bool applyLowPassFilter
applies low-pass filter if set to true.
",622:"
float cutoffFrequency
Sets the cutoff frequency, only if manualFilterBandwidthConfig == USER_SPECIFIED_CUTOFF_FREQ
",623:"
static uint8 getDataDescriptorForCommand(
mscl::MipTypes::ChannelField descriptor
)
Formats the given MipTypes::ChannelField data descriptor to be written to a <ByteStream> command.
",624:"
static mscl::MipTypes::ChannelField getDataDescriptorFromUint8(
uint8 descriptor
)
Gets the MipTypes::ChannelField data descriptor represented by the given uint8 descriptor.
",625:"
A vector of LowPassFilterData objects
",626:"
Contains the data needed by the InertialNode::setComplementaryFilterSettings class.
",627:"
ComplementaryFilterData() : upCompensationEnabled(false), upCompensationTimeInSeconds(10), northCompensationEnabled(false), northCompensationTimeInSeconds(10)
Creates a ComplementaryFilterData object with default values.
",628:"
bool upCompensationEnabled
determines whether or not the up compensation is enabled.
",629:"
float upCompensationTimeInSeconds
Sets the compensation time (in seconds) for the up compensation.
",630:"
bool northCompensationEnabled
determines whether or not the north compensation is enabled.
",631:"
float northCompensationTimeInSeconds
Sets the compensation time (in seconds) for the north compensation.
",632:"
Contains the 1PPS Pulse info for DeviceStatusData.
",633:"
PpsPulseInfo(): count(0), lastTimeinMS(0)
Creates a PpsPulseInfo object with default values.
",634:"
uint32 count
The number of 1PPS pulses
",635:"
uint32 lastTimeinMS
Time of the last 1PPS pulse in MS (references System Timer)
",636:"
Contains stream info for DeviceStatusData.
",637:"
StreamInfo(): enabled(false), outgoingPacketsDropped(0)
Creates a StreamInfo object with default values.
",638:"
bool enabled
",639:"
uint32 outgoingPacketsDropped
",641:"
DeviceMessageInfo(): messageParsingErrors(0), messagesRead(0), lastMessageReadinMS(0)
Creates a DeviceMessageInfo object with default values.
",642:"
uint32 messageParsingErrors
",643:"
uint32 messagesRead
",644:"
uint32 lastMessageReadinMS
Time of last message read for the stream in MS (references System Timer)
",645:"
Contains USB or COM port info for DeviceStatusData.
",646:"
PortInfo(): bytesWritten(0), bytesRead(0), overrunsOnWrite(0), overrunsOnRead(0)
Creates a PortInfo object with default values.
",647:"
uint32 bytesWritten
",648:"
uint32 bytesRead
",649:"
uint32 overrunsOnWrite
",650:"
uint32 overrunsOnRead
",651:"
Contains internal temperature info for DeviceStatusData.
",652:"
TemperatureInfo(): onBoardTemp(0), lastReadInMS(0), error(0)
Creates a TemperatureInfo object with default values.
",653:"
float onBoardTemp
",654:"
uint32 lastReadInMS
Time of last temperature sensor reading in MS (references System Timer)
",655:"
uint8 error
",656:"
Keys corresponding to the device status values returned by DeviceStatusData::asMap, DeviceStatusData::asValueMap.
",657:"
A map of DeviceStatusValues, string entries.
",658:"
A map of DeviceStatusValues, Value entries.
",659:"
DeviceStatusData
Contains the data needed by the InertialNode::getBasicDeviceStatus method.
",660:"
Represents the two different types of statuses returned by DeviceStatus.
",663:"
Enum of available system states.
",664:"
DeviceStatusData()
Creates a DeviceStatusData object with default values.
",665:"
uint16 modelNumber
",666:"
StatusSelector statusStructure
",667:"
uint32 systemTimerInMS
",668:"
SystemState systemState()
get or set m_systemState
",669:"
bool gnssPowerStateOn() const
get or set m_gnssPowerStateOn
",670:"
PpsPulseInfo gnss1PpsPulseInfo()
get or set m_gnss1PpsPulseInfo
",671:"
StreamInfo imuStreamInfo()
get or set m_imuStreamInfo
",672:"
StreamInfo gnssStreamInfo()
get or set m_gnssStreamInfo
",673:"
StreamInfo estimationFilterStreamInfo()
get or set m_estimationFilterStreamInfo
",674:"
DeviceMessageInfo imuMessageInfo()
get or set m_imuMessageInfo
",675:"
DeviceMessageInfo gnssMessageInfo()
get or set m_gnssMessageInfo
",676:"
PortInfo comPortInfo()
get or set m_comPortInfo
",677:"
PortInfo usbPortInfo()
get or set m_usbPortInfo
",678:"
bool hasMagnetometer() const
get or set m_hasMagnetometer
",679:"
bool magnetometerInitializationFailed() const
get or set m_magnetometerInitializationFailed
",680:"
bool hasPressure() const
get or set m_hasPressure
",681:"
bool pressureInitializationFailed() const
get or set m_pressureInitializationFailed
",682:"
bool gnssReceiverInitializationFailed() const
get or set m_gnssReceiverInitializationFailed
",683:"
bool coldStartOnPowerOn() const
get or set m_coldStartOnPowerOn
",684:"
TemperatureInfo temperatureInfo()
get or set m_temperatureInfo
",685:"
InertialTypes::PowerState powerState() const
get or set m_powerState
",686:"
uint16 gyroRange() const
get or set m_gyroRange
",687:"
uint16 accelRange() const
get or set m_accelRange
",688:"
mscl::DeviceStatusMap asMap() const
get the device status as a map
",689:"
mscl::DeviceStatusValueMap asValueMap() const
get the device status as value map
",690:"
A vector of StatusSelector objects
",691:"
Contains the data needed by the InertialNode::sendExternalGNSSUpdate method.
",692:"
double gpsTimeOfWeek
",693:"
uint16 gpsWeekNumber
",694:"
double lattitude
",695:"
double longitude
",696:"
double altitudeAboveWGS84Ellipsoid
",697:"
float northVelocity
",698:"
float eastVelocity
",699:"
float downVelocity
",700:"
float northPositionUncertainty
",701:"
float eastPositionUncertainty
",702:"
float downPositionUncertainty
",703:"
float northVelocityUncertainty
",704:"
float eastVelocityUncertainty
",705:"
float downVelocityUncertainty
",706:"
Contains the possible sources of aiding heading updates to the Kalman filter.  Some, all, or none of the options can be set as heading aids.
",707:"
Converts this class to a <InertialTypes::HeadingUpdateEnableOption>.
",708:"
HeadingUpdateOptions() : useInternalMagnetometer(false), useInternalGNSSVelocityVector(false), useExternalHeadingMessages(false)
",709:"
HeadingUpdateOptions(
const InertialTypes::HeadingUpdateEnableOption &headingUpdateOption
)
Updates this class from a <InertialTypes::HeadingUpdateEnableOption> according to the Communications Protocol.
",710:"
bool useInternalMagnetometer
",711:"
bool useInternalGNSSVelocityVector
",712:"
bool useExternalHeadingMessages
",713:"
A vector of HeadingUpdateOptions objects
",714:"
Options defining which initial filter values are user-specified or automatically determined on initialization.
",719:"
Method options for automatically determining initial filter heading
",724:"
Struct to create and interact with a HeadingAlignmentOption bitfield
",725:"
HeadingAlignmentMethod()
Default constructor, value = 0
",726:"
HeadingAlignmentMethod(
uint8 val
) : value(val)
Construct HeadingAlignmentMethod object with specified initial value.
",727:"
uint8 value
The HeadingAlignmentMethod bitfield value
",728:"
void select(
HeadingAlignmentOption option
)
Add a <HeadingAlignmentOption> to the bitfield.
",729:"
void deselect(
HeadingAlignmentOption option
)
Remove a <HeadingAlignmentOption> from the bitfield.
",730:"
Checks whether the specified <HeadingAlignmentOption> is included in the bitfield.
",731:"
Struct to hold values for the Filter Initialization Config command.
",732:"
FilterInitializationValues() : initialValuesSource(FilterInitialValuesSource::Automatic), autoHeadingAlignmentMethod(HeadingAlignmentOption::GNSS_Kinematic), referenceFrame(PositionVelocityReferenceFrame::ECEF)
Creates a FilterInitializationValues object with default values.
",733:"
bool autoInitialize
",734:"
FilterInitialValuesSource initialValuesSource
",735:"
HeadingAlignmentMethod autoHeadingAlignmentMethod
",736:"
EulerAngles initialAttitude
Note: Only heading value will be used if initialValueSource indicates pitch/roll will be determined automatically.
",737:"
Position initialPosition
",738:"
GeometricVector initialVelocity
",739:"
PositionVelocityReferenceFrame referenceFrame
",740:"
bool manualHeading()
Checks the value of initialValuesSource to determine if the initial heading needs to be set manually.
",741:"
bool manualAttitude()
Checks the value of initialValuesSource to determine if the initial heading, pitch, and roll need to be set manually.
",742:"
bool manualPositionVelocity()
Checks the value of initialValuesSource to determine if the initial position and velocity need to be set manually.
",743:"
Contains the possible axis bitfield values.
",744:"
bool tareRollAxis
",745:"
bool tarePitchAxis
",746:"
bool tareYawAxis
",747:"
Holds the Geographic Source Option and the fixed value if manual is selected.  Determines the sources for Declination, Inclination, and Magnitude.
",748:"
InertialTypes::GeographicSourceOption source
",749:"
float manual
",750:"
Controls which parameters are estimated by the Kalman Filter.  Some, all, or none of the options can be set as estimation controls.
",751:"
bool enableGyroBiasEstimation
",752:"
bool enableAccelBiasEstimation
",753:"
bool enableGyroScaleFactorEstimation
",754:"
bool enableAccelScaleFactorEstimation
",755:"
bool enableGNSSAntennaOffsetEstimation
",756:"
bool enableHardIronAutoCalibration
",757:"
bool enableSoftIronAutoCalibration
",759:"
Dictates whether heading is relative to true north or magnetic north.
",760:"
float headingAngle
",761:"
float headingAngleUncertainty
",763:"
AdaptiveMeasurementData() : mode(InertialTypes::AdaptiveMeasurementMode::ADAPTIVE_MEASUREMENT_DISABLE), lowPassFilterCutoff(0), lowLimit(0), highLimit(0), lowLimitUncertainty(0), highLimitUncertainty(0), minUncertainty(0)
Initialize an AdaptiveMeasurementData object with default values
",764:"
InertialTypes::AdaptiveMeasurementMode mode
",765:"
float lowPassFilterCutoff
",766:"
float lowLimit
",767:"
float highLimit
",768:"
float lowLimitUncertainty
",769:"
float highLimitUncertainty
",770:"
float minUncertainty
",772:"
AutoAdaptiveFilterOptions() : level(InertialTypes::FILTERING_MODERATE), timeLimit(0)
Initializes a AutoAdaptiveFilterOptions object with default values
",773:"
AutoAdaptiveFilterOptions(
InertialTypes::AutoAdaptiveFilteringLevel lvl,
uint16 limit
) : level(lvl), timeLimit(limit)
Initializes a AutoAdaptiveFilterOptions object with specified values
",774:"
InertialTypes::AutoAdaptiveFilteringLevel level
The auto-adaptive filter operating level
",775:"
uint16 timeLimit
The maximum duration of measurement rejection before entering recovery mode (ms)
",776:"
A vector of AdaptiveMeasurementMode enum values
",778:"
Indicates the bit value used to enable/disable data conditioning features
",779:"
Indicates the magnetometer bandwidth and power consumption settings
",782:"
uint16 dataConditioningFlags
",783:"
uint16 orientationCalcDecimation
",784:"
uint8 accelGyroFilterWidth
",785:"
uint8 magFilterWidth
",786:"
uint16 upCompensation
",787:"
uint16 northCompensation
",788:"
MagPowerBandwidthSettings magBandwidthPower
",789:"
bool conditioningOptionOn(
DataConditioningFlags option
)
Checks whether the specified conditioning option bit is 1.
",790:"
void setConditioningOptionOn(
DataConditioningFlags option
)
Sets the specified conditioning option bit to 1.
",791:"
void setConditioningOptionOff(
DataConditioningFlags option
)
Sets the specified conditioning option bit to 0.
",793:"
Indicates the bit value used to enable/disable available measurement options
",794:"
uint16 measurementOptions
",795:"
bool optionEnabled(
MeasurementOptions option
)
Checks whether the specified option is enabled.
",796:"
void enableOption(
MeasurementOptions option
)
Enables the specified option.
",797:"
void disableOption(
MeasurementOptions option
)
Disables the specified option.
",799:"
Modem state values OFF  - 0x00 - Off NO_NETWORK  - 0x01 - No Network NETWORK_CONNECTED  - 0x02 - Network Connected CONFIGURING_DATA_CONTEXT  - 0x03 - Configuring Data Context ACTIVATING_DATA_CONTEXT  - 0x04 - Activating Data Context CONFIGURING_SOCKET  - 0x05 - Configuring Socket WAITING_ON_SERVER_HANDSHAKE - 0x06 - Waiting on Server Handshake CONNECTED_AND_IDLE  - 0x07 - Connected + Idle CONNECTED_AND_STREAMING  - 0x08 - Connected + Streaming
",800:"
Connection types NO_CONNECTION - 0x00 - No Connection CONNECTION_2G - 0x02 - 2G CONNECTION_3G - 0x03 - 3G CONNECTION_4G - 0x04 - 4G CONNECTION_5G - 0x05 - 5G
",801:"
Only C++ compatible
",802:"
uint8 version() const
",803:"
ModemState modemState() const
",804:"
ConnectionType connectionType() const
",805:"
int8 rssi() const
",806:"
uint8 signalQuality() const
",807:"
uint8 towerChangeIndicator() const
",808:"
uint8 nmeaTimeout() const
",809:"
uint8 serverTimeout() const
",810:"
uint8 rtcmTimeout() const
",811:"
uint8 deviceOutOfRange() const
",812:"
uint8 correctionsUnavailable() const
",814:"
Controller state values IDLE  - 0x00 - Idle ACTIVE  - 0x04 - Active
",815:"
Platform state values MODEM_OFF  - 0x00 - Modem Off MODEM_POWERING_ON  - 0x01 - Modem Powering On MODEM_CONFIGURE  - 0x02 - Configuring Modem MODEM_POWERING_DOWN  - 0x03 - Modem Powering Down MODEM_READY  - 0x04 - Modem Ready MODEM_CONNECTING  - 0x05 - Modem Connecting to Network MODEM_DISCONNECTING  - 0x06 - Modem Disconnecting from Network MODEM_CONNECTED  - 0x07 - Modem Connected SERVICE_CONNECTING  - 0x08 - Connecting to RTK Service SERVICE_CONNECTION_FAILED  - 0x09 - Connection to RTK Service Failed SERVICE_CONNECTION_CANCELED  - 0x0A - Connection to RTK Service Canceled SERVICE_DISCONNECTING  - 0x0B - Disconnecting from RTK Service SERVICE_CONNECTED  - 0x0C - Connected to RTK Service PLATFORM_ERROR  - 0x0D - Platform Error RESET_MODEM  - 0x0E - Reset Modem
",816:"
Controller status code values CONTROLLER_OK  - 0x00 - Controller OK WAITING_NMEA  - 0x01 - Awaiting NMEA RTK_TIMEOUT  - 0x02 - RTK Timed Out RTK_UNAVAILABLE - 0x03 - RTK Unavailable CONFIG_INVALID  - 0x07 - Invalid Configuration
",817:"
Platform status code values PLATFORM_OK  - 0x00 - Platform OK RTK_CONNECTION_DROPPED  - 0x04 - RTK Service Connection Broken CELL_CONNECTION_DROPPED - 0x06 - Cell Connection Dropped MODEM_ERROR  - 0x07 - Modem Error
",818:"
Possible RTK reset reason values POWER_ON  - 0x00 - Reset due to Power-on UNKNOWN  - 0x01 - Hardware reset SOFT_RESET  - 0x02 - Soft reset HARDWARE_ERROR_RESET  - 0x03 - Watchdog reset
",819:"
Only C++ compatible
",820:"
uint8 version() const
",821:"
ControllerState controllerState() const
",822:"
PlatformState platformState() const
",823:"
ControllerStatusCode controllerStatusCode() const
",824:"
PlatformStatusCode platformStatusCode() const
",825:"
ResetReason resetReason() const
",826:"
uint8 signalQuality() const
",827:"
GnssSignalConfiguration
",828:"
Available GPS signals.
",831:"
Available GLONASS signals.
",834:"
Available Galileo signals.
",837:"
Available BeiDou signals.
",840:"
GnssSignalConfiguration()
",841:"
void enableGpsSignal(
GpsSignal signal,
bool enable = true
)
Enable or disable specified GPS signal
",842:"
bool gpsSignalEnabled(
GpsSignal signal
)
Check whether the specified GPS signal is enabled
",843:"
void gpsSignalValue(
uint8 val
)
Gets or sets the underlying value for the GPS signal bitfield
",844:"
void enableGlonassSignal(
GlonassSignal signal,
bool enable = true
)
Enable or disable specified GLONASS signal
",845:"
bool glonassSignalEnabled(
GlonassSignal signal
)
Check whether the specified GLONASS signal is enabled
",846:"
void glonassSignalValue(
uint8 val
)
Gets or sets the underlying value for the GLONASS signal bitfield
",847:"
void enableGalileoSignal(
GalileoSignal signal,
bool enable = true
)
Enable or disable specified Galileo signal
",848:"
bool galileoSignalEnabled(
GalileoSignal signal
)
Check whether the specified Galileo signal is enabled
",849:"
void galileoSignalValue(
uint8 val
)
Gets or sets the underlying value for the Galileo signal bitfield
",850:"
void enableBeiDouSignal(
BeiDouSignal signal,
bool enable = true
)
Enable or disable specified BeiDou signal
",851:"
bool beidouSignalEnabled(
BeiDouSignal signal
)
Check whether the specified BeiDou signal is enabled
",852:"
void beidouSignalValue(
uint8 val
)
Gets or sets the underlying value for the BeiDou signal bitfield
",854:"
bool autoConfig
Indicates whether the position reference is automatically determined (position value ignored if true).
",855:"
Position position
The reference position value.
",857:"
bool enabled
Enable or disable lever arm error tracking
",858:"
float maxOffsetError
Maximum offset error magnitude
",859:"
OdometerConfiguration
",860:"
Odometer mode options DISABLED  - 0x00 - Encoder is disabled SINGLE  - 0x01 - Single pulse input; one direction only QUADRATURE  - 0x02 - Quadrature encoder mode
",861:"
Mode mode() const
Get/Set the mode
",862:"
float uncertainty() const
Get/Set the uncertainty (m/m)
",863:"
float scaling() const
Get/Set the scaling value directly (pulses per meter)
",864:"
void scaling(
float resolution,
float radius
)
Set the scaling by specifying the encoder resolution and the wheel radius.  Scaling = encoder resultion / (2pi * radius)
",865:"
Mode m_mode
",866:"
float m_scaling
",867:"
float m_unc
",869:"
GPIO Feature options. Determines how the pin will be used
",876:"
GPIO Pin behavior
",881:"
PPS Pin behavior
",885:"
Encoder Pin behavior
",889:"
Event Timestamp Pin behavior
",894:"
UART Pin behavior Note: only one Transmit and one Receive pin can be configured per port pair (see documentation)
",900:"
PinModes for the pinMode Bitfield
",905:"
void pinModeValue(
uint8 val
)
Gets or sets the underlying value for the pin mode bitfield
",906:"
A uint8 representing logical GPIO pin IDs
",907:"
A vector of GpioConfiguration::PinModes representing masked pin modes
",908:"
A map of uint behavior ID, GpioPinModeOptions pairs
",909:"
A map of GpioConfiguration::Feature, GpioBehaviorModes pairs
",910:"
A map of uint GpioPinId, GpioFeatureBehaviors pairs
",911:"
Event control modes DISABLED  - 0x00 - Trigger is disabled ENABLED  - 0x01 - Trigger is enabled TEST  - 0x02 - Force the trigger into the active state TEST_PULSE - 0x03 - Force the trigger into the active state for one event cycle
",913:"
How the pin state affects the trigger DISABLED  - 0x00 - The pin will have no effect and the trigger will never activate WHILE_HIGH - 0x01 - The trigger will be active while the pin is high WHILE_LOW  - 0x02 - The trigger will be active while the pin is low EDGE  - 0x04 - Use if the pin is configured for time-stamping via the 3DM GPIO Configuration command (0x0C41)
",915:"
How the pin state affects the trigger WINDOW_TYPE  - 0x01 - Window comparison INTERVAL_TYPE - 0x02 - Trigger at evenly-spaced intervals
",916:"
Type type
Determines the type of comparison
",917:"
double lowThreshold
Low threshold
",918:"
double highThreshold
High threshold
",919:"
void channel(
MipTypes::ChannelField channelField,
MipTypes::ChannelQualifier channelQualifier
)
Set the channel field and qualifier
",920:"
void channel(
MipTypes::ChannelField channelField,
uint8 index
)
Set the channel field and qualifier index
",921:"
MipTypes::ChannelField channelField() const
Get the channel field
",922:"
MipTypes::ChannelQualifier channelQualifier() const
Get the channel qualifier
",923:"
uint8 channelIndex() const
Get the channel qualifier index Default value: 0 (unset)
",925:"
Only one of the variables (gpio, threshold, combination) should be used to represent each instance
",926:"
EventTriggerParameters() : combination()
Default constructor
",927:"
EventTriggerGpioParameter gpio
Event GPIO trigger parameters
",928:"
EventTriggerThresholdParameter threshold
Event threshold trigger parameters
",929:"
EventTriggerCombinationParameter combination
Event combination trigger parameters
",931:"
Type of trigger to configure
",936:"
uint8 instance
Trigger number
",937:"
Type trigger
Type of trigger
",938:"
EventTriggerParameters parameters
Trigger parameters
",940:"
Modes for behavior of the GPIO pin
",947:"
uint8 pin
GPIO pin number
",948:"
Mode mode
Behavior of the GPIO pin
",950:"
Maximum supported descriptors
",951:"
SampleRate sampleRate
Sample rate to output fields at when action is triggered. SampleRate::Event() (type Event,  indicates only a single packet will be output when triggered.
",952:"
MipTypes::DataClass dataClass() const
Get the MipTypes::DataClass
",953:"
void setChannelFields(
MipTypes::DataClass dataClass,
const MipTypes::MipChannelFields &fields
)
Set the MipTypes::ChannelFields
",954:"
MipTypes::MipChannelFields getChannelFields() const
Get a list of MipTypes::ChannelField
",955:"
Only one of the variables (gpio, message) should be used to represent each instance
",956:"
EventActionParameters() : message()
Default constructor
",957:"
EventActionGpioParameter gpio
Event action GPIO parameters
",958:"
EventActionMessageParameter message
Event action message parameters
",960:"
Types for the event action
",964:"
uint8 instance
Action number
",965:"
uint8 trigger
ID of trigger that will cause this action to occur. If 0, this action is not linked to any event triggers.
",966:"
Type type
Type of action
",967:"
EventActionParameters parameters
Action parameters
",968:"
Information about an event trigger
",969:"
EventTriggerInfo() : type(EventTriggerConfiguration::NONE), instanceId(0), status(0)
Default constructor
",970:"
EventTriggerInfo(
const EventTriggerConfiguration::Type type,
const uint8 instanceId,
const uint8 status
) : type(type), instanceId(instanceId), status(status)
",971:"
Trigger status masks for the status bitfield
",975:"
EventTriggerConfiguration::Type type
Configured trigger type
",976:"
uint8 instanceId
Instance ID of the trigger
",977:"
bool isActive() const
True if the trigger is currently active (either due to its logic or being in test mode)
",978:"
bool isEnabled() const
True if the trigger is enabled
",979:"
bool isTestMode() const
True if the trigger is in test mode
",980:"
void setStatus(
uint8 value
)
Sets the value of the status bitfield
",981:"
A vector of EventTriggerInfo
",982:"
Information about an event action
",983:"
EventActionInfo() : type(EventActionConfiguration::NONE), triggerId(0), instanceId(0)
Default constructor
",984:"
EventActionInfo(
const EventActionConfiguration::Type type,
const uint8 triggerId,
const uint8 instanceId
) : type(type), triggerId(triggerId), instanceId(instanceId)
",985:"
EventActionConfiguration::Type type
Configured EventActionConfiguration::Type
",986:"
uint8 triggerId
Associated event trigger instance
",987:"
uint8 instanceId
Instance ID of the action
",988:"
A vector of EventActionInfo
",989:"
MeasurementReferenceFrame
Represents a configurable Aiding Measurement reference frame (0x13,0x01)
",990:"
MeasurementReferenceFrame()
Constructs a MeasurementReferenceFrame object with default values
",991:"
MeasurementReferenceFrame(
const PositionOffset &translation,
const Rotation &rotation
) : m_translation(translation), m_rotation(rotation)
Constructs a MeasurementReferenceFrame object with the specified translation and rotation values
",992:"
MeasurementReferenceFrame(
const MipFieldValues &data,
uint8 offset = 0
)
Creates a MeasurementReferenceFrame object based on specified <MipFieldValues> data
",993:"
MipFieldValues asMipFieldValues() const
Gets the current reference frame values formatted as a <MipFieldValues> object
",994:"
void appendMipFieldValues(
MipFieldValues &appendTo
) const
Adds the properly formatted <MipFieldValues> that represent this object to the specified collection.
",995:"
PositionOffset translation() const
Get the PositionOffset translation of this reference frame.
",996:"
void translation(
const PositionOffset &translation
)
Set the PositionOffset translation of this reference frame.
",997:"
Rotation rotation() const
Get the Rotation of this reference frame
",998:"
void rotation(
const Rotation &rotation
)
Set the Rotation of this reference frame.
",999:"
bool errorTrackingEnabled() const
Indicates whether error tracking is enabled for this reference frame.
",1000:"
void enableErrorTracking(
bool enable = true
)
Enable/Disable error tracking for this reference frame.
",1001:"
A map of reference frame IDs with their associated MeasurementReferenceFrame values.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Inertial/ExposedInertialTypes-h-ToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Inertial/ExposedInertialTypes-h-ToolTips.js deleted file mode 100644 index fa3ab653a..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Inertial/ExposedInertialTypes-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({84:"
Enum representing position and velocity reference frame options.
",89:"
GeometricVector
Defines a 3 dimensional, spatial vector.
",99:"
PositionOffset
Represents a position offset (x, y, z).
",105:"
Defines a geographic position.
",126:"
uint16 getDataRateBase(
MipTypes::DataClass dataClass
) const
Gets the Data decimation base for the data rate calculations of the specified <InertialType>.
",179:"
void setConstellationSettings(
const ConstellationSettingsData &dataToUse
)
Sets the GNSS Constellation Settings.
",194:"
void setLowPassFilterSettings(
const LowPassFilterConfig &data
) const
Sets the low-pass filter settings.
",196:"
void setComplementaryFilterSettings(
const ComplementaryFilterData &data
)
Sets the complementary filter settings.
",198:"
DeviceStatusData getBasicDeviceStatus()
Gets the basic device status.
",207:"
void sendExternalGNSSUpdate(
const ExternalGNSSUpdateData &gnssUpdateData
)
sends the external GNSS update command.
",299:"
The enum for the different data descriptors.
",430:"
The enum to represent the different available options and combinations for the Adaptive Measurement commands (0x0D, 0x44-0x46)
",452:"
The enum to represent the auto-adaptive filtering operating levels
",531:"
A vector of uint16 PRN#s for satellites.
",539:"
A vector of NmeaMessageFormat objects.
",540:"
NmeaMessageFormat
Defines a NMEA message format.
",542:"
NMEA sentence type options
",552:"
NMEA talker ID options
",559:"
NmeaMessageFormat()
Creates a NmeaMessageFormat object.
",574:"
Matrix_3x3(
float i00,
float i01,
float i02,
float i10,
float i11,
float i12,
float i20,
float i21,
float i22
)
Creates a Matrix object.
",602:"
SatellitePRNs satellitePRNs
The SatellitePRNs for all included satellites.
",604:"
Contains the satellite constellation data used in the ConstellationSettingsData class.
",611:"
Contains the data for the InertialNode::setConstellationSettings API call.
",616:"
The enum for the different data descriptors.
",617:"
LowPassFilterData() : dataDescriptor(mscl::MipTypes::ChannelField::CH_FIELD_SENSOR_SCALED_ACCEL_VEC), manualFilterBandwidthConfig(SET_TO_HALF_REPORTING_RATE), applyLowPassFilter(true), cutoffFrequency(0)
",632:"
Contains the 1PPS Pulse info for DeviceStatusData.
",636:"
Contains stream info for DeviceStatusData.
",645:"
Contains USB or COM port info for DeviceStatusData.
",651:"
Contains internal temperature info for DeviceStatusData.
",656:"
Keys corresponding to the device status values returned by DeviceStatusData::asMap, DeviceStatusData::asValueMap.
",659:"
DeviceStatusData
Contains the data needed by the InertialNode::getBasicDeviceStatus method.
",660:"
Represents the two different types of statuses returned by DeviceStatus.
",663:"
Enum of available system states.
",688:"
mscl::DeviceStatusMap asMap() const
get the device status as a map
",689:"
mscl::DeviceStatusValueMap asValueMap() const
get the device status as value map
",709:"
HeadingUpdateOptions(
const InertialTypes::HeadingUpdateEnableOption &headingUpdateOption
)
Updates this class from a <InertialTypes::HeadingUpdateEnableOption> according to the Communications Protocol.
",724:"
Struct to create and interact with a HeadingAlignmentOption bitfield
",778:"
Indicates the bit value used to enable/disable data conditioning features
",779:"
Indicates the magnetometer bandwidth and power consumption settings
",793:"
Indicates the bit value used to enable/disable available measurement options
",799:"
Modem state values OFF  - 0x00 - Off NO_NETWORK  - 0x01 - No Network NETWORK_CONNECTED  - 0x02 - Network Connected CONFIGURING_DATA_CONTEXT  - 0x03 - Configuring Data Context ACTIVATING_DATA_CONTEXT  - 0x04 - Activating Data Context CONFIGURING_SOCKET  - 0x05 - Configuring Socket WAITING_ON_SERVER_HANDSHAKE - 0x06 - Waiting on Server Handshake CONNECTED_AND_IDLE  - 0x07 - Connected + Idle CONNECTED_AND_STREAMING  - 0x08 - Connected + Streaming
",800:"
Connection types NO_CONNECTION - 0x00 - No Connection CONNECTION_2G - 0x02 - 2G CONNECTION_3G - 0x03 - 3G CONNECTION_4G - 0x04 - 4G CONNECTION_5G - 0x05 - 5G
",814:"
Controller state values IDLE  - 0x00 - Idle ACTIVE  - 0x04 - Active
",815:"
Platform state values MODEM_OFF  - 0x00 - Modem Off MODEM_POWERING_ON  - 0x01 - Modem Powering On MODEM_CONFIGURE  - 0x02 - Configuring Modem MODEM_POWERING_DOWN  - 0x03 - Modem Powering Down MODEM_READY  - 0x04 - Modem Ready MODEM_CONNECTING  - 0x05 - Modem Connecting to Network MODEM_DISCONNECTING  - 0x06 - Modem Disconnecting from Network MODEM_CONNECTED  - 0x07 - Modem Connected SERVICE_CONNECTING  - 0x08 - Connecting to RTK Service SERVICE_CONNECTION_FAILED  - 0x09 - Connection to RTK Service Failed SERVICE_CONNECTION_CANCELED  - 0x0A - Connection to RTK Service Canceled SERVICE_DISCONNECTING  - 0x0B - Disconnecting from RTK Service SERVICE_CONNECTED  - 0x0C - Connected to RTK Service PLATFORM_ERROR  - 0x0D - Platform Error RESET_MODEM  - 0x0E - Reset Modem
",816:"
Controller status code values CONTROLLER_OK  - 0x00 - Controller OK WAITING_NMEA  - 0x01 - Awaiting NMEA RTK_TIMEOUT  - 0x02 - RTK Timed Out RTK_UNAVAILABLE - 0x03 - RTK Unavailable CONFIG_INVALID  - 0x07 - Invalid Configuration
",817:"
Platform status code values PLATFORM_OK  - 0x00 - Platform OK RTK_CONNECTION_DROPPED  - 0x04 - RTK Service Connection Broken CELL_CONNECTION_DROPPED - 0x06 - Cell Connection Dropped MODEM_ERROR  - 0x07 - Modem Error
",818:"
Possible RTK reset reason values POWER_ON  - 0x00 - Reset due to Power-on UNKNOWN  - 0x01 - Hardware reset SOFT_RESET  - 0x02 - Soft reset HARDWARE_ERROR_RESET  - 0x03 - Watchdog reset
",827:"
GnssSignalConfiguration
",828:"
Available GPS signals.
",831:"
Available GLONASS signals.
",834:"
Available Galileo signals.
",837:"
Available BeiDou signals.
",860:"
Odometer mode options DISABLED  - 0x00 - Encoder is disabled SINGLE  - 0x01 - Single pulse input; one direction only QUADRATURE  - 0x02 - Quadrature encoder mode
",869:"
GPIO Feature options. Determines how the pin will be used
",900:"
PinModes for the pinMode Bitfield
",906:"
A uint8 representing logical GPIO pin IDs
",907:"
A vector of GpioConfiguration::PinModes representing masked pin modes
",908:"
A map of uint behavior ID, GpioPinModeOptions pairs
",909:"
A map of GpioConfiguration::Feature, GpioBehaviorModes pairs
",915:"
How the pin state affects the trigger WINDOW_TYPE  - 0x01 - Window comparison INTERVAL_TYPE - 0x02 - Trigger at evenly-spaced intervals
",925:"
Only one of the variables (gpio, threshold, combination) should be used to represent each instance
",931:"
Type of trigger to configure
",940:"
Modes for behavior of the GPIO pin
",955:"
Only one of the variables (gpio, message) should be used to represent each instance
",960:"
Types for the event action
",969:"
EventTriggerInfo() : type(EventTriggerConfiguration::NONE), instanceId(0), status(0)
Default constructor
",983:"
EventActionInfo() : type(EventActionConfiguration::NONE), triggerId(0), instanceId(0)
Default constructor
",990:"
MeasurementReferenceFrame()
Constructs a MeasurementReferenceFrame object with default values
",1002:"
EulerAngles
Represents generic Euler Angles (roll, pitch, yaw).
",1024:"
Rotation
Structure that can represent either a Quaternion or EulerAngles object.
",1094:"
The enums for all the different data classes of MIP data.
",1269:"
The enums for all of the different MIP Channel Field IDs.
",1597:"
The enums for different MIP Channel Qualifiers.  This combined with the ChannelField produces a unique identifier for each individual channel that is collected.
",1726:"
A vector of ChannelField enums.
",1728:"
A vector of DataClass enums.
",4379:"
SampleRate
Represents a MicroStrain sample rate (rate at which data is sampling)
",4397:"
static SampleRate Event()
Creates a SampleRate object with the asynchronous/event type.
",4502:"
Value
Represents a single value that can be stored/accessed in multiple ways.
",4521:"
typedef for a 1-byte unsigned integer.
",4522:"
typedef for a 2-byte unsigned integer.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Inertial/ExposedInertialTypes-h.html b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Inertial/ExposedInertialTypes-h.html deleted file mode 100644 index fb47fb8e6..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Inertial/ExposedInertialTypes-h.html +++ /dev/null @@ -1,2323 +0,0 @@ - - -ExposedInertialTypes.h - - - - - - - -
-
VehicleModeType
-

The enum for the different data descriptors.

PORTABLE_VEHICLE = 0x01 AUTOMOTIVE_VEHICLE = 0x02 AIRBORNE_VEHICLE = 0x03 AIRBORNE_HIGH_G_VEHICLE = 0x4

-
- -
-
GPSDynamicsMode
-

The enum for possible GPS dynamics modes.

GPS_PORTABLE = 0x00, GPS_STATIONARY = 0x02, GPS_PEDESTRIAN = 0x03, GPS_AUTOMOTIVE = 0x04, GPS_SEA = 0x05, GPS_AIRBORNE_1G = 0x06, GPS_AIRBORNE_2G = 0x07, GPS_AIRBORNE_4G = 0x08

-
- -
-
AxisBitfieldValues
-

The axis bitfield values for Tare Orientation.

RESET_ALL_AXIS = 0x00, TARE_ROLL_AXIS = 0x01, TARE_PITCH_AXIS = 0x02, TARE_YAW_AXIS = 0x04

-
- -
-
GNSS_Source
-

Dictates whether GNSS source is all internal, external, or single internal.

INTERNAL_GNSS_ALL = 0x01

All internal receivers

EXTERNAL_GNSS  = 0x02

External GNSS messages provided by user

INTERNAL_GNSS1  = 0x03

Internal GNSS Receiver 1 only

INTERNAL_GNSS2  = 0x04

Internal GNSS Receiver 2 only

-
- -
-
GnssFixFlags
-

The GNSS Fix Flags in the GPS Fix Information field

FIX_SBAS_CORRECTIONS

0x0001  - SBAS Corrections Used

FIX_DGNSS_CORRECTIONS

0x0002  - Differential (DGNSS) Corrections Used

-
- -
-
GnssFixType
-

The GNSS Fix Types with the GPS Fix Information field

FIXTYPE_3D

0x00  - 3D Fix

FIXTYPE_2D

0x01  - 2D Fix

FIXTYPE_TIMEONLY

0x02  - Time Only

FIXTYPE_NONE

0x03  - None

FIXTYPE_INVALID

0x04  - Invalid

FIXTYPE_RTK_FLOAT

0x05  - RTK Float

FIXTYPE_RTK_FIXED

0x06  - RTK Fixed

-
- -
-
DualAntennaFixType
-

The GNSS Dual Antenna Fix Types in the Estimation Filter GNSS Dual Antenna Status field

FIXTYPE_DUAL_ANTENNA_NONE

0x00  - None

FIXTYPE_DUAL_ANTENNA_FLOAT

0x01  - Dual Antenna Float

FIXTYPE_DUAL_ANTENNA_FIXED

0x02  - Dual Antenna Fixed

-
- -
-
DualAntennaStatusFlags
-

The bitmask definition for GNSS Dual Antenna Status in the Estimation Filter GNSS Dual Antenna Status field

DATA_VALID_REC_1

0x01  - Receiver 1 Data Valid - 0000 0001

DATA_VALID_REC_2

0x02  - Receiver 2 Data Valid - 0000 0010

ANTENNA_OFFSETS_VALID

0x04  - Antenna Offsets Valid - 0000 0100

-
- -
-
SpaceVehicleFlags
-

The Space Vehicle Flags in the Space Vehicle Information field

SVFLAG_NAVIGATION

0x0001  - SV Used for Navigation

SVFLAG_HEALTHY

0x0002  - SV Healthy

-
- -
-
DeviceSelector
-

The available device selectors.

DEVICE_AHRS

0x01

DEVICE_GPS

0x02

-
- -
-
PowerState
-

The available device power states.

ON_FULL_PERFORMANCE

0x01

ON_LOW_POWER

0x02

SLEEP

0x03

OFF

0x04

-
- -
-
StreamFormat
-

The available device data stream formats.

STANDARD_MIP

0x01  - standard MIP (default)

WRAPPED_RAW

0x02  - MIP wrapper around raw sensor data

-
- -
-
SensorState
-

The Sensor States with the GPS Hardware Status field

SENSORSTATE_OFF

0x00  - Sensor Off

SENSORSTATE_ON

0x01  - Sensor On

SENSORSTATE_UNKNOWN

0x02  - Sensor State Unknown

-
- -
-
AntennaState
-

The Antenna States with the GPS Hardware Status field

ANTENNASTATE_INIT

0x01  - Antenna Init

ANTENNASTATE_SHORT

0x02  - Antenna Short

ANTENNASTATE_OPEN

0x03  - Antenna Open

ANTENNASTATE_GOOD

0x04  - Antenna Good

ANTENNASTATE_UNKNOWN

0x05  - Antenna State Unknown

-
- -
-
AntennaPower
-

The Antenna Powers with the GPS Hardware Status field

ANTENNAPOWER_OFF

0x00  - Antenna Off

ANTENNAPOWER_ON

0x01  - Antenna On

ANTENNAPOWER_UNKNOWN

0x02  - Antenna Power Unknown

-
- -
-
FilterState
-

The Filter States with the NAV Filter Status field Refer to device documentation for supported filter states.

FILTERSTATE_STARTUP

0x00  - Startup

FILTERSTATE_INIT

0x01  - Initialization (see status flags)

FILTERSTATE_RUNNING_SLN_VALID

0x02  - Running, Solution Valid

FILTERSTATE_RUNNING_SLN_ERROR

0x03  - Running, Solution Error (see status flags)

FILTERSTATE_VERT_GYRO

0x02  - Vertical gyro mode

FILTERSTATE_AHRS

0x03  - AHRS mode

FILTERSTATE_FULL_NAV

0x04  - Full navigation mode

-
- -
-
FilterStatus_Running
-

Binary flags that give information with the NAV Filter Status field when filter is initialized and running. Each bit must be checked accordingly.  Refer to device documentation for supported filter status flags.

FILTERSTATUS_IMU_UNAVAILABLE

0x0001  - Filter Running, IMU Unavailable

FILTERSTATUS_GPS_UNAVAILABLE

0x0002  - Filter Running, GPS Unavailable

FILTERSTATUS_MATRIX_SINGULARITY_IN_CALC

0x0008  - Filter Running, Matrix Singularity in Calculation

FILTERSTATUS_POS_COVARIANCE_HIGH_WARN

0x0010  - Filter Running, Position Covariance High Warning

FILTERSTATUS_VEL_COVARIANCE_HIGH_WARN

0x0020  - Filter Running, Velocity Covariance High Warning

FILTERSTATUS_ATT_COVARIANCE_HIGH_WARN

0x0040  - Filter Running, Attitude Covariance High Warning

FILTERSTATUS_NAN_IN_SOLUTION

0x0080  - Filter Running, NAN in Solution

FILTERSTATUS_GYRO_BIAS_EST_HIGH_WARN

0x0100  - Filter Running, Gyro Bias Estimate High Warning

FILTERSTATUS_ACCEL_BIAS_EST_HIGH_WARN

0x0200  - Filter Running, Accel Bias Estimate High Warning

FILTERSTATUS_GYRO_SCALE_FACTOR_EST_HIGH_WARN

0x0400  - Filter Running, Gyro Scale Factor Estimate High Warning

FILTERSTATUS_ACCEL_SCALE_FACTOR_EST_HIGH_WARN

0x0800  - Filter Running, Accel Scale Factor Estimate High Warning

FILTERSTATUS_MAG_BIAS_EST_HIGH_WARN

0x1000  - Filter Running, Magnetometer Bias Estimate High Warning

FILTERSTATUS_ANTENNA_OFFSET_CORRECTION_EST_HIGH_WARN

0x2000  - Filter Running, GNSS Antenna Offset Correction Estimate High Warning

FILTERSTATUS_HARD_IRON_OFFSET_EST_HIGH_WARN

0x4000  - Filter Running, Hard Iron Offset Estimate High Warning

FILTERSTATUS_SOFT_IRON_CORRECTION_EST_HIGH_WARN

0x8000  - Filter Running, Soft Iron Correction Estimate High Warning

FILTERSTATUS_CONDITION

0x0003  - Filter Running, Filter Condition Indicator (mask for bits 1 and 2)

FILTERSTATUS_ROLL_PITCH_WARNING

0x0004  - Filter Running, Roll/Pitch angle warning

FILTERSTATUS_HEADING_WARNING

0x0008  - Filter Running, Heading angle warning

FILTERSTATUS_POSITION_WARNING

0x0010  - Filter Running, Position warning

FILTERSTATUS_VELOCITY_WARNING

0x0020  - Filter Running, Velocity warning

FILTERSTATUS_IMU_BIAS_WARNING

0x0040  - Filter Running, IMU bias warning

FILTERSTATUS_GNSS_CLK_WARNING

0x0080  - Filter Running, GNSS clock warning

FILTERSTATUS_ANT_LEVER_ARM_WARNING

0x0100  - Filter Running, Antenna lever arm warning

FILTERSTATUS_MOUNTING_TRANSFORM_WARNING

0x0200  - Filter Running, Mounting transformation warning

-
- -
-
FilterStatus_Initialization
-

Binary flags that give information with the NAV Filter Status field when filter is not initialized. Each bit must be checked accordingly.

FILTERSTATUS_ATT_NOT_INIT

0x1000  - Filter Initialization, Attitude not Initialized

FILTERSTATUS_POS_VEL_NOT_INIT

0x2000  - Filter Initialization, Position and Velocity not Initialized

-
- -
-
FilterCondition
-

Enum of possible filter conditions. On supported devices the filter condition is included in the Filter Status Flags value.

STABLE

0x01  - Filter stable

CONVERGING

0x02  - Filter converging

UNSTABLE

0x03  - Filter unstable

-
- -
-
DgnssBaseStatus
-

The Base Station Status in the DGNSS Information field. Note: 'UDRE' is User Differential Range Error.

DGNSSBASE_UDRE_SCALE_FACTOR_1_00

0  - UDRE Scale Factor = 1.0

DGNSSBASE_UDRE_SCALE_FACTOR_0_75

1  - UDRE Scale Factor = 0.75

DGNSSBASE_UDRE_SCALE_FACTOR_0_50

2  - UDRE Scale Factor = 0.5

DGNSSBASE_UDRE_SCALE_FACTOR_0_30

3  - UDRE Scale Factor = 0.3

DGNSSBASE_UDRE_SCALE_FACTOR_0_20

4  - UDRE Scale Factor = 0.2

DGNSSBASE_UDRE_SCALE_FACTOR_0_10

5  - UDRE Scale Factor = 0.1

DGNSSBASE_REFERENCE_STATION_TRANSMISSION_NOT_MONITORED

6  - Reference Station Transmission Not Monitored

DGNSSBASE_REFERENCE_STATION_NOT_WORKING

7  - Reference Station Not Working

-
- -
-
HeadingSource
-

The Heading Sources with the Heading Update Source State field

HEADINGSOURCE_NONE

0x0000  - No source, heading updates disabled

HEADINGSOURCE_INTERNAL_MAGNETOMETER

0x0001  - Internal Magnetometer

HEADINGSOURCE_INTERNAL_GPS_VELOCITY_VECTOR

0x0002  - Internal GPS Velocity Vector

HEADINGSOURCE_EXTERNAL_HEADING_UPDATE_CMD

0x0004  - External Heading Update Command

HEADINGSOURCE_GNSS_DUAL_ANTENNA

0x0008  - GNSS Dual Antenna

-
- -
-
HeadingUpdateEnableOption
-

The enum to represent the different available options and combinations for the Heading Update Control command (0x0D, 0x18)

ENABLE_NONE

0x00

ENABLE_INTERNAL_MAGNETOMETER

0x01

ENABLE_INTERNAL_GNSS

0x02

ENABLE_EXTERNAL_MESSAGES

0x03

ENABLE_MAGNETOMETER_AND_GNSS

0X04

ENABLE_GNSS_AND_EXTERNAL

0X05

ENABLE_MAGNETOMETER_AND_EXTERNAL

0X06

ENABLE_ALL

0x07

-
- -
-
EstimationControlOption
-

The enum to represent the different available options and combinations for the Estimation Control command (0x0D, 0x14)

ENABLE_GYRO_BIAS_ESTIMATION

0x0001

ENABLE_ACCEL_BIAS_ESTIMATION

0x0002

ENABLE_GYRO_SCALE_FACTOR_ESTIMATION

0x0004

ENABLE_ACCEL_SCALE_FACTOR_ESTIMATION

0X0008

ENABLE_GNSS_ANTENNA_OFFSET_ESTIMATION

0X0010

ENABLE_HARD_IRON_AUTO_CALIBRATION

0X0020

ENABLE_SOFT_IRON_AUTO_CALIBRATION

0x0040

-
- -
-
GeographicSourceOption
-

The enum to represent the source options for Declination (0x0D, 0x43), Inclination (0x0D, 0x4C), and Magnitude Source (0x0D, 0x4D)

NONE

0x01 - No source

WORLD_MAGNETIC_MODEL

0x02 - Magnetic field is assumed to conform to the World Magnetic Model

MANUAL

0x03 - Magnetic field is assumed to have the parameter specified by the user

-
- -
-
AdaptiveMeasurementMode
-

The enum to represent the different available options and combinations for the Adaptive Measurement commands (0x0D, 0x44-0x46)

ADAPTIVE_MEASUREMENT_DISABLE

0x00

ADAPTIVE_MEASUREMENT_ENABLE_FIXED

0x01

ADAPTIVE_MEASUREMENT_ENABLE_AUTO

0x02

-
- -
-
AidingMeasurementSource
-

The enum to represent the different available aiding measurement sources

GNSS_POS_VEL_AIDING

0x0000

GNSS_HEADING_AIDING

0x0001

ALTIMETER_AIDING

0x0002

ODOMETER_AIDING

0x0003

MAGNETOMETER_AIDING

0x0004

EXTERNAL_HEADING_AIDING

0x0005

EXTERNAL_ALTIMETER_AIDING

0x0006

EXTERNAL_MAGNETOMETER_AIDING

0x0007

BODY_FRAME_VEL_AIDING

0x0008

ALL_AIDING_MEASUREMENTS

0xFFFF

-
- -
-
ConstellationId
-

The enum to represent the different available constellation IDs for GNSS constellation settings

GPS

0x00

SBAS

0x01

GALILEO

0x02

BEIDOU

0x03

QZSS

0x05

GLONASS

0x06

-
- -
-
AutoAdaptiveFilteringLevel
-

The enum to represent the auto-adaptive filtering operating levels

FILTERING_OFF

0x00

FILTERING_CONSERVATIVE

0x01

FILTERING_MODERATE

0x02

FILTERING_AGGRESSIVE

0x03

-
- -
-
FactoryStreamingOption
-

The enum to represent the factory streaming action options

FACTORY_STREAMING_OVERWRITE

0x00

FACTORY_STREAMING_ADDITIVE

0x02

-
- -
-
PpsSource
-

The enum to represent the PPS source options

PPS_DISABLED

0x00

PPS_RECEIVER_1

0x01

PPS_RECEIVER_2

0x02

PPS_GPIO

0x03

PPS_GENERATED

0x04

-
- -
-
GnssAidingStatus
-

Bitmask for the GNSS Position and Attitude Aiding Status field values Note: GNSS constellation entries are defined by the corresponding constellation enum in GnssSignalConfiguration

GNSS_AIDING_TIGHT_COUPLING

0x0001  - 0000 0000 0000 0001

GNSS_AIDING_DIFFERENTIAL

0x0002  - 0000 0000 0000 0010

GNSS_AIDING_INTEGER_FIX

0x0004  - 0000 0000 0000 0100

GNSS_AIDING_GPS

0x0038  - 0000 0000 0011 1000

GNSS_AIDING_GLONASS

0x00C0  - 0000 0000 1100 0000

GNSS_AIDING_GALILEO

0x0700  - 0000 0111 0000 0000

GNSS_AIDING_BEIDOU

0x3800  - 0011 1000 0000 0000

GNSS_AIDING_NO_FIX

0x4000  - 0100 0000 0000 0000

GNSS_AIDING_CONFIG_ERROR

0x8000  - 1000 0000 0000 0000

-
- -
-
AidingMeasurementStatus
-

Bit definitions for the Aiding Measurement Summary Status field values

AIDING_MEASUREMENT_ENABLED

0x0001  - 0000 0000 0000 0001

AIDING_MEASUREMENT_USED

0x0002  - 0000 0000 0000 0010

AIDING_MEASUREMENT_WARNING_RESIDUAL_HIGH

0x0004  - 0000 0000 0000 0100

AIDING_MEASUREMENT_WARNING_SAMPLE_TIME

0x0008  - 0000 0000 0000 1000

AIDING_MEASUREMENT_CONFIG_ERROR

0x0010  - 0000 0000 0001 0000

AIDING_MEASUREMENT_MAX_COUNT_EXCEEDED

0x0020  - 0000 0000 0010 0000

-
- -
-
RtkCorrectionsStatus
-

Bit definitions for the RTK Corrections Epoch Status field value

RTK_CORRECTION_ANTENNA_POS_RECEIVED

0x0001  - 0000 0000 0000 0001

RTK_CORRECTION_ANTENNA_DESC_RECEIVED

0x0002  - 0000 0000 0000 0010

RTK_CORRECTION_GPS_RECEIVED

0x0004  - 0000 0000 0000 0100

RTK_CORRECTION_GLONASS_RECEIVED

0x0008  - 0000 0000 0000 1000

RTK_CORRECTION_GALILEO_RECEIVED

0x0010  - 0000 0000 0001 0000

RTK_CORRECTION_BEIDOU_RECEIVED

0x0020  - 0000 0000 0010 0000

RTK_CORRECTION_USING_GPS_MSM

0x0040  - 0000 0000 0100 0000

RTK_CORRECTION_USING_GLONASS_MSM

0x0080  - 0000 0000 1000 0000

-
- -
-
GnssSignalQuality
-

Value definitions for the GNSS Raw Observation Signal Quality field value

SIGNAL_QUALITY_NONE

0x00 - None

SIGNAL_QUALITY_SEARCHING

0x01 - Searching

SIGNAL_QUALITY_ACQUIRED

0x02 - Acquired

SIGNAL_QUALITY_UNUSABLE

0x03 - Unusable

SIGNAL_QUALITY_TIME_LOCKED

0x04 - Time Locked

SIGNAL_QUALITY_FULLY_LOCKED

0x05 - Fully Locked

-
- -
-
OverrangeStatusBitmask
-

Bitmasks for interpreting the Overrange Status (0x80,0x18) bitfield

OVERRANGE_ACCEL_X

0000 0000 0000 0001 - Accel X

OVERRANGE_ACCEL_Y

0000 0000 0000 0010 - Accel Y

OVERRANGE_ACCEL_Z

0000 0000 0000 0100 - Accel Z

OVERRANGE_GYRO_X

0000 0000 0001 0000 - Gyro X

OVERRANGE_GYRO_Y

0000 0000 0010 0000 - Gyro Y

OVERRANGE_GYRO_Z

0000 0000 0100 0000 - Gyro Z

OVERRANGE_MAG_X

0000 0001 0000 0000 - Mag X

OVERRANGE_MAG_Y

0000 0010 0000 0000 - Mag Y

OVERRANGE_MAG_Z

0000 0100 0000 0000 - Mag Z

OVERRANGE_PRESSURE

0001 0000 0000 0000 - Pressure

-
- -
-
SbasSystemIds
-

SBAS System identifiers

UNKNOWN_SBAS_SYSTEM

0 - Unknown

WAAS

1 - WAAS

EGNOS

2 - EGNOS

MSAS

3 - MSAS

GAGAN

4 - GAGAN

-
- -
-
SbasInfoStatus
-

Bitmasks for interpreting the SBAS Info (0x81,0x12) status bitfield

SBAS_INFO_RANGE_AVAILABLE

0x01 - Range Available

SBAS_INFO_CORRECTIONS_AVAILABLE

0x02 - Corrections Available

SBAS_INFO_INTEGRITY_AVAILABLE

0x04 - Integrity Available

SBAS_INFO_TEST

0x08 - Test Mode

-
- -
-
JammingState
-

GNSS Jamming State (as reported by the GNSS module)

JAMMING_STATE_UNKNOWN

0x00 - Jamming State Unknown

JAMMING_STATE_NONE

0x01 - No Jamming State

JAMMING_STATE_PARTIAL

0x02 - Partial Jamming State

JAMMING_STATE_SIGNIFICANT

0x03 - Significant Jamming State

-
- -
-
SpoofingState
-

GNSS Spoofing State (as reported by the GNSS module)

SPOOFING_STATE_UNKNOWN

0x00 - Spoofing State Unknown

SPOOFING_STATE_NONE

0x01 - No Spoofing State

SPOOFING_STATE_PARTIAL

0x02 - Partial Spoofing State

SPOOFING_STATE_SIGNIFICANT

0x03 - Significant Spoofing State

-
- -
-
SatellitePRNs
-

A vector of uint16 PRN#s for satellites.

-
- -
-
RTCMMessage
-

A string composing the RTCM message.

-
- -
-
VehicleModeTypes
-

A vector of VehicleModeType enum values

-
- -
-
AdaptiveFilterLevels
-

A vector of AutoAdaptiveFilteringLevel enum values

-
- -
-
PpsSourceOptions
-

A vector of <InertialTypes::PpsSource> values

-
- -
-
AidingMeasurementSourceOptions
-

A vector of <InertialTypes::AidingMeasurementSource> values

-
- -
-
GeographicSources
-

A vector of <InertialTypes::GeographicSourceOption> values

-
- -
-
GnssSources
-

A vector of <InertialTypes::GNSS_Source> values

-
- -
-
NmeaMessageFormats
-

A vector of NmeaMessageFormat objects.

-
- -
-
NmeaMessageFormat
-
NmeaMessageFormat
-

Defines a NMEA message format.

-
- -
-
MAX_MESSAGES
-

Maximum number of configurable NMEA messages

-
- -
-
SentenceType
-

NMEA sentence type options

GGA

0x01 - GPS System Fix Data

GLL

0x02 - Geographic Position Lat/Lon

GSV

0x03 - GNSS Satellites in View

RMC

0x04 - Recommended Minimum Specific GNSS Data

VTG

0x05 - Course over Ground

HDT

0x06 - Heading, True

ZDA

0x07 - Time & Date

MSRA

0x81 - MicroStrain proprietary Euler angles

MSRR

0x82 - MicroStrain proprietary Angular Rate/Acceleration

-
- -
-
Talker
-

NMEA talker ID options

IGNORED

0 - Talker ID cannot be configured for the given sentence type

GNSS

1 - NMEA message will be produced with talker id "GN"

GPS

2 - NMEA message will be produced with talker id "GP"

GALILEO

3 - NMEA message will be produced with talker id "GA"

GLONASS

4 - NMEA message will be produced with talker id "GL"

-
- -
-
MAX_FREQUENCY
-

NMEA message output is limited to either the MAX_FREQUENCY or the source descriptor set base rate, whichever is lower.

-
- -
-
NmeaMessageFormat
-
NmeaMessageFormat()
-

Creates a NmeaMessageFormat object.

-
- -
-
NmeaMessageFormat
-
~NmeaMessageFormat()
-

Destructor for NmeaMessageFormat object.

-
- -
-
sentenceType
-
void sentenceType(
SentenceType type
)
-

Sets the NMEA SentenceType.

Parameters
type
SentenceType

SentenceType for this NMEA message configuration

-
- -
-
sentenceType
-
SentenceType sentenceType() const
-

Gets the NMEA SentenceType.

Returns
SentenceType

the sentence type of this NMEA message configuration

-
- -
-
talkerId
-
void talkerId(
Talker id
)
-

Sets the NMEA Talker ID.

Parameters
id
Talker

Talker ID for this NMEA message configuration

-
- -
-
talkerId
-
Talker talkerId() const
-

Gets the NMEA Talker ID.

Returns
Talker

the talker ID for this NMEA message configuration

-
- -
-
sourceDataClass
-
void sourceDataClass(
MipTypes::DataClass dataClass,
uint16 baseRate = 0
)
-

Sets the source MipTypes::DataClass

Note: if the previously set sampleRate is no longer valid, it will be updated to the closest valid sample rate.

Parameters
dataClass
MipTypes::DataClass

the MipTypes::DataClass source

baseRate
uint16

the base rate of the specified data class. This can be read from InertialNode::getDataRateBase.

-
- -
-
sourceDataClass
-
MipTypes::DataClass sourceDataClass() const
-

Gets the source MipTypes::DataClass

Returns
MipTypes::DataClass

the source data class for this NMEA message configuration

-
- -
-
sampleRate
-
void sampleRate(
SampleRate rate,
uint16 baseRate = 0
)
-

Sets the output sample rate. If baseRate is not specified, please use a SampleRate with RateType of decimation (SampleRate::Decimation(rateDecimation)) otherwise it will cannot be properly interpreted.

Note: the sample rate is limited to either the data class base rate or MAX_FREQUENCY (10 Hz), whichever is lower. If input is too high, it will be automatically reduced to the max value.  Sample rate can only be validated if base rate is specified.

Parameters
rate
SampleRate

the SampleRate at which to output

baseRate
uint16

the base rate of the specified data class. This can be read from InertialNode::getDataRateBase.

-
- -
-
sampleRate
-
SampleRate sampleRate() const
-

Gets the configured output SampleRate

Returns
SampleRate

the output sample rate for this NMEA message configuration

-
- -
-
talkerIdRequired
-
static bool talkerIdRequired(
SentenceType sentenceType
)
-

[static] Checks whether a Talker ID is required for the specified SentenceType type.

-
- -
-
dataClassSupported
-
static bool dataClassSupported(
MipTypes::DataClass dataClass,
SentenceType sentenceType
)
-

[static] Checks whether the specified MipTypes::DataClass is supported for the specified SentenceType type.

-
- -
-
supportedDataClasses
-
static MipTypes::MipDataClasses supportedDataClasses(
SentenceType sentenceType
)
-

[static] Returns a list of supported MipTypes::DataClass values for the specified SentenceType type.

-
- -
-
toCommandParameters
-
static MipFieldValues toCommandParameters(
const NmeaMessageFormats &nmeaFormats
)
-

[static] Build <MipFieldValues> parameters (including count) from a vector of NmeaMessageFormat objects.

-
- -
-
Matrix_3x3
-
Matrix_3x3
-

Defines a 3 by 3 matrix.

-
- -
-
Matrix_3x3
-
Matrix_3x3(
float i00,
float i01,
float i02,
float i10,
float i11,
float i12,
float i20,
float i21,
float i22
)
-

Creates a Matrix object.

Parameters
a float for each matrix index (0, 0)

(2, 2)

-
- -
-
Matrix_3x3
-
Matrix_3x3(
MipFieldValues data
)
-

Creates a Matrix object based on a <MipFieldValues> object Note: MipFieldValues format must be 9 floats

-
- -
-
Matrix_3x3
-
Matrix_3x3()
-

Creates a zero-filled Matrix object.

-
- -
-
~Matrix_3x3
-
~Matrix_3x3()
-

Destroys a Matrix_3x3 object.

-
- -
-
set
-
void set(
uint8 row,
uint8 col,
float value
)
-

Sets matrix index to passed in float value.

Parameters
col
uint8

the column to set.

row
uint8

the row to set.

value
float

the value to set (row,col) to.

-
- -
-
at
-
float at(
uint8 row,
uint8 col
) const
-

Gets value at matrix index (row, col).

Parameters
row
uint8

the row to set.

col
uint8

the column to set.

-
- -
-
asMipFieldValues
-
MipFieldValues asMipFieldValues() const
-

Gets the current matrix values formatted as a <MipFieldValues> object

-
- -
-
Matrix_3x3s
-

A vector of Matrix_3x3 objects

-
- -
-
TimeUpdate
-
TimeUpdate
-

Contains time data for the GNSS_AssistTimeUpdate class.

-
- -
-
TimeUpdate
-
TimeUpdate(
double timeOfWeek,
uint16 weekNumber,
float timeAccuracy = 0
)
-

Creates a TimeUpdate object.

Parameters
timeOfWeek
double

time into a given week in seconds.

weekNumber
uint16

the week number.

timeAccuracy
float

accuracy in seconds.

-
- -
-
~TimeUpdate
-
~TimeUpdate()
-

Destroys a TimeUpdate object.

-
- -
-
timeOfWeek
-
double timeOfWeek() const
-

time into a given week in seconds.

-
- -
-
weekNumber
-
uint16 weekNumber() const
-

the week number.

-
- -
-
timeAccuracy
-
float timeAccuracy() const
-

accuracy in seconds.

-
- -
-
ZUPTSettingsData
-

Contains the data for the AngularRateZUPTControl and VelocityZUPTControl classes.

-
- -
-
ZUPTSettingsData
-
ZUPTSettingsData(
bool enable,
float threshold
) : enabled(enable), threshold(threshold)
-

Creates a ZUPTSettingsData object.

Parameters
enable
bool

whether the control is enabled

threshold
float

the threshold to trigger the control

-
- -
-
enabled
-
bool enabled
-
- -
-
threshold
-
float threshold
-
- -
-
FixedReferencePositionData
-

Contains the data for Set Reference Position command.

-
- -
-
FixedReferencePositionData
-
FixedReferencePositionData(
bool pEnable,
Position pReference
) : enable(pEnable), referencePosition(pReference)
-

Creates a FixedReferencePositionData object.

Parameters
pEnable
bool

indicates whether a fixed reference position should be used

pReference
Position

the reference position

-
- -
-
FixedReferencePositionData
-
FixedReferencePositionData() : enable(false), referencePosition(Position())
-

Creates a FixedReferencePositionData object.

-
- -
-
enable
-
bool enable
-
- -
-
referencePosition
-
Position referencePosition
-
- -
-
SBASSettingsData
-

Contains the data for the SBASSettings class.

-
- -
-
enableSBAS
-
bool enableSBAS
-
- -
-
enableRanging
-
bool enableRanging
-
- -
-
enableCorrectionData
-
bool enableCorrectionData
-
- -
-
applyIntegrityInfo
-
bool applyIntegrityInfo
-
- -
-
SatellitePRNs
-
SatellitePRNs satellitePRNs
-

The SatellitePRNs for all included satellites.

-
- -
-
SBASSettingsData
-
SBASSettingsData(): enableSBAS(false), enableRanging(false), enableCorrectionData(false), applyIntegrityInfo(false)
-

Creates a SBASSettingsData object with default values.

-
- -
-
Constellation
-

Contains the satellite constellation data used in the ConstellationSettingsData class.

-
- -
-
constellationID
-
InertialTypes::ConstellationId constellationID
-
- -
-
enabled
-
bool enabled
-
- -
-
reservedChannelCount
-
uint8 reservedChannelCount
-

The number of reserved channels.  (Must be <= 32)

-
- -
-
maxChannels
-
uint8 maxChannels
-

The maximum number of tracking channels.

-
- -
-
enableL1SAIF
-
bool enableL1SAIF
-

enables L1AIF for constellation QZSS

-
- -
-
Constellations
-

A vector of Constellation objects

-
- -
-
ConstellationSettingsData
-

Contains the data for the InertialNode::setConstellationSettings API call.

-
- -
-
maxChannelsAvailable
-
uint16 maxChannelsAvailable
-
- -
-
maxChannelsToUse
-
uint16 maxChannelsToUse
-
- -
-
constellations
-
Constellations constellations
-
- -
-
LowPassFilterData
-

Contains the data for the InertialNode::setLowPassFilterSettings API call.

-
- -
-
ManualFilterBandwidthConfig
-

The enum for the different data descriptors.

SET_TO_HALF_REPORTING_RATE = 0X00 USER_SPECIFIED_CUTOFF_FREQ = 0x01

-
- -
-
LowPassFilterData
-
LowPassFilterData() : dataDescriptor(mscl::MipTypes::ChannelField::CH_FIELD_SENSOR_SCALED_ACCEL_VEC), manualFilterBandwidthConfig(SET_TO_HALF_REPORTING_RATE), applyLowPassFilter(true), cutoffFrequency(0)
-
- -
-
LowPassFilterData
-
LowPassFilterData(
mscl::MipTypes::ChannelField descriptor
) : dataDescriptor(descriptor), manualFilterBandwidthConfig(SET_TO_HALF_REPORTING_RATE), applyLowPassFilter(true), cutoffFrequency(0)
-
- -
-
dataDescriptor
-
mscl::MipTypes::ChannelField dataDescriptor
-

the data descriptor these settings apply to

Valid values (depending on device support):

CH_FIELD_SENSOR_SCALED_ACCEL_VEC  = 0x8004 CH_FIELD_SENSOR_SCALED_GYRO_VEC  = 0x8005 CH_FIELD_SENSOR_SCALED_MAG_VEC  = 0x8006 CH_FIELD_SENSOR_SCALED_AMBIENT_PRESSURE  = 0x8017

CH_FIELD_ESTFILTER_ESTIMATED_LINEAR_ACCEL  = 0x820D CH_FIELD_ESTFILTER_ESTIMATED_ANGULAR_RATE  = 0x820E CH_FIELD_ESTFILTER_COMPENSATED_ACCEL  = 0x821C

-
- -
-
manualFilterBandwidthConfig
-
ManualFilterBandwidthConfig manualFilterBandwidthConfig
-

The ManualFilterBandwidthConfig to use.

-
- -
-
applyLowPassFilter
-
bool applyLowPassFilter
-

applies low-pass filter if set to true.

-
- -
-
cutoffFrequency
-
float cutoffFrequency
-

Sets the cutoff frequency, only if manualFilterBandwidthConfig == USER_SPECIFIED_CUTOFF_FREQ

-
- -
-
getDataDescriptorForCommand
-
static uint8 getDataDescriptorForCommand(
mscl::MipTypes::ChannelField descriptor
)
-

Formats the given MipTypes::ChannelField data descriptor to be written to a <ByteStream> command.

Parameters
descriptor
mscl::MipTypes::ChannelField

the MipTypes::ChannelField to format

Returns
uint8

the provided descriptor cast to uint8

-
- -
-
getDataDescriptorFromUint8
-
static mscl::MipTypes::ChannelField getDataDescriptorFromUint8(
uint8 descriptor
)
-

Gets the MipTypes::ChannelField data descriptor represented by the given uint8 descriptor.

Parameters
descriptor
uint8

the uint8 data descriptor

Returns
MipTypes::ChannelField

the provided descriptor cast to MipTypes::ChannelField

-
- -
-
LowPassFilterConfig
-

A vector of LowPassFilterData objects

-
- -
-
ComplementaryFilterData
-

Contains the data needed by the InertialNode::setComplementaryFilterSettings class.

-
- -
-
ComplementaryFilterData
-
ComplementaryFilterData() : upCompensationEnabled(false), upCompensationTimeInSeconds(10), northCompensationEnabled(false), northCompensationTimeInSeconds(10)
-

Creates a ComplementaryFilterData object with default values.

-
- -
-
upCompensationEnabled
-
bool upCompensationEnabled
-

determines whether or not the up compensation is enabled.

-
- -
-
upCompensationTimeInSeconds
-
float upCompensationTimeInSeconds
-

Sets the compensation time (in seconds) for the up compensation.

-
- -
-
northCompensationEnabled
-
bool northCompensationEnabled
-

determines whether or not the north compensation is enabled.

-
- -
-
northCompensationTimeInSeconds
-
float northCompensationTimeInSeconds
-

Sets the compensation time (in seconds) for the north compensation.

-
- -
-
PpsPulseInfo
-

Contains the 1PPS Pulse info for DeviceStatusData.

-
- -
-
PpsPulseInfo
-
PpsPulseInfo(): count(0), lastTimeinMS(0)
-

Creates a PpsPulseInfo object with default values.

-
- -
-
count
-
uint32 count
-

The number of 1PPS pulses

-
- -
-
lastTimeinMS
-
uint32 lastTimeinMS
-

Time of the last 1PPS pulse in MS (references System Timer)

-
- -
-
StreamInfo
-

Contains stream info for DeviceStatusData.

-
- -
-
StreamInfo
-
StreamInfo(): enabled(false), outgoingPacketsDropped(0)
-

Creates a StreamInfo object with default values.

-
- -
-
enabled
-
bool enabled
-
- -
-
outgoingPacketsDropped
-
uint32 outgoingPacketsDropped
-
- -
-
DeviceMessageInfo
-
- -
-
DeviceMessageInfo
-
DeviceMessageInfo(): messageParsingErrors(0), messagesRead(0), lastMessageReadinMS(0)
-

Creates a DeviceMessageInfo object with default values.

-
- -
-
messageParsingErrors
-
uint32 messageParsingErrors
-
- -
-
messagesRead
-
uint32 messagesRead
-
- -
-
lastMessageReadinMS
-
uint32 lastMessageReadinMS
-

Time of last message read for the stream in MS (references System Timer)

-
- -
-
PortInfo
-

Contains USB or COM port info for DeviceStatusData.

-
- -
-
PortInfo
-
PortInfo(): bytesWritten(0), bytesRead(0), overrunsOnWrite(0), overrunsOnRead(0)
-

Creates a PortInfo object with default values.

-
- -
-
bytesWritten
-
uint32 bytesWritten
-
- -
-
bytesRead
-
uint32 bytesRead
-
- -
-
overrunsOnWrite
-
uint32 overrunsOnWrite
-
- -
-
overrunsOnRead
-
uint32 overrunsOnRead
-
- -
-
TemperatureInfo
-

Contains internal temperature info for DeviceStatusData.

-
- -
-
TemperatureInfo
-
TemperatureInfo(): onBoardTemp(0), lastReadInMS(0), error(0)
-

Creates a TemperatureInfo object with default values.

-
- -
-
onBoardTemp
-
float onBoardTemp
-
- -
-
lastReadInMS
-
uint32 lastReadInMS
-

Time of last temperature sensor reading in MS (references System Timer)

-
- -
-
error
-
uint8 error
-
- -
-
DeviceStatusValues
-

Keys corresponding to the device status values returned by DeviceStatusData::asMap, DeviceStatusData::asValueMap.

ModelNumber  modelNumber StatusStructure  statusStructure SystemState  systemState() gnss1PpsPulseInfo_Count  gnss1PpsPulseInfo().count gnss1PpsPulseInfo_LastTimeinMS  gnss1PpsPulseInfo().lastTimeinMS GnssPowerStateOn  gnssPowerStateOn() ImuStreamInfo_Enabled  imuStreamInfo().enabled ImuStreamInfo_PacketsDropped  imuStreamInfo().outgoingPacketsDropped GnssStreamInfo_Enabled  gnssStreamInfo().enabled GnssStreamInfo_PacketsDropped  gnssStreamInfo().outgoingPacketsDropped EstimationFilterStreamInfo_Enabled  estimationFilterStreamInfo().enabled EstimationFilterStreamInfo_PacketsDropped  estimationFilterStreamInfo().outgoingPacketsDropped ComPortInfo_BytesRead  comPortInfo().bytesRead ComPortInfo_BytesWritten  comPortInfo().bytesWritten ComPortInfo_OverrunsOnRead  comPortInfo().overrunsOnRead ComPortInfo_OverrunsOnWrite  comPortInfo().overrunsOnWrite ImuMessageInfo_LastMessageReadinMS  imuMessageInfo().lastMessageReadinMS ImuMessageInfo_MessageParsingErrors  imuMessageInfo().messageParsingErrors ImuMessageInfo_MessagesRead  imuMessageInfo().messagesRead GnssMessageInfo_LastMessageReadinMS  gnssMessageInfo().lastMessageReadinMS GnssMessageInfo_MessageParsingErrors  gnssMessageInfo().messageParsingErrors GnssMessageInfo_MessagesRead  gnssMessageInfo().messagesRead TemperatureInfo_Error  temperatureInfo().error TemperatureInfo_LastReadInMS  temperatureInfo().lastReadInMS TemperatureInfo_OnBoardTemp  temperatureInfo().onBoardTemp PowerState  powerState() GyroRange  gyroRange() AccelRange  accelRange() HasMagnetometer  hasMagnetometer() HasPressure  hasPressure()

-
- -
-
DeviceStatusMap
-

A map of DeviceStatusValues, string entries.

-
- -
-
DeviceStatusValueMap
-

A map of DeviceStatusValues, Value entries.

-
- -
-
DeviceStatusData
-
DeviceStatusData
-

Contains the data needed by the InertialNode::getBasicDeviceStatus method.

-
- -
-
StatusSelector
-

Represents the two different types of statuses returned by DeviceStatus.

BASIC_STATUS_STRUCTURE

0x01 - used to receive a limited device status.

DIAGNOSTIC_STATUS_STRUCTURE

0x02 - used to receive a complete device status.

-
- -
-
SystemState
-

Enum of available system states.

SYSTEM_INITIALIZATION = 0x0001 SYSTEM_STARTUP = 0x0002 SYSTEM_RUNNING = 0x0003

-
- -
-
DeviceStatusData
-
DeviceStatusData()
-

Creates a DeviceStatusData object with default values.

-
- -
-
model
-
uint16 modelNumber
-
- -
-
statusStructure
-
StatusSelector statusStructure
-
- -
-
systemTimerInMS
-
uint32 systemTimerInMS
-
- -
-
systemState
-
SystemState systemState()
-

get or set m_systemState

-
- -
-
gnssPowerStateOn
-
bool gnssPowerStateOn() const
-

get or set m_gnssPowerStateOn

-
- -
-
gnss1PpsPulseInfo
-
PpsPulseInfo gnss1PpsPulseInfo()
-

get or set m_gnss1PpsPulseInfo

-
- -
-
imuStreamInfo
-
StreamInfo imuStreamInfo()
-

get or set m_imuStreamInfo

-
- -
-
gnssStreamInfo
-
StreamInfo gnssStreamInfo()
-

get or set m_gnssStreamInfo

-
- -
-
estimationFilterStreamInfo
-
StreamInfo estimationFilterStreamInfo()
-

get or set m_estimationFilterStreamInfo

-
- -
-
imuMessageInfo
-
DeviceMessageInfo imuMessageInfo()
-

get or set m_imuMessageInfo

-
- -
-
gnssMessageInfo
-
DeviceMessageInfo gnssMessageInfo()
-

get or set m_gnssMessageInfo

-
- -
-
comPortInfo
-
PortInfo comPortInfo()
-

get or set m_comPortInfo

-
- -
-
usbPortInfo
-
PortInfo usbPortInfo()
-

get or set m_usbPortInfo

-
- -
-
hasMagnetometer
-
bool hasMagnetometer() const
-

get or set m_hasMagnetometer

-
- -
-
magnetometerInitializationFailed
-
bool magnetometerInitializationFailed() const
-

get or set m_magnetometerInitializationFailed

-
- -
-
hasPressure
-
bool hasPressure() const
-

get or set m_hasPressure

-
- -
-
pressureInitializationFailed
-
bool pressureInitializationFailed() const
-

get or set m_pressureInitializationFailed

-
- -
-
gnssReceiverInitializationFailed
-
bool gnssReceiverInitializationFailed() const
-

get or set m_gnssReceiverInitializationFailed

-
- -
-
coldStartOnPowerOn
-
bool coldStartOnPowerOn() const
-

get or set m_coldStartOnPowerOn

-
- -
-
temperatureInfo
-
TemperatureInfo temperatureInfo()
-

get or set m_temperatureInfo

-
- -
-
powerState
-
InertialTypes::PowerState powerState() const
-

get or set m_powerState

-
- -
-
gyroRange
-
uint16 gyroRange() const
-

get or set m_gyroRange

-
- -
-
accelRange
-
uint16 accelRange() const
-

get or set m_accelRange

-
- -
-
asMap
-
mscl::DeviceStatusMap asMap() const
-

get the device status as a map

-
- -
-
asValueMap
-
mscl::DeviceStatusValueMap asValueMap() const
-

get the device status as value map

-
- -
-
StatusSelectors
-

A vector of StatusSelector objects

-
- -
-
ExternalGNSSUpdateData
-

Contains the data needed by the InertialNode::sendExternalGNSSUpdate method.

-
- -
-
gpsTimeOfWeek
-
double gpsTimeOfWeek
-
- -
-
gpsWeekNumber
-
uint16 gpsWeekNumber
-
- -
-
lattitude
-
double lattitude
-
- -
-
longitude
-
double longitude
-
- -
-
altitudeAboveWGS84Ellipsoid
-
double altitudeAboveWGS84Ellipsoid
-
- -
-
northVelocity
-
float northVelocity
-
- -
-
eastVelocity
-
float eastVelocity
-
- -
-
downVelocity
-
float downVelocity
-
- -
-
northPositionUncertainty
-
float northPositionUncertainty
-
- -
-
eastPositionUncertainty
-
float eastPositionUncertainty
-
- -
-
downPositionUncertainty
-
float downPositionUncertainty
-
- -
-
northVelocityUncertainty
-
float northVelocityUncertainty
-
- -
-
eastVelocityUncertainty
-
float eastVelocityUncertainty
-
- -
-
downVelocityUncertainty
-
float downVelocityUncertainty
-
- -
-
HeadingUpdateOptions
-

Contains the possible sources of aiding heading updates to the Kalman filter.  Some, all, or none of the options can be set as heading aids.

-
- -
-
operator <InertialTypes::​HeadingUpdateEnableOption>
-

Converts this class to a <InertialTypes::HeadingUpdateEnableOption>.

-
- -
-
HeadingUpdateOptions
-
HeadingUpdateOptions() : useInternalMagnetometer(false), useInternalGNSSVelocityVector(false), useExternalHeadingMessages(false)
-
- -
-
HeadingUpdateOptions
-
HeadingUpdateOptions(
const InertialTypes::HeadingUpdateEnableOption &headingUpdateOption
)
-

Updates this class from a <InertialTypes::HeadingUpdateEnableOption> according to the Communications Protocol.

Parameters
headingUpdateOption
const InertialTypes::HeadingUpdateEnableOption&

The heading update used to fill in this object.

-
- -
-
useInternalMagnetometer
-
bool useInternalMagnetometer
-
- -
-
useInternalGNSSVelocityVector
-
bool useInternalGNSSVelocityVector
-
- -
-
useExternalHeadingMessages
-
bool useExternalHeadingMessages
-
- -
-
HeadingUpdateOptionsList
-

A vector of HeadingUpdateOptions objects

-
- -
-
FilterInitialValuesSource
-

Options defining which initial filter values are user-specified or automatically determined on initialization.

Automatic

0x00  - Automatic position, velocity, and attitude

UserSpecified_Heading

0x01  - Automatic position and velocity, automatic pitch and roll, and user-specified heading

UserSpecified_Attitude

0x02  - Automatic position and velocity, fully user-specified attitude

UserSpecified_All

0x03  - User-specified position, velocity, and attitude

-
- -
-
HeadingAlignmentOption
-

Method options for automatically determining initial filter heading

GNSS_DualAntenna

0x01 - Dual-antenna GNSS alignment

GNSS_Kinematic

0x02 - GNSS kinematic alignment (GNSS velocity determines initial heading)

Magnetometer

0x04 - Magnetometer heading alignment

External

0x08 - External heading source

-
- -
-
HeadingAlignmentMethod
-

Struct to create and interact with a HeadingAlignmentOption bitfield

-
- -
-
HeadingAlignmentMethod
-
HeadingAlignmentMethod()
-

Default constructor, value = 0

-
- -
-
HeadingAlignmentMethod
-
HeadingAlignmentMethod(
uint8 val
) : value(val)
-

Construct HeadingAlignmentMethod object with specified initial value.

Parameters
val
uint8

uint8 intial value

-
- -
-
value
-
uint8 value
-

The HeadingAlignmentMethod bitfield value

-
- -
-
select
-
void select(
HeadingAlignmentOption option
)
-

Add a <HeadingAlignmentOption> to the bitfield.

Parameters
option
HeadingAlignmentOption

<HeadingAlignmentOption> to enable

-
- -
-
deselect
-
void deselect(
HeadingAlignmentOption option
)
-

Remove a <HeadingAlignmentOption> from the bitfield.

Parameters
option
HeadingAlignmentOption

<HeadingAlignmentOption> to disable

-
- -
-
deselect
-

Checks whether the specified <HeadingAlignmentOption> is included in the bitfield.

Parameters
option

<HeadingAlignmentOption> to check

Returns
bool

true: specified <HeadingAlignmentOption> included in bitfield, false: option not included

-
- -
-
FilterInitializationValues
-

Struct to hold values for the Filter Initialization Config command.

-
- -
-
FilterInitializationValues
-
FilterInitializationValues() : initialValuesSource(FilterInitialValuesSource::Automatic), autoHeadingAlignmentMethod(HeadingAlignmentOption::GNSS_Kinematic), referenceFrame(PositionVelocityReferenceFrame::ECEF)
-

Creates a FilterInitializationValues object with default values.

Default values: initialValuesSource - <FilterInitialValuesSource>::Automatic autoHeadingAlignmentMethod - <HeadingAlignmentMethod>::GNSS_Kinematic referenceFrame - <PositionVelocityReferenceFrame>::ECEF

-
- -
-
autoInitialize
-
bool autoInitialize
-
- -
-
initialValuesSource
-
FilterInitialValuesSource initialValuesSource
-
- -
-
autoHeadingAlignmentMethod
-
HeadingAlignmentMethod autoHeadingAlignmentMethod
-
- -
-
initialAttitude
-
EulerAngles initialAttitude
-

Note: Only heading value will be used if initialValueSource indicates pitch/roll will be determined automatically.

-
- -
-
initialPosition
-
Position initialPosition
-
- -
-
initialVelocity
-
GeometricVector initialVelocity
-
- -
-
referenceFrame
- -
- -
-
manualHeading
-
bool manualHeading()
-

Checks the value of initialValuesSource to determine if the initial heading needs to be set manually.

-
- -
-
manualAttitude
-
bool manualAttitude()
-

Checks the value of initialValuesSource to determine if the initial heading, pitch, and roll need to be set manually.

-
- -
-
manualPositionVelocity
-
bool manualPositionVelocity()
-

Checks the value of initialValuesSource to determine if the initial position and velocity need to be set manually.

-
- -
-
TareAxisValues
-

Contains the possible axis bitfield values.

-
- -
-
tareRollAxis
-
bool tareRollAxis
-
- -
-
tarePitchAxis
-
bool tarePitchAxis
-
- -
-
tareYawAxis
-
bool tareYawAxis
-
- -
-
Geographic Source Options
-

Holds the Geographic Source Option and the fixed value if manual is selected.  Determines the sources for Declination, Inclination, and Magnitude.

-
- -
-
source
-
InertialTypes::GeographicSourceOption source
-
- -
-
manual
-
float manual
-
- -
-
EstimationControlOptions
-

Controls which parameters are estimated by the Kalman Filter.  Some, all, or none of the options can be set as estimation controls.

-
- -
-
enableGyroBiasEstimation
-
bool enableGyroBiasEstimation
-
- -
-
enableAccelBiasEstimation
-
bool enableAccelBiasEstimation
-
- -
-
enableGyroScaleFactorEstimation
-
bool enableGyroScaleFactorEstimation
-
- -
-
enableAccelScaleFactorEstimation
-
bool enableAccelScaleFactorEstimation
-
- -
-
enableGNSSAntennaOffsetEstimation
-
bool enableGNSSAntennaOffsetEstimation
-
- -
-
enableHardIronAutoCalibration
-
bool enableHardIronAutoCalibration
-
- -
-
enableSoftIronAutoCalibration
-
bool enableSoftIronAutoCalibration
-
- -
-
HeadingData
-
- -
-
HeadingType
-

Dictates whether heading is relative to true north or magnetic north.

-
- -
-
headingAngle
-
float headingAngle
-
- -
-
headingAngleUncertainty
-
float headingAngleUncertainty
-
- -
-
AdaptiveMeasurementData
-
- -
-
AdaptiveMeasurementData
-
AdaptiveMeasurementData() : mode(InertialTypes::AdaptiveMeasurementMode::ADAPTIVE_MEASUREMENT_DISABLE), lowPassFilterCutoff(0), lowLimit(0), highLimit(0), lowLimitUncertainty(0), highLimitUncertainty(0), minUncertainty(0)
-

Initialize an AdaptiveMeasurementData object with default values

-
- -
-
mode
-
InertialTypes::AdaptiveMeasurementMode mode
-
- -
-
lowPassFilterCutoff
-
float lowPassFilterCutoff
-
- -
-
lowLimit
-
float lowLimit
-
- -
-
highLimit
-
float highLimit
-
- -
-
lowLimitUncertainty
-
float lowLimitUncertainty
-
- -
-
highLimitUncertainty
-
float highLimitUncertainty
-
- -
-
minUncertainty
-
float minUncertainty
-
- -
-
AutoAdaptiveFilterOptions
-
- -
-
AutoAdaptiveFilterOptions
-
AutoAdaptiveFilterOptions() : level(InertialTypes::FILTERING_MODERATE), timeLimit(0)
-

Initializes a AutoAdaptiveFilterOptions object with default values

-
- -
-
AutoAdaptiveFilterOptions
-
AutoAdaptiveFilterOptions(
InertialTypes::AutoAdaptiveFilteringLevel lvl,
uint16 limit
) : level(lvl), timeLimit(limit)
-

Initializes a AutoAdaptiveFilterOptions object with specified values

-
- -
-
level
-
InertialTypes::AutoAdaptiveFilteringLevel level
-

The auto-adaptive filter operating level

-
- -
-
timeLimit
-
uint16 timeLimit
-

The maximum duration of measurement rejection before entering recovery mode (ms)

-
- -
-
AdaptiveMeasurementModes
-

A vector of AdaptiveMeasurementMode enum values

-
- -
-
SignalConditioningValues
-
- -
-
DataConditioningFlags
-

Indicates the bit value used to enable/disable data conditioning features

-
- -
-
MagPowerBandwidthSettings
-

Indicates the magnetometer bandwidth and power consumption settings

HIGH = 0

High bandwidth, highest power consumption

LOW = 1

Bandwidth coupled to Data Rate, low power consumption (default)

-
- -
-
dataConditioningFlags
-
uint16 dataConditioningFlags
-
- -
-
orientationCalcDecimation
-
uint16 orientationCalcDecimation
-
- -
-
accelGyroFilterWidth
-
uint8 accelGyroFilterWidth
-
- -
-
magFilterWidth
-
uint8 magFilterWidth
-
- -
-
upCompensation
-
uint16 upCompensation
-
- -
-
northCompensation
-
uint16 northCompensation
-
- -
-
magBandwidthPower
-
MagPowerBandwidthSettings magBandwidthPower
-
- -
-
conditioningOptionOn
-
bool conditioningOptionOn(
DataConditioningFlags option
)
-

Checks whether the specified conditioning option bit is 1.

-
- -
-
setConditioningOptionOn
-
void setConditioningOptionOn(
DataConditioningFlags option
)
-

Sets the specified conditioning option bit to 1.

-
- -
-
setConditioningOptionOff
-
void setConditioningOptionOff(
DataConditioningFlags option
)
-

Sets the specified conditioning option bit to 0.

-
- -
-
EnableDisableMeasurements
-
- -
-
MeasurementOptions
-

Indicates the bit value used to enable/disable available measurement options

-
- -
-
measurementOptions
-
uint16 measurementOptions
-
- -
-
optionEnabled
-
bool optionEnabled(
MeasurementOptions option
)
-

Checks whether the specified option is enabled.

-
- -
-
enableOption
-
void enableOption(
MeasurementOptions option
)
-

Enables the specified option.

-
- -
-
disableOption
-
void disableOption(
MeasurementOptions option
)
-

Disables the specified option.

-
- -
-
RTKDeviceStatusFlags
-
- -
-
ModemState
-

Modem state values OFF  - 0x00 - Off NO_NETWORK  - 0x01 - No Network NETWORK_CONNECTED  - 0x02 - Network Connected CONFIGURING_DATA_CONTEXT  - 0x03 - Configuring Data Context ACTIVATING_DATA_CONTEXT  - 0x04 - Activating Data Context CONFIGURING_SOCKET  - 0x05 - Configuring Socket WAITING_ON_SERVER_HANDSHAKE - 0x06 - Waiting on Server Handshake CONNECTED_AND_IDLE  - 0x07 - Connected + Idle CONNECTED_AND_STREAMING  - 0x08 - Connected + Streaming

-
- -
-
ConnectionType
-

Connection types NO_CONNECTION - 0x00 - No Connection CONNECTION_2G - 0x02 - 2G CONNECTION_3G - 0x03 - 3G CONNECTION_4G - 0x04 - 4G CONNECTION_5G - 0x05 - 5G

-
- -
-
explicit conversion from RTKDeviceStatusFlags to RTKDeviceStatusFlags_v1
-

Only C++ compatible

-
- -
-
version
-
uint8 version() const
-
- -
-
modemState
-
ModemState modemState() const
-
- -
-
connectionType
-
ConnectionType connectionType() const
-
- -
-
rssi
-
int8 rssi() const
-
- -
-
signalQuality
-
uint8 signalQuality() const
-
- -
-
towerChangeIndicator
-
uint8 towerChangeIndicator() const
-
- -
-
nmeaTimeout
-
uint8 nmeaTimeout() const
-
- -
-
serverTimeout
-
uint8 serverTimeout() const
-
- -
-
rtcmTimeout
-
uint8 rtcmTimeout() const
-
- -
-
deviceOutOfRange
-
uint8 deviceOutOfRange() const
-
- -
-
correctionsUnavailable
-
uint8 correctionsUnavailable() const
-
- -
-
RTKDeviceStatusFlags_v1
-
- -
-
ControllerState
-

Controller state values IDLE  - 0x00 - Idle ACTIVE  - 0x04 - Active

-
- -
-
PlatformState
-

Platform state values MODEM_OFF  - 0x00 - Modem Off MODEM_POWERING_ON  - 0x01 - Modem Powering On MODEM_CONFIGURE  - 0x02 - Configuring Modem MODEM_POWERING_DOWN  - 0x03 - Modem Powering Down MODEM_READY  - 0x04 - Modem Ready MODEM_CONNECTING  - 0x05 - Modem Connecting to Network MODEM_DISCONNECTING  - 0x06 - Modem Disconnecting from Network MODEM_CONNECTED  - 0x07 - Modem Connected SERVICE_CONNECTING  - 0x08 - Connecting to RTK Service SERVICE_CONNECTION_FAILED  - 0x09 - Connection to RTK Service Failed SERVICE_CONNECTION_CANCELED  - 0x0A - Connection to RTK Service Canceled SERVICE_DISCONNECTING  - 0x0B - Disconnecting from RTK Service SERVICE_CONNECTED  - 0x0C - Connected to RTK Service PLATFORM_ERROR  - 0x0D - Platform Error RESET_MODEM  - 0x0E - Reset Modem

-
- -
-
ControllerStatusCode
-

Controller status code values CONTROLLER_OK  - 0x00 - Controller OK WAITING_NMEA  - 0x01 - Awaiting NMEA RTK_TIMEOUT  - 0x02 - RTK Timed Out RTK_UNAVAILABLE - 0x03 - RTK Unavailable CONFIG_INVALID  - 0x07 - Invalid Configuration

-
- -
-
PlatformStatusCode
-

Platform status code values PLATFORM_OK  - 0x00 - Platform OK RTK_CONNECTION_DROPPED  - 0x04 - RTK Service Connection Broken CELL_CONNECTION_DROPPED - 0x06 - Cell Connection Dropped MODEM_ERROR  - 0x07 - Modem Error

-
- -
-
ResetReason
-

Possible RTK reset reason values POWER_ON  - 0x00 - Reset due to Power-on UNKNOWN  - 0x01 - Hardware reset SOFT_RESET  - 0x02 - Soft reset HARDWARE_ERROR_RESET  - 0x03 - Watchdog reset

-
- -
-
explicit conversion from RTKDeviceStatusFlags_v1 to RTKDeviceStatusFlags
-

Only C++ compatible

-
- -
-
version
-
uint8 version() const
-
- -
-
controllerState
-
ControllerState controllerState() const
-
- -
-
platformState
-
PlatformState platformState() const
-
- -
-
controllerStatusCode
-
ControllerStatusCode controllerStatusCode() const
-
- -
-
platformStatusCode
-
PlatformStatusCode platformStatusCode() const
-
- -
-
resetReason
-
ResetReason resetReason() const
-
- -
-
signalQuality
-
uint8 signalQuality() const
-
- -
-
GnssSignalConfiguration
-
GnssSignalConfiguration
-
- -
-
GpsSignal
-

Available GPS signals.

L1CA

0x01 - L1CA: 00000001

L2C

0x02 - L2C:  00000010

-
- -
-
GlonassSignal
-

Available GLONASS signals.

L1OF

0x01 - L1OF: 00000001

L2OF

0x02 - L2OF: 00000010

-
- -
-
GalileoSignal
-

Available Galileo signals.

E1

0x01 - E1:  00000001

E5B

0x02 - E5B: 00000010

-
- -
-
BeiDouSignal
-

Available BeiDou signals.

B1

0x01 - B1: 00000001

B2

0x02 - B2: 00000010

-
- -
-
GnssSignalConfiguration
-
GnssSignalConfiguration()
-
- -
-
enableGpsSignal
-
void enableGpsSignal(
GpsSignal signal,
bool enable = true
)
-

Enable or disable specified GPS signal

-
- -
-
gpsSignalEnabled
-
bool gpsSignalEnabled(
GpsSignal signal
)
-

Check whether the specified GPS signal is enabled

-
- -
-
gpsSignalValue
-
void gpsSignalValue(
uint8 val
)
-

Gets or sets the underlying value for the GPS signal bitfield

-
- -
-
enableGlonassSignal
-
void enableGlonassSignal(
GlonassSignal signal,
bool enable = true
)
-

Enable or disable specified GLONASS signal

-
- -
-
glonassSignalEnabled
-
bool glonassSignalEnabled(
GlonassSignal signal
)
-

Check whether the specified GLONASS signal is enabled

-
- -
-
glonassSignalValue
-
void glonassSignalValue(
uint8 val
)
-

Gets or sets the underlying value for the GLONASS signal bitfield

-
- -
-
enableGalileoSignal
-
void enableGalileoSignal(
GalileoSignal signal,
bool enable = true
)
-

Enable or disable specified Galileo signal

-
- -
-
galileoSignalEnabled
-
bool galileoSignalEnabled(
GalileoSignal signal
)
-

Check whether the specified Galileo signal is enabled

-
- -
-
galileoSignalValue
-
void galileoSignalValue(
uint8 val
)
-

Gets or sets the underlying value for the Galileo signal bitfield

-
- -
-
enableBeiDouSignal
-
void enableBeiDouSignal(
BeiDouSignal signal,
bool enable = true
)
-

Enable or disable specified BeiDou signal

-
- -
-
beidouSignalEnabled
-
bool beidouSignalEnabled(
BeiDouSignal signal
)
-

Check whether the specified BeiDou signal is enabled

-
- -
-
beidouSignalValue
-
void beidouSignalValue(
uint8 val
)
-

Gets or sets the underlying value for the BeiDou signal bitfield

-
- -
-
PositionReferenceConfiguration
-
- -
-
autoConfig
-
bool autoConfig
-

Indicates whether the position reference is automatically determined (position value ignored if true).

-
- -
-
position
-
Position position
-

The reference position value.

-
- -
-
AntennaLeverArmCalConfiguration
-
- -
-
enabled
-
bool enabled
-

Enable or disable lever arm error tracking

-
- -
-
maxOffsetError
-
float maxOffsetError
-

Maximum offset error magnitude

-
- -
-
OdometerConfiguration
-
OdometerConfiguration
-
- -
-
Mode
-

Odometer mode options DISABLED  - 0x00 - Encoder is disabled SINGLE  - 0x01 - Single pulse input; one direction only QUADRATURE  - 0x02 - Quadrature encoder mode

-
- -
-
mode
-
Mode mode() const
-

Get/Set the mode

-
- -
-
uncertainty
-
float uncertainty() const
-

Get/Set the uncertainty (m/m)

-
- -
-
scaling
-
float scaling() const
-

Get/Set the scaling value directly (pulses per meter)

-
- -
-
scaling
-
void scaling(
float resolution,
float radius
)
-

Set the scaling by specifying the encoder resolution and the wheel radius.  Scaling = encoder resultion / (2pi * radius)

Parameters
resolution
float

encoder resolution (pulses per revolution)

radius
float

wheel radius (meters)

Note: 0 is an invalid value for both radius and resolution and will resulting in scaling = 0

-
- -
-
m_mode
-
Mode m_mode
-
- -
-
m_scaling
-
float m_scaling
-
- -
-
m_unc
-
float m_unc
-
- -
-
GpioConfiguration
-
- -
-
Feature
-

GPIO Feature options. Determines how the pin will be used

UNUSED_FEATURE

0x00 - Pin is unused

GPIO_FEATURE

0x01 - Direct control of pin output state or to stream the state of the pin

PPS_FEATURE

0x02 - Pulse per second input or output

ENCODER_FEATURE

0x03 - Motor encoder/odometer input

EVENT_TIMESTAMP_FEATURE

0x04 - Precision event timestamping

UART_FEATURE

0x05 - UART data or control lines

-
- -
-
GpioBehavior
-

GPIO Pin behavior

GPIO_UNUSED

0x00 - Pin is unused

GPIO_INPUT

0x01 - Pin will be an input

GPIO_OUTPUT_LOW

0x02 - Pin is an output initially in the LOW state

GPIO_OUTPUT_HIGH

0x03 - Pin is an output initially in the HIGH state

-
- -
-
PpsBehavior
-

PPS Pin behavior

UNUSED

0x00 - Pin is unused

PPS_INPUT

0x01 - Pin will receive the pulse-per-second signal

PPS_OUTPUT

0x02 - Pin will transmit the pulse-per-second signal from the device

-
- -
-
EncoderBehavior
-

Encoder Pin behavior

ENCODER_UNUSED

0x00 - Pin is unused

ENCODER_A

0x01 - Encoder A

ENCODER_B

0x02 - Encoder B

-
- -
-
EventTimestampBehavior
-

Event Timestamp Pin behavior

TIMESTAMP_UNUSED

0x00 - Pin is unused

TIMESTAMP_RISING

0x01 - Rising edge will be timestamped

TIMESTAMP_FALLING

0x02 - Falling edge will be timestamped

TIMESTAMP_EITHER

0x03 - Both rising and falling edges will be timestamped

-
- -
-
UartBehavior
-

UART Pin behavior Note: only one Transmit and one Receive pin can be configured per port pair (see documentation)

UART_UNUSED

0x00 - Pin is unused

UART_PORT2_TX

0x21 - UART port 2 transmit

UART_PORT2_RX

0x22 - UART port 2 receive

UART_PORT3_TX

0x31 - UART port 3 transmit

UART_PORT3_RX

0x32 - UART port 3 receive

-
- -
-
PinModes
-

PinModes for the pinMode Bitfield

NONE

0x00 - Pin not set

OPEN_DRAIN

0x01 - The pin will be an open-drain output

PULLDOWN

0x02 - The pin will have an internal pull-down resistor enabled

PULLUP

0x04 - The pin will have an internal pull-up resistor enabled

-
- -
-
pinModeValue
-
void pinModeValue(
uint8 val
)
-

Gets or sets the underlying value for the pin mode bitfield

-
- -
-
GpioPinId
-

A uint8 representing logical GPIO pin IDs

-
- -
-
GpioPinModeOptions
-

A vector of GpioConfiguration::PinModes representing masked pin modes

-
- -
-
GpioBehaviorModes
-

A map of uint behavior ID, GpioPinModeOptions pairs

-
- -
-
GpioFeatureBehaviors
-

A map of GpioConfiguration::Feature, GpioBehaviorModes pairs

-
- -
-
GpioPinOptions
-

A map of uint GpioPinId, GpioFeatureBehaviors pairs

-
- -
-
EventControlMode
-

Event control modes DISABLED  - 0x00 - Trigger is disabled ENABLED  - 0x01 - Trigger is enabled TEST  - 0x02 - Force the trigger into the active state TEST_PULSE - 0x03 - Force the trigger into the active state for one event cycle

-
- -
-
EventTriggerGpioParameter
-
- -
-
Mode
-

How the pin state affects the trigger DISABLED  - 0x00 - The pin will have no effect and the trigger will never activate WHILE_HIGH - 0x01 - The trigger will be active while the pin is high WHILE_LOW  - 0x02 - The trigger will be active while the pin is low EDGE  - 0x04 - Use if the pin is configured for time-stamping via the 3DM GPIO Configuration command (0x0C41)

-
- -
-
EventTriggerThresholdParameter
-
- -
-
Type
-

How the pin state affects the trigger WINDOW_TYPE  - 0x01 - Window comparison INTERVAL_TYPE - 0x02 - Trigger at evenly-spaced intervals

-
- -
-
type
-
Type type
-

Determines the type of comparison

-
- -
-
lowThreshold
-
double lowThreshold
-

Low threshold

-
- -
-
highThreshold
-
double highThreshold
-

High threshold

-
- -
-
channel
-
void channel(
MipTypes::ChannelField channelField,
MipTypes::ChannelQualifier channelQualifier
)
-

Set the channel field and qualifier

-
- -
-
channel
-
void channel(
MipTypes::ChannelField channelField,
uint8 index
)
-

Set the channel field and qualifier index

-
- -
-
channelField
-
MipTypes::ChannelField channelField() const
-

Get the channel field

-
- -
-
channelQualifier
-
MipTypes::ChannelQualifier channelQualifier() const
-

Get the channel qualifier

-
- -
-
channelIndex
-
uint8 channelIndex() const
-

Get the channel qualifier index Default value: 0 (unset)

-
- -
-
EventTriggerCombinationParameter
-
- -
-
EventTriggerParameters
-

Only one of the variables (gpio, threshold, combination) should be used to represent each instance

-
- -
-
EventTriggerParameters
-
EventTriggerParameters() : combination()
-

Default constructor

-
- -
-
gpio
- -

Event GPIO trigger parameters

-
- -
-
threshold
- -

Event threshold trigger parameters

-
- -
-
combination
- -

Event combination trigger parameters

-
- -
-
EventTriggerConfiguration
-
- -
-
Type
-

Type of trigger to configure

NONE

0x00 - No trigger selected. The state will always be inactive

GPIO_TRIGGER

0x01 - Trigger based on the state of a GPIO pin

THRESHOLD_TRIGGER

0x02 - Compare a data quantity against a high and low threshold

COMBINATION_TRIGGER

0x03 - Logical combination of two or more triggers

-
- -
-
instance
-
uint8 instance
-

Trigger number

-
- -
-
trigger
-
Type trigger
-

Type of trigger

-
- -
-
parameters
- -

Trigger parameters

-
- -
-
EventActionGpioParameter
-
- -
-
Mode
-

Modes for behavior of the GPIO pin

DISABLED

0x00 - Pin state will not be changed

ACTIVE_HIGH

0x01 - Pin will be set high when the trigger is active and low otherwise

ACTIVE_LOW

0x02 - Pin will be set low when the trigger is active and high otherwise

ONESHOT_HIGH

0x05 - Pin will be set high each time the trigger activates. It will not be set low

ONESHOW_LOW

0x06 - Pin will be set low each time the trigger activates. It will not be set high

TOGGLE

0x07 - Pin will change to the opposite state each time the trigger activates

-
- -
-
pin
-
uint8 pin
-

GPIO pin number

-
- -
-
mode
-
Mode mode
-

Behavior of the GPIO pin

-
- -
-
EventActionMessageParameter
-
- -
-
MAX_DESCRIPTORS
-

Maximum supported descriptors

-
- -
-
sampleRate
-
SampleRate sampleRate
-

Sample rate to output fields at when action is triggered. SampleRate::Event() (type Event,  indicates only a single packet will be output when triggered.

-
- -
-
dataClass
-
MipTypes::DataClass dataClass() const
-

Get the MipTypes::DataClass

-
- -
-
setChannelFields
-
void setChannelFields(
MipTypes::DataClass dataClass,
const MipTypes::MipChannelFields &fields
)
-

Set the MipTypes::ChannelFields

-
- -
-
getChannelFields
-
MipTypes::MipChannelFields getChannelFields() const
-

Get a list of MipTypes::ChannelField

-
- -
-
EventActionParameters
-

Only one of the variables (gpio, message) should be used to represent each instance

-
- -
-
EventActionParameters
-
EventActionParameters() : message()
-

Default constructor

-
- -
-
gpio
- -

Event action GPIO parameters

-
- -
-
message
- -

Event action message parameters

-
- -
-
EventActionConfiguration
-
- -
-
Type
-

Types for the event action

NONE

0x00 - No action. Parameters should be empty

GPIO

0x01 - Control the state of a GPIO pin. See EventActionGpioParameter

MESSAGE

0x02 - Output a data packet. See EventActionMessageParameter

-
- -
-
instance
-
uint8 instance
-

Action number

-
- -
-
trigger
-
uint8 trigger
-

ID of trigger that will cause this action to occur. If 0, this action is not linked to any event triggers.

-
- -
-
type
-
Type type
-

Type of action

-
- -
-
parameters
- -

Action parameters

-
- -
-
EventTriggerInfo
-

Information about an event trigger

-
- -
-
EventTriggerInfo
-
EventTriggerInfo() : type(EventTriggerConfiguration::NONE), instanceId(0), status(0)
-

Default constructor

-
- -
-
EventTriggerInfo
-
EventTriggerInfo(
const EventTriggerConfiguration::Type type,
const uint8 instanceId,
const uint8 status
) : type(type), instanceId(instanceId), status(status)
-
- -
-
Status
-

Trigger status masks for the status bitfield

ACTIVE

0x01 - Active bitmask

ENABLED

0x02 - Enabled bitmask

TEST

0x04 - Test mode bitmask

-
- -
-
type
- -

Configured trigger type

-
- -
-
instanceId
-
uint8 instanceId
-

Instance ID of the trigger

-
- -
-
isActive
-
bool isActive() const
-

True if the trigger is currently active (either due to its logic or being in test mode)

-
- -
-
isEnabled
-
bool isEnabled() const
-

True if the trigger is enabled

-
- -
-
isTestMode
-
bool isTestMode() const
-

True if the trigger is in test mode

-
- -
-
setStatus
-
void setStatus(
uint8 value
)
-

Sets the value of the status bitfield

-
- -
-
EventTriggerStatus
-

A vector of EventTriggerInfo

-
- -
-
EventActionInfo
-

Information about an event action

-
- -
-
EventActionInfo
-
EventActionInfo() : type(EventActionConfiguration::NONE), triggerId(0), instanceId(0)
-

Default constructor

-
- -
-
EventActionInfo
-
EventActionInfo(
const EventActionConfiguration::Type type,
const uint8 triggerId,
const uint8 instanceId
) : type(type), triggerId(triggerId), instanceId(instanceId)
-
- -
-
type
- -

Configured EventActionConfiguration::Type

-
- -
-
triggerId
-
uint8 triggerId
-

Associated event trigger instance

-
- -
-
instanceId
-
uint8 instanceId
-

Instance ID of the action

-
- -
-
EventActionStatus
-

A vector of EventActionInfo

-
- -
-
MeasurementReferenceFrame
-
MeasurementReferenceFrame
-

Represents a configurable Aiding Measurement reference frame (0x13,0x01)

-
- -
-
MeasurementReferenceFrame
-
MeasurementReferenceFrame()
-

Constructs a MeasurementReferenceFrame object with default values

-
- -
-
MeasurementReferenceFrame
-
MeasurementReferenceFrame(
const PositionOffset &translation,
const Rotation &rotation
) : m_translation(translation), m_rotation(rotation)
-

Constructs a MeasurementReferenceFrame object with the specified translation and rotation values

Parameters
translation
const PositionOffset&

PositionOffset of the aiding measurement in the vehicle frame

rotation
const Rotation&

Rotation of the aiding measurement in the vehicle frame

-
- -
-
MeasurementReferenceFrame
-
MeasurementReferenceFrame(
const MipFieldValues &data,
uint8 offset = 0
)
-

Creates a MeasurementReferenceFrame object based on specified <MipFieldValues> data

Parameters
<MipFieldValues>

format must be a u8 rotation format id and 6 or 7 floats

offset
uint8

default: 0 - uint8 index offset to start reading from

-
- -
-
asMipFieldValues
-
MipFieldValues asMipFieldValues() const
-

Gets the current reference frame values formatted as a <MipFieldValues> object

Returns
<MipFieldValues>

collection of values that represents this object.

-
- -
-
appendMipFieldValues
-
void appendMipFieldValues(
MipFieldValues &appendTo
) const
-

Adds the properly formatted <MipFieldValues> that represent this object to the specified collection.

Parameters
appendTo
MipFieldValues&

(reference) the <MipFieldValues> collection to append to

-
- -
-
translation
-
PositionOffset translation() const
-

Get the PositionOffset translation of this reference frame.

Returns
PositionOffset

the translation value

-
- -
-
translation
-
void translation(
const PositionOffset &translation
)
-

Set the PositionOffset translation of this reference frame.

Parameters
translation
const PositionOffset&

the PositionOffset to set

-
- -
-
rotation
-
Rotation rotation() const
-

Get the Rotation of this reference frame

Returns
Rotation

the rotation value

-
- -
-
rotation
-
void rotation(
const Rotation &rotation
)
-

Set the Rotation of this reference frame.

Parameters
rotation
const Rotation&

the Rotation to set

-
- -
-
errorTrackingEnabled()
-
bool errorTrackingEnabled() const
-

Indicates whether error tracking is enabled for this reference frame.

Returns
bool

the error tracking enabled value

-
- -
-
enableErrorTracking
-
void enableErrorTracking(
bool enable = true
)
-

Enable/Disable error tracking for this reference frame.

Parameters
enable
bool

bool (default true) - true: enable error tracking, false: disable error tracking

-
- -
-
MeasurementReferenceFrames
-

A map of reference frame IDs with their associated MeasurementReferenceFrame values.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Inertial/InertialNode-h-Summary.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Inertial/InertialNode-h-Summary.js deleted file mode 100644 index 305b2ad84..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Inertial/InertialNode-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Inertial/InertialNode.h","InertialNode.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Inertial/InertialNode.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"]],[[121,0,0,"InertialNode","InertialNode"],[122,0,1,"InertialNode","InertialNode.InertialNode"],[123,0,1,"getDataPackets","InertialNode.getDataPackets"],[124,0,1,"totalPackets","InertialNode.totalPackets"],[125,0,1,"pollData","InertialNode.pollData"],[126,0,1,"getDataRateBase","InertialNode.getDataRateBase"],[127,0,1,"getActiveChannelFields","InertialNode.getActiveChannelFields"],[128,0,1,"setActiveChannelFields","InertialNode.setActiveChannelFields"],[129,0,1,"setFactoryStreamingChannels","InertialNode.setFactoryStreamingChannels"],[130,0,1,"getInterfaceControl","InertialNode.getInterfaceControl"],[131,0,1,"setInterfaceControl","InertialNode.setInterfaceControl"],[132,0,1,"setInterfaceControl","InertialNode.setInterfaceControl(2)"],[133,0,1,"getCommunicationMode","InertialNode.getCommunicationMode"],[134,0,1,"setCommunicationMode","InertialNode.setCommunicationMode"],[135,0,1,"isDataStreamEnabled","InertialNode.isDataStreamEnabled"],[136,0,1,"enableDataStream","InertialNode.enableDataStream"],[137,0,1,"resetFilter","InertialNode.resetFilter"],[138,0,1,"runFilter","InertialNode.runFilter"],[139,0,1,"getAutoInitialization","InertialNode.getAutoInitialization"],[140,0,1,"setAutoInitialization","InertialNode.setAutoInitialization"],[141,0,1,"getAltitudeAid","InertialNode.getAltitudeAid"],[142,0,1,"setAltitudeAid","InertialNode.setAltitudeAid"],[143,0,1,"getPitchRollAid","InertialNode.getPitchRollAid"],[144,0,1,"setPitchRollAid","InertialNode.setPitchRollAid"],[145,0,1,"enableVerticalGyroConstraint","InertialNode.enableVerticalGyroConstraint"],[146,0,1,"verticalGyroConstraintEnabled","InertialNode.verticalGyroConstraintEnabled"],[147,0,1,"enableWheeledVehicleConstraint","InertialNode.enableWheeledVehicleConstraint"],[148,0,1,"wheeledVehicleConstraintEnabled","InertialNode.wheeledVehicleConstraintEnabled"],[149,0,1,"setVelocityZUPT","InertialNode.setVelocityZUPT"],[150,0,1,"getVelocityZUPT","InertialNode.getVelocityZUPT"],[151,0,1,"setAngularRateZUPT","InertialNode.setAngularRateZUPT"],[152,0,1,"getAngularRateZUPT","InertialNode.getAngularRateZUPT"],[153,0,1,"setInitialAttitude","InertialNode.setInitialAttitude"],[154,0,1,"setInitialHeading","InertialNode.setInitialHeading"],[155,0,1,"getInitialFilterConfiguration","InertialNode.getInitialFilterConfiguration"],[156,0,1,"setInitialFilterConfiguration","InertialNode.setInitialFilterConfiguration"],[157,0,1,"getSensorToVehicleRotation_eulerAngles","InertialNode.getSensorToVehicleRotation_eulerAngles"],[158,0,1,"setSensorToVehicleRotation_eulerAngles","InertialNode.setSensorToVehicleRotation_eulerAngles"],[159,0,1,"getSensorToVehicleRotation_matrix","InertialNode.getSensorToVehicleRotation_matrix"],[160,0,1,"setSensorToVehicleRotation_matrix","InertialNode.setSensorToVehicleRotation_matrix"],[161,0,1,"getSensorToVehicleRotation_quaternion","InertialNode.getSensorToVehicleRotation_quaternion"],[162,0,1,"setSensorToVehicleRotation_quaternion","InertialNode.setSensorToVehicleRotation_quaternion"],[163,0,1,"getSensorToVehicleTransform_eulerAngles","InertialNode.getSensorToVehicleTransform_eulerAngles"],[164,0,1,"setSensorToVehicleTransform_eulerAngles","InertialNode.setSensorToVehicleTransform_eulerAngles"],[165,0,1,"getSensorToVehicleTransform_matrix","InertialNode.getSensorToVehicleTransform_matrix"],[166,0,1,"setSensorToVehicleTransform_matrix","InertialNode.setSensorToVehicleTransform_matrix"],[167,0,1,"getSensorToVehicleTransform_quaternion","InertialNode.getSensorToVehicleTransform_quaternion"],[168,0,1,"setSensorToVehicleTransform_quaternion","InertialNode.setSensorToVehicleTransform_quaternion"],[169,0,1,"getSensorToVehicleOffset","InertialNode.getSensorToVehicleOffset"],[170,0,1,"setSensorToVehicleOffset","InertialNode.setSensorToVehicleOffset"],[171,0,1,"getAntennaOffset","InertialNode.getAntennaOffset"],[172,0,1,"setAntennaOffset","InertialNode.setAntennaOffset"],[173,0,1,"getGNSSAssistedFixControl","InertialNode.getGNSSAssistedFixControl"],[174,0,1,"setGNSSAssistedFixControl","InertialNode.setGNSSAssistedFixControl"],[175,0,1,"getGNSSAssistTimeUpdate","InertialNode.getGNSSAssistTimeUpdate"],[176,0,1,"setGNSSAssistTimeUpdate","InertialNode.setGNSSAssistTimeUpdate"],[177,0,1,"getGPSTimeUpdate","InertialNode.getGPSTimeUpdate"],[178,0,1,"setGPSTimeUpdate","InertialNode.setGPSTimeUpdate"],[179,0,1,"setConstellationSettings","InertialNode.setConstellationSettings"],[180,0,1,"constellationSettings","InertialNode.constellationSettings"],[181,0,1,"setSBASSettings","InertialNode.setSBASSettings"],[182,0,1,"getSBASSettings","InertialNode.getSBASSettings"],[183,0,1,"setAccelerometerBias","InertialNode.setAccelerometerBias"],[184,0,1,"getAccelerometerBias","InertialNode.getAccelerometerBias"],[185,0,1,"setGyroBias","InertialNode.setGyroBias"],[186,0,1,"getGyroBias","InertialNode.getGyroBias"],[187,0,1,"captureGyroBias","InertialNode.captureGyroBias"],[188,0,1,"setMagnetometerSoftIronMatrix","InertialNode.setMagnetometerSoftIronMatrix"],[189,0,1,"getMagnetometerSoftIronMatrix","InertialNode.getMagnetometerSoftIronMatrix"],[190,0,1,"setMagnetometerHardIronOffset","InertialNode.setMagnetometerHardIronOffset"],[191,0,1,"getMagnetometerHardIronOffset","InertialNode.getMagnetometerHardIronOffset"],[192,0,1,"setConingAndScullingEnable","InertialNode.setConingAndScullingEnable"],[193,0,1,"getConingAndScullingEnable","InertialNode.getConingAndScullingEnable"],[194,0,1,"setLowPassFilterSettings","InertialNode.setLowPassFilterSettings"],[195,0,1,"getLowPassFilterSettings","InertialNode.getLowPassFilterSettings"],[196,0,1,"setComplementaryFilterSettings","InertialNode.setComplementaryFilterSettings"],[197,0,1,"getComplementaryFilterSettings","InertialNode.getComplementaryFilterSettings"],[198,0,1,"getBasicDeviceStatus","InertialNode.getBasicDeviceStatus"],[199,0,1,"getDiagnosticDeviceStatus","InertialNode.getDiagnosticDeviceStatus"],[200,0,1,"sendRawRTCM_2_3Message","InertialNode.sendRawRTCM_2_3Message"],[201,0,1,"setVehicleDynamicsMode","InertialNode.setVehicleDynamicsMode"],[202,0,1,"getVehicleDynamicsMode","InertialNode.getVehicleDynamicsMode"],[203,0,1,"setEstimationControlFlags","InertialNode.setEstimationControlFlags"],[204,0,1,"getEstimationControlFlags","InertialNode.getEstimationControlFlags"],[205,0,1,"setEstimationControlFlags","InertialNode.setEstimationControlFlags(2)"],[206,0,1,"getEstimationControlFlags","InertialNode.getEstimationControlFlags(2)"],[207,0,1,"sendExternalGNSSUpdate","InertialNode.sendExternalGNSSUpdate"],[208,0,1,"setHeadingUpdateControl","InertialNode.setHeadingUpdateControl"],[209,0,1,"tareOrientation","InertialNode.tareOrientation"],[210,0,1,"getHeadingUpdateControl","InertialNode.getHeadingUpdateControl"],[211,0,1,"setGravityErrorAdaptiveMeasurement","InertialNode.setGravityErrorAdaptiveMeasurement"],[212,0,1,"getGravityErrorAdaptiveMeasurement","InertialNode.getGravityErrorAdaptiveMeasurement"],[213,0,1,"setMagnetometerErrorAdaptiveMeasurement","InertialNode.setMagnetometerErrorAdaptiveMeasurement"],[214,0,1,"getMagnetometerErrorAdaptiveMeasurement","InertialNode.getMagnetometerErrorAdaptiveMeasurement"],[215,0,1,"setMagDipAngleErrorAdaptiveMeasurement","InertialNode.setMagDipAngleErrorAdaptiveMeasurement"],[216,0,1,"getMagDipAngleErrorAdaptiveMeasurement","InertialNode.getMagDipAngleErrorAdaptiveMeasurement"],[217,0,1,"setMagNoiseStandardDeviation","InertialNode.setMagNoiseStandardDeviation"],[218,0,1,"getMagNoiseStandardDeviation","InertialNode.getMagNoiseStandardDeviation"],[219,0,1,"setGravNoiseStandardDeviation","InertialNode.setGravNoiseStandardDeviation"],[220,0,1,"getGravNoiseStandardDeviation","InertialNode.getGravNoiseStandardDeviation"],[221,0,1,"setAccelNoiseStandardDeviation","InertialNode.setAccelNoiseStandardDeviation"],[222,0,1,"getAccelNoiseStandardDeviation","InertialNode.getAccelNoiseStandardDeviation"],[223,0,1,"setGyroNoiseStandardDeviation","InertialNode.setGyroNoiseStandardDeviation"],[224,0,1,"getGyroNoiseStandardDeviation","InertialNode.getGyroNoiseStandardDeviation"],[225,0,1,"setPressureAltNoiseStandardDeviation","InertialNode.setPressureAltNoiseStandardDeviation"],[226,0,1,"getPressureAltNoiseStandardDeviation","InertialNode.getPressureAltNoiseStandardDeviation"],[227,0,1,"setHardIronOffsetProcessNoise","InertialNode.setHardIronOffsetProcessNoise"],[228,0,1,"getHardIronOffsetProcessNoise","InertialNode.getHardIronOffsetProcessNoise"],[229,0,1,"setAccelBiasModelParams","InertialNode.setAccelBiasModelParams"],[230,0,1,"getAccelBiasModelParams","InertialNode.getAccelBiasModelParams"],[231,0,1,"setGyroBiasModelParams","InertialNode.setGyroBiasModelParams"],[232,0,1,"getGyroBiasModelParams","InertialNode.getGyroBiasModelParams"],[233,0,1,"setSoftIronMatrixProcessNoise","InertialNode.setSoftIronMatrixProcessNoise"],[234,0,1,"getSoftIronMatrixProcessNoise","InertialNode.getSoftIronMatrixProcessNoise"],[235,0,1,"setFixedReferencePosition","InertialNode.setFixedReferencePosition"],[236,0,1,"FixedReferencePositionData","InertialNode.FixedReferencePositionData"],[237,0,1,"setGPSDynamicsMode","InertialNode.setGPSDynamicsMode"],[238,0,1,"getGPSDynamicsMode","InertialNode.getGPSDynamicsMode"],[239,0,1,"setDevicePowerState","InertialNode.setDevicePowerState"],[240,0,1,"getDevicePowerState","InertialNode.getDevicePowerState"],[241,0,1,"setDeviceStreamFormat","InertialNode.setDeviceStreamFormat"],[242,0,1,"getDeviceStreamFormat","InertialNode.getDeviceStreamFormat"],[243,0,1,"setSignalConditioningSettings","InertialNode.setSignalConditioningSettings"],[244,0,1,"getSignalConditioningSettings","InertialNode.getSignalConditioningSettings"],[245,0,1,"setEnableDisableMeasurements","InertialNode.setEnableDisableMeasurements"],[246,0,1,"getEnableDisableMeasurements","InertialNode.getEnableDisableMeasurements"],[247,0,1,"setGravityNoiseMinimum","InertialNode.setGravityNoiseMinimum"],[248,0,1,"getGravityNoiseMinimum","InertialNode.getGravityNoiseMinimum"],[249,0,1,"sendExternalHeadingUpdate","InertialNode.sendExternalHeadingUpdate"],[250,0,1,"sendExternalHeadingUpdate","InertialNode.sendExternalHeadingUpdate(2)"],[251,0,1,"aidingMeasurementEnabled","InertialNode.aidingMeasurementEnabled"],[252,0,1,"enableDisableAidingMeasurement","InertialNode.enableDisableAidingMeasurement"],[253,0,1,"getAdaptiveFilterOptions","InertialNode.getAdaptiveFilterOptions"],[254,0,1,"setAdaptiveFilterOptions","InertialNode.setAdaptiveFilterOptions"],[255,0,1,"getMultiAntennaOffset","InertialNode.getMultiAntennaOffset"],[256,0,1,"setMultiAntennaOffset","InertialNode.setMultiAntennaOffset"],[257,0,1,"getPpsSource","InertialNode.getPpsSource"],[258,0,1,"setPpsSource","InertialNode.setPpsSource"],[259,0,1,"getOdometerConfig","InertialNode.getOdometerConfig"],[260,0,1,"setOdometerConfig","InertialNode.setOdometerConfig"],[261,0,1,"getSensorRange","InertialNode.getSensorRange"],[262,0,1,"setSensorRange","InertialNode.setSensorRange"],[263,0,1,"setSensorRange","InertialNode.setSensorRange(2)"],[264,0,1,"getGpioConfig","InertialNode.getGpioConfig"],[265,0,1,"setGpioConfig","InertialNode.setGpioConfig"],[266,0,1,"getGpioState","InertialNode.getGpioState"],[267,0,1,"setGpioState","InertialNode.setGpioState"],[268,0,1,"getEventTriggerMode","InertialNode.getEventTriggerMode"],[269,0,1,"setEventTriggerMode","InertialNode.setEventTriggerMode"],[270,0,1,"getEventTriggerConfig","InertialNode.getEventTriggerConfig"],[271,0,1,"setEventTriggerConfig","InertialNode.setEventTriggerConfig"],[272,0,1,"getEventActionConfig","InertialNode.getEventActionConfig"],[273,0,1,"setEventActionConfig","InertialNode.setEventActionConfig"],[274,0,1,"getAntennaLeverArmCal","InertialNode.getAntennaLeverArmCal"],[275,0,1,"setAntennaLeverArmCal","InertialNode.setAntennaLeverArmCal"],[276,0,1,"getRelativePositionReference","InertialNode.getRelativePositionReference"],[277,0,1,"setRelativePositionReference","InertialNode.setRelativePositionReference"],[278,0,1,"getLeverArmReferenceOffset","InertialNode.getLeverArmReferenceOffset"],[279,0,1,"setLeverArmReferenceOffset","InertialNode.setLeverArmReferenceOffset"],[280,0,1,"sendExternalSpeedMeasurementUpdate","InertialNode.sendExternalSpeedMeasurementUpdate"],[281,0,1,"getSpeedMeasurementOffset","InertialNode.getSpeedMeasurementOffset"],[282,0,1,"setSpeedMeasurementOffset","InertialNode.setSpeedMeasurementOffset"],[283,0,1,"getGnssSignalConfig","InertialNode.getGnssSignalConfig"],[284,0,1,"setGnssSignalConfig","InertialNode.setGnssSignalConfig"],[285,0,1,"rtkEnabled","InertialNode.rtkEnabled"],[286,0,1,"enableRtk","InertialNode.enableRtk"],[287,0,1,"getEventTriggerStatus","InertialNode.getEventTriggerStatus"],[288,0,1,"getEventActionStatus","InertialNode.getEventActionStatus"],[289,0,1,"getNmeaMessageFormat","InertialNode.getNmeaMessageFormat"],[290,0,1,"setNmeaMessageFormat","InertialNode.setNmeaMessageFormat"],[291,0,1,"getAidingMeasurementReferenceFrames","InertialNode.getAidingMeasurementReferenceFrames"],[292,0,1,"setAidingMeasurementReferenceFrames","InertialNode.setAidingMeasurementReferenceFrames"],[293,0,1,"getAidingMeasurementReferenceFrame","InertialNode.getAidingMeasurementReferenceFrame"],[294,0,1,"setAidingMeasurementReferenceFrame","InertialNode.setAidingMeasurementReferenceFrame"],[295,0,1,"setAidingMeasurementResponseMode","InertialNode.setAidingMeasurementResponseMode"],[296,0,1,"getAidingMeasurementResponseMode","InertialNode.getAidingMeasurementResponseMode"],[297,0,1,"sendAidingMeasurement","InertialNode.sendAidingMeasurement"],[298,0,1,"sendAidingMeasurement_readEcho","InertialNode.sendAidingMeasurement_readEcho"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Inertial/InertialNode-h-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Inertial/InertialNode-h-SummaryToolTips.js deleted file mode 100644 index cf83aa0d4..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Inertial/InertialNode-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Inertial/InertialNode.h",{121:"
InertialNode
A class representing a MicroStrain Inertial Node
",122:"
explicit InertialNode(
Connection connection
) : MipNode(connection)
Creates an InertialNode object.
",123:"
MipDataPackets getDataPackets(
uint32 timeout = 0,
uint32 maxPackets = 0
)
Gets up to the requested amount of data packets that have been collected.
",124:"
uint32 totalPackets()
Gets the total number of data packets that are currently in the buffer.
",125:"
void pollData(
MipTypes::DataClass dataClass,
const MipTypes::MipChannelFields &fields = MipTypes::MipChannelFields()
)
Polls the device for a message with the specified fields, for the specified data class.  This will cause the device to send a single data packet.
",126:"
uint16 getDataRateBase(
MipTypes::DataClass dataClass
) const
Gets the Data decimation base for the data rate calculations of the specified <InertialType>.
",127:"
MipChannels getActiveChannelFields(
MipTypes::DataClass dataClass
)
Gets the current active channel fields for the specified MipTypes::DataClass.
",128:"
void setActiveChannelFields(
MipTypes::DataClass dataClass,
const MipChannels &channels
)
Sets the current active channel fields for the specified MipTypes::DataClass.  Note that this function does not add to the existing message format (active channels), but overwrites it entirely.
",129:"
void setFactoryStreamingChannels(
InertialTypes::FactoryStreamingOption option
)
Applies the factory streaming channels to the message format based on the specified action option.
",130:"
DeviceCommPort getInterfaceControl(
const uint8 interfaceId
) const
Gets the current comm port interface configuration for the specified ID.  This includes the port type, ID and input/output protocols currently configured.
",131:"
void setInterfaceControl(
const DeviceCommPort &portInterface
)
Sets the specified comm port interface configuration for the node.  Note: See the device\'s manual for possible configurations and limitations.
",132:"
void setInterfaceControl(
const uint8 interfaceId,
const DeviceCommPort::Protocol inputProtocols,
const DeviceCommPort::Protocol outputProtocols
)
Sets the specified comm port interface configuration for the node.  Note: See the device\'s manual for possible configurations and limitations.
",133:"
uint8 getCommunicationMode() override
Gets the current communication mode that the node is in.
",134:"
void setCommunicationMode(
uint8 communicationMode
) override
Sets the communication mode for the node.  Note: The node info will be reset when doing this and therefore will require being fetched again the next time it is requested.
",135:"
bool isDataStreamEnabled(
MipTypes::DataClass dataClass
)
Checks whether continuous data streaming is enabled for the specified data class.
",136:"
void enableDataStream(
MipTypes::DataClass dataClass,
bool enable = true,
bool resumeStreaming = true
)
Enables or disables continuous data streaming for the node.
",137:"
void resetFilter()
Resets the filter to the initialize state.  Note: If the auto-initialization feature is disabled, the initial attitude or heading must be set in order to enter the run state after a reset.
",138:"
void runFilter()
Runs the filter when configured to wait in initialization for Run command.  Note: Most devices run when initial values are sent - see the device DCP for details regarding supported commands and filter initialization workflows.
",139:"
bool getAutoInitialization()
Gets the state of the automatic initialization upon device startup.
",140:"
void setAutoInitialization(
bool enable
)
Sets the state of the automatic initialization upon device startup.
",141:"
bool getAltitudeAid()
Gets the state of the altitude aid upon device startup.
",142:"
void setAltitudeAid(
bool enable
)
Sets the state of the altitude aid upon device startup.
",143:"
bool getPitchRollAid()
Gets the state of the pitch/roll aid upon device startup.
",144:"
void setPitchRollAid(
bool enable
)
Sets the state of the pitch/roll aid upon device startup.
",145:"
void enableVerticalGyroConstraint(
bool enable
)
Enables or disables the Vertical Gyro Constraint control.
",146:"
bool verticalGyroConstraintEnabled() const
Gets the enabled/disabled state of the Vertical Gyro Constraint control.
",147:"
void enableWheeledVehicleConstraint(
bool enable
)
Enables or disables the Wheeled Vehicle Constraint control.
",148:"
bool wheeledVehicleConstraintEnabled() const
Gets the enabled/disabled state of the Wheeled Vehicle Constraint control.
",149:"
void setVelocityZUPT(
const ZUPTSettingsData &ZUPTSettings
)
Sets the state of the velocity ZUPT control.
",150:"
ZUPTSettingsData getVelocityZUPT()
Gets the state of the velocity ZUPT control.
",151:"
void setAngularRateZUPT(
const ZUPTSettingsData &ZUPTSettings
)
Sets the state of the angular rate ZUPT control.
",152:"
ZUPTSettingsData getAngularRateZUPT()
Gets the state of the angular rate ZUPT control.
",153:"
void setInitialAttitude(
const EulerAngles &attitude
)
Sets the initial attitude.  Note: This command can only be issued in the "INIT" state and should be used with a good estimate of the vehicle attitude.
",154:"
void setInitialHeading(
float heading
)
Sets the initial heading.  Note: This command can only be issued in the "INIT" state and should be used with a good estimate of heading. The device will use this value in conjunction with the output of the accelerometers to determine the initial attitude estimate.
",155:"
FilterInitializationValues getInitialFilterConfiguration()
Gets the initial filter configuration values.
",156:"
void setInitialFilterConfiguration(
FilterInitializationValues filterConfig
)
Sets the initial filter configuration values.  Note: Changes from this command will only be applied if the filter is in the Initialization state (not Running) or on filter reset.
",157:"
EulerAngles getSensorToVehicleRotation_eulerAngles()
Gets the sensor to vehicle frame rotation using roll, pitch, and yaw Euler angles.  These angles define the rotation from the sensor body from to the fixed vehicle frame.  Note: The rotation is stored in the device as a quaternion. When Euler angles are read back from the device, they may not be equivalent in value to the Euler angles used to set the rotation, but they are functionally equivalent.
",158:"
void setSensorToVehicleRotation_eulerAngles(
const EulerAngles &angles
)
Sets the sensor to vehicle frame rotation using roll, pitch, and yaw Euler angles (in radians).  These angles define the rotation from the sensor body from to the fixed vehicle frame.  Note: The rotation is stored in the device as a quaternion. When Euler angles are read back from the device, they may not be equivalent in value to the Euler angles used to set the rotation, but they are functionally equivalent.
",159:"
Matrix_3x3 getSensorToVehicleRotation_matrix()
Gets the sensor to vehicle frame rotation in a row-major direction cosine matrix format.  This matrix defines the rotation from the sensor body from to the fixed vehicle frame.  Note: The rotation is stored in the device as a quaternion. When the matrix values are read back from the device, they may not be equivalent in value to the values used to set the rotation, but they are functionally equivalent.
",160:"
void setSensorToVehicleRotation_matrix(
const Matrix_3x3 &dcm
)
Sets the sensor to vehicle frame rotation with a row-major direction cosine matrix. The specified matrix must be orthonormal.  This matrix defines the rotation from the sensor body from to the fixed vehicle frame.  Note: The rotation is stored in the device as a quaternion. When the matrix values are read back from the device, they may not be equivalent in value to the values used to set the rotation, but they are functionally equivalent.
",161:"
Quaternion getSensorToVehicleRotation_quaternion()
Gets the sensor to vehicle frame rotation in quaternion format.  This quaternion defines the rotation from the sensor body from to the fixed vehicle frame.  Note: When the quaternion elements are read back from the device, they may not be equivalent in value to the quaternion used to set the rotation, due to normalization.
",162:"
void setSensorToVehicleRotation_quaternion(
const Quaternion &rotation
)
Sets the sensor to vehicle frame rotation in quaternion format.  This quaternion defines the rotation from the sensor body from to the fixed vehicle frame.  Note: When the quaternion elements are read back from the device, they may not be equivalent in value to the quaternion used to set the rotation, due to normalization.
",163:"
EulerAngles getSensorToVehicleTransform_eulerAngles()
Gets the sensor to vehicle frame transformation using roll, pitch, and yaw Euler angles.  These angles define the transformation from the sensor body from to the fixed vehicle frame.  Note: The transformation is stored in the device as a quaternion. When Euler angles are read back from the device, they may not be equivalent in value to the Euler angles used to set the transformation, but they are functionally equivalent.
",164:"
void setSensorToVehicleTransform_eulerAngles(
const EulerAngles &angles
)
Sets the sensor to vehicle frame transformation using roll, pitch, and yaw Euler angles (in radians).  These angles define the transformation from the sensor body from to the fixed vehicle frame.  Note: The transformation is stored in the device as a quaternion. When Euler angles are read back from the device, they may not be equivalent in value to the Euler angles used to set the transformation, but they are functionally equivalent.
",165:"
Matrix_3x3 getSensorToVehicleTransform_matrix()
Gets the sensor to vehicle frame transformation in a row-major direction cosine matrix format.  This matrix defines the transformation from the sensor body from to the fixed vehicle frame.  Note: The transformation is stored in the device as a quaternion. When the matrix values are read back from the device, they may not be equivalent in value to the values used to set the transformation, but they are functionally equivalent.
",166:"
void setSensorToVehicleTransform_matrix(
const Matrix_3x3 &dcm
)
Sets the sensor to vehicle frame transformation with a row-major direction cosine matrix. The specified matrix must be orthonormal.  This matrix defines the transformation from the sensor body from to the fixed vehicle frame.  Note: The transformation is stored in the device as a quaternion. When the matrix values are read back from the device, they may not be equivalent in value to the values used to set the transformation, but they are functionally equivalent.
",167:"
Quaternion getSensorToVehicleTransform_quaternion()
Gets the sensor to vehicle frame transformation in quaternion format.  This quaternion defines the transformation from the sensor body from to the fixed vehicle frame.  Note: When the quaternion elements are read back from the device, they may not be equivalent in value to the quaternion used to set the transformation, due to normalization.
",168:"
void setSensorToVehicleTransform_quaternion(
const Quaternion &transformation
)
Sets the sensor to vehicle frame transformation in quaternion format.  This quaternion defines the transformation from the sensor body from to the fixed vehicle frame.  Note: When the quaternion elements are read back from the device, they may not be equivalent in value to the quaternion used to set the transformation, due to normalization.
",169:"
PositionOffset getSensorToVehicleOffset()
Gets the sensor to vehicle frame offset, expressed in the sensor frame.
",170:"
void setSensorToVehicleOffset(
const PositionOffset &offset
)
Sets the sensor to vehicle frame offset, expressed in the sensor frame.
",171:"
PositionOffset getAntennaOffset()
Gets the antenna offset, expressed in the sensor frame.
",172:"
void setAntennaOffset(
const PositionOffset &offset
)
Sets the antenna offset, expressed in the sensor frame.
",173:"
bool getGNSSAssistedFixControl()
Gets the GNSS Assisted Fix Control.
",174:"
void setGNSSAssistedFixControl(
bool enableAssistedFix
)
Sets the GNSS Assisted Fix Control.
",175:"
TimeUpdate getGNSSAssistTimeUpdate()
Gets the GNSS Assisted Time Update.
",176:"
void setGNSSAssistTimeUpdate(
const TimeUpdate &timeUpdate
)
Sets the GNSS Assist Time Update.
",177:"
mscl::uint32 getGPSTimeUpdate(
MipTypes::TimeFrame timeFrame
)
Gets the GPS time update.
",178:"
void setGPSTimeUpdate(
MipTypes::TimeFrame,
mscl::uint32 timeData
)
Sets the GPS Time Update.
",179:"
void setConstellationSettings(
const ConstellationSettingsData &dataToUse
)
Sets the GNSS Constellation Settings.
",180:"
ConstellationSettingsData getConstellationSettings()
Gets the GNSS Constellation Settings.
",181:"
void setSBASSettings(
const SBASSettingsData &dataToUse
)
Sets the GNSS SBAS Settings.
",182:"
SBASSettingsData getSBASSettings()
Gets the GNSS SBAS Settings.
",183:"
void setAccelerometerBias(
const GeometricVector &biasVector
)
Sets the Accelerometer Bias.
",184:"
GeometricVector getAccelerometerBias()
Gets the Accelerometer Bias.
",185:"
void setGyroBias(
const GeometricVector &biasVector
)
Sets the Gyro Bias.
",186:"
GeometricVector getGyroBias()
Gets the Gyro Bias vector.
",187:"
GeometricVector captureGyroBias(
const uint16 &samplingTime
)
Runs the Gyro Bias capture routine on the inertial device.
",188:"
void setMagnetometerSoftIronMatrix(
const Matrix_3x3 &matrix
)
Sets the Magnetometer Soft Iron matrix.
",189:"
Matrix_3x3 getMagnetometerSoftIronMatrix()
Gets the Magnetometer Soft Iron matrix.
",190:"
void setMagnetometerHardIronOffset(
const GeometricVector &offsetVector
)
Sets the magnetometer hard iron offset vector.
",191:"
GeometricVector getMagnetometerHardIronOffset()
Gets the magnetometer hard iron offset vector.
",192:"
void setConingAndScullingEnable(
bool enable
)
Enables/disables coning and sculling.
",193:"
bool getConingAndScullingEnable()
determines whether coning and sculling are enabled.
",194:"
void setLowPassFilterSettings(
const LowPassFilterConfig &data
) const
Sets the low-pass filter settings.
",195:"
LowPassFilterConfig getLowPassFilterSettings(
const MipTypes::MipChannelFields &dataDescriptors
) const
Gets the current low-pass filter settings for the given data descriptors
",196:"
void setComplementaryFilterSettings(
const ComplementaryFilterData &data
)
Sets the complementary filter settings.
",197:"
ComplementaryFilterData getComplementaryFilterSettings()
Gets the current complementary filter settings.
",198:"
DeviceStatusData getBasicDeviceStatus()
Gets the basic device status.
",199:"
DeviceStatusData getDiagnosticDeviceStatus()
Gets the diagnostic device status.
",200:"
void sendRawRTCM_2_3Message(
const RTCMMessage &theMessage
)
Sends a raw RTCM 2.3 message.
",201:"
void setVehicleDynamicsMode(
const InertialTypes::VehicleModeType &mode
)
Sets the vehicle dynamics mode.
",202:"
InertialTypes::VehicleModeType getVehicleDynamicsMode()
Gets the vehicle dynamics mode.
",203:"
void setEstimationControlFlags(
const EstimationControlOptions &flags
)
Sets the estimation control flags.
",204:"
EstimationControlOptions getEstimationControlFlags()
Gets the estimation control flags.
",205:"
Sets the estimation control flags.
",206:"
Gets the estimation control flags.
",207:"
void sendExternalGNSSUpdate(
const ExternalGNSSUpdateData &gnssUpdateData
)
sends the external GNSS update command.
",208:"
void setHeadingUpdateControl(
const HeadingUpdateOptions &headingUpdateOptions
)
Sets the heading update control flags.
",209:"
void tareOrientation(
const TareAxisValues &axisValue
)
uses device orientation relative to the NED frame as the sensor to vehicle rotation.
",210:"
HeadingUpdateOptions getHeadingUpdateControl()
Gets the heading update control flags.
",211:"
void setGravityErrorAdaptiveMeasurement(
const AdaptiveMeasurementData &data
)
Sets the gravity magnitude error adaptive measurement settings.
",212:"
AdaptiveMeasurementData getGravityErrorAdaptiveMeasurement()
Gets the gravity magnitude error adaptive measurement settings.
",213:"
void setMagnetometerErrorAdaptiveMeasurement(
const AdaptiveMeasurementData &data
)
Sets the magnetometer magnitude error adaptive measurement settings.
",214:"
AdaptiveMeasurementData getMagnetometerErrorAdaptiveMeasurement()
Gets the magnetometer magnitude error adaptive measurement settings.
",215:"
void setMagDipAngleErrorAdaptiveMeasurement(
const AdaptiveMeasurementData &data
)
Sets the magnetometer dip angle error adaptive measurement settings.
",216:"
AdaptiveMeasurementData getMagDipAngleErrorAdaptiveMeasurement()
Gets the magnetometer dip angle error adaptive measurement settings.
",217:"
void setMagNoiseStandardDeviation(
const GeometricVector &data
)
Sets the magnetometer noise standard deviation.
",218:"
GeometricVector getMagNoiseStandardDeviation()
Gets the magnetometer noise standard deviation.
",219:"
void setGravNoiseStandardDeviation(
const GeometricVector &data
)
Sets the gravity noise standard deviation.
",220:"
GeometricVector getGravNoiseStandardDeviation()
Gets the gravity noise standard deviation.
",221:"
void setAccelNoiseStandardDeviation(
const GeometricVector &data
)
Sets the accelerometer noise standard deviation.
",222:"
GeometricVector getAccelNoiseStandardDeviation()
Gets the accelerometer noise standard deviation.
",223:"
void setGyroNoiseStandardDeviation(
const GeometricVector &data
)
Sets the gyroscope noise standard deviation.
",224:"
GeometricVector getGyroNoiseStandardDeviation()
Gets the gyroscope noise standard deviation.
",225:"
void setPressureAltNoiseStandardDeviation(
const float &data
)
Sets the pressure altitude noise standard deviation.
",226:"
float getPressureAltNoiseStandardDeviation()
Gets the pressure altitude noise standard deviation.
",227:"
void setHardIronOffsetProcessNoise(
const GeometricVector &data
)
Sets the hard iron offset process noise.
",228:"
GeometricVector getHardIronOffsetProcessNoise()
Gets the hard iron offset process noise.
",229:"
void setAccelBiasModelParams(
const GeometricVectors &data
)
Sets the accelerometer bias model parameters.
",230:"
GeometricVectors getAccelBiasModelParams()
Gets the accelerometer bias model parameters.
",231:"
void setGyroBiasModelParams(
const GeometricVectors &data
)
Sets the gyroscope bias model parameters.
",232:"
GeometricVectors getGyroBiasModelParams()
Gets the gyroscope bias model parameters.
",233:"
void setSoftIronMatrixProcessNoise(
const Matrix_3x3 &data
)
Sets the soft iron matrix process noise.
",234:"
Matrix_3x3 getSoftIronMatrixProcessNoise()
Gets the soft iron matrix process noise.
",235:"
void setFixedReferencePosition(
const FixedReferencePositionData &data
)
Sets the FixedReferencePositionData data for the specified command.
",236:"
FixedReferencePositionData getFixedReferencePosition()
Gets the FixedReferencePositionData data for the specified command.
",237:"
void setGPSDynamicsMode(
const InertialTypes::GPSDynamicsMode &data
)
Sets the GPSDynamicsMode.
",238:"
InertialTypes::GPSDynamicsMode getGPSDynamicsMode() const
Gets the GPSDynamicsMode data for this device.
",239:"
void setDevicePowerState(
const InertialTypes::DeviceSelector &device,
const InertialTypes::PowerState &data
)
Sets the PowerState for the specified device.
",240:"
InertialTypes::PowerState getDevicePowerState(
const InertialTypes::DeviceSelector &device
) const
Gets the PowerState for the specified device.
",241:"
void setDeviceStreamFormat(
const InertialTypes::DeviceSelector &device,
const InertialTypes::StreamFormat &data
)
Sets the StreamFormat for the specified device.
",242:"
InertialTypes::StreamFormat getDeviceStreamFormat(
const InertialTypes::DeviceSelector &device
) const
Gets the StreamFormat for the specified device.
",243:"
void setSignalConditioningSettings(
const SignalConditioningValues &data
)
Sets the signal conditioning settings for the node.
",244:"
SignalConditioningValues getSignalConditioningSettings() const
Gets the signal conditioning settings for the node.
",245:"
void setEnableDisableMeasurements(
const EnableDisableMeasurements &data
)
Enables/disables estimation filter measurement options for the node.
",246:"
EnableDisableMeasurements getEnableDisableMeasurements() const
Gets the currently enabled estimation filter measurement options for the node.
",247:"
void setGravityNoiseMinimum(
const GeometricVector &data
)
Sets the gravity noise minimum for the device.
",248:"
GeometricVector getGravityNoiseMinimum() const
Gets the current gravity noise minimum for the device.
",249:"
void sendExternalHeadingUpdate(
const HeadingData &headingData
)
sends the external heading update command.
",250:"
void sendExternalHeadingUpdate(
const HeadingData &headingData,
const TimeUpdate &timestamp
)
sends the external heading update command.
",251:"
bool aidingMeasurementEnabled(
InertialTypes::AidingMeasurementSource aidingSource
) const
sends the Aiding Measurement Enable command (0x0D, 0x50) to check whether the specified aiding source is currently enabled.
",252:"
void enableDisableAidingMeasurement(
InertialTypes::AidingMeasurementSource aidingSource,
bool enable
)
sends the Aiding Measurement Enable command (0x0D, 0x50) to enable/disable the specified aiding source.
",253:"
AutoAdaptiveFilterOptions getAdaptiveFilterOptions() const
sends the Adaptive Filter Options command (0x0D, 0x53) to get the currently configured auto-adaptive filtering options.
",254:"
void setAdaptiveFilterOptions(
AutoAdaptiveFilterOptions options
)
sends the Adaptive Filter Options command (0x0D, 0x53) to set the auto-adaptive filtering options to the specified values.
",255:"
PositionOffset getMultiAntennaOffset(
uint8 receiverId
) const
sends the Multi Antenna Offset command (0x0D, 0x54) to get the currently configured antenna offset for the specified receiver ID.
",256:"
void setMultiAntennaOffset(
uint8 receiverId,
PositionOffset offset
)
sends the Aiding Measurement Enable command (0x0D, 0x50) to set the position offset of the specified receiver ID.
",257:"
InertialTypes::PpsSource getPpsSource() const
Gets the PPS source currently configured on the device.
",258:"
void setPpsSource(
InertialTypes::PpsSource ppsSource
)
Sets the PPS source.
",259:"
OdometerConfiguration getOdometerConfig() const
Gets the currently configured odometer settings.
",260:"
void setOdometerConfig(
OdometerConfiguration config
)
Set the odometer configuration.
",261:"
SensorRange getSensorRange(
SensorRange::Type sensorRangeType
) const
Gets the currently configured sensor range for the specified sensor (accelerometer, gyroscope, etc.).
",262:"
void setSensorRange(
SensorRange range
)
Set the specified sensor range. This will only work with a SensorRange object from the device features SupportedSensorRanges object or read from the device with getSensorRange.
",263:"
void setSensorRange(
SensorRange::Type type,
uint8 rangeId
)
",264:"
GpioConfiguration getGpioConfig(
uint8 pin
) const
Gets the currently configured GPIO settings.
",265:"
void setGpioConfig(
GpioConfiguration config
)
Set the GPIO configuration.
",266:"
bool getGpioState(
uint8 pin
) const
Sends the GPIO State command (0x0C, 0x42) to get the current state of the specified pin.
",267:"
void setGpioState(
uint8 pin,
bool state
)
Sends the GPIO State command (0x0C, 0x42) to temporarily set the state of the specified pin.
",268:"
EventControlMode getEventTriggerMode(
uint8 instance
) const
Sends the Event Control command (0x0C, 0x2B) to get the current mode of the specified trigger.
",269:"
void setEventTriggerMode(
uint8 instance,
EventControlMode mode
) const
Sends the Event Control command (0x0C, 0x2B) to set the mode of the specified trigger.
",270:"
EventTriggerConfiguration getEventTriggerConfig(
uint8 instance
) const
Gets the currently configured event trigger settings for the specified trigger ID.
",271:"
void setEventTriggerConfig(
EventTriggerConfiguration config
) const
Set the event trigger configuration.
",272:"
EventActionConfiguration getEventActionConfig(
uint8 instance
) const
Gets an event action configuration.
",273:"
void setEventActionConfig(
EventActionConfiguration config,
bool validateSupported = true
) const
Set the event action configuration.
",274:"
AntennaLeverArmCalConfiguration getAntennaLeverArmCal() const
Gets the currently configured GNSS antenna lever arm calibration configuration.
",275:"
void setAntennaLeverArmCal(
AntennaLeverArmCalConfiguration config
)
Set the GNSS antenna lever arm calibration configuration.
",276:"
PositionReferenceConfiguration getRelativePositionReference() const
Gets the currently configured reference for relative position values.
",277:"
void setRelativePositionReference(
PositionReferenceConfiguration ref
)
Set the reference for relative position values.
",278:"
PositionOffset getLeverArmReferenceOffset() const
Gets the currently configured lever arm reference point offset.
",279:"
void setLeverArmReferenceOffset(
PositionOffset offset
) const
Set the lever arm offset for the reference point.
",280:"
void sendExternalSpeedMeasurementUpdate(
float tow,
float speed,
float unc
)
Sends an external speed measurement update to be used as a filter input.
",281:"
PositionOffset getSpeedMeasurementOffset() const
Gets the currently configured lever arm offset for the speed measurement.
",282:"
void setSpeedMeasurementOffset(
PositionOffset offset
)
Set the lever arm offset for the speed measurement.
",283:"
GnssSignalConfiguration getGnssSignalConfig() const
Gets the device\'s current GNSS signal configuration.
",284:"
void setGnssSignalConfig(
GnssSignalConfiguration config
)
Set the GNSS signal configuration.
",285:"
bool rtkEnabled() const
Reads whether RTK input is currently enabled on the device.
",286:"
void enableRtk(
bool enable
)
Enables or disables RTK input into the device.
",287:"
EventTriggerStatus getEventTriggerStatus(
std::vector<uint8> instances = std::vector<uint8>()
) const
Sends the Event Trigger Status command (0x0C, 0x2C) to get the current status of the specified triggers.
",288:"
EventActionStatus getEventActionStatus(
std::vector<uint8> instances = std::vector<uint8>()
) const
Sends the Event Action Status command (0x0C, 0x2D) to get the current status of the specified actions.
",289:"
NmeaMessageFormats getNmeaMessageFormat() const
Gets the NMEA message formats currently configured to output on the device.
",290:"
void setNmeaMessageFormat(
NmeaMessageFormats nmeaFormats
) const
Sets the NMEA message formats to output on the device.
",291:"
MeasurementReferenceFrames getAidingMeasurementReferenceFrames(
Rotation::Format rotationFormat = Rotation::Format::EULER_ANGLES
) const
Get all aiding measurement reference frames configured on the device.
",292:"
void setAidingMeasurementReferenceFrames(
const MeasurementReferenceFrames &frames,
bool clearExcludedIds = false
) const
Set the aiding measurement reference frames on the device.
",293:"
MeasurementReferenceFrame getAidingMeasurementReferenceFrame(
uint8 id,
Rotation::Format rotationFormat = Rotation::Format::EULER_ANGLES
) const
Get the aiding measurement reference frame for the specified frame ID configured on the device.
",294:"
void setAidingMeasurementReferenceFrame(
uint8 id,
const MeasurementReferenceFrame &frame
) const
Set the aiding measurement reference frame for the specified frame ID on the device.
",295:"
void setAidingMeasurementResponseMode(
AidingMeasurementInput::ResponseMode mode
) const
Set the response mode for commanded aiding measurement inputs on the device (command set 0x13, sendAidingMeasurement function).
",296:"
AidingMeasurementInput::ResponseMode getAidingMeasurementResponseMode() const
Get the response mode for commanded aiding measurement inputs configured on the device (command set 0x13, sendAidingMeasurements function).
",297:"
void sendAidingMeasurement(
AidingMeasurementPosition measurement
) const
Send a commanded aiding measurement to the device (command set 0x13).
",298:"
AidingMeasurementPosition sendAidingMeasurement_readEcho(
AidingMeasurementPosition measurement
) const
Send a commanded aiding measurement to the device (command set 0x13) and read out the echoed measurement.  Important: only use this function if the Aiding Measurement Response Mode is set to <AidingMeasurementInput::ResponseMode::ECHO_INPUT> - otherwise use sendAidingMeasurement().
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Inertial/InertialNode-h-ToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Inertial/InertialNode-h-ToolTips.js deleted file mode 100644 index 60f0f8a02..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Inertial/InertialNode-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({19:"
Connection
The Connection object that is used for communication.
",89:"
GeometricVector
Defines a 3 dimensional, spatial vector.
",99:"
PositionOffset
Represents a position offset (x, y, z).
",236:"
FixedReferencePositionData getFixedReferencePosition()
Gets the FixedReferencePositionData data for the specified command.
",300:"
The enum for possible GPS dynamics modes.
",302:"
Dictates whether GNSS source is all internal, external, or single internal.
",329:"
The available device selectors.
",332:"
The available device power states.
",337:"
The available device data stream formats.
",434:"
The enum to represent the different available aiding measurement sources
",532:"
A string composing the RTCM message.
",539:"
A vector of NmeaMessageFormat objects.
",540:"
NmeaMessageFormat
Defines a NMEA message format.
",573:"
Matrix_3x3
Defines a 3 by 3 matrix.
",582:"
TimeUpdate
Contains time data for the GNSS_AssistTimeUpdate class.
",588:"
Contains the data for the AngularRateZUPTControl and VelocityZUPTControl classes.
",592:"
Contains the data for Set Reference Position command.
",597:"
Contains the data for the SBASSettings class.
",611:"
Contains the data for the InertialNode::setConstellationSettings API call.
",615:"
Contains the data for the InertialNode::setLowPassFilterSettings API call.
",626:"
Contains the data needed by the InertialNode::setComplementaryFilterSettings class.
",659:"
DeviceStatusData
Contains the data needed by the InertialNode::getBasicDeviceStatus method.
",691:"
Contains the data needed by the InertialNode::sendExternalGNSSUpdate method.
",706:"
Contains the possible sources of aiding heading updates to the Kalman filter.  Some, all, or none of the options can be set as heading aids.
",731:"
Struct to hold values for the Filter Initialization Config command.
",743:"
Contains the possible axis bitfield values.
",750:"
Controls which parameters are estimated by the Kalman Filter.  Some, all, or none of the options can be set as estimation controls.
",827:"
GnssSignalConfiguration
",859:"
OdometerConfiguration
",869:"
GPIO Feature options. Determines how the pin will be used
",876:"
GPIO Pin behavior
",981:"
A vector of EventTriggerInfo
",988:"
A vector of EventActionInfo
",989:"
MeasurementReferenceFrame
Represents a configurable Aiding Measurement reference frame (0x13,0x01)
",1002:"
EulerAngles
Represents generic Euler Angles (roll, pitch, yaw).
",1013:"
Quaternion
",1025:"
Possible formats for the Rotation object.
",1084:"
MipDataPacket
A Mip Data Packet that contains both valid and invalid data from a MIP Device.
",1094:"
The enums for all the different data classes of MIP data.
",1116:"
The enums to represent different time categories.
",1726:"
A vector of ChannelField enums.
",1873:"
AidingMeasurementInput
Base class for commanded aiding measurement types for command set 0x13 Aiding Measurement inputs
",1874:"
Response mode options for Aiding Measurement inputs (command set 0x13).
",1884:"
AidingMeasurementPosition
A class that represents position aiding measurement inputs. Extends AidingMeasurementInput.
",1912:"
AidingMeasurementVelocity
A class that represents velocity aiding measurement inputs. Extends AidingMeasurementInput.
",1930:"
AidingMeasurementHeading
A class that represents heading aiding measurement inputs. Extends AidingMeasurementInput.
",1972:"
Stores info related to device comm ports (id, type)
",1974:"
Available comm protocols that can be configured for UART ports NONE  - 0x00000000 - Not set MIP_COMMANDS - 0x00000001 - MIP commands MIP_DATA  - 0x00000002 - MIP data NMEA  - 0x00000004 - NMEA RTCM  - 0x00000008 - RTCM SPARTN  - 0x00000010 - SPARTN ALL  - 0x0000001F - All protocols
",1996:"
SensorRange
An object representing a configurable sensor range option
",1997:"
Sensor and unit identifiers for configurable Sensor Range command (0x0C,0x52) ALL  - 0x00 - All (save as startup, load startup, reset to default only) ACCEL_MS2  - 0x01 - Accelerometer in m/s^2 GYRO_DPS  - 0x02 - Gyroscope in degrees per second MAG_MG  - 0x03 - Magnetometer in mG PRESSURE_HPA - 0x04 - Pressure in hPa
",2006:"
SupportedSensorRanges
Structure to hold all info for looking up supported sensor ranges for a device
",2083:"
MipNode
Abstract base class for Inertial or RTK (MIP) devices
",2233:"
MipChannel
Represents a single "channel" or data descriptors that can make up an Inertial Device\'s message format
",3865:"
WirelessNode
A class representing a MicroStrain wireless node
",4522:"
typedef for a 2-byte unsigned integer.
",4610:"
Error
The generic MicroStrain exception (base class)
",4614:"
Error_NotSupported
A command/feature was attempted to be used that was not supported.
",4625:"
Error_Communication
The exception for failing to communicate with a device.
",4632:"
Error_Connection
The generic connection exception.
",4644:"
Error_MipCmdFailed
The Inertial command has failed
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Inertial/InertialNode-h.html b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Inertial/InertialNode-h.html deleted file mode 100644 index 55e083351..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Inertial/InertialNode-h.html +++ /dev/null @@ -1,1077 +0,0 @@ - - -InertialNode.h - - - - - - - -
-
InertialNode
-
public
MipNode
InertialNode
-

A class representing a MicroStrain Inertial Node

See Also

WirelessNode

-
- -
-
InertialNode
-
explicit InertialNode(
Connection connection
) : MipNode(connection)
-

Creates an InertialNode object.

Parameters
connection
Connection

The Connection object used for communication.

Exceptions
-
- -
-
getDataPackets
-
MipDataPackets getDataPackets(
uint32 timeout = 0,
uint32 maxPackets = 0
)
-

Gets up to the requested amount of data packets that have been collected.

Parameters
timeout
uint32

The timeout, in milliseconds, to wait for data if necessary (default of 0).

maxPackets
uint32

The maximum number of packets to return. If this is 0 (default), all packets will be returned.

Returns

A vector of MipDataPackets containing all the data packets that are available up to the requested number of packets.

Exceptions
-
- -
-
totalPackets
-
uint32 totalPackets()
-

Gets the total number of data packets that are currently in the buffer.

Returns

The total number of data packets that are currently in the buffer.

-
- -
-
pollData
-
void pollData(
MipTypes::DataClass dataClass,
const MipTypes::MipChannelFields &fields = MipTypes::MipChannelFields()
)
-

Polls the device for a message with the specified fields, for the specified data class.  This will cause the device to send a single data packet.

Parameters
dataClass
MipTypes::DataClass

The MipTypes::DataClass to poll the data for.

fields
const MipTypes::MipChannelFields&

The MipTypes::MipChannelFields to poll. If this is empty, the device will use its stored format.

Exceptions
-
- -
-
getDataRateBase
-
uint16 getDataRateBase(
MipTypes::DataClass dataClass
) const
-

Gets the Data decimation base for the data rate calculations of the specified <InertialType>.

Parameters
type

The MipTypes::DataClass to get the Data decimation base for.

Returns

The decimation base for the data rate calculations.

Exceptions
-
- -
-
getActiveChannelFields
-
MipChannels getActiveChannelFields(
MipTypes::DataClass dataClass
)
-

Gets the current active channel fields for the specified MipTypes::DataClass.

Parameters
dataClass
MipTypes::DataClass

The MipTypes::DataClass to get the current message format for.

Returns

An MipChannels object containing the channels that make up the data message format for the specified MipTypes::DataClass.

Exceptions
-
- -
-
setActiveChannelFields
-
void setActiveChannelFields(
MipTypes::DataClass dataClass,
const MipChannels &channels
)
-

Sets the current active channel fields for the specified MipTypes::DataClass.  Note that this function does not add to the existing message format (active channels), but overwrites it entirely.

Parameters
dataClass
MipTypes::DataClass

The MipTypes::DataClass to set the message format for.

channels
const MipChannels&

The MipChannels object containing the channels to set the message format to. Passing an empty MipChannels object will effectively disable all channels.

Exceptions
-
- -
-
setFactoryStreamingChannels
-
void setFactoryStreamingChannels(
InertialTypes::FactoryStreamingOption option
)
-

Applies the factory streaming channels to the message format based on the specified action option.

Parameters
option
InertialTypes::FactoryStreamingOption

The <InertialTypes::FactoryStreamingOption> action to apply the factory streaming channels (overwrite or add to current message format).

Exceptions
-
- -
-
getInterfaceControl
-
DeviceCommPort getInterfaceControl(
const uint8 interfaceId
) const
-

Gets the current comm port interface configuration for the specified ID.  This includes the port type, ID and input/output protocols currently configured.

Returns

The comm port configuration for the specified ID.

Exceptions
-
- -
-
setInterfaceControl
-
void setInterfaceControl(
const DeviceCommPort &portInterface
)
-

Sets the specified comm port interface configuration for the node.  Note: See the device's manual for possible configurations and limitations.

Parameters
portInterface
const DeviceCommPort&

The preconfigured comm port information to set

Exceptions
-
- -
-
setInterfaceControl
-
void setInterfaceControl(
const uint8 interfaceId,
const DeviceCommPort::Protocol inputProtocols,
const DeviceCommPort::Protocol outputProtocols
)
-

Sets the specified comm port interface configuration for the node.  Note: See the device's manual for possible configurations and limitations.

Parameters
interfaceId
const uint8

The interface ID to configure

inputProtocols
const DeviceCommPort::Protocol

The protocols to receive on the specified ID

outputProtocols
const DeviceCommPort::Protocol

The protocols to transmit on the specified ID

Exceptions
-
- -
-
getCommunicationMode
-
uint8 getCommunicationMode() override
-

Gets the current communication mode that the node is in.

Returns

The communication mode the node is in. This is an advanced command, and therefore the communication modes for your device should be researched to determine what each communication mode is.

Exceptions
-
- -
-
setCommunicationMode
-
void setCommunicationMode(
uint8 communicationMode
) override
-

Sets the communication mode for the node.  Note: The node info will be reset when doing this and therefore will require being fetched again the next time it is requested.

Parameters
communicationMode
uint8

The communication mode to set. This is an advanced command, and therefore the communication modes for your device should be researched to determine what each communication mode is.

Exceptions
-
- -
-
isDataStreamEnabled
-
bool isDataStreamEnabled(
MipTypes::DataClass dataClass
)
-

Checks whether continuous data streaming is enabled for the specified data class.

Parameters
dataClass
MipTypes::DataClass

The MipTypes::DataClass to enable/disable streaming for.

Exceptions
-
- -
-
enableDataStream
-
void enableDataStream(
MipTypes::DataClass dataClass,
bool enable = true,
bool resumeStreaming = true
)
-

Enables or disables continuous data streaming for the node.

Parameters
dataClass
MipTypes::DataClass

The MipTypes::DataClass to enable/disable streaming for.

enable
bool

Whether to enable (true) or disable (false) continuous streaming (Default of true).

resumeStreaming
bool

Whether to automatically resume streaming on enable (Default true). Does nothing if enable is false. Currently only applicable to the GQ7.

Exceptions
-
- -
-
resetFilter
-
void resetFilter()
-

Resets the filter to the initialize state.  Note: If the auto-initialization feature is disabled, the initial attitude or heading must be set in order to enter the run state after a reset.

Exceptions
-
- -
-
runFilter
-
void runFilter()
-

Runs the filter when configured to wait in initialization for Run command.  Note: Most devices run when initial values are sent - see the device DCP for details regarding supported commands and filter initialization workflows.

Exceptions
-
- -
-
getAutoInitialization
-
bool getAutoInitialization()
-

Gets the state of the automatic initialization upon device startup.

Returns

true if auto-initialization is enabled, false if it is disabled.

Exceptions
-
- -
-
setAutoInitialization
-
void setAutoInitialization(
bool enable
)
-

Sets the state of the automatic initialization upon device startup.

Parameters
enable
bool

Whether to enable (true) or disable(false) auto-initialization.

Exceptions
-
- -
-
getAltitudeAid
-
bool getAltitudeAid()
-

Gets the state of the altitude aid upon device startup.

Returns

true if altitude aiding is enabled, false if it is disabled.

Exceptions
-
- -
-
setAltitudeAid
-
void setAltitudeAid(
bool enable
)
-

Sets the state of the altitude aid upon device startup.

Parameters
enable
bool

Whether to enable (true) or disable(false) altitude aiding.

Exceptions
-
- -
-
getPitchRollAid
-
bool getPitchRollAid()
-

Gets the state of the pitch/roll aid upon device startup.

Returns

true if pitch/roll aiding is enabled, false if it is disabled.

Exceptions
-
- -
-
setPitchRollAid
-
void setPitchRollAid(
bool enable
)
-

Sets the state of the pitch/roll aid upon device startup.

Parameters
enable
bool

Whether to enable (true) or disable(false) pitch/roll aiding.

Exceptions
-
- -
-
enableVerticalGyroConstraint
-
void enableVerticalGyroConstraint(
bool enable
)
-

Enables or disables the Vertical Gyro Constraint control.

Parameters
bool

true: enable, false: disable

Exceptions
-
- -
-
verticalGyroConstraintEnabled
-
bool verticalGyroConstraintEnabled() const
-

Gets the enabled/disabled state of the Vertical Gyro Constraint control.

Returns

bool indicating whether or not the constraint is enabled

Exceptions
-
- -
-
enableWheeledVehicleConstraint
-
void enableWheeledVehicleConstraint(
bool enable
)
-

Enables or disables the Wheeled Vehicle Constraint control.

Parameters
bool

true: enable, false: disable

Exceptions
-
- -
-
wheeledVehicleConstraintEnabled
-
bool wheeledVehicleConstraintEnabled() const
-

Gets the enabled/disabled state of the Wheeled Vehicle Constraint control.

Returns

bool indicating whether or not the constraint is enabled

Exceptions
-
- -
-
setVelocityZUPT
-
void setVelocityZUPT(
const ZUPTSettingsData &ZUPTSettings
)
-

Sets the state of the velocity ZUPT control.

Parameters
ZUPTSettings
const ZUPTSettingsData&

the ZUPTSettingsData object containing whether ZUPT is enabled and the threshold.  Exceptions: - Error_NotSupported: The command is not supported by this Node.  - Error_Communication: There was no response to the command. The command timed out.  - Error_MipCmdFailed: The command has failed.  - Error_Connection: A connection error has occurred with the InertialNode.

-
- -
-
getVelocityZUPT
-
ZUPTSettingsData getVelocityZUPT()
-

Gets the state of the velocity ZUPT control.

Returns

the ZUPTSettingsData object containing whether ZUPT is enabled and the threshold.

Exceptions
-
- -
-
setAngularRateZUPT
-
void setAngularRateZUPT(
const ZUPTSettingsData &ZUPTSettings
)
-

Sets the state of the angular rate ZUPT control.

Parameters
ZUPTSettings
const ZUPTSettingsData&

the ZUPTSettingsData object containing whether ZUPT is enabled and the threshold.  Exceptions: - Error_NotSupported: The command is not supported by this Node.  - Error_Communication: There was no response to the command. The command timed out.  - Error_MipCmdFailed: The command has failed.  - Error_Connection: A connection error has occurred with the InertialNode.

-
- -
-
getAngularRateZUPT
-
ZUPTSettingsData getAngularRateZUPT()
-

Gets the state of the angular rate ZUPT control.

Returns

the ZUPTSettingsData object containing whether ZUPT is enabled and the threshold.

Exceptions
-
- -
-
setInitialAttitude
-
void setInitialAttitude(
const EulerAngles &attitude
)
-

Sets the initial attitude.  Note: This command can only be issued in the "INIT" state and should be used with a good estimate of the vehicle attitude.

Parameters
attitude
const EulerAngles&

The EulerAngles (in radians) representing the sensor body frame with respect to the local NED frame.

Exceptions
-
- -
-
setInitialHeading
-
void setInitialHeading(
float heading
)
-

Sets the initial heading.  Note: This command can only be issued in the "INIT" state and should be used with a good estimate of heading. The device will use this value in conjunction with the output of the accelerometers to determine the initial attitude estimate.

Parameters
heading
float

The heading to set (in radians).

Exceptions
-
- -
-
getInitialFilterConfiguration
-
FilterInitializationValues getInitialFilterConfiguration()
-

Gets the initial filter configuration values.

Exceptions
-
- -
-
setInitialFilterConfiguration
-
void setInitialFilterConfiguration(
FilterInitializationValues filterConfig
)
-

Sets the initial filter configuration values.  Note: Changes from this command will only be applied if the filter is in the Initialization state (not Running) or on filter reset.

Parameters
filterConfig
FilterInitializationValues

The FilterInitializationValues to set.

Exceptions
-
- -
-
getSensorToVehicleRotation_eulerAngles
-
EulerAngles getSensorToVehicleRotation_eulerAngles()
-

Gets the sensor to vehicle frame rotation using roll, pitch, and yaw Euler angles.  These angles define the rotation from the sensor body from to the fixed vehicle frame.  Note: The rotation is stored in the device as a quaternion. When Euler angles are read back from the device, they may not be equivalent in value to the Euler angles used to set the rotation, but they are functionally equivalent.

Returns

The EulerAngles object containing the roll, pitch, and yaw result (in radians).

Exceptions
-
- -
-
setSensorToVehicleRotation_eulerAngles
-
void setSensorToVehicleRotation_eulerAngles(
const EulerAngles &angles
)
-

Sets the sensor to vehicle frame rotation using roll, pitch, and yaw Euler angles (in radians).  These angles define the rotation from the sensor body from to the fixed vehicle frame.  Note: The rotation is stored in the device as a quaternion. When Euler angles are read back from the device, they may not be equivalent in value to the Euler angles used to set the rotation, but they are functionally equivalent.

Parameters
angles
const EulerAngles&

The EulerAngles object containing the roll, pitch, and yaw (in radians) to set.

Exceptions
-
- -
-
getSensorToVehicleRotation_matrix
-
Matrix_3x3 getSensorToVehicleRotation_matrix()
-

Gets the sensor to vehicle frame rotation in a row-major direction cosine matrix format.  This matrix defines the rotation from the sensor body from to the fixed vehicle frame.  Note: The rotation is stored in the device as a quaternion. When the matrix values are read back from the device, they may not be equivalent in value to the values used to set the rotation, but they are functionally equivalent.

Returns

The Matrix_3x3 object representing the sensor to vehicle frame rotation.

Exceptions
-
- -
-
setSensorToVehicleRotation_matrix
-
void setSensorToVehicleRotation_matrix(
const Matrix_3x3 &dcm
)
-

Sets the sensor to vehicle frame rotation with a row-major direction cosine matrix. The specified matrix must be orthonormal.  This matrix defines the rotation from the sensor body from to the fixed vehicle frame.  Note: The rotation is stored in the device as a quaternion. When the matrix values are read back from the device, they may not be equivalent in value to the values used to set the rotation, but they are functionally equivalent.

Parameters
dcm
const Matrix_3x3&

The Matrix_3x3 object containing the direction cosine matrix values to set.

Exceptions
-
- -
-
getSensorToVehicleRotation_quaternion
-
Quaternion getSensorToVehicleRotation_quaternion()
-

Gets the sensor to vehicle frame rotation in quaternion format.  This quaternion defines the rotation from the sensor body from to the fixed vehicle frame.  Note: When the quaternion elements are read back from the device, they may not be equivalent in value to the quaternion used to set the rotation, due to normalization.

Returns

The Quaternion object representing the sensor rotation.

Exceptions
-
- -
-
setSensorToVehicleRotation_quaternion
-
void setSensorToVehicleRotation_quaternion(
const Quaternion &rotation
)
-

Sets the sensor to vehicle frame rotation in quaternion format.  This quaternion defines the rotation from the sensor body from to the fixed vehicle frame.  Note: When the quaternion elements are read back from the device, they may not be equivalent in value to the quaternion used to set the rotation, due to normalization.

Parameters
rotation
const Quaternion&

The Quaternion object representing the sensor rotation to set.

Exceptions
-
- -
-
getSensorToVehicleTransform_eulerAngles
-
EulerAngles getSensorToVehicleTransform_eulerAngles()
-

Gets the sensor to vehicle frame transformation using roll, pitch, and yaw Euler angles.  These angles define the transformation from the sensor body from to the fixed vehicle frame.  Note: The transformation is stored in the device as a quaternion. When Euler angles are read back from the device, they may not be equivalent in value to the Euler angles used to set the transformation, but they are functionally equivalent.

Returns

The EulerAngles object containing the roll, pitch, and yaw result (in radians).

Exceptions
-
- -
-
setSensorToVehicleTransform_eulerAngles
-
void setSensorToVehicleTransform_eulerAngles(
const EulerAngles &angles
)
-

Sets the sensor to vehicle frame transformation using roll, pitch, and yaw Euler angles (in radians).  These angles define the transformation from the sensor body from to the fixed vehicle frame.  Note: The transformation is stored in the device as a quaternion. When Euler angles are read back from the device, they may not be equivalent in value to the Euler angles used to set the transformation, but they are functionally equivalent.

Parameters
angles
const EulerAngles&

The EulerAngles object containing the roll, pitch, and yaw (in radians) to set.

Exceptions
-
- -
-
getSensorToVehicleTransform_matrix
-
Matrix_3x3 getSensorToVehicleTransform_matrix()
-

Gets the sensor to vehicle frame transformation in a row-major direction cosine matrix format.  This matrix defines the transformation from the sensor body from to the fixed vehicle frame.  Note: The transformation is stored in the device as a quaternion. When the matrix values are read back from the device, they may not be equivalent in value to the values used to set the transformation, but they are functionally equivalent.

Returns

The Matrix_3x3 object representing the sensor to vehicle frame transformation.

Exceptions
-
- -
-
setSensorToVehicleTransform_matrix
-
void setSensorToVehicleTransform_matrix(
const Matrix_3x3 &dcm
)
-

Sets the sensor to vehicle frame transformation with a row-major direction cosine matrix. The specified matrix must be orthonormal.  This matrix defines the transformation from the sensor body from to the fixed vehicle frame.  Note: The transformation is stored in the device as a quaternion. When the matrix values are read back from the device, they may not be equivalent in value to the values used to set the transformation, but they are functionally equivalent.

Parameters
dcm
const Matrix_3x3&

The Matrix_3x3 object containing the direction cosine matrix values to set.

Exceptions
-
- -
-
getSensorToVehicleTransform_quaternion
-
Quaternion getSensorToVehicleTransform_quaternion()
-

Gets the sensor to vehicle frame transformation in quaternion format.  This quaternion defines the transformation from the sensor body from to the fixed vehicle frame.  Note: When the quaternion elements are read back from the device, they may not be equivalent in value to the quaternion used to set the transformation, due to normalization.

Returns

The Quaternion object representing the sensor transformation.

Exceptions
-
- -
-
setSensorToVehicleTransform_quaternion
-
void setSensorToVehicleTransform_quaternion(
const Quaternion &transformation
)
-

Sets the sensor to vehicle frame transformation in quaternion format.  This quaternion defines the transformation from the sensor body from to the fixed vehicle frame.  Note: When the quaternion elements are read back from the device, they may not be equivalent in value to the quaternion used to set the transformation, due to normalization.

Parameters
transformation
const Quaternion&

The Quaternion object representing the sensor transformation to set.

Exceptions
-
- -
-
getSensorToVehicleOffset
-
PositionOffset getSensorToVehicleOffset()
-

Gets the sensor to vehicle frame offset, expressed in the sensor frame.

Returns

The PositionOffset object containing the x, y, and z position (in meters) result.

Exceptions
-
- -
-
setSensorToVehicleOffset
-
void setSensorToVehicleOffset(
const PositionOffset &offset
)
-

Sets the sensor to vehicle frame offset, expressed in the sensor frame.

Parameters
offset
const PositionOffset&

The PositionOffset object containing the x, y, and z position (in meters) to set.

Exceptions
-
- -
-
getAntennaOffset
-
PositionOffset getAntennaOffset()
-

Gets the antenna offset, expressed in the sensor frame.

Returns

The PositionOffset object containing the x, y, and z position (in meters) result.

Exceptions
-
- -
-
setAntennaOffset
-
void setAntennaOffset(
const PositionOffset &offset
)
-

Sets the antenna offset, expressed in the sensor frame.

Parameters
offset
const PositionOffset&

The PositionOffset object containing the x, y, and z position (in meters) to set.

Exceptions
-
- -
-
getGNSSAssistedFixControl
-
bool getGNSSAssistedFixControl()
-

Gets the GNSS Assisted Fix Control.

Returns

bool indicating if assisted fix is enabled.

Exceptions
-
- -
-
setGNSSAssistedFixControl
-
void setGNSSAssistedFixControl(
bool enableAssistedFix
)
-

Sets the GNSS Assisted Fix Control.

Parameters
enableAssistedFix
bool

bool to either enable or disable assisted fix control for GNSS (true == enable).

Exceptions
-
- -
-
getGNSSAssistTimeUpdate
-
TimeUpdate getGNSSAssistTimeUpdate()
-

Gets the GNSS Assisted Time Update.

Returns

The GNSS Assist TimeUpdate.

Exceptions
-
- -
-
setGNSSAssistTimeUpdate
-
void setGNSSAssistTimeUpdate(
const TimeUpdate &timeUpdate
)
-

Sets the GNSS Assist Time Update.

Parameters
timeUpdate
const TimeUpdate&

The TimeUpdate object containing the new time to set.

Exceptions
-
- -
-
getGPSTimeUpdate
-
mscl::uint32 getGPSTimeUpdate(
MipTypes::TimeFrame timeFrame
)
-

Gets the GPS time update.

Parameters
timeFrame
MipTypes::TimeFrame

The MipTypes::TimeFrame object specifying what current time value to get, either weeks or seconds.

Returns

The current time for the specified value type.

Exceptions
-
- -
-
setGPSTimeUpdate
-
void setGPSTimeUpdate(
MipTypes::TimeFrame,
mscl::uint32 timeData
)
-

Sets the GPS Time Update.

Parameters
offset

The <TimeFrame> object specifying what current time value to set, either weeks or seconds.

time

the current time.

Exceptions
-
- -
-
setConstellationSettings
-
void setConstellationSettings(
const ConstellationSettingsData &dataToUse
)
-

Sets the GNSS Constellation Settings.

Parameters
dataToUse
const ConstellationSettingsData&

The ConstellationSettingsData object containing the data to set.

Exceptions
-
- -
-
constellationSettings
-
ConstellationSettingsData getConstellationSettings()
-

Gets the GNSS Constellation Settings.

Return

The ConstellationSettingsData object containing the data.

Exceptions
-
- -
-
setSBASSettings
-
void setSBASSettings(
const SBASSettingsData &dataToUse
)
-

Sets the GNSS SBAS Settings.

Parameters
dataToUse
const SBASSettingsData&

The SBASSettingsData object containing the data to set.

Exceptions
-
- -
-
getSBASSettings
-
SBASSettingsData getSBASSettings()
-

Gets the GNSS SBAS Settings.

Return

The SBASSettingsData object containing the data.

Exceptions
-
- -
-
setAccelerometerBias
-
void setAccelerometerBias(
const GeometricVector &biasVector
)
-

Sets the Accelerometer Bias.

Parameters
biasVector
const GeometricVector&

The GeometricVector object containing the vector to set.

Exceptions
-
- -
-
getAccelerometerBias
-
GeometricVector getAccelerometerBias()
-

Gets the Accelerometer Bias.

Returns

The GeometricVector object containing the vector.

Exceptions
-
- -
-
setGyroBias
-
void setGyroBias(
const GeometricVector &biasVector
)
-

Sets the Gyro Bias.

Parameters
biasVector
const GeometricVector&

The GeometricVector object containing the vector to set.

Exceptions
-
- -
-
getGyroBias
-
GeometricVector getGyroBias()
-

Gets the Gyro Bias vector.

Return

The GeometricVector object containing the vector.

Exceptions
-
- -
-
captureGyroBias
-
GeometricVector captureGyroBias(
const uint16 &samplingTime
)
-

Runs the Gyro Bias capture routine on the inertial device.

Parameters

The uint16 samplingTime.

Exceptions
-
- -
-
setMagnetometerSoftIronMatrix
-
void setMagnetometerSoftIronMatrix(
const Matrix_3x3 &matrix
)
-

Sets the Magnetometer Soft Iron matrix.

Parameters
matrix
const Matrix_3x3&

The Matrix_3x3 object containing the matrix to set.

Exceptions
-
- -
-
getMagnetometerSoftIronMatrix
-
Matrix_3x3 getMagnetometerSoftIronMatrix()
-

Gets the Magnetometer Soft Iron matrix.

Return

The GeometricVector object containing the matrix.

Exceptions
-
- -
-
setMagnetometerHardIronOffset
-
void setMagnetometerHardIronOffset(
const GeometricVector &offsetVector
)
-

Sets the magnetometer hard iron offset vector.

Parameters
offsetVector
const GeometricVector&

The GeometricVector object containing the vector to set.

Exceptions
-
- -
-
getMagnetometerHardIronOffset
-
GeometricVector getMagnetometerHardIronOffset()
-

Gets the magnetometer hard iron offset vector.

Return

The GeometricVector object containing the offset vector.

Exceptions
-
- -
-
setConingAndScullingEnable
-
void setConingAndScullingEnable(
bool enable
)
-

Enables/disables coning and sculling.

Parameters
enable
bool

whether to enable coning and sculling.

Exceptions
-
- -
-
getConingAndScullingEnable
-
bool getConingAndScullingEnable()
-

determines whether coning and sculling are enabled.

Return

bool indicating whether coning and sculling are enabled.

Exceptions
-
- -
-
setLowPassFilterSettings
-
void setLowPassFilterSettings(
const LowPassFilterConfig &data
) const
-

Sets the low-pass filter settings.

Parameters
data
const LowPassFilterConfig&

the new settings to set.

Exceptions
-
- -
-
getLowPassFilterSettings
-
LowPassFilterConfig getLowPassFilterSettings(
const MipTypes::MipChannelFields &dataDescriptors
) const
-

Gets the current low-pass filter settings for the given data descriptors

Parameter
dataDescriptors
const MipTypes::MipChannelFields&

the <MipType::ChannelField> data descriptors for which to return the current low-pass filter settings.

Return

LowPassFilterData settings.

Exceptions
-
- -
-
setComplementaryFilterSettings
-
void setComplementaryFilterSettings(
const ComplementaryFilterData &data
)
-

Sets the complementary filter settings.

Parameter
data
const ComplementaryFilterData&

the new settings to send.

Exceptions
-
- -
-
getComplementaryFilterSettings
-
ComplementaryFilterData getComplementaryFilterSettings()
-

Gets the current complementary filter settings.

Return
ComplementaryFilterData

The new settings.

Exceptions
-
- -
-
getBasicDeviceStatus
-
DeviceStatusData getBasicDeviceStatus()
-

Gets the basic device status.

Return
DeviceStatusData

The new settings.

Exceptions
-
- -
-
getDiagnosticDeviceStatus
-
DeviceStatusData getDiagnosticDeviceStatus()
-

Gets the diagnostic device status.

Return
DeviceStatusData

The new settings.

Exceptions
-
- -
-
sendRawRTCM_2_3Message
-
void sendRawRTCM_2_3Message(
const RTCMMessage &theMessage
)
-

Sends a raw RTCM 2.3 message.

Parameter
theMessage
const RTCMMessage&

the RTCM message to send.

Exceptions
-
- -
-
setVehicleDynamicsMode
-
void setVehicleDynamicsMode(
const InertialTypes::VehicleModeType &mode
)
-

Sets the vehicle dynamics mode.

Parameter
mode
const InertialTypes::VehicleModeType&

the new mode to send.

Exceptions
-
- -
-
getVehicleDynamicsMode
-
InertialTypes::VehicleModeType getVehicleDynamicsMode()
-

Gets the vehicle dynamics mode.

Return
VehicleModeType

The new mode.

Exceptions
-
- -
-
setEstimationControlFlags
-
void setEstimationControlFlags(
const EstimationControlOptions &flags
)
-

Sets the estimation control flags.

Parameter
flags
const EstimationControlOptions&

the new flags to send.

Exceptions
-
- -
-
getEstimationControlFlags
-
EstimationControlOptions getEstimationControlFlags()
-

Gets the estimation control flags.

Return
EstimationControlOptions

The current flags.

Exceptions
-
- -
-
setEstimationControlFlags
-

Sets the estimation control flags.

Parameter
gnssSource

the new mode to send.

Exceptions
-
- -
-
getEstimationControlFlags
-

Gets the estimation control flags.

Return
GNSS_Source

The new source.

Exceptions
-
- -
-
sendExternalGNSSUpdate
-
void sendExternalGNSSUpdate(
const ExternalGNSSUpdateData &gnssUpdateData
)
-

sends the external GNSS update command.

Parameter
gnssUpdateData
const ExternalGNSSUpdateData&

the data to send.

Exceptions
-
- -
-
setHeadingUpdateControl
-
void setHeadingUpdateControl(
const HeadingUpdateOptions &headingUpdateOptions
)
-

Sets the heading update control flags.

Parameter
headingUpdateOptions
const HeadingUpdateOptions&

the new options to send.

Exceptions
-
- -
-
tareOrientation
-
void tareOrientation(
const TareAxisValues &axisValue
)
-

uses device orientation relative to the NED frame as the sensor to vehicle rotation.

Parameters
axisValue
const TareAxisValues&

the TareAxisValues object indicating which axes to tare.

Exceptions
-
- -
-
getHeadingUpdateControl
-
HeadingUpdateOptions getHeadingUpdateControl()
-

Gets the heading update control flags.

Return
HeadingUpdateOptions

The current options.

Exceptions
-
- -
-
setGravityErrorAdaptiveMeasurement
-
void setGravityErrorAdaptiveMeasurement(
const AdaptiveMeasurementData &data
)
-

Sets the gravity magnitude error adaptive measurement settings.

Parameter
data
const AdaptiveMeasurementData&

the adaptive measurement settings to send.

Exceptions
-
- -
-
getGravityErrorAdaptiveMeasurement
-
AdaptiveMeasurementData getGravityErrorAdaptiveMeasurement()
-

Gets the gravity magnitude error adaptive measurement settings.

Return
AdaptiveMeasurementData

The current adaptive measurement settings.

Exceptions
-
- -
-
setMagnetometerErrorAdaptiveMeasurement
-
void setMagnetometerErrorAdaptiveMeasurement(
const AdaptiveMeasurementData &data
)
-

Sets the magnetometer magnitude error adaptive measurement settings.

Parameter
data
const AdaptiveMeasurementData&

the adaptive measurement settings to send.

Exceptions
-
- -
-
getMagnetometerErrorAdaptiveMeasurement
-
AdaptiveMeasurementData getMagnetometerErrorAdaptiveMeasurement()
-

Gets the magnetometer magnitude error adaptive measurement settings.

Return
AdaptiveMeasurementData

The current adaptive measurement settings.

Exceptions
-
- -
-
setMagDipAngleErrorAdaptiveMeasurement
-
void setMagDipAngleErrorAdaptiveMeasurement(
const AdaptiveMeasurementData &data
)
-

Sets the magnetometer dip angle error adaptive measurement settings.

Parameter
data
const AdaptiveMeasurementData&

the adaptive measurement settings to send.

Exceptions
-
- -
-
getMagDipAngleErrorAdaptiveMeasurement
-
AdaptiveMeasurementData getMagDipAngleErrorAdaptiveMeasurement()
-

Gets the magnetometer dip angle error adaptive measurement settings.

Return
AdaptiveMeasurementData

The current adaptive measurement settings.

Exceptions
-
- -
-
setMagNoiseStandardDeviation
-
void setMagNoiseStandardDeviation(
const GeometricVector &data
)
-

Sets the magnetometer noise standard deviation.

Parameter
data
const GeometricVector&

the GeometricVector to send.

Exceptions
-
- -
-
getMagNoiseStandardDeviation
-
GeometricVector getMagNoiseStandardDeviation()
-

Gets the magnetometer noise standard deviation.

Return
GeometricVector

The current magnetometer noise standard deviation.

Exceptions
-
- -
-
setGravNoiseStandardDeviation
-
void setGravNoiseStandardDeviation(
const GeometricVector &data
)
-

Sets the gravity noise standard deviation.

Parameter
data
const GeometricVector&

the GeometricVector to send.

Exceptions
-
- -
-
getGravNoiseStandardDeviation
-
GeometricVector getGravNoiseStandardDeviation()
-

Gets the gravity noise standard deviation.

Return
GeometricVector

The current gravity noise standard deviation.

Exceptions
-
- -
-
setAccelNoiseStandardDeviation
-
void setAccelNoiseStandardDeviation(
const GeometricVector &data
)
-

Sets the accelerometer noise standard deviation.

Parameter
data
const GeometricVector&

the GeometricVector to send.

Exceptions
-
- -
-
getAccelNoiseStandardDeviation
-
GeometricVector getAccelNoiseStandardDeviation()
-

Gets the accelerometer noise standard deviation.

Return
GeometricVector

The current accelerometer noise standard deviation.

Exceptions
-
- -
-
setGyroNoiseStandardDeviation
-
void setGyroNoiseStandardDeviation(
const GeometricVector &data
)
-

Sets the gyroscope noise standard deviation.

Parameter
data
const GeometricVector&

the GeometricVector to send.

Exceptions
-
- -
-
getGyroNoiseStandardDeviation
-
GeometricVector getGyroNoiseStandardDeviation()
-

Gets the gyroscope noise standard deviation.

Return
GeometricVector

The current gyroscope noise standard deviation.

Exceptions
-
- -
-
setPressureAltNoiseStandardDeviation
-
void setPressureAltNoiseStandardDeviation(
const float &data
)
-

Sets the pressure altitude noise standard deviation.

Parameter
data
const float&

the float to send.

Exceptions
-
- -
-
getPressureAltNoiseStandardDeviation
-
float getPressureAltNoiseStandardDeviation()
-

Gets the pressure altitude noise standard deviation.

Return
float

The current pressure altitude noise standard deviation.

Exceptions
-
- -
-
setHardIronOffsetProcessNoise
-
void setHardIronOffsetProcessNoise(
const GeometricVector &data
)
-

Sets the hard iron offset process noise.

Parameter
data
const GeometricVector&

the GeometricVector to send.

Exceptions
-
- -
-
getHardIronOffsetProcessNoise
-
GeometricVector getHardIronOffsetProcessNoise()
-

Gets the hard iron offset process noise.

Return
GeometricVector

The current hard iron offset process noise.

Exceptions
-
- -
-
setAccelBiasModelParams
-
void setAccelBiasModelParams(
const GeometricVectors &data
)
-

Sets the accelerometer bias model parameters.

Parameter
data
const GeometricVectors&

the collection of GeometricVector to send - contains two data points: bias beta values, and bias noise values.

Exceptions
-
- -
-
getAccelBiasModelParams
-
GeometricVectors getAccelBiasModelParams()
-

Gets the accelerometer bias model parameters.

Return
GeometricVector

The current accelerometer bias model parameters - returns two data points: bias beta values, and bias noise values.

Exceptions
-
- -
-
setGyroBiasModelParams
-
void setGyroBiasModelParams(
const GeometricVectors &data
)
-

Sets the gyroscope bias model parameters.

Parameter
data
const GeometricVectors&

the collection of GeometricVector to send - contains two data points: bias beta values, and bias noise values.

Exceptions
-
- -
-
getGyroBiasModelParams
-
GeometricVectors getGyroBiasModelParams()
-

Gets the gyroscope bias model parameters.

Return
GeometricVector

The current gyroscope bias model parameters - returns two data points: bias beta values, and bias noise values.

Exceptions
-
- -
-
setSoftIronMatrixProcessNoise
-
void setSoftIronMatrixProcessNoise(
const Matrix_3x3 &data
)
-

Sets the soft iron matrix process noise.

Parameter
data
const Matrix_3x3&

the collection of Matrix_3x3 to send.

Exceptions
-
- -
-
getSoftIronMatrixProcessNoise
-
Matrix_3x3 getSoftIronMatrixProcessNoise()
-

Gets the soft iron matrix process noise.

Return
Matrix_3x3

The current soft iron matrix process noise.

Exceptions
-
- -
-
setFixedReferencePosition
-
void setFixedReferencePosition(
const FixedReferencePositionData &data
)
-

Sets the FixedReferencePositionData data for the specified command.

Parameter
data
const FixedReferencePositionData&

the FixedReferencePositionData data to send.

Exceptions
-
- -
-
FixedReferencePositionData
-
FixedReferencePositionData getFixedReferencePosition()
-

Gets the FixedReferencePositionData data for the specified command.

Return
FixedReferencePositionData

the current fixed reference position settings.

Exceptions
-
- -
-
setGPSDynamicsMode
-
void setGPSDynamicsMode(
const InertialTypes::GPSDynamicsMode &data
)
-

Sets the GPSDynamicsMode.

Parameter
data
const InertialTypes::GPSDynamicsMode&

the GPSDynamicsMode data to send.

Exceptions
-
- -
-
getGPSDynamicsMode
-
InertialTypes::GPSDynamicsMode getGPSDynamicsMode() const
-

Gets the GPSDynamicsMode data for this device.

Return
GPSDynamicsMode

the current GPS dynamics mode setting.

Exceptions
-
- -
-
setDevicePowerState
-
void setDevicePowerState(
const InertialTypes::DeviceSelector &device,
const InertialTypes::PowerState &data
)
-

Sets the PowerState for the specified device.

Parameter
device
const InertialTypes::DeviceSelector&

the DeviceSelector for which to set the power state.

data
const InertialTypes::PowerState&

the PowerState to send.

Exceptions
-
- -
-
getDevicePowerState
-
InertialTypes::PowerState getDevicePowerState(
const InertialTypes::DeviceSelector &device
) const
-

Gets the PowerState for the specified device.

Parameter
device
const InertialTypes::DeviceSelector&

the DeviceSelector for which to get the power state.

Return
PowerState

the current power state of the specified device.

Exceptions
-
- -
-
setDeviceStreamFormat
-
void setDeviceStreamFormat(
const InertialTypes::DeviceSelector &device,
const InertialTypes::StreamFormat &data
)
-

Sets the StreamFormat for the specified device.

Parameter
device
const InertialTypes::DeviceSelector&

the DeviceSelector for which to set the data stream format.

data
const InertialTypes::StreamFormat&

the StreamFormat to send.

Exceptions
-
- -
-
getDeviceStreamFormat
-
InertialTypes::StreamFormat getDeviceStreamFormat(
const InertialTypes::DeviceSelector &device
) const
-

Gets the StreamFormat for the specified device.

Parameter
device
const InertialTypes::DeviceSelector&

the DeviceSelector for which to get the data stream format.

Return
StreamFormat

the current data stream format of the specified device.

Exceptions
-
- -
-
setSignalConditioningSettings
-
void setSignalConditioningSettings(
const SignalConditioningValues &data
)
-

Sets the signal conditioning settings for the node.

Parameter
data
const SignalConditioningValues&

the signal conditioning settings to send.

Exceptions
-
- -
-
getSignalConditioningSettings
-
SignalConditioningValues getSignalConditioningSettings() const
-

Gets the signal conditioning settings for the node.

Return
SignalConditioningValues

The current signal conditioning settings.

Exceptions
-
- -
-
setEnableDisableMeasurements
-
void setEnableDisableMeasurements(
const EnableDisableMeasurements &data
)
-

Enables/disables estimation filter measurement options for the node.

Parameter
data
const EnableDisableMeasurements&

the measurement options to send.

Exceptions
-
- -
-
getEnableDisableMeasurements
-
EnableDisableMeasurements getEnableDisableMeasurements() const
-

Gets the currently enabled estimation filter measurement options for the node.

Return
EnableDisableMeasurements

The currently enabled measurement options.

Exceptions
-
- -
-
setGravityNoiseMinimum
-
void setGravityNoiseMinimum(
const GeometricVector &data
)
-

Sets the gravity noise minimum for the device.

Parameter
data
const GeometricVector&

the gravity noise minimum to set

Exceptions
-
- -
-
getGravityNoiseMinimum
-
GeometricVector getGravityNoiseMinimum() const
-

Gets the current gravity noise minimum for the device.

Return
GeometricVector

The current gravity noise minimum.

Exceptions
-
- -
-
sendExternalHeadingUpdate
-
void sendExternalHeadingUpdate(
const HeadingData &headingData
)
-

sends the external heading update command.

Parameter
headingData
const HeadingData&

the new heading.

Exceptions
-
- -
-
sendExternalHeadingUpdate
-
void sendExternalHeadingUpdate(
const HeadingData &headingData,
const TimeUpdate &timestamp
)
-

sends the external heading update command.

Parameter
headingData
const HeadingData&

the new heading.

timestamp
const TimeUpdate&

the timestamp.  Improves accuracy in situations of high angular rate.

Exceptions
-
- -
-
aidingMeasurementEnabled
-
bool aidingMeasurementEnabled(
InertialTypes::AidingMeasurementSource aidingSource
) const
-

sends the Aiding Measurement Enable command (0x0D, 0x50) to check whether the specified aiding source is currently enabled.

Parameter
aidingSource
InertialTypes::AidingMeasurementSource

the AidingMeasurementSource to check.

Return
bool

The current state of the specified aiding measurement source - true: enabled, false: disabled.

Exceptions
-
- -
-
enableDisableAidingMeasurement
-
void enableDisableAidingMeasurement(
InertialTypes::AidingMeasurementSource aidingSource,
bool enable
)
-

sends the Aiding Measurement Enable command (0x0D, 0x50) to enable/disable the specified aiding source.

Parameter
aidingSource
InertialTypes::AidingMeasurementSource

the AidingMeasurementSource to enable/disable.

enable
bool

true: enable, false: disable

Exceptions
-
- -
-
getAdaptiveFilterOptions
-
AutoAdaptiveFilterOptions getAdaptiveFilterOptions() const
-

sends the Adaptive Filter Options command (0x0D, 0x53) to get the currently configured auto-adaptive filtering options.

Return
AutoAdaptiveFilterOptions

The current auto-adaptive filter options set on the device.

Exceptions
-
- -
-
setAdaptiveFilterOptions
-
void setAdaptiveFilterOptions(
AutoAdaptiveFilterOptions options
)
-

sends the Adaptive Filter Options command (0x0D, 0x53) to set the auto-adaptive filtering options to the specified values.

Parameter
options
AutoAdaptiveFilterOptions

the AutoAdaptiveFilterOptions to set.

Exceptions
-
- -
-
getMultiAntennaOffset
-
PositionOffset getMultiAntennaOffset(
uint8 receiverId
) const
-

sends the Multi Antenna Offset command (0x0D, 0x54) to get the currently configured antenna offset for the specified receiver ID.

Parameter
receiverId
uint8

the receiver ID to return the offset of.

Return
PositionOffset

The currently configured antenna offset of the specified receiver.

Exceptions
-
- -
-
setMultiAntennaOffset
-
void setMultiAntennaOffset(
uint8 receiverId,
PositionOffset offset
)
-

sends the Aiding Measurement Enable command (0x0D, 0x50) to set the position offset of the specified receiver ID.

Parameter
receiverId
uint8

the receiver ID.

offset
PositionOffset

the PositionOffset of the specified receiver.

Exceptions
-
- -
-
getPpsSource
-
InertialTypes::PpsSource getPpsSource() const
-

Gets the PPS source currently configured on the device.

Return
<InertialTypes::PpsSource>

The currently configured PPS source

Exceptions
-
- -
-
setPpsSource
-
void setPpsSource(
InertialTypes::PpsSource ppsSource
)
-

Sets the PPS source.

Parameter
ppsSource
InertialTypes::PpsSource

the <InertialTypes::PpsSource> PPS source.

Exceptions
-
- -
-
getOdometerConfig
-
OdometerConfiguration getOdometerConfig() const
-

Gets the currently configured odometer settings.

Return
OdometerConfiguration

The currently configured odometer settings

Exceptions
-
- -
-
setOdometerConfig
-
void setOdometerConfig(
OdometerConfiguration config
)
-

Set the odometer configuration.

Parameter
config
OdometerConfiguration

The OdometerConfiguration to apply.

Exceptions
-
- -
-
getSensorRange
-
SensorRange getSensorRange(
SensorRange::Type sensorRangeType
) const
-

Gets the currently configured sensor range for the specified sensor (accelerometer, gyroscope, etc.).

Parameter
sensorRangeType
SensorRange::Type

The SensorRange::Type sensor to check

Return
SensorRange

The currently configured sensor range for the specified sensor

Exceptions
-
- -
-
setSensorRange
-
void setSensorRange(
SensorRange range
)
-

Set the specified sensor range. This will only work with a SensorRange object from the device features SupportedSensorRanges object or read from the device with getSensorRange.

Parameter
range
SensorRange

The SensorRange to apply

Exceptions
-
- -
-
setSensorRange
-
void setSensorRange(
SensorRange::Type type,
uint8 rangeId
)
-
Set the specified sensor range to the range ID

you can find these IDs in the device manual or look them up from the device features SupportedSensorRanges object.

Parameter
type
SensorRange::Type

The SensorRange::Type to set

rangeId
uint8

The id representing a range value to apply

Exceptions
-
- -
-
getGpioConfig
-
GpioConfiguration getGpioConfig(
uint8 pin
) const
-

Gets the currently configured GPIO settings.

Return
GpioConfiguration

The currently configured GPIO settings

Exceptions
-
- -
-
setGpioConfig
-
void setGpioConfig(
GpioConfiguration config
)
-

Set the GPIO configuration.

Parameter
config
GpioConfiguration

the GpioConfiguration to apply.

Exceptions
-
- -
-
getGpioState
-
bool getGpioState(
uint8 pin
) const
-

Sends the GPIO State command (0x0C, 0x42) to get the current state of the specified pin.

Parameter
pin
uint8

The pin to return the state of.

Return
bool

The current state of the GPIO pin.

Exceptions
-
- -
-
setGpioState
-
void setGpioState(
uint8 pin,
bool state
)
-

Sends the GPIO State command (0x0C, 0x42) to temporarily set the state of the specified pin.

GPIO pin state can only be manually set if the pin GpioConfiguration::Feature is GPIO and the GpioConfiguration::GpioBehavior is Output (low or high).

Parameter
pin
uint8

The pin to set the state of.

state
bool

The on/off state to set the pin.

Exceptions
-
- -
-
getEventTriggerMode
-
EventControlMode getEventTriggerMode(
uint8 instance
) const
-

Sends the Event Control command (0x0C, 0x2B) to get the current mode of the specified trigger.

Parameter
instance
uint8

The trigger ID to get the mode of.

Return
EventControlMode

The current mode of the event trigger.

Exceptions
-
- -
-
setEventTriggerMode
-
void setEventTriggerMode(
uint8 instance,
EventControlMode mode
) const
-

Sends the Event Control command (0x0C, 0x2B) to set the mode of the specified trigger.

Parameter
instance
uint8

The trigger ID to control.

mode
EventControlMode

The mode to set the event trigger.

Exceptions
-
- -
-
getEventTriggerConfig
-
EventTriggerConfiguration getEventTriggerConfig(
uint8 instance
) const
-

Gets the currently configured event trigger settings for the specified trigger ID.

Parameter
instance
uint8

The trigger instance ID to get the information for.

Return
EventTriggerConfiguration

The currently configured event trigger settings

Exceptions
-
- -
-
setEventTriggerConfig
-
void setEventTriggerConfig(
EventTriggerConfiguration config
) const
-

Set the event trigger configuration.

Parameter
config
EventTriggerConfiguration

The EventTriggerConfiguration to apply.

Exceptions
-
- -
-
getEventActionConfig
-
EventActionConfiguration getEventActionConfig(
uint8 instance
) const
-

Gets an event action configuration.

Parameter
instance
uint8

The instance number of the event action config to fetch

Return
EventActionConfiguration

The event action configuration with the specified instance ID

Exceptions
-
- -
-
setEventActionConfig
-
void setEventActionConfig(
EventActionConfiguration config,
bool validateSupported = true
) const
-

Set the event action configuration.

Parameter
config
EventActionConfiguration

The EventActionConfiguration to apply.

validateSupported
bool

True by default. For MESSAGE type actions this will filter unsupported ChannelFields prior to configuration.

Exceptions
-
- -
-
getAntennaLeverArmCal
-
AntennaLeverArmCalConfiguration getAntennaLeverArmCal() const
-

Gets the currently configured GNSS antenna lever arm calibration configuration.

Return
AntennaLeverArmCalConfiguration

The currently configured antenna lever arm calibration settings

Exceptions
-
- -
-
setAntennaLeverArmCal
-
void setAntennaLeverArmCal(
AntennaLeverArmCalConfiguration config
)
-

Set the GNSS antenna lever arm calibration configuration.

Parameter
config
AntennaLeverArmCalConfiguration

the AntennaLeverArmCalConfiguration to apply.

Exceptions
-
- -
-
getRelativePositionReference
-
PositionReferenceConfiguration getRelativePositionReference() const
-

Gets the currently configured reference for relative position values.

Return
PositionReferenceConfiguration

The current relative position reference configuration

Exceptions
-
- -
-
setRelativePositionReference
-
void setRelativePositionReference(
PositionReferenceConfiguration ref
)
-

Set the reference for relative position values.

Parameter
ref
PositionReferenceConfiguration

the PositionReferenceConfiguration to apply.

Exceptions
-
- -
-
getLeverArmReferenceOffset
-
PositionOffset getLeverArmReferenceOffset() const
-

Gets the currently configured lever arm reference point offset.

Return
PositionOffset

The current reference offset configuration.

Exceptions
-
- -
-
setLeverArmReferenceOffset
-
void setLeverArmReferenceOffset(
PositionOffset offset
) const
-

Set the lever arm offset for the reference point.

Parameter
offset
PositionOffset

the PositionOffset to apply.

Exceptions
-
- -
-
sendExternalSpeedMeasurementUpdate
-
void sendExternalSpeedMeasurementUpdate(
float tow,
float speed,
float unc
)
-

Sends an external speed measurement update to be used as a filter input.

Parameter
tow
float

the time of week of the measurement (s)

speed
float

the speed measurement value (m/s)

unc
float

the speed measurement uncertainty (m/s)

Exceptions
-
- -
-
getSpeedMeasurementOffset
-
PositionOffset getSpeedMeasurementOffset() const
-

Gets the currently configured lever arm offset for the speed measurement.

Return
PositionOffset

The current relative position reference configuration

Exceptions
-
- -
-
setSpeedMeasurementOffset
-
void setSpeedMeasurementOffset(
PositionOffset offset
)
-

Set the lever arm offset for the speed measurement.

Parameter
offset
PositionOffset

the PositionOffset to apply.

Exceptions
-
- -
-
getGnssSignalConfig
-
GnssSignalConfiguration getGnssSignalConfig() const
-

Gets the device's current GNSS signal configuration.

Return
GnssSignalConfiguration

The current GNSS signal configuration

Exceptions
-
- -
-
setGnssSignalConfig
-
void setGnssSignalConfig(
GnssSignalConfiguration config
)
-

Set the GNSS signal configuration.

Parameter
config
GnssSignalConfiguration

the GnssSignalConfiguration to apply.

Exceptions
-
- -
-
rtkEnabled
-
bool rtkEnabled() const
-

Reads whether RTK input is currently enabled on the device.

Return
bool

true: enabled, false: disabled

Exceptions
-
- -
-
enableRtk
-
void enableRtk(
bool enable
)
-

Enables or disables RTK input into the device.

Parameter
enable
bool

true: enable RTK input, false: disable

Exceptions
-
- -
-
getEventTriggerStatus
-
EventTriggerStatus getEventTriggerStatus(
std::vector<uint8> instances = std::vector<uint8>()
) const
-

Sends the Event Trigger Status command (0x0C, 0x2C) to get the current status of the specified triggers.

Note

If number of instances is 0, this will return the status of all the triggers.

Parameter
instances
std::vector<uint8>

A vector of trigger instance IDs to check the status of.

Return
EventTriggerInfo::EventTriggerStatus

A vector of trigger statuses of the specified triggers, or all triggers.

Exceptions
-
- -
-
getEventActionStatus
-
EventActionStatus getEventActionStatus(
std::vector<uint8> instances = std::vector<uint8>()
) const
-

Sends the Event Action Status command (0x0C, 0x2D) to get the current status of the specified actions.

Note

If number of instances is 0, this will return the status of all the actions.

Parameter
instances
std::vector<uint8>

A vector of action instance IDs to check the status of.

Return
EventActionInfo::EventActionStatus

A vector of action statuses of the specified actions, or all actions.

Exceptions
-
- -
-
getNmeaMessageFormat
-
NmeaMessageFormats getNmeaMessageFormat() const
-

Gets the NMEA message formats currently configured to output on the device.

Return
NmeaMessageFormats

vector of NmeaMessageFormat objects.

Exceptions
-
- -
-
setNmeaMessageFormat
-
void setNmeaMessageFormat(
NmeaMessageFormats nmeaFormats
) const
-

Sets the NMEA message formats to output on the device.

Parameters
nmeaFormats
NmeaMessageFormats

vector of NmeaMessageFormat objects to configure.

Exceptions
-
- -
-
getAidingMeasurementReferenceFrames
-
MeasurementReferenceFrames getAidingMeasurementReferenceFrames(
Rotation::Format rotationFormat = Rotation::Format::EULER_ANGLES
) const
-

Get all aiding measurement reference frames configured on the device.

Parameters
rotationFormat
Rotation::Format

default EULER_ANGLES - the rotation format to read from the device (Euler angles or quaternion). Returned rotation values are mathematically equivalent regardless of indicated format.

Returns
MeasurementReferenceFrames

map of reference frames for each frame ID supported by the device

-
- -
-
setAidingMeasurementReferenceFrames
-
void setAidingMeasurementReferenceFrames(
const MeasurementReferenceFrames &frames,
bool clearExcludedIds = false
) const
-

Set the aiding measurement reference frames on the device.

Parameters
frames
const MeasurementReferenceFrames&

MeasurementReferenceFrames map of reference frames for each frame ID to be set

clearExcludedIds
bool

bool, default: false - if true, clears reference frame information for IDs not included in the frames map otherwise only overwrites included IDs

-
- -
-
getAidingMeasurementReferenceFrame
-
MeasurementReferenceFrame getAidingMeasurementReferenceFrame(
uint8 id,
Rotation::Format rotationFormat = Rotation::Format::EULER_ANGLES
) const
-

Get the aiding measurement reference frame for the specified frame ID configured on the device.

Parameters
id
uint8

frame ID of the reference frame to read

rotationFormat
Rotation::Format

default EULER_ANGLES - the rotation format to read from the device (Euler angles or quaternion). Returned rotation values are mathematically equivalent regardless of indicated format.

Returns
MeasurementReferenceFrame

the reference frame information for the specified frame ID

-
- -
-
setAidingMeasurementReferenceFrame
-
void setAidingMeasurementReferenceFrame(
uint8 id,
const MeasurementReferenceFrame &frame
) const
-

Set the aiding measurement reference frame for the specified frame ID on the device.

Parameters
id
uint8

frame ID of the reference frame to set

frame
const MeasurementReferenceFrame&

MeasurementReferenceFrame information to set for the specified frame ID

-
- -
-
setAidingMeasurementResponseMode
-
void setAidingMeasurementResponseMode(
AidingMeasurementInput::ResponseMode mode
) const
-

Set the response mode for commanded aiding measurement inputs on the device (command set 0x13, sendAidingMeasurement function).

Parameters
mode
AidingMeasurementInput::ResponseMode

the AidingMeasurementInput::ResponseMode for this device

-
- -
-
getAidingMeasurementResponseMode
-
AidingMeasurementInput::ResponseMode getAidingMeasurementResponseMode() const
-

Get the response mode for commanded aiding measurement inputs configured on the device (command set 0x13, sendAidingMeasurements function).

Returns
AidingMeasurementInput::ResponseMode

configured response mode

-
- -
-
sendAidingMeasurement
-
void sendAidingMeasurement(
AidingMeasurementPosition measurement
) const
-

Send a commanded aiding measurement to the device (command set 0x13).

Parameters
measurement
AidingMeasurementPosition

any AidingMeasurementInput to send to the device.

-
- -
-
sendAidingMeasurement_readEcho
-
AidingMeasurementPosition sendAidingMeasurement_readEcho(
AidingMeasurementPosition measurement
) const
-

Send a commanded aiding measurement to the device (command set 0x13) and read out the echoed measurement.  Important: only use this function if the Aiding Measurement Response Mode is set to <AidingMeasurementInput::ResponseMode::ECHO_INPUT> - otherwise use sendAidingMeasurement().

Parameters
measurement
AidingMeasurementPosition

any AidingMeasurementInput to send to the device.

Returns

The aiding measurement echo read from the device response (AidingMeasurementPosition, AidingMeasurementVelocity, or AidingMeasurementHeading)

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Inertial/PositionVelocity-h-Summary.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Inertial/PositionVelocity-h-Summary.js deleted file mode 100644 index 9d2e20b0b..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Inertial/PositionVelocity-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Inertial/PositionVelocity.h","PositionVelocity.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Inertial/PositionVelocity.h",[["C/C++","C"]],[["Classes","Class"],["Enums","Enumeration"],["Functions","Function"],["Structs","Struct"],["Types","Type"],["Variables","Variable"]],[[77,0,5,"vec_0, _1, _2","vec_0,_1,_2"],[78,0,2,"Vec3f","Vec3f"],[79,0,2,"Vec3f","Vec3f(2)"],[80,0,2,"~Vec3f","~Vec3f"],[81,0,2,"x","x"],[82,0,2,"y","y"],[83,0,2,"z","z"],[84,0,1,"PositionVelocityReferenceFrame","PositionVelocityReferenceFrame"],[85,0,1,,"ECEF"],[86,0,1,,"LLH_NED"],[87,0,1,,"LOCAL"],[88,0,1,,"VEHICLE"],[89,0,0,"GeometricVector","GeometricVector"],[90,0,2,"VectorECEF","GeometricVector.VectorECEF"],[91,0,2,"VectorNED","GeometricVector.VectorNED"],[92,0,2,"GeometricVector","GeometricVector.GeometricVector"],[93,0,2,"GeometricVector","GeometricVector.GeometricVector(2)"],[94,0,2,"~GeometricVector","GeometricVector.~GeometricVector"],[95,0,5,"referenceFrame","GeometricVector.referenceFrame"],[96,0,2,"north","GeometricVector.north"],[97,0,2,"east","GeometricVector.east"],[98,0,2,"down","GeometricVector.down"],[99,0,0,"PositionOffset","PositionOffset"],[100,0,0,"Velocity","Velocity"],[101,0,2,"ECEF","Velocity.ECEF"],[102,0,2,"NED","Velocity.NED"],[103,0,2,"Vehicle","Velocity.Vehicle"],[104,0,4,"GeometricVectors","Velocity.GeometricVectors"],[105,0,3,"Position","Position"],[106,0,2,"LLH","Position.LLH"],[107,0,2,"ECEF","Position.ECEF"],[108,0,2,"Position","Position.Position"],[109,0,2,"Position","Position.Position(2)"],[110,0,2,"~Position","Position.~Position"],[111,0,5,"referenceFrame","Position.referenceFrame"],[112,0,2,"latitude","Position.latitude"],[113,0,2,"longitude","Position.longitude"],[114,0,2,"altitude","Position.altitude"],[115,0,2,"height","Position.height"],[116,0,2,"x","Position.x"],[117,0,2,"y","Position.y"],[118,0,2,"z","Position.z"],[119,0,5,"position_0, _1, _2","Position.position_0,_1,_2"],[120,0,0,"GeometricUncertainty","GeometricUncertainty"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Inertial/PositionVelocity-h-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Inertial/PositionVelocity-h-SummaryToolTips.js deleted file mode 100644 index b32acdefb..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Inertial/PositionVelocity-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Inertial/PositionVelocity.h",{77:"
The vector values.
",78:"
Vec3f(
float x,
float y,
float z
)
Creates a Vec3f object.
",79:"
Vec3f()
Creates a zero-filled Vec3f object.
",80:"
~Vec3f()
",81:"
float x() const
",82:"
float y() const
",83:"
float z() const
",84:"
Enum representing position and velocity reference frame options.
",89:"
GeometricVector
Defines a 3 dimensional, spatial vector.
",90:"
static GeometricVector VectorECEF(
float x_init,
float y_init,
float z_init
)
Initializes and returns a new vector with the reference frame set to Earth-Centered, Earth-Fixed
",91:"
static GeometricVector VectorNED(
float north,
float east,
float down
)
Initializes and returns a new vector with the reference frame set to North-East-Down
",92:"
GeometricVector(
float x_init,
float y_init,
float z_init,
PositionVelocityReferenceFrame ref = PositionVelocityReferenceFrame::ECEF
)
Creates a GeometricVector object.
",93:"
GeometricVector()
Creates a zero-filled GeometricVector object.  Default reference frame: ECEF
",94:"
~GeometricVector()
Destroys a TimeUpdate object.
",95:"
PositionVelocityReferenceFrame referenceFrame
The PositionVelocityReferenceFrame of this vector.  Default: ECEF
",96:"
float north() const
Only valid if referenceFrame is LLH_NED
",97:"
float east() const
Only valid if referenceFrame is LLH_NED
",98:"
float down() const
Only valid if referenceFrame is LLH_NED
",99:"
PositionOffset
Represents a position offset (x, y, z).
",100:"
Velocity
Represents a velocity (x, y, z).
",101:"
static Velocity ECEF(
float x_init,
float y_init,
float z_init
)
Creates a Velocity vectory with the reference frame set to Earth-Centered, Earth-Fixed
",102:"
static Velocity NED(
float north,
float east,
float down
)
Creates a Velocity vector with the reference frame set to North-East-Down
",103:"
static Velocity Vehicle(
float x,
float y,
float z
)
Creates a Velocity vector with the reference frame set to Vehicle
",104:"
A vector of GeometricVector objects
",105:"
Defines a geographic position.
",106:"
static Position LLH(
double lat_init,
double long_init,
double alt_init
)
Creates a Position object with the reference frame set to LLH
",107:"
static Position ECEF(
double x_init,
double y_init,
double z_init
)
Creates a Position object with the reference frame set to ECEF
",108:"
Position(
double lat_init,
double long_init,
double alt_init,
PositionVelocityReferenceFrame ref = PositionVelocityReferenceFrame::LLH_NED
) : position_0(lat_init), position_1(long_init), position_2(alt_init), referenceFrame(ref)
Creates a Position object.
",109:"
Position() : position_0(0), position_1(0), position_2(0), referenceFrame(PositionVelocityReferenceFrame::LLH_NED)
Creates a zero-filled Position object.  Default reference frame: LLH
",110:"
~Position()
Destroys a TimeUpdate object.
",111:"
PositionVelocityReferenceFrame referenceFrame
The PositionVelocityReferenceFrame of this position.  Default: LLH
",112:"
double latitude() const
Only valid if referenceFrame is LLH_NED
",113:"
double longitude() const
Only valid if referenceFrame is LLH_NED
",114:"
double altitude() const
Only valid if referenceFrame is LLH_NED
",115:"
double height() const
Only valid if referenceFrame is LLH_NED
",116:"
double x() const
Only valid if referenceFrame is ECEF
",117:"
double y() const
Only valid if referenceFrame is ECEF
",118:"
double z() const
Only valid if referenceFrame is ECEF
",119:"
The position values
",120:"
GeometricUncertainty
Represents uncertainty values correlating to a position or velocity.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Inertial/PositionVelocity-h-ToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Inertial/PositionVelocity-h-ToolTips.js deleted file mode 100644 index 343744468..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Inertial/PositionVelocity-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({84:"
Enum representing position and velocity reference frame options.
",89:"
GeometricVector
Defines a 3 dimensional, spatial vector.
",100:"
Velocity
Represents a velocity (x, y, z).
",105:"
Defines a geographic position.
",99:"
PositionOffset
Represents a position offset (x, y, z).
",100:"
Velocity
Represents a velocity (x, y, z).
",120:"
GeometricUncertainty
Represents uncertainty values correlating to a position or velocity.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Inertial/PositionVelocity-h.html b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Inertial/PositionVelocity-h.html deleted file mode 100644 index 3ffb86df0..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Inertial/PositionVelocity-h.html +++ /dev/null @@ -1,242 +0,0 @@ - - -PositionVelocity.h - - - - - - - -
-
vec_0, _1, _2
-

The vector values.

-
- -
-
Vec3f
-
Vec3f(
float x,
float y,
float z
)
-

Creates a Vec3f object.

Parameters
x
float

initial x coordinate

y
float

initial y coordinate

z
float

initial z coordinate

-
- -
-
Vec3f
-
Vec3f()
-

Creates a zero-filled Vec3f object.

-
- -
-
~Vec3f
-
~Vec3f()
-
- -
-
x
-
float x() const
-
- -
-
y
-
float y() const
-
- -
-
z
-
float z() const
-
- -
-
PositionVelocityReferenceFrame
-

Enum representing position and velocity reference frame options.

ECEF

0x01  -  Earth-Centered, Earth-Fixed

LLH_NED

0x02  -  Position: Lat/Long/Height, Velocity: North/East/Down

LOCAL

0x03  -  Position and Velocity in the local reference frame

VEHICLE

0x04  -  Position and Velocity in the vehicle reference frame

-
- -
-
GeometricVector
- -

Defines a 3 dimensional, spatial vector.

-
- -
-
VectorECEF
-
static GeometricVector VectorECEF(
float x_init,
float y_init,
float z_init
)
-

Initializes and returns a new vector with the reference frame set to Earth-Centered, Earth-Fixed

Parameters
x_init
float

initial x coordinate

y_init
float

initial y coordinate

z_init
float

initial z coordinate

-
- -
-
VectorNED
-
static GeometricVector VectorNED(
float north,
float east,
float down
)
-

Initializes and returns a new vector with the reference frame set to North-East-Down

Parameters
north
float

initial x coordinate

east
float

initial y coordinate

down
float

initial z coordinate

-
- -
-
GeometricVector
-
GeometricVector(
float x_init,
float y_init,
float z_init,
PositionVelocityReferenceFrame ref = PositionVelocityReferenceFrame::ECEF
)
-

Creates a GeometricVector object.

Parameters
x_init
float

initial x coordinate

y_init
float

initial y coordinate

z_init
float

initial z coordinate

ref
PositionVelocityReferenceFrame

reference frame (default: ECEF)

-
- -
-
GeometricVector
-
GeometricVector()
-

Creates a zero-filled GeometricVector object.  Default reference frame: ECEF

-
- -
-
~GeometricVector
-
~GeometricVector()
-

Destroys a TimeUpdate object.

-
- -
-
referenceFrame
- -

The PositionVelocityReferenceFrame of this vector.  Default: ECEF

-
- -
-
north
-
float north() const
-

Only valid if referenceFrame is LLH_NED

-
- -
-
east
-
float east() const
-

Only valid if referenceFrame is LLH_NED

-
- -
-
down
-
float down() const
-

Only valid if referenceFrame is LLH_NED

-
- -
-
PositionOffset
-
public
GeometricVector
PositionOffset
-

Represents a position offset (x, y, z).

-
- -
-
Velocity
- -

Represents a velocity (x, y, z).

-
- -
-
ECEF
-
static Velocity ECEF(
float x_init,
float y_init,
float z_init
)
-

Creates a Velocity vectory with the reference frame set to Earth-Centered, Earth-Fixed

Parameters
x_init
float

initial x coordinate

y_init
float

initial y coordinate

z_init
float

initial z coordinate

-
- -
-
NED
-
static Velocity NED(
float north,
float east,
float down
)
-

Creates a Velocity vector with the reference frame set to North-East-Down

Parameters
north
float

initial x coordinate

east
float

initial y coordinate

down
float

initial z coordinate

-
- -
-
Vehicle
-
static Velocity Vehicle(
float x,
float y,
float z
)
-

Creates a Velocity vector with the reference frame set to Vehicle

Parameters
x
float

initial x coordinate

y
float

initial y coordinate

z
float

initial z coordinate

-
- -
-
GeometricVectors
-

A vector of GeometricVector objects

-
- -
-
Position
-

Defines a geographic position.

-
- -
-
LLH
-
static Position LLH(
double lat_init,
double long_init,
double alt_init
)
-

Creates a Position object with the reference frame set to LLH

Parameters
lat_init
double

initial latitude

long_init
double

initial longitude

alt_init
double

initial altitude

-
- -
-
ECEF
-
static Position ECEF(
double x_init,
double y_init,
double z_init
)
-

Creates a Position object with the reference frame set to ECEF

Parameters
x_init
double

initial x

y_init
double

initial y

z_init
double

initial z

-
- -
-
Position
-
Position(
double lat_init,
double long_init,
double alt_init,
PositionVelocityReferenceFrame ref = PositionVelocityReferenceFrame::LLH_NED
) : position_0(lat_init), position_1(long_init), position_2(alt_init), referenceFrame(ref)
-

Creates a Position object.

Parameters
lat_init
double

initial latitude

long_init
double

initial longitude

alt_init
double

initial altitude

ref
PositionVelocityReferenceFrame

reference frame (default: LLH)

-
- -
-
Position
-
Position() : position_0(0), position_1(0), position_2(0), referenceFrame(PositionVelocityReferenceFrame::LLH_NED)
-

Creates a zero-filled Position object.  Default reference frame: LLH

-
- -
-
~Position
-
~Position()
-

Destroys a TimeUpdate object.

-
- -
-
referenceFrame
- -

The PositionVelocityReferenceFrame of this position.  Default: LLH

-
- -
-
latitude
-
double latitude() const
-

Only valid if referenceFrame is LLH_NED

-
- -
-
longitude
-
double longitude() const
-

Only valid if referenceFrame is LLH_NED

-
- -
-
altitude
-
double altitude() const
-

Only valid if referenceFrame is LLH_NED

-
- -
-
height
-
double height() const
-

Only valid if referenceFrame is LLH_NED

-
- -
-
x
-
double x() const
-

Only valid if referenceFrame is ECEF

-
- -
-
y
-
double y() const
-

Only valid if referenceFrame is ECEF

-
- -
-
z
-
double z() const
-

Only valid if referenceFrame is ECEF

-
- -
-
position_0, _1, _2
-

The position values

-
- -
-
GeometricUncertainty
-
public
GeometricVector
GeometricUncertainty
-

Represents uncertainty values correlating to a position or velocity.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/LinearEquation-h-Summary.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/LinearEquation-h-Summary.js deleted file mode 100644 index 9cfe0e0e8..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/LinearEquation-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/LinearEquation.h","LinearEquation.h");NDSummary.OnSummaryLoaded("File:MicroStrain/LinearEquation.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"]],[[4462,0,0,"LinearEquation","LinearEquation"],[4463,0,1,"LinearEquation","LinearEquation.LinearEquation"],[4464,0,1,"LinearEquation","LinearEquation.LinearEquation(2)"],[4465,0,1,"slope","LinearEquation.slope"],[4466,0,1,"slope","LinearEquation.slope(2)"],[4467,0,1,"offset","LinearEquation.offset"],[4468,0,1,"offset","LinearEquation.offset(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/LinearEquation-h-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/LinearEquation-h-SummaryToolTips.js deleted file mode 100644 index 497026c47..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/LinearEquation-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/LinearEquation.h",{4462:"
LinearEquation
Represents a linear equation (y = mx + b).
",4463:"
LinearEquation()
Creates a default constructed LinearEquation object.  (slope = 1.0, offset = 0.0)
",4464:"
LinearEquation(
float slope,
float offset
)
Creates a LinearEquation object.
",4465:"
void slope(
float slope
)
Sets the of slope the linear equation.
",4466:"
float slope() const
Gets the slope of the linear equation.
",4467:"
void offset(
float offset
)
Sets the offset of the linear equation.
",4468:"
float offset() const
Gets the offset of the linear equation.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/LinearEquation-h-ToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/LinearEquation-h-ToolTips.js deleted file mode 100644 index 59992a148..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/LinearEquation-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/LinearEquation-h.html b/v66.0.1/MSCL_API_Docs/files/MicroStrain/LinearEquation-h.html deleted file mode 100644 index 8059d6a5e..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/LinearEquation-h.html +++ /dev/null @@ -1,53 +0,0 @@ - - -LinearEquation.h - - - - - - - -
-
LinearEquation
-
LinearEquation
-

Represents a linear equation (y = mx + b).

-
- -
-
LinearEquation
-
LinearEquation()
-

Creates a default constructed LinearEquation object.  (slope = 1.0, offset = 0.0)

-
- -
-
LinearEquation
-
LinearEquation(
float slope,
float offset
)
-

Creates a LinearEquation object.

Parameters
slope
float

The slope of the linear equation.

offset
float

The offset of the linear equation

-
- -
-
slope
-
void slope(
float slope
)
-

Sets the of slope the linear equation.

Parameters
slope
float

The slope to set.

-
- -
-
slope
-
float slope() const
-

Gets the slope of the linear equation.

Returns

The slope of the linear equation.

-
- -
-
offset
-
void offset(
float offset
)
-

Sets the offset of the linear equation.

Parameters
offset
float

The offset to set.

-
- -
-
offset
-
float offset() const
-

Gets the offset of the linear equation.

Returns

The offset of the linear equation.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/Commands/GPSTimeUpdate-h-Summary.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/Commands/GPSTimeUpdate-h-Summary.js deleted file mode 100644 index a03ec942b..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/Commands/GPSTimeUpdate-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/MIP/Commands/GPSTimeUpdate.h","GPSTimeUpdate.h");NDSummary.OnSummaryLoaded("File:MicroStrain/MIP/Commands/GPSTimeUpdate.h",[["C/C++","C"]],[["Enums","Enumeration"]],[[1044,0,0,"TimeFieldSelector","TimeFieldSelector"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/Commands/GPSTimeUpdate-h-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/Commands/GPSTimeUpdate-h-SummaryToolTips.js deleted file mode 100644 index 3160d51f2..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/Commands/GPSTimeUpdate-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/MIP/Commands/GPSTimeUpdate.h",{1044:"
The enums to represnt type of time being sent/received.  GPS_WEEK_NUMBER - used to identify time being sent or received as a week number type.  GPS_SECONDS  - used to identify time being sent or received as a seconds type.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/Commands/GPSTimeUpdate-h-ToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/Commands/GPSTimeUpdate-h-ToolTips.js deleted file mode 100644 index 59992a148..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/Commands/GPSTimeUpdate-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/Commands/GPSTimeUpdate-h.html b/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/Commands/GPSTimeUpdate-h.html deleted file mode 100644 index ff35462a7..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/Commands/GPSTimeUpdate-h.html +++ /dev/null @@ -1,16 +0,0 @@ - - -GPSTimeUpdate.h - - - - - - - -
-
TimeFieldSelector
-

The enums to represnt type of time being sent/received.  GPS_WEEK_NUMBER - used to identify time being sent or received as a week number type.  GPS_SECONDS  - used to identify time being sent or received as a seconds type.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/Commands/MipCmdResponse-h-Summary.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/Commands/MipCmdResponse-h-Summary.js deleted file mode 100644 index 6c80eb52c..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/Commands/MipCmdResponse-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/MIP/Commands/MipCmdResponse.h","MipCmdResponse.h");NDSummary.OnSummaryLoaded("File:MicroStrain/MIP/Commands/MipCmdResponse.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"]],[[1041,0,0,"MipCmdResponse","MipCmdResponse"],[1042,0,1,"success","MipCmdResponse.success"],[1043,0,1,"errorCode","MipCmdResponse.errorCode"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/Commands/MipCmdResponse-h-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/Commands/MipCmdResponse-h-SummaryToolTips.js deleted file mode 100644 index d3214a972..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/Commands/MipCmdResponse-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/MIP/Commands/MipCmdResponse.h",{1041:"
MipCmdResponse
Represents the response to a generic InertialNode command
",1042:"
virtual bool success() const
Gets whether or not the command was a success.
",1043:"
virtual MipPacket::MipAckNack errorCode() const
Gets the MIP ack/nack error code that was returned
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/Commands/MipCmdResponse-h-ToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/Commands/MipCmdResponse-h-ToolTips.js deleted file mode 100644 index 59779f645..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/Commands/MipCmdResponse-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({4610:"
Error
The generic MicroStrain exception (base class)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/Commands/MipCmdResponse-h.html b/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/Commands/MipCmdResponse-h.html deleted file mode 100644 index eb6627b07..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/Commands/MipCmdResponse-h.html +++ /dev/null @@ -1,29 +0,0 @@ - - -MipCmdResponse.h - - - - - - - -
-
MipCmdResponse
-
MipCmdResponse
-

Represents the response to a generic InertialNode command

-
- -
-
success
-
virtual bool success() const
-

Gets whether or not the command was a success.

Returns

true if the command was a success, false otherwise

Exceptions

  • Error: The function was called before there was a response to the command (uninitialized)

-
- -
-
errorCode
-
virtual MipPacket::MipAckNack errorCode() const
-

Gets the MIP ack/nack error code that was returned

Returns

The MIP ack/nack error code as a <MipPacket::MipAckNack>

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/MipBuiltInTest-h-Summary.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/MipBuiltInTest-h-Summary.js deleted file mode 100644 index acfc2ff18..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/MipBuiltInTest-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ 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7ContinuousBIT_GNSS_General.HARDWARE_FAULT"],[2547,0,1,,"GQ7ContinuousBIT_GNSS_General.COMMUNICATION_ERROR_COMMS_SERIAL"],[2548,0,1,,"GQ7ContinuousBIT_GNSS_General.COMMUNICATION_ERROR_COMMS_SPI"],[2549,0,1,,"GQ7ContinuousBIT_GNSS_General.COMMUNICATION_ERROR_NAV_SPI"],[2550,0,1,,"GQ7ContinuousBIT_GNSS_General.GPS_TIME_FAULT"],[2551,0,1,,"GQ7ContinuousBIT_GNSS_General.TIMING_OVERRUN"],[2552,0,2,"flags","GQ7ContinuousBIT_GNSS_General.flags"],[2553,0,2,"clockFault","GQ7ContinuousBIT_GNSS_General.clockFault"],[2554,0,2,"hardwareFault","GQ7ContinuousBIT_GNSS_General.hardwareFault"],[2555,0,2,"communicationError","GQ7ContinuousBIT_GNSS_General.communicationError"],[2556,0,2,"communicationErrorCommsSerial","GQ7ContinuousBIT_GNSS_General.communicationErrorCommsSerial"],[2557,0,2,"communicationErrorCommsSpi","GQ7ContinuousBIT_GNSS_General.communicationErrorCommsSpi"],[2558,0,2,"communicationErrorNavSpi","GQ7ContinuousBIT_GNSS_General.communicationErrorNavSpi"],[2559,0,2,"gpsTimeFault","GQ7ContinuousBIT_GNSS_General.gpsTimeFault"],[2560,0,2,"timingOverrun","GQ7ContinuousBIT_GNSS_General.timingOverrun"],[2561,0,3,"GQ7ContinuousBIT_GNSS_Receivers","GQ7ContinuousBIT_GNSS_Receivers"],[2562,0,2,"GQ7ContinuousBIT_GNSS_Receivers","GQ7ContinuousBIT_GNSS_Receivers.GQ7ContinuousBIT_GNSS_Receivers"],[2563,0,2,"GQ7ContinuousBIT_GNSS_Receivers","GQ7ContinuousBIT_GNSS_Receivers.GQ7ContinuousBIT_GNSS_Receivers(2)"],[2564,0,1,"Bitmasks","GQ7ContinuousBIT_GNSS_Receivers.Bitmasks"],[2565,0,1,,"GQ7ContinuousBIT_GNSS_Receivers.POWER_FAULT_RECEIVER_1"],[2566,0,1,,"GQ7ContinuousBIT_GNSS_Receivers.FAULT_RECEIVER_1"],[2567,0,1,,"GQ7ContinuousBIT_GNSS_Receivers.SHORTED_ANTENNA_1"],[2568,0,1,,"GQ7ContinuousBIT_GNSS_Receivers.OPEN_ANTENNA_1"],[2569,0,1,,"GQ7ContinuousBIT_GNSS_Receivers.SOLUTION_FAULT_RECEIVER_1"],[2570,0,1,,"GQ7ContinuousBIT_GNSS_Receivers.POWER_FAULT_RECEIVER_2"],[2571,0,1,,"GQ7ContinuousBIT_GNSS_Receivers.FAULT_RECEIVER_2"],[2572,0,1,,"GQ7ContinuousBIT_GNSS_Receivers.SHORTED_ANTENNA_2"],[2573,0,1,,"GQ7ContinuousBIT_GNSS_Receivers.OPEN_ANTENNA_2"],[2574,0,1,,"GQ7ContinuousBIT_GNSS_Receivers.SOLUTION_FAULT_RECEIVER_2"],[2575,0,1,,"GQ7ContinuousBIT_GNSS_Receivers.RTCM_COMMUNICATION_FAULT"],[2576,0,1,,"GQ7ContinuousBIT_GNSS_Receivers.RTK_DONGLE_FAULT"],[2577,0,2,"flags","GQ7ContinuousBIT_GNSS_Receivers.flags"],[2578,0,2,"powerFaultReceiver1","GQ7ContinuousBIT_GNSS_Receivers.powerFaultReceiver1"],[2579,0,2,"faultReceiver1","GQ7ContinuousBIT_GNSS_Receivers.faultReceiver1"],[2580,0,2,"shortedAntenna1","GQ7ContinuousBIT_GNSS_Receivers.shortedAntenna1"],[2581,0,2,"openAntenna1","GQ7ContinuousBIT_GNSS_Receivers.openAntenna1"],[2582,0,2,"solutionFaultReceiver1","GQ7ContinuousBIT_GNSS_Receivers.solutionFaultReceiver1"],[2583,0,2,"powerFaultReceiver2","GQ7ContinuousBIT_GNSS_Receivers.powerFaultReceiver2"],[2584,0,2,"faultReceiver2","GQ7ContinuousBIT_GNSS_Receivers.faultReceiver2"],[2585,0,2,"shortedAntenna2","GQ7ContinuousBIT_GNSS_Receivers.shortedAntenna2"],[2586,0,2,"openAntenna2","GQ7ContinuousBIT_GNSS_Receivers.openAntenna2"],[2587,0,2,"solutionFaultReceiver2","GQ7ContinuousBIT_GNSS_Receivers.solutionFaultReceiver2"],[2588,0,2,"rtcmCommunicationFault","GQ7ContinuousBIT_GNSS_Receivers.rtcmCommunicationFault"],[2589,0,2,"rtkDongleFault","GQ7ContinuousBIT_GNSS_Receivers.rtkDongleFault"],[2590,0,3,"GQ7ContinuousBIT_GNSS","GQ7ContinuousBIT_GNSS"],[2591,0,2,"GQ7ContinuousBIT_GNSS","GQ7ContinuousBIT_GNSS.GQ7ContinuousBIT_GNSS"],[2592,0,2,"GQ7ContinuousBIT_GNSS","GQ7ContinuousBIT_GNSS.GQ7ContinuousBIT_GNSS(2)"],[2593,0,1,"RESPONSE_OFFSET","GQ7ContinuousBIT_GNSS.RESPONSE_OFFSET"],[2594,0,1,"Bitmasks","GQ7ContinuousBIT_GNSS.Bitmasks"],[2595,0,1,,"GQ7ContinuousBIT_GNSS.GENERAL_FLAGS"],[2596,0,1,,"GQ7ContinuousBIT_GNSS.RECEIVERS_FLAGS"],[2597,0,2,"flags","GQ7ContinuousBIT_GNSS.flags"],[2598,0,2,"general","GQ7ContinuousBIT_GNSS.general"],[2599,0,2,"receivers","GQ7ContinuousBIT_GNSS.receivers"],[2600,0,0,"GQ7ContinuousBIT","GQ7ContinuousBIT"],[2601,0,2,"GQ7ContinuousBIT","GQ7ContinuousBIT.GQ7ContinuousBIT"],[2602,0,2,"GQ7ContinuousBIT","GQ7ContinuousBIT.GQ7ContinuousBIT(2)"],[2603,0,2,"system","GQ7ContinuousBIT.system"],[2604,0,2,"systemClockFailure","GQ7ContinuousBIT.systemClockFailure"],[2605,0,2,"powerFault","GQ7ContinuousBIT.powerFault"],[2606,0,2,"firmwareFault","GQ7ContinuousBIT.firmwareFault"],[2607,0,2,"timingOverload","GQ7ContinuousBIT.timingOverload"],[2608,0,2,"bufferOverrun","GQ7ContinuousBIT.bufferOverrun"],[2609,0,2,"imuIpcFault","GQ7ContinuousBIT.imuIpcFault"],[2610,0,2,"imuControlLineFault","GQ7ContinuousBIT.imuControlLineFault"],[2611,0,2,"imuCommandResponseFault","GQ7ContinuousBIT.imuCommandResponseFault"],[2612,0,2,"imuSpiTransferFault","GQ7ContinuousBIT.imuSpiTransferFault"],[2613,0,2,"imuDataFrameFault","GQ7ContinuousBIT.imuDataFrameFault"],[2614,0,2,"filterIpcFault","GQ7ContinuousBIT.filterIpcFault"],[2615,0,2,"filterControlLineFault","GQ7ContinuousBIT.filterControlLineFault"],[2616,0,2,"filterCommandResponseFault","GQ7Continu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\ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/MipBuiltInTest-h-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/MipBuiltInTest-h-SummaryToolTips.js deleted file mode 100644 index e6fdb2ad2..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/MipBuiltInTest-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/MIP/MipBuiltInTest.h",{2267:"
ContinuousBIT
Abstract class for device-specific Built-In Test result parser classes
",2268:"
ContinuousBIT() = delete
",2269:"
explicit ContinuousBIT(
const ContinuousBIT&
) = delete
Copy constructor
",2270:"
explicit ContinuousBIT(
const ContinuousBIT&&
) = delete
Move constructor
",2271:"
ContinuousBIT& operator=(
const ContinuousBIT&
) const = delete
Copy assignment operator
",2272:"
ContinuousBIT& operator=(
const ContinuousBIT&&
) const = delete
Move assignment operator
",2273:"
virtual MipDataPoints as_MipDataPoints() const = 0
Get the Built-In Test data formatted as MipDataPoint objects
",2274:"
static MipDataPoints getMipDataPoints(
MipModels::NodeModel model,
Bytes data
)
Static function to parse the Built-In Test result data into MipDataPoint objects based on the specified device model
",2275:"
const Bytes& data() const
Gets the original Bytes source data (not parsed)
",2276:"
virtual bool systemClockFailure() const = 0
Gets the value of the System Clock Failure bit (bit 0)
",2277:"
virtual bool powerFault() const = 0
Gets the value of the Power Fault bit (bit 1)
",2278:"
virtual bool firmwareFault() const = 0
Gets the value of the Firmware Fault bit (bit 4)
",2279:"
virtual bool timingOverload() const = 0
Gets the value of the Timing Overload bit (bit 5)
",2280:"
virtual bool bufferOverrun() const = 0
Gets the value of the Buffer Overrun bit (bit 6)
",2281:"
virtual bool imuClockFault() const = 0
Gets the value of the IMU Clock Fault bit (bit 32)
",2282:"
virtual bool imuCommunicationFault() const = 0
Gets the value of the IMU Communication Fault bit (bit 33)
",2283:"
virtual bool imuTimingOverrun() const = 0
Gets the value of the IMU Timing Overrun bit (bit 34)
",2284:"
virtual bool imuCalibrationErrorAccel() const = 0
Gets the value of the IMU Calibration Error Accelerometer bit (bit 36)
",2285:"
virtual bool imuCalibrationErrorGyro() const = 0
Gets the value of the IMU Calibration Error Gyroscope bit (bit 37)
",2286:"
virtual bool imuCalibrationErrorMag() const = 0
Gets the value of the IMU Calibration Error Magnetometer bit (bit 38)
",2287:"
virtual bool accelGeneralFault() const = 0
Gets the value of the Accelerometer General Fault bit (bit 40)
",2288:"
virtual bool accelOverrange() const = 0
Gets the value of the Accelerometer Overrange bit (bit 41)
",2289:"
virtual bool accelSelfTestFail() const = 0
Gets the value of the Accelerometer Self Test bit (bit 42)
",2290:"
virtual bool gyroGeneralFault() const = 0
Gets the value of the Gyroscope General Fault bit (bit 44)
",2291:"
virtual bool gyroOverrange() const = 0
Gets the value of the Gyroscope Overrange bit (bit 45)
",2292:"
virtual bool gyroSelfTestFail() const = 0
Gets the value of the Gyroscope Self Test bit (bit 46)
",2293:"
virtual bool magGeneralFault() const = 0
Gets the value of the Magnetometer General Fault bit (bit 48)
",2294:"
virtual bool magOverrange() const = 0
Gets the value of the Magnetometer Overrange bit (bit 49)
",2295:"
virtual bool magSelfTestFail() const = 0
Gets the value of the Magnetometer Self Test bit (bit 50)
",2296:"
virtual bool pressureGeneralFault() const = 0
Gets the value of the Pressure General Fault bit (bit 52)
",2297:"
virtual bool pressureOverrange() const = 0
Gets the value of the Pressure Overrange bit (bit 53)
",2298:"
virtual bool pressureSelfTestFail() const = 0
Gets the value of the Pressure Self Test bit (bit 54)
",2299:"
virtual bool filterTimingOverrun() const = 0
Gets the value of the Filter Timing Overrun bit (bit 66)
",2300:"
virtual bool filterTimingUnderrun() const = 0
Gets the value of the Filter Timing Underrun bit (bit 67)
",2301:"
Continuous Built-In Test flags for general system information
",2302:"
Bitmasks for general system flags
",2308:"
uint8 flags() const
Gets the value of the general system flags (bits 0-7)
",2309:"
bool systemClockFailure() const
Gets the value of the System Clock Failure bit (bit 0)
",2310:"
bool powerFault() const
Gets the value of the Power Fault bit (bit 1)
",2311:"
bool firmwareFault() const
Gets the value of the Firmware Fault bit (bit 4)
",2312:"
bool timingOverload() const
Gets the value of the Timing Overload bit (bit 5)
",2313:"
bool bufferOverrun() const
Gets the value of the Buffer Overrun bit (bit 6)
",2314:"
Continuous Built-In Test flags for system process information
",2315:"
uint16 flags() const
Gets the value of the process system flags (bits 16-31)
",2316:"
Continuous Built-In Test flags for system information
",2317:"
The offset of the 0 position of the value represented by this object in the overall BIT response Value: 0 bits
",2321:"
uint32 flags() const
Gets the value of the system flags (bits 0-31)
",2322:"
Continuous Built-In Test flags for general IMU information
",2323:"
Bitmasks for general IMU flags
",2330:"
uint8 flags() const
Gets the value of the general IMU flags (bits 32-39)
",2331:"
bool clockFault() const
Gets the value of the Clock Fault bit (bit 32)
",2332:"
bool communicationFault() const
Gets the value of the Communication Fault bit (bit 33)
",2333:"
bool timingOverrun() const
Gets the value of the Timing Overrun bit (bit 34)
",2334:"
bool calibrationErrorAccel() const
Gets the value of the Calibration Error Accelerometer bit (bit 36)
",2335:"
bool calibrationErrorGyro() const
Gets the value of the Calibration Error Gyroscope bit (bit 37)
",2336:"
bool calibrationErrorMag() const
Gets the value of the Calibration Error Magnetometer bit (bit 38)
",2337:"
Continuous Built-In Test flags for IMU sensors information
",2338:"
Bitmasks for IMU sensors flags
",2351:"
uint16 flags() const
Gets the value of the the IMU sensors flags (bits 40-55)
",2352:"
bool accelGeneralFault() const
Gets the value of the Accelerometer General Fault bit (bit 40)
",2353:"
bool accelOverrange() const
Gets the value of the Accelerometer Overrange bit (bit 41)
",2354:"
bool accelSelfTestFail() const
Gets the value of the Accelerometer Self Test bit (bit 42)
",2355:"
bool gyroGeneralFault() const
Gets the value of the Gyroscope General Fault bit (bit 44)
",2356:"
bool gyroOverrange() const
Gets the value of the Gyroscope Overrange bit (bit 45)
",2357:"
bool gyroSelfTestFail() const
Gets the value of the Gyroscope Self Test bit (bit 46)
",2358:"
bool magGeneralFault() const
Gets the value of the Magnetometer General Fault bit (bit 48)
",2359:"
bool magOverrange() const
Gets the value of the Magnetometer Overrange bit (bit 49)
",2360:"
bool magSelfTestFail() const
Gets the value of the Magnetometer Self Test bit (bit 50)
",2361:"
bool pressureGeneralFault() const
Gets the value of the Pressure General Fault bit (bit 52)
",2362:"
bool pressureOverrange() const
Gets the value of the Pressure Overrange bit (bit 53)
",2363:"
bool pressureSelfTestFail() const
Gets the value of the Pressure Self Test bit (bit 54)
",2364:"
Continuous Built-In Test flags for IMU information
",2365:"
The offset of the 0 position of the value represented by this object in the overall BIT response Value: 32 bits
",2366:"
uint32 flags() const
Gets the value of the IMU flags (bits 32-63)
",2367:"
Continuous Built-In Test flags for general filter information
",2368:"
Bitmasks for general filter flags
",2371:"
uint8 flags() const
Gets the value of the general filter flags (bits 64-71)
",2372:"
bool timingOverrun() const
Gets the value of the Filter Timing Overrun bit (bit 66)
",2373:"
bool timingUnderrun() const
Gets the value of the Filter Timing Underrun bit (bit 67)
",2374:"
Continuous Built-In Test flags for filter information
",2375:"
The offset of the 0 position of the value represented by this object in the overall BIT response Value: 64 bits
",2376:"
Bitmask for general filter flags (bits 64-71)
",2377:"
uint32 flags() const
Gets the value of the filter flags (bits 64-95)
",2378:"
Continuous Built-In Test flags for general system information
",2379:"
CV7ContinuousBIT_System_General() = default
",2380:"
explicit CV7ContinuousBIT_System_General(
const uint8 bits
) : ContinuousBIT_System_General(bits)
",2381:"
Continuous Built-In Test flags for system process information
",2382:"
CV7ContinuousBIT_System_Process() : ContinuousBIT_System_Process()
",2383:"
explicit CV7ContinuousBIT_System_Process(
const uint16 bits
) : ContinuousBIT_System_Process(bits)
",2384:"
Bitmasks for system process information flags
",2393:"
bool imuProcessFault() const
Gets the value of the IMU Process Fault bit (bit 16)
",2394:"
Gets the value of the IMU Data Rate Mismatch bit (bit 17)
",2395:"
bool imuDroppedData() const
Gets the value of the IMU Overrun Dropped Data bit (bit 18)
",2396:"
bool imuStuck() const
Gets the value of the IMU Stuck bit (bit 19)
",2397:"
bool filterProcessFault() const
Gets the value of the Filter Process Fault bit (bit 20)
",2398:"
bool filterDroppedData() const
Gets the value of the Filter Dropped Data bit (bit 21)
",2399:"
bool filterRateMismatch() const
Gets the value of the Filter Rate Mismatch bit (bit 22)
",2400:"
bool filterStuck() const
Gets the value of the Filter Stuck bit (bit 23)
",2401:"
Continuous Built-In Test flags for system information
",2402:"
CV7ContinuousBIT_System() = default
",2403:"
explicit CV7ContinuousBIT_System(
uint32 bits
)
",2404:"
CV7ContinuousBIT_System_General general() const
Gets information for general system flags (bits 0-7)
",2405:"
CV7ContinuousBIT_System_Process process() const
Gets information for system process flags (bits 16-31)
",2406:"
Continuous Built-In Test flags for general IMU information
",2407:"
CV7ContinuousBIT_IMU_General() = default
",2408:"
explicit CV7ContinuousBIT_IMU_General(
const uint8 bits
) : ContinuousBIT_IMU_General(bits)
",2409:"
Continuous Built-In Test flags for IMU sensors information
",2410:"
CV7ContinuousBIT_IMU_Sensors() = default
",2411:"
explicit CV7ContinuousBIT_IMU_Sensors(
const uint16 bits
) : ContinuousBIT_IMU_Sensors(bits)
",2412:"
Continuous Built-In Test flags for IMU information
",2413:"
CV7ContinuousBIT_IMU() = default
",2414:"
explicit CV7ContinuousBIT_IMU(
uint32 bits
)
",2415:"
CV7ContinuousBIT_IMU_General general() const
Gets information for general IMU flags (bits 32-39)
",2416:"
CV7ContinuousBIT_IMU_Sensors sensors() const
Gets information for IMU sensors flags (bits 40-55)
",2417:"
bool factoryBitsInvalid() const
Gets the value of the Factory Bits Invalid bit (bit 56)
",2418:"
Continuous Built-In Test flags for general filter information
",2419:"
CV7ContinuousBIT_Filter_General() = default
",2420:"
explicit CV7ContinuousBIT_Filter_General(
const uint8 bits
) : ContinuousBIT_Filter_General(bits)
",2421:"
Bitmasks for general filter flags
",2423:"
bool fault() const
Gets the value of the Filter Fault bit (bit 64)
",2424:"
Continuous Built-In Test flags for filter information
",2425:"
CV7ContinuousBIT_Filter() = default
",2426:"
explicit CV7ContinuousBIT_Filter(
uint32 bits
)
",2427:"
CV7ContinuousBIT_Filter_General general() const
Gets information for general filter flags (bits 64-71)
",2428:"
CV7ContinuousBIT
Continuous Built-In Test flag data
",2429:"
CV7ContinuousBIT() = delete
",2430:"
explicit CV7ContinuousBIT(
Bytes bytes
)
",2431:"
CV7ContinuousBIT_System system() const
Gets information for system flags (bits 0-31)
",2432:"
bool systemClockFailure() const override
Gets the value of the System Clock Failure bit (bit 0)
",2433:"
bool powerFault() const override
Gets the value of the Power Fault bit (bit 1)
",2434:"
bool firmwareFault() const override
Gets the value of the Firmware Fault bit (bit 4)
",2435:"
bool timingOverload() const override
Gets the value of the Timing Overload bit (bit 5)
",2436:"
bool bufferOverrun() const override
Gets the value of the Buffer Overrun bit (bit 6)
",2437:"
bool imuProcessFault() const
Gets the value of the IMU Process Fault bit (bit 16)
",2438:"
Gets the value of the IMU Data Rate Mismatch bit (bit 17)
",2439:"
bool imuDroppedData() const
Gets the value of the IMU Overrun Dropped Data bit (bit 18)
",2440:"
bool imuStuck() const
Gets the value of the IMU Stuck bit (bit 19)
",2441:"
bool filterProcessFault() const
Gets the value of the Filter Process Fault bit (bit 20)
",2442:"
bool filterDroppedData() const
Gets the value of the Filter Dropped Data bit (bit 21)
",2443:"
bool filterRateMismatch() const
Gets the value of the Filter Rate Mismatch bit (bit 22)
",2444:"
bool filterStuck() const
Gets the value of the Filter Stuck bit (bit 23)
",2445:"
CV7ContinuousBIT_IMU imu() const
Gets information for IMU flags (bits 32-63)
",2446:"
bool imuClockFault() const override
Gets the value of the IMU Clock Fault bit (bit 32)
",2447:"
bool imuCommunicationFault() const override
Gets the value of the IMU Communication Fault bit (bit 33)
",2448:"
bool imuTimingOverrun() const override
Gets the value of the IMU Timing Overrun bit (bit 34)
",2449:"
bool imuCalibrationErrorAccel() const override
Gets the value of the IMU Calibration Error Accelerometer bit (bit 36)
",2450:"
bool imuCalibrationErrorGyro() const override
Gets the value of the IMU Calibration Error Gyroscope bit (bit 37)
",2451:"
bool imuCalibrationErrorMag() const override
Gets the value of the IMU Calibration Error Magnetometer bit (bit 38)
",2452:"
bool accelGeneralFault() const override
Gets the value of the Accelerometer General Fault bit (bit 40)
",2453:"
bool accelOverrange() const override
Gets the value of the Accelerometer Overrange bit (bit 41)
",2454:"
bool accelSelfTestFail() const override
Gets the value of the Accelerometer Self Test bit (bit 42)
",2455:"
bool gyroGeneralFault() const override
Gets the value of the Gyroscope General Fault bit (bit 44)
",2456:"
bool gyroOverrange() const override
Gets the value of the Gyroscope Overrange bit (bit 45)
",2457:"
bool gyroSelfTestFail() const override
Gets the value of the Gyroscope Self Test bit (bit 46)
",2458:"
bool magGeneralFault() const override
Gets the value of the Magnetometer General Fault bit (bit 48)
",2459:"
bool magOverrange() const override
Gets the value of the Magnetometer Overrange bit (bit 49)
",2460:"
bool magSelfTestFail() const override
Gets the value of the Magnetometer Self Test bit (bit 50)
",2461:"
bool pressureGeneralFault() const override
Gets the value of the Pressure General Fault bit (bit 52)
",2462:"
bool pressureOverrange() const override
Gets the value of the Pressure Overrange bit (bit 53)
",2463:"
bool pressureSelfTestFail() const override
Gets the value of the Pressure Self Test bit (bit 54)
",2464:"
bool factoryBitsInvalid() const
Gets the value of the Factory Bits Invalid bit (bit 56)
",2465:"
CV7ContinuousBIT_Filter filter() const
Gets information for filter flags (bits 64-95)
",2466:"
bool filterFault() const
Gets the value of the Filter Fault bit (bit 64)
",2467:"
bool filterTimingOverrun() const override
Gets the value of the Filter Timing Overrun bit (bit 66)
",2468:"
bool filterTimingUnderrun() const override
Gets the value of the Filter Timing Underrun bit (bit 67)
",2469:"
MipDataPoints as_MipDataPoints() const override
Gets the data formatted as MipDataPoint objects.
",2470:"
Continuous Built-In Test flags for general system information
",2471:"
GQ7ContinuousBIT_System_General() = default
",2472:"
explicit GQ7ContinuousBIT_System_General(
const uint8 bits
) : ContinuousBIT_System_General(bits)
",2473:"
Continuous Built-In Test flags for system process information
",2474:"
GQ7ContinuousBIT_System_Process() : ContinuousBIT_System_Process()
",2475:"
explicit GQ7ContinuousBIT_System_Process(
const uint16 bits
) : ContinuousBIT_System_Process(bits)
",2476:"
Bitmasks for system process information flags
",2489:"
uint8 imuIpcFault() const
Gets the value of the IMU IPC fault flags (bits 16-19)
",2490:"
bool imuControlLineFault() const
Gets the value of the IMU Control Line Fault bit (bit 16)
",2491:"
bool imuCommandResponseFault() const
Gets the value of the IMU Command Response Fault bit (bit 17)
",2492:"
bool imuSpiTransferFault() const
Gets the value of the IMU SPI Transfer Fault bit (bit 18)
",2493:"
bool imuDataFrameFault() const
Gets the value of the IMU Data Frame Fault bit (bit 19)
",2494:"
uint8 filterIpcFault() const
Gets the value of the Filter IPC fault flags (bits 20-23)
",2495:"
bool filterControlLineFault() const
Gets the value of the Filter Control Line Fault bit (bit 20)
",2496:"
bool filterCommandResponseFault() const
Gets the value of the Filter Command Response Fault bit (bit 21)
",2497:"
bool filterSpiTransferFault() const
Gets the value of the Filter SPI Transfer Fault bit (bit 22)
",2498:"
bool filterDataFrameFault() const
Gets the value of the Filter Data Frame Fault bit (bit 23)
",2499:"
uint8 gnssIpcFault() const
Gets the value of the GNSS IPC fault flags (bits 24-27)
",2500:"
bool gnssControlLineFault() const
Gets the value of the GNSS Control Line Fault bit (bit 24)
",2501:"
bool gnssCommandResponseFault() const
Gets the value of the GNSS Command Response Fault bit (bit 25)
",2502:"
bool gnssSpiTransferFault() const
Gets the value of the GNSS SPI Transfer Fault bit (bit 26)
",2503:"
bool gnssDataFrameFault() const
Gets the value of the GNSS Data Frame Fault bit (bit 27)
",2504:"
Continuous Built-In Test flags for system information
",2505:"
GQ7ContinuousBIT_System() = default
",2506:"
explicit GQ7ContinuousBIT_System(
uint32 bits
)
",2507:"
GQ7ContinuousBIT_System_General general() const
Gets information for general system flags (bits 0-7)
",2508:"
GQ7ContinuousBIT_System_Process process() const
Gets information for system process flags (bits 16-31)
",2509:"
Continuous Built-In Test flags for general IMU information
",2510:"
GQ7ContinuousBIT_IMU_General() = default
",2511:"
explicit GQ7ContinuousBIT_IMU_General(
const uint8 bits
) : ContinuousBIT_IMU_General(bits)
",2512:"
Continuous Built-In Test flags for IMU sensors information
",2513:"
GQ7ContinuousBIT_IMU_Sensors() = default
",2514:"
explicit GQ7ContinuousBIT_IMU_Sensors(
const uint16 bits
) : ContinuousBIT_IMU_Sensors(bits)
",2515:"
Continuous Built-In Test flags for IMU information
",2516:"
GQ7ContinuousBIT_IMU() = default
",2517:"
explicit GQ7ContinuousBIT_IMU(
uint32 bits
)
",2518:"
GQ7ContinuousBIT_IMU_General general() const
Gets information for general IMU flags (bits 32-39)
",2519:"
GQ7ContinuousBIT_IMU_Sensors sensors() const
Gets information for IMU sensors flags (bits 40-55)
",2520:"
Continuous Built-In Test flags for general filter information
",2521:"
GQ7ContinuousBIT_Filter_General() = default
",2522:"
explicit GQ7ContinuousBIT_Filter_General(
const uint8 bits
) : ContinuousBIT_Filter_General(bits)
",2523:"
Bitmasks for general filter flags
",2530:"
bool clockFault() const
Gets the value of the Filter Clock Fault bit (bit 64)
",2531:"
bool hardwareFault() const
Gets the value of the Filter Hardware Fault bit (bit 65)
",2532:"
uint8 communicationError() const
Gets the value of the Filter Communication Error flags (bits 68-71)
",2533:"
bool communicationErrorImuSpi() const
Gets the value of the Filter Communication Error IMU SPI bit (bit 68)
",2534:"
bool communicationErrorGnssSpi() const
Gets the value of the Filter Communication Error GNSS SPI bit (bit 69)
",2535:"
bool communicationErrorCommsSpi() const
Gets the value of the Filter Communication Error COMMS SPI bit (bit 70)
",2536:"
bool communicationErrorCommsUart() const
Gets the value of the Filter Communication Error COMMS UART bit (bit 71)
",2537:"
Continuous Built-In Test flags for filter information
",2538:"
GQ7ContinuousBIT_Filter() = default
",2539:"
explicit GQ7ContinuousBIT_Filter(
uint32 bits
)
",2540:"
GQ7ContinuousBIT_Filter_General general() const
Gets information for general filter flags (bits 64-71)
",2541:"
Continuous Built-In Test flags for general GNSS information
",2542:"
GQ7ContinuousBIT_GNSS_General() = default
",2543:"
explicit GQ7ContinuousBIT_GNSS_General(
const uint8 bits
) : Bitfield(static_cast<uint64>(bits))
",2544:"
Bitmasks for general GNSS flags
",2552:"
uint8 flags() const
Gets the value of the general GNSS flags (bits 96-103)
",2553:"
bool clockFault() const
Gets the value of the GNSS Clock Fault bit (bit 96)
",2554:"
bool hardwareFault() const
Gets the value of the GNSS Hardware Fault bit (bit 97)
",2555:"
uint8 communicationError() const
Gets the value of the GNSS Communication Error flags (bits 98-100)
",2556:"
bool communicationErrorCommsSerial() const
Gets the value of the GNSS Communication Error COMMS Serial bit (bit 98)
",2557:"
bool communicationErrorCommsSpi() const
Gets the value of the GNSS Communication Error COMMS SPI bit (bit 99)
",2558:"
bool communicationErrorNavSpi() const
Gets the value of the GNSS Communication Error NAV SPI bit (bit 100)
",2559:"
bool gpsTimeFault() const
Gets the value of the GPS Time Fault bit (bit 101)
",2560:"
bool timingOverrun() const
Gets the value of the GNSS Timing Overrun bit (bit 102)
",2561:"
Continuous Built-In Test flags for GNSS receivers information
",2562:"
GQ7ContinuousBIT_GNSS_Receivers() = default
",2563:"
explicit GQ7ContinuousBIT_GNSS_Receivers(
const uint16 bits
) : Bitfield(static_cast<uint64>(bits))
",2564:"
Bitmasks for GNSS receivers flags
",2577:"
uint16 flags() const
Gets the value of the GNSS receivers flags (bits 104-119)
",2578:"
bool powerFaultReceiver1() const
Gets the value of the GNSS Receiver 1 Power Fault bit (bit 104)
",2579:"
bool faultReceiver1() const
Gets the value of the GNSS Receiver 1 Fault bit (bit 105)
",2580:"
bool shortedAntenna1() const
Gets the value of the GNSS Antenna 1 Shorted bit (bit 106)
",2581:"
bool openAntenna1() const
Gets the value of the GNSS Antenna 1 Open bit (bit 107)
",2582:"
bool solutionFaultReceiver1() const
Gets the value of the GNSS Receiver 1 Solution Fault bit (bit 108)
",2583:"
bool powerFaultReceiver2() const
Gets the value of the GNSS Receiver 2 Power Fault bit (bit 109)
",2584:"
bool faultReceiver2() const
Gets the value of the GNSS Receiver 2 Fault bit (bit 110)
",2585:"
bool shortedAntenna2() const
Gets the value of the GNSS Antenna 2 Shorted bit (bit 111)
",2586:"
bool openAntenna2() const
Gets the value of the GNSS Antenna 2 Open bit (bit 112)
",2587:"
bool solutionFaultReceiver2() const
Gets the value of the GNSS Receiver 2 Solution Fault bit (bit 113)
",2588:"
bool rtcmCommunicationFault() const
Gets the value of the RTCM Communication Fault bit (bit 114)
",2589:"
bool rtkDongleFault() const
Gets the value of the RTK Dongle Fault bit (bit 115)
",2590:"
Continuous Built-In Test flags for GNSS information
",2591:"
GQ7ContinuousBIT_GNSS() = default
",2592:"
explicit GQ7ContinuousBIT_GNSS(
uint32 bits
)
",2593:"
The offset of the 0 position of the value represented by this object in the overall BIT response Value: 96 bits
",2597:"
uint32 flags() const
Gets the value of the GNSS flags (bits 96-127)
",2598:"
GQ7ContinuousBIT_GNSS_General general() const
Gets information for general GNSS flags (bits 96-103)
",2599:"
GQ7ContinuousBIT_GNSS_Receivers receivers() const
Gets information for GNSS receivers flags (bits 104-119)
",2600:"
GQ7ContinuousBIT
Continuous Built-In Test flag data
",2601:"
GQ7ContinuousBIT() = delete
",2602:"
explicit GQ7ContinuousBIT(
Bytes bytes
)
",2603:"
GQ7ContinuousBIT_System system() const
Gets information for system flags (bits 0-31)
",2604:"
bool systemClockFailure() const override
Gets the value of the System Clock Failure bit (bit 0)
",2605:"
bool powerFault() const override
Gets the value of the Power Fault bit (bit 1)
",2606:"
bool firmwareFault() const override
Gets the value of the Firmware Fault bit (bit 4)
",2607:"
bool timingOverload() const override
Gets the value of the Timing Overload bit (bit 5)
",2608:"
bool bufferOverrun() const override
Gets the value of the Buffer Overrun bit (bit 6)
",2609:"
uint8 imuIpcFault() const
Gets the value of the IMU IPC fault flags (bits 16-19)
",2610:"
bool imuControlLineFault() const
Gets the value of the IMU Control Line Fault bit (bit 16)
",2611:"
bool imuCommandResponseFault() const
Gets the value of the IMU Command Response Fault bit (bit 17)
",2612:"
bool imuSpiTransferFault() const
Gets the value of the IMU SPI Transfer Fault bit (bit 18)
",2613:"
bool imuDataFrameFault() const
Gets the value of the IMU Data Frame Fault bit (bit 19)
",2614:"
uint8 filterIpcFault() const
Gets the value of the Filter IPC fault flags (bits 20-23)
",2615:"
bool filterControlLineFault() const
Gets the value of the Filter Control Line Fault bit (bit 20)
",2616:"
bool filterCommandResponseFault() const
Gets the value of the Filter Command Response Fault bit (bit 21)
",2617:"
bool filterSpiTransferFault() const
Gets the value of the Filter SPI Transfer Fault bit (bit 22)
",2618:"
bool filterDataFrameFault() const
Gets the value of the Filter Data Frame Fault bit (bit 23)
",2619:"
uint8 gnssIpcFault() const
Gets the value of the GNSS IPC fault flags (bits 24-27)
",2620:"
bool gnssControlLineFault() const
Gets the value of the GNSS Control Line Fault bit (bit 24)
",2621:"
bool gnssCommandResponseFault() const
Gets the value of the GNSS Command Response Fault bit (bit 25)
",2622:"
bool gnssSpiTransferFault() const
Gets the value of the GNSS SPI Transfer Fault bit (bit 26)
",2623:"
bool gnssDataFrameFault() const
Gets the value of the GNSS Data Frame Fault bit (bit 27)
",2624:"
GQ7ContinuousBIT_IMU imu() const
Gets information for IMU flags (bits 32-63)
",2625:"
bool imuClockFault() const override
Gets the value of the IMU Clock Fault bit (bit 32)
",2626:"
bool imuCommunicationFault() const override
Gets the value of the IMU Communication Fault bit (bit 33)
",2627:"
bool imuTimingOverrun() const override
Gets the value of the IMU Timing Overrun bit (bit 34)
",2628:"
bool imuCalibrationErrorAccel() const override
Gets the value of the IMU Calibration Error Accelerometer bit (bit 36)
",2629:"
bool imuCalibrationErrorGyro() const override
Gets the value of the IMU Calibration Error Gyroscope bit (bit 37)
",2630:"
bool imuCalibrationErrorMag() const override
Gets the value of the IMU Calibration Error Magnetometer bit (bit 38)
",2631:"
bool accelGeneralFault() const override
Gets the value of the Accelerometer General Fault bit (bit 40)
",2632:"
bool accelOverrange() const override
Gets the value of the Accelerometer Overrange bit (bit 41)
",2633:"
bool accelSelfTestFail() const override
Gets the value of the Accelerometer Self Test bit (bit 42)
",2634:"
bool gyroGeneralFault() const override
Gets the value of the Gyroscope General Fault bit (bit 44)
",2635:"
bool gyroOverrange() const override
Gets the value of the Gyroscope Overrange bit (bit 45)
",2636:"
bool gyroSelfTestFail() const override
Gets the value of the Gyroscope Self Test bit (bit 46)
",2637:"
bool magGeneralFault() const override
Gets the value of the Magnetometer General Fault bit (bit 48)
",2638:"
bool magOverrange() const override
Gets the value of the Magnetometer Overrange bit (bit 49)
",2639:"
bool magSelfTestFail() const override
Gets the value of the Magnetometer Self Test bit (bit 50)
",2640:"
bool pressureGeneralFault() const override
Gets the value of the Pressure General Fault bit (bit 52)
",2641:"
bool pressureOverrange() const override
Gets the value of the Pressure Overrange bit (bit 53)
",2642:"
bool pressureSelfTestFail() const override
Gets the value of the Pressure Self Test bit (bit 54)
",2643:"
GQ7ContinuousBIT_Filter filter() const
Gets information for filter flags (bits 64-95)
",2644:"
bool filterClockFault() const
Gets the value of the Filter Clock Fault bit (bit 64)
",2645:"
bool filterHardwareFault() const
Gets the value of the Filter Hardware Fault bit (bit 65)
",2646:"
bool filterTimingOverrun() const override
Gets the value of the Filter Timing Overrun bit (bit 66)
",2647:"
bool filterTimingUnderrun() const override
Gets the value of the Filter Timing Underrun bit (bit 67)
",2648:"
uint8 filterCommunicationError() const
Gets the value of the Filter Communication Error flags (bits 68-71)
",2649:"
bool filterCommunicationErrorImuSpi() const
Gets the value of the Filter Communication Error IMU SPI bit (bit 68)
",2650:"
bool filterCommunicationErrorGnssSpi() const
Gets the value of the Filter Communication Error GNSS SPI bit (bit 69)
",2651:"
bool filterCommunicationErrorCommsSpi() const
Gets the value of the Filter Communication Error COMMS SPI bit (bit 70)
",2652:"
bool filterCommunicationErrorCommsUart() const
Gets the value of the Filter Communication Error COMMS UART bit (bit 71)
",2653:"
GQ7ContinuousBIT_GNSS gnss() const
Gets information for GNSS flags (bits 96-127)
",2654:"
bool gnssClockFault() const
Gets the value of the GNSS Clock Fault bit (bit 96)
",2655:"
bool gnssHardwareFault() const
Gets the value of the GNSS Hardware Fault bit (bit 97)
",2656:"
uint8 gnssCommunicationError() const
Gets the value of the GNSS Communication Error flags (bits 98-100)
",2657:"
bool gnssCommunicationErrorCommsSerial() const
Gets the value of the GNSS Communication Error COMMS Serial bit (bit 98)
",2658:"
bool gnssCommunicationErrorCommsSpi() const
Gets the value of the GNSS Communication Error COMMS SPI bit (bit 99)
",2659:"
bool gnssCommunicationErrorNavSpi() const
Gets the value of the GNSS Communication Error NAV SPI bit (bit 100)
",2660:"
bool gpsTimeFault() const
Gets the value of the GPS Time Fault bit (bit 101)
",2661:"
bool gnssTimingOverrun() const
Gets the value of the GNSS Timing Overrun bit (bit 102)
",2662:"
bool gnssPowerFaultReceiver1() const
Gets the value of the GNSS Receiver 1 Power Fault bit (bit 104)
",2663:"
bool gnssFaultReceiver1() const
Gets the value of the GNSS Receiver 1 Fault bit (bit 105)
",2664:"
bool gnssShortedAntenna1() const
Gets the value of the GNSS Antenna 1 Shorted bit (bit 106)
",2665:"
bool gnssOpenAntenna1() const
Gets the value of the GNSS Antenna 1 Open bit (bit 107)
",2666:"
bool gnssSolutionFaultReceiver1() const
Gets the value of the GNSS Receiver 1 Solution Fault bit (bit 108)
",2667:"
bool gnssPowerFaultReceiver2() const
Gets the value of the GNSS Receiver 2 Power Fault bit (bit 109)
",2668:"
bool gnssFaultReceiver2() const
Gets the value of the GNSS Receiver 2 Fault bit (bit 110)
",2669:"
bool gnssShortedAntenna2() const
Gets the value of the GNSS Antenna 2 Shorted bit (bit 111)
",2670:"
bool gnssOpenAntenna2() const
Gets the value of the GNSS Antenna 2 Open bit (bit 112)
",2671:"
bool gnssSolutionFaultReceiver2() const
Gets the value of the GNSS Receiver 2 Solution Fault bit (bit 113)
",2672:"
bool rtcmCommunicationFault() const
Gets the value of the RTCM Communication Fault bit (bit 114)
",2673:"
bool rtkDongleFault() const
Gets the value of the RTK Dongle Fault bit (bit 115)
",2674:"
MipDataPoints as_MipDataPoints() const override
Gets the data formatted as MipDataPoint objects.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/MipBuiltInTest-h-ToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/MipBuiltInTest-h-ToolTips.js deleted file mode 100644 index f5a2703f2..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/MipBuiltInTest-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2121:"
MipDataPoint
Represents a single Inertial Data Point (Extends from DataPoint)
",2131:"
The base model numbers for each of the MIP devices.  Ex: 6284-4220 (3DM-GQ7) NodeModel is 6284
",2267:"
ContinuousBIT
Abstract class for device-specific Built-In Test result parser classes
",2301:"
Continuous Built-In Test flags for general system information
",2314:"
Continuous Built-In Test flags for system process information
",2322:"
Continuous Built-In Test flags for general IMU information
",2337:"
Continuous Built-In Test flags for IMU sensors information
",2367:"
Continuous Built-In Test flags for general filter information
",2378:"
Continuous Built-In Test flags for general system information
",2381:"
Continuous Built-In Test flags for system process information
",2401:"
Continuous Built-In Test flags for system information
",2406:"
Continuous Built-In Test flags for general IMU information
",2409:"
Continuous Built-In Test flags for IMU sensors information
",2412:"
Continuous Built-In Test flags for IMU information
",2418:"
Continuous Built-In Test flags for general filter information
",2424:"
Continuous Built-In Test flags for filter information
",2470:"
Continuous Built-In Test flags for general system information
",2473:"
Continuous Built-In Test flags for system process information
",2504:"
Continuous Built-In Test flags for system information
",2509:"
Continuous Built-In Test flags for general IMU information
",2512:"
Continuous Built-In Test flags for IMU sensors information
",2515:"
Continuous Built-In Test flags for IMU information
",2520:"
Continuous Built-In Test flags for general filter information
",2537:"
Continuous Built-In Test flags for filter information
",2541:"
Continuous Built-In Test flags for general GNSS information
",2561:"
Continuous Built-In Test flags for GNSS receivers information
",2590:"
Continuous Built-In Test flags for GNSS information
",4526:"
typedef for a vector of bytes.
",2428:"
CV7ContinuousBIT
Continuous Built-In Test flag data
",2600:"
GQ7ContinuousBIT
Continuous Built-In Test flag data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/MipBuiltInTest-h.html b/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/MipBuiltInTest-h.html deleted file mode 100644 index 00fb65dbd..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/MipBuiltInTest-h.html +++ /dev/null @@ -1,1941 +0,0 @@ - - -MipBuiltInTest.h - - - - - - - -
-
ContinuousBIT
- -

Abstract class for device-specific Built-In Test result parser classes

-
- -
-
ContinuousBIT
-
ContinuousBIT() = delete
-
- -
-
ContinuousBIT
-
explicit ContinuousBIT(
const ContinuousBIT&
) = delete
-

Copy constructor

-
- -
-
ContinuousBIT
-
explicit ContinuousBIT(
const ContinuousBIT&&
) = delete
-

Move constructor

-
- -
-
operator=
-
ContinuousBIT& operator=(
const ContinuousBIT&
) const = delete
-

Copy assignment operator

-
- -
-
operator=
-
ContinuousBIT& operator=(
const ContinuousBIT&&
) const = delete
-

Move assignment operator

-
- -
-
as_MipDataPoints
-
virtual MipDataPoints as_MipDataPoints() const = 0
-

Get the Built-In Test data formatted as MipDataPoint objects

Returns
MipDataPoints

Data in DataPoint format

-
- -
-
getMipDataPoints
-
static MipDataPoints getMipDataPoints(
MipModels::NodeModel model,
Bytes data
)
-

Static function to parse the Built-In Test result data into MipDataPoint objects based on the specified device model

Parameters
model
MipModels::NodeModel

MipModels::NodeModel of the device the data was output from

data
Bytes

Bytes Built-In Test result

Returns
MipDataPoints

Data in DataPoint format

-
- -
-
data
-
const Bytes& data() const
-

Gets the original Bytes source data (not parsed)

Returns
Bytes

Raw source data

-
- -
-
systemClockFailure
-
virtual bool systemClockFailure() const = 0
-

Gets the value of the System Clock Failure bit (bit 0)

Returns
bool

true: The system clock is not operating properly

-
- -
-
powerFault
-
virtual bool powerFault() const = 0
-

Gets the value of the Power Fault bit (bit 1)

Returns
bool

true: Power supply voltage is outside the recommended range, or an internal power fault exists

-
- -
-
firmwareFault
-
virtual bool firmwareFault() const = 0
-

Gets the value of the Firmware Fault bit (bit 4)

Returns
bool

true: System firmware has detected an unexpected or abnormal condition

-
- -
-
timingOverload
-
virtual bool timingOverload() const = 0
-

Gets the value of the Timing Overload bit (bit 5)

Returns
bool

true: The system is unable to keep up with the processing demand

-
- -
-
bufferOverrun
-
virtual bool bufferOverrun() const = 0
-

Gets the value of the Buffer Overrun bit (bit 6)

Returns
bool

true: A data buffer in the system has reached its capacity

-
- -
-
imuClockFault
-
virtual bool imuClockFault() const = 0
-

Gets the value of the IMU Clock Fault bit (bit 32)

Returns
bool

true: IMU is not running off the system clock

-
- -
-
imuCommunicationFault
-
virtual bool imuCommunicationFault() const = 0
-

Gets the value of the IMU Communication Fault bit (bit 33)

Returns
bool

true: No communication with IMU

-
- -
-
imuTimingOverrun
-
virtual bool imuTimingOverrun() const = 0
-

Gets the value of the IMU Timing Overrun bit (bit 34)

Returns
bool

true: IMU processes are taking longer than their allotted time

-
- -
-
imuCalibrationErrorAccel
-
virtual bool imuCalibrationErrorAccel() const = 0
-

Gets the value of the IMU Calibration Error Accelerometer bit (bit 36)

Returns
bool

true: A problem is detected with the accelerometer calibration

-
- -
-
imuCalibrationErrorGyro
-
virtual bool imuCalibrationErrorGyro() const = 0
-

Gets the value of the IMU Calibration Error Gyroscope bit (bit 37)

Returns
bool

true: A problem is detected with the gyroscope calibration

-
- -
-
imuCalibrationErrorMag
-
virtual bool imuCalibrationErrorMag() const = 0
-

Gets the value of the IMU Calibration Error Magnetometer bit (bit 38)

Returns
bool

true: A problem is detected with the magnetometer calibration

-
- -
-
accelGeneralFault
-
virtual bool accelGeneralFault() const = 0
-

Gets the value of the Accelerometer General Fault bit (bit 40)

Returns
bool

true: Accelerometer will not initialize

-
- -
-
accelOverrange
-
virtual bool accelOverrange() const = 0
-

Gets the value of the Accelerometer Overrange bit (bit 41)

Returns
bool

true: One or more axes subjected to accelerations near or outside the selected range

-
- -
-
accelSelfTest
-
virtual bool accelSelfTestFail() const = 0
-

Gets the value of the Accelerometer Self Test bit (bit 42)

Returns
bool

true: The internal self-test of the accelerometer failed

-
- -
-
gyroGeneralFault
-
virtual bool gyroGeneralFault() const = 0
-

Gets the value of the Gyroscope General Fault bit (bit 44)

Returns
bool

true: Gyroscope will not initialize

-
- -
-
gyroOverrange
-
virtual bool gyroOverrange() const = 0
-

Gets the value of the Gyroscope Overrange bit (bit 45)

Returns
bool

true: One or more axes subjected to rotational rates near or outside the selected range

-
- -
-
gyroSelfTest
-
virtual bool gyroSelfTestFail() const = 0
-

Gets the value of the Gyroscope Self Test bit (bit 46)

Returns
bool

true: The internal self-test of the gyroscope failed

-
- -
-
magGeneralFault
-
virtual bool magGeneralFault() const = 0
-

Gets the value of the Magnetometer General Fault bit (bit 48)

Returns
bool

true: Magnetometer will not initialize

-
- -
-
magOverrange
-
virtual bool magOverrange() const = 0
-

Gets the value of the Magnetometer Overrange bit (bit 49)

Returns
bool

true: One or more axes subjected to magnetic fields strengths near or outside the supported range

-
- -
-
magSelfTest
-
virtual bool magSelfTestFail() const = 0
-

Gets the value of the Magnetometer Self Test bit (bit 50)

Returns
bool

true: The internal self-test of the magnetometer failed

-
- -
-
pressureGeneralFault
-
virtual bool pressureGeneralFault() const = 0
-

Gets the value of the Pressure General Fault bit (bit 52)

Returns
bool

true: Pressure sensor won't initialize

-
- -
-
pressureOverrange
-
virtual bool pressureOverrange() const = 0
-

Gets the value of the Pressure Overrange bit (bit 53)

Returns
bool

true: Pressure sensor subjected to pressures above or below the supported range

-
- -
-
pressureSelfTest
-
virtual bool pressureSelfTestFail() const = 0
-

Gets the value of the Pressure Self Test bit (bit 54)

Returns
bool

true: The internal self-test of the pressure sensor failed

-
- -
-
filterTimingOverrun
-
virtual bool filterTimingOverrun() const = 0
-

Gets the value of the Filter Timing Overrun bit (bit 66)

Returns
bool

true: Filter processes are taking longer than their allotted time

-
- -
-
filterTimingUnderrun
-
virtual bool filterTimingUnderrun() const = 0
-

Gets the value of the Filter Timing Underrun bit (bit 67)

Returns
bool

true: Filter processes are being skipped

-
- -
-
ContinuousBIT_System_General
-

Continuous Built-In Test flags for general system information

Bits 0-7 of the original 128 bit Continuous Built-In Test flags

-
- -
-
Bitmasks
-

Bitmasks for general system flags

SYSTEM_CLOCK_FAILURE

0x01 - The system clock is not operating properly

POWER_FAULT

0x02 - Power supply voltage is outside the recommended range, or an internal power fault exists

FIRMWARE_FAULT

0x10 - System firmware has detected an unexpected or abnormal condition

TIMING_OVERLOAD

0x20 - The system is unable to keep up with the processing demand

BUFFER_OVERRUN

0x40 - A data buffer in the system has reached its capacity

-
- -
-
flags
-
uint8 flags() const
-

Gets the value of the general system flags (bits 0-7)

Returns
uint8

Value of the general system flags

-
- -
-
systemClockFailure
-
bool systemClockFailure() const
-

Gets the value of the System Clock Failure bit (bit 0)

Returns
bool

true: The system clock is not operating properly

-
- -
-
powerFault
-
bool powerFault() const
-

Gets the value of the Power Fault bit (bit 1)

Returns
bool

true: Power supply voltage is outside the recommended range, or an internal power fault exists

-
- -
-
firmwareFault
-
bool firmwareFault() const
-

Gets the value of the Firmware Fault bit (bit 4)

Returns
bool

true: System firmware has detected an unexpected or abnormal condition

-
- -
-
timingOverload
-
bool timingOverload() const
-

Gets the value of the Timing Overload bit (bit 5)

Returns
bool

true: The system is unable to keep up with the processing demand

-
- -
-
bufferOverrun
-
bool bufferOverrun() const
-

Gets the value of the Buffer Overrun bit (bit 6)

Returns
bool

true: A data buffer in the system has reached its capacity

-
- -
-
ContinuousBIT_System_Process
-

Continuous Built-In Test flags for system process information

Bits 16-31 of the original 128 bit Continuous Built-In Test flags

-
- -
-
flags
-
uint16 flags() const
-

Gets the value of the process system flags (bits 16-31)

Returns
uint16

Value of the process system flags

-
- -
-
ContinuousBIT_System
-

Continuous Built-In Test flags for system information

Bits 0-31 of the original 128 bit Continuous Built-In Test flags

-
- -
-
RESPONSE_OFFSET
-

The offset of the 0 position of the value represented by this object in the overall BIT response Value: 0 bits

-
- -
-
Bitmasks
-
GENERAL_FLAGS

0xFF000000 - Bitmask for general system flags (bits 0-7)

PROCESS_FLAGS

0x0000FFFF - Bitmask for system process flags (bits 16-31)

-
- -
-
flags
-
uint32 flags() const
-

Gets the value of the system flags (bits 0-31)

Returns
uint32

Value of the system flags

-
- -
-
ContinuousBIT_IMU_General
-

Continuous Built-In Test flags for general IMU information

Bits 32-39 of the original 128 bit Continuous Built-In Test flags

-
- -
-
Bitmasks
-

Bitmasks for general IMU flags

Note

These masks are shifted 32 bits to the right from the original 128 bitmask to have a 0 index at bit 32

CLOCK_FAULT

0x01 - IMU is not running off the system clock

COMMUNICATION_FAULT

0x02 - No communication with IMU

TIMING_OVERRUN

0x04 - IMU processes are taking longer than their allotted time

CALIBRATION_ERROR_ACCEL

0x10 - A problem is detected with the accelerometer calibration

CALIBRATION_ERROR_GYRO

0x20 - A problem is detected with the gyroscope calibration

CALIBRATION_ERROR_MAG

0x40 - A problem is detected with the magnetometer calibration

-
- -
-
flags
-
uint8 flags() const
-

Gets the value of the general IMU flags (bits 32-39)

Returns
uint8

Value of the general IMU flags

-
- -
-
clockFault
-
bool clockFault() const
-

Gets the value of the Clock Fault bit (bit 32)

Returns
bool

true: IMU is not running off the system clock

-
- -
-
communicationFault
-
bool communicationFault() const
-

Gets the value of the Communication Fault bit (bit 33)

Returns
bool

true: No communication with IMU

-
- -
-
timingOverrun
-
bool timingOverrun() const
-

Gets the value of the Timing Overrun bit (bit 34)

Returns
bool

true: IMU processes are taking longer than their allotted time

-
- -
-
calibrationErrorAccel
-
bool calibrationErrorAccel() const
-

Gets the value of the Calibration Error Accelerometer bit (bit 36)

Returns
bool

true: A problem is detected with the accelerometer calibration

-
- -
-
calibrationErrorGyro
-
bool calibrationErrorGyro() const
-

Gets the value of the Calibration Error Gyroscope bit (bit 37)

Returns
bool

true: A problem is detected with the gyroscope calibration

-
- -
-
calibrationErrorMag
-
bool calibrationErrorMag() const
-

Gets the value of the Calibration Error Magnetometer bit (bit 38)

Returns
bool

true: A problem is detected with the magnetometer calibration

-
- -
-
ContinuousBIT_IMU_Sensors
-

Continuous Built-In Test flags for IMU sensors information

Bits 40-55 of the original 128 bit Continuous Built-In Test flags

-
- -
-
Bitmasks
-

Bitmasks for IMU sensors flags

Note

These masks are shifted 40 bits to the right from the original 128 bitmask to have a 0 index at bit 40

ACCEL_GENERAL_FAULT

0x0100 - Accelerometer will not initialize

ACCEL_OVERRANGE

0x0200 - One or more axes subjected to accelerations near or outside the selected range

ACCEL_SELF_TEST_FAIL

0x0400 - The internal self-test of the accelerometer failed

GYRO_GENERAL_FAULT

0x1000 - Gyroscope will not initialize

GYRO_OVERRANGE

0x2000 - One or more axes subjected to rotational rates near or outside the selected range

GYRO_SELF_TEST_FAIL

0x4000 - The internal self-test of the gyroscope failed

MAG_GENERAL_FAULT

0x0001 - Magnetometer will not initialize

MAG_OVERRANGE

0x0002 - One or more axes subjected to magnetic fields strengths near or outside the supported range

MAG_SELF_TEST_FAIL

0x0004 - The internal self-test of the magnetometer failed

PRESSURE_GENERAL_FAULT

0x0010 - Pressure sensor won't initialize

PRESSURE_OVERRANGE

0x0020 - Pressure sensor subjected to pressures above or below the supported range

PRESSURE_SELF_TEST_FAIL

0x0040 - The internal self-test of the pressure sensor failed

-
- -
-
flags
-
uint16 flags() const
-

Gets the value of the the IMU sensors flags (bits 40-55)

Returns
uint16

Value of the IMU sensors flags

-
- -
-
accelGeneralFault
-
bool accelGeneralFault() const
-

Gets the value of the Accelerometer General Fault bit (bit 40)

Returns
bool

true: Accelerometer will not initialize

-
- -
-
accelOverrange
-
bool accelOverrange() const
-

Gets the value of the Accelerometer Overrange bit (bit 41)

Returns
bool

true: One or more axes subjected to accelerations near or outside the selected range

-
- -
-
accelSelfTest
-
bool accelSelfTestFail() const
-

Gets the value of the Accelerometer Self Test bit (bit 42)

Returns
bool

true: The internal self-test of the accelerometer failed

-
- -
-
gyroGeneralFault
-
bool gyroGeneralFault() const
-

Gets the value of the Gyroscope General Fault bit (bit 44)

Returns
bool

true: Gyroscope will not initialize

-
- -
-
gyroOverrange
-
bool gyroOverrange() const
-

Gets the value of the Gyroscope Overrange bit (bit 45)

Returns
bool

true: One or more axes subjected to rotational rates near or outside the selected range

-
- -
-
gyroSelfTest
-
bool gyroSelfTestFail() const
-

Gets the value of the Gyroscope Self Test bit (bit 46)

Returns
bool

true: The internal self-test of the gyroscope failed

-
- -
-
magGeneralFault
-
bool magGeneralFault() const
-

Gets the value of the Magnetometer General Fault bit (bit 48)

Returns
bool

true: Magnetometer will not initialize

-
- -
-
magOverrange
-
bool magOverrange() const
-

Gets the value of the Magnetometer Overrange bit (bit 49)

Returns
bool

true: One or more axes subjected to magnetic fields strengths near or outside the supported range

-
- -
-
magSelfTest
-
bool magSelfTestFail() const
-

Gets the value of the Magnetometer Self Test bit (bit 50)

Returns
bool

true: The internal self-test of the magnetometer failed

-
- -
-
pressureGeneralFault
-
bool pressureGeneralFault() const
-

Gets the value of the Pressure General Fault bit (bit 52)

Returns
bool

true: Pressure sensor won't initialize

-
- -
-
pressureOverrange
-
bool pressureOverrange() const
-

Gets the value of the Pressure Overrange bit (bit 53)

Returns
bool

true: Pressure sensor subjected to pressures above or below the supported range

-
- -
-
pressureSelfTest
-
bool pressureSelfTestFail() const
-

Gets the value of the Pressure Self Test bit (bit 54)

Returns
bool

true: The internal self-test of the pressure sensor failed

-
- -
-
ContinuousBIT_IMU
-

Continuous Built-In Test flags for IMU information

Bits 32-63 of the original 128 bit Continuous Built-In Test flags

-
- -
-
RESPONSE_OFFSET
-

The offset of the 0 position of the value represented by this object in the overall BIT response Value: 32 bits

-
- -
-
flags
-
uint32 flags() const
-

Gets the value of the IMU flags (bits 32-63)

Returns
uint32

Value of the IMU flags

-
- -
-
ContinuousBIT_Filter_General
-

Continuous Built-In Test flags for general filter information

Bits 64-71 of the original 128 bit Continuous Built-In Test flags

-
- -
-
Bitmasks
-

Bitmasks for general filter flags

Note

These masks are shifted 64 bits to the right from the original 128 bitmask to have a 0 index at bit 64

TIMING_OVERRUN

0x04 - Filter processes are taking longer than their allotted time

TIMING_UNDERRUN

0x08 - Filter processes are being skipped

-
- -
-
flags
-
uint8 flags() const
-

Gets the value of the general filter flags (bits 64-71)

Returns
uint8

Value of the general filter flags

-
- -
-
timingOverrun
-
bool timingOverrun() const
-

Gets the value of the Filter Timing Overrun bit (bit 66)

Returns
bool

true: Filter processes are taking longer than their allotted time

-
- -
-
timingUnderrun
-
bool timingUnderrun() const
-

Gets the value of the Filter Timing Underrun bit (bit 67)

Returns
bool

true: Filter processes are being skipped

-
- -
-
ContinuousBIT_Filter
-

Continuous Built-In Test flags for filter information

Bits 64-95 of the original 128 bit Continuous Built-In Test flags

-
- -
-
RESPONSE_OFFSET
-

The offset of the 0 position of the value represented by this object in the overall BIT response Value: 64 bits

-
- -
-
GENERAL_FLAGS
-

Bitmask for general filter flags (bits 64-71)

GENERAL_FLAGS

0xFF000000 - Bitmask for general filter flags (bits 64-71)

Note

This mask is shifted 64 bits to the right from the original 128 bitmask to have a 0 index at bit 64

-
- -
-
flags
-
uint32 flags() const
-

Gets the value of the filter flags (bits 64-95)

Returns
uint32

Value of the filter flags

-
- -
-
CV7ContinuousBIT_System_General
-

Continuous Built-In Test flags for general system information

Bits 0-7 of the original 128 bit Continuous Built-In Test flags

-
- -
-
CV7ContinuousBIT_System_General
-
CV7ContinuousBIT_System_General() = default
-
- -
-
CV7ContinuousBIT_System_General
-
explicit CV7ContinuousBIT_System_General(
const uint8 bits
) : ContinuousBIT_System_General(bits)
-
Parameters
bits
const uint8

Bits 0-7 of the original 128 bit Continuous Built-In Test flags

-
- -
-
CV7ContinuousBIT_System_Process
-

Continuous Built-In Test flags for system process information

Bits 16-31 of the original 128 bit Continuous Built-In Test flags

-
- -
-
CV7ContinuousBIT_System_Process
-
CV7ContinuousBIT_System_Process() : ContinuousBIT_System_Process()
-
- -
-
CV7ContinuousBIT_System_Process
-
explicit CV7ContinuousBIT_System_Process(
const uint16 bits
) : ContinuousBIT_System_Process(bits)
-
Parameters
bits
const uint16

Bits 16-31 of the original 128 bit Continuous Built-In Test flags

-
- -
-
Bitmasks
-

Bitmasks for system process information flags

Note

These masks are shifted 16 bits to the right from the original 128 bitmask to have a 0 index at bit 16

IMU_PROCESS_FAULT

0x8000 - The IMU subsystem is unresponsive or not operating normally

IMU_RATE_MISMATCH

0x4000 - Faster/slower than expected base rate

IMU_DROPPED_DATA

0x2000 - At least 1 dropped frame / overrun

IMU_STUCK

0x1000 - No IMU data received in 1 second

FILTER_PROCESS_FAULT

0x0800 - The Filter subsystem is unresponsive or not operating normally

FILTER_DROPPED_DATA

0x0400 - Filter samples not equal to IMU samples

FILTER_RATE_MISMATCH

0x0200 - Filter major cycle rate mismatch

FILTER_STUCK

0x0100 - No filter data received in 1 second

-
- -
-
imuProcessFault
-
bool imuProcessFault() const
-

Gets the value of the IMU Process Fault bit (bit 16)

Returns
bool

true: The IMU subsystem is unresponsive or not operating normally

-
- -
-
imuDataRateMismatch
-

Gets the value of the IMU Data Rate Mismatch bit (bit 17)

Returns
bool

true: Faster/slower than expected base rate

-
- -
-
imuDroppedData
-
bool imuDroppedData() const
-

Gets the value of the IMU Overrun Dropped Data bit (bit 18)

Returns
bool

true: At least 1 dropped frame / overrun

-
- -
-
imuStuck
-
bool imuStuck() const
-

Gets the value of the IMU Stuck bit (bit 19)

Returns
bool

true: No IMU data received in 1 second

-
- -
-
filterProcessFault
-
bool filterProcessFault() const
-

Gets the value of the Filter Process Fault bit (bit 20)

Returns
bool

true: The Filter subsystem is unresponsive or not operating normally

-
- -
-
filterDroppedData
-
bool filterDroppedData() const
-

Gets the value of the Filter Dropped Data bit (bit 21)

Returns
bool

true: Filter samples not equal to IMU samples

-
- -
-
filterRateMismatch
-
bool filterRateMismatch() const
-

Gets the value of the Filter Rate Mismatch bit (bit 22)

Returns
bool

true: Filter major cycle rate mismatch

-
- -
-
filterStuck
-
bool filterStuck() const
-

Gets the value of the Filter Stuck bit (bit 23)

Returns
bool

true: No filter data received in 1 second

-
- -
-
CV7ContinuousBIT_System
-

Continuous Built-In Test flags for system information

Bits 0-31 of the original 128 bit Continuous Built-In Test flags

-
- -
-
CV7ContinuousBIT_System
-
CV7ContinuousBIT_System() = default
-
- -
-
CV7ContinuousBIT_System
-
explicit CV7ContinuousBIT_System(
uint32 bits
)
-
Parameters
bits
uint32

Value of bits 0-31 of the original 128 bit Continuous Built-In Test flags

-
- -
-
general
- -

Gets information for general system flags (bits 0-7)

Returns
CV7ContinuousBIT_System_General

Information for general system flags

-
- -
-
process
- -

Gets information for system process flags (bits 16-31)

Returns
CV7ContinuousBIT_System_Process

Information for system process flags

-
- -
-
CV7ContinuousBIT_IMU_General
-

Continuous Built-In Test flags for general IMU information

Bits 32-39 of the original 128 bit Continuous Built-In Test flags

-
- -
-
CV7ContinuousBIT_IMU_General
-
CV7ContinuousBIT_IMU_General() = default
-
- -
-
CV7ContinuousBIT_IMU_General
-
explicit CV7ContinuousBIT_IMU_General(
const uint8 bits
) : ContinuousBIT_IMU_General(bits)
-
Parameters
bits
const uint8

Bits 32-39 of the original 128 bit Continuous Built-In Test flags

-
- -
-
CV7ContinuousBIT_IMU_Sensors
-

Continuous Built-In Test flags for IMU sensors information

Bits 40-55 of the original 128 bit Continuous Built-In Test flags

-
- -
-
CV7ContinuousBIT_IMU_Sensors
-
CV7ContinuousBIT_IMU_Sensors() = default
-
- -
-
CV7ContinuousBIT_IMU_Sensors
-
explicit CV7ContinuousBIT_IMU_Sensors(
const uint16 bits
) : ContinuousBIT_IMU_Sensors(bits)
-
Parameters
bits
const uint16

Bits 40-55 of the original 128 bit Continuous Built-In Test flags

-
- -
-
CV7ContinuousBIT_IMU
-

Continuous Built-In Test flags for IMU information

Bits 32-63 of the original 128 bit Continuous Built-In Test flags

-
- -
-
CV7ContinuousBIT_IMU
-
CV7ContinuousBIT_IMU() = default
-
- -
-
CV7ContinuousBIT_IMU
-
explicit CV7ContinuousBIT_IMU(
uint32 bits
)
-
Parameters
bits
uint32

Value of bits 32-63 of the original 128 bit Continuous Built-In Test flags

-
- -
-
general
- -

Gets information for general IMU flags (bits 32-39)

Returns
CV7ContinuousBIT_IMU_General

Information for general IMU flags

-
- -
-
sensors
- -

Gets information for IMU sensors flags (bits 40-55)

Returns
CV7ContinuousBIT_IMU_Sensors

Information for IMU sensors flags

-
- -
-
factoryBitsInvalid
-
bool factoryBitsInvalid() const
-

Gets the value of the Factory Bits Invalid bit (bit 56)

Returns
bool

true: Factory settings invalid. Device unusable

-
- -
-
CV7ContinuousBIT_Filter_General
-

Continuous Built-In Test flags for general filter information

Bits 64-71 of the original 128 bit Continuous Built-In Test flags

-
- -
-
CV7ContinuousBIT_Filter_General
-
CV7ContinuousBIT_Filter_General() = default
-
- -
-
CV7ContinuousBIT_Filter_General
-
explicit CV7ContinuousBIT_Filter_General(
const uint8 bits
) : ContinuousBIT_Filter_General(bits)
-
Parameters
bits
const uint8

Bits 64-71 of the original 128 bit Continuous Built-In Test flags

-
- -
-
Bitmasks
-

Bitmasks for general filter flags

Note

These masks are shifted 64 bits to the right from the original 128 bitmask to have a 0 index at bit 64

FAULT

0x01 - Filter processes will not initialize

-
- -
-
fault
-
bool fault() const
-

Gets the value of the Filter Fault bit (bit 64)

Returns
bool

true: Filter processes will not initialize

-
- -
-
CV7ContinuousBIT_Filter
-

Continuous Built-In Test flags for filter information

Bits 64-95 of the original 128 bit Continuous Built-In Test flags

-
- -
-
CV7ContinuousBIT_Filter
-
CV7ContinuousBIT_Filter() = default
-
- -
-
CV7ContinuousBIT_Filter
-
explicit CV7ContinuousBIT_Filter(
uint32 bits
)
-
Parameters
bits
uint32

Value of bits 64-95 of the original 128 bit Continuous Built-In Test flags

-
- -
-
general
- -

Gets information for general filter flags (bits 64-71)

Returns
CV7ContinuousBIT_Filter_General

Information for general filter flags

-
- -
-
CV7ContinuousBIT
-
public
ContinuousBIT
CV7ContinuousBIT
-

Continuous Built-In Test flag data

See the CV7 Built-in Test documentation for more information

-
- -
-
CV7ContinuousBIT
-
CV7ContinuousBIT() = delete
-
- -
-
CV7ContinuousBIT
-
explicit CV7ContinuousBIT(
Bytes bytes
)
-
Parameters
bytes
Bytes

Flag values from Continuous Built-In Test

-
- -
-
system
- -

Gets information for system flags (bits 0-31)

Returns
CV7ContinuousBIT_System

Information for system flags

-
- -
-
systemClockFailure
-
bool systemClockFailure() const override
-

Gets the value of the System Clock Failure bit (bit 0)

Returns
bool

true: The system clock is not operating properly

-
- -
-
powerFault
-
bool powerFault() const override
-

Gets the value of the Power Fault bit (bit 1)

Returns
bool

true: Power supply voltage is outside the recommended range, or an internal power fault exists

-
- -
-
firmwareFault
-
bool firmwareFault() const override
-

Gets the value of the Firmware Fault bit (bit 4)

Returns
bool

true: System firmware has detected an unexpected or abnormal condition

-
- -
-
timingOverload
-
bool timingOverload() const override
-

Gets the value of the Timing Overload bit (bit 5)

Returns
bool

true: The system is unable to keep up with the processing demand

-
- -
-
bufferOverrun
-
bool bufferOverrun() const override
-

Gets the value of the Buffer Overrun bit (bit 6)

Returns
bool

true: A data buffer in the system has reached its capacity

-
- -
-
imuProcessFault
-
bool imuProcessFault() const
-

Gets the value of the IMU Process Fault bit (bit 16)

Returns
bool

true: The IMU subsystem is unresponsive or not operating normally

-
- -
-
imuDataRateMismatch
-

Gets the value of the IMU Data Rate Mismatch bit (bit 17)

Returns
bool

true: Faster/slower than expected base rate

-
- -
-
imuDroppedData
-
bool imuDroppedData() const
-

Gets the value of the IMU Overrun Dropped Data bit (bit 18)

Returns
bool

true: At least 1 dropped frame / overrun

-
- -
-
imuStuck
-
bool imuStuck() const
-

Gets the value of the IMU Stuck bit (bit 19)

Returns
bool

true: No IMU data received in 1 second

-
- -
-
filterProcessFault
-
bool filterProcessFault() const
-

Gets the value of the Filter Process Fault bit (bit 20)

Returns
bool

true: The Filter subsystem is unresponsive or not operating normally

-
- -
-
filterDroppedData
-
bool filterDroppedData() const
-

Gets the value of the Filter Dropped Data bit (bit 21)

Returns
bool

true: Filter samples not equal to IMU samples

-
- -
-
filterRateMismatch
-
bool filterRateMismatch() const
-

Gets the value of the Filter Rate Mismatch bit (bit 22)

Returns
bool

true: Filter major cycle rate mismatch

-
- -
-
filterStuck
-
bool filterStuck() const
-

Gets the value of the Filter Stuck bit (bit 23)

Returns
bool

true: No filter data received in 1 second

-
- -
-
imu
- -

Gets information for IMU flags (bits 32-63)

Returns
CV7ContinuousBIT_IMU

Information for IMU flags

-
- -
-
imuClockFault
-
bool imuClockFault() const override
-

Gets the value of the IMU Clock Fault bit (bit 32)

Returns
bool

true: IMU is not running off the system clock

-
- -
-
imuCommunicationFault
-
bool imuCommunicationFault() const override
-

Gets the value of the IMU Communication Fault bit (bit 33)

Returns
bool

true: No communication with IMU

-
- -
-
imuTimingOverrun
-
bool imuTimingOverrun() const override
-

Gets the value of the IMU Timing Overrun bit (bit 34)

Returns
bool

true: IMU processes are taking longer than their allotted time

-
- -
-
imuCalibrationErrorAccel
-
bool imuCalibrationErrorAccel() const override
-

Gets the value of the IMU Calibration Error Accelerometer bit (bit 36)

Returns
bool

true: A problem is detected with the accelerometer calibration

-
- -
-
imuCalibrationErrorGyro
-
bool imuCalibrationErrorGyro() const override
-

Gets the value of the IMU Calibration Error Gyroscope bit (bit 37)

Returns
bool

true: A problem is detected with the gyroscope calibration

-
- -
-
imuCalibrationErrorMag
-
bool imuCalibrationErrorMag() const override
-

Gets the value of the IMU Calibration Error Magnetometer bit (bit 38)

Returns
bool

true: A problem is detected with the magnetometer calibration

-
- -
-
accelGeneralFault
-
bool accelGeneralFault() const override
-

Gets the value of the Accelerometer General Fault bit (bit 40)

Returns
bool

true: Accelerometer will not initialize

-
- -
-
accelOverrange
-
bool accelOverrange() const override
-

Gets the value of the Accelerometer Overrange bit (bit 41)

Returns
bool

true: One or more axes subjected to accelerations near or outside the selected range

-
- -
-
accelSelfTest
-
bool accelSelfTestFail() const override
-

Gets the value of the Accelerometer Self Test bit (bit 42)

Returns
bool

true: The internal self-test of the accelerometer failed

-
- -
-
gyroGeneralFault
-
bool gyroGeneralFault() const override
-

Gets the value of the Gyroscope General Fault bit (bit 44)

Returns
bool

true: Gyroscope will not initialize

-
- -
-
gyroOverrange
-
bool gyroOverrange() const override
-

Gets the value of the Gyroscope Overrange bit (bit 45)

Returns
bool

true: One or more axes subjected to rotational rates near or outside the selected range

-
- -
-
gyroSelfTest
-
bool gyroSelfTestFail() const override
-

Gets the value of the Gyroscope Self Test bit (bit 46)

Returns
bool

true: The internal self-test of the gyroscope failed

-
- -
-
magGeneralFault
-
bool magGeneralFault() const override
-

Gets the value of the Magnetometer General Fault bit (bit 48)

Returns
bool

true: Magnetometer will not initialize

-
- -
-
magOverrange
-
bool magOverrange() const override
-

Gets the value of the Magnetometer Overrange bit (bit 49)

Returns
bool

true: One or more axes subjected to magnetic fields strengths near or outside the supported range

-
- -
-
magSelfTest
-
bool magSelfTestFail() const override
-

Gets the value of the Magnetometer Self Test bit (bit 50)

Returns
bool

true: The internal self-test of the magnetometer failed

-
- -
-
pressureGeneralFault
-
bool pressureGeneralFault() const override
-

Gets the value of the Pressure General Fault bit (bit 52)

Returns
bool

true: Pressure sensor won't initialize

-
- -
-
pressureOverrange
-
bool pressureOverrange() const override
-

Gets the value of the Pressure Overrange bit (bit 53)

Returns
bool

true: Pressure sensor subjected to pressures above or below the supported range

-
- -
-
pressureSelfTest
-
bool pressureSelfTestFail() const override
-

Gets the value of the Pressure Self Test bit (bit 54)

Returns
bool

true: The internal self-test of the pressure sensor failed

-
- -
-
factoryBitsInvalid
-
bool factoryBitsInvalid() const
-

Gets the value of the Factory Bits Invalid bit (bit 56)

Returns
bool

true: Factory settings invalid. Device unusable

-
- -
-
filter
- -

Gets information for filter flags (bits 64-95)

Returns
CV7ContinuousBIT_Filter

Information for filter flags

-
- -
-
filterFault
-
bool filterFault() const
-

Gets the value of the Filter Fault bit (bit 64)

Returns
bool

true: Filter processes will not initialize

-
- -
-
filterTimingOverrun
-
bool filterTimingOverrun() const override
-

Gets the value of the Filter Timing Overrun bit (bit 66)

Returns
bool

true: Filter processes are taking longer than their allotted time

-
- -
-
filterTimingUnderrun
-
bool filterTimingUnderrun() const override
-

Gets the value of the Filter Timing Underrun bit (bit 67)

Returns
bool

true: Filter processes are being skipped

-
- -
-
as_MipDataPoints
-
MipDataPoints as_MipDataPoints() const override
-

Gets the data formatted as MipDataPoint objects.

Returns
MipDataPoints

data in DataPoint format

-
- -
-
GQ7ContinuousBIT_System_General
-

Continuous Built-In Test flags for general system information

Bits 0-7 of the original 128 bit Continuous Built-In Test flags

-
- -
-
GQ7ContinuousBIT_System_General
-
GQ7ContinuousBIT_System_General() = default
-
- -
-
GQ7ContinuousBIT_System_General
-
explicit GQ7ContinuousBIT_System_General(
const uint8 bits
) : ContinuousBIT_System_General(bits)
-
Parameters
bits
const uint8

Bits 0-7 of the original 128 bit Continuous Built-In Test flags

-
- -
-
GQ7ContinuousBIT_System_Process
-

Continuous Built-In Test flags for system process information

Bits 16-31 of the original 128 bit Continuous Built-In Test flags

-
- -
-
GQ7ContinuousBIT_System_Process
-
GQ7ContinuousBIT_System_Process() : ContinuousBIT_System_Process()
-
- -
-
GQ7ContinuousBIT_System_Process
-
explicit GQ7ContinuousBIT_System_Process(
const uint16 bits
) : ContinuousBIT_System_Process(bits)
-
Parameters
bits
const uint16

Bits 16-31 of the original 128 bit Continuous Built-In Test flags

-
- -
-
Bitmasks
-

Bitmasks for system process information flags

Note

These masks are shifted 16 bits to the right from the original 128 bitmask to have a 0 index at bit 16

IMU_CONTROL_LINE_FAULT

0x0100 - The IMU control line is not behaving as expected

IMU_COMMAND_RESPONSE_FAULT

0x0200 - The IMU is not responsive to commands

IMU_SPI_TRANSFER_FAULT

0x0400 - Misaligned/failed IMU SPI transfers

IMU_DATA_FRAME_FAULT

0x0800 - Missing IMU data frame(s)

FILTER_CONTROL_LINE_FAULT

0x1000 - The filter control line is not behaving as expected

FILTER_COMMAND_RESPONSE_FAULT

0x2000 - The filter is not responsive to commands

FILTER_SPI_TRANSFER_FAULT

0x4000 - Misaligned/failed filter SPI transfers

FILTER_DATA_FRAME_FAULT

0x8000 - Missing filter data frame(s)

GNSS_CONTROL_LINE_FAULT

0x0001 - The GNSS control line is not behaving as expected

GNSS_COMMAND_RESPONSE_FAULT

0x0002 - The GNSS is not responsive to commands

GNSS_SPI_TRANSFER_FAULT

0x0004 - Misaligned/failed GNSS SPI transfers

GNSS_DATA_FRAME_FAULT

0x0008 - Missing GNSS data frame(s)

-
- -
-
imuIpcFault
-
uint8 imuIpcFault() const
-

Gets the value of the IMU IPC fault flags (bits 16-19)

Note

Bits 0-3 of this value correspond to bits 16-19

Returns
uint8

Value of the IMU IPC fault flags

-
- -
-
imuControlLineFault
-
bool imuControlLineFault() const
-

Gets the value of the IMU Control Line Fault bit (bit 16)

Returns
bool

true: The IMU control line is not behaving as expected

-
- -
-
imuCommandResponseFault
-
bool imuCommandResponseFault() const
-

Gets the value of the IMU Command Response Fault bit (bit 17)

Returns
bool

true: The IMU is not responsive to commands

-
- -
-
imuSpiTransferFault
-
bool imuSpiTransferFault() const
-

Gets the value of the IMU SPI Transfer Fault bit (bit 18)

Returns
bool

true: Misaligned/failed IMU SPI transfers

-
- -
-
imuDataFrameFault
-
bool imuDataFrameFault() const
-

Gets the value of the IMU Data Frame Fault bit (bit 19)

Returns
bool

true: Missing IMU data frame(s)

-
- -
-
filterIpcFault
-
uint8 filterIpcFault() const
-

Gets the value of the Filter IPC fault flags (bits 20-23)

Note

Bits 0-3 of this value correspond to bits 20-23

Returns
uint8

Value of the filter IPC fault flags

-
- -
-
filterControlLineFault
-
bool filterControlLineFault() const
-

Gets the value of the Filter Control Line Fault bit (bit 20)

Returns
bool

true: The filter control line is not behaving as expected

-
- -
-
filterCommandResponseFault
-
bool filterCommandResponseFault() const
-

Gets the value of the Filter Command Response Fault bit (bit 21)

Returns
bool

true: The filter is not responsive to commands

-
- -
-
filterSpiTransferFault
-
bool filterSpiTransferFault() const
-

Gets the value of the Filter SPI Transfer Fault bit (bit 22)

Returns
bool

true: Misaligned/failed filter SPI transfers

-
- -
-
filterDataFrameFault
-
bool filterDataFrameFault() const
-

Gets the value of the Filter Data Frame Fault bit (bit 23)

Returns
bool

true: Missing filter data frame(s)

-
- -
-
gnssIpcFault
-
uint8 gnssIpcFault() const
-

Gets the value of the GNSS IPC fault flags (bits 24-27)

Note

Bits 0-3 of this value correspond to bits 24-27

Returns
uint8

Value of the GNSS IPC fault flags

-
- -
-
gnssControlLineFault
-
bool gnssControlLineFault() const
-

Gets the value of the GNSS Control Line Fault bit (bit 24)

Returns
bool

true: The GNSS control line is not behaving as expected

-
- -
-
gnssCommandResponseFault
-
bool gnssCommandResponseFault() const
-

Gets the value of the GNSS Command Response Fault bit (bit 25)

Returns
bool

true: The GNSS is not responsive to commands

-
- -
-
gnssSpiTransferFault
-
bool gnssSpiTransferFault() const
-

Gets the value of the GNSS SPI Transfer Fault bit (bit 26)

Returns
bool

true: Misaligned/failed GNSS SPI transfers

-
- -
-
gnssDataFrameFault
-
bool gnssDataFrameFault() const
-

Gets the value of the GNSS Data Frame Fault bit (bit 27)

Returns
bool

true: Missing GNSS data frame(s)

-
- -
-
GQ7ContinuousBIT_System
-

Continuous Built-In Test flags for system information

Bits 0-31 of the original 128 bit Continuous Built-In Test flags

-
- -
-
GQ7ContinuousBIT_System
-
GQ7ContinuousBIT_System() = default
-
- -
-
GQ7ContinuousBIT_System
-
explicit GQ7ContinuousBIT_System(
uint32 bits
)
-
Parameters
bits
uint32

Value of bits 0-31 of the original 128 bit Continuous Built-In Test flags

-
- -
-
general
- -

Gets information for general system flags (bits 0-7)

Returns
GQ7ContinuousBIT_System_General

Information for general system flags

-
- -
-
process
- -

Gets information for system process flags (bits 16-31)

Returns
GQ7ContinuousBIT_System_Process

Information for system process flags

-
- -
-
GQ7ContinuousBIT_IMU_General
-

Continuous Built-In Test flags for general IMU information

Bits 32-39 of the original 128 bit Continuous Built-In Test flags

-
- -
-
GQ7ContinuousBIT_IMU_General
-
GQ7ContinuousBIT_IMU_General() = default
-
- -
-
GQ7ContinuousBIT_IMU_General
-
explicit GQ7ContinuousBIT_IMU_General(
const uint8 bits
) : ContinuousBIT_IMU_General(bits)
-
Parameters
bits
const uint8

Bits 32-39 of the original 128 bit Continuous Built-In Test flags

-
- -
-
GQ7ContinuousBIT_IMU_Sensors
-

Continuous Built-In Test flags for IMU sensors information

Bits 40-55 of the original 128 bit Continuous Built-In Test flags

-
- -
-
GQ7ContinuousBIT_IMU_Sensors
-
GQ7ContinuousBIT_IMU_Sensors() = default
-
- -
-
GQ7ContinuousBIT_IMU_Sensors
-
explicit GQ7ContinuousBIT_IMU_Sensors(
const uint16 bits
) : ContinuousBIT_IMU_Sensors(bits)
-
Parameters
bits
const uint16

Bits 40-55 of the original 128 bit Continuous Built-In Test flags

-
- -
-
GQ7ContinuousBIT_IMU
-

Continuous Built-In Test flags for IMU information

Bits 32-63 of the original 128 bit Continuous Built-In Test flags

-
- -
-
GQ7ContinuousBIT_IMU
-
GQ7ContinuousBIT_IMU() = default
-
- -
-
GQ7ContinuousBIT_IMU
-
explicit GQ7ContinuousBIT_IMU(
uint32 bits
)
-
Parameters
bits
uint32

Value of bits 32-63 of the original 128 bit Continuous Built-In Test flags

-
- -
-
general
- -

Gets information for general IMU flags (bits 32-39)

Returns
GQ7ContinuousBIT_IMU_General

Information for general IMU flags

-
- -
-
sensors
- -

Gets information for IMU sensors flags (bits 40-55)

Returns
GQ7ContinuousBIT_IMU_Sensors

Information for IMU sensors flags

-
- -
-
GQ7ContinuousBIT_Filter_General
-

Continuous Built-In Test flags for general filter information

Bits 64-71 of the original 128 bit Continuous Built-In Test flags

-
- -
-
GQ7ContinuousBIT_Filter_General
-
GQ7ContinuousBIT_Filter_General() = default
-
- -
-
GQ7ContinuousBIT_Filter_General
-
explicit GQ7ContinuousBIT_Filter_General(
const uint8 bits
) : ContinuousBIT_Filter_General(bits)
-
Parameters
bits
const uint8

Bits 64-71 of the original 128 bit Continuous Built-In Test flags

-
- -
-
Bitmasks
-

Bitmasks for general filter flags

Note

These masks are shifted 64 bits to the right from the original 128 bitmask to have a 0 index at bit 64

CLOCK_FAULT

0x01 - The filter subsystem is not running off the system clock

HARDWARE_FAULT

0x02 - Filter hardware initialization error

IMU_SPI_COMMUNICATION_ERROR

0x10 - No communication on the IMU SPI port

GNSS_SPI_COMMUNICATION_ERROR

0x20 - No communication on the GNSS SPI port

COMMS_SPI_COMMUNICATION_ERROR

0x40 - No communication on the COMMS SPI port

COMMS_UART_COMMUNICATION_ERROR

0x80 - No communication on the COMMS UART port

-
- -
-
clockFault
-
bool clockFault() const
-

Gets the value of the Filter Clock Fault bit (bit 64)

Returns
bool

true: The filter subsystem is not running off the system clock

-
- -
-
hardwareFault
-
bool hardwareFault() const
-

Gets the value of the Filter Hardware Fault bit (bit 65)

Returns
bool

true: Filter hardware initialization error

-
- -
-
communicationError
-
uint8 communicationError() const
-

Gets the value of the Filter Communication Error flags (bits 68-71)

Note

Bits 0-3 of this value correspond to bits 68-71

Returns
uint8

Value of the Filter Communication Error flags

-
- -
-
communicationErrorImuSpi
-
bool communicationErrorImuSpi() const
-

Gets the value of the Filter Communication Error IMU SPI bit (bit 68)

Returns
bool

true: No filter communication on the IMU SPI port

-
- -
-
communicationErrorGnssSpi
-
bool communicationErrorGnssSpi() const
-

Gets the value of the Filter Communication Error GNSS SPI bit (bit 69)

Returns
bool

true: No filter communication on the GNSS SPI port

-
- -
-
communicationErrorCommsSpi
-
bool communicationErrorCommsSpi() const
-

Gets the value of the Filter Communication Error COMMS SPI bit (bit 70)

Returns
bool

true: No filter communication on the COMMS SPI port

-
- -
-
communicationErrorCommsUart
-
bool communicationErrorCommsUart() const
-

Gets the value of the Filter Communication Error COMMS UART bit (bit 71)

Returns
bool

true: No filter communication on the COMMS UART port

-
- -
-
GQ7ContinuousBIT_Filter
-

Continuous Built-In Test flags for filter information

Bits 64-95 of the original 128 bit Continuous Built-In Test flags

-
- -
-
GQ7ContinuousBIT_Filter
-
GQ7ContinuousBIT_Filter() = default
-
- -
-
GQ7ContinuousBIT_Filter
-
explicit GQ7ContinuousBIT_Filter(
uint32 bits
)
-
Parameters
bits
uint32

Value of bits 64-95 of the original 128 bit Continuous Built-In Test flags

-
- -
-
general
- -

Gets information for general filter flags (bits 64-71)

Returns
GQ7ContinuousBIT_Filter_General

Information for general filter flags

-
- -
-
GQ7ContinuousBIT_GNSS_General
-

Continuous Built-In Test flags for general GNSS information

Bits 96-103 of the original 128 bit Continuous Built-In Test flags

-
- -
-
GQ7ContinuousBIT_GNSS_General
-
GQ7ContinuousBIT_GNSS_General() = default
-
- -
-
GQ7ContinuousBIT_GNSS_General
-
explicit GQ7ContinuousBIT_GNSS_General(
const uint8 bits
) : Bitfield(static_cast<uint64>(bits))
-
Parameters
bits
const uint8

Bits 96-103 of the original 128 bit Continuous Built-In Test flags

-
- -
-
Bitmasks
-

Bitmasks for general GNSS flags

Note

These masks are shifted 96 bits to the right from the original 128 bitmask to have a 0 index at bit 96

CLOCK_FAULT

0x01 - The GNSS subsystem is not running off the system clock

HARDWARE_FAULT

0x02 - GNSS hardware initialization error

COMMUNICATION_ERROR_COMMS_SERIAL

0x04 - No communication on the COMMS Serial port

COMMUNICATION_ERROR_COMMS_SPI

0x08 - No communication on the COMMS SPI port

COMMUNICATION_ERROR_NAV_SPI

0x10 - No communication on the NAV SPI port

GPS_TIME_FAULT

0x20 - System GPS time is invalid

TIMING_OVERRUN

0x40 - GNSS processes are taking longer than their allotted time

-
- -
-
flags
-
uint8 flags() const
-

Gets the value of the general GNSS flags (bits 96-103)

Returns
uint8

Value of the general GNSS flags

-
- -
-
clockFault
-
bool clockFault() const
-

Gets the value of the GNSS Clock Fault bit (bit 96)

Returns
bool

true: The GNSS subsystem is not running off the system clock

-
- -
-
hardwareFault
-
bool hardwareFault() const
-

Gets the value of the GNSS Hardware Fault bit (bit 97)

Returns
bool

true: GNSS hardware initialization error

-
- -
-
communicationError
-
uint8 communicationError() const
-

Gets the value of the GNSS Communication Error flags (bits 98-100)

Note

Bits 0-2 of this value correspond to bits 98-100

Returns
uint8

Value of the GNSS Communication Error flags

-
- -
-
communicationErrorCommsSerial
-
bool communicationErrorCommsSerial() const
-

Gets the value of the GNSS Communication Error COMMS Serial bit (bit 98)

Returns
bool

true: No GNSS communication on the COMMS Serial port

-
- -
-
communicationErrorCommsSpi
-
bool communicationErrorCommsSpi() const
-

Gets the value of the GNSS Communication Error COMMS SPI bit (bit 99)

Returns
bool

true: No GNSS communication on the COMMS SPI port

-
- -
-
communicationErrorNavSpi
-
bool communicationErrorNavSpi() const
-

Gets the value of the GNSS Communication Error NAV SPI bit (bit 100)

Returns
bool

true: No GNSS communication on the NAV SPI port

-
- -
-
gpsTimeFault
-
bool gpsTimeFault() const
-

Gets the value of the GPS Time Fault bit (bit 101)

Returns
bool

true: System GPS time is invalid

-
- -
-
timingOverrun
-
bool timingOverrun() const
-

Gets the value of the GNSS Timing Overrun bit (bit 102)

Returns
bool

true: GNSS processes are taking longer than their allotted time

-
- -
-
GQ7ContinuousBIT_GNSS_Receivers
-

Continuous Built-In Test flags for GNSS receivers information

Bits 104-119 of the original 128 bit Continuous Built-In Test flags

-
- -
-
GQ7ContinuousBIT_GNSS_Receivers
-
GQ7ContinuousBIT_GNSS_Receivers() = default
-
- -
-
GQ7ContinuousBIT_GNSS_Receivers
-
explicit GQ7ContinuousBIT_GNSS_Receivers(
const uint16 bits
) : Bitfield(static_cast<uint64>(bits))
-
Parameters
bits
const uint16

Bits 104-119 of the original 128 bit Continuous Built-In Test flags

-
- -
-
Bitmasks
-

Bitmasks for GNSS receivers flags

Note

These masks are shifted 104 bits to the right from the original 128 bitmask to have a 0 index at bit 104

POWER_FAULT_RECEIVER_1

0x0100 - Receiver 1 internal power fault

FAULT_RECEIVER_1

0x0200 - Receiver 1 is inoperable

SHORTED_ANTENNA_1

0x0400 - Antenna 1 is shorted to ground

OPEN_ANTENNA_1

0x0800 - Antenna 1 is open-circuit (or DC block is installed)

SOLUTION_FAULT_RECEIVER_1

0x1000 - Receiver 1 solution is invalid

POWER_FAULT_RECEIVER_2

0x2000 - Receiver 2 internal power fault

FAULT_RECEIVER_2

0x4000 - Receiver 2 is inoperable

SHORTED_ANTENNA_2

0x8000 - Antenna 2 is shorted to ground

OPEN_ANTENNA_2

0x0001 - Antenna 2 is open-circuit (or DC block is installed)

SOLUTION_FAULT_RECEIVER_2

0x0002 - Receiver 2 solution is invalid

RTCM_COMMUNICATION_FAULT

0x0004 - RTCM data was being received previously, but it not currently being received

RTK_DONGLE_FAULT

0x0008 - A problem has been detected with the RTK dongle. Query directly for more detail

-
- -
-
flags
-
uint16 flags() const
-

Gets the value of the GNSS receivers flags (bits 104-119)

Returns
uint16

Value of the GNSS receivers flags

-
- -
-
powerFaultReceiver1
-
bool powerFaultReceiver1() const
-

Gets the value of the GNSS Receiver 1 Power Fault bit (bit 104)

Returns
bool

true: GNSS receiver 1 internal power fault

-
- -
-
faultReceiver1
-
bool faultReceiver1() const
-

Gets the value of the GNSS Receiver 1 Fault bit (bit 105)

Returns
bool

true: GNSS receiver 1 is inoperable

-
- -
-
shortedAntenna1
-
bool shortedAntenna1() const
-

Gets the value of the GNSS Antenna 1 Shorted bit (bit 106)

Returns
bool

true: GNSS antenna 1 is shorted to ground

-
- -
-
openAntenna1
-
bool openAntenna1() const
-

Gets the value of the GNSS Antenna 1 Open bit (bit 107)

Returns
bool

true: GNSS antenna 1 is open-circuit (or DC block is installed)

-
- -
-
solutionFaultReceiver1
-
bool solutionFaultReceiver1() const
-

Gets the value of the GNSS Receiver 1 Solution Fault bit (bit 108)

Returns
bool

true: GNSS receiver 1 solution is invalid

-
- -
-
powerFaultReceiver2
-
bool powerFaultReceiver2() const
-

Gets the value of the GNSS Receiver 2 Power Fault bit (bit 109)

Returns
bool

true: GNSS receiver 2 internal power fault

-
- -
-
faultReceiver2
-
bool faultReceiver2() const
-

Gets the value of the GNSS Receiver 2 Fault bit (bit 110)

Returns
bool

true: GNSS receiver 2 is inoperable

-
- -
-
shortedAntenna2
-
bool shortedAntenna2() const
-

Gets the value of the GNSS Antenna 2 Shorted bit (bit 111)

Returns
bool

true: GNSS antenna 2 is shorted to ground

-
- -
-
openAntenna2
-
bool openAntenna2() const
-

Gets the value of the GNSS Antenna 2 Open bit (bit 112)

Returns
bool

true: GNSS antenna 2 is open-circuit (or DC block is installed)

-
- -
-
solutionFaultReceiver2
-
bool solutionFaultReceiver2() const
-

Gets the value of the GNSS Receiver 2 Solution Fault bit (bit 113)

Returns
bool

true: GNSS receiver 2 solution is invalid

-
- -
-
rtcmCommunicationFault
-
bool rtcmCommunicationFault() const
-

Gets the value of the RTCM Communication Fault bit (bit 114)

Returns
bool

true: RTCM data was being received previously, but it not currently being received

-
- -
-
rtkDongleFault
-
bool rtkDongleFault() const
-

Gets the value of the RTK Dongle Fault bit (bit 115)

Returns
bool

true: A problem has been detected with the RTK dongle. Query directly for more detail

-
- -
-
GQ7ContinuousBIT_GNSS
-

Continuous Built-In Test flags for GNSS information

Bits 96-127 of the original 128 bit Continuous Built-In Test flags

-
- -
-
GQ7ContinuousBIT_GNSS
-
GQ7ContinuousBIT_GNSS() = default
-
- -
-
GQ7ContinuousBIT_GNSS
-
explicit GQ7ContinuousBIT_GNSS(
uint32 bits
)
-
Parameters
bits
uint32

Value of bits 96-127 of the original 128 bit Continuous Built-In Test flags

-
- -
-
RESPONSE_OFFSET
-

The offset of the 0 position of the value represented by this object in the overall BIT response Value: 96 bits

-
- -
-
Bitmasks
-
GENERAL_FLAGS

0xFF000000 - Bitmask for general GNSS flags (bits 96-103)

RECEIVERS_FLAGS

0x00FFFF00 - Bitmask for GNSS receivers flags (bits 104-119)

-
- -
-
flags
-
uint32 flags() const
-

Gets the value of the GNSS flags (bits 96-127)

Returns
uint32

Value of the GNSS flags

-
- -
-
general
- -

Gets information for general GNSS flags (bits 96-103)

Returns
GQ7ContinuousBIT_GNSS_General

Information for general GNSS flags

-
- -
-
receivers
- -

Gets information for GNSS receivers flags (bits 104-119)

Returns
GQ7ContinuousBIT_GNSS_Receivers

Information for GNSS receivers flags

-
- -
-
GQ7ContinuousBIT
-
public
ContinuousBIT
GQ7ContinuousBIT
-

Continuous Built-In Test flag data

See the GQ7 Built-in Test documentation for more information

-
- -
-
GQ7ContinuousBIT
-
GQ7ContinuousBIT() = delete
-
- -
-
GQ7ContinuousBIT
-
explicit GQ7ContinuousBIT(
Bytes bytes
)
-
Parameters
bytes
Bytes

Flag values from Continuous Built-In Test

-
- -
-
system
- -

Gets information for system flags (bits 0-31)

Returns
GQ7ContinuousBIT_System

Information for system flags

-
- -
-
systemClockFailure
-
bool systemClockFailure() const override
-

Gets the value of the System Clock Failure bit (bit 0)

Returns
bool

true: The system clock is not operating properly

-
- -
-
powerFault
-
bool powerFault() const override
-

Gets the value of the Power Fault bit (bit 1)

Returns
bool

true: Power supply voltage is outside the recommended range, or an internal power fault exists

-
- -
-
firmwareFault
-
bool firmwareFault() const override
-

Gets the value of the Firmware Fault bit (bit 4)

Returns
bool

true: System firmware has detected an unexpected or abnormal condition

-
- -
-
timingOverload
-
bool timingOverload() const override
-

Gets the value of the Timing Overload bit (bit 5)

Returns
bool

true: The system is unable to keep up with the processing demand

-
- -
-
bufferOverrun
-
bool bufferOverrun() const override
-

Gets the value of the Buffer Overrun bit (bit 6)

Returns
bool

true: A data buffer in the system has reached its capacity

-
- -
-
imuIpcFault
-
uint8 imuIpcFault() const
-

Gets the value of the IMU IPC fault flags (bits 16-19)

Note

Bits 0-3 of this value correspond to bits 16-19

Returns
uint8

Value of the IMU IPC fault flags

-
- -
-
imuControlLineFault
-
bool imuControlLineFault() const
-

Gets the value of the IMU Control Line Fault bit (bit 16)

Returns
bool

true: The IMU control line is not behaving as expected

-
- -
-
imuCommandResponseFault
-
bool imuCommandResponseFault() const
-

Gets the value of the IMU Command Response Fault bit (bit 17)

Returns
bool

true: The IMU is not responsive to commands

-
- -
-
imuSpiTransferFault
-
bool imuSpiTransferFault() const
-

Gets the value of the IMU SPI Transfer Fault bit (bit 18)

Returns
bool

true: Misaligned/failed IMU SPI transfers

-
- -
-
imuDataFrameFault
-
bool imuDataFrameFault() const
-

Gets the value of the IMU Data Frame Fault bit (bit 19)

Returns
bool

true: Missing IMU data frame(s)

-
- -
-
filterIpcFault
-
uint8 filterIpcFault() const
-

Gets the value of the Filter IPC fault flags (bits 20-23)

Note

Bits 0-3 of this value correspond to bits 20-23

Returns
uint8

Value of the filter IPC fault flags

-
- -
-
filterControlLineFault
-
bool filterControlLineFault() const
-

Gets the value of the Filter Control Line Fault bit (bit 20)

Returns
bool

true: The filter control line is not behaving as expected

-
- -
-
filterCommandResponseFault
-
bool filterCommandResponseFault() const
-

Gets the value of the Filter Command Response Fault bit (bit 21)

Returns
bool

true: The filter is not responsive to commands

-
- -
-
filterSpiTransferFault
-
bool filterSpiTransferFault() const
-

Gets the value of the Filter SPI Transfer Fault bit (bit 22)

Returns
bool

true: Misaligned/failed filter SPI transfers

-
- -
-
filterDataFrameFault
-
bool filterDataFrameFault() const
-

Gets the value of the Filter Data Frame Fault bit (bit 23)

Returns
bool

true: Missing filter data frame(s)

-
- -
-
gnssIpcFault
-
uint8 gnssIpcFault() const
-

Gets the value of the GNSS IPC fault flags (bits 24-27)

Note

Bits 0-3 of this value correspond to bits 24-27

Returns
uint8

Value of the GNSS IPC fault flags

-
- -
-
gnssControlLineFault
-
bool gnssControlLineFault() const
-

Gets the value of the GNSS Control Line Fault bit (bit 24)

Returns
bool

true: The GNSS control line is not behaving as expected

-
- -
-
gnssCommandResponseFault
-
bool gnssCommandResponseFault() const
-

Gets the value of the GNSS Command Response Fault bit (bit 25)

Returns
bool

true: The GNSS is not responsive to commands

-
- -
-
gnssSpiTransferFault
-
bool gnssSpiTransferFault() const
-

Gets the value of the GNSS SPI Transfer Fault bit (bit 26)

Returns
bool

true: Misaligned/failed GNSS SPI transfers

-
- -
-
gnssDataFrameFault
-
bool gnssDataFrameFault() const
-

Gets the value of the GNSS Data Frame Fault bit (bit 27)

Returns
bool

true: Missing GNSS data frame(s)

-
- -
-
imu
- -

Gets information for IMU flags (bits 32-63)

Returns
GQ7ContinuousBIT_IMU

Information for IMU flags

-
- -
-
imuClockFault
-
bool imuClockFault() const override
-

Gets the value of the IMU Clock Fault bit (bit 32)

Returns
bool

true: IMU is not running off the system clock

-
- -
-
imuCommunicationFault
-
bool imuCommunicationFault() const override
-

Gets the value of the IMU Communication Fault bit (bit 33)

Returns
bool

true: No communication with IMU

-
- -
-
imuTimingOverrun
-
bool imuTimingOverrun() const override
-

Gets the value of the IMU Timing Overrun bit (bit 34)

Returns
bool

true: IMU processes are taking longer than their allotted time

-
- -
-
imuCalibrationErrorAccel
-
bool imuCalibrationErrorAccel() const override
-

Gets the value of the IMU Calibration Error Accelerometer bit (bit 36)

Returns
bool

true: A problem is detected with the accelerometer calibration

-
- -
-
imuCalibrationErrorGyro
-
bool imuCalibrationErrorGyro() const override
-

Gets the value of the IMU Calibration Error Gyroscope bit (bit 37)

Returns
bool

true: A problem is detected with the gyroscope calibration

-
- -
-
imuCalibrationErrorMag
-
bool imuCalibrationErrorMag() const override
-

Gets the value of the IMU Calibration Error Magnetometer bit (bit 38)

Returns
bool

true: A problem is detected with the magnetometer calibration

-
- -
-
accelGeneralFault
-
bool accelGeneralFault() const override
-

Gets the value of the Accelerometer General Fault bit (bit 40)

Returns
bool

true: Accelerometer will not initialize

-
- -
-
accelOverrange
-
bool accelOverrange() const override
-

Gets the value of the Accelerometer Overrange bit (bit 41)

Returns
bool

true: One or more axes subjected to accelerations near or outside the selected range

-
- -
-
accelSelfTest
-
bool accelSelfTestFail() const override
-

Gets the value of the Accelerometer Self Test bit (bit 42)

Returns
bool

true: The internal self-test of the accelerometer failed

-
- -
-
gyroGeneralFault
-
bool gyroGeneralFault() const override
-

Gets the value of the Gyroscope General Fault bit (bit 44)

Returns
bool

true: Gyroscope will not initialize

-
- -
-
gyroOverrange
-
bool gyroOverrange() const override
-

Gets the value of the Gyroscope Overrange bit (bit 45)

Returns
bool

true: One or more axes subjected to rotational rates near or outside the selected range

-
- -
-
gyroSelfTest
-
bool gyroSelfTestFail() const override
-

Gets the value of the Gyroscope Self Test bit (bit 46)

Returns
bool

true: The internal self-test of the gyroscope failed

-
- -
-
magGeneralFault
-
bool magGeneralFault() const override
-

Gets the value of the Magnetometer General Fault bit (bit 48)

Returns
bool

true: Magnetometer will not initialize

-
- -
-
magOverrange
-
bool magOverrange() const override
-

Gets the value of the Magnetometer Overrange bit (bit 49)

Returns
bool

true: One or more axes subjected to magnetic fields strengths near or outside the supported range

-
- -
-
magSelfTest
-
bool magSelfTestFail() const override
-

Gets the value of the Magnetometer Self Test bit (bit 50)

Returns
bool

true: The internal self-test of the magnetometer failed

-
- -
-
pressureGeneralFault
-
bool pressureGeneralFault() const override
-

Gets the value of the Pressure General Fault bit (bit 52)

Returns
bool

true: Pressure sensor won't initialize

-
- -
-
pressureOverrange
-
bool pressureOverrange() const override
-

Gets the value of the Pressure Overrange bit (bit 53)

Returns
bool

true: Pressure sensor subjected to pressures above or below the supported range

-
- -
-
pressureSelfTest
-
bool pressureSelfTestFail() const override
-

Gets the value of the Pressure Self Test bit (bit 54)

Returns
bool

true: The internal self-test of the pressure sensor failed

-
- -
-
filter
- -

Gets information for filter flags (bits 64-95)

Returns
GQ7ContinuousBIT_Filter

Information for filter flags

-
- -
-
filterClockFault
-
bool filterClockFault() const
-

Gets the value of the Filter Clock Fault bit (bit 64)

Returns
bool

true: The filter subsystem is not running off the system clock

-
- -
-
filterHardwareFault
-
bool filterHardwareFault() const
-

Gets the value of the Filter Hardware Fault bit (bit 65)

Returns
bool

true: Filter hardware initialization error

-
- -
-
filterTimingOverrun
-
bool filterTimingOverrun() const override
-

Gets the value of the Filter Timing Overrun bit (bit 66)

Returns
bool

true: Filter processes are taking longer than their allotted time

-
- -
-
filterTimingUnderrun
-
bool filterTimingUnderrun() const override
-

Gets the value of the Filter Timing Underrun bit (bit 67)

Returns
bool

true: Filter processes are being skipped

-
- -
-
filterCommunicationError
-
uint8 filterCommunicationError() const
-

Gets the value of the Filter Communication Error flags (bits 68-71)

Note

Bits 0-3 of this value correspond to bits 68-71

Returns
uint8

Value of the Filter Communication Error flags

-
- -
-
filterCommunicationErrorImuSpi
-
bool filterCommunicationErrorImuSpi() const
-

Gets the value of the Filter Communication Error IMU SPI bit (bit 68)

Returns
bool

true: No filter communication on the IMU SPI port

-
- -
-
filterCommunicationErrorGnssSpi
-
bool filterCommunicationErrorGnssSpi() const
-

Gets the value of the Filter Communication Error GNSS SPI bit (bit 69)

Returns
bool

true: No filter communication on the GNSS SPI port

-
- -
-
communicationErrorCommsSpi
-
bool filterCommunicationErrorCommsSpi() const
-

Gets the value of the Filter Communication Error COMMS SPI bit (bit 70)

Returns
bool

true: No filter communication on the COMMS SPI port

-
- -
-
filterCommunicationErrorCommsUart
-
bool filterCommunicationErrorCommsUart() const
-

Gets the value of the Filter Communication Error COMMS UART bit (bit 71)

Returns
bool

true: No filter communication on the COMMS UART port

-
- -
-
gnss
- -

Gets information for GNSS flags (bits 96-127)

Returns
GQ7ContinuousBIT_GNSS

Information for GNSS flags

-
- -
-
gnssClockFault
-
bool gnssClockFault() const
-

Gets the value of the GNSS Clock Fault bit (bit 96)

Returns
bool

true: The GNSS subsystem is not running off the system clock

-
- -
-
gnssHardwareFault
-
bool gnssHardwareFault() const
-

Gets the value of the GNSS Hardware Fault bit (bit 97)

Returns
bool

true: GNSS hardware initialization error

-
- -
-
gnssCommunicationError
-
uint8 gnssCommunicationError() const
-

Gets the value of the GNSS Communication Error flags (bits 98-100)

Note

Bits 0-2 of this value correspond to bits 98-100

Returns
uint8

Value of the GNSS Communication Error flags

-
- -
-
gnssCommunicationErrorCommsSerial
-
bool gnssCommunicationErrorCommsSerial() const
-

Gets the value of the GNSS Communication Error COMMS Serial bit (bit 98)

Returns
bool

true: No GNSS communication on the COMMS Serial port

-
- -
-
gnssCommunicationErrorCommsSpi
-
bool gnssCommunicationErrorCommsSpi() const
-

Gets the value of the GNSS Communication Error COMMS SPI bit (bit 99)

Returns
bool

true: No GNSS communication on the COMMS SPI port

-
- -
-
gnssCommunicationErrorNavSpi
-
bool gnssCommunicationErrorNavSpi() const
-

Gets the value of the GNSS Communication Error NAV SPI bit (bit 100)

Returns
bool

true: No GNSS communication on the NAV SPI port

-
- -
-
gpsTimeFault
-
bool gpsTimeFault() const
-

Gets the value of the GPS Time Fault bit (bit 101)

Returns
bool

true: System GPS time is invalid

-
- -
-
gnssTimingOverrun
-
bool gnssTimingOverrun() const
-

Gets the value of the GNSS Timing Overrun bit (bit 102)

Returns
bool

true: GNSS processes are taking longer than their allotted time

-
- -
-
gnssPowerFaultReceiver1
-
bool gnssPowerFaultReceiver1() const
-

Gets the value of the GNSS Receiver 1 Power Fault bit (bit 104)

Returns
bool

true: GNSS receiver 1 internal power fault

-
- -
-
gnssFaultReceiver1
-
bool gnssFaultReceiver1() const
-

Gets the value of the GNSS Receiver 1 Fault bit (bit 105)

Returns
bool

true: GNSS receiver 1 is inoperable

-
- -
-
gnssShortedAntenna1
-
bool gnssShortedAntenna1() const
-

Gets the value of the GNSS Antenna 1 Shorted bit (bit 106)

Returns
bool

true: GNSS antenna 1 is shorted to ground

-
- -
-
gnssOpenAntenna1
-
bool gnssOpenAntenna1() const
-

Gets the value of the GNSS Antenna 1 Open bit (bit 107)

Returns
bool

true: GNSS antenna 1 is open-circuit (or DC block is installed)

-
- -
-
gnssSolutionFaultReceiver1
-
bool gnssSolutionFaultReceiver1() const
-

Gets the value of the GNSS Receiver 1 Solution Fault bit (bit 108)

Returns
bool

true: GNSS receiver 1 solution is invalid

-
- -
-
gnssPowerFaultReceiver2
-
bool gnssPowerFaultReceiver2() const
-

Gets the value of the GNSS Receiver 2 Power Fault bit (bit 109)

Returns
bool

true: GNSS receiver 2 internal power fault

-
- -
-
gnssFaultReceiver2
-
bool gnssFaultReceiver2() const
-

Gets the value of the GNSS Receiver 2 Fault bit (bit 110)

Returns
bool

true: GNSS receiver 2 is inoperable

-
- -
-
gnssShortedAntenna2
-
bool gnssShortedAntenna2() const
-

Gets the value of the GNSS Antenna 2 Shorted bit (bit 111)

Returns
bool

true: GNSS antenna 2 is shorted to ground

-
- -
-
gnssOpenAntenna2
-
bool gnssOpenAntenna2() const
-

Gets the value of the GNSS Antenna 2 Open bit (bit 112)

Returns
bool

true: GNSS antenna 2 is open-circuit (or DC block is installed)

-
- -
-
gnssSolutionFaultReceiver2
-
bool gnssSolutionFaultReceiver2() const
-

Gets the value of the GNSS Receiver 2 Solution Fault bit (bit 113)

Returns
bool

true: GNSS receiver 2 solution is invalid

-
- -
-
rtcmCommunicationFault
-
bool rtcmCommunicationFault() const
-

Gets the value of the RTCM Communication Fault bit (bit 114)

Returns
bool

true: RTCM data was being received previously, but it not currently being received

-
- -
-
rtkDongleFault
-
bool rtkDongleFault() const
-

Gets the value of the RTK Dongle Fault bit (bit 115)

Returns
bool

true: A problem has been detected with the RTK dongle. Query directly for more detail

-
- -
-
as_MipDataPoints
-
MipDataPoints as_MipDataPoints() const override
-

Gets the data formatted as MipDataPoint objects.

Returns
MipDataPoints

data in DataPoint format

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/MipChannel-h-Summary.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/MipChannel-h-Summary.js deleted file mode 100644 index f4e374493..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/MipChannel-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/MIP/MipChannel.h","MipChannel.h");NDSummary.OnSummaryLoaded("File:MicroStrain/MIP/MipChannel.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Sections","Section"],["Types","Type"]],[[2232,0,2,"MipChannel","MipChannel"],[2233,0,0,"MipChannel","MipChannel(2)"],[2234,0,1,"MipChannel","MipChannel.MipChannel"],[2235,0,1,"channelField","MipChannel.channelField"],[2236,0,1,"sampleRate","MipChannel.sampleRate"],[2237,0,1,"rateDecimation","MipChannel.rateDecimation"],[2238,0,3,"MipChannels","MipChannel.MipChannels"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/MipChannel-h-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/MipChannel-h-SummaryToolTips.js deleted file mode 100644 index 40e9fb7fb..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/MipChannel-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/MIP/MipChannel.h",{2233:"
MipChannel
Represents a single "channel" or data descriptors that can make up an Inertial Device\'s message format
",2234:"
MipChannel(
MipTypes::ChannelField channelField,
const SampleRate &sampleRate
)
Creates a MipChannel object.
",2235:"
MipTypes::ChannelField channelField() const
Gets the MipTypes::ChannelField for this channel.
",2236:"
const SampleRate& sampleRate() const
Gets the SampleRate set for this channel.
",2237:"
uint16 rateDecimation(
uint16 sampleRateBase
) const
Gets the rate decimation that is used to determine the sample rate (sample rate = sampleratebase / rate decimation).
",2238:"
typedef for a vector of MipChannel objects
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/MipChannel-h-ToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/MipChannel-h-ToolTips.js deleted file mode 100644 index 239c0d7eb..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/MipChannel-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1269:"
The enums for all of the different MIP Channel Field IDs.
",2234:"
MipChannel(
MipTypes::ChannelField channelField,
const SampleRate &sampleRate
)
Creates a MipChannel object.
",4379:"
SampleRate
Represents a MicroStrain sample rate (rate at which data is sampling)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/MipChannel-h.html b/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/MipChannel-h.html deleted file mode 100644 index 6d887e174..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/MipChannel-h.html +++ /dev/null @@ -1,50 +0,0 @@ - - -MipChannel.h - - - - - - - -
-
MipChannel
-
- -
-
MipChannel
-
MipChannel
-

Represents a single "channel" or data descriptors that can make up an Inertial Device's message format

-
- -
-
MipChannel
-
MipChannel(
MipTypes::ChannelField channelField,
const SampleRate &sampleRate
)
-

Creates a MipChannel object.

Parameters
channelField
MipTypes::ChannelField

The MipTypes::ChannelField for the channel.

sampleRate
const SampleRate&

The SampleRate for the channel.

-
- -
-
channelField
-
MipTypes::ChannelField channelField() const
-

Gets the MipTypes::ChannelField for this channel.

Returns

An MipTypes::ChannelField that is set for this channel.

-
- -
-
sampleRate
-
const SampleRate& sampleRate() const
-

Gets the SampleRate set for this channel.

Returns

The SampleRate that is set for this channel.

-
- -
-
rateDecimation
-
uint16 rateDecimation(
uint16 sampleRateBase
) const
-

Gets the rate decimation that is used to determine the sample rate (sample rate = sampleratebase / rate decimation).

Returns

The rate decimation that is used to determine the sample rate

-
- -
-
MipChannels
-

typedef for a vector of MipChannel objects

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/MipDataPoint-h-Summary.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/MipDataPoint-h-Summary.js deleted file mode 100644 index 698830e75..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/MipDataPoint-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/MIP/MipDataPoint.h","MipDataPoint.h");NDSummary.OnSummaryLoaded("File:MicroStrain/MIP/MipDataPoint.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Types","Type"]],[[2121,0,0,"MipDataPoint","MipDataPoint"],[2122,0,1,"field","MipDataPoint.field"],[2123,0,1,"qualifier","MipDataPoint.qualifier"],[2124,0,1,"hasAddlIdentifiers","MipDataPoint.hasAddlIdentifiers"],[2125,0,1,"addlIdentifiers","MipDataPoint.addlIdentifiers"],[2126,0,1,"hasValidFlag","MipDataPoint.hasValidFlag"],[2127,0,1,"valid","MipDataPoint.valid"],[2128,0,1,"channelName","MipDataPoint.channelName"],[2129,0,2,"MipDataPoints","MipDataPoint.MipDataPoints"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/MipDataPoint-h-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/MipDataPoint-h-SummaryToolTips.js deleted file mode 100644 index 0c4663c6f..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/MipDataPoint-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/MIP/MipDataPoint.h",{2121:"
MipDataPoint
Represents a single Inertial Data Point (Extends from DataPoint)
",2122:"
MipTypes::ChannelField field() const
Gets the Channel Field that describes the full MIP "Field" that the data point came in.  This is a combination of a MIP "Descriptor ID", and a MIP "Field ID".
",2123:"
MipTypes::ChannelQualifier qualifier() const
Gets the Channel Qualifier that describes the specific channel for the data point.  This, combined with the MipTypes::ChannelField, is a fully unique identifier for the channel.
",2124:"
bool hasAddlIdentifiers() const
Indicates whether or not this data point has additional data identifiers.
",2125:"
MipChannelIdentifiers addlIdentifiers() const
Get the additional identifier values assigned to this data point.
",2126:"
bool hasValidFlag() const
Gets whether the data point had a valid flag transmitted in the data packet.  Note: if hasValidFlag returns false, valid will always return true.
",2127:"
bool valid() const
Gets whether the data point is valid(true) or invalid(false).  Note: if a data point was not transmitted with a flag representing its validity, this will still return true. To determine if the data point had a flag in the data packet, use hasValidFlag.
",2128:"
std::string channelName(
bool includeAddlIds = true,
bool consolidatedFormat = false
) const
Gets the name of the channel.  This is the universal channel name that should be used for uploading to SensorCloud.
",2129:"
Typedef for a vector of MipDataPoint objects
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/MipDataPoint-h-ToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/MipDataPoint-h-ToolTips.js deleted file mode 100644 index 5fcc3a778..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/MipDataPoint-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1269:"
The enums for all of the different MIP Channel Field IDs.
",1597:"
The enums for different MIP Channel Qualifiers.  This combined with the ChannelField produces a unique identifier for each individual channel that is collected.
",1743:"
MipChannelIdentifier
A single additional identifier for a MipDataPoint. Contains a uint value with an identifier type specifier.
",2121:"
MipDataPoint
Represents a single Inertial Data Point (Extends from DataPoint)
",2126:"
bool hasValidFlag() const
Gets whether the data point had a valid flag transmitted in the data packet.  Note: if hasValidFlag returns false, valid will always return true.
",2127:"
bool valid() const
Gets whether the data point is valid(true) or invalid(false).  Note: if a data point was not transmitted with a flag representing its validity, this will still return true. To determine if the data point had a flag in the data packet, use hasValidFlag.
",4471:"
DataPoint
Base class representing common functionality between Wireless and Inertial data points
",4502:"
Value
Represents a single value that can be stored/accessed in multiple ways.
",4610:"
Error
The generic MicroStrain exception (base class)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/MipDataPoint-h.html b/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/MipDataPoint-h.html deleted file mode 100644 index 17b3654b4..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/MipDataPoint-h.html +++ /dev/null @@ -1,64 +0,0 @@ - - -MipDataPoint.h - - - - - - - -
-
MipDataPoint
-
public
DataPoint
MipDataPoint
-

Represents a single Inertial Data Point (Extends from DataPoint)

See Also

DataPoint, Value

-
- -
-
field
- -

Gets the Channel Field that describes the full MIP "Field" that the data point came in.  This is a combination of a MIP "Descriptor ID", and a MIP "Field ID".

Returns

The MipTypes::ChannelField for this data point.

-
- -
-
qualifier
-
MipTypes::ChannelQualifier qualifier() const
-

Gets the Channel Qualifier that describes the specific channel for the data point.  This, combined with the MipTypes::ChannelField, is a fully unique identifier for the channel.

Returns

The MipTypes::ChannelQualifier for this data point.

-
- -
-
hasAddlIdentifiers
-
bool hasAddlIdentifiers() const
-

Indicates whether or not this data point has additional data identifiers.

Returns

true if additional MipChannelIdentifiers have been assigned to this data point.

-
- -
-
addlIdentifiers
-
MipChannelIdentifiers addlIdentifiers() const
-

Get the additional identifier values assigned to this data point.

Returns
MipChannelIdentifiers

the additional identifiers for this data point.

-
- -
-
hasValidFlag
-
bool hasValidFlag() const
-

Gets whether the data point had a valid flag transmitted in the data packet.  Note: if hasValidFlag returns false, valid will always return true.

Returns

true if the data point had a valid flag associated with it, false otherwise.

-
- -
-
valid
-
bool valid() const
-

Gets whether the data point is valid(true) or invalid(false).  Note: if a data point was not transmitted with a flag representing its validity, this will still return true. To determine if the data point had a flag in the data packet, use hasValidFlag.

Returns

true if the data point is valid, false if the data point is invalid

-
- -
-
channelName
-
std::string channelName(
bool includeAddlIds = true,
bool consolidatedFormat = false
) const
-

Gets the name of the channel.  This is the universal channel name that should be used for uploading to SensorCloud.

Parameters
includeAddlIds
bool

default: true - when true, includes the additional identifiers in the channel name string if present.

consolidatedFormat
bool

default: false - consolidate additional identifiers into interpreted strings when relevant. Ex: when false: "aidingMeasurement_5", when true: "magnetometer"

Returns

The name of the channel.

Exceptions
-
- -
-
MipDataPoints
-

Typedef for a vector of MipDataPoint objects

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/MipModels-h-Summary.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/MipModels-h-Summary.js deleted file mode 100644 index 06eeb8b7f..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/MipModels-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/MIP/MipModels.h","MipModels.h");NDSummary.OnSummaryLoaded("File:MicroStrain/MIP/MipModels.h",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Enums","Enumeration"],["Functions","Function"],["Operators","Operator"]],[[2130,0,0,"MipModels","MipModels"],[2131,0,2,"NodeModel","MipModels.NodeModel"],[2132,0,2,,"MipModels.node_3dm_dh3"],[2133,0,2,,"MipModels.node_3dm_gx3_15"],[2134,0,2,,"MipModels.node_3dm_gx3_25"],[2135,0,2,,"MipModels.node_3dm_gx3_35"],[2136,0,2,,"MipModels.node_3dm_gx3_45"],[2137,0,2,,"MipModels.node_3dm_rq1_45_lt"],[2138,0,2,,"MipModels.node_3dm_gx4_15"],[2139,0,2,,"MipModels.node_3dm_gx4_25"],[2140,0,2,,"MipModels.node_3dm_gx4_45"],[2141,0,2,,"MipModels.node_3dm_rq1_45_st"],[2142,0,2,,"MipModels.node_mv5_ar"],[2143,0,2,,"MipModels.node_3dm_gx5_10"],[2144,0,2,,"MipModels.node_3dm_gx5_15"],[2145,0,2,,"MipModels.node_3dm_gx5_25"],[2146,0,2,,"MipModels.node_3dm_gx5_35"],[2147,0,2,,"MipModels.node_3dm_gx5_45"],[2148,0,2,,"MipModels.node_3dm_cv5_10"],[2149,0,2,,"MipModels.node_3dm_cv5_15"],[2150,0,2,,"MipModels.node_3dm_cv5_25"],[2151,0,2,,"MipModels.node_3dm_cv5_45"],[2152,0,2,,"MipModels.node_3dm_gq4_45"],[2153,0,2,,"MipModels.node_3dm_cx5_45"],[2154,0,2,,"MipModels.node_3dm_cx5_35"],[2155,0,2,,"MipModels.node_3dm_cx5_25"],[2156,0,2,,"MipModels.node_3dm_cx5_15"],[2157,0,2,,"MipModels.node_3dm_cx5_10"],[2158,0,2,,"MipModels.node_3dm_cl5_15"],[2159,0,2,,"MipModels.node_3dm_cl5_25"],[2160,0,2,,"MipModels.node_3dm_gq7"],[2161,0,2,,"MipModels.node_3dm_rtk"],[2162,0,2,,"MipModels.node_3dm_cv7_ahrs"],[2163,0,2,,"MipModels.node_3dm_cv7_ar"],[2164,0,2,,"MipModels.node_3dm_gv7_ahrs"],[2165,0,2,,"MipModels.node_3dm_gv7_ar"],[2166,0,2,,"MipModels.node_3dm_gv7_ins"],[2167,0,2,,"MipModels.node_3dm_cv7_ins"],[2168,0,2,,"MipModels.node_3dm_cv7_gnss_ins"],[2169,0,2,"Modifier","MipModels.Modifier"],[2170,0,2,,"MipModels.placeholder_matchAll"],[2171,0,2,,"MipModels.rtk_v1"],[2172,0,2,,"MipModels.rtk_v2"],[2173,0,2,"ModelNumber","MipModels.ModelNumber"],[2174,0,2,,"MipModels.model_3dm_dh3"],[2175,0,2,,"MipModels.model_3dm_gx3_15"],[2176,0,2,,"MipModels.model_3dm_gx3_25"],[2177,0,2,,"MipModels.model_3dm_gx3_35"],[2178,0,2,,"MipModels.model_3dm_gx3_45"],[2179,0,2,,"MipModels.model_3dm_rq1_45_lt"],[2180,0,2,,"MipModels.model_3dm_gx4_15"],[2181,0,2,,"MipModels.model_3dm_gx4_25"],[2182,0,2,,"MipModels.model_3dm_gx4_45"],[2183,0,2,,"MipModels.model_3dm_rq1_45_st"],[2184,0,2,,"MipModels.model_mv5_ar"],[2185,0,2,,"MipModels.model_3dm_gx5_10"],[2186,0,2,,"MipModels.model_3dm_gx5_15"],[2187,0,2,,"MipModels.model_3dm_gx5_25"],[2188,0,2,,"MipModels.model_3dm_gx5_35"],[2189,0,2,,"MipModels.model_3dm_gx5_45"],[2190,0,2,,"MipModels.model_3dm_cv5_10"],[2191,0,2,,"MipModels.model_3dm_cv5_15"],[2192,0,2,,"MipModels.model_3dm_cv5_25"],[2193,0,2,,"MipModels.model_3dm_cv5_45"],[2194,0,2,,"MipModels.model_3dm_gq4_45"],[2195,0,2,,"MipModels.model_3dm_cx5_45"],[2196,0,2,,"MipModels.model_3dm_cx5_35"],[2197,0,2,,"MipModels.model_3dm_cx5_25"],[2198,0,2,,"MipModels.model_3dm_cx5_15"],[2199,0,2,,"MipModels.model_3dm_cx5_10"],[2200,0,2,,"MipModels.model_3dm_cl5_15"],[2201,0,2,,"MipModels.model_3dm_cl5_25"],[2202,0,2,,"MipModels.model_3dm_gq7"],[2203,0,2,,"MipModels.model_3dm_rtk_v1"],[2204,0,2,,"MipModels.model_3dm_rtk"],[2205,0,2,,"MipModels.model_3dm_cv7_ahrs"],[2206,0,2,,"MipModels.model_3dm_cv7_ar"],[2207,0,2,,"MipModels.model_3dm_gv7_ahrs"],[2208,0,2,,"MipModels.model_3dm_gv7_ar"],[2209,0,2,,"MipModels.model_3dm_gv7_ins"],[2210,0,2,,"MipModels.model_3dm_cv7_ins"],[2211,0,2,,"MipModels.model_3dm_cv7_gnss_ins"],[2212,0,3,"modelNumberEqual","MipModels.modelNumberEqual"],[2213,0,3,"modelNumberFromStr","MipModels.modelNumberFromStr"],[2214,0,3,"modelNumberFromParts","MipModels.modelNumberFromParts"],[2215,0,3,"nodeModelFromStr","MipModels.nodeModelFromStr"],[2216,0,0,"MipModel","MipModel"],[2217,0,1,"MipModel Constants","MipModel.MipModel_Constants"],[2218,0,3,"MipModel","MipModel.MipModel"],[2219,0,3,"MipModel","MipModel.MipModel(2)"],[2220,0,4,"== (MipModel, C++ only)","MipModel.=="],[2221,0,4,"!= (MipModel, C++ only)","MipModel.!="],[2222,0,4,"== (<MipModels::​ModelNumber, C++ only)","MipModel.==(!= (<MipModels::​ModelNumber, C++ only)","MipModel.!=(std::​string (C++ only)","MipModel.std.string"],[2225,0,3,"equals","MipModel.equals"],[2226,0,3,"str","MipModel.str"],[2227,0,3,"nodeModel","MipModel.nodeModel"],[2228,0,3,"modifier","MipModel.modifier"],[2229,0,3,"modelNumber","MipModel.modelNumber"],[2230,0,4,"== (<MipModels::​ModelNumber>, <MipModel> object, C++ only)","MipModel.==(2)"],[2231,0,4,"!= (<MipModels::​ModelNumber>, <MipModel> object, C++ only)","MipModel.!=(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/MipModels-h-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/MipModels-h-SummaryToolTips.js deleted file mode 100644 index 712d21302..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/MipModels-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/MIP/MipModels.h",{2130:"
MipModels
Contains the model number information of MIP devices.
",2131:"
The base model numbers for each of the MIP devices.  Ex: 6284-4220 (3DM-GQ7) NodeModel is 6284
",2169:"
The modifier options for MIP devices.  Ex: 6285-0100 (3DM-RTK) Modifier is 0100 This list does not define modifiers for all devices. The placeholder value (9999) will match to any value read from the device when comparing MipModel objects.
",2173:"
The combined node model and modifier numbers for each of the MIP devices.  Ex: Model = 6285, Modifiers = RTK v2 (0100) - NodeModel = 62580100 Most models have 9999 placeholder modifier values because there is no significant interface difference between the different versions of the same base model.  This placeholder value will match to any modifier value read from the device when comparing MipModel objects.
",2212:"
Compare two MipModels::ModelNumber enum values (functionally the same as == operator overload for two MipModels::ModelNumber values).
",2213:"
static ModelNumber modelNumberFromStr(
const std::string &modelNumberString
)
Returns a full ModelNumber integer value parsed from a model number string.
",2214:"
static ModelNumber modelNumberFromParts(
NodeModel nodeModel,
Modifier modifier
)
Constructs a full ModelNumber integer from node model and modifier sections. Ex: nodeModel: 6284, modifier: 4220 -> 62844220
",2215:"
static NodeModel nodeModelFromStr(
const std::string &modelNumberString
)
Returns the NodeModel section of a ModelNumber as an integer value parsed from a model number string.
",2216:"
MipModel
Contains the model information of MIP devices.
",2217:"
Constant MipModel object definitions for each known MIP device.  Most models have 9999 placeholder modifier values because there is no significant interface difference between the different versions of the same base model.  This placeholder value will match to any modifier value read from the device when comparing MipModel objects.
",2218:"
MipModel(
const std::string &modelNumberStr
)
Creates a MipModel object from the model string read from a MIP device (inertial, RTK)
",2219:"
MipModel(
const MipModel &copy
)
Creates a MipModel object based on another MipModel object
",2220:"
Define == behavior when comparing two MipModel objects (functionally the same as MipModel::equals()).
",2221:"
Define != behavior when comparing two MipModel objects (functionally the same as MipModel::equals()).
",2222:"
Define == behavior when comparing two MipModel objects (functionally the same as MipModel::equals()).
",2223:"
Define != behavior when comparing two MipModel objects (functionally the same as MipModel::equals()).
",2224:"
Define behavior when casting a MipModel to std::string (funtionally the same as MipModel::str()).
",2225:"
bool equals(
const MipModel &compare
) const
Function to compare two MipModel objects for equality (functionally the same as overloaded == operator).
",2226:"
const std::string str() const
Get the model string formatted as it would be read from the device (ex: 6284-4220) (funtionally the same as std::string overloaded operator).
",2227:"
MipModels::NodeModel nodeModel() const
Get the NodeModel value for this model number. Ex: str: "6284-4220", nodeModel: 6284
",2228:"
uint32 modifier() const
Get the modifier value for this model number. Ex: str: "6284-4220", modifier: 4220 Note: most actual modifier values are not defined in the Modifier enum - actual value read from the device likely won\'t match.
",2229:"
MipModels::ModelNumber modelNumber() const
Get the full ModelNumber value for this model number. Ex: str: "6284-4220", modelNumber: 62844220 Note: most values in the ModelNumber enum use the placeholder modifier - actual value read from the device likely won\'t match.
",2230:"
Define == behavior when comparing a MipModels::ModelNumber enum value and MipModel object (functionally the same as comparing the MipModel::modelNumber() value with MipModels::modelNumbersEqual()).
",2231:"
Define != behavior when comparing a MipModels::ModelNumber enum value and MipModel object (functionally the same as comparing the MipModel::modelNumber() value with MipModels::modelNumbersEqual()).
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/MipModels-h-ToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/MipModels-h-ToolTips.js deleted file mode 100644 index d90c6ccbf..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/MipModels-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2131:"
The base model numbers for each of the MIP devices.  Ex: 6284-4220 (3DM-GQ7) NodeModel is 6284
",2169:"
The modifier options for MIP devices.  Ex: 6285-0100 (3DM-RTK) Modifier is 0100 This list does not define modifiers for all devices. The placeholder value (9999) will match to any value read from the device when comparing MipModel objects.
",2173:"
The combined node model and modifier numbers for each of the MIP devices.  Ex: Model = 6285, Modifiers = RTK v2 (0100) - NodeModel = 62580100 Most models have 9999 placeholder modifier values because there is no significant interface difference between the different versions of the same base model.  This placeholder value will match to any modifier value read from the device when comparing MipModel objects.
",2216:"
MipModel
Contains the model information of MIP devices.
",2218:"
MipModel(
const std::string &modelNumberStr
)
Creates a MipModel object from the model string read from a MIP device (inertial, RTK)
",2227:"
MipModels::NodeModel nodeModel() const
Get the NodeModel value for this model number. Ex: str: "6284-4220", nodeModel: 6284
",2228:"
uint32 modifier() const
Get the modifier value for this model number. Ex: str: "6284-4220", modifier: 4220 Note: most actual modifier values are not defined in the Modifier enum - actual value read from the device likely won\'t match.
",2229:"
MipModels::ModelNumber modelNumber() const
Get the full ModelNumber value for this model number. Ex: str: "6284-4220", modelNumber: 62844220 Note: most values in the ModelNumber enum use the placeholder modifier - actual value read from the device likely won\'t match.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/MipModels-h.html b/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/MipModels-h.html deleted file mode 100644 index e1aea1940..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/MipModels-h.html +++ /dev/null @@ -1,143 +0,0 @@ - - -MipModels.h - - - - - - - -
-
MipModels
-
MipModels
-

Contains the model number information of MIP devices.

-
- -
-
NodeModel
-

The base model numbers for each of the MIP devices.  Ex: 6284-4220 (3DM-GQ7) NodeModel is 6284

node_3dm_dh3

6219 - 3DM-DH3

node_3dm_gx3_15

6227 - 3DM-GX3-15

node_3dm_gx3_25

6223 - 3DM-GX3-25

node_3dm_gx3_35

6225 - 3DM-GX3-35

node_3dm_gx3_45

6228 - 3DM-GX3-45

node_3dm_rq1_45_lt

6232 - 3DM-RQ1-45-LT

node_3dm_gx4_15

6233 - 3DM-GX4-15

node_3dm_gx4_25

6234 - 3DM-GX4-25

node_3dm_gx4_45

6236 - 3DM-GX4-45

node_3dm_rq1_45_st

6239 - 3DM-RQ1-45-ST

node_mv5_ar

6243 - MV5-AR

node_3dm_gx5_10

6255 - 3DM-GX5-10

node_3dm_gx5_15

6254 - 3DM-GX5-15

node_3dm_gx5_25

6253 - 3DM-GX5-25

node_3dm_gx5_35

6252 - 3DM-GX5-35

node_3dm_gx5_45

6251 - 3DM-GX5-45

node_3dm_cv5_10

6259 - 3DM-CV5-10

node_3dm_cv5_15

6258 - 3DM-CV5-15

node_3dm_cv5_25

6257 - 3DM-CV5-25

node_3dm_cv5_45

6256 - 3DM-CV5-45

node_3dm_gq4_45

6250 - 3DM-GQ4-45

node_3dm_cx5_45

6271 - 3DM-CX5-45

node_3dm_cx5_35

6272 - 3DM-CX5-35

node_3dm_cx5_25

6273 - 3DM-CX5-25

node_3dm_cx5_15

6274 - 3DM-CX5-15

node_3dm_cx5_10

6275 - 3DM-CX5-10

node_3dm_cl5_15

6280 - 3DM-CL5-15

node_3dm_cl5_25

6281 - 3DM-CL5-25

node_3dm_gq7

6284 - 3DM-GQ7

node_3dm_rtk

6285 - 3DM-RTK

node_3dm_cv7_ahrs

6286 - 3DM-CV7-AHRS

node_3dm_cv7_ar

6287 - 3DM-CV7-AR

node_3dm_gv7_ahrs

6288 - 3DM-GV7-AHRS

node_3dm_gv7_ar

6289 - 3DM-GV7-AR

node_3dm_gv7_ins

6290 - 3DM-GV7-INS

node_3dm_cv7_ins

6291 - 3DM-CV7-INS

node_3dm_cv7_gnss_ins

6292 - 3DM-CV7-GNSS/INS

-
- -
-
Modifier
-

The modifier options for MIP devices.  Ex: 6285-0100 (3DM-RTK) Modifier is 0100 This list does not define modifiers for all devices. The placeholder value (9999) will match to any value read from the device when comparing MipModel objects.

placeholder_matchAll

9999 - Placeholder value to use in full ModelNumber and const MipModel definitions

rtk_v1

0000 - 3DM-RTK v1

rtk_v2

0100 - 3DM-RTK

-
- -
-
ModelNumber
-

The combined node model and modifier numbers for each of the MIP devices.  Ex: Model = 6285, Modifiers = RTK v2 (0100) - NodeModel = 62580100 Most models have 9999 placeholder modifier values because there is no significant interface difference between the different versions of the same base model.  This placeholder value will match to any modifier value read from the device when comparing MipModel objects.

model_3dm_dh3

62199999 - 3DM-DH3

model_3dm_gx3_15

62279999 - 3DM-GX3-15

model_3dm_gx3_25

62239999 - 3DM-GX3-25

model_3dm_gx3_35

62259999 - 3DM-GX3-35

model_3dm_gx3_45

62289999 - 3DM-GX3-45

model_3dm_rq1_45_lt

62329999 - 3DM-RQ1-45-LT

model_3dm_gx4_15

62339999 - 3DM-GX4-15

model_3dm_gx4_25

62349999 - 3DM-GX4-25

model_3dm_gx4_45

62369999 - 3DM-GX4-45

model_3dm_rq1_45_st

62399999 - 3DM-RQ1-45-ST

model_mv5_ar

62439999 - MV5-AR

model_3dm_gx5_10

62559999 - 3DM-GX5-10

model_3dm_gx5_15

62549999 - 3DM-GX5-15

model_3dm_gx5_25

62539999 - 3DM-GX5-25

model_3dm_gx5_35

62529999 - 3DM-GX5-35

model_3dm_gx5_45

62519999 - 3DM-GX5-45

model_3dm_cv5_10

62599999 - 3DM-CV5-10

model_3dm_cv5_15

62589999 - 3DM-CV5-15

model_3dm_cv5_25

62579999 - 3DM-CV5-25

model_3dm_cv5_45

62569999 - 3DM-CV5-45

model_3dm_gq4_45

62509999 - 3DM-GQ4-45

model_3dm_cx5_45

62719999 - 3DM-CX5-45

model_3dm_cx5_35

62729999 - 3DM-CX5-35

model_3dm_cx5_25

62739999 - 3DM-CX5-25

model_3dm_cx5_15

62749999 - 3DM-CX5-15

model_3dm_cx5_10

62759999 - 3DM-CX5-10

model_3dm_cl5_15

62809999 - 3DM-CL5-15

model_3dm_cl5_25

62819999 - 3DM-CL5-25

model_3dm_gq7

62849999 - 3DM-GQ7

model_3dm_rtk_v1

62850000 - 3DM-RTK v1

model_3dm_rtk

62850100 - 3DM-RTK

model_3dm_cv7_ahrs

62869999 - 3DM-CV7-AHRS

model_3dm_cv7_ar

62879999 - 3DM-CV7-AR

model_3dm_gv7_ahrs

62889999 - 3DM-GV7-AHRS

model_3dm_gv7_ar

62899999 - 3DM-GV7-AR

model_3dm_gv7_ins

62909999 - 3DM-GV7-INS

model_3dm_cv7_ins

62919999 - 3DM-CV7-INS

model_3dm_cv7_gnss_ins

62929999 - 3DM-CV7-GNSS/INS

-
- -
-
modelNumberEqual
-

Compare two MipModels::ModelNumber enum values (functionally the same as == operator overload for two MipModels::ModelNumber values).

Parameters
model1

the first MipModels::ModelNumber value to compare

model2

the second MipModels::ModelNumber value to compare

Returns
bool

true if both the NodeModel and Modifier sections of the full model number are equal or either Modifier is the placeholder value (9999)

-
- -
-
modelNumberFromStr
-
static ModelNumber modelNumberFromStr(
const std::string &modelNumberString
)
-

Returns a full ModelNumber integer value parsed from a model number string.

Parameters
modelNumberString
const std::string&

model number string formatted as it is read from a MIP device (ex: "6284-4220")

Returns
ModelNumber

integer form of model number cast as a ModelNumber enum value (ex: "6284-4220" -> 62844220)

-
- -
-
modelNumberFromParts
-
static ModelNumber modelNumberFromParts(
NodeModel nodeModel,
Modifier modifier
)
-

Constructs a full ModelNumber integer from node model and modifier sections. Ex: nodeModel: 6284, modifier: 4220 -> 62844220

Parameters
nodeModel
NodeModel

NodeModel value, the first part of the full model number (ex: 6284 of "6284-4220")

modifier
Modifier

Modifier value, the second part of the full model number (ex: 4220 of "6284-4220")

Returns

ModelNumber integer form of model number cast as a ModelNumber enum value

-
- -
-
nodeModelFromStr
-
static NodeModel nodeModelFromStr(
const std::string &modelNumberString
)
-

Returns the NodeModel section of a ModelNumber as an integer value parsed from a model number string.

Parameters
modelNumberString
const std::string&

model number string formatted as it is read from a MIP device (ex: "6284-4220")

Returns
NodeModel

integer form of the first part of a model number cast as a NodeModel enum value (ex: "6284-4220" -> 6284)

-
- -
-
MipModel
-
MipModel
-

Contains the model information of MIP devices.

-
- -
-
MipModel Constants
-

Constant MipModel object definitions for each known MIP device.  Most models have 9999 placeholder modifier values because there is no significant interface difference between the different versions of the same base model.  This placeholder value will match to any modifier value read from the device when comparing MipModel objects.

mip_model_none

00000000 - undefined placeholder

mip_model_3dm_dh3

62199999 - 3DM-DH3

mip_model_3dm_gx3_15

62279999 - 3DM-GX3-15

mip_model_3dm_gx3_25

62239999 - 3DM-GX3-25

mip_model_3dm_gx3_35

62259999 - 3DM-GX3-35

mip_model_3dm_gx3_45

62289999 - 3DM-GX3-45

mip_model_3dm_rq1_45_lt

62329999 - 3DM-RQ1-45-LT

mip_model_3dm_gx4_15

62339999 - 3DM-GX4-15

mip_model_3dm_gx4_25

62349999 - 3DM-GX4-25

mip_model_3dm_gx4_45

62369999 - 3DM-GX4-45

mip_model_3dm_rq1_45_st

62399999 - 3DM-RQ1-45-ST

mip_model_mv5_ar

62439999 - MV5-AR

mip_model_3dm_gx5_10

62559999 - 3DM-GX5-10

mip_model_3dm_gx5_15

62549999 - 3DM-GX5-15

mip_model_3dm_gx5_25

62539999 - 3DM-GX5-25

mip_model_3dm_gx5_35

62529999 - 3DM-GX5-35

mip_model_3dm_gx5_45

62519999 - 3DM-GX5-45

mip_model_3dm_cv5_10

62599999 - 3DM-CV5-10

mip_model_3dm_cv5_15

62589999 - 3DM-CV5-15

mip_model_3dm_cv5_25

62579999 - 3DM-CV5-25

mip_model_3dm_cv5_45

62569999 - 3DM-CV5-45

mip_model_3dm_gq4_45

62509999 - 3DM-GQ4-45

mip_model_3dm_cx5_45

62719999 - 3DM-CX5-45

mip_model_3dm_cx5_35

62729999 - 3DM-CX5-35

mip_model_3dm_cx5_25

62739999 - 3DM-CX5-25

mip_model_3dm_cx5_15

62749999 - 3DM-CX5-15

mip_model_3dm_cx5_10

62759999 - 3DM-CX5-10

mip_model_3dm_cl5_15

62809999 - 3DM-CL5-15

mip_model_3dm_cl5_25

62819999 - 3DM-CL5-25

mip_model_3dm_gq7

62849999 - 3DM-GQ7

mip_model_3dm_rtk_v1

62850000 - 3DM-RTK v1

mip_model_3dm_rtk

62850100 - 3DM-RTK

mip_model_3dm_cv7_ahrs

62869999 - 3DM-CV7-AHRS

mip_model_3dm_cv7_ar

62879999 - 3DM-CV7-AR

mip_model_3dm_gv7_ahrs

62889999 - 3DM-GV7-AHRS

mip_model_3dm_gv7_ar

62899999 - 3DM-GV7-AR

mip_model_3dm_gv7_ins

62909999 - 3DM-GV7-INS

mip_model_3dm_cv7_ins

62919999 - 3DM-CV7-INS

mip_model_3dm_cv7_gnss_ins

62929999 - 3DM-CV7-GNSS/INS

-
- -
-
MipModel
-
MipModel(
const std::string &modelNumberStr
)
-

Creates a MipModel object from the model string read from a MIP device (inertial, RTK)

Parameters
modelNumberStr
const std::string&

the model number string as read from the device, example format: "6284-4220"

-
- -
-
MipModel
-
MipModel(
const MipModel &copy
)
-

Creates a MipModel object based on another MipModel object

Parameters
copy
const MipModel&

the MipModel object to copy values from

-
- -
-
== (MipModel, C++ only)
-

Define == behavior when comparing two MipModel objects (functionally the same as MipModel::equals()).

Parameters
compare

the MipModel object to compare this to

Returns
bool

true if both the NodeModel and Modifier sections of the full model number are equal or either Modifier is the placeholder value (9999)

-
- -
-
!= (MipModel, C++ only)
-

Define != behavior when comparing two MipModel objects (functionally the same as MipModel::equals()).

Parameters
compare

the MipModel object to compare this to

Returns
bool

false if both the NodeModel and Modifier sections of the full model number are equal or either Modifier is the placeholder value (9999)

-
- -
-
== (<MipModels::​ModelNumber, C++ only)
-

Define == behavior when comparing two MipModel objects (functionally the same as MipModel::equals()).

Parameters
compare

the ModelNumber value to compare this to

Returns
bool

true if both the NodeModel and Modifier sections of the full model number are equal or either Modifier is the placeholder value (9999)

-
- -
-
!= (<MipModels::​ModelNumber, C++ only)
-

Define != behavior when comparing two MipModel objects (functionally the same as MipModel::equals()).

Parameters
compare

the ModelNumber value to compare this to

Returns
bool

false if both the NodeModel and Modifier sections of the full model number are equal or either Modifier is the placeholder value (9999)

-
- -
-
std::​string (C++ only)
-

Define behavior when casting a MipModel to std::string (funtionally the same as MipModel::str()).

Returns
string

model string formatted as it would be read from the device (ex: 6284-4220)

-
- -
-
equals
-
bool equals(
const MipModel &compare
) const
-

Function to compare two MipModel objects for equality (functionally the same as overloaded == operator).

Parameters
compare
const MipModel&

the MipModel object to compare this to

Returns
bool

true if both the NodeModel and Modifier sections of the full model number are equal or either Modifier is the placeholder value (9999)

-
- -
-
str
-
const std::string str() const
-

Get the model string formatted as it would be read from the device (ex: 6284-4220) (funtionally the same as std::string overloaded operator).

Returns
string

model string formatted as it would be read from the device (ex: 6284-4220)

-
- -
-
nodeModel
-
MipModels::NodeModel nodeModel() const
-

Get the NodeModel value for this model number. Ex: str: "6284-4220", nodeModel: 6284

Returns
NodeModel

the first part of the model number

-
- -
-
modifier
-
uint32 modifier() const
-

Get the modifier value for this model number. Ex: str: "6284-4220", modifier: 4220 Note: most actual modifier values are not defined in the Modifier enum - actual value read from the device likely won't match.

Returns
uint32

the second part of the model number

-
- -
-
modelNumber
-
MipModels::ModelNumber modelNumber() const
-

Get the full ModelNumber value for this model number. Ex: str: "6284-4220", modelNumber: 62844220 Note: most values in the ModelNumber enum use the placeholder modifier - actual value read from the device likely won't match.

Returns
ModelNumber

the full model number integer

-
- -
-
== (<MipModels::​ModelNumber>, <MipModel> object, C++ only)
-

Define == behavior when comparing a MipModels::ModelNumber enum value and MipModel object (functionally the same as comparing the MipModel::modelNumber() value with MipModels::modelNumbersEqual()).

Parameters
model1

the first MipModels::ModelNumber value to compare

model2

the second MipModel object to compare

Returns
bool

true if both the NodeModel and Modifier sections of the full model number are equal or either Modifier is the placeholder value (9999)

-
- -
-
!= (<MipModels::​ModelNumber>, <MipModel> object, C++ only)
-

Define != behavior when comparing a MipModels::ModelNumber enum value and MipModel object (functionally the same as comparing the MipModel::modelNumber() value with MipModels::modelNumbersEqual()).

Parameters
model1

the first MipModels::ModelNumber value to compare

model2

the second MipModel object to compare

Returns
bool

false if both the NodeModel and Modifier sections of the full model number are equal or either Modifier is the placeholder value (9999)

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/MipNode-h-Summary.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/MipNode-h-Summary.js deleted file mode 100644 index e6870b761..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/MipNode-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/MIP/MipNode.h","MipNode.h");NDSummary.OnSummaryLoaded("File:MicroStrain/MIP/MipNode.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"]],[[2083,0,0,"MipNode","MipNode"],[2084,0,1,"doCommand","MipNode.doCommand"],[2085,0,1,"deviceName","MipNode.deviceName"],[2086,0,1,"connection","MipNode.connection"],[2087,0,1,"features","MipNode.features"],[2088,0,1,"clearDeviceInfo","MipNode.clearDeviceInfo"],[2089,0,1,"lastCommunicationTime","MipNode.lastCommunicationTime"],[2090,0,1,"lastDeviceState","MipNode.lastDeviceState"],[2091,0,1,"setLastDeviceState","MipNode.setLastDeviceState"],[2092,0,1,"firmwareVersion","MipNode.firmwareVersion"],[2093,0,1,"model","MipNode.model"],[2094,0,1,"modelName","MipNode.modelName"],[2095,0,1,"modelNumber","MipNode.modelNumber"],[2096,0,1,"serialNumber","MipNode.serialNumber"],[2097,0,1,"lotNumber","MipNode.lotNumber"],[2098,0,1,"deviceOptions","MipNode.deviceOptions"],[2099,0,1,"timeout","MipNode.timeout"],[2100,0,1,"timeout","MipNode.timeout(2)"],[2101,0,1,"name","MipNode.name"],[2102,0,1,"ping","MipNode.ping"],[2103,0,1,"setToIdle","MipNode.setToIdle"],[2104,0,1,"cyclePower","MipNode.cyclePower"],[2105,0,1,"resume","MipNode.resume"],[2106,0,1,"getCommunicationMode","MipNode.getCommunicationMode"],[2107,0,1,"setCommunicationMode","MipNode.setCommunicationMode"],[2108,0,1,"saveSettingsAsStartup","MipNode.saveSettingsAsStartup"],[2109,0,1,"saveSettingsAsStartup","MipNode.saveSettingsAsStartup(2)"],[2110,0,1,"saveSettingsAsStartup","MipNode.saveSettingsAsStartup(3)"],[2111,0,1,"loadStartupSettings","MipNode.loadStartupSettings"],[2112,0,1,"loadStartupSettings","MipNode.loadStartupSettings(2)"],[2113,0,1,"loadStartupSettings","MipNode.loadStartupSettings(3)"],[2114,0,1,"loadFactoryDefaultSettings","MipNode.loadFactoryDefaultSettings"],[2115,0,1,"loadFactoryDefaultSettings","MipNode.loadFactoryDefaultSettings(2)"],[2116,0,1,"loadFactoryDefaultSettings","MipNode.loadFactoryDefaultSettings(3)"],[2117,0,1,"setUARTBaudRate","MipNode.setUARTBaudRate"],[2118,0,1,"setUARTBaudRate","MipNode.setUARTBaudRate(2)"],[2119,0,1,"getUARTBaudRate","MipNode.getUARTBaudRate"],[2120,0,1,"getRawBytePackets","MipNode.getRawBytePackets"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/MipNode-h-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/MipNode-h-SummaryToolTips.js deleted file mode 100644 index c5bfacade..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/MipNode-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/MIP/MipNode.h",{2083:"
MipNode
Abstract base class for Inertial or RTK (MIP) devices
",2084:"
virtual Bytes doCommand(
uint8 descriptorSet,
uint8 cmdDescriptor,
const Bytes &fieldData,
bool ackNackResponse,
bool dataResponse,
uint8 responseDataDescriptor = 0
) const
Note: This is an ADVANCED COMMAND. Most users will not need to use this.  Allows sending custom data as a MIP packet to the device, and receiving custom data as a response.
",2085:"
static std::string deviceName(
const std::string &serial
)
Static function for creating the universal sensor name that should be used for SensorCloud.
",2086:"
Connection& connection()
Gets the Connection object that this MipNode is using.
",2087:"
const MipNodeFeatures& features() const
Gets a reference to the MipNodeFeatures for this device.  Note: This will be invalid when the MipNode is destroyed.
",2088:"
void clearDeviceInfo()
Clears cached device info (ie fw version, model number, receiver info, etc.), forcing it to be re-read from the device the next time it is used.
",2089:"
const Timestamp& lastCommunicationTime() const
Gets the Timestamp for the last time MSCL communicated with the MipNode.
",2090:"
DeviceState lastDeviceState() const
Gets the last known DeviceState for the MipNode.  This device state is updated by MSCL when data packets are received, as well as when operations are performed, such as setting a Node to idle.
",2091:"
void setLastDeviceState(
DeviceState state
)
Most users will not need this functionality.  The device state defaults to unknown on connection but then automatically updates to streaming upon receiving data packets or idle when the set to idle command is sent.  Setting this will not stop auto-detection - the manually set value will be overwritten when the value would otherwise be set.
",2092:"
Version firmwareVersion() const
Gets the firmware Version of the MipNode.
",2093:"
MipModel model() const
Gets the MipModel of the MipNode.
",2094:"
std::string modelName() const
Gets the model name of the MipNode (ie. "3DM-GX3-45").
",2095:"
std::string modelNumber() const
Gets the model number of the MipNode (ie. "6225-4220").
",2096:"
std::string serialNumber() const
Gets the serial number of the MipNode (ie. "6225-01319").
",2097:"
std::string lotNumber() const
Gets the lot number of the MipNode (ie. "I042Y").
",2098:"
std::string deviceOptions() const
Gets the device options of the MipNode (ie. "5g, 300d/s").
",2099:"
void timeout(
uint64 timeout
)
Sets the timeout to use when waiting for responses from commands.
",2100:"
uint64 timeout() const
Gets the timeout to use when waiting for responses from commands.
",2101:"
std::string name()
Gets the name of the MipNode. This is the universal sensor name that should be used for uploading to SensorCloud.  This is the same as calling MipNode::deviceName.
",2102:"
bool ping()
Pings the Node to check for communication.  Sends the "Ping" command to the device.
",2103:"
void setToIdle()
Suspends streaming (if enabled) or wakes the device from sleep (if sleeping), putting the device in an idle mode.  After this command is used, the resume command may be used to put the Node back into the mode it was previously in before setToIdle was called.
",2104:"
bool cyclePower()
Performs the "Device Reset" command.  Note: This is essentially the same as unplugging and plugging the device back in.
",2105:"
void resume()
Places the Node back in the mode it was in before issuing the setToIdle command.  If the setToIdle command was not issued, then the device is placed in default mode.
",2106:"
virtual uint8 getCommunicationMode() = 0
Gets the current communication mode that the node is in.
",2107:"
virtual void setCommunicationMode(
uint8 communicationMode
) = 0
Sets the communication mode for the node.  Note: The node info will be reset when doing this and therefore will require being fetched again the next time it is requested.
",2108:"
void saveSettingsAsStartup()
Save the current value of the specified settings commands as a startup setting.
",2109:"
void saveSettingsAsStartup(
MipTypes::MipCommands cmdIds
)
Save the current value of the specified settings commands as a startup setting.
",2110:"
void saveSettingsAsStartup(
MipCommandParameters cmdParams
)
Save the current value of the specified settings commands as a startup setting.
",2111:"
void loadStartupSettings()
Loads the saved startup settings onto the Node as its current settings.  This function is useful if you have powered on the Node, made changes to its settings, and want to get back to its startup settings.
",2112:"
void loadStartupSettings(
MipTypes::MipCommands cmdIds
)
Loads the saved startup settings onto the Node as its current settings.  This function is useful if you have powered on the Node, made changes to its settings, and want to get back to its startup settings.
",2113:"
void loadStartupSettings(
MipCommandParameters cmdParams
)
Loads the saved startup settings onto the Node as its current settings.  This function is useful if you have powered on the Node, made changes to its settings, and want to get back to its startup settings.
",2114:"
void loadFactoryDefaultSettings()
Loads the factory default settings onto the Node as its current settings.
",2115:"
void loadFactoryDefaultSettings(
MipTypes::MipCommands cmdIds
)
Loads the factory default settings onto the Node as its current settings.
",2116:"
void loadFactoryDefaultSettings(
MipCommandParameters cmdParams
)
Loads the factory default settings onto the Node as its current settings.
",2117:"
void setUARTBaudRate(
uint32 baudRate,
bool resetConnection = true
)
Sets the baud rate.  The device can be unresponsive for as much as 250 ms following this command.  Important: The connection to the port will be automatically closed and re-opened at the new baud rate unless resetConnection parameter is false.
",2118:"
void setUARTBaudRate(
uint32 baudRate,
uint8 portId,
bool resetConnection = true
)
Sets the baud rate.  The device can be unresponsive for as much as 250 ms following this command.  Important: The connection to the port will be automatically closed and re-opened at the new baud rate unless resetConnection parameter is false.
",2119:"
uint32 getUARTBaudRate(
uint8 portId = 1
)
Gets the current baud rate for the inertial device.
",2120:"
RawBytePackets getRawBytePackets(
uint32 timeout = 0,
uint32 maxPackets = 0
)
Gets up to the requested amount of raw byte packets that have been collected.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/MipNode-h-ToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/MipNode-h-ToolTips.js deleted file mode 100644 index 403a52887..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/MipNode-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({19:"
Connection
The Connection object that is used for communication.
",1094:"
The enums for all the different data classes of MIP data.
",1727:"
A vector of Command enums.
",2043:"
MipNodeFeatures
Contains information on which features are supported by an InertialNode.
",2085:"
static std::string deviceName(
const std::string &serial
)
Static function for creating the universal sensor name that should be used for SensorCloud.
",2096:"
std::string serialNumber() const
Gets the serial number of the MipNode (ie. "6225-01319").
",2103:"
void setToIdle()
Suspends streaming (if enabled) or wakes the device from sleep (if sleeping), putting the device in an idle mode.  After this command is used, the resume command may be used to put the Node back into the mode it was previously in before setToIdle was called.
",2105:"
void resume()
Places the Node back in the mode it was in before issuing the setToIdle command.  If the setToIdle command was not issued, then the device is placed in default mode.
",2216:"
MipModel
Contains the model information of MIP devices.
",2239:"
RawBytePacket
A class that contains packet information about an Inertial packet
",4493:"
Version
Class that represents, and provides helper functions for, a Version number
",4526:"
typedef for a vector of bytes.
",4547:"
The possible states a device can be in.
",4554:"
Timestamp
Represents a date/time object
",4614:"
Error_NotSupported
A command/feature was attempted to be used that was not supported.
",4617:"
Error_NoData
There is no data available to be accessed
",4625:"
Error_Communication
The exception for failing to communicate with a device.
",4632:"
Error_Connection
The generic connection exception.
",4644:"
Error_MipCmdFailed
The Inertial command has failed
",121:"
InertialNode
A class representing a MicroStrain Inertial Node
",2675:"
RTKNode
A class representing a MicroStrain RTK Node
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/MipNode-h.html b/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/MipNode-h.html deleted file mode 100644 index 67b611084..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/MipNode-h.html +++ /dev/null @@ -1,239 +0,0 @@ - - -MipNode.h - - - - - - - -
-
MipNode
- -

Abstract base class for Inertial or RTK (MIP) devices

-
- -
-
doCommand
-
virtual Bytes doCommand(
uint8 descriptorSet,
uint8 cmdDescriptor,
const Bytes &fieldData,
bool ackNackResponse,
bool dataResponse,
uint8 responseDataDescriptor = 0
) const
-

Note: This is an ADVANCED COMMAND. Most users will not need to use this.  Allows sending custom data as a MIP packet to the device, and receiving custom data as a response.

Parameters
descriptorSet
uint8

The MIP descriptor set byte.

cmdDescriptor
uint8

The MIP command field descriptor byte.

fieldData
const Bytes&

The MIP field data to send in the command (pass an empty Bytes container if none).

ackNackResponse
bool

Whether or not a MIP ack/nack response field is expected.

dataResponse
bool

Whether or not a MIP data response field is expected.

responseDataDescriptor
uint8

The MIP response data field descriptor byte (only required if dataResponse flag is true)

Returns

The response field Bytes from a successful response (empty if no dataResponse).

Exceptions
-
- -
-
deviceName
-
static std::string deviceName(
const std::string &serial
)
-

Static function for creating the universal sensor name that should be used for SensorCloud.

Parameters
serial
const std::string&

The serial number of the node. This should be identical to calling the serialNumber function on an <MipNodeInfo> object (see <MipNode::info>).

Returns

The universal sensor name.

-
- -
-
connection
-
Connection& connection()
-

Gets the Connection object that this MipNode is using.

Returns

The Connection object that this MipNode is using.

-
- -
-
features
-
const MipNodeFeatures& features() const
-

Gets a reference to the MipNodeFeatures for this device.  Note: This will be invalid when the MipNode is destroyed.

Exceptions
-
- -
-
clearDeviceInfo
-
void clearDeviceInfo()
-

Clears cached device info (ie fw version, model number, receiver info, etc.), forcing it to be re-read from the device the next time it is used.

-
- -
-
lastCommunicationTime
-
const Timestamp& lastCommunicationTime() const
-

Gets the Timestamp for the last time MSCL communicated with the MipNode.

Returns

A Timestamp representing the last time MSCL communicated with the Node.

Exceptions

  • Error_NoData: There is no communication time logged for this device.

-
- -
-
lastDeviceState
-
DeviceState lastDeviceState() const
-

Gets the last known DeviceState for the MipNode.  This device state is updated by MSCL when data packets are received, as well as when operations are performed, such as setting a Node to idle.

Returns

The last known DeviceState.

-
- -
-
setLastDeviceState
-
void setLastDeviceState(
DeviceState state
)
-

Most users will not need this functionality.  The device state defaults to unknown on connection but then automatically updates to streaming upon receiving data packets or idle when the set to idle command is sent.  Setting this will not stop auto-detection - the manually set value will be overwritten when the value would otherwise be set.

Parameters
state
DeviceState

the DeviceState to set

-
- -
-
firmwareVersion
-
Version firmwareVersion() const
-

Gets the firmware Version of the MipNode.

Returns

The firmware Version of the MipNode.

Exceptions
-
- -
-
model
-
MipModel model() const
-

Gets the MipModel of the MipNode.

Returns

The MipModel of the MipNode.

Exceptions
-
- -
-
modelName
-
std::string modelName() const
-

Gets the model name of the MipNode (ie. "3DM-GX3-45").

Returns

The model name of the MipNode.

Exceptions
-
- -
-
modelNumber
-
std::string modelNumber() const
-

Gets the model number of the MipNode (ie. "6225-4220").

Returns

The model number of the MipNode.

Exceptions
-
- -
-
serialNumber
-
std::string serialNumber() const
-

Gets the serial number of the MipNode (ie. "6225-01319").

Returns

The serial number of the MipNode.

Exceptions
-
- -
-
lotNumber
-
std::string lotNumber() const
-

Gets the lot number of the MipNode (ie. "I042Y").

Returns

The lot number of the MipNode.

Exceptions
-
- -
-
deviceOptions
-
std::string deviceOptions() const
-

Gets the device options of the MipNode (ie. "5g, 300d/s").

Returns

The device options of the MipNode.

Exceptions
-
- -
-
timeout
-
void timeout(
uint64 timeout
)
-

Sets the timeout to use when waiting for responses from commands.

Parameters
timeout
uint64

The timeout (in milliseconds) to set for commands.

-
- -
-
timeout
-
uint64 timeout() const
-

Gets the timeout to use when waiting for responses from commands.

Returns

The timeout (in milliseconds) used for commands.

-
- -
-
name
-
std::string name()
-

Gets the name of the MipNode. This is the universal sensor name that should be used for uploading to SensorCloud.  This is the same as calling MipNode::deviceName.

Returns

The universal sensor name.

-
- -
-
ping
-
bool ping()
-

Pings the Node to check for communication.  Sends the "Ping" command to the device.

Returns

true if successfully pinged the node, false if failed.

Exceptions
-
- -
-
setToIdle
-
void setToIdle()
-

Suspends streaming (if enabled) or wakes the device from sleep (if sleeping), putting the device in an idle mode.  After this command is used, the resume command may be used to put the Node back into the mode it was previously in before setToIdle was called.

Exceptions
-
- -
-
cyclePower
-
bool cyclePower()
-

Performs the "Device Reset" command.  Note: This is essentially the same as unplugging and plugging the device back in.

Exceptions
-
- -
-
resume
-
void resume()
-

Places the Node back in the mode it was in before issuing the setToIdle command.  If the setToIdle command was not issued, then the device is placed in default mode.

Exceptions
-
- -
-
getCommunicationMode
-
virtual uint8 getCommunicationMode() = 0
-

Gets the current communication mode that the node is in.

Returns

The communication mode the node is in. This is an advanced command, and therefore the communication modes for your device should be researched to determine what each communication mode is.

Exceptions
-
- -
-
setCommunicationMode
-
virtual void setCommunicationMode(
uint8 communicationMode
) = 0
-

Sets the communication mode for the node.  Note: The node info will be reset when doing this and therefore will require being fetched again the next time it is requested.

Parameters
communicationMode
uint8

The communication mode to set. This is an advanced command, and therefore the communication modes for your device should be researched to determine what each communication mode is.

Exceptions
-
- -
-
saveSettingsAsStartup
-
void saveSettingsAsStartup()
-

Save the current value of the specified settings commands as a startup setting.

Exceptions
-
- -
-
saveSettingsAsStartup
-
void saveSettingsAsStartup(
MipTypes::MipCommands cmdIds
)
-

Save the current value of the specified settings commands as a startup setting.

Parameters
cmdIds
MipTypes::MipCommands

(Optional) MipTypes::MipCommands list of IDs of the settings commands to save

Exceptions
-
- -
-
saveSettingsAsStartup
-
void saveSettingsAsStartup(
MipCommandParameters cmdParams
)
-

Save the current value of the specified settings commands as a startup setting.

Parameters
cmdParams
MipCommandParameters

(Optional) <MipCommandParameters> map of command IDs with associated parameters to save (if required, ie: message format, comm port speed, etc.)

Exceptions
-
- -
-
loadStartupSettings
-
void loadStartupSettings()
-

Loads the saved startup settings onto the Node as its current settings.  This function is useful if you have powered on the Node, made changes to its settings, and want to get back to its startup settings.

Exceptions
-
- -
-
loadStartupSettings
-
void loadStartupSettings(
MipTypes::MipCommands cmdIds
)
-

Loads the saved startup settings onto the Node as its current settings.  This function is useful if you have powered on the Node, made changes to its settings, and want to get back to its startup settings.

Parameters
cmdIds
MipTypes::MipCommands

(Optional) MipTypes::MipCommands list of IDs of the settings commands to load

Exceptions
-
- -
-
loadStartupSettings
-
void loadStartupSettings(
MipCommandParameters cmdParams
)
-

Loads the saved startup settings onto the Node as its current settings.  This function is useful if you have powered on the Node, made changes to its settings, and want to get back to its startup settings.

Parameters
cmdParams
MipCommandParameters

(Optional) <MipCommandParameters> map of command IDs with associated parameters to load (if required, ie: message format, comm port speed, etc.)

Exceptions
-
- -
-
loadFactoryDefaultSettings
-
void loadFactoryDefaultSettings()
-

Loads the factory default settings onto the Node as its current settings.

Exceptions
-
- -
-
loadFactoryDefaultSettings
-
void loadFactoryDefaultSettings(
MipTypes::MipCommands cmdIds
)
-

Loads the factory default settings onto the Node as its current settings.

Parameters
cmdIds
MipTypes::MipCommands

(Optional) MipTypes::MipCommands list of IDs of the settings commands to load

Exceptions
-
- -
-
loadFactoryDefaultSettings
-
void loadFactoryDefaultSettings(
MipCommandParameters cmdParams
)
-

Loads the factory default settings onto the Node as its current settings.

Parameters
cmdParams
MipCommandParameters

(Optional) <MipCommandParameters> map of command IDs with associated parameters to load (if required, ie: message format, comm port speed, etc.)

Exceptions
-
- -
-
setUARTBaudRate
-
void setUARTBaudRate(
uint32 baudRate,
bool resetConnection = true
)
-

Sets the baud rate.  The device can be unresponsive for as much as 250 ms following this command.  Important: The connection to the port will be automatically closed and re-opened at the new baud rate unless resetConnection parameter is false.

Parameters
baudRate
uint32

The new baud rate.

resetConnection
bool

(Optional) Specifies whether the connection to the port should be automatically closed and re-opened at the new baud rate.

Exceptions
-
- -
-
setUARTBaudRate
-
void setUARTBaudRate(
uint32 baudRate,
uint8 portId,
bool resetConnection = true
)
-

Sets the baud rate.  The device can be unresponsive for as much as 250 ms following this command.  Important: The connection to the port will be automatically closed and re-opened at the new baud rate unless resetConnection parameter is false.

Parameters
baudRate
uint32

The new baud rate.

portId
uint8

Specify the port id to set the baud rate. This value is ignored if device does not support command: Comm Port Speed (0x01,0x09)

resetConnection
bool

(Optional) Specifies whether the connection to the port should be automatically closed and re-opened at the new baud rate.

Exceptions
-
- -
-
getUARTBaudRate
-
uint32 getUARTBaudRate(
uint8 portId = 1
)
-

Gets the current baud rate for the inertial device.

Parameters
portId
uint8

(Optional) Specify the port id to read the baud rate. This value is ignored if device does not support command: Comm Port Speed (0x01,0x09)

Return

uint8 current baud rate.

Exceptions
-
- -
-
getRawBytePackets
-
RawBytePackets getRawBytePackets(
uint32 timeout = 0,
uint32 maxPackets = 0
)
-

Gets up to the requested amount of raw byte packets that have been collected.

Parameters
packets

A vector of RawBytePacket to hold the result.

timeout
uint32

the timeout, in milliseconds, to wait for the data if necessary (default of 0)

maxPackets
uint32

The maximum number of packets to return. If this is 0 (default), all packets will be returned.

Exceptions
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/MipNodeFeatures-h-Summary.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/MipNodeFeatures-h-Summary.js deleted file mode 100644 index 04102239d..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/MipNodeFeatures-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/MIP/MipNodeFeatures.h","MipNodeFeatures.h");NDSummary.OnSummaryLoaded("File:MicroStrain/MIP/MipNodeFeatures.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"]],[[2043,0,0,"MipNodeFeatures","MipNodeFeatures"],[2044,0,1,"isChannelField","MipNodeFeatures.isChannelField"],[2045,0,1,"supportsCategory","MipNodeFeatures.supportsCategory"],[2046,0,1,"supportsCommand","MipNodeFeatures.supportsCommand"],[2047,0,1,"supportedCommands","MipNodeFeatures.supportedCommands"],[2048,0,1,"supportsChannelField","MipNodeFeatures.supportsChannelField"],[2049,0,1,"filterSupportedChannelFields","MipNodeFeatures.filterSupportedChannelFields"],[2050,0,1,"supportedChannelFields","MipNodeFeatures.supportedChannelFields"],[2051,0,1,"supportedSampleRates","MipNodeFeatures.supportedSampleRates"],[2052,0,1,"baseDataRate","MipNodeFeatures.baseDataRate"],[2053,0,1,"gnssReceiverInfo","MipNodeFeatures.gnssReceiverInfo"],[2054,0,1,"supportedGnssSources","MipNodeFeatures.supportedGnssSources"],[2055,0,1,"supportedSensorRanges","MipNodeFeatures.supportedSensorRanges"],[2056,0,1,"supportedSensorRanges","MipNodeFeatures.supportedSensorRanges(2)"],[2057,0,1,"commPortInfo","MipNodeFeatures.commPortInfo"],[2058,0,1,"useLegacyIdsForEnableDataStream","MipNodeFeatures.useLegacyIdsForEnableDataStream"],[2059,0,1,"supportedHeadingUpdateOptions","MipNodeFeatures.supportedHeadingUpdateOptions"],[2060,0,1,"supportedHeadingAlignmentMethods","MipNodeFeatures.supportedHeadingAlignmentMethods"],[2061,0,1,"supportedStatusSelectors","MipNodeFeatures.supportedStatusSelectors"],[2062,0,1,"supportedEstimationControlOptions","MipNodeFeatures.supportedEstimationControlOptions"],[2063,0,1,"supportedVehicleModeTypes","MipNodeFeatures.supportedVehicleModeTypes"],[2064,0,1,"supportedAdaptiveMeasurementModes","MipNodeFeatures.supportedAdaptiveMeasurementModes"],[2065,0,1,"supportedAdaptiveFilterLevels","MipNodeFeatures.supportedAdaptiveFilterLevels"],[2066,0,1,"supportedAidingMeasurementOptions","MipNodeFeatures.supportedAidingMeasurementOptions"],[2067,0,1,"supportedPpsSourceOptions","MipNodeFeatures.supportedPpsSourceOptions"],[2068,0,1,"supportedGpioPins","MipNodeFeatures.supportedGpioPins"],[2069,0,1,"supportedGpioPinModes","MipNodeFeatures.supportedGpioPinModes"],[2070,0,1,"supportedGpioBehaviors","MipNodeFeatures.supportedGpioBehaviors"],[2071,0,1,"supportedGpioFeatures","MipNodeFeatures.supportedGpioFeatures"],[2072,0,1,"supportedGpioConfigurations","MipNodeFeatures.supportedGpioConfigurations"],[2073,0,1,"supportedGnssSignalConfigurations","MipNodeFeatures.supportedGnssSignalConfigurations"],[2074,0,1,"supportedDeclinationOptions","MipNodeFeatures.supportedDeclinationOptions"],[2075,0,1,"supportedInclinationOptions","MipNodeFeatures.supportedInclinationOptions"],[2076,0,1,"supportedMagneticMagnitudeOptions","MipNodeFeatures.supportedMagneticMagnitudeOptions"],[2077,0,1,"supportedEventThresholdChannels","MipNodeFeatures.supportedEventThresholdChannels"],[2078,0,1,"supportedEventActionInfo","MipNodeFeatures.supportedEventActionInfo"],[2079,0,1,"supportedEventTriggerInfo","MipNodeFeatures.supportedEventTriggerInfo"],[2080,0,1,"supportsNorthCompensation","MipNodeFeatures.supportsNorthCompensation"],[2081,0,1,"supportedLowPassFilterChannelFields","MipNodeFeatures.supportedLowPassFilterChannelFields"],[2082,0,1,"maxMeasurementReferenceFrameId","MipNodeFeatures.maxMeasurementReferenceFrameId"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/MipNodeFeatures-h-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/MipNodeFeatures-h-SummaryToolTips.js deleted file mode 100644 index 377000695..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/MipNodeFeatures-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/MIP/MipNodeFeatures.h",{2043:"
MipNodeFeatures
Contains information on which features are supported by an InertialNode.
",2044:"
static bool isChannelField(
uint16 descriptor
)
Checks if the uint16 descriptor value is a Channel field or not.
",2045:"
bool supportsCategory(
MipTypes::DataClass dataClass
) const
Checks whether or not a given MipTypes::DataClass is supported by the Node.
",2046:"
bool supportsCommand(
MipTypes::Command commandId
) const
Checks whether or not the given MipTypes::Command is supported by the Node.
",2047:"
MipTypes::MipCommands supportedCommands() const
Gets a list of the supported MipTypes::MipCommands that are supported by the Node.
",2048:"
bool supportsChannelField(
MipTypes::ChannelField fieldId
) const
Checks whether or not the given MipTypes::ChannelField is supported by the Node.
",2049:"
MipTypes::MipChannelFields filterSupportedChannelFields(
const MipTypes::MipChannelFields &fields
) const
Checks whether or not the MipTypes::ChannelField values in the specified list are supported by the Node and returns a list of those that are.
",2050:"
MipTypes::MipChannelFields supportedChannelFields(
MipTypes::DataClass dataClass = MipTypes::DataClass(-1)
) const
Gets a list of the supported channel fields for a given MipTypes::DataClass.
",2051:"
const SampleRates& supportedSampleRates(
MipTypes::DataClass dataClass
) const
Gets a list of the supported sample rates for a given MipTypes::DataClass.
",2052:"
const uint16& baseDataRate(
MipTypes::DataClass dataClass
) const
Gets the base data rate for a given MipTypes::DataClass.
",2053:"
const GnssReceivers& gnssReceiverInfo() const
Gets a list of GnssReceiverInfo for supported GNSS receivers.
",2054:"
const GnssSources supportedGnssSources() const
Gets a list of <InertialTypes::GNSS_Source> for supported GNSS sources.
",2055:"
const SupportedSensorRanges& supportedSensorRanges() const
Gets the SupportedSensorRanges for each configurable sensor type.
",2056:"
const SensorRanges supportedSensorRanges(
SensorRange::Type type
) const
Gets the SupportedSensorRanges for the specified configurable sensor type.
",2057:"
const CommPortInfo getCommPortInfo() const
Gets a list of DeviceCommPort info objects for each comm port on the device.
",2058:"
bool useLegacyIdsForEnableDataStream() const
true if the device uses Legacy IDs for the IMU/AHRS, GNSS, and EF data sets in the Enable Data Stream command (0x0C, 0x11)
",2059:"
const HeadingUpdateOptionsList supportedHeadingUpdateOptions() const
Gets a list of the supported heading update control options for this node.  Command: Heading Aiding Source Control (0x0D,0x18)
",2060:"
const HeadingAlignmentMethod supportedHeadingAlignmentMethods() const
Gets a list of the supported heading alignment methods for this node.  Command: Navigation Filter Initialization (0x0D,0x52)
",2061:"
const StatusSelectors supportedStatusSelectors() const
Gets a list of the supported device data status selectors for this node.
",2062:"
const EstimationControlOptions supportedEstimationControlOptions() const
Gets an object containing the estimation control options supported by this node.
",2063:"
const VehicleModeTypes supportedVehicleModeTypes() const
Gets a list of the supported vehicle mode types for this node.
",2064:"
const AdaptiveMeasurementModes supportedAdaptiveMeasurementModes() const
Gets an object containing the adaptive measurement modes supported by this node.
",2065:"
const AdaptiveFilterLevels supportedAdaptiveFilterLevels() const
Gets an object containing the adaptive filtering levels supported by this node.
",2066:"
const AidingMeasurementSourceOptions supportedAidingMeasurementOptions() const
Gets the aiding measurement sources supported by this device.
",2067:"
const PpsSourceOptions supportedPpsSourceOptions() const
Gets the PPS source options supported by this device.
",2068:"
const std::vector<GpioPinId> supportedGpioPins() const
Gets the GPIO Pin IDs supported by this device.
",2069:"
const GpioPinModeOptions supportedGpioPinModes(
GpioConfiguration::Feature feature,
uint8 behavior
) const
Gets the Pin Mode options supported by this device based on the selected feature and behavior.
",2070:"
const GpioBehaviorModes supportedGpioBehaviors(
GpioConfiguration::Feature feature,
GpioPinId pin
) const
Gets the GPIO Behavior options supported by this device based on the selected feature.
",2071:"
const GpioFeatureBehaviors supportedGpioFeatures(
GpioPinId pin
) const
Gets the GPIO Feature options supported by this device for the specified GPIO pin.
",2072:"
const GpioPinOptions supportedGpioConfigurations() const
Gets a map of supported GPIO configuration options for each supported pin
",2073:"
GnssSignalConfigOptions supportedGnssSignalConfigurations() const
Gets bitmask vectors of supported GnssSignalConfiguration for each constellation
",2074:"
Gets a vector of supported declination source options
",2075:"
Gets a vector of supported inclination source options
",2076:"
Gets a vector of supported magnetic magnitude source options
",2077:"
MipTypes::ChannelFieldQualifiers supportedEventThresholdChannels() const
Gets the supported channel fields/qualifiers for event threshold configuration.
",2078:"
const EventSupportInfo supportedEventActionInfo() const
Gets EventSupportInfo for event triggers and their types supported by the device.
",2079:"
const EventSupportInfo supportedEventTriggerInfo() const
Gets EventSupportInfo for event actions and their types supported by the device.
",2080:"
const bool supportsNorthCompensation() const
Checks whether or not north compensation is supported by the Node.  Only supported on devices with a magnetometer.
",2081:"
MipTypes::MipChannelFields supportedLowPassFilterChannelFields() const
Gets the list of MipTypes::ChannelFields that the low-pass filter can be applied to for this device.
",2082:"
uint8 maxMeasurementReferenceFrameId() const
Gets the maximum Measurement Reference Frame ID supported by this device. Supported ids are 1 through max ID.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/MipNodeFeatures-h-ToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/MipNodeFeatures-h-ToolTips.js deleted file mode 100644 index f7b6fcf29..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/MipNodeFeatures-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({121:"
InertialNode
A class representing a MicroStrain Inertial Node
",533:"
A vector of VehicleModeType enum values
",534:"
A vector of AutoAdaptiveFilteringLevel enum values
",535:"
A vector of <InertialTypes::PpsSource> values
",536:"
A vector of <InertialTypes::AidingMeasurementSource> values
",537:"
A vector of <InertialTypes::GeographicSourceOption> values
",538:"
A vector of <InertialTypes::GNSS_Source> values
",724:"
Struct to create and interact with a HeadingAlignmentOption bitfield
",750:"
Controls which parameters are estimated by the Kalman Filter.  Some, all, or none of the options can be set as estimation controls.
",827:"
GnssSignalConfiguration
",869:"
GPIO Feature options. Determines how the pin will be used
",876:"
GPIO Pin behavior
",881:"
PPS Pin behavior
",885:"
Encoder Pin behavior
",1094:"
The enums for all the different data classes of MIP data.
",1119:"
The enums for all of the different MIP commands.
",1269:"
The enums for all of the different MIP Channel Field IDs.
",1726:"
A vector of ChannelField enums.
",1727:"
A vector of Command enums.
",1731:"
A map of ChannelField values and their associated ChannelIndices
",1961:"
Maps GNSS Receiver ID to the MipTypes::DataClass it outputs to
",1972:"
Stores info related to device comm ports (id, type)
",1996:"
SensorRange
An object representing a configurable sensor range option
",1997:"
Sensor and unit identifiers for configurable Sensor Range command (0x0C,0x52) ALL  - 0x00 - All (save as startup, load startup, reset to default only) ACCEL_MS2  - 0x01 - Accelerometer in m/s^2 GYRO_DPS  - 0x02 - Gyroscope in degrees per second MAG_MG  - 0x03 - Magnetometer in mG PRESSURE_HPA - 0x04 - Pressure in hPa
",2006:"
SupportedSensorRanges
Structure to hold all info for looking up supported sensor ranges for a device
",2057:"
const CommPortInfo getCommPortInfo() const
Gets a list of DeviceCommPort info objects for each comm port on the device.
",4379:"
SampleRate
Represents a MicroStrain sample rate (rate at which data is sampling)
",4614:"
Error_NotSupported
A command/feature was attempted to be used that was not supported.
",4625:"
Error_Communication
The exception for failing to communicate with a device.
",4632:"
Error_Connection
The generic connection exception.
",4644:"
Error_MipCmdFailed
The Inertial command has failed
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/MipNodeFeatures-h.html b/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/MipNodeFeatures-h.html deleted file mode 100644 index c22951f9f..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/MipNodeFeatures-h.html +++ /dev/null @@ -1,248 +0,0 @@ - - -MipNodeFeatures.h - - - - - - - -
-
MipNodeFeatures
-
MipNodeFeatures
-

Contains information on which features are supported by an InertialNode.

-
- -
-
isChannelField
-
static bool isChannelField(
uint16 descriptor
)
-

Checks if the uint16 descriptor value is a Channel field or not.

Returns

true if the descriptor is a data channel field, false otherwise.

-
- -
-
supportsCategory
-
bool supportsCategory(
MipTypes::DataClass dataClass
) const
-

Checks whether or not a given MipTypes::DataClass is supported by the Node.

Parameters
dataClass
MipTypes::DataClass

The MipTypes::DataClass to check if supported.

-
- -
-
supportsCommand
-
bool supportsCommand(
MipTypes::Command commandId
) const
-

Checks whether or not the given MipTypes::Command is supported by the Node.

Parameters
commandId
MipTypes::Command

The MipTypes::Command to check if supported.

Returns

true if the <InertialFieldId::ID> is supported by the Node, false otherwise.

-
- -
-
supportedCommands
-
MipTypes::MipCommands supportedCommands() const
-

Gets a list of the supported MipTypes::MipCommands that are supported by the Node.

Returns

The MipTypes::MipCommands supported by the Node.

-
- -
-
supportsChannelField
-
bool supportsChannelField(
MipTypes::ChannelField fieldId
) const
-

Checks whether or not the given MipTypes::ChannelField is supported by the Node.

Parameters
fieldId
MipTypes::ChannelField

The MipTypes::ChannelField to check if supported.

Returns

true if the MipTypes::ChannelField is supported by the Node, false otherwise.

-
- -
-
filterSupportedChannelFields
-
MipTypes::MipChannelFields filterSupportedChannelFields(
const MipTypes::MipChannelFields &fields
) const
-

Checks whether or not the MipTypes::ChannelField values in the specified list are supported by the Node and returns a list of those that are.

Parameters
fields
const MipTypes::MipChannelFields&

The MipTypes::MipChannelFields to check if supported.

Returns

MipTypes::MipChannelFields list of fields from the specified list that are supported by the device

-
- -
-
supportedChannelFields
-
MipTypes::MipChannelFields supportedChannelFields(
MipTypes::DataClass dataClass = MipTypes::DataClass(-1)
) const
-

Gets a list of the supported channel fields for a given MipTypes::DataClass.

Parameters
dataClass
MipTypes::DataClass

default -1 - The MipTypes::DataClass to get the list of supported channels for. If -1, all supported ChannelFields will be returned regardless of DataClass

Returns

A MipTypes::ChannelFields object containing the list of supported channel fields.

Exceptions
-
- -
-
supportedSampleRates
-
const SampleRates& supportedSampleRates(
MipTypes::DataClass dataClass
) const
-

Gets a list of the supported sample rates for a given MipTypes::DataClass.

Parameters
dataClass
MipTypes::DataClass

The MipTypes::DataClass to get the sample rate list for.

Returns

A SampleRates list containing all the supported sample rates for the provided channel.

Exceptions
-
- -
-
baseDataRate
-
const uint16& baseDataRate(
MipTypes::DataClass dataClass
) const
-

Gets the base data rate for a given MipTypes::DataClass.

Parameters
dataClass
MipTypes::DataClass

The MipTypes::DataClass to get base data rate for.

Returns
uint16

the base data rate.

Exceptions
-
- -
-
gnssReceiverInfo
-
const GnssReceivers& gnssReceiverInfo() const
-

Gets a list of GnssReceiverInfo for supported GNSS receivers.

Returns

A <GnssReceivers> list containing GnssReceiverInfo for supported receivers

Exceptions
-
- -
-
supportedGnssSources
-
const GnssSources supportedGnssSources() const
-

Gets a list of <InertialTypes::GNSS_Source> for supported GNSS sources.

Returns

A GnssSources list containing <InertialTypes::GNSS_Source> for supported sources

Exceptions
-
- -
-
supportedSensorRanges
-
const SupportedSensorRanges& supportedSensorRanges() const
-

Gets the SupportedSensorRanges for each configurable sensor type.

Returns

A SupportedSensorRanges list containing all supported SensorRange options

Exceptions
-
- -
-
supportedSensorRanges
-
const SensorRanges supportedSensorRanges(
SensorRange::Type type
) const
-

Gets the SupportedSensorRanges for the specified configurable sensor type.

Parameters
type
SensorRange::Type

The SensorRange::Type to lookup range options for

Returns

A SupportedSensorRanges list containing all supported SensorRange options

Exceptions
-
- -
-
commPortInfo
-
const CommPortInfo getCommPortInfo() const
-

Gets a list of DeviceCommPort info objects for each comm port on the device.

Returns

A CommPortInfo list containing DeviceCommPort info for supported receivers

-
- -
-
useLegacyIdsForEnableDataStream
-
bool useLegacyIdsForEnableDataStream() const
-
Returns

true if the device uses Legacy IDs for the IMU/AHRS, GNSS, and EF data sets in the Enable Data Stream command (0x0C, 0x11)

-
- -
-
supportedHeadingUpdateOptions
-
const HeadingUpdateOptionsList supportedHeadingUpdateOptions() const
-

Gets a list of the supported heading update control options for this node.  Command: Heading Aiding Source Control (0x0D,0x18)

Returns

A <HeadingUpdateOptionsList> containing all the supported heading update control options for this node.

-
- -
-
supportedHeadingAlignmentMethods
-
const HeadingAlignmentMethod supportedHeadingAlignmentMethods() const
-

Gets a list of the supported heading alignment methods for this node.  Command: Navigation Filter Initialization (0x0D,0x52)

Returns

A <HeadingAlignmentMethod bitfield that represents all the valid <HeadingAlignmentOption> values.

-
- -
-
supportedStatusSelectors
-
const StatusSelectors supportedStatusSelectors() const
-

Gets a list of the supported device data status selectors for this node.

Returns

A <StatusSelectors> containing all the supported device data status selectors for this node.

-
- -
-
supportedEstimationControlOptions
-
const EstimationControlOptions supportedEstimationControlOptions() const
-

Gets an object containing the estimation control options supported by this node.

Returns

A EstimationControlOptions object containing all the supported estimation control options for this node.

-
- -
-
supportedVehicleModeTypes
-
const VehicleModeTypes supportedVehicleModeTypes() const
-

Gets a list of the supported vehicle mode types for this node.

Returns

A VehicleModeTypes containing all the supported vehicle mode types for this node.

-
- -
-
supportedAdaptiveMeasurementModes
-
const AdaptiveMeasurementModes supportedAdaptiveMeasurementModes() const
-

Gets an object containing the adaptive measurement modes supported by this node.

Returns

An AdaptiveMeasurementModes object containing all the supported adaptive measurement modes for this node.

-
- -
-
supportedAdaptiveFilterLevels
-
const AdaptiveFilterLevels supportedAdaptiveFilterLevels() const
-

Gets an object containing the adaptive filtering levels supported by this node.

Returns

An AdaptiveFilterLevels object containing all the supported adaptive filtering levels for this node.

-
- -
-
supportedAidingMeasurementOptions
-
const AidingMeasurementSourceOptions supportedAidingMeasurementOptions() const
-

Gets the aiding measurement sources supported by this device.

Returns

A AidingMeasurementSourceOptions list containing all the supported options.

-
- -
-
supportedPpsSourceOptions
-
const PpsSourceOptions supportedPpsSourceOptions() const
-

Gets the PPS source options supported by this device.

Returns

A PpsSourceOptions list containing all the supported options.

-
- -
-
supportedGpioPins
-
const std::vector<GpioPinId> supportedGpioPins() const
-

Gets the GPIO Pin IDs supported by this device.

Returns

A <std::vector<GpioPinId>> list containing all the supported GPIO pins.

-
- -
-
supportedGpioPinModes
-
const GpioPinModeOptions supportedGpioPinModes(
GpioConfiguration::Feature feature,
uint8 behavior
) const
-

Gets the Pin Mode options supported by this device based on the selected feature and behavior.

Parameters
feature
GpioConfiguration::Feature

the GpioConfiguration::Feature

behavior
uint8

the behavior ID to look up supported pin modes for Depending on feature option, behavior IDs defined by GpioConfiguration::GpioBehavior, GpioConfiguration::PpsBehavior, GpioConfiguration::EncoderBehavior

Returns

A <GpioPinModeOptions> list containing all the supported options.

-
- -
-
supportedGpioBehaviors
-
const GpioBehaviorModes supportedGpioBehaviors(
GpioConfiguration::Feature feature,
GpioPinId pin
) const
-

Gets the GPIO Behavior options supported by this device based on the selected feature.

Parameters
feature
GpioConfiguration::Feature

the GpioConfiguration::Feature

pin
GpioPinId

the <GpioPinId> to get the feature behaviors for

Returns

A <GpioBehaviorModes> list containing all the supported options.

-
- -
-
supportedGpioFeatures
-
const GpioFeatureBehaviors supportedGpioFeatures(
GpioPinId pin
) const
-

Gets the GPIO Feature options supported by this device for the specified GPIO pin.

Parameters
pin
GpioPinId

the pin ID to look up supported features

Returns

A <GpioFeatureOptions> list containing all the supported options.

-
- -
-
supportedGpioConfigurations
-
const GpioPinOptions supportedGpioConfigurations() const
-

Gets a map of supported GPIO configuration options for each supported pin

Returns

A <GpioPinOptions> map of supported GPIO pin configurations

-
- -
-
supportedGnssSignalConfigurations
-
GnssSignalConfigOptions supportedGnssSignalConfigurations() const
-

Gets bitmask vectors of supported GnssSignalConfiguration for each constellation

Returns

Bitmask vectors of supported GnssSignalConfiguration for each constellation

-
- -
-
supportedDeclinationOptions
-

Gets a vector of supported declination source options

Returns

A GeographicSources vector of supported declination source options

-
- -
-
supportedInclinationOptions
-

Gets a vector of supported inclination source options

Returns

A GeographicSources vector of supported inclination source options

-
- -
-
supportedMagneticMagnitudeOptions
-

Gets a vector of supported magnetic magnitude source options

Returns

A GeographicSources vector of supported magnetic magnitude source options

-
- -
-
supportedEventThresholdChannels
-
MipTypes::ChannelFieldQualifiers supportedEventThresholdChannels() const
-

Gets the supported channel fields/qualifiers for event threshold configuration.

Return
<ChannelFieldQualifiers>

The supported channel fields/qualifiers.

-
- -
-
supportedEventActionInfo
-
const EventSupportInfo supportedEventActionInfo() const
-

Gets EventSupportInfo for event triggers and their types supported by the device.

Returns

EventSupportInfo of the event actions and their types

-
- -
-
supportedEventTriggerInfo
-
const EventSupportInfo supportedEventTriggerInfo() const
-

Gets EventSupportInfo for event actions and their types supported by the device.

Returns

EventSupportInfo of the event triggers and their types

-
- -
-
supportsNorthCompensation
-
const bool supportsNorthCompensation() const
-

Checks whether or not north compensation is supported by the Node.  Only supported on devices with a magnetometer.

Returns

True if north compensation is supported by the Node, false otherwise.

-
- -
-
supportedLowPassFilterChannelFields
-
MipTypes::MipChannelFields supportedLowPassFilterChannelFields() const
-

Gets the list of MipTypes::ChannelFields that the low-pass filter can be applied to for this device.

Returns
MipTypes::MipChannelFields

list of supported MipTypes::ChannelFields.

-
- -
-
maxMeasurementReferenceFrameId
-
uint8 maxMeasurementReferenceFrameId() const
-

Gets the maximum Measurement Reference Frame ID supported by this device. Supported ids are 1 through max ID.

Returns
uint8

the maximum supported reference frame ID

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/MipNode_Impl-h-Summary.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/MipNode_Impl-h-Summary.js deleted file mode 100644 index f28091699..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/MipNode_Impl-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/MIP/MipNode_Impl.h","MipNode_Impl.h");NDSummary.OnSummaryLoaded("File:MicroStrain/MIP/MipNode_Impl.h",[["C/C++","C"]],[["Functions","Function"]],[[2009,0,0,"getInitialFilterConfiguration","getInitialFilterConfiguration"],[2010,0,0,"setInitialFilterConfiguration","setInitialFilterConfiguration"],[2011,0,0,"setAdaptiveMeasurement","setAdaptiveMeasurement"],[2012,0,0,"getAdaptiveMeasurement","getAdaptiveMeasurement"],[2013,0,0,"setSignalConditioningSettings","setSignalConditioningSettings"],[2014,0,0,"getSignalConditioningSettings","getSignalConditioningSettings"],[2015,0,0,"setGeometricVectors","setGeometricVectors"],[2016,0,0,"getGeometricVectors","getGeometricVectors"],[2017,0,0,"setUint8s","setUint8s"],[2018,0,0,"getUint8s","getUint8s"],[2019,0,0,"getUint8s","getUint8s(2)"],[2020,0,0,"setUint16s","setUint16s"],[2021,0,0,"getUint16s","getUint16s"],[2022,0,0,"getUint16s","getUint16s(2)"],[2023,0,0,"setFloats","setFloats"],[2024,0,0,"getFloats","getFloats"],[2025,0,0,"setMatrix3x3s","setMatrix3x3s"],[2026,0,0,"getMatrix3x3s","getMatrix3x3s"],[2027,0,0,"setFixedReferencePosition","setFixedReferencePosition"],[2028,0,0,"FixedReferencePositionData","FixedReferencePositionData"],[2029,0,0,"setDeviceTime","setDeviceTime"],[2030,0,0,"getActivationCode","getActivationCode"],[2031,0,0,"get","get"],[2032,0,0,"get","get(2)"],[2033,0,0,"get_RawResponseData","get_RawResponseData"],[2034,0,0,"set","set"],[2035,0,0,"saveAsStartup","saveAsStartup"],[2036,0,0,"saveAsStartup","saveAsStartup(2)"],[2037,0,0,"loadStartup","loadStartup"],[2038,0,0,"loadStartup","loadStartup(2)"],[2039,0,0,"loadDefault","loadDefault"],[2040,0,0,"loadDefault","loadDefault(2)"],[2041,0,0,"run","run"],[2042,0,0,"run","run(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/MipNode_Impl-h-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/MipNode_Impl-h-SummaryToolTips.js deleted file mode 100644 index 57f465bac..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/MipNode_Impl-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/MIP/MipNode_Impl.h",{2009:"
FilterInitializationValues getInitialFilterConfiguration() const
Gets the initial filter configuration values.
",2010:"
void setInitialFilterConfiguration(
FilterInitializationValues filterConfig
)
Sets the initial filter configuration values.  Note: Changes from this command will only be applied if the filter is in the Initialization state (not Running) or on filter reset.
",2011:"
void setAdaptiveMeasurement(
MipTypes::Command cmd,
const AdaptiveMeasurementData &data
)
Sets the error adaptive measurement settings for the specified command.
",2012:"
AdaptiveMeasurementData getAdaptiveMeasurement(
MipTypes::Command cmd
) const
Gets the error adaptive measurement settings for the specified command.
",2013:"
void setSignalConditioningSettings(
const SignalConditioningValues &data
)
Sets the signal conditioning settings for the node.
",2014:"
SignalConditioningValues getSignalConditioningSettings() const
Gets the signal conditioning settings for the node.
",2015:"
void setGeometricVectors(
MipTypes::Command cmd,
const GeometricVectors &data
)
Sets the GeometricVector data for the specified command.
",2016:"
GeometricVectors getGeometricVectors(
MipTypes::Command cmd
) const
Gets the GeometricVector data for the specified command.
",2017:"
void setUint8s(
MipTypes::Command cmd,
const std::vector<uint8> &data
)
Sets the uint8 data for the specified command.
",2018:"
std::vector<uint8> getUint8s(
MipTypes::Command cmd
) const
Gets the uint8 data for the specified command.
",2019:"
std::vector<uint8> getUint8s(
MipTypes::Command cmd,
const std::vector<uint8> &addlParams
) const
Gets the uint8 data for the specified command.
",2020:"
void setUint16s(
MipTypes::Command cmd,
const std::vector<uint16> &data
)
Sets the uint16 data for the specified command.
",2021:"
std::vector<uint16> getUint16s(
MipTypes::Command cmd
) const
Gets the uint16 data for the specified command.
",2022:"
std::vector<uint16> getUint16s(
MipTypes::Command cmd,
const std::vector<uint16> &addlParams
) const
Gets the uint16 data for the specified command.
",2023:"
void setFloats(
MipTypes::Command cmd,
const std::vector<float> &data
)
Sets the float data for the specified command.
",2024:"
std::vector<float> getFloats(
MipTypes::Command cmd
) const
Gets the float data for the specified command.
",2025:"
void setMatrix3x3s(
MipTypes::Command cmd,
const Matrix_3x3s &data
)
Sets the Matrix_3x3 data for the specified command.
",2026:"
Matrix_3x3s getMatrix3x3s(
MipTypes::Command cmd
) const
Gets the Matrix_3x3 data for the specified command.
",2027:"
void setFixedReferencePosition(
const FixedReferencePositionData &data
)
Sets the FixedReferencePositionData data for the specified command.
",2028:"
FixedReferencePositionData getFixedReferencePosition() const
Gets the FixedReferencePositionData data for the specified command.
",2029:"
void setDeviceTime(
uint64 nanoseconds
)
Seeds the device time with a specific time.
",2030:"
std::string getActivationCode() const
Gets the Activation Code of the RTK device.
",2031:"
MipFieldValues get(
MipTypes::Command cmdId
) const
sends the specified command with the Read Current Settings function selector.
",2032:"
MipFieldValues get(
MipTypes::Command cmdId,
MipFieldValues specifier
) const
sends the specified command with the Read Current Settings function selector.
",2033:"
ByteStream get_RawResponseData(
MipTypes::Command cmdId,
MipFieldValues specifier
) const
sends the specified command with the Read Current Settings function selector.
",2034:"
void set(
MipTypes::Command cmdId,
MipFieldValues values
) const
sends the specified command with the Apply New Settings function selector.
",2035:"
void saveAsStartup(
MipTypes::Command cmdId
) const
sends the specified command with the Save as Startup Settings function selector.
",2036:"
void saveAsStartup(
MipTypes::Command cmdId,
MipFieldValues specifier
) const
sends the specified command with the Save as Startup Settings function selector.
",2037:"
void loadStartup(
MipTypes::Command cmdId
) const
sends the specified command with the Load Startup Settings function selector.
",2038:"
void loadStartup(
MipTypes::Command cmdId,
MipFieldValues specifier
) const
sends the specified command with the Load Startup Settings function selector.
",2039:"
void loadDefault(
MipTypes::Command cmdId
) const
sends the specified command with the Load Default Settings function selector.
",2040:"
void loadDefault(
MipTypes::Command cmdId,
MipFieldValues specifier
) const
sends the specified command with the Load Default Settings function selector.
",2041:"
void run(
MipTypes::Command cmdId
) const
Runs the specified command without a function selector. No data response expected.
",2042:"
void run(
MipTypes::Command cmdId,
MipFieldValues specifier
) const
Runs the specified command with the provided specifier values and no function selector. No data response expected.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/MipNode_Impl-h-ToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/MipNode_Impl-h-ToolTips.js deleted file mode 100644 index 7e0ca2205..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/MipNode_Impl-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({89:"
GeometricVector
Defines a 3 dimensional, spatial vector.
",573:"
Matrix_3x3
Defines a 3 by 3 matrix.
",592:"
Contains the data for Set Reference Position command.
",731:"
Struct to hold values for the Filter Initialization Config command.
",1119:"
The enums for all of the different MIP commands.
",2028:"
FixedReferencePositionData getFixedReferencePosition() const
Gets the FixedReferencePositionData data for the specified command.
",4614:"
Error_NotSupported
A command/feature was attempted to be used that was not supported.
",4625:"
Error_Communication
The exception for failing to communicate with a device.
",4632:"
Error_Connection
The generic connection exception.
",4644:"
Error_MipCmdFailed
The Inertial command has failed
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/MipNode_Impl-h.html b/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/MipNode_Impl-h.html deleted file mode 100644 index e5608a945..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/MipNode_Impl-h.html +++ /dev/null @@ -1,215 +0,0 @@ - - -MipNode_Impl.h - - - - - - - -
-
getInitialFilterConfiguration
-
FilterInitializationValues getInitialFilterConfiguration() const
-

Gets the initial filter configuration values.

Exceptions
-
- -
-
setInitialFilterConfiguration
-
void setInitialFilterConfiguration(
FilterInitializationValues filterConfig
)
-

Sets the initial filter configuration values.  Note: Changes from this command will only be applied if the filter is in the Initialization state (not Running) or on filter reset.

Parameters
filterConfig
FilterInitializationValues

The FilterInitializationValues to set.

Exceptions
-
- -
-
setAdaptiveMeasurement
-
void setAdaptiveMeasurement(
MipTypes::Command cmd,
const AdaptiveMeasurementData &data
)
-

Sets the error adaptive measurement settings for the specified command.

Parameter
cmd
MipTypes::Command

the specific error adaptive measurement command to set.

Parameter
data
const AdaptiveMeasurementData&

the adaptive measurement settings to send.

Exceptions
-
- -
-
getAdaptiveMeasurement
-
AdaptiveMeasurementData getAdaptiveMeasurement(
MipTypes::Command cmd
) const
-

Gets the error adaptive measurement settings for the specified command.

Parameter
cmd
MipTypes::Command

the specific error adaptive measurement command to get.

Return
AdaptiveMeasurementData

The current adaptive measurement settings.

Exceptions
-
- -
-
setSignalConditioningSettings
-
void setSignalConditioningSettings(
const SignalConditioningValues &data
)
-

Sets the signal conditioning settings for the node.

Parameter
data
const SignalConditioningValues&

the signal conditioning settings to send.

Exceptions
-
- -
-
getSignalConditioningSettings
-
SignalConditioningValues getSignalConditioningSettings() const
-

Gets the signal conditioning settings for the node.

Return
SignalConditioningValues

The current signal conditioning settings.

Exceptions
-
- -
-
setGeometricVectors
-
void setGeometricVectors(
MipTypes::Command cmd,
const GeometricVectors &data
)
-

Sets the GeometricVector data for the specified command.

Parameter
cmd
MipTypes::Command

the specific command to set.

Parameter
data
const GeometricVectors&

the collection of GeometricVector data to send.

Exceptions
-
- -
-
getGeometricVectors
-
GeometricVectors getGeometricVectors(
MipTypes::Command cmd
) const
-

Gets the GeometricVector data for the specified command.

Parameter
cmd
MipTypes::Command

the specific command to get.

Return
GeometricVector

a collection of GeometricVectors representing the current settings for the specified command.

Exceptions
-
- -
-
setUint8s
-
void setUint8s(
MipTypes::Command cmd,
const std::vector<uint8> &data
)
-

Sets the uint8 data for the specified command.

Parameter
cmd
MipTypes::Command

the specific command to set.

Parameter
data
const std::vector<uint8>&

the collection of uint8 data to send.

Exceptions
-
- -
-
getUint8s
-
std::vector<uint8> getUint8s(
MipTypes::Command cmd
) const
-

Gets the uint8 data for the specified command.

Parameter
cmd
MipTypes::Command

the specific command to get.

Return
uint8

a collection of uint8s representing the current settings for the specified command.

Exceptions
-
- -
-
getUint8s
-
std::vector<uint8> getUint8s(
MipTypes::Command cmd,
const std::vector<uint8> &addlParams
) const
-

Gets the uint8 data for the specified command.

Parameter
cmd
MipTypes::Command

the specific command to get.

Parameter
addlParams
const std::vector<uint8>&

any additional uint8 parameters to be included.

Return
uint8

a collection of uint8s representing the current settings for the specified command.

Exceptions
-
- -
-
setUint16s
-
void setUint16s(
MipTypes::Command cmd,
const std::vector<uint16> &data
)
-

Sets the uint16 data for the specified command.

Parameter
cmd
MipTypes::Command

the specific command to set.

Parameter
data
const std::vector<uint16>&

the collection of uint16 data to send.

Exceptions
-
- -
-
getUint16s
-
std::vector<uint16> getUint16s(
MipTypes::Command cmd
) const
-

Gets the uint16 data for the specified command.

Parameter
cmd
MipTypes::Command

the specific command to get.

Return
uint16

a collection of uint16s representing the current settings for the specified command.

Exceptions
-
- -
-
getUint16s
-
std::vector<uint16> getUint16s(
MipTypes::Command cmd,
const std::vector<uint16> &addlParams
) const
-

Gets the uint16 data for the specified command.

Parameter
cmd
MipTypes::Command

the specific command to get.

Parameter
addlParams
const std::vector<uint16>&

any additional uint16 parameters to be included.

Return
uint16

a collection of uint16s representing the current settings for the specified command.

Exceptions
-
- -
-
setFloats
-
void setFloats(
MipTypes::Command cmd,
const std::vector<float> &data
)
-

Sets the float data for the specified command.

Parameter
cmd
MipTypes::Command

the specific command to set.

Parameter
data
const std::vector<float>&

the collection of float data to send.

Exceptions
-
- -
-
getFloats
-
std::vector<float> getFloats(
MipTypes::Command cmd
) const
-

Gets the float data for the specified command.

Parameter
cmd
MipTypes::Command

the specific command to get.

Return
float

a collection of floats representing the current settings for the specified command.

Exceptions
-
- -
-
setMatrix3x3s
-
void setMatrix3x3s(
MipTypes::Command cmd,
const Matrix_3x3s &data
)
-

Sets the Matrix_3x3 data for the specified command.

Parameter
cmd
MipTypes::Command

the specific command to set.

Parameter
data
const Matrix_3x3s&

the collection of Matrix_3x3 data to send.

Exceptions
-
- -
-
getMatrix3x3s
-
Matrix_3x3s getMatrix3x3s(
MipTypes::Command cmd
) const
-

Gets the Matrix_3x3 data for the specified command.

Parameter
cmd
MipTypes::Command

the specific command to get.

Return
Matrix_3x3

a collection of Matrix_3x3s representing the current settings for the specified command.

Exceptions
-
- -
-
setFixedReferencePosition
-
void setFixedReferencePosition(
const FixedReferencePositionData &data
)
-

Sets the FixedReferencePositionData data for the specified command.

Parameter
data
const FixedReferencePositionData&

the FixedReferencePositionData data to send.

Exceptions
-
- -
-
FixedReferencePositionData
-
FixedReferencePositionData getFixedReferencePosition() const
-

Gets the FixedReferencePositionData data for the specified command.

Return
FixedReferencePositionData

the current fixed reference position settings.

Exceptions
-
- -
-
setDeviceTime
-
void setDeviceTime(
uint64 nanoseconds
)
-

Seeds the device time with a specific time.

Exceptions
-
- -
-
getActivationCode
-
std::string getActivationCode() const
-

Gets the Activation Code of the RTK device.

Returns

The 32 character Activation Code for the device.

Exceptions
-
- -
-
get
-
MipFieldValues get(
MipTypes::Command cmdId
) const
-

sends the specified command with the Read Current Settings function selector.

Parameter
cmdId
MipTypes::Command

the MipTypes::Command to send.

Return
<MipFieldValues>

The current values of the specified setting.

Exceptions
-
- -
-
get
-
MipFieldValues get(
MipTypes::Command cmdId,
MipFieldValues specifier
) const
-

sends the specified command with the Read Current Settings function selector.

Parameter
cmdId
MipTypes::Command

the MipTypes::Command to send.

specifier
MipFieldValues

<MipFieldValues> containing any additional specifier values to send with the command.

Return
<MipFieldValues>

The current values of the specified setting.

Exceptions
-
- -
-
get_RawResponseData
-
ByteStream get_RawResponseData(
MipTypes::Command cmdId,
MipFieldValues specifier
) const
-

sends the specified command with the Read Current Settings function selector.

Parameter
cmdId
MipTypes::Command

the MipTypes::Command to send.

specifier
MipFieldValues

<MipFieldValues> containing any additional specifier values to send with the command.

Return
<ByteStream>

The raw response values.

Exceptions
-
- -
-
set
-
void set(
MipTypes::Command cmdId,
MipFieldValues values
) const
-

sends the specified command with the Apply New Settings function selector.

Parameter
cmdId
MipTypes::Command

the MipTypes::Command to send.

values
MipFieldValues

<MipFieldValues> containing the values to set.

Exceptions
-
- -
-
saveAsStartup
-
void saveAsStartup(
MipTypes::Command cmdId
) const
-

sends the specified command with the Save as Startup Settings function selector.

Parameter
cmdId
MipTypes::Command

the MipTypes::Command to send.

Exceptions
-
- -
-
saveAsStartup
-
void saveAsStartup(
MipTypes::Command cmdId,
MipFieldValues specifier
) const
-

sends the specified command with the Save as Startup Settings function selector.

Parameter
cmdId
MipTypes::Command

the MipTypes::Command to send.

specifier
MipFieldValues

<MipFieldValues> containing any additional specifier values to send with the command.

Exceptions
-
- -
-
loadStartup
-
void loadStartup(
MipTypes::Command cmdId
) const
-

sends the specified command with the Load Startup Settings function selector.

Parameter
cmdId
MipTypes::Command

the MipTypes::Command to send.

Exceptions
-
- -
-
loadStartup
-
void loadStartup(
MipTypes::Command cmdId,
MipFieldValues specifier
) const
-

sends the specified command with the Load Startup Settings function selector.

Parameter
cmdId
MipTypes::Command

the MipTypes::Command to send.

specifier
MipFieldValues

<MipFieldValues> containing any additional specifier values to send with the command.

Exceptions
-
- -
-
loadDefault
-
void loadDefault(
MipTypes::Command cmdId
) const
-

sends the specified command with the Load Default Settings function selector.

Parameter
cmdId
MipTypes::Command

the MipTypes::Command to send.

Exceptions
-
- -
-
loadDefault
-
void loadDefault(
MipTypes::Command cmdId,
MipFieldValues specifier
) const
-

sends the specified command with the Load Default Settings function selector.

Parameter
cmdId
MipTypes::Command

the MipTypes::Command to send.

specifier
MipFieldValues

<MipFieldValues> containing any additional specifier values to send with the command.

Exceptions
-
- -
-
run
-
void run(
MipTypes::Command cmdId
) const
-

Runs the specified command without a function selector. No data response expected.

Parameter
cmdId
MipTypes::Command

the MipTypes::Command to send.

Exceptions
-
- -
-
run
-
void run(
MipTypes::Command cmdId,
MipFieldValues specifier
) const
-

Runs the specified command with the provided specifier values and no function selector. No data response expected.

Parameter
cmdId
MipTypes::Command

the MipTypes::Command to send.

specifier
MipFieldValues

<MipFieldValues> containing any additional specifier values to send with the command.

Exceptions
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/MipTypes-h-Summary.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/MipTypes-h-Summary.js deleted file mode 100644 index 7d0f57211..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/MipTypes-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ 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RATE_CORRECTION"],[1662,0,2,,"MipTypes.CH_GEOMETRIC_ALTITUDE"],[1663,0,2,,"MipTypes.CH_GEOPOTENTIAL_ALTITUDE"],[1664,0,2,,"MipTypes.CH_TEMPERATURE"],[1665,0,2,,"MipTypes.CH_DENSITY"],[1666,0,2,,"MipTypes.CH_ALTITUDE"],[1667,0,2,,"MipTypes.CH_DISPLACEMENT"],[1668,0,2,,"MipTypes.CH_MAX_TEMP"],[1669,0,2,,"MipTypes.CH_MIN_TEMP"],[1670,0,2,,"MipTypes.CH_MEAN_TEMP"],[1671,0,2,,"MipTypes.CH_BIAS_ACCURACY_ESTIMATE"],[1672,0,2,,"MipTypes.CH_DRIFT_ACCURACY_ESTIMATE"],[1673,0,2,,"MipTypes.CH_SECONDS"],[1674,0,2,,"MipTypes.CH_NUM_PACKETS"],[1675,0,2,,"MipTypes.CH_GPS_CORRECTION_LATENCY"],[1676,0,2,,"MipTypes.CH_GLONASS_CORRECTION_LATENCY"],[1677,0,2,,"MipTypes.CH_GALILEO_CORRECTION_LATENCY"],[1678,0,2,,"MipTypes.CH_BEIDOU_CORRECTION_LATENCY"],[1679,0,2,,"MipTypes.CH_HEALTH"],[1680,0,2,,"MipTypes.CH_INDEX"],[1681,0,2,,"MipTypes.CH_COUNT"],[1682,0,2,,"MipTypes.CH_SIGNAL_STRENGTH"],[1683,0,2,,"MipTypes.CH_SIGNAL_QUALITY"],[1684,0,2,,"MipTypes.CH_RANGE"],[1685,0,2,,"MipTypes.CH_RANGE_UNC"],[1686,0,2,,"MipTypes.CH_ALPHA"],[1687,0,2,,"MipTypes.CH_BETA"],[1688,0,2,,"MipTypes.CH_DISTURBANCE_FLAGS"],[1689,0,2,,"MipTypes.CH_CARRIER_PHASE"],[1690,0,2,,"MipTypes.CH_CARRIER_PHASE_UNC"],[1691,0,2,,"MipTypes.CH_DOPPLER"],[1692,0,2,,"MipTypes.CH_DOPPLER_UNC"],[1693,0,2,,"MipTypes.CH_DELTA_TIME"],[1694,0,2,,"MipTypes.CH_DELTA_TICK"],[1695,0,2,,"MipTypes.CH_ERROR"],[1696,0,2,,"MipTypes.CH_ERROR_UNC"],[1697,0,2,,"MipTypes.CH_W"],[1698,0,2,,"MipTypes.CH_M0"],[1699,0,2,,"MipTypes.CH_M1"],[1700,0,2,,"MipTypes.CH_M2"],[1701,0,2,,"MipTypes.CH_M3"],[1702,0,2,,"MipTypes.CH_M4"],[1703,0,2,,"MipTypes.CH_M5"],[1704,0,2,,"MipTypes.CH_M6"],[1705,0,2,,"MipTypes.CH_M7"],[1706,0,2,,"MipTypes.CH_M8"],[1707,0,2,,"MipTypes.CH_NANOSECONDS"],[1708,0,2,,"MipTypes.CH_VALID_FLAGS"],[1709,0,2,,"MipTypes.CH_PPS_VALID"],[1710,0,2,,"MipTypes.CH_LAST_PPS"],[1711,0,2,,"MipTypes.CH_UDREI"],[1712,0,2,,"MipTypes.CH_PSEUDORANGE_CORRECTION"],[1713,0,2,,"MipTypes.CH_IONOSPHERIC_CORRECTION"],[1714,0,2,,"MipTypes.CH_JAMMING_STATE"],[1715,0,2,,"MipTypes.CH_SPOOFING_STATE"],[1716,0,2,,"MipTypes.CH_SYSTEM_ID"],[1717,0,2,,"MipTypes.CH_SATELLITE_ID"],[1718,0,2,,"MipTypes.CH_BIT_SYSTEM_GENERAL"],[1719,0,2,,"MipTypes.CH_BIT_SYSTEM_PROCESS"],[1720,0,2,,"MipTypes.CH_BIT_IMU_GENERAL"],[1721,0,2,,"MipTypes.CH_BIT_IMU_SENSORS"],[1722,0,2,,"MipTypes.CH_BIT_IMU_FACTORY_BITS"],[1723,0,2,,"MipTypes.CH_BIT_FILTER_GENERAL"],[1724,0,2,,"MipTypes.CH_BIT_GNSS_GENERAL"],[1725,0,2,,"MipTypes.CH_BIT_GNSS_RECEIVERS"],[1726,0,5,"MipChannelFields","MipTypes.MipChannelFields"],[1727,0,5,"MipCommands","MipTypes.MipCommands"],[1728,0,5,"MipDataClasses","MipTypes.MipDataClasses"],[1729,0,5,"ChannelIndex","MipTypes.ChannelIndex"],[1730,0,5,"ChannelIndices","MipTypes.ChannelIndices"],[1731,0,5,"ChannelFieldQualifiers","MipTypes.ChannelFieldQualifiers"],[1732,0,3,"channelName","MipTypes.channelName"],[1733,0,3,"getChannelFields_allDataClasses","MipTypes.getChannelFields_allDataClasses"],[1734,0,3,"getChannelField_baseDataClass","MipTypes.getChannelField_baseDataClass"],[1735,0,3,"getChannelField_toDataClass","MipTypes.getChannelField_toDataClass"],[1736,0,3,"getChannelNamePrependText","MipTypes.getChannelNamePrependText"],[1737,0,3,"getChannelNameAppendText","MipTypes.getChannelNameAppendText"],[1738,0,3,"isGnssChannelField","MipTypes.isGnssChannelField"],[1739,0,3,"isSharedChannelField","MipTypes.isSharedChannelField"],[1740,0,3,"channelFieldQualifiers","MipTypes.channelFieldQualifiers"],[1741,0,3,"channelFieldQualifier","MipTypes.channelFieldQualifier"],[1742,0,3,"channelFieldQualifierIndex","MipTypes.channelFieldQualifierIndex"],[1743,0,0,"MipChannelIdentifier","MipChannelIdentifier"],[1744,0,2,"Type","MipChannelIdentifier.Type"],[1745,0,2,,"MipChannelIdentifier.GNSS_RECEIVER_ID"],[1746,0,2,,"MipChannelIdentifier.GNSS_BASE_STATION_ID"],[1747,0,2,,"MipChannelIdentifier.GNSS_CONSTELLATION"],[1748,0,2,,"MipChannelIdentifier.GNSS_SATELLITE_ID"],[1749,0,2,,"MipChannelIdentifier.GNSS_SIGNAL_ID"],[1750,0,2,,"MipChannelIdentifier.AIDING_MEASUREMENT_TYPE"],[1751,0,2,,"MipChannelIdentifier.GNSS_RF_BAND"],[1752,0,2,,"MipChannelIdentifier.AIDING_MEASUREMENT_FRAME_ID"],[1753,0,2,"AidingMeasurementTypes","MipChannelIdentifier.AidingMeasurementTypes"],[1754,0,2,,"MipChannelIdentifier.GNSS"],[1755,0,2,,"MipChannelIdentifier.DUAL_ANTENNA"],[1756,0,2,,"MipChannelIdentifier.HEADING"],[1757,0,2,,"MipChannelIdentifier.PRESSURE"],[1758,0,2,,"MipChannelIdentifier.MAGNETOMETER"],[1759,0,2,,"MipChannelIdentifier.SPEED"],[1760,0,2,,"MipChannelIdentifier.AIDING_POS_ECEF"],[1761,0,2,,"MipChannelIdentifier.AIDING_POS_LLH"],[1762,0,2,,"MipChannelIdentifier.AIDING_HEIGHT_ABOVE_ELLIPSOID"],[1763,0,2,,"MipChannelIdentifier.AIDING_VEL_ECEF"],[1764,0,2,,"MipChannelIdentifier.AIDING_VEL_NED"],[1765,0,2,,"MipChannelIdentifier.AIDING_VEL_BODY_FRAME"],[1766,0,2,,"MipChannelIdentifier.AIDING_HEADING_TRUE"],[1767,0,2,,"MipChannelIdentifier.AIDING_MAGNETIC_FIELD"],[1768,0,2,,"MipChannelIdentifier.AIDING_PRESSURE"],[1769,0,2,"GnssConstellationIds","MipChannelIdentifier.GnssConstellationIds"],[1770,0,2,,"MipChannelIdentifier.UNKNOWN_CONSTELLATION"],[1771,0,2,,"MipChannelIdentifier.GPS"],[1772,0,2,,"MipChannelIdentifier.GLONASS"],[1773,0,2,,"MipChannelIdentifier.GALILEO"],[1774,0,2,,"MipChannelIdentifier.BEIDOU"],[1775,0,2,"GnssSignalIds","MipChannelIdentifier.GnssSignalIds"],[1776,0,2,,"MipChannelIdentifier.UNKNOWN"],[1777,0,2,,"MipChannelIdentifier.GPS_L1CA"],[1778,0,2,,"MipChannelIdentifier.GPS_L1P"],[1779,0,2,,"MipChannelIdentifier.GPS_L1Z"],[1780,0,2,,"MipChannelIdentifier.GPS_L2CA"],[1781,0,2,,"MipChannelIdentifier.GPS_L2P"],[1782,0,2,,"MipChannelIdentifier.GPS_L2Z"],[1783,0,2,,"MipChannelIdentifier.GPS_L2CL"],[1784,0,2,,"MipChannelIdentifier.GPS_L2CM"],[1785,0,2,,"MipChannelIdentifier.GPS_L2CML"],[1786,0,2,,"MipChannelIdentifier.GPS_L5I"],[1787,0,2,,"MipChannelIdentifier.GPS_L5Q"],[1788,0,2,,"MipChannelIdentifier.GPS_L5IQ"],[1789,0,2,,"MipChannelIdentifier.GPS_L1CD"],[1790,0,2,,"MipChannelIdentifier.GPS_L1CP"],[1791,0,2,,"MipChannelIdentifier.GPS_L1CDP"],[1792,0,2,,"MipChannelIdentifier.GLONASS_G1CA"],[1793,0,2,,"MipChannelIdentifier.GLONASS_G1P"],[1794,0,2,,"MipChannelIdentifier.GLONASS_G2C"],[1795,0,2,,"MipChannelIdentifier.GLONASS_G2P"],[1796,0,2,,"MipChannelIdentifier.GALILEO_E1C"],[1797,0,2,,"MipChannelIdentifier.GALILEO_E1A"],[1798,0,2,,"MipChannelIdentifier.GALILEO_E1B"],[1799,0,2,,"MipChannelIdentifier.GALILEO_E1BC"],[1800,0,2,,"MipChannelIdentifier.GALILEO_E1ABC"],[1801,0,2,,"MipChannelIdentifier.GALILEO_E6C"],[1802,0,2,,"MipChannelIdentifier.GALILEO_E6A"],[1803,0,2,,"MipChannelIdentifier.GALILEO_E6B"],[1804,0,2,,"MipChannelIdentifier.GALILEO_E6BC"],[1805,0,2,,"MipChannelIdentifier.GALILEO_E6ABC"],[1806,0,2,,"MipChannelIdentifier.GALILEO_E5BI"],[1807,0,2,,"MipChannelIdentifier.GALILEO_E5BQ"],[1808,0,2,,"MipChannelIdentifier.GALILEO_E5BIQ"],[1809,0,2,,"MipChannelIdentifier.GALILEO_E5ABI"],[1810,0,2,,"MipChannelIdentifier.GALILEO_E5ABQ"],[1811,0,2,,"MipChannelIdentifier.GALILEO_E5ABIQ"],[1812,0,2,,"MipChannelIdentifier.GALILEO_E5AI"],[1813,0,2,,"MipChannelIdentifier.GALILEO_E5AQ"],[1814,0,2,,"MipChannelIdentifier.GALILEO_E5AIQ"],[1815,0,2,,"MipChannelIdentifier.SBAS_L1CA"],[1816,0,2,,"MipChannelIdentifier.SBAS_L5I"],[1817,0,2,,"MipChannelIdentifier.SBAS_L5Q"],[1818,0,2,,"MipChannelIdentifier.SBAS_L5IQ"],[1819,0,2,,"MipChannelIdentifier.QZSS_L1CA"],[1820,0,2,,"MipChannelIdentifier.QZSS_LEXS"],[1821,0,2,,"MipChannelIdentifier.QZSS_LEXL"],[1822,0,2,,"MipChannelIdentifier.QZSS_LEXSL"],[1823,0,2,,"MipChannelIdentifier.QZSS_L2CM"],[1824,0,2,,"MipChannelIdentifier.QZSS_L2CL"],[1825,0,2,,"MipChannelIdentifier.QZSS_L2CML"],[1826,0,2,,"MipChannelIdentifier.QZSS_L5I"],[1827,0,2,,"MipChannelIdentifier.QZSS_L5Q"],[1828,0,2,,"MipChannelIdentifier.QZSS_L5IQ"],[1829,0,2,,"MipChannelIdentifier.QZSS_L1CD"],[1830,0,2,,"MipChannelIdentifier.QZSS_L1CP"],[1831,0,2,,"MipChannelIdentifier.QZSS_L1CDP"],[1832,0,2,,"MipChannelIdentifier.BEIDOU_B1I"],[1833,0,2,,"MipChannelIdentifier.BEIDOU_B1Q"],[1834,0,2,,"MipChannelIdentifier.BEIDOU_B1IQ"],[1835,0,2,,"MipChannelIdentifier.BEIDOU_B3I"],[1836,0,2,,"MipChannelIdentifier.BEIDOU_B3Q"],[1837,0,2,,"MipChannelIdentifier.BEIDOU_B3IQ"],[1838,0,2,,"MipChannelIdentifier.BEIDOU_B2I"],[1839,0,2,,"MipChannelIdentifier.BEIDOU_B2Q"],[1840,0,2,,"MipChannelIdentifier.BEIDOU_B2IQ"],[1841,0,2,"GnssRfBands","MipChannelIdentifier.GnssRfBands"],[1842,0,2,,"MipChannelIdentifier.UNKNOWN_RF_BAND"],[1843,0,2,,"MipChannelIdentifier.RF_BAND_L1"],[1844,0,2,,"MipChannelIdentifier.RF_BAND_L2"],[1845,0,2,,"MipChannelIdentifier.RF_BAND_L5"],[1846,0,3,"MipChannelIdentifier","MipChannelIdentifier.MipChannelIdentifier"],[1847,0,3,"MipChannelIdentifier","MipChannelIdentifier.MipChannelIdentifier(2)"],[1848,0,3,"MipChannelIdentifier","MipChannelIdentifier.MipChannelIdentifier(3)"],[1849,0,3,"identifierType","MipChannelIdentifier.identifierType"],[1850,0,3,"id","MipChannelIdentifier.id"],[1851,0,3,"hasSpecifier","MipChannelIdentifier.hasSpecifier"],[1852,0,3,"specifier","MipChannelIdentifier.specifier"],[1853,0,3,"name","MipChannelIdentifier.name"],[1854,0,3,"hasSpecifier","MipChannelIdentifier.hasSpecifier(2)"],[1855,0,5,"MipChannelIdentifiers","MipChannelIdentifier.MipChannelIdentifiers"],[1856,0,4,"MipCommandBytes","MipCommandBytes"],[1857,0,6,"id","MipCommandBytes.id"],[1858,0,6,"commands","MipCommandBytes.commands"],[1859,0,6,"buildCmdFailed","MipCommandBytes.buildCmdFailed"],[1860,0,6,"sendCmdFailed","MipCommandBytes.sendCmdFailed"],[1861,0,3,"MipCommandBytes","MipCommandBytes.MipCommandBytes"],[1862,0,3,"MipCommandBytes","MipCommandBytes.MipCommandBytes(2)"],[1863,0,3,"MipCommandBytes","MipCommandBytes.MipCommandBytes(3)"],[1864,0,3,"MipCommandBytes","MipCommandBytes.MipCommandBytes(4)"],[1865,0,3,"add","MipCommandBytes.add"],[1866,0,3,"valid","MipCommandBytes.valid"],[1867,0,5,"MipCommandSet","MipCommandBytes.MipCommandSet"],[1868,0,5,"MipFieldFormat","MipCommandBytes.MipFieldFormat"],[1869,0,5,"MipFieldValues","MipCommandBytes.MipFieldValues"],[1870,0,5,"MipCommandParameters","MipCommandBytes.MipCommandParameters"],[1871,0,5,"MipFunctionSelectors","MipCommandBytes.MipFunctionSelectors"],[1872,0,5,"MipResponseMatchValues","MipCommandBytes.MipResponseMatchValues"],[1873,0,0,"AidingMeasurementInput","AidingMeasurementInput"],[1874,0,2,"ResponseMode","AidingMeasurementInput.ResponseMode"],[1875,0,2,,"AidingMeasurementInput.ACK_NACK"],[1876,0,2,,"AidingMeasurementInput.ECHO_INPUT"],[1877,0,3,"timestamp","AidingMeasurementInput.timestamp"],[1878,0,3,"timestamp","AidingMeasurementInput.timestamp(2)"],[1879,0,3,"timebase","AidingMeasurementInput.timebase"],[1880,0,3,"frameId","AidingMeasurementInput.frameId"],[1881,0,3,"frameId","AidingMeasurementInput.frameId(2)"],[1882,0,3,"validFlags","AidingMeasurementInput.validFlags"],[1883,0,3,"validFlags","AidingMeasurementInput.validFlags(2)"],[1884,0,0,"AidingMeasurementPosition","AidingMeasurementPosition"],[1885,0,2,"ValidFlags","AidingMeasurementPosition.ValidFlags"],[1886,0,2,,"AidingMeasurementPosition.X"],[1887,0,2,,"AidingMeasurementPosition.Y"],[1888,0,2,,"AidingMeasurementPosition.Z"],[1889,0,2,,"AidingMeasurementPosition.LATITUDE"],[1890,0,2,,"AidingMeasurementPosition.LONGITUDE"],[1891,0,2,,"AidingMeasurementPosition.HEIGHT"],[1892,0,2,,"AidingMeasurementPosition.ALTITUDE"],[1893,0,3,"AidingMeasurementPosition","AidingMeasurementPosition.AidingMeasurementPosition"],[1894,0,3,"AidingMeasurementPosition","AidingMeasurementPosition.AidingMeasurementPosition(2)"],[1895,0,3,"position","AidingMeasurementPosition.position"],[1896,0,3,"position","AidingMeasurementPosition.position(2)"],[1897,0,3,"uncertainty","AidingMeasurementPosition.uncertainty"],[1898,0,3,"uncertainty","AidingMeasurementPosition.uncertainty(2)"],[1899,0,3,"referenceFrame","AidingMeasurementPosition.referenceFrame"],[1900,0,3,"referenceFrame","AidingMeasurementPosition.referenceFrame(2)"],[1901,0,3,"valid","AidingMeasurementPosition.valid"],[1902,0,3,"valid","AidingMeasurementPosition.valid(2)"],[1903,0,0,"AidingMeasurementHeight","AidingMeasurementHeight"],[1904,0,3,"AidingMeasurementHeight","AidingMeasurementHeight.AidingMeasurementHeight"],[1905,0,3,"AidingMeasurementHeight","AidingMeasurementHeight.AidingMeasurementHeight(2)"],[1906,0,3,"height","AidingMeasurementHeight.height"],[1907,0,3,"height","AidingMeasurementHeight.height(2)"],[1908,0,3,"uncertainty","AidingMeasurementHeight.uncertainty"],[1909,0,3,"uncertainty","AidingMeasurementHeight.uncertainty(2)"],[1910,0,3,"valid","AidingMeasurementHeight.valid"],[1911,0,3,"valid","AidingMeasurementHeight.valid(2)"],[1912,0,0,"AidingMeasurementVelocity","AidingMeasurementVelocity"],[1913,0,2,"ValidFlags","AidingMeasurementVelocity.ValidFlags"],[1914,0,2,,"AidingMeasurementVelocity.X"],[1915,0,2,,"AidingMeasurementVelocity.Y"],[1916,0,2,,"AidingMeasurementVelocity.Z"],[1917,0,2,,"AidingMeasurementVelocity.NORTH"],[1918,0,2,,"AidingMeasurementVelocity.EAST"],[1919,0,2,,"AidingMeasurementVelocity.DOWN"],[1920,0,3,"AidingMeasurementVelocity","AidingMeasurementVelocity.AidingMeasurementVelocity"],[1921,0,3,"AidingMeasurementVelocity","AidingMeasurementVelocity.AidingMeasurementVelocity(2)"],[1922,0,3,"velocity","AidingMeasurementVelocity.velocity"],[1923,0,3,"velocity","AidingMeasurementVelocity.velocity(2)"],[1924,0,3,"uncertainty","AidingMeasurementVelocity.uncertainty"],[1925,0,3,"uncertainty","AidingMeasurementVelocity.uncertainty(2)"],[1926,0,3,"referenceFrame","AidingMeasurementVelocity.referenceFrame"],[1927,0,3,"referenceFrame","AidingMeasurementVelocity.referenceFrame(2)"],[1928,0,3,"valid","AidingMeasurementVelocity.valid"],[1929,0,3,"valid","AidingMeasurementVelocity.valid(2)"],[1930,0,0,"AidingMeasurementHeading","AidingMeasurementHeading"],[1931,0,3,"AidingMeasurementHeading","AidingMeasurementHeading.AidingMeasurementHeading"],[1932,0,3,"AidingMeasurmentHeading","AidingMeasurementHeading.AidingMeasurmentHeading"],[1933,0,3,"heading","AidingMeasurementHeading.heading"],[1934,0,3,"heading","AidingMeasurementHeading.heading(2)"],[1935,0,3,"uncertainty","AidingMeasurementHeading.uncertainty"],[1936,0,3,"uncertainty","AidingMeasurementHeading.uncertainty(2)"],[1937,0,3,"valid","AidingMeasurementHeading.valid"],[1938,0,3,"valid","AidingMeasurementHeading.valid(2)"],[1939,0,0,"AidingMeasurementMagneticField","AidingMeasurementMagneticField"],[1940,0,2,"ValidFlags","AidingMeasurementMagneticField.ValidFlags"],[1941,0,2,,"AidingMeasurementMagneticField.X"],[1942,0,2,,"AidingMeasurementMagneticField.Y"],[1943,0,2,,"AidingMeasurementMagneticField.Z"],[1944,0,3,"AidingMeasurementMagneticField","AidingMeasurementMagneticField.AidingMeasurementMagneticField"],[1945,0,3,"AidingMeasurementMagneticField","AidingMeasurementMagneticField.AidingMeasurementMagneticField(2)"],[1946,0,3,"magneticField","AidingMeasurementMagneticField.magneticField"],[1947,0,3,"magneticField","AidingMeasurementMagneticField.magneticField(2)"],[1948,0,3,"uncertainty","AidingMeasurementMagneticField.uncertainty"],[1949,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\ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/MipTypes-h-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/MipTypes-h-SummaryToolTips.js deleted file mode 100644 index 8d716de86..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/MipTypes-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/MIP/MipTypes.h",{1093:"
Contains enumeration/types for various MIP information
",1094:"
The enums for all the different data classes of MIP data.
",1106:"
The enums for all the different types/categories of MIP commands and data.
",1113:"
The enums for enable or disable of data.
",1116:"
The enums to represent different time categories.
",1119:"
The enums for all of the different MIP commands.
",1269:"
The enums for all of the different MIP Channel Field IDs.
",1596:"
The minimum descriptor that marks the start of available shared data field descriptors. If a field descriptor is above 0xD0 it is shared.
",1597:"
The enums for different MIP Channel Qualifiers.  This combined with the ChannelField produces a unique identifier for each individual channel that is collected.
",1726:"
A vector of ChannelField enums.
",1727:"
A vector of Command enums.
",1728:"
A vector of DataClass enums.
",1729:"
A ChannelQualifier, int pair indicating the index value of the qualifier in a channel field.
",1730:"
A list of ChannelIndex values
",1731:"
A map of ChannelField values and their associated ChannelIndices
",1732:"
static std::string channelName(
ChannelField field,
ChannelQualifier qualifier
)
Gets the name of the specified <ChannelId>.  This is the universal channel name that should be used for uploading to SensorCloud.
",1733:"
static MipChannelFields getChannelFields_allDataClasses(
ChannelField chField
)
Get a list of ChannelFields representing the same descriptor/channel field across all GNSS data classes
",1734:"
static ChannelField getChannelField_baseDataClass(
ChannelField chField
)
Gets the ChannelField representing the provided channel field\'s equivalent in the original GNSS data class (0x81)
",1735:"
static ChannelField getChannelField_toDataClass(
ChannelField chField,
DataClass dataClass
)
Gets the ChannelField representing the provided channel field\'s equivalent in the specified DataClass
",1736:"
static std::string getChannelNamePrependText(
ChannelField chField
)
Gets the text to prepend the channel name to distinguish between different GNSS data classes
",1737:"
static std::string getChannelNameAppendText(
ChannelField chField
)
Gets the text to append to the channel name to distinguish between different shared data fields
",1738:"
static bool isGnssChannelField(
ChannelField chField
)
Checks whether the provided ChannelField is within a GNSS data set.
",1739:"
static bool isSharedChannelField(
ChannelField chField
)
Checks whether the provided ChannelField is a shared field amongst all inertial data sets.
",1740:"
static ChannelFieldQualifiers channelFieldQualifiers(
const MipChannelFields &fields
)
Gets a map of ChannelField values with all associated ChannelQualifier values and their index within the field.
",1741:"
static ChannelQualifier channelFieldQualifier(
ChannelField field,
uint8 index
)
Gets the ChannelQualifier of the ChannelField for the specified index.
",1742:"
static uint8 channelFieldQualifierIndex(
ChannelField field,
ChannelQualifier qualifier
)
Gets the index of the ChannelQualifier in the ChannelField.
",1743:"
MipChannelIdentifier
A single additional identifier for a MipDataPoint. Contains a uint value with an identifier type specifier.
",1744:"
Identifier type options, indicates what the MipChannelIdentifier::id value represents.
",1753:"
ID definitions when Type is MipChannelIdentifier::AIDING_MEASUREMENT_TYPE
",1769:"
ID definitions when Type is MipChannelIdentifier::GNSS_CONSTELLATION
",1775:"
ID definitions when Type is MipChannelIdentifier::GNSS_SIGNAL_ID
",1841:"
ID definitions when Type is MipChannelIdentifier::GNSS_RF_BAND
",1846:"
MipChannelIdentifier()
Default constructor
",1847:"
MipChannelIdentifier(
Type identifierType,
uint32 id
) : m_type(identifierType), m_id(id)
Construct MipChannelIdentifier object with specified MipChannelIdentifier::Type and ID values.
",1848:"
MipChannelIdentifier(
Type identifierType,
uint32 id,
uint32 specifier
) : m_type(identifierType), m_id(id), m_specifier(specifier)
Construct MipChannelIdentifier object with specified MipChannelIdentifier::Type and ID values.
",1849:"
Type identifierType() const
Returns the MipChannelIdentifier::Type specifier of this identifier.
",1850:"
uint32 id() const
Returns the identifier value.
",1851:"
bool hasSpecifier() const
Indicates whether this identifier has an optional additional specifier.
",1852:"
uint32 specifier() const
Returns the optional additional specifier value.
",1853:"
std::string name(
bool standardizedFormat = true
) const
Returns the string representation of this identifier based on type and value.
",1854:"
bool hasSpecifier(
std::string &specifierName
) const
Indicates whether this identifier has an optional additional specifier.  Parameters: specifierName - string reference that is set to the specifier name if found
",1855:"
A vector of MipChannelIdentifier values, used to assign additional identifiers to a MipDataPoint
",1856:"
Contains an <Command> id and a BytesCollection vector to store the actual bytes to send to the device for that command.
",1857:"
MipTypes::Command id
MipTypes::Command this object represents
",1858:"
BytesCollection commands
BytesCollection of raw command bytes
",1859:"
bool buildCmdFailed
",1860:"
bool sendCmdFailed
",1861:"
MipCommandBytes() : buildCmdFailed(false), sendCmdFailed(false)
Default constructor for MipCommandBytes object
",1862:"
MipCommandBytes(
MipTypes::Command _id
) : id(_id), buildCmdFailed(false), sendCmdFailed(false)
Constructor for MipCommandBytes object
",1863:"
MipCommandBytes(
MipTypes::Command _id,
Bytes _cmd
) : id(_id), commands({ _cmd }), buildCmdFailed(false), sendCmdFailed(false)
Constructor for MipCommandBytes object
",1864:"
MipCommandBytes(
MipTypes::Command _id,
BytesCollection _cmds
) : id(_id), commands(_cmds), buildCmdFailed(false), sendCmdFailed(false)
Constructor for MipCommandBytes object
",1865:"
void add(
Bytes cmd
)
Add raw command Bytes to commands BytesCollection
",1866:"
bool valid()
Indicates whether this object contains any relevant information, specifically whether it contains any command Bytes or has been marked for failure.
",1867:"
A vector of MipCommandBytes
",1868:"
A ValueType vector
",1869:"
A Value vector
",1870:"
A list of <MipCommandParameterList> command/parameter definitions
",1871:"
A MipTypes::FunctionSelector vector
",1872:"
A map of locations and values to match in a MIP response to determine success
",1873:"
AidingMeasurementInput
Base class for commanded aiding measurement types for command set 0x13 Aiding Measurement inputs
",1874:"
Response mode options for Aiding Measurement inputs (command set 0x13).
",1877:"
Timestamp timestamp() const
Get the timestamp of this measurement.
",1878:"
void timestamp(
Timestamp ts
)
Set the timestamp of this measurement.
",1879:"
Timestamp::Epoch timebase() const
Get the timebase/epoch for the timestamp of this measurement.  Note: read from the Timestamp object. timestamp().storedEpoch() returns the same result.
",1880:"
uint8 frameId() const
Get the aiding frame ID of this measurement.
",1881:"
void frameId(
uint8 id
)
Set the aiding frame ID of this measurement.
",1882:"
Bitfield validFlags() const
Get the valid flags of this measurement.
",1883:"
void validFlags(
Bitfield flags
)
Set the valid flags for this measurement.
",1884:"
AidingMeasurementPosition
A class that represents position aiding measurement inputs. Extends AidingMeasurementInput.
",1885:"
Bitmask for each position value in the valid flags.
",1893:"
AidingMeasurementPosition() : AidingMeasurementInput()
Constructs an AidingMeasurementPosition object with default values.
",1894:"
AidingMeasurementPosition(
PositionVelocityReferenceFrame referenceFrame,
const MipFieldValues &values
)
Constructs an AidingMeasurementPosition object with the specified reference frame from the <MipFieldValues> parameter list returned from the device.
",1895:"
Position position() const
Get the Position measurement.
",1896:"
void position(
Position pos
)
Set the Position measurement.
",1897:"
GeometricUncertainty uncertainty() const
Get the measurment uncertainty
",1898:"
void uncertainty(
GeometricUncertainty uncertainty
)
Sets the measurement uncertainty.
",1899:"
PositionVelocityReferenceFrame referenceFrame() const
Get the PositionVelocityReferenceFrame of this position measurement.
",1900:"
void referenceFrame(
PositionVelocityReferenceFrame frame
)
Set the PositionVelocityReferenceFrame of this measurement.
",1901:"
bool valid(
ValidFlags val
) const
Checks whether the specified value is valid.
",1902:"
void valid(
ValidFlags val,
bool valid
)
Sets the validity of the specified value.
",1903:"
AidingMeasurementHeight
A class that represents height aiding measurement inputs. Extends AidingMeasurementInput.
",1904:"
AidingMeasurementHeight() : AidingMeasurementInput(), m_reference(Reference::HEIGHT_ABOVE_ELLIPSOID)
Constructs an AidingMeasurementHeight object with default values
",1905:"
AidingMeasurementHeight(
const MipFieldValues &values
)
Constructs an AidingMeasurementHeight object from the <MipFieldValues> parameter list returned from the device.
",1906:"
float height() const
Get the height measurement value.
",1907:"
void height(
float height
)
Sets the height measurement value.
",1908:"
float uncertainty() const
Get the height measurement uncertainty.
",1909:"
void uncertainty(
float uncertainty
)
Set the height measurement uncertainty.
",1910:"
bool valid() const
Check whether the height measurement is valid
",1911:"
void valid(
bool valid
)
Set the validity of the height measurement.
",1912:"
AidingMeasurementVelocity
A class that represents velocity aiding measurement inputs. Extends AidingMeasurementInput.
",1913:"
Bitmask for each velocity value in the valid flags.
",1920:"
AidingMeasurementVelocity() : AidingMeasurementInput()
Constructs an AidingMeasurementVelocity object with default values
",1921:"
AidingMeasurementVelocity(
PositionVelocityReferenceFrame referenceFrame,
const MipFieldValues &values
)
Constructs an AidingMeasurementVelocity object with the specified reference frame from the <MipFieldValues> parameter list returned from the device.
",1922:"
Velocity velocity() const
Gets the Velocity measurement values.
",1923:"
void velocity(
Velocity vel
)
Sets the Velocity measurement values.
",1924:"
GeometricUncertainty uncertainty() const
Get the measurment uncertainty
",1925:"
void uncertainty(
GeometricUncertainty uncertainty
)
Sets the measurement uncertainty.
",1926:"
PositionVelocityReferenceFrame referenceFrame() const
Get the PositionVelocityReferenceFrame of this velocity measurement.
",1927:"
void referenceFrame(
PositionVelocityReferenceFrame frame
)
Set the PositionVelocityReferenceFrame of this measurement.
",1928:"
bool valid(
ValidFlags val
) const
Checks whether the specified value is valid.
",1929:"
void valid(
ValidFlags val,
bool valid
)
Sets the validity of the specified value.
",1930:"
AidingMeasurementHeading
A class that represents heading aiding measurement inputs. Extends AidingMeasurementInput.
",1931:"
AidingMeasurementHeading() : AidingMeasurementInput()
Constructs an AidingMeasurementHeading object with default values.
",1932:"
Constructs an AidingMeasurementHeading object from the provided <MipFieldValues> parameter list.
",1933:"
float heading() const
Get the heading measurement value.
",1934:"
void heading(
float heading
)
Sets the heading measurement value.
",1935:"
float uncertainty() const
Get the heading measurement uncertainty.
",1936:"
void uncertainty(
float uncertainty
)
Set the heading measurement uncertainty.
",1937:"
bool valid() const
Check whether the heading measurement is valid
",1938:"
void valid(
bool valid
)
Set the validity of the heading measurement.
",1939:"
AidingMeasurementMagneticField
A class that represents magnetic field aiding measurement input. Extends AidingMeasurementInput.
",1940:"
Bitmask for each position value in the valid flags.
",1944:"
AidingMeasurementMagneticField() : AidingMeasurementInput()
Constructs an AidingMeasurementMagneticField object with default values
",1945:"
AidingMeasurementMagneticField(
const MipFieldValues &values
)
Constructs an AidingMeasurementMagneticField object from the <MipFieldValues> parameter list returned from the device.
",1946:"
Vec3f magneticField() const
Get the magnetic field measurement.
",1947:"
void magneticField(
Vec3f magField
)
Set the magneticField measurement.
",1948:"
Vec3f uncertainty() const
Get the measurement uncertainty
",1949:"
void uncertainty(
Vec3f uncertainty
)
Sets the measurement uncertainty.
",1950:"
bool valid(
ValidFlags val
) const
Checks whether the specified value is valid.
",1951:"
void valid(
ValidFlags val,
bool valid
)
Sets the validity of the specified value.
",1952:"
AidingMeasurementPressure
A class that represents pressure aiding measurement input. Extends AidingMeasurementInput.
",1953:"
AidingMeasurementPressure() : AidingMeasurementInput()
Constructs an AidingMeasurementPressure object with default values
",1954:"
AidingMeasurementPressure(
const MipFieldValues &values
)
Constructs an AidingMeasurementPressure object from the <MipFieldValues> parameter list returned from the device.
",1955:"
float pressure() const
Get the pressure measurement value.
",1956:"
void pressure(
float pressure
)
Sets the pressure measurement value.
",1957:"
float uncertainty() const
Get the height measurement uncertainty.
",1958:"
void uncertainty(
float uncertainty
)
Set the height measurement uncertainty.
",1959:"
bool valid() const
Check whether the height measurement is valid
",1960:"
void valid(
bool valid
)
Set the validity of the height measurement.
",1961:"
Maps GNSS Receiver ID to the MipTypes::DataClass it outputs to
",1962:"
String value assigned when the target value was unable to be found in the full description field.
",1963:"
GnssReceiverInfo()
Constructs GnssReceiverInfo object with default values
",1964:"
GnssReceiverInfo(
uint8 recId,
MipTypes::DataClass target,
std::string desc
)
Constructs GnssReceiverInfo object with specified values
",1965:"
uint8 id
Receiver ID
",1966:"
MipTypes::DataClass targetDataClass
MIP data class associated with this receiver
",1967:"
std::string description
ASCII description of receiver
",1968:"
std::string module
ASCII name of the receiver module
",1969:"
std::string fwId
ASCII name of the receiver firmware identifier
",1970:"
Version fwVersion
Firmware version of the receiver module
",1971:"
A vector of GnssReceiverInfo
",1972:"
Stores info related to device comm ports (id, type)
",1973:"
Available comm port type definitions SPECIAL - 0x00 - Device specific ports (Main/Aux) UART  - 0x01 - UART related ports USB  - 0x02 - USB related ports
",1974:"
Available comm protocols that can be configured for UART ports NONE  - 0x00000000 - Not set MIP_COMMANDS - 0x00000001 - MIP commands MIP_DATA  - 0x00000002 - MIP data NMEA  - 0x00000004 - NMEA RTCM  - 0x00000008 - RTCM SPARTN  - 0x00000010 - SPARTN ALL  - 0x0000001F - All protocols
",1975:"
DeviceCommPort() = default
Constructs DeviceCommPort object with default values
",1976:"
DeviceCommPort(
Type portType,
uint8 portId,
Protocol portInputProtocols = NONE,
Protocol portOutputProtocols = NONE
) : type(portType), id(portId), inputProtocols(portInputProtocols), outputProtocols(portOutputProtocols)
Constructs DeviceCommPort object with specified values
",1977:"
DeviceCommPort(
uint8 portInterface,
Protocol portInputProtocols = NONE,
Protocol portOutputProtocols = NONE
) : type(static_cast<Type>((portInterface & 0xF0) >> 4)), id(portInterface & 0xF), inputProtocols(portInputProtocols), outputProtocols(portOutputProtocols)
Constructs DeviceCommPort object with specified values The ID and Type are determined by the interface value. I.E. Interface 0x12 == Type 1 && ID 2
",1978:"
uint8 interfaceId() const
Get the interface ID of the port This is a combined value of the type and port ID
",1979:"
Type type
Port type (special, UART, etc.)
",1980:"
uint8 id
Port ID
",1981:"
Protocol inputProtocols
Input communication protocols
",1982:"
Protocol outputProtocols
Output communication protocols
",1983:"
Information about event trigger or action types
",1984:"
EventTypeInfo() : type(0), maxInstances(0)
Default constructor
",1985:"
EventTypeInfo(
const uint8 type,
const uint8 maxInstances
) : type(type), maxInstances(maxInstances)
",1986:"
uint8 type
The event type based on EventSupportInfo::Query
",1987:"
uint8 maxInstances
Maximum supported instances for the type
",1988:"
A vector of EventTypeInfo
",1990:"
What type of information to retrieve
",1993:"
Query query
Type of information
",1994:"
uint8 maxInstances
Maximum number of supported triggers/actions
",1995:"
EventTypes entries
Event info
",1996:"
SensorRange
An object representing a configurable sensor range option
",1997:"
Sensor and unit identifiers for configurable Sensor Range command (0x0C,0x52) ALL  - 0x00 - All (save as startup, load startup, reset to default only) ACCEL_MS2  - 0x01 - Accelerometer in m/s^2 GYRO_DPS  - 0x02 - Gyroscope in degrees per second MAG_MG  - 0x03 - Magnetometer in mG PRESSURE_HPA - 0x04 - Pressure in hPa
",1998:"
Type m_type
The SensorRange::Type of this range
",1999:"
float m_range
This will only be set and valid if read from SupportedSensorRanges object Default: -1 (invalid)
",2000:"
uint8 m_id
The index ID of this range according to device manual
",2001:"
Type type() const
The SensorRange::Type of this range
",2002:"
float range() const
This will only be set and valid if read from SupportedSensorRanges object
",2003:"
uint8 id() const
The index ID of this range according to device manual
",2004:"
A vector of SensorRange values
",2005:"
A collection of SensorRange::Type values mapped to associated SensorRange objects
",2006:"
SupportedSensorRanges
Structure to hold all info for looking up supported sensor ranges for a device
",2007:"
const SensorRangeOptions options() const
Get the supported sensor range options
",2008:"
SensorRange lookupRecommended(
SensorRange::Type type,
float range
) const
Lookup the supported option of the specified type that is closest to but also incorporates the specified range.  Ex: specified range: Accel_G, 5 supported accel ranges: 4G, 8G, 16G returns: 8G because it is the closest supported option where 5G will not overrun the range
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/MipTypes-h-ToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/MipTypes-h-ToolTips.js deleted file mode 100644 index d3b495330..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/MipTypes-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({78:"
Vec3f(
float x,
float y,
float z
)
Creates a Vec3f object.
",84:"
Enum representing position and velocity reference frame options.
",100:"
Velocity
Represents a velocity (x, y, z).
",105:"
Defines a geographic position.
",120:"
GeometricUncertainty
Represents uncertainty values correlating to a position or velocity.
",931:"
Type of trigger to configure
",960:"
Types for the event action
",1094:"
The enums for all the different data classes of MIP data.
",1106:"
The enums for all the different types/categories of MIP commands and data.
",1119:"
The enums for all of the different MIP commands.
",1269:"
The enums for all of the different MIP Channel Field IDs.
",1597:"
The enums for different MIP Channel Qualifiers.  This combined with the ChannelField produces a unique identifier for each individual channel that is collected.
",1598:"
0  - Unknown Channel
",1726:"
A vector of ChannelField enums.
",1729:"
A ChannelQualifier, int pair indicating the index value of the qualifier in a channel field.
",1730:"
A list of ChannelIndex values
",1731:"
A map of ChannelField values and their associated ChannelIndices
",1744:"
Identifier type options, indicates what the MipChannelIdentifier::id value represents.
",1747:"
GNSS Constellation ID
",1749:"
GNSS Signal ID
",1750:"
Filter Aiding Measurement Type
",1751:"
GNSS RF Band
",1846:"
MipChannelIdentifier()
Default constructor
",1850:"
uint32 id() const
Returns the identifier value.
",1861:"
MipCommandBytes() : buildCmdFailed(false), sendCmdFailed(false)
Default constructor for MipCommandBytes object
",1873:"
AidingMeasurementInput
Base class for commanded aiding measurement types for command set 0x13 Aiding Measurement inputs
",1885:"
Bitmask for each position value in the valid flags.
",1913:"
Bitmask for each velocity value in the valid flags.
",1940:"
Bitmask for each position value in the valid flags.
",1963:"
GnssReceiverInfo()
Constructs GnssReceiverInfo object with default values
",1973:"
Available comm port type definitions SPECIAL - 0x00 - Device specific ports (Main/Aux) UART  - 0x01 - UART related ports USB  - 0x02 - USB related ports
",1974:"
Available comm protocols that can be configured for UART ports NONE  - 0x00000000 - Not set MIP_COMMANDS - 0x00000001 - MIP commands MIP_DATA  - 0x00000002 - MIP data NMEA  - 0x00000004 - NMEA RTCM  - 0x00000008 - RTCM SPARTN  - 0x00000010 - SPARTN ALL  - 0x0000001F - All protocols
",1984:"
EventTypeInfo() : type(0), maxInstances(0)
Default constructor
",1990:"
What type of information to retrieve
",1996:"
SensorRange
An object representing a configurable sensor range option
",1997:"
Sensor and unit identifiers for configurable Sensor Range command (0x0C,0x52) ALL  - 0x00 - All (save as startup, load startup, reset to default only) ACCEL_MS2  - 0x01 - Accelerometer in m/s^2 GYRO_DPS  - 0x02 - Gyroscope in degrees per second MAG_MG  - 0x03 - Magnetometer in mG PRESSURE_HPA - 0x04 - Pressure in hPa
",2006:"
SupportedSensorRanges
Structure to hold all info for looking up supported sensor ranges for a device
",2121:"
MipDataPoint
Represents a single Inertial Data Point (Extends from DataPoint)
",4493:"
Version
Class that represents, and provides helper functions for, a Version number
",4502:"
Value
Represents a single value that can be stored/accessed in multiple ways.
",4526:"
typedef for a vector of bytes.
",4527:"
A vector of Bytes objects.
",4554:"
Timestamp
Represents a date/time object
",4555:"
Epoch indicator: Unix, GPS.  Timestamp class uses Unix epoch by default.
",4610:"
Error
The generic MicroStrain exception (base class)
",1884:"
AidingMeasurementPosition
A class that represents position aiding measurement inputs. Extends AidingMeasurementInput.
",1903:"
AidingMeasurementHeight
A class that represents height aiding measurement inputs. Extends AidingMeasurementInput.
",1912:"
AidingMeasurementVelocity
A class that represents velocity aiding measurement inputs. Extends AidingMeasurementInput.
",1930:"
AidingMeasurementHeading
A class that represents heading aiding measurement inputs. Extends AidingMeasurementInput.
",1939:"
AidingMeasurementMagneticField
A class that represents magnetic field aiding measurement input. Extends AidingMeasurementInput.
",1952:"
AidingMeasurementPressure
A class that represents pressure aiding measurement input. Extends AidingMeasurementInput.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/MipTypes-h.html b/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/MipTypes-h.html deleted file mode 100644 index 8c69cfb15..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/MipTypes-h.html +++ /dev/null @@ -1,1013 +0,0 @@ - - -MipTypes.h - - - - - - - -
-
MipTypes
-

Contains enumeration/types for various MIP information

-
- -
-
DataClass
-

The enums for all the different data classes of MIP data.

CLASS_AHRS_IMU

0x80 - The AHRS/IMU MIP data class

CLASS_GNSS

0x81 - The GNSS MIP data class

CLASS_ESTFILTER

0x82 - The Estimation Filter MIP data class

CLASS_DISPLACEMENT

0x90 - The Displacement MIP data class

CLASS_GNSS1

0x91 - The GNSS Receiver 1 MIP data class

CLASS_GNSS2

0x92 - The GNSS Receiver 2 MIP data class

CLASS_GNSS3

0x93 - The GNSS Receiver 3 MIP data class

CLASS_RTK

0x93 - The RTK MIP data class

CLASS_GNSS4

0x94 - The GNSS Receiver 4 MIP data class

CLASS_GNSS5

0x95 - The GNSS Receiver 5 MIP data class

CLASS_SYSTEM

0xA0 - The System MIP data class

-
- -
-
FunctionSelector
-

The enums for all the different types/categories of MIP commands and data.

USE_NEW_SETTINGS

0x01  set command, requiring data to set.

READ_BACK_CURRENT_SETTINGS

0x02  retrieves current data from device.

SAVE_CURRENT_SETTINGS

0x03  saves current data to use at startup.

LOAD_STARTUP_SETTINGS

0x04  sets current settings to startup.

RESET_TO_DEFAULT

0x05  resets current to factory default.

USE_NEW_SETTINGS_NO_ACKNACK

0x06  set command, requiring data to set - does not send ACK/NACK reply

-
- -
-
EnableSetting
-

The enums for enable or disable of data.

DISABLED

0x00

ENABLED

0x01

-
- -
-
TimeFrame
-

The enums to represent different time categories.

TIME_FRAME_WEEKS

0x00

TIME_FRAME_SECONDS

0x01

-
- -
-
Command
-

The enums for all of the different MIP commands.

CMD_PING

0x0101  - Ping

CMD_SET_IDLE

0x0102  - Set to Idle

CMD_GET_DEVICE_INFO

0x0103  - Get Device Information

CMD_GET_DESCRIPTOR_SETS

0x0104  - Get Device Descriptor Sets

CMD_BUILT_IN_TEST

0x0105  - Device Build-In Test

CMD_RESUME

0x0106  - Resume

CMD_GET_EXT_DESCRIPTOR_SETS

0x0107  - Get Extended Device Descriptor Sets

CMD_COMM_PORT_SPEED

0x0109  - Comm Port Speed (Baud Rate)

CMD_GPS_TIME_UPDATE

0x0172  - GPS Time Update

CMD_RESET

0x017E  - Device Reset

CMD_POLL_SENSOR_DATA

0x0C01  - Poll Sensor Data

CMD_POLL_GNSS_DATA

0x0C02  - Poll GNSS Data

CMD_POLL_EF_DATA

0x0C03  - Poll Estimation Filter Data

CMD_GET_SENSOR_RATE_BASE

0x0C06  - Get Sensor Data Rate Base

CMD_GET_GNSS_RATE_BASE

0x0C07  - Get GNSS Data Rate Base

CMD_GET_EF_RATE_BASE

0x0C0B  - Get Estimation Filter Data Rate Base

CMD_SENSOR_MESSAGE_FORMAT

0x0C08  - Sensor Data Message Format

CMD_GNSS_MESSAGE_FORMAT

0x0C09  - GNSS Message Format

CMD_EF_MESSAGE_FORMAT

0x0C0A  - Estimation Filter Message Format

CMD_NMEA_MESSAGE_FORMAT

0x0C0C  - NMEA Message Format

CMD_POLL

0x0C0D  - Generic Poll Data

CMD_GET_BASE_RATE

0x0C0E  - Generic Get Data Base Rate

CMD_MESSAGE_FORMAT

0x0C0F  - Generic Message Format

CMD_FACTORY_STREAMING

0x0C10  - Configure Factory Streaming

CMD_CONTINUOUS_DATA_STREAM

0x0C11  - Enable/Disable Device Continuous Data Stream

CMD_RAW_RTCM_2_3_MESSAGE

0x0C20  - Raw RTCM 2.3 Message

CMD_GNSS_CONSTELLATION_SETTINGS

0x0C21  - GNSS Constellation Settings

CMD_GNSS_SBAS_SETTINGS

0x0C22  - GNSS SBAS Settings

CMD_GNSS_ASSIST_FIX_CONTROL

0x0C23  - GNSS Assisted Fix Control

CMD_GNSS_ASSIST_TIME_UPDATE

0x0C24  - GNSS Assisted Time Update

CMD_PPS_SOURCE

0x0C28  - PPS Source

CMD_EVENT_SUPPORT

0x0C2A  - Event Support

CMD_EVENT_CONTROL

0x0C2B  - Event Control

CMD_EVENT_TRIGGER_STATUS

0x0C2C  - Event Trigger Status

CMD_EVENT_ACTION_STATUS

0x0C2D  - Event Action Status

CMD_EVENT_TRIGGER_CONFIGURATION

0x0C2E  - Event Trigger Configuration

CMD_EVENT_ACTION_CONFIGURATION

0x0C2F  - Event Action Configuration

CMD_SAVE_STARTUP_SETTINGS

0x0C30  - Device Startup Settings

CMD_EF_SENS_VEHIC_FRAME_TRANSFORM_EULER

0x0C31  - Sensor to Vehicle Frame Transformation Euler Angles

CMD_EF_SENS_VEHIC_FRAME_TRANSFORM_QUAT

0x0C32  - Sensor to Vehicle Frame Transformation Quaternion

CMD_EF_SENS_VEHIC_FRAME_TRANSFORM_DCM

0x0C33  - Sensor to Vehicle Frame Transformation Direction Cosine Matrix

CMD_GPS_DYNAMICS_MODE

0x0C34  - GPS Dynamics Mode

CMD_SENSOR_SIG_COND_SETTINGS

0x0C35  - Sensor Signal Conditioning Settings

CMD_SENSOR_TIMESTAMP

0x0C36  - Sensor Timestamp

CMD_ACCEL_BIAS

0x0C37  - Accel Bias

CMD_GYRO_BIAS

0x0C38  - Gyro Bias

CMD_CAP_GYRO_BIAS

0x0C39  - Capture Gyro Bias

CMD_MAG_HARD_IRON_OFFSET

0x0C3A  - Magnetometer Hard Iron Offset

CMD_MAG_SOFT_IRON_MATRIX

0x0C3B  - Magnetometer Soft Iron Matrix

CMD_CF_REALIGN_UP

0x0C3C  - Complimentary Filter - Realign Up

CMD_CF_REALIGN_NORTH

0x0C3D  - Complimentary Filter - Realign North

CMD_CONING_SCULLING

0x0C3E  - Coning and Sculling Enable

CMD_UART_BAUD_RATE

0x0C40  - UART Baud Rate

CMD_GPIO_CONFIGURATION

0x0C41  - Configure GPIO Pins

CMD_GPIO_STATE

0x0C42  - Check GPIO Pin State

CMD_ODOMETER_SETTINGS

0x0C43  - Configure Odometer Settings

CMD_LOWPASS_FILTER_SETTINGS

0x0C50  - Legacy Low-Pass Filter Settings

CMD_COMPLEMENTARY_FILTER_SETTINGS

0x0C51  - Complementary Filter Settings

CMD_SENSOR_RANGE

0x0C52  - Configure Sensor Range

CMD_SUPPORTED_SENSOR_RANGES

0x0C53  - Read Device-Supported Sensor Ranges

CMD_LOWPASS_ANTIALIASING_FILTER

0x0C54  - Low-Pass Anti-Aliasing Filter Settings

CMD_DATA_STREAM_FORMAT

0x0C60  - Device Data Stream Format

CMD_POWER_STATES

0x0C61  - Device Power States

CMD_GPS_STARTUP_SETTINGS

0x0C62  - Save/Restore Advanced GPS Startup Settings

CMD_DEVICE_STATUS

0x0C64  - Device Status

CMD_EF_RESET_FILTER

0x0D01  - Estimation Filter - Reset Filter

CMD_EF_INIT_ATTITUDE

0x0D02  - Estimation Filter - Set Initial Attitude

CMD_EF_INIT_HEADING

0x0D03  - Estimation Filter - Set Initial Heading

CMD_EF_INIT_ATTITUDE_FROM_AHRS

0x0D04  - Estimation Filter - Set Initial Attitude from AHRS

CMD_EF_RUN_FILTER

0x0D05  - Estimation Filter - Run Filter if configured to wait for run command

CMD_EF_VEHIC_DYNAMICS_MODE

0x0D10  - Estimation Filter - Vehicle Dynamics Mode

CMD_EF_SENS_VEHIC_FRAME_ROTATION_EULER

0x0D11  - Estimation Filter - Sensor to Vehicle Frame Rotation Euler Angles

CMD_EF_SENS_VEHIC_FRAME_OFFSET

0x0D12  - Estimation Filter - Sensor to Vehicle Frame Offset

CMD_EF_ANTENNA_OFFSET

0x0D13  - Estimation Filter - Antenna Offset

CMD_EF_BIAS_EST_CTRL

0x0D14  - Estimation Filter - Bias Estimation Control

CMD_EF_GNSS_SRC_CTRL

0x0D15  - Estimation Filter - GNSS Source Control

CMD_EF_EXTERN_GNSS_UPDATE

0x0D16  - Estimation Filter - External GNSS Update

CMD_EF_EXTERN_HEADING_UPDATE

0x0D17  - Estimation Filter - External Heading Update

CMD_EF_HEADING_UPDATE_CTRL

0x0D18  - Estimation Filter - Heading Update Control

CMD_EF_AUTO_INIT_CTRL

0x0D19  - Estimation Filter - Auto-Initialization Control

CMD_EF_ACCEL_WHT_NSE_STD_DEV

0x0D1A  - Estimation Filter - Accelerometer White Noise Standard Deviation

CMD_EF_GYRO_WHT_NSE_STD_DEV

0x0D1B  - Estimation Filter - Gyroscope White Noise Standard Deviation

CMD_EF_ACCEL_BIAS_MODEL_PARAMS

0x0D1C  - Estimation Filter - Accelerometer Bias Model Parameters

CMD_EF_GYRO_BIAS_MODEL_PARAMS

0x0D1D  - Estimation Filter - Gyroscope Bias Model Parameters

CMD_EF_ZERO_VEL_UPDATE_CTRL

0x0D1E  - Estimation Filter - Zero Velocity Update Control

CMD_EF_EXT_HEADING_UPDATE_TS

0x0D1F  - Estimation Filter - External Heading Update with Timestamp

CMD_EF_ZERO_ANG_RATE_UPDATE_CTRL

0x0D20  - Estimation Filter - Zero Angular Rate Update Control

CMD_EF_TARE_ORIENT

0x0D21  - Estimation Filter - Tare Orientation

CMD_EF_CMDED_ZERO_VEL_UPDATE

0x0D22  - Estimation Filter - Commanded Zero Velocity Update

CMD_EF_CMDED_ZERO_ANG_RATE_UPDATE

0x0D23  - Estimation Filter - Commanded Zero Angular Rate Update

CMD_EF_SET_REF_POSITION

0x0D26  - Estimation Filter - Set Reference Position

CMD_EF_MAG_CAPTURE_AUTO_CAL

0x0D27  - Estimation Filter - Magnetometer Capture Auto Calibration

CMD_EF_GRAVITY_NOISE_STD_DEV

0x0D28  - Estimation Filter - Gravity Noise Standard Deviation

CMD_EF_PRESS_ALT_NOISE_STD_DEV

0x0D29  - Estimation Filter - Pressure Altitude Noise Standard Deviation

CMD_EF_GRAVITY_NOISE_MINIMUM

0x0D2A  - Estimation Filter - Get/Set Gravity Noise Minimum

CMD_EF_HARD_IRON_OFFSET_PROCESS_NOISE

0x0D2B  - Estimation Filter - Hard Iron Offset Process Noise

CMD_EF_SOFT_IRON_OFFSET_PROCESS_NOISE

0x0D2C  - Estimation Filter - Soft Iron Offset Process Noise

CMD_EF_ENABLE_DISABLE_MEASUREMENTS

0x0D41  - Estimation Filter - Enable/Disable Measurements

CMD_EF_MAG_NOISE_STD_DEV

0x0D42  - Estimation Filter - Magnetometer Noise Standard Deviation

CMD_EF_DECLINATION_SRC

0x0D43  - Estimation Filter - Declination Source

CMD_EF_GRAV_MAGNITUDE_ERR_ADAPT_MEASURE

0x0D44  - Estimation Filter - Gravity Magnitude Error Adaptive Measurement

CMD_EF_MAG_MAGNITUDE_ERR_ADAPT_MEASURE

0x0D45  - Estimation Filter - Magnetometer Magnitude Error Adaptive Measurement

CMD_EF_MAG_DIP_ANGLE_ERR_ADAPT_MEASURE

0x0D46  - Estimation Filter - Magnetometer Dip Angle Error Adaptive Measurement

CMD_EF_ALTITUDE_AID_CTRL

0x0D47  - Estimation Filter - Altitude Aiding Control

CMD_EF_PITCH_ROLL_AID_CTRL

0x0D4B  - Estimation Filter - Pitch-Roll Aiding Control

CMD_EF_INCLINATION_SRC

0x0D4C  - Estimation Filter - Inclination Source

CMD_EF_FIELD_MAGNITUDE_SRC

0x0D4D  - Estimation Filter - Magnetic Field Magnitude Source

CMD_EF_SENS_VEHIC_FRAME_ROTATION_DCM

0x0D4E  - Estimation Filter - Sensor to Vehicle Frame Rotation Direction Cosine Matrix

CMD_EF_SENS_VEHIC_FRAME_ROTATION_QUAT

0x0D4F  - Estimation Filter - Sensor to Vehicle Frame Rotation Quaternion

CMD_EF_AIDING_MEASUREMENT_ENABLE

0x0D50  - Estimation Filter - Aiding Measurement Enabled

CMD_EF_INITIALIZATION_CONFIG

0x0D52  - Estimation Filter - Initialization Configuration

CMD_EF_ADAPTIVE_FILTER_OPTIONS

0x0D53  - Estimation Filter - Adaptive Filter Options

CMD_EF_MULTI_ANTENNA_OFFSET

0x0D54  - Estimation Filter - Multi Antenna Offset

CMD_EF_RELATIVE_POSITION_REF

0x0D55  - Estimation Filter - Reference Location for Relative Position Outputs

CMD_EF_LEVER_ARM_OFFSET_REF

0x0D56  - Estimation Filter - Lever Arm Reference Offset

CMD_EF_EXTERN_SPEED_UPDATE

0x0D60  - Estimation Filter - External Speed Measurement Update (Input Speed Measurement)

CMD_EF_SPEED_MEASUREMENT_OFFSET

0x0D61  - Estimation Filter - Speed Measurement Lever Arm Offset

CMD_EF_VERTICAL_GYRO_CONSTRAINT

0x0D62  - Estimation Filter - Vertical Gyro Constraint Enable/Disable

CMD_EF_WHEELED_VEHICLE_CONSTRAINT

0x0D63  - Estimation Filter - Wheeled Vehicle Constraint Enable/Disable

CMD_EF_GNSS_ANTENNA_LEVER_ARM_CAL

0x0D64  - Estimation Filter - GNSS Antenna Lever Arm Calibration Control

CMD_GNSS_RECEIVER_INFO

0x0E01  - GNSS Receiver Info

CMD_GNSS_SIGNAL_CONFIG

0x0E02  - GNSS Signal Configuration

CMD_GNSS_RTK_CONFIG

0x0E10  - GNSS RTK Configuration

CMD_INTERFACE_CONTROL

0x7F02  - Interface Control

CMD_COMMUNICATION_MODE

0x7F10  - Communication Mode

CMD_HARDWARE_CTRL

0x7F11  - Hardware Control

CMD_GET_ANALOG_DISPLACEMENT_CALS

0x1101  - Get Analog Output to Displacement Slope and Offset

CMD_DISPLACEMENT_OUTPUT_RATE

0x1102  - Displacement Output Data Rate

CMD_DISPLACEMENT_DEVICE_TIME

0x1104  - Displacement Device Time

CMD_RTK_DEVICE_STATUS_FLAGS

0x0F01  - Get RTK Device Status Flags

CMD_RTK_ACTIVATION_CODE

0x0F07  - Get RTK Activation Code

CMD_AIDING_FRAME_CONFIG

0x1301  - Configure Aiding Measurement Reference Frames

CMD_AIDING_SENSOR_FRAME_MAP

0x1302  - Map Reference Frames to Sensor Inputs

CMD_AIDING_ECHO_CONTROL

0x131F  - Enable/Disable Aiding Measurement Echo in Response

CMD_AIDING_POS_LOCAL

0x1320  - Local Position Input

CMD_AIDING_POS_ECEF

0x1321  - ECEF Position Input

CMD_AIDING_POS_LLH

0x1322  - LLH Position Input

CMD_AIDING_HEIGHT_ABOVE_ELLIPSOID

0x1323  - Height Above Ellipsoid Input

CMD_AIDING_HEIGHT_REL

0x1324  - Relative Height Input

CMD_AIDING_VEL_ECEF

0x1328  - ECEF Velocity Input

CMD_AIDING_VEL_NED

0x1329  - NED Velocity Input

CMD_AIDING_VEL_BODY_FRAME

0x132A  - Velocity Input Relative to the Body/Vehicle Frame

CMD_AIDING_WHEELSPEED

0x132B  - Wheel Speed Input

CMD_AIDING_HEADING_TRUE

0x1331  - True Heading Input

CMD_AIDING_MAGNETIC_FIELD

0x1332  - Magnetic Field Input (External Magnetometer)

CMD_AIDING_PRESSURE

0x1333  - External Pressure Input

CMD_AIDING_DELTA_POSITION

0x1338  - Delta Position Input

CMD_AIDING_DELTA_ATTITUDE

0x1339  - Delta Attitude Input

CMD_AIDING_ANGULAR_RATE_LOCAL

0x133A  - Local Angular Rate Input

-
- -
-
ChannelField
-

The enums for all of the different MIP Channel Field IDs.

CH_FIELD_SENSOR_RAW_ACCEL_VEC

0x8001  - Raw Accelerometer Vector

CH_FIELD_SENSOR_RAW_GYRO_VEC

0x8002  - Raw Gyro Vector

CH_FIELD_SENSOR_RAW_MAG_VEC

0x8003  - Raw Magnetometer Vector

CH_FIELD_SENSOR_SCALED_ACCEL_VEC

0x8004  - Scaled Accelerometer Vector

CH_FIELD_SENSOR_SCALED_GYRO_VEC

0x8005  - Scaled Gyro Vector

CH_FIELD_SENSOR_SCALED_MAG_VEC

0x8006  - Scaled Magnetometer Vector

CH_FIELD_SENSOR_DELTA_THETA_VEC

0x8007  - Delta Theta Vector

CH_FIELD_SENSOR_DELTA_VELOCITY_VEC

0x8008  - Delta Velocity Vector

CH_FIELD_SENSOR_ORIENTATION_MATRIX

0x8009  - Orientation Matrix

CH_FIELD_SENSOR_ORIENTATION_QUATERNION

0x800A  - Quaternion

CH_FIELD_SENSOR_ORIENTATION_UPDATE_MATRIX

0x800B  - Orientation Update Matrix

CH_FIELD_SENSOR_EULER_ANGLES

0x800C  - Euler Angles

CH_FIELD_SENSOR_INTERNAL_TIMESTAMP

0x800E  - Internal Timestamp

CH_FIELD_SENSOR_BEACONED_TIMESTAMP

0x800F  - Beaconed Timestamp

CH_FIELD_SENSOR_STABILIZED_MAG_VEC

0x8010  - Stabilized Mag Vector (North)

CH_FIELD_SENSOR_STABILIZED_ACCEL_VEC

0x8011  - Stabilized Accel Vector (Up)

CH_FIELD_SENSOR_GPS_CORRELATION_TIMESTAMP

0x8012  - GPS Correlation Timestamp

CH_FIELD_SENSOR_TEMPERATURE_STATISTICS

0x8014  - Temperature Statistics

CH_FIELD_SENSOR_RAW_AMBIENT_PRESSURE

0x8016  - Raw Ambient Pressure

CH_FIELD_SENSOR_SCALED_AMBIENT_PRESSURE

0x8017  - Scaled Ambient Pressure

CH_FIELD_SENSOR_OVERRANGE_STATUS

0x8018  - Overrange Status

CH_FIELD_SENSOR_ODOMETER_DATA

0x8040  - Odometer Data

CH_FIELD_SENSOR_SHARED_EVENT_SOURCE

0x80D0  - Event Source

CH_FIELD_SENSOR_SHARED_TICKS

0x80D1  - Ticks

CH_FIELD_SENSOR_SHARED_DELTA_TICKS

0x80D2  - Delta Ticks

CH_FIELD_SENSOR_SHARED_GPS_TIMESTAMP

0x80D3  - GPS Timestamp

CH_FIELD_SENSOR_SHARED_DELTA_TIMESTAMP

0x80D4  - Delta GPS Timestamp

CH_FIELD_SENSOR_SHARED_REFERENCE_TIMESTAMP

0x80D5  - Internal Reference Timestamp

CH_FIELD_SENSOR_SHARED_DELTA_REFERENCE_TIME

0x80D6  - Delta Internal Reference Time

CH_FIELD_SENSOR_SHARED_EXTERNAL_TIMESTAMP

0x80D7  - External Timestamp

CH_FIELD_SENSOR_SHARED_DELTA_EXTERNAL_TIME

0x80D8  - Delta External Time

CH_FIELD_GNSS_LLH_POSITION

0x8103  - LLH Position

CH_FIELD_GNSS_ECEF_POSITION

0x8104  - ECEF Position

CH_FIELD_GNSS_NED_VELOCITY

0x8105  - NED Velocity

CH_FIELD_GNSS_ECEF_VELOCITY

0x8106  - ECEF Velocity

CH_FIELD_GNSS_DOP

0x8107  - DOP Data

CH_FIELD_GNSS_UTC_TIME

0x8108  - UTC Time

CH_FIELD_GNSS_GPS_TIME

0x8109  - GPS Time

CH_FIELD_GNSS_CLOCK_INFO

0x810A  - Clock Information

CH_FIELD_GNSS_FIX_INFO

0x810B  - GNSS Fix Information

CH_FIELD_GNSS_SPACE_VEHICLE_INFO

0x810C  - Space Vehicle Information

CH_FIELD_GNSS_HARDWARE_STATUS

0x810D  - Hardware Status

CH_FIELD_GNSS_DGNSS_INFO

0x810E  - DGNSS Information

CH_FIELD_GNSS_DGNSS_CHANNEL_STATUS

0x810F  - Individual DGNSS Channel Status Entry

CH_FIELD_GNSS_CLOCK_INFO_2

0x8110  - GNSS Clock Info 2

CH_FIELD_GNSS_GPS_LEAP_SECONDS

0x8111  - GNSS GPS Leap Seconds

CH_FIELD_GNSS_SBAS_INFO

0x8112  - GNSS SBAS Info

CH_FIELD_GNSS_SBAS_CORRECTION

0x8113  - GNSS SBAS Correction

CH_FIELD_GNSS_RF_ERROR_DETECTION

0x8114  - GNSS RF Error Detection

CH_FIELD_GNSS_SATELLITE_STATUS

0x8120  - GNSS Satellite Status

CH_FIELD_GNSS_RAW_OBSERVATION

0x8122  - GNSS Raw Observation data

CH_FIELD_GNSS_STATION_INFO

0x8130  - GNSS Base Station Info

CH_FIELD_GNSS_RTK_CORRECTIONS_STATUS

0x8131  - GNSS RTK Corrections Status

CH_FIELD_GNSS_GPS_EPHEMERIS

0x8161  - GNSS GPS Ephemeris

CH_FIELD_GNSS_GLONASS_EPHEMERIS

0x8162  - GNSS GLONASS Ephemeris

CH_FIELD_GNSS_GALILEO_EPHEMERIS

0x8163  - GNSS Galileo Ephemeris

CH_FIELD_GNSS_GPS_IONOSPHERIC_CORRECTION

0x8171  - GPS Ionospheric Correction

CH_FIELD_GNSS_GALILEO_IONOSPHERIC_CORRECTION

0x8173  - Galileo Ionospheric Correction

CH_FIELD_GNSS_SHARED_EVENT_SOURCE

0x81D0  - Event Source

CH_FIELD_GNSS_SHARED_TICKS

0x81D1  - Ticks

CH_FIELD_GNSS_SHARED_DELTA_TICKS

0x81D2  - Delta Ticks

CH_FIELD_GNSS_SHARED_GPS_TIMESTAMP

0x81D3  - GPS Timestamp

CH_FIELD_GNSS_SHARED_DELTA_TIMESTAMP

0x81D4  - Delta GPS Timestamp

CH_FIELD_GNSS_SHARED_REFERENCE_TIMESTAMP

0x81D5  - Internal Reference Timestamp

CH_FIELD_GNSS_SHARED_DELTA_REFERENCE_TIME

0x81D6  - Delta Internal Reference Time

CH_FIELD_GNSS_SHARED_EXTERNAL_TIMESTAMP

0x81D7  - External Timestamp

CH_FIELD_GNSS_SHARED_DELTA_EXTERNAL_TIME

0x81D8  - Delta External Time

CH_FIELD_ESTFILTER_ESTIMATED_LLH_POS

0x8201  - Estimated LLH Position

CH_FIELD_ESTFILTER_ESTIMATED_NED_VELOCITY

0x8202  - Estimated NED Velocity

CH_FIELD_ESTFILTER_ESTIMATED_ORIENT_QUATERNION

0x8203  - Estimated Orientation Quaternion

CH_FIELD_ESTFILTER_ESTIMATED_ORIENT_MATRIX

0x8204  - Estimated Orientation Matrix

CH_FIELD_ESTFILTER_ESTIMATED_ORIENT_EULER

0x8205  - Estimated Orientation, Euler Angles

CH_FIELD_ESTFILTER_ESTIMATED_GYRO_BIAS

0x8206  - Estimated Gyro Bias

CH_FIELD_ESTFILTER_ESTIMATED_ACCEL_BIAS

0x8207  - Estimated Accel Bias

CH_FIELD_ESTFILTER_ESTIMATED_LLH_UNCERT

0x8208  - Estimated LLH Position Uncertainty

CH_FIELD_ESTFILTER_ESTIMATED_NED_UNCERT

0x8209  - Estimated NED Velocity Uncertainty

CH_FIELD_ESTFILTER_ESTIMATED_ATT_UNCERT_EULER

0x820A  - Estimated Attitude Uncertainty, Euler Angles

CH_FIELD_ESTFILTER_ESTIMATED_GYRO_BIAS_UNCERT

0x820B  - Estimated Gyro Bias Uncertainty

CH_FIELD_ESTFILTER_ESTIMATED_ACCEL_BIAS_UNCERT

0x820C  - Estimated Accel Bias Uncertainty

CH_FIELD_ESTFILTER_ESTIMATED_LINEAR_ACCEL

0x820D  - Estimated Linear Acceleration

CH_FIELD_ESTFILTER_ESTIMATED_ANGULAR_RATE

0x820E  - Estimated Angular Rate

CH_FIELD_ESTFILTER_WGS84_LOC_GRAV_MAGNITUDE

0x820F  - WG284 Local Gravity Magnitude

CH_FIELD_ESTFILTER_FILTER_STATUS

0x8210  - Filter Status

CH_FIELD_ESTFILTER_GPS_TIMESTAMP

0x8211  - GPS Timestamp

CH_FIELD_ESTFILTER_ESTIMATED_ATT_UNCERT_QUAT

0x8212  - Estimated Attitude Uncertainty, Quaternion Elements

CH_FIELD_ESTFILTER_ESTIMATED_GRAVITY_VECTOR

0x8213  - Estimated Gravity Vector

CH_FIELD_ESTFILTER_HEADING_UPDATE_SOURCE

0x8214  - Heading Update Source

CH_FIELD_ESTFILTER_MAGNETIC_MODEL_SLN

0x8215  - Magnetic Model Solution

CH_FIELD_ESTFILTER_ESTIMATED_GYRO_SCALE_FACTOR

0x8216  - Gyro Scale Factor

CH_FIELD_ESTFILTER_ACCEL_SCALE_FACTOR

0x8217  - Accel Scale Factor

CH_FIELD_ESTFILTER_GYRO_SCALE_FACTOR_UNCERT

0x8218  - Gyro Scale Factor Uncertainty

CH_FIELD_ESTFILTER_ACCEL_SCALE_FACTOR_UNCERT

0x8219  - Accel Scale Factor Uncertainty

CH_FIELD_ESTFILTER_MAG_BIAS

0x821A  - Mag Bias

CH_FIELD_ESTFILTER_MAG_BIAS_UNCERT

0x821B  - Mag Bias Uncertainty

CH_FIELD_ESTFILTER_COMPENSATED_ACCEL

0x821C  - Compensated Accel

CH_FIELD_ESTFILTER_STD_ATMOSPHERE_MODEL

0x8220  - Standard Atmosphere Model

CH_FIELD_ESTFILTER_PRESSURE_ALTITUDE

0x8221  - Estimated Pressure Altitude

CH_FIELD_ESTFILTER_MAG_AUTO_HARD_IRON_OFFSET

0x8225  - Mag Auto Hard Iron Offset

CH_FIELD_ESTFILTER_MAG_AUTO_SOFT_IRON_MATRIX

0x8226  - Mag Auto Soft Iron Matrix

CH_FIELD_ESTFILTER_MAG_AUTO_HARD_IRON_OFFSET_UNCERT

0x8228  - Mag Auto Hard Iron Offset Uncertainty

CH_FIELD_ESTFILTER_MAG_AUTO_SOFT_IRON_MATRIX_UNCERT

0x8229  - Mag Auto Soft Iron Matrix Uncertainty

CH_FIELD_ESTFILTER_MAG_COVARIANCE_MATRIX

0x822A  - Magnetometer Covariance Matrix

CH_FIELD_ESTFILTER_MAG_RESIDUAL_VECTOR

0x822C  - Magnetometer Residual Vector

CH_FIELD_ESTFILTER_GNSS_ANTENNA_CORRECTION

0x8230  - GNSS Antenna Offset Correction

CH_FIELD_ESTFILTER_GNSS_ANTENNA_CORRECTION_UNCERT

0x8231  - GNSS Antenna Offset Correction Uncertainty

CH_FIELD_ESTFILTER_GNSS_CLOCK_CORRECTION

0x8232  - GNSS Clock Correction

CH_FIELD_ESTFILTER_GNSS_CLOCK_CORRECTION_UNCERT

0x8233  - GNSS Clock Correction Uncertainty

CH_FIELD_ESTFILTER_GNSS_MULTI_ANTENNA_CORRECTION

0x8234  - GNSS Multi-Antenna Offset Correction

CH_FIELD_ESTFILTER_GNSS_MULTI_ANTENNA_CORRECTION_UNCERT

0x8235  - GNSS Multi-Antenna Offset Correction Uncertainty

CH_FIELD_ESTFILTER_ECEF_POS_UNCERT

0x8236  - ECEF Position Uncertainty

CH_FIELD_ESTFILTER_ECEF_VEL_UNCERT

0x8237  - ECEF Velocity Uncertainty

CH_FIELD_ESTFILTER_ECEF_POS

0x8240  - ECEF Position

CH_FIELD_ESTFILTER_ECEF_VEL

0x8241  - ECEF Velocity

CH_FIELD_ESTFILTER_NED_RELATIVE_POS

0x8242  - NED Relative Position

CH_FIELD_ESTFILTER_POSITION_AIDING_STATUS

0x8243  - GNSS Position Aiding Status

CH_FIELD_ESTFILTER_ATTITUDE_AIDING_STATUS

0x8244  - GNSS Attitude Aiding Status

CH_FIELD_ESTFILTER_AIDING_MEASURE_SUMMARY

0x8246  - Filter Aiding Measurement Summary

CH_FIELD_ESTFILTER_ODOMETER_SCALE_FACTOR_ERROR

0x8247  - Odometer Scale Factor Error

CH_FIELD_ESTFILTER_ODOMETER_SCALE_FACTOR_ERROR_UNCERT

0X8248  - Odometer Scale Factor Error Uncertainty

CH_FIELD_ESTFILTER_GNSS_DUAL_ANTENNA_STATUS

0x8249  - GNSS Dual Antenna Status

CH_FIELD_ESTFILTER_FRAME_CONFIG_ERROR

0X8250  - Filter Frame Config Error

CH_FIELD_ESTFILTER_FRAME_CONFIG_ERROR_UNCERT

0x8251  - Filter Frame Config Error Uncertainty

CH_FIELD_ESTFILTER_SHARED_EVENT_SOURCE

0x82D0  - Event Source

CH_FIELD_ESTFILTER_SHARED_TICKS

0x82D1  - Ticks

CH_FIELD_ESTFILTER_SHARED_DELTA_TICKS

0x82D2  - Delta Ticks

CH_FIELD_ESTFILTER_SHARED_GPS_TIMESTAMP

0x82D3  - GPS Timestamp

CH_FIELD_ESTFILTER_SHARED_DELTA_TIMESTAMP

0x82D4  - Delta GPS Timestamp

CH_FIELD_ESTFILTER_SHARED_REFERENCE_TIMESTAMP

0x82D5  - Internal Reference Timestamp

CH_FIELD_ESTFILTER_SHARED_DELTA_REFERENCE_TIME

0x82D6  - Delta Internal Reference Time

CH_FIELD_ESTFILTER_SHARED_EXTERNAL_TIMESTAMP

0x82D7  - External Timestamp

CH_FIELD_ESTFILTER_SHARED_DELTA_EXTERNAL_TIME

0x82D8  - Delta External Time

CH_FIELD_DISP_POSITION

0x9001  - Position

CH_FIELD_DISP_RAW_POSITION

0x9002  - Raw Position

CH_FIELD_DISP_DISPLACEMENT_TS

0x9004  - Displacement Device Timestamp

CH_FIELD_GNSS_1_LLH_POSITION

0x9103  - GNSS 1 LLH Position

CH_FIELD_GNSS_1_ECEF_POSITION

0x9104  - GNSS 1 ECEF Position

CH_FIELD_GNSS_1_NED_VELOCITY

0x9105  - GNSS 1 NED Velocity

CH_FIELD_GNSS_1_ECEF_VELOCITY

0x9106  - GNSS 1 ECEF Velocity

CH_FIELD_GNSS_1_DOP

0x9107  - GNSS 1 DOP Data

CH_FIELD_GNSS_1_UTC_TIME

0x9108  - GNSS 1 UTC Time

CH_FIELD_GNSS_1_GPS_TIME

0x9109  - GNSS 1 GPS Time

CH_FIELD_GNSS_1_CLOCK_INFO

0x910A  - GNSS 1 Clock Information

CH_FIELD_GNSS_1_FIX_INFO

0x910B  - GNSS 1 Fix Information

CH_FIELD_GNSS_1_SPACE_VEHICLE_INFO

0x910C  - GNSS 1 Space Vehicle Information

CH_FIELD_GNSS_1_HARDWARE_STATUS

0x910D  - GNSS 1 Hardware Status

CH_FIELD_GNSS_1_DGNSS_INFO

0x910E  - GNSS 1 DGNSS Information

CH_FIELD_GNSS_1_DGNSS_CHANNEL_STATUS

0x910F  - GNSS 1 Individual DGNSS Channel Status Entry

CH_FIELD_GNSS_1_CLOCK_INFO_2

0x9110  - GNSS 1 Clock Info 2

CH_FIELD_GNSS_1_GPS_LEAP_SECONDS

0x9111  - GNSS 1 GPS Leap Seconds

CH_FIELD_GNSS_1_SBAS_INFO

0x9112  - GNSS 1 SBAS Info

CH_FIELD_GNSS_1_SBAS_CORRECTION

0x9113  - GNSS 1 SBAS Correction

CH_FIELD_GNSS_1_RF_ERROR_DETECTION

0x9114  - GNSS 1 RF Error Detection

CH_FIELD_GNSS_1_SATELLITE_STATUS

0x9120  - GNSS 1 Satellite Status

CH_FIELD_GNSS_1_RAW_OBSERVATION

0x9122  - GNSS 1 Raw Observation data

CH_FIELD_GNSS_1_STATION_INFO

0x9130  - GNSS 1 Base Station Info

CH_FIELD_GNSS_1_RTK_CORRECTIONS_STATUS

0x9131  - GNSS 1 RTK Corrections Status

CH_FIELD_GNSS_1_GPS_EPHEMERIS

0x9161  - GNSS 1 GPS Ephemeris

CH_FIELD_GNSS_1_GLONASS_EPHEMERIS

0x9162  - GNSS 1 GLONASS Ephemeris

CH_FIELD_GNSS_1_GALILEO_EPHEMERIS

0x9163  - GNSS 1 Galileo Ephemeris

CH_FIELD_GNSS_1_GPS_IONOSPHERIC_CORRECTION

0x9171  - GNSS 1 GPS Ionospheric Correction

CH_FIELD_GNSS_1_GALILEO_IONOSPHERIC_CORRECTION

0x9173  - GNSS 1 Galileo Ionospheric Correction

CH_FIELD_GNSS_1_SHARED_EVENT_SOURCE

0x91D0  - Event Source

CH_FIELD_GNSS_1_SHARED_TICKS

0x91D1  - Ticks

CH_FIELD_GNSS_1_SHARED_DELTA_TICKS

0x91D2  - Delta Ticks

CH_FIELD_GNSS_1_SHARED_GPS_TIMESTAMP

0x91D3  - GPS Timestamp

CH_FIELD_GNSS_1_SHARED_DELTA_TIMESTAMP

0x91D4  - Delta GPS Timestamp

CH_FIELD_GNSS_1_SHARED_REFERENCE_TIMESTAMP

0x91D5  - Internal Reference Timestamp

CH_FIELD_GNSS_1_SHARED_DELTA_REFERENCE_TIME

0x91D6  - Delta Internal Reference Time

CH_FIELD_GNSS_1_SHARED_EXTERNAL_TIMESTAMP

0x91D7  - External Timestamp

CH_FIELD_GNSS_1_SHARED_DELTA_EXTERNAL_TIME

0x91D8  - Delta External Time

CH_FIELD_GNSS_2_LLH_POSITION

0x9203  - GNSS 2 LLH Position

CH_FIELD_GNSS_2_ECEF_POSITION

0x9204  - GNSS 2 ECEF Position

CH_FIELD_GNSS_2_NED_VELOCITY

0x9205  - GNSS 2 NED Velocity

CH_FIELD_GNSS_2_ECEF_VELOCITY

0x9206  - GNSS 2 ECEF Velocity

CH_FIELD_GNSS_2_DOP

0x9207  - GNSS 2 DOP Data

CH_FIELD_GNSS_2_UTC_TIME

0x9208  - GNSS 2 UTC Time

CH_FIELD_GNSS_2_GPS_TIME

0x9209  - GNSS 2 GPS Time

CH_FIELD_GNSS_2_CLOCK_INFO

0x920A  - GNSS 2 Clock Information

CH_FIELD_GNSS_2_FIX_INFO

0x920B  - GNSS 2 Fix Information

CH_FIELD_GNSS_2_SPACE_VEHICLE_INFO

0x920C  - GNSS 2 Space Vehicle Information

CH_FIELD_GNSS_2_HARDWARE_STATUS

0x920D  - GNSS 2 Hardware Status

CH_FIELD_GNSS_2_DGNSS_INFO

0x920E  - GNSS 2 DGNSS Information

CH_FIELD_GNSS_2_DGNSS_CHANNEL_STATUS

0x920F  - GNSS 2 Individual DGNSS Channel Status Entry

CH_FIELD_GNSS_2_CLOCK_INFO_2

0x9210  - GNSS 2 Clock Info 2

CH_FIELD_GNSS_2_GPS_LEAP_SECONDS

0x9211  - GNSS 2 GPS Leap Seconds

CH_FIELD_GNSS_2_SBAS_INFO

0x9212  - GNSS 2 SBAS Info

CH_FIELD_GNSS_2_SBAS_CORRECTION

0x9213  - GNSS 2 SBAS Correction

CH_FIELD_GNSS_2_RF_ERROR_DETECTION

0x9214  - GNSS 2 RF Error Detection

CH_FIELD_GNSS_2_SATELLITE_STATUS

0x9220  - GNSS 2 Satellite Status

CH_FIELD_GNSS_2_RAW_OBSERVATION

0x9222  - GNSS 2 Raw Observation data

CH_FIELD_GNSS_2_STATION_INFO

0x9230  - GNSS 2 Base Station Info

CH_FIELD_GNSS_2_RTK_CORRECTIONS_STATUS

0x9231  - GNSS 2 RTK Corrections Status

CH_FIELD_GNSS_2_GPS_EPHEMERIS

0x9261  - GNSS 2 GPS Ephemeris

CH_FIELD_GNSS_2_GLONASS_EPHEMERIS

0x9262  - GNSS 2 GLONASS Ephemeris

CH_FIELD_GNSS_2_GALILEO_EPHEMERIS

0x9263  - GNSS 2 Galileo Ephemeris

CH_FIELD_GNSS_2_GPS_IONOSPHERIC_CORRECTION

0x9271  - GNSS 2 GPS Ionospheric Correction

CH_FIELD_GNSS_2_GALILEO_IONOSPHERIC_CORRECTION

0x9273  - GNSS 2 Galileo Ionospheric Correction

CH_FIELD_GNSS_2_SHARED_EVENT_SOURCE

0x92D0  - Event Source

CH_FIELD_GNSS_2_SHARED_TICKS

0x92D1  - Ticks

CH_FIELD_GNSS_2_SHARED_DELTA_TICKS

0x92D2  - Delta Ticks

CH_FIELD_GNSS_2_SHARED_GPS_TIMESTAMP

0x92D3  - GPS Timestamp

CH_FIELD_GNSS_2_SHARED_DELTA_TIMESTAMP

0x92D4  - Delta GPS Timestamp

CH_FIELD_GNSS_2_SHARED_REFERENCE_TIMESTAMP

0x92D5  - Internal Reference Timestamp

CH_FIELD_GNSS_2_SHARED_DELTA_REFERENCE_TIME

0x92D6  - Delta Internal Reference Time

CH_FIELD_GNSS_2_SHARED_EXTERNAL_TIMESTAMP

0x92D7  - External Timestamp

CH_FIELD_GNSS_2_SHARED_DELTA_EXTERNAL_TIME

0x92D8  - Delta External Time

CH_FIELD_GNSS_3_LLH_POSITION

0x9303  - GNSS 3 LLH Position

CH_FIELD_GNSS_3_ECEF_POSITION

0x9304  - GNSS 3 ECEF Position

CH_FIELD_GNSS_3_NED_VELOCITY

0x9305  - GNSS 3 NED Velocity

CH_FIELD_GNSS_3_ECEF_VELOCITY

0x9306  - GNSS 3 ECEF Velocity

CH_FIELD_GNSS_3_DOP

0x9307  - GNSS 3 DOP Data

CH_FIELD_GNSS_3_UTC_TIME

0x9308  - GNSS 3 UTC Time

CH_FIELD_GNSS_3_GPS_TIME

0x9309  - GNSS 3 GPS Time

CH_FIELD_GNSS_3_CLOCK_INFO

0x930A  - GNSS 3 Clock Information

CH_FIELD_GNSS_3_FIX_INFO

0x930B  - GNSS 3 Fix Information

CH_FIELD_GNSS_3_SPACE_VEHICLE_INFO

0x930C  - GNSS 3 Space Vehicle Information

CH_FIELD_GNSS_3_HARDWARE_STATUS

0x930D  - GNSS 3 Hardware Status

CH_FIELD_GNSS_3_DGNSS_INFO

0x930E  - GNSS 3 DGNSS Information

CH_FIELD_GNSS_3_DGNSS_CHANNEL_STATUS

0x930F  - GNSS 3 Individual DGNSS Channel Status Entry

CH_FIELD_GNSS_3_CLOCK_INFO_2

0x9310  - GNSS 3 Clock Info 2

CH_FIELD_GNSS_3_GPS_LEAP_SECONDS

0x9311  - GNSS 3 GPS Leap Seconds

CH_FIELD_GNSS_3_SBAS_INFO

0x9312  - GNSS 3 SBAS Info

CH_FIELD_GNSS_3_SBAS_CORRECTION

0x9313  - GNSS 3 SBAS Correction

CH_FIELD_GNSS_3_RF_ERROR_DETECTION

0x9314  - GNSS 3 RF Error Detection

CH_FIELD_GNSS_3_SATELLITE_STATUS

0x9320  - GNSS 3 Satellite Status

CH_FIELD_GNSS_3_RAW_OBSERVATION

0x9322  - GNSS 3 Raw Observation data

CH_FIELD_GNSS_3_STATION_INFO

0x9330  - GNSS 3 Base Station Info

CH_FIELD_GNSS_3_RTK_CORRECTIONS_STATUS

0x9331  - GNSS 3 RTK Corrections Status

CH_FIELD_GNSS_3_GPS_EPHEMERIS

0x9361  - GNSS 3 GPS Ephemeris

CH_FIELD_GNSS_3_GLONASS_EPHEMERIS

0x9362  - GNSS 3 GLONASS Ephemeris

CH_FIELD_GNSS_3_GALILEO_EPHEMERIS

0x9363  - GNSS 3 Galileo Ephemeris

CH_FIELD_GNSS_3_GPS_IONOSPHERIC_CORRECTION

0x9371  - GNSS 3 GPS Ionospheric Correction

CH_FIELD_GNSS_3_GALILEO_IONOSPHERIC_CORRECTION

0x9373  - GNSS 3 Galileo Ionospheric Correction

CH_FIELD_GNSS_3_SHARED_EVENT_SOURCE

0x93D0  - Event Source

CH_FIELD_GNSS_3_SHARED_TICKS

0x93D1  - Ticks

CH_FIELD_GNSS_3_SHARED_DELTA_TICKS

0x93D2  - Delta Ticks

CH_FIELD_GNSS_3_SHARED_GPS_TIMESTAMP

0x93D3  - GPS Timestamp

CH_FIELD_GNSS_3_SHARED_DELTA_TIMESTAMP

0x93D4  - Delta GPS Timestamp

CH_FIELD_GNSS_3_SHARED_REFERENCE_TIMESTAMP

0x93D5  - Internal Reference Timestamp

CH_FIELD_GNSS_3_SHARED_DELTA_REFERENCE_TIME

0x93D6  - Delta Internal Reference Time

CH_FIELD_GNSS_3_SHARED_EXTERNAL_TIMESTAMP

0x93D7  - External Timestamp

CH_FIELD_GNSS_3_SHARED_DELTA_EXTERNAL_TIME

0x93D8  - Delta External Time

CH_FIELD_GNSS_4_LLH_POSITION

0x9403  - GNSS 4 LLH Position

CH_FIELD_GNSS_4_ECEF_POSITION

0x9404  - GNSS 4 ECEF Position

CH_FIELD_GNSS_4_NED_VELOCITY

0x9405  - GNSS 4 NED Velocity

CH_FIELD_GNSS_4_ECEF_VELOCITY

0x9406  - GNSS 4 ECEF Velocity

CH_FIELD_GNSS_4_DOP

0x9407  - GNSS 4 DOP Data

CH_FIELD_GNSS_4_UTC_TIME

0x9408  - GNSS 4 UTC Time

CH_FIELD_GNSS_4_GPS_TIME

0x9409  - GNSS 4 GPS Time

CH_FIELD_GNSS_4_CLOCK_INFO

0x940A  - GNSS 4 Clock Information

CH_FIELD_GNSS_4_FIX_INFO

0x940B  - GNSS 4 Fix Information

CH_FIELD_GNSS_4_SPACE_VEHICLE_INFO

0x940C  - GNSS 4 Space Vehicle Information

CH_FIELD_GNSS_4_HARDWARE_STATUS

0x940D  - GNSS 4 Hardware Status

CH_FIELD_GNSS_4_DGNSS_INFO

0x940E  - GNSS 4 DGNSS Information

CH_FIELD_GNSS_4_DGNSS_CHANNEL_STATUS

0x940F  - GNSS 4 Individual DGNSS Channel Status Entry

CH_FIELD_GNSS_4_CLOCK_INFO_2

0x9410  - GNSS 4 Clock Info 2

CH_FIELD_GNSS_4_GPS_LEAP_SECONDS

0x9411  - GNSS 4 GPS Leap Seconds

CH_FIELD_GNSS_4_SBAS_INFO

0x9412  - GNSS 4 SBAS Info

CH_FIELD_GNSS_4_SBAS_CORRECTION

0x9413  - GNSS 4 SBAS Correction

CH_FIELD_GNSS_4_RF_ERROR_DETECTION

0x9414  - GNSS 4 RF Error Detection

CH_FIELD_GNSS_4_SATELLITE_STATUS

0x9420  - GNSS 4 Satellite Status

CH_FIELD_GNSS_4_RAW_OBSERVATION

0x9422  - GNSS 4 Raw Observation data

CH_FIELD_GNSS_4_STATION_INFO

0x9430  - GNSS 4 Base Station Info

CH_FIELD_GNSS_4_RTK_CORRECTIONS_STATUS

0x9431  - GNSS 4 RTK Corrections Status

CH_FIELD_GNSS_4_GPS_EPHEMERIS

0x9461  - GNSS 4 GPS Ephemeris

CH_FIELD_GNSS_4_GLONASS_EPHEMERIS

0x9462  - GNSS 4 GLONASS Ephemeris

CH_FIELD_GNSS_4_GALILEO_EPHEMERIS

0x9463  - GNSS 4 Galileo Ephemeris

CH_FIELD_GNSS_4_GPS_IONOSPHERIC_CORRECTION

0x9471  - GNSS 4 GPS Ionospheric Correction

CH_FIELD_GNSS_4_GALILEO_IONOSPHERIC_CORRECTION

0x9473  - GNSS 4 Galileo Ionospheric Correction

CH_FIELD_GNSS_4_SHARED_EVENT_SOURCE

0x94D0  - Event Source

CH_FIELD_GNSS_4_SHARED_TICKS

0x94D1  - Ticks

CH_FIELD_GNSS_4_SHARED_DELTA_TICKS

0x94D2  - Delta Ticks

CH_FIELD_GNSS_4_SHARED_GPS_TIMESTAMP

0x94D3  - GPS Timestamp

CH_FIELD_GNSS_4_SHARED_DELTA_TIMESTAMP

0x94D4  - Delta GPS Timestamp

CH_FIELD_GNSS_4_SHARED_REFERENCE_TIMESTAMP

0x94D5  - Internal Reference Timestamp

CH_FIELD_GNSS_4_SHARED_DELTA_REFERENCE_TIME

0x94D6  - Delta Internal Reference Time

CH_FIELD_GNSS_4_SHARED_EXTERNAL_TIMESTAMP

0x94D7  - External Timestamp

CH_FIELD_GNSS_4_SHARED_DELTA_EXTERNAL_TIME

0x94D8  - Delta External Time

CH_FIELD_GNSS_5_LLH_POSITION

0x9503  - GNSS 5 LLH Position

CH_FIELD_GNSS_5_ECEF_POSITION

0x9504  - GNSS 5 ECEF Position

CH_FIELD_GNSS_5_NED_VELOCITY

0x9505  - GNSS 5 NED Velocity

CH_FIELD_GNSS_5_ECEF_VELOCITY

0x9506  - GNSS 5 ECEF Velocity

CH_FIELD_GNSS_5_DOP

0x9507  - GNSS 5 DOP Data

CH_FIELD_GNSS_5_UTC_TIME

0x9508  - GNSS 5 UTC Time

CH_FIELD_GNSS_5_GPS_TIME

0x9509  - GNSS 5 GPS Time

CH_FIELD_GNSS_5_CLOCK_INFO

0x950A  - GNSS 5 Clock Information

CH_FIELD_GNSS_5_FIX_INFO

0x950B  - GNSS 5 Fix Information

CH_FIELD_GNSS_5_SPACE_VEHICLE_INFO

0x950C  - GNSS 5 Space Vehicle Information

CH_FIELD_GNSS_5_HARDWARE_STATUS

0x950D  - GNSS 5 Hardware Status

CH_FIELD_GNSS_5_DGNSS_INFO

0x950E  - GNSS 5 DGNSS Information

CH_FIELD_GNSS_5_DGNSS_CHANNEL_STATUS

0x950F  - GNSS 5 Individual DGNSS Channel Status Entry

CH_FIELD_GNSS_5_CLOCK_INFO_2

0x9510  - GNSS 5 Clock Info 2

CH_FIELD_GNSS_5_GPS_LEAP_SECONDS

0x9511  - GNSS 5 GPS Leap Seconds

CH_FIELD_GNSS_5_SBAS_INFO

0x9512  - GNSS 5 SBAS Info

CH_FIELD_GNSS_5_SBAS_CORRECTION

0x9513  - GNSS 5 SBAS Correction

CH_FIELD_GNSS_5_RF_ERROR_DETECTION

0x9514  - GNSS 5 RF Error Detection

CH_FIELD_GNSS_5_SATELLITE_STATUS

0x9520  - GNSS 5 Satellite Status

CH_FIELD_GNSS_5_RAW_OBSERVATION

0x9522  - GNSS 5 Raw Observation data

CH_FIELD_GNSS_5_STATION_INFO

0x9530  - GNSS 5 Base Station Info

CH_FIELD_GNSS_5_RTK_CORRECTIONS_STATUS

0x9531  - GNSS 5 RTK Corrections Status

CH_FIELD_GNSS_5_GPS_EPHEMERIS

0x9561  - GNSS 5 GPS Ephemeris

CH_FIELD_GNSS_5_GLONASS_EPHEMERIS

0x9562  - GNSS 5 GLONASS Ephemeris

CH_FIELD_GNSS_5_GALILEO_EPHEMERIS

0x9563  - GNSS 5 Galileo Ephemeris

CH_FIELD_GNSS_5_GPS_IONOSPHERIC_CORRECTION

0x9571  - GNSS 5 GPS Ionospheric Correction

CH_FIELD_GNSS_5_GALILEO_IONOSPHERIC_CORRECTION

0x9573  - GNSS 5 Galileo Ionospheric Correction

CH_FIELD_GNSS_5_SHARED_EVENT_SOURCE

0x95D0  - Event Source

CH_FIELD_GNSS_5_SHARED_TICKS

0x95D1  - Ticks

CH_FIELD_GNSS_5_SHARED_DELTA_TICKS

0x95D2  - Delta Ticks

CH_FIELD_GNSS_5_SHARED_GPS_TIMESTAMP

0x95D3  - GPS Timestamp

CH_FIELD_GNSS_5_SHARED_DELTA_TIMESTAMP

0x95D4  - Delta GPS Timestamp

CH_FIELD_GNSS_5_SHARED_REFERENCE_TIMESTAMP

0x95D5  - Internal Reference Timestamp

CH_FIELD_GNSS_5_SHARED_DELTA_REFERENCE_TIME

0x95D6  - Delta Internal Reference Time

CH_FIELD_GNSS_5_SHARED_EXTERNAL_TIMESTAMP

0x95D7  - External Timestamp

CH_FIELD_GNSS_5_SHARED_DELTA_EXTERNAL_TIME

0x95D8  - Delta External Time

CH_FIELD_SYSTEM_BUILT_IN_TEST

0xA001  - Built-In Test (BIT)

CH_FIELD_SYSTEM_TIME_SYNC_STATUS

0xA002  - Time Sync Status

CH_FIELD_SYSTEM_GPIO_STATE

0xA003  - GPIO State

CH_FIELD_SYSTEM_SHARED_EVENT_SOURCE

0xA0D0  - Event Source

CH_FIELD_SYSTEM_SHARED_TICKS

0xA0D1  - Ticks

CH_FIELD_SYSTEM_SHARED_DELTA_TICKS

0xA0D2  - Delta Ticks

CH_FIELD_SYSTEM_SHARED_GPS_TIMESTAMP

0xA0D3  - GPS Timestamp

CH_FIELD_SYSTEM_SHARED_DELTA_TIMESTAMP

0xA0D4  - Delta GPS Timestamp

CH_FIELD_SYSTEM_SHARED_REFERENCE_TIMESTAMP

0xA0D5  - Internal Reference Timestamp

CH_FIELD_SYSTEM_SHARED_DELTA_REFERENCE_TIME

0xA0D6  - Delta Internal Reference Time

CH_FIELD_SYSTEM_SHARED_EXTERNAL_TIMESTAMP

0xA0D7  - External Timestamp

CH_FIELD_SYSTEM_SHARED_DELTA_EXTERNAL_TIME

0xA0D8  - Delta External Time

-
- -
-
MIN_SHARED_FIELD_DESCRIPTOR
-

The minimum descriptor that marks the start of available shared data field descriptors. If a field descriptor is above 0xD0 it is shared.

-
- -
-
ChannelQualifier
-

The enums for different MIP Channel Qualifiers.  This combined with the ChannelField produces a unique identifier for each individual channel that is collected.

CH_UNKNOWN

0  - Unknown Channel

CH_X

1  - X

CH_Y

2  - Y

CH_Z

3  - Z

CH_MATRIX

4  - Matrix

CH_QUATERNION

5  - Quaternion

CH_ROLL

6  - Roll

CH_PITCH

7  - Pitch

CH_YAW

8  - Yaw

CH_TICK

9  - Tick

CH_TIMESTAMP

10  - Timestamp

CH_STATUS

11  - Status

CH_TIME_OF_WEEK

12  - Time of Week

CH_WEEK_NUMBER

13  - Week Number

CH_LATITUDE

14  - Latitude

CH_LONGITUDE

15  - Longitude

CH_HEIGHT_ABOVE_ELLIPSOID

16  - Height Above Ellipsoid

CH_HEIGHT_ABOVE_MSL

17  - Height Above MSL

CH_HEIGHT

81  - Height (Other reference point)

CH_HORIZONTAL_ACCURACY

18  - Horizontal Accuracy

CH_VERTICAL_ACCURACY

19  - Vertical Accuracy

CH_POSITION_ACCURACY

20  - Position Accuracy

CH_NORTH

21  - North

CH_EAST

22  - East

CH_DOWN

23  - Down

CH_SPEED

24  - Speed

CH_GROUND_SPEED

25  - Ground Speed

CH_HEADING

26  - Heading

CH_SPEED_ACCURACY

27  - Speed Accuracy

CH_HEADING_ACCURACY

28  - Heading Accuracy

CH_VELOCITY_ACCURACY

29  - Velocity Accuracy

CH_GEOMETRIC_DOP

30  - Geometric DOP

CH_POSITION_DOP

31  - Position DOP

CH_HORIZONTAL_DOP

32  - Horizontal DOP

CH_VERTICAL_DOP

33  - Vertical DOP

CH_TIME_DOP

34  - Time DOP

CH_NORTHING_DOP

35  - Northing DOP

CH_EASTING_DOP

36  - Easting DOP

CH_FLAGS

37  - Flags

CH_BIAS

38  - Bias

CH_DRIFT

39  - Drift

CH_ACCURACY_ESTIMATE

40  - Accuracy Estimate

CH_FIX_TYPE

41  - Fix Type

CH_SV_COUNT

42  - Number of Space Vehicles used for solution

CH_CHANNEL

43  - Channel Number

CH_ID

44  - ID Number

CH_CARRIER_TO_NOISE_RATIO

45  - Carrier to Noise Ratio

CH_AZIMUTH

46  - Azimuth

CH_ELEVATION

47  - Elevation

CH_SENSOR_STATE

48  - Sensor State

CH_ANTENNA_STATE

49  - Antenna State

CH_ANTENNA_POWER

50  - Antenna Power

CH_FILTER_STATE

51  - Filter State

CH_DYNAMICS_MODE

52  - Dynamics Mode

CH_MAGNITUDE

53  - Magnitude

CH_HEADING_UNCERTAINTY

54  - Heading Uncertainty

CH_SOURCE

55  - Source

CH_INCLINATION

56  - Inclination

CH_DECLINATION

57  - Declination

CH_PRESSURE

58  - Pressure

CH_AGE

59  - Age

CH_NUM_CHANNELS

60  - Number of Channels

CH_CORRECTION

61  - Correction

CH_RATE_CORRECTION

62  - Rate Correction

CH_GEOMETRIC_ALTITUDE

63  - Geometric Altitude

CH_GEOPOTENTIAL_ALTITUDE

64  - Geopotential Altitude

CH_TEMPERATURE

65  - Temperature

CH_DENSITY

66  - Density

CH_ALTITUDE

67  - Altitude

CH_DISPLACEMENT

68  - Displacement

CH_MAX_TEMP

69  - Max Temp

CH_MIN_TEMP

70  - Min Temp

CH_MEAN_TEMP

71  - Mean Temp

CH_BIAS_ACCURACY_ESTIMATE

72  - Bias Accuracy Estimate

CH_DRIFT_ACCURACY_ESTIMATE

73  - Drift Accuracy Estimate

CH_SECONDS

74  - Seconds

CH_NUM_PACKETS

76  - Num Packets

CH_GPS_CORRECTION_LATENCY

77  - GPS Correction Latency

CH_GLONASS_CORRECTION_LATENCY

78  - Glonass Correction Latency

CH_GALILEO_CORRECTION_LATENCY

79  - Galileo Correction Latency

CH_BEIDOU_CORRECTION_LATENCY

80  - Beidou Correction Latency

CH_HEALTH

82  - Satellite Health

CH_INDEX

83  - Index

CH_COUNT

84  - Count

CH_SIGNAL_STRENGTH

85  - Signal Strength

CH_SIGNAL_QUALITY

86  - Signal Quality

CH_RANGE

87  - Range

CH_RANGE_UNC

88  - Range Uncertainty

CH_ALPHA

90  - Alpha

CH_BETA

91  - Beta

CH_DISTURBANCE_FLAGS

92  - Disturbance Flags

CH_CARRIER_PHASE

93  - Carrier Phase

CH_CARRIER_PHASE_UNC

94  - Carrier Phase Uncertainty

CH_DOPPLER

95  - Doppler

CH_DOPPLER_UNC

96  - Doppler Uncertainty

CH_DELTA_TIME

97  - Delta Time

CH_DELTA_TICK

98  - Delta Tick

CH_ERROR

99  - Measurement Error

CH_ERROR_UNC

100 - Measurement Error Uncertainty

CH_W

101 - W

CH_M0

102 - Matrix M0

CH_M1

103 - Matrix M1

CH_M2

104 - Matrix M2

CH_M3

105 - Matrix M3

CH_M4

106 - Matrix M4

CH_M5

107 - Matrix M5

CH_M6

108 - Matrix M6

CH_M7

109 - Matrix M7

CH_M8

110 - Matrix M8

CH_NANOSECONDS

111 - Nanoseconds

CH_VALID_FLAGS

112 - Valid Flags

CH_PPS_VALID

113 - PPS Valid

CH_LAST_PPS

114 - Last PPS Received

CH_UDREI

115 - User Differential Range Error Index

CH_PSEUDORANGE_CORRECTION

116 - Pseudorange Correction

CH_IONOSPHERIC_CORRECTION

117 - Ionospheric Correction

CH_JAMMING_STATE

118 - Jamming State

CH_SPOOFING_STATE

119 - Spoofing State

CH_SYSTEM_ID

120 - System ID (GNSS, SBAS, etc.)

CH_SATELLITE_ID

121 - Satellite ID (GNSS, SBAS, etc.)

CH_BIT_SYSTEM_GENERAL

248 - Built In Test System General

CH_BIT_SYSTEM_PROCESS

249 - Built In Test System Process

CH_BIT_IMU_GENERAL

250 - Built In Test IMU General

CH_BIT_IMU_SENSORS

251 - Built In Test IMU Sensors

CH_BIT_IMU_FACTORY_BITS

252 - Built in Test IMU Factory Bits Valid

CH_BIT_FILTER_GENERAL

253 - Built In Test Est Filter General

CH_BIT_GNSS_GENERAL

254 - Built In Test GNSS General

CH_BIT_GNSS_RECEIVERS

255 - Built In Test GNSS Receivers

-
- -
-
MipChannelFields
-

A vector of ChannelField enums.

-
- -
-
MipCommands
-

A vector of Command enums.

-
- -
-
MipDataClasses
-

A vector of DataClass enums.

-
- -
-
ChannelIndex
-

A ChannelQualifier, int pair indicating the index value of the qualifier in a channel field.

-
- -
-
ChannelIndices
-

A list of ChannelIndex values

-
- -
-
ChannelFieldQualifiers
-

A map of ChannelField values and their associated ChannelIndices

-
- -
-
channelName
-
static std::string channelName(
ChannelField field,
ChannelQualifier qualifier
)
-

Gets the name of the specified <ChannelId>.  This is the universal channel name that should be used for uploading to SensorCloud.

Parameters
field
ChannelField

The ChannelField of the channel.

qualifier
ChannelQualifier

The ChannelQualifier of the channel.

Returns

The universal name of the channel.

Exceptions
-
- -
-
getChannelFields_allDataClasses
-
static MipChannelFields getChannelFields_allDataClasses(
ChannelField chField
)
-

Get a list of ChannelFields representing the same descriptor/channel field across all GNSS data classes

Parameters
chField
ChannelField

the ChannelField value to convert

Returns
MipChannelFields

list of channel fields representing the same descriptor in each of the GNSS data classes (including the original value)

-
- -
-
getChannelField_baseDataClass
-
static ChannelField getChannelField_baseDataClass(
ChannelField chField
)
-

Gets the ChannelField representing the provided channel field's equivalent in the original GNSS data class (0x81)

Parameters
chField
ChannelField

the ChannelField value to convert

Returns
ChannelField

the provided channel field's equivalent in the original GNSS data class (0x81)

-
- -
-
getChannelField_toDataClass
-
static ChannelField getChannelField_toDataClass(
ChannelField chField,
DataClass dataClass
)
-

Gets the ChannelField representing the provided channel field's equivalent in the specified DataClass

Parameters
chField
ChannelField

the ChannelField value to convert

dataClass
DataClass

the DataClass to convert the channel field to

Returns
ChannelField

the provided channel field's equivalent in the specified data class

-
- -
-
getChannelNamePrependText
-
static std::string getChannelNamePrependText(
ChannelField chField
)
-

Gets the text to prepend the channel name to distinguish between different GNSS data classes

Parameters
chField
ChannelField

the ChannelField to get the channel name of

Returns
string

text to prepend the channel name

-
- -
-
getChannelNameAppendText
-
static std::string getChannelNameAppendText(
ChannelField chField
)
-

Gets the text to append to the channel name to distinguish between different shared data fields

Parameters
chField
ChannelField

the ChannelField to get the channel name of

Returns
string

text to append to the channel name

-
- -
-
isGnssChannelField
-
static bool isGnssChannelField(
ChannelField chField
)
-

Checks whether the provided ChannelField is within a GNSS data set.

Parameters
chField
ChannelField

the ChannelField value to check

Returns
bool

true if chField is GNSS data, false if it is not

-
- -
-
isSharedChannelField
-
static bool isSharedChannelField(
ChannelField chField
)
-

Checks whether the provided ChannelField is a shared field amongst all inertial data sets.

Parameters
chField
ChannelField

the ChannelField value to check

Returns
bool

true if chField is a shared data field, false if it is not

-
- -
-
channelFieldQualifiers
-
static ChannelFieldQualifiers channelFieldQualifiers(
const MipChannelFields &fields
)
-

Gets a map of ChannelField values with all associated ChannelQualifier values and their index within the field.

Parameters
fields
const MipChannelFields&

MipChannelFields to include if found.

Returns

A map of ChannelField and their respective ChannelIndex values.

-
- -
-
channelFieldQualifier
-
static ChannelQualifier channelFieldQualifier(
ChannelField field,
uint8 index
)
-

Gets the ChannelQualifier of the ChannelField for the specified index.

Parameters
field
ChannelField

target ChannelField.

index
uint8

1-based index within the field to lookup

Returns

A ChannelQualifier that corresponds to the index or CH_UNKNOWN if not found.

-
- -
-
channelFieldQualifierIndex
-
static uint8 channelFieldQualifierIndex(
ChannelField field,
ChannelQualifier qualifier
)
-

Gets the index of the ChannelQualifier in the ChannelField.

Parameters
field
ChannelField

target ChannelField.

qualifier
ChannelQualifier

ChannelQualifier within the field to lookup the index of

Returns

The 1-based index of the specified ChannelQualifier in the ChannelField, or 0 if the ChannelQualifier isn't in the ChannelField.

-
- -
-
MipChannelIdentifier
-
MipChannelIdentifier
-

A single additional identifier for a MipDataPoint. Contains a uint value with an identifier type specifier.

-
- -
-
Type
-

Identifier type options, indicates what the MipChannelIdentifier::id value represents.

GNSS_RECEIVER_ID

GNSS Receiver ID

GNSS_BASE_STATION_ID

Differential GNSS Base Station ID

GNSS_CONSTELLATION

GNSS Constellation ID

GNSS_SATELLITE_ID

GNSS Satellite ID

GNSS_SIGNAL_ID

GNSS Signal ID

AIDING_MEASUREMENT_TYPE

Filter Aiding Measurement Type

GNSS_RF_BAND

GNSS RF Band

AIDING_MEASUREMENT_FRAME_ID

Aiding Measurement Frame ID

-
- -
-
AidingMeasurementTypes
-

ID definitions when Type is MipChannelIdentifier::AIDING_MEASUREMENT_TYPE

GNSS

0x01 - GNSS

DUAL_ANTENNA

0x02 - Dual Antenna

HEADING

0x03 - Heading

PRESSURE

0x04 - Pressure

MAGNETOMETER

0x05 - Magnetometer

SPEED

0x06 - Speed

AIDING_POS_ECEF

0x21 - <MipTypes::Command::CMD_AIDING_POS_ECEF>

AIDING_POS_LLH

0x22 - <MipTypes::Command::CMD_AIDING_POS_LLH>

AIDING_HEIGHT_ABOVE_ELLIPSOID

0x23 - <MipTypes::Command::CMD_HEIGHT_ABOVE_ELLIPSOID>

AIDING_VEL_ECEF

0x28 - <MipTypes::Command::CMD_AIDING_VEL_ECEF>

AIDING_VEL_NED

0x29 - <MipTypes::Command::CMD_AIDING_VEL_NED>

AIDING_VEL_BODY_FRAME

0x2A - <MipTypes::Command::CMD_AIDING_VEL_BODY_FRAME>

AIDING_HEADING_TRUE

0x31 - <MipTypes::Command::CMD_AIDING_HEADING_TRUE>

AIDING_MAGNETIC_FIELD

0x32 - <MipTypes::Command::CMD_AIDING_MAGNETIC_FIELD>

AIDING_PRESSURE

0x33 - <MipTypes::Command::CMD_AIDING_PRESSURE>

-
- -
-
GnssConstellationIds
-

ID definitions when Type is MipChannelIdentifier::GNSS_CONSTELLATION

UNKNOWN_CONSTELLATION

0 - Unknown

GPS

1 - GPS

GLONASS

2 - GLONASS

GALILEO

3 - Galileo

BEIDOU

4 - BeiDou

-
- -
-
GnssSignalIds
-

ID definitions when Type is MipChannelIdentifier::GNSS_SIGNAL_ID

UNKNOWN

0

GPS_L1CA

1

GPS_L1P

2

GPS_L1Z

3

GPS_L2CA

4

GPS_L2P

5

GPS_L2Z

6

GPS_L2CL

7

GPS_L2CM

8

GPS_L2CML

9

GPS_L5I

10

GPS_L5Q

11

GPS_L5IQ

12

GPS_L1CD

13

GPS_L1CP

14

GPS_L1CDP

15

GLONASS_G1CA

32

GLONASS_G1P

33

GLONASS_G2C

34

GLONASS_G2P

35

GALILEO_E1C

64

GALILEO_E1A

65

GALILEO_E1B

66

GALILEO_E1BC

67

GALILEO_E1ABC

68

GALILEO_E6C

69

GALILEO_E6A

70

GALILEO_E6B

71

GALILEO_E6BC

72

GALILEO_E6ABC

73

GALILEO_E5BI

74

GALILEO_E5BQ

75

GALILEO_E5BIQ

76

GALILEO_E5ABI

77

GALILEO_E5ABQ

78

GALILEO_E5ABIQ

79

GALILEO_E5AI

80

GALILEO_E5AQ

81

GALILEO_E5AIQ

82

SBAS_L1CA

96

SBAS_L5I

97

SBAS_L5Q

98

SBAS_L5IQ

99

QZSS_L1CA

128

QZSS_LEXS

129

QZSS_LEXL

130

QZSS_LEXSL

131

QZSS_L2CM

132

QZSS_L2CL

133

QZSS_L2CML

134

QZSS_L5I

135

QZSS_L5Q

136

QZSS_L5IQ

137

QZSS_L1CD

138

QZSS_L1CP

139

QZSS_L1CDP

140

BEIDOU_B1I

160

BEIDOU_B1Q

161

BEIDOU_B1IQ

162

BEIDOU_B3I

163

BEIDOU_B3Q

164

BEIDOU_B3IQ

165

BEIDOU_B2I

166

BEIDOU_B2Q

167

BEIDOU_B2IQ

168

-
- -
-
GnssRfBands
-

ID definitions when Type is MipChannelIdentifier::GNSS_RF_BAND

UNKNOWN_RF_BAND

0 - Unknown

RF_BAND_L1

1 - L1

RF_BAND_L2

2 - L2

RF_BAND_L5

5 - L5

-
- -
-
MipChannelIdentifier
-
MipChannelIdentifier()
-

Default constructor

-
- -
-
MipChannelIdentifier
-
MipChannelIdentifier(
Type identifierType,
uint32 id
) : m_type(identifierType), m_id(id)
-

Construct MipChannelIdentifier object with specified MipChannelIdentifier::Type and ID values.

Parameters
identifierType
Type

specifies the type of identifier this represents

id
uint32

the identifier value

-
- -
-
MipChannelIdentifier
-
MipChannelIdentifier(
Type identifierType,
uint32 id,
uint32 specifier
) : m_type(identifierType), m_id(id), m_specifier(specifier)
-

Construct MipChannelIdentifier object with specified MipChannelIdentifier::Type and ID values.

Parameters
identifierType
Type

specifies the type of identifier this represents

id
uint32

the identifier value

specifier
uint32

the optional additional specifier

-
- -
-
identifierType
-
Type identifierType() const
-

Returns the MipChannelIdentifier::Type specifier of this identifier.

-
- -
-
id
-
uint32 id() const
-

Returns the identifier value.

-
- -
-
hasSpecifier
-
bool hasSpecifier() const
-

Indicates whether this identifier has an optional additional specifier.

-
- -
-
specifier
-
uint32 specifier() const
-

Returns the optional additional specifier value.

Note

This is only valid and applicable if hasSpecifier returns true. Value may be non-zero regardless.

-
- -
-
name
-
std::string name(
bool standardizedFormat = true
) const
-

Returns the string representation of this identifier based on type and value.

Parameters
standardizedFormat
bool

specify whether the format should be left consistent for all identifier types or consolidated where relevant

Example

<GNSS_CONSTELLATION, 2>: true = "gnssConstellation_2", false = "glonass"

-
- -
-
hasSpecifier
-
bool hasSpecifier(
std::string &specifierName
) const
-

Indicates whether this identifier has an optional additional specifier.  Parameters: specifierName - string reference that is set to the specifier name if found

-
- -
-
MipChannelIdentifiers
-

A vector of MipChannelIdentifier values, used to assign additional identifiers to a MipDataPoint

-
- -
-
MipCommandBytes
-

Contains an <Command> id and a BytesCollection vector to store the actual bytes to send to the device for that command.

-
- -
-
id
- -

MipTypes::Command this object represents

-
- -
-
commands
- -

BytesCollection of raw command bytes

-
- -
-
buildCmdFailed
-
bool buildCmdFailed
-
bool

indicates building command bytes was attempted but failed

false by default

set to true on failure

-
- -
-
sendCmdFailed
-
bool sendCmdFailed
-
bool

indicates sending the command bytes was attempted but failed

false by default

set to true on failure

-
- -
-
MipCommandBytes
-
MipCommandBytes() : buildCmdFailed(false), sendCmdFailed(false)
-

Default constructor for MipCommandBytes object

-
- -
-
MipCommandBytes
-
MipCommandBytes(
MipTypes::Command _id
) : id(_id), buildCmdFailed(false), sendCmdFailed(false)
-

Constructor for MipCommandBytes object

Parameters
id

MipTypes::Command this object represents

-
- -
-
MipCommandBytes
-
MipCommandBytes(
MipTypes::Command _id,
Bytes _cmd
) : id(_id), commands({ _cmd }), buildCmdFailed(false), sendCmdFailed(false)
-

Constructor for MipCommandBytes object

Parameters
id

MipTypes::Command this object represents

cmd

raw command Bytes to add to the commands BytesCollection

-
- -
-
MipCommandBytes
-
MipCommandBytes(
MipTypes::Command _id,
BytesCollection _cmds
) : id(_id), commands(_cmds), buildCmdFailed(false), sendCmdFailed(false)
-

Constructor for MipCommandBytes object

Parameters
id

MipTypes::Command this object represents

cmds

collection of raw command Bytes to add to the commands BytesCollection

-
- -
-
add
-
void add(
Bytes cmd
)
-

Add raw command Bytes to commands BytesCollection

Parameters
cmd
Bytes

command Bytes to add

-
- -
-
valid
-
bool valid()
-

Indicates whether this object contains any relevant information, specifically whether it contains any command Bytes or has been marked for failure.

Returns
bool

true if commands size is at least one OR send command failed OR build command failed

-
- -
-
MipCommandSet
-

A vector of MipCommandBytes

-
- -
-
MipFieldFormat
-

A ValueType vector

-
- -
-
MipFieldValues
-

A Value vector

-
- -
-
MipCommandParameters
-

A list of <MipCommandParameterList> command/parameter definitions

-
- -
-
MipFunctionSelectors
-

A MipTypes::FunctionSelector vector

-
- -
-
MipResponseMatchValues
-

A map of locations and values to match in a MIP response to determine success

-
- -
-
AidingMeasurementInput
- -

Base class for commanded aiding measurement types for command set 0x13 Aiding Measurement inputs

-
- -
-
ResponseMode
-

Response mode options for Aiding Measurement inputs (command set 0x13).

ACK_NACK

0x01 - The device will send and ACK/NACK response only

ECHO_INPUT

0x02 - The device will echo the input parameter data back in a response field (recommended for support). An ACK/NACK will also be sent.

-
- -
-
timestamp
-
Timestamp timestamp() const
-

Get the timestamp of this measurement.

Returns

Timestamp

-
- -
-
timestamp
-
void timestamp(
Timestamp ts
)
-

Set the timestamp of this measurement.

Parameters
ts
Timestamp

Timestamp

-
- -
-
timebase
-
Timestamp::Epoch timebase() const
-

Get the timebase/epoch for the timestamp of this measurement.  Note: read from the Timestamp object. timestamp().storedEpoch() returns the same result.

Returns
Timestamp::Epoch

timebase/epoch of the timestamp

-
- -
-
frameId
-
uint8 frameId() const
-

Get the aiding frame ID of this measurement.

Returns
uint8

frame ID

-
- -
-
frameId
-
void frameId(
uint8 id
)
-

Set the aiding frame ID of this measurement.

Parameters
id
uint8

uint8 frame ID

-
- -
-
validFlags
-
Bitfield validFlags() const
-

Get the valid flags of this measurement.

Returns
<Bitfield>

valid flags

-
- -
-
validFlags
-
void validFlags(
Bitfield flags
)
-

Set the valid flags for this measurement.

Parameters
flags
Bitfield

<Bitfield> valid flags

-
- -
-
AidingMeasurementPosition
-
public
AidingMeasurementInput
AidingMeasurementPosition
-

A class that represents position aiding measurement inputs. Extends AidingMeasurementInput.

-
- -
-
ValidFlags
-

Bitmask for each position value in the valid flags.

X

0x01

Y

0x02

Z

0x04

LATITUDE

0x01

LONGITUDE

0x02

HEIGHT

0x04

ALTITUDE

0x04

-
- -
-
AidingMeasurementPosition
-
AidingMeasurementPosition() : AidingMeasurementInput()
-

Constructs an AidingMeasurementPosition object with default values.

-
- -
-
AidingMeasurementPosition
-
AidingMeasurementPosition(
PositionVelocityReferenceFrame referenceFrame,
const MipFieldValues &values
)
-

Constructs an AidingMeasurementPosition object with the specified reference frame from the <MipFieldValues> parameter list returned from the device.

Parameters
referenceFrame
PositionVelocityReferenceFrame

the PositionVelocityReferenceFrame of this measurement

values
const MipFieldValues&

the <MipFieldValues> parameter list to build this object from

-
- -
-
position
-
Position position() const
-

Get the Position measurement.

Returns
Position

position data of this object

-
- -
-
position
-
void position(
Position pos
)
-

Set the Position measurement.

-
- -
-
uncertainty
-
GeometricUncertainty uncertainty() const
-

Get the measurment uncertainty

Returns
GeometricUncertainty

the uncertainty of the position measurement

-
- -
-
uncertainty
-
void uncertainty(
GeometricUncertainty uncertainty
)
-

Sets the measurement uncertainty.

Parameters
uncertainty
GeometricUncertainty

the GeometricUncertainty of the measurement

-
- -
-
referenceFrame
-
PositionVelocityReferenceFrame referenceFrame() const
-

Get the PositionVelocityReferenceFrame of this position measurement.

Returns
PositionVelocityReferenceFrame

reference frame ID of the measurement

-
- -
-
referenceFrame
-
void referenceFrame(
PositionVelocityReferenceFrame frame
)
-

Set the PositionVelocityReferenceFrame of this measurement.

Parameters
frame
PositionVelocityReferenceFrame

the PositionVelocityReferenceFrame to set

-
- -
-
valid
-
bool valid(
ValidFlags val
) const
-

Checks whether the specified value is valid.

Parameters

ValidFlags value bitmask

Returns
bool

true if valid

-
- -
-
valid
-
void valid(
ValidFlags val,
bool valid
)
-

Sets the validity of the specified value.

Parameters
val
ValidFlags

ValidFlags value bitmask

valid
bool

bool indicating whether the value is valid

-
- -
-
AidingMeasurementHeight
-
public
AidingMeasurementInput
AidingMeasurementHeight
-

A class that represents height aiding measurement inputs. Extends AidingMeasurementInput.

-
- -
-
AidingMeasurementHeight
-
AidingMeasurementHeight() : AidingMeasurementInput(), m_reference(Reference::HEIGHT_ABOVE_ELLIPSOID)
-

Constructs an AidingMeasurementHeight object with default values

-
- -
-
AidingMeasurementHeight
-
AidingMeasurementHeight(
const MipFieldValues &values
)
-

Constructs an AidingMeasurementHeight object from the <MipFieldValues> parameter list returned from the device.

Parameters
values
const MipFieldValues&

the <MipFieldValues> parameter list to build this object from

-
- -
-
height
-
float height() const
-

Get the height measurement value.

Returns
float

the height measurement value

-
- -
-
height
-
void height(
float height
)
-

Sets the height measurement value.

Parameters
height
float

float height measurement

-
- -
-
uncertainty
-
float uncertainty() const
-

Get the height measurement uncertainty.

Returns
float

height measurement uncertainty

-
- -
-
uncertainty
-
void uncertainty(
float uncertainty
)
-

Set the height measurement uncertainty.

Parameters
uncertainty
float

float measurement uncertainty

-
- -
-
valid
-
bool valid() const
-

Check whether the height measurement is valid

Returns
bool

true if valid

-
- -
-
valid
-
void valid(
bool valid
)
-

Set the validity of the height measurement.

Parameters
valid
bool

bool, true if valid

-
- -
-
AidingMeasurementVelocity
-
public
AidingMeasurementInput
AidingMeasurementVelocity
-

A class that represents velocity aiding measurement inputs. Extends AidingMeasurementInput.

-
- -
-
ValidFlags
-

Bitmask for each velocity value in the valid flags.

X

0x01

Y

0x02

Z

0x04

NORTH

0x01

EAST

0x02

DOWN

0x04

-
- -
-
AidingMeasurementVelocity
-
AidingMeasurementVelocity() : AidingMeasurementInput()
-

Constructs an AidingMeasurementVelocity object with default values

-
- -
-
AidingMeasurementVelocity
-
AidingMeasurementVelocity(
PositionVelocityReferenceFrame referenceFrame,
const MipFieldValues &values
)
-

Constructs an AidingMeasurementVelocity object with the specified reference frame from the <MipFieldValues> parameter list returned from the device.

Parameters
referenceFrame
PositionVelocityReferenceFrame

the PositionVelocityReferenceFrame of this measurement

values
const MipFieldValues&

the <MipFieldValues> parameter list to build this object from

-
- -
-
velocity
-
Velocity velocity() const
-

Gets the Velocity measurement values.

Returns
Velocity

measurement values

-
- -
-
velocity
-
void velocity(
Velocity vel
)
-

Sets the Velocity measurement values.

Parameters
vel
Velocity

the Velocity values to set

-
- -
-
uncertainty
-
GeometricUncertainty uncertainty() const
-

Get the measurment uncertainty

Returns
GeometricUncertainty

the uncertainty of the velocity measurement

-
- -
-
uncertainty
-
void uncertainty(
GeometricUncertainty uncertainty
)
-

Sets the measurement uncertainty.

Parameters
uncertainty
GeometricUncertainty

the GeometricUncertainty of the measurement

-
- -
-
referenceFrame
-
PositionVelocityReferenceFrame referenceFrame() const
-

Get the PositionVelocityReferenceFrame of this velocity measurement.

Returns
PositionVelocityReferenceFrame

reference frame ID of the measurement

-
- -
-
referenceFrame
-
void referenceFrame(
PositionVelocityReferenceFrame frame
)
-

Set the PositionVelocityReferenceFrame of this measurement.

Parameters
frame
PositionVelocityReferenceFrame

the PositionVelocityReferenceFrame to set

-
- -
-
valid
-
bool valid(
ValidFlags val
) const
-

Checks whether the specified value is valid.

Parameters

ValidFlags value bitmask

Returns
bool

true if valid

-
- -
-
valid
-
void valid(
ValidFlags val,
bool valid
)
-

Sets the validity of the specified value.

Parameters
val
ValidFlags

ValidFlags value bitmask

valid
bool

bool indicating whether the value is valid

-
- -
-
AidingMeasurementHeading
-
public
AidingMeasurementInput
AidingMeasurementHeading
-

A class that represents heading aiding measurement inputs. Extends AidingMeasurementInput.

-
- -
-
AidingMeasurementHeading
-
AidingMeasurementHeading() : AidingMeasurementInput()
-

Constructs an AidingMeasurementHeading object with default values.

-
- -
-
AidingMeasurmentHeading
-

Constructs an AidingMeasurementHeading object from the provided <MipFieldValues> parameter list.

Parameters
values

<MipFieldValues> parameter list

-
- -
-
heading
-
float heading() const
-

Get the heading measurement value.

Returns
float

the heading measurement value

-
- -
-
heading
-
void heading(
float heading
)
-

Sets the heading measurement value.

Parameters
heading
float

float heading measurement

-
- -
-
uncertainty
-
float uncertainty() const
-

Get the heading measurement uncertainty.

Returns
float

heading measurement uncertainty

-
- -
-
uncertainty
-
void uncertainty(
float uncertainty
)
-

Set the heading measurement uncertainty.

Parameters
uncertainty
float

float measurement uncertainty

-
- -
-
valid
-
bool valid() const
-

Check whether the heading measurement is valid

Returns
bool

true if valid

-
- -
-
valid
-
void valid(
bool valid
)
-

Set the validity of the heading measurement.

Parameters
valid
bool

bool, true if valid

-
- -
-
AidingMeasurementMagneticField
-
public
AidingMeasurementInput
AidingMeasurementMagneticField
-

A class that represents magnetic field aiding measurement input. Extends AidingMeasurementInput.

-
- -
-
ValidFlags
-

Bitmask for each position value in the valid flags.

X

0x01

Y

0x02

Z

0x04

-
- -
-
AidingMeasurementMagneticField
-
AidingMeasurementMagneticField() : AidingMeasurementInput()
-

Constructs an AidingMeasurementMagneticField object with default values

-
- -
-
AidingMeasurementMagneticField
-
AidingMeasurementMagneticField(
const MipFieldValues &values
)
-

Constructs an AidingMeasurementMagneticField object from the <MipFieldValues> parameter list returned from the device.

Parameters
values
const MipFieldValues&

the <MipFieldValues> parameter list to build this object from

-
- -
-
magneticField
-
Vec3f magneticField() const
-

Get the magnetic field measurement.

Returns
Vec3f

magnetic field data of this object

-
- -
-
magneticField
-
void magneticField(
Vec3f magField
)
-

Set the magneticField measurement.

-
- -
-
uncertainty
-
Vec3f uncertainty() const
-

Get the measurement uncertainty

Returns
Vec3f

the uncertainty of the magnetic field measurement

-
- -
-
uncertainty
-
void uncertainty(
Vec3f uncertainty
)
-

Sets the measurement uncertainty.

Parameters
uncertainty
Vec3f

Vec3f the uncertainty of the measurement

-
- -
-
valid
-
bool valid(
ValidFlags val
) const
-

Checks whether the specified value is valid.

Parameters

ValidFlags value bitmask

Returns
bool

true if valid

-
- -
-
valid
-
void valid(
ValidFlags val,
bool valid
)
-

Sets the validity of the specified value.

Parameters
val
ValidFlags

ValidFlags value bitmask

valid
bool

bool indicating whether the value is valid

-
- -
-
AidingMeasurementPressure
-
public
AidingMeasurementInput
AidingMeasurementPressure
-

A class that represents pressure aiding measurement input. Extends AidingMeasurementInput.

-
- -
-
AidingMeasurementPressure
-
AidingMeasurementPressure() : AidingMeasurementInput()
-

Constructs an AidingMeasurementPressure object with default values

-
- -
-
AidingMeasurementPressure
-
AidingMeasurementPressure(
const MipFieldValues &values
)
-

Constructs an AidingMeasurementPressure object from the <MipFieldValues> parameter list returned from the device.

Parameters
values
const MipFieldValues&

the <MipFieldValues> parameter list to build this object from

-
- -
-
pressure
-
float pressure() const
-

Get the pressure measurement value.

Returns
float

the pressure measurement value

-
- -
-
pressure
-
void pressure(
float pressure
)
-

Sets the pressure measurement value.

Parameters
pressure
float

float pressure measurement

-
- -
-
uncertainty
-
float uncertainty() const
-

Get the height measurement uncertainty.

Returns
float

height measurement uncertainty

-
- -
-
uncertainty
-
void uncertainty(
float uncertainty
)
-

Set the height measurement uncertainty.

Parameters
uncertainty
float

float measurement uncertainty

-
- -
-
valid
-
bool valid() const
-

Check whether the height measurement is valid

Returns
bool

true if valid

-
- -
-
valid
-
void valid(
bool valid
)
-

Set the validity of the height measurement.

Parameters
valid
bool

bool, true if valid

-
- -
-
GnssReceiverInfo
-

Maps GNSS Receiver ID to the MipTypes::DataClass it outputs to

-
- -
-
INFO_NOT_FOUND
-

String value assigned when the target value was unable to be found in the full description field.

INFO_NOT_FOUND

"Not Found"

-
- -
-
GnssReceiverInfo
-
GnssReceiverInfo()
-

Constructs GnssReceiverInfo object with default values

-
- -
-
GnssReceiverInfo
-
GnssReceiverInfo(
uint8 recId,
MipTypes::DataClass target,
std::string desc
)
-

Constructs GnssReceiverInfo object with specified values

-
- -
-
id
-
uint8 id
-

Receiver ID

-
- -
-
targetDataClass
-
MipTypes::DataClass targetDataClass
-

MIP data class associated with this receiver

-
- -
-
description
-
std::string description
-

ASCII description of receiver

-
- -
-
module
-
std::string module
-

ASCII name of the receiver module

-
- -
-
fwId
-
std::string fwId
-

ASCII name of the receiver firmware identifier

-
- -
-
fwVersion
-
Version fwVersion
-

Firmware version of the receiver module

-
- -
-
GnssReceivers
-

A vector of GnssReceiverInfo

-
- -
-
DeviceCommPort
-

Stores info related to device comm ports (id, type)

-
- -
-
Type
-

Available comm port type definitions SPECIAL - 0x00 - Device specific ports (Main/Aux) UART  - 0x01 - UART related ports USB  - 0x02 - USB related ports

-
- -
-
Protocol
-

Available comm protocols that can be configured for UART ports NONE  - 0x00000000 - Not set MIP_COMMANDS - 0x00000001 - MIP commands MIP_DATA  - 0x00000002 - MIP data NMEA  - 0x00000004 - NMEA RTCM  - 0x00000008 - RTCM SPARTN  - 0x00000010 - SPARTN ALL  - 0x0000001F - All protocols

-
- -
-
DeviceCommPort
-
DeviceCommPort() = default
-

Constructs DeviceCommPort object with default values

-
- -
-
DeviceCommPort
-
DeviceCommPort(
Type portType,
uint8 portId,
Protocol portInputProtocols = NONE,
Protocol portOutputProtocols = NONE
) : type(portType), id(portId), inputProtocols(portInputProtocols), outputProtocols(portOutputProtocols)
-

Constructs DeviceCommPort object with specified values

Parameters
portType
Type

Type of port being configured

portId
uint8

The ID of the port to configure

portInputProtocols
Protocol

The input protocols accepted by the port

portOutputProtocols
Protocol

The output protocols transmitted from the port

-
- -
-
DeviceCommPort
-
DeviceCommPort(
uint8 portInterface,
Protocol portInputProtocols = NONE,
Protocol portOutputProtocols = NONE
) : type(static_cast<Type>((portInterface & 0xF0) >> 4)), id(portInterface & 0xF), inputProtocols(portInputProtocols), outputProtocols(portOutputProtocols)
-

Constructs DeviceCommPort object with specified values The ID and Type are determined by the interface value. I.E. Interface 0x12 == Type 1 && ID 2

Parameters
portInterface
uint8

A combination of the port type and ID

portInputProtocols
Protocol

The input protocols accepted by the port

portOutputProtocols
Protocol

The output protocols transmitted from the port

-
- -
-
interfaceId
-
uint8 interfaceId() const
-

Get the interface ID of the port This is a combined value of the type and port ID

-
- -
-
type
-
Type type
-

Port type (special, UART, etc.)

-
- -
-
id
-
uint8 id
-

Port ID

-
- -
-
protocol
-
Protocol inputProtocols
-

Input communication protocols

-
- -
-
protocol
-
Protocol outputProtocols
-

Output communication protocols

-
- -
-
EventTypeInfo
-

Information about event trigger or action types

-
- -
-
EventTypeInfo
-
EventTypeInfo() : type(0), maxInstances(0)
-

Default constructor

-
- -
-
EventTypeInfo
-
EventTypeInfo(
const uint8 type,
const uint8 maxInstances
) : type(type), maxInstances(maxInstances)
-
- -
-
type
-
uint8 type
-

The event type based on EventSupportInfo::Query

-
- -
-
maxInstances
-
uint8 maxInstances
-

Maximum supported instances for the type

-
- -
-
EventTypes
-

A vector of EventTypeInfo

-
- -
-
EventSupportInfo
-
- -
-
Query
-

What type of information to retrieve

TRIGGERS

0x01 - Query the supported trigger types and max count for each

ACTIONS

0x02 - Query the supported action types and max count for each

-
- -
-
query
-
Query query
-

Type of information

-
- -
-
maxInstances
-
uint8 maxInstances
-

Maximum number of supported triggers/actions

-
- -
-
entries
-
EventTypes entries
-

Event info

-
- -
-
SensorRange
-
SensorRange
-

An object representing a configurable sensor range option

-
- -
-
Type
-

Sensor and unit identifiers for configurable Sensor Range command (0x0C,0x52) ALL  - 0x00 - All (save as startup, load startup, reset to default only) ACCEL_MS2  - 0x01 - Accelerometer in m/s^2 GYRO_DPS  - 0x02 - Gyroscope in degrees per second MAG_MG  - 0x03 - Magnetometer in mG PRESSURE_HPA - 0x04 - Pressure in hPa

-
- -
-
type
-
Type m_type
-

The SensorRange::Type of this range

-
- -
-
range
-
float m_range
-

This will only be set and valid if read from SupportedSensorRanges object Default: -1 (invalid)

-
- -
-
id
-
uint8 m_id
-

The index ID of this range according to device manual

-
- -
-
type
-
Type type() const
-

The SensorRange::Type of this range

-
- -
-
range
-
float range() const
-

This will only be set and valid if read from SupportedSensorRanges object

-
- -
-
id
-
uint8 id() const
-

The index ID of this range according to device manual

-
- -
-
SensorRanges
-

A vector of SensorRange values

-
- -
-
SensorRangeOptions
-

A collection of SensorRange::Type values mapped to associated SensorRange objects

-
- -
-
SupportedSensorRanges
-
SupportedSensorRanges
-

Structure to hold all info for looking up supported sensor ranges for a device

-
- -
-
options
-
const SensorRangeOptions options() const
-

Get the supported sensor range options

Returns
<SensorRangeOptions>

the supported options

-
- -
-
lookupRecommended
-
SensorRange lookupRecommended(
SensorRange::Type type,
float range
) const
-

Lookup the supported option of the specified type that is closest to but also incorporates the specified range.  Ex: specified range: Accel_G, 5 supported accel ranges: 4G, 8G, 16G returns: 8G because it is the closest supported option where 5G will not overrun the range

Parameters
type
SensorRange::Type

SensorRange::Type type of range to lookup

range
float

Float range value to find

Returns
SensorRange

The closest supported range to the specified value

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/Packets/MipDataPacket-h-Summary.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/Packets/MipDataPacket-h-Summary.js deleted file mode 100644 index a0a9d23ae..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/Packets/MipDataPacket-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/MIP/Packets/MipDataPacket.h","MipDataPacket.h");NDSummary.OnSummaryLoaded("File:MicroStrain/MIP/Packets/MipDataPacket.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Types","Type"]],[[1084,0,0,"MipDataPacket","MipDataPacket"],[1085,0,1,"data","MipDataPacket.data"],[1086,0,1,"shared","MipDataPacket.shared"],[1087,0,1,"collectedTimestamp","MipDataPacket.collectedTimestamp"],[1088,0,1,"deviceTimestamp","MipDataPacket.deviceTimestamp"],[1089,0,1,"hasDeviceTime","MipDataPacket.hasDeviceTime"],[1090,0,1,"deviceTimeValid","MipDataPacket.deviceTimeValid"],[1091,0,1,"deviceTimeFlags","MipDataPacket.deviceTimeFlags"],[1092,0,2,"MipDataPackets","MipDataPacket.MipDataPackets"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/Packets/MipDataPacket-h-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/Packets/MipDataPacket-h-SummaryToolTips.js deleted file mode 100644 index a688f2365..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/Packets/MipDataPacket-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/MIP/Packets/MipDataPacket.h",{1084:"
MipDataPacket
A Mip Data Packet that contains both valid and invalid data from a MIP Device.
",1085:"
const MipDataPoints& data() const
Gets all the MipDataPoints that are contained within this packet.
",1086:"
const MipSharedDataFields& shared() const
Gets the MipSharedDataFields object that makes the shared field information within this packet more easily accessible.
",1087:"
const Timestamp& collectedTimestamp() const
Gets the Timestamp representing when the packet was collected by MSCL.
",1088:"
const Timestamp& deviceTimestamp() const
Gets the Timestamp which was transmitted in the Mip Data Packet as a channel field.  Note: This will return a Timestamp of 0 if deviceTimeValid returns false.
",1089:"
bool hasDeviceTime() const
Whether the data packet had a Timestamp field included in it.
",1090:"
bool deviceTimeValid() const
Whether the Timestamp field sent from the device is valid or not.
",1091:"
uint16 deviceTimeFlags() const
Gets the timestamp flags that were transmitted in the Mip Data Packet.  Note: This will return 0 if deviceTimeValid returns false.
",1092:"
Typedef for a vector of MipDataPacket objects.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/Packets/MipDataPacket-h-ToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/Packets/MipDataPacket-h-ToolTips.js deleted file mode 100644 index 140a47a40..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/Packets/MipDataPacket-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1045:"
MipSharedDataFields
Object to more easily access shared data field information within a MipDataPacket
",1072:"
MipPacket
A class that contains packet information about an Inertial packet
",1084:"
MipDataPacket
A Mip Data Packet that contains both valid and invalid data from a MIP Device.
",1090:"
bool deviceTimeValid() const
Whether the Timestamp field sent from the device is valid or not.
",2121:"
MipDataPoint
Represents a single Inertial Data Point (Extends from DataPoint)
",4554:"
Timestamp
Represents a date/time object
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/Packets/MipDataPacket-h.html b/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/Packets/MipDataPacket-h.html deleted file mode 100644 index 2917bf862..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/Packets/MipDataPacket-h.html +++ /dev/null @@ -1,64 +0,0 @@ - - -MipDataPacket.h - - - - - - - -
-
MipDataPacket
-
public
MipPacket
MipDataPacket
-

A Mip Data Packet that contains both valid and invalid data from a MIP Device.

-
- -
-
data
-
const MipDataPoints& data() const
-

Gets all the MipDataPoints that are contained within this packet.

Returns

The MipDataPoints that are contained within this packet.

-
- -
-
shared
-
const MipSharedDataFields& shared() const
-

Gets the MipSharedDataFields object that makes the shared field information within this packet more easily accessible.

Returns

The MipSharedDataFields that are contained within this packet.

-
- -
-
collectedTimestamp
-
const Timestamp& collectedTimestamp() const
-

Gets the Timestamp representing when the packet was collected by MSCL.

Returns

A Timestamp representing when the packet was received by MSCL.

-
- -
-
deviceTimestamp
-
const Timestamp& deviceTimestamp() const
-

Gets the Timestamp which was transmitted in the Mip Data Packet as a channel field.  Note: This will return a Timestamp of 0 if deviceTimeValid returns false.

Returns

A Timestamp that was included in the data packet itself as a field.

-
- -
-
hasDeviceTime
-
bool hasDeviceTime() const
-

Whether the data packet had a Timestamp field included in it.

Returns

true if the data packet included a Timestamp field, false if it did not.

-
- -
-
deviceTimeValid
-
bool deviceTimeValid() const
-

Whether the Timestamp field sent from the device is valid or not.

Returns

true if the Timestamp is valid, false if not.

-
- -
-
deviceTimeFlags
-
uint16 deviceTimeFlags() const
-

Gets the timestamp flags that were transmitted in the Mip Data Packet.  Note: This will return 0 if deviceTimeValid returns false.

Returns

The uint16 flags that were sent with the device timestamp.

-
- -
-
MipDataPackets
-

Typedef for a vector of MipDataPacket objects.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/Packets/MipPacket-h-Summary.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/Packets/MipPacket-h-Summary.js deleted file mode 100644 index f6478fd24..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/Packets/MipPacket-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/MIP/Packets/MipPacket.h","MipPacket.h");NDSummary.OnSummaryLoaded("File:MicroStrain/MIP/Packets/MipPacket.h",[["C/C++","C"]],[["Classes","Class"],["Enums","Enumeration"],["Functions","Function"]],[[1072,0,0,"MipPacket","MipPacket"],[1073,0,1,"Response State","MipPacket.Response_State"],[1074,0,1,,"MipPacket.MIP_ACK_NACK_ERROR_NONE"],[1075,0,1,,"MipPacket.MIP_ACK_NACK_ERROR_UNKNOWN_COMMAND"],[1076,0,1,,"MipPacket.MIP_ACK_NACK_ERROR_CHECKSUM_INVALID"],[1077,0,1,,"MipPacket.MIP_ACK_NACK_ERROR_PARAMETER_INVALID"],[1078,0,1,,"MipPacket.MIP_ACK_NACK_ERROR_COMMAND_FAILED"],[1079,0,1,,"MipPacket.MIP_ACK_NACK_ERROR_COMMAND_TIMEOUT"],[1080,0,1,,"MipPacket.MIP_ACK_NACK_ERROR_UNKNOWN_DESCRIPTOR_SET"],[1081,0,2,"isDataPacket","MipPacket.isDataPacket"],[1082,0,2,"descriptorSet","MipPacket.descriptorSet"],[1083,0,2,"payload","MipPacket.payload"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/Packets/MipPacket-h-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/Packets/MipPacket-h-SummaryToolTips.js deleted file mode 100644 index e83b854d6..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/Packets/MipPacket-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/MIP/Packets/MipPacket.h",{1072:"
MipPacket
A class that contains packet information about an Inertial packet
",1081:"
static bool isDataPacket(
uint8 descriptorSet
)
Gets whether or not the packet is a data packet
",1082:"
uint8 descriptorSet() const
Gets the descriptor set of the MipPacket
",1083:"
const std::vector<uint8> payload() const
Gets the payload bytes of the packet
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/Packets/MipPacket-h-ToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/Packets/MipPacket-h-ToolTips.js deleted file mode 100644 index a211ff5ce..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/Packets/MipPacket-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1084:"
MipDataPacket
A Mip Data Packet that contains both valid and invalid data from a MIP Device.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/Packets/MipPacket-h.html b/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/Packets/MipPacket-h.html deleted file mode 100644 index c2c21238b..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/Packets/MipPacket-h.html +++ /dev/null @@ -1,40 +0,0 @@ - - -MipPacket.h - - - - - - - -
-
MipPacket
-
MipPacket
MipDataPacket
-

A class that contains packet information about an Inertial packet

-
- -
-
Response State
-
MIP_ACK_NACK_ERROR_NONE

0  - No Error

MIP_ACK_NACK_ERROR_UNKNOWN_COMMAND

1  - Error: Unknown command was sent to the device

MIP_ACK_NACK_ERROR_CHECKSUM_INVALID

2  - Error: Invalid checksum was recieved by the device

MIP_ACK_NACK_ERROR_PARAMETER_INVALID

3  - Error: Invalid parameter was received by the device

MIP_ACK_NACK_ERROR_COMMAND_FAILED

4  - Error: The command has failed

MIP_ACK_NACK_ERROR_COMMAND_TIMEOUT

5  - Error: The command has timed out

MIP_ACK_NACK_ERROR_UNKNOWN_DESCRIPTOR_SET

6  - Error: Unknown descriptor set was recieved by the device

-
- -
-
isDataPacket
-
static bool isDataPacket(
uint8 descriptorSet
)
-

Gets whether or not the packet is a data packet

Returns

true if the packet is a data packet, false otherwise

-
- -
-
descriptorSet
-
uint8 descriptorSet() const
-

Gets the descriptor set of the MipPacket

Returns

The descriptor set value of the packet

-
- -
-
payload
-
const std::vector<uint8> payload() const
-

Gets the payload bytes of the packet

Returns

The payload of the packet, as a vector of bytes

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/Packets/MipSharedDataFields-h-Summary.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/Packets/MipSharedDataFields-h-Summary.js deleted file mode 100644 index a0e96c7c4..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/Packets/MipSharedDataFields-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/MIP/Packets/MipSharedDataFields.h","MipSharedDataFields.h");NDSummary.OnSummaryLoaded("File:MicroStrain/MIP/Packets/MipSharedDataFields.h",[["C/C++","C"]],[["Classes","Class"],["Enums","Enumeration"],["Functions","Function"]],[[1045,0,0,"MipSharedDataFields","MipSharedDataFields"],[1046,0,1,"EventSource","MipSharedDataFields.EventSource"],[1047,0,1,,"MipSharedDataFields.EVENT_SOURCE_NONE"],[1048,0,1,,"MipSharedDataFields.EVENT_SOURCE_UNKNOWN"],[1049,0,2,"MipSharedDataFields","MipSharedDataFields.MipSharedDataFields"],[1050,0,2,"hasEventSource","MipSharedDataFields.hasEventSource"],[1051,0,2,"eventSource","MipSharedDataFields.eventSource"],[1052,0,2,"hasTicks","MipSharedDataFields.hasTicks"],[1053,0,2,"ticks","MipSharedDataFields.ticks"],[1054,0,2,"hasDeltaTicks","MipSharedDataFields.hasDeltaTicks"],[1055,0,2,"deltaTicks","MipSharedDataFields.deltaTicks"],[1056,0,2,"hasGpsTimestamp","MipSharedDataFields.hasGpsTimestamp"],[1057,0,2,"gpsTimestamp","MipSharedDataFields.gpsTimestamp"],[1058,0,2,"gpsTimestampValid","MipSharedDataFields.gpsTimestampValid"],[1059,0,2,"hasDeltaTime","MipSharedDataFields.hasDeltaTime"],[1060,0,2,"deltaTime","MipSharedDataFields.deltaTime"],[1061,0,2,"hasReferenceTime","MipSharedDataFields.hasReferenceTime"],[1062,0,2,"referenceTime","MipSharedDataFields.referenceTime"],[1063,0,2,"hasDeltaReferenceTime","MipSharedDataFields.hasDeltaReferenceTime"],[1064,0,2,"deltaReferenceTime","MipSharedDataFields.deltaReferenceTime"],[1065,0,2,"hasExternalTimestamp","MipSharedDataFields.hasExternalTimestamp"],[1066,0,2,"externalTimestamp","MipSharedDataFields.externalTimestamp"],[1067,0,2,"externalTimestampValid","MipSharedDataFields.externalTimestampValid"],[1068,0,2,"hasDeltaExternalTime","MipSharedDataFields.hasDeltaExternalTime"],[1069,0,2,"deltaExternalTimestamp","MipSharedDataFields.deltaExternalTimestamp"],[1070,0,2,"deltaExternalTimeValid","MipSharedDataFields.deltaExternalTimeValid"],[1071,0,2,"get","MipSharedDataFields.get"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/Packets/MipSharedDataFields-h-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/Packets/MipSharedDataFields-h-SummaryToolTips.js deleted file mode 100644 index eebaabd7a..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/Packets/MipSharedDataFields-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/MIP/Packets/MipSharedDataFields.h",{1045:"
MipSharedDataFields
Object to more easily access shared data field information within a MipDataPacket
",1046:"
The event source value is the event trigger ID (1-based index) that caused the data packet to be output.  If the event source is not an event trigger ID it will be one of the following:
",1049:"
MipSharedDataFields()
Create an empty MipSharedDataFields object
",1050:"
bool hasEventSource() const
Checks whether the packet contains the Event Source field
",1051:"
uint8 eventSource() const
Gets the Event Source value for the packet
",1052:"
bool hasTicks() const
Checks whether the packet contains the Ticks field
",1053:"
uint32 ticks() const
Gets the Ticks value for the packet
",1054:"
bool hasDeltaTicks() const
Checks whether the packet contains the Delta Ticks field
",1055:"
uint32 deltaTicks() const
Gets the Delta Ticks value for the packet
",1056:"
bool hasGpsTimestamp() const
Checks whether the packet contains the GPS Timestamp field
",1057:"
Timestamp gpsTimestamp() const
Gets the GPS Timestamp value for the packet.  Note: On Gen 7 products and later this will generally be the same value as MipDataPacket::deviceTimestamp()
",1058:"
bool gpsTimestampValid() const
Checks whether the GPS Timestamp value for the packet is valid.  Note: On Gen 7 products and later this will generally be the same value as MipDataPacket::deviceTimestamp()
",1059:"
bool hasDeltaTime() const
Checks whether the packet contains the Delta Time field
",1060:"
double deltaTime() const
Gets the Delta Time value for the packet
",1061:"
bool hasReferenceTime() const
Checks whether the packet contains the Reference Timestamp (nanoseconds since startup) field
",1062:"
uint64 referenceTime() const
Gets the Reference Timestamp (nanoseconds since startup) for the packet
",1063:"
bool hasDeltaReferenceTime() const
Checks whether the packet contains the Delta Reference Timestamp (nanoseconds since last output) field
",1064:"
uint64 deltaReferenceTime() const
Gets the Delta Reference Timestamp (nanoseconds since last output) for the packet
",1065:"
bool hasExternalTimestamp() const
Checks whether the packet contains the External Timestamp field
",1066:"
Timestamp externalTimestamp() const
Gets the External Timestamp value for the packet.
",1067:"
bool externalTimestampValid() const
Checks whether the External Timestamp value for the packet is valid.
",1068:"
bool hasDeltaExternalTime() const
Checks whether the packet contains the Delta External Time field
",1069:"
Gets the Delta External Time value for the packet.
",1070:"
bool deltaExternalTimeValid() const
Checks whether the Delta External Time value for the packet is valid.
",1071:"
const MipDataPoint& get(
MipTypes::ChannelField field,
MipTypes::ChannelQualifier qualifier = MipTypes::CH_UNKNOWN
) const
Get the shared field MipDataPoint with the specified field and qualifier.  If qualifier is MipTypes::CH_UNKNOWN and there is only one data point for the field, that field will be returned.  Note: most users will not need to use this function
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/Packets/MipSharedDataFields-h-ToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/Packets/MipSharedDataFields-h-ToolTips.js deleted file mode 100644 index e973d586c..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/Packets/MipSharedDataFields-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1088:"
const Timestamp& deviceTimestamp() const
Gets the Timestamp which was transmitted in the Mip Data Packet as a channel field.  Note: This will return a Timestamp of 0 if deviceTimeValid returns false.
",1269:"
The enums for all of the different MIP Channel Field IDs.
",1597:"
The enums for different MIP Channel Qualifiers.  This combined with the ChannelField produces a unique identifier for each individual channel that is collected.
",1598:"
0  - Unknown Channel
",2121:"
MipDataPoint
Represents a single Inertial Data Point (Extends from DataPoint)
",4524:"
typedef for an 8-byte unsigned integer.
",4554:"
Timestamp
Represents a date/time object
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/Packets/MipSharedDataFields-h.html b/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/Packets/MipSharedDataFields-h.html deleted file mode 100644 index a6e467419..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/MIP/Packets/MipSharedDataFields-h.html +++ /dev/null @@ -1,159 +0,0 @@ - - -MipSharedDataFields.h - - - - - - - -
-
MipSharedDataFields
-
MipSharedDataFields
-

Object to more easily access shared data field information within a MipDataPacket

-
- -
-
EventSource
-

The event source value is the event trigger ID (1-based index) that caused the data packet to be output.  If the event source is not an event trigger ID it will be one of the following:

EVENT_SOURCE_NONE

0x00 - This packet was output due to normal data streaming, was not triggered by an event

EVENT_SOURCE_UNKNOWN

0xFF - The Event Source field was not found in this packet

-
- -
-
MipSharedDataFields
-
MipSharedDataFields()
-

Create an empty MipSharedDataFields object

-
- -
-
hasEventSource
-
bool hasEventSource() const
-

Checks whether the packet contains the Event Source field

Returns
bool

true if Event Source is present

-
- -
-
eventSource
-
uint8 eventSource() const
-

Gets the Event Source value for the packet

Returns
uint8

the event source trigger ID, 0x00 if not triggered by event, 0xFF if Event Source not present

-
- -
-
hasTicks
-
bool hasTicks() const
-

Checks whether the packet contains the Ticks field

Returns
bool

true if Ticks is present

-
- -
-
ticks
-
uint32 ticks() const
-

Gets the Ticks value for the packet

Returns
uint32

the ticks value

-
- -
-
hasDeltaTicks
-
bool hasDeltaTicks() const
-

Checks whether the packet contains the Delta Ticks field

Returns
bool

true if Delta Ticks is present

-
- -
-
deltaTicks
-
uint32 deltaTicks() const
-

Gets the Delta Ticks value for the packet

Returns
uint32

the delta ticks value

-
- -
-
hasGpsTimestamp
-
bool hasGpsTimestamp() const
-

Checks whether the packet contains the GPS Timestamp field

Returns
bool

true if GPS Timestamp is present

-
- -
-
gpsTimestamp
-
Timestamp gpsTimestamp() const
-

Gets the GPS Timestamp value for the packet.  Note: On Gen 7 products and later this will generally be the same value as MipDataPacket::deviceTimestamp()

Returns
Timestamp

the GPS timestamp value

-
- -
-
gpsTimestampValid
-
bool gpsTimestampValid() const
-

Checks whether the GPS Timestamp value for the packet is valid.  Note: On Gen 7 products and later this will generally be the same value as MipDataPacket::deviceTimestamp()

Returns
bool

true if valid

-
- -
-
hasDeltaTime
-
bool hasDeltaTime() const
-

Checks whether the packet contains the Delta Time field

Returns
bool

true if Delta Time is present

-
- -
-
deltaTime
-
double deltaTime() const
-

Gets the Delta Time value for the packet

Returns
double

the delta time value

-
- -
-
hasReferenceTime
-
bool hasReferenceTime() const
-

Checks whether the packet contains the Reference Timestamp (nanoseconds since startup) field

Returns
bool

true if Reference Time is present

-
- -
-
referenceTime
-
uint64 referenceTime() const
-

Gets the Reference Timestamp (nanoseconds since startup) for the packet

Returns
uint64

the reference time value

-
- -
-
hasDeltaReferenceTime
-
bool hasDeltaReferenceTime() const
-

Checks whether the packet contains the Delta Reference Timestamp (nanoseconds since last output) field

Returns
bool

true if Delta Reference Time is present

-
- -
-
deltaReferenceTime
-
uint64 deltaReferenceTime() const
-

Gets the Delta Reference Timestamp (nanoseconds since last output) for the packet

Returns
uint64

the delta reference time value

-
- -
-
hasExternalTimestamp
-
bool hasExternalTimestamp() const
-

Checks whether the packet contains the External Timestamp field

Returns
bool

true if External Timestamp is present

-
- -
-
externalTimestamp
-
Timestamp externalTimestamp() const
-

Gets the External Timestamp value for the packet.

Returns
Timestamp

the External Timestamp value

-
- -
-
externalTimestampValid
-
bool externalTimestampValid() const
-

Checks whether the External Timestamp value for the packet is valid.

Returns
bool

true if valid

-
- -
-
hasDeltaExternalTime
-
bool hasDeltaExternalTime() const
-

Checks whether the packet contains the Delta External Time field

Returns
bool

true if Delta External Time is present

-
- -
-
deltaExternalTimestamp
-

Gets the Delta External Time value for the packet.

Returns
uint64

the Delta External Time value

-
- -
-
deltaExternalTimeValid
-
bool deltaExternalTimeValid() const
-

Checks whether the Delta External Time value for the packet is valid.

Returns
bool

true if valid

-
- -
-
get
-
const MipDataPoint& get(
MipTypes::ChannelField field,
MipTypes::ChannelQualifier qualifier = MipTypes::CH_UNKNOWN
) const
-

Get the shared field MipDataPoint with the specified field and qualifier.  If qualifier is MipTypes::CH_UNKNOWN and there is only one data point for the field, that field will be returned.  Note: most users will not need to use this function

Parameters
field
MipTypes::ChannelField

the MipTypes::ChannelField of the data point to get

qualifier
MipTypes::ChannelQualifier

the MipTypes::ChannelQualifier of the data point to get. Default: MipTypes::CH_UNKNOWN

Returns

MipDataPoint reference to the shared data point found

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Matrix-h-Summary.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Matrix-h-Summary.js deleted file mode 100644 index 5331d919f..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Matrix-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Matrix.h","Matrix.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Matrix.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"]],[[4484,0,0,"Matrix","Matrix"],[4485,0,1,"valuesType","Matrix.valuesType"],[4486,0,1,"rows","Matrix.rows"],[4487,0,1,"columns","Matrix.columns"],[4488,0,1,"as_doubleAt","Matrix.as_doubleAt"],[4489,0,1,"as_floatAt","Matrix.as_floatAt"],[4490,0,1,"as_uint16At","Matrix.as_uint16At"],[4491,0,1,"as_uint8At","Matrix.as_uint8At"],[4492,0,1,"str","Matrix.str"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Matrix-h-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Matrix-h-SummaryToolTips.js deleted file mode 100644 index 861e3eccd..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Matrix-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Matrix.h",{4484:"
Matrix
Represents a Matrix of values (varying size)
",4485:"
ValueType valuesType() const
Gets how each value within the Matrix is stored
",4486:"
uint16 rows() const
Gets the number of rows in the Matrix
",4487:"
uint16 columns() const
Gets the number of columns in the Matrix
",4488:"
double as_doubleAt(
uint16 row,
uint16 column
) const
Gets the value stored at the given row and column (0-based), as an 8-byte double
",4489:"
float as_floatAt(
uint16 row,
uint16 column
) const
Gets the value stored at the given row and column (0-based), as a 4-byte float
",4490:"
uint16 as_uint16At(
uint16 row,
uint16 column
) const
Gets the value stored at the given row and column (0-based), as a 2-byte unsigned integer
",4491:"
uint8 as_uint8At(
uint16 row,
uint16 column
) const
Gets the value stored at the given row and column (0-based), as a 1-byte uint8
",4492:"
std::string str() const
Creates a string from the Matrix
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Matrix-h-ToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Matrix-h-ToolTips.js deleted file mode 100644 index 956d452e0..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Matrix-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({4373:"
Vector
Represents a Vector of values
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Matrix-h.html b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Matrix-h.html deleted file mode 100644 index 73842d426..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Matrix-h.html +++ /dev/null @@ -1,65 +0,0 @@ - - -Matrix.h - - - - - - - -
-
Matrix
-
Matrix
Vector
-

Represents a Matrix of values (varying size)

-
- -
-
valuesType
-
ValueType valuesType() const
-

Gets how each value within the Matrix is stored

Returns

A ValueType representing how each value in the Matrix is stored

-
- -
-
rows
-
uint16 rows() const
-

Gets the number of rows in the Matrix

Returns

The number of rows in the Matrix

-
- -
-
columns
-
uint16 columns() const
-

Gets the number of columns in the Matrix

Returns

The number of columns in the Matrix

-
- -
-
as_doubleAt
-
double as_doubleAt(
uint16 row,
uint16 column
) const
-

Gets the value stored at the given row and column (0-based), as an 8-byte double

Parameters
row
uint16

The 0-based row index of which to get the value

column
uint16

The 0-based column index of which to get the value

Returns

The value stored at the given row and column, as a double

Exceptions

  • std::out_of_range: The position requested is out of range

-
- -
-
as_floatAt
-
float as_floatAt(
uint16 row,
uint16 column
) const
-

Gets the value stored at the given row and column (0-based), as a 4-byte float

Parameters
row
uint16

The 0-based row index of which to get the value

column
uint16

The 0-based column index of which to get the value

Returns

The value stored at the given row and column, as a float

Exceptions

  • std::out_of_range: The position requested is out of range

-
- -
-
as_uint16At
-
uint16 as_uint16At(
uint16 row,
uint16 column
) const
-

Gets the value stored at the given row and column (0-based), as a 2-byte unsigned integer

Parameters
row
uint16

The 0-based row index of which to get the value

column
uint16

The 0-based column index of which to get the value

Returns

The value stored at the given row and column, as a 2-byte unsigned integer

Exceptions

  • std::out_of_range: The position requested is out of range

-
- -
-
as_uint8At
-
uint8 as_uint8At(
uint16 row,
uint16 column
) const
-

Gets the value stored at the given row and column (0-based), as a 1-byte uint8

Parameters
row
uint16

The 0-based row index of which to get the value

column
uint16

The 0-based column index of which to get the value

Returns

The value stored at the given row and column, as a 1-byte uint8

Exceptions

  • std::out_of_range: The position requested is out of range

-
- -
-
str
-
std::string str() const
-

Creates a string from the Matrix

Returns

A string representing the entire Matrix object (ex. "[[0,0.1,0.2],[1,1.1,1.2],[2,2.1,2.2]]")

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/RTK/RTKNode-h-Summary.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/RTK/RTKNode-h-Summary.js deleted file mode 100644 index 9dbb1072c..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/RTK/RTKNode-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/RTK/RTKNode.h","RTKNode.h");NDSummary.OnSummaryLoaded("File:MicroStrain/RTK/RTKNode.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"]],[[2675,0,0,"RTKNode","RTKNode"],[2676,0,1,"RTKNode","RTKNode.RTKNode"],[2677,0,1,"getCommunicationMode","RTKNode.getCommunicationMode"],[2678,0,1,"setCommunicationMode","RTKNode.setCommunicationMode"],[2679,0,1,"getDeviceStatusFlags","RTKNode.getDeviceStatusFlags"],[2680,0,1,"getActivationCode","RTKNode.getActivationCode"],[2681,0,1,"getStatusBitfieldVersion","RTKNode.getStatusBitfieldVersion"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/RTK/RTKNode-h-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/RTK/RTKNode-h-SummaryToolTips.js deleted file mode 100644 index 23bf7947f..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/RTK/RTKNode-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/RTK/RTKNode.h",{2675:"
RTKNode
A class representing a MicroStrain RTK Node
",2676:"
explicit RTKNode(
Connection connection
) : MipNode(connection)
Creates an RTKNode object.
",2677:"
uint8 getCommunicationMode() override
Gets the current communication mode that the node is in.
",2678:"
void setCommunicationMode(
uint8 communicationMode
) override
Sets the communication mode for the node.  Note: The node info will be reset when doing this and therefore will require being fetched again the next time it is requested.
",2679:"
RTKDeviceStatusFlags getDeviceStatusFlags() const
Gets the status flags for the RTK device.
",2680:"
std::string getActivationCode() const
Gets the Activation Code of the RTK device.
",2681:"
uint8 getStatusBitfieldVersion() const
Extracts the bitfield version number from the RTK status flag.  0 - V1 1 - V2
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/RTK/RTKNode-h-ToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/RTK/RTKNode-h-ToolTips.js deleted file mode 100644 index 3175283fe..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/RTK/RTKNode-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({19:"
Connection
The Connection object that is used for communication.
",1094:"
The enums for all the different data classes of MIP data.
",2083:"
MipNode
Abstract base class for Inertial or RTK (MIP) devices
",4614:"
Error_NotSupported
A command/feature was attempted to be used that was not supported.
",4625:"
Error_Communication
The exception for failing to communicate with a device.
",4632:"
Error_Connection
The generic connection exception.
",4644:"
Error_MipCmdFailed
The Inertial command has failed
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/RTK/RTKNode-h.html b/v66.0.1/MSCL_API_Docs/files/MicroStrain/RTK/RTKNode-h.html deleted file mode 100644 index 98b3124fe..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/RTK/RTKNode-h.html +++ /dev/null @@ -1,53 +0,0 @@ - - -RTKNode.h - - - - - - - -
-
RTKNode
- -

A class representing a MicroStrain RTK Node

-
- -
-
RTKNode
-
explicit RTKNode(
Connection connection
) : MipNode(connection)
-

Creates an RTKNode object.

Parameters
connection
Connection

The Connection object used for communication.

Exceptions
-
- -
-
getCommunicationMode
-
uint8 getCommunicationMode() override
-

Gets the current communication mode that the node is in.

Returns

The communication mode the node is in. This is an advanced command, and therefore the communication modes for your device should be researched to determine what each communication mode is.

Exceptions
-
- -
-
setCommunicationMode
-
void setCommunicationMode(
uint8 communicationMode
) override
-

Sets the communication mode for the node.  Note: The node info will be reset when doing this and therefore will require being fetched again the next time it is requested.

Parameters
communicationMode
uint8

The communication mode to set. This is an advanced command, and therefore the communication modes for your device should be researched to determine what each communication mode is.

Exceptions
-
- -
-
getDeviceStatusFlags
-
RTKDeviceStatusFlags getDeviceStatusFlags() const
-

Gets the status flags for the RTK device.

Returns
RTKDeviceStatusFlags

The RTKDeviceStatusFlags containing modem and client connection status.

Exceptions
-
- -
-
getActivationCode
-
std::string getActivationCode() const
-

Gets the Activation Code of the RTK device.

Returns

The 32 character Activation Code for the device.

Exceptions
-
- -
-
getStatusBitfieldVersion
-
uint8 getStatusBitfieldVersion() const
-

Extracts the bitfield version number from the RTK status flag.  0 - V1 1 - V2

Returns
uint8

The uint8 bitfield value containing the RTK version number.

Exceptions
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/SampleRate-h-Summary.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/SampleRate-h-Summary.js deleted file mode 100644 index 8718dc433..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/SampleRate-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/SampleRate.h","SampleRate.h");NDSummary.OnSummaryLoaded("File:MicroStrain/SampleRate.h",[["C/C++","C"]],[["Classes","Class"],["Enums","Enumeration"],["Functions","Function"],["Types","Type"]],[[4379,0,0,"SampleRate","SampleRate"],[4380,0,1,"RateType","SampleRate.RateType"],[4381,0,1,,"SampleRate.rateType_seconds"],[4382,0,1,,"SampleRate.rateType_hertz"],[4383,0,1,,"SampleRate.rateType_event"],[4384,0,1,,"SampleRate.rateType_decimation"],[4385,0,2,"SampleRate","SampleRate.SampleRate"],[4386,0,2,"str","SampleRate.str"],[4387,0,2,"prettyStr","SampleRate.prettyStr"],[4388,0,2,"samplePeriod","SampleRate.samplePeriod"],[4389,0,2,"samplesPerSecond","SampleRate.samplesPerSecond"],[4390,0,2,"rateType","SampleRate.rateType"],[4391,0,2,"samples","SampleRate.samples"],[4392,0,2,"toWirelessSampleRate","SampleRate.toWirelessSampleRate"],[4393,0,2,"toDecimation","SampleRate.toDecimation"],[4394,0,2,"Hertz","SampleRate.Hertz"],[4395,0,2,"KiloHertz","SampleRate.KiloHertz"],[4396,0,2,"Seconds","SampleRate.Seconds"],[4397,0,2,"Event","SampleRate.Event"],[4398,0,2,"Decimation","SampleRate.Decimation"],[4399,0,2,"FromWirelessEepromValue","SampleRate.FromWirelessEepromValue"],[4400,0,2,"FromInertialRateDecimationInfo","SampleRate.FromInertialRateDecimationInfo"],[4401,0,3,"SampleRates","SampleRate.SampleRates"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/SampleRate-h-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/SampleRate-h-SummaryToolTips.js deleted file mode 100644 index 793bfabce..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/SampleRate-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/SampleRate.h",{4379:"
SampleRate
Represents a MicroStrain sample rate (rate at which data is sampling)
",4385:"
SampleRate(
RateType type,
uint32 samples
)
Creates a sample rate with the given type and samples
",4386:"
std::string str() const
Gets the string representation of the sample rate.  Ex. 1Hz = "1-hertz", 10kHz = "10000-hertz", 1 per 10 seconds = "10-seconds", 1 per 1 minute = "60 seconds"
",4387:"
std::string prettyStr() const
Gets the string representation of the sample rate in a more human-readable format.  Ex. 1Hz = "1Hz", 10kHz = "10kHz", 1 per 10 seconds = "Every 10 sec", 1 per 1 minute = "Every 1 min"
",4388:"
TimeSpan samplePeriod() const
Gets the sample period (time between samples) as a TimeSpan for the current sample rate
",4389:"
double samplesPerSecond() const
Gets the number of samples per second.
",4390:"
RateType rateType() const
Gets the sample rate type
",4391:"
uint32 samples() const
Gets the number of samples for the sample rate (or seconds if less than 1 Hz)
",4392:"
WirelessTypes::WirelessSampleRate toWirelessSampleRate() const
Gets the WirelessTypes::WirelessSampleRate enum for the current SampleRate.
",4393:"
uint16 toDecimation(
uint16 sampleRateBase
) const
Gets the decimation for the current SampleRate.
",4394:"
static SampleRate Hertz(
uint32 samplesPerSecond
)
Creates a SampleRate object from the given samples per second
",4395:"
static SampleRate KiloHertz(
uint32 kSamplesPerSecond
)
Creates a SampleRate object from the given 1000 samples per second
",4396:"
static SampleRate Seconds(
uint32 secondsBetweenSamples
)
Creates a SampleRate object from the given seconds between samples
",4397:"
static SampleRate Event()
Creates a SampleRate object with the asynchronous/event type.
",4398:"
static SampleRate Decimation(
uint32 rateDecimation
)
Creates a SampleRate object with the decimation type.
",4399:"
static SampleRate FromWirelessEepromValue(
WirelessTypes::WirelessSampleRate eepromValue
)
Creates a SampleRate object from the WirelessTypes::WirelessSampleRate value (the value that gets stored in eeprom).
",4400:"
static SampleRate FromInertialRateDecimationInfo(
uint16 baseRate,
uint16 rateDecimation
)
Creates a SampleRate object from the base rate and rate decimation value read from an inertial device
",4401:"
A typedef for a vector of SampleRate objects.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/SampleRate-h-ToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/SampleRate-h-ToolTips.js deleted file mode 100644 index 251aedf12..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/SampleRate-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3520:"
The possible sample rates that are available for Wireless Nodes.
",4379:"
SampleRate
Represents a MicroStrain sample rate (rate at which data is sampling)
",4385:"
SampleRate(
RateType type,
uint32 samples
)
Creates a sample rate with the given type and samples
",4576:"
TimeSpan
Represents a range of time
",4622:"
Error_UnknownSampleRate
The sample rate is invalid or unknown for the given device
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/SampleRate-h.html b/v66.0.1/MSCL_API_Docs/files/MicroStrain/SampleRate-h.html deleted file mode 100644 index e3368a518..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/SampleRate-h.html +++ /dev/null @@ -1,123 +0,0 @@ - - -SampleRate.h - - - - - - - -
-
SampleRate
-
SampleRate
-

Represents a MicroStrain sample rate (rate at which data is sampling)

-
- -
-
RateType
-
rateType_seconds

0 - Sample rate type of seconds  (less than 1 Hz)

rateType_hertz

1 - Sample rate type of Hertz  (1 Hz and above)

rateType_event

2 - Event triggered, no sample rate

rateType_decimation

3 - Every x sample sent, no sample rate

-
- -
-
SampleRate
-
SampleRate(
RateType type,
uint32 samples
)
-

Creates a sample rate with the given type and samples

Parameters
type
RateType

The RateType of the given sample rate

samples
uint32

The number of samples in the given sample rate (or seconds if the type is rateType_seconds)

-
- -
-
str
-
std::string str() const
-

Gets the string representation of the sample rate.  Ex. 1Hz = "1-hertz", 10kHz = "10000-hertz", 1 per 10 seconds = "10-seconds", 1 per 1 minute = "60 seconds"

Returns

The sample rate represented as a string

-
- -
-
prettyStr
-
std::string prettyStr() const
-

Gets the string representation of the sample rate in a more human-readable format.  Ex. 1Hz = "1Hz", 10kHz = "10kHz", 1 per 10 seconds = "Every 10 sec", 1 per 1 minute = "Every 1 min"

Returns

The sample rate represented as a string

-
- -
-
samplePeriod
-
TimeSpan samplePeriod() const
-

Gets the sample period (time between samples) as a TimeSpan for the current sample rate

Returns

The TimeSpan representing the sample period

Exceptions
-
- -
-
samplesPerSecond
-
double samplesPerSecond() const
-

Gets the number of samples per second.

Returns

The number of samples per second as a double

Exceptions
-
- -
-
rateType
-
RateType rateType() const
-

Gets the sample rate type

Returns

The type of the current sample rate

-
- -
-
samples
-
uint32 samples() const
-

Gets the number of samples for the sample rate (or seconds if less than 1 Hz)

Returns

The number of samples for the sample rate

-
- -
-
toWirelessSampleRate
-
WirelessTypes::WirelessSampleRate toWirelessSampleRate() const
-

Gets the WirelessTypes::WirelessSampleRate enum for the current SampleRate.

Returns

The WirelessTypes::WirelessSampleRate that is associated with the current SampleRate.

Exceptions
-
- -
-
toDecimation
-
uint16 toDecimation(
uint16 sampleRateBase
) const
-

Gets the decimation for the current SampleRate.

Parameters
sampleRateBase
uint16

The base sample rate used to compute the decimation

Returns

The decimation of the current SampleRate

-
- -
-
Hertz
-
static SampleRate Hertz(
uint32 samplesPerSecond
)
-

Creates a SampleRate object from the given samples per second

Parameters
samplesPerSecond
uint32

The number of samples per second (Hz)

Returns

A SampleRate object built from the given parameter

-
- -
-
KiloHertz
-
static SampleRate KiloHertz(
uint32 kSamplesPerSecond
)
-

Creates a SampleRate object from the given 1000 samples per second

Parameters
kSamplesPerSecond
uint32

The number of 1000's samples per second (kHz) (20 kHz = 20)

Returns

A SampleRate object built from the given parameter

-
- -
-
Seconds
-
static SampleRate Seconds(
uint32 secondsBetweenSamples
)
-

Creates a SampleRate object from the given seconds between samples

Parameters
secondsBetweenSamples
uint32

The number of seconds between samples (1 sample every 2 minutes = 120)

Returns

A SampleRate object built from the given parameter

-
- -
-
Event
-
static SampleRate Event()
-

Creates a SampleRate object with the asynchronous/event type.

Returns

A SampleRate object of the event type.

-
- -
-
Decimation
-
static SampleRate Decimation(
uint32 rateDecimation
)
-

Creates a SampleRate object with the decimation type.

Returns

A SampleRate object of the decimation type.

-
- -
-
FromWirelessEepromValue
-
static SampleRate FromWirelessEepromValue(
WirelessTypes::WirelessSampleRate eepromValue
)
-

Creates a SampleRate object from the WirelessTypes::WirelessSampleRate value (the value that gets stored in eeprom).

Parameters
eepromValue
WirelessTypes::WirelessSampleRate

The WirelessTypes::WirelessSampleRate value (the value that gets stored in eeprom).

Returns

A SampleRate object built from the given parameter.

Exceptions
-
- -
-
FromInertialRateDecimationInfo
-
static SampleRate FromInertialRateDecimationInfo(
uint16 baseRate,
uint16 rateDecimation
)
-

Creates a SampleRate object from the base rate and rate decimation value read from an inertial device

Parameters
uint16

The data base rate

uint16

The rate decimation value

Returns

A SampleRate object built from the given parameter.

-
- -
-
SampleRates
-

A typedef for a vector of SampleRate objects.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Vector-h-Summary.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Vector-h-Summary.js deleted file mode 100644 index 9f5860ddb..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Vector-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Vector.h","Vector.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Vector.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"]],[[4373,0,0,"Vector","Vector"],[4374,0,1,"size","Vector.size"],[4375,0,1,"as_doubleAt","Vector.as_doubleAt"],[4376,0,1,"as_floatAt","Vector.as_floatAt"],[4377,0,1,"as_uint16At","Vector.as_uint16At"],[4378,0,1,"as_uint8At","Vector.as_uint8At"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Vector-h-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Vector-h-SummaryToolTips.js deleted file mode 100644 index 986de06f1..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Vector-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Vector.h",{4373:"
Vector
Represents a Vector of values
",4374:"
uint16 size() const
Gets how many values are within the Vector
",4375:"
double as_doubleAt(
uint16 index
) const
Gets the value stored at the given 0-based index, as an 8-byte double
",4376:"
float as_floatAt(
uint16 index
) const
Gets the value stored at the given 0-based index, as a 4-byte float
",4377:"
uint16 as_uint16At(
uint16 index
) const
Gets the value stored at the given 0-based index, as a 2-byte unsigned integer
",4378:"
uint8 as_uint8At(
uint16 index
) const
Gets the value stored at the given 0-based index, as a 1-byte uint8
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Vector-h-ToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Vector-h-ToolTips.js deleted file mode 100644 index ec84b3fcc..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Vector-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({4484:"
Matrix
Represents a Matrix of values (varying size)
",1002:"
EulerAngles
Represents generic Euler Angles (roll, pitch, yaw).
",1013:"
Quaternion
",1024:"
Rotation
Structure that can represent either a Quaternion or EulerAngles object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Vector-h.html b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Vector-h.html deleted file mode 100644 index 61fbd172d..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Vector-h.html +++ /dev/null @@ -1,47 +0,0 @@ - - -Vector.h - - - - - - - -
-
Vector
- -

Represents a Vector of values

-
- -
-
size
-
uint16 size() const
-

Gets how many values are within the Vector

Returns

The number of values within the Vector

-
- -
-
as_doubleAt
-
double as_doubleAt(
uint16 index
) const
-

Gets the value stored at the given 0-based index, as an 8-byte double

Parameters
index
uint16

The 0-based index of which to get the value

Returns

The value stored at the given index, as a double

Exceptions

  • std::out_of_range: The position requested is out of range

-
- -
-
as_floatAt
-
float as_floatAt(
uint16 index
) const
-

Gets the value stored at the given 0-based index, as a 4-byte float

Parameters
index
uint16

The 0-based index of which to get the value

Returns

The value stored at the given index, as a float

Exceptions

  • std::out_of_range: The position requested is out of range

-
- -
-
as_uint16At
-
uint16 as_uint16At(
uint16 index
) const
-

Gets the value stored at the given 0-based index, as a 2-byte unsigned integer

Parameters
index
uint16

The 0-based index of which to get the value

Returns

The value stored at the given index, as an uint16

Exceptions

  • std::out_of_range: The position requested is out of range

-
- -
-
as_uint8At
-
uint8 as_uint8At(
uint16 index
) const
-

Gets the value stored at the given 0-based index, as a 1-byte uint8

Parameters
index
uint16

The 0-based index of which to get the value

Returns

The value stored at the given index, as an uint8

Exceptions

  • std::out_of_range: The position requested is out of range

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/ArmedDataloggingNetwork-h-Summary.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/ArmedDataloggingNetwork-h-Summary.js deleted file mode 100644 index ce2127071..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/ArmedDataloggingNetwork-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/ArmedDataloggingNetwork.h","ArmedDataloggingNetwork.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/ArmedDataloggingNetwork.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"]],[[4457,0,0,"ArmedDataloggingNetwork","ArmedDataloggingNetwork"],[4458,0,1,"ArmedDataloggingNetwork","ArmedDataloggingNetwork.ArmedDataloggingNetwork"],[4459,0,1,"addNode","ArmedDataloggingNetwork.addNode"],[4460,0,1,"removeNode","ArmedDataloggingNetwork.removeNode"],[4461,0,1,"startSampling","ArmedDataloggingNetwork.startSampling"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/ArmedDataloggingNetwork-h-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/ArmedDataloggingNetwork-h-SummaryToolTips.js deleted file mode 100644 index 8fabe52db..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/ArmedDataloggingNetwork-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/ArmedDataloggingNetwork.h",{4457:"
ArmedDataloggingNetwork
Used to setup and start an Armed Datalogging network of wireless nodes.
",4458:"
ArmedDataloggingNetwork(
const BaseStation &networkBaseStation
)
Creates an ArmedDataloggingNetwork object used to setup and start an Armed Datalogging network.
",4459:"
void addNode(
const WirelessNode &node,
const std::string &message = ""
)
Adds a WirelessNode to the Armed Datalogging network. If the Node already exists in the network, it will not be added.  The Node\'s parent BaseStation should be the same as the network\'s master BaseStation.  The Node should have its sampling configuration set to Armed Datalogging mode prior to adding to be successfully added.
",4460:"
void removeNode(
NodeAddress nodeAddress
)
Removes a WirelessNode from the Armed Datalogging network, if it exists in the network.
",4461:"
void startSampling()
Starts the network sampling by individually arming each Node and then broadcasting the trigger to all Nodes that are armed.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/ArmedDataloggingNetwork-h-ToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/ArmedDataloggingNetwork-h-ToolTips.js deleted file mode 100644 index 5d92bd134..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/ArmedDataloggingNetwork-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3865:"
WirelessNode
A class representing a MicroStrain wireless node
",4402:"
BaseStation
Represents a MicroStrain Base Station object
",4525:"
typedef for a Node\'s node address.
",4610:"
Error
The generic MicroStrain exception (base class)
",4628:"
Error_NodeCommunication
The exception for failing to communicate with a WirelessNode.
",4632:"
Error_Connection
The generic connection exception.
",4652:"
Error_InvalidNodeConfig
The Configuration for a WirelessNode is invalid.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/ArmedDataloggingNetwork-h.html b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/ArmedDataloggingNetwork-h.html deleted file mode 100644 index f8e2907bc..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/ArmedDataloggingNetwork-h.html +++ /dev/null @@ -1,41 +0,0 @@ - - -ArmedDataloggingNetwork.h - - - - - - - -
-
ArmedDataloggingNetwork
-
ArmedDataloggingNetwork
-

Used to setup and start an Armed Datalogging network of wireless nodes.

-
- -
-
ArmedDataloggingNetwork
-
ArmedDataloggingNetwork(
const BaseStation &networkBaseStation
)
-

Creates an ArmedDataloggingNetwork object used to setup and start an Armed Datalogging network.

Parameters
networkBaseStation
const BaseStation&

The master BaseStation for this network. All WirelessNodes that are added must have this as their parent BaseStation.

-
- -
-
addNode
-
void addNode(
const WirelessNode &node,
const std::string &message = ""
)
-

Adds a WirelessNode to the Armed Datalogging network. If the Node already exists in the network, it will not be added.  The Node's parent BaseStation should be the same as the network's master BaseStation.  The Node should have its sampling configuration set to Armed Datalogging mode prior to adding to be successfully added.

Parameters
node
const WirelessNode&

The WirelessNode to add to the network.

message
const std::string&

A message to be set with the WirelessNode. This message can be retrieved when downloading the data from the Node. Will be trimmed to 50 chars if longer. (Default of "")

Exceptions
-
- -
-
removeNode
-
void removeNode(
NodeAddress nodeAddress
)
-

Removes a WirelessNode from the Armed Datalogging network, if it exists in the network.

Parameters
nodeAddress
NodeAddress

The node address of the WirelessNode to be removed.

-
- -
-
startSampling
-
void startSampling()
-

Starts the network sampling by individually arming each Node and then broadcasting the trigger to all Nodes that are armed.

Exceptions
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/BaseStation-h-Summary.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/BaseStation-h-Summary.js deleted file mode 100644 index cc7ba77b6..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/BaseStation-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/BaseStation.h","BaseStation.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/BaseStation.h",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"]],[[4402,0,0,"BaseStation","BaseStation"],[4403,0,1,"Default Timeouts","BaseStation.Default_Timeouts"],[4404,0,1,,"BaseStation.BASE_COMMANDS_DEFAULT_TIMEOUT"],[4405,0,1,,"BaseStation.EXT_BASE_COMMANDS_DEFAULT_TIMEOUT"],[4406,0,1,,"BaseStation.BROADCAST_NODE_ADDRESS"],[4407,0,1,,"BaseStation.BROADCAST_NODE_ADDRESS_ASPP3"],[4408,0,2,"BaseStation","BaseStation.BaseStation"],[4409,0,2,"BaseStation","BaseStation.BaseStation(2)"],[4410,0,2,"Mock","BaseStation.Mock"],[4411,0,2,"Mock","BaseStation.Mock(2)"],[4412,0,2,"deviceName","BaseStation.deviceName"],[4413,0,2,"connection","BaseStation.connection"],[4414,0,2,"features","BaseStation.features"],[4415,0,2,"lastCommunicationTime","BaseStation.lastCommunicationTime"],[4416,0,2,"readWriteRetries","BaseStation.readWriteRetries"],[4417,0,2,"readWriteRetries","BaseStation.readWriteRetries(2)"],[4418,0,2,"useEepromCache","BaseStation.useEepromCache"],[4419,0,2,"clearEepromCache","BaseStation.clearEepromCache"],[4420,0,2,"frequency","BaseStation.frequency"],[4421,0,2,"communicationProtocol","BaseStation.communicationProtocol"],[4422,0,2,"firmwareVersion","BaseStation.firmwareVersion"],[4423,0,2,"model","BaseStation.model"],[4424,0,2,"serial","BaseStation.serial"],[4425,0,2,"name","BaseStation.name"],[4426,0,2,"microcontroller","BaseStation.microcontroller"],[4427,0,2,"regionCode","BaseStation.regionCode"],[4428,0,2,"getData","BaseStation.getData"],[4429,0,2,"totalData","BaseStation.totalData"],[4430,0,2,"getNodeDiscoveries","BaseStation.getNodeDiscoveries"],[4431,0,2,"timeout","BaseStation.timeout"],[4432,0,2,"timeout","BaseStation.timeout(2)"],[4433,0,2,"ping","BaseStation.ping"],[4434,0,2,"readEeprom","BaseStation.readEeprom"],[4435,0,2,"writeEeprom","BaseStation.writeEeprom"],[4436,0,2,"enableBeacon","BaseStation.enableBeacon"],[4437,0,2,"enableBeacon","BaseStation.enableBeacon(2)"],[4438,0,2,"disableBeacon","BaseStation.disableBeacon"],[4439,0,2,"beaconStatus","BaseStation.beaconStatus"],[4440,0,2,"startRfSweepMode","BaseStation.startRfSweepMode"],[4441,0,2,"startRfSweepMode","BaseStation.startRfSweepMode(2)"],[4442,0,2,"cyclePower","BaseStation.cyclePower"],[4443,0,2,"resetRadio","BaseStation.resetRadio"],[4444,0,2,"changeFrequency","BaseStation.changeFrequency"],[4445,0,2,"broadcastSetToIdle","BaseStation.broadcastSetToIdle"],[4446,0,2,"verifyConfig","BaseStation.verifyConfig"],[4447,0,2,"applyConfig","BaseStation.applyConfig"],[4448,0,2,"getTransmitPower","BaseStation.getTransmitPower"],[4449,0,2,"getButtonLongPress","BaseStation.getButtonLongPress"],[4450,0,2,"getButtonShortPress","BaseStation.getButtonShortPress"],[4451,0,2,"getAnalogPairingEnabled","BaseStation.getAnalogPairingEnabled"],[4452,0,2,"getAnalogTimeoutTime","BaseStation.getAnalogTimeoutTime"],[4453,0,2,"getAnalogTimeoutVoltage","BaseStation.getAnalogTimeoutVoltage"],[4454,0,2,"getAnalogExceedanceEnabled","BaseStation.getAnalogExceedanceEnabled"],[4455,0,2,"getAnalogPair","BaseStation.getAnalogPair"],[4456,0,2,"getRawBytePackets","BaseStation.getRawBytePackets"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/BaseStation-h-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/BaseStation-h-SummaryToolTips.js deleted file mode 100644 index ee8bc91f7..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/BaseStation-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/BaseStation.h",{4402:"
BaseStation
Represents a MicroStrain Base Station object
",4408:"
explicit BaseStation(
Connection &connection
)
Creates a BaseStation object.  Note: this will use a default timeout of BASE_COMMANDS_DEFAULT_TIMEOUT for serial connections and a default timeout of <ETHERNET_BASE_COMMANDS_DEFAULT_TIMEOUT> for ethernet/websocket connections
",4409:"
explicit BaseStation(
Connection &connection,
uint64 baseTimeout
)
Creates a BaseStation object.
",4410:"
static BaseStation Mock(
const BaseStationInfo &info
)
Static function to create a Mock BaseStation (won\'t actually talk to a physical device).
",4411:"
static BaseStation Mock()
Static function to create a Mock BaseStation (won\'t actually talk to a physical device) using the following default info: Firmware version: 5.0 Model: WSDA-Base 104 USB Region: USA asppVersion_LXRS: 1.7 asppVersion_LXRS+: 3.0
",4412:"
static std::string deviceName(
const std::string &serial
)
Static function for creating the universal basestation name that should be used for SensorCloud.
",4413:"
Connection& connection() const
Gets the Connection object that this BaseStation is using.
",4414:"
const BaseStationFeatures& features() const
Gets a reference to the BaseStationFeatures for this BaseStation.  Note: This will be invalid when the BaseStation is destroyed.
",4415:"
const Timestamp& lastCommunicationTime() const
Gets the Timestamp for the last time MSCL communicated with the BaseStation.  Note: EEPROM reads using the cache, and data collection, will not update this timestamp.
",4416:"
void readWriteRetries(
uint8 numRetries
)
Sets the number of retry attempts for reading and writing config options on the BaseStation.  By default, the number of retries is 0.  Note:  The timeout that is set per command will be per read and write attempt, meaning this retry number is multiplied by the timeout for your overall timeout.
",4417:"
uint8 readWriteRetries() const
Gets the number of retry attempts for reading and writing config options on the BaseStation.  By default, the number of retries is 0.  Note:  The timeout that is set per command will be per read and write attempt, meaning this retry number is multiplied by the timeout for your overall timeout.
",4418:"
void useEepromCache(
bool useCache
)
Sets whether or not to utilize the eeprom cache when configuring this BaseStation (enabled by default). This can be enabled/disabled at any time.  It is highly recommended to have eeprom caching be enabled.  Note:  The eeprom cache stores the last known value that was written to / read from the BaseStation for each eeprom location. If this is enabled, any reads will get the last known value from the cache if it exists, and any writes will not write to the BaseStation if the value attempting to be written is the same as that stored in the cache. Caching of these values will still be performed if this is disabled, however, read and write operations will then always reach out to the actual device.
",4419:"
void clearEepromCache()
Clears the eeprom cache for this BaseStation.
",4420:"
WirelessTypes::Frequency frequency() const
Gets the WirelessTypes::Frequency representing the radio frequency of this BaseStation.
",4421:"
WirelessTypes::CommProtocol communicationProtocol() const
Gets the WirelessTypes::CommProtocol that the BaseStation is currently set to use.
",4422:"
Version firmwareVersion() const
Gets the firmware version of the BaseStation.
",4423:"
WirelessModels::BaseModel model() const
Gets the model of the BaseStation.
",4424:"
std::string serial() const
Gets the serial number of the BaseStation.
",4425:"
std::string name() const
Gets the name of the BaseStation. This is the universal basestation name that should be used for SensorCloud.  This is the same as calling BaseStation::deviceName.
",4426:"
WirelessTypes::MicroControllerType microcontroller() const
Gets the microcontroller of the BaseStation.
",4427:"
WirelessTypes::RegionCode regionCode() const
Gets the region code currently set on the BaseStation.
",4428:"
DataSweeps getData(
uint32 timeout = 0,
uint32 maxSweeps = 0
)
Gets up to the requested amount of DataSweeps of sampled data that was collected by this BaseStation.
",4429:"
uint32 totalData()
Gets the number of DataSweeps that are currently in the data buffer.
",4430:"
NodeDiscoveries getNodeDiscoveries()
Gets the group of Node Discoveries that were collected by this base station.  Calling this function clears out the Node Discovery buffer, so successively calling this will give you new Node Discoveries.
",4431:"
void timeout(
uint64 timeout
)
Sets the timeout to use when waiting for responses from commands.  This timeout is used directly for BaseStation commands, while some additional time is added for Node commands.  Note: Some commands have a minimum timeout that will override this if set lower than the minimum.
",4432:"
uint64 timeout() const
Gets the current timeout to use when waiting for responses from base station commands.  This timeout is used directly for BaseStation commands, while some additional time is added for Node commands.  Note: Some commands have a minimum timeout that will override this if set lower than the minimum.
",4433:"
bool ping()
Pings the base station
",4434:"
uint16 readEeprom(
uint16 eepromAddress
) const
Reads a specific EEPROM address on the Base Station.  If the value stored in the eeprom cache is still valid, this will be returned instead.
",4435:"
void writeEeprom(
uint16 eepromAddress,
uint16 value
)
Writes the specified value to a specific EEPROM address on the Base Station.  If successful, the cache will be updated with the changed value as well.
",4436:"
Timestamp enableBeacon()
Enables the beacon on the base station using the system time (UTC) as its starting timestamp.
",4437:"
Timestamp enableBeacon(
uint32 utcTime
)
Enables the beacon on the base station using the given UTC timestamp.
",4438:"
void disableBeacon()
Disables the beacon on the base station.
",4439:"
BeaconStatus beaconStatus()
Gets the BeaconStatus of the beacon on the base station.
",4440:"
void startRfSweepMode()
Starts the BaseStation in a fixed RF Sweep Mode, which will sweep over all the supported operating frequencies of the BaseStation.  Note: To exit this Mode, send any command to the BaseStation (such as ping).
",4441:"
void startRfSweepMode(
uint32 minFreq,
uint32 maxFreq,
uint32 interval,
uint16 options= 0
)
Starts the BaseStation in a custom RF Sweep Mode across the provided frequencies.  Note: To exit this Mode, send any command to the BaseStation (such as ping).
",4442:"
void cyclePower(
bool checkComm= true
)
Cycles the power on the base station.
",4443:"
void resetRadio()
Resets the radio on the base station.
",4444:"
void changeFrequency(
WirelessTypes::Frequency frequency
)
Changes the radio frequency of the base station.
",4445:"
mscl::SetToIdleStatus broadcastSetToIdle()
Broadcasts the Set to Idle command (will be heard by all nodes on the BaseStation\'s frequency).
",4446:"
bool verifyConfig(
const BaseStationConfig &config,
ConfigIssues &outIssues
) const
Checks whether the settings in the given BaseStationConfig are ok to be written to the BaseStation.  Options that are set will also be validated against each other. If an option that needs to be validated isn\'t currently set, it will be read from the BaseStation.
",4447:"
void applyConfig(
const BaseStationConfig &config
)
Applies a BaseStationConfig to the Node.  Note: This applies all options that have been set in the BaseStationConfig.  Before applying, the options will be validated. It is recommended that you perform this validation yourself first by using verifyConfig.
",4448:"
WirelessTypes::TransmitPower getTransmitPower() const
Reads the WirelessTypes::TransmitPower that is currently set on the BaseStation.
",4449:"
BaseStationButton getButtonLongPress(
uint8 buttonNumber
) const
Reads the button settings for a long press action that are currently set on the BaseStation.
",4450:"
BaseStationButton getButtonShortPress(
uint8 buttonNumber
) const
Reads the button settings for a short press action that are currently set on the BaseStation.
",4451:"
bool getAnalogPairingEnabled() const
Reads the Analog Pairing enabled/disabled setting that is currently set on the BaseStation.  If this is disabled, all other analog pairing settings will be disabled.
",4452:"
uint16 getAnalogTimeoutTime() const
Reads the Analog Timeout Time in seconds that is currently set on the BaseStation.
",4453:"
float getAnalogTimeoutVoltage() const
Reads the Analog Timeout Voltage that is currently set on the BaseStation.
",4454:"
bool getAnalogExceedanceEnabled() const
Reads the Analog Exceedance enabled/disabled setting that is currently set on the BaseStation.
",4455:"
BaseStationAnalogPair getAnalogPair(
uint8 portNumber
) const
Reads the BaseStationAnalogPair for the specified port number that is currently set on the BaseStation.
",4456:"
RawBytePackets getRawBytePackets(
uint32 timeout = 0,
uint32 maxPackets = 0
)
Gets up to the requested amount of raw byte packets that have been collected.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/BaseStation-h-ToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/BaseStation-h-ToolTips.js deleted file mode 100644 index 032df5d02..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/BaseStation-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({19:"
Connection
The Connection object that is used for communication.
",2239:"
RawBytePacket
A class that contains packet information about an Inertial packet
",2258:"
SetToIdleStatus
Holds the status information of the Set to Idle command.
",2686:"
BeaconStatus
Represents the status of a BaseStation beacon.  See also BaseStation::beaconStatus.
",2905:"
ConfigIssue
Holds information on a specific configuration issue.
",2982:"
BaseStationConfig
Class used for setting the configuration of BaseStations.  Set all the configuration values that you want to change, then verify and apply them to a BaseStation.
",3011:"
BaseStationFeatures
Contains information on which features are supported by a BaseStation.
",3250:"
The model numbers for each of the Wireless Base Stations
",3272:"
Represents the types of microcontrollers possible on the Wireless Devices.
",3307:"
Represents the frequency (channel) that can be used for Wireless Devices.
",3325:"
Represents the transmit powers that can be used for Wireless Devices.
",3832:"
Available Communication Protocol types.
",3865:"
WirelessNode
A class representing a MicroStrain wireless node
",4260:"
NodeDiscovery
Represents 1 node discovery, which is created when a Wireless Node Discovery packet is sent from a Node.  Note: There are multiple versions of Node Discovery packets which have been developed over time.  Each version has added more useful information. If an earlier version of the Node Discovery packet is heard, this NodeDiscovery object will have some information be invalid (set to default values).
",4315:"
Holds information about a BaseStation.
",4317:"
BaseStationButton
Represents a single button on a BaseStation
",4334:"
BaseStationAnalogPair
Represents an Analog Pairing on a BaseStation.
",4349:"
DataSweep
Represents 1 data sweep, including data for each channel, a timestamp, and a sample rate
",4402:"
BaseStation
Represents a MicroStrain Base Station object
",4404:"
20 ms  - The default timeout for a base station command (in milliseconds) used by USB Bases
",4408:"
explicit BaseStation(
Connection &connection
)
Creates a BaseStation object.  Note: this will use a default timeout of BASE_COMMANDS_DEFAULT_TIMEOUT for serial connections and a default timeout of <ETHERNET_BASE_COMMANDS_DEFAULT_TIMEOUT> for ethernet/websocket connections
",4412:"
static std::string deviceName(
const std::string &serial
)
Static function for creating the universal basestation name that should be used for SensorCloud.
",4424:"
std::string serial() const
Gets the serial number of the BaseStation.
",4446:"
bool verifyConfig(
const BaseStationConfig &config,
ConfigIssues &outIssues
) const
Checks whether the settings in the given BaseStationConfig are ok to be written to the BaseStation.  Options that are set will also be validated against each other. If an option that needs to be validated isn\'t currently set, it will be read from the BaseStation.
",4493:"
Version
Class that represents, and provides helper functions for, a Version number
",4554:"
Timestamp
Represents a date/time object
",4614:"
Error_NotSupported
A command/feature was attempted to be used that was not supported.
",4617:"
Error_NoData
There is no data available to be accessed
",4625:"
Error_Communication
The exception for failing to communicate with a device.
",4632:"
Error_Connection
The generic connection exception.
",4649:"
Error_InvalidConfig
The Configuration is invalid.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/BaseStation-h.html b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/BaseStation-h.html deleted file mode 100644 index b79715119..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/BaseStation-h.html +++ /dev/null @@ -1,316 +0,0 @@ - - -BaseStation.h - - - - - - - -
-
BaseStation
-
BaseStation
-

Represents a MicroStrain Base Station object

-
- -
-
Default Timeouts
-
BASE_COMMANDS_DEFAULT_TIMEOUT

20 ms  - The default timeout for a base station command (in milliseconds) used by USB Bases

EXT_BASE_COMMANDS_DEFAULT_TIMEOUT

500 ms  - The extended default timeout for a base station command (in milliseconds)

BROADCAST_NODE_ADDRESS

65535  - The address to use for performing Broadcast commands that will be heard by all WirelessNodes on the frequency.

BROADCAST_NODE_ADDRESS_ASPP3

0xFFFFFFFF - The address to use for performing Broadcast commands that will be heard by all WirelessNodes on the frequency (ASPP 3.X).

-
- -
-
BaseStation
-
explicit BaseStation(
Connection &connection
)
-

Creates a BaseStation object.  Note: this will use a default timeout of BASE_COMMANDS_DEFAULT_TIMEOUT for serial connections and a default timeout of <ETHERNET_BASE_COMMANDS_DEFAULT_TIMEOUT> for ethernet/websocket connections

Parameters
connection
Connection&

The Connection object used for communication

Exceptions
-
- -
-
BaseStation
-
explicit BaseStation(
Connection &connection,
uint64 baseTimeout
)
-

Creates a BaseStation object.

Parameters
connection
Connection&

The Connection object used for communication

baseTimeout
uint64

The timeout to use for base station commands

Exceptions
-
- -
-
Mock
-
static BaseStation Mock(
const BaseStationInfo &info
)
-

Static function to create a Mock BaseStation (won't actually talk to a physical device).

Parameters
info
const BaseStationInfo&

The BaseStationInfo to use for creating the Mock BaseStation.

Returns

A BaseStation object with a mock implementation.

-
- -
-
Mock
-
static BaseStation Mock()
-

Static function to create a Mock BaseStation (won't actually talk to a physical device) using the following default info: Firmware version: 5.0 Model: WSDA-Base 104 USB Region: USA asppVersion_LXRS: 1.7 asppVersion_LXRS+: 3.0

Returns

A BaseStation object with a mock implementation.

-
- -
-
deviceName
-
static std::string deviceName(
const std::string &serial
)
-

Static function for creating the universal basestation name that should be used for SensorCloud.

Parameters
serial
const std::string&

The serial of the basestation. This should be identical to calling the serial function on a BaseStation object.

Returns

The universal basestationName.

-
- -
-
connection
-
Connection& connection() const
-

Gets the Connection object that this BaseStation is using.

Returns

The Connection object that this BaseStation is using.

-
- -
-
features
-
const BaseStationFeatures& features() const
-

Gets a reference to the BaseStationFeatures for this BaseStation.  Note: This will be invalid when the BaseStation is destroyed.

Returns

BaseStationFeatures containing the features for this BaseStation.

Exceptions
-
- -
-
lastCommunicationTime
-
const Timestamp& lastCommunicationTime() const
-

Gets the Timestamp for the last time MSCL communicated with the BaseStation.  Note: EEPROM reads using the cache, and data collection, will not update this timestamp.

Returns

A Timestamp representing the last time MSCL communicated with the BaseStation. This will be a Timestamp of 0 if never communicated with.

Exceptions

  • Error_NoData: There is no communication time logged for this device.

-
- -
-
readWriteRetries
-
void readWriteRetries(
uint8 numRetries
)
-

Sets the number of retry attempts for reading and writing config options on the BaseStation.  By default, the number of retries is 0.  Note:  The timeout that is set per command will be per read and write attempt, meaning this retry number is multiplied by the timeout for your overall timeout.

Parameters
numRetries
uint8

The number of retries to set for reading and writing config options on the BaseStation.

-
- -
-
readWriteRetries
-
uint8 readWriteRetries() const
-

Gets the number of retry attempts for reading and writing config options on the BaseStation.  By default, the number of retries is 0.  Note:  The timeout that is set per command will be per read and write attempt, meaning this retry number is multiplied by the timeout for your overall timeout.

Returns

The number of retries to set for all reading and writing config options on the BaseStation.

-
- -
-
useEepromCache
-
void useEepromCache(
bool useCache
)
-

Sets whether or not to utilize the eeprom cache when configuring this BaseStation (enabled by default). This can be enabled/disabled at any time.  It is highly recommended to have eeprom caching be enabled.  Note:  The eeprom cache stores the last known value that was written to / read from the BaseStation for each eeprom location. If this is enabled, any reads will get the last known value from the cache if it exists, and any writes will not write to the BaseStation if the value attempting to be written is the same as that stored in the cache. Caching of these values will still be performed if this is disabled, however, read and write operations will then always reach out to the actual device.

Parameters
useCache
bool

whether the eeprom cache should be used (true) or not (false).

-
- -
-
clearEepromCache
-
void clearEepromCache()
-

Clears the eeprom cache for this BaseStation.

-
- -
-
frequency
-
WirelessTypes::Frequency frequency() const
-

Gets the WirelessTypes::Frequency representing the radio frequency of this BaseStation.

Returns

The WirelessTypes::Frequency that this BaseStation is on.

Exceptions
-
- -
-
communicationProtocol
-
WirelessTypes::CommProtocol communicationProtocol() const
-

Gets the WirelessTypes::CommProtocol that the BaseStation is currently set to use.

Returns

The WirelessTypes::CommProtocol that the BaseStation is currently set to use.

Exceptions
-
- -
-
firmwareVersion
-
Version firmwareVersion() const
-

Gets the firmware version of the BaseStation.

Returns

A Version representing the firmware version of the BaseStation.

Exceptions

  • Error_NotSupported: Attempted to read an unsupported option. The device firmware is not compatible with this version of MSCL.

  • Error_Communication: Failed to read the value from the BaseStation.

  • Error_Connection: A connection error has occurred with the parent BaseStation.

-
- -
-
model
- -

Gets the model of the BaseStation.

Returns

A WirelessModels::BaseModel representing the model of the BaseStation.

Exceptions

  • Error_NotSupported: Attempted to read an unsupported option. The device firmware is not compatible with this version of MSCL.

  • Error_Communication: Failed to read the value from the BaseStation.

  • Error_Connection: A connection error has occurred with the parent BaseStation.

-
- -
-
serial
-
std::string serial() const
-

Gets the serial number of the BaseStation.

Returns

A string representing the serial number of the BaseStation.

Exceptions

  • Error_NotSupported: Attempted to read an unsupported option. The device firmware is not compatible with this version of MSCL.

  • Error_Communication: Failed to read the value from the BaseStation.

  • Error_Connection: A connection error has occurred with the parent BaseStation.

-
- -
-
name
-
std::string name() const
-

Gets the name of the BaseStation. This is the universal basestation name that should be used for SensorCloud.  This is the same as calling BaseStation::deviceName.

Returns

The universal basestation name.

Exceptions

  • Error_NotSupported: Attempted to read an unsupported option. The device firmware is not compatible with this version of MSCL.

  • Error_Communication: Failed to read the value from the BaseStation.

  • Error_Connection: A connection error has occurred with the parent BaseStation.

-
- -
-
microcontroller
-
WirelessTypes::MicroControllerType microcontroller() const
-

Gets the microcontroller of the BaseStation.

Returns

A WirelessTypes::MicroControllerType representing the microcontroller of the BaseStation.

Exceptions

  • Error_NotSupported: Attempted to read an unsupported option. The device firmware is not compatible with this version of MSCL.

  • Error_Communication: Failed to read the value from the BaseStation.

  • Error_Connection: A connection error has occurred with the parent BaseStation.

-
- -
-
regionCode
-
WirelessTypes::RegionCode regionCode() const
-

Gets the region code currently set on the BaseStation.

Exceptions
-
- -
-
getData
-
DataSweeps getData(
uint32 timeout = 0,
uint32 maxSweeps = 0
)
-

Gets up to the requested amount of DataSweeps of sampled data that was collected by this BaseStation.

Parameters
timeout
uint32

The timeout, in milliseconds, to wait for data if necessary (default of 0).

maxSweeps
uint32

The maximum number of sweeps to return. If this is 0 (default), all sweeps will be returned.

Returns

A DataSweeps object containing all the data sweeps that are available up to the requested number of max sweeps.

Exceptions
-
- -
-
totalData
-
uint32 totalData()
-

Gets the number of DataSweeps that are currently in the data buffer.

Returns

The number of DataSweeps that are currently in the data buffer.

-
- -
-
getNodeDiscoveries
-
NodeDiscoveries getNodeDiscoveries()
-

Gets the group of Node Discoveries that were collected by this base station.  Calling this function clears out the Node Discovery buffer, so successively calling this will give you new Node Discoveries.

Returns

A NodeDiscoveries container, holding all the Node Discoveries that were collected by this base station.

Exceptions
-
- -
-
timeout
-
void timeout(
uint64 timeout
)
-

Sets the timeout to use when waiting for responses from commands.  This timeout is used directly for BaseStation commands, while some additional time is added for Node commands.  Note: Some commands have a minimum timeout that will override this if set lower than the minimum.

Parameters
timeout
uint64

The timeout (in milliseconds) to set for commands.

-
- -
-
timeout
-
uint64 timeout() const
-

Gets the current timeout to use when waiting for responses from base station commands.  This timeout is used directly for BaseStation commands, while some additional time is added for Node commands.  Note: Some commands have a minimum timeout that will override this if set lower than the minimum.

Returns

The timeout (in milliseconds) set for base station commands.

-
- -
-
ping
-
bool ping()
-

Pings the base station

Returns

true if successfully pinged the base station, false otherwise

Exceptions
Example Use
BaseStation baseStation(&connection);
baseStation.ping();
-
- -
-
readEeprom
-
uint16 readEeprom(
uint16 eepromAddress
) const
-

Reads a specific EEPROM address on the Base Station.  If the value stored in the eeprom cache is still valid, this will be returned instead.

Parameters
eepromAddress
uint16

The EEPROM address to be read.

Returns

The uint16 value read from the specified EEPROM location.

Exceptions
-
- -
-
writeEeprom
-
void writeEeprom(
uint16 eepromAddress,
uint16 value
)
-

Writes the specified value to a specific EEPROM address on the Base Station.  If successful, the cache will be updated with the changed value as well.

Parameters
eepromAddress
uint16

The EEPROM address to write to.

value
uint16

The value to write to the EEPROM address.

Exceptions
-
- -
-
enableBeacon
-
Timestamp enableBeacon()
-

Enables the beacon on the base station using the system time (UTC) as its starting timestamp.

Returns

A Timestamp representing the initial time that was sent to start the beacon

Exceptions
Example Use
BaseStation baseStation(connection);
baseStation.enableBeacon();
-
- -
-
enableBeacon
-
Timestamp enableBeacon(
uint32 utcTime
)
-

Enables the beacon on the base station using the given UTC timestamp.

Parameters
utcTime
uint32

The start time for the beacon in UTC seconds from the Unix Epoch (01/01/1970)

Returns

A Timestamp representing the initial time that was sent to start the beacon

Exceptions
Example Use
BaseStation baseStation(connection);
baseStation.enableBeacon(1357846020);
-
- -
-
disableBeacon
-
void disableBeacon()
-

Disables the beacon on the base station.

Exceptions
Example Use
BaseStation baseStation(connection);
baseStation.disableBeacon();
-
- -
-
beaconStatus
-
BeaconStatus beaconStatus()
-

Gets the BeaconStatus of the beacon on the base station.

Returns

A BeaconStatus object containing status information of the beacon.

Exceptions
-
- -
-
startRfSweepMode
-
void startRfSweepMode()
-

Starts the BaseStation in a fixed RF Sweep Mode, which will sweep over all the supported operating frequencies of the BaseStation.  Note: To exit this Mode, send any command to the BaseStation (such as ping).

Exceptions
-
- -
-
startRfSweepMode
-
void startRfSweepMode(
uint32 minFreq,
uint32 maxFreq,
uint32 interval,
uint16 options= 0
)
-

Starts the BaseStation in a custom RF Sweep Mode across the provided frequencies.  Note: To exit this Mode, send any command to the BaseStation (such as ping).

Parameters
minFreq
uint32

The minimum frequency to use in the scan in kHz (2400000 = 2.4GHz).

maxFreq
uint32

The maximum frequency to use in the scan in kHz (2400000 = 2.4GHz).

interval
uint32

The interval between frequencies.

options
uint16

This is currently an Advanced setting, used internally.

Exceptions
-
- -
-
cyclePower
-
void cyclePower(
bool checkComm= true
)
-

Cycles the power on the base station.

Parameters
checkComm
bool

Whether to check for communication (ping) after cycling power before returning from this function.

Exceptions
-
- -
-
resetRadio
-
void resetRadio()
-

Resets the radio on the base station.

Exceptions
-
- -
-
changeFrequency
-
void changeFrequency(
WirelessTypes::Frequency frequency
)
-

Changes the radio frequency of the base station.

Parameters
frequency
WirelessTypes::Frequency

The WirelessTypes::Frequency to change the base station to.

Exceptions
-
- -
-
broadcastSetToIdle
-
mscl::SetToIdleStatus broadcastSetToIdle()
-

Broadcasts the Set to Idle command (will be heard by all nodes on the BaseStation's frequency).

Returns

A SetToIdleStatus object that can be used to cancel the operation.  Note that this status object will never complete as it is not targeting a specific Node.

Exceptions
-
- -
-
verifyConfig
-
bool verifyConfig(
const BaseStationConfig &config,
ConfigIssues &outIssues
) const
-

Checks whether the settings in the given BaseStationConfig are ok to be written to the BaseStation.  Options that are set will also be validated against each other. If an option that needs to be validated isn't currently set, it will be read from the BaseStation.

Parameters
config
const BaseStationConfig&

The BaseStationConfig to verify.

outIssues
ConfigIssues&

The ConfigIssues that will hold any resulting issues that are found with the configuration.

Returns

true if the configuration is valid. false if the configuration is invalid and outIssues should be checked for more information.

Exceptions
-
- -
-
applyConfig
-
void applyConfig(
const BaseStationConfig &config
)
-

Applies a BaseStationConfig to the Node.  Note: This applies all options that have been set in the BaseStationConfig.  Before applying, the options will be validated. It is recommended that you perform this validation yourself first by using verifyConfig.

Parameters
config
const BaseStationConfig&

The BaseStationConfig to apply to the Node.

Exceptions
-
- -
-
getTransmitPower
-
WirelessTypes::TransmitPower getTransmitPower() const
-

Reads the WirelessTypes::TransmitPower that is currently set on the BaseStation.

Returns

The WirelessTypes::TransmitPower that is currently set on the BaseStation.

Exceptions
-
- -
-
getButtonLongPress
-
BaseStationButton getButtonLongPress(
uint8 buttonNumber
) const
-

Reads the button settings for a long press action that are currently set on the BaseStation.

Parameters
buttonNumber
uint8

The button number (1 = button 1) to get the value for.

Returns

A BaseStationButton object holding the current long press settings for the requested button number.

Exceptions
-
- -
-
getButtonShortPress
-
BaseStationButton getButtonShortPress(
uint8 buttonNumber
) const
-

Reads the button settings for a short press action that are currently set on the BaseStation.

Parameters
buttonNumber
uint8

The button number (1 = button 1) to get the value for.

Returns

A BaseStationButton object holding the current short press settings for the requested button number.

Exceptions
-
- -
-
getAnalogPairingEnabled
-
bool getAnalogPairingEnabled() const
-

Reads the Analog Pairing enabled/disabled setting that is currently set on the BaseStation.  If this is disabled, all other analog pairing settings will be disabled.

Returns

true if Analog Pairing is enabled, false otherwise.

Exceptions
-
- -
-
getAnalogTimeoutTime
-
uint16 getAnalogTimeoutTime() const
-

Reads the Analog Timeout Time in seconds that is currently set on the BaseStation.

Returns

The analog timeout time in seconds.

Exceptions
-
- -
-
getAnalogTimeoutVoltage
-
float getAnalogTimeoutVoltage() const
-

Reads the Analog Timeout Voltage that is currently set on the BaseStation.

Returns

The analog timeout voltage.

Exceptions
-
- -
-
getAnalogExceedanceEnabled
-
bool getAnalogExceedanceEnabled() const
-

Reads the Analog Exceedance enabled/disabled setting that is currently set on the BaseStation.

Returns

true if Analog Exceedance is enabled, false otherwise.

Exceptions
-
- -
-
getAnalogPair
-
BaseStationAnalogPair getAnalogPair(
uint8 portNumber
) const
-

Reads the BaseStationAnalogPair for the specified port number that is currently set on the BaseStation.

Parameters
portNumber
uint8

The port number (1 = port 1) to get the value for.

Returns

The BaseStationAnalogPair for the specified port number that is currently set on the BaseStation.

Exceptions
-
- -
-
getRawBytePackets
-
RawBytePackets getRawBytePackets(
uint32 timeout = 0,
uint32 maxPackets = 0
)
-

Gets up to the requested amount of raw byte packets that have been collected.

Parameters
packets

A vector of RawBytePacket to hold the result.

timeout
uint32

the timeout, in milliseconds, to wait for the data if necessary (default of 0)

maxPackets
uint32

The maximum number of packets to return. If this is 0 (default), all packets will be returned.

Exceptions
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/BaseStationAnalogPair-h-Summary.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/BaseStationAnalogPair-h-Summary.js deleted file mode 100644 index 405a12c5c..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/BaseStationAnalogPair-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/BaseStationAnalogPair.h","BaseStationAnalogPair.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/BaseStationAnalogPair.h",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"]],[[4334,0,0,"BaseStationAnalogPair","BaseStationAnalogPair"],[4335,0,1,"CHANNEL_NOT_FLOAT","BaseStationAnalogPair.CHANNEL_NOT_FLOAT"],[4336,0,0,"BaseStationAnalogPair","BaseStationAnalogPair(2)"],[4337,0,2,"Float","BaseStationAnalogPair.Float"],[4338,0,2,"NonFloat","BaseStationAnalogPair.NonFloat"],[4339,0,2,"nodeAddress","BaseStationAnalogPair.nodeAddress"],[4340,0,2,"nodeAddress","BaseStationAnalogPair.nodeAddress(2)"],[4341,0,2,"nodeChannel","BaseStationAnalogPair.nodeChannel"],[4342,0,2,"nodeChannel","BaseStationAnalogPair.nodeChannel(2)"],[4343,0,2,"floatData","BaseStationAnalogPair.floatData"],[4344,0,2,"floatData","BaseStationAnalogPair.floatData(2)"],[4345,0,2,"outputVal_0V","BaseStationAnalogPair.outputVal_0V"],[4346,0,2,"outputVal_0V","BaseStationAnalogPair.outputVal_0V(2)"],[4347,0,2,"outputVal_3V","BaseStationAnalogPair.outputVal_3V"],[4348,0,2,"outputVal_3V","BaseStationAnalogPair.outputVal_3V(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/BaseStationAnalogPair-h-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/BaseStationAnalogPair-h-SummaryToolTips.js deleted file mode 100644 index 49a421ee9..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/BaseStationAnalogPair-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/BaseStationAnalogPair.h",{4334:"
BaseStationAnalogPair
Represents an Analog Pairing on a BaseStation.
",4335:"
A (NaN) value representing that the paired node channel is not transmitting float point values.  The outputVal_0V and outputVal_3V values should be set to this value if not being paired to a channel transmitting floats.
",4336:"
BaseStationAnalogPair
Creates a default constructed BaseStationAnalogPair object.
",4337:"
static BaseStationAnalogPair Float(
uint16 nodeAddress,
uint8 nodeChannel,
float output_0V,
float output_3V
)
Creates a BaseStationAnalogPair object to be paired to WirelessNode\'s channel that is transmitting floating point values.
",4338:"
static BaseStationAnalogPair NonFloat(
uint16 nodeAddress,
uint8 nodeChannel
)
Creates a BaseStationAnalogPair object to be paired to WirelessNode\'s channel that is NOT transmitting floating point values.
",4339:"
uint16 nodeAddress() const
Gets the node address to be paired with that is currently set in this object.
",4340:"
void nodeAddress(
uint16 address
)
Sets the node address of the WirelessNode to be paired with.
",4341:"
uint8 nodeChannel() const
Gets the node\'s channel to be paired with that is currently set in this object.
",4342:"
void nodeChannel(
uint8 channelNumber
)
Sets the node\'s channel of the WirelessNode to be paired with.
",4343:"
bool expectFloatData() const
Checks whether floating point data is expected in this object.
",4344:"
void expectFloatData(
bool enable
)
Sets whether floating point data is expected or not.  Note: If enabling, this will set outputVal_0V to 0 and outputVal_3V to 65535. You should update these values accordingly.  Note: If disabling, this will set outputVal_0V and outputVal_3V to CHANNEL_NOT_FLOAT.
",4345:"
float outputVal_0V() const
Gets the output value that represents 0 Volts that is currently set in this object.
",4346:"
void outputVal_0V(
float value
)
Sets the output value that represents 0 Volts.  Note: Setting this to a NaN (CHANNEL_NOT_FLOAT) disables the float expectation and sets outputVal_3V to CHANNEL_NOT_FLOAT as well.  Note: If outputVal_3V is set to CHANNEL_NOT_FLOAT when this is called with a real value, outputVal_3V will be updated to (value + 1.0).
",4347:"
float outputVal_3V() const
Gets the output value that represents 3 Volts that is currently set in this object.
",4348:"
void outputVal_3V(
float value
)
Sets the output value that represents 3 Volts.  Note: Setting this to a NaN (CHANNEL_NOT_FLOAT) disables the float expectation and sets outputVal_0V to CHANNEL_NOT_FLOAT as well.  Note: If outputVal_0V is set to CHANNEL_NOT_FLOAT when this is called with a real value, outputVal_0V will be updated to (value - 1.0).
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/BaseStationAnalogPair-h-ToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/BaseStationAnalogPair-h-ToolTips.js deleted file mode 100644 index 47d8b1df1..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/BaseStationAnalogPair-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({4334:"
BaseStationAnalogPair
Represents an Analog Pairing on a BaseStation.
",4335:"
A (NaN) value representing that the paired node channel is not transmitting float point values.  The outputVal_0V and outputVal_3V values should be set to this value if not being paired to a channel transmitting floats.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/BaseStationAnalogPair-h.html b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/BaseStationAnalogPair-h.html deleted file mode 100644 index 8ff837cef..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/BaseStationAnalogPair-h.html +++ /dev/null @@ -1,100 +0,0 @@ - - -BaseStationAnalogPair.h - - - - - - - -
-
BaseStationAnalogPair
-
BaseStationAnalogPair
-

Represents an Analog Pairing on a BaseStation.

-
- -
-
CHANNEL_NOT_FLOAT
-

A (NaN) value representing that the paired node channel is not transmitting float point values.  The outputVal_0V and outputVal_3V values should be set to this value if not being paired to a channel transmitting floats.

-
- -
-
BaseStationAnalogPair
-
BaseStationAnalogPair
-

Creates a default constructed BaseStationAnalogPair object.

-
- -
-
Float
-
static BaseStationAnalogPair Float(
uint16 nodeAddress,
uint8 nodeChannel,
float output_0V,
float output_3V
)
-

Creates a BaseStationAnalogPair object to be paired to WirelessNode's channel that is transmitting floating point values.

Parameters
nodeAddress
uint16

The node address to pair to.

nodeChannel
uint8

The node's channel number to pair to.

output_0V
float

The floating point value that represents 0 volt output.

output_3V
float

The floating point value that represents 3 volt output.

Returns

A BaseStationAnalogPair object created with the specified parameters.

-
- -
-
NonFloat
-
static BaseStationAnalogPair NonFloat(
uint16 nodeAddress,
uint8 nodeChannel
)
-

Creates a BaseStationAnalogPair object to be paired to WirelessNode's channel that is NOT transmitting floating point values.

Parameters
nodeAddress
uint16

The node address to pair to.

nodeChannel
uint8

The node's channel number to pair to.

Returns

A BaseStationAnalogPair object created with the specified parameters.

-
- -
-
nodeAddress
-
uint16 nodeAddress() const
-

Gets the node address to be paired with that is currently set in this object.

Returns

The node address to be paired with that is currently set in this object.

-
- -
-
nodeAddress
-
void nodeAddress(
uint16 address
)
-

Sets the node address of the WirelessNode to be paired with.

Parameters
address
uint16

The node address to be paired with.

-
- -
-
nodeChannel
-
uint8 nodeChannel() const
-

Gets the node's channel to be paired with that is currently set in this object.

Returns

The node's channel to be paired with that is currently set in this object.

-
- -
-
nodeChannel
-
void nodeChannel(
uint8 channelNumber
)
-

Sets the node's channel of the WirelessNode to be paired with.

Parameters
channelNumber
uint8

The node's channel number (ch1 = 1, ch8 = 8) to be paired with.

-
- -
-
floatData
-
bool expectFloatData() const
-

Checks whether floating point data is expected in this object.

Returns

True if floating point data is expected, false if it is not.

-
- -
-
floatData
-
void expectFloatData(
bool enable
)
-

Sets whether floating point data is expected or not.  Note: If enabling, this will set outputVal_0V to 0 and outputVal_3V to 65535. You should update these values accordingly.  Note: If disabling, this will set outputVal_0V and outputVal_3V to CHANNEL_NOT_FLOAT.

Parameters
enable
bool

Whether to enable or disable the expectation for floating point data.

-
- -
-
outputVal_0V
-
float outputVal_0V() const
-

Gets the output value that represents 0 Volts that is currently set in this object.

Returns

The output value that represents 0 Volts.

-
- -
-
outputVal_0V
-
void outputVal_0V(
float value
)
-

Sets the output value that represents 0 Volts.  Note: Setting this to a NaN (CHANNEL_NOT_FLOAT) disables the float expectation and sets outputVal_3V to CHANNEL_NOT_FLOAT as well.  Note: If outputVal_3V is set to CHANNEL_NOT_FLOAT when this is called with a real value, outputVal_3V will be updated to (value + 1.0).

Parameters
value
float

The output value to represent 0 Volts.

-
- -
-
outputVal_3V
-
float outputVal_3V() const
-

Gets the output value that represents 3 Volts that is currently set in this object.

Returns

The output value that represents 3 Volts.

-
- -
-
outputVal_3V
-
void outputVal_3V(
float value
)
-

Sets the output value that represents 3 Volts.  Note: Setting this to a NaN (CHANNEL_NOT_FLOAT) disables the float expectation and sets outputVal_0V to CHANNEL_NOT_FLOAT as well.  Note: If outputVal_0V is set to CHANNEL_NOT_FLOAT when this is called with a real value, outputVal_0V will be updated to (value - 1.0).

Parameters
value
float

The output value to represent 3 Volts.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/BaseStationButton-h-Summary.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/BaseStationButton-h-Summary.js deleted file mode 100644 index d33a0ed94..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/BaseStationButton-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/BaseStationButton.h","BaseStationButton.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/BaseStationButton.h",[["C/C++","C"]],[["Classes","Class"],["Enums","Enumeration"],["Functions","Function"]],[[4317,0,0,"BaseStationButton","BaseStationButton"],[4318,0,1,"Command","BaseStationButton.Command"],[4319,0,1,,"BaseStationButton.btn_nodeSleep"],[4320,0,1,,"BaseStationButton.btn_nodeStop"],[4321,0,1,,"BaseStationButton.btn_enableBeacon"],[4322,0,1,,"BaseStationButton.btn_disableBeacon"],[4323,0,1,,"BaseStationButton.btn_nodeNonSyncSampling"],[4324,0,1,,"BaseStationButton.btn_nodeSyncSampling"],[4325,0,1,,"BaseStationButton.btn_nodeArmedDatalogging"],[4326,0,1,,"BaseStationButton.btn_cyclePower"],[4327,0,1,,"BaseStationButton.btn_disabled"],[4328,0,0,"BaseStationButton","BaseStationButton(2)"],[4329,0,0,"BaseStationButton","BaseStationButton(3)"],[4330,0,2,"command","BaseStationButton.command"],[4331,0,2,"command","BaseStationButton.command(2)"],[4332,0,2,"nodeAddress","BaseStationButton.nodeAddress"],[4333,0,2,"nodeAddress","BaseStationButton.nodeAddress(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/BaseStationButton-h-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/BaseStationButton-h-SummaryToolTips.js deleted file mode 100644 index fe65e1be5..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/BaseStationButton-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/BaseStationButton.h",{4317:"
BaseStationButton
Represents a single button on a BaseStation
",4318:"
Represents the types of commands that a BaseStationButton can perform.
",4328:"
BaseStationButton
Creates a default constructed BaseStationButton object.
",4329:"
BaseStationButton
Creates a BaseStationButton object.
",4330:"
BaseStationButton::Command command() const
Gets the Command that is currently set in this object.
",4331:"
void command(
Command cmd
)
Sets the Command of this BaseStationButton object.
",4332:"
uint16 nodeAddress() const
Gets the node address that the button\'s command targets that is currently set in this object.  This is ignored if the command doesn\'t pertain to a node.  Note: To target all nodes on the frequency, set the node address to 65535.
",4333:"
void nodeAddress(
uint16 address
)
Sets the node address to target from the button\'s command.  This is ignored if the command doesn\'t pertain to a node.  Note: To target all nodes on the frequency, set the node address to 65535.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/BaseStationButton-h-ToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/BaseStationButton-h-ToolTips.js deleted file mode 100644 index 15dabbb4b..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/BaseStationButton-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({4317:"
BaseStationButton
Represents a single button on a BaseStation
",4318:"
Represents the types of commands that a BaseStationButton can perform.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/BaseStationButton-h.html b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/BaseStationButton-h.html deleted file mode 100644 index bde3e0550..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/BaseStationButton-h.html +++ /dev/null @@ -1,58 +0,0 @@ - - -BaseStationButton.h - - - - - - - -
-
BaseStationButton
-
BaseStationButton
-

Represents a single button on a BaseStation

-
- -
-
Command
-

Represents the types of commands that a BaseStationButton can perform.

btn_nodeSleep

0  - Puts a Node into sleep mode.

btn_nodeStop

1 - Puts a Node into idle mode by stopping/waking it.

btn_enableBeacon

2 - Enables the Beacon on the BaseStation

btn_disableBeacon

3 - Disable the Beacon on the BaseStation

btn_nodeNonSyncSampling

4 - Starts a Node sampling in Non-Synchronized mode.

btn_nodeSyncSampling

5 - Starts a Node sampling in Synchronized mode.

btn_nodeArmedDatalogging

6 - Starts a Node sampling in Armed Datalogging mode.

btn_cyclePower

7 - Cycles the power on the BaseStation.

btn_disabled

65535 - Disables the button functionality.

-
- -
-
BaseStationButton
-
BaseStationButton
-

Creates a default constructed BaseStationButton object.

-
- -
-
BaseStationButton
-
BaseStationButton
-

Creates a BaseStationButton object.

Parameters
cmd
Command

The BaseStationButton::Command to set.

nodeAddress
uint16

The node address to target from the button's command, if applicable (defaults to 0, no node).

-
- -
-
command
- -

Gets the Command that is currently set in this object.

Returns

A BaseStationButton::Command that is currently set in this object.

-
- -
-
command
-
void command(
Command cmd
)
-

Sets the Command of this BaseStationButton object.

Parameters
cmd
Command

The BaseStationButton::Command to set.

-
- -
-
nodeAddress
-
uint16 nodeAddress() const
-

Gets the node address that the button's command targets that is currently set in this object.  This is ignored if the command doesn't pertain to a node.  Note: To target all nodes on the frequency, set the node address to 65535.

Returns

The node address that the button's command targets.

-
- -
-
nodeAddress
-
void nodeAddress(
uint16 address
)
-

Sets the node address to target from the button's command.  This is ignored if the command doesn't pertain to a node.  Note: To target all nodes on the frequency, set the node address to 65535.

Parameters
address
uint16

The node address to target from the button's command.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/BaseStationInfo-h-Summary.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/BaseStationInfo-h-Summary.js deleted file mode 100644 index 3dd5580cb..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/BaseStationInfo-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/BaseStationInfo.h","BaseStationInfo.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/BaseStationInfo.h",[["C/C++","C"]],[["Functions","Function"],["Structs","Struct"]],[[4315,0,1,"BaseStationInfo","BaseStationInfo"],[4316,0,0,"BaseStationInfo","BaseStationInfo.BaseStationInfo"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/BaseStationInfo-h-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/BaseStationInfo-h-SummaryToolTips.js deleted file mode 100644 index eb7325660..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/BaseStationInfo-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/BaseStationInfo.h",{4315:"
Holds information about a BaseStation.
",4316:"
BaseStationInfo(
Version fw,
WirelessModels::BaseModel model,
WirelessTypes::RegionCode region,
const Version &asppVer_lxrs,
const Version &asppVer_lxrsPlus
)
Creates a BaseStationInfo object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/BaseStationInfo-h-ToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/BaseStationInfo-h-ToolTips.js deleted file mode 100644 index f3be3caad..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/BaseStationInfo-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3250:"
The model numbers for each of the Wireless Base Stations
",4402:"
BaseStation
Represents a MicroStrain Base Station object
",4493:"
Version
Class that represents, and provides helper functions for, a Version number
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/BaseStationInfo-h.html b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/BaseStationInfo-h.html deleted file mode 100644 index ec28cd38e..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/BaseStationInfo-h.html +++ /dev/null @@ -1,22 +0,0 @@ - - -BaseStationInfo.h - - - - - - - -
-
BaseStationInfo
-

Holds information about a BaseStation.

-
- -
-
BaseStationInfo
-
BaseStationInfo(
Version fw,
WirelessModels::BaseModel model,
WirelessTypes::RegionCode region,
const Version &asppVer_lxrs,
const Version &asppVer_lxrsPlus
)
-

Creates a BaseStationInfo object.

Parameters
fw
Version

The firmware Version of the BaseStation.

model
WirelessModels::BaseModel

The WirelessModels::BaseModel of the BaseStation.

region
WirelessTypes::RegionCode

The <WirelessTypes::RegionCode> of the BaseStation.

asppVer_lxrs
const Version&

The ASPP Version for the LXRS protocol.

asppVer_lxrsPlus
const Version&

The ASPP Version for the LXRS+ protocol.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/CalCoefficients-h-Summary.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/CalCoefficients-h-Summary.js deleted file mode 100644 index 92c3ee9ef..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/CalCoefficients-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/CalCoefficients.h","CalCoefficients.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/CalCoefficients.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Types","Type"]],[[4308,0,0,"CalCoefficients","CalCoefficients"],[4309,0,1,"CalCoefficients","CalCoefficients.CalCoefficients"],[4310,0,1,"CalCoefficients","CalCoefficients.CalCoefficients(2)"],[4311,0,1,"equationType","CalCoefficients.equationType"],[4312,0,1,"unit","CalCoefficients.unit"],[4313,0,1,"linearEquation","CalCoefficients.linearEquation"],[4314,0,2,"ChannelCalMap","CalCoefficients.ChannelCalMap"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/CalCoefficients-h-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/CalCoefficients-h-SummaryToolTips.js deleted file mode 100644 index 3608a0aa1..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/CalCoefficients-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/CalCoefficients.h",{4308:"
CalCoefficients
Represents calibration coefficients that can be applied to a Wireless Node.
",4309:"
CalCoefficients()
Creates a default constructed CalCoefficients object.
",4310:"
CalCoefficients(
WirelessTypes::CalCoef_EquationType eqType,
WirelessTypes::CalCoef_Unit unit,
const LinearEquation &linearEq
)
Creates a CalCoefficients object.
",4311:"
WirelessTypes::CalCoef_EquationType equationType() const
Gets the WirelessTypes::CalCoef_EquationType of the Cal Coefficients.
",4312:"
WirelessTypes::CalCoef_Unit unit() const
Gets the WirelessTypes::CalCoef_Unit of the Cal Coefficients.
",4313:"
const LinearEquation& linearEquation() const
Gets the LinearEquation of the Cal Coefficients.
",4314:"
A typedef for a map of WirelessChannel::ChannelIds to CalCoefficients.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/CalCoefficients-h-ToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/CalCoefficients-h-ToolTips.js deleted file mode 100644 index f560e1805..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/CalCoefficients-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3345:"
Represents the equation types that can be used for calibration coefficients on Wireless Nodes.
",3348:"
Represents the unit types that can be used for calibration coefficients on Wireless Nodes.
",4309:"
CalCoefficients()
Creates a default constructed CalCoefficients object.
",4462:"
LinearEquation
Represents a linear equation (y = mx + b).
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/CalCoefficients-h.html b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/CalCoefficients-h.html deleted file mode 100644 index 771b41029..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/CalCoefficients-h.html +++ /dev/null @@ -1,52 +0,0 @@ - - -CalCoefficients.h - - - - - - - -
-
CalCoefficients
-
CalCoefficients
-

Represents calibration coefficients that can be applied to a Wireless Node.

-
- -
-
CalCoefficients
-
CalCoefficients()
-

Creates a default constructed CalCoefficients object.

-
- -
-
CalCoefficients
-
CalCoefficients(
WirelessTypes::CalCoef_EquationType eqType,
WirelessTypes::CalCoef_Unit unit,
const LinearEquation &linearEq
)
-

Creates a CalCoefficients object.

Parameters
eqType
WirelessTypes::CalCoef_EquationType

The WirelessTypes::CalCoef_EquationType of the Cal Coefficients.

unit
WirelessTypes::CalCoef_Unit

The WirelessTypes::CalCoef_Unit of the Cal Coefficients.

linearEq
const LinearEquation&

The LinearEquation of the Cal Coefficients.

-
- -
-
equationType
- -

Gets the WirelessTypes::CalCoef_EquationType of the Cal Coefficients.

-
- -
-
unit
- -

Gets the WirelessTypes::CalCoef_Unit of the Cal Coefficients.

-
- -
-
linearEquation
-
const LinearEquation& linearEquation() const
-

Gets the LinearEquation of the Cal Coefficients.

-
- -
-
ChannelCalMap
-

A typedef for a map of WirelessChannel::ChannelIds to CalCoefficients.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/ChannelMask-h-Summary.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/ChannelMask-h-Summary.js deleted file mode 100644 index 15cebea67..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/ChannelMask-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/ChannelMask.h","ChannelMask.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/ChannelMask.h",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Operators","Operator"]],[[4281,0,0,"ChannelMask","ChannelMask"],[4282,0,1,"MAX_CHANNELS = 16","ChannelMask.MAX_CHANNELS=16"],[4283,0,2,"ChannelMask","ChannelMask.ChannelMask"],[4284,0,2,"ChannelMask","ChannelMask.ChannelMask(2)"],[4285,0,3,"==","ChannelMask.=="],[4286,0,3,"!=","ChannelMask.!="],[4287,0,3,"<","ChannelMask.<"],[4288,0,3,">","ChannelMask.>"],[4289,0,2,"fromMask","ChannelMask.fromMask"],[4290,0,2,"toMask","ChannelMask.toMask"],[4291,0,2,"count","ChannelMask.count"],[4292,0,2,"enabled","ChannelMask.enabled"],[4293,0,2,"enable","ChannelMask.enable"],[4294,0,2,"lastChEnabled","ChannelMask.lastChEnabled"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/ChannelMask-h-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/ChannelMask-h-SummaryToolTips.js deleted file mode 100644 index f2cc7a600..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/ChannelMask-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/ChannelMask.h",{4281:"
ChannelMask
Represents the channel mask (active and inactive channels) for a WirelessNode.
",4282:"
The maximum number of channels currently available on any WirelessNode
",4283:"
explicit ChannelMask(
uint16 channelMask
)
Creates an ChannelMask object given a channel mask that was stored on a WirelessNode
",4284:"
ChannelMask()
The default constructor for creating an ChannelMask object, which sets all the channels to inactive
",4285:"
Equal operator for comparing ChannelMasks.
",4286:"
Not Equal operator for comparing ChannelMasks.
",4287:"
Less Than operator for comparing ChannelMasks.
",4288:"
Greater Than operator for comparing ChannelMasks.
",4289:"
void fromMask(
uint16 channelMask
)
Initializes the ChannelMask object from a channel mask
",4290:"
uint16 toMask() const
Gets the channel mask value of the current ChannelMask object
",4291:"
uint8 count() const
Gets the total number of active channels in the current ChannelMask object
",4292:"
bool enabled(
uint8 channel
) const
Checks whether a certain channel is enabled or disabled
",4293:"
void enable(
uint8 channel,
bool enable = true
)
Enables or disables a specified channel
",4294:"
uint8 lastChEnabled() const
Finds the last channel (highest channel number) that is enabled in the mask.  This is useful when looping over the ChannelMask object and performing an action on all enabled channels.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/ChannelMask-h-ToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/ChannelMask-h-ToolTips.js deleted file mode 100644 index 59992a148..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/ChannelMask-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/ChannelMask-h.html b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/ChannelMask-h.html deleted file mode 100644 index 1b3b33828..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/ChannelMask-h.html +++ /dev/null @@ -1,90 +0,0 @@ - - -ChannelMask.h - - - - - - - -
-
ChannelMask
-
ChannelMask
-

Represents the channel mask (active and inactive channels) for a WirelessNode.

-
- -
-
MAX_CHANNELS = 16
-

The maximum number of channels currently available on any WirelessNode

-
- -
-
ChannelMask
-
explicit ChannelMask(
uint16 channelMask
)
-

Creates an ChannelMask object given a channel mask that was stored on a WirelessNode

Parameters
channelMask
uint16

A channel mask value from a WirelessNode representing the active and inactive channels

-
- -
-
ChannelMask
-
ChannelMask()
-

The default constructor for creating an ChannelMask object, which sets all the channels to inactive

-
- -
-
==
-

Equal operator for comparing ChannelMasks.

-
- -
-
!=
-

Not Equal operator for comparing ChannelMasks.

-
- -
-
<
-

Less Than operator for comparing ChannelMasks.

-
- -
-
>
-

Greater Than operator for comparing ChannelMasks.

-
- -
-
fromMask
-
void fromMask(
uint16 channelMask
)
-

Initializes the ChannelMask object from a channel mask

Parameters
channelMask
uint16

A channel mask value from a WirelessNode representing the active and inactive channels

-
- -
-
toMask
-
uint16 toMask() const
-

Gets the channel mask value of the current ChannelMask object

Returns

The ChannelMask object represented as a channel mask

-
- -
-
count
-
uint8 count() const
-

Gets the total number of active channels in the current ChannelMask object

Returns

The total number of active channels

-
- -
-
enabled
-
bool enabled(
uint8 channel
) const
-

Checks whether a certain channel is enabled or disabled

Parameters
channel
uint8

The channel to check if enabled or disabled, based on index 1 (channel1 = 1, channel8 = 8)

Returns

true if the channel is enabled, false if the channel is disabled

-
- -
-
enable
-
void enable(
uint8 channel,
bool enable = true
)
-

Enables or disables a specified channel

Parameters
channel
uint8

The channel to enable or disable, based on index 1 (channel1 = 1, channel8 = 8)

enable
bool

Set to true to enable the channel, false to disable the channel

-
- -
-
lastChEnabled
-
uint8 lastChEnabled() const
-

Finds the last channel (highest channel number) that is enabled in the mask.  This is useful when looping over the ChannelMask object and performing an action on all enabled channels.

Returns

The channel number (ch1 = 1, ch16 = 16) of the last channel enabled. 0 if no channels are enabled.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Commands/AutoBalanceResult-h-Summary.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Commands/AutoBalanceResult-h-Summary.js deleted file mode 100644 index 2e1d5c023..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Commands/AutoBalanceResult-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Commands/AutoBalanceResult.h","AutoBalanceResult.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Commands/AutoBalanceResult.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"]],[[2730,0,0,"AutoBalanceResult","AutoBalanceResult"],[2731,0,1,"errorCode","AutoBalanceResult.errorCode"],[2732,0,1,"percentAchieved","AutoBalanceResult.percentAchieved"],[2733,0,1,"hardwareOffset","AutoBalanceResult.hardwareOffset"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Commands/AutoBalanceResult-h-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Commands/AutoBalanceResult-h-SummaryToolTips.js deleted file mode 100644 index 7960d5253..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Commands/AutoBalanceResult-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Commands/AutoBalanceResult.h",{2730:"
AutoBalanceResult
Represents the result from an AutoBalance command.
",2731:"
WirelessTypes::AutoBalanceErrorFlag errorCode() const
Gets the WirelessTypes::AutoBalanceErrorFlag from the response.
",2732:"
float percentAchieved() const
Gets the percentage that the channel was balanced to from the response.
",2733:"
uint16 hardwareOffset() const
Get the new hardware offset from the response.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Commands/AutoBalanceResult-h-ToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Commands/AutoBalanceResult-h-ToolTips.js deleted file mode 100644 index 5eea6b373..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Commands/AutoBalanceResult-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3596:"
The possible completion flags for the AutoBalance Wireless Node function.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Commands/AutoBalanceResult-h.html b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Commands/AutoBalanceResult-h.html deleted file mode 100644 index ead41f5a4..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Commands/AutoBalanceResult-h.html +++ /dev/null @@ -1,35 +0,0 @@ - - -AutoBalanceResult.h - - - - - - - -
-
AutoBalanceResult
-
AutoBalanceResult
-

Represents the result from an AutoBalance command.

-
- -
-
errorCode
- -

Gets the WirelessTypes::AutoBalanceErrorFlag from the response.

Returns

The WirelessTypes::AutoBalanceErrorFlag from the autobalance response.

-
- -
-
percentAchieved
-
float percentAchieved() const
-

Gets the percentage that the channel was balanced to from the response.

Returns

The the percentage that the channel was balanced to.

-
- -
-
hardwareOffset
-
uint16 hardwareOffset() const
-

Get the new hardware offset from the response.

Returns

The new hardware offset value after the autobalance.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Commands/AutoCalInfo-h-Summary.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Commands/AutoCalInfo-h-Summary.js deleted file mode 100644 index 660c18f07..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Commands/AutoCalInfo-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Commands/AutoCalInfo.h","AutoCalInfo.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Commands/AutoCalInfo.h",[["C/C++","C"]],[["Functions","Function"],["Structs","Struct"],["Variables","Variable"]],[[2689,0,1,"ShuntCalCmdInfo","ShuntCalCmdInfo"],[2690,0,2,"useInternalShunt","ShuntCalCmdInfo.useInternalShunt"],[2691,0,2,"numActiveGauges","ShuntCalCmdInfo.numActiveGauges"],[2692,0,2,"gaugeResistance","ShuntCalCmdInfo.gaugeResistance"],[2693,0,2,"shuntResistance","ShuntCalCmdInfo.shuntResistance"],[2694,0,2,"gaugeFactor","ShuntCalCmdInfo.gaugeFactor"],[2695,0,2,"inputRange","ShuntCalCmdInfo.inputRange"],[2696,0,2,"hardwareOffset","ShuntCalCmdInfo.hardwareOffset"],[2697,0,2,"excitationVoltage;","ShuntCalCmdInfo.excitationVoltage_"],[2698,0,0,"ShuntCalCmdInfo","ShuntCalCmdInfo.ShuntCalCmdInfo"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Commands/AutoCalInfo-h-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Commands/AutoCalInfo-h-SummaryToolTips.js deleted file mode 100644 index 774f193a3..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Commands/AutoCalInfo-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Commands/AutoCalInfo.h",{2689:"
Contains data for the shunt AutoCal command.
",2690:"
bool useInternalShunt
Whether the Shunt Cal should use an internal shunt (true), or external shunt (false).  When using an internal shunt, the process will usually take under 1 second to complete.  When using an external shunt, the process will take about 30 seconds and involves the node being sampled without the shunt applied, followed by an LED change indicating to apply the shunt.  Please see the product documentation for more information.
",2691:"
uint8 numActiveGauges
The number of active gauges for the Shunt Cal command.
",2692:"
uint16 gaugeResistance
The gauge resistance for the Shunt Cal command.
",2693:"
uint32 shuntResistance
The shunt resistance for the Shunt Cal command.
",2694:"
float gaugeFactor
The gauge factor for the Shunt Cal command.
",2695:"
WirelessTypes::InputRange inputRange
The WirelessTypes::InputRange to use when performing the Shunt Cal command.
",2696:"
uint16 hardwareOffset
The hardware offset to use when performing the Shunt Cal command.
",2697:"
The excitation voltage of the Node when performing the Shunt Cal command.  Note: This will only be used if the Node supports excitation voltage configuration (see NodeFeatures::supportsExcitationVoltageConfig).
",2698:"
ShuntCalCmdInfo(): useInternalShunt(true), numActiveGauges(0), gaugeResistance(0), shuntResistance(0), gaugeFactor(0.0f), inputRange(WirelessTypes::range_1mV), hardwareOffset(0), excitationVoltage(WirelessTypes::voltage_1500mV)
Creates a default constructed ShuntCalCmdInfo object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Commands/AutoCalInfo-h-ToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Commands/AutoCalInfo-h-ToolTips.js deleted file mode 100644 index 1168db927..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Commands/AutoCalInfo-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3092:"
virtual bool supportsExcitationVoltageConfig() const
Checks if the Node supports configuration of its Excitation Voltage.
",3676:"
The options available for input range on supported Nodes.
",3844:"
1500 - 1.5V
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Commands/AutoCalInfo-h.html b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Commands/AutoCalInfo-h.html deleted file mode 100644 index 49ce09bda..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Commands/AutoCalInfo-h.html +++ /dev/null @@ -1,69 +0,0 @@ - - -AutoCalInfo.h - - - - - - - -
-
ShuntCalCmdInfo
-

Contains data for the shunt AutoCal command.

-
- -
-
useInternalShunt
-
bool useInternalShunt
-

Whether the Shunt Cal should use an internal shunt (true), or external shunt (false).  When using an internal shunt, the process will usually take under 1 second to complete.  When using an external shunt, the process will take about 30 seconds and involves the node being sampled without the shunt applied, followed by an LED change indicating to apply the shunt.  Please see the product documentation for more information.

-
- -
-
numActiveGauges
-
uint8 numActiveGauges
-

The number of active gauges for the Shunt Cal command.

-
- -
-
gaugeResistance
-
uint16 gaugeResistance
-

The gauge resistance for the Shunt Cal command.

-
- -
-
shuntResistance
-
uint32 shuntResistance
-

The shunt resistance for the Shunt Cal command.

-
- -
-
gaugeFactor
-
float gaugeFactor
-

The gauge factor for the Shunt Cal command.

-
- -
-
inputRange
- -

The WirelessTypes::InputRange to use when performing the Shunt Cal command.

-
- -
-
hardwareOffset
-
uint16 hardwareOffset
-

The hardware offset to use when performing the Shunt Cal command.

-
- -
-
excitationVoltage;
-

The excitation voltage of the Node when performing the Shunt Cal command.  Note: This will only be used if the Node supports excitation voltage configuration (see NodeFeatures::supportsExcitationVoltageConfig).

-
- -
-
ShuntCalCmdInfo
-
ShuntCalCmdInfo(): useInternalShunt(true), numActiveGauges(0), gaugeResistance(0), shuntResistance(0), gaugeFactor(0.0f), inputRange(WirelessTypes::range_1mV), hardwareOffset(0), excitationVoltage(WirelessTypes::voltage_1500mV)
-

Creates a default constructed ShuntCalCmdInfo object.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Commands/AutoCalResult-h-Summary.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Commands/AutoCalResult-h-Summary.js deleted file mode 100644 index 272ed5e76..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Commands/AutoCalResult-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Commands/AutoCalResult.h","AutoCalResult.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Commands/AutoCalResult.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"]],[[2699,0,0,"AutoCalResult","AutoCalResult"],[2700,0,1,"completionFlag","AutoCalResult.completionFlag"],[2701,0,0,"AutoCalResult_shmLink","AutoCalResult_shmLink"],[2702,0,1,"errorFlagCh1","AutoCalResult_shmLink.errorFlagCh1"],[2703,0,1,"errorFlagCh2","AutoCalResult_shmLink.errorFlagCh2"],[2704,0,1,"errorFlagCh3","AutoCalResult_shmLink.errorFlagCh3"],[2705,0,1,"offsetCh1","AutoCalResult_shmLink.offsetCh1"],[2706,0,1,"offsetCh2","AutoCalResult_shmLink.offsetCh2"],[2707,0,1,"offsetCh3","AutoCalResult_shmLink.offsetCh3"],[2708,0,1,"temperature","AutoCalResult_shmLink.temperature"],[2709,0,0,"AutoCalResult_shmLink201","AutoCalResult_shmLink201"],[2710,0,1,"errorFlagCh1","AutoCalResult_shmLink201.errorFlagCh1"],[2711,0,1,"errorFlagCh2","AutoCalResult_shmLink201.errorFlagCh2"],[2712,0,1,"errorFlagCh3","AutoCalResult_shmLink201.errorFlagCh3"],[2713,0,1,"slopeCh1","AutoCalResult_shmLink201.slopeCh1"],[2714,0,1,"offsetCh1","AutoCalResult_shmLink201.offsetCh1"],[2715,0,1,"slopeCh2","AutoCalResult_shmLink201.slopeCh2"],[2716,0,1,"offsetCh2","AutoCalResult_shmLink201.offsetCh2"],[2717,0,1,"slopeCh3","AutoCalResult_shmLink201.slopeCh3"],[2718,0,1,"offsetCh3","AutoCalResult_shmLink201.offsetCh3"],[2719,0,1,"temperature","AutoCalResult_shmLink201.temperature"],[2720,0,0,"AutoShuntCalResult","AutoShuntCalResult"],[2721,0,1,"errorFlag","AutoShuntCalResult.errorFlag"],[2722,0,1,"slope","AutoShuntCalResult.slope"],[2723,0,1,"offset","AutoShuntCalResult.offset"],[2724,0,1,"baseMedian","AutoShuntCalResult.baseMedian"],[2725,0,1,"baseMin","AutoShuntCalResult.baseMin"],[2726,0,1,"baseMax","AutoShuntCalResult.baseMax"],[2727,0,1,"shuntMedian","AutoShuntCalResult.shuntMedian"],[2728,0,1,"shuntMin","AutoShuntCalResult.shuntMin"],[2729,0,1,"shuntMax","AutoShuntCalResult.shuntMax"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Commands/AutoCalResult-h-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Commands/AutoCalResult-h-SummaryToolTips.js deleted file mode 100644 index 10f379de2..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Commands/AutoCalResult-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Commands/AutoCalResult.h",{2699:"
AutoCalResult
Abstract base class for AutoCal result classes.
",2700:"
WirelessTypes::AutoCalCompletionFlag completionFlag() const
Gets the WirelessTypes::AutoCalCompletionFlag of the AutoCal operation result.
",2701:"
AutoCalResult_shmLink
Holds the result information from an autoCal_shmLink command.
",2702:"
WirelessTypes::AutoCalErrorFlag errorFlagCh1() const
Gets the WirelessTypes::AutoCalErrorFlag for the channel 1 strain sensor.
",2703:"
WirelessTypes::AutoCalErrorFlag errorFlagCh2() const
Gets the WirelessTypes::AutoCalErrorFlag for the channel 2 strain sensor.
",2704:"
WirelessTypes::AutoCalErrorFlag errorFlagCh3() const
Gets the WirelessTypes::AutoCalErrorFlag for the channel 3 strain sensor.
",2705:"
float offsetCh1() const
Gets the offset applied for the channel 1 strain sensor.
",2706:"
float offsetCh2() const
Gets the offset applied for the channel 2 strain sensor.
",2707:"
float offsetCh3() const
Gets the offset applied for the channel 3 strain sensor.
",2708:"
float temperature() const
Gets the temperature (in ?C) at the time of the calibration.
",2709:"
AutoCalResult_shmLink201
Holds the result information from an autoCal_shmLink201 command.
",2710:"
WirelessTypes::AutoCalErrorFlag errorFlagCh1() const
Gets the WirelessTypes::AutoCalErrorFlag for the channel 1 strain sensor.
",2711:"
WirelessTypes::AutoCalErrorFlag errorFlagCh2() const
Gets the WirelessTypes::AutoCalErrorFlag for the channel 2 strain sensor.
",2712:"
WirelessTypes::AutoCalErrorFlag errorFlagCh3() const
Gets the WirelessTypes::AutoCalErrorFlag for the channel 3 strain sensor.
",2713:"
float slopeCh1() const
Gets the slope applied for channel 1.
",2714:"
float offsetCh1() const
Gets the offset applied for channel 1.
",2715:"
float slopeCh2() const
Gets the slope applied for channel 2.
",2716:"
float offsetCh2() const
Gets the offset applied for channel 2.
",2717:"
float slopeCh3() const
Gets the slope applied for channel 3.
",2718:"
float offsetCh3() const
Gets the offset applied for channel 3.
",2719:"
float temperature() const
Gets the temperature (in ?C) at the time of the calibration.
",2720:"
AutoShuntCalResult
Holds the result information from an autoCal_shunt command.
",2721:"
WirelessTypes::AutoCalErrorFlag errorFlag() const
Gets the WirelessTypes::AutoCalErrorFlag for the shunt calibration.
",2722:"
float slope() const
Gets the slope result of the shunt calibration.  Note: This value was not applied to the Node. You will need to manually apply if desired.
",2723:"
float offset() const
Gets the offset result of the shunt calibration.  Note: This value was not applied to the Node. You will need to manually apply if desired.
",2724:"
float baseMedian() const
Gets the median of the baseline data sampled during the shunt calibration.
",2725:"
float baseMin() const
Gets the minimum of the baseline data sampled during the shunt calibration.
",2726:"
float baseMax() const
Gets the maximum of the baseline data sampled during the shunt calibration.
",2727:"
float shuntMedian() const
Gets the median of the shunted data sampled during the shunt calibration.
",2728:"
float shuntMin() const
Gets the minimum of the shunted data sampled during the shunt calibration.
",2729:"
float shuntMax() const
Gets the maximum of the shunted data sampled during the shunt calibration.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Commands/AutoCalResult-h-ToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Commands/AutoCalResult-h-ToolTips.js deleted file mode 100644 index 4fb38bb2d..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Commands/AutoCalResult-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2699:"
AutoCalResult
Abstract base class for AutoCal result classes.
",3605:"
The possible completion flags for the AutoCal Wireless Node function.
",3610:"
The possible error flags for the various AutoCal Wireless Node functions.
",2701:"
AutoCalResult_shmLink
Holds the result information from an autoCal_shmLink command.
",2709:"
AutoCalResult_shmLink201
Holds the result information from an autoCal_shmLink201 command.
",2720:"
AutoShuntCalResult
Holds the result information from an autoCal_shunt command.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Commands/AutoCalResult-h.html b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Commands/AutoCalResult-h.html deleted file mode 100644 index 96a1050f7..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Commands/AutoCalResult-h.html +++ /dev/null @@ -1,197 +0,0 @@ - - -AutoCalResult.h - - - - - - - -
-
AutoCalResult
- -

Abstract base class for AutoCal result classes.

-
- -
-
completionFlag
- -

Gets the WirelessTypes::AutoCalCompletionFlag of the AutoCal operation result.

-
- -
-
AutoCalResult_shmLink
-
public
AutoCalResult
AutoCalResult_shmLink
-

Holds the result information from an autoCal_shmLink command.

-
- -
-
errorFlagCh1
-
WirelessTypes::AutoCalErrorFlag errorFlagCh1() const
-

Gets the WirelessTypes::AutoCalErrorFlag for the channel 1 strain sensor.

-
- -
-
errorFlagCh2
-
WirelessTypes::AutoCalErrorFlag errorFlagCh2() const
-

Gets the WirelessTypes::AutoCalErrorFlag for the channel 2 strain sensor.

-
- -
-
errorFlagCh3
-
WirelessTypes::AutoCalErrorFlag errorFlagCh3() const
-

Gets the WirelessTypes::AutoCalErrorFlag for the channel 3 strain sensor.

-
- -
-
offsetCh1
-
float offsetCh1() const
-

Gets the offset applied for the channel 1 strain sensor.

-
- -
-
offsetCh2
-
float offsetCh2() const
-

Gets the offset applied for the channel 2 strain sensor.

-
- -
-
offsetCh3
-
float offsetCh3() const
-

Gets the offset applied for the channel 3 strain sensor.

-
- -
-
temperature
-
float temperature() const
-

Gets the temperature (in ?C) at the time of the calibration.

-
- -
-
AutoCalResult_shmLink201
-
public
AutoCalResult
AutoCalResult_shmLink201
-

Holds the result information from an autoCal_shmLink201 command.

-
- -
-
errorFlagCh1
-
WirelessTypes::AutoCalErrorFlag errorFlagCh1() const
-

Gets the WirelessTypes::AutoCalErrorFlag for the channel 1 strain sensor.

-
- -
-
errorFlagCh2
-
WirelessTypes::AutoCalErrorFlag errorFlagCh2() const
-

Gets the WirelessTypes::AutoCalErrorFlag for the channel 2 strain sensor.

-
- -
-
errorFlagCh3
-
WirelessTypes::AutoCalErrorFlag errorFlagCh3() const
-

Gets the WirelessTypes::AutoCalErrorFlag for the channel 3 strain sensor.

-
- -
-
slopeCh1
-
float slopeCh1() const
-

Gets the slope applied for channel 1.

-
- -
-
offsetCh1
-
float offsetCh1() const
-

Gets the offset applied for channel 1.

-
- -
-
slopeCh2
-
float slopeCh2() const
-

Gets the slope applied for channel 2.

-
- -
-
offsetCh2
-
float offsetCh2() const
-

Gets the offset applied for channel 2.

-
- -
-
slopeCh3
-
float slopeCh3() const
-

Gets the slope applied for channel 3.

-
- -
-
offsetCh3
-
float offsetCh3() const
-

Gets the offset applied for channel 3.

-
- -
-
temperature
-
float temperature() const
-

Gets the temperature (in ?C) at the time of the calibration.

-
- -
-
AutoShuntCalResult
-
public
AutoCalResult
AutoShuntCalResult
-

Holds the result information from an autoCal_shunt command.

-
- -
-
errorFlag
- -

Gets the WirelessTypes::AutoCalErrorFlag for the shunt calibration.

-
- -
-
slope
-
float slope() const
-

Gets the slope result of the shunt calibration.  Note: This value was not applied to the Node. You will need to manually apply if desired.

-
- -
-
offset
-
float offset() const
-

Gets the offset result of the shunt calibration.  Note: This value was not applied to the Node. You will need to manually apply if desired.

-
- -
-
baseMedian
-
float baseMedian() const
-

Gets the median of the baseline data sampled during the shunt calibration.

-
- -
-
baseMin
-
float baseMin() const
-

Gets the minimum of the baseline data sampled during the shunt calibration.

-
- -
-
baseMax
-
float baseMax() const
-

Gets the maximum of the baseline data sampled during the shunt calibration.

-
- -
-
shuntMedian
-
float shuntMedian() const
-

Gets the median of the shunted data sampled during the shunt calibration.

-
- -
-
shuntMin
-
float shuntMin() const
-

Gets the minimum of the shunted data sampled during the shunt calibration.

-
- -
-
shuntMax
-
float shuntMax() const
-

Gets the maximum of the shunted data sampled during the shunt calibration.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Commands/BeaconStatus-h-Summary.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Commands/BeaconStatus-h-Summary.js deleted file mode 100644 index 5b665583a..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Commands/BeaconStatus-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Commands/BeaconStatus.h","BeaconStatus.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Commands/BeaconStatus.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"]],[[2686,0,0,"BeaconStatus","BeaconStatus"],[2687,0,1,"enabled","BeaconStatus.enabled"],[2688,0,1,"timestamp;","BeaconStatus.timestamp_"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Commands/BeaconStatus-h-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Commands/BeaconStatus-h-SummaryToolTips.js deleted file mode 100644 index ccfd2ed7b..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Commands/BeaconStatus-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Commands/BeaconStatus.h",{2686:"
BeaconStatus
Represents the status of a BaseStation beacon.  See also BaseStation::beaconStatus.
",2687:"
bool enabled()
Gets whether the beacon is enabled (true) or disabled (false).
",2688:"
Gets the current Timestamp of the beacon.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Commands/BeaconStatus-h-ToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Commands/BeaconStatus-h-ToolTips.js deleted file mode 100644 index 8fce26679..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Commands/BeaconStatus-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({4439:"
BeaconStatus beaconStatus()
Gets the BeaconStatus of the beacon on the base station.
",4554:"
Timestamp
Represents a date/time object
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Commands/BeaconStatus-h.html b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Commands/BeaconStatus-h.html deleted file mode 100644 index 30d032a9f..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Commands/BeaconStatus-h.html +++ /dev/null @@ -1,28 +0,0 @@ - - -BeaconStatus.h - - - - - - - -
-
BeaconStatus
-
BeaconStatus
-

Represents the status of a BaseStation beacon.  See also BaseStation::beaconStatus.

-
- -
-
enabled
-
bool enabled()
-

Gets whether the beacon is enabled (true) or disabled (false).

-
- -
-
timestamp;
-

Gets the current Timestamp of the beacon.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Commands/PingResponse-h-Summary.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Commands/PingResponse-h-Summary.js deleted file mode 100644 index 56a6b65f2..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Commands/PingResponse-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Commands/PingResponse.h","PingResponse.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Commands/PingResponse.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"]],[[2682,0,0,"PingResponse","PingResponse"],[2683,0,1,"success","PingResponse.success"],[2684,0,1,"nodeRssi","PingResponse.nodeRssi"],[2685,0,1,"baseRssi","PingResponse.baseRssi"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Commands/PingResponse-h-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Commands/PingResponse-h-SummaryToolTips.js deleted file mode 100644 index 24a695f9c..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Commands/PingResponse-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Commands/PingResponse.h",{2682:"
PingResponse
Represents the response to a Long Ping Node command
",2683:"
bool success() const
Gets whether or not the Long Ping command was a success (the node responded).
",2684:"
int16 nodeRssi() const
Gets the node RSSI that was returned with the response (if success() returns true).  This is the signal strength at which the Node received the BaseStation\'s command packet.
",2685:"
int16 baseRssi() const
Gets the base station RSSI that was returned with the response (if success() returns true).  This is the signal strength at which the BaseStation received the Nodes\'s response packet.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Commands/PingResponse-h-ToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Commands/PingResponse-h-ToolTips.js deleted file mode 100644 index 59992a148..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Commands/PingResponse-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Commands/PingResponse-h.html b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Commands/PingResponse-h.html deleted file mode 100644 index e24bf0ae9..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Commands/PingResponse-h.html +++ /dev/null @@ -1,35 +0,0 @@ - - -PingResponse.h - - - - - - - -
-
PingResponse
-
PingResponse
-

Represents the response to a Long Ping Node command

-
- -
-
success
-
bool success() const
-

Gets whether or not the Long Ping command was a success (the node responded).

Returns

true if the Long Ping command was a success, false otherwise.

-
- -
-
nodeRssi
-
int16 nodeRssi() const
-

Gets the node RSSI that was returned with the response (if success() returns true).  This is the signal strength at which the Node received the BaseStation's command packet.

Returns

The node RSSI that was returned with the response

-
- -
-
baseRssi
-
int16 baseRssi() const
-

Gets the base station RSSI that was returned with the response (if success() returns true).  This is the signal strength at which the BaseStation received the Nodes's response packet.

Returns

The base station RSSI that was returned with the response.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Commands/SetToIdleStatus-h-Summary.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Commands/SetToIdleStatus-h-Summary.js deleted file mode 100644 index cfea53913..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Commands/SetToIdleStatus-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Commands/SetToIdleStatus.h","SetToIdleStatus.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Commands/SetToIdleStatus.h",[["C/C++","C"]],[["Classes","Class"],["Enums","Enumeration"],["Functions","Function"]],[[2258,0,0,"SetToIdleStatus","SetToIdleStatus"],[2259,0,1,"SetToIdleResult","SetToIdleStatus.SetToIdleResult"],[2260,0,1,,"SetToIdleStatus.setToIdleResult_success"],[2261,0,1,,"SetToIdleStatus.setToIdleResult_canceled"],[2262,0,1,,"SetToIdleStatus.setToIdleResult_failed"],[2263,0,1,,"SetToIdleStatus.setToIdleResult_notCompleted"],[2264,0,2,"result","SetToIdleStatus.result"],[2265,0,2,"complete","SetToIdleStatus.complete"],[2266,0,2,"cancel","SetToIdleStatus.cancel"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Commands/SetToIdleStatus-h-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Commands/SetToIdleStatus-h-SummaryToolTips.js deleted file mode 100644 index 6d81ff6e4..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Commands/SetToIdleStatus-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Commands/SetToIdleStatus.h",{2258:"
SetToIdleStatus
Holds the status information of the Set to Idle command.
",2259:"
The result of the Set To Idle command once the operation has ceased.
",2264:"
SetToIdleResult result()
Gets the SetToIdleResult representing the result of the Stop Node command (success, fail, canceled, etc.).  After complete is true, this should be called to discover how the command completed.
",2265:"
bool complete(
uint64 timeout = 10
)
Gets whether the Stop Node command has completed or not, waiting for the specified amount of time before returning.
",2266:"
void cancel()
Cancels the Stop Node operation that this SetToIdleResult belongs to.  If the Stop Node operation has already been completed/canceled, this will have no effect.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Commands/SetToIdleStatus-h-ToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Commands/SetToIdleStatus-h-ToolTips.js deleted file mode 100644 index 26524c9b0..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Commands/SetToIdleStatus-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2259:"
The result of the Set To Idle command once the operation has ceased.
",2265:"
bool complete(
uint64 timeout = 10
)
Gets whether the Stop Node command has completed or not, waiting for the specified amount of time before returning.
",4632:"
Error_Connection
The generic connection exception.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Commands/SetToIdleStatus-h.html b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Commands/SetToIdleStatus-h.html deleted file mode 100644 index 558662659..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Commands/SetToIdleStatus-h.html +++ /dev/null @@ -1,40 +0,0 @@ - - -SetToIdleStatus.h - - - - - - - -
-
SetToIdleStatus
-
SetToIdleStatus
-

Holds the status information of the Set to Idle command.

-
- -
-
SetToIdleResult
-

The result of the Set To Idle command once the operation has ceased.

setToIdleResult_success

0 - The Node has been successfully set to idle.

setToIdleResult_canceled

1 - The Set to Idle operation has been canceled by the user.

setToIdleResult_failed

2 - The Set to Idle operation has failed. The state of the Node is unknown.

setToIdleResult_notCompleted

3 - The Set to Idle operation has not yet completed.

-
- -
-
result
- -

Gets the SetToIdleResult representing the result of the Stop Node command (success, fail, canceled, etc.).  After complete is true, this should be called to discover how the command completed.

Returns

A SetToIdleResult representing the result of the Stop Node command.

-
- -
-
complete
-
bool complete(
uint64 timeout = 10
)
-

Gets whether the Stop Node command has completed or not, waiting for the specified amount of time before returning.

Parameters
timeout
uint64

A timeout (in milliseconds) which determines how long the command may take to return (default of 10 milliseconds).  For example, called with a timeout of 1 second, this function will block for up to 1 second if the Stop Node command has not completed.

Returns

true if the Stop Node command has finished, false if it is still running.

-
- -
-
cancel
-
void cancel()
-

Cancels the Stop Node operation that this SetToIdleResult belongs to.  If the Stop Node operation has already been completed/canceled, this will have no effect.

Exceptions
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/ActivitySense-h-Summary.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/ActivitySense-h-Summary.js deleted file mode 100644 index 7fe8030da..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/ActivitySense-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Configuration/ActivitySense.h","ActivitySense.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Configuration/ActivitySense.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"]],[[2971,0,0,"ActivitySense","ActivitySense"],[2972,0,1,"enabled","ActivitySense.enabled"],[2973,0,1,"enabled","ActivitySense.enabled(2)"],[2974,0,1,"activityThreshold","ActivitySense.activityThreshold"],[2975,0,1,"activityThreshold","ActivitySense.activityThreshold(2)"],[2976,0,1,"inactivityThreshold","ActivitySense.inactivityThreshold"],[2977,0,1,"inactivityThreshold","ActivitySense.inactivityThreshold(2)"],[2978,0,1,"activityTime","ActivitySense.activityTime"],[2979,0,1,"activityTime","ActivitySense.activityTime(2)"],[2980,0,1,"inactivityTimeout","ActivitySense.inactivityTimeout"],[2981,0,1,"inactivityTimeout","ActivitySense.inactivityTimeout(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/ActivitySense-h-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/ActivitySense-h-SummaryToolTips.js deleted file mode 100644 index 051ef5746..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/ActivitySense-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Configuration/ActivitySense.h",{2971:"
ActivitySense
Contains all of the ActivitySense options that can be configured for a WirelessNode.  Activity Sense is a power saving feature that allows a Node to be in a low-power state when no activity is suspected, and then immediately jump to its normal sampling state when a certain activity threshold is reached.
",2972:"
bool enabled() const
Gets whether Activity Sense is enabled or disabled in this options object.
",2973:"
void enabled(
bool enable
)
Sets whether Activity Sense is enabled or disabled in this options object.
",2974:"
float activityThreshold() const
Gets the current activity threshold value in this options object.  This is the threshold the channel must exceed, for activityTime seconds to begin sampling.
",2975:"
void activityThreshold(
float threshold
)
Sets the activity threshold value in this options object.  This is the threshold the channel must exceed, for activityTime seconds to begin sampling.
",2976:"
float inactivityThreshold() const
Gets the current inactivity threshold value in this options object.  This is the threshold the channel must drop below, for inactivityTimeout seconds to begin sampling.
",2977:"
void inactivityThreshold(
float threshold
)
Sets the inactivity threshold value in this options object.  This is the threshold the channel must drop below, for inactivityTimeout seconds to begin sampling.
",2978:"
float activityTime() const
Gets the amount of time that activity must be seen above activityThreshold before the Node enters its sampling mode, currently set in this options object.
",2979:"
void activityTime(
float time
)
Sets the amount of time that activity must be seen above activityThreshold before the Node enters its sampling mode, in this options object.
",2980:"
float inactivityTimeout() const
Gets the current amount of time that the Activity Sense mode runs without a value over the activityThreshold before it goes back into a low power mode, in this options object.
",2981:"
void inactivityTimeout(
float timeout
)
Sets the current amount of time that the Activity Sense mode runs without a value over the activityThreshold before it goes back into a low power mode, in this options object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/ActivitySense-h-ToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/ActivitySense-h-ToolTips.js deleted file mode 100644 index c9d89bf2d..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/ActivitySense-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2974:"
float activityThreshold() const
Gets the current activity threshold value in this options object.  This is the threshold the channel must exceed, for activityTime seconds to begin sampling.
",2978:"
float activityTime() const
Gets the amount of time that activity must be seen above activityThreshold before the Node enters its sampling mode, currently set in this options object.
",2980:"
float inactivityTimeout() const
Gets the current amount of time that the Activity Sense mode runs without a value over the activityThreshold before it goes back into a low power mode, in this options object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/ActivitySense-h.html b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/ActivitySense-h.html deleted file mode 100644 index 5dda5cc97..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/ActivitySense-h.html +++ /dev/null @@ -1,77 +0,0 @@ - - -ActivitySense.h - - - - - - - -
-
ActivitySense
-
ActivitySense
-

Contains all of the ActivitySense options that can be configured for a WirelessNode.  Activity Sense is a power saving feature that allows a Node to be in a low-power state when no activity is suspected, and then immediately jump to its normal sampling state when a certain activity threshold is reached.

-
- -
-
enabled
-
bool enabled() const
-

Gets whether Activity Sense is enabled or disabled in this options object.

Returns

true if Activity Sense is enabled in this options object, false if it is disabled.

-
- -
-
enabled
-
void enabled(
bool enable
)
-

Sets whether Activity Sense is enabled or disabled in this options object.

Parameters
enable
bool

Whether to enable (true) or disable (false) Activity Sense mode in this options object.

-
- -
-
activityThreshold
-
float activityThreshold() const
-

Gets the current activity threshold value in this options object.  This is the threshold the channel must exceed, for activityTime seconds to begin sampling.

Returns

The activity threshold value (in G's) set in this options object.

-
- -
-
activityThreshold
-
void activityThreshold(
float threshold
)
-

Sets the activity threshold value in this options object.  This is the threshold the channel must exceed, for activityTime seconds to begin sampling.

Parameters
threshold
float

The activity threshold value (in G's) to set in this options object.

-
- -
-
inactivityThreshold
-
float inactivityThreshold() const
-

Gets the current inactivity threshold value in this options object.  This is the threshold the channel must drop below, for inactivityTimeout seconds to begin sampling.

Returns

The inactivity threshold value (in G's) set in this options object.

-
- -
-
inactivityThreshold
-
void inactivityThreshold(
float threshold
)
-

Sets the inactivity threshold value in this options object.  This is the threshold the channel must drop below, for inactivityTimeout seconds to begin sampling.

Parameters
threshold
float

The inactivity threshold value (in G's) to set in this options object.

-
- -
-
activityTime
-
float activityTime() const
-

Gets the amount of time that activity must be seen above activityThreshold before the Node enters its sampling mode, currently set in this options object.

Returns

The activity time value set in this options object.

-
- -
-
activityTime
-
void activityTime(
float time
)
-

Sets the amount of time that activity must be seen above activityThreshold before the Node enters its sampling mode, in this options object.

Parameters
time
float

The activity time value to set in this options object.

-
- -
-
inactivityTimeout
-
float inactivityTimeout() const
-

Gets the current amount of time that the Activity Sense mode runs without a value over the activityThreshold before it goes back into a low power mode, in this options object.

Returns

The inactivity timeout value set in this options object.

-
- -
-
inactivityTimeout
-
void inactivityTimeout(
float timeout
)
-

Sets the current amount of time that the Activity Sense mode runs without a value over the activityThreshold before it goes back into a low power mode, in this options object.

Parameters
timeout
float

The inactivity timeout value to set in this options object.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/BaseStationConfig-h-Summary.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/BaseStationConfig-h-Summary.js deleted file mode 100644 index 2396a43fa..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/BaseStationConfig-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Configuration/BaseStationConfig.h","BaseStationConfig.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Configuration/BaseStationConfig.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"]],[[2982,0,0,"BaseStationConfig","BaseStationConfig"],[2983,0,1,"BaseStationConfig","BaseStationConfig.BaseStationConfig"],[2984,0,1,"transmitPower","BaseStationConfig.transmitPower"],[2985,0,1,"transmitPower","BaseStationConfig.transmitPower(2)"],[2986,0,1,"communicationProtocol","BaseStationConfig.communicationProtocol"],[2987,0,1,"communicationProtocol","BaseStationConfig.communicationProtocol(2)"],[2988,0,1,"buttonLongPress","BaseStationConfig.buttonLongPress"],[2989,0,1,"buttonLongPress","BaseStationConfig.buttonLongPress(2)"],[2990,0,1,"buttonShortPress","BaseStationConfig.buttonShortPress"],[2991,0,1,"buttonShortPress","BaseStationConfig.buttonShortPress(2)"],[2992,0,1,"analogPairingEnable","BaseStationConfig.analogPairingEnable"],[2993,0,1,"analogPairingEnable","BaseStationConfig.analogPairingEnable(2)"],[2994,0,1,"analogTimeoutTime","BaseStationConfig.analogTimeoutTime"],[2995,0,1,"analogTimeoutTime","BaseStationConfig.analogTimeoutTime(2)"],[2996,0,1,"analogTimeoutVoltage","BaseStationConfig.analogTimeoutVoltage"],[2997,0,1,"analogTimeoutVoltage","BaseStationConfig.analogTimeoutVoltage(2)"],[2998,0,1,"analogExceedanceEnable","BaseStationConfig.analogExceedanceEnable"],[2999,0,1,"analogExceedanceEnable","BaseStationConfig.analogExceedanceEnable(2)"],[3000,0,1,"analogPairing","BaseStationConfig.analogPairing"],[3001,0,1,"buttonLongPress","BaseStationConfig.buttonLongPress(3)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/BaseStationConfig-h-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/BaseStationConfig-h-SummaryToolTips.js deleted file mode 100644 index 6ba0af4b6..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/BaseStationConfig-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Configuration/BaseStationConfig.h",{2982:"
BaseStationConfig
Class used for setting the configuration of BaseStations.  Set all the configuration values that you want to change, then verify and apply them to a BaseStation.
",2983:"
BaseStationConfig()
Creates a blank BaseStationConfig.
",2984:"
WirelessTypes::TransmitPower transmitPower() const
Gets the WirelessTypes::TransmitPower value in the Config, if set.
",2985:"
void transmitPower(
WirelessTypes::TransmitPower power
)
Sets the WirelessTypes::TransmitPower value in the Config.
",2986:"
WirelessTypes::CommProtocol communicationProtocol() const
Gets the WirelessTypes::CommProtocol value in the Config, if set.
",2987:"
void communicationProtocol(
WirelessTypes::CommProtocol commProtocol
)
Sets the WirelessTypes::CommProtocol value in the Config.
",2988:"
BaseStationButton buttonLongPress(
uint8 buttonNumber
) const
Gets the BaseStationButton value in the Config for performing a long press on a specific button, if set.
",2989:"
void buttonLongPress(
uint8 buttonNumber,
const BaseStationButton &button
)
Sets the BaseStationButton value in the Config for performing a short press on a specific button.
",2990:"
BaseStationButton buttonShortPress(
uint8 buttonNumber
) const
Gets the BaseStationButton value in the Config for performing a short press on a specific button, if set.
",2991:"
void buttonShortPress(
uint8 buttonNumber,
const BaseStationButton &button
)
Sets the BaseStationButton value in the Config for performing a long press on a specific button.
",2992:"
bool analogPairingEnable() const
Gets the Analog Pairing Enabled value in the Config, if set.
",2993:"
void analogPairingEnable(
bool enable
)
Sets the Analog Pairing Enabled value in the Config.  This controls whether all of the other analog pairing settings have any affect.
",2994:"
uint16 analogTimeoutTime() const
Gets the Analog Timeout Time value (in seconds) in the Config, if set.  If this is 0, Analog Timeout is disabled.
",2995:"
void analogTimeoutTime(
uint16 seconds
)
Sets the Analog Timeout Time value (in seconds) in the Config.  If this is 0, Analog Timeout is disabled.
",2996:"
float analogTimeoutVoltage() const
Gets the Analog Timeout Voltage in the Config, if set.
",2997:"
void analogTimeoutVoltage(
float voltage
)
Sets the Analog Timeout Voltage in the Config.  If this is 0, Analog Timeout is disabled.
",2998:"
bool analogExceedanceEnable()
Gets the Analog Exceedance Enabled value in the Config, if set.
",2999:"
void analogExceedanceEnable(
bool enable
)
Sets the Analog Exceedance Enabled value in the Config.
",3000:"
BaseStationAnalogPair analogPairing(
uint8 portNumber
) const
Gets the BaseStationAnalogPair value in the Config for the specified port number, if set.
",3001:"
Sets the BaseStationAnalogPair value in the Config for the specified port number.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/BaseStationConfig-h-ToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/BaseStationConfig-h-ToolTips.js deleted file mode 100644 index 459c79efb..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/BaseStationConfig-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3325:"
Represents the transmit powers that can be used for Wireless Devices.
",3832:"
Available Communication Protocol types.
",4317:"
BaseStationButton
Represents a single button on a BaseStation
",4334:"
BaseStationAnalogPair
Represents an Analog Pairing on a BaseStation.
",4447:"
void applyConfig(
const BaseStationConfig &config
)
Applies a BaseStationConfig to the Node.  Note: This applies all options that have been set in the BaseStationConfig.  Before applying, the options will be validated. It is recommended that you perform this validation yourself first by using verifyConfig.
",4617:"
Error_NoData
There is no data available to be accessed
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/BaseStationConfig-h.html b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/BaseStationConfig-h.html deleted file mode 100644 index bc69d8115..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/BaseStationConfig-h.html +++ /dev/null @@ -1,130 +0,0 @@ - - -BaseStationConfig.h - - - - - - - -
-
BaseStationConfig
-
BaseStationConfig
-

Class used for setting the configuration of BaseStations.  Set all the configuration values that you want to change, then verify and apply them to a BaseStation.

See also: BaseStation::applyConfig

-
- -
-
BaseStationConfig
-
BaseStationConfig()
-

Creates a blank BaseStationConfig.

-
- -
-
transmitPower
-
WirelessTypes::TransmitPower transmitPower() const
-

Gets the WirelessTypes::TransmitPower value in the Config, if set.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
transmitPower
-
void transmitPower(
WirelessTypes::TransmitPower power
)
-

Sets the WirelessTypes::TransmitPower value in the Config.

-
- -
-
communicationProtocol
-
WirelessTypes::CommProtocol communicationProtocol() const
-

Gets the WirelessTypes::CommProtocol value in the Config, if set.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
communicationProtocol
-
void communicationProtocol(
WirelessTypes::CommProtocol commProtocol
)
-

Sets the WirelessTypes::CommProtocol value in the Config.

-
- -
-
buttonLongPress
-
BaseStationButton buttonLongPress(
uint8 buttonNumber
) const
-

Gets the BaseStationButton value in the Config for performing a long press on a specific button, if set.

Parameters
buttonNumber
uint8

The button number (1 = button 1) to get the value for.

Exceptions
Error_NoData

The requested button number for long press has not been set.

-
- -
-
buttonLongPress
-
void buttonLongPress(
uint8 buttonNumber,
const BaseStationButton &button
)
-

Sets the BaseStationButton value in the Config for performing a short press on a specific button.

Parameters
buttonNumber
uint8

The button number (1 = button 1) to set.

button
const BaseStationButton&

The BaseStationButton to set.

-
- -
-
buttonShortPress
-
BaseStationButton buttonShortPress(
uint8 buttonNumber
) const
-

Gets the BaseStationButton value in the Config for performing a short press on a specific button, if set.

Parameters
buttonNumber
uint8

The button number (1 = button 1) to get the value for.

Exceptions
Error_NoData

The requested button number for short press has not been set.

-
- -
-
buttonShortPress
-
void buttonShortPress(
uint8 buttonNumber,
const BaseStationButton &button
)
-

Sets the BaseStationButton value in the Config for performing a long press on a specific button.

Parameters
buttonNumber
uint8

The button number (1 = button 1) to set.

button
const BaseStationButton&

The BaseStationButton to set.

-
- -
-
analogPairingEnable
-
bool analogPairingEnable() const
-

Gets the Analog Pairing Enabled value in the Config, if set.

Exceptions
Error_NoData

The requested button number for short press has not been set.

-
- -
-
analogPairingEnable
-
void analogPairingEnable(
bool enable
)
-

Sets the Analog Pairing Enabled value in the Config.  This controls whether all of the other analog pairing settings have any affect.

Parameters
enable
bool

Whether to enable or disable analog pairing in the Config.

-
- -
-
analogTimeoutTime
-
uint16 analogTimeoutTime() const
-

Gets the Analog Timeout Time value (in seconds) in the Config, if set.  If this is 0, Analog Timeout is disabled.

Exceptions
Error_NoData

The requested button number for short press has not been set.

-
- -
-
analogTimeoutTime
-
void analogTimeoutTime(
uint16 seconds
)
-

Sets the Analog Timeout Time value (in seconds) in the Config.  If this is 0, Analog Timeout is disabled.

Parameters
seconds
uint16

The analog timeout time in seconds to set.

-
- -
-
analogTimeoutVoltage
-
float analogTimeoutVoltage() const
-

Gets the Analog Timeout Voltage in the Config, if set.

Exceptions
Error_NoData

The requested button number for short press has not been set.

-
- -
-
analogTimeoutVoltage
-
void analogTimeoutVoltage(
float voltage
)
-

Sets the Analog Timeout Voltage in the Config.  If this is 0, Analog Timeout is disabled.

Parameters
voltage
float

The voltage to set.

-
- -
-
analogExceedanceEnable
-
bool analogExceedanceEnable()
-

Gets the Analog Exceedance Enabled value in the Config, if set.

Exceptions
Error_NoData

The requested button number for short press has not been set.

-
- -
-
analogExceedanceEnable
-
void analogExceedanceEnable(
bool enable
)
-

Sets the Analog Exceedance Enabled value in the Config.

Parameters
enable
bool

Whether to enable or disable analog exceedance in the Config.

-
- -
-
analogPairing
-
BaseStationAnalogPair analogPairing(
uint8 portNumber
) const
-

Gets the BaseStationAnalogPair value in the Config for the specified port number, if set.

Parameters
portNumber
uint8

The port number (1 = port 1) to get the pairing for.

Exceptions
Error_NoData

The requested port number has not been set.

-
- -
-
buttonLongPress
-

Sets the BaseStationAnalogPair value in the Config for the specified port number.

Parameters
portNumber

The port number (1 = port 1) to set.

pair

The BaseStationAnalogPair to set.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/ConfigIssue-h-Summary.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/ConfigIssue-h-Summary.js deleted file mode 100644 index e162ea9f9..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/ConfigIssue-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Configuration/ConfigIssue.h","ConfigIssue.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Configuration/ConfigIssue.h",[["C/C++","C"]],[["Classes","Class"],["Enums","Enumeration"],["Functions","Function"],["Types","Type"]],[[2905,0,0,"ConfigIssue","ConfigIssue"],[2906,0,1,"ConfigOption","ConfigIssue.ConfigOption"],[2907,0,1,,"ConfigIssue.CONFIG_SAMPLING_MODE"],[2908,0,1,,"ConfigIssue.CONFIG_ACTIVE_CHANNELS"],[2909,0,1,,"ConfigIssue.CONFIG_SAMPLE_RATE"],[2910,0,1,,"ConfigIssue.CONFIG_SWEEPS"],[2911,0,1,,"ConfigIssue.CONFIG_UNLIMITED_DURATION"],[2912,0,1,,"ConfigIssue.CONFIG_DATA_FORMAT"],[2913,0,1,,"ConfigIssue.CONFIG_DATA_COLLECTION_METHOD"],[2914,0,1,,"ConfigIssue.CONFIG_TIME_BETWEEN_BURSTS"],[2915,0,1,,"ConfigIssue.CONFIG_THERMOCOUPLE_TYPE"],[2916,0,1,,"ConfigIssue.CONFIG_FILTER_SETTLING_TIME"],[2917,0,1,,"ConfigIssue.CONFIG_BUTTON"],[2918,0,1,,"ConfigIssue.CONFIG_ANALOG_PAIR"],[2919,0,1,,"ConfigIssue.CONFIG_INPUT_RANGE"],[2920,0,1,,"ConfigIssue.CONFIG_INACTIVITY_TIMEOUT"],[2921,0,1,,"ConfigIssue.CONFIG_CHECK_RADIO_INTERVAL"],[2922,0,1,,"ConfigIssue.CONFIG_LOST_BEACON_TIMEOUT"],[2923,0,1,,"ConfigIssue.CONFIG_DEFAULT_MODE"],[2924,0,1,,"ConfigIssue.CONFIG_TRANSMIT_POWER"],[2925,0,1,,"ConfigIssue.CONFIG_LINEAR_EQUATION"],[2926,0,1,,"ConfigIssue.CONFIG_FATIGUE"],[2927,0,1,,"ConfigIssue.CONFIG_FATIGUE_MODE"],[2928,0,1,,"ConfigIssue.CONFIG_FATIGUE_ANGLE_ID"],[2929,0,1,,"ConfigIssue.CONFIG_FATIGUE_SN_CURVE"],[2930,0,1,,"ConfigIssue.CONFIG_FATIGUE_DIST_NUM_ANGLES"],[2931,0,1,,"ConfigIssue.CONFIG_FATIGUE_DIST_ANGLE"],[2932,0,1,,"ConfigIssue.CONFIG_HISTOGRAM"],[2933,0,1,,"ConfigIssue.CONFIG_HISTOGRAM_TX_RATE"],[2934,0,1,,"ConfigIssue.CONFIG_HARDWARE_OFFSET"],[2935,0,1,,"ConfigIssue.CONFIG_ACTIVITY_SENSE"],[2936,0,1,,"ConfigIssue.CONFIG_GAUGE_FACTOR"],[2937,0,1,,"ConfigIssue.CONFIG_EVENT_TRIGGER"],[2938,0,1,,"ConfigIssue.CONFIG_EVENT_TRIGGER_DURATION"],[2939,0,1,,"ConfigIssue.CONFIG_EVENT_TRIGGER_MASK"],[2940,0,1,,"ConfigIssue.CONFIG_DIAGNOSTIC_INTERVAL"],[2941,0,1,,"ConfigIssue.CONFIG_ANTI_ALIASING_FILTER"],[2942,0,1,,"ConfigIssue.CONFIG_STORAGE_LIMIT_MODE"],[2943,0,1,,"ConfigIssue.CONFIG_SENSOR_DELAY"],[2944,0,1,,"ConfigIssue.CONFIG_LOW_PASS_FILTER"],[2945,0,1,,"ConfigIssue.CONFIG_DATA_MODE"],[2946,0,1,,"ConfigIssue.CONFIG_DERIVED_DATA_RATE"],[2947,0,1,,"ConfigIssue.CONFIG_DERIVED_MASK_RMS"],[2948,0,1,,"ConfigIssue.CONFIG_DERIVED_MASK_P2P"],[2949,0,1,,"ConfigIssue.CONFIG_DERIVED_MASK_IPS"],[2950,0,1,,"ConfigIssue.CONFIG_DERIVED_MASK_CREST_FACTOR"],[2951,0,1,,"ConfigIssue.CONFIG_HIGH_PASS_FILTER"],[2952,0,1,,"ConfigIssue.CONFIG_DERIVED_MASK"],[2953,0,1,,"ConfigIssue.CONFIG_COMM_PROTOCOL"],[2954,0,1,,"ConfigIssue.CONFIG_DERIVED_MASK_MEAN"],[2955,0,1,,"ConfigIssue.CONFIG_GAUGE_RESISTANCE"],[2956,0,1,,"ConfigIssue.CONFIG_NUM_ACTIVE_GAUGES"],[2957,0,1,,"ConfigIssue.CONFIG_TEMP_SENSOR_OPTS"],[2958,0,1,,"ConfigIssue.CONFIG_DEBOUNCE_FILTER"],[2959,0,1,,"ConfigIssue.CONFIG_PULLUP_RESISTOR"],[2960,0,1,,"ConfigIssue.CONFIG_EXCITATION_VOLTAGE"],[2961,0,1,,"ConfigIssue.CONFIG_DERIVED_UNIT"],[2962,0,1,,"ConfigIssue.CONFIG_SENSOR_OUTPUT_MODE"],[2963,0,1,,"ConfigIssue.CONFIG_LOW_BATTERY_THRESHOLD"],[2964,0,2,"ConfigIssue","ConfigIssue.ConfigIssue"],[2965,0,2,"ConfigIssue","ConfigIssue.ConfigIssue(2)"],[2966,0,2,"id","ConfigIssue.id"],[2967,0,2,"description","ConfigIssue.description"],[2968,0,2,"isChannelGroupIssue","ConfigIssue.isChannelGroupIssue"],[2969,0,2,"channelMask","ConfigIssue.channelMask"],[2970,0,3,"ConfigIssues","ConfigIssue.ConfigIssues"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/ConfigIssue-h-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/ConfigIssue-h-SummaryToolTips.js deleted file mode 100644 index f64cd2f30..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/ConfigIssue-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Configuration/ConfigIssue.h",{2905:"
ConfigIssue
Holds information on a specific configuration issue.
",2906:"
Configuration Options for Wireless Nodes and BaseStations that can be issues.
",2964:"
ConfigIssue(
ConfigIssue::ConfigOption optionId,
const std::string &description
)
Creates a ConfigIssue object.
",2965:"
ConfigIssue(
ConfigIssue::ConfigOption optionId,
const std::string &description,
const ChannelMask &mask
)
Creates a ConfigIssue object.
",2966:"
ConfigIssue::ConfigOption id() const
Gets the ConfigOption identifying the configuration option for which the issue occurred.
",2967:"
const std::string& description() const
Gets a description of the issue.
",2968:"
bool isChannelGroupIssue() const
Gets whether the issue applies to a channel group (true) or the entire Node (false).
",2969:"
const ChannelMask& channelMask() const
The ChannelMask that the issue applies to, if this issue is a channel group issue.
",2970:"
typedef for a vector of ConfigIssue objects.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/ConfigIssue-h-ToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/ConfigIssue-h-ToolTips.js deleted file mode 100644 index 5734fb0f6..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/ConfigIssue-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2906:"
Configuration Options for Wireless Nodes and BaseStations that can be issues.
",2964:"
ConfigIssue(
ConfigIssue::ConfigOption optionId,
const std::string &description
)
Creates a ConfigIssue object.
",4281:"
ChannelMask
Represents the channel mask (active and inactive channels) for a WirelessNode.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/ConfigIssue-h.html b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/ConfigIssue-h.html deleted file mode 100644 index ccfef7a41..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/ConfigIssue-h.html +++ /dev/null @@ -1,63 +0,0 @@ - - -ConfigIssue.h - - - - - - - -
-
ConfigIssue
-
ConfigIssue
-

Holds information on a specific configuration issue.

-
- -
-
ConfigOption
-

Configuration Options for Wireless Nodes and BaseStations that can be issues.

CONFIG_SAMPLING_MODE

0 - Sampling Mode

CONFIG_ACTIVE_CHANNELS

1 - Active Channels

CONFIG_SAMPLE_RATE

2 - Sample Rate

CONFIG_SWEEPS

3 - Number of Sweeps

CONFIG_UNLIMITED_DURATION

4 - Unlimited Duration

CONFIG_DATA_FORMAT

5 - Data Format

CONFIG_DATA_COLLECTION_METHOD

6 - Data Collection Method

CONFIG_TIME_BETWEEN_BURSTS

7 - Time Between Bursts

CONFIG_THERMOCOUPLE_TYPE

8 - Thermocouple Type

CONFIG_FILTER_SETTLING_TIME

9  - Filter Settling Time

CONFIG_BUTTON

10 - Button configuration (BaseStation)

CONFIG_ANALOG_PAIR

11 - Analog pairing (BaseStation)

CONFIG_INPUT_RANGE

12 - Input Range

CONFIG_INACTIVITY_TIMEOUT

13 - Inactivity Timeout

CONFIG_CHECK_RADIO_INTERVAL

14 - Check Radio Interval

CONFIG_LOST_BEACON_TIMEOUT

15 - Lost Beacon Timeout

CONFIG_DEFAULT_MODE

16 - Default Mode

CONFIG_TRANSMIT_POWER

17 - Transmit Power

CONFIG_LINEAR_EQUATION

18 - Linear Equation

CONFIG_FATIGUE

19 - Fatigue Options

CONFIG_FATIGUE_MODE

20 - Fatigue Options - Fatigue Mode

CONFIG_FATIGUE_ANGLE_ID

21 - Fatigue Options - Angle ID

CONFIG_FATIGUE_SN_CURVE

22 - Fatigue Options - SN Curve Segment

CONFIG_FATIGUE_DIST_NUM_ANGLES

23 - Fatigue Options - Number of Distributed Angles

CONFIG_FATIGUE_DIST_ANGLE

24 - Fatigue Options - Low/Upper Distributed Angle

CONFIG_HISTOGRAM

25 - Histogram Options

CONFIG_HISTOGRAM_TX_RATE

26 - Histogram Transmit Rate

CONFIG_HARDWARE_OFFSET

27 - Hardware Offset

CONFIG_ACTIVITY_SENSE

28 - Activity Sense

CONFIG_GAUGE_FACTOR

29 - Gauge Factor

CONFIG_EVENT_TRIGGER

30 - Event Trigger

CONFIG_EVENT_TRIGGER_DURATION

31 - Event Trigger - Total Duration

CONFIG_EVENT_TRIGGER_MASK

32 - Event Trigger - Trigger Mask

CONFIG_DIAGNOSTIC_INTERVAL

33 - Diagnostic Info Interval

CONFIG_ANTI_ALIASING_FILTER

34 - Anti-Aliasing Filter

CONFIG_STORAGE_LIMIT_MODE

35 - Storage Limit Mode

CONFIG_SENSOR_DELAY

36 - Sensor Delay

CONFIG_LOW_PASS_FILTER

37 - Low Pass Filter

CONFIG_DATA_MODE

38 - Data Mode

CONFIG_DERIVED_DATA_RATE

39 - Derived Data Rate

CONFIG_DERIVED_MASK_RMS

40 - Derived RMS Mask

CONFIG_DERIVED_MASK_P2P

41 - Derived Peak to Peak Mask

CONFIG_DERIVED_MASK_IPS

42 - Derived IPS Mask

CONFIG_DERIVED_MASK_CREST_FACTOR

43 - Derived Crest Factor Mask

CONFIG_HIGH_PASS_FILTER

44 - High Pass Filter

CONFIG_DERIVED_MASK

45 - Derived Mask (all masks issue)

CONFIG_COMM_PROTOCOL

46 - Communication Protocol

CONFIG_DERIVED_MASK_MEAN

47 - Derived Mean Mask

CONFIG_GAUGE_RESISTANCE

48 - Gauge Resistance

CONFIG_NUM_ACTIVE_GAUGES

49 - Number of Active Gauges

CONFIG_TEMP_SENSOR_OPTS

50 - Temp Sensor Options

CONFIG_DEBOUNCE_FILTER

51 - Debounce Filter

CONFIG_PULLUP_RESISTOR

52 - Pull-up Resistor

CONFIG_EXCITATION_VOLTAGE

53 - Excitation Voltage

CONFIG_DERIVED_UNIT

54 - Derived Unit

CONFIG_SENSOR_OUTPUT_MODE

55 - Sensor Output Mode

CONFIG_LOW_BATTERY_THRESHOLD

56 - Low Battery Threshold

-
- -
-
ConfigIssue
-
ConfigIssue(
ConfigIssue::ConfigOption optionId,
const std::string &description
)
-

Creates a ConfigIssue object.

Parameters
optionId
ConfigIssue::ConfigOption

The ConfigOption identifying the configuration option for which the issue occurred.

description
const std::string&

A description of the issue.

-
- -
-
ConfigIssue
-
ConfigIssue(
ConfigIssue::ConfigOption optionId,
const std::string &description,
const ChannelMask &mask
)
-

Creates a ConfigIssue object.

Parameters
optionId
ConfigIssue::ConfigOption

The ConfigOption identifying the configuration option for which the issue occurred.

description
const std::string&

A description of the issue.

mask
const ChannelMask&

The ChannelMask that this issue applies to, if this is a channel group issue.

-
- -
-
id
- -

Gets the ConfigOption identifying the configuration option for which the issue occurred.

Returns

A ConfigOption identifying the configuration option for which the issue occurred.

-
- -
-
description
-
const std::string& description() const
-

Gets a description of the issue.

Returns

A string description of the issue.

-
- -
-
isChannelGroupIssue
-
bool isChannelGroupIssue() const
-

Gets whether the issue applies to a channel group (true) or the entire Node (false).

Returns

true if the issue applies to a channel group, false if the issue is for a global Node setting.

-
- -
-
channelMask
-
const ChannelMask& channelMask() const
-

The ChannelMask that the issue applies to, if this issue is a channel group issue.

Returns

The ChannelMask that the issue applies to. If this issue is for a global Node setting, this will be a default (all disabled) mask.

-
- -
-
ConfigIssues
-

typedef for a vector of ConfigIssue objects.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/EventTriggerOptions-h-Summary.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/EventTriggerOptions-h-Summary.js deleted file mode 100644 index 6559a240b..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/EventTriggerOptions-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Configuration/EventTriggerOptions.h","EventTriggerOptions.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Configuration/EventTriggerOptions.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Types","Type"]],[[2884,0,1,"Trigger","Trigger"],[2885,0,1,"channelNumber","channelNumber"],[2886,0,1,"channelNumber","channelNumber(2)"],[2887,0,1,"triggerType","triggerType"],[2888,0,1,"triggerType","triggerType(2)"],[2889,0,1,"triggerValue","triggerValue"],[2890,0,1,"triggerValue","triggerValue(2)"],[2891,0,2,"Triggers","Triggers"],[2892,0,0,"EventTriggerOptions","EventTriggerOptions"],[2893,0,1,"triggerMask","EventTriggerOptions.triggerMask"],[2894,0,1,"triggerMask","EventTriggerOptions.triggerMask(2)"],[2895,0,1,"anyTriggersEnabled","EventTriggerOptions.anyTriggersEnabled"],[2896,0,1,"triggerEnabled","EventTriggerOptions.triggerEnabled"],[2897,0,1,"enableTrigger","EventTriggerOptions.enableTrigger"],[2898,0,1,"preDuration","EventTriggerOptions.preDuration"],[2899,0,1,"preDuration","EventTriggerOptions.preDuration(2)"],[2900,0,1,"postDuration","EventTriggerOptions.postDuration"],[2901,0,1,"postDuration","EventTriggerOptions.postDuration(2)"],[2902,0,1,"trigger","EventTriggerOptions.trigger"],[2903,0,1,"trigger","EventTriggerOptions.trigger(2)"],[2904,0,1,"triggers","EventTriggerOptions.triggers"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/EventTriggerOptions-h-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/EventTriggerOptions-h-SummaryToolTips.js deleted file mode 100644 index 7e9c747bc..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/EventTriggerOptions-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Configuration/EventTriggerOptions.h",{2884:"
Trigger(
uint8 channelNumber,
WirelessTypes::EventTriggerType triggerType,
float triggerValue
)
Creates a Trigger object with the provided values.
",2885:"
uint8 channelNumber() const
Gets the Wireless Node channel number that the trigger is applied to.
",2886:"
void channelNumber(
uint8 channelNum
)
Sets the Wireless Node channel number for the trigger.
",2887:"
WirelessTypes::EventTriggerType triggerType() const
Gets the WirelessTypes::EventTriggerType currently set.
",2888:"
void triggerType(
WirelessTypes::EventTriggerType type
)
Sets the WirelessTypes::EventTriggerType for the trigger.
",2889:"
float triggerValue() const
Gets the trigger value currently set, in whatever unit the channel is calibrated for.  (Ex. If triggering on channel 1, and channel 1 is calibrated for G\'s, a value of 4 for this triggerValue would be 4 G\'s).
",2890:"
void triggerValue(
float value
)
Sets the trigger value for the trigger, in whatever unit the channel is calibrated for.  (Ex. If triggering on channel 1, and channel 1 is calibrated for G\'s, a value of 4 for this triggerValue would be 4 G\'s).
",2891:"
Typedef for a map of trigger IDs (uint8) to Trigger objects.
",2892:"
EventTriggerOptions
Contains all of the Event Trigger options that can be configured for a WirelessNode.
",2893:"
const BitMask& triggerMask() const
Gets the actual BitMask that represents the active and inactive triggers.
",2894:"
void triggerMask(
const BitMask &mask
)
Sets the BitMask that represents the active and inactive triggers.
",2895:"
bool anyTriggersEnabled() const
Checks if any triggers are enabled.
",2896:"
bool triggerEnabled(
uint8 triggerIndex
) const
Checks if a specific trigger is enabled.
",2897:"
void enableTrigger(
uint8 triggerIndex,
bool enable = true
)
Enables or disables a specific trigger.
",2898:"
uint32 preDuration() const
Gets the pre event duration in milliseconds.
",2899:"
void preDuration(
uint32 duration
)
Sets the pre event duration in milliseconds.
",2900:"
uint32 postDuration() const
Gets the post event duration in milliseconds.
",2901:"
void postDuration(
uint32 duration
)
Sets the post event duration in milliseconds.
",2902:"
void trigger(
uint8 triggerIndex,
const Trigger &trigger
)
Sets the Trigger in this options object, for the trigger trigger index.
",2903:"
const Trigger& trigger(
uint8 triggerIndex
) const
Gets the Trigger for the given trigger index.
",2904:"
const Triggers& triggers() const
Gets the Triggers that are currently set in this object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/EventTriggerOptions-h-ToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/EventTriggerOptions-h-ToolTips.js deleted file mode 100644 index 5dcb557cc..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/EventTriggerOptions-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2884:"
Trigger(
uint8 channelNumber,
WirelessTypes::EventTriggerType triggerType,
float triggerValue
)
Creates a Trigger object with the provided values.
",2891:"
Typedef for a map of trigger IDs (uint8) to Trigger objects.
",3626:"
The types of event triggers that are available.
",4595:"
BitMask
Represents a bitmask.
",4617:"
Error_NoData
There is no data available to be accessed
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/EventTriggerOptions-h.html b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/EventTriggerOptions-h.html deleted file mode 100644 index b08e89d26..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/EventTriggerOptions-h.html +++ /dev/null @@ -1,136 +0,0 @@ - - -EventTriggerOptions.h - - - - - - - -
-
Trigger
-
Trigger(
uint8 channelNumber,
WirelessTypes::EventTriggerType triggerType,
float triggerValue
)
-

Creates a Trigger object with the provided values.

Parameters
channelNumber
uint8

The Wireless Node channel number that the trigger is applied to.

triggerType
WirelessTypes::EventTriggerType

The WirelessTypes::EventTriggerType for the trigger.

triggerValue
float

The value to use for the trigger, in whatever unit the channel is calibrated for. (Ex. 4 G's if slope and offset calibrated for G's).

-
- -
-
channelNumber
-
uint8 channelNumber() const
-

Gets the Wireless Node channel number that the trigger is applied to.

-
- -
-
channelNumber
-
void channelNumber(
uint8 channelNum
)
-

Sets the Wireless Node channel number for the trigger.

-
- -
-
triggerType
- -

Gets the WirelessTypes::EventTriggerType currently set.

-
- -
-
triggerType
-
void triggerType(
WirelessTypes::EventTriggerType type
)
-

Sets the WirelessTypes::EventTriggerType for the trigger.

-
- -
-
triggerValue
-
float triggerValue() const
-

Gets the trigger value currently set, in whatever unit the channel is calibrated for.  (Ex. If triggering on channel 1, and channel 1 is calibrated for G's, a value of 4 for this triggerValue would be 4 G's).

-
- -
-
triggerValue
-
void triggerValue(
float value
)
-

Sets the trigger value for the trigger, in whatever unit the channel is calibrated for.  (Ex. If triggering on channel 1, and channel 1 is calibrated for G's, a value of 4 for this triggerValue would be 4 G's).

-
- -
-
Triggers
-

Typedef for a map of trigger IDs (uint8) to Trigger objects.

-
- -
-
EventTriggerOptions
-
EventTriggerOptions
-

Contains all of the Event Trigger options that can be configured for a WirelessNode.

-
- -
-
triggerMask
-
const BitMask& triggerMask() const
-

Gets the actual BitMask that represents the active and inactive triggers.

Returns

The <BitMak> that represents the active and inactive triggers.

-
- -
-
triggerMask
-
void triggerMask(
const BitMask &mask
)
-

Sets the BitMask that represents the active and inactive triggers.

Parameters

The BitMask to set.

-
- -
-
anyTriggersEnabled
-
bool anyTriggersEnabled() const
-

Checks if any triggers are enabled.

Returns

true if at least 1 trigger is enabled, false if all triggers are disabled.

-
- -
-
triggerEnabled
-
bool triggerEnabled(
uint8 triggerIndex
) const
-

Checks if a specific trigger is enabled.

Parameters
triggerIndex
uint8

The index of the trigger to check.

Returns

true if the trigger is enabled, false if the trigger is disabled.

-
- -
-
enableTrigger
-
void enableTrigger(
uint8 triggerIndex,
bool enable = true
)
-

Enables or disables a specific trigger.

Parameters
triggerIndex
uint8

The index of the trigger to check.

enable
bool

Whether to enable (true) or disable (false) the trigger (defaults to true).

-
- -
-
preDuration
-
uint32 preDuration() const
-

Gets the pre event duration in milliseconds.

-
- -
-
preDuration
-
void preDuration(
uint32 duration
)
-

Sets the pre event duration in milliseconds.

Parameters
duration
uint32

The duration to set (in milliseconds).

-
- -
-
postDuration
-
uint32 postDuration() const
-

Gets the post event duration in milliseconds.

-
- -
-
postDuration
-
void postDuration(
uint32 duration
)
-

Sets the post event duration in milliseconds.

Parameters
duration
uint32

The duration to set (in milliseconds).

-
- -
-
trigger
-
void trigger(
uint8 triggerIndex,
const Trigger &trigger
)
-

Sets the Trigger in this options object, for the trigger trigger index.

Parameters
triggerIndex
uint8

The index of the trigger to set.

trigger
const Trigger&

The Trigger to set.

-
- -
-
trigger
-
const Trigger& trigger(
uint8 triggerIndex
) const
-

Gets the Trigger for the given trigger index.

Parameters
triggerIndex
uint8

The index for the Trigger to get.

Returns

The Trigger for the given index.

Exceptions
Error_NoData

The given trigger index was not set in this object.

-
- -
-
triggers
-
const Triggers& triggers() const
-

Gets the Triggers that are currently set in this object.

Returns

The Triggers as they are currently set.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/FatigueOptions-h-Summary.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/FatigueOptions-h-Summary.js deleted file mode 100644 index 0a2fdbbef..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/FatigueOptions-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Configuration/FatigueOptions.h","FatigueOptions.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Configuration/FatigueOptions.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Sections","Section"],["Types","Type"]],[[2850,0,2,"FatigueOptions","FatigueOptions"],[2851,0,0,"SnCurveSegment","SnCurveSegment"],[2852,0,1,"SnCurveSegment","SnCurveSegment.SnCurveSegment"],[2853,0,1,"m","SnCurveSegment.m"],[2854,0,1,"m","SnCurveSegment.m(2)"],[2855,0,1,"logA","SnCurveSegment.logA"],[2856,0,1,"logA","SnCurveSegment.logA(2)"],[2857,0,3,"DamageAngles","SnCurveSegment.DamageAngles"],[2858,0,3,"SnCurveSegments","SnCurveSegment.SnCurveSegments"],[2859,0,0,"FatigueOptions","FatigueOptions(2)"],[2860,0,1,"youngsModulus","FatigueOptions.youngsModulus"],[2861,0,1,"youngsModulus","FatigueOptions.youngsModulus(2)"],[2862,0,1,"poissonsRatio","FatigueOptions.poissonsRatio"],[2863,0,1,"poissonsRatio","FatigueOptions.poissonsRatio(2)"],[2864,0,1,"peakValleyThreshold","FatigueOptions.peakValleyThreshold"],[2865,0,1,"peakValleyThreshold","FatigueOptions.peakValleyThreshold(2)"],[2866,0,1,"debugMode","FatigueOptions.debugMode"],[2867,0,1,"debugMode","FatigueOptions.debugMode(2)"],[2868,0,1,"damageAngle","FatigueOptions.damageAngle"],[2869,0,1,"damageAngles","FatigueOptions.damageAngles"],[2870,0,1,"damageAngle","FatigueOptions.damageAngle(2)"],[2871,0,1,"snCurveSegment","FatigueOptions.snCurveSegment"],[2872,0,1,"snCurveSegments","FatigueOptions.snCurveSegments"],[2873,0,1,"snCurveSegment","FatigueOptions.snCurveSegment(2)"],[2874,0,1,"fatigueMode","FatigueOptions.fatigueMode"],[2875,0,1,"distributedAngleMode_enabled","FatigueOptions.distributedAngleMode_enabled"],[2876,0,1,"distributedAngleMode_numAngles","FatigueOptions.distributedAngleMode_numAngles"],[2877,0,1,"distributedAngleMode_numAngles","FatigueOptions.distributedAngleMode_numAngles(2)"],[2878,0,1,"distributedAngleMode_lowerBound","FatigueOptions.distributedAngleMode_lowerBound"],[2879,0,1,"distributedAngleMode_lowerBound","FatigueOptions.distributedAngleMode_lowerBound(2)"],[2880,0,1,"distributedAngleMode_upperBound","FatigueOptions.distributedAngleMode_upperBound"],[2881,0,1,"distributedAngleMode_upperBound","FatigueOptions.distributedAngleMode_upperBound(2)"],[2882,0,1,"histogramEnable","FatigueOptions.histogramEnable"],[2883,0,1,"histogramEnable","FatigueOptions.histogramEnable(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/FatigueOptions-h-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/FatigueOptions-h-SummaryToolTips.js deleted file mode 100644 index d65ab4b47..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/FatigueOptions-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Configuration/FatigueOptions.h",{2851:"
SnCurveSegment
Represents a single segment of an SN-Curve.
",2852:"
SnCurveSegment(
float m,
float loga
)
Creates an SnCurveSegment.
",2853:"
float m() const
Gets the m value of the segment.
",2854:"
void m(
float val
)
Sets the m value of the segment.
",2855:"
float logA() const
Gets the logA value of the segment.
",2856:"
void logA(
float val
)
Sets the logA value of the segment.
",2857:"
Typedef for a map of angle IDs (uint8) to damage angles (float).
",2858:"
Typedef for a map of segment IDs (uint8) to SnCurveSegment objects.
",2859:"
FatigueOptions
Contains all of the fatigue options that can be configured for a WirelessNode.
",2860:"
float youngsModulus() const
Gets the Young\'s Modulus set in this options object.
",2861:"
void youngsModulus(
float val
)
Sets the Young\'s Modulus in this options object.
",2862:"
float poissonsRatio() const
Gets the Poisson\'s Ration set in this options object.
",2863:"
void poissonsRatio(
float val
)
Sets the Poisson\'s Ratio in this options object.
",2864:"
uint16 peakValleyThreshold() const
Gets the Peak/Valley Threshold set in this options object.
",2865:"
void peakValleyThreshold(
uint16 val
)
Sets the Peak/Valley Threshold in this options object.
",2866:"
bool debugMode() const
Gets the debug mode flag set in this options object.  This determines whether raw angle data that builds the Histograms will be sent when sampling.
",2867:"
void debugMode(
bool enable
)
Sets the debug mode flag in this options object.  This determines whether raw angle data that builds the Histograms will be sent when sampling.
",2868:"
float damageAngle(
uint8 angleId
) const
Gets the damage angle set in this options object, for the given angle id (0-based).
",2869:"
const DamageAngles& damageAngles() const
Gets the DamageAngles container set in this options object.
",2870:"
void damageAngle(
uint8 angleId,
float angle
)
Sets the damage angle in this options object, for the given angle id (0-based).  The angle will be automatically converted to between 0 and 360 if it is out of range.
",2871:"
const SnCurveSegment& snCurveSegment(
uint8 segmentId
) const
Gets the SnCurveSegment set in this options object, for the given segment id (0-based).
",2872:"
const SnCurveSegments& snCurveSegments() const
Gets the SnCurveSegments container set in this options object.
",2873:"
void snCurveSegment(
uint8 segmentId,
const SnCurveSegment &segment
)
Sets the SnCurveSegment in this options object, for the given segment id (0-based).
",2874:"
WirelessTypes::FatigueMode fatigueMode() const
The WirelessTypes::FatigueMode that is set in this options object.
",2875:"
Sets whether distributed angle mode is enabled or disabled in this options object.  Distributed Angle Mode allows the user to enable an even distribution of 4-16 angles.  When in this mode, the standard damageAngles will not be used by the Node.
",2876:"
uint8 distributedAngleMode_numAngles() const
Gets the current number of angles to use for distributed angle mode in this options object.  Note: The Node will only use this if the fatigueMode is set to distributed angle mode.
",2877:"
void distributedAngleMode_numAngles(
uint8 numAngles
)
Sets the current number of angles to use for distributed angle mode in this options object.  Note: Note: The Node will only use this if the fatigueMode is set to distributed angle mode.
",2878:"
float distributedAngleMode_lowerBound() const
Gets the current lower bound angle (in degrees) to use for distributed angle mode in this options object.  Note: Note: The Node will only use this if the fatigueMode is set to distributed angle mode.
",2879:"
void distributedAngleMode_lowerBound(
float angle
)
Sets the current lower bound angle to use for distributed angle mode in this options object.  Note: Note: The Node will only use this if the fatigueMode is set to distributed angle mode.  Note: The lower bound and upper bound angles must be at least 1 degree.
",2880:"
float distributedAngleMode_upperBound() const
Gets the current upper bound angle (in degrees) to use for distributed angle mode in this options object.  Note: Note: The Node will only use this if the fatigueMode is set to distributed angle mode.
",2881:"
void distributedAngleMode_upperBound(
float angle
)
Sets the current upper bound angle to use for distributed angle mode in this options object.  Note: Note: The Node will only use this if the fatigueMode is set to distributed angle mode.  Note: The lower bound and upper bound angles must be at least 1 degree.
",2882:"
bool histogramEnable() const
Gets whether sending Histograms is enabled or disabled, in this options object.
",2883:"
void histogramEnable(
bool enable
)
Sets whether sending Histograms is enabled or disabled, in this options object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/FatigueOptions-h-ToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/FatigueOptions-h-ToolTips.js deleted file mode 100644 index 6f04c4436..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/FatigueOptions-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2851:"
SnCurveSegment
Represents a single segment of an SN-Curve.
",2852:"
SnCurveSegment(
float m,
float loga
)
Creates an SnCurveSegment.
",2869:"
const DamageAngles& damageAngles() const
Gets the DamageAngles container set in this options object.
",2874:"
WirelessTypes::FatigueMode fatigueMode() const
The WirelessTypes::FatigueMode that is set in this options object.
",3622:"
The different modes a Fatigue Node can operate in.
",4617:"
Error_NoData
There is no data available to be accessed
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/FatigueOptions-h.html b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/FatigueOptions-h.html deleted file mode 100644 index fc0ada7b4..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/FatigueOptions-h.html +++ /dev/null @@ -1,210 +0,0 @@ - - -FatigueOptions.h - - - - - - - -
-
FatigueOptions
-
- -
-
SnCurveSegment
-
SnCurveSegment
-

Represents a single segment of an SN-Curve.

-
- -
-
SnCurveSegment
-
SnCurveSegment(
float m,
float loga
)
-

Creates an SnCurveSegment.

Parameters
m
float

The m value of the segment.

loga
float

The logA value of the segment.

-
- -
-
m
-
float m() const
-

Gets the m value of the segment.

-
- -
-
m
-
void m(
float val
)
-

Sets the m value of the segment.

Parameters
val
float

The m value to set.

-
- -
-
logA
-
float logA() const
-

Gets the logA value of the segment.

-
- -
-
logA
-
void logA(
float val
)
-

Sets the logA value of the segment.

Parameters
val
float

The logA value to set.

-
- -
-
DamageAngles
-

Typedef for a map of angle IDs (uint8) to damage angles (float).

-
- -
-
SnCurveSegments
-

Typedef for a map of segment IDs (uint8) to SnCurveSegment objects.

-
- -
-
FatigueOptions
-
FatigueOptions
-

Contains all of the fatigue options that can be configured for a WirelessNode.

-
- -
-
youngsModulus
-
float youngsModulus() const
-

Gets the Young's Modulus set in this options object.

-
- -
-
youngsModulus
-
void youngsModulus(
float val
)
-

Sets the Young's Modulus in this options object.

Parameters
val
float

The Young's Modulus to set.

-
- -
-
poissonsRatio
-
float poissonsRatio() const
-

Gets the Poisson's Ration set in this options object.

-
- -
-
poissonsRatio
-
void poissonsRatio(
float val
)
-

Sets the Poisson's Ratio in this options object.

Parameters
val
float

The Poisson's Ratio to set.

-
- -
-
peakValleyThreshold
-
uint16 peakValleyThreshold() const
-

Gets the Peak/Valley Threshold set in this options object.

-
- -
-
peakValleyThreshold
-
void peakValleyThreshold(
uint16 val
)
-

Sets the Peak/Valley Threshold in this options object.

Parameters
val
uint16

The Peak/Valley Threshold to set.

-
- -
-
debugMode
-
bool debugMode() const
-

Gets the debug mode flag set in this options object.  This determines whether raw angle data that builds the Histograms will be sent when sampling.

-
- -
-
debugMode
-
void debugMode(
bool enable
)
-

Sets the debug mode flag in this options object.  This determines whether raw angle data that builds the Histograms will be sent when sampling.

Parameters
enable
bool

Whether to enable (true) or disable (false) debug mode.

-
- -
-
damageAngle
-
float damageAngle(
uint8 angleId
) const
-

Gets the damage angle set in this options object, for the given angle id (0-based).

Parameters
angleId
uint8

The angle ID to get the damage angle for.

Exceptions
Error_NoData

The given angle ID was not set in this object.

-
- -
-
damageAngles
-
const DamageAngles& damageAngles() const
-

Gets the DamageAngles container set in this options object.

-
- -
-
damageAngle
-
void damageAngle(
uint8 angleId,
float angle
)
-

Sets the damage angle in this options object, for the given angle id (0-based).  The angle will be automatically converted to between 0 and 360 if it is out of range.

Parameters
angleId
uint8

The angle ID to set the damage angle for.

angle
float

The damage angle value to set.

-
- -
-
snCurveSegment
-
const SnCurveSegment& snCurveSegment(
uint8 segmentId
) const
-

Gets the SnCurveSegment set in this options object, for the given segment id (0-based).

Parameters
segmentId
uint8

The segment ID to get the segment for.

Exceptions
Error_NoData

The given segment ID was not set in this object.

-
- -
-
snCurveSegments
-
const SnCurveSegments& snCurveSegments() const
-

Gets the SnCurveSegments container set in this options object.

-
- -
-
snCurveSegment
-
void snCurveSegment(
uint8 segmentId,
const SnCurveSegment &segment
)
-

Sets the SnCurveSegment in this options object, for the given segment id (0-based).

Parameters
segmentId
uint8

The segment ID to set the segment for.

segment
const SnCurveSegment&

The SnCurveSegment to set.

-
- -
-
fatigueMode
-
WirelessTypes::FatigueMode fatigueMode() const
-

The WirelessTypes::FatigueMode that is set in this options object.

-
- -
-
distributedAngleMode_enabled
-

Sets whether distributed angle mode is enabled or disabled in this options object.  Distributed Angle Mode allows the user to enable an even distribution of 4-16 angles.  When in this mode, the standard damageAngles will not be used by the Node.

Parameters
enable

Whether to enable or disable distributed angle mode.

-
- -
-
distributedAngleMode_numAngles
-
uint8 distributedAngleMode_numAngles() const
-

Gets the current number of angles to use for distributed angle mode in this options object.  Note: The Node will only use this if the fatigueMode is set to distributed angle mode.

-
- -
-
distributedAngleMode_numAngles
-
void distributedAngleMode_numAngles(
uint8 numAngles
)
-

Sets the current number of angles to use for distributed angle mode in this options object.  Note: Note: The Node will only use this if the fatigueMode is set to distributed angle mode.

Parameters
numAngles
uint8

The number of angles to use (4-16).

-
- -
-
distributedAngleMode_lowerBound
-
float distributedAngleMode_lowerBound() const
-

Gets the current lower bound angle (in degrees) to use for distributed angle mode in this options object.  Note: Note: The Node will only use this if the fatigueMode is set to distributed angle mode.

-
- -
-
distributedAngleMode_lowerBound
-
void distributedAngleMode_lowerBound(
float angle
)
-

Sets the current lower bound angle to use for distributed angle mode in this options object.  Note: Note: The Node will only use this if the fatigueMode is set to distributed angle mode.  Note: The lower bound and upper bound angles must be at least 1 degree.

Parameters
angle
float

The lower bound angle (in degrees) to use.

-
- -
-
distributedAngleMode_upperBound
-
float distributedAngleMode_upperBound() const
-

Gets the current upper bound angle (in degrees) to use for distributed angle mode in this options object.  Note: Note: The Node will only use this if the fatigueMode is set to distributed angle mode.

-
- -
-
distributedAngleMode_upperBound
-
void distributedAngleMode_upperBound(
float angle
)
-

Sets the current upper bound angle to use for distributed angle mode in this options object.  Note: Note: The Node will only use this if the fatigueMode is set to distributed angle mode.  Note: The lower bound and upper bound angles must be at least 1 degree.

Parameters
angle
float

The upper bound angle (in degrees) to use.

-
- -
-
histogramEnable
-
bool histogramEnable() const
-

Gets whether sending Histograms is enabled or disabled, in this options object.

-
- -
-
histogramEnable
-
void histogramEnable(
bool enable
)
-

Sets whether sending Histograms is enabled or disabled, in this options object.

Parameters
enable
bool

Whehter to enable or disable sending Histograms.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/HistogramOptions-h-Summary.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/HistogramOptions-h-Summary.js deleted file mode 100644 index b02ac4c4c..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/HistogramOptions-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Configuration/HistogramOptions.h","HistogramOptions.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Configuration/HistogramOptions.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"]],[[2843,0,0,"HistogramOptions","HistogramOptions"],[2844,0,1,"transmitRate","HistogramOptions.transmitRate"],[2845,0,1,"transmitRate","HistogramOptions.transmitRate(2)"],[2846,0,1,"binsStart","HistogramOptions.binsStart"],[2847,0,1,"binsStart","HistogramOptions.binsStart(2)"],[2848,0,1,"binsSize","HistogramOptions.binsSize"],[2849,0,1,"binsSize","HistogramOptions.binsSize(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/HistogramOptions-h-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/HistogramOptions-h-SummaryToolTips.js deleted file mode 100644 index 8c5681882..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/HistogramOptions-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Configuration/HistogramOptions.h",{2843:"
HistogramOptions
Contains all of the Histogram options that can be configured for a WirelessNode.
",2844:"
WirelessTypes::WirelessSampleRate transmitRate() const
Gets the transmit rate set in this options object, as a WirelessTypes::WirelessSampleRate.
",2845:"
void transmitRate(
WirelessTypes::WirelessSampleRate rate
)
Sets the transmit rate in this options object.
",2846:"
uint16 binsStart() const
Gets the bins start set in this options object.
",2847:"
void binsStart(
uint16 start
)
Sets the bins start in this options object.
",2848:"
uint16 binsSize() const
Gets the bins size set in this options object.
",2849:"
void binsSize(
uint16 size
)
Sets the bins size in this options object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/HistogramOptions-h-ToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/HistogramOptions-h-ToolTips.js deleted file mode 100644 index bccd587a5..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/HistogramOptions-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3520:"
The possible sample rates that are available for Wireless Nodes.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/HistogramOptions-h.html b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/HistogramOptions-h.html deleted file mode 100644 index 5c707dce1..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/HistogramOptions-h.html +++ /dev/null @@ -1,53 +0,0 @@ - - -HistogramOptions.h - - - - - - - -
-
HistogramOptions
-
HistogramOptions
-

Contains all of the Histogram options that can be configured for a WirelessNode.

-
- -
-
transmitRate
- -

Gets the transmit rate set in this options object, as a WirelessTypes::WirelessSampleRate.

-
- -
-
transmitRate
-
void transmitRate(
WirelessTypes::WirelessSampleRate rate
)
-

Sets the transmit rate in this options object.

Parameters
rate
WirelessTypes::WirelessSampleRate

The transmit rate (as a WirelessTypes::WirelessSampleRate) to set.

-
- -
-
binsStart
-
uint16 binsStart() const
-

Gets the bins start set in this options object.

-
- -
-
binsStart
-
void binsStart(
uint16 start
)
-

Sets the bins start in this options object.

Parameters
start
uint16

The start of the first bin in the Histogram.

-
- -
-
binsSize
-
uint16 binsSize() const
-

Gets the bins size set in this options object.

-
- -
-
binsSize
-
void binsSize(
uint16 size
)
-

Sets the bins size in this options object.

Parameters
size
uint16

The size of each bin in the Histogram.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/InputRange-h-Summary.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/InputRange-h-Summary.js deleted file mode 100644 index 2373aac89..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/InputRange-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Configuration/InputRange.h","InputRange.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Configuration/InputRange.h",[["C/C++","C"]],[["Functions","Function"],["Structs","Struct"],["Types","Type"],["Variables","Variable"]],[[2835,0,1,"InputRangeEntry","InputRangeEntry"],[2836,0,3,"inputRange","InputRangeEntry.inputRange"],[2837,0,3,"hasGain","InputRangeEntry.hasGain"],[2838,0,3,"gain","InputRangeEntry.gain"],[2839,0,0,"InputRangeEntry","InputRangeEntry.InputRangeEntry"],[2840,0,0,"InputRangeEntry","InputRangeEntry.InputRangeEntry(2)"],[2841,0,0,"InputRangeEntry","InputRangeEntry.InputRangeEntry(3)"],[2842,0,2,"InputRanges","InputRangeEntry.InputRanges"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/InputRange-h-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/InputRange-h-SummaryToolTips.js deleted file mode 100644 index 678c5c401..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/InputRange-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Configuration/InputRange.h",{2835:"
struct for Input Range options that specify an input range and associated gain for a channel
",2836:"
WirelessTypes::InputRange inputRange
The WirelessTypes::InputRange enum value for the input voltage range
",2837:"
bool hasGain
bool indicating whether or not this input range option has a valid associated gain
",2838:"
float gain
the gain for this input range
",2839:"
InputRangeEntry() : inputRange(WirelessTypes::range_invalid), hasGain(false), gain(0)
creates an InputRangeEntry with inputRange = range_invalid, hasGain = false, and gain = 0
",2840:"
InputRangeEntry(
WirelessTypes::InputRange ir
) : inputRange(ir), hasGain(false), gain(0)
creates an InputRangeEntry with inputRange = ir, hasGain = false and gain = 0
",2841:"
InputRangeEntry(
WirelessTypes::InputRange ir,
float g
) : inputRange(ir), hasGain(true), gain(g)
creates an InputRangeEntry with inputRange = ir, hasGain = true and gain = g
",2842:"
A vector of InputRangeEntry objects.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/InputRange-h-ToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/InputRange-h-ToolTips.js deleted file mode 100644 index 4bd220ceb..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/InputRange-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2839:"
InputRangeEntry() : inputRange(WirelessTypes::range_invalid), hasGain(false), gain(0)
creates an InputRangeEntry with inputRange = range_invalid, hasGain = false, and gain = 0
",3676:"
The options available for input range on supported Nodes.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/InputRange-h.html b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/InputRange-h.html deleted file mode 100644 index 719c3ba2d..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/InputRange-h.html +++ /dev/null @@ -1,57 +0,0 @@ - - -InputRange.h - - - - - - - -
-
InputRangeEntry
-

struct for Input Range options that specify an input range and associated gain for a channel

-
- -
-
inputRange
- -

The WirelessTypes::InputRange enum value for the input voltage range

-
- -
-
hasGain
-
bool hasGain
-

bool indicating whether or not this input range option has a valid associated gain

-
- -
-
gain
-
float gain
-

the gain for this input range

-
- -
-
InputRangeEntry
-
InputRangeEntry() : inputRange(WirelessTypes::range_invalid), hasGain(false), gain(0)
-

creates an InputRangeEntry with inputRange = range_invalid, hasGain = false, and gain = 0

-
- -
-
InputRangeEntry
-
InputRangeEntry(
WirelessTypes::InputRange ir
) : inputRange(ir), hasGain(false), gain(0)
-

creates an InputRangeEntry with inputRange = ir, hasGain = false and gain = 0

-
- -
-
InputRangeEntry
-
InputRangeEntry(
WirelessTypes::InputRange ir,
float g
) : inputRange(ir), hasGain(true), gain(g)
-

creates an InputRangeEntry with inputRange = ir, hasGain = true and gain = g

-
- -
-
InputRanges
-

A vector of InputRangeEntry objects.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/TempSensorOptions-h-Summary.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/TempSensorOptions-h-Summary.js deleted file mode 100644 index 255768bd1..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/TempSensorOptions-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Configuration/TempSensorOptions.h","TempSensorOptions.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Configuration/TempSensorOptions.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"]],[[2734,0,0,"TempSensorOptions","TempSensorOptions"],[2735,0,1,"Thermocouple","TempSensorOptions.Thermocouple"],[2736,0,1,"RTD","TempSensorOptions.RTD"],[2737,0,1,"Thermistor","TempSensorOptions.Thermistor"],[2738,0,1,"transducerType","TempSensorOptions.transducerType"],[2739,0,1,"thermocoupleType","TempSensorOptions.thermocoupleType"],[2740,0,1,"rtdType","TempSensorOptions.rtdType"],[2741,0,1,"rtdWireType","TempSensorOptions.rtdWireType"],[2742,0,1,"thermistorType","TempSensorOptions.thermistorType"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/TempSensorOptions-h-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/TempSensorOptions-h-SummaryToolTips.js deleted file mode 100644 index f96a272b7..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/TempSensorOptions-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Configuration/TempSensorOptions.h",{2734:"
TempSensorOptions
Options to adjust the temperature sensor for a WirelessNode.
",2735:"
static TempSensorOptions Thermocouple(
WirelessTypes::ThermocoupleType thermocouple
)
Creates a TempSensorOptions object with Thermocouple options.
",2736:"
static TempSensorOptions RTD(
WirelessTypes::RtdWireType wire,
WirelessTypes::RtdType rtd
)
Creates a TempSensorOptions object with RTD options.
",2737:"
static TempSensorOptions Thermistor(
WirelessTypes::ThermistorType thermistor
)
Creates a TempSensorOptions object with Thermistor options.
",2738:"
WirelessTypes::TransducerType transducerType() const
Gets the WirelessTypes::TransducerType set in this options object.
",2739:"
WirelessTypes::ThermocoupleType thermocoupleType() const
Gets the WirelessTypes::ThermocoupleType set in this options object.  Note: this is only valid if transducerType returns <WirelessTypes::TransducerType::transducer_thermocouple>.
",2740:"
WirelessTypes::RtdType rtdType() const
Gets the WirelessTypes::RtdType set in this options object.  Note: this is only valid if transducerType returns <WirelessTypes::TransducerType::transducer_rtd>.
",2741:"
WirelessTypes::RtdWireType rtdWireType() const
Gets the WirelessTypes::RtdWireType set in this options object.  Note: this is only valid if transducerType returns <WirelessTypes::TransducerType::transducer_rtd>.
",2742:"
WirelessTypes::ThermistorType thermistorType() const
Gets the WirelessTypes::ThermistorType set in this options object.  Note: this is only valid if transducerType returns <WirelessTypes::TransducerType::transducer_thermistor>.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/TempSensorOptions-h-ToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/TempSensorOptions-h-ToolTips.js deleted file mode 100644 index 93040fe98..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/TempSensorOptions-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2734:"
TempSensorOptions
Options to adjust the temperature sensor for a WirelessNode.
",2738:"
WirelessTypes::TransducerType transducerType() const
Gets the WirelessTypes::TransducerType set in this options object.
",3485:"
Represents the Transducer types supported by some Wireless Nodes.
",3489:"
Represents the thermocouple types supported by some Wireless Nodes.
",3500:"
Represents the RTD types supported by some Wireless Nodes.
",3508:"
Represents the Wire types supported for RTD sensors.
",3512:"
Represents the Thermistor types supported by some Wireless Nodes.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/TempSensorOptions-h.html b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/TempSensorOptions-h.html deleted file mode 100644 index 2cfb45488..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/TempSensorOptions-h.html +++ /dev/null @@ -1,65 +0,0 @@ - - -TempSensorOptions.h - - - - - - - -
-
TempSensorOptions
-
TempSensorOptions
-

Options to adjust the temperature sensor for a WirelessNode.

-
- -
-
Thermocouple
-
static TempSensorOptions Thermocouple(
WirelessTypes::ThermocoupleType thermocouple
)
-

Creates a TempSensorOptions object with Thermocouple options.

Parameters
thermocouple
WirelessTypes::ThermocoupleType

The WirelessTypes::ThermocoupleType to set.

-
- -
-
RTD
- -

Creates a TempSensorOptions object with RTD options.

Parameters
wire
WirelessTypes::RtdWireType

The WirelessTypes::RtdWireType to set.

rtd
WirelessTypes::RtdType

The WirelessTypes::RtdType to set.

-
- -
-
Thermistor
-
static TempSensorOptions Thermistor(
WirelessTypes::ThermistorType thermistor
)
-

Creates a TempSensorOptions object with Thermistor options.

Parameters
thermistor
WirelessTypes::ThermistorType

The WirelessTypes::ThermistorType to set.

-
- -
-
transducerType
-
WirelessTypes::TransducerType transducerType() const
-

Gets the WirelessTypes::TransducerType set in this options object.

-
- -
-
thermocoupleType
-
WirelessTypes::ThermocoupleType thermocoupleType() const
-

Gets the WirelessTypes::ThermocoupleType set in this options object.  Note: this is only valid if transducerType returns <WirelessTypes::TransducerType::transducer_thermocouple>.

-
- -
-
rtdType
-
WirelessTypes::RtdType rtdType() const
-

Gets the WirelessTypes::RtdType set in this options object.  Note: this is only valid if transducerType returns <WirelessTypes::TransducerType::transducer_rtd>.

-
- -
-
rtdWireType
-
WirelessTypes::RtdWireType rtdWireType() const
-

Gets the WirelessTypes::RtdWireType set in this options object.  Note: this is only valid if transducerType returns <WirelessTypes::TransducerType::transducer_rtd>.

-
- -
-
thermistorType
-
WirelessTypes::ThermistorType thermistorType() const
-

Gets the WirelessTypes::ThermistorType set in this options object.  Note: this is only valid if transducerType returns <WirelessTypes::TransducerType::transducer_thermistor>.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/WirelessNodeConfig-h-Summary.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/WirelessNodeConfig-h-Summary.js deleted file mode 100644 index e53fb5e16..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/WirelessNodeConfig-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Configuration/WirelessNodeConfig.h","WirelessNodeConfig.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Configuration/WirelessNodeConfig.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"]],[[2743,0,0,"WirelessNodeConfig","WirelessNodeConfig"],[2744,0,1,"WirelessNodeConfig","WirelessNodeConfig.WirelessNodeConfig"],[2745,0,1,"defaultMode","WirelessNodeConfig.defaultMode"],[2746,0,1,"defaultMode","WirelessNodeConfig.defaultMode(2)"],[2747,0,1,"inactivityTimeout","WirelessNodeConfig.inactivityTimeout"],[2748,0,1,"inactivityTimeout","WirelessNodeConfig.inactivityTimeout(2)"],[2749,0,1,"checkRadioInterval","WirelessNodeConfig.checkRadioInterval"],[2750,0,1,"checkRadioInterval","WirelessNodeConfig.checkRadioInterval(2)"],[2751,0,1,"transmitPower","WirelessNodeConfig.transmitPower"],[2752,0,1,"transmitPower","WirelessNodeConfig.transmitPower(2)"],[2753,0,1,"samplingMode","WirelessNodeConfig.samplingMode"],[2754,0,1,"samplingMode","WirelessNodeConfig.samplingMode(2)"],[2755,0,1,"sampleRate","WirelessNodeConfig.sampleRate"],[2756,0,1,"sampleRate","WirelessNodeConfig.sampleRate(2)"],[2757,0,1,"activeChannels","WirelessNodeConfig.activeChannels"],[2758,0,1,"activeChannels","WirelessNodeConfig.activeChannels(2)"],[2759,0,1,"numSweeps","WirelessNodeConfig.numSweeps"],[2760,0,1,"numSweeps","WirelessNodeConfig.numSweeps(2)"],[2761,0,1,"unlimitedDuration","WirelessNodeConfig.unlimitedDuration"],[2762,0,1,"unlimitedDuration","WirelessNodeConfig.unlimitedDuration(2)"],[2763,0,1,"dataFormat","WirelessNodeConfig.dataFormat"],[2764,0,1,"dataFormat","WirelessNodeConfig.dataFormat(2)"],[2765,0,1,"dataCollectionMethod","WirelessNodeConfig.dataCollectionMethod"],[2766,0,1,"dataCollectionMethod","WirelessNodeConfig.dataCollectionMethod(2)"],[2767,0,1,"timeBetweenBursts","WirelessNodeConfig.timeBetweenBursts"],[2768,0,1,"timeBetweenBursts","WirelessNodeConfig.timeBetweenBursts(2)"],[2769,0,1,"lostBeaconTimeout","WirelessNodeConfig.lostBeaconTimeout"],[2770,0,1,"lostBeaconTimeout","WirelessNodeConfig.lostBeaconTimeout(2)"],[2771,0,1,"pullUpResistor","WirelessNodeConfig.pullUpResistor"],[2772,0,1,"pullUpResistor","WirelessNodeConfig.pullUpResistor(2)"],[2773,0,1,"inputRange","WirelessNodeConfig.inputRange"],[2774,0,1,"inputRange","WirelessNodeConfig.inputRange(2)"],[2775,0,1,"hardwareOffset","WirelessNodeConfig.hardwareOffset"],[2776,0,1,"hardwareOffset","WirelessNodeConfig.hardwareOffset(2)"],[2777,0,1,"antiAliasingFilter","WirelessNodeConfig.antiAliasingFilter"],[2778,0,1,"antiAliasingFilter","WirelessNodeConfig.antiAliasingFilter(2)"],[2779,0,1,"cfcFilterConfig","WirelessNodeConfig.cfcFilterConfig"],[2780,0,1,"cfcFilterConfig","WirelessNodeConfig.cfcFilterConfig(2)"],[2781,0,1,"lowPassFilter","WirelessNodeConfig.lowPassFilter"],[2782,0,1,"lowPassFilter","WirelessNodeConfig.lowPassFilter(2)"],[2783,0,1,"highPassFilter","WirelessNodeConfig.highPassFilter"],[2784,0,1,"highPassFilter","WirelessNodeConfig.highPassFilter(2)"],[2785,0,1,"gaugeFactor","WirelessNodeConfig.gaugeFactor"],[2786,0,1,"gaugeFactor","WirelessNodeConfig.gaugeFactor(2)"],[2787,0,1,"gaugeResistance","WirelessNodeConfig.gaugeResistance"],[2788,0,1,"gaugeResistance","WirelessNodeConfig.gaugeResistance(2)"],[2789,0,1,"excitationVoltage","WirelessNodeConfig.excitationVoltage"],[2790,0,1,"excitationVoltage","WirelessNodeConfig.excitationVoltage(2)"],[2791,0,1,"numActiveGauges","WirelessNodeConfig.numActiveGauges"],[2792,0,1,"numActiveGauges","WirelessNodeConfig.numActiveGauges(2)"],[2793,0,1,"lowBatteryThreshold","WirelessNodeConfig.lowBatteryThreshold"],[2794,0,1,"lowBatteryThreshold","WirelessNodeConfig.lowBatteryThreshold(2)"],[2795,0,1,"linearEquation","WirelessNodeConfig.linearEquation"],[2796,0,1,"linearEquation","WirelessNodeConfig.linearEquation(2)"],[2797,0,1,"unit","WirelessNodeConfig.unit"],[2798,0,1,"unit","WirelessNodeConfig.unit(2)"],[2799,0,1,"equationType","WirelessNodeConfig.equationType"],[2800,0,1,"equationType","WirelessNodeConfig.equationType(2)"],[2801,0,1,"filterSettlingTime","WirelessNodeConfig.filterSettlingTime"],[2802,0,1,"filterSettlingTime","WirelessNodeConfig.filterSettlingTime(2)"],[2803,0,1,"thermocoupleType","WirelessNodeConfig.thermocoupleType"],[2804,0,1,"thermocoupleType","WirelessNodeConfig.thermocoupleType(2)"],[2805,0,1,"tempSensorOptions","WirelessNodeConfig.tempSensorOptions"],[2806,0,1,"tempSensorOptions","WirelessNodeConfig.tempSensorOptions(2)"],[2807,0,1,"debounceFilter","WirelessNodeConfig.debounceFilter"],[2808,0,1,"debounceFilter","WirelessNodeConfig.debounceFilter(2)"],[2809,0,1,"fatigueOptions","WirelessNodeConfig.fatigueOptions"],[2810,0,1,"fatigueOptions","WirelessNodeConfig.fatigueOptions(2)"],[2811,0,1,"histogramOptions","WirelessNodeConfig.histogramOptions"],[2812,0,1,"histogramOptions","WirelessNodeConfig.histogramOptions(2)"],[2813,0,1,"activitySense","WirelessNodeConfig.activitySense"],[2814,0,1,"activitySense","WirelessNodeConfig.activitySense(2)"],[2815,0,1,"eventTriggerOptions","WirelessNodeConfig.eventTriggerOptions"],[2816,0,1,"eventTriggerOptions","WirelessNodeConfig.eventTriggerOptions(2)"],[2817,0,1,"diagnosticInterval","WirelessNodeConfig.diagnosticInterval"],[2818,0,1,"diagnosticInterval","WirelessNodeConfig.diagnosticInterval(2)"],[2819,0,1,"storageLimitMode","WirelessNodeConfig.storageLimitMode"],[2820,0,1,"storageLimitMode","WirelessNodeConfig.storageLimitMode(2)"],[2821,0,1,"sensorDelay","WirelessNodeConfig.sensorDelay"],[2822,0,1,"sensorDelay","WirelessNodeConfig.sensorDelay(2)"],[2823,0,1,"dataMode","WirelessNodeConfig.dataMode"],[2824,0,1,"dataMode","WirelessNodeConfig.dataMode(2)"],[2825,0,1,"derivedDataRate","WirelessNodeConfig.derivedDataRate"],[2826,0,1,"derivedDataRate","WirelessNodeConfig.derivedDataRate(2)"],[2827,0,1,"derivedChannelMask","WirelessNodeConfig.derivedChannelMask"],[2828,0,1,"derivedChannelMask","WirelessNodeConfig.derivedChannelMask(2)"],[2829,0,1,"derivedVelocityUnit","WirelessNodeConfig.derivedVelocityUnit"],[2830,0,1,"derivedVelocityUnit","WirelessNodeConfig.derivedVelocityUnit(2)"],[2831,0,1,"communicationProtocol","WirelessNodeConfig.communicationProtocol"],[2832,0,1,"communicationProtocol","WirelessNodeConfig.communicationProtocol(2)"],[2833,0,1,"sensorOutputMode","WirelessNodeConfig.sensorOutputMode"],[2834,0,1,"sensorOutputMode","WirelessNodeConfig.sensorOutputMode(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/WirelessNodeConfig-h-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/WirelessNodeConfig-h-SummaryToolTips.js deleted file mode 100644 index 67d7621be..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/WirelessNodeConfig-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Configuration/WirelessNodeConfig.h",{2743:"
WirelessNodeConfig
Class used for setting the configuration of WirelessNode objects.  Set all the configuration values that you want to change, then verify and apply them to a Node.
",2744:"
WirelessNodeConfig()
Creates a blank WirelessNodeConfig.
",2745:"
WirelessTypes::DefaultMode defaultMode() const
Gets the WirelessTypes::DefaultMode value in this Config object, if set.
",2746:"
void defaultMode(
WirelessTypes::DefaultMode mode
)
Sets the WirelessTypes::DefaultMode value in this Config object.
",2747:"
uint16 inactivityTimeout() const
Gets the user inactivity timeout value in this Config object, if set.
",2748:"
void inactivityTimeout(
uint16 timeout
)
Sets the user inactivity timeout value in this Config object.  This controls how many seconds before the Node goes to sleep when idle. (min of 5 seconds) Note: A value of 65535 (0xFFFF) disables the inactivity timeout so that the Node never goes to sleep.
",2749:"
uint8 checkRadioInterval() const
Gets the check radio interval value in this Config object, if set.
",2750:"
void checkRadioInterval(
uint8 interval
)
Sets the check radio interval value (in seconds) in this Config object.  This controls how often the Node wakes up from sleep to check for commands.
",2751:"
WirelessTypes::TransmitPower transmitPower() const
Gets the WirelessTypes::TransmitPower value in this Config object, if set.
",2752:"
void transmitPower(
WirelessTypes::TransmitPower power
)
Sets the WirelessTypes::TransmitPower value in this Config object.
",2753:"
WirelessTypes::SamplingMode samplingMode() const
Gets the WirelessTypes::SamplingMode value in this Config object, if set.
",2754:"
void samplingMode(
WirelessTypes::SamplingMode mode
)
Sets the WirelessTypes::SamplingMode value in this Config object.
",2755:"
WirelessTypes::WirelessSampleRate sampleRate() const
Gets the WirelessTypes::WirelessSampleRate value in this Config object, if set.
",2756:"
void sampleRate(
WirelessTypes::WirelessSampleRate rate
)
Sets the WirelessTypes::WirelessSampleRate value in this Config object.
",2757:"
ChannelMask activeChannels() const
Gets the ChannelMask value in this Config object, if set.
",2758:"
void activeChannels(
const ChannelMask &channels
)
Sets the ChannelMask value in this Config object.
",2759:"
uint32 numSweeps() const
Gets the number of sweeps value in this Config object, if set.
",2760:"
void numSweeps(
uint32 sweeps
)
Sets the number of sweeps value in this Config object.  This affects the duration of sampling if unlimited duration is disabled, or the duration of each burst if the sampling mode is Sync Sampling Burst.  Note: The number of sweeps should be normalized before it is set, using NodeFeatures::normalizeNumSweeps.
",2761:"
bool unlimitedDuration() const
Gets the value of the unlimited duration flag in this Config object, if set.
",2762:"
void unlimitedDuration(
bool enable
)
Sets the value of the unlimited duration flag in this Config object.
",2763:"
WirelessTypes::DataFormat dataFormat() const
Gets the WirelessTypes::DataFormat value in this Config object, if set.
",2764:"
void dataFormat(
WirelessTypes::DataFormat format
)
Sets the WirelessTypes::DataFormat in this Config object.
",2765:"
WirelessTypes::DataCollectionMethod dataCollectionMethod() const
Gets the WirelessTypes::DataCollectionMethod value in this Config object, if set.
",2766:"
void dataCollectionMethod(
WirelessTypes::DataCollectionMethod method
)
Sets the WirelessTypes::DataCollectionMethod in this Config object, representing how the data will be collected.  Note: this has no affect if the sampling mode is Armed Datalogging, as this mode only operates in "log only".
",2767:"
TimeSpan timeBetweenBursts() const
Gets the amount of time between each burst value in this Config object, if set.
",2768:"
void timeBetweenBursts(
const TimeSpan &time
)
Sets the amount of time between each burst in this Config object.  Note: This value should be normalized before it is set, using NodeFeatures::normalizeTimeBetweenBursts.
",2769:"
uint16 lostBeaconTimeout() const
Gets the lost beacon timeout in this Config object, if set.
",2770:"
void lostBeaconTimeout(
uint16 minutes
)
Sets the lost beacon timeout in this Config object.  Note: This value should be within NodeFeatures::minLostBeaconTimeout and NodeFeatures::maxLostBeaconTimeout.  Note: A value of 0 disables the lost beacon timeout.
",2771:"
bool pullUpResistor(
const ChannelMask &mask
) const
Gets the Pull-up Resistor flag in this Config object, if set.
",2772:"
void pullUpResistor(
const ChannelMask &mask,
bool enable
)
Sets the Pull-up resistor flag in this Config object.
",2773:"
WirelessTypes::InputRange inputRange(
const ChannelMask &mask
) const
Gets the WirelessTypes::InputRange for the given ChannelMask in this Config object, if set.
",2774:"
void inputRange(
const ChannelMask &mask,
WirelessTypes::InputRange range
)
Sets the input range for the given ChannelMask in this Config object.
",2775:"
uint16 hardwareOffset(
const ChannelMask &mask
) const
Gets the hardware offset for the given ChannelMask in this Config object, if set.
",2776:"
void hardwareOffset(
const ChannelMask &mask,
uint16 offset
)
Sets the hardware offset for the given ChannelMask in this Config object.
",2777:"
WirelessTypes::Filter antiAliasingFilter(
const ChannelMask &mask
) const
Gets the anti-aliasing WirelessTypes::Filter for the given ChannelMask in this Config object, if set.
",2778:"
void antiAliasingFilter(
const ChannelMask &mask,
WirelessTypes::Filter filter
)
Sets the anti-aliasing filter for the given ChannelMask in this Config object.
",2779:"
WirelessTypes::ChannelFrequencyClass cfcFilterConfig() const
Gets the WirelessTypes::ChannelFrequencyClass in this Config object, if set.
",2780:"
void cfcFilterConfig(
WirelessTypes::ChannelFrequencyClass cfc
)
Sets the channel frequency class filter in this Config object.
",2781:"
WirelessTypes::Filter lowPassFilter(
const ChannelMask &mask
) const
Gets the low pass WirelessTypes::Filter for the given ChannelMask in this Config object, if set.
",2782:"
void lowPassFilter(
const ChannelMask &mask,
WirelessTypes::Filter filter
)
Sets the low-pass filter for the given ChannelMask in this Config object.
",2783:"
WirelessTypes::HighPassFilter highPassFilter(
const ChannelMask &mask
) const
Gets the WirelessTypes::HighPassFilter for the given ChannelMask in this Config object, if set.
",2784:"
void highPassFilter(
const ChannelMask &mask,
WirelessTypes::HighPassFilter filter
)
Sets the high-pass filter for the given ChannelMask in this Config object.
",2785:"
float gaugeFactor(
const ChannelMask &mask
) const
Gets the gauge factor for the given ChannelMask in this Config object, if set.
",2786:"
void gaugeFactor(
const ChannelMask &mask,
float factor
)
Sets the gauge Factor for the given ChannelMask in this Config object.
",2787:"
uint16 gaugeResistance() const
Gets the gauge resistance in this Config object, if set.
",2788:"
void gaugeResistance(
uint16 resistance
)
Sets the gauge resistance in this Config object.
",2789:"
WirelessTypes::Voltage excitationVoltage() const
Gets the Excitation WirelessTypes::Voltage in this Config object, if set.
",2790:"
void excitationVoltage(
WirelessTypes::Voltage voltage
)
Sets the excitation voltage in this Config object.
",2791:"
uint16 numActiveGauges() const
Gets the number of active gauges in this Config object, if set.
",2792:"
void numActiveGauges(
uint16 numGauges
)
Sets the number of active gauges in this Config object.
",2793:"
float lowBatteryThreshold() const
Gets the low battery threshold in this Config object, if set.
",2794:"
void lowBatteryThreshold(
float voltage
)
Sets the low battery threshold in this Config object.
",2795:"
const LinearEquation& linearEquation(
const ChannelMask &mask
) const
Gets the LinearEquation for the given ChannelMask in this Config object, if set.
",2796:"
void linearEquation(
const ChannelMask &mask,
const LinearEquation &linearEquation
)
Sets the LinearEquation for the given ChannelMask in this Config object.
",2797:"
WirelessTypes::CalCoef_Unit unit(
const ChannelMask &mask
) const
Gets the WirelessTypes::CalCoef_Unit for the given ChannelMask in this Config object, if set.
",2798:"
void unit(
const ChannelMask &mask,
WirelessTypes::CalCoef_Unit unit
)
Sets the WirelessTypes::CalCoef_Unit for the given ChannelMask in this Config object.
",2799:"
WirelessTypes::CalCoef_EquationType equationType(
const ChannelMask &mask
) const
Gets the WirelessTypes::CalCoef_EquationType for the given ChannelMask in this Config object, if set.
",2800:"
void equationType(
const ChannelMask &mask,
WirelessTypes::CalCoef_EquationType equation
)
Sets the WirelessTypes::CalCoef_EquationType for the given ChannelMask in this Config object.
",2801:"
WirelessTypes::SettlingTime filterSettlingTime(
const ChannelMask &mask
) const
Gets the WirelessTypes::SettlingTime for the given ChannelMask in this Config object, if set.
",2802:"
void filterSettlingTime(
const ChannelMask &mask,
WirelessTypes::SettlingTime settlingTime
)
Sets the WirelessTypes::SettlingTime for the given ChannelMask in this Config object.
",2803:"
WirelessTypes::ThermocoupleType thermocoupleType(
const ChannelMask &mask
) const
Gets the WirelessTypes::ThermocoupleType for the given ChannelMask in this Config object, if set.
",2804:"
void thermocoupleType(
const ChannelMask &mask,
WirelessTypes::ThermocoupleType type
)
Sets the WirelessTypes::ThermocoupleType for the given ChannelMask in this Config object.
",2805:"
TempSensorOptions tempSensorOptions(
const ChannelMask &mask
) const
Gets the TempSensorOptions for the given ChannelMask in this Config object, if set.
",2806:"
void tempSensorOptions(
const ChannelMask &mask,
const TempSensorOptions &options
)
Sets the TempSensorOptions for the given ChannelMask in this Config object.
",2807:"
uint16 debounceFilter(
const ChannelMask &mask
) const
Gets the Debounce Filter for the given ChannelMask in this Config object, if set.
",2808:"
void debounceFilter(
const ChannelMask &mask,
uint16 milliseconds
)
Sets the Debounce Filter for the given ChannelMask in this Config object.  Note: The accepted range is 0 - 250ms. Any values outside that range will be truncated before being applied.
",2809:"
const FatigueOptions& fatigueOptions() const
Gets the FatigueOptions currently set in this Config object.
",2810:"
void fatigueOptions(
const FatigueOptions &fatigueOpts
)
Sets the FatigueOptions in this Config object.
",2811:"
const HistogramOptions& histogramOptions() const
Gets the HistogramOptions currently set in this Config object.
",2812:"
void histogramOptions(
const HistogramOptions &histogramOpts
)
Sets the HistogramOptions in this Config object.
",2813:"
const ActivitySense& activitySense() const
Gets the ActivitySense currently set in this Config object.
",2814:"
void activitySense(
const ActivitySense &activitySenseOpts
)
Sets the ActivitySense in this Config object.
",2815:"
const EventTriggerOptions& eventTriggerOptions() const
Gets the EventTriggerOptions currently set in this Config object.
",2816:"
void eventTriggerOptions(
const EventTriggerOptions &eventTriggerOpts
)
Sets the EventTriggerOptions in this Config object.
",2817:"
uint16 diagnosticInterval() const
Gets the diagnostic info interval (in seconds) currently set in this Config object.  A value of 0 is disabled.
",2818:"
void diagnosticInterval(
uint16 interval
)
Sets the diagnostic info interval (in seconds) in this Config object.  A value of 0 disables the diagnostic info.
",2819:"
WirelessTypes::StorageLimitMode storageLimitMode() const
Gets the WirelessTypes::StorageLimitMode currently set in this Config object.
",2820:"
void storageLimitMode(
WirelessTypes::StorageLimitMode mode
)
Sets the WirelessTypes::StorageLimitMode in this Config object.
",2821:"
uint32 sensorDelay() const
Gets the sensor delay (in microseconds) currently set in this Config object.  Note: A value of <WirelessNodeConfig::SENSOR_DELAY_ALWAYS_ON> indicates that the sensor is always on.
",2822:"
void sensorDelay(
uint32 delay
)
Sets the sensor delay (in microseconds) in this Config object.  Note: Use a value of <WirelessNodeConfig::SENSOR_DELAY_ALWAYS_ON> to set the sensor always on.
",2823:"
WirelessTypes::DataMode dataMode() const
Gets the WirelessTypes::DataMode currently set in this Config object.
",2824:"
void dataMode(
WirelessTypes::DataMode mode
)
Sets the WirelessTypes::DataMode in this Config object.
",2825:"
WirelessTypes::WirelessSampleRate derivedDataRate() const
Gets the WirelessTypes::WirelessSampleRate for the Derived Channels currently set in this Config object.
",2826:"
void derivedDataRate(
WirelessTypes::WirelessSampleRate rate
)
Sets the WirelessTypes::WirelessSampleRate for the Derived Channels in this Config object.
",2827:"
ChannelMask derivedChannelMask(
WirelessTypes::DerivedCategory category
) const
Gets the ChannelMask for a specified WirelessTypes::DerivedCategory currently set in this Config object.
",2828:"
void derivedChannelMask(
WirelessTypes::DerivedCategory category,
const ChannelMask &mask
)
Sets the ChannelMask for a specified WirelessTypes::DerivedCategory in this Config object.
",2829:"
WirelessTypes::DerivedVelocityUnit derivedVelocityUnit() const
Gets the WirelessTypes::DerivedVelocityUnit currently set in this Config object.
",2830:"
void derivedVelocityUnit(
WirelessTypes::DerivedVelocityUnit unit
)
Sets the WirelessTypes::DerivedVelocityUnit in this Config object.
",2831:"
WirelessTypes::CommProtocol communicationProtocol() const
Gets the WirelessTypes::CommProtocol currently set in this Config object.
",2832:"
void communicationProtocol(
WirelessTypes::CommProtocol commProtocol
)
Sets the WirelessTypes::CommProtocol in this Config object.
",2833:"
WirelessTypes::SensorOutputMode sensorOutputMode() const
Gets the WirelessTypes::SensorOutputMode currently set in this Config object.
",2834:"
void sensorOutputMode(
WirelessTypes::SensorOutputMode mode
)
Sets the WirelessTypes::SensorOutputMode in this Config object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/WirelessNodeConfig-h-ToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/WirelessNodeConfig-h-ToolTips.js deleted file mode 100644 index a9e827008..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/WirelessNodeConfig-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2734:"
TempSensorOptions
Options to adjust the temperature sensor for a WirelessNode.
",2843:"
HistogramOptions
Contains all of the Histogram options that can be configured for a WirelessNode.
",2859:"
FatigueOptions
Contains all of the fatigue options that can be configured for a WirelessNode.
",2892:"
EventTriggerOptions
Contains all of the Event Trigger options that can be configured for a WirelessNode.
",2971:"
ActivitySense
Contains all of the ActivitySense options that can be configured for a WirelessNode.  Activity Sense is a power saving feature that allows a Node to be in a low-power state when no activity is suspected, and then immediately jump to its normal sampling state when a certain activity threshold is reached.
",3027:"
uint32 normalizeNumSweeps(
uint32 sweeps
) const
Normalizes the number of sweeps so that it is within range and a multiple of 100 (rounds up to next multiple).
",3028:"
TimeSpan normalizeTimeBetweenBursts(
const TimeSpan &time
) const
Normalizes a TimeSpan so that it is within an acceptable range for setting the timeBetweenBursts.  A valid range is between 1 second and 24 hours. Seconds above 32767 will be rounded to minutes.  When setting the time between bursts, you should also call minTimeBetweenBursts and verify it is greater than this.
",3099:"
virtual uint16 minLostBeaconTimeout() const
Gets the minimum lost beacon timeout (in minutes) that is supported.  Note: A value of 0 disable the lost beacon timeout.
",3100:"
virtual uint16 maxLostBeaconTimeout() const
Gets the maximum lost beacon timeout (in minutes) that is supported.
",3280:"
Represents the types of data collection methods that can be performed on the Node.
",3284:"
Represents the types of data formats that Nodes can be configured to send when sampling.
",3294:"
Represents the types of sampling modes the Node can be in.
",3301:"
Represents the types of default modes the Node can have.  This is the mode the Node starts in, as well as the mode the node goes into after an inactivity timeout.
",3325:"
Represents the transmit powers that can be used for Wireless Devices.
",3345:"
Represents the equation types that can be used for calibration coefficients on Wireless Nodes.
",3348:"
Represents the unit types that can be used for calibration coefficients on Wireless Nodes.
",3472:"
Represents the settling times used for thermocouple and voltage inputs on some Wireless Nodes.
",3489:"
Represents the thermocouple types supported by some Wireless Nodes.
",3520:"
The possible sample rates that are available for Wireless Nodes.
",3629:"
The filter options (used for anti-aliasing and low-pass filter)
",3666:"
The high pass filter options.
",3669:"
The channel frequency class filter options.
",3673:"
The options available for configuring what happens when the storage limit is reached when logging to a Node.
",3676:"
The options available for input range on supported Nodes.
",3813:"
Available Data Modes.
",3818:"
Available Derived Channel Categories for configuration.
",3831:"
The options that can be configured for the velocity derived channel.
",3832:"
Available Communication Protocol types.
",3835:"
Available Voltages.
",3845:"
Available Sensor Output Modes.
",3865:"
WirelessNode
A class representing a MicroStrain wireless node
",3914:"
void applyConfig(
const WirelessNodeConfig &config
)
Applies a WirelessNodeConfig to the Node.  Note: This applies all options that have been set in the WirelessNodeConfig.  Before applying, the options will be validated. It is recommended that you perform this validation yourself first by using verifyConfig.
",4281:"
ChannelMask
Represents the channel mask (active and inactive channels) for a WirelessNode.
",4462:"
LinearEquation
Represents a linear equation (y = mx + b).
",4576:"
TimeSpan
Represents a range of time
",4617:"
Error_NoData
There is no data available to be accessed
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/WirelessNodeConfig-h.html b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/WirelessNodeConfig-h.html deleted file mode 100644 index 6ce51a114..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Configuration/WirelessNodeConfig-h.html +++ /dev/null @@ -1,563 +0,0 @@ - - -WirelessNodeConfig.h - - - - - - - -
-
WirelessNodeConfig
-
WirelessNodeConfig
-

Class used for setting the configuration of WirelessNode objects.  Set all the configuration values that you want to change, then verify and apply them to a Node.

See also: WirelessNode::applyConfig

-
- -
-
WirelessNodeConfig
-
WirelessNodeConfig()
-

Creates a blank WirelessNodeConfig.

-
- -
-
defaultMode
-
WirelessTypes::DefaultMode defaultMode() const
-

Gets the WirelessTypes::DefaultMode value in this Config object, if set.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
defaultMode
-
void defaultMode(
WirelessTypes::DefaultMode mode
)
-

Sets the WirelessTypes::DefaultMode value in this Config object.

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-
inactivityTimeout
-
uint16 inactivityTimeout() const
-

Gets the user inactivity timeout value in this Config object, if set.

Exceptions
Error_NoData

The requested value has not been set.

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- -
-
inactivityTimeout
-
void inactivityTimeout(
uint16 timeout
)
-

Sets the user inactivity timeout value in this Config object.  This controls how many seconds before the Node goes to sleep when idle. (min of 5 seconds) Note: A value of 65535 (0xFFFF) disables the inactivity timeout so that the Node never goes to sleep.

-
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checkRadioInterval
-
uint8 checkRadioInterval() const
-

Gets the check radio interval value in this Config object, if set.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
checkRadioInterval
-
void checkRadioInterval(
uint8 interval
)
-

Sets the check radio interval value (in seconds) in this Config object.  This controls how often the Node wakes up from sleep to check for commands.

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transmitPower
-
WirelessTypes::TransmitPower transmitPower() const
-

Gets the WirelessTypes::TransmitPower value in this Config object, if set.

Exceptions
Error_NoData

The requested value has not been set.

-
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-
transmitPower
-
void transmitPower(
WirelessTypes::TransmitPower power
)
-

Sets the WirelessTypes::TransmitPower value in this Config object.

-
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-
samplingMode
-
WirelessTypes::SamplingMode samplingMode() const
-

Gets the WirelessTypes::SamplingMode value in this Config object, if set.

Exceptions
Error_NoData

The requested value has not been set.

-
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-
samplingMode
-
void samplingMode(
WirelessTypes::SamplingMode mode
)
-

Sets the WirelessTypes::SamplingMode value in this Config object.

-
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-
sampleRate
- -

Gets the WirelessTypes::WirelessSampleRate value in this Config object, if set.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
sampleRate
-
void sampleRate(
WirelessTypes::WirelessSampleRate rate
)
-

Sets the WirelessTypes::WirelessSampleRate value in this Config object.

-
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activeChannels
-
ChannelMask activeChannels() const
-

Gets the ChannelMask value in this Config object, if set.

Exceptions
Error_NoData

The requested value has not been set.

-
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-
activeChannels
-
void activeChannels(
const ChannelMask &channels
)
-

Sets the ChannelMask value in this Config object.

-
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-
numSweeps
-
uint32 numSweeps() const
-

Gets the number of sweeps value in this Config object, if set.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
numSweeps
-
void numSweeps(
uint32 sweeps
)
-

Sets the number of sweeps value in this Config object.  This affects the duration of sampling if unlimited duration is disabled, or the duration of each burst if the sampling mode is Sync Sampling Burst.  Note: The number of sweeps should be normalized before it is set, using NodeFeatures::normalizeNumSweeps.

-
- -
-
unlimitedDuration
-
bool unlimitedDuration() const
-

Gets the value of the unlimited duration flag in this Config object, if set.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
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unlimitedDuration
-
void unlimitedDuration(
bool enable
)
-

Sets the value of the unlimited duration flag in this Config object.

-
- -
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dataFormat
-
WirelessTypes::DataFormat dataFormat() const
-

Gets the WirelessTypes::DataFormat value in this Config object, if set.

Exceptions
Error_NoData

The requested value has not been set.

-
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dataFormat
-
void dataFormat(
WirelessTypes::DataFormat format
)
-

Sets the WirelessTypes::DataFormat in this Config object.

-
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dataCollectionMethod
-
WirelessTypes::DataCollectionMethod dataCollectionMethod() const
-

Gets the WirelessTypes::DataCollectionMethod value in this Config object, if set.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
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dataCollectionMethod
-
void dataCollectionMethod(
WirelessTypes::DataCollectionMethod method
)
-

Sets the WirelessTypes::DataCollectionMethod in this Config object, representing how the data will be collected.  Note: this has no affect if the sampling mode is Armed Datalogging, as this mode only operates in "log only".

-
- -
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timeBetweenBursts
-
TimeSpan timeBetweenBursts() const
-

Gets the amount of time between each burst value in this Config object, if set.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
timeBetweenBursts
-
void timeBetweenBursts(
const TimeSpan &time
)
-

Sets the amount of time between each burst in this Config object.  Note: This value should be normalized before it is set, using NodeFeatures::normalizeTimeBetweenBursts.

-
- -
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lostBeaconTimeout
-
uint16 lostBeaconTimeout() const
-

Gets the lost beacon timeout in this Config object, if set.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
lostBeaconTimeout
-
void lostBeaconTimeout(
uint16 minutes
)
-

Sets the lost beacon timeout in this Config object.  Note: This value should be within NodeFeatures::minLostBeaconTimeout and NodeFeatures::maxLostBeaconTimeout.  Note: A value of 0 disables the lost beacon timeout.

-
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pullUpResistor
-
bool pullUpResistor(
const ChannelMask &mask
) const
-

Gets the Pull-up Resistor flag in this Config object, if set.

Exceptions
Error_NoData

The requested value has not been set.

-
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pullUpResistor
-
void pullUpResistor(
const ChannelMask &mask,
bool enable
)
-

Sets the Pull-up resistor flag in this Config object.

-
- -
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inputRange
-
WirelessTypes::InputRange inputRange(
const ChannelMask &mask
) const
-

Gets the WirelessTypes::InputRange for the given ChannelMask in this Config object, if set.

Parameters
mask
const ChannelMask&

The ChannelMask to set the input range for.

Exceptions
Error_NoData

The requested value has not been set.

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inputRange
-
void inputRange(
const ChannelMask &mask,
WirelessTypes::InputRange range
)
-

Sets the input range for the given ChannelMask in this Config object.

-
- -
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hardwareOffset
-
uint16 hardwareOffset(
const ChannelMask &mask
) const
-

Gets the hardware offset for the given ChannelMask in this Config object, if set.

Parameters
mask
const ChannelMask&

The ChannelMask to set the hardware offset for.

Exceptions
Error_NoData

The requested value has not been set.

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- -
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hardwareOffset
-
void hardwareOffset(
const ChannelMask &mask,
uint16 offset
)
-

Sets the hardware offset for the given ChannelMask in this Config object.

-
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antiAliasingFilter
-
WirelessTypes::Filter antiAliasingFilter(
const ChannelMask &mask
) const
-

Gets the anti-aliasing WirelessTypes::Filter for the given ChannelMask in this Config object, if set.

Parameters
mask
const ChannelMask&

The ChannelMask to set the anti-aliasing filter for.

Exceptions
Error_NoData

The requested value has not been set.

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antiAliasingFilter
-
void antiAliasingFilter(
const ChannelMask &mask,
WirelessTypes::Filter filter
)
-

Sets the anti-aliasing filter for the given ChannelMask in this Config object.

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cfcFilterConfig
-
WirelessTypes::ChannelFrequencyClass cfcFilterConfig() const
-

Gets the WirelessTypes::ChannelFrequencyClass in this Config object, if set.

Exceptions
Error_NoData

The requested value has not been set.

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cfcFilterConfig
-
void cfcFilterConfig(
WirelessTypes::ChannelFrequencyClass cfc
)
-

Sets the channel frequency class filter in this Config object.

-
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lowPassFilter
-
WirelessTypes::Filter lowPassFilter(
const ChannelMask &mask
) const
-

Gets the low pass WirelessTypes::Filter for the given ChannelMask in this Config object, if set.

Parameters
mask
const ChannelMask&

The ChannelMask to set the low pass filter for.

Exceptions
Error_NoData

The requested value has not been set.

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lowPassFilter
-
void lowPassFilter(
const ChannelMask &mask,
WirelessTypes::Filter filter
)
-

Sets the low-pass filter for the given ChannelMask in this Config object.

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highPassFilter
-
WirelessTypes::HighPassFilter highPassFilter(
const ChannelMask &mask
) const
-

Gets the WirelessTypes::HighPassFilter for the given ChannelMask in this Config object, if set.

Parameters
mask
const ChannelMask&

The ChannelMask to set the high pass filter for.

Exceptions
Error_NoData

The requested value has not been set.

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highPassFilter
-
void highPassFilter(
const ChannelMask &mask,
WirelessTypes::HighPassFilter filter
)
-

Sets the high-pass filter for the given ChannelMask in this Config object.

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gaugeFactor
-
float gaugeFactor(
const ChannelMask &mask
) const
-

Gets the gauge factor for the given ChannelMask in this Config object, if set.

Parameters
mask
const ChannelMask&

The ChannelMask to set the gauge factor for.

Exceptions
Error_NoData

The requested value has not been set.

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- -
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gaugeFactor
-
void gaugeFactor(
const ChannelMask &mask,
float factor
)
-

Sets the gauge Factor for the given ChannelMask in this Config object.

-
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gaugeResistance
-
uint16 gaugeResistance() const
-

Gets the gauge resistance in this Config object, if set.

Exceptions
Error_NoData

The requested value has not been set.

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- -
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gaugeResistance
-
void gaugeResistance(
uint16 resistance
)
-

Sets the gauge resistance in this Config object.

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excitationVoltage
-
WirelessTypes::Voltage excitationVoltage() const
-

Gets the Excitation WirelessTypes::Voltage in this Config object, if set.

Exceptions
Error_NoData

The requested value has not been set.

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- -
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excitationVoltage
-
void excitationVoltage(
WirelessTypes::Voltage voltage
)
-

Sets the excitation voltage in this Config object.

-
- -
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numActiveGauges
-
uint16 numActiveGauges() const
-

Gets the number of active gauges in this Config object, if set.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
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numActiveGauges
-
void numActiveGauges(
uint16 numGauges
)
-

Sets the number of active gauges in this Config object.

-
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lowBatteryThreshold
-
float lowBatteryThreshold() const
-

Gets the low battery threshold in this Config object, if set.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
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lowBatteryThreshold
-
void lowBatteryThreshold(
float voltage
)
-

Sets the low battery threshold in this Config object.

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linearEquation
-
const LinearEquation& linearEquation(
const ChannelMask &mask
) const
-

Gets the LinearEquation for the given ChannelMask in this Config object, if set.

Parameters
mask
const ChannelMask&

The ChannelMask to set the linear equation for.

Exceptions
Error_NoData

The requested value has not been set.

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- -
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linearEquation
-
void linearEquation(
const ChannelMask &mask,
const LinearEquation &linearEquation
)
-

Sets the LinearEquation for the given ChannelMask in this Config object.

-
- -
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unit
-
WirelessTypes::CalCoef_Unit unit(
const ChannelMask &mask
) const
-

Gets the WirelessTypes::CalCoef_Unit for the given ChannelMask in this Config object, if set.

Parameters
mask
const ChannelMask&

The ChannelMask to set the linear equation for.

Exceptions
Error_NoData

The requested value has not been set.

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unit
-
void unit(
const ChannelMask &mask,
WirelessTypes::CalCoef_Unit unit
)
-

Sets the WirelessTypes::CalCoef_Unit for the given ChannelMask in this Config object.

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equationType
-
WirelessTypes::CalCoef_EquationType equationType(
const ChannelMask &mask
) const
-

Gets the WirelessTypes::CalCoef_EquationType for the given ChannelMask in this Config object, if set.

Parameters
mask
const ChannelMask&

The ChannelMask to set the linear equation for.

Exceptions
Error_NoData

The requested value has not been set.

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equationType
-
void equationType(
const ChannelMask &mask,
WirelessTypes::CalCoef_EquationType equation
)
-

Sets the WirelessTypes::CalCoef_EquationType for the given ChannelMask in this Config object.

-
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filterSettlingTime
-
WirelessTypes::SettlingTime filterSettlingTime(
const ChannelMask &mask
) const
-

Gets the WirelessTypes::SettlingTime for the given ChannelMask in this Config object, if set.

Parameters
mask
const ChannelMask&

The ChannelMask to set the filter settling time for.

Exceptions
Error_NoData

The requested value has not been set.

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filterSettlingTime
-
void filterSettlingTime(
const ChannelMask &mask,
WirelessTypes::SettlingTime settlingTime
)
-

Sets the WirelessTypes::SettlingTime for the given ChannelMask in this Config object.

-
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thermocoupleType
-
WirelessTypes::ThermocoupleType thermocoupleType(
const ChannelMask &mask
) const
-

Gets the WirelessTypes::ThermocoupleType for the given ChannelMask in this Config object, if set.

Parameters
mask
const ChannelMask&

The ChannelMask to get the thermocouple type for.

Exceptions
Error_NoData

The requested value has not been set.

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- -
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thermocoupleType
-
void thermocoupleType(
const ChannelMask &mask,
WirelessTypes::ThermocoupleType type
)
-

Sets the WirelessTypes::ThermocoupleType for the given ChannelMask in this Config object.

-
- -
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tempSensorOptions
-
TempSensorOptions tempSensorOptions(
const ChannelMask &mask
) const
-

Gets the TempSensorOptions for the given ChannelMask in this Config object, if set.

Parameters
mask
const ChannelMask&

The ChannelMask to get the TempSensorOptions for.

Exceptions
Error_NoData

The requested value has not been set.

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tempSensorOptions
-
void tempSensorOptions(
const ChannelMask &mask,
const TempSensorOptions &options
)
-

Sets the TempSensorOptions for the given ChannelMask in this Config object.

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debounceFilter
-
uint16 debounceFilter(
const ChannelMask &mask
) const
-

Gets the Debounce Filter for the given ChannelMask in this Config object, if set.

Parameters
mask
const ChannelMask&

The ChannelMask to get the Debounce Filter for.

Exceptions
Error_NoData

The requested value has not been set.

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debounceFilter
-
void debounceFilter(
const ChannelMask &mask,
uint16 milliseconds
)
-

Sets the Debounce Filter for the given ChannelMask in this Config object.  Note: The accepted range is 0 - 250ms. Any values outside that range will be truncated before being applied.

-
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fatigueOptions
-
const FatigueOptions& fatigueOptions() const
-

Gets the FatigueOptions currently set in this Config object.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
fatigueOptions
-
void fatigueOptions(
const FatigueOptions &fatigueOpts
)
-

Sets the FatigueOptions in this Config object.

-
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-
histogramOptions
-
const HistogramOptions& histogramOptions() const
-

Gets the HistogramOptions currently set in this Config object.

Exceptions
Error_NoData

The requested value has not been set.

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-
histogramOptions
-
void histogramOptions(
const HistogramOptions &histogramOpts
)
-

Sets the HistogramOptions in this Config object.

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-
activitySense
-
const ActivitySense& activitySense() const
-

Gets the ActivitySense currently set in this Config object.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
activitySense
-
void activitySense(
const ActivitySense &activitySenseOpts
)
-

Sets the ActivitySense in this Config object.

-
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-
eventTriggerOptions
-
const EventTriggerOptions& eventTriggerOptions() const
-

Gets the EventTriggerOptions currently set in this Config object.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
eventTriggerOptions
-
void eventTriggerOptions(
const EventTriggerOptions &eventTriggerOpts
)
-

Sets the EventTriggerOptions in this Config object.

-
- -
-
diagnosticInterval
-
uint16 diagnosticInterval() const
-

Gets the diagnostic info interval (in seconds) currently set in this Config object.  A value of 0 is disabled.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
diagnosticInterval
-
void diagnosticInterval(
uint16 interval
)
-

Sets the diagnostic info interval (in seconds) in this Config object.  A value of 0 disables the diagnostic info.

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- -
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storageLimitMode
-
WirelessTypes::StorageLimitMode storageLimitMode() const
-

Gets the WirelessTypes::StorageLimitMode currently set in this Config object.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
storageLimitMode
-
void storageLimitMode(
WirelessTypes::StorageLimitMode mode
)
-

Sets the WirelessTypes::StorageLimitMode in this Config object.

-
- -
-
sensorDelay
-
uint32 sensorDelay() const
-

Gets the sensor delay (in microseconds) currently set in this Config object.  Note: A value of <WirelessNodeConfig::SENSOR_DELAY_ALWAYS_ON> indicates that the sensor is always on.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
sensorDelay
-
void sensorDelay(
uint32 delay
)
-

Sets the sensor delay (in microseconds) in this Config object.  Note: Use a value of <WirelessNodeConfig::SENSOR_DELAY_ALWAYS_ON> to set the sensor always on.

-
- -
-
dataMode
-
WirelessTypes::DataMode dataMode() const
-

Gets the WirelessTypes::DataMode currently set in this Config object.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
dataMode
-
void dataMode(
WirelessTypes::DataMode mode
)
-

Sets the WirelessTypes::DataMode in this Config object.

-
- -
-
derivedDataRate
-
WirelessTypes::WirelessSampleRate derivedDataRate() const
-

Gets the WirelessTypes::WirelessSampleRate for the Derived Channels currently set in this Config object.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
derivedDataRate
-
void derivedDataRate(
WirelessTypes::WirelessSampleRate rate
)
-

Sets the WirelessTypes::WirelessSampleRate for the Derived Channels in this Config object.

-
- -
-
derivedChannelMask
-
ChannelMask derivedChannelMask(
WirelessTypes::DerivedCategory category
) const
-

Gets the ChannelMask for a specified WirelessTypes::DerivedCategory currently set in this Config object.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
derivedChannelMask
-
void derivedChannelMask(
WirelessTypes::DerivedCategory category,
const ChannelMask &mask
)
-

Sets the ChannelMask for a specified WirelessTypes::DerivedCategory in this Config object.

-
- -
-
derivedVelocityUnit
-
WirelessTypes::DerivedVelocityUnit derivedVelocityUnit() const
-

Gets the WirelessTypes::DerivedVelocityUnit currently set in this Config object.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
derivedVelocityUnit
-
void derivedVelocityUnit(
WirelessTypes::DerivedVelocityUnit unit
)
-

Sets the WirelessTypes::DerivedVelocityUnit in this Config object.

-
- -
-
communicationProtocol
-
WirelessTypes::CommProtocol communicationProtocol() const
-

Gets the WirelessTypes::CommProtocol currently set in this Config object.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
communicationProtocol
-
void communicationProtocol(
WirelessTypes::CommProtocol commProtocol
)
-

Sets the WirelessTypes::CommProtocol in this Config object.

-
- -
-
sensorOutputMode
-
WirelessTypes::SensorOutputMode sensorOutputMode() const
-

Gets the WirelessTypes::SensorOutputMode currently set in this Config object.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
sensorOutputMode
-
void sensorOutputMode(
WirelessTypes::SensorOutputMode mode
)
-

Sets the WirelessTypes::SensorOutputMode in this Config object.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/DataSweep-h-Summary.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/DataSweep-h-Summary.js deleted file mode 100644 index f60d8a33d..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/DataSweep-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/DataSweep.h","DataSweep.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/DataSweep.h",[["C/C++","C"]],[["Classes","Class"],["Enums","Enumeration"],["Functions","Function"],["Types","Type"]],[[4349,0,0,"DataSweep","DataSweep"],[4350,0,1,"SamplingType","DataSweep.SamplingType"],[4351,0,1,,"DataSweep.samplingType_NonSync"],[4352,0,1,,"DataSweep.samplingType_NonSync_Buffered"],[4353,0,1,,"DataSweep.samplingType_SyncSampling"],[4354,0,1,,"DataSweep.samplingType_SyncSampling_Burst"],[4355,0,1,,"DataSweep.samplingType_AsyncDigital"],[4356,0,1,,"DataSweep.samplingType_AsyncDigitalAnalog"],[4357,0,1,,"DataSweep.samplingType_SHM"],[4358,0,1,,"DataSweep.samplingType_BeaconEcho"],[4359,0,1,,"DataSweep.samplingType_RfSweep"],[4360,0,1,,"DataSweep.samplingType_Diagnostic"],[4361,0,2,"DataSweep","DataSweep.DataSweep"],[4362,0,2,"timestamp","DataSweep.timestamp"],[4363,0,2,"tick","DataSweep.tick"],[4364,0,2,"sampleRate","DataSweep.sampleRate"],[4365,0,2,"nodeAddress","DataSweep.nodeAddress"],[4366,0,2,"data","DataSweep.data"],[4367,0,2,"samplingType","DataSweep.samplingType"],[4368,0,2,"nodeRssi","DataSweep.nodeRssi"],[4369,0,2,"baseRssi","DataSweep.baseRssi"],[4370,0,2,"frequency","DataSweep.frequency"],[4371,0,2,"calApplied","DataSweep.calApplied"],[4372,0,3,"DataSweeps","DataSweep.DataSweeps"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/DataSweep-h-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/DataSweep-h-SummaryToolTips.js deleted file mode 100644 index 89d38ac79..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/DataSweep-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/DataSweep.h",{4349:"
DataSweep
Represents 1 data sweep, including data for each channel, a timestamp, and a sample rate
",4361:"
DataSweep()
Creates a default constructed DataSweep.
",4362:"
const Timestamp& timestamp() const
Gets the timestamp of the sweep as a Timestamp
",4363:"
uint32 tick() const
Gets the tick value of the sweep
",4364:"
SampleRate sampleRate() const
Gets the sample rate of the sweep as a SampleRate
",4365:"
NodeAddress nodeAddress() const
Gets the node address that this sweep is associated with
",4366:"
const ChannelData& data() const
Gets the channel data in this sweep as a WirelessDataPoint::ChannelData container.
",4367:"
SamplingType samplingType() const
Gets the SamplingType for this sweep
",4368:"
int16 nodeRssi() const
Gets the Node RSSI value that identifies the received signal strength at the Node
",4369:"
int16 baseRssi() const
Gets the Base Station RSSI value that identifies the received signal strength at the BaseStation for this sweep
",4370:"
WirelessTypes::Frequency frequency() const
Gets the radio frequency that this DataSweep was collected on
",4371:"
bool calApplied() const
Gets whether calibration coefficients have been applied to the data already.
",4372:"
Typedef for a vector of DataSweep objects.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/DataSweep-h-ToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/DataSweep-h-ToolTips.js deleted file mode 100644 index e8c5d6dac..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/DataSweep-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3265:"
A typedef for a collection (vector) of WirelessDataPoints
",3307:"
Represents the frequency (channel) that can be used for Wireless Devices.
",4361:"
DataSweep()
Creates a default constructed DataSweep.
",4379:"
SampleRate
Represents a MicroStrain sample rate (rate at which data is sampling)
",4525:"
typedef for a Node\'s node address.
",4554:"
Timestamp
Represents a date/time object
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/DataSweep-h.html b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/DataSweep-h.html deleted file mode 100644 index b48cc1406..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/DataSweep-h.html +++ /dev/null @@ -1,93 +0,0 @@ - - -DataSweep.h - - - - - - - -
-
DataSweep
-
DataSweep
-

Represents 1 data sweep, including data for each channel, a timestamp, and a sample rate

-
- -
-
SamplingType
-
samplingType_NonSync

0 - NonSynchronized sampling type

samplingType_NonSync_Buffered

1 - Buffered NonSynchronized sampling type

samplingType_SyncSampling

2 - Synchronized Sampling sampling type

samplingType_SyncSampling_Burst

3 - Synchronized Sampling Burst sampling type

samplingType_AsyncDigital

4 - Asynchronous Digital sampling type

samplingType_AsyncDigitalAnalog

5 - Asynchronous Digital + Analog sampling type

samplingType_SHM

6 - Structural Health Monitoring type

samplingType_BeaconEcho

7 - Beacon Echo

samplingType_RfSweep

8 - RF Scan Sweep

samplingType_Diagnostic

9 - Diagnostic Packet

-
- -
-
DataSweep
-
DataSweep()
-

Creates a default constructed DataSweep.

-
- -
-
timestamp
-
const Timestamp& timestamp() const
-

Gets the timestamp of the sweep as a Timestamp

Returns

A Timestamp representing the timestamp of the sweep

-
- -
-
tick
-
uint32 tick() const
-

Gets the tick value of the sweep

Returns

The tick value of the sweep

-
- -
-
sampleRate
-
SampleRate sampleRate() const
-

Gets the sample rate of the sweep as a SampleRate

Returns

A SampleRate representing the sample rate of the sweep

-
- -
-
nodeAddress
-
NodeAddress nodeAddress() const
-

Gets the node address that this sweep is associated with

Returns

The node address this sweep is associated with

-
- -
-
data
-
const ChannelData& data() const
-

Gets the channel data in this sweep as a WirelessDataPoint::ChannelData container.

Returns

A WirelessDataPoint::ChannelData container holding the data for the sweep.

-
- -
-
samplingType
-
SamplingType samplingType() const
-

Gets the SamplingType for this sweep

Returns

A SamplingType enum representing the sampling type of this sweep

-
- -
-
nodeRssi
-
int16 nodeRssi() const
-

Gets the Node RSSI value that identifies the received signal strength at the Node

Returns

The Node RSSI value that identifies the received signal strength at the Node

-
- -
-
baseRssi
-
int16 baseRssi() const
-

Gets the Base Station RSSI value that identifies the received signal strength at the BaseStation for this sweep

Returns

The Base Station RSSI value that identifies the received signal strength at the Base Station for this sweep

-
- -
-
frequency
-
WirelessTypes::Frequency frequency() const
-

Gets the radio frequency that this DataSweep was collected on

Returns

A WirelessTypes::Frequency representing the radio frequency that this DataSweep was collected on

-
- -
-
calApplied
-
bool calApplied() const
-

Gets whether calibration coefficients have been applied to the data already.

Returns

true if the data already has cal coefficients applied to it, false if it does not have any cal coefficients applied.

-
- -
-
DataSweeps
-

Typedef for a vector of DataSweep objects.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/DatalogDownloader-h-Summary.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/DatalogDownloader-h-Summary.js deleted file mode 100644 index 24f1370a3..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/DatalogDownloader-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/DatalogDownloader.h","DatalogDownloader.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/DatalogDownloader.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"]],[[4295,0,0,"DatalogDownloader","DatalogDownloader"],[4296,0,1,"DatalogDownloader","DatalogDownloader.DatalogDownloader"],[4297,0,1,"DatalogDownloader","DatalogDownloader.DatalogDownloader(2)"],[4298,0,1,"complete","DatalogDownloader.complete"],[4299,0,1,"percentComplete","DatalogDownloader.percentComplete"],[4300,0,1,"getNextData","DatalogDownloader.getNextData"],[4301,0,1,"metaDataUpdated","DatalogDownloader.metaDataUpdated"],[4302,0,1,"calCoefficientsUpdated","DatalogDownloader.calCoefficientsUpdated"],[4303,0,1,"startOfSession","DatalogDownloader.startOfSession"],[4304,0,1,"sessionIndex","DatalogDownloader.sessionIndex"],[4305,0,1,"sampleRate","DatalogDownloader.sampleRate"],[4306,0,1,"userString","DatalogDownloader.userString"],[4307,0,1,"calCoefficients","DatalogDownloader.calCoefficients"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/DatalogDownloader-h-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/DatalogDownloader-h-SummaryToolTips.js deleted file mode 100644 index d10a7c96c..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/DatalogDownloader-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/DatalogDownloader.h",{4295:"
DatalogDownloader
Used to download logged data from a WirelessNode.
",4296:"
explicit DatalogDownloader(
const WirelessNode &node
)
Creates a DatalogDownloader object. Datalogging information will immediately be read from the Node.
",4297:"
DatalogDownloader(
const WirelessNode &node,
uint32 startAddress,
uint32 size
)
Advanced Constructor for creating a DatalogDownloader object with known parameters (not compatible with datalog version 1).  Note: In most cases, you should use the standard DatalogDownloader constructor instead of this one, which will automatically determine the start and end positions for you.
",4298:"
bool complete()
Checks if all of the data has been downloaded (no more data available).  Note: This may be updated each time getNextData is called.
",4299:"
float percentComplete() const
Gets the percent completion of the download.  Note: This will be updated each time getNextData is called.
",4300:"
LoggedDataSweep getNextData()
Gets the next LoggedDataSweep that is logged to the Node.
",4301:"
bool metaDataUpdated() const
Gets whether the any of the meta data (sample rate, cal coefficients, etc) has been updated since the last call to getNextData.  This will be true for a single LoggedDataSweep (after calling getNextData), signifying that you should interrogate all of the meta data on this DatalogDownloader object again to get updated information which may have changed.
",4302:"
bool calCoefficientsUpdated() const
Gets whether the calibration coefficients information has been updated since the last call to getNextData.  This will be true for a single LoggedDataSweep (after calling getNextData).
",4303:"
bool startOfSession() const
Gets whether a new datalogging session has been found (after calling getNextData). This will be true for a single LoggedDataSweep.  Note: May be changed whenever metaDataUpdated returns true.
",4304:"
uint16 sessionIndex() const
Gets the index of the current datalogging session.  Note: May be changed whenever startOfSession returns true.
",4305:"
const SampleRate& sampleRate() const
Gets the SampleRate of the current datalogging session.  Note: May be changed whenever metaDataUpdated returns true.
",4306:"
const std::string& userString() const
Gets the user entered string of the current datalogging session (if any).  Note: A user string can only be provided with Armed Datalogging, which is a legacy sampling mode not supported on new products.  Note: May be changed whenever metaDataUpdated returns true.
",4307:"
const ChannelCalMap& calCoefficients() const
Gets the <ChannelCalMap> of the current datalogging session.  Note: May be changed whenever metaDataUpdated returns true.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/DatalogDownloader-h-ToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/DatalogDownloader-h-ToolTips.js deleted file mode 100644 index 8843fda35..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/DatalogDownloader-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3865:"
WirelessNode
A class representing a MicroStrain wireless node
",4275:"
LoggedDataSweep
Represents 1 data sweep that was logged to a WirelessNode.
",4300:"
LoggedDataSweep getNextData()
Gets the next LoggedDataSweep that is logged to the Node.
",4301:"
bool metaDataUpdated() const
Gets whether the any of the meta data (sample rate, cal coefficients, etc) has been updated since the last call to getNextData.  This will be true for a single LoggedDataSweep (after calling getNextData), signifying that you should interrogate all of the meta data on this DatalogDownloader object again to get updated information which may have changed.
",4303:"
bool startOfSession() const
Gets whether a new datalogging session has been found (after calling getNextData). This will be true for a single LoggedDataSweep.  Note: May be changed whenever metaDataUpdated returns true.
",4308:"
CalCoefficients
Represents calibration coefficients that can be applied to a Wireless Node.
",4379:"
SampleRate
Represents a MicroStrain sample rate (rate at which data is sampling)
",4614:"
Error_NotSupported
A command/feature was attempted to be used that was not supported.
",4617:"
Error_NoData
There is no data available to be accessed
",4628:"
Error_NodeCommunication
The exception for failing to communicate with a WirelessNode.
",4632:"
Error_Connection
The generic connection exception.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/DatalogDownloader-h.html b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/DatalogDownloader-h.html deleted file mode 100644 index 100274542..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/DatalogDownloader-h.html +++ /dev/null @@ -1,89 +0,0 @@ - - -DatalogDownloader.h - - - - - - - -
-
DatalogDownloader
-
DatalogDownloader
-

Used to download logged data from a WirelessNode.

-
- -
-
DatalogDownloader
-
explicit DatalogDownloader(
const WirelessNode &node
)
-

Creates a DatalogDownloader object. Datalogging information will immediately be read from the Node.

Parameters
node
const WirelessNode&

The WirelessNode to download the data from.

Exceptions
-
- -
-
DatalogDownloader
-
DatalogDownloader(
const WirelessNode &node,
uint32 startAddress,
uint32 size
)
-

Advanced Constructor for creating a DatalogDownloader object with known parameters (not compatible with datalog version 1).  Note: In most cases, you should use the standard DatalogDownloader constructor instead of this one, which will automatically determine the start and end positions for you.

Parameters
node
const WirelessNode&

The WirelessNode to download the data from.

startAddress
uint32

The flash address of the first log header.

size
uint32

The max number of logged bytes.

Exceptions
-
- -
-
complete
-
bool complete()
-

Checks if all of the data has been downloaded (no more data available).  Note: This may be updated each time getNextData is called.

Returns

true if all the data has been downloaded, false if there is still more data to download.

-
- -
-
percentComplete
-
float percentComplete() const
-

Gets the percent completion of the download.  Note: This will be updated each time getNextData is called.

Returns
The percent completion of the download (0

100).

-
- -
-
getNextData
-
LoggedDataSweep getNextData()
-

Gets the next LoggedDataSweep that is logged to the Node.

Returns

A LoggedDataSweep containing the next data sweep that was logged to the Node.

Exceptions
-
- -
-
metaDataUpdated
-
bool metaDataUpdated() const
-

Gets whether the any of the meta data (sample rate, cal coefficients, etc) has been updated since the last call to getNextData.  This will be true for a single LoggedDataSweep (after calling getNextData), signifying that you should interrogate all of the meta data on this DatalogDownloader object again to get updated information which may have changed.

Returns

true if the meta data has been updated, false otherwise.

-
- -
-
calCoefficientsUpdated
-
bool calCoefficientsUpdated() const
-

Gets whether the calibration coefficients information has been updated since the last call to getNextData.  This will be true for a single LoggedDataSweep (after calling getNextData).

-
- -
-
startOfSession
-
bool startOfSession() const
-

Gets whether a new datalogging session has been found (after calling getNextData). This will be true for a single LoggedDataSweep.  Note: May be changed whenever metaDataUpdated returns true.

Returns

true if a new datalogging session has been found, false otherwise.

-
- -
-
sessionIndex
-
uint16 sessionIndex() const
-

Gets the index of the current datalogging session.  Note: May be changed whenever startOfSession returns true.

Returns

The index of the current datalogging session.

-
- -
-
sampleRate
-
const SampleRate& sampleRate() const
-

Gets the SampleRate of the current datalogging session.  Note: May be changed whenever metaDataUpdated returns true.

Returns

The SampleRate of the current datalogging session.

-
- -
-
userString
-
const std::string& userString() const
-

Gets the user entered string of the current datalogging session (if any).  Note: A user string can only be provided with Armed Datalogging, which is a legacy sampling mode not supported on new products.  Note: May be changed whenever metaDataUpdated returns true.

Returns

The user entered string of the current datalogging session, or an empty string if none was provided.

-
- -
-
calCoefficients
-
const ChannelCalMap& calCoefficients() const
-

Gets the <ChannelCalMap> of the current datalogging session.  Note: May be changed whenever metaDataUpdated returns true.

Returns

The <ChannelCalMap> of WirelessChannel::ChannelIds to CalCoefficients.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Features/BaseStationFeatures-h-Summary.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Features/BaseStationFeatures-h-Summary.js deleted file mode 100644 index b3b3baa0c..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Features/BaseStationFeatures-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Features/BaseStationFeatures.h","BaseStationFeatures.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Features/BaseStationFeatures.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"]],[[3011,0,0,"BaseStationFeatures","BaseStationFeatures"],[3012,0,1,"supportsTransmitPower","BaseStationFeatures.supportsTransmitPower"],[3013,0,1,"supportsCommunicationProtocol","BaseStationFeatures.supportsCommunicationProtocol"],[3014,0,1,"supportsButtons","BaseStationFeatures.supportsButtons"],[3015,0,1,"supportsAnalogPairing","BaseStationFeatures.supportsAnalogPairing"],[3016,0,1,"supportsBeaconStatus","BaseStationFeatures.supportsBeaconStatus"],[3017,0,1,"supportsRfSweepMode","BaseStationFeatures.supportsRfSweepMode"],[3018,0,1,"supportsCustomRfSweepMode","BaseStationFeatures.supportsCustomRfSweepMode"],[3019,0,1,"buttonCount","BaseStationFeatures.buttonCount"],[3020,0,1,"analogPortCount","BaseStationFeatures.analogPortCount"],[3021,0,1,"transmitPowers","BaseStationFeatures.transmitPowers"],[3022,0,1,"transmitPowers","BaseStationFeatures.transmitPowers(2)"],[3023,0,1,"commProtocols","BaseStationFeatures.commProtocols"],[3024,0,1,"maxTransmitPower","BaseStationFeatures.maxTransmitPower"],[3025,0,1,"minTransmitPower","BaseStationFeatures.minTransmitPower"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Features/BaseStationFeatures-h-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Features/BaseStationFeatures-h-SummaryToolTips.js deleted file mode 100644 index 2347c5ef5..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Features/BaseStationFeatures-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Features/BaseStationFeatures.h",{3011:"
BaseStationFeatures
Contains information on which features are supported by a BaseStation.
",3012:"
virtual bool supportsTransmitPower(
WirelessTypes::TransmitPower power,
WirelessTypes::CommProtocol commProtocol
) const
Checks if a WirelessTypes::TransmitPower is supported by this BaseStation.
",3013:"
virtual bool supportsCommunicationProtocol(
WirelessTypes::CommProtocol protocol
) const
Checks if a WirelessTypes::CommProtocol is supported by this BaseStation.
",3014:"
virtual bool supportsButtons() const
Checks if the BaseStation supports Button configuration.
",3015:"
virtual bool supportsAnalogPairing() const
Checks if the BaseStation supports Analog Pairing configuration.
",3016:"
virtual bool supportsBeaconStatus() const
Checks if the BaseStation supports the beaconStatus command.
",3017:"
virtual bool supportsRfSweepMode() const
Checks if the BaseStation supports RF Sweep Mode.  Note: This checks if the standard RF sweep mode across the BaseStation\'s supported operating frequencies is supported.  Use supportsCustomRfSweepMode to check if customizing the frequencies to be scanned is supported.
",3018:"
virtual bool supportsCustomRfSweepMode() const
Checks if the BaseStation supports the Custom RF Sweep Mode (providing custom frequency ranges).
",3019:"
virtual uint8 buttonCount() const
Gets the total number of buttons that are supported.
",3020:"
virtual uint8 analogPortCount() const
Gets the total number of analog ports that are supported.
",3021:"
virtual const WirelessTypes::TransmitPowers transmitPowers(
WirelessTypes::CommProtocol commProtocol
) const
Gets a list of the WirelessTypes::TransmitPowers that are supported by this BaseStation, for the specified WirelessTypes::CommProtocol.  Note: This list is dependent on the <WirelessTypes::RegionCode> of the device. If this changes, this function should be called again.
",3022:"
virtual const WirelessTypes::TransmitPowers transmitPowers(
WirelessTypes::RegionCode region,
WirelessTypes::CommProtocol commProtocol
) const
Gets a list of the WirelessTypes::TransmitPowers that are supported by this BaseStation, for the given <WirelessTypes::RegionCode> and WirelessTypes::CommProtocol.
",3023:"
virtual const WirelessTypes::CommProtocols commProtocols() const
Gets a list of WirelessTypes::CommProtocols that are supported by this BaseStation.
",3024:"
virtual WirelessTypes::TransmitPower maxTransmitPower(
WirelessTypes::RegionCode region,
WirelessTypes::CommProtocol commProtocol
) const
Gets the maximum WirelessTypes::TransmitPower that is supported for the given parameters.
",3025:"
virtual WirelessTypes::TransmitPower minTransmitPower(
WirelessTypes::RegionCode region,
WirelessTypes::CommProtocol commProtocol
) const
Gets the minimum WirelessTypes::TransmitPower that is supported for the given parameters.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Features/BaseStationFeatures-h-ToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Features/BaseStationFeatures-h-ToolTips.js deleted file mode 100644 index c7b932d0b..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Features/BaseStationFeatures-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3018:"
virtual bool supportsCustomRfSweepMode() const
Checks if the BaseStation supports the Custom RF Sweep Mode (providing custom frequency ranges).
",3325:"
Represents the transmit powers that can be used for Wireless Devices.
",3832:"
Available Communication Protocol types.
",4402:"
BaseStation
Represents a MicroStrain Base Station object
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Features/BaseStationFeatures-h.html b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Features/BaseStationFeatures-h.html deleted file mode 100644 index 035630b90..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Features/BaseStationFeatures-h.html +++ /dev/null @@ -1,101 +0,0 @@ - - -BaseStationFeatures.h - - - - - - - -
-
BaseStationFeatures
-
BaseStationFeatures
-

Contains information on which features are supported by a BaseStation.

-
- -
-
supportsTransmitPower
-
virtual bool supportsTransmitPower(
WirelessTypes::TransmitPower power,
WirelessTypes::CommProtocol commProtocol
) const
-

Checks if a WirelessTypes::TransmitPower is supported by this BaseStation.

Parameters
power
WirelessTypes::TransmitPower

The WirelessTypes::TransmitPower to check if supported.

commProtocol
WirelessTypes::CommProtocol

The WirelessTypes::CommProtocol to check if the transmit power is supported in.

Returns

true if the transmit power is supported, false otherwise.

-
- -
-
supportsCommunicationProtocol
-
virtual bool supportsCommunicationProtocol(
WirelessTypes::CommProtocol protocol
) const
-

Checks if a WirelessTypes::CommProtocol is supported by this BaseStation.

Parameters
protocol
WirelessTypes::CommProtocol

The WirelessTypes::CommProtocol to check if supported.

Returns

true if the protocol is supported, false otherwise.

-
- -
-
supportsButtons
-
virtual bool supportsButtons() const
-

Checks if the BaseStation supports Button configuration.

Returns

true if the BaseStation supports Button configuration, false otherwise.

-
- -
-
supportsAnalogPairing
-
virtual bool supportsAnalogPairing() const
-

Checks if the BaseStation supports Analog Pairing configuration.

Returns

true if the BaseStation supports Analog Pairing, false otherwise.

-
- -
-
supportsBeaconStatus
-
virtual bool supportsBeaconStatus() const
-

Checks if the BaseStation supports the beaconStatus command.

Returns

true if the BaseStation supports the beacon status command, false otherwise.

-
- -
-
supportsRfSweepMode
-
virtual bool supportsRfSweepMode() const
-

Checks if the BaseStation supports RF Sweep Mode.  Note: This checks if the standard RF sweep mode across the BaseStation's supported operating frequencies is supported.  Use supportsCustomRfSweepMode to check if customizing the frequencies to be scanned is supported.

Returns

true if the BaseStation supports RF Sweep Mode, false otherwise.

-
- -
-
supportsCustomRfSweepMode
-
virtual bool supportsCustomRfSweepMode() const
-

Checks if the BaseStation supports the Custom RF Sweep Mode (providing custom frequency ranges).

Returns

true if the BaseStation supports Custom RF Sweep Mode, false otherwise.

-
- -
-
buttonCount
-
virtual uint8 buttonCount() const
-

Gets the total number of buttons that are supported.

Returns

The total number of buttons that are supported.

-
- -
-
analogPortCount
-
virtual uint8 analogPortCount() const
-

Gets the total number of analog ports that are supported.

Returns

The total number of analog ports that are supported.

-
- -
-
transmitPowers
-
virtual const WirelessTypes::TransmitPowers transmitPowers(
WirelessTypes::CommProtocol commProtocol
) const
-

Gets a list of the WirelessTypes::TransmitPowers that are supported by this BaseStation, for the specified WirelessTypes::CommProtocol.  Note: This list is dependent on the <WirelessTypes::RegionCode> of the device. If this changes, this function should be called again.

Parameters
commProtocol
WirelessTypes::CommProtocol

The WirelessTypes::CommProtocol to get the transmit powers for.

Returns

A vector of WirelessTypes::TransmitPowers that are supported by this BaseStation.

-
- -
-
transmitPowers
-
virtual const WirelessTypes::TransmitPowers transmitPowers(
WirelessTypes::RegionCode region,
WirelessTypes::CommProtocol commProtocol
) const
-

Gets a list of the WirelessTypes::TransmitPowers that are supported by this BaseStation, for the given <WirelessTypes::RegionCode> and WirelessTypes::CommProtocol.

Parameters
region
WirelessTypes::RegionCode

The <WirelessTypes::RegionCode> to get the transmit powers for.

commProtocol
WirelessTypes::CommProtocol

The WirelessTypes::CommProtocol to get the transmit powers for.

Returns

A vector of WirelessTypes::TransmitPowers that are supported by this BaseStation.

-
- -
-
commProtocols
-
virtual const WirelessTypes::CommProtocols commProtocols() const
-

Gets a list of WirelessTypes::CommProtocols that are supported by this BaseStation.

Returns

A vector of WirelessTypes::CommProtocols that are supported by this BaseStation.

-
- -
-
maxTransmitPower
-
virtual WirelessTypes::TransmitPower maxTransmitPower(
WirelessTypes::RegionCode region,
WirelessTypes::CommProtocol commProtocol
) const
-

Gets the maximum WirelessTypes::TransmitPower that is supported for the given parameters.

Parameters
region
WirelessTypes::RegionCode

The <WirelessTypes::RegionCode> of the device.

commProtocol
WirelessTypes::CommProtocol

The WirelessTypes::CommProtocol of the device.

Returns

The max WirelessTypes::TransmitPower that is suppported for the given parameters.

-
- -
-
minTransmitPower
-
virtual WirelessTypes::TransmitPower minTransmitPower(
WirelessTypes::RegionCode region,
WirelessTypes::CommProtocol commProtocol
) const
-

Gets the minimum WirelessTypes::TransmitPower that is supported for the given parameters.

Parameters
region
WirelessTypes::RegionCode

The <WirelessTypes::RegionCode> of the device.

commProtocol
WirelessTypes::CommProtocol

The WirelessTypes::CommProtocol of the device.

Returns

The min WirelessTypes::TransmitPower that is suppported for the given parameters.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Features/ChannelGroup-h-Summary.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Features/ChannelGroup-h-Summary.js deleted file mode 100644 index a4670eb9a..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Features/ChannelGroup-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Features/ChannelGroup.h","ChannelGroup.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Features/ChannelGroup.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Types","Type"]],[[3003,0,0,"ChannelGroup","ChannelGroup"],[3004,0,1,"channels","ChannelGroup.channels"],[3005,0,1,"name","ChannelGroup.name"],[3006,0,1,"eepromLocation","ChannelGroup.eepromLocation"],[3007,0,1,"settings","ChannelGroup.settings"],[3008,0,1,"hasSetting","ChannelGroup.hasSetting"],[3009,0,1,"hasChannel","ChannelGroup.hasChannel"],[3010,0,2,"ChannelGroups","ChannelGroup.ChannelGroups"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Features/ChannelGroup-h-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Features/ChannelGroup-h-SummaryToolTips.js deleted file mode 100644 index 60f2cb651..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Features/ChannelGroup-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Features/ChannelGroup.h",{3003:"
ChannelGroup
Represents a group of channels that have combined settings.
",3004:"
const ChannelMask& channels() const
Gets the ChannelMask representing which channels are part of this group.
",3005:"
const std::string& name() const
Gets the name of the channel group.
",3006:"
uint16 eepromLocation(
WirelessTypes::ChannelGroupSetting setting
) const
Gets the eeprom location that the ChannelGroup uses for a specified setting.
",3007:"
const WirelessTypes::ChannelGroupSettings& settings() const
Gets the WirelessTypes::ChannelGroupSettings that this group supports.
",3008:"
bool hasSetting(
WirelessTypes::ChannelGroupSetting setting
) const
Helper function for quick check if setting is present in this channel group.
",3009:"
Helper function to check if this channel group has a specific setting and channel included in it.
",3010:"
A typedef for a vector of ChannelGroups.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Features/ChannelGroup-h-ToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Features/ChannelGroup-h-ToolTips.js deleted file mode 100644 index 7cfc7b404..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Features/ChannelGroup-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3003:"
ChannelGroup
Represents a group of channels that have combined settings.
",3575:"
The possible settings for ChannelGroups.
",4281:"
ChannelMask
Represents the channel mask (active and inactive channels) for a WirelessNode.
",4614:"
Error_NotSupported
A command/feature was attempted to be used that was not supported.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Features/ChannelGroup-h.html b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Features/ChannelGroup-h.html deleted file mode 100644 index e9459d2ca..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Features/ChannelGroup-h.html +++ /dev/null @@ -1,57 +0,0 @@ - - -ChannelGroup.h - - - - - - - -
-
ChannelGroup
-
ChannelGroup
-

Represents a group of channels that have combined settings.

-
- -
-
channels
-
const ChannelMask& channels() const
-

Gets the ChannelMask representing which channels are part of this group.

-
- -
-
name
-
const std::string& name() const
-

Gets the name of the channel group.

-
- -
-
eepromLocation
-
uint16 eepromLocation(
WirelessTypes::ChannelGroupSetting setting
) const
-

Gets the eeprom location that the ChannelGroup uses for a specified setting.

Parameters
setting
WirelessTypes::ChannelGroupSetting

The WirelessTypes::ChannelGroupSetting to find the eeprom location for.

Returns

The eeprom location for the specified setting.

Exceptions
-
- -
-
settings
-
const WirelessTypes::ChannelGroupSettings& settings() const
-

Gets the WirelessTypes::ChannelGroupSettings that this group supports.

Returns

The WirelessTypes::ChannelGroupSettings for this group.

-
- -
-
hasSetting
-
bool hasSetting(
WirelessTypes::ChannelGroupSetting setting
) const
-

Helper function for quick check if setting is present in this channel group.

Parameters
setting
WirelessTypes::ChannelGroupSetting

The WirelessTypes::ChannelGroupSetting to look for.

Returns

true if the ChannelGroup has the given setting, false otherwise.

-
- -
-
hasChannel
-

Helper function to check if this channel group has a specific setting and channel included in it.

Parameters
setting

The WirelessTypes::ChannelGroupSetting to look for.

channelNumber

The channel number (ch1 = 1, ch16 = 16) to check for.

Returns

true if the ChannelGroup has the given setting and channel, false otherwise.

-
- -
-
ChannelGroups
-

A typedef for a vector of ChannelGroups.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Features/NodeFeatures-h-Summary.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Features/NodeFeatures-h-Summary.js deleted file mode 100644 index 59a2afb34..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Features/NodeFeatures-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Features/NodeFeatures.h","NodeFeatures.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Features/NodeFeatures.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"]],[[3026,0,0,"NodeFeatures","NodeFeatures"],[3027,0,1,"normalizeNumSweeps","NodeFeatures.normalizeNumSweeps"],[3028,0,1,"normalizeTimeBetweenBursts","NodeFeatures.normalizeTimeBetweenBursts"],[3029,0,1,"channels","NodeFeatures.channels"],[3030,0,1,"channelGroups","NodeFeatures.channelGroups"],[3031,0,1,"channelType","NodeFeatures.channelType"],[3032,0,1,"supportsChannelSetting","NodeFeatures.supportsChannelSetting"],[3033,0,1,"supportsInputRange","NodeFeatures.supportsInputRange"],[3034,0,1,"supportsInputRange","NodeFeatures.supportsInputRange(2)"],[3035,0,1,"supportsHardwareOffset","NodeFeatures.supportsHardwareOffset"],[3036,0,1,"supportsAntiAliasingFilter","NodeFeatures.supportsAntiAliasingFilter"],[3037,0,1,"supportsLowPassFilter","NodeFeatures.supportsLowPassFilter"],[3038,0,1,"supportsHighPassFilter","NodeFeatures.supportsHighPassFilter"],[3039,0,1,"supportsGaugeFactor","NodeFeatures.supportsGaugeFactor"],[3040,0,1,"supportsGaugeResistance","NodeFeatures.supportsGaugeResistance"],[3041,0,1,"supportsNumActiveGauges","NodeFeatures.supportsNumActiveGauges"],[3042,0,1,"supportsLostBeaconTimeout","NodeFeatures.supportsLostBeaconTimeout"],[3043,0,1,"supportsPullUpResistor","NodeFeatures.supportsPullUpResistor"],[3044,0,1,"supportsFilterSettlingTime","NodeFeatures.supportsFilterSettlingTime"],[3045,0,1,"supportsThermocoupleType","NodeFeatures.supportsThermocoupleType"],[3046,0,1,"supportsTempSensorOptions","NodeFeatures.supportsTempSensorOptions"],[3047,0,1,"supportsDebounceFilter","NodeFeatures.supportsDebounceFilter"],[3048,0,1,"supportsFatigueConfig","NodeFeatures.supportsFatigueConfig"],[3049,0,1,"supportsYoungsModConfig","NodeFeatures.supportsYoungsModConfig"],[3050,0,1,"supportsPoissonsRatioConfig","NodeFeatures.supportsPoissonsRatioConfig"],[3051,0,1,"supportsFatigueDebugModeConfig","NodeFeatures.supportsFatigueDebugModeConfig"],[3052,0,1,"supportsFatigueModeConfig","NodeFeatures.supportsFatigueModeConfig"],[3053,0,1,"supportsHistogramConfig","NodeFeatures.supportsHistogramConfig"],[3054,0,1,"supportsHistogramRateConfig","NodeFeatures.supportsHistogramRateConfig"],[3055,0,1,"supportsHistogramEnableConfig","NodeFeatures.supportsHistogramEnableConfig"],[3056,0,1,"supportsActivitySense","NodeFeatures.supportsActivitySense"],[3057,0,1,"supportsAutoBalance","NodeFeatures.supportsAutoBalance"],[3058,0,1,"supportsLegacyShuntCal","NodeFeatures.supportsLegacyShuntCal"],[3059,0,1,"supportsAutoCal_shm","NodeFeatures.supportsAutoCal_shm"],[3060,0,1,"supportsAutoCal_shm201","NodeFeatures.supportsAutoCal_shm201"],[3061,0,1,"supportsAutoShuntCal","NodeFeatures.supportsAutoShuntCal"],[3062,0,1,"supportsGetFactoryCal","NodeFeatures.supportsGetFactoryCal"],[3063,0,1,"supportsLimitedDuration","NodeFeatures.supportsLimitedDuration"],[3064,0,1,"supportsEventTrigger","NodeFeatures.supportsEventTrigger"],[3065,0,1,"supportsDiagnosticInfo","NodeFeatures.supportsDiagnosticInfo"],[3066,0,1,"supportsLoggedData","NodeFeatures.supportsLoggedData"],[3067,0,1,"supportsPoll","NodeFeatures.supportsPoll"],[3068,0,1,"supportsSensorDelayConfig","NodeFeatures.supportsSensorDelayConfig"],[3069,0,1,"supportsSensorDelayAlwaysOn","NodeFeatures.supportsSensorDelayAlwaysOn"],[3070,0,1,"supportsSensorOutputMode","NodeFeatures.supportsSensorOutputMode"],[3071,0,1,"supportsCfcFilterConfiguration","NodeFeatures.supportsCfcFilterConfiguration"],[3072,0,1,"supportsChannel","NodeFeatures.supportsChannel"],[3073,0,1,"supportsSamplingMode","NodeFeatures.supportsSamplingMode"],[3074,0,1,"supportsSampleRate","NodeFeatures.supportsSampleRate"],[3075,0,1,"supportsCommunicationProtocol","NodeFeatures.supportsCommunicationProtocol"],[3076,0,1,"supportsDataFormat","NodeFeatures.supportsDataFormat"],[3077,0,1,"supportsDefaultMode","NodeFeatures.supportsDefaultMode"],[3078,0,1,"supportsDataCollectionMethod","NodeFeatures.supportsDataCollectionMethod"],[3079,0,1,"supportsTransmitPower","NodeFeatures.supportsTransmitPower"],[3080,0,1,"supportsDataMode","NodeFeatures.supportsDataMode"],[3081,0,1,"supportsTransducerType","NodeFeatures.supportsTransducerType"],[3082,0,1,"supportsFatigueMode","NodeFeatures.supportsFatigueMode"],[3083,0,1,"supportsInputRange","NodeFeatures.supportsInputRange(3)"],[3084,0,1,"supportsInputRange","NodeFeatures.supportsInputRange(4)"],[3085,0,1,"supportsCentisecondEventDuration","NodeFeatures.supportsCentisecondEventDuration"],[3086,0,1,"supportsGetDiagnosticInfo","NodeFeatures.supportsGetDiagnosticInfo"],[3087,0,1,"supportsNonSyncLogWithTimestamps","NodeFeatures.supportsNonSyncLogWithTimestamps"],[3088,0,1,"supportsDerivedCategory","NodeFeatures.supportsDerivedCategory"],[3089,0,1,"supportsRawDataMode","NodeFeatures.supportsRawDataMode"],[3090,0,1,"supportsDerivedDataMode","NodeFeatures.supportsDerivedDataMode"],[3091,0,1,"supportsDerivedVelocityUnitConfig","NodeFeatures.supportsDerivedVelocityUnitConfig"],[3092,0,1,"supportsExcitationVoltageConfig","NodeFeatures.supportsExcitationVoltageConfig"],[3093,0,1,"supportsLowBatteryThresholdConfig","NodeFeatures.supportsLowBatteryThresholdConfig"],[3094,0,1,"maxSampleRate","NodeFeatures.maxSampleRate"],[3095,0,1,"maxSampleRateForSettlingTime","NodeFeatures.maxSampleRateForSettlingTime"],[3096,0,1,"maxSampleRateForLowPassFilter","NodeFeatures.maxSampleRateForLowPassFilter"],[3097,0,1,"maxFilterSettlingTime","NodeFeatures.maxFilterSettlingTime"],[3098,0,1,"minInactivityTimeout","NodeFeatures.minInactivityTimeout"],[3099,0,1,"minLostBeaconTimeout","NodeFeatures.minLostBeaconTimeout"],[3100,0,1,"maxLostBeaconTimeout","NodeFeatures.maxLostBeaconTimeout"],[3101,0,1,"minCheckRadioInterval","NodeFeatures.minCheckRadioInterval"],[3102,0,1,"maxCheckRadioInterval","NodeFeatures.maxCheckRadioInterval"],[3103,0,1,"minSweeps","NodeFeatures.minSweeps"],[3104,0,1,"maxSweeps","NodeFeatures.maxSweeps"],[3105,0,1,"maxSweepsPerBurst","NodeFeatures.maxSweepsPerBurst"],[3106,0,1,"minTimeBetweenBursts","NodeFeatures.minTimeBetweenBursts"],[3107,0,1,"minSensorDelay","NodeFeatures.minSensorDelay"],[3108,0,1,"maxSensorDelay","NodeFeatures.maxSensorDelay"],[3109,0,1,"defaultSensorDelay","NodeFeatures.defaultSensorDelay"],[3110,0,1,"maxEventTriggerTotalDuration","NodeFeatures.maxEventTriggerTotalDuration"],[3111,0,1,"normalizeEventDuration","NodeFeatures.normalizeEventDuration"],[3112,0,1,"normalizeSensorDelay","NodeFeatures.normalizeSensorDelay"],[3113,0,1,"numDamageAngles","NodeFeatures.numDamageAngles"],[3114,0,1,"numSnCurveSegments","NodeFeatures.numSnCurveSegments"],[3115,0,1,"numEventTriggers","NodeFeatures.numEventTriggers"],[3116,0,1,"defaultModes","NodeFeatures.defaultModes"],[3117,0,1,"dataCollectionMethods","NodeFeatures.dataCollectionMethods"],[3118,0,1,"dataFormats","NodeFeatures.dataFormats"],[3119,0,1,"samplingModes","NodeFeatures.samplingModes"],[3120,0,1,"sampleRates","NodeFeatures.sampleRates"],[3121,0,1,"derivedDataRates","NodeFeatures.derivedDataRates"],[3122,0,1,"transmitPowers","NodeFeatures.transmitPowers"],[3123,0,1,"transmitPowers","NodeFeatures.transmitPowers(2)"],[3124,0,1,"commProtocols","NodeFeatures.commProtocols"],[3125,0,1,"sensorOutputModes","NodeFeatures.sensorOutputModes"],[3126,0,1,"cfcFilters","NodeFeatures.cfcFilters"],[3127,0,1,"histogramTransmitRates","NodeFeatures.histogramTransmitRates"],[3128,0,1,"fatigueModes","NodeFeatures.fatigueModes"],[3129,0,1,"antiAliasingFilters","NodeFeatures.antiAliasingFilters"],[3130,0,1,"lowPassFilters","NodeFeatures.lowPassFilters"],[3131,0,1,"highPassFilters","NodeFeatures.highPassFilters"],[3132,0,1,"storageLimitModes","NodeFeatures.storageLimitModes"],[3133,0,1,"inputRanges","NodeFeatures.inputRanges"],[3134,0,1,"inputRanges","NodeFeatures.inputRanges(2)"],[3135,0,1,"dataModes","NodeFeatures.dataModes"],[3136,0,1,"transducerTypes","NodeFeatures.transducerTypes"],[3137,0,1,"channelsPerDerivedCategory","NodeFeatures.channelsPerDerivedCategory"],[3138,0,1,"excitationVoltages","NodeFeatures.excitationVoltages"],[3139,0,1,"adcVoltageInputType","NodeFeatures.adcVoltageInputType"],[3140,0,1,"maxTransmitPower","NodeFeatures.maxTransmitPower"],[3141,0,1,"maxTransmitPower","NodeFeatures.maxTransmitPower(2)"],[3142,0,1,"minTransmitPower","NodeFeatures.minTransmitPower"],[3143,0,1,"minTransmitPower","NodeFeatures.minTransmitPower(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Features/NodeFeatures-h-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Features/NodeFeatures-h-SummaryToolTips.js deleted file mode 100644 index dde212e00..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Features/NodeFeatures-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Features/NodeFeatures.h",{3026:"
NodeFeatures
Contains information on which features are supported by a WirelessNode.
",3027:"
uint32 normalizeNumSweeps(
uint32 sweeps
) const
Normalizes the number of sweeps so that it is within range and a multiple of 100 (rounds up to next multiple).
",3028:"
TimeSpan normalizeTimeBetweenBursts(
const TimeSpan &time
) const
Normalizes a TimeSpan so that it is within an acceptable range for setting the timeBetweenBursts.  A valid range is between 1 second and 24 hours. Seconds above 32767 will be rounded to minutes.  When setting the time between bursts, you should also call minTimeBetweenBursts and verify it is greater than this.
",3029:"
const WirelessChannels& channels() const
Gets a reference to the WirelessChannels of this Node.
",3030:"
ChannelGroups channelGroups() const
Gets the ChannelGroups supported by this Node.
",3031:"
virtual WirelessTypes::ChannelType channelType(
uint8 channelNumber
) const
Gets the WirelessTypes::ChannelType for the requested channel number.
",3032:"
virtual bool supportsChannelSetting(
WirelessTypes::ChannelGroupSetting setting,
const ChannelMask &mask
) const
Checks if the Node supports a given WirelessTypes::ChannelGroupSetting for the given ChannelMask.
",3033:"
virtual bool supportsInputRange() const
Checks if the Node supports Input Range for any of its ChannelGroups.
",3034:"
virtual bool supportsInputRangePerExcitationVoltage() const
Checks if the Node supports Input Range for any of its ChannelGroups, and has different input ranges depending on a configurable excitation voltage.
",3035:"
virtual bool supportsHardwareOffset() const
Checks if the Node supports Hardware Offset for any of its ChannelGroups.
",3036:"
virtual bool supportsAntiAliasingFilter() const
Checks if the Node supports Anti-Aliasing Filter for any of its ChannelGroups.
",3037:"
virtual bool supportsLowPassFilter() const
Checks if the Node supports Low-Pass Filter for any of its ChannelGroups.
",3038:"
virtual bool supportsHighPassFilter() const
Checks if the Node supports High-Pass Filter for any of its ChannelGroups.
",3039:"
virtual bool supportsGaugeFactor() const
Checks if the Node supports Gauge Factor for any of its ChannelGroups.
",3040:"
virtual bool supportsGaugeResistance() const
Checks if the Node supports the Gauge Resistance option.
",3041:"
virtual bool supportsNumActiveGauges() const
Checks if the Node supports the Number of Active Gauges option.
",3042:"
virtual bool supportsLostBeaconTimeout() const
Checks if the Node supports the Lost Beacon Timeout option.
",3043:"
virtual bool supportsPullUpResistor() const
Checks if the Node supports the Pull-up Resistor option.
",3044:"
virtual bool supportsFilterSettlingTime() const
Checks if the Node supports Filter Settling Time for any of its ChannelGroups.
",3045:"
virtual bool supportsThermocoupleType() const
Checks if the Node supports the Thermocouple Type for any of its ChannelGroups.
",3046:"
virtual bool supportsTempSensorOptions() const
Checks if the Node supports the TempSensorOptions configuration for any of its ChannelGroups.
",3047:"
virtual bool supportsDebounceFilter() const
Checks if the Node supports the Debounce Filter configuration for any of its ChannelGroups.
",3048:"
virtual bool supportsFatigueConfig() const
Checks if the Node supports FatigueOptions configuration.
",3049:"
virtual bool supportsYoungsModConfig() const
Checks if the Node supports Young\'s Modulus (part of FatigueOptions) configuration.
",3050:"
virtual bool supportsPoissonsRatioConfig() const
Checks if the Node supports Poisson\'s Ratio (part of FatigueOptions) configuration.
",3051:"
virtual bool supportsFatigueDebugModeConfig() const
Checks if the Node supports enabling Debug Mode (part of FatigueOptions) configuration.
",3052:"
virtual bool supportsFatigueModeConfig() const
Checks if the Node supports Fatigue Mode (part of FatigueOptions) configuration.
",3053:"
virtual bool supportsHistogramConfig() const
Checks if the Node supports HistogramOptions configuration.
",3054:"
virtual bool supportsHistogramRateConfig() const
Checks if the Node supports Histogram transmit rate (part of HistogramOptions) configuration.
",3055:"
virtual bool supportsHistogramEnableConfig() const
Checks if the Node supports turning Histograms on and off (part of FatigueOptions).
",3056:"
virtual bool supportsActivitySense() const
Checks if the Node supports the ActivitySense feature.
",3057:"
virtual bool supportsAutoBalance() const
Checks if the Node supports the Auto Balance command for any of its ChannelGroups.
",3058:"
virtual bool supportsLegacyShuntCal() const
Checks if the Node supports the legacy Shunt Cal for any of its ChannelGroups.
",3059:"
virtual bool supportsAutoCal_shm() const
Checks if the Node supports the AutoCal SHM-Link command.
",3060:"
virtual bool supportsAutoCal_shm201() const
Checks if the Node supports the AutoCal SHM-Link-201 command.
",3061:"
virtual bool supportsAutoShuntCal() const
Checks if the Node supports AutoShuntCal on any of this ChannelGroups.
",3062:"
virtual bool supportsGetFactoryCal() const
Checks if the Node has factory calibrations stored for any of its ChannelGroups.
",3063:"
virtual bool supportsLimitedDuration() const
Checks if the Node supports setting a limited duration of sampling.
",3064:"
virtual bool supportsEventTrigger() const
Checks if the Node supports Event Trigger sampling.
",3065:"
virtual bool supportsDiagnosticInfo() const
Checks if the Node supports sending Diagnostic Info.
",3066:"
virtual bool supportsLoggedData() const
Checks if the Node supports logging to internal memory.
",3067:"
virtual bool supportsPoll() const
Checks if the Node supports the poll command.
",3068:"
virtual bool supportsSensorDelayConfig() const
Checks if the Node supports configuration of sensor delay.
",3069:"
virtual bool supportsSensorDelayAlwaysOn() const
Checks if the Node supports setting the sensor delay value to "Always On."
",3070:"
virtual bool supportsSensorOutputMode() const
Checks if the Node supports configuration of the Sensor Output Mode.
",3071:"
virtual bool supportsCfcFilterConfiguration() const
Checks if the Node supports configuration of the channel frequency class filter.
",3072:"
virtual bool supportsChannel(
uint8 channelNumber
) const
Checks if a specific channel is supported (can be enabled) by this Node.
",3073:"
virtual bool supportsSamplingMode(
WirelessTypes::SamplingMode samplingMode
) const
Checks if a WirelessTypes::SamplingMode is supported by this Node.
",3074:"
virtual bool supportsSampleRate(
WirelessTypes::WirelessSampleRate sampleRate,
WirelessTypes::SamplingMode samplingMode,
WirelessTypes::DataCollectionMethod dataCollectionMethod,
WirelessTypes::DataMode dataMode
) const
Checks if a sample rate is supported by the Node for the given WirelessTypes::SamplingMode.
",3075:"
virtual bool supportsCommunicationProtocol(
WirelessTypes::CommProtocol protocol
) const
Checks if a WirelessTypes::CommProtocol is supported by this Node.
",3076:"
virtual bool supportsDataFormat(
WirelessTypes::DataFormat dataFormat
) const
Checks if a WirelessTypes::DataFormat is supported by this Node.
",3077:"
virtual bool supportsDefaultMode(
WirelessTypes::DefaultMode mode
) const
Checks if a WirelessTypes::DefaultMode is supported by this Node.
",3078:"
virtual bool supportsDataCollectionMethod(
WirelessTypes::DataCollectionMethod collectionMethod
) const
Checks if a WirelessTypes::DataCollectionMethod is supported by this Node.
",3079:"
virtual bool supportsTransmitPower(
WirelessTypes::TransmitPower power,
WirelessTypes::CommProtocol commProtocol
) const
Checks if a WirelessTypes::TransmitPower is supported by this Node.
",3080:"
virtual bool supportsDataMode(
WirelessTypes::DataMode dataMode
) const
Checks if a WirelessTypes::DataMode is supported by this Node.
",3081:"
virtual bool supportsTransducerType(
WirelessTypes::TransducerType transducerType
) const
Checks if a WirelessTypes::TransducerType is supported by this Node.
",3082:"
virtual bool supportsFatigueMode(
WirelessTypes::FatigueMode mode
) const
Checks if a WirelessTypes::FatigueMode is supported by this Node.
",3083:"
virtual bool supportsInputRange(
WirelessTypes::InputRange range,
const ChannelMask &channels
) const
Checks if a WirelessTypes::InputRange is supported by this Node for the given ChannelMask.
",3084:"
virtual bool supportsInputRange(
WirelessTypes::InputRange range,
const ChannelMask &channels,
WirelessTypes::Voltage excitationVoltage
) const
Checks if a WirelessTypes::InputRange is supported by this Node for the given ChannelMask.
",3085:"
virtual bool supportsCentisecondEventDuration() const
Checks if the Node configures event duration in 10s of milliseconds or not.
",3086:"
virtual bool supportsGetDiagnosticInfo() const
Checks if the Node supports the Get Diagnostic Info command.
",3087:"
virtual bool supportsNonSyncLogWithTimestamps() const
Checks if the Node supports the version of Non-Sync Sampling that will add timestamps when logging.  If the Node does not support this, when downloading logged data from the Node, no timestamp information will be given.
",3088:"
virtual bool supportsDerivedCategory(
WirelessTypes::DerivedCategory category
) const
Checks if the Node supports a specific WirelessTypes::DerivedCategory.
",3089:"
virtual bool supportsRawDataMode() const
Checks if the Node supports any form of the Raw Data Mode (raw only, raw + derived, etc).
",3090:"
virtual bool supportsDerivedDataMode() const
Checks if the Node supports any form of the Derived Data Mode (derived only, raw + derived, etc).
",3091:"
virtual bool supportsDerivedVelocityUnitConfig() const
Checks if the Node supports configuration of the Derived Velocity Unit.
",3092:"
virtual bool supportsExcitationVoltageConfig() const
Checks if the Node supports configuration of its Excitation Voltage.
",3093:"
virtual bool supportsLowBatteryThresholdConfig() const
Checks if the Node supports configuration of its low battery threshold.
",3094:"
virtual WirelessTypes::WirelessSampleRate maxSampleRate(
WirelessTypes::SamplingMode samplingMode,
const ChannelMask &channels,
WirelessTypes::DataCollectionMethod dataCollectionMethod,
WirelessTypes::DataMode dataMode
) const
Gets the maximum SampleRate value that is supported by this Node with the given <SamplingMode>, ChannelMask, and WirelessTypes::DataCollectionMethod.
",3095:"
virtual WirelessTypes::WirelessSampleRate maxSampleRateForSettlingTime(
WirelessTypes::SettlingTime filterSettlingTime,
WirelessTypes::SamplingMode samplingMode,
WirelessTypes::DataCollectionMethod dataCollectionMethod,
WirelessTypes::DataMode dataMode
) const
Gets the maximum SampleRate value that is supported by this Node with the given WirelessTypes::SettlingTime.
",3096:"
virtual WirelessTypes::WirelessSampleRate maxSampleRateForLowPassFilter(
WirelessTypes::Filter lowPassFilter,
WirelessTypes::SamplingMode samplingMode,
WirelessTypes::DataCollectionMethod dataCollectionMethod,
WirelessTypes::DataMode dataMode,
const ChannelMask &channels
) const
Gets the maximum SampleRate value that is supported by this Node with the given Low Pass Filter.
",3097:"
virtual WirelessTypes::SettlingTime maxFilterSettlingTime(
const SampleRate &rate
) const
Gets the maximum WirelessTypes::SettlingTime available for the given SampleRate.
",3098:"
virtual uint16 minInactivityTimeout() const
Gets the minimum inactivity timeout (in seconds) that is supported.
",3099:"
virtual uint16 minLostBeaconTimeout() const
Gets the minimum lost beacon timeout (in minutes) that is supported.  Note: A value of 0 disable the lost beacon timeout.
",3100:"
virtual uint16 maxLostBeaconTimeout() const
Gets the maximum lost beacon timeout (in minutes) that is supported.
",3101:"
virtual uint8 minCheckRadioInterval() const
Gets the minimum check radio interval (in seconds) that is supported.
",3102:"
virtual uint8 maxCheckRadioInterval() const
Gets the maximum check radio interval (in seconds) that is supported.
",3103:"
virtual uint32 minSweeps() const
Gets the minimum number of sweeps that can be assigned for the duration of a continuous sampling session.
",3104:"
virtual uint32 maxSweeps(
WirelessTypes::SamplingMode samplingMode,
WirelessTypes::DataMode dataMode,
WirelessTypes::DataFormat dataFormat,
const ChannelMask &channels
) const
Gets the maximum number of sweeps that can be assigned for a given WirelessTypes::SamplingMode.  This is the duration of each burst if in Burst Sync Sampling mode, or the total duration of sampling in other sampling modes.
",3105:"
virtual uint32 maxSweepsPerBurst(
WirelessTypes::DataMode dataMode,
WirelessTypes::DataFormat dataFormat,
const ChannelMask &channels
) const
Gets the maximum number of sweeps per burst that can be assigned for a Burst Sync Sampling session.
",3106:"
virtual TimeSpan minTimeBetweenBursts(
WirelessTypes::DataMode dataMode,
WirelessTypes::DataFormat dataFormat,
const ChannelMask &rawChannels,
WirelessTypes::DerivedChannelMasks derivedChannelMasks,
const SampleRate &rawSampleRate,
uint32 sweepsPerBurst,
WirelessTypes::CommProtocol commProtocol
) const
Gets the minimum time that can be assigned for a Burst Sync Sampling session.
",3107:"
virtual const uint32 minSensorDelay() const
Gets the minimum sensor delay value (in microseconds) that is supported.
",3108:"
virtual const uint32 maxSensorDelay() const
Gets the maximum sensor delay value (in microseconds) that is supported.
",3109:"
virtual const uint32 defaultSensorDelay() const
Gets the default sensor delay value (in microseconds) that is supported.
",3110:"
virtual uint32 maxEventTriggerTotalDuration(
WirelessTypes::DataMode dataMode,
WirelessTypes::DataFormat dataFormat,
const ChannelMask &rawChannels,
WirelessTypes::DerivedChannelMasks derivedChannelMasks,
const SampleRate &rawSampleRate,
const SampleRate &derivedDataRate
) const
Gets the max event trigger duration (in milliseconds) that can be applied for both the pre and post event durations (combined).
",3111:"
virtual uint32 normalizeEventDuration(
uint32 duration
) const
Normalizes the Event Trigger duration so that it is an acceptable value.
",3112:"
virtual uint32 normalizeSensorDelay(
uint32 delay
) const
Normalizes the sensor delay so that it is an acceptable value.
",3113:"
virtual uint8 numDamageAngles() const
Gets the number of damage angles (see FatigueOptions) on this Node.
",3114:"
virtual uint8 numSnCurveSegments() const
Gets the number of Sn Curve segments (see FatigueOptions) on this Node.
",3115:"
virtual uint8 numEventTriggers() const
Gets the number of supported event triggers on this Node.
",3116:"
virtual const WirelessTypes::DefaultModes defaultModes() const
Gets a list of the WirelessTypes::DefaultModes that are supported by this Node.
",3117:"
virtual const WirelessTypes::DataCollectionMethods dataCollectionMethods() const
Gets a list of the WirelessTypes::DataCollectionMethods that are supported by this Node.
",3118:"
virtual const WirelessTypes::DataFormats dataFormats() const
Gets a list of the WirelessTypes::DataFormats that are supported by this Node.
",3119:"
virtual const WirelessTypes::SamplingModes samplingModes() const
Gets a list of the WirelessTypes::SamplingModes that are supported by this Node.
",3120:"
virtual const WirelessTypes::WirelessSampleRates sampleRates(
WirelessTypes::SamplingMode samplingMode,
WirelessTypes::DataCollectionMethod dataCollectionMethod,
WirelessTypes::DataMode dataMode
) const
Gets a list of the WirelessTypes::WirelessSampleRates that are supported by this Node for the given sampling mode.
",3121:"
virtual const WirelessTypes::WirelessSampleRates derivedDataRates() const
Gets a list of the WirelessTypes::WirelessSampleRates that are supported by this Node for Derived Channels.  These are the rates that the Derived Data will be calculated/sent. The standard sampleRates still apply in derived mode and control the sample rate of the raw channels used in the derived data calculations.
",3122:"
virtual const WirelessTypes::TransmitPowers transmitPowers(
WirelessTypes::CommProtocol commProtocol
) const
Gets a list of the WirelessTypes::TransmitPowers that are supported by this Node, for the given WirelessTypes::CommProtocol.  Note: This list is dependent on the <WirelessTypes::RegionCode> of the device. If this changes, this function should be called again.
",3123:"
virtual const WirelessTypes::TransmitPowers transmitPowers(
WirelessTypes::RegionCode region,
WirelessTypes::CommProtocol commProtocol
) const
Gets a list of the WirelessTypes::TransmitPowers that are supported by this Node, for the given <WirelessTypes::RegionCode> and WirelessTypes::CommProtocol.
",3124:"
virtual const WirelessTypes::CommProtocols commProtocols() const
Gets a list of WirelessTypes::CommProtocols that are supported by this Node.
",3125:"
virtual const WirelessTypes::SensorOutputModes sensorOutputModes() const
Gets a list of WirelessTypes::SensorOutputModes that are supported by this Node.
",3126:"
virtual const WirelessTypes::CfcFilters cfcFilters() const
Gets a list of WirelessTypes::ChannelFrequencyClass options that are supportedby this Node.
",3127:"
virtual const WirelessTypes::WirelessSampleRates histogramTransmitRates() const
Gets a list of the Histogram Transmit Rates that are supported by this Node.
",3128:"
virtual const WirelessTypes::FatigueModes fatigueModes() const
Gets a list of the WirelessTypes::FatigueModes that are supported by this Node.
",3129:"
virtual const WirelessTypes::Filters antiAliasingFilters() const
Gets a list of the Anti-Aliasing WirelessTypes::Filters that are supported by this Node.
",3130:"
virtual const WirelessTypes::Filters lowPassFilters() const
Gets a list of the Low-Pass WirelessTypes::Filters that are supported by this Node.
",3131:"
virtual const WirelessTypes::HighPassFilters highPassFilters() const
Gets a list of the High-Pass WirelessTypes::Filters that are supported by this Node.
",3132:"
virtual const WirelessTypes::StorageLimitModes storageLimitModes() const
Gets a list of the WirelessTypes::StorageLimitModes that are supported by this Node.
",3133:"
virtual const InputRanges inputRanges(
const ChannelMask &channels
) const
Gets a list of InputRanges that are supported by this Node for the specified channel mask.
",3134:"
virtual const InputRanges inputRanges(
const ChannelMask &channels,
WirelessTypes::Voltage excitationVoltage
) const
Gets a list of WirelessTypes::InputRanges that are supported by this Node for the specified channel mask, for the given Excitation WirelessTypes::Voltage.
",3135:"
virtual const WirelessTypes::DataModes dataModes() const
Gets a list of WirelessTypes::DataModes that are supported by this Node.
",3136:"
virtual const WirelessTypes::TransducerTypes transducerTypes() const
Gets a list of WirelessTypes::TransducerTypes that are supported by this Node.
",3137:"
virtual const WirelessTypes::DerivedChannelMasks channelsPerDerivedCategory() const
Gets a map of WirelessTypes::DerivedCategory to ChannelMasks that are supported by this Node.  The ChannelMask indicates the raw channels that are available for the derived category.
",3138:"
virtual const WirelessTypes::Voltages excitationVoltages() const
Gets a list of WirelessTypes::Voltages that are supported by the Node for configuration.
",3139:"
virtual const WirelessTypes::VoltageType adcVoltageInputType() const
Gets the input voltage type of the ADC for this node.
",3140:"
virtual WirelessTypes::TransmitPower maxTransmitPower(
WirelessTypes::RegionCode region,
WirelessTypes::CommProtocol commProtocol
) const
Gets the maximum WirelessTypes::TransmitPower that is supported for the given parameters.
",3141:"
virtual WirelessTypes::TransmitPower maxTransmitPower(
WirelessTypes::CommProtocol commProtocol
) const
Gets the maximum WirelessTypes::TransmitPower that is supported for the given parameters, using the Node\'s current region code.
",3142:"
virtual WirelessTypes::TransmitPower minTransmitPower(
WirelessTypes::RegionCode region,
WirelessTypes::CommProtocol commProtocol
) const
Gets the minimum WirelessTypes::TransmitPower that is supported for the given parameters.
",3143:"
virtual WirelessTypes::TransmitPower minTransmitPower(
WirelessTypes::CommProtocol commProtocol
) const
Gets the minimum WirelessTypes::TransmitPower that is supported for the given parameters, using the Node\'s current region code.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Features/NodeFeatures-h-ToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Features/NodeFeatures-h-ToolTips.js deleted file mode 100644 index 19589a23f..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Features/NodeFeatures-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2843:"
HistogramOptions
Contains all of the Histogram options that can be configured for a WirelessNode.
",2859:"
FatigueOptions
Contains all of the fatigue options that can be configured for a WirelessNode.
",2971:"
ActivitySense
Contains all of the ActivitySense options that can be configured for a WirelessNode.  Activity Sense is a power saving feature that allows a Node to be in a low-power state when no activity is suspected, and then immediately jump to its normal sampling state when a certain activity threshold is reached.
",3003:"
ChannelGroup
Represents a group of channels that have combined settings.
",3106:"
virtual TimeSpan minTimeBetweenBursts(
WirelessTypes::DataMode dataMode,
WirelessTypes::DataFormat dataFormat,
const ChannelMask &rawChannels,
WirelessTypes::DerivedChannelMasks derivedChannelMasks,
const SampleRate &rawSampleRate,
uint32 sweepsPerBurst,
WirelessTypes::CommProtocol commProtocol
) const
Gets the minimum time that can be assigned for a Burst Sync Sampling session.
",3120:"
virtual const WirelessTypes::WirelessSampleRates sampleRates(
WirelessTypes::SamplingMode samplingMode,
WirelessTypes::DataCollectionMethod dataCollectionMethod,
WirelessTypes::DataMode dataMode
) const
Gets a list of the WirelessTypes::WirelessSampleRates that are supported by this Node for the given sampling mode.
",3133:"
virtual const InputRanges inputRanges(
const ChannelMask &channels
) const
Gets a list of InputRanges that are supported by this Node for the specified channel mask.
",3280:"
Represents the types of data collection methods that can be performed on the Node.
",3284:"
Represents the types of data formats that Nodes can be configured to send when sampling.
",3294:"
Represents the types of sampling modes the Node can be in.
",3301:"
Represents the types of default modes the Node can have.  This is the mode the Node starts in, as well as the mode the node goes into after an inactivity timeout.
",3325:"
Represents the transmit powers that can be used for Wireless Devices.
",3456:"
Represents the types of channels on Wireless Nodes.
",3469:"
Represents the possible voltage input types
",3472:"
Represents the settling times used for thermocouple and voltage inputs on some Wireless Nodes.
",3485:"
Represents the Transducer types supported by some Wireless Nodes.
",3520:"
The possible sample rates that are available for Wireless Nodes.
",3575:"
The possible settings for ChannelGroups.
",3622:"
The different modes a Fatigue Node can operate in.
",3629:"
The filter options (used for anti-aliasing and low-pass filter)
",3669:"
The channel frequency class filter options.
",3673:"
The options available for configuring what happens when the storage limit is reached when logging to a Node.
",3676:"
The options available for input range on supported Nodes.
",3813:"
Available Data Modes.
",3818:"
Available Derived Channel Categories for configuration.
",3832:"
Available Communication Protocol types.
",3835:"
Available Voltages.
",3845:"
Available Sensor Output Modes.
",3862:"
Typedef for a map of <DerivedChannelOption> to ChannelMask pairs.
",3865:"
WirelessNode
A class representing a MicroStrain wireless node
",3964:"
WirelessChannel
Represents a channel on a WirelessNode. This can be used to gain information about the channel, view current settings that are applied, and update settings on the Node.
",4281:"
ChannelMask
Represents the channel mask (active and inactive channels) for a WirelessNode.
",4379:"
SampleRate
Represents a MicroStrain sample rate (rate at which data is sampling)
",4576:"
TimeSpan
Represents a range of time
",4614:"
Error_NotSupported
A command/feature was attempted to be used that was not supported.
",3002:"
NodeFeatures_200series
Contains information on which features are supported by a 200-series WirelessNode.  Inherits from NodeFeatures.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Features/NodeFeatures-h.html b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Features/NodeFeatures-h.html deleted file mode 100644 index c0c36a431..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Features/NodeFeatures-h.html +++ /dev/null @@ -1,719 +0,0 @@ - - -NodeFeatures.h - - - - - - - -
-
NodeFeatures
- -

Contains information on which features are supported by a WirelessNode.

-
- -
-
normalizeNumSweeps
-
uint32 normalizeNumSweeps(
uint32 sweeps
) const
-

Normalizes the number of sweeps so that it is within range and a multiple of 100 (rounds up to next multiple).

Parameters
sweeps
uint32

the value to normalize. This will be updated to hold the normalized result.

-
- -
-
normalizeTimeBetweenBursts
-
TimeSpan normalizeTimeBetweenBursts(
const TimeSpan &time
) const
-

Normalizes a TimeSpan so that it is within an acceptable range for setting the timeBetweenBursts.  A valid range is between 1 second and 24 hours. Seconds above 32767 will be rounded to minutes.  When setting the time between bursts, you should also call minTimeBetweenBursts and verify it is greater than this.

Parameters
time
const TimeSpan&

TimeSpan to normalize. This will be updated to hold the normalized result.

-
- -
-
channels
-
const WirelessChannels& channels() const
-

Gets a reference to the WirelessChannels of this Node.

Returns

A reference to the WirelessChannels of this Node.

-
- -
-
channelGroups
-
ChannelGroups channelGroups() const
-

Gets the ChannelGroups supported by this Node.

Returns

A ChannelGroups container containing each group supported by this Node.

-
- -
-
channelType
-
virtual WirelessTypes::ChannelType channelType(
uint8 channelNumber
) const
-

Gets the WirelessTypes::ChannelType for the requested channel number.

Parameters
channelNumber
uint8

The channel number to find the type for (ch1 = 1, ch8 = 8).

Returns

The WirelessTypes::ChannelType for the requested channel number.

Exceptions
-
- -
-
supportsChannelSetting
-
virtual bool supportsChannelSetting(
WirelessTypes::ChannelGroupSetting setting,
const ChannelMask &mask
) const
-

Checks if the Node supports a given WirelessTypes::ChannelGroupSetting for the given ChannelMask.

Parameters
setting
WirelessTypes::ChannelGroupSetting

The WirelessTypes::ChannelGroupSetting to check for.

mask
const ChannelMask&

The ChannelMask to check if the setting is supported for.

Returns

true if the WirelessTypes::ChannelGroupSetting is supported for the ChannelMask, false otherwise.

-
- -
-
supportsInputRange
-
virtual bool supportsInputRange() const
-

Checks if the Node supports Input Range for any of its ChannelGroups.

Returns

true if the Node supports Input Range for at least one ChannelGroup, false otherwise.

-
- -
-
supportsInputRange
-
virtual bool supportsInputRangePerExcitationVoltage() const
-

Checks if the Node supports Input Range for any of its ChannelGroups, and has different input ranges depending on a configurable excitation voltage.

Returns

true if the Node supports Input Range for at least one ChannelGroup, false otherwise.

-
- -
-
supportsHardwareOffset
-
virtual bool supportsHardwareOffset() const
-

Checks if the Node supports Hardware Offset for any of its ChannelGroups.

Returns

true if the Node supports Hardware Offset for at least one ChannelGroup, false otherwise.

-
- -
-
supportsAntiAliasingFilter
-
virtual bool supportsAntiAliasingFilter() const
-

Checks if the Node supports Anti-Aliasing Filter for any of its ChannelGroups.

Returns

true if the Node supports Anti-Aliasing Filter for at least one ChannelGroup, false otherwise.

-
- -
-
supportsLowPassFilter
-
virtual bool supportsLowPassFilter() const
-

Checks if the Node supports Low-Pass Filter for any of its ChannelGroups.

Returns

true if the Node supports Low-Pass Filter for at least one ChannelGroup, false otherwise.

-
- -
-
supportsHighPassFilter
-
virtual bool supportsHighPassFilter() const
-

Checks if the Node supports High-Pass Filter for any of its ChannelGroups.

Returns

true if the Node supports High-Pass Filter for at least one ChannelGroup, false otherwise.

-
- -
-
supportsGaugeFactor
-
virtual bool supportsGaugeFactor() const
-

Checks if the Node supports Gauge Factor for any of its ChannelGroups.

Returns

true if the Node support Gauge Factor for at least on ChannelGroup, false otherwise.

-
- -
-
supportsGaugeResistance
-
virtual bool supportsGaugeResistance() const
-

Checks if the Node supports the Gauge Resistance option.

Returns

true if the Node supports Gauge Resistance, false otherwise.

-
- -
-
supportsNumActiveGauges
-
virtual bool supportsNumActiveGauges() const
-

Checks if the Node supports the Number of Active Gauges option.

Returns

true if the Node supports the Number of Active Gauges option, false otherwise.

-
- -
-
supportsLostBeaconTimeout
-
virtual bool supportsLostBeaconTimeout() const
-

Checks if the Node supports the Lost Beacon Timeout option.

Returns

true if the Node supports Lost Beacon Timeout, false otherwise.

-
- -
-
supportsPullUpResistor
-
virtual bool supportsPullUpResistor() const
-

Checks if the Node supports the Pull-up Resistor option.

Returns

true if the Node supports Pull-up Registor, false otherwise.

-
- -
-
supportsFilterSettlingTime
-
virtual bool supportsFilterSettlingTime() const
-

Checks if the Node supports Filter Settling Time for any of its ChannelGroups.

Returns

true if the Node supports Filter Settling Time for at least one ChannelGroup, false otherwise.

-
- -
-
supportsThermocoupleType
-
virtual bool supportsThermocoupleType() const
-

Checks if the Node supports the Thermocouple Type for any of its ChannelGroups.

Returns

true if the Node supports Thermocouple Type for at least one ChannelGroup, false otherwise.

-
- -
-
supportsTempSensorOptions
-
virtual bool supportsTempSensorOptions() const
-

Checks if the Node supports the TempSensorOptions configuration for any of its ChannelGroups.

Returns

true if the Node supports TempSensorOptions configuration for at least one ChannelGroup, false otherwise.

-
- -
-
supportsDebounceFilter
-
virtual bool supportsDebounceFilter() const
-

Checks if the Node supports the Debounce Filter configuration for any of its ChannelGroups.

Returns

true if the Node supports Debounce Filter configuration for at least one ChannelGroup, false otherwise.

-
- -
-
supportsFatigueConfig
-
virtual bool supportsFatigueConfig() const
-

Checks if the Node supports FatigueOptions configuration.

Returns

true if the Node supports FatigueOptions, false otherwise.

-
- -
-
supportsYoungsModConfig
-
virtual bool supportsYoungsModConfig() const
-

Checks if the Node supports Young's Modulus (part of FatigueOptions) configuration.

Returns

true if the Node supports Young's Modulus configuration, false otherwise.

-
- -
-
supportsPoissonsRatioConfig
-
virtual bool supportsPoissonsRatioConfig() const
-

Checks if the Node supports Poisson's Ratio (part of FatigueOptions) configuration.

Returns

true if the Node supports Poisson's Ratio configuration, false otherwise.

-
- -
-
supportsFatigueDebugModeConfig
-
virtual bool supportsFatigueDebugModeConfig() const
-

Checks if the Node supports enabling Debug Mode (part of FatigueOptions) configuration.

Returns

true if the Node supports Debug Mode configuration, false otherwise.

-
- -
-
supportsFatigueModeConfig
-
virtual bool supportsFatigueModeConfig() const
-

Checks if the Node supports Fatigue Mode (part of FatigueOptions) configuration.

Returns

true if the Node supports Fatigue Mode configuration, false otherwise.

-
- -
-
supportsHistogramConfig
-
virtual bool supportsHistogramConfig() const
-

Checks if the Node supports HistogramOptions configuration.

Returns

true if the Node supports HistogramOptions, false otherwise.

-
- -
-
supportsHistogramRateConfig
-
virtual bool supportsHistogramRateConfig() const
-

Checks if the Node supports Histogram transmit rate (part of HistogramOptions) configuration.

Returns

true if the Node supports Histogram transmit rate configuration, false otherwise.

-
- -
-
supportsHistogramEnableConfig
-
virtual bool supportsHistogramEnableConfig() const
-

Checks if the Node supports turning Histograms on and off (part of FatigueOptions).

Returns

true if the Node supports turning Histograms on and off, false otherwise.

-
- -
-
supportsActivitySense
-
virtual bool supportsActivitySense() const
-

Checks if the Node supports the ActivitySense feature.

Returns

true if the Node supports ActivitySense and can be configured for it.

-
- -
-
supportsAutoBalance
-
virtual bool supportsAutoBalance() const
-

Checks if the Node supports the Auto Balance command for any of its ChannelGroups.

Returns

true if the Node supports Auto Balance for at least 1 ChannelGroup, false otherwise.

-
- -
-
supportsLegacyShuntCal
-
virtual bool supportsLegacyShuntCal() const
-

Checks if the Node supports the legacy Shunt Cal for any of its ChannelGroups.

Returns

true if the Node supports Shunt Cal for at least 1 ChannelGroup, false otherwise.

-
- -
-
supportsAutoCal_shm
-
virtual bool supportsAutoCal_shm() const
-

Checks if the Node supports the AutoCal SHM-Link command.

Returns

true if the Node supports the AutoCal SHM-Link command, false otherwise.

-
- -
-
supportsAutoCal_shm201
-
virtual bool supportsAutoCal_shm201() const
-

Checks if the Node supports the AutoCal SHM-Link-201 command.

Returns

true if the Node supports the AutoCal SHM-Link-201 command, false otherwise.

-
- -
-
supportsAutoShuntCal
-
virtual bool supportsAutoShuntCal() const
-

Checks if the Node supports AutoShuntCal on any of this ChannelGroups.

Returns

true if the Node supports Auto Shunt Cal for at least 1 ChannelGroup, false otherwise.

-
- -
-
supportsGetFactoryCal
-
virtual bool supportsGetFactoryCal() const
-

Checks if the Node has factory calibrations stored for any of its ChannelGroups.

Returns

true if the Node has factory calibration values for at least 1 ChannelGroup, false otherwise.

-
- -
-
supportsLimitedDuration
-
virtual bool supportsLimitedDuration() const
-

Checks if the Node supports setting a limited duration of sampling.

Returns

true if the Node supported limited duration, false if the Node only supports unlimited sampling.

-
- -
-
supportsEventTrigger
-
virtual bool supportsEventTrigger() const
-

Checks if the Node supports Event Trigger sampling.

Returns

true if the Node supports Event Trigger, false otherwise.

-
- -
-
supportsDiagnosticInfo
-
virtual bool supportsDiagnosticInfo() const
-

Checks if the Node supports sending Diagnostic Info.

Returns

true if the Node can be configured to send diagnostic info, false otherwise.

-
- -
-
supportsLoggedData
-
virtual bool supportsLoggedData() const
-

Checks if the Node supports logging to internal memory.

Returns

true if the Node can store logged data, false otherwise.

-
- -
-
supportsPoll
-
virtual bool supportsPoll() const
-

Checks if the Node supports the poll command.

Returns

true if the Node supporting the poll command, false otherwise.

-
- -
-
supportsSensorDelayConfig
-
virtual bool supportsSensorDelayConfig() const
-

Checks if the Node supports configuration of sensor delay.

Returns

true if the Node supports configuration of sensor delay, false otherwise.

-
- -
-
supportsSensorDelayAlwaysOn
-
virtual bool supportsSensorDelayAlwaysOn() const
-

Checks if the Node supports setting the sensor delay value to "Always On."

Returns

true if the Node supports setting the sensor delay to "Always On", false otherwise

-
- -
-
supportsSensorOutputMode
-
virtual bool supportsSensorOutputMode() const
-

Checks if the Node supports configuration of the Sensor Output Mode.

Returns

true if the Node supports setting the Sensor Output Mode, false otherwise

-
- -
-
supportsCfcFilterConfiguration
-
virtual bool supportsCfcFilterConfiguration() const
-

Checks if the Node supports configuration of the channel frequency class filter.

Returns

true if the Node supports setting the channel frequency class filter, false otherwise

-
- -
-
supportsChannel
-
virtual bool supportsChannel(
uint8 channelNumber
) const
-

Checks if a specific channel is supported (can be enabled) by this Node.

Parameters
channelNumber
uint8

The channel to check if it is supported.

Returns

true if the channel is supported, false otherwise.

-
- -
-
supportsSamplingMode
-
virtual bool supportsSamplingMode(
WirelessTypes::SamplingMode samplingMode
) const
-

Checks if a WirelessTypes::SamplingMode is supported by this Node.

Parameters
samplingMode
WirelessTypes::SamplingMode

The WirelessTypes::SamplingMode to check if supported.

Returns

true if the sampling mode is supported, false otherwise.

-
- -
-
supportsSampleRate
-
virtual bool supportsSampleRate(
WirelessTypes::WirelessSampleRate sampleRate,
WirelessTypes::SamplingMode samplingMode,
WirelessTypes::DataCollectionMethod dataCollectionMethod,
WirelessTypes::DataMode dataMode
) const
-

Checks if a sample rate is supported by the Node for the given WirelessTypes::SamplingMode.

Parameters
sampleRate
WirelessTypes::WirelessSampleRate

The WirelessTypes::WirelessSampleRate to check if supported.

samplingMode
WirelessTypes::SamplingMode

The WirelessTypes::SamplingMode to check if the sample rate is supported for.

dataCollectionMethod
WirelessTypes::DataCollectionMethod

The <WirelessTypes::DataCollectionMethod dataCollectionMethod> to check if the sample rate is supported for.

dataMode
WirelessTypes::DataMode

The WirelessTypes::DataMode to check if the sample rate is supported for

Returns

true if the sample rate is supported for the given sampling mode, false otherwise.

-
- -
-
supportsCommunicationProtocol
-
virtual bool supportsCommunicationProtocol(
WirelessTypes::CommProtocol protocol
) const
-

Checks if a WirelessTypes::CommProtocol is supported by this Node.

Parameters
protocol
WirelessTypes::CommProtocol

The WirelessTypes::CommProtocol to check if supported.

Returns

true if the protocol is supported, false otherwise.

-
- -
-
supportsDataFormat
-
virtual bool supportsDataFormat(
WirelessTypes::DataFormat dataFormat
) const
-

Checks if a WirelessTypes::DataFormat is supported by this Node.

Parameters
dataFormat
WirelessTypes::DataFormat

The WirelessTypes::DataFormat to check if supported.

Returns

true if the data format is supported, false otherwise.

-
- -
-
supportsDefaultMode
-
virtual bool supportsDefaultMode(
WirelessTypes::DefaultMode mode
) const
-

Checks if a WirelessTypes::DefaultMode is supported by this Node.

Parameters
mode
WirelessTypes::DefaultMode

The WirelessTypes::DefaultMode to check if supported.

Returns

true if the default is supported, false otherwise.

-
- -
-
supportsDataCollectionMethod
-
virtual bool supportsDataCollectionMethod(
WirelessTypes::DataCollectionMethod collectionMethod
) const
-

Checks if a WirelessTypes::DataCollectionMethod is supported by this Node.

Parameters
collectionMethod
WirelessTypes::DataCollectionMethod

The WirelessTypes::DataCollectionMethod to check if supported.

Returns

true if the data collection method is supported, false otherwise.

-
- -
-
supportsTransmitPower
-
virtual bool supportsTransmitPower(
WirelessTypes::TransmitPower power,
WirelessTypes::CommProtocol commProtocol
) const
-

Checks if a WirelessTypes::TransmitPower is supported by this Node.

Parameters
power
WirelessTypes::TransmitPower

The WirelessTypes::TransmitPower to check if supported.

commProtocol
WirelessTypes::CommProtocol

The WirelessTypes::CommProtocol to check if the power is supported in.

Returns

true if the transmit power is supported, false otherwise.

-
- -
-
supportsDataMode
-
virtual bool supportsDataMode(
WirelessTypes::DataMode dataMode
) const
-

Checks if a WirelessTypes::DataMode is supported by this Node.

Parameters
power

The WirelessTypes::DataMode to check if supported.

Returns

true if the data mode is supported, false otherwise.

-
- -
-
supportsTransducerType
-
virtual bool supportsTransducerType(
WirelessTypes::TransducerType transducerType
) const
-

Checks if a WirelessTypes::TransducerType is supported by this Node.

Parameters transducerType - The WirelessTypes::TransducerType to check if supported.

Returns

true if the transducer type is supported, false otherwise.

-
- -
-
supportsFatigueMode
-
virtual bool supportsFatigueMode(
WirelessTypes::FatigueMode mode
) const
-

Checks if a WirelessTypes::FatigueMode is supported by this Node.

Parameters
mode
WirelessTypes::FatigueMode

The WirelessTypes::FatigueMode to check if supported.

Returns

true if the fatigue mode is supported, false otherwise.

-
- -
-
supportsInputRange
-
virtual bool supportsInputRange(
WirelessTypes::InputRange range,
const ChannelMask &channels
) const
-

Checks if a WirelessTypes::InputRange is supported by this Node for the given ChannelMask.

Parameters
range
WirelessTypes::InputRange

The WirelessTypes::InputRange to check if supported.

channels
const ChannelMask&

The ChannelMask to check for.

Returns

true if the input range is supported, false if it is not.

-
- -
-
supportsInputRange
-
virtual bool supportsInputRange(
WirelessTypes::InputRange range,
const ChannelMask &channels,
WirelessTypes::Voltage excitationVoltage
) const
-

Checks if a WirelessTypes::InputRange is supported by this Node for the given ChannelMask.

Parameters
range
WirelessTypes::InputRange

The WirelessTypes::InputRange to check if supported.

channels
const ChannelMask&

The ChannelMask to check for.

excitationVoltage
WirelessTypes::Voltage

The Excitation WirelessTypes::Voltage to check for.

Returns

true if the input range is supported, false if it is not.

-
- -
-
supportsCentisecondEventDuration
-
virtual bool supportsCentisecondEventDuration() const
-

Checks if the Node configures event duration in 10s of milliseconds or not.

Returns

true if the Node uses 10s of milliseconds for event duration, false if it uses seconds for event duration.

-
- -
-
supportsGetDiagnosticInfo
-
virtual bool supportsGetDiagnosticInfo() const
-

Checks if the Node supports the Get Diagnostic Info command.

Returns

true if the Get Diagnostic Info command is supported, false if it is not.

-
- -
-
supportsNonSyncLogWithTimestamps
-
virtual bool supportsNonSyncLogWithTimestamps() const
-

Checks if the Node supports the version of Non-Sync Sampling that will add timestamps when logging.  If the Node does not support this, when downloading logged data from the Node, no timestamp information will be given.

Returns

true if the Node supports Non-Sync logging with timestamps.

-
- -
-
supportsDerivedCategory
-
virtual bool supportsDerivedCategory(
WirelessTypes::DerivedCategory category
) const
-

Checks if the Node supports a specific WirelessTypes::DerivedCategory.

Parameters
derivedChannelOption

The <WirelessTypes::DerivedChannelOption> to check if it is supported.

Returns

true if the specific derived channel is supported, false otherwise.

-
- -
-
supportsRawDataMode
-
virtual bool supportsRawDataMode() const
-

Checks if the Node supports any form of the Raw Data Mode (raw only, raw + derived, etc).

Returns

true if the Node supports any form of the Raw Data Mode.

-
- -
-
supportsDerivedDataMode
-
virtual bool supportsDerivedDataMode() const
-

Checks if the Node supports any form of the Derived Data Mode (derived only, raw + derived, etc).

Returns

true if the Node supports any form of the Derived Data Mode.

-
- -
-
supportsDerivedVelocityUnitConfig
-
virtual bool supportsDerivedVelocityUnitConfig() const
-

Checks if the Node supports configuration of the Derived Velocity Unit.

Returns

true if the Node supports configuration of the Derived Velocity unit, false otherwise.

-
- -
-
supportsExcitationVoltageConfig
-
virtual bool supportsExcitationVoltageConfig() const
-

Checks if the Node supports configuration of its Excitation Voltage.

Returns

true if the Node supports configuration of its Excitation Voltage, false otherwise.

-
- -
-
supportsLowBatteryThresholdConfig
-
virtual bool supportsLowBatteryThresholdConfig() const
-

Checks if the Node supports configuration of its low battery threshold.

Returns

true if the Node supports configuration of its low battery threshold, false otherwise.

-
- -
-
maxSampleRate
-
virtual WirelessTypes::WirelessSampleRate maxSampleRate(
WirelessTypes::SamplingMode samplingMode,
const ChannelMask &channels,
WirelessTypes::DataCollectionMethod dataCollectionMethod,
WirelessTypes::DataMode dataMode
) const
-

Gets the maximum SampleRate value that is supported by this Node with the given <SamplingMode>, ChannelMask, and WirelessTypes::DataCollectionMethod.

Parameters
samplingMode
WirelessTypes::SamplingMode

The WirelessTypes::SamplingMode to check the max sample rate for.

channels
const ChannelMask&

The ChannelMask to check the max sample rate for.

dataCollectionMethod
WirelessTypes::DataCollectionMethod

The WirelessTypes::DataCollectionMethod to check the max sample rate for.

dataMode
WirelessTypes::DataMode

The WirelessTypes::DataMode to check the max sample rate for.

Returns

The max WirelessTypes::WirelessSampleRate that is supported by this Node with the given WirelessTypes::SamplingMode and ChannelMask.

Exceptions
-
- -
-
maxSampleRateForSettlingTime
-
virtual WirelessTypes::WirelessSampleRate maxSampleRateForSettlingTime(
WirelessTypes::SettlingTime filterSettlingTime,
WirelessTypes::SamplingMode samplingMode,
WirelessTypes::DataCollectionMethod dataCollectionMethod,
WirelessTypes::DataMode dataMode
) const
-

Gets the maximum SampleRate value that is supported by this Node with the given WirelessTypes::SettlingTime.

Parameters
filterSettlingTime
WirelessTypes::SettlingTime

The WirelessTypes::SettlingTime to check the max sample rate for.

samplingMode
WirelessTypes::SamplingMode

The WirelessTypes::SamplingMode that the Node will be in for determining sample rates.

dataCollectionMethod
WirelessTypes::DataCollectionMethod

The WirelessTypes::DataCollectionMethod that the Node will be set for in determining sample rates.

dataMode
WirelessTypes::DataMode

The WirelessTypes::DataMode that the Node will be set for in determining sampling rates.

Returns

The max WirelessTypes::WirelessSampleRate that is supported by this Node with the given WirelessTypes::SettlingTime.

Exceptions
-
- -
-
maxSampleRateForLowPassFilter
-
virtual WirelessTypes::WirelessSampleRate maxSampleRateForLowPassFilter(
WirelessTypes::Filter lowPassFilter,
WirelessTypes::SamplingMode samplingMode,
WirelessTypes::DataCollectionMethod dataCollectionMethod,
WirelessTypes::DataMode dataMode,
const ChannelMask &channels
) const
-

Gets the maximum SampleRate value that is supported by this Node with the given Low Pass Filter.

Parameters
lowPassFilter
WirelessTypes::Filter

The WirelessTypes::Filter to check the max sample rate for.

samplingMode
WirelessTypes::SamplingMode

The WirelessTypes::SamplingMode that the Node will be in for determining sample rates.

dataCollectionMethod
WirelessTypes::DataCollectionMethod

The WirelessTypes::DataCollectionMethod that the Node will be set for in determining sample rates.

dataMode
WirelessTypes::DataMode

The WirelessTypes::DataMode that the Node will be set for in determining sampling rates.

channels
const ChannelMask&

A ChannelMask representing the active raw channels.

Returns

The max WirelessTypes::WirelessSampleRate that is supported by this Node with the given WirelessTypes::SettlingTime.

Exceptions

  • Error_NotSupported: The Low Pass Filter feature is not supported by this Node, or an invalid filter was used.

-
- -
-
maxFilterSettlingTime
-
virtual WirelessTypes::SettlingTime maxFilterSettlingTime(
const SampleRate &rate
) const
-

Gets the maximum WirelessTypes::SettlingTime available for the given SampleRate.

Parameters
rate
const SampleRate&

The SampleRate to check the max filter settling time for.

Returns

The max WirelessTypes::SettlingTime available.

Exceptions
-
- -
-
minInactivityTimeout
-
virtual uint16 minInactivityTimeout() const
-

Gets the minimum inactivity timeout (in seconds) that is supported.

Returns

The min inactivity timeout in seconds.

-
- -
-
minLostBeaconTimeout
-
virtual uint16 minLostBeaconTimeout() const
-

Gets the minimum lost beacon timeout (in minutes) that is supported.  Note: A value of 0 disable the lost beacon timeout.

Returns

The min lost beacon timeout in minutes.

-
- -
-
maxLostBeaconTimeout
-
virtual uint16 maxLostBeaconTimeout() const
-

Gets the maximum lost beacon timeout (in minutes) that is supported.

Returns

The max lost beacon timeout in minutes.

-
- -
-
minCheckRadioInterval
-
virtual uint8 minCheckRadioInterval() const
-

Gets the minimum check radio interval (in seconds) that is supported.

Returns

The min check radio interval in seconds.

-
- -
-
maxCheckRadioInterval
-
virtual uint8 maxCheckRadioInterval() const
-

Gets the maximum check radio interval (in seconds) that is supported.

Returns

The maximum check radio interval in seconds.

-
- -
-
minSweeps
-
virtual uint32 minSweeps() const
-

Gets the minimum number of sweeps that can be assigned for the duration of a continuous sampling session.

Returns

The minimum number of sweeps for a sampling session.

-
- -
-
maxSweeps
-
virtual uint32 maxSweeps(
WirelessTypes::SamplingMode samplingMode,
WirelessTypes::DataMode dataMode,
WirelessTypes::DataFormat dataFormat,
const ChannelMask &channels
) const
-

Gets the maximum number of sweeps that can be assigned for a given WirelessTypes::SamplingMode.  This is the duration of each burst if in Burst Sync Sampling mode, or the total duration of sampling in other sampling modes.

Parameters
samplingMode
WirelessTypes::SamplingMode

The WirelessTypes::SamplingMode of the sampling session.

dataMode
WirelessTypes::DataMode

The WirelessTypes::DataMode of the sampling session.

dataFormat
WirelessTypes::DataFormat

The WirelessTypes::DataFormat of the sampling session.

channels
const ChannelMask&

The ChannelMask of the raw channels for the sampling session.

Returns

The maximum number of sweeps, or sweeps per burst, for a sampling session.

-
- -
-
maxSweepsPerBurst
-
virtual uint32 maxSweepsPerBurst(
WirelessTypes::DataMode dataMode,
WirelessTypes::DataFormat dataFormat,
const ChannelMask &channels
) const
-

Gets the maximum number of sweeps per burst that can be assigned for a Burst Sync Sampling session.

Parameters
dataMode
WirelessTypes::DataMode

The WirelessTypes::DataMode of the sampling session.

dataFormat
WirelessTypes::DataFormat

The WirelessTypes::DataFormat of the sampling session.

channels
const ChannelMask&

The ChannelMask of the raw channels for the sampling session.

Returns

The maximum number of sweeps per burst for a Burst Sync Sampling session.

-
- -
-
minTimeBetweenBursts
-
virtual TimeSpan minTimeBetweenBursts(
WirelessTypes::DataMode dataMode,
WirelessTypes::DataFormat dataFormat,
const ChannelMask &rawChannels,
WirelessTypes::DerivedChannelMasks derivedChannelMasks,
const SampleRate &rawSampleRate,
uint32 sweepsPerBurst,
WirelessTypes::CommProtocol commProtocol
) const
-

Gets the minimum time that can be assigned for a Burst Sync Sampling session.

Parameters
dataMode
WirelessTypes::DataMode

The WirelessTypes::DataMode of the sampling session.

dataFormat
WirelessTypes::DataFormat

The WirelessTypes::DataFormat of the sampling session.

rawChannels
const ChannelMask&

The ChannelMask representing active raw channels for the sampling session.

derivedChannelMasks
WirelessTypes::DerivedChannelMasks

The WirelessTypes::DerivedChannelMasks containing ALL enabled derived channels for the sampling session.

rawSampleRate
const SampleRate&

The SampleRate of the raw channels for the sampling session.

sweepsPerBurst
uint32

The number of sweeps per burst for the sampling session.

commProtocol
WirelessTypes::CommProtocol

The WirelessTypes::CommProtocol that the Node will use for sampling.

Returns

A TimeSpan representing the minimum time that can be assigned for a Burst Sync Sampling session.

-
- -
-
minSensorDelay
-
virtual const uint32 minSensorDelay() const
-

Gets the minimum sensor delay value (in microseconds) that is supported.

Returns

The minimum sensor delay value, in microseconds.

Exceptions
-
- -
-
maxSensorDelay
-
virtual const uint32 maxSensorDelay() const
-

Gets the maximum sensor delay value (in microseconds) that is supported.

Returns

The maximum sensor delay value, in microseconds.

Exceptions
-
- -
-
defaultSensorDelay
-
virtual const uint32 defaultSensorDelay() const
-

Gets the default sensor delay value (in microseconds) that is supported.

Returns

The default sensor delay value, in microseconds.

Exceptions
-
- -
-
maxEventTriggerTotalDuration
-
virtual uint32 maxEventTriggerTotalDuration(
WirelessTypes::DataMode dataMode,
WirelessTypes::DataFormat dataFormat,
const ChannelMask &rawChannels,
WirelessTypes::DerivedChannelMasks derivedChannelMasks,
const SampleRate &rawSampleRate,
const SampleRate &derivedDataRate
) const
-

Gets the max event trigger duration (in milliseconds) that can be applied for both the pre and post event durations (combined).

Parameters
dataMode
WirelessTypes::DataMode

The WirelessTypes::DataMode of the sampling session.

dataFormat
WirelessTypes::DataFormat

The WirelessTypes::DataFormat of the sampling session.

rawChannels
const ChannelMask&

The ChannelMask representing active raw channels for the sampling session.

derivedChannelMasks
WirelessTypes::DerivedChannelMasks

The WirelessTypes::DerivedChannelMasks containing ALL enabled derived channels for the sampling session.

rawSampleRate
const SampleRate&

The raw SampleRate for the sampling session.

derivedSampleRate

The SampleRate representing the derived data rate for the sampling session.

Returns

The max event trigger total duration, in milliseconds.

-
- -
-
normalizeEventDuration
-
virtual uint32 normalizeEventDuration(
uint32 duration
) const
-

Normalizes the Event Trigger duration so that it is an acceptable value.

Parameters
duration
uint32

The pre or post duration (in milliseconds) to normalize.

Returns

The normalized event duration (in milliseconds) that can be stored on the Node.

-
- -
-
normalizeSensorDelay
-
virtual uint32 normalizeSensorDelay(
uint32 delay
) const
-

Normalizes the sensor delay so that it is an acceptable value.

Parameters
delay
uint32

The sensor delay (in microseconds) to normalize.

Returns

The normalized sensor delay (in microseconds) that can be stored on the Node.

Exceptions
-
- -
-
numDamageAngles
-
virtual uint8 numDamageAngles() const
-

Gets the number of damage angles (see FatigueOptions) on this Node.

Returns

The number of damage angles on this Node.

-
- -
-
numSnCurveSegments
-
virtual uint8 numSnCurveSegments() const
-

Gets the number of Sn Curve segments (see FatigueOptions) on this Node.

Returns

The number of Sn Curve segments on this Node.

-
- -
-
numEventTriggers
-
virtual uint8 numEventTriggers() const
-

Gets the number of supported event triggers on this Node.

Returns

The number of event triggers on this Node (0 if event sampling is not supported).

-
- -
-
defaultModes
-
virtual const WirelessTypes::DefaultModes defaultModes() const
-

Gets a list of the WirelessTypes::DefaultModes that are supported by this Node.

Returns

A vector of WirelessTypes::DefaultModes that are supported by this Node.

-
- -
-
dataCollectionMethods
-
virtual const WirelessTypes::DataCollectionMethods dataCollectionMethods() const
-

Gets a list of the WirelessTypes::DataCollectionMethods that are supported by this Node.

Returns

A vector of WirelessTypes::DataCollectionMethods that are supported by this Node.

-
- -
-
dataFormats
-
virtual const WirelessTypes::DataFormats dataFormats() const
-

Gets a list of the WirelessTypes::DataFormats that are supported by this Node.

Returns

A vector of WirelessTypes::DataFormats that are supported by this Node.

-
- -
-
samplingModes
-
virtual const WirelessTypes::SamplingModes samplingModes() const
-

Gets a list of the WirelessTypes::SamplingModes that are supported by this Node.

Returns

A vector of WirelessTypes::SamplingModes that are supported by this Node.

-
- -
-
sampleRates
-
virtual const WirelessTypes::WirelessSampleRates sampleRates(
WirelessTypes::SamplingMode samplingMode,
WirelessTypes::DataCollectionMethod dataCollectionMethod,
WirelessTypes::DataMode dataMode
) const
-

Gets a list of the WirelessTypes::WirelessSampleRates that are supported by this Node for the given sampling mode.

Parameters
samplingMode
WirelessTypes::SamplingMode

The WirelessTypes::SamplingMode to get the sample rates for.

dataCollectionMethod
WirelessTypes::DataCollectionMethod

The WirelessTypes::DataCollectionMethod to get the sample rates for.

dataMode
WirelessTypes::DataMode

The WirelessTypes::DataMode to get the sample rates for.

Returns

A vector of WirelessTypes::WirelessSampleRates that are supported by this Node for the given sampling mode and data collection method.

Exceptions
-
- -
-
derivedDataRates
-
virtual const WirelessTypes::WirelessSampleRates derivedDataRates() const
-

Gets a list of the WirelessTypes::WirelessSampleRates that are supported by this Node for Derived Channels.  These are the rates that the Derived Data will be calculated/sent. The standard sampleRates still apply in derived mode and control the sample rate of the raw channels used in the derived data calculations.

Returns

A vector of WirelessTypes::WirelessSampleRates that are supported by this Node for Derived Channels.

-
- -
-
transmitPowers
-
virtual const WirelessTypes::TransmitPowers transmitPowers(
WirelessTypes::CommProtocol commProtocol
) const
-

Gets a list of the WirelessTypes::TransmitPowers that are supported by this Node, for the given WirelessTypes::CommProtocol.  Note: This list is dependent on the <WirelessTypes::RegionCode> of the device. If this changes, this function should be called again.

Parameters
commProtocol
WirelessTypes::CommProtocol

The WirelessTypes::CommProtocol to get the transmit powers for.

Returns

A vector of WirelessTypes::TransmitPowers that are supported by this Node.

-
- -
-
transmitPowers
-
virtual const WirelessTypes::TransmitPowers transmitPowers(
WirelessTypes::RegionCode region,
WirelessTypes::CommProtocol commProtocol
) const
-

Gets a list of the WirelessTypes::TransmitPowers that are supported by this Node, for the given <WirelessTypes::RegionCode> and WirelessTypes::CommProtocol.

Parameters
region
WirelessTypes::RegionCode

The <WirelessTypes::RegionCode> to get the transmit powers for.

commProtocol
WirelessTypes::CommProtocol

The WirelessTypes::CommProtocol to get the transmit powers for.

Returns

A vector of WirelessTypes::TransmitPowers that are supported by this Node.

-
- -
-
commProtocols
-
virtual const WirelessTypes::CommProtocols commProtocols() const
-

Gets a list of WirelessTypes::CommProtocols that are supported by this Node.

Returns

A vector of WirelessTypes::CommProtocols that are supported by this Node.

-
- -
-
sensorOutputModes
-
virtual const WirelessTypes::SensorOutputModes sensorOutputModes() const
-

Gets a list of WirelessTypes::SensorOutputModes that are supported by this Node.

Returns

A vector of WirelessTypes::SensorOutputModes that are supported by this Node.

-
- -
-
cfcFilters
-
virtual const WirelessTypes::CfcFilters cfcFilters() const
-

Gets a list of WirelessTypes::ChannelFrequencyClass options that are supportedby this Node.

Returns

A vector of WirelessTypes::ChannelFrequencyClass options that are supported by this Node.

-
- -
-
histogramTransmitRates
-
virtual const WirelessTypes::WirelessSampleRates histogramTransmitRates() const
-

Gets a list of the Histogram Transmit Rates that are supported by this Node.

Returns

A vector of WirelessTypes::WirelessSampleRates representing the Histogram Transmit Rates that are supported by this Node.

-
- -
-
fatigueModes
-
virtual const WirelessTypes::FatigueModes fatigueModes() const
-

Gets a list of the WirelessTypes::FatigueModes that are supported by this Node.

Returns

A vector of WirelessTypes::FatigueModes supported by the Node.

-
- -
-
antiAliasingFilters
-
virtual const WirelessTypes::Filters antiAliasingFilters() const
-

Gets a list of the Anti-Aliasing WirelessTypes::Filters that are supported by this Node.

Returns

A vector of Anti-Aliasing WirelessTypes::Filters supported by the Node.

-
- -
-
lowPassFilters
-
virtual const WirelessTypes::Filters lowPassFilters() const
-

Gets a list of the Low-Pass WirelessTypes::Filters that are supported by this Node.

Returns

A vector of Low-Pass WirelessTypes::Filters supported by the Node.

-
- -
-
highPassFilters
-
virtual const WirelessTypes::HighPassFilters highPassFilters() const
-

Gets a list of the High-Pass WirelessTypes::Filters that are supported by this Node.

Returns

A vector of <WirelesTypes::HighPassFilters> supported by the Node.

-
- -
-
storageLimitModes
-
virtual const WirelessTypes::StorageLimitModes storageLimitModes() const
-

Gets a list of the WirelessTypes::StorageLimitModes that are supported by this Node.

Returns

A vector of WirelessTypes::StorageLimitModes supported by the Node.

-
- -
-
inputRanges
-
virtual const InputRanges inputRanges(
const ChannelMask &channels
) const
-

Gets a list of InputRanges that are supported by this Node for the specified channel mask.

Parameters
channels
const ChannelMask&

The ChannelMask of the channel group to get the supported input ranges for.

Returns

A vector of InputRanges that are supported by this Node.

-
- -
-
inputRanges
-
virtual const InputRanges inputRanges(
const ChannelMask &channels,
WirelessTypes::Voltage excitationVoltage
) const
-

Gets a list of WirelessTypes::InputRanges that are supported by this Node for the specified channel mask, for the given Excitation WirelessTypes::Voltage.

Parameters
channels
const ChannelMask&

The ChannelMask of the channel group to get the supported input ranges for.

excitationVoltage
WirelessTypes::Voltage

The Excitation WirelessTypes::Voltage to get the input ranges for.

Returns

A vector of InputRanges that are supported by this Node.

-
- -
-
dataModes
-
virtual const WirelessTypes::DataModes dataModes() const
-

Gets a list of WirelessTypes::DataModes that are supported by this Node.

Returns

A vector of WirelessTypes::DataModes supported by the Node.

-
- -
-
transducerTypes
-
virtual const WirelessTypes::TransducerTypes transducerTypes() const
-

Gets a list of WirelessTypes::TransducerTypes that are supported by this Node.

Returns

A vector of WirelessTypes::TransducerTypes supported by the Node.

-
- -
-
channelsPerDerivedCategory
-
virtual const WirelessTypes::DerivedChannelMasks channelsPerDerivedCategory() const
-

Gets a map of WirelessTypes::DerivedCategory to ChannelMasks that are supported by this Node.  The ChannelMask indicates the raw channels that are available for the derived category.

Returns

A WirelessTypes::DerivedChannelMasks map of WirelessTypes::DerivedCategory to supported ChannelMasks.

-
- -
-
excitationVoltages
-
virtual const WirelessTypes::Voltages excitationVoltages() const
-

Gets a list of WirelessTypes::Voltages that are supported by the Node for configuration.

Returns

A vector of WirelessTypes::Voltages supported by the Node for configuration

-
- -
-
adcVoltageInputType
-
virtual const WirelessTypes::VoltageType adcVoltageInputType() const
-

Gets the input voltage type of the ADC for this node.

Returns

The WirelessTypes::VoltageType that represents the structure of the node's ADC.

-
- -
-
maxTransmitPower
-
virtual WirelessTypes::TransmitPower maxTransmitPower(
WirelessTypes::RegionCode region,
WirelessTypes::CommProtocol commProtocol
) const
-

Gets the maximum WirelessTypes::TransmitPower that is supported for the given parameters.

Parameters
region
WirelessTypes::RegionCode

The <WirelessTypes::RegionCode> of the device.

commProtocol
WirelessTypes::CommProtocol

The WirelessTypes::CommProtocol of the device.

Returns

The max WirelessTypes::TransmitPower that is suppported for the given parameters.

-
- -
-
maxTransmitPower
-
virtual WirelessTypes::TransmitPower maxTransmitPower(
WirelessTypes::CommProtocol commProtocol
) const
-

Gets the maximum WirelessTypes::TransmitPower that is supported for the given parameters, using the Node's current region code.

Parameters
commProtocol
WirelessTypes::CommProtocol

The WirelessTypes::CommProtocol of the device.

Returns

The max WirelessTypes::TransmitPower that is suppported for the given parameters, and the Node's current region code.

-
- -
-
minTransmitPower
-
virtual WirelessTypes::TransmitPower minTransmitPower(
WirelessTypes::RegionCode region,
WirelessTypes::CommProtocol commProtocol
) const
-

Gets the minimum WirelessTypes::TransmitPower that is supported for the given parameters.

Parameters
region
WirelessTypes::RegionCode

The <WirelessTypes::RegionCode> of the device.

commProtocol
WirelessTypes::CommProtocol

The WirelessTypes::CommProtocol of the device.

Returns

The min WirelessTypes::TransmitPower that is suppported for the given parameters.

-
- -
-
minTransmitPower
-
virtual WirelessTypes::TransmitPower minTransmitPower(
WirelessTypes::CommProtocol commProtocol
) const
-

Gets the minimum WirelessTypes::TransmitPower that is supported for the given parameters, using the Node's current region code.

Parameters
commProtocol
WirelessTypes::CommProtocol

The WirelessTypes::CommProtocol of the device.

Returns

The min WirelessTypes::TransmitPower that is suppported for the given parameters, and the Node's current region code.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_200series-h-Summary.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_200series-h-Summary.js deleted file mode 100644 index ca973cefd..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_200series-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_200series.h","NodeFeatures_200series.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_200series.h",[["C/C++","C"]],[["Classes","Class"]],[[3002,0,0,"NodeFeatures_200series","NodeFeatures_200series"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_200series-h-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_200series-h-SummaryToolTips.js deleted file mode 100644 index 294936a82..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_200series-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_200series.h",{3002:"
NodeFeatures_200series
Contains information on which features are supported by a 200-series WirelessNode.  Inherits from NodeFeatures.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_200series-h-ToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_200series-h-ToolTips.js deleted file mode 100644 index 33f347b9e..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_200series-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3026:"
NodeFeatures
Contains information on which features are supported by a WirelessNode.
",3865:"
WirelessNode
A class representing a MicroStrain wireless node
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_200series-h.html b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_200series-h.html deleted file mode 100644 index 4173d3d6d..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_200series-h.html +++ /dev/null @@ -1,17 +0,0 @@ - - -NodeFeatures_200series.h - - - - - - - -
-
NodeFeatures_200series
-
public
NodeFeatures
NodeFeatures_200series
-

Contains information on which features are supported by a 200-series WirelessNode.  Inherits from NodeFeatures.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/LoggedDataSweep-h-Summary.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/LoggedDataSweep-h-Summary.js deleted file mode 100644 index 366cd0f61..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/LoggedDataSweep-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/LoggedDataSweep.h","LoggedDataSweep.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/LoggedDataSweep.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Types","Type"]],[[4275,0,0,"LoggedDataSweep","LoggedDataSweep"],[4276,0,1,"timestamp","LoggedDataSweep.timestamp"],[4277,0,1,"tick","LoggedDataSweep.tick"],[4278,0,1,"data","LoggedDataSweep.data"],[4279,0,1,"calApplied","LoggedDataSweep.calApplied"],[4280,0,2,"LoggedDataSweeps","LoggedDataSweep.LoggedDataSweeps"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/LoggedDataSweep-h-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/LoggedDataSweep-h-SummaryToolTips.js deleted file mode 100644 index dd776769e..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/LoggedDataSweep-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/LoggedDataSweep.h",{4275:"
LoggedDataSweep
Represents 1 data sweep that was logged to a WirelessNode.
",4276:"
Timestamp timestamp() const
Gets the timestamp of the sweep as a Timestamp
",4277:"
uint64 tick() const
Gets the tick value of the sweep
",4278:"
const ChannelData& data() const
Gets the channel data in this sweep as a WirelessDataPoint::ChannelData container.
",4279:"
bool calApplied() const
Gets whether calibration coefficients have been applied to the data already.
",4280:"
Typedef for a vector of LoggedDataSweep objects.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/LoggedDataSweep-h-ToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/LoggedDataSweep-h-ToolTips.js deleted file mode 100644 index 60224daae..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/LoggedDataSweep-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3265:"
A typedef for a collection (vector) of WirelessDataPoints
",3865:"
WirelessNode
A class representing a MicroStrain wireless node
",4275:"
LoggedDataSweep
Represents 1 data sweep that was logged to a WirelessNode.
",4554:"
Timestamp
Represents a date/time object
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/LoggedDataSweep-h.html b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/LoggedDataSweep-h.html deleted file mode 100644 index 1c11b6414..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/LoggedDataSweep-h.html +++ /dev/null @@ -1,46 +0,0 @@ - - -LoggedDataSweep.h - - - - - - - -
-
LoggedDataSweep
-
LoggedDataSweep
-

Represents 1 data sweep that was logged to a WirelessNode.

-
- -
-
timestamp
-
Timestamp timestamp() const
-

Gets the timestamp of the sweep as a Timestamp

Returns

A Timestamp representing the timestamp of the sweep

-
- -
-
tick
-
uint64 tick() const
-

Gets the tick value of the sweep

Returns

The tick value of the sweep

-
- -
-
data
-
const ChannelData& data() const
-

Gets the channel data in this sweep as a WirelessDataPoint::ChannelData container.

Returns

A WirelessDataPoint::ChannelData container holding the data for the sweep.

-
- -
-
calApplied
-
bool calApplied() const
-

Gets whether calibration coefficients have been applied to the data already.

Returns

true if the data already has cal coefficients applied to it, false if it does not have any cal coefficients applied.

-
- -
-
LoggedDataSweeps
-

Typedef for a vector of LoggedDataSweep objects.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/NodeDiscovery-h-Summary.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/NodeDiscovery-h-Summary.js deleted file mode 100644 index 21ad6449f..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/NodeDiscovery-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/NodeDiscovery.h","NodeDiscovery.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/NodeDiscovery.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Types","Type"]],[[4260,0,0,"NodeDiscovery","NodeDiscovery"],[4261,0,1,"nodeAddress","NodeDiscovery.nodeAddress"],[4262,0,1,"frequency","NodeDiscovery.frequency"],[4263,0,1,"panId","NodeDiscovery.panId"],[4264,0,1,"model","NodeDiscovery.model"],[4265,0,1,"serialNumber","NodeDiscovery.serialNumber"],[4266,0,1,"firmwareVersion","NodeDiscovery.firmwareVersion"],[4267,0,1,"defaultMode","NodeDiscovery.defaultMode"],[4268,0,1,"builtInTestResult","NodeDiscovery.builtInTestResult"],[4269,0,1,"communicationProtocol","NodeDiscovery.communicationProtocol"],[4270,0,1,"asppVersion_lxrs","NodeDiscovery.asppVersion_lxrs"],[4271,0,1,"asppVersion_lxrsPlus","NodeDiscovery.asppVersion_lxrsPlus"],[4272,0,1,"baseRssi","NodeDiscovery.baseRssi"],[4273,0,1,"timestamp","NodeDiscovery.timestamp"],[4274,0,2,"NodeDiscoveries","NodeDiscovery.NodeDiscoveries"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/NodeDiscovery-h-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/NodeDiscovery-h-SummaryToolTips.js deleted file mode 100644 index 3d57a9aef..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/NodeDiscovery-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/NodeDiscovery.h",{4260:"
NodeDiscovery
Represents 1 node discovery, which is created when a Wireless Node Discovery packet is sent from a Node.  Note: There are multiple versions of Node Discovery packets which have been developed over time.  Each version has added more useful information. If an earlier version of the Node Discovery packet is heard, this NodeDiscovery object will have some information be invalid (set to default values).
",4261:"
NodeAddress nodeAddress() const
Gets the node address of the discovered Node.
",4262:"
WirelessTypes::Frequency frequency() const
Gets the WirelessTypes::Frequency of the discovered Node.
",4263:"
uint16 panId() const
Gets the PAN Id of the discovered Node.  Note: Returns 0 if not present in the packet.
",4264:"
WirelessModels::NodeModel model() const
Gets the model of the discovered Node.
",4265:"
uint32 serialNumber() const
Gets the serial number of the discovered Node.  Note: Returns 0 if not present in the packet.
",4266:"
Version firmwareVersion() const
Gets the firmware version of the discovered Node.  Note: Returns 0.0.0 if not present in the packet.
",4267:"
WirelessTypes::DefaultMode defaultMode() const
Gets the WirelessTypes::DefaultMode of the discovered Node.  Note: Returns 999 if not present in the packet.
",4268:"
uint32 builtInTestResult() const
Gets the result bitmask of the built in test.
",4269:"
WirelessTypes::CommProtocol communicationProtocol() const
Gets the WirelessTypes::CommProtocol of the discovered Node.
",4270:"
Version asppVersion_lxrs() const
Gets the ASPP protocol Version of the Node when it is in LXRS RadioMode.
",4271:"
Version asppVersion_lxrsPlus() const
Gets the ASPP protocol Version of the Node when it is in LXRS+ RadioMode.
",4272:"
int16 baseRssi() const
Gets the base station rssi of the discovered Node.
",4273:"
Timestamp timestamp() const
Gets the Timestamp of when the NodeDiscovery packet was received by MSCL.
",4274:"
typedef for a vector of NodeDiscovery objects
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/NodeDiscovery-h-ToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/NodeDiscovery-h-ToolTips.js deleted file mode 100644 index 5dd85b378..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/NodeDiscovery-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3148:"
The model numbers for each of the Wireless Nodes.
",3301:"
Represents the types of default modes the Node can have.  This is the mode the Node starts in, as well as the mode the node goes into after an inactivity timeout.
",3307:"
Represents the frequency (channel) that can be used for Wireless Devices.
",3832:"
Available Communication Protocol types.
",4260:"
NodeDiscovery
Represents 1 node discovery, which is created when a Wireless Node Discovery packet is sent from a Node.  Note: There are multiple versions of Node Discovery packets which have been developed over time.  Each version has added more useful information. If an earlier version of the Node Discovery packet is heard, this NodeDiscovery object will have some information be invalid (set to default values).
",4493:"
Version
Class that represents, and provides helper functions for, a Version number
",4525:"
typedef for a Node\'s node address.
",4554:"
Timestamp
Represents a date/time object
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/NodeDiscovery-h.html b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/NodeDiscovery-h.html deleted file mode 100644 index 42d1bd917..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/NodeDiscovery-h.html +++ /dev/null @@ -1,100 +0,0 @@ - - -NodeDiscovery.h - - - - - - - -
-
NodeDiscovery
-
NodeDiscovery
-

Represents 1 node discovery, which is created when a Wireless Node Discovery packet is sent from a Node.  Note: There are multiple versions of Node Discovery packets which have been developed over time.  Each version has added more useful information. If an earlier version of the Node Discovery packet is heard, this NodeDiscovery object will have some information be invalid (set to default values).

-
- -
-
nodeAddress
-
NodeAddress nodeAddress() const
-

Gets the node address of the discovered Node.

Returns

The node address of the discovered Node.

-
- -
-
frequency
-
WirelessTypes::Frequency frequency() const
-

Gets the WirelessTypes::Frequency of the discovered Node.

Returns

The WirelessTypes::Frequency of the discovered Node.

-
- -
-
panId
-
uint16 panId() const
-

Gets the PAN Id of the discovered Node.  Note: Returns 0 if not present in the packet.

Returns

The PAN Id of the discovered Node.

-
- -
-
model
- -

Gets the model of the discovered Node.

Returns

The WirelessModels::NodeModel of the discovered Node.

-
- -
-
serialNumber
-
uint32 serialNumber() const
-

Gets the serial number of the discovered Node.  Note: Returns 0 if not present in the packet.

Returns

The serial number of the discovered Node.

-
- -
-
firmwareVersion
-
Version firmwareVersion() const
-

Gets the firmware version of the discovered Node.  Note: Returns 0.0.0 if not present in the packet.

Returns

The firmware version of the discovered Node.

-
- -
-
defaultMode
-
WirelessTypes::DefaultMode defaultMode() const
-

Gets the WirelessTypes::DefaultMode of the discovered Node.  Note: Returns 999 if not present in the packet.

Returns

The WirelessTypes::DefaultMode of the discovered Node.

-
- -
-
builtInTestResult
-
uint32 builtInTestResult() const
-

Gets the result bitmask of the built in test.

Returns

A uint32 bitmask representing the result of the built in test.

-
- -
-
communicationProtocol
-
WirelessTypes::CommProtocol communicationProtocol() const
-

Gets the WirelessTypes::CommProtocol of the discovered Node.

Returns

The WirelessTypes::CommProtocol that the Node is currently in.

-
- -
-
asppVersion_lxrs
-
Version asppVersion_lxrs() const
-

Gets the ASPP protocol Version of the Node when it is in LXRS RadioMode.

-
- -
-
asppVersion_lxrsPlus
-
Version asppVersion_lxrsPlus() const
-

Gets the ASPP protocol Version of the Node when it is in LXRS+ RadioMode.

-
- -
-
baseRssi
-
int16 baseRssi() const
-

Gets the base station rssi of the discovered Node.

Returns

The base station rssi of the discovered Node.

-
- -
-
timestamp
-
Timestamp timestamp() const
-

Gets the Timestamp of when the NodeDiscovery packet was received by MSCL.

Returns

The Timestamp of when the NodeDiscovery packet was received by MSCL.

-
- -
-
NodeDiscoveries
-

typedef for a vector of NodeDiscovery objects

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/RadioFeatures-h-Summary.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/RadioFeatures-h-Summary.js deleted file mode 100644 index 3d642016c..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/RadioFeatures-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/RadioFeatures.h","RadioFeatures.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/RadioFeatures.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"]],[[4257,0,0,"RadioFeatures","RadioFeatures"],[4258,0,1,"RadioFeatures","RadioFeatures.RadioFeatures"],[4259,0,1,"extendedRange","RadioFeatures.extendedRange"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/RadioFeatures-h-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/RadioFeatures-h-SummaryToolTips.js deleted file mode 100644 index 8e59ae337..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/RadioFeatures-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/RadioFeatures.h",{4257:"
RadioFeatures
Represents radio features of a WirelessNode.
",4258:"
RadioFeatures(
uint16 eepromValue
)
Creates a RadioFeatures object from the eeprom value
",4259:"
bool extendedRange()
Gets whether or not the Node is XR (has an extended range radio)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/RadioFeatures-h-ToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/RadioFeatures-h-ToolTips.js deleted file mode 100644 index 2b1cfe607..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/RadioFeatures-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3865:"
WirelessNode
A class representing a MicroStrain wireless node
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/RadioFeatures-h.html b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/RadioFeatures-h.html deleted file mode 100644 index b764211b2..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/RadioFeatures-h.html +++ /dev/null @@ -1,29 +0,0 @@ - - -RadioFeatures.h - - - - - - - -
-
RadioFeatures
-
RadioFeatures
-

Represents radio features of a WirelessNode.

-
- -
-
RadioFeatures
-
RadioFeatures(
uint16 eepromValue
)
-

Creates a RadioFeatures object from the eeprom value

Parameters
eepromValue
uint16

The value from eeprom that determines the radio features

-
- -
-
extendedRange
-
bool extendedRange()
-

Gets whether or not the Node is XR (has an extended range radio)

Returns

true if the Node has an XR radio, false otherwise

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/StructuralHealth-h-Summary.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/StructuralHealth-h-Summary.js deleted file mode 100644 index 9bb9e335a..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/StructuralHealth-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/StructuralHealth.h","StructuralHealth.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/StructuralHealth.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"]],[[4233,0,0,"StructuralHealth","StructuralHealth"],[4234,0,1,"StructuralHealth","StructuralHealth.StructuralHealth"],[4235,0,1,"angle","StructuralHealth.angle"],[4236,0,1,"uptime","StructuralHealth.uptime"],[4237,0,1,"damage","StructuralHealth.damage"],[4238,0,1,"processingRate","StructuralHealth.processingRate"],[4239,0,1,"histogram","StructuralHealth.histogram"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/StructuralHealth-h-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/StructuralHealth-h-SummaryToolTips.js deleted file mode 100644 index 68aa6d777..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/StructuralHealth-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/StructuralHealth.h",{4233:"
StructuralHealth
Holds Structural Health Monitor channel information.
",4234:"
StructuralHealth(
float angle,
uint32 uptime,
float damage,
const SampleRate &processingRate,
const Histogram &histogram
)
Creates a StructuralHealth object.
",4235:"
float angle() const
Gets the actual angle that is being measured.
",4236:"
uint32 uptime() const
Gets the uptime counter of how long the device has been running.
",4237:"
float damage() const
Gets the percent of damage that has occurred. (0% = no damage, 100% = dead)
",4238:"
const SampleRate& processingRate() const
Gets the processing rate that the sensors were sampled at to calculate the histogram.
",4239:"
const Histogram& histogram() const
Gets the Histogram that was calculated for the given angle.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/StructuralHealth-h-ToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/StructuralHealth-h-ToolTips.js deleted file mode 100644 index 4ff224c29..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/StructuralHealth-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({4379:"
SampleRate
Represents a MicroStrain sample rate (rate at which data is sampling)
",4589:"
Histogram
Represents a Histogram object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/StructuralHealth-h.html b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/StructuralHealth-h.html deleted file mode 100644 index a88cb8248..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/StructuralHealth-h.html +++ /dev/null @@ -1,53 +0,0 @@ - - -StructuralHealth.h - - - - - - - -
-
StructuralHealth
-
StructuralHealth
-

Holds Structural Health Monitor channel information.

-
- -
-
StructuralHealth
-
StructuralHealth(
float angle,
uint32 uptime,
float damage,
const SampleRate &processingRate,
const Histogram &histogram
)
-

Creates a StructuralHealth object.

Parameters
angle
float

The actual angle that is being measured.

uptime
uint32

The uptime counter of how long the device has been running.

damage
float

The percent of damage that has occurred. (0% = no damage, 100% = dead)

processingRate
const SampleRate&

The processing rate used in calculating the Histogram.

histogram
const Histogram&

The Histogram that was calculated for the given angle.

-
- -
-
angle
-
float angle() const
-

Gets the actual angle that is being measured.

Returns

The actual angle that is being measured.

-
- -
-
uptime
-
uint32 uptime() const
-

Gets the uptime counter of how long the device has been running.

Returns

The uptime counter of how long the device has been running.

-
- -
-
damage
-
float damage() const
-

Gets the percent of damage that has occurred. (0% = no damage, 100% = dead)

Returns

The percent of damage that has occured. (0% = no damage, 100% = dead)

-
- -
-
processingRate
-
const SampleRate& processingRate() const
-

Gets the processing rate that the sensors were sampled at to calculate the histogram.

Returns

The processing rate as a SampleRate.

-
- -
-
histogram
-
const Histogram& histogram() const
-

Gets the Histogram that was calculated for the given angle.

Returns

The Histogram that was calculated for the given angle.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/SyncNetworkInfo-h-Summary.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/SyncNetworkInfo-h-Summary.js deleted file mode 100644 index 632bd0dc8..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/SyncNetworkInfo-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/SyncNetworkInfo.h","SyncNetworkInfo.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/SyncNetworkInfo.h",[["C/C++","C"]],[["Classes","Class"],["Enums","Enumeration"],["Functions","Function"]],[[4219,0,0,"SyncNetworkInfo","SyncNetworkInfo"],[4220,0,1,"NodeStatus","SyncNetworkInfo.NodeStatus"],[4221,0,1,,"SyncNetworkInfo.status_OK=0"],[4222,0,1,,"SyncNetworkInfo.status_PoorCommunication=1"],[4223,0,1,,"SyncNetworkInfo.status_DoesNotFit=2"],[4224,0,1,,"SyncNetworkInfo.status_Contention=3"],[4225,0,2,"status","SyncNetworkInfo.status"],[4226,0,2,"startedSampling","SyncNetworkInfo.startedSampling"],[4227,0,2,"configurationApplied","SyncNetworkInfo.configurationApplied"],[4228,0,2,"percentBandwidth","SyncNetworkInfo.percentBandwidth"],[4229,0,2,"tdmaAddress","SyncNetworkInfo.tdmaAddress"],[4230,0,2,"maxTdmaAddress","SyncNetworkInfo.maxTdmaAddress"],[4231,0,2,"transmissionsPerGroup","SyncNetworkInfo.transmissionsPerGroup"],[4232,0,2,"groupSize","SyncNetworkInfo.groupSize"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/SyncNetworkInfo-h-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/SyncNetworkInfo-h-SummaryToolTips.js deleted file mode 100644 index 9fe5a626c..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/SyncNetworkInfo-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/SyncNetworkInfo.h",{4219:"
SyncNetworkInfo
Contains network information for a WirelessNode that has been added to the Sync Sampling Network.
",4220:"
The status of an individual node.
",4225:"
NodeStatus status() const
Gets the node\'s network status.
",4226:"
bool startedSampling() const
Checks whether a Node has successfully started sampling.  Note: if this returns false, its not 100% gauranteed that the Node isn\'t sampling. It\'s possible the node was successfully started, but that the response never got to the BaseStation.
",4227:"
bool configurationApplied() const
Gets whether or not the network configuration has been successfully applied to this node.
",4228:"
float percentBandwidth() const
Gets the node\'s individual percent of bandwidth in the network.
",4229:"
uint32 tdmaAddress() const
Gets the TDMA address that was found and assigned to the node.
",4230:"
uint32 maxTdmaAddress() const
Gets the maximum TDMA address that can be assigned to this node. (Advanced)
",4231:"
Gets the number of transmissions per group for this node. (Advanced)
",4232:"
uint32 groupSize() const
Gets the group size for this node. (Advanced)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/SyncNetworkInfo-h-ToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/SyncNetworkInfo-h-ToolTips.js deleted file mode 100644 index 0449220c3..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/SyncNetworkInfo-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3865:"
WirelessNode
A class representing a MicroStrain wireless node
",4220:"
The status of an individual node.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/SyncNetworkInfo-h.html b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/SyncNetworkInfo-h.html deleted file mode 100644 index 2158726c8..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/SyncNetworkInfo-h.html +++ /dev/null @@ -1,69 +0,0 @@ - - -SyncNetworkInfo.h - - - - - - - -
-
SyncNetworkInfo
-
SyncNetworkInfo
-

Contains network information for a WirelessNode that has been added to the Sync Sampling Network.

-
- -
-
NodeStatus
-

The status of an individual node.

status_OK  = 0

The node successfully fits in the network.

status_PoorCommunication  = 1

The node failed to communicate.

status_DoesNotFit  = 2

The node is out of the network, as the bandwidth does not allow it.

status_Contention  = 3

The node is out of the network, as network contention does not allow it.

-
- -
-
status
-
NodeStatus status() const
-

Gets the node's network status.

Returns

The NodeStatus of the node.

-
- -
-
startedSampling
-
bool startedSampling() const
-

Checks whether a Node has successfully started sampling.  Note: if this returns false, its not 100% gauranteed that the Node isn't sampling. It's possible the node was successfully started, but that the response never got to the BaseStation.

-
- -
-
configurationApplied
-
bool configurationApplied() const
-

Gets whether or not the network configuration has been successfully applied to this node.

Returns

true if the network configuration has been successfully applied, false otherwise.

-
- -
-
percentBandwidth
-
float percentBandwidth() const
-

Gets the node's individual percent of bandwidth in the network.

Returns

The node's individual percent of bandwidth.

-
- -
-
tdmaAddress
-
uint32 tdmaAddress() const
-

Gets the TDMA address that was found and assigned to the node.

Returns

The TDMA address that was assigned to the node.

-
- -
-
maxTdmaAddress
-
uint32 maxTdmaAddress() const
-

Gets the maximum TDMA address that can be assigned to this node. (Advanced)

Returns

The maximum TDMA address allowed for this node in its current configuration.

-
- -
-
transmissionsPerGroup
-

Gets the number of transmissions per group for this node. (Advanced)

Returns

The number of transmissions per group for this node.

-
- -
-
groupSize
-
uint32 groupSize() const
-

Gets the group size for this node. (Advanced)

Returns

The group size for this node.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/SyncSamplingNetwork-h-Summary.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/SyncSamplingNetwork-h-Summary.js deleted file mode 100644 index 38303046f..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/SyncSamplingNetwork-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/SyncSamplingNetwork.h","SyncSamplingNetwork.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/SyncSamplingNetwork.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"]],[[4240,0,0,"SyncSamplingNetwork","SyncSamplingNetwork"],[4241,0,1,"SyncSamplingNetwork","SyncSamplingNetwork.SyncSamplingNetwork"],[4242,0,1,"addNode","SyncSamplingNetwork.addNode"],[4243,0,1,"addNode","SyncSamplingNetwork.addNode(2)"],[4244,0,1,"removeNode","SyncSamplingNetwork.removeNode"],[4245,0,1,"percentBandwidth","SyncSamplingNetwork.percentBandwidth"],[4246,0,1,"ok","SyncSamplingNetwork.ok"],[4247,0,1,"refresh","SyncSamplingNetwork.refresh"],[4248,0,1,"lossless","SyncSamplingNetwork.lossless"],[4249,0,1,"lossless","SyncSamplingNetwork.lossless(2)"],[4250,0,1,"communicationProtocol","SyncSamplingNetwork.communicationProtocol"],[4251,0,1,"communicationProtocol","SyncSamplingNetwork.communicationProtocol(2)"],[4252,0,1,"applyConfiguration","SyncSamplingNetwork.applyConfiguration"],[4253,0,1,"startSampling","SyncSamplingNetwork.startSampling"],[4254,0,1,"startSampling","SyncSamplingNetwork.startSampling(2)"],[4255,0,1,"startSampling_noBeacon","SyncSamplingNetwork.startSampling_noBeacon"],[4256,0,1,"getNodeNetworkInfo","SyncSamplingNetwork.getNodeNetworkInfo"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/SyncSamplingNetwork-h-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/SyncSamplingNetwork-h-SummaryToolTips.js deleted file mode 100644 index 0bb366950..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/SyncSamplingNetwork-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/SyncSamplingNetwork.h",{4240:"
SyncSamplingNetwork
Used to configure and start a Synchronized Sampling network of wireless nodes.
",4241:"
explicit SyncSamplingNetwork(
const BaseStation &networkBaseStation
)
Creates a SyncSamplingNetwork object used to configure and start a Synchronized Sampling network.
",4242:"
void addNode(
WirelessNode &node
)
Adds a WirelessNode to the Sync Sampling network. If the Node already exists in the network, it will not be added.  The Node\'s parent BaseStation should be the same as the network\'s master BaseStation.  The Node should have its sampling configuration set to a Synchronized Sampling mode prior to adding to be successfully added.
",4243:"
void addNode(
WirelessNode &node,
const WirelessNodeConfig &pendingConfig
)
Adds a WirelessNode to the Sync Sampling network. If the Node already exists in the network, it will not be added.  The Node\'s parent BaseStation should be the same as the network\'s master BaseStation.  The Node should have its sampling configuration set to a Synchronized Sampling mode prior to adding to be successfully added.
",4244:"
void removeNode(
NodeAddress nodeAddress
)
Removes a WirelessNode from the Sync Sampling network, if it exists in the network.
",4245:"
float percentBandwidth() const
Gets the total percent bandwidth for the Sync Sampling Network.  This includes nodes that could not find TDMA slots, but does not include nodes who failed to communicate (status of <status_PoorCommunication>).
",4246:"
bool ok() const
Gets whether the Sync Sampling Network is OK (true), or has problems such as exceeding bandwidth (false).
",4247:"
void refresh()
Refreshes the Sync Sampling Network.  This function must be called when any WirelessNode has changed its configuration after being added to the network!
",4248:"
bool lossless() const
Gets whether the lossless option is enabled or not for the entire network (default of enabled).  The lossless feature enables buffering and retransmissions in order to provide 100% packet success rate under most operating conditions.  This does, however, have a possible increase in latency, especially in poor RF environments.
",4249:"
void lossless(
bool enable
)
Enables or Disables the lossless option for the entire network. If changed, refresh will be called.  The lossless feature enables buffering and retransmissions in order to provide 100% packet success rate under most operating conditions.  This can, however, cause a possible increase in latency, especially in poor RF environments.
",4250:"
WirelessTypes::CommProtocol communicationProtocol() const
Gets the WirelessTypes::CommProtocol that is set for the network.  This setting initially gets loaded from the protocol that the BaseStation is configured for when the network is first created.
",4251:"
void communicationProtocol(
WirelessTypes::CommProtocol protocol
)
Sets the WirelessTypes::CommProtocol for the network.  The initial communicationProtocol is set to whichever mode the BaseStation was configured for when the network was first created.  Changing this setting will call refresh and the network calculations (such as percentBandwidth) will be updated.  Note: Changing this does not actually change the protocol of the BaseStation or Nodes in the network. All devices must be changed to the same WirelessTypes::CommProtocol that the network is set to before applyConfiguration is called, or else an exception will be thrown.
",4252:"
void applyConfiguration()
Applies the Sync Sampling network settings to all of the nodes in the network.  This action is required before starting a Sync Sampling network. The network status must be OK before this can be called.  Calling this function repeatedly will only affect the node\'s that haven\'t had their configuration applied successfully. This can be useful if some nodes successfully apply, while others fail to communicate.  Note: This will clear any "pending" configurations that any nodes have in the network.  You must manually apply those configuration templates to the nodes if you want them to actually be applied to the devices.
",4253:"
void startSampling()
Starts the network sampling by sending the start command to each node, and then starting the beacon on the master basestation with the current system time. applyConfiguration must be called before this function is called.  Calling this function repeatedly will only start the node\'s that haven\'t been started already. This can be useful if some nodes successfully start, while others fail to communicate. The beacon will not be started until all nodes have started.
",4254:"
void startSampling(
Timestamp startTime
)
Starts the network sampling by sending the start command to each node, and then starting the beacon on the master basestation with the given Timestamp. applyConfiguration must be called before this function is called.  Calling this function repeatedly will only start the node\'s that haven\'t been started already. This can be useful if some nodes successfully start, while others fail to communicate. The beacon will not be started until all nodes have started.
",4255:"
void startSampling_noBeacon()
Sends the start command to each node in the network. The beacon is not started. Note: The nodes will not actually start sampling until they hear a beacon. applyConfiguration must be called before this function is called.  Calling this function repeatedly will only start the node\'s that haven\'t been started already. This can be useful if some nodes successfully start, while others fail to communicate.
",4256:"
SyncNetworkInfo& getNodeNetworkInfo(
NodeAddress nodeAddress
)
Gets the SyncNetworkInfo object containing network information on the specified WirelessNode within the Sync Sampling network.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/SyncSamplingNetwork-h-ToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/SyncSamplingNetwork-h-ToolTips.js deleted file mode 100644 index 247af3cbc..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/SyncSamplingNetwork-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2743:"
WirelessNodeConfig
Class used for setting the configuration of WirelessNode objects.  Set all the configuration values that you want to change, then verify and apply them to a Node.
",3832:"
Available Communication Protocol types.
",3865:"
WirelessNode
A class representing a MicroStrain wireless node
",4219:"
SyncNetworkInfo
Contains network information for a WirelessNode that has been added to the Sync Sampling Network.
",4247:"
void refresh()
Refreshes the Sync Sampling Network.  This function must be called when any WirelessNode has changed its configuration after being added to the network!
",4252:"
void applyConfiguration()
Applies the Sync Sampling network settings to all of the nodes in the network.  This action is required before starting a Sync Sampling network. The network status must be OK before this can be called.  Calling this function repeatedly will only affect the node\'s that haven\'t had their configuration applied successfully. This can be useful if some nodes successfully apply, while others fail to communicate.  Note: This will clear any "pending" configurations that any nodes have in the network.  You must manually apply those configuration templates to the nodes if you want them to actually be applied to the devices.
",4402:"
BaseStation
Represents a MicroStrain Base Station object
",4525:"
typedef for a Node\'s node address.
",4554:"
Timestamp
Represents a date/time object
",4610:"
Error
The generic MicroStrain exception (base class)
",4622:"
Error_UnknownSampleRate
The sample rate is invalid or unknown for the given device
",4625:"
Error_Communication
The exception for failing to communicate with a device.
",4628:"
Error_NodeCommunication
The exception for failing to communicate with a WirelessNode.
",4632:"
Error_Connection
The generic connection exception.
",4652:"
Error_InvalidNodeConfig
The Configuration for a WirelessNode is invalid.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/SyncSamplingNetwork-h.html b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/SyncSamplingNetwork-h.html deleted file mode 100644 index 46a2d8cc1..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/SyncSamplingNetwork-h.html +++ /dev/null @@ -1,113 +0,0 @@ - - -SyncSamplingNetwork.h - - - - - - - -
-
SyncSamplingNetwork
-
SyncSamplingNetwork
-

Used to configure and start a Synchronized Sampling network of wireless nodes.

-
- -
-
SyncSamplingNetwork
-
explicit SyncSamplingNetwork(
const BaseStation &networkBaseStation
)
-

Creates a SyncSamplingNetwork object used to configure and start a Synchronized Sampling network.

Parameters
networkBaseStation
const BaseStation&

The master BaseStation that will be the parent base station for this network, performing all the communication with the Nodes.

Exceptions

  • Error_Communication: Failed to communicate with the parent BaseStation to retrieve network information.

  • Error_Connection: A connection error has occurred with the parent BaseStation.

-
- -
-
addNode
-
void addNode(
WirelessNode &node
)
-

Adds a WirelessNode to the Sync Sampling network. If the Node already exists in the network, it will not be added.  The Node's parent BaseStation should be the same as the network's master BaseStation.  The Node should have its sampling configuration set to a Synchronized Sampling mode prior to adding to be successfully added.

Parameters
node
WirelessNode&

The WirelessNode to add to the network.

Exceptions
-
- -
-
addNode
-
void addNode(
WirelessNode &node,
const WirelessNodeConfig &pendingConfig
)
-

Adds a WirelessNode to the Sync Sampling network. If the Node already exists in the network, it will not be added.  The Node's parent BaseStation should be the same as the network's master BaseStation.  The Node should have its sampling configuration set to a Synchronized Sampling mode prior to adding to be successfully added.

Parameters
node
WirelessNode&

The WirelessNode to add to the network.

pendingConfig
const WirelessNodeConfig&

A pending WirelessNodeConfig to set for the node. This will be used in all network calculations.

Exceptions
-
- -
-
removeNode
-
void removeNode(
NodeAddress nodeAddress
)
-

Removes a WirelessNode from the Sync Sampling network, if it exists in the network.

Parameters
nodeAddress
NodeAddress

The node address of the WirelessNode to be removed.

Exceptions
-
- -
-
percentBandwidth
-
float percentBandwidth() const
-

Gets the total percent bandwidth for the Sync Sampling Network.  This includes nodes that could not find TDMA slots, but does not include nodes who failed to communicate (status of <status_PoorCommunication>).

Returns

The percent of bandwidth for the entire Sync Sampling Network.

-
- -
-
ok
-
bool ok() const
-

Gets whether the Sync Sampling Network is OK (true), or has problems such as exceeding bandwidth (false).

Returns

true if the network is OK (all nodes fit in the network, no communication issues, etc.), false if the network has a problem.

-
- -
-
refresh
-
void refresh()
-

Refreshes the Sync Sampling Network.  This function must be called when any WirelessNode has changed its configuration after being added to the network!

Exceptions
-
- -
-
lossless
-
bool lossless() const
-

Gets whether the lossless option is enabled or not for the entire network (default of enabled).  The lossless feature enables buffering and retransmissions in order to provide 100% packet success rate under most operating conditions.  This does, however, have a possible increase in latency, especially in poor RF environments.

Returns

true if the lossless option is enabled, false if it is disabled.

-
- -
-
lossless
-
void lossless(
bool enable
)
-

Enables or Disables the lossless option for the entire network. If changed, refresh will be called.  The lossless feature enables buffering and retransmissions in order to provide 100% packet success rate under most operating conditions.  This can, however, cause a possible increase in latency, especially in poor RF environments.

Parameters
enable
bool

Whether the lossless option should be enabled (true) or disabled (false).

Exceptions
-
- -
-
communicationProtocol
-
WirelessTypes::CommProtocol communicationProtocol() const
-

Gets the WirelessTypes::CommProtocol that is set for the network.  This setting initially gets loaded from the protocol that the BaseStation is configured for when the network is first created.

Returns

The WirelessTypes::CommProtocol that is set for the network.

-
- -
-
communicationProtocol
-
void communicationProtocol(
WirelessTypes::CommProtocol protocol
)
-

Sets the WirelessTypes::CommProtocol for the network.  The initial communicationProtocol is set to whichever mode the BaseStation was configured for when the network was first created.  Changing this setting will call refresh and the network calculations (such as percentBandwidth) will be updated.  Note: Changing this does not actually change the protocol of the BaseStation or Nodes in the network. All devices must be changed to the same WirelessTypes::CommProtocol that the network is set to before applyConfiguration is called, or else an exception will be thrown.

Parameters
protocol
WirelessTypes::CommProtocol

The WirelessTypes::CommProtocol to use for network calculations.

Exceptions
-
- -
-
applyConfiguration
-
void applyConfiguration()
-

Applies the Sync Sampling network settings to all of the nodes in the network.  This action is required before starting a Sync Sampling network. The network status must be OK before this can be called.  Calling this function repeatedly will only affect the node's that haven't had their configuration applied successfully. This can be useful if some nodes successfully apply, while others fail to communicate.  Note: This will clear any "pending" configurations that any nodes have in the network.  You must manually apply those configuration templates to the nodes if you want them to actually be applied to the devices.

Exceptions
-
- -
-
startSampling
-
void startSampling()
-

Starts the network sampling by sending the start command to each node, and then starting the beacon on the master basestation with the current system time.  applyConfiguration must be called before this function is called.  Calling this function repeatedly will only start the node's that haven't been started already. This can be useful if some nodes successfully start, while others fail to communicate. The beacon will not be started until all nodes have started.

Exceptions

  • Error: The network configuration has not been applied. Cannot start sampling.

  • Error_Communication: The disable/enable beacon command has failed. The beacon has not been started.

  • Error_Connection: A connection error has occurred.

-
- -
-
startSampling
-
void startSampling(
Timestamp startTime
)
-

Starts the network sampling by sending the start command to each node, and then starting the beacon on the master basestation with the given Timestamp.  applyConfiguration must be called before this function is called.  Calling this function repeatedly will only start the node's that haven't been started already. This can be useful if some nodes successfully start, while others fail to communicate. The beacon will not be started until all nodes have started.

Parameters
startTime
Timestamp

The Timestamp to enable the beacon with, which ultimately determines the times for the nodes in the network.

Exceptions

  • Error: The network configuration has not been applied. Cannot start sampling.

  • Error_Communication: The disable/enable beacon command has failed. The beacon has not been started.

  • Error_Connection: A connection error has occurred.

-
- -
-
startSampling_noBeacon
-
void startSampling_noBeacon()
-

Sends the start command to each node in the network. The beacon is not started. Note: The nodes will not actually start sampling until they hear a beacon.  applyConfiguration must be called before this function is called.  Calling this function repeatedly will only start the node's that haven't been started already. This can be useful if some nodes successfully start, while others fail to communicate.

Exceptions

  • Error: The network configuration has not been applied. Cannot start sampling.

  • Error_Connection: A connection error has occurred.

-
- -
-
getNodeNetworkInfo
-
SyncNetworkInfo& getNodeNetworkInfo(
NodeAddress nodeAddress
)
-

Gets the SyncNetworkInfo object containing network information on the specified WirelessNode within the Sync Sampling network.

Parameters
nodeAddress
NodeAddress

The node address of the WirelessNode to find the network info of. This node must already be in the network.

Returns

A constant reference to the SyncNetworkInfo containing the networking information for the specified node in the network.

Exceptions

  • Error: The node address was not found in the map.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/WirelessChannel-h-Summary.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/WirelessChannel-h-Summary.js deleted file mode 100644 index c63f6d5a1..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/WirelessChannel-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/WirelessChannel.h","WirelessChannel.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/WirelessChannel.h",[["C/C++","C"]],[["Classes","Class"],["Enums","Enumeration"],["Functions","Function"],["Types","Type"]],[[3964,0,0,"WirelessChannel","WirelessChannel"],[3965,0,1,"ChannelId","WirelessChannel.ChannelId"],[3966,0,1,,"WirelessChannel.channel_unknown"],[3967,0,1,,"WirelessChannel.channel_1"],[3968,0,1,,"WirelessChannel.channel_2"],[3969,0,1,,"WirelessChannel.channel_3"],[3970,0,1,,"WirelessChannel.channel_4"],[3971,0,1,,"WirelessChannel.channel_5"],[3972,0,1,,"WirelessChannel.channel_6"],[3973,0,1,,"WirelessChannel.channel_7"],[3974,0,1,,"WirelessChannel.channel_8"],[3975,0,1,,"WirelessChannel.channel_9"],[3976,0,1,,"WirelessChannel.channel_10"],[3977,0,1,,"WirelessChannel.channel_11"],[3978,0,1,,"WirelessChannel.channel_12"],[3979,0,1,,"WirelessChannel.channel_13"],[3980,0,1,,"WirelessChannel.channel_14"],[3981,0,1,,"WirelessChannel.channel_15"],[3982,0,1,,"WirelessChannel.channel_16"],[3983,0,1,,"WirelessChannel.channel_digital_1"],[3984,0,1,,"WirelessChannel.channel_digital_2"],[3985,0,1,,"WirelessChannel.channel_digital_3"],[3986,0,1,,"WirelessChannel.channel_digital_4"],[3987,0,1,,"WirelessChannel.channel_digital_5"],[3988,0,1,,"WirelessChannel.channel_digital_6"],[3989,0,1,,"WirelessChannel.channel_digital_7"],[3990,0,1,,"WirelessChannel.channel_digital_8"],[3991,0,1,,"WirelessChannel.channel_digital_9"],[3992,0,1,,"WirelessChannel.channel_digital_10"],[3993,0,1,,"WirelessChannel.channel_digital_11"],[3994,0,1,,"WirelessChannel.channel_digital_12"],[3995,0,1,,"WirelessChannel.channel_digital_13"],[3996,0,1,,"WirelessChannel.channel_digital_14"],[3997,0,1,,"WirelessChannel.channel_digital_15"],[3998,0,1,,"WirelessChannel.channel_digital_16"],[3999,0,1,,"WirelessChannel.channel_structuralHealth"],[4000,0,1,,"WirelessChannel.channel_hcl_rawBase_mag1_x"],[4001,0,1,,"WirelessChannel.channel_hcl_rawBase_mag1_y"],[4002,0,1,,"WirelessChannel.channel_hcl_rawBase_mag1_z"],[4003,0,1,,"WirelessChannel.channel_hcl_rawBase_mag2_x"],[4004,0,1,,"WirelessChannel.channel_hcl_rawBase_mag2_y"],[4005,0,1,,"WirelessChannel.channel_hcl_rawBase_mag2_z"],[4006,0,1,,"WirelessChannel.channel_hcl_rawBase_mag3_x"],[4007,0,1,,"WirelessChannel.channel_hcl_rawBase_mag3_y"],[4008,0,1,,"WirelessChannel.channel_hcl_rawBase_mag3_z"],[4009,0,1,,"WirelessChannel.channel_hcl_rawBase_mag4_x"],[4010,0,1,,"WirelessChannel.channel_hcl_rawBase_mag4_y"],[4011,0,1,,"WirelessChannel.channel_hcl_rawBase_mag4_z"],[4012,0,1,,"WirelessChannel.channel_hcl_rawBase_mag5_x"],[4013,0,1,,"WirelessChannel.channel_hcl_rawBase_mag5_y"],[4014,0,1,,"WirelessChannel.channel_hcl_rawBase_mag5_z"],[4015,0,1,,"WirelessChannel.channel_hcl_rawBase_mag6_x"],[4016,0,1,,"WirelessChannel.channel_hcl_rawBase_mag6_y"],[4017,0,1,,"WirelessChannel.channel_hcl_rawBase_mag6_z"],[4018,0,1,,"WirelessChannel.channel_hcl_rawBase_mag7_x"],[4019,0,1,,"WirelessChannel.channel_hcl_rawBase_mag7_y"],[4020,0,1,,"WirelessChannel.channel_hcl_rawBase_mag7_z"],[4021,0,1,,"WirelessChannel.channel_hcl_rawBase_mag8_x"],[4022,0,1,,"WirelessChannel.channel_hcl_rawBase_mag8_y"],[4023,0,1,,"WirelessChannel.channel_hcl_rawBase_mag8_z"],[4024,0,1,,"WirelessChannel.channel_hcl_rawBase_gyro_x"],[4025,0,1,,"WirelessChannel.channel_hcl_rawBase_gyro_y"],[4026,0,1,,"WirelessChannel.channel_hcl_rawBase_gyro_z"],[4027,0,1,,"WirelessChannel.channel_error_code"],[4028,0,1,,"WirelessChannel.channel_hcl_rawStrain_BL30"],[4029,0,1,,"WirelessChannel.channel_hcl_rawStrain_BL120"],[4030,0,1,,"WirelessChannel.channel_hcl_rawStrain_A60"],[4031,0,1,,"WirelessChannel.channel_hcl_rawStrain_A150"],[4032,0,1,,"WirelessChannel.channel_hcl_rawStrain_AL30"],[4033,0,1,,"WirelessChannel.channel_hcl_rawStrain_AL120"],[4034,0,1,,"WirelessChannel.channel_hcl_rawStrain_BR60"],[4035,0,1,,"WirelessChannel.channel_hcl_rawStrain_BR150"],[4036,0,1,,"WirelessChannel.channel_hcl_rawStrain_B30"],[4037,0,1,,"WirelessChannel.channel_hcl_rawStrain_T120"],[4038,0,1,,"WirelessChannel.channel_hcl_rawStrain_AR60"],[4039,0,1,,"WirelessChannel.channel_hcl_rawStrain_AR150"],[4040,0,1,,"WirelessChannel.channel_hcl_rawStrain_A30"],[4041,0,1,,"WirelessChannel.channel_hcl_rawStrain_A120"],[4042,0,1,,"WirelessChannel.channel_hcl_rawStrain_BL90"],[4043,0,1,,"WirelessChannel.channel_hcl_rawStrain_BL180"],[4044,0,1,,"WirelessChannel.channel_hcl_rawStrain_BR30"],[4045,0,1,,"WirelessChannel.channel_hcl_rawStrain_BR120"],[4046,0,1,,"WirelessChannel.channel_hcl_rawStrain_AL90"],[4047,0,1,,"WirelessChannel.channel_hcl_rawStrain_AL180"],[4048,0,1,,"WirelessChannel.channel_hcl_rawStrain_AR30"],[4049,0,1,,"WirelessChannel.channel_hcl_rawStrain_AR120"],[4050,0,1,,"WirelessChannel.channel_hcl_rawStrain_B90"],[4051,0,1,,"WirelessChannel.channel_hcl_rawStrain_T0"],[4052,0,1,,"WirelessChannel.channel_hcl_rawStrain_BL60"],[4053,0,1,,"WirelessChannel.channel_hcl_rawStrain_BL150"],[4054,0,1,,"WirelessChannel.channel_hcl_rawStrain_A90"],[4055,0,1,,"WirelessChannel.channel_hcl_rawStrain_A0"],[4056,0,1,,"WirelessChannel.channel_hcl_rawStrain_AL60"],[4057,0,1,,"WirelessChannel.channel_hcl_rawStrain_AL150"],[4058,0,1,,"WirelessChannel.channel_hcl_rawStrain_BR90"],[4059,0,1,,"WirelessChannel.channel_hcl_rawStrain_BR0"],[4060,0,1,,"WirelessChannel.channel_hcl_rawStrain_T60"],[4061,0,1,,"WirelessChannel.channel_hcl_rawStrain_B150"],[4062,0,1,,"WirelessChannel.channel_hcl_rawStrain_AR90"],[4063,0,1,,"WirelessChannel.channel_hcl_rawStrain_AR0"],[4064,0,1,,"WirelessChannel.channel_hcl_rawInertial_accel1"],[4065,0,1,,"WirelessChannel.channel_hcl_rawInertial_accel2"],[4066,0,1,,"WirelessChannel.channel_hcl_rawInertial_accel3"],[4067,0,1,,"WirelessChannel.channel_hcl_rawInertial_accel4"],[4068,0,1,,"WirelessChannel.channel_hcl_rawInertial_accel5"],[4069,0,1,,"WirelessChannel.channel_hcl_rawInertial_accel6"],[4070,0,1,,"WirelessChannel.channel_hcl_rawInertial_accel7"],[4071,0,1,,"WirelessChannel.channel_hcl_rawInertial_accel8"],[4072,0,1,,"WirelessChannel.channel_hcl_rawInertial_gyroX"],[4073,0,1,,"WirelessChannel.channel_hcl_rawInertial_gyroY"],[4074,0,1,,"WirelessChannel.channel_hcl_rawInertial_gyroZ"],[4075,0,1,,"WirelessChannel.channel_rawAngleStrain"],[4076,0,1,,"WirelessChannel.channel_beaconEcho"],[4077,0,1,,"WirelessChannel.channel_rfSweep"],[4078,0,1,,"WirelessChannel.channel_diag_state"],[4079,0,1,,"WirelessChannel.channel_diag_runtime_idle"],[4080,0,1,,"WirelessChannel.channel_diag_runtime_sleep"],[4081,0,1,,"WirelessChannel.channel_diag_runtime_activeRun"],[4082,0,1,,"WirelessChannel.channel_diag_runtime_inactiveRun"],[4083,0,1,,"WirelessChannel.channel_diag_resetCounter"],[4084,0,1,,"WirelessChannel.channel_diag_lowBatteryFlag"],[4085,0,1,,"WirelessChannel.channel_diag_sweepIndex"],[4086,0,1,,"WirelessChannel.channel_diag_badSweepCount"],[4087,0,1,,"WirelessChannel.channel_diag_totalTx"],[4088,0,1,,"WirelessChannel.channel_diag_totalReTx"],[4089,0,1,,"WirelessChannel.channel_diag_totalDroppedPackets"],[4090,0,1,,"WirelessChannel.channel_diag_builtInTestResult"],[4091,0,1,,"WirelessChannel.channel_diag_eventIndex"],[4092,0,1,,"WirelessChannel.channel_hcl_axialLoadX"],[4093,0,1,,"WirelessChannel.channel_hcl_axialLoadY"],[4094,0,1,,"WirelessChannel.channel_hcl_axialLoadZ"],[4095,0,1,,"WirelessChannel.channel_hcl_bendingMomentFlap"],[4096,0,1,,"WirelessChannel.channel_hcl_bendingMomentLag"],[4097,0,1,,"WirelessChannel.channel_hcl_bendingMomentPitch"],[4098,0,1,,"WirelessChannel.channel_hcl_motionFlap_mag"],[4099,0,1,,"WirelessChannel.channel_hcl_motionLag_mag"],[4100,0,1,,"WirelessChannel.channel_hcl_motionPitch_mag"],[4101,0,1,,"WirelessChannel.channel_hcl_motionFlap_inertial"],[4102,0,1,,"WirelessChannel.channel_hcl_motionLag_inertial"],[4103,0,1,,"WirelessChannel.channel_hcl_motionPitch_inertial"],[4104,0,1,,"WirelessChannel.channel_hcl_cockingStiffness_mag"],[4105,0,1,,"WirelessChannel.channel_hcl_cockingStiffness_inertial"],[4106,0,1,,"WirelessChannel.channel_hcl_temperature"],[4107,0,1,,"WirelessChannel.channel_diag_externalPower"],[4108,0,1,,"WirelessChannel.channel_diag_internalTemp"],[4109,0,1,,"WirelessChannel.channel_1_rms"],[4110,0,1,,"WirelessChannel.channel_2_rms"],[4111,0,1,,"WirelessChannel.channel_3_rms"],[4112,0,1,,"WirelessChannel.channel_4_rms"],[4113,0,1,,"WirelessChannel.channel_5_rms"],[4114,0,1,,"WirelessChannel.channel_6_rms"],[4115,0,1,,"WirelessChannel.channel_7_rms"],[4116,0,1,,"WirelessChannel.channel_8_rms"],[4117,0,1,,"WirelessChannel.channel_9_rms"],[4118,0,1,,"WirelessChannel.channel_10_rms"],[4119,0,1,,"WirelessChannel.channel_11_rms"],[4120,0,1,,"WirelessChannel.channel_12_rms"],[4121,0,1,,"WirelessChannel.channel_13_rms"],[4122,0,1,,"WirelessChannel.channel_14_rms"],[4123,0,1,,"WirelessChannel.channel_15_rms"],[4124,0,1,,"WirelessChannel.channel_16_rms"],[4125,0,1,,"WirelessChannel.channel_1_peakToPeak"],[4126,0,1,,"WirelessChannel.channel_2_peakToPeak"],[4127,0,1,,"WirelessChannel.channel_3_peakToPeak"],[4128,0,1,,"WirelessChannel.channel_4_peakToPeak"],[4129,0,1,,"WirelessChannel.channel_5_peakToPeak"],[4130,0,1,,"WirelessChannel.channel_6_peakToPeak"],[4131,0,1,,"WirelessChannel.channel_7_peakToPeak"],[4132,0,1,,"WirelessChannel.channel_8_peakToPeak"],[4133,0,1,,"WirelessChannel.channel_9_peakToPeak"],[4134,0,1,,"WirelessChannel.channel_10_peakToPeak"],[4135,0,1,,"WirelessChannel.channel_11_peakToPeak"],[4136,0,1,,"WirelessChannel.channel_12_peakToPeak"],[4137,0,1,,"WirelessChannel.channel_13_peakToPeak"],[4138,0,1,,"WirelessChannel.channel_14_peakToPeak"],[4139,0,1,,"WirelessChannel.channel_15_peakToPeak"],[4140,0,1,,"WirelessChannel.channel_16_peakToPeak"],[4141,0,1,,"WirelessChannel.channel_1_ips"],[4142,0,1,,"WirelessChannel.channel_2_ips"],[4143,0,1,,"WirelessChannel.channel_3_ips"],[4144,0,1,,"WirelessChannel.channel_4_ips"],[4145,0,1,,"WirelessChannel.channel_5_ips"],[4146,0,1,,"WirelessChannel.channel_6_ips"],[4147,0,1,,"WirelessChannel.channel_7_ips"],[4148,0,1,,"WirelessChannel.channel_8_ips"],[4149,0,1,,"WirelessChannel.channel_9_ips"],[4150,0,1,,"WirelessChannel.channel_10_ips"],[4151,0,1,,"WirelessChannel.channel_11_ips"],[4152,0,1,,"WirelessChannel.channel_12_ips"],[4153,0,1,,"WirelessChannel.channel_13_ips"],[4154,0,1,,"WirelessChannel.channel_14_ips"],[4155,0,1,,"WirelessChannel.channel_15_ips"],[4156,0,1,,"WirelessChannel.channel_16_ips"],[4157,0,1,,"WirelessChannel.channel_1_crestFactor"],[4158,0,1,,"WirelessChannel.channel_2_crestFactor"],[4159,0,1,,"WirelessChannel.channel_3_crestFactor"],[4160,0,1,,"WirelessChannel.channel_4_crestFactor"],[4161,0,1,,"WirelessChannel.channel_5_crestFactor"],[4162,0,1,,"WirelessChannel.channel_6_crestFactor"],[4163,0,1,,"WirelessChannel.channel_7_crestFactor"],[4164,0,1,,"WirelessChannel.channel_8_crestFactor"],[4165,0,1,,"WirelessChannel.channel_9_crestFactor"],[4166,0,1,,"WirelessChannel.channel_10_crestFactor"],[4167,0,1,,"WirelessChannel.channel_11_crestFactor"],[4168,0,1,,"WirelessChannel.channel_12_crestFactor"],[4169,0,1,,"WirelessChannel.channel_13_crestFactor"],[4170,0,1,,"WirelessChannel.channel_14_crestFactor"],[4171,0,1,,"WirelessChannel.channel_15_crestFactor"],[4172,0,1,,"WirelessChannel.channel_16_crestFactor"],[4173,0,1,,"WirelessChannel.channel_diag_syncAttempts"],[4174,0,1,,"WirelessChannel.channel_diag_syncFailures"],[4175,0,1,,"WirelessChannel.channel_diag_secsSinceLastSync"],[4176,0,1,,"WirelessChannel.channel_beaconConflict"],[4177,0,1,,"WirelessChannel.channel_1_mean"],[4178,0,1,,"WirelessChannel.channel_2_mean"],[4179,0,1,,"WirelessChannel.channel_3_mean"],[4180,0,1,,"WirelessChannel.channel_4_mean"],[4181,0,1,,"WirelessChannel.channel_5_mean"],[4182,0,1,,"WirelessChannel.channel_6_mean"],[4183,0,1,,"WirelessChannel.channel_7_mean"],[4184,0,1,,"WirelessChannel.channel_8_mean"],[4185,0,1,,"WirelessChannel.channel_9_mean"],[4186,0,1,,"WirelessChannel.channel_10_mean"],[4187,0,1,,"WirelessChannel.channel_11_mean"],[4188,0,1,,"WirelessChannel.channel_12_mean"],[4189,0,1,,"WirelessChannel.channel_13_mean"],[4190,0,1,,"WirelessChannel.channel_14_mean"],[4191,0,1,,"WirelessChannel.channel_15_mean"],[4192,0,1,,"WirelessChannel.channel_16_mean"],[4193,0,1,,"WirelessChannel.channel_1_mmps"],[4194,0,1,,"WirelessChannel.channel_2_mmps"],[4195,0,1,,"WirelessChannel.channel_3_mmps"],[4196,0,1,,"WirelessChannel.channel_4_mmps"],[4197,0,1,,"WirelessChannel.channel_5_mmps"],[4198,0,1,,"WirelessChannel.channel_6_mmps"],[4199,0,1,,"WirelessChannel.channel_7_mmps"],[4200,0,1,,"WirelessChannel.channel_8_mmps"],[4201,0,1,,"WirelessChannel.channel_9_mmps"],[4202,0,1,,"WirelessChannel.channel_10_mmps"],[4203,0,1,,"WirelessChannel.channel_11_mmps"],[4204,0,1,,"WirelessChannel.channel_12_mmps"],[4205,0,1,,"WirelessChannel.channel_13_mmps"],[4206,0,1,,"WirelessChannel.channel_14_mmps"],[4207,0,1,,"WirelessChannel.channel_15_mmps"],[4208,0,1,,"WirelessChannel.channel_16_mmps"],[4209,0,1,,"WirelessChannel.channel_diag_memoryFull"],[4210,0,2,"channelNumber","WirelessChannel.channelNumber"],[4211,0,2,"id","WirelessChannel.id"],[4212,0,2,"type","WirelessChannel.type"],[4213,0,2,"description","WirelessChannel.description"],[4214,0,2,"adcResolution","WirelessChannel.adcResolution"],[4215,0,2,"adcMaxValue","WirelessChannel.adcMaxValue"],[4216,0,2,"name","WirelessChannel.name"],[4217,0,3,"WirelessChannels","WirelessChannel.WirelessChannels"],[4218,0,3,"WirelessPollData","WirelessChannel.WirelessPollData"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/WirelessChannel-h-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/WirelessChannel-h-SummaryToolTips.js deleted file mode 100644 index f02be3b79..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/WirelessChannel-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/WirelessChannel.h",{3964:"
WirelessChannel
Represents a channel on a WirelessNode. This can be used to gain information about the channel, view current settings that are applied, and update settings on the Node.
",4210:"
uint8 channelNumber() const
Gets the channel number of this channel on the Node.
",4211:"
WirelessChannel::ChannelId id() const
Gets the WirelessChannel::ChannelId of this channel.
",4212:"
WirelessTypes::ChannelType type() const
Gets the WirelessTypes::ChannelType of this channel.
",4213:"
std::string description() const
Gets the description of this channel (ex. "Acceleration X (ch1)" or "CJC Temperature (ch8)").
",4214:"
uint8 adcResolution() const
Gets the ADC Resolution of this channel (Ex: 18 for 18-bit).
",4215:"
uint32 adcMaxValue() const
Gets the maximum value output from the ADC for this channel (Ex: 2^18 for 18-bit).
",4216:"
std::string name() const
Gets the name of this channel.  This is the universal name that should be used for uploading to SensorCloud.
",4217:"
A typedef for a vector of WirelessChannel objects.
",4218:"
A typedef for a map of WirelessChannel to float values, used when polling a Wireless Node.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/WirelessChannel-h-ToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/WirelessChannel-h-ToolTips.js deleted file mode 100644 index e808b065a..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/WirelessChannel-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3456:"
Represents the types of channels on Wireless Nodes.
",3964:"
WirelessChannel
Represents a channel on a WirelessNode. This can be used to gain information about the channel, view current settings that are applied, and update settings on the Node.
",4610:"
Error
The generic MicroStrain exception (base class)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/WirelessChannel-h.html b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/WirelessChannel-h.html deleted file mode 100644 index e489216cd..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/WirelessChannel-h.html +++ /dev/null @@ -1,74 +0,0 @@ - - -WirelessChannel.h - - - - - - - -
-
WirelessChannel
-
WirelessChannel
-

Represents a channel on a WirelessNode. This can be used to gain information about the channel, view current settings that are applied, and update settings on the Node.

-
- -
-
ChannelId
-
channel_unknown

0 - Unknown Channel

channel_1

1 - Channel 1

channel_2

2 - Channel 2

channel_3

3 - Channel 3

channel_4

4 - Channel 4

channel_5

5 - Channel 5

channel_6

6 - Channel 6

channel_7

7 - Channel 7

channel_8

8 - Channel 8

channel_9

9 - Channel 9

channel_10

10 - Channel 10

channel_11

11 - Channel 11

channel_12

12 - Channel 12

channel_13

13 - Channel 13

channel_14

14 - Channel 14

channel_15

15 - Channel 15

channel_16

16 - Channel 16

channel_digital_1

17 - Digital Channel 1

channel_digital_2

18 - Digital Channel 2

channel_digital_3

19 - Digital Channel 3

channel_digital_4

20 - Digital Channel 4

channel_digital_5

21 - Digital Channel 5

channel_digital_6

22 - Digital Channel 6

channel_digital_7

23 - Digital Channel 7

channel_digital_8

24 - Digital Channel 8

channel_digital_9

25 - Digital Channel 9

channel_digital_10

26 - Digital Channel 10

channel_digital_11

27 - Digital Channel 11

channel_digital_12

28 - Digital Channel 12

channel_digital_13

29 - Digital Channel 13

channel_digital_14

30 - Digital Channel 14

channel_digital_15

31 - Digital Channel 15

channel_digital_16

32 - Digital Channel 16

channel_structuralHealth

33 - Structural Health Channel

channel_hcl_rawBase_mag1_x

34 - HCL Smart Bearing Raw Base - Mag 1 - x

channel_hcl_rawBase_mag1_y

35 - HCL Smart Bearing Raw Base - Mag 1 - y

channel_hcl_rawBase_mag1_z

36 - HCL Smart Bearing Raw Base - Mag 1 - z

channel_hcl_rawBase_mag2_x

37 - HCL Smart Bearing Raw Base - Mag 2 - x

channel_hcl_rawBase_mag2_y

38 - HCL Smart Bearing Raw Base - Mag 2 - y

channel_hcl_rawBase_mag2_z

39 - HCL Smart Bearing Raw Base - Mag 2 - z

channel_hcl_rawBase_mag3_x

40 - HCL Smart Bearing Raw Base - Mag 3 - x

channel_hcl_rawBase_mag3_y

41 - HCL Smart Bearing Raw Base - Mag 3 - y

channel_hcl_rawBase_mag3_z

42 - HCL Smart Bearing Raw Base - Mag 3 - z

channel_hcl_rawBase_mag4_x

43 - HCL Smart Bearing Raw Base - Mag 4 - x

channel_hcl_rawBase_mag4_y

44 - HCL Smart Bearing Raw Base - Mag 4 - y

channel_hcl_rawBase_mag4_z

45 - HCL Smart Bearing Raw Base - Mag 4 - z

channel_hcl_rawBase_mag5_x

46 - HCL Smart Bearing Raw Base - Mag 5 - x

channel_hcl_rawBase_mag5_y

47 - HCL Smart Bearing Raw Base - Mag 5 - y

channel_hcl_rawBase_mag5_z

48 - HCL Smart Bearing Raw Base - Mag 5 - z

channel_hcl_rawBase_mag6_x

49 - HCL Smart Bearing Raw Base - Mag 6 - x

channel_hcl_rawBase_mag6_y

50 - HCL Smart Bearing Raw Base - Mag 6 - y

channel_hcl_rawBase_mag6_z

51 - HCL Smart Bearing Raw Base - Mag 6 - z

channel_hcl_rawBase_mag7_x

52 - HCL Smart Bearing Raw Base - Mag 7 - x

channel_hcl_rawBase_mag7_y

53 - HCL Smart Bearing Raw Base - Mag 7 - y

channel_hcl_rawBase_mag7_z

54 - HCL Smart Bearing Raw Base - Mag 7 - z

channel_hcl_rawBase_mag8_x

55 - HCL Smart Bearing Raw Base - Mag 8 - x

channel_hcl_rawBase_mag8_y

56 - HCL Smart Bearing Raw Base - Mag 8 - y

channel_hcl_rawBase_mag8_z

57 - HCL Smart Bearing Raw Base - Mag 8 - z

channel_hcl_rawBase_gyro_x

58 - HCL Smart Bearing Raw Base - Gyro - x

channel_hcl_rawBase_gyro_y

59 - HCL Smart Bearing Raw Base - Gyro - y

channel_hcl_rawBase_gyro_z

60 - HCL Smart Bearing Raw Base - Gyro - z

channel_error_code

61 - Error Code

channel_hcl_rawStrain_BL30

62 - HCL Smart Bearing Raw Strain - BL30

channel_hcl_rawStrain_BL120

63 - HCL Smart Bearing Raw Strain - BL120

channel_hcl_rawStrain_A60

64 - HCL Smart Bearing Raw Strain - A60

channel_hcl_rawStrain_A150

65 - HCL Smart Bearing Raw Strain - A150

channel_hcl_rawStrain_AL30

66 - HCL Smart Bearing Raw Strain - AL30

channel_hcl_rawStrain_AL120

67 - HCL Smart Bearing Raw Strain - AL120

channel_hcl_rawStrain_BR60

68 - HCL Smart Bearing Raw Strain - BR60

channel_hcl_rawStrain_BR150

69 - HCL Smart Bearing Raw Strain - BR150

channel_hcl_rawStrain_B30

70 - HCL Smart Bearing Raw Strain - B30

channel_hcl_rawStrain_T120

71 - HCL Smart Bearing Raw Strain - T120

channel_hcl_rawStrain_AR60

72 - HCL Smart Bearing Raw Strain - AR60

channel_hcl_rawStrain_AR150

73 - HCL Smart Bearing Raw Strain - AR150

channel_hcl_rawStrain_A30

74 - HCL Smart Bearing Raw Strain - A30

channel_hcl_rawStrain_A120

75 - HCL Smart Bearing Raw Strain - A120

channel_hcl_rawStrain_BL90

76 - HCL Smart Bearing Raw Strain - BL90

channel_hcl_rawStrain_BL180

77 - HCL Smart Bearing Raw Strain - BL180

channel_hcl_rawStrain_BR30

78 - HCL Smart Bearing Raw Strain - BR30

channel_hcl_rawStrain_BR120

79 - HCL Smart Bearing Raw Strain - BR120

channel_hcl_rawStrain_AL90

80 - HCL Smart Bearing Raw Strain - AL90

channel_hcl_rawStrain_AL180

81 - HCL Smart Bearing Raw Strain - AL180

channel_hcl_rawStrain_AR30

82 - HCL Smart Bearing Raw Strain - AR30

channel_hcl_rawStrain_AR120

83 - HCL Smart Bearing Raw Strain - AR120

channel_hcl_rawStrain_B90

84 - HCL Smart Bearing Raw Strain - B90

channel_hcl_rawStrain_T0

85 - HCL Smart Bearing Raw Strain - T0

channel_hcl_rawStrain_BL60

86 - HCL Smart Bearing Raw Strain - BL60

channel_hcl_rawStrain_BL150

87 - HCL Smart Bearing Raw Strain - BL150

channel_hcl_rawStrain_A90

88 - HCL Smart Bearing Raw Strain - A90

channel_hcl_rawStrain_A0

89 - HCL Smart Bearing Raw Strain - A0

channel_hcl_rawStrain_AL60

90 - HCL Smart Bearing Raw Strain - AL60

channel_hcl_rawStrain_AL150

91 - HCL Smart Bearing Raw Strain - AL150

channel_hcl_rawStrain_BR90

92 - HCL Smart Bearing Raw Strain - BR90

channel_hcl_rawStrain_BR0

93 - HCL Smart Bearing Raw Strain - BR0

channel_hcl_rawStrain_T60

94 - HCL Smart Bearing Raw Strain - T60

channel_hcl_rawStrain_B150

95 - HCL Smart Bearing Raw Strain - B150

channel_hcl_rawStrain_AR90

96 - HCL Smart Bearing Raw Strain - AR90

channel_hcl_rawStrain_AR0

97 - HCL Smart Bearing Raw Strain - AR0

channel_hcl_rawInertial_accel1

98 - HCL Smart Bearing Raw Inertial - accel 1

channel_hcl_rawInertial_accel2

99 - HCL Smart Bearing Raw Inertial - accel 2

channel_hcl_rawInertial_accel3

100 - HCL Smart Bearing Raw Inertial - accel 3

channel_hcl_rawInertial_accel4

101 - HCL Smart Bearing Raw Inertial - accel 4

channel_hcl_rawInertial_accel5

102 - HCL Smart Bearing Raw Inertial - accel 5

channel_hcl_rawInertial_accel6

103 - HCL Smart Bearing Raw Inertial - accel 6

channel_hcl_rawInertial_accel7

104 - HCL Smart Bearing Raw Inertial - accel 7

channel_hcl_rawInertial_accel8

105 - HCL Smart Bearing Raw Inertial - accel 8

channel_hcl_rawInertial_gyroX

106 - HCL Smart Bearing Raw Inertial - gyro X

channel_hcl_rawInertial_gyroY

107 - HCL Smart Bearing Raw Inertial - gyro Y

channel_hcl_rawInertial_gyroZ

108 - HCL Smart Bearing Raw Inertial - gyro Z

channel_rawAngleStrain

109 - Raw Angle Strain

channel_beaconEcho

110 - Beacon Echo

channel_rfSweep

111 - RF Sweep

channel_diag_state

112 - Diagnostic - current state

channel_diag_runtime_idle

113 - Diagnostic - idle run time

channel_diag_runtime_sleep

114 - Diagnostic - sleep run time

channel_diag_runtime_activeRun

115 - Diagnostic - active run run time

channel_diag_runtime_inactiveRun

116 - Diagnostic - inactive run run time

channel_diag_resetCounter

117 - Diagnostic - reset counter

channel_diag_lowBatteryFlag

118 - Diagnostic - low battery indicator

channel_diag_sweepIndex

119 - Diagnostic - sweep index

channel_diag_badSweepCount

120 - Diagnostic - bad sweep count

channel_diag_totalTx

121 - Diagnostic - total transmissions

channel_diag_totalReTx

122 - Diagnostic - total retransmissions

channel_diag_totalDroppedPackets

123 - Diagnostic - total dropped packets

channel_diag_builtInTestResult

124 - Diagnostic - built in test result

channel_diag_eventIndex

125 - Diagnostic - event trigger index

channel_hcl_axialLoadX

126 - HCL Smart Bearing Cal - Axial Load X

channel_hcl_axialLoadY

127 - HCL Smart Bearing Cal - Axial Load Y

channel_hcl_axialLoadZ

128 - HCL Smart Bearing Cal - Axial Load Z

channel_hcl_bendingMomentFlap

129 - HCL Smart Bearing Cal - Bending Moment Flag

channel_hcl_bendingMomentLag

130 - HCL Smart Bearing Cal - Bending Moment Lead Lag

channel_hcl_bendingMomentPitch

131 - HCL Smart Bearing Cal - Bending Moment Pitch

channel_hcl_motionFlap_mag

132 - HCL Smart Bearing Cal - Motion Flap (Mag)

channel_hcl_motionLag_mag

133 - HCL Smart Bearing Cal - Motion Lead Lag (Mag)

channel_hcl_motionPitch_mag

134 - HCL Smart Bearing Cal - Motion Pitch (Mag)

channel_hcl_motionFlap_inertial

135 - HCL Smart Bearing Cal - Motion Flap (Inertial)

channel_hcl_motionLag_inertial

136 - HCL Smart Bearing Cal - Motion Lead Lag (Inertial)

channel_hcl_motionPitch_inertial

137 - HCL Smart Bearing Cal - Motion Pitch (Inertial)

channel_hcl_cockingStiffness_mag

138 - HCL Smart Bearing Cal - Cocking Stiffness (Mag)

channel_hcl_cockingStiffness_inertial

139 - HCL Smart Bearing Cal - Cocking Stiffness (Inertial)

channel_hcl_temperature

140 - HCL Smart Bearing Cal - Temperature

channel_diag_externalPower

141 - Diagnostic - external power

channel_diag_internalTemp

142 - Diagnostic - internal temperature

channel_1_rms

143 - Channel 1 RMS

channel_2_rms

144 - Channel 2 RMS

channel_3_rms

145 - Channel 3 RMS

channel_4_rms

146 - Channel 4 RMS

channel_5_rms

147 - Channel 5 RMS

channel_6_rms

148 - Channel 6 RMS

channel_7_rms

149 - Channel 7 RMS

channel_8_rms

150 - Channel 8 RMS

channel_9_rms

151 - Channel 9 RMS

channel_10_rms

152 - Channel 10 RMS

channel_11_rms

153 - Channel 11 RMS

channel_12_rms

154 - Channel 12 RMS

channel_13_rms

155 - Channel 13 RMS

channel_14_rms

156 - Channel 14 RMS

channel_15_rms

157 - Channel 15 RMS

channel_16_rms

158 - Channel 16 RMS

channel_1_peakToPeak

159 - Channel 1 Peak to Peak

channel_2_peakToPeak

160 - Channel 2 Peak to Peak

channel_3_peakToPeak

161 - Channel 3 Peak to Peak

channel_4_peakToPeak

162 - Channel 4 Peak to Peak

channel_5_peakToPeak

163 - Channel 5 Peak to Peak

channel_6_peakToPeak

164 - Channel 6 Peak to Peak

channel_7_peakToPeak

165 - Channel 7 Peak to Peak

channel_8_peakToPeak

166 - Channel 8 Peak to Peak

channel_9_peakToPeak

167 - Channel 9 Peak to Peak

channel_10_peakToPeak

168 - Channel 10 Peak to Peak

channel_11_peakToPeak

169 - Channel 11 Peak to Peak

channel_12_peakToPeak

170 - Channel 12 Peak to Peak

channel_13_peakToPeak

171 - Channel 13 Peak to Peak

channel_14_peakToPeak

172 - Channel 14 Peak to Peak

channel_15_peakToPeak

173 - Channel 15 Peak to Peak

channel_16_peakToPeak

174 - Channel 16 Peak to Peak

channel_1_ips

175 - Channel 1 Inches Per Second

channel_2_ips

176 - Channel 2 Inches Per Second

channel_3_ips

177 - Channel 3 Inches Per Second

channel_4_ips

178 - Channel 4 Inches Per Second

channel_5_ips

179 - Channel 5 Inches Per Second

channel_6_ips

180 - Channel 6 Inches Per Second

channel_7_ips

181 - Channel 7 Inches Per Second

channel_8_ips

182 - Channel 8 Inches Per Second

channel_9_ips

183 - Channel 9 Inches Per Second

channel_10_ips

184 - Channel 10 Inches Per Second

channel_11_ips

185 - Channel 11 Inches Per Second

channel_12_ips

186 - Channel 12 Inches Per Second

channel_13_ips

187 - Channel 13 Inches Per Second

channel_14_ips

188 - Channel 14 Inches Per Second

channel_15_ips

189 - Channel 15 Inches Per Second

channel_16_ips

190 - Channel 16 Inches Per Second

channel_1_crestFactor

191 - Channel 1 Crest Factor

channel_2_crestFactor

192 - Channel 2 Crest Factor

channel_3_crestFactor

193 - Channel 3 Crest Factor

channel_4_crestFactor

194 - Channel 4 Crest Factor

channel_5_crestFactor

195 - Channel 5 Crest Factor

channel_6_crestFactor

196 - Channel 6 Crest Factor

channel_7_crestFactor

197 - Channel 7 Crest Factor

channel_8_crestFactor

198 - Channel 8 Crest Factor

channel_9_crestFactor

199 - Channel 9 Crest Factor

channel_10_crestFactor

200 - Channel 10 Crest Factor

channel_11_crestFactor

201 - Channel 11 Crest Factor

channel_12_crestFactor

202 - Channel 12 Crest Factor

channel_13_crestFactor

203 - Channel 13 Crest Factor

channel_14_crestFactor

204 - Channel 14 Crest Factor

channel_15_crestFactor

205 - Channel 15 Crest Factor

channel_16_crestFactor

206 - Channel 16 Crest Factor

channel_diag_syncAttempts

207 - Diagnostic - Synchronization Attempts

channel_diag_syncFailures

208 - Diagnostic - Synchronization Failures

channel_diag_secsSinceLastSync

209 - Diagnostic - Seconds since last synchronization

channel_beaconConflict

210 - Conflicting Beacon

channel_1_mean

211 - Channel 1 Mean

channel_2_mean

212 - Channel 2 Mean

channel_3_mean

213 - Channel 3 Mean

channel_4_mean

214 - Channel 4 Mean

channel_5_mean

215 - Channel 5 Mean

channel_6_mean

216 - Channel 6 Mean

channel_7_mean

217 - Channel 7 Mean

channel_8_mean

218 - Channel 8 Mean

channel_9_mean

219 - Channel 9 Mean

channel_10_mean

220 - Channel 10 Mean

channel_11_mean

221 - Channel 11 Mean

channel_12_mean

222 - Channel 12 Mean

channel_13_mean

223 - Channel 13 Mean

channel_14_mean

224 - Channel 14 Mean

channel_15_mean

225 - Channel 15 Mean

channel_16_mean

226 - Channel 16 Mean

channel_1_mmps

227 - Channel 1 Millimeters Per Second

channel_2_mmps

228 - Channel 2 Millimeters Per Second

channel_3_mmps

229 - Channel 3 Millimeters Per Second

channel_4_mmps

230 - Channel 4 Millimeters Per Second

channel_5_mmps

231 - Channel 5 Millimeters Per Second

channel_6_mmps

232 - Channel 6 Millimeters Per Second

channel_7_mmps

233 - Channel 7 Millimeters Per Second

channel_8_mmps

234 - Channel 8 Millimeters Per Second

channel_9_mmps

235 - Channel 9 Millimeters Per Second

channel_10_mmps

236 - Channel 10 Millimeters Per Second

channel_11_mmps

237 - Channel 11 Millimeters Per Second

channel_12_mmps

238 - Channel 12 Millimeters Per Second

channel_13_mmps

239 - Channel 13 Millimeters Per Second

channel_14_mmps

240 - Channel 14 Millimeters Per Second

channel_15_mmps

241 - Channel 15 Millimeters Per Second

channel_16_mmps

242 - Channel 16 Millimeters Per Second

channel_diag_memoryFull

243 - Diagnostic - % Datalogging Memory Full

-
- -
-
channelNumber
-
uint8 channelNumber() const
-

Gets the channel number of this channel on the Node.

Returns

The channel number of this channel on the Node.

-
- -
-
id
- -

Gets the WirelessChannel::ChannelId of this channel.

Returns

The WirelessChannel::ChannelId of this channel.

-
- -
-
type
- -

Gets the WirelessTypes::ChannelType of this channel.

Returns

The WirelessTypes::ChannelType of this channel.

-
- -
-
description
-
std::string description() const
-

Gets the description of this channel (ex. "Acceleration X (ch1)" or "CJC Temperature (ch8)").

Returns

A string description of the channel.

-
- -
-
adcResolution
-
uint8 adcResolution() const
-

Gets the ADC Resolution of this channel (Ex: 18 for 18-bit).

Returns

The ADC Resolution of this channel.

-
- -
-
adcMaxValue
-
uint32 adcMaxValue() const
-

Gets the maximum value output from the ADC for this channel (Ex: 2^18 for 18-bit).

Returns

The maximum value output from the ADC for this channel.

-
- -
-
name
-
std::string name() const
-

Gets the name of this channel.  This is the universal name that should be used for uploading to SensorCloud.

Returns

The name of this channel.

Exceptions
-
- -
-
WirelessChannels
-

A typedef for a vector of WirelessChannel objects.

-
- -
-
WirelessPollData
-

A typedef for a map of WirelessChannel to float values, used when polling a Wireless Node.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/WirelessDataPoint-h-Summary.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/WirelessDataPoint-h-Summary.js deleted file mode 100644 index 871aceba2..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/WirelessDataPoint-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/WirelessDataPoint.h","WirelessDataPoint.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/WirelessDataPoint.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Types","Type"]],[[3261,0,0,"WirelessDataPoint","WirelessDataPoint"],[3262,0,1,"channelId","WirelessDataPoint.channelId"],[3263,0,1,"channelNumber","WirelessDataPoint.channelNumber"],[3264,0,1,"channelName","WirelessDataPoint.channelName"],[3265,0,2,"ChannelData","WirelessDataPoint.ChannelData"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/WirelessDataPoint-h-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/WirelessDataPoint-h-SummaryToolTips.js deleted file mode 100644 index c6fbd6413..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/WirelessDataPoint-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/WirelessDataPoint.h",{3261:"
WirelessDataPoint
Represents a single channel\'s data point within a sweep
",3262:"
WirelessChannel::ChannelId channelId() const
Gets the WirelessChannel::ChannelId associated with the data point.
",3263:"
uint8 channelNumber() const
Gets the channel number associated with the data point (ch1 = 1, ch8 = 8), when applicable.  Otherwise, this will return a 0 (for example, a Structural Health data point doesn\'t relate an actual channel on the Wireless Node, so this will be a 0).  This number can be used to relate to the Node\'s WirelessChannel in the map returned from calling <WirelessNode::channels>().
",3264:"
const std::string& channelName() const
Gets the name of the channel.  This is the universal channel name that should be used for uploading to SensorCloud.
",3265:"
A typedef for a collection (vector) of WirelessDataPoints
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/WirelessDataPoint-h-ToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/WirelessDataPoint-h-ToolTips.js deleted file mode 100644 index d6f453aa5..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/WirelessDataPoint-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3261:"
WirelessDataPoint
Represents a single channel\'s data point within a sweep
",3964:"
WirelessChannel
Represents a channel on a WirelessNode. This can be used to gain information about the channel, view current settings that are applied, and update settings on the Node.
",4471:"
DataPoint
Base class representing common functionality between Wireless and Inertial data points
",4502:"
Value
Represents a single value that can be stored/accessed in multiple ways.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/WirelessDataPoint-h.html b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/WirelessDataPoint-h.html deleted file mode 100644 index ef2ad95c3..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/WirelessDataPoint-h.html +++ /dev/null @@ -1,40 +0,0 @@ - - -WirelessDataPoint.h - - - - - - - -
-
WirelessDataPoint
-
public
DataPoint
WirelessDataPoint
-

Represents a single channel's data point within a sweep

See Also

DataPoint, Value

-
- -
-
channelId
-
WirelessChannel::ChannelId channelId() const
-

Gets the WirelessChannel::ChannelId associated with the data point.

Returns

A WirelessChannel::ChannelId representing which channel this data corresponds with.

-
- -
-
channelNumber
-
uint8 channelNumber() const
-

Gets the channel number associated with the data point (ch1 = 1, ch8 = 8), when applicable.  Otherwise, this will return a 0 (for example, a Structural Health data point doesn't relate an actual channel on the Wireless Node, so this will be a 0).  This number can be used to relate to the Node's WirelessChannel in the map returned from calling <WirelessNode::channels>().

Returns

The channel number associated with the data point.

-
- -
-
channelName
-
const std::string& channelName() const
-

Gets the name of the channel.  This is the universal channel name that should be used for uploading to SensorCloud.

Returns

The name of the channel.

-
- -
-
ChannelData
-

A typedef for a collection (vector) of WirelessDataPoints

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/WirelessModels-h-Summary.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/WirelessModels-h-Summary.js deleted file mode 100644 index f76edd3a0..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/WirelessModels-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/WirelessModels.h","WirelessModels.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/WirelessModels.h",[["C/C++","C"]],[["Classes","Class"],["Enums","Enumeration"]],[[3147,0,0,"WirelessModels","WirelessModels"],[3148,0,1,"NodeModel","WirelessModels.NodeModel"],[3149,0,1,,"WirelessModels.node_vLink_legacy"],[3150,0,1,,"WirelessModels.node_cfBearingTempLink"],[3151,0,1,,"WirelessModels.node_envLink_pro"],[3152,0,1,,"WirelessModels.node_gLink_2g"],[3153,0,1,,"WirelessModels.node_gLink_10g"],[3154,0,1,,"WirelessModels.node_gLinkII_cust_in"],[3155,0,1,,"WirelessModels.node_gLinkII_2g_in"],[3156,0,1,,"WirelessModels.node_gLinkII_10g_in"],[3157,0,1,,"WirelessModels.node_gLinkII_cust_ex"],[3158,0,1,,"WirelessModels.node_gLinkII_2g_ex"],[3159,0,1,,"WirelessModels.node_gLinkII_10g_ex"],[3160,0,1,,"WirelessModels.node_gLink_rgd_10g"],[3161,0,1,,"WirelessModels.node_gLink_200_8g"],[3162,0,1,,"WirelessModels.node_gLink_200_40g"],[3163,0,1,,"WirelessModels.node_gLink_200_8g_oem"],[3164,0,1,,"WirelessModels.node_gLink_200_40g_oem"],[3165,0,1,,"WirelessModels.node_gLink_200_8g_oem_mmcx"],[3166,0,1,,"WirelessModels.node_gLink_200_40g_oem_mmcx"],[3167,0,1,,"WirelessModels.node_gLink_200_8g_oem_u_fl"],[3168,0,1,,"WirelessModels.node_gLink_200_40g_oem_u_fl"],[3169,0,1,,"WirelessModels.node_gLink_200_r"],[3170,0,1,,"WirelessModels.node_sgLink_oem_S"],[3171,0,1,,"WirelessModels.node_sgLink"],[3172,0,1,,"WirelessModels.node_sgLink200"],[3173,0,1,,"WirelessModels.node_sgLink200_hbridge_350"],[3174,0,1,,"WirelessModels.node_sgLink200_hbridge_120"],[3175,0,1,,"WirelessModels.node_sgLink200_qbridge_1K"],[3176,0,1,,"WirelessModels.node_sgLink200_hbridge_1K"],[3177,0,1,,"WirelessModels.node_sgLink200_qbridge_350"],[3178,0,1,,"WirelessModels.node_sgLink200_qbridge_120"],[3179,0,1,,"WirelessModels.node_sgLink_oem"],[3180,0,1,,"WirelessModels.node_sgLink_micro"],[3181,0,1,,"WirelessModels.node_sgLink200_oem"],[3182,0,1,,"WirelessModels.node_sgLink200_oem_ufl"],[3183,0,1,,"WirelessModels.node_sgLink200_oem_hbridge_1K"],[3184,0,1,,"WirelessModels.node_sgLink200_oem_hbridge_1K_ufl"],[3185,0,1,,"WirelessModels.node_sgLink200_oem_hbridge_120"],[3186,0,1,,"WirelessModels.node_sgLink200_oem_hbridge_120_ufl"],[3187,0,1,,"WirelessModels.node_sgLink200_oem_hbridge_350"],[3188,0,1,,"WirelessModels.node_sgLink200_oem_hbridge_350_ufl"],[3189,0,1,,"WirelessModels.node_sgLink200_oem_qbridge_1K"],[3190,0,1,,"WirelessModels.node_sgLink200_oem_qbridge_1K_ufl"],[3191,0,1,,"WirelessModels.node_sgLink200_oem_qbridge_120"],[3192,0,1,,"WirelessModels.node_sgLink200_oem_qbridge_120_ufl"],[3193,0,1,,"WirelessModels.node_sgLink200_oem_qbridge_350"],[3194,0,1,,"WirelessModels.node_sgLink200_oem_qbridge_350_ufl"],[3195,0,1,,"WirelessModels.node_sgLink_rgd"],[3196,0,1,,"WirelessModels.node_shmLink"],[3197,0,1,,"WirelessModels.node_tcLink_1ch"],[3198,0,1,,"WirelessModels.node_tcLink_6ch"],[3199,0,1,,"WirelessModels.node_tcLink_3ch"],[3200,0,1,,"WirelessModels.node_tcLink_6ch_ip67"],[3201,0,1,,"WirelessModels.node_tcLink200_oem"],[3202,0,1,,"WirelessModels.node_tcLink200_oem_ufl"],[3203,0,1,,"WirelessModels.node_tcLink200"],[3204,0,1,,"WirelessModels.node_rtdLink200"],[3205,0,1,,"WirelessModels.node_tcLink_6ch_ip67_rht"],[3206,0,1,,"WirelessModels.node_vLink"],[3207,0,1,,"WirelessModels.node_vLink200"],[3208,0,1,,"WirelessModels.node_vLink200_qbridge_1K"],[3209,0,1,,"WirelessModels.node_vLink200_qbridge_120"],[3210,0,1,,"WirelessModels.node_vLink200_qbridge_350"],[3211,0,1,,"WirelessModels.node_vLink200_hbridge_1K"],[3212,0,1,,"WirelessModels.node_vLink200_hbridge_120"],[3213,0,1,,"WirelessModels.node_vLink200_hbridge_350"],[3214,0,1,,"WirelessModels.node_iepeLink"],[3215,0,1,,"WirelessModels.node_dvrtLink"],[3216,0,1,,"WirelessModels.node_envLink_mini"],[3217,0,1,,"WirelessModels.node_wattLink"],[3218,0,1,,"WirelessModels.node_wattLink_3Y208"],[3219,0,1,,"WirelessModels.node_wattLink_3D240"],[3220,0,1,,"WirelessModels.node_wattLink_3Y400"],[3221,0,1,,"WirelessModels.node_wattLink_3D400"],[3222,0,1,,"WirelessModels.node_wattLink_3Y480"],[3223,0,1,,"WirelessModels.node_wattLink_3D480"],[3224,0,1,,"WirelessModels.node_wattLink_3Y600"],[3225,0,1,,"WirelessModels.node_mvPerVLink"],[3226,0,1,,"WirelessModels.node_ptLink200"],[3227,0,1,,"WirelessModels.node_rtdLink"],[3228,0,1,,"WirelessModels.node_shmLink2_cust1_oldNumber"],[3229,0,1,,"WirelessModels.node_shmLink2_cust1"],[3230,0,1,,"WirelessModels.node_shmLink200"],[3231,0,1,,"WirelessModels.node_shmLink201"],[3232,0,1,,"WirelessModels.node_shmLink201_qbridge_1K"],[3233,0,1,,"WirelessModels.node_shmLink201_qbridge_348"],[3234,0,1,,"WirelessModels.node_shmLink201_hbridge_1K"],[3235,0,1,,"WirelessModels.node_shmLink201_hbridge_348"],[3236,0,1,,"WirelessModels.node_shmLink201_fullbridge"],[3237,0,1,,"WirelessModels.node_shmLink210_fullbridge"],[3238,0,1,,"WirelessModels.node_shmLink210_qbridge_3K"],[3239,0,1,,"WirelessModels.node_torqueLink"],[3240,0,1,,"WirelessModels.node_torqueLink200_3ch"],[3241,0,1,,"WirelessModels.node_torqueLink200"],[3242,0,1,,"WirelessModels.node_torqueLink200_3ch_s"],[3243,0,1,,"WirelessModels.node_sgLink_herm"],[3244,0,1,,"WirelessModels.node_sgLink_herm_2600"],[3245,0,1,,"WirelessModels.node_sgLink_herm_2700"],[3246,0,1,,"WirelessModels.node_sgLink_herm_2800"],[3247,0,1,,"WirelessModels.node_sgLink_herm_2900"],[3248,0,1,,"WirelessModels.node_wirelessImpactSensor"],[3249,0,1,,"WirelessModels.node_gLink_200_40g_s"],[3250,0,1,"BaseModel","WirelessModels.BaseModel"],[3251,0,1,,"WirelessModels.base_wsda_1000"],[3252,0,1,,"WirelessModels.base_wsda_1500"],[3253,0,1,,"WirelessModels.base_wsda_2000"],[3254,0,1,,"WirelessModels.base_wsdaBase_200"],[3255,0,1,,"WirelessModels.base_wsdaBase_200_extAntenna"],[3256,0,1,,"WirelessModels.base_wsdaBase_101_analog"],[3257,0,1,,"WirelessModels.base_wsdaBase_102_rs232"],[3258,0,1,,"WirelessModels.base_wsdaBase_104_usb"],[3259,0,1,,"WirelessModels.base_wsi_104"],[3260,0,1,,"WirelessModels.base_wsdaBase_mini"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/WirelessModels-h-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/WirelessModels-h-SummaryToolTips.js deleted file mode 100644 index 9d48c615a..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/WirelessModels-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/WirelessModels.h",{3147:"
WirelessModels
Contains the models of Wireless hardware.
",3148:"
The model numbers for each of the Wireless Nodes.
",3250:"
The model numbers for each of the Wireless Base Stations
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/WirelessModels-h-ToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/WirelessModels-h-ToolTips.js deleted file mode 100644 index 59992a148..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/WirelessModels-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/WirelessModels-h.html b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/WirelessModels-h.html deleted file mode 100644 index 441b62111..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/WirelessModels-h.html +++ /dev/null @@ -1,27 +0,0 @@ - - -WirelessModels.h - - - - - - - -
-
WirelessModels
-
WirelessModels
-

Contains the models of Wireless hardware.

-
- -
-
NodeModel
-

The model numbers for each of the Wireless Nodes.

node_vLink_legacy

2428 - V-Link (legacy)

node_cfBearingTempLink

51280096 - CF-Bearing-Temp-Link

node_envLink_pro

60000001 - ENV-Link-Pro (NO ACTUAL 6XXX NUMBER, NODE NEEDS TO BE UPDATED!)

node_gLink_2g

63052000 - G-Link 2G

node_gLink_10g

63053000 - G-Link 10G

node_gLinkII_cust_in

63054000 - G-Link II Custom Internal

node_gLinkII_2g_in

63054002 - G-Link II 2G Internal

node_gLinkII_10g_in

63054010 - G-Link II 10G Internal

node_gLinkII_cust_ex

63055000 - G-Link II Custom External

node_gLinkII_2g_ex

63055002 - G-Link II 2g External

node_gLinkII_10g_ex

63055010 - G-Link II 10G External

node_gLink_rgd_10g

63056010 - G-Link-RGD 10G

node_gLink_200_8g

63056000 - G-Link-200-8g

node_gLink_200_40g

63056001 - G-Link-200-40g

node_gLink_200_8g_oem

63056002 - G-Link-200-8g-OEM (Internal Antenna)

node_gLink_200_40g_oem

63056003 - G-Link-200-40g-OEM (Internal Antenna)

node_gLink_200_8g_oem_mmcx

63056181 - G-Link-200-8g-OEM (MMCX Antenna)

node_gLink_200_40g_oem_mmcx

63056141 - G-Link-200-40g-OEM (MMCX Antenna)

node_gLink_200_8g_oem_u_fl

63056182 - G-Link-200-8g-OEM (U.Fl Antenna)

node_gLink_200_40g_oem_u_fl

63056142 - G-Link-200-40g-OEM (U.Fl Antenna)

node_gLink_200_r

63056200 - G-Link-200-R

node_sgLink_oem_S

63081000 - SG-Link 0EM -S (non-xr)

node_sgLink

63083000 - SG-Link

node_sgLink200

63083300 - SG-Link-200, Full Bridge

node_sgLink200_hbridge_350

63083330 - SG-Link-200, Half Bridge, 350 ohm

node_sgLink200_hbridge_120

63083320 - SG-Link-200, Half Bridge, 120 ohm

node_sgLink200_qbridge_1K

63083410 - SG-Link-200, Quarter Bridge, 1k ohm

node_sgLink200_hbridge_1K

63083310 - SG-Link-200, Half Bridge, 1k ohm

node_sgLink200_qbridge_350

63083430 - SG-Link-200, Quarter Bridge, 350 ohm

node_sgLink200_qbridge_120

63083420 - SG-Link-200, Quarter Bridge, 120 ohm

node_sgLink_oem

63084000 - SG-Link OEM

node_sgLink_micro

63084100 - SG-Link Micro

node_sgLink200_oem

63084200 - SG-Link-200-OEM - Full Bridge, Internal Antenna

node_sgLink200_oem_ufl

63084201 - SG-Link-200-OEM - Full Bridge, U.Fl Antenna

node_sgLink200_oem_hbridge_1K

63084310 - SG-Link-200-OEM - Half Bridge, 1K OHM, Internal Antenna

node_sgLink200_oem_hbridge_1K_ufl

63084311 - SG-Link-200-OEM - Half Bridge, 1K OHM, U.Fl Antenna

node_sgLink200_oem_hbridge_120

63084320 - SG-Link-200-OEM - Half Bridge, 120 OHM, Internal Antenna

node_sgLink200_oem_hbridge_120_ufl

63084321 - SG-Link-200-OEM - Half Bridge, 120 OHM, U.Fl Antenna

node_sgLink200_oem_hbridge_350

63084330 - SG-Link-200-OEM - Half Bridge, 350 OHM, Internal Antenna

node_sgLink200_oem_hbridge_350_ufl

63084331 - SG-Link-200-OEM - Half Bridge, 120 OHM, U.Fl Antenna

node_sgLink200_oem_qbridge_1K

63084410 - SG-Link-200-OEM - Quarter Bridge, 1K OHM, Internal Antenna

node_sgLink200_oem_qbridge_1K_ufl

63084411 - SG-Link-200-OEM - Quarter Bridge, 1K OHM, U.Fl Antenna

node_sgLink200_oem_qbridge_120

63084420 - SG-Link-200-OEM - Quarter Bridge, 120 OHM, Internal Antenna

node_sgLink200_oem_qbridge_120_ufl

63084421 - SG-Link-200-OEM - Quarter Bridge, 120 OHM, U.Fl Antenna

node_sgLink200_oem_qbridge_350

63084430 - SG-Link-200-OEM - Quarter Bridge, 350 OHM, Internal Antenna

node_sgLink200_oem_qbridge_350_ufl

63084431 - SG-Link-200-OEM - Quarter Bridge, 120 OHM, U.Fl Antenna

node_sgLink_rgd

63085000 - SG-Link RGD

node_shmLink

63086000 - SHM-Link

node_tcLink_1ch

63104000 - TC-Link 1CH

node_tcLink_6ch

63105000 - TC-Link 6CH

node_tcLink_3ch

63106000 - TC-Link 3CH

node_tcLink_6ch_ip67

63107000 - TC-Link 6CH IP67

node_tcLink200_oem

63104100 - TC-Link-200-OEM, Internal Antenna

node_tcLink200_oem_ufl

63104101 - TC-Link-200-OEM, U.Fl Antenna

node_tcLink200

63105400 - TC-Link-200

node_rtdLink200

63105500 - RTD-Link-200

node_tcLink_6ch_ip67_rht

63108000 - TC-Link 6CH IP67 RHT

node_vLink

63121000 - V-Link

node_vLink200

63122000 - V-Link 200 - Full Bridge

node_vLink200_qbridge_1K

63122110 - V-Link 200 - Quarter Bridge, 1K OHM

node_vLink200_qbridge_120

63122120 - V-Link 200 - Quarter Bridge, 120 OHM

node_vLink200_qbridge_350

63122130 - V-Link 200 - Quarter Bridge, 350 OHM

node_vLink200_hbridge_1K

63122210 - V-Link 200 - Half Bridge, 1K OHM

node_vLink200_hbridge_120

63122220 - V-Link 200 - Half Bridge, 120 OHM

node_vLink200_hbridge_350

63122230 - V-Link 200 - Half Bridge, 350 OHM

node_iepeLink

63160010 - IEPE-Link

node_dvrtLink

63181000 - DVRT-Link

node_envLink_mini

63220000 - ENV-Link-Mini

node_wattLink

63230000 - Watt-Link

node_wattLink_3Y208

63231100 - Watt-Link 3Y208

node_wattLink_3D240

63232200 - Watt-Link 3D240

node_wattLink_3Y400

63233100 - Watt-Link 3Y400

node_wattLink_3D400

63233200 - Watt-Link 3D400

node_wattLink_3Y480

63234100 - Watt-Link 3Y480

node_wattLink_3D480

63234200 - Watt-Link 3D480

node_wattLink_3Y600

63235100 - Watt-Link 3Y600

node_mvPerVLink

63250200 - mV/V-Link - REMOVED: support removed, this model number now mapped to PT-Link-200

node_ptLink200

63250200 - PT-Link-200

node_rtdLink

63260000 - RTD-Link

node_shmLink2_cust1_oldNumber

63290000 - SHM-Link 2 - Custom 1 (old model number)

node_shmLink2_cust1

63290100 - SHM-Link 2 - Custom 1

node_shmLink200

63290200 - SHM-Link 200

node_shmLink201

63290150 - SHM-Link 201 - Rosette - 3000 resistance

node_shmLink201_qbridge_1K

63290151 - SHM-Link 201 - Quarter Bridge - 1K resistance

node_shmLink201_qbridge_348

63290152 - SHM-Link 201 - Quarter Bridge - 348 resistance

node_shmLink201_hbridge_1K

63290153 - SHM-Link 201 - Half Bridge - 1K resistance

node_shmLink201_hbridge_348

63290154 - SHM-Link 201 - Half Bridge - 348 resistance

node_shmLink201_fullbridge

63290155 - SHM-Link 201 - Full Bridge

node_shmLink210_fullbridge

63290170 - SHM-Link 210 - Full Bridge

node_shmLink210_qbridge_3K

63290171 - SHM-Link 210 - Quarter Bridge - 3K OHM

node_torqueLink

63309999 - Torque-Link

node_torqueLink200_3ch

63313000 - Torque-Link-200-3ch

node_torqueLink200

63319999 - Torque-Link-200

node_torqueLink200_3ch_s

63323350 - Torque-Link-200-3ch

node_sgLink_herm

65010000 - SG-Link-Hermetic

node_sgLink_herm_2600

65011110 - SG-Link-Hermetic 2600 belt assembly

node_sgLink_herm_2700

65011210 - SG-Link-Hermetic 2700 belt assembly

node_sgLink_herm_2800

65011310 - SG-Link-Hermetic 2800 belt assembly

node_sgLink_herm_2900

65011410 - SG-Link-Hermetic 2900 belt assembly

node_wirelessImpactSensor

65080000 - Wireless Impact Sensor

node_gLink_200_40g_s

65226001 - G-Link-200 40g (custom default configuration)

-
- -
-
BaseModel
-

The model numbers for each of the Wireless Base Stations

base_wsda_1000

63140050  -WSDA-1000

base_wsda_1500

63141500  -WSDA-1500

base_wsda_2000

63142000  -WSDA-2000

base_wsdaBase_200

63072040  -WSDA-Base-200 (USB)

base_wsdaBase_200_extAntenna

63072140  -WSDA-Base-200 (USB) - External Antenna

base_wsdaBase_101_analog

63071010  -WSDA-Base-101 (Analog)

base_wsdaBase_102_rs232

63071020  -WSDA-Base-102 (RS232)

base_wsdaBase_104_usb

63071040  -WSDA-Base-104 (USB)

base_wsi_104

63072000  -WSI/104

base_wsdaBase_mini

63079999  -WSDA-Base-Mini

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/WirelessNode-h-Summary.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/WirelessNode-h-Summary.js deleted file mode 100644 index a22ad3b64..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/WirelessNode-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/WirelessNode.h","WirelessNode.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/WirelessNode.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"]],[[3865,0,0,"WirelessNode","WirelessNode"],[3866,0,1,"WirelessNode","WirelessNode.WirelessNode"],[3867,0,1,"Mock","WirelessNode.Mock"],[3868,0,1,"Mock","WirelessNode.Mock(2)"],[3869,0,1,"deviceName","WirelessNode.deviceName"],[3870,0,1,"features","WirelessNode.features"],[3871,0,1,"lastCommunicationTime","WirelessNode.lastCommunicationTime"],[3872,0,1,"lastDeviceState","WirelessNode.lastDeviceState"],[3873,0,1,"setBaseStation","WirelessNode.setBaseStation"],[3874,0,1,"getBaseStation","WirelessNode.getBaseStation"],[3875,0,1,"hasBaseStation","WirelessNode.hasBaseStation"],[3876,0,1,"useGroupRead","WirelessNode.useGroupRead"],[3877,0,1,"readWriteRetries","WirelessNode.readWriteRetries"],[3878,0,1,"readWriteRetries","WirelessNode.readWriteRetries(2)"],[3879,0,1,"useEepromCache","WirelessNode.useEepromCache"],[3880,0,1,"clearEepromCache","WirelessNode.clearEepromCache"],[3881,0,1,"updateEepromCacheFromNodeDiscovery","WirelessNode.updateEepromCacheFromNodeDiscovery"],[3882,0,1,"getEepromCache","WirelessNode.getEepromCache"],[3883,0,1,"nodeAddress","WirelessNode.nodeAddress"],[3884,0,1,"frequency","WirelessNode.frequency"],[3885,0,1,"communicationProtocol","WirelessNode.communicationProtocol"],[3886,0,1,"firmwareVersion","WirelessNode.firmwareVersion"],[3887,0,1,"model","WirelessNode.model"],[3888,0,1,"serial","WirelessNode.serial"],[3889,0,1,"name","WirelessNode.name"],[3890,0,1,"microcontroller","WirelessNode.microcontroller"],[3891,0,1,"radioFeatures","WirelessNode.radioFeatures"],[3892,0,1,"dataStorageSize","WirelessNode.dataStorageSize"],[3893,0,1,"regionCode","WirelessNode.regionCode"],[3894,0,1,"ping","WirelessNode.ping"],[3895,0,1,"sleep","WirelessNode.sleep"],[3896,0,1,"cyclePower","WirelessNode.cyclePower"],[3897,0,1,"resetRadio","WirelessNode.resetRadio"],[3898,0,1,"changeFrequency","WirelessNode.changeFrequency"],[3899,0,1,"setToIdle","WirelessNode.setToIdle"],[3900,0,1,"erase","WirelessNode.erase"],[3901,0,1,"startNonSyncSampling","WirelessNode.startNonSyncSampling"],[3902,0,1,"resendStartSyncSampling","WirelessNode.resendStartSyncSampling"],[3903,0,1,"clearHistogram","WirelessNode.clearHistogram"],[3904,0,1,"autoBalance","WirelessNode.autoBalance"],[3905,0,1,"autoCal_shmLink","WirelessNode.autoCal_shmLink"],[3906,0,1,"autoCal_shmLink201","WirelessNode.autoCal_shmLink201"],[3907,0,1,"autoShuntCal","WirelessNode.autoShuntCal"],[3908,0,1,"poll","WirelessNode.poll"],[3909,0,1,"readEeprom","WirelessNode.readEeprom"],[3910,0,1,"writeEeprom","WirelessNode.writeEeprom"],[3911,0,1,"getDiagnosticInfo","WirelessNode.getDiagnosticInfo"],[3912,0,1,"testCommunicationProtocol","WirelessNode.testCommunicationProtocol"],[3913,0,1,"verifyConfig","WirelessNode.verifyConfig"],[3914,0,1,"applyConfig","WirelessNode.applyConfig"],[3915,0,1,"getNumDatalogSessions","WirelessNode.getNumDatalogSessions"],[3916,0,1,"percentFull","WirelessNode.percentFull"],[3917,0,1,"getDefaultMode","WirelessNode.getDefaultMode"],[3918,0,1,"getInactivityTimeout","WirelessNode.getInactivityTimeout"],[3919,0,1,"getCheckRadioInterval","WirelessNode.getCheckRadioInterval"],[3920,0,1,"getTransmitPower","WirelessNode.getTransmitPower"],[3921,0,1,"getSamplingMode","WirelessNode.getSamplingMode"],[3922,0,1,"getActiveChannels","WirelessNode.getActiveChannels"],[3923,0,1,"getSampleRate","WirelessNode.getSampleRate"],[3924,0,1,"getNumSweeps","WirelessNode.getNumSweeps"],[3925,0,1,"getUnlimitedDuration","WirelessNode.getUnlimitedDuration"],[3926,0,1,"getDataFormat","WirelessNode.getDataFormat"],[3927,0,1,"getDataCollectionMethod","WirelessNode.getDataCollectionMethod"],[3928,0,1,"getTimeBetweenBursts","WirelessNode.getTimeBetweenBursts"],[3929,0,1,"getLostBeaconTimeout","WirelessNode.getLostBeaconTimeout"],[3930,0,1,"getInputRange","WirelessNode.getInputRange"],[3931,0,1,"getHardwareOffset","WirelessNode.getHardwareOffset"],[3932,0,1,"getAntiAliasingFilter","WirelessNode.getAntiAliasingFilter"],[3933,0,1,"getCfcFilterConfiguration","WirelessNode.getCfcFilterConfiguration"],[3934,0,1,"getLowPassFilter","WirelessNode.getLowPassFilter"],[3935,0,1,"getHighPassFilter","WirelessNode.getHighPassFilter"],[3936,0,1,"getDebounceFilter","WirelessNode.getDebounceFilter"],[3937,0,1,"getPullUpResistor","WirelessNode.getPullUpResistor"],[3938,0,1,"getSensorOutputMode","WirelessNode.getSensorOutputMode"],[3939,0,1,"getGaugeFactor","WirelessNode.getGaugeFactor"],[3940,0,1,"getExcitationVoltage","WirelessNode.getExcitationVoltage"],[3941,0,1,"getAdcVoltageRef","WirelessNode.getAdcVoltageRef"],[3942,0,1,"getGainAmplifierVoltageRef","WirelessNode.getGainAmplifierVoltageRef"],[3943,0,1,"getGaugeResistance","WirelessNode.getGaugeResistance"],[3944,0,1,"getNumActiveGauges","WirelessNode.getNumActiveGauges"],[3945,0,1,"getLowBatteryThreshold","WirelessNode.getLowBatteryThreshold"],[3946,0,1,"getLinearEquation","WirelessNode.getLinearEquation"],[3947,0,1,"getUnit","WirelessNode.getUnit"],[3948,0,1,"getFactoryCalibrationLinearEq","WirelessNode.getFactoryCalibrationLinearEq"],[3949,0,1,"getFactoryCalibrationUnit","WirelessNode.getFactoryCalibrationUnit"],[3950,0,1,"getFilterSettlingTime","WirelessNode.getFilterSettlingTime"],[3951,0,1,"getThermocoupleType","WirelessNode.getThermocoupleType"],[3952,0,1,"getTempSensorOptions","WirelessNode.getTempSensorOptions"],[3953,0,1,"getFatigueOptions","WirelessNode.getFatigueOptions"],[3954,0,1,"getHistogramOptions","WirelessNode.getHistogramOptions"],[3955,0,1,"getActivitySense","WirelessNode.getActivitySense"],[3956,0,1,"getEventTriggerOptions","WirelessNode.getEventTriggerOptions"],[3957,0,1,"getDiagnosticInterval","WirelessNode.getDiagnosticInterval"],[3958,0,1,"getStorageLimitMode","WirelessNode.getStorageLimitMode"],[3959,0,1,"getSensorDelay","WirelessNode.getSensorDelay"],[3960,0,1,"getDataMode","WirelessNode.getDataMode"],[3961,0,1,"getDerivedDataRate","WirelessNode.getDerivedDataRate"],[3962,0,1,"getDerivedChannelMask","WirelessNode.getDerivedChannelMask"],[3963,0,1,"getDerivedVelocityUnit","WirelessNode.getDerivedVelocityUnit"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/WirelessNode-h-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/WirelessNode-h-SummaryToolTips.js deleted file mode 100644 index 21ddf0b10..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/WirelessNode-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/WirelessNode.h",{3865:"
WirelessNode
A class representing a MicroStrain wireless node
",3866:"
WirelessNode(
NodeAddress nodeAddress,
const BaseStation &basestation
)
Creates a WirelessNode object
",3867:"
static WirelessNode Mock(
NodeAddress nodeAddress,
const BaseStation &basestation,
const NodeInfo &info
)
Static function to create a Mock WirelessNode (won\'t actually talk to a physical device).
",3868:"
static WirelessNode Mock(
NodeAddress nodeAddress,
const BaseStation &basestation,
const NodeInfo &info,
const WirelessTypes::EepromMap &initialEepromCache
)
Static function to create a Mock WirelessNode (won\'t actually talk to a physical device).
",3869:"
static std::string deviceName(
NodeAddress nodeAddress
)
Static function for creating the universal sensor name that should be used for SensorCloud.
",3870:"
const NodeFeatures& features() const
Gets a reference to the NodeFeatures for this Node.  Note: This will be invalid when the WirelessNode is destroyed.
",3871:"
const Timestamp& lastCommunicationTime() const
Gets the Timestamp for the last time MSCL communicated with the Node.  Note: EEPROM reads using the cache will not update this timestamp.
",3872:"
DeviceState lastDeviceState() const
Gets the last known DeviceState for the Node.  This device state is updated by diagnostic packets, as well as when operations are performed by MSCL, such as setting a Node to idle.
",3873:"
void setBaseStation(
const BaseStation &basestation
)
Sets the node\'s parent Base Station, which will perform all communication with the node
",3874:"
BaseStation& getBaseStation()
Gets a reference to the BaseStation that is assigned to this Node.
",3875:"
bool hasBaseStation(
const BaseStation &basestation
) const
Checks whether the given BaseStation is the same BaseStation that is assigned to this Node.
",3876:"
void useGroupRead(
bool useGroup
)
Enables or disables the use of group eeprom read when trying to read a single value (enabled by default).  Note:  In most cases, leaving this enabled will provide better performance, allowing the cache to be built quicker, requiring less communication to the actual device. However, in some cases such as with very high traffic, it may be beneficial to restrict reads to use the single commands, as the packets are smaller over the air.
",3877:"
void readWriteRetries(
uint8 numRetries
)
Sets the number of retry attempts for reading and writing config options with the Node.  By default, the number of retries is 0.  Note:  The timeout that is set per command will be per read and write attempt, meaning this retry number is multiplied by the timeout for your overall timeout.
",3878:"
uint8 readWriteRetries() const
Gets the number of retry attempts for reading and writing config options with the Node.  By default, the number of retries is 0.  Note:  The timeout that is set per command will be per read and write attempt, meaning this retry number is multiplied by the timeout for your overall timeout.
",3879:"
void useEepromCache(
bool useCache
)
Sets whether or not to utilize the eeprom cache when configuring this Node (enabled by default). This can be enabled/disabled at any time.  It is highly recommended to have eeprom caching be enabled.  Note:  The eeprom cache stores the last known value that was written to / read from the Node for each eeprom location. If this is enabled, any reads will get the last known value from the cache if it exists, and any writes will not write to the Node if the value attempting to be written is the same as that stored in the cache. Caching of these values will still be performed if this is disabled, however, read and write operations will then always reach out to the actual device.
",3880:"
void clearEepromCache()
Clears the eeprom cache for this Node.
",3881:"
void updateEepromCacheFromNodeDiscovery(
const NodeDiscovery &nodeDisovery
)
Updates the Node\'s eeprom cache with information from the NodeDiscovery object.  Note: Take caution when using this function that the NodeDiscovery object actually belongs to this WirelessNode.
",3882:"
WirelessTypes::EepromMap getEepromCache() const
Gets a copy of the eeprom cache as a WirelessTypes::EepromMap.
",3883:"
NodeAddress nodeAddress() const
Gets the node address of the Node.
",3884:"
WirelessTypes::Frequency frequency() const
Gets the frequency that the Node is on.
",3885:"
WirelessTypes::CommProtocol communicationProtocol() const
Gets the WirelessTypes::CommProtocol that the Node is currently set to use.
",3886:"
Version firmwareVersion() const
Gets the firmware version of the Node.
",3887:"
WirelessModels::NodeModel model() const
Gets the model of the Node.
",3888:"
std::string serial() const
Gets the serial number of the Node.
",3889:"
std::string name() const
Gets the name of the Node. This is the universal sensor name that should be used for uploading to SensorCloud.  This is the same as calling WirelessNode::deviceName.
",3890:"
WirelessTypes::MicroControllerType microcontroller() const
Gets the microcontroller of the Node.
",3891:"
RadioFeatures radioFeatures() const
Gets the RadioFeatures of the Node.
",3892:"
uint64 dataStorageSize() const
Gets the number of bytes available for data storage on the Node.
",3893:"
WirelessTypes::RegionCode regionCode() const
Gets the region code currently set on the Node.
",3894:"
PingResponse ping()
Performs a Long Ping command on the Node to check the communication between the Base Station and the Node.  The response to this command contains the Node and BaseStation RSSI values.
",3895:"
bool sleep()
Puts the Node into a low power, sleep mode.  This command attempts to ping the node before sending the sleep command, to verify communication.
",3896:"
void cyclePower()
Cycles the power on the Node.  Many configuration changes that are applied to the node do not take affect until the power is cycled.
",3897:"
void resetRadio()
Resets the radio on the Node.
",3898:"
void changeFrequency(
WirelessTypes::Frequency frequency
)
Changes the radio frequency of the Node.  Note: If successful, the Node will be put onto a different frequency than its parent base station.  It is up to the user of MSCL to switch the base station to this frequency if you wish to communicate with it.
",3899:"
SetToIdleStatus setToIdle()
Attempts to set the Node to the Idle state.  This will stop the node from sampling or sleeping, and put it into an idle state so that it may be communicated with (configured, started sampling, etc).  This operation may take several seconds to complete. The returned SetToIdleStatus object may be used to determine the current status of the Set to Idle operation.
",3900:"
void erase()
Erases all logged data on the Node.  Note: Erasing the data on the Node may take up to 30 seconds to complete for some devices.  This command will return immediately while the Node is being erased.  If you wish to check the status of the Erase operation, you can continuously ping the Node. A successful ping means the erase has completed.
",3901:"
bool startNonSyncSampling()
Starts the Node in Non-Synchronized Sampling Mode.  This will immediately start the Node sampling, with the current Sampling settings that are applied to the Node.  Note: To start the Node in Synchronized Sampling Mode, use the SyncSamplingNetwork class.
",3902:"
bool resendStartSyncSampling()
Important!: Use the SyncSamplingNetwork to start a Node in Sync Sampling mode.  Advanced Function that sends the Start Sync Sampling command to the individual Node. This command is useful when you have already used the SyncSamplingNetwork object to start a network of Nodes, but need to resend the start command to a Node. For instance, if you had to set a node to idle, and haven\'t changed any configuration settings. Note that this command does not enable a beacon, which is needed for a Sync Sampling network to be running.  Warning: This function is rarely what you want to use to start Sync Sampling. Instead, you should create a SyncSamplingNetwork object.  Failing to use the SyncSamplingNetwork object can cause the network to be misconfigured, and result in loss of data.
",3903:"
void clearHistogram()
Clears the Histogram on the Node.  See Also: NodeFeatures::supportsHistogramConfig
",3904:"
AutoBalanceResult autoBalance(
const ChannelMask &mask,
float targetPercent
)
Performs an Auto Balance command on a specified channel on the Node.  This adjusts the sensor offset for differential channels to affect range.
",3905:"
AutoCalResult_shmLink autoCal_shmLink()
Performs automatic calibration for the SHM-Link Wireless Node.  See Also: NodeFeatures::supportsAutoCal_shm
",3906:"
AutoCalResult_shmLink201 autoCal_shmLink201()
Performs automatic calibration for the SHM-Link-201 Wireless Node.  See Also: NodeFeatures::supportsAutoCal_shm201
",3907:"
AutoShuntCalResult autoShuntCal(
const ChannelMask &mask,
const ShuntCalCmdInfo &commandInfo
)
Performs automatic shunt calibration for a specified ChannelMask on supported Nodes.
",3908:"
WirelessPollData poll(
const ChannelMask &mask
)
Polls the WirelessNode to get a single sweep of calibrated data.
",3909:"
uint16 readEeprom(
uint16 location
) const
Reads a uint16 from the given eeprom location of the node. This may use a page download or a read eeprom command.  If the value stored in the eeprom cache is still valid, this will be returned instead.  Note: This is an advanced command. In most cases you should use the built in commands for reading a Node\'s configuration options.
",3910:"
void writeEeprom(
uint16 location,
uint16 value
)
Writes a uint16 to the given eeprom location of the node.  If successful, the cache will be updated with the changed value as well.  Note: This is an advanced command. In most cases you should use the built in commands for changing a Node\'s configuration options.
",3911:"
ChannelData getDiagnosticInfo()
Performs an immediate request for the Node\'s Diagnostic Info.  Note: Nodes can also be configured to transmit Diagnostic Info data packets at a specified Diagnostic Interval via the WirelessNodeConfig object.
",3912:"
bool testCommunicationProtocol(
WirelessTypes::CommProtocol protocol
)
Tests if the Node will still be able to communicate after changing the Node\'s communication protocol.  This is recommended to be used before changing communication protocol as the range can change between protocol modes.  Note: Both the Node and BaseStation will return to the current protocol after this test.
",3913:"
bool verifyConfig(
const WirelessNodeConfig &config,
ConfigIssues &outIssues
) const
Checks whether the settings in the given WirelessNodeConfig are ok to be written to the Node.  Options that are set will also be validated against each other. If an option that needs to be validated isn\'t currently set, it will be read from the Node.  (ex. if sample rate is set, but sampling mode isn\'t, the sampling mode will be read from the Node for validating the sample rate)
",3914:"
void applyConfig(
const WirelessNodeConfig &config
)
Applies a WirelessNodeConfig to the Node.  Note: This applies all options that have been set in the WirelessNodeConfig.  Before applying, the options will be validated. It is recommended that you perform this validation yourself first by using verifyConfig.
",3915:"
uint16 getNumDatalogSessions() const
Reads the number of datalog sessions that are currently stored on the Node.
",3916:"
float percentFull() const
Gets the internal datalogging memory percentage that is currently stored on the Node.
",3917:"
WirelessTypes::DefaultMode getDefaultMode() const
Reads the WirelessTypes::DefaultMode that is currently set on the Node.
",3918:"
uint16 getInactivityTimeout() const
Reads the user inactivity timeout that is currently set on the Node.  This controls how many seconds before the Node goes to sleep when idle.
",3919:"
uint8 getCheckRadioInterval() const
Reads the check radio interval that is currently set on the Node.  This controls how often the Node wakes up from sleep to check for commands.
",3920:"
WirelessTypes::TransmitPower getTransmitPower() const
Reads the WirelessTypes::TransmitPower that is currently set on the Node.
",3921:"
WirelessTypes::SamplingMode getSamplingMode() const
Gets the WirelessTypes::SamplingMode that is currently set on the Node.
",3922:"
ChannelMask getActiveChannels() const
Gets the ChannelMask currently set on the Node, representing which channels are enabled and disabled.
",3923:"
WirelessTypes::WirelessSampleRate getSampleRate() const
Gets the WirelessTypes::WirelessSampleRate currently set on the Node.
",3924:"
uint32 getNumSweeps() const
Gets the number of sweeps currently set on the Node, which affects the duration of sampling if unlimited duration is disabled, or the duration of each burst if the sampling mode is Sync Sampling Burst.
",3925:"
bool getUnlimitedDuration() const
Gets whether or not unlimited sampling duration is enabled on the Node.
",3926:"
WirelessTypes::DataFormat getDataFormat() const
Gets the WirelessTypes::DataFormat that is currently set on the Node.
",3927:"
WirelessTypes::DataCollectionMethod getDataCollectionMethod() const
Gets the WirelessTypes::DataCollectionMethod that is currently set on the Node, representing how the data will be collected.  Note: this has no affect if the sampling mode is Armed Datalogging, as this mode only operates in "log only".
",3928:"
TimeSpan getTimeBetweenBursts() const
Gets the amount of time between each burst currently set on the Node.  This is only used if the sampling mode is Synchronized Sampling Burst.
",3929:"
uint16 getLostBeaconTimeout() const
Gets the lost beacon timeout, in minutes, currently set on the Node.  If the Node is Sync Sampling and loses the beacon for a length of time greater than this value, then the node drops into a sleep mode. The Node will re-enter sync sampling within 2 minutes of the beacon reappearing.  Note: A value of 0 means the lost beacon timeout is disabled.  See Also: NodeFeatures::supportsLostBeaconTimeout
",3930:"
WirelessTypes::InputRange getInputRange(
const ChannelMask &mask
) const
Reads the Input Range of the specified ChannelMask currently set on the Node.  See Also: NodeFeatures::channelGroups, NodeFeatures::supportsInputRange
",3931:"
uint16 getHardwareOffset(
const ChannelMask &mask
) const
Reads the hardware offset of the specified ChannelMask currently set on the Node.  See Also: NodeFeatures::channelGroups, NodeFeatures::supportsHardwareOffset
",3932:"
WirelessTypes::Filter getAntiAliasingFilter(
const ChannelMask &mask
) const
Reads the Anti-Aliasing Filter of the specified ChannelMask currently set on the Node.  See Also: NodeFeatures::channelGroups, NodeFeatures::supportsAntiAliasingFilter
",3933:"
WirelessTypes::ChannelFrequencyClass getCfcFilterConfiguration() const
Reads the channel frequency class filter option set on the Node.  See Also: NodeFeatures::supportsCfcFilterConfiguration
",3934:"
WirelessTypes::Filter getLowPassFilter(
const ChannelMask &mask
) const
Reads the Low-Pass Filter of the specified ChannelMask currently set on the Node.  See Also: NodeFeatures::channelGroups, NodeFeatures::supportsLowPassFilter
",3935:"
WirelessTypes::HighPassFilter getHighPassFilter(
const ChannelMask &mask
) const
Reads the High-Pass Filter of the specified ChannelMask currently set on the Node.  See Also: NodeFeatures::channelGroups, NodeFeatures::supportsHighPassFilter
",3936:"
uint16 getDebounceFilter(
const ChannelMask &mask
) const
Reads the Debounce Filter of the specified ChannelMask currently set on the Node.  See Also: NodeFeatures::channelGroups, NodeFeatures::supportsDebounceFilter
",3937:"
bool getPullUpResistor(
const ChannelMask &mask
) const
Gets whether or not the pull-up resistor is enabled on the Node.
",3938:"
WirelessTypes::SensorOutputMode getSensorOutputMode() const
Gets the WirelessTypes::SensorOutputMode currently set on the Node.
",3939:"
float getGaugeFactor(
const ChannelMask &mask
) const
Reads the gauge factor of the specified ChannelMask currently set on the Node.  See Also: NodeFeatures::channelGroups, NodeFeatures::supportsGaugeFactor
",3940:"
WirelessTypes::Voltage getExcitationVoltage() const
Reads the Excitation WirelessTypes::Voltage currently set on the Node.
",3941:"
WirelessTypes::Voltage getAdcVoltageRef() const
Reads the ADC WirelessTypes::Voltage Reference of the Node.
",3942:"
WirelessTypes::Voltage getGainAmplifierVoltageRef() const
Reads the Gain Amplifier WirelessTypes::Voltage Reference of the Node.
",3943:"
uint16 getGaugeResistance() const
Reads the gauge resistance currently set on the Node.  See Also: NodeFeatures::supportsGaugeResistance
",3944:"
uint16 getNumActiveGauges() const
Reads the Number of Active Gauges currently set on the Node.  See Also: NodeFeatures::supportsNumActiveGauges
",3945:"
float getLowBatteryThreshold() const
Reads the threshold at which the low battery diagnostic flag is sent.
",3946:"
LinearEquation getLinearEquation(
const ChannelMask &mask
) const
Gets the linear equation of the specified ChannelMask currently set on the Node.
",3947:"
WirelessTypes::CalCoef_Unit getUnit(
const ChannelMask &mask
) const
Reads the unit of the specified ChannelMask currently set on the Node.  Note: This unit is just used for reference (such as when downloading logged data) and does not affect the actual data value.
",3948:"
LinearEquation getFactoryCalibrationLinearEq(
const ChannelMask &mask
) const
Gets the factory-calibrated linear equation for the specified ChannelMask.
",3949:"
WirelessTypes::CalCoef_Unit getFactoryCalibrationUnit(
const ChannelMask &mask
) const
Reads the factory calibration unit for the specified ChannelMask.
",3950:"
WirelessTypes::SettlingTime getFilterSettlingTime(
const ChannelMask &mask
) const
Gets the filter settling time of the specified ChannelMask currently set on the Node.  See Also: NodeFeatures::channelGroups
",3951:"
WirelessTypes::ThermocoupleType getThermocoupleType(
const ChannelMask &mask
) const
Reads the WirelessTypes::ThermocoupleType of the specified ChannelMask currently set on the Node.  See Also: NodeFeatures::channelGroups
",3952:"
TempSensorOptions getTempSensorOptions(
const ChannelMask &mask
) const
Reads the TempSensorOptions of the specified ChannelMask currently set on the Node.  See Also: NodeFeatures::channelGroups
",3953:"
FatigueOptions getFatigueOptions() const
Reads the FatigueOptions currently set on the Node.  See Also: NodeFeatures::supportsFatigueConfig
",3954:"
HistogramOptions getHistogramOptions() const
Reads the HistogramOptions currently set on the Node.  See Also: NodeFeatures::supportsHistogramConfig
",3955:"
ActivitySense getActivitySense() const
Reads the ActivitySense options currently set on the Node.  See Also: NodeFeatures::supportsActivitySense
",3956:"
EventTriggerOptions getEventTriggerOptions() const
Reads the EventTriggerOptions currently set on the Node.  See Also: NodeFeatures::supportsEventTrigger
",3957:"
uint16 getDiagnosticInterval() const
Reads the interval (in seconds) at which the diagnostic info is configured to be sent.  See Also: NodeFeatures::supportsDiagnosticInfo
",3958:"
WirelessTypes::StorageLimitMode getStorageLimitMode() const
Reads the WirelessTypes::StorageLimitMode that the Node is configured for.  This determines what happens when the datalogging storage limit is reached on the Node.
",3959:"
uint32 getSensorDelay() const
Reads the sensor delay (in microseconds) that is currently set on the Node.  Note: A value of <WirelessNodeConfig::SENSOR_DELAY_ALWAYS_ON> indicates that the sensor is always on.
",3960:"
WirelessTypes::DataMode getDataMode() const
Reads the WirelessTypes::DataMode that is currently set on the Node.
",3961:"
WirelessTypes::WirelessSampleRate getDerivedDataRate() const
Reads the WirelessTypes::WirelessSampleRate for all Derived Data Channels that is currently set on the Node.
",3962:"
ChannelMask getDerivedChannelMask(
WirelessTypes::DerivedCategory category
) const
Reads the ChannelMask for an individual WirelessTypes::DerivedCategory that is currently set on the Node.  This represents which of the actual Node\'s channels are set to be mapped to derived channels.  For example, if the mask for RMS has ch1 and ch3 active, ch1RMS and ch3RMS channels will be output.
",3963:"
WirelessTypes::DerivedVelocityUnit getDerivedVelocityUnit() const
Reads the WirelessTypes::DerivedVelocityUnit which indicates which unit the Velocity derived channel is set to.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/WirelessNode-h-ToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/WirelessNode-h-ToolTips.js deleted file mode 100644 index 57a1b5a2e..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/WirelessNode-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({121:"
InertialNode
A class representing a MicroStrain Inertial Node
",2258:"
SetToIdleStatus
Holds the status information of the Set to Idle command.
",2682:"
PingResponse
Represents the response to a Long Ping Node command
",2689:"
Contains data for the shunt AutoCal command.
",2701:"
AutoCalResult_shmLink
Holds the result information from an autoCal_shmLink command.
",2709:"
AutoCalResult_shmLink201
Holds the result information from an autoCal_shmLink201 command.
",2720:"
AutoShuntCalResult
Holds the result information from an autoCal_shunt command.
",2730:"
AutoBalanceResult
Represents the result from an AutoBalance command.
",2734:"
TempSensorOptions
Options to adjust the temperature sensor for a WirelessNode.
",2743:"
WirelessNodeConfig
Class used for setting the configuration of WirelessNode objects.  Set all the configuration values that you want to change, then verify and apply them to a Node.
",2775:"
uint16 hardwareOffset(
const ChannelMask &mask
) const
Gets the hardware offset for the given ChannelMask in this Config object, if set.
",2843:"
HistogramOptions
Contains all of the Histogram options that can be configured for a WirelessNode.
",2859:"
FatigueOptions
Contains all of the fatigue options that can be configured for a WirelessNode.
",2892:"
EventTriggerOptions
Contains all of the Event Trigger options that can be configured for a WirelessNode.
",2905:"
ConfigIssue
Holds information on a specific configuration issue.
",2971:"
ActivitySense
Contains all of the ActivitySense options that can be configured for a WirelessNode.  Activity Sense is a power saving feature that allows a Node to be in a low-power state when no activity is suspected, and then immediately jump to its normal sampling state when a certain activity threshold is reached.
",3026:"
NodeFeatures
Contains information on which features are supported by a WirelessNode.
",3030:"
ChannelGroups channelGroups() const
Gets the ChannelGroups supported by this Node.
",3033:"
virtual bool supportsInputRange() const
Checks if the Node supports Input Range for any of its ChannelGroups.
",3035:"
virtual bool supportsHardwareOffset() const
Checks if the Node supports Hardware Offset for any of its ChannelGroups.
",3036:"
virtual bool supportsAntiAliasingFilter() const
Checks if the Node supports Anti-Aliasing Filter for any of its ChannelGroups.
",3037:"
virtual bool supportsLowPassFilter() const
Checks if the Node supports Low-Pass Filter for any of its ChannelGroups.
",3038:"
virtual bool supportsHighPassFilter() const
Checks if the Node supports High-Pass Filter for any of its ChannelGroups.
",3039:"
virtual bool supportsGaugeFactor() const
Checks if the Node supports Gauge Factor for any of its ChannelGroups.
",3040:"
virtual bool supportsGaugeResistance() const
Checks if the Node supports the Gauge Resistance option.
",3041:"
virtual bool supportsNumActiveGauges() const
Checks if the Node supports the Number of Active Gauges option.
",3042:"
virtual bool supportsLostBeaconTimeout() const
Checks if the Node supports the Lost Beacon Timeout option.
",3047:"
virtual bool supportsDebounceFilter() const
Checks if the Node supports the Debounce Filter configuration for any of its ChannelGroups.
",3048:"
virtual bool supportsFatigueConfig() const
Checks if the Node supports FatigueOptions configuration.
",3053:"
virtual bool supportsHistogramConfig() const
Checks if the Node supports HistogramOptions configuration.
",3056:"
virtual bool supportsActivitySense() const
Checks if the Node supports the ActivitySense feature.
",3059:"
virtual bool supportsAutoCal_shm() const
Checks if the Node supports the AutoCal SHM-Link command.
",3060:"
virtual bool supportsAutoCal_shm201() const
Checks if the Node supports the AutoCal SHM-Link-201 command.
",3064:"
virtual bool supportsEventTrigger() const
Checks if the Node supports Event Trigger sampling.
",3065:"
virtual bool supportsDiagnosticInfo() const
Checks if the Node supports sending Diagnostic Info.
",3071:"
virtual bool supportsCfcFilterConfiguration() const
Checks if the Node supports configuration of the channel frequency class filter.
",3148:"
The model numbers for each of the Wireless Nodes.
",3261:"
WirelessDataPoint
Represents a single channel\'s data point within a sweep
",3272:"
Represents the types of microcontrollers possible on the Wireless Devices.
",3280:"
Represents the types of data collection methods that can be performed on the Node.
",3284:"
Represents the types of data formats that Nodes can be configured to send when sampling.
",3294:"
Represents the types of sampling modes the Node can be in.
",3301:"
Represents the types of default modes the Node can have.  This is the mode the Node starts in, as well as the mode the node goes into after an inactivity timeout.
",3307:"
Represents the frequency (channel) that can be used for Wireless Devices.
",3325:"
Represents the transmit powers that can be used for Wireless Devices.
",3348:"
Represents the unit types that can be used for calibration coefficients on Wireless Nodes.
",3472:"
Represents the settling times used for thermocouple and voltage inputs on some Wireless Nodes.
",3489:"
Represents the thermocouple types supported by some Wireless Nodes.
",3520:"
The possible sample rates that are available for Wireless Nodes.
",3629:"
The filter options (used for anti-aliasing and low-pass filter)
",3666:"
The high pass filter options.
",3669:"
The channel frequency class filter options.
",3673:"
The options available for configuring what happens when the storage limit is reached when logging to a Node.
",3676:"
The options available for input range on supported Nodes.
",3813:"
Available Data Modes.
",3818:"
Available Derived Channel Categories for configuration.
",3831:"
The options that can be configured for the velocity derived channel.
",3832:"
Available Communication Protocol types.
",3835:"
Available Voltages.
",3845:"
Available Sensor Output Modes.
",3863:"
Typedef for a map of eeprom locations (uint16) to values (uint16).
",3865:"
WirelessNode
A class representing a MicroStrain wireless node
",3866:"
WirelessNode(
NodeAddress nodeAddress,
const BaseStation &basestation
)
Creates a WirelessNode object
",3869:"
static std::string deviceName(
NodeAddress nodeAddress
)
Static function for creating the universal sensor name that should be used for SensorCloud.
",3883:"
NodeAddress nodeAddress() const
Gets the node address of the Node.
",3913:"
bool verifyConfig(
const WirelessNodeConfig &config,
ConfigIssues &outIssues
) const
Checks whether the settings in the given WirelessNodeConfig are ok to be written to the Node.  Options that are set will also be validated against each other. If an option that needs to be validated isn\'t currently set, it will be read from the Node.  (ex. if sample rate is set, but sampling mode isn\'t, the sampling mode will be read from the Node for validating the sample rate)
",3931:"
uint16 getHardwareOffset(
const ChannelMask &mask
) const
Reads the hardware offset of the specified ChannelMask currently set on the Node.  See Also: NodeFeatures::channelGroups, NodeFeatures::supportsHardwareOffset
",4240:"
SyncSamplingNetwork
Used to configure and start a Synchronized Sampling network of wireless nodes.
",4257:"
RadioFeatures
Represents radio features of a WirelessNode.
",4260:"
NodeDiscovery
Represents 1 node discovery, which is created when a Wireless Node Discovery packet is sent from a Node.  Note: There are multiple versions of Node Discovery packets which have been developed over time.  Each version has added more useful information. If an earlier version of the Node Discovery packet is heard, this NodeDiscovery object will have some information be invalid (set to default values).
",4281:"
ChannelMask
Represents the channel mask (active and inactive channels) for a WirelessNode.
",4402:"
BaseStation
Represents a MicroStrain Base Station object
",4462:"
LinearEquation
Represents a linear equation (y = mx + b).
",4493:"
Version
Class that represents, and provides helper functions for, a Version number
",4525:"
typedef for a Node\'s node address.
",4547:"
The possible states a device can be in.
",4554:"
Timestamp
Represents a date/time object
",4576:"
TimeSpan
Represents a range of time
",4614:"
Error_NotSupported
A command/feature was attempted to be used that was not supported.
",4617:"
Error_NoData
There is no data available to be accessed
",4625:"
Error_Communication
The exception for failing to communicate with a device.
",4628:"
Error_NodeCommunication
The exception for failing to communicate with a WirelessNode.
",4632:"
Error_Connection
The generic connection exception.
",4652:"
Error_InvalidNodeConfig
The Configuration for a WirelessNode is invalid.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/WirelessNode-h.html b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/WirelessNode-h.html deleted file mode 100644 index 3ec82b87b..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/WirelessNode-h.html +++ /dev/null @@ -1,605 +0,0 @@ - - -WirelessNode.h - - - - - - - -
-
WirelessNode
-
WirelessNode
-

A class representing a MicroStrain wireless node

See Also

InertialNode

-
- -
-
WirelessNode
-
WirelessNode(
NodeAddress nodeAddress,
const BaseStation &basestation
)
-

Creates a WirelessNode object

Parameters
nodeAddress
NodeAddress

the node address of the node

basestation
const BaseStation&

the node's parent Base Station

-
- -
-
Mock
-
static WirelessNode Mock(
NodeAddress nodeAddress,
const BaseStation &basestation,
const NodeInfo &info
)
-

Static function to create a Mock WirelessNode (won't actually talk to a physical device).

Parameters
nodeAddress
NodeAddress

the node address of the node

basestation
const BaseStation&

the node's parent Base Station (should be a Mock BaseStation).

info
const NodeInfo&

The <NodeInfo> to use for creating the mock Node.

Returns

A WirelessNode object with a mock implementation.

-
- -
-
Mock
-
static WirelessNode Mock(
NodeAddress nodeAddress,
const BaseStation &basestation,
const NodeInfo &info,
const WirelessTypes::EepromMap &initialEepromCache
)
-

Static function to create a Mock WirelessNode (won't actually talk to a physical device).

Parameters
nodeAddress
NodeAddress

the node address of the node

basestation
const BaseStation&

the node's parent Base Station (should be a Mock BaseStation).

info
const NodeInfo&

The <NodeInfo> to use for creating the mock Node.

initialEepromCache
const WirelessTypes::EepromMap&

The WirelessTypes::EepromMap to use as the Node's initial eeprom cache.

Returns

A WirelessNode object with a mock implementation.

-
- -
-
deviceName
-
static std::string deviceName(
NodeAddress nodeAddress
)
-

Static function for creating the universal sensor name that should be used for SensorCloud.

Parameters
nodeAddress
NodeAddress

The node address of the wireless node. This should be identical to calling the nodeAddress function on a WirelessNode object.

Returns

The universal sensor name.

-
- -
-
features
-
const NodeFeatures& features() const
-

Gets a reference to the NodeFeatures for this Node.  Note: This will be invalid when the WirelessNode is destroyed.

Returns

A NodeFeatures reference containing the features for this Node.

Exceptions
-
- -
-
lastCommunicationTime
-
const Timestamp& lastCommunicationTime() const
-

Gets the Timestamp for the last time MSCL communicated with the Node.  Note: EEPROM reads using the cache will not update this timestamp.

Returns

A Timestamp representing the last time MSCL communicated with the Node.

Exceptions

  • Error_NoData: There is no communication time logged for this Node.

-
- -
-
lastDeviceState
-
DeviceState lastDeviceState() const
-

Gets the last known DeviceState for the Node.  This device state is updated by diagnostic packets, as well as when operations are performed by MSCL, such as setting a Node to idle.

Returns

The last known DeviceState.

-
- -
-
setBaseStation
-
void setBaseStation(
const BaseStation &basestation
)
-

Sets the node's parent Base Station, which will perform all communication with the node

Parameters
base

the BaseStation object to be assigned to the node, which will perform all communication with the node

-
- -
-
getBaseStation
-
BaseStation& getBaseStation()
-

Gets a reference to the BaseStation that is assigned to this Node.

Returns

A reference to the BaseStation that is assigned to this Node.

-
- -
-
hasBaseStation
-
bool hasBaseStation(
const BaseStation &basestation
) const
-

Checks whether the given BaseStation is the same BaseStation that is assigned to this Node.

Parameters
basestation
const BaseStation&

The BaseStation to check if it is the same as this Node's parent BaseStation.

Returns

true if the basestation is the same as this Node's parent BaseStation, false if it is different.

-
- -
-
useGroupRead
-
void useGroupRead(
bool useGroup
)
-

Enables or disables the use of group eeprom read when trying to read a single value (enabled by default).  Note:  In most cases, leaving this enabled will provide better performance, allowing the cache to be built quicker, requiring less communication to the actual device. However, in some cases such as with very high traffic, it may be beneficial to restrict reads to use the single commands, as the packets are smaller over the air.

Parameters
useGroup
bool

Whether the group eeprom read commands can be used (true) or whether to restrict to single eeprom reads (false).

-
- -
-
readWriteRetries
-
void readWriteRetries(
uint8 numRetries
)
-

Sets the number of retry attempts for reading and writing config options with the Node.  By default, the number of retries is 0.  Note:  The timeout that is set per command will be per read and write attempt, meaning this retry number is multiplied by the timeout for your overall timeout.

Parameters
numRetries
uint8

The number of retries to set for reading and writing config options with the Node.

-
- -
-
readWriteRetries
-
uint8 readWriteRetries() const
-

Gets the number of retry attempts for reading and writing config options with the Node.  By default, the number of retries is 0.  Note:  The timeout that is set per command will be per read and write attempt, meaning this retry number is multiplied by the timeout for your overall timeout.

Returns

The number of retries to set for reading and writing config options with the Node.

-
- -
-
useEepromCache
-
void useEepromCache(
bool useCache
)
-

Sets whether or not to utilize the eeprom cache when configuring this Node (enabled by default). This can be enabled/disabled at any time.  It is highly recommended to have eeprom caching be enabled.  Note:  The eeprom cache stores the last known value that was written to / read from the Node for each eeprom location. If this is enabled, any reads will get the last known value from the cache if it exists, and any writes will not write to the Node if the value attempting to be written is the same as that stored in the cache. Caching of these values will still be performed if this is disabled, however, read and write operations will then always reach out to the actual device.

Parameters
useCache
bool

whether the eeprom cache should be used (true) or not (false).

-
- -
-
clearEepromCache
-
void clearEepromCache()
-

Clears the eeprom cache for this Node.

-
- -
-
updateEepromCacheFromNodeDiscovery
-
void updateEepromCacheFromNodeDiscovery(
const NodeDiscovery &nodeDisovery
)
-

Updates the Node's eeprom cache with information from the NodeDiscovery object.  Note: Take caution when using this function that the NodeDiscovery object actually belongs to this WirelessNode.

Parameters
nodeDiscovery

The NodeDiscovery object to update the cache with.

-
- -
-
getEepromCache
-
WirelessTypes::EepromMap getEepromCache() const
-

Gets a copy of the eeprom cache as a WirelessTypes::EepromMap.

Returns

A WirelessTypes::EepromMap of the current eeprom cache.

-
- -
-
nodeAddress
-
NodeAddress nodeAddress() const
-

Gets the node address of the Node.

Returns

The node address of the Node

-
- -
-
frequency
-
WirelessTypes::Frequency frequency() const
-

Gets the frequency that the Node is on.

Returns

A WirelessTypes::Frequency that the Node is on.

Exceptions
-
- -
-
communicationProtocol
-
WirelessTypes::CommProtocol communicationProtocol() const
-

Gets the WirelessTypes::CommProtocol that the Node is currently set to use.

Returns

The WirelessTypes::CommProtocol that the Node is currently set to use.

Exceptions
-
- -
-
firmwareVersion
-
Version firmwareVersion() const
-

Gets the firmware version of the Node.

Returns

A Version representing the firmware version of the Node.

Exceptions
-
- -
-
model
- -

Gets the model of the Node.

Returns

A WirelessModels::NodeModel representing the model of the Node.

Exceptions
-
- -
-
serial
-
std::string serial() const
-

Gets the serial number of the Node.

Returns

A string representing the serial number of the Node.

Exceptions
-
- -
-
name
-
std::string name() const
-

Gets the name of the Node. This is the universal sensor name that should be used for uploading to SensorCloud.  This is the same as calling WirelessNode::deviceName.

Returns

The universal sensor name.

-
- -
-
microcontroller
-
WirelessTypes::MicroControllerType microcontroller() const
-

Gets the microcontroller of the Node.

Returns

A WirelessTypes::MicroControllerType representing the microcontroller of the Node.

Exceptions
-
- -
-
radioFeatures
-
RadioFeatures radioFeatures() const
-

Gets the RadioFeatures of the Node.

Returns

The RadioFeatures of the Node.

Exceptions
-
- -
-
dataStorageSize
-
uint64 dataStorageSize() const
-

Gets the number of bytes available for data storage on the Node.

Returns

The number of bytes available

Exceptions
-
- -
-
regionCode
-
WirelessTypes::RegionCode regionCode() const
-

Gets the region code currently set on the Node.

Exceptions
-
- -
-
ping
- -

Performs a Long Ping command on the Node to check the communication between the Base Station and the Node.  The response to this command contains the Node and BaseStation RSSI values.

Returns

A PingResponse object that can be queried to get details of the ping command's response, including RSSI values.

Exceptions
-
- -
-
sleep
-
bool sleep()
-

Puts the Node into a low power, sleep mode.  This command attempts to ping the node before sending the sleep command, to verify communication.

Returns

true if the sleep command was successful, false otherwise.

Exceptions
-
- -
-
cyclePower
-
void cyclePower()
-

Cycles the power on the Node.  Many configuration changes that are applied to the node do not take affect until the power is cycled.

Exceptions
-
- -
-
resetRadio
-
void resetRadio()
-

Resets the radio on the Node.

Exceptions
-
- -
-
changeFrequency
-
void changeFrequency(
WirelessTypes::Frequency frequency
)
-

Changes the radio frequency of the Node.  Note: If successful, the Node will be put onto a different frequency than its parent base station.  It is up to the user of MSCL to switch the base station to this frequency if you wish to communicate with it.

Parameters
frequency
WirelessTypes::Frequency

The WirelessTypes::Frequency to change the Node to.

Exceptions
-
- -
-
setToIdle
-
SetToIdleStatus setToIdle()
-

Attempts to set the Node to the Idle state.  This will stop the node from sampling or sleeping, and put it into an idle state so that it may be communicated with (configured, started sampling, etc).  This operation may take several seconds to complete. The returned SetToIdleStatus object may be used to determine the current status of the Set to Idle operation.

Returns

A SetToIdleStatus object which can be used to get the current status of the ongoing Set to Idle operation, as well as cancel the operation altogether.

Exceptions
-
- -
-
erase
-
void erase()
-

Erases all logged data on the Node.  Note: Erasing the data on the Node may take up to 30 seconds to complete for some devices.  This command will return immediately while the Node is being erased.  If you wish to check the status of the Erase operation, you can continuously ping the Node. A successful ping means the erase has completed.

Exceptions
-
- -
-
startNonSyncSampling
-
bool startNonSyncSampling()
-

Starts the Node in Non-Synchronized Sampling Mode.  This will immediately start the Node sampling, with the current Sampling settings that are applied to the Node.  Note: To start the Node in Synchronized Sampling Mode, use the SyncSamplingNetwork class.

Exceptions
-
- -
-
resendStartSyncSampling
-
bool resendStartSyncSampling()
-

Important!: Use the SyncSamplingNetwork to start a Node in Sync Sampling mode.  Advanced Function that sends the Start Sync Sampling command to the individual Node. This command is useful when you have already used the SyncSamplingNetwork object to start a network of Nodes, but need to resend the start command to a Node. For instance, if you had to set a node to idle, and haven't changed any configuration settings. Note that this command does not enable a beacon, which is needed for a Sync Sampling network to be running.  Warning: This function is rarely what you want to use to start Sync Sampling. Instead, you should create a SyncSamplingNetwork object.  Failing to use the SyncSamplingNetwork object can cause the network to be misconfigured, and result in loss of data.

Returns

true if the node is known to have started sampling, false otherwise.

Exceptions
-
- -
-
clearHistogram
-
void clearHistogram()
-

Clears the Histogram on the Node.  See Also: NodeFeatures::supportsHistogramConfig

Exceptions
-
- -
-
autoBalance
-
AutoBalanceResult autoBalance(
const ChannelMask &mask,
float targetPercent
)
-

Performs an Auto Balance command on a specified channel on the Node.  This adjusts the sensor offset for differential channels to affect range.

See Also: getHardwareOffset, WirelessNodeConfig::hardwareOffset

Parameters
mask
const ChannelMask&

The ChannelMask to perform the auto balance command on.

targetPercent
float

The percentage (0.0 - 100.0) of the range to balance to (low = 25%, midscale = 50%, high = 75%).

Returns

The AutoBalanceResult containing information from the auto balance command.

Exceptions
-
- -
-
autoCal_shmLink
-
AutoCalResult_shmLink autoCal_shmLink()
-

Performs automatic calibration for the SHM-Link Wireless Node.  See Also: NodeFeatures::supportsAutoCal_shm

Returns

The AutoCalResult_shmLink containing the result of the auto cal operation.

Exceptions
-
- -
-
autoCal_shmLink201
-
AutoCalResult_shmLink201 autoCal_shmLink201()
-

Performs automatic calibration for the SHM-Link-201 Wireless Node.  See Also: NodeFeatures::supportsAutoCal_shm201

Returns

The AutoCalResult_shmLink201 containing the result of the auto cal operation.

Exceptions
-
- -
-
autoShuntCal
-
AutoShuntCalResult autoShuntCal(
const ChannelMask &mask,
const ShuntCalCmdInfo &commandInfo
)
-

Performs automatic shunt calibration for a specified ChannelMask on supported Nodes.

Parameters
mask
const ChannelMask&

The ChannelMask to perform the auto cal shunt command on.

commandInfo
const ShuntCalCmdInfo&

The ShuntCalCmdInfo to use for the shunt cal operation.

Returns

The AutoShuntCalResult containing the result of the auto cal operation.  Note: The resulting slope and offset is not applied to the Node. You need to manually apply it if desired.

Exceptions
-
- -
-
poll
-
WirelessPollData poll(
const ChannelMask &mask
)
-

Polls the WirelessNode to get a single sweep of calibrated data.

Parameters
chs

The ChannelMask to poll data for. Note: if a channel is active that isn't supported by the Node, it will be ignored.

Returns

A <WirelessPollData> map holding the result of the poll.

Exceptions
-
- -
-
readEeprom
-
uint16 readEeprom(
uint16 location
) const
-

Reads a uint16 from the given eeprom location of the node. This may use a page download or a read eeprom command.  If the value stored in the eeprom cache is still valid, this will be returned instead.  Note: This is an advanced command. In most cases you should use the built in commands for reading a Node's configuration options.

Parameters
location
uint16

The specific eeprom location to read from

Returns

The uint16 value read from the specified EEPROM location

Exceptions
-
- -
-
writeEeprom
-
void writeEeprom(
uint16 location,
uint16 value
)
-

Writes a uint16 to the given eeprom location of the node.  If successful, the cache will be updated with the changed value as well.  Note: This is an advanced command. In most cases you should use the built in commands for changing a Node's configuration options.

Parameters
location
uint16

The specific eeprom location to write to

value
uint16

The uint16 value to write to the eeprom location

Exceptions
-
- -
-
getDiagnosticInfo
-
ChannelData getDiagnosticInfo()
-

Performs an immediate request for the Node's Diagnostic Info.  Note: Nodes can also be configured to transmit Diagnostic Info data packets at a specified Diagnostic Interval via the WirelessNodeConfig object.

Returns

A <ChannelData> object containing a WirelessDataPoint for each piece of information that was in the Diagnostic Info result.

Exceptions
-
- -
-
testCommunicationProtocol
-
bool testCommunicationProtocol(
WirelessTypes::CommProtocol protocol
)
-

Tests if the Node will still be able to communicate after changing the Node's communication protocol.  This is recommended to be used before changing communication protocol as the range can change between protocol modes.  Note: Both the Node and BaseStation will return to the current protocol after this test.

Parameters
protocol
WirelessTypes::CommProtocol

The WirelessTypes::CommProtocol to test.

Returns

true if the Node had good communication (responded to pings) in the new protocol.

Exceptions

  • Error_NotSupported: The given communication protocol, or the test communication protocol function, is not supported by the Node or BaseStation.

  • Error_NodeCommunication: Failed to communicate with the Wireless Node.

  • Error_Connection: A connection error has occurred with the parent BaseStation.

-
- -
-
verifyConfig
-
bool verifyConfig(
const WirelessNodeConfig &config,
ConfigIssues &outIssues
) const
-

Checks whether the settings in the given WirelessNodeConfig are ok to be written to the Node.  Options that are set will also be validated against each other. If an option that needs to be validated isn't currently set, it will be read from the Node.  (ex. if sample rate is set, but sampling mode isn't, the sampling mode will be read from the Node for validating the sample rate)

Parameters
config
const WirelessNodeConfig&

The WirelessNodeConfig to verify.

outIssues
ConfigIssues&

The ConfigIssues that will hold any resulting issues that are found with the configuration.

Returns

true if the configuration is valid. false if the configuration is invalid and outIssues should be checked for more information.

Exceptions
-
- -
-
applyConfig
-
void applyConfig(
const WirelessNodeConfig &config
)
-

Applies a WirelessNodeConfig to the Node.  Note: This applies all options that have been set in the WirelessNodeConfig.  Before applying, the options will be validated. It is recommended that you perform this validation yourself first by using verifyConfig.

Parameters
config
const WirelessNodeConfig&

The WirelessNodeConfig to apply to the Node.

Exceptions
-
- -
-
getNumDatalogSessions
-
uint16 getNumDatalogSessions() const
-

Reads the number of datalog sessions that are currently stored on the Node.

Returns

The number of datalog sessions that are stored on the Node.

Exceptions
-
- -
-
percentFull
-
float percentFull() const
-

Gets the internal datalogging memory percentage that is currently stored on the Node.

Returns

The percentage (0.0 to 100.0) of datalogging memory that is currently used.

Exceptions
-
- -
-
getDefaultMode
-
WirelessTypes::DefaultMode getDefaultMode() const
-

Reads the WirelessTypes::DefaultMode that is currently set on the Node.

Returns

The default mode that is currently set on the Node.

Exceptions
-
- -
-
getInactivityTimeout
-
uint16 getInactivityTimeout() const
-

Reads the user inactivity timeout that is currently set on the Node.  This controls how many seconds before the Node goes to sleep when idle.

Returns

The user inactivity timeout (in seconds) that is currently set on the Node.  Note: A value of 65535 (0xFFFF) disables the inactivity timeout so that the Node never goes to sleep.

Exceptions
-
- -
-
getCheckRadioInterval
-
uint8 getCheckRadioInterval() const
-

Reads the check radio interval that is currently set on the Node.  This controls how often the Node wakes up from sleep to check for commands.

Returns

The check radio interval (in seconds) that is currently set on the Node.

Exceptions
-
- -
-
getTransmitPower
-
WirelessTypes::TransmitPower getTransmitPower() const
-

Reads the WirelessTypes::TransmitPower that is currently set on the Node.

Returns

The WirelessTypes::TransmitPower that is currently set on the Node.

Exceptions
-
- -
-
getSamplingMode
-
WirelessTypes::SamplingMode getSamplingMode() const
-

Gets the WirelessTypes::SamplingMode that is currently set on the Node.

Returns

The WirelessTypes::SamplingMode that is currently set on the Node.

Exceptions
-
- -
-
getActiveChannels
-
ChannelMask getActiveChannels() const
-

Gets the ChannelMask currently set on the Node, representing which channels are enabled and disabled.

Returns

The ChannelMask currently set on the Node.

Exceptions
-
- -
-
getSampleRate
-
WirelessTypes::WirelessSampleRate getSampleRate() const
-

Gets the WirelessTypes::WirelessSampleRate currently set on the Node.

Returns

A WirelessTypes::WirelessSampleRate that is currently set on the Node.

Exceptions
-
- -
-
getNumSweeps
-
uint32 getNumSweeps() const
-

Gets the number of sweeps currently set on the Node, which affects the duration of sampling if unlimited duration is disabled, or the duration of each burst if the sampling mode is Sync Sampling Burst.

Returns

The number of sweeps currently set on the Node.

Exceptions
-
- -
-
getUnlimitedDuration
-
bool getUnlimitedDuration() const
-

Gets whether or not unlimited sampling duration is enabled on the Node.

Returns

true if unlimited sampling duration is enabled on the Node, false if it is disabled.

Exceptions
-
- -
-
getDataFormat
-
WirelessTypes::DataFormat getDataFormat() const
-

Gets the WirelessTypes::DataFormat that is currently set on the Node.

Returns

The WirelessTypes::DataFormat currently set on the Node.

Exceptions
-
- -
-
getDataCollectionMethod
-
WirelessTypes::DataCollectionMethod getDataCollectionMethod() const
-

Gets the WirelessTypes::DataCollectionMethod that is currently set on the Node, representing how the data will be collected.  Note: this has no affect if the sampling mode is Armed Datalogging, as this mode only operates in "log only".

Returns

The WirelessTypes::DataCollectionMethod currently set on the Node.

Exceptions
-
- -
-
getTimeBetweenBursts
-
TimeSpan getTimeBetweenBursts() const
-

Gets the amount of time between each burst currently set on the Node.  This is only used if the sampling mode is Synchronized Sampling Burst.

Returns

A TimeSpan representing the amount of time between each burst currently set on the Node.

Exceptions
-
- -
-
getLostBeaconTimeout
-
uint16 getLostBeaconTimeout() const
-

Gets the lost beacon timeout, in minutes, currently set on the Node.  If the Node is Sync Sampling and loses the beacon for a length of time greater than this value, then the node drops into a sleep mode. The Node will re-enter sync sampling within 2 minutes of the beacon reappearing.  Note: A value of 0 means the lost beacon timeout is disabled.  See Also: NodeFeatures::supportsLostBeaconTimeout

Returns

The lost beacon timeout, in minutes, currently set on the Node.

Exceptions
-
- -
-
getInputRange
-
WirelessTypes::InputRange getInputRange(
const ChannelMask &mask
) const
-

Reads the Input Range of the specified ChannelMask currently set on the Node.  See Also: NodeFeatures::channelGroups, NodeFeatures::supportsInputRange

Parameters
mask
const ChannelMask&

The ChannelMask of the Input Range to read.

Returns

The WirelessTypes::InputRange currently set on the Node for the ChannelMask.  Note: if the input range in eeprom is not supported, <WirelessTypes::InputRange::range_invalid> will be returned.

Exceptions
-
- -
-
getHardwareOffset
-
uint16 getHardwareOffset(
const ChannelMask &mask
) const
-

Reads the hardware offset of the specified ChannelMask currently set on the Node.  See Also: NodeFeatures::channelGroups, NodeFeatures::supportsHardwareOffset

Parameters
mask
const ChannelMask&

The ChannelMask of the hardware offset to read.

Returns

The hardware offset currently set on the Node for the ChannelMask.

Exceptions
-
- -
-
getAntiAliasingFilter
-
WirelessTypes::Filter getAntiAliasingFilter(
const ChannelMask &mask
) const
-

Reads the Anti-Aliasing Filter of the specified ChannelMask currently set on the Node.  See Also: NodeFeatures::channelGroups, NodeFeatures::supportsAntiAliasingFilter

Parameters
mask
const ChannelMask&

The ChannelMask of the anti-aliasing filter to read.

Returns

The Anti-Aliasing WirelessTypes::Filter currently set on the Node for the ChannelMask.

Exceptions
-
- -
-
getCfcFilterConfiguration
-
WirelessTypes::ChannelFrequencyClass getCfcFilterConfiguration() const
-

Reads the channel frequency class filter option set on the Node.  See Also: NodeFeatures::supportsCfcFilterConfiguration

Returns

The WirelessTypes::ChannelFrequencyClass currently set on the Node.

Exceptions
-
- -
-
getLowPassFilter
-
WirelessTypes::Filter getLowPassFilter(
const ChannelMask &mask
) const
-

Reads the Low-Pass Filter of the specified ChannelMask currently set on the Node.  See Also: NodeFeatures::channelGroups, NodeFeatures::supportsLowPassFilter

Parameters
mask
const ChannelMask&

The ChannelMask of the low-pass filter to read.

Returns

The Low-Pass WirelessTypes::Filter currently set on the Node for the ChannelMask.

Exceptions
-
- -
-
getHighPassFilter
-
WirelessTypes::HighPassFilter getHighPassFilter(
const ChannelMask &mask
) const
-

Reads the High-Pass Filter of the specified ChannelMask currently set on the Node.  See Also: NodeFeatures::channelGroups, NodeFeatures::supportsHighPassFilter

Parameters
mask
const ChannelMask&

The ChannelMask of the high-pass filter to read.

Returns

The WirelessTypes::HighPassFilter currently set on the Node for the ChannelMask.

Exceptions
-
- -
-
getDebounceFilter
-
uint16 getDebounceFilter(
const ChannelMask &mask
) const
-

Reads the Debounce Filter of the specified ChannelMask currently set on the Node.  See Also: NodeFeatures::channelGroups, NodeFeatures::supportsDebounceFilter

Parameters
mask
const ChannelMask&

The ChannelMask of the debounce filter to read.

Returns

The debounce filter currently set on the Node, in milliseconds.

Exceptions
-
- -
-
getPullUpResistor
-
bool getPullUpResistor(
const ChannelMask &mask
) const
-

Gets whether or not the pull-up resistor is enabled on the Node.

Parameters
mask
const ChannelMask&

The ChannelMask of the pull-up resistor to read.

Returns

true if the pull-up resistor is enabled on the Node, false if it is disabled.

Exceptions
-
- -
-
getSensorOutputMode
-
WirelessTypes::SensorOutputMode getSensorOutputMode() const
-

Gets the WirelessTypes::SensorOutputMode currently set on the Node.

Returns

The WirelessTypes::SensorOutputMode currently set on the Node.

Exceptions
-
- -
-
getGaugeFactor
-
float getGaugeFactor(
const ChannelMask &mask
) const
-

Reads the gauge factor of the specified ChannelMask currently set on the Node.  See Also: NodeFeatures::channelGroups, NodeFeatures::supportsGaugeFactor

Parameters
mask
const ChannelMask&

The ChannelMask of the gauge factor to read.

Returns

The gauge factor currently set on the Node for the ChannelMask.

Exceptions
-
- -
-
getExcitationVoltage
-
WirelessTypes::Voltage getExcitationVoltage() const
-

Reads the Excitation WirelessTypes::Voltage currently set on the Node.

Returns

The WirelessTypes::Voltage currently set on the Node.

Exceptions
-
- -
-
getAdcVoltageRef
-
WirelessTypes::Voltage getAdcVoltageRef() const
-

Reads the ADC WirelessTypes::Voltage Reference of the Node.

Returns

The ADC WirelessTypes::Voltage Reference of the Node.

Exceptions
-
- -
-
getGainAmplifierVoltageRef
-
WirelessTypes::Voltage getGainAmplifierVoltageRef() const
-

Reads the Gain Amplifier WirelessTypes::Voltage Reference of the Node.

Returns

The Gain Amplifier WirelessTypes::Voltage Reference of the Node.

Exceptions
-
- -
-
getGaugeResistance
-
uint16 getGaugeResistance() const
-

Reads the gauge resistance currently set on the Node.  See Also: NodeFeatures::supportsGaugeResistance

Returns

The gauge resistance currently set on the Node.

Exceptions
-
- -
-
getNumActiveGauges
-
uint16 getNumActiveGauges() const
-

Reads the Number of Active Gauges currently set on the Node.  See Also: NodeFeatures::supportsNumActiveGauges

Returns

The Number of Active Gauges currently set on the Node.

Exceptions
-
- -
-
getLowBatteryThreshold
-
float getLowBatteryThreshold() const
-

Reads the threshold at which the low battery diagnostic flag is sent.

Returns

The low battery threshold, in Volts.

Exceptions
-
- -
-
getLinearEquation
-
LinearEquation getLinearEquation(
const ChannelMask &mask
) const
-

Gets the linear equation of the specified ChannelMask currently set on the Node.

Parameters
mask
const ChannelMask&

The ChannelMask of the linear equation to read.

Returns

A LinearEquation object representing the linear equation that is applied to this ChannelMask.

Exceptions
-
- -
-
getUnit
-
WirelessTypes::CalCoef_Unit getUnit(
const ChannelMask &mask
) const
-

Reads the unit of the specified ChannelMask currently set on the Node.  Note: This unit is just used for reference (such as when downloading logged data) and does not affect the actual data value.

Parameters
mask
const ChannelMask&

The ChannelMask of the unit to read.

Returns

The WirelessTypes::CalCoef_Unit that is applied to this ChannelMask

Exceptions
-
- -
-
getFactoryCalibrationLinearEq
-
LinearEquation getFactoryCalibrationLinearEq(
const ChannelMask &mask
) const
-

Gets the factory-calibrated linear equation for the specified ChannelMask.

Parameters
mask
const ChannelMask&

The ChannelMask of the linear equation to read.

Returns

A LinearEquation object representing the linear equation that was set during factory calibration.

Exceptions
-
- -
-
getFactoryCalibrationUnit
-
WirelessTypes::CalCoef_Unit getFactoryCalibrationUnit(
const ChannelMask &mask
) const
-

Reads the factory calibration unit for the specified ChannelMask.

Parameters
mask
const ChannelMask&

The ChannelMask of the unit to read.

Returns

The WirelessTypes::CalCoef_Unit used during factory calibration of this ChannelMask

Exceptions
-
- -
-
getFilterSettlingTime
-
WirelessTypes::SettlingTime getFilterSettlingTime(
const ChannelMask &mask
) const
-

Gets the filter settling time of the specified ChannelMask currently set on the Node.  See Also: NodeFeatures::channelGroups

Parameters
mask
const ChannelMask&

The ChannelMask of the filter settling time to read.

Returns

The WirelessTypes::SettlingTime currently set on the Node for the ChannelMask.

Exceptions
-
- -
-
getThermocoupleType
-
WirelessTypes::ThermocoupleType getThermocoupleType(
const ChannelMask &mask
) const
-

Reads the WirelessTypes::ThermocoupleType of the specified ChannelMask currently set on the Node.  See Also: NodeFeatures::channelGroups

Parameters
mask
const ChannelMask&

The ChannelMask of the thermocouple type to read.

Returns

The WirelessTypes::ThermocoupleType currently set on the Node for the ChannelMask.

Exceptions
-
- -
-
getTempSensorOptions
-
TempSensorOptions getTempSensorOptions(
const ChannelMask &mask
) const
-

Reads the TempSensorOptions of the specified ChannelMask currently set on the Node.  See Also: NodeFeatures::channelGroups

Parameters
mask
const ChannelMask&

The ChannelMask indication which channel(s) the TempSensorOptions should be read for.

Returns

The TempSensorOptions currently set on the Node for the ChannelMask.

Exceptions
-
- -
-
getFatigueOptions
-
FatigueOptions getFatigueOptions() const
-

Reads the FatigueOptions currently set on the Node.  See Also: NodeFeatures::supportsFatigueConfig

Returns

The FatigueOptions currently set on the Node.

Exceptions
-
- -
-
getHistogramOptions
-
HistogramOptions getHistogramOptions() const
-

Reads the HistogramOptions currently set on the Node.  See Also: NodeFeatures::supportsHistogramConfig

Returns

The HistogramOptions currently set on the Node.

Exceptions
-
- -
-
getActivitySense
-
ActivitySense getActivitySense() const
-

Reads the ActivitySense options currently set on the Node.  See Also: NodeFeatures::supportsActivitySense

Returns

The ActivitySense options currently set on the Node.

Exceptions
-
- -
-
getEventTriggerOptions
-
EventTriggerOptions getEventTriggerOptions() const
-

Reads the EventTriggerOptions currently set on the Node.  See Also: NodeFeatures::supportsEventTrigger

Returns

The EventTriggerOptions currently set on the Node.

Exceptions
-
- -
-
getDiagnosticInterval
-
uint16 getDiagnosticInterval() const
-

Reads the interval (in seconds) at which the diagnostic info is configured to be sent.  See Also: NodeFeatures::supportsDiagnosticInfo

Returns

The interval (in seconds) at which the diagnostic info is sent. 0 is disabled.

Exceptions
-
- -
-
getStorageLimitMode
-
WirelessTypes::StorageLimitMode getStorageLimitMode() const
-

Reads the WirelessTypes::StorageLimitMode that the Node is configured for.  This determines what happens when the datalogging storage limit is reached on the Node.

Returns

The WirelessTypes::StorageLimitMode that the Node is configured for.

Exceptions
-
- -
-
getSensorDelay
-
uint32 getSensorDelay() const
-

Reads the sensor delay (in microseconds) that is currently set on the Node.  Note: A value of <WirelessNodeConfig::SENSOR_DELAY_ALWAYS_ON> indicates that the sensor is always on.

Returns

The sensor delay (in microseconds) that the sensor delay is set for.  This will be <WirelessNodeConfig::SENSOR_DELAY_ALWAYS_ON> if the sensor is set to Always On.

Exceptions
-
- -
-
getDataMode
-
WirelessTypes::DataMode getDataMode() const
-

Reads the WirelessTypes::DataMode that is currently set on the Node.

Returns

The WirelessTypes::DataMode currently set on the Node.

Exceptions
-
- -
-
getDerivedDataRate
-
WirelessTypes::WirelessSampleRate getDerivedDataRate() const
-

Reads the WirelessTypes::WirelessSampleRate for all Derived Data Channels that is currently set on the Node.

Returns

A WirelessTypes::WirelessSampleRate for all Derived Data Channels that is currently set on the Node.

Exceptions
-
- -
-
getDerivedChannelMask
-
ChannelMask getDerivedChannelMask(
WirelessTypes::DerivedCategory category
) const
-

Reads the ChannelMask for an individual WirelessTypes::DerivedCategory that is currently set on the Node.  This represents which of the actual Node's channels are set to be mapped to derived channels.  For example, if the mask for RMS has ch1 and ch3 active, ch1RMS and ch3RMS channels will be output.

Parameters
category
WirelessTypes::DerivedCategory

The WirelessTypes::DerivedCategory to read the channel mask for.

Returns

A ChannelMask that is currently set on the Node for the requested WirelessTypes::DerivedCategory.

Exceptions
-
- -
-
getDerivedVelocityUnit
-
WirelessTypes::DerivedVelocityUnit getDerivedVelocityUnit() const
-

Reads the WirelessTypes::DerivedVelocityUnit which indicates which unit the Velocity derived channel is set to.

Returns

A WirelessTypes::DerivedVelocityUnit.

Exceptions
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/WirelessNode_Impl-h-Summary.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/WirelessNode_Impl-h-Summary.js deleted file mode 100644 index 005008875..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/WirelessNode_Impl-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/WirelessNode_Impl.h","WirelessNode_Impl.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/WirelessNode_Impl.h",[["C/C++","C"]],[["Functions","Function"]],[[3144,0,0,"getCfcFilterConfiguration","getCfcFilterConfiguration"],[3145,0,0,"getFactoryCalibrationLinearEq","getFactoryCalibrationLinearEq"],[3146,0,0,"getFactoryCalibrationUnit","getFactoryCalibrationUnit"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/WirelessNode_Impl-h-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/WirelessNode_Impl-h-SummaryToolTips.js deleted file mode 100644 index fcd826007..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/WirelessNode_Impl-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/WirelessNode_Impl.h",{3144:"
WirelessTypes::ChannelFrequencyClass getCfcFilterConfiguration() const
Reads the channel frequency class filter option set on the Node.  See Also: NodeFeatures::supportsCfcFilterConfiguration
",3145:"
LinearEquation getFactoryCalibrationLinearEq(
const ChannelMask &mask
) const
Gets the factory-calibrated linear equation for the specified ChannelMask.
",3146:"
WirelessTypes::CalCoef_Unit getFactoryCalibrationUnit(
const ChannelMask &mask
) const
Reads the factory calibration unit for the specified ChannelMask.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/WirelessNode_Impl-h-ToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/WirelessNode_Impl-h-ToolTips.js deleted file mode 100644 index c0e71127f..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/WirelessNode_Impl-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3071:"
virtual bool supportsCfcFilterConfiguration() const
Checks if the Node supports configuration of the channel frequency class filter.
",3348:"
Represents the unit types that can be used for calibration coefficients on Wireless Nodes.
",3669:"
The channel frequency class filter options.
",4281:"
ChannelMask
Represents the channel mask (active and inactive channels) for a WirelessNode.
",4462:"
LinearEquation
Represents a linear equation (y = mx + b).
",4614:"
Error_NotSupported
A command/feature was attempted to be used that was not supported.
",4628:"
Error_NodeCommunication
The exception for failing to communicate with a WirelessNode.
",4632:"
Error_Connection
The generic connection exception.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/WirelessNode_Impl-h.html b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/WirelessNode_Impl-h.html deleted file mode 100644 index 7bf80aa38..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/WirelessNode_Impl-h.html +++ /dev/null @@ -1,29 +0,0 @@ - - -WirelessNode_Impl.h - - - - - - - -
-
getCfcFilterConfiguration
-
WirelessTypes::ChannelFrequencyClass getCfcFilterConfiguration() const
-

Reads the channel frequency class filter option set on the Node.  See Also: NodeFeatures::supportsCfcFilterConfiguration

Returns

The WirelessTypes::ChannelFrequencyClass currently set on the Node.

Exceptions
-
- -
-
getFactoryCalibrationLinearEq
-
LinearEquation getFactoryCalibrationLinearEq(
const ChannelMask &mask
) const
-

Gets the factory-calibrated linear equation for the specified ChannelMask.

Parameters
mask
const ChannelMask&

The ChannelMask of the linear equation to read.

Returns

A LinearEquation object representing the linear equation that was set during factory calibration.

Exceptions
-
- -
-
getFactoryCalibrationUnit
-
WirelessTypes::CalCoef_Unit getFactoryCalibrationUnit(
const ChannelMask &mask
) const
-

Reads the factory calibration unit for the specified ChannelMask.

Parameters
mask
const ChannelMask&

The ChannelMask of the unit to read.

Returns

The WirelessTypes::CalCoef_Unit used during factory calibration of this ChannelMask

Exceptions
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/WirelessTypes-h-Summary.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/WirelessTypes-h-Summary.js deleted file mode 100644 index cfb04a829..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/WirelessTypes-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ 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2,,"WirelessTypes.chType_digital"],[3468,0,2,,"WirelessTypes.chType_tilt"],[3469,0,2,"VoltageType","WirelessTypes.VoltageType"],[3470,0,2,,"WirelessTypes.voltageType_singleEnded"],[3471,0,2,,"WirelessTypes.voltageType_differential"],[3472,0,2,"SettlingTime","WirelessTypes.SettlingTime"],[3473,0,2,,"WirelessTypes.settling_4ms"],[3474,0,2,,"WirelessTypes.settling_8ms"],[3475,0,2,,"WirelessTypes.settling_16ms"],[3476,0,2,,"WirelessTypes.settling_32ms"],[3477,0,2,,"WirelessTypes.settling_40ms"],[3478,0,2,,"WirelessTypes.settling_48ms"],[3479,0,2,,"WirelessTypes.settling_60ms"],[3480,0,2,,"WirelessTypes.settling_101ms_90db"],[3481,0,2,,"WirelessTypes.settling_120ms_80db"],[3482,0,2,,"WirelessTypes.settling_120ms_65db"],[3483,0,2,,"WirelessTypes.settling_160ms_69db"],[3484,0,2,,"WirelessTypes.settling_200ms"],[3485,0,2,"TransducerType","WirelessTypes.TransducerType"],[3486,0,2,,"WirelessTypes.transducer_thermocouple"],[3487,0,2,,"WirelessTypes.transducer_rtd"],[3488,0,2,,"WirelessTypes.transducer_thermistor"],[3489,0,2,"ThermocoupleType","WirelessTypes.ThermocoupleType"],[3490,0,2,,"WirelessTypes.tc_uncompensated"],[3491,0,2,,"WirelessTypes.tc_K"],[3492,0,2,,"WirelessTypes.tc_J"],[3493,0,2,,"WirelessTypes.tc_R"],[3494,0,2,,"WirelessTypes.tc_S"],[3495,0,2,,"WirelessTypes.tc_T"],[3496,0,2,,"WirelessTypes.tc_E"],[3497,0,2,,"WirelessTypes.tc_B"],[3498,0,2,,"WirelessTypes.tc_N"],[3499,0,2,,"WirelessTypes.tc_customPolynomial"],[3500,0,2,"RtdType","WirelessTypes.RtdType"],[3501,0,2,,"WirelessTypes.rtd_uncompensated"],[3502,0,2,,"WirelessTypes.rtd_pt10"],[3503,0,2,,"WirelessTypes.rtd_pt50"],[3504,0,2,,"WirelessTypes.rtd_pt100"],[3505,0,2,,"WirelessTypes.rtd_pt200"],[3506,0,2,,"WirelessTypes.rtd_pt500"],[3507,0,2,,"WirelessTypes.rtd_pt1000"],[3508,0,2,"RtdWireType","WirelessTypes.RtdWireType"],[3509,0,2,,"WirelessTypes.rtd_2wire"],[3510,0,2,,"WirelessTypes.rtd_3wire"],[3511,0,2,,"WirelessTypes.rtd_4wire"],[3512,0,2,"ThermistorType","WirelessTypes.ThermistorType"],[3513,0,2,,"WirelessTypes.thermistor_uncompensated"],[3514,0,2,,"WirelessTypes.thermistor_44004_44033"],[3515,0,2,,"WirelessTypes.thermistor_44005_44030"],[3516,0,2,,"WirelessTypes.thermistor_44007_44034"],[3517,0,2,,"WirelessTypes.thermistor_44006_44031"],[3518,0,2,,"WirelessTypes.thermistor_44008_44032"],[3519,0,2,,"WirelessTypes.thermistor_ys1_400"],[3520,0,2,"WirelessSampleRate","WirelessTypes.WirelessSampleRate"],[3521,0,2,,"WirelessTypes.sampleRate_104170Hz"],[3522,0,2,,"WirelessTypes.sampleRate_78125Hz"],[3523,0,2,,"WirelessTypes.sampleRate_62500Hz"],[3524,0,2,,"WirelessTypes.sampleRate_25000Hz"],[3525,0,2,,"WirelessTypes.sampleRate_12500Hz"],[3526,0,2,,"WirelessTypes.sampleRate_3200Hz"],[3527,0,2,,"WirelessTypes.sampleRate_1600Hz"],[3528,0,2,,"WirelessTypes.sampleRate_800Hz"],[3529,0,2,,"WirelessTypes.sampleRate_300Hz"],[3530,0,2,,"WirelessTypes.sampleRate_1kHz"],[3531,0,2,,"WirelessTypes.sampleRate_2kHz"],[3532,0,2,,"WirelessTypes.sampleRate_3kHz"],[3533,0,2,,"WirelessTypes.sampleRate_4kHz"],[3534,0,2,,"WirelessTypes.sampleRate_5kHz"],[3535,0,2,,"WirelessTypes.sampleRate_6kHz"],[3536,0,2,,"WirelessTypes.sampleRate_7kHz"],[3537,0,2,,"WirelessTypes.sampleRate_8kHz"],[3538,0,2,,"WirelessTypes.sampleRate_9kHz"],[3539,0,2,,"WirelessTypes.sampleRate_10kHz"],[3540,0,2,,"WirelessTypes.sampleRate_20kHz"],[3541,0,2,,"WirelessTypes.sampleRate_30kHz"],[3542,0,2,,"WirelessTypes.sampleRate_40kHz"],[3543,0,2,,"WirelessTypes.sampleRate_50kHz"],[3544,0,2,,"WirelessTypes.sampleRate_60kHz"],[3545,0,2,,"WirelessTypes.sampleRate_70kHz"],[3546,0,2,,"WirelessTypes.sampleRate_80kHz"],[3547,0,2,,"WirelessTypes.sampleRate_90kHz"],[3548,0,2,,"WirelessTypes.sampleRate_100kHz"],[3549,0,2,,"WirelessTypes.sampleRate_887Hz"],[3550,0,2,,"WirelessTypes.sampleRate_8192Hz"],[3551,0,2,,"WirelessTypes.sampleRate_4096Hz"],[3552,0,2,,"WirelessTypes.sampleRate_2048Hz"],[3553,0,2,,"WirelessTypes.sampleRate_1024Hz"],[3554,0,2,,"WirelessTypes.sampleRate_512Hz"],[3555,0,2,,"WirelessTypes.sampleRate_256Hz"],[3556,0,2,,"WirelessTypes.sampleRate_128Hz"],[3557,0,2,,"WirelessTypes.sampleRate_64Hz"],[3558,0,2,,"WirelessTypes.sampleRate_32Hz"],[3559,0,2,,"WirelessTypes.sampleRate_16Hz"],[3560,0,2,,"WirelessTypes.sampleRate_8Hz"],[3561,0,2,,"WirelessTypes.sampleRate_4Hz"],[3562,0,2,,"WirelessTypes.sampleRate_2Hz"],[3563,0,2,,"WirelessTypes.sampleRate_1Hz"],[3564,0,2,,"WirelessTypes.sampleRate_2Sec"],[3565,0,2,,"WirelessTypes.sampleRate_5Sec"],[3566,0,2,,"WirelessTypes.sampleRate_10Sec"],[3567,0,2,,"WirelessTypes.sampleRate_30Sec"],[3568,0,2,,"WirelessTypes.sampleRate_1Min"],[3569,0,2,,"WirelessTypes.sampleRate_2Min"],[3570,0,2,,"WirelessTypes.sampleRate_5Min"],[3571,0,2,,"WirelessTypes.sampleRate_10Min"],[3572,0,2,,"WirelessTypes.sampleRate_30Min"],[3573,0,2,,"WirelessTypes.sampleRate_60Min"],[3574,0,2,,"WirelessTypes.sampleRate_24Hours"],[3575,0,2,"ChannelGroupSetting","WirelessTypes.ChannelGroupSetting"],[3576,0,2,,"WirelessTypes.chSetting_inputRange"],[3577,0,2,,"WirelessTypes.chSetting_filterSettlingTime"],[3578,0,2,,"WirelessTypes.chSetting_thermocoupleType"],[3579,0,2,,"WirelessTypes.chSetting_linearEquation"],[3580,0,2,,"WirelessTypes.chSetting_unit"],[3581,0,2,,"WirelessTypes.chSetting_equationType"],[3582,0,2,,"WirelessTypes.chSetting_hardwareOffset"],[3583,0,2,,"WirelessTypes.chSetting_autoBalance"],[3584,0,2,,"WirelessTypes.chSetting_gaugeFactor"],[3585,0,2,,"WirelessTypes.chSetting_antiAliasingFilter"],[3586,0,2,,"WirelessTypes.chSetting_legacyShuntCal"],[3587,0,2,,"WirelessTypes.chSetting_autoShuntCal"],[3588,0,2,,"WirelessTypes.chSetting_lowPassFilter"],[3589,0,2,,"WirelessTypes.chSetting_highPassFilter"],[3590,0,2,,"WirelessTypes.chSetting_tempSensorOptions"],[3591,0,2,,"WirelessTypes.chSetting_debounceFilter"],[3592,0,2,,"WirelessTypes.chSetting_pullUpResistor"],[3593,0,2,,"WirelessTypes.chSetting_factoryLinearEq"],[3594,0,2,,"WirelessTypes.chSetting_factoryUnit"],[3595,0,2,,"WirelessTypes.chSetting_factoryEqType"],[3596,0,2,"AutoBalanceErrorFlag","WirelessTypes.AutoBalanceErrorFlag"],[3597,0,2,,"WirelessTypes.autobalance_success"],[3598,0,2,,"WirelessTypes.autobalance_maybeInvalid"],[3599,0,2,,"WirelessTypes.autobalance_notSupportedByNode"],[3600,0,2,,"WirelessTypes.autobalance_notSupportedByCh"],[3601,0,2,,"WirelessTypes.autobalance_targetOutOfRange"],[3602,0,2,,"WirelessTypes.autobalance_failed"],[3603,0,2,,"WirelessTypes.autobalance_legacyNone"],[3604,0,2,,"WirelessTypes.autobalance_notComplete"],[3605,0,2,"AutoCalCompletionFlag","WirelessTypes.AutoCalCompletionFlag"],[3606,0,2,,"WirelessTypes.autocal_success"],[3607,0,2,,"WirelessTypes.autocal_maybeInvalid"],[3608,0,2,,"WirelessTypes.autocal_maybeInvalid_notApplied"],[3609,0,2,,"WirelessTypes.autocal_notComplete"],[3610,0,2,"AutoCalErrorFlag","WirelessTypes.AutoCalErrorFlag"],[3611,0,2,,"WirelessTypes.autocalError_none"],[3612,0,2,,"WirelessTypes.autocalError_sensorDetached"],[3613,0,2,,"WirelessTypes.autocalError_sensorShorted"],[3614,0,2,,"WirelessTypes.autocalError_unsupportedChannel"],[3615,0,2,,"WirelessTypes.autocalError_baseHighRail"],[3616,0,2,,"WirelessTypes.autocalError_baseLowRail"],[3617,0,2,,"WirelessTypes.autocalError_shuntHighRail"],[3618,0,2,,"WirelessTypes.autocalError_shuntLowRail"],[3619,0,2,,"WirelessTypes.autocalError_ramp"],[3620,0,2,,"WirelessTypes.autocalError_noShunt"],[3621,0,2,,"WirelessTypes.autocalError_timeout"],[3622,0,2,"FatigueMode","WirelessTypes.FatigueMode"],[3623,0,2,,"WirelessTypes.fatigueMode_angleStrain"],[3624,0,2,,"WirelessTypes.fatigueMode_distributedAngle"],[3625,0,2,,"WirelessTypes.fatigueMode_rawGaugeStrain"],[3626,0,2,"EventTriggerType","WirelessTypes.EventTriggerType"],[3627,0,2,,"WirelessTypes.eventTrigger_ceiling"],[3628,0,2,,"WirelessTypes.eventTrigger_floor"],[3629,0,2,"Filter","WirelessTypes.Filter"],[3630,0,2,,"WirelessTypes.filter_33000hz"],[3631,0,2,,"WirelessTypes.filter_20000hz"],[3632,0,2,,"WirelessTypes.filter_10000hz"],[3633,0,2,,"WirelessTypes.filter_5222hz"],[3634,0,2,,"WirelessTypes.filter_5000hz"],[3635,0,2,,"WirelessTypes.filter_4416hz"],[3636,0,2,,"WirelessTypes.filter_4096hz"],[3637,0,2,,"WirelessTypes.filter_4000hz"],[3638,0,2,,"WirelessTypes.filter_2208hz"],[3639,0,2,,"WirelessTypes.filter_2048hz"],[3640,0,2,,"WirelessTypes.filter_2000hz"],[3641,0,2,,"WirelessTypes.filter_1104hz"],[3642,0,2,,"WirelessTypes.filter_1024hz"],[3643,0,2,,"WirelessTypes.filter_1000hz"],[3644,0,2,,"WirelessTypes.filter_800hz"],[3645,0,2,,"WirelessTypes.filter_552hz"],[3646,0,2,,"WirelessTypes.filter_512hz"],[3647,0,2,,"WirelessTypes.filter_500hz"],[3648,0,2,,"WirelessTypes.filter_418hz"],[3649,0,2,,"WirelessTypes.filter_294hz"],[3650,0,2,,"WirelessTypes.filter_256hz"],[3651,0,2,,"WirelessTypes.filter_250hz"],[3652,0,2,,"WirelessTypes.filter_209hz"],[3653,0,2,,"WirelessTypes.filter_200hz"],[3654,0,2,,"WirelessTypes.filter_147hz"],[3655,0,2,,"WirelessTypes.filter_128hz"],[3656,0,2,,"WirelessTypes.filter_125hz"],[3657,0,2,,"WirelessTypes.filter_104hz"],[3658,0,2,,"WirelessTypes.filter_100hz"],[3659,0,2,,"WirelessTypes.filter_62hz"],[3660,0,2,,"WirelessTypes.filter_52hz"],[3661,0,2,,"WirelessTypes.filter_50hz"],[3662,0,2,,"WirelessTypes.filter_31hz"],[3663,0,2,,"WirelessTypes.filter_26hz"],[3664,0,2,,"WirelessTypes.filter_12_66hz"],[3665,0,2,,"WirelessTypes.filter_2_6hz"],[3666,0,2,"HighPassFilter","WirelessTypes.HighPassFilter"],[3667,0,2,,"WirelessTypes.highPass_off"],[3668,0,2,,"WirelessTypes.highPass_auto"],[3669,0,2,"ChannelFrequencyClass","WirelessTypes.ChannelFrequencyClass"],[3670,0,2,,"WirelessTypes.cfc_10"],[3671,0,2,,"WirelessTypes.cfc_21"],[3672,0,2,,"WirelessTypes.cfc_60"],[3673,0,2,"StorageLimitMode","WirelessTypes.StorageLimitMode"],[3674,0,2,,"WirelessTypes.storageLimit_overwrite"],[3675,0,2,,"WirelessTypes.storageLimit_stop"],[3676,0,2,"InputRange","WirelessTypes.InputRange"],[3677,0,2,,"WirelessTypes.range_14_545mV"],[3678,0,2,,"WirelessTypes.range_10_236mV"],[3679,0,2,,"WirelessTypes.range_7_608mV"],[3680,0,2,,"WirelessTypes.range_4_046mV"],[3681,0,2,,"WirelessTypes.range_2_008mV"],[3682,0,2,,"WirelessTypes.range_1_511mV"],[3683,0,2,,"WirelessTypes.range_1_001mV"],[3684,0,2,,"WirelessTypes.range_0_812mV"],[3685,0,2,,"WirelessTypes.range_75mV"],[3686,0,2,,"WirelessTypes.range_37_5mV"],[3687,0,2,,"WirelessTypes.range_18_75mV"],[3688,0,2,,"WirelessTypes.range_9_38mV"],[3689,0,2,,"WirelessTypes.range_4_69mV"],[3690,0,2,,"WirelessTypes.range_2_34mV"],[3691,0,2,,"WirelessTypes.range_1_17mV"],[3692,0,2,,"WirelessTypes.range_0_586mV"],[3693,0,2,,"WirelessTypes.range_70mV"],[3694,0,2,,"WirelessTypes.range_35mV"],[3695,0,2,,"WirelessTypes.range_17_5mV"],[3696,0,2,,"WirelessTypes.range_8_75mV"],[3697,0,2,,"WirelessTypes.range_4_38mV"],[3698,0,2,,"WirelessTypes.range_2_19mV"],[3699,0,2,,"WirelessTypes.range_1_09mV"],[3700,0,2,,"WirelessTypes.range_0_547mV"],[3701,0,2,,"WirelessTypes.range_44mV"],[3702,0,2,,"WirelessTypes.range_30mV"],[3703,0,2,,"WirelessTypes.range_20mV"],[3704,0,2,,"WirelessTypes.range_15mV"],[3705,0,2,,"WirelessTypes.range_10mV"],[3706,0,2,,"WirelessTypes.range_5mV"],[3707,0,2,,"WirelessTypes.range_3mV"],[3708,0,2,,"WirelessTypes.range_2mV"],[3709,0,2,,"WirelessTypes.range_6mV"],[3710,0,2,,"WirelessTypes.range_1mV"],[3711,0,2,,"WirelessTypes.range_50mV"],[3712,0,2,,"WirelessTypes.range_2_5mV"],[3713,0,2,,"WirelessTypes.range_0_6mV"],[3714,0,2,,"WirelessTypes.range_0_35mV"],[3715,0,2,,"WirelessTypes.range_0_1mV"],[3716,0,2,,"WirelessTypes.range_156mV"],[3717,0,2,,"WirelessTypes.range_78_1mV"],[3718,0,2,,"WirelessTypes.range_39mV"],[3719,0,2,,"WirelessTypes.range_19_5mV"],[3720,0,2,,"WirelessTypes.range_9_76mV"],[3721,0,2,,"WirelessTypes.range_4_88mV"],[3722,0,2,,"WirelessTypes.range_2_44mV"],[3723,0,2,,"WirelessTypes.range_1_22mV"],[3724,0,2,,"WirelessTypes.range_10_24V"],[3725,0,2,,"WirelessTypes.range_5_12V"],[3726,0,2,,"WirelessTypes.range_2_56V"],[3727,0,2,,"WirelessTypes.range_0to10_24V"],[3728,0,2,,"WirelessTypes.range_0to5_12V"],[3729,0,2,,"WirelessTypes.range_1_147V"],[3730,0,2,,"WirelessTypes.range_585mV"],[3731,0,2,,"WirelessTypes.range_292_5mV"],[3732,0,2,,"WirelessTypes.range_146_25mV"],[3733,0,2,,"WirelessTypes.range_73_13mV"],[3734,0,2,,"WirelessTypes.range_36_56mV"],[3735,0,2,,"WirelessTypes.range_18_23mV"],[3736,0,2,,"WirelessTypes.range_9_14mV"],[3737,0,2,,"WirelessTypes.range_5_74V"],[3738,0,2,,"WirelessTypes.range_2_93V"],[3739,0,2,,"WirelessTypes.range_1_46V"],[3740,0,2,,"WirelessTypes.range_731_3mV"],[3741,0,2,,"WirelessTypes.range_365_6mV"],[3742,0,2,,"WirelessTypes.range_182_8mV"],[3743,0,2,,"WirelessTypes.range_91_4mV"],[3744,0,2,,"WirelessTypes.range_45_7mV"],[3745,0,2,,"WirelessTypes.range_62_5mV"],[3746,0,2,,"WirelessTypes.range_31_25mV"],[3747,0,2,,"WirelessTypes.range_15_63mV"],[3748,0,2,,"WirelessTypes.range_7_81mV"],[3749,0,2,,"WirelessTypes.range_3_91mV"],[3750,0,2,,"WirelessTypes.range_1_95mV"],[3751,0,2,,"WirelessTypes.range_0_976mV"],[3752,0,2,,"WirelessTypes.range_0_488mV"],[3753,0,2,,"WirelessTypes.range_2G"],[3754,0,2,,"WirelessTypes.range_4G"],[3755,0,2,,"WirelessTypes.range_8G"],[3756,0,2,,"WirelessTypes.range_10G"],[3757,0,2,,"WirelessTypes.range_20G"],[3758,0,2,,"WirelessTypes.range_40G"],[3759,0,2,,"WirelessTypes.range_2_5V"],[3760,0,2,,"WirelessTypes.range_1_25V"],[3761,0,2,,"WirelessTypes.range_625mV"],[3762,0,2,,"WirelessTypes.range_312_5mV"],[3763,0,2,,"WirelessTypes.range_156_25mV"],[3764,0,2,,"WirelessTypes.range_78_125mV"],[3765,0,2,,"WirelessTypes.range_39_063mV"],[3766,0,2,,"WirelessTypes.range_19_532mV"],[3767,0,2,,"WirelessTypes.range_0to2_5V"],[3768,0,2,,"WirelessTypes.range_0to1_25V"],[3769,0,2,,"WirelessTypes.range_0to625mV"],[3770,0,2,,"WirelessTypes.range_0to312_5mV"],[3771,0,2,,"WirelessTypes.range_0to156_25mV"],[3772,0,2,,"WirelessTypes.range_0to78_125mV"],[3773,0,2,,"WirelessTypes.range_0to39_063mV"],[3774,0,2,,"WirelessTypes.range_0to19_532mV"],[3775,0,2,,"WirelessTypes.range_9_766mV"],[3776,0,2,,"WirelessTypes.range_1_35V_or_0to2026408518ohm"],[3777,0,2,,"WirelessTypes.range_1_25V_or_0to5100ohm"],[3778,0,2,,"WirelessTypes.range_625mV_or_0to1700ohm"],[3779,0,2,,"WirelessTypes.range_312_5mV_or_0to728ohm"],[3780,0,2,,"WirelessTypes.range_156_25mV_or_0to340ohm"],[3781,0,2,,"WirelessTypes.range_78_125mV_or_0to164ohm"],[3782,0,2,,"WirelessTypes.range_39_0625mV_or_0to80ohm"],[3783,0,2,,"WirelessTypes.range_19_5313mV_or_0to40ohm"],[3784,0,2,,"WirelessTypes.range_750mV"],[3785,0,2,,"WirelessTypes.range_375mV"],[3786,0,2,,"WirelessTypes.range_187_5mV"],[3787,0,2,,"WirelessTypes.range_93_75mV"],[3788,0,2,,"WirelessTypes.range_46_875mV"],[3789,0,2,,"WirelessTypes.range_23_438mV"],[3790,0,2,,"WirelessTypes.range_11_719mV"],[3791,0,2,,"WirelessTypes.range_5_859mV"],[3792,0,2,,"WirelessTypes.range_0to1_5V"],[3793,0,2,,"WirelessTypes.range_0to750mV"],[3794,0,2,,"WirelessTypes.range_0to375mV"],[3795,0,2,,"WirelessTypes.range_0to187_5mV"],[3796,0,2,,"WirelessTypes.range_0to93_75mV"],[3797,0,2,,"WirelessTypes.range_0to46_875mV"],[3798,0,2,,"WirelessTypes.range_0to23_438mV"],[3799,0,2,,"WirelessTypes.range_0to11_719mV"],[3800,0,2,,"WirelessTypes.range_1_5V"],[3801,0,2,,"WirelessTypes.range_1_35V"],[3802,0,2,,"WirelessTypes.range_0to2026408518ohm"],[3803,0,2,,"WirelessTypes.range_0to10000ohm"],[3804,0,2,,"WirelessTypes.range_0to2580ohm"],[3805,0,2,,"WirelessTypes.range_0to1290ohm"],[3806,0,2,,"WirelessTypes.range_0to645ohm"],[3807,0,2,,"WirelessTypes.range_0to322ohm"],[3808,0,2,,"WirelessTypes.range_0to161ohm"],[3809,0,2,,"WirelessTypes.range_0to80ohm"],[3810,0,2,,"WirelessTypes.range_39_0625mV"],[3811,0,2,,"WirelessTypes.range_19_5313mV"],[3812,0,2,,"WirelessTypes.range_invalid"],[3813,0,2,"DataMode","WirelessTypes.DataMode"],[3814,0,2,,"WirelessTypes.dataMode_none"],[3815,0,2,,"WirelessTypes.dataMode_raw"],[3816,0,2,,"WirelessTypes.dataMode_derived"],[3817,0,2,,"WirelessTypes.dataMode_raw_derived"],[3818,0,2,"DerivedCategory","WirelessTypes.DerivedCategory"],[3819,0,2,,"WirelessTypes.derivedCategory_rms"],[3820,0,2,,"WirelessTypes.derivedCategory_peakToPeak"],[3821,0,2,,"WirelessTypes.derivedCategory_velocity"],[3822,0,2,,"WirelessTypes.derivedCategory_crestFactor"],[3823,0,2,,"WirelessTypes.derivedCategory_mean"],[3824,0,2,"DerivedDataPacketAlgorithmId","WirelessTypes.DerivedDataPacketAlgorithmId"],[3825,0,2,,"WirelessTypes.derivedAlgId_rms"],[3826,0,2,,"WirelessTypes.derivedAlgId_peakToPeak"],[3827,0,2,,"WirelessTypes.derivedAlgId_ips"],[3828,0,2,,"WirelessTypes.derivedAlgId_crestFactor"],[3829,0,2,,"WirelessTypes.derivedAlgId_mean"],[3830,0,2,,"WirelessTypes.derivedAlgId_mmps"],[3831,0,2,"DerivedVelocityUnit","WirelessTypes.DerivedVelocityUnit"],[3832,0,2,"CommProtocol","WirelessTypes.CommProtocol"],[3833,0,2,,"WirelessTypes.commProtocol_lxrs"],[3834,0,2,,"WirelessTypes.commProtocol_lxrsPlus"],[3835,0,2,"Voltage","WirelessTypes.Voltage"],[3836,0,2,,"WirelessTypes.voltage_5120mV"],[3837,0,2,,"WirelessTypes.voltage_5000mV"],[3838,0,2,,"WirelessTypes.voltage_4096mV"],[3839,0,2,,"WirelessTypes.voltage_3000mV"],[3840,0,2,,"WirelessTypes.voltage_2800mV"],[3841,0,2,,"WirelessTypes.voltage_2750mV"],[3842,0,2,,"WirelessTypes.voltage_2700mV"],[3843,0,2,,"WirelessTypes.voltage_2500mV"],[3844,0,2,,"WirelessTypes.voltage_1500mV"],[3845,0,2,"SensorOutputMode","WirelessTypes.SensorOutputMode"],[3846,0,2,,"WirelessTypes.sensorOutputMode_accel"],[3847,0,2,,"WirelessTypes.sensorOutputMode_tilt"],[3848,0,2,"BatteryStatus","WirelessTypes.BatteryStatus"],[3849,0,2,,"WirelessTypes.Battery_status_values"],[3850,0,2,,"WirelessTypes.batteryStatus_good"],[3851,0,2,,"WirelessTypes.batteryStatus_low"],[3852,0,2,,"WirelessTypes.batteryStatus_critical"],[3853,0,2,"ExternalPowerIndicator","WirelessTypes.ExternalPowerIndicator"],[3854,0,2,,"WirelessTypes.Indicates_external_power_state"],[3855,0,2,,"WirelessTypes.externalPower_notConnected"],[3856,0,2,,"WirelessTypes.externalPower_connected"],[3857,0,2,"DelayVersion","WirelessTypes.DelayVersion"],[3858,0,2,,"WirelessTypes.V1"],[3859,0,2,,"WirelessTypes.V2"],[3860,0,2,,"WirelessTypes.V3"],[3861,0,2,,"WirelessTypes.V4"],[3862,0,3,"DerivedChannelMasks","WirelessTypes.DerivedChannelMasks"],[3863,0,3,"EepromMap","WirelessTypes.EepromMap"],[3864,0,1,"UNKNOWN_RSSI = 999","WirelessTypes.UNKNOWN_RSSI=999"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/WirelessTypes-h-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/WirelessTypes-h-SummaryToolTips.js deleted file mode 100644 index 16e614bc3..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/WirelessTypes-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/WirelessTypes.h",{3266:"
WirelessTypes
Contains enumerations/types for various wireless information
",3267:"
Represents the source of a BaseStation\'s Beacon.
",3272:"
Represents the types of microcontrollers possible on the Wireless Devices.
",3280:"
Represents the types of data collection methods that can be performed on the Node.
",3284:"
Represents the types of data formats that Nodes can be configured to send when sampling.
",3291:"
Represents the types of synchronized sampling modes the Node can be in.
",3294:"
Represents the types of sampling modes the Node can be in.
",3301:"
Represents the types of default modes the Node can have.  This is the mode the Node starts in, as well as the mode the node goes into after an inactivity timeout.
",3307:"
Represents the frequency (channel) that can be used for Wireless Devices.
",3325:"
Represents the transmit powers that can be used for Wireless Devices.
",3335:"
Represents the possible Node Retransmission values.
",3339:"
Represents the different trigger types that can cause a datalogging session to be logged to a Wireless Node.
",3345:"
Represents the equation types that can be used for calibration coefficients on Wireless Nodes.
",3348:"
Represents the unit types that can be used for calibration coefficients on Wireless Nodes.
",3456:"
Represents the types of channels on Wireless Nodes.
",3469:"
Represents the possible voltage input types
",3472:"
Represents the settling times used for thermocouple and voltage inputs on some Wireless Nodes.
",3485:"
Represents the Transducer types supported by some Wireless Nodes.
",3489:"
Represents the thermocouple types supported by some Wireless Nodes.
",3500:"
Represents the RTD types supported by some Wireless Nodes.
",3508:"
Represents the Wire types supported for RTD sensors.
",3512:"
Represents the Thermistor types supported by some Wireless Nodes.
",3520:"
The possible sample rates that are available for Wireless Nodes.
",3575:"
The possible settings for ChannelGroups.
",3596:"
The possible completion flags for the AutoBalance Wireless Node function.
",3605:"
The possible completion flags for the AutoCal Wireless Node function.
",3610:"
The possible error flags for the various AutoCal Wireless Node functions.
",3622:"
The different modes a Fatigue Node can operate in.
",3626:"
The types of event triggers that are available.
",3629:"
The filter options (used for anti-aliasing and low-pass filter)
",3666:"
The high pass filter options.
",3669:"
The channel frequency class filter options.
",3673:"
The options available for configuring what happens when the storage limit is reached when logging to a Node.
",3676:"
The options available for input range on supported Nodes.
",3813:"
Available Data Modes.
",3818:"
Available Derived Channel Categories for configuration.
",3824:"
The types of channels that can be sent in a derived data packet.
",3831:"
The options that can be configured for the velocity derived channel.
",3832:"
Available Communication Protocol types.
",3835:"
Available Voltages.
",3845:"
Available Sensor Output Modes.
",3857:"
Types of delays that individual sensors can support.
",3862:"
Typedef for a map of <DerivedChannelOption> to ChannelMask pairs.
",3863:"
Typedef for a map of eeprom locations (uint16) to values (uint16).
",3864:"
The value given for an unknown RSSI value.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/WirelessTypes-h-ToolTips.js b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/WirelessTypes-h-ToolTips.js deleted file mode 100644 index 8eb16f477..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/WirelessTypes-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({4281:"
ChannelMask
Represents the channel mask (active and inactive channels) for a WirelessNode.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/WirelessTypes-h.html b/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/WirelessTypes-h.html deleted file mode 100644 index 58a0755ea..000000000 --- a/v66.0.1/MSCL_API_Docs/files/MicroStrain/Wireless/WirelessTypes-h.html +++ /dev/null @@ -1,247 +0,0 @@ - - -WirelessTypes.h - - - - - - - -
-
WirelessTypes
-
WirelessTypes
-

Contains enumerations/types for various wireless information

-
- -
-
BeaconSource
-

Represents the source of a BaseStation's Beacon.

beacon_none

0 - No Beacon

beacon_internalTimer

1 - Internal Timer

beacon_internalPPS

2 - Internal PPS

beacon_externalPPS

3 - External PPS

-
- -
-
MicroControllerType
-

Represents the types of microcontrollers possible on the Wireless Devices.

microcontroller_18F452

31 - 18F452, 20MHz

microcontroller_18F4620

32 - 18F4620, 20MHz

microcontroller_18F46K20

33 - 18F46K20, 40MHz

microcontroller_18F67K90

34 - 18F67K90, 40MHz

microcontroller_EFM32WG990F256

35 - EFM32WG990F256, 48MHz

microcontroller_EFR32FG1P132F256GM48

36 - EFR32FG1P132F256GM48

microcontroller_EFR32MG1P232F256GM48

37 - EFR32MG1P232F256GM48

-
- -
-
DataCollectionMethod
-

Represents the types of data collection methods that can be performed on the Node.

collectionMethod_logOnly

1 - Data is logged to the Node's internal memory to be downloaded later

collectionMethod_transmitOnly

2 - Data is transmitted wirelessly over the air

collectionMethod_logAndTransmit

3 - Data is both logged to the Node and transmitted over the air.

-
- -
-
DataFormat
-

Represents the types of data formats that Nodes can be configured to send when sampling.

dataFormat_raw_uint16

1 - Raw, uint16 data format

dataFormat_cal_float

2 - Calibrated, float data format

dataFormat_raw_uint24

3 - Raw, uint24 data format

dataFormat_raw_int24

4 - Raw, int24 data format

dataFormat_raw_int16

5 - Raw, int16 data format

dataFormat_cal_int16_x10

6 - Calibrated, int16 multiplied by 10 (range of -3276.8 to +3276.7 with 0.1 resolution)

-
- -
-
SyncSamplingMode
-

Represents the types of synchronized sampling modes the Node can be in.

syncMode_continuous

0x7400 - Data will be transmitted in standard non-burst synchronized sampling mode.

syncMode_burst

0xF600 - Data will be transmitted in a burst synchronized sampling mode.

-
- -
-
SamplingMode
-

Represents the types of sampling modes the Node can be in.

samplingMode_sync

1 - Synchronized Sampling mode

samplingMode_syncBurst

2 - Synchronized Sampling, Burst mode

samplingMode_nonSync

3 - Asynchronous Sampling mode (LDC)

samplingMode_armedDatalog

4 - Armed Datalogging Sampling mode

samplingMode_syncEvent

5 - Synchronized Sampling mode with Event Triggering

samplingMode_nonSyncEvent

6 - Asynchronous Sampling mode (LDC) with Event Triggering

-
- -
-
DefaultMode
-

Represents the types of default modes the Node can have.  This is the mode the Node starts in, as well as the mode the node goes into after an inactivity timeout.

defaultMode_idle

0 - Default of Idle Mode.

default_ldc

1 - Default of Low Duty Cycle sampling.

default_datalog

4 - Default of Armed Datalogging (but with no timestamp) sampling.

default_sleep

5 - Default of a low-power Sleep Mode.

default_sync

6 - Default of Sync Sampling (must hear a beacon to start sampling).

-
- -
-
Frequency
-

Represents the frequency (channel) that can be used for Wireless Devices.

freq_unknown

0 - Unknown Frequency

freq_11

11 - Frequency 11 (2.405 Ghz)

freq_12

12 - Frequency 12 (2.410 Ghz)

freq_13

13 - Frequency 13 (2.415 Ghz)

freq_14

14 - Frequency 14 (2.420 Ghz)

freq_15

15 - Frequency 15 (2.425 Ghz)

freq_16

16 - Frequency 16 (2.430 Ghz)

freq_17

17 - Frequency 17 (2.435 Ghz)

freq_18

18 - Frequency 18 (2.440 Ghz)

freq_19

19 - Frequency 19 (2.445 Ghz)

freq_20

20 - Frequency 20 (2.450 Ghz)

freq_21

21 - Frequency 21 (2.455 Ghz)

freq_22

22 - Frequency 22 (2.460 Ghz)

freq_23

23 - Frequency 23 (2.465 Ghz)

freq_24

24 - Frequency 24 (2.470 Ghz)

freq_25

25 - Frequency 25 (2.475 Ghz)

freq_26

26 - Frequency 26 (2.480 Ghz)

-
- -
-
TransmitPower
-

Represents the transmit powers that can be used for Wireless Devices.

power_20dBm

20 - 20 dBm

power_16dBm

16 - 16 dBm

power_15dBm

15 - 15 dBm

power_12dBm

12 - 12 dBm

power_11dBm

11 - 11 dBm

power_10dBm

10 - 10 dBm

power_5dBm

5  - 5 dBm

power_1dBm

1  - 1 dBm

power_0dBm

0  - 0 dBm

-
- -
-
NodeRetransmission
-

Represents the possible Node Retransmission values.

retransmission_off

0 - Retransmission is turned off

retransmission_on

1 - Retransmission is turned on

retransmission_disabled

2 - Retransmission is disabled. It should not be set to on or off

-
- -
-
TriggerType
-

Represents the different trigger types that can cause a datalogging session to be logged to a Wireless Node.

trigger_userInit

0 - The user started this datalogging session manually by sending a start sampling command.

trigger_ceiling

1 - The trigger was caused by a ceiling event.

trigger_floor

2 - The trigger was caused by a floor event.

trigger_rampUp

3 - The trigger was caused by a ramp-up event.

trigger_rampDown

4 - The trigger was caused by a ramp-down event.

-
- -
-
CalCoef_EquationType
-

Represents the equation types that can be used for calibration coefficients on Wireless Nodes.

equation_none

0 - value = none, [bits/no equation applied]

equation_standard

4 - value = (slope * bits) + offset

-
- -
-
CalCoef_Unit
-

Represents the unit types that can be used for calibration coefficients on Wireless Nodes.

unit_none

0  - no unit or unknown unit

unit_accel_g

4  - acceleration due to gravity

unit_accel_mPerSec2

5  - meters per second squared

unit_accel_milliG

34  - milli-G's

unit_accel_ftPerSec2

35  - Feet/Second Squared

unit_angDisplacement_degrees

26  - degrees

unit_angDisplacement_radians

65  - Radians

unit_angVelocity_degreesPerSec

27  - degrees per second

unit_angVelocity_radiansPerSec

28  - radians per second

unit_current_ampere

58  - Ampere

unit_current_milliampere

59  - Milliampere

unit_current_microampere

60  - Microampere

unit_density_kgPerMeter3

93  - kg per meter cubed

unit_displacement_meters

12  - meters

unit_displacement_millimeters

13  - millimeters

unit_displacement_micrometers

14  - micrometers

unit_displacement_feet

38  - Feet

unit_displacement_inches

39  - Inches

unit_displacement_yards

40  - Yards

unit_displacement_miles

41  - Miles

unit_displacement_nautMiles

42  - Nautical Miles

unit_displacement_thouInch

43  - Thousandths of an Inch

unit_displacement_hundInch

44  - Hundredths of an Inch

unit_displacement_kilometers

45  - Kilometers

unit_displacement_centimeters

46  - Centimers

unit_energy_wattHour

54  - Watt-Hour

unit_energy_kiloWattHour

55  - Kilowatt-Hour

unit_flowRate_cubicMetersPerSec

75  - Cubic Meters Per Second

unit_flowRate_cubicFtPerSec

76  - Cubic Feet Per Second

unit_force_kg

96  - kiloGrams

unit_force_lbf

15  - pound force

unit_force_newtons

16  - Newtons

unit_force_kiloNewtons

17  - kiloNewtons

unit_freq_rpm

30  - revolutions per minute

unit_freq_hertz

31  - hertz

unit_freq_kiloHertz

64  - Kilohertz

unit_irradiance_wattsPerSqMeter

47  - Watts per Square Meter

unit_magneticFlux_gauss

89  - Gauss

unit_mass_grams

104 - Grams

unit_mass_kilograms

18  - kilograms

unit_mass_pound

49  - Pound

unit_mass_ton

105 - Ton

unit_mass_tonne

106 - Tonne (Metric Ton)

unit_other_bits

1  - raw bits

unit_other_mVperV

33  - milliVolt/Volt

unit_other_percentLife

36  - % Life

unit_other_count

37  - Count

unit_other_percent

29  - percent

unit_other_value

88  - value

unit_other_gSec

90  - G-Seconds

unit_other_secsPerSec

91  - Seconds per Second (clock-drift)

unit_other_unitless

94  - unitless

unit_par_microEinstein

48  - microEinstein

unit_power_watt

50  - Watt

unit_power_milliwatt

51  - Milliwatt

unit_power_horsepower

52  - Horsepower

unit_pressure_bar

19  - bar

unit_pressure_millibar

61  - MilliBar

unit_pressure_psi

20  - pounds per square inch

unit_pressure_atm

21  - atmospheric pressure

unit_pressure_mmHg

22  - millimeters of mercury

unit_pressure_inHg

62  - Inches of Mercury

unit_pressure_pascal

23  - Pascal

unit_pressure_megaPascal

24  - megaPascal

unit_pressure_kiloPascal

25  - kiloPascal

unit_rawVoltage_volts

97  - Raw Volts

unit_rawVoltage_millivolts

98  - Raw Millivolts

unit_rawVoltage_microvolts

99  - Raw Microvolts

unit_reactiveEnergy_VARh

56  - Volt-Ampere Reactive Hour

unit_reactiveEnergy_kVARh

57  - Kilovolt-Ampere Reactive Hour

unit_reactivePower_var

53  - Volt-Ampere Reactive

unit_resistance_ohm

100 - Ohm

unit_resistance_milliohm

101 - milliOhm

unit_resistance_kiloohm

102 - kiloOhm

unit_rh_percentRh

32  - percent relative humidity

unit_rssi_dBm

63  - dBm

unit_rssi_dBHz

92  - dBHz

unit_strain_strain

2  - Strain

unit_strain_microStrain

3  - microStrain

unit_temp_celsius

9  - degrees Celsius

unit_temp_kelvin

10  - Kelvin

unit_temp_fahrenheit

11  - degrees Fahrenheit

unit_time_secs

80  - Seconds

unit_time_nanosecs

81  - Nanoseconds

unit_time_microsecs

82  - Microseconds

unit_time_millisecs

83  - Milliseconds

unit_time_minutes

84  - Minutes

unit_time_hours

85  - Hours

unit_time_days

86  - Days

unit_time_weeks

87  - Weeks

unit_torque_newtonMeter

77  - Newton Meter

unit_torque_footPounds

78  - Foot Pounds

unit_torque_inchPounds

79  - Inch Pounds

unit_velocity_inchesPerSec

95  - Inches per Second

unit_velocity_metersPerSec

66  - Meters per Second

unit_velocity_mmPerSec

103 - Millimeters per Second

unit_velocity_kilometersPerSec

67  - Kilometers per Second

unit_velocity_kilometersPerHr

68  - Kilometers per Hour

unit_velocity_milesPerHr

69  - Miles per Hour

unit_velocity_knots

70  - Knots

unit_volts_volts

6  - volts

unit_volts_millivolts

7  - milliVolts

unit_volts_microvolts

8  - microVolts

unit_volume_cubicMeter

71  - Cubic Meter

unit_volume_cubicFt

72  - Cubic Feet

unit_volume_liters

73  - Liters

unit_volume_gallon

74  - Gallon

-
- -
-
ChannelType
-

Represents the types of channels on Wireless Nodes.

chType_none

0 - No channel type (channel not supported)

chType_fullDifferential

1 - Full Differential

chType_singleEnded

2 - Single Ended

chType_battery

3 - Battery

chType_temperature

4 - Temperature

chType_rh

5 - Relative Humidity

chType_acceleration

6 - Acceleration

chType_displacement

7 - Displacement

chType_voltage

8 - Voltage

chType_diffTemperature

9 - Differential - Temperature (thermocouple, rtd)

chType_digital

10 - Digital

chType_tilt

11 - Tilt

-
- -
-
VoltageType
-

Represents the possible voltage input types

voltageType_singleEnded

0 - Single-ended

voltageType_differential

1 - Differential

-
- -
-
SettlingTime
-

Represents the settling times used for thermocouple and voltage inputs on some Wireless Nodes.

settling_4ms

1  - 4 millisecond settling time (fastest settling)

settling_8ms

2  - 8 millisecond settling time

settling_16ms

3  - 16 millisecond settling time

settling_32ms

4  - 32 millisecond settling time

settling_40ms

5  - 40 millisecond settling time

settling_48ms

6  - 48 millisecond settling time

settling_60ms

7  - 60 millisecond settling time

settling_101ms_90db

8  - 101 millisecond settling time (90db [60Hz Rejection])

settling_120ms_80db

9  - 120 millisecond settling time (80db [50Hz Rejection])

settling_120ms_65db

10  - 120 millisecond settling time (65db [50+60Hz Rejection])

settling_160ms_69db

11  - 160 millisecond settling time (69db [50+60Hz Rejection])

settling_200ms

12  - 200 millisecond settling time (highest resolution)

-
- -
-
TransducerType
-

Represents the Transducer types supported by some Wireless Nodes.

transducer_thermocouple

0 - Thermocouple

transducer_rtd

1 - RTD

transducer_thermistor

2 - Thermistor

-
- -
-
ThermocoupleType
-

Represents the thermocouple types supported by some Wireless Nodes.

tc_uncompensated

0  - Uncompensated (None)

tc_K

1  - K Type Thermocouple

tc_J

2  - J Type Thermocouple

tc_R

3  - R Type Thermocouple

tc_S

4  - S Type Thermocouple

tc_T

5  - T Type Thermocouple

tc_E

6  - E Type Thermocouple

tc_B

7  - B Type Thermocouple

tc_N

8  - N Type Thermocouple

tc_customPolynomial

9  - Custom Polynomial

-
- -
-
RtdType
-

Represents the RTD types supported by some Wireless Nodes.

rtd_uncompensated

0 - Uncompensated (None)

rtd_pt10

1 - PT-10

rtd_pt50

2 - PT-50

rtd_pt100

3 - PT-100

rtd_pt200

4 - PT-200

rtd_pt500

5 - PT-500

rtd_pt1000

6 - PT-1000

-
- -
-
RtdWireType
-

Represents the Wire types supported for RTD sensors.

rtd_2wire

0 - 2 Wire RTD

rtd_3wire

1 - 3 Wire RTD

rtd_4wire

2 - 4 Wire RTD

-
- -
-
ThermistorType
-

Represents the Thermistor types supported by some Wireless Nodes.

thermistor_uncompensated

0 - Uncompensated (None)

thermistor_44004_44033

1 - 44004/44033

thermistor_44005_44030

2 - 44005/44030

thermistor_44007_44034

3 - 44007/44034

thermistor_44006_44031

4 - 44006/44031

thermistor_44008_44032

5 - 44008/44032

thermistor_ys1_400

6 - YSI-400

-
- -
-
WirelessSampleRate
-

The possible sample rates that are available for Wireless Nodes.

sampleRate_104170Hz

60  - 104170 Hz

sampleRate_78125Hz

58  - 78125 Hz

sampleRate_62500Hz

57  - 62500 Hz

sampleRate_25000Hz

56  - 25000 Hz

sampleRate_12500Hz

55  - 12500 Hz

sampleRate_3200Hz

49  - 3200 Hz

sampleRate_1600Hz

48  - 1600 Hz

sampleRate_800Hz

47  - 800 Hz

sampleRate_300Hz

46  - 300 Hz

sampleRate_1kHz

62  - 1 kHz

sampleRate_2kHz

63  - 2 kHz

sampleRate_3kHz

64  - 3 kHz

sampleRate_4kHz

65  - 4 kHz

sampleRate_5kHz

66  - 5 kHz

sampleRate_6kHz

67  - 6 kHz

sampleRate_7kHz

68  - 7 kHz

sampleRate_8kHz

69  - 8 kHz

sampleRate_9kHz

70  - 9 kHz

sampleRate_10kHz

71  - 10 kHz

sampleRate_20kHz

72  - 20 kHz

sampleRate_30kHz

73  - 30 kHz

sampleRate_40kHz

74  - 40 kHz

sampleRate_50kHz

75  - 50 kHz

sampleRate_60kHz

76  - 60 kHz

sampleRate_70kHz

77  - 70 kHz

sampleRate_80kHz

78  - 80 kHz

sampleRate_90kHz

79  - 90 kHz

sampleRate_100kHz

80  - 100 kHz

sampleRate_887Hz

98  - 887 Hz

sampleRate_8192Hz

100  - 8192 Hz

sampleRate_4096Hz

101  - 4096 Hz

sampleRate_2048Hz

102  - 2048 Hz

sampleRate_1024Hz

103  - 1024 Hz

sampleRate_512Hz

104  - 512 Hz

sampleRate_256Hz

105  - 256 Hz

sampleRate_128Hz

106  - 128 Hz

sampleRate_64Hz

107  - 64 Hz

sampleRate_32Hz

108  - 32 Hz

sampleRate_16Hz

109  - 16 Hz

sampleRate_8Hz

110  - 8 Hz

sampleRate_4Hz

111  - 4 Hz

sampleRate_2Hz

112  - 2 Hz

sampleRate_1Hz

113  - 1 Hz

sampleRate_2Sec

114  - 1 sample every 2 seconds

sampleRate_5Sec

115  - 1 sample every 5 seconds

sampleRate_10Sec

116  - 1 sample every 10 seconds

sampleRate_30Sec

117  - 1 sample every 30 seconds

sampleRate_1Min

118  - 1 sample every 1 minute

sampleRate_2Min

119  - 1 sample every 2 minutes

sampleRate_5Min

120  - 1 sample every 5 minutes

sampleRate_10Min

121  - 1 sample every 10 minutes

sampleRate_30Min

122  - 1 sample every 30 minutes

sampleRate_60Min

123  - 1 sample every 60 minutes

sampleRate_24Hours

127  - 1 sample every 24 hours

-
- -
-
ChannelGroupSetting
-

The possible settings for ChannelGroups.

chSetting_inputRange

0 - Input Range

chSetting_filterSettlingTime

1 - Filter Settling Time

chSetting_thermocoupleType

2 - Thermocouple Type

chSetting_linearEquation

3 - Linear Equation

chSetting_unit

4 - Unit

chSetting_equationType

5 - Equation Type

chSetting_hardwareOffset

6 - Hardware Offset

chSetting_autoBalance

7 - Autobalance Function

chSetting_gaugeFactor

8 - Gauge Factor

chSetting_antiAliasingFilter

9 - Anti-Aliasing Filter

chSetting_legacyShuntCal

10 - Legacy Shunt Cal (Note: the actual shunt cal operation is not a feature in MSCL)

chSetting_autoShuntCal

11 - Auto Shunt Cal

chSetting_lowPassFilter

12 - Low Pass Filter

chSetting_highPassFilter

13 - High Pass Filter

chSetting_tempSensorOptions

14 - Temperature Sensor Options

chSetting_debounceFilter

15 - Debounce Filter

chSetting_pullUpResistor

16 - Internal Pull-up Resistor

chSetting_factoryLinearEq

17 - Factory Calibration Linear Equation values [Read Only]

chSetting_factoryUnit

18 - Factory Calibration Unit [Read Only]

chSetting_factoryEqType

19 - Factory Calibration Equation Type [Read Only]

-
- -
-
AutoBalanceErrorFlag
-

The possible completion flags for the AutoBalance Wireless Node function.

autobalance_success

0  - AutoBalance was successful.

autobalance_maybeInvalid

1  - AutoBalance completed, but the values look suspicious.

autobalance_notSupportedByNode

2  - AutoBalance is not supported by the Node.

autobalance_notSupportedByCh

3  - AutoBalance is not supported by the channel.

autobalance_targetOutOfRange

4  - The target balance value is out of range for the channel.

autobalance_failed

5  - The AutoBalance has failed. No values have been applied.

autobalance_legacyNone

998  - The legacy AutoBalance command was used, so no info was returned.

autobalance_notComplete

999  - AutoBalance has not yet completed.

-
- -
-
AutoCalCompletionFlag
-

The possible completion flags for the AutoCal Wireless Node function.

autocal_success

0  - AutoCal was successful.

autocal_maybeInvalid

1  - AutoCal completed, but the values look suspicious. The results have been applied to the Node.

autocal_maybeInvalid_notApplied

2  - AutoCal completed, but the values look suspicious. No results have been applied to the Node.

autocal_notComplete

999  - AutoCal has not yet completed.

-
- -
-
AutoCalErrorFlag
-

The possible error flags for the various AutoCal Wireless Node functions.

autocalError_none

0  - AutoCal showed no sign of errors.

autocalError_sensorDetached

1  - AutoCal indicated the sensor may be detached.

autocalError_sensorShorted

2  - AutoCal indicated the sensor may have shorted.

autocalError_unsupportedChannel

3  - The provided channel was not supported.

autocalError_baseHighRail

4  - The baseline data may have railed high.

autocalError_baseLowRail

5  - The baseline data may have railed low.

autocalError_shuntHighRail

6  - The shunted data may have railed high.

autocalError_shuntLowRail

7  - The shunted data may have railed low.

autocalError_ramp

8  - There was an unexpected slope to the data.

autocalError_noShunt

9  - No shunt was detected in the data.

autocalError_timeout

10  - A timeout has occurred.

-
- -
-
FatigueMode
-

The different modes a Fatigue Node can operate in.

fatigueMode_angleStrain

0  - Standard angle strain mode: can enter specific angles to sample.

fatigueMode_distributedAngle

1  - Distributed angle mode: can enter a low, high, and # of angles (4-16) to sample.

fatigueMode_rawGaugeStrain

2  - Raw Gauge Strain mode: sends the raw strain sensor data.

-
- -
-
EventTriggerType
-

The types of event triggers that are available.

eventTrigger_ceiling

1 - Ceiling Trigger (greater than)

eventTrigger_floor

2 - Floor Trigger (less than)

-
- -
-
Filter
-

The filter options (used for anti-aliasing and low-pass filter)

filter_33000hz

33000 - 33000 hz

filter_20000hz

20000 - 20000 hz

filter_10000hz

10000 - 10000 hz

filter_5222hz

5222 - 5222 hz

filter_5000hz

5000 - 5000 hz

filter_4416hz

4416 - 4416 hz

filter_4096hz

4096 - 4096 hz

filter_4000hz

4000 - 4000 hz

filter_2208hz

2208 - 2208 hz

filter_2048hz

2048 - 2048 hz

filter_2000hz

2000 - 2000 hz

filter_1104hz

1104 - 1104 hz

filter_1024hz

1024 - 1024 hz

filter_1000hz

1000 - 1000 hz

filter_800hz

800 - 800 hz

filter_552hz

552 - 552 hz

filter_512hz

512 - 512 hz

filter_500hz

500 - 500 hz

filter_418hz

418 - 418 hz

filter_294hz

294 - 294 hz

filter_256hz

256 - 256 hz

filter_250hz

250 - 250 hz

filter_209hz

209 - 209 hz

filter_200hz

200 - 200 hz

filter_147hz

147 - 147 hz

filter_128hz

128 - 128 hz

filter_125hz

125 - 125 hz

filter_104hz

104 - 104 hz

filter_100hz

100 - 100 hz

filter_62hz

62 - 62 hz

filter_52hz

52 - 52 hz

filter_50hz

50 - 50 hz

filter_31hz

31 - 31 hz

filter_26hz

26 - 26 hz

filter_12_66hz

12 - 12.66 hz

filter_2_6hz

2 - 2.6 hz

-
- -
-
HighPassFilter
-

The high pass filter options.

highPass_off

0  - Disabled

highPass_auto

65535 - The High Pass Filter will be automatically selected based on other configuration options (such as low pass filter).

-
- -
-
ChannelFrequencyClass
-

The channel frequency class filter options.

cfc_10

10  - CFC-10

cfc_21

21  - CFC-21

cfc_60

60  - CFC-60

-
- -
-
StorageLimitMode
-

The options available for configuring what happens when the storage limit is reached when logging to a Node.

storageLimit_overwrite

0 - When the max memory is reached, old data is overwritten (FIFO).

storageLimit_stop

1 - When the max memory is reached, the Node stops sampling and returns to its idle state.

-
- -
-
InputRange
-

The options available for input range on supported Nodes.

range_14_545mV

0  - +-14.545 milliVolts

range_10_236mV

1  - +-10.236 milliVolts

range_7_608mV

2  - +-7.608 milliVolts

range_4_046mV

3  - +-4.046 milliVolts

range_2_008mV

4  - +-2.008 milliVolts

range_1_511mV

5  - +-1.511 milliVolts

range_1_001mV

6  - +-1.001 milliVolts

range_0_812mV

7  - +-0.812 milliVolts

range_75mV

8  - +-75 milliVolts

range_37_5mV

9  - +-37.5 milliVolts

range_18_75mV

10  - +-18.75 milliVolts

range_9_38mV

11  - +-9.38 milliVolts

range_4_69mV

12  - +-4.69 milliVolts

range_2_34mV

13  - +-2.34 milliVolts

range_1_17mV

14  - +-1.17 milliVolts

range_0_586mV

15  - +-0.586 milliVolts

range_70mV

16  - +-70 milliVolts

range_35mV

17  - +-35 milliVolts

range_17_5mV

18  - +-17.5 milliVolts

range_8_75mV

19  - +-8.75 milliVolts

range_4_38mV

20  - +-4.38 milliVolts

range_2_19mV

21  - +-2.19 milliVolts

range_1_09mV

22  - +-1.09 milliVolts

range_0_547mV

23  - +-0.547 milliVolts

range_44mV

24  - +-44 milliVolts

range_30mV

25  - +-30 milliVolts

range_20mV

26  - +-20 milliVolts

range_15mV

27  - +-15 milliVolts

range_10mV

28  - +-10 milliVolts

range_5mV

29  - +-5 milliVolts

range_3mV

30  - +-3 milliVolts

range_2mV

31  - +-2 milliVolts

range_6mV

32  - +-6 milliVolts

range_1mV

33  - +-1 milliVolt

range_50mV

34  - +-50 milliVolts

range_2_5mV

35  - +-2.5 milliVolts

range_0_6mV

36  - +-0.6 milliVolts

range_0_35mV

37  - +-0.35 milliVolts

range_0_1mV

38  - +-0.1 milliVolts

range_156mV

39  - +-156 milliVolts

range_78_1mV

40  - +-78.1 milliVolts

range_39mV

41  - +-39 milliVolts

range_19_5mV

42  - +-19.5 milliVolts

range_9_76mV

43  - +-9.76 milliVolts

range_4_88mV

44  - +-4.88 milliVolts

range_2_44mV

45  - +-2.44 milliVolts

range_1_22mV

46  - +-1.22 milliVolts

range_10_24V

47  - +-10.24 Volts

range_5_12V

48  - +-5.12 Volts

range_2_56V

49  - +-2.56 Volts

range_0to10_24V

50  - 0 to 10.24 Volts

range_0to5_12V

51  - 0 to 5.12 Volts

range_1_147V

52  - +-1.147 Volts

range_585mV

53  - +-585 milliVolts

range_292_5mV

54  - +-292.5 milliVolts

range_146_25mV

55  - +-146.25 milliVolts

range_73_13mV

56  - +-73.13 milliVolts

range_36_56mV

57  - +-36.56 milliVolts

range_18_23mV

58  - +-18.23 milliVolts

range_9_14mV

59  - +-9.14 milliVolts

range_5_74V

60  - +-5.74 Volts

range_2_93V

61  - +-2.93 Volts

range_1_46V

62  - +-1.46 Volts

range_731_3mV

63  - +-731.3 milliVolts

range_365_6mV

64  - +-365.6 milliVolts

range_182_8mV

65  - +-182.8 milliVolts

range_91_4mV

66  - +-91.4 milliVolts

range_45_7mV

67  - +-45.7 milliVolts

range_62_5mV

68  - +-62.5 milliVolts

range_31_25mV

69  - +-31.25 milliVolts

range_15_63mV

70  - +-15.63 milliVolts

range_7_81mV

71  - +-7.81 milliVolts

range_3_91mV

72  - +-3.91 milliVolts

range_1_95mV

73  - +-1.95 milliVolts

range_0_976mV

74  - +-0.976 milliVolts

range_0_488mV

75  - +-0.488 milliVolts

range_2G

76  - +-2 Gs

range_4G

77  - +-4 Gs

range_8G

78  - +-8 Gs

range_10G

79  - +-10 Gs

range_20G

80  - +-20 Gs

range_40G

81  - +-40 Gs

range_2_5V

82  - +-2.5 Volts

range_1_25V

83  - +-1.25 Volts

range_625mV

84  - +-625 milliVolts

range_312_5mV

85  - +-312.5 milliVolts

range_156_25mV

86  - +-156.25 milliVolts

range_78_125mV

87  - +-78.125 milliVolts

range_39_063mV

88  - +-39.063 milliVolts

range_19_532mV

89  - +-19.532 milliVolts

range_0to2_5V

90  - 0 to 2.5 Volts

range_0to1_25V

91  - 0 to 1.25 Volts

range_0to625mV

92  - 0 to 625 milliVolts

range_0to312_5mV

93  - 0 to 312.5 milliVolts

range_0to156_25mV

94  - 0 to 156.25 milliVolts

range_0to78_125mV

95  - 0 to 78.125 milliVolts

range_0to39_063mV

96  - 0 to 39.063 milliVolts

range_0to19_532mV

97  - 0 to 19.532 milliVolts

range_9_766mV

98  - +-9.766 milliVolts

range_1_35V_or_0to2026408518ohm

99  - +-1.35 Volts, or 0 to 2026408518 ohms

range_1_25V_or_0to5100ohm

100  - +-1.25 Volts, or 0 to 5100 ohms

range_625mV_or_0to1700ohm

101  - +-625 milliVolts, or 0 to 1700 ohms

range_312_5mV_or_0to728ohm

102  - +-312.5 milliVolts, or 0 to 728 ohms

range_156_25mV_or_0to340ohm

103  - +-156.25 milliVolts, or 0 to 340 ohms

range_78_125mV_or_0to164ohm

104  - +-78.125 milliVolts, or 0 to 164 ohms

range_39_0625mV_or_0to80ohm

105  - +-39.0625 milliVolts, or 0 to 80 ohms

range_19_5313mV_or_0to40ohm

106  - +-19.5313 milliVolts, or 0 to 40 ohms

range_750mV

107  - +-750 milliVolts

range_375mV

108  - +-375 milliVolts

range_187_5mV

109  - +-187.5 milliVolts

range_93_75mV

110  - +-93.75 milliVolts

range_46_875mV

111  - +-46.875 milliVolts

range_23_438mV

112  - +-23.438 milliVolts

range_11_719mV

113  - +-11.719 milliVolts

range_5_859mV

114  - +-5.859 milliVolts

range_0to1_5V

115  - 0 to 1.5 Volts

range_0to750mV

116  - 0 to 750 milliVolts

range_0to375mV

117  - 0 to 375 milliVolts

range_0to187_5mV

118  - 0 to 187.5 milliVolts

range_0to93_75mV

119  - 0 to 93.75 milliVolts

range_0to46_875mV

120  - 0 to 46.875 milliVolts

range_0to23_438mV

121  - 0 to 23.438 milliVolts

range_0to11_719mV

122  - 0 to 11.719 milliVolts

range_1_5V

123  - +-1.5 Volts

range_1_35V

124  - +-1.35 Volts

range_0to2026408518ohm

125  - 0 to 2026408518 ohms

range_0to10000ohm

126  - 0 to 10000 ohms

range_0to2580ohm

127  - 0 to 2580 ohms

range_0to1290ohm

128  - 0 to 1290 ohms

range_0to645ohm

129  - 0 to 645 ohms

range_0to322ohm

130  - 0 to 322 ohms

range_0to161ohm

131  - 0 to 161 ohms

range_0to80ohm

132  - 0 to 80 ohms

range_39_0625mV

133  - +- 39.0625 milliVolts

range_19_5313mV

134  - +- 19.5313 milliVolts

range_invalid

65535  - invalid input range

-
- -
-
DataMode
-

Available Data Modes.

dataMode_none

0 - No Data Modes enabled

dataMode_raw

1 - Raw Only Data Mode

dataMode_derived

2 - Derived Only Data Mode

dataMode_raw_derived

3 - Raw and Derived Data Mode

-
- -
-
DerivedCategory
-

Available Derived Channel Categories for configuration.

derivedCategory_rms

0 - RMS

derivedCategory_peakToPeak

1 - Peak to Peak

derivedCategory_velocity

2 - Velocity (IPS, mm/s)

derivedCategory_crestFactor

3 - Crest Factor

derivedCategory_mean

4 - Mean

-
- -
-
DerivedDataPacketAlgorithmId
-

The types of channels that can be sent in a derived data packet.

derivedAlgId_rms

0 - RMS

derivedAlgId_peakToPeak

1 - Peak to Peak

derivedAlgId_ips

2 - Inches per Second

derivedAlgId_crestFactor

3 - Crest Factor

derivedAlgId_mean

4 - Mean

derivedAlgId_mmps

5 - millimeters per second

-
- -
-
DerivedVelocityUnit
-

The options that can be configured for the velocity derived channel.

-
- -
-
CommProtocol
-

Available Communication Protocol types.

commProtocol_lxrs

0 - LXRS, 250kbps, 802.15.4

commProtocol_lxrsPlus

1 - LXRS+, 2Mbps, Proprietary

-
- -
-
Voltage
-

Available Voltages.

voltage_5120mV

5120 - 5.2V

voltage_5000mV

5000 - 5.0V

voltage_4096mV

4096 - 4.096V

voltage_3000mV

3000 - 3.0V

voltage_2800mV

2800 - 2.8V

voltage_2750mV

2750 - 2.75V

voltage_2700mV

2700 - 2.7V

voltage_2500mV

2500 - 2.5V

voltage_1500mV

1500 - 1.5V

-
- -
-
SensorOutputMode
-

Available Sensor Output Modes.

sensorOutputMode_accel

0

sensorOutputMode_tilt

1

-
- -
-
BatteryStatus
-
Battery status values

can be mapped to the low battery flag value in the diagnostic packet.

batteryStatus_good

0

batteryStatus_low

1

batteryStatus_critical

2

-
- -
-
ExternalPowerIndicator
-
Indicates external power state

can be mapped to the external power value in the diagnostic packet.

externalPower_notConnected

0

externalPower_connected

1

-
- -
-
DelayVersion
-

Types of delays that individual sensors can support.

V1

Milliseconds

V2

Microseconds

V3

Seconds or Milliseconds

V4

Seconds, Milliseconds, or Microseconds

-
- -
-
DerivedChannelMasks
-

Typedef for a map of <DerivedChannelOption> to ChannelMask pairs.

-
- -
-
EepromMap
-

Typedef for a map of eeprom locations (uint16) to values (uint16).

-
- -
-
UNKNOWN_RSSI = 999
-

The value given for an unknown RSSI value.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/TimeSpan-h-Summary.js b/v66.0.1/MSCL_API_Docs/files/TimeSpan-h-Summary.js deleted file mode 100644 index e5809ddba..000000000 --- a/v66.0.1/MSCL_API_Docs/files/TimeSpan-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:TimeSpan.h","TimeSpan.h");NDSummary.OnSummaryLoaded("File:TimeSpan.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"]],[[4576,0,0,"TimeSpan","TimeSpan"],[4577,0,1,"getNanoseconds","TimeSpan.getNanoseconds"],[4578,0,1,"getMicroseconds","TimeSpan.getMicroseconds"],[4579,0,1,"getMilliseconds","TimeSpan.getMilliseconds"],[4580,0,1,"getSeconds","TimeSpan.getSeconds"],[4581,0,1,"NanoSeconds","TimeSpan.NanoSeconds"],[4582,0,1,"MicroSeconds","TimeSpan.MicroSeconds"],[4583,0,1,"MilliSeconds","TimeSpan.MilliSeconds"],[4584,0,1,"Seconds","TimeSpan.Seconds"],[4585,0,1,"Minutes","TimeSpan.Minutes"],[4586,0,1,"Hours","TimeSpan.Hours"],[4587,0,1,"Days","TimeSpan.Days"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/TimeSpan-h-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/files/TimeSpan-h-SummaryToolTips.js deleted file mode 100644 index eef9eed7b..000000000 --- a/v66.0.1/MSCL_API_Docs/files/TimeSpan-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:TimeSpan.h",{4576:"
TimeSpan
Represents a range of time
",4577:"
uint64 getNanoseconds() const
Gets the nanoseconds resolution of the TimeSpan
",4578:"
uint64 getMicroseconds() const
Gets the microsecond resolution of the TimeSpan
",4579:"
uint64 getMilliseconds() const
Gets the millisecond resolution of the TimeSpan
",4580:"
uint64 getSeconds() const
Gets the seconds resolution of the TimeSpan
",4581:"
static TimeSpan NanoSeconds(
uint64 nanoseconds
)
Creates a TimeSpan object from nanoseconds
",4582:"
static TimeSpan MicroSeconds(
uint64 microseconds
)
Creates a TimeSpan object from microseconds
",4583:"
static TimeSpan MilliSeconds(
uint64 milliseconds
)
Creates a TimeSpan object from milliseconds
",4584:"
static TimeSpan Seconds(
uint64 seconds
)
Creates a TimeSpan object from seconds
",4585:"
static TimeSpan Minutes(
int minutes
)
Creates a TimeSpan object from minutes
",4586:"
static TimeSpan Hours(
int hours
)
Creates a TimeSpan object from hours
",4587:"
static TimeSpan Days(
int days
)
Creates a TimeSpan object from days
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/TimeSpan-h-ToolTips.js b/v66.0.1/MSCL_API_Docs/files/TimeSpan-h-ToolTips.js deleted file mode 100644 index a163badff..000000000 --- a/v66.0.1/MSCL_API_Docs/files/TimeSpan-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({4576:"
TimeSpan
Represents a range of time
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/TimeSpan-h.html b/v66.0.1/MSCL_API_Docs/files/TimeSpan-h.html deleted file mode 100644 index dc5f8287a..000000000 --- a/v66.0.1/MSCL_API_Docs/files/TimeSpan-h.html +++ /dev/null @@ -1,83 +0,0 @@ - - -TimeSpan.h - - - - - - - -
-
TimeSpan
-
TimeSpan
-

Represents a range of time

-
- -
-
getNanoseconds
-
uint64 getNanoseconds() const
-

Gets the nanoseconds resolution of the TimeSpan

Returns

The TimeSpan in nanoseconds resolution

-
- -
-
getMicroseconds
-
uint64 getMicroseconds() const
-

Gets the microsecond resolution of the TimeSpan

Returns

The TimeSpan in microsecond resolution

-
- -
-
getMilliseconds
-
uint64 getMilliseconds() const
-

Gets the millisecond resolution of the TimeSpan

Returns

The TimeSpan in milliseconds resolution

-
- -
-
getSeconds
-
uint64 getSeconds() const
-

Gets the seconds resolution of the TimeSpan

Returns

The TimeSpan in seconds resolution

-
- -
-
NanoSeconds
-
static TimeSpan NanoSeconds(
uint64 nanoseconds
)
-

Creates a TimeSpan object from nanoseconds

Parameters
nanoseconds
uint64

The number of nanoseconds for the timespan

Returns

A TimeSpan object representative of the passed in value

-
- -
-
MicroSeconds
-
static TimeSpan MicroSeconds(
uint64 microseconds
)
-

Creates a TimeSpan object from microseconds

Parameters
microseconds
uint64

The number of microseconds for the timespan

Returns

A TimeSpan object representative of the passed in value

-
- -
-
MilliSeconds
-
static TimeSpan MilliSeconds(
uint64 milliseconds
)
-

Creates a TimeSpan object from milliseconds

Parameters
milliseconds
uint64

The number of milliseconds for the timespan

Returns

A TimeSpan object representative of the passed in value

-
- -
-
Seconds
-
static TimeSpan Seconds(
uint64 seconds
)
-

Creates a TimeSpan object from seconds

Parameters
seconds
uint64

The number of seconds for the timespan

Returns

A TimeSpan object representative of the passed in value

-
- -
-
Minutes
-
static TimeSpan Minutes(
int minutes
)
-

Creates a TimeSpan object from minutes

Parameters
minutes
int

The number of minutes for the timespan

Returns

A TimeSpan object representative of the passed in value

-
- -
-
Hours
-
static TimeSpan Hours(
int hours
)
-

Creates a TimeSpan object from hours

Parameters
hours
int

The number of hours for the timespan

Returns

A TimeSpan object representative of the passed in value

-
- -
-
Days
-
static TimeSpan Days(
int days
)
-

Creates a TimeSpan object from days

Parameters
days
int

The number of days for the timespan

Returns

A TimeSpan object representative of the passed in value

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/Timestamp-h-Summary.js b/v66.0.1/MSCL_API_Docs/files/Timestamp-h-Summary.js deleted file mode 100644 index daf8dd9cd..000000000 --- a/v66.0.1/MSCL_API_Docs/files/Timestamp-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:Timestamp.h","Timestamp.h");NDSummary.OnSummaryLoaded("File:Timestamp.h",[["C/C++","C"]],[["Classes","Class"],["Enums","Enumeration"],["Functions","Function"]],[[4554,0,0,"Timestamp","Timestamp"],[4555,0,1,"Epoch","Timestamp.Epoch"],[4556,0,1,,"Timestamp.INTERNAL"],[4557,0,1,,"Timestamp.EXTERNAL"],[4558,0,1,,"Timestamp.TIME_OF_ARRIVAL"],[4559,0,1,,"Timestamp.GPS"],[4560,0,1,,"Timestamp.UNIX"],[4561,0,1,,"Timestamp.UTC"],[4562,0,2,"Timestamp","Timestamp.Timestamp"],[4563,0,2,"Timestamp","Timestamp.Timestamp(2)"],[4564,0,2,"nanoseconds","Timestamp.nanoseconds"],[4565,0,2,"seconds","Timestamp.seconds"],[4566,0,2,"storedEpoch","Timestamp.storedEpoch"],[4567,0,2,"str","Timestamp.str"],[4568,0,2,"setTime","Timestamp.setTime"],[4569,0,2,"setTimeNow","Timestamp.setTimeNow"],[4570,0,2,"timeNow","Timestamp.timeNow"],[4571,0,2,"setLeapSeconds","Timestamp.setLeapSeconds"],[4572,0,2,"getLeapSeconds","Timestamp.getLeapSeconds"],[4573,0,2,"gpsTimeToUtcTime","Timestamp.gpsTimeToUtcTime"],[4574,0,2,"gpsTimeToUtcTime","Timestamp.gpsTimeToUtcTime(2)"],[4575,0,2,"utcTimeToGpsTime","Timestamp.utcTimeToGpsTime"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/Timestamp-h-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/files/Timestamp-h-SummaryToolTips.js deleted file mode 100644 index adea15222..000000000 --- a/v66.0.1/MSCL_API_Docs/files/Timestamp-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:Timestamp.h",{4554:"
Timestamp
Represents a date/time object
",4555:"
Epoch indicator: Unix, GPS.  Timestamp class uses Unix epoch by default.
",4562:"
explicit Timestamp(
uint64 nanoseconds = 0,
Epoch epoch = Epoch::UNIX
)
Creates a Timestamp object based on the nanoseconds parameter
",4563:"
Timestamp(
uint16 year,
uint16 month,
uint16 day,
uint16 hour,
uint16 minute,
uint16 second,
uint32 milli
)
Creates a Timestamp object from the given year, month, day, hour, minute, second, millisecond parameters
",4564:"
uint64 nanoseconds() const
Gets the number of nanoseconds since the specified epoch
",4565:"
uint64 seconds() const
Gets the number of seconds since the specified epoch
",4566:"
Epoch storedEpoch() const
Gets the epoch the source value is stored in. Regardless of stored epoch, the value can be read out in both Unix and GPS.
",4567:"
std::string str() const
Gets a string representation of the Timestamp object in ISO 8601 Date/Time format.
",4568:"
void setTime(
uint64 nanosSinceEpoch,
Epoch epoch = Epoch::UNIX
)
Updates the Timestamp to the given number of nanoseconds since the unix epoch.
",4569:"
void setTimeNow()
Sets the Timestamp object to the current system time in UTC
",4570:"
static Timestamp timeNow()
Creates a timestamp using the current system time
",4571:"
static void setLeapSeconds(
uint8 gpsLeapSeconds
)
Adjusts the hardcoded number of leap seconds since Jan 1 1980, used in converting GPS timestamps to UTC timestamps.  Note: New releases of MSCL should be available when the leap seconds change. You can also adjust this value yourself to correct your current version of MSCL without updating.
",4572:"
static uint8 getLeapSeconds()
Gets the current number of leap seconds since Jan 1 1980, used in converting GPS timestamps to UTC timestamps.
",4573:"
static uint64 gpsTimeToUtcTime(
double timeOfWeek,
uint16 weekNumber
)
Converts the gps time into the UTC time in nanoseconds since the unix epoch.  Note: this uses the value stored in <Utils::gpsLeapSeconds> in its conversion.
",4574:"
static uint64 gpsTimeToUtcTime(
uint64 gpsNanoseconds
)
Converts the gps time into the UTC time in nanoseconds since the unix epoch.  Note: this uses the value stored in <Utils::gpsLeapSeconds> in its conversion.
",4575:"
static uint64 utcTimeToGpsTime(
uint64 utcNanoseconds
)
Converts the UTC time into the GPS time in nanoseconds since the unix epoch.  Note: this uses the value stored in <Utils::gpsLeapSeconds> in its conversion.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/Timestamp-h-ToolTips.js b/v66.0.1/MSCL_API_Docs/files/Timestamp-h-ToolTips.js deleted file mode 100644 index be2b89e9a..000000000 --- a/v66.0.1/MSCL_API_Docs/files/Timestamp-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({4554:"
Timestamp
Represents a date/time object
",4555:"
Epoch indicator: Unix, GPS.  Timestamp class uses Unix epoch by default.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/Timestamp-h.html b/v66.0.1/MSCL_API_Docs/files/Timestamp-h.html deleted file mode 100644 index 698c0d81a..000000000 --- a/v66.0.1/MSCL_API_Docs/files/Timestamp-h.html +++ /dev/null @@ -1,106 +0,0 @@ - - -Timestamp.h - - - - - - - -
-
Timestamp
-
Timestamp
-

Represents a date/time object

-
- -
-
Epoch
-

Epoch indicator: Unix, GPS.  Timestamp class uses Unix epoch by default.

INTERNAL

0x01 - No conversion

EXTERNAL

0x02 - No conversion

TIME_OF_ARRIVAL

0x02 - No conversion

GPS

0x04

UNIX

0x05

UTC

0x05

-
- -
-
Timestamp
-
explicit Timestamp(
uint64 nanoseconds = 0,
Epoch epoch = Epoch::UNIX
)
-

Creates a Timestamp object based on the nanoseconds parameter

Parameters
nanoseconds
uint64

The number of nanoseconds since specified epoch (default of 0)

epoch
Epoch

The epoch of the timestamp (default Unix)

-
- -
-
Timestamp
-
Timestamp(
uint16 year,
uint16 month,
uint16 day,
uint16 hour,
uint16 minute,
uint16 second,
uint32 milli
)
-

Creates a Timestamp object from the given year, month, day, hour, minute, second, millisecond parameters

Parameters
year
uint16

The year of the timestamp (ex. 2013)

month
uint16

The month of the timestamp (ex. 3)

day
uint16

The day of the timestamp (ex. 31)

hour
uint16

The hour of the timestamp (ex. 21)

minute
uint16

The minute of the timestamp (ex. 58)

second
uint16

The second of the timestamp (ex. 59)

millisecond

The milliseconds of the timestamp (ex. 123)

-
- -
-
nanoseconds
-
uint64 nanoseconds() const
-

Gets the number of nanoseconds since the specified epoch

Parameters
epoch

the epoch for this value (default stored epoch)

Returns

The number of nanoseconds since the specified epoch

-
- -
-
seconds
-
uint64 seconds() const
-

Gets the number of seconds since the specified epoch

Parameters
epoch

the epoch for this value (default stored epoch)

Returns

The number of nanoseconds since the specified epoch

-
- -
-
storedEpoch
-
Epoch storedEpoch() const
-

Gets the epoch the source value is stored in. Regardless of stored epoch, the value can be read out in both Unix and GPS.

Returns

The stored Epoch

-
- -
-
str
-
std::string str() const
-

Gets a string representation of the Timestamp object in ISO 8601 Date/Time format.

Returns

A string representation of the Timestamp.

-
- -
-
setTime
-
void setTime(
uint64 nanosSinceEpoch,
Epoch epoch = Epoch::UNIX
)
-

Updates the Timestamp to the given number of nanoseconds since the unix epoch.

Parameters
nanosSinceEpoch
uint64

The number of nanoseconds since the unix epoch.

epoch
Epoch

the epoch for this value (default Unix)

-
- -
-
setTimeNow
-
void setTimeNow()
-

Sets the Timestamp object to the current system time in UTC

-
- -
-
timeNow
-
static Timestamp timeNow()
-

Creates a timestamp using the current system time

Returns

A Timestamp object representing the current system time

-
- -
-
setLeapSeconds
-
static void setLeapSeconds(
uint8 gpsLeapSeconds
)
-

Adjusts the hardcoded number of leap seconds since Jan 1 1980, used in converting GPS timestamps to UTC timestamps.  Note: New releases of MSCL should be available when the leap seconds change. You can also adjust this value yourself to correct your current version of MSCL without updating.

Parameters
gpsLeapSeconds
uint8

The number of leap seconds since Jan 1 1980.

-
- -
-
getLeapSeconds
-
static uint8 getLeapSeconds()
-

Gets the current number of leap seconds since Jan 1 1980, used in converting GPS timestamps to UTC timestamps.

-
- -
-
gpsTimeToUtcTime
-
static uint64 gpsTimeToUtcTime(
double timeOfWeek,
uint16 weekNumber
)
-

Converts the gps time into the UTC time in nanoseconds since the unix epoch.  Note: this uses the value stored in <Utils::gpsLeapSeconds> in its conversion.

-
- -
-
gpsTimeToUtcTime
-
static uint64 gpsTimeToUtcTime(
uint64 gpsNanoseconds
)
-

Converts the gps time into the UTC time in nanoseconds since the unix epoch.  Note: this uses the value stored in <Utils::gpsLeapSeconds> in its conversion.

-
- -
-
utcTimeToGpsTime
-
static uint64 utcTimeToGpsTime(
uint64 utcNanoseconds
)
-

Converts the UTC time into the GPS time in nanoseconds since the unix epoch.  Note: this uses the value stored in <Utils::gpsLeapSeconds> in its conversion.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/Types-h-Summary.js b/v66.0.1/MSCL_API_Docs/files/Types-h-Summary.js deleted file mode 100644 index 6df1081f8..000000000 --- a/v66.0.1/MSCL_API_Docs/files/Types-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:Types.h","Types.h");NDSummary.OnSummaryLoaded("File:Types.h",[["C/C++","C"]],[["Enums","Enumeration"],["Sections","Section"],["Types","Type"]],[[4516,0,1,"Types","Types"],[4517,0,2,"int8","int8"],[4518,0,2,"int16","int16"],[4519,0,2,"int32","int32"],[4520,0,2,"int64","int64"],[4521,0,2,"uint8","uint8"],[4522,0,2,"uint16","uint16"],[4523,0,2,"uint32","uint32"],[4524,0,2,"uint64","uint64"],[4525,0,2,"NodeAddress","NodeAddress"],[4526,0,2,"Bytes","Bytes"],[4527,0,2,"BytesCollection","BytesCollection"],[4528,0,0,"ValueType","ValueType"],[4529,0,0,,"valueType_float"],[4530,0,0,,"valueType_double"],[4531,0,0,,"valueType_uint8"],[4532,0,0,,"valueType_uint16"],[4533,0,0,,"valueType_uint32"],[4534,0,0,,"valueType_uint64"],[4535,0,0,,"valueType_int8"],[4536,0,0,,"valueType_int16"],[4537,0,0,,"valueType_int32"],[4538,0,0,,"valueType_bool"],[4539,0,0,,"valueType_Vector"],[4540,0,0,,"valueType_Matrix"],[4541,0,0,,"valueType_Timestamp"],[4542,0,0,,"valueType_string"],[4543,0,0,,"valueType_Bytes"],[4544,0,0,,"valueType_StructuralHealth"],[4545,0,0,,"valueType_RfSweep"],[4546,0,0,,"valueType_ChannelMask"],[4547,0,0,"DeviceState","DeviceState"],[4548,0,0,,"deviceState_idle"],[4549,0,0,,"deviceState_sleep"],[4550,0,0,,"deviceState_sampling"],[4551,0,0,,"deviceState_sampling_lostBeacon"],[4552,0,0,,"deviceState_inactive"],[4553,0,0,,"deviceState_unknown"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/Types-h-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/files/Types-h-SummaryToolTips.js deleted file mode 100644 index f0dca0368..000000000 --- a/v66.0.1/MSCL_API_Docs/files/Types-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:Types.h",{4516:"
Contains various typedefs that are used throughout MSCL.
",4517:"
typedef for a 1-byte signed integer.
",4518:"
typedef for a 2-byte signed integer.
",4519:"
typedef for a 4-byte signed integer.
",4520:"
typedef for an 8-byte signed integer.
",4521:"
typedef for a 1-byte unsigned integer.
",4522:"
typedef for a 2-byte unsigned integer.
",4523:"
typedef for a 4-byte unsigned integer.
",4524:"
typedef for an 8-byte unsigned integer.
",4525:"
typedef for a Node\'s node address.
",4526:"
typedef for a vector of bytes.
",4527:"
A vector of Bytes objects.
",4547:"
The possible states a device can be in.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/Types-h-ToolTips.js b/v66.0.1/MSCL_API_Docs/files/Types-h-ToolTips.js deleted file mode 100644 index 680381715..000000000 --- a/v66.0.1/MSCL_API_Docs/files/Types-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({4233:"
StructuralHealth
Holds Structural Health Monitor channel information.
",4281:"
ChannelMask
Represents the channel mask (active and inactive channels) for a WirelessNode.
",4373:"
Vector
Represents a Vector of values
",4470:"
Typedef for a map of uint32 to int16 values.
",4484:"
Matrix
Represents a Matrix of values (varying size)
",4526:"
typedef for a vector of bytes.
",4554:"
Timestamp
Represents a date/time object
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/Types-h.html b/v66.0.1/MSCL_API_Docs/files/Types-h.html deleted file mode 100644 index 851338b68..000000000 --- a/v66.0.1/MSCL_API_Docs/files/Types-h.html +++ /dev/null @@ -1,81 +0,0 @@ - - -Types.h - - - - - - - -
-
Types
-

Contains various typedefs that are used throughout MSCL.

-
- -
-
int8
-

typedef for a 1-byte signed integer.

-
- -
-
int16
-

typedef for a 2-byte signed integer.

-
- -
-
int32
-

typedef for a 4-byte signed integer.

-
- -
-
int64
-

typedef for an 8-byte signed integer.

-
- -
-
uint8
-

typedef for a 1-byte unsigned integer.

-
- -
-
uint16
-

typedef for a 2-byte unsigned integer.

-
- -
-
uint32
-

typedef for a 4-byte unsigned integer.

-
- -
-
uint64
-

typedef for an 8-byte unsigned integer.

-
- -
-
NodeAddress
-

typedef for a Node's node address.

-
- -
-
Bytes
-

typedef for a vector of bytes.

-
- -
-
BytesCollection
-

A vector of Bytes objects.

-
- -
-
ValueType
-
valueType_float

0  - The value is stored as a 4-byte float .

valueType_double

1  - The value is stored as an 8-byte double.

valueType_uint8

2  - The value is stored as a 1-byte unsigned integer.

valueType_uint16

3  - The value is stored as a 2-byte unsigned integer.

valueType_uint32

4  - The value is stored as a 4-byte unsigned integer.

valueType_uint64

17  - The value is stored as a 8-byte unsigned integer

valueType_int8

16  - The value is stored as a 1-byte signed integer.

valueType_int16

5  - The value is stored as a 2-byte signed integer.

valueType_int32

6  - The value is stored as a 4-byte signed integer.

valueType_bool

7  - The value is stored as a 1-byte boolean.

valueType_Vector

8  - The value is stored as a Vector object.

valueType_Matrix

9  - The value is stored as a Matrix object.

valueType_Timestamp

10  - The value is stored as a Timestamp object.

valueType_string

11  - The value is stored as a string.

valueType_Bytes

12  - The value is stored as a Bytes object.

valueType_StructuralHealth

13  - The value is stored as a StructuralHealth object.

valueType_RfSweep

14  - The value is stored as an RfSweep object.

valueType_ChannelMask

15  - The value is stored as a ChannelMask object.

-
- -
-
DeviceState
-

The possible states a device can be in.

deviceState_idle

0 - Idle state

deviceState_sleep

1 - Sleep state

deviceState_sampling

2 - Sampling state

deviceState_sampling_lostBeacon

3 - Sampling state, but lost the beacon

deviceState_inactive

4 - Sampling state, but with no activity (in activity detect mode)

deviceState_unknown

255 - Unknown

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/Value-h-Summary.js b/v66.0.1/MSCL_API_Docs/files/Value-h-Summary.js deleted file mode 100644 index 957e3c9c5..000000000 --- a/v66.0.1/MSCL_API_Docs/files/Value-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:Value.h","Value.h");NDSummary.OnSummaryLoaded("File:Value.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"]],[[4502,0,0,"Value","Value"],[4503,0,1,"storedAs","Value.storedAs"],[4504,0,1,"as_float","Value.as_float"],[4505,0,1,"as_double","Value.as_double"],[4506,0,1,"as_uint8","Value.as_uint8"],[4507,0,1,"as_uint16","Value.as_uint16"],[4508,0,1,"as_uint32","Value.as_uint32"],[4509,0,1,"as_uint64","Value.as_uint64"],[4510,0,1,"as_int8","Value.as_int8"],[4511,0,1,"as_int16","Value.as_int16"],[4512,0,1,"as_int32","Value.as_int32"],[4513,0,1,"as_int32","Value.as_int32(2)"],[4514,0,1,"as_ChannelMask","Value.as_ChannelMask"],[4515,0,1,"as_string","Value.as_string"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/Value-h-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/files/Value-h-SummaryToolTips.js deleted file mode 100644 index 13467b68c..000000000 --- a/v66.0.1/MSCL_API_Docs/files/Value-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:Value.h",{4502:"
Value
Represents a single value that can be stored/accessed in multiple ways.
",4503:"
const ValueType storedAs() const
Gets the ValueType that the data value is stored as. This type should be inspected to determine how to read the data value.
",4504:"
virtual float as_float() const
Gets the data value as a 4-byte float
",4505:"
virtual double as_double() const
Gets the data value as an 8-byte double
",4506:"
virtual uint8 as_uint8() const
Gets the data value as a 1-byte unsigned integer
",4507:"
virtual uint16 as_uint16() const
Gets the data value as a 2-byte unsigned integer
",4508:"
virtual uint32 as_uint32() const
Gets the data value as a 4-byte unsigned integer
",4509:"
virtual uint64 as_uint64() const
Gets the data value as a 8-byte unsigned integer
",4510:"
virtual int8 as_int8() const
Gets the data value as a 1-byte signed integer
",4511:"
virtual short as_int16() const
Gets the data value as a 2-byte signed integer
",4512:"
virtual int as_int32() const
Gets the data value as a 4-byte signed integer
",4513:"
Gets the data value as a 1-byte boolean
",4514:"
virtual ChannelMask as_ChannelMask() const
Gets the data value as a ChannelMask object.
",4515:"
virtual std::string as_string() const
Gets the data value as a string
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/Value-h-ToolTips.js b/v66.0.1/MSCL_API_Docs/files/Value-h-ToolTips.js deleted file mode 100644 index 5c5fc0318..000000000 --- a/v66.0.1/MSCL_API_Docs/files/Value-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({4281:"
ChannelMask
Represents the channel mask (active and inactive channels) for a WirelessNode.
",4471:"
DataPoint
Base class representing common functionality between Wireless and Inertial data points
",4620:"
Error_BadDataType
Data of one type was accessed as another type (simple_any)
",4471:"
DataPoint
Base class representing common functionality between Wireless and Inertial data points
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/Value-h.html b/v66.0.1/MSCL_API_Docs/files/Value-h.html deleted file mode 100644 index 81a5d6022..000000000 --- a/v66.0.1/MSCL_API_Docs/files/Value-h.html +++ /dev/null @@ -1,94 +0,0 @@ - - -Value.h - - - - - - - -
-
Value
- -

Represents a single value that can be stored/accessed in multiple ways.

See Also

DataPoint

-
- -
-
storedAs
-
const ValueType storedAs() const
-

Gets the ValueType that the data value is stored as. This type should be inspected to determine how to read the data value.

Returns

A ValueType representing how the data is stored, and should be read.

-
- -
-
as_float
-
virtual float as_float() const
-

Gets the data value as a 4-byte float

Returns

The data value as a 4-byte float

Exceptions

  • Error_BadDataType: The type in which the value was stored could not be converted to a 4-byte float

-
- -
-
as_double
-
virtual double as_double() const
-

Gets the data value as an 8-byte double

Returns

The data value as an 8-byte double

Exceptions

  • Error_BadDataType: The type in which the value was stored could not be converted to an 8-byte double

-
- -
-
as_uint8
-
virtual uint8 as_uint8() const
-

Gets the data value as a 1-byte unsigned integer

Returns

The data value as a 1-byte unsigned integer

Exceptions

  • Error_BadDataType: The type in which the value was stored could not be converted to a 1-byte unsigned integer

-
- -
-
as_uint16
-
virtual uint16 as_uint16() const
-

Gets the data value as a 2-byte unsigned integer

Returns

The data value as a 2-byte unsigned integer

Exceptions

  • Error_BadDataType: The type in which the value was stored could not be converted to a 2-byte unsigned integer

-
- -
-
as_uint32
-
virtual uint32 as_uint32() const
-

Gets the data value as a 4-byte unsigned integer

Returns

The data value as a 4-byte unsigned integer

Exceptions

  • Error_BadDataType: The type in which the value was stored could not be converted to a 4-byte unsigned integer

-
- -
-
as_uint64
-
virtual uint64 as_uint64() const
-

Gets the data value as a 8-byte unsigned integer

Returns

The data value as a 8-byte unsigned integer

Exceptions

  • Error_BadDataType: The type in which the value was stored could not be converted to a 8-byte unsigned integer

-
- -
-
as_int8
-
virtual int8 as_int8() const
-

Gets the data value as a 1-byte signed integer

Returns

The data value as a 1-byte signed integer

Exceptions

  • Error_BadDataType: The type in which the value was stored could not be converted to a 1-byte signed integer

-
- -
-
as_int16
-
virtual short as_int16() const
-

Gets the data value as a 2-byte signed integer

Returns

The data value as a 2-byte signed integer

Exceptions

  • Error_BadDataType: The type in which the value was stored could not be converted to a 2-byte signed integer

-
- -
-
as_int32
-
virtual int as_int32() const
-

Gets the data value as a 4-byte signed integer

Returns

The data value as a 4-byte signed integer

Exceptions

  • Error_BadDataType: The type in which the value was stored could not be converted to a 4-byte signed integer

-
- -
-
as_int32
-

Gets the data value as a 1-byte boolean

Returns

The data value as a boolean

Exceptions

  • Error_BadDataType: The type in which the value was stored could not be converted to a bool

-
- -
-
as_ChannelMask
-
virtual ChannelMask as_ChannelMask() const
-

Gets the data value as a ChannelMask object.

Returns

The data value as a ChannelMask.

Exceptions
-
- -
-
as_string
-
virtual std::string as_string() const
-

Gets the data value as a string

Returns

A string representing the data value. This will be created using the value's current valueType.  So a value stored as a float will return a string as so: "1.2345".

Exceptions
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/Version-h-Summary.js b/v66.0.1/MSCL_API_Docs/files/Version-h-Summary.js deleted file mode 100644 index a1cb4fdde..000000000 --- a/v66.0.1/MSCL_API_Docs/files/Version-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:Version.h","Version.h");NDSummary.OnSummaryLoaded("File:Version.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"]],[[4493,0,0,"Version","Version"],[4494,0,1,"Version","Version.Version"],[4495,0,1,"Version","Version.Version(2)"],[4496,0,1,"Version","Version.Version(3)"],[4497,0,1,"str","Version.str"],[4498,0,1,"fromString","Version.fromString"],[4499,0,1,"majorPart","Version.majorPart"],[4500,0,1,"minorPart","Version.minorPart"],[4501,0,1,"patchPart","Version.patchPart"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/Version-h-SummaryToolTips.js b/v66.0.1/MSCL_API_Docs/files/Version-h-SummaryToolTips.js deleted file mode 100644 index a730f2afc..000000000 --- a/v66.0.1/MSCL_API_Docs/files/Version-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:Version.h",{4493:"
Version
Class that represents, and provides helper functions for, a Version number
",4494:"
Version(
uint32 major,
uint32 minor,
uint32 patch
)
Create a Version object from major, minor, patch.
",4495:"
Version(
uint32 major,
uint32 minor
)
Create a Version object from major and minor.
",4496:"
Version(
const Version &other
)
The copy constructor for a Version object.
",4497:"
std::string str() const
Gets a string representation of the Version.
",4498:"
bool fromString(
const std::string &strVersion
)
Builds the Version object from the given string.  If successful, the Version object will be updated to the given string.
",4499:"
uint32 majorPart() const
Gets the major part of the Version
",4500:"
uint32 minorPart() const
Gets the minor part of the Version
",4501:"
uint32 patchPart() const
Gets the patch part of the Version
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/Version-h-ToolTips.js b/v66.0.1/MSCL_API_Docs/files/Version-h-ToolTips.js deleted file mode 100644 index 4b8a78f32..000000000 --- a/v66.0.1/MSCL_API_Docs/files/Version-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({4493:"
Version
Class that represents, and provides helper functions for, a Version number
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/files/Version-h.html b/v66.0.1/MSCL_API_Docs/files/Version-h.html deleted file mode 100644 index 4a87f9e5b..000000000 --- a/v66.0.1/MSCL_API_Docs/files/Version-h.html +++ /dev/null @@ -1,65 +0,0 @@ - - -Version.h - - - - - - - -
-
Version
-
Version
-

Class that represents, and provides helper functions for, a Version number

-
- -
-
Version
-
Version(
uint32 major,
uint32 minor,
uint32 patch
)
-

Create a Version object from major, minor, patch.

Parameters
major
uint32

The major part of the version (ie. 1 in 1.23.97).

minor
uint32

The minor part of the version (ie. 23 in 1.23.97).

patch
uint32

The patch part of the version (ie. 97 in 1.23.97).

-
- -
-
Version
-
Version(
uint32 major,
uint32 minor
)
-

Create a Version object from major and minor.

Parameters
major
uint32

The major part of the version (ie. 1 in 1.23.97).

minor
uint32

The minor part of the version (ie. 23 in 1.23.97).

-
- -
-
Version
-
Version(
const Version &other
)
-

The copy constructor for a Version object.

Parameters
other
const Version&

The Version to be copied.

-
- -
-
str
-
std::string str() const
-

Gets a string representation of the Version.

Returns

A string representing the Version.

-
- -
-
fromString
-
bool fromString(
const std::string &strVersion
)
-

Builds the Version object from the given string.  If successful, the Version object will be updated to the given string.

Parameters
strVersion
const std::string&

The string representation of a version (ie. "1.23")

Returns

true if the string was parsed successfully and the Version was updated, false if the string failed to parse

-
- -
-
majorPart
-
uint32 majorPart() const
-

Gets the major part of the Version

Returns

The major part of the Version (ie. 1 in 1.23.97)

-
- -
-
minorPart
-
uint32 minorPart() const
-

Gets the minor part of the Version

Returns

The minor part of the Version (ie. 23 in 1.23.97)

-
- -
-
patchPart
-
uint32 patchPart() const
-

Gets the patch part of the Version

Returns

The patch part of the Version (ie. 97 in 1.23.97)

-
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© 2024 MicroStrain by HBK. All Rights Reserved.
Updated 12/06/2024
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MSCL Documentation
MicroStrain Communication Library
- -
© 2024 MicroStrain by HBK. All Rights Reserved.
Updated 12/06/2024
Generated by Natural Docs
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999",,"unknown_rssi=999",1,"File:MicroStrain/Wireless/WirelessTypes.h:WirelessTypes.UNKNOWN_RSSI=999","CClass:WirelessTypes:UNKNOWN_RSSI=999"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/search/keywords/003d003d.js b/v66.0.1/MSCL_API_Docs/search/keywords/003d003d.js deleted file mode 100644 index c4fc5cd05..000000000 --- a/v66.0.1/MSCL_API_Docs/search/keywords/003d003d.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("==",["Operator"],[["==",,[["BitMask",,,,0,"File:BitMask.h:BitMask.==","CClass:BitMask:=="],["ChannelMask",,,,0,"File:MicroStrain/Wireless/ChannelMask.h:ChannelMask.==","CClass:ChannelMask:=="],["MipModel",,,,0,"File:MicroStrain/MIP/MipModels.h:MipModel.==","CClass:MipModel:=="]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/search/keywords/003e.js b/v66.0.1/MSCL_API_Docs/search/keywords/003e.js deleted file mode 100644 index 5b63310a3..000000000 --- a/v66.0.1/MSCL_API_Docs/search/keywords/003e.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded(">",["Operator"],[[">",">",[["BitMask",,,">",0,"File:BitMask.h:BitMask.>","CClass:BitMask:>"],["ChannelMask",,,">",0,"File:MicroStrain/Wireless/ChannelMask.h:ChannelMask.>","CClass:ChannelMask:>"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/search/keywords/005f0031002c.js b/v66.0.1/MSCL_API_Docs/search/keywords/005f0031002c.js deleted file mode 100644 index 67f2808a4..000000000 --- a/v66.0.1/MSCL_API_Docs/search/keywords/005f0031002c.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("_1,",["Variable"],[["_1,",,[["Position","position_0, _1, _2",,"position_0,_1,_2",0,"File:MicroStrain/Inertial/PositionVelocity.h:Position.position_0,_1,_2","CClass:Position:position_0,_1,_2"],[,"vec_0, _1, _2",,"vec_0,_1,_2",0,"File:MicroStrain/Inertial/PositionVelocity.h:vec_0,_1,_2"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/search/keywords/005f0032.js b/v66.0.1/MSCL_API_Docs/search/keywords/005f0032.js deleted file mode 100644 index d211a2576..000000000 --- a/v66.0.1/MSCL_API_Docs/search/keywords/005f0032.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("_2",["Variable"],[["_2",,[["Position","position_0, _1, _2",,"position_0,_1,_2",0,"File:MicroStrain/Inertial/PositionVelocity.h:Position.position_0,_1,_2","CClass:Position:position_0,_1,_2"],[,"vec_0, _1, _2",,"vec_0,_1,_2",0,"File:MicroStrain/Inertial/PositionVelocity.h:vec_0,_1,_2"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/search/keywords/006100630063.js b/v66.0.1/MSCL_API_Docs/search/keywords/006100630063.js deleted file mode 100644 index 27c002b4f..000000000 --- a/v66.0.1/MSCL_API_Docs/search/keywords/006100630063.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("acc",["Constant","Function","Variable"],[["ACCEL_GENERAL_FAULT",,[["ContinuousBIT_IMU_Sensors",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:ContinuousBIT_IMU_Sensors.ACCEL_GENERAL_FAULT","CClass:ContinuousBIT_IMU_Sensors:ACCEL_GENERAL_FAULT"]]],["ACCEL_OVERRANGE",,[["ContinuousBIT_IMU_Sensors",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:ContinuousBIT_IMU_Sensors.ACCEL_OVERRANGE","CClass:ContinuousBIT_IMU_Sensors:ACCEL_OVERRANGE"]]],["ACCEL_SELF_TEST_FAIL",,[["ContinuousBIT_IMU_Sensors",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:ContinuousBIT_IMU_Sensors.ACCEL_SELF_TEST_FAIL","CClass:ContinuousBIT_IMU_Sensors:ACCEL_SELF_TEST_FAIL"]]],["accelGeneralFault",,[["ContinuousBIT",,,,1,"File:MicroStrain/MIP/MipBuiltInTest.h:ContinuousBIT.accelGeneralFault","CClass:ContinuousBIT:accelGeneralFault"],["ContinuousBIT_IMU_Sensors",,,,1,"File:MicroStrain/MIP/MipBuiltInTest.h:ContinuousBIT_IMU_Sensors.accelGeneralFault","CClass:ContinuousBIT_IMU_Sensors:accelGeneralFault"],["CV7ContinuousBIT",,,,1,"File:MicroStrain/MIP/MipBuiltInTest.h:CV7ContinuousBIT.accelGeneralFault","CClass:CV7ContinuousBIT:accelGeneralFault"],["GQ7ContinuousBIT",,,,1,"File:MicroStrain/MIP/MipBuiltInTest.h:GQ7ContinuousBIT.accelGeneralFault","CClass:GQ7ContinuousBIT:accelGeneralFault"]]],["accelGyroFilterWidth",,[["SignalConditioningValues",,,,2,"File:MicroStrain/Inertial/ExposedInertialTypes.h:SignalConditioningValues.accelGyroFilterWidth","CClass:SignalConditioningValues:accelGyroFilterWidth"]]],["accelOverrange",,[["ContinuousBIT",,,,1,"File:MicroStrain/MIP/MipBuiltInTest.h:ContinuousBIT.accelOverrange","CClass:ContinuousBIT:accelOverrange"],["ContinuousBIT_IMU_Sensors",,,,1,"File:MicroStrain/MIP/MipBuiltInTest.h:ContinuousBIT_IMU_Sensors.accelOverrange","CClass:ContinuousBIT_IMU_Sensors:accelOverrange"],["CV7ContinuousBIT",,,,1,"File:MicroStrain/MIP/MipBuiltInTest.h:CV7ContinuousBIT.accelOverrange","CClass:CV7ContinuousBIT:accelOverrange"],["GQ7ContinuousBIT",,,,1,"File:MicroStrain/MIP/MipBuiltInTest.h:GQ7ContinuousBIT.accelOverrange","CClass:GQ7ContinuousBIT:accelOverrange"]]],["accelRange",,[["DeviceStatusData",,,,1,"File:MicroStrain/Inertial/ExposedInertialTypes.h:DeviceStatusData.accelRange","CClass:DeviceStatusData:accelRange"]]],["accelSelfTest",,[["ContinuousBIT",,,,1,"File:MicroStrain/MIP/MipBuiltInTest.h:ContinuousBIT.accelSelfTest","CClass:ContinuousBIT:accelSelfTest"],["ContinuousBIT_IMU_Sensors",,,,1,"File:MicroStrain/MIP/MipBuiltInTest.h:ContinuousBIT_IMU_Sensors.accelSelfTest","CClass:ContinuousBIT_IMU_Sensors:accelSelfTest"],["CV7ContinuousBIT",,,,1,"File:MicroStrain/MIP/MipBuiltInTest.h:CV7ContinuousBIT.accelSelfTest","CClass:CV7ContinuousBIT:accelSelfTest"],["GQ7ContinuousBIT",,,,1,"File:MicroStrain/MIP/MipBuiltInTest.h:GQ7ContinuousBIT.accelSelfTest","CClass:GQ7ContinuousBIT:accelSelfTest"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/search/keywords/00610063006b.js b/v66.0.1/MSCL_API_Docs/search/keywords/00610063006b.js deleted file mode 100644 index bb8534877..000000000 --- a/v66.0.1/MSCL_API_Docs/search/keywords/00610063006b.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("ack",["Enumeration"],[["ACK_NACK",,[["AidingMeasurementInput",,,,0,"File:MicroStrain/MIP/MipTypes.h:AidingMeasurementInput.ACK_NACK","CClass:AidingMeasurementInput:ACK_NACK"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/search/keywords/006100630074.js b/v66.0.1/MSCL_API_Docs/search/keywords/006100630074.js deleted file mode 100644 index d223d3d40..000000000 --- a/v66.0.1/MSCL_API_Docs/search/keywords/006100630074.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("act",["Enumeration","Function","Class"],[["ACTIONS",,[["EventSupportInfo",,,,0,"File:MicroStrain/MIP/MipTypes.h:EventSupportInfo.ACTIONS","CClass:EventSupportInfo:ACTIONS"]]],["ACTIVE",,[["EventTriggerInfo",,,,0,"File:MicroStrain/Inertial/ExposedInertialTypes.h:EventTriggerInfo.ACTIVE","CClass:EventTriggerInfo:ACTIVE"]]],["ACTIVE_HIGH",,[["EventActionGpioParameter",,,,0,"File:MicroStrain/Inertial/ExposedInertialTypes.h:EventActionGpioParameter.ACTIVE_HIGH","CClass:EventActionGpioParameter:ACTIVE_HIGH"]]],["ACTIVE_LOW",,[["EventActionGpioParameter",,,,0,"File:MicroStrain/Inertial/ExposedInertialTypes.h:EventActionGpioParameter.ACTIVE_LOW","CClass:EventActionGpioParameter:ACTIVE_LOW"]]],["activeChannels",,[["WirelessNodeConfig",,,,1,"File:MicroStrain/Wireless/Configuration/WirelessNodeConfig.h:WirelessNodeConfig.activeChannels","CClass:WirelessNodeConfig:activeChannels"]]],["ActivitySense",,[[,,,,2,"File:MicroStrain/Wireless/Configuration/ActivitySense.h:ActivitySense","CClass:ActivitySense"],["WirelessNodeConfig","activitySense",,,1,"File:MicroStrain/Wireless/Configuration/WirelessNodeConfig.h:WirelessNodeConfig.activitySense","CClass:WirelessNodeConfig:activitySense"]]],["activityThreshold",,[["ActivitySense",,,,1,"File:MicroStrain/Wireless/Configuration/ActivitySense.h:ActivitySense.activityThreshold","CClass:ActivitySense:activityThreshold"]]],["activityTime",,[["ActivitySense",,,,1,"File:MicroStrain/Wireless/Configuration/ActivitySense.h:ActivitySense.activityTime","CClass:ActivitySense:activityTime"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/search/keywords/006100640061.js b/v66.0.1/MSCL_API_Docs/search/keywords/006100640061.js deleted file mode 100644 index 6ec45ee5e..000000000 --- a/v66.0.1/MSCL_API_Docs/search/keywords/006100640061.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("ada",["Enumeration","Type","Struct"],[["ADAPTIVE_MEASUREMENT_DISABLE",,[[,,,,0,"File:MicroStrain/Inertial/ExposedInertialTypes.h:ADAPTIVE_MEASUREMENT_DISABLE"]]],["ADAPTIVE_MEASUREMENT_ENABLE_AUTO",,[[,,,,0,"File:MicroStrain/Inertial/ExposedInertialTypes.h:ADAPTIVE_MEASUREMENT_ENABLE_AUTO"]]],["ADAPTIVE_MEASUREMENT_ENABLE_FIXED",,[[,,,,0,"File:MicroStrain/Inertial/ExposedInertialTypes.h:ADAPTIVE_MEASUREMENT_ENABLE_FIXED"]]],["AdaptiveFilterLevels",,[[,,,,1,"File:MicroStrain/Inertial/ExposedInertialTypes.h:AdaptiveFilterLevels"]]],["AdaptiveMeasurementData",,[[,,,,2,"File:MicroStrain/Inertial/ExposedInertialTypes.h:AdaptiveMeasurementData","CClass:AdaptiveMeasurementData"]]],["AdaptiveMeasurementMode",,[[,,,,0,"File:MicroStrain/Inertial/ExposedInertialTypes.h:AdaptiveMeasurementMode"]]],["AdaptiveMeasurementModes",,[["AutoAdaptiveFilterOptions",,,,1,"File:MicroStrain/Inertial/ExposedInertialTypes.h:AutoAdaptiveFilterOptions.AdaptiveMeasurementModes","CClass:AutoAdaptiveFilterOptions:AdaptiveMeasurementModes"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/search/keywords/006100640063.js b/v66.0.1/MSCL_API_Docs/search/keywords/006100640063.js deleted file mode 100644 index cbe432c52..000000000 --- a/v66.0.1/MSCL_API_Docs/search/keywords/006100640063.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("adc",["Function"],[["adcMaxValue",,[["WirelessChannel",,,,0,"File:MicroStrain/Wireless/WirelessChannel.h:WirelessChannel.adcMaxValue","CClass:WirelessChannel:adcMaxValue"]]],["adcResolution",,[["WirelessChannel",,,,0,"File:MicroStrain/Wireless/WirelessChannel.h:WirelessChannel.adcResolution","CClass:WirelessChannel:adcResolution"]]],["adcVoltageInputType",,[["NodeFeatures",,,,0,"File:MicroStrain/Wireless/Features/NodeFeatures.h:NodeFeatures.adcVoltageInputType","CClass:NodeFeatures:adcVoltageInputType"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/search/keywords/006100640064.js b/v66.0.1/MSCL_API_Docs/search/keywords/006100640064.js deleted file mode 100644 index c5a6bcc23..000000000 --- a/v66.0.1/MSCL_API_Docs/search/keywords/006100640064.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("add",["Function"],[["add",,[["MipCommandBytes",,,,0,"File:MicroStrain/MIP/MipTypes.h:MipCommandBytes.add","CClass:MipCommandBytes:add"]]],["addBin",,[["Histogram",,,,0,"File:Histogram.h:Histogram.addBin","CClass:Histogram:addBin"]]],["addlIdentifiers",,[["MipDataPoint",,,,0,"File:MicroStrain/MIP/MipDataPoint.h:MipDataPoint.addlIdentifiers","CClass:MipDataPoint:addlIdentifiers"]]],["addNode",,[["ArmedDataloggingNetwork",,,,0,"File:MicroStrain/Wireless/ArmedDataloggingNetwork.h:ArmedDataloggingNetwork.addNode","CClass:ArmedDataloggingNetwork:addNode"],["SyncSamplingNetwork",,,,0,"File:MicroStrain/Wireless/SyncSamplingNetwork.h:SyncSamplingNetwork.addNode","CClass:SyncSamplingNetwork:addNode"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/search/keywords/006100690064.js b/v66.0.1/MSCL_API_Docs/search/keywords/006100690064.js deleted file mode 100644 index 232327f7a..000000000 --- a/v66.0.1/MSCL_API_Docs/search/keywords/006100690064.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("aid",["Enumeration","Function","Class","Type"],[["AIDING_HEADING_TRUE",,[["MipChannelIdentifier",,,,0,"File:MicroStrain/MIP/MipTypes.h:MipChannelIdentifier.AIDING_HEADING_TRUE","CClass:MipChannelIdentifier:AIDING_HEADING_TRUE"]]],["AIDING_HEIGHT_ABOVE_ELLIPSOID",,[["MipChannelIdentifier",,,,0,"File:MicroStrain/MIP/MipTypes.h:MipChannelIdentifier.AIDING_HEIGHT_ABOVE_ELLIPSOID","CClass:MipChannelIdentifier:AIDING_HEIGHT_ABOVE_ELLIPSOID"]]],["AIDING_MAGNETIC_FIELD",,[["MipChannelIdentifier",,,,0,"File:MicroStrain/MIP/MipTypes.h:MipChannelIdentifier.AIDING_MAGNETIC_FIELD","CClass:MipChannelIdentifier:AIDING_MAGNETIC_FIELD"]]],["AIDING_MEASUREMENT_CONFIG_ERROR",,[[,,,,0,"File:MicroStrain/Inertial/ExposedInertialTypes.h:AIDING_MEASUREMENT_CONFIG_ERROR"]]],["AIDING_MEASUREMENT_ENABLED",,[[,,,,0,"File:MicroStrain/Inertial/ExposedInertialTypes.h:AIDING_MEASUREMENT_ENABLED"]]],["AIDING_MEASUREMENT_FRAME_ID",,[["MipChannelIdentifier",,,,0,"File:MicroStrain/MIP/MipTypes.h:MipChannelIdentifier.AIDING_MEASUREMENT_FRAME_ID","CClass:MipChannelIdentifier:AIDING_MEASUREMENT_FRAME_ID"]]],["AIDING_MEASUREMENT_MAX_COUNT_EXCEEDED",,[[,,,,0,"File:MicroStrain/Inertial/ExposedInertialTypes.h:AIDING_MEASUREMENT_MAX_COUNT_EXCEEDED"]]],["AIDING_MEASUREMENT_TYPE",,[["MipChannelIdentifier",,,,0,"File:MicroStrain/MIP/MipTypes.h:MipChannelIdentifier.AIDING_MEASUREMENT_TYPE","CClass:MipChannelIdentifier:AIDING_MEASUREMENT_TYPE"]]],["AIDING_MEASUREMENT_USED",,[[,,,,0,"File:MicroStrain/Inertial/ExposedInertialTypes.h:AIDING_MEASUREMENT_USED"]]],["AIDING_MEASUREMENT_WARNING_RESIDUAL_HIGH",,[[,,,,0,"File:MicroStrain/Inertial/ExposedInertialTypes.h:AIDING_MEASUREMENT_WARNING_RESIDUAL_HIGH"]]],["AIDING_MEASUREMENT_WARNING_SAMPLE_TIME",,[[,,,,0,"File:MicroStrain/Inertial/ExposedInertialTypes.h:AIDING_MEASUREMENT_WARNING_SAMPLE_TIME"]]],["AIDING_POS_ECEF",,[["MipChannelIdentifier",,,,0,"File:MicroStrain/MIP/MipTypes.h:MipChannelIdentifier.AIDING_POS_ECEF","CClass:MipChannelIdentifier:AIDING_POS_ECEF"]]],["AIDING_POS_LLH",,[["MipChannelIdentifier",,,,0,"File:MicroStrain/MIP/MipTypes.h:MipChannelIdentifier.AIDING_POS_LLH","CClass:MipChannelIdentifier:AIDING_POS_LLH"]]],["AIDING_PRESSURE",,[["MipChannelIdentifier",,,,0,"File:MicroStrain/MIP/MipTypes.h:MipChannelIdentifier.AIDING_PRESSURE","CClass:MipChannelIdentifier:AIDING_PRESSURE"]]],["AIDING_VEL_BODY_FRAME",,[["MipChannelIdentifier",,,,0,"File:MicroStrain/MIP/MipTypes.h:MipChannelIdentifier.AIDING_VEL_BODY_FRAME","CClass:MipChannelIdentifier:AIDING_VEL_BODY_FRAME"]]],["AIDING_VEL_ECEF",,[["MipChannelIdentifier",,,,0,"File:MicroStrain/MIP/MipTypes.h:MipChannelIdentifier.AIDING_VEL_ECEF","CClass:MipChannelIdentifier:AIDING_VEL_ECEF"]]],["AIDING_VEL_NED",,[["MipChannelIdentifier",,,,0,"File:MicroStrain/MIP/MipTypes.h:MipChannelIdentifier.AIDING_VEL_NED","CClass:MipChannelIdentifier:AIDING_VEL_NED"]]],["aidingMeasurementEnabled",,[["InertialNode",,,,1,"File:MicroStrain/Inertial/InertialNode.h:InertialNode.aidingMeasurementEnabled","CClass:InertialNode:aidingMeasurementEnabled"]]],["AidingMeasurementHeading",,[[,,,,2,"File:MicroStrain/MIP/MipTypes.h:AidingMeasurementHeading","CClass:AidingMeasurementHeading"]]],["AidingMeasurementHeight",,[[,,,,2,"File:MicroStrain/MIP/MipTypes.h:AidingMeasurementHeight","CClass:AidingMeasurementHeight"]]],["AidingMeasurementInput",,[[,,,,2,"File:MicroStrain/MIP/MipTypes.h:AidingMeasurementInput","CClass:AidingMeasurementInput"]]],["AidingMeasurementMagneticField",,[[,,,,2,"File:MicroStrain/MIP/MipTypes.h:AidingMeasurementMagneticField","CClass:AidingMeasurementMagneticField"]]],["AidingMeasurementPosition",,[[,,,,2,"File:MicroStrain/MIP/MipTypes.h:AidingMeasurementPosition","CClass:AidingMeasurementPosition"]]],["AidingMeasurementPressure",,[[,,,,2,"File:MicroStrain/MIP/MipTypes.h:AidingMeasurementPressure","CClass:AidingMeasurementPressure"]]],["AidingMeasurementSource",,[[,,,,0,"File:MicroStrain/Inertial/ExposedInertialTypes.h:AidingMeasurementSource"]]],["AidingMeasurementSourceOptions",,[[,,,,3,"File:MicroStrain/Inertial/ExposedInertialTypes.h:AidingMeasurementSourceOptions"]]],["AidingMeasurementStatus",,[[,,,,0,"File:MicroStrain/Inertial/ExposedInertialTypes.h:AidingMeasurementStatus"]]],["AidingMeasurementTypes",,[["MipChannelIdentifier",,,,0,"File:MicroStrain/MIP/MipTypes.h:MipChannelIdentifier.AidingMeasurementTypes","CClass:MipChannelIdentifier:AidingMeasurementTypes"]]],["AidingMeasurementVelocity",,[[,,,,2,"File:MicroStrain/MIP/MipTypes.h:AidingMeasurementVelocity","CClass:AidingMeasurementVelocity"]]],["AidingMeasurmentHeading",,[["AidingMeasurementHeading",,,,1,"File:MicroStrain/MIP/MipTypes.h:AidingMeasurementHeading.AidingMeasurmentHeading","CClass:AidingMeasurementHeading:AidingMeasurmentHeading"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/search/keywords/0061006c006c.js b/v66.0.1/MSCL_API_Docs/search/keywords/0061006c006c.js deleted file mode 100644 index d0e3fabb3..000000000 --- a/v66.0.1/MSCL_API_Docs/search/keywords/0061006c006c.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("all",["Enumeration"],[["ALL_AIDING_MEASUREMENTS",,[[,,,,0,"File:MicroStrain/Inertial/ExposedInertialTypes.h:ALL_AIDING_MEASUREMENTS"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/search/keywords/0061006c0074.js b/v66.0.1/MSCL_API_Docs/search/keywords/0061006c0074.js deleted file mode 100644 index 4325a568d..000000000 --- a/v66.0.1/MSCL_API_Docs/search/keywords/0061006c0074.js +++ /dev/null @@ -1 +0,0 @@ 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\ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/search/keywords/0062006f0064.js b/v66.0.1/MSCL_API_Docs/search/keywords/0062006f0064.js deleted file mode 100644 index 715670c79..000000000 --- a/v66.0.1/MSCL_API_Docs/search/keywords/0062006f0064.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("bod",["Enumeration"],[["BODY_FRAME_VEL_AIDING",,[[,,,,0,"File:MicroStrain/Inertial/ExposedInertialTypes.h:BODY_FRAME_VEL_AIDING"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/search/keywords/00620072006f.js b/v66.0.1/MSCL_API_Docs/search/keywords/00620072006f.js deleted file mode 100644 index a6d5d54d4..000000000 --- a/v66.0.1/MSCL_API_Docs/search/keywords/00620072006f.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("bro",["Constant","Function"],[["BROADCAST_NODE_ADDRESS",,[["BaseStation",,,,0,"File:MicroStrain/Wireless/BaseStation.h:BaseStation.BROADCAST_NODE_ADDRESS","CClass:BaseStation:BROADCAST_NODE_ADDRESS"]]],["BROADCAST_NODE_ADDRESS_ASPP3",,[["BaseStation",,,,0,"File:MicroStrain/Wireless/BaseStation.h:BaseStation.BROADCAST_NODE_ADDRESS_ASPP3","CClass:BaseStation:BROADCAST_NODE_ADDRESS_ASPP3"]]],["broadcastSetToIdle",,[["BaseStation",,,,1,"File:MicroStrain/Wireless/BaseStation.h:BaseStation.broadcastSetToIdle","CClass:BaseStation:broadcastSetToIdle"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/search/keywords/00620074006e.js b/v66.0.1/MSCL_API_Docs/search/keywords/00620074006e.js deleted file mode 100644 index 2e7cb7ba3..000000000 --- a/v66.0.1/MSCL_API_Docs/search/keywords/00620074006e.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("btn",["Enumeration"],[["btn_cyclePower",,[["BaseStationButton",,,,0,"File:MicroStrain/Wireless/BaseStationButton.h:BaseStationButton.btn_cyclePower","CClass:BaseStationButton:btn_cyclePower"]]],["btn_disableBeacon",,[["BaseStationButton",,,,0,"File:MicroStrain/Wireless/BaseStationButton.h:BaseStationButton.btn_disableBeacon","CClass:BaseStationButton:btn_disableBeacon"]]],["btn_disabled",,[["BaseStationButton",,,,0,"File:MicroStrain/Wireless/BaseStationButton.h:BaseStationButton.btn_disabled","CClass:BaseStationButton:btn_disabled"]]],["btn_enableBeacon",,[["BaseStationButton",,,,0,"File:MicroStrain/Wireless/BaseStationButton.h:BaseStationButton.btn_enableBeacon","CClass:BaseStationButton:btn_enableBeacon"]]],["btn_nodeArmedDatalogging",,[["BaseStationButton",,,,0,"File:MicroStrain/Wireless/BaseStationButton.h:BaseStationButton.btn_nodeArmedDatalogging","CClass:BaseStationButton:btn_nodeArmedDatalogging"]]],["btn_nodeNonSyncSampling",,[["BaseStationButton",,,,0,"File:MicroStrain/Wireless/BaseStationButton.h:BaseStationButton.btn_nodeNonSyncSampling","CClass:BaseStationButton:btn_nodeNonSyncSampling"]]],["btn_nodeSleep",,[["BaseStationButton",,,,0,"File:MicroStrain/Wireless/BaseStationButton.h:BaseStationButton.btn_nodeSleep","CClass:BaseStationButton:btn_nodeSleep"]]],["btn_nodeStop",,[["BaseStationButton",,,,0,"File:MicroStrain/Wireless/BaseStationButton.h:BaseStationButton.btn_nodeStop","CClass:BaseStationButton:btn_nodeStop"]]],["btn_nodeSyncSampling",,[["BaseStationButton",,,,0,"File:MicroStrain/Wireless/BaseStationButton.h:BaseStationButton.btn_nodeSyncSampling","CClass:BaseStationButton:btn_nodeSyncSampling"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/search/keywords/006200750066.js b/v66.0.1/MSCL_API_Docs/search/keywords/006200750066.js deleted file mode 100644 index 5432f9edb..000000000 --- a/v66.0.1/MSCL_API_Docs/search/keywords/006200750066.js +++ /dev/null @@ -1 +0,0 @@ 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b/v66.0.1/MSCL_API_Docs/search/keywords/006200750069.js deleted file mode 100644 index a724d2dcc..000000000 --- a/v66.0.1/MSCL_API_Docs/search/keywords/006200750069.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("bui",["Variable","Function"],[["buildCmdFailed",,[["MipCommandBytes",,,,0,"File:MicroStrain/MIP/MipTypes.h:MipCommandBytes.buildCmdFailed","CClass:MipCommandBytes:buildCmdFailed"]]],["builtInTestResult",,[["NodeDiscovery",,,,1,"File:MicroStrain/Wireless/NodeDiscovery.h:NodeDiscovery.builtInTestResult","CClass:NodeDiscovery:builtInTestResult"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/search/keywords/006200750074.js b/v66.0.1/MSCL_API_Docs/search/keywords/006200750074.js deleted file mode 100644 index 217761002..000000000 --- a/v66.0.1/MSCL_API_Docs/search/keywords/006200750074.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("but",["Function"],[["buttonCount",,[["BaseStationFeatures",,,,0,"File:MicroStrain/Wireless/Features/BaseStationFeatures.h:BaseStationFeatures.buttonCount","CClass:BaseStationFeatures:buttonCount"]]],["buttonLongPress",,[["BaseStationConfig",,,,0,"File:MicroStrain/Wireless/Configuration/BaseStationConfig.h:BaseStationConfig.buttonLongPress","CClass:BaseStationConfig:buttonLongPress"]]],["buttonShortPress",,[["BaseStationConfig",,,,0,"File:MicroStrain/Wireless/Configuration/BaseStationConfig.h:BaseStationConfig.buttonShortPress","CClass:BaseStationConfig:buttonShortPress"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/search/keywords/006200790074.js b/v66.0.1/MSCL_API_Docs/search/keywords/006200790074.js deleted file mode 100644 index f27b8b1c6..000000000 --- a/v66.0.1/MSCL_API_Docs/search/keywords/006200790074.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("byt",["Type","Variable"],[["Bytes",,[[,,,,0,"File:Types.h:Bytes"]]],["BytesCollection",,[[,,,,0,"File:Types.h:BytesCollection"]]],["bytesRead",,[["PortInfo",,,,1,"File:MicroStrain/Inertial/ExposedInertialTypes.h:PortInfo.bytesRead","CClass:PortInfo:bytesRead"]]],["bytesWritten",,[["PortInfo",,,,1,"File:MicroStrain/Inertial/ExposedInertialTypes.h:PortInfo.bytesWritten","CClass:PortInfo:bytesWritten"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/search/keywords/0063002b002b.js b/v66.0.1/MSCL_API_Docs/search/keywords/0063002b002b.js deleted file mode 100644 index 44d52d426..000000000 --- a/v66.0.1/MSCL_API_Docs/search/keywords/0063002b002b.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("c++",["Operator"],[["C++",,[["MipModel::!= (<MipModels","ModelNumber, C++ only)",,"modelnumber,c++only)",0,"File:MicroStrain/MIP/MipModels.h:MipModel.!=(",[["HeadingUpdateOptions::operator<InertialTypes",,,"headingupdateenableoption>",0,"File:MicroStrain/Inertial/ExposedInertialTypes.h:HeadingUpdateOptions.operator","CClass:HeadingUpdateOptions:operator"]]],["HeadingUpdateOptions",,[[,,,,2,"File:MicroStrain/Inertial/ExposedInertialTypes.h:HeadingUpdateOptions","CClass:HeadingUpdateOptions"]]],["HeadingUpdateOptionsList",,[["HeadingUpdateOptions",,,,4,"File:MicroStrain/Inertial/ExposedInertialTypes.h:HeadingUpdateOptions.HeadingUpdateOptionsList","CClass:HeadingUpdateOptions:HeadingUpdateOptionsList"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/search/keywords/006800650069.js b/v66.0.1/MSCL_API_Docs/search/keywords/006800650069.js deleted file mode 100644 index 6adca3560..000000000 --- a/v66.0.1/MSCL_API_Docs/search/keywords/006800650069.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("hei",["Function","Enumeration"],[["height",,[["AidingMeasurementHeight",,,,0,"File:MicroStrain/MIP/MipTypes.h:AidingMeasurementHeight.height","CClass:AidingMeasurementHeight:height"],["Position",,,,0,"File:MicroStrain/Inertial/PositionVelocity.h:Position.height","CClass:Position:height"],["AidingMeasurementPosition","HEIGHT",,,1,"File:MicroStrain/MIP/MipTypes.h:AidingMeasurementPosition.HEIGHT","CClass:AidingMeasurementPosition:HEIGHT"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/search/keywords/006800650072.js b/v66.0.1/MSCL_API_Docs/search/keywords/006800650072.js deleted file mode 100644 index 08a2e3b26..000000000 --- a/v66.0.1/MSCL_API_Docs/search/keywords/006800650072.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("her",["Function"],[["Hertz",,[["SampleRate",,,,0,"File:MicroStrain/SampleRate.h:SampleRate.Hertz","CClass:SampleRate:Hertz"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/search/keywords/006800690067.js b/v66.0.1/MSCL_API_Docs/search/keywords/006800690067.js deleted file mode 100644 index 4eb611e15..000000000 --- a/v66.0.1/MSCL_API_Docs/search/keywords/006800690067.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("hig",["Enumeration","Variable","Function"],[["HIGH",,[["SignalConditioningValues","HIGH = 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\ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/search/keywords/006800690073.js b/v66.0.1/MSCL_API_Docs/search/keywords/006800690073.js deleted file mode 100644 index 3f171d5e7..000000000 --- a/v66.0.1/MSCL_API_Docs/search/keywords/006800690073.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("his",["Class","Function"],[["Histogram",,[[,,,,0,"File:Histogram.h:Histogram","CClass:Histogram"],["StructuralHealth","histogram",,,1,"File:MicroStrain/Wireless/StructuralHealth.h:StructuralHealth.histogram","CClass:StructuralHealth:histogram"]]],["histogramEnable",,[["FatigueOptions",,,,1,"File:MicroStrain/Wireless/Configuration/FatigueOptions.h:FatigueOptions.histogramEnable","CClass:FatigueOptions:histogramEnable"]]],["HistogramOptions",,[[,,,,0,"File:MicroStrain/Wireless/Configuration/HistogramOptions.h:HistogramOptions","CClass:HistogramOptions"],["WirelessNodeConfig","histogramOptions",,,1,"File:MicroStrain/Wireless/Configuration/WirelessNodeConfig.h:WirelessNodeConfig.histogramOptions","CClass:WirelessNodeConfig:histogramOptions"]]],["histogramTransmitRates",,[["NodeFeatures",,,,1,"File:MicroStrain/Wireless/Features/NodeFeatures.h:NodeFeatures.histogramTransmitRates","CClass:NodeFeatures:histogramTransmitRates"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/search/keywords/0068006f0075.js b/v66.0.1/MSCL_API_Docs/search/keywords/0068006f0075.js deleted file mode 100644 index 7162751ca..000000000 --- a/v66.0.1/MSCL_API_Docs/search/keywords/0068006f0075.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("hou",["Function"],[["Hours",,[["TimeSpan",,,,0,"File:TimeSpan.h:TimeSpan.Hours","CClass:TimeSpan:Hours"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/search/keywords/00690064.js b/v66.0.1/MSCL_API_Docs/search/keywords/00690064.js deleted file mode 100644 index d76c513d8..000000000 --- a/v66.0.1/MSCL_API_Docs/search/keywords/00690064.js +++ /dev/null @@ -1 +0,0 @@ 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file mode 100644 index f59d309ca..000000000 --- a/v66.0.1/MSCL_API_Docs/search/keywords/006900640065.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("ide",["Function"],[["identifierType",,[["MipChannelIdentifier",,,,0,"File:MicroStrain/MIP/MipTypes.h:MipChannelIdentifier.identifierType","CClass:MipChannelIdentifier:identifierType"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/search/keywords/00690067006e.js b/v66.0.1/MSCL_API_Docs/search/keywords/00690067006e.js deleted file mode 100644 index 54f4dd3fb..000000000 --- a/v66.0.1/MSCL_API_Docs/search/keywords/00690067006e.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("ign",["Enumeration"],[["IGNORED",,[["NmeaMessageFormat",,,,0,"File:MicroStrain/Inertial/ExposedInertialTypes.h:NmeaMessageFormat.IGNORED","CClass:NmeaMessageFormat:IGNORED"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/search/keywords/0069006d0075.js b/v66.0.1/MSCL_API_Docs/search/keywords/0069006d0075.js deleted file mode 100644 index df9049e38..000000000 --- a/v66.0.1/MSCL_API_Docs/search/keywords/0069006d0075.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("imu",["Function","Constant"],[["imu",,[["CV7ContinuousBIT",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:CV7ContinuousBIT.imu","CClass:CV7ContinuousBIT:imu"],["GQ7ContinuousBIT",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:GQ7ContinuousBIT.imu","CClass:GQ7ContinuousBIT:imu"]]],["IMU_COMMAND_RESPONSE_FAULT",,[["GQ7ContinuousBIT_System_Process",,,,1,"File:MicroStrain/MIP/MipBuiltInTest.h:GQ7ContinuousBIT_System_Process.IMU_COMMAND_RESPONSE_FAULT","CClass:GQ7ContinuousBIT_System_Process:IMU_COMMAND_RESPONSE_FAULT"]]],["IMU_CONTROL_LINE_FAULT",,[["GQ7ContinuousBIT_System_Process",,,,1,"File:MicroStrain/MIP/MipBuiltInTest.h:GQ7ContinuousBIT_System_Process.IMU_CONTROL_LINE_FAULT","CClass:GQ7ContinuousBIT_System_Process:IMU_CONTROL_LINE_FAULT"]]],["IMU_DATA_FRAME_FAULT",,[["GQ7ContinuousBIT_System_Process",,,,1,"File:MicroStrain/MIP/MipBuiltInTest.h:GQ7ContinuousBIT_System_Process.IMU_DATA_FRAME_FAULT","CClass:GQ7ContinuousBIT_System_Process:IMU_DATA_FRAME_FAULT"]]],["IMU_DROPPED_DATA",,[["CV7ContinuousBIT_System_Process",,,,1,"File:MicroStrain/MIP/MipBuiltInTest.h:CV7ContinuousBIT_System_Process.IMU_DROPPED_DATA","CClass:CV7ContinuousBIT_System_Process:IMU_DROPPED_DATA"]]],["IMU_PROCESS_FAULT",,[["CV7ContinuousBIT_System_Process",,,,1,"File:MicroStrain/MIP/MipBuiltInTest.h:CV7ContinuousBIT_System_Process.IMU_PROCESS_FAULT","CClass:CV7ContinuousBIT_System_Process:IMU_PROCESS_FAULT"]]],["IMU_RATE_MISMATCH",,[["CV7ContinuousBIT_System_Process",,,,1,"File:MicroStrain/MIP/MipBuiltInTest.h:CV7ContinuousBIT_System_Process.IMU_RATE_MISMATCH","CClass:CV7ContinuousBIT_System_Process:IMU_RATE_MISMATCH"]]],["IMU_SPI_COMMUNICATION_ERROR",,[["GQ7ContinuousBIT_Filter_General",,,,1,"File:MicroStrain/MIP/MipBuiltInTest.h:GQ7ContinuousBIT_Filter_General.IMU_SPI_COMMUNICATION_ERROR","CClass:GQ7ContinuousBIT_Filter_General:IMU_SPI_COMMUNICATION_ERROR"]]],["IMU_SPI_TRANSFER_FAULT",,[["GQ7ContinuousBIT_System_Process",,,,1,"File:MicroStrain/MIP/MipBuiltInTest.h:GQ7ContinuousBIT_System_Process.IMU_SPI_TRANSFER_FAULT","CClass:GQ7ContinuousBIT_System_Process:IMU_SPI_TRANSFER_FAULT"]]],["IMU_STUCK",,[["CV7ContinuousBIT_System_Process",,,,1,"File:MicroStrain/MIP/MipBuiltInTest.h:CV7ContinuousBIT_System_Process.IMU_STUCK","CClass:CV7ContinuousBIT_System_Process:IMU_STUCK"]]],["imuCalibrationErrorAccel",,[["ContinuousBIT",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:ContinuousBIT.imuCalibrationErrorAccel","CClass:ContinuousBIT:imuCalibrationErrorAccel"],["CV7ContinuousBIT",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:CV7ContinuousBIT.imuCalibrationErrorAccel","CClass:CV7ContinuousBIT:imuCalibrationErrorAccel"],["GQ7ContinuousBIT",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:GQ7ContinuousBIT.imuCalibrationErrorAccel","CClass:GQ7ContinuousBIT:imuCalibrationErrorAccel"]]],["imuCalibrationErrorGyro",,[["ContinuousBIT",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:ContinuousBIT.imuCalibrationErrorGyro","CClass:ContinuousBIT:imuCalibrationErrorGyro"],["CV7ContinuousBIT",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:CV7ContinuousBIT.imuCalibrationErrorGyro","CClass:CV7ContinuousBIT:imuCalibrationErrorGyro"],["GQ7ContinuousBIT",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:GQ7ContinuousBIT.imuCalibrationErrorGyro","CClass:GQ7ContinuousBIT:imuCalibrationErrorGyro"]]],["imuCalibrationErrorMag",,[["ContinuousBIT",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:ContinuousBIT.imuCalibrationErrorMag","CClass:ContinuousBIT:imuCalibrationErrorMag"],["CV7ContinuousBIT",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:CV7ContinuousBIT.imuCalibrationErrorMag","CClass:CV7ContinuousBIT:imuCalibrationErrorMag"],["GQ7ContinuousBIT",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:GQ7ContinuousBIT.imuCalibrationErrorMag","CClass:GQ7ContinuousBIT:imuCalibrationErrorMag"]]],["imuClockFault",,[["ContinuousBIT",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:ContinuousBIT.imuClockFault","CClass:ContinuousBIT:imuClockFault"],["CV7ContinuousBIT",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:CV7ContinuousBIT.imuClockFault","CClass:CV7ContinuousBIT:imuClockFault"],["GQ7ContinuousBIT",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:GQ7ContinuousBIT.imuClockFault","CClass:GQ7ContinuousBIT:imuClockFault"]]],["imuCommandResponseFault",,[["GQ7ContinuousBIT",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:GQ7ContinuousBIT.imuCommandResponseFault","CClass:GQ7ContinuousBIT:imuCommandResponseFault"],["GQ7ContinuousBIT_System_Process",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:GQ7ContinuousBIT_System_Process.imuCommandResponseFault","CClass:GQ7ContinuousBIT_System_Process:imuCommandResponseFault"]]],["imuCommunicationFault",,[["ContinuousBIT",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:ContinuousBIT.imuCommunicationFault","CClass:ContinuousBIT:imuCommunicationFault"],["CV7ContinuousBIT",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:CV7ContinuousBIT.imuCommunicationFault","CClass:CV7ContinuousBIT:imuCommunicationFault"],["GQ7ContinuousBIT",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:GQ7ContinuousBIT.imuCommunicationFault","CClass:GQ7ContinuousBIT:imuCommunicationFault"]]],["imuControlLineFault",,[["GQ7ContinuousBIT",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:GQ7ContinuousBIT.imuControlLineFault","CClass:GQ7ContinuousBIT:imuControlLineFault"],["GQ7ContinuousBIT_System_Process",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:GQ7ContinuousBIT_System_Process.imuControlLineFault","CClass:GQ7ContinuousBIT_System_Process:imuControlLineFault"]]],["imuDataFrameFault",,[["GQ7ContinuousBIT",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:GQ7ContinuousBIT.imuDataFrameFault","CClass:GQ7ContinuousBIT:imuDataFrameFault"],["GQ7ContinuousBIT_System_Process",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:GQ7ContinuousBIT_System_Process.imuDataFrameFault","CClass:GQ7ContinuousBIT_System_Process:imuDataFrameFault"]]],["imuDataRateMismatch",,[["CV7ContinuousBIT",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:CV7ContinuousBIT.imuDataRateMismatch","CClass:CV7ContinuousBIT:imuDataRateMismatch"],["CV7ContinuousBIT_System_Process",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:CV7ContinuousBIT_System_Process.imuDataRateMismatch","CClass:CV7ContinuousBIT_System_Process:imuDataRateMismatch"]]],["imuDroppedData",,[["CV7ContinuousBIT",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:CV7ContinuousBIT.imuDroppedData","CClass:CV7ContinuousBIT:imuDroppedData"],["CV7ContinuousBIT_System_Process",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:CV7ContinuousBIT_System_Process.imuDroppedData","CClass:CV7ContinuousBIT_System_Process:imuDroppedData"]]],["imuIpcFault",,[["GQ7ContinuousBIT",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:GQ7ContinuousBIT.imuIpcFault","CClass:GQ7ContinuousBIT:imuIpcFault"],["GQ7ContinuousBIT_System_Process",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:GQ7ContinuousBIT_System_Process.imuIpcFault","CClass:GQ7ContinuousBIT_System_Process:imuIpcFault"]]],["imuMessageInfo",,[["DeviceStatusData",,,,0,"File:MicroStrain/Inertial/ExposedInertialTypes.h:DeviceStatusData.imuMessageInfo","CClass:DeviceStatusData:imuMessageInfo"]]],["imuProcessFault",,[["CV7ContinuousBIT",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:CV7ContinuousBIT.imuProcessFault","CClass:CV7ContinuousBIT:imuProcessFault"],["CV7ContinuousBIT_System_Process",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:CV7ContinuousBIT_System_Process.imuProcessFault","CClass:CV7ContinuousBIT_System_Process:imuProcessFault"]]],["imuSpiTransferFault",,[["GQ7ContinuousBIT",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:GQ7ContinuousBIT.imuSpiTransferFault","CClass:GQ7ContinuousBIT:imuSpiTransferFault"],["GQ7ContinuousBIT_System_Process",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:GQ7ContinuousBIT_System_Process.imuSpiTransferFault","CClass:GQ7ContinuousBIT_System_Process:imuSpiTransferFault"]]],["imuStreamInfo",,[["DeviceStatusData",,,,0,"File:MicroStrain/Inertial/ExposedInertialTypes.h:DeviceStatusData.imuStreamInfo","CClass:DeviceStatusData:imuStreamInfo"]]],["imuStuck",,[["CV7ContinuousBIT",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:CV7ContinuousBIT.imuStuck","CClass:CV7ContinuousBIT:imuStuck"],["CV7ContinuousBIT_System_Process",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:CV7ContinuousBIT_System_Process.imuStuck","CClass:CV7ContinuousBIT_System_Process:imuStuck"]]],["imuTimingOverrun",,[["ContinuousBIT",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:ContinuousBIT.imuTimingOverrun","CClass:ContinuousBIT:imuTimingOverrun"],["CV7ContinuousBIT",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:CV7ContinuousBIT.imuTimingOverrun","CClass:CV7ContinuousBIT:imuTimingOverrun"],["GQ7ContinuousBIT",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:GQ7ContinuousBIT.imuTimingOverrun","CClass:GQ7ContinuousBIT:imuTimingOverrun"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/search/keywords/0069006e0061.js b/v66.0.1/MSCL_API_Docs/search/keywords/0069006e0061.js deleted file mode 100644 index 1931868a0..000000000 --- a/v66.0.1/MSCL_API_Docs/search/keywords/0069006e0061.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("ina",["Function"],[["inactivityThreshold",,[["ActivitySense",,,,0,"File:MicroStrain/Wireless/Configuration/ActivitySense.h:ActivitySense.inactivityThreshold","CClass:ActivitySense:inactivityThreshold"]]],["inactivityTimeout",,[["ActivitySense",,,,0,"File:MicroStrain/Wireless/Configuration/ActivitySense.h:ActivitySense.inactivityTimeout","CClass:ActivitySense:inactivityTimeout"],["WirelessNodeConfig",,,,0,"File:MicroStrain/Wireless/Configuration/WirelessNodeConfig.h:WirelessNodeConfig.inactivityTimeout","CClass:WirelessNodeConfig:inactivityTimeout"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/search/keywords/0069006e0064.js b/v66.0.1/MSCL_API_Docs/search/keywords/0069006e0064.js deleted file mode 100644 index 0a03a1a71..000000000 --- a/v66.0.1/MSCL_API_Docs/search/keywords/0069006e0064.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("ind",["Enumeration"],[["Indicates",,[["WirelessTypes","Indicates external power state",,,0,"File:MicroStrain/Wireless/WirelessTypes.h:WirelessTypes.Indicates_external_power_state","CClass:WirelessTypes:Indicates_external_power_state"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/search/keywords/0069006e0065.js b/v66.0.1/MSCL_API_Docs/search/keywords/0069006e0065.js deleted file mode 100644 index 05277d058..000000000 --- a/v66.0.1/MSCL_API_Docs/search/keywords/0069006e0065.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("ine",["Class"],[["InertialNode",,[[,,,,0,"File:MicroStrain/Inertial/InertialNode.h:InertialNode","CClass:InertialNode"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/search/keywords/0069006e0066.js b/v66.0.1/MSCL_API_Docs/search/keywords/0069006e0066.js deleted file mode 100644 index 0ac7b3328..000000000 --- a/v66.0.1/MSCL_API_Docs/search/keywords/0069006e0066.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("inf",["Constant"],[["INFO_NOT_FOUND",,[["GnssReceiverInfo",,,,0,"File:MicroStrain/MIP/MipTypes.h:GnssReceiverInfo.INFO_NOT_FOUND","CClass:GnssReceiverInfo:INFO_NOT_FOUND"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/search/keywords/0069006e0069.js b/v66.0.1/MSCL_API_Docs/search/keywords/0069006e0069.js deleted file mode 100644 index e8de9595e..000000000 --- a/v66.0.1/MSCL_API_Docs/search/keywords/0069006e0069.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("ini",["Variable"],[["initialAttitude",,[["FilterInitializationValues",,,,0,"File:MicroStrain/Inertial/ExposedInertialTypes.h:FilterInitializationValues.initialAttitude","CClass:FilterInitializationValues:initialAttitude"]]],["initialPosition",,[["FilterInitializationValues",,,,0,"File:MicroStrain/Inertial/ExposedInertialTypes.h:FilterInitializationValues.initialPosition","CClass:FilterInitializationValues:initialPosition"]]],["initialValuesSource",,[["FilterInitializationValues",,,,0,"File:MicroStrain/Inertial/ExposedInertialTypes.h:FilterInitializationValues.initialValuesSource","CClass:FilterInitializationValues:initialValuesSource"]]],["initialVelocity",,[["FilterInitializationValues",,,,0,"File:MicroStrain/Inertial/ExposedInertialTypes.h:FilterInitializationValues.initialVelocity","CClass:FilterInitializationValues:initialVelocity"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/search/keywords/0069006e0070.js b/v66.0.1/MSCL_API_Docs/search/keywords/0069006e0070.js deleted file mode 100644 index 5c34410fc..000000000 --- a/v66.0.1/MSCL_API_Docs/search/keywords/0069006e0070.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("inp",["Variable","Function","Enumeration","Struct","Type"],[["InputRange",,[["InputRangeEntry","inputRange",,,0,"File:MicroStrain/Wireless/Configuration/InputRange.h:InputRangeEntry.inputRange","CClass:InputRangeEntry:inputRange"],["ShuntCalCmdInfo","inputRange",,,0,"File:MicroStrain/Wireless/Commands/AutoCalInfo.h:ShuntCalCmdInfo.inputRange","CClass:ShuntCalCmdInfo:inputRange"],["WirelessNodeConfig","inputRange",,,1,"File:MicroStrain/Wireless/Configuration/WirelessNodeConfig.h:WirelessNodeConfig.inputRange","CClass:WirelessNodeConfig:inputRange"],["WirelessTypes",,,,2,"File:MicroStrain/Wireless/WirelessTypes.h:WirelessTypes.InputRange","CClass:WirelessTypes:InputRange"]]],["InputRangeEntry",,[[,,,,3,"File:MicroStrain/Wireless/Configuration/InputRange.h:InputRangeEntry","CClass:InputRangeEntry"]]],["InputRanges",,[["NodeFeatures","inputRanges",,,1,"File:MicroStrain/Wireless/Features/NodeFeatures.h:NodeFeatures.inputRanges","CClass:NodeFeatures:inputRanges"],["InputRangeEntry",,,,4,"File:MicroStrain/Wireless/Configuration/InputRange.h:InputRangeEntry.InputRanges","CClass:InputRangeEntry:InputRanges"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/search/keywords/0069006e0073.js b/v66.0.1/MSCL_API_Docs/search/keywords/0069006e0073.js deleted file mode 100644 index e39003c50..000000000 --- a/v66.0.1/MSCL_API_Docs/search/keywords/0069006e0073.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("ins",["Variable"],[["instance",,[["EventActionConfiguration",,,,0,"File:MicroStrain/Inertial/ExposedInertialTypes.h:EventActionConfiguration.instance","CClass:EventActionConfiguration:instance"],["EventTriggerConfiguration",,,,0,"File:MicroStrain/Inertial/ExposedInertialTypes.h:EventTriggerConfiguration.instance","CClass:EventTriggerConfiguration:instance"]]],["instanceId",,[["EventActionInfo",,,,0,"File:MicroStrain/Inertial/ExposedInertialTypes.h:EventActionInfo.instanceId","CClass:EventActionInfo:instanceId"],["EventTriggerInfo",,,,0,"File:MicroStrain/Inertial/ExposedInertialTypes.h:EventTriggerInfo.instanceId","CClass:EventTriggerInfo:instanceId"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/search/keywords/0069006e0074.js b/v66.0.1/MSCL_API_Docs/search/keywords/0069006e0074.js deleted file mode 100644 index 201230bb0..000000000 --- a/v66.0.1/MSCL_API_Docs/search/keywords/0069006e0074.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("int",["Type","Function","Enumeration"],[["int16",,[[,,,,0,"File:Types.h:int16"]]],["int32",,[[,,,,0,"File:Types.h:int32"]]],["int64",,[[,,,,0,"File:Types.h:int64"]]],["int8",,[[,,,,0,"File:Types.h:int8"]]],["interfaceId",,[["DeviceCommPort",,,,1,"File:MicroStrain/MIP/MipTypes.h:DeviceCommPort.interfaceId","CClass:DeviceCommPort:interfaceId"]]],["INTERNAL",,[["Timestamp",,,,2,"File:Timestamp.h:Timestamp.INTERNAL","CClass:Timestamp:INTERNAL"]]],["INTERNAL_GNSS_ALL",,[[,"INTERNAL_GNSS_ALL = 0x01",,"internal_gnss_all=0x01",2,"File:MicroStrain/Inertial/ExposedInertialTypes.h:INTERNAL_GNSS_ALL=0x01"]]],["INTERNAL_GNSS1",,[[,"INTERNAL_GNSS1  = 0x03",,"internal_gnss1=0x03",2,"File:MicroStrain/Inertial/ExposedInertialTypes.h:INTERNAL_GNSS1=0x03"]]],["INTERNAL_GNSS2",,[[,"INTERNAL_GNSS2  = 0x04",,"internal_gnss2=0x04",2,"File:MicroStrain/Inertial/ExposedInertialTypes.h:INTERNAL_GNSS2=0x04"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/search/keywords/006900700061.js b/v66.0.1/MSCL_API_Docs/search/keywords/006900700061.js deleted file mode 100644 index bf50fe4fb..000000000 --- a/v66.0.1/MSCL_API_Docs/search/keywords/006900700061.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("ipa",["Function"],[["ipAddress",,[["WsdaInfo",,,,0,"File:Communication/WsdaFinder.h:WsdaInfo.ipAddress","CClass:WsdaInfo:ipAddress"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/search/keywords/006900730061.js b/v66.0.1/MSCL_API_Docs/search/keywords/006900730061.js deleted file mode 100644 index f2369456b..000000000 --- a/v66.0.1/MSCL_API_Docs/search/keywords/006900730061.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("isa",["Function"],[["isActive",,[["EventTriggerInfo",,,,0,"File:MicroStrain/Inertial/ExposedInertialTypes.h:EventTriggerInfo.isActive","CClass:EventTriggerInfo:isActive"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/search/keywords/006900730063.js b/v66.0.1/MSCL_API_Docs/search/keywords/006900730063.js deleted file mode 100644 index 9bf3c1161..000000000 --- a/v66.0.1/MSCL_API_Docs/search/keywords/006900730063.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("isc",["Function"],[["isChannelField",,[["MipNodeFeatures",,,,0,"File:MicroStrain/MIP/MipNodeFeatures.h:MipNodeFeatures.isChannelField","CClass:MipNodeFeatures:isChannelField"]]],["isChannelGroupIssue",,[["ConfigIssue",,,,0,"File:MicroStrain/Wireless/Configuration/ConfigIssue.h:ConfigIssue.isChannelGroupIssue","CClass:ConfigIssue:isChannelGroupIssue"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/search/keywords/006900730064.js b/v66.0.1/MSCL_API_Docs/search/keywords/006900730064.js deleted file mode 100644 index d3c5d2d9d..000000000 --- a/v66.0.1/MSCL_API_Docs/search/keywords/006900730064.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("isd",["Function"],[["isDataPacket",,[["MipPacket",,,,0,"File:MicroStrain/MIP/Packets/MipPacket.h:MipPacket.isDataPacket","CClass:MipPacket:isDataPacket"]]],["isDataStreamEnabled",,[["InertialNode",,,,0,"File:MicroStrain/Inertial/InertialNode.h:InertialNode.isDataStreamEnabled","CClass:InertialNode:isDataStreamEnabled"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/search/keywords/006900730065.js b/v66.0.1/MSCL_API_Docs/search/keywords/006900730065.js deleted file mode 100644 index 0e6e83866..000000000 --- a/v66.0.1/MSCL_API_Docs/search/keywords/006900730065.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("ise",["Function"],[["isEnabled",,[["EventTriggerInfo",,,,0,"File:MicroStrain/Inertial/ExposedInertialTypes.h:EventTriggerInfo.isEnabled","CClass:EventTriggerInfo:isEnabled"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/search/keywords/006900730067.js b/v66.0.1/MSCL_API_Docs/search/keywords/006900730067.js deleted file mode 100644 index 58ccd4cd5..000000000 --- a/v66.0.1/MSCL_API_Docs/search/keywords/006900730067.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("isg",["Function"],[["isGnssChannelField",,[["MipTypes",,,,0,"File:MicroStrain/MIP/MipTypes.h:MipTypes.isGnssChannelField","CClass:MipTypes:isGnssChannelField"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/search/keywords/006900730073.js b/v66.0.1/MSCL_API_Docs/search/keywords/006900730073.js deleted file mode 100644 index 767410064..000000000 --- a/v66.0.1/MSCL_API_Docs/search/keywords/006900730073.js +++ /dev/null @@ -1 +0,0 @@ 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NDFramePage.OnSizerMouseMove(e);};document.onmouseup=function(e){return NDFramePage.OnSizerMouseUp(e);};document.onselectstart=function(){return false;};var contentCover=document.createElement("div");contentCover.id="NDContentCover";document.body.appendChild(contentCover);NDCore.SetToAbsolutePosition(contentCover,0,0,NDCore.WindowClientWidth(),NDCore.WindowClientHeight());return false;}else{return true;}};this.OnSizerMouseMove=function(event){if(event==undefined){event=window.event;}var offset=event.clientX-this.sizerDragging.originalClientX;var windowClientWidth=NDCore.WindowClientWidth();if(this.sizerDragging.sizer.id=="NDMenuSizer"){if(this.sizerDragging.originalSizerX+offset<0){offset=0-this.sizerDragging.originalSizerX;}else if(this.sizerDragging.originalSizerX+offset+this.sizerDragging.sizer.offsetWidth>windowClientWidth){offset=windowClientWidth-this.sizerDragging.sizer.offsetWidth-this.sizerDragging.originalSizerX;}}else{var menuSizer=document.getElementById("NDMenuSizer");var leftLimit=menuSizer.offsetLeft+menuSizer.offsetWidth;if(this.sizerDragging.originalSizerX+offsetwindowClientWidth){offset=windowClientWidth-this.sizerDragging.sizer.offsetWidth-this.sizerDragging.originalSizerX;}}NDCore.SetToAbsolutePosition(this.sizerDragging.sizer,this.sizerDragging.originalSizerX+offset,undefined,undefined,undefined);NDCore.SetToAbsolutePosition(this.sizerDragging.element,undefined,undefined,this.sizerDragging.originalElementWidth+offset,undefined);if(this.sizerDragging.sizer.id=="NDMenuSizer"){this.desiredMenuWidth=document.getElementById("NDMenu").offsetWidth;}else{this.desiredSummaryWidth=document.getElementById("NDSummary").offsetWidth;}this.UpdateLayout();};this.OnSizerMouseUp=function(event){document.onmousemove=null;document.onmouseup=null;document.onselectstart=null;document.body.removeChild(document.getElementById("NDContentCover"));NDCore.RemoveClass(this.sizerDragging.sizer,"Dragging");this.sizerDragging=undefined;};this.SizeSummaryToContent=function(){this.SizePanelToContent(document.getElementById("NDSummary"),this.desiredSummaryWidth);};this.SizePanelToContent=function(panel,desiredOffsetWidth){if(this.desiredSummaryWidth==undefined){return;}var resized=false;if(panel.clientWidth==panel.scrollWidth){if(panel.offsetWidth==desiredOffsetWidth){return;}else{NDCore.SetToAbsolutePosition(panel,undefined,undefined,desiredOffsetWidth,undefined);resized=true;}}var newOffsetWidth=panel.scrollWidth;if(panel.scrollHeight>panel.clientHeight){newOffsetWidth+=panel.offsetWidth-panel.clientWidth;}else{newOffsetWidth+=NDCore.GetComputedPixelWidth(panel,"borderLeftWidth")+NDCore.GetComputedPixelWidth(panel,"borderRightWidth");}if(newOffsetWidth!=desiredOffsetWidth){newOffsetWidth+=3;if(newOffsetWidth/desiredOffsetWidth>1.333){newOffsetWidth=Math.floor(desiredOffsetWidth*1.333);}if(panel.offsetWidth!=newOffsetWidth){NDCore.SetToAbsolutePosition(panel,undefined,undefined,newOffsetWidth,undefined);resized=true;}}if(resized){this.UpdateLayout();}};}; \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/styles/DefaultJS/NDMenu.js b/v66.0.1/MSCL_API_Docs/styles/DefaultJS/NDMenu.js deleted file mode 100644 index 02651854e..000000000 --- a/v66.0.1/MSCL_API_Docs/styles/DefaultJS/NDMenu.js +++ /dev/null @@ -1,12 +0,0 @@ -/* -This file is part of Natural Docs, which is Copyright © 2003-2018 Code Clear LLC. -Natural Docs is licensed under version 3 of the GNU Affero General Public -License (AGPL). Refer to License.txt or www.naturaldocs.org for the -complete details. - -This file may be distributed with documentation files generated by Natural Docs. -Such documentation is not covered by Natural Docs' copyright and licensing, -and may have its own copyright and distribution terms as decided by its author. -*/ - -"use strict";var NDMenu=new function(){this.Start=function(){this.menuSections=[];this.firstUnusedMenuSection=0;var menuContainer=document.getElementById("NDMenu");var menuTabBar=document.createElement("div");menuTabBar.id="MTabBar";menuContainer.appendChild(menuTabBar);var menuContent=document.createElement("div");menuContent.id="MContent";menuContainer.appendChild(menuContent);NDCore.LoadJavaScript("menu/tabs.js","NDMenuTabsLoader");};this.OnLocationChange=function(oldLocation,newLocation){if(newLocation.type=="Home"&&this.tabs!=undefined&&this.tabs.length==1){this.GoToOffsets([0]);return;}if(oldLocation==undefined||oldLocation.type!=newLocation.type){this.UpdateTabs(newLocation.type);}if(oldLocation==undefined||oldLocation.type!=newLocation.type||oldLocation.path!=newLocation.path){this.Build(new NDMenuHashPath(newLocation.type,newLocation.path));}};this.GoToOffsets=function(offsets){if(this.tabs!=undefined){var newSelectedTab;if(offsets.length>=1){newSelectedTab=this.tabs[offsets[0]][0];if(newSelectedTab!=this.selectedTabType){this.UpdateTabs(newSelectedTab);}}}this.Build(new NDMenuOffsetPath(offsets));};this.Build=function(path){if(path!=undefined){this.pathBeingBuilt=path;}else if(this.pathBeingBuilt==undefined){return;}this.firstUnusedMenuSection=0;var newMenuContent=document.createElement("div");newMenuContent.id="MContent";var result;if(this.tabs!=undefined){result=this.BuildEntries(newMenuContent,this.pathBeingBuilt);}else{result={completed:false};}if(!result.completed){var htmlEntry=document.createElement("div");htmlEntry.className="MLoadingNotice";newMenuContent.appendChild(htmlEntry);}var oldMenuContent=document.getElementById("MContent");var menuContainer=oldMenuContent.parentNode;menuContainer.replaceChild(newMenuContent,oldMenuContent);if(NDCore.IsIE()&&NDCore.IEVersion()==10){setTimeout(function(){document.getElementById("NDMenu").style.zoom="100%";},0);}if(result.completed){if(result.selectedFile){if(result.selectedFile.offsetTop+result.selectedFile.offsetHeight>menuContainer.scrollTop+menuContainer.clientHeight){result.selectedFile.scrollIntoView(false);}else if(result.selectedFile.offsetTop"+""+""+tabTitle+"";htmlMenu.appendChild(htmlEntry);}}else{for(var i=0;i";if(typeof(member[1])=="object"){title+=member[1][0];}else{title+=member[1];}var targetPath=(pathSoFar.length==0?i:pathSoFar.join(",")+","+i);var htmlEntry=document.createElement("a");htmlEntry.className="MEntry MFolder Child";htmlEntry.setAttribute("href","javascript:NDMenu.GoToOffsets(["+targetPath+"])");htmlEntry.innerHTML=title;htmlMenu.appendChild(htmlEntry);}}}result.completed=true;if(selectedTab!=undefined){selectedTab[6]=pathSoFar;}return result;};this.MenuSection=function(file){for(var i=0;i=this.firstUnusedMenuSection){if(i>this.firstUnusedMenuSection){this.menuSections.splice(i,1);this.menuSections.splice(this.firstUnusedMenuSection,0,section);}this.firstUnusedMenuSection++;}if(section.ready==true){return section.contents;}else{return undefined;}}}return undefined;};this.LoadMenuSection=function(file){for(var i=0;i10){for(var i=this.menuSections.length-1;i>=this.firstUnusedMenuSection&&this.menuSections.length>10;i--){if(this.menuSections[i].ready==false){break;}this.menuSections.pop();}}};this.OnTabsLoaded=function(tabs){this.tabs=tabs;NDCore.RemoveScriptElement("NDMenuTabsLoader");var tabBar=document.getElementById("MTabBar");for(var i=0;i"+tabTitle+"";tab.style.position="absolute";tab.style.visibility="hidden";tabBar.appendChild(tab);tabs[i][4]=tab.offsetWidth;tab.className="MTab Narrow";tabs[i][5]=tab.offsetWidth;if(tabs[i][0]==this.selectedTabType){tab.className+=" Selected";}}this.ResizeTabs();if(this.ShouldTabsShow()==false){tabBar.style.display="none";}for(var i=0;i1&&this.selectedTabType!=undefined&&this.selectedTabType!="Home");};this.OnUpdateLayout=function(){this.ResizeTabs();};this.GoToTab=function(newTabType){var tabIndex;for(var i=0;i=this.pathObject.path.length){return;}else if(this.currentContainer==undefined){this.pathIndex++;}else{var currentEntry=this.currentContainer[this.pathObject.path[this.pathIndex]];this.currentContainer=undefined;this.currentContainerHashPath=undefined;this.needToLoad=undefined;if(this.pathIndex==0){this.currentContainerHashPath=currentEntry[2];this.needToLoad=currentEntry[3];}else if(currentEntry[0]==2){this.currentContainerHashPath=currentEntry[2];if(typeof currentEntry[3]=="string"){this.needToLoad=currentEntry[3];}else{this.currentContainer=currentEntry[3];}}this.pathIndex++;if(this.needToLoad!=undefined){this.currentContainer=NDMenu.MenuSection(this.needToLoad);if(this.currentContainer!=undefined){this.needToLoad=undefined;}}}};this.NavigationType=function(){if(this.currentContainer==undefined){return 9;}if(this.pathIndex>=this.pathObject.path.length){return-1;}var currentEntry=this.currentContainer[this.pathObject.path[this.pathIndex]];if(this.InTabs()==false&¤tEntry[0]==1){return 3;}if(this.pathIndex==this.pathObject.path.length-1){return 2;}if(this.pathIndex+2<=this.pathObject.path.length-1){return 1;}var lookahead=this.Duplicate();lookahead.Next();if(lookahead.NavigationType()==9){this.needToLoad=lookahead.NeedToLoad();return 9;}else if(lookahead.CurrentEntry()[0]==2){return 1;}else{return 2;}};this.Duplicate=function(){var newObject=new NDMenuOffsetPathIterator(this.pathObject);newObject.pathIndex=this.pathIndex;newObject.currentContainer=this.currentContainer;newObject.needToLoad=this.needToLoad;return newObject;};this.CurrentEntry=function(){if(this.currentContainer!=undefined&&this.pathIndex0){this.domResults.scrollTop--;}};this.LoadMoreResults=function(){this.moreResultsThreshold=this.visibleEntryCount+25;this.domSearchField.focus();this.Update();};this.ActivateLinkFromKeyboard=function(domLink){var address=domLink.getAttribute("href");if(address.substr(0,11)=="javascript:"){address=address.substr(11);address=address.replace(/^(NDSearch.ToggleParent\([0-9]+,)false(.*)$/,"$1true$2");eval(address);}else{location.href=address;}};this.OnSearchFieldFocus=function(){if(!this.SearchFieldIsActive()){this.ActivateSearchField();if(this.allPrefixesStatus==1){this.allPrefixesStatus=2;NDCore.LoadJavaScript("search/index.js");}}};this.OnSearchFieldKey=function(event){if(event===undefined){event=window.event;}if(event.keyCode==27){this.ClearResults();this.DeactivateSearchField();document.getElementById("CFrame").contentWindow.focus();}else if(event.keyCode==38){if(this.keyboardSelectionIndex<=0){this.keyboardSelectionIndex=this.visibleEntryCount-1;}else{this.keyboardSelectionIndex--;}this.UpdateSelection();}else if(event.keyCode==40){if(this.visibleEntryCount==0){this.keyboardSelectionIndex=-1;}else if(this.keyboardSelectionIndex>=this.visibleEntryCount-1){this.keyboardSelectionIndex=0;}else{this.keyboardSelectionIndex++;}this.UpdateSelection();}else if(event.keyCode==37){if(this.keyboardSelectionIndex!=-1){var domSelectedEntry=document.getElementById("SeSelectedEntry");if(NDCore.HasClass(domSelectedEntry,"SeParent")&&NDCore.HasClass(domSelectedEntry,"open")){this.ActivateLinkFromKeyboard(domSelectedEntry);}}}else if(event.keyCode==39){if(this.keyboardSelectionIndex!=-1){var domSelectedEntry=document.getElementById("SeSelectedEntry");if(NDCore.HasClass(domSelectedEntry,"SeParent")&&NDCore.HasClass(domSelectedEntry,"closed")){this.ActivateLinkFromKeyboard(domSelectedEntry);}}}else if(event.keyCode==13){var domSelectedEntry=undefined;if(this.keyboardSelectionIndex!=-1){domSelectedEntry=document.getElementById("SeSelectedEntry");}else if(this.visibleEntryCount==1){domSelectedEntry=this.domResultsContent.firstChild;}else if(this.visibleEntryCount==2&&NDCore.HasClass(this.domResultsContent.firstChild,"SeParent")){domSelectedEntry=this.domResultsContent.childNodes[1].firstChild;}if(domSelectedEntry!=undefined){this.ActivateLinkFromKeyboard(domSelectedEntry);}else if(this.keyboardSelectionIndex==-1&&this.visibleEntryCount>0){this.keyboardSelectionIndex=0;this.UpdateSelection();}}else if(NDCore.SupportsOnInput()==false){if(event.keyCode!=37&&event.keyCode!=39){this.OnSearchFieldChange(event);}}};this.OnSearchFieldChange=function(event){if(event===undefined){event=window.event;}this.keyboardSelectionIndex=-1;if(this.initialTimeoutStatus==3){if(this.updateTimeout==undefined){this.updateTimeout=setTimeout(function(){clearTimeout(NDSearch.updateTimeout);NDSearch.updateTimeout=undefined;NDSearch.Update();},350);}}else{var searchInterpretations=this.GetSearchInterpretations();if(searchInterpretations.length!=0&&this.allPrefixesStatus==3&&this.GetMatchingPrefixes(searchInterpretations).length<=1){if(this.initialTimeoutStatus==2){clearTimeout(this.initialTimeout);this.initialTimeout=undefined;}this.initialTimeoutStatus=3;this.Update();}else if(this.initialTimeoutStatus==1){this.initialTimeoutStatus=2;this.initialTimeout=setTimeout(function(){if(NDSearch.initialTimeoutStatus==2){clearTimeout(NDSearch.initialTimeout);NDSearch.initialTimeout=undefined;NDSearch.initialTimeoutStatus=3;NDSearch.Update();}},1250);}}};this.OnResultsFocus=function(){this.domSearchField.focus();};this.OnUpdateLayout=function(){if(this.domResults!=undefined){this.PositionResults();if(this.keyboardSelectionIndex!=-1){var domSelectedEntry=document.getElementById("SeSelectedEntry");if(domSelectedEntry!=undefined){this.ScrollEntryIntoView(domSelectedEntry,false);}}}};this.GetSearchInterpretations=function(){var interpretations=[];var normalizedSearchText=this.domSearchField.value.toLowerCase();normalizedSearchText=normalizedSearchText.replace(/\s+/g," ");normalizedSearchText=normalizedSearchText.replace(/^ /,"");normalizedSearchText=normalizedSearchText.replace(/ $/,"");normalizedSearchText=normalizedSearchText.replace(/([^a-z0-9_]) /g,"$1");normalizedSearchText=normalizedSearchText.replace(/ (?=[^a-z0-9_])/g,"");normalizedSearchText=normalizedSearchText.replace(/::|->/g,".");normalizedSearchText=normalizedSearchText.replace(/\\/g,"/");normalizedSearchText=normalizedSearchText.replace(/^[./]+/,"");if(normalizedSearchText==""){return interpretations;}interpretations.push(normalizedSearchText);var lastChar=normalizedSearchText.charAt(normalizedSearchText.length-1);if(lastChar==":"||lastChar=="-"){interpretations.push(normalizedSearchText.substr(0,normalizedSearchText.length-1)+".");}return interpretations;};this.GetMatchingPrefixes=function(searchTextArray){var matchingPrefixes=[];if(this.allPrefixesStatus!=3){return matchingPrefixes;}for(var i=0;i=searchPrefix.length&&this.allPrefixes[prefixIndex].substr(0,searchPrefix.length)==searchPrefix){matchingPrefixes.push(this.allPrefixes[prefixIndex]);prefixIndex++;}else{break;}}}}if(searchTextArray.length<=1){return matchingPrefixes;}matchingPrefixes.sort();for(var i=1;i>1;if(prefix==this.allPrefixes[testIndex]){return testIndex;}else if(prefixmaximum){return true;}}}}}}return false;};this.BuildResults=function(searchInterpretations,searchInterpretationPrefixes,favorClasses,forceExpansion){var results={html:""};this.topLevelEntryCount=0;this.visibleEntryCount=0;var addSearchingStatus=false;for(var p=0;p"+"
"+lastMatchingMemberObject[1];if(lastMatchingMemberObject[0]!=undefined||lastMatchingMemberObject[2]!=undefined){html+="";if(lastMatchingMemberObject[0]!=undefined){html+=", "+lastMatchingMemberObject[0];}if(lastMatchingMemberObject[2]!=undefined){html+=", "+lastMatchingMemberObject[2];}html+="";}html+="";this.topLevelEntryCount++;this.visibleEntryCount++;return html;}else{var selected=(this.keyboardSelectionIndex==this.visibleEntryCount);var openClosed;if(forceExpansion||this.openParents.indexOf(this.topLevelEntryCount)!=-1){openClosed="open";}else{openClosed="closed";}var html=""+"
"+keywordObject[0]+" ("+memberMatches+")"+"";this.topLevelEntryCount++;this.visibleEntryCount++;if(openClosed=="open"){html+="
";for(var i=0;i"+"
"+memberObject[1];if(memberObject[0]!=undefined||memberObject[2]!=undefined){html+="";if(memberObject[0]!=undefined){html+=", "+memberObject[0];}if(memberObject[2]!=undefined){html+=", "+memberObject[2];}html+="";}html+="";this.visibleEntryCount++;}}html+="
";}return html;}};this.BuildSearchingStatus=function(){return"
"+"Searching..."+"
";};this.BuildNoMatchesStatus=function(){return"
"+"No Matches"+"
";};this.BuildMoreResultsEntry=function(){var selected=(this.keyboardSelectionIndex==this.visibleEntryCount);var html=""+"
"+"More Results..."+"";this.visibleEntryCount++;this.topLevelEntryCount++;return html;};this.MakePrefix=function(searchText){var prefix="";for(var i=0;i<3;i++){if(i>=searchText.length){break;}var char=searchText.charAt(i);if(char==" "||char=="."||char=="/"){break;}prefix+=char;}if(prefix.length>0){return prefix;}else{return undefined;}};this.PrefixToHex=function(prefix){var hex="";for(var i=0;imaxHeight){NDCore.SetToAbsolutePosition(this.domResults,undefined,undefined,undefined,maxHeight);}if(this.domResults.offsetWidth>maxWidth){NDCore.SetToAbsolutePosition(this.domResults,undefined,undefined,maxWidth,undefined);}else{if(this.domResults.scrollWidth>this.domResults.clientWidth){var newWidth=this.domResults.offsetWidth+(this.domResults.scrollWidth-this.domResults.clientWidth)+5;if(newWidth>maxWidth){newWidth=maxWidth;}NDCore.SetToAbsolutePosition(this.domResults,undefined,undefined,newWidth,undefined);}if(this.domResults.offsetWidthitemTop){offset=itemTop-windowTop;}if(offset!=0){this.domResults.scrollTop+=offset;}};this.OnPrefixIndexLoaded=function(prefixes){this.allPrefixes=prefixes;this.allPrefixesStatus=3;if(this.initialTimeoutStatus==3){this.Update();}};this.LoadPrefixData=function(prefix){if(this.prefixObjects[prefix]==undefined){var prefixObject=[];prefixObject[0]=prefix;prefixObject[2]=false;prefixObject[3]="NDPrefixLoader_"+this.PrefixToHex(prefix);this.prefixObjects[prefix]=prefixObject;NDCore.LoadJavaScript(this.PrefixToDataFile(prefix),prefixObject[3]);}};this.OnPrefixDataLoaded=function(prefix,commentTypes,keywordObjects){var prefixObject=this.prefixObjects[prefix];if(prefixObject==undefined){return;}for(var k=0;k"+entry[3];entryHTML.onmouseover=mouseOverHandler;entryHTML.onmouseout=mouseOutHandler;var entryHTMLChild=entryHTML.firstChild;if(entryHTMLChild!=undefined&&NDCore.HasClass(entryHTMLChild,"Qualifier")){entryHTMLChild.onmouseover=mouseOverHandler;entryHTMLChild.onmouseout=mouseOutHandler;}newContent.appendChild(entryHTML);}}}var summaryContainer=document.getElementById("NDSummary");var oldContent=document.getElementById("SuContent");if(oldContent!=undefined){summaryContainer.replaceChild(newContent,oldContent);}else{summaryContainer.appendChild(newContent);}newContent.scrollIntoView(true);if(this.summaryEntries!=undefined){NDFramePage.SizeSummaryToContent();}if(NDCore.IsIE()&&NDCore.IEVersion()==10){setTimeout(function(){document.getElementById("NDSummary").style.zoom="100%";},0);}};this.FinishIENavigation=function(){if(NDCore.IsIE()&&this.summaryEntries!=undefined&&NDFramePage.currentLocation!=undefined&&NDFramePage.currentLocation.type=="File"&&NDFramePage.currentLocation.member!=undefined){var topicID=-1;for(var i=0;i0){return id;}else{return-1;}};this.ShowToolTip=function(){var entry=document.getElementById("SuEntry"+this.showingToolTip);this.toolTipHolder.innerHTML=this.summaryToolTips[this.showingToolTip];this.toolTipHolder.style.visibility="hidden";this.toolTipHolder.style.display="block";var summaryBlock=document.getElementById("NDSummary");var x=summaryBlock.offsetLeft+entry.offsetLeft+entry.offsetWidth;var y=summaryBlock.offsetTop+entry.offsetTop-summaryBlock.scrollTop;var newWidth=undefined;var maxWidth=NDCore.WindowClientWidth()-x;if(this.toolTipHolder.offsetWidth>maxWidth){newWidth=maxWidth;}NDCore.SetToAbsolutePosition(this.toolTipHolder,x,y,newWidth,undefined);var prototypes=NDCore.GetElementsByClassName(this.toolTipHolder,"NDPrototype","div");if(prototypes.length>0&&NDCore.HasClass(prototypes[0],"WideForm")&&prototypes[0].scrollWidth>prototypes[0].offsetWidth){NDCore.ChangePrototypeToNarrowForm(prototypes[0]);}var footer=document.getElementById("NDFooter");if(y+this.toolTipHolder.offsetHeight+(footer.offsetHeight*2)>NDCore.WindowClientHeight()){var newY=NDCore.WindowClientHeight()-this.toolTipHolder.offsetHeight-(footer.offsetHeight*2);if(newY<0){newY=0;}NDCore.SetToAbsolutePosition(this.toolTipHolder,undefined,newY,undefined,undefined);}this.toolTipHolder.style.visibility="visible";};this.ResetToolTip=function(){if(this.showingToolTip!=undefined){this.toolTipHolder.style.display="none";this.toolTipHolder.style.width=null;this.lastToolTip=this.showingToolTip;this.showingToolTip=undefined;}if(this.toolTipTimeout!=undefined){clearTimeout(this.toolTipTimeout);this.toolTipTimeout=undefined;}};}; \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/styles/main.css b/v66.0.1/MSCL_API_Docs/styles/main.css deleted file mode 100644 index 5eec8344c..000000000 --- a/v66.0.1/MSCL_API_Docs/styles/main.css +++ /dev/null @@ -1 +0,0 @@ -@import URL("Default/Default.css");@import URL("msclDocsStyle/msclDocsStyle.css"); \ No newline at end of file diff --git a/v66.0.1/MSCL_API_Docs/styles/main.js b/v66.0.1/MSCL_API_Docs/styles/main.js 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-NDFramePage.OnPageTitleLoaded("CClass:AccelBias","AccelBias");NDSummary.OnSummaryLoaded("CClass:AccelBias",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[1051,0,0,"AccelBias"],[1052,0,2,"Functions","Functions"],[1053,0,1,"commandName","commandName"],[1054,0,1,"MakeSetCommand","MakeSetCommand"],[1055,0,1,"MakeGetCommand","MakeGetCommand"],[1056,0,1,"getResponseData","getResponseData"],[1057,0,1,"operator ByteStream","operator_ByteStream"],[1058,0,1,"AccelBias","AccelBias"],[1059,0,1,"commandType","commandType"],[1060,0,1,"fieldDataByte","fieldDataByte"],[1061,0,1,"responseExpected","responseExpected"],[1062,0,2,"Variables","Variables"],[1063,0,3,"m_functionSelector","m_functionSelector"],[1064,0,3,"m_accelerometerBiasVector","m_accelerometerBiasVector"],[1065,0,2,"Functions","Functions(2)"],[1066,0,1,"~AccelBias","~AccelBias"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AccelBias-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/AccelBias-SummaryToolTips.js deleted file mode 100644 index 03f725fca..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AccelBias-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:AccelBias",{1051:"
AccelBias
Contains the logic for the Inertial GPSTimeUpdate command.
",1053:"
virtual std::string commandName() const
",1054:"
static AccelBias MakeSetCommand(
const GeometricVector &vectorToSet
)
",1055:"
static AccelBias MakeGetCommand()
",1056:"
static GeometricVector getResponseData(
const GenericMipCmdResponse &response
)
",1057:"
operator ByteStream() const
Converts this class to a ByteStream.
",1058:"
AccelBias(
MipTypes::FunctionSelector function_selector,
const GeometricVector &dataToUse
)
Private constructor creates a GyroBias object.  Use Make___Command methods to create an object.
",1059:"
virtual MipTypes::Command commandType() const
",1060:"
virtual uint8 fieldDataByte() const
",1061:"
virtual bool responseExpected() const
",1063:"
MipTypes::FunctionSelector m_functionSelector
The MipTypes::FunctionSelector type of command to send, get/set, reset to factory defaults, et al.
",1064:"
GeometricVector m_accelerometerBiasVector
The ConstellationSettingsData to send to the device.
",1066:"
~AccelBias()
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AccelBias-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/AccelBias-ToolTips.js deleted file mode 100644 index 2193d05a5..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AccelBias-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1051:"
AccelBias
Contains the logic for the Inertial GPSTimeUpdate command.
",1631:"
GeometricVector
Defines a 3 dimensional, spatial vector.
",2017:"
Contains the data for the InertialNode::setConstellationSettings API call.
",2927:"
GenericMipCmdResponse
Represents the response to a GenericMipCommand.
",3158:"
The enums for all the different types/categories of MIP commands and data.
",3171:"
The enums for all of the different MIP commands.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AccelBias.html b/v66.0.1/MSCL_Docs/classes/C/AccelBias.html deleted file mode 100644 index 4c0403a6c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AccelBias.html +++ /dev/null @@ -1,100 +0,0 @@ - - -AccelBias - - - - - - - -
-
AccelBias
-
public
MipCommand
AccelBias
-

Contains the logic for the Inertial GPSTimeUpdate command.

-
- -
-
Functions
-
- -
-
commandName
-
virtual std::string commandName() const
-
Returns
std::string

the string name for this class.

-
- -
-
MakeSetCommand
-
static AccelBias MakeSetCommand(
const GeometricVector &vectorToSet
)
-
Parameter
vectorToSet
const GeometricVector&

The GeometricVector accelerometer bias vector to set.

Returns
AccelBias

object for the set command.

-
- -
-
MakeGetCommand
-
static AccelBias MakeGetCommand()
-
Returns
AccelBias

object for the get command.

-
- -
-
getResponseData
-
static GeometricVector getResponseData(
const GenericMipCmdResponse &response
)
-
Parameter
response
const GenericMipCmdResponse&

The GenericMipCmdResponse object from which to get formatted data.

Returns

GeometricVector object with the data returned from the device.

-
- -
-
operator ByteStream
-
operator ByteStream() const
-

Converts this class to a ByteStream.

-
- -
-
AccelBias
-
AccelBias(
MipTypes::FunctionSelector function_selector,
const GeometricVector &dataToUse
)
-

Private constructor creates a GyroBias object.  Use Make___Command methods to create an object.

-
- -
-
commandType
-
virtual MipTypes::Command commandType() const
-
Returns
MipTypes::Command

the command ID.

-
- -
-
fieldDataByte
-
virtual uint8 fieldDataByte() const
-
Returns
uint8

the byte ID for field data in the reply.

-
- -
-
responseExpected
-
virtual bool responseExpected() const
-
Returns
bool

True indicates that a response should return from the device.

-
- -
-
Variables
-
- -
-
m_functionSelector
-
MipTypes::FunctionSelector m_functionSelector
-

The MipTypes::FunctionSelector type of command to send, get/set, reset to factory defaults, et al.

-
- -
-
m_accelerometerBiasVector
-
GeometricVector m_accelerometerBiasVector
-

The ConstellationSettingsData to send to the device.

-
- -
-
Functions
-
- -
-
~AccelBias
-
~AccelBias()
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ActivationCode-Summary.js b/v66.0.1/MSCL_Docs/classes/C/ActivationCode-Summary.js deleted file mode 100644 index fa8c72fb1..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ActivationCode-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:ActivationCode","ActivationCode");NDSummary.OnSummaryLoaded("CClass:ActivationCode",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Groups","Group"]],[[4583,0,0,"ActivationCode"],[4584,0,2,"Constants","Constants"],[4585,0,1,"Packet Bytes","Packet_Bytes"],[4586,0,1,,"FIELD_DATA_BYTE"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ActivationCode-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/ActivationCode-SummaryToolTips.js deleted file mode 100644 index fa2a24f4c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ActivationCode-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:ActivationCode",{4583:"
ActivationCode
Contains the logic for the ActivationCode command.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ActivationCode-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/ActivationCode-ToolTips.js deleted file mode 100644 index 9589986d9..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ActivationCode-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2937:"
GenericMipCommand
Represents a base class for MIP commands
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ActivationCode.html b/v66.0.1/MSCL_Docs/classes/C/ActivationCode.html deleted file mode 100644 index c6552b89e..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ActivationCode.html +++ /dev/null @@ -1,26 +0,0 @@ - - -ActivationCode - - - - - - - -
-
ActivationCode
- -

Contains the logic for the ActivationCode command.

-
- -
-
Constants
-
- -
-
Packet Bytes
-
FIELD_DATA_BYTE

Descriptor byte for the Field data.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ActivitySense-Summary.js b/v66.0.1/MSCL_Docs/classes/C/ActivitySense-Summary.js deleted file mode 100644 index 4b9c257e5..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ActivitySense-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:ActivitySense","ActivitySense");NDSummary.OnSummaryLoaded("CClass:ActivitySense",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[6840,0,0,"ActivitySense"],[6841,0,2,"Variables","Variables"],[6842,0,3,"m_enabled","m_enabled"],[6843,0,3,"m_activityThreshold","m_activityThreshold"],[6844,0,3,"m_inactivityThreshold","m_inactivityThreshold"],[6845,0,3,"m_activityTime","m_activityTime"],[6846,0,3,"m_inactivityTimeout","m_inactivityTimeout"],[6847,0,2,"Functions","Functions"],[6848,0,1,"enabled","enabled"],[6849,0,1,"enabled","enabled(2)"],[6850,0,1,"activityThreshold","activityThreshold"],[6851,0,1,"activityThreshold","activityThreshold(2)"],[6852,0,1,"inactivityThreshold","inactivityThreshold"],[6853,0,1,"inactivityThreshold","inactivityThreshold(2)"],[6854,0,1,"activityTime","activityTime"],[6855,0,1,"activityTime","activityTime(2)"],[6856,0,1,"inactivityTimeout","inactivityTimeout"],[6857,0,1,"inactivityTimeout","inactivityTimeout(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ActivitySense-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/ActivitySense-SummaryToolTips.js deleted file mode 100644 index d8e2899a0..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ActivitySense-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:ActivitySense",{6840:"
ActivitySense
Contains all of the ActivitySense options that can be configured for a WirelessNode.  Activity Sense is a power saving feature that allows a Node to be in a low-power state when no activity is suspected, and then immediately jump to its normal sampling state when a certain activity threshold is reached.
",6842:"
bool m_enabled
Whether Activity Sense is enabled or disabled.
",6843:"
float m_activityThreshold
The activity threshold (in G\'s).
",6844:"
float m_inactivityThreshold
The inactivity threshold (in G\'s).
",6845:"
float m_activityTime
The activity time (in seconds).
",6846:"
float m_inactivityTimeout
The inactivity timeout (in seconds).
",6848:"
bool enabled() const
Gets whether Activity Sense is enabled or disabled in this options object.
",6849:"
void enabled(
bool enable
)
Sets whether Activity Sense is enabled or disabled in this options object.
",6850:"
float activityThreshold() const
Gets the current activity threshold value in this options object.  This is the threshold the channel must exceed, for activityTime seconds to begin sampling.
",6851:"
void activityThreshold(
float threshold
)
Sets the activity threshold value in this options object.  This is the threshold the channel must exceed, for activityTime seconds to begin sampling.
",6852:"
float inactivityThreshold() const
Gets the current inactivity threshold value in this options object.  This is the threshold the channel must drop below, for inactivityTimeout seconds to begin sampling.
",6853:"
void inactivityThreshold(
float threshold
)
Sets the inactivity threshold value in this options object.  This is the threshold the channel must drop below, for inactivityTimeout seconds to begin sampling.
",6854:"
float activityTime() const
Gets the amount of time that activity must be seen above activityThreshold before the Node enters its sampling mode, currently set in this options object.
",6855:"
void activityTime(
float time
)
Sets the amount of time that activity must be seen above activityThreshold before the Node enters its sampling mode, in this options object.
",6856:"
float inactivityTimeout() const
Gets the current amount of time that the Activity Sense mode runs without a value over the activityThreshold before it goes back into a low power mode, in this options object.
",6857:"
void inactivityTimeout(
float timeout
)
Sets the current amount of time that the Activity Sense mode runs without a value over the activityThreshold before it goes back into a low power mode, in this options object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ActivitySense-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/ActivitySense-ToolTips.js deleted file mode 100644 index 5c18be994..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ActivitySense-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6850:"
float activityThreshold() const
Gets the current activity threshold value in this options object.  This is the threshold the channel must exceed, for activityTime seconds to begin sampling.
",6854:"
float activityTime() const
Gets the amount of time that activity must be seen above activityThreshold before the Node enters its sampling mode, currently set in this options object.
",6856:"
float inactivityTimeout() const
Gets the current amount of time that the Activity Sense mode runs without a value over the activityThreshold before it goes back into a low power mode, in this options object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ActivitySense.html b/v66.0.1/MSCL_Docs/classes/C/ActivitySense.html deleted file mode 100644 index 82c5ac747..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ActivitySense.html +++ /dev/null @@ -1,115 +0,0 @@ - - -ActivitySense - - - - - - - -
-
ActivitySense
-
ActivitySense
-

Contains all of the ActivitySense options that can be configured for a WirelessNode.  Activity Sense is a power saving feature that allows a Node to be in a low-power state when no activity is suspected, and then immediately jump to its normal sampling state when a certain activity threshold is reached.

-
- -
-
Variables
-
- -
-
m_enabled
-
bool m_enabled
-

Whether Activity Sense is enabled or disabled.

-
- -
-
m_activityThreshold
-
float m_activityThreshold
-

The activity threshold (in G's).

-
- -
-
m_inactivityThreshold
-
float m_inactivityThreshold
-

The inactivity threshold (in G's).

-
- -
-
m_activityTime
-
float m_activityTime
-

The activity time (in seconds).

-
- -
-
m_inactivityTimeout
-
float m_inactivityTimeout
-

The inactivity timeout (in seconds).

-
- -
-
Functions
-
- -
-
enabled
-
bool enabled() const
-

Gets whether Activity Sense is enabled or disabled in this options object.

Returns

true if Activity Sense is enabled in this options object, false if it is disabled.

-
- -
-
enabled
-
void enabled(
bool enable
)
-

Sets whether Activity Sense is enabled or disabled in this options object.

Parameters
enable
bool

Whether to enable (true) or disable (false) Activity Sense mode in this options object.

-
- -
-
activityThreshold
-
float activityThreshold() const
-

Gets the current activity threshold value in this options object.  This is the threshold the channel must exceed, for activityTime seconds to begin sampling.

Returns

The activity threshold value (in G's) set in this options object.

-
- -
-
activityThreshold
-
void activityThreshold(
float threshold
)
-

Sets the activity threshold value in this options object.  This is the threshold the channel must exceed, for activityTime seconds to begin sampling.

Parameters
threshold
float

The activity threshold value (in G's) to set in this options object.

-
- -
-
inactivityThreshold
-
float inactivityThreshold() const
-

Gets the current inactivity threshold value in this options object.  This is the threshold the channel must drop below, for inactivityTimeout seconds to begin sampling.

Returns

The inactivity threshold value (in G's) set in this options object.

-
- -
-
inactivityThreshold
-
void inactivityThreshold(
float threshold
)
-

Sets the inactivity threshold value in this options object.  This is the threshold the channel must drop below, for inactivityTimeout seconds to begin sampling.

Parameters
threshold
float

The inactivity threshold value (in G's) to set in this options object.

-
- -
-
activityTime
-
float activityTime() const
-

Gets the amount of time that activity must be seen above activityThreshold before the Node enters its sampling mode, currently set in this options object.

Returns

The activity time value set in this options object.

-
- -
-
activityTime
-
void activityTime(
float time
)
-

Sets the amount of time that activity must be seen above activityThreshold before the Node enters its sampling mode, in this options object.

Parameters
time
float

The activity time value to set in this options object.

-
- -
-
inactivityTimeout
-
float inactivityTimeout() const
-

Gets the current amount of time that the Activity Sense mode runs without a value over the activityThreshold before it goes back into a low power mode, in this options object.

Returns

The inactivity timeout value set in this options object.

-
- -
-
inactivityTimeout
-
void inactivityTimeout(
float timeout
)
-

Sets the current amount of time that the Activity Sense mode runs without a value over the activityThreshold before it goes back into a low power mode, in this options object.

Parameters
timeout
float

The inactivity timeout value to set in this options object.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AdaptiveMeasurement-Summary.js b/v66.0.1/MSCL_Docs/classes/C/AdaptiveMeasurement-Summary.js deleted file mode 100644 index 97447c388..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AdaptiveMeasurement-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:AdaptiveMeasurement","AdaptiveMeasurement");NDSummary.OnSummaryLoaded("CClass:AdaptiveMeasurement",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[1036,0,0,"AdaptiveMeasurement"],[1037,0,2,"Functions","Functions"],[1038,0,1,"commandName","commandName"],[1039,0,1,"MakeSetCommand","MakeSetCommand"],[1040,0,1,"MakeGetCommand","MakeGetCommand"],[1041,0,1,"getResponseData","getResponseData"],[1042,0,1,"operator ByteStream","operator_ByteStream"],[1043,0,1,"Constructor AdaptiveMeasurement","Constructor_AdaptiveMeasurement"],[1044,0,1,"commandType","commandType"],[1045,0,1,"fieldDataByte","fieldDataByte"],[1046,0,1,"responseExpected","responseExpected"],[1047,0,2,"Variables","Variables"],[1048,0,3,"m_cmd","m_cmd"],[1049,0,3,"m_functionSelector","m_functionSelector"],[1050,0,3,"m_HeadingUpdateOptions","m_HeadingUpdateOptions"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AdaptiveMeasurement-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/AdaptiveMeasurement-SummaryToolTips.js deleted file mode 100644 index 627b58fc5..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AdaptiveMeasurement-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:AdaptiveMeasurement",{1036:"
AdaptiveMeasurement
Contains the logic for the Inertial Adaptive Measurement commands: Gravity Magnitude Error Adaptive Measurement, Magnetometer Magnitude Error Adaptive Measurement, and Magnetometer Dip Angle Error Adaptive Measurement.
",1038:"
virtual std::string commandName() const
",1039:"
static AdaptiveMeasurement MakeSetCommand(
MipTypes::Command cmd,
const AdaptiveMeasurementData &data
)
Parameter: cmd The specific MipTypes::Command type to be constructed
",1040:"
static AdaptiveMeasurement MakeGetCommand(
MipTypes::Command cmd
)
Parameter: cmd The specific MipTypes::Command type to be constructed
",1041:"
AdaptiveMeasurementData getResponseData(
const GenericMipCmdResponse &response
)
",1042:"
operator ByteStream() const
Converts this class to a ByteStream.
",1043:"
Private constructor creates a AdaptiveMeasurement object.  Use Make___Command methods to create an object.
",1044:"
virtual MipTypes::Command commandType() const
",1045:"
virtual uint8 fieldDataByte() const
",1046:"
virtual bool responseExpected() const
",1048:"
MipTypes::Command m_cmd
The specific MipTypes::Command type of this object
",1049:"
MipTypes::FunctionSelector m_functionSelector
The FunctionSelector type of command to send, get/set, reset to factory defaults, et al.
",1050:"
The uint8 to send to the device.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AdaptiveMeasurement-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/AdaptiveMeasurement-ToolTips.js deleted file mode 100644 index 7474e6948..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AdaptiveMeasurement-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1036:"
AdaptiveMeasurement
Contains the logic for the Inertial Adaptive Measurement commands: Gravity Magnitude Error Adaptive Measurement, Magnetometer Magnitude Error Adaptive Measurement, and Magnetometer Dip Angle Error Adaptive Measurement.
",2927:"
GenericMipCmdResponse
Represents the response to a GenericMipCommand.
",3158:"
The enums for all the different types/categories of MIP commands and data.
",3171:"
The enums for all of the different MIP commands.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AdaptiveMeasurement.html b/v66.0.1/MSCL_Docs/classes/C/AdaptiveMeasurement.html deleted file mode 100644 index 5ecd97b6a..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AdaptiveMeasurement.html +++ /dev/null @@ -1,95 +0,0 @@ - - -AdaptiveMeasurement - - - - - - - -
-
AdaptiveMeasurement
-
public
MipCommand
AdaptiveMeasurement
-

Contains the logic for the Inertial Adaptive Measurement commands: Gravity Magnitude Error Adaptive Measurement, Magnetometer Magnitude Error Adaptive Measurement, and Magnetometer Dip Angle Error Adaptive Measurement.

-
- -
-
Functions
-
- -
-
commandName
-
virtual std::string commandName() const
-
Returns
std::string

the string name for the command.

-
- -
-
MakeSetCommand
-
static AdaptiveMeasurement MakeSetCommand(
MipTypes::Command cmd,
const AdaptiveMeasurementData &data
)
-

Parameter: cmd The specific MipTypes::Command type to be constructed

Parameter: dataToUse The AdaptiveMeasurementData object to set.

Returns
AdaptiveMeasurement

object set up for sending a set command.

-
- -
-
MakeGetCommand
-
static AdaptiveMeasurement MakeGetCommand(
MipTypes::Command cmd
)
-

Parameter: cmd The specific MipTypes::Command type to be constructed

Returns
AdaptiveMeasurement

object set up for sending a get command.

-
- -
-
getResponseData
-
AdaptiveMeasurementData getResponseData(
const GenericMipCmdResponse &response
)
-
Parameter
response
const GenericMipCmdResponse&

The GenericMipCmdResponse object from which to get formatted data.

Returns
AdaptiveMeasurement

An object with the data returned from the device.

-
- -
-
operator ByteStream
-
operator ByteStream() const
-

Converts this class to a ByteStream.

-
- -
-
Constructor AdaptiveMeasurement
-

Private constructor creates a AdaptiveMeasurement object.  Use Make___Command methods to create an object.

-
- -
-
commandType
-
virtual MipTypes::Command commandType() const
-
Returns
MipTypes::Command

the command ID.

-
- -
-
fieldDataByte
-
virtual uint8 fieldDataByte() const
-
Returns
uint8

the byte ID for field data in the reply.

-
- -
-
responseExpected
-
virtual bool responseExpected() const
-
Returns
bool

True indicates that a response should return from the device.

-
- -
-
Variables
-
- -
-
m_cmd
- -

The specific MipTypes::Command type of this object

-
- -
-
m_functionSelector
-
MipTypes::FunctionSelector m_functionSelector
-

The FunctionSelector type of command to send, get/set, reset to factory defaults, et al.

-
- -
-
m_HeadingUpdateOptions
-

The uint8 to send to the device.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AdaptiveMeasurementData-Summary.js b/v66.0.1/MSCL_Docs/classes/C/AdaptiveMeasurementData-Summary.js deleted file mode 100644 index 7524926a8..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AdaptiveMeasurementData-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:AdaptiveMeasurementData","AdaptiveMeasurementData");NDSummary.OnSummaryLoaded("CClass:AdaptiveMeasurementData",[["C/C++","C"]],[["Functions","Function"],["Groups","Group"],["Structs","Struct"],["Variables","Variable"]],[[2240,0,2,"AdaptiveMeasurementData"],[2241,0,1,"Functions","Functions"],[2242,0,0,"AdaptiveMeasurementData","AdaptiveMeasurementData"],[2243,0,1,"Variables","Variables"],[2244,0,3,"mode","mode"],[2245,0,3,"lowPassFilterCutoff","lowPassFilterCutoff"],[2246,0,3,"lowLimit","lowLimit"],[2247,0,3,"highLimit","highLimit"],[2248,0,3,"lowLimitUncertainty","lowLimitUncertainty"],[2249,0,3,"highLimitUncertainty","highLimitUncertainty"],[2250,0,3,"minUncertainty","minUncertainty"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AdaptiveMeasurementData-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/AdaptiveMeasurementData-SummaryToolTips.js deleted file mode 100644 index ae0dac208..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AdaptiveMeasurementData-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:AdaptiveMeasurementData",{2242:"
AdaptiveMeasurementData() : mode(InertialTypes::AdaptiveMeasurementMode::ADAPTIVE_MEASUREMENT_DISABLE), lowPassFilterCutoff(0), lowLimit(0), highLimit(0), lowLimitUncertainty(0), highLimitUncertainty(0), minUncertainty(0)
Initialize an AdaptiveMeasurementData object with default values
",2244:"
InertialTypes::AdaptiveMeasurementMode mode
",2245:"
float lowPassFilterCutoff
",2246:"
float lowLimit
",2247:"
float highLimit
",2248:"
float lowLimitUncertainty
",2249:"
float highLimitUncertainty
",2250:"
float minUncertainty
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AdaptiveMeasurementData-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/AdaptiveMeasurementData-ToolTips.js deleted file mode 100644 index 59992a148..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AdaptiveMeasurementData-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AdaptiveMeasurementData.html b/v66.0.1/MSCL_Docs/classes/C/AdaptiveMeasurementData.html deleted file mode 100644 index b166ab5fe..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AdaptiveMeasurementData.html +++ /dev/null @@ -1,64 +0,0 @@ - - -AdaptiveMeasurementData - - - - - - - -
-
AdaptiveMeasurementData
-
- -
-
Functions
-
- -
-
AdaptiveMeasurementData
-
AdaptiveMeasurementData() : mode(InertialTypes::AdaptiveMeasurementMode::ADAPTIVE_MEASUREMENT_DISABLE), lowPassFilterCutoff(0), lowLimit(0), highLimit(0), lowLimitUncertainty(0), highLimitUncertainty(0), minUncertainty(0)
-

Initialize an AdaptiveMeasurementData object with default values

-
- -
-
Variables
-
- -
-
mode
-
InertialTypes::AdaptiveMeasurementMode mode
-
- -
-
lowPassFilterCutoff
-
float lowPassFilterCutoff
-
- -
-
lowLimit
-
float lowLimit
-
- -
-
highLimit
-
float highLimit
-
- -
-
lowLimitUncertainty
-
float lowLimitUncertainty
-
- -
-
highLimitUncertainty
-
float highLimitUncertainty
-
- -
-
minUncertainty
-
float minUncertainty
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AdvancedLowPassFilterSettings-Summary.js b/v66.0.1/MSCL_Docs/classes/C/AdvancedLowPassFilterSettings-Summary.js deleted file mode 100644 index c1f999e90..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AdvancedLowPassFilterSettings-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:AdvancedLowPassFilterSettings","AdvancedLowPassFilterSettings");NDSummary.OnSummaryLoaded("CClass:AdvancedLowPassFilterSettings",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[1602,0,0,"AdvancedLowPassFilterSettings"],[1603,0,2,"Functions","Functions"],[1604,0,1,"commandName","commandName"],[1605,0,1,"MakeSetCommand","MakeSetCommand"],[1606,0,1,"MakeGetCommand","MakeGetCommand"],[1607,0,1,"getResponseData","getResponseData"],[1608,0,1,"operator ByteStream","operator_ByteStream"],[1609,0,1,"Constructor AdvancedLowPassFilterSettings","Constructor_AdvancedLowPassFilterSettings"],[1610,0,1,"commandType","commandType"],[1611,0,1,"fieldDataByte","fieldDataByte"],[1612,0,1,"responseExpected","responseExpected"],[1613,0,2,"Variables","Variables"],[1614,0,3,"m_functionSelector","m_functionSelector"],[1615,0,3,"m_data","m_data"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AdvancedLowPassFilterSettings-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/AdvancedLowPassFilterSettings-SummaryToolTips.js deleted file mode 100644 index 9ce07aa95..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AdvancedLowPassFilterSettings-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:AdvancedLowPassFilterSettings",{1602:"
AdvancedLowPassFilterSettings
Contains the logic for the Inertial AdvancedLowPassFilterSettings command.
",1604:"
virtual std::string commandName() const
",1605:"
static AdvancedLowPassFilterSettings MakeSetCommand(
const LowPassFilterData &dataToUse
)
Parameter: dataToUse The LowPassFilterData object to set.
",1606:"
static AdvancedLowPassFilterSettings MakeGetCommand(
const MipTypes::ChannelField &descriptor
)
",1607:"
static LowPassFilterData getResponseData(
const GenericMipCmdResponse &response
)
",1608:"
operator ByteStream() const
Converts this class to a ByteStream.
",1609:"
Private constructor creates a AdvancedLowPassFilterSettings object.  Use Make___Command methods to create an object.
",1610:"
virtual MipTypes::Command commandType() const
",1611:"
virtual uint8 fieldDataByte() const
",1612:"
virtual bool responseExpected() const
",1614:"
MipTypes::FunctionSelector m_functionSelector
The FunctionSelector type of command to send, get/set, reset to factory defaults, et al.
",1615:"
LowPassFilterData m_data
The LowPassFilterData to send to the device.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AdvancedLowPassFilterSettings-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/AdvancedLowPassFilterSettings-ToolTips.js deleted file mode 100644 index 42bed0345..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AdvancedLowPassFilterSettings-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1602:"
AdvancedLowPassFilterSettings
Contains the logic for the Inertial AdvancedLowPassFilterSettings command.
",2022:"
Contains the data for the InertialNode::setLowPassFilterSettings API call.
",2927:"
GenericMipCmdResponse
Represents the response to a GenericMipCommand.
",3158:"
The enums for all the different types/categories of MIP commands and data.
",3171:"
The enums for all of the different MIP commands.
",3321:"
The enums for all of the different MIP Channel Field IDs.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AdvancedLowPassFilterSettings.html b/v66.0.1/MSCL_Docs/classes/C/AdvancedLowPassFilterSettings.html deleted file mode 100644 index 19600c416..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AdvancedLowPassFilterSettings.html +++ /dev/null @@ -1,90 +0,0 @@ - - -AdvancedLowPassFilterSettings - - - - - - - -
-
AdvancedLowPassFilterSettings
-
public
MipCommand
AdvancedLowPassFilterSettings
-

Contains the logic for the Inertial AdvancedLowPassFilterSettings command.

-
- -
-
Functions
-
- -
-
commandName
-
virtual std::string commandName() const
-
Returns
std::string

the string name for this class.

-
- -
-
MakeSetCommand
-
static AdvancedLowPassFilterSettings MakeSetCommand(
const LowPassFilterData &dataToUse
)
-

Parameter: dataToUse The LowPassFilterData object to set.

Returns
AdvancedLowPassFilterSettings

object set up for sending a set command.

-
- -
-
MakeGetCommand
-
static AdvancedLowPassFilterSettings MakeGetCommand(
const MipTypes::ChannelField &descriptor
)
-
Returns
AdvancedLowPassFilterSettings

object set up for sending a get command.

-
- -
-
getResponseData
-
static LowPassFilterData getResponseData(
const GenericMipCmdResponse &response
)
-
Parameter
response
const GenericMipCmdResponse&

The GenericMipCmdResponse object from which to get formatted data.

Returns
ConstellationSettingsData

An object with the data returned from the device.

-
- -
-
operator ByteStream
-
operator ByteStream() const
-

Converts this class to a ByteStream.

-
- -
-
Constructor AdvancedLowPassFilterSettings
-

Private constructor creates a AdvancedLowPassFilterSettings object.  Use Make___Command methods to create an object.

-
- -
-
commandType
-
virtual MipTypes::Command commandType() const
-
Returns
MipTypes::Command

the command ID.

-
- -
-
fieldDataByte
-
virtual uint8 fieldDataByte() const
-
Returns
uint8

the byte ID for field data in the reply.

-
- -
-
responseExpected
-
virtual bool responseExpected() const
-
Returns
bool

True indicates that a response should return from the device.

-
- -
-
Variables
-
- -
-
m_functionSelector
-
MipTypes::FunctionSelector m_functionSelector
-

The FunctionSelector type of command to send, get/set, reset to factory defaults, et al.

-
- -
-
m_data
- -

The LowPassFilterData to send to the device.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AidingMeasurementHeading-Summary.js b/v66.0.1/MSCL_Docs/classes/C/AidingMeasurementHeading-Summary.js deleted file mode 100644 index d0d228de1..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AidingMeasurementHeading-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:AidingMeasurementHeading","AidingMeasurementHeading");NDSummary.OnSummaryLoaded("CClass:AidingMeasurementHeading",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[4045,0,0,"AidingMeasurementHeading"],[4046,0,2,"Variables","Variables"],[4047,0,3,"m_heading","m_heading"],[4048,0,3,"m_unc","m_unc"],[4049,0,2,"Functions","Functions"],[4050,0,1,"AidingMeasurementHeading","AidingMeasurementHeading"],[4051,0,1,"AidingMeasurmentHeading","AidingMeasurmentHeading"],[4052,0,1,"parseMipFieldValues","parseMipFieldValues"],[4053,0,1,"appendMipFieldValues","appendMipFieldValues"],[4054,0,1,"heading","heading"],[4055,0,1,"heading","heading(2)"],[4056,0,1,"uncertainty","uncertainty"],[4057,0,1,"uncertainty","uncertainty(2)"],[4058,0,1,"valid","valid"],[4059,0,1,"valid","valid(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AidingMeasurementHeading-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/AidingMeasurementHeading-SummaryToolTips.js deleted file mode 100644 index 21457c9ba..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AidingMeasurementHeading-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:AidingMeasurementHeading",{4045:"
AidingMeasurementHeading
A class that represents heading aiding measurement inputs. Extends AidingMeasurementInput.
",4047:"
float m_heading
The heading measurement
",4048:"
float m_unc
The heading uncertainty
",4050:"
AidingMeasurementHeading() : AidingMeasurementInput()
Constructs an AidingMeasurementHeading object with default values.
",4051:"
Constructs an AidingMeasurementHeading object from the provided <MipFieldValues> parameter list.
",4052:"
virtual void parseMipFieldValues(
const MipFieldValues &values
) override
Populates measurement values based on the <MipFieldValues> parameter list.
",4053:"
virtual void appendMipFieldValues(
MipFieldValues &values
) const override
Appends the heading measurement info to the provided <MipFieldValues> parameter list.
",4054:"
float heading() const
Get the heading measurement value.
",4055:"
void heading(
float heading
)
Sets the heading measurement value.
",4056:"
float uncertainty() const
Get the heading measurement uncertainty.
",4057:"
void uncertainty(
float uncertainty
)
Set the heading measurement uncertainty.
",4058:"
bool valid() const
Check whether the heading measurement is valid
",4059:"
void valid(
bool valid
)
Set the validity of the heading measurement.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AidingMeasurementHeading-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/AidingMeasurementHeading-ToolTips.js deleted file mode 100644 index cfc4bd7bb..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AidingMeasurementHeading-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3953:"
AidingMeasurementInput
Base class for commanded aiding measurement types for command set 0x13 Aiding Measurement inputs
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AidingMeasurementHeading.html b/v66.0.1/MSCL_Docs/classes/C/AidingMeasurementHeading.html deleted file mode 100644 index f26dce21d..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AidingMeasurementHeading.html +++ /dev/null @@ -1,96 +0,0 @@ - - -AidingMeasurementHeading - - - - - - - -
-
AidingMeasurementHeading
-
public
AidingMeasurementInput
AidingMeasurementHeading
-

A class that represents heading aiding measurement inputs. Extends AidingMeasurementInput.

-
- -
-
Variables
-
- -
-
m_heading
-
float m_heading
-

The heading measurement

-
- -
-
m_unc
-
float m_unc
-

The heading uncertainty

-
- -
-
Functions
-
- -
-
AidingMeasurementHeading
-
AidingMeasurementHeading() : AidingMeasurementInput()
-

Constructs an AidingMeasurementHeading object with default values.

-
- -
-
AidingMeasurmentHeading
-

Constructs an AidingMeasurementHeading object from the provided <MipFieldValues> parameter list.

Parameters
values

<MipFieldValues> parameter list

-
- -
-
parseMipFieldValues
-
virtual void parseMipFieldValues(
const MipFieldValues &values
) override
-

Populates measurement values based on the <MipFieldValues> parameter list.

Parameters
values
const MipFieldValues&

<MipFieldValues> parameter list

-
- -
-
appendMipFieldValues
-
virtual void appendMipFieldValues(
MipFieldValues &values
) const override
-

Appends the heading measurement info to the provided <MipFieldValues> parameter list.

Parameters
values
MipFieldValues&

the <MipFieldValues> parameter list to append to

-
- -
-
heading
-
float heading() const
-

Get the heading measurement value.

Returns
float

the heading measurement value

-
- -
-
heading
-
void heading(
float heading
)
-

Sets the heading measurement value.

Parameters
heading
float

float heading measurement

-
- -
-
uncertainty
-
float uncertainty() const
-

Get the heading measurement uncertainty.

Returns
float

heading measurement uncertainty

-
- -
-
uncertainty
-
void uncertainty(
float uncertainty
)
-

Set the heading measurement uncertainty.

Parameters
uncertainty
float

float measurement uncertainty

-
- -
-
valid
-
bool valid() const
-

Check whether the heading measurement is valid

Returns
bool

true if valid

-
- -
-
valid
-
void valid(
bool valid
)
-

Set the validity of the heading measurement.

Parameters
valid
bool

bool, true if valid

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AidingMeasurementHeight-Summary.js b/v66.0.1/MSCL_Docs/classes/C/AidingMeasurementHeight-Summary.js deleted file mode 100644 index fe3c8fdff..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AidingMeasurementHeight-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:AidingMeasurementHeight","AidingMeasurementHeight");NDSummary.OnSummaryLoaded("CClass:AidingMeasurementHeight",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Enums","Enumeration"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[4001,0,0,"AidingMeasurementHeight"],[4002,0,4,"Types","Types"],[4003,0,2,"Reference","Reference"],[4004,0,1,,"HEIGHT_ABOVE_ELLIPSOID"],[4005,0,4,"Variables","Variables"],[4006,0,5,"m_reference","m_reference"],[4007,0,5,"m_height","m_height"],[4008,0,5,"m_unc","m_unc"],[4009,0,4,"Functions","Functions"],[4010,0,3,"AidingMeasurementHeight","AidingMeasurementHeight"],[4011,0,3,"AidingMeasurementHeight","AidingMeasurementHeight(2)"],[4012,0,3,"parseMipFieldValues","parseMipFieldValues"],[4013,0,3,"appendMipFieldValues","appendMipFieldValues"],[4014,0,3,"height","height"],[4015,0,3,"height","height(2)"],[4016,0,3,"uncertainty","uncertainty"],[4017,0,3,"uncertainty","uncertainty(2)"],[4018,0,3,"valid","valid"],[4019,0,3,"valid","valid(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AidingMeasurementHeight-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/AidingMeasurementHeight-SummaryToolTips.js deleted file mode 100644 index b91489978..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AidingMeasurementHeight-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:AidingMeasurementHeight",{4001:"
AidingMeasurementHeight
A class that represents height aiding measurement inputs. Extends AidingMeasurementInput.
",4003:"
The zero reference for the height measurement
",4006:"
Reference m_reference
The height measurement reference
",4007:"
float m_height
The height measurement
",4008:"
float m_unc
The uncertainty of the height measurement
",4010:"
AidingMeasurementHeight() : AidingMeasurementInput(), m_reference(Reference::HEIGHT_ABOVE_ELLIPSOID)
Constructs an AidingMeasurementHeight object with default values
",4011:"
AidingMeasurementHeight(
const MipFieldValues &values
)
Constructs an AidingMeasurementHeight object from the <MipFieldValues> parameter list returned from the device.
",4012:"
virtual void parseMipFieldValues(
const MipFieldValues &values
) override
Populates measurement values based on the <MipFieldValues> parameter list.
",4013:"
virtual void appendMipFieldValues(
MipFieldValues &values
) const override
Appends the velocity measurement info to the provided <MipFieldValues> parameter list.
",4014:"
float height() const
Get the height measurement value.
",4015:"
void height(
float height
)
Sets the height measurement value.
",4016:"
float uncertainty() const
Get the height measurement uncertainty.
",4017:"
void uncertainty(
float uncertainty
)
Set the height measurement uncertainty.
",4018:"
bool valid() const
Check whether the height measurement is valid
",4019:"
void valid(
bool valid
)
Set the validity of the height measurement.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AidingMeasurementHeight-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/AidingMeasurementHeight-ToolTips.js deleted file mode 100644 index be07c1760..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AidingMeasurementHeight-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3953:"
AidingMeasurementInput
Base class for commanded aiding measurement types for command set 0x13 Aiding Measurement inputs
",4003:"
The zero reference for the height measurement
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AidingMeasurementHeight.html b/v66.0.1/MSCL_Docs/classes/C/AidingMeasurementHeight.html deleted file mode 100644 index 7271468c5..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AidingMeasurementHeight.html +++ /dev/null @@ -1,112 +0,0 @@ - - -AidingMeasurementHeight - - - - - - - -
-
AidingMeasurementHeight
-
public
AidingMeasurementInput
AidingMeasurementHeight
-

A class that represents height aiding measurement inputs. Extends AidingMeasurementInput.

-
- -
-
Types
-
- -
-
Reference
-

The zero reference for the height measurement

HEIGHT_ABOVE_ELLIPSOID

0x1323

-
- -
-
Variables
-
- -
-
m_reference
-
Reference m_reference
-

The height measurement reference

-
- -
-
m_height
-
float m_height
-

The height measurement

-
- -
-
m_unc
-
float m_unc
-

The uncertainty of the height measurement

-
- -
-
Functions
-
- -
-
AidingMeasurementHeight
-
AidingMeasurementHeight() : AidingMeasurementInput(), m_reference(Reference::HEIGHT_ABOVE_ELLIPSOID)
-

Constructs an AidingMeasurementHeight object with default values

-
- -
-
AidingMeasurementHeight
-
AidingMeasurementHeight(
const MipFieldValues &values
)
-

Constructs an AidingMeasurementHeight object from the <MipFieldValues> parameter list returned from the device.

Parameters
values
const MipFieldValues&

the <MipFieldValues> parameter list to build this object from

-
- -
-
parseMipFieldValues
-
virtual void parseMipFieldValues(
const MipFieldValues &values
) override
-

Populates measurement values based on the <MipFieldValues> parameter list.

Parameters
values
const MipFieldValues&

<MipFieldValues> parameter list

-
- -
-
appendMipFieldValues
-
virtual void appendMipFieldValues(
MipFieldValues &values
) const override
-

Appends the velocity measurement info to the provided <MipFieldValues> parameter list.

Parameters
values
MipFieldValues&

the <MipFieldValues> parameter list to append to

-
- -
-
height
-
float height() const
-

Get the height measurement value.

Returns
float

the height measurement value

-
- -
-
height
-
void height(
float height
)
-

Sets the height measurement value.

Parameters
height
float

float height measurement

-
- -
-
uncertainty
-
float uncertainty() const
-

Get the height measurement uncertainty.

Returns
float

height measurement uncertainty

-
- -
-
uncertainty
-
void uncertainty(
float uncertainty
)
-

Set the height measurement uncertainty.

Parameters
uncertainty
float

float measurement uncertainty

-
- -
-
valid
-
bool valid() const
-

Check whether the height measurement is valid

Returns
bool

true if valid

-
- -
-
valid
-
void valid(
bool valid
)
-

Set the validity of the height measurement.

Parameters
valid
bool

bool, true if valid

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AidingMeasurementInput-Summary.js b/v66.0.1/MSCL_Docs/classes/C/AidingMeasurementInput-Summary.js deleted file mode 100644 index b5c03e295..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AidingMeasurementInput-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:AidingMeasurementInput","AidingMeasurementInput");NDSummary.OnSummaryLoaded("CClass:AidingMeasurementInput",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Enums","Enumeration"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[3953,0,0,"AidingMeasurementInput"],[3954,0,4,"Types","Types"],[3955,0,2,"ResponseMode","ResponseMode"],[3956,0,1,,"ACK_NACK"],[3957,0,1,,"ECHO_INPUT"],[3958,0,4,"Variables","Variables"],[3959,0,5,"m_timestamp","m_timestamp"],[3960,0,5,"m_frameId","m_frameId"],[3961,0,5,"m_validFlags","m_validFlags"],[3962,0,4,"Functions","Functions"],[3963,0,3,"AidingMeasurementInput","AidingMeasurementInput"],[3964,0,3,"AidingMeasurementInput","AidingMeasurementInput(2)"],[3965,0,3,"AidingMeasurementInput","AidingMeasurementInput(3)"],[3966,0,3,"toMipFieldValues","toMipFieldValues"],[3967,0,3,"parseMipFieldValues","parseMipFieldValues"],[3968,0,3,"timestamp","timestamp"],[3969,0,3,"timestamp","timestamp(2)"],[3970,0,3,"timebase","timebase"],[3971,0,3,"frameId","frameId"],[3972,0,3,"frameId","frameId(2)"],[3973,0,3,"validFlags","validFlags"],[3974,0,3,"validFlags","validFlags(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AidingMeasurementInput-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/AidingMeasurementInput-SummaryToolTips.js deleted file mode 100644 index 668f8f132..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AidingMeasurementInput-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:AidingMeasurementInput",{3953:"
AidingMeasurementInput
Base class for commanded aiding measurement types for command set 0x13 Aiding Measurement inputs
",3955:"
Response mode options for Aiding Measurement inputs (command set 0x13).
",3959:"
Timestamp m_timestamp
The Timestamp of this measurement.
",3960:"
uint8 m_frameId
The ID of the aiding frame for this measurement.
",3961:"
Bitfield m_validFlags
The Bitfield valid flags of this measurement.
",3963:"
AidingMeasurementInput() : m_timestamp(0), m_frameId(0), m_validFlags(0xFFFF)
Constructs an AidingMeasurementInput object with default values
",3964:"
AidingMeasurementInput(
const MipFieldValues &values
)
Constructs and AidingMeasurementInput object from the provided <MipFieldValues> read from the device.
",3965:"
~AidingMeasurementInput()
",3966:"
MipFieldValues toMipFieldValues() const
Converts this object to a <MipFieldValues> parameter list.
",3967:"
virtual void parseMipFieldValues(
const MipFieldValues &values
)
Populates this object from a MipFieldValues parameter list.
",3968:"
Timestamp timestamp() const
Get the timestamp of this measurement.
",3969:"
void timestamp(
Timestamp ts
)
Set the timestamp of this measurement.
",3970:"
Timestamp::Epoch timebase() const
Get the timebase/epoch for the timestamp of this measurement.  Note: read from the Timestamp object. timestamp().storedEpoch() returns the same result.
",3971:"
uint8 frameId() const
Get the aiding frame ID of this measurement.
",3972:"
void frameId(
uint8 id
)
Set the aiding frame ID of this measurement.
",3973:"
Bitfield validFlags() const
Get the valid flags of this measurement.
",3974:"
void validFlags(
Bitfield flags
)
Set the valid flags for this measurement.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AidingMeasurementInput-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/AidingMeasurementInput-ToolTips.js deleted file mode 100644 index e026e77b6..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AidingMeasurementInput-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({10291:"
Timestamp
Represents a date/time object
",10293:"
Epoch indicator: Unix, GPS.  Timestamp class uses Unix epoch by default.
",10388:"
Bitfield
",3975:"
AidingMeasurementPosition
A class that represents position aiding measurement inputs. Extends AidingMeasurementInput.
",4001:"
AidingMeasurementHeight
A class that represents height aiding measurement inputs. Extends AidingMeasurementInput.
",4020:"
AidingMeasurementVelocity
A class that represents velocity aiding measurement inputs. Extends AidingMeasurementInput.
",4045:"
AidingMeasurementHeading
A class that represents heading aiding measurement inputs. Extends AidingMeasurementInput.
",4060:"
AidingMeasurementMagneticField
A class that represents magnetic field aiding measurement input. Extends AidingMeasurementInput.
",4080:"
AidingMeasurementPressure
A class that represents pressure aiding measurement input. Extends AidingMeasurementInput.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AidingMeasurementInput.html b/v66.0.1/MSCL_Docs/classes/C/AidingMeasurementInput.html deleted file mode 100644 index 552bee750..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AidingMeasurementInput.html +++ /dev/null @@ -1,123 +0,0 @@ - - -AidingMeasurementInput - - - - - - - -
-
AidingMeasurementInput
- -

Base class for commanded aiding measurement types for command set 0x13 Aiding Measurement inputs

-
- -
-
Types
-
- -
-
ResponseMode
-

Response mode options for Aiding Measurement inputs (command set 0x13).

ACK_NACK

0x01 - The device will send and ACK/NACK response only

ECHO_INPUT

0x02 - The device will echo the input parameter data back in a response field (recommended for support). An ACK/NACK will also be sent.

-
- -
-
Variables
-
- -
-
m_timestamp
-
Timestamp m_timestamp
-

The Timestamp of this measurement.

-
- -
-
m_frameId
-
uint8 m_frameId
-

The ID of the aiding frame for this measurement.

-
- -
-
m_validFlags
-
Bitfield m_validFlags
-

The Bitfield valid flags of this measurement.

-
- -
-
Functions
-
- -
-
AidingMeasurementInput
-
AidingMeasurementInput() : m_timestamp(0), m_frameId(0), m_validFlags(0xFFFF)
-

Constructs an AidingMeasurementInput object with default values

-
- -
-
AidingMeasurementInput
-
AidingMeasurementInput(
const MipFieldValues &values
)
-

Constructs and AidingMeasurementInput object from the provided <MipFieldValues> read from the device.

-
- -
-
AidingMeasurementInput
-
~AidingMeasurementInput()
-
- -
-
toMipFieldValues
-
MipFieldValues toMipFieldValues() const
-

Converts this object to a <MipFieldValues> parameter list.

Returns

<MipFieldValues> parameter list

-
- -
-
parseMipFieldValues
-
virtual void parseMipFieldValues(
const MipFieldValues &values
)
-

Populates this object from a MipFieldValues parameter list.

Parameters
values
const MipFieldValues&

<MipFieldValues> parameter list

-
- -
-
timestamp
-
Timestamp timestamp() const
-

Get the timestamp of this measurement.

Returns

Timestamp

-
- -
-
timestamp
-
void timestamp(
Timestamp ts
)
-

Set the timestamp of this measurement.

Parameters
ts
Timestamp

Timestamp

-
- -
-
timebase
-
Timestamp::Epoch timebase() const
-

Get the timebase/epoch for the timestamp of this measurement.  Note: read from the Timestamp object. timestamp().storedEpoch() returns the same result.

Returns
Timestamp::Epoch

timebase/epoch of the timestamp

-
- -
-
frameId
-
uint8 frameId() const
-

Get the aiding frame ID of this measurement.

Returns
uint8

frame ID

-
- -
-
frameId
-
void frameId(
uint8 id
)
-

Set the aiding frame ID of this measurement.

Parameters
id
uint8

uint8 frame ID

-
- -
-
validFlags
-
Bitfield validFlags() const
-

Get the valid flags of this measurement.

Returns
Bitfield

valid flags

-
- -
-
validFlags
-
void validFlags(
Bitfield flags
)
-

Set the valid flags for this measurement.

Parameters
flags
Bitfield

Bitfield valid flags

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AidingMeasurementMagneticField-Summary.js b/v66.0.1/MSCL_Docs/classes/C/AidingMeasurementMagneticField-Summary.js deleted file mode 100644 index 6e62898a1..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AidingMeasurementMagneticField-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:AidingMeasurementMagneticField","AidingMeasurementMagneticField");NDSummary.OnSummaryLoaded("CClass:AidingMeasurementMagneticField",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Enums","Enumeration"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[4060,0,0,"AidingMeasurementMagneticField"],[4061,0,4,"Types","Types"],[4062,0,2,"ValidFlags","ValidFlags"],[4063,0,1,,"X"],[4064,0,1,,"Y"],[4065,0,1,,"Z"],[4066,0,4,"Variables","Variables"],[4067,0,5,"m_magField","m_magField"],[4068,0,5,"m_unc","m_unc"],[4069,0,4,"Functions","Functions"],[4070,0,3,"AidingMeasurementMagneticField","AidingMeasurementMagneticField"],[4071,0,3,"AidingMeasurementMagneticField","AidingMeasurementMagneticField(2)"],[4072,0,3,"parseMipFieldValues","parseMipFieldValues"],[4073,0,3,"appendMipFieldValues","appendMipFieldValues"],[4074,0,3,"magneticField","magneticField"],[4075,0,3,"magneticField","magneticField(2)"],[4076,0,3,"uncertainty","uncertainty"],[4077,0,3,"uncertainty","uncertainty(2)"],[4078,0,3,"valid","valid"],[4079,0,3,"valid","valid(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AidingMeasurementMagneticField-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/AidingMeasurementMagneticField-SummaryToolTips.js deleted file mode 100644 index ea8eeff7b..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AidingMeasurementMagneticField-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:AidingMeasurementMagneticField",{4060:"
AidingMeasurementMagneticField
A class that represents magnetic field aiding measurement input. Extends AidingMeasurementInput.
",4062:"
Bitmask for each position value in the valid flags.
",4067:"
Vec3f m_magField
The magnetic field measurement
",4068:"
Vec3f m_unc
The uncertainty of the height measurement
",4070:"
AidingMeasurementMagneticField() : AidingMeasurementInput()
Constructs an AidingMeasurementMagneticField object with default values
",4071:"
AidingMeasurementMagneticField(
const MipFieldValues &values
)
Constructs an AidingMeasurementMagneticField object from the <MipFieldValues> parameter list returned from the device.
",4072:"
virtual void parseMipFieldValues(
const MipFieldValues &values
) override
Populates measurement values based on the <MipFieldValues> parameter list.
",4073:"
virtual void appendMipFieldValues(
MipFieldValues &values
) const override
Appends the velocity measurement info to the provided <MipFieldValues> parameter list.
",4074:"
Vec3f magneticField() const
Get the magnetic field measurement.
",4075:"
void magneticField(
Vec3f magField
)
Set the magneticField measurement.
",4076:"
Vec3f uncertainty() const
Get the measurement uncertainty
",4077:"
void uncertainty(
Vec3f uncertainty
)
Sets the measurement uncertainty.
",4078:"
bool valid(
ValidFlags val
) const
Checks whether the specified value is valid.
",4079:"
void valid(
ValidFlags val,
bool valid
)
Sets the validity of the specified value.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AidingMeasurementMagneticField-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/AidingMeasurementMagneticField-ToolTips.js deleted file mode 100644 index 04d096097..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AidingMeasurementMagneticField-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1619:"
Vec3f(
float x,
float y,
float z
)
Creates a Vec3f object.
",3953:"
AidingMeasurementInput
Base class for commanded aiding measurement types for command set 0x13 Aiding Measurement inputs
",4062:"
Bitmask for each position value in the valid flags.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AidingMeasurementMagneticField.html b/v66.0.1/MSCL_Docs/classes/C/AidingMeasurementMagneticField.html deleted file mode 100644 index 7f74f318a..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AidingMeasurementMagneticField.html +++ /dev/null @@ -1,106 +0,0 @@ - - -AidingMeasurementMagneticField - - - - - - - -
-
AidingMeasurementMagneticField
-
public
AidingMeasurementInput
AidingMeasurementMagneticField
-

A class that represents magnetic field aiding measurement input. Extends AidingMeasurementInput.

-
- -
-
Types
-
- -
-
ValidFlags
-

Bitmask for each position value in the valid flags.

X

0x01

Y

0x02

Z

0x04

-
- -
-
Variables
-
- -
-
m_magField
-
Vec3f m_magField
-

The magnetic field measurement

-
- -
-
m_unc
-
Vec3f m_unc
-

The uncertainty of the height measurement

-
- -
-
Functions
-
- -
-
AidingMeasurementMagneticField
-
AidingMeasurementMagneticField() : AidingMeasurementInput()
-

Constructs an AidingMeasurementMagneticField object with default values

-
- -
-
AidingMeasurementMagneticField
-
AidingMeasurementMagneticField(
const MipFieldValues &values
)
-

Constructs an AidingMeasurementMagneticField object from the <MipFieldValues> parameter list returned from the device.

Parameters
values
const MipFieldValues&

the <MipFieldValues> parameter list to build this object from

-
- -
-
parseMipFieldValues
-
virtual void parseMipFieldValues(
const MipFieldValues &values
) override
-

Populates measurement values based on the <MipFieldValues> parameter list.

Parameters
values
const MipFieldValues&

<MipFieldValues> parameter list

-
- -
-
appendMipFieldValues
-
virtual void appendMipFieldValues(
MipFieldValues &values
) const override
-

Appends the velocity measurement info to the provided <MipFieldValues> parameter list.

Parameters
values
MipFieldValues&

the <MipFieldValues> parameter list to append to

-
- -
-
magneticField
-
Vec3f magneticField() const
-

Get the magnetic field measurement.

Returns
Vec3f

magnetic field data of this object

-
- -
-
magneticField
-
void magneticField(
Vec3f magField
)
-

Set the magneticField measurement.

-
- -
-
uncertainty
-
Vec3f uncertainty() const
-

Get the measurement uncertainty

Returns
Vec3f

the uncertainty of the magnetic field measurement

-
- -
-
uncertainty
-
void uncertainty(
Vec3f uncertainty
)
-

Sets the measurement uncertainty.

Parameters
uncertainty
Vec3f

Vec3f the uncertainty of the measurement

-
- -
-
valid
-
bool valid(
ValidFlags val
) const
-

Checks whether the specified value is valid.

Parameters

ValidFlags value bitmask

Returns
bool

true if valid

-
- -
-
valid
-
void valid(
ValidFlags val,
bool valid
)
-

Sets the validity of the specified value.

Parameters
val
ValidFlags

ValidFlags value bitmask

valid
bool

bool indicating whether the value is valid

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AidingMeasurementPosition-Summary.js b/v66.0.1/MSCL_Docs/classes/C/AidingMeasurementPosition-Summary.js deleted file mode 100644 index 4bef80cbc..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AidingMeasurementPosition-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:AidingMeasurementPosition","AidingMeasurementPosition");NDSummary.OnSummaryLoaded("CClass:AidingMeasurementPosition",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Enums","Enumeration"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[3975,0,0,"AidingMeasurementPosition"],[3976,0,4,"Types","Types"],[3977,0,2,"ValidFlags","ValidFlags"],[3978,0,1,,"X"],[3979,0,1,,"Y"],[3980,0,1,,"Z"],[3981,0,1,,"LATITUDE"],[3982,0,1,,"LONGITUDE"],[3983,0,1,,"HEIGHT"],[3984,0,1,,"ALTITUDE"],[3985,0,4,"Variables","Variables"],[3986,0,5,"m_position","m_position"],[3987,0,5,"m_unc","m_unc"],[3988,0,4,"Functions","Functions"],[3989,0,3,"AidingMeasurementPosition","AidingMeasurementPosition"],[3990,0,3,"AidingMeasurementPosition","AidingMeasurementPosition(2)"],[3991,0,3,"parseMipFieldValues","parseMipFieldValues"],[3992,0,3,"appendMipFieldValues","appendMipFieldValues"],[3993,0,3,"position","position"],[3994,0,3,"position","position(2)"],[3995,0,3,"uncertainty","uncertainty"],[3996,0,3,"uncertainty","uncertainty(2)"],[3997,0,3,"referenceFrame","referenceFrame"],[3998,0,3,"referenceFrame","referenceFrame(2)"],[3999,0,3,"valid","valid"],[4000,0,3,"valid","valid(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AidingMeasurementPosition-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/AidingMeasurementPosition-SummaryToolTips.js deleted file mode 100644 index 266eaa6a6..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AidingMeasurementPosition-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:AidingMeasurementPosition",{3975:"
AidingMeasurementPosition
A class that represents position aiding measurement inputs. Extends AidingMeasurementInput.
",3977:"
Bitmask for each position value in the valid flags.
",3986:"
Position m_position
Position measurement value.  Also indicates reference frame.
",3987:"
GeometricUncertainty m_unc
Uncertainties of the position measurements.
",3989:"
AidingMeasurementPosition() : AidingMeasurementInput()
Constructs an AidingMeasurementPosition object with default values.
",3990:"
AidingMeasurementPosition(
PositionVelocityReferenceFrame referenceFrame,
const MipFieldValues &values
)
Constructs an AidingMeasurementPosition object with the specified reference frame from the <MipFieldValues> parameter list returned from the device.
",3991:"
virtual void parseMipFieldValues(
const MipFieldValues &values
) override
Populates measurement values based on the <MipFieldValues> parameter list.
",3992:"
virtual void appendMipFieldValues(
MipFieldValues &values
) const override
Appends the position measurement info to the provided <MipFieldValues> parameter list.
",3993:"
Position position() const
Get the Position measurement.
",3994:"
void position(
Position pos
)
Set the Position measurement.
",3995:"
GeometricUncertainty uncertainty() const
Get the measurment uncertainty
",3996:"
void uncertainty(
GeometricUncertainty uncertainty
)
Sets the measurement uncertainty.
",3997:"
PositionVelocityReferenceFrame referenceFrame() const
Get the PositionVelocityReferenceFrame of this position measurement.
",3998:"
void referenceFrame(
PositionVelocityReferenceFrame frame
)
Set the PositionVelocityReferenceFrame of this measurement.
",3999:"
bool valid(
ValidFlags val
) const
Checks whether the specified value is valid.
",4000:"
void valid(
ValidFlags val,
bool valid
)
Sets the validity of the specified value.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AidingMeasurementPosition-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/AidingMeasurementPosition-ToolTips.js deleted file mode 100644 index 022f7c846..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AidingMeasurementPosition-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1626:"
Enum representing position and velocity reference frame options.
",1652:"
Defines a geographic position.
",1671:"
GeometricUncertainty
Represents uncertainty values correlating to a position or velocity.
",3953:"
AidingMeasurementInput
Base class for commanded aiding measurement types for command set 0x13 Aiding Measurement inputs
",3977:"
Bitmask for each position value in the valid flags.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AidingMeasurementPosition.html b/v66.0.1/MSCL_Docs/classes/C/AidingMeasurementPosition.html deleted file mode 100644 index 8ace104c7..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AidingMeasurementPosition.html +++ /dev/null @@ -1,118 +0,0 @@ - - -AidingMeasurementPosition - - - - - - - -
-
AidingMeasurementPosition
-
public
AidingMeasurementInput
AidingMeasurementPosition
-

A class that represents position aiding measurement inputs. Extends AidingMeasurementInput.

-
- -
-
Types
-
- -
-
ValidFlags
-

Bitmask for each position value in the valid flags.

X

0x01

Y

0x02

Z

0x04

LATITUDE

0x01

LONGITUDE

0x02

HEIGHT

0x04

ALTITUDE

0x04

-
- -
-
Variables
-
- -
-
m_position
-
Position m_position
-

Position measurement value.  Also indicates reference frame.

-
- -
-
m_unc
- -

Uncertainties of the position measurements.

-
- -
-
Functions
-
- -
-
AidingMeasurementPosition
-
AidingMeasurementPosition() : AidingMeasurementInput()
-

Constructs an AidingMeasurementPosition object with default values.

-
- -
-
AidingMeasurementPosition
-
AidingMeasurementPosition(
PositionVelocityReferenceFrame referenceFrame,
const MipFieldValues &values
)
-

Constructs an AidingMeasurementPosition object with the specified reference frame from the <MipFieldValues> parameter list returned from the device.

Parameters
referenceFrame
PositionVelocityReferenceFrame

the PositionVelocityReferenceFrame of this measurement

values
const MipFieldValues&

the <MipFieldValues> parameter list to build this object from

-
- -
-
parseMipFieldValues
-
virtual void parseMipFieldValues(
const MipFieldValues &values
) override
-

Populates measurement values based on the <MipFieldValues> parameter list.

Parameters
values
const MipFieldValues&

<MipFieldValues> parameter list

-
- -
-
appendMipFieldValues
-
virtual void appendMipFieldValues(
MipFieldValues &values
) const override
-

Appends the position measurement info to the provided <MipFieldValues> parameter list.

Parameters
values
MipFieldValues&

the <MipFieldValues> parameter list to append to

-
- -
-
position
-
Position position() const
-

Get the Position measurement.

Returns
Position

position data of this object

-
- -
-
position
-
void position(
Position pos
)
-

Set the Position measurement.

-
- -
-
uncertainty
-
GeometricUncertainty uncertainty() const
-

Get the measurment uncertainty

Returns
GeometricUncertainty

the uncertainty of the position measurement

-
- -
-
uncertainty
-
void uncertainty(
GeometricUncertainty uncertainty
)
-

Sets the measurement uncertainty.

Parameters
uncertainty
GeometricUncertainty

the GeometricUncertainty of the measurement

-
- -
-
referenceFrame
-
PositionVelocityReferenceFrame referenceFrame() const
-

Get the PositionVelocityReferenceFrame of this position measurement.

Returns
PositionVelocityReferenceFrame

reference frame ID of the measurement

-
- -
-
referenceFrame
-
void referenceFrame(
PositionVelocityReferenceFrame frame
)
-

Set the PositionVelocityReferenceFrame of this measurement.

Parameters
frame
PositionVelocityReferenceFrame

the PositionVelocityReferenceFrame to set

-
- -
-
valid
-
bool valid(
ValidFlags val
) const
-

Checks whether the specified value is valid.

Parameters

ValidFlags value bitmask

Returns
bool

true if valid

-
- -
-
valid
-
void valid(
ValidFlags val,
bool valid
)
-

Sets the validity of the specified value.

Parameters
val
ValidFlags

ValidFlags value bitmask

valid
bool

bool indicating whether the value is valid

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AidingMeasurementPressure-Summary.js b/v66.0.1/MSCL_Docs/classes/C/AidingMeasurementPressure-Summary.js deleted file mode 100644 index 5b65ba2dd..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AidingMeasurementPressure-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:AidingMeasurementPressure","AidingMeasurementPressure");NDSummary.OnSummaryLoaded("CClass:AidingMeasurementPressure",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[4080,0,0,"AidingMeasurementPressure"],[4081,0,2,"Variables","Variables"],[4082,0,3,"m_pressure","m_pressure"],[4083,0,3,"m_unc","m_unc"],[4084,0,2,"Functions","Functions"],[4085,0,1,"AidingMeasurementPressure","AidingMeasurementPressure"],[4086,0,1,"AidingMeasurementPressure","AidingMeasurementPressure(2)"],[4087,0,1,"parseMipFieldValues","parseMipFieldValues"],[4088,0,1,"appendMipFieldValues","appendMipFieldValues"],[4089,0,1,"pressure","pressure"],[4090,0,1,"pressure","pressure(2)"],[4091,0,1,"uncertainty","uncertainty"],[4092,0,1,"uncertainty","uncertainty(2)"],[4093,0,1,"valid","valid"],[4094,0,1,"valid","valid(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AidingMeasurementPressure-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/AidingMeasurementPressure-SummaryToolTips.js deleted file mode 100644 index b62084e39..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AidingMeasurementPressure-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:AidingMeasurementPressure",{4080:"
AidingMeasurementPressure
A class that represents pressure aiding measurement input. Extends AidingMeasurementInput.
",4082:"
float m_pressure
The pressure measurement
",4083:"
float m_unc
The uncertainty of the measurement
",4085:"
AidingMeasurementPressure() : AidingMeasurementInput()
Constructs an AidingMeasurementPressure object with default values
",4086:"
AidingMeasurementPressure(
const MipFieldValues &values
)
Constructs an AidingMeasurementPressure object from the <MipFieldValues> parameter list returned from the device.
",4087:"
virtual void parseMipFieldValues(
const MipFieldValues &values
) override
Populates measurement values based on the <MipFieldValues> parameter list.
",4088:"
virtual void appendMipFieldValues(
MipFieldValues &values
) const override
Appends the velocity measurement info to the provided <MipFieldValues> parameter list.
",4089:"
float pressure() const
Get the pressure measurement value.
",4090:"
void pressure(
float pressure
)
Sets the pressure measurement value.
",4091:"
float uncertainty() const
Get the height measurement uncertainty.
",4092:"
void uncertainty(
float uncertainty
)
Set the height measurement uncertainty.
",4093:"
bool valid() const
Check whether the height measurement is valid
",4094:"
void valid(
bool valid
)
Set the validity of the height measurement.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AidingMeasurementPressure-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/AidingMeasurementPressure-ToolTips.js deleted file mode 100644 index cfc4bd7bb..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AidingMeasurementPressure-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3953:"
AidingMeasurementInput
Base class for commanded aiding measurement types for command set 0x13 Aiding Measurement inputs
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AidingMeasurementPressure.html b/v66.0.1/MSCL_Docs/classes/C/AidingMeasurementPressure.html deleted file mode 100644 index f76b474dc..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AidingMeasurementPressure.html +++ /dev/null @@ -1,97 +0,0 @@ - - -AidingMeasurementPressure - - - - - - - -
-
AidingMeasurementPressure
-
public
AidingMeasurementInput
AidingMeasurementPressure
-

A class that represents pressure aiding measurement input. Extends AidingMeasurementInput.

-
- -
-
Variables
-
- -
-
m_pressure
-
float m_pressure
-

The pressure measurement

-
- -
-
m_unc
-
float m_unc
-

The uncertainty of the measurement

-
- -
-
Functions
-
- -
-
AidingMeasurementPressure
-
AidingMeasurementPressure() : AidingMeasurementInput()
-

Constructs an AidingMeasurementPressure object with default values

-
- -
-
AidingMeasurementPressure
-
AidingMeasurementPressure(
const MipFieldValues &values
)
-

Constructs an AidingMeasurementPressure object from the <MipFieldValues> parameter list returned from the device.

Parameters
values
const MipFieldValues&

the <MipFieldValues> parameter list to build this object from

-
- -
-
parseMipFieldValues
-
virtual void parseMipFieldValues(
const MipFieldValues &values
) override
-

Populates measurement values based on the <MipFieldValues> parameter list.

Parameters
values
const MipFieldValues&

<MipFieldValues> parameter list

-
- -
-
appendMipFieldValues
-
virtual void appendMipFieldValues(
MipFieldValues &values
) const override
-

Appends the velocity measurement info to the provided <MipFieldValues> parameter list.

Parameters
values
MipFieldValues&

the <MipFieldValues> parameter list to append to

-
- -
-
pressure
-
float pressure() const
-

Get the pressure measurement value.

Returns
float

the pressure measurement value

-
- -
-
pressure
-
void pressure(
float pressure
)
-

Sets the pressure measurement value.

Parameters
pressure
float

float pressure measurement

-
- -
-
uncertainty
-
float uncertainty() const
-

Get the height measurement uncertainty.

Returns
float

height measurement uncertainty

-
- -
-
uncertainty
-
void uncertainty(
float uncertainty
)
-

Set the height measurement uncertainty.

Parameters
uncertainty
float

float measurement uncertainty

-
- -
-
valid
-
bool valid() const
-

Check whether the height measurement is valid

Returns
bool

true if valid

-
- -
-
valid
-
void valid(
bool valid
)
-

Set the validity of the height measurement.

Parameters
valid
bool

bool, true if valid

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AidingMeasurementVelocity-Summary.js b/v66.0.1/MSCL_Docs/classes/C/AidingMeasurementVelocity-Summary.js deleted file mode 100644 index a8b5a99f4..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AidingMeasurementVelocity-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:AidingMeasurementVelocity","AidingMeasurementVelocity");NDSummary.OnSummaryLoaded("CClass:AidingMeasurementVelocity",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Enums","Enumeration"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[4020,0,0,"AidingMeasurementVelocity"],[4021,0,4,"Types","Types"],[4022,0,2,"ValidFlags","ValidFlags"],[4023,0,1,,"X"],[4024,0,1,,"Y"],[4025,0,1,,"Z"],[4026,0,1,,"NORTH"],[4027,0,1,,"EAST"],[4028,0,1,,"DOWN"],[4029,0,4,"Variables","Variables"],[4030,0,5,"m_velocity","m_velocity"],[4031,0,5,"m_unc","m_unc"],[4032,0,4,"Functions","Functions"],[4033,0,3,"AidingMeasurementVelocity","AidingMeasurementVelocity"],[4034,0,3,"AidingMeasurementVelocity","AidingMeasurementVelocity(2)"],[4035,0,3,"parseMipFieldValues","parseMipFieldValues"],[4036,0,3,"appendMipFieldValues","appendMipFieldValues"],[4037,0,3,"velocity","velocity"],[4038,0,3,"velocity","velocity(2)"],[4039,0,3,"uncertainty","uncertainty"],[4040,0,3,"uncertainty","uncertainty(2)"],[4041,0,3,"referenceFrame","referenceFrame"],[4042,0,3,"referenceFrame","referenceFrame(2)"],[4043,0,3,"valid","valid"],[4044,0,3,"valid","valid(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AidingMeasurementVelocity-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/AidingMeasurementVelocity-SummaryToolTips.js deleted file mode 100644 index 692c3a637..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AidingMeasurementVelocity-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:AidingMeasurementVelocity",{4020:"
AidingMeasurementVelocity
A class that represents velocity aiding measurement inputs. Extends AidingMeasurementInput.
",4022:"
Bitmask for each velocity value in the valid flags.
",4030:"
Velocity m_velocity
The Velocity measurement
",4031:"
GeometricUncertainty m_unc
The uncertainty of the velocity measurement
",4033:"
AidingMeasurementVelocity() : AidingMeasurementInput()
Constructs an AidingMeasurementVelocity object with default values
",4034:"
AidingMeasurementVelocity(
PositionVelocityReferenceFrame referenceFrame,
const MipFieldValues &values
)
Constructs an AidingMeasurementVelocity object with the specified reference frame from the <MipFieldValues> parameter list returned from the device.
",4035:"
virtual void parseMipFieldValues(
const MipFieldValues &values
) override
Populates measurement values based on the <MipFieldValues> parameter list.
",4036:"
virtual void appendMipFieldValues(
MipFieldValues &values
) const override
Appends the velocity measurement info to the provided <MipFieldValues> parameter list.
",4037:"
Velocity velocity() const
Gets the Velocity measurement values.
",4038:"
void velocity(
Velocity vel
)
Sets the Velocity measurement values.
",4039:"
GeometricUncertainty uncertainty() const
Get the measurment uncertainty
",4040:"
void uncertainty(
GeometricUncertainty uncertainty
)
Sets the measurement uncertainty.
",4041:"
PositionVelocityReferenceFrame referenceFrame() const
Get the PositionVelocityReferenceFrame of this velocity measurement.
",4042:"
void referenceFrame(
PositionVelocityReferenceFrame frame
)
Set the PositionVelocityReferenceFrame of this measurement.
",4043:"
bool valid(
ValidFlags val
) const
Checks whether the specified value is valid.
",4044:"
void valid(
ValidFlags val,
bool valid
)
Sets the validity of the specified value.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AidingMeasurementVelocity-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/AidingMeasurementVelocity-ToolTips.js deleted file mode 100644 index 14e242837..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AidingMeasurementVelocity-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1626:"
Enum representing position and velocity reference frame options.
",1645:"
Velocity
Represents a velocity (x, y, z).
",1671:"
GeometricUncertainty
Represents uncertainty values correlating to a position or velocity.
",3953:"
AidingMeasurementInput
Base class for commanded aiding measurement types for command set 0x13 Aiding Measurement inputs
",4022:"
Bitmask for each velocity value in the valid flags.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AidingMeasurementVelocity.html b/v66.0.1/MSCL_Docs/classes/C/AidingMeasurementVelocity.html deleted file mode 100644 index 418c7f000..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AidingMeasurementVelocity.html +++ /dev/null @@ -1,118 +0,0 @@ - - -AidingMeasurementVelocity - - - - - - - -
-
AidingMeasurementVelocity
-
public
AidingMeasurementInput
AidingMeasurementVelocity
-

A class that represents velocity aiding measurement inputs. Extends AidingMeasurementInput.

-
- -
-
Types
-
- -
-
ValidFlags
-

Bitmask for each velocity value in the valid flags.

X

0x01

Y

0x02

Z

0x04

NORTH

0x01

EAST

0x02

DOWN

0x04

-
- -
-
Variables
-
- -
-
m_velocity
-
Velocity m_velocity
-

The Velocity measurement

-
- -
-
m_unc
- -

The uncertainty of the velocity measurement

-
- -
-
Functions
-
- -
-
AidingMeasurementVelocity
-
AidingMeasurementVelocity() : AidingMeasurementInput()
-

Constructs an AidingMeasurementVelocity object with default values

-
- -
-
AidingMeasurementVelocity
-
AidingMeasurementVelocity(
PositionVelocityReferenceFrame referenceFrame,
const MipFieldValues &values
)
-

Constructs an AidingMeasurementVelocity object with the specified reference frame from the <MipFieldValues> parameter list returned from the device.

Parameters
referenceFrame
PositionVelocityReferenceFrame

the PositionVelocityReferenceFrame of this measurement

values
const MipFieldValues&

the <MipFieldValues> parameter list to build this object from

-
- -
-
parseMipFieldValues
-
virtual void parseMipFieldValues(
const MipFieldValues &values
) override
-

Populates measurement values based on the <MipFieldValues> parameter list.

Parameters
values
const MipFieldValues&

<MipFieldValues> parameter list

-
- -
-
appendMipFieldValues
-
virtual void appendMipFieldValues(
MipFieldValues &values
) const override
-

Appends the velocity measurement info to the provided <MipFieldValues> parameter list.

Parameters
values
MipFieldValues&

the <MipFieldValues> parameter list to append to

-
- -
-
velocity
-
Velocity velocity() const
-

Gets the Velocity measurement values.

Returns
Velocity

measurement values

-
- -
-
velocity
-
void velocity(
Velocity vel
)
-

Sets the Velocity measurement values.

Parameters
vel
Velocity

the Velocity values to set

-
- -
-
uncertainty
-
GeometricUncertainty uncertainty() const
-

Get the measurment uncertainty

Returns
GeometricUncertainty

the uncertainty of the velocity measurement

-
- -
-
uncertainty
-
void uncertainty(
GeometricUncertainty uncertainty
)
-

Sets the measurement uncertainty.

Parameters
uncertainty
GeometricUncertainty

the GeometricUncertainty of the measurement

-
- -
-
referenceFrame
-
PositionVelocityReferenceFrame referenceFrame() const
-

Get the PositionVelocityReferenceFrame of this velocity measurement.

Returns
PositionVelocityReferenceFrame

reference frame ID of the measurement

-
- -
-
referenceFrame
-
void referenceFrame(
PositionVelocityReferenceFrame frame
)
-

Set the PositionVelocityReferenceFrame of this measurement.

Parameters
frame
PositionVelocityReferenceFrame

the PositionVelocityReferenceFrame to set

-
- -
-
valid
-
bool valid(
ValidFlags val
) const
-

Checks whether the specified value is valid.

Parameters

ValidFlags value bitmask

Returns
bool

true if valid

-
- -
-
valid
-
void valid(
ValidFlags val,
bool valid
)
-

Sets the validity of the specified value.

Parameters
val
ValidFlags

ValidFlags value bitmask

valid
bool

bool indicating whether the value is valid

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AlgorithmMetaData-Summary.js b/v66.0.1/MSCL_Docs/classes/C/AlgorithmMetaData-Summary.js deleted file mode 100644 index c79bf8a8c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AlgorithmMetaData-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:AlgorithmMetaData","AlgorithmMetaData");NDSummary.OnSummaryLoaded("CClass:AlgorithmMetaData",[["C/C++","C"]],[["Functions","Function"],["Groups","Group"],["Structs","Struct"],["Variables","Variable"]],[[7239,0,2,"AlgorithmMetaData"],[7240,0,1,"Variables","Variables"],[7241,0,3,"algorithmId","algorithmId"],[7242,0,3,"channelMask","channelMask"],[7243,0,3,"m_dataSweeps","m_dataSweeps"],[7244,0,3,"m_sweepPos","m_sweepPos"],[7245,0,3,"m_dataType","m_dataType"],[7246,0,3,"m_sweepSize","m_sweepSize"],[7247,0,3,"m_numSweeps","m_numSweeps"],[7248,0,3,"m_payloadOffsetChannelData","m_payloadOffsetChannelData"],[7249,0,1,"Functions","Functions"],[7250,0,0,"addSweep","addSweep"],[7251,0,0,"addDataPoint","addDataPoint"],[7252,0,0,"wirelessChannelFromChNum","wirelessChannelFromChNum"],[7253,0,0,"getPayloadData","getPayloadData"],[7254,0,0,"timestampWithinRange","timestampWithinRange"],[7255,0,0,"angleWithinRange","angleWithinRange"],[7256,0,0,"getMathChannelId","getMathChannelId"],[7257,0,0,"getNextSweep","getNextSweep"],[7258,0,0,"numSweeps","numSweeps"],[7259,0,0,"numSweepsRemaining","numSweepsRemaining"],[7260,0,0,"moreSweeps","moreSweeps"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AlgorithmMetaData-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/AlgorithmMetaData-SummaryToolTips.js deleted file mode 100644 index 4f87fd7ab..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AlgorithmMetaData-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:AlgorithmMetaData",{7239:"
Represents meta data about Math Data Packets.
",7241:"
WirelessTypes::DerivedDataPacketAlgorithmId algorithmId
The WirelessTypes::DerivedDataPacketAlgorithmId.
",7242:"
ChannelMask channelMask
The ChannelMask to which the algorithm is applied.
",7243:"
std::vector<DataSweep> m_dataSweeps
Contains one or more data sweeps
",7244:"
uint32 m_sweepPos
The current position into m_dataSweeps to get the next sweep at
",7245:"
WirelessTypes::DataType m_dataType
The type of data that is present in the packet
",7246:"
uint32 m_sweepSize
The size of a single sweep within this packet
",7247:"
std::size_t m_numSweeps
The number of sweeps within this packet
",7248:"
uint16 m_payloadOffsetChannelData
The offset into the payload of the data packet where channel data starts.
",7250:"
void addSweep(
const DataSweep &sweep
)
Adds a single DataSweep to the data packet
",7251:"
void addDataPoint(
ChannelData &container,
uint8 channelNumber,
int channelDataIndex,
int sweepIndex,
WirelessChannel::ChannelId channelId
) const
Adds a WirelessDataPoint from a payload to the given <ChannelData> container.
",7252:"
virtual WirelessChannel::ChannelId wirelessChannelFromChNum(
int channelNum
)
Converts a channel number to a WirelessChannel
",7253:"
void getPayloadData(
size_t payloadPosition,
anyType &result
) const
Reads a value out of the packet\'s payload based on the given position and the data\'s DataType.
",7254:"
static bool timestampWithinRange(
const Timestamp &timestamp
)
Checks if a timestamp is within the valid range that MSCL accepts.
",7255:"
static bool angleWithinRange(
float angle
)
Checks if an angle from a Wireless Packet is within the valid range that MSCL accepts.
",7256:"
static WirelessChannel::ChannelId getMathChannelId(
WirelessTypes::DerivedDataPacketAlgorithmId algorithmId,
uint8 channelNumber
)
Takes a math algorithm ID and a channel number (1 = ch1, 8 = ch8) and determines the WirelessChannel::ChannelId.
",7257:"
void getNextSweep(
DataSweep &sweepResult
)
Gets the next DataSweep in the packet
",7258:"
std::size_t numSweeps() const
Gets the total number of DataSweeps that are in this data packet
",7259:"
std::size_t numSweepsRemaining() const
Gets the number of remaining DataSweeps that have not been obtained by the user
",7260:"
bool moreSweeps() const
Whether or not there are more DataSweeps in the data packet
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AlgorithmMetaData-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/AlgorithmMetaData-ToolTips.js deleted file mode 100644 index 915d7ba95..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AlgorithmMetaData-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({8011:"
WirelessDataPoint
Represents a single channel\'s data point within a sweep
",8025:"
WirelessChannel
Represents a channel on a WirelessNode. This can be used to gain information about the channel, view current settings that are applied, and update settings on the Node.
",8578:"
The types of data that can be transmitted in data packets.
",9147:"
The types of channels that can be sent in a derived data packet.
",9379:"
DataSweep
Represents 1 data sweep, including data for each channel, a timestamp, and a sample rate
",9439:"
WirelessTypes::DataType dataType
The WirelessTypes::DataType of the session.
",9478:"
ChannelMask
Represents the channel mask (active and inactive channels) for a WirelessNode.
",10249:"
Typedef for a simple_any type
",10291:"
Timestamp
Represents a date/time object
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AlgorithmMetaData.html b/v66.0.1/MSCL_Docs/classes/C/AlgorithmMetaData.html deleted file mode 100644 index 5ec83088c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AlgorithmMetaData.html +++ /dev/null @@ -1,138 +0,0 @@ - - -AlgorithmMetaData - - - - - - - -
-
AlgorithmMetaData
-

Represents meta data about Math Data Packets.

-
- -
-
Variables
-
- -
-
algorithmId
- -

The WirelessTypes::DerivedDataPacketAlgorithmId.

-
- -
-
channelMask
-
ChannelMask channelMask
-

The ChannelMask to which the algorithm is applied.

-
- -
-
m_dataSweeps
-
std::vector<DataSweep> m_dataSweeps
-

Contains one or more data sweeps

-
- -
-
m_sweepPos
-
uint32 m_sweepPos
-

The current position into m_dataSweeps to get the next sweep at

-
- -
-
m_dataType
- -

The type of data that is present in the packet

-
- -
-
m_sweepSize
-
uint32 m_sweepSize
-

The size of a single sweep within this packet

-
- -
-
m_numSweeps
-
std::size_t m_numSweeps
-

The number of sweeps within this packet

-
- -
-
m_payloadOffsetChannelData
-
uint16 m_payloadOffsetChannelData
-

The offset into the payload of the data packet where channel data starts.

-
- -
-
Functions
-
- -
-
addSweep
-
void addSweep(
const DataSweep &sweep
)
-

Adds a single DataSweep to the data packet

Parameters
sweep
const DataSweep&

The DataSweep to add to the data packet

-
- -
-
addDataPoint
-
void addDataPoint(
ChannelData &container,
uint8 channelNumber,
int channelDataIndex,
int sweepIndex,
WirelessChannel::ChannelId channelId
) const
-

Adds a WirelessDataPoint from a payload to the given <ChannelData> container.

Parameters
container
ChannelData&

The <ChannelData> container to add the data point to.

channelNumber
uint8

The channel number to set (ch1 = 1, ch8 = 8).

channelDataIndex
int

The index into the channel data (not the actual channel index). ex. if channel 1 and 3 are active, channel 1 = index 0 and channel 3 = index 1.

sweepIndex
int

The index of the sweep into the packet starting at index 0.

channelId
WirelessChannel::ChannelId

The WirelessChannel::ChannelId to give to the WirelessDataPoint.

-
- -
-
wirelessChannelFromChNum
-
virtual WirelessChannel::ChannelId wirelessChannelFromChNum(
int channelNum
)
-

Converts a channel number to a WirelessChannel

Parameters
channelNum
int

The channel number to convert (starting at index 1, so channel 1 = 1, channel 8 = 8)

Returns

The WirelessChannel representing the passed in channel number

-
- -
-
getPayloadData
-
void getPayloadData(
size_t payloadPosition,
anyType &result
) const
-

Reads a value out of the packet's payload based on the given position and the data's DataType.

Parameters
payloadPosition
size_t

The position into the payload to read from.

result
anyType&

The anyType to hold the resulting payload data.

-
- -
-
timestampWithinRange
-
static bool timestampWithinRange(
const Timestamp &timestamp
)
-

Checks if a timestamp is within the valid range that MSCL accepts.

Parameters
timestamp
const Timestamp&

The Timestamp to check for valid range.

Returns

true if the timestamp is within the valid range, false otherwise.

-
- -
-
angleWithinRange
-
static bool angleWithinRange(
float angle
)
-

Checks if an angle from a Wireless Packet is within the valid range that MSCL accepts.

Parameters
angle
float

The angle (in degrees) to check if its within range.

Returns

true if the timestamp is within the valid range, false otherwise.

-
- -
-
getMathChannelId
-
static WirelessChannel::ChannelId getMathChannelId(
WirelessTypes::DerivedDataPacketAlgorithmId algorithmId,
uint8 channelNumber
)
-

Takes a math algorithm ID and a channel number (1 = ch1, 8 = ch8) and determines the WirelessChannel::ChannelId.

Parameters
algorithmId
WirelessTypes::DerivedDataPacketAlgorithmId

The WirelessTypes::DerivedDataPacketAlgorithmId.

channelNumber
uint8

The channel number (1 = ch1, 8 = ch8) which the math applies to.

Returns

The WirelessChannel::ChannelId representing the math channel.

-
- -
-
getNextSweep
-
void getNextSweep(
DataSweep &sweepResult
)
-

Gets the next DataSweep in the packet

Parameters
sweepResult
DataSweep&

The DataSweep to hold the result.

-
- -
-
numSweeps
-
std::size_t numSweeps() const
-

Gets the total number of DataSweeps that are in this data packet

Returns

The total number of DataSweeps that are in this data packet

-
- -
-
numSweepsRemaining
-
std::size_t numSweepsRemaining() const
-

Gets the number of remaining DataSweeps that have not been obtained by the user

Returns

The number of remaining DataSweeps that have not been obtained by the user

-
- -
-
moreSweeps
-
bool moreSweeps() const
-

Whether or not there are more DataSweeps in the data packet

Returns

true if there are more DataSweeps available, false otherwise

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AltitudeAidControl-Summary.js b/v66.0.1/MSCL_Docs/classes/C/AltitudeAidControl-Summary.js deleted file mode 100644 index a699b9492..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AltitudeAidControl-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:AltitudeAidControl","AltitudeAidControl");NDSummary.OnSummaryLoaded("CClass:AltitudeAidControl",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[858,0,0,"AltitudeAidControl"],[859,0,3,"Constants","Constants"],[860,0,1,"Packet Bytes","Packet_Bytes"],[861,0,1,,"CMD_ID"],[862,0,1,,"FIELD_DATA_BYTE"],[863,0,3,"Functions","Functions"],[864,0,2,"buildCommand_get","buildCommand_get"],[865,0,2,"buildCommand_set","buildCommand_set"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AltitudeAidControl-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/AltitudeAidControl-SummaryToolTips.js deleted file mode 100644 index 7c6d5c1d0..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AltitudeAidControl-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:AltitudeAidControl",{858:"
AltitudeAidControl
Contains the logic for the "Altitude Aid Control" command
",864:"
static ByteStream buildCommand_get()
Builds the bytes for the "get" command.
",865:"
static ByteStream buildCommand_set(
bool enable
)
Builds the bytes for the "set" command.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AltitudeAidControl-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/AltitudeAidControl-ToolTips.js deleted file mode 100644 index a9de5ee2c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AltitudeAidControl-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3171:"
The enums for all of the different MIP commands.
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AltitudeAidControl.html b/v66.0.1/MSCL_Docs/classes/C/AltitudeAidControl.html deleted file mode 100644 index 045cad31e..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AltitudeAidControl.html +++ /dev/null @@ -1,42 +0,0 @@ - - -AltitudeAidControl - - - - - - - -
-
AltitudeAidControl
-
AltitudeAidControl
-

Contains the logic for the "Altitude Aid Control" command

-
- -
-
Constants
-
- -
-
Packet Bytes
-
CMD_ID

CMD_EF_ALTITUDE_AID_CTRL  - The MipTypes::Command for this command

FIELD_DATA_BYTE

0xB7  - The Data Field Descriptor byte

-
- -
-
Functions
-
- -
-
buildCommand_get
-
static ByteStream buildCommand_get()
-

Builds the bytes for the "get" command.

-
- -
-
buildCommand_set
-
static ByteStream buildCommand_set(
bool enable
)
-

Builds the bytes for the "set" command.

Parameters
enable
bool

Whether to enable (true) or disable (false) altitude aiding.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AngularRateZUPTControl-Summary.js b/v66.0.1/MSCL_Docs/classes/C/AngularRateZUPTControl-Summary.js deleted file mode 100644 index 8f8ee419d..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AngularRateZUPTControl-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:AngularRateZUPTControl","AngularRateZUPTControl");NDSummary.OnSummaryLoaded("CClass:AngularRateZUPTControl",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[882,0,0,"AngularRateZUPTControl"],[883,0,3,"Constants","Constants"],[884,0,1,"Packet Bytes","Packet_Bytes"],[885,0,1,,"CMD_ID"],[886,0,1,,"FIELD_DATA_BYTE"],[887,0,3,"Functions","Functions"],[888,0,2,"buildCommand_get","buildCommand_get"],[889,0,2,"buildCommand_set","buildCommand_set"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AngularRateZUPTControl-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/AngularRateZUPTControl-SummaryToolTips.js deleted file mode 100644 index 760718ff2..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AngularRateZUPTControl-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:AngularRateZUPTControl",{882:"
AngularRateZUPTControl
Contains the logic for the "Angular Rate ZUPT Control" command
",888:"
static ByteStream buildCommand_get()
Builds the bytes for the "get" command.
",889:"
static ByteStream buildCommand_set(
const ZUPTSettingsData &settingsData
)
Builds the bytes for the "set" command.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AngularRateZUPTControl-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/AngularRateZUPTControl-ToolTips.js deleted file mode 100644 index 5d7ae4b94..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AngularRateZUPTControl-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1986:"
Contains the data for the AngularRateZUPTControl and VelocityZUPTControl classes.
",3171:"
The enums for all of the different MIP commands.
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AngularRateZUPTControl.html b/v66.0.1/MSCL_Docs/classes/C/AngularRateZUPTControl.html deleted file mode 100644 index ed217643d..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AngularRateZUPTControl.html +++ /dev/null @@ -1,42 +0,0 @@ - - -AngularRateZUPTControl - - - - - - - -
-
AngularRateZUPTControl
-
AngularRateZUPTControl
-

Contains the logic for the "Angular Rate ZUPT Control" command

-
- -
-
Constants
-
- -
-
Packet Bytes
-
CMD_ID

CMD_EF_CMDED_ZERO_ANG_RATE_UPDATE - The MipTypes::Command for this command

FIELD_DATA_BYTE

0x8E  - The Data Field Descriptor byte

-
- -
-
Functions
-
- -
-
buildCommand_get
-
static ByteStream buildCommand_get()
-

Builds the bytes for the "get" command.

-
- -
-
buildCommand_set
-
static ByteStream buildCommand_set(
const ZUPTSettingsData &settingsData
)
-

Builds the bytes for the "set" command.

Parameters
settingsData
const ZUPTSettingsData&

The ZUPTSettingsData object containing whether the command is enabled and the threshold.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AntennaLeverArmCalConfiguration-Summary.js b/v66.0.1/MSCL_Docs/classes/C/AntennaLeverArmCalConfiguration-Summary.js deleted file mode 100644 index 4572c70f9..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AntennaLeverArmCalConfiguration-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:AntennaLeverArmCalConfiguration","AntennaLeverArmCalConfiguration");NDSummary.OnSummaryLoaded("CClass:AntennaLeverArmCalConfiguration",[["C/C++","C"]],[["Groups","Group"],["Structs","Struct"],["Variables","Variable"]],[[2362,0,1,"AntennaLeverArmCalConfiguration"],[2363,0,0,"Variables","Variables"],[2364,0,2,"enabled","enabled"],[2365,0,2,"maxOffsetError","maxOffsetError"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AntennaLeverArmCalConfiguration-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/AntennaLeverArmCalConfiguration-SummaryToolTips.js deleted file mode 100644 index c0667710a..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AntennaLeverArmCalConfiguration-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:AntennaLeverArmCalConfiguration",{2364:"
bool enabled
Enable or disable lever arm error tracking
",2365:"
float maxOffsetError
Maximum offset error magnitude
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AntennaLeverArmCalConfiguration-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/AntennaLeverArmCalConfiguration-ToolTips.js deleted file mode 100644 index 59992a148..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AntennaLeverArmCalConfiguration-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AntennaLeverArmCalConfiguration.html b/v66.0.1/MSCL_Docs/classes/C/AntennaLeverArmCalConfiguration.html deleted file mode 100644 index b59129c1d..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AntennaLeverArmCalConfiguration.html +++ /dev/null @@ -1,31 +0,0 @@ - - -AntennaLeverArmCalConfiguration - - - - - - - -
-
AntennaLeverArmCalConfiguration
-
- -
-
Variables
-
- -
-
enabled
-
bool enabled
-

Enable or disable lever arm error tracking

-
- -
-
maxOffsetError
-
float maxOffsetError
-

Maximum offset error magnitude

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AntennaOffset-Summary.js b/v66.0.1/MSCL_Docs/classes/C/AntennaOffset-Summary.js deleted file mode 100644 index 0f2c85dec..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AntennaOffset-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:AntennaOffset","AntennaOffset");NDSummary.OnSummaryLoaded("CClass:AntennaOffset",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[935,0,0,"AntennaOffset"],[936,0,3,"Constants","Constants"],[937,0,1,"Packet Bytes","Packet_Bytes"],[938,0,1,,"CMD_ID"],[939,0,1,,"FIELD_DATA_BYTE"],[940,0,3,"Functions","Functions"],[941,0,2,"buildCommand_get","buildCommand_get"],[942,0,2,"buildCommand_set","buildCommand_set"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AntennaOffset-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/AntennaOffset-SummaryToolTips.js deleted file mode 100644 index c5c19b53f..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AntennaOffset-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:AntennaOffset",{935:"
AntennaOffset
Contains the logic for the "Antenna Offset" command
",941:"
static ByteStream buildCommand_get()
Builds the bytes for the "get" command.
",942:"
static ByteStream buildCommand_set(
const PositionOffset &offset
)
Builds the bytes for the "set" command.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AntennaOffset-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/AntennaOffset-ToolTips.js deleted file mode 100644 index 8969ca3a3..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AntennaOffset-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1644:"
PositionOffset
Represents a position offset (x, y, z).
",3171:"
The enums for all of the different MIP commands.
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AntennaOffset.html b/v66.0.1/MSCL_Docs/classes/C/AntennaOffset.html deleted file mode 100644 index 2ebedf3fa..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AntennaOffset.html +++ /dev/null @@ -1,42 +0,0 @@ - - -AntennaOffset - - - - - - - -
-
AntennaOffset
-
AntennaOffset
-

Contains the logic for the "Antenna Offset" command

-
- -
-
Constants
-
- -
-
Packet Bytes
-
CMD_ID

CMD_EF_ANTENNA_OFFSET  - The MipTypes::Command for this command

FIELD_DATA_BYTE

0x83  - The Data Field Descriptor byte

-
- -
-
Functions
-
- -
-
buildCommand_get
-
static ByteStream buildCommand_get()
-

Builds the bytes for the "get" command.

-
- -
-
buildCommand_set
-
static ByteStream buildCommand_set(
const PositionOffset &offset
)
-

Builds the bytes for the "set" command.

Parameters
offset
const PositionOffset&

The PositionOffset in meters.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ArmForDatalogging-Summary.js b/v66.0.1/MSCL_Docs/classes/C/ArmForDatalogging-Summary.js deleted file mode 100644 index e7ce49f54..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ArmForDatalogging-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:ArmForDatalogging","ArmForDatalogging");NDSummary.OnSummaryLoaded("CClass:ArmForDatalogging",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[5859,0,0,"ArmForDatalogging"],[5860,0,2,"Functions","Functions"],[5861,0,1,"buildCommand","buildCommand"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ArmForDatalogging-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/ArmForDatalogging-SummaryToolTips.js deleted file mode 100644 index b331317ed..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ArmForDatalogging-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:ArmForDatalogging",{5859:"
ArmForDatalogging
Contains logic for the Arm For Datalogging Node command.
",5861:"
static ByteStream buildCommand(
NodeAddress nodeAddress,
const std::string &message = ""
)
Builds the ArmForDatalogging command packet.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ArmForDatalogging-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/ArmForDatalogging-ToolTips.js deleted file mode 100644 index aefea407e..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ArmForDatalogging-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10245:"
typedef for a Node\'s node address.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ArmForDatalogging.html b/v66.0.1/MSCL_Docs/classes/C/ArmForDatalogging.html deleted file mode 100644 index 2af4af6f3..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ArmForDatalogging.html +++ /dev/null @@ -1,27 +0,0 @@ - - -ArmForDatalogging - - - - - - - -
-
ArmForDatalogging
-
ArmForDatalogging
-

Contains logic for the Arm For Datalogging Node command.

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand(
NodeAddress nodeAddress,
const std::string &message = ""
)
-

Builds the ArmForDatalogging command packet.

Parameters
nodeAddress
NodeAddress

The address of the Node to build the command for.

message
const std::string&

A message, up to 50 characters, to send with the arm command. This message can be downloaded with the data. Will be trimmed to 50 chars if longer. (Default of "")

Returns

A ByteStream containing the command packet.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ArmedDataloggingNetwork-Summary.js b/v66.0.1/MSCL_Docs/classes/C/ArmedDataloggingNetwork-Summary.js deleted file mode 100644 index 55c7bc397..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ArmedDataloggingNetwork-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:ArmedDataloggingNetwork","ArmedDataloggingNetwork");NDSummary.OnSummaryLoaded("CClass:ArmedDataloggingNetwork",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[9698,0,0,"ArmedDataloggingNetwork"],[9699,0,2,"Functions","Functions"],[9700,0,1,"ArmedDataloggingNetwork","ArmedDataloggingNetwork"],[9701,0,2,"Variables","Variables"],[9702,0,3,"m_networkBase","m_networkBase"],[9703,0,3,"m_nodes","m_nodes"],[9704,0,2,"Functions","Functions(2)"],[9705,0,1,"addNode","addNode"],[9706,0,1,"removeNode","removeNode"],[9707,0,1,"startSampling","startSampling"],[9708,0,1,"armNodes","armNodes"],[9709,0,1,"triggerArmedNodes","triggerArmedNodes"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ArmedDataloggingNetwork-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/ArmedDataloggingNetwork-SummaryToolTips.js deleted file mode 100644 index b80873fe4..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ArmedDataloggingNetwork-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:ArmedDataloggingNetwork",{9698:"
ArmedDataloggingNetwork
Used to setup and start an Armed Datalogging network of wireless nodes.
",9700:"
ArmedDataloggingNetwork(
const BaseStation &networkBaseStation
)
Creates an ArmedDataloggingNetwork object used to setup and start an Armed Datalogging network.
",9702:"
BaseStation m_networkBase
The BaseStation that will act as the parent base station for this network.
",9703:"
std::map<NodeAddress, std::string> m_nodes
A map of node addresses to messages to be set for datalogging. This serves as the list of nodes in the network.
",9705:"
void addNode(
const WirelessNode &node,
const std::string &message = ""
)
Adds a WirelessNode to the Armed Datalogging network. If the Node already exists in the network, it will not be added.  The Node\'s parent BaseStation should be the same as the network\'s master BaseStation.  The Node should have its sampling configuration set to Armed Datalogging mode prior to adding to be successfully added.
",9706:"
void removeNode(
NodeAddress nodeAddress
)
Removes a WirelessNode from the Armed Datalogging network, if it exists in the network.
",9707:"
void startSampling()
Starts the network sampling by individually arming each Node and then broadcasting the trigger to all Nodes that are armed.
",9708:"
void armNodes()
Sends the ArmForDatalogging command to each Node in the network.
",9709:"
void triggerArmedNodes()
Sends a broadcast trigger to start all Nodes that are currently armed.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ArmedDataloggingNetwork-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/ArmedDataloggingNetwork-ToolTips.js deleted file mode 100644 index 5f72da991..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ArmedDataloggingNetwork-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7905:"
WirelessNode
A class representing a MicroStrain wireless node
",9710:"
BaseStation
Represents a MicroStrain Base Station object
",10245:"
typedef for a Node\'s node address.
",10446:"
Error
The generic MicroStrain exception (base class)
",10472:"
Error_NodeCommunication
The exception for failing to communicate with a WirelessNode.
",10479:"
Error_Connection
The generic connection exception.
",10511:"
Error_InvalidNodeConfig
The Configuration for a WirelessNode is invalid.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ArmedDataloggingNetwork.html b/v66.0.1/MSCL_Docs/classes/C/ArmedDataloggingNetwork.html deleted file mode 100644 index ddf4ef5c9..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ArmedDataloggingNetwork.html +++ /dev/null @@ -1,77 +0,0 @@ - - -ArmedDataloggingNetwork - - - - - - - -
-
ArmedDataloggingNetwork
-
ArmedDataloggingNetwork
-

Used to setup and start an Armed Datalogging network of wireless nodes.

-
- -
-
Functions
-
- -
-
ArmedDataloggingNetwork
-
ArmedDataloggingNetwork(
const BaseStation &networkBaseStation
)
-

Creates an ArmedDataloggingNetwork object used to setup and start an Armed Datalogging network.

Parameters
networkBaseStation
const BaseStation&

The master BaseStation for this network. All WirelessNodes that are added must have this as their parent BaseStation.

-
- -
-
Variables
-
- -
-
m_networkBase
-
BaseStation m_networkBase
-

The BaseStation that will act as the parent base station for this network.

-
- -
-
m_nodes
-
std::map<NodeAddress, std::string> m_nodes
-

A map of node addresses to messages to be set for datalogging. This serves as the list of nodes in the network.

-
- -
-
Functions
-
- -
-
addNode
-
void addNode(
const WirelessNode &node,
const std::string &message = ""
)
-

Adds a WirelessNode to the Armed Datalogging network. If the Node already exists in the network, it will not be added.  The Node's parent BaseStation should be the same as the network's master BaseStation.  The Node should have its sampling configuration set to Armed Datalogging mode prior to adding to be successfully added.

Parameters
node
const WirelessNode&

The WirelessNode to add to the network.

message
const std::string&

A message to be set with the WirelessNode. This message can be retrieved when downloading the data from the Node. Will be trimmed to 50 chars if longer. (Default of "")

Exceptions
-
- -
-
removeNode
-
void removeNode(
NodeAddress nodeAddress
)
-

Removes a WirelessNode from the Armed Datalogging network, if it exists in the network.

Parameters
nodeAddress
NodeAddress

The node address of the WirelessNode to be removed.

-
- -
-
startSampling
-
void startSampling()
-

Starts the network sampling by individually arming each Node and then broadcasting the trigger to all Nodes that are armed.

Exceptions
-
- -
-
armNodes
-
void armNodes()
-

Sends the ArmForDatalogging command to each Node in the network.

Exceptions
-
- -
-
triggerArmedNodes
-
void triggerArmedNodes()
-

Sends a broadcast trigger to start all Nodes that are currently armed.

Exceptions
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AsyncDigitalAnalogPacket-Summary.js b/v66.0.1/MSCL_Docs/classes/C/AsyncDigitalAnalogPacket-Summary.js deleted file mode 100644 index 13dc2bac3..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AsyncDigitalAnalogPacket-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:AsyncDigitalAnalogPacket","AsyncDigitalAnalogPacket");NDSummary.OnSummaryLoaded("CClass:AsyncDigitalAnalogPacket",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[7742,0,0,"AsyncDigitalAnalogPacket"],[7743,0,3,"Constants","Constants"],[7744,0,1,"Synchronized Sampling Packet Information","Synchronized_Sampling_Packet_Information"],[7745,0,1,,"PAYLOAD_OFFSET_CHANNEL_MASK"],[7746,0,1,,"PAYLOAD_OFFSET_DATA_TYPE"],[7747,0,1,,"PAYLOAD_OFFSET_TICK"],[7748,0,1,,"PAYLOAD_OFFSET_TS_SEC"],[7749,0,1,,"PAYLOAD_OFFSET_TS_NANOSEC"],[7750,0,1,,"PAYLOAD_OFFSET_CHANNEL_DATA"],[7751,0,3,"Functions","Functions"],[7752,0,2,"AsyncDigitalAnalogPacket","AsyncDigitalAnalogPacket"],[7753,0,2,"parseSweeps","parseSweeps"],[7754,0,2,"wirelessChannelFromDigitalChNum","wirelessChannelFromDigitalChNum"],[7755,0,2,"createAnalogDataPoint","createAnalogDataPoint"],[7756,0,2,"integrityCheck","integrityCheck"],[7757,0,2,"getUniqueId","getUniqueId"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AsyncDigitalAnalogPacket-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/AsyncDigitalAnalogPacket-SummaryToolTips.js deleted file mode 100644 index 7a0585b37..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AsyncDigitalAnalogPacket-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:AsyncDigitalAnalogPacket",{7742:"
AsyncDigitalAnalogPacket
A WirelessDataPacket derived class representing an Asynchronouse Digital packet
",7752:"
explicit AsyncDigitalAnalogPacket(
const WirelessPacket &packet
)
Creates a AsyncDigitalAnalogPacket from the passed in WirelessPacket
",7753:"
void parseSweeps()
Parses the passed in WirelessPacket for all the sweep information and adds a sweep to the sweeps container
",7754:"
WirelessChannel::ChannelId wirelessChannelFromDigitalChNum(
int channelNum
)
Converts a digital channel number to a WirelessChannel::ChannelId
",7755:"
WirelessDataPoint createAnalogDataPoint(
uint8 channelNumber,
uint32 bytePos
)
Creates a WirelessDataPoint for Analog data from the current payload given a data type and channel index
",7756:"
static bool integrityCheck(
const WirelessPacket &packet
)
Verifies that the packet is a well formed Async Digital and Analog packet
",7757:"
static UniqueWirelessPacketId getUniqueId(
const WirelessPacket &packet
)
Gets the unique Id of the WirelessPacket passed in
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AsyncDigitalAnalogPacket-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/AsyncDigitalAnalogPacket-ToolTips.js deleted file mode 100644 index c0600b28c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AsyncDigitalAnalogPacket-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7176:"
WirelessPacket
Represents a MicroStrain wireless packet
",7236:"
WirelessDataPacket
A class representing a Wireless Data Packet.
",8011:"
WirelessDataPoint
Represents a single channel\'s data point within a sweep
",10248:"
Typedef for an id that uniquely identifies a wireless packet.
",10464:"
Error_UnknownSampleRate
The sample rate is invalid or unknown for the given device
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AsyncDigitalAnalogPacket.html b/v66.0.1/MSCL_Docs/classes/C/AsyncDigitalAnalogPacket.html deleted file mode 100644 index d8813b05f..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AsyncDigitalAnalogPacket.html +++ /dev/null @@ -1,66 +0,0 @@ - - -AsyncDigitalAnalogPacket - - - - - - - -
-
AsyncDigitalAnalogPacket
-
public
WirelessDataPacket
AsyncDigitalAnalogPacket
-

A WirelessDataPacket derived class representing an Asynchronouse Digital packet

-
- -
-
Constants
-
- -
-
Synchronized Sampling Packet Information
-
PAYLOAD_OFFSET_CHANNEL_MASK

0  - The offset into the payload to get the digital channel mask (2 bytes)

PAYLOAD_OFFSET_DATA_TYPE

2  - The offset into the payload to get the data type

PAYLOAD_OFFSET_TICK

3  - The offset into the payload to get the tick (2 bytes)

PAYLOAD_OFFSET_TS_SEC

5  - The offset into the payload to get the timestamp seconds (4 bytes)

PAYLOAD_OFFSET_TS_NANOSEC

9  - The offset into the payload to get the timestamp nanoseconds (4 bytes)

PAYLOAD_OFFSET_CHANNEL_DATA

13  - The offset into the payload where the channel data starts

-
- -
-
Functions
-
- -
-
AsyncDigitalAnalogPacket
-
explicit AsyncDigitalAnalogPacket(
const WirelessPacket &packet
)
-

Creates a AsyncDigitalAnalogPacket from the passed in WirelessPacket

Parameters
packet
const WirelessPacket&

A WirelessPacket determined to be a AsyncDigitalAnalogPacket

-
- -
-
parseSweeps
-
void parseSweeps()
-

Parses the passed in WirelessPacket for all the sweep information and adds a sweep to the sweeps container

Exceptions
-
- -
-
wirelessChannelFromDigitalChNum
-
WirelessChannel::ChannelId wirelessChannelFromDigitalChNum(
int channelNum
)
-

Converts a digital channel number to a WirelessChannel::ChannelId

Parameters
channelNum
int

The digital channel number to convert (digital channel 1 = 1, digital channel 16 = 16)

Returns

The WirelessChannel::ChannelId representing the passed in digital channel number

-
- -
-
createAnalogDataPoint
-
WirelessDataPoint createAnalogDataPoint(
uint8 channelNumber,
uint32 bytePos
)
-

Creates a WirelessDataPoint for Analog data from the current payload given a data type and channel index

Parameters
channelNumber
uint8

The channel number associated with the data point (ch1 = 1, ch8 = 8).

bytePos
uint32

The position into the payload data that we are reading from.

Returns

A WirelessDataPoint built from the channel information provided

-
- -
-
integrityCheck
-
static bool integrityCheck(
const WirelessPacket &packet
)
-

Verifies that the packet is a well formed Async Digital and Analog packet

Parameters
packet
const WirelessPacket&

The fully formed Wireless Packet to check the integrity of

Returns

true if the packet is a well formed Sync Sampling packet, false otherwise

-
- -
-
getUniqueId
-
static UniqueWirelessPacketId getUniqueId(
const WirelessPacket &packet
)
-

Gets the unique Id of the WirelessPacket passed in

Parameters
packet
const WirelessPacket&

The WirelessPacket to get the unique id of

Returns

The UniqueWirelessPacketId of the passed in packet

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AsyncDigitalPacket-Summary.js b/v66.0.1/MSCL_Docs/classes/C/AsyncDigitalPacket-Summary.js deleted file mode 100644 index c90b2ff21..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AsyncDigitalPacket-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:AsyncDigitalPacket","AsyncDigitalPacket");NDSummary.OnSummaryLoaded("CClass:AsyncDigitalPacket",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[7728,0,0,"AsyncDigitalPacket"],[7729,0,3,"Constants","Constants"],[7730,0,1,"Synchronized Sampling Packet Information","Synchronized_Sampling_Packet_Information"],[7731,0,1,,"PAYLOAD_OFFSET_CHANNEL_MASK"],[7732,0,1,,"PAYLOAD_OFFSET_TICK"],[7733,0,1,,"PAYLOAD_OFFSET_TS_SEC"],[7734,0,1,,"PAYLOAD_OFFSET_TS_NANOSEC"],[7735,0,1,,"PAYLOAD_OFFSET_CHANNEL_DATA"],[7736,0,3,"Functions","Functions"],[7737,0,2,"AsyncDigitalPacket","AsyncDigitalPacket"],[7738,0,2,"parseSweeps","parseSweeps"],[7739,0,2,"wirelessChannelFromChNum","wirelessChannelFromChNum"],[7740,0,2,"integrityCheck","integrityCheck"],[7741,0,2,"getUniqueId","getUniqueId"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AsyncDigitalPacket-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/AsyncDigitalPacket-SummaryToolTips.js deleted file mode 100644 index 25ce80be4..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AsyncDigitalPacket-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:AsyncDigitalPacket",{7728:"
AsyncDigitalPacket
A WirelessDataPacket derived class representing an Asynchronouse Digital packet
",7737:"
explicit AsyncDigitalPacket(
const WirelessPacket &packet
)
Creates a AsyncDigitalPacket from the passed in WirelessPacket
",7738:"
void parseSweeps()
Parses the passed in WirelessPacket for all the sweep information and adds a sweep to the sweeps container
",7739:"
virtual WirelessChannel::ChannelId wirelessChannelFromChNum(
int channelNum
) override
Converts a digital channel number to a WirelessChannel::ChannelId
",7740:"
static bool integrityCheck(
const WirelessPacket &packet
)
Verifies that the packet is a well formed Async Digital packet
",7741:"
static UniqueWirelessPacketId getUniqueId(
const WirelessPacket &packet
)
Gets the unique Id of the WirelessPacket passed in
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AsyncDigitalPacket-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/AsyncDigitalPacket-ToolTips.js deleted file mode 100644 index 029a71284..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AsyncDigitalPacket-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7176:"
WirelessPacket
Represents a MicroStrain wireless packet
",7236:"
WirelessDataPacket
A class representing a Wireless Data Packet.
",10248:"
Typedef for an id that uniquely identifies a wireless packet.
",10464:"
Error_UnknownSampleRate
The sample rate is invalid or unknown for the given device
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AsyncDigitalPacket.html b/v66.0.1/MSCL_Docs/classes/C/AsyncDigitalPacket.html deleted file mode 100644 index d63cc6226..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AsyncDigitalPacket.html +++ /dev/null @@ -1,60 +0,0 @@ - - -AsyncDigitalPacket - - - - - - - -
-
AsyncDigitalPacket
-
public
WirelessDataPacket
AsyncDigitalPacket
-

A WirelessDataPacket derived class representing an Asynchronouse Digital packet

-
- -
-
Constants
-
- -
-
Synchronized Sampling Packet Information
-
PAYLOAD_OFFSET_CHANNEL_MASK

0  - The offset into the payload to get the digital channel mask (2 bytes)

PAYLOAD_OFFSET_TICK

2  - The offset into the payload to get the tick (2 bytes)

PAYLOAD_OFFSET_TS_SEC

4  - The offset into the payload to get the timestamp seconds (4 bytes)

PAYLOAD_OFFSET_TS_NANOSEC

8  - The offset into the payload to get the timestamp nanoseconds (4 bytes)

PAYLOAD_OFFSET_CHANNEL_DATA

12  - The offset into the payload where the channel data starts

-
- -
-
Functions
-
- -
-
AsyncDigitalPacket
-
explicit AsyncDigitalPacket(
const WirelessPacket &packet
)
-

Creates a AsyncDigitalPacket from the passed in WirelessPacket

Parameters
packet
const WirelessPacket&

A WirelessPacket determined to be a AsyncDigitalPacket

-
- -
-
parseSweeps
-
void parseSweeps()
-

Parses the passed in WirelessPacket for all the sweep information and adds a sweep to the sweeps container

Exceptions
-
- -
-
wirelessChannelFromChNum
-
virtual WirelessChannel::ChannelId wirelessChannelFromChNum(
int channelNum
) override
-

Converts a digital channel number to a WirelessChannel::ChannelId

Parameters
channelNum
int

The digital channel number to convert (digital channel 1 = 1, digital channel 16 = 16)

Returns

The WirelessChannel::ChannelId representing the passed in digital channel number

-
- -
-
integrityCheck
-
static bool integrityCheck(
const WirelessPacket &packet
)
-

Verifies that the packet is a well formed Async Digital packet

Parameters
packet
const WirelessPacket&

The fully formed Wireless Packet to check the integrity of

Returns

true if the packet is a well formed Sync Sampling packet, false otherwise

-
- -
-
getUniqueId
-
static UniqueWirelessPacketId getUniqueId(
const WirelessPacket &packet
)
-

Gets the unique Id of the WirelessPacket passed in

Parameters
packet
const WirelessPacket&

The WirelessPacket to get the unique id of

Returns

The UniqueWirelessPacketId of the passed in packet

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AutoAdaptiveFilterOptions-Summary.js b/v66.0.1/MSCL_Docs/classes/C/AutoAdaptiveFilterOptions-Summary.js deleted file mode 100644 index 1b426b4ac..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AutoAdaptiveFilterOptions-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:AutoAdaptiveFilterOptions","AutoAdaptiveFilterOptions");NDSummary.OnSummaryLoaded("CClass:AutoAdaptiveFilterOptions",[["C/C++","C"]],[["Functions","Function"],["Groups","Group"],["Structs","Struct"],["Types","Type"],["Variables","Variable"]],[[2251,0,2,"AutoAdaptiveFilterOptions"],[2252,0,1,"Functions","Functions"],[2253,0,0,"AutoAdaptiveFilterOptions","AutoAdaptiveFilterOptions"],[2254,0,0,"AutoAdaptiveFilterOptions","AutoAdaptiveFilterOptions(2)"],[2255,0,1,"Variables","Variables"],[2256,0,4,"level","level"],[2257,0,4,"timeLimit","timeLimit"],[2258,0,1,"Types","Types"],[2259,0,3,"AdaptiveMeasurementModes","AdaptiveMeasurementModes"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AutoAdaptiveFilterOptions-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/AutoAdaptiveFilterOptions-SummaryToolTips.js deleted file mode 100644 index f4236376a..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AutoAdaptiveFilterOptions-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:AutoAdaptiveFilterOptions",{2253:"
AutoAdaptiveFilterOptions() : level(InertialTypes::FILTERING_MODERATE), timeLimit(0)
Initializes a AutoAdaptiveFilterOptions object with default values
",2254:"
AutoAdaptiveFilterOptions(
InertialTypes::AutoAdaptiveFilteringLevel lvl,
uint16 limit
) : level(lvl), timeLimit(limit)
Initializes a AutoAdaptiveFilterOptions object with specified values
",2256:"
InertialTypes::AutoAdaptiveFilteringLevel level
The auto-adaptive filter operating level
",2257:"
uint16 timeLimit
The maximum duration of measurement rejection before entering recovery mode (ms)
",2259:"
A vector of AdaptiveMeasurementMode enum values
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AutoAdaptiveFilterOptions-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/AutoAdaptiveFilterOptions-ToolTips.js deleted file mode 100644 index 9cdc36c42..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AutoAdaptiveFilterOptions-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1804:"
The enum to represent the different available options and combinations for the Adaptive Measurement commands (0x0D, 0x44-0x46)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AutoAdaptiveFilterOptions.html b/v66.0.1/MSCL_Docs/classes/C/AutoAdaptiveFilterOptions.html deleted file mode 100644 index c60eb94e6..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AutoAdaptiveFilterOptions.html +++ /dev/null @@ -1,56 +0,0 @@ - - -AutoAdaptiveFilterOptions - - - - - - - -
-
AutoAdaptiveFilterOptions
-
- -
-
Functions
-
- -
-
AutoAdaptiveFilterOptions
-
AutoAdaptiveFilterOptions() : level(InertialTypes::FILTERING_MODERATE), timeLimit(0)
-

Initializes a AutoAdaptiveFilterOptions object with default values

-
- -
-
AutoAdaptiveFilterOptions
-
AutoAdaptiveFilterOptions(
InertialTypes::AutoAdaptiveFilteringLevel lvl,
uint16 limit
) : level(lvl), timeLimit(limit)
-

Initializes a AutoAdaptiveFilterOptions object with specified values

-
- -
-
Variables
-
- -
-
level
-
InertialTypes::AutoAdaptiveFilteringLevel level
-

The auto-adaptive filter operating level

-
- -
-
timeLimit
-
uint16 timeLimit
-

The maximum duration of measurement rejection before entering recovery mode (ms)

-
- -
-
Types
-
- -
-
AdaptiveMeasurementModes
-

A vector of AdaptiveMeasurementMode enum values

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AutoBalance-Summary.js b/v66.0.1/MSCL_Docs/classes/C/AutoBalance-Summary.js deleted file mode 100644 index 7a993b349..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AutoBalance-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:AutoBalance","AutoBalance");NDSummary.OnSummaryLoaded("CClass:AutoBalance",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[5856,0,0,"AutoBalance"],[5857,0,2,"Functions","Functions"],[5858,0,1,"buildCommand","buildCommand"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AutoBalance-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/AutoBalance-SummaryToolTips.js deleted file mode 100644 index 13a878fc7..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AutoBalance-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:AutoBalance",{5856:"
AutoBalance
Contains logic for the Auto Balance Node command.
",5858:"
static ByteStream buildCommand(
NodeAddress nodeAddress,
uint8 channelNumber,
uint16 targetValue
)
Builds the AutoBalance command packet.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AutoBalance-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/AutoBalance-ToolTips.js deleted file mode 100644 index aefea407e..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AutoBalance-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10245:"
typedef for a Node\'s node address.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AutoBalance.html b/v66.0.1/MSCL_Docs/classes/C/AutoBalance.html deleted file mode 100644 index 91577a10e..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AutoBalance.html +++ /dev/null @@ -1,27 +0,0 @@ - - -AutoBalance - - - - - - - -
-
AutoBalance
-
AutoBalance
-

Contains logic for the Auto Balance Node command.

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand(
NodeAddress nodeAddress,
uint8 channelNumber,
uint16 targetValue
)
-

Builds the AutoBalance command packet.

Parameters
nodeAddress
NodeAddress

The address of the Node to build the command for.

channelNumber
uint8

The channel number to balance (ch1 = 1, ch8 = 8).

targetValue
uint16

The target sensor output value in bits (0-4096).

Returns

A ByteStream containing the command packet.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AutoBalanceResult-Summary.js b/v66.0.1/MSCL_Docs/classes/C/AutoBalanceResult-Summary.js deleted file mode 100644 index 9f218b45f..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AutoBalanceResult-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:AutoBalanceResult","AutoBalanceResult");NDSummary.OnSummaryLoaded("CClass:AutoBalanceResult",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[5835,0,0,"AutoBalanceResult"],[5836,0,2,"Variables","Variables"],[5837,0,3,"m_errorCode","m_errorCode"],[5838,0,3,"m_percentAchieved","m_percentAchieved"],[5839,0,3,"m_hardwareOffset","m_hardwareOffset"],[5840,0,2,"Functions","Functions"],[5841,0,1,"errorCode","errorCode"],[5842,0,1,"percentAchieved","percentAchieved"],[5843,0,1,"hardwareOffset","hardwareOffset"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AutoBalanceResult-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/AutoBalanceResult-SummaryToolTips.js deleted file mode 100644 index b870bf614..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AutoBalanceResult-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:AutoBalanceResult",{5835:"
AutoBalanceResult
Represents the result from an AutoBalance command.
",5837:"
WirelessTypes::AutoBalanceErrorFlag m_errorCode
The error code from the response.
",5838:"
float m_percentAchieved
",5839:"
uint16 m_hardwareOffset
The new hardware offset from the response.
",5841:"
WirelessTypes::AutoBalanceErrorFlag errorCode() const
Gets the WirelessTypes::AutoBalanceErrorFlag from the response.
",5842:"
float percentAchieved() const
Gets the percentage that the channel was balanced to from the response.
",5843:"
uint16 hardwareOffset() const
Get the new hardware offset from the response.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AutoBalanceResult-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/AutoBalanceResult-ToolTips.js deleted file mode 100644 index c8230af92..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AutoBalanceResult-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({8919:"
The possible completion flags for the AutoBalance Wireless Node function.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AutoBalanceResult.html b/v66.0.1/MSCL_Docs/classes/C/AutoBalanceResult.html deleted file mode 100644 index 685a55d36..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AutoBalanceResult.html +++ /dev/null @@ -1,61 +0,0 @@ - - -AutoBalanceResult - - - - - - - -
-
AutoBalanceResult
-
AutoBalanceResult
-

Represents the result from an AutoBalance command.

-
- -
-
Variables
-
- -
-
m_errorCode
- -

The error code from the response.

-
- -
-
m_percentAchieved
-
float m_percentAchieved
-
The percentage (0

100) achieved from the response.

-
- -
-
m_hardwareOffset
-
uint16 m_hardwareOffset
-

The new hardware offset from the response.

-
- -
-
Functions
-
- -
-
errorCode
- -

Gets the WirelessTypes::AutoBalanceErrorFlag from the response.

Returns

The WirelessTypes::AutoBalanceErrorFlag from the autobalance response.

-
- -
-
percentAchieved
-
float percentAchieved() const
-

Gets the percentage that the channel was balanced to from the response.

Returns

The the percentage that the channel was balanced to.

-
- -
-
hardwareOffset
-
uint16 hardwareOffset() const
-

Get the new hardware offset from the response.

Returns

The new hardware offset value after the autobalance.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AutoBalance_v2-Summary.js b/v66.0.1/MSCL_Docs/classes/C/AutoBalance_v2-Summary.js deleted file mode 100644 index 894e2eb37..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AutoBalance_v2-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:AutoBalance_v2","AutoBalance_v2");NDSummary.OnSummaryLoaded("CClass:AutoBalance_v2",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[5821,0,0,"AutoBalance_v2"],[5822,0,2,"Functions","Functions"],[5823,0,1,"buildCommand","buildCommand"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AutoBalance_v2-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/AutoBalance_v2-SummaryToolTips.js deleted file mode 100644 index 31d93b95e..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AutoBalance_v2-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:AutoBalance_v2",{5821:"
AutoBalance_v2
Contains logic for the Auto Balance Node command (Version 2).
",5823:"
static ByteStream buildCommand(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress,
uint8 channelNumber,
float targetPercent
)
Builds the AutoBalance_v2 command packet.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AutoBalance_v2-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/AutoBalance_v2-ToolTips.js deleted file mode 100644 index 4531d219a..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AutoBalance_v2-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7194:"
The possible ASPP versions
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10245:"
typedef for a Node\'s node address.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AutoBalance_v2.html b/v66.0.1/MSCL_Docs/classes/C/AutoBalance_v2.html deleted file mode 100644 index 115ebd09c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AutoBalance_v2.html +++ /dev/null @@ -1,27 +0,0 @@ - - -AutoBalance_v2 - - - - - - - -
-
AutoBalance_v2
-
AutoBalance_v2
-

Contains logic for the Auto Balance Node command (Version 2).

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress,
uint8 channelNumber,
float targetPercent
)
-

Builds the AutoBalance_v2 command packet.

Parameters
nodeAddress
NodeAddress

The address of the Node to build the command for.

channelNumber
uint8

The channel number to balance (ch1 = 1, ch8 = 8).

targetPercent
float

The target percentage to balance to (0 - 100).

Returns

A ByteStream containing the command packet.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AutoCal-Summary.js b/v66.0.1/MSCL_Docs/classes/C/AutoCal-Summary.js deleted file mode 100644 index 7020aa6bf..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AutoCal-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:AutoCal","AutoCal");NDSummary.OnSummaryLoaded("CClass:AutoCal",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[5795,0,0,"AutoCal"],[5796,0,2,"Functions","Functions"],[5797,0,1,"buildCommand_shmLink","buildCommand_shmLink"],[5798,0,1,"buildCommand_shmLink201","buildCommand_shmLink201"],[5799,0,1,"buildCommand_shuntCal","buildCommand_shuntCal"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AutoCal-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/AutoCal-SummaryToolTips.js deleted file mode 100644 index 705a2f4f7..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AutoCal-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:AutoCal",{5795:"
AutoCal
Contains logic for the AutoCal Node command.
",5797:"
static ByteStream buildCommand_shmLink(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress
)
Builds the AutoCal command packet for the SHM-Link node.
",5798:"
static ByteStream buildCommand_shmLink201(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress
)
Builds the AutoCal command packet for the SHM-Link-201 node.
",5799:"
static ByteStream buildCommand_shuntCal(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress,
const AutoCalCmdDetails &details
)
Builds the AutoCal command packet for shunt calibration.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AutoCal-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/AutoCal-ToolTips.js deleted file mode 100644 index 27406d19d..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AutoCal-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({5794:"
Struct used internally to hold details for passing to the AutoCal function.  Contains the ShuntCalCmdInfo that we want user exposed, as well as other internal info.
",7194:"
The possible ASPP versions
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10245:"
typedef for a Node\'s node address.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AutoCal.html b/v66.0.1/MSCL_Docs/classes/C/AutoCal.html deleted file mode 100644 index ca54d006f..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AutoCal.html +++ /dev/null @@ -1,39 +0,0 @@ - - -AutoCal - - - - - - - -
-
AutoCal
-
AutoCal
-

Contains logic for the AutoCal Node command.

-
- -
-
Functions
-
- -
-
buildCommand_shmLink
-
static ByteStream buildCommand_shmLink(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress
)
-

Builds the AutoCal command packet for the SHM-Link node.

Parameters
asppVer
WirelessPacket::AsppVersion

The WirelessPacket::AsppVersion to build the command for.

nodeAddress
NodeAddress

The address of the Node to build the command for.

Returns

A ByteStream containing the command packet.

-
- -
-
buildCommand_shmLink201
-
static ByteStream buildCommand_shmLink201(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress
)
-

Builds the AutoCal command packet for the SHM-Link-201 node.

Parameters
asppVer
WirelessPacket::AsppVersion

The WirelessPacket::AsppVersion to build the command for.

nodeAddress
NodeAddress

The address of the Node to build the command for.

Returns

A ByteStream containing the command packet.

-
- -
-
buildCommand_shuntCal
-
static ByteStream buildCommand_shuntCal(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress,
const AutoCalCmdDetails &details
)
-

Builds the AutoCal command packet for shunt calibration.

Parameters
asppVer
WirelessPacket::AsppVersion

The WirelessPacket::AsppVersion to build the command for.

nodeAddress
NodeAddress

The address of the Node to build the command for.

details
const AutoCalCmdDetails&

The AutoCalCmdDetails containing all the data for the command.

Returns

A ByteStream containing the command packet.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AutoCalCmdDetails-Summary.js b/v66.0.1/MSCL_Docs/classes/C/AutoCalCmdDetails-Summary.js deleted file mode 100644 index a00d03470..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AutoCalCmdDetails-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:AutoCalCmdDetails","AutoCalCmdDetails");NDSummary.OnSummaryLoaded("CClass:AutoCalCmdDetails",[["C/C++","C"]],[["Structs","Struct"]],[[5794,0,0,"AutoCalCmdDetails"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AutoCalCmdDetails-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/AutoCalCmdDetails-SummaryToolTips.js deleted file mode 100644 index e6d247d79..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AutoCalCmdDetails-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:AutoCalCmdDetails",{5794:"
Struct used internally to hold details for passing to the AutoCal function.  Contains the ShuntCalCmdInfo that we want user exposed, as well as other internal info.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AutoCalCmdDetails-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/AutoCalCmdDetails-ToolTips.js deleted file mode 100644 index 59992a148..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AutoCalCmdDetails-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AutoCalCmdDetails.html b/v66.0.1/MSCL_Docs/classes/C/AutoCalCmdDetails.html deleted file mode 100644 index 491c71d27..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AutoCalCmdDetails.html +++ /dev/null @@ -1,16 +0,0 @@ - - -AutoCalCmdDetails - - - - - - - -
-
AutoCalCmdDetails
-

Struct used internally to hold details for passing to the AutoCal function.  Contains the ShuntCalCmdInfo that we want user exposed, as well as other internal info.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AutoCalResult-Summary.js b/v66.0.1/MSCL_Docs/classes/C/AutoCalResult-Summary.js deleted file mode 100644 index 26308c066..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AutoCalResult-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:AutoCalResult","AutoCalResult");NDSummary.OnSummaryLoaded("CClass:AutoCalResult",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[5724,0,0,"AutoCalResult"],[5725,0,2,"Functions","Functions"],[5726,0,1,"completionFlag","completionFlag"],[5727,0,1,"parse","parse"],[5728,0,2,"Variables","Variables"],[5729,0,3,"m_completionFlag","m_completionFlag"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AutoCalResult-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/AutoCalResult-SummaryToolTips.js deleted file mode 100644 index bfb6f7b60..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AutoCalResult-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:AutoCalResult",{5724:"
AutoCalResult
Abstract base class for AutoCal result classes.
",5726:"
WirelessTypes::AutoCalCompletionFlag completionFlag() const
Gets the WirelessTypes::AutoCalCompletionFlag of the AutoCal operation result.
",5727:"
virtual void parse(
const Bytes &autoCalInfo
) = 0
Parses the auto cal info bytes sent in the successful response packet.
",5729:"
WirelessTypes::AutoCalCompletionFlag m_completionFlag
The WirelessTypes::AutoCalCompletionFlag of the AutoCal operation.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AutoCalResult-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/AutoCalResult-ToolTips.js deleted file mode 100644 index 9991d5504..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AutoCalResult-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({8928:"
The possible completion flags for the AutoCal Wireless Node function.
",10253:"
typedef for a vector of bytes.
",5730:"
AutoCalResult_shmLink
Holds the result information from an autoCal_shmLink command.
",5748:"
AutoCalResult_shmLink201
Holds the result information from an autoCal_shmLink201 command.
",5772:"
AutoShuntCalResult
Holds the result information from an autoCal_shunt command.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AutoCalResult.html b/v66.0.1/MSCL_Docs/classes/C/AutoCalResult.html deleted file mode 100644 index 9741bec8a..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AutoCalResult.html +++ /dev/null @@ -1,43 +0,0 @@ - - -AutoCalResult - - - - - - - -
-
AutoCalResult
- -

Abstract base class for AutoCal result classes.

-
- -
-
Functions
-
- -
-
completionFlag
- -

Gets the WirelessTypes::AutoCalCompletionFlag of the AutoCal operation result.

-
- -
-
parse
-
virtual void parse(
const Bytes &autoCalInfo
) = 0
-

Parses the auto cal info bytes sent in the successful response packet.

Parameters
autoCalInfo
const Bytes&

The bytes from a successful auto cal command.

-
- -
-
Variables
-
- -
-
m_completionFlag
- -

The WirelessTypes::AutoCalCompletionFlag of the AutoCal operation.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AutoCalResult_shmLink-Summary.js b/v66.0.1/MSCL_Docs/classes/C/AutoCalResult_shmLink-Summary.js deleted file mode 100644 index 2a2121cbc..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AutoCalResult_shmLink-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:AutoCalResult_shmLink","AutoCalResult_shmLink");NDSummary.OnSummaryLoaded("CClass:AutoCalResult_shmLink",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[5730,0,0,"AutoCalResult_shmLink"],[5731,0,2,"Variables","Variables"],[5732,0,3,"m_errorFlagCh1","m_errorFlagCh1"],[5733,0,3,"m_errorFlagCh2","m_errorFlagCh2"],[5734,0,3,"m_errorFlagCh3","m_errorFlagCh3"],[5735,0,3,"m_offsetCh1","m_offsetCh1"],[5736,0,3,"m_offsetCh2","m_offsetCh2"],[5737,0,3,"m_offsetCh3","m_offsetCh3"],[5738,0,3,"m_temperature","m_temperature"],[5739,0,2,"Functions","Functions"],[5740,0,1,"errorFlagCh1","errorFlagCh1"],[5741,0,1,"errorFlagCh2","errorFlagCh2"],[5742,0,1,"errorFlagCh3","errorFlagCh3"],[5743,0,1,"offsetCh1","offsetCh1"],[5744,0,1,"offsetCh2","offsetCh2"],[5745,0,1,"offsetCh3","offsetCh3"],[5746,0,1,"temperature","temperature"],[5747,0,1,"parse","parse"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AutoCalResult_shmLink-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/AutoCalResult_shmLink-SummaryToolTips.js deleted file mode 100644 index c272873a4..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AutoCalResult_shmLink-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:AutoCalResult_shmLink",{5730:"
AutoCalResult_shmLink
Holds the result information from an autoCal_shmLink command.
",5732:"
WirelessTypes::AutoCalErrorFlag m_errorFlagCh1
The WirelessTypes::AutoCalErrorFlag for the channel 1 strain sensor.
",5733:"
WirelessTypes::AutoCalErrorFlag m_errorFlagCh2
The WirelessTypes::AutoCalErrorFlag for the channel 2 strain sensor.
",5734:"
WirelessTypes::AutoCalErrorFlag m_errorFlagCh3
The WirelessTypes::AutoCalErrorFlag for the channel 3 strain sensor.
",5735:"
float m_offsetCh1
The offset applied for the channel 1 strain sensor.
",5736:"
float m_offsetCh2
The offset applied for the channel 2 strain sensor.
",5737:"
float m_offsetCh3
The offset applied for the channel 3 strain sensor.
",5738:"
float m_temperature
The temperature at the time of calibration.
",5740:"
WirelessTypes::AutoCalErrorFlag errorFlagCh1() const
Gets the WirelessTypes::AutoCalErrorFlag for the channel 1 strain sensor.
",5741:"
WirelessTypes::AutoCalErrorFlag errorFlagCh2() const
Gets the WirelessTypes::AutoCalErrorFlag for the channel 2 strain sensor.
",5742:"
WirelessTypes::AutoCalErrorFlag errorFlagCh3() const
Gets the WirelessTypes::AutoCalErrorFlag for the channel 3 strain sensor.
",5743:"
float offsetCh1() const
Gets the offset applied for the channel 1 strain sensor.
",5744:"
float offsetCh2() const
Gets the offset applied for the channel 2 strain sensor.
",5745:"
float offsetCh3() const
Gets the offset applied for the channel 3 strain sensor.
",5746:"
float temperature() const
Gets the temperature (in ?C) at the time of the calibration.
",5747:"
virtual void parse(
const Bytes &autoCalInfo
) final
Parses the auto cal info bytes for the shm-link.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AutoCalResult_shmLink-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/AutoCalResult_shmLink-ToolTips.js deleted file mode 100644 index 15243f09b..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AutoCalResult_shmLink-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({5724:"
AutoCalResult
Abstract base class for AutoCal result classes.
",8933:"
The possible error flags for the various AutoCal Wireless Node functions.
",10253:"
typedef for a vector of bytes.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AutoCalResult_shmLink.html b/v66.0.1/MSCL_Docs/classes/C/AutoCalResult_shmLink.html deleted file mode 100644 index 8219859b5..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AutoCalResult_shmLink.html +++ /dev/null @@ -1,115 +0,0 @@ - - -AutoCalResult_shmLink - - - - - - - -
-
AutoCalResult_shmLink
-
public
AutoCalResult
AutoCalResult_shmLink
-

Holds the result information from an autoCal_shmLink command.

-
- -
-
Variables
-
- -
-
m_errorFlagCh1
- -

The WirelessTypes::AutoCalErrorFlag for the channel 1 strain sensor.

-
- -
-
m_errorFlagCh2
- -

The WirelessTypes::AutoCalErrorFlag for the channel 2 strain sensor.

-
- -
-
m_errorFlagCh3
- -

The WirelessTypes::AutoCalErrorFlag for the channel 3 strain sensor.

-
- -
-
m_offsetCh1
-
float m_offsetCh1
-

The offset applied for the channel 1 strain sensor.

-
- -
-
m_offsetCh2
-
float m_offsetCh2
-

The offset applied for the channel 2 strain sensor.

-
- -
-
m_offsetCh3
-
float m_offsetCh3
-

The offset applied for the channel 3 strain sensor.

-
- -
-
m_temperature
-
float m_temperature
-

The temperature at the time of calibration.

-
- -
-
Functions
-
- -
-
errorFlagCh1
-
WirelessTypes::AutoCalErrorFlag errorFlagCh1() const
-

Gets the WirelessTypes::AutoCalErrorFlag for the channel 1 strain sensor.

-
- -
-
errorFlagCh2
-
WirelessTypes::AutoCalErrorFlag errorFlagCh2() const
-

Gets the WirelessTypes::AutoCalErrorFlag for the channel 2 strain sensor.

-
- -
-
errorFlagCh3
-
WirelessTypes::AutoCalErrorFlag errorFlagCh3() const
-

Gets the WirelessTypes::AutoCalErrorFlag for the channel 3 strain sensor.

-
- -
-
offsetCh1
-
float offsetCh1() const
-

Gets the offset applied for the channel 1 strain sensor.

-
- -
-
offsetCh2
-
float offsetCh2() const
-

Gets the offset applied for the channel 2 strain sensor.

-
- -
-
offsetCh3
-
float offsetCh3() const
-

Gets the offset applied for the channel 3 strain sensor.

-
- -
-
temperature
-
float temperature() const
-

Gets the temperature (in ?C) at the time of the calibration.

-
- -
-
parse
-
virtual void parse(
const Bytes &autoCalInfo
) final
-

Parses the auto cal info bytes for the shm-link.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AutoCalResult_shmLink201-Summary.js b/v66.0.1/MSCL_Docs/classes/C/AutoCalResult_shmLink201-Summary.js deleted file mode 100644 index e6ecd4bd1..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AutoCalResult_shmLink201-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:AutoCalResult_shmLink201","AutoCalResult_shmLink201");NDSummary.OnSummaryLoaded("CClass:AutoCalResult_shmLink201",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[5748,0,0,"AutoCalResult_shmLink201"],[5749,0,2,"Variables","Variables"],[5750,0,3,"m_errorFlagCh1","m_errorFlagCh1"],[5751,0,3,"m_errorFlagCh2","m_errorFlagCh2"],[5752,0,3,"m_errorFlagCh3","m_errorFlagCh3"],[5753,0,3,"m_slopeCh1","m_slopeCh1"],[5754,0,3,"m_offsetCh1","m_offsetCh1"],[5755,0,3,"m_slopeCh2","m_slopeCh2"],[5756,0,3,"m_offsetCh2","m_offsetCh2"],[5757,0,3,"m_slopeCh3","m_slopeCh3"],[5758,0,3,"m_offsetCh3","m_offsetCh3"],[5759,0,3,"m_temperature","m_temperature"],[5760,0,2,"Functions","Functions"],[5761,0,1,"errorFlagCh1","errorFlagCh1"],[5762,0,1,"errorFlagCh2","errorFlagCh2"],[5763,0,1,"errorFlagCh3","errorFlagCh3"],[5764,0,1,"slopeCh1","slopeCh1"],[5765,0,1,"offsetCh1","offsetCh1"],[5766,0,1,"slopeCh2","slopeCh2"],[5767,0,1,"offsetCh2","offsetCh2"],[5768,0,1,"slopeCh3","slopeCh3"],[5769,0,1,"offsetCh3","offsetCh3"],[5770,0,1,"temperature","temperature"],[5771,0,1,"parse","parse"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AutoCalResult_shmLink201-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/AutoCalResult_shmLink201-SummaryToolTips.js deleted file mode 100644 index b30384521..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AutoCalResult_shmLink201-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:AutoCalResult_shmLink201",{5748:"
AutoCalResult_shmLink201
Holds the result information from an autoCal_shmLink201 command.
",5750:"
WirelessTypes::AutoCalErrorFlag m_errorFlagCh1
The WirelessTypes::AutoCalErrorFlag for the channel 1 strain sensor.
",5751:"
WirelessTypes::AutoCalErrorFlag m_errorFlagCh2
The WirelessTypes::AutoCalErrorFlag for the channel 2 strain sensor.
",5752:"
WirelessTypes::AutoCalErrorFlag m_errorFlagCh3
The WirelessTypes::AutoCalErrorFlag for the channel 3 strain sensor.
",5753:"
float m_slopeCh1
The slope applied for channel 1.
",5754:"
float m_offsetCh1
The offset applied for channel 1.
",5755:"
float m_slopeCh2
The slope applied for channel 2.
",5756:"
float m_offsetCh2
The offset applied for channel 2.
",5757:"
float m_slopeCh3
The slope applied for channel 3.
",5758:"
float m_offsetCh3
The offset applied for channel 3.
",5759:"
float m_temperature
The temperature at the time of calibration.
",5761:"
WirelessTypes::AutoCalErrorFlag errorFlagCh1() const
Gets the WirelessTypes::AutoCalErrorFlag for the channel 1 strain sensor.
",5762:"
WirelessTypes::AutoCalErrorFlag errorFlagCh2() const
Gets the WirelessTypes::AutoCalErrorFlag for the channel 2 strain sensor.
",5763:"
WirelessTypes::AutoCalErrorFlag errorFlagCh3() const
Gets the WirelessTypes::AutoCalErrorFlag for the channel 3 strain sensor.
",5764:"
float slopeCh1() const
Gets the slope applied for channel 1.
",5765:"
float offsetCh1() const
Gets the offset applied for channel 1.
",5766:"
float slopeCh2() const
Gets the slope applied for channel 2.
",5767:"
float offsetCh2() const
Gets the offset applied for channel 2.
",5768:"
float slopeCh3() const
Gets the slope applied for channel 3.
",5769:"
float offsetCh3() const
Gets the offset applied for channel 3.
",5770:"
float temperature() const
Gets the temperature (in ?C) at the time of the calibration.
",5771:"
virtual void parse(
const Bytes &autoCalInfo
) final
Parses the auto cal info bytes for the shm-link.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AutoCalResult_shmLink201-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/AutoCalResult_shmLink201-ToolTips.js deleted file mode 100644 index 15243f09b..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AutoCalResult_shmLink201-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({5724:"
AutoCalResult
Abstract base class for AutoCal result classes.
",8933:"
The possible error flags for the various AutoCal Wireless Node functions.
",10253:"
typedef for a vector of bytes.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AutoCalResult_shmLink201.html b/v66.0.1/MSCL_Docs/classes/C/AutoCalResult_shmLink201.html deleted file mode 100644 index eb411a8a7..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AutoCalResult_shmLink201.html +++ /dev/null @@ -1,151 +0,0 @@ - - -AutoCalResult_shmLink201 - - - - - - - -
-
AutoCalResult_shmLink201
-
public
AutoCalResult
AutoCalResult_shmLink201
-

Holds the result information from an autoCal_shmLink201 command.

-
- -
-
Variables
-
- -
-
m_errorFlagCh1
- -

The WirelessTypes::AutoCalErrorFlag for the channel 1 strain sensor.

-
- -
-
m_errorFlagCh2
- -

The WirelessTypes::AutoCalErrorFlag for the channel 2 strain sensor.

-
- -
-
m_errorFlagCh3
- -

The WirelessTypes::AutoCalErrorFlag for the channel 3 strain sensor.

-
- -
-
m_slopeCh1
-
float m_slopeCh1
-

The slope applied for channel 1.

-
- -
-
m_offsetCh1
-
float m_offsetCh1
-

The offset applied for channel 1.

-
- -
-
m_slopeCh2
-
float m_slopeCh2
-

The slope applied for channel 2.

-
- -
-
m_offsetCh2
-
float m_offsetCh2
-

The offset applied for channel 2.

-
- -
-
m_slopeCh3
-
float m_slopeCh3
-

The slope applied for channel 3.

-
- -
-
m_offsetCh3
-
float m_offsetCh3
-

The offset applied for channel 3.

-
- -
-
m_temperature
-
float m_temperature
-

The temperature at the time of calibration.

-
- -
-
Functions
-
- -
-
errorFlagCh1
-
WirelessTypes::AutoCalErrorFlag errorFlagCh1() const
-

Gets the WirelessTypes::AutoCalErrorFlag for the channel 1 strain sensor.

-
- -
-
errorFlagCh2
-
WirelessTypes::AutoCalErrorFlag errorFlagCh2() const
-

Gets the WirelessTypes::AutoCalErrorFlag for the channel 2 strain sensor.

-
- -
-
errorFlagCh3
-
WirelessTypes::AutoCalErrorFlag errorFlagCh3() const
-

Gets the WirelessTypes::AutoCalErrorFlag for the channel 3 strain sensor.

-
- -
-
slopeCh1
-
float slopeCh1() const
-

Gets the slope applied for channel 1.

-
- -
-
offsetCh1
-
float offsetCh1() const
-

Gets the offset applied for channel 1.

-
- -
-
slopeCh2
-
float slopeCh2() const
-

Gets the slope applied for channel 2.

-
- -
-
offsetCh2
-
float offsetCh2() const
-

Gets the offset applied for channel 2.

-
- -
-
slopeCh3
-
float slopeCh3() const
-

Gets the slope applied for channel 3.

-
- -
-
offsetCh3
-
float offsetCh3() const
-

Gets the offset applied for channel 3.

-
- -
-
temperature
-
float temperature() const
-

Gets the temperature (in ?C) at the time of the calibration.

-
- -
-
parse
-
virtual void parse(
const Bytes &autoCalInfo
) final
-

Parses the auto cal info bytes for the shm-link.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AutoInitializeControl-Summary.js b/v66.0.1/MSCL_Docs/classes/C/AutoInitializeControl-Summary.js deleted file mode 100644 index ce0a380c7..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AutoInitializeControl-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:AutoInitializeControl","AutoInitializeControl");NDSummary.OnSummaryLoaded("CClass:AutoInitializeControl",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[897,0,0,"AutoInitializeControl"],[898,0,3,"Constants","Constants"],[899,0,1,"Packet Bytes","Packet_Bytes"],[900,0,1,,"CMD_ID"],[901,0,1,,"FIELD_DATA_BYTE"],[902,0,3,"Functions","Functions"],[903,0,2,"buildCommand_get","buildCommand_get"],[904,0,2,"buildCommand_set","buildCommand_set"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AutoInitializeControl-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/AutoInitializeControl-SummaryToolTips.js deleted file mode 100644 index 031a14532..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AutoInitializeControl-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:AutoInitializeControl",{897:"
AutoInitializeControl
Contains the logic for the "Auto-Initialization Control" command
",903:"
static ByteStream buildCommand_get()
Builds the bytes for the "get" command.
",904:"
static ByteStream buildCommand_set(
bool enable
)
Builds the bytes for the "set" command.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AutoInitializeControl-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/AutoInitializeControl-ToolTips.js deleted file mode 100644 index a9de5ee2c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AutoInitializeControl-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3171:"
The enums for all of the different MIP commands.
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AutoInitializeControl.html b/v66.0.1/MSCL_Docs/classes/C/AutoInitializeControl.html deleted file mode 100644 index c2c717caf..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AutoInitializeControl.html +++ /dev/null @@ -1,42 +0,0 @@ - - -AutoInitializeControl - - - - - - - -
-
AutoInitializeControl
-
AutoInitializeControl
-

Contains the logic for the "Auto-Initialization Control" command

-
- -
-
Constants
-
- -
-
Packet Bytes
-
CMD_ID

CMD_EF_AUTO_INIT_CTRL  - The MipTypes::Command for this command

FIELD_DATA_BYTE

0x88  - The Data Field Descriptor byte

-
- -
-
Functions
-
- -
-
buildCommand_get
-
static ByteStream buildCommand_get()
-

Builds the bytes for the "get" command.

-
- -
-
buildCommand_set
-
static ByteStream buildCommand_set(
bool enable
)
-

Builds the bytes for the "set" command.

Parameters
enable
bool

Whether to enable (true) or disable (false) the automatic initialization.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AutoShuntCalResult-Summary.js b/v66.0.1/MSCL_Docs/classes/C/AutoShuntCalResult-Summary.js deleted file mode 100644 index a8de321b6..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AutoShuntCalResult-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:AutoShuntCalResult","AutoShuntCalResult");NDSummary.OnSummaryLoaded("CClass:AutoShuntCalResult",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[5772,0,0,"AutoShuntCalResult"],[5773,0,2,"Variables","Variables"],[5774,0,3,"m_errorFlag","m_errorFlag"],[5775,0,3,"m_slope","m_slope"],[5776,0,3,"m_offset","m_offset"],[5777,0,3,"m_baseMedian","m_baseMedian"],[5778,0,3,"m_baseMin","m_baseMin"],[5779,0,3,"m_baseMax","m_baseMax"],[5780,0,3,"m_shuntMedian","m_shuntMedian"],[5781,0,3,"m_shuntMin","m_shuntMin"],[5782,0,3,"m_shuntMax","m_shuntMax"],[5783,0,2,"Functions","Functions"],[5784,0,1,"errorFlag","errorFlag"],[5785,0,1,"slope","slope"],[5786,0,1,"offset","offset"],[5787,0,1,"baseMedian","baseMedian"],[5788,0,1,"baseMin","baseMin"],[5789,0,1,"baseMax","baseMax"],[5790,0,1,"shuntMedian","shuntMedian"],[5791,0,1,"shuntMin","shuntMin"],[5792,0,1,"shuntMax","shuntMax"],[5793,0,1,"parse","parse"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AutoShuntCalResult-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/AutoShuntCalResult-SummaryToolTips.js deleted file mode 100644 index a5d700c5f..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AutoShuntCalResult-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:AutoShuntCalResult",{5772:"
AutoShuntCalResult
Holds the result information from an autoCal_shunt command.
",5774:"
WirelessTypes::AutoCalErrorFlag m_errorFlag
The WirelessTypes::AutoCalErrorFlag for the shunt calibration.
",5775:"
float m_slope
The slope result of the shunt calibration.
",5776:"
float m_offset
The offset result of the shunt calibration
",5777:"
float m_baseMedian
The median of the baseline data sampled during the shunt calibration.
",5778:"
float m_baseMin
The minimum of the baseline data sampled during the shunt calibration.
",5779:"
float m_baseMax
The maximum of the baseline data sampled during the shunt calibration.
",5780:"
float m_shuntMedian
The median of the shunted data sampled during the shunt calibration.
",5781:"
float m_shuntMin
The minimum of the shunted data sampled during the shunt calibration.
",5782:"
float m_shuntMax
The maximum of the shunted data sampled during the shunt calibration.
",5784:"
WirelessTypes::AutoCalErrorFlag errorFlag() const
Gets the WirelessTypes::AutoCalErrorFlag for the shunt calibration.
",5785:"
float slope() const
Gets the slope result of the shunt calibration.  Note: This value was not applied to the Node. You will need to manually apply if desired.
",5786:"
float offset() const
Gets the offset result of the shunt calibration.  Note: This value was not applied to the Node. You will need to manually apply if desired.
",5787:"
float baseMedian() const
Gets the median of the baseline data sampled during the shunt calibration.
",5788:"
float baseMin() const
Gets the minimum of the baseline data sampled during the shunt calibration.
",5789:"
float baseMax() const
Gets the maximum of the baseline data sampled during the shunt calibration.
",5790:"
float shuntMedian() const
Gets the median of the shunted data sampled during the shunt calibration.
",5791:"
float shuntMin() const
Gets the minimum of the shunted data sampled during the shunt calibration.
",5792:"
float shuntMax() const
Gets the maximum of the shunted data sampled during the shunt calibration.
",5793:"
virtual void parse(
const Bytes &autoCalInfo
) final
Parses the auto cal info bytes for the shm-link.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AutoShuntCalResult-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/AutoShuntCalResult-ToolTips.js deleted file mode 100644 index 15243f09b..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AutoShuntCalResult-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({5724:"
AutoCalResult
Abstract base class for AutoCal result classes.
",8933:"
The possible error flags for the various AutoCal Wireless Node functions.
",10253:"
typedef for a vector of bytes.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AutoShuntCalResult.html b/v66.0.1/MSCL_Docs/classes/C/AutoShuntCalResult.html deleted file mode 100644 index 3b2a34dec..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AutoShuntCalResult.html +++ /dev/null @@ -1,139 +0,0 @@ - - -AutoShuntCalResult - - - - - - - -
-
AutoShuntCalResult
-
public
AutoCalResult
AutoShuntCalResult
-

Holds the result information from an autoCal_shunt command.

-
- -
-
Variables
-
- -
-
m_errorFlag
- -

The WirelessTypes::AutoCalErrorFlag for the shunt calibration.

-
- -
-
m_slope
-
float m_slope
-

The slope result of the shunt calibration.

-
- -
-
m_offset
-
float m_offset
-

The offset result of the shunt calibration

-
- -
-
m_baseMedian
-
float m_baseMedian
-

The median of the baseline data sampled during the shunt calibration.

-
- -
-
m_baseMin
-
float m_baseMin
-

The minimum of the baseline data sampled during the shunt calibration.

-
- -
-
m_baseMax
-
float m_baseMax
-

The maximum of the baseline data sampled during the shunt calibration.

-
- -
-
m_shuntMedian
-
float m_shuntMedian
-

The median of the shunted data sampled during the shunt calibration.

-
- -
-
m_shuntMin
-
float m_shuntMin
-

The minimum of the shunted data sampled during the shunt calibration.

-
- -
-
m_shuntMax
-
float m_shuntMax
-

The maximum of the shunted data sampled during the shunt calibration.

-
- -
-
Functions
-
- -
-
errorFlag
- -

Gets the WirelessTypes::AutoCalErrorFlag for the shunt calibration.

-
- -
-
slope
-
float slope() const
-

Gets the slope result of the shunt calibration.  Note: This value was not applied to the Node. You will need to manually apply if desired.

-
- -
-
offset
-
float offset() const
-

Gets the offset result of the shunt calibration.  Note: This value was not applied to the Node. You will need to manually apply if desired.

-
- -
-
baseMedian
-
float baseMedian() const
-

Gets the median of the baseline data sampled during the shunt calibration.

-
- -
-
baseMin
-
float baseMin() const
-

Gets the minimum of the baseline data sampled during the shunt calibration.

-
- -
-
baseMax
-
float baseMax() const
-

Gets the maximum of the baseline data sampled during the shunt calibration.

-
- -
-
shuntMedian
-
float shuntMedian() const
-

Gets the median of the shunted data sampled during the shunt calibration.

-
- -
-
shuntMin
-
float shuntMin() const
-

Gets the minimum of the shunted data sampled during the shunt calibration.

-
- -
-
shuntMax
-
float shuntMax() const
-

Gets the maximum of the shunted data sampled during the shunt calibration.

-
- -
-
parse
-
virtual void parse(
const Bytes &autoCalInfo
) final
-

Parses the auto cal info bytes for the shm-link.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AvailableSampleRates-Summary.js b/v66.0.1/MSCL_Docs/classes/C/AvailableSampleRates-Summary.js deleted file mode 100644 index 2da36bcd7..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AvailableSampleRates-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:AvailableSampleRates","AvailableSampleRates");NDSummary.OnSummaryLoaded("CClass:AvailableSampleRates",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Groups","Group"]],[[7101,0,0,"AvailableSampleRates"],[7102,0,2,"Constants","Constants"],[7103,0,1,"Standard Sample Rates","Standard_Sample_Rates"],[7104,0,1,,"continuous"],[7105,0,1,,"burst"],[7106,0,1,,"armedDatalog"],[7107,0,1,,"derivedOnly"],[7108,0,1,"V-Link-200 Sample Rates","V-Link-200_Sample_Rates"],[7109,0,1,,"continuous_nonSync_vlink200"],[7110,0,1,,"continuous_sync_vlink200"],[7111,0,1,,"continuous_log_vlink200"],[7112,0,1,,"burst_vlink200"],[7113,0,1,"G-Link-200 Sample Rates","G-Link-200_Sample_Rates"],[7114,0,1,,"continuous_nonSync_glink200"],[7115,0,1,,"continuous_sync_glink200"],[7116,0,1,,"continuous_log_glink200"],[7117,0,1,,"burst_glink200"],[7118,0,1,,"derivedOnly_glink200"],[7119,0,1,"G-Link-200-R Sample Rates","G-Link-200-R_Sample_Rates"],[7120,0,1,,"continuous_nonSync_glink200r"],[7121,0,1,,"continuous_sync_glink200r"],[7122,0,1,,"continuous_log_glink200r"],[7123,0,1,"G-Link-2 Sample Rates","G-Link-2_Sample_Rates"],[7124,0,1,,"continuous_glink2"],[7125,0,1,,"burst_glink2"],[7126,0,1,,"armedDatalog_glink2"],[7127,0,1,"V-Link Sample Rates","V-Link_Sample_Rates"],[7128,0,1,,"burst_vlink"],[7129,0,1,,"armedDatalog_vlink"],[7130,0,1,"V-Link2 Sample Rates","V-Link2_Sample_Rates"],[7131,0,1,,"continuous_vlink2"],[7132,0,1,,"burst_vlink2"],[7133,0,1,,"armedDatalog_vlink2"],[7134,0,1,"IEPE-Link Sample Rates","IEPE-Link_Sample_Rates"],[7135,0,1,,"burst_iepe"],[7136,0,1,"TC-Link SampleRates","TC-Link_SampleRates"],[7137,0,1,,"continuous_tclink"],[7138,0,1,"TC-Link-1ch SampleRates","TC-Link-1ch_SampleRates"],[7139,0,1,,"continuous_tclink1ch"],[7140,0,1,"TC-Link-200 SampleRates","TC-Link-200_SampleRates"],[7141,0,1,,"continuous_tclink1ch(2)"],[7142,0,1,"RTD-Link-200 SampleRates","RTD-Link-200_SampleRates"],[7143,0,1,,"continuous_rtdlink200"],[7144,0,1,"ENV-Link SampleRates","ENV-Link_SampleRates"],[7145,0,1,,"continuous_envlink"],[7146,0,1,"SHM-Link2 SampleRates","SHM-Link2_SampleRates"],[7147,0,1,,"continuous_shmLink2"],[7148,0,1,"CF-Bearing-Temp-Link SampleRates","CF-Bearing-Temp-Link_SampleRates"],[7149,0,1,,"continuous_cfBearing"],[7150,0,1,"Wireless Impact Sensor Sample Rates","Wireless_Impact_Sensor_Sample_Rates"],[7151,0,1,,"continuous_nonSync_impact"],[7152,0,1,,"continuous_sync_impact"],[7153,0,1,,"burst_impact"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AvailableSampleRates-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/AvailableSampleRates-SummaryToolTips.js deleted file mode 100644 index ce2b51ffb..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AvailableSampleRates-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:AvailableSampleRates",{7101:"
AvailableSampleRates
Contains the available sample rates for the Wireless products
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AvailableSampleRates-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/AvailableSampleRates-ToolTips.js deleted file mode 100644 index 59992a148..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AvailableSampleRates-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AvailableSampleRates.html b/v66.0.1/MSCL_Docs/classes/C/AvailableSampleRates.html deleted file mode 100644 index 62e016d05..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AvailableSampleRates.html +++ /dev/null @@ -1,101 +0,0 @@ - - -AvailableSampleRates - - - - - - - -
-
AvailableSampleRates
-
AvailableSampleRates
-

Contains the available sample rates for the Wireless products

-
- -
-
Constants
-
- -
-
Standard Sample Rates
-
continuous

standard continuous sample rates

burst

standard burst sample rates

armedDatalog

standard armed datalogging sample rates

derivedOnly

standard sample rates when derived only mode is active

-
- -
-
V-Link-200 Sample Rates
-
continuous_nonSync_vlink200

standard continuous NonSync sample rates

continuous_sync_vlink200

standard continuous Sync sample rates

continuous_log_vlink200

standard continuous Log Only sample rates

burst_vlink200

standard burst sample rates

-
- -
-
G-Link-200 Sample Rates
-
continuous_nonSync_glink200

continuous NonSync sample rates for the G-Link-200

continuous_sync_glink200

continuous Sync sample rates for the G-Link-200

continuous_log_glink200

continuous Log Only sample rates for the G-Link-200

burst_glink200

burst sample rates for the G-Link-200

derivedOnly_glink200

derived only sample rates for the G-Link-200

-
- -
-
G-Link-200-R Sample Rates
-
continuous_nonSync_glink200r

continuous NonSync sample rates for the G-Link-200-R

continuous_sync_glink200r

continuous Sync sample rates for the G-Link-200-R

continuous_log_glink200r

continuous Log Only sample rates for the G-Link-200-R

-
- -
-
G-Link-2 Sample Rates
-
continuous_glink2

continuous sample rates for the G-Link 2

burst_glink2

burst sample rates for the G-Link 2

armedDatalog_glink2

armed datalogging sample rates for the G-Link 2

-
- -
-
V-Link Sample Rates
-
burst_vlink

burst sample rates for the V-Link

armedDatalog_vlink

armed datalogging sample rates for the V-Link

-
- -
-
V-Link2 Sample Rates
-
continuous_vlink2

continuous sample rates for the V-Link2.

burst_vlink2

burst sample rates for the V-Link

armedDatalog_vlink2

armed datalogging sample rates for the V-Link

-
- -
-
IEPE-Link Sample Rates
-
burst_iepe

burst sample rates for the IEPE-Link

-
- -
-
TC-Link SampleRates
-
continuous_tclink

continuous sample rates for the TC-Link nodes.

-
- -
-
TC-Link-1ch SampleRates
-
continuous_tclink1ch

continuous sample rates for the TC-Link 1-ch node.

-
- -
-
TC-Link-200 SampleRates
-
continuous_tclink1ch

continuous sample rates for the TC-Link-200 node.

-
- -
-
RTD-Link-200 SampleRates
-
continuous_rtdlink200

continuous sample rates for the RTD-Link-200 node.

-
- -
-
ENV-Link SampleRates
-
continuous_envlink

continuous sample rates for the ENV-Link nodes.

-
- -
-
SHM-Link2 SampleRates
-
continuous_shmLink2

continuous sample rates for the SHM-Link nodes.

-
- -
-
CF-Bearing-Temp-Link SampleRates
-
continuous_cfBearing

continuous sample rates for the CF-Bearing-Temp-Link node.

-
- -
-
Wireless Impact Sensor Sample Rates
-
continuous_nonSync_impact

continuous non-sync sample rates for the Wireless Impact Sensor

continuous_sync_impact

continuous sync sample rates for the Wireless Impact Sensor

burst_impact

burst sample rates for the Wireless Impact Sensor

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AvailableTransmitPowers-Summary.js b/v66.0.1/MSCL_Docs/classes/C/AvailableTransmitPowers-Summary.js deleted file mode 100644 index 4577fd5cf..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AvailableTransmitPowers-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:AvailableTransmitPowers","AvailableTransmitPowers");NDSummary.OnSummaryLoaded("CClass:AvailableTransmitPowers",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[7073,0,0,"AvailableTransmitPowers"],[7074,0,2,"Functions","Functions"],[7075,0,1,"get","get"],[7076,0,1,"get200series","get200series"],[7077,0,1,"get","get(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AvailableTransmitPowers-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/AvailableTransmitPowers-SummaryToolTips.js deleted file mode 100644 index dc9c035a0..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AvailableTransmitPowers-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:AvailableTransmitPowers",{7073:"
AvailableTransmitPowers
contains functions for getting the available transmit powers for devices
",7075:"
static const WirelessTypes::TransmitPowers get(
const NodeInfo &info,
WirelessTypes::CommProtocol commProtocol
)
Gets a list of transmit powers for the given NodeInfo and WirelessTypes::CommProtocol.  Note: this function should only be used for the old, pre-200-series, nodes.
",7076:"
static const WirelessTypes::TransmitPowers get200series(
const NodeInfo &info,
WirelessTypes::CommProtocol commProtocol
)
Gets a list of transmit powers for the given NodeInfo and WirelessTypes::CommProtocol.  Note: this function should only be used for the 200-series nodes.
",7077:"
static const WirelessTypes::TransmitPowers get(
WirelessTypes::RegionCode region,
WirelessModels::BaseModel model,
const Version &fwVersion,
WirelessTypes::CommProtocol commProtocol
)
Gets a list of transmit powers for the given information.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AvailableTransmitPowers-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/AvailableTransmitPowers-ToolTips.js deleted file mode 100644 index 0de36413a..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AvailableTransmitPowers-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6858:"
Holds information (read from eeprom) about a WirelessNode.
",7891:"
The model numbers for each of the Wireless Base Stations
",8885:"
The possible region codes for the device.
",9155:"
Available Communication Protocol types.
",10409:"
Version
Class that represents, and provides helper functions for, a Version number
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/AvailableTransmitPowers.html b/v66.0.1/MSCL_Docs/classes/C/AvailableTransmitPowers.html deleted file mode 100644 index 1ed10d972..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/AvailableTransmitPowers.html +++ /dev/null @@ -1,39 +0,0 @@ - - -AvailableTransmitPowers - - - - - - - -
-
AvailableTransmitPowers
-
AvailableTransmitPowers
-

contains functions for getting the available transmit powers for devices

-
- -
-
Functions
-
- -
-
get
-
static const WirelessTypes::TransmitPowers get(
const NodeInfo &info,
WirelessTypes::CommProtocol commProtocol
)
-

Gets a list of transmit powers for the given NodeInfo and WirelessTypes::CommProtocol.  Note: this function should only be used for the old, pre-200-series, nodes.

-
- -
-
get200series
-
static const WirelessTypes::TransmitPowers get200series(
const NodeInfo &info,
WirelessTypes::CommProtocol commProtocol
)
-

Gets a list of transmit powers for the given NodeInfo and WirelessTypes::CommProtocol.  Note: this function should only be used for the 200-series nodes.

-
- -
-
get
-
static const WirelessTypes::TransmitPowers get(
WirelessTypes::RegionCode region,
WirelessModels::BaseModel model,
const Version &fwVersion,
WirelessTypes::CommProtocol commProtocol
)
-

Gets a list of transmit powers for the given information.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStation-Summary.js b/v66.0.1/MSCL_Docs/classes/C/BaseStation-Summary.js deleted file mode 100644 index cba9cd72b..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStation-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:BaseStation","BaseStation");NDSummary.OnSummaryLoaded("CClass:BaseStation",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"],["Operators","Operator"],["Variables","Variable"]],[[9710,0,0,"BaseStation"],[9711,0,3,"Constants","Constants"],[9712,0,1,"Default Timeouts","Default_Timeouts"],[9713,0,1,,"BASE_COMMANDS_DEFAULT_TIMEOUT"],[9714,0,1,,"EXT_BASE_COMMANDS_DEFAULT_TIMEOUT"],[9715,0,1,,"BROADCAST_NODE_ADDRESS"],[9716,0,1,,"BROADCAST_NODE_ADDRESS_ASPP3"],[9717,0,3,"Functions","Functions"],[9718,0,2,"BaseStation","BaseStation"],[9719,0,2,"BaseStation","BaseStation(2)"],[9720,0,2,"~BaseStation","~BaseStation"],[9721,0,2,"Mock","Mock"],[9722,0,2,"Mock","Mock(2)"],[9723,0,2,"eepromHelper","eepromHelper"],[9724,0,2,"doCommand","doCommand"],[9725,0,3,"Operators","Operators"],[9726,0,4,"==","=="],[9727,0,4,"!=","!="],[9728,0,3,"Variables","Variables"],[9729,0,5,"m_impl","m_impl"],[9730,0,3,"Functions","Functions(2)"],[9731,0,2,"deviceName","deviceName"],[9732,0,2,"connection","connection"],[9733,0,2,"features","features"],[9734,0,2,"lastCommunicationTime","lastCommunicationTime"],[9735,0,2,"readWriteRetries","readWriteRetries"],[9736,0,2,"readWriteRetries","readWriteRetries(2)"],[9737,0,2,"useEepromCache","useEepromCache"],[9738,0,2,"clearEepromCache","clearEepromCache"],[9739,0,2,"frequency","frequency"],[9740,0,2,"communicationProtocol","communicationProtocol"],[9741,0,2,"firmwareVersion","firmwareVersion"],[9742,0,2,"model","model"],[9743,0,2,"serial","serial"],[9744,0,2,"name","name"],[9745,0,2,"microcontroller","microcontroller"],[9746,0,2,"regionCode","regionCode"],[9747,0,2,"getData","getData"],[9748,0,2,"totalData","totalData"],[9749,0,2,"getNodeDiscoveries","getNodeDiscoveries"],[9750,0,2,"timeout","timeout"],[9751,0,2,"timeout","timeout(2)"],[9752,0,2,"ping","ping"],[9753,0,2,"readEeprom","readEeprom"],[9754,0,2,"writeEeprom","writeEeprom"],[9755,0,2,"enableBeacon","enableBeacon"],[9756,0,2,"enableBeacon","enableBeacon(2)"],[9757,0,2,"disableBeacon","disableBeacon"],[9758,0,2,"beaconStatus","beaconStatus"],[9759,0,2,"startRfSweepMode","startRfSweepMode"],[9760,0,2,"startRfSweepMode","startRfSweepMode(2)"],[9761,0,2,"cyclePower","cyclePower"],[9762,0,2,"resetRadio","resetRadio"],[9763,0,2,"changeFrequency","changeFrequency"],[9764,0,2,"broadcastSetToIdle","broadcastSetToIdle"],[9765,0,2,"verifyConfig","verifyConfig"],[9766,0,2,"applyConfig","applyConfig"],[9767,0,2,"getTransmitPower","getTransmitPower"],[9768,0,2,"getButtonLongPress","getButtonLongPress"],[9769,0,2,"getButtonShortPress","getButtonShortPress"],[9770,0,2,"getAnalogPairingEnabled","getAnalogPairingEnabled"],[9771,0,2,"getAnalogTimeoutTime","getAnalogTimeoutTime"],[9772,0,2,"getAnalogTimeoutVoltage","getAnalogTimeoutVoltage"],[9773,0,2,"getAnalogExceedanceEnabled","getAnalogExceedanceEnabled"],[9774,0,2,"getAnalogPair","getAnalogPair"],[9775,0,2,"node_ping","node_ping"],[9776,0,2,"node_hardReset","node_hardReset"],[9777,0,2,"node_softReset","node_softReset"],[9778,0,2,"node_sleep","node_sleep"],[9779,0,2,"node_setToIdle","node_setToIdle"],[9780,0,2,"node_readEeprom","node_readEeprom"],[9781,0,2,"node_writeEeprom","node_writeEeprom"],[9782,0,2,"node_pageDownload","node_pageDownload"],[9783,0,2,"node_batchEepromRead","node_batchEepromRead"],[9784,0,2,"node_getDatalogSessionInfo","node_getDatalogSessionInfo"],[9785,0,2,"node_getDatalogData","node_getDatalogData"],[9786,0,2,"node_erase","node_erase"],[9787,0,2,"node_startSyncSampling","node_startSyncSampling"],[9788,0,2,"node_startNonSyncSampling","node_startNonSyncSampling"],[9789,0,2,"node_armForDatalogging","node_armForDatalogging"],[9790,0,2,"node_triggerArmedDatalogging","node_triggerArmedDatalogging"],[9791,0,2,"node_autoBalance","node_autoBalance"],[9792,0,2,"node_autocal_shm","node_autocal_shm"],[9793,0,2,"node_autocal_shm201","node_autocal_shm201"],[9794,0,2,"node_autoShuntCal","node_autoShuntCal"],[9795,0,2,"node_readSingleSensor","node_readSingleSensor"],[9796,0,2,"node_getDiagnosticInfo","node_getDiagnosticInfo"],[9797,0,2,"node_testCommProtocol","node_testCommProtocol"],[9798,0,2,"node_poll","node_poll"],[9799,0,2,"getRawBytePackets","getRawBytePackets"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStation-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/BaseStation-SummaryToolTips.js deleted file mode 100644 index dabfba8df..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStation-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:BaseStation",{9710:"
BaseStation
Represents a MicroStrain Base Station object
",9718:"
explicit BaseStation(
Connection &connection
)
Creates a BaseStation object.  Note: this will use a default timeout of BASE_COMMANDS_DEFAULT_TIMEOUT for serial connections and a default timeout of <ETHERNET_BASE_COMMANDS_DEFAULT_TIMEOUT> for ethernet/websocket connections
",9719:"
explicit BaseStation(
Connection &connection,
uint64 baseTimeout
)
Creates a BaseStation object.
",9720:"
virtual ~BaseStation()
Destroys a BaseStation object
",9721:"
static BaseStation Mock(
const BaseStationInfo &info
)
Static function to create a Mock BaseStation (won\'t actually talk to a physical device).
",9722:"
static BaseStation Mock()
Static function to create a Mock BaseStation (won\'t actually talk to a physical device) using the following default info: Firmware version: 5.0 Model: WSDA-Base 104 USB Region: USA asppVersion_LXRS: 1.7 asppVersion_LXRS+: 3.0
",9723:"
BaseStationEepromHelper& eepromHelper() const
Gets a reference to the BaseStationEepromHelper for this BaseStation.
",9724:"
bool doCommand(
WirelessResponsePattern &response,
const ByteStream &cmdBytes,
uint64 timeout
)
Performs a custom command and waits for the response.  When completed, the ResponsePattern parameter will contain any result information.  For a full explanation, see the ResponsePattern class.
",9726:"
Checks that two BaseStation objects are equal.
",9727:"
Checks that two BaseStation objects are not equal.
",9729:"
std::shared_ptr<BaseStation_Impl> m_impl
The BaseStation_Impl class that contains all the implementation logic for the BaseStation class.
",9731:"
static std::string deviceName(
const std::string &serial
)
Static function for creating the universal basestation name that should be used for SensorCloud.
",9732:"
Connection& connection() const
Gets the Connection object that this BaseStation is using.
",9733:"
const BaseStationFeatures& features() const
Gets a reference to the BaseStationFeatures for this BaseStation.  Note: This will be invalid when the BaseStation is destroyed.
",9734:"
const Timestamp& lastCommunicationTime() const
Gets the Timestamp for the last time MSCL communicated with the BaseStation.  Note: EEPROM reads using the cache, and data collection, will not update this timestamp.
",9735:"
void readWriteRetries(
uint8 numRetries
)
Sets the number of retry attempts for reading and writing config options on the BaseStation.  By default, the number of retries is 0.  Note:  The timeout that is set per command will be per read and write attempt, meaning this retry number is multiplied by the timeout for your overall timeout.
",9736:"
uint8 readWriteRetries() const
Gets the number of retry attempts for reading and writing config options on the BaseStation.  By default, the number of retries is 0.  Note:  The timeout that is set per command will be per read and write attempt, meaning this retry number is multiplied by the timeout for your overall timeout.
",9737:"
void useEepromCache(
bool useCache
)
Sets whether or not to utilize the eeprom cache when configuring this BaseStation (enabled by default). This can be enabled/disabled at any time.  It is highly recommended to have eeprom caching be enabled.  Note:  The eeprom cache stores the last known value that was written to / read from the BaseStation for each eeprom location. If this is enabled, any reads will get the last known value from the cache if it exists, and any writes will not write to the BaseStation if the value attempting to be written is the same as that stored in the cache. Caching of these values will still be performed if this is disabled, however, read and write operations will then always reach out to the actual device.
",9738:"
void clearEepromCache()
Clears the eeprom cache for this BaseStation.
",9739:"
WirelessTypes::Frequency frequency() const
Gets the WirelessTypes::Frequency representing the radio frequency of this BaseStation.
",9740:"
WirelessTypes::CommProtocol communicationProtocol() const
Gets the WirelessTypes::CommProtocol that the BaseStation is currently set to use.
",9741:"
Version firmwareVersion() const
Gets the firmware version of the BaseStation.
",9742:"
WirelessModels::BaseModel model() const
Gets the model of the BaseStation.
",9743:"
std::string serial() const
Gets the serial number of the BaseStation.
",9744:"
std::string name() const
Gets the name of the BaseStation. This is the universal basestation name that should be used for SensorCloud.  This is the same as calling BaseStation::deviceName.
",9745:"
WirelessTypes::MicroControllerType microcontroller() const
Gets the microcontroller of the BaseStation.
",9746:"
WirelessTypes::RegionCode regionCode() const
Gets the region code currently set on the BaseStation.
",9747:"
DataSweeps getData(
uint32 timeout = 0,
uint32 maxSweeps = 0
)
Gets up to the requested amount of DataSweeps of sampled data that was collected by this BaseStation.
",9748:"
uint32 totalData()
Gets the number of DataSweeps that are currently in the data buffer.
",9749:"
NodeDiscoveries getNodeDiscoveries()
Gets the group of Node Discoveries that were collected by this base station.  Calling this function clears out the Node Discovery buffer, so successively calling this will give you new Node Discoveries.
",9750:"
void timeout(
uint64 timeout
)
Sets the timeout to use when waiting for responses from commands.  This timeout is used directly for BaseStation commands, while some additional time is added for Node commands.  Note: Some commands have a minimum timeout that will override this if set lower than the minimum.
",9751:"
uint64 timeout() const
Gets the current timeout to use when waiting for responses from base station commands.  This timeout is used directly for BaseStation commands, while some additional time is added for Node commands.  Note: Some commands have a minimum timeout that will override this if set lower than the minimum.
",9752:"
bool ping()
Pings the base station
",9753:"
uint16 readEeprom(
uint16 eepromAddress
) const
Reads a specific EEPROM address on the Base Station.  If the value stored in the eeprom cache is still valid, this will be returned instead.
",9754:"
void writeEeprom(
uint16 eepromAddress,
uint16 value
)
Writes the specified value to a specific EEPROM address on the Base Station.  If successful, the cache will be updated with the changed value as well.
",9755:"
Timestamp enableBeacon()
Enables the beacon on the base station using the system time (UTC) as its starting timestamp.
",9756:"
Timestamp enableBeacon(
uint32 utcTime
)
Enables the beacon on the base station using the given UTC timestamp.
",9757:"
void disableBeacon()
Disables the beacon on the base station.
",9758:"
BeaconStatus beaconStatus()
Gets the BeaconStatus of the beacon on the base station.
",9759:"
void startRfSweepMode()
Starts the BaseStation in a fixed RF Sweep Mode, which will sweep over all the supported operating frequencies of the BaseStation.  Note: To exit this Mode, send any command to the BaseStation (such as ping).
",9760:"
void startRfSweepMode(
uint32 minFreq,
uint32 maxFreq,
uint32 interval,
uint16 options= 0
)
Starts the BaseStation in a custom RF Sweep Mode across the provided frequencies.  Note: To exit this Mode, send any command to the BaseStation (such as ping).
",9761:"
void cyclePower(
bool checkComm= true
)
Cycles the power on the base station.
",9762:"
void resetRadio()
Resets the radio on the base station.
",9763:"
void changeFrequency(
WirelessTypes::Frequency frequency
)
Changes the radio frequency of the base station.
",9764:"
mscl::SetToIdleStatus broadcastSetToIdle()
Broadcasts the Set to Idle command (will be heard by all nodes on the BaseStation\'s frequency).
",9765:"
bool verifyConfig(
const BaseStationConfig &config,
ConfigIssues &outIssues
) const
Checks whether the settings in the given BaseStationConfig are ok to be written to the BaseStation.  Options that are set will also be validated against each other. If an option that needs to be validated isn\'t currently set, it will be read from the BaseStation.
",9766:"
void applyConfig(
const BaseStationConfig &config
)
Applies a BaseStationConfig to the Node.  Note: This applies all options that have been set in the BaseStationConfig.  Before applying, the options will be validated. It is recommended that you perform this validation yourself first by using verifyConfig.
",9767:"
WirelessTypes::TransmitPower getTransmitPower() const
Reads the WirelessTypes::TransmitPower that is currently set on the BaseStation.
",9768:"
BaseStationButton getButtonLongPress(
uint8 buttonNumber
) const
Reads the button settings for a long press action that are currently set on the BaseStation.
",9769:"
BaseStationButton getButtonShortPress(
uint8 buttonNumber
) const
Reads the button settings for a short press action that are currently set on the BaseStation.
",9770:"
bool getAnalogPairingEnabled() const
Reads the Analog Pairing enabled/disabled setting that is currently set on the BaseStation.  If this is disabled, all other analog pairing settings will be disabled.
",9771:"
uint16 getAnalogTimeoutTime() const
Reads the Analog Timeout Time in seconds that is currently set on the BaseStation.
",9772:"
float getAnalogTimeoutVoltage() const
Reads the Analog Timeout Voltage that is currently set on the BaseStation.
",9773:"
bool getAnalogExceedanceEnabled() const
Reads the Analog Exceedance enabled/disabled setting that is currently set on the BaseStation.
",9774:"
BaseStationAnalogPair getAnalogPair(
uint8 portNumber
) const
Reads the BaseStationAnalogPair for the specified port number that is currently set on the BaseStation.
",9775:"
PingResponse node_ping(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress
)
Pings the specified Node.
",9776:"
void node_hardReset(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress
)
Performs a hard reset on the specified Node.
",9777:"
void node_softReset(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress
)
Performs a soft reset on the specified Node.
",9778:"
bool node_sleep(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress
)
Puts the Node into a low power, sleep mode.  This command attempts to ping the node before sending the sleep command, to verify communication.
",9779:"
SetToIdleStatus node_setToIdle(
NodeAddress nodeAddress
)
Attempts to set the node to idle so that it can be communicated with.
",9780:"
bool node_readEeprom(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress,
uint16 eepromAddress,
uint16 &eepromValue
)
Reads a value from EEPROM on the specified Node.
",9781:"
bool node_writeEeprom(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress,
uint16 eepromAddress,
uint16 value
)
Writes a value to EEPROM on the specified Node.
",9782:"
bool node_pageDownload(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress,
uint16 pageIndex,
ByteStream &data
)
Downloads a page of logged data from the Node.
",9783:"
bool node_batchEepromRead(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress,
uint16 startEeprom,
std::map<uint16, uint16> &result
)
Reads a batch of eeprom values from the Node
",9784:"
bool node_getDatalogSessionInfo(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress,
DatalogSessionInfoResult &result
)
Gets info about the datalog sessions on the Node.
",9785:"
bool node_getDatalogData(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress,
uint32 flashAddress,
ByteStream &result,
uint16 &numBytesRead
)
Gets a section of logged data from the Node.
",9786:"
bool node_erase(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress
)
Sends the Erase command to a Node.
",9787:"
bool node_startSyncSampling(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress
)
Sends the Start Synchronized Sampling command to a Node.
",9788:"
bool node_startNonSyncSampling(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress
)
Sends the Start Non-Synchronized Sampling command to a Node.
",9789:"
bool node_armForDatalogging(
NodeAddress nodeAddress,
const std::string &message = ""
)
Sends the Arm For Datalogging command to a Node.
",9790:"
void node_triggerArmedDatalogging(
NodeAddress nodeAddress
)
Sends the Trigger Armed Datalogging command to a Node.
",9791:"
bool node_autoBalance(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress,
uint8 channelNumber,
float targetPercent,
AutoBalanceResult &result
)
Sends the AutoBalance command to a Node.
",9792:"
bool node_autocal_shm(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress,
AutoCalResult &result
)
Performs automatic calibration for an SHM-Link.
",9793:"
bool node_autocal_shm201(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress,
AutoCalResult &result
)
Performs automatic calibration for an SHM-Link-201.
",9794:"
bool node_autoShuntCal(
const WirelessProtocol &nodeProtocol,
const AutoCalCmdDetails &commandDetails,
AutoCalResult &result
)
Performs automatic shunt calibration for a Wireless Node.
",9795:"
bool node_readSingleSensor(
NodeAddress nodeAddress,
uint8 channelNumber,
uint16 &result
)
Reads the bits value for a single channel on a Wireless Node.
",9796:"
bool node_getDiagnosticInfo(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress,
ChannelData &result
)
Performs an immediate request for the Node\'s Diagnostic Info.
",9797:"
bool node_testCommProtocol(
NodeAddress nodeAddress,
WirelessTypes::CommProtocol protocol
)
Tests if a Node will still be able to communicate after changing the Node\'s communication protocol.
",9798:"
bool node_poll(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress,
const ChannelMask &chs,
WirelessPollData &result
)
Polls the WirelessNode to get a single sweep of calibrated data.
",9799:"
RawBytePackets getRawBytePackets(
uint32 timeout = 0,
uint32 maxPackets = 0
)
Gets up to the requested amount of raw byte packets that have been collected.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStation-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/BaseStation-ToolTips.js deleted file mode 100644 index f642f2ae2..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStation-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({80:"
RawBytePacket
A class that contains packet information about an Inertial packet
",367:"
Connection
The Connection object that is used for communication.
",5207:"
WirelessResponsePattern
A pattern matching the expected response from a wireless command.
",5300:"
WirelessProtocol
Class containing protocol information for a device.
",5460:"
PingResponse
Represents the response to a Long Ping Node command
",5516:"
SetToIdleStatus
Holds the status information of the Set to Idle command.
",5575:"
Object to represent the result of a DatalogSessionInfo request.
",5580:"
BeaconStatus
Represents the status of a BaseStation beacon.  See also BaseStation::beaconStatus.
",5724:"
AutoCalResult
Abstract base class for AutoCal result classes.
",5794:"
Struct used internally to hold details for passing to the AutoCal function.  Contains the ShuntCalCmdInfo that we want user exposed, as well as other internal info.
",5835:"
AutoBalanceResult
Represents the result from an AutoBalance command.
",6683:"
ConfigIssue
Holds information on a specific configuration issue.
",6764:"
BaseStationEepromHelper
A helper class for reading and writing to a BaseStation\'s Eeprom.  This class provides eeprom specific parsing so that high-level objects can be converted to their low-level eeprom value equivelent and vice-versa.
",6802:"
BaseStationConfig
Class used for setting the configuration of BaseStations.  Set all the configuration values that you want to change, then verify and apply them to a BaseStation.
",7078:"
BaseStationFeatures
Contains information on which features are supported by a BaseStation.
",7891:"
The model numbers for each of the Wireless Base Stations
",7905:"
WirelessNode
A class representing a MicroStrain wireless node
",8500:"
NodeDiscovery
Represents 1 node discovery, which is created when a Wireless Node Discovery packet is sent from a Node.  Note: There are multiple versions of Node Discovery packets which have been developed over time.  Each version has added more useful information. If an earlier version of the Node Discovery packet is heard, this NodeDiscovery object will have some information be invalid (set to default values).
",8566:"
Represents the types of microcontrollers possible on the Wireless Devices.
",8617:"
Represents the frequency (channel) that can be used for Wireless Devices.
",8635:"
Represents the transmit powers that can be used for Wireless Devices.
",8885:"
The possible region codes for the device.
",9155:"
Available Communication Protocol types.
",9379:"
DataSweep
Represents 1 data sweep, including data for each channel, a timestamp, and a sample rate
",9478:"
ChannelMask
Represents the channel mask (active and inactive channels) for a WirelessNode.
",9496:"
Holds information about a BaseStation.
",9507:"
BaseStation_Impl
Contains the implementation for a BaseStation object.
",9648:"
BaseStationButton
Represents a single button on a BaseStation
",9673:"
BaseStationAnalogPair
Represents an Analog Pairing on a BaseStation.
",9710:"
BaseStation
Represents a MicroStrain Base Station object
",9713:"
20 ms  - The default timeout for a base station command (in milliseconds) used by USB Bases
",9718:"
explicit BaseStation(
Connection &connection
)
Creates a BaseStation object.  Note: this will use a default timeout of BASE_COMMANDS_DEFAULT_TIMEOUT for serial connections and a default timeout of <ETHERNET_BASE_COMMANDS_DEFAULT_TIMEOUT> for ethernet/websocket connections
",9731:"
static std::string deviceName(
const std::string &serial
)
Static function for creating the universal basestation name that should be used for SensorCloud.
",9743:"
std::string serial() const
Gets the serial number of the BaseStation.
",9765:"
bool verifyConfig(
const BaseStationConfig &config,
ConfigIssues &outIssues
) const
Checks whether the settings in the given BaseStationConfig are ok to be written to the BaseStation.  Options that are set will also be validated against each other. If an option that needs to be validated isn\'t currently set, it will be read from the BaseStation.
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10047:"
ResponsePattern
A pattern matching the expected response from a device command (Base Class).
",10245:"
typedef for a Node\'s node address.
",10291:"
Timestamp
Represents a date/time object
",10409:"
Version
Class that represents, and provides helper functions for, a Version number
",10453:"
Error_NotSupported
A command/feature was attempted to be used that was not supported.
",10457:"
Error_NoData
There is no data available to be accessed
",10468:"
Error_Communication
The exception for failing to communicate with a device.
",10472:"
Error_NodeCommunication
The exception for failing to communicate with a WirelessNode.
",10479:"
Error_Connection
The generic connection exception.
",10505:"
Error_InvalidConfig
The Configuration is invalid.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStation.html b/v66.0.1/MSCL_Docs/classes/C/BaseStation.html deleted file mode 100644 index 7e4fe3ab5..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStation.html +++ /dev/null @@ -1,514 +0,0 @@ - - -BaseStation - - - - - - - -
-
BaseStation
-
BaseStation
-

Represents a MicroStrain Base Station object

-
- -
-
Constants
-
- -
-
Default Timeouts
-
BASE_COMMANDS_DEFAULT_TIMEOUT

20 ms  - The default timeout for a base station command (in milliseconds) used by USB Bases

EXT_BASE_COMMANDS_DEFAULT_TIMEOUT

500 ms  - The extended default timeout for a base station command (in milliseconds)

BROADCAST_NODE_ADDRESS

65535  - The address to use for performing Broadcast commands that will be heard by all WirelessNodes on the frequency.

BROADCAST_NODE_ADDRESS_ASPP3

0xFFFFFFFF - The address to use for performing Broadcast commands that will be heard by all WirelessNodes on the frequency (ASPP 3.X).

-
- -
-
Functions
-
- -
-
BaseStation
-
explicit BaseStation(
Connection &connection
)
-

Creates a BaseStation object.  Note: this will use a default timeout of BASE_COMMANDS_DEFAULT_TIMEOUT for serial connections and a default timeout of <ETHERNET_BASE_COMMANDS_DEFAULT_TIMEOUT> for ethernet/websocket connections

Parameters
connection
Connection&

The Connection object used for communication

Exceptions
-
- -
-
BaseStation
-
explicit BaseStation(
Connection &connection,
uint64 baseTimeout
)
-

Creates a BaseStation object.

Parameters
connection
Connection&

The Connection object used for communication

baseTimeout
uint64

The timeout to use for base station commands

Exceptions
-
- -
-
~BaseStation
-
virtual ~BaseStation()
-

Destroys a BaseStation object

-
- -
-
Mock
-
static BaseStation Mock(
const BaseStationInfo &info
)
-

Static function to create a Mock BaseStation (won't actually talk to a physical device).

Parameters
info
const BaseStationInfo&

The BaseStationInfo to use for creating the Mock BaseStation.

Returns

A BaseStation object with a mock implementation.

-
- -
-
Mock
-
static BaseStation Mock()
-

Static function to create a Mock BaseStation (won't actually talk to a physical device) using the following default info: Firmware version: 5.0 Model: WSDA-Base 104 USB Region: USA asppVersion_LXRS: 1.7 asppVersion_LXRS+: 3.0

Returns

A BaseStation object with a mock implementation.

-
- -
-
eepromHelper
-
BaseStationEepromHelper& eepromHelper() const
-

Gets a reference to the BaseStationEepromHelper for this BaseStation.

-
- -
-
doCommand
-
bool doCommand(
WirelessResponsePattern &response,
const ByteStream &cmdBytes,
uint64 timeout
)
-

Performs a custom command and waits for the response.  When completed, the ResponsePattern parameter will contain any result information.  For a full explanation, see the ResponsePattern class.

Parameters
response
WirelessResponsePattern&

A reference to a custom class that was inherited from the WirelessResponsePattern base class.

cmdBytes
const ByteStream&

The ByteStream containing the command bytes to send.

timeout
uint64

The maximum timeout to use for waiting for the response.

Returns

true if the command was successful (response.success() is true), false otherwise.

-
- -
-
Operators
-
- -
-
==
-

Checks that two BaseStation objects are equal.

Returns

true if the two BaseStation objects are identical, false otherwise.

-
- -
-
!=
-

Checks that two BaseStation objects are not equal.

Returns

true if the two BaseStation are not identical, false otherwise.

-
- -
-
Variables
-
- -
-
m_impl
-
std::shared_ptr<BaseStation_Impl> m_impl
-

The BaseStation_Impl class that contains all the implementation logic for the BaseStation class.

-
- -
-
Functions
-
- -
-
deviceName
-
static std::string deviceName(
const std::string &serial
)
-

Static function for creating the universal basestation name that should be used for SensorCloud.

Parameters
serial
const std::string&

The serial of the basestation. This should be identical to calling the serial function on a BaseStation object.

Returns

The universal basestationName.

-
- -
-
connection
-
Connection& connection() const
-

Gets the Connection object that this BaseStation is using.

Returns

The Connection object that this BaseStation is using.

-
- -
-
features
-
const BaseStationFeatures& features() const
-

Gets a reference to the BaseStationFeatures for this BaseStation.  Note: This will be invalid when the BaseStation is destroyed.

Returns

BaseStationFeatures containing the features for this BaseStation.

Exceptions
-
- -
-
lastCommunicationTime
-
const Timestamp& lastCommunicationTime() const
-

Gets the Timestamp for the last time MSCL communicated with the BaseStation.  Note: EEPROM reads using the cache, and data collection, will not update this timestamp.

Returns

A Timestamp representing the last time MSCL communicated with the BaseStation. This will be a Timestamp of 0 if never communicated with.

Exceptions

  • Error_NoData: There is no communication time logged for this device.

-
- -
-
readWriteRetries
-
void readWriteRetries(
uint8 numRetries
)
-

Sets the number of retry attempts for reading and writing config options on the BaseStation.  By default, the number of retries is 0.  Note:  The timeout that is set per command will be per read and write attempt, meaning this retry number is multiplied by the timeout for your overall timeout.

Parameters
numRetries
uint8

The number of retries to set for reading and writing config options on the BaseStation.

-
- -
-
readWriteRetries
-
uint8 readWriteRetries() const
-

Gets the number of retry attempts for reading and writing config options on the BaseStation.  By default, the number of retries is 0.  Note:  The timeout that is set per command will be per read and write attempt, meaning this retry number is multiplied by the timeout for your overall timeout.

Returns

The number of retries to set for all reading and writing config options on the BaseStation.

-
- -
-
useEepromCache
-
void useEepromCache(
bool useCache
)
-

Sets whether or not to utilize the eeprom cache when configuring this BaseStation (enabled by default). This can be enabled/disabled at any time.  It is highly recommended to have eeprom caching be enabled.  Note:  The eeprom cache stores the last known value that was written to / read from the BaseStation for each eeprom location. If this is enabled, any reads will get the last known value from the cache if it exists, and any writes will not write to the BaseStation if the value attempting to be written is the same as that stored in the cache. Caching of these values will still be performed if this is disabled, however, read and write operations will then always reach out to the actual device.

Parameters
useCache
bool

whether the eeprom cache should be used (true) or not (false).

-
- -
-
clearEepromCache
-
void clearEepromCache()
-

Clears the eeprom cache for this BaseStation.

-
- -
-
frequency
-
WirelessTypes::Frequency frequency() const
-

Gets the WirelessTypes::Frequency representing the radio frequency of this BaseStation.

Returns

The WirelessTypes::Frequency that this BaseStation is on.

Exceptions
-
- -
-
communicationProtocol
-
WirelessTypes::CommProtocol communicationProtocol() const
-

Gets the WirelessTypes::CommProtocol that the BaseStation is currently set to use.

Returns

The WirelessTypes::CommProtocol that the BaseStation is currently set to use.

Exceptions
-
- -
-
firmwareVersion
-
Version firmwareVersion() const
-

Gets the firmware version of the BaseStation.

Returns

A Version representing the firmware version of the BaseStation.

Exceptions

  • Error_NotSupported: Attempted to read an unsupported option. The device firmware is not compatible with this version of MSCL.

  • Error_Communication: Failed to read the value from the BaseStation.

  • Error_Connection: A connection error has occurred with the parent BaseStation.

-
- -
-
model
- -

Gets the model of the BaseStation.

Returns

A WirelessModels::BaseModel representing the model of the BaseStation.

Exceptions

  • Error_NotSupported: Attempted to read an unsupported option. The device firmware is not compatible with this version of MSCL.

  • Error_Communication: Failed to read the value from the BaseStation.

  • Error_Connection: A connection error has occurred with the parent BaseStation.

-
- -
-
serial
-
std::string serial() const
-

Gets the serial number of the BaseStation.

Returns

A string representing the serial number of the BaseStation.

Exceptions

  • Error_NotSupported: Attempted to read an unsupported option. The device firmware is not compatible with this version of MSCL.

  • Error_Communication: Failed to read the value from the BaseStation.

  • Error_Connection: A connection error has occurred with the parent BaseStation.

-
- -
-
name
-
std::string name() const
-

Gets the name of the BaseStation. This is the universal basestation name that should be used for SensorCloud.  This is the same as calling BaseStation::deviceName.

Returns

The universal basestation name.

Exceptions

  • Error_NotSupported: Attempted to read an unsupported option. The device firmware is not compatible with this version of MSCL.

  • Error_Communication: Failed to read the value from the BaseStation.

  • Error_Connection: A connection error has occurred with the parent BaseStation.

-
- -
-
microcontroller
-
WirelessTypes::MicroControllerType microcontroller() const
-

Gets the microcontroller of the BaseStation.

Returns

A WirelessTypes::MicroControllerType representing the microcontroller of the BaseStation.

Exceptions

  • Error_NotSupported: Attempted to read an unsupported option. The device firmware is not compatible with this version of MSCL.

  • Error_Communication: Failed to read the value from the BaseStation.

  • Error_Connection: A connection error has occurred with the parent BaseStation.

-
- -
-
regionCode
-
WirelessTypes::RegionCode regionCode() const
-

Gets the region code currently set on the BaseStation.

Exceptions
-
- -
-
getData
-
DataSweeps getData(
uint32 timeout = 0,
uint32 maxSweeps = 0
)
-

Gets up to the requested amount of DataSweeps of sampled data that was collected by this BaseStation.

Parameters
timeout
uint32

The timeout, in milliseconds, to wait for data if necessary (default of 0).

maxSweeps
uint32

The maximum number of sweeps to return. If this is 0 (default), all sweeps will be returned.

Returns

A DataSweeps object containing all the data sweeps that are available up to the requested number of max sweeps.

Exceptions
-
- -
-
totalData
-
uint32 totalData()
-

Gets the number of DataSweeps that are currently in the data buffer.

Returns

The number of DataSweeps that are currently in the data buffer.

-
- -
-
getNodeDiscoveries
-
NodeDiscoveries getNodeDiscoveries()
-

Gets the group of Node Discoveries that were collected by this base station.  Calling this function clears out the Node Discovery buffer, so successively calling this will give you new Node Discoveries.

Returns

A NodeDiscoveries container, holding all the Node Discoveries that were collected by this base station.

Exceptions
-
- -
-
timeout
-
void timeout(
uint64 timeout
)
-

Sets the timeout to use when waiting for responses from commands.  This timeout is used directly for BaseStation commands, while some additional time is added for Node commands.  Note: Some commands have a minimum timeout that will override this if set lower than the minimum.

Parameters
timeout
uint64

The timeout (in milliseconds) to set for commands.

-
- -
-
timeout
-
uint64 timeout() const
-

Gets the current timeout to use when waiting for responses from base station commands.  This timeout is used directly for BaseStation commands, while some additional time is added for Node commands.  Note: Some commands have a minimum timeout that will override this if set lower than the minimum.

Returns

The timeout (in milliseconds) set for base station commands.

-
- -
-
ping
-
bool ping()
-

Pings the base station

Returns

true if successfully pinged the base station, false otherwise

Exceptions
Example Use
BaseStation baseStation(&connection);
baseStation.ping();
-
- -
-
readEeprom
-
uint16 readEeprom(
uint16 eepromAddress
) const
-

Reads a specific EEPROM address on the Base Station.  If the value stored in the eeprom cache is still valid, this will be returned instead.

Parameters
eepromAddress
uint16

The EEPROM address to be read.

Returns

The uint16 value read from the specified EEPROM location.

Exceptions
-
- -
-
writeEeprom
-
void writeEeprom(
uint16 eepromAddress,
uint16 value
)
-

Writes the specified value to a specific EEPROM address on the Base Station.  If successful, the cache will be updated with the changed value as well.

Parameters
eepromAddress
uint16

The EEPROM address to write to.

value
uint16

The value to write to the EEPROM address.

Exceptions
-
- -
-
enableBeacon
-
Timestamp enableBeacon()
-

Enables the beacon on the base station using the system time (UTC) as its starting timestamp.

Returns

A Timestamp representing the initial time that was sent to start the beacon

Exceptions
Example Use
BaseStation baseStation(connection);
baseStation.enableBeacon();
-
- -
-
enableBeacon
-
Timestamp enableBeacon(
uint32 utcTime
)
-

Enables the beacon on the base station using the given UTC timestamp.

Parameters
utcTime
uint32

The start time for the beacon in UTC seconds from the Unix Epoch (01/01/1970)

Returns

A Timestamp representing the initial time that was sent to start the beacon

Exceptions
Example Use
BaseStation baseStation(connection);
baseStation.enableBeacon(1357846020);
-
- -
-
disableBeacon
-
void disableBeacon()
-

Disables the beacon on the base station.

Exceptions
Example Use
BaseStation baseStation(connection);
baseStation.disableBeacon();
-
- -
-
beaconStatus
-
BeaconStatus beaconStatus()
-

Gets the BeaconStatus of the beacon on the base station.

Returns

A BeaconStatus object containing status information of the beacon.

Exceptions
-
- -
-
startRfSweepMode
-
void startRfSweepMode()
-

Starts the BaseStation in a fixed RF Sweep Mode, which will sweep over all the supported operating frequencies of the BaseStation.  Note: To exit this Mode, send any command to the BaseStation (such as ping).

Exceptions
-
- -
-
startRfSweepMode
-
void startRfSweepMode(
uint32 minFreq,
uint32 maxFreq,
uint32 interval,
uint16 options= 0
)
-

Starts the BaseStation in a custom RF Sweep Mode across the provided frequencies.  Note: To exit this Mode, send any command to the BaseStation (such as ping).

Parameters
minFreq
uint32

The minimum frequency to use in the scan in kHz (2400000 = 2.4GHz).

maxFreq
uint32

The maximum frequency to use in the scan in kHz (2400000 = 2.4GHz).

interval
uint32

The interval between frequencies.

options
uint16

This is currently an Advanced setting, used internally.

Exceptions
-
- -
-
cyclePower
-
void cyclePower(
bool checkComm= true
)
-

Cycles the power on the base station.

Parameters
checkComm
bool

Whether to check for communication (ping) after cycling power before returning from this function.

Exceptions
-
- -
-
resetRadio
-
void resetRadio()
-

Resets the radio on the base station.

Exceptions
-
- -
-
changeFrequency
-
void changeFrequency(
WirelessTypes::Frequency frequency
)
-

Changes the radio frequency of the base station.

Parameters
frequency
WirelessTypes::Frequency

The WirelessTypes::Frequency to change the base station to.

Exceptions
-
- -
-
broadcastSetToIdle
-
mscl::SetToIdleStatus broadcastSetToIdle()
-

Broadcasts the Set to Idle command (will be heard by all nodes on the BaseStation's frequency).

Returns

A SetToIdleStatus object that can be used to cancel the operation.  Note that this status object will never complete as it is not targeting a specific Node.

Exceptions
-
- -
-
verifyConfig
-
bool verifyConfig(
const BaseStationConfig &config,
ConfigIssues &outIssues
) const
-

Checks whether the settings in the given BaseStationConfig are ok to be written to the BaseStation.  Options that are set will also be validated against each other. If an option that needs to be validated isn't currently set, it will be read from the BaseStation.

Parameters
config
const BaseStationConfig&

The BaseStationConfig to verify.

outIssues
ConfigIssues&

The ConfigIssues that will hold any resulting issues that are found with the configuration.

Returns

true if the configuration is valid. false if the configuration is invalid and outIssues should be checked for more information.

Exceptions
-
- -
-
applyConfig
-
void applyConfig(
const BaseStationConfig &config
)
-

Applies a BaseStationConfig to the Node.  Note: This applies all options that have been set in the BaseStationConfig.  Before applying, the options will be validated. It is recommended that you perform this validation yourself first by using verifyConfig.

Parameters
config
const BaseStationConfig&

The BaseStationConfig to apply to the Node.

Exceptions
-
- -
-
getTransmitPower
-
WirelessTypes::TransmitPower getTransmitPower() const
-

Reads the WirelessTypes::TransmitPower that is currently set on the BaseStation.

Returns

The WirelessTypes::TransmitPower that is currently set on the BaseStation.

Exceptions
-
- -
-
getButtonLongPress
-
BaseStationButton getButtonLongPress(
uint8 buttonNumber
) const
-

Reads the button settings for a long press action that are currently set on the BaseStation.

Parameters
buttonNumber
uint8

The button number (1 = button 1) to get the value for.

Returns

A BaseStationButton object holding the current long press settings for the requested button number.

Exceptions
-
- -
-
getButtonShortPress
-
BaseStationButton getButtonShortPress(
uint8 buttonNumber
) const
-

Reads the button settings for a short press action that are currently set on the BaseStation.

Parameters
buttonNumber
uint8

The button number (1 = button 1) to get the value for.

Returns

A BaseStationButton object holding the current short press settings for the requested button number.

Exceptions
-
- -
-
getAnalogPairingEnabled
-
bool getAnalogPairingEnabled() const
-

Reads the Analog Pairing enabled/disabled setting that is currently set on the BaseStation.  If this is disabled, all other analog pairing settings will be disabled.

Returns

true if Analog Pairing is enabled, false otherwise.

Exceptions
-
- -
-
getAnalogTimeoutTime
-
uint16 getAnalogTimeoutTime() const
-

Reads the Analog Timeout Time in seconds that is currently set on the BaseStation.

Returns

The analog timeout time in seconds.

Exceptions
-
- -
-
getAnalogTimeoutVoltage
-
float getAnalogTimeoutVoltage() const
-

Reads the Analog Timeout Voltage that is currently set on the BaseStation.

Returns

The analog timeout voltage.

Exceptions
-
- -
-
getAnalogExceedanceEnabled
-
bool getAnalogExceedanceEnabled() const
-

Reads the Analog Exceedance enabled/disabled setting that is currently set on the BaseStation.

Returns

true if Analog Exceedance is enabled, false otherwise.

Exceptions
-
- -
-
getAnalogPair
-
BaseStationAnalogPair getAnalogPair(
uint8 portNumber
) const
-

Reads the BaseStationAnalogPair for the specified port number that is currently set on the BaseStation.

Parameters
portNumber
uint8

The port number (1 = port 1) to get the value for.

Returns

The BaseStationAnalogPair for the specified port number that is currently set on the BaseStation.

Exceptions
-
- -
-
node_ping
-
PingResponse node_ping(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress
)
-

Pings the specified Node.

Parameters
nodeProtocol
const WirelessProtocol&

the WirelessProtocol for the Node.

nodeAddress
NodeAddress

the node address of the node to ping.

Returns

A PingResponse object that can be queried to get details of the ping command's response.

Exceptions
-
- -
-
node_hardReset
-
void node_hardReset(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress
)
-

Performs a hard reset on the specified Node.

Parameters
nodeProtocol
const WirelessProtocol&

the WirelessProtocol for the Node.

nodeAddress
NodeAddress

the node address to perform the hard reset on

Exceptions
-
- -
-
node_softReset
-
void node_softReset(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress
)
-

Performs a soft reset on the specified Node.

Parameters
nodeProtocol
const WirelessProtocol&

the WirelessProtocol for the Node.

nodeAddress
NodeAddress

the node address to perform the soft reset on

Exceptions
-
- -
-
node_sleep
-
bool node_sleep(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress
)
-

Puts the Node into a low power, sleep mode.  This command attempts to ping the node before sending the sleep command, to verify communication.

Parameters
nodeProtocol
const WirelessProtocol&

the WirelessProtocol for the Node.

nodeAddress
NodeAddress

The node adderss of the Node to put to sleep.

Returns

true if the sleep command was successful, false otherwise.

Exceptions
-
- -
-
node_setToIdle
-
SetToIdleStatus node_setToIdle(
NodeAddress nodeAddress
)
-

Attempts to set the node to idle so that it can be communicated with.

Parameters
nodeAddress
NodeAddress

the node address of the node to set to idle.

Returns

A SetToIdleStatus object that can be queried to get the status of the Set to Idle operation.

Exceptions
-
- -
-
node_readEeprom
-
bool node_readEeprom(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress,
uint16 eepromAddress,
uint16 &eepromValue
)
-

Reads a value from EEPROM on the specified Node.

Parameters
nodeProtocol
const WirelessProtocol&

the WirelessProtocol for the Node.

nodeAddress
NodeAddress

the node address of the Node to read from.

eepromAddress
uint16

the EEPROM address to read the value from.

eepromValue
uint16&

holds the result value read from EEPROM if successful.

Returns

true if the command was successful, false otherwise.

Exceptions
-
- -
-
node_writeEeprom
-
bool node_writeEeprom(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress,
uint16 eepromAddress,
uint16 value
)
-

Writes a value to EEPROM on the specified Node.

Parameters
nodeProtocol
const WirelessProtocol&

the WirelessProtocol for the Node.

nodeAddress
NodeAddress

the node address of the node to write to.

eepromAddress
uint16

the EEPROM address to write the value to.

value
uint16

the value to write to EEPROM.

Returns

true if the write eeprom command succeeded, false otherwise.

Exceptions
-
- -
-
node_pageDownload
-
bool node_pageDownload(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress,
uint16 pageIndex,
ByteStream &data
)
-

Downloads a page of logged data from the Node.

Parameters
nodeProtocol
const WirelessProtocol&

The WirelessProtocol for the Node.

nodeAddress
NodeAddress

The node address of the Node to download data from.

pageIndex
uint16

The page index to download from the Node.

data
ByteStream&

Output parameter that contains the resulting data downloaded from the Node, if any.

Returns

true if the page download command succeeded, false otherwise.

Exceptions
-
- -
-
node_batchEepromRead
-
bool node_batchEepromRead(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress,
uint16 startEeprom,
std::map<uint16, uint16> &result
)
-

Reads a batch of eeprom values from the Node

Parameters
nodeProtocol
const WirelessProtocol&

The WirelessProtocol for the Node.

nodeAddress
NodeAddress

The node address of the Node to download data from.

startEeprom
uint16

The eeprom address to start the batch eeprom read from.

result
std::map<uint16, uint16>&

The eeprom location/value map that will hold the result.

Returns

true if the command succeeded, false otherwise.

Exceptions
-
- -
-
node_getDatalogSessionInfo
-
bool node_getDatalogSessionInfo(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress,
DatalogSessionInfoResult &result
)
-

Gets info about the datalog sessions on the Node.

Parameters
nodeProtocol
const WirelessProtocol&

The WirelessProtocol for the Node.

nodeAddress
NodeAddress

The node address of the Node to download data from.

result
DatalogSessionInfoResult&

The DatalogSessionInfoResult containing the result info on success.

Returns

true if the command succeded, false otherwise

Exceptions
-
- -
-
node_getDatalogData
-
bool node_getDatalogData(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress,
uint32 flashAddress,
ByteStream &result,
uint16 &numBytesRead
)
-

Gets a section of logged data from the Node.

Parameters
nodeProtocol
const WirelessProtocol&

The WirelessProtocol for the Node.

nodeAddress
NodeAddress

The node address of the Node to download data from.

flashAddress
uint32

The flash address to read from.

result
ByteStream&

The ByteStream containing the resulting data bytes from the Node on success.

numBytesRead
uint16&

The number of bytes that were read from the command and appended to the result ByteStream.

Returns

true if the command succeded, false otherwise

Exceptions
-
- -
-
node_erase
-
bool node_erase(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress
)
-

Sends the Erase command to a Node.

Parameters
nodeProtocol
const WirelessProtocol&

The WirelessProtocol for the Node.

nodeAddress
NodeAddress

The node address of the Node to send the command to.

Exceptions
-
- -
-
node_startSyncSampling
-
bool node_startSyncSampling(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress
)
-

Sends the Start Synchronized Sampling command to a Node.

Parameters
nodeProtocol
const WirelessProtocol&

The WirelessProtocol for the Node.

nodeAddress
NodeAddress

The node address of the Node to send the command to.

Returns

true if the Start Sync Sampling command succeeded, false otherwise.

Exceptions
-
- -
-
node_startNonSyncSampling
-
bool node_startNonSyncSampling(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress
)
-

Sends the Start Non-Synchronized Sampling command to a Node.

Parameters
nodeProtocol
const WirelessProtocol&

The WirelessProtocol for the Node.

nodeAddress
NodeAddress

The node address of the Node to send the command to.

Returns

true if the Start Non Sync Sampling command succeeded, false otherwise.

Exceptions
-
- -
-
node_armForDatalogging
-
bool node_armForDatalogging(
NodeAddress nodeAddress,
const std::string &message = ""
)
-

Sends the Arm For Datalogging command to a Node.

Parameters
nodeAddress
NodeAddress

The node address of the Node to send the command to.

message
const std::string&

A message, up to 50 characters, to send with the arm command. This message can be downloaded with the data. Will be trimmed to 50 chars if longer. (Default of "")

Exceptions
-
- -
-
node_triggerArmedDatalogging
-
void node_triggerArmedDatalogging(
NodeAddress nodeAddress
)
-

Sends the Trigger Armed Datalogging command to a Node.

Parameters
nodeAddress
NodeAddress

The node address of the Node to send the command to.

Exceptions
-
- -
-
node_autoBalance
-
bool node_autoBalance(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress,
uint8 channelNumber,
float targetPercent,
AutoBalanceResult &result
)
-

Sends the AutoBalance command to a Node.

Parameters
nodeProtocol
const WirelessProtocol&

The WirelessProtocol for the Node.

nodeAddress
NodeAddress

The node address of the Node to send the command to.

channelNumber
uint8

The channel number (ch1 = 1, ch8 = 8) to balance.

targetPercent
float

The target percentage (0 - 100) to balance to.

result
AutoBalanceResult&

The AutoBalanceResult of the command.

Returns

true if the command succeeded, false if it failed.

Exceptions
-
- -
-
node_autocal_shm
-
bool node_autocal_shm(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress,
AutoCalResult &result
)
-

Performs automatic calibration for an SHM-Link.

Parameters
nodeProtocol
const WirelessProtocol&

The WirelessProtocol for the Node.

nodeAddress
NodeAddress

The node address of the Node to send the command to.

result
AutoCalResult&

The AutoCalResult reference to hold the result.

Returns

true if the AutoCal command was successful, false otherwise.

Exceptions
-
- -
-
node_autocal_shm201
-
bool node_autocal_shm201(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress,
AutoCalResult &result
)
-

Performs automatic calibration for an SHM-Link-201.

Parameters
nodeProtocol
const WirelessProtocol&

The WirelessProtocol for the Node.

nodeAddress
NodeAddress

The node address of the Node to send the command to.

result
AutoCalResult&

The AutoCalResult reference to hold the result.

Returns

true if the AutoCal command was successful, false otherwise.

Exceptions
-
- -
-
node_autoShuntCal
-
bool node_autoShuntCal(
const WirelessProtocol &nodeProtocol,
const AutoCalCmdDetails &commandDetails,
AutoCalResult &result
)
-

Performs automatic shunt calibration for a Wireless Node.

Parameters
nodeProtocol
const WirelessProtocol&

The WirelessProtocol for the Node.

commandDetails
const AutoCalCmdDetails&

The AutoCalCmdDetails for this command.

result
AutoCalResult&

The AutoCalResult reference to hold the result.

Returns

true if the auto shunt cal command was successful, false otherwise.

Exceptions
-
- -
-
node_readSingleSensor
-
bool node_readSingleSensor(
NodeAddress nodeAddress,
uint8 channelNumber,
uint16 &result
)
-

Reads the bits value for a single channel on a Wireless Node.

Parameters
nodeAddress
NodeAddress

The node address of the Node to send the command to.

channelNumber
uint8

The channel number (ch1 = 1, ch8 = 8) to read.

result
uint16&

Holds the bits value result from the channel on the Node.

Returns

true if the Read Single Sensor command was successful, false otherwise.

Exceptions
-
- -
-
node_getDiagnosticInfo
-
bool node_getDiagnosticInfo(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress,
ChannelData &result
)
-

Performs an immediate request for the Node's Diagnostic Info.

Parameters
nodeProtocol
const WirelessProtocol&

The WirelessProtocol for the Node.

nodeAddress
NodeAddress

The node address of the Node to send the command to.

result
ChannelData&

The <ChannelData> container that will be filled with the result upon success.

Returns

true if the command was successful, false otherwise.

Exceptions
-
- -
-
node_testCommProtocol
-
bool node_testCommProtocol(
NodeAddress nodeAddress,
WirelessTypes::CommProtocol protocol
)
-

Tests if a Node will still be able to communicate after changing the Node's communication protocol.

Parameters
nodeAddress
NodeAddress

The node address of the Node to send the command to.

protocol
WirelessTypes::CommProtocol

The WirelessTypes::CommProtocol to test.

Returns

true if communication in the new protocol mode was successful, false otherwise.

Exceptions
-
- -
-
node_poll
-
bool node_poll(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress,
const ChannelMask &chs,
WirelessPollData &result
)
-

Polls the WirelessNode to get a single sweep of calibrated data.

Parameters
nodeProtocol
const WirelessProtocol&

The WirelessProtocol for the Node.

nodeAddress
NodeAddress

The node address of the Node to send the command to.

chs
const ChannelMask&

The ChannelMask to poll data for. Note: if a channel is active that isn't supported by the Node, it will be ignored.

result
WirelessPollData&

The <WirelessPollData> map holding the result of the poll.

Returns

true if the command was successful, false otherwise.

Exceptions
-
- -
-
getRawBytePackets
-
RawBytePackets getRawBytePackets(
uint32 timeout = 0,
uint32 maxPackets = 0
)
-

Gets up to the requested amount of raw byte packets that have been collected.

Parameters
packets

A vector of RawBytePacket to hold the result.

timeout
uint32

the timeout, in milliseconds, to wait for the data if necessary (default of 0)

maxPackets
uint32

The maximum number of packets to return. If this is 0 (default), all packets will be returned.

Exceptions
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStationAnalogPair-Summary.js b/v66.0.1/MSCL_Docs/classes/C/BaseStationAnalogPair-Summary.js deleted file mode 100644 index b852b06ad..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStationAnalogPair-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:BaseStationAnalogPair","BaseStationAnalogPair");NDSummary.OnSummaryLoaded("CClass:BaseStationAnalogPair",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[9673,0,0,"BaseStationAnalogPair"],[9674,0,3,"Functions","Functions"],[9675,0,2,"BaseStationAnalogPair","BaseStationAnalogPair"],[9676,0,3,"Constants","Constants"],[9677,0,1,"CHANNEL_NOT_FLOAT","CHANNEL_NOT_FLOAT"],[9678,0,0,"BaseStationAnalogPair"],[9679,0,3,"Functions","Functions(2)"],[9680,0,2,"Float","Float"],[9681,0,2,"NonFloat","NonFloat"],[9682,0,3,"Variables","Variables"],[9683,0,4,"m_nodeAddress","m_nodeAddress"],[9684,0,4,"m_nodeChannel","m_nodeChannel"],[9685,0,4,"m_outputVal_0V","m_outputVal_0V"],[9686,0,4,"m_outputVal_3V","m_outputVal_3V"],[9687,0,3,"Functions","Functions(3)"],[9688,0,2,"nodeAddress","nodeAddress"],[9689,0,2,"nodeAddress","nodeAddress(2)"],[9690,0,2,"nodeChannel","nodeChannel"],[9691,0,2,"nodeChannel","nodeChannel(2)"],[9692,0,2,"floatData","floatData"],[9693,0,2,"floatData","floatData(2)"],[9694,0,2,"outputVal_0V","outputVal_0V"],[9695,0,2,"outputVal_0V","outputVal_0V(2)"],[9696,0,2,"outputVal_3V","outputVal_3V"],[9697,0,2,"outputVal_3V","outputVal_3V(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStationAnalogPair-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/BaseStationAnalogPair-SummaryToolTips.js deleted file mode 100644 index 302edf759..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStationAnalogPair-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:BaseStationAnalogPair",{9673:"
BaseStationAnalogPair
Represents an Analog Pairing on a BaseStation.
",9675:"
BaseStationAnalogPair(
uint16 nodeAddress,
uint8 nodeChannel,
float output_0V,
float output_3V
)
Creates a BaseStationAnalogPair object with the provided parameters.  Note: This constructor is private to enforce using ::Float and ::NonFloat static functions for construction.
",9677:"
A (NaN) value representing that the paired node channel is not transmitting float point values.  The outputVal_0V and outputVal_3V values should be set to this value if not being paired to a channel transmitting floats.
",9678:"
BaseStationAnalogPair
Creates a default constructed BaseStationAnalogPair object.
",9680:"
static BaseStationAnalogPair Float(
uint16 nodeAddress,
uint8 nodeChannel,
float output_0V,
float output_3V
)
Creates a BaseStationAnalogPair object to be paired to WirelessNode\'s channel that is transmitting floating point values.
",9681:"
static BaseStationAnalogPair NonFloat(
uint16 nodeAddress,
uint8 nodeChannel
)
Creates a BaseStationAnalogPair object to be paired to WirelessNode\'s channel that is NOT transmitting floating point values.
",9683:"
uint16 m_nodeAddress
The node address to pair.
",9684:"
uint8 m_nodeChannel
The node\'s channel to pair.
",9685:"
float m_outputVal_0V
The floating point value that represents 0 volts, if the node/channel is sending floating point data.
",9686:"
float m_outputVal_3V
The floating point value that represents 3 volts, if the node/channel is sending floating point data.
",9688:"
uint16 nodeAddress() const
Gets the node address to be paired with that is currently set in this object.
",9689:"
void nodeAddress(
uint16 address
)
Sets the node address of the WirelessNode to be paired with.
",9690:"
uint8 nodeChannel() const
Gets the node\'s channel to be paired with that is currently set in this object.
",9691:"
void nodeChannel(
uint8 channelNumber
)
Sets the node\'s channel of the WirelessNode to be paired with.
",9692:"
bool expectFloatData() const
Checks whether floating point data is expected in this object.
",9693:"
void expectFloatData(
bool enable
)
Sets whether floating point data is expected or not.  Note: If enabling, this will set outputVal_0V to 0 and outputVal_3V to 65535. You should update these values accordingly.  Note: If disabling, this will set outputVal_0V and outputVal_3V to CHANNEL_NOT_FLOAT.
",9694:"
float outputVal_0V() const
Gets the output value that represents 0 Volts that is currently set in this object.
",9695:"
void outputVal_0V(
float value
)
Sets the output value that represents 0 Volts.  Note: Setting this to a NaN (CHANNEL_NOT_FLOAT) disables the float expectation and sets outputVal_3V to CHANNEL_NOT_FLOAT as well.  Note: If outputVal_3V is set to CHANNEL_NOT_FLOAT when this is called with a real value, outputVal_3V will be updated to (value + 1.0).
",9696:"
float outputVal_3V() const
Gets the output value that represents 3 Volts that is currently set in this object.
",9697:"
void outputVal_3V(
float value
)
Sets the output value that represents 3 Volts.  Note: Setting this to a NaN (CHANNEL_NOT_FLOAT) disables the float expectation and sets outputVal_0V to CHANNEL_NOT_FLOAT as well.  Note: If outputVal_0V is set to CHANNEL_NOT_FLOAT when this is called with a real value, outputVal_0V will be updated to (value - 1.0).
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStationAnalogPair-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/BaseStationAnalogPair-ToolTips.js deleted file mode 100644 index a9f24f684..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStationAnalogPair-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({9673:"
BaseStationAnalogPair
Represents an Analog Pairing on a BaseStation.
",9675:"
BaseStationAnalogPair(
uint16 nodeAddress,
uint8 nodeChannel,
float output_0V,
float output_3V
)
Creates a BaseStationAnalogPair object with the provided parameters.  Note: This constructor is private to enforce using ::Float and ::NonFloat static functions for construction.
",9677:"
A (NaN) value representing that the paired node channel is not transmitting float point values.  The outputVal_0V and outputVal_3V values should be set to this value if not being paired to a channel transmitting floats.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStationAnalogPair.html b/v66.0.1/MSCL_Docs/classes/C/BaseStationAnalogPair.html deleted file mode 100644 index 1a0e03ee7..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStationAnalogPair.html +++ /dev/null @@ -1,150 +0,0 @@ - - -BaseStationAnalogPair - - - - - - - -
-
BaseStationAnalogPair
-
BaseStationAnalogPair
-

Represents an Analog Pairing on a BaseStation.

-
- -
-
Functions
-
- -
-
BaseStationAnalogPair
-
BaseStationAnalogPair(
uint16 nodeAddress,
uint8 nodeChannel,
float output_0V,
float output_3V
)
-

Creates a BaseStationAnalogPair object with the provided parameters.  Note: This constructor is private to enforce using ::Float and ::NonFloat static functions for construction.

-
- -
-
Constants
-
- -
-
CHANNEL_NOT_FLOAT
-

A (NaN) value representing that the paired node channel is not transmitting float point values.  The outputVal_0V and outputVal_3V values should be set to this value if not being paired to a channel transmitting floats.

-
- -
-
BaseStationAnalogPair
-
BaseStationAnalogPair
-

Creates a default constructed BaseStationAnalogPair object.

-
- -
-
Functions
-
- -
-
Float
-
static BaseStationAnalogPair Float(
uint16 nodeAddress,
uint8 nodeChannel,
float output_0V,
float output_3V
)
-

Creates a BaseStationAnalogPair object to be paired to WirelessNode's channel that is transmitting floating point values.

Parameters
nodeAddress
uint16

The node address to pair to.

nodeChannel
uint8

The node's channel number to pair to.

output_0V
float

The floating point value that represents 0 volt output.

output_3V
float

The floating point value that represents 3 volt output.

Returns

A BaseStationAnalogPair object created with the specified parameters.

-
- -
-
NonFloat
-
static BaseStationAnalogPair NonFloat(
uint16 nodeAddress,
uint8 nodeChannel
)
-

Creates a BaseStationAnalogPair object to be paired to WirelessNode's channel that is NOT transmitting floating point values.

Parameters
nodeAddress
uint16

The node address to pair to.

nodeChannel
uint8

The node's channel number to pair to.

Returns

A BaseStationAnalogPair object created with the specified parameters.

-
- -
-
Variables
-
- -
-
m_nodeAddress
-
uint16 m_nodeAddress
-

The node address to pair.

-
- -
-
m_nodeChannel
-
uint8 m_nodeChannel
-

The node's channel to pair.

-
- -
-
m_outputVal_0V
-
float m_outputVal_0V
-

The floating point value that represents 0 volts, if the node/channel is sending floating point data.

-
- -
-
m_outputVal_3V
-
float m_outputVal_3V
-

The floating point value that represents 3 volts, if the node/channel is sending floating point data.

-
- -
-
Functions
-
- -
-
nodeAddress
-
uint16 nodeAddress() const
-

Gets the node address to be paired with that is currently set in this object.

Returns

The node address to be paired with that is currently set in this object.

-
- -
-
nodeAddress
-
void nodeAddress(
uint16 address
)
-

Sets the node address of the WirelessNode to be paired with.

Parameters
address
uint16

The node address to be paired with.

-
- -
-
nodeChannel
-
uint8 nodeChannel() const
-

Gets the node's channel to be paired with that is currently set in this object.

Returns

The node's channel to be paired with that is currently set in this object.

-
- -
-
nodeChannel
-
void nodeChannel(
uint8 channelNumber
)
-

Sets the node's channel of the WirelessNode to be paired with.

Parameters
channelNumber
uint8

The node's channel number (ch1 = 1, ch8 = 8) to be paired with.

-
- -
-
floatData
-
bool expectFloatData() const
-

Checks whether floating point data is expected in this object.

Returns

True if floating point data is expected, false if it is not.

-
- -
-
floatData
-
void expectFloatData(
bool enable
)
-

Sets whether floating point data is expected or not.  Note: If enabling, this will set outputVal_0V to 0 and outputVal_3V to 65535. You should update these values accordingly.  Note: If disabling, this will set outputVal_0V and outputVal_3V to CHANNEL_NOT_FLOAT.

Parameters
enable
bool

Whether to enable or disable the expectation for floating point data.

-
- -
-
outputVal_0V
-
float outputVal_0V() const
-

Gets the output value that represents 0 Volts that is currently set in this object.

Returns

The output value that represents 0 Volts.

-
- -
-
outputVal_0V
-
void outputVal_0V(
float value
)
-

Sets the output value that represents 0 Volts.  Note: Setting this to a NaN (CHANNEL_NOT_FLOAT) disables the float expectation and sets outputVal_3V to CHANNEL_NOT_FLOAT as well.  Note: If outputVal_3V is set to CHANNEL_NOT_FLOAT when this is called with a real value, outputVal_3V will be updated to (value + 1.0).

Parameters
value
float

The output value to represent 0 Volts.

-
- -
-
outputVal_3V
-
float outputVal_3V() const
-

Gets the output value that represents 3 Volts that is currently set in this object.

Returns

The output value that represents 3 Volts.

-
- -
-
outputVal_3V
-
void outputVal_3V(
float value
)
-

Sets the output value that represents 3 Volts.  Note: Setting this to a NaN (CHANNEL_NOT_FLOAT) disables the float expectation and sets outputVal_0V to CHANNEL_NOT_FLOAT as well.  Note: If outputVal_0V is set to CHANNEL_NOT_FLOAT when this is called with a real value, outputVal_0V will be updated to (value - 1.0).

Parameters
value
float

The output value to represent 3 Volts.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStationButton-Summary.js b/v66.0.1/MSCL_Docs/classes/C/BaseStationButton-Summary.js deleted file mode 100644 index 95c799b89..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStationButton-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:BaseStationButton","BaseStationButton");NDSummary.OnSummaryLoaded("CClass:BaseStationButton",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Enums","Enumeration"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[9648,0,0,"BaseStationButton"],[9649,0,4,"Types","Types"],[9650,0,2,"Command","Command"],[9651,0,1,,"btn_nodeSleep"],[9652,0,1,,"btn_nodeStop"],[9653,0,1,,"btn_enableBeacon"],[9654,0,1,,"btn_disableBeacon"],[9655,0,1,,"btn_nodeNonSyncSampling"],[9656,0,1,,"btn_nodeSyncSampling"],[9657,0,1,,"btn_nodeArmedDatalogging"],[9658,0,1,,"btn_cyclePower"],[9659,0,1,,"btn_disabled"],[9660,0,2,"UserAction","UserAction"],[9661,0,1,,"action_shortPress"],[9662,0,1,,"action_longPress"],[9663,0,0,"BaseStationButton"],[9664,0,0,"BaseStationButton"],[9665,0,4,"Variables","Variables"],[9666,0,5,"m_command","m_command"],[9667,0,5,"m_nodeAddress","m_nodeAddress"],[9668,0,4,"Functions","Functions"],[9669,0,3,"command","command"],[9670,0,3,"command","command(2)"],[9671,0,3,"nodeAddress","nodeAddress"],[9672,0,3,"nodeAddress","nodeAddress(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStationButton-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/BaseStationButton-SummaryToolTips.js deleted file mode 100644 index 89dbaaff9..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStationButton-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:BaseStationButton",{9648:"
BaseStationButton
Represents a single button on a BaseStation
",9650:"
Represents the types of commands that a BaseStationButton can perform.
",9660:"
Represents the user action that can be performed to cause a BaseStationButton to perform its command.
",9663:"
BaseStationButton
Creates a default constructed BaseStationButton object.
",9664:"
BaseStationButton
Creates a BaseStationButton object.
",9666:"
Command m_command
The Command of the button.
",9667:"
uint16 m_nodeAddress
The node address that the button\'s function pertains to, if applicable.
",9669:"
BaseStationButton::Command command() const
Gets the Command that is currently set in this object.
",9670:"
void command(
Command cmd
)
Sets the Command of this BaseStationButton object.
",9671:"
uint16 nodeAddress() const
Gets the node address that the button\'s command targets that is currently set in this object.  This is ignored if the command doesn\'t pertain to a node.  Note: To target all nodes on the frequency, set the node address to 65535.
",9672:"
void nodeAddress(
uint16 address
)
Sets the node address to target from the button\'s command.  This is ignored if the command doesn\'t pertain to a node.  Note: To target all nodes on the frequency, set the node address to 65535.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStationButton-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/BaseStationButton-ToolTips.js deleted file mode 100644 index 7f0a937a3..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStationButton-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({9648:"
BaseStationButton
Represents a single button on a BaseStation
",9650:"
Represents the types of commands that a BaseStationButton can perform.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStationButton.html b/v66.0.1/MSCL_Docs/classes/C/BaseStationButton.html deleted file mode 100644 index 7c7fd4202..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStationButton.html +++ /dev/null @@ -1,87 +0,0 @@ - - -BaseStationButton - - - - - - - -
-
BaseStationButton
-
BaseStationButton
-

Represents a single button on a BaseStation

-
- -
-
Types
-
- -
-
Command
-

Represents the types of commands that a BaseStationButton can perform.

btn_nodeSleep

0  - Puts a Node into sleep mode.

btn_nodeStop

1 - Puts a Node into idle mode by stopping/waking it.

btn_enableBeacon

2 - Enables the Beacon on the BaseStation

btn_disableBeacon

3 - Disable the Beacon on the BaseStation

btn_nodeNonSyncSampling

4 - Starts a Node sampling in Non-Synchronized mode.

btn_nodeSyncSampling

5 - Starts a Node sampling in Synchronized mode.

btn_nodeArmedDatalogging

6 - Starts a Node sampling in Armed Datalogging mode.

btn_cyclePower

7 - Cycles the power on the BaseStation.

btn_disabled

65535 - Disables the button functionality.

-
- -
-
UserAction
-

Represents the user action that can be performed to cause a BaseStationButton to perform its command.

action_shortPress

0 - A Short Press of the button

action_longPress

1 - A Long Press of the button

-
- -
-
BaseStationButton
-
BaseStationButton
-

Creates a default constructed BaseStationButton object.

-
- -
-
BaseStationButton
-
BaseStationButton
-

Creates a BaseStationButton object.

Parameters
cmd
Command

The BaseStationButton::Command to set.

nodeAddress
uint16

The node address to target from the button's command, if applicable (defaults to 0, no node).

-
- -
-
Variables
-
- -
-
m_command
-
Command m_command
-

The Command of the button.

-
- -
-
m_nodeAddress
-
uint16 m_nodeAddress
-

The node address that the button's function pertains to, if applicable.

-
- -
-
Functions
-
- -
-
command
- -

Gets the Command that is currently set in this object.

Returns

A BaseStationButton::Command that is currently set in this object.

-
- -
-
command
-
void command(
Command cmd
)
-

Sets the Command of this BaseStationButton object.

Parameters
cmd
Command

The BaseStationButton::Command to set.

-
- -
-
nodeAddress
-
uint16 nodeAddress() const
-

Gets the node address that the button's command targets that is currently set in this object.  This is ignored if the command doesn't pertain to a node.  Note: To target all nodes on the frequency, set the node address to 65535.

Returns

The node address that the button's command targets.

-
- -
-
nodeAddress
-
void nodeAddress(
uint16 address
)
-

Sets the node address to target from the button's command.  This is ignored if the command doesn't pertain to a node.  Note: To target all nodes on the frequency, set the node address to 65535.

Parameters
address
uint16

The node address to target from the button's command.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStationConfig-Summary.js b/v66.0.1/MSCL_Docs/classes/C/BaseStationConfig-Summary.js deleted file mode 100644 index a117f79ee..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStationConfig-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:BaseStationConfig","BaseStationConfig");NDSummary.OnSummaryLoaded("CClass:BaseStationConfig",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[6802,0,0,"BaseStationConfig"],[6803,0,2,"Functions","Functions"],[6804,0,1,"BaseStationConfig","BaseStationConfig"],[6805,0,2,"Variables","Variables"],[6806,0,3,"m_transmitPower","m_transmitPower"],[6807,0,3,"m_commProtocol","m_commProtocol"],[6808,0,3,"m_btnsLongPress","m_btnsLongPress"],[6809,0,3,"m_btnsShortPress","m_btnsShortPress"],[6810,0,3,"m_analogPairs","m_analogPairs"],[6811,0,3,"m_analogPairingEnable","m_analogPairingEnable"],[6812,0,3,"m_analogTimeoutTime","m_analogTimeoutTime"],[6813,0,3,"m_analogTimeoutVoltage","m_analogTimeoutVoltage"],[6814,0,3,"m_analogExceedanceEnable","m_analogExceedanceEnable"],[6815,0,2,"Functions","Functions(2)"],[6816,0,1,"checkValue","checkValue"],[6817,0,1,"isSet","isSet"],[6818,0,1,"curTransmitPower","curTransmitPower"],[6819,0,1,"curCommProtocol","curCommProtocol"],[6820,0,1,"verify","verify"],[6821,0,1,"apply","apply"],[6822,0,1,"transmitPower","transmitPower"],[6823,0,1,"transmitPower","transmitPower(2)"],[6824,0,1,"communicationProtocol","communicationProtocol"],[6825,0,1,"communicationProtocol","communicationProtocol(2)"],[6826,0,1,"buttonLongPress","buttonLongPress"],[6827,0,1,"buttonLongPress","buttonLongPress(2)"],[6828,0,1,"buttonShortPress","buttonShortPress"],[6829,0,1,"buttonShortPress","buttonShortPress(2)"],[6830,0,1,"analogPairingEnable","analogPairingEnable"],[6831,0,1,"analogPairingEnable","analogPairingEnable(2)"],[6832,0,1,"analogTimeoutTime","analogTimeoutTime"],[6833,0,1,"analogTimeoutTime","analogTimeoutTime(2)"],[6834,0,1,"analogTimeoutVoltage","analogTimeoutVoltage"],[6835,0,1,"analogTimeoutVoltage","analogTimeoutVoltage(2)"],[6836,0,1,"analogExceedanceEnable","analogExceedanceEnable"],[6837,0,1,"analogExceedanceEnable","analogExceedanceEnable(2)"],[6838,0,1,"analogPairing","analogPairing"],[6839,0,1,"buttonLongPress","buttonLongPress(3)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStationConfig-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/BaseStationConfig-SummaryToolTips.js deleted file mode 100644 index 03f4c2e41..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStationConfig-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:BaseStationConfig",{6802:"
BaseStationConfig
Class used for setting the configuration of BaseStations.  Set all the configuration values that you want to change, then verify and apply them to a BaseStation.
",6804:"
BaseStationConfig()
Creates a blank BaseStationConfig.
",6806:"
boost::optional<WirelessTypes::TransmitPower> m_transmitPower
The WirelessTypes::TransmitPower to set.
",6807:"
boost::optional<WirelessTypes::CommProtocol> m_commProtocol
The WirelessTypes::CommProtocol to set.
",6808:"
ButtonMap m_btnsLongPress
The <ButtonMap> for long press actions.
",6809:"
ButtonMap m_btnsShortPress
The <ButtonMap> for short press actions.
",6810:"
AnalogPairMap m_analogPairs
The <AnalogPairMap> holding all analog pairs to set
",6811:"
boost::optional<bool> m_analogPairingEnable
The analog pairing enable master option to set.
",6812:"
boost::optional<uint16> m_analogTimeoutTime
The analog timeout time (in seconds) to set.
",6813:"
boost::optional<float> m_analogTimeoutVoltage
The analog timeout voltage to set.
",6814:"
boost::optional<bool> m_analogExceedanceEnable
The analog exceedance enable option to set.
",6816:"
template<typename T> void checkValue(
const boost::optional<T> &opt,
const std::string &valueName
) const
Throws an exception if an optional value isn\'t set.
",6817:"
template<typename T> bool isSet(
const boost::optional<T> &opt
) const
Checks whether the optional value is set.
",6818:"
WirelessTypes::TransmitPower curTransmitPower(
const BaseStationEepromHelper &eeprom
) const
Gets the transmit power currently set, or from the node if not set.
",6819:"
WirelessTypes::CommProtocol curCommProtocol(
const BaseStationEepromHelper &eeprom
) const
Gets the communication protocol currently set, or from the base if not set.
",6820:"
bool verify(
const BaseStationFeatures &features,
const BaseStationEepromHelper &eeprom,
ConfigIssues &outIssues
) const
Checks whether the current settings are ok to be written to a given BaseStation.
",6821:"
void apply(
const BaseStationFeatures &features,
BaseStationEepromHelper &eeprom
) const
Writes all of the configuration values that are set to a WirelessNode.
",6822:"
WirelessTypes::TransmitPower transmitPower() const
Gets the WirelessTypes::TransmitPower value in the Config, if set.
",6823:"
void transmitPower(
WirelessTypes::TransmitPower power
)
Sets the WirelessTypes::TransmitPower value in the Config.
",6824:"
WirelessTypes::CommProtocol communicationProtocol() const
Gets the WirelessTypes::CommProtocol value in the Config, if set.
",6825:"
void communicationProtocol(
WirelessTypes::CommProtocol commProtocol
)
Sets the WirelessTypes::CommProtocol value in the Config.
",6826:"
BaseStationButton buttonLongPress(
uint8 buttonNumber
) const
Gets the BaseStationButton value in the Config for performing a long press on a specific button, if set.
",6827:"
void buttonLongPress(
uint8 buttonNumber,
const BaseStationButton &button
)
Sets the BaseStationButton value in the Config for performing a short press on a specific button.
",6828:"
BaseStationButton buttonShortPress(
uint8 buttonNumber
) const
Gets the BaseStationButton value in the Config for performing a short press on a specific button, if set.
",6829:"
void buttonShortPress(
uint8 buttonNumber,
const BaseStationButton &button
)
Sets the BaseStationButton value in the Config for performing a long press on a specific button.
",6830:"
bool analogPairingEnable() const
Gets the Analog Pairing Enabled value in the Config, if set.
",6831:"
void analogPairingEnable(
bool enable
)
Sets the Analog Pairing Enabled value in the Config.  This controls whether all of the other analog pairing settings have any affect.
",6832:"
uint16 analogTimeoutTime() const
Gets the Analog Timeout Time value (in seconds) in the Config, if set.  If this is 0, Analog Timeout is disabled.
",6833:"
void analogTimeoutTime(
uint16 seconds
)
Sets the Analog Timeout Time value (in seconds) in the Config.  If this is 0, Analog Timeout is disabled.
",6834:"
float analogTimeoutVoltage() const
Gets the Analog Timeout Voltage in the Config, if set.
",6835:"
void analogTimeoutVoltage(
float voltage
)
Sets the Analog Timeout Voltage in the Config.  If this is 0, Analog Timeout is disabled.
",6836:"
bool analogExceedanceEnable()
Gets the Analog Exceedance Enabled value in the Config, if set.
",6837:"
void analogExceedanceEnable(
bool enable
)
Sets the Analog Exceedance Enabled value in the Config.
",6838:"
BaseStationAnalogPair analogPairing(
uint8 portNumber
) const
Gets the BaseStationAnalogPair value in the Config for the specified port number, if set.
",6839:"
Sets the BaseStationAnalogPair value in the Config for the specified port number.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStationConfig-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/BaseStationConfig-ToolTips.js deleted file mode 100644 index b0024169d..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStationConfig-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6683:"
ConfigIssue
Holds information on a specific configuration issue.
",6764:"
BaseStationEepromHelper
A helper class for reading and writing to a BaseStation\'s Eeprom.  This class provides eeprom specific parsing so that high-level objects can be converted to their low-level eeprom value equivelent and vice-versa.
",7078:"
BaseStationFeatures
Contains information on which features are supported by a BaseStation.
",8635:"
Represents the transmit powers that can be used for Wireless Devices.
",9155:"
Available Communication Protocol types.
",9648:"
BaseStationButton
Represents a single button on a BaseStation
",9673:"
BaseStationAnalogPair
Represents an Analog Pairing on a BaseStation.
",9710:"
BaseStation
Represents a MicroStrain Base Station object
",9766:"
void applyConfig(
const BaseStationConfig &config
)
Applies a BaseStationConfig to the Node.  Note: This applies all options that have been set in the BaseStationConfig.  Before applying, the options will be validated. It is recommended that you perform this validation yourself first by using verifyConfig.
",10457:"
Error_NoData
There is no data available to be accessed
",10468:"
Error_Communication
The exception for failing to communicate with a device.
",10479:"
Error_Connection
The generic connection exception.
",10505:"
Error_InvalidConfig
The Configuration is invalid.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStationConfig.html b/v66.0.1/MSCL_Docs/classes/C/BaseStationConfig.html deleted file mode 100644 index 0da65c425..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStationConfig.html +++ /dev/null @@ -1,232 +0,0 @@ - - -BaseStationConfig - - - - - - - -
-
BaseStationConfig
-
BaseStationConfig
-

Class used for setting the configuration of BaseStations.  Set all the configuration values that you want to change, then verify and apply them to a BaseStation.

See also: BaseStation::applyConfig

-
- -
-
Functions
-
- -
-
BaseStationConfig
-
BaseStationConfig()
-

Creates a blank BaseStationConfig.

-
- -
-
Variables
-
- -
-
m_transmitPower
-
boost::optional<WirelessTypes::TransmitPower> m_transmitPower
-

The WirelessTypes::TransmitPower to set.

-
- -
-
m_commProtocol
-
boost::optional<WirelessTypes::CommProtocol> m_commProtocol
-

The WirelessTypes::CommProtocol to set.

-
- -
-
m_btnsLongPress
-
ButtonMap m_btnsLongPress
-

The <ButtonMap> for long press actions.

-
- -
-
m_btnsShortPress
-
ButtonMap m_btnsShortPress
-

The <ButtonMap> for short press actions.

-
- -
-
m_analogPairs
-
AnalogPairMap m_analogPairs
-

The <AnalogPairMap> holding all analog pairs to set

-
- -
-
m_analogPairingEnable
-
boost::optional<bool> m_analogPairingEnable
-

The analog pairing enable master option to set.

-
- -
-
m_analogTimeoutTime
-
boost::optional<uint16> m_analogTimeoutTime
-

The analog timeout time (in seconds) to set.

-
- -
-
m_analogTimeoutVoltage
-
boost::optional<float> m_analogTimeoutVoltage
-

The analog timeout voltage to set.

-
- -
-
m_analogExceedanceEnable
-
boost::optional<bool> m_analogExceedanceEnable
-

The analog exceedance enable option to set.

-
- -
-
Functions
-
- -
-
checkValue
-
template<typename T> void checkValue(
const boost::optional<T> &opt,
const std::string &valueName
) const
-

Throws an exception if an optional value isn't set.

Parameters
opt
const boost::optional<T>&

The boost::optional value to check if it is set.

valueName
const std::string&

The name of the value being checked. This will be included in the exception description if not set.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
isSet
-
template<typename T> bool isSet(
const boost::optional<T> &opt
) const
-

Checks whether the optional value is set.

Parameters
opt
const boost::optional<T>&

The boost::optional value to check if it is set.

Returns

true if the value is set, false if it is not set.

-
- -
-
curTransmitPower
-
WirelessTypes::TransmitPower curTransmitPower(
const BaseStationEepromHelper &eeprom
) const
-

Gets the transmit power currently set, or from the node if not set.

-
- -
-
curCommProtocol
-
WirelessTypes::CommProtocol curCommProtocol(
const BaseStationEepromHelper &eeprom
) const
-

Gets the communication protocol currently set, or from the base if not set.

-
- -
-
verify
-
bool verify(
const BaseStationFeatures &features,
const BaseStationEepromHelper &eeprom,
ConfigIssues &outIssues
) const
-

Checks whether the current settings are ok to be written to a given BaseStation.

Parameters
features
const BaseStationFeatures&

The BaseStationFeatures of the BaseStation to verify the configuration for.

eeprom
const BaseStationEepromHelper&

The BaseStationEepromHelper of the BaseStation to use for communication.

outIssues
ConfigIssues&

The ConfigIssues holding any resulting issues that are found with the configuration.

Returns

true if the configuration is valid. false if the configuration is invalid and outIssues should be checked for more information.

Exceptions
-
- -
-
apply
-
void apply(
const BaseStationFeatures &features,
BaseStationEepromHelper &eeprom
) const
-

Writes all of the configuration values that are set to a WirelessNode.

Parameters
features
const BaseStationFeatures&

The BaseStationFeatures of the BaseStation to write the config to.

eeprom
BaseStationEepromHelper&

The BaseStationEepromHelper of the BaseStation to write the config to.

Exceptions
-
- -
-
transmitPower
-
WirelessTypes::TransmitPower transmitPower() const
-

Gets the WirelessTypes::TransmitPower value in the Config, if set.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
transmitPower
-
void transmitPower(
WirelessTypes::TransmitPower power
)
-

Sets the WirelessTypes::TransmitPower value in the Config.

-
- -
-
communicationProtocol
-
WirelessTypes::CommProtocol communicationProtocol() const
-

Gets the WirelessTypes::CommProtocol value in the Config, if set.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
communicationProtocol
-
void communicationProtocol(
WirelessTypes::CommProtocol commProtocol
)
-

Sets the WirelessTypes::CommProtocol value in the Config.

-
- -
-
buttonLongPress
-
BaseStationButton buttonLongPress(
uint8 buttonNumber
) const
-

Gets the BaseStationButton value in the Config for performing a long press on a specific button, if set.

Parameters
buttonNumber
uint8

The button number (1 = button 1) to get the value for.

Exceptions
Error_NoData

The requested button number for long press has not been set.

-
- -
-
buttonLongPress
-
void buttonLongPress(
uint8 buttonNumber,
const BaseStationButton &button
)
-

Sets the BaseStationButton value in the Config for performing a short press on a specific button.

Parameters
buttonNumber
uint8

The button number (1 = button 1) to set.

button
const BaseStationButton&

The BaseStationButton to set.

-
- -
-
buttonShortPress
-
BaseStationButton buttonShortPress(
uint8 buttonNumber
) const
-

Gets the BaseStationButton value in the Config for performing a short press on a specific button, if set.

Parameters
buttonNumber
uint8

The button number (1 = button 1) to get the value for.

Exceptions
Error_NoData

The requested button number for short press has not been set.

-
- -
-
buttonShortPress
-
void buttonShortPress(
uint8 buttonNumber,
const BaseStationButton &button
)
-

Sets the BaseStationButton value in the Config for performing a long press on a specific button.

Parameters
buttonNumber
uint8

The button number (1 = button 1) to set.

button
const BaseStationButton&

The BaseStationButton to set.

-
- -
-
analogPairingEnable
-
bool analogPairingEnable() const
-

Gets the Analog Pairing Enabled value in the Config, if set.

Exceptions
Error_NoData

The requested button number for short press has not been set.

-
- -
-
analogPairingEnable
-
void analogPairingEnable(
bool enable
)
-

Sets the Analog Pairing Enabled value in the Config.  This controls whether all of the other analog pairing settings have any affect.

Parameters
enable
bool

Whether to enable or disable analog pairing in the Config.

-
- -
-
analogTimeoutTime
-
uint16 analogTimeoutTime() const
-

Gets the Analog Timeout Time value (in seconds) in the Config, if set.  If this is 0, Analog Timeout is disabled.

Exceptions
Error_NoData

The requested button number for short press has not been set.

-
- -
-
analogTimeoutTime
-
void analogTimeoutTime(
uint16 seconds
)
-

Sets the Analog Timeout Time value (in seconds) in the Config.  If this is 0, Analog Timeout is disabled.

Parameters
seconds
uint16

The analog timeout time in seconds to set.

-
- -
-
analogTimeoutVoltage
-
float analogTimeoutVoltage() const
-

Gets the Analog Timeout Voltage in the Config, if set.

Exceptions
Error_NoData

The requested button number for short press has not been set.

-
- -
-
analogTimeoutVoltage
-
void analogTimeoutVoltage(
float voltage
)
-

Sets the Analog Timeout Voltage in the Config.  If this is 0, Analog Timeout is disabled.

Parameters
voltage
float

The voltage to set.

-
- -
-
analogExceedanceEnable
-
bool analogExceedanceEnable()
-

Gets the Analog Exceedance Enabled value in the Config, if set.

Exceptions
Error_NoData

The requested button number for short press has not been set.

-
- -
-
analogExceedanceEnable
-
void analogExceedanceEnable(
bool enable
)
-

Sets the Analog Exceedance Enabled value in the Config.

Parameters
enable
bool

Whether to enable or disable analog exceedance in the Config.

-
- -
-
analogPairing
-
BaseStationAnalogPair analogPairing(
uint8 portNumber
) const
-

Gets the BaseStationAnalogPair value in the Config for the specified port number, if set.

Parameters
portNumber
uint8

The port number (1 = port 1) to get the pairing for.

Exceptions
Error_NoData

The requested port number has not been set.

-
- -
-
buttonLongPress
-

Sets the BaseStationAnalogPair value in the Config for the specified port number.

Parameters
portNumber

The port number (1 = port 1) to set.

pair

The BaseStationAnalogPair to set.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStationEeprom-Summary.js b/v66.0.1/MSCL_Docs/classes/C/BaseStationEeprom-Summary.js deleted file mode 100644 index 229772239..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStationEeprom-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:BaseStationEeprom","BaseStationEeprom");NDSummary.OnSummaryLoaded("CClass:BaseStationEeprom",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[6793,0,0,"BaseStationEeprom"],[6794,0,2,"Functions","Functions"],[6795,0,1,"BaseStationEeprom","BaseStationEeprom"],[6796,0,2,"Variables","Variables"],[6797,0,3,"m_baseStation","m_baseStation"],[6798,0,2,"Functions","Functions(2)"],[6799,0,1,"updateCacheFromDevice","updateCacheFromDevice"],[6800,0,1,"readEeprom","readEeprom"],[6801,0,1,"writeEeprom","writeEeprom"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStationEeprom-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/BaseStationEeprom-SummaryToolTips.js deleted file mode 100644 index 3d68fc4b7..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStationEeprom-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:BaseStationEeprom",{6793:"
BaseStationEeprom
Used to read and write to BaseStations\' eeproms and provide caching functionality.
",6795:"
explicit BaseStationEeprom(
BaseStation_Impl *base
)
Creates a BaseStationEeprom object.
",6797:"
BaseStation_Impl* m_baseStation
The BaseStation_Impl to use for communication.
",6799:"
virtual bool updateCacheFromDevice(
uint16 location
) override
Attempts to update the cache by reading the value from the BaseStation.  Any values that are read from the Node will be updated in the cache.
",6800:"
virtual uint16 readEeprom(
uint16 location
) override
Attempts to read an eeprom value from the BaseStation.  If caching is enabled and there is a previously cached value available, this will just return the value from the cache and will not communicate with the BaseStation.
",6801:"
virtual void writeEeprom(
uint16 location,
uint16 value
) override
Attempts to write an eeprom value to the BaseStation.  If successful, the cache will be updated with the changed value as well.  If caching is enabled and the value in the cache is the same as that attempting to be written, nothing will be written to the Node and this function will have no affect.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStationEeprom-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/BaseStationEeprom-ToolTips.js deleted file mode 100644 index f029728ab..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStationEeprom-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6935:"
Eeprom
The abstract base class for reading and writing to Wireless devices\' eeproms.
",9507:"
BaseStation_Impl
Contains the implementation for a BaseStation object.
",10479:"
Error_Connection
The generic connection exception.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStationEeprom.html b/v66.0.1/MSCL_Docs/classes/C/BaseStationEeprom.html deleted file mode 100644 index 59f21531b..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStationEeprom.html +++ /dev/null @@ -1,59 +0,0 @@ - - -BaseStationEeprom - - - - - - - -
-
BaseStationEeprom
-
public
Eeprom
BaseStationEeprom
-

Used to read and write to BaseStations' eeproms and provide caching functionality.

-
- -
-
Functions
-
- -
-
BaseStationEeprom
-
explicit BaseStationEeprom(
BaseStation_Impl *base
)
-

Creates a BaseStationEeprom object.

Parameters
nodeAddress

The address of the Node to access the Eeprom of.

base
BaseStation_Impl*

The BaseStation_Impl to use for communication. This reference must stay alive for the life of this object.

useCache

Whether or not to use the eeprom cache.

-
- -
-
Variables
-
- -
-
m_baseStation
-
BaseStation_Impl* m_baseStation
-

The BaseStation_Impl to use for communication.

-
- -
-
Functions
-
- -
-
updateCacheFromDevice
-
virtual bool updateCacheFromDevice(
uint16 location
) override
-

Attempts to update the cache by reading the value from the BaseStation.  Any values that are read from the Node will be updated in the cache.

Parameters
location
uint16

The eeprom location to read from the device and update in the cache.

Returns

true if the value was read from the device and the cache has been updated, false otherwise.

-
- -
-
readEeprom
-
virtual uint16 readEeprom(
uint16 location
) override
-

Attempts to read an eeprom value from the BaseStation.  If caching is enabled and there is a previously cached value available, this will just return the value from the cache and will not communicate with the BaseStation.

Parameters
location
uint16

The eeprom location to read from the BaseStation and update in the cache.

Returns

The eeprom value for the requested location.

Exceptions

  • Error_Connection: Failed to read the value from the BaseStation.  A connection error has occurred with the BaseStation.

-
- -
-
writeEeprom
-
virtual void writeEeprom(
uint16 location,
uint16 value
) override
-

Attempts to write an eeprom value to the BaseStation.  If successful, the cache will be updated with the changed value as well.  If caching is enabled and the value in the cache is the same as that attempting to be written, nothing will be written to the Node and this function will have no affect.

Parameters
location
uint16

The eeprom location to write to on the BaseStation and update in the cache.

value
uint16

The value to write to the eeprom on the Node and update in the cache.

Exceptions

  • Error_Connection: Failed to read the value from the BaseStation.  A connection error has occurred with the BaseStation.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStationEepromHelper-Summary.js b/v66.0.1/MSCL_Docs/classes/C/BaseStationEepromHelper-Summary.js deleted file mode 100644 index 81a8cfd7f..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStationEepromHelper-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:BaseStationEepromHelper","BaseStationEepromHelper");NDSummary.OnSummaryLoaded("CClass:BaseStationEepromHelper",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[6764,0,0,"BaseStationEepromHelper"],[6765,0,2,"Functions","Functions"],[6766,0,1,"BaseStationEepromHelper","BaseStationEepromHelper"],[6767,0,1,"checkAnalogPairingSupported","checkAnalogPairingSupported"],[6768,0,2,"Variables","Variables"],[6769,0,3,"m_baseStation","m_baseStation"],[6770,0,2,"Functions","Functions(2)"],[6771,0,1,"read_asppVersion","read_asppVersion"],[6772,0,1,"read_commProtocol","read_commProtocol"],[6773,0,1,"write_commProtocol","write_commProtocol"],[6774,0,1,"read_fwVersion","read_fwVersion"],[6775,0,1,"read_model","read_model"],[6776,0,1,"read_serial","read_serial"],[6777,0,1,"read_microcontroller","read_microcontroller"],[6778,0,1,"read_transmitPower","read_transmitPower"],[6779,0,1,"write_transmitPower","write_transmitPower"],[6780,0,1,"read_button","read_button"],[6781,0,1,"write_button","write_button"],[6782,0,1,"read_analogPairingEnabled","read_analogPairingEnabled"],[6783,0,1,"write_analogPairingEnabled","write_analogPairingEnabled"],[6784,0,1,"read_analogTimeoutTime","read_analogTimeoutTime"],[6785,0,1,"write_analogTimeoutTime","write_analogTimeoutTime"],[6786,0,1,"read_analogTimeoutVoltage","read_analogTimeoutVoltage"],[6787,0,1,"write_analogTimeoutVoltage","write_analogTimeoutVoltage"],[6788,0,1,"read_analogExceedanceEnabled","read_analogExceedanceEnabled"],[6789,0,1,"write_analogExceedanceEnabled","write_analogExceedanceEnabled"],[6790,0,1,"read_analogPair","read_analogPair"],[6791,0,1,"write_analogPair","write_analogPair"],[6792,0,1,"read_regionCode","read_regionCode"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStationEepromHelper-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/BaseStationEepromHelper-SummaryToolTips.js deleted file mode 100644 index f3e09ac75..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStationEepromHelper-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:BaseStationEepromHelper",{6764:"
BaseStationEepromHelper
A helper class for reading and writing to a BaseStation\'s Eeprom.  This class provides eeprom specific parsing so that high-level objects can be converted to their low-level eeprom value equivelent and vice-versa.
",6766:"
BaseStationEepromHelper(
BaseStation_Impl *basestation
)
Creates a BaseStationEepromHelper object with a BaseStation.
",6767:"
void checkAnalogPairingSupported() const
Checks that analog pairing is supported and throws an exception if it isn\'t.
",6769:"
BaseStation_Impl* m_baseStation
The BaseStation_Impl used by this eeprom helper.
",6771:"
Version read_asppVersion(
WirelessTypes::CommProtocol commProtocol
) const
Gets the ASPP Version of the BaseStation.
",6772:"
WirelessTypes::CommProtocol read_commProtocol() const
Gets the WirelessTypes::CommProtocol of the BaseStation.
",6773:"
void write_commProtocol(
WirelessTypes::CommProtocol commProtocol
)
Changes the WirelessTypes::CommProtocol of the BaseStation.
",6774:"
Version read_fwVersion() const
Reads the firmware Version of the BaseStation.
",6775:"
WirelessModels::BaseModel read_model() const
Reads the WirelessModels::BaseModel of the BaseStation.
",6776:"
std::string read_serial() const
Reads the serial of the BaseStation.
",6777:"
WirelessTypes::MicroControllerType read_microcontroller() const
Reads the WirelessTypes::MicroControllerType of the BaseStation.
",6778:"
WirelessTypes::TransmitPower read_transmitPower() const
Reads the WirelessTypes::TransmitPower that is currently set on the BaseStation.
",6779:"
void write_transmitPower(
WirelessTypes::TransmitPower power
)
Writes the WirelessTypes::TransmitPower to the BaseStation.
",6780:"
BaseStationButton read_button(
uint8 buttonNumber,
BaseStationButton::UserAction action
) const
Reads the current settings for a particular button and action as a BaseStationButton.
",6781:"
void write_button(
uint8 buttonNumber,
BaseStationButton::UserAction action,
const BaseStationButton &btn
)
Writes the BaseStationButton to the BaseStation for a particular button and action.
",6782:"
bool read_analogPairingEnabled() const
Reads the setting for if analog pairing is enabled.
",6783:"
void write_analogPairingEnabled(
bool enable
)
Writes the analog pairing enable setting to the BaseStation.
",6784:"
uint16 read_analogTimeoutTime() const
Reads the analog timeout time in seconds.
",6785:"
void write_analogTimeoutTime(
uint16 seconds
)
Writes the analog timeout time to the BaseStation.
",6786:"
float read_analogTimeoutVoltage() const
Reads the analog timeout voltage.
",6787:"
void write_analogTimeoutVoltage(
float voltage
)
Writes the analog timeout voltage to the BaseStation.
",6788:"
bool read_analogExceedanceEnabled() const
Reads the setting for if analog exceedance is enabled.
",6789:"
void write_analogExceedanceEnabled(
bool enable
)
Writes the analog exceedance enable setting to the BaseStation.
",6790:"
BaseStationAnalogPair read_analogPair(
uint8 portNumber
) const
Reads the current settings for a particular analog pairing as a BaseStationAnalogPair.
",6791:"
void write_analogPair(
uint8 portNumber,
const BaseStationAnalogPair &pair
)
Writes the BaseStationAnalogPair to the BaseStation for a particular port number.
",6792:"
WirelessTypes::RegionCode read_regionCode() const
Reads the region code from the BaseStation.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStationEepromHelper-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/BaseStationEepromHelper-ToolTips.js deleted file mode 100644 index 226066448..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStationEepromHelper-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7891:"
The model numbers for each of the Wireless Base Stations
",8566:"
Represents the types of microcontrollers possible on the Wireless Devices.
",8635:"
Represents the transmit powers that can be used for Wireless Devices.
",8885:"
The possible region codes for the device.
",9155:"
Available Communication Protocol types.
",9507:"
BaseStation_Impl
Contains the implementation for a BaseStation object.
",9648:"
BaseStationButton
Represents a single button on a BaseStation
",9660:"
Represents the user action that can be performed to cause a BaseStationButton to perform its command.
",9673:"
BaseStationAnalogPair
Represents an Analog Pairing on a BaseStation.
",9710:"
BaseStation
Represents a MicroStrain Base Station object
",10409:"
Version
Class that represents, and provides helper functions for, a Version number
",10453:"
Error_NotSupported
A command/feature was attempted to be used that was not supported.
",10468:"
Error_Communication
The exception for failing to communicate with a device.
",10479:"
Error_Connection
The generic connection exception.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStationEepromHelper.html b/v66.0.1/MSCL_Docs/classes/C/BaseStationEepromHelper.html deleted file mode 100644 index 3d8c55cfa..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStationEepromHelper.html +++ /dev/null @@ -1,179 +0,0 @@ - - -BaseStationEepromHelper - - - - - - - -
-
BaseStationEepromHelper
-
BaseStationEepromHelper
-

A helper class for reading and writing to a BaseStation's Eeprom.  This class provides eeprom specific parsing so that high-level objects can be converted to their low-level eeprom value equivelent and vice-versa.

-
- -
-
Functions
-
- -
-
BaseStationEepromHelper
-
BaseStationEepromHelper(
BaseStation_Impl *basestation
)
-

Creates a BaseStationEepromHelper object with a BaseStation.

Parameters
basestation
BaseStation_Impl*

The BaseStation that will be read from and written to.

-
- -
-
checkAnalogPairingSupported
-
void checkAnalogPairingSupported() const
-

Checks that analog pairing is supported and throws an exception if it isn't.

Exceptions
-
- -
-
Variables
-
- -
-
m_baseStation
-
BaseStation_Impl* m_baseStation
-

The BaseStation_Impl used by this eeprom helper.

-
- -
-
Functions
-
- -
-
read_asppVersion
-
Version read_asppVersion(
WirelessTypes::CommProtocol commProtocol
) const
-

Gets the ASPP Version of the BaseStation.

Parameters
commProtocol
WirelessTypes::CommProtocol

The WirelessTypes::CommProtocol to get the ASPP version for.

Exceptions
-
- -
-
read_commProtocol
-
WirelessTypes::CommProtocol read_commProtocol() const
-

Gets the WirelessTypes::CommProtocol of the BaseStation.

Exceptions
-
- -
-
write_commProtocol
-
void write_commProtocol(
WirelessTypes::CommProtocol commProtocol
)
-

Changes the WirelessTypes::CommProtocol of the BaseStation.

Parameters
commProtocol
WirelessTypes::CommProtocol

The WirelessTypes::CommProtocol to write to the BaseStation.

Exceptions
-
- -
-
read_fwVersion
-
Version read_fwVersion() const
-

Reads the firmware Version of the BaseStation.

Exceptions
-
- -
-
read_model
-
WirelessModels::BaseModel read_model() const
-

Reads the WirelessModels::BaseModel of the BaseStation.

Exceptions
-
- -
-
read_serial
-
std::string read_serial() const
-

Reads the serial of the BaseStation.

Exceptions
-
- -
-
read_microcontroller
-
WirelessTypes::MicroControllerType read_microcontroller() const
-

Reads the WirelessTypes::MicroControllerType of the BaseStation.

Exceptions
-
- -
-
read_transmitPower
-
WirelessTypes::TransmitPower read_transmitPower() const
-

Reads the WirelessTypes::TransmitPower that is currently set on the BaseStation.

Returns

The WirelessTypes::TransmitPower that is currently set on the BaseStation.

Exceptions
-
- -
-
write_transmitPower
-
void write_transmitPower(
WirelessTypes::TransmitPower power
)
-

Writes the WirelessTypes::TransmitPower to the BaseStation.

Parameters
power
WirelessTypes::TransmitPower

The WirelessTypes::TransmitPower to write to the BaseStation.

Exceptions
-
- -
-
read_button
-
BaseStationButton read_button(
uint8 buttonNumber,
BaseStationButton::UserAction action
) const
-

Reads the current settings for a particular button and action as a BaseStationButton.

Prameters
buttonNumber

The button number (1 = button 1) to read for.

action

The BaseStationButton::UserAction to read for.

Returns

The current settings for the button, as a BaseStationButton

Exceptions
-
- -
-
write_button
-
void write_button(
uint8 buttonNumber,
BaseStationButton::UserAction action,
const BaseStationButton &btn
)
-

Writes the BaseStationButton to the BaseStation for a particular button and action.

Parameters
buttonNumber
uint8

The button number (1 = button 1) to write for.

action
BaseStationButton::UserAction

The BaseStationButton::UserAction to write for.

button

The BaseStationButton to write.

Exceptions
-
- -
-
read_analogPairingEnabled
-
bool read_analogPairingEnabled() const
-

Reads the setting for if analog pairing is enabled.

Returns

true if analog pairing is enabled, false otherwise.

Exceptions
-
- -
-
write_analogPairingEnabled
-
void write_analogPairingEnabled(
bool enable
)
-

Writes the analog pairing enable setting to the BaseStation.

Parameters
enable
bool

Whether to enable analog pairing or not.

Exceptions
-
- -
-
read_analogTimeoutTime
-
uint16 read_analogTimeoutTime() const
-

Reads the analog timeout time in seconds.

Returns

The time in seconds for analog timeout. If this is 0, timeout is disabled.

Exceptions
-
- -
-
write_analogTimeoutTime
-
void write_analogTimeoutTime(
uint16 seconds
)
-

Writes the analog timeout time to the BaseStation.

Parameters
seconds
uint16

The analog timeout time in seconds. If this is 0, timeout will be disabled.

Exceptions
-
- -
-
read_analogTimeoutVoltage
-
float read_analogTimeoutVoltage() const
-

Reads the analog timeout voltage.

Returns

The analog timeout voltage.

Exceptions
-
- -
-
write_analogTimeoutVoltage
-
void write_analogTimeoutVoltage(
float voltage
)
-

Writes the analog timeout voltage to the BaseStation.

Parameters
voltage
float

The analog timeout voltage to write.

Exceptions
-
- -
-
read_analogExceedanceEnabled
-
bool read_analogExceedanceEnabled() const
-

Reads the setting for if analog exceedance is enabled.

Returns

true if analog exceedance is enabled, false otherwise.

Exceptions
-
- -
-
write_analogExceedanceEnabled
-
void write_analogExceedanceEnabled(
bool enable
)
-

Writes the analog exceedance enable setting to the BaseStation.

Parameters
enable
bool

Whether to enable analog exceedance or not.

Exceptions
-
- -
-
read_analogPair
-
BaseStationAnalogPair read_analogPair(
uint8 portNumber
) const
-

Reads the current settings for a particular analog pairing as a BaseStationAnalogPair.

Prameters
portNumber

The port number (1 = port 1) to read for.

Returns

The current analog pairing settings for the port, as a BaseStationAnalogPair

Exceptions
-
- -
-
write_analogPair
-
void write_analogPair(
uint8 portNumber,
const BaseStationAnalogPair &pair
)
-

Writes the BaseStationAnalogPair to the BaseStation for a particular port number.

Parameters
portNumber
uint8

The port number (1 = port 1) to write for.

pair
const BaseStationAnalogPair&

The BaseStationButton to write.

Exceptions
-
- -
-
read_regionCode
-
WirelessTypes::RegionCode read_regionCode() const
-

Reads the region code from the BaseStation.

Returns

The WirelessTypes::RegionCode set on the BaseStation.

Exceptions
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStationEepromMap-Summary.js b/v66.0.1/MSCL_Docs/classes/C/BaseStationEepromMap-Summary.js deleted file mode 100644 index d20def212..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStationEepromMap-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:BaseStationEepromMap","BaseStationEepromMap");NDSummary.OnSummaryLoaded("CClass:BaseStationEepromMap",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[6758,0,0,"BaseStationEepromMap"],[6759,0,3,"Functions","Functions"],[6760,0,2,"canUseCache_read","canUseCache_read"],[6761,0,2,"canUseCache_write","canUseCache_write"],[6762,0,3,"Constants","Constants"],[6763,0,1,"Eeprom Locations","Eeprom_Locations"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStationEepromMap-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/BaseStationEepromMap-SummaryToolTips.js deleted file mode 100644 index e456d44e3..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStationEepromMap-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:BaseStationEepromMap",{6758:"
BaseStationEepromMap
Contains information on every EEPROM available on BaseStations
",6760:"
static bool canUseCache_read(
uint16 eepromLocation
)
Gets whether or not the specified eeprom location can use the eeprom cache for reading, or should always be read from the BaseStation.
",6761:"
static bool canUseCache_write(
uint16 eepromLocation
)
Gets whether or not the specified eeprom location can use the eeprom cache for writing, or should always be written to the BaseStation.
",6763:"
SERIAL_ID  -The serial ID for the base station. Combine with the model number for the full serial number BEACON_CONFIG  -Configuration of the beacon MODEL_NUMBER  -The model number of the base station MODEL_OPTION  -The model option of the base station FREQUENCY  -The radio frequency channel TX_POWER_LEVEL  -The transmit output power of the radio BEACON_SOURCE  -The source of the beacon FIRMWARE_VER  -The firmware version of the base station (part 1) FIRMWARE_VER2  -The firmware version of the base station (part 2) LEGACY_MODEL_NUMBER  -The (legacy) model number of the base station LEGACY_SERIAL_ID  -The (legacy) serial ID for the base station. Combine with the model number for the full serial number RADIO_ID  -The id of the radio on the base station MICROCONTROLLER  -The id of the microcontroller FW_ARCH_VER  -The firmware architecture version ASPP_VER_LXRS  -The ASPP version of the device for the LXRS Radio Configuration ASPP_VER_LXRS_PLUS  -The ASPP version of the device for the LXRS+ Radio Configuration ANALOG_1_NODE_ADDRESS  -The Node Address to Pair to Analog Port 1 ANALOG_1_NODE_CHANNEL  -The Node Channel to Pair to Analog Port 1 ANALOG_1_FLOAT_MAX  -The Maximum Float value (3V output) for Analog Port 1 ANALOG_1_FLOAT_MIN  -The Minimum Float value (0V output) for Analog Port 1 ANALOG_2_NODE_ADDRESS  -The Node Address to Pair to Analog Port 2 ANALOG_2_NODE_CHANNEL  -The Node Channel to Pair to Analog Port 2 ANALOG_2_FLOAT_MAX  -The Maximum Float value (3V output) for Analog Port 2 ANALOG_2_FLOAT_MIN  -The Minimum Float value (0V output) for Analog Port 2 ANALOG_3_NODE_ADDRESS  -The Node Address to Pair to Analog Port 3 ANALOG_3_NODE_CHANNEL  -The Node Channel to Pair to Analog Port 3 ANALOG_3_FLOAT_MAX  -The Maximum Float value (3V output) for Analog Port 3 ANALOG_3_FLOAT_MIN  -The Minimum Float value (0V output) for Analog Port 3 ANALOG_4_NODE_ADDRESS  -The Node Address to Pair to Analog Port 4 ANALOG_4_NODE_CHANNEL  -The Node Channel to Pair to Analog Port 4 ANALOG_4_FLOAT_MAX  -The Maximum Float value (3V output) for Analog Port 4 ANALOG_4_FLOAT_MIN  -The Minimum Float value (0V output) for Analog Port 4 ANALOG_5_NODE_ADDRESS  -The Node Address to Pair to Analog Port 5 ANALOG_5_NODE_CHANNEL  -The Node Channel to Pair to Analog Port 5 ANALOG_5_FLOAT_MAX  -The Maximum Float value (3V output) for Analog Port 5 ANALOG_5_FLOAT_MIN  -The Minimum Float value (0V output) for Analog Port 5 ANALOG_6_NODE_ADDRESS  -The Node Address to Pair to Analog Port 6 ANALOG_6_NODE_CHANNEL  -The Node Channel to Pair to Analog Port 6 ANALOG_6_FLOAT_MAX  -The Maximum Float value (3V output) for Analog Port 6 ANALOG_6_FLOAT_MIN  -The Minimum Float value (0V output) for Analog Port 6 ANALOG_7_NODE_ADDRESS  -The Node Address to Pair to Analog Port 7 ANALOG_7_NODE_CHANNEL  -The Node Channel to Pair to Analog Port 7 ANALOG_7_FLOAT_MAX  -The Maximum Float value (3V output) for Analog Port 7 ANALOG_7_FLOAT_MIN  -The Minimum Float value (0V output) for Analog Port 7 ANALOG_8_NODE_ADDRESS  -The Node Address to Pair to Analog Port 8 ANALOG_8_NODE_CHANNEL  -The Node Channel to Pair to Analog Port 8 ANALOG_8_FLOAT_MAX  -The Maximum Float value (3V output) for Analog Port 8 ANALOG_8_FLOAT_MIN  -The Minimum Float value (0V output) for Analog Port 8 ANALOG_PAIRING_ENABLE  -Enable/Disable analog pairing on an analog base station ANALOG_TIMEOUT_TIME  -The time (seconds) for the analog timeout on an analog base station ANALOG_TIMEOUT_VOLTAGE  -The voltage to time out for on an analog base station BUTTON1_LONG_FUNC  -The function for a long press of Button 1 on a base station with buttons BUTTON1_LONG_NODE  -The Wireless Node associated with a long press of Button 1 on a base station with buttons BUTTON1_SHORT_FUNC  -The function for a short press of Button 1 on a base station with buttons BUTTON1_SHORT_NODE  -The Wireless Node associated with a short press of Button 1 on a base station with buttons BUTTON2_LONG_FUNC  -The function for a long press of Button 2 on a base station with buttons BUTTON2_LONG_NODE  -The Wireless Node associated with a long press of Button 2 on a base station with buttons BUTTON2_SHORT_FUNC  -The function for a short press of Button 2 on a base station with buttons BUTTON2_SHORT_NODE  -The Wireless Node associated with a short press of Button 2 on a base station with buttons LED_ACTION  -Controls the action of the LED on the base station BAUD_RATE  -The baud rate of the serial connection with the base station CYCLE_POWER  -Used to soft reset the base station REGION_CODE  -The region code for the device ANALOG_EXCEED_MAX  -The maximum value for the Analog Exceedance setting ANALOG_EXCEED_MIN  -The minimum value for the Analog Exceedance setting ANALOG_EXCEED_ENABLE  -Enable/Disable analog exceedance MIN_SOFT_VER_MAJOR  -The minimum software version for support of this device (major) MIN_SOFT_VER_MINOR  -The minimum software version for support of this device (minor) COMM_PROTOCOL  -The communication protocol of the device.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStationEepromMap-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/BaseStationEepromMap-ToolTips.js deleted file mode 100644 index 59992a148..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStationEepromMap-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStationEepromMap.html b/v66.0.1/MSCL_Docs/classes/C/BaseStationEepromMap.html deleted file mode 100644 index 5d3e0d553..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStationEepromMap.html +++ /dev/null @@ -1,42 +0,0 @@ - - -BaseStationEepromMap - - - - - - - -
-
BaseStationEepromMap
-
BaseStationEepromMap
-

Contains information on every EEPROM available on BaseStations

-
- -
-
Functions
-
- -
-
canUseCache_read
-
static bool canUseCache_read(
uint16 eepromLocation
)
-

Gets whether or not the specified eeprom location can use the eeprom cache for reading, or should always be read from the BaseStation.

Parameters
eepromLocation
uint16

The eepromLocation that is in question

Returns

true if the location can use the cache for reading, false if the location should be read from the BaseStation.

-
- -
-
canUseCache_write
-
static bool canUseCache_write(
uint16 eepromLocation
)
-

Gets whether or not the specified eeprom location can use the eeprom cache for writing, or should always be written to the BaseStation.

Parameters
eepromLocation
uint16

The eepromLocation that is in question

Returns

true if the location can use the cache for writing, false if the location should always be written to the BaseStation.

-
- -
-
Constants
-
- -
-
Eeprom Locations
-

SERIAL_ID  -The serial ID for the base station. Combine with the model number for the full serial number BEACON_CONFIG  -Configuration of the beacon MODEL_NUMBER  -The model number of the base station MODEL_OPTION  -The model option of the base station FREQUENCY  -The radio frequency channel TX_POWER_LEVEL  -The transmit output power of the radio BEACON_SOURCE  -The source of the beacon FIRMWARE_VER  -The firmware version of the base station (part 1) FIRMWARE_VER2  -The firmware version of the base station (part 2) LEGACY_MODEL_NUMBER  -The (legacy) model number of the base station LEGACY_SERIAL_ID  -The (legacy) serial ID for the base station. Combine with the model number for the full serial number RADIO_ID  -The id of the radio on the base station MICROCONTROLLER  -The id of the microcontroller FW_ARCH_VER  -The firmware architecture version ASPP_VER_LXRS  -The ASPP version of the device for the LXRS Radio Configuration ASPP_VER_LXRS_PLUS  -The ASPP version of the device for the LXRS+ Radio Configuration ANALOG_1_NODE_ADDRESS  -The Node Address to Pair to Analog Port 1 ANALOG_1_NODE_CHANNEL  -The Node Channel to Pair to Analog Port 1 ANALOG_1_FLOAT_MAX  -The Maximum Float value (3V output) for Analog Port 1 ANALOG_1_FLOAT_MIN  -The Minimum Float value (0V output) for Analog Port 1 ANALOG_2_NODE_ADDRESS  -The Node Address to Pair to Analog Port 2 ANALOG_2_NODE_CHANNEL  -The Node Channel to Pair to Analog Port 2 ANALOG_2_FLOAT_MAX  -The Maximum Float value (3V output) for Analog Port 2 ANALOG_2_FLOAT_MIN  -The Minimum Float value (0V output) for Analog Port 2 ANALOG_3_NODE_ADDRESS  -The Node Address to Pair to Analog Port 3 ANALOG_3_NODE_CHANNEL  -The Node Channel to Pair to Analog Port 3 ANALOG_3_FLOAT_MAX  -The Maximum Float value (3V output) for Analog Port 3 ANALOG_3_FLOAT_MIN  -The Minimum Float value (0V output) for Analog Port 3 ANALOG_4_NODE_ADDRESS  -The Node Address to Pair to Analog Port 4 ANALOG_4_NODE_CHANNEL  -The Node Channel to Pair to Analog Port 4 ANALOG_4_FLOAT_MAX  -The Maximum Float value (3V output) for Analog Port 4 ANALOG_4_FLOAT_MIN  -The Minimum Float value (0V output) for Analog Port 4 ANALOG_5_NODE_ADDRESS  -The Node Address to Pair to Analog Port 5 ANALOG_5_NODE_CHANNEL  -The Node Channel to Pair to Analog Port 5 ANALOG_5_FLOAT_MAX  -The Maximum Float value (3V output) for Analog Port 5 ANALOG_5_FLOAT_MIN  -The Minimum Float value (0V output) for Analog Port 5 ANALOG_6_NODE_ADDRESS  -The Node Address to Pair to Analog Port 6 ANALOG_6_NODE_CHANNEL  -The Node Channel to Pair to Analog Port 6 ANALOG_6_FLOAT_MAX  -The Maximum Float value (3V output) for Analog Port 6 ANALOG_6_FLOAT_MIN  -The Minimum Float value (0V output) for Analog Port 6 ANALOG_7_NODE_ADDRESS  -The Node Address to Pair to Analog Port 7 ANALOG_7_NODE_CHANNEL  -The Node Channel to Pair to Analog Port 7 ANALOG_7_FLOAT_MAX  -The Maximum Float value (3V output) for Analog Port 7 ANALOG_7_FLOAT_MIN  -The Minimum Float value (0V output) for Analog Port 7 ANALOG_8_NODE_ADDRESS  -The Node Address to Pair to Analog Port 8 ANALOG_8_NODE_CHANNEL  -The Node Channel to Pair to Analog Port 8 ANALOG_8_FLOAT_MAX  -The Maximum Float value (3V output) for Analog Port 8 ANALOG_8_FLOAT_MIN  -The Minimum Float value (0V output) for Analog Port 8 ANALOG_PAIRING_ENABLE  -Enable/Disable analog pairing on an analog base station ANALOG_TIMEOUT_TIME  -The time (seconds) for the analog timeout on an analog base station ANALOG_TIMEOUT_VOLTAGE  -The voltage to time out for on an analog base station BUTTON1_LONG_FUNC  -The function for a long press of Button 1 on a base station with buttons BUTTON1_LONG_NODE  -The Wireless Node associated with a long press of Button 1 on a base station with buttons BUTTON1_SHORT_FUNC  -The function for a short press of Button 1 on a base station with buttons BUTTON1_SHORT_NODE  -The Wireless Node associated with a short press of Button 1 on a base station with buttons BUTTON2_LONG_FUNC  -The function for a long press of Button 2 on a base station with buttons BUTTON2_LONG_NODE  -The Wireless Node associated with a long press of Button 2 on a base station with buttons BUTTON2_SHORT_FUNC  -The function for a short press of Button 2 on a base station with buttons BUTTON2_SHORT_NODE  -The Wireless Node associated with a short press of Button 2 on a base station with buttons LED_ACTION  -Controls the action of the LED on the base station BAUD_RATE  -The baud rate of the serial connection with the base station CYCLE_POWER  -Used to soft reset the base station REGION_CODE  -The region code for the device ANALOG_EXCEED_MAX  -The maximum value for the Analog Exceedance setting ANALOG_EXCEED_MIN  -The minimum value for the Analog Exceedance setting ANALOG_EXCEED_ENABLE  -Enable/Disable analog exceedance MIN_SOFT_VER_MAJOR  -The minimum software version for support of this device (major) MIN_SOFT_VER_MINOR  -The minimum software version for support of this device (minor) COMM_PROTOCOL  -The communication protocol of the device.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStationFeatures-Summary.js b/v66.0.1/MSCL_Docs/classes/C/BaseStationFeatures-Summary.js deleted file mode 100644 index 275390371..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStationFeatures-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:BaseStationFeatures","BaseStationFeatures");NDSummary.OnSummaryLoaded("CClass:BaseStationFeatures",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[7078,0,0,"BaseStationFeatures"],[7079,0,2,"Variables","Variables"],[7080,0,3,"m_baseInfo","m_baseInfo"],[7081,0,2,"Functions","Functions"],[7082,0,1,"BaseStationFeatures","BaseStationFeatures"],[7083,0,1,"create","create"],[7084,0,1,"supportsTransmitPower","supportsTransmitPower"],[7085,0,1,"supportsCommunicationProtocol","supportsCommunicationProtocol"],[7086,0,1,"supportsButtons","supportsButtons"],[7087,0,1,"supportsAnalogPairing","supportsAnalogPairing"],[7088,0,1,"supportsBeaconStatus","supportsBeaconStatus"],[7089,0,1,"supportsRfSweepMode","supportsRfSweepMode"],[7090,0,1,"supportsCustomRfSweepMode","supportsCustomRfSweepMode"],[7091,0,1,"buttonCount","buttonCount"],[7092,0,1,"analogPortCount","analogPortCount"],[7093,0,1,"transmitPowers","transmitPowers"],[7094,0,1,"transmitPowers","transmitPowers(2)"],[7095,0,1,"commProtocols","commProtocols"],[7096,0,1,"maxTransmitPower","maxTransmitPower"],[7097,0,1,"minTransmitPower","minTransmitPower"],[7098,0,1,"supportsNewTransmitPowers","supportsNewTransmitPowers"],[7099,0,1,"supportsEepromCommitViaRadioReset","supportsEepromCommitViaRadioReset"],[7100,0,1,"supportsEeprom1024AndAbove","supportsEeprom1024AndAbove"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStationFeatures-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/BaseStationFeatures-SummaryToolTips.js deleted file mode 100644 index b87396d1b..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStationFeatures-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:BaseStationFeatures",{7078:"
BaseStationFeatures
Contains information on which features are supported by a BaseStation.
",7080:"
BaseStationInfo m_baseInfo
The BaseStationInfo object containing basic information retrieved from eeprom about the BaseStation.
",7082:"
BaseStationFeatures(
const BaseStationInfo &info
)
Creates a BaseStationFeatures object.
",7083:"
static std::unique_ptr<BaseStationFeatures> create(
const BaseStationInfo &info
)
Builds and returns a BaseStationFeatures pointer based on the given parameters.
",7084:"
virtual bool supportsTransmitPower(
WirelessTypes::TransmitPower power,
WirelessTypes::CommProtocol commProtocol
) const
Checks if a WirelessTypes::TransmitPower is supported by this BaseStation.
",7085:"
virtual bool supportsCommunicationProtocol(
WirelessTypes::CommProtocol protocol
) const
Checks if a WirelessTypes::CommProtocol is supported by this BaseStation.
",7086:"
virtual bool supportsButtons() const
Checks if the BaseStation supports Button configuration.
",7087:"
virtual bool supportsAnalogPairing() const
Checks if the BaseStation supports Analog Pairing configuration.
",7088:"
virtual bool supportsBeaconStatus() const
Checks if the BaseStation supports the beaconStatus command.
",7089:"
virtual bool supportsRfSweepMode() const
Checks if the BaseStation supports RF Sweep Mode.  Note: This checks if the standard RF sweep mode across the BaseStation\'s supported operating frequencies is supported.  Use supportsCustomRfSweepMode to check if customizing the frequencies to be scanned is supported.
",7090:"
virtual bool supportsCustomRfSweepMode() const
Checks if the BaseStation supports the Custom RF Sweep Mode (providing custom frequency ranges).
",7091:"
virtual uint8 buttonCount() const
Gets the total number of buttons that are supported.
",7092:"
virtual uint8 analogPortCount() const
Gets the total number of analog ports that are supported.
",7093:"
virtual const WirelessTypes::TransmitPowers transmitPowers(
WirelessTypes::CommProtocol commProtocol
) const
Gets a list of the WirelessTypes::TransmitPowers that are supported by this BaseStation, for the specified WirelessTypes::CommProtocol.  Note: This list is dependent on the WirelessTypes::RegionCode of the device. If this changes, this function should be called again.
",7094:"
virtual const WirelessTypes::TransmitPowers transmitPowers(
WirelessTypes::RegionCode region,
WirelessTypes::CommProtocol commProtocol
) const
Gets a list of the WirelessTypes::TransmitPowers that are supported by this BaseStation, for the given WirelessTypes::RegionCode and WirelessTypes::CommProtocol.
",7095:"
virtual const WirelessTypes::CommProtocols commProtocols() const
Gets a list of WirelessTypes::CommProtocols that are supported by this BaseStation.
",7096:"
virtual WirelessTypes::TransmitPower maxTransmitPower(
WirelessTypes::RegionCode region,
WirelessTypes::CommProtocol commProtocol
) const
Gets the maximum WirelessTypes::TransmitPower that is supported for the given parameters.
",7097:"
virtual WirelessTypes::TransmitPower minTransmitPower(
WirelessTypes::RegionCode region,
WirelessTypes::CommProtocol commProtocol
) const
Gets the minimum WirelessTypes::TransmitPower that is supported for the given parameters.
",7098:"
virtual bool supportsNewTransmitPowers() const
Checks if the BaseStation supports the new transmit powers (true), or the old ones (false).
",7099:"
virtual bool supportsEepromCommitViaRadioReset() const
Checks if eeprom changes can be committed by only cycling the radio, instead of cycling power.
",7100:"
virtual bool supportsEeprom1024AndAbove() const
Checks if the Node supports reading eeprom location 1024 and above.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStationFeatures-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/BaseStationFeatures-ToolTips.js deleted file mode 100644 index e50f859bd..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStationFeatures-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7078:"
BaseStationFeatures
Contains information on which features are supported by a BaseStation.
",7090:"
virtual bool supportsCustomRfSweepMode() const
Checks if the BaseStation supports the Custom RF Sweep Mode (providing custom frequency ranges).
",8635:"
Represents the transmit powers that can be used for Wireless Devices.
",8885:"
The possible region codes for the device.
",9155:"
Available Communication Protocol types.
",9496:"
Holds information about a BaseStation.
",9710:"
BaseStation
Represents a MicroStrain Base Station object
",10453:"
Error_NotSupported
A command/feature was attempted to be used that was not supported.
",7035:"
BaseStationFeatures_wsda2000
Contains information on features for the WSDA-2000.
",7038:"
BaseStationFeatures_wsda
Contains information on features for the WSDA.
",7059:"
BaseStationFeatures_usb200
Contains information on features for the WSDA-200 USB BaseStation.
",7062:"
BaseStationFeatures_usb
Contains information on features for the usb BaseStation.
",7065:"
BaseStationFeatures_rs232
Contains information on features for the rs232 BaseStation.
",7068:"
BaseStationFeatures_analog
Contains information on features for the analog BaseStation.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStationFeatures.html b/v66.0.1/MSCL_Docs/classes/C/BaseStationFeatures.html deleted file mode 100644 index f8fbe46b9..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStationFeatures.html +++ /dev/null @@ -1,145 +0,0 @@ - - -BaseStationFeatures - - - - - - - -
-
BaseStationFeatures
- -

Contains information on which features are supported by a BaseStation.

-
- -
-
Variables
-
- -
-
m_baseInfo
-
BaseStationInfo m_baseInfo
-

The BaseStationInfo object containing basic information retrieved from eeprom about the BaseStation.

-
- -
-
Functions
-
- -
-
BaseStationFeatures
-
BaseStationFeatures(
const BaseStationInfo &info
)
-

Creates a BaseStationFeatures object.

Parameters
info
const BaseStationInfo&

A BaseStationInfo object representing standard information of the BaseStation.

-
- -
-
create
-
static std::unique_ptr<BaseStationFeatures> create(
const BaseStationInfo &info
)
-

Builds and returns a BaseStationFeatures pointer based on the given parameters.

Parameters
info
const BaseStationInfo&

A BaseStationInfo object representing standard information of the BaseStation.

Returns

A BaseStationFeatures unique_ptr.

Exceptions
-
- -
-
supportsTransmitPower
-
virtual bool supportsTransmitPower(
WirelessTypes::TransmitPower power,
WirelessTypes::CommProtocol commProtocol
) const
-

Checks if a WirelessTypes::TransmitPower is supported by this BaseStation.

Parameters
power
WirelessTypes::TransmitPower

The WirelessTypes::TransmitPower to check if supported.

commProtocol
WirelessTypes::CommProtocol

The WirelessTypes::CommProtocol to check if the transmit power is supported in.

Returns

true if the transmit power is supported, false otherwise.

-
- -
-
supportsCommunicationProtocol
-
virtual bool supportsCommunicationProtocol(
WirelessTypes::CommProtocol protocol
) const
-

Checks if a WirelessTypes::CommProtocol is supported by this BaseStation.

Parameters
protocol
WirelessTypes::CommProtocol

The WirelessTypes::CommProtocol to check if supported.

Returns

true if the protocol is supported, false otherwise.

-
- -
-
supportsButtons
-
virtual bool supportsButtons() const
-

Checks if the BaseStation supports Button configuration.

Returns

true if the BaseStation supports Button configuration, false otherwise.

-
- -
-
supportsAnalogPairing
-
virtual bool supportsAnalogPairing() const
-

Checks if the BaseStation supports Analog Pairing configuration.

Returns

true if the BaseStation supports Analog Pairing, false otherwise.

-
- -
-
supportsBeaconStatus
-
virtual bool supportsBeaconStatus() const
-

Checks if the BaseStation supports the beaconStatus command.

Returns

true if the BaseStation supports the beacon status command, false otherwise.

-
- -
-
supportsRfSweepMode
-
virtual bool supportsRfSweepMode() const
-

Checks if the BaseStation supports RF Sweep Mode.  Note: This checks if the standard RF sweep mode across the BaseStation's supported operating frequencies is supported.  Use supportsCustomRfSweepMode to check if customizing the frequencies to be scanned is supported.

Returns

true if the BaseStation supports RF Sweep Mode, false otherwise.

-
- -
-
supportsCustomRfSweepMode
-
virtual bool supportsCustomRfSweepMode() const
-

Checks if the BaseStation supports the Custom RF Sweep Mode (providing custom frequency ranges).

Returns

true if the BaseStation supports Custom RF Sweep Mode, false otherwise.

-
- -
-
buttonCount
-
virtual uint8 buttonCount() const
-

Gets the total number of buttons that are supported.

Returns

The total number of buttons that are supported.

-
- -
-
analogPortCount
-
virtual uint8 analogPortCount() const
-

Gets the total number of analog ports that are supported.

Returns

The total number of analog ports that are supported.

-
- -
-
transmitPowers
-
virtual const WirelessTypes::TransmitPowers transmitPowers(
WirelessTypes::CommProtocol commProtocol
) const
-

Gets a list of the WirelessTypes::TransmitPowers that are supported by this BaseStation, for the specified WirelessTypes::CommProtocol.  Note: This list is dependent on the WirelessTypes::RegionCode of the device. If this changes, this function should be called again.

Parameters
commProtocol
WirelessTypes::CommProtocol

The WirelessTypes::CommProtocol to get the transmit powers for.

Returns

A vector of WirelessTypes::TransmitPowers that are supported by this BaseStation.

-
- -
-
transmitPowers
-
virtual const WirelessTypes::TransmitPowers transmitPowers(
WirelessTypes::RegionCode region,
WirelessTypes::CommProtocol commProtocol
) const
-

Gets a list of the WirelessTypes::TransmitPowers that are supported by this BaseStation, for the given WirelessTypes::RegionCode and WirelessTypes::CommProtocol.

Parameters
region
WirelessTypes::RegionCode

The WirelessTypes::RegionCode to get the transmit powers for.

commProtocol
WirelessTypes::CommProtocol

The WirelessTypes::CommProtocol to get the transmit powers for.

Returns

A vector of WirelessTypes::TransmitPowers that are supported by this BaseStation.

-
- -
-
commProtocols
-
virtual const WirelessTypes::CommProtocols commProtocols() const
-

Gets a list of WirelessTypes::CommProtocols that are supported by this BaseStation.

Returns

A vector of WirelessTypes::CommProtocols that are supported by this BaseStation.

-
- -
-
maxTransmitPower
-
virtual WirelessTypes::TransmitPower maxTransmitPower(
WirelessTypes::RegionCode region,
WirelessTypes::CommProtocol commProtocol
) const
-

Gets the maximum WirelessTypes::TransmitPower that is supported for the given parameters.

Parameters
region
WirelessTypes::RegionCode

The WirelessTypes::RegionCode of the device.

commProtocol
WirelessTypes::CommProtocol

The WirelessTypes::CommProtocol of the device.

Returns

The max WirelessTypes::TransmitPower that is suppported for the given parameters.

-
- -
-
minTransmitPower
-
virtual WirelessTypes::TransmitPower minTransmitPower(
WirelessTypes::RegionCode region,
WirelessTypes::CommProtocol commProtocol
) const
-

Gets the minimum WirelessTypes::TransmitPower that is supported for the given parameters.

Parameters
region
WirelessTypes::RegionCode

The WirelessTypes::RegionCode of the device.

commProtocol
WirelessTypes::CommProtocol

The WirelessTypes::CommProtocol of the device.

Returns

The min WirelessTypes::TransmitPower that is suppported for the given parameters.

-
- -
-
supportsNewTransmitPowers
-
virtual bool supportsNewTransmitPowers() const
-

Checks if the BaseStation supports the new transmit powers (true), or the old ones (false).

-
- -
-
supportsEepromCommitViaRadioReset
-
virtual bool supportsEepromCommitViaRadioReset() const
-

Checks if eeprom changes can be committed by only cycling the radio, instead of cycling power.

-
- -
-
supportsEeprom1024AndAbove
-
virtual bool supportsEeprom1024AndAbove() const
-

Checks if the Node supports reading eeprom location 1024 and above.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStationFeatures_analog-Summary.js b/v66.0.1/MSCL_Docs/classes/C/BaseStationFeatures_analog-Summary.js deleted file mode 100644 index e8a9af8b1..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStationFeatures_analog-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:BaseStationFeatures_analog","BaseStationFeatures_analog");NDSummary.OnSummaryLoaded("CClass:BaseStationFeatures_analog",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[7068,0,0,"BaseStationFeatures_analog"],[7069,0,2,"Functions","Functions"],[7070,0,1,"BaseStationFeatures_analog","BaseStationFeatures_analog"],[7071,0,1,"buttonCount","buttonCount"],[7072,0,1,"analogPortCount","analogPortCount"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStationFeatures_analog-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/BaseStationFeatures_analog-SummaryToolTips.js deleted file mode 100644 index 7a451110c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStationFeatures_analog-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:BaseStationFeatures_analog",{7068:"
BaseStationFeatures_analog
Contains information on features for the analog BaseStation.
",7070:"
BaseStationFeatures_analog(
const BaseStationInfo &info
)
Creates a BaseStationFeatures_analog object.
",7071:"
virtual uint8 buttonCount() const override
Gets the total number of buttons that are supported.
",7072:"
virtual uint8 analogPortCount() const override
Gets the total number of analog ports that are supported.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStationFeatures_analog-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/BaseStationFeatures_analog-ToolTips.js deleted file mode 100644 index adee080b5..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStationFeatures_analog-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7078:"
BaseStationFeatures
Contains information on which features are supported by a BaseStation.
",9496:"
Holds information about a BaseStation.
",9710:"
BaseStation
Represents a MicroStrain Base Station object
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStationFeatures_analog.html b/v66.0.1/MSCL_Docs/classes/C/BaseStationFeatures_analog.html deleted file mode 100644 index 213c3da4d..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStationFeatures_analog.html +++ /dev/null @@ -1,39 +0,0 @@ - - -BaseStationFeatures_analog - - - - - - - -
-
BaseStationFeatures_analog
-
public
BaseStationFeatures
BaseStationFeatures_analog
-

Contains information on features for the analog BaseStation.

-
- -
-
Functions
-
- -
-
BaseStationFeatures_analog
-
BaseStationFeatures_analog(
const BaseStationInfo &info
)
-

Creates a BaseStationFeatures_analog object.

Parameters
info
const BaseStationInfo&

A BaseStationInfo object representing standard information of the BaseStation.

-
- -
-
buttonCount
-
virtual uint8 buttonCount() const override
-

Gets the total number of buttons that are supported.

Returns

The total number of buttons that are supported.

-
- -
-
analogPortCount
-
virtual uint8 analogPortCount() const override
-

Gets the total number of analog ports that are supported.

Returns

The total number of analog ports that are supported.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStationFeatures_rs232-Summary.js b/v66.0.1/MSCL_Docs/classes/C/BaseStationFeatures_rs232-Summary.js deleted file mode 100644 index 1b561b719..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStationFeatures_rs232-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:BaseStationFeatures_rs232","BaseStationFeatures_rs232");NDSummary.OnSummaryLoaded("CClass:BaseStationFeatures_rs232",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[7065,0,0,"BaseStationFeatures_rs232"],[7066,0,2,"Functions","Functions"],[7067,0,1,"BaseStationFeatures_rs232","BaseStationFeatures_rs232"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStationFeatures_rs232-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/BaseStationFeatures_rs232-SummaryToolTips.js deleted file mode 100644 index e0333bdeb..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStationFeatures_rs232-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:BaseStationFeatures_rs232",{7065:"
BaseStationFeatures_rs232
Contains information on features for the rs232 BaseStation.
",7067:"
BaseStationFeatures_rs232(
const BaseStationInfo &info
)
Creates a BaseStationFeatures_rs232 object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStationFeatures_rs232-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/BaseStationFeatures_rs232-ToolTips.js deleted file mode 100644 index adee080b5..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStationFeatures_rs232-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7078:"
BaseStationFeatures
Contains information on which features are supported by a BaseStation.
",9496:"
Holds information about a BaseStation.
",9710:"
BaseStation
Represents a MicroStrain Base Station object
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStationFeatures_rs232.html b/v66.0.1/MSCL_Docs/classes/C/BaseStationFeatures_rs232.html deleted file mode 100644 index 7edbf04d9..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStationFeatures_rs232.html +++ /dev/null @@ -1,27 +0,0 @@ - - -BaseStationFeatures_rs232 - - - - - - - -
-
BaseStationFeatures_rs232
-
public
BaseStationFeatures
BaseStationFeatures_rs232
-

Contains information on features for the rs232 BaseStation.

-
- -
-
Functions
-
- -
-
BaseStationFeatures_rs232
-
BaseStationFeatures_rs232(
const BaseStationInfo &info
)
-

Creates a BaseStationFeatures_rs232 object.

Parameters
info
const BaseStationInfo&

A BaseStationInfo object representing standard information of the BaseStation.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStationFeatures_usb-Summary.js b/v66.0.1/MSCL_Docs/classes/C/BaseStationFeatures_usb-Summary.js deleted file mode 100644 index 7da5e6980..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStationFeatures_usb-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:BaseStationFeatures_usb","BaseStationFeatures_usb");NDSummary.OnSummaryLoaded("CClass:BaseStationFeatures_usb",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[7062,0,0,"BaseStationFeatures_usb"],[7063,0,2,"Functions","Functions"],[7064,0,1,"BaseStationFeatures_usb","BaseStationFeatures_usb"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStationFeatures_usb-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/BaseStationFeatures_usb-SummaryToolTips.js deleted file mode 100644 index 6541825dd..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStationFeatures_usb-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:BaseStationFeatures_usb",{7062:"
BaseStationFeatures_usb
Contains information on features for the usb BaseStation.
",7064:"
BaseStationFeatures_usb(
const BaseStationInfo &info
)
Creates a BaseStationFeatures_usb object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStationFeatures_usb-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/BaseStationFeatures_usb-ToolTips.js deleted file mode 100644 index adee080b5..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStationFeatures_usb-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7078:"
BaseStationFeatures
Contains information on which features are supported by a BaseStation.
",9496:"
Holds information about a BaseStation.
",9710:"
BaseStation
Represents a MicroStrain Base Station object
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStationFeatures_usb.html b/v66.0.1/MSCL_Docs/classes/C/BaseStationFeatures_usb.html deleted file mode 100644 index 7832d48da..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStationFeatures_usb.html +++ /dev/null @@ -1,27 +0,0 @@ - - -BaseStationFeatures_usb - - - - - - - -
-
BaseStationFeatures_usb
-
public
BaseStationFeatures
BaseStationFeatures_usb
-

Contains information on features for the usb BaseStation.

-
- -
-
Functions
-
- -
-
BaseStationFeatures_usb
-
BaseStationFeatures_usb(
const BaseStationInfo &info
)
-

Creates a BaseStationFeatures_usb object.

Parameters
info
const BaseStationInfo&

A BaseStationInfo object representing standard information of the BaseStation.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStationFeatures_usb200-Summary.js b/v66.0.1/MSCL_Docs/classes/C/BaseStationFeatures_usb200-Summary.js deleted file mode 100644 index c298659db..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStationFeatures_usb200-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:BaseStationFeatures_usb200","BaseStationFeatures_usb200");NDSummary.OnSummaryLoaded("CClass:BaseStationFeatures_usb200",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[7059,0,0,"BaseStationFeatures_usb200"],[7060,0,2,"Functions","Functions"],[7061,0,1,"BaseStationFeatures_usb200","BaseStationFeatures_usb200"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStationFeatures_usb200-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/BaseStationFeatures_usb200-SummaryToolTips.js deleted file mode 100644 index 2485382c4..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStationFeatures_usb200-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:BaseStationFeatures_usb200",{7059:"
BaseStationFeatures_usb200
Contains information on features for the WSDA-200 USB BaseStation.
",7061:"
BaseStationFeatures_usb200(
const BaseStationInfo &info
)
Creates a BaseStationFeatures_usb200 object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStationFeatures_usb200-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/BaseStationFeatures_usb200-ToolTips.js deleted file mode 100644 index adee080b5..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStationFeatures_usb200-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7078:"
BaseStationFeatures
Contains information on which features are supported by a BaseStation.
",9496:"
Holds information about a BaseStation.
",9710:"
BaseStation
Represents a MicroStrain Base Station object
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStationFeatures_usb200.html b/v66.0.1/MSCL_Docs/classes/C/BaseStationFeatures_usb200.html deleted file mode 100644 index 75f3cb598..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStationFeatures_usb200.html +++ /dev/null @@ -1,27 +0,0 @@ - - -BaseStationFeatures_usb200 - - - - - - - -
-
BaseStationFeatures_usb200
-
public
BaseStationFeatures
BaseStationFeatures_usb200
-

Contains information on features for the WSDA-200 USB BaseStation.

-
- -
-
Functions
-
- -
-
BaseStationFeatures_usb200
-
BaseStationFeatures_usb200(
const BaseStationInfo &info
)
-

Creates a BaseStationFeatures_usb200 object.

Parameters
info
const BaseStationInfo&

A BaseStationInfo object representing standard information of the BaseStation.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStationFeatures_wsda-Summary.js b/v66.0.1/MSCL_Docs/classes/C/BaseStationFeatures_wsda-Summary.js deleted file mode 100644 index 38673624a..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStationFeatures_wsda-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:BaseStationFeatures_wsda","BaseStationFeatures_wsda");NDSummary.OnSummaryLoaded("CClass:BaseStationFeatures_wsda",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[7038,0,0,"BaseStationFeatures_wsda"],[7039,0,2,"Functions","Functions"],[7040,0,1,"BaseStationFeatures_wsda","BaseStationFeatures_wsda"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStationFeatures_wsda-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/BaseStationFeatures_wsda-SummaryToolTips.js deleted file mode 100644 index 51a07f132..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStationFeatures_wsda-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:BaseStationFeatures_wsda",{7038:"
BaseStationFeatures_wsda
Contains information on features for the WSDA.
",7040:"
BaseStationFeatures_wsda(
const BaseStationInfo &info
)
Creates a BaseStationFeatures_wsda object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStationFeatures_wsda-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/BaseStationFeatures_wsda-ToolTips.js deleted file mode 100644 index adee080b5..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStationFeatures_wsda-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7078:"
BaseStationFeatures
Contains information on which features are supported by a BaseStation.
",9496:"
Holds information about a BaseStation.
",9710:"
BaseStation
Represents a MicroStrain Base Station object
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStationFeatures_wsda.html b/v66.0.1/MSCL_Docs/classes/C/BaseStationFeatures_wsda.html deleted file mode 100644 index fa07138d9..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStationFeatures_wsda.html +++ /dev/null @@ -1,27 +0,0 @@ - - -BaseStationFeatures_wsda - - - - - - - -
-
BaseStationFeatures_wsda
-
public
BaseStationFeatures
BaseStationFeatures_wsda
-

Contains information on features for the WSDA.

-
- -
-
Functions
-
- -
-
BaseStationFeatures_wsda
-
BaseStationFeatures_wsda(
const BaseStationInfo &info
)
-

Creates a BaseStationFeatures_wsda object.

Parameters
info
const BaseStationInfo&

A BaseStationInfo object representing standard information of the BaseStation.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStationFeatures_wsda2000-Summary.js b/v66.0.1/MSCL_Docs/classes/C/BaseStationFeatures_wsda2000-Summary.js deleted file mode 100644 index d7f9ec44b..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStationFeatures_wsda2000-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:BaseStationFeatures_wsda2000","BaseStationFeatures_wsda2000");NDSummary.OnSummaryLoaded("CClass:BaseStationFeatures_wsda2000",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[7035,0,0,"BaseStationFeatures_wsda2000"],[7036,0,2,"Functions","Functions"],[7037,0,1,"BaseStationFeatures_wsda2000","BaseStationFeatures_wsda2000"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStationFeatures_wsda2000-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/BaseStationFeatures_wsda2000-SummaryToolTips.js deleted file mode 100644 index 7f4793d61..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStationFeatures_wsda2000-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:BaseStationFeatures_wsda2000",{7035:"
BaseStationFeatures_wsda2000
Contains information on features for the WSDA-2000.
",7037:"
BaseStationFeatures_wsda2000(
const BaseStationInfo &info
)
Creates a BaseStationFeatures_wsda2000 object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStationFeatures_wsda2000-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/BaseStationFeatures_wsda2000-ToolTips.js deleted file mode 100644 index adee080b5..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStationFeatures_wsda2000-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7078:"
BaseStationFeatures
Contains information on which features are supported by a BaseStation.
",9496:"
Holds information about a BaseStation.
",9710:"
BaseStation
Represents a MicroStrain Base Station object
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStationFeatures_wsda2000.html b/v66.0.1/MSCL_Docs/classes/C/BaseStationFeatures_wsda2000.html deleted file mode 100644 index 16457a6d2..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStationFeatures_wsda2000.html +++ /dev/null @@ -1,27 +0,0 @@ - - -BaseStationFeatures_wsda2000 - - - - - - - -
-
BaseStationFeatures_wsda2000
-
public
BaseStationFeatures
BaseStationFeatures_wsda2000
-

Contains information on features for the WSDA-2000.

-
- -
-
Functions
-
- -
-
BaseStationFeatures_wsda2000
-
BaseStationFeatures_wsda2000(
const BaseStationInfo &info
)
-

Creates a BaseStationFeatures_wsda2000 object.

Parameters
info
const BaseStationInfo&

A BaseStationInfo object representing standard information of the BaseStation.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStationInfo-Summary.js b/v66.0.1/MSCL_Docs/classes/C/BaseStationInfo-Summary.js deleted file mode 100644 index 74061b5e9..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStationInfo-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:BaseStationInfo","BaseStationInfo");NDSummary.OnSummaryLoaded("CClass:BaseStationInfo",[["C/C++","C"]],[["Functions","Function"],["Groups","Group"],["Structs","Struct"],["Variables","Variable"]],[[9496,0,2,"BaseStationInfo"],[9497,0,1,"Functions","Functions"],[9498,0,0,"BaseStationInfo","BaseStationInfo"],[9499,0,0,"BaseStationInfo","BaseStationInfo(2)"],[9500,0,1,"Variables","Variables"],[9501,0,3,"m_basestation","m_basestation"],[9502,0,3,"m_firmwareVersion","m_firmwareVersion"],[9503,0,3,"m_model","m_model"],[9504,0,3,"m_regionCode","m_regionCode"],[9505,0,3,"m_protocol_lxrs","m_protocol_lxrs"],[9506,0,3,"m_protocol_lxrsPlus","m_protocol_lxrsPlus"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStationInfo-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/BaseStationInfo-SummaryToolTips.js deleted file mode 100644 index 503ecbfcf..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStationInfo-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:BaseStationInfo",{9496:"
Holds information about a BaseStation.
",9498:"
BaseStationInfo(
const BaseStation_Impl *base
)
Creates a BaseStationInfo object from a BaseStation.
",9499:"
BaseStationInfo(
Version fw,
WirelessModels::BaseModel model,
WirelessTypes::RegionCode region,
const Version &asppVer_lxrs,
const Version &asppVer_lxrsPlus
)
Creates a BaseStationInfo object.
",9501:"
const BaseStation_Impl* m_basestation
The BaseStation_Impl to use for lazy loading information for if its not already populated.
",9502:"
mutable boost::optional<Version> m_firmwareVersion
The firmware Version of the BaseStation.
",9503:"
mutable boost::optional<WirelessModels::BaseModel> m_model
The WirelessModels::BaseModel of the BaseStation.
",9504:"
mutable boost::optional<WirelessTypes::RegionCode> m_regionCode
The WirelessTypes::RegionCode of the BaseStation.
",9505:"
mutable boost::optional<WirelessProtocol> m_protocol_lxrs
The WirelessProtocol of the BaseStation for the LXRS Radio Configuration.
",9506:"
mutable boost::optional<WirelessProtocol> m_protocol_lxrsPlus
The WirelessProtocol of the BaseStation for the LXRS+ Radio Configuration.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStationInfo-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/BaseStationInfo-ToolTips.js deleted file mode 100644 index c2243f600..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStationInfo-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({5300:"
WirelessProtocol
Class containing protocol information for a device.
",7891:"
The model numbers for each of the Wireless Base Stations
",8885:"
The possible region codes for the device.
",9507:"
BaseStation_Impl
Contains the implementation for a BaseStation object.
",9710:"
BaseStation
Represents a MicroStrain Base Station object
",10409:"
Version
Class that represents, and provides helper functions for, a Version number
",10468:"
Error_Communication
The exception for failing to communicate with a device.
",10479:"
Error_Connection
The generic connection exception.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStationInfo.html b/v66.0.1/MSCL_Docs/classes/C/BaseStationInfo.html deleted file mode 100644 index 7cb04b463..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStationInfo.html +++ /dev/null @@ -1,72 +0,0 @@ - - -BaseStationInfo - - - - - - - -
-
BaseStationInfo
-

Holds information about a BaseStation.

-
- -
-
Functions
-
- -
-
BaseStationInfo
-
BaseStationInfo(
const BaseStation_Impl *base
)
-

Creates a BaseStationInfo object from a BaseStation.

Parameters
base
const BaseStation_Impl*

The BaseStation_Impl to get the info for.

Exceptions
-
- -
-
BaseStationInfo
-
BaseStationInfo(
Version fw,
WirelessModels::BaseModel model,
WirelessTypes::RegionCode region,
const Version &asppVer_lxrs,
const Version &asppVer_lxrsPlus
)
-

Creates a BaseStationInfo object.

Parameters
fw
Version

The firmware Version of the BaseStation.

model
WirelessModels::BaseModel

The WirelessModels::BaseModel of the BaseStation.

region
WirelessTypes::RegionCode

The WirelessTypes::RegionCode of the BaseStation.

asppVer_lxrs
const Version&

The ASPP Version for the LXRS protocol.

asppVer_lxrsPlus
const Version&

The ASPP Version for the LXRS+ protocol.

-
- -
-
Variables
-
- -
-
m_basestation
-
const BaseStation_Impl* m_basestation
-

The BaseStation_Impl to use for lazy loading information for if its not already populated.

-
- -
-
m_firmwareVersion
-
mutable boost::optional<Version> m_firmwareVersion
-

The firmware Version of the BaseStation.

-
- -
-
m_model
-
mutable boost::optional<WirelessModels::BaseModel> m_model
-

The WirelessModels::BaseModel of the BaseStation.

-
- -
-
m_regionCode
-
mutable boost::optional<WirelessTypes::RegionCode> m_regionCode
-

The WirelessTypes::RegionCode of the BaseStation.

-
- -
-
m_protocol_lxrs
-
mutable boost::optional<WirelessProtocol> m_protocol_lxrs
-

The WirelessProtocol of the BaseStation for the LXRS Radio Configuration.

-
- -
-
m_protocol_lxrsPlus
-
mutable boost::optional<WirelessProtocol> m_protocol_lxrsPlus
-

The WirelessProtocol of the BaseStation for the LXRS+ Radio Configuration.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStation_BeaconStatus-Summary.js b/v66.0.1/MSCL_Docs/classes/C/BaseStation_BeaconStatus-Summary.js deleted file mode 100644 index 3465e45f3..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStation_BeaconStatus-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:BaseStation_BeaconStatus","BaseStation_BeaconStatus");NDSummary.OnSummaryLoaded("CClass:BaseStation_BeaconStatus",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[5712,0,0,"BaseStation_BeaconStatus"],[5713,0,2,"Functions","Functions"],[5714,0,1,"buildCommand","buildCommand"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStation_BeaconStatus-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/BaseStation_BeaconStatus-SummaryToolTips.js deleted file mode 100644 index f07fa0a92..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStation_BeaconStatus-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:BaseStation_BeaconStatus",{5712:"
BaseStation_BeaconStatus
Contains logic for the base station Get Beacon Status command.
",5714:"
static ByteStream buildCommand(
WirelessPacket::AsppVersion asppVer
)
Builds the beacon status command.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStation_BeaconStatus-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/BaseStation_BeaconStatus-ToolTips.js deleted file mode 100644 index c0e1609f2..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStation_BeaconStatus-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7194:"
The possible ASPP versions
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStation_BeaconStatus.html b/v66.0.1/MSCL_Docs/classes/C/BaseStation_BeaconStatus.html deleted file mode 100644 index 25cd49e94..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStation_BeaconStatus.html +++ /dev/null @@ -1,27 +0,0 @@ - - -BaseStation_BeaconStatus - - - - - - - -
-
BaseStation_BeaconStatus
-
BaseStation_BeaconStatus
-

Contains logic for the base station Get Beacon Status command.

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand(
WirelessPacket::AsppVersion asppVer
)
-

Builds the beacon status command.

Returns

A ByteStream containing the base station beacon status command.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStation_Impl-Summary.js b/v66.0.1/MSCL_Docs/classes/C/BaseStation_Impl-Summary.js deleted file mode 100644 index 71dcc4838..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStation_Impl-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:BaseStation_Impl","BaseStation_Impl");NDSummary.OnSummaryLoaded("CClass:BaseStation_Impl",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[9507,0,0,"BaseStation_Impl"],[9508,0,2,"Functions","Functions"],[9509,0,1,"BaseStation_Impl","BaseStation_Impl"],[9510,0,1,"~BaseStation_Impl","~BaseStation_Impl"],[9511,0,2,"Variables","Variables"],[9512,0,3,"m_connection","m_connection"],[9513,0,3,"m_packetCollector","m_packetCollector"],[9514,0,3,"m_responseCollector","m_responseCollector"],[9515,0,3,"m_rawBytePacketCollector","m_rawBytePacketCollector"],[9516,0,3,"m_parser","m_parser"],[9517,0,3,"m_baseCommandsTimeout","m_baseCommandsTimeout"],[9518,0,3,"m_nodeCommandsTimeout","m_nodeCommandsTimeout"],[9519,0,3,"m_frequency","m_frequency"],[9520,0,3,"m_commProtocol","m_commProtocol"],[9521,0,3,"m_eeprom","m_eeprom"],[9522,0,3,"m_eepromHelper","m_eepromHelper"],[9523,0,3,"m_features","m_features"],[9524,0,3,"m_protocolMutex","m_protocolMutex"],[9525,0,3,"m_protocol_lxrs","m_protocol_lxrs"],[9526,0,3,"m_protocol_lxrsPlus","m_protocol_lxrsPlus"],[9527,0,3,"m_lastCommTime","m_lastCommTime"],[9528,0,2,"Functions","Functions(2)"],[9529,0,1,"getTimeForBeacon","getTimeForBeacon"],[9530,0,1,"parseData","parseData"],[9531,0,1,"determineProtocols","determineProtocols"],[9532,0,1,"eeHelper","eeHelper"],[9533,0,1,"doCommand","doCommand"],[9534,0,1,"connection","connection"],[9535,0,1,"features","features"],[9536,0,1,"protocol","protocol"],[9537,0,1,"lastCommunicationTime","lastCommunicationTime"],[9538,0,1,"read","read"],[9539,0,1,"write","write"],[9540,0,1,"setReadWriteRetries","setReadWriteRetries"],[9541,0,1,"getReadWriteRetries","getReadWriteRetries"],[9542,0,1,"useEepromCache","useEepromCache"],[9543,0,1,"clearEepromCache","clearEepromCache"],[9544,0,1,"frequency","frequency"],[9545,0,1,"communicationProtocol","communicationProtocol"],[9546,0,1,"regionCode","regionCode"],[9547,0,1,"firmwareVersion","firmwareVersion"],[9548,0,1,"model","model"],[9549,0,1,"serial","serial"],[9550,0,1,"microcontroller","microcontroller"],[9551,0,1,"getData","getData"],[9552,0,1,"getRawBytePackets","getRawBytePackets"],[9553,0,1,"totalData","totalData"],[9554,0,1,"getNodeDiscoveries","getNodeDiscoveries"],[9555,0,1,"timeout","timeout"],[9556,0,1,"timeout","timeout(2)"],[9557,0,1,"ping","ping"],[9558,0,1,"readEeprom","readEeprom"],[9559,0,1,"readEeprom","readEeprom(2)"],[9560,0,1,"writeEeprom","writeEeprom"],[9561,0,1,"writeEeprom","writeEeprom(2)"],[9562,0,1,"enableBeacon","enableBeacon"],[9563,0,1,"enableBeacon","enableBeacon(2)"],[9564,0,1,"disableBeacon","disableBeacon"],[9565,0,1,"beaconStatus","beaconStatus"],[9566,0,1,"startRfSweepMode","startRfSweepMode"],[9567,0,1,"startRfSweepMode","startRfSweepMode(2)"],[9568,0,1,"cyclePower","cyclePower"],[9569,0,1,"resetRadio","resetRadio"],[9570,0,1,"changeFrequency","changeFrequency"],[9571,0,1,"verifyConfig","verifyConfig"],[9572,0,1,"applyConfig","applyConfig"],[9573,0,1,"getTransmitPower","getTransmitPower"],[9574,0,1,"getButtonLongPress","getButtonLongPress"],[9575,0,1,"getButtonShortPress","getButtonShortPress"],[9576,0,1,"getAnalogPairingEnabled","getAnalogPairingEnabled"],[9577,0,1,"getAnalogTimeoutTime","getAnalogTimeoutTime"],[9578,0,1,"getAnalogTimeoutVoltage","getAnalogTimeoutVoltage"],[9579,0,1,"getAnalogExceedanceEnabled","getAnalogExceedanceEnabled"],[9580,0,1,"getAnalogPair","getAnalogPair"],[9581,0,1,"doBaseCommand","doBaseCommand"],[9582,0,1,"doNodeCommand","doNodeCommand"],[9583,0,1,"protocol_ping_v1","protocol_ping_v1"],[9584,0,1,"protocol_ping_v2","protocol_ping_v2"],[9585,0,1,"protocol_hardReset_v2","protocol_hardReset_v2"],[9586,0,1,"protocol_softReset_v2","protocol_softReset_v2"],[9587,0,1,"protocol_read_v1","protocol_read_v1"],[9588,0,1,"protocol_read_v2","protocol_read_v2"],[9589,0,1,"protocol_write_v1","protocol_write_v1"],[9590,0,1,"protocol_write_v2","protocol_write_v2"],[9591,0,1,"protocol_enableBeacon_v1","protocol_enableBeacon_v1"],[9592,0,1,"protocol_enableBeacon_v2","protocol_enableBeacon_v2"],[9593,0,1,"protocol_beaconStatus_v1","protocol_beaconStatus_v1"],[9594,0,1,"protocol_startRfSweepMode_v1","protocol_startRfSweepMode_v1"],[9595,0,1,"protocol_node_pageDownload_v1","protocol_node_pageDownload_v1"],[9596,0,1,"protocol_node_datalogInfo_v1","protocol_node_datalogInfo_v1"],[9597,0,1,"protocol_node_getDatalogData_v1","protocol_node_getDatalogData_v1"],[9598,0,1,"protocol_node_longPing_v1","protocol_node_longPing_v1"],[9599,0,1,"protocol_node_hardReset_v2","protocol_node_hardReset_v2"],[9600,0,1,"protocol_node_softReset_v2","protocol_node_softReset_v2"],[9601,0,1,"protocol_node_sleep_v1","protocol_node_sleep_v1"],[9602,0,1,"protocol_node_sleep_v2","protocol_node_sleep_v2"],[9603,0,1,"protocol_node_setToIdle_v1","protocol_node_setToIdle_v1"],[9604,0,1,"protocol_node_setToIdle_v2","protocol_node_setToIdle_v2"],[9605,0,1,"protocol_node_readEeprom_v1","protocol_node_readEeprom_v1"],[9606,0,1,"protocol_node_readEeprom_v2","protocol_node_readEeprom_v2"],[9607,0,1,"protocol_node_writeEeprom_v1","protocol_node_writeEeprom_v1"],[9608,0,1,"protocol_node_writeEeprom_v2","protocol_node_writeEeprom_v2"],[9609,0,1,"protocol_node_autoBalance_v1","protocol_node_autoBalance_v1"],[9610,0,1,"protocol_node_autoBalance_v2","protocol_node_autoBalance_v2"],[9611,0,1,"protocol_node_autocal_shm_v1","protocol_node_autocal_shm_v1"],[9612,0,1,"protocol_node_autocal_shm201_v1","protocol_node_autocal_shm201_v1"],[9613,0,1,"protocol_node_autoshuntcal_v1","protocol_node_autoshuntcal_v1"],[9614,0,1,"protocol_node_getDiagnosticInfo_v1","protocol_node_getDiagnosticInfo_v1"],[9615,0,1,"protocol_node_erase_v1","protocol_node_erase_v1"],[9616,0,1,"protocol_node_erase_v2","protocol_node_erase_v2"],[9617,0,1,"protocol_node_startSync_v1","protocol_node_startSync_v1"],[9618,0,1,"protocol_node_startNonSync_v1","protocol_node_startNonSync_v1"],[9619,0,1,"protocol_node_startNonSync_v2","protocol_node_startNonSync_v2"],[9620,0,1,"protocol_node_batchEepromRead_v1","protocol_node_batchEepromRead_v1"],[9621,0,1,"protocol_node_testCommProtocol","protocol_node_testCommProtocol"],[9622,0,1,"protocol_node_poll","protocol_node_poll"],[9623,0,1,"node_ping","node_ping"],[9624,0,1,"node_hardReset","node_hardReset"],[9625,0,1,"node_softReset","node_softReset"],[9626,0,1,"node_sleep","node_sleep"],[9627,0,1,"node_setToIdle","node_setToIdle"],[9628,0,1,"node_readEeprom","node_readEeprom"],[9629,0,1,"node_writeEeprom","node_writeEeprom"],[9630,0,1,"node_pageDownload","node_pageDownload"],[9631,0,1,"node_batchEepromRead","node_batchEepromRead"],[9632,0,1,"node_getDatalogSessionInfo","node_getDatalogSessionInfo"],[9633,0,1,"node_getDatalogData","node_getDatalogData"],[9634,0,1,"node_erase","node_erase"],[9635,0,1,"node_startSyncSampling","node_startSyncSampling"],[9636,0,1,"node_startNonSyncSampling","node_startNonSyncSampling"],[9637,0,1,"node_armForDatalogging","node_armForDatalogging"],[9638,0,1,"node_triggerArmedDatalogging","node_triggerArmedDatalogging"],[9639,0,1,"node_autoBalance","node_autoBalance"],[9640,0,1,"node_autocal_shm","node_autocal_shm"],[9641,0,1,"node_autocal_shm201","node_autocal_shm201"],[9642,0,1,"node_autoShuntCal","node_autoShuntCal"],[9643,0,1,"node_readSingleSensor","node_readSingleSensor"],[9644,0,1,"node_getDiagnosticInfo","node_getDiagnosticInfo"],[9645,0,1,"node_testCommProtocol","node_testCommProtocol"],[9646,0,1,"node_poll","node_poll"],[9647,0,1,"node_autocal","node_autocal"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStation_Impl-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/BaseStation_Impl-SummaryToolTips.js deleted file mode 100644 index e625551b6..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStation_Impl-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:BaseStation_Impl",{9507:"
BaseStation_Impl
Contains the implementation for a BaseStation object.
",9509:"
explicit BaseStation_Impl(
Connection connection,
uint64 baseTimeout
)
Creates a BaseStation_Impl object.  Note: This will communicate with the BaseStation to get device information, as well as start the data collection thread.
",9510:"
virtual ~BaseStation_Impl()
Destroys the BaseStation object
",9512:"
Connection m_connection
The Connection object used for communication
",9513:"
WirelessPacketCollector m_packetCollector
The wireless packet collector used to store wireless data packets
",9514:"
std::shared_ptr<ResponseCollector> m_responseCollector
The response collector used to find and store wireless command responses
",9515:"
mutable RawBytePacketCollector m_rawBytePacketCollector
The RawBytePacketCollector associated with this parser and its parent device
",9516:"
std::unique_ptr<WirelessParser> m_parser
The wireless parser in charge of parsing all incoming data to this base station
",9517:"
uint64 m_baseCommandsTimeout
The timeout (in milliseconds) to use for base station commands.
",9518:"
uint64 m_nodeCommandsTimeout
The timeout (in milliseconds) to use for node commands.
",9519:"
mutable WirelessTypes::Frequency m_frequency
The last known radio frequency (WirelessTypes::Frequency) that the BaseStation was known to be on
",9520:"
mutable std::unique_ptr<WirelessTypes::CommProtocol> m_commProtocol
The last known state of the WirelessTypes::CommProtocol for the BaseStation.
",9521:"
mutable std::unique_ptr<BaseStationEeprom> m_eeprom
The BaseStationEeprom that handles reading and writing eeprom values with the BaseStation and eeprom cache.
",9522:"
mutable std::unique_ptr<BaseStationEepromHelper> m_eepromHelper
The BaseStationEepromHelper used for high level eeprom reads and writes on the BaseStation.
",9523:"
mutable std::unique_ptr<BaseStationFeatures> m_features
The BaseStationFeatures containing the features for this BaseStation.
",9524:"
mutable std::recursive_mutex m_protocolMutex
The mutex used when determining the device protocol.
",9525:"
mutable std::unique_ptr<WirelessProtocol> m_protocol_lxrs
The WirelessProtocol containing all of the protocol commands for the LXRS Radio Configuration.
",9526:"
mutable std::unique_ptr<WirelessProtocol> m_protocol_lxrsPlus
The WirelessProtocol containing all of the protocol commands for the LXRS+ Radio Configuration.
",9527:"
Timestamp m_lastCommTime
A Timestamp representing the last time communication was achieved with the BaseStation.
",9529:"
static uint32 getTimeForBeacon()
Gets the system time in UTC seconds since Unix Epoch as close to 0 milliseconds as possible
",9530:"
void parseData(
DataBuffer &data
)
Callback function that parses any bytes that are in the read buffer to find packets or command responses
",9531:"
void determineProtocols() const
Determines the WirelessProtocol to use based on the BaseStation\'s ASPP version.  All WirelessProtocol member variables will be updated.
",9532:"
BaseStationEepromHelper& eeHelper() const
Gets a reference to the BaseStationEepromHelper for this BaseStation.
",9533:"
bool doCommand(
WirelessResponsePattern &response,
const ByteStream &cmdBytes,
uint64 timeout
)
Performs a custom command and waits for the response.
",9534:"
Connection& connection()
Gets the Connection object that this BaseStation is using.
",9535:"
virtual const BaseStationFeatures& features() const
Gets a reference to the BaseStationFeatures for this BaseStation.
",9536:"
virtual const WirelessProtocol& protocol(
WirelessTypes::CommProtocol commProtocol
) const
Gets a reference to the WirelessProtocol for this BaseStation.  Note: This requires communicating to the BaseStation if creating the protocol for the first time.
",9537:"
const Timestamp& lastCommunicationTime() const
Gets the Timestamp for the last time we communicated with the BaseStation.
",9538:"
virtual bool read(
uint16 eepromAddress,
uint16 &result
)
Reads the value from the BaseStation for a specified eeprom location.
",9539:"
virtual bool write(
uint16 eepromAddress,
uint16 value
)
Writes a value to the BaseStation at a specified eeprom location.
",9540:"
void setReadWriteRetries(
uint8 numRetries
)
Sets the number of retry attempts for reading and writing with the BaseStation.
",9541:"
uint8 getReadWriteRetries() const
Gets the number of retry attempts for reading and writing with the BaseStation.
",9542:"
void useEepromCache(
bool useCache
)
Sets whether or not to utilize the eeprom cache when configuring this BaseStation (default of enabled). This can be enabled/disabled at any time.  Note:  The eeprom cache stores the last known value that was written to / read from the BaseStation for each eeprom location. If this is enabled, any reads will get the last known value from the cache if it exists, and any writes will not write to the BaseStation if the value attempting to be written is the same as that stored in the cache. Caching of these values will still be performed if this is disabled, however, read and write operations will then always reach out to the actual device.
",9543:"
void clearEepromCache()
Clears the eeprom cache for this BaseStation.
",9544:"
WirelessTypes::Frequency frequency() const
Gets the WirelessTypes::Frequency representing the radio frequency of this BaseStation.  If the frequency is unknown, it will be read from the BaseStation.
",9545:"
virtual WirelessTypes::CommProtocol communicationProtocol() const
Gets the WirelessTypes::CommProtocol that the BaseStation is currently set to use.
",9546:"
WirelessTypes::RegionCode regionCode() const
Gets the WirelessTypes::RegionCode representing the region of this BaseStation.
",9547:"
Version firmwareVersion() const
Gets the firmware version of the BaseStation.
",9548:"
WirelessModels::BaseModel model() const
Gets the model of the BaseStation.
",9549:"
std::string serial() const
Gets the serial number of the BaseStation.
",9550:"
WirelessTypes::MicroControllerType microcontroller() const
Gets the microcontroller of the BaseStation.
",9551:"
void getData(
std::vector<DataSweep> &sweeps,
uint32 timeout = 0,
uint32 maxSweeps = 0
)
Gets up to the requested amount of DataSweeps of sampled data that was collected by this BaseStation.
",9552:"
void getRawBytePackets(
RawBytePackets &packets,
uint32 timeout = 0,
uint32 maxPackets = 0
)
Gets up to the requested amount of raw byte packets that have been collected.
",9553:"
uint32 totalData()
Gets the number of DataSweeps that are currently in the data buffer.
",9554:"
NodeDiscoveries getNodeDiscoveries()
Gets the group of Node Discoveries that were collected by this base station.  Calling this function clears out the Node Discovery buffer, so repeatedly calling this will give you any new Node Discoveries.
",9555:"
void timeout(
uint64 timeout
)
Sets the timeout to use when waiting for responses from commands.
",9556:"
uint64 timeout() const
Gets the current timeout to use when waiting for responses from commands.
",9557:"
virtual bool ping()
Pings the base station
",9558:"
virtual uint16 readEeprom(
uint16 eepromAddress
) const
Reads a specific EEPROM address on the BaseStation.  If the value stored in the eeprom cache is still valid, this will be returned instead.
",9559:"
virtual Value readEeprom(
const EepromLocation &location
) const
Reads a value from the given EepromLocation of the BaseStation.  If the value stored in the eeprom cache is still valid, this will be returned instead.
",9560:"
virtual void writeEeprom(
uint16 eepromAddress,
uint16 value
)
Writes the specified uint16 value to a specific EEPROM address on the BaseStation.  If successful, the cache will be updated with the changed value as well.
",9561:"
virtual void writeEeprom(
const EepromLocation &location,
const Value &val
)
Writes a value to the given EepromLocation of the BaseStation.  If successful, the cache will be updated with the changed value as well.
",9562:"
virtual Timestamp enableBeacon()
Enables the beacon on the base station using the system time (UTC) as its starting timestamp.
",9563:"
virtual Timestamp enableBeacon(
uint32 utcTime
)
Enables the beacon on the base station using the given UTC timestamp.
",9564:"
virtual void disableBeacon()
Disables the beacon on the base station.
",9565:"
virtual BeaconStatus beaconStatus()
Gets the BeaconStatus of the beacon on the BaseStation.
",9566:"
virtual void startRfSweepMode()
Starts the BaseStation in a fixed RF Sweep Mode, which will sweep over all the supported operating frequencies of the BaseStation.
",9567:"
virtual void startRfSweepMode(
uint32 minFreq,
uint32 maxFreq,
uint32 interval,
uint16 options
)
Starts the BaseStation in RF Sweep Mode.
",9568:"
virtual void cyclePower(
bool checkComm= true
)
Cycles the power on the base station.
",9569:"
virtual void resetRadio()
Resets the radio on the base station.
",9570:"
void changeFrequency(
WirelessTypes::Frequency frequency
)
Changes the radio frequency of the base station.
",9571:"
bool verifyConfig(
const BaseStationConfig &config,
ConfigIssues &outIssues
) const
Checks whether the settings in the given BaseStationConfig are ok to be written to the BaseStation.  Options that are set will also be validated against each other. If an option that needs to be validated isn\'t currently set, it will be read from the BaseStation.
",9572:"
void applyConfig(
const BaseStationConfig &config
)
Applies a BaseStationConfig to the Node.
",9573:"
WirelessTypes::TransmitPower getTransmitPower() const
Reads the WirelessTypes::TransmitPower that is currently set on the BaseStation.
",9574:"
BaseStationButton getButtonLongPress(
uint8 buttonNumber
) const
Gets the current button settings for a long press action, as a BaseStationButton.
",9575:"
BaseStationButton getButtonShortPress(
uint8 buttonNumber
) const
Gets the current button settings for a short press action, as a BaseStationButton.
",9576:"
bool getAnalogPairingEnabled() const
Gets the current setting for if Analog Pairing is enabled or not.
",9577:"
uint16 getAnalogTimeoutTime() const
Reads the Analog Timeout Time in seconds that is currently set on the BaseStation.
",9578:"
float getAnalogTimeoutVoltage() const
Reads the Analog Timeout Voltage that is currently set on the BaseStation.
",9579:"
bool getAnalogExceedanceEnabled() const
Reads the Analog Exceedance enabled/disabled setting that is currently set on the BaseStation.
",9580:"
BaseStationAnalogPair getAnalogPair(
uint8 portNumber
) const
Reads the BaseStationAnalogPair for the specified port number that is currently set on the BaseStation.
",9581:"
bool doBaseCommand(
const ByteStream &command,
WirelessResponsePattern &response,
uint64 minTimeout = 0
)
Performs a BaseStation command with the given parameters.
",9582:"
bool doNodeCommand(
NodeAddress nodeAddress,
const ByteStream &command,
WirelessResponsePattern &response,
uint64 minTimeout = 0
)
Performs a Wireless Node command with the given parameters.
",9583:"
bool protocol_ping_v1()
Performs version 1 of the Ping BaseStation command.
",9584:"
bool protocol_ping_v2(
WirelessPacket::AsppVersion asppVer
)
Performs version 2 of the Ping BaseStation command.
",9585:"
void protocol_hardReset_v2()
Performs Version 2 of the Hard BaseStation Reset command.
",9586:"
void protocol_softReset_v2()
Performs Version 2 of the Soft BaseStation Reset command.
",9587:"
bool protocol_read_v1(
uint16 eepromAddress,
uint16 &result
)
Performs version 1 of the Read BaseStation EEPROM command.
",9588:"
bool protocol_read_v2(
WirelessPacket::AsppVersion asppVer,
uint16 eepromAddress,
uint16 &result
)
Performs version 2 of the Read BaseStation EEPROM command.
",9589:"
bool protocol_write_v1(
uint16 eepromAddress,
uint16 value
)
Performs version 1 of the Write BaseStation EEPROM command.
",9590:"
bool protocol_write_v2(
WirelessPacket::AsppVersion asppVer,
uint16 eepromAddress,
uint16 value
)
Performs version 2 of the Write BaseStation EEPROM command.
",9591:"
Timestamp protocol_enableBeacon_v1(
uint32 utcTime
)
Performs version 1 of the Enable Beacon command.
",9592:"
Timestamp protocol_enableBeacon_v2(
WirelessPacket::AsppVersion asppVer,
uint32 utcTime
)
Performs version 2 of the Enable Beacon command.
",9593:"
BeaconStatus protocol_beaconStatus_v1(
WirelessPacket::AsppVersion asppVer
)
Performs version 1 of the Beacon Status command.
",9594:"
void protocol_startRfSweepMode_v1(
WirelessPacket::AsppVersion asppVer,
uint32 minFreq,
uint32 maxFreq,
uint32 interval,
uint16 options
)
Starts the BaseStation in RF Sweep Mode.
",9595:"
bool protocol_node_pageDownload_v1(
NodeAddress nodeAddress,
uint16 pageIndex,
ByteStream &data
)
Performs Version 1 of the Node Page Download command.
",9596:"
bool protocol_node_datalogInfo_v1(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress,
DatalogSessionInfoResult &result
)
Performs Version 1 of the Get Datalog Session Info command.
",9597:"
bool protocol_node_getDatalogData_v1(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress,
uint32 flashAddress,
ByteStream &data,
uint16 &numBytesDownloaded
)
Performs Version 1 of the Get Datalog Data command.
",9598:"
PingResponse protocol_node_longPing_v1(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress
)
Performs Version 1 of the Node Long Ping command.
",9599:"
void protocol_node_hardReset_v2(
NodeAddress nodeAddress
)
Performs Version 2 of the Node Hard Reset command.
",9600:"
void protocol_node_softReset_v2(
NodeAddress nodeAddress
)
Performs Version 2 of the Node Soft Reset command.
",9601:"
bool protocol_node_sleep_v1(
NodeAddress nodeAddress
)
Performs Version 1 of the Node Sleep command.
",9602:"
bool protocol_node_sleep_v2(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress
)
Performs Version 2 of the Node Sleep command.
",9603:"
SetToIdleStatus protocol_node_setToIdle_v1(
NodeAddress nodeAddress,
const BaseStation &base
)
Performs Version 1 of the Node Set to Idle command.
",9604:"
SetToIdleStatus protocol_node_setToIdle_v2(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress,
const BaseStation &base
)
Performs Version 2 of the Node Set to Idle command.
",9605:"
bool protocol_node_readEeprom_v1(
NodeAddress nodeAddress,
uint16 eepromAddress,
uint16 &eepromValue
)
Performs Version 1 of the Node Read Eeprom command.
",9606:"
bool protocol_node_readEeprom_v2(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress,
uint16 eepromAddress,
uint16 &eepromValue
)
Performs Version 2 of the Node Read Eeprom command.
",9607:"
bool protocol_node_writeEeprom_v1(
NodeAddress nodeAddress,
uint16 eepromAddress,
uint16 value
)
Performs Version 1 of the Node Write Eeprom command.
",9608:"
bool protocol_node_writeEeprom_v2(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress,
uint16 eepromAddress,
uint16 value
)
Performs Version 2 of the Node Write Eeprom command.
",9609:"
bool protocol_node_autoBalance_v1(
NodeAddress nodeAddress,
uint8 channelNumber,
float targetPercent,
AutoBalanceResult &result
)
Performs Version 1 of the Node AutoBalance command.
",9610:"
bool protocol_node_autoBalance_v2(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress,
uint8 channelNumber,
float targetPercent,
AutoBalanceResult &result
)
Performs Version 2 of the Node AutoBalance command.
",9611:"
bool protocol_node_autocal_shm_v1(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress,
AutoCalResult &result
)
Performs Version 1 of the Node AutoCal SHM command.
",9612:"
bool protocol_node_autocal_shm201_v1(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress,
AutoCalResult &result
)
Performs Version 1 of the Node AutoCal SHM-Link-201 command.
",9613:"
bool protocol_node_autoshuntcal_v1(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress,
const AutoCalCmdDetails &commandDetails,
AutoCalResult &result
)
Performs Version 1 of the Node AutoShuntCal command.
",9614:"
bool protocol_node_getDiagnosticInfo_v1(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress,
ChannelData &result
)
Performs Version 1 of the Node Get Diagnostic Info command.
",9615:"
bool protocol_node_erase_v1(
NodeAddress nodeAddress
)
Performs Version 1 of the Node erase command.
",9616:"
bool protocol_node_erase_v2(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress
)
Performs Version 2 of the Node erase command.
",9617:"
bool protocol_node_startSync_v1(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress
)
Performs Version 1 of the Node Start Sync Sampling command.
",9618:"
bool protocol_node_startNonSync_v1(
NodeAddress nodeAddress
)
Performs Version 1 of the Start Non Sync Sampling command.
",9619:"
bool protocol_node_startNonSync_v2(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress
)
Performs Version 2 of the Start Non Sync Sampling command.
",9620:"
bool protocol_node_batchEepromRead_v1(
NodeAddress nodeAddress,
uint16 startEeprom,
std::map<uint16, uint16> &result
)
Performs Version 1 of the Node Batch Eeprom Read command.
",9621:"
bool protocol_node_testCommProtocol(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress,
WirelessTypes::CommProtocol protocol
)
Performs Version 1 of the Node Test Communication Protocol command.
",9622:"
bool protocol_node_poll(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress,
const ChannelMask &chs,
WirelessPollData &result
)
Performs Version 1 of the Node Poll command.
",9623:"
virtual PingResponse node_ping(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress
)
Pings the specified Node.
",9624:"
void node_hardReset(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress
)
Performs a hard reset on the specified Node.
",9625:"
void node_softReset(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress
)
Performs a soft reset on the specified Node.
",9626:"
virtual bool node_sleep(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress
)
Puts the Node into a low power, sleep mode.  This command attempts to ping the node before sending the sleep command, to verify communication.
",9627:"
virtual SetToIdleStatus node_setToIdle(
NodeAddress nodeAddress,
const BaseStation &base
)
Attempts to set the node to idle so that it can be communicated with.
",9628:"
virtual bool node_readEeprom(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress,
uint16 eepromAddress,
uint16 &eepromValue
)
Reads a value from EEPROM on the specified Node.
",9629:"
virtual bool node_writeEeprom(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress,
uint16 eepromAddress,
uint16 value
)
Writes a value to EEPROM on the specified Node.
",9630:"
virtual bool node_pageDownload(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress,
uint16 pageIndex,
ByteStream &data
)
Download a page of logged data from the Node
",9631:"
virtual bool node_batchEepromRead(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress,
uint16 startEeprom,
std::map<uint16, uint16> &result
)
Reads a batch of eeprom values from the Node
",9632:"
virtual bool node_getDatalogSessionInfo(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress,
DatalogSessionInfoResult &result
)
Gets info about the datalog sessions on the Node.
",9633:"
virtual bool node_getDatalogData(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress,
uint32 flashAddress,
ByteStream &result,
uint16 &numBytesRead
)
Gets a section of logged data from the Node.
",9634:"
virtual bool node_erase(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress
)
Sends the Erase command to a Node.
",9635:"
virtual bool node_startSyncSampling(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress
)
Sends the Start Synchronized Sampling command to a Node.
",9636:"
virtual bool node_startNonSyncSampling(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress
)
Sends the Start Non-Synchronized Sampling command to a Node.
",9637:"
virtual bool node_armForDatalogging(
NodeAddress nodeAddress,
const std::string &message
)
Sends the Arm For Datalogging command to a Node.
",9638:"
virtual void node_triggerArmedDatalogging(
NodeAddress nodeAddress
)
Sends the Trigger Armed Datalogging command to a Node.
",9639:"
virtual bool node_autoBalance(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress,
uint8 channelNumber,
float targetPercent,
AutoBalanceResult &result
)
Sends the AutoBalance command to a Node.
",9640:"
bool node_autocal_shm(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress,
AutoCalResult &result
)
Performs automatic calibration for a Wireless Node.
",9641:"
bool node_autocal_shm201(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress,
AutoCalResult &result
)
Performs automatic calibration for a Wireless Node.
",9642:"
bool node_autoShuntCal(
const WirelessProtocol &nodeProtocol,
const AutoCalCmdDetails &commandDetails,
AutoCalResult &result
)
Performs automatic shunt calibration for a Wireless Node.
",9643:"
bool node_readSingleSensor(
NodeAddress nodeAddress,
uint8 channelNumber,
uint16 &result
)
Reads the bits value for a single channel on a Wireless Node.
",9644:"
bool node_getDiagnosticInfo(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress,
ChannelData &result
)
Performs an immediate request for the Node\'s Diagnostic Info.
",9645:"
bool node_testCommProtocol(
NodeAddress nodeAddress,
WirelessTypes::CommProtocol commProtocol
)
Tests if a Node will still be able to communicate after changing the Node\'s communication protocol.
",9646:"
bool node_poll(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress,
const ChannelMask &chs,
WirelessPollData &result
)
Polls the WirelessNode to get a single sweep of calibrated data.
",9647:"
bool node_autocal(
NodeAddress nodeAddress,
const ByteStream &command,
AutoCal::Response &response,
AutoCalResult &result
)
Performs automatic calibration for a Wireless Node.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStation_Impl-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/BaseStation_Impl-ToolTips.js deleted file mode 100644 index e5b24c6ae..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStation_Impl-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({62:"
RawBytePacketCollector
Class that sets/matches expected responses, and stores all the Inertial packets
",80:"
RawBytePacket
A class that contains packet information about an Inertial packet
",338:"
SerialConnection
A Connection_Impl derived class that represents a serial connection.
",367:"
Connection
The Connection object that is used for communication.
",5207:"
WirelessResponsePattern
A pattern matching the expected response from a wireless command.
",5300:"
WirelessProtocol
Class containing protocol information for a device.
",5460:"
PingResponse
Represents the response to a Long Ping Node command
",5516:"
SetToIdleStatus
Holds the status information of the Set to Idle command.
",5575:"
Object to represent the result of a DatalogSessionInfo request.
",5580:"
BeaconStatus
Represents the status of a BaseStation beacon.  See also BaseStation::beaconStatus.
",5724:"
AutoCalResult
Abstract base class for AutoCal result classes.
",5794:"
Struct used internally to hold details for passing to the AutoCal function.  Contains the ShuntCalCmdInfo that we want user exposed, as well as other internal info.
",5835:"
AutoBalanceResult
Represents the result from an AutoBalance command.
",6654:"
EepromLocation
Represents a single Eeprom Location.
",6683:"
ConfigIssue
Holds information on a specific configuration issue.
",6764:"
BaseStationEepromHelper
A helper class for reading and writing to a BaseStation\'s Eeprom.  This class provides eeprom specific parsing so that high-level objects can be converted to their low-level eeprom value equivelent and vice-versa.
",6793:"
BaseStationEeprom
Used to read and write to BaseStations\' eeproms and provide caching functionality.
",6802:"
BaseStationConfig
Class used for setting the configuration of BaseStations.  Set all the configuration values that you want to change, then verify and apply them to a BaseStation.
",7078:"
BaseStationFeatures
Contains information on which features are supported by a BaseStation.
",7154:"
WirelessPacketCollector
Class that sets/matches expected responses, and stores all the wireless packets
",7194:"
The possible ASPP versions
",7758:"
WirelessParser
Parses all wireless data and stores it in a corresponding container
",7891:"
The model numbers for each of the Wireless Base Stations
",8500:"
NodeDiscovery
Represents 1 node discovery, which is created when a Wireless Node Discovery packet is sent from a Node.  Note: There are multiple versions of Node Discovery packets which have been developed over time.  Each version has added more useful information. If an earlier version of the Node Discovery packet is heard, this NodeDiscovery object will have some information be invalid (set to default values).
",8566:"
Represents the types of microcontrollers possible on the Wireless Devices.
",8617:"
Represents the frequency (channel) that can be used for Wireless Devices.
",8635:"
Represents the transmit powers that can be used for Wireless Devices.
",8885:"
The possible region codes for the device.
",9155:"
Available Communication Protocol types.
",9379:"
DataSweep
Represents 1 data sweep, including data for each channel, a timestamp, and a sample rate
",9478:"
ChannelMask
Represents the channel mask (active and inactive channels) for a WirelessNode.
",9648:"
BaseStationButton
Represents a single button on a BaseStation
",9673:"
BaseStationAnalogPair
Represents an Analog Pairing on a BaseStation.
",9710:"
BaseStation
Represents a MicroStrain Base Station object
",9848:"
ResponseCollector
Stores all the expected command responses
",9916:"
Used to easily read a container of bytes
",9928:"
DataBuffer
A buffer of bytes extending from the ByteStream class that is used for holding bytes read in from the connection
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10144:"
Value
Represents a single value that can be stored/accessed in multiple ways.
",10245:"
typedef for a Node\'s node address.
",10291:"
Timestamp
Represents a date/time object
",10409:"
Version
Class that represents, and provides helper functions for, a Version number
",10453:"
Error_NotSupported
A command/feature was attempted to be used that was not supported.
",10457:"
Error_NoData
There is no data available to be accessed
",10468:"
Error_Communication
The exception for failing to communicate with a device.
",10472:"
Error_NodeCommunication
The exception for failing to communicate with a WirelessNode.
",10479:"
Error_Connection
The generic connection exception.
",10505:"
Error_InvalidConfig
The Configuration is invalid.
",8553:"
MockBaseStation_Impl
Contains the Mock implementation for a BaseStation object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStation_Impl.html b/v66.0.1/MSCL_Docs/classes/C/BaseStation_Impl.html deleted file mode 100644 index 034ee10b9..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStation_Impl.html +++ /dev/null @@ -1,851 +0,0 @@ - - -BaseStation_Impl - - - - - - - -
-
BaseStation_Impl
-
BaseStation_Impl
MockBaseStation_Impl
-

Contains the implementation for a BaseStation object.

-
- -
-
Functions
-
- -
-
BaseStation_Impl
-
explicit BaseStation_Impl(
Connection connection,
uint64 baseTimeout
)
-

Creates a BaseStation_Impl object.  Note: This will communicate with the BaseStation to get device information, as well as start the data collection thread.

Parameters
connection
Connection

The Connection object used for communication.

baseTimeout
uint64

The timeout (in milliseconds) to use for base station commands.

Exceptions
See Also

Connection, SerialConnection

-
- -
-
~BaseStation_Impl
-
virtual ~BaseStation_Impl()
-

Destroys the BaseStation object

-
- -
-
Variables
-
- -
-
m_connection
-
Connection m_connection
-

The Connection object used for communication

-
- -
-
m_packetCollector
-
WirelessPacketCollector m_packetCollector
-

The wireless packet collector used to store wireless data packets

-
- -
-
m_responseCollector
-
std::shared_ptr<ResponseCollector> m_responseCollector
-

The response collector used to find and store wireless command responses

-
- -
-
m_rawBytePacketCollector
-
mutable RawBytePacketCollector m_rawBytePacketCollector
-

The RawBytePacketCollector associated with this parser and its parent device

-
- -
-
m_parser
-
std::unique_ptr<WirelessParser> m_parser
-

The wireless parser in charge of parsing all incoming data to this base station

-
- -
-
m_baseCommandsTimeout
-
uint64 m_baseCommandsTimeout
-

The timeout (in milliseconds) to use for base station commands.

-
- -
-
m_nodeCommandsTimeout
-
uint64 m_nodeCommandsTimeout
-

The timeout (in milliseconds) to use for node commands.

-
- -
-
m_frequency
-
mutable WirelessTypes::Frequency m_frequency
-

The last known radio frequency (WirelessTypes::Frequency) that the BaseStation was known to be on

-
- -
-
m_commProtocol
-
mutable std::unique_ptr<WirelessTypes::CommProtocol> m_commProtocol
-

The last known state of the WirelessTypes::CommProtocol for the BaseStation.

-
- -
-
m_eeprom
-
mutable std::unique_ptr<BaseStationEeprom> m_eeprom
-

The BaseStationEeprom that handles reading and writing eeprom values with the BaseStation and eeprom cache.

-
- -
-
m_eepromHelper
-
mutable std::unique_ptr<BaseStationEepromHelper> m_eepromHelper
-

The BaseStationEepromHelper used for high level eeprom reads and writes on the BaseStation.

-
- -
-
m_features
-
mutable std::unique_ptr<BaseStationFeatures> m_features
-

The BaseStationFeatures containing the features for this BaseStation.

-
- -
-
m_protocolMutex
-
mutable std::recursive_mutex m_protocolMutex
-

The mutex used when determining the device protocol.

-
- -
-
m_protocol_lxrs
-
mutable std::unique_ptr<WirelessProtocol> m_protocol_lxrs
-

The WirelessProtocol containing all of the protocol commands for the LXRS Radio Configuration.

-
- -
-
m_protocol_lxrsPlus
-
mutable std::unique_ptr<WirelessProtocol> m_protocol_lxrsPlus
-

The WirelessProtocol containing all of the protocol commands for the LXRS+ Radio Configuration.

-
- -
-
m_lastCommTime
-
Timestamp m_lastCommTime
-

A Timestamp representing the last time communication was achieved with the BaseStation.

-
- -
-
Functions
-
- -
-
getTimeForBeacon
-
static uint32 getTimeForBeacon()
-

Gets the system time in UTC seconds since Unix Epoch as close to 0 milliseconds as possible

Returns

The system time in UTC seconds since Unix Epoch to enable the beacon with

-
- -
-
parseData
-
void parseData(
DataBuffer &data
)
-

Callback function that parses any bytes that are in the read buffer to find packets or command responses

Parameters
data
DataBuffer&

The DataBuffer containing all the data to be parsed

-
- -
-
determineProtocols
-
void determineProtocols() const
-

Determines the WirelessProtocol to use based on the BaseStation's ASPP version.  All WirelessProtocol member variables will be updated.

Exceptions
-
- -
-
eeHelper
-
BaseStationEepromHelper& eeHelper() const
-

Gets a reference to the BaseStationEepromHelper for this BaseStation.

Returns

A reference to the BaseStationEepromHelper.

-
- -
-
doCommand
-
bool doCommand(
WirelessResponsePattern &response,
const ByteStream &cmdBytes,
uint64 timeout
)
-

Performs a custom command and waits for the response.

Parameters
response
WirelessResponsePattern&

A reference to a custom class that was inherited from the WirelessResponsePattern base class.

cmdBytes
const ByteStream&

The ByteStream containing the command bytes to send.

timeout
uint64

The maximum timeout to use for waiting for the response.

Returns

true if the command was successful (response.success() is true), false otherwise.

-
- -
-
connection
-
Connection& connection()
-

Gets the Connection object that this BaseStation is using.

-
- -
-
features
-
virtual const BaseStationFeatures& features() const
-

Gets a reference to the BaseStationFeatures for this BaseStation.

Returns

BaseStationFeatures containing the features for this BaseStation.

Exceptions
-
- -
-
protocol
-
virtual const WirelessProtocol& protocol(
WirelessTypes::CommProtocol commProtocol
) const
-

Gets a reference to the WirelessProtocol for this BaseStation.  Note: This requires communicating to the BaseStation if creating the protocol for the first time.

Parameters
commProtocol
WirelessTypes::CommProtocol

The WirelessTypes::CommProtocol to get the protocol for.

Exceptions
-
- -
-
lastCommunicationTime
-
const Timestamp& lastCommunicationTime() const
-

Gets the Timestamp for the last time we communicated with the BaseStation.

Exceptions

  • Error_NoData: There is no communication time logged for this device.

-
- -
-
read
-
virtual bool read(
uint16 eepromAddress,
uint16 &result
)
-

Reads the value from the BaseStation for a specified eeprom location.

Parameters
eepromAddress
uint16

The Eeprom address to get the value for.

result
uint16&

The value that was read from Eeprom if successful.

Returns

true if the read was successful, false otherwise.

Exceptions
-
- -
-
write
-
virtual bool write(
uint16 eepromAddress,
uint16 value
)
-

Writes a value to the BaseStation at a specified eeprom location.

Parameters
eepromAddress
uint16

The Eeprom address to set the value for.

value
uint16

The value to write to the Eeprom.

Returns

true if the write was successful, false otherwise.

Exceptions
-
- -
-
setReadWriteRetries
-
void setReadWriteRetries(
uint8 numRetries
)
-

Sets the number of retry attempts for reading and writing with the BaseStation.

Parameters
numRetries
uint8

The number of retries to set for all reading and writing with the BaseStation.

-
- -
-
getReadWriteRetries
-
uint8 getReadWriteRetries() const
-

Gets the number of retry attempts for reading and writing with the BaseStation.

-
- -
-
useEepromCache
-
void useEepromCache(
bool useCache
)
-

Sets whether or not to utilize the eeprom cache when configuring this BaseStation (default of enabled). This can be enabled/disabled at any time.  Note:  The eeprom cache stores the last known value that was written to / read from the BaseStation for each eeprom location. If this is enabled, any reads will get the last known value from the cache if it exists, and any writes will not write to the BaseStation if the value attempting to be written is the same as that stored in the cache. Caching of these values will still be performed if this is disabled, however, read and write operations will then always reach out to the actual device.

Parameters
useCache
bool

whether the eeprom cache should be used (true) or not (false).

-
- -
-
clearEepromCache
-
void clearEepromCache()
-

Clears the eeprom cache for this BaseStation.

-
- -
-
frequency
-
WirelessTypes::Frequency frequency() const
-

Gets the WirelessTypes::Frequency representing the radio frequency of this BaseStation.  If the frequency is unknown, it will be read from the BaseStation.

Returns

The WirelessTypes::Frequency that this BaseStation is on.

Exceptions
-
- -
-
communicationProtocol
-
virtual WirelessTypes::CommProtocol communicationProtocol() const
-

Gets the WirelessTypes::CommProtocol that the BaseStation is currently set to use.

Returns

The WirelessTypes::CommProtocol that the BaseStation is currently set to use.

Exceptions
-
- -
-
regionCode
-
WirelessTypes::RegionCode regionCode() const
-

Gets the WirelessTypes::RegionCode representing the region of this BaseStation.

Returns

The WirelessTypes::RegionCode of this BaseStation.

Exceptions
-
- -
-
firmwareVersion
-
Version firmwareVersion() const
-

Gets the firmware version of the BaseStation.

Returns

A Version representing the firmware version of the BaseStation.

Exceptions

  • Error_NotSupported: Attempted to read an unsupported option. The device firmware is not compatible with this version of MSCL.

  • Error_Communication: Failed to read the value from the BaseStation.

  • Error_Connection: A connection error has occurred with the parent BaseStation.

-
- -
-
model
- -

Gets the model of the BaseStation.

Returns

A WirelessModels::BaseModel representing the model of the BaseStation.

Exceptions

  • Error_NotSupported: Attempted to read an unsupported option. The device firmware is not compatible with this version of MSCL.

  • Error_Communication: Failed to read the value from the BaseStation.

  • Error_Connection: A connection error has occurred with the parent BaseStation.

-
- -
-
serial
-
std::string serial() const
-

Gets the serial number of the BaseStation.

Returns

A string representing the serial number of the BaseStation.

Exceptions

  • Error_NotSupported: Attempted to read an unsupported option. The device firmware is not compatible with this version of MSCL.

  • Error_Communication: Failed to read the value from the BaseStation.

  • Error_Connection: A connection error has occurred with the parent BaseStation.

-
- -
-
microcontroller
-
WirelessTypes::MicroControllerType microcontroller() const
-

Gets the microcontroller of the BaseStation.

Returns

A WirelessTypes::MicroControllerType representing the microcontroller of the BaseStation.

Exceptions

  • Error_NotSupported: Attempted to read an unsupported option. The device firmware is not compatible with this version of MSCL.

  • Error_Communication: Failed to read the value from the BaseStation.

  • Error_Connection: A connection error has occurred with the parent BaseStation.

-
- -
-
getData
-
void getData(
std::vector<DataSweep> &sweeps,
uint32 timeout = 0,
uint32 maxSweeps = 0
)
-

Gets up to the requested amount of DataSweeps of sampled data that was collected by this BaseStation.

Parameters
sweeps
std::vector<DataSweep>&

The vector of DataSweep to hold the result.

timeout
uint32

The timeout, in milliseconds, to wait for data if necessary (default of 0).

maxSweeps
uint32

The maximum number of sweeps to return. If this is 0 (default), all sweeps will be returned.

Exceptions
-
- -
-
getRawBytePackets
-
void getRawBytePackets(
RawBytePackets &packets,
uint32 timeout = 0,
uint32 maxPackets = 0
)
-

Gets up to the requested amount of raw byte packets that have been collected.

Parameters
packets
RawBytePackets&

A vector of RawBytePacket to hold the result.

timeout
uint32

the timeout, in milliseconds, to wait for the data if necessary (default of 0)

maxPackets
uint32

The maximum number of packets to return. If this is 0 (default), all packets will be returned.

Exceptions
-
- -
-
totalData
-
uint32 totalData()
-

Gets the number of DataSweeps that are currently in the data buffer.

Returns

The number of DataSweeps that are currently in the data buffer.

-
- -
-
getNodeDiscoveries
-
NodeDiscoveries getNodeDiscoveries()
-

Gets the group of Node Discoveries that were collected by this base station.  Calling this function clears out the Node Discovery buffer, so repeatedly calling this will give you any new Node Discoveries.

Returns

A NodeDiscoveries container, holding all the Node Discoveries that were collected by this base station.

Exceptions
-
- -
-
timeout
-
void timeout(
uint64 timeout
)
-

Sets the timeout to use when waiting for responses from commands.

Parameters
timeout
uint64

The timeout (in milliseconds) to set.

-
- -
-
timeout
-
uint64 timeout() const
-

Gets the current timeout to use when waiting for responses from commands.

Returns

The timeout (in milliseconds) set.

-
- -
-
ping
-
virtual bool ping()
-

Pings the base station

Returns

true if successfully pinged the base station, false otherwise

Exceptions
-
- -
-
readEeprom
-
virtual uint16 readEeprom(
uint16 eepromAddress
) const
-

Reads a specific EEPROM address on the BaseStation.  If the value stored in the eeprom cache is still valid, this will be returned instead.

Parameters
eepromAddress
uint16

The EEPROM address to be read.

Returns

The uint16 value read from the specified EEPROM location.

Exceptions
-
- -
-
readEeprom
-
virtual Value readEeprom(
const EepromLocation &location
) const
-

Reads a value from the given EepromLocation of the BaseStation.  If the value stored in the eeprom cache is still valid, this will be returned instead.

Parameters
location
const EepromLocation&

The EepromLocation to read from.

Returns

The value read from the specified EEPROM location as a Value object.

Exceptions
-
- -
-
writeEeprom
-
virtual void writeEeprom(
uint16 eepromAddress,
uint16 value
)
-

Writes the specified uint16 value to a specific EEPROM address on the BaseStation.  If successful, the cache will be updated with the changed value as well.

Parameters
eepromAddress
uint16

The EEPROM address to write to.

value
uint16

The value to write to the EEPROM address.

Exceptions
-
- -
-
writeEeprom
-
virtual void writeEeprom(
const EepromLocation &location,
const Value &val
)
-

Writes a value to the given EepromLocation of the BaseStation.  If successful, the cache will be updated with the changed value as well.

Parameters
location
const EepromLocation&

The specific EepromLocation to write to.

value

The value to write to the eeprom location, as a Value.

Exceptions
-
- -
-
enableBeacon
-
virtual Timestamp enableBeacon()
-

Enables the beacon on the base station using the system time (UTC) as its starting timestamp.

Returns

A Timestamp representing the initial time that was sent to start the beacon

Exceptions
-
- -
-
enableBeacon
-
virtual Timestamp enableBeacon(
uint32 utcTime
)
-

Enables the beacon on the base station using the given UTC timestamp.

Parameters
utcTime
uint32

The start time for the beacon in UTC seconds from the Unix Epoch (01/01/1970)

Returns

A Timestamp representing the initial time that was sent to start the beacon

Exceptions
-
- -
-
disableBeacon
-
virtual void disableBeacon()
-

Disables the beacon on the base station.

Exceptions
-
- -
-
beaconStatus
-
virtual BeaconStatus beaconStatus()
-

Gets the BeaconStatus of the beacon on the BaseStation.

Exceptions
-
- -
-
startRfSweepMode
-
virtual void startRfSweepMode()
-

Starts the BaseStation in a fixed RF Sweep Mode, which will sweep over all the supported operating frequencies of the BaseStation.

Exceptions
-
- -
-
startRfSweepMode
-
virtual void startRfSweepMode(
uint32 minFreq,
uint32 maxFreq,
uint32 interval,
uint16 options
)
-

Starts the BaseStation in RF Sweep Mode.

Exceptions
-
- -
-
cyclePower
-
virtual void cyclePower(
bool checkComm= true
)
-

Cycles the power on the base station.

Parameters
checkComm
bool

Whether to check for communication (ping) after cycling power before returning from this function.

Exceptions
-
- -
-
resetRadio
-
virtual void resetRadio()
-

Resets the radio on the base station.

Exceptions
-
- -
-
changeFrequency
-
void changeFrequency(
WirelessTypes::Frequency frequency
)
-

Changes the radio frequency of the base station.

Parameters
frequency
WirelessTypes::Frequency

The WirelessTypes::Frequency to change the base station to.

Exceptions
-
- -
-
verifyConfig
-
bool verifyConfig(
const BaseStationConfig &config,
ConfigIssues &outIssues
) const
-

Checks whether the settings in the given BaseStationConfig are ok to be written to the BaseStation.  Options that are set will also be validated against each other. If an option that needs to be validated isn't currently set, it will be read from the BaseStation.

Parameters
config
const BaseStationConfig&

The BaseStationConfig to verify.

outIssues
ConfigIssues&

The ConfigIssues that will hold any resulting issues that are found with the configuration.

Returns

true if the configuration is valid. false if the configuration is invalid and outIssues should be checked for more information.

Exceptions
-
- -
-
applyConfig
-
void applyConfig(
const BaseStationConfig &config
)
-

Applies a BaseStationConfig to the Node.

Parameters
config
const BaseStationConfig&

The BaseStationConfig to apply to the Node.

Exceptions
-
- -
-
getTransmitPower
-
WirelessTypes::TransmitPower getTransmitPower() const
-

Reads the WirelessTypes::TransmitPower that is currently set on the BaseStation.

Exceptions
-
- -
-
getButtonLongPress
-
BaseStationButton getButtonLongPress(
uint8 buttonNumber
) const
-

Gets the current button settings for a long press action, as a BaseStationButton.

Parameters
buttonNumber
uint8

The button number (1 = button 1) to get the value for.

Exceptions
- Error_NotSupported

The BaseStation does not support the requested button.  - Error_Communication: Failed to read from the BaseStation.  - Error_Connection: A connection error has occurred with the BaseStation.

-
- -
-
getButtonShortPress
-
BaseStationButton getButtonShortPress(
uint8 buttonNumber
) const
-

Gets the current button settings for a short press action, as a BaseStationButton.

Parameters
buttonNumber
uint8

The button number (1 = button 1) to get the value for.

Exceptions
- Error_NotSupported

The BaseStation does not support the requested button.  - Error_Communication: Failed to read from the BaseStation.  - Error_Connection: A connection error has occurred with the BaseStation.

-
- -
-
getAnalogPairingEnabled
-
bool getAnalogPairingEnabled() const
-

Gets the current setting for if Analog Pairing is enabled or not.

Exceptions
-
- -
-
getAnalogTimeoutTime
-
uint16 getAnalogTimeoutTime() const
-

Reads the Analog Timeout Time in seconds that is currently set on the BaseStation.

Exceptions
-
- -
-
getAnalogTimeoutVoltage
-
float getAnalogTimeoutVoltage() const
-

Reads the Analog Timeout Voltage that is currently set on the BaseStation.

Exceptions
-
- -
-
getAnalogExceedanceEnabled
-
bool getAnalogExceedanceEnabled() const
-

Reads the Analog Exceedance enabled/disabled setting that is currently set on the BaseStation.

Exceptions
-
- -
-
getAnalogPair
-
BaseStationAnalogPair getAnalogPair(
uint8 portNumber
) const
-

Reads the BaseStationAnalogPair for the specified port number that is currently set on the BaseStation.

Parameters
portNumber
uint8

The port number (1 = port 1) to get the value for.

Exceptions
-
- -
-
doBaseCommand
-
bool doBaseCommand(
const ByteStream &command,
WirelessResponsePattern &response,
uint64 minTimeout = 0
)
-

Performs a BaseStation command with the given parameters.

-
- -
-
doNodeCommand
-
bool doNodeCommand(
NodeAddress nodeAddress,
const ByteStream &command,
WirelessResponsePattern &response,
uint64 minTimeout = 0
)
-

Performs a Wireless Node command with the given parameters.

-
- -
-
protocol_ping_v1
-
bool protocol_ping_v1()
-

Performs version 1 of the Ping BaseStation command.

-
- -
-
protocol_ping_v2
-
bool protocol_ping_v2(
WirelessPacket::AsppVersion asppVer
)
-

Performs version 2 of the Ping BaseStation command.

-
- -
-
protocol_hardReset_v2
-
void protocol_hardReset_v2()
-

Performs Version 2 of the Hard BaseStation Reset command.

-
- -
-
protocol_softReset_v2
-
void protocol_softReset_v2()
-

Performs Version 2 of the Soft BaseStation Reset command.

-
- -
-
protocol_read_v1
-
bool protocol_read_v1(
uint16 eepromAddress,
uint16 &result
)
-

Performs version 1 of the Read BaseStation EEPROM command.

-
- -
-
protocol_read_v2
-
bool protocol_read_v2(
WirelessPacket::AsppVersion asppVer,
uint16 eepromAddress,
uint16 &result
)
-

Performs version 2 of the Read BaseStation EEPROM command.

-
- -
-
protocol_write_v1
-
bool protocol_write_v1(
uint16 eepromAddress,
uint16 value
)
-

Performs version 1 of the Write BaseStation EEPROM command.

-
- -
-
protocol_write_v2
-
bool protocol_write_v2(
WirelessPacket::AsppVersion asppVer,
uint16 eepromAddress,
uint16 value
)
-

Performs version 2 of the Write BaseStation EEPROM command.

-
- -
-
protocol_enableBeacon_v1
-
Timestamp protocol_enableBeacon_v1(
uint32 utcTime
)
-

Performs version 1 of the Enable Beacon command.

-
- -
-
protocol_enableBeacon_v2
-
Timestamp protocol_enableBeacon_v2(
WirelessPacket::AsppVersion asppVer,
uint32 utcTime
)
-

Performs version 2 of the Enable Beacon command.

-
- -
-
protocol_beaconStatus_v1
-
BeaconStatus protocol_beaconStatus_v1(
WirelessPacket::AsppVersion asppVer
)
-

Performs version 1 of the Beacon Status command.

-
- -
-
protocol_startRfSweepMode_v1
-
void protocol_startRfSweepMode_v1(
WirelessPacket::AsppVersion asppVer,
uint32 minFreq,
uint32 maxFreq,
uint32 interval,
uint16 options
)
-

Starts the BaseStation in RF Sweep Mode.

-
- -
-
protocol_node_pageDownload_v1
-
bool protocol_node_pageDownload_v1(
NodeAddress nodeAddress,
uint16 pageIndex,
ByteStream &data
)
-

Performs Version 1 of the Node Page Download command.

-
- -
-
protocol_node_datalogInfo_v1
-
bool protocol_node_datalogInfo_v1(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress,
DatalogSessionInfoResult &result
)
-

Performs Version 1 of the Get Datalog Session Info command.

-
- -
-
protocol_node_getDatalogData_v1
-
bool protocol_node_getDatalogData_v1(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress,
uint32 flashAddress,
ByteStream &data,
uint16 &numBytesDownloaded
)
-

Performs Version 1 of the Get Datalog Data command.

-
- -
-
protocol_node_longPing_v1
-
PingResponse protocol_node_longPing_v1(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress
)
-

Performs Version 1 of the Node Long Ping command.

-
- -
-
protocol_node_hardReset_v2
-
void protocol_node_hardReset_v2(
NodeAddress nodeAddress
)
-

Performs Version 2 of the Node Hard Reset command.

-
- -
-
protocol_node_softReset_v2
-
void protocol_node_softReset_v2(
NodeAddress nodeAddress
)
-

Performs Version 2 of the Node Soft Reset command.

-
- -
-
protocol_node_sleep_v1
-
bool protocol_node_sleep_v1(
NodeAddress nodeAddress
)
-

Performs Version 1 of the Node Sleep command.

-
- -
-
protocol_node_sleep_v2
-
bool protocol_node_sleep_v2(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress
)
-

Performs Version 2 of the Node Sleep command.

-
- -
-
protocol_node_setToIdle_v1
-
SetToIdleStatus protocol_node_setToIdle_v1(
NodeAddress nodeAddress,
const BaseStation &base
)
-

Performs Version 1 of the Node Set to Idle command.

-
- -
-
protocol_node_setToIdle_v2
-
SetToIdleStatus protocol_node_setToIdle_v2(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress,
const BaseStation &base
)
-

Performs Version 2 of the Node Set to Idle command.

-
- -
-
protocol_node_readEeprom_v1
-
bool protocol_node_readEeprom_v1(
NodeAddress nodeAddress,
uint16 eepromAddress,
uint16 &eepromValue
)
-

Performs Version 1 of the Node Read Eeprom command.

-
- -
-
protocol_node_readEeprom_v2
-
bool protocol_node_readEeprom_v2(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress,
uint16 eepromAddress,
uint16 &eepromValue
)
-

Performs Version 2 of the Node Read Eeprom command.

-
- -
-
protocol_node_writeEeprom_v1
-
bool protocol_node_writeEeprom_v1(
NodeAddress nodeAddress,
uint16 eepromAddress,
uint16 value
)
-

Performs Version 1 of the Node Write Eeprom command.

-
- -
-
protocol_node_writeEeprom_v2
-
bool protocol_node_writeEeprom_v2(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress,
uint16 eepromAddress,
uint16 value
)
-

Performs Version 2 of the Node Write Eeprom command.

-
- -
-
protocol_node_autoBalance_v1
-
bool protocol_node_autoBalance_v1(
NodeAddress nodeAddress,
uint8 channelNumber,
float targetPercent,
AutoBalanceResult &result
)
-

Performs Version 1 of the Node AutoBalance command.

-
- -
-
protocol_node_autoBalance_v2
-
bool protocol_node_autoBalance_v2(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress,
uint8 channelNumber,
float targetPercent,
AutoBalanceResult &result
)
-

Performs Version 2 of the Node AutoBalance command.

-
- -
-
protocol_node_autocal_shm_v1
-
bool protocol_node_autocal_shm_v1(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress,
AutoCalResult &result
)
-

Performs Version 1 of the Node AutoCal SHM command.

-
- -
-
protocol_node_autocal_shm201_v1
-
bool protocol_node_autocal_shm201_v1(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress,
AutoCalResult &result
)
-

Performs Version 1 of the Node AutoCal SHM-Link-201 command.

-
- -
-
protocol_node_autoshuntcal_v1
-
bool protocol_node_autoshuntcal_v1(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress,
const AutoCalCmdDetails &commandDetails,
AutoCalResult &result
)
-

Performs Version 1 of the Node AutoShuntCal command.

-
- -
-
protocol_node_getDiagnosticInfo_v1
-
bool protocol_node_getDiagnosticInfo_v1(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress,
ChannelData &result
)
-

Performs Version 1 of the Node Get Diagnostic Info command.

-
- -
-
protocol_node_erase_v1
-
bool protocol_node_erase_v1(
NodeAddress nodeAddress
)
-

Performs Version 1 of the Node erase command.

-
- -
-
protocol_node_erase_v2
-
bool protocol_node_erase_v2(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress
)
-

Performs Version 2 of the Node erase command.

-
- -
-
protocol_node_startSync_v1
-
bool protocol_node_startSync_v1(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress
)
-

Performs Version 1 of the Node Start Sync Sampling command.

-
- -
-
protocol_node_startNonSync_v1
-
bool protocol_node_startNonSync_v1(
NodeAddress nodeAddress
)
-

Performs Version 1 of the Start Non Sync Sampling command.

-
- -
-
protocol_node_startNonSync_v2
-
bool protocol_node_startNonSync_v2(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress
)
-

Performs Version 2 of the Start Non Sync Sampling command.

-
- -
-
protocol_node_batchEepromRead_v1
-
bool protocol_node_batchEepromRead_v1(
NodeAddress nodeAddress,
uint16 startEeprom,
std::map<uint16, uint16> &result
)
-

Performs Version 1 of the Node Batch Eeprom Read command.

-
- -
-
protocol_node_testCommProtocol
-
bool protocol_node_testCommProtocol(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress,
WirelessTypes::CommProtocol protocol
)
-

Performs Version 1 of the Node Test Communication Protocol command.

-
- -
-
protocol_node_poll
-
bool protocol_node_poll(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress,
const ChannelMask &chs,
WirelessPollData &result
)
-

Performs Version 1 of the Node Poll command.

-
- -
-
node_ping
-
virtual PingResponse node_ping(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress
)
-

Pings the specified Node.

Parameters
nodeProtocol
const WirelessProtocol&

the WirelessProtocol for the Node.

nodeAddress
NodeAddress

the node address of the Node to ping.

Returns

A PingResponse object that can be queried to get details of the ping command's response.

Exceptions
-
- -
-
node_hardReset
-
void node_hardReset(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress
)
-

Performs a hard reset on the specified Node.

Parameters
nodeProtocol
const WirelessProtocol&

the WirelessProtocol for the Node.

nodeAddress
NodeAddress

the node address to perform the hard reset on

Exceptions
-
- -
-
node_softReset
-
void node_softReset(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress
)
-

Performs a soft reset on the specified Node.

Parameters
nodeProtocol
const WirelessProtocol&

the WirelessProtocol for the Node.

nodeAddress
NodeAddress

the node address to perform the soft reset on

Returns

true if the reset was successful, false otherwise.

Exceptions
-
- -
-
node_sleep
-
virtual bool node_sleep(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress
)
-

Puts the Node into a low power, sleep mode.  This command attempts to ping the node before sending the sleep command, to verify communication.

Parameters
nodeProtocol
const WirelessProtocol&

the WirelessProtocol for the Node.

nodeAddress
NodeAddress

The node adderss of the Node to put to sleep.

Returns

true if the sleep command was successful, false otherwise.

Exceptions
-
- -
-
node_setToIdle
-
virtual SetToIdleStatus node_setToIdle(
NodeAddress nodeAddress,
const BaseStation &base
)
-

Attempts to set the node to idle so that it can be communicated with.

Parameters
nodeAddress
NodeAddress

the node address of the node to ping.

base
const BaseStation&

A reference to the BaseStation that will be used for setting the node to idle.

Returns

A SetToIdleStatus object that can be queried to get the status of the Set to Idle operation.

Exceptions
-
- -
-
node_readEeprom
-
virtual bool node_readEeprom(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress,
uint16 eepromAddress,
uint16 &eepromValue
)
-

Reads a value from EEPROM on the specified Node.

Parameters
nodeProtocol
const WirelessProtocol&

the WirelessProtocol for the Node.

nodeAddress
NodeAddress

the node address of the Node to read from.

eepromAddress
uint16

the EEPROM address to read the value from.

eepromValue
uint16&

holds the result value read from EEPROM if successful.

Returns

true if the command was successful, false otherwise.

Exceptions
-
- -
-
node_writeEeprom
-
virtual bool node_writeEeprom(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress,
uint16 eepromAddress,
uint16 value
)
-

Writes a value to EEPROM on the specified Node.

Parameters
nodeProtocol
const WirelessProtocol&

the WirelessProtocol for the Node.

nodeAddress
NodeAddress

the node address of the node to write to.

eepromAddress
uint16

the EEPROM address to write the value to.

value
uint16

the value to write to EEPROM.

Returns

true if the write eeprom command succeeded, false otherwise.

Exceptions
-
- -
-
node_pageDownload
-
virtual bool node_pageDownload(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress,
uint16 pageIndex,
ByteStream &data
)
-

Download a page of logged data from the Node

Parameters
nodeProtocol
const WirelessProtocol&

The WirelessProtocol for the Node.

nodeAddress
NodeAddress

The node address of the Node to download data from

pageIndex
uint16

The page index to download from the Node

data
ByteStream&

Output parameter that contains the resulting data downloaded from the Node, if any

Returns

true if the page download command succeeded, false otherwise

Exceptions
-
- -
-
node_batchEepromRead
-
virtual bool node_batchEepromRead(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress,
uint16 startEeprom,
std::map<uint16, uint16> &result
)
-

Reads a batch of eeprom values from the Node

Parameters
nodeProtocol
const WirelessProtocol&

The WirelessProtocol for the Node.

nodeAddress
NodeAddress

The node address of the Node to download data from.

startEeprom
uint16

The eeprom address to start the batch eeprom read from.

result
std::map<uint16, uint16>&

The eeprom location/value map that will hold the result.

Exceptions
-
- -
-
node_getDatalogSessionInfo
-
virtual bool node_getDatalogSessionInfo(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress,
DatalogSessionInfoResult &result
)
-

Gets info about the datalog sessions on the Node.

Parameters
nodeProtocol
const WirelessProtocol&

The WirelessProtocol for the Node.

nodeAddress
NodeAddress

The node address of the Node to download data from.

result
DatalogSessionInfoResult&

The DatalogSessionInfoResult containing the result info on success.

Returns

true if the command succeded, false otherwise

Exceptions
-
- -
-
node_getDatalogData
-
virtual bool node_getDatalogData(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress,
uint32 flashAddress,
ByteStream &result,
uint16 &numBytesRead
)
-

Gets a section of logged data from the Node.

Parameters
nodeProtocol
const WirelessProtocol&

The WirelessProtocol for the Node.

nodeAddress
NodeAddress

The node address of the Node to download data from.

flashAddress
uint32

The flash address to read from.

result
ByteStream&

The ByteStream containing the resulting data bytes from the Node on success.

numBytesRead
uint16&

The number of bytes that were read from the command and appended to the result ByteStream.

Returns

true if the command succeded, false otherwise

Exceptions
-
- -
-
node_erase
-
virtual bool node_erase(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress
)
-

Sends the Erase command to a Node.

Parameters
nodeProtocol
const WirelessProtocol&

The WirelessProtocol for the Node.

nodeAddress
NodeAddress

The node address of the Node to send the command to.

Exceptions
-
- -
-
node_startSyncSampling
-
virtual bool node_startSyncSampling(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress
)
-

Sends the Start Synchronized Sampling command to a Node.

Parameters
nodeProtocol
const WirelessProtocol&

The WirelessProtocol for the Node.

nodeAddress
NodeAddress

The node address of the Node to send the command to.

Returns

true if the Start Sync Sampling command succeeded, false otherwise.

Exceptions
-
- -
-
node_startNonSyncSampling
-
virtual bool node_startNonSyncSampling(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress
)
-

Sends the Start Non-Synchronized Sampling command to a Node.

Parameters
nodeProtocol
const WirelessProtocol&

The WirelessProtocol for the Node.

nodeAddress
NodeAddress

The node address of the Node to send the command to.

Returns

true if the Start Non Sync Sampling command succeded, false otherwise.

Exceptions
-
- -
-
node_armForDatalogging
-
virtual bool node_armForDatalogging(
NodeAddress nodeAddress,
const std::string &message
)
-

Sends the Arm For Datalogging command to a Node.

Parameters
nodeAddress
NodeAddress

The node address of the Node to send the command to.

message
const std::string&

A message, up to 50 characters, to send with the arm command. This message can be downloaded with the data. Will be trimmed to 50 chars if longer.

Returns

true if the Arm For Datalogging command succeeded, false otherwise.

Exceptions
-
- -
-
node_triggerArmedDatalogging
-
virtual void node_triggerArmedDatalogging(
NodeAddress nodeAddress
)
-

Sends the Trigger Armed Datalogging command to a Node.

Parameters
nodeAddress
NodeAddress

The node address of the Node to send the command to.

Exceptions
-
- -
-
node_autoBalance
-
virtual bool node_autoBalance(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress,
uint8 channelNumber,
float targetPercent,
AutoBalanceResult &result
)
-

Sends the AutoBalance command to a Node.

Parameters
nodeProtocol
const WirelessProtocol&

The WirelessProtocol for the Node.

nodeAddress
NodeAddress

The node address of the Node to send the command to.

channelNumber
uint8

The channel number (ch1 = 1, ch8 = 8) to balance.

targetPercent
float

The target percentage (0 - 100) to balance to.

result
AutoBalanceResult&

The AutoBalanceResult of the command.

Returns

true if the command succeeded, false if it failed.

Exceptions
-
- -
-
node_autocal_shm
-
bool node_autocal_shm(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress,
AutoCalResult &result
)
-

Performs automatic calibration for a Wireless Node.

Parameters
nodeProtocol
const WirelessProtocol&

The WirelessProtocol for the Node.

nodeAddress
NodeAddress

The node address of the Node to send the command to.

result
AutoCalResult&

The AutoCalResult reference to hold the result.

Returns

true if the AutoCal command was successful, false otherwise.

Exceptions
-
- -
-
node_autocal_shm201
-
bool node_autocal_shm201(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress,
AutoCalResult &result
)
-

Performs automatic calibration for a Wireless Node.

Parameters
nodeProtocol
const WirelessProtocol&

The WirelessProtocol for the Node.

nodeAddress
NodeAddress

The node address of the Node to send the command to.

result
AutoCalResult&

The AutoCalResult reference to hold the result.

Returns

true if the AutoCal command was successful, false otherwise.

Exceptions
-
- -
-
node_autoShuntCal
-
bool node_autoShuntCal(
const WirelessProtocol &nodeProtocol,
const AutoCalCmdDetails &commandDetails,
AutoCalResult &result
)
-

Performs automatic shunt calibration for a Wireless Node.

Parameters
nodeProtocol
const WirelessProtocol&

The WirelessProtocol for the Node.

commandDetails
const AutoCalCmdDetails&

The AutoCalCmdDetails for this command.

result
AutoCalResult&

The AutoCalResult reference to hold the result.

Returns

true if the AutoCal command was successful, false otherwise.

Exceptions
-
- -
-
node_readSingleSensor
-
bool node_readSingleSensor(
NodeAddress nodeAddress,
uint8 channelNumber,
uint16 &result
)
-

Reads the bits value for a single channel on a Wireless Node.

Parameters
nodeAddress
NodeAddress

The node address of the Node to send the command to.

channelNumber
uint8

The channel number (ch1 = 1, ch8 = 8) to read.

result
uint16&

Holds the bits value result from the channel on the Node.

Returns

true if the Read Single Sensor command was successful, false otherwise.

Exceptions
-
- -
-
node_getDiagnosticInfo
-
bool node_getDiagnosticInfo(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress,
ChannelData &result
)
-

Performs an immediate request for the Node's Diagnostic Info.

Parameters
nodeProtocol
const WirelessProtocol&

The WirelessProtocol for the Node.

nodeAddress
NodeAddress

The node address of the Node to send the command to.

result
ChannelData&

The <ChannelData> container that will be filled with the result upon success.

Returns

true if the command was successful, false otherwise.

Exceptions
-
- -
-
node_testCommProtocol
-
bool node_testCommProtocol(
NodeAddress nodeAddress,
WirelessTypes::CommProtocol commProtocol
)
-

Tests if a Node will still be able to communicate after changing the Node's communication protocol.

Parameters
nodeAddress
NodeAddress

The node address of the Node to send the command to.

commProtocol
WirelessTypes::CommProtocol

The WirelessTypes::CommProtocol to test.

Returns

true if communication in the new protocol mode was successful, false otherwise.

Exceptions
-
- -
-
node_poll
-
bool node_poll(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress,
const ChannelMask &chs,
WirelessPollData &result
)
-

Polls the WirelessNode to get a single sweep of calibrated data.

Parameters
nodeProtocol
const WirelessProtocol&

The WirelessProtocol for the Node.

nodeAddress
NodeAddress

The node address of the Node to send the command to.

chs
const ChannelMask&

The ChannelMask to poll data for. Note: if a channel is active that isn't supported by the Node, it will be ignored.

result
WirelessPollData&

The <WirelessPollData> map holding the result of the poll.

Returns

true if the command was successful, false otherwise.

Exceptions
-
- -
-
node_autocal
-
bool node_autocal(
NodeAddress nodeAddress,
const ByteStream &command,
AutoCal::Response &response,
AutoCalResult &result
)
-

Performs automatic calibration for a Wireless Node.

Parameters
nodeAddress
NodeAddress

The node address of the Node to send the command to.

command
const ByteStream&

The ByteStream containing the autocal command to send.

response
AutoCal::Response&

The <AutoCal::Response> to use for parsing the response.

result
AutoCalResult&

The AutoCalResult reference to hold the result.

Exceptions
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStation_Ping-Summary.js b/v66.0.1/MSCL_Docs/classes/C/BaseStation_Ping-Summary.js deleted file mode 100644 index f98c52175..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStation_Ping-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:BaseStation_Ping","BaseStation_Ping");NDSummary.OnSummaryLoaded("CClass:BaseStation_Ping",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[5698,0,0,"BaseStation_Ping"],[5699,0,2,"Functions","Functions"],[5700,0,1,"buildCommand","buildCommand"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStation_Ping-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/BaseStation_Ping-SummaryToolTips.js deleted file mode 100644 index 80d02d7db..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStation_Ping-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:BaseStation_Ping",{5698:"
BaseStation_Ping
Contains logic for the base station Ping command
",5700:"
static ByteStream buildCommand()
Builds the Ping command packet
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStation_Ping-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/BaseStation_Ping-ToolTips.js deleted file mode 100644 index 3e126167f..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStation_Ping-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStation_Ping.html b/v66.0.1/MSCL_Docs/classes/C/BaseStation_Ping.html deleted file mode 100644 index 7d301b9eb..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStation_Ping.html +++ /dev/null @@ -1,27 +0,0 @@ - - -BaseStation_Ping - - - - - - - -
-
BaseStation_Ping
-
BaseStation_Ping
-

Contains logic for the base station Ping command

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand()
-

Builds the Ping command packet

Returns

A ByteStream containing the base station Ping command

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStation_Ping_v2-Summary.js b/v66.0.1/MSCL_Docs/classes/C/BaseStation_Ping_v2-Summary.js deleted file mode 100644 index 28777bb53..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStation_Ping_v2-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:BaseStation_Ping_v2","BaseStation_Ping_v2");NDSummary.OnSummaryLoaded("CClass:BaseStation_Ping_v2",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[5705,0,0,"BaseStation_Ping_v2"],[5706,0,2,"Functions","Functions"],[5707,0,1,"buildCommand","buildCommand"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStation_Ping_v2-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/BaseStation_Ping_v2-SummaryToolTips.js deleted file mode 100644 index 9d35346b5..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStation_Ping_v2-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:BaseStation_Ping_v2",{5705:"
BaseStation_Ping_v2
Contains logic for the base station Ping command (v2).
",5707:"
static ByteStream buildCommand(
WirelessPacket::AsppVersion asppVer
)
Builds the Ping command packet.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStation_Ping_v2-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/BaseStation_Ping_v2-ToolTips.js deleted file mode 100644 index c0e1609f2..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStation_Ping_v2-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7194:"
The possible ASPP versions
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStation_Ping_v2.html b/v66.0.1/MSCL_Docs/classes/C/BaseStation_Ping_v2.html deleted file mode 100644 index 068fff36d..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStation_Ping_v2.html +++ /dev/null @@ -1,27 +0,0 @@ - - -BaseStation_Ping_v2 - - - - - - - -
-
BaseStation_Ping_v2
-
BaseStation_Ping_v2
-

Contains logic for the base station Ping command (v2).

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand(
WirelessPacket::AsppVersion asppVer
)
-

Builds the Ping command packet.

Returns

A ByteStream containing the base station Ping command.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStation_ReadEeprom-Summary.js b/v66.0.1/MSCL_Docs/classes/C/BaseStation_ReadEeprom-Summary.js deleted file mode 100644 index d19d6488b..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStation_ReadEeprom-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:BaseStation_ReadEeprom","BaseStation_ReadEeprom");NDSummary.OnSummaryLoaded("CClass:BaseStation_ReadEeprom",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[5686,0,0,"BaseStation_ReadEeprom"],[5687,0,2,"Functions","Functions"],[5688,0,1,"buildCommand","buildCommand"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStation_ReadEeprom-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/BaseStation_ReadEeprom-SummaryToolTips.js deleted file mode 100644 index 2fc2286d7..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStation_ReadEeprom-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:BaseStation_ReadEeprom",{5686:"
BaseStation_ReadEeprom
Contains logic for the base station read eeprom command
",5688:"
static ByteStream buildCommand(
uint16 eepromAddress
)
Builds the eeprom read command packet
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStation_ReadEeprom-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/BaseStation_ReadEeprom-ToolTips.js deleted file mode 100644 index 3e126167f..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStation_ReadEeprom-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStation_ReadEeprom.html b/v66.0.1/MSCL_Docs/classes/C/BaseStation_ReadEeprom.html deleted file mode 100644 index f037976e2..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStation_ReadEeprom.html +++ /dev/null @@ -1,27 +0,0 @@ - - -BaseStation_ReadEeprom - - - - - - - -
-
BaseStation_ReadEeprom
-
BaseStation_ReadEeprom
-

Contains logic for the base station read eeprom command

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand(
uint16 eepromAddress
)
-

Builds the eeprom read command packet

Parameters
eepromAddress
uint16

The eeprom address to read from the base station

Returns

A ByteStream containing the base station read eeprom command

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStation_ReadEeprom_v2-Summary.js b/v66.0.1/MSCL_Docs/classes/C/BaseStation_ReadEeprom_v2-Summary.js deleted file mode 100644 index f9addb082..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStation_ReadEeprom_v2-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:BaseStation_ReadEeprom_v2","BaseStation_ReadEeprom_v2");NDSummary.OnSummaryLoaded("CClass:BaseStation_ReadEeprom_v2",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[5671,0,0,"BaseStation_ReadEeprom_v2"],[5672,0,2,"Functions","Functions"],[5673,0,1,"buildCommand","buildCommand"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStation_ReadEeprom_v2-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/BaseStation_ReadEeprom_v2-SummaryToolTips.js deleted file mode 100644 index cea7002ce..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStation_ReadEeprom_v2-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:BaseStation_ReadEeprom_v2",{5671:"
BaseStation_ReadEeprom_v2
Contains logic for the base station read eeprom command (v2).
",5673:"
static ByteStream buildCommand(
WirelessPacket::AsppVersion asppVer,
uint16 eepromAddress
)
Builds the eeprom read command packet.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStation_ReadEeprom_v2-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/BaseStation_ReadEeprom_v2-ToolTips.js deleted file mode 100644 index c0e1609f2..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStation_ReadEeprom_v2-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7194:"
The possible ASPP versions
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStation_ReadEeprom_v2.html b/v66.0.1/MSCL_Docs/classes/C/BaseStation_ReadEeprom_v2.html deleted file mode 100644 index c3e4109a6..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStation_ReadEeprom_v2.html +++ /dev/null @@ -1,27 +0,0 @@ - - -BaseStation_ReadEeprom_v2 - - - - - - - -
-
BaseStation_ReadEeprom_v2
-
BaseStation_ReadEeprom_v2
-

Contains logic for the base station read eeprom command (v2).

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand(
WirelessPacket::AsppVersion asppVer,
uint16 eepromAddress
)
-

Builds the eeprom read command packet.

Parameters
eepromAddress
uint16

The eeprom address to read from the base station.

Returns

A ByteStream containing the base station read eeprom command

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStation_Reset_v2-Summary.js b/v66.0.1/MSCL_Docs/classes/C/BaseStation_Reset_v2-Summary.js deleted file mode 100644 index c0163300d..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStation_Reset_v2-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:BaseStation_Reset_v2","BaseStation_Reset_v2");NDSummary.OnSummaryLoaded("CClass:BaseStation_Reset_v2",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[5661,0,0,"BaseStation_Reset_v2"],[5662,0,2,"Functions","Functions"],[5663,0,1,"buildCommand","buildCommand"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStation_Reset_v2-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/BaseStation_Reset_v2-SummaryToolTips.js deleted file mode 100644 index ce33b0950..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStation_Reset_v2-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:BaseStation_Reset_v2",{5661:"
BaseStation_Reset_v2
Contains logic for the BaseStation_Reset_v2 command
",5663:"
static ByteStream buildCommand(
ResetType resetType
)
Builds the BaseStation_Reset_v2 command packet
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStation_Reset_v2-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/BaseStation_Reset_v2-ToolTips.js deleted file mode 100644 index 3e126167f..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStation_Reset_v2-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStation_Reset_v2.html b/v66.0.1/MSCL_Docs/classes/C/BaseStation_Reset_v2.html deleted file mode 100644 index 8435e14e2..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStation_Reset_v2.html +++ /dev/null @@ -1,27 +0,0 @@ - - -BaseStation_Reset_v2 - - - - - - - -
-
BaseStation_Reset_v2
-
BaseStation_Reset_v2
-

Contains logic for the BaseStation_Reset_v2 command

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand(
ResetType resetType
)
-

Builds the BaseStation_Reset_v2 command packet

Parameters
resetType
ResetType

The <ResetType>

Returns

A ByteStream containing the BaseStation_Reset_v2 command packet

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStation_RfSweepStart-Summary.js b/v66.0.1/MSCL_Docs/classes/C/BaseStation_RfSweepStart-Summary.js deleted file mode 100644 index 6c128c5e3..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStation_RfSweepStart-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:BaseStation_RfSweepStart","BaseStation_RfSweepStart");NDSummary.OnSummaryLoaded("CClass:BaseStation_RfSweepStart",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[5649,0,0,"BaseStation_RfSweepStart"],[5650,0,2,"Functions","Functions"],[5651,0,1,"buildCommand","buildCommand"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStation_RfSweepStart-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/BaseStation_RfSweepStart-SummaryToolTips.js deleted file mode 100644 index 8e0423825..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStation_RfSweepStart-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:BaseStation_RfSweepStart",{5649:"
BaseStation_RfSweepStart
Contains logic for the base station Start RF Sweep command.
",5651:"
static ByteStream buildCommand(
WirelessPacket::AsppVersion asppVer,
uint32 min,
uint32 max,
uint32 interval,
uint16 options
)
Builds the beacon status command.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStation_RfSweepStart-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/BaseStation_RfSweepStart-ToolTips.js deleted file mode 100644 index c0e1609f2..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStation_RfSweepStart-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7194:"
The possible ASPP versions
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStation_RfSweepStart.html b/v66.0.1/MSCL_Docs/classes/C/BaseStation_RfSweepStart.html deleted file mode 100644 index 6285af990..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStation_RfSweepStart.html +++ /dev/null @@ -1,27 +0,0 @@ - - -BaseStation_RfSweepStart - - - - - - - -
-
BaseStation_RfSweepStart
-
BaseStation_RfSweepStart
-

Contains logic for the base station Start RF Sweep command.

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand(
WirelessPacket::AsppVersion asppVer,
uint32 min,
uint32 max,
uint32 interval,
uint16 options
)
-

Builds the beacon status command.

Parameters
min
uint32

The minimum sweep frequency in kHz (2400000 = 2.4GHz).

max
uint32

The maximum sweep frequency in kHz (2400000 = 2.4GHz).

interval
uint32

The sweep interval in kHz.

options
uint16

The options to send with the command (advanced, used internally).

Returns

A ByteStream containing the base station beacon status command.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStation_SetBeacon-Summary.js b/v66.0.1/MSCL_Docs/classes/C/BaseStation_SetBeacon-Summary.js deleted file mode 100644 index 97f48e63d..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStation_SetBeacon-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:BaseStation_SetBeacon","BaseStation_SetBeacon");NDSummary.OnSummaryLoaded("CClass:BaseStation_SetBeacon",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[5638,0,0,"BaseStation_SetBeacon"],[5639,0,2,"Functions","Functions"],[5640,0,1,"buildCommand","buildCommand"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStation_SetBeacon-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/BaseStation_SetBeacon-SummaryToolTips.js deleted file mode 100644 index ec986eaf6..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStation_SetBeacon-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:BaseStation_SetBeacon",{5638:"
BaseStation_SetBeacon
Contains logic for the base station set (enable/disable) beacon command
",5640:"
static ByteStream buildCommand(
uint32 utcTime
)
Builds the set beacon command packet, using the passed in seconds as the start time
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStation_SetBeacon-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/BaseStation_SetBeacon-ToolTips.js deleted file mode 100644 index 3e126167f..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStation_SetBeacon-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStation_SetBeacon.html b/v66.0.1/MSCL_Docs/classes/C/BaseStation_SetBeacon.html deleted file mode 100644 index 6df39887b..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStation_SetBeacon.html +++ /dev/null @@ -1,27 +0,0 @@ - - -BaseStation_SetBeacon - - - - - - - -
-
BaseStation_SetBeacon
-
BaseStation_SetBeacon
-

Contains logic for the base station set (enable/disable) beacon command

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand(
uint32 utcTime
)
-

Builds the set beacon command packet, using the passed in seconds as the start time

Parameters
utcTime
uint32

The start time for the beacon in UTC seconds from the Unix Epoch (01/01/1970)

Returns

A ByteStream containing the base station set beacon command

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStation_SetBeacon_v2-Summary.js b/v66.0.1/MSCL_Docs/classes/C/BaseStation_SetBeacon_v2-Summary.js deleted file mode 100644 index 5efa176a0..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStation_SetBeacon_v2-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:BaseStation_SetBeacon_v2","BaseStation_SetBeacon_v2");NDSummary.OnSummaryLoaded("CClass:BaseStation_SetBeacon_v2",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[5626,0,0,"BaseStation_SetBeacon_v2"],[5627,0,2,"Functions","Functions"],[5628,0,1,"buildCommand","buildCommand"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStation_SetBeacon_v2-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/BaseStation_SetBeacon_v2-SummaryToolTips.js deleted file mode 100644 index cfcbb81e7..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStation_SetBeacon_v2-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:BaseStation_SetBeacon_v2",{5626:"
BaseStation_SetBeacon_v2
Contains logic for the base station set (enable/disable) beacon command (v2)
",5628:"
static ByteStream buildCommand(
WirelessPacket::AsppVersion asppVer,
uint32 utcTime
)
Builds the set beacon command packet, using the passed in seconds as the start time
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStation_SetBeacon_v2-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/BaseStation_SetBeacon_v2-ToolTips.js deleted file mode 100644 index c0e1609f2..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStation_SetBeacon_v2-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7194:"
The possible ASPP versions
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStation_SetBeacon_v2.html b/v66.0.1/MSCL_Docs/classes/C/BaseStation_SetBeacon_v2.html deleted file mode 100644 index fb3523661..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStation_SetBeacon_v2.html +++ /dev/null @@ -1,27 +0,0 @@ - - -BaseStation_SetBeacon_v2 - - - - - - - -
-
BaseStation_SetBeacon_v2
-
BaseStation_SetBeacon_v2
-

Contains logic for the base station set (enable/disable) beacon command (v2)

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand(
WirelessPacket::AsppVersion asppVer,
uint32 utcTime
)
-

Builds the set beacon command packet, using the passed in seconds as the start time

Parameters
utcTime
uint32

The start time for the beacon in UTC seconds from the Unix Epoch (01/01/1970)

Returns

A ByteStream containing the base station set beacon command

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStation_WriteEeprom-Summary.js b/v66.0.1/MSCL_Docs/classes/C/BaseStation_WriteEeprom-Summary.js deleted file mode 100644 index 63a7b5290..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStation_WriteEeprom-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:BaseStation_WriteEeprom","BaseStation_WriteEeprom");NDSummary.OnSummaryLoaded("CClass:BaseStation_WriteEeprom",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[5615,0,0,"BaseStation_WriteEeprom"],[5616,0,2,"Functions","Functions"],[5617,0,1,"buildCommand","buildCommand"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStation_WriteEeprom-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/BaseStation_WriteEeprom-SummaryToolTips.js deleted file mode 100644 index 261de1b9d..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStation_WriteEeprom-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:BaseStation_WriteEeprom",{5615:"
BaseStation_WriteEeprom
Contains logic for the base station write eeprom command
",5617:"
static ByteStream buildCommand(
uint16 eepromAddress,
uint16 valueToWrite
)
Builds the eeprom write command packet
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStation_WriteEeprom-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/BaseStation_WriteEeprom-ToolTips.js deleted file mode 100644 index 3e126167f..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStation_WriteEeprom-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStation_WriteEeprom.html b/v66.0.1/MSCL_Docs/classes/C/BaseStation_WriteEeprom.html deleted file mode 100644 index 67d8ad923..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStation_WriteEeprom.html +++ /dev/null @@ -1,27 +0,0 @@ - - -BaseStation_WriteEeprom - - - - - - - -
-
BaseStation_WriteEeprom
-
BaseStation_WriteEeprom
-

Contains logic for the base station write eeprom command

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand(
uint16 eepromAddress,
uint16 valueToWrite
)
-

Builds the eeprom write command packet

Parameters
eepromAddress
uint16

The eeprom address to write to on the base station

valueToWrite
uint16

The value to write to the specified eeprom address

Returns

A ByteStream containing the base station write eeprom command

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStation_WriteEeprom_v2-Summary.js b/v66.0.1/MSCL_Docs/classes/C/BaseStation_WriteEeprom_v2-Summary.js deleted file mode 100644 index 767369140..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStation_WriteEeprom_v2-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:BaseStation_WriteEeprom_v2","BaseStation_WriteEeprom_v2");NDSummary.OnSummaryLoaded("CClass:BaseStation_WriteEeprom_v2",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[5601,0,0,"BaseStation_WriteEeprom_v2"],[5602,0,2,"Functions","Functions"],[5603,0,1,"buildCommand","buildCommand"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStation_WriteEeprom_v2-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/BaseStation_WriteEeprom_v2-SummaryToolTips.js deleted file mode 100644 index 173b08ead..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStation_WriteEeprom_v2-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:BaseStation_WriteEeprom_v2",{5601:"
BaseStation_WriteEeprom_v2
Contains logic for the base station write eeprom command (v2)
",5603:"
static ByteStream buildCommand(
WirelessPacket::AsppVersion asppVer,
uint16 eepromAddress,
uint16 valueToWrite
)
Builds the eeprom write command packet
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStation_WriteEeprom_v2-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/BaseStation_WriteEeprom_v2-ToolTips.js deleted file mode 100644 index c0e1609f2..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStation_WriteEeprom_v2-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7194:"
The possible ASPP versions
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BaseStation_WriteEeprom_v2.html b/v66.0.1/MSCL_Docs/classes/C/BaseStation_WriteEeprom_v2.html deleted file mode 100644 index 7dbefbd5a..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BaseStation_WriteEeprom_v2.html +++ /dev/null @@ -1,27 +0,0 @@ - - -BaseStation_WriteEeprom_v2 - - - - - - - -
-
BaseStation_WriteEeprom_v2
-
BaseStation_WriteEeprom_v2
-

Contains logic for the base station write eeprom command (v2)

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand(
WirelessPacket::AsppVersion asppVer,
uint16 eepromAddress,
uint16 valueToWrite
)
-

Builds the eeprom write command packet

Parameters
eepromAddress
uint16

The eeprom address to write to on the base station

valueToWrite
uint16

The value to write to the specified eeprom address

Returns

A ByteStream containing the base station write eeprom command

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BatchEepromRead-Summary.js b/v66.0.1/MSCL_Docs/classes/C/BatchEepromRead-Summary.js deleted file mode 100644 index 0647c6aef..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BatchEepromRead-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:BatchEepromRead","BatchEepromRead");NDSummary.OnSummaryLoaded("CClass:BatchEepromRead",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[5590,0,0,"BatchEepromRead"],[5591,0,2,"Functions","Functions"],[5592,0,1,"buildCommand","buildCommand"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BatchEepromRead-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/BatchEepromRead-SummaryToolTips.js deleted file mode 100644 index dc3a90649..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BatchEepromRead-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:BatchEepromRead",{5590:"
BatchEepromRead
Contains logic for the Batch Eeprom Read Node command
",5592:"
static ByteStream buildCommand(
NodeAddress nodeAddress,
uint16 startAddress
)
Builds the ReadEeprom command packet
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BatchEepromRead-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/BatchEepromRead-ToolTips.js deleted file mode 100644 index aefea407e..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BatchEepromRead-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10245:"
typedef for a Node\'s node address.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BatchEepromRead.html b/v66.0.1/MSCL_Docs/classes/C/BatchEepromRead.html deleted file mode 100644 index 2956fd852..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BatchEepromRead.html +++ /dev/null @@ -1,27 +0,0 @@ - - -BatchEepromRead - - - - - - - -
-
BatchEepromRead
-
BatchEepromRead
-

Contains logic for the Batch Eeprom Read Node command

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand(
NodeAddress nodeAddress,
uint16 startAddress
)
-

Builds the ReadEeprom command packet

Parameters
nodeAddress
NodeAddress

the address of the Node to build the command for.

startAddress
uint16

the Eeprom address to start reading from.

Returns

A ByteStream containing the command packet

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BeaconEchoPacket-Summary.js b/v66.0.1/MSCL_Docs/classes/C/BeaconEchoPacket-Summary.js deleted file mode 100644 index 7906fc495..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BeaconEchoPacket-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:BeaconEchoPacket","BeaconEchoPacket");NDSummary.OnSummaryLoaded("CClass:BeaconEchoPacket",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[7723,0,0,"BeaconEchoPacket"],[7724,0,2,"Functions","Functions"],[7725,0,1,"BeaconEchoPacket","BeaconEchoPacket"],[7726,0,1,"parseSweeps","parseSweeps"],[7727,0,1,"integrityCheck","integrityCheck"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BeaconEchoPacket-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/BeaconEchoPacket-SummaryToolTips.js deleted file mode 100644 index 4972751e7..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BeaconEchoPacket-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:BeaconEchoPacket",{7723:"
BeaconEchoPacket
A WirelessDataPacket derived class representing a Beacon Echo packet.
",7725:"
explicit BeaconEchoPacket(
const WirelessPacket &packet
)
Creates a BeaconEchoPacket from the passed in WirelessPacket.
",7726:"
void parseSweeps()
Parses the passed in WirelessPacket for all the sweep information and adds a sweep to the sweeps container
",7727:"
static bool integrityCheck(
const WirelessPacket &packet
)
Verifies that the packet is a well formed BeaconEchoPacket packet.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BeaconEchoPacket-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/BeaconEchoPacket-ToolTips.js deleted file mode 100644 index 66367a8f6..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BeaconEchoPacket-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7176:"
WirelessPacket
Represents a MicroStrain wireless packet
",7236:"
WirelessDataPacket
A class representing a Wireless Data Packet.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BeaconEchoPacket.html b/v66.0.1/MSCL_Docs/classes/C/BeaconEchoPacket.html deleted file mode 100644 index cbc39bccc..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BeaconEchoPacket.html +++ /dev/null @@ -1,39 +0,0 @@ - - -BeaconEchoPacket - - - - - - - -
-
BeaconEchoPacket
-
public
WirelessDataPacket
BeaconEchoPacket
-

A WirelessDataPacket derived class representing a Beacon Echo packet.

-
- -
-
Functions
-
- -
-
BeaconEchoPacket
-
explicit BeaconEchoPacket(
const WirelessPacket &packet
)
-

Creates a BeaconEchoPacket from the passed in WirelessPacket.

Parameters
packet
const WirelessPacket&

A WirelessPacket determined to be an BeaconEchoPacket.

-
- -
-
parseSweeps
-
void parseSweeps()
-

Parses the passed in WirelessPacket for all the sweep information and adds a sweep to the sweeps container

-
- -
-
integrityCheck
-
static bool integrityCheck(
const WirelessPacket &packet
)
-

Verifies that the packet is a well formed BeaconEchoPacket packet.

Parameters
packet
const WirelessPacket&

The fully formed Wireless Packet to check the integrity of.

Returns

true if the packet is a well formed BeaconEchoPacket, false otherwise

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BeaconStatus-Summary.js b/v66.0.1/MSCL_Docs/classes/C/BeaconStatus-Summary.js deleted file mode 100644 index 856dffeff..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BeaconStatus-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:BeaconStatus","BeaconStatus");NDSummary.OnSummaryLoaded("CClass:BeaconStatus",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[5580,0,0,"BeaconStatus"],[5581,0,2,"Functions","Functions"],[5582,0,1,"BeaconStatus","BeaconStatus"],[5583,0,1,"BeaconStatus","BeaconStatus(2)"],[5584,0,2,"Variables","Variables"],[5585,0,3,"m_enabled","m_enabled"],[5586,0,3,"m_timestamp","m_timestamp"],[5587,0,2,"Functions","Functions(2)"],[5588,0,1,"enabled","enabled"],[5589,0,1,"timestamp;","timestamp_"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BeaconStatus-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/BeaconStatus-SummaryToolTips.js deleted file mode 100644 index c5f71045e..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BeaconStatus-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:BeaconStatus",{5580:"
BeaconStatus
Represents the status of a BaseStation beacon.  See also BaseStation::beaconStatus.
",5582:"
BeaconStatus()
Creates a default BeaconStatus object.
",5583:"
BeaconStatus(
bool beaconEnabled,
const Timestamp &currentTimestamp
)
Creates a BeaconStatus object with the given parameters.
",5585:"
bool m_enabled
Whether the beacon is enabled or disabled.
",5586:"
Timestamp m_timestamp
The current Timestamp of the beacon.
",5588:"
bool enabled()
Gets whether the beacon is enabled (true) or disabled (false).
",5589:"
Gets the current Timestamp of the beacon.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BeaconStatus-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/BeaconStatus-ToolTips.js deleted file mode 100644 index 66bfcc296..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BeaconStatus-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({9758:"
BeaconStatus beaconStatus()
Gets the BeaconStatus of the beacon on the base station.
",10291:"
Timestamp
Represents a date/time object
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BeaconStatus.html b/v66.0.1/MSCL_Docs/classes/C/BeaconStatus.html deleted file mode 100644 index 58e0e4922..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BeaconStatus.html +++ /dev/null @@ -1,64 +0,0 @@ - - -BeaconStatus - - - - - - - -
-
BeaconStatus
-
BeaconStatus
-

Represents the status of a BaseStation beacon.  See also BaseStation::beaconStatus.

-
- -
-
Functions
-
- -
-
BeaconStatus
-
BeaconStatus()
-

Creates a default BeaconStatus object.

-
- -
-
BeaconStatus
-
BeaconStatus(
bool beaconEnabled,
const Timestamp &currentTimestamp
)
-

Creates a BeaconStatus object with the given parameters.

Parameters
beaconEnabled
bool

Whether the beacon is enabled or disabled.

currentTimestamp
const Timestamp&

The current Timestamp of the beacon.

-
- -
-
Variables
-
- -
-
m_enabled
-
bool m_enabled
-

Whether the beacon is enabled or disabled.

-
- -
-
m_timestamp
-
Timestamp m_timestamp
-

The current Timestamp of the beacon.

-
- -
-
Functions
-
- -
-
enabled
-
bool enabled()
-

Gets whether the beacon is enabled (true) or disabled (false).

-
- -
-
timestamp;
-

Gets the current Timestamp of the beacon.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Bin-Summary.js b/v66.0.1/MSCL_Docs/classes/C/Bin-Summary.js deleted file mode 100644 index d6386b507..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Bin-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:Bin","Bin");NDSummary.OnSummaryLoaded("CClass:Bin",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Types","Type"],["Variables","Variable"]],[[10517,0,0,"Bin"],[10518,0,2,"Functions","Functions"],[10519,0,1,"Bin","Bin"],[10520,0,2,"Variables","Variables"],[10521,0,4,"m_start","m_start"],[10522,0,4,"m_end","m_end"],[10523,0,4,"m_count","m_count"],[10524,0,2,"Functions","Functions(2)"],[10525,0,1,"start","start"],[10526,0,1,"end","end"],[10527,0,1,"count","count"],[10528,0,2,"Types","Types"],[10529,0,3,"Bins","Bins"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Bin-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Bin-SummaryToolTips.js deleted file mode 100644 index 4ca8c6b58..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Bin-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:Bin",{10517:"
Bin
Represents a single bin, which has a start, end, and count.
",10519:"
Bin(
const Value &start,
const Value &end,
const Value &count
)
Creates a Bin object.
",10521:"
Value m_start
The start of the range of the bin.
",10522:"
Value m_end
The end of the range of the bin.
",10523:"
Value m_count
The number of values that fall within the range of this bin.
",10525:"
Value start() const
Gets the start of the range of the bin.
",10526:"
Value end() const
Gets the end of the range of the bin.
",10527:"
Value count() const
Gets the number of values that fall within the range of this bin.
",10529:"
Typedef for a vector of Bin objects.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Bin-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Bin-ToolTips.js deleted file mode 100644 index 9bcf119cd..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Bin-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({10144:"
Value
Represents a single value that can be stored/accessed in multiple ways.
",10519:"
Bin(
const Value &start,
const Value &end,
const Value &count
)
Creates a Bin object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Bin.html b/v66.0.1/MSCL_Docs/classes/C/Bin.html deleted file mode 100644 index e4d65ba7f..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Bin.html +++ /dev/null @@ -1,80 +0,0 @@ - - -Bin - - - - - - - -
-
Bin
-
Bin
-

Represents a single bin, which has a start, end, and count.

-
- -
-
Functions
-
- -
-
Bin
-
Bin(
const Value &start,
const Value &end,
const Value &count
)
-

Creates a Bin object.

Parameters
start
const Value&

The start of the range of the bin.

end
const Value&

The end of the range of the bin.

count
const Value&

The number of values that fall within the range of this bin.

-
- -
-
Variables
-
- -
-
m_start
-
Value m_start
-

The start of the range of the bin.

-
- -
-
m_end
-
Value m_end
-

The end of the range of the bin.

-
- -
-
m_count
-
Value m_count
-

The number of values that fall within the range of this bin.

-
- -
-
Functions
-
- -
-
start
-
Value start() const
-

Gets the start of the range of the bin.

Returns

The start of the range of the bin, as a Value object.

-
- -
-
end
-
Value end() const
-

Gets the end of the range of the bin.

Returns

The end of the range of the bin, as a Value object.

-
- -
-
count
-
Value count() const
-

Gets the number of values that fall within the range of this bin.

Returns

The number of values that fall within the range of this bin.

-
- -
-
Types
-
- -
-
Bins
-

Typedef for a vector of Bin objects.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BitMask-Summary.js b/v66.0.1/MSCL_Docs/classes/C/BitMask-Summary.js deleted file mode 100644 index 6a7ab885c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BitMask-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:BitMask","BitMask");NDSummary.OnSummaryLoaded("CClass:BitMask",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Operators","Operator"],["Variables","Variable"]],[[10425,0,0,"BitMask"],[10426,0,2,"Variables","Variables"],[10427,0,4,"m_numBits","m_numBits"],[10428,0,4,"m_mask","m_mask"],[10429,0,2,"Functions","Functions"],[10430,0,1,"BitMask","BitMask"],[10431,0,1,"BitMask","BitMask(2)"],[10432,0,1,"~BitMask","~BitMask"],[10433,0,2,"Operators","Operators"],[10434,0,3,"==","=="],[10435,0,3,"!=","!="],[10436,0,3,"<","<"],[10437,0,3,">",">"],[10438,0,2,"Functions","Functions(2)"],[10439,0,1,"fromMask","fromMask"],[10440,0,1,"toMask","toMask"],[10441,0,1,"enabledCount","enabledCount"],[10442,0,1,"enabled","enabled"],[10443,0,1,"enable","enable"],[10444,0,1,"lastBitEnabled","lastBitEnabled"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BitMask-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/BitMask-SummaryToolTips.js deleted file mode 100644 index e47973cb9..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BitMask-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:BitMask",{10425:"
BitMask
Represents a bitmask.
",10427:"
uint8 m_numBits
The number of bits that are being represented in the bitmask.
",10428:"
std::vector<bool> m_mask
An array of bools holding the bitmask.
",10430:"
explicit BitMask(
uint16 val
)
Creates an BitMask object given a uint16 value.
",10431:"
BitMask()
The default constructor for creating a BitMask object, which sets all the bits to inactive.
",10432:"
virtual ~BitMask()
Destroys a BitMask object.
",10434:"
Equal operator for comparing BitMasks.
",10435:"
Not Equal operator for comparing BitMasks.
",10436:"
Less Than operator for comparing BitMasks.
",10437:"
Greater Than operator for comparing BitMasks.
",10439:"
virtual void fromMask(
uint16 val
)
Initializes the BitMask object from a uint16.
",10440:"
virtual uint16 toMask() const
Gets the uint16 value of the current BitMask object.
",10441:"
virtual uint8 enabledCount() const
Gets the total number of enabled bits in the current BitMask object.
",10442:"
virtual bool enabled(
uint8 bitIndex
) const
Checks whether a certain bit is enabled or disabled.
",10443:"
virtual void enable(
uint8 bitIndex,
bool enable = true
)
Enables or disables a specified bit.
",10444:"
virtual int16 lastBitEnabled() const
Finds the highest bit that is enabled in the mask.  This is useful when looping over the BitMask object and performing an action on all enabled bits.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BitMask-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/BitMask-ToolTips.js deleted file mode 100644 index 59992a148..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BitMask-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BitMask.html b/v66.0.1/MSCL_Docs/classes/C/BitMask.html deleted file mode 100644 index 3337d6e87..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BitMask.html +++ /dev/null @@ -1,119 +0,0 @@ - - -BitMask - - - - - - - -
-
BitMask
-
BitMask
-

Represents a bitmask.

-
- -
-
Variables
-
- -
-
m_numBits
-
uint8 m_numBits
-

The number of bits that are being represented in the bitmask.

-
- -
-
m_mask
-
std::vector<bool> m_mask
-

An array of bools holding the bitmask.

-
- -
-
Functions
-
- -
-
BitMask
-
explicit BitMask(
uint16 val
)
-

Creates an BitMask object given a uint16 value.

Parameters
val
uint16

A uint16 value to represent as a bitmask.

-
- -
-
BitMask
-
BitMask()
-

The default constructor for creating a BitMask object, which sets all the bits to inactive.

-
- -
-
~BitMask
-
virtual ~BitMask()
-

Destroys a BitMask object.

-
- -
-
Operators
-
- -
-
==
-

Equal operator for comparing BitMasks.

-
- -
-
!=
-

Not Equal operator for comparing BitMasks.

-
- -
-
<
-

Less Than operator for comparing BitMasks.

-
- -
-
>
-

Greater Than operator for comparing BitMasks.

-
- -
-
Functions
-
- -
-
fromMask
-
virtual void fromMask(
uint16 val
)
-

Initializes the BitMask object from a uint16.

Parameters
val
uint16

A uint16 value to represent as a bitmask.

-
- -
-
toMask
-
virtual uint16 toMask() const
-

Gets the uint16 value of the current BitMask object.

Returns

The BitMask object represented as a uint16.

-
- -
-
enabledCount
-
virtual uint8 enabledCount() const
-

Gets the total number of enabled bits in the current BitMask object.

Returns

The total number of enabled bits.

-
- -
-
enabled
-
virtual bool enabled(
uint8 bitIndex
) const
-

Checks whether a certain bit is enabled or disabled.

Parameters
bitIndex
uint8

The bit index to check if enabled or disabled.

Returns

true if the channel is enabled, false if the channel is disabled

-
- -
-
enable
-
virtual void enable(
uint8 bitIndex,
bool enable = true
)
-

Enables or disables a specified bit.

Parameters
bitIndex
uint8

The bit index to enable or disable.

enable
bool

Set to true to enable the bit, false to disable the bit.

-
- -
-
lastBitEnabled
-
virtual int16 lastBitEnabled() const
-

Finds the highest bit that is enabled in the mask.  This is useful when looping over the BitMask object and performing an action on all enabled bits.

Returns

The bit index of the highest bit enabled. -1 if no channels are enabled.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Bitfield-Summary.js b/v66.0.1/MSCL_Docs/classes/C/Bitfield-Summary.js deleted file mode 100644 index fc3ff2f97..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Bitfield-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:Bitfield","Bitfield");NDSummary.OnSummaryLoaded("CClass:Bitfield",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[10388,0,0,"Bitfield"],[10389,0,2,"Functions","Functions"],[10390,0,1,"Bitfield","Bitfield"],[10391,0,1,"Bitfield","Bitfield(2)"],[10392,0,1,"~Bitfield","~Bitfield"],[10393,0,2,"Variables","Variables"],[10394,0,3,"m_value","m_value"],[10395,0,2,"Functions","Functions(2)"],[10396,0,1,"value","value"],[10397,0,1,"get","get"],[10398,0,1,"set","set"],[10399,0,1,"checkBit","checkBit"],[10400,0,1,"setBit","setBit"],[10401,0,1,"clear","clear"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Bitfield-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Bitfield-SummaryToolTips.js deleted file mode 100644 index 5842f9f2f..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Bitfield-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:Bitfield",{10388:"
Bitfield
",10390:"
Bitfield()
Constructs Bitfield object with value 0
",10391:"
Bitfield(
uint64 val
) : m_value(val)
Constructs Bitfield object with indicated value
",10392:"
virtual ~Bitfield()
Default destructor for the Bitfield object
",10394:"
uint64 m_value
The bitfield value
",10396:"
uint64 value() const
Gets or sets the entire underlying bitfield value
",10397:"
uint64 get(
uint64 mask,
bool shiftToLsb = true
) const
Gets the value of only the bits masked by the indicated mask.
",10398:"
void set(
uint64 mask,
uint64 value,
bool shiftRequired = true
)
Sets the provided value to the position indicated by the indicated mask
",10399:"
bool checkBit(
uint8 bitIndex,
uint8 indexBase = 0
) const
Gets the value of the bit at the specified index.
",10400:"
void setBit(
uint8 bitIndex,
bool value,
uint8 indexBase = 0
)
Sets the value of the bit at the specified index.
",10401:"
void clear(
uint64 mask
)
Sets all bits under the indicated mask to 0.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Bitfield-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Bitfield-ToolTips.js deleted file mode 100644 index 59992a148..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Bitfield-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Bitfield.html b/v66.0.1/MSCL_Docs/classes/C/Bitfield.html deleted file mode 100644 index 43f47216d..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Bitfield.html +++ /dev/null @@ -1,88 +0,0 @@ - - -Bitfield - - - - - - - -
-
Bitfield
-
Bitfield
-
- -
-
Functions
-
- -
-
Bitfield
-
Bitfield()
-

Constructs Bitfield object with value 0

-
- -
-
Bitfield
-
Bitfield(
uint64 val
) : m_value(val)
-

Constructs Bitfield object with indicated value

Parameters
val
uint64

uint64 bitfield value

-
- -
-
~Bitfield
-
virtual ~Bitfield()
-

Default destructor for the Bitfield object

-
- -
-
Variables
-
- -
-
m_value
-
uint64 m_value
-

The bitfield value

-
- -
-
Functions
-
- -
-
value
-
uint64 value() const
-

Gets or sets the entire underlying bitfield value

-
- -
-
get
-
uint64 get(
uint64 mask,
bool shiftToLsb = true
) const
-

Gets the value of only the bits masked by the indicated mask.

Parameters
mask
uint64

uint64 indicating which bits to evaluate

shiftToLsb
bool

true: return the masked bits shifted all the way to the right, false: return the masked bits in their original position

Returns
uint64

the masked value

-
- -
-
set
-
void set(
uint64 mask,
uint64 value,
bool shiftRequired = true
)
-

Sets the provided value to the position indicated by the indicated mask

Parameters
mask
uint64

uint64 indicating the position to place the value

value
uint64

uint64 value to set

shiftRequired
bool

true: provided value needs to be shifted to the masked position before being set, false: provided value already in the correct position within the bitfield

-
- -
-
checkBit
-
bool checkBit(
uint8 bitIndex,
uint8 indexBase = 0
) const
-

Gets the value of the bit at the specified index.

Parameters
bitIndex
uint8

index of the bit to check

indexBase
uint8

default 0 - index of the first bit, this will be subtracted from bitIndex to get the 0-based index to use.  This is useful if each bit is associated with sequential IDs that are not 0-based (i.e. inertial GPIO pin IDs).

Returns
bool

true if bit is 1, false if 0

-
- -
-
setBit
-
void setBit(
uint8 bitIndex,
bool value,
uint8 indexBase = 0
)
-

Sets the value of the bit at the specified index.

Parameters
bitIndex
uint8

index of the bit to set

value
bool

bool value to set

indexBase
uint8

default 0 - index of the first bit, this will be subtracted from bitIndex to get the 0-based index to use.  This is useful if each bit is associated with sequential IDs that are not 0-based (i.e. inertial GPIO pin IDs).

-
- -
-
clear
-
void clear(
uint64 mask
)
-

Sets all bits under the indicated mask to 0.

Parameters
mask
uint64

uint64 mask indicating the position of the bits to clear

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BoostCommunication-Summary.js b/v66.0.1/MSCL_Docs/classes/C/BoostCommunication-Summary.js deleted file mode 100644 index 4a45f461c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BoostCommunication-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:BoostCommunication","BoostCommunication");NDSummary.OnSummaryLoaded("CClass:BoostCommunication",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[235,0,0,"BoostCommunication"],[236,0,2,"Functions","Functions"],[237,0,1,"BoostCommunication","BoostCommunication"],[238,0,1,"~BoostCommunication","~BoostCommunication"],[239,0,2,"Variables","Variables"],[240,0,3,"m_ioObject","m_ioObject"],[241,0,3,"m_ioContext","m_ioContext"],[242,0,3,"m_readBuffer","m_readBuffer"],[243,0,3,"m_bufferWriter","m_bufferWriter"],[244,0,3,"m_parseDataFunction","m_parseDataFunction"],[245,0,3,"m_debugDataFunction","m_debugDataFunction"],[246,0,3,"m_parseFunctionMutex","m_parseFunctionMutex"],[247,0,2,"Functions","Functions(2)"],[248,0,1,"write","write"],[249,0,1,"clearBuffer","clearBuffer"],[250,0,1,"byteReadPos","byteReadPos"],[251,0,1,"byteAppendPos","byteAppendPos"],[252,0,1,"startReadLoop","startReadLoop"],[253,0,1,"readSome","readSome"],[254,0,1,"readLoopHandler","readLoopHandler"],[255,0,1,"stopIoService","stopIoService"],[256,0,1,"stopIoServiceError","stopIoServiceError"],[257,0,1,"setParseFunction","setParseFunction"],[258,0,1,"enableDebugMode","enableDebugMode"],[259,0,1,"disableDebugMode","disableDebugMode"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BoostCommunication-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/BoostCommunication-SummaryToolTips.js deleted file mode 100644 index 97751865e..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BoostCommunication-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:BoostCommunication",{235:"
template <typename IO_Object>
BoostCommunication
The BoostCommunication object that is used for actual read/write communication for all Connection objects
",237:"
BoostCommunication(
std::unique_ptr<boost::asio::io_context> io_context,
std::unique_ptr<IO_Object> ioObj
)
Initializes the BoostCommunication object
",238:"
~BoostCommunication()
Destroys the BoostCommunication object
",240:"
std::unique_ptr<IO_Object> m_ioObject
Boost io_object used to communicate (serial_port, ip::tcp::socket, etc.)
",241:"
std::unique_ptr<boost::asio::io_context> m_ioContext
Boost io_context needed in communication
",242:"
DataBuffer m_readBuffer
The DataBuffer to hold all the bytes read in
",243:"
BufferWriter m_bufferWriter
The BufferWriter used to write bytes to the DataBuffer
",244:"
std::function<void(
DataBuffer&
)> m_parseDataFunction
The function to send all the read in data to. If null, the data will be thrown out.
",245:"
std::function<void(
const Bytes&, 
bool
)> m_debugDataFunction
The function to send a copy of the data to for debug logging. If null, the data will not be sent to it.
",246:"
std::recursive_mutex m_parseFunctionMutex
The mutex used to access/change the parse data function.
",248:"
void write(
const std::vector<uint8> &data
) const
Uses boost to write bytes to the io_object. Blocks until the write completes
",249:"
void clearBuffer()
Clears the read buffer.
",250:"
std::size_t byteReadPos() const
Gets the read position from the byte buffer.
",251:"
std::size_t byteAppendPos() const
Gets the append position from the byte buffer.
",252:"
void startReadLoop()
Starts the main read loop that reads in all data using boost
",253:"
void readSome()
Performs the actual port read of bytes.
",254:"
void readLoopHandler(
const boost::system::error_code &error,
std::size_t bytes_transferred
)
The read handler for the read loop, called when data comes in or the read operation has been canceled
",255:"
void stopIoService()
Stops the current boost::asio::io_context so no more reads or writes will happen
",256:"
void stopIoServiceError(
int errorCode
)
Stops the current boost::asio::io_context due to an error
",257:"
void setParseFunction(
std::function<void(DataBuffer&)> fn
)
Sets the function to be called when data is read in.
",258:"
void enableDebugMode(
std::function<void(const Bytes&, bool)> fn
)
Enables debug mode by setting the debug parsing function.
",259:"
void disableDebugMode()
Disables debug mode.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BoostCommunication-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/BoostCommunication-ToolTips.js deleted file mode 100644 index 4ae2b6b6f..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BoostCommunication-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({9916:"
Used to easily read a container of bytes
",9917:"
BufferWriter
Class used to interface with a DataBuffer and append data to it
",9928:"
DataBuffer
A buffer of bytes extending from the ByteStream class that is used for holding bytes read in from the connection
",10253:"
typedef for a vector of bytes.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BoostCommunication.html b/v66.0.1/MSCL_Docs/classes/C/BoostCommunication.html deleted file mode 100644 index b09f27a1a..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BoostCommunication.html +++ /dev/null @@ -1,155 +0,0 @@ - - -BoostCommunication - - - - - - - -
-
BoostCommunication
-
template <typename IO_Object>
BoostCommunication
-

The BoostCommunication object that is used for actual read/write communication for all Connection objects

-
- -
-
Functions
-
- -
-
BoostCommunication
-
BoostCommunication(
std::unique_ptr<boost::asio::io_context> io_context,
std::unique_ptr<IO_Object> ioObj
)
-

Initializes the BoostCommunication object

Parameters
ioContext

boost io_context

ioObj
std::unique_ptr<IO_Object>

boost io_object passed (Template)

-
- -
-
~BoostCommunication
-
~BoostCommunication()
-

Destroys the BoostCommunication object

-
- -
-
Variables
-
- -
-
m_ioObject
-
std::unique_ptr<IO_Object> m_ioObject
-

Boost io_object used to communicate (serial_port, ip::tcp::socket, etc.)

-
- -
-
m_ioContext
-
std::unique_ptr<boost::asio::io_context> m_ioContext
-

Boost io_context needed in communication

-
- -
-
m_readBuffer
-
DataBuffer m_readBuffer
-

The DataBuffer to hold all the bytes read in

-
- -
-
m_bufferWriter
-
BufferWriter m_bufferWriter
-

The BufferWriter used to write bytes to the DataBuffer

-
- -
-
m_parseDataFunction
-
std::function<void(
DataBuffer&
)> m_parseDataFunction
-

The function to send all the read in data to. If null, the data will be thrown out.

-
- -
-
m_debugDataFunction
-
std::function<void(
const Bytes&, 
bool
)> m_debugDataFunction
-

The function to send a copy of the data to for debug logging. If null, the data will not be sent to it.

-
- -
-
m_parseFunctionMutex
-
std::recursive_mutex m_parseFunctionMutex
-

The mutex used to access/change the parse data function.

-
- -
-
Functions
-
- -
-
write
-
void write(
const std::vector<uint8> &data
) const
-

Uses boost to write bytes to the io_object. Blocks until the write completes

Parameters
data
const std::vector<uint8>&

the bytes to be written

-
- -
-
clearBuffer
-
void clearBuffer()
-

Clears the read buffer.

-
- -
-
byteReadPos
-
std::size_t byteReadPos() const
-

Gets the read position from the byte buffer.

-
- -
-
byteAppendPos
-
std::size_t byteAppendPos() const
-

Gets the append position from the byte buffer.

-
- -
-
startReadLoop
-
void startReadLoop()
-

Starts the main read loop that reads in all data using boost

Returns

The ByteStream object holding the read in bytes

-
- -
-
readSome
-
void readSome()
-

Performs the actual port read of bytes.

-
- -
-
readLoopHandler
-
void readLoopHandler(
const boost::system::error_code &error,
std::size_t bytes_transferred
)
-

The read handler for the read loop, called when data comes in or the read operation has been canceled

Parameters
error
const boost::system::error_code&

boost error code

bytes_transferred
std::size_t

number of bytes read in

Exceptions
Error_Connection

I/O error occurred, the I/O service has been stopped

-
- -
-
stopIoService
-
void stopIoService()
-

Stops the current boost::asio::io_context so no more reads or writes will happen

-
- -
-
stopIoServiceError
-
void stopIoServiceError(
int errorCode
)
-

Stops the current boost::asio::io_context due to an error

-
- -
-
setParseFunction
-
void setParseFunction(
std::function<void(DataBuffer&)> fn
)
-

Sets the function to be called when data is read in.

Parameters
fn
std::function<void(DataBuffer&)>

The function to set as the parser function.

-
- -
-
enableDebugMode
-
void enableDebugMode(
std::function<void(const Bytes&, bool)> fn
)
-

Enables debug mode by setting the debug parsing function.

Parameters
fn
std::function<void(const Bytes&, bool)>

The function to set as the debug parser function.

-
- -
-
disableDebugMode
-
void disableDebugMode()
-

Disables debug mode.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BufferWriter-Summary.js b/v66.0.1/MSCL_Docs/classes/C/BufferWriter-Summary.js deleted file mode 100644 index 144746237..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BufferWriter-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:BufferWriter","BufferWriter");NDSummary.OnSummaryLoaded("CClass:BufferWriter",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[9917,0,0,"BufferWriter"],[9918,0,2,"Functions","Functions"],[9919,0,1,"BufferWriter","BufferWriter"],[9920,0,2,"Variables","Variables"],[9921,0,3,"m_buffer","m_buffer"],[9922,0,3,"m_size","m_size"],[9923,0,3,"m_writeOffset","m_writeOffset"],[9924,0,2,"Functions","Functions(2)"],[9925,0,1,"buffer","buffer"],[9926,0,1,"size","size"],[9927,0,1,"commit","commit"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BufferWriter-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/BufferWriter-SummaryToolTips.js deleted file mode 100644 index 2bdca3aa9..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BufferWriter-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:BufferWriter",{9917:"
BufferWriter
Class used to interface with a DataBuffer and append data to it
",9919:"
BufferWriter(
uint8 *buffer,
std::size_t size,
std::size_t *offset
)
Constructor to create a BufferWriter object
",9921:"
uint8* m_buffer
The buffer to write to, at the specific position to start writing data
",9922:"
std::size_t m_size
The size available to write
",9923:"
std::size_t* m_writeOffset
A pointer to the current position to start writing in the buffer
",9925:"
uint8* buffer()
Gets the buffer to write to
",9926:"
std::size_t size()
Gets the size of the buffer available to write
",9927:"
void commit(
std::size_t numBytesAdded
)
Commits a number of bytes that were added to the buffer by moving the current offset.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BufferWriter-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/BufferWriter-ToolTips.js deleted file mode 100644 index 59992a148..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BufferWriter-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BufferWriter.html b/v66.0.1/MSCL_Docs/classes/C/BufferWriter.html deleted file mode 100644 index 29b4d46db..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BufferWriter.html +++ /dev/null @@ -1,71 +0,0 @@ - - -BufferWriter - - - - - - - -
-
BufferWriter
-
BufferWriter
-

Class used to interface with a DataBuffer and append data to it

-
- -
-
Functions
-
- -
-
BufferWriter
-
BufferWriter(
uint8 *buffer,
std::size_t size,
std::size_t *offset
)
-

Constructor to create a BufferWriter object

-
- -
-
Variables
-
- -
-
m_buffer
-
uint8* m_buffer
-

The buffer to write to, at the specific position to start writing data

-
- -
-
m_size
-
std::size_t m_size
-

The size available to write

-
- -
-
m_writeOffset
-
std::size_t* m_writeOffset
-

A pointer to the current position to start writing in the buffer

-
- -
-
Functions
-
- -
-
buffer
-
uint8* buffer()
-

Gets the buffer to write to

Returns

The buffer to write to, as a byte reference

-
- -
-
size
-
std::size_t size()
-

Gets the size of the buffer available to write

Returns

The size of the buffer available to write

-
- -
-
commit
-
void commit(
std::size_t numBytesAdded
)
-

Commits a number of bytes that were added to the buffer by moving the current offset.

This function must be called after bytes are added to the buffer, or else they will be ignored as if they were never added.

Parameters
numBytesAdded
std::size_t

The number of bytes added to the buffer

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BufferedLdcPacket-Summary.js b/v66.0.1/MSCL_Docs/classes/C/BufferedLdcPacket-Summary.js deleted file mode 100644 index 1f092c29b..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BufferedLdcPacket-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:BufferedLdcPacket","BufferedLdcPacket");NDSummary.OnSummaryLoaded("CClass:BufferedLdcPacket",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[7707,0,0,"BufferedLdcPacket"],[7708,0,3,"Constants","Constants"],[7709,0,1,"Buffered LDC Packet Information","Buffered_LDC_Packet_Information"],[7710,0,1,,"PAYLOAD_OFFSET_APP_ID"],[7711,0,1,,"PAYLOAD_OFFSET_CHANNEL_MASK"],[7712,0,1,,"PAYLOAD_OFFSET_SAMPLE_RATE"],[7713,0,1,,"PAYLOAD_OFFSET_DATA_TYPE"],[7714,0,1,,"PAYLOAD_OFFSET_TICK"],[7715,0,1,,"PAYLOAD_OFFSET_CHANNEL_DATA"],[7716,0,1,"Packet values","Packet_values"],[7717,0,1,,"APP_ID_VAL"],[7718,0,3,"Functions","Functions"],[7719,0,2,"BufferedLdcPacket","BufferedLdcPacket"],[7720,0,2,"parseSweeps","parseSweeps"],[7721,0,2,"integrityCheck","integrityCheck"],[7722,0,2,"getUniqueId","getUniqueId"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BufferedLdcPacket-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/BufferedLdcPacket-SummaryToolTips.js deleted file mode 100644 index 83563afaa..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BufferedLdcPacket-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:BufferedLdcPacket",{7707:"
BufferedLdcPacket
A WirelessDataPacket derived class representing a Buffered LDC packet
",7719:"
explicit BufferedLdcPacket(
const WirelessPacket &packet
)
Creates a BufferedLdcPacket from the passed in WirelessPacket
",7720:"
void parseSweeps()
Parses the passed in WirelessPacket for all the sweep information and adds a sweep to the sweeps container
",7721:"
static bool integrityCheck(
const WirelessPacket &packet
)
Verifies that the packet is a well formed Buffered LDC packet
",7722:"
static UniqueWirelessPacketId getUniqueId(
const WirelessPacket &packet
)
Gets the unique Id of the WirelessPacket passed in
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BufferedLdcPacket-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/BufferedLdcPacket-ToolTips.js deleted file mode 100644 index 029a71284..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BufferedLdcPacket-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7176:"
WirelessPacket
Represents a MicroStrain wireless packet
",7236:"
WirelessDataPacket
A class representing a Wireless Data Packet.
",10248:"
Typedef for an id that uniquely identifies a wireless packet.
",10464:"
Error_UnknownSampleRate
The sample rate is invalid or unknown for the given device
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BufferedLdcPacket.html b/v66.0.1/MSCL_Docs/classes/C/BufferedLdcPacket.html deleted file mode 100644 index c43699f86..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BufferedLdcPacket.html +++ /dev/null @@ -1,59 +0,0 @@ - - -BufferedLdcPacket - - - - - - - -
-
BufferedLdcPacket
-
public
WirelessDataPacket
BufferedLdcPacket
-

A WirelessDataPacket derived class representing a Buffered LDC packet

-
- -
-
Constants
-
- -
-
Buffered LDC Packet Information
-
PAYLOAD_OFFSET_APP_ID

0  - The offset into the payload to get the application ID

PAYLOAD_OFFSET_CHANNEL_MASK

1  - The offset into the payload to get the channel mask

PAYLOAD_OFFSET_SAMPLE_RATE

2  - The offset into the payload to get the sample rate

PAYLOAD_OFFSET_DATA_TYPE

3  - The offset into the payload to get the data type

PAYLOAD_OFFSET_TICK

4  - The offset into the payload to get the tick (2 bytes)

PAYLOAD_OFFSET_CHANNEL_DATA

6  - The offset into the payload where the channel data starts

-
- -
-
Packet values
-
APP_ID_VAL

0x02  - The App ID of the Packet

-
- -
-
Functions
-
- -
-
BufferedLdcPacket
-
explicit BufferedLdcPacket(
const WirelessPacket &packet
)
-

Creates a BufferedLdcPacket from the passed in WirelessPacket

Parameters
packet
const WirelessPacket&

A WirelessPacket determined to be a BufferedLdcPacket

-
- -
-
parseSweeps
-
void parseSweeps()
-

Parses the passed in WirelessPacket for all the sweep information and adds a sweep to the sweeps container

Exceptions
-
- -
-
integrityCheck
-
static bool integrityCheck(
const WirelessPacket &packet
)
-

Verifies that the packet is a well formed Buffered LDC packet

Parameters
packet
const WirelessPacket&

The fully formed Wireless Packet to check the integrity of

Returns

true if the packet is a well formed Buffered LDC packet, false otherwise

-
- -
-
getUniqueId
-
static UniqueWirelessPacketId getUniqueId(
const WirelessPacket &packet
)
-

Gets the unique Id of the WirelessPacket passed in

Parameters
packet
const WirelessPacket&

The WirelessPacket to get the unique id of

Returns

The UniqueWirelessPacketId of the passed in packet

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BufferedLdcPacket_v2-Summary.js b/v66.0.1/MSCL_Docs/classes/C/BufferedLdcPacket_v2-Summary.js deleted file mode 100644 index 94a78c23a..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BufferedLdcPacket_v2-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:BufferedLdcPacket_v2","BufferedLdcPacket_v2");NDSummary.OnSummaryLoaded("CClass:BufferedLdcPacket_v2",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[7692,0,0,"BufferedLdcPacket_v2"],[7693,0,3,"Constants","Constants"],[7694,0,1,"Buffered LDC Packet Information","Buffered_LDC_Packet_Information"],[7695,0,1,,"PAYLOAD_OFFSET_CHANNEL_MASK"],[7696,0,1,,"PAYLOAD_OFFSET_SAMPLE_RATE"],[7697,0,1,,"PAYLOAD_OFFSET_APPID_AND_DATA_TYPE"],[7698,0,1,,"PAYLOAD_OFFSET_TICK"],[7699,0,1,,"PAYLOAD_OFFSET_CHANNEL_DATA"],[7700,0,1,"Packet values","Packet_values"],[7701,0,1,,"APP_ID_VAL"],[7702,0,3,"Functions","Functions"],[7703,0,2,"BufferedLdcPacket_v2","BufferedLdcPacket_v2"],[7704,0,2,"parseSweeps","parseSweeps"],[7705,0,2,"integrityCheck","integrityCheck"],[7706,0,2,"getUniqueId","getUniqueId"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BufferedLdcPacket_v2-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/BufferedLdcPacket_v2-SummaryToolTips.js deleted file mode 100644 index ec137f880..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BufferedLdcPacket_v2-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:BufferedLdcPacket_v2",{7692:"
BufferedLdcPacket_v2
A WirelessDataPacket derived class representing a Synchronized Sampling (Buffered LDC) packet
",7703:"
explicit BufferedLdcPacket_v2(
const WirelessPacket &packet
)
Creates a BufferedLdcPacket_v2 from the passed in WirelessPacket
",7704:"
void parseSweeps()
Parses the passed in WirelessPacket for all the sweep information and adds a sweep to the sweeps container
",7705:"
static bool integrityCheck(
const WirelessPacket &packet
)
Verifies that the packet is a well formed Buffered LDC packet
",7706:"
static UniqueWirelessPacketId getUniqueId(
const WirelessPacket &packet
)
Gets the unique Id of the WirelessPacket passed in
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BufferedLdcPacket_v2-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/BufferedLdcPacket_v2-ToolTips.js deleted file mode 100644 index 029a71284..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BufferedLdcPacket_v2-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7176:"
WirelessPacket
Represents a MicroStrain wireless packet
",7236:"
WirelessDataPacket
A class representing a Wireless Data Packet.
",10248:"
Typedef for an id that uniquely identifies a wireless packet.
",10464:"
Error_UnknownSampleRate
The sample rate is invalid or unknown for the given device
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/BufferedLdcPacket_v2.html b/v66.0.1/MSCL_Docs/classes/C/BufferedLdcPacket_v2.html deleted file mode 100644 index ef632c8bc..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/BufferedLdcPacket_v2.html +++ /dev/null @@ -1,59 +0,0 @@ - - -BufferedLdcPacket_v2 - - - - - - - -
-
BufferedLdcPacket_v2
-
public
WirelessDataPacket
BufferedLdcPacket_v2
-

A WirelessDataPacket derived class representing a Synchronized Sampling (Buffered LDC) packet

-
- -
-
Constants
-
- -
-
Buffered LDC Packet Information
-
PAYLOAD_OFFSET_CHANNEL_MASK

0  - The offset into the payload to get the channel mask

PAYLOAD_OFFSET_SAMPLE_RATE

2  - The offset into the payload to get the sample rate

PAYLOAD_OFFSET_APPID_AND_DATA_TYPE

3  - The offset into the payload to get the app id and data type

PAYLOAD_OFFSET_TICK

4  - The offset into the payload to get the tick (2 bytes)

PAYLOAD_OFFSET_CHANNEL_DATA

6  - The offset into the payload where the channel data starts

-
- -
-
Packet values
-
APP_ID_VAL

0x02  - The App ID of the Packet

-
- -
-
Functions
-
- -
-
BufferedLdcPacket_v2
-
explicit BufferedLdcPacket_v2(
const WirelessPacket &packet
)
-

Creates a BufferedLdcPacket_v2 from the passed in WirelessPacket

Parameters
packet
const WirelessPacket&

A WirelessPacket determined to be a BufferedLdcPacket_v2

-
- -
-
parseSweeps
-
void parseSweeps()
-

Parses the passed in WirelessPacket for all the sweep information and adds a sweep to the sweeps container

Exceptions
-
- -
-
integrityCheck
-
static bool integrityCheck(
const WirelessPacket &packet
)
-

Verifies that the packet is a well formed Buffered LDC packet

Parameters
packet
const WirelessPacket&

The fully formed Wireless Packet to check the integrity of

Returns

true if the packet is a well formed Buffered LDC packet, false otherwise

-
- -
-
getUniqueId
-
static UniqueWirelessPacketId getUniqueId(
const WirelessPacket &packet
)
-

Gets the unique Id of the WirelessPacket passed in

Parameters
packet
const WirelessPacket&

The WirelessPacket to get the unique id of

Returns

The UniqueWirelessPacketId of the passed in packet

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ByteStream-Summary.js b/v66.0.1/MSCL_Docs/classes/C/ByteStream-Summary.js deleted file mode 100644 index 1e34b5f23..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ByteStream-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:ByteStream","ByteStream");NDSummary.OnSummaryLoaded("CClass:ByteStream",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Operators","Operator"],["Variables","Variable"]],[[9998,0,0,"ByteStream"],[9999,0,2,"Functions","Functions"],[10000,0,1,"ByteStream","ByteStream"],[10001,0,1,"ByteStream","ByteStream(2)"],[10002,0,1,"~ByteStream","~ByteStream"],[10003,0,2,"Variables","Variables"],[10004,0,4,"m_bytes","m_bytes"],[10005,0,2,"Operators","Operators"],[10006,0,3,"[]","[]"],[10007,0,3,"==","=="],[10008,0,2,"Functions","Functions(2)"],[10009,0,1,"append_uint8","append_uint8"],[10010,0,1,"append_int8","append_int8"],[10011,0,1,"append_int16","append_int16"],[10012,0,1,"append_uint16","append_uint16"],[10013,0,1,"append_uint32","append_uint32"],[10014,0,1,"append_uint64","append_uint64"],[10015,0,1,"append_float","append_float"],[10016,0,1,"append_double","append_double"],[10017,0,1,"append_string","append_string"],[10018,0,1,"appendBytes","appendBytes"],[10019,0,1,"appendByteStream","appendByteStream"],[10020,0,1,"read_int8","read_int8"],[10021,0,1,"read_uint8","read_uint8"],[10022,0,1,"read_int16","read_int16"],[10023,0,1,"read_uint16","read_uint16"],[10024,0,1,"read_uint24","read_uint24"],[10025,0,1,"read_int24","read_int24"],[10026,0,1,"read_uint32","read_uint32"],[10027,0,1,"read_uint64","read_uint64"],[10028,0,1,"read_float","read_float"],[10029,0,1,"read_double","read_double"],[10030,0,1,"read_string","read_string"],[10031,0,1,"data","data"],[10032,0,1,"data","data(2)"],[10033,0,1,"size","size"],[10034,0,1,"clear","clear"],[10035,0,1,"empty","empty"],[10036,0,1,"resize","resize"],[10037,0,1,"set","set"],[10038,0,1,"begin","begin"],[10039,0,1,"begin","begin(2)"],[10040,0,1,"end","end"],[10041,0,1,"end","end(2)"],[10042,0,1,"calculateSimpleChecksum","calculateSimpleChecksum"],[10043,0,1,"calculateFletcherChecksum","calculateFletcherChecksum"],[10044,0,1,"calculateCrcChecksum","calculateCrcChecksum"],[10045,0,1,"calculateCrcChecksum","calculateCrcChecksum(2)"],[10046,0,1,"verifyBytesInStream","verifyBytesInStream"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ByteStream-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/ByteStream-SummaryToolTips.js deleted file mode 100644 index 89ea26727..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ByteStream-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:ByteStream",{9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10000:"
ByteStream()
Default constructor to create a ByteStream object
",10001:"
explicit ByteStream(
Bytes bytesToCopy
)
Constructor to create a ByteStream object, passing in the bytes to store in the stream
",10002:"
virtual ~ByteStream()
Default destructor for the ByteStream object
",10004:"
Bytes m_bytes
The data stream object that holds all the bytes
",10006:"
Accesses a single byte of the ByteStream
",10007:"
Checks that two ByteStream objects are equal by comparing their data vectors
",10009:"
void append_uint8(
uint8 value
)
Appends a 1-byte unsigned integer to the byte stream
",10010:"
void append_int8(
int8 value
)
Appends a 1-byte signed integer to the byte stream
",10011:"
void append_int16(
int16 value,
Utils::Endianness endian= Utils::bigEndian
)
Appends a 2-byte signed integer to the byte stream
",10012:"
void append_uint16(
uint16 value,
Utils::Endianness endian = Utils::bigEndian
)
Appends a 2-byte unsigned integer to the byte stream
",10013:"
void append_uint32(
uint32 value,
Utils::Endianness endian = Utils::bigEndian
)
Appends a 4-byte unsigned integer to the byte stream
",10014:"
void append_uint64(
uint64 value,
Utils::Endianness endian = Utils::bigEndian
)
Appends an 8-byte unsigned integer to the byte stream
",10015:"
void append_float(
float value,
Utils::Endianness endian = Utils::bigEndian
)
Appends a 4-byte float to the byte stream
",10016:"
void append_double(
double value,
Utils::Endianness endian = Utils::bigEndian
)
Appends an 8-byte double to the byte stream
",10017:"
void append_string(
const std::string &str
)
Appends a string to the byte stream.
",10018:"
void appendBytes(
const Bytes &bytes
)
Appends a vector of bytes (uint8) to the end of the current ByteStream
",10019:"
void appendByteStream(
const ByteStream &otherStream
)
Appends the entire contents of a ByteStream to the end of the current ByteStream
",10020:"
int8 read_int8(
std::size_t position
) const
Reads a 1-byte signed integer from the byte stream
",10021:"
uint8 read_uint8(
std::size_t position
) const
Reads a 1-byte unsigned integer from the byte stream
",10022:"
int16 read_int16(
std::size_t position,
Utils::Endianness endian = Utils::bigEndian
) const
Reads a 2-byte signed integer from the byte stream
",10023:"
uint16 read_uint16(
std::size_t position,
Utils::Endianness endian = Utils::bigEndian
) const
Reads a 2-byte unsigned integer from the byte stream
",10024:"
uint32 read_uint24(
std::size_t position,
Utils::Endianness endian = Utils::bigEndian
) const
Reads a 3-byte unsigned integer from the byte stream
",10025:"
int32 read_int24(
std::size_t position,
Utils::Endianness endian = Utils::bigEndian
) const
Reads a 3-byte signed integer from the byte stream
",10026:"
uint32 read_uint32(
std::size_t position,
Utils::Endianness endian = Utils::bigEndian
) const
Reads a 4-byte unsigned integer from the byte stream
",10027:"
uint64 read_uint64(
std::size_t position,
Utils::Endianness endian = Utils::bigEndian
) const
Reads an 8-byte unsigned integer from the byte stream
",10028:"
float read_float(
std::size_t position,
Utils::Endianness endian = Utils::bigEndian
) const
Reads a 4-byte float from the byte stream
",10029:"
double read_double(
std::size_t position,
Utils::Endianness endian = Utils::bigEndian
) const
Reads an 8-byte double from the byte stream
",10030:"
std::string read_string(
std::size_t position,
std::size_t length
) const
Reads a string of the specified length from the byte stream
",10031:"
Bytes& data()
Gets the byte stream as a vector of bytes (Bytes)
",10032:"
const Bytes& data() const
Gets the byte stream as a vector of bytes (Bytes)
",10033:"
std::size_t size() const
Gets the size of the byte stream (equivalent of std::vector.size())
",10034:"
void clear()
Clears the byte stream (equivalent of std::vector.clear())
",10035:"
bool empty() const
Checks whether the vector is empty. (equivalent of std::vector::empty())
",10036:"
void resize(
std::size_t size
)
Resizes the byte stream (equivalent of std::vector.resize())
",10037:"
void set(
const Bytes &bytes
)
Sets the underlying bytes to the given Bytes.
",10038:"
Bytes::iterator begin()
Gets an iterator referring to the first element in the ByteStream (equivalent of std::vector::begin())
",10039:"
Bytes::const_iterator begin() const
Gets a constant iterator referring to the first element in the ByteStream (equivalent of std::vector::cbegin())
",10040:"
Bytes::iterator end()
Gets an iterator referring to the "past-the-end" element in the ByteStream. (equivalent of std::vector::end())
",10041:"
Bytes::const_iterator end() const
Gets an iterator referring to the "past-the-end" element in the ByteStream. (equivalent of std::vector::cend())
",10042:"
uint16 calculateSimpleChecksum(
std::size_t from,
std::size_t to
) const
Calculates the simple checksum (simple addition of bytes)on the ByteStream
",10043:"
uint16 calculateFletcherChecksum(
std::size_t from,
std::size_t to
) const
Calculates the Fletcher checksum (position dependent checksum) on the ByteStream
",10044:"
uint32 calculateCrcChecksum(
std::size_t from,
std::size_t to
) const
Calculates the 32-bit CRC with polynomial 0x04C11DB7, an initial value of 0xFFFFFFFF, and inverted output.
",10045:"
uint32 calculateCrcChecksum() const
Calculates the 32-bit CRC with polynomial 0x04C11DB7, an initial value of 0xFFFFFFFF, and inverted output.
",10046:"
void verifyBytesInStream(
std::size_t position,
std::size_t length
) const
Checks that the current bytestream can read the requested data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ByteStream-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/ByteStream-ToolTips.js deleted file mode 100644 index 6fb098ae8..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ByteStream-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10021:"
uint8 read_uint8(
std::size_t position
) const
Reads a 1-byte unsigned integer from the byte stream
",10192:"
The possible endians that a value can be in.
",10253:"
typedef for a vector of bytes.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ByteStream.html b/v66.0.1/MSCL_Docs/classes/C/ByteStream.html deleted file mode 100644 index 08b3eff46..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ByteStream.html +++ /dev/null @@ -1,295 +0,0 @@ - - -ByteStream - - - - - - - -
-
ByteStream
-
ByteStream
-

A stream of bytes that is used to easily store and retrieve data

-
- -
-
Functions
-
- -
-
ByteStream
-
ByteStream()
-

Default constructor to create a ByteStream object

Parameters
bigEndian

Whether this ByteStream contains floating point data in big endian (true) or little endian(false) (default of true)

-
- -
-
ByteStream
-
explicit ByteStream(
Bytes bytesToCopy
)
-

Constructor to create a ByteStream object, passing in the bytes to store in the stream

Parameters
bytesToCopy
Bytes

The vector of bytes to copy into the ByteStream

bigEndian

Whether this ByteStream contains floating point data in big endian (true) or little endian(false) (default of true)

-
- -
-
~ByteStream
-
virtual ~ByteStream()
-

Default destructor for the ByteStream object

-
- -
-
Variables
-
- -
-
m_bytes
-
Bytes m_bytes
-

The data stream object that holds all the bytes

-
- -
-
Operators
-
- -
-
[]
-

Accesses a single byte of the ByteStream

Parameters
index

The 0-based index into the ByteStream

Returns

The single byte in the ByteStream located at the requested index

Exceptions

  • std::out_of_range: The index requested is out of range

See Also

read_uint8

-
- -
-
==
-

Checks that two ByteStream objects are equal by comparing their data vectors

Returns

true if the two ByteStreams are identical, false otherwise

-
- -
-
Functions
-
- -
-
append_uint8
-
void append_uint8(
uint8 value
)
-

Appends a 1-byte unsigned integer to the byte stream

Parameters
value
uint8

The 1-byte uint8 to be added to the byte stream

-
- -
-
append_int8
-
void append_int8(
int8 value
)
-

Appends a 1-byte signed integer to the byte stream

Parameters
value
int8

The 1-byte int8 to be added to the byte stream

endian

The Utils::Endianness to append the bytes in.

-
- -
-
append_int16
-
void append_int16(
int16 value,
Utils::Endianness endian= Utils::bigEndian
)
-

Appends a 2-byte signed integer to the byte stream

Parameters
value
int16

The 2-byte int16 to be added to the byte stream

endian
Utils::Endianness

The Utils::Endianness to append the bytes in.

-
- -
-
append_uint16
-
void append_uint16(
uint16 value,
Utils::Endianness endian = Utils::bigEndian
)
-

Appends a 2-byte unsigned integer to the byte stream

Parameters
value
uint16

The 2-byte uint16 to be added to the byte stream

endian
Utils::Endianness

The Utils::Endianness to append the bytes in.

-
- -
-
append_uint32
-
void append_uint32(
uint32 value,
Utils::Endianness endian = Utils::bigEndian
)
-

Appends a 4-byte unsigned integer to the byte stream

Parameters
value
uint32

The 4-byte uint32 to be added to the byte stream

endian
Utils::Endianness

The Utils::Endianness to append the bytes in.

-
- -
-
append_uint64
-
void append_uint64(
uint64 value,
Utils::Endianness endian = Utils::bigEndian
)
-

Appends an 8-byte unsigned integer to the byte stream

Parameters
value
uint64

The 8-byte uint64 to be added to the byte stream

endian
Utils::Endianness

The Utils::Endianness to append the bytes in.

-
- -
-
append_float
-
void append_float(
float value,
Utils::Endianness endian = Utils::bigEndian
)
-

Appends a 4-byte float to the byte stream

Parameters
value
float

The 4-byte float to be added to the byte stream

endian
Utils::Endianness

The Utils::Endianness to append the bytes in.

-
- -
-
append_double
-
void append_double(
double value,
Utils::Endianness endian = Utils::bigEndian
)
-

Appends an 8-byte double to the byte stream

Parameters
value
double

The 8-byte double to be added to the byte stream

endian
Utils::Endianness

The Utils::Endianness to append the bytes in.

-
- -
-
append_string
-
void append_string(
const std::string &str
)
-

Appends a string to the byte stream.

Parameters
str
const std::string&

The string to append to the byte stream.

-
- -
-
appendBytes
-
void appendBytes(
const Bytes &bytes
)
-

Appends a vector of bytes (uint8) to the end of the current ByteStream

Parameters
bytes
const Bytes&

The bytes to be appended to the byte stream

-
- -
-
appendByteStream
-
void appendByteStream(
const ByteStream &otherStream
)
-

Appends the entire contents of a ByteStream to the end of the current ByteStream

Parameters
otherStream
const ByteStream&

The ByteStream to be appended to the current ByteStream

-
- -
-
read_int8
-
int8 read_int8(
std::size_t position
) const
-

Reads a 1-byte signed integer from the byte stream

Parameters
position
std::size_t

The 0-based position to read from

Returns

The 1-byte int8 at the requested position

Exceptions

  • std::out_of_range: The index requested is out of range

-
- -
-
read_uint8
-
uint8 read_uint8(
std::size_t position
) const
-

Reads a 1-byte unsigned integer from the byte stream

Parameters
position
std::size_t

The 0-based position to read from

Returns

The 1-byte uint8 at the requested position

Exceptions

  • std::out_of_range: The index requested is out of range

-
- -
-
read_int16
-
int16 read_int16(
std::size_t position,
Utils::Endianness endian = Utils::bigEndian
) const
-

Reads a 2-byte signed integer from the byte stream

Parameters
position
std::size_t

The 0-based position to read from

endian
Utils::Endianness

The Utils::Endianness to read the bytes in.

Returns

The int16 at the requested position

Exceptions

  • std::out_of_range: The index requested is out of range

-
- -
-
read_uint16
-
uint16 read_uint16(
std::size_t position,
Utils::Endianness endian = Utils::bigEndian
) const
-

Reads a 2-byte unsigned integer from the byte stream

Parameters
position
std::size_t

The 0-based position to read from

endian
Utils::Endianness

The Utils::Endianness to read the bytes in.

Returns

The uint16 at the requested position

Exceptions

  • std::out_of_range: The index requested is out of range

-
- -
-
read_uint24
-
uint32 read_uint24(
std::size_t position,
Utils::Endianness endian = Utils::bigEndian
) const
-

Reads a 3-byte unsigned integer from the byte stream

Parameters
position
std::size_t

The 0-based position to read from

endian
Utils::Endianness

The Utils::Endianness to read the bytes in.

Returns

A uint32 containing the uint24 value at the requested position

Exceptions

  • std::out_of_range: The index requested is out of range

-
- -
-
read_int24
-
int32 read_int24(
std::size_t position,
Utils::Endianness endian = Utils::bigEndian
) const
-

Reads a 3-byte signed integer from the byte stream

Parameters
position
std::size_t

The 0-based position to read from

endian
Utils::Endianness

The Utils::Endianness to read the bytes in.

Returns

An int32 containing the int24 value at the requested position

Exceptions

  • std::out_of_range: The index requested is out of range

-
- -
-
read_uint32
-
uint32 read_uint32(
std::size_t position,
Utils::Endianness endian = Utils::bigEndian
) const
-

Reads a 4-byte unsigned integer from the byte stream

Parameters
position
std::size_t

The 0-based position to read from

endian
Utils::Endianness

The Utils::Endianness to read the bytes in.

Returns

The uint32 at the requested position

Exceptions

  • std::out_of_range: The index requested is out of range

-
- -
-
read_uint64
-
uint64 read_uint64(
std::size_t position,
Utils::Endianness endian = Utils::bigEndian
) const
-

Reads an 8-byte unsigned integer from the byte stream

Parameters
position
std::size_t

The 0-based position to read from

endian
Utils::Endianness

The Utils::Endianness to read the bytes in.

Returns

The uint64 at the requested position

Exceptions

  • std::out_of_range: The index requested is out of range

-
- -
-
read_float
-
float read_float(
std::size_t position,
Utils::Endianness endian = Utils::bigEndian
) const
-

Reads a 4-byte float from the byte stream

Parameters
position
std::size_t

The 0-based position to read from

endian
Utils::Endianness

The Utils::Endianness to read the bytes in.

Returns

The float at the requested position

Exceptions

  • std::out_of_range: The index requested is out of range

-
- -
-
read_double
-
double read_double(
std::size_t position,
Utils::Endianness endian = Utils::bigEndian
) const
-

Reads an 8-byte double from the byte stream

Parameters
position
std::size_t

The 0-based position to read from

endian
Utils::Endianness

The Utils::Endianness to read the bytes in.

Returns

The double at the requested position

Exceptions

  • std::out_of_range: The index requested is out of range

-
- -
-
read_string
-
std::string read_string(
std::size_t position,
std::size_t length
) const
-

Reads a string of the specified length from the byte stream

Parameters
position
std::size_t

The 0-based position to start reading from

length
std::size_t

The size (number of characters) to read for

Returns

The string at the requested position of the requested length

Exceptions

-std::out_of_range: The index + length requested is out of range

-
- -
-
data
-
Bytes& data()
-

Gets the byte stream as a vector of bytes (Bytes)

Returns

The byte stream as a vector of bytes (Bytes)

-
- -
-
data
-
const Bytes& data() const
-

Gets the byte stream as a vector of bytes (Bytes)

Returns

The byte stream as a vector of bytes (Bytes)

-
- -
-
size
-
std::size_t size() const
-

Gets the size of the byte stream (equivalent of std::vector.size())

Returns

The size of the byte stream (number of bytes)

-
- -
-
clear
-
void clear()
-

Clears the byte stream (equivalent of std::vector.clear())

-
- -
-
empty
-
bool empty() const
-

Checks whether the vector is empty. (equivalent of std::vector::empty())

Returns

true if the vector is empty (size is 0), false otherwise.

-
- -
-
resize
-
void resize(
std::size_t size
)
-

Resizes the byte stream (equivalent of std::vector.resize())

-
- -
-
set
-
void set(
const Bytes &bytes
)
-

Sets the underlying bytes to the given Bytes.

-
- -
-
begin
-
Bytes::iterator begin()
-

Gets an iterator referring to the first element in the ByteStream (equivalent of std::vector::begin())

Returns

An iterator referring to the first element in the ByteStream

-
- -
-
begin
-
Bytes::const_iterator begin() const
-

Gets a constant iterator referring to the first element in the ByteStream (equivalent of std::vector::cbegin())

Returns

A const_iterator referring to the first element in the ByteStream

-
- -
-
end
-
Bytes::iterator end()
-

Gets an iterator referring to the "past-the-end" element in the ByteStream. (equivalent of std::vector::end())

Returns

An iterator referring to the "past-the-end" element in the ByteStream

-
- -
-
end
-
Bytes::const_iterator end() const
-

Gets an iterator referring to the "past-the-end" element in the ByteStream. (equivalent of std::vector::cend())

Returns

A const_iterator referring to the "past-the-end" element in the ByteStream

-
- -
-
calculateSimpleChecksum
-
uint16 calculateSimpleChecksum(
std::size_t from,
std::size_t to
) const
-

Calculates the simple checksum (simple addition of bytes)on the ByteStream

Parameters
from
std::size_t

The 0-based starting position in the bytes vector to start calculating the checksum (includes this byte)

to
std::size_t

The 0-based end position in the bytes vector to end calculating the checksum (includes this byte)

Returns

The simple checksum (addition of bytes) of the ByteStream for the given positions.

Exceptions

  • std::out_of_range: The index requested is out of range

-
- -
-
calculateFletcherChecksum
-
uint16 calculateFletcherChecksum(
std::size_t from,
std::size_t to
) const
-

Calculates the Fletcher checksum (position dependent checksum) on the ByteStream

Parameters
from
std::size_t

The 0-based starting position in the bytes vector to start calculating the checksum (includes this byte)

to
std::size_t

The 0-based end position in the bytes vector to end calculating the checksum (includes this byte)

Returns

The Fletcher checksum of the ByteStream for the given positions.

Exceptions

  • std::out_of_range: The index requested is out of range

-
- -
-
calculateCrcChecksum
-
uint32 calculateCrcChecksum(
std::size_t from,
std::size_t to
) const
-

Calculates the 32-bit CRC with polynomial 0x04C11DB7, an initial value of 0xFFFFFFFF, and inverted output.

Parameters
from
std::size_t

The 0-based starting position in the bytes vector to start calculating the checksum (includes this byte)

to
std::size_t

The 0-based end position in the bytes vector to end calculating the checksum (includes this byte)

Returns

The CRC checksum of the ByteStream for the given positions.

Exceptions

  • std::out_of_range: The index requested is out of range

-
- -
-
calculateCrcChecksum
-
uint32 calculateCrcChecksum() const
-

Calculates the 32-bit CRC with polynomial 0x04C11DB7, an initial value of 0xFFFFFFFF, and inverted output.

Returns

The CRC checksum of all bytes in the ByteStream.

Exceptions

  • std::out_of_range: The index requested is out of range

-
- -
-
verifyBytesInStream
-
void verifyBytesInStream(
std::size_t position,
std::size_t length
) const
-

Checks that the current bytestream can read the requested data

Parameters
position
std::size_t

The 0-based start position that is desired to read data from

length
std::size_t

The amount of bytes desired to read

Exceptions

  • std::out_of_range: The index requested is out of range

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT-Summary.js b/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT-Summary.js deleted file mode 100644 index d56c4d91c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:CV7ContinuousBIT","CV7ContinuousBIT");NDSummary.OnSummaryLoaded("CClass:CV7ContinuousBIT",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[4857,0,0,"CV7ContinuousBIT"],[4858,0,2,"Functions","Functions"],[4859,0,1,"CV7ContinuousBIT","CV7ContinuousBIT"],[4860,0,1,"CV7ContinuousBIT","CV7ContinuousBIT(2)"],[4861,0,1,"system","system"],[4862,0,1,"systemClockFailure","systemClockFailure"],[4863,0,1,"powerFault","powerFault"],[4864,0,1,"firmwareFault","firmwareFault"],[4865,0,1,"timingOverload","timingOverload"],[4866,0,1,"bufferOverrun","bufferOverrun"],[4867,0,1,"imuProcessFault","imuProcessFault"],[4868,0,1,"imuDataRateMismatch","imuDataRateMismatch"],[4869,0,1,"imuDroppedData","imuDroppedData"],[4870,0,1,"imuStuck","imuStuck"],[4871,0,1,"filterProcessFault","filterProcessFault"],[4872,0,1,"filterDroppedData","filterDroppedData"],[4873,0,1,"filterRateMismatch","filterRateMismatch"],[4874,0,1,"filterStuck","filterStuck"],[4875,0,1,"imu","imu"],[4876,0,1,"imuClockFault","imuClockFault"],[4877,0,1,"imuCommunicationFault","imuCommunicationFault"],[4878,0,1,"imuTimingOverrun","imuTimingOverrun"],[4879,0,1,"imuCalibrationErrorAccel","imuCalibrationErrorAccel"],[4880,0,1,"imuCalibrationErrorGyro","imuCalibrationErrorGyro"],[4881,0,1,"imuCalibrationErrorMag","imuCalibrationErrorMag"],[4882,0,1,"accelGeneralFault","accelGeneralFault"],[4883,0,1,"accelOverrange","accelOverrange"],[4884,0,1,"accelSelfTest","accelSelfTest"],[4885,0,1,"gyroGeneralFault","gyroGeneralFault"],[4886,0,1,"gyroOverrange","gyroOverrange"],[4887,0,1,"gyroSelfTest","gyroSelfTest"],[4888,0,1,"magGeneralFault","magGeneralFault"],[4889,0,1,"magOverrange","magOverrange"],[4890,0,1,"magSelfTest","magSelfTest"],[4891,0,1,"pressureGeneralFault","pressureGeneralFault"],[4892,0,1,"pressureOverrange","pressureOverrange"],[4893,0,1,"pressureSelfTest","pressureSelfTest"],[4894,0,1,"factoryBitsInvalid","factoryBitsInvalid"],[4895,0,1,"filter","filter"],[4896,0,1,"filterFault","filterFault"],[4897,0,1,"filterTimingOverrun","filterTimingOverrun"],[4898,0,1,"filterTimingUnderrun","filterTimingUnderrun"],[4899,0,1,"as_MipDataPoints","as_MipDataPoints"],[4900,0,2,"Variables","Variables"],[4901,0,3,"m_system","m_system"],[4902,0,3,"m_imu","m_imu"],[4903,0,3,"m_filter","m_filter"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT-SummaryToolTips.js deleted file mode 100644 index cc99aa751..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:CV7ContinuousBIT",{4857:"
CV7ContinuousBIT
Continuous Built-In Test flag data
",4859:"
CV7ContinuousBIT() = delete
",4860:"
explicit CV7ContinuousBIT(
Bytes bytes
)
",4861:"
CV7ContinuousBIT_System system() const
Gets information for system flags (bits 0-31)
",4862:"
bool systemClockFailure() const override
Gets the value of the System Clock Failure bit (bit 0)
",4863:"
bool powerFault() const override
Gets the value of the Power Fault bit (bit 1)
",4864:"
bool firmwareFault() const override
Gets the value of the Firmware Fault bit (bit 4)
",4865:"
bool timingOverload() const override
Gets the value of the Timing Overload bit (bit 5)
",4866:"
bool bufferOverrun() const override
Gets the value of the Buffer Overrun bit (bit 6)
",4867:"
bool imuProcessFault() const
Gets the value of the IMU Process Fault bit (bit 16)
",4868:"
Gets the value of the IMU Data Rate Mismatch bit (bit 17)
",4869:"
bool imuDroppedData() const
Gets the value of the IMU Overrun Dropped Data bit (bit 18)
",4870:"
bool imuStuck() const
Gets the value of the IMU Stuck bit (bit 19)
",4871:"
bool filterProcessFault() const
Gets the value of the Filter Process Fault bit (bit 20)
",4872:"
bool filterDroppedData() const
Gets the value of the Filter Dropped Data bit (bit 21)
",4873:"
bool filterRateMismatch() const
Gets the value of the Filter Rate Mismatch bit (bit 22)
",4874:"
bool filterStuck() const
Gets the value of the Filter Stuck bit (bit 23)
",4875:"
CV7ContinuousBIT_IMU imu() const
Gets information for IMU flags (bits 32-63)
",4876:"
bool imuClockFault() const override
Gets the value of the IMU Clock Fault bit (bit 32)
",4877:"
bool imuCommunicationFault() const override
Gets the value of the IMU Communication Fault bit (bit 33)
",4878:"
bool imuTimingOverrun() const override
Gets the value of the IMU Timing Overrun bit (bit 34)
",4879:"
bool imuCalibrationErrorAccel() const override
Gets the value of the IMU Calibration Error Accelerometer bit (bit 36)
",4880:"
bool imuCalibrationErrorGyro() const override
Gets the value of the IMU Calibration Error Gyroscope bit (bit 37)
",4881:"
bool imuCalibrationErrorMag() const override
Gets the value of the IMU Calibration Error Magnetometer bit (bit 38)
",4882:"
bool accelGeneralFault() const override
Gets the value of the Accelerometer General Fault bit (bit 40)
",4883:"
bool accelOverrange() const override
Gets the value of the Accelerometer Overrange bit (bit 41)
",4884:"
bool accelSelfTestFail() const override
Gets the value of the Accelerometer Self Test bit (bit 42)
",4885:"
bool gyroGeneralFault() const override
Gets the value of the Gyroscope General Fault bit (bit 44)
",4886:"
bool gyroOverrange() const override
Gets the value of the Gyroscope Overrange bit (bit 45)
",4887:"
bool gyroSelfTestFail() const override
Gets the value of the Gyroscope Self Test bit (bit 46)
",4888:"
bool magGeneralFault() const override
Gets the value of the Magnetometer General Fault bit (bit 48)
",4889:"
bool magOverrange() const override
Gets the value of the Magnetometer Overrange bit (bit 49)
",4890:"
bool magSelfTestFail() const override
Gets the value of the Magnetometer Self Test bit (bit 50)
",4891:"
bool pressureGeneralFault() const override
Gets the value of the Pressure General Fault bit (bit 52)
",4892:"
bool pressureOverrange() const override
Gets the value of the Pressure Overrange bit (bit 53)
",4893:"
bool pressureSelfTestFail() const override
Gets the value of the Pressure Self Test bit (bit 54)
",4894:"
bool factoryBitsInvalid() const
Gets the value of the Factory Bits Invalid bit (bit 56)
",4895:"
CV7ContinuousBIT_Filter filter() const
Gets information for filter flags (bits 64-95)
",4896:"
bool filterFault() const
Gets the value of the Filter Fault bit (bit 64)
",4897:"
bool filterTimingOverrun() const override
Gets the value of the Filter Timing Overrun bit (bit 66)
",4898:"
bool filterTimingUnderrun() const override
Gets the value of the Filter Timing Underrun bit (bit 67)
",4899:"
MipDataPoints as_MipDataPoints() const override
Gets the data formatted as MipDataPoint objects.
",4901:"
CV7ContinuousBIT_System m_system
CV7ContinuousBIT_System information for system flags (bits 0-31)
",4902:"
CV7ContinuousBIT_IMU m_imu
CV7ContinuousBIT_IMU information for IMU flags (bits 32-63)
",4903:"
CV7ContinuousBIT_Filter m_filter
CV7ContinuousBIT_Filter information for filter flags (bits 64-95)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT-ToolTips.js deleted file mode 100644 index d6bfeab41..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({4527:"
MipDataPoint
Represents a single Inertial Data Point (Extends from DataPoint)
",4633:"
ContinuousBIT
Abstract class for device-specific Built-In Test result parser classes
",4810:"
Continuous Built-In Test flags for system information
",4827:"
Continuous Built-In Test flags for IMU information
",4850:"
Continuous Built-In Test flags for filter information
",10253:"
typedef for a vector of bytes.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT.html b/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT.html deleted file mode 100644 index 08e149e28..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT.html +++ /dev/null @@ -1,287 +0,0 @@ - - -CV7ContinuousBIT - - - - - - - -
-
CV7ContinuousBIT
-
public
ContinuousBIT
CV7ContinuousBIT
-

Continuous Built-In Test flag data

See the CV7 Built-in Test documentation for more information

-
- -
-
Functions
-
- -
-
CV7ContinuousBIT
-
CV7ContinuousBIT() = delete
-
- -
-
CV7ContinuousBIT
-
explicit CV7ContinuousBIT(
Bytes bytes
)
-
Parameters
bytes
Bytes

Flag values from Continuous Built-In Test

-
- -
-
system
- -

Gets information for system flags (bits 0-31)

Returns
CV7ContinuousBIT_System

Information for system flags

-
- -
-
systemClockFailure
-
bool systemClockFailure() const override
-

Gets the value of the System Clock Failure bit (bit 0)

Returns
bool

true: The system clock is not operating properly

-
- -
-
powerFault
-
bool powerFault() const override
-

Gets the value of the Power Fault bit (bit 1)

Returns
bool

true: Power supply voltage is outside the recommended range, or an internal power fault exists

-
- -
-
firmwareFault
-
bool firmwareFault() const override
-

Gets the value of the Firmware Fault bit (bit 4)

Returns
bool

true: System firmware has detected an unexpected or abnormal condition

-
- -
-
timingOverload
-
bool timingOverload() const override
-

Gets the value of the Timing Overload bit (bit 5)

Returns
bool

true: The system is unable to keep up with the processing demand

-
- -
-
bufferOverrun
-
bool bufferOverrun() const override
-

Gets the value of the Buffer Overrun bit (bit 6)

Returns
bool

true: A data buffer in the system has reached its capacity

-
- -
-
imuProcessFault
-
bool imuProcessFault() const
-

Gets the value of the IMU Process Fault bit (bit 16)

Returns
bool

true: The IMU subsystem is unresponsive or not operating normally

-
- -
-
imuDataRateMismatch
-

Gets the value of the IMU Data Rate Mismatch bit (bit 17)

Returns
bool

true: Faster/slower than expected base rate

-
- -
-
imuDroppedData
-
bool imuDroppedData() const
-

Gets the value of the IMU Overrun Dropped Data bit (bit 18)

Returns
bool

true: At least 1 dropped frame / overrun

-
- -
-
imuStuck
-
bool imuStuck() const
-

Gets the value of the IMU Stuck bit (bit 19)

Returns
bool

true: No IMU data received in 1 second

-
- -
-
filterProcessFault
-
bool filterProcessFault() const
-

Gets the value of the Filter Process Fault bit (bit 20)

Returns
bool

true: The Filter subsystem is unresponsive or not operating normally

-
- -
-
filterDroppedData
-
bool filterDroppedData() const
-

Gets the value of the Filter Dropped Data bit (bit 21)

Returns
bool

true: Filter samples not equal to IMU samples

-
- -
-
filterRateMismatch
-
bool filterRateMismatch() const
-

Gets the value of the Filter Rate Mismatch bit (bit 22)

Returns
bool

true: Filter major cycle rate mismatch

-
- -
-
filterStuck
-
bool filterStuck() const
-

Gets the value of the Filter Stuck bit (bit 23)

Returns
bool

true: No filter data received in 1 second

-
- -
-
imu
- -

Gets information for IMU flags (bits 32-63)

Returns
CV7ContinuousBIT_IMU

Information for IMU flags

-
- -
-
imuClockFault
-
bool imuClockFault() const override
-

Gets the value of the IMU Clock Fault bit (bit 32)

Returns
bool

true: IMU is not running off the system clock

-
- -
-
imuCommunicationFault
-
bool imuCommunicationFault() const override
-

Gets the value of the IMU Communication Fault bit (bit 33)

Returns
bool

true: No communication with IMU

-
- -
-
imuTimingOverrun
-
bool imuTimingOverrun() const override
-

Gets the value of the IMU Timing Overrun bit (bit 34)

Returns
bool

true: IMU processes are taking longer than their allotted time

-
- -
-
imuCalibrationErrorAccel
-
bool imuCalibrationErrorAccel() const override
-

Gets the value of the IMU Calibration Error Accelerometer bit (bit 36)

Returns
bool

true: A problem is detected with the accelerometer calibration

-
- -
-
imuCalibrationErrorGyro
-
bool imuCalibrationErrorGyro() const override
-

Gets the value of the IMU Calibration Error Gyroscope bit (bit 37)

Returns
bool

true: A problem is detected with the gyroscope calibration

-
- -
-
imuCalibrationErrorMag
-
bool imuCalibrationErrorMag() const override
-

Gets the value of the IMU Calibration Error Magnetometer bit (bit 38)

Returns
bool

true: A problem is detected with the magnetometer calibration

-
- -
-
accelGeneralFault
-
bool accelGeneralFault() const override
-

Gets the value of the Accelerometer General Fault bit (bit 40)

Returns
bool

true: Accelerometer will not initialize

-
- -
-
accelOverrange
-
bool accelOverrange() const override
-

Gets the value of the Accelerometer Overrange bit (bit 41)

Returns
bool

true: One or more axes subjected to accelerations near or outside the selected range

-
- -
-
accelSelfTest
-
bool accelSelfTestFail() const override
-

Gets the value of the Accelerometer Self Test bit (bit 42)

Returns
bool

true: The internal self-test of the accelerometer failed

-
- -
-
gyroGeneralFault
-
bool gyroGeneralFault() const override
-

Gets the value of the Gyroscope General Fault bit (bit 44)

Returns
bool

true: Gyroscope will not initialize

-
- -
-
gyroOverrange
-
bool gyroOverrange() const override
-

Gets the value of the Gyroscope Overrange bit (bit 45)

Returns
bool

true: One or more axes subjected to rotational rates near or outside the selected range

-
- -
-
gyroSelfTest
-
bool gyroSelfTestFail() const override
-

Gets the value of the Gyroscope Self Test bit (bit 46)

Returns
bool

true: The internal self-test of the gyroscope failed

-
- -
-
magGeneralFault
-
bool magGeneralFault() const override
-

Gets the value of the Magnetometer General Fault bit (bit 48)

Returns
bool

true: Magnetometer will not initialize

-
- -
-
magOverrange
-
bool magOverrange() const override
-

Gets the value of the Magnetometer Overrange bit (bit 49)

Returns
bool

true: One or more axes subjected to magnetic fields strengths near or outside the supported range

-
- -
-
magSelfTest
-
bool magSelfTestFail() const override
-

Gets the value of the Magnetometer Self Test bit (bit 50)

Returns
bool

true: The internal self-test of the magnetometer failed

-
- -
-
pressureGeneralFault
-
bool pressureGeneralFault() const override
-

Gets the value of the Pressure General Fault bit (bit 52)

Returns
bool

true: Pressure sensor won't initialize

-
- -
-
pressureOverrange
-
bool pressureOverrange() const override
-

Gets the value of the Pressure Overrange bit (bit 53)

Returns
bool

true: Pressure sensor subjected to pressures above or below the supported range

-
- -
-
pressureSelfTest
-
bool pressureSelfTestFail() const override
-

Gets the value of the Pressure Self Test bit (bit 54)

Returns
bool

true: The internal self-test of the pressure sensor failed

-
- -
-
factoryBitsInvalid
-
bool factoryBitsInvalid() const
-

Gets the value of the Factory Bits Invalid bit (bit 56)

Returns
bool

true: Factory settings invalid. Device unusable

-
- -
-
filter
- -

Gets information for filter flags (bits 64-95)

Returns
CV7ContinuousBIT_Filter

Information for filter flags

-
- -
-
filterFault
-
bool filterFault() const
-

Gets the value of the Filter Fault bit (bit 64)

Returns
bool

true: Filter processes will not initialize

-
- -
-
filterTimingOverrun
-
bool filterTimingOverrun() const override
-

Gets the value of the Filter Timing Overrun bit (bit 66)

Returns
bool

true: Filter processes are taking longer than their allotted time

-
- -
-
filterTimingUnderrun
-
bool filterTimingUnderrun() const override
-

Gets the value of the Filter Timing Underrun bit (bit 67)

Returns
bool

true: Filter processes are being skipped

-
- -
-
as_MipDataPoints
-
MipDataPoints as_MipDataPoints() const override
-

Gets the data formatted as MipDataPoint objects.

Returns
MipDataPoints

data in DataPoint format

-
- -
-
Variables
-
- -
-
m_system
- -

CV7ContinuousBIT_System information for system flags (bits 0-31)

-
- -
-
m_imu
- -

CV7ContinuousBIT_IMU information for IMU flags (bits 32-63)

-
- -
-
m_filter
- -

CV7ContinuousBIT_Filter information for filter flags (bits 64-95)

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT_Filter-Summary.js b/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT_Filter-Summary.js deleted file mode 100644 index c7b335a45..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT_Filter-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:CV7ContinuousBIT_Filter","CV7ContinuousBIT_Filter");NDSummary.OnSummaryLoaded("CClass:CV7ContinuousBIT_Filter",[["C/C++","C"]],[["Functions","Function"],["Groups","Group"],["Structs","Struct"],["Variables","Variable"]],[[4850,0,2,"CV7ContinuousBIT_Filter"],[4851,0,1,"Functions","Functions"],[4852,0,0,"CV7ContinuousBIT_Filter","CV7ContinuousBIT_Filter"],[4853,0,0,"CV7ContinuousBIT_Filter","CV7ContinuousBIT_Filter(2)"],[4854,0,0,"general","general"],[4855,0,1,"Variables","Variables"],[4856,0,3,"m_general","m_general"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT_Filter-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT_Filter-SummaryToolTips.js deleted file mode 100644 index 1c380441d..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT_Filter-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:CV7ContinuousBIT_Filter",{4850:"
Continuous Built-In Test flags for filter information
",4852:"
CV7ContinuousBIT_Filter() = default
",4853:"
explicit CV7ContinuousBIT_Filter(
uint32 bits
)
",4854:"
CV7ContinuousBIT_Filter_General general() const
Gets information for general filter flags (bits 64-71)
",4856:"
CV7ContinuousBIT_Filter_General m_general
CV7ContinuousBIT_Filter_General information for general filter flags (bits 64-71)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT_Filter-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT_Filter-ToolTips.js deleted file mode 100644 index c73435b12..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT_Filter-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({4841:"
Continuous Built-In Test flags for general filter information
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT_Filter.html b/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT_Filter.html deleted file mode 100644 index f22b2af4d..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT_Filter.html +++ /dev/null @@ -1,47 +0,0 @@ - - -CV7ContinuousBIT_Filter - - - - - - - -
-
CV7ContinuousBIT_Filter
-

Continuous Built-In Test flags for filter information

Bits 64-95 of the original 128 bit Continuous Built-In Test flags

-
- -
-
Functions
-
- -
-
CV7ContinuousBIT_Filter
-
CV7ContinuousBIT_Filter() = default
-
- -
-
CV7ContinuousBIT_Filter
-
explicit CV7ContinuousBIT_Filter(
uint32 bits
)
-
Parameters
bits
uint32

Value of bits 64-95 of the original 128 bit Continuous Built-In Test flags

-
- -
-
general
- -

Gets information for general filter flags (bits 64-71)

Returns
CV7ContinuousBIT_Filter_General

Information for general filter flags

-
- -
-
Variables
-
- -
-
m_general
- -

CV7ContinuousBIT_Filter_General information for general filter flags (bits 64-71)

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT_Filter_General-Summary.js b/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT_Filter_General-Summary.js deleted file mode 100644 index ab9664e02..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT_Filter_General-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:CV7ContinuousBIT_Filter_General","CV7ContinuousBIT_Filter_General");NDSummary.OnSummaryLoaded("CClass:CV7ContinuousBIT_Filter_General",[["C/C++","C"]],[["Constants","Constant"],["Functions","Function"],["Groups","Group"],["Structs","Struct"]],[[4841,0,3,"CV7ContinuousBIT_Filter_General"],[4842,0,2,"Functions","Functions"],[4843,0,1,"CV7ContinuousBIT_Filter_General","CV7ContinuousBIT_Filter_General"],[4844,0,1,"CV7ContinuousBIT_Filter_General","CV7ContinuousBIT_Filter_General(2)"],[4845,0,2,"Constants","Constants"],[4846,0,0,"Bitmasks","Bitmasks"],[4847,0,0,,"FAULT"],[4848,0,2,"Functions","Functions(2)"],[4849,0,1,"fault","fault"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT_Filter_General-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT_Filter_General-SummaryToolTips.js deleted file mode 100644 index 34d2087aa..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT_Filter_General-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:CV7ContinuousBIT_Filter_General",{4841:"
Continuous Built-In Test flags for general filter information
",4843:"
CV7ContinuousBIT_Filter_General() = default
",4844:"
explicit CV7ContinuousBIT_Filter_General(
const uint8 bits
) : ContinuousBIT_Filter_General(bits)
",4846:"
Bitmasks for general filter flags
",4849:"
bool fault() const
Gets the value of the Filter Fault bit (bit 64)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT_Filter_General-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT_Filter_General-ToolTips.js deleted file mode 100644 index cf2ddd25f..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT_Filter_General-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({4764:"
Continuous Built-In Test flags for general filter information
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT_Filter_General.html b/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT_Filter_General.html deleted file mode 100644 index 54ace93e1..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT_Filter_General.html +++ /dev/null @@ -1,50 +0,0 @@ - - -CV7ContinuousBIT_Filter_General - - - - - - - -
-
CV7ContinuousBIT_Filter_General
-

Continuous Built-In Test flags for general filter information

Bits 64-71 of the original 128 bit Continuous Built-In Test flags

-
- -
-
Functions
-
- -
-
CV7ContinuousBIT_Filter_General
-
CV7ContinuousBIT_Filter_General() = default
-
- -
-
CV7ContinuousBIT_Filter_General
-
explicit CV7ContinuousBIT_Filter_General(
const uint8 bits
) : ContinuousBIT_Filter_General(bits)
-
Parameters
bits
const uint8

Bits 64-71 of the original 128 bit Continuous Built-In Test flags

-
- -
-
Constants
-
- -
-
Bitmasks
-

Bitmasks for general filter flags

Note

These masks are shifted 64 bits to the right from the original 128 bitmask to have a 0 index at bit 64

FAULT

0x01 - Filter processes will not initialize

-
- -
-
Functions
-
- -
-
fault
-
bool fault() const
-

Gets the value of the Filter Fault bit (bit 64)

Returns
bool

true: Filter processes will not initialize

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT_IMU-Summary.js b/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT_IMU-Summary.js deleted file mode 100644 index 0b27aa858..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT_IMU-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:CV7ContinuousBIT_IMU","CV7ContinuousBIT_IMU");NDSummary.OnSummaryLoaded("CClass:CV7ContinuousBIT_IMU",[["C/C++","C"]],[["Constants","Constant"],["Functions","Function"],["Groups","Group"],["Structs","Struct"],["Variables","Variable"]],[[4827,0,3,"CV7ContinuousBIT_IMU"],[4828,0,2,"Functions","Functions"],[4829,0,1,"CV7ContinuousBIT_IMU","CV7ContinuousBIT_IMU"],[4830,0,1,"CV7ContinuousBIT_IMU","CV7ContinuousBIT_IMU(2)"],[4831,0,2,"Constants","Constants"],[4832,0,0,"Bitmasks","Bitmasks"],[4833,0,0,,"FACTORY_BITS_INVALID"],[4834,0,2,"Functions","Functions(2)"],[4835,0,1,"general","general"],[4836,0,1,"sensors","sensors"],[4837,0,1,"factoryBitsInvalid","factoryBitsInvalid"],[4838,0,2,"Variables","Variables"],[4839,0,4,"m_general","m_general"],[4840,0,4,"m_sensors;","m_sensors_"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT_IMU-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT_IMU-SummaryToolTips.js deleted file mode 100644 index d12b1c64c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT_IMU-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:CV7ContinuousBIT_IMU",{4827:"
Continuous Built-In Test flags for IMU information
",4829:"
CV7ContinuousBIT_IMU() = default
",4830:"
explicit CV7ContinuousBIT_IMU(
uint32 bits
)
",4835:"
CV7ContinuousBIT_IMU_General general() const
Gets information for general IMU flags (bits 32-39)
",4836:"
CV7ContinuousBIT_IMU_Sensors sensors() const
Gets information for IMU sensors flags (bits 40-55)
",4837:"
bool factoryBitsInvalid() const
Gets the value of the Factory Bits Invalid bit (bit 56)
",4839:"
CV7ContinuousBIT_IMU_General m_general
CV7ContinuousBIT_IMU_General information for general IMU flags (bits 32-39)
",4840:"
CV7ContinuousBIT_IMU_Sensors information for IMU sensors flags (bits 40-55)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT_IMU-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT_IMU-ToolTips.js deleted file mode 100644 index 706f1e81e..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT_IMU-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({4819:"
Continuous Built-In Test flags for general IMU information
",4823:"
Continuous Built-In Test flags for IMU sensors information
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT_IMU.html b/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT_IMU.html deleted file mode 100644 index 6069be42c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT_IMU.html +++ /dev/null @@ -1,77 +0,0 @@ - - -CV7ContinuousBIT_IMU - - - - - - - -
-
CV7ContinuousBIT_IMU
-

Continuous Built-In Test flags for IMU information

Bits 32-63 of the original 128 bit Continuous Built-In Test flags

-
- -
-
Functions
-
- -
-
CV7ContinuousBIT_IMU
-
CV7ContinuousBIT_IMU() = default
-
- -
-
CV7ContinuousBIT_IMU
-
explicit CV7ContinuousBIT_IMU(
uint32 bits
)
-
Parameters
bits
uint32

Value of bits 32-63 of the original 128 bit Continuous Built-In Test flags

-
- -
-
Constants
-
- -
-
Bitmasks
-
FACTORY_BITS_INVALID

0x00000001 - Factory settings invalid. Device unusable (56)

Note

These masks are shifted 32 bits to the right from the original 128 bitmask to have a 0 index at bit 32

-
- -
-
Functions
-
- -
-
general
- -

Gets information for general IMU flags (bits 32-39)

Returns
CV7ContinuousBIT_IMU_General

Information for general IMU flags

-
- -
-
sensors
- -

Gets information for IMU sensors flags (bits 40-55)

Returns
CV7ContinuousBIT_IMU_Sensors

Information for IMU sensors flags

-
- -
-
factoryBitsInvalid
-
bool factoryBitsInvalid() const
-

Gets the value of the Factory Bits Invalid bit (bit 56)

Returns
bool

true: Factory settings invalid. Device unusable

-
- -
-
Variables
-
- -
-
m_general
- -

CV7ContinuousBIT_IMU_General information for general IMU flags (bits 32-39)

-
- -
-
m_sensors;
-

CV7ContinuousBIT_IMU_Sensors information for IMU sensors flags (bits 40-55)

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT_IMU_General-Summary.js b/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT_IMU_General-Summary.js deleted file mode 100644 index 71d5c56e5..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT_IMU_General-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:CV7ContinuousBIT_IMU_General","CV7ContinuousBIT_IMU_General");NDSummary.OnSummaryLoaded("CClass:CV7ContinuousBIT_IMU_General",[["C/C++","C"]],[["Functions","Function"],["Groups","Group"],["Structs","Struct"]],[[4819,0,2,"CV7ContinuousBIT_IMU_General"],[4820,0,1,"Functions","Functions"],[4821,0,0,"CV7ContinuousBIT_IMU_General","CV7ContinuousBIT_IMU_General"],[4822,0,0,"CV7ContinuousBIT_IMU_General","CV7ContinuousBIT_IMU_General(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT_IMU_General-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT_IMU_General-SummaryToolTips.js deleted file mode 100644 index 1ddb520bd..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT_IMU_General-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:CV7ContinuousBIT_IMU_General",{4819:"
Continuous Built-In Test flags for general IMU information
",4821:"
CV7ContinuousBIT_IMU_General() = default
",4822:"
explicit CV7ContinuousBIT_IMU_General(
const uint8 bits
) : ContinuousBIT_IMU_General(bits)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT_IMU_General-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT_IMU_General-ToolTips.js deleted file mode 100644 index 5d5128772..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT_IMU_General-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({4704:"
Continuous Built-In Test flags for general IMU information
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT_IMU_General.html b/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT_IMU_General.html deleted file mode 100644 index e5a107b12..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT_IMU_General.html +++ /dev/null @@ -1,31 +0,0 @@ - - -CV7ContinuousBIT_IMU_General - - - - - - - -
-
CV7ContinuousBIT_IMU_General
-

Continuous Built-In Test flags for general IMU information

Bits 32-39 of the original 128 bit Continuous Built-In Test flags

-
- -
-
Functions
-
- -
-
CV7ContinuousBIT_IMU_General
-
CV7ContinuousBIT_IMU_General() = default
-
- -
-
CV7ContinuousBIT_IMU_General
-
explicit CV7ContinuousBIT_IMU_General(
const uint8 bits
) : ContinuousBIT_IMU_General(bits)
-
Parameters
bits
const uint8

Bits 32-39 of the original 128 bit Continuous Built-In Test flags

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT_IMU_Sensors-Summary.js b/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT_IMU_Sensors-Summary.js deleted file mode 100644 index cd20cbe6c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT_IMU_Sensors-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:CV7ContinuousBIT_IMU_Sensors","CV7ContinuousBIT_IMU_Sensors");NDSummary.OnSummaryLoaded("CClass:CV7ContinuousBIT_IMU_Sensors",[["C/C++","C"]],[["Functions","Function"],["Groups","Group"],["Structs","Struct"]],[[4823,0,2,"CV7ContinuousBIT_IMU_Sensors"],[4824,0,1,"Functions","Functions"],[4825,0,0,"CV7ContinuousBIT_IMU_Sensors","CV7ContinuousBIT_IMU_Sensors"],[4826,0,0,"CV7ContinuousBIT_IMU_Sensors","CV7ContinuousBIT_IMU_Sensors(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT_IMU_Sensors-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT_IMU_Sensors-SummaryToolTips.js deleted file mode 100644 index e7a61272c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT_IMU_Sensors-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:CV7ContinuousBIT_IMU_Sensors",{4823:"
Continuous Built-In Test flags for IMU sensors information
",4825:"
CV7ContinuousBIT_IMU_Sensors() = default
",4826:"
explicit CV7ContinuousBIT_IMU_Sensors(
const uint16 bits
) : ContinuousBIT_IMU_Sensors(bits)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT_IMU_Sensors-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT_IMU_Sensors-ToolTips.js deleted file mode 100644 index dc0bf4769..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT_IMU_Sensors-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({4723:"
Continuous Built-In Test flags for IMU sensors information
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT_IMU_Sensors.html b/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT_IMU_Sensors.html deleted file mode 100644 index fa72a0ddd..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT_IMU_Sensors.html +++ /dev/null @@ -1,31 +0,0 @@ - - -CV7ContinuousBIT_IMU_Sensors - - - - - - - -
-
CV7ContinuousBIT_IMU_Sensors
-

Continuous Built-In Test flags for IMU sensors information

Bits 40-55 of the original 128 bit Continuous Built-In Test flags

-
- -
-
Functions
-
- -
-
CV7ContinuousBIT_IMU_Sensors
-
CV7ContinuousBIT_IMU_Sensors() = default
-
- -
-
CV7ContinuousBIT_IMU_Sensors
-
explicit CV7ContinuousBIT_IMU_Sensors(
const uint16 bits
) : ContinuousBIT_IMU_Sensors(bits)
-
Parameters
bits
const uint16

Bits 40-55 of the original 128 bit Continuous Built-In Test flags

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT_System-Summary.js b/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT_System-Summary.js deleted file mode 100644 index 69c6ef98b..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT_System-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:CV7ContinuousBIT_System","CV7ContinuousBIT_System");NDSummary.OnSummaryLoaded("CClass:CV7ContinuousBIT_System",[["C/C++","C"]],[["Functions","Function"],["Groups","Group"],["Structs","Struct"],["Variables","Variable"]],[[4810,0,2,"CV7ContinuousBIT_System"],[4811,0,1,"Functions","Functions"],[4812,0,0,"CV7ContinuousBIT_System","CV7ContinuousBIT_System"],[4813,0,0,"CV7ContinuousBIT_System","CV7ContinuousBIT_System(2)"],[4814,0,0,"general","general"],[4815,0,0,"process","process"],[4816,0,1,"Variables","Variables"],[4817,0,3,"m_general","m_general"],[4818,0,3,"m_process","m_process"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT_System-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT_System-SummaryToolTips.js deleted file mode 100644 index b644a6ec9..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT_System-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:CV7ContinuousBIT_System",{4810:"
Continuous Built-In Test flags for system information
",4812:"
CV7ContinuousBIT_System() = default
",4813:"
explicit CV7ContinuousBIT_System(
uint32 bits
)
",4814:"
CV7ContinuousBIT_System_General general() const
Gets information for general system flags (bits 0-7)
",4815:"
CV7ContinuousBIT_System_Process process() const
Gets information for system process flags (bits 16-31)
",4817:"
CV7ContinuousBIT_System_General m_general
ContinuousBIT_System_General information for general system flags (bits 0-7)
",4818:"
CV7ContinuousBIT_System_Process m_process
ContinuousBIT_System_Process information for system process flags (bits 16-31)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT_System-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT_System-ToolTips.js deleted file mode 100644 index b2fb9e009..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT_System-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({4672:"
Continuous Built-In Test flags for general system information
",4689:"
Continuous Built-In Test flags for system process information
",4783:"
Continuous Built-In Test flags for general system information
",4787:"
Continuous Built-In Test flags for system process information
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT_System.html b/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT_System.html deleted file mode 100644 index 0b8c1f64c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT_System.html +++ /dev/null @@ -1,59 +0,0 @@ - - -CV7ContinuousBIT_System - - - - - - - -
-
CV7ContinuousBIT_System
-

Continuous Built-In Test flags for system information

Bits 0-31 of the original 128 bit Continuous Built-In Test flags

-
- -
-
Functions
-
- -
-
CV7ContinuousBIT_System
-
CV7ContinuousBIT_System() = default
-
- -
-
CV7ContinuousBIT_System
-
explicit CV7ContinuousBIT_System(
uint32 bits
)
-
Parameters
bits
uint32

Value of bits 0-31 of the original 128 bit Continuous Built-In Test flags

-
- -
-
general
- -

Gets information for general system flags (bits 0-7)

Returns
CV7ContinuousBIT_System_General

Information for general system flags

-
- -
-
process
- -

Gets information for system process flags (bits 16-31)

Returns
CV7ContinuousBIT_System_Process

Information for system process flags

-
- -
-
Variables
-
- -
-
m_general
- -

ContinuousBIT_System_General information for general system flags (bits 0-7)

-
- -
-
m_process
- -

ContinuousBIT_System_Process information for system process flags (bits 16-31)

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT_System_General-Summary.js b/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT_System_General-Summary.js deleted file mode 100644 index 8e7584dc5..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT_System_General-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:CV7ContinuousBIT_System_General","CV7ContinuousBIT_System_General");NDSummary.OnSummaryLoaded("CClass:CV7ContinuousBIT_System_General",[["C/C++","C"]],[["Functions","Function"],["Groups","Group"],["Structs","Struct"]],[[4783,0,2,"CV7ContinuousBIT_System_General"],[4784,0,1,"Functions","Functions"],[4785,0,0,"CV7ContinuousBIT_System_General","CV7ContinuousBIT_System_General"],[4786,0,0,"CV7ContinuousBIT_System_General","CV7ContinuousBIT_System_General(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT_System_General-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT_System_General-SummaryToolTips.js deleted file mode 100644 index 238f78a9b..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT_System_General-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:CV7ContinuousBIT_System_General",{4783:"
Continuous Built-In Test flags for general system information
",4785:"
CV7ContinuousBIT_System_General() = default
",4786:"
explicit CV7ContinuousBIT_System_General(
const uint8 bits
) : ContinuousBIT_System_General(bits)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT_System_General-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT_System_General-ToolTips.js deleted file mode 100644 index 63ce08a2c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT_System_General-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({4672:"
Continuous Built-In Test flags for general system information
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT_System_General.html b/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT_System_General.html deleted file mode 100644 index e8d7b63ea..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT_System_General.html +++ /dev/null @@ -1,31 +0,0 @@ - - -CV7ContinuousBIT_System_General - - - - - - - -
-
CV7ContinuousBIT_System_General
-

Continuous Built-In Test flags for general system information

Bits 0-7 of the original 128 bit Continuous Built-In Test flags

-
- -
-
Functions
-
- -
-
CV7ContinuousBIT_System_General
-
CV7ContinuousBIT_System_General() = default
-
- -
-
CV7ContinuousBIT_System_General
-
explicit CV7ContinuousBIT_System_General(
const uint8 bits
) : ContinuousBIT_System_General(bits)
-
Parameters
bits
const uint8

Bits 0-7 of the original 128 bit Continuous Built-In Test flags

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT_System_Process-Summary.js b/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT_System_Process-Summary.js deleted file mode 100644 index 71b16a8d4..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT_System_Process-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:CV7ContinuousBIT_System_Process","CV7ContinuousBIT_System_Process");NDSummary.OnSummaryLoaded("CClass:CV7ContinuousBIT_System_Process",[["C/C++","C"]],[["Constants","Constant"],["Functions","Function"],["Groups","Group"],["Structs","Struct"]],[[4787,0,3,"CV7ContinuousBIT_System_Process"],[4788,0,2,"Functions","Functions"],[4789,0,1,"CV7ContinuousBIT_System_Process","CV7ContinuousBIT_System_Process"],[4790,0,1,"CV7ContinuousBIT_System_Process","CV7ContinuousBIT_System_Process(2)"],[4791,0,2,"Constants","Constants"],[4792,0,0,"Bitmasks","Bitmasks"],[4793,0,0,,"IMU_PROCESS_FAULT"],[4794,0,0,,"IMU_RATE_MISMATCH"],[4795,0,0,,"IMU_DROPPED_DATA"],[4796,0,0,,"IMU_STUCK"],[4797,0,0,,"FILTER_PROCESS_FAULT"],[4798,0,0,,"FILTER_DROPPED_DATA"],[4799,0,0,,"FILTER_RATE_MISMATCH"],[4800,0,0,,"FILTER_STUCK"],[4801,0,2,"Functions","Functions(2)"],[4802,0,1,"imuProcessFault","imuProcessFault"],[4803,0,1,"imuDataRateMismatch","imuDataRateMismatch"],[4804,0,1,"imuDroppedData","imuDroppedData"],[4805,0,1,"imuStuck","imuStuck"],[4806,0,1,"filterProcessFault","filterProcessFault"],[4807,0,1,"filterDroppedData","filterDroppedData"],[4808,0,1,"filterRateMismatch","filterRateMismatch"],[4809,0,1,"filterStuck","filterStuck"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT_System_Process-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT_System_Process-SummaryToolTips.js deleted file mode 100644 index 4848c5855..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT_System_Process-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:CV7ContinuousBIT_System_Process",{4787:"
Continuous Built-In Test flags for system process information
",4789:"
CV7ContinuousBIT_System_Process() : ContinuousBIT_System_Process()
",4790:"
explicit CV7ContinuousBIT_System_Process(
const uint16 bits
) : ContinuousBIT_System_Process(bits)
",4792:"
Bitmasks for system process information flags
",4802:"
bool imuProcessFault() const
Gets the value of the IMU Process Fault bit (bit 16)
",4803:"
Gets the value of the IMU Data Rate Mismatch bit (bit 17)
",4804:"
bool imuDroppedData() const
Gets the value of the IMU Overrun Dropped Data bit (bit 18)
",4805:"
bool imuStuck() const
Gets the value of the IMU Stuck bit (bit 19)
",4806:"
bool filterProcessFault() const
Gets the value of the Filter Process Fault bit (bit 20)
",4807:"
bool filterDroppedData() const
Gets the value of the Filter Dropped Data bit (bit 21)
",4808:"
bool filterRateMismatch() const
Gets the value of the Filter Rate Mismatch bit (bit 22)
",4809:"
bool filterStuck() const
Gets the value of the Filter Stuck bit (bit 23)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT_System_Process-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT_System_Process-ToolTips.js deleted file mode 100644 index 174071802..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT_System_Process-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({4689:"
Continuous Built-In Test flags for system process information
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT_System_Process.html b/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT_System_Process.html deleted file mode 100644 index 45cc4c04f..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/CV7ContinuousBIT_System_Process.html +++ /dev/null @@ -1,91 +0,0 @@ - - -CV7ContinuousBIT_System_Process - - - - - - - -
-
CV7ContinuousBIT_System_Process
-

Continuous Built-In Test flags for system process information

Bits 16-31 of the original 128 bit Continuous Built-In Test flags

-
- -
-
Functions
-
- -
-
CV7ContinuousBIT_System_Process
-
CV7ContinuousBIT_System_Process() : ContinuousBIT_System_Process()
-
- -
-
CV7ContinuousBIT_System_Process
-
explicit CV7ContinuousBIT_System_Process(
const uint16 bits
) : ContinuousBIT_System_Process(bits)
-
Parameters
bits
const uint16

Bits 16-31 of the original 128 bit Continuous Built-In Test flags

-
- -
-
Constants
-
- -
-
Bitmasks
-

Bitmasks for system process information flags

Note

These masks are shifted 16 bits to the right from the original 128 bitmask to have a 0 index at bit 16

IMU_PROCESS_FAULT

0x8000 - The IMU subsystem is unresponsive or not operating normally

IMU_RATE_MISMATCH

0x4000 - Faster/slower than expected base rate

IMU_DROPPED_DATA

0x2000 - At least 1 dropped frame / overrun

IMU_STUCK

0x1000 - No IMU data received in 1 second

FILTER_PROCESS_FAULT

0x0800 - The Filter subsystem is unresponsive or not operating normally

FILTER_DROPPED_DATA

0x0400 - Filter samples not equal to IMU samples

FILTER_RATE_MISMATCH

0x0200 - Filter major cycle rate mismatch

FILTER_STUCK

0x0100 - No filter data received in 1 second

-
- -
-
Functions
-
- -
-
imuProcessFault
-
bool imuProcessFault() const
-

Gets the value of the IMU Process Fault bit (bit 16)

Returns
bool

true: The IMU subsystem is unresponsive or not operating normally

-
- -
-
imuDataRateMismatch
-

Gets the value of the IMU Data Rate Mismatch bit (bit 17)

Returns
bool

true: Faster/slower than expected base rate

-
- -
-
imuDroppedData
-
bool imuDroppedData() const
-

Gets the value of the IMU Overrun Dropped Data bit (bit 18)

Returns
bool

true: At least 1 dropped frame / overrun

-
- -
-
imuStuck
-
bool imuStuck() const
-

Gets the value of the IMU Stuck bit (bit 19)

Returns
bool

true: No IMU data received in 1 second

-
- -
-
filterProcessFault
-
bool filterProcessFault() const
-

Gets the value of the Filter Process Fault bit (bit 20)

Returns
bool

true: The Filter subsystem is unresponsive or not operating normally

-
- -
-
filterDroppedData
-
bool filterDroppedData() const
-

Gets the value of the Filter Dropped Data bit (bit 21)

Returns
bool

true: Filter samples not equal to IMU samples

-
- -
-
filterRateMismatch
-
bool filterRateMismatch() const
-

Gets the value of the Filter Rate Mismatch bit (bit 22)

Returns
bool

true: Filter major cycle rate mismatch

-
- -
-
filterStuck
-
bool filterStuck() const
-

Gets the value of the Filter Stuck bit (bit 23)

Returns
bool

true: No filter data received in 1 second

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/CalCoefficients-Summary.js b/v66.0.1/MSCL_Docs/classes/C/CalCoefficients-Summary.js deleted file mode 100644 index 3d9fd1d20..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/CalCoefficients-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:CalCoefficients","CalCoefficients");NDSummary.OnSummaryLoaded("CClass:CalCoefficients",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Operators","Operator"],["Types","Type"],["Variables","Variable"]],[[9969,0,0,"CalCoefficients"],[9970,0,2,"Functions","Functions"],[9971,0,1,"CalCoefficients","CalCoefficients"],[9972,0,1,"CalCoefficients","CalCoefficients(2)"],[9973,0,2,"Variables","Variables"],[9974,0,5,"m_eqType","m_eqType"],[9975,0,5,"m_unit","m_unit"],[9976,0,5,"m_linearEq","m_linearEq"],[9977,0,2,"Operators","Operators"],[9978,0,3,"==","=="],[9979,0,3,"!=","!="],[9980,0,2,"Functions","Functions(2)"],[9981,0,1,"equationType","equationType"],[9982,0,1,"unit","unit"],[9983,0,1,"linearEquation","linearEquation"],[9984,0,2,"Types","Types"],[9985,0,4,"ChannelCalMap","ChannelCalMap"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/CalCoefficients-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/CalCoefficients-SummaryToolTips.js deleted file mode 100644 index 3c579017d..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/CalCoefficients-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:CalCoefficients",{9969:"
CalCoefficients
Represents calibration coefficients that can be applied to a Wireless Node.
",9971:"
CalCoefficients()
Creates a default constructed CalCoefficients object.
",9972:"
CalCoefficients(
WirelessTypes::CalCoef_EquationType eqType,
WirelessTypes::CalCoef_Unit unit,
const LinearEquation &linearEq
)
Creates a CalCoefficients object.
",9974:"
WirelessTypes::CalCoef_EquationType m_eqType
The WirelessTypes::CalCoef_EquationType of the Cal Coefficients.
",9975:"
WirelessTypes::CalCoef_Unit m_unit
The WirelessTypes::CalCoef_Unit of the Cal Coefficients.
",9976:"
LinearEquation m_linearEq
The LinearEquation of the Cal Coefficients.
",9978:"
Checks that two CalCoefficients objects are equal
",9979:"
Checks that two CalCoefficients objects are not equal
",9981:"
WirelessTypes::CalCoef_EquationType equationType() const
Gets the WirelessTypes::CalCoef_EquationType of the Cal Coefficients.
",9982:"
WirelessTypes::CalCoef_Unit unit() const
Gets the WirelessTypes::CalCoef_Unit of the Cal Coefficients.
",9983:"
const LinearEquation& linearEquation() const
Gets the LinearEquation of the Cal Coefficients.
",9985:"
A typedef for a map of WirelessChannel::ChannelIds to CalCoefficients.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/CalCoefficients-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/CalCoefficients-ToolTips.js deleted file mode 100644 index 9bdd136e0..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/CalCoefficients-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({8655:"
Represents the equation types that can be used for calibration coefficients on Wireless Nodes.
",8658:"
Represents the unit types that can be used for calibration coefficients on Wireless Nodes.
",9881:"
LinearEquation
Represents a linear equation (y = mx + b).
",9971:"
CalCoefficients()
Creates a default constructed CalCoefficients object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/CalCoefficients.html b/v66.0.1/MSCL_Docs/classes/C/CalCoefficients.html deleted file mode 100644 index 39ef8f3d9..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/CalCoefficients.html +++ /dev/null @@ -1,100 +0,0 @@ - - -CalCoefficients - - - - - - - -
-
CalCoefficients
-
CalCoefficients
-

Represents calibration coefficients that can be applied to a Wireless Node.

-
- -
-
Functions
-
- -
-
CalCoefficients
-
CalCoefficients()
-

Creates a default constructed CalCoefficients object.

-
- -
-
CalCoefficients
-
CalCoefficients(
WirelessTypes::CalCoef_EquationType eqType,
WirelessTypes::CalCoef_Unit unit,
const LinearEquation &linearEq
)
-

Creates a CalCoefficients object.

Parameters
eqType
WirelessTypes::CalCoef_EquationType

The WirelessTypes::CalCoef_EquationType of the Cal Coefficients.

unit
WirelessTypes::CalCoef_Unit

The WirelessTypes::CalCoef_Unit of the Cal Coefficients.

linearEq
const LinearEquation&

The LinearEquation of the Cal Coefficients.

-
- -
-
Variables
-
- -
-
m_eqType
- -

The WirelessTypes::CalCoef_EquationType of the Cal Coefficients.

-
- -
-
m_unit
- -

The WirelessTypes::CalCoef_Unit of the Cal Coefficients.

-
- -
-
m_linearEq
-
LinearEquation m_linearEq
-

The LinearEquation of the Cal Coefficients.

-
- -
-
Operators
-
- -
-
==
-

Checks that two CalCoefficients objects are equal

Returns

true if the two CalCoefficients are identical, false otherwise

-
- -
-
!=
-

Checks that two CalCoefficients objects are not equal

Returns

true if the two CalCoefficients are different, false if they are identical

-
- -
-
Functions
-
- -
-
equationType
- -

Gets the WirelessTypes::CalCoef_EquationType of the Cal Coefficients.

-
- -
-
unit
- -

Gets the WirelessTypes::CalCoef_Unit of the Cal Coefficients.

-
- -
-
linearEquation
-
const LinearEquation& linearEquation() const
-

Gets the LinearEquation of the Cal Coefficients.

-
- -
-
Types
-
- -
-
ChannelCalMap
-

A typedef for a map of WirelessChannel::ChannelIds to CalCoefficients.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/CaptureGyroBias-Summary.js b/v66.0.1/MSCL_Docs/classes/C/CaptureGyroBias-Summary.js deleted file mode 100644 index fc6cce6fc..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/CaptureGyroBias-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:CaptureGyroBias","CaptureGyroBias");NDSummary.OnSummaryLoaded("CClass:CaptureGyroBias",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[1024,0,0,"CaptureGyroBias"],[1025,0,2,"Functions","Functions"],[1026,0,1,"commandName","commandName"],[1027,0,1,"MakeCommand","MakeCommand"],[1028,0,1,"getResponseData","getResponseData"],[1029,0,1,"operator ByteStream","operator_ByteStream"],[1030,0,1,"CaptureGyroBias","CaptureGyroBias"],[1031,0,1,"commandType","commandType"],[1032,0,1,"fieldDataByte","fieldDataByte"],[1033,0,1,"responseExpected","responseExpected"],[1034,0,2,"Variables","Variables"],[1035,0,3,"samplingTimeInMS","samplingTimeInMS"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/CaptureGyroBias-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/CaptureGyroBias-SummaryToolTips.js deleted file mode 100644 index 679dbf98b..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/CaptureGyroBias-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:CaptureGyroBias",{1024:"
CaptureGyroBias
Contains the logic for the Inertial CaptureGyroBias command.
",1026:"
virtual std::string commandName() const
",1027:"
static CaptureGyroBias MakeCommand(
uint16 dataToUse
)
",1028:"
static GeometricVector getResponseData(
const GenericMipCmdResponse &response
)
A GeometricVector object with the data returned from the device.
",1029:"
operator ByteStream() const
Converts this class to a ByteStream.
",1030:"
CaptureGyroBias(
uint16 samplingTimeInMS
)
Private constructor creates a CaptureGyroBias object.  Use MakeCommand methods to create an object.
",1031:"
virtual MipTypes::Command commandType() const
",1032:"
virtual uint8 fieldDataByte() const
",1033:"
virtual bool responseExpected() const
",1035:"
uint16 m_samplingTimeInMS
The uint16 CaptureGyroBiasData to send to the device.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/CaptureGyroBias-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/CaptureGyroBias-ToolTips.js deleted file mode 100644 index 80ccdd030..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/CaptureGyroBias-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1024:"
CaptureGyroBias
Contains the logic for the Inertial CaptureGyroBias command.
",1631:"
GeometricVector
Defines a 3 dimensional, spatial vector.
",2927:"
GenericMipCmdResponse
Represents the response to a GenericMipCommand.
",3171:"
The enums for all of the different MIP commands.
",10242:"
typedef for a 2-byte unsigned integer.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/CaptureGyroBias.html b/v66.0.1/MSCL_Docs/classes/C/CaptureGyroBias.html deleted file mode 100644 index 825e8d3d0..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/CaptureGyroBias.html +++ /dev/null @@ -1,79 +0,0 @@ - - -CaptureGyroBias - - - - - - - -
-
CaptureGyroBias
-
public
MipCommand
CaptureGyroBias
-

Contains the logic for the Inertial CaptureGyroBias command.

-
- -
-
Functions
-
- -
-
commandName
-
virtual std::string commandName() const
-
Returns
std::string

the string name for this class.

-
- -
-
MakeCommand
-
static CaptureGyroBias MakeCommand(
uint16 dataToUse
)
-
Returns
CaptureGyroBias

object for the set command.

-
- -
-
getResponseData
-
static GeometricVector getResponseData(
const GenericMipCmdResponse &response
)
-
Returns

A GeometricVector object with the data returned from the device.

-
- -
-
operator ByteStream
-
operator ByteStream() const
-

Converts this class to a ByteStream.

-
- -
-
CaptureGyroBias
-
CaptureGyroBias(
uint16 samplingTimeInMS
)
-

Private constructor creates a CaptureGyroBias object.  Use MakeCommand methods to create an object.

-
- -
-
commandType
-
virtual MipTypes::Command commandType() const
-
Returns
MipTypes::Command

the command ID.

-
- -
-
fieldDataByte
-
virtual uint8 fieldDataByte() const
-
Returns
uint8

the byte ID for field data in the reply.

-
- -
-
responseExpected
-
virtual bool responseExpected() const
-
Returns
bool

True indicates that a response should return from the device.

-
- -
-
Variables
-
- -
-
samplingTimeInMS
-
uint16 m_samplingTimeInMS
-

The uint16 CaptureGyroBiasData to send to the device.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ChannelGroup-Summary.js b/v66.0.1/MSCL_Docs/classes/C/ChannelGroup-Summary.js deleted file mode 100644 index fc5bcd778..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ChannelGroup-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:ChannelGroup","ChannelGroup");NDSummary.OnSummaryLoaded("CClass:ChannelGroup",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Types","Type"],["Variables","Variable"]],[[7041,0,0,"ChannelGroup"],[7042,0,2,"Functions","Functions"],[7043,0,1,"ChannelGroup","ChannelGroup"],[7044,0,2,"Variables","Variables"],[7045,0,4,"m_channels","m_channels"],[7046,0,4,"m_name","m_name"],[7047,0,4,"m_options","m_options"],[7048,0,4,"m_settingsMap","m_settingsMap"],[7049,0,2,"Functions","Functions(2)"],[7050,0,1,"getSettingEeprom","getSettingEeprom"],[7051,0,1,"channels","channels"],[7052,0,1,"name","name"],[7053,0,1,"eepromLocation","eepromLocation"],[7054,0,1,"settings","settings"],[7055,0,1,"hasSetting","hasSetting"],[7056,0,1,"hasChannel","hasChannel"],[7057,0,2,"Types","Types"],[7058,0,3,"ChannelGroups","ChannelGroups"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ChannelGroup-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/ChannelGroup-SummaryToolTips.js deleted file mode 100644 index 055174e9d..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ChannelGroup-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:ChannelGroup",{7041:"
ChannelGroup
Represents a group of channels that have combined settings.
",7043:"
ChannelGroup(
const ChannelMask &channelMask,
const std::string &groupName,
const SettingsMap &settings
)
Creates a ChannelGroup object.
",7045:"
ChannelMask m_channels
The ChannelMask representing which channels are part of this group.
",7046:"
std::string m_name
The name of the group.
",7047:"
The WirelessTypes::ChannelGroupSettings that this group supports.
",7048:"
SettingsMap m_settingsMap
A map of WirelessTypes::ChannelGroupSetting to EepromLocation pairs.
",7050:"
const EepromLocation& getSettingEeprom(
WirelessTypes::ChannelGroupSetting setting
) const
Gets the EepromLocation for the given <Setting>.
",7051:"
const ChannelMask& channels() const
Gets the ChannelMask representing which channels are part of this group.
",7052:"
const std::string& name() const
Gets the name of the channel group.
",7053:"
uint16 eepromLocation(
WirelessTypes::ChannelGroupSetting setting
) const
Gets the eeprom location that the ChannelGroup uses for a specified setting.
",7054:"
const WirelessTypes::ChannelGroupSettings& settings() const
Gets the WirelessTypes::ChannelGroupSettings that this group supports.
",7055:"
bool hasSetting(
WirelessTypes::ChannelGroupSetting setting
) const
Helper function for quick check if setting is present in this channel group.
",7056:"
Helper function to check if this channel group has a specific setting and channel included in it.
",7058:"
A typedef for a vector of ChannelGroups.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ChannelGroup-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/ChannelGroup-ToolTips.js deleted file mode 100644 index 3dbb8bf6b..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ChannelGroup-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6654:"
EepromLocation
Represents a single Eeprom Location.
",7043:"
ChannelGroup(
const ChannelMask &channelMask,
const std::string &groupName,
const SettingsMap &settings
)
Creates a ChannelGroup object.
",8898:"
The possible settings for ChannelGroups.
",9478:"
ChannelMask
Represents the channel mask (active and inactive channels) for a WirelessNode.
",10453:"
Error_NotSupported
A command/feature was attempted to be used that was not supported.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ChannelGroup.html b/v66.0.1/MSCL_Docs/classes/C/ChannelGroup.html deleted file mode 100644 index 7a40e42b6..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ChannelGroup.html +++ /dev/null @@ -1,108 +0,0 @@ - - -ChannelGroup - - - - - - - -
-
ChannelGroup
-
ChannelGroup
-

Represents a group of channels that have combined settings.

-
- -
-
Functions
-
- -
-
ChannelGroup
-
ChannelGroup(
const ChannelMask &channelMask,
const std::string &groupName,
const SettingsMap &settings
)
-

Creates a ChannelGroup object.

Parameters
channelMask
const ChannelMask&

The ChannelMask representing which channels are part of this group.

groupName
const std::string&

The name of the group.

settings
const SettingsMap&

A map of WirelessTypes::ChannelGroupSettings to EepromLocations.

-
- -
-
Variables
-
- -
-
m_channels
-
ChannelMask m_channels
-

The ChannelMask representing which channels are part of this group.

-
- -
-
m_name
-
std::string m_name
-

The name of the group.

-
- -
-
m_options
-

The WirelessTypes::ChannelGroupSettings that this group supports.

-
- -
-
m_settingsMap
-
SettingsMap m_settingsMap
-

A map of WirelessTypes::ChannelGroupSetting to EepromLocation pairs.

-
- -
-
Functions
-
- -
-
getSettingEeprom
-
const EepromLocation& getSettingEeprom(
WirelessTypes::ChannelGroupSetting setting
) const
-

Gets the EepromLocation for the given <Setting>.

Exceptions
-
- -
-
channels
-
const ChannelMask& channels() const
-

Gets the ChannelMask representing which channels are part of this group.

-
- -
-
name
-
const std::string& name() const
-

Gets the name of the channel group.

-
- -
-
eepromLocation
-
uint16 eepromLocation(
WirelessTypes::ChannelGroupSetting setting
) const
-

Gets the eeprom location that the ChannelGroup uses for a specified setting.

Parameters
setting
WirelessTypes::ChannelGroupSetting

The WirelessTypes::ChannelGroupSetting to find the eeprom location for.

Returns

The eeprom location for the specified setting.

Exceptions
-
- -
-
settings
-
const WirelessTypes::ChannelGroupSettings& settings() const
-

Gets the WirelessTypes::ChannelGroupSettings that this group supports.

Returns

The WirelessTypes::ChannelGroupSettings for this group.

-
- -
-
hasSetting
-
bool hasSetting(
WirelessTypes::ChannelGroupSetting setting
) const
-

Helper function for quick check if setting is present in this channel group.

Parameters
setting
WirelessTypes::ChannelGroupSetting

The WirelessTypes::ChannelGroupSetting to look for.

Returns

true if the ChannelGroup has the given setting, false otherwise.

-
- -
-
hasChannel
-

Helper function to check if this channel group has a specific setting and channel included in it.

Parameters
setting

The WirelessTypes::ChannelGroupSetting to look for.

channelNumber

The channel number (ch1 = 1, ch16 = 16) to check for.

Returns

true if the ChannelGroup has the given setting and channel, false otherwise.

-
- -
-
Types
-
- -
-
ChannelGroups
-

A typedef for a vector of ChannelGroups.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ChannelMask-Summary.js b/v66.0.1/MSCL_Docs/classes/C/ChannelMask-Summary.js deleted file mode 100644 index 1a8b4a72f..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ChannelMask-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:ChannelMask","ChannelMask");NDSummary.OnSummaryLoaded("CClass:ChannelMask",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"],["Operators","Operator"]],[[9478,0,0,"ChannelMask"],[9479,0,3,"Constants","Constants"],[9480,0,1,"MAX_CHANNELS = 16","MAX_CHANNELS=16"],[9481,0,3,"Functions","Functions"],[9482,0,2,"ChannelMask","ChannelMask"],[9483,0,2,"ChannelMask","ChannelMask(2)"],[9484,0,3,"Operators","Operators"],[9485,0,4,"==","=="],[9486,0,4,"!=","!="],[9487,0,4,"<","<"],[9488,0,4,">",">"],[9489,0,3,"Functions","Functions(2)"],[9490,0,2,"fromMask","fromMask"],[9491,0,2,"toMask","toMask"],[9492,0,2,"count","count"],[9493,0,2,"enabled","enabled"],[9494,0,2,"enable","enable"],[9495,0,2,"lastChEnabled","lastChEnabled"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ChannelMask-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/ChannelMask-SummaryToolTips.js deleted file mode 100644 index fb6b1751e..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ChannelMask-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:ChannelMask",{9478:"
ChannelMask
Represents the channel mask (active and inactive channels) for a WirelessNode.
",9480:"
The maximum number of channels currently available on any WirelessNode
",9482:"
explicit ChannelMask(
uint16 channelMask
)
Creates an ChannelMask object given a channel mask that was stored on a WirelessNode
",9483:"
ChannelMask()
The default constructor for creating an ChannelMask object, which sets all the channels to inactive
",9485:"
Equal operator for comparing ChannelMasks.
",9486:"
Not Equal operator for comparing ChannelMasks.
",9487:"
Less Than operator for comparing ChannelMasks.
",9488:"
Greater Than operator for comparing ChannelMasks.
",9490:"
void fromMask(
uint16 channelMask
)
Initializes the ChannelMask object from a channel mask
",9491:"
uint16 toMask() const
Gets the channel mask value of the current ChannelMask object
",9492:"
uint8 count() const
Gets the total number of active channels in the current ChannelMask object
",9493:"
bool enabled(
uint8 channel
) const
Checks whether a certain channel is enabled or disabled
",9494:"
void enable(
uint8 channel,
bool enable = true
)
Enables or disables a specified channel
",9495:"
uint8 lastChEnabled() const
Finds the last channel (highest channel number) that is enabled in the mask.  This is useful when looping over the ChannelMask object and performing an action on all enabled channels.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ChannelMask-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/ChannelMask-ToolTips.js deleted file mode 100644 index 59992a148..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ChannelMask-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ChannelMask.html b/v66.0.1/MSCL_Docs/classes/C/ChannelMask.html deleted file mode 100644 index eeb7bec33..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ChannelMask.html +++ /dev/null @@ -1,106 +0,0 @@ - - -ChannelMask - - - - - - - -
-
ChannelMask
-
ChannelMask
-

Represents the channel mask (active and inactive channels) for a WirelessNode.

-
- -
-
Constants
-
- -
-
MAX_CHANNELS = 16
-

The maximum number of channels currently available on any WirelessNode

-
- -
-
Functions
-
- -
-
ChannelMask
-
explicit ChannelMask(
uint16 channelMask
)
-

Creates an ChannelMask object given a channel mask that was stored on a WirelessNode

Parameters
channelMask
uint16

A channel mask value from a WirelessNode representing the active and inactive channels

-
- -
-
ChannelMask
-
ChannelMask()
-

The default constructor for creating an ChannelMask object, which sets all the channels to inactive

-
- -
-
Operators
-
- -
-
==
-

Equal operator for comparing ChannelMasks.

-
- -
-
!=
-

Not Equal operator for comparing ChannelMasks.

-
- -
-
<
-

Less Than operator for comparing ChannelMasks.

-
- -
-
>
-

Greater Than operator for comparing ChannelMasks.

-
- -
-
Functions
-
- -
-
fromMask
-
void fromMask(
uint16 channelMask
)
-

Initializes the ChannelMask object from a channel mask

Parameters
channelMask
uint16

A channel mask value from a WirelessNode representing the active and inactive channels

-
- -
-
toMask
-
uint16 toMask() const
-

Gets the channel mask value of the current ChannelMask object

Returns

The ChannelMask object represented as a channel mask

-
- -
-
count
-
uint8 count() const
-

Gets the total number of active channels in the current ChannelMask object

Returns

The total number of active channels

-
- -
-
enabled
-
bool enabled(
uint8 channel
) const
-

Checks whether a certain channel is enabled or disabled

Parameters
channel
uint8

The channel to check if enabled or disabled, based on index 1 (channel1 = 1, channel8 = 8)

Returns

true if the channel is enabled, false if the channel is disabled

-
- -
-
enable
-
void enable(
uint8 channel,
bool enable = true
)
-

Enables or disables a specified channel

Parameters
channel
uint8

The channel to enable or disable, based on index 1 (channel1 = 1, channel8 = 8)

enable
bool

Set to true to enable the channel, false to disable the channel

-
- -
-
lastChEnabled
-
uint8 lastChEnabled() const
-

Finds the last channel (highest channel number) that is enabled in the mask.  This is useful when looping over the ChannelMask object and performing an action on all enabled channels.

Returns

The channel number (ch1 = 1, ch16 = 16) of the last channel enabled. 0 if no channels are enabled.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ChecksumBuilder-Summary.js b/v66.0.1/MSCL_Docs/classes/C/ChecksumBuilder-Summary.js deleted file mode 100644 index 029bc8ab5..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ChecksumBuilder-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:ChecksumBuilder","ChecksumBuilder");NDSummary.OnSummaryLoaded("CClass:ChecksumBuilder",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[9986,0,0,"ChecksumBuilder"],[9987,0,2,"Variables","Variables"],[9988,0,3,"m_bytes","m_bytes"],[9989,0,2,"Functions","Functions"],[9990,0,1,"append_uint8","append_uint8"],[9991,0,1,"append_uint16","append_uint16"],[9992,0,1,"append_uint32","append_uint32"],[9993,0,1,"appendBytes","appendBytes"],[9994,0,1,"appendByteStream","appendByteStream"],[9995,0,1,"simpleChecksum","simpleChecksum"],[9996,0,1,"fletcherChecksum","fletcherChecksum"],[9997,0,1,"crcChecksum","crcChecksum"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ChecksumBuilder-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/ChecksumBuilder-SummaryToolTips.js deleted file mode 100644 index 55ebeba35..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ChecksumBuilder-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:ChecksumBuilder",{9986:"
ChecksumBuilder
A class used to simply perform checksums on data
",9988:"
ByteStream m_bytes
The ByteStream that holds the data that needs checksummed
",9990:"
void append_uint8(
uint8 value
)
Appends a 1-byte unsigned integer to the ChecksumBuilder
",9991:"
void append_uint16(
uint16 value
)
Appends a 2-byte unsigned integer to the ChecksumBuilder
",9992:"
void append_uint32(
uint32 value
)
Appends a 4-byte unsigned integer to the ChecksumBuilder
",9993:"
void appendBytes(
const Bytes &bytes
)
Appends a vector of bytes to the end of the current ChecksumBuilder
",9994:"
void appendByteStream(
const ByteStream &otherStream
)
Appends the entire contents of a ByteStream to the end of the current ChecksumBuilder
",9995:"
uint16 simpleChecksum() const
Returns a simple checksum of all the bytes in the ChecksumBuilder
",9996:"
uint16 fletcherChecksum() const
Returns the Fletcher checksum of all the bytes in the ChecksumBuilder
",9997:"
uint32 crcChecksum() const
Returns the 32-bit CRC with polynomial 0x04C11DB7, an initial value of 0xFFFFFFFF, and inverted output.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ChecksumBuilder-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/ChecksumBuilder-ToolTips.js deleted file mode 100644 index 4ffa678b5..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ChecksumBuilder-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10253:"
typedef for a vector of bytes.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ChecksumBuilder.html b/v66.0.1/MSCL_Docs/classes/C/ChecksumBuilder.html deleted file mode 100644 index d5afdd5aa..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ChecksumBuilder.html +++ /dev/null @@ -1,79 +0,0 @@ - - -ChecksumBuilder - - - - - - - -
-
ChecksumBuilder
-
ChecksumBuilder
-

A class used to simply perform checksums on data

-
- -
-
Variables
-
- -
-
m_bytes
-
ByteStream m_bytes
-

The ByteStream that holds the data that needs checksummed

-
- -
-
Functions
-
- -
-
append_uint8
-
void append_uint8(
uint8 value
)
-

Appends a 1-byte unsigned integer to the ChecksumBuilder

Parameters
value
uint8

The uint8 to be added to the ChecksumBuilder

-
- -
-
append_uint16
-
void append_uint16(
uint16 value
)
-

Appends a 2-byte unsigned integer to the ChecksumBuilder

Parameters
value
uint16

The uint16 to be added to the ChecksumBuilder

-
- -
-
append_uint32
-
void append_uint32(
uint32 value
)
-

Appends a 4-byte unsigned integer to the ChecksumBuilder

Parameters
value
uint32

The uint32 to be added to the ChecksumBuilder

-
- -
-
appendBytes
-
void appendBytes(
const Bytes &bytes
)
-

Appends a vector of bytes to the end of the current ChecksumBuilder

Parameters
bytes
const Bytes&

The bytes to be appended to the ChecksumBuilder

-
- -
-
appendByteStream
-
void appendByteStream(
const ByteStream &otherStream
)
-

Appends the entire contents of a ByteStream to the end of the current ChecksumBuilder

Parameters
otherStream
const ByteStream&

The ByteStream to be appended to the current ChecksumBuilder

-
- -
-
simpleChecksum
-
uint16 simpleChecksum() const
-

Returns a simple checksum of all the bytes in the ChecksumBuilder

Returns

The simple checksum of all the bytes in the ChecksumBuilder

-
- -
-
fletcherChecksum
-
uint16 fletcherChecksum() const
-

Returns the Fletcher checksum of all the bytes in the ChecksumBuilder

Returns

The Fletcher checksum of all the bytes in the ChecksumBuilder

-
- -
-
crcChecksum
-
uint32 crcChecksum() const
-

Returns the 32-bit CRC with polynomial 0x04C11DB7, an initial value of 0xFFFFFFFF, and inverted output.

Returns

The CRC checksum of all bytes in the ChecksumBuilder.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/CmdedAngularZupt-Summary.js b/v66.0.1/MSCL_Docs/classes/C/CmdedAngularZupt-Summary.js deleted file mode 100644 index 5063d4556..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/CmdedAngularZupt-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:CmdedAngularZupt","CmdedAngularZupt");NDSummary.OnSummaryLoaded("CClass:CmdedAngularZupt",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[912,0,0,"CmdedAngularZupt"],[913,0,3,"Constants","Constants"],[914,0,1,"Packet Bytes","Packet_Bytes"],[915,0,1,,"CMD_ID"],[916,0,1,,"FIELD_DATA_BYTE"],[917,0,3,"Functions","Functions"],[918,0,2,"buildCommand_get","buildCommand_get"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/CmdedAngularZupt-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/CmdedAngularZupt-SummaryToolTips.js deleted file mode 100644 index 7f19085b7..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/CmdedAngularZupt-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:CmdedAngularZupt",{912:"
CmdedAngularZupt
Contains the logic for the "Commanded Zero Angular Rate Update" command
",918:"
static ByteStream buildCommand_get()
Builds the bytes for the "get" command.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/CmdedAngularZupt-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/CmdedAngularZupt-ToolTips.js deleted file mode 100644 index a9de5ee2c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/CmdedAngularZupt-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3171:"
The enums for all of the different MIP commands.
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/CmdedAngularZupt.html b/v66.0.1/MSCL_Docs/classes/C/CmdedAngularZupt.html deleted file mode 100644 index 605cc9a71..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/CmdedAngularZupt.html +++ /dev/null @@ -1,36 +0,0 @@ - - -CmdedAngularZupt - - - - - - - -
-
CmdedAngularZupt
-
CmdedAngularZupt
-

Contains the logic for the "Commanded Zero Angular Rate Update" command

-
- -
-
Constants
-
- -
-
Packet Bytes
-
CMD_ID

CMD_EF_CMDED_ZERO_ANG_RATE_UPDATE  - The MipTypes::Command for this command

FIELD_DATA_BYTE

0xF1  - The Data Field Descriptor byte

-
- -
-
Functions
-
- -
-
buildCommand_get
-
static ByteStream buildCommand_get()
-

Builds the bytes for the "get" command.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/CmdedVelZupt-Summary.js b/v66.0.1/MSCL_Docs/classes/C/CmdedVelZupt-Summary.js deleted file mode 100644 index 22cc6fa00..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/CmdedVelZupt-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:CmdedVelZupt","CmdedVelZupt");NDSummary.OnSummaryLoaded("CClass:CmdedVelZupt",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[905,0,0,"CmdedVelZupt"],[906,0,3,"Constants","Constants"],[907,0,1,"Packet Bytes","Packet_Bytes"],[908,0,1,,"CMD_ID"],[909,0,1,,"FIELD_DATA_BYTE"],[910,0,3,"Functions","Functions"],[911,0,2,"buildCommand_get","buildCommand_get"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/CmdedVelZupt-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/CmdedVelZupt-SummaryToolTips.js deleted file mode 100644 index a018e1933..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/CmdedVelZupt-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:CmdedVelZupt",{905:"
CmdedVelZupt
Contains the logic for the "Commanded Zero Velocity Update" command
",911:"
static ByteStream buildCommand_get()
Builds the bytes for the "get" command.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/CmdedVelZupt-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/CmdedVelZupt-ToolTips.js deleted file mode 100644 index a9de5ee2c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/CmdedVelZupt-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3171:"
The enums for all of the different MIP commands.
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/CmdedVelZupt.html b/v66.0.1/MSCL_Docs/classes/C/CmdedVelZupt.html deleted file mode 100644 index a17cd7f56..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/CmdedVelZupt.html +++ /dev/null @@ -1,36 +0,0 @@ - - -CmdedVelZupt - - - - - - - -
-
CmdedVelZupt
-
CmdedVelZupt
-

Contains the logic for the "Commanded Zero Velocity Update" command

-
- -
-
Constants
-
- -
-
Packet Bytes
-
CMD_ID

CMD_EF_CMDED_ZERO_VEL_UPDATE  - The MipTypes::Command for this command

FIELD_DATA_BYTE

0xF1  - The Data Field Descriptor byte

-
- -
-
Functions
-
- -
-
buildCommand_get
-
static ByteStream buildCommand_get()
-

Builds the bytes for the "get" command.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/CommunicationMode-Summary.js b/v66.0.1/MSCL_Docs/classes/C/CommunicationMode-Summary.js deleted file mode 100644 index 4ac41b4d2..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/CommunicationMode-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:CommunicationMode","CommunicationMode");NDSummary.OnSummaryLoaded("CClass:CommunicationMode",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[416,0,0,"CommunicationMode"],[417,0,3,"Constants","Constants"],[418,0,1,"Packet Bytes","Packet_Bytes"],[419,0,1,,"CMD_ID"],[420,0,1,,"FIELD_DATA_BYTE"],[421,0,3,"Functions","Functions"],[422,0,2,"buildCommand_get","buildCommand_get"],[423,0,2,"buildCommand_set","buildCommand_set"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/CommunicationMode-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/CommunicationMode-SummaryToolTips.js deleted file mode 100644 index 58403b43c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/CommunicationMode-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:CommunicationMode",{416:"
CommunicationMode
Contains the logic for the "Communication Mode" command
",422:"
static ByteStream buildCommand_get()
Builds the bytes for the "get" command
",423:"
static ByteStream buildCommand_set(
uint8 communicationMode
)
Builds the bytes for the "set" command.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/CommunicationMode-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/CommunicationMode-ToolTips.js deleted file mode 100644 index 3a2c01f22..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/CommunicationMode-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2937:"
GenericMipCommand
Represents a base class for MIP commands
",3171:"
The enums for all of the different MIP commands.
",4565:"
MipChannel
Represents a single "channel" or data descriptors that can make up an Inertial Device\'s message format
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10446:"
Error
The generic MicroStrain exception (base class)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/CommunicationMode.html b/v66.0.1/MSCL_Docs/classes/C/CommunicationMode.html deleted file mode 100644 index 78136a28c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/CommunicationMode.html +++ /dev/null @@ -1,42 +0,0 @@ - - -CommunicationMode - - - - - - - -
-
CommunicationMode
-
CommunicationMode
-

Contains the logic for the "Communication Mode" command

See Also

GenericMipCommand

-
- -
-
Constants
-
- -
-
Packet Bytes
-
CMD_ID

CMD_COMMUNICATION_MODE - The MipTypes::Command for this command

FIELD_DATA_BYTE

0x90  - The Data Field Descriptor byte

-
- -
-
Functions
-
- -
-
buildCommand_get
-
static ByteStream buildCommand_get()
-

Builds the bytes for the "get" command

Returns

A ByteStream that holds the bytes that make up the command

-
- -
-
buildCommand_set
-
static ByteStream buildCommand_set(
uint8 communicationMode
)
-

Builds the bytes for the "set" command.

Parameters
communicationMode
uint8

The communication mode to set. This is an advanced command, and therefore the communication modes for your device should be researched to determine what each communication mode is.

Returns

A ByteStream that holds the bytes that make up the command

Exceptions

  • Error: An MipChannel in the channels parameter is not part of the Sensor descriptor set

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ComplementaryFilterData-Summary.js b/v66.0.1/MSCL_Docs/classes/C/ComplementaryFilterData-Summary.js deleted file mode 100644 index d8853504f..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ComplementaryFilterData-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:ComplementaryFilterData","ComplementaryFilterData");NDSummary.OnSummaryLoaded("CClass:ComplementaryFilterData",[["C/C++","C"]],[["Functions","Function"],["Groups","Group"],["Structs","Struct"],["Variables","Variable"]],[[2038,0,2,"ComplementaryFilterData"],[2039,0,1,"Functions","Functions"],[2040,0,0,"ComplementaryFilterData","ComplementaryFilterData"],[2041,0,1,"Variables","Variables"],[2042,0,3,"upCompensationEnabled","upCompensationEnabled"],[2043,0,3,"upCompensationTimeInSeconds","upCompensationTimeInSeconds"],[2044,0,3,"northCompensationEnabled","northCompensationEnabled"],[2045,0,3,"northCompensationTimeInSeconds","northCompensationTimeInSeconds"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ComplementaryFilterData-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/ComplementaryFilterData-SummaryToolTips.js deleted file mode 100644 index efb67aa84..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ComplementaryFilterData-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:ComplementaryFilterData",{2038:"
Contains the data needed by the InertialNode::setComplementaryFilterSettings class.
",2040:"
ComplementaryFilterData() : upCompensationEnabled(false), upCompensationTimeInSeconds(10), northCompensationEnabled(false), northCompensationTimeInSeconds(10)
Creates a ComplementaryFilterData object with default values.
",2042:"
bool upCompensationEnabled
determines whether or not the up compensation is enabled.
",2043:"
float upCompensationTimeInSeconds
Sets the compensation time (in seconds) for the up compensation.
",2044:"
bool northCompensationEnabled
determines whether or not the north compensation is enabled.
",2045:"
float northCompensationTimeInSeconds
Sets the compensation time (in seconds) for the north compensation.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ComplementaryFilterData-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/ComplementaryFilterData-ToolTips.js deleted file mode 100644 index 44e78bdaf..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ComplementaryFilterData-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2640:"
void setComplementaryFilterSettings(
const ComplementaryFilterData &data
)
Sets the complementary filter settings.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ComplementaryFilterData.html b/v66.0.1/MSCL_Docs/classes/C/ComplementaryFilterData.html deleted file mode 100644 index 75fc4721b..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ComplementaryFilterData.html +++ /dev/null @@ -1,54 +0,0 @@ - - -ComplementaryFilterData - - - - - - - -
-
ComplementaryFilterData
-

Contains the data needed by the InertialNode::setComplementaryFilterSettings class.

-
- -
-
Functions
-
- -
-
ComplementaryFilterData
-
ComplementaryFilterData() : upCompensationEnabled(false), upCompensationTimeInSeconds(10), northCompensationEnabled(false), northCompensationTimeInSeconds(10)
-

Creates a ComplementaryFilterData object with default values.

-
- -
-
Variables
-
- -
-
upCompensationEnabled
-
bool upCompensationEnabled
-

determines whether or not the up compensation is enabled.

-
- -
-
upCompensationTimeInSeconds
-
float upCompensationTimeInSeconds
-

Sets the compensation time (in seconds) for the up compensation.

-
- -
-
northCompensationEnabled
-
bool northCompensationEnabled
-

determines whether or not the north compensation is enabled.

-
- -
-
northCompensationTimeInSeconds
-
float northCompensationTimeInSeconds
-

Sets the compensation time (in seconds) for the north compensation.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ComplementaryFilterSettings-Summary.js b/v66.0.1/MSCL_Docs/classes/C/ComplementaryFilterSettings-Summary.js deleted file mode 100644 index 25d60d3d0..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ComplementaryFilterSettings-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:ComplementaryFilterSettings","ComplementaryFilterSettings");NDSummary.OnSummaryLoaded("CClass:ComplementaryFilterSettings",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[1010,0,0,"ComplementaryFilterSettings"],[1011,0,2,"Functions","Functions"],[1012,0,1,"commandName","commandName"],[1013,0,1,"MakeSetCommand","MakeSetCommand"],[1014,0,1,"MakeGetCommand","MakeGetCommand"],[1015,0,1,"getResponseData","getResponseData"],[1016,0,1,"operator ByteStream","operator_ByteStream"],[1017,0,1,"Constructor ComplementaryFilterSettings","Constructor_ComplementaryFilterSettings"],[1018,0,1,"commandType","commandType"],[1019,0,1,"fieldDataByte","fieldDataByte"],[1020,0,1,"responseExpected","responseExpected"],[1021,0,2,"Variables","Variables"],[1022,0,3,"m_functionSelector","m_functionSelector"],[1023,0,3,"m_data","m_data"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ComplementaryFilterSettings-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/ComplementaryFilterSettings-SummaryToolTips.js deleted file mode 100644 index 540798fd1..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ComplementaryFilterSettings-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:ComplementaryFilterSettings",{1010:"
ComplementaryFilterSettings
Contains the logic for the Inertial ComplementaryFilterSettings command.
",1012:"
virtual std::string commandName() const
",1013:"
static ComplementaryFilterSettings MakeSetCommand(
const ComplementaryFilterData &dataToUse
)
Parameter: dataToUse The <ComplementaryFilterSettingsData> object to set.
",1014:"
static ComplementaryFilterSettings MakeGetCommand()
",1015:"
static ComplementaryFilterData getResponseData(
const GenericMipCmdResponse &response
)
",1016:"
operator ByteStream() const
Converts this class to a ByteStream.
",1017:"
Private constructor creates a ComplementaryFilterSettings object.  Use Make___Command methods to create an object.
",1018:"
virtual MipTypes::Command commandType() const
",1019:"
virtual uint8 fieldDataByte() const
",1020:"
virtual bool responseExpected() const
",1022:"
MipTypes::FunctionSelector m_functionSelector
The FunctionSelector type of command to send, get/set, reset to factory defaults, et al.
",1023:"
ComplementaryFilterData m_data
The ComplementaryFilterSettingsData to send to the device.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ComplementaryFilterSettings-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/ComplementaryFilterSettings-ToolTips.js deleted file mode 100644 index 3501d58da..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ComplementaryFilterSettings-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1010:"
ComplementaryFilterSettings
Contains the logic for the Inertial ComplementaryFilterSettings command.
",2038:"
Contains the data needed by the InertialNode::setComplementaryFilterSettings class.
",2927:"
GenericMipCmdResponse
Represents the response to a GenericMipCommand.
",3158:"
The enums for all the different types/categories of MIP commands and data.
",3171:"
The enums for all of the different MIP commands.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ComplementaryFilterSettings.html b/v66.0.1/MSCL_Docs/classes/C/ComplementaryFilterSettings.html deleted file mode 100644 index 46b4071b4..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ComplementaryFilterSettings.html +++ /dev/null @@ -1,90 +0,0 @@ - - -ComplementaryFilterSettings - - - - - - - -
-
ComplementaryFilterSettings
-
public
MipCommand
ComplementaryFilterSettings
-

Contains the logic for the Inertial ComplementaryFilterSettings command.

-
- -
-
Functions
-
- -
-
commandName
-
virtual std::string commandName() const
-
Returns
std::string

the string name for this class.

-
- -
-
MakeSetCommand
-
static ComplementaryFilterSettings MakeSetCommand(
const ComplementaryFilterData &dataToUse
)
-

Parameter: dataToUse The <ComplementaryFilterSettingsData> object to set.

Returns
ComplementaryFilterSettings

object set up for sending a set command.

-
- -
-
MakeGetCommand
-
static ComplementaryFilterSettings MakeGetCommand()
-
Returns
ComplementaryFilterSettings

object set up for sending a get command.

-
- -
-
getResponseData
-
static ComplementaryFilterData getResponseData(
const GenericMipCmdResponse &response
)
-
Parameter
response
const GenericMipCmdResponse&

The GenericMipCmdResponse object from which to get formatted data.

Returns
ConstellationSettingsData

An object with the data returned from the device.

-
- -
-
operator ByteStream
-
operator ByteStream() const
-

Converts this class to a ByteStream.

-
- -
-
Constructor ComplementaryFilterSettings
-

Private constructor creates a ComplementaryFilterSettings object.  Use Make___Command methods to create an object.

-
- -
-
commandType
-
virtual MipTypes::Command commandType() const
-
Returns
MipTypes::Command

the command ID.

-
- -
-
fieldDataByte
-
virtual uint8 fieldDataByte() const
-
Returns
uint8

the byte ID for field data in the reply.

-
- -
-
responseExpected
-
virtual bool responseExpected() const
-
Returns
bool

True indicates that a response should return from the device.

-
- -
-
Variables
-
- -
-
m_functionSelector
-
MipTypes::FunctionSelector m_functionSelector
-

The FunctionSelector type of command to send, get/set, reset to factory defaults, et al.

-
- -
-
m_data
- -

The ComplementaryFilterSettingsData to send to the device.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ConfigIssue-Summary.js b/v66.0.1/MSCL_Docs/classes/C/ConfigIssue-Summary.js deleted file mode 100644 index 3ab8d2746..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ConfigIssue-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:ConfigIssue","ConfigIssue");NDSummary.OnSummaryLoaded("CClass:ConfigIssue",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Enums","Enumeration"],["Functions","Function"],["Groups","Group"],["Types","Type"],["Variables","Variable"]],[[6683,0,0,"ConfigIssue"],[6684,0,4,"Types","Types"],[6685,0,2,"ConfigOption","ConfigOption"],[6686,0,1,,"CONFIG_SAMPLING_MODE"],[6687,0,1,,"CONFIG_ACTIVE_CHANNELS"],[6688,0,1,,"CONFIG_SAMPLE_RATE"],[6689,0,1,,"CONFIG_SWEEPS"],[6690,0,1,,"CONFIG_UNLIMITED_DURATION"],[6691,0,1,,"CONFIG_DATA_FORMAT"],[6692,0,1,,"CONFIG_DATA_COLLECTION_METHOD"],[6693,0,1,,"CONFIG_TIME_BETWEEN_BURSTS"],[6694,0,1,,"CONFIG_THERMOCOUPLE_TYPE"],[6695,0,1,,"CONFIG_FILTER_SETTLING_TIME"],[6696,0,1,,"CONFIG_BUTTON"],[6697,0,1,,"CONFIG_ANALOG_PAIR"],[6698,0,1,,"CONFIG_INPUT_RANGE"],[6699,0,1,,"CONFIG_INACTIVITY_TIMEOUT"],[6700,0,1,,"CONFIG_CHECK_RADIO_INTERVAL"],[6701,0,1,,"CONFIG_LOST_BEACON_TIMEOUT"],[6702,0,1,,"CONFIG_DEFAULT_MODE"],[6703,0,1,,"CONFIG_TRANSMIT_POWER"],[6704,0,1,,"CONFIG_LINEAR_EQUATION"],[6705,0,1,,"CONFIG_FATIGUE"],[6706,0,1,,"CONFIG_FATIGUE_MODE"],[6707,0,1,,"CONFIG_FATIGUE_ANGLE_ID"],[6708,0,1,,"CONFIG_FATIGUE_SN_CURVE"],[6709,0,1,,"CONFIG_FATIGUE_DIST_NUM_ANGLES"],[6710,0,1,,"CONFIG_FATIGUE_DIST_ANGLE"],[6711,0,1,,"CONFIG_HISTOGRAM"],[6712,0,1,,"CONFIG_HISTOGRAM_TX_RATE"],[6713,0,1,,"CONFIG_HARDWARE_OFFSET"],[6714,0,1,,"CONFIG_ACTIVITY_SENSE"],[6715,0,1,,"CONFIG_GAUGE_FACTOR"],[6716,0,1,,"CONFIG_EVENT_TRIGGER"],[6717,0,1,,"CONFIG_EVENT_TRIGGER_DURATION"],[6718,0,1,,"CONFIG_EVENT_TRIGGER_MASK"],[6719,0,1,,"CONFIG_DIAGNOSTIC_INTERVAL"],[6720,0,1,,"CONFIG_ANTI_ALIASING_FILTER"],[6721,0,1,,"CONFIG_STORAGE_LIMIT_MODE"],[6722,0,1,,"CONFIG_SENSOR_DELAY"],[6723,0,1,,"CONFIG_LOW_PASS_FILTER"],[6724,0,1,,"CONFIG_DATA_MODE"],[6725,0,1,,"CONFIG_DERIVED_DATA_RATE"],[6726,0,1,,"CONFIG_DERIVED_MASK_RMS"],[6727,0,1,,"CONFIG_DERIVED_MASK_P2P"],[6728,0,1,,"CONFIG_DERIVED_MASK_IPS"],[6729,0,1,,"CONFIG_DERIVED_MASK_CREST_FACTOR"],[6730,0,1,,"CONFIG_HIGH_PASS_FILTER"],[6731,0,1,,"CONFIG_DERIVED_MASK"],[6732,0,1,,"CONFIG_COMM_PROTOCOL"],[6733,0,1,,"CONFIG_DERIVED_MASK_MEAN"],[6734,0,1,,"CONFIG_GAUGE_RESISTANCE"],[6735,0,1,,"CONFIG_NUM_ACTIVE_GAUGES"],[6736,0,1,,"CONFIG_TEMP_SENSOR_OPTS"],[6737,0,1,,"CONFIG_DEBOUNCE_FILTER"],[6738,0,1,,"CONFIG_PULLUP_RESISTOR"],[6739,0,1,,"CONFIG_EXCITATION_VOLTAGE"],[6740,0,1,,"CONFIG_DERIVED_UNIT"],[6741,0,1,,"CONFIG_SENSOR_OUTPUT_MODE"],[6742,0,1,,"CONFIG_LOW_BATTERY_THRESHOLD"],[6743,0,4,"Functions","Functions"],[6744,0,3,"ConfigIssue","ConfigIssue"],[6745,0,3,"ConfigIssue","ConfigIssue(2)"],[6746,0,4,"Variables","Variables"],[6747,0,6,"m_optionId","m_optionId"],[6748,0,6,"m_description","m_description"],[6749,0,6,"m_isChannelGroupIssue","m_isChannelGroupIssue"],[6750,0,6,"m_channelMask","m_channelMask"],[6751,0,4,"Functions","Functions(2)"],[6752,0,3,"id","id"],[6753,0,3,"description","description"],[6754,0,3,"isChannelGroupIssue","isChannelGroupIssue"],[6755,0,3,"channelMask","channelMask"],[6756,0,4,"Types","Types(2)"],[6757,0,5,"ConfigIssues","ConfigIssues"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ConfigIssue-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/ConfigIssue-SummaryToolTips.js deleted file mode 100644 index 13a2b9781..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ConfigIssue-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:ConfigIssue",{6683:"
ConfigIssue
Holds information on a specific configuration issue.
",6685:"
Configuration Options for Wireless Nodes and BaseStations that can be issues.
",6744:"
ConfigIssue(
ConfigIssue::ConfigOption optionId,
const std::string &description
)
Creates a ConfigIssue object.
",6745:"
ConfigIssue(
ConfigIssue::ConfigOption optionId,
const std::string &description,
const ChannelMask &mask
)
Creates a ConfigIssue object.
",6747:"
ConfigOption m_optionId
The ConfigOption identifying the configuration option for which the issue occurred.
",6748:"
std::string m_description
The description of the issue.
",6749:"
bool m_isChannelGroupIssue
Whether this issue applies to a channel group (true) or the entire Node (false).
",6750:"
ChannelMask m_channelMask
The ChannelMask that this issue applies to, if this is a channel group issue.
",6752:"
ConfigIssue::ConfigOption id() const
Gets the ConfigOption identifying the configuration option for which the issue occurred.
",6753:"
const std::string& description() const
Gets a description of the issue.
",6754:"
bool isChannelGroupIssue() const
Gets whether the issue applies to a channel group (true) or the entire Node (false).
",6755:"
const ChannelMask& channelMask() const
The ChannelMask that the issue applies to, if this issue is a channel group issue.
",6757:"
typedef for a vector of ConfigIssue objects.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ConfigIssue-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/ConfigIssue-ToolTips.js deleted file mode 100644 index cdef3cf2b..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ConfigIssue-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6685:"
Configuration Options for Wireless Nodes and BaseStations that can be issues.
",6744:"
ConfigIssue(
ConfigIssue::ConfigOption optionId,
const std::string &description
)
Creates a ConfigIssue object.
",9478:"
ChannelMask
Represents the channel mask (active and inactive channels) for a WirelessNode.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ConfigIssue.html b/v66.0.1/MSCL_Docs/classes/C/ConfigIssue.html deleted file mode 100644 index 7d6ae596f..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ConfigIssue.html +++ /dev/null @@ -1,107 +0,0 @@ - - -ConfigIssue - - - - - - - -
-
ConfigIssue
-
ConfigIssue
-

Holds information on a specific configuration issue.

-
- -
-
Types
-
- -
-
ConfigOption
-

Configuration Options for Wireless Nodes and BaseStations that can be issues.

CONFIG_SAMPLING_MODE

0 - Sampling Mode

CONFIG_ACTIVE_CHANNELS

1 - Active Channels

CONFIG_SAMPLE_RATE

2 - Sample Rate

CONFIG_SWEEPS

3 - Number of Sweeps

CONFIG_UNLIMITED_DURATION

4 - Unlimited Duration

CONFIG_DATA_FORMAT

5 - Data Format

CONFIG_DATA_COLLECTION_METHOD

6 - Data Collection Method

CONFIG_TIME_BETWEEN_BURSTS

7 - Time Between Bursts

CONFIG_THERMOCOUPLE_TYPE

8 - Thermocouple Type

CONFIG_FILTER_SETTLING_TIME

9  - Filter Settling Time

CONFIG_BUTTON

10 - Button configuration (BaseStation)

CONFIG_ANALOG_PAIR

11 - Analog pairing (BaseStation)

CONFIG_INPUT_RANGE

12 - Input Range

CONFIG_INACTIVITY_TIMEOUT

13 - Inactivity Timeout

CONFIG_CHECK_RADIO_INTERVAL

14 - Check Radio Interval

CONFIG_LOST_BEACON_TIMEOUT

15 - Lost Beacon Timeout

CONFIG_DEFAULT_MODE

16 - Default Mode

CONFIG_TRANSMIT_POWER

17 - Transmit Power

CONFIG_LINEAR_EQUATION

18 - Linear Equation

CONFIG_FATIGUE

19 - Fatigue Options

CONFIG_FATIGUE_MODE

20 - Fatigue Options - Fatigue Mode

CONFIG_FATIGUE_ANGLE_ID

21 - Fatigue Options - Angle ID

CONFIG_FATIGUE_SN_CURVE

22 - Fatigue Options - SN Curve Segment

CONFIG_FATIGUE_DIST_NUM_ANGLES

23 - Fatigue Options - Number of Distributed Angles

CONFIG_FATIGUE_DIST_ANGLE

24 - Fatigue Options - Low/Upper Distributed Angle

CONFIG_HISTOGRAM

25 - Histogram Options

CONFIG_HISTOGRAM_TX_RATE

26 - Histogram Transmit Rate

CONFIG_HARDWARE_OFFSET

27 - Hardware Offset

CONFIG_ACTIVITY_SENSE

28 - Activity Sense

CONFIG_GAUGE_FACTOR

29 - Gauge Factor

CONFIG_EVENT_TRIGGER

30 - Event Trigger

CONFIG_EVENT_TRIGGER_DURATION

31 - Event Trigger - Total Duration

CONFIG_EVENT_TRIGGER_MASK

32 - Event Trigger - Trigger Mask

CONFIG_DIAGNOSTIC_INTERVAL

33 - Diagnostic Info Interval

CONFIG_ANTI_ALIASING_FILTER

34 - Anti-Aliasing Filter

CONFIG_STORAGE_LIMIT_MODE

35 - Storage Limit Mode

CONFIG_SENSOR_DELAY

36 - Sensor Delay

CONFIG_LOW_PASS_FILTER

37 - Low Pass Filter

CONFIG_DATA_MODE

38 - Data Mode

CONFIG_DERIVED_DATA_RATE

39 - Derived Data Rate

CONFIG_DERIVED_MASK_RMS

40 - Derived RMS Mask

CONFIG_DERIVED_MASK_P2P

41 - Derived Peak to Peak Mask

CONFIG_DERIVED_MASK_IPS

42 - Derived IPS Mask

CONFIG_DERIVED_MASK_CREST_FACTOR

43 - Derived Crest Factor Mask

CONFIG_HIGH_PASS_FILTER

44 - High Pass Filter

CONFIG_DERIVED_MASK

45 - Derived Mask (all masks issue)

CONFIG_COMM_PROTOCOL

46 - Communication Protocol

CONFIG_DERIVED_MASK_MEAN

47 - Derived Mean Mask

CONFIG_GAUGE_RESISTANCE

48 - Gauge Resistance

CONFIG_NUM_ACTIVE_GAUGES

49 - Number of Active Gauges

CONFIG_TEMP_SENSOR_OPTS

50 - Temp Sensor Options

CONFIG_DEBOUNCE_FILTER

51 - Debounce Filter

CONFIG_PULLUP_RESISTOR

52 - Pull-up Resistor

CONFIG_EXCITATION_VOLTAGE

53 - Excitation Voltage

CONFIG_DERIVED_UNIT

54 - Derived Unit

CONFIG_SENSOR_OUTPUT_MODE

55 - Sensor Output Mode

CONFIG_LOW_BATTERY_THRESHOLD

56 - Low Battery Threshold

-
- -
-
Functions
-
- -
-
ConfigIssue
-
ConfigIssue(
ConfigIssue::ConfigOption optionId,
const std::string &description
)
-

Creates a ConfigIssue object.

Parameters
optionId
ConfigIssue::ConfigOption

The ConfigOption identifying the configuration option for which the issue occurred.

description
const std::string&

A description of the issue.

-
- -
-
ConfigIssue
-
ConfigIssue(
ConfigIssue::ConfigOption optionId,
const std::string &description,
const ChannelMask &mask
)
-

Creates a ConfigIssue object.

Parameters
optionId
ConfigIssue::ConfigOption

The ConfigOption identifying the configuration option for which the issue occurred.

description
const std::string&

A description of the issue.

mask
const ChannelMask&

The ChannelMask that this issue applies to, if this is a channel group issue.

-
- -
-
Variables
-
- -
-
m_optionId
-
ConfigOption m_optionId
-

The ConfigOption identifying the configuration option for which the issue occurred.

-
- -
-
m_description
-
std::string m_description
-

The description of the issue.

-
- -
-
m_isChannelGroupIssue
-
bool m_isChannelGroupIssue
-

Whether this issue applies to a channel group (true) or the entire Node (false).

-
- -
-
m_channelMask
-
ChannelMask m_channelMask
-

The ChannelMask that this issue applies to, if this is a channel group issue.

-
- -
-
Functions
-
- -
-
id
- -

Gets the ConfigOption identifying the configuration option for which the issue occurred.

Returns

A ConfigOption identifying the configuration option for which the issue occurred.

-
- -
-
description
-
const std::string& description() const
-

Gets a description of the issue.

Returns

A string description of the issue.

-
- -
-
isChannelGroupIssue
-
bool isChannelGroupIssue() const
-

Gets whether the issue applies to a channel group (true) or the entire Node (false).

Returns

true if the issue applies to a channel group, false if the issue is for a global Node setting.

-
- -
-
channelMask
-
const ChannelMask& channelMask() const
-

The ChannelMask that the issue applies to, if this issue is a channel group issue.

Returns

The ChannelMask that the issue applies to. If this issue is for a global Node setting, this will be a default (all disabled) mask.

-
- -
-
Types
-
- -
-
ConfigIssues
-

typedef for a vector of ConfigIssue objects.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ConingAndScullingEnable-Summary.js b/v66.0.1/MSCL_Docs/classes/C/ConingAndScullingEnable-Summary.js deleted file mode 100644 index 022920667..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ConingAndScullingEnable-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:ConingAndScullingEnable","ConingAndScullingEnable");NDSummary.OnSummaryLoaded("CClass:ConingAndScullingEnable",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[996,0,0,"ConingAndScullingEnable"],[997,0,2,"Functions","Functions"],[998,0,1,"commandName","commandName"],[999,0,1,"MakeSetCommand","MakeSetCommand"],[1000,0,1,"MakeGetCommand","MakeGetCommand"],[1001,0,1,"getResponseData","getResponseData"],[1002,0,1,"operator ByteStream","operator_ByteStream"],[1003,0,1,"Constructor ConingAndScullingEnable","Constructor_ConingAndScullingEnable"],[1004,0,1,"commandType","commandType"],[1005,0,1,"fieldDataByte","fieldDataByte"],[1006,0,1,"responseExpected","responseExpected"],[1007,0,2,"Variables","Variables"],[1008,0,3,"m_functionSelector","m_functionSelector"],[1009,0,3,"m_enabled","m_enabled"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ConingAndScullingEnable-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/ConingAndScullingEnable-SummaryToolTips.js deleted file mode 100644 index ff9b47bf0..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ConingAndScullingEnable-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:ConingAndScullingEnable",{996:"
ConingAndScullingEnable
Contains the logic for the Inertial ConingAndScullingEnable command.
",998:"
virtual std::string commandName() const
",999:"
static ConingAndScullingEnable MakeSetCommand(
bool enable
)
Parameter: dataToUse The <ConingAndScullingEnableData> object to set.
",1000:"
static ConingAndScullingEnable MakeGetCommand()
",1001:"
static bool getResponseData(
const GenericMipCmdResponse &response
)
",1002:"
operator ByteStream() const
Converts this class to a ByteStream.
",1003:"
Private constructor creates a ConingAndScullingEnable object.  Use Make___Command methods to create an object.
",1004:"
virtual MipTypes::Command commandType() const
",1005:"
virtual uint8 fieldDataByte() const
",1006:"
virtual bool responseExpected() const
",1008:"
MipTypes::FunctionSelector m_functionSelector
The FunctionSelector type of command to send, get/set, reset to factory defaults, et al.
",1009:"
bool m_enabled
Whether to enable or disable coning and sculling.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ConingAndScullingEnable-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/ConingAndScullingEnable-ToolTips.js deleted file mode 100644 index d03b55625..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ConingAndScullingEnable-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({996:"
ConingAndScullingEnable
Contains the logic for the Inertial ConingAndScullingEnable command.
",2927:"
GenericMipCmdResponse
Represents the response to a GenericMipCommand.
",3158:"
The enums for all the different types/categories of MIP commands and data.
",3171:"
The enums for all of the different MIP commands.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ConingAndScullingEnable.html b/v66.0.1/MSCL_Docs/classes/C/ConingAndScullingEnable.html deleted file mode 100644 index d57391d96..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ConingAndScullingEnable.html +++ /dev/null @@ -1,90 +0,0 @@ - - -ConingAndScullingEnable - - - - - - - -
-
ConingAndScullingEnable
-
public
MipCommand
ConingAndScullingEnable
-

Contains the logic for the Inertial ConingAndScullingEnable command.

-
- -
-
Functions
-
- -
-
commandName
-
virtual std::string commandName() const
-
Returns
std::string

the string name for this class.

-
- -
-
MakeSetCommand
-
static ConingAndScullingEnable MakeSetCommand(
bool enable
)
-

Parameter: dataToUse The <ConingAndScullingEnableData> object to set.

Returns
ConingAndScullingEnable

object set up for sending a set command.

-
- -
-
MakeGetCommand
-
static ConingAndScullingEnable MakeGetCommand()
-
Returns
ConingAndScullingEnable

object set up for sending a get command.

-
- -
-
getResponseData
-
static bool getResponseData(
const GenericMipCmdResponse &response
)
-
Parameter
response
const GenericMipCmdResponse&

The GenericMipCmdResponse object from which to get formatted data.

Returns
ConstellationSettingsData

An object with the data returned from the device.

-
- -
-
operator ByteStream
-
operator ByteStream() const
-

Converts this class to a ByteStream.

-
- -
-
Constructor ConingAndScullingEnable
-

Private constructor creates a ConingAndScullingEnable object.  Use Make___Command methods to create an object.

-
- -
-
commandType
-
virtual MipTypes::Command commandType() const
-
Returns
MipTypes::Command

the command ID.

-
- -
-
fieldDataByte
-
virtual uint8 fieldDataByte() const
-
Returns
uint8

the byte ID for field data in the reply.

-
- -
-
responseExpected
-
virtual bool responseExpected() const
-
Returns
bool

True indicates that a response should return from the device.

-
- -
-
Variables
-
- -
-
m_functionSelector
-
MipTypes::FunctionSelector m_functionSelector
-

The FunctionSelector type of command to send, get/set, reset to factory defaults, et al.

-
- -
-
m_enabled
-
bool m_enabled
-

Whether to enable or disable coning and sculling.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Connection-Summary.js b/v66.0.1/MSCL_Docs/classes/C/Connection-Summary.js deleted file mode 100644 index e61f7653a..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Connection-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:Connection","Connection");NDSummary.OnSummaryLoaded("CClass:Connection",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Enums","Enumeration"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[367,0,0,"Connection"],[368,0,4,"Types","Types"],[369,0,2,"ConnectionType","ConnectionType"],[370,0,1,,"connectionType_serial"],[371,0,1,,"connectionType_tcp"],[372,0,1,,"connectionType_webSocket"],[373,0,1,,"connectionType_unixSocket"],[374,0,4,"Functions","Functions"],[375,0,3,"Connection","Connection"],[376,0,3,"Serial","Serial"],[377,0,3,"Serial","Serial(2)"],[378,0,3,"TcpIp","TcpIp"],[379,0,3,"WebSocket","WebSocket"],[380,0,3,"UnixSocket","UnixSocket"],[381,0,4,"Variables","Variables"],[382,0,5,"m_impl","m_impl"],[383,0,4,"Functions","Functions(2)"],[384,0,3,"registerParser","registerParser"],[385,0,3,"unregisterParser","unregisterParser"],[386,0,3,"write","write"],[387,0,3,"throwIfError","throwIfError"],[388,0,3,"description","description"],[389,0,3,"port","port"],[390,0,3,"type","type"],[391,0,3,"disconnect","disconnect"],[392,0,3,"reconnect","reconnect"],[393,0,3,"write","write(2)"],[394,0,3,"writeStr","writeStr"],[395,0,3,"clearBuffer","clearBuffer"],[396,0,3,"byteReadPos","byteReadPos"],[397,0,3,"byteAppendPos","byteAppendPos"],[398,0,3,"rawByteMode","rawByteMode"],[399,0,3,"rawByteMode","rawByteMode(2)"],[400,0,3,"getRawBytes","getRawBytes"],[401,0,3,"getRawBytesStr","getRawBytesStr"],[402,0,3,"getRawBytesWithPattern","getRawBytesWithPattern"],[403,0,3,"debugMode","debugMode"],[404,0,3,"debugMode","debugMode(2)"],[405,0,3,"getDebugData","getDebugData"],[406,0,3,"updateBaudRate","updateBaudRate"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Connection-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Connection-SummaryToolTips.js deleted file mode 100644 index 63d63a1fc..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Connection-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:Connection",{367:"
Connection
The Connection object that is used for communication.
",369:"
Represents the types of channels on Wireless Nodes.
",375:"
Connection(
std::shared_ptr<Connection_Impl_Base> impl
)
Creates a Connection object with the given implementation.  Note: This constructor should not be used in most cases.  Please use the static Serial, TcpIp, and UnixSocket functions.
",376:"
static Connection Serial(
const std::string &port,
uint32 baudRate
)
A static function for creating a Connection object with a SerialConnection implementation.  Use this function if you know the specific baud rate you want to connect at.  A connection with the specified port will be established.
",377:"
static Connection Serial(
const std::string &port
)
A static function for creating a Connection object with a SerialConnection implementation, and attempting to automatically determine/use the baud rate by utilizing Devices::listPorts.  A connection with the specified port will be established.
",378:"
static Connection TcpIp(
const std::string &serverAddress,
uint16 serverPort,
const std::string &interfaceAddress = ""
)
A static function for creating a Connection object with a TcpIpConnection implementation.  A connection with the specified address/port will be established.
",379:"
static Connection WebSocket(
const std::string &host,
uint16 port
)
A static function for creating a Connection object with a WebSocketConnection or WebSocketSecureConnection implementation.  A connection with the specified host/port will be established.  Note: This requires the "host" string to be in the form "wss://mscl.example.com" (for a Secure Web Socket) or "ws://mscl.example.com" for a standard HTTP Web Socket
",380:"
static Connection UnixSocket(
const std::string &path
)
A generator function for Connection objects with a UnixSocketConnection implementation (Unix builds only).  A connection with the specified path will be established.
",382:"
std::shared_ptr<Connection_Impl_Base> m_impl
The Connection_Impl_Base that contains all the implementation logic for the Connection class.
",384:"
void registerParser(
std::function<void(DataBuffer&)> parseFunction
)
Registers a function to handle the parsing of data when it is read in.
",385:"
void unregisterParser()
Unregisters the function to handle the parsing of data when it is read in.
",386:"
void write(
const ByteStream &data
) const
Writes the specified bytes.
",387:"
void throwIfError()
Throws an exception if a connection error has occurred.
",388:"
std::string description()
Gets a description of the connection as a string.
",389:"
std::string port()
Gets the port name of the connection if it exists.
",390:"
ConnectionType type()
Gets the ConnectionType of the connection.
",391:"
void disconnect()
Closes the current connection.
",392:"
void reconnect()
Reopens a connection that has been disconnected.
",393:"
void write(
const Bytes &bytes
) const
Writes the given bytes to the connection.
",394:"
void writeStr(
const std::string &bytes
) const
Writes the given string (containing bytes) to the connection.
",395:"
void clearBuffer()
Resets the read buffer.
",396:"
std::size_t byteReadPos() const
Gets the read position from the byte buffer.
",397:"
std::size_t byteAppendPos() const
Gets the append position from the byte buffer.
",398:"
void rawByteMode(
bool enable
)
Puts the connection into "Raw Byte Mode." "Raw Byte Mode" stops the data from being sent/parsed from any attached devices (BaseStation, InertialNode, etc.)  and instead sends all data into a raw circular data buffer that can be accessed by calling getRawBytes on this Connection object.  Disabling this mode will start sending all data back to the previous attached device, if still available.
",399:"
bool rawByteMode()
Checks if raw byte mode is enabled or disabled.
",400:"
Bytes getRawBytes(
uint32 timeout = 0,
uint32 maxBytes = 0,
uint32 minBytes = 0
)
Gets the raw bytes that are available that have been collected when the Connection is in "Raw Byte Mode."  If the Connection has not been put into "Raw Byte Mode" by calling rawByteMode, no data can be retrieved from this function.
",401:"
std::string getRawBytesStr(
uint32 timeout = 0,
uint32 maxBytes = 0,
uint32 minBytes = 0
)
Gets the raw bytes that are available that have been collected when the Connection is in "Raw Byte Mode" as a string.  If the Connection has not been put into "Raw Byte Mode" by calling rawByteMode, no data can be retrieved from this function.
",402:"
Bytes getRawBytesWithPattern(
const Bytes &pattern,
uint32 timeout = 0
)
Gets the raw bytes that are available that have been collected when the Connection is in "Raw Byte Mode", if a byte pattern is found.  If the Connection has not been put into "Raw Byte Mode" by calling rawByteMode, no data can be retrieved from this function.
",403:"
void debugMode(
bool enable
)
Puts the connection into "Debug Mode." "Debug Mode" adds an additional container that gets filled when any write or read operations occur.  Once debug mode is enabled, you can access this data with the getDebugData function.  This does not interfere with standard data collection.
",404:"
bool debugMode()
Checks if debug mode is enabled or disabled.
",405:"
ConnectionDebugDataVec getDebugData(
uint32 timeout = 0
)
Gets the ConnectionDebugData that have been collected when the Connection is in "Debug Mode."  If the Connection has not been put into "Debug Mode" by calling debugMode, no data can be retrieved from this function.
",406:"
void updateBaudRate(
uint32 baudRate
)
Updates the serial connection baud rate. If this is not a serial connection, this function does nothing.  Important: The connection to the port will be closed and re-opened at the new baud rate.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Connection-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Connection-ToolTips.js deleted file mode 100644 index 1be0e863f..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Connection-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2:"
WebSocketSecureConnection
A Connection_Impl derived class that represents a secure web socket connection.
",10:"
WebSocketConnection
A Connection_Impl derived class that represents a web socket connection.
",46:"
UnixSocketConnection
A Connection_Impl derived class that represents a unix socket connection.
",52:"
TcpIpConnection
A Connection_Impl derived class that represents a tcp/ip connection.
",143:"
static DeviceList listPorts()
Gets a simple list of all serial ports and their availability.
",148:"
ConnectionDebugData
Holds data used when the Connection debug mode is enabled.
",162:"
Connection_Impl_Base
An Abstract Base Class for various connection types.
",184:"
template <typename Comm_Object>
Connection_Impl
An Abstract Base Class for various connection types.  This class uses a template for the Comm Object and contains default functionality for connection types.
",338:"
SerialConnection
A Connection_Impl derived class that represents a serial connection.
",367:"
Connection
The Connection object that is used for communication.
",369:"
Represents the types of channels on Wireless Nodes.
",375:"
Connection(
std::shared_ptr<Connection_Impl_Base> impl
)
Creates a Connection object with the given implementation.  Note: This constructor should not be used in most cases.  Please use the static Serial, TcpIp, and UnixSocket functions.
",376:"
static Connection Serial(
const std::string &port,
uint32 baudRate
)
A static function for creating a Connection object with a SerialConnection implementation.  Use this function if you know the specific baud rate you want to connect at.  A connection with the specified port will be established.
",378:"
static Connection TcpIp(
const std::string &serverAddress,
uint16 serverPort,
const std::string &interfaceAddress = ""
)
A static function for creating a Connection object with a TcpIpConnection implementation.  A connection with the specified address/port will be established.
",380:"
static Connection UnixSocket(
const std::string &path
)
A generator function for Connection objects with a UnixSocketConnection implementation (Unix builds only).  A connection with the specified path will be established.
",398:"
void rawByteMode(
bool enable
)
Puts the connection into "Raw Byte Mode." "Raw Byte Mode" stops the data from being sent/parsed from any attached devices (BaseStation, InertialNode, etc.)  and instead sends all data into a raw circular data buffer that can be accessed by calling getRawBytes on this Connection object.  Disabling this mode will start sending all data back to the previous attached device, if still available.
",400:"
Bytes getRawBytes(
uint32 timeout = 0,
uint32 maxBytes = 0,
uint32 minBytes = 0
)
Gets the raw bytes that are available that have been collected when the Connection is in "Raw Byte Mode."  If the Connection has not been put into "Raw Byte Mode" by calling rawByteMode, no data can be retrieved from this function.
",403:"
void debugMode(
bool enable
)
Puts the connection into "Debug Mode." "Debug Mode" adds an additional container that gets filled when any write or read operations occur.  Once debug mode is enabled, you can access this data with the getDebugData function.  This does not interfere with standard data collection.
",405:"
ConnectionDebugDataVec getDebugData(
uint32 timeout = 0
)
Gets the ConnectionDebugData that have been collected when the Connection is in "Debug Mode."  If the Connection has not been put into "Debug Mode" by calling debugMode, no data can be retrieved from this function.
",9928:"
DataBuffer
A buffer of bytes extending from the ByteStream class that is used for holding bytes read in from the connection
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10253:"
typedef for a vector of bytes.
",10479:"
Error_Connection
The generic connection exception.
",10488:"
Error_InvalidSerialPort
There was an error with the specified COM Port.
",10491:"
Error_InvalidTcpServer
There was an error with the specified TCP/IP Server.
",10494:"
Error_InvalidUnixSocket
There was an error with the specified Unix Socket.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Connection.html b/v66.0.1/MSCL_Docs/classes/C/Connection.html deleted file mode 100644 index c76d58640..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Connection.html +++ /dev/null @@ -1,218 +0,0 @@ - - -Connection - - - - - - - -
-
Connection
-
Connection
-

The Connection object that is used for communication.

-
- -
-
Types
-
- -
-
ConnectionType
-

Represents the types of channels on Wireless Nodes.

connectionType_serial

0 - Serial Connection

connectionType_tcp

1 - TCP/IP Connection

connectionType_webSocket

2 - Web Socket Connection

connectionType_unixSocket

3 - Unix Socket Connection

-
- -
-
Functions
-
- -
-
Connection
-
Connection(
std::shared_ptr<Connection_Impl_Base> impl
)
-

Creates a Connection object with the given implementation.  Note: This constructor should not be used in most cases.  Please use the static Serial, TcpIp, and UnixSocket functions.

Parameters
impl
std::shared_ptr<Connection_Impl_Base>

The Connection_Impl to use for this Connection.

-
- -
-
Serial
-
static Connection Serial(
const std::string &port,
uint32 baudRate
)
-

A static function for creating a Connection object with a SerialConnection implementation.  Use this function if you know the specific baud rate you want to connect at.  A connection with the specified port will be established.

Parameters
port
const std::string&

The actual string name of the COM port (ex. "COM26")

baudRate
uint32

The baud rate at which to open the COM port (ex. 921600).

Returns

A Connection object created with a SerialConnection implementation.

Exceptions
-
- -
-
Serial
-
static Connection Serial(
const std::string &port
)
-

A static function for creating a Connection object with a SerialConnection implementation, and attempting to automatically determine/use the baud rate by utilizing Devices::listPorts.  A connection with the specified port will be established.

Parameters
port
const std::string&

The actual string name of the COM port (ex. "COM26")

Returns

A Connection object created with a SerialConnection implementation.

Exceptions
-
- -
-
TcpIp
-
static Connection TcpIp(
const std::string &serverAddress,
uint16 serverPort,
const std::string &interfaceAddress = ""
)
-

A static function for creating a Connection object with a TcpIpConnection implementation.  A connection with the specified address/port will be established.

Parameters
serverAddress
const std::string&

The server address (domain name or ip address) to connect to.

serverPort
uint16

The server port to connect to.

interfaceAddress
const std::string&

The address of the specific ethernet adapter to use for the connection (optional).

Returns

A Connection object created with a TcpIpConnection implementation.

Exceptions
-
- -
-
WebSocket
-
static Connection WebSocket(
const std::string &host,
uint16 port
)
-

A static function for creating a Connection object with a WebSocketConnection or WebSocketSecureConnection implementation.  A connection with the specified host/port will be established.  Note: This requires the "host" string to be in the form "wss://mscl.example.com" (for a Secure Web Socket) or "ws://mscl.example.com" for a standard HTTP Web Socket

Parameters
host
const std::string&

The host name to connect to. For example, "wss://mscl.example.com" (for a Secure Web Socket) or "ws://mscl.example.com" for a standard HTTP Web Socket.

port
uint16

The port to connect to.

Returns

A Connection object created with a Web Socket implementation.

Exceptions
-
- -
-
UnixSocket
-
static Connection UnixSocket(
const std::string &path
)
-

A generator function for Connection objects with a UnixSocketConnection implementation (Unix builds only).  A connection with the specified path will be established.

Parameters
path
const std::string&

The a path to the unix socket

Returns

The generated Connection object.

Exceptions
-
- -
-
Variables
-
- -
-
m_impl
-
std::shared_ptr<Connection_Impl_Base> m_impl
-

The Connection_Impl_Base that contains all the implementation logic for the Connection class.

-
- -
-
Functions
-
- -
-
registerParser
-
void registerParser(
std::function<void(DataBuffer&)> parseFunction
)
-

Registers a function to handle the parsing of data when it is read in.

Parameters
parseFunction
std::function<void(DataBuffer&)>

The function to call to parse data that is read in.

Exceptions
-
- -
-
unregisterParser
-
void unregisterParser()
-

Unregisters the function to handle the parsing of data when it is read in.

-
- -
-
write
-
void write(
const ByteStream &data
) const
-

Writes the specified bytes.

Parameters
data
const ByteStream&

vector of data to be written

-
- -
-
throwIfError
-
void throwIfError()
-

Throws an exception if a connection error has occurred.

Exceptions
-
- -
-
description
-
std::string description()
-

Gets a description of the connection as a string.

Returns

A description of the connection.

-
- -
-
port
-
std::string port()
-

Gets the port name of the connection if it exists.

Returns

The port name of the connection if it exists.

-
- -
-
type
- -

Gets the ConnectionType of the connection.

Returns

A ConnectionType enum.

-
- -
-
disconnect
-
void disconnect()
-

Closes the current connection.

-
- -
-
reconnect
-
void reconnect()
-

Reopens a connection that has been disconnected.

Exceptions
Error_InvalidSerialPort

the specified com port is invalid.

Error_InvalidTcpServer

the specified server address and/or server port is invalid.

Error_InvalidUnixSocket

failed to connect to the specified unix socket path.

Error_Connection

failed to get or set com port parameters

-
- -
-
write
-
void write(
const Bytes &bytes
) const
-

Writes the given bytes to the connection.

Parameters
bytes
const Bytes&

The bytes to write.

Exceptions

  • Error_Connection: a connection error has occurred, such as the device being unplugged.

-
- -
-
writeStr
-
void writeStr(
const std::string &bytes
) const
-

Writes the given string (containing bytes) to the connection.

Parameters
bytes
const std::string&

The string of bytes to write.

Exceptions

  • Error_Connection: a connection error has occurred, such as the device being unplugged.

-
- -
-
clearBuffer
-
void clearBuffer()
-

Resets the read buffer.

Exceptions
-
- -
-
byteReadPos
-
std::size_t byteReadPos() const
-

Gets the read position from the byte buffer.

Exceptions
-
- -
-
byteAppendPos
-
std::size_t byteAppendPos() const
-

Gets the append position from the byte buffer.

Exceptions
-
- -
-
rawByteMode
-
void rawByteMode(
bool enable
)
-

Puts the connection into "Raw Byte Mode."  "Raw Byte Mode" stops the data from being sent/parsed from any attached devices (BaseStation, InertialNode, etc.)  and instead sends all data into a raw circular data buffer that can be accessed by calling getRawBytes on this Connection object.  Disabling this mode will start sending all data back to the previous attached device, if still available.

Parameters
enable
bool

whether to enable raw byte mode (true), or disable raw byte mode (false).

Exceptions
-
- -
-
rawByteMode
-
bool rawByteMode()
-

Checks if raw byte mode is enabled or disabled.

Returns

true if raw byte mode is enabled, false if it is disabled.

-
- -
-
getRawBytes
-
Bytes getRawBytes(
uint32 timeout = 0,
uint32 maxBytes = 0,
uint32 minBytes = 0
)
-

Gets the raw bytes that are available that have been collected when the Connection is in "Raw Byte Mode."  If the Connection has not been put into "Raw Byte Mode" by calling rawByteMode, no data can be retrieved from this function.

Parameters
timeout
uint32

the timeout, in milliseconds, to wait for the data if necessary (default of 0).

maxBytes
uint32

The maximum number of bytes to return. If this is 0 (default), all bytes will be returned.

Returns

A Bytes vector containing all of the raw bytes that are available.

Exceptions

  • Error_Connection: a connection error has occurred, such as the device being unplugged.

-
- -
-
getRawBytesStr
-
std::string getRawBytesStr(
uint32 timeout = 0,
uint32 maxBytes = 0,
uint32 minBytes = 0
)
-

Gets the raw bytes that are available that have been collected when the Connection is in "Raw Byte Mode" as a string.  If the Connection has not been put into "Raw Byte Mode" by calling rawByteMode, no data can be retrieved from this function.

Parameters
timeout
uint32

the timeout, in milliseconds, to wait for the data if necessary (default of 0).

maxBytes
uint32

The maximum number of bytes to return. If this is 0 (default), all bytes will be returned.

Returns

A string containing all of the raw bytes that are available.

Exceptions

  • Error_Connection: a connection error has occurred, such as the device being unplugged.

-
- -
-
getRawBytesWithPattern
-
Bytes getRawBytesWithPattern(
const Bytes &pattern,
uint32 timeout = 0
)
-

Gets the raw bytes that are available that have been collected when the Connection is in "Raw Byte Mode", if a byte pattern is found.  If the Connection has not been put into "Raw Byte Mode" by calling rawByteMode, no data can be retrieved from this function.

Patameters
pattern

The Bytes containing the pattern of bytes to match.

timeout

The timeout, in milliseconds, to wait for the data if necessary (default of 0).

Returns

A Bytes container with all of the bytes before and including the pattern bytes if the pattern was found, or an empty Bytes container otherwise.

-
- -
-
debugMode
-
void debugMode(
bool enable
)
-

Puts the connection into "Debug Mode."  "Debug Mode" adds an additional container that gets filled when any write or read operations occur.  Once debug mode is enabled, you can access this data with the getDebugData function.  This does not interfere with standard data collection.

Parameters
enable
bool

whether to enable debug mode (true), or disable debug mode (false).

Exceptions
-
- -
-
debugMode
-
bool debugMode()
-

Checks if debug mode is enabled or disabled.

Returns

true if debug mode is enabled, false if it is disabled.

-
- -
-
getDebugData
-
ConnectionDebugDataVec getDebugData(
uint32 timeout = 0
)
-

Gets the ConnectionDebugData that have been collected when the Connection is in "Debug Mode."  If the Connection has not been put into "Debug Mode" by calling debugMode, no data can be retrieved from this function.

Parameters
timeout
uint32

the timeout, in milliseconds, to wait for the data if necessary (default of 0).

Returns

A <ConnectionDebugDataVec> containing all of the ConnectionDebugData that is available.

Exceptions

  • Error_Connection: a connection error has occurred, such as the device being unplugged.

-
- -
-
updateBaudRate
-
void updateBaudRate(
uint32 baudRate
)
-

Updates the serial connection baud rate. If this is not a serial connection, this function does nothing.  Important: The connection to the port will be closed and re-opened at the new baud rate.

Parameters
baudRate
uint32

the baud rate at which to reestablish the connection

Exceptions

  • Error_Connection: a connection error has occurred, such as the device being unplugged.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ConnectionDebugData-Summary.js b/v66.0.1/MSCL_Docs/classes/C/ConnectionDebugData-Summary.js deleted file mode 100644 index 947b27f7a..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ConnectionDebugData-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:ConnectionDebugData","ConnectionDebugData");NDSummary.OnSummaryLoaded("CClass:ConnectionDebugData",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Types","Type"],["Variables","Variable"]],[[148,0,0,"ConnectionDebugData"],[149,0,2,"Functions","Functions"],[150,0,1,"ConnectionDebugData","ConnectionDebugData"],[151,0,1,"ConnectionDebugData","ConnectionDebugData(2)"],[152,0,2,"Variables","Variables"],[153,0,4,"m_fromRead","m_fromRead"],[154,0,4,"m_loggedTime","m_loggedTime"],[155,0,4,"m_data","m_data"],[156,0,2,"Functions","Functions(2)"],[157,0,1,"fromRead","fromRead"],[158,0,1,"timestamp","timestamp"],[159,0,1,"data","data"],[160,0,2,"Types","Types"],[161,0,3,"ConnectionDebugDataVec","ConnectionDebugDataVec"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ConnectionDebugData-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/ConnectionDebugData-SummaryToolTips.js deleted file mode 100644 index 67325f6ee..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ConnectionDebugData-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:ConnectionDebugData",{148:"
ConnectionDebugData
Holds data used when the Connection debug mode is enabled.
",150:"
ConnectionDebugData()
Creates an empty ConnectionDebugData object.
",151:"
ConnectionDebugData(
bool fromRead,
const Bytes &data
)
Creates a ConnectionDebugData object.
",153:"
bool m_fromRead
Whether the debug data is from a read operation (true) or a write operation (false).
",154:"
Timestamp m_loggedTime
The Timestamp of when the debug data was collected.
",155:"
Bytes m_data
The Bytes that were read from or written to the connection.
",157:"
bool fromRead() const
Gets whether the debug data is from a read operation or a write operation.
",158:"
const Timestamp& timestamp() const
Gets the Timestamp of when the debug data was collected.
",159:"
const Bytes& data() const
Gets the Bytes that were read from or written to the connection.
",161:"
typedef for a vector of ConnectionDebugData objects.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ConnectionDebugData-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/ConnectionDebugData-ToolTips.js deleted file mode 100644 index 971550a70..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ConnectionDebugData-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({150:"
ConnectionDebugData()
Creates an empty ConnectionDebugData object.
",10253:"
typedef for a vector of bytes.
",10291:"
Timestamp
Represents a date/time object
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ConnectionDebugData.html b/v66.0.1/MSCL_Docs/classes/C/ConnectionDebugData.html deleted file mode 100644 index 2a8bf620b..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ConnectionDebugData.html +++ /dev/null @@ -1,86 +0,0 @@ - - -ConnectionDebugData - - - - - - - -
-
ConnectionDebugData
-
ConnectionDebugData
-

Holds data used when the Connection debug mode is enabled.

-
- -
-
Functions
-
- -
-
ConnectionDebugData
-
ConnectionDebugData()
-

Creates an empty ConnectionDebugData object.

-
- -
-
ConnectionDebugData
-
ConnectionDebugData(
bool fromRead,
const Bytes &data
)
-

Creates a ConnectionDebugData object.

Parameters
fromRead
bool

Whether the debug data is from a read operation (true) or a write operation (false).

data
const Bytes&

The Bytes that were read from or written to the connection.

-
- -
-
Variables
-
- -
-
m_fromRead
-
bool m_fromRead
-

Whether the debug data is from a read operation (true) or a write operation (false).

-
- -
-
m_loggedTime
-
Timestamp m_loggedTime
-

The Timestamp of when the debug data was collected.

-
- -
-
m_data
-
Bytes m_data
-

The Bytes that were read from or written to the connection.

-
- -
-
Functions
-
- -
-
fromRead
-
bool fromRead() const
-

Gets whether the debug data is from a read operation or a write operation.

Returns

true if the debug data is from a read operation, false if it is from a write operation.

-
- -
-
timestamp
-
const Timestamp& timestamp() const
-

Gets the Timestamp of when the debug data was collected.

Returns

A Timestamp representing when the debug data was collected.

-
- -
-
data
-
const Bytes& data() const
-

Gets the Bytes that were read from or written to the connection.

-
- -
-
Types
-
- -
-
ConnectionDebugDataVec
-

typedef for a vector of ConnectionDebugData objects.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Connection_Impl-Summary.js b/v66.0.1/MSCL_Docs/classes/C/Connection_Impl-Summary.js deleted file mode 100644 index d7bfd0b27..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Connection_Impl-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:Connection_Impl","Connection_Impl");NDSummary.OnSummaryLoaded("CClass:Connection_Impl",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[184,0,0,"Connection_Impl"],[185,0,2,"Functions","Functions"],[186,0,1,"~Connection_Impl","~Connection_Impl"],[187,0,2,"Variables","Variables"],[188,0,3,"m_comm","m_comm"],[189,0,3,"m_ioContext","m_ioContext"],[190,0,3,"m_ioPort","m_ioPort"],[191,0,3,"m_readThread","m_readThread"],[192,0,3,"m_established","m_established"],[193,0,3,"m_parseFunction","m_parseFunction"],[194,0,3,"m_type","m_type"],[195,0,3,"m_rawByteBuffer","m_rawByteBuffer"],[196,0,3,"m_debugDataBuffer","m_debugDataBuffer"],[197,0,3,"m_rawByteBufferCondition","m_rawByteBufferCondition"],[198,0,3,"m_debugBufferCondition","m_debugBufferCondition"],[199,0,3,"m_connectionError","m_connectionError"],[200,0,3,"m_errorCode","m_errorCode"],[201,0,3,"m_errorMsg","m_errorMsg"],[202,0,3,"m_rawByteMode","m_rawByteMode"],[203,0,3,"m_rawDataMutex","m_rawDataMutex"],[204,0,3,"m_debugMode","m_debugMode"],[205,0,3,"m_debugDataMutex","m_debugDataMutex"],[206,0,2,"Functions","Functions(2)"],[207,0,1,"establishConnection","establishConnection"],[208,0,1,"description","description"],[209,0,1,"port","port"],[210,0,1,"type","type"],[211,0,1,"disconnect","disconnect"],[212,0,1,"reconnect","reconnect"],[213,0,1,"registerParser","registerParser"],[214,0,1,"unregisterParser","unregisterParser"],[215,0,1,"throwIfError","throwIfError"],[216,0,1,"write","write"],[217,0,1,"write","write(2)"],[218,0,1,"clearBuffer","clearBuffer"],[219,0,1,"byteReadPos","byteReadPos"],[220,0,1,"byteAppendPos","byteAppendPos"],[221,0,1,"startIoThread","startIoThread"],[222,0,1,"stopIoThread","stopIoThread"],[223,0,1,"rawByteMode","rawByteMode"],[224,0,1,"rawByteMode","rawByteMode(2)"],[225,0,1,"getRawBytes","getRawBytes"],[226,0,1,"debugMode","debugMode"],[227,0,1,"debugMode","debugMode(2)"],[228,0,1,"getDebugData","getDebugData"],[229,0,1,"collectRawData","collectRawData"],[230,0,1,"collectDebugData","collectDebugData"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Connection_Impl-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Connection_Impl-SummaryToolTips.js deleted file mode 100644 index cd7947b6f..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Connection_Impl-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:Connection_Impl",{184:"
template <typename Comm_Object>
Connection_Impl
An Abstract Base Class for various connection types.  This class uses a template for the Comm Object and contains default functionality for connection types.
",186:"
virtual ~Connection_Impl()
Destroys the Connection_Impl object
",188:"
std::unique_ptr< BoostCommunication<Comm_Object> > m_comm
A BoostCommunication object used for actual read/write operations.
",189:"
std::unique_ptr<boost::asio::io_context> m_ioContext
The boost::asio::io_context object.
",190:"
std::unique_ptr<Comm_Object> m_ioPort
The actual boost communication object (ex. boost::asio::serial_port, tcp::socket, etc.)
",191:"
std::unique_ptr<std::thread> m_readThread
The thread used to run the operation of reading in bytes from the BaseStation.
",192:"
bool m_established
true if the connection has been established, false otherwise.
",193:"
std::function<void(
DataBuffer&
)> m_parseFunction
The function to call to parse data that is read in.
",194:"
Connection::ConnectionType m_type
The Connection::ConnectionType of this connection.
",195:"
boost::circular_buffer_space_optimized<uint8> m_rawByteBuffer
The circular buffer to store data when in "Raw Byte Mode."
",196:"
boost::circular_buffer_space_optimized<ConnectionDebugData> m_debugDataBuffer
The circular buffer to store data when in "Debug Mode."
",197:"
std::condition_variable m_rawByteBufferCondition
Allows the raw byte buffer to know when data has been added.
",198:"
std::condition_variable m_debugBufferCondition
Allows the debug data buffer to know when data has been added.
",199:"
mutable bool m_connectionError
true if an error has occurred with the connection, false otherwise.
",200:"
mutable int m_errorCode
The error code of the connection error, if there was a connection error.
",201:"
mutable std::string m_errorMsg
The error message of the connection error, if there was a connection error.
",202:"
bool m_rawByteMode
true if the connection is in "Raw Byte Mode", false otherwise.
",203:"
std::mutex m_rawDataMutex
The mutex used to access the "Raw Byte Mode" buffer.
",204:"
bool m_debugMode
true if the connection is in "Debug Mode", false otherwise.
",205:"
std::mutex m_debugDataMutex
The mutex used to access the "Debug Mode" buffer.
",207:"
virtual void establishConnection() = 0
Initializes and opens the current connection.
",208:"
std::string description() override = 0
Gets a description of the connection as a string.
",209:"
std::string port() const override
Gets a name of the connection port if it exists.
",210:"
virtual Connection::ConnectionType type() override
Gets the Connection::ConnectionType.
",211:"
virtual void disconnect() override
Closes the current connection.
",212:"
virtual void reconnect() override
Reopens a connection that has been disconnected.
",213:"
virtual void registerParser(
std::function<void(DataBuffer&)> parseFunction
) final
Registers a function to handle the parsing of data when it is read in.
",214:"
virtual void unregisterParser() final
Unregisters the function to handle the parsing of data when it is read in.
",215:"
virtual void throwIfError() final
Throws an exception if a connection error has occurred.
",216:"
virtual void write(
const ByteStream &data
) const final
Writes bytes to the port via the BoostCommunication object.
",217:"
virtual void write(
const Bytes &bytes
) const final
Writes the given bytes to the port via the BoostCommunication object.
",218:"
virtual void clearBuffer() final
Clears the read buffer.
",219:"
virtual std::size_t byteReadPos() const final
Gets the read position from the byte buffer.
",220:"
virtual std::size_t byteAppendPos() const final
Gets the append position from the byte buffer.
",221:"
void startIoThread()
Starts the main thread for reading in all the data and handling write commands
",222:"
void stopIoThread()
Stops the main thread, canceling all reading and writing
",223:"
virtual void rawByteMode(
bool enable
) final
Puts the connection into "Raw Byte Mode." "Raw Byte Mode" stops the data from being sent/parsed from any attached devices (BaseStation, InertialNode, etc.)  and instead sends all data into a raw circular data buffer that can be accessed by calling getRawBytes on this Connection object.  Disabling this mode will start sending all data back to the previous attached device, if still available.
",224:"
virtual bool rawByteMode() final
Checks if raw byte mode is enabled (true) or disabled (false)
",225:"
virtual void getRawBytes(
Bytes &bytes,
uint32 timeout = 0,
uint32 maxBytes = 0,
uint32 minBytes = 0
) final
Gets all of the raw bytes that are available that have been collected when the Connection is in "Raw Byte Mode."  If the Connection has not been put into "Raw Byte Mode" by calling rawByteMode, no data can be retrieved from this function.
",226:"
virtual void debugMode(
bool enable
) final
Puts the connection into "Debug Mode." "Debug Mode Mode" adds an additional container that gets filled when any write or read operations occur.  Once debug mode is enabled, you can access this data with the getDebugData function.  This does not interfere with standard data collection.
",227:"
virtual bool debugMode() final
Checks if debug mode is enabled (true) or disabled (false)
",228:"
virtual void getDebugData(
ConnectionDebugDataVec &data,
uint32 timeout
) final
Gets the ConnectionDebugData that have been collected when the Connection is in "Debug Mode."  If the Connection has not been put into "Debug Mode" by calling debugMode, no data can be retrieved from this function.
",229:"
void collectRawData(
DataBuffer &data
)
The function to be sent to the communication object to parse data for "Raw Byte Mode."
",230:"
void collectDebugData(
const Bytes &data,
bool isRead
)
The function to be sent to the communication object to parse data for "Debug Mode."
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Connection_Impl-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Connection_Impl-ToolTips.js deleted file mode 100644 index 7b80b4372..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Connection_Impl-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({148:"
ConnectionDebugData
Holds data used when the Connection debug mode is enabled.
",162:"
Connection_Impl_Base
An Abstract Base Class for various connection types.
",223:"
virtual void rawByteMode(
bool enable
) final
Puts the connection into "Raw Byte Mode." "Raw Byte Mode" stops the data from being sent/parsed from any attached devices (BaseStation, InertialNode, etc.)  and instead sends all data into a raw circular data buffer that can be accessed by calling getRawBytes on this Connection object.  Disabling this mode will start sending all data back to the previous attached device, if still available.
",225:"
virtual void getRawBytes(
Bytes &bytes,
uint32 timeout = 0,
uint32 maxBytes = 0,
uint32 minBytes = 0
) final
Gets all of the raw bytes that are available that have been collected when the Connection is in "Raw Byte Mode."  If the Connection has not been put into "Raw Byte Mode" by calling rawByteMode, no data can be retrieved from this function.
",226:"
virtual void debugMode(
bool enable
) final
Puts the connection into "Debug Mode." "Debug Mode Mode" adds an additional container that gets filled when any write or read operations occur.  Once debug mode is enabled, you can access this data with the getDebugData function.  This does not interfere with standard data collection.
",228:"
virtual void getDebugData(
ConnectionDebugDataVec &data,
uint32 timeout
) final
Gets the ConnectionDebugData that have been collected when the Connection is in "Debug Mode."  If the Connection has not been put into "Debug Mode" by calling debugMode, no data can be retrieved from this function.
",235:"
template <typename IO_Object>
BoostCommunication
The BoostCommunication object that is used for actual read/write communication for all Connection objects
",338:"
SerialConnection
A Connection_Impl derived class that represents a serial connection.
",369:"
Represents the types of channels on Wireless Nodes.
",9916:"
Used to easily read a container of bytes
",9928:"
DataBuffer
A buffer of bytes extending from the ByteStream class that is used for holding bytes read in from the connection
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10253:"
typedef for a vector of bytes.
",10446:"
Error
The generic MicroStrain exception (base class)
",10479:"
Error_Connection
The generic connection exception.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Connection_Impl.html b/v66.0.1/MSCL_Docs/classes/C/Connection_Impl.html deleted file mode 100644 index 522f3c0a1..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Connection_Impl.html +++ /dev/null @@ -1,287 +0,0 @@ - - -Connection_Impl - - - - - - - -
-
Connection_Impl
-
public
Connection_Impl_Base
template <typename Comm_Object>
Connection_Impl
-

An Abstract Base Class for various connection types.  This class uses a template for the Comm Object and contains default functionality for connection types.

See Also

SerialConnection

-
- -
-
Functions
-
- -
-
~Connection_Impl
-
virtual ~Connection_Impl()
-

Destroys the Connection_Impl object

-
- -
-
Variables
-
- -
-
m_comm
-
std::unique_ptr< BoostCommunication<Comm_Object> > m_comm
-

A BoostCommunication object used for actual read/write operations.

-
- -
-
m_ioContext
-
std::unique_ptr<boost::asio::io_context> m_ioContext
-

The boost::asio::io_context object.

-
- -
-
m_ioPort
-
std::unique_ptr<Comm_Object> m_ioPort
-

The actual boost communication object (ex. boost::asio::serial_port, tcp::socket, etc.)

-
- -
-
m_readThread
-
std::unique_ptr<std::thread> m_readThread
-

The thread used to run the operation of reading in bytes from the BaseStation.

-
- -
-
m_established
-
bool m_established
-

true if the connection has been established, false otherwise.

-
- -
-
m_parseFunction
-
std::function<void(
DataBuffer&
)> m_parseFunction
-

The function to call to parse data that is read in.

-
- -
-
m_type
- -

The Connection::ConnectionType of this connection.

-
- -
-
m_rawByteBuffer
-
boost::circular_buffer_space_optimized<uint8> m_rawByteBuffer
-

The circular buffer to store data when in "Raw Byte Mode."

-
- -
-
m_debugDataBuffer
-
boost::circular_buffer_space_optimized<ConnectionDebugData> m_debugDataBuffer
-

The circular buffer to store data when in "Debug Mode."

-
- -
-
m_rawByteBufferCondition
-
std::condition_variable m_rawByteBufferCondition
-

Allows the raw byte buffer to know when data has been added.

-
- -
-
m_debugBufferCondition
-
std::condition_variable m_debugBufferCondition
-

Allows the debug data buffer to know when data has been added.

-
- -
-
m_connectionError
-
mutable bool m_connectionError
-

true if an error has occurred with the connection, false otherwise.

-
- -
-
m_errorCode
-
mutable int m_errorCode
-

The error code of the connection error, if there was a connection error.

-
- -
-
m_errorMsg
-
mutable std::string m_errorMsg
-

The error message of the connection error, if there was a connection error.

-
- -
-
m_rawByteMode
-
bool m_rawByteMode
-

true if the connection is in "Raw Byte Mode", false otherwise.

-
- -
-
m_rawDataMutex
-
std::mutex m_rawDataMutex
-

The mutex used to access the "Raw Byte Mode" buffer.

-
- -
-
m_debugMode
-
bool m_debugMode
-

true if the connection is in "Debug Mode", false otherwise.

-
- -
-
m_debugDataMutex
-
std::mutex m_debugDataMutex
-

The mutex used to access the "Debug Mode" buffer.

-
- -
-
Functions
-
- -
-
establishConnection
-
virtual void establishConnection() = 0
-

Initializes and opens the current connection.

-
- -
-
description
-
std::string description() override = 0
-

Gets a description of the connection as a string.

Returns

A description of the connection.

-
- -
-
port
-
std::string port() const override
-

Gets a name of the connection port if it exists.

Returns

The port name of the connection if it exists.

-
- -
-
type
-
virtual Connection::ConnectionType type() override
-

Gets the Connection::ConnectionType.

-
- -
-
disconnect
-
virtual void disconnect() override
-

Closes the current connection.

-
- -
-
reconnect
-
virtual void reconnect() override
-

Reopens a connection that has been disconnected.

-
- -
-
registerParser
-
virtual void registerParser(
std::function<void(DataBuffer&)> parseFunction
) final
-

Registers a function to handle the parsing of data when it is read in.

Parameters
parseFunction
std::function<void(DataBuffer&)>

The function to call to parse data that is read in.

Exceptions

  • Error: a data parsing function has already been registered.

-
- -
-
unregisterParser
-
virtual void unregisterParser() final
-

Unregisters the function to handle the parsing of data when it is read in.

-
- -
-
throwIfError
-
virtual void throwIfError() final
-

Throws an exception if a connection error has occurred.

Exceptions
-
- -
-
write
-
virtual void write(
const ByteStream &data
) const final
-

Writes bytes to the port via the BoostCommunication object.

Parameters
data
const ByteStream&

the bytes that will be written to the port.

Exceptions

  • Error_Connection: a connection error has occurred, such as the device being unplugged.

-
- -
-
write
-
virtual void write(
const Bytes &bytes
) const final
-

Writes the given bytes to the port via the BoostCommunication object.

Parameters
bytes
const Bytes&

The bytes to write.

Exceptions

  • Error_Connection: a connection error has occurred, such as the device being unplugged.

-
- -
-
clearBuffer
-
virtual void clearBuffer() final
-

Clears the read buffer.

-
- -
-
byteReadPos
-
virtual std::size_t byteReadPos() const final
-

Gets the read position from the byte buffer.

-
- -
-
byteAppendPos
-
virtual std::size_t byteAppendPos() const final
-

Gets the append position from the byte buffer.

-
- -
-
startIoThread
-
void startIoThread()
-

Starts the main thread for reading in all the data and handling write commands

-
- -
-
stopIoThread
-
void stopIoThread()
-

Stops the main thread, canceling all reading and writing

-
- -
-
rawByteMode
-
virtual void rawByteMode(
bool enable
) final
-

Puts the connection into "Raw Byte Mode."  "Raw Byte Mode" stops the data from being sent/parsed from any attached devices (BaseStation, InertialNode, etc.)  and instead sends all data into a raw circular data buffer that can be accessed by calling getRawBytes on this Connection object.  Disabling this mode will start sending all data back to the previous attached device, if still available.

Parameters
enable
bool

whether to enable raw byte mode (true), or disable raw byte mode (false).

Exceptions
-
- -
-
rawByteMode
-
virtual bool rawByteMode() final
-

Checks if raw byte mode is enabled (true) or disabled (false)

-
- -
-
getRawBytes
-
virtual void getRawBytes(
Bytes &bytes,
uint32 timeout = 0,
uint32 maxBytes = 0,
uint32 minBytes = 0
) final
-

Gets all of the raw bytes that are available that have been collected when the Connection is in "Raw Byte Mode."  If the Connection has not been put into "Raw Byte Mode" by calling rawByteMode, no data can be retrieved from this function.

Parameters
bytes
Bytes&

A Bytes vector to hold the result.

timeout
uint32

the timeout, in milliseconds, to wait for the data if necessary (default of 0).

maxBytes
uint32

The maximum number of bytes to return. If this is 0 (default), all bytes will be returned.

minBytes
uint32

The minimum number of bytes to parse before returning.

-
- -
-
debugMode
-
virtual void debugMode(
bool enable
) final
-

Puts the connection into "Debug Mode."  "Debug Mode Mode" adds an additional container that gets filled when any write or read operations occur.  Once debug mode is enabled, you can access this data with the getDebugData function.  This does not interfere with standard data collection.

Parameters
enable
bool

whether to enable debug mode (true), or disable debug mode (false).

Exceptions
-
- -
-
debugMode
-
virtual bool debugMode() final
-

Checks if debug mode is enabled (true) or disabled (false)

-
- -
-
getDebugData
-
virtual void getDebugData(
ConnectionDebugDataVec &data,
uint32 timeout
) final
-

Gets the ConnectionDebugData that have been collected when the Connection is in "Debug Mode."  If the Connection has not been put into "Debug Mode" by calling debugMode, no data can be retrieved from this function.

Parameters
timeout
uint32

the timeout, in milliseconds, to wait for the data if necessary (default of 0).

Returns

A <ConnectionDebugDataVec> containing all of the ConnectionDebugData that is available.

Exceptions

  • Error_Connection: a connection error has occurred, such as the device being unplugged.

-
- -
-
collectRawData
-
void collectRawData(
DataBuffer &data
)
-

The function to be sent to the communication object to parse data for "Raw Byte Mode."

Parameters
data
DataBuffer&

The DataBuffer that contains all of the data that was read in from the connection.

-
- -
-
collectDebugData
-
void collectDebugData(
const Bytes &data,
bool isRead
)
-

The function to be sent to the communication object to parse data for "Debug Mode."

Parameters
data
const Bytes&

The Bytes that contains all of the data that was read from or written to the connection.

isRead
bool

Whether the data is from a read operation (true) or a write operation (false).

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Connection_Impl_Base-Summary.js b/v66.0.1/MSCL_Docs/classes/C/Connection_Impl_Base-Summary.js deleted file mode 100644 index 00c813b3c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Connection_Impl_Base-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:Connection_Impl_Base","Connection_Impl_Base");NDSummary.OnSummaryLoaded("CClass:Connection_Impl_Base",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[162,0,0,"Connection_Impl_Base"],[163,0,2,"Functions","Functions"],[164,0,1,"~Connection_Impl_Base","~Connection_Impl_Base"],[165,0,1,"establishConnection","establishConnection"],[166,0,1,"description","description"],[167,0,1,"port","port"],[168,0,1,"type","type"],[169,0,1,"disconnect","disconnect"],[170,0,1,"reconnect","reconnect"],[171,0,1,"registerParser","registerParser"],[172,0,1,"unregisterParser","unregisterParser"],[173,0,1,"throwIfError","throwIfError"],[174,0,1,"write","write"],[175,0,1,"write","write(2)"],[176,0,1,"clearBuffer","clearBuffer"],[177,0,1,"byteReadPos","byteReadPos"],[178,0,1,"byteAppendPos","byteAppendPos"],[179,0,1,"rawByteMode","rawByteMode"],[180,0,1,"getRawBytes","getRawBytes"],[181,0,1,"debugMode","debugMode"],[182,0,1,"getDebugData","getDebugData"],[183,0,1,"updateBaudRate","updateBaudRate"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Connection_Impl_Base-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Connection_Impl_Base-SummaryToolTips.js deleted file mode 100644 index 09b1de83c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Connection_Impl_Base-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:Connection_Impl_Base",{162:"
Connection_Impl_Base
An Abstract Base Class for various connection types.
",164:"
virtual ~Connection_Impl_Base()
Destroys the Connection_Impl_Base object
",165:"
virtual void establishConnection() = 0
Initializes and opens the current connection.
",166:"
virtual std::string description() = 0
Gets a description of the connection as a string
",167:"
virtual std::string port() const = 0
Gets a name of the connection port if it exists
",168:"
virtual Connection::ConnectionType type() = 0
Gets the Connection::ConnectionType.
",169:"
virtual void disconnect() = 0
Closes the current connection.
",170:"
virtual void reconnect() = 0
Reopens a connection that has been disconnected.
",171:"
virtual void registerParser(
std::function<void(DataBuffer&)> parseFunction
) = 0
Registers a function to handle the parsing of data when it is read in.
",172:"
virtual void unregisterParser() = 0
Unregisters the function to handle the parsing of data when it is read in
",173:"
virtual void throwIfError() = 0
Throws an exception if a connection error has occurred.
",174:"
virtual void write(
const ByteStream &data
) const = 0
Writes bytes to the port via the BoostCommunication object.
",175:"
virtual void write(
const Bytes &bytes
) const = 0
Writes the given bytes to the port via the BoostCommunication object.
",176:"
virtual void clearBuffer() = 0
Resets the read buffer.
",177:"
virtual std::size_t byteReadPos() const = 0
Gets the read position from the byte buffer.
",178:"
virtual std::size_t byteAppendPos() const = 0
Gets the append position from the byte buffer.
",179:"
virtual void rawByteMode(
bool enable
) = 0
Puts the connection into "Raw Byte Mode." "Raw Byte Mode" stops the data from being sent/parsed from any attached devices (BaseStation, InertialNode, etc.)  and instead sends all data into a raw circular data buffer that can be accessed by calling getRawBytes on this Connection object.  Disabling this mode will start sending all data back to the previous attached device, if still available.
",180:"
virtual void getRawBytes(
Bytes &bytes,
uint32 timeout = 0,
uint32 maxBytes = 0,
uint32 minBytes = 0
) = 0
Gets all of the raw bytes that are available that have been collected when the Connection is in "Raw Byte Mode."  If the Connection has not been put into "Raw Byte Mode" by calling rawByteMode, no data can be retrieved from this function.
",181:"
virtual void debugMode(
bool enable
) = 0
Puts the connection into "Debug Mode." "Debug Mode Mode" adds an additional container that gets filled when any write or read operations occur.  Once debug mode is enabled, you can access this data with the getDebugData function.  This does not interfere with standard data collection.
",182:"
virtual void getDebugData(
ConnectionDebugDataVec &data,
uint32 timeout
) = 0
Gets the ConnectionDebugData that have been collected when the Connection is in "Debug Mode."  If the Connection has not been put into "Debug Mode" by calling debugMode, no data can be retrieved from this function.
",183:"
virtual void updateBaudRate(
uint32 baudRate
)
Updates the serial connection baud rate. If this is not a serial connection, this function does nothing.  Important: The connection to the port will be closed and re-opened at the new baud rate.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Connection_Impl_Base-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Connection_Impl_Base-ToolTips.js deleted file mode 100644 index 79825c350..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Connection_Impl_Base-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({148:"
ConnectionDebugData
Holds data used when the Connection debug mode is enabled.
",179:"
virtual void rawByteMode(
bool enable
) = 0
Puts the connection into "Raw Byte Mode." "Raw Byte Mode" stops the data from being sent/parsed from any attached devices (BaseStation, InertialNode, etc.)  and instead sends all data into a raw circular data buffer that can be accessed by calling getRawBytes on this Connection object.  Disabling this mode will start sending all data back to the previous attached device, if still available.
",180:"
virtual void getRawBytes(
Bytes &bytes,
uint32 timeout = 0,
uint32 maxBytes = 0,
uint32 minBytes = 0
) = 0
Gets all of the raw bytes that are available that have been collected when the Connection is in "Raw Byte Mode."  If the Connection has not been put into "Raw Byte Mode" by calling rawByteMode, no data can be retrieved from this function.
",181:"
virtual void debugMode(
bool enable
) = 0
Puts the connection into "Debug Mode." "Debug Mode Mode" adds an additional container that gets filled when any write or read operations occur.  Once debug mode is enabled, you can access this data with the getDebugData function.  This does not interfere with standard data collection.
",182:"
virtual void getDebugData(
ConnectionDebugDataVec &data,
uint32 timeout
) = 0
Gets the ConnectionDebugData that have been collected when the Connection is in "Debug Mode."  If the Connection has not been put into "Debug Mode" by calling debugMode, no data can be retrieved from this function.
",369:"
Represents the types of channels on Wireless Nodes.
",9928:"
DataBuffer
A buffer of bytes extending from the ByteStream class that is used for holding bytes read in from the connection
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10253:"
typedef for a vector of bytes.
",10479:"
Error_Connection
The generic connection exception.
",184:"
template <typename Comm_Object>
Connection_Impl
An Abstract Base Class for various connection types.  This class uses a template for the Comm Object and contains default functionality for connection types.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Connection_Impl_Base.html b/v66.0.1/MSCL_Docs/classes/C/Connection_Impl_Base.html deleted file mode 100644 index 0f281e782..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Connection_Impl_Base.html +++ /dev/null @@ -1,141 +0,0 @@ - - -Connection_Impl_Base - - - - - - - -
-
Connection_Impl_Base
-
Connection_Impl_Base
Connection_Impl
-

An Abstract Base Class for various connection types.

-
- -
-
Functions
-
- -
-
~Connection_Impl_Base
-
virtual ~Connection_Impl_Base()
-

Destroys the Connection_Impl_Base object

-
- -
-
establishConnection
-
virtual void establishConnection() = 0
-

Initializes and opens the current connection.

-
- -
-
description
-
virtual std::string description() = 0
-

Gets a description of the connection as a string

Returns

A description of the connection

-
- -
-
port
-
virtual std::string port() const = 0
-

Gets a name of the connection port if it exists

Returns

The port name of the connection if it exists

-
- -
-
type
-
virtual Connection::ConnectionType type() = 0
-

Gets the Connection::ConnectionType.

-
- -
-
disconnect
-
virtual void disconnect() = 0
-

Closes the current connection.

-
- -
-
reconnect
-
virtual void reconnect() = 0
-

Reopens a connection that has been disconnected.

-
- -
-
registerParser
-
virtual void registerParser(
std::function<void(DataBuffer&)> parseFunction
) = 0
-

Registers a function to handle the parsing of data when it is read in.

Parameters
parseFunction
std::function<void(DataBuffer&)>

The function to call to parse data that is read in.

Exceptions
-
- -
-
unregisterParser
-
virtual void unregisterParser() = 0
-

Unregisters the function to handle the parsing of data when it is read in

-
- -
-
throwIfError
-
virtual void throwIfError() = 0
-

Throws an exception if a connection error has occurred.

Exceptions
-
- -
-
write
-
virtual void write(
const ByteStream &data
) const = 0
-

Writes bytes to the port via the BoostCommunication object.

Parameters
data
const ByteStream&

the bytes that will be written to the port.

Exceptions

  • Error_Connection: a connection error has occurred, such as the device being unplugged.

-
- -
-
write
-
virtual void write(
const Bytes &bytes
) const = 0
-

Writes the given bytes to the port via the BoostCommunication object.

Parameters
bytes
const Bytes&

The bytes to write.

Exceptions

  • Error_Connection: a connection error has occurred, such as the device being unplugged.

-
- -
-
clearBuffer
-
virtual void clearBuffer() = 0
-

Resets the read buffer.

-
- -
-
byteReadPos
-
virtual std::size_t byteReadPos() const = 0
-

Gets the read position from the byte buffer.

-
- -
-
byteAppendPos
-
virtual std::size_t byteAppendPos() const = 0
-

Gets the append position from the byte buffer.

-
- -
-
rawByteMode
-
virtual void rawByteMode(
bool enable
) = 0
-

Puts the connection into "Raw Byte Mode."  "Raw Byte Mode" stops the data from being sent/parsed from any attached devices (BaseStation, InertialNode, etc.)  and instead sends all data into a raw circular data buffer that can be accessed by calling getRawBytes on this Connection object.  Disabling this mode will start sending all data back to the previous attached device, if still available.

Parameters
enable
bool

whether to enable raw byte mode (true), or disable raw byte mode (false).

Exceptions
-
- -
-
getRawBytes
-
virtual void getRawBytes(
Bytes &bytes,
uint32 timeout = 0,
uint32 maxBytes = 0,
uint32 minBytes = 0
) = 0
-

Gets all of the raw bytes that are available that have been collected when the Connection is in "Raw Byte Mode."  If the Connection has not been put into "Raw Byte Mode" by calling rawByteMode, no data can be retrieved from this function.

Parameters
bytes
Bytes&

A Bytes vector to hold the result.

timeout
uint32

the timeout, in milliseconds, to wait for the data if necessary (default of 0).

maxBytes
uint32

The maximum number of bytes to return. If this is 0 (default), all bytes will be returned.

minBytes
uint32

The minimum number of bytes to parse before returning.

-
- -
-
debugMode
-
virtual void debugMode(
bool enable
) = 0
-

Puts the connection into "Debug Mode."  "Debug Mode Mode" adds an additional container that gets filled when any write or read operations occur.  Once debug mode is enabled, you can access this data with the getDebugData function.  This does not interfere with standard data collection.

Parameters
enable
bool

whether to enable debug mode (true), or disable debug mode (false).

Exceptions
-
- -
-
getDebugData
-
virtual void getDebugData(
ConnectionDebugDataVec &data,
uint32 timeout
) = 0
-

Gets the ConnectionDebugData that have been collected when the Connection is in "Debug Mode."  If the Connection has not been put into "Debug Mode" by calling debugMode, no data can be retrieved from this function.

Parameters
timeout
uint32

the timeout, in milliseconds, to wait for the data if necessary (default of 0).

Returns

A <ConnectionDebugDataVec> containing all of the ConnectionDebugData that is available.

Exceptions

  • Error_Connection: a connection error has occurred, such as the device being unplugged.

-
- -
-
updateBaudRate
-
virtual void updateBaudRate(
uint32 baudRate
)
-

Updates the serial connection baud rate. If this is not a serial connection, this function does nothing.  Important: The connection to the port will be closed and re-opened at the new baud rate.

Parameters
baudRate
uint32

the baud rate at which to reestablish the connection

Exceptions

  • Error_Connection: a connection error has occurred, such as the device being unplugged.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Constellation-Summary.js b/v66.0.1/MSCL_Docs/classes/C/Constellation-Summary.js deleted file mode 100644 index cf6f49131..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Constellation-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:Constellation","Constellation");NDSummary.OnSummaryLoaded("CClass:Constellation",[["C/C++","C"]],[["Groups","Group"],["Structs","Struct"],["Types","Type"],["Variables","Variable"]],[[2008,0,1,"Constellation"],[2009,0,0,"Variables","Variables"],[2010,0,3,"constellationID","constellationID"],[2011,0,3,"enabled","enabled"],[2012,0,3,"reservedChannelCount","reservedChannelCount"],[2013,0,3,"maxChannels","maxChannels"],[2014,0,3,"enableL1SAIF","enableL1SAIF"],[2015,0,0,"Types","Types"],[2016,0,2,"Constellations","Constellations"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Constellation-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Constellation-SummaryToolTips.js deleted file mode 100644 index ceb77a760..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Constellation-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:Constellation",{2008:"
Contains the satellite constellation data used in the ConstellationSettingsData class.
",2010:"
InertialTypes::ConstellationId constellationID
",2011:"
bool enabled
",2012:"
uint8 reservedChannelCount
The number of reserved channels.  (Must be <= 32)
",2013:"
uint8 maxChannels
The maximum number of tracking channels.
",2014:"
bool enableL1SAIF
enables L1AIF for constellation QZSS
",2016:"
A vector of Constellation objects
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Constellation-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Constellation-ToolTips.js deleted file mode 100644 index 5b1f1f2b0..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Constellation-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2008:"
Contains the satellite constellation data used in the ConstellationSettingsData class.
",2017:"
Contains the data for the InertialNode::setConstellationSettings API call.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Constellation.html b/v66.0.1/MSCL_Docs/classes/C/Constellation.html deleted file mode 100644 index df9a2baec..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Constellation.html +++ /dev/null @@ -1,57 +0,0 @@ - - -Constellation - - - - - - - -
-
Constellation
-

Contains the satellite constellation data used in the ConstellationSettingsData class.

-
- -
-
Variables
-
- -
-
constellationID
-
InertialTypes::ConstellationId constellationID
-
- -
-
enabled
-
bool enabled
-
- -
-
reservedChannelCount
-
uint8 reservedChannelCount
-

The number of reserved channels.  (Must be <= 32)

-
- -
-
maxChannels
-
uint8 maxChannels
-

The maximum number of tracking channels.

-
- -
-
enableL1SAIF
-
bool enableL1SAIF
-

enables L1AIF for constellation QZSS

-
- -
-
Types
-
- -
-
Constellations
-

A vector of Constellation objects

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ConstellationSettingsData-Summary.js b/v66.0.1/MSCL_Docs/classes/C/ConstellationSettingsData-Summary.js deleted file mode 100644 index 6b27d8e9a..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ConstellationSettingsData-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:ConstellationSettingsData","ConstellationSettingsData");NDSummary.OnSummaryLoaded("CClass:ConstellationSettingsData",[["C/C++","C"]],[["Groups","Group"],["Structs","Struct"],["Variables","Variable"]],[[2017,0,1,"ConstellationSettingsData"],[2018,0,0,"Variables","Variables"],[2019,0,2,"maxChannelsAvailable","maxChannelsAvailable"],[2020,0,2,"maxChannelsToUse","maxChannelsToUse"],[2021,0,2,"constellations","constellations"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ConstellationSettingsData-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/ConstellationSettingsData-SummaryToolTips.js deleted file mode 100644 index d4ef3f13d..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ConstellationSettingsData-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:ConstellationSettingsData",{2017:"
Contains the data for the InertialNode::setConstellationSettings API call.
",2019:"
uint16 maxChannelsAvailable
",2020:"
uint16 maxChannelsToUse
",2021:"
Constellations constellations
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ConstellationSettingsData-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/ConstellationSettingsData-ToolTips.js deleted file mode 100644 index 0cb54ed97..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ConstellationSettingsData-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2621:"
void setConstellationSettings(
const ConstellationSettingsData &dataToUse
)
Sets the GNSS Constellation Settings.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ConstellationSettingsData.html b/v66.0.1/MSCL_Docs/classes/C/ConstellationSettingsData.html deleted file mode 100644 index 3bb01dd78..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ConstellationSettingsData.html +++ /dev/null @@ -1,35 +0,0 @@ - - -ConstellationSettingsData - - - - - - - -
-
ConstellationSettingsData
-

Contains the data for the InertialNode::setConstellationSettings API call.

-
- -
-
Variables
-
- -
-
maxChannelsAvailable
-
uint16 maxChannelsAvailable
-
- -
-
maxChannelsToUse
-
uint16 maxChannelsToUse
-
- -
-
constellations
-
Constellations constellations
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT-Summary.js b/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT-Summary.js deleted file mode 100644 index 7bc48ffec..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:ContinuousBIT","ContinuousBIT");NDSummary.OnSummaryLoaded("CClass:ContinuousBIT",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[4633,0,0,"ContinuousBIT"],[4634,0,2,"Functions","Functions"],[4635,0,1,"ContinuousBIT","ContinuousBIT"],[4636,0,1,"ContinuousBIT","ContinuousBIT(2)"],[4637,0,1,"ContinuousBIT","ContinuousBIT(3)"],[4638,0,1,"operator=","operator="],[4639,0,1,"operator=","operator=(2)"],[4640,0,1,"as_MipDataPoints","as_MipDataPoints"],[4641,0,1,"getMipDataPoints","getMipDataPoints"],[4642,0,1,"data","data"],[4643,0,1,"systemClockFailure","systemClockFailure"],[4644,0,1,"powerFault","powerFault"],[4645,0,1,"firmwareFault","firmwareFault"],[4646,0,1,"timingOverload","timingOverload"],[4647,0,1,"bufferOverrun","bufferOverrun"],[4648,0,1,"imuClockFault","imuClockFault"],[4649,0,1,"imuCommunicationFault","imuCommunicationFault"],[4650,0,1,"imuTimingOverrun","imuTimingOverrun"],[4651,0,1,"imuCalibrationErrorAccel","imuCalibrationErrorAccel"],[4652,0,1,"imuCalibrationErrorGyro","imuCalibrationErrorGyro"],[4653,0,1,"imuCalibrationErrorMag","imuCalibrationErrorMag"],[4654,0,1,"accelGeneralFault","accelGeneralFault"],[4655,0,1,"accelOverrange","accelOverrange"],[4656,0,1,"accelSelfTest","accelSelfTest"],[4657,0,1,"gyroGeneralFault","gyroGeneralFault"],[4658,0,1,"gyroOverrange","gyroOverrange"],[4659,0,1,"gyroSelfTest","gyroSelfTest"],[4660,0,1,"magGeneralFault","magGeneralFault"],[4661,0,1,"magOverrange","magOverrange"],[4662,0,1,"magSelfTest","magSelfTest"],[4663,0,1,"pressureGeneralFault","pressureGeneralFault"],[4664,0,1,"pressureOverrange","pressureOverrange"],[4665,0,1,"pressureSelfTest","pressureSelfTest"],[4666,0,1,"filterTimingOverrun","filterTimingOverrun"],[4667,0,1,"filterTimingUnderrun","filterTimingUnderrun"],[4668,0,1,"ContinuousBIT","ContinuousBIT(4)"],[4669,0,1,"ContinuousBIT","ContinuousBIT(5)"],[4670,0,2,"Variables","Variables"],[4671,0,3,"m_data","m_data"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT-SummaryToolTips.js deleted file mode 100644 index 11d47f7ee..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:ContinuousBIT",{4633:"
ContinuousBIT
Abstract class for device-specific Built-In Test result parser classes
",4635:"
ContinuousBIT() = delete
",4636:"
explicit ContinuousBIT(
const ContinuousBIT&
) = delete
Copy constructor
",4637:"
explicit ContinuousBIT(
const ContinuousBIT&&
) = delete
Move constructor
",4638:"
ContinuousBIT& operator=(
const ContinuousBIT&
) const = delete
Copy assignment operator
",4639:"
ContinuousBIT& operator=(
const ContinuousBIT&&
) const = delete
Move assignment operator
",4640:"
virtual MipDataPoints as_MipDataPoints() const = 0
Get the Built-In Test data formatted as MipDataPoint objects
",4641:"
static MipDataPoints getMipDataPoints(
MipModels::NodeModel model,
Bytes data
)
Static function to parse the Built-In Test result data into MipDataPoint objects based on the specified device model
",4642:"
const Bytes& data() const
Gets the original Bytes source data (not parsed)
",4643:"
virtual bool systemClockFailure() const = 0
Gets the value of the System Clock Failure bit (bit 0)
",4644:"
virtual bool powerFault() const = 0
Gets the value of the Power Fault bit (bit 1)
",4645:"
virtual bool firmwareFault() const = 0
Gets the value of the Firmware Fault bit (bit 4)
",4646:"
virtual bool timingOverload() const = 0
Gets the value of the Timing Overload bit (bit 5)
",4647:"
virtual bool bufferOverrun() const = 0
Gets the value of the Buffer Overrun bit (bit 6)
",4648:"
virtual bool imuClockFault() const = 0
Gets the value of the IMU Clock Fault bit (bit 32)
",4649:"
virtual bool imuCommunicationFault() const = 0
Gets the value of the IMU Communication Fault bit (bit 33)
",4650:"
virtual bool imuTimingOverrun() const = 0
Gets the value of the IMU Timing Overrun bit (bit 34)
",4651:"
virtual bool imuCalibrationErrorAccel() const = 0
Gets the value of the IMU Calibration Error Accelerometer bit (bit 36)
",4652:"
virtual bool imuCalibrationErrorGyro() const = 0
Gets the value of the IMU Calibration Error Gyroscope bit (bit 37)
",4653:"
virtual bool imuCalibrationErrorMag() const = 0
Gets the value of the IMU Calibration Error Magnetometer bit (bit 38)
",4654:"
virtual bool accelGeneralFault() const = 0
Gets the value of the Accelerometer General Fault bit (bit 40)
",4655:"
virtual bool accelOverrange() const = 0
Gets the value of the Accelerometer Overrange bit (bit 41)
",4656:"
virtual bool accelSelfTestFail() const = 0
Gets the value of the Accelerometer Self Test bit (bit 42)
",4657:"
virtual bool gyroGeneralFault() const = 0
Gets the value of the Gyroscope General Fault bit (bit 44)
",4658:"
virtual bool gyroOverrange() const = 0
Gets the value of the Gyroscope Overrange bit (bit 45)
",4659:"
virtual bool gyroSelfTestFail() const = 0
Gets the value of the Gyroscope Self Test bit (bit 46)
",4660:"
virtual bool magGeneralFault() const = 0
Gets the value of the Magnetometer General Fault bit (bit 48)
",4661:"
virtual bool magOverrange() const = 0
Gets the value of the Magnetometer Overrange bit (bit 49)
",4662:"
virtual bool magSelfTestFail() const = 0
Gets the value of the Magnetometer Self Test bit (bit 50)
",4663:"
virtual bool pressureGeneralFault() const = 0
Gets the value of the Pressure General Fault bit (bit 52)
",4664:"
virtual bool pressureOverrange() const = 0
Gets the value of the Pressure Overrange bit (bit 53)
",4665:"
virtual bool pressureSelfTestFail() const = 0
Gets the value of the Pressure Self Test bit (bit 54)
",4666:"
virtual bool filterTimingOverrun() const = 0
Gets the value of the Filter Timing Overrun bit (bit 66)
",4667:"
virtual bool filterTimingUnderrun() const = 0
Gets the value of the Filter Timing Underrun bit (bit 67)
",4668:"
explicit ContinuousBIT(
Bytes bytes
)
",4669:"
virtual ~ContinuousBIT() = default
",4671:"
Bytes m_data
The original Bytes source data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT-ToolTips.js deleted file mode 100644 index 76c221c06..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({4413:"
The base model numbers for each of the MIP devices.  Ex: 6284-4220 (3DM-GQ7) NodeModel is 6284
",4527:"
MipDataPoint
Represents a single Inertial Data Point (Extends from DataPoint)
",4633:"
ContinuousBIT
Abstract class for device-specific Built-In Test result parser classes
",10253:"
typedef for a vector of bytes.
",4857:"
CV7ContinuousBIT
Continuous Built-In Test flag data
",5066:"
GQ7ContinuousBIT
Continuous Built-In Test flag data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT.html b/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT.html deleted file mode 100644 index 32d31e013..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT.html +++ /dev/null @@ -1,238 +0,0 @@ - - -ContinuousBIT - - - - - - - -
-
ContinuousBIT
- -

Abstract class for device-specific Built-In Test result parser classes

-
- -
-
Functions
-
- -
-
ContinuousBIT
-
ContinuousBIT() = delete
-
- -
-
ContinuousBIT
-
explicit ContinuousBIT(
const ContinuousBIT&
) = delete
-

Copy constructor

-
- -
-
ContinuousBIT
-
explicit ContinuousBIT(
const ContinuousBIT&&
) = delete
-

Move constructor

-
- -
-
operator=
-
ContinuousBIT& operator=(
const ContinuousBIT&
) const = delete
-

Copy assignment operator

-
- -
-
operator=
-
ContinuousBIT& operator=(
const ContinuousBIT&&
) const = delete
-

Move assignment operator

-
- -
-
as_MipDataPoints
-
virtual MipDataPoints as_MipDataPoints() const = 0
-

Get the Built-In Test data formatted as MipDataPoint objects

Returns
MipDataPoints

Data in DataPoint format

-
- -
-
getMipDataPoints
-
static MipDataPoints getMipDataPoints(
MipModels::NodeModel model,
Bytes data
)
-

Static function to parse the Built-In Test result data into MipDataPoint objects based on the specified device model

Parameters
model
MipModels::NodeModel

MipModels::NodeModel of the device the data was output from

data
Bytes

Bytes Built-In Test result

Returns
MipDataPoints

Data in DataPoint format

-
- -
-
data
-
const Bytes& data() const
-

Gets the original Bytes source data (not parsed)

Returns
Bytes

Raw source data

-
- -
-
systemClockFailure
-
virtual bool systemClockFailure() const = 0
-

Gets the value of the System Clock Failure bit (bit 0)

Returns
bool

true: The system clock is not operating properly

-
- -
-
powerFault
-
virtual bool powerFault() const = 0
-

Gets the value of the Power Fault bit (bit 1)

Returns
bool

true: Power supply voltage is outside the recommended range, or an internal power fault exists

-
- -
-
firmwareFault
-
virtual bool firmwareFault() const = 0
-

Gets the value of the Firmware Fault bit (bit 4)

Returns
bool

true: System firmware has detected an unexpected or abnormal condition

-
- -
-
timingOverload
-
virtual bool timingOverload() const = 0
-

Gets the value of the Timing Overload bit (bit 5)

Returns
bool

true: The system is unable to keep up with the processing demand

-
- -
-
bufferOverrun
-
virtual bool bufferOverrun() const = 0
-

Gets the value of the Buffer Overrun bit (bit 6)

Returns
bool

true: A data buffer in the system has reached its capacity

-
- -
-
imuClockFault
-
virtual bool imuClockFault() const = 0
-

Gets the value of the IMU Clock Fault bit (bit 32)

Returns
bool

true: IMU is not running off the system clock

-
- -
-
imuCommunicationFault
-
virtual bool imuCommunicationFault() const = 0
-

Gets the value of the IMU Communication Fault bit (bit 33)

Returns
bool

true: No communication with IMU

-
- -
-
imuTimingOverrun
-
virtual bool imuTimingOverrun() const = 0
-

Gets the value of the IMU Timing Overrun bit (bit 34)

Returns
bool

true: IMU processes are taking longer than their allotted time

-
- -
-
imuCalibrationErrorAccel
-
virtual bool imuCalibrationErrorAccel() const = 0
-

Gets the value of the IMU Calibration Error Accelerometer bit (bit 36)

Returns
bool

true: A problem is detected with the accelerometer calibration

-
- -
-
imuCalibrationErrorGyro
-
virtual bool imuCalibrationErrorGyro() const = 0
-

Gets the value of the IMU Calibration Error Gyroscope bit (bit 37)

Returns
bool

true: A problem is detected with the gyroscope calibration

-
- -
-
imuCalibrationErrorMag
-
virtual bool imuCalibrationErrorMag() const = 0
-

Gets the value of the IMU Calibration Error Magnetometer bit (bit 38)

Returns
bool

true: A problem is detected with the magnetometer calibration

-
- -
-
accelGeneralFault
-
virtual bool accelGeneralFault() const = 0
-

Gets the value of the Accelerometer General Fault bit (bit 40)

Returns
bool

true: Accelerometer will not initialize

-
- -
-
accelOverrange
-
virtual bool accelOverrange() const = 0
-

Gets the value of the Accelerometer Overrange bit (bit 41)

Returns
bool

true: One or more axes subjected to accelerations near or outside the selected range

-
- -
-
accelSelfTest
-
virtual bool accelSelfTestFail() const = 0
-

Gets the value of the Accelerometer Self Test bit (bit 42)

Returns
bool

true: The internal self-test of the accelerometer failed

-
- -
-
gyroGeneralFault
-
virtual bool gyroGeneralFault() const = 0
-

Gets the value of the Gyroscope General Fault bit (bit 44)

Returns
bool

true: Gyroscope will not initialize

-
- -
-
gyroOverrange
-
virtual bool gyroOverrange() const = 0
-

Gets the value of the Gyroscope Overrange bit (bit 45)

Returns
bool

true: One or more axes subjected to rotational rates near or outside the selected range

-
- -
-
gyroSelfTest
-
virtual bool gyroSelfTestFail() const = 0
-

Gets the value of the Gyroscope Self Test bit (bit 46)

Returns
bool

true: The internal self-test of the gyroscope failed

-
- -
-
magGeneralFault
-
virtual bool magGeneralFault() const = 0
-

Gets the value of the Magnetometer General Fault bit (bit 48)

Returns
bool

true: Magnetometer will not initialize

-
- -
-
magOverrange
-
virtual bool magOverrange() const = 0
-

Gets the value of the Magnetometer Overrange bit (bit 49)

Returns
bool

true: One or more axes subjected to magnetic fields strengths near or outside the supported range

-
- -
-
magSelfTest
-
virtual bool magSelfTestFail() const = 0
-

Gets the value of the Magnetometer Self Test bit (bit 50)

Returns
bool

true: The internal self-test of the magnetometer failed

-
- -
-
pressureGeneralFault
-
virtual bool pressureGeneralFault() const = 0
-

Gets the value of the Pressure General Fault bit (bit 52)

Returns
bool

true: Pressure sensor won't initialize

-
- -
-
pressureOverrange
-
virtual bool pressureOverrange() const = 0
-

Gets the value of the Pressure Overrange bit (bit 53)

Returns
bool

true: Pressure sensor subjected to pressures above or below the supported range

-
- -
-
pressureSelfTest
-
virtual bool pressureSelfTestFail() const = 0
-

Gets the value of the Pressure Self Test bit (bit 54)

Returns
bool

true: The internal self-test of the pressure sensor failed

-
- -
-
filterTimingOverrun
-
virtual bool filterTimingOverrun() const = 0
-

Gets the value of the Filter Timing Overrun bit (bit 66)

Returns
bool

true: Filter processes are taking longer than their allotted time

-
- -
-
filterTimingUnderrun
-
virtual bool filterTimingUnderrun() const = 0
-

Gets the value of the Filter Timing Underrun bit (bit 67)

Returns
bool

true: Filter processes are being skipped

-
- -
-
ContinuousBIT
-
explicit ContinuousBIT(
Bytes bytes
)
-
- -
-
ContinuousBIT
-
virtual ~ContinuousBIT() = default
-
- -
-
Variables
-
- -
-
m_data
-
Bytes m_data
-

The original Bytes source data

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT_Filter-Summary.js b/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT_Filter-Summary.js deleted file mode 100644 index 186dad972..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT_Filter-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:ContinuousBIT_Filter","ContinuousBIT_Filter");NDSummary.OnSummaryLoaded("CClass:ContinuousBIT_Filter",[["C/C++","C"]],[["Constants","Constant"],["Functions","Function"],["Groups","Group"],["Structs","Struct"]],[[4775,0,3,"ContinuousBIT_Filter"],[4776,0,2,"Constants","Constants"],[4777,0,0,"RESPONSE_OFFSET","RESPONSE_OFFSET"],[4778,0,0,"GENERAL_FLAGS","GENERAL_FLAGS"],[4779,0,2,"Functions","Functions"],[4780,0,1,"flags","flags"],[4781,0,1,"ContinuousBIT_Filter","ContinuousBIT_Filter"],[4782,0,1,"ContinuousBIT_Filter","ContinuousBIT_Filter(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT_Filter-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT_Filter-SummaryToolTips.js deleted file mode 100644 index 3e118ebd1..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT_Filter-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:ContinuousBIT_Filter",{4775:"
Continuous Built-In Test flags for filter information
",4777:"
The offset of the 0 position of the value represented by this object in the overall BIT response Value: 64 bits
",4778:"
Bitmask for general filter flags (bits 64-71)
",4780:"
uint32 flags() const
Gets the value of the filter flags (bits 64-95)
",4781:"
ContinuousBIT_Filter() = default
",4782:"
explicit ContinuousBIT_Filter(
const uint32 bits
) : Bitfield(bits)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT_Filter-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT_Filter-ToolTips.js deleted file mode 100644 index 677510792..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT_Filter-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({10388:"
Bitfield
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT_Filter.html b/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT_Filter.html deleted file mode 100644 index 3c1414b57..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT_Filter.html +++ /dev/null @@ -1,51 +0,0 @@ - - -ContinuousBIT_Filter - - - - - - - -
-
ContinuousBIT_Filter
-

Continuous Built-In Test flags for filter information

Bits 64-95 of the original 128 bit Continuous Built-In Test flags

-
- -
-
Constants
-
- -
-
RESPONSE_OFFSET
-

The offset of the 0 position of the value represented by this object in the overall BIT response Value: 64 bits

-
- -
-
GENERAL_FLAGS
-

Bitmask for general filter flags (bits 64-71)

GENERAL_FLAGS

0xFF000000 - Bitmask for general filter flags (bits 64-71)

Note

This mask is shifted 64 bits to the right from the original 128 bitmask to have a 0 index at bit 64

-
- -
-
Functions
-
- -
-
flags
-
uint32 flags() const
-

Gets the value of the filter flags (bits 64-95)

Returns
uint32

Value of the filter flags

-
- -
-
ContinuousBIT_Filter
-
ContinuousBIT_Filter() = default
-
- -
-
ContinuousBIT_Filter
-
explicit ContinuousBIT_Filter(
const uint32 bits
) : Bitfield(bits)
-
Parameters
bits
const uint32

Value of bits 64-95 of the original 128 bit Continuous Built-In Test flags

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT_Filter_General-Summary.js b/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT_Filter_General-Summary.js deleted file mode 100644 index bb015a728..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT_Filter_General-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:ContinuousBIT_Filter_General","ContinuousBIT_Filter_General");NDSummary.OnSummaryLoaded("CClass:ContinuousBIT_Filter_General",[["C/C++","C"]],[["Constants","Constant"],["Functions","Function"],["Groups","Group"],["Structs","Struct"]],[[4764,0,3,"ContinuousBIT_Filter_General"],[4765,0,2,"Constants","Constants"],[4766,0,0,"Bitmasks","Bitmasks"],[4767,0,0,,"TIMING_OVERRUN"],[4768,0,0,,"TIMING_UNDERRUN"],[4769,0,2,"Functions","Functions"],[4770,0,1,"flags","flags"],[4771,0,1,"timingOverrun","timingOverrun"],[4772,0,1,"timingUnderrun","timingUnderrun"],[4773,0,1,"ContinuousBIT_Filter_General","ContinuousBIT_Filter_General"],[4774,0,1,"ContinuousBIT_Filter_General","ContinuousBIT_Filter_General(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT_Filter_General-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT_Filter_General-SummaryToolTips.js deleted file mode 100644 index 5fdf62ac7..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT_Filter_General-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:ContinuousBIT_Filter_General",{4764:"
Continuous Built-In Test flags for general filter information
",4766:"
Bitmasks for general filter flags
",4770:"
uint8 flags() const
Gets the value of the general filter flags (bits 64-71)
",4771:"
bool timingOverrun() const
Gets the value of the Filter Timing Overrun bit (bit 66)
",4772:"
bool timingUnderrun() const
Gets the value of the Filter Timing Underrun bit (bit 67)
",4773:"
ContinuousBIT_Filter_General() = default
",4774:"
explicit ContinuousBIT_Filter_General(
const uint8 bits
) : Bitfield(static_cast<uint64>(bits))
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT_Filter_General-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT_Filter_General-ToolTips.js deleted file mode 100644 index 677510792..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT_Filter_General-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({10388:"
Bitfield
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT_Filter_General.html b/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT_Filter_General.html deleted file mode 100644 index 2f9b5a56c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT_Filter_General.html +++ /dev/null @@ -1,58 +0,0 @@ - - -ContinuousBIT_Filter_General - - - - - - - -
-
ContinuousBIT_Filter_General
-

Continuous Built-In Test flags for general filter information

Bits 64-71 of the original 128 bit Continuous Built-In Test flags

-
- -
-
Constants
-
- -
-
Bitmasks
-

Bitmasks for general filter flags

Note

These masks are shifted 64 bits to the right from the original 128 bitmask to have a 0 index at bit 64

TIMING_OVERRUN

0x04 - Filter processes are taking longer than their allotted time

TIMING_UNDERRUN

0x08 - Filter processes are being skipped

-
- -
-
Functions
-
- -
-
flags
-
uint8 flags() const
-

Gets the value of the general filter flags (bits 64-71)

Returns
uint8

Value of the general filter flags

-
- -
-
timingOverrun
-
bool timingOverrun() const
-

Gets the value of the Filter Timing Overrun bit (bit 66)

Returns
bool

true: Filter processes are taking longer than their allotted time

-
- -
-
timingUnderrun
-
bool timingUnderrun() const
-

Gets the value of the Filter Timing Underrun bit (bit 67)

Returns
bool

true: Filter processes are being skipped

-
- -
-
ContinuousBIT_Filter_General
-
ContinuousBIT_Filter_General() = default
-
- -
-
ContinuousBIT_Filter_General
-
explicit ContinuousBIT_Filter_General(
const uint8 bits
) : Bitfield(static_cast<uint64>(bits))
-
Parameters
bits
const uint8

Bits 64-71 of the original 128 bit Continuous Built-In Test flags

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT_IMU-Summary.js b/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT_IMU-Summary.js deleted file mode 100644 index 0ab52c527..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT_IMU-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:ContinuousBIT_IMU","ContinuousBIT_IMU");NDSummary.OnSummaryLoaded("CClass:ContinuousBIT_IMU",[["C/C++","C"]],[["Constants","Constant"],["Functions","Function"],["Groups","Group"],["Structs","Struct"]],[[4754,0,3,"ContinuousBIT_IMU"],[4755,0,2,"Constants","Constants"],[4756,0,0,"RESPONSE_OFFSET","RESPONSE_OFFSET"],[4757,0,0,"Bitmasks","Bitmasks"],[4758,0,0,,"GENERAL_FLAGS"],[4759,0,0,,"SENSORS_FLAGS"],[4760,0,2,"Functions","Functions"],[4761,0,1,"flags","flags"],[4762,0,1,"ContinuousBIT_IMU","ContinuousBIT_IMU"],[4763,0,1,"ContinuousBIT_IMU","ContinuousBIT_IMU(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT_IMU-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT_IMU-SummaryToolTips.js deleted file mode 100644 index 777436655..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT_IMU-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:ContinuousBIT_IMU",{4754:"
Continuous Built-In Test flags for IMU information
",4756:"
The offset of the 0 position of the value represented by this object in the overall BIT response Value: 32 bits
",4761:"
uint32 flags() const
Gets the value of the IMU flags (bits 32-63)
",4762:"
ContinuousBIT_IMU() = default
",4763:"
explicit ContinuousBIT_IMU(
const uint32 bits
) : Bitfield(bits)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT_IMU-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT_IMU-ToolTips.js deleted file mode 100644 index 677510792..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT_IMU-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({10388:"
Bitfield
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT_IMU.html b/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT_IMU.html deleted file mode 100644 index ce78d7f2c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT_IMU.html +++ /dev/null @@ -1,51 +0,0 @@ - - -ContinuousBIT_IMU - - - - - - - -
-
ContinuousBIT_IMU
-

Continuous Built-In Test flags for IMU information

Bits 32-63 of the original 128 bit Continuous Built-In Test flags

-
- -
-
Constants
-
- -
-
RESPONSE_OFFSET
-

The offset of the 0 position of the value represented by this object in the overall BIT response Value: 32 bits

-
- -
-
Bitmasks
-
GENERAL_FLAGS

0xFF000000 - Bitmask for the general IMU bit flags (bits 32-39)

SENSORS_FLAGS

0x00FFFF00 - Bitmask for the IMU sensors bit flags (40-55)

Note

These masks are shifted 32 bits to the right from the original 128 bitmask to have a 0 index at bit 32

-
- -
-
Functions
-
- -
-
flags
-
uint32 flags() const
-

Gets the value of the IMU flags (bits 32-63)

Returns
uint32

Value of the IMU flags

-
- -
-
ContinuousBIT_IMU
-
ContinuousBIT_IMU() = default
-
- -
-
ContinuousBIT_IMU
-
explicit ContinuousBIT_IMU(
const uint32 bits
) : Bitfield(bits)
-
Parameters
bits
const uint32

Value of bits 32-63 of the original 128 bit Continuous Built-In Test flags

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT_IMU_General-Summary.js b/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT_IMU_General-Summary.js deleted file mode 100644 index 6f634926d..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT_IMU_General-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:ContinuousBIT_IMU_General","ContinuousBIT_IMU_General");NDSummary.OnSummaryLoaded("CClass:ContinuousBIT_IMU_General",[["C/C++","C"]],[["Constants","Constant"],["Functions","Function"],["Groups","Group"],["Structs","Struct"]],[[4704,0,3,"ContinuousBIT_IMU_General"],[4705,0,2,"Constants","Constants"],[4706,0,0,"Bitmasks","Bitmasks"],[4707,0,0,,"CLOCK_FAULT"],[4708,0,0,,"COMMUNICATION_FAULT"],[4709,0,0,,"TIMING_OVERRUN"],[4710,0,0,,"CALIBRATION_ERROR_ACCEL"],[4711,0,0,,"CALIBRATION_ERROR_GYRO"],[4712,0,0,,"CALIBRATION_ERROR_MAG"],[4713,0,2,"Functions","Functions"],[4714,0,1,"flags","flags"],[4715,0,1,"clockFault","clockFault"],[4716,0,1,"communicationFault","communicationFault"],[4717,0,1,"timingOverrun","timingOverrun"],[4718,0,1,"calibrationErrorAccel","calibrationErrorAccel"],[4719,0,1,"calibrationErrorGyro","calibrationErrorGyro"],[4720,0,1,"calibrationErrorMag","calibrationErrorMag"],[4721,0,1,"ContinuousBIT_IMU_General","ContinuousBIT_IMU_General"],[4722,0,1,"ContinuousBIT_IMU_General","ContinuousBIT_IMU_General(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT_IMU_General-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT_IMU_General-SummaryToolTips.js deleted file mode 100644 index ebb6ccf9e..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT_IMU_General-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:ContinuousBIT_IMU_General",{4704:"
Continuous Built-In Test flags for general IMU information
",4706:"
Bitmasks for general IMU flags
",4714:"
uint8 flags() const
Gets the value of the general IMU flags (bits 32-39)
",4715:"
bool clockFault() const
Gets the value of the Clock Fault bit (bit 32)
",4716:"
bool communicationFault() const
Gets the value of the Communication Fault bit (bit 33)
",4717:"
bool timingOverrun() const
Gets the value of the Timing Overrun bit (bit 34)
",4718:"
bool calibrationErrorAccel() const
Gets the value of the Calibration Error Accelerometer bit (bit 36)
",4719:"
bool calibrationErrorGyro() const
Gets the value of the Calibration Error Gyroscope bit (bit 37)
",4720:"
bool calibrationErrorMag() const
Gets the value of the Calibration Error Magnetometer bit (bit 38)
",4721:"
ContinuousBIT_IMU_General() = default
",4722:"
ContinuousBIT_IMU_General(
const uint8 bits
) : Bitfield(static_cast<uint64>(bits))
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT_IMU_General-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT_IMU_General-ToolTips.js deleted file mode 100644 index 677510792..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT_IMU_General-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({10388:"
Bitfield
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT_IMU_General.html b/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT_IMU_General.html deleted file mode 100644 index 55d74db7a..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT_IMU_General.html +++ /dev/null @@ -1,82 +0,0 @@ - - -ContinuousBIT_IMU_General - - - - - - - -
-
ContinuousBIT_IMU_General
-

Continuous Built-In Test flags for general IMU information

Bits 32-39 of the original 128 bit Continuous Built-In Test flags

-
- -
-
Constants
-
- -
-
Bitmasks
-

Bitmasks for general IMU flags

Note

These masks are shifted 32 bits to the right from the original 128 bitmask to have a 0 index at bit 32

CLOCK_FAULT

0x01 - IMU is not running off the system clock

COMMUNICATION_FAULT

0x02 - No communication with IMU

TIMING_OVERRUN

0x04 - IMU processes are taking longer than their allotted time

CALIBRATION_ERROR_ACCEL

0x10 - A problem is detected with the accelerometer calibration

CALIBRATION_ERROR_GYRO

0x20 - A problem is detected with the gyroscope calibration

CALIBRATION_ERROR_MAG

0x40 - A problem is detected with the magnetometer calibration

-
- -
-
Functions
-
- -
-
flags
-
uint8 flags() const
-

Gets the value of the general IMU flags (bits 32-39)

Returns
uint8

Value of the general IMU flags

-
- -
-
clockFault
-
bool clockFault() const
-

Gets the value of the Clock Fault bit (bit 32)

Returns
bool

true: IMU is not running off the system clock

-
- -
-
communicationFault
-
bool communicationFault() const
-

Gets the value of the Communication Fault bit (bit 33)

Returns
bool

true: No communication with IMU

-
- -
-
timingOverrun
-
bool timingOverrun() const
-

Gets the value of the Timing Overrun bit (bit 34)

Returns
bool

true: IMU processes are taking longer than their allotted time

-
- -
-
calibrationErrorAccel
-
bool calibrationErrorAccel() const
-

Gets the value of the Calibration Error Accelerometer bit (bit 36)

Returns
bool

true: A problem is detected with the accelerometer calibration

-
- -
-
calibrationErrorGyro
-
bool calibrationErrorGyro() const
-

Gets the value of the Calibration Error Gyroscope bit (bit 37)

Returns
bool

true: A problem is detected with the gyroscope calibration

-
- -
-
calibrationErrorMag
-
bool calibrationErrorMag() const
-

Gets the value of the Calibration Error Magnetometer bit (bit 38)

Returns
bool

true: A problem is detected with the magnetometer calibration

-
- -
-
ContinuousBIT_IMU_General
-
ContinuousBIT_IMU_General() = default
-
- -
-
ContinuousBIT_IMU_General
-
ContinuousBIT_IMU_General(
const uint8 bits
) : Bitfield(static_cast<uint64>(bits))
-
Parameters
bits
const uint8

Bits 32-39 of the original 128 bit Continuous Built-In Test flags

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT_IMU_Sensors-Summary.js b/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT_IMU_Sensors-Summary.js deleted file mode 100644 index 0d485e6c4..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT_IMU_Sensors-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:ContinuousBIT_IMU_Sensors","ContinuousBIT_IMU_Sensors");NDSummary.OnSummaryLoaded("CClass:ContinuousBIT_IMU_Sensors",[["C/C++","C"]],[["Constants","Constant"],["Functions","Function"],["Groups","Group"],["Structs","Struct"]],[[4723,0,3,"ContinuousBIT_IMU_Sensors"],[4724,0,2,"Constants","Constants"],[4725,0,0,"Bitmasks","Bitmasks"],[4726,0,0,,"ACCEL_GENERAL_FAULT"],[4727,0,0,,"ACCEL_OVERRANGE"],[4728,0,0,,"ACCEL_SELF_TEST_FAIL"],[4729,0,0,,"GYRO_GENERAL_FAULT"],[4730,0,0,,"GYRO_OVERRANGE"],[4731,0,0,,"GYRO_SELF_TEST_FAIL"],[4732,0,0,,"MAG_GENERAL_FAULT"],[4733,0,0,,"MAG_OVERRANGE"],[4734,0,0,,"MAG_SELF_TEST_FAIL"],[4735,0,0,,"PRESSURE_GENERAL_FAULT"],[4736,0,0,,"PRESSURE_OVERRANGE"],[4737,0,0,,"PRESSURE_SELF_TEST_FAIL"],[4738,0,2,"Functions","Functions"],[4739,0,1,"flags","flags"],[4740,0,1,"accelGeneralFault","accelGeneralFault"],[4741,0,1,"accelOverrange","accelOverrange"],[4742,0,1,"accelSelfTest","accelSelfTest"],[4743,0,1,"gyroGeneralFault","gyroGeneralFault"],[4744,0,1,"gyroOverrange","gyroOverrange"],[4745,0,1,"gyroSelfTest","gyroSelfTest"],[4746,0,1,"magGeneralFault","magGeneralFault"],[4747,0,1,"magOverrange","magOverrange"],[4748,0,1,"magSelfTest","magSelfTest"],[4749,0,1,"pressureGeneralFault","pressureGeneralFault"],[4750,0,1,"pressureOverrange","pressureOverrange"],[4751,0,1,"pressureSelfTest","pressureSelfTest"],[4752,0,1,"ContinuousBIT_IMU_Sensors","ContinuousBIT_IMU_Sensors"],[4753,0,1,"ContinuousBIT_IMU_Sensors","ContinuousBIT_IMU_Sensors(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT_IMU_Sensors-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT_IMU_Sensors-SummaryToolTips.js deleted file mode 100644 index 27474dab7..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT_IMU_Sensors-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:ContinuousBIT_IMU_Sensors",{4723:"
Continuous Built-In Test flags for IMU sensors information
",4725:"
Bitmasks for IMU sensors flags
",4739:"
uint16 flags() const
Gets the value of the the IMU sensors flags (bits 40-55)
",4740:"
bool accelGeneralFault() const
Gets the value of the Accelerometer General Fault bit (bit 40)
",4741:"
bool accelOverrange() const
Gets the value of the Accelerometer Overrange bit (bit 41)
",4742:"
bool accelSelfTestFail() const
Gets the value of the Accelerometer Self Test bit (bit 42)
",4743:"
bool gyroGeneralFault() const
Gets the value of the Gyroscope General Fault bit (bit 44)
",4744:"
bool gyroOverrange() const
Gets the value of the Gyroscope Overrange bit (bit 45)
",4745:"
bool gyroSelfTestFail() const
Gets the value of the Gyroscope Self Test bit (bit 46)
",4746:"
bool magGeneralFault() const
Gets the value of the Magnetometer General Fault bit (bit 48)
",4747:"
bool magOverrange() const
Gets the value of the Magnetometer Overrange bit (bit 49)
",4748:"
bool magSelfTestFail() const
Gets the value of the Magnetometer Self Test bit (bit 50)
",4749:"
bool pressureGeneralFault() const
Gets the value of the Pressure General Fault bit (bit 52)
",4750:"
bool pressureOverrange() const
Gets the value of the Pressure Overrange bit (bit 53)
",4751:"
bool pressureSelfTestFail() const
Gets the value of the Pressure Self Test bit (bit 54)
",4752:"
ContinuousBIT_IMU_Sensors() = default
",4753:"
explicit ContinuousBIT_IMU_Sensors(
const uint16 bits
) : Bitfield(static_cast<uint64>(bits))
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT_IMU_Sensors-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT_IMU_Sensors-ToolTips.js deleted file mode 100644 index 677510792..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT_IMU_Sensors-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({10388:"
Bitfield
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT_IMU_Sensors.html b/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT_IMU_Sensors.html deleted file mode 100644 index fcc197498..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT_IMU_Sensors.html +++ /dev/null @@ -1,118 +0,0 @@ - - -ContinuousBIT_IMU_Sensors - - - - - - - -
-
ContinuousBIT_IMU_Sensors
-

Continuous Built-In Test flags for IMU sensors information

Bits 40-55 of the original 128 bit Continuous Built-In Test flags

-
- -
-
Constants
-
- -
-
Bitmasks
-

Bitmasks for IMU sensors flags

Note

These masks are shifted 40 bits to the right from the original 128 bitmask to have a 0 index at bit 40

ACCEL_GENERAL_FAULT

0x0100 - Accelerometer will not initialize

ACCEL_OVERRANGE

0x0200 - One or more axes subjected to accelerations near or outside the selected range

ACCEL_SELF_TEST_FAIL

0x0400 - The internal self-test of the accelerometer failed

GYRO_GENERAL_FAULT

0x1000 - Gyroscope will not initialize

GYRO_OVERRANGE

0x2000 - One or more axes subjected to rotational rates near or outside the selected range

GYRO_SELF_TEST_FAIL

0x4000 - The internal self-test of the gyroscope failed

MAG_GENERAL_FAULT

0x0001 - Magnetometer will not initialize

MAG_OVERRANGE

0x0002 - One or more axes subjected to magnetic fields strengths near or outside the supported range

MAG_SELF_TEST_FAIL

0x0004 - The internal self-test of the magnetometer failed

PRESSURE_GENERAL_FAULT

0x0010 - Pressure sensor won't initialize

PRESSURE_OVERRANGE

0x0020 - Pressure sensor subjected to pressures above or below the supported range

PRESSURE_SELF_TEST_FAIL

0x0040 - The internal self-test of the pressure sensor failed

-
- -
-
Functions
-
- -
-
flags
-
uint16 flags() const
-

Gets the value of the the IMU sensors flags (bits 40-55)

Returns
uint16

Value of the IMU sensors flags

-
- -
-
accelGeneralFault
-
bool accelGeneralFault() const
-

Gets the value of the Accelerometer General Fault bit (bit 40)

Returns
bool

true: Accelerometer will not initialize

-
- -
-
accelOverrange
-
bool accelOverrange() const
-

Gets the value of the Accelerometer Overrange bit (bit 41)

Returns
bool

true: One or more axes subjected to accelerations near or outside the selected range

-
- -
-
accelSelfTest
-
bool accelSelfTestFail() const
-

Gets the value of the Accelerometer Self Test bit (bit 42)

Returns
bool

true: The internal self-test of the accelerometer failed

-
- -
-
gyroGeneralFault
-
bool gyroGeneralFault() const
-

Gets the value of the Gyroscope General Fault bit (bit 44)

Returns
bool

true: Gyroscope will not initialize

-
- -
-
gyroOverrange
-
bool gyroOverrange() const
-

Gets the value of the Gyroscope Overrange bit (bit 45)

Returns
bool

true: One or more axes subjected to rotational rates near or outside the selected range

-
- -
-
gyroSelfTest
-
bool gyroSelfTestFail() const
-

Gets the value of the Gyroscope Self Test bit (bit 46)

Returns
bool

true: The internal self-test of the gyroscope failed

-
- -
-
magGeneralFault
-
bool magGeneralFault() const
-

Gets the value of the Magnetometer General Fault bit (bit 48)

Returns
bool

true: Magnetometer will not initialize

-
- -
-
magOverrange
-
bool magOverrange() const
-

Gets the value of the Magnetometer Overrange bit (bit 49)

Returns
bool

true: One or more axes subjected to magnetic fields strengths near or outside the supported range

-
- -
-
magSelfTest
-
bool magSelfTestFail() const
-

Gets the value of the Magnetometer Self Test bit (bit 50)

Returns
bool

true: The internal self-test of the magnetometer failed

-
- -
-
pressureGeneralFault
-
bool pressureGeneralFault() const
-

Gets the value of the Pressure General Fault bit (bit 52)

Returns
bool

true: Pressure sensor won't initialize

-
- -
-
pressureOverrange
-
bool pressureOverrange() const
-

Gets the value of the Pressure Overrange bit (bit 53)

Returns
bool

true: Pressure sensor subjected to pressures above or below the supported range

-
- -
-
pressureSelfTest
-
bool pressureSelfTestFail() const
-

Gets the value of the Pressure Self Test bit (bit 54)

Returns
bool

true: The internal self-test of the pressure sensor failed

-
- -
-
ContinuousBIT_IMU_Sensors
-
ContinuousBIT_IMU_Sensors() = default
-
- -
-
ContinuousBIT_IMU_Sensors
-
explicit ContinuousBIT_IMU_Sensors(
const uint16 bits
) : Bitfield(static_cast<uint64>(bits))
-
Parameters
bits
const uint16

Bits 40-55 of the original 128 bit Continuous Built-In Test flags

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT_System-Summary.js b/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT_System-Summary.js deleted file mode 100644 index 3b3ced0a3..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT_System-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:ContinuousBIT_System","ContinuousBIT_System");NDSummary.OnSummaryLoaded("CClass:ContinuousBIT_System",[["C/C++","C"]],[["Constants","Constant"],["Functions","Function"],["Groups","Group"],["Structs","Struct"]],[[4694,0,3,"ContinuousBIT_System"],[4695,0,2,"Constants","Constants"],[4696,0,0,"RESPONSE_OFFSET","RESPONSE_OFFSET"],[4697,0,0,"Bitmasks","Bitmasks"],[4698,0,0,,"GENERAL_FLAGS"],[4699,0,0,,"PROCESS_FLAGS"],[4700,0,2,"Functions","Functions"],[4701,0,1,"flags","flags"],[4702,0,1,"ContinuousBIT_System","ContinuousBIT_System"],[4703,0,1,"ContinuousBIT_System","ContinuousBIT_System(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT_System-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT_System-SummaryToolTips.js deleted file mode 100644 index befeabef1..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT_System-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:ContinuousBIT_System",{4694:"
Continuous Built-In Test flags for system information
",4696:"
The offset of the 0 position of the value represented by this object in the overall BIT response Value: 0 bits
",4701:"
uint32 flags() const
Gets the value of the system flags (bits 0-31)
",4702:"
ContinuousBIT_System() = default
",4703:"
explicit ContinuousBIT_System(
const uint32 bits
) : Bitfield(static_cast<uint64>(bits))
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT_System-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT_System-ToolTips.js deleted file mode 100644 index 677510792..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT_System-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({10388:"
Bitfield
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT_System.html b/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT_System.html deleted file mode 100644 index 78a7a1c08..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT_System.html +++ /dev/null @@ -1,51 +0,0 @@ - - -ContinuousBIT_System - - - - - - - -
-
ContinuousBIT_System
-

Continuous Built-In Test flags for system information

Bits 0-31 of the original 128 bit Continuous Built-In Test flags

-
- -
-
Constants
-
- -
-
RESPONSE_OFFSET
-

The offset of the 0 position of the value represented by this object in the overall BIT response Value: 0 bits

-
- -
-
Bitmasks
-
GENERAL_FLAGS

0xFF000000 - Bitmask for general system flags (bits 0-7)

PROCESS_FLAGS

0x0000FFFF - Bitmask for system process flags (bits 16-31)

-
- -
-
Functions
-
- -
-
flags
-
uint32 flags() const
-

Gets the value of the system flags (bits 0-31)

Returns
uint32

Value of the system flags

-
- -
-
ContinuousBIT_System
-
ContinuousBIT_System() = default
-
- -
-
ContinuousBIT_System
-
explicit ContinuousBIT_System(
const uint32 bits
) : Bitfield(static_cast<uint64>(bits))
-
Parameters
bits
const uint32

Value of bits 0-31 of the original 128 bit Continuous Built-In Test flags

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT_System_General-Summary.js b/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT_System_General-Summary.js deleted file mode 100644 index 121a17c1a..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT_System_General-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:ContinuousBIT_System_General","ContinuousBIT_System_General");NDSummary.OnSummaryLoaded("CClass:ContinuousBIT_System_General",[["C/C++","C"]],[["Constants","Constant"],["Functions","Function"],["Groups","Group"],["Structs","Struct"]],[[4672,0,3,"ContinuousBIT_System_General"],[4673,0,2,"Constants","Constants"],[4674,0,0,"Bitmasks","Bitmasks"],[4675,0,0,,"SYSTEM_CLOCK_FAILURE"],[4676,0,0,,"POWER_FAULT"],[4677,0,0,,"FIRMWARE_FAULT"],[4678,0,0,,"TIMING_OVERLOAD"],[4679,0,0,,"BUFFER_OVERRUN"],[4680,0,2,"Functions","Functions"],[4681,0,1,"flags","flags"],[4682,0,1,"systemClockFailure","systemClockFailure"],[4683,0,1,"powerFault","powerFault"],[4684,0,1,"firmwareFault","firmwareFault"],[4685,0,1,"timingOverload","timingOverload"],[4686,0,1,"bufferOverrun","bufferOverrun"],[4687,0,1,"ContinuousBIT_System_General","ContinuousBIT_System_General"],[4688,0,1,"ContinuousBIT_System_General","ContinuousBIT_System_General(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT_System_General-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT_System_General-SummaryToolTips.js deleted file mode 100644 index 11903828e..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT_System_General-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:ContinuousBIT_System_General",{4672:"
Continuous Built-In Test flags for general system information
",4674:"
Bitmasks for general system flags
",4681:"
uint8 flags() const
Gets the value of the general system flags (bits 0-7)
",4682:"
bool systemClockFailure() const
Gets the value of the System Clock Failure bit (bit 0)
",4683:"
bool powerFault() const
Gets the value of the Power Fault bit (bit 1)
",4684:"
bool firmwareFault() const
Gets the value of the Firmware Fault bit (bit 4)
",4685:"
bool timingOverload() const
Gets the value of the Timing Overload bit (bit 5)
",4686:"
bool bufferOverrun() const
Gets the value of the Buffer Overrun bit (bit 6)
",4687:"
ContinuousBIT_System_General() = default
",4688:"
explicit ContinuousBIT_System_General(
const uint8 bits
) : Bitfield(static_cast<uint64>(bits))
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT_System_General-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT_System_General-ToolTips.js deleted file mode 100644 index 677510792..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT_System_General-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({10388:"
Bitfield
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT_System_General.html b/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT_System_General.html deleted file mode 100644 index fbb2ae290..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT_System_General.html +++ /dev/null @@ -1,76 +0,0 @@ - - -ContinuousBIT_System_General - - - - - - - -
-
ContinuousBIT_System_General
-

Continuous Built-In Test flags for general system information

Bits 0-7 of the original 128 bit Continuous Built-In Test flags

-
- -
-
Constants
-
- -
-
Bitmasks
-

Bitmasks for general system flags

SYSTEM_CLOCK_FAILURE

0x01 - The system clock is not operating properly

POWER_FAULT

0x02 - Power supply voltage is outside the recommended range, or an internal power fault exists

FIRMWARE_FAULT

0x10 - System firmware has detected an unexpected or abnormal condition

TIMING_OVERLOAD

0x20 - The system is unable to keep up with the processing demand

BUFFER_OVERRUN

0x40 - A data buffer in the system has reached its capacity

-
- -
-
Functions
-
- -
-
flags
-
uint8 flags() const
-

Gets the value of the general system flags (bits 0-7)

Returns
uint8

Value of the general system flags

-
- -
-
systemClockFailure
-
bool systemClockFailure() const
-

Gets the value of the System Clock Failure bit (bit 0)

Returns
bool

true: The system clock is not operating properly

-
- -
-
powerFault
-
bool powerFault() const
-

Gets the value of the Power Fault bit (bit 1)

Returns
bool

true: Power supply voltage is outside the recommended range, or an internal power fault exists

-
- -
-
firmwareFault
-
bool firmwareFault() const
-

Gets the value of the Firmware Fault bit (bit 4)

Returns
bool

true: System firmware has detected an unexpected or abnormal condition

-
- -
-
timingOverload
-
bool timingOverload() const
-

Gets the value of the Timing Overload bit (bit 5)

Returns
bool

true: The system is unable to keep up with the processing demand

-
- -
-
bufferOverrun
-
bool bufferOverrun() const
-

Gets the value of the Buffer Overrun bit (bit 6)

Returns
bool

true: A data buffer in the system has reached its capacity

-
- -
-
ContinuousBIT_System_General
-
ContinuousBIT_System_General() = default
-
- -
-
ContinuousBIT_System_General
-
explicit ContinuousBIT_System_General(
const uint8 bits
) : Bitfield(static_cast<uint64>(bits))
-
Parameters
bits
const uint8

Bits 0-7 of the original 128 bit Continuous Built-In Test flags

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT_System_Process-Summary.js b/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT_System_Process-Summary.js deleted file mode 100644 index 6dcbdedb4..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT_System_Process-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:ContinuousBIT_System_Process","ContinuousBIT_System_Process");NDSummary.OnSummaryLoaded("CClass:ContinuousBIT_System_Process",[["C/C++","C"]],[["Functions","Function"],["Groups","Group"],["Structs","Struct"]],[[4689,0,2,"ContinuousBIT_System_Process"],[4690,0,1,"Functions","Functions"],[4691,0,0,"flags","flags"],[4692,0,0,"ContinuousBIT_System_Process","ContinuousBIT_System_Process"],[4693,0,0,"ContinuousBIT_System_Process","ContinuousBIT_System_Process(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT_System_Process-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT_System_Process-SummaryToolTips.js deleted file mode 100644 index 1dad8c127..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT_System_Process-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:ContinuousBIT_System_Process",{4689:"
Continuous Built-In Test flags for system process information
",4691:"
uint16 flags() const
Gets the value of the process system flags (bits 16-31)
",4692:"
ContinuousBIT_System_Process() = default
",4693:"
explicit ContinuousBIT_System_Process(
const uint16 bits
) : Bitfield(static_cast<uint64>(bits))
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT_System_Process-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT_System_Process-ToolTips.js deleted file mode 100644 index 677510792..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT_System_Process-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({10388:"
Bitfield
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT_System_Process.html b/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT_System_Process.html deleted file mode 100644 index 8a0d8feb3..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ContinuousBIT_System_Process.html +++ /dev/null @@ -1,37 +0,0 @@ - - -ContinuousBIT_System_Process - - - - - - - -
-
ContinuousBIT_System_Process
-

Continuous Built-In Test flags for system process information

Bits 16-31 of the original 128 bit Continuous Built-In Test flags

-
- -
-
Functions
-
- -
-
flags
-
uint16 flags() const
-

Gets the value of the process system flags (bits 16-31)

Returns
uint16

Value of the process system flags

-
- -
-
ContinuousBIT_System_Process
-
ContinuousBIT_System_Process() = default
-
- -
-
ContinuousBIT_System_Process
-
explicit ContinuousBIT_System_Process(
const uint16 bits
) : Bitfield(static_cast<uint64>(bits))
-
Parameters
bits
const uint16

Bits 16-31 of the original 128 bit Continuous Built-In Test flags

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ContinuousDataStream-Summary.js b/v66.0.1/MSCL_Docs/classes/C/ContinuousDataStream-Summary.js deleted file mode 100644 index e2c276eba..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ContinuousDataStream-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:ContinuousDataStream","ContinuousDataStream");NDSummary.OnSummaryLoaded("CClass:ContinuousDataStream",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[980,0,0,"ContinuousDataStream"],[981,0,3,"Constants","Constants"],[982,0,1,"Packet Bytes","Packet_Bytes"],[983,0,1,,"CMD_ID"],[984,0,1,,"FIELD_DATA_BYTE"],[985,0,3,"Functions","Functions"],[986,0,2,"getDeviceSelector","getDeviceSelector"],[987,0,2,"buildCommand_get","buildCommand_get"],[988,0,2,"buildCommand_set","buildCommand_set"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ContinuousDataStream-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/ContinuousDataStream-SummaryToolTips.js deleted file mode 100644 index b6900355d..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ContinuousDataStream-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:ContinuousDataStream",{980:"
ContinuousDataStream
Contains the logic for the "Continuous Data Stream" command.
",986:"
static uint8 getDeviceSelector(
MipTypes::DataClass type
)
Converts an MipTypes::DataClass to the device selector for this command.
",987:"
static ByteStream buildCommand_get(
MipTypes::DataClass type
)
Builds the bytes for the "get" command.
",988:"
static ByteStream buildCommand_set(
MipTypes::DataClass type,
bool enable
)
Builds the bytes for the "set" command.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ContinuousDataStream-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/ContinuousDataStream-ToolTips.js deleted file mode 100644 index 147fbffa6..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ContinuousDataStream-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3146:"
The enums for all the different data classes of MIP data.
",3171:"
The enums for all of the different MIP commands.
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ContinuousDataStream.html b/v66.0.1/MSCL_Docs/classes/C/ContinuousDataStream.html deleted file mode 100644 index 78354cfdb..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ContinuousDataStream.html +++ /dev/null @@ -1,48 +0,0 @@ - - -ContinuousDataStream - - - - - - - -
-
ContinuousDataStream
-
ContinuousDataStream
-

Contains the logic for the "Continuous Data Stream" command.

-
- -
-
Constants
-
- -
-
Packet Bytes
-
CMD_ID

CMD_CONTINUOUS_DATA_STREAM  - The MipTypes::Command for this command

FIELD_DATA_BYTE

0x85  - The Data Field Descriptor byte

-
- -
-
Functions
-
- -
-
getDeviceSelector
-
static uint8 getDeviceSelector(
MipTypes::DataClass type
)
-

Converts an MipTypes::DataClass to the device selector for this command.

Parameters
type
MipTypes::DataClass

The MipTypes::DataClass to get the device selector for.

Returns

The device selector for the given MipTypes::DataClass.

-
- -
-
buildCommand_get
-
static ByteStream buildCommand_get(
MipTypes::DataClass type
)
-

Builds the bytes for the "get" command.

Parameters
type
MipTypes::DataClass

The MipTypes::DataClass to get the current state for.

Returns

A ByteStream that holds the bytes that make up the command.

-
- -
-
buildCommand_set
-
static ByteStream buildCommand_set(
MipTypes::DataClass type,
bool enable
)
-

Builds the bytes for the "set" command.

Parameters
type
MipTypes::DataClass

The MipTypes::DataClass to set the state for.

enable
bool

Whether to enable (true) or disable (false) continuous data streaming.

Returns

A ByteStream that holds the bytes that make up the command.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/CyclePower-Summary.js b/v66.0.1/MSCL_Docs/classes/C/CyclePower-Summary.js deleted file mode 100644 index e0461259f..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/CyclePower-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:CyclePower","CyclePower");NDSummary.OnSummaryLoaded("CClass:CyclePower",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[2974,0,0,"CyclePower"],[2975,0,3,"Constants","Constants"],[2976,0,1,"Packet Bytes","Packet_Bytes"],[2977,0,1,,"CMD_ID"],[2978,0,3,"Functions","Functions"],[2979,0,2,"buildCommand","buildCommand"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/CyclePower-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/CyclePower-SummaryToolTips.js deleted file mode 100644 index 504d06f4c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/CyclePower-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:CyclePower",{2974:"
CyclePower
Contains the logic for the MIP "Device Reset" command.
",2979:"
static ByteStream buildCommand()
Builds the command packet.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/CyclePower-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/CyclePower-ToolTips.js deleted file mode 100644 index a9de5ee2c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/CyclePower-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3171:"
The enums for all of the different MIP commands.
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/CyclePower.html b/v66.0.1/MSCL_Docs/classes/C/CyclePower.html deleted file mode 100644 index 435972c16..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/CyclePower.html +++ /dev/null @@ -1,36 +0,0 @@ - - -CyclePower - - - - - - - -
-
CyclePower
-
CyclePower
-

Contains the logic for the MIP "Device Reset" command.

-
- -
-
Constants
-
- -
-
Packet Bytes
-
CMD_ID

CMD_RESET  - The MipTypes::Command for this command

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand()
-

Builds the command packet.

Returns

A ByteStream containing the CyclePower command packet.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/DataBuffer-Summary.js b/v66.0.1/MSCL_Docs/classes/C/DataBuffer-Summary.js deleted file mode 100644 index c8bdc27e1..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/DataBuffer-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:DataBuffer","DataBuffer");NDSummary.OnSummaryLoaded("CClass:DataBuffer",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[9928,0,0,"DataBuffer"],[9929,0,2,"Variables","Variables"],[9930,0,3,"m_data","m_data"],[9931,0,3,"m_appendPosition","m_appendPosition"],[9932,0,3,"m_readPosition","m_readPosition"],[9933,0,2,"Functions","Functions"],[9934,0,1,"DataBuffer","DataBuffer"],[9935,0,1,"DataBuffer","DataBuffer(2)"],[9936,0,1,"DataBuffer","DataBuffer(3)"],[9937,0,1,"~DataBuffer","~DataBuffer"],[9938,0,1,"peekByte","peekByte"],[9939,0,1,"skipBytes","skipBytes"],[9940,0,1,"read_int8","read_int8"],[9941,0,1,"read_uint8","read_uint8"],[9942,0,1,"read_int16","read_int16"],[9943,0,1,"read_uint16","read_uint16"],[9944,0,1,"read_uint32","read_uint32"],[9945,0,1,"read_uint64","read_uint64"],[9946,0,1,"read_float","read_float"],[9947,0,1,"read_double","read_double"],[9948,0,1,"read_string","read_string"],[9949,0,1,"size","size"],[9950,0,1,"bytesRemanining","bytesRemanining"],[9951,0,1,"appendPosition","appendPosition"],[9952,0,1,"readPosition","readPosition"],[9953,0,1,"moreToRead","moreToRead"],[9954,0,1,"shiftExtraToStart","shiftExtraToStart"],[9955,0,1,"getBufferWriter","getBufferWriter"],[9956,0,1,"resetBuffer","resetBuffer"],[9957,0,1,"bytesToRead","bytesToRead"],[9958,0,1,"bytesToRead","bytesToRead(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/DataBuffer-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/DataBuffer-SummaryToolTips.js deleted file mode 100644 index dd6a62e9e..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/DataBuffer-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:DataBuffer",{9928:"
DataBuffer
A buffer of bytes extending from the ByteStream class that is used for holding bytes read in from the connection
",9930:"
ByteStream m_data
The underlying ByteStream that holds the data
",9931:"
std::size_t m_appendPosition
The current position to use when appending data to the buffer
",9932:"
std::size_t m_readPosition
The current position in the buffer for reading data
",9934:"
explicit DataBuffer(
uint32 size
)
Constructor to create a DataBuffer object
",9935:"
explicit DataBuffer(
const Bytes &data
)
Constructor to create a DataBuffer object given existing data as Bytes
",9936:"
explicit DataBuffer(
const ByteStream &data
)
Constructor to create a DataBuffer given an existing ByteStream
",9937:"
virtual ~DataBuffer()
Default destructor for the DataBuffer object
",9938:"
uint8 peekByte()
Gets the next byte from the buffer without moving the read position
",9939:"
void skipBytes(
std::size_t numBytesToSkip
)
Moves the read pointer forward the requested number of bytes
",9940:"
int8 read_int8()
Reads the next 1-byte signed integer from the buffer
",9941:"
uint8 read_uint8()
Reads the next 1-byte unsigned integer from the buffer
",9942:"
int16 read_int16()
Reads the next 2-byte signed integer from the buffer
",9943:"
uint16 read_uint16()
Reads the next 2-byte unsigned integer from the buffer
",9944:"
uint32 read_uint32()
Reads the next 4-byte unsigned integer from the buffer
",9945:"
uint64 read_uint64()
Reads the next 8-byte unsigned integer from the buffer
",9946:"
float read_float()
Reads the next 4-byte float from the buffer
",9947:"
double read_double()
Reads the next 8-byte double from the buffer
",9948:"
std::string read_string(
std::size_t length
)
Reads a string of the specified length from the buffer
",9949:"
std::size_t size() const
Gets the amount of bytes in the DataBuffer
",9951:"
std::size_t appendPosition() const
Gets the append position of the buffer.
",9952:"
std::size_t readPosition() const
Gets the read position of the buffer.
",9953:"
bool moreToRead() const
Gets whether or not there are more bytes to be read in the DataBuffer
",9954:"
std::size_t shiftExtraToStart()
Copies any unparsed data in the DataBuffer to the front of the buffer.  Also resets the readPosition and moves the appendPosition to immediately after the data that was moved.
",9955:"
BufferWriter getBufferWriter()
Creates a BufferWriter object based on this DataBuffer.
",9956:"
void resetBuffer()
Resets the append and read positions in the buffer back to 0.
",9957:"
Bytes bytesToRead() const
Gets a copy of the underlying bytes in this DataBuffer from the read position to the appendPosition.
",9958:"
Bytes bytesToRead(
std::size_t startPos,
std::size_t size
) const
Gets a copy of the underlying bytes in this DataBuffer from the given start position, for the given size.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/DataBuffer-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/DataBuffer-ToolTips.js deleted file mode 100644 index f03174103..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/DataBuffer-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({9917:"
BufferWriter
Class used to interface with a DataBuffer and append data to it
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10253:"
typedef for a vector of bytes.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/DataBuffer.html b/v66.0.1/MSCL_Docs/classes/C/DataBuffer.html deleted file mode 100644 index 65ac1dec0..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/DataBuffer.html +++ /dev/null @@ -1,192 +0,0 @@ - - -DataBuffer - - - - - - - -
-
DataBuffer
-
DataBuffer
-

A buffer of bytes extending from the ByteStream class that is used for holding bytes read in from the connection

See Also

ByteStream

-
- -
-
Variables
-
- -
-
m_data
-
ByteStream m_data
-

The underlying ByteStream that holds the data

-
- -
-
m_appendPosition
-
std::size_t m_appendPosition
-

The current position to use when appending data to the buffer

-
- -
-
m_readPosition
-
std::size_t m_readPosition
-

The current position in the buffer for reading data

-
- -
-
Functions
-
- -
-
DataBuffer
-
explicit DataBuffer(
uint32 size
)
-

Constructor to create a DataBuffer object

Parameters
size
uint32

The start and final size of the DataBuffer

-
- -
-
DataBuffer
-
explicit DataBuffer(
const Bytes &data
)
-

Constructor to create a DataBuffer object given existing data as Bytes

Parameters
data
const Bytes&

a Bytes array containing existing data

-
- -
-
DataBuffer
-
explicit DataBuffer(
const ByteStream &data
)
-

Constructor to create a DataBuffer given an existing ByteStream

Parameters
data
const ByteStream&

a ByteStream containing existing data

-
- -
-
~DataBuffer
-
virtual ~DataBuffer()
-

Default destructor for the DataBuffer object

-
- -
-
peekByte
-
uint8 peekByte()
-

Gets the next byte from the buffer without moving the read position

Returns

The next byte in the buffer, based on its current position

Exceptions

  • std::out_of_range: The index requested is out of range

-
- -
-
skipBytes
-
void skipBytes(
std::size_t numBytesToSkip
)
-

Moves the read pointer forward the requested number of bytes

-
- -
-
read_int8
-
int8 read_int8()
-

Reads the next 1-byte signed integer from the buffer

Returns

The next int8 in the buffer, based on its current position

Exceptions

  • std::out_of_range: The index requested is out of range

-
- -
-
read_uint8
-
uint8 read_uint8()
-

Reads the next 1-byte unsigned integer from the buffer

Returns

The next uint8 in the buffer, based on its current position

Exceptions

  • std::out_of_range: The index requested is out of range

-
- -
-
read_int16
-
int16 read_int16()
-

Reads the next 2-byte signed integer from the buffer

Returns

The next int16 in the buffer, based on its current position

Exceptions

  • std::out_of_range: The index requested is out of range

-
- -
-
read_uint16
-
uint16 read_uint16()
-

Reads the next 2-byte unsigned integer from the buffer

Returns

The next uint16 in the buffer, based on its current position

Exceptions

  • std::out_of_range: The index requested is out of range

-
- -
-
read_uint32
-
uint32 read_uint32()
-

Reads the next 4-byte unsigned integer from the buffer

Returns

The next uint32 in the buffer, based on its current position

Exceptions

  • std::out_of_range: The index requested is out of range

-
- -
-
read_uint64
-
uint64 read_uint64()
-

Reads the next 8-byte unsigned integer from the buffer

Returns

The next uint364 in the buffer, based on its current position

Exceptions

  • std::out_of_range: The index requested is out of range

-
- -
-
read_float
-
float read_float()
-

Reads the next 4-byte float from the buffer

Returns

The next float in the buffer, based on its current position

Exceptions

  • std::out_of_range: The index requested is out of range

-
- -
-
read_double
-
double read_double()
-

Reads the next 8-byte double from the buffer

Returns

The next double in the buffer, based on its current position

Exceptions

  • std::out_of_range: The index requested is out of range

-
- -
-
read_string
-
std::string read_string(
std::size_t length
)
-

Reads a string of the specified length from the buffer

Parameters
length
std::size_t

The length (number of characters) of the string to read

Returns

The string of the specified length, starting from the current position in the buffer

Exceptions

  • std::out_of_range: The index + length requested is out of range

-
- -
-
size
-
std::size_t size() const
-

Gets the amount of bytes in the DataBuffer

Returns

The amount of bytes in the DataBuffer

-
- -
-
bytesRemanining
-
Gets the remaining bytes available to read (append position

read position)

Returns

The remaining number of bytes available to read

-
- -
-
appendPosition
-
std::size_t appendPosition() const
-

Gets the append position of the buffer.

Returns

The append position of the buffer.

-
- -
-
readPosition
-
std::size_t readPosition() const
-

Gets the read position of the buffer.

Returns

The read position of the buffer.

-
- -
-
moreToRead
-
bool moreToRead() const
-

Gets whether or not there are more bytes to be read in the DataBuffer

Returns

true if m_moreToRead is true, false otherwise

-
- -
-
shiftExtraToStart
-
std::size_t shiftExtraToStart()
-

Copies any unparsed data in the DataBuffer to the front of the buffer.  Also resets the readPosition and moves the appendPosition to immediately after the data that was moved.

Returns

The number of bytes that were shifted.

-
- -
-
getBufferWriter
-
BufferWriter getBufferWriter()
-

Creates a BufferWriter object based on this DataBuffer.

Returns

A BufferWriter object used to add data to this DataBuffer

-
- -
-
resetBuffer
-
void resetBuffer()
-

Resets the append and read positions in the buffer back to 0.

-
- -
-
bytesToRead
-
Bytes bytesToRead() const
-

Gets a copy of the underlying bytes in this DataBuffer from the read position to the appendPosition.

Returns

A Bytes container.

-
- -
-
bytesToRead
-
Bytes bytesToRead(
std::size_t startPos,
std::size_t size
) const
-

Gets a copy of the underlying bytes in this DataBuffer from the given start position, for the given size.

Returns

A Bytes container.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/DataModeMask-Summary.js b/v66.0.1/MSCL_Docs/classes/C/DataModeMask-Summary.js deleted file mode 100644 index 733f1594f..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/DataModeMask-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:DataModeMask","DataModeMask");NDSummary.OnSummaryLoaded("CClass:DataModeMask",[["C/C++","C"]],[["Classes","Class"],["Enums","Enumeration"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[6672,0,0,"DataModeMask"],[6673,0,3,"Types","Types"],[6674,0,1,"DataModeBitPos","DataModeBitPos"],[6675,0,3,"Functions","Functions"],[6676,0,2,"DataModeMask","DataModeMask"],[6677,0,2,"DataModeMask","DataModeMask(2)"],[6678,0,2,"toMask","toMask"],[6679,0,2,"toDataModeEnum","toDataModeEnum"],[6680,0,3,"Variables","Variables"],[6681,0,4,"rawModeEnabled","rawModeEnabled"],[6682,0,4,"derivedModeEnabled","derivedModeEnabled"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/DataModeMask-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/DataModeMask-SummaryToolTips.js deleted file mode 100644 index 8cd14fc94..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/DataModeMask-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:DataModeMask",{6672:"
DataModeMask
Helper class for the DataMode bitmask used in Node Eeproms.
",6674:"
The bit position for the Data Mode bitmask.
",6676:"
DataModeMask(
WirelessTypes::DataMode mode
)
Creates a DataModeMask object.
",6677:"
DataModeMask(
const BitMask &mask
)
Creates a DataModeMask from a BitMask.
",6678:"
BitMask toMask() const
Creates a BitMask from the DataMode object.
",6679:"
WirelessTypes::DataMode toDataModeEnum() const
Creates a WirelessTypes::DataMode from the DataModeMask object.
",6681:"
bool rawModeEnabled
Whether raw data mode is enabled or disabled.
",6682:"
bool derivedModeEnabled
Whether derived data mode is enabled or disabled.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/DataModeMask-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/DataModeMask-ToolTips.js deleted file mode 100644 index dd8e5c75c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/DataModeMask-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({9136:"
Available Data Modes.
",10425:"
BitMask
Represents a bitmask.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/DataModeMask.html b/v66.0.1/MSCL_Docs/classes/C/DataModeMask.html deleted file mode 100644 index 554f70d31..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/DataModeMask.html +++ /dev/null @@ -1,70 +0,0 @@ - - -DataModeMask - - - - - - - -
-
DataModeMask
-
DataModeMask
-

Helper class for the DataMode bitmask used in Node Eeproms.

-
- -
-
Types
-
- -
-
DataModeBitPos
-

The bit position for the Data Mode bitmask.

-
- -
-
Functions
-
- -
-
DataModeMask
-
DataModeMask(
WirelessTypes::DataMode mode
)
-

Creates a DataModeMask object.

Parameters
mode
WirelessTypes::DataMode

The WirelessTypes::DataMode to represent.

-
- -
-
DataModeMask
-
DataModeMask(
const BitMask &mask
)
-

Creates a DataModeMask from a BitMask.

Parameters
mask
const BitMask&

The BitMask representing the DataMode as stored in EEPROM.

-
- -
-
toMask
-
BitMask toMask() const
-

Creates a BitMask from the DataMode object.

Returns

A BitMask representing the DataMode object as stored in EEPROM.

-
- -
-
toDataModeEnum
-
WirelessTypes::DataMode toDataModeEnum() const
-

Creates a WirelessTypes::DataMode from the DataModeMask object.

Returns

A WirelessTypes::DataMode representing the DataModeMask object.

-
- -
-
Variables
-
- -
-
rawModeEnabled
-
bool rawModeEnabled
-

Whether raw data mode is enabled or disabled.

-
- -
-
derivedModeEnabled
-
bool derivedModeEnabled
-

Whether derived data mode is enabled or disabled.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/DataPoint-Summary.js b/v66.0.1/MSCL_Docs/classes/C/DataPoint-Summary.js deleted file mode 100644 index ebfc9fa7b..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/DataPoint-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:DataPoint","DataPoint");NDSummary.OnSummaryLoaded("CClass:DataPoint",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Enums","Enumeration"],["Functions","Function"],["Groups","Group"],["Types","Type"],["Variables","Variable"]],[[9896,0,0,"DataPoint"],[9897,0,4,"Types","Types"],[9898,0,2,"ChannelPropertyId","ChannelPropertyId"],[9899,0,1,,"channelPropertyId_angle"],[9900,0,1,,"channelPropertyId_derivedFrom"],[9901,0,1,,"channelPropertyId_derivedAlgorithmId"],[9902,0,5,"ChannelProperties","ChannelProperties"],[9903,0,4,"Functions","Functions"],[9904,0,3,"DataPoint","DataPoint"],[9905,0,4,"Variables","Variables"],[9906,0,6,"m_channelProperties","m_channelProperties"],[9907,0,4,"Functions","Functions(2)"],[9908,0,3,"channelProperty","channelProperty"],[9909,0,3,"as_Vector","as_Vector"],[9910,0,3,"as_Matrix","as_Matrix"],[9911,0,3,"as_Timestamp","as_Timestamp"],[9912,0,3,"as_Bytes","as_Bytes"],[9913,0,3,"as_StructuralHealth","as_StructuralHealth"],[9914,0,3,"as_RfSweep","as_RfSweep"],[9915,0,3,"as_string","as_string"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/DataPoint-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/DataPoint-SummaryToolTips.js deleted file mode 100644 index 4321f0442..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/DataPoint-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:DataPoint",{9896:"
DataPoint
Base class representing common functionality between Wireless and Inertial data points
",9898:"
Available channel properties that can be stored with the WirelessDataPoint.
",9902:"
Typedef for a map of ChannelPropertyId to Value pairs.
",9904:"
DataPoint(
ValueType type,
const anyType &value,
const ChannelProperties &channelProperties = ChannelProperties()
)
Creates a DataPoint object
",9906:"
ChannelProperties m_channelProperties
The ChannelProperties associated with the data point (if any).
",9908:"
const Value& channelProperty(
ChannelPropertyId id
) const
Gets the channel property for the specified ChannelPropertyId associated with the data point.
",9909:"
const Vector as_Vector() const
Gets the data value as a Vector object
",9910:"
const Matrix as_Matrix() const
Gets the data value as a Matrix object
",9911:"
const Timestamp as_Timestamp() const
Gets the data value as a Timestamp object
",9912:"
const Bytes as_Bytes() const
Gets the data value as a Bytes object (vector of uint8).
",9913:"
const StructuralHealth as_StructuralHealth() const
Gets the data value as a StructuralHealth object.
",9914:"
const RfSweep as_RfSweep() const
Gets the data value as an RfSweep.
",9915:"
std::string as_string() const override
Gets the data value as a string
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/DataPoint-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/DataPoint-ToolTips.js deleted file mode 100644 index b5c21818e..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/DataPoint-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({4527:"
MipDataPoint
Represents a single Inertial Data Point (Extends from DataPoint)
",8011:"
WirelessDataPoint
Represents a single channel\'s data point within a sweep
",8413:"
StructuralHealth
Holds Structural Health Monitor channel information.
",9147:"
The types of channels that can be sent in a derived data packet.
",9478:"
ChannelMask
Represents the channel mask (active and inactive channels) for a WirelessNode.
",9800:"
Vector
Represents a Vector of values
",9861:"
Matrix
Represents a Matrix of values (varying size)
",9895:"
Typedef for a map of uint32 to int16 values.
",9898:"
Available channel properties that can be stored with the WirelessDataPoint.
",9902:"
Typedef for a map of ChannelPropertyId to Value pairs.
",10144:"
Value
Represents a single value that can be stored/accessed in multiple ways.
",10249:"
Typedef for a simple_any type
",10253:"
typedef for a vector of bytes.
",10291:"
Timestamp
Represents a date/time object
",10453:"
Error_NotSupported
A command/feature was attempted to be used that was not supported.
",10461:"
Error_BadDataType
Data of one type was accessed as another type (simple_any)
",4527:"
MipDataPoint
Represents a single Inertial Data Point (Extends from DataPoint)
",8011:"
WirelessDataPoint
Represents a single channel\'s data point within a sweep
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/DataPoint.html b/v66.0.1/MSCL_Docs/classes/C/DataPoint.html deleted file mode 100644 index 53e914c3f..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/DataPoint.html +++ /dev/null @@ -1,103 +0,0 @@ - - -DataPoint - - - - - - - -
-
DataPoint
- -

Base class representing common functionality between Wireless and Inertial data points

See Also
-
- -
-
Types
-
- -
-
ChannelPropertyId
-

Available channel properties that can be stored with the WirelessDataPoint.

channelPropertyId_angle

0 - The angle (float) that the channel is from.

channelPropertyId_derivedFrom

1 - The ChannelMask that a derived channel is representing.

channelPropertyId_derivedAlgorithmId

2 - The WirelessTypes::DerivedDataPacketAlgorithmId of the derived channel.

-
- -
-
ChannelProperties
-

Typedef for a map of ChannelPropertyId to Value pairs.

-
- -
-
Functions
-
- -
-
DataPoint
-
DataPoint(
ValueType type,
const anyType &value,
const ChannelProperties &channelProperties = ChannelProperties()
)
-

Creates a DataPoint object

Parameters
type
ValueType

The ValueType of the data that is stored

value
const anyType&

The data that is to be stored

-
- -
-
Variables
-
- -
-
m_channelProperties
-
ChannelProperties m_channelProperties
-

The ChannelProperties associated with the data point (if any).

-
- -
-
Functions
-
- -
-
channelProperty
-
const Value& channelProperty(
ChannelPropertyId id
) const
-

Gets the channel property for the specified ChannelPropertyId associated with the data point.

Parameters
id
ChannelPropertyId

The ChannelPropertyId to request.

Returns

A Value representing the channel property.

Exceptions
-
- -
-
as_Vector
-
const Vector as_Vector() const
-

Gets the data value as a Vector object

Returns

The data value as a Vector object

Exceptions
-
- -
-
as_Matrix
-
const Matrix as_Matrix() const
-

Gets the data value as a Matrix object

Returns

The data value as a Matrix object

Exceptions
-
- -
-
as_Timestamp
-
const Timestamp as_Timestamp() const
-

Gets the data value as a Timestamp object

Returns

The data value as a Timestamp object

Exceptions
-
- -
-
as_Bytes
-
const Bytes as_Bytes() const
-

Gets the data value as a Bytes object (vector of uint8).

Returns

The data value as a Bytes object.

Exceptions
-
- -
-
as_StructuralHealth
-
const StructuralHealth as_StructuralHealth() const
-

Gets the data value as a StructuralHealth object.

Returns

The data value as a StructuralHealth object.

Exceptions
-
- -
-
as_RfSweep
-
const RfSweep as_RfSweep() const
-

Gets the data value as an RfSweep.

Returns

The data value as an RfSweep.

Exceptions
-
- -
-
as_string
-
std::string as_string() const override
-

Gets the data value as a string

Returns

A string representing the data value. This will be created using the value's current valueType.  - A value stored as a float will return a string as so: "1.2345".  - A value stored as a Vector will return a string as so: "[1.2,3.4,5.6]" - A value stored as a Matrix will return a string as so: "[[0,0.1,0.2],[1,1.1,1.2],[2,2.1,2.2]]" - A value stored as Bytes will return a string as so: "0x01 0x02 0x03 0x0a 0xab"

Exceptions

  • Error_BadDataType: The type in which the value was stored could not be converted to a string.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/DataSweep-Summary.js b/v66.0.1/MSCL_Docs/classes/C/DataSweep-Summary.js deleted file mode 100644 index 8132018ff..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/DataSweep-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:DataSweep","DataSweep");NDSummary.OnSummaryLoaded("CClass:DataSweep",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Enums","Enumeration"],["Functions","Function"],["Groups","Group"],["Types","Type"],["Variables","Variable"]],[[9379,0,0,"DataSweep"],[9380,0,4,"Types","Types"],[9381,0,2,"SamplingType","SamplingType"],[9382,0,1,,"samplingType_NonSync"],[9383,0,1,,"samplingType_NonSync_Buffered"],[9384,0,1,,"samplingType_SyncSampling"],[9385,0,1,,"samplingType_SyncSampling_Burst"],[9386,0,1,,"samplingType_AsyncDigital"],[9387,0,1,,"samplingType_AsyncDigitalAnalog"],[9388,0,1,,"samplingType_SHM"],[9389,0,1,,"samplingType_BeaconEcho"],[9390,0,1,,"samplingType_RfSweep"],[9391,0,1,,"samplingType_Diagnostic"],[9392,0,4,"Functions","Functions"],[9393,0,3,"DataSweep","DataSweep"],[9394,0,4,"Variables","Variables"],[9395,0,6,"m_timestamp","m_timestamp"],[9396,0,6,"m_tick","m_tick"],[9397,0,6,"m_sampleRate","m_sampleRate"],[9398,0,6,"m_nodeAddress","m_nodeAddress"],[9399,0,6,"m_data","m_data"],[9400,0,6,"m_samplingMode","m_samplingMode"],[9401,0,6,"m_baseRssi","m_baseRssi"],[9402,0,6,"m_frequency","m_frequency"],[9403,0,6,"m_calsApplied","m_calsApplied"],[9404,0,4,"Functions","Functions(2)"],[9405,0,3,"timestamp","timestamp"],[9406,0,3,"tick","tick"],[9407,0,3,"sampleRate","sampleRate"],[9408,0,3,"nodeAddress","nodeAddress"],[9409,0,3,"data","data"],[9410,0,3,"samplingType","samplingType"],[9411,0,3,"nodeRssi","nodeRssi"],[9412,0,3,"baseRssi","baseRssi"],[9413,0,3,"frequency","frequency"],[9414,0,3,"calApplied","calApplied"],[9415,0,3,"timestamp","timestamp(2)"],[9416,0,3,"tick","tick(2)"],[9417,0,3,"sampleRate","sampleRate(2)"],[9418,0,3,"nodeAddress","nodeAddress(2)"],[9419,0,3,"data","data(2)"],[9420,0,3,"samplingMode","samplingMode"],[9421,0,3,"nodeRssi","nodeRssi(2)"],[9422,0,3,"baseRssi","baseRssi(2)"],[9423,0,3,"frequency","frequency(2)"],[9424,0,3,"calApplied","calApplied(2)"],[9425,0,4,"Types","Types(2)"],[9426,0,5,"DataSweeps","DataSweeps"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/DataSweep-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/DataSweep-SummaryToolTips.js deleted file mode 100644 index 64167d42d..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/DataSweep-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:DataSweep",{9379:"
DataSweep
Represents 1 data sweep, including data for each channel, a timestamp, and a sample rate
",9393:"
DataSweep()
Creates a default constructed DataSweep.
",9395:"
Timestamp m_timestamp
The Timestamp of the data sweep.
",9396:"
uint32 m_tick
The tick value that was contained in the packet (increments for each sweep)
",9397:"
SampleRate m_sampleRate
The SampleRate that was contained in the packet
",9398:"
NodeAddress m_nodeAddress
The node address that was contained in the packet (identifies the node this packet came from)
",9399:"
ChannelData m_data
Contains one or more WirelessDataPoints, corresponding to each channel\'s data for this sweep
",9400:"
SamplingType m_samplingMode
The SamplingType that identifies the sampling mode for this data sweep
",9401:"
int16 m_baseRssi
The Base Station RSSI that identifies the received signal strength at the Base Station
",9402:"
WirelessTypes::Frequency m_frequency
The WirelessTypes::Frequency representing the radio frequency that this DataSweep was collected on
",9403:"
bool m_calsApplied
Whether calibration coefficients have been applied to the data or not.
",9405:"
const Timestamp& timestamp() const
Gets the timestamp of the sweep as a Timestamp
",9406:"
uint32 tick() const
Gets the tick value of the sweep
",9407:"
SampleRate sampleRate() const
Gets the sample rate of the sweep as a SampleRate
",9408:"
NodeAddress nodeAddress() const
Gets the node address that this sweep is associated with
",9409:"
const ChannelData& data() const
Gets the channel data in this sweep as a WirelessDataPoint::ChannelData container.
",9410:"
SamplingType samplingType() const
Gets the SamplingType for this sweep
",9411:"
int16 nodeRssi() const
Gets the Node RSSI value that identifies the received signal strength at the Node
",9412:"
int16 baseRssi() const
Gets the Base Station RSSI value that identifies the received signal strength at the BaseStation for this sweep
",9413:"
WirelessTypes::Frequency frequency() const
Gets the radio frequency that this DataSweep was collected on
",9414:"
bool calApplied() const
Gets whether calibration coefficients have been applied to the data already.
",9415:"
void timestamp(
const Timestamp &time
)
Sets the timestamp of the sweep
",9416:"
void tick(
uint32 tick
)
Sets the tick of the sweep
",9417:"
void sampleRate(
SampleRate rate
)
Sets the sample rate of the sweep
",9418:"
void nodeAddress(
NodeAddress address
)
Sets the node address of the sweep
",9419:"
void data(
const ChannelData &data
)
Sets the data of the sweep
",9420:"
Sets the sampling mode of the sweep
",9421:"
void nodeRssi(
int16 rssi
)
Sets the Node RSSI value that identifies the received signal strength at the Node
",9422:"
void baseRssi(
int16 rssi
)
Sets the Base Station RSSI value that identifies the received signal strength at the Base Station for this sweep
",9423:"
void frequency(
WirelessTypes::Frequency freq
)
Sets the radio frequency that this DataSweep was collected on
",9424:"
void calApplied(
bool applied
)
Sets whether calibration coefficients have been applied to the data already.
",9426:"
Typedef for a vector of DataSweep objects.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/DataSweep-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/DataSweep-ToolTips.js deleted file mode 100644 index 96b9c6065..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/DataSweep-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({8011:"
WirelessDataPoint
Represents a single channel\'s data point within a sweep
",8024:"
A typedef for a collection (vector) of WirelessDataPoints
",8617:"
Represents the frequency (channel) that can be used for Wireless Devices.
",9393:"
DataSweep()
Creates a default constructed DataSweep.
",9819:"
SampleRate
Represents a MicroStrain sample rate (rate at which data is sampling)
",10245:"
typedef for a Node\'s node address.
",10291:"
Timestamp
Represents a date/time object
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/DataSweep.html b/v66.0.1/MSCL_Docs/classes/C/DataSweep.html deleted file mode 100644 index 130aa173d..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/DataSweep.html +++ /dev/null @@ -1,226 +0,0 @@ - - -DataSweep - - - - - - - -
-
DataSweep
-
DataSweep
-

Represents 1 data sweep, including data for each channel, a timestamp, and a sample rate

-
- -
-
Types
-
- -
-
SamplingType
-
samplingType_NonSync

0 - NonSynchronized sampling type

samplingType_NonSync_Buffered

1 - Buffered NonSynchronized sampling type

samplingType_SyncSampling

2 - Synchronized Sampling sampling type

samplingType_SyncSampling_Burst

3 - Synchronized Sampling Burst sampling type

samplingType_AsyncDigital

4 - Asynchronous Digital sampling type

samplingType_AsyncDigitalAnalog

5 - Asynchronous Digital + Analog sampling type

samplingType_SHM

6 - Structural Health Monitoring type

samplingType_BeaconEcho

7 - Beacon Echo

samplingType_RfSweep

8 - RF Scan Sweep

samplingType_Diagnostic

9 - Diagnostic Packet

-
- -
-
Functions
-
- -
-
DataSweep
-
DataSweep()
-

Creates a default constructed DataSweep.

-
- -
-
Variables
-
- -
-
m_timestamp
-
Timestamp m_timestamp
-

The Timestamp of the data sweep.

-
- -
-
m_tick
-
uint32 m_tick
-

The tick value that was contained in the packet (increments for each sweep)

-
- -
-
m_sampleRate
-
SampleRate m_sampleRate
-

The SampleRate that was contained in the packet

-
- -
-
m_nodeAddress
-
NodeAddress m_nodeAddress
-

The node address that was contained in the packet (identifies the node this packet came from)

-
- -
-
m_data
-
ChannelData m_data
-

Contains one or more WirelessDataPoints, corresponding to each channel's data for this sweep

-
- -
-
m_samplingMode
-
SamplingType m_samplingMode
-

The SamplingType that identifies the sampling mode for this data sweep

-
- -
-
m_baseRssi
-
int16 m_baseRssi
-

The Base Station RSSI that identifies the received signal strength at the Base Station

-
- -
-
m_frequency
- -

The WirelessTypes::Frequency representing the radio frequency that this DataSweep was collected on

-
- -
-
m_calsApplied
-
bool m_calsApplied
-

Whether calibration coefficients have been applied to the data or not.

-
- -
-
Functions
-
- -
-
timestamp
-
const Timestamp& timestamp() const
-

Gets the timestamp of the sweep as a Timestamp

Returns

A Timestamp representing the timestamp of the sweep

-
- -
-
tick
-
uint32 tick() const
-

Gets the tick value of the sweep

Returns

The tick value of the sweep

-
- -
-
sampleRate
-
SampleRate sampleRate() const
-

Gets the sample rate of the sweep as a SampleRate

Returns

A SampleRate representing the sample rate of the sweep

-
- -
-
nodeAddress
-
NodeAddress nodeAddress() const
-

Gets the node address that this sweep is associated with

Returns

The node address this sweep is associated with

-
- -
-
data
-
const ChannelData& data() const
-

Gets the channel data in this sweep as a WirelessDataPoint::ChannelData container.

Returns

A WirelessDataPoint::ChannelData container holding the data for the sweep.

-
- -
-
samplingType
-
SamplingType samplingType() const
-

Gets the SamplingType for this sweep

Returns

A SamplingType enum representing the sampling type of this sweep

-
- -
-
nodeRssi
-
int16 nodeRssi() const
-

Gets the Node RSSI value that identifies the received signal strength at the Node

Returns

The Node RSSI value that identifies the received signal strength at the Node

-
- -
-
baseRssi
-
int16 baseRssi() const
-

Gets the Base Station RSSI value that identifies the received signal strength at the BaseStation for this sweep

Returns

The Base Station RSSI value that identifies the received signal strength at the Base Station for this sweep

-
- -
-
frequency
-
WirelessTypes::Frequency frequency() const
-

Gets the radio frequency that this DataSweep was collected on

Returns

A WirelessTypes::Frequency representing the radio frequency that this DataSweep was collected on

-
- -
-
calApplied
-
bool calApplied() const
-

Gets whether calibration coefficients have been applied to the data already.

Returns

true if the data already has cal coefficients applied to it, false if it does not have any cal coefficients applied.

-
- -
-
timestamp
-
void timestamp(
const Timestamp &time
)
-

Sets the timestamp of the sweep

Parameters
time
const Timestamp&

The Timestamp to set

-
- -
-
tick
-
void tick(
uint32 tick
)
-

Sets the tick of the sweep

Parameters
tick
uint32

The tick to set

-
- -
-
sampleRate
-
void sampleRate(
SampleRate rate
)
-

Sets the sample rate of the sweep

Parameters
rate
SampleRate

The SampleRate to set

-
- -
-
nodeAddress
-
void nodeAddress(
NodeAddress address
)
-

Sets the node address of the sweep

Parameters
address
NodeAddress

The node address to set

-
- -
-
data
-
void data(
const ChannelData &data
)
-

Sets the data of the sweep

Parameters
data
const ChannelData&

The <ChannelData> to set

-
- -
-
samplingMode
-

Sets the sampling mode of the sweep

Parameters
mode

The SamplingType to set

-
- -
-
nodeRssi
-
void nodeRssi(
int16 rssi
)
-

Sets the Node RSSI value that identifies the received signal strength at the Node

Parameters
rssi
int16

The Node RSSI to set

-
- -
-
baseRssi
-
void baseRssi(
int16 rssi
)
-

Sets the Base Station RSSI value that identifies the received signal strength at the Base Station for this sweep

Parameters
rssi
int16

The Base Station RSSI to set

-
- -
-
frequency
-
void frequency(
WirelessTypes::Frequency freq
)
-

Sets the radio frequency that this DataSweep was collected on

Parameters
freq
WirelessTypes::Frequency

The WirelessTypes::Frequency that this DataSweep was collected on

-
- -
-
calApplied
-
void calApplied(
bool applied
)
-

Sets whether calibration coefficients have been applied to the data already.

Parameters
applied
bool

Whether the cals have been applied or not.

-
- -
-
Types
-
- -
-
DataSweeps
-

Typedef for a vector of DataSweep objects.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/DatalogDownloader-Summary.js b/v66.0.1/MSCL_Docs/classes/C/DatalogDownloader-Summary.js deleted file mode 100644 index 68353e133..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/DatalogDownloader-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:DatalogDownloader","DatalogDownloader");NDSummary.OnSummaryLoaded("CClass:DatalogDownloader",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[9444,0,0,"DatalogDownloader"],[9445,0,3,"Functions","Functions"],[9446,0,2,"DatalogDownloader","DatalogDownloader"],[9447,0,2,"DatalogDownloader","DatalogDownloader(2)"],[9448,0,3,"Constants","Constants"],[9449,0,1,"Datalogging Header Versions","Datalogging_Header_Versions"],[9450,0,1,,"HEADER_VERSION_1_0"],[9451,0,1,,"HEADER_VERSION_2_0"],[9452,0,1,,"HEADER_VERSION_2_1"],[9453,0,3,"Variables","Variables"],[9454,0,4,"m_node","m_node"],[9455,0,4,"m_foundFirstTrigger","m_foundFirstTrigger"],[9456,0,4,"m_outOfMemory","m_outOfMemory"],[9457,0,4,"m_sweepCount","m_sweepCount"],[9458,0,4,"m_nodeMemory","m_nodeMemory"],[9459,0,4,"m_sessionInfo","m_sessionInfo"],[9460,0,4,"m_dataDownloadVersion","m_dataDownloadVersion"],[9461,0,4,"m_isMathData","m_isMathData"],[9462,0,4,"m_mathMetaData","m_mathMetaData"],[9463,0,3,"Functions","Functions(2)"],[9464,0,2,"parseTriggerHeader_v1","parseTriggerHeader_v1"],[9465,0,2,"parseTriggerHeader_v2","parseTriggerHeader_v2"],[9466,0,2,"parseNextSweep","parseNextSweep"],[9467,0,2,"parseNextMathSweep","parseNextMathSweep"],[9468,0,2,"complete","complete"],[9469,0,2,"percentComplete","percentComplete"],[9470,0,2,"getNextData","getNextData"],[9471,0,2,"metaDataUpdated","metaDataUpdated"],[9472,0,2,"calCoefficientsUpdated","calCoefficientsUpdated"],[9473,0,2,"startOfSession","startOfSession"],[9474,0,2,"sessionIndex","sessionIndex"],[9475,0,2,"sampleRate","sampleRate"],[9476,0,2,"userString","userString"],[9477,0,2,"calCoefficients","calCoefficients"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/DatalogDownloader-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/DatalogDownloader-SummaryToolTips.js deleted file mode 100644 index bb7aa7ac7..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/DatalogDownloader-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:DatalogDownloader",{9444:"
DatalogDownloader
Used to download logged data from a WirelessNode.
",9446:"
explicit DatalogDownloader(
const WirelessNode &node
)
Creates a DatalogDownloader object. Datalogging information will immediately be read from the Node.
",9447:"
DatalogDownloader(
const WirelessNode &node,
uint32 startAddress,
uint32 size
)
Advanced Constructor for creating a DatalogDownloader object with known parameters (not compatible with datalog version 1).  Note: In most cases, you should use the standard DatalogDownloader constructor instead of this one, which will automatically determine the start and end positions for you.
",9454:"
WirelessNode m_node
The WirelessNode to download the data from.
",9455:"
bool m_foundFirstTrigger
Whether or not the first trigger has been found.
",9456:"
bool m_outOfMemory
Whether or not we requested data that is out of bounds of the memory.
",9457:"
uint64 m_sweepCount
The 0-based count indicating which sweep we are currently on in the data.
",9458:"
std::unique_ptr<NodeMemory> m_nodeMemory
The NodeMemory object to help with interacting with the Node\'s datalogging memory.
",9459:"
DatalogSessionInfo m_sessionInfo
The <DatalogSessionInfo> containing information about the current trigger session data.
",9460:"
The version of the datalog download procedure to use.
",9461:"
bool m_isMathData
Whether the data to parse next is math data (true) or standard channel data (false).
",9462:"
A vector of the <WirelessDataPacket::AlgorithmMetaData> for the current data section (gets updated each math block header).
",9464:"
void parseTriggerHeader_v1()
Parses a (v1) trigger header from the current byte position. The current datalogging session info in this class is updated.
",9465:"
void parseTriggerHeader_v2()
Parses a (v2) trigger header from the current byte position. The current datalogging session info in this class is updated.
",9466:"
LoggedDataSweep parseNextSweep()
Parses the next Raw Data Sweep from the current byte position.
",9467:"
LoggedDataSweep parseNextMathSweep()
Parses the next Math/Derived Data Sweep from the current byte position.
",9468:"
bool complete()
Checks if all of the data has been downloaded (no more data available).  Note: This may be updated each time getNextData is called.
",9469:"
float percentComplete() const
Gets the percent completion of the download.  Note: This will be updated each time getNextData is called.
",9470:"
LoggedDataSweep getNextData()
Gets the next LoggedDataSweep that is logged to the Node.
",9471:"
bool metaDataUpdated() const
Gets whether the any of the meta data (sample rate, cal coefficients, etc) has been updated since the last call to getNextData.  This will be true for a single LoggedDataSweep (after calling getNextData), signifying that you should interrogate all of the meta data on this DatalogDownloader object again to get updated information which may have changed.
",9472:"
bool calCoefficientsUpdated() const
Gets whether the calibration coefficients information has been updated since the last call to getNextData.  This will be true for a single LoggedDataSweep (after calling getNextData).
",9473:"
bool startOfSession() const
Gets whether a new datalogging session has been found (after calling getNextData). This will be true for a single LoggedDataSweep.  Note: May be changed whenever metaDataUpdated returns true.
",9474:"
uint16 sessionIndex() const
Gets the index of the current datalogging session.  Note: May be changed whenever startOfSession returns true.
",9475:"
const SampleRate& sampleRate() const
Gets the SampleRate of the current datalogging session.  Note: May be changed whenever metaDataUpdated returns true.
",9476:"
const std::string& userString() const
Gets the user entered string of the current datalogging session (if any).  Note: A user string can only be provided with Armed Datalogging, which is a legacy sampling mode not supported on new products.  Note: May be changed whenever metaDataUpdated returns true.
",9477:"
const ChannelCalMap& calCoefficients() const
Gets the <ChannelCalMap> of the current datalogging session.  Note: May be changed whenever metaDataUpdated returns true.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/DatalogDownloader-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/DatalogDownloader-ToolTips.js deleted file mode 100644 index ef6c33cb1..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/DatalogDownloader-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7905:"
WirelessNode
A class representing a MicroStrain wireless node
",9320:"
NodeMemory
Provides easy access to the datalogging memory on a WirelessNode.
",9345:"
LoggedDataSweep
Represents 1 data sweep that was logged to a WirelessNode.
",9470:"
LoggedDataSweep getNextData()
Gets the next LoggedDataSweep that is logged to the Node.
",9471:"
bool metaDataUpdated() const
Gets whether the any of the meta data (sample rate, cal coefficients, etc) has been updated since the last call to getNextData.  This will be true for a single LoggedDataSweep (after calling getNextData), signifying that you should interrogate all of the meta data on this DatalogDownloader object again to get updated information which may have changed.
",9473:"
bool startOfSession() const
Gets whether a new datalogging session has been found (after calling getNextData). This will be true for a single LoggedDataSweep.  Note: May be changed whenever metaDataUpdated returns true.
",9819:"
SampleRate
Represents a MicroStrain sample rate (rate at which data is sampling)
",9969:"
CalCoefficients
Represents calibration coefficients that can be applied to a Wireless Node.
",10453:"
Error_NotSupported
A command/feature was attempted to be used that was not supported.
",10457:"
Error_NoData
There is no data available to be accessed
",10472:"
Error_NodeCommunication
The exception for failing to communicate with a WirelessNode.
",10479:"
Error_Connection
The generic connection exception.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/DatalogDownloader.html b/v66.0.1/MSCL_Docs/classes/C/DatalogDownloader.html deleted file mode 100644 index 1a3c82d9c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/DatalogDownloader.html +++ /dev/null @@ -1,186 +0,0 @@ - - -DatalogDownloader - - - - - - - -
-
DatalogDownloader
-
DatalogDownloader
-

Used to download logged data from a WirelessNode.

-
- -
-
Functions
-
- -
-
DatalogDownloader
-
explicit DatalogDownloader(
const WirelessNode &node
)
-

Creates a DatalogDownloader object. Datalogging information will immediately be read from the Node.

Parameters
node
const WirelessNode&

The WirelessNode to download the data from.

Exceptions
-
- -
-
DatalogDownloader
-
DatalogDownloader(
const WirelessNode &node,
uint32 startAddress,
uint32 size
)
-

Advanced Constructor for creating a DatalogDownloader object with known parameters (not compatible with datalog version 1).  Note: In most cases, you should use the standard DatalogDownloader constructor instead of this one, which will automatically determine the start and end positions for you.

Parameters
node
const WirelessNode&

The WirelessNode to download the data from.

startAddress
uint32

The flash address of the first log header.

size
uint32

The max number of logged bytes.

Exceptions
-
- -
-
Constants
-
- -
-
Datalogging Header Versions
-
HEADER_VERSION_1_0

Version 1.0

HEADER_VERSION_2_0

Version 2.0

HEADER_VERSION_2_1

Version 2.1

-
- -
-
Variables
-
- -
-
m_node
- -

The WirelessNode to download the data from.

-
- -
-
m_foundFirstTrigger
-
bool m_foundFirstTrigger
-

Whether or not the first trigger has been found.

-
- -
-
m_outOfMemory
-
bool m_outOfMemory
-

Whether or not we requested data that is out of bounds of the memory.

-
- -
-
m_sweepCount
-
uint64 m_sweepCount
-

The 0-based count indicating which sweep we are currently on in the data.

-
- -
-
m_nodeMemory
-
std::unique_ptr<NodeMemory> m_nodeMemory
-

The NodeMemory object to help with interacting with the Node's datalogging memory.

-
- -
-
m_sessionInfo
-
DatalogSessionInfo m_sessionInfo
-

The <DatalogSessionInfo> containing information about the current trigger session data.

-
- -
-
m_dataDownloadVersion
-

The version of the datalog download procedure to use.

-
- -
-
m_isMathData
-
bool m_isMathData
-

Whether the data to parse next is math data (true) or standard channel data (false).

-
- -
-
m_mathMetaData
-

A vector of the <WirelessDataPacket::AlgorithmMetaData> for the current data section (gets updated each math block header).

-
- -
-
Functions
-
- -
-
parseTriggerHeader_v1
-
void parseTriggerHeader_v1()
-

Parses a (v1) trigger header from the current byte position. The current datalogging session info in this class is updated.

Exceptions
-
- -
-
parseTriggerHeader_v2
-
void parseTriggerHeader_v2()
-

Parses a (v2) trigger header from the current byte position. The current datalogging session info in this class is updated.

Exceptions
-
- -
-
parseNextSweep
-
LoggedDataSweep parseNextSweep()
-

Parses the next Raw Data Sweep from the current byte position.

-
- -
-
parseNextMathSweep
-
LoggedDataSweep parseNextMathSweep()
-

Parses the next Math/Derived Data Sweep from the current byte position.

-
- -
-
complete
-
bool complete()
-

Checks if all of the data has been downloaded (no more data available).  Note: This may be updated each time getNextData is called.

Returns

true if all the data has been downloaded, false if there is still more data to download.

-
- -
-
percentComplete
-
float percentComplete() const
-

Gets the percent completion of the download.  Note: This will be updated each time getNextData is called.

Returns
The percent completion of the download (0

100).

-
- -
-
getNextData
-
LoggedDataSweep getNextData()
-

Gets the next LoggedDataSweep that is logged to the Node.

Returns

A LoggedDataSweep containing the next data sweep that was logged to the Node.

Exceptions
-
- -
-
metaDataUpdated
-
bool metaDataUpdated() const
-

Gets whether the any of the meta data (sample rate, cal coefficients, etc) has been updated since the last call to getNextData.  This will be true for a single LoggedDataSweep (after calling getNextData), signifying that you should interrogate all of the meta data on this DatalogDownloader object again to get updated information which may have changed.

Returns

true if the meta data has been updated, false otherwise.

-
- -
-
calCoefficientsUpdated
-
bool calCoefficientsUpdated() const
-

Gets whether the calibration coefficients information has been updated since the last call to getNextData.  This will be true for a single LoggedDataSweep (after calling getNextData).

-
- -
-
startOfSession
-
bool startOfSession() const
-

Gets whether a new datalogging session has been found (after calling getNextData). This will be true for a single LoggedDataSweep.  Note: May be changed whenever metaDataUpdated returns true.

Returns

true if a new datalogging session has been found, false otherwise.

-
- -
-
sessionIndex
-
uint16 sessionIndex() const
-

Gets the index of the current datalogging session.  Note: May be changed whenever startOfSession returns true.

Returns

The index of the current datalogging session.

-
- -
-
sampleRate
-
const SampleRate& sampleRate() const
-

Gets the SampleRate of the current datalogging session.  Note: May be changed whenever metaDataUpdated returns true.

Returns

The SampleRate of the current datalogging session.

-
- -
-
userString
-
const std::string& userString() const
-

Gets the user entered string of the current datalogging session (if any).  Note: A user string can only be provided with Armed Datalogging, which is a legacy sampling mode not supported on new products.  Note: May be changed whenever metaDataUpdated returns true.

Returns

The user entered string of the current datalogging session, or an empty string if none was provided.

-
- -
-
calCoefficients
-
const ChannelCalMap& calCoefficients() const
-

Gets the <ChannelCalMap> of the current datalogging session.  Note: May be changed whenever metaDataUpdated returns true.

Returns

The <ChannelCalMap> of WirelessChannel::ChannelIds to CalCoefficients.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/DatalogSessionInfoResult-Summary.js b/v66.0.1/MSCL_Docs/classes/C/DatalogSessionInfoResult-Summary.js deleted file mode 100644 index d4fde55c5..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/DatalogSessionInfoResult-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:DatalogSessionInfoResult","DatalogSessionInfoResult");NDSummary.OnSummaryLoaded("CClass:DatalogSessionInfoResult",[["C/C++","C"]],[["Groups","Group"],["Structs","Struct"],["Variables","Variable"]],[[5575,0,1,"DatalogSessionInfoResult"],[5576,0,0,"Variables","Variables"],[5577,0,2,"sessionCount","sessionCount"],[5578,0,2,"startAddress","startAddress"],[5579,0,2,"maxLoggedBytes","maxLoggedBytes"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/DatalogSessionInfoResult-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/DatalogSessionInfoResult-SummaryToolTips.js deleted file mode 100644 index e486b61b2..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/DatalogSessionInfoResult-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:DatalogSessionInfoResult",{5575:"
Object to represent the result of a DatalogSessionInfo request.
",5577:"
uint16 sessionCount
The total number of sessions logged on the Node.
",5578:"
uint32 startAddress
The flash address of the first log header.
",5579:"
uint32 maxLoggedBytes
The max number of logged bytes.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/DatalogSessionInfoResult-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/DatalogSessionInfoResult-ToolTips.js deleted file mode 100644 index 59992a148..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/DatalogSessionInfoResult-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/DatalogSessionInfoResult.html b/v66.0.1/MSCL_Docs/classes/C/DatalogSessionInfoResult.html deleted file mode 100644 index d507af804..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/DatalogSessionInfoResult.html +++ /dev/null @@ -1,38 +0,0 @@ - - -DatalogSessionInfoResult - - - - - - - -
-
DatalogSessionInfoResult
-

Object to represent the result of a DatalogSessionInfo request.

-
- -
-
Variables
-
- -
-
sessionCount
-
uint16 sessionCount
-

The total number of sessions logged on the Node.

-
- -
-
startAddress
-
uint32 startAddress
-

The flash address of the first log header.

-
- -
-
maxLoggedBytes
-
uint32 maxLoggedBytes
-

The max number of logged bytes.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/DeclinationSource-Summary.js b/v66.0.1/MSCL_Docs/classes/C/DeclinationSource-Summary.js deleted file mode 100644 index 19dbb509e..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/DeclinationSource-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:DeclinationSource","DeclinationSource");NDSummary.OnSummaryLoaded("CClass:DeclinationSource",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[794,0,0,"DeclinationSource"],[795,0,2,"Functions","Functions"],[796,0,1,"MakeSetCommand","MakeSetCommand"],[797,0,1,"MakeGetCommand","MakeGetCommand"],[798,0,1,"Constructor InclinationSource","Constructor_InclinationSource"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/DeclinationSource-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/DeclinationSource-SummaryToolTips.js deleted file mode 100644 index e53fc6127..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/DeclinationSource-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:DeclinationSource",{794:"
DeclinationSource
Contains the logic for the Inertial Declination GeographicSource command.
",796:"
static GeographicSource MakeSetCommand(
const GeographicSourceOptions &dataToUse
)
Parameter: dataToUse The GeographicSourceOptions to set the option and fixed value.
",797:"
static GeographicSource MakeGetCommand()
",798:"
Private constructor creates an InclinationSource object.  Use Make___Command methods to create an object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/DeclinationSource-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/DeclinationSource-ToolTips.js deleted file mode 100644 index 46d0c2344..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/DeclinationSource-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({772:"
GeographicSource
Contains the logic for the Inertial GeographicSource command.
",1800:"
The enum to represent the source options for Declination (0x0D, 0x43), Inclination (0x0D, 0x4C), and Magnitude Source (0x0D, 0x4D)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/DeclinationSource.html b/v66.0.1/MSCL_Docs/classes/C/DeclinationSource.html deleted file mode 100644 index e0f536016..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/DeclinationSource.html +++ /dev/null @@ -1,38 +0,0 @@ - - -DeclinationSource - - - - - - - -
-
DeclinationSource
-
public
GeographicSource
DeclinationSource
-

Contains the logic for the Inertial Declination GeographicSource command.

-
- -
-
Functions
-
- -
-
MakeSetCommand
-
static GeographicSource MakeSetCommand(
const GeographicSourceOptions &dataToUse
)
-

Parameter: dataToUse The GeographicSourceOptions to set the option and fixed value.

Returns
GeographicSource

object set up for sending a set command.

-
- -
-
MakeGetCommand
-
static GeographicSource MakeGetCommand()
-
Returns
GeographicSource

object set up for sending a get command.

-
- -
-
Constructor InclinationSource
-

Private constructor creates an InclinationSource object.  Use Make___Command methods to create an object.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/DeliveryStopFlags-Summary.js b/v66.0.1/MSCL_Docs/classes/C/DeliveryStopFlags-Summary.js deleted file mode 100644 index 623a69d1e..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/DeliveryStopFlags-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:DeliveryStopFlags","DeliveryStopFlags");NDSummary.OnSummaryLoaded("CClass:DeliveryStopFlags",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Operators","Operator"],["Variables","Variable"]],[[9361,0,0,"DeliveryStopFlags"],[9362,0,2,"Functions","Functions"],[9363,0,1,"DeliveryStopFlags","DeliveryStopFlags"],[9364,0,1,"DeliveryStopFlags","DeliveryStopFlags(2)"],[9365,0,2,"Variables","Variables"],[9366,0,4,"pc","pc"],[9367,0,4,"appBoard","appBoard"],[9368,0,4,"linkBoard","linkBoard"],[9369,0,4,"baseStation","baseStation"],[9370,0,2,"Operators","Operators"],[9371,0,3,"==","=="],[9372,0,3,"!=","!="],[9373,0,2,"Functions","Functions(2)"],[9374,0,1,"compare","compare"],[9375,0,1,"fromInvertedByte","fromInvertedByte"],[9376,0,1,"fromByte","fromByte"],[9377,0,1,"toInvertedByte","toInvertedByte"],[9378,0,1,"toByte","toByte"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/DeliveryStopFlags-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/DeliveryStopFlags-SummaryToolTips.js deleted file mode 100644 index a8330f15f..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/DeliveryStopFlags-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:DeliveryStopFlags",{9361:"
DeliveryStopFlags
The delivery stop flags indicate which stops on the pipeline act on the application data
",9363:"
DeliveryStopFlags()
Initializes a DeliveryStopFlags object
",9364:"
DeliveryStopFlags(
bool pc,
bool appBoard,
bool linkBoard,
bool baseStation
)
Initializes a DeliveryStopFlags object given specific values
",9366:"
bool pc: 1
A stop flag representing the pc
",9367:"
bool appBoard: 1
A stop flag representing the appBoard
",9368:"
bool linkBoard: 1
A stop flag representing the linkBoard
",9369:"
bool baseStation: 1
A stop flag representing the baseStation
",9371:"
Checks that two DeliveryStopFlags objects are equal
",9372:"
Checks that two DeliveryStopFlags objects are not equal
",9374:"
bool compare(
const DeliveryStopFlags &src
) const
Checks that two DeliveryStopFlags are identical
",9375:"
static DeliveryStopFlags fromInvertedByte(
uint8 dsf
)
Sets all the stop flags based on the inverted (ASPP v1) byte value passed in
",9376:"
static DeliveryStopFlags fromByte(
uint8 dsf
)
Sets all the stop flags based on the byte value passed in
",9377:"
uint8 toInvertedByte() const
Gets the inverted (ASPP v1) delivery stop flag byte value based on the current stop flags set
",9378:"
uint8 toByte() const
Gets the delivery stop flag byte value based on the current stop flags set
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/DeliveryStopFlags-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/DeliveryStopFlags-ToolTips.js deleted file mode 100644 index f99003bdc..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/DeliveryStopFlags-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({9361:"
DeliveryStopFlags
The delivery stop flags indicate which stops on the pipeline act on the application data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/DeliveryStopFlags.html b/v66.0.1/MSCL_Docs/classes/C/DeliveryStopFlags.html deleted file mode 100644 index b13b7be9f..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/DeliveryStopFlags.html +++ /dev/null @@ -1,109 +0,0 @@ - - -DeliveryStopFlags - - - - - - - -
-
DeliveryStopFlags
-
DeliveryStopFlags
-

The delivery stop flags indicate which stops on the pipeline act on the application data

-
- -
-
Functions
-
- -
-
DeliveryStopFlags
-
DeliveryStopFlags()
-

Initializes a DeliveryStopFlags object

-
- -
-
DeliveryStopFlags
-
DeliveryStopFlags(
bool pc,
bool appBoard,
bool linkBoard,
bool baseStation
)
-

Initializes a DeliveryStopFlags object given specific values

-
- -
-
Variables
-
- -
-
pc
-
bool pc: 1
-

A stop flag representing the pc

-
- -
-
appBoard
-
bool appBoard: 1
-

A stop flag representing the appBoard

-
- -
-
linkBoard
-
bool linkBoard: 1
-

A stop flag representing the linkBoard

-
- -
-
baseStation
-
bool baseStation: 1
-

A stop flag representing the baseStation

-
- -
-
Operators
-
- -
-
==
-

Checks that two DeliveryStopFlags objects are equal

Returns

true if the two DeliveryStopFlags are identical, false otherwise

-
- -
-
!=
-

Checks that two DeliveryStopFlags objects are not equal

Returns

true if the two DeliveryStopFlags are not identical, false otherwise

-
- -
-
Functions
-
- -
-
compare
-
bool compare(
const DeliveryStopFlags &src
) const
-

Checks that two DeliveryStopFlags are identical

Returns

true if the two DeliveryStopFlags are identical, false otherwise

-
- -
-
fromInvertedByte
-
static DeliveryStopFlags fromInvertedByte(
uint8 dsf
)
-

Sets all the stop flags based on the inverted (ASPP v1) byte value passed in

Parameters
dsf
uint8

The inverted (ASPP v1) delivery stop flag byte

-
- -
-
fromByte
-
static DeliveryStopFlags fromByte(
uint8 dsf
)
-

Sets all the stop flags based on the byte value passed in

Parameters
dsf
uint8

The delivery stop flag byte

-
- -
-
toInvertedByte
-
uint8 toInvertedByte() const
-

Gets the inverted (ASPP v1) delivery stop flag byte value based on the current stop flags set

Returns

The inverted (ASPP v1) delivery stop flag byte built from the current set stop flags

-
- -
-
toByte
-
uint8 toByte() const
-

Gets the delivery stop flag byte value based on the current stop flags set

Returns

The delivery stop flag byte built from the current set stop flags

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/DescriptorSet-Summary.js b/v66.0.1/MSCL_Docs/classes/C/DescriptorSet-Summary.js deleted file mode 100644 index 2b9f695c2..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/DescriptorSet-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:DescriptorSet","DescriptorSet");NDSummary.OnSummaryLoaded("CClass:DescriptorSet",[["C/C++","C"]],[["Constants","Constant"],["Enums","Enumeration"],["Groups","Group"],["Structs","Struct"]],[[3062,0,3,"DescriptorSet"],[3063,0,2,"Types","Types"],[3064,0,1,"MIP Packet Descriptor Sets","MIP_Packet_Descriptor_Sets"],[3065,0,0,,"DESC_SET_CMD_BASE"],[3066,0,0,,"DESC_SET_CMD_3DM"],[3067,0,0,,"DESC_SET_CMD_NAV"],[3068,0,0,,"DESC_SET_CMD_GNSS"],[3069,0,0,,"DESC_SET_CMD_RTK"],[3070,0,0,,"DESC_SET_CMD_SYS"],[3071,0,0,,"DESC_SET_DATA_SENSOR"],[3072,0,0,,"DESC_SET_DATA_GNSS"],[3073,0,0,,"DESC_SET_DATA_EST_FILTER"],[3074,0,0,,"DESC_SET_DATA_DISPLACEMENT-0x90"],[3075,0,0,,"DESC_SET_DATA_GNSS_1"],[3076,0,0,,"DESC_SET_DATA_GNSS_2"],[3077,0,0,,"DESC_SET_DATA_GNSS_3"],[3078,0,0,,"DESC_SET_DATA_RTK"],[3079,0,0,,"DESC_SET_DATA_GNSS_4"],[3080,0,0,,"DESC_SET_DATA_GNSS_5"],[3081,0,0,,"DESC_SET_DATA_SYSTEM"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/DescriptorSet-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/DescriptorSet-SummaryToolTips.js deleted file mode 100644 index 2f8bad4f7..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/DescriptorSet-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:DescriptorSet",{3062:"
Contains enums representing Descriptor sets for Inertial Packets
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/DescriptorSet-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/DescriptorSet-ToolTips.js deleted file mode 100644 index 59992a148..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/DescriptorSet-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/DescriptorSet.html b/v66.0.1/MSCL_Docs/classes/C/DescriptorSet.html deleted file mode 100644 index c1164129f..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/DescriptorSet.html +++ /dev/null @@ -1,25 +0,0 @@ - - -DescriptorSet - - - - - - - -
-
DescriptorSet
-

Contains enums representing Descriptor sets for Inertial Packets

-
- -
-
Types
-
- -
-
MIP Packet Descriptor Sets
-
DESC_SET_CMD_BASE

0x01  - Command Packet, Base Set

DESC_SET_CMD_3DM

0x0C  - Command Packet, 3DM Set

DESC_SET_CMD_NAV

0x0D  - Command Packet, Navigation Filter Set

DESC_SET_CMD_GNSS

0x0E  - Command Packet, GNSS Set

DESC_SET_CMD_RTK

0x0F  - Command Packet, RTK Set

DESC_SET_CMD_SYS

0x7F  - Command Packet, System Set

DESC_SET_DATA_SENSOR

0x80  - Data Packet, Sensor Set

DESC_SET_DATA_GNSS

0x81  - Data Packet, GNSS Set

DESC_SET_DATA_EST_FILTER

0x82  - Data Packet, Estimation Filter Set

DESC_SET_DATA_DISPLACEMENT- 0x90

Data Packet, Displacement Set

DESC_SET_DATA_GNSS_1

0x91  - Data Packet, GNSS 1 Set

DESC_SET_DATA_GNSS_2

0x92  - Data Packet, GNSS 2 Set

DESC_SET_DATA_GNSS_3

0x93  - Data Packet, GNSS 3 Set

DESC_SET_DATA_RTK

0x93  - Data Packet, RTK (GNSS 3) Set

DESC_SET_DATA_GNSS_4

0x94  - Data Packet, GNSS 4 Set

DESC_SET_DATA_GNSS_5

0x95  - Data Packet, GNSS 5 Set

DESC_SET_DATA_SYSTEM

0xA0  - Data Packet, System Set

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/DeviceCommPort-Summary.js b/v66.0.1/MSCL_Docs/classes/C/DeviceCommPort-Summary.js deleted file mode 100644 index 82dbf4a4b..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/DeviceCommPort-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:DeviceCommPort","DeviceCommPort");NDSummary.OnSummaryLoaded("CClass:DeviceCommPort",[["C/C++","C"]],[["Enums","Enumeration"],["Functions","Function"],["Groups","Group"],["Structs","Struct"],["Variables","Variable"]],[[4110,0,3,"DeviceCommPort"],[4111,0,2,"Types","Types"],[4112,0,0,"Type","Type"],[4113,0,0,"Protocol","Protocol"],[4114,0,2,"Functions","Functions"],[4115,0,1,"DeviceCommPort","DeviceCommPort"],[4116,0,1,"DeviceCommPort","DeviceCommPort(2)"],[4117,0,1,"DeviceCommPort","DeviceCommPort(3)"],[4118,0,1,"interfaceId","interfaceId"],[4119,0,2,"Variables","Variables"],[4120,0,4,"type","type"],[4121,0,4,"id","id"],[4122,0,4,"protocol","protocol"],[4123,0,4,"protocol","protocol(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/DeviceCommPort-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/DeviceCommPort-SummaryToolTips.js deleted file mode 100644 index 0373584bc..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/DeviceCommPort-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:DeviceCommPort",{4110:"
Stores info related to device comm ports (id, type)
",4112:"
Available comm port type definitions SPECIAL - 0x00 - Device specific ports (Main/Aux) UART  - 0x01 - UART related ports USB  - 0x02 - USB related ports
",4113:"
Available comm protocols that can be configured for UART ports NONE  - 0x00000000 - Not set MIP_COMMANDS - 0x00000001 - MIP commands MIP_DATA  - 0x00000002 - MIP data NMEA  - 0x00000004 - NMEA RTCM  - 0x00000008 - RTCM SPARTN  - 0x00000010 - SPARTN ALL  - 0x0000001F - All protocols
",4115:"
DeviceCommPort() = default
Constructs DeviceCommPort object with default values
",4116:"
DeviceCommPort(
Type portType,
uint8 portId,
Protocol portInputProtocols = NONE,
Protocol portOutputProtocols = NONE
) : type(portType), id(portId), inputProtocols(portInputProtocols), outputProtocols(portOutputProtocols)
Constructs DeviceCommPort object with specified values
",4117:"
DeviceCommPort(
uint8 portInterface,
Protocol portInputProtocols = NONE,
Protocol portOutputProtocols = NONE
) : type(static_cast<Type>((portInterface & 0xF0) >> 4)), id(portInterface & 0xF), inputProtocols(portInputProtocols), outputProtocols(portOutputProtocols)
Constructs DeviceCommPort object with specified values The ID and Type are determined by the interface value. I.E. Interface 0x12 == Type 1 && ID 2
",4118:"
uint8 interfaceId() const
Get the interface ID of the port This is a combined value of the type and port ID
",4120:"
Type type
Port type (special, UART, etc.)
",4121:"
uint8 id
Port ID
",4122:"
Protocol inputProtocols
Input communication protocols
",4123:"
Protocol outputProtocols
Output communication protocols
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/DeviceCommPort-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/DeviceCommPort-ToolTips.js deleted file mode 100644 index 60b311776..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/DeviceCommPort-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({4112:"
Available comm port type definitions SPECIAL - 0x00 - Device specific ports (Main/Aux) UART  - 0x01 - UART related ports USB  - 0x02 - USB related ports
",4113:"
Available comm protocols that can be configured for UART ports NONE  - 0x00000000 - Not set MIP_COMMANDS - 0x00000001 - MIP commands MIP_DATA  - 0x00000002 - MIP data NMEA  - 0x00000004 - NMEA RTCM  - 0x00000008 - RTCM SPARTN  - 0x00000010 - SPARTN ALL  - 0x0000001F - All protocols
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/DeviceCommPort.html b/v66.0.1/MSCL_Docs/classes/C/DeviceCommPort.html deleted file mode 100644 index caff03d82..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/DeviceCommPort.html +++ /dev/null @@ -1,86 +0,0 @@ - - -DeviceCommPort - - - - - - - -
-
DeviceCommPort
-

Stores info related to device comm ports (id, type)

-
- -
-
Types
-
- -
-
Type
-

Available comm port type definitions SPECIAL - 0x00 - Device specific ports (Main/Aux) UART  - 0x01 - UART related ports USB  - 0x02 - USB related ports

-
- -
-
Protocol
-

Available comm protocols that can be configured for UART ports NONE  - 0x00000000 - Not set MIP_COMMANDS - 0x00000001 - MIP commands MIP_DATA  - 0x00000002 - MIP data NMEA  - 0x00000004 - NMEA RTCM  - 0x00000008 - RTCM SPARTN  - 0x00000010 - SPARTN ALL  - 0x0000001F - All protocols

-
- -
-
Functions
-
- -
-
DeviceCommPort
-
DeviceCommPort() = default
-

Constructs DeviceCommPort object with default values

-
- -
-
DeviceCommPort
-
DeviceCommPort(
Type portType,
uint8 portId,
Protocol portInputProtocols = NONE,
Protocol portOutputProtocols = NONE
) : type(portType), id(portId), inputProtocols(portInputProtocols), outputProtocols(portOutputProtocols)
-

Constructs DeviceCommPort object with specified values

Parameters
portType
Type

Type of port being configured

portId
uint8

The ID of the port to configure

portInputProtocols
Protocol

The input protocols accepted by the port

portOutputProtocols
Protocol

The output protocols transmitted from the port

-
- -
-
DeviceCommPort
-
DeviceCommPort(
uint8 portInterface,
Protocol portInputProtocols = NONE,
Protocol portOutputProtocols = NONE
) : type(static_cast<Type>((portInterface & 0xF0) >> 4)), id(portInterface & 0xF), inputProtocols(portInputProtocols), outputProtocols(portOutputProtocols)
-

Constructs DeviceCommPort object with specified values The ID and Type are determined by the interface value. I.E. Interface 0x12 == Type 1 && ID 2

Parameters
portInterface
uint8

A combination of the port type and ID

portInputProtocols
Protocol

The input protocols accepted by the port

portOutputProtocols
Protocol

The output protocols transmitted from the port

-
- -
-
interfaceId
-
uint8 interfaceId() const
-

Get the interface ID of the port This is a combined value of the type and port ID

-
- -
-
Variables
-
- -
-
type
-
Type type
-

Port type (special, UART, etc.)

-
- -
-
id
-
uint8 id
-

Port ID

-
- -
-
protocol
-
Protocol inputProtocols
-

Input communication protocols

-
- -
-
protocol
-
Protocol outputProtocols
-

Output communication protocols

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/DeviceInfo-Summary.js b/v66.0.1/MSCL_Docs/classes/C/DeviceInfo-Summary.js deleted file mode 100644 index 2c4c047d8..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/DeviceInfo-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:DeviceInfo","DeviceInfo");NDSummary.OnSummaryLoaded("CClass:DeviceInfo",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Enums","Enumeration"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[115,0,0,"DeviceInfo"],[116,0,4,"Types","Types"],[117,0,2,"ConnectionType","ConnectionType"],[118,0,1,,"connectionType_serial"],[119,0,1,,"connectionType_tcp"],[120,0,4,"Functions","Functions"],[121,0,3,"DeviceInfo","DeviceInfo"],[122,0,3,"DeviceInfo","DeviceInfo(2)"],[123,0,4,"Variables","Variables"],[124,0,5,"m_description","m_description"],[125,0,5,"m_serial","m_serial"],[126,0,5,"m_baudRate","m_baudRate"],[127,0,5,"m_connectionType","m_connectionType"],[128,0,4,"Functions","Functions(2)"],[129,0,3,"description","description"],[130,0,3,"serial","serial"],[131,0,3,"baudRate","baudRate"],[132,0,3,"connectionType","connectionType"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/DeviceInfo-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/DeviceInfo-SummaryToolTips.js deleted file mode 100644 index bcfc00010..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/DeviceInfo-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:DeviceInfo",{115:"
DeviceInfo
Contains information on an attached device
",121:"
DeviceInfo()
Creates a DeviceInfo object
",122:"
DeviceInfo(
std::string description,
std::string serial,
uint32 baudRate,
ConnectionType type
)
Creates a DeviceInfo object with the given parameters
",124:"
std::string m_description
The description of the device.
",125:"
std::string m_serial
The serial address that is issued for this device.
",126:"
uint32 m_baudRate
The suspected baud rate of the device.
",127:"
ConnectionType m_connectionType
The ConnectionType of the device.
",129:"
std::string description() const
Gets the description for the device
",130:"
std::string serial() const
Gets the serial address for the device
",131:"
uint32 baudRate() const
Gets the suspected baud rate at which to open a Connection with the device.
",132:"
ConnectionType connectionType() const
Gets the ConnectionType of the device.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/DeviceInfo-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/DeviceInfo-ToolTips.js deleted file mode 100644 index 59992a148..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/DeviceInfo-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/DeviceInfo.html b/v66.0.1/MSCL_Docs/classes/C/DeviceInfo.html deleted file mode 100644 index 1b5c8b421..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/DeviceInfo.html +++ /dev/null @@ -1,98 +0,0 @@ - - -DeviceInfo - - - - - - - -
-
DeviceInfo
-
DeviceInfo
-

Contains information on an attached device

-
- -
-
Types
-
- -
-
ConnectionType
-
connectionType_serial

0 - Serial connection (or usb-to-serial)

connectionType_tcp

1 - TCP/IP connection

-
- -
-
Functions
-
- -
-
DeviceInfo
-
DeviceInfo()
-

Creates a DeviceInfo object

-
- -
-
DeviceInfo
-
DeviceInfo(
std::string description,
std::string serial,
uint32 baudRate,
ConnectionType type
)
-

Creates a DeviceInfo object with the given parameters

Parameters
description
std::string

The description of the device

serial
std::string

The serial address that is issued for this device

baudRate
uint32

The suspected baud rate of the device

type
ConnectionType

The ConnectionType of the device

-
- -
-
Variables
-
- -
-
m_description
-
std::string m_description
-

The description of the device.

-
- -
-
m_serial
-
std::string m_serial
-

The serial address that is issued for this device.

-
- -
-
m_baudRate
-
uint32 m_baudRate
-

The suspected baud rate of the device.

-
- -
-
m_connectionType
-
ConnectionType m_connectionType
-

The ConnectionType of the device.

-
- -
-
Functions
-
- -
-
description
-
std::string description() const
-

Gets the description for the device

Returns

The description of the device

-
- -
-
serial
-
std::string serial() const
-

Gets the serial address for the device

Returns

The serial number of the device

-
- -
-
baudRate
-
uint32 baudRate() const
-

Gets the suspected baud rate at which to open a Connection with the device.

Returns

The suspected baud rate to open the connection with the device.  This is not gauranteed to be correct as it is basing this value on the driver info available, which doesn't always have uniquely identifiable information.

-
- -
-
connectionType
-
ConnectionType connectionType() const
-

Gets the ConnectionType of the device.

Returns

The ConnectionType of the device.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/DeviceMessageInfo-Summary.js b/v66.0.1/MSCL_Docs/classes/C/DeviceMessageInfo-Summary.js deleted file mode 100644 index c69d7a0cc..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/DeviceMessageInfo-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:DeviceMessageInfo","DeviceMessageInfo");NDSummary.OnSummaryLoaded("CClass:DeviceMessageInfo",[["C/C++","C"]],[["Functions","Function"],["Groups","Group"],["Structs","Struct"],["Variables","Variable"]],[[2058,0,2,"DeviceMessageInfo"],[2059,0,1,"Functions","Functions"],[2060,0,0,"DeviceMessageInfo","DeviceMessageInfo"],[2061,0,1,"Variables","Variables"],[2062,0,3,"messageParsingErrors","messageParsingErrors"],[2063,0,3,"messagesRead","messagesRead"],[2064,0,3,"lastMessageReadinMS","lastMessageReadinMS"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/DeviceMessageInfo-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/DeviceMessageInfo-SummaryToolTips.js deleted file mode 100644 index 18e80b0ba..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/DeviceMessageInfo-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:DeviceMessageInfo",{2060:"
DeviceMessageInfo(): messageParsingErrors(0), messagesRead(0), lastMessageReadinMS(0)
Creates a DeviceMessageInfo object with default values.
",2062:"
uint32 messageParsingErrors
",2063:"
uint32 messagesRead
",2064:"
uint32 lastMessageReadinMS
Time of last message read for the stream in MS (references System Timer)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/DeviceMessageInfo-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/DeviceMessageInfo-ToolTips.js deleted file mode 100644 index 59992a148..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/DeviceMessageInfo-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/DeviceMessageInfo.html b/v66.0.1/MSCL_Docs/classes/C/DeviceMessageInfo.html deleted file mode 100644 index 7158a034e..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/DeviceMessageInfo.html +++ /dev/null @@ -1,45 +0,0 @@ - - -DeviceMessageInfo - - - - - - - -
-
DeviceMessageInfo
-
- -
-
Functions
-
- -
-
DeviceMessageInfo
-
DeviceMessageInfo(): messageParsingErrors(0), messagesRead(0), lastMessageReadinMS(0)
-

Creates a DeviceMessageInfo object with default values.

-
- -
-
Variables
-
- -
-
messageParsingErrors
-
uint32 messageParsingErrors
-
- -
-
messagesRead
-
uint32 messagesRead
-
- -
-
lastMessageReadinMS
-
uint32 lastMessageReadinMS
-

Time of last message read for the stream in MS (references System Timer)

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/DeviceStartupSettings-Summary.js b/v66.0.1/MSCL_Docs/classes/C/DeviceStartupSettings-Summary.js deleted file mode 100644 index 28994b11e..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/DeviceStartupSettings-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:DeviceStartupSettings","DeviceStartupSettings");NDSummary.OnSummaryLoaded("CClass:DeviceStartupSettings",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[969,0,0,"DeviceStartupSettings"],[970,0,3,"Constants","Constants"],[971,0,1,"Packet Bytes","Packet_Bytes"],[972,0,1,,"CMD_ID"],[973,0,3,"Functions","Functions"],[974,0,2,"buildCommand_saveAsStartup","buildCommand_saveAsStartup"],[975,0,2,"buildCommand","buildCommand"],[976,0,2,"buildCommand","buildCommand(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/DeviceStartupSettings-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/DeviceStartupSettings-SummaryToolTips.js deleted file mode 100644 index 8e1058c60..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/DeviceStartupSettings-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:DeviceStartupSettings",{969:"
DeviceStartupSettings
Contains the logic for the Inertial "DeviceStartupSettings" command.
",974:"
static ByteStream buildCommand_saveAsStartup()
Builds the command packet for saving as startup.
",975:"
static ByteStream buildCommand_loadStartup()
Builds the command packet for loading the startup settings.
",976:"
static ByteStream buildCommand_loadDefault()
Builds the command packet for loading the default settings.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/DeviceStartupSettings-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/DeviceStartupSettings-ToolTips.js deleted file mode 100644 index a9de5ee2c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/DeviceStartupSettings-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3171:"
The enums for all of the different MIP commands.
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/DeviceStartupSettings.html b/v66.0.1/MSCL_Docs/classes/C/DeviceStartupSettings.html deleted file mode 100644 index dd93b2c41..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/DeviceStartupSettings.html +++ /dev/null @@ -1,48 +0,0 @@ - - -DeviceStartupSettings - - - - - - - -
-
DeviceStartupSettings
-
DeviceStartupSettings
-

Contains the logic for the Inertial "DeviceStartupSettings" command.

-
- -
-
Constants
-
- -
-
Packet Bytes
-
CMD_ID

CMD_SAVE_STARTUP_SETTINGS  - The MipTypes::Command for this command

-
- -
-
Functions
-
- -
-
buildCommand_saveAsStartup
-
static ByteStream buildCommand_saveAsStartup()
-

Builds the command packet for saving as startup.

Returns

A ByteStream containing the Inertial DeviceStartupSettings command packet.

-
- -
-
buildCommand
-
static ByteStream buildCommand_loadStartup()
-

Builds the command packet for loading the startup settings.

Returns

A ByteStream containing the Inertial DeviceStartupSettings command packet.

-
- -
-
buildCommand
-
static ByteStream buildCommand_loadDefault()
-

Builds the command packet for loading the default settings.

Returns

A ByteStream containing the Inertial DeviceStartupSettings command packet.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/DeviceStatus-Summary.js b/v66.0.1/MSCL_Docs/classes/C/DeviceStatus-Summary.js deleted file mode 100644 index 7ff4512ac..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/DeviceStatus-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:DeviceStatus","DeviceStatus");NDSummary.OnSummaryLoaded("CClass:DeviceStatus",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[943,0,0,"DeviceStatus"],[944,0,2,"Functions","Functions"],[945,0,1,"commandName","commandName"],[946,0,1,"MakeGetCommand","MakeGetCommand"],[947,0,1,"MakeGetBasicCommand","MakeGetBasicCommand"],[948,0,1,"MakeGetDiagnosticCommand","MakeGetDiagnosticCommand"],[949,0,1,"getResponseData","getResponseData"],[950,0,1,"operator ByteStream","operator_ByteStream"],[951,0,1,"Constructor DeviceStatus","Constructor_DeviceStatus"],[952,0,1,"commandType","commandType"],[953,0,1,"fieldDataByte","fieldDataByte"],[954,0,1,"responseExpected","responseExpected"],[955,0,2,"Variables","Variables"],[956,0,3,"m_model","m_model"],[957,0,3,"m_statusSelector","m_statusSelector"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/DeviceStatus-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/DeviceStatus-SummaryToolTips.js deleted file mode 100644 index fd07b3596..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/DeviceStatus-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:DeviceStatus",{943:"
DeviceStatus
Contains the logic for the Inertial DeviceStatus command.
",945:"
virtual std::string commandName() const
",946:"
static DeviceStatus MakeGetCommand(
MipModels::NodeModel model,
DeviceStatusData::StatusSelector statusSelector
)
",947:"
static DeviceStatus MakeGetBasicCommand(
MipModels::NodeModel model
)
",948:"
static DeviceStatus MakeGetDiagnosticCommand(
MipModels::NodeModel model
)
",949:"
static DeviceStatusData getResponseData(
const GenericMipCmdResponse &response
)
",950:"
operator ByteStream() const
Converts this class to a ByteStream.
",951:"
Private constructor creates a DeviceStatus object.  Use Make___Command methods to create an object.
",952:"
virtual MipTypes::Command commandType() const
",953:"
virtual uint8 fieldDataByte() const
",954:"
virtual bool responseExpected() const
",956:"
MipModels::NodeModel m_model
The inertial <NodeModel> of the device.
",957:"
DeviceStatusData::StatusSelector m_statusSelector
The <StatusSelector> to determine
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/DeviceStatus-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/DeviceStatus-ToolTips.js deleted file mode 100644 index 96ce48aea..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/DeviceStatus-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({943:"
DeviceStatus
Contains the logic for the Inertial DeviceStatus command.
",2084:"
DeviceStatusData
Contains the data needed by the InertialNode::getBasicDeviceStatus method.
",2086:"
Represents the two different types of statuses returned by DeviceStatus.
",2927:"
GenericMipCmdResponse
Represents the response to a GenericMipCommand.
",3171:"
The enums for all of the different MIP commands.
",4413:"
The base model numbers for each of the MIP devices.  Ex: 6284-4220 (3DM-GQ7) NodeModel is 6284
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/DeviceStatus.html b/v66.0.1/MSCL_Docs/classes/C/DeviceStatus.html deleted file mode 100644 index eb20e98cf..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/DeviceStatus.html +++ /dev/null @@ -1,96 +0,0 @@ - - -DeviceStatus - - - - - - - -
-
DeviceStatus
-
public
MipCommand
DeviceStatus
-

Contains the logic for the Inertial DeviceStatus command.

-
- -
-
Functions
-
- -
-
commandName
-
virtual std::string commandName() const
-
Returns
std::string

the string name for this class.

-
- -
-
MakeGetCommand
-
static DeviceStatus MakeGetCommand(
MipModels::NodeModel model,
DeviceStatusData::StatusSelector statusSelector
)
-
Parameters
model
MipModels::NodeModel

model number of the current device

statusSelector
DeviceStatusData::StatusSelector

response format (basic or diagnostic)

Returns
DeviceStatus

object set up for getting the device status.

-
- -
-
MakeGetBasicCommand
-
static DeviceStatus MakeGetBasicCommand(
MipModels::NodeModel model
)
-
Parameters
model
MipModels::NodeModel

model number of the current device

Returns
DeviceStatus

object set up for getting a basic status.

-
- -
-
MakeGetDiagnosticCommand
-
static DeviceStatus MakeGetDiagnosticCommand(
MipModels::NodeModel model
)
-
Parameters
model
MipModels::NodeModel

model number of the current device

Returns
DeviceStatus

object set up for getting a diagnostic status.

-
- -
-
getResponseData
-
static DeviceStatusData getResponseData(
const GenericMipCmdResponse &response
)
-
Parameter
response
const GenericMipCmdResponse&

The GenericMipCmdResponse object from which to get formatted data.

Returns
DeviceStatusData

An object with the data returned from the device.

-
- -
-
operator ByteStream
-
operator ByteStream() const
-

Converts this class to a ByteStream.

-
- -
-
Constructor DeviceStatus
-

Private constructor creates a DeviceStatus object.  Use Make___Command methods to create an object.

-
- -
-
commandType
-
virtual MipTypes::Command commandType() const
-
Returns
MipTypes::Command

the command ID.

-
- -
-
fieldDataByte
-
virtual uint8 fieldDataByte() const
-
Returns
uint8

the byte ID for field data in the reply.

-
- -
-
responseExpected
-
virtual bool responseExpected() const
-
Returns
bool

True indicates that a response should return from the device.

-
- -
-
Variables
-
- -
-
m_model
- -

The inertial <NodeModel> of the device.

-
- -
-
m_statusSelector
- -

The <StatusSelector> to determine

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/DeviceStatusData-Summary.js b/v66.0.1/MSCL_Docs/classes/C/DeviceStatusData-Summary.js deleted file mode 100644 index 6d756cbc3..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/DeviceStatusData-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:DeviceStatusData","DeviceStatusData");NDSummary.OnSummaryLoaded("CClass:DeviceStatusData",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Enums","Enumeration"],["Functions","Function"],["Groups","Group"],["Types","Type"],["Variables","Variable"]],[[2084,0,0,"DeviceStatusData"],[2085,0,4,"Types","Types"],[2086,0,2,"StatusSelector","StatusSelector"],[2087,0,1,,"BASIC_STATUS_STRUCTURE"],[2088,0,1,,"DIAGNOSTIC_STATUS_STRUCTURE"],[2089,0,2,"SystemState","SystemState"],[2090,0,4,"Functions","Functions"],[2091,0,3,"DeviceStatusData","DeviceStatusData"],[2092,0,4,"Variables","Variables"],[2093,0,6,"model","model"],[2094,0,6,"statusStructure","statusStructure"],[2095,0,6,"systemTimerInMS","systemTimerInMS"],[2096,0,4,"Functions","Functions(2)"],[2097,0,3,"systemState","systemState"],[2098,0,3,"gnssPowerStateOn","gnssPowerStateOn"],[2099,0,3,"gnss1PpsPulseInfo","gnss1PpsPulseInfo"],[2100,0,3,"imuStreamInfo","imuStreamInfo"],[2101,0,3,"gnssStreamInfo","gnssStreamInfo"],[2102,0,3,"estimationFilterStreamInfo","estimationFilterStreamInfo"],[2103,0,3,"imuMessageInfo","imuMessageInfo"],[2104,0,3,"gnssMessageInfo","gnssMessageInfo"],[2105,0,3,"comPortInfo","comPortInfo"],[2106,0,3,"usbPortInfo","usbPortInfo"],[2107,0,3,"hasMagnetometer","hasMagnetometer"],[2108,0,3,"magnetometerInitializationFailed","magnetometerInitializationFailed"],[2109,0,3,"hasPressure","hasPressure"],[2110,0,3,"pressureInitializationFailed","pressureInitializationFailed"],[2111,0,3,"gnssReceiverInitializationFailed","gnssReceiverInitializationFailed"],[2112,0,3,"coldStartOnPowerOn","coldStartOnPowerOn"],[2113,0,3,"temperatureInfo","temperatureInfo"],[2114,0,3,"powerState","powerState"],[2115,0,3,"gyroRange","gyroRange"],[2116,0,3,"accelRange","accelRange"],[2117,0,3,"asMap","asMap"],[2118,0,3,"asValueMap","asValueMap"],[2119,0,3,"checkValue","checkValue"],[2120,0,3,"isSet","isSet"],[2121,0,4,"Variables","Variables(2)"],[2122,0,6,"m_systemState","m_systemState"],[2123,0,6,"m_gnssPowerStateOn","m_gnssPowerStateOn"],[2124,0,6,"m_gnss1PpsPulseInfo","m_gnss1PpsPulseInfo"],[2125,0,6,"m_imuStreamInfo","m_imuStreamInfo"],[2126,0,6,"m_gnssStreamInfo","m_gnssStreamInfo"],[2127,0,6,"m_estimationFilterStreamInfo","m_estimationFilterStreamInfo"],[2128,0,6,"m_imuMessageInfo","m_imuMessageInfo"],[2129,0,6,"m_gnssMessageInfo","m_gnssMessageInfo"],[2130,0,6,"m_comPortInfo","m_comPortInfo"],[2131,0,6,"m_usbPortInfo","m_usbPortInfo"],[2132,0,6,"m_hasMagnetometer","m_hasMagnetometer"],[2133,0,6,"m_magnetometerInitializationFailed","m_magnetometerInitializationFailed"],[2134,0,6,"m_hasPressure","m_hasPressure"],[2135,0,6,"m_pressureInitializationFailed","m_pressureInitializationFailed"],[2136,0,6,"m_gnssReceiverInitializationFailed","m_gnssReceiverInitializationFailed"],[2137,0,6,"m_coldStartOnPowerOn","m_coldStartOnPowerOn"],[2138,0,6,"m_temperatureInfo","m_temperatureInfo"],[2139,0,6,"m_powerState","m_powerState"],[2140,0,6,"m_gyroRange","m_gyroRange"],[2141,0,6,"m_accelRange","m_accelRange"],[2142,0,4,"Types","Types(2)"],[2143,0,5,"StatusSelectors","StatusSelectors"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/DeviceStatusData-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/DeviceStatusData-SummaryToolTips.js deleted file mode 100644 index 7e76b0f87..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/DeviceStatusData-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:DeviceStatusData",{2084:"
DeviceStatusData
Contains the data needed by the InertialNode::getBasicDeviceStatus method.
",2086:"
Represents the two different types of statuses returned by DeviceStatus.
",2089:"
Enum of available system states.
",2091:"
DeviceStatusData()
Creates a DeviceStatusData object with default values.
",2093:"
uint16 modelNumber
",2094:"
StatusSelector statusStructure
",2095:"
uint32 systemTimerInMS
",2097:"
SystemState systemState()
get or set m_systemState
",2098:"
bool gnssPowerStateOn() const
get or set m_gnssPowerStateOn
",2099:"
PpsPulseInfo gnss1PpsPulseInfo()
get or set m_gnss1PpsPulseInfo
",2100:"
StreamInfo imuStreamInfo()
get or set m_imuStreamInfo
",2101:"
StreamInfo gnssStreamInfo()
get or set m_gnssStreamInfo
",2102:"
StreamInfo estimationFilterStreamInfo()
get or set m_estimationFilterStreamInfo
",2103:"
DeviceMessageInfo imuMessageInfo()
get or set m_imuMessageInfo
",2104:"
DeviceMessageInfo gnssMessageInfo()
get or set m_gnssMessageInfo
",2105:"
PortInfo comPortInfo()
get or set m_comPortInfo
",2106:"
PortInfo usbPortInfo()
get or set m_usbPortInfo
",2107:"
bool hasMagnetometer() const
get or set m_hasMagnetometer
",2108:"
bool magnetometerInitializationFailed() const
get or set m_magnetometerInitializationFailed
",2109:"
bool hasPressure() const
get or set m_hasPressure
",2110:"
bool pressureInitializationFailed() const
get or set m_pressureInitializationFailed
",2111:"
bool gnssReceiverInitializationFailed() const
get or set m_gnssReceiverInitializationFailed
",2112:"
bool coldStartOnPowerOn() const
get or set m_coldStartOnPowerOn
",2113:"
TemperatureInfo temperatureInfo()
get or set m_temperatureInfo
",2114:"
InertialTypes::PowerState powerState() const
get or set m_powerState
",2115:"
uint16 gyroRange() const
get or set m_gyroRange
",2116:"
uint16 accelRange() const
get or set m_accelRange
",2117:"
mscl::DeviceStatusMap asMap() const
get the device status as a map
",2118:"
mscl::DeviceStatusValueMap asValueMap() const
get the device status as value map
",2119:"
template<typename T> void checkValue(
const boost::optional<T> &opt,
const std::string &valueName
) const
Throws an exception if an optional value isn\'t set.
",2120:"
template<typename T> bool isSet(
const boost::optional<T> &opt
) const
Checks whether the optional value is set.
",2122:"
boost::optional<SystemState> m_systemState
",2123:"
boost::optional<bool> m_gnssPowerStateOn
",2124:"
boost::optional<PpsPulseInfo> m_gnss1PpsPulseInfo
",2125:"
boost::optional<StreamInfo> m_imuStreamInfo
",2126:"
boost::optional<StreamInfo> m_gnssStreamInfo
",2127:"
boost::optional<StreamInfo> m_estimationFilterStreamInfo
",2128:"
boost::optional<DeviceMessageInfo> m_imuMessageInfo
",2129:"
boost::optional<DeviceMessageInfo> m_gnssMessageInfo
",2130:"
boost::optional<PortInfo> m_comPortInfo
",2131:"
boost::optional<PortInfo> m_usbPortInfo
",2132:"
boost::optional<bool> m_hasMagnetometer
",2133:"
boost::optional<bool> m_magnetometerInitializationFailed
",2134:"
boost::optional<bool> m_hasPressure
",2135:"
boost::optional<bool> m_pressureInitializationFailed
",2136:"
boost::optional<bool> m_gnssReceiverInitializationFailed
",2137:"
boost::optional<bool> m_coldStartOnPowerOn
",2138:"
boost::optional<TemperatureInfo> m_temperatureInfo
",2139:"
boost::optional<InertialTypes::PowerState> m_powerState
",2140:"
boost::optional<uint16> m_gyroRange
Gyroscope range in degrees/second
",2141:"
boost::optional<uint16> m_accelRange
Accelerometer range in gauss
",2143:"
A vector of StatusSelector objects
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/DeviceStatusData-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/DeviceStatusData-ToolTips.js deleted file mode 100644 index 078a041b1..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/DeviceStatusData-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2046:"
Contains the 1PPS Pulse info for DeviceStatusData.
",2052:"
Contains stream info for DeviceStatusData.
",2065:"
Contains USB or COM port info for DeviceStatusData.
",2073:"
Contains internal temperature info for DeviceStatusData.
",2086:"
Represents the two different types of statuses returned by DeviceStatus.
",2089:"
Enum of available system states.
",2642:"
DeviceStatusData getBasicDeviceStatus()
Gets the basic device status.
",10457:"
Error_NoData
There is no data available to be accessed
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/DeviceStatusData.html b/v66.0.1/MSCL_Docs/classes/C/DeviceStatusData.html deleted file mode 100644 index 0d41bebaf..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/DeviceStatusData.html +++ /dev/null @@ -1,323 +0,0 @@ - - -DeviceStatusData - - - - - - - -
-
DeviceStatusData
-
DeviceStatusData
-

Contains the data needed by the InertialNode::getBasicDeviceStatus method.

-
- -
-
Types
-
- -
-
StatusSelector
-

Represents the two different types of statuses returned by DeviceStatus.

BASIC_STATUS_STRUCTURE

0x01 - used to receive a limited device status.

DIAGNOSTIC_STATUS_STRUCTURE

0x02 - used to receive a complete device status.

-
- -
-
SystemState
-

Enum of available system states.

SYSTEM_INITIALIZATION = 0x0001 SYSTEM_STARTUP = 0x0002 SYSTEM_RUNNING = 0x0003

-
- -
-
Functions
-
- -
-
DeviceStatusData
-
DeviceStatusData()
-

Creates a DeviceStatusData object with default values.

-
- -
-
Variables
-
- -
-
model
-
uint16 modelNumber
-
- -
-
statusStructure
-
StatusSelector statusStructure
-
- -
-
systemTimerInMS
-
uint32 systemTimerInMS
-
- -
-
Functions
-
- -
-
systemState
-
SystemState systemState()
-

get or set m_systemState

-
- -
-
gnssPowerStateOn
-
bool gnssPowerStateOn() const
-

get or set m_gnssPowerStateOn

-
- -
-
gnss1PpsPulseInfo
-
PpsPulseInfo gnss1PpsPulseInfo()
-

get or set m_gnss1PpsPulseInfo

-
- -
-
imuStreamInfo
-
StreamInfo imuStreamInfo()
-

get or set m_imuStreamInfo

-
- -
-
gnssStreamInfo
-
StreamInfo gnssStreamInfo()
-

get or set m_gnssStreamInfo

-
- -
-
estimationFilterStreamInfo
-
StreamInfo estimationFilterStreamInfo()
-

get or set m_estimationFilterStreamInfo

-
- -
-
imuMessageInfo
-
DeviceMessageInfo imuMessageInfo()
-

get or set m_imuMessageInfo

-
- -
-
gnssMessageInfo
-
DeviceMessageInfo gnssMessageInfo()
-

get or set m_gnssMessageInfo

-
- -
-
comPortInfo
-
PortInfo comPortInfo()
-

get or set m_comPortInfo

-
- -
-
usbPortInfo
-
PortInfo usbPortInfo()
-

get or set m_usbPortInfo

-
- -
-
hasMagnetometer
-
bool hasMagnetometer() const
-

get or set m_hasMagnetometer

-
- -
-
magnetometerInitializationFailed
-
bool magnetometerInitializationFailed() const
-

get or set m_magnetometerInitializationFailed

-
- -
-
hasPressure
-
bool hasPressure() const
-

get or set m_hasPressure

-
- -
-
pressureInitializationFailed
-
bool pressureInitializationFailed() const
-

get or set m_pressureInitializationFailed

-
- -
-
gnssReceiverInitializationFailed
-
bool gnssReceiverInitializationFailed() const
-

get or set m_gnssReceiverInitializationFailed

-
- -
-
coldStartOnPowerOn
-
bool coldStartOnPowerOn() const
-

get or set m_coldStartOnPowerOn

-
- -
-
temperatureInfo
-
TemperatureInfo temperatureInfo()
-

get or set m_temperatureInfo

-
- -
-
powerState
-
InertialTypes::PowerState powerState() const
-

get or set m_powerState

-
- -
-
gyroRange
-
uint16 gyroRange() const
-

get or set m_gyroRange

-
- -
-
accelRange
-
uint16 accelRange() const
-

get or set m_accelRange

-
- -
-
asMap
-
mscl::DeviceStatusMap asMap() const
-

get the device status as a map

-
- -
-
asValueMap
-
mscl::DeviceStatusValueMap asValueMap() const
-

get the device status as value map

-
- -
-
checkValue
-
template<typename T> void checkValue(
const boost::optional<T> &opt,
const std::string &valueName
) const
-

Throws an exception if an optional value isn't set.

Parameters
opt
const boost::optional<T>&

The boost::optional value to check if it is set.

valueName
const std::string&

The name of the value being checked. This will be included in the exception description if not set.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
isSet
-
template<typename T> bool isSet(
const boost::optional<T> &opt
) const
-

Checks whether the optional value is set.

Parameters
opt
const boost::optional<T>&

The boost::optional value to check if it is set.

Returns

true if the value is set, false if it is not set.

-
- -
-
Variables
-
- -
-
m_systemState
-
boost::optional<SystemState> m_systemState
-
- -
-
m_gnssPowerStateOn
-
boost::optional<bool> m_gnssPowerStateOn
-
- -
-
m_gnss1PpsPulseInfo
-
boost::optional<PpsPulseInfo> m_gnss1PpsPulseInfo
-
- -
-
m_imuStreamInfo
-
boost::optional<StreamInfo> m_imuStreamInfo
-
- -
-
m_gnssStreamInfo
-
boost::optional<StreamInfo> m_gnssStreamInfo
-
- -
-
m_estimationFilterStreamInfo
-
boost::optional<StreamInfo> m_estimationFilterStreamInfo
-
- -
-
m_imuMessageInfo
-
boost::optional<DeviceMessageInfo> m_imuMessageInfo
-
- -
-
m_gnssMessageInfo
-
boost::optional<DeviceMessageInfo> m_gnssMessageInfo
-
- -
-
m_comPortInfo
-
boost::optional<PortInfo> m_comPortInfo
-
- -
-
m_usbPortInfo
-
boost::optional<PortInfo> m_usbPortInfo
-
- -
-
m_hasMagnetometer
-
boost::optional<bool> m_hasMagnetometer
-
- -
-
m_magnetometerInitializationFailed
-
boost::optional<bool> m_magnetometerInitializationFailed
-
- -
-
m_hasPressure
-
boost::optional<bool> m_hasPressure
-
- -
-
m_pressureInitializationFailed
-
boost::optional<bool> m_pressureInitializationFailed
-
- -
-
m_gnssReceiverInitializationFailed
-
boost::optional<bool> m_gnssReceiverInitializationFailed
-
- -
-
m_coldStartOnPowerOn
-
boost::optional<bool> m_coldStartOnPowerOn
-
- -
-
m_temperatureInfo
-
boost::optional<TemperatureInfo> m_temperatureInfo
-
- -
-
m_powerState
-
boost::optional<InertialTypes::PowerState> m_powerState
-
- -
-
m_gyroRange
-
boost::optional<uint16> m_gyroRange
-

Gyroscope range in degrees/second

-
- -
-
m_accelRange
-
boost::optional<uint16> m_accelRange
-

Accelerometer range in gauss

-
- -
-
Types
-
- -
-
StatusSelectors
-

A vector of StatusSelector objects

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/DeviceStatusFlags-Summary.js b/v66.0.1/MSCL_Docs/classes/C/DeviceStatusFlags-Summary.js deleted file mode 100644 index e4e0d0820..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/DeviceStatusFlags-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:DeviceStatusFlags","DeviceStatusFlags");NDSummary.OnSummaryLoaded("CClass:DeviceStatusFlags",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Groups","Group"]],[[4579,0,0,"DeviceStatusFlags"],[4580,0,2,"Constants","Constants"],[4581,0,1,"Packet Bytes","Packet_Bytes"],[4582,0,1,,"FIELD_DATA_BYTE"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/DeviceStatusFlags-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/DeviceStatusFlags-SummaryToolTips.js deleted file mode 100644 index b7fc70b59..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/DeviceStatusFlags-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:DeviceStatusFlags",{4579:"
DeviceStatusFlags
Contains the logic for the DeviceStatusFlags command.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/DeviceStatusFlags-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/DeviceStatusFlags-ToolTips.js deleted file mode 100644 index 9589986d9..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/DeviceStatusFlags-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2937:"
GenericMipCommand
Represents a base class for MIP commands
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/DeviceStatusFlags.html b/v66.0.1/MSCL_Docs/classes/C/DeviceStatusFlags.html deleted file mode 100644 index 5ac60fef6..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/DeviceStatusFlags.html +++ /dev/null @@ -1,26 +0,0 @@ - - -DeviceStatusFlags - - - - - - - -
-
DeviceStatusFlags
-
private
GenericMipCommand
DeviceStatusFlags
-

Contains the logic for the DeviceStatusFlags command.

-
- -
-
Constants
-
- -
-
Packet Bytes
-
FIELD_DATA_BYTE

Descriptor byte for the Field data.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/DeviceTime-Summary.js b/v66.0.1/MSCL_Docs/classes/C/DeviceTime-Summary.js deleted file mode 100644 index 5288625df..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/DeviceTime-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:DeviceTime","DeviceTime");NDSummary.OnSummaryLoaded("CClass:DeviceTime",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Groups","Group"]],[[264,0,0,"DeviceTime"],[265,0,2,"Constants","Constants"],[266,0,1,"Packet Bytes","Packet_Bytes"],[267,0,1,,"FIELD_DATA_BYTE"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/DeviceTime-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/DeviceTime-SummaryToolTips.js deleted file mode 100644 index 0b7a503af..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/DeviceTime-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:DeviceTime",{264:"
DeviceTime
Contains the logic for the DeviceTime command.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/DeviceTime-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/DeviceTime-ToolTips.js deleted file mode 100644 index 9589986d9..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/DeviceTime-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2937:"
GenericMipCommand
Represents a base class for MIP commands
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/DeviceTime.html b/v66.0.1/MSCL_Docs/classes/C/DeviceTime.html deleted file mode 100644 index f2ac32659..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/DeviceTime.html +++ /dev/null @@ -1,26 +0,0 @@ - - -DeviceTime - - - - - - - -
-
DeviceTime
- -

Contains the logic for the DeviceTime command.

-
- -
-
Constants
-
- -
-
Packet Bytes
-
FIELD_DATA_BYTE

Descriptor byte for the Field data.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Devices-Summary.js b/v66.0.1/MSCL_Docs/classes/C/Devices-Summary.js deleted file mode 100644 index 320e3af13..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Devices-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:Devices","Devices");NDSummary.OnSummaryLoaded("CClass:Devices",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Enums","Enumeration"],["Functions","Function"],["Groups","Group"],["Types","Type"]],[[133,0,0,"Devices"],[134,0,4,"Types","Types"],[135,0,2,"DeviceType","DeviceType"],[136,0,1,,"TYPE_ALL"],[137,0,1,,"TYPE_BASESTATION"],[138,0,1,,"TYPE_INERTIALDEVICE"],[139,0,5,"DeviceList","DeviceList"],[140,0,4,"Functions","Functions"],[141,0,3,"listBaseStations","listBaseStations"],[142,0,3,"listInertialDevices","listInertialDevices"],[143,0,3,"listPorts","listPorts"],[144,0,3,"listDevices","listDevices"],[145,0,3,"matchesDevice","matchesDevice"],[146,0,3,"matchesDevice","matchesDevice(2)"],[147,0,3,"getDeviceInfo","getDeviceInfo"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Devices-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Devices-SummaryToolTips.js deleted file mode 100644 index 6b6650675..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Devices-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:Devices",{133:"
Devices
Contains helper functions for accessing attached devices
",139:"
Typedef for a map of string COM ports to DeviceInfo objects detailing the information about each device
",141:"
static DeviceList listBaseStations()
Gets a list of all the attached (USB) BaseStations.  Note that this is solely going by listed devices that use our driver, so this may pick up similar devices that are not BaseStations.
",142:"
static DeviceList listInertialDevices()
Gets a list of all the attached (USB) InertialDevices.
",143:"
static DeviceList listPorts()
Gets a simple list of all serial ports and their availability.
",144:"
static DeviceList listDevices(
DeviceType devType
)
Gets a list of attached devices that match the given DeviceType
",145:"
static bool matchesDevice(
const std::string &pnpID,
const std::string &name,
DeviceType devType,
uint32 &baudRate,
DeviceInfo::ConnectionType &type
)
Checks whether a given string found from WMI matches the given device
",146:"
static bool matchesDevice(
const std::string &manufacturer,
const std::string &vendorId,
DeviceType devType,
uint32 &baudRate,
DeviceInfo::ConnectionType &type
)
Checks whether the given information, found from searching files in linux, matches the given device
",147:"
static bool getDeviceInfo(
const std::string &devicePath,
std::string &serial,
std::string &manufacturer,
std::string &vendorId
)
Gets information about the attached device
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Devices-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Devices-ToolTips.js deleted file mode 100644 index ca672ead2..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Devices-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({115:"
DeviceInfo
Contains information on an attached device
",139:"
Typedef for a map of string COM ports to DeviceInfo objects detailing the information about each device
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Devices.html b/v66.0.1/MSCL_Docs/classes/C/Devices.html deleted file mode 100644 index bc7ee0a18..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Devices.html +++ /dev/null @@ -1,77 +0,0 @@ - - -Devices - - - - - - - -
-
Devices
-
Devices
-

Contains helper functions for accessing attached devices

-
- -
-
Types
-
- -
-
DeviceType
-
TYPE_ALL

0 - All Devices

TYPE_BASESTATION

1 - Device of a BaseStation type

TYPE_INERTIALDEVICE

2 - Device of an InertialDevice type

-
- -
-
DeviceList
-

Typedef for a map of string COM ports to DeviceInfo objects detailing the information about each device

-
- -
-
Functions
-
- -
-
listBaseStations
-
static DeviceList listBaseStations()
-

Gets a list of all the attached (USB) BaseStations.  Note that this is solely going by listed devices that use our driver, so this may pick up similar devices that are not BaseStations.

Returns

A DeviceList representing the COM ports that were found that match MicroStrain BaseStations.  If none were found, the list will be empty.

-
- -
-
listInertialDevices
-
static DeviceList listInertialDevices()
-

Gets a list of all the attached (USB) InertialDevices.

Returns

A DeviceList representing the COM ports that were found that match MicroStrain InertialDevices.  If none were found, the list will be empty.

-
- -
-
listPorts
-
static DeviceList listPorts()
-

Gets a simple list of all serial ports and their availability.

Returns

A DeviceList representing the ports that were found and their availability.  If none were found, the list will be empty.

-
- -
-
listDevices
-
static DeviceList listDevices(
DeviceType devType
)
-

Gets a list of attached devices that match the given DeviceType

Parameters
devType
DeviceType

The type of device to list

-
- -
-
matchesDevice
-
static bool matchesDevice(
const std::string &pnpID,
const std::string &name,
DeviceType devType,
uint32 &baudRate,
DeviceInfo::ConnectionType &type
)
-

Checks whether a given string found from WMI matches the given device

Parameters
pnpID
const std::string&

The WMI PNPDeviceID to match

name
const std::string&

The WMI Name to match

devType
DeviceType

The DeviceType to check for

baudRate
uint32&

Resulting suspected baud rate based on the device information

type
DeviceInfo::ConnectionType&

Resulting DeviceInfo::ConnectionType of the device

Returns

true if the string matches the given DeviceType, false otherwise

-
- -
-
matchesDevice
-
static bool matchesDevice(
const std::string &manufacturer,
const std::string &vendorId,
DeviceType devType,
uint32 &baudRate,
DeviceInfo::ConnectionType &type
)
-

Checks whether the given information, found from searching files in linux, matches the given device

Parameters
manufacturer
const std::string&

The manufacturer of the device

vendorId
const std::string&

The vendor id of the device

devType
DeviceType

The DeviceType to check for

baudRate
uint32&

Resulting suspected baud rate based on the device information

type
DeviceInfo::ConnectionType&

Resulting DeviceInfo::ConnectionType of the device

Returns

true if the string matches the given DeviceType, false otherwise

-
- -
-
getDeviceInfo
-
static bool getDeviceInfo(
const std::string &devicePath,
std::string &serial,
std::string &manufacturer,
std::string &vendorId
)
-

Gets information about the attached device

Parameters
devicePath
const std::string&

The device path in the directory/form of "/sys/bus/___/devices/___"

serial
std::string&

An output parameter that holds the resulting serial of the device

manufacturer
std::string&

An output parameter that holds the resulting manufacturer of the device

vendorId
std::string&

An output parameter that holds the resulting vendor ID of the device

Returns

true if successfully find the device info, false otherwise

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/DiagnosticPacket-Summary.js b/v66.0.1/MSCL_Docs/classes/C/DiagnosticPacket-Summary.js deleted file mode 100644 index f2eaff486..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/DiagnosticPacket-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:DiagnosticPacket","DiagnosticPacket");NDSummary.OnSummaryLoaded("CClass:DiagnosticPacket",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[7685,0,0,"DiagnosticPacket"],[7686,0,2,"Functions","Functions"],[7687,0,1,"DiagnosticPacket","DiagnosticPacket"],[7688,0,1,"parseSweeps","parseSweeps"],[7689,0,1,"addDataPoint","addDataPoint"],[7690,0,1,"integrityCheck","integrityCheck"],[7691,0,1,"getUniqueId","getUniqueId"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/DiagnosticPacket-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/DiagnosticPacket-SummaryToolTips.js deleted file mode 100644 index a0e8c9111..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/DiagnosticPacket-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:DiagnosticPacket",{7685:"
DiagnosticPacket
A WirelessDataPacket derived class representing a Diagnostic packet.
",7687:"
explicit DiagnosticPacket(
const WirelessPacket &packet
)
Creates a DiagnosticPacket from the passed in WirelessPacket.
",7688:"
void parseSweeps()
Parses the passed in WirelessPacket for all the sweep information and adds a sweep to the sweeps container
",7689:"
static void addDataPoint(
ChannelData &container,
DataBuffer &payload,
uint8 infoLength,
uint8 infoId,
NodeAddress nodeAddress
)
Adds a WirelessDataPoint from the payload to the given <ChannelData> container.
",7690:"
static bool integrityCheck(
const WirelessPacket &packet
)
Verifies that the packet is a well formed Diagnostic packet.
",7691:"
static UniqueWirelessPacketId getUniqueId(
const WirelessPacket &packet
)
Gets the unique Id of the WirelessPacket passed in
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/DiagnosticPacket-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/DiagnosticPacket-ToolTips.js deleted file mode 100644 index 969c843f4..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/DiagnosticPacket-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7176:"
WirelessPacket
Represents a MicroStrain wireless packet
",7236:"
WirelessDataPacket
A class representing a Wireless Data Packet.
",8011:"
WirelessDataPoint
Represents a single channel\'s data point within a sweep
",9916:"
Used to easily read a container of bytes
",9928:"
DataBuffer
A buffer of bytes extending from the ByteStream class that is used for holding bytes read in from the connection
",10245:"
typedef for a Node\'s node address.
",10248:"
Typedef for an id that uniquely identifies a wireless packet.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/DiagnosticPacket.html b/v66.0.1/MSCL_Docs/classes/C/DiagnosticPacket.html deleted file mode 100644 index b9d7dde0a..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/DiagnosticPacket.html +++ /dev/null @@ -1,51 +0,0 @@ - - -DiagnosticPacket - - - - - - - -
-
DiagnosticPacket
-
public
WirelessDataPacket
DiagnosticPacket
-

A WirelessDataPacket derived class representing a Diagnostic packet.

-
- -
-
Functions
-
- -
-
DiagnosticPacket
-
explicit DiagnosticPacket(
const WirelessPacket &packet
)
-

Creates a DiagnosticPacket from the passed in WirelessPacket.

Parameters
packet
const WirelessPacket&

A WirelessPacket determined to be an DiagnosticPacket.

-
- -
-
parseSweeps
-
void parseSweeps()
-

Parses the passed in WirelessPacket for all the sweep information and adds a sweep to the sweeps container

-
- -
-
addDataPoint
-
static void addDataPoint(
ChannelData &container,
DataBuffer &payload,
uint8 infoLength,
uint8 infoId,
NodeAddress nodeAddress
)
-

Adds a WirelessDataPoint from the payload to the given <ChannelData> container.

Parameters
container
ChannelData&

The <ChannelData> container to add the data point to.

payload
DataBuffer&

The DataBuffer containing the payload, moved to the position of the info bytes to read.

infoLength
uint8

The number of bytes that make up the info item.

infoId
uint8

The id of the info item.

nodeAddress
NodeAddress

The NodeAddress of the Node this data point was from.

-
- -
-
integrityCheck
-
static bool integrityCheck(
const WirelessPacket &packet
)
-

Verifies that the packet is a well formed Diagnostic packet.

Parameters
packet
const WirelessPacket&

The fully formed Wireless Packet to check the integrity of.

Returns

true if the packet is a well formed Diagnostic, false otherwise

-
- -
-
getUniqueId
-
static UniqueWirelessPacketId getUniqueId(
const WirelessPacket &packet
)
-

Gets the unique Id of the WirelessPacket passed in

Parameters
packet
const WirelessPacket&

The WirelessPacket to get the unique id of

Returns

The UniqueWirelessPacketId of the passed in packet

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/DisplacementModels-Summary.js b/v66.0.1/MSCL_Docs/classes/C/DisplacementModels-Summary.js deleted file mode 100644 index ab623da6b..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/DisplacementModels-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:DisplacementModels","DisplacementModels");NDSummary.OnSummaryLoaded("CClass:DisplacementModels",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Enums","Enumeration"],["Functions","Function"],["Groups","Group"]],[[268,0,0,"DisplacementModels"],[269,0,4,"Types","Types"],[270,0,2,"NodeModel","NodeModel"],[271,0,1,,"node_digitalDemod"],[272,0,4,"Functions","Functions"],[273,0,3,"nodeFromModelString","nodeFromModelString"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/DisplacementModels-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/DisplacementModels-SummaryToolTips.js deleted file mode 100644 index 976d7fd8e..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/DisplacementModels-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:DisplacementModels",{268:"
DisplacementModels
Contains the models of Displacement hardware.
",270:"
The model numbers for each of the Displacement Nodes.
",273:"
static NodeModel nodeFromModelString(
const std::string &modelNumberString
)
Converts the model number string received from an InertialNode to a NodeModel enum.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/DisplacementModels-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/DisplacementModels-ToolTips.js deleted file mode 100644 index 63495f1e8..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/DisplacementModels-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({270:"
The model numbers for each of the Displacement Nodes.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/DisplacementModels.html b/v66.0.1/MSCL_Docs/classes/C/DisplacementModels.html deleted file mode 100644 index 2bc432bf5..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/DisplacementModels.html +++ /dev/null @@ -1,36 +0,0 @@ - - -DisplacementModels - - - - - - - -
-
DisplacementModels
-
DisplacementModels
-

Contains the models of Displacement hardware.

-
- -
-
Types
-
- -
-
NodeModel
-

The model numbers for each of the Displacement Nodes.

node_digitalDemod

6130 - Digital Demod

-
- -
-
Functions
-
- -
-
nodeFromModelString
-
static NodeModel nodeFromModelString(
const std::string &modelNumberString
)
-

Converts the model number string received from an InertialNode to a NodeModel enum.

Parameters
modelNumberString
const std::string&

The model number string recieved in an InertialNode's Get Device Info packet.

Returns

A NodeModel enum created from the string.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/DisplacementNode-Summary.js b/v66.0.1/MSCL_Docs/classes/C/DisplacementNode-Summary.js deleted file mode 100644 index b4605a509..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/DisplacementNode-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:DisplacementNode","DisplacementNode");NDSummary.OnSummaryLoaded("CClass:DisplacementNode",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[274,0,0,"DisplacementNode"],[275,0,2,"Functions","Functions"],[276,0,1,"DisplacementNode","DisplacementNode"],[277,0,2,"Variables","Variables"],[278,0,3,"m_impl","m_impl"],[279,0,2,"Functions","Functions(2)"],[280,0,1,"doCommand","doCommand"],[281,0,1,"doCommand","doCommand(2)"],[282,0,1,"deviceName","deviceName"],[283,0,1,"connection","connection"],[284,0,1,"features","features"],[285,0,1,"lastCommunicationTime","lastCommunicationTime"],[286,0,1,"lastDeviceState","lastDeviceState"],[287,0,1,"firmwareVersion","firmwareVersion"],[288,0,1,"model","model"],[289,0,1,"modelName","modelName"],[290,0,1,"modelNumber","modelNumber"],[291,0,1,"serialNumber","serialNumber"],[292,0,1,"lotNumber","lotNumber"],[293,0,1,"deviceOptions","deviceOptions"],[294,0,1,"getDataPackets","getDataPackets"],[295,0,1,"totalPackets","totalPackets"],[296,0,1,"timeout","timeout"],[297,0,1,"timeout","timeout(2)"],[298,0,1,"name","name"],[299,0,1,"ping","ping"],[300,0,1,"setToIdle","setToIdle"],[301,0,1,"cyclePower","cyclePower"],[302,0,1,"resume","resume"],[303,0,1,"getDisplacementOutputDataRate","getDisplacementOutputDataRate"],[304,0,1,"getAnalogToDisplacementCal","getAnalogToDisplacementCal"],[305,0,1,"setDeviceTime","setDeviceTime"],[306,0,1,"setDeviceTime","setDeviceTime(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/DisplacementNode-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/DisplacementNode-SummaryToolTips.js deleted file mode 100644 index 9ba4f5873..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/DisplacementNode-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:DisplacementNode",{274:"
DisplacementNode
A class representing a MicroStrain Displacement Node
",276:"
explicit DisplacementNode(
Connection connection
)
Creates an DisplacementNode object.
",278:"
std::shared_ptr<MipNode_Impl> m_impl
The MipNode_Impl class that contains all the implementation logic for the DisplacementNode class.
",280:"
virtual GenericMipCmdResponse doCommand(
GenericMipCommand::Response &response,
const ByteStream &command,
bool verifySupported = true
) const
Performs a generic Mip Command, sending the command bytes and waiting for the response.
",281:"
virtual Bytes doCommand(
uint8 descriptorSet,
uint8 cmdDescriptor,
const Bytes &fieldData,
bool ackNackResponse,
bool dataResponse,
uint8 responseDataDescriptor = 0
) const
Note: This is an ADVANCED COMMAND. Most users will not need to use this.  Allows sending custom data as a MIP packet to the device, and receiving custom data as a response.
",282:"
static std::string deviceName(
const std::string &serial
)
Static function for creating the universal sensor name that should be used for SensorCloud.
",283:"
Connection& connection()
Gets the Connection object that this DisplacementNode is using.
",284:"
const MipNodeFeatures& features()
Gets a reference to the MipNodeFeatures for this device.  Note: This will be invalid when the DisplacementNode is destroyed.
",285:"
const Timestamp& lastCommunicationTime() const
Gets the Timestamp for the last time MSCL communicated with the DisplacementNode.
",286:"
DeviceState lastDeviceState() const
Gets the last known DeviceState for the InertialNode.  This device state is updated by MSCL when data packets are received, as well as when operations are performed, such as setting a Node to idle.
",287:"
Version firmwareVersion() const
Gets the firmware Version of the DisplacementNode.
",288:"
DisplacementModels::NodeModel model() const
Gets the DisplacementModels::NodeModel of the DisplacementNode.
",289:"
std::string modelName() const
Gets the model name of the DisplacementNode (ie. "3DM-GX3-45").
",290:"
std::string modelNumber() const
Gets the model number of the DisplacementNode (ie. "6225-4220").
",291:"
std::string serialNumber() const
Gets the serial number of the DisplacementNode (ie. "6225-01319").
",292:"
std::string lotNumber() const
Gets the lot number of the DisplacementNode (ie. "I042Y").
",293:"
std::string deviceOptions() const
Gets the device options of the DisplacementNode (ie. "5g, 300d/s").
",294:"
MipDataPackets getDataPackets(
uint32 timeout = 0,
uint32 maxPackets = 0
)
Gets up to the requested amount of data packets that have been collected.
",295:"
uint32 totalPackets()
Gets the total number of data packets that are currently in the buffer.
",296:"
void timeout(
uint64 timeout
)
Sets the timeout to use when waiting for responses from commands.
",297:"
uint64 timeout() const
Gets the timeout to use when waiting for responses from commands.
",298:"
std::string name()
Gets the name of the DisplacementNode. This is the universal sensor name that should be used for uploading to SensorCloud.  This is the same as calling DisplacementNode::deviceName.
",299:"
bool ping()
Pings the Node to check for communication.  Sends the "Ping" command to the device.
",300:"
void setToIdle()
Suspends streaming (if enabled) or wakes the device from sleep (if sleeping), putting the device in an idle mode.  After this command is used, the resume command may be used to put the Node back into the mode it was previously in before setToIdle was called.
",301:"
bool cyclePower()
Performs the "Device Reset" command.  Note: This is essentially the same as unplugging and plugging the device back in.
",302:"
void resume()
Places the Node back in the mode it was in before issuing the setToIdle command.  If the setToIdle command was not issued, then the device is placed in default mode.
",303:"
SampleRate getDisplacementOutputDataRate() const
Gets the output data rate for the displacement data.
",304:"
LinearEquation getAnalogToDisplacementCal() const
Gets the Analog to Displacement calibration coefficients.
",305:"
void setDeviceTime()
Seeds the device time with the current system time.  This time will be reflected in the timestamp field that can come with data from the device.
",306:"
void setDeviceTime(
uint64 nanoseconds
)
Seeds the device time with a specific time.  This time will be reflected in the timestamp field that can come with data from the device.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/DisplacementNode-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/DisplacementNode-ToolTips.js deleted file mode 100644 index dfdb3333f..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/DisplacementNode-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({270:"
The model numbers for each of the Displacement Nodes.
",282:"
static std::string deviceName(
const std::string &serial
)
Static function for creating the universal sensor name that should be used for SensorCloud.
",291:"
std::string serialNumber() const
Gets the serial number of the DisplacementNode (ie. "6225-01319").
",300:"
void setToIdle()
Suspends streaming (if enabled) or wakes the device from sleep (if sleeping), putting the device in an idle mode.  After this command is used, the resume command may be used to put the Node back into the mode it was previously in before setToIdle was called.
",302:"
void resume()
Places the Node back in the mode it was in before issuing the setToIdle command.  If the setToIdle command was not issued, then the device is placed in default mode.
",367:"
Connection
The Connection object that is used for communication.
",2927:"
GenericMipCmdResponse
Represents the response to a GenericMipCommand.
",3095:"
MipDataPacket
A Mip Data Packet that contains both valid and invalid data from a MIP Device.
",4161:"
MipNode_Impl
Contains the implementation for an InertialNode.
",4587:"
MipNodeInfo
Contains basic information about a MipNode.
",5147:"
MipNodeFeatures
Contains information on which features are supported by an InertialNode.
",9819:"
SampleRate
Represents a MicroStrain sample rate (rate at which data is sampling)
",9881:"
LinearEquation
Represents a linear equation (y = mx + b).
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10253:"
typedef for a vector of bytes.
",10274:"
The possible states a device can be in.
",10291:"
Timestamp
Represents a date/time object
",10409:"
Version
Class that represents, and provides helper functions for, a Version number
",10453:"
Error_NotSupported
A command/feature was attempted to be used that was not supported.
",10457:"
Error_NoData
There is no data available to be accessed
",10468:"
Error_Communication
The exception for failing to communicate with a device.
",10479:"
Error_Connection
The generic connection exception.
",10497:"
Error_MipCmdFailed
The Inertial command has failed
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/DisplacementNode.html b/v66.0.1/MSCL_Docs/classes/C/DisplacementNode.html deleted file mode 100644 index db7ba9187..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/DisplacementNode.html +++ /dev/null @@ -1,203 +0,0 @@ - - -DisplacementNode - - - - - - - -
-
DisplacementNode
-
DisplacementNode
-

A class representing a MicroStrain Displacement Node

-
- -
-
Functions
-
- -
-
DisplacementNode
-
explicit DisplacementNode(
Connection connection
)
-

Creates an DisplacementNode object.

Parameters
connection
Connection

The Connection object used for communication.

Exceptions
-
- -
-
Variables
-
- -
-
m_impl
-
std::shared_ptr<MipNode_Impl> m_impl
-

The MipNode_Impl class that contains all the implementation logic for the DisplacementNode class.

-
- -
-
Functions
-
- -
-
doCommand
-
virtual GenericMipCmdResponse doCommand(
GenericMipCommand::Response &response,
const ByteStream &command,
bool verifySupported = true
) const
-

Performs a generic Mip Command, sending the command bytes and waiting for the response.

Parameters
response
GenericMipCommand::Response&

A <GenericMipCommand::Response> that will be used to wait and contain all the command/result information.

command
const ByteStream&

The ByteStream containing the bytes to send for the command.

verifySupported
bool

Whether to verify if the command is supported before performing the command (default of true).

Returns

The GenericMipCmdResponse that contains the actual data from the response

Exceptions
-
- -
-
doCommand
-
virtual Bytes doCommand(
uint8 descriptorSet,
uint8 cmdDescriptor,
const Bytes &fieldData,
bool ackNackResponse,
bool dataResponse,
uint8 responseDataDescriptor = 0
) const
-

Note: This is an ADVANCED COMMAND. Most users will not need to use this.  Allows sending custom data as a MIP packet to the device, and receiving custom data as a response.

Parameters
descriptorSet
uint8

The MIP descriptor set byte.

cmdDescriptor
uint8

The MIP command field descriptor byte.

fieldData
const Bytes&

The MIP field data to send in the command (pass an empty Bytes container if none).

ackNackResponse
bool

Whether or not a MIP ack/nack response field is expected.

dataResponse
bool

Whether or not a MIP data response field is expected.

responseDataDescriptor
uint8

The MIP response data field descriptor byte (only required if dataResponse flag is true)

Returns

The response field Bytes from a successful response (empty if no dataResponse).

Exceptions
-
- -
-
deviceName
-
static std::string deviceName(
const std::string &serial
)
-

Static function for creating the universal sensor name that should be used for SensorCloud.

Parameters
serial
const std::string&

The serial number of the node. This should be identical to calling the serialNumber function on an MipNodeInfo object (see <DisplacementNode::info>).

Returns

The universal sensor name.

-
- -
-
connection
-
Connection& connection()
-

Gets the Connection object that this DisplacementNode is using.

Returns

The Connection object that this DisplacementNode is using.

-
- -
-
features
-
const MipNodeFeatures& features()
-

Gets a reference to the MipNodeFeatures for this device.  Note: This will be invalid when the DisplacementNode is destroyed.

Exceptions
-
- -
-
lastCommunicationTime
-
const Timestamp& lastCommunicationTime() const
-

Gets the Timestamp for the last time MSCL communicated with the DisplacementNode.

Returns

A Timestamp representing the last time MSCL communicated with the Node.

Exceptions

  • Error_NoData: There is no communication time logged for this device.

-
- -
-
lastDeviceState
-
DeviceState lastDeviceState() const
-

Gets the last known DeviceState for the InertialNode.  This device state is updated by MSCL when data packets are received, as well as when operations are performed, such as setting a Node to idle.

Returns

The last known DeviceState.

-
- -
-
firmwareVersion
-
Version firmwareVersion() const
-

Gets the firmware Version of the DisplacementNode.

Returns

The firmware Version of the DisplacementNode.

Exceptions
-
- -
-
model
- -

Gets the DisplacementModels::NodeModel of the DisplacementNode.

Returns

The DisplacementModels::NodeModel of the DisplacementNode.

Exceptions
-
- -
-
modelName
-
std::string modelName() const
-

Gets the model name of the DisplacementNode (ie. "3DM-GX3-45").

Returns

The model name of the DisplacementNode.

Exceptions
-
- -
-
modelNumber
-
std::string modelNumber() const
-

Gets the model number of the DisplacementNode (ie. "6225-4220").

Returns

The model number of the DisplacementNode.

Exceptions
-
- -
-
serialNumber
-
std::string serialNumber() const
-

Gets the serial number of the DisplacementNode (ie. "6225-01319").

Returns

The serial number of the DisplacementNode.

Exceptions
-
- -
-
lotNumber
-
std::string lotNumber() const
-

Gets the lot number of the DisplacementNode (ie. "I042Y").

Returns

The lot number of the DisplacementNode.

Exceptions
-
- -
-
deviceOptions
-
std::string deviceOptions() const
-

Gets the device options of the DisplacementNode (ie. "5g, 300d/s").

Returns

The device options of the DisplacementNode.

Exceptions
-
- -
-
getDataPackets
-
MipDataPackets getDataPackets(
uint32 timeout = 0,
uint32 maxPackets = 0
)
-

Gets up to the requested amount of data packets that have been collected.

Parameters
timeout
uint32

The timeout, in milliseconds, to wait for data if necessary (default of 0).

maxPackets
uint32

The maximum number of packets to return. If this is 0 (default), all packets will be returned.

Returns

A vector of MipDataPackets containing all the data packets that are available up to the requested number of packets.

Exceptions
-
- -
-
totalPackets
-
uint32 totalPackets()
-

Gets the total number of data packets that are currently in the buffer.

Returns

The total number of data packets that are currently in the buffer.

-
- -
-
timeout
-
void timeout(
uint64 timeout
)
-

Sets the timeout to use when waiting for responses from commands.

Parameters
timeout
uint64

The timeout (in milliseconds) to set for commands.

-
- -
-
timeout
-
uint64 timeout() const
-

Gets the timeout to use when waiting for responses from commands.

Returns

The timeout (in milliseconds) used for commands.

-
- -
-
name
-
std::string name()
-

Gets the name of the DisplacementNode. This is the universal sensor name that should be used for uploading to SensorCloud.  This is the same as calling DisplacementNode::deviceName.

Returns

The universal sensor name.

-
- -
-
ping
-
bool ping()
-

Pings the Node to check for communication.  Sends the "Ping" command to the device.

Returns

true if successfully pinged the node, false if failed.

Exceptions
-
- -
-
setToIdle
-
void setToIdle()
-

Suspends streaming (if enabled) or wakes the device from sleep (if sleeping), putting the device in an idle mode.  After this command is used, the resume command may be used to put the Node back into the mode it was previously in before setToIdle was called.

Exceptions
-
- -
-
cyclePower
-
bool cyclePower()
-

Performs the "Device Reset" command.  Note: This is essentially the same as unplugging and plugging the device back in.

Exceptions
-
- -
-
resume
-
void resume()
-

Places the Node back in the mode it was in before issuing the setToIdle command.  If the setToIdle command was not issued, then the device is placed in default mode.

Exceptions
-
- -
-
getDisplacementOutputDataRate
-
SampleRate getDisplacementOutputDataRate() const
-

Gets the output data rate for the displacement data.

Returns

A SampleRate.

Exceptions
-
- -
-
getAnalogToDisplacementCal
-
LinearEquation getAnalogToDisplacementCal() const
-

Gets the Analog to Displacement calibration coefficients.

Returns

A LinearEquation containing the slope and offset.

Exceptions
-
- -
-
setDeviceTime
-
void setDeviceTime()
-

Seeds the device time with the current system time.  This time will be reflected in the timestamp field that can come with data from the device.

Exceptions
-
- -
-
setDeviceTime
-
void setDeviceTime(
uint64 nanoseconds
)
-

Seeds the device time with a specific time.  This time will be reflected in the timestamp field that can come with data from the device.

Parameters
nanoseconds
uint64

The number of nanoseconds since Unix Epoch.

Exceptions
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/DisplacementOutputDataRate-Summary.js b/v66.0.1/MSCL_Docs/classes/C/DisplacementOutputDataRate-Summary.js deleted file mode 100644 index 69b1d0fc3..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/DisplacementOutputDataRate-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:DisplacementOutputDataRate","DisplacementOutputDataRate");NDSummary.OnSummaryLoaded("CClass:DisplacementOutputDataRate",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Groups","Group"]],[[260,0,0,"DisplacementOutputDataRate"],[261,0,2,"Constants","Constants"],[262,0,1,"Packet Bytes","Packet_Bytes"],[263,0,1,,"FIELD_DATA_BYTE"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/DisplacementOutputDataRate-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/DisplacementOutputDataRate-SummaryToolTips.js deleted file mode 100644 index ef0523786..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/DisplacementOutputDataRate-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:DisplacementOutputDataRate",{260:"
DisplacementOutputDataRate
Contains the logic for the DisplacementOutputDataRate command.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/DisplacementOutputDataRate-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/DisplacementOutputDataRate-ToolTips.js deleted file mode 100644 index 9589986d9..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/DisplacementOutputDataRate-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2937:"
GenericMipCommand
Represents a base class for MIP commands
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/DisplacementOutputDataRate.html b/v66.0.1/MSCL_Docs/classes/C/DisplacementOutputDataRate.html deleted file mode 100644 index feec11034..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/DisplacementOutputDataRate.html +++ /dev/null @@ -1,26 +0,0 @@ - - -DisplacementOutputDataRate - - - - - - - -
-
DisplacementOutputDataRate
-
private
GenericMipCommand
DisplacementOutputDataRate
-

Contains the logic for the DisplacementOutputDataRate command.

-
- -
-
Constants
-
- -
-
Packet Bytes
-
FIELD_DATA_BYTE

Descriptor byte for the Field data.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Eeprom-Summary.js b/v66.0.1/MSCL_Docs/classes/C/Eeprom-Summary.js deleted file mode 100644 index 584128c4a..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Eeprom-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:Eeprom","Eeprom");NDSummary.OnSummaryLoaded("CClass:Eeprom",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[6935,0,0,"Eeprom"],[6936,0,2,"Functions","Functions"],[6937,0,1,"Eeprom","Eeprom"],[6938,0,2,"Variables","Variables"],[6939,0,3,"m_eepromCache","m_eepromCache"],[6940,0,3,"m_useCache","m_useCache"],[6941,0,3,"m_numRetries","m_numRetries"],[6942,0,3,"m_hasWritten","m_hasWritten"],[6943,0,3,"m_cacheMutex","m_cacheMutex"],[6944,0,2,"Functions","Functions(2)"],[6945,0,1,"useCache","useCache"],[6946,0,1,"clearCache","clearCache"],[6947,0,1,"clearCacheLocation","clearCacheLocation"],[6948,0,1,"setNumRetries","setNumRetries"],[6949,0,1,"getNumRetries","getNumRetries"],[6950,0,1,"getCache","getCache"],[6951,0,1,"importCache","importCache"],[6952,0,1,"readCache","readCache"],[6953,0,1,"updateCache","updateCache"],[6954,0,1,"updateCacheFromDevice","updateCacheFromDevice"],[6955,0,1,"resetHasWritten","resetHasWritten"],[6956,0,1,"didWrite","didWrite"],[6957,0,1,"readEeprom","readEeprom"],[6958,0,1,"writeEeprom","writeEeprom"],[6959,0,1,"readEeprom","readEeprom(2)"],[6960,0,1,"writeEeprom","writeEeprom(2)"],[6961,0,1,"readEeprom_float","readEeprom_float"],[6962,0,1,"readEeprom_uint32","readEeprom_uint32"],[6963,0,1,"readEeprom_int16","readEeprom_int16"],[6964,0,1,"writeEeprom_float","writeEeprom_float"],[6965,0,1,"writeEeprom_uint32","writeEeprom_uint32"],[6966,0,1,"writeEeprom_int16","writeEeprom_int16"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Eeprom-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Eeprom-SummaryToolTips.js deleted file mode 100644 index 2ef8a4bbd..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Eeprom-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:Eeprom",{6935:"
Eeprom
The abstract base class for reading and writing to Wireless devices\' eeproms.
",6937:"
explicit Eeprom(
bool useCache,
uint8 numRetries
)
Creates an Eeprom object.
",6939:"
WirelessTypes::EepromMap m_eepromCache
The WirelessTypes::EepromMap contianing all cached values that have previously been read from a device.
",6940:"
bool m_useCache
Whether or not the cache should be used.
",6941:"
uint8 m_numRetries
The number of retries to use when reading and writing eeproms.
",6942:"
bool m_hasWritten
A flag used by resetHasWritten and didWrite to help determine when an eeprom was actually written, instead of just using the cache.
",6943:"
mutable std::recursive_mutex m_cacheMutex
Mutex for controlling access to the cache.
",6945:"
void useCache(
bool enable
)
Enables or disables use of the eeprom cache. Once disabled, all eeprom reads will go to the Node.
",6946:"
void clearCache()
Clears the entire eeprom cache.
",6947:"
void clearCacheLocation(
uint16 location
)
Clears a specific location from the eeprom cache, if it exists.
",6948:"
void setNumRetries(
uint8 retries
)
Sets the number of retries to use when reading and writing eeproms.  By default, this configuration is set to 0, meaning no retries are performed.
",6949:"
uint8 getNumRetries() const
Gets the number of retries currently set for reading and writing eeproms.
",6950:"
WirelessTypes::EepromMap getCache() const
Gets a copy of the WirelessTypes::EepromMap containing the cache of eeprom location/value pairs.
",6951:"
void importCache(
const WirelessTypes::EepromMap &eepromMap
)
Imports an existing EEPROM
",6952:"
bool readCache(
uint16 location,
uint16 &result
)
Attempts to read a value from the eeprom cache.
",6953:"
void updateCache(
uint16 location,
uint16 value
)
Adds a value to the eeprom cache at the given location, or updates it if a value for that location already exists.
",6954:"
virtual bool updateCacheFromDevice(
uint16 location
) = 0
Attempts to update the cache by reading the value from a device.  Any values that are read from the device will be updated in the cache.
",6955:"
void resetHasWritten()
Resets the m_hasWritten flag to false.  It will be changed back to true when a successful write is performed.
",6956:"
bool didWrite() const
Gets the m_hasWritten flag indicating if an eeprom has been written on the device (not using the cache).
",6957:"
virtual uint16 readEeprom(
uint16 location
) = 0
Attempts to read an eeprom value from a device.  If caching is enabled and there is a previously cached value available, this will just return the value from the cache and will not communicate with the device.
",6958:"
virtual void writeEeprom(
uint16 location,
uint16 value
) = 0
Attempts to write an eeprom value to a device.  If successful, the cache will be updated with the changed value as well.  If caching is enabled and the value in the cache is the same as that attempting to be written, nothing will be written to the device and this function will have no affect.
",6959:"
Value readEeprom(
const EepromLocation &location
)
Attempts to read an eeprom value from a device.  If caching is enabled and there is a previously cached value available, this will just return the value from the cache and will not communicate with the device.
",6960:"
void writeEeprom(
const EepromLocation &location,
const Value &val
)
Attempts to write an eeprom value to a device.  If successful, the cache will be updated with the changed value as well.  If caching is enabled and the value in the cache is the same as that attempting to be written, nothing will be written to the device and this function will have no affect.
",6961:"
virtual float readEeprom_float(
uint16 location
)
Attempts to read 2 eeprom values from a device and build them into a float.  If caching is enabled and there is a previously cached value available, this will just return the value from the cache and will not communicate with the device.
",6962:"
virtual uint32 readEeprom_uint32(
uint16 location
)
Attempts to read 2 eeprom values from a device and build them into a uint32.  If caching is enabled and there is a previously cached value available, this will just return the value from the cache and will not communicate with the device.
",6963:"
virtual int16 readEeprom_int16(
uint16 location
)
Attempts to read an eeprom value from a device as a signed int16.  If caching is enabled and there is a previously cached value available, this will just return the value from the cache and will not communicate with the device.
",6964:"
virtual void writeEeprom_float(
uint16 location,
float value
)
Attempts to write 2 eeprom values to a device as a float.  If successful, the cache will be updated with the changed value as well.  If caching is enabled and the value in the cache is the same as that attempting to be written, nothing will be written to the device and this function will have no affect.
",6965:"
virtual void writeEeprom_uint32(
uint16 location,
uint32 value
)
Attempts to write 2 eeprom values to a device as a uint32.  If successful, the cache will be updated with the changed value as well.  If caching is enabled and the value in the cache is the same as that attempting to be written, nothing will be written to the device and this function will have no affect.
",6966:"
virtual void writeEeprom_int16(
uint16 location,
int16 value
)
Attempts to write an eeprom value to a device from a signed int16.  If successful, the cache will be updated with the changed value as well.  If caching is enabled and the value in the cache is the same as that attempting to be written, nothing will be written to the device and this function will have no affect.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Eeprom-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Eeprom-ToolTips.js deleted file mode 100644 index bfe238ead..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Eeprom-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6654:"
EepromLocation
Represents a single Eeprom Location.
",6955:"
void resetHasWritten()
Resets the m_hasWritten flag to false.  It will be changed back to true when a successful write is performed.
",6956:"
bool didWrite() const
Gets the m_hasWritten flag indicating if an eeprom has been written on the device (not using the cache).
",9186:"
Typedef for a map of eeprom locations (uint16) to values (uint16).
",10144:"
Value
Represents a single value that can be stored/accessed in multiple ways.
",10453:"
Error_NotSupported
A command/feature was attempted to be used that was not supported.
",10468:"
Error_Communication
The exception for failing to communicate with a device.
",10472:"
Error_NodeCommunication
The exception for failing to communicate with a WirelessNode.
",10479:"
Error_Connection
The generic connection exception.
",6097:"
NodeEeprom
Used to read and write to Wireless Nodes\' eeproms and provide caching functionality.
",6793:"
BaseStationEeprom
Used to read and write to BaseStations\' eeproms and provide caching functionality.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Eeprom.html b/v66.0.1/MSCL_Docs/classes/C/Eeprom.html deleted file mode 100644 index b0284ce35..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Eeprom.html +++ /dev/null @@ -1,197 +0,0 @@ - - -Eeprom - - - - - - - -
-
Eeprom
- -

The abstract base class for reading and writing to Wireless devices' eeproms.

-
- -
-
Functions
-
- -
-
Eeprom
-
explicit Eeprom(
bool useCache,
uint8 numRetries
)
-

Creates an Eeprom object.

Parameters
useCache
bool

Whether or not to use the eeprom cache.

numRetries
uint8

The number of retries to use for reads and writes.

-
- -
-
Variables
-
- -
-
m_eepromCache
- -

The WirelessTypes::EepromMap contianing all cached values that have previously been read from a device.

-
- -
-
m_useCache
-
bool m_useCache
-

Whether or not the cache should be used.

-
- -
-
m_numRetries
-
uint8 m_numRetries
-

The number of retries to use when reading and writing eeproms.

-
- -
-
m_hasWritten
-
bool m_hasWritten
-

A flag used by resetHasWritten and didWrite to help determine when an eeprom was actually written, instead of just using the cache.

-
- -
-
m_cacheMutex
-
mutable std::recursive_mutex m_cacheMutex
-

Mutex for controlling access to the cache.

-
- -
-
Functions
-
- -
-
useCache
-
void useCache(
bool enable
)
-

Enables or disables use of the eeprom cache. Once disabled, all eeprom reads will go to the Node.

Parameters
enable
bool

Whether to enable (true) or disable (false) the eeprom cache.

-
- -
-
clearCache
-
void clearCache()
-

Clears the entire eeprom cache.

-
- -
-
clearCacheLocation
-
void clearCacheLocation(
uint16 location
)
-

Clears a specific location from the eeprom cache, if it exists.

Parameters
location
uint16

The location to clear from the cache.

-
- -
-
setNumRetries
-
void setNumRetries(
uint8 retries
)
-

Sets the number of retries to use when reading and writing eeproms.  By default, this configuration is set to 0, meaning no retries are performed.

Parameters
retries
uint8

The number of retries to use.

-
- -
-
getNumRetries
-
uint8 getNumRetries() const
-

Gets the number of retries currently set for reading and writing eeproms.

Returns

The number of retries currently set.

-
- -
-
getCache
-
WirelessTypes::EepromMap getCache() const
-

Gets a copy of the WirelessTypes::EepromMap containing the cache of eeprom location/value pairs.

Returns

A WirelessTypes::EepromMap of the cache.

-
- -
-
importCache
-
void importCache(
const WirelessTypes::EepromMap &eepromMap
)
-

Imports an existing EEPROM

-
- -
-
readCache
-
bool readCache(
uint16 location,
uint16 &result
)
-

Attempts to read a value from the eeprom cache.

Parameters
location
uint16

The eeprom location to get the value for.

result
uint16&

Holds the result value read from the cache if successful.

Returns

true if the value was read from the cache, false if the value was not found in the cache.

-
- -
-
updateCache
-
void updateCache(
uint16 location,
uint16 value
)
-

Adds a value to the eeprom cache at the given location, or updates it if a value for that location already exists.

Parameters
location
uint16

The location to store the value for in the cache.

value
uint16

The eeprom value to store in the cache.

-
- -
-
updateCacheFromDevice
-
virtual bool updateCacheFromDevice(
uint16 location
) = 0
-

Attempts to update the cache by reading the value from a device.  Any values that are read from the device will be updated in the cache.

Parameters
location
uint16

The eeprom location to read from the device and update in the cache.

Returns

true if the value was read from the device and the cache has been updated, false otherwise.

-
- -
-
resetHasWritten
-
void resetHasWritten()
-

Resets the m_hasWritten flag to false.  It will be changed back to true when a successful write is performed.

-
- -
-
didWrite
-
bool didWrite() const
-

Gets the m_hasWritten flag indicating if an eeprom has been written on the device (not using the cache).

Returns

true if an eeprom has been written, false if it has not (cache may have been used).

-
- -
-
readEeprom
-
virtual uint16 readEeprom(
uint16 location
) = 0
-

Attempts to read an eeprom value from a device.  If caching is enabled and there is a previously cached value available, this will just return the value from the cache and will not communicate with the device.

Parameters
location
uint16

The eeprom location to read from the device and update in the cache.

Returns

The eeprom value for the requested location.

Exceptions
-
- -
-
writeEeprom
-
virtual void writeEeprom(
uint16 location,
uint16 value
) = 0
-

Attempts to write an eeprom value to a device.  If successful, the cache will be updated with the changed value as well.  If caching is enabled and the value in the cache is the same as that attempting to be written, nothing will be written to the device and this function will have no affect.

Parameters
location
uint16

The eeprom location to write to on the device and update in the cache.

value
uint16

The value to write to the eeprom on the device and update in the cache.

Exceptions
-
- -
-
readEeprom
-
Value readEeprom(
const EepromLocation &location
)
-

Attempts to read an eeprom value from a device.  If caching is enabled and there is a previously cached value available, this will just return the value from the cache and will not communicate with the device.

Parameters
location
const EepromLocation&

The EepromLocation to read from the device and update in the cache.

Returns

A Value object containing the eeprom value for the requested location.

Exceptions
-
- -
-
writeEeprom
-
void writeEeprom(
const EepromLocation &location,
const Value &val
)
-

Attempts to write an eeprom value to a device.  If successful, the cache will be updated with the changed value as well.  If caching is enabled and the value in the cache is the same as that attempting to be written, nothing will be written to the device and this function will have no affect.

Parameters
location
const EepromLocation&

The EepromLocation to write to on the device and update in the cache.

value

The Value to write to the eeprom on the device and update in the cache.

Exceptions
-
- -
-
readEeprom_float
-
virtual float readEeprom_float(
uint16 location
)
-

Attempts to read 2 eeprom values from a device and build them into a float.  If caching is enabled and there is a previously cached value available, this will just return the value from the cache and will not communicate with the device.

Parameters
location
uint16

The eeprom location to read from the device and update in the cache.

Returns

The eeprom value for the requested location.

Exceptions
-
- -
-
readEeprom_uint32
-
virtual uint32 readEeprom_uint32(
uint16 location
)
-

Attempts to read 2 eeprom values from a device and build them into a uint32.  If caching is enabled and there is a previously cached value available, this will just return the value from the cache and will not communicate with the device.

Parameters
location
uint16

The eeprom location to read from the device and update in the cache.

Returns

The eeprom value for the requested location.

Exceptions
-
- -
-
readEeprom_int16
-
virtual int16 readEeprom_int16(
uint16 location
)
-

Attempts to read an eeprom value from a device as a signed int16.  If caching is enabled and there is a previously cached value available, this will just return the value from the cache and will not communicate with the device.

Parameters
location
uint16

The eeprom location to read from the device and update in the cache.

Returns

The eeprom value for the requested location.

Exceptions
-
- -
-
writeEeprom_float
-
virtual void writeEeprom_float(
uint16 location,
float value
)
-

Attempts to write 2 eeprom values to a device as a float.  If successful, the cache will be updated with the changed value as well.  If caching is enabled and the value in the cache is the same as that attempting to be written, nothing will be written to the device and this function will have no affect.

Parameters
location
uint16

The eeprom location to write to on the device and update in the cache.

value
float

The value to write to the eeprom on the device and update in the cache.

Exceptions
-
- -
-
writeEeprom_uint32
-
virtual void writeEeprom_uint32(
uint16 location,
uint32 value
)
-

Attempts to write 2 eeprom values to a device as a uint32.  If successful, the cache will be updated with the changed value as well.  If caching is enabled and the value in the cache is the same as that attempting to be written, nothing will be written to the device and this function will have no affect.

Parameters
location
uint16

The EepromLocation to write to on the device and update in the cache.

value
uint32

The value to write to the eeprom on the device and update in the cache.

Exceptions
-
- -
-
writeEeprom_int16
-
virtual void writeEeprom_int16(
uint16 location,
int16 value
)
-

Attempts to write an eeprom value to a device from a signed int16.  If successful, the cache will be updated with the changed value as well.  If caching is enabled and the value in the cache is the same as that attempting to be written, nothing will be written to the device and this function will have no affect.

Parameters
location
uint16

The eeprom location to write to on the device and update in the cache.

value
int16

The value to write to the eeprom on the device and update in the cache.

Exceptions
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/EepromLocation-Summary.js b/v66.0.1/MSCL_Docs/classes/C/EepromLocation-Summary.js deleted file mode 100644 index aeabea3d6..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/EepromLocation-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:EepromLocation","EepromLocation");NDSummary.OnSummaryLoaded("CClass:EepromLocation",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Operators","Operator"],["Variables","Variable"]],[[6654,0,0,"EepromLocation"],[6655,0,2,"Variables","Variables"],[6656,0,4,"m_nextId","m_nextId"],[6657,0,4,"m_id","m_id"],[6658,0,4,"m_location","m_location"],[6659,0,4,"m_valueType","m_valueType"],[6660,0,4,"m_desription","m_desription"],[6661,0,2,"Functions","Functions"],[6662,0,1,"EepromLocation","EepromLocation"],[6663,0,1,"EepromLocation","EepromLocation(2)"],[6664,0,2,"Operators","Operators"],[6665,0,3,"<","<"],[6666,0,3,"==","=="],[6667,0,2,"Functions","Functions(2)"],[6668,0,1,"id","id"],[6669,0,1,"location","location"],[6670,0,1,"valueType","valueType"],[6671,0,1,"description","description"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/EepromLocation-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/EepromLocation-SummaryToolTips.js deleted file mode 100644 index 07b1772d4..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/EepromLocation-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:EepromLocation",{6654:"
EepromLocation
Represents a single Eeprom Location.
",6656:"
static uint16 m_nextId
Used for setting a unique id for every EepromLocation that is created.
",6657:"
uint16 m_id
A unique id for this EepromLocation object.
",6658:"
uint16 m_location
The actual EEPROM location on the device.
",6659:"
ValueType m_valueType
The ValueType of this value in EEPROM.
",6660:"
The string description of the EEPROM location.
",6662:"
EepromLocation(
uint16 location,
ValueType valueType,
const std::string &description
)
Creates an EepromLocation object. The id is assigned automatically.
",6663:"
EepromLocation(
uint16 idCopy,
uint16 location,
ValueType valueType,
const std::string &description
)
Creates an EepromLocation object with a specific id.  Note: this should be used only when making a copy of an EepromLocation if you know the id, location, and type.
",6665:"
Less than operator for comparing Eeprom Locations (ids).
",6666:"
Equal operator for comparing Eeprom Locations (ids).
",6668:"
uint16 id() const
Gets the id of the EepromLocation..
",6669:"
uint16 location() const
Gets the actual EEPROM location on the device.
",6670:"
ValueType valueType() const
Gets the ValueType of this value in EEPROM.
",6671:"
std::string description() const
Gets a description of this EEPROM location.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/EepromLocation-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/EepromLocation-ToolTips.js deleted file mode 100644 index 59992a148..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/EepromLocation-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/EepromLocation.html b/v66.0.1/MSCL_Docs/classes/C/EepromLocation.html deleted file mode 100644 index df3f75166..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/EepromLocation.html +++ /dev/null @@ -1,108 +0,0 @@ - - -EepromLocation - - - - - - - -
-
EepromLocation
-
EepromLocation
-

Represents a single Eeprom Location.

-
- -
-
Variables
-
- -
-
m_nextId
-
static uint16 m_nextId
-

Used for setting a unique id for every EepromLocation that is created.

-
- -
-
m_id
-
uint16 m_id
-

A unique id for this EepromLocation object.

-
- -
-
m_location
-
uint16 m_location
-

The actual EEPROM location on the device.

-
- -
-
m_valueType
-
ValueType m_valueType
-

The ValueType of this value in EEPROM.

-
- -
-
m_desription
-

The string description of the EEPROM location.

-
- -
-
Functions
-
- -
-
EepromLocation
-
EepromLocation(
uint16 location,
ValueType valueType,
const std::string &description
)
-

Creates an EepromLocation object. The id is assigned automatically.

-
- -
-
EepromLocation
-
EepromLocation(
uint16 idCopy,
uint16 location,
ValueType valueType,
const std::string &description
)
-

Creates an EepromLocation object with a specific id.  Note: this should be used only when making a copy of an EepromLocation if you know the id, location, and type.

-
- -
-
Operators
-
- -
-
<
-

Less than operator for comparing Eeprom Locations (ids).

-
- -
-
==
-

Equal operator for comparing Eeprom Locations (ids).

-
- -
-
Functions
-
- -
-
id
-
uint16 id() const
-

Gets the id of the EepromLocation..

-
- -
-
location
-
uint16 location() const
-

Gets the actual EEPROM location on the device.

-
- -
-
valueType
-
ValueType valueType() const
-

Gets the ValueType of this value in EEPROM.

-
- -
-
description
-
std::string description() const
-

Gets a description of this EEPROM location.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/EnableDisableMeasurements-Summary.js b/v66.0.1/MSCL_Docs/classes/C/EnableDisableMeasurements-Summary.js deleted file mode 100644 index fc5c55a08..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/EnableDisableMeasurements-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:EnableDisableMeasurements","EnableDisableMeasurements");NDSummary.OnSummaryLoaded("CClass:EnableDisableMeasurements",[["C/C++","C"]],[["Enums","Enumeration"],["Functions","Function"],["Groups","Group"],["Structs","Struct"],["Variables","Variable"]],[[2279,0,3,"EnableDisableMeasurements"],[2280,0,2,"Types","Types"],[2281,0,0,"MeasurementOptions","MeasurementOptions"],[2282,0,2,"Functions","Functions"],[2283,0,1,"EnableDisableMeasurements","EnableDisableMeasurements"],[2284,0,1,"EnableDisableMeasurements","EnableDisableMeasurements(2)"],[2285,0,2,"Variables","Variables"],[2286,0,4,"measurementOptions","measurementOptions"],[2287,0,2,"Functions","Functions(2)"],[2288,0,1,"optionEnabled","optionEnabled"],[2289,0,1,"enableOption","enableOption"],[2290,0,1,"disableOption","disableOption"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/EnableDisableMeasurements-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/EnableDisableMeasurements-SummaryToolTips.js deleted file mode 100644 index e65060b7b..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/EnableDisableMeasurements-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:EnableDisableMeasurements",{2281:"
Indicates the bit value used to enable/disable available measurement options
",2283:"
EnableDisableMeasurements()
",2284:"
EnableDisableMeasurements(
uint16 option
) : measurementOptions(option)
",2286:"
uint16 measurementOptions
",2288:"
bool optionEnabled(
MeasurementOptions option
)
Checks whether the specified option is enabled.
",2289:"
void enableOption(
MeasurementOptions option
)
Enables the specified option.
",2290:"
void disableOption(
MeasurementOptions option
)
Disables the specified option.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/EnableDisableMeasurements-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/EnableDisableMeasurements-ToolTips.js deleted file mode 100644 index a76611171..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/EnableDisableMeasurements-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2281:"
Indicates the bit value used to enable/disable available measurement options
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/EnableDisableMeasurements.html b/v66.0.1/MSCL_Docs/classes/C/EnableDisableMeasurements.html deleted file mode 100644 index 321af4a1e..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/EnableDisableMeasurements.html +++ /dev/null @@ -1,69 +0,0 @@ - - -EnableDisableMeasurements - - - - - - - -
-
EnableDisableMeasurements
-
- -
-
Types
-
- -
-
MeasurementOptions
-

Indicates the bit value used to enable/disable available measurement options

-
- -
-
Functions
-
- -
-
EnableDisableMeasurements
-
EnableDisableMeasurements()
-
- -
-
EnableDisableMeasurements
-
EnableDisableMeasurements(
uint16 option
) : measurementOptions(option)
-
- -
-
Variables
-
- -
-
measurementOptions
-
uint16 measurementOptions
-
- -
-
Functions
-
- -
-
optionEnabled
-
bool optionEnabled(
MeasurementOptions option
)
-

Checks whether the specified option is enabled.

-
- -
-
enableOption
-
void enableOption(
MeasurementOptions option
)
-

Enables the specified option.

-
- -
-
disableOption
-
void disableOption(
MeasurementOptions option
)
-

Disables the specified option.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Erase-Summary.js b/v66.0.1/MSCL_Docs/classes/C/Erase-Summary.js deleted file mode 100644 index aa0193b0d..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Erase-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:Erase","Erase");NDSummary.OnSummaryLoaded("CClass:Erase",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[5568,0,0,"Erase"],[5569,0,2,"Functions","Functions"],[5570,0,1,"buildCommand","buildCommand"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Erase-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Erase-SummaryToolTips.js deleted file mode 100644 index 5b1b78b9f..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Erase-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:Erase",{5568:"
Erase
Contains logic for the Erase Node command
",5570:"
static ByteStream buildCommand(
NodeAddress nodeAddress
)
Builds the Erase command packet.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Erase-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Erase-ToolTips.js deleted file mode 100644 index aefea407e..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Erase-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10245:"
typedef for a Node\'s node address.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Erase.html b/v66.0.1/MSCL_Docs/classes/C/Erase.html deleted file mode 100644 index 4ffe1d1b5..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Erase.html +++ /dev/null @@ -1,27 +0,0 @@ - - -Erase - - - - - - - -
-
Erase
-
Erase
-

Contains logic for the Erase Node command

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand(
NodeAddress nodeAddress
)
-

Builds the Erase command packet.

Parameters
nodeAddress
NodeAddress

The address of the Node to build the command for.

Returns

A ByteStream containing the command packet.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Erase_v2-Summary.js b/v66.0.1/MSCL_Docs/classes/C/Erase_v2-Summary.js deleted file mode 100644 index 7e207bfb1..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Erase_v2-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:Erase_v2","Erase_v2");NDSummary.OnSummaryLoaded("CClass:Erase_v2",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[5557,0,0,"Erase_v2"],[5558,0,2,"Functions","Functions"],[5559,0,1,"buildCommand","buildCommand"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Erase_v2-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Erase_v2-SummaryToolTips.js deleted file mode 100644 index 5a84492bd..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Erase_v2-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:Erase_v2",{5557:"
Erase_v2
Contains logic for the Erase Node command (version 2).
",5559:"
static ByteStream buildCommand(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress
)
Builds the Erase_v2 command packet
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Erase_v2-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Erase_v2-ToolTips.js deleted file mode 100644 index 4531d219a..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Erase_v2-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7194:"
The possible ASPP versions
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10245:"
typedef for a Node\'s node address.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Erase_v2.html b/v66.0.1/MSCL_Docs/classes/C/Erase_v2.html deleted file mode 100644 index 4da96a1a0..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Erase_v2.html +++ /dev/null @@ -1,27 +0,0 @@ - - -Erase_v2 - - - - - - - -
-
Erase_v2
-
Erase_v2
-

Contains logic for the Erase Node command (version 2).

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress
)
-

Builds the Erase_v2 command packet

Parameters
nodeAddress
NodeAddress

the address of the Node to build the command for.

Returns

A ByteStream containing the Erase_v2 command packet.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Error-Summary.js b/v66.0.1/MSCL_Docs/classes/C/Error-Summary.js deleted file mode 100644 index f290af925..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Error-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:Error","Error");NDSummary.OnSummaryLoaded("CClass:Error",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[10446,0,0,"Error"],[10447,0,2,"Variables","Variables"],[10448,0,3,"m_description","m_description"],[10449,0,2,"Functions","Functions"],[10450,0,1,"Error","Error"],[10451,0,1,"Error","Error(2)"],[10452,0,1,"what","what"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Error-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Error-SummaryToolTips.js deleted file mode 100644 index 0e7502f8b..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Error-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:Error",{10446:"
Error
The generic MicroStrain exception (base class)
",10448:"
std::string m_description
the description of the error to be thrown, default value of "The MSCL has thrown an exception."
",10450:"
Error() : m_description("MSCL has thrown an exception.")
Initializes the Error object with the default description
",10451:"
Error(
const std::string &description
) : m_description(description)
Initializes the Error object with a custom description
",10452:"
const char* what () const throw ()
overriding the default std::exception what() function, gets the description of the thrown exception
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Error-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Error-ToolTips.js deleted file mode 100644 index c2d7e687a..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Error-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({10453:"
Error_NotSupported
A command/feature was attempted to be used that was not supported.
",10457:"
Error_NoData
There is no data available to be accessed
",10461:"
Error_BadDataType
Data of one type was accessed as another type (simple_any)
",10464:"
Error_UnknownSampleRate
The sample rate is invalid or unknown for the given device
",10468:"
Error_Communication
The exception for failing to communicate with a device.
",10479:"
Error_Connection
The generic connection exception.
",10497:"
Error_MipCmdFailed
The Inertial command has failed
",10505:"
Error_InvalidConfig
The Configuration is invalid.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Error.html b/v66.0.1/MSCL_Docs/classes/C/Error.html deleted file mode 100644 index b1aa19c10..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Error.html +++ /dev/null @@ -1,49 +0,0 @@ - - -Error - - - - - - - -
-
Error
- -

The generic MicroStrain exception (base class)

-
- -
-
Variables
-
- -
-
m_description
-
std::string m_description
-

the description of the error to be thrown, default value of "The MSCL has thrown an exception."

-
- -
-
Functions
-
- -
-
Error
-
Error() : m_description("MSCL has thrown an exception.")
-

Initializes the Error object with the default description

-
- -
-
Error
-
Error(
const std::string &description
) : m_description(description)
-

Initializes the Error object with a custom description

Parameters
description
const std::string&

the description of the error to be thrown

-
- -
-
what
-
const char* what () const throw ()
-

overriding the default std::exception what() function, gets the description of the thrown exception

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Error_BadDataType-Summary.js b/v66.0.1/MSCL_Docs/classes/C/Error_BadDataType-Summary.js deleted file mode 100644 index 5ce9361ae..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Error_BadDataType-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:Error_BadDataType","Error_BadDataType");NDSummary.OnSummaryLoaded("CClass:Error_BadDataType",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[10461,0,0,"Error_BadDataType"],[10462,0,2,"Functions","Functions"],[10463,0,1,"Error_BadDataType","Error_BadDataType"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Error_BadDataType-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Error_BadDataType-SummaryToolTips.js deleted file mode 100644 index 914e0fe64..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Error_BadDataType-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:Error_BadDataType",{10461:"
Error_BadDataType
Data of one type was accessed as another type (simple_any)
",10463:"
Error_BadDataType() : Error("Data was accessed using the wrong data type.")
Intializes the Error_BadDataType object with a default description
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Error_BadDataType-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Error_BadDataType-ToolTips.js deleted file mode 100644 index 04e185e27..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Error_BadDataType-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({10446:"
Error
The generic MicroStrain exception (base class)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Error_BadDataType.html b/v66.0.1/MSCL_Docs/classes/C/Error_BadDataType.html deleted file mode 100644 index dcadf9a4c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Error_BadDataType.html +++ /dev/null @@ -1,27 +0,0 @@ - - -Error_BadDataType - - - - - - - -
-
Error_BadDataType
-
public
Error
Error_BadDataType
-

Data of one type was accessed as another type (simple_any)

-
- -
-
Functions
-
- -
-
Error_BadDataType
-
Error_BadDataType() : Error("Data was accessed using the wrong data type.")
-

Intializes the Error_BadDataType object with a default description

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Error_Communication-Summary.js b/v66.0.1/MSCL_Docs/classes/C/Error_Communication-Summary.js deleted file mode 100644 index 28fd8e651..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Error_Communication-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:Error_Communication","Error_Communication");NDSummary.OnSummaryLoaded("CClass:Error_Communication",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[10468,0,0,"Error_Communication"],[10469,0,2,"Functions","Functions"],[10470,0,1,"Error_Communication","Error_Communication"],[10471,0,1,"Error_Communication","Error_Communication(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Error_Communication-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Error_Communication-SummaryToolTips.js deleted file mode 100644 index 18fcc1eec..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Error_Communication-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:Error_Communication",{10468:"
Error_Communication
The exception for failing to communicate with a device.
",10470:"
Error_Communication() : Error("Failed to communicate with the device.")
Initializes the Error_Communication object.
",10471:"
Error_Communication(
const std::string &description
) : Error(description)
Initializes the Error_Communication object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Error_Communication-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Error_Communication-ToolTips.js deleted file mode 100644 index 17c190ef4..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Error_Communication-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({10446:"
Error
The generic MicroStrain exception (base class)
",10472:"
Error_NodeCommunication
The exception for failing to communicate with a WirelessNode.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Error_Communication.html b/v66.0.1/MSCL_Docs/classes/C/Error_Communication.html deleted file mode 100644 index 66bda7133..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Error_Communication.html +++ /dev/null @@ -1,33 +0,0 @@ - - -Error_Communication - - - - - - - -
-
Error_Communication
- -

The exception for failing to communicate with a device.

-
- -
-
Functions
-
- -
-
Error_Communication
-
Error_Communication() : Error("Failed to communicate with the device.")
-

Initializes the Error_Communication object.

-
- -
-
Error_Communication
-
Error_Communication(
const std::string &description
) : Error(description)
-

Initializes the Error_Communication object.

Parameters
description
const std::string&

the description to set

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Error_Connection-Summary.js b/v66.0.1/MSCL_Docs/classes/C/Error_Connection-Summary.js deleted file mode 100644 index 374f9d79f..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Error_Connection-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:Error_Connection","Error_Connection");NDSummary.OnSummaryLoaded("CClass:Error_Connection",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[10479,0,0,"Error_Connection"],[10480,0,2,"Variables","Variables"],[10481,0,3,"m_code","m_code"],[10482,0,2,"Functions","Functions"],[10483,0,1,"Error_Connection","Error_Connection"],[10484,0,1,"Error_Connection","Error_Connection(2)"],[10485,0,1,"Error_Connection","Error_Connection(3)"],[10486,0,1,"Error_Connection","Error_Connection(4)"],[10487,0,1,"code","code"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Error_Connection-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Error_Connection-SummaryToolTips.js deleted file mode 100644 index 97df33662..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Error_Connection-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:Error_Connection",{10479:"
Error_Connection
The generic connection exception.
",10481:"
int m_code
the exception error code (system error codes)
",10483:"
Error_Connection(): Error("Connection error."), m_code(-1)
Initializes the Error_Connection object, sets the error code to a default of -1
",10484:"
Error_Connection(
int code
): Error("Connection error."), m_code(code)
Initializes the Error_Connection object
",10485:"
Error_Connection(
const std::string &description
): Error(description), m_code(-1)
Initializes the Error_Connection object
",10486:"
Error_Connection(
const std::string &description,
int code
): Error(description), m_code(code)
Initializes the Error_Connection object
",10487:"
const int code() const throw ()
gets the exception error code (system error codes, or -1 by default)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Error_Connection-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Error_Connection-ToolTips.js deleted file mode 100644 index 8ce331d58..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Error_Connection-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({10446:"
Error
The generic MicroStrain exception (base class)
",10488:"
Error_InvalidSerialPort
There was an error with the specified COM Port.
",10491:"
Error_InvalidTcpServer
There was an error with the specified TCP/IP Server.
",10494:"
Error_InvalidUnixSocket
There was an error with the specified Unix Socket.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Error_Connection.html b/v66.0.1/MSCL_Docs/classes/C/Error_Connection.html deleted file mode 100644 index 12a1561df..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Error_Connection.html +++ /dev/null @@ -1,61 +0,0 @@ - - -Error_Connection - - - - - - - -
-
Error_Connection
- -

The generic connection exception.

-
- -
-
Variables
-
- -
-
m_code
-
int m_code
-

the exception error code (system error codes)

-
- -
-
Functions
-
- -
-
Error_Connection
-
Error_Connection(): Error("Connection error."), m_code(-1)
-

Initializes the Error_Connection object, sets the error code to a default of -1

-
- -
-
Error_Connection
-
Error_Connection(
int code
): Error("Connection error."), m_code(code)
-

Initializes the Error_Connection object

Parameters
code
int

the exception error code

-
- -
-
Error_Connection
-
Error_Connection(
const std::string &description
): Error(description), m_code(-1)
-

Initializes the Error_Connection object

Parameters
description
const std::string&

the description to set

-
- -
-
Error_Connection
-
Error_Connection(
const std::string &description,
int code
): Error(description), m_code(code)
-

Initializes the Error_Connection object

Parameters
description
const std::string&

the description to set

code
int

the exception error code

-
- -
-
code
-
const int code() const throw ()
-

gets the exception error code (system error codes, or -1 by default)

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Error_InvalidConfig-Summary.js b/v66.0.1/MSCL_Docs/classes/C/Error_InvalidConfig-Summary.js deleted file mode 100644 index 1f996f1f8..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Error_InvalidConfig-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:Error_InvalidConfig","Error_InvalidConfig");NDSummary.OnSummaryLoaded("CClass:Error_InvalidConfig",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[10505,0,0,"Error_InvalidConfig"],[10506,0,2,"Variables","Variables"],[10507,0,3,"m_issues","m_issues"],[10508,0,2,"Functions","Functions"],[10509,0,1,"Error_InvalidConfig","Error_InvalidConfig"],[10510,0,1,"issues","issues"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Error_InvalidConfig-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Error_InvalidConfig-SummaryToolTips.js deleted file mode 100644 index 102dde1fe..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Error_InvalidConfig-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:Error_InvalidConfig",{10505:"
Error_InvalidConfig
The Configuration is invalid.
",10507:"
ConfigIssues m_issues
The ConfigIssues that caused the invalid configuration exception.
",10509:"
Error_InvalidConfig(
const ConfigIssues &issues
): Error("Invalid Configuration:"), m_issues(issues)
Initializes the Error_InvalidConfig object
",10510:"
ConfigIssues issues() const throw ()
Gets the ConfigIssues that caused the invalid configuration exception.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Error_InvalidConfig-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Error_InvalidConfig-ToolTips.js deleted file mode 100644 index 935374177..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Error_InvalidConfig-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6683:"
ConfigIssue
Holds information on a specific configuration issue.
",10446:"
Error
The generic MicroStrain exception (base class)
",10511:"
Error_InvalidNodeConfig
The Configuration for a WirelessNode is invalid.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Error_InvalidConfig.html b/v66.0.1/MSCL_Docs/classes/C/Error_InvalidConfig.html deleted file mode 100644 index 3f35980af..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Error_InvalidConfig.html +++ /dev/null @@ -1,43 +0,0 @@ - - -Error_InvalidConfig - - - - - - - -
-
Error_InvalidConfig
- -

The Configuration is invalid.

-
- -
-
Variables
-
- -
-
m_issues
-
ConfigIssues m_issues
-

The ConfigIssues that caused the invalid configuration exception.

-
- -
-
Functions
-
- -
-
Error_InvalidConfig
-
Error_InvalidConfig(
const ConfigIssues &issues
): Error("Invalid Configuration:"), m_issues(issues)
-

Initializes the Error_InvalidConfig object

Parameters
issues
const ConfigIssues&

The ConfigIssues that caused the invalid configuration exception.

-
- -
-
issues
-
ConfigIssues issues() const throw ()
-

Gets the ConfigIssues that caused the invalid configuration exception.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Error_InvalidNodeConfig-Summary.js b/v66.0.1/MSCL_Docs/classes/C/Error_InvalidNodeConfig-Summary.js deleted file mode 100644 index 99d50e4be..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Error_InvalidNodeConfig-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:Error_InvalidNodeConfig","Error_InvalidNodeConfig");NDSummary.OnSummaryLoaded("CClass:Error_InvalidNodeConfig",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[10511,0,0,"Error_InvalidNodeConfig"],[10512,0,2,"Variables","Variables"],[10513,0,3,"m_nodeAddress","m_nodeAddress"],[10514,0,2,"Functions","Functions"],[10515,0,1,"Error_InvalidNodeConfig","Error_InvalidNodeConfig"],[10516,0,1,"nodeAddress","nodeAddress"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Error_InvalidNodeConfig-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Error_InvalidNodeConfig-SummaryToolTips.js deleted file mode 100644 index eafe65bd2..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Error_InvalidNodeConfig-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:Error_InvalidNodeConfig",{10511:"
Error_InvalidNodeConfig
The Configuration for a WirelessNode is invalid.
",10513:"
NodeAddress m_nodeAddress
The node address of the WirelessNode that the exception pertains to.
",10515:"
Error_InvalidNodeConfig(
const ConfigIssues &issues,
NodeAddress nodeAddress
) : Error_InvalidConfig(issues), m_nodeAddress(nodeAddress)
Initializes the Error_InvalidNodeConfig object
",10516:"
const NodeAddress nodeAddress() const throw ()
Gets the node address of the Node that this exception pertains to.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Error_InvalidNodeConfig-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Error_InvalidNodeConfig-ToolTips.js deleted file mode 100644 index bcf2721fb..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Error_InvalidNodeConfig-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6683:"
ConfigIssue
Holds information on a specific configuration issue.
",7905:"
WirelessNode
A class representing a MicroStrain wireless node
",10245:"
typedef for a Node\'s node address.
",10505:"
Error_InvalidConfig
The Configuration is invalid.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Error_InvalidNodeConfig.html b/v66.0.1/MSCL_Docs/classes/C/Error_InvalidNodeConfig.html deleted file mode 100644 index 124755204..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Error_InvalidNodeConfig.html +++ /dev/null @@ -1,43 +0,0 @@ - - -Error_InvalidNodeConfig - - - - - - - -
-
Error_InvalidNodeConfig
-
public
Error_InvalidConfig
Error_InvalidNodeConfig
-

The Configuration for a WirelessNode is invalid.

-
- -
-
Variables
-
- -
-
m_nodeAddress
-
NodeAddress m_nodeAddress
-

The node address of the WirelessNode that the exception pertains to.

-
- -
-
Functions
-
- -
-
Error_InvalidNodeConfig
-
Error_InvalidNodeConfig(
const ConfigIssues &issues,
NodeAddress nodeAddress
) : Error_InvalidConfig(issues), m_nodeAddress(nodeAddress)
-

Initializes the Error_InvalidNodeConfig object

Parameters
issues
const ConfigIssues&

The ConfigIssues that caused the invalid configuration exception.

-
- -
-
nodeAddress
-
const NodeAddress nodeAddress() const throw ()
-

Gets the node address of the Node that this exception pertains to.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Error_InvalidSerialPort-Summary.js b/v66.0.1/MSCL_Docs/classes/C/Error_InvalidSerialPort-Summary.js deleted file mode 100644 index 48f478030..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Error_InvalidSerialPort-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:Error_InvalidSerialPort","Error_InvalidSerialPort");NDSummary.OnSummaryLoaded("CClass:Error_InvalidSerialPort",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[10488,0,0,"Error_InvalidSerialPort"],[10489,0,2,"Functions","Functions"],[10490,0,1,"Error_InvalidSerialPort","Error_InvalidSerialPort"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Error_InvalidSerialPort-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Error_InvalidSerialPort-SummaryToolTips.js deleted file mode 100644 index cceddc847..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Error_InvalidSerialPort-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:Error_InvalidSerialPort",{10488:"
Error_InvalidSerialPort
There was an error with the specified COM Port.
",10490:"
Error_InvalidSerialPort(
int code
): Error_Connection("Invalid Com Port.", code)
Initializes the Error_InvalidSerialPort object
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Error_InvalidSerialPort-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Error_InvalidSerialPort-ToolTips.js deleted file mode 100644 index c050a0a58..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Error_InvalidSerialPort-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({10479:"
Error_Connection
The generic connection exception.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Error_InvalidSerialPort.html b/v66.0.1/MSCL_Docs/classes/C/Error_InvalidSerialPort.html deleted file mode 100644 index 5eb763d51..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Error_InvalidSerialPort.html +++ /dev/null @@ -1,27 +0,0 @@ - - -Error_InvalidSerialPort - - - - - - - -
-
Error_InvalidSerialPort
-
public
Error_Connection
Error_InvalidSerialPort
-

There was an error with the specified COM Port.

See Also

Error_Connection

-
- -
-
Functions
-
- -
-
Error_InvalidSerialPort
-
Error_InvalidSerialPort(
int code
): Error_Connection("Invalid Com Port.", code)
-

Initializes the Error_InvalidSerialPort object

Parameters
code
int

the exception error code

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Error_InvalidTcpServer-Summary.js b/v66.0.1/MSCL_Docs/classes/C/Error_InvalidTcpServer-Summary.js deleted file mode 100644 index c27b0dc37..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Error_InvalidTcpServer-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:Error_InvalidTcpServer","Error_InvalidTcpServer");NDSummary.OnSummaryLoaded("CClass:Error_InvalidTcpServer",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[10491,0,0,"Error_InvalidTcpServer"],[10492,0,2,"Functions","Functions"],[10493,0,1,"Error_InvalidTcpServer","Error_InvalidTcpServer"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Error_InvalidTcpServer-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Error_InvalidTcpServer-SummaryToolTips.js deleted file mode 100644 index d7efcdc58..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Error_InvalidTcpServer-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:Error_InvalidTcpServer",{10491:"
Error_InvalidTcpServer
There was an error with the specified TCP/IP Server.
",10493:"
Error_InvalidTcpServer(
int code,
const std::string &message
): Error_Connection("Invalid TCP/IP Server: " + message, code)
Initializes the Error_InvalidTcpServer object
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Error_InvalidTcpServer-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Error_InvalidTcpServer-ToolTips.js deleted file mode 100644 index c050a0a58..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Error_InvalidTcpServer-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({10479:"
Error_Connection
The generic connection exception.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Error_InvalidTcpServer.html b/v66.0.1/MSCL_Docs/classes/C/Error_InvalidTcpServer.html deleted file mode 100644 index 58ee26b6d..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Error_InvalidTcpServer.html +++ /dev/null @@ -1,27 +0,0 @@ - - -Error_InvalidTcpServer - - - - - - - -
-
Error_InvalidTcpServer
-
public
Error_Connection
Error_InvalidTcpServer
-

There was an error with the specified TCP/IP Server.

See Also

Error_Connection

-
- -
-
Functions
-
- -
-
Error_InvalidTcpServer
-
Error_InvalidTcpServer(
int code,
const std::string &message
): Error_Connection("Invalid TCP/IP Server: " + message, code)
-

Initializes the Error_InvalidTcpServer object

Parameters
code
int

the exception error code

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Error_InvalidUnixSocket-Summary.js b/v66.0.1/MSCL_Docs/classes/C/Error_InvalidUnixSocket-Summary.js deleted file mode 100644 index 38dd1e2e5..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Error_InvalidUnixSocket-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:Error_InvalidUnixSocket","Error_InvalidUnixSocket");NDSummary.OnSummaryLoaded("CClass:Error_InvalidUnixSocket",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[10494,0,0,"Error_InvalidUnixSocket"],[10495,0,2,"Functions","Functions"],[10496,0,1,"Error_InvalidUnixSocket","Error_InvalidUnixSocket"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Error_InvalidUnixSocket-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Error_InvalidUnixSocket-SummaryToolTips.js deleted file mode 100644 index 5041ec759..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Error_InvalidUnixSocket-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:Error_InvalidUnixSocket",{10494:"
Error_InvalidUnixSocket
There was an error with the specified Unix Socket.
",10496:"
Error_InvalidUnixSocket(
int code,
const std::string &message
): Error_Connection("Invalid Unix Socket: " + message, code)
Initializes the Error_InvalidUnixSocket object
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Error_InvalidUnixSocket-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Error_InvalidUnixSocket-ToolTips.js deleted file mode 100644 index c050a0a58..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Error_InvalidUnixSocket-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({10479:"
Error_Connection
The generic connection exception.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Error_InvalidUnixSocket.html b/v66.0.1/MSCL_Docs/classes/C/Error_InvalidUnixSocket.html deleted file mode 100644 index 1a443601f..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Error_InvalidUnixSocket.html +++ /dev/null @@ -1,27 +0,0 @@ - - -Error_InvalidUnixSocket - - - - - - - -
-
Error_InvalidUnixSocket
-
public
Error_Connection
Error_InvalidUnixSocket
-

There was an error with the specified Unix Socket.

See Also

Error_Connection

-
- -
-
Functions
-
- -
-
Error_InvalidUnixSocket
-
Error_InvalidUnixSocket(
int code,
const std::string &message
): Error_Connection("Invalid Unix Socket: " + message, code)
-

Initializes the Error_InvalidUnixSocket object

Parameters
code
int

the exception error code

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Error_MipCmdFailed-Summary.js b/v66.0.1/MSCL_Docs/classes/C/Error_MipCmdFailed-Summary.js deleted file mode 100644 index 25979ca31..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Error_MipCmdFailed-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:Error_MipCmdFailed","Error_MipCmdFailed");NDSummary.OnSummaryLoaded("CClass:Error_MipCmdFailed",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[10497,0,0,"Error_MipCmdFailed"],[10498,0,2,"Variables","Variables"],[10499,0,3,"m_code","m_code"],[10500,0,2,"Functions","Functions"],[10501,0,1,"Error_MipCmdFailed","Error_MipCmdFailed"],[10502,0,1,"Error_MipCmdFailed","Error_MipCmdFailed(2)"],[10503,0,1,"Error_MipCmdFailed","Error_MipCmdFailed(3)"],[10504,0,1,"code","code"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Error_MipCmdFailed-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Error_MipCmdFailed-SummaryToolTips.js deleted file mode 100644 index b76a56f3f..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Error_MipCmdFailed-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:Error_MipCmdFailed",{10497:"
Error_MipCmdFailed
The Inertial command has failed
",10499:"
int m_code
the exception error code (NACK error code)
",10501:"
Error_MipCmdFailed() : Error("The Inertial command has failed."), m_code(-1)
Initializes the Error_MipCmdFailed object, sets the error code to a default of -1
",10502:"
Error_MipCmdFailed(
const std::string &description
) : Error(description), m_code(-1)
Initializes the Error_MipCmdFailed object, sets the error code to a default of -1
",10503:"
Error_MipCmdFailed(
int code
): Error("The Inertial command has failed."), m_code(code)
Initializes the Error_MipCmdFailed object
",10504:"
const int code() const throw ()
gets the exception error code
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Error_MipCmdFailed-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Error_MipCmdFailed-ToolTips.js deleted file mode 100644 index 04e185e27..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Error_MipCmdFailed-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({10446:"
Error
The generic MicroStrain exception (base class)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Error_MipCmdFailed.html b/v66.0.1/MSCL_Docs/classes/C/Error_MipCmdFailed.html deleted file mode 100644 index da9dd962c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Error_MipCmdFailed.html +++ /dev/null @@ -1,55 +0,0 @@ - - -Error_MipCmdFailed - - - - - - - -
-
Error_MipCmdFailed
-
public
Error
Error_MipCmdFailed
-

The Inertial command has failed

-
- -
-
Variables
-
- -
-
m_code
-
int m_code
-

the exception error code (NACK error code)

-
- -
-
Functions
-
- -
-
Error_MipCmdFailed
-
Error_MipCmdFailed() : Error("The Inertial command has failed."), m_code(-1)
-

Initializes the Error_MipCmdFailed object, sets the error code to a default of -1

-
- -
-
Error_MipCmdFailed
-
Error_MipCmdFailed(
const std::string &description
) : Error(description), m_code(-1)
-

Initializes the Error_MipCmdFailed object, sets the error code to a default of -1

-
- -
-
Error_MipCmdFailed
-
Error_MipCmdFailed(
int code
): Error("The Inertial command has failed."), m_code(code)
-

Initializes the Error_MipCmdFailed object

Parameters
code
int

the exception error code

-
- -
-
code
-
const int code() const throw ()
-

gets the exception error code

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Error_NoData-Summary.js b/v66.0.1/MSCL_Docs/classes/C/Error_NoData-Summary.js deleted file mode 100644 index 40c276179..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Error_NoData-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:Error_NoData","Error_NoData");NDSummary.OnSummaryLoaded("CClass:Error_NoData",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[10457,0,0,"Error_NoData"],[10458,0,2,"Functions","Functions"],[10459,0,1,"Error_NoData","Error_NoData"],[10460,0,1,"Error_NoData","Error_NoData(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Error_NoData-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Error_NoData-SummaryToolTips.js deleted file mode 100644 index e9032e3ea..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Error_NoData-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:Error_NoData",{10457:"
Error_NoData
There is no data available to be accessed
",10459:"
Error_NoData(): Error("No data is available.")
Initializes the Error_NoData object with a default description
",10460:"
Error_NoData(
const std::string &description
): Error(description)
Initializes the Error_NoData object with a custom description
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Error_NoData-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Error_NoData-ToolTips.js deleted file mode 100644 index 04e185e27..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Error_NoData-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({10446:"
Error
The generic MicroStrain exception (base class)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Error_NoData.html b/v66.0.1/MSCL_Docs/classes/C/Error_NoData.html deleted file mode 100644 index e9c2adf3f..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Error_NoData.html +++ /dev/null @@ -1,33 +0,0 @@ - - -Error_NoData - - - - - - - -
-
Error_NoData
-
public
Error
Error_NoData
-

There is no data available to be accessed

-
- -
-
Functions
-
- -
-
Error_NoData
-
Error_NoData(): Error("No data is available.")
-

Initializes the Error_NoData object with a default description

-
- -
-
Error_NoData
-
Error_NoData(
const std::string &description
): Error(description)
-

Initializes the Error_NoData object with a custom description

Parameters
description
const std::string&

the description of the error to be thrown

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Error_NodeCommunication-Summary.js b/v66.0.1/MSCL_Docs/classes/C/Error_NodeCommunication-Summary.js deleted file mode 100644 index e074e0ac4..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Error_NodeCommunication-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:Error_NodeCommunication","Error_NodeCommunication");NDSummary.OnSummaryLoaded("CClass:Error_NodeCommunication",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[10472,0,0,"Error_NodeCommunication"],[10473,0,2,"Variables","Variables"],[10474,0,3,"m_nodeAddress","m_nodeAddress"],[10475,0,2,"Functions","Functions"],[10476,0,1,"Error_NodeCommunication","Error_NodeCommunication"],[10477,0,1,"Error_NodeCommunication","Error_NodeCommunication(2)"],[10478,0,1,"nodeAddress","nodeAddress"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Error_NodeCommunication-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Error_NodeCommunication-SummaryToolTips.js deleted file mode 100644 index 83cf6f128..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Error_NodeCommunication-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:Error_NodeCommunication",{10472:"
Error_NodeCommunication
The exception for failing to communicate with a WirelessNode.
",10474:"
NodeAddress m_nodeAddress
The node address of the WirelessNode that failed to communicate.
",10476:"
Error_NodeCommunication(
NodeAddress nodeAddress
): Error_Communication("Failed to communicate with the Wireless Node."), m_nodeAddress(nodeAddress)
Initializes the Error_NodeCommunication object.
",10477:"
Error_NodeCommunication(
NodeAddress nodeAddress,
const std::string &description
): Error_Communication(description), m_nodeAddress(nodeAddress)
Initializes the Error_NodeCommunication object.
",10478:"
const NodeAddress nodeAddress() const throw ()
gets the node address of the WirelessNode that failed to communicate
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Error_NodeCommunication-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Error_NodeCommunication-ToolTips.js deleted file mode 100644 index f5417761c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Error_NodeCommunication-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7905:"
WirelessNode
A class representing a MicroStrain wireless node
",10245:"
typedef for a Node\'s node address.
",10468:"
Error_Communication
The exception for failing to communicate with a device.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Error_NodeCommunication.html b/v66.0.1/MSCL_Docs/classes/C/Error_NodeCommunication.html deleted file mode 100644 index 11f47bcca..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Error_NodeCommunication.html +++ /dev/null @@ -1,49 +0,0 @@ - - -Error_NodeCommunication - - - - - - - -
-
Error_NodeCommunication
-
public
Error_Communication
Error_NodeCommunication
-

The exception for failing to communicate with a WirelessNode.

-
- -
-
Variables
-
- -
-
m_nodeAddress
-
NodeAddress m_nodeAddress
-

The node address of the WirelessNode that failed to communicate.

-
- -
-
Functions
-
- -
-
Error_NodeCommunication
-
Error_NodeCommunication(
NodeAddress nodeAddress
): Error_Communication("Failed to communicate with the Wireless Node."), m_nodeAddress(nodeAddress)
-

Initializes the Error_NodeCommunication object.

Parameters
nodeAddress
NodeAddress

The node address of the WirelessNode that failed to communicate.

-
- -
-
Error_NodeCommunication
-
Error_NodeCommunication(
NodeAddress nodeAddress,
const std::string &description
): Error_Communication(description), m_nodeAddress(nodeAddress)
-

Initializes the Error_NodeCommunication object.

Parameters
nodeAddress
NodeAddress

The node address of the WirelessNode that failed to communicate.

description
const std::string&

the description to set

-
- -
-
nodeAddress
-
const NodeAddress nodeAddress() const throw ()
-

gets the node address of the WirelessNode that failed to communicate

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Error_NotSupported-Summary.js b/v66.0.1/MSCL_Docs/classes/C/Error_NotSupported-Summary.js deleted file mode 100644 index 8b9ef3d6d..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Error_NotSupported-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:Error_NotSupported","Error_NotSupported");NDSummary.OnSummaryLoaded("CClass:Error_NotSupported",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[10453,0,0,"Error_NotSupported"],[10454,0,2,"Functions","Functions"],[10455,0,1,"Error_NotSupported","Error_NotSupported"],[10456,0,1,"Error_NotSupported","Error_NotSupported(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Error_NotSupported-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Error_NotSupported-SummaryToolTips.js deleted file mode 100644 index 34148febc..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Error_NotSupported-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:Error_NotSupported",{10453:"
Error_NotSupported
A command/feature was attempted to be used that was not supported.
",10455:"
Error_NotSupported(): Error("This feature is not supported.")
Initializes the Error_NotSupported object with a default description
",10456:"
Error_NotSupported(
const std::string &description
) : Error(description)
Initializes the Error_NotSupported object with a custom description
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Error_NotSupported-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Error_NotSupported-ToolTips.js deleted file mode 100644 index 04e185e27..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Error_NotSupported-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({10446:"
Error
The generic MicroStrain exception (base class)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Error_NotSupported.html b/v66.0.1/MSCL_Docs/classes/C/Error_NotSupported.html deleted file mode 100644 index 9fd2ca09e..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Error_NotSupported.html +++ /dev/null @@ -1,33 +0,0 @@ - - -Error_NotSupported - - - - - - - -
-
Error_NotSupported
-
public
Error
Error_NotSupported
-

A command/feature was attempted to be used that was not supported.

-
- -
-
Functions
-
- -
-
Error_NotSupported
-
Error_NotSupported(): Error("This feature is not supported.")
-

Initializes the Error_NotSupported object with a default description

-
- -
-
Error_NotSupported
-
Error_NotSupported(
const std::string &description
) : Error(description)
-

Initializes the Error_NotSupported object with a custom description

Parameters
description
const std::string&

the description of the error to be thrown

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Error_UnknownSampleRate-Summary.js b/v66.0.1/MSCL_Docs/classes/C/Error_UnknownSampleRate-Summary.js deleted file mode 100644 index 1cc3a3ddb..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Error_UnknownSampleRate-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:Error_UnknownSampleRate","Error_UnknownSampleRate");NDSummary.OnSummaryLoaded("CClass:Error_UnknownSampleRate",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[10464,0,0,"Error_UnknownSampleRate"],[10465,0,2,"Functions","Functions"],[10466,0,1,"Error_UnknownSampleRate","Error_UnknownSampleRate"],[10467,0,1,"Error_UnknownSampleRate","Error_UnknownSampleRate(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Error_UnknownSampleRate-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Error_UnknownSampleRate-SummaryToolTips.js deleted file mode 100644 index 8b2d3e538..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Error_UnknownSampleRate-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:Error_UnknownSampleRate",{10464:"
Error_UnknownSampleRate
The sample rate is invalid or unknown for the given device
",10466:"
Error_UnknownSampleRate() : Error("Unknown Sample Rate.")
Initializes the Error_UnknownSampleRate object with a default description
",10467:"
Error_UnknownSampleRate(
const std::string &description
) : Error(description)
Initializes the Error_UnknownSampleRate object with a custom description
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Error_UnknownSampleRate-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Error_UnknownSampleRate-ToolTips.js deleted file mode 100644 index 04e185e27..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Error_UnknownSampleRate-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({10446:"
Error
The generic MicroStrain exception (base class)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Error_UnknownSampleRate.html b/v66.0.1/MSCL_Docs/classes/C/Error_UnknownSampleRate.html deleted file mode 100644 index d2134fee9..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Error_UnknownSampleRate.html +++ /dev/null @@ -1,33 +0,0 @@ - - -Error_UnknownSampleRate - - - - - - - -
-
Error_UnknownSampleRate
-
public
Error
Error_UnknownSampleRate
-

The sample rate is invalid or unknown for the given device

-
- -
-
Functions
-
- -
-
Error_UnknownSampleRate
-
Error_UnknownSampleRate() : Error("Unknown Sample Rate.")
-

Initializes the Error_UnknownSampleRate object with a default description

-
- -
-
Error_UnknownSampleRate
-
Error_UnknownSampleRate(
const std::string &description
) : Error(description)
-

Initializes the Error_UnknownSampleRate object with a custom description

Parameters
description
const std::string&

the description of the error to be thrown

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/EstFilterMessageFormat-Summary.js b/v66.0.1/MSCL_Docs/classes/C/EstFilterMessageFormat-Summary.js deleted file mode 100644 index 604d77f38..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/EstFilterMessageFormat-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:EstFilterMessageFormat","EstFilterMessageFormat");NDSummary.OnSummaryLoaded("CClass:EstFilterMessageFormat",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[831,0,0,"EstFilterMessageFormat"],[832,0,3,"Constants","Constants"],[833,0,1,"Packet Bytes","Packet_Bytes"],[834,0,1,,"CMD_ID"],[835,0,1,,"FIELD_DATA_BYTE"],[836,0,3,"Functions","Functions"],[837,0,2,"buildCommand_get","buildCommand_get"],[838,0,2,"buildCommand_set","buildCommand_set"],[839,0,2,"buildCommand_save","buildCommand_save"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/EstFilterMessageFormat-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/EstFilterMessageFormat-SummaryToolTips.js deleted file mode 100644 index ad42ef88a..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/EstFilterMessageFormat-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:EstFilterMessageFormat",{831:"
EstFilterMessageFormat
Contains the logic for the "Estimation Filter Message Format" command
",837:"
static ByteStream buildCommand_get()
Builds the bytes for the "get" command
",838:"
static ByteStream buildCommand_set(
const MipChannels &channels,
uint16 sampleRateBase
)
Builds the bytes for the "set" command.
",839:"
static ByteStream buildCommand_save()
Builds the bytes for the "save" command
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/EstFilterMessageFormat-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/EstFilterMessageFormat-ToolTips.js deleted file mode 100644 index 6f22038c2..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/EstFilterMessageFormat-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3171:"
The enums for all of the different MIP commands.
",4565:"
MipChannel
Represents a single "channel" or data descriptors that can make up an Inertial Device\'s message format
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10446:"
Error
The generic MicroStrain exception (base class)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/EstFilterMessageFormat.html b/v66.0.1/MSCL_Docs/classes/C/EstFilterMessageFormat.html deleted file mode 100644 index 6315c5010..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/EstFilterMessageFormat.html +++ /dev/null @@ -1,48 +0,0 @@ - - -EstFilterMessageFormat - - - - - - - -
-
EstFilterMessageFormat
-
EstFilterMessageFormat
-

Contains the logic for the "Estimation Filter Message Format" command

-
- -
-
Constants
-
- -
-
Packet Bytes
-
CMD_ID

CMD_EF_MESSAGE_FORMAT  - The MipTypes::Command for this command

FIELD_DATA_BYTE

0x82  - The Data Field Descriptor byte

-
- -
-
Functions
-
- -
-
buildCommand_get
-
static ByteStream buildCommand_get()
-

Builds the bytes for the "get" command

Returns

A ByteStream that holds the bytes that make up the command

-
- -
-
buildCommand_set
-
static ByteStream buildCommand_set(
const MipChannels &channels,
uint16 sampleRateBase
)
-

Builds the bytes for the "set" command.

Parameters
channels
const MipChannels&

The MipChannels holding the channels to be set. This should only contain channels that are in the Estimation Filter (0x82) descriptor set

sampleRateBase
uint16

The base sample rate for the estimation filter command set.

Returns

A ByteStream that holds the bytes that make up the command

Exceptions

  • Error: An MipChannel in the channels parameter is not part of the Sensor descriptor set

-
- -
-
buildCommand_save
-
static ByteStream buildCommand_save()
-

Builds the bytes for the "save" command

Returns

A ByteStream that holds the bytes that make up the command

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/EstimationControlFlags-Summary.js b/v66.0.1/MSCL_Docs/classes/C/EstimationControlFlags-Summary.js deleted file mode 100644 index df718175e..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/EstimationControlFlags-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:EstimationControlFlags","EstimationControlFlags");NDSummary.OnSummaryLoaded("CClass:EstimationControlFlags",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[803,0,0,"EstimationControlFlags"],[804,0,2,"Functions","Functions"],[805,0,1,"commandName","commandName"],[806,0,1,"MakeSetCommand","MakeSetCommand"],[807,0,1,"MakeGetCommand","MakeGetCommand"],[808,0,1,"getResponseData","getResponseData"],[809,0,1,"operator ByteStream","operator_ByteStream"],[810,0,1,"Constructor EstimationControlFlags","Constructor_EstimationControlFlags"],[811,0,1,"commandType","commandType"],[812,0,1,"fieldDataByte","fieldDataByte"],[813,0,1,"responseExpected","responseExpected"],[814,0,2,"Variables","Variables"],[815,0,3,"m_functionSelector","m_functionSelector"],[816,0,3,"m_ControlFlags","m_ControlFlags"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/EstimationControlFlags-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/EstimationControlFlags-SummaryToolTips.js deleted file mode 100644 index 9db4797d6..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/EstimationControlFlags-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:EstimationControlFlags",{803:"
EstimationControlFlags
Contains the logic for the Inertial EstimationControlFlags command.
",805:"
virtual std::string commandName() const
",806:"
static EstimationControlFlags MakeSetCommand(
const uint16 &controlFlags
)
Parameter: dataToUse The uint16 control flags to set.
",807:"
static EstimationControlFlags MakeGetCommand()
",808:"
static EstimationControlOptions getResponseData(
const GenericMipCmdResponse &response
)
",809:"
operator ByteStream() const
Converts this class to a ByteStream.
",810:"
Private constructor creates an EstimationControlFlags object.  Use Make___Command methods to create an object.
",811:"
virtual MipTypes::Command commandType() const
",812:"
virtual uint8 fieldDataByte() const
",813:"
virtual bool responseExpected() const
",815:"
MipTypes::FunctionSelector m_functionSelector
The FunctionSelector type of command to send, get/set, reset to factory defaults, et al.
",816:"
uint16 m_ControlFlags
The uint16 to send to the device.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/EstimationControlFlags-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/EstimationControlFlags-ToolTips.js deleted file mode 100644 index 0bf98e7d7..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/EstimationControlFlags-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({803:"
EstimationControlFlags
Contains the logic for the Inertial EstimationControlFlags command.
",2221:"
Controls which parameters are estimated by the Kalman Filter.  Some, all, or none of the options can be set as estimation controls.
",2927:"
GenericMipCmdResponse
Represents the response to a GenericMipCommand.
",3158:"
The enums for all the different types/categories of MIP commands and data.
",3171:"
The enums for all of the different MIP commands.
",10242:"
typedef for a 2-byte unsigned integer.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/EstimationControlFlags.html b/v66.0.1/MSCL_Docs/classes/C/EstimationControlFlags.html deleted file mode 100644 index aa836f233..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/EstimationControlFlags.html +++ /dev/null @@ -1,90 +0,0 @@ - - -EstimationControlFlags - - - - - - - -
-
EstimationControlFlags
-
public
MipCommand
EstimationControlFlags
-

Contains the logic for the Inertial EstimationControlFlags command.

-
- -
-
Functions
-
- -
-
commandName
-
virtual std::string commandName() const
-
Returns
std::string

the string name for this class.

-
- -
-
MakeSetCommand
-
static EstimationControlFlags MakeSetCommand(
const uint16 &controlFlags
)
-

Parameter: dataToUse The uint16 control flags to set.

Returns
EstimationControlFlags

object set up for sending a set command.

-
- -
-
MakeGetCommand
-
static EstimationControlFlags MakeGetCommand()
-
Returns
EstimationControlFlags

object set up for sending a get command.

-
- -
-
getResponseData
-
static EstimationControlOptions getResponseData(
const GenericMipCmdResponse &response
)
-
Parameter
response
const GenericMipCmdResponse&

The GenericMipCmdResponse object from which to get formatted data.

Returns
EstimationControlOptions

the object containing the flags returned from the device.

-
- -
-
operator ByteStream
-
operator ByteStream() const
-

Converts this class to a ByteStream.

-
- -
-
Constructor EstimationControlFlags
-

Private constructor creates an EstimationControlFlags object.  Use Make___Command methods to create an object.

-
- -
-
commandType
-
virtual MipTypes::Command commandType() const
-
Returns
MipTypes::Command

the command ID.

-
- -
-
fieldDataByte
-
virtual uint8 fieldDataByte() const
-
Returns
uint8

the byte ID for field data in the reply.

-
- -
-
responseExpected
-
virtual bool responseExpected() const
-
Returns
bool

True indicates that a response should return from the device.

-
- -
-
Variables
-
- -
-
m_functionSelector
-
MipTypes::FunctionSelector m_functionSelector
-

The FunctionSelector type of command to send, get/set, reset to factory defaults, et al.

-
- -
-
m_ControlFlags
-
uint16 m_ControlFlags
-

The uint16 to send to the device.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/EstimationControlOptions-Summary.js b/v66.0.1/MSCL_Docs/classes/C/EstimationControlOptions-Summary.js deleted file mode 100644 index b10bbcbd0..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/EstimationControlOptions-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:EstimationControlOptions","EstimationControlOptions");NDSummary.OnSummaryLoaded("CClass:EstimationControlOptions",[["C/C++","C"]],[["Functions","Function"],["Groups","Group"],["Structs","Struct"],["Variables","Variable"]],[[2221,0,2,"EstimationControlOptions"],[2222,0,1,"Functions","Functions"],[2223,0,0,"operator <mscl::​uint16>","operator"],[2224,0,0,"EstimationControlOptions","EstimationControlOptions"],[2225,0,0,"EstimationControlOptions","EstimationControlOptions(2)"],[2226,0,1,"Variables","Variables"],[2227,0,3,"enableGyroBiasEstimation","enableGyroBiasEstimation"],[2228,0,3,"enableAccelBiasEstimation","enableAccelBiasEstimation"],[2229,0,3,"enableGyroScaleFactorEstimation","enableGyroScaleFactorEstimation"],[2230,0,3,"enableAccelScaleFactorEstimation","enableAccelScaleFactorEstimation"],[2231,0,3,"enableGNSSAntennaOffsetEstimation","enableGNSSAntennaOffsetEstimation"],[2232,0,3,"enableHardIronAutoCalibration","enableHardIronAutoCalibration"],[2233,0,3,"enableSoftIronAutoCalibration","enableSoftIronAutoCalibration"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/EstimationControlOptions-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/EstimationControlOptions-SummaryToolTips.js deleted file mode 100644 index 48d7b31c2..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/EstimationControlOptions-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:EstimationControlOptions",{2221:"
Controls which parameters are estimated by the Kalman Filter.  Some, all, or none of the options can be set as estimation controls.
",2223:"
Converts this class to a <mscl::uint16>.
",2224:"
EstimationControlOptions() : enableGyroBiasEstimation(false), enableAccelBiasEstimation(false), enableGyroScaleFactorEstimation(false), enableAccelScaleFactorEstimation(false), enableGNSSAntennaOffsetEstimation(false), enableHardIronAutoCalibration(false), enableSoftIronAutoCalibration(false)
",2225:"
EstimationControlOptions(
const mscl::uint16 &estimationControlData
)
constructs this class from a <mscl::uint16> estimation control according to the Communications Protocol.
",2227:"
bool enableGyroBiasEstimation
",2228:"
bool enableAccelBiasEstimation
",2229:"
bool enableGyroScaleFactorEstimation
",2230:"
bool enableAccelScaleFactorEstimation
",2231:"
bool enableGNSSAntennaOffsetEstimation
",2232:"
bool enableHardIronAutoCalibration
",2233:"
bool enableSoftIronAutoCalibration
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/EstimationControlOptions-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/EstimationControlOptions-ToolTips.js deleted file mode 100644 index 59992a148..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/EstimationControlOptions-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/EstimationControlOptions.html b/v66.0.1/MSCL_Docs/classes/C/EstimationControlOptions.html deleted file mode 100644 index 2ff6b0586..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/EstimationControlOptions.html +++ /dev/null @@ -1,75 +0,0 @@ - - -EstimationControlOptions - - - - - - - -
-
EstimationControlOptions
-

Controls which parameters are estimated by the Kalman Filter.  Some, all, or none of the options can be set as estimation controls.

-
- -
-
Functions
-
- -
-
operator <mscl::​uint16>
-

Converts this class to a <mscl::uint16>.

-
- -
-
EstimationControlOptions
-
EstimationControlOptions() : enableGyroBiasEstimation(false), enableAccelBiasEstimation(false), enableGyroScaleFactorEstimation(false), enableAccelScaleFactorEstimation(false), enableGNSSAntennaOffsetEstimation(false), enableHardIronAutoCalibration(false), enableSoftIronAutoCalibration(false)
-
- -
-
EstimationControlOptions
-
EstimationControlOptions(
const mscl::uint16 &estimationControlData
)
-

constructs this class from a <mscl::uint16> estimation control according to the Communications Protocol.

Parameters
estimationControlData
const mscl::uint16&

The estimation control data used to fill in this object.

-
- -
-
Variables
-
- -
-
enableGyroBiasEstimation
-
bool enableGyroBiasEstimation
-
- -
-
enableAccelBiasEstimation
-
bool enableAccelBiasEstimation
-
- -
-
enableGyroScaleFactorEstimation
-
bool enableGyroScaleFactorEstimation
-
- -
-
enableAccelScaleFactorEstimation
-
bool enableAccelScaleFactorEstimation
-
- -
-
enableGNSSAntennaOffsetEstimation
-
bool enableGNSSAntennaOffsetEstimation
-
- -
-
enableHardIronAutoCalibration
-
bool enableHardIronAutoCalibration
-
- -
-
enableSoftIronAutoCalibration
-
bool enableSoftIronAutoCalibration
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/EulerAngles-Summary.js b/v66.0.1/MSCL_Docs/classes/C/EulerAngles-Summary.js deleted file mode 100644 index b378fe0c0..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/EulerAngles-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:EulerAngles","EulerAngles");NDSummary.OnSummaryLoaded("CClass:EulerAngles",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[2749,0,0,"EulerAngles"],[2750,0,2,"Functions","Functions"],[2751,0,1,"EulerAngles","EulerAngles"],[2752,0,1,"EulerAngles","EulerAngles(2)"],[2753,0,1,"EulerAngles","EulerAngles(3)"],[2754,0,1,"operator Rotation() (cast)","operator_Rotation()"],[2755,0,1,"asMipFieldValues","asMipFieldValues"],[2756,0,1,"appendMipFieldValues","appendMipFieldValues"],[2757,0,1,"roll","roll"],[2758,0,1,"pitch","pitch"],[2759,0,1,"yaw","yaw"],[2760,0,1,"heading","heading"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/EulerAngles-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/EulerAngles-SummaryToolTips.js deleted file mode 100644 index 6c26f9820..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/EulerAngles-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:EulerAngles",{2749:"
EulerAngles
Represents generic Euler Angles (roll, pitch, yaw).
",2751:"
EulerAngles()
Creates an EulerAngles object.
",2752:"
EulerAngles(
float roll,
float pitch,
float yaw
)
Creates an EulerAngles object with the specified roll, pitch, and yaw/heading.
",2753:"
EulerAngles(
const MipFieldValues &data,
uint8 offset = 0
)
Creates a EulerAngles object based on specified <MipFieldValues> data
",2754:"
operator Rotation() const
Creates a Rotation object with this object\'s roll, pitch, and yaw values
",2755:"
MipFieldValues asMipFieldValues() const
Gets the current euler angles values formatted as a <MipFieldValues> object.
",2756:"
void appendMipFieldValues(
MipFieldValues &appendTo
) const
Adds the properly formatted <MipFieldValues> that represent this object to the specified collection.
",2757:"
float roll() const
Gets the roll angle.
",2758:"
float pitch() const
Gets the pitch angle.
",2759:"
float yaw() const
Gets the yaw (heading) angle.
",2760:"
float heading() const
Gets the heading (yaw) angle.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/EulerAngles-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/EulerAngles-ToolTips.js deleted file mode 100644 index 5512c08bf..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/EulerAngles-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2773:"
Rotation
Structure that can represent either a Quaternion or EulerAngles object.
",9800:"
Vector
Represents a Vector of values
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/EulerAngles.html b/v66.0.1/MSCL_Docs/classes/C/EulerAngles.html deleted file mode 100644 index 107695a36..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/EulerAngles.html +++ /dev/null @@ -1,81 +0,0 @@ - - -EulerAngles - - - - - - - -
-
EulerAngles
-
public
Vector
EulerAngles
-

Represents generic Euler Angles (roll, pitch, yaw).

-
- -
-
Functions
-
- -
-
EulerAngles
-
EulerAngles()
-

Creates an EulerAngles object.

-
- -
-
EulerAngles
-
EulerAngles(
float roll,
float pitch,
float yaw
)
-

Creates an EulerAngles object with the specified roll, pitch, and yaw/heading.

-
- -
-
EulerAngles
-
EulerAngles(
const MipFieldValues &data,
uint8 offset = 0
)
-

Creates a EulerAngles object based on specified <MipFieldValues> data

Parameters
<MipFieldValues>

format must be 3 floats

offset
uint8

default: 0 - uint8 index offset to start reading from

-
- -
-
operator Rotation() (cast)
-
operator Rotation() const
-

Creates a Rotation object with this object's roll, pitch, and yaw values

-
- -
-
asMipFieldValues
-
MipFieldValues asMipFieldValues() const
-

Gets the current euler angles values formatted as a <MipFieldValues> object.

Returns
<MipFieldValues>

collection of values that represents this object.

-
- -
-
appendMipFieldValues
-
void appendMipFieldValues(
MipFieldValues &appendTo
) const
-

Adds the properly formatted <MipFieldValues> that represent this object to the specified collection.

Parameters
appendTo
MipFieldValues&

(reference) the <MipFieldValues> collection to append to

-
- -
-
roll
-
float roll() const
-

Gets the roll angle.

Returns

The roll Euler Angle.

-
- -
-
pitch
-
float pitch() const
-

Gets the pitch angle.

Returns

The pitch Euler Angle.

-
- -
-
yaw
-
float yaw() const
-

Gets the yaw (heading) angle.

Returns

The yaw (heading) Euler Angle.

-
- -
-
heading
-
float heading() const
-

Gets the heading (yaw) angle.

Returns

The heading (yaw) Euler Angle.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/EventActionConfiguration-Summary.js b/v66.0.1/MSCL_Docs/classes/C/EventActionConfiguration-Summary.js deleted file mode 100644 index bf49264c7..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/EventActionConfiguration-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:EventActionConfiguration","EventActionConfiguration");NDSummary.OnSummaryLoaded("CClass:EventActionConfiguration",[["C/C++","C"]],[["Constants","Constant"],["Enums","Enumeration"],["Groups","Group"],["Structs","Struct"],["Variables","Variable"]],[[2497,0,3,"EventActionConfiguration"],[2498,0,2,"Types","Types"],[2499,0,1,"Type","Type"],[2500,0,0,,"NONE"],[2501,0,0,,"GPIO"],[2502,0,0,,"MESSAGE"],[2503,0,2,"Variables","Variables"],[2504,0,4,"instance","instance"],[2505,0,4,"trigger","trigger"],[2506,0,4,"type","type"],[2507,0,4,"parameters","parameters"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/EventActionConfiguration-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/EventActionConfiguration-SummaryToolTips.js deleted file mode 100644 index cd60ca624..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/EventActionConfiguration-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:EventActionConfiguration",{2499:"
Types for the event action
",2504:"
uint8 instance
Action number
",2505:"
uint8 trigger
ID of trigger that will cause this action to occur. If 0, this action is not linked to any event triggers.
",2506:"
Type type
Type of action
",2507:"
EventActionParameters parameters
Action parameters
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/EventActionConfiguration-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/EventActionConfiguration-ToolTips.js deleted file mode 100644 index 013f3c336..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/EventActionConfiguration-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2491:"
Only one of the variables (gpio, message) should be used to represent each instance
",2499:"
Types for the event action
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/EventActionConfiguration.html b/v66.0.1/MSCL_Docs/classes/C/EventActionConfiguration.html deleted file mode 100644 index 1bdd67127..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/EventActionConfiguration.html +++ /dev/null @@ -1,52 +0,0 @@ - - -EventActionConfiguration - - - - - - - -
-
EventActionConfiguration
-
- -
-
Types
-
- -
-
Type
-

Types for the event action

NONE

0x00 - No action. Parameters should be empty

GPIO

0x01 - Control the state of a GPIO pin. See EventActionGpioParameter

MESSAGE

0x02 - Output a data packet. See EventActionMessageParameter

-
- -
-
Variables
-
- -
-
instance
-
uint8 instance
-

Action number

-
- -
-
trigger
-
uint8 trigger
-

ID of trigger that will cause this action to occur. If 0, this action is not linked to any event triggers.

-
- -
-
type
-
Type type
-

Type of action

-
- -
-
parameters
- -

Action parameters

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/EventActionGpioParameter-Summary.js b/v66.0.1/MSCL_Docs/classes/C/EventActionGpioParameter-Summary.js deleted file mode 100644 index 529d9c213..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/EventActionGpioParameter-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:EventActionGpioParameter","EventActionGpioParameter");NDSummary.OnSummaryLoaded("CClass:EventActionGpioParameter",[["C/C++","C"]],[["Constants","Constant"],["Enums","Enumeration"],["Groups","Group"],["Structs","Struct"],["Variables","Variable"]],[[2465,0,3,"EventActionGpioParameter"],[2466,0,2,"Types","Types"],[2467,0,1,"Mode","Mode"],[2468,0,0,,"DISABLED"],[2469,0,0,,"ACTIVE_HIGH"],[2470,0,0,,"ACTIVE_LOW"],[2471,0,0,,"ONESHOT_HIGH"],[2472,0,0,,"ONESHOW_LOW"],[2473,0,0,,"TOGGLE"],[2474,0,2,"Variables","Variables"],[2475,0,4,"pin","pin"],[2476,0,4,"mode","mode"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/EventActionGpioParameter-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/EventActionGpioParameter-SummaryToolTips.js deleted file mode 100644 index 012e39625..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/EventActionGpioParameter-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:EventActionGpioParameter",{2467:"
Modes for behavior of the GPIO pin
",2475:"
uint8 pin
GPIO pin number
",2476:"
Mode mode
Behavior of the GPIO pin
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/EventActionGpioParameter-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/EventActionGpioParameter-ToolTips.js deleted file mode 100644 index 1d54db624..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/EventActionGpioParameter-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2467:"
Modes for behavior of the GPIO pin
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/EventActionGpioParameter.html b/v66.0.1/MSCL_Docs/classes/C/EventActionGpioParameter.html deleted file mode 100644 index 2cbbacf3d..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/EventActionGpioParameter.html +++ /dev/null @@ -1,40 +0,0 @@ - - -EventActionGpioParameter - - - - - - - -
-
EventActionGpioParameter
-
- -
-
Types
-
- -
-
Mode
-

Modes for behavior of the GPIO pin

DISABLED

0x00 - Pin state will not be changed

ACTIVE_HIGH

0x01 - Pin will be set high when the trigger is active and low otherwise

ACTIVE_LOW

0x02 - Pin will be set low when the trigger is active and high otherwise

ONESHOT_HIGH

0x05 - Pin will be set high each time the trigger activates. It will not be set low

ONESHOW_LOW

0x06 - Pin will be set low each time the trigger activates. It will not be set high

TOGGLE

0x07 - Pin will change to the opposite state each time the trigger activates

-
- -
-
Variables
-
- -
-
pin
-
uint8 pin
-

GPIO pin number

-
- -
-
mode
-
Mode mode
-

Behavior of the GPIO pin

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/EventActionInfo-Summary.js b/v66.0.1/MSCL_Docs/classes/C/EventActionInfo-Summary.js deleted file mode 100644 index 82eb8bc67..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/EventActionInfo-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:EventActionInfo","EventActionInfo");NDSummary.OnSummaryLoaded("CClass:EventActionInfo",[["C/C++","C"]],[["Functions","Function"],["Groups","Group"],["Structs","Struct"],["Types","Type"],["Variables","Variable"]],[[2529,0,2,"EventActionInfo"],[2530,0,1,"Functions","Functions"],[2531,0,0,"EventActionInfo","EventActionInfo"],[2532,0,0,"EventActionInfo","EventActionInfo(2)"],[2533,0,1,"Variables","Variables"],[2534,0,4,"type","type"],[2535,0,4,"triggerId","triggerId"],[2536,0,4,"instanceId","instanceId"],[2537,0,1,"Types","Types"],[2538,0,3,"EventActionStatus","EventActionStatus"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/EventActionInfo-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/EventActionInfo-SummaryToolTips.js deleted file mode 100644 index 8630a5906..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/EventActionInfo-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:EventActionInfo",{2529:"
Information about an event action
",2531:"
EventActionInfo() : type(EventActionConfiguration::NONE), triggerId(0), instanceId(0)
Default constructor
",2532:"
EventActionInfo(
const EventActionConfiguration::Type type,
const uint8 triggerId,
const uint8 instanceId
) : type(type), triggerId(triggerId), instanceId(instanceId)
",2534:"
EventActionConfiguration::Type type
Configured EventActionConfiguration::Type
",2535:"
uint8 triggerId
Associated event trigger instance
",2536:"
uint8 instanceId
Instance ID of the action
",2538:"
A vector of EventActionInfo
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/EventActionInfo-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/EventActionInfo-ToolTips.js deleted file mode 100644 index 1a2b93743..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/EventActionInfo-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2499:"
Types for the event action
",2531:"
EventActionInfo() : type(EventActionConfiguration::NONE), triggerId(0), instanceId(0)
Default constructor
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/EventActionInfo.html b/v66.0.1/MSCL_Docs/classes/C/EventActionInfo.html deleted file mode 100644 index 9b56ef532..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/EventActionInfo.html +++ /dev/null @@ -1,62 +0,0 @@ - - -EventActionInfo - - - - - - - -
-
EventActionInfo
-

Information about an event action

-
- -
-
Functions
-
- -
-
EventActionInfo
-
EventActionInfo() : type(EventActionConfiguration::NONE), triggerId(0), instanceId(0)
-

Default constructor

-
- -
-
EventActionInfo
-
EventActionInfo(
const EventActionConfiguration::Type type,
const uint8 triggerId,
const uint8 instanceId
) : type(type), triggerId(triggerId), instanceId(instanceId)
-
- -
-
Variables
-
- -
-
type
- -

Configured EventActionConfiguration::Type

-
- -
-
triggerId
-
uint8 triggerId
-

Associated event trigger instance

-
- -
-
instanceId
-
uint8 instanceId
-

Instance ID of the action

-
- -
-
Types
-
- -
-
EventActionStatus
-

A vector of EventActionInfo

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/EventActionMessageParameter-Summary.js b/v66.0.1/MSCL_Docs/classes/C/EventActionMessageParameter-Summary.js deleted file mode 100644 index e33844f2e..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/EventActionMessageParameter-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:EventActionMessageParameter","EventActionMessageParameter");NDSummary.OnSummaryLoaded("CClass:EventActionMessageParameter",[["C/C++","C"]],[["Constants","Constant"],["Functions","Function"],["Groups","Group"],["Structs","Struct"],["Variables","Variable"]],[[2477,0,3,"EventActionMessageParameter"],[2478,0,2,"Constants","Constants"],[2479,0,0,"MAX_DESCRIPTORS","MAX_DESCRIPTORS"],[2480,0,2,"Variables","Variables"],[2481,0,4,"sampleRate","sampleRate"],[2482,0,2,"Functions","Functions"],[2483,0,1,"dataClass","dataClass"],[2484,0,1,"setChannelFields","setChannelFields"],[2485,0,1,"getChannelFields","getChannelFields"],[2486,0,2,"Variables","Variables(2)"],[2487,0,4,"descriptorSet","descriptorSet"],[2488,0,4,"m_channelFields","m_channelFields"],[2489,0,2,"Functions","Functions(2)"],[2490,0,1,"filterFields","filterFields"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/EventActionMessageParameter-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/EventActionMessageParameter-SummaryToolTips.js deleted file mode 100644 index 3fd87f228..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/EventActionMessageParameter-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:EventActionMessageParameter",{2479:"
Maximum supported descriptors
",2481:"
SampleRate sampleRate
Sample rate to output fields at when action is triggered. SampleRate::Event() (type Event,  indicates only a single packet will be output when triggered.
",2483:"
MipTypes::DataClass dataClass() const
Get the MipTypes::DataClass
",2484:"
void setChannelFields(
MipTypes::DataClass dataClass,
const MipTypes::MipChannelFields &fields
)
Set the MipTypes::ChannelFields
",2485:"
MipTypes::MipChannelFields getChannelFields() const
Get a list of MipTypes::ChannelField
",2487:"
MipTypes::DataClass m_descriptorSet
Descriptor set for the fields that will be produced when the event occurs
",2488:"
std::array<MipTypes::ChannelField, MAX_DESCRIPTORS> m_channelFields
MipTypes::ChannelFields to output when the event occurs
",2490:"
MipTypes::MipChannelFields filterFields(
const MipTypes::MipChannelFields &fields
)
Removes fields not in the specified MipTypes::DataClass
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/EventActionMessageParameter-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/EventActionMessageParameter-ToolTips.js deleted file mode 100644 index e7925c1a0..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/EventActionMessageParameter-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3146:"
The enums for all the different data classes of MIP data.
",3321:"
The enums for all of the different MIP Channel Field IDs.
",3780:"
A vector of ChannelField enums.
",9819:"
SampleRate
Represents a MicroStrain sample rate (rate at which data is sampling)
",9839:"
static SampleRate Event()
Creates a SampleRate object with the asynchronous/event type.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/EventActionMessageParameter.html b/v66.0.1/MSCL_Docs/classes/C/EventActionMessageParameter.html deleted file mode 100644 index 881503a89..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/EventActionMessageParameter.html +++ /dev/null @@ -1,82 +0,0 @@ - - -EventActionMessageParameter - - - - - - - -
-
EventActionMessageParameter
-
- -
-
Constants
-
- -
-
MAX_DESCRIPTORS
-

Maximum supported descriptors

-
- -
-
Variables
-
- -
-
sampleRate
-
SampleRate sampleRate
-

Sample rate to output fields at when action is triggered. SampleRate::Event() (type Event,  indicates only a single packet will be output when triggered.

-
- -
-
Functions
-
- -
-
dataClass
-
MipTypes::DataClass dataClass() const
-

Get the MipTypes::DataClass

-
- -
-
setChannelFields
-
void setChannelFields(
MipTypes::DataClass dataClass,
const MipTypes::MipChannelFields &fields
)
-

Set the MipTypes::ChannelFields

-
- -
-
getChannelFields
-
MipTypes::MipChannelFields getChannelFields() const
-

Get a list of MipTypes::ChannelField

-
- -
-
Variables
-
- -
-
descriptorSet
-
MipTypes::DataClass m_descriptorSet
-

Descriptor set for the fields that will be produced when the event occurs

-
- -
-
m_channelFields
-
std::array<MipTypes::ChannelField, MAX_DESCRIPTORS> m_channelFields
-

MipTypes::ChannelFields to output when the event occurs

-
- -
-
Functions
-
- -
-
filterFields
- -

Removes fields not in the specified MipTypes::DataClass

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/EventActionParameters-Summary.js b/v66.0.1/MSCL_Docs/classes/C/EventActionParameters-Summary.js deleted file mode 100644 index 2d2b906ce..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/EventActionParameters-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:EventActionParameters","EventActionParameters");NDSummary.OnSummaryLoaded("CClass:EventActionParameters",[["C/C++","C"]],[["Functions","Function"],["Groups","Group"],["Structs","Struct"],["Variables","Variable"]],[[2491,0,2,"EventActionParameters"],[2492,0,1,"Functions","Functions"],[2493,0,0,"EventActionParameters","EventActionParameters"],[2494,0,1,"Variables","Variables"],[2495,0,3,"gpio","gpio"],[2496,0,3,"message","message"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/EventActionParameters-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/EventActionParameters-SummaryToolTips.js deleted file mode 100644 index ea31b5896..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/EventActionParameters-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:EventActionParameters",{2491:"
Only one of the variables (gpio, message) should be used to represent each instance
",2493:"
EventActionParameters() : message()
Default constructor
",2495:"
EventActionGpioParameter gpio
Event action GPIO parameters
",2496:"
EventActionMessageParameter message
Event action message parameters
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/EventActionParameters-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/EventActionParameters-ToolTips.js deleted file mode 100644 index 59992a148..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/EventActionParameters-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/EventActionParameters.html b/v66.0.1/MSCL_Docs/classes/C/EventActionParameters.html deleted file mode 100644 index 492fa962e..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/EventActionParameters.html +++ /dev/null @@ -1,42 +0,0 @@ - - -EventActionParameters - - - - - - - -
-
EventActionParameters
-

Only one of the variables (gpio, message) should be used to represent each instance

-
- -
-
Functions
-
- -
-
EventActionParameters
-
EventActionParameters() : message()
-

Default constructor

-
- -
-
Variables
-
- -
-
gpio
- -

Event action GPIO parameters

-
- -
-
message
- -

Event action message parameters

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/EventSupportInfo-Summary.js b/v66.0.1/MSCL_Docs/classes/C/EventSupportInfo-Summary.js deleted file mode 100644 index 3728068a7..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/EventSupportInfo-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:EventSupportInfo","EventSupportInfo");NDSummary.OnSummaryLoaded("CClass:EventSupportInfo",[["C/C++","C"]],[["Constants","Constant"],["Enums","Enumeration"],["Groups","Group"],["Structs","Struct"],["Variables","Variable"]],[[4133,0,3,"EventSupportInfo"],[4134,0,2,"Types","Types"],[4135,0,1,"Query","Query"],[4136,0,0,,"TRIGGERS"],[4137,0,0,,"ACTIONS"],[4138,0,2,"Variables","Variables"],[4139,0,4,"query","query"],[4140,0,4,"maxInstances","maxInstances"],[4141,0,4,"entries","entries"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/EventSupportInfo-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/EventSupportInfo-SummaryToolTips.js deleted file mode 100644 index a38befd02..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/EventSupportInfo-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:EventSupportInfo",{4135:"
What type of information to retrieve
",4139:"
Query query
Type of information
",4140:"
uint8 maxInstances
Maximum number of supported triggers/actions
",4141:"
EventTypes entries
Event info
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/EventSupportInfo-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/EventSupportInfo-ToolTips.js deleted file mode 100644 index 621b3ba96..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/EventSupportInfo-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({4135:"
What type of information to retrieve
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/EventSupportInfo.html b/v66.0.1/MSCL_Docs/classes/C/EventSupportInfo.html deleted file mode 100644 index abf59f816..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/EventSupportInfo.html +++ /dev/null @@ -1,46 +0,0 @@ - - -EventSupportInfo - - - - - - - -
-
EventSupportInfo
-
- -
-
Types
-
- -
-
Query
-

What type of information to retrieve

TRIGGERS

0x01 - Query the supported trigger types and max count for each

ACTIONS

0x02 - Query the supported action types and max count for each

-
- -
-
Variables
-
- -
-
query
-
Query query
-

Type of information

-
- -
-
maxInstances
-
uint8 maxInstances
-

Maximum number of supported triggers/actions

-
- -
-
entries
-
EventTypes entries
-

Event info

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/EventTriggerCombinationParameter-Summary.js b/v66.0.1/MSCL_Docs/classes/C/EventTriggerCombinationParameter-Summary.js deleted file mode 100644 index dd7647773..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/EventTriggerCombinationParameter-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:EventTriggerCombinationParameter","EventTriggerCombinationParameter");NDSummary.OnSummaryLoaded("CClass:EventTriggerCombinationParameter",[["C/C++","C"]],[["Structs","Struct"]],[[2446,0,0,"EventTriggerCombinationParameter"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/EventTriggerCombinationParameter-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/EventTriggerCombinationParameter-SummaryToolTips.js deleted file mode 100644 index 7711e5262..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/EventTriggerCombinationParameter-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:EventTriggerCombinationParameter",{}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/EventTriggerCombinationParameter-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/EventTriggerCombinationParameter-ToolTips.js deleted file mode 100644 index 59992a148..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/EventTriggerCombinationParameter-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/EventTriggerCombinationParameter.html b/v66.0.1/MSCL_Docs/classes/C/EventTriggerCombinationParameter.html deleted file mode 100644 index fe397d41f..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/EventTriggerCombinationParameter.html +++ /dev/null @@ -1,15 +0,0 @@ - - -EventTriggerCombinationParameter - - - - - - - -
-
EventTriggerCombinationParameter
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/EventTriggerConfiguration-Summary.js b/v66.0.1/MSCL_Docs/classes/C/EventTriggerConfiguration-Summary.js deleted file mode 100644 index 4553150d3..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/EventTriggerConfiguration-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:EventTriggerConfiguration","EventTriggerConfiguration");NDSummary.OnSummaryLoaded("CClass:EventTriggerConfiguration",[["C/C++","C"]],[["Constants","Constant"],["Enums","Enumeration"],["Groups","Group"],["Structs","Struct"],["Variables","Variable"]],[[2454,0,3,"EventTriggerConfiguration"],[2455,0,2,"Types","Types"],[2456,0,1,"Type","Type"],[2457,0,0,,"NONE"],[2458,0,0,,"GPIO_TRIGGER"],[2459,0,0,,"THRESHOLD_TRIGGER"],[2460,0,0,,"COMBINATION_TRIGGER"],[2461,0,2,"Variables","Variables"],[2462,0,4,"instance","instance"],[2463,0,4,"trigger","trigger"],[2464,0,4,"parameters","parameters"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/EventTriggerConfiguration-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/EventTriggerConfiguration-SummaryToolTips.js deleted file mode 100644 index ea784ce21..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/EventTriggerConfiguration-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:EventTriggerConfiguration",{2456:"
Type of trigger to configure
",2462:"
uint8 instance
Trigger number
",2463:"
Type trigger
Type of trigger
",2464:"
EventTriggerParameters parameters
Trigger parameters
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/EventTriggerConfiguration-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/EventTriggerConfiguration-ToolTips.js deleted file mode 100644 index 6ace6aabb..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/EventTriggerConfiguration-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2447:"
Only one of the variables (gpio, threshold, combination) should be used to represent each instance
",2456:"
Type of trigger to configure
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/EventTriggerConfiguration.html b/v66.0.1/MSCL_Docs/classes/C/EventTriggerConfiguration.html deleted file mode 100644 index c01f464f3..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/EventTriggerConfiguration.html +++ /dev/null @@ -1,46 +0,0 @@ - - -EventTriggerConfiguration - - - - - - - -
-
EventTriggerConfiguration
-
- -
-
Types
-
- -
-
Type
-

Type of trigger to configure

NONE

0x00 - No trigger selected. The state will always be inactive

GPIO_TRIGGER

0x01 - Trigger based on the state of a GPIO pin

THRESHOLD_TRIGGER

0x02 - Compare a data quantity against a high and low threshold

COMBINATION_TRIGGER

0x03 - Logical combination of two or more triggers

-
- -
-
Variables
-
- -
-
instance
-
uint8 instance
-

Trigger number

-
- -
-
trigger
-
Type trigger
-

Type of trigger

-
- -
-
parameters
- -

Trigger parameters

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/EventTriggerGpioParameter-Summary.js b/v66.0.1/MSCL_Docs/classes/C/EventTriggerGpioParameter-Summary.js deleted file mode 100644 index e9d28603e..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/EventTriggerGpioParameter-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:EventTriggerGpioParameter","EventTriggerGpioParameter");NDSummary.OnSummaryLoaded("CClass:EventTriggerGpioParameter",[["C/C++","C"]],[["Enums","Enumeration"],["Groups","Group"],["Structs","Struct"]],[[2426,0,2,"EventTriggerGpioParameter"],[2427,0,1,"Types","Types"],[2428,0,0,"Mode","Mode"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/EventTriggerGpioParameter-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/EventTriggerGpioParameter-SummaryToolTips.js deleted file mode 100644 index 27315efd5..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/EventTriggerGpioParameter-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:EventTriggerGpioParameter",{2428:"
How the pin state affects the trigger DISABLED  - 0x00 - The pin will have no effect and the trigger will never activate WHILE_HIGH - 0x01 - The trigger will be active while the pin is high WHILE_LOW  - 0x02 - The trigger will be active while the pin is low EDGE  - 0x04 - Use if the pin is configured for time-stamping via the 3DM GPIO Configuration command (0x0C41)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/EventTriggerGpioParameter-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/EventTriggerGpioParameter-ToolTips.js deleted file mode 100644 index 59992a148..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/EventTriggerGpioParameter-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/EventTriggerGpioParameter.html b/v66.0.1/MSCL_Docs/classes/C/EventTriggerGpioParameter.html deleted file mode 100644 index c3e2fec8d..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/EventTriggerGpioParameter.html +++ /dev/null @@ -1,24 +0,0 @@ - - -EventTriggerGpioParameter - - - - - - - -
-
EventTriggerGpioParameter
-
- -
-
Types
-
- -
-
Mode
-

How the pin state affects the trigger DISABLED  - 0x00 - The pin will have no effect and the trigger will never activate WHILE_HIGH - 0x01 - The trigger will be active while the pin is high WHILE_LOW  - 0x02 - The trigger will be active while the pin is low EDGE  - 0x04 - Use if the pin is configured for time-stamping via the 3DM GPIO Configuration command (0x0C41)

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/EventTriggerInfo-Summary.js b/v66.0.1/MSCL_Docs/classes/C/EventTriggerInfo-Summary.js deleted file mode 100644 index 8fcd604e9..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/EventTriggerInfo-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:EventTriggerInfo","EventTriggerInfo");NDSummary.OnSummaryLoaded("CClass:EventTriggerInfo",[["C/C++","C"]],[["Constants","Constant"],["Enums","Enumeration"],["Functions","Function"],["Groups","Group"],["Structs","Struct"],["Types","Type"],["Variables","Variable"]],[[2508,0,4,"EventTriggerInfo"],[2509,0,3,"Functions","Functions"],[2510,0,2,"EventTriggerInfo","EventTriggerInfo"],[2511,0,2,"EventTriggerInfo","EventTriggerInfo(2)"],[2512,0,3,"Types","Types"],[2513,0,1,"Status","Status"],[2514,0,0,,"ACTIVE"],[2515,0,0,,"ENABLED"],[2516,0,0,,"TEST"],[2517,0,3,"Variables","Variables"],[2518,0,6,"type","type"],[2519,0,6,"instanceId","instanceId"],[2520,0,3,"Functions","Functions(2)"],[2521,0,2,"isActive","isActive"],[2522,0,2,"isEnabled","isEnabled"],[2523,0,2,"isTestMode","isTestMode"],[2524,0,2,"setStatus","setStatus"],[2525,0,3,"Variables","Variables(2)"],[2526,0,6,"status","status"],[2527,0,3,"Types","Types(2)"],[2528,0,5,"EventTriggerStatus","EventTriggerStatus"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/EventTriggerInfo-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/EventTriggerInfo-SummaryToolTips.js deleted file mode 100644 index fd1ea2bc7..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/EventTriggerInfo-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:EventTriggerInfo",{2508:"
Information about an event trigger
",2510:"
EventTriggerInfo() : type(EventTriggerConfiguration::NONE), instanceId(0), status(0)
Default constructor
",2511:"
EventTriggerInfo(
const EventTriggerConfiguration::Type type,
const uint8 instanceId,
const uint8 status
) : type(type), instanceId(instanceId), status(status)
",2513:"
Trigger status masks for the status bitfield
",2518:"
EventTriggerConfiguration::Type type
Configured trigger type
",2519:"
uint8 instanceId
Instance ID of the trigger
",2521:"
bool isActive() const
True if the trigger is currently active (either due to its logic or being in test mode)
",2522:"
bool isEnabled() const
True if the trigger is enabled
",2523:"
bool isTestMode() const
True if the trigger is in test mode
",2524:"
void setStatus(
uint8 value
)
Sets the value of the status bitfield
",2526:"
Bitfield status
Trigger status
",2528:"
A vector of EventTriggerInfo
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/EventTriggerInfo-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/EventTriggerInfo-ToolTips.js deleted file mode 100644 index d45d87be8..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/EventTriggerInfo-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2456:"
Type of trigger to configure
",2510:"
EventTriggerInfo() : type(EventTriggerConfiguration::NONE), instanceId(0), status(0)
Default constructor
",10388:"
Bitfield
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/EventTriggerInfo.html b/v66.0.1/MSCL_Docs/classes/C/EventTriggerInfo.html deleted file mode 100644 index 37d30d364..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/EventTriggerInfo.html +++ /dev/null @@ -1,103 +0,0 @@ - - -EventTriggerInfo - - - - - - - -
-
EventTriggerInfo
-

Information about an event trigger

-
- -
-
Functions
-
- -
-
EventTriggerInfo
-
EventTriggerInfo() : type(EventTriggerConfiguration::NONE), instanceId(0), status(0)
-

Default constructor

-
- -
-
EventTriggerInfo
-
EventTriggerInfo(
const EventTriggerConfiguration::Type type,
const uint8 instanceId,
const uint8 status
) : type(type), instanceId(instanceId), status(status)
-
- -
-
Types
-
- -
-
Status
-

Trigger status masks for the status bitfield

ACTIVE

0x01 - Active bitmask

ENABLED

0x02 - Enabled bitmask

TEST

0x04 - Test mode bitmask

-
- -
-
Variables
-
- -
-
type
- -

Configured trigger type

-
- -
-
instanceId
-
uint8 instanceId
-

Instance ID of the trigger

-
- -
-
Functions
-
- -
-
isActive
-
bool isActive() const
-

True if the trigger is currently active (either due to its logic or being in test mode)

-
- -
-
isEnabled
-
bool isEnabled() const
-

True if the trigger is enabled

-
- -
-
isTestMode
-
bool isTestMode() const
-

True if the trigger is in test mode

-
- -
-
setStatus
-
void setStatus(
uint8 value
)
-

Sets the value of the status bitfield

-
- -
-
Variables
-
- -
-
status
-
Bitfield status
-

Trigger status

-
- -
-
Types
-
- -
-
EventTriggerStatus
-

A vector of EventTriggerInfo

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/EventTriggerOptions-Summary.js b/v66.0.1/MSCL_Docs/classes/C/EventTriggerOptions-Summary.js deleted file mode 100644 index fd913af69..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/EventTriggerOptions-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:EventTriggerOptions","EventTriggerOptions");NDSummary.OnSummaryLoaded("CClass:EventTriggerOptions",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[6635,0,0,"EventTriggerOptions"],[6636,0,2,"Variables","Variables"],[6637,0,3,"m_triggerMask","m_triggerMask"],[6638,0,3,"m_preDuration","m_preDuration"],[6639,0,3,"m_postDuration","m_postDuration"],[6640,0,3,"m_triggers","m_triggers"],[6641,0,2,"Functions","Functions"],[6642,0,1,"triggerMask","triggerMask"],[6643,0,1,"triggerMask","triggerMask(2)"],[6644,0,1,"anyTriggersEnabled","anyTriggersEnabled"],[6645,0,1,"triggerEnabled","triggerEnabled"],[6646,0,1,"enableTrigger","enableTrigger"],[6647,0,1,"preDuration","preDuration"],[6648,0,1,"preDuration","preDuration(2)"],[6649,0,1,"postDuration","postDuration"],[6650,0,1,"postDuration","postDuration(2)"],[6651,0,1,"trigger","trigger"],[6652,0,1,"trigger","trigger(2)"],[6653,0,1,"triggers","triggers"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/EventTriggerOptions-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/EventTriggerOptions-SummaryToolTips.js deleted file mode 100644 index 014c1524c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/EventTriggerOptions-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:EventTriggerOptions",{6635:"
EventTriggerOptions
Contains all of the Event Trigger options that can be configured for a WirelessNode.
",6637:"
BitMask m_triggerMask
The BitMask for enabling and disabling triggers.
",6638:"
uint32 m_preDuration
The pre event duration (in milliseconds).
",6639:"
uint32 m_postDuration
The post event duration ( in milliseconds).
",6640:"
Triggers m_triggers
The Triggers.
",6642:"
const BitMask& triggerMask() const
Gets the actual BitMask that represents the active and inactive triggers.
",6643:"
void triggerMask(
const BitMask &mask
)
Sets the BitMask that represents the active and inactive triggers.
",6644:"
bool anyTriggersEnabled() const
Checks if any triggers are enabled.
",6645:"
bool triggerEnabled(
uint8 triggerIndex
) const
Checks if a specific trigger is enabled.
",6646:"
void enableTrigger(
uint8 triggerIndex,
bool enable = true
)
Enables or disables a specific trigger.
",6647:"
uint32 preDuration() const
Gets the pre event duration in milliseconds.
",6648:"
void preDuration(
uint32 duration
)
Sets the pre event duration in milliseconds.
",6649:"
uint32 postDuration() const
Gets the post event duration in milliseconds.
",6650:"
void postDuration(
uint32 duration
)
Sets the post event duration in milliseconds.
",6651:"
void trigger(
uint8 triggerIndex,
const Trigger &trigger
)
Sets the Trigger in this options object, for the trigger trigger index.
",6652:"
const Trigger& trigger(
uint8 triggerIndex
) const
Gets the Trigger for the given trigger index.
",6653:"
const Triggers& triggers() const
Gets the Triggers that are currently set in this object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/EventTriggerOptions-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/EventTriggerOptions-ToolTips.js deleted file mode 100644 index 00991a15d..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/EventTriggerOptions-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6621:"
Trigger(
uint8 channelNumber,
WirelessTypes::EventTriggerType triggerType,
float triggerValue
)
Creates a Trigger object with the provided values.
",6634:"
Typedef for a map of trigger IDs (uint8) to Trigger objects.
",10425:"
BitMask
Represents a bitmask.
",10457:"
Error_NoData
There is no data available to be accessed
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/EventTriggerOptions.html b/v66.0.1/MSCL_Docs/classes/C/EventTriggerOptions.html deleted file mode 100644 index 799bac76d..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/EventTriggerOptions.html +++ /dev/null @@ -1,121 +0,0 @@ - - -EventTriggerOptions - - - - - - - -
-
EventTriggerOptions
-
EventTriggerOptions
-

Contains all of the Event Trigger options that can be configured for a WirelessNode.

-
- -
-
Variables
-
- -
-
m_triggerMask
-
BitMask m_triggerMask
-

The BitMask for enabling and disabling triggers.

-
- -
-
m_preDuration
-
uint32 m_preDuration
-

The pre event duration (in milliseconds).

-
- -
-
m_postDuration
-
uint32 m_postDuration
-

The post event duration ( in milliseconds).

-
- -
-
m_triggers
-
Triggers m_triggers
-

The Triggers.

-
- -
-
Functions
-
- -
-
triggerMask
-
const BitMask& triggerMask() const
-

Gets the actual BitMask that represents the active and inactive triggers.

Returns

The <BitMak> that represents the active and inactive triggers.

-
- -
-
triggerMask
-
void triggerMask(
const BitMask &mask
)
-

Sets the BitMask that represents the active and inactive triggers.

Parameters

The BitMask to set.

-
- -
-
anyTriggersEnabled
-
bool anyTriggersEnabled() const
-

Checks if any triggers are enabled.

Returns

true if at least 1 trigger is enabled, false if all triggers are disabled.

-
- -
-
triggerEnabled
-
bool triggerEnabled(
uint8 triggerIndex
) const
-

Checks if a specific trigger is enabled.

Parameters
triggerIndex
uint8

The index of the trigger to check.

Returns

true if the trigger is enabled, false if the trigger is disabled.

-
- -
-
enableTrigger
-
void enableTrigger(
uint8 triggerIndex,
bool enable = true
)
-

Enables or disables a specific trigger.

Parameters
triggerIndex
uint8

The index of the trigger to check.

enable
bool

Whether to enable (true) or disable (false) the trigger (defaults to true).

-
- -
-
preDuration
-
uint32 preDuration() const
-

Gets the pre event duration in milliseconds.

-
- -
-
preDuration
-
void preDuration(
uint32 duration
)
-

Sets the pre event duration in milliseconds.

Parameters
duration
uint32

The duration to set (in milliseconds).

-
- -
-
postDuration
-
uint32 postDuration() const
-

Gets the post event duration in milliseconds.

-
- -
-
postDuration
-
void postDuration(
uint32 duration
)
-

Sets the post event duration in milliseconds.

Parameters
duration
uint32

The duration to set (in milliseconds).

-
- -
-
trigger
-
void trigger(
uint8 triggerIndex,
const Trigger &trigger
)
-

Sets the Trigger in this options object, for the trigger trigger index.

Parameters
triggerIndex
uint8

The index of the trigger to set.

trigger
const Trigger&

The Trigger to set.

-
- -
-
trigger
-
const Trigger& trigger(
uint8 triggerIndex
) const
-

Gets the Trigger for the given trigger index.

Parameters
triggerIndex
uint8

The index for the Trigger to get.

Returns

The Trigger for the given index.

Exceptions
Error_NoData

The given trigger index was not set in this object.

-
- -
-
triggers
-
const Triggers& triggers() const
-

Gets the Triggers that are currently set in this object.

Returns

The Triggers as they are currently set.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/EventTriggerParameters-Summary.js b/v66.0.1/MSCL_Docs/classes/C/EventTriggerParameters-Summary.js deleted file mode 100644 index df51cfd33..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/EventTriggerParameters-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:EventTriggerParameters","EventTriggerParameters");NDSummary.OnSummaryLoaded("CClass:EventTriggerParameters",[["C/C++","C"]],[["Functions","Function"],["Groups","Group"],["Structs","Struct"],["Variables","Variable"]],[[2447,0,2,"EventTriggerParameters"],[2448,0,1,"Functions","Functions"],[2449,0,0,"EventTriggerParameters","EventTriggerParameters"],[2450,0,1,"Variables","Variables"],[2451,0,3,"gpio","gpio"],[2452,0,3,"threshold","threshold"],[2453,0,3,"combination","combination"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/EventTriggerParameters-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/EventTriggerParameters-SummaryToolTips.js deleted file mode 100644 index 64beb40e8..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/EventTriggerParameters-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:EventTriggerParameters",{2447:"
Only one of the variables (gpio, threshold, combination) should be used to represent each instance
",2449:"
EventTriggerParameters() : combination()
Default constructor
",2451:"
EventTriggerGpioParameter gpio
Event GPIO trigger parameters
",2452:"
EventTriggerThresholdParameter threshold
Event threshold trigger parameters
",2453:"
EventTriggerCombinationParameter combination
Event combination trigger parameters
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/EventTriggerParameters-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/EventTriggerParameters-ToolTips.js deleted file mode 100644 index 59992a148..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/EventTriggerParameters-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/EventTriggerParameters.html b/v66.0.1/MSCL_Docs/classes/C/EventTriggerParameters.html deleted file mode 100644 index 76690f458..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/EventTriggerParameters.html +++ /dev/null @@ -1,48 +0,0 @@ - - -EventTriggerParameters - - - - - - - -
-
EventTriggerParameters
-

Only one of the variables (gpio, threshold, combination) should be used to represent each instance

-
- -
-
Functions
-
- -
-
EventTriggerParameters
-
EventTriggerParameters() : combination()
-

Default constructor

-
- -
-
Variables
-
- -
-
gpio
- -

Event GPIO trigger parameters

-
- -
-
threshold
- -

Event threshold trigger parameters

-
- -
-
combination
- -

Event combination trigger parameters

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/EventTriggerThresholdParameter-Summary.js b/v66.0.1/MSCL_Docs/classes/C/EventTriggerThresholdParameter-Summary.js deleted file mode 100644 index 43b9cff92..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/EventTriggerThresholdParameter-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:EventTriggerThresholdParameter","EventTriggerThresholdParameter");NDSummary.OnSummaryLoaded("CClass:EventTriggerThresholdParameter",[["C/C++","C"]],[["Enums","Enumeration"],["Functions","Function"],["Groups","Group"],["Structs","Struct"],["Variables","Variable"]],[[2429,0,3,"EventTriggerThresholdParameter"],[2430,0,2,"Types","Types"],[2431,0,0,"Type","Type"],[2432,0,2,"Variables","Variables"],[2433,0,4,"type","type"],[2434,0,4,"lowThreshold","lowThreshold"],[2435,0,4,"highThreshold","highThreshold"],[2436,0,2,"Functions","Functions"],[2437,0,1,"channel","channel"],[2438,0,1,"channel","channel(2)"],[2439,0,1,"channelField","channelField"],[2440,0,1,"channelQualifier","channelQualifier"],[2441,0,1,"channelIndex","channelIndex"],[2442,0,2,"Variables","Variables(2)"],[2443,0,4,"m_channelQualifier","m_channelQualifier"],[2444,0,4,"m_channelIndex","m_channelIndex"],[2445,0,4,"m_channelField","m_channelField"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/EventTriggerThresholdParameter-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/EventTriggerThresholdParameter-SummaryToolTips.js deleted file mode 100644 index c282858e5..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/EventTriggerThresholdParameter-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:EventTriggerThresholdParameter",{2431:"
How the pin state affects the trigger WINDOW_TYPE  - 0x01 - Window comparison INTERVAL_TYPE - 0x02 - Trigger at evenly-spaced intervals
",2433:"
Type type
Determines the type of comparison
",2434:"
double lowThreshold
Low threshold
",2435:"
double highThreshold
High threshold
",2437:"
void channel(
MipTypes::ChannelField channelField,
MipTypes::ChannelQualifier channelQualifier
)
Set the channel field and qualifier
",2438:"
void channel(
MipTypes::ChannelField channelField,
uint8 index
)
Set the channel field and qualifier index
",2439:"
MipTypes::ChannelField channelField() const
Get the channel field
",2440:"
MipTypes::ChannelQualifier channelQualifier() const
Get the channel qualifier
",2441:"
uint8 channelIndex() const
Get the channel qualifier index Default value: 0 (unset)
",2443:"
MipTypes::ChannelQualifier m_channelQualifier
The target qualifier within the MIP field
",2444:"
uint8 m_channelIndex
1-based index of the target qualifier within the MIP field default value: 0 (unset)
",2445:"
MipTypes::ChannelField m_channelField
MIP channel field
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/EventTriggerThresholdParameter-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/EventTriggerThresholdParameter-ToolTips.js deleted file mode 100644 index 84960343d..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/EventTriggerThresholdParameter-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2431:"
How the pin state affects the trigger WINDOW_TYPE  - 0x01 - Window comparison INTERVAL_TYPE - 0x02 - Trigger at evenly-spaced intervals
",3321:"
The enums for all of the different MIP Channel Field IDs.
",3651:"
The enums for different MIP Channel Qualifiers.  This combined with the ChannelField produces a unique identifier for each individual channel that is collected.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/EventTriggerThresholdParameter.html b/v66.0.1/MSCL_Docs/classes/C/EventTriggerThresholdParameter.html deleted file mode 100644 index 9d354983d..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/EventTriggerThresholdParameter.html +++ /dev/null @@ -1,102 +0,0 @@ - - -EventTriggerThresholdParameter - - - - - - - -
-
EventTriggerThresholdParameter
-
- -
-
Types
-
- -
-
Type
-

How the pin state affects the trigger WINDOW_TYPE  - 0x01 - Window comparison INTERVAL_TYPE - 0x02 - Trigger at evenly-spaced intervals

-
- -
-
Variables
-
- -
-
type
-
Type type
-

Determines the type of comparison

-
- -
-
lowThreshold
-
double lowThreshold
-

Low threshold

-
- -
-
highThreshold
-
double highThreshold
-

High threshold

-
- -
-
Functions
-
- -
-
channel
-
void channel(
MipTypes::ChannelField channelField,
MipTypes::ChannelQualifier channelQualifier
)
-

Set the channel field and qualifier

-
- -
-
channel
-
void channel(
MipTypes::ChannelField channelField,
uint8 index
)
-

Set the channel field and qualifier index

-
- -
-
channelField
-
MipTypes::ChannelField channelField() const
-

Get the channel field

-
- -
-
channelQualifier
-
MipTypes::ChannelQualifier channelQualifier() const
-

Get the channel qualifier

-
- -
-
channelIndex
-
uint8 channelIndex() const
-

Get the channel qualifier index Default value: 0 (unset)

-
- -
-
Variables
-
- -
-
m_channelQualifier
-
MipTypes::ChannelQualifier m_channelQualifier
-

The target qualifier within the MIP field

-
- -
-
m_channelIndex
-
uint8 m_channelIndex
-

1-based index of the target qualifier within the MIP field default value: 0 (unset)

-
- -
-
m_channelField
-
MipTypes::ChannelField m_channelField
-

MIP channel field

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/EventTypeInfo-Summary.js b/v66.0.1/MSCL_Docs/classes/C/EventTypeInfo-Summary.js deleted file mode 100644 index 91b0d429e..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/EventTypeInfo-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:EventTypeInfo","EventTypeInfo");NDSummary.OnSummaryLoaded("CClass:EventTypeInfo",[["C/C++","C"]],[["Functions","Function"],["Groups","Group"],["Structs","Struct"],["Types","Type"],["Variables","Variable"]],[[4124,0,2,"EventTypeInfo"],[4125,0,1,"Functions","Functions"],[4126,0,0,"EventTypeInfo","EventTypeInfo"],[4127,0,0,"EventTypeInfo","EventTypeInfo(2)"],[4128,0,1,"Variables","Variables"],[4129,0,4,"type","type"],[4130,0,4,"maxInstances","maxInstances"],[4131,0,1,"Types","Types"],[4132,0,3,"EventTypes","EventTypes"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/EventTypeInfo-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/EventTypeInfo-SummaryToolTips.js deleted file mode 100644 index 78d024a2a..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/EventTypeInfo-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:EventTypeInfo",{4124:"
Information about event trigger or action types
",4126:"
EventTypeInfo() : type(0), maxInstances(0)
Default constructor
",4127:"
EventTypeInfo(
const uint8 type,
const uint8 maxInstances
) : type(type), maxInstances(maxInstances)
",4129:"
uint8 type
The event type based on EventSupportInfo::Query
",4130:"
uint8 maxInstances
Maximum supported instances for the type
",4132:"
A vector of EventTypeInfo
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/EventTypeInfo-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/EventTypeInfo-ToolTips.js deleted file mode 100644 index 63ca288e0..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/EventTypeInfo-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2456:"
Type of trigger to configure
",2499:"
Types for the event action
",4126:"
EventTypeInfo() : type(0), maxInstances(0)
Default constructor
",4135:"
What type of information to retrieve
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/EventTypeInfo.html b/v66.0.1/MSCL_Docs/classes/C/EventTypeInfo.html deleted file mode 100644 index cde3d1e3d..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/EventTypeInfo.html +++ /dev/null @@ -1,56 +0,0 @@ - - -EventTypeInfo - - - - - - - -
-
EventTypeInfo
-

Information about event trigger or action types

-
- -
-
Functions
-
- -
-
EventTypeInfo
-
EventTypeInfo() : type(0), maxInstances(0)
-

Default constructor

-
- -
-
EventTypeInfo
-
EventTypeInfo(
const uint8 type,
const uint8 maxInstances
) : type(type), maxInstances(maxInstances)
-
- -
-
Variables
-
- -
-
type
-
uint8 type
-

The event type based on EventSupportInfo::Query

-
- -
-
maxInstances
-
uint8 maxInstances
-

Maximum supported instances for the type

-
- -
-
Types
-
- -
-
EventTypes
-

A vector of EventTypeInfo

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ExternalGNSSUpdate-Summary.js b/v66.0.1/MSCL_Docs/classes/C/ExternalGNSSUpdate-Summary.js deleted file mode 100644 index 881416de9..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ExternalGNSSUpdate-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:ExternalGNSSUpdate","ExternalGNSSUpdate");NDSummary.OnSummaryLoaded("CClass:ExternalGNSSUpdate",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[958,0,0,"ExternalGNSSUpdate"],[959,0,2,"Functions","Functions"],[960,0,1,"commandName","commandName"],[961,0,1,"MakeSetCommand","MakeSetCommand"],[962,0,1,"operator ByteStream","operator_ByteStream"],[963,0,1,"Constructor ExternalGNSSUpdate","Constructor_ExternalGNSSUpdate"],[964,0,1,"commandType","commandType"],[965,0,1,"fieldDataByte","fieldDataByte"],[966,0,1,"responseExpected","responseExpected"],[967,0,2,"Variables","Variables"],[968,0,3,"m_data","m_data"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ExternalGNSSUpdate-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/ExternalGNSSUpdate-SummaryToolTips.js deleted file mode 100644 index 5d08f50ed..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ExternalGNSSUpdate-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:ExternalGNSSUpdate",{958:"
ExternalGNSSUpdate
Contains the logic for the Inertial ExternalGNSSUpdate command.
",960:"
virtual std::string commandName() const
",961:"
Parameter: dataToUse The ExternalGNSSUpdateData object to set.
",962:"
operator ByteStream() const
Converts this class to a ByteStream.
",963:"
Private constructor creates a ExternalGNSSUpdate object.  Use Make___Command methods to create an object.
",964:"
virtual MipTypes::Command commandType() const
",965:"
virtual uint8 fieldDataByte() const
",966:"
virtual bool responseExpected() const
",968:"
ExternalGNSSUpdateData m_data
The ExternalGNSSUpdateData to send to the device.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ExternalGNSSUpdate-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/ExternalGNSSUpdate-ToolTips.js deleted file mode 100644 index b626f6d01..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ExternalGNSSUpdate-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2144:"
Contains the data needed by the InertialNode::sendExternalGNSSUpdate method.
",3171:"
The enums for all of the different MIP commands.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ExternalGNSSUpdate.html b/v66.0.1/MSCL_Docs/classes/C/ExternalGNSSUpdate.html deleted file mode 100644 index 3c54a3992..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ExternalGNSSUpdate.html +++ /dev/null @@ -1,71 +0,0 @@ - - -ExternalGNSSUpdate - - - - - - - -
-
ExternalGNSSUpdate
-
public
MipCommand
ExternalGNSSUpdate
-

Contains the logic for the Inertial ExternalGNSSUpdate command.

-
- -
-
Functions
-
- -
-
commandName
-
virtual std::string commandName() const
-
Returns
std::string

the string name for this class.

-
- -
-
MakeSetCommand
-

Parameter: dataToUse The ExternalGNSSUpdateData object to set.

Returns
ExternalGNSSUpdate

object set up for sending a set command.

-
- -
-
operator ByteStream
-
operator ByteStream() const
-

Converts this class to a ByteStream.

-
- -
-
Constructor ExternalGNSSUpdate
-

Private constructor creates a ExternalGNSSUpdate object.  Use Make___Command methods to create an object.

-
- -
-
commandType
-
virtual MipTypes::Command commandType() const
-
Returns
MipTypes::Command

the command ID.

-
- -
-
fieldDataByte
-
virtual uint8 fieldDataByte() const
-
Returns
uint8

the byte ID for field data in the reply.

-
- -
-
responseExpected
-
virtual bool responseExpected() const
-
Returns
bool

True indicates that a response should return from the device.

-
- -
-
Variables
-
- -
-
m_data
- -

The ExternalGNSSUpdateData to send to the device.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ExternalGNSSUpdateData-Summary.js b/v66.0.1/MSCL_Docs/classes/C/ExternalGNSSUpdateData-Summary.js deleted file mode 100644 index a62164848..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ExternalGNSSUpdateData-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:ExternalGNSSUpdateData","ExternalGNSSUpdateData");NDSummary.OnSummaryLoaded("CClass:ExternalGNSSUpdateData",[["C/C++","C"]],[["Groups","Group"],["Structs","Struct"],["Variables","Variable"]],[[2144,0,1,"ExternalGNSSUpdateData"],[2145,0,0,"Variables","Variables"],[2146,0,2,"gpsTimeOfWeek","gpsTimeOfWeek"],[2147,0,2,"gpsWeekNumber","gpsWeekNumber"],[2148,0,2,"lattitude","lattitude"],[2149,0,2,"longitude","longitude"],[2150,0,2,"altitudeAboveWGS84Ellipsoid","altitudeAboveWGS84Ellipsoid"],[2151,0,2,"northVelocity","northVelocity"],[2152,0,2,"eastVelocity","eastVelocity"],[2153,0,2,"downVelocity","downVelocity"],[2154,0,2,"northPositionUncertainty","northPositionUncertainty"],[2155,0,2,"eastPositionUncertainty","eastPositionUncertainty"],[2156,0,2,"downPositionUncertainty","downPositionUncertainty"],[2157,0,2,"northVelocityUncertainty","northVelocityUncertainty"],[2158,0,2,"eastVelocityUncertainty","eastVelocityUncertainty"],[2159,0,2,"downVelocityUncertainty","downVelocityUncertainty"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ExternalGNSSUpdateData-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/ExternalGNSSUpdateData-SummaryToolTips.js deleted file mode 100644 index f13ce96ae..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ExternalGNSSUpdateData-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:ExternalGNSSUpdateData",{2144:"
Contains the data needed by the InertialNode::sendExternalGNSSUpdate method.
",2146:"
double gpsTimeOfWeek
",2147:"
uint16 gpsWeekNumber
",2148:"
double lattitude
",2149:"
double longitude
",2150:"
double altitudeAboveWGS84Ellipsoid
",2151:"
float northVelocity
",2152:"
float eastVelocity
",2153:"
float downVelocity
",2154:"
float northPositionUncertainty
",2155:"
float eastPositionUncertainty
",2156:"
float downPositionUncertainty
",2157:"
float northVelocityUncertainty
",2158:"
float eastVelocityUncertainty
",2159:"
float downVelocityUncertainty
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ExternalGNSSUpdateData-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/ExternalGNSSUpdateData-ToolTips.js deleted file mode 100644 index 9ff68836f..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ExternalGNSSUpdateData-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2657:"
void sendExternalGNSSUpdate(
const ExternalGNSSUpdateData &gnssUpdateData
)
sends the external GNSS update command.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ExternalGNSSUpdateData.html b/v66.0.1/MSCL_Docs/classes/C/ExternalGNSSUpdateData.html deleted file mode 100644 index afd6a7ed3..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ExternalGNSSUpdateData.html +++ /dev/null @@ -1,90 +0,0 @@ - - -ExternalGNSSUpdateData - - - - - - - -
-
ExternalGNSSUpdateData
-

Contains the data needed by the InertialNode::sendExternalGNSSUpdate method.

-
- -
-
Variables
-
- -
-
gpsTimeOfWeek
-
double gpsTimeOfWeek
-
- -
-
gpsWeekNumber
-
uint16 gpsWeekNumber
-
- -
-
lattitude
-
double lattitude
-
- -
-
longitude
-
double longitude
-
- -
-
altitudeAboveWGS84Ellipsoid
-
double altitudeAboveWGS84Ellipsoid
-
- -
-
northVelocity
-
float northVelocity
-
- -
-
eastVelocity
-
float eastVelocity
-
- -
-
downVelocity
-
float downVelocity
-
- -
-
northPositionUncertainty
-
float northPositionUncertainty
-
- -
-
eastPositionUncertainty
-
float eastPositionUncertainty
-
- -
-
downPositionUncertainty
-
float downPositionUncertainty
-
- -
-
northVelocityUncertainty
-
float northVelocityUncertainty
-
- -
-
eastVelocityUncertainty
-
float eastVelocityUncertainty
-
- -
-
downVelocityUncertainty
-
float downVelocityUncertainty
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ExternalHeadingUpdate-Summary.js b/v66.0.1/MSCL_Docs/classes/C/ExternalHeadingUpdate-Summary.js deleted file mode 100644 index a3d61b5b5..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ExternalHeadingUpdate-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:ExternalHeadingUpdate","ExternalHeadingUpdate");NDSummary.OnSummaryLoaded("CClass:ExternalHeadingUpdate",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[761,0,0,"ExternalHeadingUpdate"],[762,0,2,"Functions","Functions"],[763,0,1,"commandName","commandName"],[764,0,1,"MakeCommand","MakeCommand"],[765,0,1,"operator ByteStream","operator_ByteStream"],[766,0,1,"Constructor ExternalHeadingUpdate","Constructor_ExternalHeadingUpdate"],[767,0,1,"commandType","commandType"],[768,0,1,"fieldDataByte","fieldDataByte"],[769,0,1,"responseExpected","responseExpected"],[770,0,2,"Variables","Variables"],[771,0,3,"m_data","m_data"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ExternalHeadingUpdate-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/ExternalHeadingUpdate-SummaryToolTips.js deleted file mode 100644 index 5eb08248a..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ExternalHeadingUpdate-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:ExternalHeadingUpdate",{761:"
ExternalHeadingUpdate
Contains the logic for the Inertial ExternalHeadingUpdate command.
",763:"
virtual std::string commandName() const
",764:"
static ExternalHeadingUpdate MakeCommand(
const HeadingData &headingData
)
Parameter: headingData The HeadingData object to set.
",765:"
operator ByteStream() const
Converts this class to a ByteStream.
",766:"
Private constructor creates a ExternalHeadingUpdate object.  Use Make___Command methods to create an object.
",767:"
virtual MipTypes::Command commandType() const
",768:"
virtual uint8 fieldDataByte() const
",769:"
virtual bool responseExpected() const
",771:"
The HeadingData to send to the device.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ExternalHeadingUpdate-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/ExternalHeadingUpdate-ToolTips.js deleted file mode 100644 index 55c33eabd..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ExternalHeadingUpdate-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({761:"
ExternalHeadingUpdate
Contains the logic for the Inertial ExternalHeadingUpdate command.
",3171:"
The enums for all of the different MIP commands.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ExternalHeadingUpdate.html b/v66.0.1/MSCL_Docs/classes/C/ExternalHeadingUpdate.html deleted file mode 100644 index 07e6284ed..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ExternalHeadingUpdate.html +++ /dev/null @@ -1,71 +0,0 @@ - - -ExternalHeadingUpdate - - - - - - - -
-
ExternalHeadingUpdate
-
public
MipCommand
ExternalHeadingUpdate
-

Contains the logic for the Inertial ExternalHeadingUpdate command.

-
- -
-
Functions
-
- -
-
commandName
-
virtual std::string commandName() const
-
Returns
std::string

the string name for this class.

-
- -
-
MakeCommand
-
static ExternalHeadingUpdate MakeCommand(
const HeadingData &headingData
)
-

Parameter: headingData The HeadingData object to set.

Returns
ExternalHeadingUpdate

object set up for sending a set command.

-
- -
-
operator ByteStream
-
operator ByteStream() const
-

Converts this class to a ByteStream.

-
- -
-
Constructor ExternalHeadingUpdate
-

Private constructor creates a ExternalHeadingUpdate object.  Use Make___Command methods to create an object.

-
- -
-
commandType
-
virtual MipTypes::Command commandType() const
-
Returns
MipTypes::Command

the command ID.

-
- -
-
fieldDataByte
-
virtual uint8 fieldDataByte() const
-
Returns
uint8

the byte ID for field data in the reply.

-
- -
-
responseExpected
-
virtual bool responseExpected() const
-
Returns
bool

True indicates that a response should return from the device.

-
- -
-
Variables
-
- -
-
m_data
-

The HeadingData to send to the device.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ExternalHeadingUpdateWithTimestamp-Summary.js b/v66.0.1/MSCL_Docs/classes/C/ExternalHeadingUpdateWithTimestamp-Summary.js deleted file mode 100644 index 37f7e4fc8..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ExternalHeadingUpdateWithTimestamp-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:ExternalHeadingUpdateWithTimestamp","ExternalHeadingUpdateWithTimestamp");NDSummary.OnSummaryLoaded("CClass:ExternalHeadingUpdateWithTimestamp",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[749,0,0,"ExternalHeadingUpdateWithTimestamp"],[750,0,2,"Functions","Functions"],[751,0,1,"commandName","commandName"],[752,0,1,"MakeCommand","MakeCommand"],[753,0,1,"operator ByteStream","operator_ByteStream"],[754,0,1,"Constructor ExternalHeadingUpdateWithTimestamp","Constructor_ExternalHeadingUpdateWithTimestamp"],[755,0,1,"commandType","commandType"],[756,0,1,"fieldDataByte","fieldDataByte"],[757,0,1,"responseExpected","responseExpected"],[758,0,2,"Variables","Variables"],[759,0,3,"m_data","m_data"],[760,0,3,"m_Timestamp","m_Timestamp"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ExternalHeadingUpdateWithTimestamp-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/ExternalHeadingUpdateWithTimestamp-SummaryToolTips.js deleted file mode 100644 index 9ee3ce223..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ExternalHeadingUpdateWithTimestamp-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:ExternalHeadingUpdateWithTimestamp",{749:"
ExternalHeadingUpdateWithTimestamp
Contains the logic for the Inertial ExternalHeadingUpdateWithTimestamp command.
",751:"
virtual std::string commandName() const
",752:"
static ExternalHeadingUpdateWithTimestamp MakeCommand(
const HeadingData &headingData,
const TimeUpdate &timestamp
)
",753:"
operator ByteStream() const
Converts this class to a ByteStream.
",754:"
Private constructor creates a ExternalHeadingUpdateWithTimestamp object from a HeadingData and a TimeUpdate.
",755:"
virtual MipTypes::Command commandType() const
",756:"
virtual uint8 fieldDataByte() const
",757:"
virtual bool responseExpected() const
",759:"
The HeadingData to send to the device.
",760:"
TimeUpdate m_Timestamp
The TimeUpdate timestamp to send to the device.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ExternalHeadingUpdateWithTimestamp-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/ExternalHeadingUpdateWithTimestamp-ToolTips.js deleted file mode 100644 index 342a1fa9b..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ExternalHeadingUpdateWithTimestamp-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({749:"
ExternalHeadingUpdateWithTimestamp
Contains the logic for the Inertial ExternalHeadingUpdateWithTimestamp command.
",1975:"
TimeUpdate
Contains time data for the GNSS_AssistTimeUpdate class.
",3171:"
The enums for all of the different MIP commands.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ExternalHeadingUpdateWithTimestamp.html b/v66.0.1/MSCL_Docs/classes/C/ExternalHeadingUpdateWithTimestamp.html deleted file mode 100644 index 3e50a377e..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ExternalHeadingUpdateWithTimestamp.html +++ /dev/null @@ -1,77 +0,0 @@ - - -ExternalHeadingUpdateWithTimestamp - - - - - - - -
-
ExternalHeadingUpdateWithTimestamp
-
public
MipCommand
ExternalHeadingUpdateWithTimestamp
-

Contains the logic for the Inertial ExternalHeadingUpdateWithTimestamp command.

-
- -
-
Functions
-
- -
-
commandName
-
virtual std::string commandName() const
-
Returns
std::string

the string name for this class.

-
- -
-
MakeCommand
-
static ExternalHeadingUpdateWithTimestamp MakeCommand(
const HeadingData &headingData,
const TimeUpdate &timestamp
)
-
Parameters
headingData
const HeadingData&

The HeadingData object to set.

timestamp
const TimeUpdate&

The TimeUpdate object to set.

Returns
ExternalHeadingUpdateWithTimestamp

object set up for sending a set command.

-
- -
-
operator ByteStream
-
operator ByteStream() const
-

Converts this class to a ByteStream.

-
- -
-
Constructor ExternalHeadingUpdateWithTimestamp
-

Private constructor creates a ExternalHeadingUpdateWithTimestamp object from a HeadingData and a TimeUpdate.

-
- -
-
commandType
-
virtual MipTypes::Command commandType() const
-
Returns
MipTypes::Command

the command ID.

-
- -
-
fieldDataByte
-
virtual uint8 fieldDataByte() const
-
Returns
uint8

the byte ID for field data in the reply.

-
- -
-
responseExpected
-
virtual bool responseExpected() const
-
Returns
bool

True indicates that a response should return from the device.

-
- -
-
Variables
-
- -
-
m_data
-

The HeadingData to send to the device.

-
- -
-
m_Timestamp
-
TimeUpdate m_Timestamp
-

The TimeUpdate timestamp to send to the device.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FatigueOptions-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FatigueOptions-Summary.js deleted file mode 100644 index 3726d6ec7..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FatigueOptions-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FatigueOptions","FatigueOptions");NDSummary.OnSummaryLoaded("CClass:FatigueOptions",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[6582,0,0,"FatigueOptions"],[6583,0,2,"Variables","Variables"],[6584,0,3,"m_youngsModulus","m_youngsModulus"],[6585,0,3,"m_poissonsRatio","m_poissonsRatio"],[6586,0,3,"m_peakValleyThreshold","m_peakValleyThreshold"],[6587,0,3,"m_debugMode","m_debugMode"],[6588,0,3,"m_damageAngles","m_damageAngles"],[6589,0,3,"m_snCurveSegments","m_snCurveSegments"],[6590,0,3,"m_fatigueMode","m_fatigueMode"],[6591,0,3,"m_distMode_numAngles","m_distMode_numAngles"],[6592,0,3,"m_distMode_lowerBound","m_distMode_lowerBound"],[6593,0,3,"m_distMode_upperBound","m_distMode_upperBound"],[6594,0,3,"m_histogramEnable","m_histogramEnable"],[6595,0,2,"Functions","Functions"],[6596,0,1,"youngsModulus","youngsModulus"],[6597,0,1,"youngsModulus","youngsModulus(2)"],[6598,0,1,"poissonsRatio","poissonsRatio"],[6599,0,1,"poissonsRatio","poissonsRatio(2)"],[6600,0,1,"peakValleyThreshold","peakValleyThreshold"],[6601,0,1,"peakValleyThreshold","peakValleyThreshold(2)"],[6602,0,1,"debugMode","debugMode"],[6603,0,1,"debugMode","debugMode(2)"],[6604,0,1,"damageAngle","damageAngle"],[6605,0,1,"damageAngles","damageAngles"],[6606,0,1,"damageAngle","damageAngle(2)"],[6607,0,1,"snCurveSegment","snCurveSegment"],[6608,0,1,"snCurveSegments","snCurveSegments"],[6609,0,1,"snCurveSegment","snCurveSegment(2)"],[6610,0,1,"fatigueMode","fatigueMode"],[6611,0,1,"distributedAngleMode_enabled","distributedAngleMode_enabled"],[6612,0,1,"distributedAngleMode_numAngles","distributedAngleMode_numAngles"],[6613,0,1,"distributedAngleMode_numAngles","distributedAngleMode_numAngles(2)"],[6614,0,1,"distributedAngleMode_lowerBound","distributedAngleMode_lowerBound"],[6615,0,1,"distributedAngleMode_lowerBound","distributedAngleMode_lowerBound(2)"],[6616,0,1,"distributedAngleMode_upperBound","distributedAngleMode_upperBound"],[6617,0,1,"distributedAngleMode_upperBound","distributedAngleMode_upperBound(2)"],[6618,0,1,"histogramEnable","histogramEnable"],[6619,0,1,"histogramEnable","histogramEnable(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FatigueOptions-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FatigueOptions-SummaryToolTips.js deleted file mode 100644 index 334e0aeea..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FatigueOptions-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FatigueOptions",{6582:"
FatigueOptions
Contains all of the fatigue options that can be configured for a WirelessNode.
",6584:"
float m_youngsModulus
The Young\'s Modulus value.
",6585:"
float m_poissonsRatio
The Poisson\'s Ratio value.
",6586:"
uint16 m_peakValleyThreshold
The peak/valley threshold.
",6587:"
bool m_debugMode
Whether raw data is enabled or disabled.
",6588:"
DamageAngles m_damageAngles
The DamageAngles.
",6589:"
SnCurveSegments m_snCurveSegments
The SnCurveSegments.
",6590:"
WirelessTypes::FatigueMode m_fatigueMode
Whether distributed angle mode is enabled or disabled.
",6591:"
uint8 m_distMode_numAngles
",6592:"
float m_distMode_lowerBound
The lower bound angle when using the distributed angle mode.
",6593:"
float m_distMode_upperBound
The upper bound angle when using the distributed angle mode.
",6594:"
bool m_histogramEnable
Whether histograms are enabled or disabled.
",6596:"
float youngsModulus() const
Gets the Young\'s Modulus set in this options object.
",6597:"
void youngsModulus(
float val
)
Sets the Young\'s Modulus in this options object.
",6598:"
float poissonsRatio() const
Gets the Poisson\'s Ration set in this options object.
",6599:"
void poissonsRatio(
float val
)
Sets the Poisson\'s Ratio in this options object.
",6600:"
uint16 peakValleyThreshold() const
Gets the Peak/Valley Threshold set in this options object.
",6601:"
void peakValleyThreshold(
uint16 val
)
Sets the Peak/Valley Threshold in this options object.
",6602:"
bool debugMode() const
Gets the debug mode flag set in this options object.  This determines whether raw angle data that builds the Histograms will be sent when sampling.
",6603:"
void debugMode(
bool enable
)
Sets the debug mode flag in this options object.  This determines whether raw angle data that builds the Histograms will be sent when sampling.
",6604:"
float damageAngle(
uint8 angleId
) const
Gets the damage angle set in this options object, for the given angle id (0-based).
",6605:"
const DamageAngles& damageAngles() const
Gets the DamageAngles container set in this options object.
",6606:"
void damageAngle(
uint8 angleId,
float angle
)
Sets the damage angle in this options object, for the given angle id (0-based).  The angle will be automatically converted to between 0 and 360 if it is out of range.
",6607:"
const SnCurveSegment& snCurveSegment(
uint8 segmentId
) const
Gets the SnCurveSegment set in this options object, for the given segment id (0-based).
",6608:"
const SnCurveSegments& snCurveSegments() const
Gets the SnCurveSegments container set in this options object.
",6609:"
void snCurveSegment(
uint8 segmentId,
const SnCurveSegment &segment
)
Sets the SnCurveSegment in this options object, for the given segment id (0-based).
",6610:"
WirelessTypes::FatigueMode fatigueMode() const
The WirelessTypes::FatigueMode that is set in this options object.
",6611:"
Sets whether distributed angle mode is enabled or disabled in this options object.  Distributed Angle Mode allows the user to enable an even distribution of 4-16 angles.  When in this mode, the standard damageAngles will not be used by the Node.
",6612:"
uint8 distributedAngleMode_numAngles() const
Gets the current number of angles to use for distributed angle mode in this options object.  Note: The Node will only use this if the fatigueMode is set to distributed angle mode.
",6613:"
void distributedAngleMode_numAngles(
uint8 numAngles
)
Sets the current number of angles to use for distributed angle mode in this options object.  Note: Note: The Node will only use this if the fatigueMode is set to distributed angle mode.
",6614:"
float distributedAngleMode_lowerBound() const
Gets the current lower bound angle (in degrees) to use for distributed angle mode in this options object.  Note: Note: The Node will only use this if the fatigueMode is set to distributed angle mode.
",6615:"
void distributedAngleMode_lowerBound(
float angle
)
Sets the current lower bound angle to use for distributed angle mode in this options object.  Note: Note: The Node will only use this if the fatigueMode is set to distributed angle mode.  Note: The lower bound and upper bound angles must be at least 1 degree.
",6616:"
float distributedAngleMode_upperBound() const
Gets the current upper bound angle (in degrees) to use for distributed angle mode in this options object.  Note: Note: The Node will only use this if the fatigueMode is set to distributed angle mode.
",6617:"
void distributedAngleMode_upperBound(
float angle
)
Sets the current upper bound angle to use for distributed angle mode in this options object.  Note: Note: The Node will only use this if the fatigueMode is set to distributed angle mode.  Note: The lower bound and upper bound angles must be at least 1 degree.
",6618:"
bool histogramEnable() const
Gets whether sending Histograms is enabled or disabled, in this options object.
",6619:"
void histogramEnable(
bool enable
)
Sets whether sending Histograms is enabled or disabled, in this options object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FatigueOptions-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FatigueOptions-ToolTips.js deleted file mode 100644 index 75c4372e9..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FatigueOptions-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6568:"
SnCurveSegment
Represents a single segment of an SN-Curve.
",6605:"
const DamageAngles& damageAngles() const
Gets the DamageAngles container set in this options object.
",6610:"
WirelessTypes::FatigueMode fatigueMode() const
The WirelessTypes::FatigueMode that is set in this options object.
",8945:"
The different modes a Fatigue Node can operate in.
",10457:"
Error_NoData
There is no data available to be accessed
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FatigueOptions.html b/v66.0.1/MSCL_Docs/classes/C/FatigueOptions.html deleted file mode 100644 index ab9e5f3ed..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FatigueOptions.html +++ /dev/null @@ -1,234 +0,0 @@ - - -FatigueOptions - - - - - - - -
-
FatigueOptions
-
FatigueOptions
-

Contains all of the fatigue options that can be configured for a WirelessNode.

-
- -
-
Variables
-
- -
-
m_youngsModulus
-
float m_youngsModulus
-

The Young's Modulus value.

-
- -
-
m_poissonsRatio
-
float m_poissonsRatio
-

The Poisson's Ratio value.

-
- -
-
m_peakValleyThreshold
-
uint16 m_peakValleyThreshold
-

The peak/valley threshold.

-
- -
-
m_debugMode
-
bool m_debugMode
-

Whether raw data is enabled or disabled.

-
- -
-
m_damageAngles
-
DamageAngles m_damageAngles
-

The DamageAngles.

-
- -
-
m_snCurveSegments
-
SnCurveSegments m_snCurveSegments
-

The SnCurveSegments.

-
- -
-
m_fatigueMode
- -

Whether distributed angle mode is enabled or disabled.

-
- -
-
m_distMode_numAngles
-
uint8 m_distMode_numAngles
-
The number of angles (4

16) to use in distributed angle mode.

-
- -
-
m_distMode_lowerBound
-
float m_distMode_lowerBound
-

The lower bound angle when using the distributed angle mode.

-
- -
-
m_distMode_upperBound
-
float m_distMode_upperBound
-

The upper bound angle when using the distributed angle mode.

-
- -
-
m_histogramEnable
-
bool m_histogramEnable
-

Whether histograms are enabled or disabled.

-
- -
-
Functions
-
- -
-
youngsModulus
-
float youngsModulus() const
-

Gets the Young's Modulus set in this options object.

-
- -
-
youngsModulus
-
void youngsModulus(
float val
)
-

Sets the Young's Modulus in this options object.

Parameters
val
float

The Young's Modulus to set.

-
- -
-
poissonsRatio
-
float poissonsRatio() const
-

Gets the Poisson's Ration set in this options object.

-
- -
-
poissonsRatio
-
void poissonsRatio(
float val
)
-

Sets the Poisson's Ratio in this options object.

Parameters
val
float

The Poisson's Ratio to set.

-
- -
-
peakValleyThreshold
-
uint16 peakValleyThreshold() const
-

Gets the Peak/Valley Threshold set in this options object.

-
- -
-
peakValleyThreshold
-
void peakValleyThreshold(
uint16 val
)
-

Sets the Peak/Valley Threshold in this options object.

Parameters
val
uint16

The Peak/Valley Threshold to set.

-
- -
-
debugMode
-
bool debugMode() const
-

Gets the debug mode flag set in this options object.  This determines whether raw angle data that builds the Histograms will be sent when sampling.

-
- -
-
debugMode
-
void debugMode(
bool enable
)
-

Sets the debug mode flag in this options object.  This determines whether raw angle data that builds the Histograms will be sent when sampling.

Parameters
enable
bool

Whether to enable (true) or disable (false) debug mode.

-
- -
-
damageAngle
-
float damageAngle(
uint8 angleId
) const
-

Gets the damage angle set in this options object, for the given angle id (0-based).

Parameters
angleId
uint8

The angle ID to get the damage angle for.

Exceptions
Error_NoData

The given angle ID was not set in this object.

-
- -
-
damageAngles
-
const DamageAngles& damageAngles() const
-

Gets the DamageAngles container set in this options object.

-
- -
-
damageAngle
-
void damageAngle(
uint8 angleId,
float angle
)
-

Sets the damage angle in this options object, for the given angle id (0-based).  The angle will be automatically converted to between 0 and 360 if it is out of range.

Parameters
angleId
uint8

The angle ID to set the damage angle for.

angle
float

The damage angle value to set.

-
- -
-
snCurveSegment
-
const SnCurveSegment& snCurveSegment(
uint8 segmentId
) const
-

Gets the SnCurveSegment set in this options object, for the given segment id (0-based).

Parameters
segmentId
uint8

The segment ID to get the segment for.

Exceptions
Error_NoData

The given segment ID was not set in this object.

-
- -
-
snCurveSegments
-
const SnCurveSegments& snCurveSegments() const
-

Gets the SnCurveSegments container set in this options object.

-
- -
-
snCurveSegment
-
void snCurveSegment(
uint8 segmentId,
const SnCurveSegment &segment
)
-

Sets the SnCurveSegment in this options object, for the given segment id (0-based).

Parameters
segmentId
uint8

The segment ID to set the segment for.

segment
const SnCurveSegment&

The SnCurveSegment to set.

-
- -
-
fatigueMode
-
WirelessTypes::FatigueMode fatigueMode() const
-

The WirelessTypes::FatigueMode that is set in this options object.

-
- -
-
distributedAngleMode_enabled
-

Sets whether distributed angle mode is enabled or disabled in this options object.  Distributed Angle Mode allows the user to enable an even distribution of 4-16 angles.  When in this mode, the standard damageAngles will not be used by the Node.

Parameters
enable

Whether to enable or disable distributed angle mode.

-
- -
-
distributedAngleMode_numAngles
-
uint8 distributedAngleMode_numAngles() const
-

Gets the current number of angles to use for distributed angle mode in this options object.  Note: The Node will only use this if the fatigueMode is set to distributed angle mode.

-
- -
-
distributedAngleMode_numAngles
-
void distributedAngleMode_numAngles(
uint8 numAngles
)
-

Sets the current number of angles to use for distributed angle mode in this options object.  Note: Note: The Node will only use this if the fatigueMode is set to distributed angle mode.

Parameters
numAngles
uint8

The number of angles to use (4-16).

-
- -
-
distributedAngleMode_lowerBound
-
float distributedAngleMode_lowerBound() const
-

Gets the current lower bound angle (in degrees) to use for distributed angle mode in this options object.  Note: Note: The Node will only use this if the fatigueMode is set to distributed angle mode.

-
- -
-
distributedAngleMode_lowerBound
-
void distributedAngleMode_lowerBound(
float angle
)
-

Sets the current lower bound angle to use for distributed angle mode in this options object.  Note: Note: The Node will only use this if the fatigueMode is set to distributed angle mode.  Note: The lower bound and upper bound angles must be at least 1 degree.

Parameters
angle
float

The lower bound angle (in degrees) to use.

-
- -
-
distributedAngleMode_upperBound
-
float distributedAngleMode_upperBound() const
-

Gets the current upper bound angle (in degrees) to use for distributed angle mode in this options object.  Note: Note: The Node will only use this if the fatigueMode is set to distributed angle mode.

-
- -
-
distributedAngleMode_upperBound
-
void distributedAngleMode_upperBound(
float angle
)
-

Sets the current upper bound angle to use for distributed angle mode in this options object.  Note: Note: The Node will only use this if the fatigueMode is set to distributed angle mode.  Note: The lower bound and upper bound angles must be at least 1 degree.

Parameters
angle
float

The upper bound angle (in degrees) to use.

-
- -
-
histogramEnable
-
bool histogramEnable() const
-

Gets whether sending Histograms is enabled or disabled, in this options object.

-
- -
-
histogramEnable
-
void histogramEnable(
bool enable
)
-

Sets whether sending Histograms is enabled or disabled, in this options object.

Parameters
enable
bool

Whehter to enable or disable sending Histograms.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_BeaconedTimestamp-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_BeaconedTimestamp-Summary.js deleted file mode 100644 index 333359f76..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_BeaconedTimestamp-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_BeaconedTimestamp","FieldParser_BeaconedTimestamp");NDSummary.OnSummaryLoaded("CClass:FieldParser_BeaconedTimestamp",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Groups","Group"]],[[1178,0,0,"FieldParser_BeaconedTimestamp"],[1179,0,2,"Constants","Constants"],[1180,0,1,"Valid Flags","Valid_Flags"],[1181,0,1,,"TIMESTAMP_FLAG"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_BeaconedTimestamp-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_BeaconedTimestamp-SummaryToolTips.js deleted file mode 100644 index 2b44d3405..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_BeaconedTimestamp-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_BeaconedTimestamp",{1178:"
FieldParser_BeaconedTimestamp
The field parser for Beaconed Timestamp data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_BeaconedTimestamp-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_BeaconedTimestamp-ToolTips.js deleted file mode 100644 index 908e2d5ef..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_BeaconedTimestamp-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3088:"
MipFieldParser
Base Class parser for parsing Mip Data Fields
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_BeaconedTimestamp.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_BeaconedTimestamp.html deleted file mode 100644 index 40066c605..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_BeaconedTimestamp.html +++ /dev/null @@ -1,26 +0,0 @@ - - -FieldParser_BeaconedTimestamp - - - - - - - -
-
FieldParser_BeaconedTimestamp
-
public
MipFieldParser
FieldParser_BeaconedTimestamp
-

The field parser for Beaconed Timestamp data

-
- -
-
Constants
-
- -
-
Valid Flags
-
TIMESTAMP_FLAG

b0001 - The flag position for checking the Timestamp status

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_BuiltInTest-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_BuiltInTest-Summary.js deleted file mode 100644 index c6673506d..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_BuiltInTest-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_BuiltInTest","FieldParser_BuiltInTest");NDSummary.OnSummaryLoaded("CClass:FieldParser_BuiltInTest",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[1068,0,0,"FieldParser_BuiltInTest"],[1069,0,3,"Functions","Functions"],[1070,0,2,"parse","parse"],[1071,0,2,"registerParser","registerParser"],[1072,0,3,"Constants","Constants"],[1073,0,1,"FIELD_TYPE","FIELD_TYPE"],[1074,0,1,"REGISTERED","REGISTERED"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_BuiltInTest-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_BuiltInTest-SummaryToolTips.js deleted file mode 100644 index eb06952eb..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_BuiltInTest-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_BuiltInTest",{1068:"
FieldParser_BuiltInTest
The Field Parser for continuous built-in test (BIT) results
",1070:"
void parse(
const MipDataField &field,
MipDataPoints &result
) const override
Parses a MipDataField for MipDataPoints and stores them in the valid or invalid result vectors
",1071:"
static bool registerParser()
The static function that registers this parser with the list of parsers (called immediately)
",1073:"
The 2-byte field type (Descriptor ID + Field ID) for this parser
",1074:"
Whether this parser is registered. This will always be true. This is used to call registerParser() immediately
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_BuiltInTest-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_BuiltInTest-ToolTips.js deleted file mode 100644 index 5c5414cfe..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_BuiltInTest-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3088:"
MipFieldParser
Base Class parser for parsing Mip Data Fields
",4527:"
MipDataPoint
Represents a single Inertial Data Point (Extends from DataPoint)
",4550:"
MipDataField
An Inertial data field object that represents a data field within an Inertial Data Packet
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_BuiltInTest.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_BuiltInTest.html deleted file mode 100644 index 6e56373d8..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_BuiltInTest.html +++ /dev/null @@ -1,47 +0,0 @@ - - -FieldParser_BuiltInTest - - - - - - - -
-
FieldParser_BuiltInTest
-
public
MipFieldParser
FieldParser_BuiltInTest
-

The Field Parser for continuous built-in test (BIT) results

-
- -
-
Functions
-
- -
-
parse
-
void parse(
const MipDataField &field,
MipDataPoints &result
) const override
-

Parses a MipDataField for MipDataPoints and stores them in the valid or invalid result vectors

Parameters
field
const MipDataField&

The MipDataField to parse for data points

result
MipDataPoints&

The MipDataPoints vector to store the data points in

-
- -
-
registerParser
-
static bool registerParser()
-

The static function that registers this parser with the list of parsers (called immediately)

Returns

True, just for assigning the REGISTERED constant to true

-
- -
-
Constants
-
- -
-
FIELD_TYPE
-

The 2-byte field type (Descriptor ID + Field ID) for this parser

-
- -
-
REGISTERED
-

Whether this parser is registered. This will always be true. This is used to call registerParser() immediately

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_ClockInfo-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_ClockInfo-Summary.js deleted file mode 100644 index dcf31f9ff..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_ClockInfo-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_ClockInfo","FieldParser_ClockInfo");NDSummary.OnSummaryLoaded("CClass:FieldParser_ClockInfo",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Groups","Group"]],[[1259,0,0,"FieldParser_ClockInfo"],[1260,0,2,"Constants","Constants"],[1261,0,1,"Valid Flags","Valid_Flags"],[1262,0,1,,"BIAS_VALID"],[1263,0,1,,"DRIFT_VALID"],[1264,0,1,,"ACCUR_VALID"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_ClockInfo-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_ClockInfo-SummaryToolTips.js deleted file mode 100644 index 579676168..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_ClockInfo-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_ClockInfo",{1259:"
FieldParser_ClockInfo
The field parser for Clock Info data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_ClockInfo-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_ClockInfo-ToolTips.js deleted file mode 100644 index 731b6f855..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_ClockInfo-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1205:"
MipGnssFieldParser
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_ClockInfo.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_ClockInfo.html deleted file mode 100644 index 057471fee..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_ClockInfo.html +++ /dev/null @@ -1,26 +0,0 @@ - - -FieldParser_ClockInfo - - - - - - - -
-
FieldParser_ClockInfo
-
public
MipGnssFieldParser
FieldParser_ClockInfo
-

The field parser for Clock Info data

-
- -
-
Constants
-
- -
-
Valid Flags
-
BIAS_VALID

b00000001 - The flag position for checking the Clock Bias flag

DRIFT_VALID

b00000010 - The flag position for checking the Drift flag

ACCUR_VALID

b00000100 - The flag position for checking the Accuracy Estimate flag

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_ClockInfo2-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_ClockInfo2-Summary.js deleted file mode 100644 index 3651950fa..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_ClockInfo2-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_ClockInfo2","FieldParser_ClockInfo2");NDSummary.OnSummaryLoaded("CClass:FieldParser_ClockInfo2",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Groups","Group"]],[[1299,0,0,"FieldParser_ClockInfo2"],[1300,0,2,"Constants","Constants"],[1301,0,1,"Valid Flags","Valid_Flags"],[1302,0,1,,"BIAS_VALID"],[1303,0,1,,"DRIFT_VALID"],[1304,0,1,,"BIAS_ACCUR_VALID"],[1305,0,1,,"DRIFT_ACCUR_VALID"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_ClockInfo2-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_ClockInfo2-SummaryToolTips.js deleted file mode 100644 index 16cfb6230..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_ClockInfo2-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_ClockInfo2",{1299:"
FieldParser_ClockInfo2
The field parser for Clock Info 2 data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_ClockInfo2-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_ClockInfo2-ToolTips.js deleted file mode 100644 index 731b6f855..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_ClockInfo2-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1205:"
MipGnssFieldParser
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_ClockInfo2.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_ClockInfo2.html deleted file mode 100644 index 61b8af8f0..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_ClockInfo2.html +++ /dev/null @@ -1,26 +0,0 @@ - - -FieldParser_ClockInfo2 - - - - - - - -
-
FieldParser_ClockInfo2
-
public
MipGnssFieldParser
FieldParser_ClockInfo2
-

The field parser for Clock Info 2 data

-
- -
-
Constants
-
- -
-
Valid Flags
-
BIAS_VALID

b00000001 - The flag position for checking the Clock Bias flag

DRIFT_VALID

b00000010 - The flag position for checking the Drift flag

BIAS_ACCUR_VALID

b00000100 - The flag position for checking the Bias Accuracy Estimate flag

DRIFT_ACCUR_VALID

b00001000 - The flag position for checking the Drift Accuracy Estimate flag

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_CompensatedAccel-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_CompensatedAccel-Summary.js deleted file mode 100644 index 1389e42d2..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_CompensatedAccel-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_CompensatedAccel","FieldParser_CompensatedAccel");NDSummary.OnSummaryLoaded("CClass:FieldParser_CompensatedAccel",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Groups","Group"]],[[1512,0,0,"FieldParser_CompensatedAccel"],[1513,0,2,"Constants","Constants"],[1514,0,1,"Valid Flags","Valid_Flags"],[1515,0,1,,"VALID_FLAG"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_CompensatedAccel-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_CompensatedAccel-SummaryToolTips.js deleted file mode 100644 index a46fbfa87..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_CompensatedAccel-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_CompensatedAccel",{1512:"
FieldParser_CompensatedAccel
The field parser for Compensated Acceleration data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_CompensatedAccel-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_CompensatedAccel-ToolTips.js deleted file mode 100644 index 908e2d5ef..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_CompensatedAccel-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3088:"
MipFieldParser
Base Class parser for parsing Mip Data Fields
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_CompensatedAccel.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_CompensatedAccel.html deleted file mode 100644 index d3b47b9ec..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_CompensatedAccel.html +++ /dev/null @@ -1,26 +0,0 @@ - - -FieldParser_CompensatedAccel - - - - - - - -
-
FieldParser_CompensatedAccel
-
public
MipFieldParser
FieldParser_CompensatedAccel
-

The field parser for Compensated Acceleration data

-
- -
-
Constants
-
- -
-
Valid Flags
-
VALID_FLAG

b00000001 - The flag position for checking the Estimated Gyro Scale Factor flag

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_DGNSSChannelStatus-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_DGNSSChannelStatus-Summary.js deleted file mode 100644 index f5f90810b..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_DGNSSChannelStatus-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_DGNSSChannelStatus","FieldParser_DGNSSChannelStatus");NDSummary.OnSummaryLoaded("CClass:FieldParser_DGNSSChannelStatus",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Groups","Group"]],[[1292,0,0,"FieldParser_DGNSSChannelStatus"],[1293,0,2,"Constants","Constants"],[1294,0,1,"Valid Flags","Valid_Flags"],[1295,0,1,,"SV_ID_VALID"],[1296,0,1,,"AGE_VALID"],[1297,0,1,,"CORRECTION_VALID"],[1298,0,1,,"RATE_CORRECTION_VALID"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_DGNSSChannelStatus-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_DGNSSChannelStatus-SummaryToolTips.js deleted file mode 100644 index 69cedd75b..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_DGNSSChannelStatus-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_DGNSSChannelStatus",{1292:"
FieldParser_DGNSSChannelStatus
The field parser for DGNSS Channel Status data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_DGNSSChannelStatus-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_DGNSSChannelStatus-ToolTips.js deleted file mode 100644 index 731b6f855..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_DGNSSChannelStatus-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1205:"
MipGnssFieldParser
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_DGNSSChannelStatus.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_DGNSSChannelStatus.html deleted file mode 100644 index 590a8d5f6..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_DGNSSChannelStatus.html +++ /dev/null @@ -1,26 +0,0 @@ - - -FieldParser_DGNSSChannelStatus - - - - - - - -
-
FieldParser_DGNSSChannelStatus
-
public
MipGnssFieldParser
FieldParser_DGNSSChannelStatus
-

The field parser for DGNSS Channel Status data

-
- -
-
Constants
-
- -
-
Valid Flags
-
SV_ID_VALID

b00000001 - The flag position for checking the Space Vehicle ID flag

AGE_VALID

b00000010 - The flag position for checking the Age flag

CORRECTION_VALID

b00000100 - The flag position for checking the Pseudorange Correction flag

RATE_CORRECTION_VALID

b00001000 - The flag position for checking the Pseudorange Rate Correction flag

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_DGNSSInfo-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_DGNSSInfo-Summary.js deleted file mode 100644 index 4d277e692..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_DGNSSInfo-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_DGNSSInfo","FieldParser_DGNSSInfo");NDSummary.OnSummaryLoaded("CClass:FieldParser_DGNSSInfo",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Groups","Group"]],[[1285,0,0,"FieldParser_DGNSSInfo"],[1286,0,2,"Constants","Constants"],[1287,0,1,"Valid Flags","Valid_Flags"],[1288,0,1,,"LATEST_AGE_VALID"],[1289,0,1,,"BASE_ID_VALID"],[1290,0,1,,"BASE_STATUS_VALID"],[1291,0,1,,"NUM_CHANNELS_VALID"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_DGNSSInfo-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_DGNSSInfo-SummaryToolTips.js deleted file mode 100644 index 38c04c073..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_DGNSSInfo-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_DGNSSInfo",{1285:"
FieldParser_DGNSSInfo
The field parser for DGNSS Information data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_DGNSSInfo-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_DGNSSInfo-ToolTips.js deleted file mode 100644 index 731b6f855..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_DGNSSInfo-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1205:"
MipGnssFieldParser
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_DGNSSInfo.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_DGNSSInfo.html deleted file mode 100644 index a5a6103b7..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_DGNSSInfo.html +++ /dev/null @@ -1,26 +0,0 @@ - - -FieldParser_DGNSSInfo - - - - - - - -
-
FieldParser_DGNSSInfo
-
public
MipGnssFieldParser
FieldParser_DGNSSInfo
-

The field parser for DGNSS Information data

-
- -
-
Constants
-
- -
-
Valid Flags
-
LATEST_AGE_VALID

b00000001 - The flag position for checking the Latest Age flag

BASE_ID_VALID

b00000010 - The flag position for checking the Base Station ID flag

BASE_STATUS_VALID

b00000100 - The flag position for checking the Base Station Status flag

NUM_CHANNELS_VALID

b00001000 - The flag position for checking the Number of DGPS Channels flag

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_DOP-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_DOP-Summary.js deleted file mode 100644 index 31146db0c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_DOP-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_DOP","FieldParser_DOP");NDSummary.OnSummaryLoaded("CClass:FieldParser_DOP",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Groups","Group"]],[[1239,0,0,"FieldParser_DOP"],[1240,0,2,"Constants","Constants"],[1241,0,1,"Valid Flags","Valid_Flags"],[1242,0,1,,"GDOP_FLAG"],[1243,0,1,,"PDOP_FLAG"],[1244,0,1,,"HDOP_FLAG"],[1245,0,1,,"VDOP_FLAG"],[1246,0,1,,"TDOP_FLAG"],[1247,0,1,,"NDOP_FLAG"],[1248,0,1,,"EDOP_FLAG"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_DOP-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_DOP-SummaryToolTips.js deleted file mode 100644 index 31f76b0b9..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_DOP-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_DOP",{1239:"
FieldParser_DOP
The field parser for DOP data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_DOP-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_DOP-ToolTips.js deleted file mode 100644 index 731b6f855..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_DOP-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1205:"
MipGnssFieldParser
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_DOP.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_DOP.html deleted file mode 100644 index 318707b65..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_DOP.html +++ /dev/null @@ -1,26 +0,0 @@ - - -FieldParser_DOP - - - - - - - -
-
FieldParser_DOP
- -

The field parser for DOP data

-
- -
-
Constants
-
- -
-
Valid Flags
-
GDOP_FLAG

b00000001 - The flag position for checking the Geometric DOP flag

PDOP_FLAG

b00000010 - The flag position for checking the Position DOP flag

HDOP_FLAG

b00000100 - The flag position for checking the Horizontal DOP flag

VDOP_FLAG

b00001000 - The flag position for checking the Vertical DOP flag

TDOP_FLAG

b00010000 - The flag position for checking the Time DOP flag

NDOP_FLAG

b00100000 - The flag position for checking the Northing DOP flag

EDOP_FLAG

b01000000 - The flag position for checking the Easting DOP flag

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_DeltaExternalTime-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_DeltaExternalTime-Summary.js deleted file mode 100644 index f89a1f7ec..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_DeltaExternalTime-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_DeltaExternalTime","FieldParser_DeltaExternalTime");NDSummary.OnSummaryLoaded("CClass:FieldParser_DeltaExternalTime",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[1151,0,0,"FieldParser_DeltaExternalTime"],[1152,0,3,"Functions","Functions"],[1153,0,2,"parse","parse"],[1154,0,2,"registerParser","registerParser"],[1155,0,3,"Constants","Constants"],[1156,0,1,"FIELD_TYPE","FIELD_TYPE"],[1157,0,1,"REGISTERED","REGISTERED"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_DeltaExternalTime-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_DeltaExternalTime-SummaryToolTips.js deleted file mode 100644 index 3edb8fd15..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_DeltaExternalTime-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_DeltaExternalTime",{1151:"
FieldParser_DeltaExternalTime
The field parser for Delta External Time (0xFF,0xD8)
",1153:"
virtual void parse(
const MipDataField &field,
MipDataPoints &result
) const override
Parses an MipDataField for MipDataPoints and stores them in the valid or invalid result vectors
",1154:"
static bool registerParser()
The static function that registers this parser with the list of parsers (called immediately)
",1156:"
The MipTypes::ChannelField for this parser
",1157:"
Whether this parser is registered. This will always be true.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_DeltaExternalTime-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_DeltaExternalTime-ToolTips.js deleted file mode 100644 index 9479fb394..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_DeltaExternalTime-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1090:"
MipSharedFieldParser
",1154:"
static bool registerParser()
The static function that registers this parser with the list of parsers (called immediately)
",1157:"
Whether this parser is registered. This will always be true.
",3321:"
The enums for all of the different MIP Channel Field IDs.
",4527:"
MipDataPoint
Represents a single Inertial Data Point (Extends from DataPoint)
",4550:"
MipDataField
An Inertial data field object that represents a data field within an Inertial Data Packet
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_DeltaExternalTime.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_DeltaExternalTime.html deleted file mode 100644 index 94ac31c92..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_DeltaExternalTime.html +++ /dev/null @@ -1,47 +0,0 @@ - - -FieldParser_DeltaExternalTime - - - - - - - -
-
FieldParser_DeltaExternalTime
-
public
MipSharedFieldParser
FieldParser_DeltaExternalTime
-

The field parser for Delta External Time (0xFF,0xD8)

-
- -
-
Functions
-
- -
-
parse
-
virtual void parse(
const MipDataField &field,
MipDataPoints &result
) const override
-

Parses an MipDataField for MipDataPoints and stores them in the valid or invalid result vectors

Parameters
field
const MipDataField&

The MipDataField to parse for data points

result
MipDataPoints&

The MipDataPoints vector to store the data points in

-
- -
-
registerParser
-
static bool registerParser()
-

The static function that registers this parser with the list of parsers (called immediately)

Returns

True, just for assigning REGISTERED to true

-
- -
-
Constants
-
- -
-
FIELD_TYPE
-

The MipTypes::ChannelField for this parser

-
- -
-
REGISTERED
-

Whether this parser is registered. This will always be true.

Note

This is used to call registerParser immediately

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_DeltaReferenceTime-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_DeltaReferenceTime-Summary.js deleted file mode 100644 index 164ec175e..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_DeltaReferenceTime-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_DeltaReferenceTime","FieldParser_DeltaReferenceTime");NDSummary.OnSummaryLoaded("CClass:FieldParser_DeltaReferenceTime",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[1137,0,0,"FieldParser_DeltaReferenceTime"],[1138,0,3,"Functions","Functions"],[1139,0,2,"parse","parse"],[1140,0,2,"registerParser","registerParser"],[1141,0,3,"Constants","Constants"],[1142,0,1,"FIELD_TYPE","FIELD_TYPE"],[1143,0,1,"REGISTERED","REGISTERED"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_DeltaReferenceTime-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_DeltaReferenceTime-SummaryToolTips.js deleted file mode 100644 index e0c1df0a9..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_DeltaReferenceTime-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_DeltaReferenceTime",{1137:"
FieldParser_DeltaReferenceTime
The field parser for internal Delta Reference Time (0xFF,0xD6)
",1139:"
virtual void parse(
const MipDataField &field,
MipDataPoints &result
) const override
Parses an MipDataField for MipDataPoints and stores them in the valid or invalid result vectors
",1140:"
static bool registerParser()
The static function that registers this parser with the list of parsers (called immediately)
",1142:"
The MipTypes::ChannelField for this parser
",1143:"
Whether this parser is registered. This will always be true.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_DeltaReferenceTime-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_DeltaReferenceTime-ToolTips.js deleted file mode 100644 index 403202a35..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_DeltaReferenceTime-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1090:"
MipSharedFieldParser
",1140:"
static bool registerParser()
The static function that registers this parser with the list of parsers (called immediately)
",1143:"
Whether this parser is registered. This will always be true.
",3321:"
The enums for all of the different MIP Channel Field IDs.
",4527:"
MipDataPoint
Represents a single Inertial Data Point (Extends from DataPoint)
",4550:"
MipDataField
An Inertial data field object that represents a data field within an Inertial Data Packet
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_DeltaReferenceTime.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_DeltaReferenceTime.html deleted file mode 100644 index 681e5faec..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_DeltaReferenceTime.html +++ /dev/null @@ -1,47 +0,0 @@ - - -FieldParser_DeltaReferenceTime - - - - - - - -
-
FieldParser_DeltaReferenceTime
-
public
MipSharedFieldParser
FieldParser_DeltaReferenceTime
-

The field parser for internal Delta Reference Time (0xFF,0xD6)

-
- -
-
Functions
-
- -
-
parse
-
virtual void parse(
const MipDataField &field,
MipDataPoints &result
) const override
-

Parses an MipDataField for MipDataPoints and stores them in the valid or invalid result vectors

Parameters
field
const MipDataField&

The MipDataField to parse for data points

result
MipDataPoints&

The MipDataPoints vector to store the data points in

-
- -
-
registerParser
-
static bool registerParser()
-

The static function that registers this parser with the list of parsers (called immediately)

Returns

True, just for assigning REGISTERED to true

-
- -
-
Constants
-
- -
-
FIELD_TYPE
-

The MipTypes::ChannelField for this parser

-
- -
-
REGISTERED
-

Whether this parser is registered. This will always be true.

Note

This is used to call registerParser immediately

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_DeltaThetaVector-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_DeltaThetaVector-Summary.js deleted file mode 100644 index 0315465b3..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_DeltaThetaVector-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_DeltaThetaVector","FieldParser_DeltaThetaVector");NDSummary.OnSummaryLoaded("CClass:FieldParser_DeltaThetaVector",[["C/C++","C"]],[["Classes","Class"]],[[1171,0,0,"FieldParser_DeltaThetaVector"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_DeltaThetaVector-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_DeltaThetaVector-SummaryToolTips.js deleted file mode 100644 index 287d13501..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_DeltaThetaVector-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_DeltaThetaVector",{1171:"
FieldParser_DeltaThetaVector
The field parser for delta theta data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_DeltaThetaVector-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_DeltaThetaVector-ToolTips.js deleted file mode 100644 index 908e2d5ef..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_DeltaThetaVector-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3088:"
MipFieldParser
Base Class parser for parsing Mip Data Fields
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_DeltaThetaVector.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_DeltaThetaVector.html deleted file mode 100644 index 339872c10..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_DeltaThetaVector.html +++ /dev/null @@ -1,17 +0,0 @@ - - -FieldParser_DeltaThetaVector - - - - - - - -
-
FieldParser_DeltaThetaVector
-
public
MipFieldParser
FieldParser_DeltaThetaVector
-

The field parser for delta theta data

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_DeltaTicks-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_DeltaTicks-Summary.js deleted file mode 100644 index dd30d69b4..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_DeltaTicks-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_DeltaTicks","FieldParser_DeltaTicks");NDSummary.OnSummaryLoaded("CClass:FieldParser_DeltaTicks",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[1105,0,0,"FieldParser_DeltaTicks"],[1106,0,3,"Functions","Functions"],[1107,0,2,"parse","parse"],[1108,0,2,"registerParser","registerParser"],[1109,0,3,"Constants","Constants"],[1110,0,1,"FIELD_TYPE","FIELD_TYPE"],[1111,0,1,"REGISTERED","REGISTERED"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_DeltaTicks-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_DeltaTicks-SummaryToolTips.js deleted file mode 100644 index 0d5e8f9c2..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_DeltaTicks-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_DeltaTicks",{1105:"
FieldParser_DeltaTicks
The field parser for Delta Ticks
",1107:"
virtual void parse(
const MipDataField &field,
MipDataPoints &result
) const override
Parses an MipDataField for MipDataPoints and stores them in the valid or invalid result vectors
",1108:"
static bool registerParser()
The static function that registers this parser with the list of parsers (called immediately)
",1110:"
The 2-byte field type (Descriptor ID + Field ID) for this parser
",1111:"
Whether this parser is registered. This will always be true. This is used to call registerParser() immediately
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_DeltaTicks-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_DeltaTicks-ToolTips.js deleted file mode 100644 index dee1460cc..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_DeltaTicks-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1090:"
MipSharedFieldParser
",4527:"
MipDataPoint
Represents a single Inertial Data Point (Extends from DataPoint)
",4550:"
MipDataField
An Inertial data field object that represents a data field within an Inertial Data Packet
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_DeltaTicks.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_DeltaTicks.html deleted file mode 100644 index 588c5f1d0..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_DeltaTicks.html +++ /dev/null @@ -1,47 +0,0 @@ - - -FieldParser_DeltaTicks - - - - - - - -
-
FieldParser_DeltaTicks
-
public
MipSharedFieldParser
FieldParser_DeltaTicks
-

The field parser for Delta Ticks

-
- -
-
Functions
-
- -
-
parse
-
virtual void parse(
const MipDataField &field,
MipDataPoints &result
) const override
-

Parses an MipDataField for MipDataPoints and stores them in the valid or invalid result vectors

Parameters
field
const MipDataField&

The MipDataField to parse for data points

result
MipDataPoints&

The MipDataPoints vector to store the data points in

-
- -
-
registerParser
-
static bool registerParser()
-

The static function that registers this parser with the list of parsers (called immediately)

Returns

true, just for assigning the REGISTERED constant to true

-
- -
-
Constants
-
- -
-
FIELD_TYPE
-

The 2-byte field type (Descriptor ID + Field ID) for this parser

-
- -
-
REGISTERED
-

Whether this parser is registered. This will always be true. This is used to call registerParser() immediately

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_DeltaTime-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_DeltaTime-Summary.js deleted file mode 100644 index 68fbca8c7..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_DeltaTime-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_DeltaTime","FieldParser_DeltaTime");NDSummary.OnSummaryLoaded("CClass:FieldParser_DeltaTime",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[1123,0,0,"FieldParser_DeltaTime"],[1124,0,3,"Functions","Functions"],[1125,0,2,"parse","parse"],[1126,0,2,"registerParser","registerParser"],[1127,0,3,"Constants","Constants"],[1128,0,1,"FIELD_TYPE","FIELD_TYPE"],[1129,0,1,"REGISTERED","REGISTERED"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_DeltaTime-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_DeltaTime-SummaryToolTips.js deleted file mode 100644 index cc3d393dd..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_DeltaTime-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_DeltaTime",{1123:"
FieldParser_DeltaTime
The field parser for Delta Time
",1125:"
virtual void parse(
const MipDataField &field,
MipDataPoints &result
) const override
Parses an MipDataField for MipDataPoints and stores them in the valid or invalid result vectors
",1126:"
static bool registerParser()
The static function that registers this parser with the list of parsers (called immediately)
",1128:"
The 2-byte field type (Descriptor ID + Field ID) for this parser
",1129:"
Whether this parser is registered. This will always be true. This is used to call registerParser() immediately
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_DeltaTime-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_DeltaTime-ToolTips.js deleted file mode 100644 index dee1460cc..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_DeltaTime-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1090:"
MipSharedFieldParser
",4527:"
MipDataPoint
Represents a single Inertial Data Point (Extends from DataPoint)
",4550:"
MipDataField
An Inertial data field object that represents a data field within an Inertial Data Packet
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_DeltaTime.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_DeltaTime.html deleted file mode 100644 index 2581cf43e..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_DeltaTime.html +++ /dev/null @@ -1,47 +0,0 @@ - - -FieldParser_DeltaTime - - - - - - - -
-
FieldParser_DeltaTime
-
public
MipSharedFieldParser
FieldParser_DeltaTime
-

The field parser for Delta Time

-
- -
-
Functions
-
- -
-
parse
-
virtual void parse(
const MipDataField &field,
MipDataPoints &result
) const override
-

Parses an MipDataField for MipDataPoints and stores them in the valid or invalid result vectors

Parameters
field
const MipDataField&

The MipDataField to parse for data points

result
MipDataPoints&

The MipDataPoints vector to store the data points in

-
- -
-
registerParser
-
static bool registerParser()
-

The static function that registers this parser with the list of parsers (called immediately)

Returns

true, just for assigning the REGISTERED constant to true

-
- -
-
Constants
-
- -
-
FIELD_TYPE
-

The 2-byte field type (Descriptor ID + Field ID) for this parser

-
- -
-
REGISTERED
-

Whether this parser is registered. This will always be true. This is used to call registerParser() immediately

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_DeltaVelocityVector-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_DeltaVelocityVector-Summary.js deleted file mode 100644 index 9a24e6683..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_DeltaVelocityVector-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_DeltaVelocityVector","FieldParser_DeltaVelocityVector");NDSummary.OnSummaryLoaded("CClass:FieldParser_DeltaVelocityVector",[["C/C++","C"]],[["Classes","Class"]],[[1172,0,0,"FieldParser_DeltaVelocityVector"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_DeltaVelocityVector-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_DeltaVelocityVector-SummaryToolTips.js deleted file mode 100644 index 678fe46bf..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_DeltaVelocityVector-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_DeltaVelocityVector",{1172:"
FieldParser_DeltaVelocityVector
The field parser for delta velocity data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_DeltaVelocityVector-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_DeltaVelocityVector-ToolTips.js deleted file mode 100644 index 908e2d5ef..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_DeltaVelocityVector-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3088:"
MipFieldParser
Base Class parser for parsing Mip Data Fields
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_DeltaVelocityVector.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_DeltaVelocityVector.html deleted file mode 100644 index 18851d867..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_DeltaVelocityVector.html +++ /dev/null @@ -1,17 +0,0 @@ - - -FieldParser_DeltaVelocityVector - - - - - - - -
-
FieldParser_DeltaVelocityVector
-
public
MipFieldParser
FieldParser_DeltaVelocityVector
-

The field parser for delta velocity data

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_DualAntennaStatus-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_DualAntennaStatus-Summary.js deleted file mode 100644 index 8079ed456..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_DualAntennaStatus-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_DualAntennaStatus","FieldParser_DualAntennaStatus");NDSummary.OnSummaryLoaded("CClass:FieldParser_DualAntennaStatus",[["C/C++","C"]],[["Classes","Class"]],[[1599,0,0,"FieldParser_DualAntennaStatus"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_DualAntennaStatus-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_DualAntennaStatus-SummaryToolTips.js deleted file mode 100644 index 348e44209..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_DualAntennaStatus-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_DualAntennaStatus",{1599:"
FieldParser_DualAntennaStatus
The field parser for the filter GNSS Dual Antenna Status data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_DualAntennaStatus-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_DualAntennaStatus-ToolTips.js deleted file mode 100644 index 908e2d5ef..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_DualAntennaStatus-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3088:"
MipFieldParser
Base Class parser for parsing Mip Data Fields
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_DualAntennaStatus.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_DualAntennaStatus.html deleted file mode 100644 index 40209b227..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_DualAntennaStatus.html +++ /dev/null @@ -1,17 +0,0 @@ - - -FieldParser_DualAntennaStatus - - - - - - - -
-
FieldParser_DualAntennaStatus
-
public
MipFieldParser
FieldParser_DualAntennaStatus
-

The field parser for the filter GNSS Dual Antenna Status data

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EcefPosition-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EcefPosition-Summary.js deleted file mode 100644 index f15cbc1a3..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EcefPosition-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_ECEFPosition","FieldParser_ECEFPosition");NDSummary.OnSummaryLoaded("CClass:FieldParser_ECEFPosition",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Groups","Group"]],[[1220,0,0,"FieldParser_ECEFPosition"],[1221,0,2,"Constants","Constants"],[1222,0,1,"Valid Flags","Valid_Flags"],[1223,0,1,,"ECEF_POS_FLAG"],[1224,0,1,,"ELLIPSOID_FLAG"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EcefPosition-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EcefPosition-SummaryToolTips.js deleted file mode 100644 index 253d823b8..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EcefPosition-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_ECEFPosition",{1220:"
FieldParser_ECEFPosition
The field parser for ECEF Position data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EcefPosition-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EcefPosition-ToolTips.js deleted file mode 100644 index 731b6f855..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EcefPosition-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1205:"
MipGnssFieldParser
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EcefPosition.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EcefPosition.html deleted file mode 100644 index 5545ab696..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EcefPosition.html +++ /dev/null @@ -1,26 +0,0 @@ - - -FieldParser_ECEFPosition - - - - - - - -
-
FieldParser_ECEFPosition
-
public
MipGnssFieldParser
FieldParser_ECEFPosition
-

The field parser for ECEF Position data

-
- -
-
Constants
-
- -
-
Valid Flags
-
ECEF_POS_FLAG

b00000001 - The flag position for checking the ECEF Position flag

ELLIPSOID_FLAG

b00000010 - The flag position for checking the position accuracy flag

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EcefPositionUncert-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EcefPositionUncert-Summary.js deleted file mode 100644 index 23bd006c7..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EcefPositionUncert-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_EcefPositionUncert","FieldParser_EcefPositionUncert");NDSummary.OnSummaryLoaded("CClass:FieldParser_EcefPositionUncert",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Groups","Group"]],[[1574,0,0,"FieldParser_EcefPositionUncert"],[1575,0,2,"Constants","Constants"],[1576,0,1,"Valid Flags","Valid_Flags"],[1577,0,1,,"VALID_FLAG"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EcefPositionUncert-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EcefPositionUncert-SummaryToolTips.js deleted file mode 100644 index dc82b37d8..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EcefPositionUncert-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_EcefPositionUncert",{1574:"
FieldParser_EcefPositionUncert
The field parser for ECEF Position Uncertainty data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EcefPositionUncert-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EcefPositionUncert-ToolTips.js deleted file mode 100644 index 908e2d5ef..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EcefPositionUncert-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3088:"
MipFieldParser
Base Class parser for parsing Mip Data Fields
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EcefPositionUncert.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EcefPositionUncert.html deleted file mode 100644 index aaaff7e13..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EcefPositionUncert.html +++ /dev/null @@ -1,26 +0,0 @@ - - -FieldParser_EcefPositionUncert - - - - - - - -
-
FieldParser_EcefPositionUncert
-
public
MipFieldParser
FieldParser_EcefPositionUncert
-

The field parser for ECEF Position Uncertainty data

-
- -
-
Constants
-
- -
-
Valid Flags
-
VALID_FLAG

b00000001 - The flag position for checking the field data valid flag

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EcefVelocity-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EcefVelocity-Summary.js deleted file mode 100644 index bba41d8fc..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EcefVelocity-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_ECEFVelocity","FieldParser_ECEFVelocity");NDSummary.OnSummaryLoaded("CClass:FieldParser_ECEFVelocity",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Groups","Group"]],[[1234,0,0,"FieldParser_ECEFVelocity"],[1235,0,2,"Constants","Constants"],[1236,0,1,"Valid Flags","Valid_Flags"],[1237,0,1,,"ECEF_VELOCITY_FLAG"],[1238,0,1,,"VELOCITY_ACCUR_FLAG"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EcefVelocity-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EcefVelocity-SummaryToolTips.js deleted file mode 100644 index 3c6417e22..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EcefVelocity-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_ECEFVelocity",{1234:"
FieldParser_ECEFVelocity
The field parser for ECEF Velocity data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EcefVelocity-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EcefVelocity-ToolTips.js deleted file mode 100644 index 731b6f855..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EcefVelocity-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1205:"
MipGnssFieldParser
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EcefVelocity.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EcefVelocity.html deleted file mode 100644 index d545d2cd9..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EcefVelocity.html +++ /dev/null @@ -1,26 +0,0 @@ - - -FieldParser_ECEFVelocity - - - - - - - -
-
FieldParser_ECEFVelocity
-
public
MipGnssFieldParser
FieldParser_ECEFVelocity
-

The field parser for ECEF Velocity data

-
- -
-
Constants
-
- -
-
Valid Flags
-
ECEF_VELOCITY_FLAG

b00000001  - The flag position for checking the ECEF Velocity flag

VELOCITY_ACCUR_FLAG

b00000010 - The flag position for checking the Velocity Accuracy flag

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EcefVelocityUncert-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EcefVelocityUncert-Summary.js deleted file mode 100644 index 2bd0aeb85..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EcefVelocityUncert-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_EcefVelocityUncert","FieldParser_EcefVelocityUncert");NDSummary.OnSummaryLoaded("CClass:FieldParser_EcefVelocityUncert",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Groups","Group"]],[[1578,0,0,"FieldParser_EcefVelocityUncert"],[1579,0,2,"Constants","Constants"],[1580,0,1,"Valid Flags","Valid_Flags"],[1581,0,1,,"VALID_FLAG"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EcefVelocityUncert-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EcefVelocityUncert-SummaryToolTips.js deleted file mode 100644 index f05300788..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EcefVelocityUncert-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_EcefVelocityUncert",{1578:"
FieldParser_EcefVelocityUncert
The field parser for ECEF Velocity Uncertainty data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EcefVelocityUncert-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EcefVelocityUncert-ToolTips.js deleted file mode 100644 index 908e2d5ef..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EcefVelocityUncert-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3088:"
MipFieldParser
Base Class parser for parsing Mip Data Fields
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EcefVelocityUncert.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EcefVelocityUncert.html deleted file mode 100644 index ea2e76e0e..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EcefVelocityUncert.html +++ /dev/null @@ -1,26 +0,0 @@ - - -FieldParser_EcefVelocityUncert - - - - - - - -
-
FieldParser_EcefVelocityUncert
-
public
MipFieldParser
FieldParser_EcefVelocityUncert
-

The field parser for ECEF Velocity Uncertainty data

-
- -
-
Constants
-
- -
-
Valid Flags
-
VALID_FLAG

b00000001 - The flag position for checking the field data valid flag

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedAccelBias-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedAccelBias-Summary.js deleted file mode 100644 index 2c6cea30b..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedAccelBias-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_EstimatedAccelBias","FieldParser_EstimatedAccelBias");NDSummary.OnSummaryLoaded("CClass:FieldParser_EstimatedAccelBias",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Groups","Group"]],[[1444,0,0,"FieldParser_EstimatedAccelBias"],[1445,0,2,"Constants","Constants"],[1446,0,1,"Valid Flags","Valid_Flags"],[1447,0,1,,"ACCEL_FLAG"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedAccelBias-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedAccelBias-SummaryToolTips.js deleted file mode 100644 index fdbfe1ba7..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedAccelBias-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_EstimatedAccelBias",{1444:"
FieldParser_EstimatedAccelBias
The field parser for Estimated Accel Bias data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedAccelBias-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedAccelBias-ToolTips.js deleted file mode 100644 index 908e2d5ef..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedAccelBias-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3088:"
MipFieldParser
Base Class parser for parsing Mip Data Fields
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedAccelBias.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedAccelBias.html deleted file mode 100644 index 8dc94825b..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedAccelBias.html +++ /dev/null @@ -1,26 +0,0 @@ - - -FieldParser_EstimatedAccelBias - - - - - - - -
-
FieldParser_EstimatedAccelBias
-
public
MipFieldParser
FieldParser_EstimatedAccelBias
-

The field parser for Estimated Accel Bias data

-
- -
-
Constants
-
- -
-
Valid Flags
-
ACCEL_FLAG

b00000001 - The flag position for checking the Accel Bias flag

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedAccelBiasUncertainty-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedAccelBiasUncertainty-Summary.js deleted file mode 100644 index 2c686d878..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedAccelBiasUncertainty-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_EstimatedAccelBiasUncertainty","FieldParser_EstimatedAccelBiasUncertainty");NDSummary.OnSummaryLoaded("CClass:FieldParser_EstimatedAccelBiasUncertainty",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Groups","Group"]],[[1464,0,0,"FieldParser_EstimatedAccelBiasUncertainty"],[1465,0,2,"Constants","Constants"],[1466,0,1,"Valid Flags","Valid_Flags"],[1467,0,1,,"UNCERTAINTY_FLAG"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedAccelBiasUncertainty-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedAccelBiasUncertainty-SummaryToolTips.js deleted file mode 100644 index 6d5b31148..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedAccelBiasUncertainty-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_EstimatedAccelBiasUncertainty",{1464:"
FieldParser_EstimatedAccelBiasUncertainty
The field parser for Estimated Accel Bias Uncertainty data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedAccelBiasUncertainty-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedAccelBiasUncertainty-ToolTips.js deleted file mode 100644 index 908e2d5ef..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedAccelBiasUncertainty-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3088:"
MipFieldParser
Base Class parser for parsing Mip Data Fields
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedAccelBiasUncertainty.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedAccelBiasUncertainty.html deleted file mode 100644 index 64a5424a6..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedAccelBiasUncertainty.html +++ /dev/null @@ -1,26 +0,0 @@ - - -FieldParser_EstimatedAccelBiasUncertainty - - - - - - - -
-
FieldParser_EstimatedAccelBiasUncertainty
-
public
MipFieldParser
FieldParser_EstimatedAccelBiasUncertainty
-

The field parser for Estimated Accel Bias Uncertainty data

-
- -
-
Constants
-
- -
-
Valid Flags
-
UNCERTAINTY_FLAG

b00000001 - The flag position for checking the Uncertainty flag

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedAccelScaleFactor-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedAccelScaleFactor-Summary.js deleted file mode 100644 index 4077ec2ce..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedAccelScaleFactor-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_EstimatedAccelScaleFactor","FieldParser_EstimatedAccelScaleFactor");NDSummary.OnSummaryLoaded("CClass:FieldParser_EstimatedAccelScaleFactor",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Groups","Group"]],[[1500,0,0,"FieldParser_EstimatedAccelScaleFactor"],[1501,0,2,"Constants","Constants"],[1502,0,1,"Valid Flags","Valid_Flags"],[1503,0,1,,"VALID_FLAG"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedAccelScaleFactor-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedAccelScaleFactor-SummaryToolTips.js deleted file mode 100644 index 5871c15b0..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedAccelScaleFactor-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_EstimatedAccelScaleFactor",{1500:"
FieldParser_EstimatedAccelScaleFactor
The field parser for Estimated Accel Scale Factor data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedAccelScaleFactor-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedAccelScaleFactor-ToolTips.js deleted file mode 100644 index 908e2d5ef..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedAccelScaleFactor-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3088:"
MipFieldParser
Base Class parser for parsing Mip Data Fields
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedAccelScaleFactor.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedAccelScaleFactor.html deleted file mode 100644 index bd4274982..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedAccelScaleFactor.html +++ /dev/null @@ -1,26 +0,0 @@ - - -FieldParser_EstimatedAccelScaleFactor - - - - - - - -
-
FieldParser_EstimatedAccelScaleFactor
-
public
MipFieldParser
FieldParser_EstimatedAccelScaleFactor
-

The field parser for Estimated Accel Scale Factor data

-
- -
-
Constants
-
- -
-
Valid Flags
-
VALID_FLAG

b00000001 - The flag position for checking the Estimated Gyro Scale Factor flag

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedAccelScaleFactorUncertainty-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedAccelScaleFactorUncertainty-Summary.js deleted file mode 100644 index 1265fd486..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedAccelScaleFactorUncertainty-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_EstimatedAccelScaleFactorUncertainty","FieldParser_EstimatedAccelScaleFactorUncertainty");NDSummary.OnSummaryLoaded("CClass:FieldParser_EstimatedAccelScaleFactorUncertainty",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Groups","Group"]],[[1508,0,0,"FieldParser_EstimatedAccelScaleFactorUncertainty"],[1509,0,2,"Constants","Constants"],[1510,0,1,"Valid Flags","Valid_Flags"],[1511,0,1,,"VALID_FLAG"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedAccelScaleFactorUncertainty-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedAccelScaleFactorUncertainty-SummaryToolTips.js deleted file mode 100644 index 9acb4e502..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedAccelScaleFactorUncertainty-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_EstimatedAccelScaleFactorUncertainty",{1508:"
FieldParser_EstimatedAccelScaleFactorUncertainty
The field parser for Estimated Accel Scale Factor Uncertainty data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedAccelScaleFactorUncertainty-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedAccelScaleFactorUncertainty-ToolTips.js deleted file mode 100644 index 908e2d5ef..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedAccelScaleFactorUncertainty-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3088:"
MipFieldParser
Base Class parser for parsing Mip Data Fields
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedAccelScaleFactorUncertainty.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedAccelScaleFactorUncertainty.html deleted file mode 100644 index e4d1fd867..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedAccelScaleFactorUncertainty.html +++ /dev/null @@ -1,26 +0,0 @@ - - -FieldParser_EstimatedAccelScaleFactorUncertainty - - - - - - - -
-
FieldParser_EstimatedAccelScaleFactorUncertainty
-
public
MipFieldParser
FieldParser_EstimatedAccelScaleFactorUncertainty
-

The field parser for Estimated Accel Scale Factor Uncertainty data

-
- -
-
Constants
-
- -
-
Valid Flags
-
VALID_FLAG

b00000001 - The flag position for checking the Estimated Gyro Scale Factor flag

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedAngularRate-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedAngularRate-Summary.js deleted file mode 100644 index afd5c4bce..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedAngularRate-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_EstimatedAngularRate","FieldParser_EstimatedAngularRate");NDSummary.OnSummaryLoaded("CClass:FieldParser_EstimatedAngularRate",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Groups","Group"]],[[1472,0,0,"FieldParser_EstimatedAngularRate"],[1473,0,2,"Constants","Constants"],[1474,0,1,"Valid Flags","Valid_Flags"],[1475,0,1,,"RATE_FLAG"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedAngularRate-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedAngularRate-SummaryToolTips.js deleted file mode 100644 index 19a82a52c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedAngularRate-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_EstimatedAngularRate",{1472:"
FieldParser_EstimatedAngularRate
The field parser for Estimated Angular Rate data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedAngularRate-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedAngularRate-ToolTips.js deleted file mode 100644 index 908e2d5ef..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedAngularRate-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3088:"
MipFieldParser
Base Class parser for parsing Mip Data Fields
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedAngularRate.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedAngularRate.html deleted file mode 100644 index d72686a39..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedAngularRate.html +++ /dev/null @@ -1,26 +0,0 @@ - - -FieldParser_EstimatedAngularRate - - - - - - - -
-
FieldParser_EstimatedAngularRate
-
public
MipFieldParser
FieldParser_EstimatedAngularRate
-

The field parser for Estimated Angular Rate data

-
- -
-
Constants
-
- -
-
Valid Flags
-
RATE_FLAG

b00000001 - The flag position for checking the Angular Rate flag

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedAttEulerUncertainty-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedAttEulerUncertainty-Summary.js deleted file mode 100644 index 0f300e3eb..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedAttEulerUncertainty-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_EstimatedAttEulerUncertainty","FieldParser_EstimatedAttEulerUncertainty");NDSummary.OnSummaryLoaded("CClass:FieldParser_EstimatedAttEulerUncertainty",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Groups","Group"]],[[1456,0,0,"FieldParser_EstimatedAttEulerUncertainty"],[1457,0,2,"Constants","Constants"],[1458,0,1,"Valid Flags","Valid_Flags"],[1459,0,1,,"UNCERTAINTY_FLAG"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedAttEulerUncertainty-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedAttEulerUncertainty-SummaryToolTips.js deleted file mode 100644 index da3475cb9..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedAttEulerUncertainty-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_EstimatedAttEulerUncertainty",{1456:"
FieldParser_EstimatedAttEulerUncertainty
The field parser for Estimated Attitude Euler Angles Uncertainty data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedAttEulerUncertainty-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedAttEulerUncertainty-ToolTips.js deleted file mode 100644 index 908e2d5ef..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedAttEulerUncertainty-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3088:"
MipFieldParser
Base Class parser for parsing Mip Data Fields
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedAttEulerUncertainty.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedAttEulerUncertainty.html deleted file mode 100644 index 3eeadb183..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedAttEulerUncertainty.html +++ /dev/null @@ -1,26 +0,0 @@ - - -FieldParser_EstimatedAttEulerUncertainty - - - - - - - -
-
FieldParser_EstimatedAttEulerUncertainty
-
public
MipFieldParser
FieldParser_EstimatedAttEulerUncertainty
-

The field parser for Estimated Attitude Euler Angles Uncertainty data

-
- -
-
Constants
-
- -
-
Valid Flags
-
UNCERTAINTY_FLAG

b00000001 - The flag position for checking the Uncertainty flag

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedAttQuaternUncertainty-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedAttQuaternUncertainty-Summary.js deleted file mode 100644 index 6d0242b82..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedAttQuaternUncertainty-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_EstimatedAttQuaternUncertainty","FieldParser_EstimatedAttQuaternUncertainty");NDSummary.OnSummaryLoaded("CClass:FieldParser_EstimatedAttQuaternUncertainty",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Groups","Group"]],[[1480,0,0,"FieldParser_EstimatedAttQuaternUncertainty"],[1481,0,2,"Constants","Constants"],[1482,0,1,"Valid Flags","Valid_Flags"],[1483,0,1,,"UNCERT_FLAG"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedAttQuaternUncertainty-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedAttQuaternUncertainty-SummaryToolTips.js deleted file mode 100644 index 2fed5b4e0..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedAttQuaternUncertainty-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_EstimatedAttQuaternUncertainty",{1480:"
FieldParser_EstimatedAttQuaternUncertainty
The field parser for Estimated Attitude Uncertainty, Quaternion Elements data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedAttQuaternUncertainty-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedAttQuaternUncertainty-ToolTips.js deleted file mode 100644 index 908e2d5ef..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedAttQuaternUncertainty-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3088:"
MipFieldParser
Base Class parser for parsing Mip Data Fields
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedAttQuaternUncertainty.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedAttQuaternUncertainty.html deleted file mode 100644 index 7d9883a2a..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedAttQuaternUncertainty.html +++ /dev/null @@ -1,26 +0,0 @@ - - -FieldParser_EstimatedAttQuaternUncertainty - - - - - - - -
-
FieldParser_EstimatedAttQuaternUncertainty
-
public
MipFieldParser
FieldParser_EstimatedAttQuaternUncertainty
-

The field parser for Estimated Attitude Uncertainty, Quaternion Elements data

-
- -
-
Constants
-
- -
-
Valid Flags
-
UNCERT_FLAG

b00000001 - The flag position for checking the Uncertainty flag

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedEulerAngles-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedEulerAngles-Summary.js deleted file mode 100644 index 2366cfb03..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedEulerAngles-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_EstimatedEulerAngles","FieldParser_EstimatedEulerAngles");NDSummary.OnSummaryLoaded("CClass:FieldParser_EstimatedEulerAngles",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Groups","Group"]],[[1436,0,0,"FieldParser_EstimatedEulerAngles"],[1437,0,2,"Constants","Constants"],[1438,0,1,"Valid Flags","Valid_Flags"],[1439,0,1,,"EULER_FLAG"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedEulerAngles-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedEulerAngles-SummaryToolTips.js deleted file mode 100644 index bc619bb21..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedEulerAngles-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_EstimatedEulerAngles",{1436:"
FieldParser_EstimatedEulerAngles
The field parser for Estimated Orientation Euler Angles data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedEulerAngles-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedEulerAngles-ToolTips.js deleted file mode 100644 index 908e2d5ef..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedEulerAngles-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3088:"
MipFieldParser
Base Class parser for parsing Mip Data Fields
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedEulerAngles.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedEulerAngles.html deleted file mode 100644 index 585bb6bb4..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedEulerAngles.html +++ /dev/null @@ -1,26 +0,0 @@ - - -FieldParser_EstimatedEulerAngles - - - - - - - -
-
FieldParser_EstimatedEulerAngles
-
public
MipFieldParser
FieldParser_EstimatedEulerAngles
-

The field parser for Estimated Orientation Euler Angles data

-
- -
-
Constants
-
- -
-
Valid Flags
-
EULER_FLAG

b00000001 - The flag position for checking the Orientation Quaternion flag

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedGravityVector-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedGravityVector-Summary.js deleted file mode 100644 index 684ec0549..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedGravityVector-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_EstimatedGravityVector","FieldParser_EstimatedGravityVector");NDSummary.OnSummaryLoaded("CClass:FieldParser_EstimatedGravityVector",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Groups","Group"]],[[1484,0,0,"FieldParser_EstimatedGravityVector"],[1485,0,2,"Constants","Constants"],[1486,0,1,"Valid Flags","Valid_Flags"],[1487,0,1,,"GRAV_FLAG"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedGravityVector-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedGravityVector-SummaryToolTips.js deleted file mode 100644 index 600ef4238..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedGravityVector-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_EstimatedGravityVector",{1484:"
FieldParser_EstimatedGravityVector
The field parser for Estimated Gravity Vector data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedGravityVector-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedGravityVector-ToolTips.js deleted file mode 100644 index 908e2d5ef..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedGravityVector-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3088:"
MipFieldParser
Base Class parser for parsing Mip Data Fields
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedGravityVector.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedGravityVector.html deleted file mode 100644 index 63812d705..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedGravityVector.html +++ /dev/null @@ -1,26 +0,0 @@ - - -FieldParser_EstimatedGravityVector - - - - - - - -
-
FieldParser_EstimatedGravityVector
-
public
MipFieldParser
FieldParser_EstimatedGravityVector
-

The field parser for Estimated Gravity Vector data

-
- -
-
Constants
-
- -
-
Valid Flags
-
GRAV_FLAG

b00000001 - The flag position for checking the Gravity Vector flag

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedGyroBias-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedGyroBias-Summary.js deleted file mode 100644 index 54bd677fb..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedGyroBias-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_EstimatedGyroBias","FieldParser_EstimatedGyroBias");NDSummary.OnSummaryLoaded("CClass:FieldParser_EstimatedGyroBias",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Groups","Group"]],[[1440,0,0,"FieldParser_EstimatedGyroBias"],[1441,0,2,"Constants","Constants"],[1442,0,1,"Valid Flags","Valid_Flags"],[1443,0,1,,"GYRO_FLAG"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedGyroBias-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedGyroBias-SummaryToolTips.js deleted file mode 100644 index 0e2badc8e..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedGyroBias-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_EstimatedGyroBias",{1440:"
FieldParser_EstimatedGyroBias
The field parser for Estimated Gyro Bias data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedGyroBias-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedGyroBias-ToolTips.js deleted file mode 100644 index 908e2d5ef..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedGyroBias-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3088:"
MipFieldParser
Base Class parser for parsing Mip Data Fields
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedGyroBias.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedGyroBias.html deleted file mode 100644 index 099a80ddd..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedGyroBias.html +++ /dev/null @@ -1,26 +0,0 @@ - - -FieldParser_EstimatedGyroBias - - - - - - - -
-
FieldParser_EstimatedGyroBias
-
public
MipFieldParser
FieldParser_EstimatedGyroBias
-

The field parser for Estimated Gyro Bias data

-
- -
-
Constants
-
- -
-
Valid Flags
-
GYRO_FLAG

b00000001 - The flag position for checking the Gyro Bias flag

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedGyroBiasUncertainty-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedGyroBiasUncertainty-Summary.js deleted file mode 100644 index 0cf6dfc20..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedGyroBiasUncertainty-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_EstimatedGyroBiasUncertainty","FieldParser_EstimatedGyroBiasUncertainty");NDSummary.OnSummaryLoaded("CClass:FieldParser_EstimatedGyroBiasUncertainty",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Groups","Group"]],[[1460,0,0,"FieldParser_EstimatedGyroBiasUncertainty"],[1461,0,2,"Constants","Constants"],[1462,0,1,"Valid Flags","Valid_Flags"],[1463,0,1,,"UNCERTAINTY_FLAG"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedGyroBiasUncertainty-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedGyroBiasUncertainty-SummaryToolTips.js deleted file mode 100644 index f22182bf2..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedGyroBiasUncertainty-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_EstimatedGyroBiasUncertainty",{1460:"
FieldParser_EstimatedGyroBiasUncertainty
The field parser for Estimated Gyro Bias Uncertainty data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedGyroBiasUncertainty-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedGyroBiasUncertainty-ToolTips.js deleted file mode 100644 index 908e2d5ef..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedGyroBiasUncertainty-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3088:"
MipFieldParser
Base Class parser for parsing Mip Data Fields
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedGyroBiasUncertainty.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedGyroBiasUncertainty.html deleted file mode 100644 index 3756e66e4..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedGyroBiasUncertainty.html +++ /dev/null @@ -1,26 +0,0 @@ - - -FieldParser_EstimatedGyroBiasUncertainty - - - - - - - -
-
FieldParser_EstimatedGyroBiasUncertainty
-
public
MipFieldParser
FieldParser_EstimatedGyroBiasUncertainty
-

The field parser for Estimated Gyro Bias Uncertainty data

-
- -
-
Constants
-
- -
-
Valid Flags
-
UNCERTAINTY_FLAG

b00000001 - The flag position for checking the Uncertainty flag

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedGyroScaleFactor-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedGyroScaleFactor-Summary.js deleted file mode 100644 index 44ae8ce26..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedGyroScaleFactor-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_EstimatedGyroScaleFactor","FieldParser_EstimatedGyroScaleFactor");NDSummary.OnSummaryLoaded("CClass:FieldParser_EstimatedGyroScaleFactor",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Groups","Group"]],[[1496,0,0,"FieldParser_EstimatedGyroScaleFactor"],[1497,0,2,"Constants","Constants"],[1498,0,1,"Valid Flags","Valid_Flags"],[1499,0,1,,"VALID_FLAG"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedGyroScaleFactor-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedGyroScaleFactor-SummaryToolTips.js deleted file mode 100644 index 8937aa14f..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedGyroScaleFactor-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_EstimatedGyroScaleFactor",{1496:"
FieldParser_EstimatedGyroScaleFactor
The field parser for Estimated Gyro Scale Factor data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedGyroScaleFactor-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedGyroScaleFactor-ToolTips.js deleted file mode 100644 index 908e2d5ef..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedGyroScaleFactor-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3088:"
MipFieldParser
Base Class parser for parsing Mip Data Fields
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedGyroScaleFactor.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedGyroScaleFactor.html deleted file mode 100644 index daee8d6b2..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedGyroScaleFactor.html +++ /dev/null @@ -1,26 +0,0 @@ - - -FieldParser_EstimatedGyroScaleFactor - - - - - - - -
-
FieldParser_EstimatedGyroScaleFactor
-
public
MipFieldParser
FieldParser_EstimatedGyroScaleFactor
-

The field parser for Estimated Gyro Scale Factor data

-
- -
-
Constants
-
- -
-
Valid Flags
-
VALID_FLAG

b00000001 - The flag position for checking the Estimated Gyro Scale Factor flag

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedGyroScaleFactorUncertainty-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedGyroScaleFactorUncertainty-Summary.js deleted file mode 100644 index fa7f51c2f..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedGyroScaleFactorUncertainty-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_EstimatedGyroScaleFactorUncertainty","FieldParser_EstimatedGyroScaleFactorUncertainty");NDSummary.OnSummaryLoaded("CClass:FieldParser_EstimatedGyroScaleFactorUncertainty",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Groups","Group"]],[[1504,0,0,"FieldParser_EstimatedGyroScaleFactorUncertainty"],[1505,0,2,"Constants","Constants"],[1506,0,1,"Valid Flags","Valid_Flags"],[1507,0,1,,"VALID_FLAG"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedGyroScaleFactorUncertainty-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedGyroScaleFactorUncertainty-SummaryToolTips.js deleted file mode 100644 index 48184b80e..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedGyroScaleFactorUncertainty-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_EstimatedGyroScaleFactorUncertainty",{1504:"
FieldParser_EstimatedGyroScaleFactorUncertainty
The field parser for Estimated Gyro Scale Factor Uncertainty data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedGyroScaleFactorUncertainty-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedGyroScaleFactorUncertainty-ToolTips.js deleted file mode 100644 index 908e2d5ef..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedGyroScaleFactorUncertainty-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3088:"
MipFieldParser
Base Class parser for parsing Mip Data Fields
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedGyroScaleFactorUncertainty.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedGyroScaleFactorUncertainty.html deleted file mode 100644 index 182d2d861..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedGyroScaleFactorUncertainty.html +++ /dev/null @@ -1,26 +0,0 @@ - - -FieldParser_EstimatedGyroScaleFactorUncertainty - - - - - - - -
-
FieldParser_EstimatedGyroScaleFactorUncertainty
-
public
MipFieldParser
FieldParser_EstimatedGyroScaleFactorUncertainty
-

The field parser for Estimated Gyro Scale Factor Uncertainty data

-
- -
-
Constants
-
- -
-
Valid Flags
-
VALID_FLAG

b00000001 - The flag position for checking the Estimated Gyro Scale Factor flag

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedLLHPosUncertainty-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedLLHPosUncertainty-Summary.js deleted file mode 100644 index 96b36b541..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedLLHPosUncertainty-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_EstimatedLLHPosUncertainty","FieldParser_EstimatedLLHPosUncertainty");NDSummary.OnSummaryLoaded("CClass:FieldParser_EstimatedLLHPosUncertainty",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Groups","Group"]],[[1448,0,0,"FieldParser_EstimatedLLHPosUncertainty"],[1449,0,2,"Constants","Constants"],[1450,0,1,"Valid Flags","Valid_Flags"],[1451,0,1,,"UNCERTAINTY_FLAG"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedLLHPosUncertainty-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedLLHPosUncertainty-SummaryToolTips.js deleted file mode 100644 index 622a44527..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedLLHPosUncertainty-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_EstimatedLLHPosUncertainty",{1448:"
FieldParser_EstimatedLLHPosUncertainty
The field parser for Estimated LLH Position Uncertainty data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedLLHPosUncertainty-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedLLHPosUncertainty-ToolTips.js deleted file mode 100644 index 908e2d5ef..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedLLHPosUncertainty-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3088:"
MipFieldParser
Base Class parser for parsing Mip Data Fields
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedLLHPosUncertainty.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedLLHPosUncertainty.html deleted file mode 100644 index e83df6020..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedLLHPosUncertainty.html +++ /dev/null @@ -1,26 +0,0 @@ - - -FieldParser_EstimatedLLHPosUncertainty - - - - - - - -
-
FieldParser_EstimatedLLHPosUncertainty
-
public
MipFieldParser
FieldParser_EstimatedLLHPosUncertainty
-

The field parser for Estimated LLH Position Uncertainty data

-
- -
-
Constants
-
- -
-
Valid Flags
-
UNCERTAINTY_FLAG

b00000001 - The flag position for checking the Uncertainty flag

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedLLHPosition-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedLLHPosition-Summary.js deleted file mode 100644 index b16bd9cc6..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedLLHPosition-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_EstimatedLLHPosition","FieldParser_EstimatedLLHPosition");NDSummary.OnSummaryLoaded("CClass:FieldParser_EstimatedLLHPosition",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Groups","Group"]],[[1420,0,0,"FieldParser_EstimatedLLHPosition"],[1421,0,2,"Constants","Constants"],[1422,0,1,"Valid Flags","Valid_Flags"],[1423,0,1,,"LLH_FLAG"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedLLHPosition-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedLLHPosition-SummaryToolTips.js deleted file mode 100644 index 0cffdb65b..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedLLHPosition-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_EstimatedLLHPosition",{1420:"
FieldParser_EstimatedLLHPosition
The field parser for Estimated LLH Position data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedLLHPosition-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedLLHPosition-ToolTips.js deleted file mode 100644 index 908e2d5ef..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedLLHPosition-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3088:"
MipFieldParser
Base Class parser for parsing Mip Data Fields
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedLLHPosition.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedLLHPosition.html deleted file mode 100644 index 467f49e17..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedLLHPosition.html +++ /dev/null @@ -1,26 +0,0 @@ - - -FieldParser_EstimatedLLHPosition - - - - - - - -
-
FieldParser_EstimatedLLHPosition
-
public
MipFieldParser
FieldParser_EstimatedLLHPosition
-

The field parser for Estimated LLH Position data

-
- -
-
Constants
-
- -
-
Valid Flags
-
LLH_FLAG

b00000001 - The flag position for checking the LLH flag

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedLinearAccel-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedLinearAccel-Summary.js deleted file mode 100644 index a9e68bbd3..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedLinearAccel-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_EstimatedLinearAccel","FieldParser_EstimatedLinearAccel");NDSummary.OnSummaryLoaded("CClass:FieldParser_EstimatedLinearAccel",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Groups","Group"]],[[1468,0,0,"FieldParser_EstimatedLinearAccel"],[1469,0,2,"Constants","Constants"],[1470,0,1,"Valid Flags","Valid_Flags"],[1471,0,1,,"ACCEL_FLAG"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedLinearAccel-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedLinearAccel-SummaryToolTips.js deleted file mode 100644 index cc983e95f..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedLinearAccel-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_EstimatedLinearAccel",{1468:"
FieldParser_EstimatedLinearAccel
The field parser for Estimated Linear Acceleration data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedLinearAccel-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedLinearAccel-ToolTips.js deleted file mode 100644 index 908e2d5ef..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedLinearAccel-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3088:"
MipFieldParser
Base Class parser for parsing Mip Data Fields
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedLinearAccel.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedLinearAccel.html deleted file mode 100644 index f0924e3b6..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedLinearAccel.html +++ /dev/null @@ -1,26 +0,0 @@ - - -FieldParser_EstimatedLinearAccel - - - - - - - -
-
FieldParser_EstimatedLinearAccel
-
public
MipFieldParser
FieldParser_EstimatedLinearAccel
-

The field parser for Estimated Linear Acceleration data

-
- -
-
Constants
-
- -
-
Valid Flags
-
ACCEL_FLAG

b00000001 - The flag position for checking the Linear Acceleration flag

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedMatrix-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedMatrix-Summary.js deleted file mode 100644 index b8bb8b856..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedMatrix-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_EstimatedMatrix","FieldParser_EstimatedMatrix");NDSummary.OnSummaryLoaded("CClass:FieldParser_EstimatedMatrix",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Groups","Group"]],[[1432,0,0,"FieldParser_EstimatedMatrix"],[1433,0,2,"Constants","Constants"],[1434,0,1,"Valid Flags","Valid_Flags"],[1435,0,1,,"NED_FLAG"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedMatrix-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedMatrix-SummaryToolTips.js deleted file mode 100644 index a02705fae..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedMatrix-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_EstimatedMatrix",{1432:"
FieldParser_EstimatedMatrix
The field parser for Estimated Orientation Matrix data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedMatrix-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedMatrix-ToolTips.js deleted file mode 100644 index 908e2d5ef..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedMatrix-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3088:"
MipFieldParser
Base Class parser for parsing Mip Data Fields
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedMatrix.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedMatrix.html deleted file mode 100644 index e07e39a09..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedMatrix.html +++ /dev/null @@ -1,26 +0,0 @@ - - -FieldParser_EstimatedMatrix - - - - - - - -
-
FieldParser_EstimatedMatrix
-
public
MipFieldParser
FieldParser_EstimatedMatrix
-

The field parser for Estimated Orientation Matrix data

-
- -
-
Constants
-
- -
-
Valid Flags
-
NED_FLAG

b00000001 - The flag position for checking the Orientation Quaternion flag

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedNEDUncertainty-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedNEDUncertainty-Summary.js deleted file mode 100644 index 4312676b6..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedNEDUncertainty-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_EstimatedNEDUncertainty","FieldParser_EstimatedNEDUncertainty");NDSummary.OnSummaryLoaded("CClass:FieldParser_EstimatedNEDUncertainty",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Groups","Group"]],[[1452,0,0,"FieldParser_EstimatedNEDUncertainty"],[1453,0,2,"Constants","Constants"],[1454,0,1,"Valid Flags","Valid_Flags"],[1455,0,1,,"UNCERTAINTY_FLAG"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedNEDUncertainty-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedNEDUncertainty-SummaryToolTips.js deleted file mode 100644 index 37365c558..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedNEDUncertainty-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_EstimatedNEDUncertainty",{1452:"
FieldParser_EstimatedNEDUncertainty
The field parser for Estimated NED Velocity Uncertainty data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedNEDUncertainty-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedNEDUncertainty-ToolTips.js deleted file mode 100644 index 908e2d5ef..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedNEDUncertainty-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3088:"
MipFieldParser
Base Class parser for parsing Mip Data Fields
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedNEDUncertainty.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedNEDUncertainty.html deleted file mode 100644 index 3ffd07af1..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedNEDUncertainty.html +++ /dev/null @@ -1,26 +0,0 @@ - - -FieldParser_EstimatedNEDUncertainty - - - - - - - -
-
FieldParser_EstimatedNEDUncertainty
-
public
MipFieldParser
FieldParser_EstimatedNEDUncertainty
-

The field parser for Estimated NED Velocity Uncertainty data

-
- -
-
Constants
-
- -
-
Valid Flags
-
UNCERTAINTY_FLAG

b00000001 - The flag position for checking the Uncertainty flag

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedNEDVelocity-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedNEDVelocity-Summary.js deleted file mode 100644 index 3187c19d2..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedNEDVelocity-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_EstimatedNEDVelocity","FieldParser_EstimatedNEDVelocity");NDSummary.OnSummaryLoaded("CClass:FieldParser_EstimatedNEDVelocity",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Groups","Group"]],[[1424,0,0,"FieldParser_EstimatedNEDVelocity"],[1425,0,2,"Constants","Constants"],[1426,0,1,"Valid Flags","Valid_Flags"],[1427,0,1,,"NED_FLAG"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedNEDVelocity-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedNEDVelocity-SummaryToolTips.js deleted file mode 100644 index 1c4a36e21..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedNEDVelocity-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_EstimatedNEDVelocity",{1424:"
FieldParser_EstimatedNEDVelocity
The field parser for Estimated NED Velocity data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedNEDVelocity-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedNEDVelocity-ToolTips.js deleted file mode 100644 index 908e2d5ef..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedNEDVelocity-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3088:"
MipFieldParser
Base Class parser for parsing Mip Data Fields
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedNEDVelocity.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedNEDVelocity.html deleted file mode 100644 index d95260d40..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedNEDVelocity.html +++ /dev/null @@ -1,26 +0,0 @@ - - -FieldParser_EstimatedNEDVelocity - - - - - - - -
-
FieldParser_EstimatedNEDVelocity
-
public
MipFieldParser
FieldParser_EstimatedNEDVelocity
-

The field parser for Estimated NED Velocity data

-
- -
-
Constants
-
- -
-
Valid Flags
-
NED_FLAG

b00000001 - The flag position for checking the NED Velocity flag

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedQuaternion-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedQuaternion-Summary.js deleted file mode 100644 index 7bce7d7dc..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedQuaternion-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_EstimatedQuaternion","FieldParser_EstimatedQuaternion");NDSummary.OnSummaryLoaded("CClass:FieldParser_EstimatedQuaternion",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Groups","Group"]],[[1428,0,0,"FieldParser_EstimatedQuaternion"],[1429,0,2,"Constants","Constants"],[1430,0,1,"Valid Flags","Valid_Flags"],[1431,0,1,,"NED_FLAG"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedQuaternion-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedQuaternion-SummaryToolTips.js deleted file mode 100644 index 06446a766..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedQuaternion-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_EstimatedQuaternion",{1428:"
FieldParser_EstimatedQuaternion
The field parser for Estimated Orientation Quaternion data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedQuaternion-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedQuaternion-ToolTips.js deleted file mode 100644 index 908e2d5ef..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedQuaternion-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3088:"
MipFieldParser
Base Class parser for parsing Mip Data Fields
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedQuaternion.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedQuaternion.html deleted file mode 100644 index 4f713e898..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EstimatedQuaternion.html +++ /dev/null @@ -1,26 +0,0 @@ - - -FieldParser_EstimatedQuaternion - - - - - - - -
-
FieldParser_EstimatedQuaternion
-
public
MipFieldParser
FieldParser_EstimatedQuaternion
-

The field parser for Estimated Orientation Quaternion data

-
- -
-
Constants
-
- -
-
Valid Flags
-
NED_FLAG

b00000001 - The flag position for checking the Orientation Quaternion flag

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EulerAngles-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EulerAngles-Summary.js deleted file mode 100644 index c99c8a848..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EulerAngles-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_EulerAngles","FieldParser_EulerAngles");NDSummary.OnSummaryLoaded("CClass:FieldParser_EulerAngles",[["C/C++","C"]],[["Classes","Class"]],[[1176,0,0,"FieldParser_EulerAngles"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EulerAngles-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EulerAngles-SummaryToolTips.js deleted file mode 100644 index 7d93d815c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EulerAngles-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_EulerAngles",{1176:"
FieldParser_EulerAngles
The field parser for Euler Angles data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EulerAngles-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EulerAngles-ToolTips.js deleted file mode 100644 index 908e2d5ef..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EulerAngles-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3088:"
MipFieldParser
Base Class parser for parsing Mip Data Fields
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EulerAngles.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EulerAngles.html deleted file mode 100644 index 4787c25eb..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EulerAngles.html +++ /dev/null @@ -1,17 +0,0 @@ - - -FieldParser_EulerAngles - - - - - - - -
-
FieldParser_EulerAngles
-
public
MipFieldParser
FieldParser_EulerAngles
-

The field parser for Euler Angles data

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EventSource-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EventSource-Summary.js deleted file mode 100644 index 5ee4ca50c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EventSource-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_EventSource","FieldParser_EventSource");NDSummary.OnSummaryLoaded("CClass:FieldParser_EventSource",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[1091,0,0,"FieldParser_EventSource"],[1092,0,3,"Functions","Functions"],[1093,0,2,"parse","parse"],[1094,0,2,"registerParser","registerParser"],[1095,0,3,"Constants","Constants"],[1096,0,1,"FIELD_TYPE","FIELD_TYPE"],[1097,0,1,"REGISTERED","REGISTERED"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EventSource-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EventSource-SummaryToolTips.js deleted file mode 100644 index 57dea8edb..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EventSource-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_EventSource",{1091:"
FieldParser_EventSource
The field parser for Event Source
",1093:"
virtual void parse(
const MipDataField &field,
MipDataPoints &result
) const override
Parses an MipDataField for MipDataPoints and stores them in the valid or invalid result vectors
",1094:"
static bool registerParser()
The static function that registers this parser with the list of parsers (called immediately)
",1096:"
The 2-byte field type (Descriptor ID + Field ID) for this parser
",1097:"
Whether this parser is registered. This will always be true. This is used to call registerParser() immediately
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EventSource-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EventSource-ToolTips.js deleted file mode 100644 index dee1460cc..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EventSource-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1090:"
MipSharedFieldParser
",4527:"
MipDataPoint
Represents a single Inertial Data Point (Extends from DataPoint)
",4550:"
MipDataField
An Inertial data field object that represents a data field within an Inertial Data Packet
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EventSource.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_EventSource.html deleted file mode 100644 index 3edefa702..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_EventSource.html +++ /dev/null @@ -1,47 +0,0 @@ - - -FieldParser_EventSource - - - - - - - -
-
FieldParser_EventSource
-
public
MipSharedFieldParser
FieldParser_EventSource
-

The field parser for Event Source

-
- -
-
Functions
-
- -
-
parse
-
virtual void parse(
const MipDataField &field,
MipDataPoints &result
) const override
-

Parses an MipDataField for MipDataPoints and stores them in the valid or invalid result vectors

Parameters
field
const MipDataField&

The MipDataField to parse for data points

result
MipDataPoints&

The MipDataPoints vector to store the data points in

-
- -
-
registerParser
-
static bool registerParser()
-

The static function that registers this parser with the list of parsers (called immediately)

Returns

true, just for assigning the REGISTERED constant to true

-
- -
-
Constants
-
- -
-
FIELD_TYPE
-

The 2-byte field type (Descriptor ID + Field ID) for this parser

-
- -
-
REGISTERED
-

Whether this parser is registered. This will always be true. This is used to call registerParser() immediately

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_ExternalTimestamp-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_ExternalTimestamp-Summary.js deleted file mode 100644 index 5207e10ec..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_ExternalTimestamp-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_ExternalTimestamp","FieldParser_ExternalTimestamp");NDSummary.OnSummaryLoaded("CClass:FieldParser_ExternalTimestamp",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[1144,0,0,"FieldParser_ExternalTimestamp"],[1145,0,3,"Functions","Functions"],[1146,0,2,"parse","parse"],[1147,0,2,"registerParser","registerParser"],[1148,0,3,"Constants","Constants"],[1149,0,1,"FIELD_TYPE","FIELD_TYPE"],[1150,0,1,"REGISTERED","REGISTERED"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_ExternalTimestamp-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_ExternalTimestamp-SummaryToolTips.js deleted file mode 100644 index 7afcc9702..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_ExternalTimestamp-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_ExternalTimestamp",{1144:"
FieldParser_ExternalTimestamp
The field parser for External Timestamp (0xFF,0xD7)
",1146:"
virtual void parse(
const MipDataField &field,
MipDataPoints &result
) const override
Parses an MipDataField for MipDataPoints and stores them in the valid or invalid result vectors
",1147:"
static bool registerParser()
The static function that registers this parser with the list of parsers (called immediately)
",1149:"
The MipTypes::ChannelField for this parser
",1150:"
Whether this parser is registered. This will always be true.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_ExternalTimestamp-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_ExternalTimestamp-ToolTips.js deleted file mode 100644 index 7f858bb15..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_ExternalTimestamp-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1090:"
MipSharedFieldParser
",1147:"
static bool registerParser()
The static function that registers this parser with the list of parsers (called immediately)
",1150:"
Whether this parser is registered. This will always be true.
",3321:"
The enums for all of the different MIP Channel Field IDs.
",4527:"
MipDataPoint
Represents a single Inertial Data Point (Extends from DataPoint)
",4550:"
MipDataField
An Inertial data field object that represents a data field within an Inertial Data Packet
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_ExternalTimestamp.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_ExternalTimestamp.html deleted file mode 100644 index 8607c3fa8..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_ExternalTimestamp.html +++ /dev/null @@ -1,47 +0,0 @@ - - -FieldParser_ExternalTimestamp - - - - - - - -
-
FieldParser_ExternalTimestamp
-
public
MipSharedFieldParser
FieldParser_ExternalTimestamp
-

The field parser for External Timestamp (0xFF,0xD7)

-
- -
-
Functions
-
- -
-
parse
-
virtual void parse(
const MipDataField &field,
MipDataPoints &result
) const override
-

Parses an MipDataField for MipDataPoints and stores them in the valid or invalid result vectors

Parameters
field
const MipDataField&

The MipDataField to parse for data points

result
MipDataPoints&

The MipDataPoints vector to store the data points in

-
- -
-
registerParser
-
static bool registerParser()
-

The static function that registers this parser with the list of parsers (called immediately)

Returns

True, just for assigning REGISTERED to true

-
- -
-
Constants
-
- -
-
FIELD_TYPE
-

The MipTypes::ChannelField for this parser

-
- -
-
REGISTERED
-

Whether this parser is registered. This will always be true.

Note

This is used to call registerParser immediately

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_FilterAidingSummary-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_FilterAidingSummary-Summary.js deleted file mode 100644 index 48c9de9a2..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_FilterAidingSummary-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_FilterAidingSummary","FieldParser_FilterAidingSummary");NDSummary.OnSummaryLoaded("CClass:FieldParser_FilterAidingSummary",[["C/C++","C"]],[["Classes","Class"]],[[1596,0,0,"FieldParser_FilterAidingSummary"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_FilterAidingSummary-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_FilterAidingSummary-SummaryToolTips.js deleted file mode 100644 index 69050afd6..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_FilterAidingSummary-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_FilterAidingSummary",{1596:"
FieldParser_FilterAidingSummary
The field parser for the filter Aiding Measurement Summary
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_FilterAidingSummary-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_FilterAidingSummary-ToolTips.js deleted file mode 100644 index 908e2d5ef..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_FilterAidingSummary-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3088:"
MipFieldParser
Base Class parser for parsing Mip Data Fields
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_FilterAidingSummary.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_FilterAidingSummary.html deleted file mode 100644 index c6530034f..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_FilterAidingSummary.html +++ /dev/null @@ -1,17 +0,0 @@ - - -FieldParser_FilterAidingSummary - - - - - - - -
-
FieldParser_FilterAidingSummary
-
public
MipFieldParser
FieldParser_FilterAidingSummary
-

The field parser for the filter Aiding Measurement Summary

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_FilterAttAidingStatus-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_FilterAttAidingStatus-Summary.js deleted file mode 100644 index 5ef597827..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_FilterAttAidingStatus-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_FilterAttAidingStatus","FieldParser_FilterAttAidingStatus");NDSummary.OnSummaryLoaded("CClass:FieldParser_FilterAttAidingStatus",[["C/C++","C"]],[["Classes","Class"]],[[1595,0,0,"FieldParser_FilterAttAidingStatus"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_FilterAttAidingStatus-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_FilterAttAidingStatus-SummaryToolTips.js deleted file mode 100644 index e263ae0f8..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_FilterAttAidingStatus-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_FilterAttAidingStatus",{1595:"
FieldParser_FilterAttAidingStatus
The field parser for the filter GNSS Attitude Aiding status
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_FilterAttAidingStatus-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_FilterAttAidingStatus-ToolTips.js deleted file mode 100644 index 908e2d5ef..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_FilterAttAidingStatus-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3088:"
MipFieldParser
Base Class parser for parsing Mip Data Fields
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_FilterAttAidingStatus.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_FilterAttAidingStatus.html deleted file mode 100644 index 028a0a9bc..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_FilterAttAidingStatus.html +++ /dev/null @@ -1,17 +0,0 @@ - - -FieldParser_FilterAttAidingStatus - - - - - - - -
-
FieldParser_FilterAttAidingStatus
-
public
MipFieldParser
FieldParser_FilterAttAidingStatus
-

The field parser for the filter GNSS Attitude Aiding status

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_FilterPosAidingStatus-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_FilterPosAidingStatus-Summary.js deleted file mode 100644 index 5015bf2fb..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_FilterPosAidingStatus-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_FilterPosAidingStatus","FieldParser_FilterPosAidingStatus");NDSummary.OnSummaryLoaded("CClass:FieldParser_FilterPosAidingStatus",[["C/C++","C"]],[["Classes","Class"]],[[1594,0,0,"FieldParser_FilterPosAidingStatus"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_FilterPosAidingStatus-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_FilterPosAidingStatus-SummaryToolTips.js deleted file mode 100644 index 6bc5c5bc2..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_FilterPosAidingStatus-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_FilterPosAidingStatus",{1594:"
FieldParser_FilterPosAidingStatus
The field parser for the filter GNSS Position Aiding status
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_FilterPosAidingStatus-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_FilterPosAidingStatus-ToolTips.js deleted file mode 100644 index 908e2d5ef..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_FilterPosAidingStatus-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3088:"
MipFieldParser
Base Class parser for parsing Mip Data Fields
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_FilterPosAidingStatus.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_FilterPosAidingStatus.html deleted file mode 100644 index b821cc90f..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_FilterPosAidingStatus.html +++ /dev/null @@ -1,17 +0,0 @@ - - -FieldParser_FilterPosAidingStatus - - - - - - - -
-
FieldParser_FilterPosAidingStatus
-
public
MipFieldParser
FieldParser_FilterPosAidingStatus
-

The field parser for the filter GNSS Position Aiding status

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_FilterStatus-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_FilterStatus-Summary.js deleted file mode 100644 index 40bd29e80..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_FilterStatus-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_FilterStatus","FieldParser_FilterStatus");NDSummary.OnSummaryLoaded("CClass:FieldParser_FilterStatus",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[1409,0,0,"FieldParser_FilterStatus"],[1410,0,3,"Functions","Functions"],[1411,0,2,"parse","parse"],[1412,0,2,"registerParser","registerParser"],[1413,0,3,"Constants","Constants"],[1414,0,1,"FIELD_TYPE","FIELD_TYPE"],[1415,0,1,"REGISTERED","REGISTERED"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_FilterStatus-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_FilterStatus-SummaryToolTips.js deleted file mode 100644 index ccf2353b2..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_FilterStatus-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_FilterStatus",{1409:"
FieldParser_FilterStatus
The field parser for Filter Status data
",1411:"
virtual void parse(
const MipDataField &field,
MipDataPoints &result
) const override
Parses an MipDataField for MipDataPoints and stores them in the valid or invalid result vectors
",1412:"
static bool registerParser()
The static function that registers this parser with the list of parsers (called immediately)
",1414:"
The 2-byte field type (Descriptor ID + Field ID) for this parser
",1415:"
Whether this parser is registered. This will always be true. This is used to call registerParser() immediately
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_FilterStatus-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_FilterStatus-ToolTips.js deleted file mode 100644 index 5c5414cfe..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_FilterStatus-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3088:"
MipFieldParser
Base Class parser for parsing Mip Data Fields
",4527:"
MipDataPoint
Represents a single Inertial Data Point (Extends from DataPoint)
",4550:"
MipDataField
An Inertial data field object that represents a data field within an Inertial Data Packet
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_FilterStatus.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_FilterStatus.html deleted file mode 100644 index 6fda277b5..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_FilterStatus.html +++ /dev/null @@ -1,47 +0,0 @@ - - -FieldParser_FilterStatus - - - - - - - -
-
FieldParser_FilterStatus
-
public
MipFieldParser
FieldParser_FilterStatus
-

The field parser for Filter Status data

-
- -
-
Functions
-
- -
-
parse
-
virtual void parse(
const MipDataField &field,
MipDataPoints &result
) const override
-

Parses an MipDataField for MipDataPoints and stores them in the valid or invalid result vectors

Parameters
field
const MipDataField&

The MipDataField to parse for data points

result
MipDataPoints&

The MipDataPoints vector to store the data points in

-
- -
-
registerParser
-
static bool registerParser()
-

The static function that registers this parser with the list of parsers (called immediately)

Returns

true, just for assigning the REGISTERED constant to true

-
- -
-
Constants
-
- -
-
FIELD_TYPE
-

The 2-byte field type (Descriptor ID + Field ID) for this parser

-
- -
-
REGISTERED
-

Whether this parser is registered. This will always be true. This is used to call registerParser() immediately

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_FrameConfigError-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_FrameConfigError-Summary.js deleted file mode 100644 index ff0cff685..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_FrameConfigError-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_FrameConfigError","FieldParser_FrameConfigError");NDSummary.OnSummaryLoaded("CClass:FieldParser_FrameConfigError",[["C/C++","C"]],[["Classes","Class"]],[[1600,0,0,"FieldParser_FrameConfigError"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_FrameConfigError-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_FrameConfigError-SummaryToolTips.js deleted file mode 100644 index 4d7670264..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_FrameConfigError-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_FrameConfigError",{1600:"
FieldParser_FrameConfigError
The field parser for the filter Aiding Frame Config Error data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_FrameConfigError-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_FrameConfigError-ToolTips.js deleted file mode 100644 index 908e2d5ef..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_FrameConfigError-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3088:"
MipFieldParser
Base Class parser for parsing Mip Data Fields
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_FrameConfigError.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_FrameConfigError.html deleted file mode 100644 index 50d89fc9c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_FrameConfigError.html +++ /dev/null @@ -1,17 +0,0 @@ - - -FieldParser_FrameConfigError - - - - - - - -
-
FieldParser_FrameConfigError
-
public
MipFieldParser
FieldParser_FrameConfigError
-

The field parser for the filter Aiding Frame Config Error data

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_FrameConfigErrorUnc-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_FrameConfigErrorUnc-Summary.js deleted file mode 100644 index 80e58c184..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_FrameConfigErrorUnc-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_FrameConfigErrorUnc","FieldParser_FrameConfigErrorUnc");NDSummary.OnSummaryLoaded("CClass:FieldParser_FrameConfigErrorUnc",[["C/C++","C"]],[["Classes","Class"]],[[1601,0,0,"FieldParser_FrameConfigErrorUnc"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_FrameConfigErrorUnc-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_FrameConfigErrorUnc-SummaryToolTips.js deleted file mode 100644 index 1727620f3..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_FrameConfigErrorUnc-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_FrameConfigErrorUnc",{1601:"
FieldParser_FrameConfigErrorUnc
The field parser for the filter Aiding Frame Config Error Uncertainty data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_FrameConfigErrorUnc-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_FrameConfigErrorUnc-ToolTips.js deleted file mode 100644 index 908e2d5ef..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_FrameConfigErrorUnc-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3088:"
MipFieldParser
Base Class parser for parsing Mip Data Fields
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_FrameConfigErrorUnc.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_FrameConfigErrorUnc.html deleted file mode 100644 index 9c5e1f7c6..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_FrameConfigErrorUnc.html +++ /dev/null @@ -1,17 +0,0 @@ - - -FieldParser_FrameConfigErrorUnc - - - - - - - -
-
FieldParser_FrameConfigErrorUnc
-
public
MipFieldParser
FieldParser_FrameConfigErrorUnc
-

The field parser for the filter Aiding Frame Config Error Uncertainty data

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GPSFixInfo-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_GPSFixInfo-Summary.js deleted file mode 100644 index 9de7d5466..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GPSFixInfo-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_GPSFixInfo","FieldParser_GPSFixInfo");NDSummary.OnSummaryLoaded("CClass:FieldParser_GPSFixInfo",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Groups","Group"]],[[1265,0,0,"FieldParser_GPSFixInfo"],[1266,0,2,"Constants","Constants"],[1267,0,1,"Valid Flags","Valid_Flags"],[1268,0,1,,"FIX_TYPE_VALID"],[1269,0,1,,"NUM_SVS_VALID"],[1270,0,1,,"FIX_FLAGS_VALID"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GPSFixInfo-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_GPSFixInfo-SummaryToolTips.js deleted file mode 100644 index fb141e321..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GPSFixInfo-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_GPSFixInfo",{1265:"
FieldParser_GPSFixInfo
The field parser for GPS Fix Information data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GPSFixInfo-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_GPSFixInfo-ToolTips.js deleted file mode 100644 index 731b6f855..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GPSFixInfo-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1205:"
MipGnssFieldParser
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GPSFixInfo.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_GPSFixInfo.html deleted file mode 100644 index f7cef4934..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GPSFixInfo.html +++ /dev/null @@ -1,26 +0,0 @@ - - -FieldParser_GPSFixInfo - - - - - - - -
-
FieldParser_GPSFixInfo
-
public
MipGnssFieldParser
FieldParser_GPSFixInfo
-

The field parser for GPS Fix Information data

-
- -
-
Constants
-
- -
-
Valid Flags
-
FIX_TYPE_VALID

b00000001 - The flag position for checking the Fix Type flag

NUM_SVS_VALID

b00000010 - The flag position for checking the Number of SVs flag

FIX_FLAGS_VALID

b00000100 - The flag position for checking the Fix Flags flag

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GPSIonosphericCorrection-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_GPSIonosphericCorrection-Summary.js deleted file mode 100644 index e792a97c2..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GPSIonosphericCorrection-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_GPSIonosphericCorrection","FieldParser_GPSIonosphericCorrection");NDSummary.OnSummaryLoaded("CClass:FieldParser_GPSIonosphericCorrection",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Groups","Group"]],[[1394,0,0,"FieldParser_GPSIonosphericCorrection"],[1395,0,2,"Constants","Constants"],[1396,0,1,"Valid Flags","Valid_Flags"],[1397,0,1,,"TIME_OF_WEEK_VALID"],[1398,0,1,,"WEEK_NUMBER_VALID"],[1399,0,1,,"ALPHA_VALID"],[1400,0,1,,"BETA_VALID"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GPSIonosphericCorrection-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_GPSIonosphericCorrection-SummaryToolTips.js deleted file mode 100644 index 168cb0bea..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GPSIonosphericCorrection-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_GPSIonosphericCorrection",{1394:"
FieldParser_GPSIonosphericCorrection
The field parser for Ionospheric Correction Data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GPSIonosphericCorrection-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_GPSIonosphericCorrection-ToolTips.js deleted file mode 100644 index 731b6f855..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GPSIonosphericCorrection-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1205:"
MipGnssFieldParser
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GPSIonosphericCorrection.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_GPSIonosphericCorrection.html deleted file mode 100644 index 640727d1a..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GPSIonosphericCorrection.html +++ /dev/null @@ -1,26 +0,0 @@ - - -FieldParser_GPSIonosphericCorrection - - - - - - - -
-
FieldParser_GPSIonosphericCorrection
-
public
MipGnssFieldParser
FieldParser_GPSIonosphericCorrection
-

The field parser for Ionospheric Correction Data

-
- -
-
Constants
-
- -
-
Valid Flags
-
TIME_OF_WEEK_VALID

b00000001 - The flag position for checking the Time of Week flag

WEEK_NUMBER_VALID

b00000010 - The flag position for checking the Week Number flag

ALPHA_VALID

b00000100 - The flag position for checking the Alpha Ionospheric Correction Terms flag

BETA_VALID

b00001000 - The flag position for checking the Beta Ionospheric Correction Terms flag

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GPSLeapSeconds-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_GPSLeapSeconds-Summary.js deleted file mode 100644 index 797474972..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GPSLeapSeconds-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_GPSLeapSeconds","FieldParser_GPSLeapSeconds");NDSummary.OnSummaryLoaded("CClass:FieldParser_GPSLeapSeconds",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Groups","Group"]],[[1306,0,0,"FieldParser_GPSLeapSeconds"],[1307,0,2,"Constants","Constants"],[1308,0,1,"Valid Flags","Valid_Flags"],[1309,0,1,,"SECONDS_VALID"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GPSLeapSeconds-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_GPSLeapSeconds-SummaryToolTips.js deleted file mode 100644 index d6c1118be..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GPSLeapSeconds-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_GPSLeapSeconds",{1306:"
FieldParser_GPSLeapSeconds
The field parser for GPS Leap Seconds Data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GPSLeapSeconds-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_GPSLeapSeconds-ToolTips.js deleted file mode 100644 index 731b6f855..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GPSLeapSeconds-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1205:"
MipGnssFieldParser
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GPSLeapSeconds.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_GPSLeapSeconds.html deleted file mode 100644 index 7cf5533ef..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GPSLeapSeconds.html +++ /dev/null @@ -1,26 +0,0 @@ - - -FieldParser_GPSLeapSeconds - - - - - - - -
-
FieldParser_GPSLeapSeconds
-
public
MipGnssFieldParser
FieldParser_GPSLeapSeconds
-

The field parser for GPS Leap Seconds Data

-
- -
-
Constants
-
- -
-
Valid Flags
-
SECONDS_VALID

b00000010 - The flag position for checking the Seconds Valid flag

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GPSTime-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_GPSTime-Summary.js deleted file mode 100644 index 425a5dff6..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GPSTime-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_GPSTime","FieldParser_GPSTime");NDSummary.OnSummaryLoaded("CClass:FieldParser_GPSTime",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Groups","Group"]],[[1254,0,0,"FieldParser_GPSTime"],[1255,0,2,"Constants","Constants"],[1256,0,1,"Valid Flags","Valid_Flags"],[1257,0,1,,"TOW_VALID"],[1258,0,1,,"WEEK_NUM_VALID"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GPSTime-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_GPSTime-SummaryToolTips.js deleted file mode 100644 index 99163a0f0..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GPSTime-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_GPSTime",{1254:"
FieldParser_GPSTime
The field parser for GPS Time data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GPSTime-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_GPSTime-ToolTips.js deleted file mode 100644 index 731b6f855..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GPSTime-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1205:"
MipGnssFieldParser
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GPSTime.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_GPSTime.html deleted file mode 100644 index 306735a2d..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GPSTime.html +++ /dev/null @@ -1,26 +0,0 @@ - - -FieldParser_GPSTime - - - - - - - -
-
FieldParser_GPSTime
-
public
MipGnssFieldParser
FieldParser_GPSTime
-

The field parser for GPS Time data

-
- -
-
Constants
-
- -
-
Valid Flags
-
TOW_VALID

b00000001 - The flag position for checking the GPS Time of Week flag

WEEK_NUM_VALID

b00000010 - The flag position for checking the GPS Week Number flag

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssAntennaOffsetCorrection-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssAntennaOffsetCorrection-Summary.js deleted file mode 100644 index 077efb456..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssAntennaOffsetCorrection-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_GnssAntennaOffsetCorrection","FieldParser_GnssAntennaOffsetCorrection");NDSummary.OnSummaryLoaded("CClass:FieldParser_GnssAntennaOffsetCorrection",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Groups","Group"]],[[1550,0,0,"FieldParser_GnssAntennaOffsetCorrection"],[1551,0,2,"Constants","Constants"],[1552,0,1,"Valid Flags","Valid_Flags"],[1553,0,1,,"VALID_FLAG"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssAntennaOffsetCorrection-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssAntennaOffsetCorrection-SummaryToolTips.js deleted file mode 100644 index ef80972b4..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssAntennaOffsetCorrection-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_GnssAntennaOffsetCorrection",{1550:"
FieldParser_GnssAntennaOffsetCorrection
The field parser for GNSS Antenna Offset Correction data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssAntennaOffsetCorrection-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssAntennaOffsetCorrection-ToolTips.js deleted file mode 100644 index 908e2d5ef..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssAntennaOffsetCorrection-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3088:"
MipFieldParser
Base Class parser for parsing Mip Data Fields
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssAntennaOffsetCorrection.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssAntennaOffsetCorrection.html deleted file mode 100644 index eabf810ff..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssAntennaOffsetCorrection.html +++ /dev/null @@ -1,26 +0,0 @@ - - -FieldParser_GnssAntennaOffsetCorrection - - - - - - - -
-
FieldParser_GnssAntennaOffsetCorrection
-
public
MipFieldParser
FieldParser_GnssAntennaOffsetCorrection
-

The field parser for GNSS Antenna Offset Correction data

-
- -
-
Constants
-
- -
-
Valid Flags
-
VALID_FLAG

b00000001 - The flag position for checking the Estimated Gyro Scale Factor flag

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssAntennaOffsetCorrectionUncert-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssAntennaOffsetCorrectionUncert-Summary.js deleted file mode 100644 index 7c31c0e94..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssAntennaOffsetCorrectionUncert-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_GnssAntennaOffsetCorrectionUncert","FieldParser_GnssAntennaOffsetCorrectionUncert");NDSummary.OnSummaryLoaded("CClass:FieldParser_GnssAntennaOffsetCorrectionUncert",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Groups","Group"]],[[1554,0,0,"FieldParser_GnssAntennaOffsetCorrectionUncert"],[1555,0,2,"Constants","Constants"],[1556,0,1,"Valid Flags","Valid_Flags"],[1557,0,1,,"VALID_FLAG"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssAntennaOffsetCorrectionUncert-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssAntennaOffsetCorrectionUncert-SummaryToolTips.js deleted file mode 100644 index 07f1caf49..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssAntennaOffsetCorrectionUncert-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_GnssAntennaOffsetCorrectionUncert",{1554:"
FieldParser_GnssAntennaOffsetCorrectionUncert
The field parser for GNSS Antenna Offset Correction Uncertainty data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssAntennaOffsetCorrectionUncert-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssAntennaOffsetCorrectionUncert-ToolTips.js deleted file mode 100644 index 908e2d5ef..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssAntennaOffsetCorrectionUncert-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3088:"
MipFieldParser
Base Class parser for parsing Mip Data Fields
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssAntennaOffsetCorrectionUncert.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssAntennaOffsetCorrectionUncert.html deleted file mode 100644 index 4250f06bf..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssAntennaOffsetCorrectionUncert.html +++ /dev/null @@ -1,26 +0,0 @@ - - -FieldParser_GnssAntennaOffsetCorrectionUncert - - - - - - - -
-
FieldParser_GnssAntennaOffsetCorrectionUncert
-
public
MipFieldParser
FieldParser_GnssAntennaOffsetCorrectionUncert
-

The field parser for GNSS Antenna Offset Correction Uncertainty data

-
- -
-
Constants
-
- -
-
Valid Flags
-
VALID_FLAG

b00000001 - The flag position for checking the Estimated Gyro Scale Factor flag

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssClockCorrection-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssClockCorrection-Summary.js deleted file mode 100644 index 18640d690..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssClockCorrection-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_GnssClockCorrection","FieldParser_GnssClockCorrection");NDSummary.OnSummaryLoaded("CClass:FieldParser_GnssClockCorrection",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Groups","Group"]],[[1558,0,0,"FieldParser_GnssClockCorrection"],[1559,0,2,"Constants","Constants"],[1560,0,1,"Valid Flags","Valid_Flags"],[1561,0,1,,"VALID_FLAG"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssClockCorrection-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssClockCorrection-SummaryToolTips.js deleted file mode 100644 index ff458d1ee..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssClockCorrection-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_GnssClockCorrection",{1558:"
FieldParser_GnssClockCorrection
The field parser for GNSS Clock Correction data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssClockCorrection-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssClockCorrection-ToolTips.js deleted file mode 100644 index 908e2d5ef..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssClockCorrection-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3088:"
MipFieldParser
Base Class parser for parsing Mip Data Fields
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssClockCorrection.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssClockCorrection.html deleted file mode 100644 index 4740e1cd5..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssClockCorrection.html +++ /dev/null @@ -1,26 +0,0 @@ - - -FieldParser_GnssClockCorrection - - - - - - - -
-
FieldParser_GnssClockCorrection
-
public
MipFieldParser
FieldParser_GnssClockCorrection
-

The field parser for GNSS Clock Correction data

-
- -
-
Constants
-
- -
-
Valid Flags
-
VALID_FLAG

b00000001 - The flag position for checking the Estimated Gyro Scale Factor flag

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssClockCorrectionUncert-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssClockCorrectionUncert-Summary.js deleted file mode 100644 index 9fd762627..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssClockCorrectionUncert-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_GnssClockCorrectionUncert","FieldParser_GnssClockCorrectionUncert");NDSummary.OnSummaryLoaded("CClass:FieldParser_GnssClockCorrectionUncert",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Groups","Group"]],[[1562,0,0,"FieldParser_GnssClockCorrectionUncert"],[1563,0,2,"Constants","Constants"],[1564,0,1,"Valid Flags","Valid_Flags"],[1565,0,1,,"VALID_FLAG"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssClockCorrectionUncert-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssClockCorrectionUncert-SummaryToolTips.js deleted file mode 100644 index 7c2d29ab7..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssClockCorrectionUncert-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_GnssClockCorrectionUncert",{1562:"
FieldParser_GnssClockCorrectionUncert
The field parser for GNSS Clock Correction Uncertainty data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssClockCorrectionUncert-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssClockCorrectionUncert-ToolTips.js deleted file mode 100644 index 908e2d5ef..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssClockCorrectionUncert-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3088:"
MipFieldParser
Base Class parser for parsing Mip Data Fields
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssClockCorrectionUncert.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssClockCorrectionUncert.html deleted file mode 100644 index dd2b8ab6a..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssClockCorrectionUncert.html +++ /dev/null @@ -1,26 +0,0 @@ - - -FieldParser_GnssClockCorrectionUncert - - - - - - - -
-
FieldParser_GnssClockCorrectionUncert
-
public
MipFieldParser
FieldParser_GnssClockCorrectionUncert
-

The field parser for GNSS Clock Correction Uncertainty data

-
- -
-
Constants
-
- -
-
Valid Flags
-
VALID_FLAG

b00000001 - The flag position for checking the Estimated Gyro Scale Factor flag

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssMultiAntennaOffsetCorrection-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssMultiAntennaOffsetCorrection-Summary.js deleted file mode 100644 index af9773fe2..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssMultiAntennaOffsetCorrection-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_GnssMultiAntennaOffsetCorrection","FieldParser_GnssMultiAntennaOffsetCorrection");NDSummary.OnSummaryLoaded("CClass:FieldParser_GnssMultiAntennaOffsetCorrection",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Groups","Group"]],[[1566,0,0,"FieldParser_GnssMultiAntennaOffsetCorrection"],[1567,0,2,"Constants","Constants"],[1568,0,1,"Valid Flags","Valid_Flags"],[1569,0,1,,"VALID_FLAG"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssMultiAntennaOffsetCorrection-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssMultiAntennaOffsetCorrection-SummaryToolTips.js deleted file mode 100644 index 5a72ec59d..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssMultiAntennaOffsetCorrection-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_GnssMultiAntennaOffsetCorrection",{1566:"
FieldParser_GnssMultiAntennaOffsetCorrection
The field parser for GNSS Multi-Antenna Offset Correction data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssMultiAntennaOffsetCorrection-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssMultiAntennaOffsetCorrection-ToolTips.js deleted file mode 100644 index 908e2d5ef..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssMultiAntennaOffsetCorrection-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3088:"
MipFieldParser
Base Class parser for parsing Mip Data Fields
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssMultiAntennaOffsetCorrection.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssMultiAntennaOffsetCorrection.html deleted file mode 100644 index f8549a9eb..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssMultiAntennaOffsetCorrection.html +++ /dev/null @@ -1,26 +0,0 @@ - - -FieldParser_GnssMultiAntennaOffsetCorrection - - - - - - - -
-
FieldParser_GnssMultiAntennaOffsetCorrection
-
public
MipFieldParser
FieldParser_GnssMultiAntennaOffsetCorrection
-

The field parser for GNSS Multi-Antenna Offset Correction data

-
- -
-
Constants
-
- -
-
Valid Flags
-
VALID_FLAG

b00000001 - The flag position for checking the Estimated Gyro Scale Factor flag

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssMultiAntennaOffsetCorrectionUncert-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssMultiAntennaOffsetCorrectionUncert-Summary.js deleted file mode 100644 index e7f377fbb..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssMultiAntennaOffsetCorrectionUncert-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_GnssMultiAntennaOffsetCorrectionUncert","FieldParser_GnssMultiAntennaOffsetCorrectionUncert");NDSummary.OnSummaryLoaded("CClass:FieldParser_GnssMultiAntennaOffsetCorrectionUncert",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Groups","Group"]],[[1570,0,0,"FieldParser_GnssMultiAntennaOffsetCorrectionUncert"],[1571,0,2,"Constants","Constants"],[1572,0,1,"Valid Flags","Valid_Flags"],[1573,0,1,,"VALID_FLAG"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssMultiAntennaOffsetCorrectionUncert-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssMultiAntennaOffsetCorrectionUncert-SummaryToolTips.js deleted file mode 100644 index aa3f10203..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssMultiAntennaOffsetCorrectionUncert-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_GnssMultiAntennaOffsetCorrectionUncert",{1570:"
FieldParser_GnssMultiAntennaOffsetCorrectionUncert
The field parser for GNSS Multi-Antenna Offset Correction Uncertainty data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssMultiAntennaOffsetCorrectionUncert-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssMultiAntennaOffsetCorrectionUncert-ToolTips.js deleted file mode 100644 index 908e2d5ef..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssMultiAntennaOffsetCorrectionUncert-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3088:"
MipFieldParser
Base Class parser for parsing Mip Data Fields
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssMultiAntennaOffsetCorrectionUncert.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssMultiAntennaOffsetCorrectionUncert.html deleted file mode 100644 index f4e4ef5c5..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssMultiAntennaOffsetCorrectionUncert.html +++ /dev/null @@ -1,26 +0,0 @@ - - -FieldParser_GnssMultiAntennaOffsetCorrectionUncert - - - - - - - -
-
FieldParser_GnssMultiAntennaOffsetCorrectionUncert
-
public
MipFieldParser
FieldParser_GnssMultiAntennaOffsetCorrectionUncert
-

The field parser for GNSS Multi-Antenna Offset Correction Uncertainty data

-
- -
-
Constants
-
- -
-
Valid Flags
-
VALID_FLAG

b00000001 - The flag position for checking the Estimated Gyro Scale Factor flag

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssRFErrorDetection-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssRFErrorDetection-Summary.js deleted file mode 100644 index 59c5886c4..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssRFErrorDetection-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_GnssRFErrorDetection","FieldParser_GnssRFErrorDetection");NDSummary.OnSummaryLoaded("CClass:FieldParser_GnssRFErrorDetection",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[1339,0,0,"FieldParser_GnssRFErrorDetection"],[1340,0,3,"Constants","Constants"],[1341,0,1,"Valid Flag Bitmasks","Valid_Flag_Bitmasks"],[1342,0,1,,"RF_BAND_VALID"],[1343,0,1,,"JAMMING_VALID"],[1344,0,1,,"SPOOFING_VALID"],[1345,0,3,"Functions","Functions"],[1346,0,2,"FieldParser_GnssRFErrorDetection","FieldParser_GnssRFErrorDetection"],[1347,0,2,"parse","parse"],[1348,0,2,"registerParser","registerParser"],[1349,0,3,"Constants","Constants(2)"],[1350,0,1,"FIELD_TYPE","FIELD_TYPE"],[1351,0,1,"REGISTERED","REGISTERED"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssRFErrorDetection-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssRFErrorDetection-SummaryToolTips.js deleted file mode 100644 index 6aa6e15d4..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssRFErrorDetection-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_GnssRFErrorDetection",{1339:"
FieldParser_GnssRFErrorDetection
The field parser for GNSS Error Detection subsystem status
",1346:"
FieldParser_GnssRFErrorDetection()
Default constructor disabled
",1347:"
void parse(
const MipDataField &field,
MipDataPoints &result
) const override
Parses a MipDataField for MipDataPoints and stores them in the valid or invalid result vectors
",1348:"
static bool registerParser()
The static function that registers this parser with the list of parsers (called immediately)
",1350:"
The 2-byte field type (Descriptor ID + Field ID) for this parser
",1351:"
Whether this parser is registered. This will always be true. This is used to call registerParser() immediately
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssRFErrorDetection-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssRFErrorDetection-ToolTips.js deleted file mode 100644 index 4aaffe44f..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssRFErrorDetection-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1205:"
MipGnssFieldParser
",4527:"
MipDataPoint
Represents a single Inertial Data Point (Extends from DataPoint)
",4550:"
MipDataField
An Inertial data field object that represents a data field within an Inertial Data Packet
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssRFErrorDetection.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssRFErrorDetection.html deleted file mode 100644 index bfb23b83c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssRFErrorDetection.html +++ /dev/null @@ -1,62 +0,0 @@ - - -FieldParser_GnssRFErrorDetection - - - - - - - -
-
FieldParser_GnssRFErrorDetection
-
public
MipGnssFieldParser
FieldParser_GnssRFErrorDetection
-

The field parser for GNSS Error Detection subsystem status

-
- -
-
Constants
-
- -
-
Valid Flag Bitmasks
-
RF_BAND_VALID

0x01 - RF Band flag mask

JAMMING_VALID

0x02 - Jamming State flag mask

SPOOFING_VALID

0x04 - Spoofing State flag mask

-
- -
-
Functions
-
- -
-
FieldParser_GnssRFErrorDetection
-
FieldParser_GnssRFErrorDetection()
-

Default constructor disabled

-
- -
-
parse
-
void parse(
const MipDataField &field,
MipDataPoints &result
) const override
-

Parses a MipDataField for MipDataPoints and stores them in the valid or invalid result vectors

Parameters
field
const MipDataField&

The MipDataField to parse for data points

result
MipDataPoints&

The MipDataPoints vector to store the data points in

-
- -
-
registerParser
-
static bool registerParser()
-

The static function that registers this parser with the list of parsers (called immediately)

Returns

True, just for assigning the REGISTERED constant to true

-
- -
-
Constants
-
- -
-
FIELD_TYPE
-

The 2-byte field type (Descriptor ID + Field ID) for this parser

-
- -
-
REGISTERED
-

Whether this parser is registered. This will always be true. This is used to call registerParser() immediately

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssRawObservation-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssRawObservation-Summary.js deleted file mode 100644 index 52071816d..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssRawObservation-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_GnssRawObservation","FieldParser_GnssRawObservation");NDSummary.OnSummaryLoaded("CClass:FieldParser_GnssRawObservation",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Groups","Group"]],[[1359,0,0,"FieldParser_GnssRawObservation"],[1360,0,2,"Constants","Constants"],[1361,0,1,"Valid Flags","Valid_Flags"],[1362,0,1,,"TOW_VALID"],[1363,0,1,,"WEEK_NUMBER_VALID"],[1364,0,1,,"CHANNEL_VALID"],[1365,0,1,,"SIGNAL_STRENGTH_VALID"],[1366,0,1,,"QUALITY_VALID"],[1367,0,1,,"PSEUDORANGE_VALID"],[1368,0,1,,"CARRIER_PHASE_VALID"],[1369,0,1,,"DOPPLER_VALID"],[1370,0,1,,"RANGE_UNC_VALID"],[1371,0,1,,"CARRIER_PHASE_UNC_VALID"],[1372,0,1,,"DOPPLER_UNC_VALID"],[1373,0,1,,"LOCK_TIME_VALID"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssRawObservation-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssRawObservation-SummaryToolTips.js deleted file mode 100644 index 5ddfb3b34..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssRawObservation-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_GnssRawObservation",{1359:"
FieldParser_GnssRawObservation
The field parser for GNSS Raw Observation data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssRawObservation-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssRawObservation-ToolTips.js deleted file mode 100644 index 731b6f855..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssRawObservation-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1205:"
MipGnssFieldParser
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssRawObservation.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssRawObservation.html deleted file mode 100644 index 85c867a04..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssRawObservation.html +++ /dev/null @@ -1,26 +0,0 @@ - - -FieldParser_GnssRawObservation - - - - - - - -
-
FieldParser_GnssRawObservation
-
public
MipGnssFieldParser
FieldParser_GnssRawObservation
-

The field parser for GNSS Raw Observation data

-
- -
-
Constants
-
- -
-
Valid Flags
-
TOW_VALID

b0000000000000001 - The flag position for checking the Time of Week flag

WEEK_NUMBER_VALID

b0000000000000010 - The flag position for checking the Week Number flag

CHANNEL_VALID

b0000000000001000

SIGNAL_STRENGTH_VALID

b0000000010000000

QUALITY_VALID

b0000000100000000

PSEUDORANGE_VALID

b0000001000000000

CARRIER_PHASE_VALID

b0000010000000000

DOPPLER_VALID

b0000100000000000

RANGE_UNC_VALID

b0001000000000000

CARRIER_PHASE_UNC_VALID

b0010000000000000

DOPPLER_UNC_VALID

b0100000000000000

LOCK_TIME_VALID

b1000000000000000

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssSBASCorrection-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssSBASCorrection-Summary.js deleted file mode 100644 index 3bfe37681..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssSBASCorrection-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_GnssSBASCorrection","FieldParser_GnssSBASCorrection");NDSummary.OnSummaryLoaded("CClass:FieldParser_GnssSBASCorrection",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[1326,0,0,"FieldParser_GnssSBASCorrection"],[1327,0,3,"Constants","Constants"],[1328,0,1,"Valid Flag Bitmasks","Valid_Flag_Bitmasks"],[1329,0,1,,"UDREI_VALID"],[1330,0,1,,"PSEUDORANGE_CORRECTION_VALID"],[1331,0,1,,"IONOSPHERIC_CORRECTION_VALID"],[1332,0,3,"Functions","Functions"],[1333,0,2,"FieldParser_GnssSBASCorrection","FieldParser_GnssSBASCorrection"],[1334,0,2,"parse","parse"],[1335,0,2,"registerParser","registerParser"],[1336,0,3,"Constants","Constants(2)"],[1337,0,1,"FIELD_TYPE","FIELD_TYPE"],[1338,0,1,"REGISTERED","REGISTERED"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssSBASCorrection-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssSBASCorrection-SummaryToolTips.js deleted file mode 100644 index 3a605ed8e..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssSBASCorrection-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_GnssSBASCorrection",{1326:"
FieldParser_GnssSBASCorrection
The field parser for GNSS calculated SBAS Correction
",1333:"
FieldParser_GnssSBASCorrection()
Default constructor disabled
",1334:"
void parse(
const MipDataField &field,
MipDataPoints &result
) const override
Parses a MipDataField for MipDataPoints and stores them in the valid or invalid result vectors
",1335:"
static bool registerParser()
The static function that registers this parser with the list of parsers (called immediately)
",1337:"
The 2-byte field type (Descriptor ID + Field ID) for this parser
",1338:"
Whether this parser is registered. This will always be true. This is used to call registerParser() immediately
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssSBASCorrection-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssSBASCorrection-ToolTips.js deleted file mode 100644 index 4aaffe44f..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssSBASCorrection-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1205:"
MipGnssFieldParser
",4527:"
MipDataPoint
Represents a single Inertial Data Point (Extends from DataPoint)
",4550:"
MipDataField
An Inertial data field object that represents a data field within an Inertial Data Packet
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssSBASCorrection.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssSBASCorrection.html deleted file mode 100644 index 1e15112d2..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssSBASCorrection.html +++ /dev/null @@ -1,62 +0,0 @@ - - -FieldParser_GnssSBASCorrection - - - - - - - -
-
FieldParser_GnssSBASCorrection
-
public
MipGnssFieldParser
FieldParser_GnssSBASCorrection
-

The field parser for GNSS calculated SBAS Correction

-
- -
-
Constants
-
- -
-
Valid Flag Bitmasks
-
UDREI_VALID

0x01 - UDREI flag mask

PSEUDORANGE_CORRECTION_VALID

0x02 - Pseudorange Correction flag mask

IONOSPHERIC_CORRECTION_VALID

0x04 - Ionospheric Correction flag mask

-
- -
-
Functions
-
- -
-
FieldParser_GnssSBASCorrection
-
FieldParser_GnssSBASCorrection()
-

Default constructor disabled

-
- -
-
parse
-
void parse(
const MipDataField &field,
MipDataPoints &result
) const override
-

Parses a MipDataField for MipDataPoints and stores them in the valid or invalid result vectors

Parameters
field
const MipDataField&

The MipDataField to parse for data points

result
MipDataPoints&

The MipDataPoints vector to store the data points in

-
- -
-
registerParser
-
static bool registerParser()
-

The static function that registers this parser with the list of parsers (called immediately)

Returns

True, just for assigning the REGISTERED constant to true

-
- -
-
Constants
-
- -
-
FIELD_TYPE
-

The 2-byte field type (Descriptor ID + Field ID) for this parser

-
- -
-
REGISTERED
-

Whether this parser is registered. This will always be true. This is used to call registerParser() immediately

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssSBASInfo-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssSBASInfo-Summary.js deleted file mode 100644 index 89b5f11e2..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssSBASInfo-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_GnssSBASInfo","FieldParser_GnssSBASInfo");NDSummary.OnSummaryLoaded("CClass:FieldParser_GnssSBASInfo",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[1310,0,0,"FieldParser_GnssSBASInfo"],[1311,0,3,"Constants","Constants"],[1312,0,1,"Valid Flag Bitmasks","Valid_Flag_Bitmasks"],[1313,0,1,,"TOW_VALID"],[1314,0,1,,"WEEK_NUMBER_VALID"],[1315,0,1,,"SYSTEM_VALID"],[1316,0,1,,"SATELLITE_VALID"],[1317,0,1,,"COUNT_VALID"],[1318,0,1,,"SBAS_STATUS_VALID"],[1319,0,3,"Functions","Functions"],[1320,0,2,"FieldParser_GnssSBASInfo","FieldParser_GnssSBASInfo"],[1321,0,2,"parse","parse"],[1322,0,2,"registerParser","registerParser"],[1323,0,3,"Constants","Constants(2)"],[1324,0,1,"FIELD_TYPE","FIELD_TYPE"],[1325,0,1,"REGISTERED","REGISTERED"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssSBASInfo-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssSBASInfo-SummaryToolTips.js deleted file mode 100644 index e4a56bc86..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssSBASInfo-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_GnssSBASInfo",{1310:"
FieldParser_GnssSBASInfo
The field parser for SBAS Status data
",1320:"
FieldParser_GnssSBASInfo()
Default constructor disabled
",1321:"
void parse(
const MipDataField &field,
MipDataPoints &result
) const override
Parses a MipDataField for MipDataPoints and stores them in the valid or invalid result vectors
",1322:"
static bool registerParser()
The static function that registers this parser with the list of parsers (called immediately)
",1324:"
The 2-byte field type (Descriptor ID + Field ID) for this parser
",1325:"
Whether this parser is registered. This will always be true. This is used to call registerParser() immediately
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssSBASInfo-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssSBASInfo-ToolTips.js deleted file mode 100644 index 4aaffe44f..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssSBASInfo-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1205:"
MipGnssFieldParser
",4527:"
MipDataPoint
Represents a single Inertial Data Point (Extends from DataPoint)
",4550:"
MipDataField
An Inertial data field object that represents a data field within an Inertial Data Packet
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssSBASInfo.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssSBASInfo.html deleted file mode 100644 index 3585d469f..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssSBASInfo.html +++ /dev/null @@ -1,62 +0,0 @@ - - -FieldParser_GnssSBASInfo - - - - - - - -
-
FieldParser_GnssSBASInfo
-
public
MipGnssFieldParser
FieldParser_GnssSBASInfo
-

The field parser for SBAS Status data

-
- -
-
Constants
-
- -
-
Valid Flag Bitmasks
-
TOW_VALID

0x01 - Time of Week flag mask

WEEK_NUMBER_VALID

0x02 - Week Number flag mask

SYSTEM_VALID

0x04 - SBAS System flag mask

SATELLITE_VALID

0x08 - SBAS Satellite flag mask

COUNT_VALID

0x10 - Count flag mask

SBAS_STATUS_VALID

0x20 - SBAS Status flag mask

-
- -
-
Functions
-
- -
-
FieldParser_GnssSBASInfo
-
FieldParser_GnssSBASInfo()
-

Default constructor disabled

-
- -
-
parse
-
void parse(
const MipDataField &field,
MipDataPoints &result
) const override
-

Parses a MipDataField for MipDataPoints and stores them in the valid or invalid result vectors

Parameters
field
const MipDataField&

The MipDataField to parse for data points

result
MipDataPoints&

The MipDataPoints vector to store the data points in

-
- -
-
registerParser
-
static bool registerParser()
-

The static function that registers this parser with the list of parsers (called immediately)

Returns

True, just for assigning the REGISTERED constant to true

-
- -
-
Constants
-
- -
-
FIELD_TYPE
-

The 2-byte field type (Descriptor ID + Field ID) for this parser

-
- -
-
REGISTERED
-

Whether this parser is registered. This will always be true. This is used to call registerParser() immediately

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssSatelliteStatus-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssSatelliteStatus-Summary.js deleted file mode 100644 index 89c5dc6ab..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssSatelliteStatus-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_GnssSatelliteStatus","FieldParser_GnssSatelliteStatus");NDSummary.OnSummaryLoaded("CClass:FieldParser_GnssSatelliteStatus",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Groups","Group"]],[[1352,0,0,"FieldParser_GnssSatelliteStatus"],[1353,0,2,"Constants","Constants"],[1354,0,1,"Valid Flags","Valid_Flags"],[1355,0,1,,"TOW_VALID"],[1356,0,1,,"WEEK_NUMBER_VALID"],[1357,0,1,,"AZIMUTH_VALID"],[1358,0,1,,"HEALTH_VALID"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssSatelliteStatus-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssSatelliteStatus-SummaryToolTips.js deleted file mode 100644 index 7b5d4e033..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssSatelliteStatus-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_GnssSatelliteStatus",{1352:"
FieldParser_GnssSatelliteStatus
The field parser for GNSS Satellite Status data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssSatelliteStatus-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssSatelliteStatus-ToolTips.js deleted file mode 100644 index 731b6f855..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssSatelliteStatus-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1205:"
MipGnssFieldParser
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssSatelliteStatus.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssSatelliteStatus.html deleted file mode 100644 index cd45eef7f..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssSatelliteStatus.html +++ /dev/null @@ -1,26 +0,0 @@ - - -FieldParser_GnssSatelliteStatus - - - - - - - -
-
FieldParser_GnssSatelliteStatus
-
public
MipGnssFieldParser
FieldParser_GnssSatelliteStatus
-

The field parser for GNSS Satellite Status data

-
- -
-
Constants
-
- -
-
Valid Flags
-
TOW_VALID

b00000001 - The flag position for checking the Time of Week flag

WEEK_NUMBER_VALID

b00000010 - The flag position for checking the Week Number flag

AZIMUTH_VALID

b00100000

HEALTH_VALID

b01000000

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssStationInfo-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssStationInfo-Summary.js deleted file mode 100644 index 71aa79261..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssStationInfo-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_GnssStationInfo","FieldParser_GnssStationInfo");NDSummary.OnSummaryLoaded("CClass:FieldParser_GnssStationInfo",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Groups","Group"]],[[1374,0,0,"FieldParser_GnssStationInfo"],[1375,0,2,"Constants","Constants"],[1376,0,1,"Valid Flags","Valid_Flags"],[1377,0,1,,"TOW_VALID"],[1378,0,1,,"WEEK_NUMBER_VALID"],[1379,0,1,,"ECEF_POS_VALID"],[1380,0,1,,"HEIGHT_VALID"],[1381,0,1,,"STATION_ID_VALID"],[1382,0,1,,"INDICATORS_VALID"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssStationInfo-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssStationInfo-SummaryToolTips.js deleted file mode 100644 index 89466f012..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssStationInfo-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_GnssStationInfo",{1374:"
FieldParser_GnssStationInfo
The field parser for GNSS Base Station Info data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssStationInfo-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssStationInfo-ToolTips.js deleted file mode 100644 index 731b6f855..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssStationInfo-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1205:"
MipGnssFieldParser
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssStationInfo.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssStationInfo.html deleted file mode 100644 index 6a1d95827..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GnssStationInfo.html +++ /dev/null @@ -1,26 +0,0 @@ - - -FieldParser_GnssStationInfo - - - - - - - -
-
FieldParser_GnssStationInfo
-
public
MipGnssFieldParser
FieldParser_GnssStationInfo
-

The field parser for GNSS Base Station Info data

-
- -
-
Constants
-
- -
-
Valid Flags
-
TOW_VALID

b00000001 - The flag position for checking the Time of Week flag

WEEK_NUMBER_VALID

b00000010 - The flag position for checking the Week Number flag

ECEF_POS_VALID

b00000100 - The flag position for checking the ECEF Position flag

HEIGHT_VALID

b00001000 - The flag position for checking the Height flag

STATION_ID_VALID

b00010000 - The flag position for checking the Base Station ID flag

INDICATORS_VALID

b00100000 - The flag position for checking the Indicators flag

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GpioState-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_GpioState-Summary.js deleted file mode 100644 index 14c80d1c4..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GpioState-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_GpioState","FieldParser_GpioState");NDSummary.OnSummaryLoaded("CClass:FieldParser_GpioState",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[1082,0,0,"FieldParser_GpioState"],[1083,0,3,"Functions","Functions"],[1084,0,2,"parse","parse"],[1085,0,2,"registerParser","registerParser"],[1086,0,3,"Constants","Constants"],[1087,0,1,"FIELD_TYPE","FIELD_TYPE"],[1088,0,1,"REGISTERED","REGISTERED"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GpioState-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_GpioState-SummaryToolTips.js deleted file mode 100644 index 42d1d957b..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GpioState-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_GpioState",{1082:"
FieldParser_GpioState
The Field Parser for all GPIO pin state data
",1084:"
void parse(
const MipDataField &field,
MipDataPoints &result
) const override
Parses a MipDataField for MipDataPoints and stores them in the valid or invalid result vectors
",1085:"
static bool registerParser()
The static function that registers this parser with the list of parsers (called immediately)
",1087:"
The 2-byte field type (Descriptor ID + Field ID) for this parser
",1088:"
Whether this parser is registered. This will always be true. This is used to call registerParser() immediately
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GpioState-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_GpioState-ToolTips.js deleted file mode 100644 index 5c5414cfe..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GpioState-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3088:"
MipFieldParser
Base Class parser for parsing Mip Data Fields
",4527:"
MipDataPoint
Represents a single Inertial Data Point (Extends from DataPoint)
",4550:"
MipDataField
An Inertial data field object that represents a data field within an Inertial Data Packet
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GpioState.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_GpioState.html deleted file mode 100644 index 707a64bdd..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GpioState.html +++ /dev/null @@ -1,47 +0,0 @@ - - -FieldParser_GpioState - - - - - - - -
-
FieldParser_GpioState
-
public
MipFieldParser
FieldParser_GpioState
-

The Field Parser for all GPIO pin state data

-
- -
-
Functions
-
- -
-
parse
-
void parse(
const MipDataField &field,
MipDataPoints &result
) const override
-

Parses a MipDataField for MipDataPoints and stores them in the valid or invalid result vectors

Parameters
field
const MipDataField&

The MipDataField to parse for data points

result
MipDataPoints&

The MipDataPoints vector to store the data points in

-
- -
-
registerParser
-
static bool registerParser()
-

The static function that registers this parser with the list of parsers (called immediately)

Returns

True, just for assigning the REGISTERED constant to true

-
- -
-
Constants
-
- -
-
FIELD_TYPE
-

The 2-byte field type (Descriptor ID + Field ID) for this parser

-
- -
-
REGISTERED
-

Whether this parser is registered. This will always be true. This is used to call registerParser() immediately

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GpsCorrelationTimestamp-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_GpsCorrelationTimestamp-Summary.js deleted file mode 100644 index 30db0ebdb..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GpsCorrelationTimestamp-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_GpsCorrelationTimestamp","FieldParser_GpsCorrelationTimestamp");NDSummary.OnSummaryLoaded("CClass:FieldParser_GpsCorrelationTimestamp",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Groups","Group"]],[[1184,0,0,"FieldParser_GpsCorrelationTimestamp"],[1185,0,2,"Constants","Constants"],[1186,0,1,"Valid Flags","Valid_Flags"],[1187,0,1,,"TS_FLAG"],[1188,0,0,"FieldParser_GpsCorrelationTimestamp"],[1189,0,2,"Constants","Constants(2)"],[1190,0,1,"Valid Flags","Valid_Flags(2)"],[1191,0,1,,"TS_FLAG(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GpsCorrelationTimestamp-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_GpsCorrelationTimestamp-SummaryToolTips.js deleted file mode 100644 index 14757dd77..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GpsCorrelationTimestamp-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_GpsCorrelationTimestamp",{1184:"
FieldParser_GpsCorrelationTimestamp
The field parser for GPS Correlation Timestamp
",1188:"
The field parser for GPS Correlation Timestamp
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GpsCorrelationTimestamp-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_GpsCorrelationTimestamp-ToolTips.js deleted file mode 100644 index 908e2d5ef..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GpsCorrelationTimestamp-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3088:"
MipFieldParser
Base Class parser for parsing Mip Data Fields
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GpsCorrelationTimestamp.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_GpsCorrelationTimestamp.html deleted file mode 100644 index 38738a01e..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GpsCorrelationTimestamp.html +++ /dev/null @@ -1,40 +0,0 @@ - - -FieldParser_GpsCorrelationTimestamp - - - - - - - -
-
FieldParser_GpsCorrelationTimestamp
-
public
MipFieldParser
FieldParser_GpsCorrelationTimestamp
-

The field parser for GPS Correlation Timestamp

-
- -
-
Constants
-
- -
-
Valid Flags
-
TS_FLAG

b00000001  - The flag position for checking the Timestamp Valid flag

-
- -
-
FieldParser_GpsCorrelationTimestamp
-

The field parser for GPS Correlation Timestamp

-
- -
-
Constants
-
- -
-
Valid Flags
-
TS_FLAG

b00000001  - The flag position for checking the Timestamp Valid flag

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GpsTimestamp-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_GpsTimestamp-Summary.js deleted file mode 100644 index 82a46ebdd..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GpsTimestamp-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_GpsTimestamp","FieldParser_GpsTimestamp");NDSummary.OnSummaryLoaded("CClass:FieldParser_GpsTimestamp",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[1112,0,0,"FieldParser_GpsTimestamp"],[1113,0,3,"Constants","Constants"],[1114,0,1,"Valid Flags","Valid_Flags"],[1115,0,1,,"TOW_VALID"],[1116,0,1,,"WEEK_NUM_VALID"],[1117,0,3,"Functions","Functions"],[1118,0,2,"parse","parse"],[1119,0,2,"registerParser","registerParser"],[1120,0,3,"Constants","Constants(2)"],[1121,0,1,"FIELD_TYPE","FIELD_TYPE"],[1122,0,1,"REGISTERED","REGISTERED"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GpsTimestamp-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_GpsTimestamp-SummaryToolTips.js deleted file mode 100644 index 2bfc190eb..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GpsTimestamp-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_GpsTimestamp",{1112:"
FieldParser_GpsTimestamp
The field parser for GPS Timestamp
",1118:"
virtual void parse(
const MipDataField &field,
MipDataPoints &result
) const override
Parses an MipDataField for MipDataPoints and stores them in the valid or invalid result vectors
",1119:"
static bool registerParser()
The static function that registers this parser with the list of parsers (called immediately)
",1121:"
The 2-byte field type (Descriptor ID + Field ID) for this parser
",1122:"
Whether this parser is registered. This will always be true. This is used to call registerParser() immediately
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GpsTimestamp-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_GpsTimestamp-ToolTips.js deleted file mode 100644 index dee1460cc..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GpsTimestamp-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1090:"
MipSharedFieldParser
",4527:"
MipDataPoint
Represents a single Inertial Data Point (Extends from DataPoint)
",4550:"
MipDataField
An Inertial data field object that represents a data field within an Inertial Data Packet
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GpsTimestamp.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_GpsTimestamp.html deleted file mode 100644 index 367cef751..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_GpsTimestamp.html +++ /dev/null @@ -1,56 +0,0 @@ - - -FieldParser_GpsTimestamp - - - - - - - -
-
FieldParser_GpsTimestamp
-
public
MipSharedFieldParser
FieldParser_GpsTimestamp
-

The field parser for GPS Timestamp

-
- -
-
Constants
-
- -
-
Valid Flags
-
TOW_VALID

b00000001 - The flag position for checking the GPS Time of Week flag

WEEK_NUM_VALID

b00000010 - The flag position for checking the GPS Week Number flag

-
- -
-
Functions
-
- -
-
parse
-
virtual void parse(
const MipDataField &field,
MipDataPoints &result
) const override
-

Parses an MipDataField for MipDataPoints and stores them in the valid or invalid result vectors

Parameters
field
const MipDataField&

The MipDataField to parse for data points

result
MipDataPoints&

The MipDataPoints vector to store the data points in

-
- -
-
registerParser
-
static bool registerParser()
-

The static function that registers this parser with the list of parsers (called immediately)

Returns

true, just for assigning the REGISTERED constant to true

-
- -
-
Constants
-
- -
-
FIELD_TYPE
-

The 2-byte field type (Descriptor ID + Field ID) for this parser

-
- -
-
REGISTERED
-

Whether this parser is registered. This will always be true. This is used to call registerParser() immediately

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_HardwareStatus-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_HardwareStatus-Summary.js deleted file mode 100644 index 666a9d8f9..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_HardwareStatus-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_HardwareStatus","FieldParser_HardwareStatus");NDSummary.OnSummaryLoaded("CClass:FieldParser_HardwareStatus",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Groups","Group"]],[[1279,0,0,"FieldParser_HardwareStatus"],[1280,0,2,"Constants","Constants"],[1281,0,1,"Valid Flags","Valid_Flags"],[1282,0,1,,"SENSOR_STATE_VALID"],[1283,0,1,,"ANTENNA_STATE_VALID"],[1284,0,1,,"ANTENNA_POWER_VALID"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_HardwareStatus-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_HardwareStatus-SummaryToolTips.js deleted file mode 100644 index bad620005..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_HardwareStatus-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_HardwareStatus",{1279:"
FieldParser_HardwareStatus
The field parser for Hardware Status Information data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_HardwareStatus-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_HardwareStatus-ToolTips.js deleted file mode 100644 index 731b6f855..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_HardwareStatus-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1205:"
MipGnssFieldParser
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_HardwareStatus.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_HardwareStatus.html deleted file mode 100644 index 0c4beedf8..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_HardwareStatus.html +++ /dev/null @@ -1,26 +0,0 @@ - - -FieldParser_HardwareStatus - - - - - - - -
-
FieldParser_HardwareStatus
-
public
MipGnssFieldParser
FieldParser_HardwareStatus
-

The field parser for Hardware Status Information data

-
- -
-
Constants
-
- -
-
Valid Flags
-
SENSOR_STATE_VALID

b00000001 - The flag position for checking the Sensor State flag

ANTENNA_STATE_VALID

b00000010 - The flag position for checking the Antenna State flag

ANTENNA_POWER_VALID

b00000100 - The flag position for checking the Antenna Power flag

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_HeadingUpdateSource-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_HeadingUpdateSource-Summary.js deleted file mode 100644 index 2a143077e..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_HeadingUpdateSource-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_HeadingUpdateSource","FieldParser_HeadingUpdateSource");NDSummary.OnSummaryLoaded("CClass:FieldParser_HeadingUpdateSource",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Groups","Group"]],[[1488,0,0,"FieldParser_HeadingUpdateSource"],[1489,0,2,"Constants","Constants"],[1490,0,1,"Valid Flags","Valid_Flags"],[1491,0,1,,"HEADING_FLAG"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_HeadingUpdateSource-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_HeadingUpdateSource-SummaryToolTips.js deleted file mode 100644 index 6b7eb60ba..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_HeadingUpdateSource-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_HeadingUpdateSource",{1488:"
FieldParser_HeadingUpdateSource
The field parser for Heading Update Source State data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_HeadingUpdateSource-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_HeadingUpdateSource-ToolTips.js deleted file mode 100644 index 908e2d5ef..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_HeadingUpdateSource-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3088:"
MipFieldParser
Base Class parser for parsing Mip Data Fields
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_HeadingUpdateSource.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_HeadingUpdateSource.html deleted file mode 100644 index 259efbed7..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_HeadingUpdateSource.html +++ /dev/null @@ -1,26 +0,0 @@ - - -FieldParser_HeadingUpdateSource - - - - - - - -
-
FieldParser_HeadingUpdateSource
-
public
MipFieldParser
FieldParser_HeadingUpdateSource
-

The field parser for Heading Update Source State data

-
- -
-
Constants
-
- -
-
Valid Flags
-
HEADING_FLAG

b00000001 - The flag position for checking the Heading Flag

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_InternalTimestamp-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_InternalTimestamp-Summary.js deleted file mode 100644 index 91b369e4f..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_InternalTimestamp-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_InternalTimestamp","FieldParser_InternalTimestamp");NDSummary.OnSummaryLoaded("CClass:FieldParser_InternalTimestamp",[["C/C++","C"]],[["Classes","Class"]],[[1177,0,0,"FieldParser_InternalTimestamp"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_InternalTimestamp-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_InternalTimestamp-SummaryToolTips.js deleted file mode 100644 index 6fd1cd027..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_InternalTimestamp-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_InternalTimestamp",{1177:"
FieldParser_InternalTimestamp
The field parser for Internal Timestamp data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_InternalTimestamp-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_InternalTimestamp-ToolTips.js deleted file mode 100644 index 908e2d5ef..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_InternalTimestamp-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3088:"
MipFieldParser
Base Class parser for parsing Mip Data Fields
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_InternalTimestamp.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_InternalTimestamp.html deleted file mode 100644 index 9126eb5fc..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_InternalTimestamp.html +++ /dev/null @@ -1,17 +0,0 @@ - - -FieldParser_InternalTimestamp - - - - - - - -
-
FieldParser_InternalTimestamp
-
public
MipFieldParser
FieldParser_InternalTimestamp
-

The field parser for Internal Timestamp data

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_IonosphericCorrection-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_IonosphericCorrection-Summary.js deleted file mode 100644 index c8c97a338..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_IonosphericCorrection-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_IonosphericCorrection","FieldParser_IonosphericCorrection");NDSummary.OnSummaryLoaded("CClass:FieldParser_IonosphericCorrection",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Groups","Group"]],[[1401,0,0,"FieldParser_IonosphericCorrection"],[1402,0,2,"Constants","Constants"],[1403,0,1,"Valid Flags","Valid_Flags"],[1404,0,1,,"TIME_OF_WEEK_VALID"],[1405,0,1,,"WEEK_NUMBER_VALID"],[1406,0,1,,"ALPHA_VALID"],[1407,0,1,,"DISTURBANCE_FLAGS_VALID"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_IonosphericCorrection-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_IonosphericCorrection-SummaryToolTips.js deleted file mode 100644 index cbc1ff957..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_IonosphericCorrection-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_IonosphericCorrection",{1401:"
FieldParser_IonosphericCorrection
The field parser for Ionospheric Correction Data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_IonosphericCorrection-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_IonosphericCorrection-ToolTips.js deleted file mode 100644 index 731b6f855..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_IonosphericCorrection-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1205:"
MipGnssFieldParser
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_IonosphericCorrection.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_IonosphericCorrection.html deleted file mode 100644 index bdf4b4473..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_IonosphericCorrection.html +++ /dev/null @@ -1,26 +0,0 @@ - - -FieldParser_IonosphericCorrection - - - - - - - -
-
FieldParser_IonosphericCorrection
-
public
MipGnssFieldParser
FieldParser_IonosphericCorrection
-

The field parser for Ionospheric Correction Data

-
- -
-
Constants
-
- -
-
Valid Flags
-
TIME_OF_WEEK_VALID

b00000001 - The flag position for checking the Time of Week flag

WEEK_NUMBER_VALID

b00000010 - The flag position for checking the Week Number flag

ALPHA_VALID

b00000100 - The flag position for checking the Alpha Ionospheric Correction Terms flag

DISTURBANCE_FLAGS_VALID

b00001000 - The flag position for checking the Region Disturbance Flags Valid flag

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_LLHPosition-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_LLHPosition-Summary.js deleted file mode 100644 index c5ed42f9c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_LLHPosition-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_LLHPosition","FieldParser_LLHPosition");NDSummary.OnSummaryLoaded("CClass:FieldParser_LLHPosition",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[1206,0,0,"FieldParser_LLHPosition"],[1207,0,3,"Constants","Constants"],[1208,0,1,"Valid Flags","Valid_Flags"],[1209,0,1,,"LAT_LONG_FLAG"],[1210,0,1,,"ELLIPSOID_FLAG"],[1211,0,1,,"MSL_HEIGHT_FLAG"],[1212,0,1,,"HORIZ_ACCUR_FLAG"],[1213,0,1,,"VERT_ACCUR_FLAG"],[1214,0,3,"Functions","Functions"],[1215,0,2,"parse","parse"],[1216,0,2,"registerParser","registerParser"],[1217,0,3,"Constants","Constants(2)"],[1218,0,1,"FIELD_TYPE","FIELD_TYPE"],[1219,0,1,"REGISTERED","REGISTERED"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_LLHPosition-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_LLHPosition-SummaryToolTips.js deleted file mode 100644 index 1b5b19705..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_LLHPosition-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_LLHPosition",{1206:"
FieldParser_LLHPosition
The field parser for LLH Position data
",1215:"
virtual void parse(
const MipDataField &field,
MipDataPoints &result
) const override
Parses an MipDataField for MipDataPoints and stores them in the valid or invalid result vectors
",1216:"
static bool registerParser()
The static function that registers this parser with the list of parsers (called immediately)
",1218:"
The 2-byte field type (Descriptor ID + Field ID) for this parser
",1219:"
Whether this parser is registered. This will always be true. This is used to call registerParser() immediately
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_LLHPosition-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_LLHPosition-ToolTips.js deleted file mode 100644 index 4aaffe44f..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_LLHPosition-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1205:"
MipGnssFieldParser
",4527:"
MipDataPoint
Represents a single Inertial Data Point (Extends from DataPoint)
",4550:"
MipDataField
An Inertial data field object that represents a data field within an Inertial Data Packet
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_LLHPosition.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_LLHPosition.html deleted file mode 100644 index 15584320b..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_LLHPosition.html +++ /dev/null @@ -1,56 +0,0 @@ - - -FieldParser_LLHPosition - - - - - - - -
-
FieldParser_LLHPosition
-
public
MipGnssFieldParser
FieldParser_LLHPosition
-

The field parser for LLH Position data

-
- -
-
Constants
-
- -
-
Valid Flags
-
LAT_LONG_FLAG

b00000001 - The flag position for checking the latitude and longitude flag

ELLIPSOID_FLAG

b00000010 - The flag position for checking the height above ellipsoid flag

MSL_HEIGHT_FLAG

b00000001 - The flag position for checking the height above msl flag

HORIZ_ACCUR_FLAG

b00000001 - The flag position for checking the horizontal accuracy flag

VERT_ACCUR_FLAG

b00000001 - The flag position for checking the vertical accuracy flag

-
- -
-
Functions
-
- -
-
parse
-
virtual void parse(
const MipDataField &field,
MipDataPoints &result
) const override
-

Parses an MipDataField for MipDataPoints and stores them in the valid or invalid result vectors

Parameters
field
const MipDataField&

The MipDataField to parse for data points

result
MipDataPoints&

The MipDataPoints vector to store the data points in

-
- -
-
registerParser
-
static bool registerParser()
-

The static function that registers this parser with the list of parsers (called immediately)

Returns

true, just for assigning the REGISTERED constant to true

-
- -
-
Constants
-
- -
-
FIELD_TYPE
-

The 2-byte field type (Descriptor ID + Field ID) for this parser

-
- -
-
REGISTERED
-

Whether this parser is registered. This will always be true. This is used to call registerParser() immediately

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagAutoHardIronOffset-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagAutoHardIronOffset-Summary.js deleted file mode 100644 index 957018cde..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagAutoHardIronOffset-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_MagAutoHardIronOffset","FieldParser_MagAutoHardIronOffset");NDSummary.OnSummaryLoaded("CClass:FieldParser_MagAutoHardIronOffset",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Groups","Group"]],[[1524,0,0,"FieldParser_MagAutoHardIronOffset"],[1525,0,2,"Constants","Constants"],[1526,0,1,"Valid Flags","Valid_Flags"],[1527,0,1,,"VECTOR_FLAG"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagAutoHardIronOffset-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagAutoHardIronOffset-SummaryToolTips.js deleted file mode 100644 index a1871a854..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagAutoHardIronOffset-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_MagAutoHardIronOffset",{1524:"
FieldParser_MagAutoHardIronOffset
The field parser for Estimated Mag Auto Hard Iron Offset data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagAutoHardIronOffset-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagAutoHardIronOffset-ToolTips.js deleted file mode 100644 index 908e2d5ef..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagAutoHardIronOffset-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3088:"
MipFieldParser
Base Class parser for parsing Mip Data Fields
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagAutoHardIronOffset.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagAutoHardIronOffset.html deleted file mode 100644 index 55c21281a..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagAutoHardIronOffset.html +++ /dev/null @@ -1,26 +0,0 @@ - - -FieldParser_MagAutoHardIronOffset - - - - - - - -
-
FieldParser_MagAutoHardIronOffset
-
public
MipFieldParser
FieldParser_MagAutoHardIronOffset
-

The field parser for Estimated Mag Auto Hard Iron Offset data

-
- -
-
Constants
-
- -
-
Valid Flags
-
VECTOR_FLAG

b00000001 - The flag position for checking the Vector flag

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagAutoHardIronOffsetUncert-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagAutoHardIronOffsetUncert-Summary.js deleted file mode 100644 index ac31e63c4..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagAutoHardIronOffsetUncert-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_MagAutoHardIronOffsetUncert","FieldParser_MagAutoHardIronOffsetUncert");NDSummary.OnSummaryLoaded("CClass:FieldParser_MagAutoHardIronOffsetUncert",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Groups","Group"]],[[1536,0,0,"FieldParser_MagAutoHardIronOffsetUncert"],[1537,0,2,"Constants","Constants"],[1538,0,1,"Valid Flags","Valid_Flags"],[1539,0,1,,"VECTOR_FLAG"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagAutoHardIronOffsetUncert-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagAutoHardIronOffsetUncert-SummaryToolTips.js deleted file mode 100644 index 3c0981c34..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagAutoHardIronOffsetUncert-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_MagAutoHardIronOffsetUncert",{1536:"
FieldParser_MagAutoHardIronOffsetUncert
The field parser for Estimated Mag Auto Hard Iron Offset Uncertainty data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagAutoHardIronOffsetUncert-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagAutoHardIronOffsetUncert-ToolTips.js deleted file mode 100644 index 908e2d5ef..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagAutoHardIronOffsetUncert-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3088:"
MipFieldParser
Base Class parser for parsing Mip Data Fields
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagAutoHardIronOffsetUncert.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagAutoHardIronOffsetUncert.html deleted file mode 100644 index 40022b6fd..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagAutoHardIronOffsetUncert.html +++ /dev/null @@ -1,26 +0,0 @@ - - -FieldParser_MagAutoHardIronOffsetUncert - - - - - - - -
-
FieldParser_MagAutoHardIronOffsetUncert
-
public
MipFieldParser
FieldParser_MagAutoHardIronOffsetUncert
-

The field parser for Estimated Mag Auto Hard Iron Offset Uncertainty data

-
- -
-
Constants
-
- -
-
Valid Flags
-
VECTOR_FLAG

b00000001 - The flag position for checking the Vector flag

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagAutoSoftIronMatrix-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagAutoSoftIronMatrix-Summary.js deleted file mode 100644 index 3fab19d77..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagAutoSoftIronMatrix-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_MagAutoSoftIronMatrix","FieldParser_MagAutoSoftIronMatrix");NDSummary.OnSummaryLoaded("CClass:FieldParser_MagAutoSoftIronMatrix",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Groups","Group"]],[[1532,0,0,"FieldParser_MagAutoSoftIronMatrix"],[1533,0,2,"Constants","Constants"],[1534,0,1,"Valid Flags","Valid_Flags"],[1535,0,1,,"MATRIX_FLAG"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagAutoSoftIronMatrix-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagAutoSoftIronMatrix-SummaryToolTips.js deleted file mode 100644 index c9dda36f3..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagAutoSoftIronMatrix-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_MagAutoSoftIronMatrix",{1532:"
FieldParser_MagAutoSoftIronMatrix
The field parser for Estimated Mag Auto Soft Iron Matrix data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagAutoSoftIronMatrix-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagAutoSoftIronMatrix-ToolTips.js deleted file mode 100644 index 908e2d5ef..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagAutoSoftIronMatrix-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3088:"
MipFieldParser
Base Class parser for parsing Mip Data Fields
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagAutoSoftIronMatrix.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagAutoSoftIronMatrix.html deleted file mode 100644 index 43ff3e462..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagAutoSoftIronMatrix.html +++ /dev/null @@ -1,26 +0,0 @@ - - -FieldParser_MagAutoSoftIronMatrix - - - - - - - -
-
FieldParser_MagAutoSoftIronMatrix
-
public
MipFieldParser
FieldParser_MagAutoSoftIronMatrix
-

The field parser for Estimated Mag Auto Soft Iron Matrix data

-
- -
-
Constants
-
- -
-
Valid Flags
-
MATRIX_FLAG

b00000001 - The flag position for checking the Matrix flag

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagAutoSoftIronMatrixUncert-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagAutoSoftIronMatrixUncert-Summary.js deleted file mode 100644 index 2d271ba3e..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagAutoSoftIronMatrixUncert-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_MagAutoSoftIronMatrixUncert","FieldParser_MagAutoSoftIronMatrixUncert");NDSummary.OnSummaryLoaded("CClass:FieldParser_MagAutoSoftIronMatrixUncert",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Groups","Group"]],[[1544,0,0,"FieldParser_MagAutoSoftIronMatrixUncert"],[1545,0,2,"Constants","Constants"],[1546,0,1,"Valid Flags","Valid_Flags"],[1547,0,1,,"MATRIX_FLAG"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagAutoSoftIronMatrixUncert-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagAutoSoftIronMatrixUncert-SummaryToolTips.js deleted file mode 100644 index c6cec2b5e..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagAutoSoftIronMatrixUncert-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_MagAutoSoftIronMatrixUncert",{1544:"
FieldParser_MagAutoSoftIronMatrixUncert
The field parser for Estimated Mag Auto Soft Iron Matrix Uncertainty data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagAutoSoftIronMatrixUncert-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagAutoSoftIronMatrixUncert-ToolTips.js deleted file mode 100644 index 908e2d5ef..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagAutoSoftIronMatrixUncert-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3088:"
MipFieldParser
Base Class parser for parsing Mip Data Fields
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagAutoSoftIronMatrixUncert.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagAutoSoftIronMatrixUncert.html deleted file mode 100644 index ba408ef5c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagAutoSoftIronMatrixUncert.html +++ /dev/null @@ -1,26 +0,0 @@ - - -FieldParser_MagAutoSoftIronMatrixUncert - - - - - - - -
-
FieldParser_MagAutoSoftIronMatrixUncert
-
public
MipFieldParser
FieldParser_MagAutoSoftIronMatrixUncert
-

The field parser for Estimated Mag Auto Soft Iron Matrix Uncertainty data

-
- -
-
Constants
-
- -
-
Valid Flags
-
MATRIX_FLAG

b00000001 - The flag position for checking the Matrix flag

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagBias-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagBias-Summary.js deleted file mode 100644 index 9880b38f1..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagBias-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_MagBias","FieldParser_MagBias");NDSummary.OnSummaryLoaded("CClass:FieldParser_MagBias",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Groups","Group"]],[[1528,0,0,"FieldParser_MagBias"],[1529,0,2,"Constants","Constants"],[1530,0,1,"Valid Flags","Valid_Flags"],[1531,0,1,,"VALID_FLAG"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagBias-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagBias-SummaryToolTips.js deleted file mode 100644 index 02faeca35..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagBias-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_MagBias",{1528:"
FieldParser_MagBias
The field parser for Estimated Mag Auto Hard Iron Offset data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagBias-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagBias-ToolTips.js deleted file mode 100644 index 908e2d5ef..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagBias-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3088:"
MipFieldParser
Base Class parser for parsing Mip Data Fields
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagBias.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagBias.html deleted file mode 100644 index e12545b8b..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagBias.html +++ /dev/null @@ -1,26 +0,0 @@ - - -FieldParser_MagBias - - - - - - - -
-
FieldParser_MagBias
-
public
MipFieldParser
FieldParser_MagBias
-

The field parser for Estimated Mag Auto Hard Iron Offset data

-
- -
-
Constants
-
- -
-
Valid Flags
-
VALID_FLAG

b00000001 - The flag position for checking the Mag Bias flag

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagBiasUncert-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagBiasUncert-Summary.js deleted file mode 100644 index 9c0bb19db..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagBiasUncert-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_MagBiasUncert","FieldParser_MagBiasUncert");NDSummary.OnSummaryLoaded("CClass:FieldParser_MagBiasUncert",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Groups","Group"]],[[1540,0,0,"FieldParser_MagBiasUncert"],[1541,0,2,"Constants","Constants"],[1542,0,1,"Valid Flags","Valid_Flags"],[1543,0,1,,"VALID_FLAG"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagBiasUncert-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagBiasUncert-SummaryToolTips.js deleted file mode 100644 index 543a64bd3..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagBiasUncert-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_MagBiasUncert",{1540:"
FieldParser_MagBiasUncert
The field parser for Estimated Mag Bias Uncertainty data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagBiasUncert-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagBiasUncert-ToolTips.js deleted file mode 100644 index 908e2d5ef..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagBiasUncert-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3088:"
MipFieldParser
Base Class parser for parsing Mip Data Fields
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagBiasUncert.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagBiasUncert.html deleted file mode 100644 index e1acdc942..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagBiasUncert.html +++ /dev/null @@ -1,26 +0,0 @@ - - -FieldParser_MagBiasUncert - - - - - - - -
-
FieldParser_MagBiasUncert
-
public
MipFieldParser
FieldParser_MagBiasUncert
-

The field parser for Estimated Mag Bias Uncertainty data

-
- -
-
Constants
-
- -
-
Valid Flags
-
VALID_FLAG

b00000001 - The flag position for checking the Mag Bias Uncertainty flag

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagCovarianceMatrix-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagCovarianceMatrix-Summary.js deleted file mode 100644 index 2a5c29378..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagCovarianceMatrix-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_MagCovarianceMatrix","FieldParser_MagCovarianceMatrix");NDSummary.OnSummaryLoaded("CClass:FieldParser_MagCovarianceMatrix",[["C/C++","C"]],[["Classes","Class"]],[[1548,0,0,"FieldParser_MagCovarianceMatrix"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagCovarianceMatrix-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagCovarianceMatrix-SummaryToolTips.js deleted file mode 100644 index a1785da8d..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagCovarianceMatrix-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_MagCovarianceMatrix",{1548:"
FieldParser_MagCovarianceMatrix
The field parser for the Estimated Magnetometer Covariance Matrix field
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagCovarianceMatrix-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagCovarianceMatrix-ToolTips.js deleted file mode 100644 index 908e2d5ef..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagCovarianceMatrix-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3088:"
MipFieldParser
Base Class parser for parsing Mip Data Fields
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagCovarianceMatrix.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagCovarianceMatrix.html deleted file mode 100644 index e59ed54c1..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagCovarianceMatrix.html +++ /dev/null @@ -1,17 +0,0 @@ - - -FieldParser_MagCovarianceMatrix - - - - - - - -
-
FieldParser_MagCovarianceMatrix
-
public
MipFieldParser
FieldParser_MagCovarianceMatrix
-

The field parser for the Estimated Magnetometer Covariance Matrix field

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagResidualVector-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagResidualVector-Summary.js deleted file mode 100644 index 762f7dc29..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagResidualVector-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_MagResidualVector","FieldParser_MagResidualVector");NDSummary.OnSummaryLoaded("CClass:FieldParser_MagResidualVector",[["C/C++","C"]],[["Classes","Class"]],[[1549,0,0,"FieldParser_MagResidualVector"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagResidualVector-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagResidualVector-SummaryToolTips.js deleted file mode 100644 index 671b65072..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagResidualVector-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_MagResidualVector",{1549:"
FieldParser_MagResidualVector
The field parser for the Magnetometer Residual Vector field
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagResidualVector-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagResidualVector-ToolTips.js deleted file mode 100644 index 908e2d5ef..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagResidualVector-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3088:"
MipFieldParser
Base Class parser for parsing Mip Data Fields
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagResidualVector.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagResidualVector.html deleted file mode 100644 index 297da3a0b..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagResidualVector.html +++ /dev/null @@ -1,17 +0,0 @@ - - -FieldParser_MagResidualVector - - - - - - - -
-
FieldParser_MagResidualVector
-
public
MipFieldParser
FieldParser_MagResidualVector
-

The field parser for the Magnetometer Residual Vector field

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagneticModelSolution-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagneticModelSolution-Summary.js deleted file mode 100644 index 741fa8761..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagneticModelSolution-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_MagneticModelSolution","FieldParser_MagneticModelSolution");NDSummary.OnSummaryLoaded("CClass:FieldParser_MagneticModelSolution",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Groups","Group"]],[[1492,0,0,"FieldParser_MagneticModelSolution"],[1493,0,2,"Constants","Constants"],[1494,0,1,"Valid Flags","Valid_Flags"],[1495,0,1,,"SLN_FLAG"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagneticModelSolution-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagneticModelSolution-SummaryToolTips.js deleted file mode 100644 index b6f5fd1a1..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagneticModelSolution-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_MagneticModelSolution",{1492:"
FieldParser_MagneticModelSolution
The field parser for Magnetic Model Solution data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagneticModelSolution-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagneticModelSolution-ToolTips.js deleted file mode 100644 index 908e2d5ef..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagneticModelSolution-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3088:"
MipFieldParser
Base Class parser for parsing Mip Data Fields
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagneticModelSolution.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagneticModelSolution.html deleted file mode 100644 index f5b35dc92..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_MagneticModelSolution.html +++ /dev/null @@ -1,26 +0,0 @@ - - -FieldParser_MagneticModelSolution - - - - - - - -
-
FieldParser_MagneticModelSolution
-
public
MipFieldParser
FieldParser_MagneticModelSolution
-

The field parser for Magnetic Model Solution data

-
- -
-
Constants
-
- -
-
Valid Flags
-
SLN_FLAG

b00000001 - The flag position for checking the Magnetic Model Solution Flag

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_NAV_GPS_Timestamp-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_NAV_GPS_Timestamp-Summary.js deleted file mode 100644 index 05a2198aa..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_NAV_GPS_Timestamp-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_NAV_GPS_Timestamp","FieldParser_NAV_GPS_Timestamp");NDSummary.OnSummaryLoaded("CClass:FieldParser_NAV_GPS_Timestamp",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Groups","Group"]],[[1416,0,0,"FieldParser_NAV_GPS_Timestamp"],[1417,0,2,"Constants","Constants"],[1418,0,1,"Valid Flags","Valid_Flags"],[1419,0,1,,"TIME_FLAG"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_NAV_GPS_Timestamp-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_NAV_GPS_Timestamp-SummaryToolTips.js deleted file mode 100644 index 7aba6b2fb..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_NAV_GPS_Timestamp-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_NAV_GPS_Timestamp",{1416:"
FieldParser_NAV_GPS_Timestamp
The field parser for NAV GPS Timestamp data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_NAV_GPS_Timestamp-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_NAV_GPS_Timestamp-ToolTips.js deleted file mode 100644 index 908e2d5ef..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_NAV_GPS_Timestamp-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3088:"
MipFieldParser
Base Class parser for parsing Mip Data Fields
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_NAV_GPS_Timestamp.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_NAV_GPS_Timestamp.html deleted file mode 100644 index a67e116bb..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_NAV_GPS_Timestamp.html +++ /dev/null @@ -1,26 +0,0 @@ - - -FieldParser_NAV_GPS_Timestamp - - - - - - - -
-
FieldParser_NAV_GPS_Timestamp
-
public
MipFieldParser
FieldParser_NAV_GPS_Timestamp
-

The field parser for NAV GPS Timestamp data

-
- -
-
Constants
-
- -
-
Valid Flags
-
TIME_FLAG

b00000001 - The flag position for checking the Valid Time flag

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_NEDVelocity-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_NEDVelocity-Summary.js deleted file mode 100644 index bf87e2bb3..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_NEDVelocity-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_NEDVelocity","FieldParser_NEDVelocity");NDSummary.OnSummaryLoaded("CClass:FieldParser_NEDVelocity",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Groups","Group"]],[[1225,0,0,"FieldParser_NEDVelocity"],[1226,0,2,"Constants","Constants"],[1227,0,1,"Valid Flags","Valid_Flags"],[1228,0,1,,"NED_VELOCITY_FLAG"],[1229,0,1,,"SPEED_FLAG"],[1230,0,1,,"GROUND_SPEED_FLAG"],[1231,0,1,,"HEADING_FLAG"],[1232,0,1,,"SPEED_ACCUR_FLAG"],[1233,0,1,,"HEADING_ACCUR_FLAG"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_NEDVelocity-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_NEDVelocity-SummaryToolTips.js deleted file mode 100644 index 709979b9e..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_NEDVelocity-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_NEDVelocity",{1225:"
FieldParser_NEDVelocity
The field parser for NED Velocity data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_NEDVelocity-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_NEDVelocity-ToolTips.js deleted file mode 100644 index 731b6f855..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_NEDVelocity-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1205:"
MipGnssFieldParser
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_NEDVelocity.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_NEDVelocity.html deleted file mode 100644 index b6f9cc708..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_NEDVelocity.html +++ /dev/null @@ -1,26 +0,0 @@ - - -FieldParser_NEDVelocity - - - - - - - -
-
FieldParser_NEDVelocity
-
public
MipGnssFieldParser
FieldParser_NEDVelocity
-

The field parser for NED Velocity data

-
- -
-
Constants
-
- -
-
Valid Flags
-
NED_VELOCITY_FLAG

b00000001 - The flag position for checking the NED Velocity flag

SPEED_FLAG

b00000010 - The flag position for checking the Speed flag

GROUND_SPEED_FLAG

b00000100 - The flag position for checking the Ground Speed flag

HEADING_FLAG

b00001000 - The flag position for checking the Heading flag

SPEED_ACCUR_FLAG

b00010000 - The flag position for checking the Speed Accuracy flag

HEADING_ACCUR_FLAG

b00100000 - The flag position for checking the Heading Accuracy flag

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_NedRelativePos-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_NedRelativePos-Summary.js deleted file mode 100644 index e8565f6a1..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_NedRelativePos-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_NedRelativePos","FieldParser_NedRelativePos");NDSummary.OnSummaryLoaded("CClass:FieldParser_NedRelativePos",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Groups","Group"]],[[1590,0,0,"FieldParser_NedRelativePos"],[1591,0,2,"Constants","Constants"],[1592,0,1,"Valid Flags","Valid_Flags"],[1593,0,1,,"VALID_FLAG"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_NedRelativePos-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_NedRelativePos-SummaryToolTips.js deleted file mode 100644 index 5e83b5e06..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_NedRelativePos-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_NedRelativePos",{1590:"
FieldParser_NedRelativePos
The field parser for NED Relative Position data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_NedRelativePos-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_NedRelativePos-ToolTips.js deleted file mode 100644 index 908e2d5ef..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_NedRelativePos-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3088:"
MipFieldParser
Base Class parser for parsing Mip Data Fields
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_NedRelativePos.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_NedRelativePos.html deleted file mode 100644 index 0a02047c8..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_NedRelativePos.html +++ /dev/null @@ -1,26 +0,0 @@ - - -FieldParser_NedRelativePos - - - - - - - -
-
FieldParser_NedRelativePos
-
public
MipFieldParser
FieldParser_NedRelativePos
-

The field parser for NED Relative Position data

-
- -
-
Constants
-
- -
-
Valid Flags
-
VALID_FLAG

b00000001 - The flag position for checking the field data valid flag

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_OdometerData-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_OdometerData-Summary.js deleted file mode 100644 index 0400d969d..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_OdometerData-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_OdometerData","FieldParser_OdometerData");NDSummary.OnSummaryLoaded("CClass:FieldParser_OdometerData",[["C/C++","C"]],[["Classes","Class"]],[[1201,0,0,"FieldParser_OdometerData"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_OdometerData-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_OdometerData-SummaryToolTips.js deleted file mode 100644 index 21c2c8137..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_OdometerData-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_OdometerData",{1201:"
FieldParser_OdometerData
The field parser for the Odometer Data field.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_OdometerData-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_OdometerData-ToolTips.js deleted file mode 100644 index 908e2d5ef..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_OdometerData-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3088:"
MipFieldParser
Base Class parser for parsing Mip Data Fields
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_OdometerData.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_OdometerData.html deleted file mode 100644 index 9127f970d..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_OdometerData.html +++ /dev/null @@ -1,17 +0,0 @@ - - -FieldParser_OdometerData - - - - - - - -
-
FieldParser_OdometerData
-
public
MipFieldParser
FieldParser_OdometerData
-

The field parser for the Odometer Data field.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_OdometerScaleError-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_OdometerScaleError-Summary.js deleted file mode 100644 index 5596b4595..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_OdometerScaleError-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_OdometerScaleError","FieldParser_OdometerScaleError");NDSummary.OnSummaryLoaded("CClass:FieldParser_OdometerScaleError",[["C/C++","C"]],[["Classes","Class"]],[[1597,0,0,"FieldParser_OdometerScaleError"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_OdometerScaleError-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_OdometerScaleError-SummaryToolTips.js deleted file mode 100644 index c26b0091f..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_OdometerScaleError-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_OdometerScaleError",{1597:"
FieldParser_OdometerScaleError
The field parser for the filter Odometer Scale Factor Error
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_OdometerScaleError-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_OdometerScaleError-ToolTips.js deleted file mode 100644 index 908e2d5ef..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_OdometerScaleError-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3088:"
MipFieldParser
Base Class parser for parsing Mip Data Fields
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_OdometerScaleError.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_OdometerScaleError.html deleted file mode 100644 index 22d72b0a4..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_OdometerScaleError.html +++ /dev/null @@ -1,17 +0,0 @@ - - -FieldParser_OdometerScaleError - - - - - - - -
-
FieldParser_OdometerScaleError
-
public
MipFieldParser
FieldParser_OdometerScaleError
-

The field parser for the filter Odometer Scale Factor Error

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_OdometerScaleErrorUncert-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_OdometerScaleErrorUncert-Summary.js deleted file mode 100644 index 0b61d1df1..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_OdometerScaleErrorUncert-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_OdometerScaleErrorUncert","FieldParser_OdometerScaleErrorUncert");NDSummary.OnSummaryLoaded("CClass:FieldParser_OdometerScaleErrorUncert",[["C/C++","C"]],[["Classes","Class"]],[[1598,0,0,"FieldParser_OdometerScaleErrorUncert"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_OdometerScaleErrorUncert-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_OdometerScaleErrorUncert-SummaryToolTips.js deleted file mode 100644 index 42f861b90..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_OdometerScaleErrorUncert-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_OdometerScaleErrorUncert",{1598:"
FieldParser_OdometerScaleErrorUncert
The field parser for the filter Odometer Scale Factor Error Uncertainty
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_OdometerScaleErrorUncert-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_OdometerScaleErrorUncert-ToolTips.js deleted file mode 100644 index 908e2d5ef..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_OdometerScaleErrorUncert-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3088:"
MipFieldParser
Base Class parser for parsing Mip Data Fields
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_OdometerScaleErrorUncert.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_OdometerScaleErrorUncert.html deleted file mode 100644 index 22697bc33..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_OdometerScaleErrorUncert.html +++ /dev/null @@ -1,17 +0,0 @@ - - -FieldParser_OdometerScaleErrorUncert - - - - - - - -
-
FieldParser_OdometerScaleErrorUncert
-
public
MipFieldParser
FieldParser_OdometerScaleErrorUncert
-

The field parser for the filter Odometer Scale Factor Error Uncertainty

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_OrientationMatrix-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_OrientationMatrix-Summary.js deleted file mode 100644 index 4f03b40b8..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_OrientationMatrix-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_OrientationMatrix","FieldParser_OrientationMatrix");NDSummary.OnSummaryLoaded("CClass:FieldParser_OrientationMatrix",[["C/C++","C"]],[["Classes","Class"]],[[1173,0,0,"FieldParser_OrientationMatrix"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_OrientationMatrix-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_OrientationMatrix-SummaryToolTips.js deleted file mode 100644 index 4dbdb8883..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_OrientationMatrix-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_OrientationMatrix",{1173:"
FieldParser_OrientationMatrix
The field parser for orientation matrix data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_OrientationMatrix-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_OrientationMatrix-ToolTips.js deleted file mode 100644 index 908e2d5ef..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_OrientationMatrix-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3088:"
MipFieldParser
Base Class parser for parsing Mip Data Fields
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_OrientationMatrix.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_OrientationMatrix.html deleted file mode 100644 index 6ed414562..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_OrientationMatrix.html +++ /dev/null @@ -1,17 +0,0 @@ - - -FieldParser_OrientationMatrix - - - - - - - -
-
FieldParser_OrientationMatrix
-
public
MipFieldParser
FieldParser_OrientationMatrix
-

The field parser for orientation matrix data

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_OrientationUpdateMatrix-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_OrientationUpdateMatrix-Summary.js deleted file mode 100644 index 48baf1821..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_OrientationUpdateMatrix-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_OrientationUpdateMatrix","FieldParser_OrientationUpdateMatrix");NDSummary.OnSummaryLoaded("CClass:FieldParser_OrientationUpdateMatrix",[["C/C++","C"]],[["Classes","Class"]],[[1175,0,0,"FieldParser_OrientationUpdateMatrix"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_OrientationUpdateMatrix-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_OrientationUpdateMatrix-SummaryToolTips.js deleted file mode 100644 index f8ab0668d..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_OrientationUpdateMatrix-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_OrientationUpdateMatrix",{1175:"
FieldParser_OrientationUpdateMatrix
The field parser for orientation matrix data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_OrientationUpdateMatrix-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_OrientationUpdateMatrix-ToolTips.js deleted file mode 100644 index 908e2d5ef..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_OrientationUpdateMatrix-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3088:"
MipFieldParser
Base Class parser for parsing Mip Data Fields
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_OrientationUpdateMatrix.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_OrientationUpdateMatrix.html deleted file mode 100644 index 7dc891d24..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_OrientationUpdateMatrix.html +++ /dev/null @@ -1,17 +0,0 @@ - - -FieldParser_OrientationUpdateMatrix - - - - - - - -
-
FieldParser_OrientationUpdateMatrix
-
public
MipFieldParser
FieldParser_OrientationUpdateMatrix
-

The field parser for orientation matrix data

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_OverrangeStatus-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_OverrangeStatus-Summary.js deleted file mode 100644 index fece41d1c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_OverrangeStatus-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_OverrangeStatus","FieldParser_OverrangeStatus");NDSummary.OnSummaryLoaded("CClass:FieldParser_OverrangeStatus",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[1193,0,0,"FieldParser_OverrangeStatus"],[1194,0,3,"Functions","Functions"],[1195,0,2,"parse","parse"],[1196,0,2,"registerParser","registerParser"],[1197,0,3,"Constants","Constants"],[1198,0,1,"FIELD_TYPE","FIELD_TYPE"],[1199,0,1,"REGISTERED","REGISTERED"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_OverrangeStatus-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_OverrangeStatus-SummaryToolTips.js deleted file mode 100644 index 111ee256b..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_OverrangeStatus-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_OverrangeStatus",{1193:"
FieldParser_OverrangeStatus
The field parser for Overrange Status.
",1195:"
virtual void parse(
const MipDataField &field,
MipDataPoints &result
) const override
Parses an MipDataField for MipDataPoints and stores them in the valid or invalid result vectors
",1196:"
static bool registerParser()
The static function that registers this parser with the list of parsers (called immediately)
",1198:"
The MipTypes::ChannelField for this parser
",1199:"
Whether this parser is registered. This will always be true.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_OverrangeStatus-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_OverrangeStatus-ToolTips.js deleted file mode 100644 index 00164e5e8..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_OverrangeStatus-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1196:"
static bool registerParser()
The static function that registers this parser with the list of parsers (called immediately)
",1199:"
Whether this parser is registered. This will always be true.
",3088:"
MipFieldParser
Base Class parser for parsing Mip Data Fields
",3321:"
The enums for all of the different MIP Channel Field IDs.
",4527:"
MipDataPoint
Represents a single Inertial Data Point (Extends from DataPoint)
",4550:"
MipDataField
An Inertial data field object that represents a data field within an Inertial Data Packet
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_OverrangeStatus.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_OverrangeStatus.html deleted file mode 100644 index a0b95d761..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_OverrangeStatus.html +++ /dev/null @@ -1,47 +0,0 @@ - - -FieldParser_OverrangeStatus - - - - - - - -
-
FieldParser_OverrangeStatus
-
public
MipFieldParser
FieldParser_OverrangeStatus
-

The field parser for Overrange Status.

-
- -
-
Functions
-
- -
-
parse
-
virtual void parse(
const MipDataField &field,
MipDataPoints &result
) const override
-

Parses an MipDataField for MipDataPoints and stores them in the valid or invalid result vectors

Parameters
field
const MipDataField&

The MipDataField to parse for data points

result
MipDataPoints&

The MipDataPoints vector to store the data points in

-
- -
-
registerParser
-
static bool registerParser()
-

The static function that registers this parser with the list of parsers (called immediately)

Returns

True, just for assigning REGISTERED to true

-
- -
-
Constants
-
- -
-
FIELD_TYPE
-

The MipTypes::ChannelField for this parser

-
- -
-
REGISTERED
-

Whether this parser is registered. This will always be true.

Note

This is used to call registerParser immediately

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_Position-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_Position-Summary.js deleted file mode 100644 index def947630..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_Position-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_Position","FieldParser_Position");NDSummary.OnSummaryLoaded("CClass:FieldParser_Position",[["C/C++","C"]],[["Classes","Class"]],[[3084,0,0,"FieldParser_Position"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_Position-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_Position-SummaryToolTips.js deleted file mode 100644 index 0baf638ed..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_Position-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_Position",{3084:"
FieldParser_Position
The Field Parser for displacement position (mm) data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_Position-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_Position-ToolTips.js deleted file mode 100644 index 908e2d5ef..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_Position-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3088:"
MipFieldParser
Base Class parser for parsing Mip Data Fields
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_Position.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_Position.html deleted file mode 100644 index a35ebd54b..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_Position.html +++ /dev/null @@ -1,17 +0,0 @@ - - -FieldParser_Position - - - - - - - -
-
FieldParser_Position
-
public
MipFieldParser
FieldParser_Position
-

The Field Parser for displacement position (mm) data

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_PressureAlt-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_PressureAlt-Summary.js deleted file mode 100644 index fbfd55fe5..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_PressureAlt-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_PressureAlt","FieldParser_PressureAlt");NDSummary.OnSummaryLoaded("CClass:FieldParser_PressureAlt",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Groups","Group"]],[[1520,0,0,"FieldParser_PressureAlt"],[1521,0,2,"Constants","Constants"],[1522,0,1,"Valid Flags","Valid_Flags"],[1523,0,1,,"VALID_FLAG"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_PressureAlt-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_PressureAlt-SummaryToolTips.js deleted file mode 100644 index 8b0ee752c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_PressureAlt-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_PressureAlt",{1520:"
FieldParser_PressureAlt
The field parser for Pressure Altitude data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_PressureAlt-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_PressureAlt-ToolTips.js deleted file mode 100644 index 908e2d5ef..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_PressureAlt-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3088:"
MipFieldParser
Base Class parser for parsing Mip Data Fields
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_PressureAlt.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_PressureAlt.html deleted file mode 100644 index 7e2e0aa53..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_PressureAlt.html +++ /dev/null @@ -1,26 +0,0 @@ - - -FieldParser_PressureAlt - - - - - - - -
-
FieldParser_PressureAlt
-
public
MipFieldParser
FieldParser_PressureAlt
-

The field parser for Pressure Altitude data

-
- -
-
Constants
-
- -
-
Valid Flags
-
VALID_FLAG

b00000001 - The flag position for checking the Estimated Gyro Scale Factor flag

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_Quaternion-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_Quaternion-Summary.js deleted file mode 100644 index 9594fbf03..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_Quaternion-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_Quaternion","FieldParser_Quaternion");NDSummary.OnSummaryLoaded("CClass:FieldParser_Quaternion",[["C/C++","C"]],[["Classes","Class"]],[[1174,0,0,"FieldParser_Quaternion"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_Quaternion-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_Quaternion-SummaryToolTips.js deleted file mode 100644 index a72d512dd..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_Quaternion-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_Quaternion",{1174:"
FieldParser_Quaternion
The field parser for quaternion data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_Quaternion-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_Quaternion-ToolTips.js deleted file mode 100644 index 908e2d5ef..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_Quaternion-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3088:"
MipFieldParser
Base Class parser for parsing Mip Data Fields
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_Quaternion.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_Quaternion.html deleted file mode 100644 index 425b3ce7c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_Quaternion.html +++ /dev/null @@ -1,17 +0,0 @@ - - -FieldParser_Quaternion - - - - - - - -
-
FieldParser_Quaternion
-
public
MipFieldParser
FieldParser_Quaternion
-

The field parser for quaternion data

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_RTKCorrectionsStatus-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_RTKCorrectionsStatus-Summary.js deleted file mode 100644 index 2a7c77c6a..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_RTKCorrectionsStatus-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_RTKCorrectionsStatus","FieldParser_RTKCorrectionsStatus");NDSummary.OnSummaryLoaded("CClass:FieldParser_RTKCorrectionsStatus",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Groups","Group"]],[[1383,0,0,"FieldParser_RTKCorrectionsStatus"],[1384,0,2,"Constants","Constants"],[1385,0,1,"Valid Flags","Valid_Flags"],[1386,0,1,,"TOW_VALID"],[1387,0,1,,"WEEK_NUMBER_VALID"],[1388,0,1,,"EPOCH_STATUS_VALID"],[1389,0,1,,"RTK_STATUS_VALID"],[1390,0,1,,"GPS_LATENCY_VALID"],[1391,0,1,,"GLONASS_LATENCY_VALID"],[1392,0,1,,"GALILEO_LATENCY_VALID"],[1393,0,1,,"BEIDOU_LATENCY_VALID"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_RTKCorrectionsStatus-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_RTKCorrectionsStatus-SummaryToolTips.js deleted file mode 100644 index b959a819c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_RTKCorrectionsStatus-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_RTKCorrectionsStatus",{1383:"
FieldParser_RTKCorrectionsStatus
The field parser for RTK Corrections Status Data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_RTKCorrectionsStatus-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_RTKCorrectionsStatus-ToolTips.js deleted file mode 100644 index 731b6f855..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_RTKCorrectionsStatus-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1205:"
MipGnssFieldParser
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_RTKCorrectionsStatus.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_RTKCorrectionsStatus.html deleted file mode 100644 index c8c4fed28..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_RTKCorrectionsStatus.html +++ /dev/null @@ -1,26 +0,0 @@ - - -FieldParser_RTKCorrectionsStatus - - - - - - - -
-
FieldParser_RTKCorrectionsStatus
-
public
MipGnssFieldParser
FieldParser_RTKCorrectionsStatus
-

The field parser for RTK Corrections Status Data

-
- -
-
Constants
-
- -
-
Valid Flags
-
TOW_VALID

b00000001 - The flag position for checking the Time of Week flag

WEEK_NUMBER_VALID

b00000010 - The flag position for checking the Week Number flag

EPOCH_STATUS_VALID

b00000100 - The flag position for checking the Epoch Status flag

RTK_STATUS_VALID

b00001000 - The flag position for checking the RTK Status flag

GPS_LATENCY_VALID

b00010000 - The flag position for checking the GPS Correction Latency flag

GLONASS_LATENCY_VALID

b00100000 - The flag position for checking the GLONASS Correction Latency flag

GALILEO_LATENCY_VALID

b01000000 - The flag position for checking the Galileo Correction Latency flag

BEIDOU_LATENCY_VALID

b10000000 - The flag position for checking the BeiDou Correction Latency flag

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_RawAccelVector-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_RawAccelVector-Summary.js deleted file mode 100644 index 34bf52797..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_RawAccelVector-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_RawAccelVector","FieldParser_RawAccelVector");NDSummary.OnSummaryLoaded("CClass:FieldParser_RawAccelVector",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[1159,0,0,"FieldParser_RawAccelVector"],[1160,0,3,"Functions","Functions"],[1161,0,2,"parse","parse"],[1162,0,2,"registerParser","registerParser"],[1163,0,3,"Constants","Constants"],[1164,0,1,"FIELD_TYPE","FIELD_TYPE"],[1165,0,1,"REGISTERED","REGISTERED"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_RawAccelVector-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_RawAccelVector-SummaryToolTips.js deleted file mode 100644 index ba84511af..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_RawAccelVector-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_RawAccelVector",{1159:"
FieldParser_RawAccelVector
The Field Parser for raw accelerometer data
",1161:"
virtual void parse(
const MipDataField &field,
MipDataPoints &result
) const override
Parses an MipDataField for MipDataPoints and stores them in the valid or invalid result vectors
",1162:"
static bool registerParser()
The static function that registers this parser with the list of parsers (called immediately)
",1164:"
The 2-byte field type (Descriptor ID + Field ID) for this parser
",1165:"
Whether this parser is registered. This will always be true. This is used to call registerParser() immediately
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_RawAccelVector-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_RawAccelVector-ToolTips.js deleted file mode 100644 index 5c5414cfe..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_RawAccelVector-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3088:"
MipFieldParser
Base Class parser for parsing Mip Data Fields
",4527:"
MipDataPoint
Represents a single Inertial Data Point (Extends from DataPoint)
",4550:"
MipDataField
An Inertial data field object that represents a data field within an Inertial Data Packet
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_RawAccelVector.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_RawAccelVector.html deleted file mode 100644 index ec98c9c5b..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_RawAccelVector.html +++ /dev/null @@ -1,47 +0,0 @@ - - -FieldParser_RawAccelVector - - - - - - - -
-
FieldParser_RawAccelVector
-
public
MipFieldParser
FieldParser_RawAccelVector
-

The Field Parser for raw accelerometer data

-
- -
-
Functions
-
- -
-
parse
-
virtual void parse(
const MipDataField &field,
MipDataPoints &result
) const override
-

Parses an MipDataField for MipDataPoints and stores them in the valid or invalid result vectors

Parameters
field
const MipDataField&

The MipDataField to parse for data points

result
MipDataPoints&

The MipDataPoints vector to store the data points in

-
- -
-
registerParser
-
static bool registerParser()
-

The static function that registers this parser with the list of parsers (called immediately)

Returns

true, just for assigning the REGISTERED constant to true

-
- -
-
Constants
-
- -
-
FIELD_TYPE
-

The 2-byte field type (Descriptor ID + Field ID) for this parser

-
- -
-
REGISTERED
-

Whether this parser is registered. This will always be true. This is used to call registerParser() immediately

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_RawAmbientPressure-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_RawAmbientPressure-Summary.js deleted file mode 100644 index 2e8754410..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_RawAmbientPressure-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_RawAmbientPressure","FieldParser_RawAmbientPressure");NDSummary.OnSummaryLoaded("CClass:FieldParser_RawAmbientPressure",[["C/C++","C"]],[["Classes","Class"]],[[1200,0,0,"FieldParser_RawAmbientPressure"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_RawAmbientPressure-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_RawAmbientPressure-SummaryToolTips.js deleted file mode 100644 index 1e26cdb77..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_RawAmbientPressure-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_RawAmbientPressure",{1200:"
FieldParser_RawAmbientPressure
The field parser for Raw Ambient Pressure.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_RawAmbientPressure-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_RawAmbientPressure-ToolTips.js deleted file mode 100644 index 908e2d5ef..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_RawAmbientPressure-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3088:"
MipFieldParser
Base Class parser for parsing Mip Data Fields
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_RawAmbientPressure.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_RawAmbientPressure.html deleted file mode 100644 index c261e7692..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_RawAmbientPressure.html +++ /dev/null @@ -1,17 +0,0 @@ - - -FieldParser_RawAmbientPressure - - - - - - - -
-
FieldParser_RawAmbientPressure
-
public
MipFieldParser
FieldParser_RawAmbientPressure
-

The field parser for Raw Ambient Pressure.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_RawGyroVector-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_RawGyroVector-Summary.js deleted file mode 100644 index a23aa8128..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_RawGyroVector-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_RawGyroVector","FieldParser_RawGyroVector");NDSummary.OnSummaryLoaded("CClass:FieldParser_RawGyroVector",[["C/C++","C"]],[["Classes","Class"]],[[1166,0,0,"FieldParser_RawGyroVector"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_RawGyroVector-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_RawGyroVector-SummaryToolTips.js deleted file mode 100644 index 935f6afee..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_RawGyroVector-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_RawGyroVector",{1166:"
FieldParser_RawGyroVector
The field parser for raw gyro data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_RawGyroVector-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_RawGyroVector-ToolTips.js deleted file mode 100644 index 908e2d5ef..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_RawGyroVector-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3088:"
MipFieldParser
Base Class parser for parsing Mip Data Fields
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_RawGyroVector.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_RawGyroVector.html deleted file mode 100644 index ebcc76f85..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_RawGyroVector.html +++ /dev/null @@ -1,17 +0,0 @@ - - -FieldParser_RawGyroVector - - - - - - - -
-
FieldParser_RawGyroVector
-
public
MipFieldParser
FieldParser_RawGyroVector
-

The field parser for raw gyro data

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_RawMagVector-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_RawMagVector-Summary.js deleted file mode 100644 index cc74b5bc0..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_RawMagVector-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_RawMagVector","FieldParser_RawMagVector");NDSummary.OnSummaryLoaded("CClass:FieldParser_RawMagVector",[["C/C++","C"]],[["Classes","Class"]],[[1167,0,0,"FieldParser_RawMagVector"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_RawMagVector-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_RawMagVector-SummaryToolTips.js deleted file mode 100644 index 0953ee6a4..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_RawMagVector-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_RawMagVector",{1167:"
FieldParser_RawMagVector
The field parser for raw magnetometer data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_RawMagVector-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_RawMagVector-ToolTips.js deleted file mode 100644 index 908e2d5ef..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_RawMagVector-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3088:"
MipFieldParser
Base Class parser for parsing Mip Data Fields
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_RawMagVector.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_RawMagVector.html deleted file mode 100644 index 5bbc00ea3..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_RawMagVector.html +++ /dev/null @@ -1,17 +0,0 @@ - - -FieldParser_RawMagVector - - - - - - - -
-
FieldParser_RawMagVector
-
public
MipFieldParser
FieldParser_RawMagVector
-

The field parser for raw magnetometer data

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_RawPosition-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_RawPosition-Summary.js deleted file mode 100644 index b40fcaad3..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_RawPosition-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_RawPosition","FieldParser_RawPosition");NDSummary.OnSummaryLoaded("CClass:FieldParser_RawPosition",[["C/C++","C"]],[["Classes","Class"]],[[3083,0,0,"FieldParser_RawPosition"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_RawPosition-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_RawPosition-SummaryToolTips.js deleted file mode 100644 index a398d3885..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_RawPosition-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_RawPosition",{3083:"
FieldParser_RawPosition
The Field Parser for raw position (ADC counts) data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_RawPosition-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_RawPosition-ToolTips.js deleted file mode 100644 index 908e2d5ef..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_RawPosition-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3088:"
MipFieldParser
Base Class parser for parsing Mip Data Fields
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_RawPosition.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_RawPosition.html deleted file mode 100644 index cfcad35b7..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_RawPosition.html +++ /dev/null @@ -1,17 +0,0 @@ - - -FieldParser_RawPosition - - - - - - - -
-
FieldParser_RawPosition
-
public
MipFieldParser
FieldParser_RawPosition
-

The Field Parser for raw position (ADC counts) data

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_ReferenceTime-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_ReferenceTime-Summary.js deleted file mode 100644 index 08d8a0f5b..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_ReferenceTime-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_ReferenceTime","FieldParser_ReferenceTime");NDSummary.OnSummaryLoaded("CClass:FieldParser_ReferenceTime",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[1130,0,0,"FieldParser_ReferenceTime"],[1131,0,3,"Functions","Functions"],[1132,0,2,"parse","parse"],[1133,0,2,"registerParser","registerParser"],[1134,0,3,"Constants","Constants"],[1135,0,1,"FIELD_TYPE","FIELD_TYPE"],[1136,0,1,"REGISTERED","REGISTERED"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_ReferenceTime-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_ReferenceTime-SummaryToolTips.js deleted file mode 100644 index 6236a36d5..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_ReferenceTime-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_ReferenceTime",{1130:"
FieldParser_ReferenceTime
The field parser for internal Reference Time (0xFF,0xD5)
",1132:"
virtual void parse(
const MipDataField &field,
MipDataPoints &result
) const override
Parses an MipDataField for MipDataPoints and stores them in the valid or invalid result vectors
",1133:"
static bool registerParser()
The static function that registers this parser with the list of parsers (called immediately)
",1135:"
The MipTypes::ChannelField for this parser
",1136:"
Whether this parser is registered. This will always be true.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_ReferenceTime-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_ReferenceTime-ToolTips.js deleted file mode 100644 index f5828b220..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_ReferenceTime-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1090:"
MipSharedFieldParser
",1133:"
static bool registerParser()
The static function that registers this parser with the list of parsers (called immediately)
",1136:"
Whether this parser is registered. This will always be true.
",3321:"
The enums for all of the different MIP Channel Field IDs.
",4527:"
MipDataPoint
Represents a single Inertial Data Point (Extends from DataPoint)
",4550:"
MipDataField
An Inertial data field object that represents a data field within an Inertial Data Packet
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_ReferenceTime.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_ReferenceTime.html deleted file mode 100644 index eaf7079ba..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_ReferenceTime.html +++ /dev/null @@ -1,47 +0,0 @@ - - -FieldParser_ReferenceTime - - - - - - - -
-
FieldParser_ReferenceTime
-
public
MipSharedFieldParser
FieldParser_ReferenceTime
-

The field parser for internal Reference Time (0xFF,0xD5)

-
- -
-
Functions
-
- -
-
parse
-
virtual void parse(
const MipDataField &field,
MipDataPoints &result
) const override
-

Parses an MipDataField for MipDataPoints and stores them in the valid or invalid result vectors

Parameters
field
const MipDataField&

The MipDataField to parse for data points

result
MipDataPoints&

The MipDataPoints vector to store the data points in

-
- -
-
registerParser
-
static bool registerParser()
-

The static function that registers this parser with the list of parsers (called immediately)

Returns

True, just for assigning REGISTERED to true

-
- -
-
Constants
-
- -
-
FIELD_TYPE
-

The MipTypes::ChannelField for this parser

-
- -
-
REGISTERED
-

Whether this parser is registered. This will always be true.

Note

This is used to call registerParser immediately

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_ScaledAccelVector-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_ScaledAccelVector-Summary.js deleted file mode 100644 index 24fc1ed93..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_ScaledAccelVector-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_ScaledAccelVector","FieldParser_ScaledAccelVector");NDSummary.OnSummaryLoaded("CClass:FieldParser_ScaledAccelVector",[["C/C++","C"]],[["Classes","Class"]],[[1168,0,0,"FieldParser_ScaledAccelVector"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_ScaledAccelVector-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_ScaledAccelVector-SummaryToolTips.js deleted file mode 100644 index 24bd7cb37..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_ScaledAccelVector-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_ScaledAccelVector",{1168:"
FieldParser_ScaledAccelVector
The field parser for scaled accelerometer data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_ScaledAccelVector-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_ScaledAccelVector-ToolTips.js deleted file mode 100644 index 908e2d5ef..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_ScaledAccelVector-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3088:"
MipFieldParser
Base Class parser for parsing Mip Data Fields
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_ScaledAccelVector.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_ScaledAccelVector.html deleted file mode 100644 index 6ad83a70f..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_ScaledAccelVector.html +++ /dev/null @@ -1,17 +0,0 @@ - - -FieldParser_ScaledAccelVector - - - - - - - -
-
FieldParser_ScaledAccelVector
-
public
MipFieldParser
FieldParser_ScaledAccelVector
-

The field parser for scaled accelerometer data

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_ScaledAmbientPressure-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_ScaledAmbientPressure-Summary.js deleted file mode 100644 index d163cb86a..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_ScaledAmbientPressure-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_ScaledAmbientPressure","FieldParser_ScaledAmbientPressure");NDSummary.OnSummaryLoaded("CClass:FieldParser_ScaledAmbientPressure",[["C/C++","C"]],[["Classes","Class"]],[[1192,0,0,"FieldParser_ScaledAmbientPressure"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_ScaledAmbientPressure-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_ScaledAmbientPressure-SummaryToolTips.js deleted file mode 100644 index 50fe41166..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_ScaledAmbientPressure-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_ScaledAmbientPressure",{1192:"
FieldParser_ScaledAmbientPressure
The field parser for Scaled Ambient Pressure.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_ScaledAmbientPressure-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_ScaledAmbientPressure-ToolTips.js deleted file mode 100644 index 908e2d5ef..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_ScaledAmbientPressure-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3088:"
MipFieldParser
Base Class parser for parsing Mip Data Fields
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_ScaledAmbientPressure.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_ScaledAmbientPressure.html deleted file mode 100644 index de65a3c45..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_ScaledAmbientPressure.html +++ /dev/null @@ -1,17 +0,0 @@ - - -FieldParser_ScaledAmbientPressure - - - - - - - -
-
FieldParser_ScaledAmbientPressure
-
public
MipFieldParser
FieldParser_ScaledAmbientPressure
-

The field parser for Scaled Ambient Pressure.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_ScaledGyroVector-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_ScaledGyroVector-Summary.js deleted file mode 100644 index a1d1a6398..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_ScaledGyroVector-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_ScaledGyroVector","FieldParser_ScaledGyroVector");NDSummary.OnSummaryLoaded("CClass:FieldParser_ScaledGyroVector",[["C/C++","C"]],[["Classes","Class"]],[[1169,0,0,"FieldParser_ScaledGyroVector"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_ScaledGyroVector-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_ScaledGyroVector-SummaryToolTips.js deleted file mode 100644 index 6827d9d4a..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_ScaledGyroVector-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_ScaledGyroVector",{1169:"
FieldParser_ScaledGyroVector
The field parser for scaled gyro data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_ScaledGyroVector-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_ScaledGyroVector-ToolTips.js deleted file mode 100644 index 908e2d5ef..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_ScaledGyroVector-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3088:"
MipFieldParser
Base Class parser for parsing Mip Data Fields
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_ScaledGyroVector.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_ScaledGyroVector.html deleted file mode 100644 index ac8aac810..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_ScaledGyroVector.html +++ /dev/null @@ -1,17 +0,0 @@ - - -FieldParser_ScaledGyroVector - - - - - - - -
-
FieldParser_ScaledGyroVector
-
public
MipFieldParser
FieldParser_ScaledGyroVector
-

The field parser for scaled gyro data

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_ScaledMagVector-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_ScaledMagVector-Summary.js deleted file mode 100644 index b027543a7..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_ScaledMagVector-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_ScaledMagVector","FieldParser_ScaledMagVector");NDSummary.OnSummaryLoaded("CClass:FieldParser_ScaledMagVector",[["C/C++","C"]],[["Classes","Class"]],[[1170,0,0,"FieldParser_ScaledMagVector"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_ScaledMagVector-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_ScaledMagVector-SummaryToolTips.js deleted file mode 100644 index 625e1b605..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_ScaledMagVector-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_ScaledMagVector",{1170:"
FieldParser_ScaledMagVector
The field parser for scaled magnetometer data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_ScaledMagVector-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_ScaledMagVector-ToolTips.js deleted file mode 100644 index 908e2d5ef..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_ScaledMagVector-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3088:"
MipFieldParser
Base Class parser for parsing Mip Data Fields
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_ScaledMagVector.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_ScaledMagVector.html deleted file mode 100644 index 3a7b9bc5c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_ScaledMagVector.html +++ /dev/null @@ -1,17 +0,0 @@ - - -FieldParser_ScaledMagVector - - - - - - - -
-
FieldParser_ScaledMagVector
-
public
MipFieldParser
FieldParser_ScaledMagVector
-

The field parser for scaled magnetometer data

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_SpaceVehicleInfo-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_SpaceVehicleInfo-Summary.js deleted file mode 100644 index c159e305b..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_SpaceVehicleInfo-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_SpaceVehicleInfo","FieldParser_SpaceVehicleInfo");NDSummary.OnSummaryLoaded("CClass:FieldParser_SpaceVehicleInfo",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Groups","Group"]],[[1271,0,0,"FieldParser_SpaceVehicleInfo"],[1272,0,2,"Constants","Constants"],[1273,0,1,"Valid Flags","Valid_Flags"],[1274,0,1,,"CHANNEL_VALID"],[1275,0,1,,"RATIO_VALID"],[1276,0,1,,"AZIMUTH_VALID"],[1277,0,1,,"ELEVATION_VALID"],[1278,0,1,,"SV_FLAGS_VALID"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_SpaceVehicleInfo-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_SpaceVehicleInfo-SummaryToolTips.js deleted file mode 100644 index bfb6021b8..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_SpaceVehicleInfo-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_SpaceVehicleInfo",{1271:"
FieldParser_SpaceVehicleInfo
The field parser for Space Vehicle Information data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_SpaceVehicleInfo-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_SpaceVehicleInfo-ToolTips.js deleted file mode 100644 index 731b6f855..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_SpaceVehicleInfo-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1205:"
MipGnssFieldParser
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_SpaceVehicleInfo.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_SpaceVehicleInfo.html deleted file mode 100644 index 7c29c85dc..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_SpaceVehicleInfo.html +++ /dev/null @@ -1,26 +0,0 @@ - - -FieldParser_SpaceVehicleInfo - - - - - - - -
-
FieldParser_SpaceVehicleInfo
-
public
MipGnssFieldParser
FieldParser_SpaceVehicleInfo
-

The field parser for Space Vehicle Information data

-
- -
-
Constants
-
- -
-
Valid Flags
-
CHANNEL_VALID

b00000001 - The flag position for checking the Channel flag

RATIO_VALID

b00000100 - The flag position for checking the Carrier to Noise Ratio flag

AZIMUTH_VALID

b00001000 - The flag position for checking the Azimuth flag

ELEVATION_VALID

b00010000 - The flag position for checking the Elevation flag

SV_FLAGS_VALID

b00100000 - The flag position for checking the Space Vehicle Flags flag

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_StabilizedAccelVector-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_StabilizedAccelVector-Summary.js deleted file mode 100644 index 581de547b..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_StabilizedAccelVector-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_StabilizedAccelVector","FieldParser_StabilizedAccelVector");NDSummary.OnSummaryLoaded("CClass:FieldParser_StabilizedAccelVector",[["C/C++","C"]],[["Classes","Class"]],[[1183,0,0,"FieldParser_StabilizedAccelVector"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_StabilizedAccelVector-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_StabilizedAccelVector-SummaryToolTips.js deleted file mode 100644 index bc6c76e73..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_StabilizedAccelVector-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_StabilizedAccelVector",{1183:"
FieldParser_StabilizedAccelVector
The field parser for Stabilized Accel Vector (Up)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_StabilizedAccelVector-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_StabilizedAccelVector-ToolTips.js deleted file mode 100644 index 908e2d5ef..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_StabilizedAccelVector-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3088:"
MipFieldParser
Base Class parser for parsing Mip Data Fields
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_StabilizedAccelVector.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_StabilizedAccelVector.html deleted file mode 100644 index ddd70f271..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_StabilizedAccelVector.html +++ /dev/null @@ -1,17 +0,0 @@ - - -FieldParser_StabilizedAccelVector - - - - - - - -
-
FieldParser_StabilizedAccelVector
-
public
MipFieldParser
FieldParser_StabilizedAccelVector
-

The field parser for Stabilized Accel Vector (Up)

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_StabilizedMagVector-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_StabilizedMagVector-Summary.js deleted file mode 100644 index 771bdb29a..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_StabilizedMagVector-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_StabilizedMagVector","FieldParser_StabilizedMagVector");NDSummary.OnSummaryLoaded("CClass:FieldParser_StabilizedMagVector",[["C/C++","C"]],[["Classes","Class"]],[[1182,0,0,"FieldParser_StabilizedMagVector"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_StabilizedMagVector-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_StabilizedMagVector-SummaryToolTips.js deleted file mode 100644 index dcb1eb4a0..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_StabilizedMagVector-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_StabilizedMagVector",{1182:"
FieldParser_StabilizedMagVector
The field parser for Stabilized Mag Vector (North)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_StabilizedMagVector-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_StabilizedMagVector-ToolTips.js deleted file mode 100644 index 908e2d5ef..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_StabilizedMagVector-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3088:"
MipFieldParser
Base Class parser for parsing Mip Data Fields
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_StabilizedMagVector.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_StabilizedMagVector.html deleted file mode 100644 index 720c066e1..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_StabilizedMagVector.html +++ /dev/null @@ -1,17 +0,0 @@ - - -FieldParser_StabilizedMagVector - - - - - - - -
-
FieldParser_StabilizedMagVector
-
public
MipFieldParser
FieldParser_StabilizedMagVector
-

The field parser for Stabilized Mag Vector (North)

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_StdAtmModel-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_StdAtmModel-Summary.js deleted file mode 100644 index 9606ceae1..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_StdAtmModel-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_StdAtmModel","FieldParser_StdAtmModel");NDSummary.OnSummaryLoaded("CClass:FieldParser_StdAtmModel",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Groups","Group"]],[[1516,0,0,"FieldParser_StdAtmModel"],[1517,0,2,"Constants","Constants"],[1518,0,1,"Valid Flags","Valid_Flags"],[1519,0,1,,"VALID_FLAG"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_StdAtmModel-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_StdAtmModel-SummaryToolTips.js deleted file mode 100644 index 095fe9442..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_StdAtmModel-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_StdAtmModel",{1516:"
FieldParser_StdAtmModel
The field parser for Standard Atmosphere Model data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_StdAtmModel-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_StdAtmModel-ToolTips.js deleted file mode 100644 index 908e2d5ef..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_StdAtmModel-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3088:"
MipFieldParser
Base Class parser for parsing Mip Data Fields
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_StdAtmModel.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_StdAtmModel.html deleted file mode 100644 index 81124ac6d..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_StdAtmModel.html +++ /dev/null @@ -1,26 +0,0 @@ - - -FieldParser_StdAtmModel - - - - - - - -
-
FieldParser_StdAtmModel
-
public
MipFieldParser
FieldParser_StdAtmModel
-

The field parser for Standard Atmosphere Model data

-
- -
-
Constants
-
- -
-
Valid Flags
-
VALID_FLAG

b00000001 - The flag position for checking the Estimated Gyro Scale Factor flag

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_Ticks-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_Ticks-Summary.js deleted file mode 100644 index 5c309da72..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_Ticks-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_Ticks","FieldParser_Ticks");NDSummary.OnSummaryLoaded("CClass:FieldParser_Ticks",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[1098,0,0,"FieldParser_Ticks"],[1099,0,3,"Functions","Functions"],[1100,0,2,"parse","parse"],[1101,0,2,"registerParser","registerParser"],[1102,0,3,"Constants","Constants"],[1103,0,1,"FIELD_TYPE","FIELD_TYPE"],[1104,0,1,"REGISTERED","REGISTERED"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_Ticks-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_Ticks-SummaryToolTips.js deleted file mode 100644 index 10d0ecffc..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_Ticks-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_Ticks",{1098:"
FieldParser_Ticks
The field parser for Ticks
",1100:"
virtual void parse(
const MipDataField &field,
MipDataPoints &result
) const override
Parses an MipDataField for MipDataPoints and stores them in the valid or invalid result vectors
",1101:"
static bool registerParser()
The static function that registers this parser with the list of parsers (called immediately)
",1103:"
The 2-byte field type (Descriptor ID + Field ID) for this parser
",1104:"
Whether this parser is registered. This will always be true. This is used to call registerParser() immediately
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_Ticks-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_Ticks-ToolTips.js deleted file mode 100644 index dee1460cc..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_Ticks-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1090:"
MipSharedFieldParser
",4527:"
MipDataPoint
Represents a single Inertial Data Point (Extends from DataPoint)
",4550:"
MipDataField
An Inertial data field object that represents a data field within an Inertial Data Packet
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_Ticks.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_Ticks.html deleted file mode 100644 index 3bbdfde40..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_Ticks.html +++ /dev/null @@ -1,47 +0,0 @@ - - -FieldParser_Ticks - - - - - - - -
-
FieldParser_Ticks
- -

The field parser for Ticks

-
- -
-
Functions
-
- -
-
parse
-
virtual void parse(
const MipDataField &field,
MipDataPoints &result
) const override
-

Parses an MipDataField for MipDataPoints and stores them in the valid or invalid result vectors

Parameters
field
const MipDataField&

The MipDataField to parse for data points

result
MipDataPoints&

The MipDataPoints vector to store the data points in

-
- -
-
registerParser
-
static bool registerParser()
-

The static function that registers this parser with the list of parsers (called immediately)

Returns

true, just for assigning the REGISTERED constant to true

-
- -
-
Constants
-
- -
-
FIELD_TYPE
-

The 2-byte field type (Descriptor ID + Field ID) for this parser

-
- -
-
REGISTERED
-

Whether this parser is registered. This will always be true. This is used to call registerParser() immediately

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_TimeSyncStatus-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_TimeSyncStatus-Summary.js deleted file mode 100644 index a0380f95a..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_TimeSyncStatus-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_TimeSyncStatus","FieldParser_TimeSyncStatus");NDSummary.OnSummaryLoaded("CClass:FieldParser_TimeSyncStatus",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[1075,0,0,"FieldParser_TimeSyncStatus"],[1076,0,3,"Functions","Functions"],[1077,0,2,"parse","parse"],[1078,0,2,"registerParser","registerParser"],[1079,0,3,"Constants","Constants"],[1080,0,1,"FIELD_TYPE","FIELD_TYPE"],[1081,0,1,"REGISTERED","REGISTERED"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_TimeSyncStatus-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_TimeSyncStatus-SummaryToolTips.js deleted file mode 100644 index 128779b9d..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_TimeSyncStatus-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_TimeSyncStatus",{1075:"
FieldParser_TimeSyncStatus
The Field Parser for time sync status (PPS) data
",1077:"
void parse(
const MipDataField &field,
MipDataPoints &result
) const override
Parses a MipDataField for MipDataPoints and stores them in the valid or invalid result vectors
",1078:"
static bool registerParser()
The static function that registers this parser with the list of parsers (called immediately)
",1080:"
The 2-byte field type (Descriptor ID + Field ID) for this parser
",1081:"
Whether this parser is registered. This will always be true. This is used to call registerParser() immediately
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_TimeSyncStatus-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_TimeSyncStatus-ToolTips.js deleted file mode 100644 index 5c5414cfe..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_TimeSyncStatus-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3088:"
MipFieldParser
Base Class parser for parsing Mip Data Fields
",4527:"
MipDataPoint
Represents a single Inertial Data Point (Extends from DataPoint)
",4550:"
MipDataField
An Inertial data field object that represents a data field within an Inertial Data Packet
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_TimeSyncStatus.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_TimeSyncStatus.html deleted file mode 100644 index 8e7a04880..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_TimeSyncStatus.html +++ /dev/null @@ -1,47 +0,0 @@ - - -FieldParser_TimeSyncStatus - - - - - - - -
-
FieldParser_TimeSyncStatus
-
public
MipFieldParser
FieldParser_TimeSyncStatus
-

The Field Parser for time sync status (PPS) data

-
- -
-
Functions
-
- -
-
parse
-
void parse(
const MipDataField &field,
MipDataPoints &result
) const override
-

Parses a MipDataField for MipDataPoints and stores them in the valid or invalid result vectors

Parameters
field
const MipDataField&

The MipDataField to parse for data points

result
MipDataPoints&

The MipDataPoints vector to store the data points in

-
- -
-
registerParser
-
static bool registerParser()
-

The static function that registers this parser with the list of parsers (called immediately)

Returns

True, just for assigning the REGISTERED constant to true

-
- -
-
Constants
-
- -
-
FIELD_TYPE
-

The 2-byte field type (Descriptor ID + Field ID) for this parser

-
- -
-
REGISTERED
-

Whether this parser is registered. This will always be true. This is used to call registerParser() immediately

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_UTCTime-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_UTCTime-Summary.js deleted file mode 100644 index 2ce0673d6..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_UTCTime-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_UTCTime","FieldParser_UTCTime");NDSummary.OnSummaryLoaded("CClass:FieldParser_UTCTime",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Groups","Group"]],[[1249,0,0,"FieldParser_UTCTime"],[1250,0,2,"Constants","Constants"],[1251,0,1,"Valid Flags","Valid_Flags"],[1252,0,1,,"GPS_TIME_DATE_VALID"],[1253,0,1,,"UTC_TIME_OFFSET_VALID"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_UTCTime-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_UTCTime-SummaryToolTips.js deleted file mode 100644 index 186cd9f89..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_UTCTime-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_UTCTime",{1249:"
FieldParser_UTCTime
The field parser for UTC Time data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_UTCTime-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_UTCTime-ToolTips.js deleted file mode 100644 index 731b6f855..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_UTCTime-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1205:"
MipGnssFieldParser
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_UTCTime.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_UTCTime.html deleted file mode 100644 index 6ad063b38..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_UTCTime.html +++ /dev/null @@ -1,26 +0,0 @@ - - -FieldParser_UTCTime - - - - - - - -
-
FieldParser_UTCTime
-
public
MipGnssFieldParser
FieldParser_UTCTime
-

The field parser for UTC Time data

-
- -
-
Constants
-
- -
-
Valid Flags
-
GPS_TIME_DATE_VALID

b00000001 - The flag position for checking the GPS Time and Date flag

UTC_TIME_OFFSET_VALID

b00000010 - The flag position for checking the UTC Time (leap seconds) flag

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_WGS84LocalGravMagnitude-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_WGS84LocalGravMagnitude-Summary.js deleted file mode 100644 index c84130f8f..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_WGS84LocalGravMagnitude-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FieldParser_WGS84LocalGravMagnitude","FieldParser_WGS84LocalGravMagnitude");NDSummary.OnSummaryLoaded("CClass:FieldParser_WGS84LocalGravMagnitude",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Groups","Group"]],[[1476,0,0,"FieldParser_WGS84LocalGravMagnitude"],[1477,0,2,"Constants","Constants"],[1478,0,1,"Valid Flags","Valid_Flags"],[1479,0,1,,"GRAV_FLAG"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_WGS84LocalGravMagnitude-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_WGS84LocalGravMagnitude-SummaryToolTips.js deleted file mode 100644 index 2af1fbbea..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_WGS84LocalGravMagnitude-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FieldParser_WGS84LocalGravMagnitude",{1476:"
FieldParser_WGS84LocalGravMagnitude
The field parser for WGS84 Local Gravity Magnitude data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_WGS84LocalGravMagnitude-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FieldParser_WGS84LocalGravMagnitude-ToolTips.js deleted file mode 100644 index 908e2d5ef..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_WGS84LocalGravMagnitude-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3088:"
MipFieldParser
Base Class parser for parsing Mip Data Fields
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FieldParser_WGS84LocalGravMagnitude.html b/v66.0.1/MSCL_Docs/classes/C/FieldParser_WGS84LocalGravMagnitude.html deleted file mode 100644 index 0a38b265d..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FieldParser_WGS84LocalGravMagnitude.html +++ /dev/null @@ -1,26 +0,0 @@ - - -FieldParser_WGS84LocalGravMagnitude - - - - - - - -
-
FieldParser_WGS84LocalGravMagnitude
-
public
MipFieldParser
FieldParser_WGS84LocalGravMagnitude
-

The field parser for WGS84 Local Gravity Magnitude data

-
- -
-
Constants
-
- -
-
Valid Flags
-
GRAV_FLAG

b00000001 - The flag position for checking the Gravity Magnitude flag

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FilterInitializationConfig-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FilterInitializationConfig-Summary.js deleted file mode 100644 index 4ef64e80e..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FilterInitializationConfig-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FilterInitializationConfig","FilterInitializationConfig");NDSummary.OnSummaryLoaded("CClass:FilterInitializationConfig",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[735,0,0,"FilterInitializationConfig"],[736,0,2,"Functions","Functions"],[737,0,1,"commandName","commandName"],[738,0,1,"MakeSetCommand","MakeSetCommand"],[739,0,1,"MakeGetCommand","MakeGetCommand"],[740,0,1,"getResponseData","getResponseData"],[741,0,1,"operator ByteStream","operator_ByteStream"],[742,0,1,"Constructor FilterInitializationConfig","Constructor_FilterInitializationConfig"],[743,0,1,"commandType","commandType"],[744,0,1,"fieldDataByte","fieldDataByte"],[745,0,1,"responseExpected","responseExpected"],[746,0,2,"Variables","Variables"],[747,0,3,"m_functionSelector","m_functionSelector"],[748,0,3,"m_data","m_data"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FilterInitializationConfig-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FilterInitializationConfig-SummaryToolTips.js deleted file mode 100644 index b261f3d4e..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FilterInitializationConfig-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FilterInitializationConfig",{735:"
FilterInitializationConfig
A generic command class that contains the logic for the Filter Initialization Config command (0x0D, 0x52).
",737:"
virtual std::string commandName() const
",738:"
static FilterInitializationConfig MakeSetCommand(
const FilterInitializationValues &data
)
Parameter: cmd The specific MipTypes::Command type to be constructed
",739:"
static FilterInitializationConfig MakeGetCommand()
Parameter: cmd The specific MipTypes::Command type to be constructed
",740:"
FilterInitializationValues getResponseData(
const GenericMipCmdResponse &response
)
",741:"
operator ByteStream() const
Converts this class to a ByteStream.
",742:"
Private constructor creates a FilterInitializationConfig object.  Use Make___Command methods to create an object.
",743:"
virtual MipTypes::Command commandType() const
",744:"
virtual uint8 fieldDataByte() const
",745:"
virtual bool responseExpected() const
",747:"
MipTypes::FunctionSelector m_functionSelector
The FunctionSelector type of command to send, get/set, reset to factory defaults, et al.
",748:"
FilterInitializationValues m_data
The FilterInitializationValues to send to the device.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FilterInitializationConfig-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FilterInitializationConfig-ToolTips.js deleted file mode 100644 index 35bd4af2f..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FilterInitializationConfig-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({735:"
FilterInitializationConfig
A generic command class that contains the logic for the Filter Initialization Config command (0x0D, 0x52).
",2191:"
Struct to hold values for the Filter Initialization Config command.
",2927:"
GenericMipCmdResponse
Represents the response to a GenericMipCommand.
",3158:"
The enums for all the different types/categories of MIP commands and data.
",3171:"
The enums for all of the different MIP commands.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FilterInitializationConfig.html b/v66.0.1/MSCL_Docs/classes/C/FilterInitializationConfig.html deleted file mode 100644 index 9f5066014..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FilterInitializationConfig.html +++ /dev/null @@ -1,90 +0,0 @@ - - -FilterInitializationConfig - - - - - - - -
-
FilterInitializationConfig
-
public
MipCommand
FilterInitializationConfig
-

A generic command class that contains the logic for the Filter Initialization Config command (0x0D, 0x52).

-
- -
-
Functions
-
- -
-
commandName
-
virtual std::string commandName() const
-
Returns
std::string

the string name for the command.

-
- -
-
MakeSetCommand
-
static FilterInitializationConfig MakeSetCommand(
const FilterInitializationValues &data
)
-

Parameter: cmd The specific MipTypes::Command type to be constructed

Parameter: data The FilterInitializationValues to set.

Returns
FilterInitializationConfig

object set up for sending a set command.

-
- -
-
MakeGetCommand
-
static FilterInitializationConfig MakeGetCommand()
-

Parameter: cmd The specific MipTypes::Command type to be constructed

Returns
FilterInitializationConfig

object set up for sending a get command.

-
- -
-
getResponseData
-
FilterInitializationValues getResponseData(
const GenericMipCmdResponse &response
)
-
Parameter
response
const GenericMipCmdResponse&

The GenericMipCmdResponse object from which to get formatted data.

Returns
FilterInitializationValues

A FilterInitializationValues object with the initialization config returned from the device.

-
- -
-
operator ByteStream
-
operator ByteStream() const
-

Converts this class to a ByteStream.

-
- -
-
Constructor FilterInitializationConfig
-

Private constructor creates a FilterInitializationConfig object.  Use Make___Command methods to create an object.

-
- -
-
commandType
-
virtual MipTypes::Command commandType() const
-
Returns
MipTypes::Command

the command ID.

-
- -
-
fieldDataByte
-
virtual uint8 fieldDataByte() const
-
Returns
uint8

the byte ID for field data in the reply.

-
- -
-
responseExpected
-
virtual bool responseExpected() const
-
Returns
bool

True indicates that a response should return from the device.

-
- -
-
Variables
-
- -
-
m_functionSelector
-
MipTypes::FunctionSelector m_functionSelector
-

The FunctionSelector type of command to send, get/set, reset to factory defaults, et al.

-
- -
-
m_data
- -

The FilterInitializationValues to send to the device.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FilterInitializationValues-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FilterInitializationValues-Summary.js deleted file mode 100644 index a8077e5fa..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FilterInitializationValues-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FilterInitializationValues","FilterInitializationValues");NDSummary.OnSummaryLoaded("CClass:FilterInitializationValues",[["C/C++","C"]],[["Functions","Function"],["Groups","Group"],["Structs","Struct"],["Variables","Variable"]],[[2191,0,2,"FilterInitializationValues"],[2192,0,1,"Functions","Functions"],[2193,0,0,"FilterInitializationValues","FilterInitializationValues"],[2194,0,1,"Variables","Variables"],[2195,0,3,"autoInitialize","autoInitialize"],[2196,0,3,"initialValuesSource","initialValuesSource"],[2197,0,3,"autoHeadingAlignmentMethod","autoHeadingAlignmentMethod"],[2198,0,3,"initialAttitude","initialAttitude"],[2199,0,3,"initialPosition","initialPosition"],[2200,0,3,"initialVelocity","initialVelocity"],[2201,0,3,"referenceFrame","referenceFrame"],[2202,0,1,"Functions","Functions(2)"],[2203,0,0,"manualHeading","manualHeading"],[2204,0,0,"manualAttitude","manualAttitude"],[2205,0,0,"manualPositionVelocity","manualPositionVelocity"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FilterInitializationValues-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FilterInitializationValues-SummaryToolTips.js deleted file mode 100644 index 283ab3b42..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FilterInitializationValues-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FilterInitializationValues",{2191:"
Struct to hold values for the Filter Initialization Config command.
",2193:"
FilterInitializationValues() : initialValuesSource(FilterInitialValuesSource::Automatic), autoHeadingAlignmentMethod(HeadingAlignmentOption::GNSS_Kinematic), referenceFrame(PositionVelocityReferenceFrame::ECEF)
Creates a FilterInitializationValues object with default values.
",2195:"
bool autoInitialize
",2196:"
FilterInitialValuesSource initialValuesSource
",2197:"
HeadingAlignmentMethod autoHeadingAlignmentMethod
",2198:"
EulerAngles initialAttitude
Note: Only heading value will be used if initialValueSource indicates pitch/roll will be determined automatically.
",2199:"
Position initialPosition
",2200:"
GeometricVector initialVelocity
",2201:"
PositionVelocityReferenceFrame referenceFrame
",2203:"
bool manualHeading()
Checks the value of initialValuesSource to determine if the initial heading needs to be set manually.
",2204:"
bool manualAttitude()
Checks the value of initialValuesSource to determine if the initial heading, pitch, and roll need to be set manually.
",2205:"
bool manualPositionVelocity()
Checks the value of initialValuesSource to determine if the initial position and velocity need to be set manually.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FilterInitializationValues-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FilterInitializationValues-ToolTips.js deleted file mode 100644 index dd17e72a5..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FilterInitializationValues-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1626:"
Enum representing position and velocity reference frame options.
",1631:"
GeometricVector
Defines a 3 dimensional, spatial vector.
",1652:"
Defines a geographic position.
",2181:"
Struct to create and interact with a HeadingAlignmentOption bitfield
",2749:"
EulerAngles
Represents generic Euler Angles (roll, pitch, yaw).
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FilterInitializationValues.html b/v66.0.1/MSCL_Docs/classes/C/FilterInitializationValues.html deleted file mode 100644 index a1c1cf333..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FilterInitializationValues.html +++ /dev/null @@ -1,88 +0,0 @@ - - -FilterInitializationValues - - - - - - - -
-
FilterInitializationValues
-

Struct to hold values for the Filter Initialization Config command.

-
- -
-
Functions
-
- -
-
FilterInitializationValues
-
FilterInitializationValues() : initialValuesSource(FilterInitialValuesSource::Automatic), autoHeadingAlignmentMethod(HeadingAlignmentOption::GNSS_Kinematic), referenceFrame(PositionVelocityReferenceFrame::ECEF)
-

Creates a FilterInitializationValues object with default values.

Default values: initialValuesSource - <FilterInitialValuesSource>::Automatic autoHeadingAlignmentMethod - <HeadingAlignmentMethod>::GNSS_Kinematic referenceFrame - <PositionVelocityReferenceFrame>::ECEF

-
- -
-
Variables
-
- -
-
autoInitialize
-
bool autoInitialize
-
- -
-
initialValuesSource
-
FilterInitialValuesSource initialValuesSource
-
- -
-
autoHeadingAlignmentMethod
-
HeadingAlignmentMethod autoHeadingAlignmentMethod
-
- -
-
initialAttitude
-
EulerAngles initialAttitude
-

Note: Only heading value will be used if initialValueSource indicates pitch/roll will be determined automatically.

-
- -
-
initialPosition
-
Position initialPosition
-
- -
-
initialVelocity
-
GeometricVector initialVelocity
-
- -
-
referenceFrame
- -
- -
-
Functions
-
- -
-
manualHeading
-
bool manualHeading()
-

Checks the value of initialValuesSource to determine if the initial heading needs to be set manually.

-
- -
-
manualAttitude
-
bool manualAttitude()
-

Checks the value of initialValuesSource to determine if the initial heading, pitch, and roll need to be set manually.

-
- -
-
manualPositionVelocity
-
bool manualPositionVelocity()
-

Checks the value of initialValuesSource to determine if the initial position and velocity need to be set manually.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FixedReferencePositionData-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FixedReferencePositionData-Summary.js deleted file mode 100644 index a467a1f3e..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FixedReferencePositionData-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FixedReferencePositionData","FixedReferencePositionData");NDSummary.OnSummaryLoaded("CClass:FixedReferencePositionData",[["C/C++","C"]],[["Functions","Function"],["Groups","Group"],["Structs","Struct"],["Variables","Variable"]],[[1992,0,2,"FixedReferencePositionData"],[1993,0,1,"Functions","Functions"],[1994,0,0,"FixedReferencePositionData","FixedReferencePositionData"],[1995,0,0,"FixedReferencePositionData","FixedReferencePositionData(2)"],[1996,0,1,"Variables","Variables"],[1997,0,3,"enable","enable"],[1998,0,3,"referencePosition","referencePosition"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FixedReferencePositionData-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FixedReferencePositionData-SummaryToolTips.js deleted file mode 100644 index 0e6b0e54d..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FixedReferencePositionData-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FixedReferencePositionData",{1992:"
Contains the data for Set Reference Position command.
",1994:"
FixedReferencePositionData(
bool pEnable,
Position pReference
) : enable(pEnable), referencePosition(pReference)
Creates a FixedReferencePositionData object.
",1995:"
FixedReferencePositionData() : enable(false), referencePosition(Position())
Creates a FixedReferencePositionData object.
",1997:"
bool enable
",1998:"
Position referencePosition
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FixedReferencePositionData-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FixedReferencePositionData-ToolTips.js deleted file mode 100644 index 714c1a8b9..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FixedReferencePositionData-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1652:"
Defines a geographic position.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FixedReferencePositionData.html b/v66.0.1/MSCL_Docs/classes/C/FixedReferencePositionData.html deleted file mode 100644 index 4f56d8207..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FixedReferencePositionData.html +++ /dev/null @@ -1,46 +0,0 @@ - - -FixedReferencePositionData - - - - - - - -
-
FixedReferencePositionData
-

Contains the data for Set Reference Position command.

-
- -
-
Functions
-
- -
-
FixedReferencePositionData
-
FixedReferencePositionData(
bool pEnable,
Position pReference
) : enable(pEnable), referencePosition(pReference)
-

Creates a FixedReferencePositionData object.

Parameters
pEnable
bool

indicates whether a fixed reference position should be used

pReference
Position

the reference position

-
- -
-
FixedReferencePositionData
-
FixedReferencePositionData() : enable(false), referencePosition(Position())
-

Creates a FixedReferencePositionData object.

-
- -
-
Variables
-
- -
-
enable
-
bool enable
-
- -
-
referencePosition
-
Position referencePosition
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FlashInfo-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FlashInfo-Summary.js deleted file mode 100644 index c5f2f3ded..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FlashInfo-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FlashInfo","FlashInfo");NDSummary.OnSummaryLoaded("CClass:FlashInfo",[["C/C++","C"]],[["Functions","Function"],["Groups","Group"],["Structs","Struct"],["Variables","Variable"]],[[7024,0,2,"FlashInfo"],[7025,0,1,"Variables","Variables"],[7026,0,3,"storageSize","storageSize"],[7027,0,3,"blockSize","blockSize"],[7028,0,3,"pageSize","pageSize"],[7029,0,3,"maxBandwidth","maxBandwidth"],[7030,0,1,"Functions","Functions"],[7031,0,0,"FlashInfo","FlashInfo"],[7032,0,0,"FLASH_SST25VF032B","FLASH_SST25VF032B"],[7033,0,0,"FLASH_IS25WP128","FLASH_IS25WP128"],[7034,0,0,"FROM_FLASH_ID","FROM_FLASH_ID"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FlashInfo-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FlashInfo-SummaryToolTips.js deleted file mode 100644 index 1f490a229..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FlashInfo-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FlashInfo",{7024:"
Contains flash information of a WirelessNode.
",7026:"
uint32 storageSize
The total storage size, in bytes.
",7027:"
uint32 blockSize
The size of a datalogging Block, in bytes.
",7028:"
uint32 pageSize
The size of a datalogging Page, in bytes.
",7029:"
uint32 maxBandwidth
The max flash bandwidth (bytes per second) that is supported for logging.
",7031:"
FlashInfo(
uint32 storage,
uint32 block,
uint32 page,
uint32 bandwidth
)
Creates a FlashInfo object.
",7032:"
static FlashInfo FLASH_SST25VF032B()
Static function to create a FlashInfo object for the SST25VF032B Flash.
",7033:"
static FlashInfo FLASH_IS25WP128()
Static function to create a FlashInfo object for the IS25WP128 Flash.
",7034:"
static FlashInfo FROM_FLASH_ID(
uint16 flashId
)
Static function to create a FlashInfo object from the given flash ID from eeprom.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FlashInfo-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FlashInfo-ToolTips.js deleted file mode 100644 index 7b4d4856f..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FlashInfo-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7024:"
Contains flash information of a WirelessNode.
",7031:"
FlashInfo(
uint32 storage,
uint32 block,
uint32 page,
uint32 bandwidth
)
Creates a FlashInfo object.
",7905:"
WirelessNode
A class representing a MicroStrain wireless node
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FlashInfo.html b/v66.0.1/MSCL_Docs/classes/C/FlashInfo.html deleted file mode 100644 index 0a7fcc2b3..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FlashInfo.html +++ /dev/null @@ -1,72 +0,0 @@ - - -FlashInfo - - - - - - - -
-
FlashInfo
-

Contains flash information of a WirelessNode.

-
- -
-
Variables
-
- -
-
storageSize
-
uint32 storageSize
-

The total storage size, in bytes.

-
- -
-
blockSize
-
uint32 blockSize
-

The size of a datalogging Block, in bytes.

-
- -
-
pageSize
-
uint32 pageSize
-

The size of a datalogging Page, in bytes.

-
- -
-
maxBandwidth
-
uint32 maxBandwidth
-

The max flash bandwidth (bytes per second) that is supported for logging.

-
- -
-
Functions
-
- -
-
FlashInfo
-
FlashInfo(
uint32 storage,
uint32 block,
uint32 page,
uint32 bandwidth
)
-

Creates a FlashInfo object.

-
- -
-
FLASH_SST25VF032B
-
static FlashInfo FLASH_SST25VF032B()
-

Static function to create a FlashInfo object for the SST25VF032B Flash.

Returns

A FlashInfo made for the SST25VF032B.

-
- -
-
FLASH_IS25WP128
-
static FlashInfo FLASH_IS25WP128()
-

Static function to create a FlashInfo object for the IS25WP128 Flash.

Returns

A FlashInfo made for the IS25WP128.

-
- -
-
FROM_FLASH_ID
-
static FlashInfo FROM_FLASH_ID(
uint16 flashId
)
-

Static function to create a FlashInfo object from the given flash ID from eeprom.

Returns

A FlashInfo for the given flash ID.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FloatCommand-Summary.js b/v66.0.1/MSCL_Docs/classes/C/FloatCommand-Summary.js deleted file mode 100644 index 94905951f..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FloatCommand-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:FloatCommand","FloatCommand");NDSummary.OnSummaryLoaded("CClass:FloatCommand",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[720,0,0,"FloatCommand"],[721,0,2,"Functions","Functions"],[722,0,1,"commandName","commandName"],[723,0,1,"MakeSetCommand","MakeSetCommand"],[724,0,1,"MakeGetCommand","MakeGetCommand"],[725,0,1,"getResponseData","getResponseData"],[726,0,1,"operator ByteStream","operator_ByteStream"],[727,0,1,"Constructor FloatCommand","Constructor_FloatCommand"],[728,0,1,"commandType","commandType"],[729,0,1,"fieldDataByte","fieldDataByte"],[730,0,1,"responseExpected","responseExpected"],[731,0,2,"Variables","Variables"],[732,0,3,"m_cmd","m_cmd"],[733,0,3,"m_functionSelector","m_functionSelector"],[734,0,3,"m_data","m_data"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FloatCommand-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FloatCommand-SummaryToolTips.js deleted file mode 100644 index d739967df..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FloatCommand-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:FloatCommand",{720:"
FloatCommand
A generic command class that contains the logic for any command that deals only with one or more floats.
",722:"
virtual std::string commandName() const
",723:"
static FloatCommand MakeSetCommand(
MipTypes::Command cmd,
const std::vector<float> &data
)
Parameter: cmd The specific MipTypes::Command type to be constructed
",724:"
static FloatCommand MakeGetCommand(
MipTypes::Command cmd
)
Parameter: cmd The specific MipTypes::Command type to be constructed
",725:"
std::vector<float> getResponseData(
const GenericMipCmdResponse &response
)
",726:"
operator ByteStream() const
Converts this class to a ByteStream.
",727:"
Private constructor creates a FloatCommand object.  Use Make___Command methods to create an object.
",728:"
virtual MipTypes::Command commandType() const
",729:"
virtual uint8 fieldDataByte() const
",730:"
virtual bool responseExpected() const
",732:"
MipTypes::Command m_cmd
The specific MipTypes::Command type of this object
",733:"
MipTypes::FunctionSelector m_functionSelector
The FunctionSelector type of command to send, get/set, reset to factory defaults, et al.
",734:"
std::vector<float> m_data
The float data to send to the device.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FloatCommand-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/FloatCommand-ToolTips.js deleted file mode 100644 index d83c877b6..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FloatCommand-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({720:"
FloatCommand
A generic command class that contains the logic for any command that deals only with one or more floats.
",2927:"
GenericMipCmdResponse
Represents the response to a GenericMipCommand.
",3158:"
The enums for all the different types/categories of MIP commands and data.
",3171:"
The enums for all of the different MIP commands.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/FloatCommand.html b/v66.0.1/MSCL_Docs/classes/C/FloatCommand.html deleted file mode 100644 index d650db60f..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/FloatCommand.html +++ /dev/null @@ -1,96 +0,0 @@ - - -FloatCommand - - - - - - - -
-
FloatCommand
-
public
MipCommand
FloatCommand
-

A generic command class that contains the logic for any command that deals only with one or more floats.

-
- -
-
Functions
-
- -
-
commandName
-
virtual std::string commandName() const
-
Returns
std::string

the string name for the command.

-
- -
-
MakeSetCommand
-
static FloatCommand MakeSetCommand(
MipTypes::Command cmd,
const std::vector<float> &data
)
-

Parameter: cmd The specific MipTypes::Command type to be constructed

Parameter: dataToUse The list of floats to set.

Returns
FloatCommand

object set up for sending a set command.

-
- -
-
MakeGetCommand
-
static FloatCommand MakeGetCommand(
MipTypes::Command cmd
)
-

Parameter: cmd The specific MipTypes::Command type to be constructed

Returns
FloatCommand

object set up for sending a get command.

-
- -
-
getResponseData
-
std::vector<float> getResponseData(
const GenericMipCmdResponse &response
)
-
Parameter
response
const GenericMipCmdResponse&

The GenericMipCmdResponse object from which to get formatted data.

Returns
vector of floats

An collection of floats with the data returned from the device.

-
- -
-
operator ByteStream
-
operator ByteStream() const
-

Converts this class to a ByteStream.

-
- -
-
Constructor FloatCommand
-

Private constructor creates a FloatCommand object.  Use Make___Command methods to create an object.

-
- -
-
commandType
-
virtual MipTypes::Command commandType() const
-
Returns
MipTypes::Command

the command ID.

-
- -
-
fieldDataByte
-
virtual uint8 fieldDataByte() const
-
Returns
uint8

the byte ID for field data in the reply.

-
- -
-
responseExpected
-
virtual bool responseExpected() const
-
Returns
bool

True indicates that a response should return from the device.

-
- -
-
Variables
-
- -
-
m_cmd
- -

The specific MipTypes::Command type of this object

-
- -
-
m_functionSelector
-
MipTypes::FunctionSelector m_functionSelector
-

The FunctionSelector type of command to send, get/set, reset to factory defaults, et al.

-
- -
-
m_data
-
std::vector<float> m_data
-

The float data to send to the device.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GNSS_AssistTimeUpdate-Summary.js b/v66.0.1/MSCL_Docs/classes/C/GNSS_AssistTimeUpdate-Summary.js deleted file mode 100644 index c60f3fc0f..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GNSS_AssistTimeUpdate-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:GNSS_AssistTimeUpdate","GNSS_AssistTimeUpdate");NDSummary.OnSummaryLoaded("CClass:GNSS_AssistTimeUpdate",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[652,0,0,"GNSS_AssistTimeUpdate"],[653,0,3,"Functions","Functions"],[654,0,2,"CommandId","CommandId"],[655,0,3,"Constants","Constants"],[656,0,1,"Packet Bytes","Packet_Bytes"],[657,0,1,,"FIELD_DATA_BYTE"],[658,0,3,"Functions","Functions(2)"],[659,0,2,"buildCommand_get","buildCommand_get"],[660,0,2,"buildCommand_set","buildCommand_set"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GNSS_AssistTimeUpdate-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/GNSS_AssistTimeUpdate-SummaryToolTips.js deleted file mode 100644 index 1b2608a7a..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GNSS_AssistTimeUpdate-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:GNSS_AssistTimeUpdate",{652:"
GNSS_AssistTimeUpdate
Contains the logic for the Inertial GNSS Assist TimeUpdate command.  It is important to note that this command will get a Nack back every time after the first from power up.
",654:"
virtual MipTypes::Command commandId() const override
",659:"
ByteStream buildCommand_get()
Builds the bytes for the "get" command.  Returns: A ByteStream containing the GNSS_AssistTimeUpdate command packet
",660:"
ByteStream buildCommand_set(
const TimeUpdate&
)
Builds the bytes for the "set" command.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GNSS_AssistTimeUpdate-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/GNSS_AssistTimeUpdate-ToolTips.js deleted file mode 100644 index 0829f7d2b..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GNSS_AssistTimeUpdate-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2937:"
GenericMipCommand
Represents a base class for MIP commands
",3171:"
The enums for all of the different MIP commands.
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GNSS_AssistTimeUpdate.html b/v66.0.1/MSCL_Docs/classes/C/GNSS_AssistTimeUpdate.html deleted file mode 100644 index eb85f5521..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GNSS_AssistTimeUpdate.html +++ /dev/null @@ -1,52 +0,0 @@ - - -GNSS_AssistTimeUpdate - - - - - - - -
-
GNSS_AssistTimeUpdate
-
private
GenericMipCommand
GNSS_AssistTimeUpdate
-

Contains the logic for the Inertial GNSS Assist TimeUpdate command.  It is important to note that this command will get a Nack back every time after the first from power up.

-
- -
-
Functions
-
- -
-
CommandId
-
virtual MipTypes::Command commandId() const override
-
Returns
MipTypes::Command

the command ID.

-
- -
-
Constants
-
- -
-
Packet Bytes
-
FIELD_DATA_BYTE

Descriptor byte for the Field data.

-
- -
-
Functions
-
- -
-
buildCommand_get
-
ByteStream buildCommand_get()
-

Builds the bytes for the "get" command.  Returns: A ByteStream containing the GNSS_AssistTimeUpdate command packet

-
- -
-
buildCommand_set
-
ByteStream buildCommand_set(
const TimeUpdate&
)
-

Builds the bytes for the "set" command.

Parameters
FieldData

The data to set.  Returns: A ByteStream containing the GNSS_AssistTimeUpdate command packet

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GNSS_AssistedFixControl-Summary.js b/v66.0.1/MSCL_Docs/classes/C/GNSS_AssistedFixControl-Summary.js deleted file mode 100644 index f4f9c599b..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GNSS_AssistedFixControl-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:GNSS_AssistedFixControl","GNSS_AssistedFixControl");NDSummary.OnSummaryLoaded("CClass:GNSS_AssistedFixControl",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[693,0,0,"GNSS_AssistedFixControl"],[694,0,3,"Constants","Constants"],[695,0,1,"Packet Bytes","Packet_Bytes"],[696,0,1,,"FIELD_DATA_BYTE"],[697,0,3,"Functions","Functions"],[698,0,2,"buildCommand_get","buildCommand_get"],[699,0,2,"buildCommand_set","buildCommand_set"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GNSS_AssistedFixControl-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/GNSS_AssistedFixControl-SummaryToolTips.js deleted file mode 100644 index 2e16610cc..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GNSS_AssistedFixControl-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:GNSS_AssistedFixControl",{693:"
GNSS_AssistedFixControl
Contains the logic for the Inertial GNSS Assist Fix Control command.
",698:"
static ByteStream buildCommand_get()
Builds the bytes for the "get" command.
",699:"
static ByteStream buildCommand_set(
bool enableAssistedFix
)
Builds the bytes for the "set" command.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GNSS_AssistedFixControl-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/GNSS_AssistedFixControl-ToolTips.js deleted file mode 100644 index 64cd19807..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GNSS_AssistedFixControl-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2937:"
GenericMipCommand
Represents a base class for MIP commands
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GNSS_AssistedFixControl.html b/v66.0.1/MSCL_Docs/classes/C/GNSS_AssistedFixControl.html deleted file mode 100644 index 98734f9d2..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GNSS_AssistedFixControl.html +++ /dev/null @@ -1,42 +0,0 @@ - - -GNSS_AssistedFixControl - - - - - - - -
-
GNSS_AssistedFixControl
-
private
GenericMipCommand
GNSS_AssistedFixControl
-

Contains the logic for the Inertial GNSS Assist Fix Control command.

-
- -
-
Constants
-
- -
-
Packet Bytes
-
FIELD_DATA_BYTE

Descriptor byte for the Field data.

-
- -
-
Functions
-
- -
-
buildCommand_get
-
static ByteStream buildCommand_get()
-

Builds the bytes for the "get" command.

Returns

A ByteStream containing the GNSS_AssistedFixControl command packet

-
- -
-
buildCommand_set
-
static ByteStream buildCommand_set(
bool enableAssistedFix
)
-

Builds the bytes for the "set" command.

Parameters
enableAssistedFix
bool

boolean value.  If true, enables assisted fix.

Returns

A ByteStream containing the GNSS_AssistedFixControl command packet

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GNSS_ConstellationSettings-Summary.js b/v66.0.1/MSCL_Docs/classes/C/GNSS_ConstellationSettings-Summary.js deleted file mode 100644 index 99e73e210..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GNSS_ConstellationSettings-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:GNSS_ConstellationSettings","GNSS_ConstellationSettings");NDSummary.OnSummaryLoaded("CClass:GNSS_ConstellationSettings",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[616,0,0,"GNSS_ConstellationSettings"],[617,0,2,"Functions","Functions"],[618,0,1,"commandType","commandType"],[619,0,1,"fieldDataByte","fieldDataByte"],[620,0,1,"commandName","commandName"],[621,0,1,"responseExpected","responseExpected"],[622,0,1,"MakeSetCommand","MakeSetCommand"],[623,0,1,"MakeGetCommand","MakeGetCommand"],[624,0,1,"MakeResetToDefaultCommand","MakeResetToDefaultCommand"],[625,0,1,"getResponseData","getResponseData"],[626,0,1,"operator ByteStream","operator_ByteStream"],[627,0,2,"Variables","Variables"],[628,0,3,"m_functionSelector","m_functionSelector"],[629,0,3,"m_data","m_data"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GNSS_ConstellationSettings-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/GNSS_ConstellationSettings-SummaryToolTips.js deleted file mode 100644 index 880fdd614..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GNSS_ConstellationSettings-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:GNSS_ConstellationSettings",{616:"
GNSS_ConstellationSettings
Contains the logic for the "GNSS Constellation Settings" command
",618:"
virtual MipTypes::Command commandType() const
",619:"
virtual uint8 fieldDataByte() const
",620:"
virtual std::string commandName() const
",621:"
virtual bool responseExpected() const
",622:"
static GNSS_ConstellationSettings MakeSetCommand(
ConstellationSettingsData
)
",623:"
static GNSS_ConstellationSettings MakeGetCommand()
",624:"
static GNSS_ConstellationSettings MakeResetToDefaultCommand()
",625:"
static ConstellationSettingsData getResponseData(
const GenericMipCmdResponse &response
)
",626:"
operator ByteStream() const
Converts this class to a ByteStream.
",628:"
MipTypes::FunctionSelector m_functionSelector
The MipTypes::FunctionSelector type of command to send, get/set, reset to factory defaults, et al.
",629:"
ConstellationSettingsData m_data
The ConstellationSettingsData to send to the device.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GNSS_ConstellationSettings-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/GNSS_ConstellationSettings-ToolTips.js deleted file mode 100644 index b8c0f7350..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GNSS_ConstellationSettings-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({616:"
GNSS_ConstellationSettings
Contains the logic for the "GNSS Constellation Settings" command
",2017:"
Contains the data for the InertialNode::setConstellationSettings API call.
",2927:"
GenericMipCmdResponse
Represents the response to a GenericMipCommand.
",3158:"
The enums for all the different types/categories of MIP commands and data.
",3171:"
The enums for all of the different MIP commands.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GNSS_ConstellationSettings.html b/v66.0.1/MSCL_Docs/classes/C/GNSS_ConstellationSettings.html deleted file mode 100644 index 54646c2d5..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GNSS_ConstellationSettings.html +++ /dev/null @@ -1,91 +0,0 @@ - - -GNSS_ConstellationSettings - - - - - - - -
-
GNSS_ConstellationSettings
-
public
MipCommand
GNSS_ConstellationSettings
-

Contains the logic for the "GNSS Constellation Settings" command

-
- -
-
Functions
-
- -
-
commandType
-
virtual MipTypes::Command commandType() const
-
Returns
MipTypes::Command

the command ID.

-
- -
-
fieldDataByte
-
virtual uint8 fieldDataByte() const
-
Returns
uint8

the byte ID for field data in the reply.

-
- -
-
commandName
-
virtual std::string commandName() const
-
Returns
std::string

the string name for this class.

-
- -
-
responseExpected
-
virtual bool responseExpected() const
-
Returns
bool

True indicates that a response should return from the device.

-
- -
-
MakeSetCommand
-
static GNSS_ConstellationSettings MakeSetCommand(
ConstellationSettingsData
)
-
Returns
GNSS_ConstellationSettings

object set up to send a set command.

-
- -
-
MakeGetCommand
-
static GNSS_ConstellationSettings MakeGetCommand()
-
Returns
GNSS_ConstellationSettings

object set up to send a get command.

-
- -
-
MakeResetToDefaultCommand
-
static GNSS_ConstellationSettings MakeResetToDefaultCommand()
-
Returns
bool

True indicates that a response should return from the device.

-
- -
-
getResponseData
-
static ConstellationSettingsData getResponseData(
const GenericMipCmdResponse &response
)
-
Returns
ConstellationSettingsData

An object with the data returned from the device.

-
- -
-
operator ByteStream
-
operator ByteStream() const
-

Converts this class to a ByteStream.

-
- -
-
Variables
-
- -
-
m_functionSelector
-
MipTypes::FunctionSelector m_functionSelector
-

The MipTypes::FunctionSelector type of command to send, get/set, reset to factory defaults, et al.

-
- -
-
m_data
- -

The ConstellationSettingsData to send to the device.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GNSS_SourceControl-Summary.js b/v66.0.1/MSCL_Docs/classes/C/GNSS_SourceControl-Summary.js deleted file mode 100644 index 7141b12bf..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GNSS_SourceControl-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:GNSS_SourceControl","GNSS_SourceControl");NDSummary.OnSummaryLoaded("CClass:GNSS_SourceControl",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[666,0,0,"GNSS_SourceControl"],[667,0,2,"Functions","Functions"],[668,0,1,"commandName","commandName"],[669,0,1,"MakeSetCommand","MakeSetCommand"],[670,0,1,"MakeGetCommand","MakeGetCommand"],[671,0,1,"getResponseData","getResponseData"],[672,0,1,"operator ByteStream","operator_ByteStream"],[673,0,1,"Constructor GNSS_SourceControl","Constructor_GNSS_SourceControl"],[674,0,1,"commandType","commandType"],[675,0,1,"fieldDataByte","fieldDataByte"],[676,0,1,"responseExpected","responseExpected"],[677,0,2,"Variables","Variables"],[678,0,3,"m_functionSelector","m_functionSelector"],[679,0,3,"m_gnssSource","m_gnssSource"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GNSS_SourceControl-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/GNSS_SourceControl-SummaryToolTips.js deleted file mode 100644 index 8aca20e3d..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GNSS_SourceControl-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:GNSS_SourceControl",{666:"
GNSS_SourceControl
Contains the logic for the Inertial GNSS_SourceControl command.
",668:"
virtual std::string commandName() const
",669:"
static GNSS_SourceControl MakeSetCommand(
const InertialTypes::GNSS_Source &dataToUse
)
Parameter: dataToUse The GNSS_Source object to set.
",670:"
static GNSS_SourceControl MakeGetCommand()
",671:"
static InertialTypes::GNSS_Source getResponseData(
const GenericMipCmdResponse &response
)
",672:"
operator ByteStream() const
Converts this class to a ByteStream.
",673:"
Private constructor creates a GNSS_SourceControl object.  Use Make___Command methods to create an object.
",674:"
virtual MipTypes::Command commandType() const
",675:"
virtual uint8 fieldDataByte() const
",676:"
virtual bool responseExpected() const
",678:"
MipTypes::FunctionSelector m_functionSelector
The FunctionSelector type of command to send, get/set, reset to factory defaults, et al.
",679:"
InertialTypes::GNSS_Source m_gnssSource
The GNSS_Source to send to the device.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GNSS_SourceControl-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/GNSS_SourceControl-ToolTips.js deleted file mode 100644 index 4340cc945..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GNSS_SourceControl-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({666:"
GNSS_SourceControl
Contains the logic for the Inertial GNSS_SourceControl command.
",1676:"
Dictates whether GNSS source is all internal, external, or single internal.
",2927:"
GenericMipCmdResponse
Represents the response to a GenericMipCommand.
",3158:"
The enums for all the different types/categories of MIP commands and data.
",3171:"
The enums for all of the different MIP commands.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GNSS_SourceControl.html b/v66.0.1/MSCL_Docs/classes/C/GNSS_SourceControl.html deleted file mode 100644 index 940285a13..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GNSS_SourceControl.html +++ /dev/null @@ -1,90 +0,0 @@ - - -GNSS_SourceControl - - - - - - - -
-
GNSS_SourceControl
-
public
MipCommand
GNSS_SourceControl
-

Contains the logic for the Inertial GNSS_SourceControl command.

-
- -
-
Functions
-
- -
-
commandName
-
virtual std::string commandName() const
-
Returns
std::string

the string name for this class.

-
- -
-
MakeSetCommand
-
static GNSS_SourceControl MakeSetCommand(
const InertialTypes::GNSS_Source &dataToUse
)
-

Parameter: dataToUse The GNSS_Source object to set.

Returns
GNSS_SourceControl

object set up for sending a set command.

-
- -
-
MakeGetCommand
-
static GNSS_SourceControl MakeGetCommand()
-
Returns
GNSS_SourceControl

object set up for sending a get command.

-
- -
-
getResponseData
-
static InertialTypes::GNSS_Source getResponseData(
const GenericMipCmdResponse &response
)
-
Parameter
response
const GenericMipCmdResponse&

The GenericMipCmdResponse object from which to get formatted data.

Returns
ConstellationSettingsData

An object with the data returned from the device.

-
- -
-
operator ByteStream
-
operator ByteStream() const
-

Converts this class to a ByteStream.

-
- -
-
Constructor GNSS_SourceControl
-

Private constructor creates a GNSS_SourceControl object.  Use Make___Command methods to create an object.

-
- -
-
commandType
-
virtual MipTypes::Command commandType() const
-
Returns
MipTypes::Command

the command ID.

-
- -
-
fieldDataByte
-
virtual uint8 fieldDataByte() const
-
Returns
uint8

the byte ID for field data in the reply.

-
- -
-
responseExpected
-
virtual bool responseExpected() const
-
Returns
bool

True indicates that a response should return from the device.

-
- -
-
Variables
-
- -
-
m_functionSelector
-
MipTypes::FunctionSelector m_functionSelector
-

The FunctionSelector type of command to send, get/set, reset to factory defaults, et al.

-
- -
-
m_gnssSource
-
InertialTypes::GNSS_Source m_gnssSource
-

The GNSS_Source to send to the device.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GPSTimeUpdate-Summary.js b/v66.0.1/MSCL_Docs/classes/C/GPSTimeUpdate-Summary.js deleted file mode 100644 index 14e03ab0c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GPSTimeUpdate-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:GPSTimeUpdate","GPSTimeUpdate");NDSummary.OnSummaryLoaded("CClass:GPSTimeUpdate",[["C/C++","C"]],[["Classes","Class"],["Enums","Enumeration"],["Functions","Function"],["Groups","Group"]],[[2835,0,0,"GPSTimeUpdate"],[2836,0,3,"Functions","Functions"],[2837,0,2,"CommandId","CommandId"],[2838,0,3,"Types","Types"],[2839,0,1,"TimeFieldSelector","TimeFieldSelector"],[2840,0,3,"Functions","Functions(2)"],[2841,0,2,"GPSTimeUpdate","GPSTimeUpdate"],[2842,0,2,"~GPSTimeUpdate","~GPSTimeUpdate"],[2843,0,2,"GetWeekValue","GetWeekValue"],[2844,0,2,"GetSecondsValue","GetSecondsValue"],[2845,0,2,"SetWeekValue","SetWeekValue"],[2846,0,2,"SetSecondsValue","SetSecondsValue"],[2847,0,2,"resetToFactorySettings","resetToFactorySettings"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GPSTimeUpdate-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/GPSTimeUpdate-SummaryToolTips.js deleted file mode 100644 index dc0c37a79..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GPSTimeUpdate-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:GPSTimeUpdate",{2835:"
GPSTimeUpdate
Contains the logic for the Inertial GPSTimeUpdate command.
",2837:"
virtual MipTypes::Command commandId() const override
",2839:"
The enums to represnt type of time being sent/received.  GPS_WEEK_NUMBER - used to identify time being sent or received as a week number type.  GPS_SECONDS  - used to identify time being sent or received as a seconds type.
",2841:"
GPSTimeUpdate()
Creates a GPSTimeUpdate object.
",2842:"
virtual ~GPSTimeUpdate()
",2843:"
ByteStream GetWeekValue()
Builds the bytes to get the GPS week value.
",2844:"
ByteStream GetSecondsValue()
Builds the bytes to get the GPS seconds value.
",2845:"
ByteStream SetWeekValue(
uint32 timeData
)
Builds the bytes for the "set" command.
",2846:"
ByteStream SetSecondsValue(
uint32 timeData
)
Builds the bytes for the "set" command.
",2847:"
ByteStream resetToFactorySettings()
Builds the bytes for the "set" command.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GPSTimeUpdate-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/GPSTimeUpdate-ToolTips.js deleted file mode 100644 index 0829f7d2b..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GPSTimeUpdate-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2937:"
GenericMipCommand
Represents a base class for MIP commands
",3171:"
The enums for all of the different MIP commands.
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GPSTimeUpdate.html b/v66.0.1/MSCL_Docs/classes/C/GPSTimeUpdate.html deleted file mode 100644 index 6e0d53522..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GPSTimeUpdate.html +++ /dev/null @@ -1,81 +0,0 @@ - - -GPSTimeUpdate - - - - - - - -
-
GPSTimeUpdate
- -

Contains the logic for the Inertial GPSTimeUpdate command.

-
- -
-
Functions
-
- -
-
CommandId
-
virtual MipTypes::Command commandId() const override
-
Returns
MipTypes::Command

the command ID.

-
- -
-
Types
-
- -
-
TimeFieldSelector
-

The enums to represnt type of time being sent/received.  GPS_WEEK_NUMBER - used to identify time being sent or received as a week number type.  GPS_SECONDS  - used to identify time being sent or received as a seconds type.

-
- -
-
Functions
-
- -
-
GPSTimeUpdate
-
GPSTimeUpdate()
-

Creates a GPSTimeUpdate object.

-
- -
-
~GPSTimeUpdate
-
virtual ~GPSTimeUpdate()
-
- -
-
GetWeekValue
-
ByteStream GetWeekValue()
-

Builds the bytes to get the GPS week value.

Returns

A ByteStream containing the GPSTimeUpdate command packet

-
- -
-
GetSecondsValue
-
ByteStream GetSecondsValue()
-

Builds the bytes to get the GPS seconds value.

Returns

A ByteStream containing the GPSTimeUpdate command packet

-
- -
-
SetWeekValue
-
ByteStream SetWeekValue(
uint32 timeData
)
-

Builds the bytes for the "set" command.

Parameters
timeData
uint32

The week time to set.

Returns

A ByteStream containing the GPSTimeUpdate command packet

-
- -
-
SetSecondsValue
-
ByteStream SetSecondsValue(
uint32 timeData
)
-

Builds the bytes for the "set" command.

Parameters
timeData
uint32

The seconds time to set.

Returns

A ByteStream containing the GPSTimeUpdate command packet

-
- -
-
resetToFactorySettings
-
ByteStream resetToFactorySettings()
-

Builds the bytes for the "set" command.

Returns

A ByteStream containing the GPSTimeUpdate command packet

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT-Summary.js b/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT-Summary.js deleted file mode 100644 index 4b22caa4b..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:GQ7ContinuousBIT","GQ7ContinuousBIT");NDSummary.OnSummaryLoaded("CClass:GQ7ContinuousBIT",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[5066,0,0,"GQ7ContinuousBIT"],[5067,0,2,"Functions","Functions"],[5068,0,1,"GQ7ContinuousBIT","GQ7ContinuousBIT"],[5069,0,1,"GQ7ContinuousBIT","GQ7ContinuousBIT(2)"],[5070,0,1,"system","system"],[5071,0,1,"systemClockFailure","systemClockFailure"],[5072,0,1,"powerFault","powerFault"],[5073,0,1,"firmwareFault","firmwareFault"],[5074,0,1,"timingOverload","timingOverload"],[5075,0,1,"bufferOverrun","bufferOverrun"],[5076,0,1,"imuIpcFault","imuIpcFault"],[5077,0,1,"imuControlLineFault","imuControlLineFault"],[5078,0,1,"imuCommandResponseFault","imuCommandResponseFault"],[5079,0,1,"imuSpiTransferFault","imuSpiTransferFault"],[5080,0,1,"imuDataFrameFault","imuDataFrameFault"],[5081,0,1,"filterIpcFault","filterIpcFault"],[5082,0,1,"filterControlLineFault","filterControlLineFault"],[5083,0,1,"filterCommandResponseFault","filterCommandResponseFault"],[5084,0,1,"filterSpiTransferFault","filterSpiTransferFault"],[5085,0,1,"filterDataFrameFault","filterDataFrameFault"],[5086,0,1,"gnssIpcFault","gnssIpcFault"],[5087,0,1,"gnssControlLineFault","gnssControlLineFault"],[5088,0,1,"gnssCommandResponseFault","gnssCommandResponseFault"],[5089,0,1,"gnssSpiTransferFault","gnssSpiTransferFault"],[5090,0,1,"gnssDataFrameFault","gnssDataFrameFault"],[5091,0,1,"imu","imu"],[5092,0,1,"imuClockFault","imuClockFault"],[5093,0,1,"imuCommunicationFault","imuCommunicationFault"],[5094,0,1,"imuTimingOverrun","imuTimingOverrun"],[5095,0,1,"imuCalibrationErrorAccel","imuCalibrationErrorAccel"],[5096,0,1,"imuCalibrationErrorGyro","imuCalibrationErrorGyro"],[5097,0,1,"imuCalibrationErrorMag","imuCalibrationErrorMag"],[5098,0,1,"accelGeneralFault","accelGeneralFault"],[5099,0,1,"accelOverrange","accelOverrange"],[5100,0,1,"accelSelfTest","accelSelfTest"],[5101,0,1,"gyroGeneralFault","gyroGeneralFault"],[5102,0,1,"gyroOverrange","gyroOverrange"],[5103,0,1,"gyroSelfTest","gyroSelfTest"],[5104,0,1,"magGeneralFault","magGeneralFault"],[5105,0,1,"magOverrange","magOverrange"],[5106,0,1,"magSelfTest","magSelfTest"],[5107,0,1,"pressureGeneralFault","pressureGeneralFault"],[5108,0,1,"pressureOverrange","pressureOverrange"],[5109,0,1,"pressureSelfTest","pressureSelfTest"],[5110,0,1,"filter","filter"],[5111,0,1,"filterClockFault","filterClockFault"],[5112,0,1,"filterHardwareFault","filterHardwareFault"],[5113,0,1,"filterTimingOverrun","filterTimingOverrun"],[5114,0,1,"filterTimingUnderrun","filterTimingUnderrun"],[5115,0,1,"filterCommunicationError","filterCommunicationError"],[5116,0,1,"filterCommunicationErrorImuSpi","filterCommunicationErrorImuSpi"],[5117,0,1,"filterCommunicationErrorGnssSpi","filterCommunicationErrorGnssSpi"],[5118,0,1,"communicationErrorCommsSpi","communicationErrorCommsSpi"],[5119,0,1,"filterCommunicationErrorCommsUart","filterCommunicationErrorCommsUart"],[5120,0,1,"gnss","gnss"],[5121,0,1,"gnssClockFault","gnssClockFault"],[5122,0,1,"gnssHardwareFault","gnssHardwareFault"],[5123,0,1,"gnssCommunicationError","gnssCommunicationError"],[5124,0,1,"gnssCommunicationErrorCommsSerial","gnssCommunicationErrorCommsSerial"],[5125,0,1,"gnssCommunicationErrorCommsSpi","gnssCommunicationErrorCommsSpi"],[5126,0,1,"gnssCommunicationErrorNavSpi","gnssCommunicationErrorNavSpi"],[5127,0,1,"gpsTimeFault","gpsTimeFault"],[5128,0,1,"gnssTimingOverrun","gnssTimingOverrun"],[5129,0,1,"gnssPowerFaultReceiver1","gnssPowerFaultReceiver1"],[5130,0,1,"gnssFaultReceiver1","gnssFaultReceiver1"],[5131,0,1,"gnssShortedAntenna1","gnssShortedAntenna1"],[5132,0,1,"gnssOpenAntenna1","gnssOpenAntenna1"],[5133,0,1,"gnssSolutionFaultReceiver1","gnssSolutionFaultReceiver1"],[5134,0,1,"gnssPowerFaultReceiver2","gnssPowerFaultReceiver2"],[5135,0,1,"gnssFaultReceiver2","gnssFaultReceiver2"],[5136,0,1,"gnssShortedAntenna2","gnssShortedAntenna2"],[5137,0,1,"gnssOpenAntenna2","gnssOpenAntenna2"],[5138,0,1,"gnssSolutionFaultReceiver2","gnssSolutionFaultReceiver2"],[5139,0,1,"rtcmCommunicationFault","rtcmCommunicationFault"],[5140,0,1,"rtkDongleFault","rtkDongleFault"],[5141,0,1,"as_MipDataPoints","as_MipDataPoints"],[5142,0,2,"Variables","Variables"],[5143,0,3,"m_system","m_system"],[5144,0,3,"m_imu","m_imu"],[5145,0,3,"m_filter","m_filter"],[5146,0,3,"m_gnss","m_gnss"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT-SummaryToolTips.js deleted file mode 100644 index b101fe24f..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:GQ7ContinuousBIT",{5066:"
GQ7ContinuousBIT
Continuous Built-In Test flag data
",5068:"
GQ7ContinuousBIT() = delete
",5069:"
explicit GQ7ContinuousBIT(
Bytes bytes
)
",5070:"
GQ7ContinuousBIT_System system() const
Gets information for system flags (bits 0-31)
",5071:"
bool systemClockFailure() const override
Gets the value of the System Clock Failure bit (bit 0)
",5072:"
bool powerFault() const override
Gets the value of the Power Fault bit (bit 1)
",5073:"
bool firmwareFault() const override
Gets the value of the Firmware Fault bit (bit 4)
",5074:"
bool timingOverload() const override
Gets the value of the Timing Overload bit (bit 5)
",5075:"
bool bufferOverrun() const override
Gets the value of the Buffer Overrun bit (bit 6)
",5076:"
uint8 imuIpcFault() const
Gets the value of the IMU IPC fault flags (bits 16-19)
",5077:"
bool imuControlLineFault() const
Gets the value of the IMU Control Line Fault bit (bit 16)
",5078:"
bool imuCommandResponseFault() const
Gets the value of the IMU Command Response Fault bit (bit 17)
",5079:"
bool imuSpiTransferFault() const
Gets the value of the IMU SPI Transfer Fault bit (bit 18)
",5080:"
bool imuDataFrameFault() const
Gets the value of the IMU Data Frame Fault bit (bit 19)
",5081:"
uint8 filterIpcFault() const
Gets the value of the Filter IPC fault flags (bits 20-23)
",5082:"
bool filterControlLineFault() const
Gets the value of the Filter Control Line Fault bit (bit 20)
",5083:"
bool filterCommandResponseFault() const
Gets the value of the Filter Command Response Fault bit (bit 21)
",5084:"
bool filterSpiTransferFault() const
Gets the value of the Filter SPI Transfer Fault bit (bit 22)
",5085:"
bool filterDataFrameFault() const
Gets the value of the Filter Data Frame Fault bit (bit 23)
",5086:"
uint8 gnssIpcFault() const
Gets the value of the GNSS IPC fault flags (bits 24-27)
",5087:"
bool gnssControlLineFault() const
Gets the value of the GNSS Control Line Fault bit (bit 24)
",5088:"
bool gnssCommandResponseFault() const
Gets the value of the GNSS Command Response Fault bit (bit 25)
",5089:"
bool gnssSpiTransferFault() const
Gets the value of the GNSS SPI Transfer Fault bit (bit 26)
",5090:"
bool gnssDataFrameFault() const
Gets the value of the GNSS Data Frame Fault bit (bit 27)
",5091:"
GQ7ContinuousBIT_IMU imu() const
Gets information for IMU flags (bits 32-63)
",5092:"
bool imuClockFault() const override
Gets the value of the IMU Clock Fault bit (bit 32)
",5093:"
bool imuCommunicationFault() const override
Gets the value of the IMU Communication Fault bit (bit 33)
",5094:"
bool imuTimingOverrun() const override
Gets the value of the IMU Timing Overrun bit (bit 34)
",5095:"
bool imuCalibrationErrorAccel() const override
Gets the value of the IMU Calibration Error Accelerometer bit (bit 36)
",5096:"
bool imuCalibrationErrorGyro() const override
Gets the value of the IMU Calibration Error Gyroscope bit (bit 37)
",5097:"
bool imuCalibrationErrorMag() const override
Gets the value of the IMU Calibration Error Magnetometer bit (bit 38)
",5098:"
bool accelGeneralFault() const override
Gets the value of the Accelerometer General Fault bit (bit 40)
",5099:"
bool accelOverrange() const override
Gets the value of the Accelerometer Overrange bit (bit 41)
",5100:"
bool accelSelfTestFail() const override
Gets the value of the Accelerometer Self Test bit (bit 42)
",5101:"
bool gyroGeneralFault() const override
Gets the value of the Gyroscope General Fault bit (bit 44)
",5102:"
bool gyroOverrange() const override
Gets the value of the Gyroscope Overrange bit (bit 45)
",5103:"
bool gyroSelfTestFail() const override
Gets the value of the Gyroscope Self Test bit (bit 46)
",5104:"
bool magGeneralFault() const override
Gets the value of the Magnetometer General Fault bit (bit 48)
",5105:"
bool magOverrange() const override
Gets the value of the Magnetometer Overrange bit (bit 49)
",5106:"
bool magSelfTestFail() const override
Gets the value of the Magnetometer Self Test bit (bit 50)
",5107:"
bool pressureGeneralFault() const override
Gets the value of the Pressure General Fault bit (bit 52)
",5108:"
bool pressureOverrange() const override
Gets the value of the Pressure Overrange bit (bit 53)
",5109:"
bool pressureSelfTestFail() const override
Gets the value of the Pressure Self Test bit (bit 54)
",5110:"
GQ7ContinuousBIT_Filter filter() const
Gets information for filter flags (bits 64-95)
",5111:"
bool filterClockFault() const
Gets the value of the Filter Clock Fault bit (bit 64)
",5112:"
bool filterHardwareFault() const
Gets the value of the Filter Hardware Fault bit (bit 65)
",5113:"
bool filterTimingOverrun() const override
Gets the value of the Filter Timing Overrun bit (bit 66)
",5114:"
bool filterTimingUnderrun() const override
Gets the value of the Filter Timing Underrun bit (bit 67)
",5115:"
uint8 filterCommunicationError() const
Gets the value of the Filter Communication Error flags (bits 68-71)
",5116:"
bool filterCommunicationErrorImuSpi() const
Gets the value of the Filter Communication Error IMU SPI bit (bit 68)
",5117:"
bool filterCommunicationErrorGnssSpi() const
Gets the value of the Filter Communication Error GNSS SPI bit (bit 69)
",5118:"
bool filterCommunicationErrorCommsSpi() const
Gets the value of the Filter Communication Error COMMS SPI bit (bit 70)
",5119:"
bool filterCommunicationErrorCommsUart() const
Gets the value of the Filter Communication Error COMMS UART bit (bit 71)
",5120:"
GQ7ContinuousBIT_GNSS gnss() const
Gets information for GNSS flags (bits 96-127)
",5121:"
bool gnssClockFault() const
Gets the value of the GNSS Clock Fault bit (bit 96)
",5122:"
bool gnssHardwareFault() const
Gets the value of the GNSS Hardware Fault bit (bit 97)
",5123:"
uint8 gnssCommunicationError() const
Gets the value of the GNSS Communication Error flags (bits 98-100)
",5124:"
bool gnssCommunicationErrorCommsSerial() const
Gets the value of the GNSS Communication Error COMMS Serial bit (bit 98)
",5125:"
bool gnssCommunicationErrorCommsSpi() const
Gets the value of the GNSS Communication Error COMMS SPI bit (bit 99)
",5126:"
bool gnssCommunicationErrorNavSpi() const
Gets the value of the GNSS Communication Error NAV SPI bit (bit 100)
",5127:"
bool gpsTimeFault() const
Gets the value of the GPS Time Fault bit (bit 101)
",5128:"
bool gnssTimingOverrun() const
Gets the value of the GNSS Timing Overrun bit (bit 102)
",5129:"
bool gnssPowerFaultReceiver1() const
Gets the value of the GNSS Receiver 1 Power Fault bit (bit 104)
",5130:"
bool gnssFaultReceiver1() const
Gets the value of the GNSS Receiver 1 Fault bit (bit 105)
",5131:"
bool gnssShortedAntenna1() const
Gets the value of the GNSS Antenna 1 Shorted bit (bit 106)
",5132:"
bool gnssOpenAntenna1() const
Gets the value of the GNSS Antenna 1 Open bit (bit 107)
",5133:"
bool gnssSolutionFaultReceiver1() const
Gets the value of the GNSS Receiver 1 Solution Fault bit (bit 108)
",5134:"
bool gnssPowerFaultReceiver2() const
Gets the value of the GNSS Receiver 2 Power Fault bit (bit 109)
",5135:"
bool gnssFaultReceiver2() const
Gets the value of the GNSS Receiver 2 Fault bit (bit 110)
",5136:"
bool gnssShortedAntenna2() const
Gets the value of the GNSS Antenna 2 Shorted bit (bit 111)
",5137:"
bool gnssOpenAntenna2() const
Gets the value of the GNSS Antenna 2 Open bit (bit 112)
",5138:"
bool gnssSolutionFaultReceiver2() const
Gets the value of the GNSS Receiver 2 Solution Fault bit (bit 113)
",5139:"
bool rtcmCommunicationFault() const
Gets the value of the RTCM Communication Fault bit (bit 114)
",5140:"
bool rtkDongleFault() const
Gets the value of the RTK Dongle Fault bit (bit 115)
",5141:"
MipDataPoints as_MipDataPoints() const override
Gets the data formatted as MipDataPoint objects.
",5143:"
GQ7ContinuousBIT_System m_system
GQ7ContinuousBIT_System information for system flags (bits 0-31)
",5144:"
GQ7ContinuousBIT_IMU m_imu
GQ7ContinuousBIT_IMU information for IMU flags (bits 32-63)
",5145:"
GQ7ContinuousBIT_Filter m_filter
GQ7ContinuousBIT_Filter information for filter flags (bits 64-95)
",5146:"
GQ7ContinuousBIT_GNSS m_gnss
GQ7ContinuousBIT_GNSS information for GNSS flags (bits 96-127)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT-ToolTips.js deleted file mode 100644 index 22cce32b6..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({4527:"
MipDataPoint
Represents a single Inertial Data Point (Extends from DataPoint)
",4633:"
ContinuousBIT
Abstract class for device-specific Built-In Test result parser classes
",4942:"
Continuous Built-In Test flags for system information
",4959:"
Continuous Built-In Test flags for IMU information
",4988:"
Continuous Built-In Test flags for filter information
",5050:"
Continuous Built-In Test flags for GNSS information
",10253:"
typedef for a vector of bytes.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT.html b/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT.html deleted file mode 100644 index bf179824f..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT.html +++ /dev/null @@ -1,492 +0,0 @@ - - -GQ7ContinuousBIT - - - - - - - -
-
GQ7ContinuousBIT
-
public
ContinuousBIT
GQ7ContinuousBIT
-

Continuous Built-In Test flag data

See the GQ7 Built-in Test documentation for more information

-
- -
-
Functions
-
- -
-
GQ7ContinuousBIT
-
GQ7ContinuousBIT() = delete
-
- -
-
GQ7ContinuousBIT
-
explicit GQ7ContinuousBIT(
Bytes bytes
)
-
Parameters
bytes
Bytes

Flag values from Continuous Built-In Test

-
- -
-
system
- -

Gets information for system flags (bits 0-31)

Returns
GQ7ContinuousBIT_System

Information for system flags

-
- -
-
systemClockFailure
-
bool systemClockFailure() const override
-

Gets the value of the System Clock Failure bit (bit 0)

Returns
bool

true: The system clock is not operating properly

-
- -
-
powerFault
-
bool powerFault() const override
-

Gets the value of the Power Fault bit (bit 1)

Returns
bool

true: Power supply voltage is outside the recommended range, or an internal power fault exists

-
- -
-
firmwareFault
-
bool firmwareFault() const override
-

Gets the value of the Firmware Fault bit (bit 4)

Returns
bool

true: System firmware has detected an unexpected or abnormal condition

-
- -
-
timingOverload
-
bool timingOverload() const override
-

Gets the value of the Timing Overload bit (bit 5)

Returns
bool

true: The system is unable to keep up with the processing demand

-
- -
-
bufferOverrun
-
bool bufferOverrun() const override
-

Gets the value of the Buffer Overrun bit (bit 6)

Returns
bool

true: A data buffer in the system has reached its capacity

-
- -
-
imuIpcFault
-
uint8 imuIpcFault() const
-

Gets the value of the IMU IPC fault flags (bits 16-19)

Note

Bits 0-3 of this value correspond to bits 16-19

Returns
uint8

Value of the IMU IPC fault flags

-
- -
-
imuControlLineFault
-
bool imuControlLineFault() const
-

Gets the value of the IMU Control Line Fault bit (bit 16)

Returns
bool

true: The IMU control line is not behaving as expected

-
- -
-
imuCommandResponseFault
-
bool imuCommandResponseFault() const
-

Gets the value of the IMU Command Response Fault bit (bit 17)

Returns
bool

true: The IMU is not responsive to commands

-
- -
-
imuSpiTransferFault
-
bool imuSpiTransferFault() const
-

Gets the value of the IMU SPI Transfer Fault bit (bit 18)

Returns
bool

true: Misaligned/failed IMU SPI transfers

-
- -
-
imuDataFrameFault
-
bool imuDataFrameFault() const
-

Gets the value of the IMU Data Frame Fault bit (bit 19)

Returns
bool

true: Missing IMU data frame(s)

-
- -
-
filterIpcFault
-
uint8 filterIpcFault() const
-

Gets the value of the Filter IPC fault flags (bits 20-23)

Note

Bits 0-3 of this value correspond to bits 20-23

Returns
uint8

Value of the filter IPC fault flags

-
- -
-
filterControlLineFault
-
bool filterControlLineFault() const
-

Gets the value of the Filter Control Line Fault bit (bit 20)

Returns
bool

true: The filter control line is not behaving as expected

-
- -
-
filterCommandResponseFault
-
bool filterCommandResponseFault() const
-

Gets the value of the Filter Command Response Fault bit (bit 21)

Returns
bool

true: The filter is not responsive to commands

-
- -
-
filterSpiTransferFault
-
bool filterSpiTransferFault() const
-

Gets the value of the Filter SPI Transfer Fault bit (bit 22)

Returns
bool

true: Misaligned/failed filter SPI transfers

-
- -
-
filterDataFrameFault
-
bool filterDataFrameFault() const
-

Gets the value of the Filter Data Frame Fault bit (bit 23)

Returns
bool

true: Missing filter data frame(s)

-
- -
-
gnssIpcFault
-
uint8 gnssIpcFault() const
-

Gets the value of the GNSS IPC fault flags (bits 24-27)

Note

Bits 0-3 of this value correspond to bits 24-27

Returns
uint8

Value of the GNSS IPC fault flags

-
- -
-
gnssControlLineFault
-
bool gnssControlLineFault() const
-

Gets the value of the GNSS Control Line Fault bit (bit 24)

Returns
bool

true: The GNSS control line is not behaving as expected

-
- -
-
gnssCommandResponseFault
-
bool gnssCommandResponseFault() const
-

Gets the value of the GNSS Command Response Fault bit (bit 25)

Returns
bool

true: The GNSS is not responsive to commands

-
- -
-
gnssSpiTransferFault
-
bool gnssSpiTransferFault() const
-

Gets the value of the GNSS SPI Transfer Fault bit (bit 26)

Returns
bool

true: Misaligned/failed GNSS SPI transfers

-
- -
-
gnssDataFrameFault
-
bool gnssDataFrameFault() const
-

Gets the value of the GNSS Data Frame Fault bit (bit 27)

Returns
bool

true: Missing GNSS data frame(s)

-
- -
-
imu
- -

Gets information for IMU flags (bits 32-63)

Returns
GQ7ContinuousBIT_IMU

Information for IMU flags

-
- -
-
imuClockFault
-
bool imuClockFault() const override
-

Gets the value of the IMU Clock Fault bit (bit 32)

Returns
bool

true: IMU is not running off the system clock

-
- -
-
imuCommunicationFault
-
bool imuCommunicationFault() const override
-

Gets the value of the IMU Communication Fault bit (bit 33)

Returns
bool

true: No communication with IMU

-
- -
-
imuTimingOverrun
-
bool imuTimingOverrun() const override
-

Gets the value of the IMU Timing Overrun bit (bit 34)

Returns
bool

true: IMU processes are taking longer than their allotted time

-
- -
-
imuCalibrationErrorAccel
-
bool imuCalibrationErrorAccel() const override
-

Gets the value of the IMU Calibration Error Accelerometer bit (bit 36)

Returns
bool

true: A problem is detected with the accelerometer calibration

-
- -
-
imuCalibrationErrorGyro
-
bool imuCalibrationErrorGyro() const override
-

Gets the value of the IMU Calibration Error Gyroscope bit (bit 37)

Returns
bool

true: A problem is detected with the gyroscope calibration

-
- -
-
imuCalibrationErrorMag
-
bool imuCalibrationErrorMag() const override
-

Gets the value of the IMU Calibration Error Magnetometer bit (bit 38)

Returns
bool

true: A problem is detected with the magnetometer calibration

-
- -
-
accelGeneralFault
-
bool accelGeneralFault() const override
-

Gets the value of the Accelerometer General Fault bit (bit 40)

Returns
bool

true: Accelerometer will not initialize

-
- -
-
accelOverrange
-
bool accelOverrange() const override
-

Gets the value of the Accelerometer Overrange bit (bit 41)

Returns
bool

true: One or more axes subjected to accelerations near or outside the selected range

-
- -
-
accelSelfTest
-
bool accelSelfTestFail() const override
-

Gets the value of the Accelerometer Self Test bit (bit 42)

Returns
bool

true: The internal self-test of the accelerometer failed

-
- -
-
gyroGeneralFault
-
bool gyroGeneralFault() const override
-

Gets the value of the Gyroscope General Fault bit (bit 44)

Returns
bool

true: Gyroscope will not initialize

-
- -
-
gyroOverrange
-
bool gyroOverrange() const override
-

Gets the value of the Gyroscope Overrange bit (bit 45)

Returns
bool

true: One or more axes subjected to rotational rates near or outside the selected range

-
- -
-
gyroSelfTest
-
bool gyroSelfTestFail() const override
-

Gets the value of the Gyroscope Self Test bit (bit 46)

Returns
bool

true: The internal self-test of the gyroscope failed

-
- -
-
magGeneralFault
-
bool magGeneralFault() const override
-

Gets the value of the Magnetometer General Fault bit (bit 48)

Returns
bool

true: Magnetometer will not initialize

-
- -
-
magOverrange
-
bool magOverrange() const override
-

Gets the value of the Magnetometer Overrange bit (bit 49)

Returns
bool

true: One or more axes subjected to magnetic fields strengths near or outside the supported range

-
- -
-
magSelfTest
-
bool magSelfTestFail() const override
-

Gets the value of the Magnetometer Self Test bit (bit 50)

Returns
bool

true: The internal self-test of the magnetometer failed

-
- -
-
pressureGeneralFault
-
bool pressureGeneralFault() const override
-

Gets the value of the Pressure General Fault bit (bit 52)

Returns
bool

true: Pressure sensor won't initialize

-
- -
-
pressureOverrange
-
bool pressureOverrange() const override
-

Gets the value of the Pressure Overrange bit (bit 53)

Returns
bool

true: Pressure sensor subjected to pressures above or below the supported range

-
- -
-
pressureSelfTest
-
bool pressureSelfTestFail() const override
-

Gets the value of the Pressure Self Test bit (bit 54)

Returns
bool

true: The internal self-test of the pressure sensor failed

-
- -
-
filter
- -

Gets information for filter flags (bits 64-95)

Returns
GQ7ContinuousBIT_Filter

Information for filter flags

-
- -
-
filterClockFault
-
bool filterClockFault() const
-

Gets the value of the Filter Clock Fault bit (bit 64)

Returns
bool

true: The filter subsystem is not running off the system clock

-
- -
-
filterHardwareFault
-
bool filterHardwareFault() const
-

Gets the value of the Filter Hardware Fault bit (bit 65)

Returns
bool

true: Filter hardware initialization error

-
- -
-
filterTimingOverrun
-
bool filterTimingOverrun() const override
-

Gets the value of the Filter Timing Overrun bit (bit 66)

Returns
bool

true: Filter processes are taking longer than their allotted time

-
- -
-
filterTimingUnderrun
-
bool filterTimingUnderrun() const override
-

Gets the value of the Filter Timing Underrun bit (bit 67)

Returns
bool

true: Filter processes are being skipped

-
- -
-
filterCommunicationError
-
uint8 filterCommunicationError() const
-

Gets the value of the Filter Communication Error flags (bits 68-71)

Note

Bits 0-3 of this value correspond to bits 68-71

Returns
uint8

Value of the Filter Communication Error flags

-
- -
-
filterCommunicationErrorImuSpi
-
bool filterCommunicationErrorImuSpi() const
-

Gets the value of the Filter Communication Error IMU SPI bit (bit 68)

Returns
bool

true: No filter communication on the IMU SPI port

-
- -
-
filterCommunicationErrorGnssSpi
-
bool filterCommunicationErrorGnssSpi() const
-

Gets the value of the Filter Communication Error GNSS SPI bit (bit 69)

Returns
bool

true: No filter communication on the GNSS SPI port

-
- -
-
communicationErrorCommsSpi
-
bool filterCommunicationErrorCommsSpi() const
-

Gets the value of the Filter Communication Error COMMS SPI bit (bit 70)

Returns
bool

true: No filter communication on the COMMS SPI port

-
- -
-
filterCommunicationErrorCommsUart
-
bool filterCommunicationErrorCommsUart() const
-

Gets the value of the Filter Communication Error COMMS UART bit (bit 71)

Returns
bool

true: No filter communication on the COMMS UART port

-
- -
-
gnss
- -

Gets information for GNSS flags (bits 96-127)

Returns
GQ7ContinuousBIT_GNSS

Information for GNSS flags

-
- -
-
gnssClockFault
-
bool gnssClockFault() const
-

Gets the value of the GNSS Clock Fault bit (bit 96)

Returns
bool

true: The GNSS subsystem is not running off the system clock

-
- -
-
gnssHardwareFault
-
bool gnssHardwareFault() const
-

Gets the value of the GNSS Hardware Fault bit (bit 97)

Returns
bool

true: GNSS hardware initialization error

-
- -
-
gnssCommunicationError
-
uint8 gnssCommunicationError() const
-

Gets the value of the GNSS Communication Error flags (bits 98-100)

Note

Bits 0-2 of this value correspond to bits 98-100

Returns
uint8

Value of the GNSS Communication Error flags

-
- -
-
gnssCommunicationErrorCommsSerial
-
bool gnssCommunicationErrorCommsSerial() const
-

Gets the value of the GNSS Communication Error COMMS Serial bit (bit 98)

Returns
bool

true: No GNSS communication on the COMMS Serial port

-
- -
-
gnssCommunicationErrorCommsSpi
-
bool gnssCommunicationErrorCommsSpi() const
-

Gets the value of the GNSS Communication Error COMMS SPI bit (bit 99)

Returns
bool

true: No GNSS communication on the COMMS SPI port

-
- -
-
gnssCommunicationErrorNavSpi
-
bool gnssCommunicationErrorNavSpi() const
-

Gets the value of the GNSS Communication Error NAV SPI bit (bit 100)

Returns
bool

true: No GNSS communication on the NAV SPI port

-
- -
-
gpsTimeFault
-
bool gpsTimeFault() const
-

Gets the value of the GPS Time Fault bit (bit 101)

Returns
bool

true: System GPS time is invalid

-
- -
-
gnssTimingOverrun
-
bool gnssTimingOverrun() const
-

Gets the value of the GNSS Timing Overrun bit (bit 102)

Returns
bool

true: GNSS processes are taking longer than their allotted time

-
- -
-
gnssPowerFaultReceiver1
-
bool gnssPowerFaultReceiver1() const
-

Gets the value of the GNSS Receiver 1 Power Fault bit (bit 104)

Returns
bool

true: GNSS receiver 1 internal power fault

-
- -
-
gnssFaultReceiver1
-
bool gnssFaultReceiver1() const
-

Gets the value of the GNSS Receiver 1 Fault bit (bit 105)

Returns
bool

true: GNSS receiver 1 is inoperable

-
- -
-
gnssShortedAntenna1
-
bool gnssShortedAntenna1() const
-

Gets the value of the GNSS Antenna 1 Shorted bit (bit 106)

Returns
bool

true: GNSS antenna 1 is shorted to ground

-
- -
-
gnssOpenAntenna1
-
bool gnssOpenAntenna1() const
-

Gets the value of the GNSS Antenna 1 Open bit (bit 107)

Returns
bool

true: GNSS antenna 1 is open-circuit (or DC block is installed)

-
- -
-
gnssSolutionFaultReceiver1
-
bool gnssSolutionFaultReceiver1() const
-

Gets the value of the GNSS Receiver 1 Solution Fault bit (bit 108)

Returns
bool

true: GNSS receiver 1 solution is invalid

-
- -
-
gnssPowerFaultReceiver2
-
bool gnssPowerFaultReceiver2() const
-

Gets the value of the GNSS Receiver 2 Power Fault bit (bit 109)

Returns
bool

true: GNSS receiver 2 internal power fault

-
- -
-
gnssFaultReceiver2
-
bool gnssFaultReceiver2() const
-

Gets the value of the GNSS Receiver 2 Fault bit (bit 110)

Returns
bool

true: GNSS receiver 2 is inoperable

-
- -
-
gnssShortedAntenna2
-
bool gnssShortedAntenna2() const
-

Gets the value of the GNSS Antenna 2 Shorted bit (bit 111)

Returns
bool

true: GNSS antenna 2 is shorted to ground

-
- -
-
gnssOpenAntenna2
-
bool gnssOpenAntenna2() const
-

Gets the value of the GNSS Antenna 2 Open bit (bit 112)

Returns
bool

true: GNSS antenna 2 is open-circuit (or DC block is installed)

-
- -
-
gnssSolutionFaultReceiver2
-
bool gnssSolutionFaultReceiver2() const
-

Gets the value of the GNSS Receiver 2 Solution Fault bit (bit 113)

Returns
bool

true: GNSS receiver 2 solution is invalid

-
- -
-
rtcmCommunicationFault
-
bool rtcmCommunicationFault() const
-

Gets the value of the RTCM Communication Fault bit (bit 114)

Returns
bool

true: RTCM data was being received previously, but it not currently being received

-
- -
-
rtkDongleFault
-
bool rtkDongleFault() const
-

Gets the value of the RTK Dongle Fault bit (bit 115)

Returns
bool

true: A problem has been detected with the RTK dongle. Query directly for more detail

-
- -
-
as_MipDataPoints
-
MipDataPoints as_MipDataPoints() const override
-

Gets the data formatted as MipDataPoint objects.

Returns
MipDataPoints

data in DataPoint format

-
- -
-
Variables
-
- -
-
m_system
- -

GQ7ContinuousBIT_System information for system flags (bits 0-31)

-
- -
-
m_imu
- -

GQ7ContinuousBIT_IMU information for IMU flags (bits 32-63)

-
- -
-
m_filter
- -

GQ7ContinuousBIT_Filter information for filter flags (bits 64-95)

-
- -
-
m_gnss
- -

GQ7ContinuousBIT_GNSS information for GNSS flags (bits 96-127)

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_Filter-Summary.js b/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_Filter-Summary.js deleted file mode 100644 index 1bc76896c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_Filter-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:GQ7ContinuousBIT_Filter","GQ7ContinuousBIT_Filter");NDSummary.OnSummaryLoaded("CClass:GQ7ContinuousBIT_Filter",[["C/C++","C"]],[["Functions","Function"],["Groups","Group"],["Structs","Struct"],["Variables","Variable"]],[[4988,0,2,"GQ7ContinuousBIT_Filter"],[4989,0,1,"Functions","Functions"],[4990,0,0,"GQ7ContinuousBIT_Filter","GQ7ContinuousBIT_Filter"],[4991,0,0,"GQ7ContinuousBIT_Filter","GQ7ContinuousBIT_Filter(2)"],[4992,0,0,"general","general"],[4993,0,1,"Variables","Variables"],[4994,0,3,"m_general","m_general"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_Filter-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_Filter-SummaryToolTips.js deleted file mode 100644 index 692499d8a..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_Filter-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:GQ7ContinuousBIT_Filter",{4988:"
Continuous Built-In Test flags for filter information
",4990:"
GQ7ContinuousBIT_Filter() = default
",4991:"
explicit GQ7ContinuousBIT_Filter(
uint32 bits
)
",4992:"
GQ7ContinuousBIT_Filter_General general() const
Gets information for general filter flags (bits 64-71)
",4994:"
GQ7ContinuousBIT_Filter_General m_general
GQ7ContinuousBIT_Filter_General information for general filter flags (bits 64-71)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_Filter-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_Filter-ToolTips.js deleted file mode 100644 index aa5458873..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_Filter-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({4968:"
Continuous Built-In Test flags for general filter information
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_Filter.html b/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_Filter.html deleted file mode 100644 index 8a3508205..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_Filter.html +++ /dev/null @@ -1,47 +0,0 @@ - - -GQ7ContinuousBIT_Filter - - - - - - - -
-
GQ7ContinuousBIT_Filter
-

Continuous Built-In Test flags for filter information

Bits 64-95 of the original 128 bit Continuous Built-In Test flags

-
- -
-
Functions
-
- -
-
GQ7ContinuousBIT_Filter
-
GQ7ContinuousBIT_Filter() = default
-
- -
-
GQ7ContinuousBIT_Filter
-
explicit GQ7ContinuousBIT_Filter(
uint32 bits
)
-
Parameters
bits
uint32

Value of bits 64-95 of the original 128 bit Continuous Built-In Test flags

-
- -
-
general
- -

Gets information for general filter flags (bits 64-71)

Returns
GQ7ContinuousBIT_Filter_General

Information for general filter flags

-
- -
-
Variables
-
- -
-
m_general
- -

GQ7ContinuousBIT_Filter_General information for general filter flags (bits 64-71)

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_Filter_General-Summary.js b/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_Filter_General-Summary.js deleted file mode 100644 index f1277d1cb..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_Filter_General-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:GQ7ContinuousBIT_Filter_General","GQ7ContinuousBIT_Filter_General");NDSummary.OnSummaryLoaded("CClass:GQ7ContinuousBIT_Filter_General",[["C/C++","C"]],[["Constants","Constant"],["Functions","Function"],["Groups","Group"],["Structs","Struct"]],[[4968,0,3,"GQ7ContinuousBIT_Filter_General"],[4969,0,2,"Functions","Functions"],[4970,0,1,"GQ7ContinuousBIT_Filter_General","GQ7ContinuousBIT_Filter_General"],[4971,0,1,"GQ7ContinuousBIT_Filter_General","GQ7ContinuousBIT_Filter_General(2)"],[4972,0,2,"Constants","Constants"],[4973,0,0,"Bitmasks","Bitmasks"],[4974,0,0,,"CLOCK_FAULT"],[4975,0,0,,"HARDWARE_FAULT"],[4976,0,0,,"IMU_SPI_COMMUNICATION_ERROR"],[4977,0,0,,"GNSS_SPI_COMMUNICATION_ERROR"],[4978,0,0,,"COMMS_SPI_COMMUNICATION_ERROR"],[4979,0,0,,"COMMS_UART_COMMUNICATION_ERROR"],[4980,0,2,"Functions","Functions(2)"],[4981,0,1,"clockFault","clockFault"],[4982,0,1,"hardwareFault","hardwareFault"],[4983,0,1,"communicationError","communicationError"],[4984,0,1,"communicationErrorImuSpi","communicationErrorImuSpi"],[4985,0,1,"communicationErrorGnssSpi","communicationErrorGnssSpi"],[4986,0,1,"communicationErrorCommsSpi","communicationErrorCommsSpi"],[4987,0,1,"communicationErrorCommsUart","communicationErrorCommsUart"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_Filter_General-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_Filter_General-SummaryToolTips.js deleted file mode 100644 index 01f0232b1..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_Filter_General-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:GQ7ContinuousBIT_Filter_General",{4968:"
Continuous Built-In Test flags for general filter information
",4970:"
GQ7ContinuousBIT_Filter_General() = default
",4971:"
explicit GQ7ContinuousBIT_Filter_General(
const uint8 bits
) : ContinuousBIT_Filter_General(bits)
",4973:"
Bitmasks for general filter flags
",4981:"
bool clockFault() const
Gets the value of the Filter Clock Fault bit (bit 64)
",4982:"
bool hardwareFault() const
Gets the value of the Filter Hardware Fault bit (bit 65)
",4983:"
uint8 communicationError() const
Gets the value of the Filter Communication Error flags (bits 68-71)
",4984:"
bool communicationErrorImuSpi() const
Gets the value of the Filter Communication Error IMU SPI bit (bit 68)
",4985:"
bool communicationErrorGnssSpi() const
Gets the value of the Filter Communication Error GNSS SPI bit (bit 69)
",4986:"
bool communicationErrorCommsSpi() const
Gets the value of the Filter Communication Error COMMS SPI bit (bit 70)
",4987:"
bool communicationErrorCommsUart() const
Gets the value of the Filter Communication Error COMMS UART bit (bit 71)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_Filter_General-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_Filter_General-ToolTips.js deleted file mode 100644 index cf2ddd25f..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_Filter_General-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({4764:"
Continuous Built-In Test flags for general filter information
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_Filter_General.html b/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_Filter_General.html deleted file mode 100644 index 498b04c01..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_Filter_General.html +++ /dev/null @@ -1,86 +0,0 @@ - - -GQ7ContinuousBIT_Filter_General - - - - - - - -
-
GQ7ContinuousBIT_Filter_General
-

Continuous Built-In Test flags for general filter information

Bits 64-71 of the original 128 bit Continuous Built-In Test flags

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Functions
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GQ7ContinuousBIT_Filter_General
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GQ7ContinuousBIT_Filter_General() = default
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GQ7ContinuousBIT_Filter_General
-
explicit GQ7ContinuousBIT_Filter_General(
const uint8 bits
) : ContinuousBIT_Filter_General(bits)
-
Parameters
bits
const uint8

Bits 64-71 of the original 128 bit Continuous Built-In Test flags

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Constants
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Bitmasks
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Bitmasks for general filter flags

Note

These masks are shifted 64 bits to the right from the original 128 bitmask to have a 0 index at bit 64

CLOCK_FAULT

0x01 - The filter subsystem is not running off the system clock

HARDWARE_FAULT

0x02 - Filter hardware initialization error

IMU_SPI_COMMUNICATION_ERROR

0x10 - No communication on the IMU SPI port

GNSS_SPI_COMMUNICATION_ERROR

0x20 - No communication on the GNSS SPI port

COMMS_SPI_COMMUNICATION_ERROR

0x40 - No communication on the COMMS SPI port

COMMS_UART_COMMUNICATION_ERROR

0x80 - No communication on the COMMS UART port

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Functions
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clockFault
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bool clockFault() const
-

Gets the value of the Filter Clock Fault bit (bit 64)

Returns
bool

true: The filter subsystem is not running off the system clock

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hardwareFault
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bool hardwareFault() const
-

Gets the value of the Filter Hardware Fault bit (bit 65)

Returns
bool

true: Filter hardware initialization error

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communicationError
-
uint8 communicationError() const
-

Gets the value of the Filter Communication Error flags (bits 68-71)

Note

Bits 0-3 of this value correspond to bits 68-71

Returns
uint8

Value of the Filter Communication Error flags

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communicationErrorImuSpi
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bool communicationErrorImuSpi() const
-

Gets the value of the Filter Communication Error IMU SPI bit (bit 68)

Returns
bool

true: No filter communication on the IMU SPI port

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- -
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communicationErrorGnssSpi
-
bool communicationErrorGnssSpi() const
-

Gets the value of the Filter Communication Error GNSS SPI bit (bit 69)

Returns
bool

true: No filter communication on the GNSS SPI port

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- -
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communicationErrorCommsSpi
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bool communicationErrorCommsSpi() const
-

Gets the value of the Filter Communication Error COMMS SPI bit (bit 70)

Returns
bool

true: No filter communication on the COMMS SPI port

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- -
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communicationErrorCommsUart
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bool communicationErrorCommsUart() const
-

Gets the value of the Filter Communication Error COMMS UART bit (bit 71)

Returns
bool

true: No filter communication on the COMMS UART port

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- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_GNSS-Summary.js b/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_GNSS-Summary.js deleted file mode 100644 index 706ec0aa3..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_GNSS-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:GQ7ContinuousBIT_GNSS","GQ7ContinuousBIT_GNSS");NDSummary.OnSummaryLoaded("CClass:GQ7ContinuousBIT_GNSS",[["C/C++","C"]],[["Constants","Constant"],["Functions","Function"],["Groups","Group"],["Structs","Struct"],["Variables","Variable"]],[[5050,0,3,"GQ7ContinuousBIT_GNSS"],[5051,0,2,"Functions","Functions"],[5052,0,1,"GQ7ContinuousBIT_GNSS","GQ7ContinuousBIT_GNSS"],[5053,0,1,"GQ7ContinuousBIT_GNSS","GQ7ContinuousBIT_GNSS(2)"],[5054,0,2,"Constants","Constants"],[5055,0,0,"RESPONSE_OFFSET","RESPONSE_OFFSET"],[5056,0,0,"Bitmasks","Bitmasks"],[5057,0,0,,"GENERAL_FLAGS"],[5058,0,0,,"RECEIVERS_FLAGS"],[5059,0,2,"Functions","Functions(2)"],[5060,0,1,"flags","flags"],[5061,0,1,"general","general"],[5062,0,1,"receivers","receivers"],[5063,0,2,"Variables","Variables"],[5064,0,4,"m_general","m_general"],[5065,0,4,"m_receivers;","m_receivers_"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_GNSS-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_GNSS-SummaryToolTips.js deleted file mode 100644 index bb8402a27..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_GNSS-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:GQ7ContinuousBIT_GNSS",{5050:"
Continuous Built-In Test flags for GNSS information
",5052:"
GQ7ContinuousBIT_GNSS() = default
",5053:"
explicit GQ7ContinuousBIT_GNSS(
uint32 bits
)
",5055:"
The offset of the 0 position of the value represented by this object in the overall BIT response Value: 96 bits
",5060:"
uint32 flags() const
Gets the value of the GNSS flags (bits 96-127)
",5061:"
GQ7ContinuousBIT_GNSS_General general() const
Gets information for general GNSS flags (bits 96-103)
",5062:"
GQ7ContinuousBIT_GNSS_Receivers receivers() const
Gets information for GNSS receivers flags (bits 104-119)
",5064:"
GQ7ContinuousBIT_GNSS_General m_general
GQ7ContinuousBIT_GNSS_General information for general GNSS flags (bits 96-103)
",5065:"
GQ7ContinuousBIT_GNSS_Receivers information for GNSS receivers flags (bits 104-119)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_GNSS-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_GNSS-ToolTips.js deleted file mode 100644 index 6c01ce1c9..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_GNSS-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({4995:"
Continuous Built-In Test flags for general GNSS information
",5018:"
Continuous Built-In Test flags for GNSS receivers information
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_GNSS.html b/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_GNSS.html deleted file mode 100644 index 13f839128..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_GNSS.html +++ /dev/null @@ -1,82 +0,0 @@ - - -GQ7ContinuousBIT_GNSS - - - - - - - -
-
GQ7ContinuousBIT_GNSS
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Continuous Built-In Test flags for GNSS information

Bits 96-127 of the original 128 bit Continuous Built-In Test flags

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Functions
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GQ7ContinuousBIT_GNSS
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GQ7ContinuousBIT_GNSS() = default
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-
GQ7ContinuousBIT_GNSS
-
explicit GQ7ContinuousBIT_GNSS(
uint32 bits
)
-
Parameters
bits
uint32

Value of bits 96-127 of the original 128 bit Continuous Built-In Test flags

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Constants
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- -
-
RESPONSE_OFFSET
-

The offset of the 0 position of the value represented by this object in the overall BIT response Value: 96 bits

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Bitmasks
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GENERAL_FLAGS

0xFF000000 - Bitmask for general GNSS flags (bits 96-103)

RECEIVERS_FLAGS

0x00FFFF00 - Bitmask for GNSS receivers flags (bits 104-119)

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Functions
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-
flags
-
uint32 flags() const
-

Gets the value of the GNSS flags (bits 96-127)

Returns
uint32

Value of the GNSS flags

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general
- -

Gets information for general GNSS flags (bits 96-103)

Returns
GQ7ContinuousBIT_GNSS_General

Information for general GNSS flags

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receivers
- -

Gets information for GNSS receivers flags (bits 104-119)

Returns
GQ7ContinuousBIT_GNSS_Receivers

Information for GNSS receivers flags

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Variables
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m_general
- -

GQ7ContinuousBIT_GNSS_General information for general GNSS flags (bits 96-103)

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m_receivers;
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GQ7ContinuousBIT_GNSS_Receivers information for GNSS receivers flags (bits 104-119)

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- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_GNSS_General-Summary.js b/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_GNSS_General-Summary.js deleted file mode 100644 index e8f8eee24..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_GNSS_General-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:GQ7ContinuousBIT_GNSS_General","GQ7ContinuousBIT_GNSS_General");NDSummary.OnSummaryLoaded("CClass:GQ7ContinuousBIT_GNSS_General",[["C/C++","C"]],[["Constants","Constant"],["Functions","Function"],["Groups","Group"],["Structs","Struct"]],[[4995,0,3,"GQ7ContinuousBIT_GNSS_General"],[4996,0,2,"Functions","Functions"],[4997,0,1,"GQ7ContinuousBIT_GNSS_General","GQ7ContinuousBIT_GNSS_General"],[4998,0,1,"GQ7ContinuousBIT_GNSS_General","GQ7ContinuousBIT_GNSS_General(2)"],[4999,0,2,"Constants","Constants"],[5000,0,0,"Bitmasks","Bitmasks"],[5001,0,0,,"CLOCK_FAULT"],[5002,0,0,,"HARDWARE_FAULT"],[5003,0,0,,"COMMUNICATION_ERROR_COMMS_SERIAL"],[5004,0,0,,"COMMUNICATION_ERROR_COMMS_SPI"],[5005,0,0,,"COMMUNICATION_ERROR_NAV_SPI"],[5006,0,0,,"GPS_TIME_FAULT"],[5007,0,0,,"TIMING_OVERRUN"],[5008,0,2,"Functions","Functions(2)"],[5009,0,1,"flags","flags"],[5010,0,1,"clockFault","clockFault"],[5011,0,1,"hardwareFault","hardwareFault"],[5012,0,1,"communicationError","communicationError"],[5013,0,1,"communicationErrorCommsSerial","communicationErrorCommsSerial"],[5014,0,1,"communicationErrorCommsSpi","communicationErrorCommsSpi"],[5015,0,1,"communicationErrorNavSpi","communicationErrorNavSpi"],[5016,0,1,"gpsTimeFault","gpsTimeFault"],[5017,0,1,"timingOverrun","timingOverrun"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_GNSS_General-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_GNSS_General-SummaryToolTips.js deleted file mode 100644 index 22003a431..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_GNSS_General-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:GQ7ContinuousBIT_GNSS_General",{4995:"
Continuous Built-In Test flags for general GNSS information
",4997:"
GQ7ContinuousBIT_GNSS_General() = default
",4998:"
explicit GQ7ContinuousBIT_GNSS_General(
const uint8 bits
) : Bitfield(static_cast<uint64>(bits))
",5000:"
Bitmasks for general GNSS flags
",5009:"
uint8 flags() const
Gets the value of the general GNSS flags (bits 96-103)
",5010:"
bool clockFault() const
Gets the value of the GNSS Clock Fault bit (bit 96)
",5011:"
bool hardwareFault() const
Gets the value of the GNSS Hardware Fault bit (bit 97)
",5012:"
uint8 communicationError() const
Gets the value of the GNSS Communication Error flags (bits 98-100)
",5013:"
bool communicationErrorCommsSerial() const
Gets the value of the GNSS Communication Error COMMS Serial bit (bit 98)
",5014:"
bool communicationErrorCommsSpi() const
Gets the value of the GNSS Communication Error COMMS SPI bit (bit 99)
",5015:"
bool communicationErrorNavSpi() const
Gets the value of the GNSS Communication Error NAV SPI bit (bit 100)
",5016:"
bool gpsTimeFault() const
Gets the value of the GPS Time Fault bit (bit 101)
",5017:"
bool timingOverrun() const
Gets the value of the GNSS Timing Overrun bit (bit 102)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_GNSS_General-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_GNSS_General-ToolTips.js deleted file mode 100644 index 677510792..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_GNSS_General-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({10388:"
Bitfield
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_GNSS_General.html b/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_GNSS_General.html deleted file mode 100644 index ebc9fda8f..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_GNSS_General.html +++ /dev/null @@ -1,98 +0,0 @@ - - -GQ7ContinuousBIT_GNSS_General - - - - - - - -
-
GQ7ContinuousBIT_GNSS_General
-

Continuous Built-In Test flags for general GNSS information

Bits 96-103 of the original 128 bit Continuous Built-In Test flags

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Functions
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GQ7ContinuousBIT_GNSS_General
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GQ7ContinuousBIT_GNSS_General() = default
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GQ7ContinuousBIT_GNSS_General
-
explicit GQ7ContinuousBIT_GNSS_General(
const uint8 bits
) : Bitfield(static_cast<uint64>(bits))
-
Parameters
bits
const uint8

Bits 96-103 of the original 128 bit Continuous Built-In Test flags

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- -
-
Constants
-
- -
-
Bitmasks
-

Bitmasks for general GNSS flags

Note

These masks are shifted 96 bits to the right from the original 128 bitmask to have a 0 index at bit 96

CLOCK_FAULT

0x01 - The GNSS subsystem is not running off the system clock

HARDWARE_FAULT

0x02 - GNSS hardware initialization error

COMMUNICATION_ERROR_COMMS_SERIAL

0x04 - No communication on the COMMS Serial port

COMMUNICATION_ERROR_COMMS_SPI

0x08 - No communication on the COMMS SPI port

COMMUNICATION_ERROR_NAV_SPI

0x10 - No communication on the NAV SPI port

GPS_TIME_FAULT

0x20 - System GPS time is invalid

TIMING_OVERRUN

0x40 - GNSS processes are taking longer than their allotted time

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Functions
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flags
-
uint8 flags() const
-

Gets the value of the general GNSS flags (bits 96-103)

Returns
uint8

Value of the general GNSS flags

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clockFault
-
bool clockFault() const
-

Gets the value of the GNSS Clock Fault bit (bit 96)

Returns
bool

true: The GNSS subsystem is not running off the system clock

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hardwareFault
-
bool hardwareFault() const
-

Gets the value of the GNSS Hardware Fault bit (bit 97)

Returns
bool

true: GNSS hardware initialization error

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communicationError
-
uint8 communicationError() const
-

Gets the value of the GNSS Communication Error flags (bits 98-100)

Note

Bits 0-2 of this value correspond to bits 98-100

Returns
uint8

Value of the GNSS Communication Error flags

-
- -
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communicationErrorCommsSerial
-
bool communicationErrorCommsSerial() const
-

Gets the value of the GNSS Communication Error COMMS Serial bit (bit 98)

Returns
bool

true: No GNSS communication on the COMMS Serial port

-
- -
-
communicationErrorCommsSpi
-
bool communicationErrorCommsSpi() const
-

Gets the value of the GNSS Communication Error COMMS SPI bit (bit 99)

Returns
bool

true: No GNSS communication on the COMMS SPI port

-
- -
-
communicationErrorNavSpi
-
bool communicationErrorNavSpi() const
-

Gets the value of the GNSS Communication Error NAV SPI bit (bit 100)

Returns
bool

true: No GNSS communication on the NAV SPI port

-
- -
-
gpsTimeFault
-
bool gpsTimeFault() const
-

Gets the value of the GPS Time Fault bit (bit 101)

Returns
bool

true: System GPS time is invalid

-
- -
-
timingOverrun
-
bool timingOverrun() const
-

Gets the value of the GNSS Timing Overrun bit (bit 102)

Returns
bool

true: GNSS processes are taking longer than their allotted time

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- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_GNSS_Receivers-Summary.js b/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_GNSS_Receivers-Summary.js deleted file mode 100644 index dd2f2322c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_GNSS_Receivers-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:GQ7ContinuousBIT_GNSS_Receivers","GQ7ContinuousBIT_GNSS_Receivers");NDSummary.OnSummaryLoaded("CClass:GQ7ContinuousBIT_GNSS_Receivers",[["C/C++","C"]],[["Constants","Constant"],["Functions","Function"],["Groups","Group"],["Structs","Struct"]],[[5018,0,3,"GQ7ContinuousBIT_GNSS_Receivers"],[5019,0,2,"Functions","Functions"],[5020,0,1,"GQ7ContinuousBIT_GNSS_Receivers","GQ7ContinuousBIT_GNSS_Receivers"],[5021,0,1,"GQ7ContinuousBIT_GNSS_Receivers","GQ7ContinuousBIT_GNSS_Receivers(2)"],[5022,0,2,"Constants","Constants"],[5023,0,0,"Bitmasks","Bitmasks"],[5024,0,0,,"POWER_FAULT_RECEIVER_1"],[5025,0,0,,"FAULT_RECEIVER_1"],[5026,0,0,,"SHORTED_ANTENNA_1"],[5027,0,0,,"OPEN_ANTENNA_1"],[5028,0,0,,"SOLUTION_FAULT_RECEIVER_1"],[5029,0,0,,"POWER_FAULT_RECEIVER_2"],[5030,0,0,,"FAULT_RECEIVER_2"],[5031,0,0,,"SHORTED_ANTENNA_2"],[5032,0,0,,"OPEN_ANTENNA_2"],[5033,0,0,,"SOLUTION_FAULT_RECEIVER_2"],[5034,0,0,,"RTCM_COMMUNICATION_FAULT"],[5035,0,0,,"RTK_DONGLE_FAULT"],[5036,0,2,"Functions","Functions(2)"],[5037,0,1,"flags","flags"],[5038,0,1,"powerFaultReceiver1","powerFaultReceiver1"],[5039,0,1,"faultReceiver1","faultReceiver1"],[5040,0,1,"shortedAntenna1","shortedAntenna1"],[5041,0,1,"openAntenna1","openAntenna1"],[5042,0,1,"solutionFaultReceiver1","solutionFaultReceiver1"],[5043,0,1,"powerFaultReceiver2","powerFaultReceiver2"],[5044,0,1,"faultReceiver2","faultReceiver2"],[5045,0,1,"shortedAntenna2","shortedAntenna2"],[5046,0,1,"openAntenna2","openAntenna2"],[5047,0,1,"solutionFaultReceiver2","solutionFaultReceiver2"],[5048,0,1,"rtcmCommunicationFault","rtcmCommunicationFault"],[5049,0,1,"rtkDongleFault","rtkDongleFault"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_GNSS_Receivers-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_GNSS_Receivers-SummaryToolTips.js deleted file mode 100644 index b87b4afe2..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_GNSS_Receivers-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:GQ7ContinuousBIT_GNSS_Receivers",{5018:"
Continuous Built-In Test flags for GNSS receivers information
",5020:"
GQ7ContinuousBIT_GNSS_Receivers() = default
",5021:"
explicit GQ7ContinuousBIT_GNSS_Receivers(
const uint16 bits
) : Bitfield(static_cast<uint64>(bits))
",5023:"
Bitmasks for GNSS receivers flags
",5037:"
uint16 flags() const
Gets the value of the GNSS receivers flags (bits 104-119)
",5038:"
bool powerFaultReceiver1() const
Gets the value of the GNSS Receiver 1 Power Fault bit (bit 104)
",5039:"
bool faultReceiver1() const
Gets the value of the GNSS Receiver 1 Fault bit (bit 105)
",5040:"
bool shortedAntenna1() const
Gets the value of the GNSS Antenna 1 Shorted bit (bit 106)
",5041:"
bool openAntenna1() const
Gets the value of the GNSS Antenna 1 Open bit (bit 107)
",5042:"
bool solutionFaultReceiver1() const
Gets the value of the GNSS Receiver 1 Solution Fault bit (bit 108)
",5043:"
bool powerFaultReceiver2() const
Gets the value of the GNSS Receiver 2 Power Fault bit (bit 109)
",5044:"
bool faultReceiver2() const
Gets the value of the GNSS Receiver 2 Fault bit (bit 110)
",5045:"
bool shortedAntenna2() const
Gets the value of the GNSS Antenna 2 Shorted bit (bit 111)
",5046:"
bool openAntenna2() const
Gets the value of the GNSS Antenna 2 Open bit (bit 112)
",5047:"
bool solutionFaultReceiver2() const
Gets the value of the GNSS Receiver 2 Solution Fault bit (bit 113)
",5048:"
bool rtcmCommunicationFault() const
Gets the value of the RTCM Communication Fault bit (bit 114)
",5049:"
bool rtkDongleFault() const
Gets the value of the RTK Dongle Fault bit (bit 115)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_GNSS_Receivers-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_GNSS_Receivers-ToolTips.js deleted file mode 100644 index 677510792..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_GNSS_Receivers-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({10388:"
Bitfield
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_GNSS_Receivers.html b/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_GNSS_Receivers.html deleted file mode 100644 index 270dd38aa..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_GNSS_Receivers.html +++ /dev/null @@ -1,122 +0,0 @@ - - -GQ7ContinuousBIT_GNSS_Receivers - - - - - - - -
-
GQ7ContinuousBIT_GNSS_Receivers
-

Continuous Built-In Test flags for GNSS receivers information

Bits 104-119 of the original 128 bit Continuous Built-In Test flags

-
- -
-
Functions
-
- -
-
GQ7ContinuousBIT_GNSS_Receivers
-
GQ7ContinuousBIT_GNSS_Receivers() = default
-
- -
-
GQ7ContinuousBIT_GNSS_Receivers
-
explicit GQ7ContinuousBIT_GNSS_Receivers(
const uint16 bits
) : Bitfield(static_cast<uint64>(bits))
-
Parameters
bits
const uint16

Bits 104-119 of the original 128 bit Continuous Built-In Test flags

-
- -
-
Constants
-
- -
-
Bitmasks
-

Bitmasks for GNSS receivers flags

Note

These masks are shifted 104 bits to the right from the original 128 bitmask to have a 0 index at bit 104

POWER_FAULT_RECEIVER_1

0x0100 - Receiver 1 internal power fault

FAULT_RECEIVER_1

0x0200 - Receiver 1 is inoperable

SHORTED_ANTENNA_1

0x0400 - Antenna 1 is shorted to ground

OPEN_ANTENNA_1

0x0800 - Antenna 1 is open-circuit (or DC block is installed)

SOLUTION_FAULT_RECEIVER_1

0x1000 - Receiver 1 solution is invalid

POWER_FAULT_RECEIVER_2

0x2000 - Receiver 2 internal power fault

FAULT_RECEIVER_2

0x4000 - Receiver 2 is inoperable

SHORTED_ANTENNA_2

0x8000 - Antenna 2 is shorted to ground

OPEN_ANTENNA_2

0x0001 - Antenna 2 is open-circuit (or DC block is installed)

SOLUTION_FAULT_RECEIVER_2

0x0002 - Receiver 2 solution is invalid

RTCM_COMMUNICATION_FAULT

0x0004 - RTCM data was being received previously, but it not currently being received

RTK_DONGLE_FAULT

0x0008 - A problem has been detected with the RTK dongle. Query directly for more detail

-
- -
-
Functions
-
- -
-
flags
-
uint16 flags() const
-

Gets the value of the GNSS receivers flags (bits 104-119)

Returns
uint16

Value of the GNSS receivers flags

-
- -
-
powerFaultReceiver1
-
bool powerFaultReceiver1() const
-

Gets the value of the GNSS Receiver 1 Power Fault bit (bit 104)

Returns
bool

true: GNSS receiver 1 internal power fault

-
- -
-
faultReceiver1
-
bool faultReceiver1() const
-

Gets the value of the GNSS Receiver 1 Fault bit (bit 105)

Returns
bool

true: GNSS receiver 1 is inoperable

-
- -
-
shortedAntenna1
-
bool shortedAntenna1() const
-

Gets the value of the GNSS Antenna 1 Shorted bit (bit 106)

Returns
bool

true: GNSS antenna 1 is shorted to ground

-
- -
-
openAntenna1
-
bool openAntenna1() const
-

Gets the value of the GNSS Antenna 1 Open bit (bit 107)

Returns
bool

true: GNSS antenna 1 is open-circuit (or DC block is installed)

-
- -
-
solutionFaultReceiver1
-
bool solutionFaultReceiver1() const
-

Gets the value of the GNSS Receiver 1 Solution Fault bit (bit 108)

Returns
bool

true: GNSS receiver 1 solution is invalid

-
- -
-
powerFaultReceiver2
-
bool powerFaultReceiver2() const
-

Gets the value of the GNSS Receiver 2 Power Fault bit (bit 109)

Returns
bool

true: GNSS receiver 2 internal power fault

-
- -
-
faultReceiver2
-
bool faultReceiver2() const
-

Gets the value of the GNSS Receiver 2 Fault bit (bit 110)

Returns
bool

true: GNSS receiver 2 is inoperable

-
- -
-
shortedAntenna2
-
bool shortedAntenna2() const
-

Gets the value of the GNSS Antenna 2 Shorted bit (bit 111)

Returns
bool

true: GNSS antenna 2 is shorted to ground

-
- -
-
openAntenna2
-
bool openAntenna2() const
-

Gets the value of the GNSS Antenna 2 Open bit (bit 112)

Returns
bool

true: GNSS antenna 2 is open-circuit (or DC block is installed)

-
- -
-
solutionFaultReceiver2
-
bool solutionFaultReceiver2() const
-

Gets the value of the GNSS Receiver 2 Solution Fault bit (bit 113)

Returns
bool

true: GNSS receiver 2 solution is invalid

-
- -
-
rtcmCommunicationFault
-
bool rtcmCommunicationFault() const
-

Gets the value of the RTCM Communication Fault bit (bit 114)

Returns
bool

true: RTCM data was being received previously, but it not currently being received

-
- -
-
rtkDongleFault
-
bool rtkDongleFault() const
-

Gets the value of the RTK Dongle Fault bit (bit 115)

Returns
bool

true: A problem has been detected with the RTK dongle. Query directly for more detail

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_IMU-Summary.js b/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_IMU-Summary.js deleted file mode 100644 index a6c1f8159..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_IMU-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:GQ7ContinuousBIT_IMU","GQ7ContinuousBIT_IMU");NDSummary.OnSummaryLoaded("CClass:GQ7ContinuousBIT_IMU",[["C/C++","C"]],[["Functions","Function"],["Groups","Group"],["Structs","Struct"],["Variables","Variable"]],[[4959,0,2,"GQ7ContinuousBIT_IMU"],[4960,0,1,"Functions","Functions"],[4961,0,0,"GQ7ContinuousBIT_IMU","GQ7ContinuousBIT_IMU"],[4962,0,0,"GQ7ContinuousBIT_IMU","GQ7ContinuousBIT_IMU(2)"],[4963,0,0,"general","general"],[4964,0,0,"sensors","sensors"],[4965,0,1,"Variables","Variables"],[4966,0,3,"m_general","m_general"],[4967,0,3,"m_sensors;","m_sensors_"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_IMU-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_IMU-SummaryToolTips.js deleted file mode 100644 index 7a3810dfb..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_IMU-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:GQ7ContinuousBIT_IMU",{4959:"
Continuous Built-In Test flags for IMU information
",4961:"
GQ7ContinuousBIT_IMU() = default
",4962:"
explicit GQ7ContinuousBIT_IMU(
uint32 bits
)
",4963:"
GQ7ContinuousBIT_IMU_General general() const
Gets information for general IMU flags (bits 32-39)
",4964:"
GQ7ContinuousBIT_IMU_Sensors sensors() const
Gets information for IMU sensors flags (bits 40-55)
",4966:"
GQ7ContinuousBIT_IMU_General m_general
GQ7ContinuousBIT_IMU_General information for general IMU flags (bits 32-39)
",4967:"
GQ7ContinuousBIT_IMU_Sensors information for IMU sensors flags (bits 40-55)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_IMU-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_IMU-ToolTips.js deleted file mode 100644 index 7b7331ae5..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_IMU-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({4951:"
Continuous Built-In Test flags for general IMU information
",4955:"
Continuous Built-In Test flags for IMU sensors information
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_IMU.html b/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_IMU.html deleted file mode 100644 index 3565be715..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_IMU.html +++ /dev/null @@ -1,58 +0,0 @@ - - -GQ7ContinuousBIT_IMU - - - - - - - -
-
GQ7ContinuousBIT_IMU
-

Continuous Built-In Test flags for IMU information

Bits 32-63 of the original 128 bit Continuous Built-In Test flags

-
- -
-
Functions
-
- -
-
GQ7ContinuousBIT_IMU
-
GQ7ContinuousBIT_IMU() = default
-
- -
-
GQ7ContinuousBIT_IMU
-
explicit GQ7ContinuousBIT_IMU(
uint32 bits
)
-
Parameters
bits
uint32

Value of bits 32-63 of the original 128 bit Continuous Built-In Test flags

-
- -
-
general
- -

Gets information for general IMU flags (bits 32-39)

Returns
GQ7ContinuousBIT_IMU_General

Information for general IMU flags

-
- -
-
sensors
- -

Gets information for IMU sensors flags (bits 40-55)

Returns
GQ7ContinuousBIT_IMU_Sensors

Information for IMU sensors flags

-
- -
-
Variables
-
- -
-
m_general
- -

GQ7ContinuousBIT_IMU_General information for general IMU flags (bits 32-39)

-
- -
-
m_sensors;
-

GQ7ContinuousBIT_IMU_Sensors information for IMU sensors flags (bits 40-55)

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_IMU_General-Summary.js b/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_IMU_General-Summary.js deleted file mode 100644 index 3affababe..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_IMU_General-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:GQ7ContinuousBIT_IMU_General","GQ7ContinuousBIT_IMU_General");NDSummary.OnSummaryLoaded("CClass:GQ7ContinuousBIT_IMU_General",[["C/C++","C"]],[["Functions","Function"],["Groups","Group"],["Structs","Struct"]],[[4951,0,2,"GQ7ContinuousBIT_IMU_General"],[4952,0,1,"Functions","Functions"],[4953,0,0,"GQ7ContinuousBIT_IMU_General","GQ7ContinuousBIT_IMU_General"],[4954,0,0,"GQ7ContinuousBIT_IMU_General","GQ7ContinuousBIT_IMU_General(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_IMU_General-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_IMU_General-SummaryToolTips.js deleted file mode 100644 index b85cad914..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_IMU_General-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:GQ7ContinuousBIT_IMU_General",{4951:"
Continuous Built-In Test flags for general IMU information
",4953:"
GQ7ContinuousBIT_IMU_General() = default
",4954:"
explicit GQ7ContinuousBIT_IMU_General(
const uint8 bits
) : ContinuousBIT_IMU_General(bits)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_IMU_General-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_IMU_General-ToolTips.js deleted file mode 100644 index 5d5128772..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_IMU_General-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({4704:"
Continuous Built-In Test flags for general IMU information
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_IMU_General.html b/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_IMU_General.html deleted file mode 100644 index 5e3a46f7a..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_IMU_General.html +++ /dev/null @@ -1,31 +0,0 @@ - - -GQ7ContinuousBIT_IMU_General - - - - - - - -
-
GQ7ContinuousBIT_IMU_General
-

Continuous Built-In Test flags for general IMU information

Bits 32-39 of the original 128 bit Continuous Built-In Test flags

-
- -
-
Functions
-
- -
-
GQ7ContinuousBIT_IMU_General
-
GQ7ContinuousBIT_IMU_General() = default
-
- -
-
GQ7ContinuousBIT_IMU_General
-
explicit GQ7ContinuousBIT_IMU_General(
const uint8 bits
) : ContinuousBIT_IMU_General(bits)
-
Parameters
bits
const uint8

Bits 32-39 of the original 128 bit Continuous Built-In Test flags

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_IMU_Sensors-Summary.js b/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_IMU_Sensors-Summary.js deleted file mode 100644 index 050d2be72..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_IMU_Sensors-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:GQ7ContinuousBIT_IMU_Sensors","GQ7ContinuousBIT_IMU_Sensors");NDSummary.OnSummaryLoaded("CClass:GQ7ContinuousBIT_IMU_Sensors",[["C/C++","C"]],[["Functions","Function"],["Groups","Group"],["Structs","Struct"]],[[4955,0,2,"GQ7ContinuousBIT_IMU_Sensors"],[4956,0,1,"Functions","Functions"],[4957,0,0,"GQ7ContinuousBIT_IMU_Sensors","GQ7ContinuousBIT_IMU_Sensors"],[4958,0,0,"GQ7ContinuousBIT_IMU_Sensors","GQ7ContinuousBIT_IMU_Sensors(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_IMU_Sensors-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_IMU_Sensors-SummaryToolTips.js deleted file mode 100644 index 6d0c0bf01..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_IMU_Sensors-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:GQ7ContinuousBIT_IMU_Sensors",{4955:"
Continuous Built-In Test flags for IMU sensors information
",4957:"
GQ7ContinuousBIT_IMU_Sensors() = default
",4958:"
explicit GQ7ContinuousBIT_IMU_Sensors(
const uint16 bits
) : ContinuousBIT_IMU_Sensors(bits)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_IMU_Sensors-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_IMU_Sensors-ToolTips.js deleted file mode 100644 index dc0bf4769..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_IMU_Sensors-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({4723:"
Continuous Built-In Test flags for IMU sensors information
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_IMU_Sensors.html b/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_IMU_Sensors.html deleted file mode 100644 index daac4f065..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_IMU_Sensors.html +++ /dev/null @@ -1,31 +0,0 @@ - - -GQ7ContinuousBIT_IMU_Sensors - - - - - - - -
-
GQ7ContinuousBIT_IMU_Sensors
-

Continuous Built-In Test flags for IMU sensors information

Bits 40-55 of the original 128 bit Continuous Built-In Test flags

-
- -
-
Functions
-
- -
-
GQ7ContinuousBIT_IMU_Sensors
-
GQ7ContinuousBIT_IMU_Sensors() = default
-
- -
-
GQ7ContinuousBIT_IMU_Sensors
-
explicit GQ7ContinuousBIT_IMU_Sensors(
const uint16 bits
) : ContinuousBIT_IMU_Sensors(bits)
-
Parameters
bits
const uint16

Bits 40-55 of the original 128 bit Continuous Built-In Test flags

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_System-Summary.js b/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_System-Summary.js deleted file mode 100644 index 4c97448c5..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_System-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:GQ7ContinuousBIT_System","GQ7ContinuousBIT_System");NDSummary.OnSummaryLoaded("CClass:GQ7ContinuousBIT_System",[["C/C++","C"]],[["Functions","Function"],["Groups","Group"],["Structs","Struct"],["Variables","Variable"]],[[4942,0,2,"GQ7ContinuousBIT_System"],[4943,0,1,"Functions","Functions"],[4944,0,0,"GQ7ContinuousBIT_System","GQ7ContinuousBIT_System"],[4945,0,0,"GQ7ContinuousBIT_System","GQ7ContinuousBIT_System(2)"],[4946,0,0,"general","general"],[4947,0,0,"process","process"],[4948,0,1,"Variables","Variables"],[4949,0,3,"m_general","m_general"],[4950,0,3,"m_process","m_process"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_System-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_System-SummaryToolTips.js deleted file mode 100644 index 9928c52a3..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_System-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:GQ7ContinuousBIT_System",{4942:"
Continuous Built-In Test flags for system information
",4944:"
GQ7ContinuousBIT_System() = default
",4945:"
explicit GQ7ContinuousBIT_System(
uint32 bits
)
",4946:"
GQ7ContinuousBIT_System_General general() const
Gets information for general system flags (bits 0-7)
",4947:"
GQ7ContinuousBIT_System_Process process() const
Gets information for system process flags (bits 16-31)
",4949:"
GQ7ContinuousBIT_System_General m_general
ContinuousBIT_System_General information for general system flags (bits 0-7)
",4950:"
GQ7ContinuousBIT_System_Process m_process
ContinuousBIT_System_Process information for system process flags (bits 16-31)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_System-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_System-ToolTips.js deleted file mode 100644 index 10f3efca2..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_System-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({4672:"
Continuous Built-In Test flags for general system information
",4689:"
Continuous Built-In Test flags for system process information
",4904:"
Continuous Built-In Test flags for general system information
",4908:"
Continuous Built-In Test flags for system process information
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_System.html b/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_System.html deleted file mode 100644 index 86acd0ade..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_System.html +++ /dev/null @@ -1,59 +0,0 @@ - - -GQ7ContinuousBIT_System - - - - - - - -
-
GQ7ContinuousBIT_System
-

Continuous Built-In Test flags for system information

Bits 0-31 of the original 128 bit Continuous Built-In Test flags

-
- -
-
Functions
-
- -
-
GQ7ContinuousBIT_System
-
GQ7ContinuousBIT_System() = default
-
- -
-
GQ7ContinuousBIT_System
-
explicit GQ7ContinuousBIT_System(
uint32 bits
)
-
Parameters
bits
uint32

Value of bits 0-31 of the original 128 bit Continuous Built-In Test flags

-
- -
-
general
- -

Gets information for general system flags (bits 0-7)

Returns
GQ7ContinuousBIT_System_General

Information for general system flags

-
- -
-
process
- -

Gets information for system process flags (bits 16-31)

Returns
GQ7ContinuousBIT_System_Process

Information for system process flags

-
- -
-
Variables
-
- -
-
m_general
- -

ContinuousBIT_System_General information for general system flags (bits 0-7)

-
- -
-
m_process
- -

ContinuousBIT_System_Process information for system process flags (bits 16-31)

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_System_General-Summary.js b/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_System_General-Summary.js deleted file mode 100644 index 05f7b70dd..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_System_General-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:GQ7ContinuousBIT_System_General","GQ7ContinuousBIT_System_General");NDSummary.OnSummaryLoaded("CClass:GQ7ContinuousBIT_System_General",[["C/C++","C"]],[["Functions","Function"],["Groups","Group"],["Structs","Struct"]],[[4904,0,2,"GQ7ContinuousBIT_System_General"],[4905,0,1,"Functions","Functions"],[4906,0,0,"GQ7ContinuousBIT_System_General","GQ7ContinuousBIT_System_General"],[4907,0,0,"GQ7ContinuousBIT_System_General","GQ7ContinuousBIT_System_General(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_System_General-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_System_General-SummaryToolTips.js deleted file mode 100644 index b62c55181..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_System_General-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:GQ7ContinuousBIT_System_General",{4904:"
Continuous Built-In Test flags for general system information
",4906:"
GQ7ContinuousBIT_System_General() = default
",4907:"
explicit GQ7ContinuousBIT_System_General(
const uint8 bits
) : ContinuousBIT_System_General(bits)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_System_General-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_System_General-ToolTips.js deleted file mode 100644 index 63ce08a2c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_System_General-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({4672:"
Continuous Built-In Test flags for general system information
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_System_General.html b/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_System_General.html deleted file mode 100644 index dfb332848..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_System_General.html +++ /dev/null @@ -1,31 +0,0 @@ - - -GQ7ContinuousBIT_System_General - - - - - - - -
-
GQ7ContinuousBIT_System_General
-

Continuous Built-In Test flags for general system information

Bits 0-7 of the original 128 bit Continuous Built-In Test flags

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Functions
-
- -
-
GQ7ContinuousBIT_System_General
-
GQ7ContinuousBIT_System_General() = default
-
- -
-
GQ7ContinuousBIT_System_General
-
explicit GQ7ContinuousBIT_System_General(
const uint8 bits
) : ContinuousBIT_System_General(bits)
-
Parameters
bits
const uint8

Bits 0-7 of the original 128 bit Continuous Built-In Test flags

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_System_Process-Summary.js b/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_System_Process-Summary.js deleted file mode 100644 index 0c224be57..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_System_Process-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:GQ7ContinuousBIT_System_Process","GQ7ContinuousBIT_System_Process");NDSummary.OnSummaryLoaded("CClass:GQ7ContinuousBIT_System_Process",[["C/C++","C"]],[["Constants","Constant"],["Functions","Function"],["Groups","Group"],["Structs","Struct"]],[[4908,0,3,"GQ7ContinuousBIT_System_Process"],[4909,0,2,"Functions","Functions"],[4910,0,1,"GQ7ContinuousBIT_System_Process","GQ7ContinuousBIT_System_Process"],[4911,0,1,"GQ7ContinuousBIT_System_Process","GQ7ContinuousBIT_System_Process(2)"],[4912,0,2,"Constants","Constants"],[4913,0,0,"Bitmasks","Bitmasks"],[4914,0,0,,"IMU_CONTROL_LINE_FAULT"],[4915,0,0,,"IMU_COMMAND_RESPONSE_FAULT"],[4916,0,0,,"IMU_SPI_TRANSFER_FAULT"],[4917,0,0,,"IMU_DATA_FRAME_FAULT"],[4918,0,0,,"FILTER_CONTROL_LINE_FAULT"],[4919,0,0,,"FILTER_COMMAND_RESPONSE_FAULT"],[4920,0,0,,"FILTER_SPI_TRANSFER_FAULT"],[4921,0,0,,"FILTER_DATA_FRAME_FAULT"],[4922,0,0,,"GNSS_CONTROL_LINE_FAULT"],[4923,0,0,,"GNSS_COMMAND_RESPONSE_FAULT"],[4924,0,0,,"GNSS_SPI_TRANSFER_FAULT"],[4925,0,0,,"GNSS_DATA_FRAME_FAULT"],[4926,0,2,"Functions","Functions(2)"],[4927,0,1,"imuIpcFault","imuIpcFault"],[4928,0,1,"imuControlLineFault","imuControlLineFault"],[4929,0,1,"imuCommandResponseFault","imuCommandResponseFault"],[4930,0,1,"imuSpiTransferFault","imuSpiTransferFault"],[4931,0,1,"imuDataFrameFault","imuDataFrameFault"],[4932,0,1,"filterIpcFault","filterIpcFault"],[4933,0,1,"filterControlLineFault","filterControlLineFault"],[4934,0,1,"filterCommandResponseFault","filterCommandResponseFault"],[4935,0,1,"filterSpiTransferFault","filterSpiTransferFault"],[4936,0,1,"filterDataFrameFault","filterDataFrameFault"],[4937,0,1,"gnssIpcFault","gnssIpcFault"],[4938,0,1,"gnssControlLineFault","gnssControlLineFault"],[4939,0,1,"gnssCommandResponseFault","gnssCommandResponseFault"],[4940,0,1,"gnssSpiTransferFault","gnssSpiTransferFault"],[4941,0,1,"gnssDataFrameFault","gnssDataFrameFault"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_System_Process-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_System_Process-SummaryToolTips.js deleted file mode 100644 index fefbb08d8..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_System_Process-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:GQ7ContinuousBIT_System_Process",{4908:"
Continuous Built-In Test flags for system process information
",4910:"
GQ7ContinuousBIT_System_Process() : ContinuousBIT_System_Process()
",4911:"
explicit GQ7ContinuousBIT_System_Process(
const uint16 bits
) : ContinuousBIT_System_Process(bits)
",4913:"
Bitmasks for system process information flags
",4927:"
uint8 imuIpcFault() const
Gets the value of the IMU IPC fault flags (bits 16-19)
",4928:"
bool imuControlLineFault() const
Gets the value of the IMU Control Line Fault bit (bit 16)
",4929:"
bool imuCommandResponseFault() const
Gets the value of the IMU Command Response Fault bit (bit 17)
",4930:"
bool imuSpiTransferFault() const
Gets the value of the IMU SPI Transfer Fault bit (bit 18)
",4931:"
bool imuDataFrameFault() const
Gets the value of the IMU Data Frame Fault bit (bit 19)
",4932:"
uint8 filterIpcFault() const
Gets the value of the Filter IPC fault flags (bits 20-23)
",4933:"
bool filterControlLineFault() const
Gets the value of the Filter Control Line Fault bit (bit 20)
",4934:"
bool filterCommandResponseFault() const
Gets the value of the Filter Command Response Fault bit (bit 21)
",4935:"
bool filterSpiTransferFault() const
Gets the value of the Filter SPI Transfer Fault bit (bit 22)
",4936:"
bool filterDataFrameFault() const
Gets the value of the Filter Data Frame Fault bit (bit 23)
",4937:"
uint8 gnssIpcFault() const
Gets the value of the GNSS IPC fault flags (bits 24-27)
",4938:"
bool gnssControlLineFault() const
Gets the value of the GNSS Control Line Fault bit (bit 24)
",4939:"
bool gnssCommandResponseFault() const
Gets the value of the GNSS Command Response Fault bit (bit 25)
",4940:"
bool gnssSpiTransferFault() const
Gets the value of the GNSS SPI Transfer Fault bit (bit 26)
",4941:"
bool gnssDataFrameFault() const
Gets the value of the GNSS Data Frame Fault bit (bit 27)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_System_Process-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_System_Process-ToolTips.js deleted file mode 100644 index 174071802..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_System_Process-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({4689:"
Continuous Built-In Test flags for system process information
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_System_Process.html b/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_System_Process.html deleted file mode 100644 index a2a3797bb..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GQ7ContinuousBIT_System_Process.html +++ /dev/null @@ -1,134 +0,0 @@ - - -GQ7ContinuousBIT_System_Process - - - - - - - -
-
GQ7ContinuousBIT_System_Process
-

Continuous Built-In Test flags for system process information

Bits 16-31 of the original 128 bit Continuous Built-In Test flags

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Functions
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-
GQ7ContinuousBIT_System_Process
-
GQ7ContinuousBIT_System_Process() : ContinuousBIT_System_Process()
-
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-
GQ7ContinuousBIT_System_Process
-
explicit GQ7ContinuousBIT_System_Process(
const uint16 bits
) : ContinuousBIT_System_Process(bits)
-
Parameters
bits
const uint16

Bits 16-31 of the original 128 bit Continuous Built-In Test flags

-
- -
-
Constants
-
- -
-
Bitmasks
-

Bitmasks for system process information flags

Note

These masks are shifted 16 bits to the right from the original 128 bitmask to have a 0 index at bit 16

IMU_CONTROL_LINE_FAULT

0x0100 - The IMU control line is not behaving as expected

IMU_COMMAND_RESPONSE_FAULT

0x0200 - The IMU is not responsive to commands

IMU_SPI_TRANSFER_FAULT

0x0400 - Misaligned/failed IMU SPI transfers

IMU_DATA_FRAME_FAULT

0x0800 - Missing IMU data frame(s)

FILTER_CONTROL_LINE_FAULT

0x1000 - The filter control line is not behaving as expected

FILTER_COMMAND_RESPONSE_FAULT

0x2000 - The filter is not responsive to commands

FILTER_SPI_TRANSFER_FAULT

0x4000 - Misaligned/failed filter SPI transfers

FILTER_DATA_FRAME_FAULT

0x8000 - Missing filter data frame(s)

GNSS_CONTROL_LINE_FAULT

0x0001 - The GNSS control line is not behaving as expected

GNSS_COMMAND_RESPONSE_FAULT

0x0002 - The GNSS is not responsive to commands

GNSS_SPI_TRANSFER_FAULT

0x0004 - Misaligned/failed GNSS SPI transfers

GNSS_DATA_FRAME_FAULT

0x0008 - Missing GNSS data frame(s)

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Functions
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imuIpcFault
-
uint8 imuIpcFault() const
-

Gets the value of the IMU IPC fault flags (bits 16-19)

Note

Bits 0-3 of this value correspond to bits 16-19

Returns
uint8

Value of the IMU IPC fault flags

-
- -
-
imuControlLineFault
-
bool imuControlLineFault() const
-

Gets the value of the IMU Control Line Fault bit (bit 16)

Returns
bool

true: The IMU control line is not behaving as expected

-
- -
-
imuCommandResponseFault
-
bool imuCommandResponseFault() const
-

Gets the value of the IMU Command Response Fault bit (bit 17)

Returns
bool

true: The IMU is not responsive to commands

-
- -
-
imuSpiTransferFault
-
bool imuSpiTransferFault() const
-

Gets the value of the IMU SPI Transfer Fault bit (bit 18)

Returns
bool

true: Misaligned/failed IMU SPI transfers

-
- -
-
imuDataFrameFault
-
bool imuDataFrameFault() const
-

Gets the value of the IMU Data Frame Fault bit (bit 19)

Returns
bool

true: Missing IMU data frame(s)

-
- -
-
filterIpcFault
-
uint8 filterIpcFault() const
-

Gets the value of the Filter IPC fault flags (bits 20-23)

Note

Bits 0-3 of this value correspond to bits 20-23

Returns
uint8

Value of the filter IPC fault flags

-
- -
-
filterControlLineFault
-
bool filterControlLineFault() const
-

Gets the value of the Filter Control Line Fault bit (bit 20)

Returns
bool

true: The filter control line is not behaving as expected

-
- -
-
filterCommandResponseFault
-
bool filterCommandResponseFault() const
-

Gets the value of the Filter Command Response Fault bit (bit 21)

Returns
bool

true: The filter is not responsive to commands

-
- -
-
filterSpiTransferFault
-
bool filterSpiTransferFault() const
-

Gets the value of the Filter SPI Transfer Fault bit (bit 22)

Returns
bool

true: Misaligned/failed filter SPI transfers

-
- -
-
filterDataFrameFault
-
bool filterDataFrameFault() const
-

Gets the value of the Filter Data Frame Fault bit (bit 23)

Returns
bool

true: Missing filter data frame(s)

-
- -
-
gnssIpcFault
-
uint8 gnssIpcFault() const
-

Gets the value of the GNSS IPC fault flags (bits 24-27)

Note

Bits 0-3 of this value correspond to bits 24-27

Returns
uint8

Value of the GNSS IPC fault flags

-
- -
-
gnssControlLineFault
-
bool gnssControlLineFault() const
-

Gets the value of the GNSS Control Line Fault bit (bit 24)

Returns
bool

true: The GNSS control line is not behaving as expected

-
- -
-
gnssCommandResponseFault
-
bool gnssCommandResponseFault() const
-

Gets the value of the GNSS Command Response Fault bit (bit 25)

Returns
bool

true: The GNSS is not responsive to commands

-
- -
-
gnssSpiTransferFault
-
bool gnssSpiTransferFault() const
-

Gets the value of the GNSS SPI Transfer Fault bit (bit 26)

Returns
bool

true: Misaligned/failed GNSS SPI transfers

-
- -
-
gnssDataFrameFault
-
bool gnssDataFrameFault() const
-

Gets the value of the GNSS Data Frame Fault bit (bit 27)

Returns
bool

true: Missing GNSS data frame(s)

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GenericMipCmdResponse-Summary.js b/v66.0.1/MSCL_Docs/classes/C/GenericMipCmdResponse-Summary.js deleted file mode 100644 index 8fad9bc67..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GenericMipCmdResponse-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:GenericMipCmdResponse","GenericMipCmdResponse");NDSummary.OnSummaryLoaded("CClass:GenericMipCmdResponse",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[2927,0,0,"GenericMipCmdResponse"],[2928,0,2,"Functions","Functions"],[2929,0,1,"GenericMipCmdResponse","GenericMipCmdResponse"],[2930,0,1,"GenericMipCmdResponse","GenericMipCmdResponse(2)"],[2931,0,1,"ResponseSuccess","ResponseSuccess"],[2932,0,1,"ResponseFail","ResponseFail"],[2933,0,2,"Variables","Variables"],[2934,0,3,"m_data","m_data"],[2935,0,2,"Functions","Functions(2)"],[2936,0,1,"data","data"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GenericMipCmdResponse-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/GenericMipCmdResponse-SummaryToolTips.js deleted file mode 100644 index fc85f1e43..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GenericMipCmdResponse-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:GenericMipCmdResponse",{2927:"
GenericMipCmdResponse
Represents the response to a GenericMipCommand.
",2929:"
GenericMipCmdResponse()
Creates a GenericMipCmdResponse with default values.
",2930:"
GenericMipCmdResponse(
ResponsePattern::State state,
bool success,
MipPacket::MipAckNack errorCode,
std::string cmdName,
ByteStream data
)
Creates a GenericMipCmdResponse with the given parameters.
",2931:"
static GenericMipCmdResponse ResponseSuccess(
const std::string &cmdName,
ByteStream data = ByteStream()
)
Creates a GenericMipCmdResponse with a successful response.
",2932:"
static GenericMipCmdResponse ResponseFail(
ResponsePattern::State errorState,
MipPacket::MipAckNack errorCode,
const std::string &cmdName
)
Creates a GenericMipCmdResponse with a fail response.
",2934:"
ByteStream m_data
The <ByteStream that holds the data received from the response, if any.
",2936:"
ByteStream data() const
Gets the data that was received from the response, if any.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GenericMipCmdResponse-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/GenericMipCmdResponse-ToolTips.js deleted file mode 100644 index f196c81e2..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GenericMipCmdResponse-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2822:"
MipCmdResponse
Represents the response to a generic InertialNode command
",2927:"
GenericMipCmdResponse
Represents the response to a GenericMipCommand.
",2929:"
GenericMipCmdResponse()
Creates a GenericMipCmdResponse with default values.
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GenericMipCmdResponse.html b/v66.0.1/MSCL_Docs/classes/C/GenericMipCmdResponse.html deleted file mode 100644 index 5666b32d5..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GenericMipCmdResponse.html +++ /dev/null @@ -1,65 +0,0 @@ - - -GenericMipCmdResponse - - - - - - - -
-
GenericMipCmdResponse
-
public
MipCmdResponse
GenericMipCmdResponse
-

Represents the response to a GenericMipCommand.

See Also

MipCmdResponse

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Functions
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GenericMipCmdResponse
-
GenericMipCmdResponse()
-

Creates a GenericMipCmdResponse with default values.

-
- -
-
GenericMipCmdResponse
-
GenericMipCmdResponse(
ResponsePattern::State state,
bool success,
MipPacket::MipAckNack errorCode,
std::string cmdName,
ByteStream data
)
-

Creates a GenericMipCmdResponse with the given parameters.

Parameters
state
ResponsePattern::State

The state of the response.

success
bool

Whether or not the command was a success.

errorCode
MipPacket::MipAckNack

The MIP Ack/Nack error code received.

cmdName
std::string

The name of the command.

data
ByteStream

The ByteStream that holds the result data from the response (if any).

-
- -
-
ResponseSuccess
-
static GenericMipCmdResponse ResponseSuccess(
const std::string &cmdName,
ByteStream data = ByteStream()
)
-

Creates a GenericMipCmdResponse with a successful response.

Parameters
cmdName
const std::string&

The name of the command.

data
ByteStream

The <ByteStream that holds the data from the response (if any).

Returns

A GenericMipCmdResponse representing a success response from the command.

-
- -
-
ResponseFail
-
static GenericMipCmdResponse ResponseFail(
ResponsePattern::State errorState,
MipPacket::MipAckNack errorCode,
const std::string &cmdName
)
-

Creates a GenericMipCmdResponse with a fail response.

Parameters
errorState
ResponsePattern::State

The state that caused the ResponseFail.

errorCode
MipPacket::MipAckNack

The MIP Ack/Nack error code to set with the ResponseFail.

cmdName
const std::string&

The name of the command.

Returns

A GenericMipCmdResponse representing a failed response from the command.

-
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Variables
-
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-
m_data
-
ByteStream m_data
-

The <ByteStream that holds the data received from the response, if any.

-
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-
Functions
-
- -
-
data
-
ByteStream data() const
-

Gets the data that was received from the response, if any.

Returns

A ByteStream that contains the data received from the response, if any.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GenericMipCommand-Summary.js b/v66.0.1/MSCL_Docs/classes/C/GenericMipCommand-Summary.js deleted file mode 100644 index 16ed5d977..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GenericMipCommand-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:GenericMipCommand","GenericMipCommand");NDSummary.OnSummaryLoaded("CClass:GenericMipCommand",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[2937,0,0,"GenericMipCommand"],[2938,0,3,"Constants","Constants"],[2939,0,1,"CMD_DESC_SET_INDEX","CMD_DESC_SET_INDEX"],[2940,0,1,"CMD_FIELD_DESC_INDEX","CMD_FIELD_DESC_INDEX"],[2941,0,1,"CMD_FN_SELCTOR_INDEX","CMD_FN_SELCTOR_INDEX"],[2942,0,3,"Functions","Functions"],[2943,0,2,"buildCommand","buildCommand"],[2944,0,2,"buildCommand","buildCommand(2)"],[2945,0,2,"peekCommandId","peekCommandId"],[2946,0,2,"peekFunctionSelector","peekFunctionSelector"],[2947,0,2,"buildCommand","buildCommand(3)"],[2948,0,2,"fieldId","fieldId"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GenericMipCommand-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/GenericMipCommand-SummaryToolTips.js deleted file mode 100644 index 5c7053d13..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GenericMipCommand-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:GenericMipCommand",{2937:"
GenericMipCommand
Represents a base class for MIP commands
",2939:"
The byte index of a command\'s descriptor set identifier
",2940:"
The byte index of a command\'s field descriptor
",2941:"
The byte index of a command\'s function selector (if present)
",2943:"
static ByteStream buildCommand(
uint8 descSetByte,
uint8 cmdByte,
const Bytes &fieldData = Bytes()
)
Builds the command for a MIP command, and returns a ByteStream containing the bytes to send
",2944:"
static ByteStream buildCommand(
MipTypes::Command commandId,
const Bytes &fieldData = Bytes()
)
Builds the command for a MIP command, and returns a ByteStream containing the bytes to send
",2945:"
static MipTypes::Command peekCommandId(
const Bytes &commandBytes
)
Read the descriptor set and field descriptor from the provided command bytes.  Note: The provided command bytes are assumed to be formatted properly, no validation occurs.
",2946:"
static MipTypes::FunctionSelector peekFunctionSelector(
const Bytes &commandBytes
)
Read the function selector from the provided command bytes.  Note: The provided command bytes are assumed to be formatted properly, no validation occurs.
",2947:"
ByteStream buildCommand(
const Bytes &fieldData = Bytes()
)
Builds the command for a derived MIP command, and returns a ByteStream containing the bytes to send
",2948:"
Gets the MipTypes::Command
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GenericMipCommand-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/GenericMipCommand-ToolTips.js deleted file mode 100644 index 0874ada8f..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GenericMipCommand-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3158:"
The enums for all the different types/categories of MIP commands and data.
",3171:"
The enums for all of the different MIP commands.
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10253:"
typedef for a vector of bytes.
",231:"
GetAnalogToDisplacementCals
Contains the logic for the GetAnalogToDisplacementCals command.
",260:"
DisplacementOutputDataRate
Contains the logic for the DisplacementOutputDataRate command.
",264:"
DeviceTime
Contains the logic for the DeviceTime command.
",652:"
GNSS_AssistTimeUpdate
Contains the logic for the Inertial GNSS Assist TimeUpdate command.  It is important to note that this command will get a Nack back every time after the first from power up.
",693:"
GNSS_AssistedFixControl
Contains the logic for the Inertial GNSS Assist Fix Control command.
",2835:"
GPSTimeUpdate
Contains the logic for the Inertial GPSTimeUpdate command.
",4579:"
DeviceStatusFlags
Contains the logic for the DeviceStatusFlags command.
",4583:"
ActivationCode
Contains the logic for the ActivationCode command.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GenericMipCommand.html b/v66.0.1/MSCL_Docs/classes/C/GenericMipCommand.html deleted file mode 100644 index 355bfdf45..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GenericMipCommand.html +++ /dev/null @@ -1,75 +0,0 @@ - - -GenericMipCommand - - - - - - - -
-
GenericMipCommand
- -

Represents a base class for MIP commands

-
- -
-
Constants
-
- -
-
CMD_DESC_SET_INDEX
-

The byte index of a command's descriptor set identifier

-
- -
-
CMD_FIELD_DESC_INDEX
-

The byte index of a command's field descriptor

-
- -
-
CMD_FN_SELCTOR_INDEX
-

The byte index of a command's function selector (if present)

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand(
uint8 descSetByte,
uint8 cmdByte,
const Bytes &fieldData = Bytes()
)
-

Builds the command for a MIP command, and returns a ByteStream containing the bytes to send

Parameters
descSetByte
uint8

The descriptor set byte for the command

cmdByte
uint8

The command (field) byte for the command

fieldData
const Bytes&

A vector of bytes that make up the field data to be sent in the command (defaults to empty)

Returns

A ByteStream containing the MIP command packet built from the given bytes

-
- -
-
buildCommand
-
static ByteStream buildCommand(
MipTypes::Command commandId,
const Bytes &fieldData = Bytes()
)
-

Builds the command for a MIP command, and returns a ByteStream containing the bytes to send

Parameters
commandId
MipTypes::Command

The MipTypes::Command for the command

fieldData
const Bytes&

A vector of bytes that make up the field data to be sent in the command (defaults to empty)

Returns

A ByteStream containing the MIP command packet built from the given bytes

-
- -
-
peekCommandId
-
static MipTypes::Command peekCommandId(
const Bytes &commandBytes
)
-

Read the descriptor set and field descriptor from the provided command bytes.  Note: The provided command bytes are assumed to be formatted properly, no validation occurs.

Parameters
commandBytes
const Bytes&

The Bytes representing a complete MIP command

Returns

The MipTypes::Command ID for the provided command bytes, returns 0 if descriptor indices are beyond the bounds of commandBytes

-
- -
-
peekFunctionSelector
-
static MipTypes::FunctionSelector peekFunctionSelector(
const Bytes &commandBytes
)
-

Read the function selector from the provided command bytes.  Note: The provided command bytes are assumed to be formatted properly, no validation occurs.

Parameters
commandBytes
const Bytes&

The Bytes representing a complete MIP command with function selector

Returns

The MipTypes::FunctionSelector of the provided command, returns 0 if function selector index is beyond the bounds of commandBytes

-
- -
-
buildCommand
-
ByteStream buildCommand(
const Bytes &fieldData = Bytes()
)
-

Builds the command for a derived MIP command, and returns a ByteStream containing the bytes to send

Parameters
fieldData
const Bytes&

A vector of bytes that make up the field data to be sent in the command (defaults to empty)

Returns

A ByteStream containing the MIP command packet built from the given bytes

-
- -
-
fieldId
-

Gets the MipTypes::Command

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GeographicSource-Summary.js b/v66.0.1/MSCL_Docs/classes/C/GeographicSource-Summary.js deleted file mode 100644 index c0896c168..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GeographicSource-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:GeographicSource","GeographicSource");NDSummary.OnSummaryLoaded("CClass:GeographicSource",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[772,0,0,"GeographicSource"],[773,0,2,"Functions","Functions"],[774,0,1,"commandName","commandName"],[775,0,1,"MakeSetCommand","MakeSetCommand"],[776,0,1,"MakeGetCommand","MakeGetCommand"],[777,0,1,"getResponseData","getResponseData"],[778,0,1,"operator ByteStream","operator_ByteStream"],[779,0,1,"Constructor GeographicSource","Constructor_GeographicSource"],[780,0,1,"commandType","commandType"],[781,0,1,"fieldDataByte","fieldDataByte"],[782,0,1,"responseExpected","responseExpected"],[783,0,2,"Variables","Variables"],[784,0,3,"m_functionSelector","m_functionSelector"],[785,0,3,"m_sourceOptions","m_sourceOptions"],[786,0,3,"m_fieldDataByte","m_fieldDataByte"],[787,0,3,"m_commandType","m_commandType"],[788,0,3,"m_commandName","m_commandName"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GeographicSource-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/GeographicSource-SummaryToolTips.js deleted file mode 100644 index 4dae4a1d3..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GeographicSource-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:GeographicSource",{772:"
GeographicSource
Contains the logic for the Inertial GeographicSource command.
",774:"
virtual std::string commandName() const
",775:"
static GeographicSource MakeSetCommand(
const GeographicSourceOptions &dataToUse
)
Parameter: dataToUse The GeographicSourceOptions to set the option and fixed value.
",776:"
static GeographicSource MakeGetCommand()
",777:"
static GeographicSourceOptions getResponseData(
const GenericMipCmdResponse &response
)
",778:"
operator ByteStream() const
Converts this class to a ByteStream.
",779:"
Private constructor creates an GeographicSource object.  Use Make___Command methods to create an object.
",780:"
virtual MipTypes::Command commandType() const
",781:"
virtual uint8 fieldDataByte() const
",782:"
virtual bool responseExpected() const
",784:"
MipTypes::FunctionSelector m_functionSelector
The FunctionSelector type of command to send, get/set, reset to factory defaults, et al.
",785:"
GeographicSourceOptions m_sourceOptions
The GeographicSourceOptions to send to the device.
",786:"
uint8 m_fieldDataByte
The byte ID for field data in the reply.
",787:"
MipTypes::Command m_commandType
The command ID.
",788:"
std::string m_commandName
The command name.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GeographicSource-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/GeographicSource-ToolTips.js deleted file mode 100644 index efd866111..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GeographicSource-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({772:"
GeographicSource
Contains the logic for the Inertial GeographicSource command.
",1800:"
The enum to represent the source options for Declination (0x0D, 0x43), Inclination (0x0D, 0x4C), and Magnitude Source (0x0D, 0x4D)
",2927:"
GenericMipCmdResponse
Represents the response to a GenericMipCommand.
",3158:"
The enums for all the different types/categories of MIP commands and data.
",3171:"
The enums for all of the different MIP commands.
",789:"
InclinationSource
Contains the logic for the Inertial Inclination GeographicSource command.
",794:"
DeclinationSource
Contains the logic for the Inertial Declination GeographicSource command.
",799:"
MagneticFieldMagnitudeSource
Contains the logic for the Inertial Magnetic Field Magnitude GeographicSource command.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GeographicSource.html b/v66.0.1/MSCL_Docs/classes/C/GeographicSource.html deleted file mode 100644 index aa4258378..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GeographicSource.html +++ /dev/null @@ -1,108 +0,0 @@ - - -GeographicSource - - - - - - - -
-
GeographicSource
- -

Contains the logic for the Inertial GeographicSource command.

-
- -
-
Functions
-
- -
-
commandName
-
virtual std::string commandName() const
-
Returns
std::string

the string name for this class.

-
- -
-
MakeSetCommand
-
static GeographicSource MakeSetCommand(
const GeographicSourceOptions &dataToUse
)
-

Parameter: dataToUse The GeographicSourceOptions to set the option and fixed value.

Returns
GeographicSource

object set up for sending a set command.

-
- -
-
MakeGetCommand
-
static GeographicSource MakeGetCommand()
-
Returns
GeographicSource

object set up for sending a get command.

-
- -
-
getResponseData
-
static GeographicSourceOptions getResponseData(
const GenericMipCmdResponse &response
)
-
Parameter
response
const GenericMipCmdResponse&

The GenericMipCmdResponse object from which to get formatted data.

Returns
GeographicSourceOptions

the object containing the current source and fixed value.

-
- -
-
operator ByteStream
-
operator ByteStream() const
-

Converts this class to a ByteStream.

-
- -
-
Constructor GeographicSource
-

Private constructor creates an GeographicSource object.  Use Make___Command methods to create an object.

-
- -
-
commandType
-
virtual MipTypes::Command commandType() const
-
Returns
MipTypes::Command

the command ID.

-
- -
-
fieldDataByte
-
virtual uint8 fieldDataByte() const
-
Returns
uint8

the byte ID for field data in the reply.

-
- -
-
responseExpected
-
virtual bool responseExpected() const
-
Returns
bool

True indicates that a response should return from the device.

-
- -
-
Variables
-
- -
-
m_functionSelector
-
MipTypes::FunctionSelector m_functionSelector
-

The FunctionSelector type of command to send, get/set, reset to factory defaults, et al.

-
- -
-
m_sourceOptions
-
GeographicSourceOptions m_sourceOptions
-

The GeographicSourceOptions to send to the device.

-
- -
-
m_fieldDataByte
-
uint8 m_fieldDataByte
-

The byte ID for field data in the reply.

-
- -
-
m_commandType
-
MipTypes::Command m_commandType
-

The command ID.

-
- -
-
m_commandName
-
std::string m_commandName
-

The command name.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Geographic_Source_Options-Summary.js b/v66.0.1/MSCL_Docs/classes/C/Geographic_Source_Options-Summary.js deleted file mode 100644 index 23e3f9b55..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Geographic_Source_Options-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:Geographic_Source_Options","Geographic Source Options");NDSummary.OnSummaryLoaded("CClass:Geographic_Source_Options",[["C/C++","C"]],[["Functions","Function"],["Groups","Group"],["Structs","Struct"],["Variables","Variable"]],[[2214,0,2,"Geographic Source Options"],[2215,0,1,"Functions","Functions"],[2216,0,0,"GeographicSourceOptions","GeographicSourceOptions"],[2217,0,0,"GeographicSourceOptions","GeographicSourceOptions(2)"],[2218,0,1,"Variables","Variables"],[2219,0,3,"source","source"],[2220,0,3,"manual","manual"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Geographic_Source_Options-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Geographic_Source_Options-SummaryToolTips.js deleted file mode 100644 index e8c2e9580..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Geographic_Source_Options-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:Geographic_Source_Options",{2214:"
Holds the Geographic Source Option and the fixed value if manual is selected.  Determines the sources for Declination, Inclination, and Magnitude.
",2216:"
GeographicSourceOptions() : source(InertialTypes::GeographicSourceOption::NONE), manual(0.0)
",2217:"
GeographicSourceOptions(
const InertialTypes::GeographicSourceOption &sourceValue,
const float fixedValue
) : source(sourceValue), manual(fixedValue)
constructs this class from a GeographicSourceOption and a float.
",2219:"
InertialTypes::GeographicSourceOption source
",2220:"
float manual
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Geographic_Source_Options-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Geographic_Source_Options-ToolTips.js deleted file mode 100644 index 59992a148..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Geographic_Source_Options-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Geographic_Source_Options.html b/v66.0.1/MSCL_Docs/classes/C/Geographic_Source_Options.html deleted file mode 100644 index 407ab9287..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Geographic_Source_Options.html +++ /dev/null @@ -1,45 +0,0 @@ - - -Geographic Source Options - - - - - - - -
-
Geographic Source Options
-

Holds the Geographic Source Option and the fixed value if manual is selected.  Determines the sources for Declination, Inclination, and Magnitude.

-
- -
-
Functions
-
- -
-
GeographicSourceOptions
-
GeographicSourceOptions() : source(InertialTypes::GeographicSourceOption::NONE), manual(0.0)
-
- -
-
GeographicSourceOptions
-
GeographicSourceOptions(
const InertialTypes::GeographicSourceOption &sourceValue,
const float fixedValue
) : source(sourceValue), manual(fixedValue)
-

constructs this class from a GeographicSourceOption and a float.

Parameters
sourceValue
const InertialTypes::GeographicSourceOption&

The geographic source option to use.

fixedValue
const float

The fixed value entered by the user to be used if the source is fixed.

-
- -
-
Variables
-
- -
-
source
-
InertialTypes::GeographicSourceOption source
-
- -
-
manual
-
float manual
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GeometricUncertainty-Summary.js b/v66.0.1/MSCL_Docs/classes/C/GeometricUncertainty-Summary.js deleted file mode 100644 index 724d1dde4..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GeometricUncertainty-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:GeometricUncertainty","GeometricUncertainty");NDSummary.OnSummaryLoaded("CClass:GeometricUncertainty",[["C/C++","C"]],[["Classes","Class"]],[[1671,0,0,"GeometricUncertainty"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GeometricUncertainty-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/GeometricUncertainty-SummaryToolTips.js deleted file mode 100644 index ab27fd8a2..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GeometricUncertainty-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:GeometricUncertainty",{1671:"
GeometricUncertainty
Represents uncertainty values correlating to a position or velocity.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GeometricUncertainty-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/GeometricUncertainty-ToolTips.js deleted file mode 100644 index c2cf8d6f7..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GeometricUncertainty-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1631:"
GeometricVector
Defines a 3 dimensional, spatial vector.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GeometricUncertainty.html b/v66.0.1/MSCL_Docs/classes/C/GeometricUncertainty.html deleted file mode 100644 index c42429a5f..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GeometricUncertainty.html +++ /dev/null @@ -1,17 +0,0 @@ - - -GeometricUncertainty - - - - - - - -
-
GeometricUncertainty
-
public
GeometricVector
GeometricUncertainty
-

Represents uncertainty values correlating to a position or velocity.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GeometricVector-Summary.js b/v66.0.1/MSCL_Docs/classes/C/GeometricVector-Summary.js deleted file mode 100644 index b4ce56d5c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GeometricVector-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:GeometricVector","GeometricVector");NDSummary.OnSummaryLoaded("CClass:GeometricVector",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[1631,0,0,"GeometricVector"],[1632,0,2,"Functions","Functions"],[1633,0,1,"VectorECEF","VectorECEF"],[1634,0,1,"VectorNED","VectorNED"],[1635,0,1,"GeometricVector","GeometricVector"],[1636,0,1,"GeometricVector","GeometricVector(2)"],[1637,0,1,"~GeometricVector","~GeometricVector"],[1638,0,2,"Variables","Variables"],[1639,0,3,"referenceFrame","referenceFrame"],[1640,0,2,"Functions","Functions(2)"],[1641,0,1,"north","north"],[1642,0,1,"east","east"],[1643,0,1,"down","down"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GeometricVector-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/GeometricVector-SummaryToolTips.js deleted file mode 100644 index c53f421f6..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GeometricVector-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:GeometricVector",{1631:"
GeometricVector
Defines a 3 dimensional, spatial vector.
",1633:"
static GeometricVector VectorECEF(
float x_init,
float y_init,
float z_init
)
Initializes and returns a new vector with the reference frame set to Earth-Centered, Earth-Fixed
",1634:"
static GeometricVector VectorNED(
float north,
float east,
float down
)
Initializes and returns a new vector with the reference frame set to North-East-Down
",1635:"
GeometricVector(
float x_init,
float y_init,
float z_init,
PositionVelocityReferenceFrame ref = PositionVelocityReferenceFrame::ECEF
)
Creates a GeometricVector object.
",1636:"
GeometricVector()
Creates a zero-filled GeometricVector object.  Default reference frame: ECEF
",1637:"
~GeometricVector()
Destroys a TimeUpdate object.
",1639:"
PositionVelocityReferenceFrame referenceFrame
The PositionVelocityReferenceFrame of this vector.  Default: ECEF
",1641:"
float north() const
Only valid if referenceFrame is LLH_NED
",1642:"
float east() const
Only valid if referenceFrame is LLH_NED
",1643:"
float down() const
Only valid if referenceFrame is LLH_NED
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GeometricVector-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/GeometricVector-ToolTips.js deleted file mode 100644 index c3eeae23f..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GeometricVector-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1626:"
Enum representing position and velocity reference frame options.
",1631:"
GeometricVector
Defines a 3 dimensional, spatial vector.
",1644:"
PositionOffset
Represents a position offset (x, y, z).
",1645:"
Velocity
Represents a velocity (x, y, z).
",1671:"
GeometricUncertainty
Represents uncertainty values correlating to a position or velocity.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GeometricVector.html b/v66.0.1/MSCL_Docs/classes/C/GeometricVector.html deleted file mode 100644 index 903c5cfbe..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GeometricVector.html +++ /dev/null @@ -1,83 +0,0 @@ - - -GeometricVector - - - - - - - -
-
GeometricVector
- -

Defines a 3 dimensional, spatial vector.

-
- -
-
Functions
-
- -
-
VectorECEF
-
static GeometricVector VectorECEF(
float x_init,
float y_init,
float z_init
)
-

Initializes and returns a new vector with the reference frame set to Earth-Centered, Earth-Fixed

Parameters
x_init
float

initial x coordinate

y_init
float

initial y coordinate

z_init
float

initial z coordinate

-
- -
-
VectorNED
-
static GeometricVector VectorNED(
float north,
float east,
float down
)
-

Initializes and returns a new vector with the reference frame set to North-East-Down

Parameters
north
float

initial x coordinate

east
float

initial y coordinate

down
float

initial z coordinate

-
- -
-
GeometricVector
-
GeometricVector(
float x_init,
float y_init,
float z_init,
PositionVelocityReferenceFrame ref = PositionVelocityReferenceFrame::ECEF
)
-

Creates a GeometricVector object.

Parameters
x_init
float

initial x coordinate

y_init
float

initial y coordinate

z_init
float

initial z coordinate

ref
PositionVelocityReferenceFrame

reference frame (default: ECEF)

-
- -
-
GeometricVector
-
GeometricVector()
-

Creates a zero-filled GeometricVector object.  Default reference frame: ECEF

-
- -
-
~GeometricVector
-
~GeometricVector()
-

Destroys a TimeUpdate object.

-
- -
-
Variables
-
- -
-
referenceFrame
- -

The PositionVelocityReferenceFrame of this vector.  Default: ECEF

-
- -
-
Functions
-
- -
-
north
-
float north() const
-

Only valid if referenceFrame is LLH_NED

-
- -
-
east
-
float east() const
-

Only valid if referenceFrame is LLH_NED

-
- -
-
down
-
float down() const
-

Only valid if referenceFrame is LLH_NED

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GeometricVectorCommand-Summary.js b/v66.0.1/MSCL_Docs/classes/C/GeometricVectorCommand-Summary.js deleted file mode 100644 index b11225721..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GeometricVectorCommand-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:GeometricVectorCommand","GeometricVectorCommand");NDSummary.OnSummaryLoaded("CClass:GeometricVectorCommand",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[705,0,0,"GeometricVectorCommand"],[706,0,2,"Functions","Functions"],[707,0,1,"commandName","commandName"],[708,0,1,"MakeSetCommand","MakeSetCommand"],[709,0,1,"MakeGetCommand","MakeGetCommand"],[710,0,1,"getResponseData","getResponseData"],[711,0,1,"operator ByteStream","operator_ByteStream"],[712,0,1,"Constructor GeometricVectorCommand","Constructor_GeometricVectorCommand"],[713,0,1,"commandType","commandType"],[714,0,1,"fieldDataByte","fieldDataByte"],[715,0,1,"responseExpected","responseExpected"],[716,0,2,"Variables","Variables"],[717,0,3,"m_cmd","m_cmd"],[718,0,3,"m_functionSelector","m_functionSelector"],[719,0,3,"m_data","m_data"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GeometricVectorCommand-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/GeometricVectorCommand-SummaryToolTips.js deleted file mode 100644 index 61c668eaf..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GeometricVectorCommand-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:GeometricVectorCommand",{705:"
GeometricVectorCommand
A generic command class that contains the logic for any command that deals only with one or more GeometricVector.
",707:"
virtual std::string commandName() const
",708:"
static GeometricVectorCommand MakeSetCommand(
MipTypes::Command cmd,
const GeometricVectors &data
)
Parameter: cmd The specific MipTypes::Command type to be constructed
",709:"
static GeometricVectorCommand MakeGetCommand(
MipTypes::Command cmd
)
Parameter: cmd The specific MipTypes::Command type to be constructed
",710:"
GeometricVectors getResponseData(
const GenericMipCmdResponse &response
)
",711:"
operator ByteStream() const
Converts this class to a ByteStream.
",712:"
Private constructor creates a GeometricVectorCommand object.  Use Make___Command methods to create an object.
",713:"
virtual MipTypes::Command commandType() const
",714:"
virtual uint8 fieldDataByte() const
",715:"
virtual bool responseExpected() const
",717:"
MipTypes::Command m_cmd
The specific MipTypes::Command type of this object
",718:"
MipTypes::FunctionSelector m_functionSelector
The FunctionSelector type of command to send, get/set, reset to factory defaults, et al.
",719:"
GeometricVectors m_data
The GeometricVector data to send to the device.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GeometricVectorCommand-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/GeometricVectorCommand-ToolTips.js deleted file mode 100644 index c42830410..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GeometricVectorCommand-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({705:"
GeometricVectorCommand
A generic command class that contains the logic for any command that deals only with one or more GeometricVector.
",1631:"
GeometricVector
Defines a 3 dimensional, spatial vector.
",2927:"
GenericMipCmdResponse
Represents the response to a GenericMipCommand.
",3158:"
The enums for all the different types/categories of MIP commands and data.
",3171:"
The enums for all of the different MIP commands.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GeometricVectorCommand.html b/v66.0.1/MSCL_Docs/classes/C/GeometricVectorCommand.html deleted file mode 100644 index 31173c7d5..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GeometricVectorCommand.html +++ /dev/null @@ -1,96 +0,0 @@ - - -GeometricVectorCommand - - - - - - - -
-
GeometricVectorCommand
-
public
MipCommand
GeometricVectorCommand
-

A generic command class that contains the logic for any command that deals only with one or more GeometricVector.

-
- -
-
Functions
-
- -
-
commandName
-
virtual std::string commandName() const
-
Returns
std::string

the string name for the command.

-
- -
-
MakeSetCommand
-
static GeometricVectorCommand MakeSetCommand(
MipTypes::Command cmd,
const GeometricVectors &data
)
-

Parameter: cmd The specific MipTypes::Command type to be constructed

Parameter: dataToUse The list of GeometricVector objects to set.

Returns
GeometricVectorCommand

object set up for sending a set command.

-
- -
-
MakeGetCommand
-
static GeometricVectorCommand MakeGetCommand(
MipTypes::Command cmd
)
-

Parameter: cmd The specific MipTypes::Command type to be constructed

Returns
GeometricVectorCommand

object set up for sending a get command.

-
- -
-
getResponseData
-
GeometricVectors getResponseData(
const GenericMipCmdResponse &response
)
-
Parameter
response
const GenericMipCmdResponse&

The GenericMipCmdResponse object from which to get formatted data.

Returns
GeometricVector

An collection of GeometricVectors with the data returned from the device.

-
- -
-
operator ByteStream
-
operator ByteStream() const
-

Converts this class to a ByteStream.

-
- -
-
Constructor GeometricVectorCommand
-

Private constructor creates a GeometricVectorCommand object.  Use Make___Command methods to create an object.

-
- -
-
commandType
-
virtual MipTypes::Command commandType() const
-
Returns
MipTypes::Command

the command ID.

-
- -
-
fieldDataByte
-
virtual uint8 fieldDataByte() const
-
Returns
uint8

the byte ID for field data in the reply.

-
- -
-
responseExpected
-
virtual bool responseExpected() const
-
Returns
bool

True indicates that a response should return from the device.

-
- -
-
Variables
-
- -
-
m_cmd
- -

The specific MipTypes::Command type of this object

-
- -
-
m_functionSelector
-
MipTypes::FunctionSelector m_functionSelector
-

The FunctionSelector type of command to send, get/set, reset to factory defaults, et al.

-
- -
-
m_data
-
GeometricVectors m_data
-

The GeometricVector data to send to the device.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GetAnalogToDisplacementCals-Summary.js b/v66.0.1/MSCL_Docs/classes/C/GetAnalogToDisplacementCals-Summary.js deleted file mode 100644 index 9dc3c912c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GetAnalogToDisplacementCals-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:GetAnalogToDisplacementCals","GetAnalogToDisplacementCals");NDSummary.OnSummaryLoaded("CClass:GetAnalogToDisplacementCals",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Groups","Group"]],[[231,0,0,"GetAnalogToDisplacementCals"],[232,0,2,"Constants","Constants"],[233,0,1,"Packet Bytes","Packet_Bytes"],[234,0,1,,"FIELD_DATA_BYTE"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GetAnalogToDisplacementCals-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/GetAnalogToDisplacementCals-SummaryToolTips.js deleted file mode 100644 index 069a163c2..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GetAnalogToDisplacementCals-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:GetAnalogToDisplacementCals",{231:"
GetAnalogToDisplacementCals
Contains the logic for the GetAnalogToDisplacementCals command.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GetAnalogToDisplacementCals-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/GetAnalogToDisplacementCals-ToolTips.js deleted file mode 100644 index 9589986d9..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GetAnalogToDisplacementCals-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2937:"
GenericMipCommand
Represents a base class for MIP commands
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GetAnalogToDisplacementCals.html b/v66.0.1/MSCL_Docs/classes/C/GetAnalogToDisplacementCals.html deleted file mode 100644 index a82ff887e..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GetAnalogToDisplacementCals.html +++ /dev/null @@ -1,26 +0,0 @@ - - -GetAnalogToDisplacementCals - - - - - - - -
-
GetAnalogToDisplacementCals
-
private
GenericMipCommand
GetAnalogToDisplacementCals
-

Contains the logic for the GetAnalogToDisplacementCals command.

-
- -
-
Constants
-
- -
-
Packet Bytes
-
FIELD_DATA_BYTE

Descriptor byte for the Field data.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GetDatalogSessionInfo-Summary.js b/v66.0.1/MSCL_Docs/classes/C/GetDatalogSessionInfo-Summary.js deleted file mode 100644 index d23298233..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GetDatalogSessionInfo-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:GetDatalogSessionInfo","GetDatalogSessionInfo");NDSummary.OnSummaryLoaded("CClass:GetDatalogSessionInfo",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[5544,0,0,"GetDatalogSessionInfo"],[5545,0,2,"Functions","Functions"],[5546,0,1,"buildCommand","buildCommand"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GetDatalogSessionInfo-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/GetDatalogSessionInfo-SummaryToolTips.js deleted file mode 100644 index 3b91c25e3..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GetDatalogSessionInfo-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:GetDatalogSessionInfo",{5544:"
GetDatalogSessionInfo
Contains logic for the Get Datalog Session Info Node command.
",5546:"
static ByteStream buildCommand(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress
)
Builds the GetDatalogSessionInfo command packet.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GetDatalogSessionInfo-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/GetDatalogSessionInfo-ToolTips.js deleted file mode 100644 index 4531d219a..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GetDatalogSessionInfo-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7194:"
The possible ASPP versions
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10245:"
typedef for a Node\'s node address.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GetDatalogSessionInfo.html b/v66.0.1/MSCL_Docs/classes/C/GetDatalogSessionInfo.html deleted file mode 100644 index e673bb53c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GetDatalogSessionInfo.html +++ /dev/null @@ -1,27 +0,0 @@ - - -GetDatalogSessionInfo - - - - - - - -
-
GetDatalogSessionInfo
-
GetDatalogSessionInfo
-

Contains logic for the Get Datalog Session Info Node command.

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress
)
-

Builds the GetDatalogSessionInfo command packet.

Parameters
nodeAddress
NodeAddress

the address of the Node to build the command for.

Returns

A ByteStream containing the GetDatalogSessionInfo command packet.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GetDeviceDescriptorSets-Summary.js b/v66.0.1/MSCL_Docs/classes/C/GetDeviceDescriptorSets-Summary.js deleted file mode 100644 index 63bc674dd..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GetDeviceDescriptorSets-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:GetDeviceDescriptorSets","GetDeviceDescriptorSets");NDSummary.OnSummaryLoaded("CClass:GetDeviceDescriptorSets",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[2914,0,0,"GetDeviceDescriptorSets"],[2915,0,3,"Constants","Constants"],[2916,0,1,"Packet Bytes","Packet_Bytes"],[2917,0,1,,"CMD_ID=CMD_GET_DESCRIPTOR_SETS"],[2918,0,1,,"FIELD_DATA_BYTE=0x82"],[2919,0,3,"Functions","Functions"],[2920,0,2,"buildCommand","buildCommand"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GetDeviceDescriptorSets-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/GetDeviceDescriptorSets-SummaryToolTips.js deleted file mode 100644 index 29c0e6e28..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GetDeviceDescriptorSets-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:GetDeviceDescriptorSets",{2914:"
GetDeviceDescriptorSets
Contains the logic for the Inertial "Get Device Descriptor Sets" command
",2920:"
static ByteStream buildCommand()
Builds the command packet
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GetDeviceDescriptorSets-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/GetDeviceDescriptorSets-ToolTips.js deleted file mode 100644 index a9de5ee2c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GetDeviceDescriptorSets-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3171:"
The enums for all of the different MIP commands.
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GetDeviceDescriptorSets.html b/v66.0.1/MSCL_Docs/classes/C/GetDeviceDescriptorSets.html deleted file mode 100644 index 977f5b82d..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GetDeviceDescriptorSets.html +++ /dev/null @@ -1,36 +0,0 @@ - - -GetDeviceDescriptorSets - - - - - - - -
-
GetDeviceDescriptorSets
-
GetDeviceDescriptorSets
-

Contains the logic for the Inertial "Get Device Descriptor Sets" command

-
- -
-
Constants
-
- -
-
Packet Bytes
-
CMD_ID  = CMD_GET_DESCRIPTOR_SETS

The MipTypes::Command for this command

FIELD_DATA_BYTE  = 0x82

The Data Field Descriptor byte

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand()
-

Builds the command packet

Returns

A ByteStream containing the MIP GetDeviceDescriptorSets command packet

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GetDeviceInfo-Summary.js b/v66.0.1/MSCL_Docs/classes/C/GetDeviceInfo-Summary.js deleted file mode 100644 index 8fff436d8..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GetDeviceInfo-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:GetDeviceInfo","GetDeviceInfo");NDSummary.OnSummaryLoaded("CClass:GetDeviceInfo",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[2902,0,0,"GetDeviceInfo"],[2903,0,3,"Constants","Constants"],[2904,0,1,"Packet Bytes","Packet_Bytes"],[2905,0,1,,"CMD_ID"],[2906,0,1,,"FIELD_DATA_BYTE"],[2907,0,3,"Functions","Functions"],[2908,0,2,"buildCommand","buildCommand"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GetDeviceInfo-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/GetDeviceInfo-SummaryToolTips.js deleted file mode 100644 index 252cf422a..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GetDeviceInfo-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:GetDeviceInfo",{2902:"
GetDeviceInfo
Contains the logic for the Inertial GetDeviceInfo command
",2908:"
static ByteStream buildCommand()
Builds the command packet
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GetDeviceInfo-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/GetDeviceInfo-ToolTips.js deleted file mode 100644 index a9de5ee2c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GetDeviceInfo-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3171:"
The enums for all of the different MIP commands.
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GetDeviceInfo.html b/v66.0.1/MSCL_Docs/classes/C/GetDeviceInfo.html deleted file mode 100644 index 7047abd02..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GetDeviceInfo.html +++ /dev/null @@ -1,36 +0,0 @@ - - -GetDeviceInfo - - - - - - - -
-
GetDeviceInfo
-
GetDeviceInfo
-

Contains the logic for the Inertial GetDeviceInfo command

-
- -
-
Constants
-
- -
-
Packet Bytes
-
CMD_ID

CMD_GET_DEVICE_INFO  - The MipTypes::Command for this command

FIELD_DATA_BYTE

0x81  - The Data Field Descriptor byte

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand()
-

Builds the command packet

Returns

A ByteStream containing the Inertial GetDeviceInfo command packet

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GetDiagnosticInfo-Summary.js b/v66.0.1/MSCL_Docs/classes/C/GetDiagnosticInfo-Summary.js deleted file mode 100644 index 3a277a13c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GetDiagnosticInfo-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:GetDiagnosticInfo","GetDiagnosticInfo");NDSummary.OnSummaryLoaded("CClass:GetDiagnosticInfo",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[5532,0,0,"GetDiagnosticInfo"],[5533,0,2,"Functions","Functions"],[5534,0,1,"buildCommand","buildCommand"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GetDiagnosticInfo-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/GetDiagnosticInfo-SummaryToolTips.js deleted file mode 100644 index 1b60f5782..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GetDiagnosticInfo-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:GetDiagnosticInfo",{5532:"
GetDiagnosticInfo
Contains logic for the Get Diagnostic Info Node command.
",5534:"
static ByteStream buildCommand(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress
)
Builds the command packet.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GetDiagnosticInfo-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/GetDiagnosticInfo-ToolTips.js deleted file mode 100644 index 4531d219a..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GetDiagnosticInfo-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7194:"
The possible ASPP versions
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10245:"
typedef for a Node\'s node address.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GetDiagnosticInfo.html b/v66.0.1/MSCL_Docs/classes/C/GetDiagnosticInfo.html deleted file mode 100644 index d8e449f3a..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GetDiagnosticInfo.html +++ /dev/null @@ -1,27 +0,0 @@ - - -GetDiagnosticInfo - - - - - - - -
-
GetDiagnosticInfo
-
GetDiagnosticInfo
-

Contains logic for the Get Diagnostic Info Node command.

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress
)
-

Builds the command packet.

Parameters
nodeAddress
NodeAddress

the address of the Node to build the command for.

Returns

A ByteStream containing the command packet

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GetEstFilterDataRateBase-Summary.js b/v66.0.1/MSCL_Docs/classes/C/GetEstFilterDataRateBase-Summary.js deleted file mode 100644 index 805a707a1..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GetEstFilterDataRateBase-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:GetEstFilterDataRateBase","GetEstFilterDataRateBase");NDSummary.OnSummaryLoaded("CClass:GetEstFilterDataRateBase",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[818,0,0,"GetEstFilterDataRateBase"],[819,0,3,"Constants","Constants"],[820,0,1,"Packet Bytes","Packet_Bytes"],[821,0,1,,"CMD_ID"],[822,0,1,,"FIELD_DATA_BYTE"],[823,0,3,"Functions","Functions"],[824,0,2,"buildCommand","buildCommand"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GetEstFilterDataRateBase-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/GetEstFilterDataRateBase-SummaryToolTips.js deleted file mode 100644 index a2391a71a..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GetEstFilterDataRateBase-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:GetEstFilterDataRateBase",{818:"
GetEstFilterDataRateBase
Contains the logic for the "Get Estimation Filter Data Rate Base" command
",824:"
static ByteStream buildCommand()
Builds the bytes in the command
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GetEstFilterDataRateBase-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/GetEstFilterDataRateBase-ToolTips.js deleted file mode 100644 index a9de5ee2c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GetEstFilterDataRateBase-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3171:"
The enums for all of the different MIP commands.
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GetEstFilterDataRateBase.html b/v66.0.1/MSCL_Docs/classes/C/GetEstFilterDataRateBase.html deleted file mode 100644 index 92ca9862f..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GetEstFilterDataRateBase.html +++ /dev/null @@ -1,36 +0,0 @@ - - -GetEstFilterDataRateBase - - - - - - - -
-
GetEstFilterDataRateBase
-
GetEstFilterDataRateBase
-

Contains the logic for the "Get Estimation Filter Data Rate Base" command

-
- -
-
Constants
-
- -
-
Packet Bytes
-
CMD_ID

CMD_GET_EF_RATE_BASE  - The MipTypes::Command for this command

FIELD_DATA_BYTE

0x8A  - The Data Field Descriptor byte

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand()
-

Builds the bytes in the command

Returns

A ByteStream that holds the bytes that make up the command

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GetExtendedDeviceDescriptorSets-Summary.js b/v66.0.1/MSCL_Docs/classes/C/GetExtendedDeviceDescriptorSets-Summary.js deleted file mode 100644 index 4b5260849..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GetExtendedDeviceDescriptorSets-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:GetExtendedDeviceDescriptorSets","GetExtendedDeviceDescriptorSets");NDSummary.OnSummaryLoaded("CClass:GetExtendedDeviceDescriptorSets",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[2881,0,0,"GetExtendedDeviceDescriptorSets"],[2882,0,3,"Constants","Constants"],[2883,0,1,"Packet Bytes","Packet_Bytes"],[2884,0,1,,"CMD_ID"],[2885,0,1,,"FIELD_DATA_BYTE"],[2886,0,3,"Functions","Functions"],[2887,0,2,"buildCommand","buildCommand"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GetExtendedDeviceDescriptorSets-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/GetExtendedDeviceDescriptorSets-SummaryToolTips.js deleted file mode 100644 index b2b13ea5e..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GetExtendedDeviceDescriptorSets-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:GetExtendedDeviceDescriptorSets",{2881:"
GetExtendedDeviceDescriptorSets
Contains the logic for the Inertial "Get Extended Device Descriptor Sets" command
",2887:"
static ByteStream buildCommand()
Builds the command packet
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GetExtendedDeviceDescriptorSets-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/GetExtendedDeviceDescriptorSets-ToolTips.js deleted file mode 100644 index a9de5ee2c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GetExtendedDeviceDescriptorSets-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3171:"
The enums for all of the different MIP commands.
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GetExtendedDeviceDescriptorSets.html b/v66.0.1/MSCL_Docs/classes/C/GetExtendedDeviceDescriptorSets.html deleted file mode 100644 index 3d7d8a9ba..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GetExtendedDeviceDescriptorSets.html +++ /dev/null @@ -1,36 +0,0 @@ - - -GetExtendedDeviceDescriptorSets - - - - - - - -
-
GetExtendedDeviceDescriptorSets
-
GetExtendedDeviceDescriptorSets
-

Contains the logic for the Inertial "Get Extended Device Descriptor Sets" command

-
- -
-
Constants
-
- -
-
Packet Bytes
-
CMD_ID

CMD_GET_EXT_DESCRIPTOR_SETS  - The MipTypes::Command for this command

FIELD_DATA_BYTE

0x86  - The Data Field Descriptor byte

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand()
-

Builds the command packet

Returns

A ByteStream containing the Inertial GetExtendedDeviceDescriptorSets command packet

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GetGnssDataRateBase-Summary.js b/v66.0.1/MSCL_Docs/classes/C/GetGnssDataRateBase-Summary.js deleted file mode 100644 index 62efcc541..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GetGnssDataRateBase-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:GetGnssDataRateBase","GetGnssDataRateBase");NDSummary.OnSummaryLoaded("CClass:GetGnssDataRateBase",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[631,0,0,"GetGnssDataRateBase"],[632,0,3,"Constants","Constants"],[633,0,1,"Packet Bytes","Packet_Bytes"],[634,0,1,,"CMD_ID"],[635,0,1,,"FIELD_DATA_BYTE"],[636,0,3,"Functions","Functions"],[637,0,2,"buildCommand","buildCommand"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GetGnssDataRateBase-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/GetGnssDataRateBase-SummaryToolTips.js deleted file mode 100644 index f5eea8790..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GetGnssDataRateBase-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:GetGnssDataRateBase",{631:"
GetGnssDataRateBase
Contains the logic for the "Get GNSS Data Rate Base" command
",637:"
static ByteStream buildCommand()
Builds the bytes in the command
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GetGnssDataRateBase-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/GetGnssDataRateBase-ToolTips.js deleted file mode 100644 index a9de5ee2c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GetGnssDataRateBase-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3171:"
The enums for all of the different MIP commands.
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GetGnssDataRateBase.html b/v66.0.1/MSCL_Docs/classes/C/GetGnssDataRateBase.html deleted file mode 100644 index adb09b2ba..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GetGnssDataRateBase.html +++ /dev/null @@ -1,36 +0,0 @@ - - -GetGnssDataRateBase - - - - - - - -
-
GetGnssDataRateBase
-
GetGnssDataRateBase
-

Contains the logic for the "Get GNSS Data Rate Base" command

-
- -
-
Constants
-
- -
-
Packet Bytes
-
CMD_ID

CMD_GET_GPS_RATE_BASE  - The MipTypes::Command for this command

FIELD_DATA_BYTE

0x84  - The Data Field Descriptor byte

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand()
-

Builds the bytes in the command

Returns

A ByteStream that holds the bytes that make up the command

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GetLoggedData-Summary.js b/v66.0.1/MSCL_Docs/classes/C/GetLoggedData-Summary.js deleted file mode 100644 index 5917a55b5..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GetLoggedData-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:GetLoggedData","GetLoggedData");NDSummary.OnSummaryLoaded("CClass:GetLoggedData",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[5502,0,0,"GetLoggedData"],[5503,0,2,"Functions","Functions"],[5504,0,1,"buildCommand","buildCommand"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GetLoggedData-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/GetLoggedData-SummaryToolTips.js deleted file mode 100644 index c90da6adc..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GetLoggedData-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:GetLoggedData",{5502:"
GetLoggedData
Contains logic for the Get Logged Data Node command.
",5504:"
static ByteStream buildCommand(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress,
uint32 flashAddress
)
Builds the GetLoggedData command packet.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GetLoggedData-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/GetLoggedData-ToolTips.js deleted file mode 100644 index 4531d219a..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GetLoggedData-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7194:"
The possible ASPP versions
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10245:"
typedef for a Node\'s node address.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GetLoggedData.html b/v66.0.1/MSCL_Docs/classes/C/GetLoggedData.html deleted file mode 100644 index 43b7b25d2..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GetLoggedData.html +++ /dev/null @@ -1,27 +0,0 @@ - - -GetLoggedData - - - - - - - -
-
GetLoggedData
-
GetLoggedData
-

Contains logic for the Get Logged Data Node command.

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress,
uint32 flashAddress
)
-

Builds the GetLoggedData command packet.

Parameters
nodeAddress
NodeAddress

the address of the Node to build the command for.

flashAddress
uint32

The flash address to read.

Returns

A ByteStream containing the GetLoggedData command packet.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GetSensorDataRateBase-Summary.js b/v66.0.1/MSCL_Docs/classes/C/GetSensorDataRateBase-Summary.js deleted file mode 100644 index 2ec49e44c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GetSensorDataRateBase-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:GetSensorDataRateBase","GetSensorDataRateBase");NDSummary.OnSummaryLoaded("CClass:GetSensorDataRateBase",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[455,0,0,"GetSensorDataRateBase"],[456,0,3,"Constants","Constants"],[457,0,1,"Packet Bytes","Packet_Bytes"],[458,0,1,,"CMD_ID"],[459,0,1,,"FIELD_DATA_BYTE"],[460,0,3,"Functions","Functions"],[461,0,2,"buildCommand","buildCommand"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GetSensorDataRateBase-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/GetSensorDataRateBase-SummaryToolTips.js deleted file mode 100644 index ca6e72b71..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GetSensorDataRateBase-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:GetSensorDataRateBase",{455:"
GetSensorDataRateBase
Contains the logic for the "Get Sensor Data Rate Base" command
",461:"
static ByteStream buildCommand()
Builds the bytes in the command
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GetSensorDataRateBase-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/GetSensorDataRateBase-ToolTips.js deleted file mode 100644 index a9de5ee2c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GetSensorDataRateBase-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3171:"
The enums for all of the different MIP commands.
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GetSensorDataRateBase.html b/v66.0.1/MSCL_Docs/classes/C/GetSensorDataRateBase.html deleted file mode 100644 index 9871a7e83..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GetSensorDataRateBase.html +++ /dev/null @@ -1,36 +0,0 @@ - - -GetSensorDataRateBase - - - - - - - -
-
GetSensorDataRateBase
-
GetSensorDataRateBase
-

Contains the logic for the "Get Sensor Data Rate Base" command

-
- -
-
Constants
-
- -
-
Packet Bytes
-
CMD_ID

CMD_GET_SENSOR_RATE_BASE  - The MipTypes::Command for this command

FIELD_DATA_BYTE

0x83  - The Data Field Descriptor byte

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand()
-

Builds the bytes in the command

Returns

A ByteStream that holds the bytes that make up the command

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GnssMessageFormat-Summary.js b/v66.0.1/MSCL_Docs/classes/C/GnssMessageFormat-Summary.js deleted file mode 100644 index 904a4399c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GnssMessageFormat-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:GnssMessageFormat","GnssMessageFormat");NDSummary.OnSummaryLoaded("CClass:GnssMessageFormat",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[643,0,0,"GnssMessageFormat"],[644,0,3,"Constants","Constants"],[645,0,1,"Packet Bytes","Packet_Bytes"],[646,0,1,,"CMD_ID"],[647,0,1,,"FIELD_DATA_BYTE"],[648,0,3,"Functions","Functions"],[649,0,2,"buildCommand_get","buildCommand_get"],[650,0,2,"buildCommand_set","buildCommand_set"],[651,0,2,"buildCommand_save","buildCommand_save"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GnssMessageFormat-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/GnssMessageFormat-SummaryToolTips.js deleted file mode 100644 index d2f96e3da..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GnssMessageFormat-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:GnssMessageFormat",{643:"
GnssMessageFormat
Contains the logic for the "GPS Message Format" command
",649:"
static ByteStream buildCommand_get()
Builds the bytes for the "get" command
",650:"
static ByteStream buildCommand_set(
const MipChannels &channels,
uint16 sampleRateBase
)
Builds the bytes for the "set" command.
",651:"
static ByteStream buildCommand_save()
Builds the bytes for the "save" command.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GnssMessageFormat-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/GnssMessageFormat-ToolTips.js deleted file mode 100644 index 6f22038c2..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GnssMessageFormat-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3171:"
The enums for all of the different MIP commands.
",4565:"
MipChannel
Represents a single "channel" or data descriptors that can make up an Inertial Device\'s message format
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10446:"
Error
The generic MicroStrain exception (base class)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GnssMessageFormat.html b/v66.0.1/MSCL_Docs/classes/C/GnssMessageFormat.html deleted file mode 100644 index 0c114091d..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GnssMessageFormat.html +++ /dev/null @@ -1,48 +0,0 @@ - - -GnssMessageFormat - - - - - - - -
-
GnssMessageFormat
-
GnssMessageFormat
-

Contains the logic for the "GPS Message Format" command

-
- -
-
Constants
-
- -
-
Packet Bytes
-
CMD_ID

CMD_GNSS_MESSAGE_FORMAT  - The MipTypes::Command for this command

FIELD_DATA_BYTE

0x81  - The Data Field Descriptor byte

-
- -
-
Functions
-
- -
-
buildCommand_get
-
static ByteStream buildCommand_get()
-

Builds the bytes for the "get" command

Returns

A ByteStream that holds the bytes that make up the command

-
- -
-
buildCommand_set
-
static ByteStream buildCommand_set(
const MipChannels &channels,
uint16 sampleRateBase
)
-

Builds the bytes for the "set" command.

Parameters
channels
const MipChannels&

The MipChannels holding the channels to be set. This should only contain channels that are in the GPS (0x81) descriptor set.

sampleRateBase
uint16

The base sample rate for the gps command set.

Returns

A ByteStream that holds the bytes that make up the command

Exceptions

  • Error: An MipChannel in the channels parameter is not part of the Sensor descriptor set

-
- -
-
buildCommand_save
-
static ByteStream buildCommand_save()
-

Builds the bytes for the "save" command.

Parameters
channels

The MipChannels holding the channels to be saved. This should only contain channels that are in the GPS (0x81) descriptor set.

Returns

A ByteStream that holds the bytes that make up the command

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GnssReceiverInfo-Summary.js b/v66.0.1/MSCL_Docs/classes/C/GnssReceiverInfo-Summary.js deleted file mode 100644 index 6851d0e23..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GnssReceiverInfo-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:GnssReceiverInfo","GnssReceiverInfo");NDSummary.OnSummaryLoaded("CClass:GnssReceiverInfo",[["C/C++","C"]],[["Constants","Constant"],["Functions","Function"],["Groups","Group"],["Structs","Struct"],["Types","Type"],["Variables","Variable"]],[[4095,0,3,"GnssReceiverInfo"],[4096,0,2,"Constants","Constants"],[4097,0,0,"INFO_NOT_FOUND","INFO_NOT_FOUND"],[4098,0,2,"Functions","Functions"],[4099,0,1,"GnssReceiverInfo","GnssReceiverInfo"],[4100,0,1,"GnssReceiverInfo","GnssReceiverInfo(2)"],[4101,0,2,"Variables","Variables"],[4102,0,5,"id","id"],[4103,0,5,"targetDataClass","targetDataClass"],[4104,0,5,"description","description"],[4105,0,5,"module","module"],[4106,0,5,"fwId","fwId"],[4107,0,5,"fwVersion","fwVersion"],[4108,0,2,"Types","Types"],[4109,0,4,"GnssReceivers","GnssReceivers"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GnssReceiverInfo-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/GnssReceiverInfo-SummaryToolTips.js deleted file mode 100644 index edd31f324..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GnssReceiverInfo-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:GnssReceiverInfo",{4095:"
Maps GNSS Receiver ID to the MipTypes::DataClass it outputs to
",4097:"
String value assigned when the target value was unable to be found in the full description field.
",4099:"
GnssReceiverInfo()
Constructs GnssReceiverInfo object with default values
",4100:"
GnssReceiverInfo(
uint8 recId,
MipTypes::DataClass target,
std::string desc
)
Constructs GnssReceiverInfo object with specified values
",4102:"
uint8 id
Receiver ID
",4103:"
MipTypes::DataClass targetDataClass
MIP data class associated with this receiver
",4104:"
std::string description
ASCII description of receiver
",4105:"
std::string module
ASCII name of the receiver module
",4106:"
std::string fwId
ASCII name of the receiver firmware identifier
",4107:"
Version fwVersion
Firmware version of the receiver module
",4109:"
A vector of GnssReceiverInfo
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GnssReceiverInfo-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/GnssReceiverInfo-ToolTips.js deleted file mode 100644 index b51164589..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GnssReceiverInfo-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3146:"
The enums for all the different data classes of MIP data.
",4099:"
GnssReceiverInfo()
Constructs GnssReceiverInfo object with default values
",10409:"
Version
Class that represents, and provides helper functions for, a Version number
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GnssReceiverInfo.html b/v66.0.1/MSCL_Docs/classes/C/GnssReceiverInfo.html deleted file mode 100644 index 7b8a4a668..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GnssReceiverInfo.html +++ /dev/null @@ -1,90 +0,0 @@ - - -GnssReceiverInfo - - - - - - - -
-
GnssReceiverInfo
-

Maps GNSS Receiver ID to the MipTypes::DataClass it outputs to

-
- -
-
Constants
-
- -
-
INFO_NOT_FOUND
-

String value assigned when the target value was unable to be found in the full description field.

INFO_NOT_FOUND

"Not Found"

-
- -
-
Functions
-
- -
-
GnssReceiverInfo
-
GnssReceiverInfo()
-

Constructs GnssReceiverInfo object with default values

-
- -
-
GnssReceiverInfo
-
GnssReceiverInfo(
uint8 recId,
MipTypes::DataClass target,
std::string desc
)
-

Constructs GnssReceiverInfo object with specified values

-
- -
-
Variables
-
- -
-
id
-
uint8 id
-

Receiver ID

-
- -
-
targetDataClass
-
MipTypes::DataClass targetDataClass
-

MIP data class associated with this receiver

-
- -
-
description
-
std::string description
-

ASCII description of receiver

-
- -
-
module
-
std::string module
-

ASCII name of the receiver module

-
- -
-
fwId
-
std::string fwId
-

ASCII name of the receiver firmware identifier

-
- -
-
fwVersion
-
Version fwVersion
-

Firmware version of the receiver module

-
- -
-
Types
-
- -
-
GnssReceivers
-

A vector of GnssReceiverInfo

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GnssSignalConfiguration-Summary.js b/v66.0.1/MSCL_Docs/classes/C/GnssSignalConfiguration-Summary.js deleted file mode 100644 index 196861c95..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GnssSignalConfiguration-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:GnssSignalConfiguration","GnssSignalConfiguration");NDSummary.OnSummaryLoaded("CClass:GnssSignalConfiguration",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Enums","Enumeration"],["Functions","Function"],["Groups","Group"]],[[2330,0,0,"GnssSignalConfiguration"],[2331,0,4,"Types","Types"],[2332,0,2,"GpsSignal","GpsSignal"],[2333,0,1,,"L1CA"],[2334,0,1,,"L2C"],[2335,0,2,"GlonassSignal","GlonassSignal"],[2336,0,1,,"L1OF"],[2337,0,1,,"L2OF"],[2338,0,2,"GalileoSignal","GalileoSignal"],[2339,0,1,,"E1"],[2340,0,1,,"E5B"],[2341,0,2,"BeiDouSignal","BeiDouSignal"],[2342,0,1,,"B1"],[2343,0,1,,"B2"],[2344,0,4,"Functions","Functions"],[2345,0,3,"GnssSignalConfiguration","GnssSignalConfiguration"],[2346,0,3,"enableGpsSignal","enableGpsSignal"],[2347,0,3,"gpsSignalEnabled","gpsSignalEnabled"],[2348,0,3,"gpsSignalValue","gpsSignalValue"],[2349,0,3,"enableGlonassSignal","enableGlonassSignal"],[2350,0,3,"glonassSignalEnabled","glonassSignalEnabled"],[2351,0,3,"glonassSignalValue","glonassSignalValue"],[2352,0,3,"enableGalileoSignal","enableGalileoSignal"],[2353,0,3,"galileoSignalEnabled","galileoSignalEnabled"],[2354,0,3,"galileoSignalValue","galileoSignalValue"],[2355,0,3,"enableBeiDouSignal","enableBeiDouSignal"],[2356,0,3,"beidouSignalEnabled","beidouSignalEnabled"],[2357,0,3,"beidouSignalValue","beidouSignalValue"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GnssSignalConfiguration-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/GnssSignalConfiguration-SummaryToolTips.js deleted file mode 100644 index 4022475a2..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GnssSignalConfiguration-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:GnssSignalConfiguration",{2330:"
GnssSignalConfiguration
",2332:"
Available GPS signals.
",2335:"
Available GLONASS signals.
",2338:"
Available Galileo signals.
",2341:"
Available BeiDou signals.
",2345:"
GnssSignalConfiguration()
",2346:"
void enableGpsSignal(
GpsSignal signal,
bool enable = true
)
Enable or disable specified GPS signal
",2347:"
bool gpsSignalEnabled(
GpsSignal signal
)
Check whether the specified GPS signal is enabled
",2348:"
void gpsSignalValue(
uint8 val
)
Gets or sets the underlying value for the GPS signal bitfield
",2349:"
void enableGlonassSignal(
GlonassSignal signal,
bool enable = true
)
Enable or disable specified GLONASS signal
",2350:"
bool glonassSignalEnabled(
GlonassSignal signal
)
Check whether the specified GLONASS signal is enabled
",2351:"
void glonassSignalValue(
uint8 val
)
Gets or sets the underlying value for the GLONASS signal bitfield
",2352:"
void enableGalileoSignal(
GalileoSignal signal,
bool enable = true
)
Enable or disable specified Galileo signal
",2353:"
bool galileoSignalEnabled(
GalileoSignal signal
)
Check whether the specified Galileo signal is enabled
",2354:"
void galileoSignalValue(
uint8 val
)
Gets or sets the underlying value for the Galileo signal bitfield
",2355:"
void enableBeiDouSignal(
BeiDouSignal signal,
bool enable = true
)
Enable or disable specified BeiDou signal
",2356:"
bool beidouSignalEnabled(
BeiDouSignal signal
)
Check whether the specified BeiDou signal is enabled
",2357:"
void beidouSignalValue(
uint8 val
)
Gets or sets the underlying value for the BeiDou signal bitfield
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GnssSignalConfiguration-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/GnssSignalConfiguration-ToolTips.js deleted file mode 100644 index 16bbf9f7f..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GnssSignalConfiguration-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2332:"
Available GPS signals.
",2335:"
Available GLONASS signals.
",2338:"
Available Galileo signals.
",2341:"
Available BeiDou signals.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GnssSignalConfiguration.html b/v66.0.1/MSCL_Docs/classes/C/GnssSignalConfiguration.html deleted file mode 100644 index 3fe7efdae..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GnssSignalConfiguration.html +++ /dev/null @@ -1,121 +0,0 @@ - - -GnssSignalConfiguration - - - - - - - -
-
GnssSignalConfiguration
-
GnssSignalConfiguration
-
- -
-
Types
-
- -
-
GpsSignal
-

Available GPS signals.

L1CA

0x01 - L1CA: 00000001

L2C

0x02 - L2C:  00000010

-
- -
-
GlonassSignal
-

Available GLONASS signals.

L1OF

0x01 - L1OF: 00000001

L2OF

0x02 - L2OF: 00000010

-
- -
-
GalileoSignal
-

Available Galileo signals.

E1

0x01 - E1:  00000001

E5B

0x02 - E5B: 00000010

-
- -
-
BeiDouSignal
-

Available BeiDou signals.

B1

0x01 - B1: 00000001

B2

0x02 - B2: 00000010

-
- -
-
Functions
-
- -
-
GnssSignalConfiguration
-
GnssSignalConfiguration()
-
- -
-
enableGpsSignal
-
void enableGpsSignal(
GpsSignal signal,
bool enable = true
)
-

Enable or disable specified GPS signal

-
- -
-
gpsSignalEnabled
-
bool gpsSignalEnabled(
GpsSignal signal
)
-

Check whether the specified GPS signal is enabled

-
- -
-
gpsSignalValue
-
void gpsSignalValue(
uint8 val
)
-

Gets or sets the underlying value for the GPS signal bitfield

-
- -
-
enableGlonassSignal
-
void enableGlonassSignal(
GlonassSignal signal,
bool enable = true
)
-

Enable or disable specified GLONASS signal

-
- -
-
glonassSignalEnabled
-
bool glonassSignalEnabled(
GlonassSignal signal
)
-

Check whether the specified GLONASS signal is enabled

-
- -
-
glonassSignalValue
-
void glonassSignalValue(
uint8 val
)
-

Gets or sets the underlying value for the GLONASS signal bitfield

-
- -
-
enableGalileoSignal
-
void enableGalileoSignal(
GalileoSignal signal,
bool enable = true
)
-

Enable or disable specified Galileo signal

-
- -
-
galileoSignalEnabled
-
bool galileoSignalEnabled(
GalileoSignal signal
)
-

Check whether the specified Galileo signal is enabled

-
- -
-
galileoSignalValue
-
void galileoSignalValue(
uint8 val
)
-

Gets or sets the underlying value for the Galileo signal bitfield

-
- -
-
enableBeiDouSignal
-
void enableBeiDouSignal(
BeiDouSignal signal,
bool enable = true
)
-

Enable or disable specified BeiDou signal

-
- -
-
beidouSignalEnabled
-
bool beidouSignalEnabled(
BeiDouSignal signal
)
-

Check whether the specified BeiDou signal is enabled

-
- -
-
beidouSignalValue
-
void beidouSignalValue(
uint8 val
)
-

Gets or sets the underlying value for the BeiDou signal bitfield

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GpioConfiguration-Summary.js b/v66.0.1/MSCL_Docs/classes/C/GpioConfiguration-Summary.js deleted file mode 100644 index 2b9d0d97e..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GpioConfiguration-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:GpioConfiguration","GpioConfiguration");NDSummary.OnSummaryLoaded("CClass:GpioConfiguration",[["C/C++","C"]],[["Constants","Constant"],["Enums","Enumeration"],["Functions","Function"],["Groups","Group"],["Structs","Struct"],["Types","Type"]],[[2378,0,4,"GpioConfiguration"],[2379,0,3,"Types","Types"],[2380,0,1,"Feature","Feature"],[2381,0,0,,"UNUSED_FEATURE"],[2382,0,0,,"GPIO_FEATURE"],[2383,0,0,,"PPS_FEATURE"],[2384,0,0,,"ENCODER_FEATURE"],[2385,0,0,,"EVENT_TIMESTAMP_FEATURE"],[2386,0,0,,"UART_FEATURE"],[2387,0,1,"GpioBehavior","GpioBehavior"],[2388,0,0,,"GPIO_UNUSED"],[2389,0,0,,"GPIO_INPUT"],[2390,0,0,,"GPIO_OUTPUT_LOW"],[2391,0,0,,"GPIO_OUTPUT_HIGH"],[2392,0,1,"PpsBehavior","PpsBehavior"],[2393,0,0,,"UNUSED"],[2394,0,0,,"PPS_INPUT"],[2395,0,0,,"PPS_OUTPUT"],[2396,0,1,"EncoderBehavior","EncoderBehavior"],[2397,0,0,,"ENCODER_UNUSED"],[2398,0,0,,"ENCODER_A"],[2399,0,0,,"ENCODER_B"],[2400,0,1,"EventTimestampBehavior","EventTimestampBehavior"],[2401,0,0,,"TIMESTAMP_UNUSED"],[2402,0,0,,"TIMESTAMP_RISING"],[2403,0,0,,"TIMESTAMP_FALLING"],[2404,0,0,,"TIMESTAMP_EITHER"],[2405,0,1,"UartBehavior","UartBehavior"],[2406,0,0,,"UART_UNUSED"],[2407,0,0,,"UART_PORT2_TX"],[2408,0,0,,"UART_PORT2_RX"],[2409,0,0,,"UART_PORT3_TX"],[2410,0,0,,"UART_PORT3_RX"],[2411,0,1,"PinModes","PinModes"],[2412,0,0,,"NONE"],[2413,0,0,,"OPEN_DRAIN"],[2414,0,0,,"PULLDOWN"],[2415,0,0,,"PULLUP"],[2416,0,3,"Functions","Functions"],[2417,0,2,"pinModeValue","pinModeValue"],[2418,0,2,"fromCommandResponse","fromCommandResponse"],[2419,0,3,"Types","Types(2)"],[2420,0,5,"GpioPinId","GpioPinId"],[2421,0,5,"GpioPinModeOptions","GpioPinModeOptions"],[2422,0,5,"GpioBehaviorModes","GpioBehaviorModes"],[2423,0,5,"GpioFeatureBehaviors","GpioFeatureBehaviors"],[2424,0,5,"GpioPinOptions","GpioPinOptions"],[2425,0,1,"EventControlMode","EventControlMode"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GpioConfiguration-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/GpioConfiguration-SummaryToolTips.js deleted file mode 100644 index eaabaa480..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GpioConfiguration-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:GpioConfiguration",{2380:"
GPIO Feature options. Determines how the pin will be used
",2387:"
GPIO Pin behavior
",2392:"
PPS Pin behavior
",2396:"
Encoder Pin behavior
",2400:"
Event Timestamp Pin behavior
",2405:"
UART Pin behavior Note: only one Transmit and one Receive pin can be configured per port pair (see documentation)
",2411:"
PinModes for the pinMode Bitfield
",2417:"
void pinModeValue(
uint8 val
)
Gets or sets the underlying value for the pin mode bitfield
",2418:"
static GpioConfiguration fromCommandResponse(
const MipFieldValues &responseValues,
uint8 startIndex = 0
)
[static] Build a GpioConfiguration object from the read command response <MipFieldValues>.
",2420:"
A uint8 representing logical GPIO pin IDs
",2421:"
A vector of GpioConfiguration::PinModes representing masked pin modes
",2422:"
A map of uint behavior ID, GpioPinModeOptions pairs
",2423:"
A map of GpioConfiguration::Feature, GpioBehaviorModes pairs
",2424:"
A map of uint GpioPinId, GpioFeatureBehaviors pairs
",2425:"
Event control modes DISABLED  - 0x00 - Trigger is disabled ENABLED  - 0x01 - Trigger is enabled TEST  - 0x02 - Force the trigger into the active state TEST_PULSE - 0x03 - Force the trigger into the active state for one event cycle
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GpioConfiguration-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/GpioConfiguration-ToolTips.js deleted file mode 100644 index 3935c1b76..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GpioConfiguration-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2380:"
GPIO Feature options. Determines how the pin will be used
",2411:"
PinModes for the pinMode Bitfield
",2420:"
A uint8 representing logical GPIO pin IDs
",2421:"
A vector of GpioConfiguration::PinModes representing masked pin modes
",2422:"
A map of uint behavior ID, GpioPinModeOptions pairs
",2423:"
A map of GpioConfiguration::Feature, GpioBehaviorModes pairs
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GpioConfiguration.html b/v66.0.1/MSCL_Docs/classes/C/GpioConfiguration.html deleted file mode 100644 index 6c2fdba56..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GpioConfiguration.html +++ /dev/null @@ -1,104 +0,0 @@ - - -GpioConfiguration - - - - - - - -
-
GpioConfiguration
-
- -
-
Types
-
- -
-
Feature
-

GPIO Feature options. Determines how the pin will be used

UNUSED_FEATURE

0x00 - Pin is unused

GPIO_FEATURE

0x01 - Direct control of pin output state or to stream the state of the pin

PPS_FEATURE

0x02 - Pulse per second input or output

ENCODER_FEATURE

0x03 - Motor encoder/odometer input

EVENT_TIMESTAMP_FEATURE

0x04 - Precision event timestamping

UART_FEATURE

0x05 - UART data or control lines

-
- -
-
GpioBehavior
-

GPIO Pin behavior

GPIO_UNUSED

0x00 - Pin is unused

GPIO_INPUT

0x01 - Pin will be an input

GPIO_OUTPUT_LOW

0x02 - Pin is an output initially in the LOW state

GPIO_OUTPUT_HIGH

0x03 - Pin is an output initially in the HIGH state

-
- -
-
PpsBehavior
-

PPS Pin behavior

UNUSED

0x00 - Pin is unused

PPS_INPUT

0x01 - Pin will receive the pulse-per-second signal

PPS_OUTPUT

0x02 - Pin will transmit the pulse-per-second signal from the device

-
- -
-
EncoderBehavior
-

Encoder Pin behavior

ENCODER_UNUSED

0x00 - Pin is unused

ENCODER_A

0x01 - Encoder A

ENCODER_B

0x02 - Encoder B

-
- -
-
EventTimestampBehavior
-

Event Timestamp Pin behavior

TIMESTAMP_UNUSED

0x00 - Pin is unused

TIMESTAMP_RISING

0x01 - Rising edge will be timestamped

TIMESTAMP_FALLING

0x02 - Falling edge will be timestamped

TIMESTAMP_EITHER

0x03 - Both rising and falling edges will be timestamped

-
- -
-
UartBehavior
-

UART Pin behavior Note: only one Transmit and one Receive pin can be configured per port pair (see documentation)

UART_UNUSED

0x00 - Pin is unused

UART_PORT2_TX

0x21 - UART port 2 transmit

UART_PORT2_RX

0x22 - UART port 2 receive

UART_PORT3_TX

0x31 - UART port 3 transmit

UART_PORT3_RX

0x32 - UART port 3 receive

-
- -
-
PinModes
-

PinModes for the pinMode Bitfield

NONE

0x00 - Pin not set

OPEN_DRAIN

0x01 - The pin will be an open-drain output

PULLDOWN

0x02 - The pin will have an internal pull-down resistor enabled

PULLUP

0x04 - The pin will have an internal pull-up resistor enabled

-
- -
-
Functions
-
- -
-
pinModeValue
-
void pinModeValue(
uint8 val
)
-

Gets or sets the underlying value for the pin mode bitfield

-
- -
-
fromCommandResponse
-
static GpioConfiguration fromCommandResponse(
const MipFieldValues &responseValues,
uint8 startIndex = 0
)
-

[static] Build a GpioConfiguration object from the read command response <MipFieldValues>.

Parameters
responseValues
const MipFieldValues&

<MipFieldValues> to populate the GpioConfiguration object

startIndex
uint8

default 0 - indicates the index at which to start reading from the responseValues. This should not need to be changed from the default value (0).

-
- -
-
Types
-
- -
-
GpioPinId
-

A uint8 representing logical GPIO pin IDs

-
- -
-
GpioPinModeOptions
-

A vector of GpioConfiguration::PinModes representing masked pin modes

-
- -
-
GpioBehaviorModes
-

A map of uint behavior ID, GpioPinModeOptions pairs

-
- -
-
GpioFeatureBehaviors
-

A map of GpioConfiguration::Feature, GpioBehaviorModes pairs

-
- -
-
GpioPinOptions
-

A map of uint GpioPinId, GpioFeatureBehaviors pairs

-
- -
-
EventControlMode
-

Event control modes DISABLED  - 0x00 - Trigger is disabled ENABLED  - 0x01 - Trigger is enabled TEST  - 0x02 - Force the trigger into the active state TEST_PULSE - 0x03 - Force the trigger into the active state for one event cycle

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GyroBias-Summary.js b/v66.0.1/MSCL_Docs/classes/C/GyroBias-Summary.js deleted file mode 100644 index ae6502aac..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GyroBias-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:GyroBias","GyroBias");NDSummary.OnSummaryLoaded("CClass:GyroBias",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[600,0,0,"GyroBias"],[601,0,2,"Functions","Functions"],[602,0,1,"commandName","commandName"],[603,0,1,"MakeSetCommand","MakeSetCommand"],[604,0,1,"MakeGetCommand","MakeGetCommand"],[605,0,1,"getResponseData","getResponseData"],[606,0,1,"operator ByteStream","operator_ByteStream"],[607,0,1,"GyroBias","GyroBias"],[608,0,1,"commandType","commandType"],[609,0,1,"fieldDataByte","fieldDataByte"],[610,0,1,"responseExpected","responseExpected"],[611,0,2,"Variables","Variables"],[612,0,3,"m_functionSelector","m_functionSelector"],[613,0,3,"m_gyroBiasVector","m_gyroBiasVector"],[614,0,2,"Functions","Functions(2)"],[615,0,1,"~GyroBias","~GyroBias"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GyroBias-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/GyroBias-SummaryToolTips.js deleted file mode 100644 index 139b3d5c6..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GyroBias-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:GyroBias",{600:"
GyroBias
Contains the logic for the Inertial GyroBias command.
",602:"
virtual std::string commandName() const
",603:"
static GyroBias MakeSetCommand(
GeometricVector gyroBiasVector
)
",604:"
static GyroBias MakeGetCommand()
",605:"
static GeometricVector getResponseData(
const GenericMipCmdResponse &response
)
",606:"
operator ByteStream() const
Converts this class to a ByteStream.
",607:"
GyroBias(
MipTypes::FunctionSelector function_selector,
GeometricVector gyroBiasVector
)
Private constructor creates a GyroBias object.  Use Make___Command methods to create an object.
",608:"
virtual MipTypes::Command commandType() const
",609:"
virtual uint8 fieldDataByte() const
",610:"
virtual bool responseExpected() const
",612:"
MipTypes::FunctionSelector m_functionSelector
<The MipTypes::FunctionSelector> type of command to send, get/set, reset to factory defaults, et al.
",613:"
GeometricVector m_gyroBiasVector
The gyro bias to send to the device.
",615:"
~GyroBias()
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GyroBias-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/GyroBias-ToolTips.js deleted file mode 100644 index c75a6b966..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GyroBias-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({600:"
GyroBias
Contains the logic for the Inertial GyroBias command.
",1631:"
GeometricVector
Defines a 3 dimensional, spatial vector.
",2927:"
GenericMipCmdResponse
Represents the response to a GenericMipCommand.
",3158:"
The enums for all the different types/categories of MIP commands and data.
",3171:"
The enums for all of the different MIP commands.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/GyroBias.html b/v66.0.1/MSCL_Docs/classes/C/GyroBias.html deleted file mode 100644 index 04f97e634..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/GyroBias.html +++ /dev/null @@ -1,100 +0,0 @@ - - -GyroBias - - - - - - - -
-
GyroBias
-
public
MipCommand
GyroBias
-

Contains the logic for the Inertial GyroBias command.

-
- -
-
Functions
-
- -
-
commandName
-
virtual std::string commandName() const
-
Returns
std::string

the string name for this class.

-
- -
-
MakeSetCommand
-
static GyroBias MakeSetCommand(
GeometricVector gyroBiasVector
)
-
Parameter
vectorToSet

The GeometricVector gyro bias vector to set.

Returns
GyroBias

object for the set command.

-
- -
-
MakeGetCommand
-
static GyroBias MakeGetCommand()
-
Returns
GyroBias

object for the get command.

-
- -
-
getResponseData
-
static GeometricVector getResponseData(
const GenericMipCmdResponse &response
)
-
Parameter
response
const GenericMipCmdResponse&

The GenericMipCmdResponse object from which to get formatted data.

Returns

GeometricVector object with the data returned from the device.

-
- -
-
operator ByteStream
-
operator ByteStream() const
-

Converts this class to a ByteStream.

-
- -
-
GyroBias
-
GyroBias(
MipTypes::FunctionSelector function_selector,
GeometricVector gyroBiasVector
)
-

Private constructor creates a GyroBias object.  Use Make___Command methods to create an object.

-
- -
-
commandType
-
virtual MipTypes::Command commandType() const
-
Returns
MipTypes::Command

the command ID.

-
- -
-
fieldDataByte
-
virtual uint8 fieldDataByte() const
-
Returns
uint8

the byte ID for field data in the reply.

-
- -
-
responseExpected
-
virtual bool responseExpected() const
-
Returns
bool

True indicates that a response should return from the device.

-
- -
-
Variables
-
- -
-
m_functionSelector
-
MipTypes::FunctionSelector m_functionSelector
-

<The MipTypes::FunctionSelector> type of command to send, get/set, reset to factory defaults, et al.

-
- -
-
m_gyroBiasVector
-
GeometricVector m_gyroBiasVector
-

The gyro bias to send to the device.

-
- -
-
Functions
-
- -
-
~GyroBias
-
~GyroBias()
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/HclSmartBearing_CalPacket-Summary.js b/v66.0.1/MSCL_Docs/classes/C/HclSmartBearing_CalPacket-Summary.js deleted file mode 100644 index 2b921c35a..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/HclSmartBearing_CalPacket-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:HclSmartBearing_CalPacket","HclSmartBearing_CalPacket");NDSummary.OnSummaryLoaded("CClass:HclSmartBearing_CalPacket",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[7671,0,0,"HclSmartBearing_CalPacket"],[7672,0,3,"Constants","Constants"],[7673,0,1,"HclSmartBearing_CalPacket Information","HclSmartBearing_CalPacket_Information"],[7674,0,1,,"PAYLOAD_OFFSET_APP_ID"],[7675,0,1,,"PAYLOAD_OFFSET_ERROR_MASK"],[7676,0,1,,"PAYLOAD_OFFSET_SAMPLE_RATE"],[7677,0,1,,"PAYLOAD_OFFSET_TICK"],[7678,0,1,,"PAYLOAD_OFFSET_TS_SEC"],[7679,0,1,,"PAYLOAD_OFFSET_TS_NANOSEC"],[7680,0,3,"Functions","Functions"],[7681,0,2,"HclSmartBearing_CalPacket","HclSmartBearing_CalPacket"],[7682,0,2,"parseSweeps","parseSweeps"],[7683,0,2,"integrityCheck","integrityCheck"],[7684,0,2,"getUniqueId","getUniqueId"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/HclSmartBearing_CalPacket-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/HclSmartBearing_CalPacket-SummaryToolTips.js deleted file mode 100644 index 838ae8f1f..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/HclSmartBearing_CalPacket-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:HclSmartBearing_CalPacket",{7671:"
HclSmartBearing_CalPacket
A WirelessDataPacket derived class representing a HclSmartBearing Raw data packet.
",7681:"
explicit HclSmartBearing_CalPacket(
const WirelessPacket &packet
)
Creates a HclSmartBearing_CalPacket from the passed in WirelessPacket.
",7682:"
void parseSweeps()
Parses the packet for all the sweep information and adds a sweep to the sweeps container
",7683:"
static bool integrityCheck(
const WirelessPacket &packet
)
Verifies that the packet is a well formed HclSmartBearing_RawPacket packet.
",7684:"
static UniqueWirelessPacketId getUniqueId(
const WirelessPacket &packet
)
Gets the unique Id of the WirelessPacket passed in
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/HclSmartBearing_CalPacket-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/HclSmartBearing_CalPacket-ToolTips.js deleted file mode 100644 index 029a71284..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/HclSmartBearing_CalPacket-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7176:"
WirelessPacket
Represents a MicroStrain wireless packet
",7236:"
WirelessDataPacket
A class representing a Wireless Data Packet.
",10248:"
Typedef for an id that uniquely identifies a wireless packet.
",10464:"
Error_UnknownSampleRate
The sample rate is invalid or unknown for the given device
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/HclSmartBearing_CalPacket.html b/v66.0.1/MSCL_Docs/classes/C/HclSmartBearing_CalPacket.html deleted file mode 100644 index bf4565860..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/HclSmartBearing_CalPacket.html +++ /dev/null @@ -1,54 +0,0 @@ - - -HclSmartBearing_CalPacket - - - - - - - -
-
HclSmartBearing_CalPacket
-
public
WirelessDataPacket
HclSmartBearing_CalPacket
-

A WirelessDataPacket derived class representing a HclSmartBearing Raw data packet.

-
- -
-
Constants
-
- -
-
HclSmartBearing_CalPacket Information
-
PAYLOAD_OFFSET_APP_ID

0  - The offset into the payload to get the application ID

PAYLOAD_OFFSET_ERROR_MASK

1  - The offset into the payload to get the sensor board error mask.

PAYLOAD_OFFSET_SAMPLE_RATE

2  - The offset into the payload to get the sample rate

PAYLOAD_OFFSET_TICK

3  - The offset into the payload to get the tick (2 bytes)

PAYLOAD_OFFSET_TS_SEC

5  - The offset into the payload to get the timestamp seconds (4 bytes)

PAYLOAD_OFFSET_TS_NANOSEC

9  - The offset into the payload to get the timestamp nanoseconds (4 bytes)

-
- -
-
Functions
-
- -
-
HclSmartBearing_CalPacket
-
explicit HclSmartBearing_CalPacket(
const WirelessPacket &packet
)
-

Creates a HclSmartBearing_CalPacket from the passed in WirelessPacket.

Parameters
packet
const WirelessPacket&

A WirelessPacket determined to be a HclSmartBearing_CalPacket.

-
- -
-
parseSweeps
-
void parseSweeps()
-

Parses the packet for all the sweep information and adds a sweep to the sweeps container

Exceptions
-
- -
-
integrityCheck
-
static bool integrityCheck(
const WirelessPacket &packet
)
-

Verifies that the packet is a well formed HclSmartBearing_RawPacket packet.

Parameters
packet
const WirelessPacket&

The fully formed Wireless Packet to check the integrity of.

Returns

true if the packet is a well formed HclSmartBearing_RawPacket packet, false otherwise.

-
- -
-
getUniqueId
-
static UniqueWirelessPacketId getUniqueId(
const WirelessPacket &packet
)
-

Gets the unique Id of the WirelessPacket passed in

Parameters
packet
const WirelessPacket&

The WirelessPacket to get the unique id of

Returns

The UniqueWirelessPacketId of the passed in packet

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/HclSmartBearing_RawPacket-Summary.js b/v66.0.1/MSCL_Docs/classes/C/HclSmartBearing_RawPacket-Summary.js deleted file mode 100644 index 44bd2af6f..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/HclSmartBearing_RawPacket-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:HclSmartBearing_RawPacket","HclSmartBearing_RawPacket");NDSummary.OnSummaryLoaded("CClass:HclSmartBearing_RawPacket",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Enums","Enumeration"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[7642,0,0,"HclSmartBearing_RawPacket"],[7643,0,4,"Constants","Constants"],[7644,0,1,"HclSmartBearing_RawPacket Information","HclSmartBearing_RawPacket_Information"],[7645,0,1,,"PAYLOAD_OFFSET_APP_ID"],[7646,0,1,,"PAYLOAD_OFFSET_ERROR_MASK"],[7647,0,1,,"PAYLOAD_OFFSET_SAMPLE_RATE"],[7648,0,1,,"PAYLOAD_OFFSET_TICK"],[7649,0,1,,"PAYLOAD_OFFSET_TS_SEC"],[7650,0,1,,"PAYLOAD_OFFSET_TS_NANOSEC"],[7651,0,4,"Types","Types"],[7652,0,2,"RawPacketId","RawPacketId"],[7653,0,1,,"rawPacket_baseBoard"],[7654,0,1,,"rawPacket_strainBoard"],[7655,0,1,,"rawPacket_inertialBoard"],[7656,0,4,"Functions","Functions"],[7657,0,3,"HclSmartBearing_RawPacket","HclSmartBearing_RawPacket"],[7658,0,4,"Variables","Variables"],[7659,0,5,"m_magConversionVal","m_magConversionVal"],[7660,0,4,"Functions","Functions(2)"],[7661,0,3,"parseSweeps","parseSweeps"],[7662,0,3,"parseSweeps_baseBoard","parseSweeps_baseBoard"],[7663,0,3,"parseSweeps_strainBoard","parseSweeps_strainBoard"],[7664,0,3,"parseSweeps_inertialBoard","parseSweeps_inertialBoard"],[7665,0,3,"getMagChValue","getMagChValue"],[7666,0,3,"integrityCheck_baseBoard","integrityCheck_baseBoard"],[7667,0,3,"integrityCheck_strainBoard","integrityCheck_strainBoard"],[7668,0,3,"integrityCheck_inertialBoard","integrityCheck_inertialBoard"],[7669,0,3,"integrityCheck","integrityCheck"],[7670,0,3,"getUniqueId","getUniqueId"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/HclSmartBearing_RawPacket-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/HclSmartBearing_RawPacket-SummaryToolTips.js deleted file mode 100644 index 3e4b35f84..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/HclSmartBearing_RawPacket-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:HclSmartBearing_RawPacket",{7642:"
HclSmartBearing_RawPacket
A WirelessDataPacket derived class representing a HclSmartBearing Raw data packet.
",7652:"
The possible raw packet types.
",7657:"
explicit HclSmartBearing_RawPacket(
const WirelessPacket &packet
)
Creates a HclSmartBearing_RawPacket from the passed in WirelessPacket.
",7659:"
float m_magConversionVal
The conversion value for magnetometer data from the raw base board packet.
",7661:"
void parseSweeps()
Parses the packet for all the sweep information and adds a sweep to the sweeps container
",7662:"
void parseSweeps_baseBoard()
Parses the packet for Raw Base Board data.
",7663:"
void parseSweeps_strainBoard()
Parses the packet for Raw Strain Board data.
",7664:"
void parseSweeps_inertialBoard()
Parses the packet for Raw Inertial Board data.
",7665:"
anyType getMagChValue(
int16 packetVal
)
Gets the magnetometer data for a channel from the raw base board packet, taking into account the mag conversion val.
",7666:"
static bool integrityCheck_baseBoard(
const WirelessPacket::Payload &payload
)
Verifies that the packet is a well formed HclSmartBearing_RawPacket Base Board packet.
",7667:"
static bool integrityCheck_strainBoard(
const WirelessPacket::Payload &payload
)
Verifies that the packet is a well formed HclSmartBearing_RawPacket Strain Board packet.
",7668:"
static bool integrityCheck_inertialBoard(
const WirelessPacket::Payload &payload
)
Verifies that the packet is a well formed HclSmartBearing_RawPacket Inertial Board packet.
",7669:"
static bool integrityCheck(
const WirelessPacket &packet
)
Verifies that the packet is a well formed HclSmartBearing_RawPacket packet.
",7670:"
static UniqueWirelessPacketId getUniqueId(
const WirelessPacket &packet
)
Gets the unique Id of the WirelessPacket passed in
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/HclSmartBearing_RawPacket-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/HclSmartBearing_RawPacket-ToolTips.js deleted file mode 100644 index fce121dd9..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/HclSmartBearing_RawPacket-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7176:"
WirelessPacket
Represents a MicroStrain wireless packet
",7178:"
typedef for the bytes that make up a payload in a packet
",7236:"
WirelessDataPacket
A class representing a Wireless Data Packet.
",10248:"
Typedef for an id that uniquely identifies a wireless packet.
",10249:"
Typedef for a simple_any type
",10464:"
Error_UnknownSampleRate
The sample rate is invalid or unknown for the given device
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/HclSmartBearing_RawPacket.html b/v66.0.1/MSCL_Docs/classes/C/HclSmartBearing_RawPacket.html deleted file mode 100644 index 120e2ca3a..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/HclSmartBearing_RawPacket.html +++ /dev/null @@ -1,119 +0,0 @@ - - -HclSmartBearing_RawPacket - - - - - - - -
-
HclSmartBearing_RawPacket
-
public
WirelessDataPacket
HclSmartBearing_RawPacket
-

A WirelessDataPacket derived class representing a HclSmartBearing Raw data packet.

-
- -
-
Constants
-
- -
-
HclSmartBearing_RawPacket Information
-
PAYLOAD_OFFSET_APP_ID

0  - The offset into the payload to get the application ID

PAYLOAD_OFFSET_ERROR_MASK

1  - The offset into the payload to get the sensor board error mask.

PAYLOAD_OFFSET_SAMPLE_RATE

2  - The offset into the payload to get the sample rate

PAYLOAD_OFFSET_TICK

3  - The offset into the payload to get the tick (2 bytes)

PAYLOAD_OFFSET_TS_SEC

5  - The offset into the payload to get the timestamp seconds (4 bytes)

PAYLOAD_OFFSET_TS_NANOSEC

9  - The offset into the payload to get the timestamp nanoseconds (4 bytes)

-
- -
-
Types
-
- -
-
RawPacketId
-

The possible raw packet types.

rawPacket_baseBoard

0 - HclSmartBearing Raw Base Board data packet

rawPacket_strainBoard

1 - HclSmartBearing Raw Strain Board data packet

rawPacket_inertialBoard

2 - HclSmartBearing Raw Inertial Board data packet

-
- -
-
Functions
-
- -
-
HclSmartBearing_RawPacket
-
explicit HclSmartBearing_RawPacket(
const WirelessPacket &packet
)
-

Creates a HclSmartBearing_RawPacket from the passed in WirelessPacket.

Parameters
packet
const WirelessPacket&

A WirelessPacket determined to be a HclSmartBearing_RawPacket.

-
- -
-
Variables
-
- -
-
m_magConversionVal
-
float m_magConversionVal
-

The conversion value for magnetometer data from the raw base board packet.

-
- -
-
Functions
-
- -
-
parseSweeps
-
void parseSweeps()
-

Parses the packet for all the sweep information and adds a sweep to the sweeps container

Exceptions
-
- -
-
parseSweeps_baseBoard
-
void parseSweeps_baseBoard()
-

Parses the packet for Raw Base Board data.

-
- -
-
parseSweeps_strainBoard
-
void parseSweeps_strainBoard()
-

Parses the packet for Raw Strain Board data.

-
- -
-
parseSweeps_inertialBoard
-
void parseSweeps_inertialBoard()
-

Parses the packet for Raw Inertial Board data.

-
- -
-
getMagChValue
-
anyType getMagChValue(
int16 packetVal
)
-

Gets the magnetometer data for a channel from the raw base board packet, taking into account the mag conversion val.

Parameters
packetVal
int16

The raw channel value received from the packet.

Returns

An anyType containing the value to store with the data.

-
- -
-
integrityCheck_baseBoard
-
static bool integrityCheck_baseBoard(
const WirelessPacket::Payload &payload
)
-

Verifies that the packet is a well formed HclSmartBearing_RawPacket Base Board packet.

Parameters
packet

The fully formed Wireless Packet to check the integrity of.

Returns

true if the packet is a well formed HclSmartBearing_RawPacket Base Board packet, false otherwise.

-
- -
-
integrityCheck_strainBoard
-
static bool integrityCheck_strainBoard(
const WirelessPacket::Payload &payload
)
-

Verifies that the packet is a well formed HclSmartBearing_RawPacket Strain Board packet.

Parameters
packet

The fully formed Wireless Packet to check the integrity of.

Returns

true if the packet is a well formed HclSmartBearing_RawPacket Strain Board packet, false otherwise.

-
- -
-
integrityCheck_inertialBoard
-
static bool integrityCheck_inertialBoard(
const WirelessPacket::Payload &payload
)
-

Verifies that the packet is a well formed HclSmartBearing_RawPacket Inertial Board packet.

Parameters
packet

The fully formed Wireless Packet to check the integrity of.

Returns

true if the packet is a well formed HclSmartBearing_RawPacket Inertial Board packet, false otherwise.

-
- -
-
integrityCheck
-
static bool integrityCheck(
const WirelessPacket &packet
)
-

Verifies that the packet is a well formed HclSmartBearing_RawPacket packet.

Parameters
packet
const WirelessPacket&

The fully formed Wireless Packet to check the integrity of.

Returns

true if the packet is a well formed HclSmartBearing_RawPacket packet, false otherwise.

-
- -
-
getUniqueId
-
static UniqueWirelessPacketId getUniqueId(
const WirelessPacket &packet
)
-

Gets the unique Id of the WirelessPacket passed in

Parameters
packet
const WirelessPacket&

The WirelessPacket to get the unique id of

Returns

The UniqueWirelessPacketId of the passed in packet

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/HeadingAlignmentMethod-Summary.js b/v66.0.1/MSCL_Docs/classes/C/HeadingAlignmentMethod-Summary.js deleted file mode 100644 index d524f4300..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/HeadingAlignmentMethod-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:HeadingAlignmentMethod","HeadingAlignmentMethod");NDSummary.OnSummaryLoaded("CClass:HeadingAlignmentMethod",[["C/C++","C"]],[["Functions","Function"],["Groups","Group"],["Structs","Struct"],["Variables","Variable"]],[[2181,0,2,"HeadingAlignmentMethod"],[2182,0,1,"Functions","Functions"],[2183,0,0,"HeadingAlignmentMethod","HeadingAlignmentMethod"],[2184,0,0,"HeadingAlignmentMethod","HeadingAlignmentMethod(2)"],[2185,0,1,"Variables","Variables"],[2186,0,3,"value","value"],[2187,0,1,"Functions","Functions(2)"],[2188,0,0,"select","select"],[2189,0,0,"deselect","deselect"],[2190,0,0,"deselect","deselect(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/HeadingAlignmentMethod-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/HeadingAlignmentMethod-SummaryToolTips.js deleted file mode 100644 index 3a5ce78ac..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/HeadingAlignmentMethod-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:HeadingAlignmentMethod",{2181:"
Struct to create and interact with a HeadingAlignmentOption bitfield
",2183:"
HeadingAlignmentMethod()
Default constructor, value = 0
",2184:"
HeadingAlignmentMethod(
uint8 val
) : value(val)
Construct HeadingAlignmentMethod object with specified initial value.
",2186:"
uint8 value
The HeadingAlignmentMethod bitfield value
",2188:"
void select(
HeadingAlignmentOption option
)
Add a <HeadingAlignmentOption> to the bitfield.
",2189:"
void deselect(
HeadingAlignmentOption option
)
Remove a <HeadingAlignmentOption> from the bitfield.
",2190:"
Checks whether the specified <HeadingAlignmentOption> is included in the bitfield.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/HeadingAlignmentMethod-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/HeadingAlignmentMethod-ToolTips.js deleted file mode 100644 index 59992a148..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/HeadingAlignmentMethod-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/HeadingAlignmentMethod.html b/v66.0.1/MSCL_Docs/classes/C/HeadingAlignmentMethod.html deleted file mode 100644 index 2b6992da3..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/HeadingAlignmentMethod.html +++ /dev/null @@ -1,63 +0,0 @@ - - -HeadingAlignmentMethod - - - - - - - -
-
HeadingAlignmentMethod
-

Struct to create and interact with a HeadingAlignmentOption bitfield

-
- -
-
Functions
-
- -
-
HeadingAlignmentMethod
-
HeadingAlignmentMethod()
-

Default constructor, value = 0

-
- -
-
HeadingAlignmentMethod
-
HeadingAlignmentMethod(
uint8 val
) : value(val)
-

Construct HeadingAlignmentMethod object with specified initial value.

Parameters
val
uint8

uint8 intial value

-
- -
-
Variables
-
- -
-
value
-
uint8 value
-

The HeadingAlignmentMethod bitfield value

-
- -
-
Functions
-
- -
-
select
-
void select(
HeadingAlignmentOption option
)
-

Add a <HeadingAlignmentOption> to the bitfield.

Parameters
option
HeadingAlignmentOption

<HeadingAlignmentOption> to enable

-
- -
-
deselect
-
void deselect(
HeadingAlignmentOption option
)
-

Remove a <HeadingAlignmentOption> from the bitfield.

Parameters
option
HeadingAlignmentOption

<HeadingAlignmentOption> to disable

-
- -
-
deselect
-

Checks whether the specified <HeadingAlignmentOption> is included in the bitfield.

Parameters
option

<HeadingAlignmentOption> to check

Returns
bool

true: specified <HeadingAlignmentOption> included in bitfield, false: option not included

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/HeadingData-Summary.js b/v66.0.1/MSCL_Docs/classes/C/HeadingData-Summary.js deleted file mode 100644 index c6ce1e454..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/HeadingData-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:HeadingData","HeadingData");NDSummary.OnSummaryLoaded("CClass:HeadingData",[["C/C++","C"]],[["Enums","Enumeration"],["Groups","Group"],["Structs","Struct"],["Variables","Variable"]],[[2234,0,2,"HeadingData"],[2235,0,1,"Types","Types"],[2236,0,0,"HeadingType","HeadingType"],[2237,0,1,"Variables","Variables"],[2238,0,3,"headingAngle","headingAngle"],[2239,0,3,"headingAngleUncertainty","headingAngleUncertainty"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/HeadingData-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/HeadingData-SummaryToolTips.js deleted file mode 100644 index 62808c0e3..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/HeadingData-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:HeadingData",{2236:"
Dictates whether heading is relative to true north or magnetic north.
",2238:"
float headingAngle
",2239:"
float headingAngleUncertainty
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/HeadingData-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/HeadingData-ToolTips.js deleted file mode 100644 index 59992a148..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/HeadingData-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/HeadingData.html b/v66.0.1/MSCL_Docs/classes/C/HeadingData.html deleted file mode 100644 index fd4d93070..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/HeadingData.html +++ /dev/null @@ -1,38 +0,0 @@ - - -HeadingData - - - - - - - -
-
HeadingData
-
- -
-
Types
-
- -
-
HeadingType
-

Dictates whether heading is relative to true north or magnetic north.

-
- -
-
Variables
-
- -
-
headingAngle
-
float headingAngle
-
- -
-
headingAngleUncertainty
-
float headingAngleUncertainty
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/HeadingUpdateControl-Summary.js b/v66.0.1/MSCL_Docs/classes/C/HeadingUpdateControl-Summary.js deleted file mode 100644 index 6d0c599ea..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/HeadingUpdateControl-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:HeadingUpdateControl","HeadingUpdateControl");NDSummary.OnSummaryLoaded("CClass:HeadingUpdateControl",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[572,0,0,"HeadingUpdateControl"],[573,0,2,"Functions","Functions"],[574,0,1,"commandName","commandName"],[575,0,1,"MakeSetCommand","MakeSetCommand"],[576,0,1,"MakeGetCommand","MakeGetCommand"],[577,0,1,"getResponseData","getResponseData"],[578,0,1,"operator ByteStream","operator_ByteStream"],[579,0,1,"Constructor HeadingUpdateControl","Constructor_HeadingUpdateControl"],[580,0,1,"commandType","commandType"],[581,0,1,"fieldDataByte","fieldDataByte"],[582,0,1,"responseExpected","responseExpected"],[583,0,2,"Variables","Variables"],[584,0,3,"m_functionSelector","m_functionSelector"],[585,0,3,"m_HeadingUpdateOptions","m_HeadingUpdateOptions"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/HeadingUpdateControl-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/HeadingUpdateControl-SummaryToolTips.js deleted file mode 100644 index f1505b4fd..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/HeadingUpdateControl-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:HeadingUpdateControl",{572:"
HeadingUpdateControl
Contains the logic for the Inertial HeadingUpdateControl command.
",574:"
virtual std::string commandName() const
",575:"
static HeadingUpdateControl MakeSetCommand(
const HeadingUpdateOptions &headingUpdateOptions
)
Parameter: dataToUse The HeadingUpdateOptions object to set.
",576:"
static HeadingUpdateControl MakeGetCommand()
",577:"
static HeadingUpdateOptions getResponseData(
const GenericMipCmdResponse &response
)
",578:"
operator ByteStream() const
Converts this class to a ByteStream.
",579:"
Private constructor creates a HeadingUpdateControl object.  Use Make___Command methods to create an object.
",580:"
virtual MipTypes::Command commandType() const
",581:"
virtual uint8 fieldDataByte() const
",582:"
virtual bool responseExpected() const
",584:"
MipTypes::FunctionSelector m_functionSelector
The FunctionSelector type of command to send, get/set, reset to factory defaults, et al.
",585:"
HeadingUpdateOptions m_HeadingUpdateOptions
The uint8 to send to the device.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/HeadingUpdateControl-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/HeadingUpdateControl-ToolTips.js deleted file mode 100644 index 9248437b0..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/HeadingUpdateControl-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({572:"
HeadingUpdateControl
Contains the logic for the Inertial HeadingUpdateControl command.
",2160:"
Contains the possible sources of aiding heading updates to the Kalman filter.  Some, all, or none of the options can be set as heading aids.
",2927:"
GenericMipCmdResponse
Represents the response to a GenericMipCommand.
",3158:"
The enums for all the different types/categories of MIP commands and data.
",3171:"
The enums for all of the different MIP commands.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/HeadingUpdateControl.html b/v66.0.1/MSCL_Docs/classes/C/HeadingUpdateControl.html deleted file mode 100644 index 7bf43d786..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/HeadingUpdateControl.html +++ /dev/null @@ -1,90 +0,0 @@ - - -HeadingUpdateControl - - - - - - - -
-
HeadingUpdateControl
-
public
MipCommand
HeadingUpdateControl
-

Contains the logic for the Inertial HeadingUpdateControl command.

-
- -
-
Functions
-
- -
-
commandName
-
virtual std::string commandName() const
-
Returns
std::string

the string name for this class.

-
- -
-
MakeSetCommand
-
static HeadingUpdateControl MakeSetCommand(
const HeadingUpdateOptions &headingUpdateOptions
)
-

Parameter: dataToUse The HeadingUpdateOptions object to set.

Returns
HeadingUpdateControl

object set up for sending a set command.

-
- -
-
MakeGetCommand
-
static HeadingUpdateControl MakeGetCommand()
-
Returns
HeadingUpdateControl

object set up for sending a get command.

-
- -
-
getResponseData
-
static HeadingUpdateOptions getResponseData(
const GenericMipCmdResponse &response
)
-
Parameter
response
const GenericMipCmdResponse&

The GenericMipCmdResponse object from which to get formatted data.

Returns
ConstellationSettingsData

An object with the data returned from the device.

-
- -
-
operator ByteStream
-
operator ByteStream() const
-

Converts this class to a ByteStream.

-
- -
-
Constructor HeadingUpdateControl
-

Private constructor creates a HeadingUpdateControl object.  Use Make___Command methods to create an object.

-
- -
-
commandType
-
virtual MipTypes::Command commandType() const
-
Returns
MipTypes::Command

the command ID.

-
- -
-
fieldDataByte
-
virtual uint8 fieldDataByte() const
-
Returns
uint8

the byte ID for field data in the reply.

-
- -
-
responseExpected
-
virtual bool responseExpected() const
-
Returns
bool

True indicates that a response should return from the device.

-
- -
-
Variables
-
- -
-
m_functionSelector
-
MipTypes::FunctionSelector m_functionSelector
-

The FunctionSelector type of command to send, get/set, reset to factory defaults, et al.

-
- -
-
m_HeadingUpdateOptions
-
HeadingUpdateOptions m_HeadingUpdateOptions
-

The uint8 to send to the device.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/HeadingUpdateOptions-Summary.js b/v66.0.1/MSCL_Docs/classes/C/HeadingUpdateOptions-Summary.js deleted file mode 100644 index e7ef03ac6..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/HeadingUpdateOptions-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:HeadingUpdateOptions","HeadingUpdateOptions");NDSummary.OnSummaryLoaded("CClass:HeadingUpdateOptions",[["C/C++","C"]],[["Constants","Constant"],["Enums","Enumeration"],["Functions","Function"],["Groups","Group"],["Structs","Struct"],["Types","Type"],["Variables","Variable"]],[[2160,0,4,"HeadingUpdateOptions"],[2161,0,3,"Functions","Functions"],[2162,0,2,"operator <InertialTypes::​HeadingUpdateEnableOption>","operator"],[2163,0,2,"HeadingUpdateOptions","HeadingUpdateOptions"],[2164,0,2,"HeadingUpdateOptions","HeadingUpdateOptions(2)"],[2165,0,3,"Variables","Variables"],[2166,0,6,"useInternalMagnetometer","useInternalMagnetometer"],[2167,0,6,"useInternalGNSSVelocityVector","useInternalGNSSVelocityVector"],[2168,0,6,"useExternalHeadingMessages","useExternalHeadingMessages"],[2169,0,3,"Types","Types"],[2170,0,5,"HeadingUpdateOptionsList","HeadingUpdateOptionsList"],[2171,0,1,"FilterInitialValuesSource","FilterInitialValuesSource"],[2172,0,0,,"Automatic"],[2173,0,0,,"UserSpecified_Heading"],[2174,0,0,,"UserSpecified_Attitude"],[2175,0,0,,"UserSpecified_All"],[2176,0,1,"HeadingAlignmentOption","HeadingAlignmentOption"],[2177,0,0,,"GNSS_DualAntenna"],[2178,0,0,,"GNSS_Kinematic"],[2179,0,0,,"Magnetometer"],[2180,0,0,,"External"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/HeadingUpdateOptions-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/HeadingUpdateOptions-SummaryToolTips.js deleted file mode 100644 index 2ab39a913..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/HeadingUpdateOptions-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:HeadingUpdateOptions",{2160:"
Contains the possible sources of aiding heading updates to the Kalman filter.  Some, all, or none of the options can be set as heading aids.
",2162:"
Converts this class to a <InertialTypes::HeadingUpdateEnableOption>.
",2163:"
HeadingUpdateOptions() : useInternalMagnetometer(false), useInternalGNSSVelocityVector(false), useExternalHeadingMessages(false)
",2164:"
HeadingUpdateOptions(
const InertialTypes::HeadingUpdateEnableOption &headingUpdateOption
)
Updates this class from a <InertialTypes::HeadingUpdateEnableOption> according to the Communications Protocol.
",2166:"
bool useInternalMagnetometer
",2167:"
bool useInternalGNSSVelocityVector
",2168:"
bool useExternalHeadingMessages
",2170:"
A vector of HeadingUpdateOptions objects
",2171:"
Options defining which initial filter values are user-specified or automatically determined on initialization.
",2176:"
Method options for automatically determining initial filter heading
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/HeadingUpdateOptions-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/HeadingUpdateOptions-ToolTips.js deleted file mode 100644 index 47b579400..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/HeadingUpdateOptions-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2164:"
HeadingUpdateOptions(
const InertialTypes::HeadingUpdateEnableOption &headingUpdateOption
)
Updates this class from a <InertialTypes::HeadingUpdateEnableOption> according to the Communications Protocol.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/HeadingUpdateOptions.html b/v66.0.1/MSCL_Docs/classes/C/HeadingUpdateOptions.html deleted file mode 100644 index 1c36266d9..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/HeadingUpdateOptions.html +++ /dev/null @@ -1,74 +0,0 @@ - - -HeadingUpdateOptions - - - - - - - -
-
HeadingUpdateOptions
-

Contains the possible sources of aiding heading updates to the Kalman filter.  Some, all, or none of the options can be set as heading aids.

-
- -
-
Functions
-
- -
-
operator <InertialTypes::​HeadingUpdateEnableOption>
-

Converts this class to a <InertialTypes::HeadingUpdateEnableOption>.

-
- -
-
HeadingUpdateOptions
-
HeadingUpdateOptions() : useInternalMagnetometer(false), useInternalGNSSVelocityVector(false), useExternalHeadingMessages(false)
-
- -
-
HeadingUpdateOptions
-
HeadingUpdateOptions(
const InertialTypes::HeadingUpdateEnableOption &headingUpdateOption
)
-

Updates this class from a <InertialTypes::HeadingUpdateEnableOption> according to the Communications Protocol.

Parameters
headingUpdateOption
const InertialTypes::HeadingUpdateEnableOption&

The heading update used to fill in this object.

-
- -
-
Variables
-
- -
-
useInternalMagnetometer
-
bool useInternalMagnetometer
-
- -
-
useInternalGNSSVelocityVector
-
bool useInternalGNSSVelocityVector
-
- -
-
useExternalHeadingMessages
-
bool useExternalHeadingMessages
-
- -
-
Types
-
- -
-
HeadingUpdateOptionsList
-

A vector of HeadingUpdateOptions objects

-
- -
-
FilterInitialValuesSource
-

Options defining which initial filter values are user-specified or automatically determined on initialization.

Automatic

0x00  - Automatic position, velocity, and attitude

UserSpecified_Heading

0x01  - Automatic position and velocity, automatic pitch and roll, and user-specified heading

UserSpecified_Attitude

0x02  - Automatic position and velocity, fully user-specified attitude

UserSpecified_All

0x03  - User-specified position, velocity, and attitude

-
- -
-
HeadingAlignmentOption
-

Method options for automatically determining initial filter heading

GNSS_DualAntenna

0x01 - Dual-antenna GNSS alignment

GNSS_Kinematic

0x02 - GNSS kinematic alignment (GNSS velocity determines initial heading)

Magnetometer

0x04 - Magnetometer heading alignment

External

0x08 - External heading source

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/HighResClock-Summary.js b/v66.0.1/MSCL_Docs/classes/C/HighResClock-Summary.js deleted file mode 100644 index cd7da8010..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/HighResClock-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:HighResClock","HighResClock");NDSummary.OnSummaryLoaded("CClass:HighResClock",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[10382,0,0,"HighResClock"],[10383,0,2,"Variables","Variables"],[10384,0,3,"m_startHighResNanos","m_startHighResNanos"],[10385,0,3,"m_startSysTimeNanos","m_startSysTimeNanos"],[10386,0,2,"Functions","Functions"],[10387,0,1,"getCurrentSystemTime","getCurrentSystemTime"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/HighResClock-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/HighResClock-SummaryToolTips.js deleted file mode 100644 index a101e89e6..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/HighResClock-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:HighResClock",{10382:"
HighResClock
Helper class used to obtain the current system time from as high-resolution of a clock as possible.
",10384:"
uint64 m_startHighResNanos
The nanoseconds since epoch for the high-resolution clock.
",10385:"
uint64 m_startSysTimeNanos
The nanoseconds since epoch for the system clock.
",10387:"
uint64 getCurrentSystemTime() const
Gets the number of nanoseconds since Unix Epoch, using a high-resolution clock.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/HighResClock-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/HighResClock-ToolTips.js deleted file mode 100644 index 59992a148..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/HighResClock-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/HighResClock.html b/v66.0.1/MSCL_Docs/classes/C/HighResClock.html deleted file mode 100644 index 58c1a7eed..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/HighResClock.html +++ /dev/null @@ -1,43 +0,0 @@ - - -HighResClock - - - - - - - -
-
HighResClock
-
HighResClock
-

Helper class used to obtain the current system time from as high-resolution of a clock as possible.

-
- -
-
Variables
-
- -
-
m_startHighResNanos
-
uint64 m_startHighResNanos
-

The nanoseconds since epoch for the high-resolution clock.

-
- -
-
m_startSysTimeNanos
-
uint64 m_startSysTimeNanos
-

The nanoseconds since epoch for the system clock.

-
- -
-
Functions
-
- -
-
getCurrentSystemTime
-
uint64 getCurrentSystemTime() const
-

Gets the number of nanoseconds since Unix Epoch, using a high-resolution clock.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Histogram-Summary.js b/v66.0.1/MSCL_Docs/classes/C/Histogram-Summary.js deleted file mode 100644 index dec31591a..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Histogram-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:Histogram","Histogram");NDSummary.OnSummaryLoaded("CClass:Histogram",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[10370,0,0,"Histogram"],[10371,0,2,"Functions","Functions"],[10372,0,1,"Histogram","Histogram"],[10373,0,2,"Variables","Variables"],[10374,0,3,"m_binsStart","m_binsStart"],[10375,0,3,"m_binsSize","m_binsSize"],[10376,0,3,"m_bins","m_bins"],[10377,0,2,"Functions","Functions(2)"],[10378,0,1,"binsStart","binsStart"],[10379,0,1,"binsSize","binsSize"],[10380,0,1,"bins","bins"],[10381,0,1,"addBin","addBin"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Histogram-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Histogram-SummaryToolTips.js deleted file mode 100644 index ce8b651bd..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Histogram-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:Histogram",{10370:"
Histogram
Represents a Histogram object.
",10372:"
Histogram(
const Value &binsStart,
const Value &binsSize
)
Creates a Histogram object with no bins.
",10374:"
Value m_binsStart
The value of the start of the first Bin in the Histogram.
",10375:"
Value m_binsSize
The size of each Bin in the Histogram.
",10376:"
Bins m_bins
The Bins that are contained within this Histogram.
",10378:"
Value binsStart() const
Gets the value of the start of the first Bin in the Histogram.
",10379:"
Value binsSize() const
Gets the size of each Bin in the Histogram.
",10380:"
Bins bins() const
Gets the Bins contained within this Histogram.
",10381:"
void addBin(
const Bin &bin
)
Adds a single Bin to the Histogram.  The first Bin\'s start value should match the binsStart used in the constructor.  Every Bin added should have the same size which matches the binsSize used in the constructor.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Histogram-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Histogram-ToolTips.js deleted file mode 100644 index 4b53f7929..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Histogram-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({10144:"
Value
Represents a single value that can be stored/accessed in multiple ways.
",10517:"
Bin
Represents a single bin, which has a start, end, and count.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Histogram.html b/v66.0.1/MSCL_Docs/classes/C/Histogram.html deleted file mode 100644 index abc159172..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Histogram.html +++ /dev/null @@ -1,77 +0,0 @@ - - -Histogram - - - - - - - -
-
Histogram
-
Histogram
-

Represents a Histogram object.

-
- -
-
Functions
-
- -
-
Histogram
-
Histogram(
const Value &binsStart,
const Value &binsSize
)
-

Creates a Histogram object with no bins.

Parameters
binsStart
const Value&

The start value of the first Bin.

binsSize
const Value&

The size of each Bin.

-
- -
-
Variables
-
- -
-
m_binsStart
-
Value m_binsStart
-

The value of the start of the first Bin in the Histogram.

-
- -
-
m_binsSize
-
Value m_binsSize
-

The size of each Bin in the Histogram.

-
- -
-
m_bins
-
Bins m_bins
-

The Bins that are contained within this Histogram.

-
- -
-
Functions
-
- -
-
binsStart
-
Value binsStart() const
-

Gets the value of the start of the first Bin in the Histogram.

Returns

The start of the first Bin in the Histogram.

-
- -
-
binsSize
-
Value binsSize() const
-

Gets the size of each Bin in the Histogram.

Returns

The size of each Bin in the Histogram.

-
- -
-
bins
-
Bins bins() const
-

Gets the Bins contained within this Histogram.

Returns

A Bins object containing each bin within this Histogram.

-
- -
-
addBin
-
void addBin(
const Bin &bin
)
-

Adds a single Bin to the Histogram.  The first Bin's start value should match the binsStart used in the constructor.  Every Bin added should have the same size which matches the binsSize used in the constructor.

Parameters
bin
const Bin&

The Bin to add to the Histogram.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/HistogramOptions-Summary.js b/v66.0.1/MSCL_Docs/classes/C/HistogramOptions-Summary.js deleted file mode 100644 index 7aeb334b0..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/HistogramOptions-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:HistogramOptions","HistogramOptions");NDSummary.OnSummaryLoaded("CClass:HistogramOptions",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[6555,0,0,"HistogramOptions"],[6556,0,2,"Variables","Variables"],[6557,0,3,"m_transmitRate","m_transmitRate"],[6558,0,3,"m_binStart","m_binStart"],[6559,0,3,"m_binSize","m_binSize"],[6560,0,2,"Functions","Functions"],[6561,0,1,"transmitRate","transmitRate"],[6562,0,1,"transmitRate","transmitRate(2)"],[6563,0,1,"binsStart","binsStart"],[6564,0,1,"binsStart","binsStart(2)"],[6565,0,1,"binsSize","binsSize"],[6566,0,1,"binsSize","binsSize(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/HistogramOptions-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/HistogramOptions-SummaryToolTips.js deleted file mode 100644 index 1f01e0798..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/HistogramOptions-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:HistogramOptions",{6555:"
HistogramOptions
Contains all of the Histogram options that can be configured for a WirelessNode.
",6557:"
WirelessTypes::WirelessSampleRate m_transmitRate
The transmit rate of the Histogram.
",6558:"
uint16 m_binStart
The start of the first bin in the Histogram.
",6559:"
uint16 m_binSize
The size of each bin in the Histogram.
",6561:"
WirelessTypes::WirelessSampleRate transmitRate() const
Gets the transmit rate set in this options object, as a WirelessTypes::WirelessSampleRate.
",6562:"
void transmitRate(
WirelessTypes::WirelessSampleRate rate
)
Sets the transmit rate in this options object.
",6563:"
uint16 binsStart() const
Gets the bins start set in this options object.
",6564:"
void binsStart(
uint16 start
)
Sets the bins start in this options object.
",6565:"
uint16 binsSize() const
Gets the bins size set in this options object.
",6566:"
void binsSize(
uint16 size
)
Sets the bins size in this options object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/HistogramOptions-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/HistogramOptions-ToolTips.js deleted file mode 100644 index 296db9f18..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/HistogramOptions-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({8830:"
The possible sample rates that are available for Wireless Nodes.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/HistogramOptions.html b/v66.0.1/MSCL_Docs/classes/C/HistogramOptions.html deleted file mode 100644 index bafae2ba4..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/HistogramOptions.html +++ /dev/null @@ -1,79 +0,0 @@ - - -HistogramOptions - - - - - - - -
-
HistogramOptions
-
HistogramOptions
-

Contains all of the Histogram options that can be configured for a WirelessNode.

-
- -
-
Variables
-
- -
-
m_transmitRate
- -

The transmit rate of the Histogram.

-
- -
-
m_binStart
-
uint16 m_binStart
-

The start of the first bin in the Histogram.

-
- -
-
m_binSize
-
uint16 m_binSize
-

The size of each bin in the Histogram.

-
- -
-
Functions
-
- -
-
transmitRate
- -

Gets the transmit rate set in this options object, as a WirelessTypes::WirelessSampleRate.

-
- -
-
transmitRate
-
void transmitRate(
WirelessTypes::WirelessSampleRate rate
)
-

Sets the transmit rate in this options object.

Parameters
rate
WirelessTypes::WirelessSampleRate

The transmit rate (as a WirelessTypes::WirelessSampleRate) to set.

-
- -
-
binsStart
-
uint16 binsStart() const
-

Gets the bins start set in this options object.

-
- -
-
binsStart
-
void binsStart(
uint16 start
)
-

Sets the bins start in this options object.

Parameters
start
uint16

The start of the first bin in the Histogram.

-
- -
-
binsSize
-
uint16 binsSize() const
-

Gets the bins size set in this options object.

-
- -
-
binsSize
-
void binsSize(
uint16 size
)
-

Sets the bins size in this options object.

Parameters
size
uint16

The size of each bin in the Histogram.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/InclinationSource-Summary.js b/v66.0.1/MSCL_Docs/classes/C/InclinationSource-Summary.js deleted file mode 100644 index 99ec665bd..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/InclinationSource-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:InclinationSource","InclinationSource");NDSummary.OnSummaryLoaded("CClass:InclinationSource",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[789,0,0,"InclinationSource"],[790,0,2,"Functions","Functions"],[791,0,1,"MakeSetCommand","MakeSetCommand"],[792,0,1,"MakeGetCommand","MakeGetCommand"],[793,0,1,"Constructor InclinationSource","Constructor_InclinationSource"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/InclinationSource-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/InclinationSource-SummaryToolTips.js deleted file mode 100644 index f2c794713..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/InclinationSource-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:InclinationSource",{789:"
InclinationSource
Contains the logic for the Inertial Inclination GeographicSource command.
",791:"
static GeographicSource MakeSetCommand(
const GeographicSourceOptions &dataToUse
)
Parameter: dataToUse The GeographicSourceOptions to set the option and fixed value.
",792:"
static GeographicSource MakeGetCommand()
",793:"
Private constructor creates an InclinationSource object.  Use Make___Command methods to create an object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/InclinationSource-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/InclinationSource-ToolTips.js deleted file mode 100644 index 46d0c2344..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/InclinationSource-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({772:"
GeographicSource
Contains the logic for the Inertial GeographicSource command.
",1800:"
The enum to represent the source options for Declination (0x0D, 0x43), Inclination (0x0D, 0x4C), and Magnitude Source (0x0D, 0x4D)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/InclinationSource.html b/v66.0.1/MSCL_Docs/classes/C/InclinationSource.html deleted file mode 100644 index f71ac7ba4..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/InclinationSource.html +++ /dev/null @@ -1,38 +0,0 @@ - - -InclinationSource - - - - - - - -
-
InclinationSource
-
public
GeographicSource
InclinationSource
-

Contains the logic for the Inertial Inclination GeographicSource command.

-
- -
-
Functions
-
- -
-
MakeSetCommand
-
static GeographicSource MakeSetCommand(
const GeographicSourceOptions &dataToUse
)
-

Parameter: dataToUse The GeographicSourceOptions to set the option and fixed value.

Returns
GeographicSource

object set up for sending a set command.

-
- -
-
MakeGetCommand
-
static GeographicSource MakeGetCommand()
-
Returns
GeographicSource

object set up for sending a get command.

-
- -
-
Constructor InclinationSource
-

Private constructor creates an InclinationSource object.  Use Make___Command methods to create an object.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/InertialNode-Summary.js b/v66.0.1/MSCL_Docs/classes/C/InertialNode-Summary.js deleted file mode 100644 index 79724a488..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/InertialNode-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:InertialNode","InertialNode");NDSummary.OnSummaryLoaded("CClass:InertialNode",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[2559,0,0,"InertialNode"],[2560,0,2,"Functions","Functions"],[2561,0,1,"InertialNode","InertialNode"],[2562,0,1,"getDataPackets","getDataPackets"],[2563,0,1,"totalPackets","totalPackets"],[2564,0,1,"pollData","pollData"],[2565,0,1,"getDataRateBase","getDataRateBase"],[2566,0,1,"getActiveChannelFields","getActiveChannelFields"],[2567,0,1,"setActiveChannelFields","setActiveChannelFields"],[2568,0,1,"saveActiveChannelFields","saveActiveChannelFields"],[2569,0,1,"setFactoryStreamingChannels","setFactoryStreamingChannels"],[2570,0,1,"getInterfaceControl","getInterfaceControl"],[2571,0,1,"setInterfaceControl","setInterfaceControl"],[2572,0,1,"setInterfaceControl","setInterfaceControl(2)"],[2573,0,1,"getCommunicationMode","getCommunicationMode"],[2574,0,1,"setCommunicationMode","setCommunicationMode"],[2575,0,1,"isDataStreamEnabled","isDataStreamEnabled"],[2576,0,1,"enableDataStream","enableDataStream"],[2577,0,1,"resetFilter","resetFilter"],[2578,0,1,"runFilter","runFilter"],[2579,0,1,"getAutoInitialization","getAutoInitialization"],[2580,0,1,"setAutoInitialization","setAutoInitialization"],[2581,0,1,"getAltitudeAid","getAltitudeAid"],[2582,0,1,"setAltitudeAid","setAltitudeAid"],[2583,0,1,"getPitchRollAid","getPitchRollAid"],[2584,0,1,"setPitchRollAid","setPitchRollAid"],[2585,0,1,"enableVerticalGyroConstraint","enableVerticalGyroConstraint"],[2586,0,1,"verticalGyroConstraintEnabled","verticalGyroConstraintEnabled"],[2587,0,1,"enableWheeledVehicleConstraint","enableWheeledVehicleConstraint"],[2588,0,1,"wheeledVehicleConstraintEnabled","wheeledVehicleConstraintEnabled"],[2589,0,1,"setVelocityZUPT","setVelocityZUPT"],[2590,0,1,"getVelocityZUPT","getVelocityZUPT"],[2591,0,1,"setAngularRateZUPT","setAngularRateZUPT"],[2592,0,1,"getAngularRateZUPT","getAngularRateZUPT"],[2593,0,1,"cmdedVelZUPT","cmdedVelZUPT"],[2594,0,1,"cmdedAngRateZUPT","cmdedAngRateZUPT"],[2595,0,1,"setInitialAttitude","setInitialAttitude"],[2596,0,1,"setInitialHeading","setInitialHeading"],[2597,0,1,"getInitialFilterConfiguration","getInitialFilterConfiguration"],[2598,0,1,"setInitialFilterConfiguration","setInitialFilterConfiguration"],[2599,0,1,"getSensorToVehicleRotation_eulerAngles","getSensorToVehicleRotation_eulerAngles"],[2600,0,1,"setSensorToVehicleRotation_eulerAngles","setSensorToVehicleRotation_eulerAngles"],[2601,0,1,"getSensorToVehicleRotation_matrix","getSensorToVehicleRotation_matrix"],[2602,0,1,"setSensorToVehicleRotation_matrix","setSensorToVehicleRotation_matrix"],[2603,0,1,"getSensorToVehicleRotation_quaternion","getSensorToVehicleRotation_quaternion"],[2604,0,1,"setSensorToVehicleRotation_quaternion","setSensorToVehicleRotation_quaternion"],[2605,0,1,"getSensorToVehicleTransform_eulerAngles","getSensorToVehicleTransform_eulerAngles"],[2606,0,1,"setSensorToVehicleTransform_eulerAngles","setSensorToVehicleTransform_eulerAngles"],[2607,0,1,"getSensorToVehicleTransform_matrix","getSensorToVehicleTransform_matrix"],[2608,0,1,"setSensorToVehicleTransform_matrix","setSensorToVehicleTransform_matrix"],[2609,0,1,"getSensorToVehicleTransform_quaternion","getSensorToVehicleTransform_quaternion"],[2610,0,1,"setSensorToVehicleTransform_quaternion","setSensorToVehicleTransform_quaternion"],[2611,0,1,"getSensorToVehicleOffset","getSensorToVehicleOffset"],[2612,0,1,"setSensorToVehicleOffset","setSensorToVehicleOffset"],[2613,0,1,"getAntennaOffset","getAntennaOffset"],[2614,0,1,"setAntennaOffset","setAntennaOffset"],[2615,0,1,"getGNSSAssistedFixControl","getGNSSAssistedFixControl"],[2616,0,1,"setGNSSAssistedFixControl","setGNSSAssistedFixControl"],[2617,0,1,"getGNSSAssistTimeUpdate","getGNSSAssistTimeUpdate"],[2618,0,1,"setGNSSAssistTimeUpdate","setGNSSAssistTimeUpdate"],[2619,0,1,"getGPSTimeUpdate","getGPSTimeUpdate"],[2620,0,1,"setGPSTimeUpdate","setGPSTimeUpdate"],[2621,0,1,"setConstellationSettings","setConstellationSettings"],[2622,0,1,"constellationSettings","constellationSettings"],[2623,0,1,"setSBASSettings","setSBASSettings"],[2624,0,1,"getSBASSettings","getSBASSettings"],[2625,0,1,"setAccelerometerBias","setAccelerometerBias"],[2626,0,1,"getAccelerometerBias","getAccelerometerBias"],[2627,0,1,"setGyroBias","setGyroBias"],[2628,0,1,"getGyroBias","getGyroBias"],[2629,0,1,"captureGyroBias","captureGyroBias"],[2630,0,1,"findMagnetometerCaptureAutoCalibration","findMagnetometerCaptureAutoCalibration"],[2631,0,1,"saveMagnetometerCaptureAutoCalibration","saveMagnetometerCaptureAutoCalibration"],[2632,0,1,"setMagnetometerSoftIronMatrix","setMagnetometerSoftIronMatrix"],[2633,0,1,"getMagnetometerSoftIronMatrix","getMagnetometerSoftIronMatrix"],[2634,0,1,"setMagnetometerHardIronOffset","setMagnetometerHardIronOffset"],[2635,0,1,"getMagnetometerHardIronOffset","getMagnetometerHardIronOffset"],[2636,0,1,"setConingAndScullingEnable","setConingAndScullingEnable"],[2637,0,1,"getConingAndScullingEnable","getConingAndScullingEnable"],[2638,0,1,"setLowPassFilterSettings","setLowPassFilterSettings"],[2639,0,1,"getLowPassFilterSettings","getLowPassFilterSettings"],[2640,0,1,"setComplementaryFilterSettings","setComplementaryFilterSettings"],[2641,0,1,"getComplementaryFilterSettings","getComplementaryFilterSettings"],[2642,0,1,"getBasicDeviceStatus","getBasicDeviceStatus"],[2643,0,1,"getDiagnosticDeviceStatus","getDiagnosticDeviceStatus"],[2644,0,1,"sendRawRTCM_2_3Message","sendRawRTCM_2_3Message"],[2645,0,1,"setVehicleDynamicsMode","setVehicleDynamicsMode"],[2646,0,1,"getVehicleDynamicsMode","getVehicleDynamicsMode"],[2647,0,1,"setEstimationControlFlags","setEstimationControlFlags"],[2648,0,1,"getEstimationControlFlags","getEstimationControlFlags"],[2649,0,1,"setInclinationSource","setInclinationSource"],[2650,0,1,"getInclinationSource","getInclinationSource"],[2651,0,1,"setDeclinationSource","setDeclinationSource"],[2652,0,1,"getDeclinationSource","getDeclinationSource"],[2653,0,1,"setMagneticFieldMagnitudeSource","setMagneticFieldMagnitudeSource"],[2654,0,1,"getMagneticFieldMagnitudeSource","getMagneticFieldMagnitudeSource"],[2655,0,1,"setEstimationControlFlags","setEstimationControlFlags(2)"],[2656,0,1,"getEstimationControlFlags","getEstimationControlFlags(2)"],[2657,0,1,"sendExternalGNSSUpdate","sendExternalGNSSUpdate"],[2658,0,1,"setHeadingUpdateControl","setHeadingUpdateControl"],[2659,0,1,"tareOrientation","tareOrientation"],[2660,0,1,"getHeadingUpdateControl","getHeadingUpdateControl"],[2661,0,1,"setGravityErrorAdaptiveMeasurement","setGravityErrorAdaptiveMeasurement"],[2662,0,1,"getGravityErrorAdaptiveMeasurement","getGravityErrorAdaptiveMeasurement"],[2663,0,1,"setMagnetometerErrorAdaptiveMeasurement","setMagnetometerErrorAdaptiveMeasurement"],[2664,0,1,"getMagnetometerErrorAdaptiveMeasurement","getMagnetometerErrorAdaptiveMeasurement"],[2665,0,1,"setMagDipAngleErrorAdaptiveMeasurement","setMagDipAngleErrorAdaptiveMeasurement"],[2666,0,1,"getMagDipAngleErrorAdaptiveMeasurement","getMagDipAngleErrorAdaptiveMeasurement"],[2667,0,1,"setMagNoiseStandardDeviation","setMagNoiseStandardDeviation"],[2668,0,1,"getMagNoiseStandardDeviation","getMagNoiseStandardDeviation"],[2669,0,1,"setGravNoiseStandardDeviation","setGravNoiseStandardDeviation"],[2670,0,1,"getGravNoiseStandardDeviation","getGravNoiseStandardDeviation"],[2671,0,1,"setAccelNoiseStandardDeviation","setAccelNoiseStandardDeviation"],[2672,0,1,"getAccelNoiseStandardDeviation","getAccelNoiseStandardDeviation"],[2673,0,1,"setGyroNoiseStandardDeviation","setGyroNoiseStandardDeviation"],[2674,0,1,"getGyroNoiseStandardDeviation","getGyroNoiseStandardDeviation"],[2675,0,1,"setPressureAltNoiseStandardDeviation","setPressureAltNoiseStandardDeviation"],[2676,0,1,"getPressureAltNoiseStandardDeviation","getPressureAltNoiseStandardDeviation"],[2677,0,1,"setHardIronOffsetProcessNoise","setHardIronOffsetProcessNoise"],[2678,0,1,"getHardIronOffsetProcessNoise","getHardIronOffsetProcessNoise"],[2679,0,1,"setAccelBiasModelParams","setAccelBiasModelParams"],[2680,0,1,"getAccelBiasModelParams","getAccelBiasModelParams"],[2681,0,1,"setGyroBiasModelParams","setGyroBiasModelParams"],[2682,0,1,"getGyroBiasModelParams","getGyroBiasModelParams"],[2683,0,1,"setSoftIronMatrixProcessNoise","setSoftIronMatrixProcessNoise"],[2684,0,1,"getSoftIronMatrixProcessNoise","getSoftIronMatrixProcessNoise"],[2685,0,1,"setFixedReferencePosition","setFixedReferencePosition"],[2686,0,1,"FixedReferencePositionData","FixedReferencePositionData"],[2687,0,1,"setGPSDynamicsMode","setGPSDynamicsMode"],[2688,0,1,"getGPSDynamicsMode","getGPSDynamicsMode"],[2689,0,1,"setDevicePowerState","setDevicePowerState"],[2690,0,1,"getDevicePowerState","getDevicePowerState"],[2691,0,1,"setDeviceStreamFormat","setDeviceStreamFormat"],[2692,0,1,"getDeviceStreamFormat","getDeviceStreamFormat"],[2693,0,1,"setSignalConditioningSettings","setSignalConditioningSettings"],[2694,0,1,"getSignalConditioningSettings","getSignalConditioningSettings"],[2695,0,1,"setEnableDisableMeasurements","setEnableDisableMeasurements"],[2696,0,1,"getEnableDisableMeasurements","getEnableDisableMeasurements"],[2697,0,1,"setGravityNoiseMinimum","setGravityNoiseMinimum"],[2698,0,1,"getGravityNoiseMinimum","getGravityNoiseMinimum"],[2699,0,1,"sendExternalHeadingUpdate","sendExternalHeadingUpdate"],[2700,0,1,"sendExternalHeadingUpdate","sendExternalHeadingUpdate(2)"],[2701,0,1,"aidingMeasurementEnabled","aidingMeasurementEnabled"],[2702,0,1,"enableDisableAidingMeasurement","enableDisableAidingMeasurement"],[2703,0,1,"getAdaptiveFilterOptions","getAdaptiveFilterOptions"],[2704,0,1,"setAdaptiveFilterOptions","setAdaptiveFilterOptions"],[2705,0,1,"getMultiAntennaOffset","getMultiAntennaOffset"],[2706,0,1,"setMultiAntennaOffset","setMultiAntennaOffset"],[2707,0,1,"getPpsSource","getPpsSource"],[2708,0,1,"setPpsSource","setPpsSource"],[2709,0,1,"getOdometerConfig","getOdometerConfig"],[2710,0,1,"setOdometerConfig","setOdometerConfig"],[2711,0,1,"getSensorRange","getSensorRange"],[2712,0,1,"setSensorRange","setSensorRange"],[2713,0,1,"setSensorRange","setSensorRange(2)"],[2714,0,1,"getGpioConfig","getGpioConfig"],[2715,0,1,"setGpioConfig","setGpioConfig"],[2716,0,1,"getGpioState","getGpioState"],[2717,0,1,"setGpioState","setGpioState"],[2718,0,1,"getEventTriggerMode","getEventTriggerMode"],[2719,0,1,"setEventTriggerMode","setEventTriggerMode"],[2720,0,1,"getEventTriggerConfig","getEventTriggerConfig"],[2721,0,1,"setEventTriggerConfig","setEventTriggerConfig"],[2722,0,1,"getEventActionConfig","getEventActionConfig"],[2723,0,1,"setEventActionConfig","setEventActionConfig"],[2724,0,1,"getAntennaLeverArmCal","getAntennaLeverArmCal"],[2725,0,1,"setAntennaLeverArmCal","setAntennaLeverArmCal"],[2726,0,1,"getRelativePositionReference","getRelativePositionReference"],[2727,0,1,"setRelativePositionReference","setRelativePositionReference"],[2728,0,1,"getLeverArmReferenceOffset","getLeverArmReferenceOffset"],[2729,0,1,"setLeverArmReferenceOffset","setLeverArmReferenceOffset"],[2730,0,1,"sendExternalSpeedMeasurementUpdate","sendExternalSpeedMeasurementUpdate"],[2731,0,1,"getSpeedMeasurementOffset","getSpeedMeasurementOffset"],[2732,0,1,"setSpeedMeasurementOffset","setSpeedMeasurementOffset"],[2733,0,1,"getGnssSignalConfig","getGnssSignalConfig"],[2734,0,1,"setGnssSignalConfig","setGnssSignalConfig"],[2735,0,1,"rtkEnabled","rtkEnabled"],[2736,0,1,"enableRtk","enableRtk"],[2737,0,1,"getEventTriggerStatus","getEventTriggerStatus"],[2738,0,1,"getEventActionStatus","getEventActionStatus"],[2739,0,1,"getNmeaMessageFormat","getNmeaMessageFormat"],[2740,0,1,"setNmeaMessageFormat","setNmeaMessageFormat"],[2741,0,1,"getAidingMeasurementReferenceFrames","getAidingMeasurementReferenceFrames"],[2742,0,1,"setAidingMeasurementReferenceFrames","setAidingMeasurementReferenceFrames"],[2743,0,1,"getAidingMeasurementReferenceFrame","getAidingMeasurementReferenceFrame"],[2744,0,1,"setAidingMeasurementReferenceFrame","setAidingMeasurementReferenceFrame"],[2745,0,1,"setAidingMeasurementResponseMode","setAidingMeasurementResponseMode"],[2746,0,1,"getAidingMeasurementResponseMode","getAidingMeasurementResponseMode"],[2747,0,1,"sendAidingMeasurement","sendAidingMeasurement"],[2748,0,1,"sendAidingMeasurement_readEcho","sendAidingMeasurement_readEcho"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/InertialNode-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/InertialNode-SummaryToolTips.js deleted file mode 100644 index bda164014..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/InertialNode-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:InertialNode",{2559:"
InertialNode
A class representing a MicroStrain Inertial Node
",2561:"
explicit InertialNode(
Connection connection
) : MipNode(connection)
Creates an InertialNode object.
",2562:"
MipDataPackets getDataPackets(
uint32 timeout = 0,
uint32 maxPackets = 0
)
Gets up to the requested amount of data packets that have been collected.
",2563:"
uint32 totalPackets()
Gets the total number of data packets that are currently in the buffer.
",2564:"
void pollData(
MipTypes::DataClass dataClass,
const MipTypes::MipChannelFields &fields = MipTypes::MipChannelFields()
)
Polls the device for a message with the specified fields, for the specified data class.  This will cause the device to send a single data packet.
",2565:"
uint16 getDataRateBase(
MipTypes::DataClass dataClass
) const
Gets the Data decimation base for the data rate calculations of the specified <InertialType>.
",2566:"
MipChannels getActiveChannelFields(
MipTypes::DataClass dataClass
)
Gets the current active channel fields for the specified MipTypes::DataClass.
",2567:"
void setActiveChannelFields(
MipTypes::DataClass dataClass,
const MipChannels &channels
)
Sets the current active channel fields for the specified MipTypes::DataClass.  Note that this function does not add to the existing message format (active channels), but overwrites it entirely.
",2568:"
void saveActiveChannelFields(
MipTypes::DataClass dataClass
)
Saves the current message format of the specified MipTypes::DataClass\'s data packet.
",2569:"
void setFactoryStreamingChannels(
InertialTypes::FactoryStreamingOption option
)
Applies the factory streaming channels to the message format based on the specified action option.
",2570:"
DeviceCommPort getInterfaceControl(
const uint8 interfaceId
) const
Gets the current comm port interface configuration for the specified ID.  This includes the port type, ID and input/output protocols currently configured.
",2571:"
void setInterfaceControl(
const DeviceCommPort &portInterface
)
Sets the specified comm port interface configuration for the node.  Note: See the device\'s manual for possible configurations and limitations.
",2572:"
void setInterfaceControl(
const uint8 interfaceId,
const DeviceCommPort::Protocol inputProtocols,
const DeviceCommPort::Protocol outputProtocols
)
Sets the specified comm port interface configuration for the node.  Note: See the device\'s manual for possible configurations and limitations.
",2573:"
uint8 getCommunicationMode() override
Gets the current communication mode that the node is in.
",2574:"
void setCommunicationMode(
uint8 communicationMode
) override
Sets the communication mode for the node.  Note: The node info will be reset when doing this and therefore will require being fetched again the next time it is requested.
",2575:"
bool isDataStreamEnabled(
MipTypes::DataClass dataClass
)
Checks whether continuous data streaming is enabled for the specified data class.
",2576:"
void enableDataStream(
MipTypes::DataClass dataClass,
bool enable = true,
bool resumeStreaming = true
)
Enables or disables continuous data streaming for the node.
",2577:"
void resetFilter()
Resets the filter to the initialize state.  Note: If the auto-initialization feature is disabled, the initial attitude or heading must be set in order to enter the run state after a reset.
",2578:"
void runFilter()
Runs the filter when configured to wait in initialization for Run command.  Note: Most devices run when initial values are sent - see the device DCP for details regarding supported commands and filter initialization workflows.
",2579:"
bool getAutoInitialization()
Gets the state of the automatic initialization upon device startup.
",2580:"
void setAutoInitialization(
bool enable
)
Sets the state of the automatic initialization upon device startup.
",2581:"
bool getAltitudeAid()
Gets the state of the altitude aid upon device startup.
",2582:"
void setAltitudeAid(
bool enable
)
Sets the state of the altitude aid upon device startup.
",2583:"
bool getPitchRollAid()
Gets the state of the pitch/roll aid upon device startup.
",2584:"
void setPitchRollAid(
bool enable
)
Sets the state of the pitch/roll aid upon device startup.
",2585:"
void enableVerticalGyroConstraint(
bool enable
)
Enables or disables the Vertical Gyro Constraint control.
",2586:"
bool verticalGyroConstraintEnabled() const
Gets the enabled/disabled state of the Vertical Gyro Constraint control.
",2587:"
void enableWheeledVehicleConstraint(
bool enable
)
Enables or disables the Wheeled Vehicle Constraint control.
",2588:"
bool wheeledVehicleConstraintEnabled() const
Gets the enabled/disabled state of the Wheeled Vehicle Constraint control.
",2589:"
void setVelocityZUPT(
const ZUPTSettingsData &ZUPTSettings
)
Sets the state of the velocity ZUPT control.
",2590:"
ZUPTSettingsData getVelocityZUPT()
Gets the state of the velocity ZUPT control.
",2591:"
void setAngularRateZUPT(
const ZUPTSettingsData &ZUPTSettings
)
Sets the state of the angular rate ZUPT control.
",2592:"
ZUPTSettingsData getAngularRateZUPT()
Gets the state of the angular rate ZUPT control.
",2593:"
void cmdedVelZUPT()
Performs Commanded Zero Velocity Update.
",2594:"
void cmdedAngRateZUPT()
Performs Commanded Zero Angular Rate Update.
",2595:"
void setInitialAttitude(
const EulerAngles &attitude
)
Sets the initial attitude.  Note: This command can only be issued in the "INIT" state and should be used with a good estimate of the vehicle attitude.
",2596:"
void setInitialHeading(
float heading
)
Sets the initial heading.  Note: This command can only be issued in the "INIT" state and should be used with a good estimate of heading. The device will use this value in conjunction with the output of the accelerometers to determine the initial attitude estimate.
",2597:"
FilterInitializationValues getInitialFilterConfiguration()
Gets the initial filter configuration values.
",2598:"
void setInitialFilterConfiguration(
FilterInitializationValues filterConfig
)
Sets the initial filter configuration values.  Note: Changes from this command will only be applied if the filter is in the Initialization state (not Running) or on filter reset.
",2599:"
EulerAngles getSensorToVehicleRotation_eulerAngles()
Gets the sensor to vehicle frame rotation using roll, pitch, and yaw Euler angles.  These angles define the rotation from the sensor body from to the fixed vehicle frame.  Note: The rotation is stored in the device as a quaternion. When Euler angles are read back from the device, they may not be equivalent in value to the Euler angles used to set the rotation, but they are functionally equivalent.
",2600:"
void setSensorToVehicleRotation_eulerAngles(
const EulerAngles &angles
)
Sets the sensor to vehicle frame rotation using roll, pitch, and yaw Euler angles (in radians).  These angles define the rotation from the sensor body from to the fixed vehicle frame.  Note: The rotation is stored in the device as a quaternion. When Euler angles are read back from the device, they may not be equivalent in value to the Euler angles used to set the rotation, but they are functionally equivalent.
",2601:"
Matrix_3x3 getSensorToVehicleRotation_matrix()
Gets the sensor to vehicle frame rotation in a row-major direction cosine matrix format.  This matrix defines the rotation from the sensor body from to the fixed vehicle frame.  Note: The rotation is stored in the device as a quaternion. When the matrix values are read back from the device, they may not be equivalent in value to the values used to set the rotation, but they are functionally equivalent.
",2602:"
void setSensorToVehicleRotation_matrix(
const Matrix_3x3 &dcm
)
Sets the sensor to vehicle frame rotation with a row-major direction cosine matrix. The specified matrix must be orthonormal.  This matrix defines the rotation from the sensor body from to the fixed vehicle frame.  Note: The rotation is stored in the device as a quaternion. When the matrix values are read back from the device, they may not be equivalent in value to the values used to set the rotation, but they are functionally equivalent.
",2603:"
Quaternion getSensorToVehicleRotation_quaternion()
Gets the sensor to vehicle frame rotation in quaternion format.  This quaternion defines the rotation from the sensor body from to the fixed vehicle frame.  Note: When the quaternion elements are read back from the device, they may not be equivalent in value to the quaternion used to set the rotation, due to normalization.
",2604:"
void setSensorToVehicleRotation_quaternion(
const Quaternion &rotation
)
Sets the sensor to vehicle frame rotation in quaternion format.  This quaternion defines the rotation from the sensor body from to the fixed vehicle frame.  Note: When the quaternion elements are read back from the device, they may not be equivalent in value to the quaternion used to set the rotation, due to normalization.
",2605:"
EulerAngles getSensorToVehicleTransform_eulerAngles()
Gets the sensor to vehicle frame transformation using roll, pitch, and yaw Euler angles.  These angles define the transformation from the sensor body from to the fixed vehicle frame.  Note: The transformation is stored in the device as a quaternion. When Euler angles are read back from the device, they may not be equivalent in value to the Euler angles used to set the transformation, but they are functionally equivalent.
",2606:"
void setSensorToVehicleTransform_eulerAngles(
const EulerAngles &angles
)
Sets the sensor to vehicle frame transformation using roll, pitch, and yaw Euler angles (in radians).  These angles define the transformation from the sensor body from to the fixed vehicle frame.  Note: The transformation is stored in the device as a quaternion. When Euler angles are read back from the device, they may not be equivalent in value to the Euler angles used to set the transformation, but they are functionally equivalent.
",2607:"
Matrix_3x3 getSensorToVehicleTransform_matrix()
Gets the sensor to vehicle frame transformation in a row-major direction cosine matrix format.  This matrix defines the transformation from the sensor body from to the fixed vehicle frame.  Note: The transformation is stored in the device as a quaternion. When the matrix values are read back from the device, they may not be equivalent in value to the values used to set the transformation, but they are functionally equivalent.
",2608:"
void setSensorToVehicleTransform_matrix(
const Matrix_3x3 &dcm
)
Sets the sensor to vehicle frame transformation with a row-major direction cosine matrix. The specified matrix must be orthonormal.  This matrix defines the transformation from the sensor body from to the fixed vehicle frame.  Note: The transformation is stored in the device as a quaternion. When the matrix values are read back from the device, they may not be equivalent in value to the values used to set the transformation, but they are functionally equivalent.
",2609:"
Quaternion getSensorToVehicleTransform_quaternion()
Gets the sensor to vehicle frame transformation in quaternion format.  This quaternion defines the transformation from the sensor body from to the fixed vehicle frame.  Note: When the quaternion elements are read back from the device, they may not be equivalent in value to the quaternion used to set the transformation, due to normalization.
",2610:"
void setSensorToVehicleTransform_quaternion(
const Quaternion &transformation
)
Sets the sensor to vehicle frame transformation in quaternion format.  This quaternion defines the transformation from the sensor body from to the fixed vehicle frame.  Note: When the quaternion elements are read back from the device, they may not be equivalent in value to the quaternion used to set the transformation, due to normalization.
",2611:"
PositionOffset getSensorToVehicleOffset()
Gets the sensor to vehicle frame offset, expressed in the sensor frame.
",2612:"
void setSensorToVehicleOffset(
const PositionOffset &offset
)
Sets the sensor to vehicle frame offset, expressed in the sensor frame.
",2613:"
PositionOffset getAntennaOffset()
Gets the antenna offset, expressed in the sensor frame.
",2614:"
void setAntennaOffset(
const PositionOffset &offset
)
Sets the antenna offset, expressed in the sensor frame.
",2615:"
bool getGNSSAssistedFixControl()
Gets the GNSS Assisted Fix Control.
",2616:"
void setGNSSAssistedFixControl(
bool enableAssistedFix
)
Sets the GNSS Assisted Fix Control.
",2617:"
TimeUpdate getGNSSAssistTimeUpdate()
Gets the GNSS Assisted Time Update.
",2618:"
void setGNSSAssistTimeUpdate(
const TimeUpdate &timeUpdate
)
Sets the GNSS Assist Time Update.
",2619:"
mscl::uint32 getGPSTimeUpdate(
MipTypes::TimeFrame timeFrame
)
Gets the GPS time update.
",2620:"
void setGPSTimeUpdate(
MipTypes::TimeFrame,
mscl::uint32 timeData
)
Sets the GPS Time Update.
",2621:"
void setConstellationSettings(
const ConstellationSettingsData &dataToUse
)
Sets the GNSS Constellation Settings.
",2622:"
ConstellationSettingsData getConstellationSettings()
Gets the GNSS Constellation Settings.
",2623:"
void setSBASSettings(
const SBASSettingsData &dataToUse
)
Sets the GNSS SBAS Settings.
",2624:"
SBASSettingsData getSBASSettings()
Gets the GNSS SBAS Settings.
",2625:"
void setAccelerometerBias(
const GeometricVector &biasVector
)
Sets the Accelerometer Bias.
",2626:"
GeometricVector getAccelerometerBias()
Gets the Accelerometer Bias.
",2627:"
void setGyroBias(
const GeometricVector &biasVector
)
Sets the Gyro Bias.
",2628:"
GeometricVector getGyroBias()
Gets the Gyro Bias vector.
",2629:"
GeometricVector captureGyroBias(
const uint16 &samplingTime
)
Runs the Gyro Bias capture routine on the inertial device.
",2630:"
void findMagnetometerCaptureAutoCalibration()
Runs the Magnetometer auto calibration routine on the inertial device.
",2631:"
void saveMagnetometerCaptureAutoCalibration()
Runs the Magnetometer auto calibration routine and saves result as startup settings.
",2632:"
void setMagnetometerSoftIronMatrix(
const Matrix_3x3 &matrix
)
Sets the Magnetometer Soft Iron matrix.
",2633:"
Matrix_3x3 getMagnetometerSoftIronMatrix()
Gets the Magnetometer Soft Iron matrix.
",2634:"
void setMagnetometerHardIronOffset(
const GeometricVector &offsetVector
)
Sets the magnetometer hard iron offset vector.
",2635:"
GeometricVector getMagnetometerHardIronOffset()
Gets the magnetometer hard iron offset vector.
",2636:"
void setConingAndScullingEnable(
bool enable
)
Enables/disables coning and sculling.
",2637:"
bool getConingAndScullingEnable()
determines whether coning and sculling are enabled.
",2638:"
void setLowPassFilterSettings(
const LowPassFilterConfig &data
) const
Sets the low-pass filter settings.
",2639:"
LowPassFilterConfig getLowPassFilterSettings(
const MipTypes::MipChannelFields &dataDescriptors
) const
Gets the current low-pass filter settings for the given data descriptors
",2640:"
void setComplementaryFilterSettings(
const ComplementaryFilterData &data
)
Sets the complementary filter settings.
",2641:"
ComplementaryFilterData getComplementaryFilterSettings()
Gets the current complementary filter settings.
",2642:"
DeviceStatusData getBasicDeviceStatus()
Gets the basic device status.
",2643:"
DeviceStatusData getDiagnosticDeviceStatus()
Gets the diagnostic device status.
",2644:"
void sendRawRTCM_2_3Message(
const RTCMMessage &theMessage
)
Sends a raw RTCM 2.3 message.
",2645:"
void setVehicleDynamicsMode(
const InertialTypes::VehicleModeType &mode
)
Sets the vehicle dynamics mode.
",2646:"
InertialTypes::VehicleModeType getVehicleDynamicsMode()
Gets the vehicle dynamics mode.
",2647:"
void setEstimationControlFlags(
const EstimationControlOptions &flags
)
Sets the estimation control flags.
",2648:"
EstimationControlOptions getEstimationControlFlags()
Gets the estimation control flags.
",2649:"
void setInclinationSource(
const GeographicSourceOptions &options
)
Sets the source for the inclination geographic source command.
",2650:"
GeographicSourceOptions getInclinationSource()
Gets the source for the inclination geographic source command.
",2651:"
void setDeclinationSource(
const GeographicSourceOptions &options
)
Sets the source for the declination geographic source command.
",2652:"
GeographicSourceOptions getDeclinationSource()
Gets the source for the declination geographic source command.
",2653:"
void setMagneticFieldMagnitudeSource(
const GeographicSourceOptions &options
)
Sets the source for the magnetic field magnitude geographic source command.
",2654:"
GeographicSourceOptions getMagneticFieldMagnitudeSource()
Gets the source for the field magnitude geographic source command.
",2655:"
Sets the estimation control flags.
",2656:"
Gets the estimation control flags.
",2657:"
void sendExternalGNSSUpdate(
const ExternalGNSSUpdateData &gnssUpdateData
)
sends the external GNSS update command.
",2658:"
void setHeadingUpdateControl(
const HeadingUpdateOptions &headingUpdateOptions
)
Sets the heading update control flags.
",2659:"
void tareOrientation(
const TareAxisValues &axisValue
)
uses device orientation relative to the NED frame as the sensor to vehicle rotation.
",2660:"
HeadingUpdateOptions getHeadingUpdateControl()
Gets the heading update control flags.
",2661:"
void setGravityErrorAdaptiveMeasurement(
const AdaptiveMeasurementData &data
)
Sets the gravity magnitude error adaptive measurement settings.
",2662:"
AdaptiveMeasurementData getGravityErrorAdaptiveMeasurement()
Gets the gravity magnitude error adaptive measurement settings.
",2663:"
void setMagnetometerErrorAdaptiveMeasurement(
const AdaptiveMeasurementData &data
)
Sets the magnetometer magnitude error adaptive measurement settings.
",2664:"
AdaptiveMeasurementData getMagnetometerErrorAdaptiveMeasurement()
Gets the magnetometer magnitude error adaptive measurement settings.
",2665:"
void setMagDipAngleErrorAdaptiveMeasurement(
const AdaptiveMeasurementData &data
)
Sets the magnetometer dip angle error adaptive measurement settings.
",2666:"
AdaptiveMeasurementData getMagDipAngleErrorAdaptiveMeasurement()
Gets the magnetometer dip angle error adaptive measurement settings.
",2667:"
void setMagNoiseStandardDeviation(
const GeometricVector &data
)
Sets the magnetometer noise standard deviation.
",2668:"
GeometricVector getMagNoiseStandardDeviation()
Gets the magnetometer noise standard deviation.
",2669:"
void setGravNoiseStandardDeviation(
const GeometricVector &data
)
Sets the gravity noise standard deviation.
",2670:"
GeometricVector getGravNoiseStandardDeviation()
Gets the gravity noise standard deviation.
",2671:"
void setAccelNoiseStandardDeviation(
const GeometricVector &data
)
Sets the accelerometer noise standard deviation.
",2672:"
GeometricVector getAccelNoiseStandardDeviation()
Gets the accelerometer noise standard deviation.
",2673:"
void setGyroNoiseStandardDeviation(
const GeometricVector &data
)
Sets the gyroscope noise standard deviation.
",2674:"
GeometricVector getGyroNoiseStandardDeviation()
Gets the gyroscope noise standard deviation.
",2675:"
void setPressureAltNoiseStandardDeviation(
const float &data
)
Sets the pressure altitude noise standard deviation.
",2676:"
float getPressureAltNoiseStandardDeviation()
Gets the pressure altitude noise standard deviation.
",2677:"
void setHardIronOffsetProcessNoise(
const GeometricVector &data
)
Sets the hard iron offset process noise.
",2678:"
GeometricVector getHardIronOffsetProcessNoise()
Gets the hard iron offset process noise.
",2679:"
void setAccelBiasModelParams(
const GeometricVectors &data
)
Sets the accelerometer bias model parameters.
",2680:"
GeometricVectors getAccelBiasModelParams()
Gets the accelerometer bias model parameters.
",2681:"
void setGyroBiasModelParams(
const GeometricVectors &data
)
Sets the gyroscope bias model parameters.
",2682:"
GeometricVectors getGyroBiasModelParams()
Gets the gyroscope bias model parameters.
",2683:"
void setSoftIronMatrixProcessNoise(
const Matrix_3x3 &data
)
Sets the soft iron matrix process noise.
",2684:"
Matrix_3x3 getSoftIronMatrixProcessNoise()
Gets the soft iron matrix process noise.
",2685:"
void setFixedReferencePosition(
const FixedReferencePositionData &data
)
Sets the FixedReferencePositionData data for the specified command.
",2686:"
FixedReferencePositionData getFixedReferencePosition()
Gets the FixedReferencePositionData data for the specified command.
",2687:"
void setGPSDynamicsMode(
const InertialTypes::GPSDynamicsMode &data
)
Sets the GPSDynamicsMode.
",2688:"
InertialTypes::GPSDynamicsMode getGPSDynamicsMode() const
Gets the GPSDynamicsMode data for this device.
",2689:"
void setDevicePowerState(
const InertialTypes::DeviceSelector &device,
const InertialTypes::PowerState &data
)
Sets the PowerState for the specified device.
",2690:"
InertialTypes::PowerState getDevicePowerState(
const InertialTypes::DeviceSelector &device
) const
Gets the PowerState for the specified device.
",2691:"
void setDeviceStreamFormat(
const InertialTypes::DeviceSelector &device,
const InertialTypes::StreamFormat &data
)
Sets the StreamFormat for the specified device.
",2692:"
InertialTypes::StreamFormat getDeviceStreamFormat(
const InertialTypes::DeviceSelector &device
) const
Gets the StreamFormat for the specified device.
",2693:"
void setSignalConditioningSettings(
const SignalConditioningValues &data
)
Sets the signal conditioning settings for the node.
",2694:"
SignalConditioningValues getSignalConditioningSettings() const
Gets the signal conditioning settings for the node.
",2695:"
void setEnableDisableMeasurements(
const EnableDisableMeasurements &data
)
Enables/disables estimation filter measurement options for the node.
",2696:"
EnableDisableMeasurements getEnableDisableMeasurements() const
Gets the currently enabled estimation filter measurement options for the node.
",2697:"
void setGravityNoiseMinimum(
const GeometricVector &data
)
Sets the gravity noise minimum for the device.
",2698:"
GeometricVector getGravityNoiseMinimum() const
Gets the current gravity noise minimum for the device.
",2699:"
void sendExternalHeadingUpdate(
const HeadingData &headingData
)
sends the external heading update command.
",2700:"
void sendExternalHeadingUpdate(
const HeadingData &headingData,
const TimeUpdate &timestamp
)
sends the external heading update command.
",2701:"
bool aidingMeasurementEnabled(
InertialTypes::AidingMeasurementSource aidingSource
) const
sends the Aiding Measurement Enable command (0x0D, 0x50) to check whether the specified aiding source is currently enabled.
",2702:"
void enableDisableAidingMeasurement(
InertialTypes::AidingMeasurementSource aidingSource,
bool enable
)
sends the Aiding Measurement Enable command (0x0D, 0x50) to enable/disable the specified aiding source.
",2703:"
AutoAdaptiveFilterOptions getAdaptiveFilterOptions() const
sends the Adaptive Filter Options command (0x0D, 0x53) to get the currently configured auto-adaptive filtering options.
",2704:"
void setAdaptiveFilterOptions(
AutoAdaptiveFilterOptions options
)
sends the Adaptive Filter Options command (0x0D, 0x53) to set the auto-adaptive filtering options to the specified values.
",2705:"
PositionOffset getMultiAntennaOffset(
uint8 receiverId
) const
sends the Multi Antenna Offset command (0x0D, 0x54) to get the currently configured antenna offset for the specified receiver ID.
",2706:"
void setMultiAntennaOffset(
uint8 receiverId,
PositionOffset offset
)
sends the Aiding Measurement Enable command (0x0D, 0x50) to set the position offset of the specified receiver ID.
",2707:"
InertialTypes::PpsSource getPpsSource() const
Gets the PPS source currently configured on the device.
",2708:"
void setPpsSource(
InertialTypes::PpsSource ppsSource
)
Sets the PPS source.
",2709:"
OdometerConfiguration getOdometerConfig() const
Gets the currently configured odometer settings.
",2710:"
void setOdometerConfig(
OdometerConfiguration config
)
Set the odometer configuration.
",2711:"
SensorRange getSensorRange(
SensorRange::Type sensorRangeType
) const
Gets the currently configured sensor range for the specified sensor (accelerometer, gyroscope, etc.).
",2712:"
void setSensorRange(
SensorRange range
)
Set the specified sensor range. This will only work with a SensorRange object from the device features SupportedSensorRanges object or read from the device with getSensorRange.
",2713:"
void setSensorRange(
SensorRange::Type type,
uint8 rangeId
)
",2714:"
GpioConfiguration getGpioConfig(
uint8 pin
) const
Gets the currently configured GPIO settings.
",2715:"
void setGpioConfig(
GpioConfiguration config
)
Set the GPIO configuration.
",2716:"
bool getGpioState(
uint8 pin
) const
Sends the GPIO State command (0x0C, 0x42) to get the current state of the specified pin.
",2717:"
void setGpioState(
uint8 pin,
bool state
)
Sends the GPIO State command (0x0C, 0x42) to temporarily set the state of the specified pin.
",2718:"
EventControlMode getEventTriggerMode(
uint8 instance
) const
Sends the Event Control command (0x0C, 0x2B) to get the current mode of the specified trigger.
",2719:"
void setEventTriggerMode(
uint8 instance,
EventControlMode mode
) const
Sends the Event Control command (0x0C, 0x2B) to set the mode of the specified trigger.
",2720:"
EventTriggerConfiguration getEventTriggerConfig(
uint8 instance
) const
Gets the currently configured event trigger settings for the specified trigger ID.
",2721:"
void setEventTriggerConfig(
EventTriggerConfiguration config
) const
Set the event trigger configuration.
",2722:"
EventActionConfiguration getEventActionConfig(
uint8 instance
) const
Gets an event action configuration.
",2723:"
void setEventActionConfig(
EventActionConfiguration config,
bool validateSupported = true
) const
Set the event action configuration.
",2724:"
AntennaLeverArmCalConfiguration getAntennaLeverArmCal() const
Gets the currently configured GNSS antenna lever arm calibration configuration.
",2725:"
void setAntennaLeverArmCal(
AntennaLeverArmCalConfiguration config
)
Set the GNSS antenna lever arm calibration configuration.
",2726:"
PositionReferenceConfiguration getRelativePositionReference() const
Gets the currently configured reference for relative position values.
",2727:"
void setRelativePositionReference(
PositionReferenceConfiguration ref
)
Set the reference for relative position values.
",2728:"
PositionOffset getLeverArmReferenceOffset() const
Gets the currently configured lever arm reference point offset.
",2729:"
void setLeverArmReferenceOffset(
PositionOffset offset
) const
Set the lever arm offset for the reference point.
",2730:"
void sendExternalSpeedMeasurementUpdate(
float tow,
float speed,
float unc
)
Sends an external speed measurement update to be used as a filter input.
",2731:"
PositionOffset getSpeedMeasurementOffset() const
Gets the currently configured lever arm offset for the speed measurement.
",2732:"
void setSpeedMeasurementOffset(
PositionOffset offset
)
Set the lever arm offset for the speed measurement.
",2733:"
GnssSignalConfiguration getGnssSignalConfig() const
Gets the device\'s current GNSS signal configuration.
",2734:"
void setGnssSignalConfig(
GnssSignalConfiguration config
)
Set the GNSS signal configuration.
",2735:"
bool rtkEnabled() const
Reads whether RTK input is currently enabled on the device.
",2736:"
void enableRtk(
bool enable
)
Enables or disables RTK input into the device.
",2737:"
EventTriggerStatus getEventTriggerStatus(
std::vector<uint8> instances = std::vector<uint8>()
) const
Sends the Event Trigger Status command (0x0C, 0x2C) to get the current status of the specified triggers.
",2738:"
EventActionStatus getEventActionStatus(
std::vector<uint8> instances = std::vector<uint8>()
) const
Sends the Event Action Status command (0x0C, 0x2D) to get the current status of the specified actions.
",2739:"
NmeaMessageFormats getNmeaMessageFormat() const
Gets the NMEA message formats currently configured to output on the device.
",2740:"
void setNmeaMessageFormat(
NmeaMessageFormats nmeaFormats
) const
Sets the NMEA message formats to output on the device.
",2741:"
MeasurementReferenceFrames getAidingMeasurementReferenceFrames(
Rotation::Format rotationFormat = Rotation::Format::EULER_ANGLES
) const
Get all aiding measurement reference frames configured on the device.
",2742:"
void setAidingMeasurementReferenceFrames(
const MeasurementReferenceFrames &frames,
bool clearExcludedIds = false
) const
Set the aiding measurement reference frames on the device.
",2743:"
MeasurementReferenceFrame getAidingMeasurementReferenceFrame(
uint8 id,
Rotation::Format rotationFormat = Rotation::Format::EULER_ANGLES
) const
Get the aiding measurement reference frame for the specified frame ID configured on the device.
",2744:"
void setAidingMeasurementReferenceFrame(
uint8 id,
const MeasurementReferenceFrame &frame
) const
Set the aiding measurement reference frame for the specified frame ID on the device.
",2745:"
void setAidingMeasurementResponseMode(
AidingMeasurementInput::ResponseMode mode
) const
Set the response mode for commanded aiding measurement inputs on the device (command set 0x13, sendAidingMeasurement function).
",2746:"
AidingMeasurementInput::ResponseMode getAidingMeasurementResponseMode() const
Get the response mode for commanded aiding measurement inputs configured on the device (command set 0x13, sendAidingMeasurements function).
",2747:"
void sendAidingMeasurement(
AidingMeasurementPosition measurement
) const
Send a commanded aiding measurement to the device (command set 0x13).
",2748:"
AidingMeasurementPosition sendAidingMeasurement_readEcho(
AidingMeasurementPosition measurement
) const
Send a commanded aiding measurement to the device (command set 0x13) and read out the echoed measurement.  Important: only use this function if the Aiding Measurement Response Mode is set to <AidingMeasurementInput::ResponseMode::ECHO_INPUT> - otherwise use sendAidingMeasurement().
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/InertialNode-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/InertialNode-ToolTips.js deleted file mode 100644 index cf8c6793a..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/InertialNode-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({367:"
Connection
The Connection object that is used for communication.
",1631:"
GeometricVector
Defines a 3 dimensional, spatial vector.
",1644:"
PositionOffset
Represents a position offset (x, y, z).
",1674:"
The enum for possible GPS dynamics modes.
",1676:"
Dictates whether GNSS source is all internal, external, or single internal.
",1703:"
The available device selectors.
",1706:"
The available device power states.
",1711:"
The available device data stream formats.
",1808:"
The enum to represent the different available aiding measurement sources
",1906:"
A string composing the RTCM message.
",1913:"
A vector of NmeaMessageFormat objects.
",1914:"
NmeaMessageFormat
Defines a NMEA message format.
",1961:"
Matrix_3x3
Defines a 3 by 3 matrix.
",1975:"
TimeUpdate
Contains time data for the GNSS_AssistTimeUpdate class.
",1986:"
Contains the data for the AngularRateZUPTControl and VelocityZUPTControl classes.
",1992:"
Contains the data for Set Reference Position command.
",1999:"
Contains the data for the SBASSettings class.
",2017:"
Contains the data for the InertialNode::setConstellationSettings API call.
",2022:"
Contains the data for the InertialNode::setLowPassFilterSettings API call.
",2038:"
Contains the data needed by the InertialNode::setComplementaryFilterSettings class.
",2084:"
DeviceStatusData
Contains the data needed by the InertialNode::getBasicDeviceStatus method.
",2144:"
Contains the data needed by the InertialNode::sendExternalGNSSUpdate method.
",2160:"
Contains the possible sources of aiding heading updates to the Kalman filter.  Some, all, or none of the options can be set as heading aids.
",2191:"
Struct to hold values for the Filter Initialization Config command.
",2206:"
Contains the possible axis bitfield values.
",2221:"
Controls which parameters are estimated by the Kalman Filter.  Some, all, or none of the options can be set as estimation controls.
",2330:"
GnssSignalConfiguration
",2366:"
OdometerConfiguration
",2380:"
GPIO Feature options. Determines how the pin will be used
",2387:"
GPIO Pin behavior
",2528:"
A vector of EventTriggerInfo
",2538:"
A vector of EventActionInfo
",2539:"
MeasurementReferenceFrame
Represents a configurable Aiding Measurement reference frame (0x13,0x01)
",2686:"
FixedReferencePositionData getFixedReferencePosition()
Gets the FixedReferencePositionData data for the specified command.
",2749:"
EulerAngles
Represents generic Euler Angles (roll, pitch, yaw).
",2761:"
Quaternion
",2775:"
Possible formats for the Rotation object.
",3095:"
MipDataPacket
A Mip Data Packet that contains both valid and invalid data from a MIP Device.
",3146:"
The enums for all the different data classes of MIP data.
",3168:"
The enums to represent different time categories.
",3780:"
A vector of ChannelField enums.
",3953:"
AidingMeasurementInput
Base class for commanded aiding measurement types for command set 0x13 Aiding Measurement inputs
",3955:"
Response mode options for Aiding Measurement inputs (command set 0x13).
",3975:"
AidingMeasurementPosition
A class that represents position aiding measurement inputs. Extends AidingMeasurementInput.
",4020:"
AidingMeasurementVelocity
A class that represents velocity aiding measurement inputs. Extends AidingMeasurementInput.
",4045:"
AidingMeasurementHeading
A class that represents heading aiding measurement inputs. Extends AidingMeasurementInput.
",4110:"
Stores info related to device comm ports (id, type)
",4113:"
Available comm protocols that can be configured for UART ports NONE  - 0x00000000 - Not set MIP_COMMANDS - 0x00000001 - MIP commands MIP_DATA  - 0x00000002 - MIP data NMEA  - 0x00000004 - NMEA RTCM  - 0x00000008 - RTCM SPARTN  - 0x00000010 - SPARTN ALL  - 0x0000001F - All protocols
",4142:"
SensorRange
An object representing a configurable sensor range option
",4144:"
Sensor and unit identifiers for configurable Sensor Range command (0x0C,0x52) ALL  - 0x00 - All (save as startup, load startup, reset to default only) ACCEL_MS2  - 0x01 - Accelerometer in m/s^2 GYRO_DPS  - 0x02 - Gyroscope in degrees per second MAG_MG  - 0x03 - Magnetometer in mG PRESSURE_HPA - 0x04 - Pressure in hPa
",4157:"
SupportedSensorRanges
Structure to hold all info for looking up supported sensor ranges for a device
",4366:"
MipNode
Abstract base class for Inertial or RTK (MIP) devices
",4565:"
MipChannel
Represents a single "channel" or data descriptors that can make up an Inertial Device\'s message format
",7905:"
WirelessNode
A class representing a MicroStrain wireless node
",10242:"
typedef for a 2-byte unsigned integer.
",10446:"
Error
The generic MicroStrain exception (base class)
",10453:"
Error_NotSupported
A command/feature was attempted to be used that was not supported.
",10468:"
Error_Communication
The exception for failing to communicate with a device.
",10479:"
Error_Connection
The generic connection exception.
",10497:"
Error_MipCmdFailed
The Inertial command has failed
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/InertialNode.html b/v66.0.1/MSCL_Docs/classes/C/InertialNode.html deleted file mode 100644 index 79549ef71..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/InertialNode.html +++ /dev/null @@ -1,1147 +0,0 @@ - - -InertialNode - - - - - - - -
-
InertialNode
-
public
MipNode
InertialNode
-

A class representing a MicroStrain Inertial Node

See Also

WirelessNode

-
- -
-
Functions
-
- -
-
InertialNode
-
explicit InertialNode(
Connection connection
) : MipNode(connection)
-

Creates an InertialNode object.

Parameters
connection
Connection

The Connection object used for communication.

Exceptions
-
- -
-
getDataPackets
-
MipDataPackets getDataPackets(
uint32 timeout = 0,
uint32 maxPackets = 0
)
-

Gets up to the requested amount of data packets that have been collected.

Parameters
timeout
uint32

The timeout, in milliseconds, to wait for data if necessary (default of 0).

maxPackets
uint32

The maximum number of packets to return. If this is 0 (default), all packets will be returned.

Returns

A vector of MipDataPackets containing all the data packets that are available up to the requested number of packets.

Exceptions
-
- -
-
totalPackets
-
uint32 totalPackets()
-

Gets the total number of data packets that are currently in the buffer.

Returns

The total number of data packets that are currently in the buffer.

-
- -
-
pollData
-
void pollData(
MipTypes::DataClass dataClass,
const MipTypes::MipChannelFields &fields = MipTypes::MipChannelFields()
)
-

Polls the device for a message with the specified fields, for the specified data class.  This will cause the device to send a single data packet.

Parameters
dataClass
MipTypes::DataClass

The MipTypes::DataClass to poll the data for.

fields
const MipTypes::MipChannelFields&

The MipTypes::MipChannelFields to poll. If this is empty, the device will use its stored format.

Exceptions
-
- -
-
getDataRateBase
-
uint16 getDataRateBase(
MipTypes::DataClass dataClass
) const
-

Gets the Data decimation base for the data rate calculations of the specified <InertialType>.

Parameters
type

The MipTypes::DataClass to get the Data decimation base for.

Returns

The decimation base for the data rate calculations.

Exceptions
-
- -
-
getActiveChannelFields
-
MipChannels getActiveChannelFields(
MipTypes::DataClass dataClass
)
-

Gets the current active channel fields for the specified MipTypes::DataClass.

Parameters
dataClass
MipTypes::DataClass

The MipTypes::DataClass to get the current message format for.

Returns

An MipChannels object containing the channels that make up the data message format for the specified MipTypes::DataClass.

Exceptions
-
- -
-
setActiveChannelFields
-
void setActiveChannelFields(
MipTypes::DataClass dataClass,
const MipChannels &channels
)
-

Sets the current active channel fields for the specified MipTypes::DataClass.  Note that this function does not add to the existing message format (active channels), but overwrites it entirely.

Parameters
dataClass
MipTypes::DataClass

The MipTypes::DataClass to set the message format for.

channels
const MipChannels&

The MipChannels object containing the channels to set the message format to. Passing an empty MipChannels object will effectively disable all channels.

Exceptions
-
- -
-
saveActiveChannelFields
-
void saveActiveChannelFields(
MipTypes::DataClass dataClass
)
-

Saves the current message format of the specified MipTypes::DataClass's data packet.

Parameters
dataClass
MipTypes::DataClass

The MipTypes::DataClass to set the message format for.

Exceptions
-
- -
-
setFactoryStreamingChannels
-
void setFactoryStreamingChannels(
InertialTypes::FactoryStreamingOption option
)
-

Applies the factory streaming channels to the message format based on the specified action option.

Parameters
option
InertialTypes::FactoryStreamingOption

The <InertialTypes::FactoryStreamingOption> action to apply the factory streaming channels (overwrite or add to current message format).

Exceptions
-
- -
-
getInterfaceControl
-
DeviceCommPort getInterfaceControl(
const uint8 interfaceId
) const
-

Gets the current comm port interface configuration for the specified ID.  This includes the port type, ID and input/output protocols currently configured.

Returns

The comm port configuration for the specified ID.

Exceptions
-
- -
-
setInterfaceControl
-
void setInterfaceControl(
const DeviceCommPort &portInterface
)
-

Sets the specified comm port interface configuration for the node.  Note: See the device's manual for possible configurations and limitations.

Parameters
portInterface
const DeviceCommPort&

The preconfigured comm port information to set

Exceptions
-
- -
-
setInterfaceControl
-
void setInterfaceControl(
const uint8 interfaceId,
const DeviceCommPort::Protocol inputProtocols,
const DeviceCommPort::Protocol outputProtocols
)
-

Sets the specified comm port interface configuration for the node.  Note: See the device's manual for possible configurations and limitations.

Parameters
interfaceId
const uint8

The interface ID to configure

inputProtocols
const DeviceCommPort::Protocol

The protocols to receive on the specified ID

outputProtocols
const DeviceCommPort::Protocol

The protocols to transmit on the specified ID

Exceptions
-
- -
-
getCommunicationMode
-
uint8 getCommunicationMode() override
-

Gets the current communication mode that the node is in.

Returns

The communication mode the node is in. This is an advanced command, and therefore the communication modes for your device should be researched to determine what each communication mode is.

Exceptions
-
- -
-
setCommunicationMode
-
void setCommunicationMode(
uint8 communicationMode
) override
-

Sets the communication mode for the node.  Note: The node info will be reset when doing this and therefore will require being fetched again the next time it is requested.

Parameters
communicationMode
uint8

The communication mode to set. This is an advanced command, and therefore the communication modes for your device should be researched to determine what each communication mode is.

Exceptions
-
- -
-
isDataStreamEnabled
-
bool isDataStreamEnabled(
MipTypes::DataClass dataClass
)
-

Checks whether continuous data streaming is enabled for the specified data class.

Parameters
dataClass
MipTypes::DataClass

The MipTypes::DataClass to enable/disable streaming for.

Exceptions
-
- -
-
enableDataStream
-
void enableDataStream(
MipTypes::DataClass dataClass,
bool enable = true,
bool resumeStreaming = true
)
-

Enables or disables continuous data streaming for the node.

Parameters
dataClass
MipTypes::DataClass

The MipTypes::DataClass to enable/disable streaming for.

enable
bool

Whether to enable (true) or disable (false) continuous streaming (Default of true).

resumeStreaming
bool

Whether to automatically resume streaming on enable (Default true). Does nothing if enable is false. Currently only applicable to the GQ7.

Exceptions
-
- -
-
resetFilter
-
void resetFilter()
-

Resets the filter to the initialize state.  Note: If the auto-initialization feature is disabled, the initial attitude or heading must be set in order to enter the run state after a reset.

Exceptions
-
- -
-
runFilter
-
void runFilter()
-

Runs the filter when configured to wait in initialization for Run command.  Note: Most devices run when initial values are sent - see the device DCP for details regarding supported commands and filter initialization workflows.

Exceptions
-
- -
-
getAutoInitialization
-
bool getAutoInitialization()
-

Gets the state of the automatic initialization upon device startup.

Returns

true if auto-initialization is enabled, false if it is disabled.

Exceptions
-
- -
-
setAutoInitialization
-
void setAutoInitialization(
bool enable
)
-

Sets the state of the automatic initialization upon device startup.

Parameters
enable
bool

Whether to enable (true) or disable(false) auto-initialization.

Exceptions
-
- -
-
getAltitudeAid
-
bool getAltitudeAid()
-

Gets the state of the altitude aid upon device startup.

Returns

true if altitude aiding is enabled, false if it is disabled.

Exceptions
-
- -
-
setAltitudeAid
-
void setAltitudeAid(
bool enable
)
-

Sets the state of the altitude aid upon device startup.

Parameters
enable
bool

Whether to enable (true) or disable(false) altitude aiding.

Exceptions
-
- -
-
getPitchRollAid
-
bool getPitchRollAid()
-

Gets the state of the pitch/roll aid upon device startup.

Returns

true if pitch/roll aiding is enabled, false if it is disabled.

Exceptions
-
- -
-
setPitchRollAid
-
void setPitchRollAid(
bool enable
)
-

Sets the state of the pitch/roll aid upon device startup.

Parameters
enable
bool

Whether to enable (true) or disable(false) pitch/roll aiding.

Exceptions
-
- -
-
enableVerticalGyroConstraint
-
void enableVerticalGyroConstraint(
bool enable
)
-

Enables or disables the Vertical Gyro Constraint control.

Parameters
bool

true: enable, false: disable

Exceptions
-
- -
-
verticalGyroConstraintEnabled
-
bool verticalGyroConstraintEnabled() const
-

Gets the enabled/disabled state of the Vertical Gyro Constraint control.

Returns

bool indicating whether or not the constraint is enabled

Exceptions
-
- -
-
enableWheeledVehicleConstraint
-
void enableWheeledVehicleConstraint(
bool enable
)
-

Enables or disables the Wheeled Vehicle Constraint control.

Parameters
bool

true: enable, false: disable

Exceptions
-
- -
-
wheeledVehicleConstraintEnabled
-
bool wheeledVehicleConstraintEnabled() const
-

Gets the enabled/disabled state of the Wheeled Vehicle Constraint control.

Returns

bool indicating whether or not the constraint is enabled

Exceptions
-
- -
-
setVelocityZUPT
-
void setVelocityZUPT(
const ZUPTSettingsData &ZUPTSettings
)
-

Sets the state of the velocity ZUPT control.

Parameters
ZUPTSettings
const ZUPTSettingsData&

the ZUPTSettingsData object containing whether ZUPT is enabled and the threshold.  Exceptions: - Error_NotSupported: The command is not supported by this Node.  - Error_Communication: There was no response to the command. The command timed out.  - Error_MipCmdFailed: The command has failed.  - Error_Connection: A connection error has occurred with the InertialNode.

-
- -
-
getVelocityZUPT
-
ZUPTSettingsData getVelocityZUPT()
-

Gets the state of the velocity ZUPT control.

Returns

the ZUPTSettingsData object containing whether ZUPT is enabled and the threshold.

Exceptions
-
- -
-
setAngularRateZUPT
-
void setAngularRateZUPT(
const ZUPTSettingsData &ZUPTSettings
)
-

Sets the state of the angular rate ZUPT control.

Parameters
ZUPTSettings
const ZUPTSettingsData&

the ZUPTSettingsData object containing whether ZUPT is enabled and the threshold.  Exceptions: - Error_NotSupported: The command is not supported by this Node.  - Error_Communication: There was no response to the command. The command timed out.  - Error_MipCmdFailed: The command has failed.  - Error_Connection: A connection error has occurred with the InertialNode.

-
- -
-
getAngularRateZUPT
-
ZUPTSettingsData getAngularRateZUPT()
-

Gets the state of the angular rate ZUPT control.

Returns

the ZUPTSettingsData object containing whether ZUPT is enabled and the threshold.

Exceptions
-
- -
-
cmdedVelZUPT
-
void cmdedVelZUPT()
-

Performs Commanded Zero Velocity Update.

Exceptions
-
- -
-
cmdedAngRateZUPT
-
void cmdedAngRateZUPT()
-

Performs Commanded Zero Angular Rate Update.

Exceptions
-
- -
-
setInitialAttitude
-
void setInitialAttitude(
const EulerAngles &attitude
)
-

Sets the initial attitude.  Note: This command can only be issued in the "INIT" state and should be used with a good estimate of the vehicle attitude.

Parameters
attitude
const EulerAngles&

The EulerAngles (in radians) representing the sensor body frame with respect to the local NED frame.

Exceptions
-
- -
-
setInitialHeading
-
void setInitialHeading(
float heading
)
-

Sets the initial heading.  Note: This command can only be issued in the "INIT" state and should be used with a good estimate of heading. The device will use this value in conjunction with the output of the accelerometers to determine the initial attitude estimate.

Parameters
heading
float

The heading to set (in radians).

Exceptions
-
- -
-
getInitialFilterConfiguration
-
FilterInitializationValues getInitialFilterConfiguration()
-

Gets the initial filter configuration values.

Exceptions
-
- -
-
setInitialFilterConfiguration
-
void setInitialFilterConfiguration(
FilterInitializationValues filterConfig
)
-

Sets the initial filter configuration values.  Note: Changes from this command will only be applied if the filter is in the Initialization state (not Running) or on filter reset.

Parameters
filterConfig
FilterInitializationValues

The FilterInitializationValues to set.

Exceptions
-
- -
-
getSensorToVehicleRotation_eulerAngles
-
EulerAngles getSensorToVehicleRotation_eulerAngles()
-

Gets the sensor to vehicle frame rotation using roll, pitch, and yaw Euler angles.  These angles define the rotation from the sensor body from to the fixed vehicle frame.  Note: The rotation is stored in the device as a quaternion. When Euler angles are read back from the device, they may not be equivalent in value to the Euler angles used to set the rotation, but they are functionally equivalent.

Returns

The EulerAngles object containing the roll, pitch, and yaw result (in radians).

Exceptions
-
- -
-
setSensorToVehicleRotation_eulerAngles
-
void setSensorToVehicleRotation_eulerAngles(
const EulerAngles &angles
)
-

Sets the sensor to vehicle frame rotation using roll, pitch, and yaw Euler angles (in radians).  These angles define the rotation from the sensor body from to the fixed vehicle frame.  Note: The rotation is stored in the device as a quaternion. When Euler angles are read back from the device, they may not be equivalent in value to the Euler angles used to set the rotation, but they are functionally equivalent.

Parameters
angles
const EulerAngles&

The EulerAngles object containing the roll, pitch, and yaw (in radians) to set.

Exceptions
-
- -
-
getSensorToVehicleRotation_matrix
-
Matrix_3x3 getSensorToVehicleRotation_matrix()
-

Gets the sensor to vehicle frame rotation in a row-major direction cosine matrix format.  This matrix defines the rotation from the sensor body from to the fixed vehicle frame.  Note: The rotation is stored in the device as a quaternion. When the matrix values are read back from the device, they may not be equivalent in value to the values used to set the rotation, but they are functionally equivalent.

Returns

The Matrix_3x3 object representing the sensor to vehicle frame rotation.

Exceptions
-
- -
-
setSensorToVehicleRotation_matrix
-
void setSensorToVehicleRotation_matrix(
const Matrix_3x3 &dcm
)
-

Sets the sensor to vehicle frame rotation with a row-major direction cosine matrix. The specified matrix must be orthonormal.  This matrix defines the rotation from the sensor body from to the fixed vehicle frame.  Note: The rotation is stored in the device as a quaternion. When the matrix values are read back from the device, they may not be equivalent in value to the values used to set the rotation, but they are functionally equivalent.

Parameters
dcm
const Matrix_3x3&

The Matrix_3x3 object containing the direction cosine matrix values to set.

Exceptions
-
- -
-
getSensorToVehicleRotation_quaternion
-
Quaternion getSensorToVehicleRotation_quaternion()
-

Gets the sensor to vehicle frame rotation in quaternion format.  This quaternion defines the rotation from the sensor body from to the fixed vehicle frame.  Note: When the quaternion elements are read back from the device, they may not be equivalent in value to the quaternion used to set the rotation, due to normalization.

Returns

The Quaternion object representing the sensor rotation.

Exceptions
-
- -
-
setSensorToVehicleRotation_quaternion
-
void setSensorToVehicleRotation_quaternion(
const Quaternion &rotation
)
-

Sets the sensor to vehicle frame rotation in quaternion format.  This quaternion defines the rotation from the sensor body from to the fixed vehicle frame.  Note: When the quaternion elements are read back from the device, they may not be equivalent in value to the quaternion used to set the rotation, due to normalization.

Parameters
rotation
const Quaternion&

The Quaternion object representing the sensor rotation to set.

Exceptions
-
- -
-
getSensorToVehicleTransform_eulerAngles
-
EulerAngles getSensorToVehicleTransform_eulerAngles()
-

Gets the sensor to vehicle frame transformation using roll, pitch, and yaw Euler angles.  These angles define the transformation from the sensor body from to the fixed vehicle frame.  Note: The transformation is stored in the device as a quaternion. When Euler angles are read back from the device, they may not be equivalent in value to the Euler angles used to set the transformation, but they are functionally equivalent.

Returns

The EulerAngles object containing the roll, pitch, and yaw result (in radians).

Exceptions
-
- -
-
setSensorToVehicleTransform_eulerAngles
-
void setSensorToVehicleTransform_eulerAngles(
const EulerAngles &angles
)
-

Sets the sensor to vehicle frame transformation using roll, pitch, and yaw Euler angles (in radians).  These angles define the transformation from the sensor body from to the fixed vehicle frame.  Note: The transformation is stored in the device as a quaternion. When Euler angles are read back from the device, they may not be equivalent in value to the Euler angles used to set the transformation, but they are functionally equivalent.

Parameters
angles
const EulerAngles&

The EulerAngles object containing the roll, pitch, and yaw (in radians) to set.

Exceptions
-
- -
-
getSensorToVehicleTransform_matrix
-
Matrix_3x3 getSensorToVehicleTransform_matrix()
-

Gets the sensor to vehicle frame transformation in a row-major direction cosine matrix format.  This matrix defines the transformation from the sensor body from to the fixed vehicle frame.  Note: The transformation is stored in the device as a quaternion. When the matrix values are read back from the device, they may not be equivalent in value to the values used to set the transformation, but they are functionally equivalent.

Returns

The Matrix_3x3 object representing the sensor to vehicle frame transformation.

Exceptions
-
- -
-
setSensorToVehicleTransform_matrix
-
void setSensorToVehicleTransform_matrix(
const Matrix_3x3 &dcm
)
-

Sets the sensor to vehicle frame transformation with a row-major direction cosine matrix. The specified matrix must be orthonormal.  This matrix defines the transformation from the sensor body from to the fixed vehicle frame.  Note: The transformation is stored in the device as a quaternion. When the matrix values are read back from the device, they may not be equivalent in value to the values used to set the transformation, but they are functionally equivalent.

Parameters
dcm
const Matrix_3x3&

The Matrix_3x3 object containing the direction cosine matrix values to set.

Exceptions
-
- -
-
getSensorToVehicleTransform_quaternion
-
Quaternion getSensorToVehicleTransform_quaternion()
-

Gets the sensor to vehicle frame transformation in quaternion format.  This quaternion defines the transformation from the sensor body from to the fixed vehicle frame.  Note: When the quaternion elements are read back from the device, they may not be equivalent in value to the quaternion used to set the transformation, due to normalization.

Returns

The Quaternion object representing the sensor transformation.

Exceptions
-
- -
-
setSensorToVehicleTransform_quaternion
-
void setSensorToVehicleTransform_quaternion(
const Quaternion &transformation
)
-

Sets the sensor to vehicle frame transformation in quaternion format.  This quaternion defines the transformation from the sensor body from to the fixed vehicle frame.  Note: When the quaternion elements are read back from the device, they may not be equivalent in value to the quaternion used to set the transformation, due to normalization.

Parameters
transformation
const Quaternion&

The Quaternion object representing the sensor transformation to set.

Exceptions
-
- -
-
getSensorToVehicleOffset
-
PositionOffset getSensorToVehicleOffset()
-

Gets the sensor to vehicle frame offset, expressed in the sensor frame.

Returns

The PositionOffset object containing the x, y, and z position (in meters) result.

Exceptions
-
- -
-
setSensorToVehicleOffset
-
void setSensorToVehicleOffset(
const PositionOffset &offset
)
-

Sets the sensor to vehicle frame offset, expressed in the sensor frame.

Parameters
offset
const PositionOffset&

The PositionOffset object containing the x, y, and z position (in meters) to set.

Exceptions
-
- -
-
getAntennaOffset
-
PositionOffset getAntennaOffset()
-

Gets the antenna offset, expressed in the sensor frame.

Returns

The PositionOffset object containing the x, y, and z position (in meters) result.

Exceptions
-
- -
-
setAntennaOffset
-
void setAntennaOffset(
const PositionOffset &offset
)
-

Sets the antenna offset, expressed in the sensor frame.

Parameters
offset
const PositionOffset&

The PositionOffset object containing the x, y, and z position (in meters) to set.

Exceptions
-
- -
-
getGNSSAssistedFixControl
-
bool getGNSSAssistedFixControl()
-

Gets the GNSS Assisted Fix Control.

Returns

bool indicating if assisted fix is enabled.

Exceptions
-
- -
-
setGNSSAssistedFixControl
-
void setGNSSAssistedFixControl(
bool enableAssistedFix
)
-

Sets the GNSS Assisted Fix Control.

Parameters
enableAssistedFix
bool

bool to either enable or disable assisted fix control for GNSS (true == enable).

Exceptions
-
- -
-
getGNSSAssistTimeUpdate
-
TimeUpdate getGNSSAssistTimeUpdate()
-

Gets the GNSS Assisted Time Update.

Returns

The GNSS Assist TimeUpdate.

Exceptions
-
- -
-
setGNSSAssistTimeUpdate
-
void setGNSSAssistTimeUpdate(
const TimeUpdate &timeUpdate
)
-

Sets the GNSS Assist Time Update.

Parameters
timeUpdate
const TimeUpdate&

The TimeUpdate object containing the new time to set.

Exceptions
-
- -
-
getGPSTimeUpdate
-
mscl::uint32 getGPSTimeUpdate(
MipTypes::TimeFrame timeFrame
)
-

Gets the GPS time update.

Parameters
timeFrame
MipTypes::TimeFrame

The MipTypes::TimeFrame object specifying what current time value to get, either weeks or seconds.

Returns

The current time for the specified value type.

Exceptions
-
- -
-
setGPSTimeUpdate
-
void setGPSTimeUpdate(
MipTypes::TimeFrame,
mscl::uint32 timeData
)
-

Sets the GPS Time Update.

Parameters
offset

The <TimeFrame> object specifying what current time value to set, either weeks or seconds.

time

the current time.

Exceptions
-
- -
-
setConstellationSettings
-
void setConstellationSettings(
const ConstellationSettingsData &dataToUse
)
-

Sets the GNSS Constellation Settings.

Parameters
dataToUse
const ConstellationSettingsData&

The ConstellationSettingsData object containing the data to set.

Exceptions
-
- -
-
constellationSettings
-
ConstellationSettingsData getConstellationSettings()
-

Gets the GNSS Constellation Settings.

Return

The ConstellationSettingsData object containing the data.

Exceptions
-
- -
-
setSBASSettings
-
void setSBASSettings(
const SBASSettingsData &dataToUse
)
-

Sets the GNSS SBAS Settings.

Parameters
dataToUse
const SBASSettingsData&

The SBASSettingsData object containing the data to set.

Exceptions
-
- -
-
getSBASSettings
-
SBASSettingsData getSBASSettings()
-

Gets the GNSS SBAS Settings.

Return

The SBASSettingsData object containing the data.

Exceptions
-
- -
-
setAccelerometerBias
-
void setAccelerometerBias(
const GeometricVector &biasVector
)
-

Sets the Accelerometer Bias.

Parameters
biasVector
const GeometricVector&

The GeometricVector object containing the vector to set.

Exceptions
-
- -
-
getAccelerometerBias
-
GeometricVector getAccelerometerBias()
-

Gets the Accelerometer Bias.

Returns

The GeometricVector object containing the vector.

Exceptions
-
- -
-
setGyroBias
-
void setGyroBias(
const GeometricVector &biasVector
)
-

Sets the Gyro Bias.

Parameters
biasVector
const GeometricVector&

The GeometricVector object containing the vector to set.

Exceptions
-
- -
-
getGyroBias
-
GeometricVector getGyroBias()
-

Gets the Gyro Bias vector.

Return

The GeometricVector object containing the vector.

Exceptions
-
- -
-
captureGyroBias
-
GeometricVector captureGyroBias(
const uint16 &samplingTime
)
-

Runs the Gyro Bias capture routine on the inertial device.

Parameters

The uint16 samplingTime.

Exceptions
-
- -
-
findMagnetometerCaptureAutoCalibration
-
void findMagnetometerCaptureAutoCalibration()
-

Runs the Magnetometer auto calibration routine on the inertial device.

Exceptions
-
- -
-
saveMagnetometerCaptureAutoCalibration
-
void saveMagnetometerCaptureAutoCalibration()
-

Runs the Magnetometer auto calibration routine and saves result as startup settings.

Exceptions
-
- -
-
setMagnetometerSoftIronMatrix
-
void setMagnetometerSoftIronMatrix(
const Matrix_3x3 &matrix
)
-

Sets the Magnetometer Soft Iron matrix.

Parameters
matrix
const Matrix_3x3&

The Matrix_3x3 object containing the matrix to set.

Exceptions
-
- -
-
getMagnetometerSoftIronMatrix
-
Matrix_3x3 getMagnetometerSoftIronMatrix()
-

Gets the Magnetometer Soft Iron matrix.

Return

The GeometricVector object containing the matrix.

Exceptions
-
- -
-
setMagnetometerHardIronOffset
-
void setMagnetometerHardIronOffset(
const GeometricVector &offsetVector
)
-

Sets the magnetometer hard iron offset vector.

Parameters
offsetVector
const GeometricVector&

The GeometricVector object containing the vector to set.

Exceptions
-
- -
-
getMagnetometerHardIronOffset
-
GeometricVector getMagnetometerHardIronOffset()
-

Gets the magnetometer hard iron offset vector.

Return

The GeometricVector object containing the offset vector.

Exceptions
-
- -
-
setConingAndScullingEnable
-
void setConingAndScullingEnable(
bool enable
)
-

Enables/disables coning and sculling.

Parameters
enable
bool

whether to enable coning and sculling.

Exceptions
-
- -
-
getConingAndScullingEnable
-
bool getConingAndScullingEnable()
-

determines whether coning and sculling are enabled.

Return

bool indicating whether coning and sculling are enabled.

Exceptions
-
- -
-
setLowPassFilterSettings
-
void setLowPassFilterSettings(
const LowPassFilterConfig &data
) const
-

Sets the low-pass filter settings.

Parameters
data
const LowPassFilterConfig&

the new settings to set.

Exceptions
-
- -
-
getLowPassFilterSettings
-
LowPassFilterConfig getLowPassFilterSettings(
const MipTypes::MipChannelFields &dataDescriptors
) const
-

Gets the current low-pass filter settings for the given data descriptors

Parameter
dataDescriptors
const MipTypes::MipChannelFields&

the <MipType::ChannelField> data descriptors for which to return the current low-pass filter settings.

Return

LowPassFilterData settings.

Exceptions
-
- -
-
setComplementaryFilterSettings
-
void setComplementaryFilterSettings(
const ComplementaryFilterData &data
)
-

Sets the complementary filter settings.

Parameter
data
const ComplementaryFilterData&

the new settings to send.

Exceptions
-
- -
-
getComplementaryFilterSettings
-
ComplementaryFilterData getComplementaryFilterSettings()
-

Gets the current complementary filter settings.

Return
ComplementaryFilterData

The new settings.

Exceptions
-
- -
-
getBasicDeviceStatus
-
DeviceStatusData getBasicDeviceStatus()
-

Gets the basic device status.

Return
DeviceStatusData

The new settings.

Exceptions
-
- -
-
getDiagnosticDeviceStatus
-
DeviceStatusData getDiagnosticDeviceStatus()
-

Gets the diagnostic device status.

Return
DeviceStatusData

The new settings.

Exceptions
-
- -
-
sendRawRTCM_2_3Message
-
void sendRawRTCM_2_3Message(
const RTCMMessage &theMessage
)
-

Sends a raw RTCM 2.3 message.

Parameter
theMessage
const RTCMMessage&

the RTCM message to send.

Exceptions
-
- -
-
setVehicleDynamicsMode
-
void setVehicleDynamicsMode(
const InertialTypes::VehicleModeType &mode
)
-

Sets the vehicle dynamics mode.

Parameter
mode
const InertialTypes::VehicleModeType&

the new mode to send.

Exceptions
-
- -
-
getVehicleDynamicsMode
-
InertialTypes::VehicleModeType getVehicleDynamicsMode()
-

Gets the vehicle dynamics mode.

Return
VehicleModeType

The new mode.

Exceptions
-
- -
-
setEstimationControlFlags
-
void setEstimationControlFlags(
const EstimationControlOptions &flags
)
-

Sets the estimation control flags.

Parameter
flags
const EstimationControlOptions&

the new flags to send.

Exceptions
-
- -
-
getEstimationControlFlags
-
EstimationControlOptions getEstimationControlFlags()
-

Gets the estimation control flags.

Return
EstimationControlOptions

The current flags.

Exceptions
-
- -
-
setInclinationSource
-
void setInclinationSource(
const GeographicSourceOptions &options
)
-

Sets the source for the inclination geographic source command.

Parameter
options
const GeographicSourceOptions&

the GeographicSourceOptions to send.

Exceptions
-
- -
-
getInclinationSource
-
GeographicSourceOptions getInclinationSource()
-

Gets the source for the inclination geographic source command.

Return
GeographicSourceOptions

the current GeographicSourceOptions for the inclination.

Exceptions
-
- -
-
setDeclinationSource
-
void setDeclinationSource(
const GeographicSourceOptions &options
)
-

Sets the source for the declination geographic source command.

Parameter
options
const GeographicSourceOptions&

the GeographicSourceOptions to send.

Exceptions
-
- -
-
getDeclinationSource
-
GeographicSourceOptions getDeclinationSource()
-

Gets the source for the declination geographic source command.

Return
GeographicSourceOptions

the current GeographicSourceOptions for the declination.

Exceptions
-
- -
-
setMagneticFieldMagnitudeSource
-
void setMagneticFieldMagnitudeSource(
const GeographicSourceOptions &options
)
-

Sets the source for the magnetic field magnitude geographic source command.

Parameter
options
const GeographicSourceOptions&

the GeographicSourceOptions to send.

Exceptions
-
- -
-
getMagneticFieldMagnitudeSource
-
GeographicSourceOptions getMagneticFieldMagnitudeSource()
-

Gets the source for the field magnitude geographic source command.

Return
GeographicSourceOptions

the current GeographicSourceOptions for the magnetic field magnitude.

Exceptions
-
- -
-
setEstimationControlFlags
-

Sets the estimation control flags.

Parameter
gnssSource

the new mode to send.

Exceptions
-
- -
-
getEstimationControlFlags
-

Gets the estimation control flags.

Return
GNSS_Source

The new source.

Exceptions
-
- -
-
sendExternalGNSSUpdate
-
void sendExternalGNSSUpdate(
const ExternalGNSSUpdateData &gnssUpdateData
)
-

sends the external GNSS update command.

Parameter
gnssUpdateData
const ExternalGNSSUpdateData&

the data to send.

Exceptions
-
- -
-
setHeadingUpdateControl
-
void setHeadingUpdateControl(
const HeadingUpdateOptions &headingUpdateOptions
)
-

Sets the heading update control flags.

Parameter
headingUpdateOptions
const HeadingUpdateOptions&

the new options to send.

Exceptions
-
- -
-
tareOrientation
-
void tareOrientation(
const TareAxisValues &axisValue
)
-

uses device orientation relative to the NED frame as the sensor to vehicle rotation.

Parameters
axisValue
const TareAxisValues&

the TareAxisValues object indicating which axes to tare.

Exceptions
-
- -
-
getHeadingUpdateControl
-
HeadingUpdateOptions getHeadingUpdateControl()
-

Gets the heading update control flags.

Return
HeadingUpdateOptions

The current options.

Exceptions
-
- -
-
setGravityErrorAdaptiveMeasurement
-
void setGravityErrorAdaptiveMeasurement(
const AdaptiveMeasurementData &data
)
-

Sets the gravity magnitude error adaptive measurement settings.

Parameter
data
const AdaptiveMeasurementData&

the adaptive measurement settings to send.

Exceptions
-
- -
-
getGravityErrorAdaptiveMeasurement
-
AdaptiveMeasurementData getGravityErrorAdaptiveMeasurement()
-

Gets the gravity magnitude error adaptive measurement settings.

Return
AdaptiveMeasurementData

The current adaptive measurement settings.

Exceptions
-
- -
-
setMagnetometerErrorAdaptiveMeasurement
-
void setMagnetometerErrorAdaptiveMeasurement(
const AdaptiveMeasurementData &data
)
-

Sets the magnetometer magnitude error adaptive measurement settings.

Parameter
data
const AdaptiveMeasurementData&

the adaptive measurement settings to send.

Exceptions
-
- -
-
getMagnetometerErrorAdaptiveMeasurement
-
AdaptiveMeasurementData getMagnetometerErrorAdaptiveMeasurement()
-

Gets the magnetometer magnitude error adaptive measurement settings.

Return
AdaptiveMeasurementData

The current adaptive measurement settings.

Exceptions
-
- -
-
setMagDipAngleErrorAdaptiveMeasurement
-
void setMagDipAngleErrorAdaptiveMeasurement(
const AdaptiveMeasurementData &data
)
-

Sets the magnetometer dip angle error adaptive measurement settings.

Parameter
data
const AdaptiveMeasurementData&

the adaptive measurement settings to send.

Exceptions
-
- -
-
getMagDipAngleErrorAdaptiveMeasurement
-
AdaptiveMeasurementData getMagDipAngleErrorAdaptiveMeasurement()
-

Gets the magnetometer dip angle error adaptive measurement settings.

Return
AdaptiveMeasurementData

The current adaptive measurement settings.

Exceptions
-
- -
-
setMagNoiseStandardDeviation
-
void setMagNoiseStandardDeviation(
const GeometricVector &data
)
-

Sets the magnetometer noise standard deviation.

Parameter
data
const GeometricVector&

the GeometricVector to send.

Exceptions
-
- -
-
getMagNoiseStandardDeviation
-
GeometricVector getMagNoiseStandardDeviation()
-

Gets the magnetometer noise standard deviation.

Return
GeometricVector

The current magnetometer noise standard deviation.

Exceptions
-
- -
-
setGravNoiseStandardDeviation
-
void setGravNoiseStandardDeviation(
const GeometricVector &data
)
-

Sets the gravity noise standard deviation.

Parameter
data
const GeometricVector&

the GeometricVector to send.

Exceptions
-
- -
-
getGravNoiseStandardDeviation
-
GeometricVector getGravNoiseStandardDeviation()
-

Gets the gravity noise standard deviation.

Return
GeometricVector

The current gravity noise standard deviation.

Exceptions
-
- -
-
setAccelNoiseStandardDeviation
-
void setAccelNoiseStandardDeviation(
const GeometricVector &data
)
-

Sets the accelerometer noise standard deviation.

Parameter
data
const GeometricVector&

the GeometricVector to send.

Exceptions
-
- -
-
getAccelNoiseStandardDeviation
-
GeometricVector getAccelNoiseStandardDeviation()
-

Gets the accelerometer noise standard deviation.

Return
GeometricVector

The current accelerometer noise standard deviation.

Exceptions
-
- -
-
setGyroNoiseStandardDeviation
-
void setGyroNoiseStandardDeviation(
const GeometricVector &data
)
-

Sets the gyroscope noise standard deviation.

Parameter
data
const GeometricVector&

the GeometricVector to send.

Exceptions
-
- -
-
getGyroNoiseStandardDeviation
-
GeometricVector getGyroNoiseStandardDeviation()
-

Gets the gyroscope noise standard deviation.

Return
GeometricVector

The current gyroscope noise standard deviation.

Exceptions
-
- -
-
setPressureAltNoiseStandardDeviation
-
void setPressureAltNoiseStandardDeviation(
const float &data
)
-

Sets the pressure altitude noise standard deviation.

Parameter
data
const float&

the float to send.

Exceptions
-
- -
-
getPressureAltNoiseStandardDeviation
-
float getPressureAltNoiseStandardDeviation()
-

Gets the pressure altitude noise standard deviation.

Return
float

The current pressure altitude noise standard deviation.

Exceptions
-
- -
-
setHardIronOffsetProcessNoise
-
void setHardIronOffsetProcessNoise(
const GeometricVector &data
)
-

Sets the hard iron offset process noise.

Parameter
data
const GeometricVector&

the GeometricVector to send.

Exceptions
-
- -
-
getHardIronOffsetProcessNoise
-
GeometricVector getHardIronOffsetProcessNoise()
-

Gets the hard iron offset process noise.

Return
GeometricVector

The current hard iron offset process noise.

Exceptions
-
- -
-
setAccelBiasModelParams
-
void setAccelBiasModelParams(
const GeometricVectors &data
)
-

Sets the accelerometer bias model parameters.

Parameter
data
const GeometricVectors&

the collection of GeometricVector to send - contains two data points: bias beta values, and bias noise values.

Exceptions
-
- -
-
getAccelBiasModelParams
-
GeometricVectors getAccelBiasModelParams()
-

Gets the accelerometer bias model parameters.

Return
GeometricVector

The current accelerometer bias model parameters - returns two data points: bias beta values, and bias noise values.

Exceptions
-
- -
-
setGyroBiasModelParams
-
void setGyroBiasModelParams(
const GeometricVectors &data
)
-

Sets the gyroscope bias model parameters.

Parameter
data
const GeometricVectors&

the collection of GeometricVector to send - contains two data points: bias beta values, and bias noise values.

Exceptions
-
- -
-
getGyroBiasModelParams
-
GeometricVectors getGyroBiasModelParams()
-

Gets the gyroscope bias model parameters.

Return
GeometricVector

The current gyroscope bias model parameters - returns two data points: bias beta values, and bias noise values.

Exceptions
-
- -
-
setSoftIronMatrixProcessNoise
-
void setSoftIronMatrixProcessNoise(
const Matrix_3x3 &data
)
-

Sets the soft iron matrix process noise.

Parameter
data
const Matrix_3x3&

the collection of Matrix_3x3 to send.

Exceptions
-
- -
-
getSoftIronMatrixProcessNoise
-
Matrix_3x3 getSoftIronMatrixProcessNoise()
-

Gets the soft iron matrix process noise.

Return
Matrix_3x3

The current soft iron matrix process noise.

Exceptions
-
- -
-
setFixedReferencePosition
-
void setFixedReferencePosition(
const FixedReferencePositionData &data
)
-

Sets the FixedReferencePositionData data for the specified command.

Parameter
data
const FixedReferencePositionData&

the FixedReferencePositionData data to send.

Exceptions
-
- -
-
FixedReferencePositionData
-
FixedReferencePositionData getFixedReferencePosition()
-

Gets the FixedReferencePositionData data for the specified command.

Return
FixedReferencePositionData

the current fixed reference position settings.

Exceptions
-
- -
-
setGPSDynamicsMode
-
void setGPSDynamicsMode(
const InertialTypes::GPSDynamicsMode &data
)
-

Sets the GPSDynamicsMode.

Parameter
data
const InertialTypes::GPSDynamicsMode&

the GPSDynamicsMode data to send.

Exceptions
-
- -
-
getGPSDynamicsMode
-
InertialTypes::GPSDynamicsMode getGPSDynamicsMode() const
-

Gets the GPSDynamicsMode data for this device.

Return
GPSDynamicsMode

the current GPS dynamics mode setting.

Exceptions
-
- -
-
setDevicePowerState
-
void setDevicePowerState(
const InertialTypes::DeviceSelector &device,
const InertialTypes::PowerState &data
)
-

Sets the PowerState for the specified device.

Parameter
device
const InertialTypes::DeviceSelector&

the DeviceSelector for which to set the power state.

data
const InertialTypes::PowerState&

the PowerState to send.

Exceptions
-
- -
-
getDevicePowerState
-
InertialTypes::PowerState getDevicePowerState(
const InertialTypes::DeviceSelector &device
) const
-

Gets the PowerState for the specified device.

Parameter
device
const InertialTypes::DeviceSelector&

the DeviceSelector for which to get the power state.

Return
PowerState

the current power state of the specified device.

Exceptions
-
- -
-
setDeviceStreamFormat
-
void setDeviceStreamFormat(
const InertialTypes::DeviceSelector &device,
const InertialTypes::StreamFormat &data
)
-

Sets the StreamFormat for the specified device.

Parameter
device
const InertialTypes::DeviceSelector&

the DeviceSelector for which to set the data stream format.

data
const InertialTypes::StreamFormat&

the StreamFormat to send.

Exceptions
-
- -
-
getDeviceStreamFormat
-
InertialTypes::StreamFormat getDeviceStreamFormat(
const InertialTypes::DeviceSelector &device
) const
-

Gets the StreamFormat for the specified device.

Parameter
device
const InertialTypes::DeviceSelector&

the DeviceSelector for which to get the data stream format.

Return
StreamFormat

the current data stream format of the specified device.

Exceptions
-
- -
-
setSignalConditioningSettings
-
void setSignalConditioningSettings(
const SignalConditioningValues &data
)
-

Sets the signal conditioning settings for the node.

Parameter
data
const SignalConditioningValues&

the signal conditioning settings to send.

Exceptions
-
- -
-
getSignalConditioningSettings
-
SignalConditioningValues getSignalConditioningSettings() const
-

Gets the signal conditioning settings for the node.

Return
SignalConditioningValues

The current signal conditioning settings.

Exceptions
-
- -
-
setEnableDisableMeasurements
-
void setEnableDisableMeasurements(
const EnableDisableMeasurements &data
)
-

Enables/disables estimation filter measurement options for the node.

Parameter
data
const EnableDisableMeasurements&

the measurement options to send.

Exceptions
-
- -
-
getEnableDisableMeasurements
-
EnableDisableMeasurements getEnableDisableMeasurements() const
-

Gets the currently enabled estimation filter measurement options for the node.

Return
EnableDisableMeasurements

The currently enabled measurement options.

Exceptions
-
- -
-
setGravityNoiseMinimum
-
void setGravityNoiseMinimum(
const GeometricVector &data
)
-

Sets the gravity noise minimum for the device.

Parameter
data
const GeometricVector&

the gravity noise minimum to set

Exceptions
-
- -
-
getGravityNoiseMinimum
-
GeometricVector getGravityNoiseMinimum() const
-

Gets the current gravity noise minimum for the device.

Return
GeometricVector

The current gravity noise minimum.

Exceptions
-
- -
-
sendExternalHeadingUpdate
-
void sendExternalHeadingUpdate(
const HeadingData &headingData
)
-

sends the external heading update command.

Parameter
headingData
const HeadingData&

the new heading.

Exceptions
-
- -
-
sendExternalHeadingUpdate
-
void sendExternalHeadingUpdate(
const HeadingData &headingData,
const TimeUpdate &timestamp
)
-

sends the external heading update command.

Parameter
headingData
const HeadingData&

the new heading.

timestamp
const TimeUpdate&

the timestamp.  Improves accuracy in situations of high angular rate.

Exceptions
-
- -
-
aidingMeasurementEnabled
-
bool aidingMeasurementEnabled(
InertialTypes::AidingMeasurementSource aidingSource
) const
-

sends the Aiding Measurement Enable command (0x0D, 0x50) to check whether the specified aiding source is currently enabled.

Parameter
aidingSource
InertialTypes::AidingMeasurementSource

the AidingMeasurementSource to check.

Return
bool

The current state of the specified aiding measurement source - true: enabled, false: disabled.

Exceptions
-
- -
-
enableDisableAidingMeasurement
-
void enableDisableAidingMeasurement(
InertialTypes::AidingMeasurementSource aidingSource,
bool enable
)
-

sends the Aiding Measurement Enable command (0x0D, 0x50) to enable/disable the specified aiding source.

Parameter
aidingSource
InertialTypes::AidingMeasurementSource

the AidingMeasurementSource to enable/disable.

enable
bool

true: enable, false: disable

Exceptions
-
- -
-
getAdaptiveFilterOptions
-
AutoAdaptiveFilterOptions getAdaptiveFilterOptions() const
-

sends the Adaptive Filter Options command (0x0D, 0x53) to get the currently configured auto-adaptive filtering options.

Return
AutoAdaptiveFilterOptions

The current auto-adaptive filter options set on the device.

Exceptions
-
- -
-
setAdaptiveFilterOptions
-
void setAdaptiveFilterOptions(
AutoAdaptiveFilterOptions options
)
-

sends the Adaptive Filter Options command (0x0D, 0x53) to set the auto-adaptive filtering options to the specified values.

Parameter
options
AutoAdaptiveFilterOptions

the AutoAdaptiveFilterOptions to set.

Exceptions
-
- -
-
getMultiAntennaOffset
-
PositionOffset getMultiAntennaOffset(
uint8 receiverId
) const
-

sends the Multi Antenna Offset command (0x0D, 0x54) to get the currently configured antenna offset for the specified receiver ID.

Parameter
receiverId
uint8

the receiver ID to return the offset of.

Return
PositionOffset

The currently configured antenna offset of the specified receiver.

Exceptions
-
- -
-
setMultiAntennaOffset
-
void setMultiAntennaOffset(
uint8 receiverId,
PositionOffset offset
)
-

sends the Aiding Measurement Enable command (0x0D, 0x50) to set the position offset of the specified receiver ID.

Parameter
receiverId
uint8

the receiver ID.

offset
PositionOffset

the PositionOffset of the specified receiver.

Exceptions
-
- -
-
getPpsSource
-
InertialTypes::PpsSource getPpsSource() const
-

Gets the PPS source currently configured on the device.

Return
<InertialTypes::PpsSource>

The currently configured PPS source

Exceptions
-
- -
-
setPpsSource
-
void setPpsSource(
InertialTypes::PpsSource ppsSource
)
-

Sets the PPS source.

Parameter
ppsSource
InertialTypes::PpsSource

the <InertialTypes::PpsSource> PPS source.

Exceptions
-
- -
-
getOdometerConfig
-
OdometerConfiguration getOdometerConfig() const
-

Gets the currently configured odometer settings.

Return
OdometerConfiguration

The currently configured odometer settings

Exceptions
-
- -
-
setOdometerConfig
-
void setOdometerConfig(
OdometerConfiguration config
)
-

Set the odometer configuration.

Parameter
config
OdometerConfiguration

The OdometerConfiguration to apply.

Exceptions
-
- -
-
getSensorRange
-
SensorRange getSensorRange(
SensorRange::Type sensorRangeType
) const
-

Gets the currently configured sensor range for the specified sensor (accelerometer, gyroscope, etc.).

Parameter
sensorRangeType
SensorRange::Type

The SensorRange::Type sensor to check

Return
SensorRange

The currently configured sensor range for the specified sensor

Exceptions
-
- -
-
setSensorRange
-
void setSensorRange(
SensorRange range
)
-

Set the specified sensor range. This will only work with a SensorRange object from the device features SupportedSensorRanges object or read from the device with getSensorRange.

Parameter
range
SensorRange

The SensorRange to apply

Exceptions
-
- -
-
setSensorRange
-
void setSensorRange(
SensorRange::Type type,
uint8 rangeId
)
-
Set the specified sensor range to the range ID

you can find these IDs in the device manual or look them up from the device features SupportedSensorRanges object.

Parameter
type
SensorRange::Type

The SensorRange::Type to set

rangeId
uint8

The id representing a range value to apply

Exceptions
-
- -
-
getGpioConfig
-
GpioConfiguration getGpioConfig(
uint8 pin
) const
-

Gets the currently configured GPIO settings.

Return
GpioConfiguration

The currently configured GPIO settings

Exceptions
-
- -
-
setGpioConfig
-
void setGpioConfig(
GpioConfiguration config
)
-

Set the GPIO configuration.

Parameter
config
GpioConfiguration

the GpioConfiguration to apply.

Exceptions
-
- -
-
getGpioState
-
bool getGpioState(
uint8 pin
) const
-

Sends the GPIO State command (0x0C, 0x42) to get the current state of the specified pin.

Parameter
pin
uint8

The pin to return the state of.

Return
bool

The current state of the GPIO pin.

Exceptions
-
- -
-
setGpioState
-
void setGpioState(
uint8 pin,
bool state
)
-

Sends the GPIO State command (0x0C, 0x42) to temporarily set the state of the specified pin.

GPIO pin state can only be manually set if the pin GpioConfiguration::Feature is GPIO and the GpioConfiguration::GpioBehavior is Output (low or high).

Parameter
pin
uint8

The pin to set the state of.

state
bool

The on/off state to set the pin.

Exceptions
-
- -
-
getEventTriggerMode
-
EventControlMode getEventTriggerMode(
uint8 instance
) const
-

Sends the Event Control command (0x0C, 0x2B) to get the current mode of the specified trigger.

Parameter
instance
uint8

The trigger ID to get the mode of.

Return
EventControlMode

The current mode of the event trigger.

Exceptions
-
- -
-
setEventTriggerMode
-
void setEventTriggerMode(
uint8 instance,
EventControlMode mode
) const
-

Sends the Event Control command (0x0C, 0x2B) to set the mode of the specified trigger.

Parameter
instance
uint8

The trigger ID to control.

mode
EventControlMode

The mode to set the event trigger.

Exceptions
-
- -
-
getEventTriggerConfig
-
EventTriggerConfiguration getEventTriggerConfig(
uint8 instance
) const
-

Gets the currently configured event trigger settings for the specified trigger ID.

Parameter
instance
uint8

The trigger instance ID to get the information for.

Return
EventTriggerConfiguration

The currently configured event trigger settings

Exceptions
-
- -
-
setEventTriggerConfig
-
void setEventTriggerConfig(
EventTriggerConfiguration config
) const
-

Set the event trigger configuration.

Parameter
config
EventTriggerConfiguration

The EventTriggerConfiguration to apply.

Exceptions
-
- -
-
getEventActionConfig
-
EventActionConfiguration getEventActionConfig(
uint8 instance
) const
-

Gets an event action configuration.

Parameter
instance
uint8

The instance number of the event action config to fetch

Return
EventActionConfiguration

The event action configuration with the specified instance ID

Exceptions
-
- -
-
setEventActionConfig
-
void setEventActionConfig(
EventActionConfiguration config,
bool validateSupported = true
) const
-

Set the event action configuration.

Parameter
config
EventActionConfiguration

The EventActionConfiguration to apply.

validateSupported
bool

True by default. For MESSAGE type actions this will filter unsupported ChannelFields prior to configuration.

Exceptions
-
- -
-
getAntennaLeverArmCal
-
AntennaLeverArmCalConfiguration getAntennaLeverArmCal() const
-

Gets the currently configured GNSS antenna lever arm calibration configuration.

Return
AntennaLeverArmCalConfiguration

The currently configured antenna lever arm calibration settings

Exceptions
-
- -
-
setAntennaLeverArmCal
-
void setAntennaLeverArmCal(
AntennaLeverArmCalConfiguration config
)
-

Set the GNSS antenna lever arm calibration configuration.

Parameter
config
AntennaLeverArmCalConfiguration

the AntennaLeverArmCalConfiguration to apply.

Exceptions
-
- -
-
getRelativePositionReference
-
PositionReferenceConfiguration getRelativePositionReference() const
-

Gets the currently configured reference for relative position values.

Return
PositionReferenceConfiguration

The current relative position reference configuration

Exceptions
-
- -
-
setRelativePositionReference
-
void setRelativePositionReference(
PositionReferenceConfiguration ref
)
-

Set the reference for relative position values.

Parameter
ref
PositionReferenceConfiguration

the PositionReferenceConfiguration to apply.

Exceptions
-
- -
-
getLeverArmReferenceOffset
-
PositionOffset getLeverArmReferenceOffset() const
-

Gets the currently configured lever arm reference point offset.

Return
PositionOffset

The current reference offset configuration.

Exceptions
-
- -
-
setLeverArmReferenceOffset
-
void setLeverArmReferenceOffset(
PositionOffset offset
) const
-

Set the lever arm offset for the reference point.

Parameter
offset
PositionOffset

the PositionOffset to apply.

Exceptions
-
- -
-
sendExternalSpeedMeasurementUpdate
-
void sendExternalSpeedMeasurementUpdate(
float tow,
float speed,
float unc
)
-

Sends an external speed measurement update to be used as a filter input.

Parameter
tow
float

the time of week of the measurement (s)

speed
float

the speed measurement value (m/s)

unc
float

the speed measurement uncertainty (m/s)

Exceptions
-
- -
-
getSpeedMeasurementOffset
-
PositionOffset getSpeedMeasurementOffset() const
-

Gets the currently configured lever arm offset for the speed measurement.

Return
PositionOffset

The current relative position reference configuration

Exceptions
-
- -
-
setSpeedMeasurementOffset
-
void setSpeedMeasurementOffset(
PositionOffset offset
)
-

Set the lever arm offset for the speed measurement.

Parameter
offset
PositionOffset

the PositionOffset to apply.

Exceptions
-
- -
-
getGnssSignalConfig
-
GnssSignalConfiguration getGnssSignalConfig() const
-

Gets the device's current GNSS signal configuration.

Return
GnssSignalConfiguration

The current GNSS signal configuration

Exceptions
-
- -
-
setGnssSignalConfig
-
void setGnssSignalConfig(
GnssSignalConfiguration config
)
-

Set the GNSS signal configuration.

Parameter
config
GnssSignalConfiguration

the GnssSignalConfiguration to apply.

Exceptions
-
- -
-
rtkEnabled
-
bool rtkEnabled() const
-

Reads whether RTK input is currently enabled on the device.

Return
bool

true: enabled, false: disabled

Exceptions
-
- -
-
enableRtk
-
void enableRtk(
bool enable
)
-

Enables or disables RTK input into the device.

Parameter
enable
bool

true: enable RTK input, false: disable

Exceptions
-
- -
-
getEventTriggerStatus
-
EventTriggerStatus getEventTriggerStatus(
std::vector<uint8> instances = std::vector<uint8>()
) const
-

Sends the Event Trigger Status command (0x0C, 0x2C) to get the current status of the specified triggers.

Note

If number of instances is 0, this will return the status of all the triggers.

Parameter
instances
std::vector<uint8>

A vector of trigger instance IDs to check the status of.

Return
EventTriggerInfo::EventTriggerStatus

A vector of trigger statuses of the specified triggers, or all triggers.

Exceptions
-
- -
-
getEventActionStatus
-
EventActionStatus getEventActionStatus(
std::vector<uint8> instances = std::vector<uint8>()
) const
-

Sends the Event Action Status command (0x0C, 0x2D) to get the current status of the specified actions.

Note

If number of instances is 0, this will return the status of all the actions.

Parameter
instances
std::vector<uint8>

A vector of action instance IDs to check the status of.

Return
EventActionInfo::EventActionStatus

A vector of action statuses of the specified actions, or all actions.

Exceptions
-
- -
-
getNmeaMessageFormat
-
NmeaMessageFormats getNmeaMessageFormat() const
-

Gets the NMEA message formats currently configured to output on the device.

Return
NmeaMessageFormats

vector of NmeaMessageFormat objects.

Exceptions
-
- -
-
setNmeaMessageFormat
-
void setNmeaMessageFormat(
NmeaMessageFormats nmeaFormats
) const
-

Sets the NMEA message formats to output on the device.

Parameters
nmeaFormats
NmeaMessageFormats

vector of NmeaMessageFormat objects to configure.

Exceptions
-
- -
-
getAidingMeasurementReferenceFrames
-
MeasurementReferenceFrames getAidingMeasurementReferenceFrames(
Rotation::Format rotationFormat = Rotation::Format::EULER_ANGLES
) const
-

Get all aiding measurement reference frames configured on the device.

Parameters
rotationFormat
Rotation::Format

default EULER_ANGLES - the rotation format to read from the device (Euler angles or quaternion). Returned rotation values are mathematically equivalent regardless of indicated format.

Returns
MeasurementReferenceFrames

map of reference frames for each frame ID supported by the device

-
- -
-
setAidingMeasurementReferenceFrames
-
void setAidingMeasurementReferenceFrames(
const MeasurementReferenceFrames &frames,
bool clearExcludedIds = false
) const
-

Set the aiding measurement reference frames on the device.

Parameters
frames
const MeasurementReferenceFrames&

MeasurementReferenceFrames map of reference frames for each frame ID to be set

clearExcludedIds
bool

bool, default: false - if true, clears reference frame information for IDs not included in the frames map otherwise only overwrites included IDs

-
- -
-
getAidingMeasurementReferenceFrame
-
MeasurementReferenceFrame getAidingMeasurementReferenceFrame(
uint8 id,
Rotation::Format rotationFormat = Rotation::Format::EULER_ANGLES
) const
-

Get the aiding measurement reference frame for the specified frame ID configured on the device.

Parameters
id
uint8

frame ID of the reference frame to read

rotationFormat
Rotation::Format

default EULER_ANGLES - the rotation format to read from the device (Euler angles or quaternion). Returned rotation values are mathematically equivalent regardless of indicated format.

Returns
MeasurementReferenceFrame

the reference frame information for the specified frame ID

-
- -
-
setAidingMeasurementReferenceFrame
-
void setAidingMeasurementReferenceFrame(
uint8 id,
const MeasurementReferenceFrame &frame
) const
-

Set the aiding measurement reference frame for the specified frame ID on the device.

Parameters
id
uint8

frame ID of the reference frame to set

frame
const MeasurementReferenceFrame&

MeasurementReferenceFrame information to set for the specified frame ID

-
- -
-
setAidingMeasurementResponseMode
-
void setAidingMeasurementResponseMode(
AidingMeasurementInput::ResponseMode mode
) const
-

Set the response mode for commanded aiding measurement inputs on the device (command set 0x13, sendAidingMeasurement function).

Parameters
mode
AidingMeasurementInput::ResponseMode

the AidingMeasurementInput::ResponseMode for this device

-
- -
-
getAidingMeasurementResponseMode
-
AidingMeasurementInput::ResponseMode getAidingMeasurementResponseMode() const
-

Get the response mode for commanded aiding measurement inputs configured on the device (command set 0x13, sendAidingMeasurements function).

Returns
AidingMeasurementInput::ResponseMode

configured response mode

-
- -
-
sendAidingMeasurement
-
void sendAidingMeasurement(
AidingMeasurementPosition measurement
) const
-

Send a commanded aiding measurement to the device (command set 0x13).

Parameters
measurement
AidingMeasurementPosition

any AidingMeasurementInput to send to the device.

-
- -
-
sendAidingMeasurement_readEcho
-
AidingMeasurementPosition sendAidingMeasurement_readEcho(
AidingMeasurementPosition measurement
) const
-

Send a commanded aiding measurement to the device (command set 0x13) and read out the echoed measurement.  Important: only use this function if the Aiding Measurement Response Mode is set to <AidingMeasurementInput::ResponseMode::ECHO_INPUT> - otherwise use sendAidingMeasurement().

Parameters
measurement
AidingMeasurementPosition

any AidingMeasurementInput to send to the device.

Returns

The aiding measurement echo read from the device response (AidingMeasurementPosition, AidingMeasurementVelocity, or AidingMeasurementHeading)

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/InputRangeEntry-Summary.js b/v66.0.1/MSCL_Docs/classes/C/InputRangeEntry-Summary.js deleted file mode 100644 index 00e54d073..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/InputRangeEntry-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:InputRangeEntry","InputRangeEntry");NDSummary.OnSummaryLoaded("CClass:InputRangeEntry",[["C/C++","C"]],[["Functions","Function"],["Groups","Group"],["Structs","Struct"],["Types","Type"],["Variables","Variable"]],[[6533,0,2,"InputRangeEntry"],[6534,0,1,"Variables","Variables"],[6535,0,4,"inputRange","inputRange"],[6536,0,4,"hasGain","hasGain"],[6537,0,4,"gain","gain"],[6538,0,1,"Functions","Functions"],[6539,0,0,"InputRangeEntry","InputRangeEntry"],[6540,0,0,"InputRangeEntry","InputRangeEntry(2)"],[6541,0,0,"InputRangeEntry","InputRangeEntry(3)"],[6542,0,1,"Types","Types"],[6543,0,3,"InputRanges","InputRanges"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/InputRangeEntry-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/InputRangeEntry-SummaryToolTips.js deleted file mode 100644 index f1b561746..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/InputRangeEntry-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:InputRangeEntry",{6533:"
struct for Input Range options that specify an input range and associated gain for a channel
",6535:"
WirelessTypes::InputRange inputRange
The WirelessTypes::InputRange enum value for the input voltage range
",6536:"
bool hasGain
bool indicating whether or not this input range option has a valid associated gain
",6537:"
float gain
the gain for this input range
",6539:"
InputRangeEntry() : inputRange(WirelessTypes::range_invalid), hasGain(false), gain(0)
creates an InputRangeEntry with inputRange = range_invalid, hasGain = false, and gain = 0
",6540:"
InputRangeEntry(
WirelessTypes::InputRange ir
) : inputRange(ir), hasGain(false), gain(0)
creates an InputRangeEntry with inputRange = ir, hasGain = false and gain = 0
",6541:"
InputRangeEntry(
WirelessTypes::InputRange ir,
float g
) : inputRange(ir), hasGain(true), gain(g)
creates an InputRangeEntry with inputRange = ir, hasGain = true and gain = g
",6543:"
A vector of InputRangeEntry objects.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/InputRangeEntry-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/InputRangeEntry-ToolTips.js deleted file mode 100644 index efd8a7714..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/InputRangeEntry-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6539:"
InputRangeEntry() : inputRange(WirelessTypes::range_invalid), hasGain(false), gain(0)
creates an InputRangeEntry with inputRange = range_invalid, hasGain = false, and gain = 0
",8999:"
The options available for input range on supported Nodes.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/InputRangeEntry.html b/v66.0.1/MSCL_Docs/classes/C/InputRangeEntry.html deleted file mode 100644 index 696eae886..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/InputRangeEntry.html +++ /dev/null @@ -1,69 +0,0 @@ - - -InputRangeEntry - - - - - - - -
-
InputRangeEntry
-

struct for Input Range options that specify an input range and associated gain for a channel

-
- -
-
Variables
-
- -
-
inputRange
- -

The WirelessTypes::InputRange enum value for the input voltage range

-
- -
-
hasGain
-
bool hasGain
-

bool indicating whether or not this input range option has a valid associated gain

-
- -
-
gain
-
float gain
-

the gain for this input range

-
- -
-
Functions
-
- -
-
InputRangeEntry
-
InputRangeEntry() : inputRange(WirelessTypes::range_invalid), hasGain(false), gain(0)
-

creates an InputRangeEntry with inputRange = range_invalid, hasGain = false, and gain = 0

-
- -
-
InputRangeEntry
-
InputRangeEntry(
WirelessTypes::InputRange ir
) : inputRange(ir), hasGain(false), gain(0)
-

creates an InputRangeEntry with inputRange = ir, hasGain = false and gain = 0

-
- -
-
InputRangeEntry
-
InputRangeEntry(
WirelessTypes::InputRange ir,
float g
) : inputRange(ir), hasGain(true), gain(g)
-

creates an InputRangeEntry with inputRange = ir, hasGain = true and gain = g

-
- -
-
Types
-
- -
-
InputRanges
-

A vector of InputRangeEntry objects.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/InputRangeHelper-Summary.js b/v66.0.1/MSCL_Docs/classes/C/InputRangeHelper-Summary.js deleted file mode 100644 index 7de8a35ea..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/InputRangeHelper-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:InputRangeHelper","InputRangeHelper");NDSummary.OnSummaryLoaded("CClass:InputRangeHelper",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Types","Type"]],[[6544,0,0,"InputRangeHelper"],[6545,0,2,"Types","Types"],[6546,0,3,"InputRangeMap","InputRangeMap"],[6547,0,2,"Functions","Functions"],[6548,0,1,"getRangeMap","getRangeMap"],[6549,0,1,"inputRangeToEepromVal","inputRangeToEepromVal"],[6550,0,1,"inputRangeToEepromVal","inputRangeToEepromVal(2)"],[6551,0,1,"eepromValToInputRange","eepromValToInputRange"],[6552,0,1,"eepromValToInputRange","eepromValToInputRange(2)"],[6553,0,1,"getRangeVector","getRangeVector"],[6554,0,1,"getRangeVector","getRangeVector(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/InputRangeHelper-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/InputRangeHelper-SummaryToolTips.js deleted file mode 100644 index a3f124c6c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/InputRangeHelper-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:InputRangeHelper",{6544:"
InputRangeHelper
Contains functions specific to input range for Wireless Nodes.
",6546:"
typedef for a map of uint16 eeprom values to WirelessTypes::InputRange values.
",6548:"
static const InputRangeMap& getRangeMap(
WirelessModels::NodeModel nodeType,
WirelessTypes::ChannelType channelType,
WirelessTypes::Voltage excitationVoltage = static_cast<WirelessTypes::Voltage>(0)
)
Gets the InputRangeMap for the specified node and channel type.
",6549:"
static uint16 inputRangeToEepromVal(
WirelessTypes::InputRange range,
WirelessModels::NodeModel nodeType,
WirelessTypes::ChannelType channelType
)
Converts a WirelessTypes::InputRange to the eeprom value that corresponds to it.
",6550:"
static uint16 inputRangeToEepromVal(
WirelessTypes::InputRange range,
WirelessModels::NodeModel nodeType,
WirelessTypes::ChannelType channelType,
WirelessTypes::Voltage excitationVoltage
)
Converts a WirelessTypes::InputRange to the eeprom value that corresponds to it, given the excitation voltage.
",6551:"
static WirelessTypes::InputRange eepromValToInputRange(
uint16 eepromValue,
WirelessModels::NodeModel nodeType,
WirelessTypes::ChannelType channelType
)
Converts an eeprom value to the corresponding WirelessTypes::InputRange.
",6552:"
static WirelessTypes::InputRange eepromValToInputRange(
uint16 eepromValue,
WirelessModels::NodeModel nodeType,
WirelessTypes::ChannelType channelType,
WirelessTypes::Voltage excitationVoltage
)
Converts an eeprom value to the corresponding WirelessTypes::InputRange, given the excitation voltage.
",6553:"
static void getRangeVector(
WirelessModels::NodeModel nodeType,
WirelessTypes::ChannelType channelType,
InputRanges &result
)
Gets a WirelessTypes::InputRanges container for the provided node type and channel type.
",6554:"
static void getRangeVector(
WirelessModels::NodeModel nodeType,
WirelessTypes::ChannelType channelType,
WirelessTypes::Voltage excitationVoltage,
InputRanges &result
)
Gets a WirelessTypes::InputRanges container for the provided node type, channel type, and excitation voltage.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/InputRangeHelper-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/InputRangeHelper-ToolTips.js deleted file mode 100644 index 99b3ee7fa..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/InputRangeHelper-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6546:"
typedef for a map of uint16 eeprom values to WirelessTypes::InputRange values.
",7789:"
The model numbers for each of the Wireless Nodes.
",8766:"
Represents the types of channels on Wireless Nodes.
",8999:"
The options available for input range on supported Nodes.
",9158:"
Available Voltages.
",10453:"
Error_NotSupported
A command/feature was attempted to be used that was not supported.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/InputRangeHelper.html b/v66.0.1/MSCL_Docs/classes/C/InputRangeHelper.html deleted file mode 100644 index 114c216d1..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/InputRangeHelper.html +++ /dev/null @@ -1,72 +0,0 @@ - - -InputRangeHelper - - - - - - - -
-
InputRangeHelper
-
InputRangeHelper
-

Contains functions specific to input range for Wireless Nodes.

-
- -
-
Types
-
- -
-
InputRangeMap
-

typedef for a map of uint16 eeprom values to WirelessTypes::InputRange values.

-
- -
-
Functions
-
- -
-
getRangeMap
-
static const InputRangeMap& getRangeMap(
WirelessModels::NodeModel nodeType,
WirelessTypes::ChannelType channelType,
WirelessTypes::Voltage excitationVoltage = static_cast<WirelessTypes::Voltage>(0)
)
-

Gets the InputRangeMap for the specified node and channel type.

Parameters
nodeType
WirelessModels::NodeModel

The WirelessModels::NodeModel to get the map for.

channelType
WirelessTypes::ChannelType

The WirelessTypes::ChannelType of the channel to get the map for.

excitationVoltage
WirelessTypes::Voltage

The Excitation WirelessTypes::Voltage, if necessary for the Node.

Returns

The InputRangeMap for the requested parameters.

Exceptions

  • Error_NotSupported: Input Range map was not found for the requested node type and channel type.

-
- -
-
inputRangeToEepromVal
-
static uint16 inputRangeToEepromVal(
WirelessTypes::InputRange range,
WirelessModels::NodeModel nodeType,
WirelessTypes::ChannelType channelType
)
-

Converts a WirelessTypes::InputRange to the eeprom value that corresponds to it.

Parameters
range
WirelessTypes::InputRange

The WirelessTypes::InputRange to convert.

nodeType
WirelessModels::NodeModel

The WirelessModels::NodeModel to use in converting.

channelType
WirelessTypes::ChannelType

The WirelessTypes::ChannelType to use in converting.

Returns

The eeprom value that corresponds to the given range.

Exceptions

  • Error_NotSupported: The provided InputRange is invalid for the node type and channel type.

-
- -
-
inputRangeToEepromVal
-
static uint16 inputRangeToEepromVal(
WirelessTypes::InputRange range,
WirelessModels::NodeModel nodeType,
WirelessTypes::ChannelType channelType,
WirelessTypes::Voltage excitationVoltage
)
-

Converts a WirelessTypes::InputRange to the eeprom value that corresponds to it, given the excitation voltage.

-
- -
-
eepromValToInputRange
-
static WirelessTypes::InputRange eepromValToInputRange(
uint16 eepromValue,
WirelessModels::NodeModel nodeType,
WirelessTypes::ChannelType channelType
)
-

Converts an eeprom value to the corresponding WirelessTypes::InputRange.

Parameters
eepromValue
uint16

The eeprom value to convert.

nodeType
WirelessModels::NodeModel

The WirelessModels::NodeModel to use in converting.

channelType
WirelessTypes::ChannelType

The WirelessTypes::ChannelType to use in converting.

Returns

The WirelessTypes::InputRange found, or <WirelessTypres::InputRange::range_invalid> if not found.

-
- -
-
eepromValToInputRange
-
static WirelessTypes::InputRange eepromValToInputRange(
uint16 eepromValue,
WirelessModels::NodeModel nodeType,
WirelessTypes::ChannelType channelType,
WirelessTypes::Voltage excitationVoltage
)
-

Converts an eeprom value to the corresponding WirelessTypes::InputRange, given the excitation voltage.

-
- -
-
getRangeVector
-
static void getRangeVector(
WirelessModels::NodeModel nodeType,
WirelessTypes::ChannelType channelType,
InputRanges &result
)
-

Gets a WirelessTypes::InputRanges container for the provided node type and channel type.

Parameters
nodeType
WirelessModels::NodeModel

The WirelessModels::NodeModel to get the ranges for.

channelType
WirelessTypes::ChannelType

The WirelessTypes::ChannelType to get the ranges for.

result
InputRanges&

An empty WirelessTypes::InputRanges container that will be populated with the supported ranges.

-
- -
-
getRangeVector
-
static void getRangeVector(
WirelessModels::NodeModel nodeType,
WirelessTypes::ChannelType channelType,
WirelessTypes::Voltage excitationVoltage,
InputRanges &result
)
-

Gets a WirelessTypes::InputRanges container for the provided node type, channel type, and excitation voltage.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/InterfaceControl-Summary.js b/v66.0.1/MSCL_Docs/classes/C/InterfaceControl-Summary.js deleted file mode 100644 index 812b18481..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/InterfaceControl-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:InterfaceControl","InterfaceControl");NDSummary.OnSummaryLoaded("CClass:InterfaceControl",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[408,0,0,"InterfaceControl"],[409,0,3,"Constants","Constants"],[410,0,1,"Packet Bytes","Packet_Bytes"],[411,0,1,,"CMD_ID"],[412,0,1,,"FIELD_DATA_BYTE"],[413,0,3,"Functions","Functions"],[414,0,2,"buildCommand_get","buildCommand_get"],[415,0,2,"buildCommand_set","buildCommand_set"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/InterfaceControl-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/InterfaceControl-SummaryToolTips.js deleted file mode 100644 index 9f84c0d4f..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/InterfaceControl-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:InterfaceControl",{408:"
InterfaceControl
Contains the logic for the "Interface Control" command
",414:"
static ByteStream buildCommand_get(
uint8 interfaceId
)
Builds the bytes for the "get" command
",415:"
static ByteStream buildCommand_set(
uint8 interfaceId,
DeviceCommPort::Protocol inputProtocols,
DeviceCommPort::Protocol outputProtocols
)
Builds the bytes for the "set" command.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/InterfaceControl-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/InterfaceControl-ToolTips.js deleted file mode 100644 index e95f9f153..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/InterfaceControl-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2937:"
GenericMipCommand
Represents a base class for MIP commands
",3171:"
The enums for all of the different MIP commands.
",4113:"
Available comm protocols that can be configured for UART ports NONE  - 0x00000000 - Not set MIP_COMMANDS - 0x00000001 - MIP commands MIP_DATA  - 0x00000002 - MIP data NMEA  - 0x00000004 - NMEA RTCM  - 0x00000008 - RTCM SPARTN  - 0x00000010 - SPARTN ALL  - 0x0000001F - All protocols
",4565:"
MipChannel
Represents a single "channel" or data descriptors that can make up an Inertial Device\'s message format
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10446:"
Error
The generic MicroStrain exception (base class)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/InterfaceControl.html b/v66.0.1/MSCL_Docs/classes/C/InterfaceControl.html deleted file mode 100644 index 5e8f12828..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/InterfaceControl.html +++ /dev/null @@ -1,42 +0,0 @@ - - -InterfaceControl - - - - - - - -
-
InterfaceControl
-
InterfaceControl
-

Contains the logic for the "Interface Control" command

See Also

GenericMipCommand

-
- -
-
Constants
-
- -
-
Packet Bytes
-
CMD_ID

CMD_INTERFACE_CONTROL - The MipTypes::Command for this command

FIELD_DATA_BYTE

0x82  - The Data Field Descriptor byte

-
- -
-
Functions
-
- -
-
buildCommand_get
-
static ByteStream buildCommand_get(
uint8 interfaceId
)
-

Builds the bytes for the "get" command

Parameters
interfaceId
uint8

The interface ID to get the configuration for

Returns

A ByteStream that holds the bytes that make up the command

-
- -
-
buildCommand_set
-
static ByteStream buildCommand_set(
uint8 interfaceId,
DeviceCommPort::Protocol inputProtocols,
DeviceCommPort::Protocol outputProtocols
)
-

Builds the bytes for the "set" command.

Parameters
interfaceId
uint8

The interface ID to configure

inputProtocols
DeviceCommPort::Protocol

The input protocols to set

outputProtocols
DeviceCommPort::Protocol

The output protocols to set

Returns

A ByteStream that holds the bytes that make up the command

Exceptions

  • Error: An MipChannel in the channels parameter is not part of the Sensor descriptor set

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/LdcMathPacket-Summary.js b/v66.0.1/MSCL_Docs/classes/C/LdcMathPacket-Summary.js deleted file mode 100644 index e16259bff..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/LdcMathPacket-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:LdcMathPacket","LdcMathPacket");NDSummary.OnSummaryLoaded("CClass:LdcMathPacket",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[7636,0,0,"LdcMathPacket"],[7637,0,2,"Functions","Functions"],[7638,0,1,"LdcMathPacket","LdcMathPacket"],[7639,0,1,"parseSweeps","parseSweeps"],[7640,0,1,"integrityCheck","integrityCheck"],[7641,0,1,"getUniqueId","getUniqueId"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/LdcMathPacket-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/LdcMathPacket-SummaryToolTips.js deleted file mode 100644 index 227d35c61..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/LdcMathPacket-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:LdcMathPacket",{7636:"
LdcMathPacket
A WirelessDataPacket derived class representing a Low Duty Cycle packet
",7638:"
explicit LdcMathPacket(
const WirelessPacket &packet
)
Creates an LdcMathPacket from the passed in WirelessPacket
",7639:"
void parseSweeps()
Parses the passed in WirelessPacket for all the sweep information and adds a sweep to the sweeps container
",7640:"
static bool integrityCheck(
const WirelessPacket &packet
)
Verifies that the packet is a well formed Low Duty Cycle packet
",7641:"
static UniqueWirelessPacketId getUniqueId(
const WirelessPacket &packet
)
Gets the unique Id of the WirelessPacket passed in
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/LdcMathPacket-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/LdcMathPacket-ToolTips.js deleted file mode 100644 index 029a71284..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/LdcMathPacket-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7176:"
WirelessPacket
Represents a MicroStrain wireless packet
",7236:"
WirelessDataPacket
A class representing a Wireless Data Packet.
",10248:"
Typedef for an id that uniquely identifies a wireless packet.
",10464:"
Error_UnknownSampleRate
The sample rate is invalid or unknown for the given device
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/LdcMathPacket.html b/v66.0.1/MSCL_Docs/classes/C/LdcMathPacket.html deleted file mode 100644 index 6149b31bc..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/LdcMathPacket.html +++ /dev/null @@ -1,45 +0,0 @@ - - -LdcMathPacket - - - - - - - -
-
LdcMathPacket
- -

A WirelessDataPacket derived class representing a Low Duty Cycle packet

-
- -
-
Functions
-
- -
-
LdcMathPacket
-
explicit LdcMathPacket(
const WirelessPacket &packet
)
-

Creates an LdcMathPacket from the passed in WirelessPacket

Parameters
packet
const WirelessPacket&

A WirelessPacket determined to be an LdcMathPacket

-
- -
-
parseSweeps
-
void parseSweeps()
-

Parses the passed in WirelessPacket for all the sweep information and adds a sweep to the sweeps container

Exceptions
-
- -
-
integrityCheck
-
static bool integrityCheck(
const WirelessPacket &packet
)
-

Verifies that the packet is a well formed Low Duty Cycle packet

Parameters
packet
const WirelessPacket&

The fully formed Wireless Packet to check the integrity of

Returns

true if the packet is a well formed LDC packet, false otherwise

-
- -
-
getUniqueId
-
static UniqueWirelessPacketId getUniqueId(
const WirelessPacket &packet
)
-

Gets the unique Id of the WirelessPacket passed in

Parameters
packet
const WirelessPacket&

The WirelessPacket to get the unique id of

Returns

The UniqueWirelessPacketId of the passed in packet

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/LdcMathPacket_aspp3-Summary.js b/v66.0.1/MSCL_Docs/classes/C/LdcMathPacket_aspp3-Summary.js deleted file mode 100644 index ec0c857ab..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/LdcMathPacket_aspp3-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:LdcMathPacket_aspp3","LdcMathPacket_aspp3");NDSummary.OnSummaryLoaded("CClass:LdcMathPacket_aspp3",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[7630,0,0,"LdcMathPacket_aspp3"],[7631,0,2,"Functions","Functions"],[7632,0,1,"LdcMathPacket_aspp3","LdcMathPacket_aspp3"],[7633,0,1,"parseSweeps","parseSweeps"],[7634,0,1,"integrityCheck","integrityCheck"],[7635,0,1,"getUniqueId","getUniqueId"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/LdcMathPacket_aspp3-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/LdcMathPacket_aspp3-SummaryToolTips.js deleted file mode 100644 index 788920578..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/LdcMathPacket_aspp3-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:LdcMathPacket_aspp3",{7630:"
LdcMathPacket_aspp3
A WirelessDataPacket derived class representing a Low Duty Cycle packet
",7632:"
explicit LdcMathPacket_aspp3(
const WirelessPacket &packet
)
Creates an LdcMathPacket_aspp3 from the passed in WirelessPacket
",7633:"
void parseSweeps()
Parses the passed in WirelessPacket for all the sweep information and adds a sweep to the sweeps container
",7634:"
static bool integrityCheck(
const WirelessPacket &packet
)
Verifies that the packet is a well formed Low Duty Cycle packet
",7635:"
static UniqueWirelessPacketId getUniqueId(
const WirelessPacket &packet
)
Gets the unique Id of the WirelessPacket passed in
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/LdcMathPacket_aspp3-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/LdcMathPacket_aspp3-ToolTips.js deleted file mode 100644 index 029a71284..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/LdcMathPacket_aspp3-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7176:"
WirelessPacket
Represents a MicroStrain wireless packet
",7236:"
WirelessDataPacket
A class representing a Wireless Data Packet.
",10248:"
Typedef for an id that uniquely identifies a wireless packet.
",10464:"
Error_UnknownSampleRate
The sample rate is invalid or unknown for the given device
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/LdcMathPacket_aspp3.html b/v66.0.1/MSCL_Docs/classes/C/LdcMathPacket_aspp3.html deleted file mode 100644 index 47da918fa..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/LdcMathPacket_aspp3.html +++ /dev/null @@ -1,45 +0,0 @@ - - -LdcMathPacket_aspp3 - - - - - - - -
-
LdcMathPacket_aspp3
-
public
WirelessDataPacket
LdcMathPacket_aspp3
-

A WirelessDataPacket derived class representing a Low Duty Cycle packet

-
- -
-
Functions
-
- -
-
LdcMathPacket_aspp3
-
explicit LdcMathPacket_aspp3(
const WirelessPacket &packet
)
-

Creates an LdcMathPacket_aspp3 from the passed in WirelessPacket

Parameters
packet
const WirelessPacket&

A WirelessPacket determined to be an LdcMathPacket_aspp3

-
- -
-
parseSweeps
-
void parseSweeps()
-

Parses the passed in WirelessPacket for all the sweep information and adds a sweep to the sweeps container

Exceptions
-
- -
-
integrityCheck
-
static bool integrityCheck(
const WirelessPacket &packet
)
-

Verifies that the packet is a well formed Low Duty Cycle packet

Parameters
packet
const WirelessPacket&

The fully formed Wireless Packet to check the integrity of

Returns

true if the packet is a well formed LDC packet, false otherwise

-
- -
-
getUniqueId
-
static UniqueWirelessPacketId getUniqueId(
const WirelessPacket &packet
)
-

Gets the unique Id of the WirelessPacket passed in

Parameters
packet
const WirelessPacket&

The WirelessPacket to get the unique id of

Returns

The UniqueWirelessPacketId of the passed in packet

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/LdcPacket-Summary.js b/v66.0.1/MSCL_Docs/classes/C/LdcPacket-Summary.js deleted file mode 100644 index 1505e1af4..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/LdcPacket-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:LdcPacket","LdcPacket");NDSummary.OnSummaryLoaded("CClass:LdcPacket",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[7614,0,0,"LdcPacket"],[7615,0,3,"Constants","Constants"],[7616,0,1,"Low Duty Cycle Packet Information","Low_Duty_Cycle_Packet_Information"],[7617,0,1,,"PAYLOAD_OFFSET_APP_ID"],[7618,0,1,,"PAYLOAD_OFFSET_CHANNEL_MASK"],[7619,0,1,,"PAYLOAD_OFFSET_SAMPLE_RATE"],[7620,0,1,,"PAYLOAD_OFFSET_DATA_TYPE"],[7621,0,1,,"PAYLOAD_OFFSET_TICK"],[7622,0,1,,"PAYLOAD_OFFSET_CHANNEL_DATA"],[7623,0,1,"Packet values","Packet_values"],[7624,0,1,,"APP_ID_VAL"],[7625,0,3,"Functions","Functions"],[7626,0,2,"LdcPacket","LdcPacket"],[7627,0,2,"parseSweeps","parseSweeps"],[7628,0,2,"integrityCheck","integrityCheck"],[7629,0,2,"getUniqueId","getUniqueId"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/LdcPacket-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/LdcPacket-SummaryToolTips.js deleted file mode 100644 index 5254a9e9b..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/LdcPacket-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:LdcPacket",{7614:"
LdcPacket
A WirelessDataPacket derived class representing a Low Duty Cycle packet
",7626:"
explicit LdcPacket(
const WirelessPacket &packet
)
Creates an LdcPacket from the passed in WirelessPacket
",7627:"
void parseSweeps()
Parses the passed in WirelessPacket for all the sweep information and adds a sweep to the sweeps container
",7628:"
static bool integrityCheck(
const WirelessPacket &packet
)
Verifies that the packet is a well formed Low Duty Cycle packet
",7629:"
static UniqueWirelessPacketId getUniqueId(
const WirelessPacket &packet
)
Gets the unique Id of the WirelessPacket passed in
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/LdcPacket-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/LdcPacket-ToolTips.js deleted file mode 100644 index 029a71284..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/LdcPacket-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7176:"
WirelessPacket
Represents a MicroStrain wireless packet
",7236:"
WirelessDataPacket
A class representing a Wireless Data Packet.
",10248:"
Typedef for an id that uniquely identifies a wireless packet.
",10464:"
Error_UnknownSampleRate
The sample rate is invalid or unknown for the given device
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/LdcPacket.html b/v66.0.1/MSCL_Docs/classes/C/LdcPacket.html deleted file mode 100644 index 4f6fac344..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/LdcPacket.html +++ /dev/null @@ -1,59 +0,0 @@ - - -LdcPacket - - - - - - - -
-
LdcPacket
- -

A WirelessDataPacket derived class representing a Low Duty Cycle packet

-
- -
-
Constants
-
- -
-
Low Duty Cycle Packet Information
-
PAYLOAD_OFFSET_APP_ID

0  - The offset into the payload to get the application ID

PAYLOAD_OFFSET_CHANNEL_MASK

1  - The offset into the payload to get the channel mask

PAYLOAD_OFFSET_SAMPLE_RATE

2  - The offset into the payload to get the sample rate

PAYLOAD_OFFSET_DATA_TYPE

3  - The offset into the payload to get the data type

PAYLOAD_OFFSET_TICK

4  - The offset into the payload to get the tick (2 bytes)

PAYLOAD_OFFSET_CHANNEL_DATA

6  - The offset into the payload where the channel data starts

-
- -
-
Packet values
-
APP_ID_VAL

0x02  - The App ID of the Packet

-
- -
-
Functions
-
- -
-
LdcPacket
-
explicit LdcPacket(
const WirelessPacket &packet
)
-

Creates an LdcPacket from the passed in WirelessPacket

Parameters
packet
const WirelessPacket&

A WirelessPacket determined to be an LdcPacket

-
- -
-
parseSweeps
-
void parseSweeps()
-

Parses the passed in WirelessPacket for all the sweep information and adds a sweep to the sweeps container

Exceptions
-
- -
-
integrityCheck
-
static bool integrityCheck(
const WirelessPacket &packet
)
-

Verifies that the packet is a well formed Low Duty Cycle packet

Parameters
packet
const WirelessPacket&

The fully formed Wireless Packet to check the integrity of

Returns

true if the packet is a well formed LDC packet, false otherwise

-
- -
-
getUniqueId
-
static UniqueWirelessPacketId getUniqueId(
const WirelessPacket &packet
)
-

Gets the unique Id of the WirelessPacket passed in

Parameters
packet
const WirelessPacket&

The WirelessPacket to get the unique id of

Returns

The UniqueWirelessPacketId of the passed in packet

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/LdcPacket_v2-Summary.js b/v66.0.1/MSCL_Docs/classes/C/LdcPacket_v2-Summary.js deleted file mode 100644 index 6e220438e..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/LdcPacket_v2-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:LdcPacket_v2","LdcPacket_v2");NDSummary.OnSummaryLoaded("CClass:LdcPacket_v2",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[7601,0,0,"LdcPacket_v2"],[7602,0,3,"Constants","Constants"],[7603,0,1,"Low Duty Cycle Packet Information","Low_Duty_Cycle_Packet_Information"],[7604,0,1,,"PAYLOAD_OFFSET_CHANNEL_MASK"],[7605,0,1,,"PAYLOAD_OFFSET_SAMPLE_RATE"],[7606,0,1,,"PAYLOAD_OFFSET_APPID_AND_DATA_TYPE"],[7607,0,1,,"PAYLOAD_OFFSET_TICK"],[7608,0,1,,"PAYLOAD_OFFSET_CHANNEL_DATA"],[7609,0,3,"Functions","Functions"],[7610,0,2,"LdcPacket_v2","LdcPacket_v2"],[7611,0,2,"parseSweeps","parseSweeps"],[7612,0,2,"integrityCheck","integrityCheck"],[7613,0,2,"getUniqueId","getUniqueId"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/LdcPacket_v2-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/LdcPacket_v2-SummaryToolTips.js deleted file mode 100644 index 893dd11cd..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/LdcPacket_v2-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:LdcPacket_v2",{7601:"
LdcPacket_v2
A WirelessDataPacket derived class representing a Low Duty Cycle packet
",7610:"
explicit LdcPacket_v2(
const WirelessPacket &packet
)
Creates an LdcPacket_v2 from the passed in WirelessPacket
",7611:"
void parseSweeps()
Parses the passed in WirelessPacket for all the sweep information and adds a sweep to the sweeps container
",7612:"
static bool integrityCheck(
const WirelessPacket &packet
)
Verifies that the packet is a well formed Low Duty Cycle packet
",7613:"
static UniqueWirelessPacketId getUniqueId(
const WirelessPacket &packet
)
Gets the unique Id of the WirelessPacket passed in
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/LdcPacket_v2-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/LdcPacket_v2-ToolTips.js deleted file mode 100644 index 029a71284..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/LdcPacket_v2-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7176:"
WirelessPacket
Represents a MicroStrain wireless packet
",7236:"
WirelessDataPacket
A class representing a Wireless Data Packet.
",10248:"
Typedef for an id that uniquely identifies a wireless packet.
",10464:"
Error_UnknownSampleRate
The sample rate is invalid or unknown for the given device
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/LdcPacket_v2.html b/v66.0.1/MSCL_Docs/classes/C/LdcPacket_v2.html deleted file mode 100644 index 9319ae485..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/LdcPacket_v2.html +++ /dev/null @@ -1,54 +0,0 @@ - - -LdcPacket_v2 - - - - - - - -
-
LdcPacket_v2
- -

A WirelessDataPacket derived class representing a Low Duty Cycle packet

-
- -
-
Constants
-
- -
-
Low Duty Cycle Packet Information
-
PAYLOAD_OFFSET_CHANNEL_MASK

0  - The offset into the payload to get the channel mask

PAYLOAD_OFFSET_SAMPLE_RATE

2  - The offset into the payload to get the sample rate

PAYLOAD_OFFSET_APPID_AND_DATA_TYPE

3  - The offset into the payload to get the app id and data type

PAYLOAD_OFFSET_TICK

4  - The offset into the payload to get the tick (2 bytes)

PAYLOAD_OFFSET_CHANNEL_DATA

6  - The offset into the payload where the channel data starts

-
- -
-
Functions
-
- -
-
LdcPacket_v2
-
explicit LdcPacket_v2(
const WirelessPacket &packet
)
-

Creates an LdcPacket_v2 from the passed in WirelessPacket

Parameters
packet
const WirelessPacket&

A WirelessPacket determined to be an LdcPacket_v2

-
- -
-
parseSweeps
-
void parseSweeps()
-

Parses the passed in WirelessPacket for all the sweep information and adds a sweep to the sweeps container

Exceptions
-
- -
-
integrityCheck
-
static bool integrityCheck(
const WirelessPacket &packet
)
-

Verifies that the packet is a well formed Low Duty Cycle packet

Parameters
packet
const WirelessPacket&

The fully formed Wireless Packet to check the integrity of

Returns

true if the packet is a well formed LDC packet, false otherwise

-
- -
-
getUniqueId
-
static UniqueWirelessPacketId getUniqueId(
const WirelessPacket &packet
)
-

Gets the unique Id of the WirelessPacket passed in

Parameters
packet
const WirelessPacket&

The WirelessPacket to get the unique id of

Returns

The UniqueWirelessPacketId of the passed in packet

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/LdcPacket_v2_aspp3-Summary.js b/v66.0.1/MSCL_Docs/classes/C/LdcPacket_v2_aspp3-Summary.js deleted file mode 100644 index 95af4f9fc..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/LdcPacket_v2_aspp3-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:LdcPacket_v2_aspp3","LdcPacket_v2_aspp3");NDSummary.OnSummaryLoaded("CClass:LdcPacket_v2_aspp3",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[7588,0,0,"LdcPacket_v2_aspp3"],[7589,0,3,"Constants","Constants"],[7590,0,1,"Low Duty Cycle Packet Information","Low_Duty_Cycle_Packet_Information"],[7591,0,1,,"PAYLOAD_OFFSET_CHANNEL_MASK"],[7592,0,1,,"PAYLOAD_OFFSET_SAMPLE_RATE"],[7593,0,1,,"PAYLOAD_OFFSET_APPID_AND_DATA_TYPE"],[7594,0,1,,"PAYLOAD_OFFSET_TICK"],[7595,0,1,,"PAYLOAD_OFFSET_CHANNEL_DATA"],[7596,0,3,"Functions","Functions"],[7597,0,2,"LdcPacket_v2_aspp3","LdcPacket_v2_aspp3"],[7598,0,2,"parseSweeps","parseSweeps"],[7599,0,2,"integrityCheck","integrityCheck"],[7600,0,2,"getUniqueId","getUniqueId"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/LdcPacket_v2_aspp3-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/LdcPacket_v2_aspp3-SummaryToolTips.js deleted file mode 100644 index d360ccc38..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/LdcPacket_v2_aspp3-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:LdcPacket_v2_aspp3",{7588:"
LdcPacket_v2_aspp3
A WirelessDataPacket derived class representing a Low Duty Cycle packet
",7597:"
explicit LdcPacket_v2_aspp3(
const WirelessPacket &packet
)
Creates an LdcPacket_v2_aspp3 from the passed in WirelessPacket
",7598:"
void parseSweeps()
Parses the passed in WirelessPacket for all the sweep information and adds a sweep to the sweeps container
",7599:"
static bool integrityCheck(
const WirelessPacket &packet
)
Verifies that the packet is a well formed Low Duty Cycle packet
",7600:"
static UniqueWirelessPacketId getUniqueId(
const WirelessPacket &packet
)
Gets the unique Id of the WirelessPacket passed in
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/LdcPacket_v2_aspp3-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/LdcPacket_v2_aspp3-ToolTips.js deleted file mode 100644 index 029a71284..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/LdcPacket_v2_aspp3-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7176:"
WirelessPacket
Represents a MicroStrain wireless packet
",7236:"
WirelessDataPacket
A class representing a Wireless Data Packet.
",10248:"
Typedef for an id that uniquely identifies a wireless packet.
",10464:"
Error_UnknownSampleRate
The sample rate is invalid or unknown for the given device
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/LdcPacket_v2_aspp3.html b/v66.0.1/MSCL_Docs/classes/C/LdcPacket_v2_aspp3.html deleted file mode 100644 index 8303199b9..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/LdcPacket_v2_aspp3.html +++ /dev/null @@ -1,54 +0,0 @@ - - -LdcPacket_v2_aspp3 - - - - - - - -
-
LdcPacket_v2_aspp3
-
public
WirelessDataPacket
LdcPacket_v2_aspp3
-

A WirelessDataPacket derived class representing a Low Duty Cycle packet

-
- -
-
Constants
-
- -
-
Low Duty Cycle Packet Information
-
PAYLOAD_OFFSET_CHANNEL_MASK

4  - The offset into the payload to get the channel mask

PAYLOAD_OFFSET_SAMPLE_RATE

6  - The offset into the payload to get the sample rate

PAYLOAD_OFFSET_APPID_AND_DATA_TYPE

7  - The offset into the payload to get the app id and data type

PAYLOAD_OFFSET_TICK

8  - The offset into the payload to get the tick (2 bytes)

PAYLOAD_OFFSET_CHANNEL_DATA

10  - The offset into the payload where the channel data starts

-
- -
-
Functions
-
- -
-
LdcPacket_v2_aspp3
-
explicit LdcPacket_v2_aspp3(
const WirelessPacket &packet
)
-

Creates an LdcPacket_v2_aspp3 from the passed in WirelessPacket

Parameters
packet
const WirelessPacket&

A WirelessPacket determined to be an LdcPacket_v2_aspp3

-
- -
-
parseSweeps
-
void parseSweeps()
-

Parses the passed in WirelessPacket for all the sweep information and adds a sweep to the sweeps container

Exceptions
-
- -
-
integrityCheck
-
static bool integrityCheck(
const WirelessPacket &packet
)
-

Verifies that the packet is a well formed Low Duty Cycle packet

Parameters
packet
const WirelessPacket&

The fully formed Wireless Packet to check the integrity of

Returns

true if the packet is a well formed LDC packet, false otherwise

-
- -
-
getUniqueId
-
static UniqueWirelessPacketId getUniqueId(
const WirelessPacket &packet
)
-

Gets the unique Id of the WirelessPacket passed in

Parameters
packet
const WirelessPacket&

The WirelessPacket to get the unique id of

Returns

The UniqueWirelessPacketId of the passed in packet

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/LinearEquation-Summary.js b/v66.0.1/MSCL_Docs/classes/C/LinearEquation-Summary.js deleted file mode 100644 index dd84d5bb8..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/LinearEquation-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:LinearEquation","LinearEquation");NDSummary.OnSummaryLoaded("CClass:LinearEquation",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[9881,0,0,"LinearEquation"],[9882,0,2,"Functions","Functions"],[9883,0,1,"LinearEquation","LinearEquation"],[9884,0,1,"LinearEquation","LinearEquation(2)"],[9885,0,2,"Variables","Variables"],[9886,0,3,"m_slope","m_slope"],[9887,0,3,"m_offset","m_offset"],[9888,0,2,"Functions","Functions(2)"],[9889,0,1,"slope","slope"],[9890,0,1,"slope","slope(2)"],[9891,0,1,"offset","offset"],[9892,0,1,"offset","offset(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/LinearEquation-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/LinearEquation-SummaryToolTips.js deleted file mode 100644 index 2b4f23319..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/LinearEquation-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:LinearEquation",{9881:"
LinearEquation
Represents a linear equation (y = mx + b).
",9883:"
LinearEquation()
Creates a default constructed LinearEquation object.  (slope = 1.0, offset = 0.0)
",9884:"
LinearEquation(
float slope,
float offset
)
Creates a LinearEquation object.
",9886:"
float m_slope
The slope of the linear equation (m in y=mx+b).
",9887:"
float m_offset
The offset of the linear equation (b in y=mx+b).
",9889:"
void slope(
float slope
)
Sets the of slope the linear equation.
",9890:"
float slope() const
Gets the slope of the linear equation.
",9891:"
void offset(
float offset
)
Sets the offset of the linear equation.
",9892:"
float offset() const
Gets the offset of the linear equation.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/LinearEquation-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/LinearEquation-ToolTips.js deleted file mode 100644 index 59992a148..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/LinearEquation-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/LinearEquation.html b/v66.0.1/MSCL_Docs/classes/C/LinearEquation.html deleted file mode 100644 index 9eadebf7f..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/LinearEquation.html +++ /dev/null @@ -1,77 +0,0 @@ - - -LinearEquation - - - - - - - -
-
LinearEquation
-
LinearEquation
-

Represents a linear equation (y = mx + b).

-
- -
-
Functions
-
- -
-
LinearEquation
-
LinearEquation()
-

Creates a default constructed LinearEquation object.  (slope = 1.0, offset = 0.0)

-
- -
-
LinearEquation
-
LinearEquation(
float slope,
float offset
)
-

Creates a LinearEquation object.

Parameters
slope
float

The slope of the linear equation.

offset
float

The offset of the linear equation

-
- -
-
Variables
-
- -
-
m_slope
-
float m_slope
-

The slope of the linear equation (m in y=mx+b).

-
- -
-
m_offset
-
float m_offset
-

The offset of the linear equation (b in y=mx+b).

-
- -
-
Functions
-
- -
-
slope
-
void slope(
float slope
)
-

Sets the of slope the linear equation.

Parameters
slope
float

The slope to set.

-
- -
-
slope
-
float slope() const
-

Gets the slope of the linear equation.

Returns

The slope of the linear equation.

-
- -
-
offset
-
void offset(
float offset
)
-

Sets the offset of the linear equation.

Parameters
offset
float

The offset to set.

-
- -
-
offset
-
float offset() const
-

Gets the offset of the linear equation.

Returns

The offset of the linear equation.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/LoggedDataSweep-Summary.js b/v66.0.1/MSCL_Docs/classes/C/LoggedDataSweep-Summary.js deleted file mode 100644 index 12104fb42..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/LoggedDataSweep-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:LoggedDataSweep","LoggedDataSweep");NDSummary.OnSummaryLoaded("CClass:LoggedDataSweep",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Types","Type"],["Variables","Variable"]],[[9345,0,0,"LoggedDataSweep"],[9346,0,2,"Functions","Functions"],[9347,0,1,"LoggedDataSweep","LoggedDataSweep"],[9348,0,1,"LoggedDataSweep","LoggedDataSweep(2)"],[9349,0,2,"Variables","Variables"],[9350,0,4,"m_timestamp","m_timestamp"],[9351,0,4,"m_tick","m_tick"],[9352,0,4,"m_data","m_data"],[9353,0,4,"m_calsApplied","m_calsApplied"],[9354,0,2,"Functions","Functions(2)"],[9355,0,1,"timestamp","timestamp"],[9356,0,1,"tick","tick"],[9357,0,1,"data","data"],[9358,0,1,"calApplied","calApplied"],[9359,0,2,"Types","Types"],[9360,0,3,"LoggedDataSweeps","LoggedDataSweeps"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/LoggedDataSweep-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/LoggedDataSweep-SummaryToolTips.js deleted file mode 100644 index 2b8aacb4e..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/LoggedDataSweep-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:LoggedDataSweep",{9345:"
LoggedDataSweep
Represents 1 data sweep that was logged to a WirelessNode.
",9347:"
LoggedDataSweep()
Creates a LoggedDataSweep object with a tick and timestamp of 0.
",9348:"
LoggedDataSweep(
const Timestamp &timestamp,
uint64 tick,
const ChannelData &data,
bool calsApplied
)
Creates a LoggedDataSweep object.
",9350:"
Timestamp m_timestamp
The Timestamp of the data sweep.
",9351:"
uint64 m_tick
The tick value representing the count of each sweep in a datalogging session (increments with each sweep).
",9352:"
ChannelData m_data
Contains one or more WirelessDataPoints, corresponding to each channel\'s data for this sweep.
",9353:"
bool m_calsApplied
Whether calibration coefficients have been applied to the data or not.
",9355:"
Timestamp timestamp() const
Gets the timestamp of the sweep as a Timestamp
",9356:"
uint64 tick() const
Gets the tick value of the sweep
",9357:"
const ChannelData& data() const
Gets the channel data in this sweep as a WirelessDataPoint::ChannelData container.
",9358:"
bool calApplied() const
Gets whether calibration coefficients have been applied to the data already.
",9360:"
Typedef for a vector of LoggedDataSweep objects.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/LoggedDataSweep-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/LoggedDataSweep-ToolTips.js deleted file mode 100644 index 4b7a3da9a..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/LoggedDataSweep-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7905:"
WirelessNode
A class representing a MicroStrain wireless node
",8011:"
WirelessDataPoint
Represents a single channel\'s data point within a sweep
",8024:"
A typedef for a collection (vector) of WirelessDataPoints
",9347:"
LoggedDataSweep()
Creates a LoggedDataSweep object with a tick and timestamp of 0.
",10291:"
Timestamp
Represents a date/time object
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/LoggedDataSweep.html b/v66.0.1/MSCL_Docs/classes/C/LoggedDataSweep.html deleted file mode 100644 index 01bbe1acc..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/LoggedDataSweep.html +++ /dev/null @@ -1,98 +0,0 @@ - - -LoggedDataSweep - - - - - - - -
-
LoggedDataSweep
-
LoggedDataSweep
-

Represents 1 data sweep that was logged to a WirelessNode.

-
- -
-
Functions
-
- -
-
LoggedDataSweep
-
LoggedDataSweep()
-

Creates a LoggedDataSweep object with a tick and timestamp of 0.

-
- -
-
LoggedDataSweep
-
LoggedDataSweep(
const Timestamp &timestamp,
uint64 tick,
const ChannelData &data,
bool calsApplied
)
-

Creates a LoggedDataSweep object.

Parameters
timestamp
const Timestamp&

The Timestamp of the sweep.

tick
uint64

The tick of the sweep.

data
const ChannelData&

The <ChannelData> containing the actual data points.

calsApplied
bool

Whether calibration coefficients have already been applied to the data or not.

-
- -
-
Variables
-
- -
-
m_timestamp
-
Timestamp m_timestamp
-

The Timestamp of the data sweep.

-
- -
-
m_tick
-
uint64 m_tick
-

The tick value representing the count of each sweep in a datalogging session (increments with each sweep).

-
- -
-
m_data
-
ChannelData m_data
-

Contains one or more WirelessDataPoints, corresponding to each channel's data for this sweep.

-
- -
-
m_calsApplied
-
bool m_calsApplied
-

Whether calibration coefficients have been applied to the data or not.

-
- -
-
Functions
-
- -
-
timestamp
-
Timestamp timestamp() const
-

Gets the timestamp of the sweep as a Timestamp

Returns

A Timestamp representing the timestamp of the sweep

-
- -
-
tick
-
uint64 tick() const
-

Gets the tick value of the sweep

Returns

The tick value of the sweep

-
- -
-
data
-
const ChannelData& data() const
-

Gets the channel data in this sweep as a WirelessDataPoint::ChannelData container.

Returns

A WirelessDataPoint::ChannelData container holding the data for the sweep.

-
- -
-
calApplied
-
bool calApplied() const
-

Gets whether calibration coefficients have been applied to the data already.

Returns

true if the data already has cal coefficients applied to it, false if it does not have any cal coefficients applied.

-
- -
-
Types
-
- -
-
LoggedDataSweeps
-

Typedef for a vector of LoggedDataSweep objects.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/LongPing-Summary.js b/v66.0.1/MSCL_Docs/classes/C/LongPing-Summary.js deleted file mode 100644 index 2dfaa1443..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/LongPing-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:LongPing","LongPing");NDSummary.OnSummaryLoaded("CClass:LongPing",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[5490,0,0,"LongPing"],[5491,0,2,"Functions","Functions"],[5492,0,1,"buildCommand","buildCommand"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/LongPing-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/LongPing-SummaryToolTips.js deleted file mode 100644 index 2edd9a667..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/LongPing-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:LongPing",{5490:"
LongPing
Contains logic for the LongPing Node command
",5492:"
static ByteStream buildCommand(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress
)
Builds the LongPing command packet
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/LongPing-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/LongPing-ToolTips.js deleted file mode 100644 index 4531d219a..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/LongPing-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7194:"
The possible ASPP versions
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10245:"
typedef for a Node\'s node address.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/LongPing.html b/v66.0.1/MSCL_Docs/classes/C/LongPing.html deleted file mode 100644 index 678fe5aa8..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/LongPing.html +++ /dev/null @@ -1,27 +0,0 @@ - - -LongPing - - - - - - - -
-
LongPing
-
LongPing
-

Contains logic for the LongPing Node command

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress
)
-

Builds the LongPing command packet

Parameters
asppVer
WirelessPacket::AsppVersion

The WirelessPacket::AsppVersion to use in parsing the response

nodeAddress
NodeAddress

the address of the Node to build the command for

Returns

A ByteStream containing the LongPing command packet

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/LowPassFilterData-Summary.js b/v66.0.1/MSCL_Docs/classes/C/LowPassFilterData-Summary.js deleted file mode 100644 index d2bb804f3..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/LowPassFilterData-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:LowPassFilterData","LowPassFilterData");NDSummary.OnSummaryLoaded("CClass:LowPassFilterData",[["C/C++","C"]],[["Enums","Enumeration"],["Functions","Function"],["Groups","Group"],["Structs","Struct"],["Types","Type"],["Variables","Variable"]],[[2022,0,3,"LowPassFilterData"],[2023,0,2,"Types","Types"],[2024,0,0,"ManualFilterBandwidthConfig","ManualFilterBandwidthConfig"],[2025,0,2,"Functions","Functions"],[2026,0,1,"LowPassFilterData","LowPassFilterData"],[2027,0,1,"LowPassFilterData","LowPassFilterData(2)"],[2028,0,2,"Variables","Variables"],[2029,0,5,"dataDescriptor","dataDescriptor"],[2030,0,5,"manualFilterBandwidthConfig","manualFilterBandwidthConfig"],[2031,0,5,"applyLowPassFilter","applyLowPassFilter"],[2032,0,5,"cutoffFrequency","cutoffFrequency"],[2033,0,2,"Functions","Functions(2)"],[2034,0,1,"getDataDescriptorForCommand","getDataDescriptorForCommand"],[2035,0,1,"getDataDescriptorFromUint8","getDataDescriptorFromUint8"],[2036,0,2,"Types","Types(2)"],[2037,0,4,"LowPassFilterConfig","LowPassFilterConfig"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/LowPassFilterData-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/LowPassFilterData-SummaryToolTips.js deleted file mode 100644 index c31f833b7..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/LowPassFilterData-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:LowPassFilterData",{2022:"
Contains the data for the InertialNode::setLowPassFilterSettings API call.
",2024:"
The enum for the different data descriptors.
",2026:"
LowPassFilterData() : dataDescriptor(mscl::MipTypes::ChannelField::CH_FIELD_SENSOR_SCALED_ACCEL_VEC), manualFilterBandwidthConfig(SET_TO_HALF_REPORTING_RATE), applyLowPassFilter(true), cutoffFrequency(0)
",2027:"
LowPassFilterData(
mscl::MipTypes::ChannelField descriptor
) : dataDescriptor(descriptor), manualFilterBandwidthConfig(SET_TO_HALF_REPORTING_RATE), applyLowPassFilter(true), cutoffFrequency(0)
",2029:"
mscl::MipTypes::ChannelField dataDescriptor
the data descriptor these settings apply to
",2030:"
ManualFilterBandwidthConfig manualFilterBandwidthConfig
The ManualFilterBandwidthConfig to use.
",2031:"
bool applyLowPassFilter
applies low-pass filter if set to true.
",2032:"
float cutoffFrequency
Sets the cutoff frequency, only if manualFilterBandwidthConfig == USER_SPECIFIED_CUTOFF_FREQ
",2034:"
static uint8 getDataDescriptorForCommand(
mscl::MipTypes::ChannelField descriptor
)
Formats the given MipTypes::ChannelField data descriptor to be written to a ByteStream command.
",2035:"
static mscl::MipTypes::ChannelField getDataDescriptorFromUint8(
uint8 descriptor
)
Gets the MipTypes::ChannelField data descriptor represented by the given uint8 descriptor.
",2037:"
A vector of LowPassFilterData objects
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/LowPassFilterData-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/LowPassFilterData-ToolTips.js deleted file mode 100644 index 5b52c1961..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/LowPassFilterData-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2024:"
The enum for the different data descriptors.
",2026:"
LowPassFilterData() : dataDescriptor(mscl::MipTypes::ChannelField::CH_FIELD_SENSOR_SCALED_ACCEL_VEC), manualFilterBandwidthConfig(SET_TO_HALF_REPORTING_RATE), applyLowPassFilter(true), cutoffFrequency(0)
",2638:"
void setLowPassFilterSettings(
const LowPassFilterConfig &data
) const
Sets the low-pass filter settings.
",3321:"
The enums for all of the different MIP Channel Field IDs.
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10241:"
typedef for a 1-byte unsigned integer.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/LowPassFilterData.html b/v66.0.1/MSCL_Docs/classes/C/LowPassFilterData.html deleted file mode 100644 index ff59ed8cf..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/LowPassFilterData.html +++ /dev/null @@ -1,92 +0,0 @@ - - -LowPassFilterData - - - - - - - -
-
LowPassFilterData
-

Contains the data for the InertialNode::setLowPassFilterSettings API call.

-
- -
-
Types
-
- -
-
ManualFilterBandwidthConfig
-

The enum for the different data descriptors.

SET_TO_HALF_REPORTING_RATE = 0X00 USER_SPECIFIED_CUTOFF_FREQ = 0x01

-
- -
-
Functions
-
- -
-
LowPassFilterData
-
LowPassFilterData() : dataDescriptor(mscl::MipTypes::ChannelField::CH_FIELD_SENSOR_SCALED_ACCEL_VEC), manualFilterBandwidthConfig(SET_TO_HALF_REPORTING_RATE), applyLowPassFilter(true), cutoffFrequency(0)
-
- -
-
LowPassFilterData
-
LowPassFilterData(
mscl::MipTypes::ChannelField descriptor
) : dataDescriptor(descriptor), manualFilterBandwidthConfig(SET_TO_HALF_REPORTING_RATE), applyLowPassFilter(true), cutoffFrequency(0)
-
- -
-
Variables
-
- -
-
dataDescriptor
-
mscl::MipTypes::ChannelField dataDescriptor
-

the data descriptor these settings apply to

Valid values (depending on device support):

CH_FIELD_SENSOR_SCALED_ACCEL_VEC  = 0x8004 CH_FIELD_SENSOR_SCALED_GYRO_VEC  = 0x8005 CH_FIELD_SENSOR_SCALED_MAG_VEC  = 0x8006 CH_FIELD_SENSOR_SCALED_AMBIENT_PRESSURE  = 0x8017

CH_FIELD_ESTFILTER_ESTIMATED_LINEAR_ACCEL  = 0x820D CH_FIELD_ESTFILTER_ESTIMATED_ANGULAR_RATE  = 0x820E CH_FIELD_ESTFILTER_COMPENSATED_ACCEL  = 0x821C

-
- -
-
manualFilterBandwidthConfig
-
ManualFilterBandwidthConfig manualFilterBandwidthConfig
-

The ManualFilterBandwidthConfig to use.

-
- -
-
applyLowPassFilter
-
bool applyLowPassFilter
-

applies low-pass filter if set to true.

-
- -
-
cutoffFrequency
-
float cutoffFrequency
-

Sets the cutoff frequency, only if manualFilterBandwidthConfig == USER_SPECIFIED_CUTOFF_FREQ

-
- -
-
Functions
-
- -
-
getDataDescriptorForCommand
-
static uint8 getDataDescriptorForCommand(
mscl::MipTypes::ChannelField descriptor
)
-

Formats the given MipTypes::ChannelField data descriptor to be written to a ByteStream command.

Parameters
descriptor
mscl::MipTypes::ChannelField

the MipTypes::ChannelField to format

Returns
uint8

the provided descriptor cast to uint8

-
- -
-
getDataDescriptorFromUint8
-
static mscl::MipTypes::ChannelField getDataDescriptorFromUint8(
uint8 descriptor
)
-

Gets the MipTypes::ChannelField data descriptor represented by the given uint8 descriptor.

Parameters
descriptor
uint8

the uint8 data descriptor

Returns
MipTypes::ChannelField

the provided descriptor cast to MipTypes::ChannelField

-
- -
-
Types
-
- -
-
LowPassFilterConfig
-

A vector of LowPassFilterData objects

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MIP_Commands-Summary.js b/v66.0.1/MSCL_Docs/classes/C/MIP_Commands-Summary.js deleted file mode 100644 index 442e1c63a..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MIP_Commands-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:MIP_Commands","MIP_Commands");NDSummary.OnSummaryLoaded("CClass:MIP_Commands",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[2855,0,0,"MIP_Commands"],[2856,0,2,"Functions","Functions"],[2857,0,1,"parseData_singleBool","parseData_singleBool"],[2858,0,1,"parseData_GetDeviceInfo","parseData_GetDeviceInfo"],[2859,0,1,"parseData_GetDeviceDescriptorSets","parseData_GetDeviceDescriptorSets"],[2860,0,1,"parseData_DataRateBase","parseData_DataRateBase"],[2861,0,1,"parseData_InterfaceControl","parseData_InterfaceControl"],[2862,0,1,"parseData_CommunicationMode","parseData_CommunicationMode"],[2863,0,1,"parseData_MessageFormat","parseData_MessageFormat"],[2864,0,1,"parseData_ContinuousDataStream","parseData_ContinuousDataStream"],[2865,0,1,"parseData_EulerAngles","parseData_EulerAngles"],[2866,0,1,"parseData_PositionOffset","parseData_PositionOffset"],[2867,0,1,"parseData_ZuptControl","parseData_ZuptControl"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MIP_Commands-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/MIP_Commands-SummaryToolTips.js deleted file mode 100644 index 1069bd53b..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MIP_Commands-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:MIP_Commands",{2855:"
MIP_Commands
Contains helper functions for MIP Commands
",2857:"
static bool parseData_singleBool(
const GenericMipCmdResponse &response
)
Parses the data for a single boolean flag response.
",2858:"
static void parseData_GetDeviceInfo(
const GenericMipCmdResponse &response,
MipDeviceInfo &result
)
Parses the data from a GetDeviceInfo response.
",2859:"
static void parseData_GetDeviceDescriptorSets(
const GenericMipCmdResponse &response,
std::vector<uint16> &result
)
Parses the data from a GetDeviceDescriptorSets response.
",2860:"
static uint16 parseData_DataRateBase(
const GenericMipCmdResponse &response
)
Parses the data from a DataRateBase response
",2861:"
static DeviceCommPort parseData_InterfaceControl(
const GenericMipCmdResponse &response
)
Parses the data from a InterfaceControl response
",2862:"
static uint8 parseData_CommunicationMode(
const GenericMipCmdResponse &response
)
Parses the data from a CommunicationMode response
",2863:"
static MipChannels parseData_MessageFormat(
const GenericMipCmdResponse &response,
uint8 descSet,
uint16 sampleRateBase
)
Parses the data from a MessageFormat response
",2864:"
static bool parseData_ContinuousDataStream(
const GenericMipCmdResponse &response
)
Parses the data from a ContinuousDataStream response
",2865:"
static EulerAngles parseData_EulerAngles(
const GenericMipCmdResponse &response
)
Parses the data from a command response containing just 3 Euler Angles (roll, pitch, yaw).
",2866:"
static PositionOffset parseData_PositionOffset(
const GenericMipCmdResponse &response
)
Parses the data from a command response containing just 3 Position Offset values (x, y, z).
",2867:"
static ZUPTSettingsData parseData_ZUPTControl(
const GenericMipCmdResponse &response
)
Parses the data from a command response containing the response for a ZUPT field.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MIP_Commands-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/MIP_Commands-ToolTips.js deleted file mode 100644 index 82afda810..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MIP_Commands-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1644:"
PositionOffset
Represents a position offset (x, y, z).
",1986:"
Contains the data for the AngularRateZUPTControl and VelocityZUPTControl classes.
",2749:"
EulerAngles
Represents generic Euler Angles (roll, pitch, yaw).
",2894:"
Contains information retrieved from an Inertial GetDeviceInfo command.
",2927:"
GenericMipCmdResponse
Represents the response to a GenericMipCommand.
",4110:"
Stores info related to device comm ports (id, type)
",4565:"
MipChannel
Represents a single "channel" or data descriptors that can make up an Inertial Device\'s message format
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MIP_Commands.html b/v66.0.1/MSCL_Docs/classes/C/MIP_Commands.html deleted file mode 100644 index d226d5c45..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MIP_Commands.html +++ /dev/null @@ -1,87 +0,0 @@ - - -MIP_Commands - - - - - - - -
-
MIP_Commands
-
MIP_Commands
-

Contains helper functions for MIP Commands

-
- -
-
Functions
-
- -
-
parseData_singleBool
-
static bool parseData_singleBool(
const GenericMipCmdResponse &response
)
-

Parses the data for a single boolean flag response.

Parameters
response
const GenericMipCmdResponse&

The GenericMipCmdResponse that contains the data to be parsed.

Returns

The boolean parsed from the response.

-
- -
-
parseData_GetDeviceInfo
-
static void parseData_GetDeviceInfo(
const GenericMipCmdResponse &response,
MipDeviceInfo &result
)
-

Parses the data from a GetDeviceInfo response.

Parameters
response
const GenericMipCmdResponse&

The GenericMipCmdResponse that contains the data to be parsed.

result
MipDeviceInfo&

Holds the MipDeviceInfo result.

-
- -
-
parseData_GetDeviceDescriptorSets
-
static void parseData_GetDeviceDescriptorSets(
const GenericMipCmdResponse &response,
std::vector<uint16> &result
)
-

Parses the data from a GetDeviceDescriptorSets response.

Parameters
response
const GenericMipCmdResponse&

The GenericMipCmdResponse that contains the data to be parsed.

result
std::vector<uint16>&

Holds the descriptor sets result.

-
- -
-
parseData_DataRateBase
-
static uint16 parseData_DataRateBase(
const GenericMipCmdResponse &response
)
-

Parses the data from a DataRateBase response

Parameters
response
const GenericMipCmdResponse&

The GenericMipCmdResponse that contains the data to be parsed

Returns

The data rate base parsed from the response

-
- -
-
parseData_InterfaceControl
-
static DeviceCommPort parseData_InterfaceControl(
const GenericMipCmdResponse &response
)
-

Parses the data from a InterfaceControl response

Parameters
response
const GenericMipCmdResponse&

The GenericMipCmdResponse that contains the data to be parsed

Returns

The comm port interface configuration parsed from the response

-
- -
-
parseData_CommunicationMode
-
static uint8 parseData_CommunicationMode(
const GenericMipCmdResponse &response
)
-

Parses the data from a CommunicationMode response

Parameters
response
const GenericMipCmdResponse&

The GenericMipCmdResponse that contains the data to be parsed

Returns

The comm mode parsed from the response

-
- -
-
parseData_MessageFormat
-
static MipChannels parseData_MessageFormat(
const GenericMipCmdResponse &response,
uint8 descSet,
uint16 sampleRateBase
)
-

Parses the data from a MessageFormat response

Parameters
response
const GenericMipCmdResponse&

The GenericMipCmdResponse that contains the data to be parsed

descSet
uint8

The descriptor set byte for this specific MessageFormat command

sampleRateBase
uint16

The sample rate base for the device, used for determining sample rates.

Returns

An MipChannels object containing the channels that are active in the current MessageFormat

-
- -
-
parseData_ContinuousDataStream
-
static bool parseData_ContinuousDataStream(
const GenericMipCmdResponse &response
)
-

Parses the data from a ContinuousDataStream response

Parameters
response
const GenericMipCmdResponse&

The GenericMipCmdResponse that contains the data to be parsed

Returns

true if the data stream is enabled, false if it is disabled.

-
- -
-
parseData_EulerAngles
-
static EulerAngles parseData_EulerAngles(
const GenericMipCmdResponse &response
)
-

Parses the data from a command response containing just 3 Euler Angles (roll, pitch, yaw).

Parameters
response
const GenericMipCmdResponse&

The GenericMipCmdResponse that contains the data to be parsed

Returns

The EulerAngles containing the result that is parsed.

-
- -
-
parseData_PositionOffset
-
static PositionOffset parseData_PositionOffset(
const GenericMipCmdResponse &response
)
-

Parses the data from a command response containing just 3 Position Offset values (x, y, z).

Parameters
response
const GenericMipCmdResponse&

The GenericMipCmdResponse that contains the data to be parsed

Returns

The EulerAngles containing the result that is parsed.

-
- -
-
parseData_ZuptControl
-
static ZUPTSettingsData parseData_ZUPTControl(
const GenericMipCmdResponse &response
)
-

Parses the data from a command response containing the response for a ZUPT field.

Parameters
response
const GenericMipCmdResponse&

The GenericMipCmdResponse that contains the data to be parsed

Returns

The ZUPTSettingsData containing the result that is parsed.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MagneticFieldMagnitudeSource-Summary.js b/v66.0.1/MSCL_Docs/classes/C/MagneticFieldMagnitudeSource-Summary.js deleted file mode 100644 index 61f673834..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MagneticFieldMagnitudeSource-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:MagneticFieldMagnitudeSource","MagneticFieldMagnitudeSource");NDSummary.OnSummaryLoaded("CClass:MagneticFieldMagnitudeSource",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[799,0,0,"MagneticFieldMagnitudeSource"],[800,0,2,"Functions","Functions"],[801,0,1,"MakeSetCommand","MakeSetCommand"],[802,0,1,"MakeGetCommand","MakeGetCommand"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MagneticFieldMagnitudeSource-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/MagneticFieldMagnitudeSource-SummaryToolTips.js deleted file mode 100644 index b6215c592..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MagneticFieldMagnitudeSource-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:MagneticFieldMagnitudeSource",{799:"
MagneticFieldMagnitudeSource
Contains the logic for the Inertial Magnetic Field Magnitude GeographicSource command.
",801:"
static GeographicSource MakeSetCommand(
const GeographicSourceOptions &dataToUse
)
Parameter: dataToUse The GeographicSourceOptions to set the option and fixed value.
",802:"
static GeographicSource MakeGetCommand()
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MagneticFieldMagnitudeSource-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/MagneticFieldMagnitudeSource-ToolTips.js deleted file mode 100644 index 46d0c2344..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MagneticFieldMagnitudeSource-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({772:"
GeographicSource
Contains the logic for the Inertial GeographicSource command.
",1800:"
The enum to represent the source options for Declination (0x0D, 0x43), Inclination (0x0D, 0x4C), and Magnitude Source (0x0D, 0x4D)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MagneticFieldMagnitudeSource.html b/v66.0.1/MSCL_Docs/classes/C/MagneticFieldMagnitudeSource.html deleted file mode 100644 index b2a804c28..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MagneticFieldMagnitudeSource.html +++ /dev/null @@ -1,33 +0,0 @@ - - -MagneticFieldMagnitudeSource - - - - - - - -
-
MagneticFieldMagnitudeSource
-
public
GeographicSource
MagneticFieldMagnitudeSource
-

Contains the logic for the Inertial Magnetic Field Magnitude GeographicSource command.

-
- -
-
Functions
-
- -
-
MakeSetCommand
-
static GeographicSource MakeSetCommand(
const GeographicSourceOptions &dataToUse
)
-

Parameter: dataToUse The GeographicSourceOptions to set the option and fixed value.

Returns
GeographicSource

object set up for sending a set command.

-
- -
-
MakeGetCommand
-
static GeographicSource MakeGetCommand()
-
Returns
GeographicSource

object set up for sending a get command.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MagnetometerCaptureAutoCalibration-Summary.js b/v66.0.1/MSCL_Docs/classes/C/MagnetometerCaptureAutoCalibration-Summary.js deleted file mode 100644 index 68ba22099..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MagnetometerCaptureAutoCalibration-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:MagnetometerCaptureAutoCalibration","MagnetometerCaptureAutoCalibration");NDSummary.OnSummaryLoaded("CClass:MagnetometerCaptureAutoCalibration",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[558,0,0,"MagnetometerCaptureAutoCalibration"],[559,0,2,"Functions","Functions"],[560,0,1,"commandName","commandName"],[561,0,1,"MakeCommand","MakeCommand"],[562,0,1,"MakeSaveCommand","MakeSaveCommand"],[563,0,1,"getResponseData","getResponseData"],[564,0,1,"operator ByteStream","operator_ByteStream"],[565,0,1,"MagnetometerCaptureAutoCalibration","MagnetometerCaptureAutoCalibration"],[566,0,1,"commandType","commandType"],[567,0,1,"responseExpected","responseExpected"],[568,0,2,"Variables","Variables"],[569,0,3,"m_functionSelector","m_functionSelector"],[570,0,2,"Functions","Functions(2)"],[571,0,1,"fieldDataByte","fieldDataByte"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MagnetometerCaptureAutoCalibration-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/MagnetometerCaptureAutoCalibration-SummaryToolTips.js deleted file mode 100644 index 676480fd7..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MagnetometerCaptureAutoCalibration-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:MagnetometerCaptureAutoCalibration",{558:"
MagnetometerCaptureAutoCalibration
Contains the logic for the Inertial MagnetometerCaptureAutoCalibration command.
",560:"
virtual std::string commandName() const
",561:"
static MagnetometerCaptureAutoCalibration MakeCommand()
",562:"
static MagnetometerCaptureAutoCalibration MakeSaveCommand()
",563:"
static bool getResponseData(
const GenericMipCmdResponse &response
)
A GeometricVector object with the data returned from the device.
",564:"
operator ByteStream() const
Converts this class to a ByteStream.
",565:"
MagnetometerCaptureAutoCalibration(
MipTypes::FunctionSelector functionSelector
)
Private constructor creates a MagnetometerCaptureAutoCalibration object.  Use MakeCommand methods to create an object.
",566:"
virtual MipTypes::Command commandType() const
",567:"
virtual bool responseExpected() const
",569:"
MipTypes::FunctionSelector m_functionSelector
The FunctionSelector type of command to send, get/set, reset to factory defaults, et al.
",571:"
virtual uint8 fieldDataByte() const
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MagnetometerCaptureAutoCalibration-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/MagnetometerCaptureAutoCalibration-ToolTips.js deleted file mode 100644 index 989f3870f..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MagnetometerCaptureAutoCalibration-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({558:"
MagnetometerCaptureAutoCalibration
Contains the logic for the Inertial MagnetometerCaptureAutoCalibration command.
",1631:"
GeometricVector
Defines a 3 dimensional, spatial vector.
",2927:"
GenericMipCmdResponse
Represents the response to a GenericMipCommand.
",3158:"
The enums for all the different types/categories of MIP commands and data.
",3171:"
The enums for all of the different MIP commands.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MagnetometerCaptureAutoCalibration.html b/v66.0.1/MSCL_Docs/classes/C/MagnetometerCaptureAutoCalibration.html deleted file mode 100644 index 9fd87d789..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MagnetometerCaptureAutoCalibration.html +++ /dev/null @@ -1,89 +0,0 @@ - - -MagnetometerCaptureAutoCalibration - - - - - - - -
-
MagnetometerCaptureAutoCalibration
-
public
MipCommand
MagnetometerCaptureAutoCalibration
-

Contains the logic for the Inertial MagnetometerCaptureAutoCalibration command.

-
- -
-
Functions
-
- -
-
commandName
-
virtual std::string commandName() const
-
Returns
std::string

the string name for this class.

-
- -
-
MakeCommand
- -
Returns
MagnetometerCaptureAutoCalibration

object for the command.

-
- -
-
MakeSaveCommand
-
static MagnetometerCaptureAutoCalibration MakeSaveCommand()
-
Returns
MagnetometerCaptureAutoCalibration

object for the command to save as startup values.

-
- -
-
getResponseData
-
static bool getResponseData(
const GenericMipCmdResponse &response
)
-
Returns

A GeometricVector object with the data returned from the device.

-
- -
-
operator ByteStream
-
operator ByteStream() const
-

Converts this class to a ByteStream.

-
- -
-
MagnetometerCaptureAutoCalibration
-
MagnetometerCaptureAutoCalibration(
MipTypes::FunctionSelector functionSelector
)
-

Private constructor creates a MagnetometerCaptureAutoCalibration object.  Use MakeCommand methods to create an object.

-
- -
-
commandType
-
virtual MipTypes::Command commandType() const
-
Returns
MipTypes::Command

the command ID.

-
- -
-
responseExpected
-
virtual bool responseExpected() const
-
Returns
bool

True indicates that a response should return from the device.

-
- -
-
Variables
-
- -
-
m_functionSelector
-
MipTypes::FunctionSelector m_functionSelector
-

The FunctionSelector type of command to send, get/set, reset to factory defaults, et al.

-
- -
-
Functions
-
- -
-
fieldDataByte
-
virtual uint8 fieldDataByte() const
-
Returns
uint8

the byte ID for field data in the reply.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MagnetometerHardIronOffset-Summary.js b/v66.0.1/MSCL_Docs/classes/C/MagnetometerHardIronOffset-Summary.js deleted file mode 100644 index ff7061c37..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MagnetometerHardIronOffset-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:MagnetometerHardIronOffset","MagnetometerHardIronOffset");NDSummary.OnSummaryLoaded("CClass:MagnetometerHardIronOffset",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[586,0,0,"MagnetometerHardIronOffset"],[587,0,2,"Functions","Functions"],[588,0,1,"commandName","commandName"],[589,0,1,"MakeSetCommand","MakeSetCommand"],[590,0,1,"MakeGetCommand","MakeGetCommand"],[591,0,1,"getResponseData","getResponseData"],[592,0,1,"operator ByteStream","operator_ByteStream"],[593,0,1,"Constructor MagnetometerHardIronOffset","Constructor_MagnetometerHardIronOffset"],[594,0,1,"commandType","commandType"],[595,0,1,"fieldDataByte","fieldDataByte"],[596,0,1,"responseExpected","responseExpected"],[597,0,2,"Variables","Variables"],[598,0,3,"m_functionSelector","m_functionSelector"],[599,0,3,"m_offsetVector","m_offsetVector"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MagnetometerHardIronOffset-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/MagnetometerHardIronOffset-SummaryToolTips.js deleted file mode 100644 index d68e40719..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MagnetometerHardIronOffset-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:MagnetometerHardIronOffset",{586:"
MagnetometerHardIronOffset
Contains the logic for the Inertial MagnetometerHardIronOffset command.
",588:"
virtual std::string commandName() const
",589:"
static MagnetometerHardIronOffset MakeSetCommand(
GeometricVector offsetVector
)
Parameter: offsetVector The GeometricVector object to set.
",590:"
static MagnetometerHardIronOffset MakeGetCommand()
",591:"
static GeometricVector getResponseData(
const GenericMipCmdResponse &response
)
",592:"
operator ByteStream() const
Converts this class to a ByteStream.
",593:"
Private constructor creates a MagnetometerHardIronOffset object.  Use Make___Command methods to create an object.
",594:"
virtual MipTypes::Command commandType() const
",595:"
virtual uint8 fieldDataByte() const
",596:"
virtual bool responseExpected() const
",598:"
MipTypes::FunctionSelector m_functionSelector
The FunctionSelector type of command to send, get/set, reset to factory defaults, et al.
",599:"
GeometricVector m_offsetVector
The MagnetometerHardIronOffsetData to send to the device.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MagnetometerHardIronOffset-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/MagnetometerHardIronOffset-ToolTips.js deleted file mode 100644 index 6be2d751e..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MagnetometerHardIronOffset-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({586:"
MagnetometerHardIronOffset
Contains the logic for the Inertial MagnetometerHardIronOffset command.
",1631:"
GeometricVector
Defines a 3 dimensional, spatial vector.
",2927:"
GenericMipCmdResponse
Represents the response to a GenericMipCommand.
",3158:"
The enums for all the different types/categories of MIP commands and data.
",3171:"
The enums for all of the different MIP commands.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MagnetometerHardIronOffset.html b/v66.0.1/MSCL_Docs/classes/C/MagnetometerHardIronOffset.html deleted file mode 100644 index 76b4264e3..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MagnetometerHardIronOffset.html +++ /dev/null @@ -1,90 +0,0 @@ - - -MagnetometerHardIronOffset - - - - - - - -
-
MagnetometerHardIronOffset
-
public
MipCommand
MagnetometerHardIronOffset
-

Contains the logic for the Inertial MagnetometerHardIronOffset command.

-
- -
-
Functions
-
- -
-
commandName
-
virtual std::string commandName() const
-
Returns
std::string

the string name for this class.

-
- -
-
MakeSetCommand
-
static MagnetometerHardIronOffset MakeSetCommand(
GeometricVector offsetVector
)
-

Parameter: offsetVector The GeometricVector object to set.

Returns
MagnetometerHardIronOffset

object set up for sending a set command.

-
- -
-
MakeGetCommand
-
static MagnetometerHardIronOffset MakeGetCommand()
-
Returns
MagnetometerHardIronOffset

object set up for sending a get command.

-
- -
-
getResponseData
-
static GeometricVector getResponseData(
const GenericMipCmdResponse &response
)
-
Parameter
response
const GenericMipCmdResponse&

The GenericMipCmdResponse object from which to get formatted data.

Returns
ConstellationSettingsData

An object with the data returned from the device.

-
- -
-
operator ByteStream
-
operator ByteStream() const
-

Converts this class to a ByteStream.

-
- -
-
Constructor MagnetometerHardIronOffset
-

Private constructor creates a MagnetometerHardIronOffset object.  Use Make___Command methods to create an object.

-
- -
-
commandType
-
virtual MipTypes::Command commandType() const
-
Returns
MipTypes::Command

the command ID.

-
- -
-
fieldDataByte
-
virtual uint8 fieldDataByte() const
-
Returns
uint8

the byte ID for field data in the reply.

-
- -
-
responseExpected
-
virtual bool responseExpected() const
-
Returns
bool

True indicates that a response should return from the device.

-
- -
-
Variables
-
- -
-
m_functionSelector
-
MipTypes::FunctionSelector m_functionSelector
-

The FunctionSelector type of command to send, get/set, reset to factory defaults, et al.

-
- -
-
m_offsetVector
-
GeometricVector m_offsetVector
-

The MagnetometerHardIronOffsetData to send to the device.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MagnetometerSoftIronMatrix-Summary.js b/v66.0.1/MSCL_Docs/classes/C/MagnetometerSoftIronMatrix-Summary.js deleted file mode 100644 index 329062150..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MagnetometerSoftIronMatrix-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:MagnetometerSoftIronMatrix","MagnetometerSoftIronMatrix");NDSummary.OnSummaryLoaded("CClass:MagnetometerSoftIronMatrix",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[544,0,0,"MagnetometerSoftIronMatrix"],[545,0,2,"Functions","Functions"],[546,0,1,"commandName","commandName"],[547,0,1,"MakeSetCommand","MakeSetCommand"],[548,0,1,"MakeGetCommand","MakeGetCommand"],[549,0,1,"getResponseData","getResponseData"],[550,0,1,"operator ByteStream","operator_ByteStream"],[551,0,1,"Constructor MagnetometerSoftIronMatrix","Constructor_MagnetometerSoftIronMatrix"],[552,0,1,"commandType","commandType"],[553,0,1,"fieldDataByte","fieldDataByte"],[554,0,1,"responseExpected","responseExpected"],[555,0,2,"Variables","Variables"],[556,0,3,"m_functionSelector","m_functionSelector"],[557,0,3,"m_matrix","m_matrix"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MagnetometerSoftIronMatrix-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/MagnetometerSoftIronMatrix-SummaryToolTips.js deleted file mode 100644 index 8d8e9e757..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MagnetometerSoftIronMatrix-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:MagnetometerSoftIronMatrix",{544:"
MagnetometerSoftIronMatrix
Contains the logic for the Inertial MagnetometerSoftIronMatrix command.
",546:"
virtual std::string commandName() const
",547:"
static MagnetometerSoftIronMatrix MakeSetCommand(
Matrix_3x3 dataToUse
)
Parameter: dataToUse The Matrix_3x3 object to set.
",548:"
static MagnetometerSoftIronMatrix MakeGetCommand()
",549:"
static Matrix_3x3 getResponseData(
const GenericMipCmdResponse &response
)
",550:"
operator ByteStream() const
Converts this class to a ByteStream.
",551:"
Private constructor creates a MagnetometerSoftIronMatrix object.  Use Make___Command methods to create an object.
",552:"
virtual MipTypes::Command commandType() const
",553:"
virtual uint8 fieldDataByte() const
",554:"
virtual bool responseExpected() const
",556:"
MipTypes::FunctionSelector m_functionSelector
The FunctionSelector type of command to send, get/set, reset to factory defaults, et al.
",557:"
Matrix_3x3 m_matrix
The Matrix_3x3 to send to the device.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MagnetometerSoftIronMatrix-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/MagnetometerSoftIronMatrix-ToolTips.js deleted file mode 100644 index b1b984320..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MagnetometerSoftIronMatrix-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({544:"
MagnetometerSoftIronMatrix
Contains the logic for the Inertial MagnetometerSoftIronMatrix command.
",1961:"
Matrix_3x3
Defines a 3 by 3 matrix.
",2927:"
GenericMipCmdResponse
Represents the response to a GenericMipCommand.
",3158:"
The enums for all the different types/categories of MIP commands and data.
",3171:"
The enums for all of the different MIP commands.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MagnetometerSoftIronMatrix.html b/v66.0.1/MSCL_Docs/classes/C/MagnetometerSoftIronMatrix.html deleted file mode 100644 index 0754be6d8..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MagnetometerSoftIronMatrix.html +++ /dev/null @@ -1,90 +0,0 @@ - - -MagnetometerSoftIronMatrix - - - - - - - -
-
MagnetometerSoftIronMatrix
-
public
MipCommand
MagnetometerSoftIronMatrix
-

Contains the logic for the Inertial MagnetometerSoftIronMatrix command.

-
- -
-
Functions
-
- -
-
commandName
-
virtual std::string commandName() const
-
Returns
std::string

the string name for this class.

-
- -
-
MakeSetCommand
-
static MagnetometerSoftIronMatrix MakeSetCommand(
Matrix_3x3 dataToUse
)
-

Parameter: dataToUse The Matrix_3x3 object to set.

Returns
MagnetometerSoftIronMatrix

object set up for sending a set command.

-
- -
-
MakeGetCommand
-
static MagnetometerSoftIronMatrix MakeGetCommand()
-
Returns
MagnetometerSoftIronMatrix

object set up for sending a get command.

-
- -
-
getResponseData
-
static Matrix_3x3 getResponseData(
const GenericMipCmdResponse &response
)
-
Parameter
response
const GenericMipCmdResponse&

The GenericMipCmdResponse object from which to get formatted data.

Returns
ConstellationSettingsData

An object with the data returned from the device.

-
- -
-
operator ByteStream
-
operator ByteStream() const
-

Converts this class to a ByteStream.

-
- -
-
Constructor MagnetometerSoftIronMatrix
-

Private constructor creates a MagnetometerSoftIronMatrix object.  Use Make___Command methods to create an object.

-
- -
-
commandType
-
virtual MipTypes::Command commandType() const
-
Returns
MipTypes::Command

the command ID.

-
- -
-
fieldDataByte
-
virtual uint8 fieldDataByte() const
-
Returns
uint8

the byte ID for field data in the reply.

-
- -
-
responseExpected
-
virtual bool responseExpected() const
-
Returns
bool

True indicates that a response should return from the device.

-
- -
-
Variables
-
- -
-
m_functionSelector
-
MipTypes::FunctionSelector m_functionSelector
-

The FunctionSelector type of command to send, get/set, reset to factory defaults, et al.

-
- -
-
m_matrix
-
Matrix_3x3 m_matrix
-

The Matrix_3x3 to send to the device.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Matrix-Summary.js b/v66.0.1/MSCL_Docs/classes/C/Matrix-Summary.js deleted file mode 100644 index 83a86e499..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Matrix-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:Matrix","Matrix");NDSummary.OnSummaryLoaded("CClass:Matrix",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[9861,0,0,"Matrix"],[9862,0,2,"Functions","Functions"],[9863,0,1,"Matrix","Matrix"],[9864,0,2,"Variables","Variables"],[9865,0,3,"m_numRows","m_numRows"],[9866,0,3,"m_numColumns","m_numColumns"],[9867,0,3,"m_valuesType","m_valuesType"],[9868,0,3,"m_valueTypeSize","m_valueTypeSize"],[9869,0,3,"m_data","m_data"],[9870,0,2,"Functions","Functions(2)"],[9871,0,1,"getBytePos","getBytePos"],[9872,0,1,"checkIndex","checkIndex"],[9873,0,1,"valuesType","valuesType"],[9874,0,1,"rows","rows"],[9875,0,1,"columns","columns"],[9876,0,1,"as_doubleAt","as_doubleAt"],[9877,0,1,"as_floatAt","as_floatAt"],[9878,0,1,"as_uint16At","as_uint16At"],[9879,0,1,"as_uint8At","as_uint8At"],[9880,0,1,"str","str"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Matrix-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Matrix-SummaryToolTips.js deleted file mode 100644 index 4645fe844..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Matrix-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:Matrix",{9861:"
Matrix
Represents a Matrix of values (varying size)
",9863:"
Matrix(
uint16 rows,
uint16 columns,
ValueType storedAs,
const ByteStream &data
)
Creates a Matrix object given its size and data
",9865:"
uint16 m_numRows
The number of rows in the Matrix
",9866:"
uint16 m_numColumns
The number of columns in the Matrix
",9867:"
ValueType m_valuesType
How each value within the Matrix is stored
",9868:"
The size of each values\' type within the Matrix
",9869:"
ByteStream m_data
A vector of vectors making the matrix that contains all the data values
",9871:"
uint32 getBytePos(
uint16 row,
uint16 col
) const
Gets the byte position to read in data from the m_data ByteStream
",9872:"
void checkIndex(
uint16 row,
uint16 col
) const
Checks that the given row and column indices (0-based) are within range, throwing an exception if not
",9873:"
ValueType valuesType() const
Gets how each value within the Matrix is stored
",9874:"
uint16 rows() const
Gets the number of rows in the Matrix
",9875:"
uint16 columns() const
Gets the number of columns in the Matrix
",9876:"
double as_doubleAt(
uint16 row,
uint16 column
) const
Gets the value stored at the given row and column (0-based), as an 8-byte double
",9877:"
float as_floatAt(
uint16 row,
uint16 column
) const
Gets the value stored at the given row and column (0-based), as a 4-byte float
",9878:"
uint16 as_uint16At(
uint16 row,
uint16 column
) const
Gets the value stored at the given row and column (0-based), as a 2-byte unsigned integer
",9879:"
uint8 as_uint8At(
uint16 row,
uint16 column
) const
Gets the value stored at the given row and column (0-based), as a 1-byte uint8
",9880:"
std::string str() const
Creates a string from the Matrix
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Matrix-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Matrix-ToolTips.js deleted file mode 100644 index 36c91967c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Matrix-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",9800:"
Vector
Represents a Vector of values
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Matrix.html b/v66.0.1/MSCL_Docs/classes/C/Matrix.html deleted file mode 100644 index 27d8967b7..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Matrix.html +++ /dev/null @@ -1,124 +0,0 @@ - - -Matrix - - - - - - - -
-
Matrix
-
Matrix
Vector
-

Represents a Matrix of values (varying size)

-
- -
-
Functions
-
- -
-
Matrix
-
Matrix(
uint16 rows,
uint16 columns,
ValueType storedAs,
const ByteStream &data
)
-

Creates a Matrix object given its size and data

Parameters
rows
uint16

The number of rows that are in the Matrix

columns
uint16

The number of columns that are in the Matrix

storedAs
ValueType

The ValueType representing how all the values in the Matrix are stored

data
const ByteStream&

The ByteStream that hold the values to be stored in the Matrix

-
- -
-
Variables
-
- -
-
m_numRows
-
uint16 m_numRows
-

The number of rows in the Matrix

-
- -
-
m_numColumns
-
uint16 m_numColumns
-

The number of columns in the Matrix

-
- -
-
m_valuesType
-
ValueType m_valuesType
-

How each value within the Matrix is stored

-
- -
-
m_valueTypeSize
-

The size of each values' type within the Matrix

-
- -
-
m_data
-
ByteStream m_data
-

A vector of vectors making the matrix that contains all the data values

-
- -
-
Functions
-
- -
-
getBytePos
-
uint32 getBytePos(
uint16 row,
uint16 col
) const
-

Gets the byte position to read in data from the m_data ByteStream

Parameters
row
uint16

The row being requested

col
uint16

The column being requested

Exceptions

  • std::out_of_range: The position requested is out of range

-
- -
-
checkIndex
-
void checkIndex(
uint16 row,
uint16 col
) const
-

Checks that the given row and column indices (0-based) are within range, throwing an exception if not

Parameters
row
uint16

The 0-based row index to check within range

col
uint16

The 0-based column index to check within range

Exceptions

  • std::out_of_range: The position requested is out of range

-
- -
-
valuesType
-
ValueType valuesType() const
-

Gets how each value within the Matrix is stored

Returns

A ValueType representing how each value in the Matrix is stored

-
- -
-
rows
-
uint16 rows() const
-

Gets the number of rows in the Matrix

Returns

The number of rows in the Matrix

-
- -
-
columns
-
uint16 columns() const
-

Gets the number of columns in the Matrix

Returns

The number of columns in the Matrix

-
- -
-
as_doubleAt
-
double as_doubleAt(
uint16 row,
uint16 column
) const
-

Gets the value stored at the given row and column (0-based), as an 8-byte double

Parameters
row
uint16

The 0-based row index of which to get the value

column
uint16

The 0-based column index of which to get the value

Returns

The value stored at the given row and column, as a double

Exceptions

  • std::out_of_range: The position requested is out of range

-
- -
-
as_floatAt
-
float as_floatAt(
uint16 row,
uint16 column
) const
-

Gets the value stored at the given row and column (0-based), as a 4-byte float

Parameters
row
uint16

The 0-based row index of which to get the value

column
uint16

The 0-based column index of which to get the value

Returns

The value stored at the given row and column, as a float

Exceptions

  • std::out_of_range: The position requested is out of range

-
- -
-
as_uint16At
-
uint16 as_uint16At(
uint16 row,
uint16 column
) const
-

Gets the value stored at the given row and column (0-based), as a 2-byte unsigned integer

Parameters
row
uint16

The 0-based row index of which to get the value

column
uint16

The 0-based column index of which to get the value

Returns

The value stored at the given row and column, as a 2-byte unsigned integer

Exceptions

  • std::out_of_range: The position requested is out of range

-
- -
-
as_uint8At
-
uint8 as_uint8At(
uint16 row,
uint16 column
) const
-

Gets the value stored at the given row and column (0-based), as a 1-byte uint8

Parameters
row
uint16

The 0-based row index of which to get the value

column
uint16

The 0-based column index of which to get the value

Returns

The value stored at the given row and column, as a 1-byte uint8

Exceptions

  • std::out_of_range: The position requested is out of range

-
- -
-
str
-
std::string str() const
-

Creates a string from the Matrix

Returns

A string representing the entire Matrix object (ex. "[[0,0.1,0.2],[1,1.1,1.2],[2,2.1,2.2]]")

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Matrix3x3Command-Summary.js b/v66.0.1/MSCL_Docs/classes/C/Matrix3x3Command-Summary.js deleted file mode 100644 index 63b9503fa..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Matrix3x3Command-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:Matrix3x3Command","Matrix3x3Command");NDSummary.OnSummaryLoaded("CClass:Matrix3x3Command",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[529,0,0,"Matrix3x3Command"],[530,0,2,"Functions","Functions"],[531,0,1,"commandName","commandName"],[532,0,1,"MakeSetCommand","MakeSetCommand"],[533,0,1,"MakeGetCommand","MakeGetCommand"],[534,0,1,"getResponseData","getResponseData"],[535,0,1,"operator ByteStream","operator_ByteStream"],[536,0,1,"Constructor Matrix3x3Command","Constructor_Matrix3x3Command"],[537,0,1,"commandType","commandType"],[538,0,1,"fieldDataByte","fieldDataByte"],[539,0,1,"responseExpected","responseExpected"],[540,0,2,"Variables","Variables"],[541,0,3,"m_cmd","m_cmd"],[542,0,3,"m_functionSelector","m_functionSelector"],[543,0,3,"m_data","m_data"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Matrix3x3Command-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Matrix3x3Command-SummaryToolTips.js deleted file mode 100644 index ce307dc6e..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Matrix3x3Command-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:Matrix3x3Command",{529:"
Matrix3x3Command
A generic command class that contains the logic for any command that deals only with one or more Matrix_3x3.
",531:"
virtual std::string commandName() const
",532:"
static Matrix3x3Command MakeSetCommand(
MipTypes::Command cmd,
const Matrix_3x3s &data
)
Parameter: cmd The specific MipTypes::Command type to be constructed
",533:"
static Matrix3x3Command MakeGetCommand(
MipTypes::Command cmd
)
Parameter: cmd The specific MipTypes::Command type to be constructed
",534:"
Matrix_3x3s getResponseData(
const GenericMipCmdResponse &response
)
",535:"
operator ByteStream() const
Converts this class to a ByteStream.
",536:"
Private constructor creates a Matrix3x3Command object.  Use Make___Command methods to create an object.
",537:"
virtual MipTypes::Command commandType() const
",538:"
virtual uint8 fieldDataByte() const
",539:"
virtual bool responseExpected() const
",541:"
MipTypes::Command m_cmd
The specific MipTypes::Command type of this object
",542:"
MipTypes::FunctionSelector m_functionSelector
The FunctionSelector type of command to send, get/set, reset to factory defaults, et al.
",543:"
Matrix_3x3s m_data
The Matrix_3x3 data to send to the device.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Matrix3x3Command-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Matrix3x3Command-ToolTips.js deleted file mode 100644 index 30f96630b..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Matrix3x3Command-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({529:"
Matrix3x3Command
A generic command class that contains the logic for any command that deals only with one or more Matrix_3x3.
",1961:"
Matrix_3x3
Defines a 3 by 3 matrix.
",2927:"
GenericMipCmdResponse
Represents the response to a GenericMipCommand.
",3158:"
The enums for all the different types/categories of MIP commands and data.
",3171:"
The enums for all of the different MIP commands.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Matrix3x3Command.html b/v66.0.1/MSCL_Docs/classes/C/Matrix3x3Command.html deleted file mode 100644 index 3c7b997ba..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Matrix3x3Command.html +++ /dev/null @@ -1,96 +0,0 @@ - - -Matrix3x3Command - - - - - - - -
-
Matrix3x3Command
-
public
MipCommand
Matrix3x3Command
-

A generic command class that contains the logic for any command that deals only with one or more Matrix_3x3.

-
- -
-
Functions
-
- -
-
commandName
-
virtual std::string commandName() const
-
Returns
std::string

the string name for the command.

-
- -
-
MakeSetCommand
-
static Matrix3x3Command MakeSetCommand(
MipTypes::Command cmd,
const Matrix_3x3s &data
)
-

Parameter: cmd The specific MipTypes::Command type to be constructed

Parameter: dataToUse The list of Matrix_3x3 objects to set.

Returns
Matrix3x3Command

object set up for sending a set command.

-
- -
-
MakeGetCommand
-
static Matrix3x3Command MakeGetCommand(
MipTypes::Command cmd
)
-

Parameter: cmd The specific MipTypes::Command type to be constructed

Returns
Matrix3x3Command

object set up for sending a get command.

-
- -
-
getResponseData
-
Matrix_3x3s getResponseData(
const GenericMipCmdResponse &response
)
-
Parameter
response
const GenericMipCmdResponse&

The GenericMipCmdResponse object from which to get formatted data.

Returns
Matrix_3x3

An collection of Matrix_3x3s with the data returned from the device.

-
- -
-
operator ByteStream
-
operator ByteStream() const
-

Converts this class to a ByteStream.

-
- -
-
Constructor Matrix3x3Command
-

Private constructor creates a Matrix3x3Command object.  Use Make___Command methods to create an object.

-
- -
-
commandType
-
virtual MipTypes::Command commandType() const
-
Returns
MipTypes::Command

the command ID.

-
- -
-
fieldDataByte
-
virtual uint8 fieldDataByte() const
-
Returns
uint8

the byte ID for field data in the reply.

-
- -
-
responseExpected
-
virtual bool responseExpected() const
-
Returns
bool

True indicates that a response should return from the device.

-
- -
-
Variables
-
- -
-
m_cmd
- -

The specific MipTypes::Command type of this object

-
- -
-
m_functionSelector
-
MipTypes::FunctionSelector m_functionSelector
-

The FunctionSelector type of command to send, get/set, reset to factory defaults, et al.

-
- -
-
m_data
-
Matrix_3x3s m_data
-

The Matrix_3x3 data to send to the device.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Matrix_3x3-Summary.js b/v66.0.1/MSCL_Docs/classes/C/Matrix_3x3-Summary.js deleted file mode 100644 index 86ca9c580..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Matrix_3x3-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:Matrix_3x3","Matrix_3x3");NDSummary.OnSummaryLoaded("CClass:Matrix_3x3",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Types","Type"],["Variables","Variable"]],[[1961,0,0,"Matrix_3x3"],[1962,0,2,"Functions","Functions"],[1963,0,1,"Matrix_3x3","Matrix_3x3"],[1964,0,1,"Matrix_3x3","Matrix_3x3(2)"],[1965,0,1,"Matrix_3x3","Matrix_3x3(3)"],[1966,0,1,"~Matrix_3x3","~Matrix_3x3"],[1967,0,1,"set","set"],[1968,0,1,"operator()","operator"],[1969,0,1,"at","at"],[1970,0,1,"asMipFieldValues","asMipFieldValues"],[1971,0,2,"Variables","Variables"],[1972,0,4,"m_array","m_array"],[1973,0,2,"Types","Types"],[1974,0,3,"Matrix_3x3s","Matrix_3x3s"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Matrix_3x3-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Matrix_3x3-SummaryToolTips.js deleted file mode 100644 index 80bb8d3fb..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Matrix_3x3-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:Matrix_3x3",{1961:"
Matrix_3x3
Defines a 3 by 3 matrix.
",1963:"
Matrix_3x3(
float i00,
float i01,
float i02,
float i10,
float i11,
float i12,
float i20,
float i21,
float i22
)
Creates a Matrix object.
",1964:"
Matrix_3x3(
MipFieldValues data
)
Creates a Matrix object based on a <MipFieldValues> object Note: MipFieldValues format must be 9 floats
",1965:"
Matrix_3x3()
Creates a zero-filled Matrix object.
",1966:"
~Matrix_3x3()
Destroys a Matrix_3x3 object.
",1967:"
void set(
uint8 row,
uint8 col,
float value
)
Sets matrix index to passed in float value.
",1968:"
#ifndef SWIG float operator() (uint8 row, uint8 col) const
Gets value at matrix index (row, col).
",1969:"
float at(
uint8 row,
uint8 col
) const
Gets value at matrix index (row, col).
",1970:"
MipFieldValues asMipFieldValues() const
Gets the current matrix values formatted as a <MipFieldValues> object
",1972:"
std::array< std::array<float, 3>, 3 > m_array
A 3 by 3 array.
",1974:"
A vector of Matrix_3x3 objects
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Matrix_3x3-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Matrix_3x3-ToolTips.js deleted file mode 100644 index 1d5c0ed46..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Matrix_3x3-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1963:"
Matrix_3x3(
float i00,
float i01,
float i02,
float i10,
float i11,
float i12,
float i20,
float i21,
float i22
)
Creates a Matrix object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Matrix_3x3.html b/v66.0.1/MSCL_Docs/classes/C/Matrix_3x3.html deleted file mode 100644 index 65196e5b0..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Matrix_3x3.html +++ /dev/null @@ -1,88 +0,0 @@ - - -Matrix_3x3 - - - - - - - -
-
Matrix_3x3
-
Matrix_3x3
-

Defines a 3 by 3 matrix.

-
- -
-
Functions
-
- -
-
Matrix_3x3
-
Matrix_3x3(
float i00,
float i01,
float i02,
float i10,
float i11,
float i12,
float i20,
float i21,
float i22
)
-

Creates a Matrix object.

Parameters
a float for each matrix index (0, 0)

(2, 2)

-
- -
-
Matrix_3x3
-
Matrix_3x3(
MipFieldValues data
)
-

Creates a Matrix object based on a <MipFieldValues> object Note: MipFieldValues format must be 9 floats

-
- -
-
Matrix_3x3
-
Matrix_3x3()
-

Creates a zero-filled Matrix object.

-
- -
-
~Matrix_3x3
-
~Matrix_3x3()
-

Destroys a Matrix_3x3 object.

-
- -
-
set
-
void set(
uint8 row,
uint8 col,
float value
)
-

Sets matrix index to passed in float value.

Parameters
col
uint8

the column to set.

row
uint8

the row to set.

value
float

the value to set (row,col) to.

-
- -
-
operator()
-
#ifndef SWIG float operator() (uint8 row, uint8 col) const
-

Gets value at matrix index (row, col).

Parameters
row

the row to set.

col

the column to set.

-
- -
-
at
-
float at(
uint8 row,
uint8 col
) const
-

Gets value at matrix index (row, col).

Parameters
row
uint8

the row to set.

col
uint8

the column to set.

-
- -
-
asMipFieldValues
-
MipFieldValues asMipFieldValues() const
-

Gets the current matrix values formatted as a <MipFieldValues> object

-
- -
-
Variables
-
- -
-
m_array
-
std::array< std::array<float, 3>, 3 > m_array
-

A 3 by 3 array.

-
- -
-
Types
-
- -
-
Matrix_3x3s
-

A vector of Matrix_3x3 objects

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MeasurementReferenceFrame-Summary.js b/v66.0.1/MSCL_Docs/classes/C/MeasurementReferenceFrame-Summary.js deleted file mode 100644 index f83342fd1..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MeasurementReferenceFrame-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:MeasurementReferenceFrame","MeasurementReferenceFrame");NDSummary.OnSummaryLoaded("CClass:MeasurementReferenceFrame",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Types","Type"],["Variables","Variable"]],[[2539,0,0,"MeasurementReferenceFrame"],[2540,0,2,"Functions","Functions"],[2541,0,1,"MeasurementReferenceFrame","MeasurementReferenceFrame"],[2542,0,1,"MeasurementReferenceFrame","MeasurementReferenceFrame(2)"],[2543,0,1,"MeasurementReferenceFrame","MeasurementReferenceFrame(3)"],[2544,0,1,"asMipFieldValues","asMipFieldValues"],[2545,0,1,"appendMipFieldValues","appendMipFieldValues"],[2546,0,2,"Variables","Variables"],[2547,0,4,"m_translation","m_translation"],[2548,0,4,"m_rotation","m_rotation"],[2549,0,4,"m_enableErrorTracking","m_enableErrorTracking"],[2550,0,2,"Functions","Functions(2)"],[2551,0,1,"translation","translation"],[2552,0,1,"translation","translation(2)"],[2553,0,1,"rotation","rotation"],[2554,0,1,"rotation","rotation(2)"],[2555,0,1,"errorTrackingEnabled()","errorTrackingEnabled"],[2556,0,1,"enableErrorTracking","enableErrorTracking"],[2557,0,2,"Types","Types"],[2558,0,3,"MeasurementReferenceFrames","MeasurementReferenceFrames"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MeasurementReferenceFrame-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/MeasurementReferenceFrame-SummaryToolTips.js deleted file mode 100644 index 21e487221..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MeasurementReferenceFrame-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:MeasurementReferenceFrame",{2539:"
MeasurementReferenceFrame
Represents a configurable Aiding Measurement reference frame (0x13,0x01)
",2541:"
MeasurementReferenceFrame()
Constructs a MeasurementReferenceFrame object with default values
",2542:"
MeasurementReferenceFrame(
const PositionOffset &translation,
const Rotation &rotation
) : m_translation(translation), m_rotation(rotation)
Constructs a MeasurementReferenceFrame object with the specified translation and rotation values
",2543:"
MeasurementReferenceFrame(
const MipFieldValues &data,
uint8 offset = 0
)
Creates a MeasurementReferenceFrame object based on specified <MipFieldValues> data
",2544:"
MipFieldValues asMipFieldValues() const
Gets the current reference frame values formatted as a <MipFieldValues> object
",2545:"
void appendMipFieldValues(
MipFieldValues &appendTo
) const
Adds the properly formatted <MipFieldValues> that represent this object to the specified collection.
",2547:"
PositionOffset m_translation
The PositionOffset of this reference frame.
",2548:"
Rotation m_rotation
The Rotation of this reference frame.
",2549:"
Indicates whether error tracking is enabled for this reference frame
",2551:"
PositionOffset translation() const
Get the PositionOffset translation of this reference frame.
",2552:"
void translation(
const PositionOffset &translation
)
Set the PositionOffset translation of this reference frame.
",2553:"
Rotation rotation() const
Get the Rotation of this reference frame
",2554:"
void rotation(
const Rotation &rotation
)
Set the Rotation of this reference frame.
",2555:"
bool errorTrackingEnabled() const
Indicates whether error tracking is enabled for this reference frame.
",2556:"
void enableErrorTracking(
bool enable = true
)
Enable/Disable error tracking for this reference frame.
",2558:"
A map of reference frame IDs with their associated MeasurementReferenceFrame values.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MeasurementReferenceFrame-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/MeasurementReferenceFrame-ToolTips.js deleted file mode 100644 index ff566758e..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MeasurementReferenceFrame-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1644:"
PositionOffset
Represents a position offset (x, y, z).
",2541:"
MeasurementReferenceFrame()
Constructs a MeasurementReferenceFrame object with default values
",2773:"
Rotation
Structure that can represent either a Quaternion or EulerAngles object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MeasurementReferenceFrame.html b/v66.0.1/MSCL_Docs/classes/C/MeasurementReferenceFrame.html deleted file mode 100644 index 78a17a42b..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MeasurementReferenceFrame.html +++ /dev/null @@ -1,121 +0,0 @@ - - -MeasurementReferenceFrame - - - - - - - -
-
MeasurementReferenceFrame
-
MeasurementReferenceFrame
-

Represents a configurable Aiding Measurement reference frame (0x13,0x01)

-
- -
-
Functions
-
- -
-
MeasurementReferenceFrame
-
MeasurementReferenceFrame()
-

Constructs a MeasurementReferenceFrame object with default values

-
- -
-
MeasurementReferenceFrame
-
MeasurementReferenceFrame(
const PositionOffset &translation,
const Rotation &rotation
) : m_translation(translation), m_rotation(rotation)
-

Constructs a MeasurementReferenceFrame object with the specified translation and rotation values

Parameters
translation
const PositionOffset&

PositionOffset of the aiding measurement in the vehicle frame

rotation
const Rotation&

Rotation of the aiding measurement in the vehicle frame

-
- -
-
MeasurementReferenceFrame
-
MeasurementReferenceFrame(
const MipFieldValues &data,
uint8 offset = 0
)
-

Creates a MeasurementReferenceFrame object based on specified <MipFieldValues> data

Parameters
<MipFieldValues>

format must be a u8 rotation format id and 6 or 7 floats

offset
uint8

default: 0 - uint8 index offset to start reading from

-
- -
-
asMipFieldValues
-
MipFieldValues asMipFieldValues() const
-

Gets the current reference frame values formatted as a <MipFieldValues> object

Returns
<MipFieldValues>

collection of values that represents this object.

-
- -
-
appendMipFieldValues
-
void appendMipFieldValues(
MipFieldValues &appendTo
) const
-

Adds the properly formatted <MipFieldValues> that represent this object to the specified collection.

Parameters
appendTo
MipFieldValues&

(reference) the <MipFieldValues> collection to append to

-
- -
-
Variables
-
- -
-
m_translation
-
PositionOffset m_translation
-

The PositionOffset of this reference frame.

-
- -
-
m_rotation
-
Rotation m_rotation
-

The Rotation of this reference frame.

-
- -
-
m_enableErrorTracking
-

Indicates whether error tracking is enabled for this reference frame

-
- -
-
Functions
-
- -
-
translation
-
PositionOffset translation() const
-

Get the PositionOffset translation of this reference frame.

Returns
PositionOffset

the translation value

-
- -
-
translation
-
void translation(
const PositionOffset &translation
)
-

Set the PositionOffset translation of this reference frame.

Parameters
translation
const PositionOffset&

the PositionOffset to set

-
- -
-
rotation
-
Rotation rotation() const
-

Get the Rotation of this reference frame

Returns
Rotation

the rotation value

-
- -
-
rotation
-
void rotation(
const Rotation &rotation
)
-

Set the Rotation of this reference frame.

Parameters
rotation
const Rotation&

the Rotation to set

-
- -
-
errorTrackingEnabled()
-
bool errorTrackingEnabled() const
-

Indicates whether error tracking is enabled for this reference frame.

Returns
bool

the error tracking enabled value

-
- -
-
enableErrorTracking
-
void enableErrorTracking(
bool enable = true
)
-

Enable/Disable error tracking for this reference frame.

Parameters
enable
bool

bool (default true) - true: enable error tracking, false: disable error tracking

-
- -
-
Types
-
- -
-
MeasurementReferenceFrames
-

A map of reference frame IDs with their associated MeasurementReferenceFrame values.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MipChannel-Summary.js b/v66.0.1/MSCL_Docs/classes/C/MipChannel-Summary.js deleted file mode 100644 index 302c7f7b5..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MipChannel-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:MipChannel","MipChannel");NDSummary.OnSummaryLoaded("CClass:MipChannel",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Types","Type"],["Variables","Variable"]],[[4565,0,0,"MipChannel"],[4566,0,2,"Functions","Functions"],[4567,0,1,"MipChannel","MipChannel"],[4568,0,2,"Variables","Variables"],[4569,0,4,"m_channelField","m_channelField"],[4570,0,4,"m_sampleRate","m_sampleRate"],[4571,0,2,"Functions","Functions(2)"],[4572,0,1,"channelField","channelField"],[4573,0,1,"sampleRate","sampleRate"],[4574,0,1,"rateDecimation","rateDecimation"],[4575,0,1,"fieldDescriptor","fieldDescriptor"],[4576,0,1,"descriptorSet","descriptorSet"],[4577,0,2,"Types","Types"],[4578,0,3,"MipChannels","MipChannels"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MipChannel-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/MipChannel-SummaryToolTips.js deleted file mode 100644 index 865bf0447..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MipChannel-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:MipChannel",{4565:"
MipChannel
Represents a single "channel" or data descriptors that can make up an Inertial Device\'s message format
",4567:"
MipChannel(
MipTypes::ChannelField channelField,
const SampleRate &sampleRate
)
Creates a MipChannel object.
",4569:"
MipTypes::ChannelField m_channelField
The MipTypes::ChannelField for this channel.
",4570:"
SampleRate m_sampleRate
The SampleRate of the inertial channel.
",4572:"
MipTypes::ChannelField channelField() const
Gets the MipTypes::ChannelField for this channel.
",4573:"
const SampleRate& sampleRate() const
Gets the SampleRate set for this channel.
",4574:"
uint16 rateDecimation(
uint16 sampleRateBase
) const
Gets the rate decimation that is used to determine the sample rate (sample rate = sampleratebase / rate decimation).
",4575:"
uint8 fieldDescriptor() const
Gets the field descriptor byte of the Inertial Channel.
",4576:"
uint8 descriptorSet() const
Gets the descriptor set byte of the Inertial Channel.
",4578:"
typedef for a vector of MipChannel objects
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MipChannel-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/MipChannel-ToolTips.js deleted file mode 100644 index ec507007c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MipChannel-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3321:"
The enums for all of the different MIP Channel Field IDs.
",4567:"
MipChannel(
MipTypes::ChannelField channelField,
const SampleRate &sampleRate
)
Creates a MipChannel object.
",9819:"
SampleRate
Represents a MicroStrain sample rate (rate at which data is sampling)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MipChannel.html b/v66.0.1/MSCL_Docs/classes/C/MipChannel.html deleted file mode 100644 index 09c0414a5..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MipChannel.html +++ /dev/null @@ -1,86 +0,0 @@ - - -MipChannel - - - - - - - -
-
MipChannel
-
MipChannel
-

Represents a single "channel" or data descriptors that can make up an Inertial Device's message format

-
- -
-
Functions
-
- -
-
MipChannel
-
MipChannel(
MipTypes::ChannelField channelField,
const SampleRate &sampleRate
)
-

Creates a MipChannel object.

Parameters
channelField
MipTypes::ChannelField

The MipTypes::ChannelField for the channel.

sampleRate
const SampleRate&

The SampleRate for the channel.

-
- -
-
Variables
-
- -
-
m_channelField
-
MipTypes::ChannelField m_channelField
-

The MipTypes::ChannelField for this channel.

-
- -
-
m_sampleRate
-
SampleRate m_sampleRate
-

The SampleRate of the inertial channel.

-
- -
-
Functions
-
- -
-
channelField
-
MipTypes::ChannelField channelField() const
-

Gets the MipTypes::ChannelField for this channel.

Returns

An MipTypes::ChannelField that is set for this channel.

-
- -
-
sampleRate
-
const SampleRate& sampleRate() const
-

Gets the SampleRate set for this channel.

Returns

The SampleRate that is set for this channel.

-
- -
-
rateDecimation
-
uint16 rateDecimation(
uint16 sampleRateBase
) const
-

Gets the rate decimation that is used to determine the sample rate (sample rate = sampleratebase / rate decimation).

Returns

The rate decimation that is used to determine the sample rate

-
- -
-
fieldDescriptor
-
uint8 fieldDescriptor() const
-

Gets the field descriptor byte of the Inertial Channel.

Returns

The field descriptor byte of the Inertial Channel.

-
- -
-
descriptorSet
-
uint8 descriptorSet() const
-

Gets the descriptor set byte of the Inertial Channel.

Returns

The descriptor set byte of the Inertial Channel.

-
- -
-
Types
-
- -
-
MipChannels
-

typedef for a vector of MipChannel objects

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MipChannelIdentifier-Summary.js b/v66.0.1/MSCL_Docs/classes/C/MipChannelIdentifier-Summary.js deleted file mode 100644 index 31a270f2e..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MipChannelIdentifier-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:MipChannelIdentifier","MipChannelIdentifier");NDSummary.OnSummaryLoaded("CClass:MipChannelIdentifier",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Enums","Enumeration"],["Functions","Function"],["Groups","Group"],["Types","Type"],["Variables","Variable"]],[[3807,0,0,"MipChannelIdentifier"],[3808,0,4,"Types","Types"],[3809,0,2,"Type","Type"],[3810,0,1,,"GNSS_RECEIVER_ID"],[3811,0,1,,"GNSS_BASE_STATION_ID"],[3812,0,1,,"GNSS_CONSTELLATION"],[3813,0,1,,"GNSS_SATELLITE_ID"],[3814,0,1,,"GNSS_SIGNAL_ID"],[3815,0,1,,"AIDING_MEASUREMENT_TYPE"],[3816,0,1,,"GNSS_RF_BAND"],[3817,0,1,,"AIDING_MEASUREMENT_FRAME_ID"],[3818,0,2,"AidingMeasurementTypes","AidingMeasurementTypes"],[3819,0,1,,"GNSS"],[3820,0,1,,"DUAL_ANTENNA"],[3821,0,1,,"HEADING"],[3822,0,1,,"PRESSURE"],[3823,0,1,,"MAGNETOMETER"],[3824,0,1,,"SPEED"],[3825,0,1,,"AIDING_POS_ECEF"],[3826,0,1,,"AIDING_POS_LLH"],[3827,0,1,,"AIDING_HEIGHT_ABOVE_ELLIPSOID"],[3828,0,1,,"AIDING_VEL_ECEF"],[3829,0,1,,"AIDING_VEL_NED"],[3830,0,1,,"AIDING_VEL_BODY_FRAME"],[3831,0,1,,"AIDING_HEADING_TRUE"],[3832,0,1,,"AIDING_MAGNETIC_FIELD"],[3833,0,1,,"AIDING_PRESSURE"],[3834,0,2,"GnssConstellationIds","GnssConstellationIds"],[3835,0,1,,"UNKNOWN_CONSTELLATION"],[3836,0,1,,"GPS"],[3837,0,1,,"GLONASS"],[3838,0,1,,"GALILEO"],[3839,0,1,,"BEIDOU"],[3840,0,2,"GnssSignalIds","GnssSignalIds"],[3841,0,1,,"UNKNOWN"],[3842,0,1,,"GPS_L1CA"],[3843,0,1,,"GPS_L1P"],[3844,0,1,,"GPS_L1Z"],[3845,0,1,,"GPS_L2CA"],[3846,0,1,,"GPS_L2P"],[3847,0,1,,"GPS_L2Z"],[3848,0,1,,"GPS_L2CL"],[3849,0,1,,"GPS_L2CM"],[3850,0,1,,"GPS_L2CML"],[3851,0,1,,"GPS_L5I"],[3852,0,1,,"GPS_L5Q"],[3853,0,1,,"GPS_L5IQ"],[3854,0,1,,"GPS_L1CD"],[3855,0,1,,"GPS_L1CP"],[3856,0,1,,"GPS_L1CDP"],[3857,0,1,,"GLONASS_G1CA"],[3858,0,1,,"GLONASS_G1P"],[3859,0,1,,"GLONASS_G2C"],[3860,0,1,,"GLONASS_G2P"],[3861,0,1,,"GALILEO_E1C"],[3862,0,1,,"GALILEO_E1A"],[3863,0,1,,"GALILEO_E1B"],[3864,0,1,,"GALILEO_E1BC"],[3865,0,1,,"GALILEO_E1ABC"],[3866,0,1,,"GALILEO_E6C"],[3867,0,1,,"GALILEO_E6A"],[3868,0,1,,"GALILEO_E6B"],[3869,0,1,,"GALILEO_E6BC"],[3870,0,1,,"GALILEO_E6ABC"],[3871,0,1,,"GALILEO_E5BI"],[3872,0,1,,"GALILEO_E5BQ"],[3873,0,1,,"GALILEO_E5BIQ"],[3874,0,1,,"GALILEO_E5ABI"],[3875,0,1,,"GALILEO_E5ABQ"],[3876,0,1,,"GALILEO_E5ABIQ"],[3877,0,1,,"GALILEO_E5AI"],[3878,0,1,,"GALILEO_E5AQ"],[3879,0,1,,"GALILEO_E5AIQ"],[3880,0,1,,"SBAS_L1CA"],[3881,0,1,,"SBAS_L5I"],[3882,0,1,,"SBAS_L5Q"],[3883,0,1,,"SBAS_L5IQ"],[3884,0,1,,"QZSS_L1CA"],[3885,0,1,,"QZSS_LEXS"],[3886,0,1,,"QZSS_LEXL"],[3887,0,1,,"QZSS_LEXSL"],[3888,0,1,,"QZSS_L2CM"],[3889,0,1,,"QZSS_L2CL"],[3890,0,1,,"QZSS_L2CML"],[3891,0,1,,"QZSS_L5I"],[3892,0,1,,"QZSS_L5Q"],[3893,0,1,,"QZSS_L5IQ"],[3894,0,1,,"QZSS_L1CD"],[3895,0,1,,"QZSS_L1CP"],[3896,0,1,,"QZSS_L1CDP"],[3897,0,1,,"BEIDOU_B1I"],[3898,0,1,,"BEIDOU_B1Q"],[3899,0,1,,"BEIDOU_B1IQ"],[3900,0,1,,"BEIDOU_B3I"],[3901,0,1,,"BEIDOU_B3Q"],[3902,0,1,,"BEIDOU_B3IQ"],[3903,0,1,,"BEIDOU_B2I"],[3904,0,1,,"BEIDOU_B2Q"],[3905,0,1,,"BEIDOU_B2IQ"],[3906,0,2,"GnssRfBands","GnssRfBands"],[3907,0,1,,"UNKNOWN_RF_BAND"],[3908,0,1,,"RF_BAND_L1"],[3909,0,1,,"RF_BAND_L2"],[3910,0,1,,"RF_BAND_L5"],[3911,0,5,"TypeId","TypeId"],[3912,0,4,"Functions","Functions"],[3913,0,3,"MipChannelIdentifier","MipChannelIdentifier"],[3914,0,3,"MipChannelIdentifier","MipChannelIdentifier(2)"],[3915,0,3,"MipChannelIdentifier","MipChannelIdentifier(3)"],[3916,0,3,"identifierType","identifierType"],[3917,0,3,"id","id"],[3918,0,3,"hasSpecifier","hasSpecifier"],[3919,0,3,"specifier","specifier"],[3920,0,3,"name","name"],[3921,0,4,"Variables","Variables"],[3922,0,6,"m_type","m_type"],[3923,0,6,"m_id","m_id"],[3924,0,6,"m_specifier","m_specifier"],[3925,0,4,"Functions","Functions(2)"],[3926,0,3,"hasSpecifier","hasSpecifier(2)"],[3927,0,4,"Constants","Constants"],[3928,0,1,"TYPE_NAMES","TYPE_NAMES"],[3929,0,1,"TRANSLATED_TYPE_NAMES","TRANSLATED_TYPE_NAMES"],[3930,0,1,"SPECIFIER_NAMES","SPECIFIER_NAMES"],[3931,0,4,"Types","Types(2)"],[3932,0,5,"MipChannelIdentifiers","MipChannelIdentifiers"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MipChannelIdentifier-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/MipChannelIdentifier-SummaryToolTips.js deleted file mode 100644 index 7c08b48c0..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MipChannelIdentifier-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:MipChannelIdentifier",{3807:"
MipChannelIdentifier
A single additional identifier for a MipDataPoint. Contains a uint value with an identifier type specifier.
",3809:"
Identifier type options, indicates what the MipChannelIdentifier::id value represents.
",3818:"
ID definitions when Type is MipChannelIdentifier::AIDING_MEASUREMENT_TYPE
",3834:"
ID definitions when Type is MipChannelIdentifier::GNSS_CONSTELLATION
",3840:"
ID definitions when Type is MipChannelIdentifier::GNSS_SIGNAL_ID
",3906:"
ID definitions when Type is MipChannelIdentifier::GNSS_RF_BAND
",3911:"
A typedef for a MipChannelIdentifier::Type, uint32 pair.
",3913:"
MipChannelIdentifier()
Default constructor
",3914:"
MipChannelIdentifier(
Type identifierType,
uint32 id
) : m_type(identifierType), m_id(id)
Construct MipChannelIdentifier object with specified MipChannelIdentifier::Type and ID values.
",3915:"
MipChannelIdentifier(
Type identifierType,
uint32 id,
uint32 specifier
) : m_type(identifierType), m_id(id), m_specifier(specifier)
Construct MipChannelIdentifier object with specified MipChannelIdentifier::Type and ID values.
",3916:"
Type identifierType() const
Returns the MipChannelIdentifier::Type specifier of this identifier.
",3917:"
uint32 id() const
Returns the identifier value.
",3918:"
bool hasSpecifier() const
Indicates whether this identifier has an optional additional specifier.
",3919:"
uint32 specifier() const
Returns the optional additional specifier value.
",3920:"
std::string name(
bool standardizedFormat = true
) const
Returns the string representation of this identifier based on type and value.
",3922:"
Type m_type
The MipChannelIdentifier::Type indicator of this identifier.
",3923:"
uint32 m_id
The value of this identifier.
",3924:"
uint32 m_specifier
An option additional specifier for this identifier.
",3926:"
bool hasSpecifier(
std::string &specifierName
) const
Indicates whether this identifier has an optional additional specifier.  Parameters: specifierName - string reference that is set to the specifier name if found
",3928:"
A map of MipChannelIdentifier::Type values and their string labels.
",3929:"
A map of MipChannelIdentifier::TypeId values and their string labels.
",3930:"
A map of <MipChannelIdentifier::SpecifierId> values and their string labels.
",3932:"
A vector of MipChannelIdentifier values, used to assign additional identifiers to a MipDataPoint
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MipChannelIdentifier-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/MipChannelIdentifier-ToolTips.js deleted file mode 100644 index 328608bea..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MipChannelIdentifier-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3809:"
Identifier type options, indicates what the MipChannelIdentifier::id value represents.
",3812:"
GNSS Constellation ID
",3814:"
GNSS Signal ID
",3815:"
Filter Aiding Measurement Type
",3816:"
GNSS RF Band
",3911:"
A typedef for a MipChannelIdentifier::Type, uint32 pair.
",3913:"
MipChannelIdentifier()
Default constructor
",3917:"
uint32 id() const
Returns the identifier value.
",4527:"
MipDataPoint
Represents a single Inertial Data Point (Extends from DataPoint)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MipChannelIdentifier.html b/v66.0.1/MSCL_Docs/classes/C/MipChannelIdentifier.html deleted file mode 100644 index d732a9ca5..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MipChannelIdentifier.html +++ /dev/null @@ -1,163 +0,0 @@ - - -MipChannelIdentifier - - - - - - - -
-
MipChannelIdentifier
-
MipChannelIdentifier
-

A single additional identifier for a MipDataPoint. Contains a uint value with an identifier type specifier.

-
- -
-
Types
-
- -
-
Type
-

Identifier type options, indicates what the MipChannelIdentifier::id value represents.

GNSS_RECEIVER_ID

GNSS Receiver ID

GNSS_BASE_STATION_ID

Differential GNSS Base Station ID

GNSS_CONSTELLATION

GNSS Constellation ID

GNSS_SATELLITE_ID

GNSS Satellite ID

GNSS_SIGNAL_ID

GNSS Signal ID

AIDING_MEASUREMENT_TYPE

Filter Aiding Measurement Type

GNSS_RF_BAND

GNSS RF Band

AIDING_MEASUREMENT_FRAME_ID

Aiding Measurement Frame ID

-
- -
-
AidingMeasurementTypes
-

ID definitions when Type is MipChannelIdentifier::AIDING_MEASUREMENT_TYPE

GNSS

0x01 - GNSS

DUAL_ANTENNA

0x02 - Dual Antenna

HEADING

0x03 - Heading

PRESSURE

0x04 - Pressure

MAGNETOMETER

0x05 - Magnetometer

SPEED

0x06 - Speed

AIDING_POS_ECEF

0x21 - <MipTypes::Command::CMD_AIDING_POS_ECEF>

AIDING_POS_LLH

0x22 - <MipTypes::Command::CMD_AIDING_POS_LLH>

AIDING_HEIGHT_ABOVE_ELLIPSOID

0x23 - <MipTypes::Command::CMD_HEIGHT_ABOVE_ELLIPSOID>

AIDING_VEL_ECEF

0x28 - <MipTypes::Command::CMD_AIDING_VEL_ECEF>

AIDING_VEL_NED

0x29 - <MipTypes::Command::CMD_AIDING_VEL_NED>

AIDING_VEL_BODY_FRAME

0x2A - <MipTypes::Command::CMD_AIDING_VEL_BODY_FRAME>

AIDING_HEADING_TRUE

0x31 - <MipTypes::Command::CMD_AIDING_HEADING_TRUE>

AIDING_MAGNETIC_FIELD

0x32 - <MipTypes::Command::CMD_AIDING_MAGNETIC_FIELD>

AIDING_PRESSURE

0x33 - <MipTypes::Command::CMD_AIDING_PRESSURE>

-
- -
-
GnssConstellationIds
-

ID definitions when Type is MipChannelIdentifier::GNSS_CONSTELLATION

UNKNOWN_CONSTELLATION

0 - Unknown

GPS

1 - GPS

GLONASS

2 - GLONASS

GALILEO

3 - Galileo

BEIDOU

4 - BeiDou

-
- -
-
GnssSignalIds
-

ID definitions when Type is MipChannelIdentifier::GNSS_SIGNAL_ID

UNKNOWN

0

GPS_L1CA

1

GPS_L1P

2

GPS_L1Z

3

GPS_L2CA

4

GPS_L2P

5

GPS_L2Z

6

GPS_L2CL

7

GPS_L2CM

8

GPS_L2CML

9

GPS_L5I

10

GPS_L5Q

11

GPS_L5IQ

12

GPS_L1CD

13

GPS_L1CP

14

GPS_L1CDP

15

GLONASS_G1CA

32

GLONASS_G1P

33

GLONASS_G2C

34

GLONASS_G2P

35

GALILEO_E1C

64

GALILEO_E1A

65

GALILEO_E1B

66

GALILEO_E1BC

67

GALILEO_E1ABC

68

GALILEO_E6C

69

GALILEO_E6A

70

GALILEO_E6B

71

GALILEO_E6BC

72

GALILEO_E6ABC

73

GALILEO_E5BI

74

GALILEO_E5BQ

75

GALILEO_E5BIQ

76

GALILEO_E5ABI

77

GALILEO_E5ABQ

78

GALILEO_E5ABIQ

79

GALILEO_E5AI

80

GALILEO_E5AQ

81

GALILEO_E5AIQ

82

SBAS_L1CA

96

SBAS_L5I

97

SBAS_L5Q

98

SBAS_L5IQ

99

QZSS_L1CA

128

QZSS_LEXS

129

QZSS_LEXL

130

QZSS_LEXSL

131

QZSS_L2CM

132

QZSS_L2CL

133

QZSS_L2CML

134

QZSS_L5I

135

QZSS_L5Q

136

QZSS_L5IQ

137

QZSS_L1CD

138

QZSS_L1CP

139

QZSS_L1CDP

140

BEIDOU_B1I

160

BEIDOU_B1Q

161

BEIDOU_B1IQ

162

BEIDOU_B3I

163

BEIDOU_B3Q

164

BEIDOU_B3IQ

165

BEIDOU_B2I

166

BEIDOU_B2Q

167

BEIDOU_B2IQ

168

-
- -
-
GnssRfBands
-

ID definitions when Type is MipChannelIdentifier::GNSS_RF_BAND

UNKNOWN_RF_BAND

0 - Unknown

RF_BAND_L1

1 - L1

RF_BAND_L2

2 - L2

RF_BAND_L5

5 - L5

-
- -
-
TypeId
-

A typedef for a MipChannelIdentifier::Type, uint32 pair.

-
- -
-
Functions
-
- -
-
MipChannelIdentifier
-
MipChannelIdentifier()
-

Default constructor

-
- -
-
MipChannelIdentifier
-
MipChannelIdentifier(
Type identifierType,
uint32 id
) : m_type(identifierType), m_id(id)
-

Construct MipChannelIdentifier object with specified MipChannelIdentifier::Type and ID values.

Parameters
identifierType
Type

specifies the type of identifier this represents

id
uint32

the identifier value

-
- -
-
MipChannelIdentifier
-
MipChannelIdentifier(
Type identifierType,
uint32 id,
uint32 specifier
) : m_type(identifierType), m_id(id), m_specifier(specifier)
-

Construct MipChannelIdentifier object with specified MipChannelIdentifier::Type and ID values.

Parameters
identifierType
Type

specifies the type of identifier this represents

id
uint32

the identifier value

specifier
uint32

the optional additional specifier

-
- -
-
identifierType
-
Type identifierType() const
-

Returns the MipChannelIdentifier::Type specifier of this identifier.

-
- -
-
id
-
uint32 id() const
-

Returns the identifier value.

-
- -
-
hasSpecifier
-
bool hasSpecifier() const
-

Indicates whether this identifier has an optional additional specifier.

-
- -
-
specifier
-
uint32 specifier() const
-

Returns the optional additional specifier value.

Note

This is only valid and applicable if hasSpecifier returns true. Value may be non-zero regardless.

-
- -
-
name
-
std::string name(
bool standardizedFormat = true
) const
-

Returns the string representation of this identifier based on type and value.

Parameters
standardizedFormat
bool

specify whether the format should be left consistent for all identifier types or consolidated where relevant

Example

<GNSS_CONSTELLATION, 2>: true = "gnssConstellation_2", false = "glonass"

-
- -
-
Variables
-
- -
-
m_type
-
Type m_type
-

The MipChannelIdentifier::Type indicator of this identifier.

-
- -
-
m_id
-
uint32 m_id
-

The value of this identifier.

-
- -
-
m_specifier
-
uint32 m_specifier
-

An option additional specifier for this identifier.

-
- -
-
Functions
-
- -
-
hasSpecifier
-
bool hasSpecifier(
std::string &specifierName
) const
-

Indicates whether this identifier has an optional additional specifier.  Parameters: specifierName - string reference that is set to the specifier name if found

-
- -
-
Constants
-
- -
-
TYPE_NAMES
-

A map of MipChannelIdentifier::Type values and their string labels.

-
- -
-
TRANSLATED_TYPE_NAMES
-

A map of MipChannelIdentifier::TypeId values and their string labels.

-
- -
-
SPECIFIER_NAMES
-

A map of <MipChannelIdentifier::SpecifierId> values and their string labels.

-
- -
-
Types
-
- -
-
MipChannelIdentifiers
-

A vector of MipChannelIdentifier values, used to assign additional identifiers to a MipDataPoint

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MipCmdResponse-Summary.js b/v66.0.1/MSCL_Docs/classes/C/MipCmdResponse-Summary.js deleted file mode 100644 index d141f5f87..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MipCmdResponse-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:MipCmdResponse","MipCmdResponse");NDSummary.OnSummaryLoaded("CClass:MipCmdResponse",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[2822,0,0,"MipCmdResponse"],[2823,0,2,"Functions","Functions"],[2824,0,1,"MipCmdResponse","MipCmdResponse"],[2825,0,1,"MipCmdResponse","MipCmdResponse(2)"],[2826,0,2,"Variables","Variables"],[2827,0,3,"m_responseState","m_responseState"],[2828,0,3,"m_success","m_success"],[2829,0,3,"m_ackNack","m_ackNack"],[2830,0,3,"m_commandName","m_commandName"],[2831,0,2,"Functions","Functions(2)"],[2832,0,1,"throwIfFailed","throwIfFailed"],[2833,0,1,"success","success"],[2834,0,1,"errorCode","errorCode"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MipCmdResponse-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/MipCmdResponse-SummaryToolTips.js deleted file mode 100644 index 928d4f3dc..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MipCmdResponse-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:MipCmdResponse",{2822:"
MipCmdResponse
Represents the response to a generic InertialNode command
",2824:"
MipCmdResponse()
Creates a MipCmdResponse with default values
",2825:"
MipCmdResponse(
ResponsePattern::State state,
bool success,
MipPacket::MipAckNack errorCode,
std::string cmdName
)
Creates a MipCmdResponse with the given parameters
",2827:"
ResponsePattern::State m_responseState
The state of the response, which determines which exceptions are thrown, if any
",2828:"
bool m_success
Whether or not the response was a success
",2829:"
MipPacket::MipAckNack m_ackNack
The MIP ack/nack that was received with the packet
",2830:"
std::string m_commandName
The name of the command that this response corresponds to (to be used in error descriptions)
",2832:"
void throwIfFailed()
Throws an exeption if the response was a failure.
",2833:"
virtual bool success() const
Gets whether or not the command was a success.
",2834:"
virtual MipPacket::MipAckNack errorCode() const
Gets the MIP ack/nack error code that was returned
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MipCmdResponse-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/MipCmdResponse-ToolTips.js deleted file mode 100644 index 6eac6193b..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MipCmdResponse-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({10446:"
Error
The generic MicroStrain exception (base class)
",10468:"
Error_Communication
The exception for failing to communicate with a device.
",10497:"
Error_MipCmdFailed
The Inertial command has failed
",2927:"
GenericMipCmdResponse
Represents the response to a GenericMipCommand.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MipCmdResponse.html b/v66.0.1/MSCL_Docs/classes/C/MipCmdResponse.html deleted file mode 100644 index 48fc28c44..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MipCmdResponse.html +++ /dev/null @@ -1,83 +0,0 @@ - - -MipCmdResponse - - - - - - - -
-
MipCmdResponse
-
MipCmdResponse
GenericMipCmdResponse
-

Represents the response to a generic InertialNode command

-
- -
-
Functions
-
- -
-
MipCmdResponse
-
MipCmdResponse()
-

Creates a MipCmdResponse with default values

-
- -
-
MipCmdResponse
-
MipCmdResponse(
ResponsePattern::State state,
bool success,
MipPacket::MipAckNack errorCode,
std::string cmdName
)
-

Creates a MipCmdResponse with the given parameters

Parameters
state
ResponsePattern::State

The state of the response

success
bool

Whether or not the response was a success

errorCode
MipPacket::MipAckNack

The MIP Ack/Nack error code received

cmdName
std::string

The name of the command that this response corresponds to

-
- -
-
Variables
-
- -
-
m_responseState
-
ResponsePattern::State m_responseState
-

The state of the response, which determines which exceptions are thrown, if any

-
- -
-
m_success
-
bool m_success
-

Whether or not the response was a success

-
- -
-
m_ackNack
-
MipPacket::MipAckNack m_ackNack
-

The MIP ack/nack that was received with the packet

-
- -
-
m_commandName
-
std::string m_commandName
-

The name of the command that this response corresponds to (to be used in error descriptions)

-
- -
-
Functions
-
- -
-
throwIfFailed
-
void throwIfFailed()
-

Throws an exeption if the response was a failure.

Exceptions
-
- -
-
success
-
virtual bool success() const
-

Gets whether or not the command was a success.

Returns

true if the command was a success, false otherwise

Exceptions

  • Error: The function was called before there was a response to the command (uninitialized)

-
- -
-
errorCode
-
virtual MipPacket::MipAckNack errorCode() const
-

Gets the MIP ack/nack error code that was returned

Returns

The MIP ack/nack error code as a <MipPacket::MipAckNack>

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MipCommandBytes-Summary.js b/v66.0.1/MSCL_Docs/classes/C/MipCommandBytes-Summary.js deleted file mode 100644 index fa8f6e536..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MipCommandBytes-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:MipCommandBytes","MipCommandBytes");NDSummary.OnSummaryLoaded("CClass:MipCommandBytes",[["C/C++","C"]],[["Functions","Function"],["Groups","Group"],["Structs","Struct"],["Types","Type"],["Variables","Variable"]],[[3933,0,2,"MipCommandBytes"],[3934,0,1,"Variables","Variables"],[3935,0,4,"id","id"],[3936,0,4,"commands","commands"],[3937,0,4,"buildCmdFailed","buildCmdFailed"],[3938,0,4,"sendCmdFailed","sendCmdFailed"],[3939,0,1,"Functions","Functions"],[3940,0,0,"MipCommandBytes","MipCommandBytes"],[3941,0,0,"MipCommandBytes","MipCommandBytes(2)"],[3942,0,0,"MipCommandBytes","MipCommandBytes(3)"],[3943,0,0,"MipCommandBytes","MipCommandBytes(4)"],[3944,0,0,"add","add"],[3945,0,0,"valid","valid"],[3946,0,1,"Types","Types"],[3947,0,3,"MipCommandSet","MipCommandSet"],[3948,0,3,"MipFieldFormat","MipFieldFormat"],[3949,0,3,"MipFieldValues","MipFieldValues"],[3950,0,3,"MipCommandParameters","MipCommandParameters"],[3951,0,3,"MipFunctionSelectors","MipFunctionSelectors"],[3952,0,3,"MipResponseMatchValues","MipResponseMatchValues"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MipCommandBytes-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/MipCommandBytes-SummaryToolTips.js deleted file mode 100644 index e321d7f76..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MipCommandBytes-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:MipCommandBytes",{3933:"
Contains an <Command> id and a BytesCollection vector to store the actual bytes to send to the device for that command.
",3935:"
MipTypes::Command id
MipTypes::Command this object represents
",3936:"
BytesCollection commands
BytesCollection of raw command bytes
",3937:"
bool buildCmdFailed
",3938:"
bool sendCmdFailed
",3940:"
MipCommandBytes() : buildCmdFailed(false), sendCmdFailed(false)
Default constructor for MipCommandBytes object
",3941:"
MipCommandBytes(
MipTypes::Command _id
) : id(_id), buildCmdFailed(false), sendCmdFailed(false)
Constructor for MipCommandBytes object
",3942:"
MipCommandBytes(
MipTypes::Command _id,
Bytes _cmd
) : id(_id), commands({ _cmd }), buildCmdFailed(false), sendCmdFailed(false)
Constructor for MipCommandBytes object
",3943:"
MipCommandBytes(
MipTypes::Command _id,
BytesCollection _cmds
) : id(_id), commands(_cmds), buildCmdFailed(false), sendCmdFailed(false)
Constructor for MipCommandBytes object
",3944:"
void add(
Bytes cmd
)
Add raw command Bytes to commands BytesCollection
",3945:"
bool valid()
Indicates whether this object contains any relevant information, specifically whether it contains any command Bytes or has been marked for failure.
",3947:"
A vector of MipCommandBytes
",3948:"
A ValueType vector
",3949:"
A Value vector
",3950:"
A list of <MipCommandParameterList> command/parameter definitions
",3951:"
A MipTypes::FunctionSelector vector
",3952:"
A map of locations and values to match in a MIP response to determine success
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MipCommandBytes-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/MipCommandBytes-ToolTips.js deleted file mode 100644 index c71074fbc..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MipCommandBytes-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3158:"
The enums for all the different types/categories of MIP commands and data.
",3171:"
The enums for all of the different MIP commands.
",3940:"
MipCommandBytes() : buildCmdFailed(false), sendCmdFailed(false)
Default constructor for MipCommandBytes object
",10144:"
Value
Represents a single value that can be stored/accessed in multiple ways.
",10253:"
typedef for a vector of bytes.
",10254:"
A vector of Bytes objects.
",}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MipCommandBytes.html b/v66.0.1/MSCL_Docs/classes/C/MipCommandBytes.html deleted file mode 100644 index c854a6380..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MipCommandBytes.html +++ /dev/null @@ -1,118 +0,0 @@ - - -MipCommandBytes - - - - - - - -
-
MipCommandBytes
-

Contains an <Command> id and a BytesCollection vector to store the actual bytes to send to the device for that command.

-
- -
-
Variables
-
- -
-
id
- -

MipTypes::Command this object represents

-
- -
-
commands
- -

BytesCollection of raw command bytes

-
- -
-
buildCmdFailed
-
bool buildCmdFailed
-
bool

indicates building command bytes was attempted but failed

false by default

set to true on failure

-
- -
-
sendCmdFailed
-
bool sendCmdFailed
-
bool

indicates sending the command bytes was attempted but failed

false by default

set to true on failure

-
- -
-
Functions
-
- -
-
MipCommandBytes
-
MipCommandBytes() : buildCmdFailed(false), sendCmdFailed(false)
-

Default constructor for MipCommandBytes object

-
- -
-
MipCommandBytes
-
MipCommandBytes(
MipTypes::Command _id
) : id(_id), buildCmdFailed(false), sendCmdFailed(false)
-

Constructor for MipCommandBytes object

Parameters
id

MipTypes::Command this object represents

-
- -
-
MipCommandBytes
-
MipCommandBytes(
MipTypes::Command _id,
Bytes _cmd
) : id(_id), commands({ _cmd }), buildCmdFailed(false), sendCmdFailed(false)
-

Constructor for MipCommandBytes object

Parameters
id

MipTypes::Command this object represents

cmd

raw command Bytes to add to the commands BytesCollection

-
- -
-
MipCommandBytes
-
MipCommandBytes(
MipTypes::Command _id,
BytesCollection _cmds
) : id(_id), commands(_cmds), buildCmdFailed(false), sendCmdFailed(false)
-

Constructor for MipCommandBytes object

Parameters
id

MipTypes::Command this object represents

cmds

collection of raw command Bytes to add to the commands BytesCollection

-
- -
-
add
-
void add(
Bytes cmd
)
-

Add raw command Bytes to commands BytesCollection

Parameters
cmd
Bytes

command Bytes to add

-
- -
-
valid
-
bool valid()
-

Indicates whether this object contains any relevant information, specifically whether it contains any command Bytes or has been marked for failure.

Returns
bool

true if commands size is at least one OR send command failed OR build command failed

-
- -
-
Types
-
- -
-
MipCommandSet
-

A vector of MipCommandBytes

-
- -
-
MipFieldFormat
-

A ValueType vector

-
- -
-
MipFieldValues
-

A Value vector

-
- -
-
MipCommandParameters
-

A list of <MipCommandParameterList> command/parameter definitions

-
- -
-
MipFunctionSelectors
-

A MipTypes::FunctionSelector vector

-
- -
-
MipResponseMatchValues
-

A map of locations and values to match in a MIP response to determine success

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MipDataField-Summary.js b/v66.0.1/MSCL_Docs/classes/C/MipDataField-Summary.js deleted file mode 100644 index 5dbb188d8..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MipDataField-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:MipDataField","MipDataField");NDSummary.OnSummaryLoaded("CClass:MipDataField",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Types","Type"],["Variables","Variable"]],[[4550,0,0,"MipDataField"],[4551,0,2,"Functions","Functions"],[4552,0,1,"MipDataField","MipDataField"],[4553,0,1,"MipDataField","MipDataField(2)"],[4554,0,2,"Variables","Variables"],[4555,0,4,"m_fieldId","m_fieldId"],[4556,0,4,"m_fieldData","m_fieldData"],[4557,0,2,"Functions","Functions(2)"],[4558,0,1,"fieldId","fieldId"],[4559,0,1,"fieldDescriptor","fieldDescriptor"],[4560,0,1,"descriptorSet","descriptorSet"],[4561,0,1,"fieldData","fieldData"],[4562,0,2,"Types","Types"],[4563,0,3,"MipDataFields","MipDataFields"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MipDataField-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/MipDataField-SummaryToolTips.js deleted file mode 100644 index e5ab81629..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MipDataField-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:MipDataField",{4550:"
MipDataField
An Inertial data field object that represents a data field within an Inertial Data Packet
",4552:"
explicit MipDataField(
uint16 fieldId
)
Creates a MipDataField with the given fieldId and no field data
",4553:"
MipDataField(
uint16 fieldId,
Bytes fieldData
)
Creates a MipDataField with the given fieldId and field data
",4555:"
uint16 m_fieldId
The field type describing the type of the field data
",4556:"
ByteStream m_fieldData
The ByteStream that holds the bytes making up the field data
",4558:"
uint16 fieldId() const
Gets the field id of the field data
",4559:"
uint8 fieldDescriptor() const
Gets the field descriptor of the field data
",4560:"
uint8 descriptorSet() const
Gets the descriptor set of the field data
",4561:"
ByteStream fieldData() const
Gets the field data as a ByteStream
",4563:"
Typedef for a vector of MipDataField objects
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MipDataField-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/MipDataField-ToolTips.js deleted file mode 100644 index f13d47970..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MipDataField-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({4552:"
explicit MipDataField(
uint16 fieldId
)
Creates a MipDataField with the given fieldId and no field data
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10253:"
typedef for a vector of bytes.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MipDataField.html b/v66.0.1/MSCL_Docs/classes/C/MipDataField.html deleted file mode 100644 index 6cc224d83..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MipDataField.html +++ /dev/null @@ -1,86 +0,0 @@ - - -MipDataField - - - - - - - -
-
MipDataField
-
MipDataField
-

An Inertial data field object that represents a data field within an Inertial Data Packet

-
- -
-
Functions
-
- -
-
MipDataField
-
explicit MipDataField(
uint16 fieldId
)
-

Creates a MipDataField with the given fieldId and no field data

Parameters
fieldId
uint16

The field id describing the type of the field data

-
- -
-
MipDataField
-
MipDataField(
uint16 fieldId,
Bytes fieldData
)
-

Creates a MipDataField with the given fieldId and field data

Parameters
fieldId
uint16

The field id describing the type of the field data

fieldData
Bytes

The Bytes that make up the field data points (not including the field length or descriptor bytes)

-
- -
-
Variables
-
- -
-
m_fieldId
-
uint16 m_fieldId
-

The field type describing the type of the field data

-
- -
-
m_fieldData
-
ByteStream m_fieldData
-

The ByteStream that holds the bytes making up the field data

-
- -
-
Functions
-
- -
-
fieldId
-
uint16 fieldId() const
-

Gets the field id of the field data

Returns

The field type describing the type of the field data

-
- -
-
fieldDescriptor
-
uint8 fieldDescriptor() const
-

Gets the field descriptor of the field data

Returns

The field descriptor of the field data

-
- -
-
descriptorSet
-
uint8 descriptorSet() const
-

Gets the descriptor set of the field data

Returns

The descriptor set of the field data

-
- -
-
fieldData
-
ByteStream fieldData() const
-

Gets the field data as a ByteStream

Returns

The ByteStream containing the raw bytes of the field data

-
- -
-
Types
-
- -
-
MipDataFields
-

Typedef for a vector of MipDataField objects

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MipDataPacket-Summary.js b/v66.0.1/MSCL_Docs/classes/C/MipDataPacket-Summary.js deleted file mode 100644 index a613b263b..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MipDataPacket-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:MipDataPacket","MipDataPacket");NDSummary.OnSummaryLoaded("CClass:MipDataPacket",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Types","Type"],["Variables","Variable"]],[[3095,0,0,"MipDataPacket"],[3096,0,2,"Functions","Functions"],[3097,0,1,"MipDataPacket","MipDataPacket"],[3098,0,1,"MipDataPacket","MipDataPacket(2)"],[3099,0,2,"Variables","Variables"],[3100,0,4,"m_dataFields","m_dataFields"],[3101,0,4,"m_points","m_points"],[3102,0,4,"m_sharedFields","m_sharedFields"],[3103,0,4,"m_collectedTime","m_collectedTime"],[3104,0,4,"m_deviceTime","m_deviceTime"],[3105,0,4,"m_hasDeviceTime","m_hasDeviceTime"],[3106,0,4,"m_deviceTimeValid","m_deviceTimeValid"],[3107,0,4,"m_deviceTimeFlags","m_deviceTimeFlags"],[3108,0,2,"Functions","Functions(2)"],[3109,0,1,"parseDataFields","parseDataFields"],[3110,0,1,"parsePointsInField","parsePointsInField"],[3111,0,1,"parseTimestamp","parseTimestamp"],[3112,0,1,"timestampWithinRange","timestampWithinRange"],[3113,0,1,"data","data"],[3114,0,1,"shared","shared"],[3115,0,1,"collectedTimestamp","collectedTimestamp"],[3116,0,1,"deviceTimestamp","deviceTimestamp"],[3117,0,1,"hasDeviceTime","hasDeviceTime"],[3118,0,1,"deviceTimeValid","deviceTimeValid"],[3119,0,1,"deviceTimeFlags","deviceTimeFlags"],[3120,0,2,"Types","Types"],[3121,0,3,"MipDataPackets","MipDataPackets"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MipDataPacket-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/MipDataPacket-SummaryToolTips.js deleted file mode 100644 index fb2c3da83..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MipDataPacket-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:MipDataPacket",{3095:"
MipDataPacket
A Mip Data Packet that contains both valid and invalid data from a MIP Device.
",3097:"
MipDataPacket()
Creates a default constructed MipDataPacket
",3098:"
explicit MipDataPacket(
const MipPacket &packet
)
Creates a MipDataPacket object
",3100:"
MipDataFields m_dataFields
The MipDataFields that are contained within this packet
",3101:"
MipDataPoints m_points
The MipDataPoints within this packet
",3102:"
MipSharedDataFields m_sharedFields
Accessors for the shared field information found within this packet
",3103:"
Timestamp m_collectedTime
The Timestamp of when this packet was received
",3104:"
Timestamp m_deviceTime
The timestamp that was provided by the Node in the data packet Note: this is being deprecated for Gen 7 devices and later, use shared().gpsTimestamp(), externalTimestamp() instead.
",3105:"
bool m_hasDeviceTime
Whether the device timestamp was included in the data packet.  Note: this is being deprecated for Gen 7 devices and later, use shared().hasGpsTimestamp(), externalTimestamp() instead.
",3106:"
bool m_deviceTimeValid
Whether the device timestamp is valid or not (based on flags and/or it being a reasonable timestamp) Note: this is being deprecated for Gen 7 devices and later, use shared().gpsTimestampValid(), externalTimestampValid() instead.
",3107:"
uint16 m_deviceTimeFlags
The flags value that the device timestamp was transmitted with.
",3109:"
void parseDataFields()
Parses the passed in MipPacket for all the field information and adds a data field to the MipDataFields container Also parses out all the MipDataPoints in the fields that were created and adds them to m_points
",3110:"
void parsePointsInField(
const MipDataField &field
)
Parses an MipDataField for MipDataPoints and puts them into m_points
",3111:"
void parseTimeStamp(
const MipDataField &field
)
Parses a MIP timestamp field, and sets the device time member variables.
",3112:"
bool timestampWithinRange(
const Timestamp &timestamp
) const
Checks if the given timestamp is within range of the collectedTimestamp.
",3113:"
const MipDataPoints& data() const
Gets all the MipDataPoints that are contained within this packet.
",3114:"
const MipSharedDataFields& shared() const
Gets the MipSharedDataFields object that makes the shared field information within this packet more easily accessible.
",3115:"
const Timestamp& collectedTimestamp() const
Gets the Timestamp representing when the packet was collected by MSCL.
",3116:"
const Timestamp& deviceTimestamp() const
Gets the Timestamp which was transmitted in the Mip Data Packet as a channel field.  Note: This will return a Timestamp of 0 if deviceTimeValid returns false.
",3117:"
bool hasDeviceTime() const
Whether the data packet had a Timestamp field included in it.
",3118:"
bool deviceTimeValid() const
Whether the Timestamp field sent from the device is valid or not.
",3119:"
uint16 deviceTimeFlags() const
Gets the timestamp flags that were transmitted in the Mip Data Packet.  Note: This will return 0 if deviceTimeValid returns false.
",3121:"
Typedef for a vector of MipDataPacket objects.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MipDataPacket-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/MipDataPacket-ToolTips.js deleted file mode 100644 index b0ac1b876..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MipDataPacket-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2983:"
MipSharedDataFields
Object to more easily access shared data field information within a MipDataPacket
",3026:"
MipPacket
A class that contains packet information about an Inertial packet
",3097:"
MipDataPacket()
Creates a default constructed MipDataPacket
",3115:"
const Timestamp& collectedTimestamp() const
Gets the Timestamp representing when the packet was collected by MSCL.
",3118:"
bool deviceTimeValid() const
Whether the Timestamp field sent from the device is valid or not.
",4527:"
MipDataPoint
Represents a single Inertial Data Point (Extends from DataPoint)
",4550:"
MipDataField
An Inertial data field object that represents a data field within an Inertial Data Packet
",10291:"
Timestamp
Represents a date/time object
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MipDataPacket.html b/v66.0.1/MSCL_Docs/classes/C/MipDataPacket.html deleted file mode 100644 index 37ba4db8c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MipDataPacket.html +++ /dev/null @@ -1,164 +0,0 @@ - - -MipDataPacket - - - - - - - -
-
MipDataPacket
-
public
MipPacket
MipDataPacket
-

A Mip Data Packet that contains both valid and invalid data from a MIP Device.

-
- -
-
Functions
-
- -
-
MipDataPacket
-
MipDataPacket()
-

Creates a default constructed MipDataPacket

-
- -
-
MipDataPacket
-
explicit MipDataPacket(
const MipPacket &packet
)
-

Creates a MipDataPacket object

Parameters
packet
const MipPacket&

The MipPacket that was found to be a MipDataPacket

-
- -
-
Variables
-
- -
-
m_dataFields
-
MipDataFields m_dataFields
-

The MipDataFields that are contained within this packet

-
- -
-
m_points
-
MipDataPoints m_points
-

The MipDataPoints within this packet

-
- -
-
m_sharedFields
-
MipSharedDataFields m_sharedFields
-

Accessors for the shared field information found within this packet

-
- -
-
m_collectedTime
-
Timestamp m_collectedTime
-

The Timestamp of when this packet was received

-
- -
-
m_deviceTime
-
Timestamp m_deviceTime
-

The timestamp that was provided by the Node in the data packet Note: this is being deprecated for Gen 7 devices and later, use shared().gpsTimestamp(), externalTimestamp() instead.

-
- -
-
m_hasDeviceTime
-
bool m_hasDeviceTime
-

Whether the device timestamp was included in the data packet.  Note: this is being deprecated for Gen 7 devices and later, use shared().hasGpsTimestamp(), externalTimestamp() instead.

-
- -
-
m_deviceTimeValid
-
bool m_deviceTimeValid
-

Whether the device timestamp is valid or not (based on flags and/or it being a reasonable timestamp) Note: this is being deprecated for Gen 7 devices and later, use shared().gpsTimestampValid(), externalTimestampValid() instead.

-
- -
-
m_deviceTimeFlags
-
uint16 m_deviceTimeFlags
-

The flags value that the device timestamp was transmitted with.

-
- -
-
Functions
-
- -
-
parseDataFields
-
void parseDataFields()
-

Parses the passed in MipPacket for all the field information and adds a data field to the MipDataFields container Also parses out all the MipDataPoints in the fields that were created and adds them to m_points

-
- -
-
parsePointsInField
-
void parsePointsInField(
const MipDataField &field
)
-

Parses an MipDataField for MipDataPoints and puts them into m_points

Parameters
field
const MipDataField&

The MipDataField to parse for data points

-
- -
-
parseTimestamp
-
void parseTimeStamp(
const MipDataField &field
)
-

Parses a MIP timestamp field, and sets the device time member variables.

Parameters
field
const MipDataField&

The MipDataField to parse the time from

-
- -
-
timestampWithinRange
-
bool timestampWithinRange(
const Timestamp &timestamp
) const
-

Checks if the given timestamp is within range of the collectedTimestamp.

Parameters
timestamp
const Timestamp&

The Timestamp to validate.

Returns

true if the given timestamp is within 1 hour of the collectedTimestamp, false otherwise.

-
- -
-
data
-
const MipDataPoints& data() const
-

Gets all the MipDataPoints that are contained within this packet.

Returns

The MipDataPoints that are contained within this packet.

-
- -
-
shared
-
const MipSharedDataFields& shared() const
-

Gets the MipSharedDataFields object that makes the shared field information within this packet more easily accessible.

Returns

The MipSharedDataFields that are contained within this packet.

-
- -
-
collectedTimestamp
-
const Timestamp& collectedTimestamp() const
-

Gets the Timestamp representing when the packet was collected by MSCL.

Returns

A Timestamp representing when the packet was received by MSCL.

-
- -
-
deviceTimestamp
-
const Timestamp& deviceTimestamp() const
-

Gets the Timestamp which was transmitted in the Mip Data Packet as a channel field.  Note: This will return a Timestamp of 0 if deviceTimeValid returns false.

Returns

A Timestamp that was included in the data packet itself as a field.

-
- -
-
hasDeviceTime
-
bool hasDeviceTime() const
-

Whether the data packet had a Timestamp field included in it.

Returns

true if the data packet included a Timestamp field, false if it did not.

-
- -
-
deviceTimeValid
-
bool deviceTimeValid() const
-

Whether the Timestamp field sent from the device is valid or not.

Returns

true if the Timestamp is valid, false if not.

-
- -
-
deviceTimeFlags
-
uint16 deviceTimeFlags() const
-

Gets the timestamp flags that were transmitted in the Mip Data Packet.  Note: This will return 0 if deviceTimeValid returns false.

Returns

The uint16 flags that were sent with the device timestamp.

-
- -
-
Types
-
- -
-
MipDataPackets
-

Typedef for a vector of MipDataPacket objects.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MipDataPoint-Summary.js b/v66.0.1/MSCL_Docs/classes/C/MipDataPoint-Summary.js deleted file mode 100644 index 6e49a6d90..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MipDataPoint-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:MipDataPoint","MipDataPoint");NDSummary.OnSummaryLoaded("CClass:MipDataPoint",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Types","Type"],["Variables","Variable"]],[[4527,0,0,"MipDataPoint"],[4528,0,2,"Functions","Functions"],[4529,0,1,"MipDataPoint","MipDataPoint"],[4530,0,1,"MipDataPoint","MipDataPoint(2)"],[4531,0,1,"MipDataPoint","MipDataPoint(3)"],[4532,0,1,"MipDataPoint","MipDataPoint(4)"],[4533,0,1,"MipDataPoint","MipDataPoint(5)"],[4534,0,2,"Variables","Variables"],[4535,0,4,"m_field;","m_field_"],[4536,0,4,"m_qualifier","m_qualifier"],[4537,0,4,"m_addlIdentifiers","m_addlIdentifiers"],[4538,0,4,"m_hasValidFlag","m_hasValidFlag"],[4539,0,4,"m_valid","m_valid"],[4540,0,2,"Functions","Functions(2)"],[4541,0,1,"field","field"],[4542,0,1,"qualifier","qualifier"],[4543,0,1,"hasAddlIdentifiers","hasAddlIdentifiers"],[4544,0,1,"addlIdentifiers","addlIdentifiers"],[4545,0,1,"hasValidFlag","hasValidFlag"],[4546,0,1,"valid","valid"],[4547,0,1,"channelName","channelName"],[4548,0,2,"Types","Types"],[4549,0,3,"MipDataPoints","MipDataPoints"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MipDataPoint-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/MipDataPoint-SummaryToolTips.js deleted file mode 100644 index 93fdf2eae..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MipDataPoint-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:MipDataPoint",{4527:"
MipDataPoint
Represents a single Inertial Data Point (Extends from DataPoint)
",4529:"
MipDataPoint()
Creates a MipDataPoint object with default, unknown, values
",4530:"
MipDataPoint(
MipTypes::ChannelField field,
MipTypes::ChannelQualifier qualifier,
ValueType storedAsType,
anyType value
)
Creates a MipDataPoint object
",4531:"
MipDataPoint(
MipTypes::ChannelField field,
MipTypes::ChannelQualifier qualifier,
MipChannelIdentifiers addlIds,
ValueType storedAsType,
anyType value
)
Creates a MipDataPoint object with additional identifier values that describe the point
",4532:"
MipDataPoint(
MipTypes::ChannelField field,
MipTypes::ChannelQualifier qualifier,
ValueType storedAsType,
anyType value,
bool valid
)
Creates a MipDataPoint object with a valid flag that describes the point
",4533:"
MipDataPoint(
MipTypes::ChannelField field,
MipTypes::ChannelQualifier qualifier,
MipChannelIdentifiers addlIds,
ValueType storedAsType,
anyType value,
bool valid
)
Creates a MipDataPoint object with additional identifier values and a valid flag that describes the point
",4535:"
The MipTypes::ChannelField of the data point.
",4536:"
MipTypes::ChannelQualifier m_qualifier
The MipTypes::ChannelQualifier of the data point.
",4537:"
MipChannelIdentifiers m_addlIdentifiers
A MipChannelIdentifiers list of additional identifiers for this data point ie GNSS constellation and satellite ID
",4538:"
bool m_hasValidFlag
Whether the data point was transmitted with a valid flag.  If the point wasn\'t transmitted with a flag, m_valid will be set to true.
",4539:"
bool m_valid
Whether the data point is valid(true) or invalid(false).
",4541:"
MipTypes::ChannelField field() const
Gets the Channel Field that describes the full MIP "Field" that the data point came in.  This is a combination of a MIP "Descriptor ID", and a MIP "Field ID".
",4542:"
MipTypes::ChannelQualifier qualifier() const
Gets the Channel Qualifier that describes the specific channel for the data point.  This, combined with the MipTypes::ChannelField, is a fully unique identifier for the channel.
",4543:"
bool hasAddlIdentifiers() const
Indicates whether or not this data point has additional data identifiers.
",4544:"
MipChannelIdentifiers addlIdentifiers() const
Get the additional identifier values assigned to this data point.
",4545:"
bool hasValidFlag() const
Gets whether the data point had a valid flag transmitted in the data packet.  Note: if hasValidFlag returns false, valid will always return true.
",4546:"
bool valid() const
Gets whether the data point is valid(true) or invalid(false).  Note: if a data point was not transmitted with a flag representing its validity, this will still return true. To determine if the data point had a flag in the data packet, use hasValidFlag.
",4547:"
std::string channelName(
bool includeAddlIds = true,
bool consolidatedFormat = false
) const
Gets the name of the channel.  This is the universal channel name that should be used for uploading to SensorCloud.
",4549:"
Typedef for a vector of MipDataPoint objects
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MipDataPoint-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/MipDataPoint-ToolTips.js deleted file mode 100644 index b2b29b374..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MipDataPoint-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3321:"
The enums for all of the different MIP Channel Field IDs.
",3651:"
The enums for different MIP Channel Qualifiers.  This combined with the ChannelField produces a unique identifier for each individual channel that is collected.
",3807:"
MipChannelIdentifier
A single additional identifier for a MipDataPoint. Contains a uint value with an identifier type specifier.
",4529:"
MipDataPoint()
Creates a MipDataPoint object with default, unknown, values
",4545:"
bool hasValidFlag() const
Gets whether the data point had a valid flag transmitted in the data packet.  Note: if hasValidFlag returns false, valid will always return true.
",4546:"
bool valid() const
Gets whether the data point is valid(true) or invalid(false).  Note: if a data point was not transmitted with a flag representing its validity, this will still return true. To determine if the data point had a flag in the data packet, use hasValidFlag.
",9896:"
DataPoint
Base class representing common functionality between Wireless and Inertial data points
",10144:"
Value
Represents a single value that can be stored/accessed in multiple ways.
",10249:"
Typedef for a simple_any type
",10446:"
Error
The generic MicroStrain exception (base class)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MipDataPoint.html b/v66.0.1/MSCL_Docs/classes/C/MipDataPoint.html deleted file mode 100644 index e46b2a261..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MipDataPoint.html +++ /dev/null @@ -1,139 +0,0 @@ - - -MipDataPoint - - - - - - - -
-
MipDataPoint
-
public
DataPoint
MipDataPoint
-

Represents a single Inertial Data Point (Extends from DataPoint)

See Also

DataPoint, Value

-
- -
-
Functions
-
- -
-
MipDataPoint
-
MipDataPoint()
-

Creates a MipDataPoint object with default, unknown, values

-
- -
-
MipDataPoint
-
MipDataPoint(
MipTypes::ChannelField field,
MipTypes::ChannelQualifier qualifier,
ValueType storedAsType,
anyType value
)
-

Creates a MipDataPoint object

Parameters
field
MipTypes::ChannelField

The MipTypes::ChannelField for the data point.

qualifier
MipTypes::ChannelQualifier

The MipTypes::ChannelQualifier for the data point.

storedAsType
ValueType

The ValueType that represents how the internal data point value is stored.

value
anyType

The value to store.

-
- -
-
MipDataPoint
-
MipDataPoint(
MipTypes::ChannelField field,
MipTypes::ChannelQualifier qualifier,
MipChannelIdentifiers addlIds,
ValueType storedAsType,
anyType value
)
-

Creates a MipDataPoint object with additional identifier values that describe the point

Parameters
field
MipTypes::ChannelField

The MipTypes::ChannelField for the data point.

qualifier
MipTypes::ChannelQualifier

The MipTypes::ChannelQualifier for the data point.

addlIds
MipChannelIdentifiers

The MipChannelIdentifiers to further identify the data point.

storedAsType
ValueType

The ValueType that represents how the internal data point value is stored.

value
anyType

The value to store.

-
- -
-
MipDataPoint
-
MipDataPoint(
MipTypes::ChannelField field,
MipTypes::ChannelQualifier qualifier,
ValueType storedAsType,
anyType value,
bool valid
)
-

Creates a MipDataPoint object with a valid flag that describes the point

Parameters
field
MipTypes::ChannelField

The MipTypes::ChannelField for the data point.

qualifier
MipTypes::ChannelQualifier

The MipTypes::ChannelQualifier for the data point.

storedAsType
ValueType

The ValueType that represents how the internal data point value is stored.

value
anyType

The value to store.

valid
bool

Whether the data point is flagged as valid (true) or invalid (false).

-
- -
-
MipDataPoint
-
MipDataPoint(
MipTypes::ChannelField field,
MipTypes::ChannelQualifier qualifier,
MipChannelIdentifiers addlIds,
ValueType storedAsType,
anyType value,
bool valid
)
-

Creates a MipDataPoint object with additional identifier values and a valid flag that describes the point

Parameters
field
MipTypes::ChannelField

The MipTypes::ChannelField for the data point.

qualifier
MipTypes::ChannelQualifier

The MipTypes::ChannelQualifier for the data point.

addlIds
MipChannelIdentifiers

The MipChannelIdentifiers to further identify the data point.

storedAsType
ValueType

The ValueType that represents how the internal data point value is stored.

value
anyType

The value to store.

valid
bool

Whether the data point is flagged as valid (true) or invalid (false).

-
- -
-
Variables
-
- -
-
m_field;
-

The MipTypes::ChannelField of the data point.

-
- -
-
m_qualifier
- -

The MipTypes::ChannelQualifier of the data point.

-
- -
-
m_addlIdentifiers
-
MipChannelIdentifiers m_addlIdentifiers
-

A MipChannelIdentifiers list of additional identifiers for this data point ie GNSS constellation and satellite ID

-
- -
-
m_hasValidFlag
-
bool m_hasValidFlag
-

Whether the data point was transmitted with a valid flag.  If the point wasn't transmitted with a flag, m_valid will be set to true.

-
- -
-
m_valid
-
bool m_valid
-

Whether the data point is valid(true) or invalid(false).

-
- -
-
Functions
-
- -
-
field
- -

Gets the Channel Field that describes the full MIP "Field" that the data point came in.  This is a combination of a MIP "Descriptor ID", and a MIP "Field ID".

Returns

The MipTypes::ChannelField for this data point.

-
- -
-
qualifier
-
MipTypes::ChannelQualifier qualifier() const
-

Gets the Channel Qualifier that describes the specific channel for the data point.  This, combined with the MipTypes::ChannelField, is a fully unique identifier for the channel.

Returns

The MipTypes::ChannelQualifier for this data point.

-
- -
-
hasAddlIdentifiers
-
bool hasAddlIdentifiers() const
-

Indicates whether or not this data point has additional data identifiers.

Returns

true if additional MipChannelIdentifiers have been assigned to this data point.

-
- -
-
addlIdentifiers
-
MipChannelIdentifiers addlIdentifiers() const
-

Get the additional identifier values assigned to this data point.

Returns
MipChannelIdentifiers

the additional identifiers for this data point.

-
- -
-
hasValidFlag
-
bool hasValidFlag() const
-

Gets whether the data point had a valid flag transmitted in the data packet.  Note: if hasValidFlag returns false, valid will always return true.

Returns

true if the data point had a valid flag associated with it, false otherwise.

-
- -
-
valid
-
bool valid() const
-

Gets whether the data point is valid(true) or invalid(false).  Note: if a data point was not transmitted with a flag representing its validity, this will still return true. To determine if the data point had a flag in the data packet, use hasValidFlag.

Returns

true if the data point is valid, false if the data point is invalid

-
- -
-
channelName
-
std::string channelName(
bool includeAddlIds = true,
bool consolidatedFormat = false
) const
-

Gets the name of the channel.  This is the universal channel name that should be used for uploading to SensorCloud.

Parameters
includeAddlIds
bool

default: true - when true, includes the additional identifiers in the channel name string if present.

consolidatedFormat
bool

default: false - consolidate additional identifiers into interpreted strings when relevant. Ex: when false: "aidingMeasurement_5", when true: "magnetometer"

Returns

The name of the channel.

Exceptions
-
- -
-
Types
-
- -
-
MipDataPoints
-

Typedef for a vector of MipDataPoint objects

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MipDeviceInfo-Summary.js b/v66.0.1/MSCL_Docs/classes/C/MipDeviceInfo-Summary.js deleted file mode 100644 index 15fde4ed5..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MipDeviceInfo-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:MipDeviceInfo","MipDeviceInfo");NDSummary.OnSummaryLoaded("CClass:MipDeviceInfo",[["C/C++","C"]],[["Groups","Group"],["Structs","Struct"],["Variables","Variable"]],[[2894,0,1,"MipDeviceInfo"],[2895,0,0,"Variables","Variables"],[2896,0,2,"fwVersion","fwVersion"],[2897,0,2,"modelName","modelName"],[2898,0,2,"modelNumber","modelNumber"],[2899,0,2,"serialNumber","serialNumber"],[2900,0,2,"lotNumber","lotNumber"],[2901,0,2,"deviceOptions","deviceOptions"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MipDeviceInfo-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/MipDeviceInfo-SummaryToolTips.js deleted file mode 100644 index a3e8dae9a..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MipDeviceInfo-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:MipDeviceInfo",{2894:"
Contains information retrieved from an Inertial GetDeviceInfo command.
",2896:"
Version fwVersion
The firmware Version.
",2897:"
std::string modelName
The model name.
",2898:"
std::string modelNumber
The model number.
",2899:"
std::string serialNumber
The serial number.
",2900:"
std::string lotNumber
The lot number.
",2901:"
std::string deviceOptions
The device options.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MipDeviceInfo-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/MipDeviceInfo-ToolTips.js deleted file mode 100644 index 8b8a3283b..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MipDeviceInfo-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({10409:"
Version
Class that represents, and provides helper functions for, a Version number
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MipDeviceInfo.html b/v66.0.1/MSCL_Docs/classes/C/MipDeviceInfo.html deleted file mode 100644 index 9a567389e..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MipDeviceInfo.html +++ /dev/null @@ -1,56 +0,0 @@ - - -MipDeviceInfo - - - - - - - -
-
MipDeviceInfo
-

Contains information retrieved from an Inertial GetDeviceInfo command.

-
- -
-
Variables
-
- -
-
fwVersion
-
Version fwVersion
-

The firmware Version.

-
- -
-
modelName
-
std::string modelName
-

The model name.

-
- -
-
modelNumber
-
std::string modelNumber
-

The model number.

-
- -
-
serialNumber
-
std::string serialNumber
-

The serial number.

-
- -
-
lotNumber
-
std::string lotNumber
-

The lot number.

-
- -
-
deviceOptions
-
std::string deviceOptions
-

The device options.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MipFieldParser-Summary.js b/v66.0.1/MSCL_Docs/classes/C/MipFieldParser-Summary.js deleted file mode 100644 index 3a632cb5b..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MipFieldParser-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:MipFieldParser","MipFieldParser");NDSummary.OnSummaryLoaded("CClass:MipFieldParser",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[3088,0,0,"MipFieldParser"],[3089,0,2,"Functions","Functions"],[3090,0,1,"parse","parse"],[3091,0,1,"parseField","parseField"],[3092,0,1,"getParserMap","getParserMap"],[3093,0,1,"registerParser","registerParser"],[3094,0,1,"pointIsValid","pointIsValid"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MipFieldParser-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/MipFieldParser-SummaryToolTips.js deleted file mode 100644 index 6fe3b9064..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MipFieldParser-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:MipFieldParser",{3088:"
MipFieldParser
Base Class parser for parsing Mip Data Fields
",3090:"
virtual void parse(
const MipDataField &field,
MipDataPoints &result
) const = 0
Parses an MipDataField for MipDataPoints and stores them in the result vector
",3091:"
static void parseField(
const MipDataField &field,
MipDataPoints &result
)
The static parse function to call that looks through the parser map and parses the field with the correct parser
",3092:"
static ParserMap& getParserMap()
Gets the static parser map that contains all the registered parsing classes
",3093:"
static bool registerParser(
MipTypes::ChannelField field,
const MipFieldParser *parser
)
Registers an MipFieldParser with a MipTypes::ChannelField.
",3094:"
static bool pointIsValid(
uint16 allFlags,
uint16 flagPos
)
Checks if the flag position for a Mip Data Point is valid given the full flags value
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MipFieldParser-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/MipFieldParser-ToolTips.js deleted file mode 100644 index af829bfd6..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MipFieldParser-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3087:"
Typedef for a map of MipTypes::ChannelField / MipFieldParser pairs
",3088:"
MipFieldParser
Base Class parser for parsing Mip Data Fields
",3321:"
The enums for all of the different MIP Channel Field IDs.
",4527:"
MipDataPoint
Represents a single Inertial Data Point (Extends from DataPoint)
",4550:"
MipDataField
An Inertial data field object that represents a data field within an Inertial Data Packet
",1068:"
FieldParser_BuiltInTest
The Field Parser for continuous built-in test (BIT) results
",1075:"
FieldParser_TimeSyncStatus
The Field Parser for time sync status (PPS) data
",1082:"
FieldParser_GpioState
The Field Parser for all GPIO pin state data
",1090:"
MipSharedFieldParser
",1159:"
FieldParser_RawAccelVector
The Field Parser for raw accelerometer data
",1166:"
FieldParser_RawGyroVector
The field parser for raw gyro data
",1167:"
FieldParser_RawMagVector
The field parser for raw magnetometer data
",1168:"
FieldParser_ScaledAccelVector
The field parser for scaled accelerometer data
",1169:"
FieldParser_ScaledGyroVector
The field parser for scaled gyro data
",1170:"
FieldParser_ScaledMagVector
The field parser for scaled magnetometer data
",1171:"
FieldParser_DeltaThetaVector
The field parser for delta theta data
",1172:"
FieldParser_DeltaVelocityVector
The field parser for delta velocity data
",1173:"
FieldParser_OrientationMatrix
The field parser for orientation matrix data
",1174:"
FieldParser_Quaternion
The field parser for quaternion data
",1175:"
FieldParser_OrientationUpdateMatrix
The field parser for orientation matrix data
",1176:"
FieldParser_EulerAngles
The field parser for Euler Angles data
",1177:"
FieldParser_InternalTimestamp
The field parser for Internal Timestamp data
",1178:"
FieldParser_BeaconedTimestamp
The field parser for Beaconed Timestamp data
",1182:"
FieldParser_StabilizedMagVector
The field parser for Stabilized Mag Vector (North)
",1183:"
FieldParser_StabilizedAccelVector
The field parser for Stabilized Accel Vector (Up)
",1184:"
FieldParser_GpsCorrelationTimestamp
The field parser for GPS Correlation Timestamp
",1192:"
FieldParser_ScaledAmbientPressure
The field parser for Scaled Ambient Pressure.
",1193:"
FieldParser_OverrangeStatus
The field parser for Overrange Status.
",1200:"
FieldParser_RawAmbientPressure
The field parser for Raw Ambient Pressure.
",1201:"
FieldParser_OdometerData
The field parser for the Odometer Data field.
",1205:"
MipGnssFieldParser
",1409:"
FieldParser_FilterStatus
The field parser for Filter Status data
",1416:"
FieldParser_NAV_GPS_Timestamp
The field parser for NAV GPS Timestamp data
",1420:"
FieldParser_EstimatedLLHPosition
The field parser for Estimated LLH Position data
",1424:"
FieldParser_EstimatedNEDVelocity
The field parser for Estimated NED Velocity data
",1428:"
FieldParser_EstimatedQuaternion
The field parser for Estimated Orientation Quaternion data
",1432:"
FieldParser_EstimatedMatrix
The field parser for Estimated Orientation Matrix data
",1436:"
FieldParser_EstimatedEulerAngles
The field parser for Estimated Orientation Euler Angles data
",1440:"
FieldParser_EstimatedGyroBias
The field parser for Estimated Gyro Bias data
",1444:"
FieldParser_EstimatedAccelBias
The field parser for Estimated Accel Bias data
",1448:"
FieldParser_EstimatedLLHPosUncertainty
The field parser for Estimated LLH Position Uncertainty data
",1452:"
FieldParser_EstimatedNEDUncertainty
The field parser for Estimated NED Velocity Uncertainty data
",1456:"
FieldParser_EstimatedAttEulerUncertainty
The field parser for Estimated Attitude Euler Angles Uncertainty data
",1460:"
FieldParser_EstimatedGyroBiasUncertainty
The field parser for Estimated Gyro Bias Uncertainty data
",1464:"
FieldParser_EstimatedAccelBiasUncertainty
The field parser for Estimated Accel Bias Uncertainty data
",1468:"
FieldParser_EstimatedLinearAccel
The field parser for Estimated Linear Acceleration data
",1472:"
FieldParser_EstimatedAngularRate
The field parser for Estimated Angular Rate data
",1476:"
FieldParser_WGS84LocalGravMagnitude
The field parser for WGS84 Local Gravity Magnitude data
",1480:"
FieldParser_EstimatedAttQuaternUncertainty
The field parser for Estimated Attitude Uncertainty, Quaternion Elements data
",1484:"
FieldParser_EstimatedGravityVector
The field parser for Estimated Gravity Vector data
",1488:"
FieldParser_HeadingUpdateSource
The field parser for Heading Update Source State data
",1492:"
FieldParser_MagneticModelSolution
The field parser for Magnetic Model Solution data
",1496:"
FieldParser_EstimatedGyroScaleFactor
The field parser for Estimated Gyro Scale Factor data
",1500:"
FieldParser_EstimatedAccelScaleFactor
The field parser for Estimated Accel Scale Factor data
",1504:"
FieldParser_EstimatedGyroScaleFactorUncertainty
The field parser for Estimated Gyro Scale Factor Uncertainty data
",1508:"
FieldParser_EstimatedAccelScaleFactorUncertainty
The field parser for Estimated Accel Scale Factor Uncertainty data
",1512:"
FieldParser_CompensatedAccel
The field parser for Compensated Acceleration data
",1516:"
FieldParser_StdAtmModel
The field parser for Standard Atmosphere Model data
",1520:"
FieldParser_PressureAlt
The field parser for Pressure Altitude data
",1524:"
FieldParser_MagAutoHardIronOffset
The field parser for Estimated Mag Auto Hard Iron Offset data
",1528:"
FieldParser_MagBias
The field parser for Estimated Mag Auto Hard Iron Offset data
",1532:"
FieldParser_MagAutoSoftIronMatrix
The field parser for Estimated Mag Auto Soft Iron Matrix data
",1536:"
FieldParser_MagAutoHardIronOffsetUncert
The field parser for Estimated Mag Auto Hard Iron Offset Uncertainty data
",1540:"
FieldParser_MagBiasUncert
The field parser for Estimated Mag Bias Uncertainty data
",1544:"
FieldParser_MagAutoSoftIronMatrixUncert
The field parser for Estimated Mag Auto Soft Iron Matrix Uncertainty data
",1548:"
FieldParser_MagCovarianceMatrix
The field parser for the Estimated Magnetometer Covariance Matrix field
",1549:"
FieldParser_MagResidualVector
The field parser for the Magnetometer Residual Vector field
",1550:"
FieldParser_GnssAntennaOffsetCorrection
The field parser for GNSS Antenna Offset Correction data
",1554:"
FieldParser_GnssAntennaOffsetCorrectionUncert
The field parser for GNSS Antenna Offset Correction Uncertainty data
",1558:"
FieldParser_GnssClockCorrection
The field parser for GNSS Clock Correction data
",1562:"
FieldParser_GnssClockCorrectionUncert
The field parser for GNSS Clock Correction Uncertainty data
",1566:"
FieldParser_GnssMultiAntennaOffsetCorrection
The field parser for GNSS Multi-Antenna Offset Correction data
",1570:"
FieldParser_GnssMultiAntennaOffsetCorrectionUncert
The field parser for GNSS Multi-Antenna Offset Correction Uncertainty data
",1574:"
FieldParser_EcefPositionUncert
The field parser for ECEF Position Uncertainty data
",1578:"
FieldParser_EcefVelocityUncert
The field parser for ECEF Velocity Uncertainty data
",1582:"
FieldParser_EcefPosition
The field parser for ECEF Position data
",1586:"
FieldParser_EcefVelocity
The field parser for ECEF Velocity data
",1590:"
FieldParser_NedRelativePos
The field parser for NED Relative Position data
",1594:"
FieldParser_FilterPosAidingStatus
The field parser for the filter GNSS Position Aiding status
",1595:"
FieldParser_FilterAttAidingStatus
The field parser for the filter GNSS Attitude Aiding status
",1596:"
FieldParser_FilterAidingSummary
The field parser for the filter Aiding Measurement Summary
",1597:"
FieldParser_OdometerScaleError
The field parser for the filter Odometer Scale Factor Error
",1598:"
FieldParser_OdometerScaleErrorUncert
The field parser for the filter Odometer Scale Factor Error Uncertainty
",1599:"
FieldParser_DualAntennaStatus
The field parser for the filter GNSS Dual Antenna Status data
",1600:"
FieldParser_FrameConfigError
The field parser for the filter Aiding Frame Config Error data
",1601:"
FieldParser_FrameConfigErrorUnc
The field parser for the filter Aiding Frame Config Error Uncertainty data
",3083:"
FieldParser_RawPosition
The Field Parser for raw position (ADC counts) data
",3084:"
FieldParser_Position
The Field Parser for displacement position (mm) data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MipFieldParser.html b/v66.0.1/MSCL_Docs/classes/C/MipFieldParser.html deleted file mode 100644 index ca21cff3b..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MipFieldParser.html +++ /dev/null @@ -1,51 +0,0 @@ - - -MipFieldParser - - - - - - - -
-
MipFieldParser
-
MipFieldParser
FieldParser_BeaconedTimestamp
FieldParser_BuiltInTest
FieldParser_CompensatedAccel
FieldParser_DeltaThetaVector
and 79 other children
FieldParser_DeltaVelocityVector
FieldParser_DualAntennaStatus
FieldParser_EcefPosition
FieldParser_EcefPositionUncert
FieldParser_EcefVelocity
FieldParser_EcefVelocityUncert
FieldParser_EstimatedAccelBias
FieldParser_EstimatedAccelBiasUncertainty
FieldParser_EstimatedAccelScaleFactor
FieldParser_EstimatedAccelScaleFactorUncertainty
FieldParser_EstimatedAngularRate
FieldParser_EstimatedAttEulerUncertainty
FieldParser_EstimatedAttQuaternUncertainty
FieldParser_EstimatedEulerAngles
FieldParser_EstimatedGravityVector
FieldParser_EstimatedGyroBias
FieldParser_EstimatedGyroBiasUncertainty
FieldParser_EstimatedGyroScaleFactor
FieldParser_EstimatedGyroScaleFactorUncertainty
FieldParser_EstimatedLinearAccel
FieldParser_EstimatedLLHPosition
FieldParser_EstimatedLLHPosUncertainty
FieldParser_EstimatedMatrix
FieldParser_EstimatedNEDUncertainty
FieldParser_EstimatedNEDVelocity
FieldParser_EstimatedQuaternion
FieldParser_EulerAngles
FieldParser_FilterAidingSummary
FieldParser_FilterAttAidingStatus
FieldParser_FilterPosAidingStatus
FieldParser_FilterStatus
FieldParser_FrameConfigError
FieldParser_FrameConfigErrorUnc
FieldParser_GnssAntennaOffsetCorrection
FieldParser_GnssAntennaOffsetCorrectionUncert
FieldParser_GnssClockCorrection
FieldParser_GnssClockCorrectionUncert
FieldParser_GnssMultiAntennaOffsetCorrection
FieldParser_GnssMultiAntennaOffsetCorrectionUncert
FieldParser_GpioState
FieldParser_GpsCorrelationTimestamp
FieldParser_HeadingUpdateSource
FieldParser_InternalTimestamp
FieldParser_MagAutoHardIronOffset
FieldParser_MagAutoHardIronOffsetUncert
FieldParser_MagAutoSoftIronMatrix
FieldParser_MagAutoSoftIronMatrixUncert
FieldParser_MagBias
FieldParser_MagBiasUncert
FieldParser_MagCovarianceMatrix
FieldParser_MagneticModelSolution
FieldParser_MagResidualVector
FieldParser_NAV_GPS_Timestamp
FieldParser_NedRelativePos
FieldParser_OdometerData
FieldParser_OdometerScaleError
FieldParser_OdometerScaleErrorUncert
FieldParser_OrientationMatrix
FieldParser_OrientationUpdateMatrix
FieldParser_OverrangeStatus
FieldParser_Position
FieldParser_PressureAlt
FieldParser_Quaternion
FieldParser_RawAccelVector
FieldParser_RawAmbientPressure
FieldParser_RawGyroVector
FieldParser_RawMagVector
FieldParser_RawPosition
FieldParser_ScaledAccelVector
FieldParser_ScaledAmbientPressure
FieldParser_ScaledGyroVector
FieldParser_ScaledMagVector
FieldParser_StabilizedAccelVector
FieldParser_StabilizedMagVector
FieldParser_StdAtmModel
FieldParser_TimeSyncStatus
FieldParser_WGS84LocalGravMagnitude
MipGnssFieldParser
MipSharedFieldParser
-

Base Class parser for parsing Mip Data Fields

-
- -
-
Functions
-
- -
-
parse
-
virtual void parse(
const MipDataField &field,
MipDataPoints &result
) const = 0
-

Parses an MipDataField for MipDataPoints and stores them in the result vector

Parameters
field
const MipDataField&

The MipDataField to parse for data points

result
MipDataPoints&

The MipDataPoints vector to store the data points in

-
- -
-
parseField
-
static void parseField(
const MipDataField &field,
MipDataPoints &result
)
-

The static parse function to call that looks through the parser map and parses the field with the correct parser

Parameters
field
const MipDataField&

The MipDataField to parse for data points

result
MipDataPoints&

The MipDataPoints vector to store the data points in

-
- -
-
getParserMap
-
static ParserMap& getParserMap()
-

Gets the static parser map that contains all the registered parsing classes

Returns

A ParserMap holding all the parse functions in a map

-
- -
-
registerParser
-
static bool registerParser(
MipTypes::ChannelField field,
const MipFieldParser *parser
)
-

Registers an MipFieldParser with a MipTypes::ChannelField.

Returns

true if the parser was registered successfully, false if it failed (already existed).

-
- -
-
pointIsValid
-
static bool pointIsValid(
uint16 allFlags,
uint16 flagPos
)
-

Checks if the flag position for a Mip Data Point is valid given the full flags value

Parameters
allFlags
uint16

The full flags value representing all the valid and invalid flags

flagPos
uint16

The binary position of the flag to check if it is valid (1) or invalid (0)

Returns

true if the flag position is valid, false if the flag position is invalid

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MipGnssFieldParser-Summary.js b/v66.0.1/MSCL_Docs/classes/C/MipGnssFieldParser-Summary.js deleted file mode 100644 index 87c762e88..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MipGnssFieldParser-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:MipGnssFieldParser","MipGnssFieldParser");NDSummary.OnSummaryLoaded("CClass:MipGnssFieldParser",[["C/C++","C"]],[["Classes","Class"]],[[1205,0,0,"MipGnssFieldParser"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MipGnssFieldParser-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/MipGnssFieldParser-SummaryToolTips.js deleted file mode 100644 index 8bb7c71c6..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MipGnssFieldParser-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:MipGnssFieldParser",{1205:"
MipGnssFieldParser
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MipGnssFieldParser-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/MipGnssFieldParser-ToolTips.js deleted file mode 100644 index c9cb10d10..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MipGnssFieldParser-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3088:"
MipFieldParser
Base Class parser for parsing Mip Data Fields
",1206:"
FieldParser_LLHPosition
The field parser for LLH Position data
",1220:"
FieldParser_ECEFPosition
The field parser for ECEF Position data
",1225:"
FieldParser_NEDVelocity
The field parser for NED Velocity data
",1234:"
FieldParser_ECEFVelocity
The field parser for ECEF Velocity data
",1239:"
FieldParser_DOP
The field parser for DOP data
",1249:"
FieldParser_UTCTime
The field parser for UTC Time data
",1254:"
FieldParser_GPSTime
The field parser for GPS Time data
",1259:"
FieldParser_ClockInfo
The field parser for Clock Info data
",1265:"
FieldParser_GPSFixInfo
The field parser for GPS Fix Information data
",1271:"
FieldParser_SpaceVehicleInfo
The field parser for Space Vehicle Information data
",1279:"
FieldParser_HardwareStatus
The field parser for Hardware Status Information data
",1285:"
FieldParser_DGNSSInfo
The field parser for DGNSS Information data
",1292:"
FieldParser_DGNSSChannelStatus
The field parser for DGNSS Channel Status data
",1299:"
FieldParser_ClockInfo2
The field parser for Clock Info 2 data
",1306:"
FieldParser_GPSLeapSeconds
The field parser for GPS Leap Seconds Data
",1310:"
FieldParser_GnssSBASInfo
The field parser for SBAS Status data
",1326:"
FieldParser_GnssSBASCorrection
The field parser for GNSS calculated SBAS Correction
",1339:"
FieldParser_GnssRFErrorDetection
The field parser for GNSS Error Detection subsystem status
",1352:"
FieldParser_GnssSatelliteStatus
The field parser for GNSS Satellite Status data
",1359:"
FieldParser_GnssRawObservation
The field parser for GNSS Raw Observation data
",1374:"
FieldParser_GnssStationInfo
The field parser for GNSS Base Station Info data
",1383:"
FieldParser_RTKCorrectionsStatus
The field parser for RTK Corrections Status Data
",1394:"
FieldParser_GPSIonosphericCorrection
The field parser for Ionospheric Correction Data
",1401:"
FieldParser_IonosphericCorrection
The field parser for Ionospheric Correction Data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MipGnssFieldParser.html b/v66.0.1/MSCL_Docs/classes/C/MipGnssFieldParser.html deleted file mode 100644 index eed5b2b5e..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MipGnssFieldParser.html +++ /dev/null @@ -1,17 +0,0 @@ - - -MipGnssFieldParser - - - - - - - -
-
MipGnssFieldParser
- -
The base class for all GNSS field parsers

handles registering the parser for the same field across all GNSS data sets

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MipModel-Summary.js b/v66.0.1/MSCL_Docs/classes/C/MipModel-Summary.js deleted file mode 100644 index 604976a67..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MipModel-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:MipModel","MipModel");NDSummary.OnSummaryLoaded("CClass:MipModel",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"],["Operators","Operator"]],[[4502,0,0,"MipModel"],[4503,0,3,"Constants","Constants"],[4504,0,1,"MipModel Constants","MipModel_Constants"],[4505,0,3,"Functions","Functions"],[4506,0,2,"MipModel (not documented)","MipModel"],[4507,0,2,"MipModel","MipModel(2)"],[4508,0,2,"MipModel","MipModel(3)"],[4509,0,3,"Operators","Operators"],[4510,0,4,"== (MipModel, C++ only)","=="],[4511,0,4,"!= (MipModel, C++ only)","!="],[4512,0,4,"== (<MipModels::​ModelNumber, C++ only)","==(!= (<MipModels::​ModelNumber, C++ only)","!=(std::​string (C++ only)","std.string"],[4515,0,3,"Functions","Functions(2)"],[4516,0,2,"equals","equals"],[4517,0,2,"str","str"],[4518,0,2,"nodeModel","nodeModel"],[4519,0,2,"modifier","modifier"],[4520,0,2,"modelNumber","modelNumber"],[4521,0,2,"setBaseModelMap (not documented, C++ only)","setBaseModelMap"],[4522,0,2,"baseModelLookup (not documented, C++ only)","baseModelLookup"],[4523,0,2,"baseModel (not documented)","baseModel"],[4524,0,3,"Operators","Operators(2)"],[4525,0,4,"== (<MipModels::​ModelNumber>, <MipModel> object, C++ only)","==(2)"],[4526,0,4,"!= (<MipModels::​ModelNumber>, <MipModel> object, C++ only)","!=(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MipModel-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/MipModel-SummaryToolTips.js deleted file mode 100644 index 452310a71..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MipModel-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:MipModel",{4502:"
MipModel
Contains the model information of MIP devices.
",4504:"
Constant MipModel object definitions for each known MIP device.  Most models have 9999 placeholder modifier values because there is no significant interface difference between the different versions of the same base model.  This placeholder value will match to any modifier value read from the device when comparing MipModel objects.
",4506:"
MipModel(
MipModels::ModelNumber modelNumber
)
Creates a MipModel object from a MipModels::ModelNumber value.  This is used for instantiating known MipModel constants
",4507:"
MipModel(
const std::string &modelNumberStr
)
Creates a MipModel object from the model string read from a MIP device (inertial, RTK)
",4508:"
MipModel(
const MipModel &copy
)
Creates a MipModel object based on another MipModel object
",4510:"
Define == behavior when comparing two MipModel objects (functionally the same as MipModel::equals()).
",4511:"
Define != behavior when comparing two MipModel objects (functionally the same as MipModel::equals()).
",4512:"
Define == behavior when comparing two MipModel objects (functionally the same as MipModel::equals()).
",4513:"
Define != behavior when comparing two MipModel objects (functionally the same as MipModel::equals()).
",4514:"
Define behavior when casting a MipModel to std::string (funtionally the same as MipModel::str()).
",4516:"
bool equals(
const MipModel &compare
) const
Function to compare two MipModel objects for equality (functionally the same as overloaded == operator).
",4517:"
const std::string str() const
Get the model string formatted as it would be read from the device (ex: 6284-4220) (funtionally the same as std::string overloaded operator).
",4518:"
MipModels::NodeModel nodeModel() const
Get the NodeModel value for this model number. Ex: str: "6284-4220", nodeModel: 6284
",4519:"
uint32 modifier() const
Get the modifier value for this model number. Ex: str: "6284-4220", modifier: 4220 Note: most actual modifier values are not defined in the Modifier enum - actual value read from the device likely won\'t match.
",4520:"
MipModels::ModelNumber modelNumber() const
Get the full ModelNumber value for this model number. Ex: str: "6284-4220", modelNumber: 62844220 Note: most values in the ModelNumber enum use the placeholder modifier - actual value read from the device likely won\'t match.
",4521:"
static void setBaseModelMap(
std::map<uint32, const MipModel&> baseModels
)
Sets the BASE_MODEL_MAP to map custom model definitions to base models with known features.
",4522:"
static const MipModel& baseModelLookup(
const MipModel &model
)
Finds the base model for the specified model as defined by the BASE_MODEL_MAP. The specified model is returned without changes if no base model is found.
",4523:"
virtual const MipModel& baseModel() const
Get the base model for this device.  This function is present with the intent it will be overloaded for custom model number functionality.
",4525:"
Define == behavior when comparing a MipModels::ModelNumber enum value and MipModel object (functionally the same as comparing the MipModel::modelNumber() value with MipModels::modelNumbersEqual()).
",4526:"
Define != behavior when comparing a MipModels::ModelNumber enum value and MipModel object (functionally the same as comparing the MipModel::modelNumber() value with MipModels::modelNumbersEqual()).
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MipModel-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/MipModel-ToolTips.js deleted file mode 100644 index 57b16ee71..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MipModel-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({4413:"
The base model numbers for each of the MIP devices.  Ex: 6284-4220 (3DM-GQ7) NodeModel is 6284
",4455:"
The combined node model and modifier numbers for each of the MIP devices.  Ex: Model = 6285, Modifiers = RTK v2 (0100) - NodeModel = 62580100 Most models have 9999 placeholder modifier values because there is no significant interface difference between the different versions of the same base model.  This placeholder value will match to any modifier value read from the device when comparing MipModel objects.
",4502:"
MipModel
Contains the model information of MIP devices.
",4506:"
MipModel(
MipModels::ModelNumber modelNumber
)
Creates a MipModel object from a MipModels::ModelNumber value.  This is used for instantiating known MipModel constants
",4518:"
MipModels::NodeModel nodeModel() const
Get the NodeModel value for this model number. Ex: str: "6284-4220", nodeModel: 6284
",4519:"
uint32 modifier() const
Get the modifier value for this model number. Ex: str: "6284-4220", modifier: 4220 Note: most actual modifier values are not defined in the Modifier enum - actual value read from the device likely won\'t match.
",4520:"
MipModels::ModelNumber modelNumber() const
Get the full ModelNumber value for this model number. Ex: str: "6284-4220", modelNumber: 62844220 Note: most values in the ModelNumber enum use the placeholder modifier - actual value read from the device likely won\'t match.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MipModel.html b/v66.0.1/MSCL_Docs/classes/C/MipModel.html deleted file mode 100644 index 24636d077..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MipModel.html +++ /dev/null @@ -1,143 +0,0 @@ - - -MipModel - - - - - - - -
-
MipModel
-
MipModel
-

Contains the model information of MIP devices.

-
- -
-
Constants
-
- -
-
MipModel Constants
-

Constant MipModel object definitions for each known MIP device.  Most models have 9999 placeholder modifier values because there is no significant interface difference between the different versions of the same base model.  This placeholder value will match to any modifier value read from the device when comparing MipModel objects.

mip_model_none

00000000 - undefined placeholder

mip_model_3dm_dh3

62199999 - 3DM-DH3

mip_model_3dm_gx3_15

62279999 - 3DM-GX3-15

mip_model_3dm_gx3_25

62239999 - 3DM-GX3-25

mip_model_3dm_gx3_35

62259999 - 3DM-GX3-35

mip_model_3dm_gx3_45

62289999 - 3DM-GX3-45

mip_model_3dm_rq1_45_lt

62329999 - 3DM-RQ1-45-LT

mip_model_3dm_gx4_15

62339999 - 3DM-GX4-15

mip_model_3dm_gx4_25

62349999 - 3DM-GX4-25

mip_model_3dm_gx4_45

62369999 - 3DM-GX4-45

mip_model_3dm_rq1_45_st

62399999 - 3DM-RQ1-45-ST

mip_model_mv5_ar

62439999 - MV5-AR

mip_model_3dm_gx5_10

62559999 - 3DM-GX5-10

mip_model_3dm_gx5_15

62549999 - 3DM-GX5-15

mip_model_3dm_gx5_25

62539999 - 3DM-GX5-25

mip_model_3dm_gx5_35

62529999 - 3DM-GX5-35

mip_model_3dm_gx5_45

62519999 - 3DM-GX5-45

mip_model_3dm_cv5_10

62599999 - 3DM-CV5-10

mip_model_3dm_cv5_15

62589999 - 3DM-CV5-15

mip_model_3dm_cv5_25

62579999 - 3DM-CV5-25

mip_model_3dm_cv5_45

62569999 - 3DM-CV5-45

mip_model_3dm_gq4_45

62509999 - 3DM-GQ4-45

mip_model_3dm_cx5_45

62719999 - 3DM-CX5-45

mip_model_3dm_cx5_35

62729999 - 3DM-CX5-35

mip_model_3dm_cx5_25

62739999 - 3DM-CX5-25

mip_model_3dm_cx5_15

62749999 - 3DM-CX5-15

mip_model_3dm_cx5_10

62759999 - 3DM-CX5-10

mip_model_3dm_cl5_15

62809999 - 3DM-CL5-15

mip_model_3dm_cl5_25

62819999 - 3DM-CL5-25

mip_model_3dm_gq7

62849999 - 3DM-GQ7

mip_model_3dm_rtk_v1

62850000 - 3DM-RTK v1

mip_model_3dm_rtk

62850100 - 3DM-RTK

mip_model_3dm_cv7_ahrs

62869999 - 3DM-CV7-AHRS

mip_model_3dm_cv7_ar

62879999 - 3DM-CV7-AR

mip_model_3dm_gv7_ahrs

62889999 - 3DM-GV7-AHRS

mip_model_3dm_gv7_ar

62899999 - 3DM-GV7-AR

mip_model_3dm_gv7_ins

62909999 - 3DM-GV7-INS

mip_model_3dm_cv7_ins

62919999 - 3DM-CV7-INS

mip_model_3dm_cv7_gnss_ins

62929999 - 3DM-CV7-GNSS/INS

-
- -
-
Functions
-
- -
-
MipModel (not documented)
-
MipModel(
MipModels::ModelNumber modelNumber
)
-

Creates a MipModel object from a MipModels::ModelNumber value.  This is used for instantiating known MipModel constants

Parameters
modelNumber
MipModels::ModelNumber

the MipModels::ModelNumber that represents this object

-
- -
-
MipModel
-
MipModel(
const std::string &modelNumberStr
)
-

Creates a MipModel object from the model string read from a MIP device (inertial, RTK)

Parameters
modelNumberStr
const std::string&

the model number string as read from the device, example format: "6284-4220"

-
- -
-
MipModel
-
MipModel(
const MipModel &copy
)
-

Creates a MipModel object based on another MipModel object

Parameters
copy
const MipModel&

the MipModel object to copy values from

-
- -
-
Operators
-
- -
-
== (MipModel, C++ only)
-

Define == behavior when comparing two MipModel objects (functionally the same as MipModel::equals()).

Parameters
compare

the MipModel object to compare this to

Returns
bool

true if both the NodeModel and Modifier sections of the full model number are equal or either Modifier is the placeholder value (9999)

-
- -
-
!= (MipModel, C++ only)
-

Define != behavior when comparing two MipModel objects (functionally the same as MipModel::equals()).

Parameters
compare

the MipModel object to compare this to

Returns
bool

false if both the NodeModel and Modifier sections of the full model number are equal or either Modifier is the placeholder value (9999)

-
- -
-
== (<MipModels::​ModelNumber, C++ only)
-

Define == behavior when comparing two MipModel objects (functionally the same as MipModel::equals()).

Parameters
compare

the ModelNumber value to compare this to

Returns
bool

true if both the NodeModel and Modifier sections of the full model number are equal or either Modifier is the placeholder value (9999)

-
- -
-
!= (<MipModels::​ModelNumber, C++ only)
-

Define != behavior when comparing two MipModel objects (functionally the same as MipModel::equals()).

Parameters
compare

the ModelNumber value to compare this to

Returns
bool

false if both the NodeModel and Modifier sections of the full model number are equal or either Modifier is the placeholder value (9999)

-
- -
-
std::​string (C++ only)
-

Define behavior when casting a MipModel to std::string (funtionally the same as MipModel::str()).

Returns
string

model string formatted as it would be read from the device (ex: 6284-4220)

-
- -
-
Functions
-
- -
-
equals
-
bool equals(
const MipModel &compare
) const
-

Function to compare two MipModel objects for equality (functionally the same as overloaded == operator).

Parameters
compare
const MipModel&

the MipModel object to compare this to

Returns
bool

true if both the NodeModel and Modifier sections of the full model number are equal or either Modifier is the placeholder value (9999)

-
- -
-
str
-
const std::string str() const
-

Get the model string formatted as it would be read from the device (ex: 6284-4220) (funtionally the same as std::string overloaded operator).

Returns
string

model string formatted as it would be read from the device (ex: 6284-4220)

-
- -
-
nodeModel
-
MipModels::NodeModel nodeModel() const
-

Get the NodeModel value for this model number. Ex: str: "6284-4220", nodeModel: 6284

Returns
NodeModel

the first part of the model number

-
- -
-
modifier
-
uint32 modifier() const
-

Get the modifier value for this model number. Ex: str: "6284-4220", modifier: 4220 Note: most actual modifier values are not defined in the Modifier enum - actual value read from the device likely won't match.

Returns
uint32

the second part of the model number

-
- -
-
modelNumber
-
MipModels::ModelNumber modelNumber() const
-

Get the full ModelNumber value for this model number. Ex: str: "6284-4220", modelNumber: 62844220 Note: most values in the ModelNumber enum use the placeholder modifier - actual value read from the device likely won't match.

Returns
ModelNumber

the full model number integer

-
- -
-
setBaseModelMap (not documented, C++ only)
-
static void setBaseModelMap(
std::map<uint32, const MipModel&> baseModels
)
-

Sets the BASE_MODEL_MAP to map custom model definitions to base models with known features.

Parameters
baseModels
std::map<uint32, const MipModel&>

the [uint32, <MipModel>&] map where the uint32 key is an integer version of the custom  model and the MipModel entry is the base

-
- -
-
baseModelLookup (not documented, C++ only)
-
static const MipModel& baseModelLookup(
const MipModel &model
)
-

Finds the base model for the specified model as defined by the BASE_MODEL_MAP. The specified model is returned without changes if no base model is found.

Parameters
model
const MipModel&

the MipModel to find the base model of and default return if base model entry not found.

-
- -
-
baseModel (not documented)
-
virtual const MipModel& baseModel() const
-

Get the base model for this device.  This function is present with the intent it will be overloaded for custom model number functionality.

Returns
MipModel

returns reference to itself if custom entry not defined in BASE_MODEL_MAP

-
- -
-
Operators
-
- -
-
== (<MipModels::​ModelNumber>, <MipModel> object, C++ only)
-

Define == behavior when comparing a MipModels::ModelNumber enum value and MipModel object (functionally the same as comparing the MipModel::modelNumber() value with MipModels::modelNumbersEqual()).

Parameters
model1

the first MipModels::ModelNumber value to compare

model2

the second MipModel object to compare

Returns
bool

true if both the NodeModel and Modifier sections of the full model number are equal or either Modifier is the placeholder value (9999)

-
- -
-
!= (<MipModels::​ModelNumber>, <MipModel> object, C++ only)
-

Define != behavior when comparing a MipModels::ModelNumber enum value and MipModel object (functionally the same as comparing the MipModel::modelNumber() value with MipModels::modelNumbersEqual()).

Parameters
model1

the first MipModels::ModelNumber value to compare

model2

the second MipModel object to compare

Returns
bool

false if both the NodeModel and Modifier sections of the full model number are equal or either Modifier is the placeholder value (9999)

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MipModels-Summary.js b/v66.0.1/MSCL_Docs/classes/C/MipModels-Summary.js deleted file mode 100644 index 73bae9b49..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MipModels-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:MipModels","MipModels");NDSummary.OnSummaryLoaded("CClass:MipModels",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Enums","Enumeration"],["Functions","Function"],["Groups","Group"]],[[4411,0,0,"MipModels"],[4412,0,4,"Types","Types"],[4413,0,2,"NodeModel","NodeModel"],[4414,0,1,,"node_3dm_dh3"],[4415,0,1,,"node_3dm_gx3_15"],[4416,0,1,,"node_3dm_gx3_25"],[4417,0,1,,"node_3dm_gx3_35"],[4418,0,1,,"node_3dm_gx3_45"],[4419,0,1,,"node_3dm_rq1_45_lt"],[4420,0,1,,"node_3dm_gx4_15"],[4421,0,1,,"node_3dm_gx4_25"],[4422,0,1,,"node_3dm_gx4_45"],[4423,0,1,,"node_3dm_rq1_45_st"],[4424,0,1,,"node_mv5_ar"],[4425,0,1,,"node_3dm_gx5_10"],[4426,0,1,,"node_3dm_gx5_15"],[4427,0,1,,"node_3dm_gx5_25"],[4428,0,1,,"node_3dm_gx5_35"],[4429,0,1,,"node_3dm_gx5_45"],[4430,0,1,,"node_3dm_cv5_10"],[4431,0,1,,"node_3dm_cv5_15"],[4432,0,1,,"node_3dm_cv5_25"],[4433,0,1,,"node_3dm_cv5_45"],[4434,0,1,,"node_3dm_gq4_45"],[4435,0,1,,"node_3dm_cx5_45"],[4436,0,1,,"node_3dm_cx5_35"],[4437,0,1,,"node_3dm_cx5_25"],[4438,0,1,,"node_3dm_cx5_15"],[4439,0,1,,"node_3dm_cx5_10"],[4440,0,1,,"node_3dm_cl5_15"],[4441,0,1,,"node_3dm_cl5_25"],[4442,0,1,,"node_3dm_gq7"],[4443,0,1,,"node_3dm_rtk"],[4444,0,1,,"node_3dm_cv7_ahrs"],[4445,0,1,,"node_3dm_cv7_ar"],[4446,0,1,,"node_3dm_gv7_ahrs"],[4447,0,1,,"node_3dm_gv7_ar"],[4448,0,1,,"node_3dm_gv7_ins"],[4449,0,1,,"node_3dm_cv7_ins"],[4450,0,1,,"node_3dm_cv7_gnss_ins"],[4451,0,2,"Modifier","Modifier"],[4452,0,1,,"placeholder_matchAll"],[4453,0,1,,"rtk_v1"],[4454,0,1,,"rtk_v2"],[4455,0,2,"ModelNumber","ModelNumber"],[4456,0,1,,"model_3dm_dh3"],[4457,0,1,,"model_3dm_gx3_15"],[4458,0,1,,"model_3dm_gx3_25"],[4459,0,1,,"model_3dm_gx3_35"],[4460,0,1,,"model_3dm_gx3_45"],[4461,0,1,,"model_3dm_rq1_45_lt"],[4462,0,1,,"model_3dm_gx4_15"],[4463,0,1,,"model_3dm_gx4_25"],[4464,0,1,,"model_3dm_gx4_45"],[4465,0,1,,"model_3dm_rq1_45_st"],[4466,0,1,,"model_mv5_ar"],[4467,0,1,,"model_3dm_gx5_10"],[4468,0,1,,"model_3dm_gx5_15"],[4469,0,1,,"model_3dm_gx5_25"],[4470,0,1,,"model_3dm_gx5_35"],[4471,0,1,,"model_3dm_gx5_45"],[4472,0,1,,"model_3dm_cv5_10"],[4473,0,1,,"model_3dm_cv5_15"],[4474,0,1,,"model_3dm_cv5_25"],[4475,0,1,,"model_3dm_cv5_45"],[4476,0,1,,"model_3dm_gq4_45"],[4477,0,1,,"model_3dm_cx5_45"],[4478,0,1,,"model_3dm_cx5_35"],[4479,0,1,,"model_3dm_cx5_25"],[4480,0,1,,"model_3dm_cx5_15"],[4481,0,1,,"model_3dm_cx5_10"],[4482,0,1,,"model_3dm_cl5_15"],[4483,0,1,,"model_3dm_cl5_25"],[4484,0,1,,"model_3dm_gq7"],[4485,0,1,,"model_3dm_rtk_v1"],[4486,0,1,,"model_3dm_rtk"],[4487,0,1,,"model_3dm_cv7_ahrs"],[4488,0,1,,"model_3dm_cv7_ar"],[4489,0,1,,"model_3dm_gv7_ahrs"],[4490,0,1,,"model_3dm_gv7_ar"],[4491,0,1,,"model_3dm_gv7_ins"],[4492,0,1,,"model_3dm_cv7_ins"],[4493,0,1,,"model_3dm_cv7_gnss_ins"],[4494,0,4,"Functions","Functions"],[4495,0,3,"modelNumberEqual","modelNumberEqual"],[4496,0,3,"modelNumberFromStr","modelNumberFromStr"],[4497,0,3,"modelNumberFromParts","modelNumberFromParts"],[4498,0,3,"nodeModelFromStr","nodeModelFromStr"],[4499,0,3,"modifierFromStr","modifierFromStr"],[4500,0,3,"nodeModelFromModelNumber","nodeModelFromModelNumber"],[4501,0,3,"modifierFromModelNumber","modifierFromModelNumber"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MipModels-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/MipModels-SummaryToolTips.js deleted file mode 100644 index 1a0bc2b32..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MipModels-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:MipModels",{4411:"
MipModels
Contains the model number information of MIP devices.
",4413:"
The base model numbers for each of the MIP devices.  Ex: 6284-4220 (3DM-GQ7) NodeModel is 6284
",4451:"
The modifier options for MIP devices.  Ex: 6285-0100 (3DM-RTK) Modifier is 0100 This list does not define modifiers for all devices. The placeholder value (9999) will match to any value read from the device when comparing MipModel objects.
",4455:"
The combined node model and modifier numbers for each of the MIP devices.  Ex: Model = 6285, Modifiers = RTK v2 (0100) - NodeModel = 62580100 Most models have 9999 placeholder modifier values because there is no significant interface difference between the different versions of the same base model.  This placeholder value will match to any modifier value read from the device when comparing MipModel objects.
",4495:"
Compare two MipModels::ModelNumber enum values (functionally the same as == operator overload for two MipModels::ModelNumber values).
",4496:"
static ModelNumber modelNumberFromStr(
const std::string &modelNumberString
)
Returns a full ModelNumber integer value parsed from a model number string.
",4497:"
static ModelNumber modelNumberFromParts(
NodeModel nodeModel,
Modifier modifier
)
Constructs a full ModelNumber integer from node model and modifier sections. Ex: nodeModel: 6284, modifier: 4220 -> 62844220
",4498:"
static NodeModel nodeModelFromStr(
const std::string &modelNumberString
)
Returns the NodeModel section of a ModelNumber as an integer value parsed from a model number string.
",4499:"
static uint32 modifierFromStr(
const std::string &modelNumberString
)
Returns the Modifier section of a ModelNumber as an integer value parsed from a model number string.
",4500:"
static NodeModel nodeModelFromModelNumber(
ModelNumber modelNumber
)
Returns the NodeModel section of a full ModelNumber integer.
",4501:"
static uint32 modifierFromModelNumber(
ModelNumber modelNumber
)
Returns the Modifier section of a full ModelNumber integer.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MipModels-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/MipModels-ToolTips.js deleted file mode 100644 index d12711b12..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MipModels-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({4413:"
The base model numbers for each of the MIP devices.  Ex: 6284-4220 (3DM-GQ7) NodeModel is 6284
",4451:"
The modifier options for MIP devices.  Ex: 6285-0100 (3DM-RTK) Modifier is 0100 This list does not define modifiers for all devices. The placeholder value (9999) will match to any value read from the device when comparing MipModel objects.
",4455:"
The combined node model and modifier numbers for each of the MIP devices.  Ex: Model = 6285, Modifiers = RTK v2 (0100) - NodeModel = 62580100 Most models have 9999 placeholder modifier values because there is no significant interface difference between the different versions of the same base model.  This placeholder value will match to any modifier value read from the device when comparing MipModel objects.
",4502:"
MipModel
Contains the model information of MIP devices.
",10243:"
typedef for a 4-byte unsigned integer.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MipModels.html b/v66.0.1/MSCL_Docs/classes/C/MipModels.html deleted file mode 100644 index 054acfcbd..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MipModels.html +++ /dev/null @@ -1,81 +0,0 @@ - - -MipModels - - - - - - - -
-
MipModels
-
MipModels
-

Contains the model number information of MIP devices.

-
- -
-
Types
-
- -
-
NodeModel
-

The base model numbers for each of the MIP devices.  Ex: 6284-4220 (3DM-GQ7) NodeModel is 6284

node_3dm_dh3

6219 - 3DM-DH3

node_3dm_gx3_15

6227 - 3DM-GX3-15

node_3dm_gx3_25

6223 - 3DM-GX3-25

node_3dm_gx3_35

6225 - 3DM-GX3-35

node_3dm_gx3_45

6228 - 3DM-GX3-45

node_3dm_rq1_45_lt

6232 - 3DM-RQ1-45-LT

node_3dm_gx4_15

6233 - 3DM-GX4-15

node_3dm_gx4_25

6234 - 3DM-GX4-25

node_3dm_gx4_45

6236 - 3DM-GX4-45

node_3dm_rq1_45_st

6239 - 3DM-RQ1-45-ST

node_mv5_ar

6243 - MV5-AR

node_3dm_gx5_10

6255 - 3DM-GX5-10

node_3dm_gx5_15

6254 - 3DM-GX5-15

node_3dm_gx5_25

6253 - 3DM-GX5-25

node_3dm_gx5_35

6252 - 3DM-GX5-35

node_3dm_gx5_45

6251 - 3DM-GX5-45

node_3dm_cv5_10

6259 - 3DM-CV5-10

node_3dm_cv5_15

6258 - 3DM-CV5-15

node_3dm_cv5_25

6257 - 3DM-CV5-25

node_3dm_cv5_45

6256 - 3DM-CV5-45

node_3dm_gq4_45

6250 - 3DM-GQ4-45

node_3dm_cx5_45

6271 - 3DM-CX5-45

node_3dm_cx5_35

6272 - 3DM-CX5-35

node_3dm_cx5_25

6273 - 3DM-CX5-25

node_3dm_cx5_15

6274 - 3DM-CX5-15

node_3dm_cx5_10

6275 - 3DM-CX5-10

node_3dm_cl5_15

6280 - 3DM-CL5-15

node_3dm_cl5_25

6281 - 3DM-CL5-25

node_3dm_gq7

6284 - 3DM-GQ7

node_3dm_rtk

6285 - 3DM-RTK

node_3dm_cv7_ahrs

6286 - 3DM-CV7-AHRS

node_3dm_cv7_ar

6287 - 3DM-CV7-AR

node_3dm_gv7_ahrs

6288 - 3DM-GV7-AHRS

node_3dm_gv7_ar

6289 - 3DM-GV7-AR

node_3dm_gv7_ins

6290 - 3DM-GV7-INS

node_3dm_cv7_ins

6291 - 3DM-CV7-INS

node_3dm_cv7_gnss_ins

6292 - 3DM-CV7-GNSS/INS

-
- -
-
Modifier
-

The modifier options for MIP devices.  Ex: 6285-0100 (3DM-RTK) Modifier is 0100 This list does not define modifiers for all devices. The placeholder value (9999) will match to any value read from the device when comparing MipModel objects.

placeholder_matchAll

9999 - Placeholder value to use in full ModelNumber and const MipModel definitions

rtk_v1

0000 - 3DM-RTK v1

rtk_v2

0100 - 3DM-RTK

-
- -
-
ModelNumber
-

The combined node model and modifier numbers for each of the MIP devices.  Ex: Model = 6285, Modifiers = RTK v2 (0100) - NodeModel = 62580100 Most models have 9999 placeholder modifier values because there is no significant interface difference between the different versions of the same base model.  This placeholder value will match to any modifier value read from the device when comparing MipModel objects.

model_3dm_dh3

62199999 - 3DM-DH3

model_3dm_gx3_15

62279999 - 3DM-GX3-15

model_3dm_gx3_25

62239999 - 3DM-GX3-25

model_3dm_gx3_35

62259999 - 3DM-GX3-35

model_3dm_gx3_45

62289999 - 3DM-GX3-45

model_3dm_rq1_45_lt

62329999 - 3DM-RQ1-45-LT

model_3dm_gx4_15

62339999 - 3DM-GX4-15

model_3dm_gx4_25

62349999 - 3DM-GX4-25

model_3dm_gx4_45

62369999 - 3DM-GX4-45

model_3dm_rq1_45_st

62399999 - 3DM-RQ1-45-ST

model_mv5_ar

62439999 - MV5-AR

model_3dm_gx5_10

62559999 - 3DM-GX5-10

model_3dm_gx5_15

62549999 - 3DM-GX5-15

model_3dm_gx5_25

62539999 - 3DM-GX5-25

model_3dm_gx5_35

62529999 - 3DM-GX5-35

model_3dm_gx5_45

62519999 - 3DM-GX5-45

model_3dm_cv5_10

62599999 - 3DM-CV5-10

model_3dm_cv5_15

62589999 - 3DM-CV5-15

model_3dm_cv5_25

62579999 - 3DM-CV5-25

model_3dm_cv5_45

62569999 - 3DM-CV5-45

model_3dm_gq4_45

62509999 - 3DM-GQ4-45

model_3dm_cx5_45

62719999 - 3DM-CX5-45

model_3dm_cx5_35

62729999 - 3DM-CX5-35

model_3dm_cx5_25

62739999 - 3DM-CX5-25

model_3dm_cx5_15

62749999 - 3DM-CX5-15

model_3dm_cx5_10

62759999 - 3DM-CX5-10

model_3dm_cl5_15

62809999 - 3DM-CL5-15

model_3dm_cl5_25

62819999 - 3DM-CL5-25

model_3dm_gq7

62849999 - 3DM-GQ7

model_3dm_rtk_v1

62850000 - 3DM-RTK v1

model_3dm_rtk

62850100 - 3DM-RTK

model_3dm_cv7_ahrs

62869999 - 3DM-CV7-AHRS

model_3dm_cv7_ar

62879999 - 3DM-CV7-AR

model_3dm_gv7_ahrs

62889999 - 3DM-GV7-AHRS

model_3dm_gv7_ar

62899999 - 3DM-GV7-AR

model_3dm_gv7_ins

62909999 - 3DM-GV7-INS

model_3dm_cv7_ins

62919999 - 3DM-CV7-INS

model_3dm_cv7_gnss_ins

62929999 - 3DM-CV7-GNSS/INS

-
- -
-
Functions
-
- -
-
modelNumberEqual
-

Compare two MipModels::ModelNumber enum values (functionally the same as == operator overload for two MipModels::ModelNumber values).

Parameters
model1

the first MipModels::ModelNumber value to compare

model2

the second MipModels::ModelNumber value to compare

Returns
bool

true if both the NodeModel and Modifier sections of the full model number are equal or either Modifier is the placeholder value (9999)

-
- -
-
modelNumberFromStr
-
static ModelNumber modelNumberFromStr(
const std::string &modelNumberString
)
-

Returns a full ModelNumber integer value parsed from a model number string.

Parameters
modelNumberString
const std::string&

model number string formatted as it is read from a MIP device (ex: "6284-4220")

Returns
ModelNumber

integer form of model number cast as a ModelNumber enum value (ex: "6284-4220" -> 62844220)

-
- -
-
modelNumberFromParts
-
static ModelNumber modelNumberFromParts(
NodeModel nodeModel,
Modifier modifier
)
-

Constructs a full ModelNumber integer from node model and modifier sections. Ex: nodeModel: 6284, modifier: 4220 -> 62844220

Parameters
nodeModel
NodeModel

NodeModel value, the first part of the full model number (ex: 6284 of "6284-4220")

modifier
Modifier

Modifier value, the second part of the full model number (ex: 4220 of "6284-4220")

Returns

ModelNumber integer form of model number cast as a ModelNumber enum value

-
- -
-
nodeModelFromStr
-
static NodeModel nodeModelFromStr(
const std::string &modelNumberString
)
-

Returns the NodeModel section of a ModelNumber as an integer value parsed from a model number string.

Parameters
modelNumberString
const std::string&

model number string formatted as it is read from a MIP device (ex: "6284-4220")

Returns
NodeModel

integer form of the first part of a model number cast as a NodeModel enum value (ex: "6284-4220" -> 6284)

-
- -
-
modifierFromStr
-
static uint32 modifierFromStr(
const std::string &modelNumberString
)
-

Returns the Modifier section of a ModelNumber as an integer value parsed from a model number string.

Parameters
modelNumberString
const std::string&

model number string formatted as it is read from a MIP device (ex: "6284-4220")

Returns
uint32

integer form of the second part of a model number (ex: "6284-4220" -> 4220)

-
- -
-
nodeModelFromModelNumber
-
static NodeModel nodeModelFromModelNumber(
ModelNumber modelNumber
)
-

Returns the NodeModel section of a full ModelNumber integer.

Parameters
modelNumber
ModelNumber

ModelNumber model number integer i.e. 62844220 ("6284-4220")

Returns
NodeModel

integer form of the first part of a model number cast as a NodeModel enum value (ex: 62844220 -> 6284)

-
- -
-
modifierFromModelNumber
-
static uint32 modifierFromModelNumber(
ModelNumber modelNumber
)
-

Returns the Modifier section of a full ModelNumber integer.

Parameters
modelNumber
ModelNumber

ModelNumber model number integer i.e. 62844220 ("6284-4220")

Returns
uint32

integer form of the second part of a model number (ex: 62844220 -> 4220)

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MipNode-Summary.js b/v66.0.1/MSCL_Docs/classes/C/MipNode-Summary.js deleted file mode 100644 index 29a3f42df..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MipNode-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:MipNode","MipNode");NDSummary.OnSummaryLoaded("CClass:MipNode",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[4366,0,0,"MipNode"],[4367,0,2,"Variables","Variables"],[4368,0,3,"m_impl","m_impl"],[4369,0,2,"Functions","Functions"],[4370,0,1,"doCommand","doCommand"],[4371,0,1,"doCommand","doCommand(2)"],[4372,0,1,"getConfigCommandBytes","getConfigCommandBytes"],[4373,0,1,"sendCommandBytes","sendCommandBytes"],[4374,0,1,"sendCommandBytes","sendCommandBytes(2)"],[4375,0,1,"deviceName","deviceName"],[4376,0,1,"connection","connection"],[4377,0,1,"features","features"],[4378,0,1,"clearDeviceInfo","clearDeviceInfo"],[4379,0,1,"lastCommunicationTime","lastCommunicationTime"],[4380,0,1,"lastDeviceState","lastDeviceState"],[4381,0,1,"setLastDeviceState","setLastDeviceState"],[4382,0,1,"firmwareVersion","firmwareVersion"],[4383,0,1,"model","model"],[4384,0,1,"modelName","modelName"],[4385,0,1,"modelNumber","modelNumber"],[4386,0,1,"serialNumber","serialNumber"],[4387,0,1,"lotNumber","lotNumber"],[4388,0,1,"deviceOptions","deviceOptions"],[4389,0,1,"timeout","timeout"],[4390,0,1,"timeout","timeout(2)"],[4391,0,1,"name","name"],[4392,0,1,"ping","ping"],[4393,0,1,"setToIdle","setToIdle"],[4394,0,1,"cyclePower","cyclePower"],[4395,0,1,"resume","resume"],[4396,0,1,"getCommunicationMode","getCommunicationMode"],[4397,0,1,"setCommunicationMode","setCommunicationMode"],[4398,0,1,"saveSettingsAsStartup","saveSettingsAsStartup"],[4399,0,1,"saveSettingsAsStartup","saveSettingsAsStartup(2)"],[4400,0,1,"saveSettingsAsStartup","saveSettingsAsStartup(3)"],[4401,0,1,"loadStartupSettings","loadStartupSettings"],[4402,0,1,"loadStartupSettings","loadStartupSettings(2)"],[4403,0,1,"loadStartupSettings","loadStartupSettings(3)"],[4404,0,1,"loadFactoryDefaultSettings","loadFactoryDefaultSettings"],[4405,0,1,"loadFactoryDefaultSettings","loadFactoryDefaultSettings(2)"],[4406,0,1,"loadFactoryDefaultSettings","loadFactoryDefaultSettings(3)"],[4407,0,1,"setUARTBaudRate","setUARTBaudRate"],[4408,0,1,"setUARTBaudRate","setUARTBaudRate(2)"],[4409,0,1,"getUARTBaudRate","getUARTBaudRate"],[4410,0,1,"getRawBytePackets","getRawBytePackets"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MipNode-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/MipNode-SummaryToolTips.js deleted file mode 100644 index d0099eeae..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MipNode-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:MipNode",{4366:"
MipNode
Abstract base class for Inertial or RTK (MIP) devices
",4368:"
std::shared_ptr<MipNode_Impl> m_impl
The MipNode_Impl class that contains all the implementation logic for the MipNode class.
",4370:"
virtual GenericMipCmdResponse doCommand(
GenericMipCommand::Response &response,
const ByteStream &command,
bool verifySupported = true
) const
Note: This is an ADVANCED COMMAND. Most users will not need to use this.  Performs a generic Mip Command, sending the command bytes and waiting for the response.
",4371:"
virtual Bytes doCommand(
uint8 descriptorSet,
uint8 cmdDescriptor,
const Bytes &fieldData,
bool ackNackResponse,
bool dataResponse,
uint8 responseDataDescriptor = 0
) const
Note: This is an ADVANCED COMMAND. Most users will not need to use this.  Allows sending custom data as a MIP packet to the device, and receiving custom data as a response.
",4372:"
MipCommandSet getConfigCommandBytes()
Gets the byte string for the commands to set the node\'s current settings.
",4373:"
void sendCommandBytes(
MipCommandSet &cmds
)
Sends the <MipCommandSet> byte strings. The MipCommandBytes sendCmdFailed is updated to indicate success/failure.  Note: Unsupported commands, as indicated by the MipCommandBytes id, will not be sent.  Important: if the UART Baud Rate is changed the connection to the port will be automatically closed and re-opened at the new baud rate.
",4374:"
void sendCommandBytes(
MipCommandBytes &cmd
)
Sends the MipCommandBytes byte strings. The MipCommandBytes sendCmdFailed is updated to indicate success/failure.  Note: Unsupported commands, as indicated by the MipCommandBytes id, will not be sent.  Important: if the UART Baud Rate is changed the connection to the port will be automatically closed and re-opened at the new baud rate.
",4375:"
static std::string deviceName(
const std::string &serial
)
Static function for creating the universal sensor name that should be used for SensorCloud.
",4376:"
Connection& connection()
Gets the Connection object that this MipNode is using.
",4377:"
const MipNodeFeatures& features() const
Gets a reference to the MipNodeFeatures for this device.  Note: This will be invalid when the MipNode is destroyed.
",4378:"
void clearDeviceInfo()
Clears cached device info (ie fw version, model number, receiver info, etc.), forcing it to be re-read from the device the next time it is used.
",4379:"
const Timestamp& lastCommunicationTime() const
Gets the Timestamp for the last time MSCL communicated with the MipNode.
",4380:"
DeviceState lastDeviceState() const
Gets the last known DeviceState for the MipNode.  This device state is updated by MSCL when data packets are received, as well as when operations are performed, such as setting a Node to idle.
",4381:"
void setLastDeviceState(
DeviceState state
)
Most users will not need this functionality.  The device state defaults to unknown on connection but then automatically updates to streaming upon receiving data packets or idle when the set to idle command is sent.  Setting this will not stop auto-detection - the manually set value will be overwritten when the value would otherwise be set.
",4382:"
Version firmwareVersion() const
Gets the firmware Version of the MipNode.
",4383:"
MipModel model() const
Gets the MipModel of the MipNode.
",4384:"
std::string modelName() const
Gets the model name of the MipNode (ie. "3DM-GX3-45").
",4385:"
std::string modelNumber() const
Gets the model number of the MipNode (ie. "6225-4220").
",4386:"
std::string serialNumber() const
Gets the serial number of the MipNode (ie. "6225-01319").
",4387:"
std::string lotNumber() const
Gets the lot number of the MipNode (ie. "I042Y").
",4388:"
std::string deviceOptions() const
Gets the device options of the MipNode (ie. "5g, 300d/s").
",4389:"
void timeout(
uint64 timeout
)
Sets the timeout to use when waiting for responses from commands.
",4390:"
uint64 timeout() const
Gets the timeout to use when waiting for responses from commands.
",4391:"
std::string name()
Gets the name of the MipNode. This is the universal sensor name that should be used for uploading to SensorCloud.  This is the same as calling MipNode::deviceName.
",4392:"
bool ping()
Pings the Node to check for communication.  Sends the "Ping" command to the device.
",4393:"
void setToIdle()
Suspends streaming (if enabled) or wakes the device from sleep (if sleeping), putting the device in an idle mode.  After this command is used, the resume command may be used to put the Node back into the mode it was previously in before setToIdle was called.
",4394:"
bool cyclePower()
Performs the "Device Reset" command.  Note: This is essentially the same as unplugging and plugging the device back in.
",4395:"
void resume()
Places the Node back in the mode it was in before issuing the setToIdle command.  If the setToIdle command was not issued, then the device is placed in default mode.
",4396:"
virtual uint8 getCommunicationMode() = 0
Gets the current communication mode that the node is in.
",4397:"
virtual void setCommunicationMode(
uint8 communicationMode
) = 0
Sets the communication mode for the node.  Note: The node info will be reset when doing this and therefore will require being fetched again the next time it is requested.
",4398:"
void saveSettingsAsStartup()
Save the current value of the specified settings commands as a startup setting.
",4399:"
void saveSettingsAsStartup(
MipTypes::MipCommands cmdIds
)
Save the current value of the specified settings commands as a startup setting.
",4400:"
void saveSettingsAsStartup(
MipCommandParameters cmdParams
)
Save the current value of the specified settings commands as a startup setting.
",4401:"
void loadStartupSettings()
Loads the saved startup settings onto the Node as its current settings.  This function is useful if you have powered on the Node, made changes to its settings, and want to get back to its startup settings.
",4402:"
void loadStartupSettings(
MipTypes::MipCommands cmdIds
)
Loads the saved startup settings onto the Node as its current settings.  This function is useful if you have powered on the Node, made changes to its settings, and want to get back to its startup settings.
",4403:"
void loadStartupSettings(
MipCommandParameters cmdParams
)
Loads the saved startup settings onto the Node as its current settings.  This function is useful if you have powered on the Node, made changes to its settings, and want to get back to its startup settings.
",4404:"
void loadFactoryDefaultSettings()
Loads the factory default settings onto the Node as its current settings.
",4405:"
void loadFactoryDefaultSettings(
MipTypes::MipCommands cmdIds
)
Loads the factory default settings onto the Node as its current settings.
",4406:"
void loadFactoryDefaultSettings(
MipCommandParameters cmdParams
)
Loads the factory default settings onto the Node as its current settings.
",4407:"
void setUARTBaudRate(
uint32 baudRate,
bool resetConnection = true
)
Sets the baud rate.  The device can be unresponsive for as much as 250 ms following this command.  Important: The connection to the port will be automatically closed and re-opened at the new baud rate unless resetConnection parameter is false.
",4408:"
void setUARTBaudRate(
uint32 baudRate,
uint8 portId,
bool resetConnection = true
)
Sets the baud rate.  The device can be unresponsive for as much as 250 ms following this command.  Important: The connection to the port will be automatically closed and re-opened at the new baud rate unless resetConnection parameter is false.
",4409:"
uint32 getUARTBaudRate(
uint8 portId = 1
)
Gets the current baud rate for the inertial device.
",4410:"
RawBytePackets getRawBytePackets(
uint32 timeout = 0,
uint32 maxPackets = 0
)
Gets up to the requested amount of raw byte packets that have been collected.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MipNode-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/MipNode-ToolTips.js deleted file mode 100644 index f4b589750..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MipNode-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({80:"
RawBytePacket
A class that contains packet information about an Inertial packet
",367:"
Connection
The Connection object that is used for communication.
",2927:"
GenericMipCmdResponse
Represents the response to a GenericMipCommand.
",3146:"
The enums for all the different data classes of MIP data.
",3781:"
A vector of Command enums.
",3933:"
Contains an <Command> id and a BytesCollection vector to store the actual bytes to send to the device for that command.
",4161:"
MipNode_Impl
Contains the implementation for an InertialNode.
",4375:"
static std::string deviceName(
const std::string &serial
)
Static function for creating the universal sensor name that should be used for SensorCloud.
",4386:"
std::string serialNumber() const
Gets the serial number of the MipNode (ie. "6225-01319").
",4393:"
void setToIdle()
Suspends streaming (if enabled) or wakes the device from sleep (if sleeping), putting the device in an idle mode.  After this command is used, the resume command may be used to put the Node back into the mode it was previously in before setToIdle was called.
",4395:"
void resume()
Places the Node back in the mode it was in before issuing the setToIdle command.  If the setToIdle command was not issued, then the device is placed in default mode.
",4502:"
MipModel
Contains the model information of MIP devices.
",4587:"
MipNodeInfo
Contains basic information about a MipNode.
",5147:"
MipNodeFeatures
Contains information on which features are supported by an InertialNode.
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10253:"
typedef for a vector of bytes.
",10274:"
The possible states a device can be in.
",10291:"
Timestamp
Represents a date/time object
",10409:"
Version
Class that represents, and provides helper functions for, a Version number
",10453:"
Error_NotSupported
A command/feature was attempted to be used that was not supported.
",10457:"
Error_NoData
There is no data available to be accessed
",10468:"
Error_Communication
The exception for failing to communicate with a device.
",10479:"
Error_Connection
The generic connection exception.
",10497:"
Error_MipCmdFailed
The Inertial command has failed
",2559:"
InertialNode
A class representing a MicroStrain Inertial Node
",4610:"
RTKNode
A class representing a MicroStrain RTK Node
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MipNode.html b/v66.0.1/MSCL_Docs/classes/C/MipNode.html deleted file mode 100644 index 37399cc23..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MipNode.html +++ /dev/null @@ -1,277 +0,0 @@ - - -MipNode - - - - - - - -
-
MipNode
- -

Abstract base class for Inertial or RTK (MIP) devices

-
- -
-
Variables
-
- -
-
m_impl
-
std::shared_ptr<MipNode_Impl> m_impl
-

The MipNode_Impl class that contains all the implementation logic for the MipNode class.

-
- -
-
Functions
-
- -
-
doCommand
-
virtual GenericMipCmdResponse doCommand(
GenericMipCommand::Response &response,
const ByteStream &command,
bool verifySupported = true
) const
-

Note: This is an ADVANCED COMMAND. Most users will not need to use this.  Performs a generic Mip Command, sending the command bytes and waiting for the response.

Parameters
response
GenericMipCommand::Response&

A <GenericMipCommand::Response> that will be used to wait and contain all the command/result information.

command
const ByteStream&

The ByteStream containing the bytes to send for the command.

verifySupported
bool

Whether to verify if the command is supported before performing the command (default of true).

Returns

The GenericMipCmdResponse that contains the actual data from the response

Exceptions
-
- -
-
doCommand
-
virtual Bytes doCommand(
uint8 descriptorSet,
uint8 cmdDescriptor,
const Bytes &fieldData,
bool ackNackResponse,
bool dataResponse,
uint8 responseDataDescriptor = 0
) const
-

Note: This is an ADVANCED COMMAND. Most users will not need to use this.  Allows sending custom data as a MIP packet to the device, and receiving custom data as a response.

Parameters
descriptorSet
uint8

The MIP descriptor set byte.

cmdDescriptor
uint8

The MIP command field descriptor byte.

fieldData
const Bytes&

The MIP field data to send in the command (pass an empty Bytes container if none).

ackNackResponse
bool

Whether or not a MIP ack/nack response field is expected.

dataResponse
bool

Whether or not a MIP data response field is expected.

responseDataDescriptor
uint8

The MIP response data field descriptor byte (only required if dataResponse flag is true)

Returns

The response field Bytes from a successful response (empty if no dataResponse).

Exceptions
-
- -
-
getConfigCommandBytes
-
MipCommandSet getConfigCommandBytes()
-

Gets the byte string for the commands to set the node's current settings.

Returns

A <MipCommandSet> containing supported config descriptors and the set command bytes.

Exceptions
-
- -
-
sendCommandBytes
-
void sendCommandBytes(
MipCommandSet &cmds
)
-

Sends the <MipCommandSet> byte strings. The MipCommandBytes sendCmdFailed is updated to indicate success/failure.  Note: Unsupported commands, as indicated by the MipCommandBytes id, will not be sent.  Important: if the UART Baud Rate is changed the connection to the port will be automatically closed and re-opened at the new baud rate.

Parameters
cmds
MipCommandSet&

The <MipCommandSet> of command IDs and bytes. The sendCmdFailed value of each will be set to true if the sent command errors.

-
- -
-
sendCommandBytes
-
void sendCommandBytes(
MipCommandBytes &cmd
)
-

Sends the MipCommandBytes byte strings. The MipCommandBytes sendCmdFailed is updated to indicate success/failure.  Note: Unsupported commands, as indicated by the MipCommandBytes id, will not be sent.  Important: if the UART Baud Rate is changed the connection to the port will be automatically closed and re-opened at the new baud rate.

Parameters
cmd
MipCommandBytes&

The MipCommandBytes to send to the device. The sendCmdFailed value will be set to true if the sent command errors.

-
- -
-
deviceName
-
static std::string deviceName(
const std::string &serial
)
-

Static function for creating the universal sensor name that should be used for SensorCloud.

Parameters
serial
const std::string&

The serial number of the node. This should be identical to calling the serialNumber function on an MipNodeInfo object (see <MipNode::info>).

Returns

The universal sensor name.

-
- -
-
connection
-
Connection& connection()
-

Gets the Connection object that this MipNode is using.

Returns

The Connection object that this MipNode is using.

-
- -
-
features
-
const MipNodeFeatures& features() const
-

Gets a reference to the MipNodeFeatures for this device.  Note: This will be invalid when the MipNode is destroyed.

Exceptions
-
- -
-
clearDeviceInfo
-
void clearDeviceInfo()
-

Clears cached device info (ie fw version, model number, receiver info, etc.), forcing it to be re-read from the device the next time it is used.

-
- -
-
lastCommunicationTime
-
const Timestamp& lastCommunicationTime() const
-

Gets the Timestamp for the last time MSCL communicated with the MipNode.

Returns

A Timestamp representing the last time MSCL communicated with the Node.

Exceptions

  • Error_NoData: There is no communication time logged for this device.

-
- -
-
lastDeviceState
-
DeviceState lastDeviceState() const
-

Gets the last known DeviceState for the MipNode.  This device state is updated by MSCL when data packets are received, as well as when operations are performed, such as setting a Node to idle.

Returns

The last known DeviceState.

-
- -
-
setLastDeviceState
-
void setLastDeviceState(
DeviceState state
)
-

Most users will not need this functionality.  The device state defaults to unknown on connection but then automatically updates to streaming upon receiving data packets or idle when the set to idle command is sent.  Setting this will not stop auto-detection - the manually set value will be overwritten when the value would otherwise be set.

Parameters
state
DeviceState

the DeviceState to set

-
- -
-
firmwareVersion
-
Version firmwareVersion() const
-

Gets the firmware Version of the MipNode.

Returns

The firmware Version of the MipNode.

Exceptions
-
- -
-
model
-
MipModel model() const
-

Gets the MipModel of the MipNode.

Returns

The MipModel of the MipNode.

Exceptions
-
- -
-
modelName
-
std::string modelName() const
-

Gets the model name of the MipNode (ie. "3DM-GX3-45").

Returns

The model name of the MipNode.

Exceptions
-
- -
-
modelNumber
-
std::string modelNumber() const
-

Gets the model number of the MipNode (ie. "6225-4220").

Returns

The model number of the MipNode.

Exceptions
-
- -
-
serialNumber
-
std::string serialNumber() const
-

Gets the serial number of the MipNode (ie. "6225-01319").

Returns

The serial number of the MipNode.

Exceptions
-
- -
-
lotNumber
-
std::string lotNumber() const
-

Gets the lot number of the MipNode (ie. "I042Y").

Returns

The lot number of the MipNode.

Exceptions
-
- -
-
deviceOptions
-
std::string deviceOptions() const
-

Gets the device options of the MipNode (ie. "5g, 300d/s").

Returns

The device options of the MipNode.

Exceptions
-
- -
-
timeout
-
void timeout(
uint64 timeout
)
-

Sets the timeout to use when waiting for responses from commands.

Parameters
timeout
uint64

The timeout (in milliseconds) to set for commands.

-
- -
-
timeout
-
uint64 timeout() const
-

Gets the timeout to use when waiting for responses from commands.

Returns

The timeout (in milliseconds) used for commands.

-
- -
-
name
-
std::string name()
-

Gets the name of the MipNode. This is the universal sensor name that should be used for uploading to SensorCloud.  This is the same as calling MipNode::deviceName.

Returns

The universal sensor name.

-
- -
-
ping
-
bool ping()
-

Pings the Node to check for communication.  Sends the "Ping" command to the device.

Returns

true if successfully pinged the node, false if failed.

Exceptions
-
- -
-
setToIdle
-
void setToIdle()
-

Suspends streaming (if enabled) or wakes the device from sleep (if sleeping), putting the device in an idle mode.  After this command is used, the resume command may be used to put the Node back into the mode it was previously in before setToIdle was called.

Exceptions
-
- -
-
cyclePower
-
bool cyclePower()
-

Performs the "Device Reset" command.  Note: This is essentially the same as unplugging and plugging the device back in.

Exceptions
-
- -
-
resume
-
void resume()
-

Places the Node back in the mode it was in before issuing the setToIdle command.  If the setToIdle command was not issued, then the device is placed in default mode.

Exceptions
-
- -
-
getCommunicationMode
-
virtual uint8 getCommunicationMode() = 0
-

Gets the current communication mode that the node is in.

Returns

The communication mode the node is in. This is an advanced command, and therefore the communication modes for your device should be researched to determine what each communication mode is.

Exceptions
-
- -
-
setCommunicationMode
-
virtual void setCommunicationMode(
uint8 communicationMode
) = 0
-

Sets the communication mode for the node.  Note: The node info will be reset when doing this and therefore will require being fetched again the next time it is requested.

Parameters
communicationMode
uint8

The communication mode to set. This is an advanced command, and therefore the communication modes for your device should be researched to determine what each communication mode is.

Exceptions
-
- -
-
saveSettingsAsStartup
-
void saveSettingsAsStartup()
-

Save the current value of the specified settings commands as a startup setting.

Exceptions
-
- -
-
saveSettingsAsStartup
-
void saveSettingsAsStartup(
MipTypes::MipCommands cmdIds
)
-

Save the current value of the specified settings commands as a startup setting.

Parameters
cmdIds
MipTypes::MipCommands

(Optional) MipTypes::MipCommands list of IDs of the settings commands to save

Exceptions
-
- -
-
saveSettingsAsStartup
-
void saveSettingsAsStartup(
MipCommandParameters cmdParams
)
-

Save the current value of the specified settings commands as a startup setting.

Parameters
cmdParams
MipCommandParameters

(Optional) <MipCommandParameters> map of command IDs with associated parameters to save (if required, ie: message format, comm port speed, etc.)

Exceptions
-
- -
-
loadStartupSettings
-
void loadStartupSettings()
-

Loads the saved startup settings onto the Node as its current settings.  This function is useful if you have powered on the Node, made changes to its settings, and want to get back to its startup settings.

Exceptions
-
- -
-
loadStartupSettings
-
void loadStartupSettings(
MipTypes::MipCommands cmdIds
)
-

Loads the saved startup settings onto the Node as its current settings.  This function is useful if you have powered on the Node, made changes to its settings, and want to get back to its startup settings.

Parameters
cmdIds
MipTypes::MipCommands

(Optional) MipTypes::MipCommands list of IDs of the settings commands to load

Exceptions
-
- -
-
loadStartupSettings
-
void loadStartupSettings(
MipCommandParameters cmdParams
)
-

Loads the saved startup settings onto the Node as its current settings.  This function is useful if you have powered on the Node, made changes to its settings, and want to get back to its startup settings.

Parameters
cmdParams
MipCommandParameters

(Optional) <MipCommandParameters> map of command IDs with associated parameters to load (if required, ie: message format, comm port speed, etc.)

Exceptions
-
- -
-
loadFactoryDefaultSettings
-
void loadFactoryDefaultSettings()
-

Loads the factory default settings onto the Node as its current settings.

Exceptions
-
- -
-
loadFactoryDefaultSettings
-
void loadFactoryDefaultSettings(
MipTypes::MipCommands cmdIds
)
-

Loads the factory default settings onto the Node as its current settings.

Parameters
cmdIds
MipTypes::MipCommands

(Optional) MipTypes::MipCommands list of IDs of the settings commands to load

Exceptions
-
- -
-
loadFactoryDefaultSettings
-
void loadFactoryDefaultSettings(
MipCommandParameters cmdParams
)
-

Loads the factory default settings onto the Node as its current settings.

Parameters
cmdParams
MipCommandParameters

(Optional) <MipCommandParameters> map of command IDs with associated parameters to load (if required, ie: message format, comm port speed, etc.)

Exceptions
-
- -
-
setUARTBaudRate
-
void setUARTBaudRate(
uint32 baudRate,
bool resetConnection = true
)
-

Sets the baud rate.  The device can be unresponsive for as much as 250 ms following this command.  Important: The connection to the port will be automatically closed and re-opened at the new baud rate unless resetConnection parameter is false.

Parameters
baudRate
uint32

The new baud rate.

resetConnection
bool

(Optional) Specifies whether the connection to the port should be automatically closed and re-opened at the new baud rate.

Exceptions
-
- -
-
setUARTBaudRate
-
void setUARTBaudRate(
uint32 baudRate,
uint8 portId,
bool resetConnection = true
)
-

Sets the baud rate.  The device can be unresponsive for as much as 250 ms following this command.  Important: The connection to the port will be automatically closed and re-opened at the new baud rate unless resetConnection parameter is false.

Parameters
baudRate
uint32

The new baud rate.

portId
uint8

Specify the port id to set the baud rate. This value is ignored if device does not support command: Comm Port Speed (0x01,0x09)

resetConnection
bool

(Optional) Specifies whether the connection to the port should be automatically closed and re-opened at the new baud rate.

Exceptions
-
- -
-
getUARTBaudRate
-
uint32 getUARTBaudRate(
uint8 portId = 1
)
-

Gets the current baud rate for the inertial device.

Parameters
portId
uint8

(Optional) Specify the port id to read the baud rate. This value is ignored if device does not support command: Comm Port Speed (0x01,0x09)

Return

uint8 current baud rate.

Exceptions
-
- -
-
getRawBytePackets
-
RawBytePackets getRawBytePackets(
uint32 timeout = 0,
uint32 maxPackets = 0
)
-

Gets up to the requested amount of raw byte packets that have been collected.

Parameters
packets

A vector of RawBytePacket to hold the result.

timeout
uint32

the timeout, in milliseconds, to wait for the data if necessary (default of 0)

maxPackets
uint32

The maximum number of packets to return. If this is 0 (default), all packets will be returned.

Exceptions
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MipNodeFeatures-Summary.js b/v66.0.1/MSCL_Docs/classes/C/MipNodeFeatures-Summary.js deleted file mode 100644 index 970b27bd6..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MipNodeFeatures-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:MipNodeFeatures","MipNodeFeatures");NDSummary.OnSummaryLoaded("CClass:MipNodeFeatures",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[5147,0,0,"MipNodeFeatures"],[5148,0,2,"Variables","Variables"],[5149,0,3,"m_nodeInfo","m_nodeInfo"],[5150,0,2,"Functions","Functions"],[5151,0,1,"MipNodeFeatures","MipNodeFeatures"],[5152,0,2,"Variables","Variables(2)"],[5153,0,3,"m_node","m_node"],[5154,0,2,"Functions","Functions(2)"],[5155,0,1,"nodeInfo","nodeInfo"],[5156,0,1,"resetNodeInfo","resetNodeInfo"],[5157,0,1,"create","create"],[5158,0,1,"isChannelField","isChannelField"],[5159,0,1,"supportsCategory","supportsCategory"],[5160,0,1,"supportsCommand","supportsCommand"],[5161,0,1,"supportedCommands","supportedCommands"],[5162,0,1,"supportsChannelField","supportsChannelField"],[5163,0,1,"filterSupportedChannelFields","filterSupportedChannelFields"],[5164,0,1,"supportedChannelFields","supportedChannelFields"],[5165,0,1,"supportedSampleRates","supportedSampleRates"],[5166,0,1,"baseDataRate","baseDataRate"],[5167,0,1,"gnssReceiverInfo","gnssReceiverInfo"],[5168,0,1,"supportedGnssSources","supportedGnssSources"],[5169,0,1,"supportedSensorRanges","supportedSensorRanges"],[5170,0,1,"supportedSensorRanges","supportedSensorRanges(2)"],[5171,0,1,"commPortInfo","commPortInfo"],[5172,0,1,"useLegacyIdsForEnableDataStream","useLegacyIdsForEnableDataStream"],[5173,0,1,"supportedHeadingUpdateOptions","supportedHeadingUpdateOptions"],[5174,0,1,"supportedHeadingAlignmentMethods","supportedHeadingAlignmentMethods"],[5175,0,1,"supportedStatusSelectors","supportedStatusSelectors"],[5176,0,1,"supportedEstimationControlOptions","supportedEstimationControlOptions"],[5177,0,1,"supportedVehicleModeTypes","supportedVehicleModeTypes"],[5178,0,1,"supportedAdaptiveMeasurementModes","supportedAdaptiveMeasurementModes"],[5179,0,1,"supportedAdaptiveFilterLevels","supportedAdaptiveFilterLevels"],[5180,0,1,"supportedAidingMeasurementOptions","supportedAidingMeasurementOptions"],[5181,0,1,"supportedPpsSourceOptions","supportedPpsSourceOptions"],[5182,0,1,"supportedGpioPins","supportedGpioPins"],[5183,0,1,"supportedGpioPinModes","supportedGpioPinModes"],[5184,0,1,"supportedGpioBehaviors","supportedGpioBehaviors"],[5185,0,1,"supportedGpioFeatures","supportedGpioFeatures"],[5186,0,1,"supportedGpioConfigurations","supportedGpioConfigurations"],[5187,0,1,"supportedGnssSignalConfigurations","supportedGnssSignalConfigurations"],[5188,0,1,"supportedDeclinationOptions","supportedDeclinationOptions"],[5189,0,1,"supportedInclinationOptions","supportedInclinationOptions"],[5190,0,1,"supportedMagneticMagnitudeOptions","supportedMagneticMagnitudeOptions"],[5191,0,1,"supportedEventThresholdChannels","supportedEventThresholdChannels"],[5192,0,1,"supportedEventActionInfo","supportedEventActionInfo"],[5193,0,1,"supportedEventTriggerInfo","supportedEventTriggerInfo"],[5194,0,1,"supportsNorthCompensation","supportsNorthCompensation"],[5195,0,1,"supportedLowPassFilterChannelFields","supportedLowPassFilterChannelFields"],[5196,0,1,"maxMeasurementReferenceFrameId","maxMeasurementReferenceFrameId"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MipNodeFeatures-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/MipNodeFeatures-SummaryToolTips.js deleted file mode 100644 index c3b9a5a70..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MipNodeFeatures-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:MipNodeFeatures",{5147:"
MipNodeFeatures
Contains information on which features are supported by an InertialNode.
",5149:"
mutable std::unique_ptr<MipNodeInfo> m_nodeInfo
The MipNodeInfo object that gives access to information of the Node
",5151:"
MipNodeFeatures(
const MipNode_Impl *node
)
Creates a MipNodeFeatures object.
",5153:"
const MipNode_Impl* m_node
The MipNode_Impl to use for lazy loading of values.
",5155:"
const MipNodeInfo& nodeInfo() const
Gets the basic device info (serial, model, fw version, etc.).
",5156:"
void resetNodeInfo()
Clears cached info read from device (ie fw version, receiver info, etc.).
",5157:"
static std::unique_ptr<MipNodeFeatures> create(
const MipNode_Impl *node
)
Builds and returns a MipNodeFeatures pointer.
",5158:"
static bool isChannelField(
uint16 descriptor
)
Checks if the uint16 descriptor value is a Channel field or not.
",5159:"
bool supportsCategory(
MipTypes::DataClass dataClass
) const
Checks whether or not a given MipTypes::DataClass is supported by the Node.
",5160:"
bool supportsCommand(
MipTypes::Command commandId
) const
Checks whether or not the given MipTypes::Command is supported by the Node.
",5161:"
MipTypes::MipCommands supportedCommands() const
Gets a list of the supported MipTypes::MipCommands that are supported by the Node.
",5162:"
bool supportsChannelField(
MipTypes::ChannelField fieldId
) const
Checks whether or not the given MipTypes::ChannelField is supported by the Node.
",5163:"
MipTypes::MipChannelFields filterSupportedChannelFields(
const MipTypes::MipChannelFields &fields
) const
Checks whether or not the MipTypes::ChannelField values in the specified list are supported by the Node and returns a list of those that are.
",5164:"
MipTypes::MipChannelFields supportedChannelFields(
MipTypes::DataClass dataClass = MipTypes::DataClass(-1)
) const
Gets a list of the supported channel fields for a given MipTypes::DataClass.
",5165:"
const SampleRates& supportedSampleRates(
MipTypes::DataClass dataClass
) const
Gets a list of the supported sample rates for a given MipTypes::DataClass.
",5166:"
const uint16& baseDataRate(
MipTypes::DataClass dataClass
) const
Gets the base data rate for a given MipTypes::DataClass.
",5167:"
const GnssReceivers& gnssReceiverInfo() const
Gets a list of GnssReceiverInfo for supported GNSS receivers.
",5168:"
const GnssSources supportedGnssSources() const
Gets a list of <InertialTypes::GNSS_Source> for supported GNSS sources.
",5169:"
const SupportedSensorRanges& supportedSensorRanges() const
Gets the SupportedSensorRanges for each configurable sensor type.
",5170:"
const SensorRanges supportedSensorRanges(
SensorRange::Type type
) const
Gets the SupportedSensorRanges for the specified configurable sensor type.
",5171:"
const CommPortInfo getCommPortInfo() const
Gets a list of DeviceCommPort info objects for each comm port on the device.
",5172:"
bool useLegacyIdsForEnableDataStream() const
true if the device uses Legacy IDs for the IMU/AHRS, GNSS, and EF data sets in the Enable Data Stream command (0x0C, 0x11)
",5173:"
const HeadingUpdateOptionsList supportedHeadingUpdateOptions() const
Gets a list of the supported heading update control options for this node.  Command: Heading Aiding Source Control (0x0D,0x18)
",5174:"
const HeadingAlignmentMethod supportedHeadingAlignmentMethods() const
Gets a list of the supported heading alignment methods for this node.  Command: Navigation Filter Initialization (0x0D,0x52)
",5175:"
const StatusSelectors supportedStatusSelectors() const
Gets a list of the supported device data status selectors for this node.
",5176:"
const EstimationControlOptions supportedEstimationControlOptions() const
Gets an object containing the estimation control options supported by this node.
",5177:"
const VehicleModeTypes supportedVehicleModeTypes() const
Gets a list of the supported vehicle mode types for this node.
",5178:"
const AdaptiveMeasurementModes supportedAdaptiveMeasurementModes() const
Gets an object containing the adaptive measurement modes supported by this node.
",5179:"
const AdaptiveFilterLevels supportedAdaptiveFilterLevels() const
Gets an object containing the adaptive filtering levels supported by this node.
",5180:"
const AidingMeasurementSourceOptions supportedAidingMeasurementOptions() const
Gets the aiding measurement sources supported by this device.
",5181:"
const PpsSourceOptions supportedPpsSourceOptions() const
Gets the PPS source options supported by this device.
",5182:"
const std::vector<GpioPinId> supportedGpioPins() const
Gets the GPIO Pin IDs supported by this device.
",5183:"
const GpioPinModeOptions supportedGpioPinModes(
GpioConfiguration::Feature feature,
uint8 behavior
) const
Gets the Pin Mode options supported by this device based on the selected feature and behavior.
",5184:"
const GpioBehaviorModes supportedGpioBehaviors(
GpioConfiguration::Feature feature,
GpioPinId pin
) const
Gets the GPIO Behavior options supported by this device based on the selected feature.
",5185:"
const GpioFeatureBehaviors supportedGpioFeatures(
GpioPinId pin
) const
Gets the GPIO Feature options supported by this device for the specified GPIO pin.
",5186:"
const GpioPinOptions supportedGpioConfigurations() const
Gets a map of supported GPIO configuration options for each supported pin
",5187:"
GnssSignalConfigOptions supportedGnssSignalConfigurations() const
Gets bitmask vectors of supported GnssSignalConfiguration for each constellation
",5188:"
Gets a vector of supported declination source options
",5189:"
Gets a vector of supported inclination source options
",5190:"
Gets a vector of supported magnetic magnitude source options
",5191:"
MipTypes::ChannelFieldQualifiers supportedEventThresholdChannels() const
Gets the supported channel fields/qualifiers for event threshold configuration.
",5192:"
const EventSupportInfo supportedEventActionInfo() const
Gets EventSupportInfo for event triggers and their types supported by the device.
",5193:"
const EventSupportInfo supportedEventTriggerInfo() const
Gets EventSupportInfo for event actions and their types supported by the device.
",5194:"
const bool supportsNorthCompensation() const
Checks whether or not north compensation is supported by the Node.  Only supported on devices with a magnetometer.
",5195:"
MipTypes::MipChannelFields supportedLowPassFilterChannelFields() const
Gets the list of MipTypes::ChannelFields that the low-pass filter can be applied to for this device.
",5196:"
uint8 maxMeasurementReferenceFrameId() const
Gets the maximum Measurement Reference Frame ID supported by this device. Supported ids are 1 through max ID.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MipNodeFeatures-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/MipNodeFeatures-ToolTips.js deleted file mode 100644 index 91cc46f8f..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MipNodeFeatures-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1907:"
A vector of VehicleModeType enum values
",1908:"
A vector of AutoAdaptiveFilteringLevel enum values
",1909:"
A vector of <InertialTypes::PpsSource> values
",1910:"
A vector of <InertialTypes::AidingMeasurementSource> values
",1911:"
A vector of <InertialTypes::GeographicSourceOption> values
",1912:"
A vector of <InertialTypes::GNSS_Source> values
",2181:"
Struct to create and interact with a HeadingAlignmentOption bitfield
",2221:"
Controls which parameters are estimated by the Kalman Filter.  Some, all, or none of the options can be set as estimation controls.
",2330:"
GnssSignalConfiguration
",2380:"
GPIO Feature options. Determines how the pin will be used
",2387:"
GPIO Pin behavior
",2392:"
PPS Pin behavior
",2396:"
Encoder Pin behavior
",2559:"
InertialNode
A class representing a MicroStrain Inertial Node
",3146:"
The enums for all the different data classes of MIP data.
",3171:"
The enums for all of the different MIP commands.
",3321:"
The enums for all of the different MIP Channel Field IDs.
",3780:"
A vector of ChannelField enums.
",3781:"
A vector of Command enums.
",3785:"
A map of ChannelField values and their associated ChannelIndices
",4095:"
Maps GNSS Receiver ID to the MipTypes::DataClass it outputs to
",4110:"
Stores info related to device comm ports (id, type)
",4142:"
SensorRange
An object representing a configurable sensor range option
",4144:"
Sensor and unit identifiers for configurable Sensor Range command (0x0C,0x52) ALL  - 0x00 - All (save as startup, load startup, reset to default only) ACCEL_MS2  - 0x01 - Accelerometer in m/s^2 GYRO_DPS  - 0x02 - Gyroscope in degrees per second MAG_MG  - 0x03 - Magnetometer in mG PRESSURE_HPA - 0x04 - Pressure in hPa
",4157:"
SupportedSensorRanges
Structure to hold all info for looking up supported sensor ranges for a device
",4161:"
MipNode_Impl
Contains the implementation for an InertialNode.
",4587:"
MipNodeInfo
Contains basic information about a MipNode.
",5147:"
MipNodeFeatures
Contains information on which features are supported by an InertialNode.
",5171:"
const CommPortInfo getCommPortInfo() const
Gets a list of DeviceCommPort info objects for each comm port on the device.
",9819:"
SampleRate
Represents a MicroStrain sample rate (rate at which data is sampling)
",10453:"
Error_NotSupported
A command/feature was attempted to be used that was not supported.
",10468:"
Error_Communication
The exception for failing to communicate with a device.
",10479:"
Error_Connection
The generic connection exception.
",10497:"
Error_MipCmdFailed
The Inertial command has failed
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MipNodeFeatures.html b/v66.0.1/MSCL_Docs/classes/C/MipNodeFeatures.html deleted file mode 100644 index f683b0bf5..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MipNodeFeatures.html +++ /dev/null @@ -1,300 +0,0 @@ - - -MipNodeFeatures - - - - - - - -
-
MipNodeFeatures
-
MipNodeFeatures
-

Contains information on which features are supported by an InertialNode.

-
- -
-
Variables
-
- -
-
m_nodeInfo
-
mutable std::unique_ptr<MipNodeInfo> m_nodeInfo
-

The MipNodeInfo object that gives access to information of the Node

-
- -
-
Functions
-
- -
-
MipNodeFeatures
-
MipNodeFeatures(
const MipNode_Impl *node
)
-

Creates a MipNodeFeatures object.

Parameters
node
const MipNode_Impl*

An MipNode_Impl object that this is a member of (used for lazy loading).

-
- -
-
Variables
-
- -
-
m_node
-
const MipNode_Impl* m_node
-

The MipNode_Impl to use for lazy loading of values.

-
- -
-
Functions
-
- -
-
nodeInfo
-
const MipNodeInfo& nodeInfo() const
-

Gets the basic device info (serial, model, fw version, etc.).

Returns

A MipNodeInfo object containing the basic device info.

Exceptions
-
- -
-
resetNodeInfo
-
void resetNodeInfo()
-

Clears cached info read from device (ie fw version, receiver info, etc.).

-
- -
-
create
-
static std::unique_ptr<MipNodeFeatures> create(
const MipNode_Impl *node
)
-

Builds and returns a MipNodeFeatures pointer.

Parameters
node
const MipNode_Impl*

An MipNode_Impl object that this is a member of (used for lazy loading).

Returns

A MipNodeFeatures unique_ptr.

Exceptions
-
- -
-
isChannelField
-
static bool isChannelField(
uint16 descriptor
)
-

Checks if the uint16 descriptor value is a Channel field or not.

Returns

true if the descriptor is a data channel field, false otherwise.

-
- -
-
supportsCategory
-
bool supportsCategory(
MipTypes::DataClass dataClass
) const
-

Checks whether or not a given MipTypes::DataClass is supported by the Node.

Parameters
dataClass
MipTypes::DataClass

The MipTypes::DataClass to check if supported.

-
- -
-
supportsCommand
-
bool supportsCommand(
MipTypes::Command commandId
) const
-

Checks whether or not the given MipTypes::Command is supported by the Node.

Parameters
commandId
MipTypes::Command

The MipTypes::Command to check if supported.

Returns

true if the <InertialFieldId::ID> is supported by the Node, false otherwise.

-
- -
-
supportedCommands
-
MipTypes::MipCommands supportedCommands() const
-

Gets a list of the supported MipTypes::MipCommands that are supported by the Node.

Returns

The MipTypes::MipCommands supported by the Node.

-
- -
-
supportsChannelField
-
bool supportsChannelField(
MipTypes::ChannelField fieldId
) const
-

Checks whether or not the given MipTypes::ChannelField is supported by the Node.

Parameters
fieldId
MipTypes::ChannelField

The MipTypes::ChannelField to check if supported.

Returns

true if the MipTypes::ChannelField is supported by the Node, false otherwise.

-
- -
-
filterSupportedChannelFields
-
MipTypes::MipChannelFields filterSupportedChannelFields(
const MipTypes::MipChannelFields &fields
) const
-

Checks whether or not the MipTypes::ChannelField values in the specified list are supported by the Node and returns a list of those that are.

Parameters
fields
const MipTypes::MipChannelFields&

The MipTypes::MipChannelFields to check if supported.

Returns

MipTypes::MipChannelFields list of fields from the specified list that are supported by the device

-
- -
-
supportedChannelFields
-
MipTypes::MipChannelFields supportedChannelFields(
MipTypes::DataClass dataClass = MipTypes::DataClass(-1)
) const
-

Gets a list of the supported channel fields for a given MipTypes::DataClass.

Parameters
dataClass
MipTypes::DataClass

default -1 - The MipTypes::DataClass to get the list of supported channels for. If -1, all supported ChannelFields will be returned regardless of DataClass

Returns

A MipTypes::ChannelFields object containing the list of supported channel fields.

Exceptions
-
- -
-
supportedSampleRates
-
const SampleRates& supportedSampleRates(
MipTypes::DataClass dataClass
) const
-

Gets a list of the supported sample rates for a given MipTypes::DataClass.

Parameters
dataClass
MipTypes::DataClass

The MipTypes::DataClass to get the sample rate list for.

Returns

A SampleRates list containing all the supported sample rates for the provided channel.

Exceptions
-
- -
-
baseDataRate
-
const uint16& baseDataRate(
MipTypes::DataClass dataClass
) const
-

Gets the base data rate for a given MipTypes::DataClass.

Parameters
dataClass
MipTypes::DataClass

The MipTypes::DataClass to get base data rate for.

Returns
uint16

the base data rate.

Exceptions
-
- -
-
gnssReceiverInfo
-
const GnssReceivers& gnssReceiverInfo() const
-

Gets a list of GnssReceiverInfo for supported GNSS receivers.

Returns

A <GnssReceivers> list containing GnssReceiverInfo for supported receivers

Exceptions
-
- -
-
supportedGnssSources
-
const GnssSources supportedGnssSources() const
-

Gets a list of <InertialTypes::GNSS_Source> for supported GNSS sources.

Returns

A GnssSources list containing <InertialTypes::GNSS_Source> for supported sources

Exceptions
-
- -
-
supportedSensorRanges
-
const SupportedSensorRanges& supportedSensorRanges() const
-

Gets the SupportedSensorRanges for each configurable sensor type.

Returns

A SupportedSensorRanges list containing all supported SensorRange options

Exceptions
-
- -
-
supportedSensorRanges
-
const SensorRanges supportedSensorRanges(
SensorRange::Type type
) const
-

Gets the SupportedSensorRanges for the specified configurable sensor type.

Parameters
type
SensorRange::Type

The SensorRange::Type to lookup range options for

Returns

A SupportedSensorRanges list containing all supported SensorRange options

Exceptions
-
- -
-
commPortInfo
-
const CommPortInfo getCommPortInfo() const
-

Gets a list of DeviceCommPort info objects for each comm port on the device.

Returns

A CommPortInfo list containing DeviceCommPort info for supported receivers

-
- -
-
useLegacyIdsForEnableDataStream
-
bool useLegacyIdsForEnableDataStream() const
-
Returns

true if the device uses Legacy IDs for the IMU/AHRS, GNSS, and EF data sets in the Enable Data Stream command (0x0C, 0x11)

-
- -
-
supportedHeadingUpdateOptions
-
const HeadingUpdateOptionsList supportedHeadingUpdateOptions() const
-

Gets a list of the supported heading update control options for this node.  Command: Heading Aiding Source Control (0x0D,0x18)

Returns

A <HeadingUpdateOptionsList> containing all the supported heading update control options for this node.

-
- -
-
supportedHeadingAlignmentMethods
-
const HeadingAlignmentMethod supportedHeadingAlignmentMethods() const
-

Gets a list of the supported heading alignment methods for this node.  Command: Navigation Filter Initialization (0x0D,0x52)

Returns

A <HeadingAlignmentMethod bitfield that represents all the valid <HeadingAlignmentOption> values.

-
- -
-
supportedStatusSelectors
-
const StatusSelectors supportedStatusSelectors() const
-

Gets a list of the supported device data status selectors for this node.

Returns

A <StatusSelectors> containing all the supported device data status selectors for this node.

-
- -
-
supportedEstimationControlOptions
-
const EstimationControlOptions supportedEstimationControlOptions() const
-

Gets an object containing the estimation control options supported by this node.

Returns

A EstimationControlOptions object containing all the supported estimation control options for this node.

-
- -
-
supportedVehicleModeTypes
-
const VehicleModeTypes supportedVehicleModeTypes() const
-

Gets a list of the supported vehicle mode types for this node.

Returns

A VehicleModeTypes containing all the supported vehicle mode types for this node.

-
- -
-
supportedAdaptiveMeasurementModes
-
const AdaptiveMeasurementModes supportedAdaptiveMeasurementModes() const
-

Gets an object containing the adaptive measurement modes supported by this node.

Returns

An AdaptiveMeasurementModes object containing all the supported adaptive measurement modes for this node.

-
- -
-
supportedAdaptiveFilterLevels
-
const AdaptiveFilterLevels supportedAdaptiveFilterLevels() const
-

Gets an object containing the adaptive filtering levels supported by this node.

Returns

An AdaptiveFilterLevels object containing all the supported adaptive filtering levels for this node.

-
- -
-
supportedAidingMeasurementOptions
-
const AidingMeasurementSourceOptions supportedAidingMeasurementOptions() const
-

Gets the aiding measurement sources supported by this device.

Returns

A AidingMeasurementSourceOptions list containing all the supported options.

-
- -
-
supportedPpsSourceOptions
-
const PpsSourceOptions supportedPpsSourceOptions() const
-

Gets the PPS source options supported by this device.

Returns

A PpsSourceOptions list containing all the supported options.

-
- -
-
supportedGpioPins
-
const std::vector<GpioPinId> supportedGpioPins() const
-

Gets the GPIO Pin IDs supported by this device.

Returns

A <std::vector<GpioPinId>> list containing all the supported GPIO pins.

-
- -
-
supportedGpioPinModes
-
const GpioPinModeOptions supportedGpioPinModes(
GpioConfiguration::Feature feature,
uint8 behavior
) const
-

Gets the Pin Mode options supported by this device based on the selected feature and behavior.

Parameters
feature
GpioConfiguration::Feature

the GpioConfiguration::Feature

behavior
uint8

the behavior ID to look up supported pin modes for Depending on feature option, behavior IDs defined by GpioConfiguration::GpioBehavior, GpioConfiguration::PpsBehavior, GpioConfiguration::EncoderBehavior

Returns

A <GpioPinModeOptions> list containing all the supported options.

-
- -
-
supportedGpioBehaviors
-
const GpioBehaviorModes supportedGpioBehaviors(
GpioConfiguration::Feature feature,
GpioPinId pin
) const
-

Gets the GPIO Behavior options supported by this device based on the selected feature.

Parameters
feature
GpioConfiguration::Feature

the GpioConfiguration::Feature

pin
GpioPinId

the <GpioPinId> to get the feature behaviors for

Returns

A <GpioBehaviorModes> list containing all the supported options.

-
- -
-
supportedGpioFeatures
-
const GpioFeatureBehaviors supportedGpioFeatures(
GpioPinId pin
) const
-

Gets the GPIO Feature options supported by this device for the specified GPIO pin.

Parameters
pin
GpioPinId

the pin ID to look up supported features

Returns

A <GpioFeatureOptions> list containing all the supported options.

-
- -
-
supportedGpioConfigurations
-
const GpioPinOptions supportedGpioConfigurations() const
-

Gets a map of supported GPIO configuration options for each supported pin

Returns

A <GpioPinOptions> map of supported GPIO pin configurations

-
- -
-
supportedGnssSignalConfigurations
-
GnssSignalConfigOptions supportedGnssSignalConfigurations() const
-

Gets bitmask vectors of supported GnssSignalConfiguration for each constellation

Returns

Bitmask vectors of supported GnssSignalConfiguration for each constellation

-
- -
-
supportedDeclinationOptions
-

Gets a vector of supported declination source options

Returns

A GeographicSources vector of supported declination source options

-
- -
-
supportedInclinationOptions
-

Gets a vector of supported inclination source options

Returns

A GeographicSources vector of supported inclination source options

-
- -
-
supportedMagneticMagnitudeOptions
-

Gets a vector of supported magnetic magnitude source options

Returns

A GeographicSources vector of supported magnetic magnitude source options

-
- -
-
supportedEventThresholdChannels
-
MipTypes::ChannelFieldQualifiers supportedEventThresholdChannels() const
-

Gets the supported channel fields/qualifiers for event threshold configuration.

Return
<ChannelFieldQualifiers>

The supported channel fields/qualifiers.

-
- -
-
supportedEventActionInfo
-
const EventSupportInfo supportedEventActionInfo() const
-

Gets EventSupportInfo for event triggers and their types supported by the device.

Returns

EventSupportInfo of the event actions and their types

-
- -
-
supportedEventTriggerInfo
-
const EventSupportInfo supportedEventTriggerInfo() const
-

Gets EventSupportInfo for event actions and their types supported by the device.

Returns

EventSupportInfo of the event triggers and their types

-
- -
-
supportsNorthCompensation
-
const bool supportsNorthCompensation() const
-

Checks whether or not north compensation is supported by the Node.  Only supported on devices with a magnetometer.

Returns

True if north compensation is supported by the Node, false otherwise.

-
- -
-
supportedLowPassFilterChannelFields
-
MipTypes::MipChannelFields supportedLowPassFilterChannelFields() const
-

Gets the list of MipTypes::ChannelFields that the low-pass filter can be applied to for this device.

Returns
MipTypes::MipChannelFields

list of supported MipTypes::ChannelFields.

-
- -
-
maxMeasurementReferenceFrameId
-
uint8 maxMeasurementReferenceFrameId() const
-

Gets the maximum Measurement Reference Frame ID supported by this device. Supported ids are 1 through max ID.

Returns
uint8

the maximum supported reference frame ID

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MipNodeInfo-Summary.js b/v66.0.1/MSCL_Docs/classes/C/MipNodeInfo-Summary.js deleted file mode 100644 index 7f8421128..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MipNodeInfo-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:MipNodeInfo","MipNodeInfo");NDSummary.OnSummaryLoaded("CClass:MipNodeInfo",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[4587,0,0,"MipNodeInfo"],[4588,0,2,"Functions","Functions"],[4589,0,1,"MipNodeInfo","MipNodeInfo"],[4590,0,1,"MipNodeInfo","MipNodeInfo(2)"],[4591,0,2,"Variables","Variables"],[4592,0,3,"m_node","m_node"],[4593,0,3,"m_deviceInfo","m_deviceInfo"],[4594,0,3,"m_descriptors","m_descriptors"],[4595,0,3,"m_sampleRates","m_sampleRates"],[4596,0,3,"m_baseRates","m_baseRates"],[4597,0,3,"m_receiverInfo","m_receiverInfo"],[4598,0,3,"m_eventActionInfo","m_eventActionInfo"],[4599,0,3,"m_eventTriggerInfo","m_eventTriggerInfo"],[4600,0,3,"m_sensorRanges","m_sensorRanges"],[4601,0,2,"Functions","Functions(2)"],[4602,0,1,"deviceInfo","deviceInfo"],[4603,0,1,"descriptors","descriptors"],[4604,0,1,"supportedSampleRates","supportedSampleRates"],[4605,0,1,"baseDataRate","baseDataRate"],[4606,0,1,"gnssReceiverInfo","gnssReceiverInfo"],[4607,0,1,"eventActionInfo","eventActionInfo"],[4608,0,1,"eventTriggerInfo","eventTriggerInfo"],[4609,0,1,"supportedSensorRanges","supportedSensorRanges"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MipNodeInfo-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/MipNodeInfo-SummaryToolTips.js deleted file mode 100644 index 04734eb99..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MipNodeInfo-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:MipNodeInfo",{4587:"
MipNodeInfo
Contains basic information about a MipNode.
",4589:"
MipNodeInfo(
const MipNode_Impl *node
)
Creates a MipNodeInfo object.
",4590:"
MipNodeInfo(
const MipDeviceInfo &info,
const std::vector<uint16> &supportedDescriptors,
const std::map<MipTypes::DataClass, SampleRates> &sampleRates,
const std::map<MipTypes::DataClass, uint16> &baseRates
)
Creates a MipNodeInfo object.
",4592:"
const MipNode_Impl* m_node
The MipNode_Impl to use for lazy loading of values.
",4593:"
Utils::Lazy<MipDeviceInfo> m_deviceInfo
The MipDeviceInfo of the Node (lazy loaded).
",4594:"
Utils::Lazy<std::vector<uint16>> m_descriptors
A vector of descriptors supported by the Node (lazy loaded).
",4595:"
std::map<MipTypes::DataClass, Utils::Lazy<SampleRates>> m_sampleRates
Contains the sample rates for each MIP data set (lazy loaded).
",4596:"
std::map<MipTypes::DataClass, Utils::Lazy<uint16>> m_baseRates
Contains the base rates for each MIP data set (lazy loaded).
",4597:"
Utils::Lazy<GnssReceivers> m_receiverInfo
The GnssReceiverInfo of the Node (lazy loaded).
",4598:"
Utils::Lazy<EventSupportInfo> m_eventActionInfo
The action EventSupportInfo supported by the Node (lazy loaded).
",4599:"
Utils::Lazy<EventSupportInfo> m_eventTriggerInfo
The trigger EventSupportInfo supported by the Node (lazy loaded).
",4600:"
Utils::Lazy<SupportedSensorRanges> m_sensorRanges
The SupportedSensorRanges of this device (lazy loaded).
",4602:"
const MipDeviceInfo& deviceInfo() const
Gets the MipDeviceInfo of the Node.
",4603:"
const std::vector<uint16>& descriptors() const
Gets a vector of the descriptors supported by the Node.
",4604:"
const SampleRates& supportedSampleRates(
MipTypes::DataClass dataClass
) const
Gets the SampleRates supported by the Node for the given MipTypes::DataClass.
",4605:"
const uint16& baseDataRate(
MipTypes::DataClass dataClass
) const
Gets the base data rate of the Node for the given MipTypes::DataClass.
",4606:"
const GnssReceivers& gnssReceiverInfo() const
Gets the GnssReceiverInfo for all supported receivers
",4607:"
const EventSupportInfo& eventActionInfo() const
Gets the EventSupportInfo of supported action types
",4608:"
const EventSupportInfo& eventTriggerInfo() const
Gets the EventSupportInfo of supported trigger types
",4609:"
const SupportedSensorRanges& supportedSensorRanges() const
Gets the SupportedSensorRanges for this device
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MipNodeInfo-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/MipNodeInfo-ToolTips.js deleted file mode 100644 index 2d445a8aa..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MipNodeInfo-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2894:"
Contains information retrieved from an Inertial GetDeviceInfo command.
",3146:"
The enums for all the different data classes of MIP data.
",4095:"
Maps GNSS Receiver ID to the MipTypes::DataClass it outputs to
",4157:"
SupportedSensorRanges
Structure to hold all info for looking up supported sensor ranges for a device
",4161:"
MipNode_Impl
Contains the implementation for an InertialNode.
",9819:"
SampleRate
Represents a MicroStrain sample rate (rate at which data is sampling)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MipNodeInfo.html b/v66.0.1/MSCL_Docs/classes/C/MipNodeInfo.html deleted file mode 100644 index 59323df69..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MipNodeInfo.html +++ /dev/null @@ -1,143 +0,0 @@ - - -MipNodeInfo - - - - - - - -
-
MipNodeInfo
-
MipNodeInfo
-

Contains basic information about a MipNode.

-
- -
-
Functions
-
- -
-
MipNodeInfo
-
MipNodeInfo(
const MipNode_Impl *node
)
-

Creates a MipNodeInfo object.

Parameters
node
const MipNode_Impl*

The MipNode_Impl to use for lazy loading.

-
- -
-
MipNodeInfo
-
MipNodeInfo(
const MipDeviceInfo &info,
const std::vector<uint16> &supportedDescriptors,
const std::map<MipTypes::DataClass, SampleRates> &sampleRates,
const std::map<MipTypes::DataClass, uint16> &baseRates
)
-

Creates a MipNodeInfo object.

Parameters
info
const MipDeviceInfo&

The MipDeviceInfo containing information about the device.

supportedDescriptors
const std::vector<uint16>&

The descriptor set ids that are supported by this device.

sampleRates
const std::map<MipTypes::DataClass, SampleRates>&

The sample rates for each data set that are supported by this device.

baseRates
const std::map<MipTypes::DataClass, uint16>&

The base rates for each data set that are supported by this device.

-
- -
-
Variables
-
- -
-
m_node
-
const MipNode_Impl* m_node
-

The MipNode_Impl to use for lazy loading of values.

-
- -
-
m_deviceInfo
-
Utils::Lazy<MipDeviceInfo> m_deviceInfo
-

The MipDeviceInfo of the Node (lazy loaded).

-
- -
-
m_descriptors
-
Utils::Lazy<std::vector<uint16>> m_descriptors
-

A vector of descriptors supported by the Node (lazy loaded).

-
- -
-
m_sampleRates
-
std::map<MipTypes::DataClass, Utils::Lazy<SampleRates>> m_sampleRates
-

Contains the sample rates for each MIP data set (lazy loaded).

-
- -
-
m_baseRates
-
std::map<MipTypes::DataClass, Utils::Lazy<uint16>> m_baseRates
-

Contains the base rates for each MIP data set (lazy loaded).

-
- -
-
m_receiverInfo
-
Utils::Lazy<GnssReceivers> m_receiverInfo
-

The GnssReceiverInfo of the Node (lazy loaded).

-
- -
-
m_eventActionInfo
-
Utils::Lazy<EventSupportInfo> m_eventActionInfo
-

The action EventSupportInfo supported by the Node (lazy loaded).

-
- -
-
m_eventTriggerInfo
-
Utils::Lazy<EventSupportInfo> m_eventTriggerInfo
-

The trigger EventSupportInfo supported by the Node (lazy loaded).

-
- -
-
m_sensorRanges
-
Utils::Lazy<SupportedSensorRanges> m_sensorRanges
-

The SupportedSensorRanges of this device (lazy loaded).

-
- -
-
Functions
-
- -
-
deviceInfo
-
const MipDeviceInfo& deviceInfo() const
-

Gets the MipDeviceInfo of the Node.

-
- -
-
descriptors
-
const std::vector<uint16>& descriptors() const
-

Gets a vector of the descriptors supported by the Node.

-
- -
-
supportedSampleRates
-
const SampleRates& supportedSampleRates(
MipTypes::DataClass dataClass
) const
-

Gets the SampleRates supported by the Node for the given MipTypes::DataClass.

-
- -
-
baseDataRate
-
const uint16& baseDataRate(
MipTypes::DataClass dataClass
) const
-

Gets the base data rate of the Node for the given MipTypes::DataClass.

-
- -
-
gnssReceiverInfo
-
const GnssReceivers& gnssReceiverInfo() const
-

Gets the GnssReceiverInfo for all supported receivers

-
- -
-
eventActionInfo
-
const EventSupportInfo& eventActionInfo() const
-

Gets the EventSupportInfo of supported action types

-
- -
-
eventTriggerInfo
-
const EventSupportInfo& eventTriggerInfo() const
-

Gets the EventSupportInfo of supported trigger types

-
- -
-
supportedSensorRanges
-
const SupportedSensorRanges& supportedSensorRanges() const
-

Gets the SupportedSensorRanges for this device

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MipNode_Impl-Summary.js b/v66.0.1/MSCL_Docs/classes/C/MipNode_Impl-Summary.js deleted file mode 100644 index 44af4dd61..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MipNode_Impl-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:MipNode_Impl","MipNode_Impl");NDSummary.OnSummaryLoaded("CClass:MipNode_Impl",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[4161,0,0,"MipNode_Impl"],[4162,0,3,"Constants","Constants"],[4163,0,1,"COMMANDS_DEFAULT_TIMEOUT","COMMANDS_DEFAULT_TIMEOUT"],[4164,0,3,"Functions","Functions"],[4165,0,2,"MipNode_Impl","MipNode_Impl"],[4166,0,2,"~InertialNode","~InertialNode"],[4167,0,3,"Variables","Variables"],[4168,0,4,"m_connection","m_connection"],[4169,0,4,"m_packetCollector","m_packetCollector"],[4170,0,4,"m_responseCollector","m_responseCollector"],[4171,0,4,"m_rawBytePacketCollector","m_rawBytePacketCollector"],[4172,0,4,"m_parser","m_parser"],[4173,0,4,"m_commandsTimeout","m_commandsTimeout"],[4174,0,4,"m_features","m_features"],[4175,0,4,"m_sensorRateBase","m_sensorRateBase"],[4176,0,4,"m_gnssRateBase","m_gnssRateBase"],[4177,0,4,"m_sensorRateBase","m_sensorRateBase(2)"],[4178,0,4,"m_lastCommTime","m_lastCommTime"],[4179,0,4,"m_lastDeviceState","m_lastDeviceState"],[4180,0,3,"Functions","Functions(2)"],[4181,0,2,"parseData","parseData"],[4182,0,2,"info","info"],[4183,0,2,"onDataPacketAdded","onDataPacketAdded"],[4184,0,2,"buildMipCommandBytes","buildMipCommandBytes"],[4185,0,2,"doCommand","doCommand"],[4186,0,2,"features","features"],[4187,0,2,"connection","connection"],[4188,0,2,"lastCommunicationTime","lastCommunicationTime"],[4189,0,2,"lastDeviceState","lastDeviceState"],[4190,0,2,"setLastDeviceState","setLastDeviceState"],[4191,0,2,"resetNodeInfo","resetNodeInfo"],[4192,0,2,"firmwareVersion","firmwareVersion"],[4193,0,2,"modelName","modelName"],[4194,0,2,"modelNumber","modelNumber"],[4195,0,2,"serialNumber","serialNumber"],[4196,0,2,"lotNumber","lotNumber"],[4197,0,2,"deviceOptions","deviceOptions"],[4198,0,2,"supportedSampleRates","supportedSampleRates"],[4199,0,2,"getDataPackets","getDataPackets"],[4200,0,2,"getRawBytePackets","getRawBytePackets"],[4201,0,2,"totalPackets","totalPackets"],[4202,0,2,"timeout","timeout"],[4203,0,2,"timeout","timeout(2)"],[4204,0,2,"getDeviceInfo","getDeviceInfo"],[4205,0,2,"getGnssReceiverInfo","getGnssReceiverInfo"],[4206,0,2,"getSupportedSensorRanges","getSupportedSensorRanges"],[4207,0,2,"getDescriptorSets","getDescriptorSets"],[4208,0,2,"getRequiredParameterDefaults","getRequiredParameterDefaults"],[4209,0,2,"getRequiredParameterDefaults","getRequiredParameterDefaults(2)"],[4210,0,2,"getReservedWriteValues","getReservedWriteValues"],[4211,0,2,"getReservedWriteValues","getReservedWriteValues(2)"],[4212,0,2,"getConfigCommandBytes","getConfigCommandBytes"],[4213,0,2,"getEventInfo","getEventInfo"],[4214,0,2,"sendCommandBytes","sendCommandBytes"],[4215,0,2,"sendCommandBytes","sendCommandBytes(2)"],[4216,0,2,"ping","ping"],[4217,0,2,"setToIdle","setToIdle"],[4218,0,2,"cyclePower","cyclePower"],[4219,0,2,"resume","resume"],[4220,0,2,"saveSettingsAsStartup","saveSettingsAsStartup"],[4221,0,2,"loadStartupSettings","loadStartupSettings"],[4222,0,2,"loadFactoryDefaultSettings","loadFactoryDefaultSettings"],[4223,0,2,"pollData","pollData"],[4224,0,2,"getDataRateBase","getDataRateBase"],[4225,0,2,"getMessageFormat","getMessageFormat"],[4226,0,2,"setMessageFormat","setMessageFormat"],[4227,0,2,"saveMessageFormat","saveMessageFormat"],[4228,0,2,"getInterfaceControl","getInterfaceControl"],[4229,0,2,"setInterfaceControl","setInterfaceControl"],[4230,0,2,"setInterfaceControl","setInterfaceControl(2)"],[4231,0,2,"getCommunicationMode","getCommunicationMode"],[4232,0,2,"setCommunicationMode","setCommunicationMode"],[4233,0,2,"isDataStreamEnabled","isDataStreamEnabled"],[4234,0,2,"enableDataStream","enableDataStream"],[4235,0,2,"resetFilter","resetFilter"],[4236,0,2,"getAutoInitialization","getAutoInitialization"],[4237,0,2,"setAutoInitialization","setAutoInitialization"],[4238,0,2,"getAltitudeAid","getAltitudeAid"],[4239,0,2,"setAltitudeAid","setAltitudeAid"],[4240,0,2,"getPitchRollAid","getPitchRollAid"],[4241,0,2,"setPitchRollAid","setPitchRollAid"],[4242,0,2,"setVelocityZUPT","setVelocityZUPT"],[4243,0,2,"tareOrientation","tareOrientation"],[4244,0,2,"getVelocityZUPT","getVelocityZUPT"],[4245,0,2,"setAngularRateZUPT","setAngularRateZUPT"],[4246,0,2,"getAngularRateZUPT","getAngularRateZUPT"],[4247,0,2,"cmdedVelZUPT","cmdedVelZUPT"],[4248,0,2,"cmdedAngRateZUPT","cmdedAngRateZUPT"],[4249,0,2,"setInitialAttitude","setInitialAttitude"],[4250,0,2,"setInitialHeading","setInitialHeading"],[4251,0,2,"getInitialFilterConfiguration","getInitialFilterConfiguration"],[4252,0,2,"setInitialFilterConfiguration","setInitialFilterConfiguration"],[4253,0,2,"getSensorToVehicleRotation","getSensorToVehicleRotation"],[4254,0,2,"setSensorToVehicleRotation","setSensorToVehicleRotation"],[4255,0,2,"getSensorToVehicleOffset","getSensorToVehicleOffset"],[4256,0,2,"setSensorToVehicleRotation","setSensorToVehicleRotation(2)"],[4257,0,2,"getAntennaOffset","getAntennaOffset"],[4258,0,2,"setAntennaOffset","setAntennaOffset"],[4259,0,2,"getGNSSAssistedFixControl","getGNSSAssistedFixControl"],[4260,0,2,"setGNSSAssistedFixControl","setGNSSAssistedFixControl"],[4261,0,2,"getGNSSAssistTimeUpdate","getGNSSAssistTimeUpdate"],[4262,0,2,"setGNSSAssistTimeUpdate","setGNSSAssistTimeUpdate"],[4263,0,2,"getGPSTimeUpdateWeeks","getGPSTimeUpdateWeeks"],[4264,0,2,"getGPSTimeUpdateSeconds","getGPSTimeUpdateSeconds"],[4265,0,2,"setGPSTimeUpdate","setGPSTimeUpdate"],[4266,0,2,"setConstellationSettings","setConstellationSettings"],[4267,0,2,"getConstellationSettings","getConstellationSettings"],[4268,0,2,"setSBASSettings","setSBASSettings"],[4269,0,2,"getSBASSettings","getSBASSettings"],[4270,0,2,"setAccelerometerBias","setAccelerometerBias"],[4271,0,2,"getAccelerometerBias","getAccelerometerBias"],[4272,0,2,"setGyroBias","setGyroBias"],[4273,0,2,"getGyroBias","getGyroBias"],[4274,0,2,"captureGyroBias","captureGyroBias"],[4275,0,2,"findMagnetometerCaptureAutoCalibration","findMagnetometerCaptureAutoCalibration"],[4276,0,2,"saveMagnetometerCaptureAutoCalibration","saveMagnetometerCaptureAutoCalibration"],[4277,0,2,"setMagnetometerSoftIronMatrix","setMagnetometerSoftIronMatrix"],[4278,0,2,"getMagnetometerSoftIronMatrix","getMagnetometerSoftIronMatrix"],[4279,0,2,"setMagnetometerHardIronOffset","setMagnetometerHardIronOffset"],[4280,0,2,"setMagnetometerHardIronOffset","setMagnetometerHardIronOffset(2)"],[4281,0,2,"setConingAndScullingEnable","setConingAndScullingEnable"],[4282,0,2,"getConingAndScullingEnable","getConingAndScullingEnable"],[4283,0,2,"setUARTBaudRate","setUARTBaudRate"],[4284,0,2,"setUARTBaudRate","setUARTBaudRate(2)"],[4285,0,2,"getUARTBaudRate","getUARTBaudRate"],[4286,0,2,"setLowPassFilterSettings","setLowPassFilterSettings"],[4287,0,2,"getLowPassFilterSettings","getLowPassFilterSettings"],[4288,0,2,"setComplementaryFilterSettings","setComplementaryFilterSettings"],[4289,0,2,"getComplementaryFilterSettings","getComplementaryFilterSettings"],[4290,0,2,"getBasicDeviceStatus","getBasicDeviceStatus"],[4291,0,2,"getDiagnosticDeviceStatus","getDiagnosticDeviceStatus"],[4292,0,2,"sendRawRTCM_2_3Message","sendRawRTCM_2_3Message"],[4293,0,2,"setVehicleDynamicsMode","setVehicleDynamicsMode"],[4294,0,2,"getVehicleDynamicsMode","getVehicleDynamicsMode"],[4295,0,2,"setEstimationControlFlags","setEstimationControlFlags"],[4296,0,2,"getEstimationControlFlags","getEstimationControlFlags"],[4297,0,2,"setInclinationSource","setInclinationSource"],[4298,0,2,"getInclinationSource","getInclinationSource"],[4299,0,2,"setDeclinationSource","setDeclinationSource"],[4300,0,2,"getDeclinationSource","getDeclinationSource"],[4301,0,2,"setMagneticFieldMagnitudeSource","setMagneticFieldMagnitudeSource"],[4302,0,2,"getMagneticFieldMagnitudeSource","getMagneticFieldMagnitudeSource"],[4303,0,2,"setEstimationControlFlags","setEstimationControlFlags(2)"],[4304,0,2,"getEstimationControlFlags","getEstimationControlFlags(2)"],[4305,0,2,"sendExternalGNSSUpdate","sendExternalGNSSUpdate"],[4306,0,2,"setHeadingUpdateControl","setHeadingUpdateControl"],[4307,0,2,"getHeadingUpdateControl","getHeadingUpdateControl"],[4308,0,2,"setAdaptiveMeasurement","setAdaptiveMeasurement"],[4309,0,2,"getAdaptiveMeasurement","getAdaptiveMeasurement"],[4310,0,2,"setSignalConditioningSettings","setSignalConditioningSettings"],[4311,0,2,"getSignalConditioningSettings","getSignalConditioningSettings"],[4312,0,2,"setGeometricVectors","setGeometricVectors"],[4313,0,2,"getGeometricVectors","getGeometricVectors"],[4314,0,2,"setUint8s","setUint8s"],[4315,0,2,"getUint8s","getUint8s"],[4316,0,2,"getUint8s","getUint8s(2)"],[4317,0,2,"setUint16s","setUint16s"],[4318,0,2,"getUint16s","getUint16s"],[4319,0,2,"getUint16s","getUint16s(2)"],[4320,0,2,"setFloats","setFloats"],[4321,0,2,"getFloats","getFloats"],[4322,0,2,"setMatrix3x3s","setMatrix3x3s"],[4323,0,2,"getMatrix3x3s","getMatrix3x3s"],[4324,0,2,"setFixedReferencePosition","setFixedReferencePosition"],[4325,0,2,"FixedReferencePositionData","FixedReferencePositionData"],[4326,0,2,"sendExternalHeadingUpdate","sendExternalHeadingUpdate"],[4327,0,2,"sendExternalHeadingUpdate","sendExternalHeadingUpdate(2)"],[4328,0,2,"setDeviceTime","setDeviceTime"],[4329,0,2,"setDeviceTime","setDeviceTime(2)"],[4330,0,2,"getDeviceStatusFlags","getDeviceStatusFlags"],[4331,0,2,"getActivationCode","getActivationCode"],[4332,0,2,"get","get"],[4333,0,2,"get","get(2)"],[4334,0,2,"get_RawResponseData","get_RawResponseData"],[4335,0,2,"set","set"],[4336,0,2,"saveAsStartup","saveAsStartup"],[4337,0,2,"saveAsStartup","saveAsStartup(2)"],[4338,0,2,"loadStartup","loadStartup"],[4339,0,2,"loadStartup","loadStartup(2)"],[4340,0,2,"loadDefault","loadDefault"],[4341,0,2,"loadDefault","loadDefault(2)"],[4342,0,2,"run","run"],[4343,0,2,"run","run(2)"],[4344,0,2,"SendCommand","SendCommand"],[4345,0,2,"processMipCommandBytes","processMipCommandBytes"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MipNode_Impl-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/MipNode_Impl-SummaryToolTips.js deleted file mode 100644 index 07faa2907..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MipNode_Impl-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:MipNode_Impl",{4161:"
MipNode_Impl
Contains the implementation for an InertialNode.
",4163:"
The default timeout for Inertial commands (250 milliseconds)
",4165:"
explicit MipNode_Impl(
Connection connection
)
Creates a MipNode_Impl object.
",4166:"
Destroys the InertialNode object
",4168:"
Connection m_connection
The Connection object used for communication
",4169:"
MipPacketCollector m_packetCollector
The MipPacketCollector used to store inertial data packets
",4170:"
std::shared_ptr<ResponseCollector> m_responseCollector
The response collector used to find and store wireless command responses
",4171:"
mutable RawBytePacketCollector m_rawBytePacketCollector
The RawBytePacketCollector associated with this parser and its parent device
",4172:"
std::unique_ptr<MipParser> m_parser
The MipParser in charge of parsing all incoming data to this device
",4173:"
uint64 m_commandsTimeout
The timeout to use for MIP commands
",4174:"
mutable std::unique_ptr<MipNodeFeatures> m_features
The MipNodeFeatures containing the features for this device.
",4175:"
mutable uint16 m_sensorRateBase
The Sensor sample rate base (if any).
",4176:"
mutable uint16 m_gnssRateBase
The GNSS sample rate base (if any).
",4177:"
The Estimation Filter sample rate base (if any).
",4178:"
Timestamp m_lastCommTime
A Timestamp representing the last time communication was achieved with the Node.
",4179:"
DeviceState m_lastDeviceState
The last known DeviceState of the Node.
",4181:"
void parseData(
DataBuffer &data
)
Callback function that parses any bytes that are in the read buffer to find packets or command responses
",4182:"
const MipNodeInfo& info() const
Gets the MipNodeInfo for this Node.  The first time this function is called, it will send multiple commands to the device to get all required information.
",4183:"
void onDataPacketAdded()
The callback function to use to get notified of data packets being added.
",4184:"
MipCommandBytes buildMipCommandBytes(
MipTypes::Command cmd,
std::vector<MipFieldValues> specifiers = { {} },
MipFieldValues trailingReserved = {}
) const
Used by function getConfiCommandBytes to build the MipCommandBytes object given a collection of <MipFieldValues> specifiers Only works for commands with set parameters formatted the same as get reply field data Note: specifiers defaults to vector with single empty <MipFieldValues> entry
",4185:"
virtual GenericMipCmdResponse doCommand(
GenericMipCommand::Response &response,
const ByteStream &command,
bool verifySupported = true
) const
Performs a generic MIP Command, sending the command bytes and waiting for the response.
",4186:"
virtual const MipNodeFeatures& features() const
Gets a reference to the MipNodeFeatures for this device.
",4187:"
Connection& connection()
Gets the Connection object that this MIP device is using.
",4188:"
const Timestamp& lastCommunicationTime() const
Gets the Timestamp for the last time we communicated with the Node.
",4189:"
DeviceState lastDeviceState() const
Gets the last known DeviceState for the Node.
",4190:"
void setLastDeviceState(
DeviceState state
)
Most users will not need this functionality.  The device state defaults to unknown on connection but then automatically updates to streaming upon receiving data packets or idle when the set to idle command is sent.  Setting this will not stop auto-detection - the manually set value will be overwritten when the value would otherwise be set.
",4191:"
void resetNodeInfo()
Clears cached info read from device (ie fw version, receiver info, etc.).
",4192:"
Version firmwareVersion() const
Gets the firmware Version of the Node.
",4193:"
std::string modelName() const
Gets the model name of the Node (ie. "3DM-GX3-45").
",4194:"
std::string modelNumber() const
Gets the model number of the Node (ie. "6225-4220").
",4195:"
std::string serialNumber() const
Gets the serial number of the Node (ie. "6225-01319").
",4196:"
std::string lotNumber() const
Gets the lot number of the Node (ie. "I042Y").
",4197:"
std::string deviceOptions() const
Gets the device options of the Node (ie. "5g, 300d/s").
",4198:"
SampleRates supportedSampleRates(
MipTypes::DataClass dataClass
) const
Gets a list of the supported sample rates for an MipTypes::DataClass.
",4199:"
void getDataPackets(
std::vector<MipDataPacket> &packets,
uint32 timeout = 0,
uint32 maxPackets = 0
)
Gets up to the requested amount of data packets that have been collected.
",4200:"
void getRawBytePackets(
RawBytePackets &packets,
uint32 timeout = 0,
uint32 maxPackets = 0
)
Gets up to the requested amount of raw byte packets that have been collected.
",4201:"
uint32 totalPackets()
Gets the total number of data packets that are currently in the buffer.
",4202:"
void timeout(
uint64 timeout
)
Sets the timeout to use when waiting for responses from commands.
",4203:"
uint64 timeout()
Gets the timeout to use when waiting for responses from commands.
",4204:"
virtual MipDeviceInfo getDeviceInfo() const
Gets information about the Node.  Sends the "Get Device Information" command to the device.
",4205:"
virtual GnssReceivers getGnssReceiverInfo() const
Gets the GNSS receiver info for this node, representing available GNSS receiver ports and the data set over which each is output.  Sends the "Get GNSS Receiver Info" command to the device.
",4206:"
virtual SupportedSensorRanges getSupportedSensorRanges() const
Gets the supported sensor ranges for this device.  Sends the Supported Ranges command (0x0C,0x53) to the device.
",4207:"
virtual std::vector<uint16> getDescriptorSets() const
Gets the supported descriptor sets for this node, representing which commands and data sets are available.  Sends the "Get Device Descriptor Sets" command to the device.
",4208:"
MipCommandParameters getRequiredParameterDefaults(
const MipTypes::MipCommands &cmds,
bool useAllParam = true
) const
Get list of command ID, parameters vector pairs for all the available defaults for the required parameters of the specified commands Useful for get config command bytes, save as startup, etc.
",4209:"
MipCommandParameters getRequiredParameterDefaults(
MipTypes::Command cmd,
bool useAllParam = true
) const
Get list of command ID, parameters vector pairs for all the available defaults for the required parameters of the specified command Useful for get config command bytes, save as startup, etc.
",4210:"
MipCommandParameters getReservedWriteValues(
const MipTypes::MipCommands &cmds
) const
Get list of command ID, parameters vector pairs for all the trailing reserved values for writing the specified commands Useful for get config command bytes
",4211:"
MipCommandParameters getReservedWriteValues(
MipTypes::Command cmd
) const
Get list of command ID, parameters vector pairs for all the trailing reserved values for writing the specified command Useful for get config command bytes
",4212:"
virtual MipCommandSet getConfigCommandBytes() const
Gets the byte string for the commands to set the node\'s current settings.
",4213:"
virtual EventSupportInfo getEventInfo(
EventSupportInfo::Query query
) const
Gets the event type info for this node, which includes the maximum number of supported triggers/actions and a list of trigger/action types and the maximum supported instances of each type.  Sends the "Event Support" command to the device.
",4214:"
void sendCommandBytes(
MipCommandSet &cmds
)
Sends the <MipCommandSet> byte strings. The MipCommandBytes sendCmdFailed is updated to indicate success/failure.  Note: Unsupported commands, as indicated by the MipCommandBytes id, will not be sent.  Important: if the UART Baud Rate is changed the connection to the port will be automatically closed and re-opened at the new baud rate.
",4215:"
void sendCommandBytes(
MipCommandBytes &cmd
)
Sends the MipCommandBytes byte strings. The MipCommandBytes sendCmdFailed is updated to indicate success/failure.  Note: Unsupported commands, as indicated by the MipCommandBytes id, will not be sent.  Important: if the UART Baud Rate is changed the connection to the port will be automatically closed and re-opened at the new baud rate.
",4216:"
bool ping()
Pings the node to check for communication.  Sends the "Ping" command to the device.
",4217:"
void setToIdle()
Suspends streaming (if enabled) or wakes the device from sleep (if sleeping), putting the device in an idle mode.  After this command is used, the resume command may be used to put the Node back into the mode it was previously in before setToIdle was called.
",4218:"
bool cyclePower()
Performs the "Device Reset" Inertial command.
",4219:"
void resume()
Places the Node back in the mode it was in before issuing the setToIdle command.  If the setToIdle command was not issues, then the device is placed in default mode.
",4220:"
void saveSettingsAsStartup()
Saves all of the current settings as the Node\'s startup settings.  Note: A brief data disturbance may occur when calling this command.
",4221:"
void loadStartupSettings()
Loads the saved startup settings onto the Node as its current settings.  This function is useful if you have powered on the Node, made changes to its settings, and want to get back to its startup settings.
",4222:"
void loadFactoryDefaultSettings()
Loads the factory default settings onto the Node as its current settings.
",4223:"
void pollData(
MipTypes::DataClass dataClass,
const MipTypes::MipChannelFields &fields
)
Polls the device for a message with the specified fields, for the specified data class.
",4224:"
virtual uint16 getDataRateBase(
MipTypes::DataClass dataClass
) const
Gets the Data decimation base for the data rate calculations of the specified MipTypes::DataClass.
",4225:"
virtual MipChannels getMessageFormat(
MipTypes::DataClass dataClass
) const
Gets the current message format of the specified MipTypes::DataClass\'s data packet.
",4226:"
virtual void setMessageFormat(
MipTypes::DataClass dataClass,
const MipChannels &channels
)
Sets the current message format of the specified MipTypes::DataClass\'s data packet.  Note that this function does not add to the existing message format, but overwrites it entirely.
",4227:"
void saveMessageFormat(
MipTypes::DataClass type
)
Saves the current message format of the specified MipTypes::DataClass\'s data packet.  Note that this function does not add to the existing message format, but overwrites it entirely.
",4228:"
virtual DeviceCommPort getInterfaceControl(
uint8 interfaceId
) const
Gets the current comm port interface configuration for the specified ID.  This includes the port type, ID and input/output protocols currently configured.
",4229:"
virtual void setInterfaceControl(
const DeviceCommPort &portInterface
)
Sets the interface control for the node.  Note: See the device\'s manual for possible configurations and limitations.
",4230:"
virtual void setInterfaceControl(
const uint8 interfaceId,
const DeviceCommPort::Protocol inputProtocols,
const DeviceCommPort::Protocol outputProtocols
)
Sets the specified comm port interface configuration for the node.  Note: See the device\'s manual for possible configurations and limitations.
",4231:"
virtual uint8 getCommunicationMode() const
Gets the current communication mode that the node is in.
",4232:"
virtual void setCommunicationMode(
uint8 communicationMode
)
Sets the communication mode for the node.  Note: The node info will be reset when doing this and therefore will require being fetched again the next time it is requested.
",4233:"
bool isDataStreamEnabled(
MipTypes::DataClass dataClass
) const
Checks whether the data stream for the given data class is enabled
",4234:"
void enableDataStream(
MipTypes::DataClass dataClass,
bool enable
)
Enables or disables continuous data streaming for the node.
",4235:"
void resetFilter()
Resets the filter to the initialize state.
",4236:"
bool getAutoInitialization() const
Gets the state of the automatic initialization upon device startup.
",4237:"
void setAutoInitialization(
bool enable
)
Sets the state of the automatic initialization upon device startup.
",4238:"
bool getAltitudeAid() const
Gets the state of the altitude aid upon device startup.
",4239:"
void setAltitudeAid(
bool enable
)
Sets the state of the altitude aid upon device startup.
",4240:"
bool getPitchRollAid() const
Gets the state of the pitch/roll aid upon device startup.
",4241:"
void setPitchRollAid(
bool enable
)
Sets the state of the pitch/roll aid upon device startup.
",4242:"
void setVelocityZUPT(
const ZUPTSettingsData &ZUPTSettings
)
Sets the state of the velocity ZUPT control.
",4243:"
void tareOrientation(
const TareAxisValues &axisValue
)
uses device orientation relative to the NED frame as the sensor to vehicle rotation.
",4244:"
ZUPTSettingsData getVelocityZUPT() const
Gets the state and threshold of the velocity ZUPT control.
",4245:"
void setAngularRateZUPT(
const ZUPTSettingsData &ZUPTSettings
)
Sets the state of the angular rate ZUPT control.
",4246:"
ZUPTSettingsData getAngularRateZUPT() const
Gets the state and threshold of the angular rate ZUPT control.
",4247:"
void cmdedVelZUPT()
Performs Commanded Zero Velocity Update.
",4248:"
void cmdedAngRateZUPT()
Performs Commanded Zero Angular Rate Update.
",4249:"
void setInitialAttitude(
const EulerAngles &attitude
)
Sets the initial attitude.
",4250:"
void setInitialHeading(
float heading
)
Sets the initial heading.
",4251:"
FilterInitializationValues getInitialFilterConfiguration() const
Gets the initial filter configuration values.
",4252:"
void setInitialFilterConfiguration(
FilterInitializationValues filterConfig
)
Sets the initial filter configuration values.  Note: Changes from this command will only be applied if the filter is in the Initialization state (not Running) or on filter reset.
",4253:"
EulerAngles getSensorToVehicleRotation() const
Gets the sensor to vehicle frame rotation matrix using roll, pitch, and yaw Euler angles (in radians).
",4254:"
void setSensorToVehicleRotation(
const EulerAngles &angles
)
Sets the sensor to vehicle frame rotation matrix using roll, pitch, and yaw Euler angles (in radians).
",4255:"
PositionOffset getSensorToVehicleOffset() const
Gets the sensor to vehicle frame offset, expressed in the sensor frame.
",4256:"
Sets the sensor to vehicle frame offset, expressed in the sensor frame.
",4257:"
PositionOffset getAntennaOffset() const
Gets the antenna offset, expressed in the sensor frame.
",4258:"
void setAntennaOffset(
const PositionOffset &offset
)
Sets the antenna offset, expressed in the sensor frame.
",4259:"
bool getGNSSAssistedFixControl() const
Gets the GNSS Assisted Fix Control.
",4260:"
void setGNSSAssistedFixControl(
bool enableAssistedFix
)
Sets the GNSS Assisted Fix Control.
",4261:"
TimeUpdate getGNSSAssistTimeUpdate()
Gets the GNSS Assisted Time Update.  Returns: The GNSS Assist TimeUpdate.  Exceptions: - Error_NotSupported: The command is not supported by this Node. - Error_Communication: There was no response to the command. The command timed out. - Error_MipCmdFailed: The command has failed. Check the error code for more details. - Error_Connection: A connection error has occurred with the InertialNode.
",4262:"
void setGNSSAssistTimeUpdate(
TimeUpdate update
)
Sets the GNSS Assist Time Update.
",4263:"
uint32 getGPSTimeUpdateWeeks()
Gets the GPS weeks time update.
",4264:"
uint32 getGPSTimeUpdateSeconds()
Gets the GPS seconds time update.
",4265:"
void setGPSTimeUpdate(
MipTypes::TimeFrame timeFrame,
uint32 timeData
)
Sets the GPS Time Update.
",4266:"
void setConstellationSettings(
const ConstellationSettingsData&
)
Sets the GNSS Constellation Settings.
",4267:"
ConstellationSettingsData getConstellationSettings() const
Gets the GNSS Constellation Settings.
",4268:"
void setSBASSettings(
const SBASSettingsData &dataToUse
)
Sets the GNSS SBAS Settings.
",4269:"
SBASSettingsData getSBASSettings() const
Gets the GNSS SBAS Settings.
",4270:"
void setAccelerometerBias(
const GeometricVector &biasVector
)
Sets the Accelerometer Bias.
",4271:"
GeometricVector getAccelerometerBias() const
Gets the Accelerometer Bias.
",4272:"
void setGyroBias(
const GeometricVector &biasVector
)
Sets the Gyro Bias.
",4273:"
GeometricVector getGyroBias() const
Gets the Gyro Bias.
",4274:"
GeometricVector captureGyroBias(
const uint16 &samplingTime
)
Runs the Gyro Bias capture routine on the inertial device.
",4275:"
void findMagnetometerCaptureAutoCalibration()
Runs the Magnetometer auto calibration routine on the inertial device.
",4276:"
void saveMagnetometerCaptureAutoCalibration()
Runs the Magnetometer auto calibration routine and saves result as startup settings.
",4277:"
void setMagnetometerSoftIronMatrix(
const Matrix_3x3 &biasVector
)
Sets the Magnetometer Soft Iron matrix.
",4278:"
Matrix_3x3 getMagnetometerSoftIronMatrix() const
Gets the Magnetometer Soft Iron matrix.
",4279:"
void setMagnetometerHardIronOffset(
const GeometricVector &offsetVector
)
Sets the magnetometer hard iron offset vector.
",4280:"
Gets the magnetometer hard iron offset vector.
",4281:"
void setConingAndScullingEnable(
bool enable
)
Enables/disables coning and sculling.
",4282:"
bool getConingAndScullingEnable() const
determines whether coning and sculling are enabled.
",4283:"
void setUARTBaudRate(
uint32 baudRate,
bool resetConnection = true
)
Sets the baud rate.  The device can be unresponsive for as much as 250 ms following this command.  Important: The connection to the port will be automatically closed and re-opened at the new baud rate unless resetConnection parameter is false.
",4284:"
void setUARTBaudRate(
uint32 baudRate,
uint8 portId,
bool resetConnection = true
)
Sets the baud rate.  The device can be unresponsive for as much as 250 ms following this command.  Important: The connection to the port will be automatically closed and re-opened at the new baud rate unless resetConnection parameter is false.
",4285:"
uint32 getUARTBaudRate(
uint8 portId = 1
) const
Gets the current baud rate for the inertial device.
",4286:"
void setLowPassFilterSettings(
const LowPassFilterData &data
) const
Sets the low-pass filter settings.
",4287:"
LowPassFilterData getLowPassFilterSettings(
const MipTypes::ChannelField &dataDescriptor
) const
LowPassFilterData new settings.  The LowPassFilterData::DataDescriptor field from the passed in data is used to set the type of data to be returned.
",4288:"
void setComplementaryFilterSettings(
const ComplementaryFilterData &data
)
Sets the complementary filter settings.
",4289:"
ComplementaryFilterData getComplementaryFilterSettings() const
Gets the current complementary filter settings.
",4290:"
DeviceStatusData getBasicDeviceStatus()
Gets the basic device status settings.
",4291:"
DeviceStatusData getDiagnosticDeviceStatus()
Gets the diagnostic device status settings.
",4292:"
void sendRawRTCM_2_3Message(
const RTCMMessage &theMessage
)
Sends a raw RTCM 2.3 message.
",4293:"
void setVehicleDynamicsMode(
const InertialTypes::VehicleModeType &mode
)
Sets the vehicle dynamics mode.
",4294:"
InertialTypes::VehicleModeType getVehicleDynamicsMode() const
Gets the vehicle dynamics mode.
",4295:"
void setEstimationControlFlags(
const EstimationControlOptions &flags
)
Sets the estimation control flags.
",4296:"
EstimationControlOptions getEstimationControlFlags() const
Gets the estimation control flags.
",4297:"
void setInclinationSource(
const GeographicSourceOptions &options
)
Sets the source for the inclination geographic source command.
",4298:"
GeographicSourceOptions getInclinationSource() const
Gets the source for the inclination geographic source command.
",4299:"
void setDeclinationSource(
const GeographicSourceOptions &options
)
Sets the source for the declination geographic source command.
",4300:"
GeographicSourceOptions getDeclinationSource() const
Gets the source for the declination geographic source command.
",4301:"
void setMagneticFieldMagnitudeSource(
const GeographicSourceOptions &options
)
Sets the source for the magnetic field magnitude geographic source command.
",4302:"
GeographicSourceOptions getMagneticFieldMagnitudeSource() const
Gets the source for the field magnitude geographic source command.
",4303:"
Sets the estimation control flags.
",4304:"
Gets the estimation control flags.
",4305:"
void sendExternalGNSSUpdate(
const ExternalGNSSUpdateData &gnssUpdateData
)
sends the external GNSS update command.
",4306:"
void setHeadingUpdateControl(
const HeadingUpdateOptions &headingUpdateOptions
)
Sets the heading update control flags.
",4307:"
HeadingUpdateOptions getHeadingUpdateControl() const
Gets the heading update control flags.
",4308:"
void setAdaptiveMeasurement(
MipTypes::Command cmd,
const AdaptiveMeasurementData &data
)
Sets the error adaptive measurement settings for the specified command.
",4309:"
AdaptiveMeasurementData getAdaptiveMeasurement(
MipTypes::Command cmd
) const
Gets the error adaptive measurement settings for the specified command.
",4310:"
void setSignalConditioningSettings(
const SignalConditioningValues &data
)
Sets the signal conditioning settings for the node.
",4311:"
SignalConditioningValues getSignalConditioningSettings() const
Gets the signal conditioning settings for the node.
",4312:"
void setGeometricVectors(
MipTypes::Command cmd,
const GeometricVectors &data
)
Sets the GeometricVector data for the specified command.
",4313:"
GeometricVectors getGeometricVectors(
MipTypes::Command cmd
) const
Gets the GeometricVector data for the specified command.
",4314:"
void setUint8s(
MipTypes::Command cmd,
const std::vector<uint8> &data
)
Sets the uint8 data for the specified command.
",4315:"
std::vector<uint8> getUint8s(
MipTypes::Command cmd
) const
Gets the uint8 data for the specified command.
",4316:"
std::vector<uint8> getUint8s(
MipTypes::Command cmd,
const std::vector<uint8> &addlParams
) const
Gets the uint8 data for the specified command.
",4317:"
void setUint16s(
MipTypes::Command cmd,
const std::vector<uint16> &data
)
Sets the uint16 data for the specified command.
",4318:"
std::vector<uint16> getUint16s(
MipTypes::Command cmd
) const
Gets the uint16 data for the specified command.
",4319:"
std::vector<uint16> getUint16s(
MipTypes::Command cmd,
const std::vector<uint16> &addlParams
) const
Gets the uint16 data for the specified command.
",4320:"
void setFloats(
MipTypes::Command cmd,
const std::vector<float> &data
)
Sets the float data for the specified command.
",4321:"
std::vector<float> getFloats(
MipTypes::Command cmd
) const
Gets the float data for the specified command.
",4322:"
void setMatrix3x3s(
MipTypes::Command cmd,
const Matrix_3x3s &data
)
Sets the Matrix_3x3 data for the specified command.
",4323:"
Matrix_3x3s getMatrix3x3s(
MipTypes::Command cmd
) const
Gets the Matrix_3x3 data for the specified command.
",4324:"
void setFixedReferencePosition(
const FixedReferencePositionData &data
)
Sets the FixedReferencePositionData data for the specified command.
",4325:"
FixedReferencePositionData getFixedReferencePosition() const
Gets the FixedReferencePositionData data for the specified command.
",4326:"
void sendExternalHeadingUpdate(
const HeadingData &headingData
)
sends the external heading update command.
",4327:"
void sendExternalHeadingUpdate(
const HeadingData &headingData,
const TimeUpdate &timestamp
)
sends the external heading update command.
",4328:"
void setDeviceTime()
Seeds the device time with the current system time.
",4329:"
void setDeviceTime(
uint64 nanoseconds
)
Seeds the device time with a specific time.
",4330:"
RTKDeviceStatusFlags getDeviceStatusFlags() const
Gets the status flags for an RTK device.
",4331:"
std::string getActivationCode() const
Gets the Activation Code of the RTK device.
",4332:"
MipFieldValues get(
MipTypes::Command cmdId
) const
sends the specified command with the Read Current Settings function selector.
",4333:"
MipFieldValues get(
MipTypes::Command cmdId,
MipFieldValues specifier
) const
sends the specified command with the Read Current Settings function selector.
",4334:"
ByteStream get_RawResponseData(
MipTypes::Command cmdId,
MipFieldValues specifier
) const
sends the specified command with the Read Current Settings function selector.
",4335:"
void set(
MipTypes::Command cmdId,
MipFieldValues values
) const
sends the specified command with the Apply New Settings function selector.
",4336:"
void saveAsStartup(
MipTypes::Command cmdId
) const
sends the specified command with the Save as Startup Settings function selector.
",4337:"
void saveAsStartup(
MipTypes::Command cmdId,
MipFieldValues specifier
) const
sends the specified command with the Save as Startup Settings function selector.
",4338:"
void loadStartup(
MipTypes::Command cmdId
) const
sends the specified command with the Load Startup Settings function selector.
",4339:"
void loadStartup(
MipTypes::Command cmdId,
MipFieldValues specifier
) const
sends the specified command with the Load Startup Settings function selector.
",4340:"
void loadDefault(
MipTypes::Command cmdId
) const
sends the specified command with the Load Default Settings function selector.
",4341:"
void loadDefault(
MipTypes::Command cmdId,
MipFieldValues specifier
) const
sends the specified command with the Load Default Settings function selector.
",4342:"
void run(
MipTypes::Command cmdId
) const
Runs the specified command without a function selector. No data response expected.
",4343:"
void run(
MipTypes::Command cmdId,
MipFieldValues specifier
) const
Runs the specified command with the provided specifier values and no function selector. No data response expected.
",4344:"
GenericMipCmdResponse SendCommand(
MipCommand &command
) const
Generic send command.
",4345:"
void processMipCommandBytes(
MipCommandBytes &cmd
)
Sends the MipCommandBytes byte strings. The MipCommandBytes sendCmdFailed is updated to indicate success/failure.  Note: Unsupported commands, as indicated by the MipCommandBytes id, will not be sent.  Important: if the UART Baud Rate is changed the connection to the port will be automatically closed and re-opened at the new baud rate.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MipNode_Impl-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/MipNode_Impl-ToolTips.js deleted file mode 100644 index 7a62e0280..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MipNode_Impl-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({62:"
RawBytePacketCollector
Class that sets/matches expected responses, and stores all the Inertial packets
",80:"
RawBytePacket
A class that contains packet information about an Inertial packet
",367:"
Connection
The Connection object that is used for communication.
",1631:"
GeometricVector
Defines a 3 dimensional, spatial vector.
",1644:"
PositionOffset
Represents a position offset (x, y, z).
",1676:"
Dictates whether GNSS source is all internal, external, or single internal.
",1906:"
A string composing the RTCM message.
",1961:"
Matrix_3x3
Defines a 3 by 3 matrix.
",1975:"
TimeUpdate
Contains time data for the GNSS_AssistTimeUpdate class.
",1986:"
Contains the data for the AngularRateZUPTControl and VelocityZUPTControl classes.
",1992:"
Contains the data for Set Reference Position command.
",1999:"
Contains the data for the SBASSettings class.
",2017:"
Contains the data for the InertialNode::setConstellationSettings API call.
",2022:"
Contains the data for the InertialNode::setLowPassFilterSettings API call.
",2029:"
mscl::MipTypes::ChannelField dataDescriptor
the data descriptor these settings apply to
",2038:"
Contains the data needed by the InertialNode::setComplementaryFilterSettings class.
",2084:"
DeviceStatusData
Contains the data needed by the InertialNode::getBasicDeviceStatus method.
",2144:"
Contains the data needed by the InertialNode::sendExternalGNSSUpdate method.
",2160:"
Contains the possible sources of aiding heading updates to the Kalman filter.  Some, all, or none of the options can be set as heading aids.
",2191:"
Struct to hold values for the Filter Initialization Config command.
",2206:"
Contains the possible axis bitfield values.
",2221:"
Controls which parameters are estimated by the Kalman Filter.  Some, all, or none of the options can be set as estimation controls.
",2559:"
InertialNode
A class representing a MicroStrain Inertial Node
",2749:"
EulerAngles
Represents generic Euler Angles (roll, pitch, yaw).
",2869:"
MipCommand(
MipTypes::Command cmdId,
MipTypes::FunctionSelector fn
) : m_commandId(cmdId), m_functionSelector(fn), m_responseExpected(fn == MipTypes::FunctionSelector::READ_BACK_CURRENT_SETTINGS)
Constructor to build MIP command based on Command ID and function selector
",2894:"
Contains information retrieved from an Inertial GetDeviceInfo command.
",2927:"
GenericMipCmdResponse
Represents the response to a GenericMipCommand.
",3095:"
MipDataPacket
A Mip Data Packet that contains both valid and invalid data from a MIP Device.
",3129:"
MipParser
Parsers all MIP data and stores it in a corresponding container
",3146:"
The enums for all the different data classes of MIP data.
",3168:"
The enums to represent different time categories.
",3171:"
The enums for all of the different MIP commands.
",3321:"
The enums for all of the different MIP Channel Field IDs.
",3780:"
A vector of ChannelField enums.
",3781:"
A vector of Command enums.
",3933:"
Contains an <Command> id and a BytesCollection vector to store the actual bytes to send to the device for that command.
",4110:"
Stores info related to device comm ports (id, type)
",4113:"
Available comm protocols that can be configured for UART ports NONE  - 0x00000000 - Not set MIP_COMMANDS - 0x00000001 - MIP commands MIP_DATA  - 0x00000002 - MIP data NMEA  - 0x00000004 - NMEA RTCM  - 0x00000008 - RTCM SPARTN  - 0x00000010 - SPARTN ALL  - 0x0000001F - All protocols
",4135:"
What type of information to retrieve
",4157:"
SupportedSensorRanges
Structure to hold all info for looking up supported sensor ranges for a device
",4217:"
void setToIdle()
Suspends streaming (if enabled) or wakes the device from sleep (if sleeping), putting the device in an idle mode.  After this command is used, the resume command may be used to put the Node back into the mode it was previously in before setToIdle was called.
",4219:"
void resume()
Places the Node back in the mode it was in before issuing the setToIdle command.  If the setToIdle command was not issues, then the device is placed in default mode.
",4325:"
FixedReferencePositionData getFixedReferencePosition() const
Gets the FixedReferencePositionData data for the specified command.
",4346:"
MipPacketCollector
Class that sets/matches expected responses, and stores all the Inertial packets
",4565:"
MipChannel
Represents a single "channel" or data descriptors that can make up an Inertial Device\'s message format
",4587:"
MipNodeInfo
Contains basic information about a MipNode.
",5147:"
MipNodeFeatures
Contains information on which features are supported by an InertialNode.
",9819:"
SampleRate
Represents a MicroStrain sample rate (rate at which data is sampling)
",9848:"
ResponseCollector
Stores all the expected command responses
",9916:"
Used to easily read a container of bytes
",9928:"
DataBuffer
A buffer of bytes extending from the ByteStream class that is used for holding bytes read in from the connection
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10242:"
typedef for a 2-byte unsigned integer.
",10244:"
typedef for an 8-byte unsigned integer.
",10274:"
The possible states a device can be in.
",10291:"
Timestamp
Represents a date/time object
",10409:"
Version
Class that represents, and provides helper functions for, a Version number
",10446:"
Error
The generic MicroStrain exception (base class)
",10453:"
Error_NotSupported
A command/feature was attempted to be used that was not supported.
",10457:"
Error_NoData
There is no data available to be accessed
",10468:"
Error_Communication
The exception for failing to communicate with a device.
",10479:"
Error_Connection
The generic connection exception.
",10497:"
Error_MipCmdFailed
The Inertial command has failed
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MipNode_Impl.html b/v66.0.1/MSCL_Docs/classes/C/MipNode_Impl.html deleted file mode 100644 index 1d06ba61c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MipNode_Impl.html +++ /dev/null @@ -1,1106 +0,0 @@ - - -MipNode_Impl - - - - - - - -
-
MipNode_Impl
-
MipNode_Impl
-

Contains the implementation for an InertialNode.

-
- -
-
Constants
-
- -
-
COMMANDS_DEFAULT_TIMEOUT
-

The default timeout for Inertial commands (250 milliseconds)

-
- -
-
Functions
-
- -
-
MipNode_Impl
-
explicit MipNode_Impl(
Connection connection
)
-

Creates a MipNode_Impl object.

Parameters
connection
Connection

The Connection object used for communication.

-
- -
-
~InertialNode
-

Destroys the InertialNode object

-
- -
-
Variables
-
- -
-
m_connection
-
Connection m_connection
-

The Connection object used for communication

-
- -
-
m_packetCollector
-
MipPacketCollector m_packetCollector
-

The MipPacketCollector used to store inertial data packets

-
- -
-
m_responseCollector
-
std::shared_ptr<ResponseCollector> m_responseCollector
-

The response collector used to find and store wireless command responses

-
- -
-
m_rawBytePacketCollector
-
mutable RawBytePacketCollector m_rawBytePacketCollector
-

The RawBytePacketCollector associated with this parser and its parent device

-
- -
-
m_parser
-
std::unique_ptr<MipParser> m_parser
-

The MipParser in charge of parsing all incoming data to this device

-
- -
-
m_commandsTimeout
-
uint64 m_commandsTimeout
-

The timeout to use for MIP commands

-
- -
-
m_features
-
mutable std::unique_ptr<MipNodeFeatures> m_features
-

The MipNodeFeatures containing the features for this device.

-
- -
-
m_sensorRateBase
-
mutable uint16 m_sensorRateBase
-

The Sensor sample rate base (if any).

-
- -
-
m_gnssRateBase
-
mutable uint16 m_gnssRateBase
-

The GNSS sample rate base (if any).

-
- -
-
m_sensorRateBase
-

The Estimation Filter sample rate base (if any).

-
- -
-
m_lastCommTime
-
Timestamp m_lastCommTime
-

A Timestamp representing the last time communication was achieved with the Node.

-
- -
-
m_lastDeviceState
-
DeviceState m_lastDeviceState
-

The last known DeviceState of the Node.

-
- -
-
Functions
-
- -
-
parseData
-
void parseData(
DataBuffer &data
)
-

Callback function that parses any bytes that are in the read buffer to find packets or command responses

Parameters
data
DataBuffer&

The DataBuffer containing all the data to be parsed

-
- -
-
info
-
const MipNodeInfo& info() const
-

Gets the MipNodeInfo for this Node.  The first time this function is called, it will send multiple commands to the device to get all required information.

Returns

A reference to the MipNodeInfo for this Node.

Exceptions
-
- -
-
onDataPacketAdded
-
void onDataPacketAdded()
-

The callback function to use to get notified of data packets being added.

-
- -
-
buildMipCommandBytes
-
MipCommandBytes buildMipCommandBytes(
MipTypes::Command cmd,
std::vector<MipFieldValues> specifiers = { {} },
MipFieldValues trailingReserved = {}
) const
-

Used by function getConfiCommandBytes to build the MipCommandBytes object given a collection of <MipFieldValues> specifiers Only works for commands with set parameters formatted the same as get reply field data Note: specifiers defaults to vector with single empty <MipFieldValues> entry

-
- -
-
doCommand
-
virtual GenericMipCmdResponse doCommand(
GenericMipCommand::Response &response,
const ByteStream &command,
bool verifySupported = true
) const
-

Performs a generic MIP Command, sending the command bytes and waiting for the response.

Parameters
response
GenericMipCommand::Response&

A <GenericMipCommand::Response> that will be used to wait and contain all the command/result information.

command
const ByteStream&

The ByteStream containing the bytes to send for the command.

minimumTimeout

The uint64 minimum time needed for the response.  Will always use at least COMMANDS_DEFAULT_TIMEOUT.

verifySupported
bool

Whether to verify if the command is supported before performing the command (default of true).

Returns

The GenericMipCmdResponse that contains the actual data from the response

Exceptions
-
- -
-
features
-
virtual const MipNodeFeatures& features() const
-

Gets a reference to the MipNodeFeatures for this device.

Exceptions
-
- -
-
connection
-
Connection& connection()
-

Gets the Connection object that this MIP device is using.

-
- -
-
lastCommunicationTime
-
const Timestamp& lastCommunicationTime() const
-

Gets the Timestamp for the last time we communicated with the Node.

Exceptions

  • Error_NoData: There is no communication time logged for this device.

-
- -
-
lastDeviceState
-
DeviceState lastDeviceState() const
-

Gets the last known DeviceState for the Node.

-
- -
-
setLastDeviceState
-
void setLastDeviceState(
DeviceState state
)
-

Most users will not need this functionality.  The device state defaults to unknown on connection but then automatically updates to streaming upon receiving data packets or idle when the set to idle command is sent.  Setting this will not stop auto-detection - the manually set value will be overwritten when the value would otherwise be set.

Parameters
state
DeviceState

the DeviceState to set

-
- -
-
resetNodeInfo
-
void resetNodeInfo()
-

Clears cached info read from device (ie fw version, receiver info, etc.).

Note

Features is also reset to load new info data next time it's used.

-
- -
-
firmwareVersion
-
Version firmwareVersion() const
-

Gets the firmware Version of the Node.

-
- -
-
modelName
-
std::string modelName() const
-

Gets the model name of the Node (ie. "3DM-GX3-45").

-
- -
-
modelNumber
-
std::string modelNumber() const
-

Gets the model number of the Node (ie. "6225-4220").

-
- -
-
serialNumber
-
std::string serialNumber() const
-

Gets the serial number of the Node (ie. "6225-01319").

-
- -
-
lotNumber
-
std::string lotNumber() const
-

Gets the lot number of the Node (ie. "I042Y").

-
- -
-
deviceOptions
-
std::string deviceOptions() const
-

Gets the device options of the Node (ie. "5g, 300d/s").

-
- -
-
supportedSampleRates
-
SampleRates supportedSampleRates(
MipTypes::DataClass dataClass
) const
-

Gets a list of the supported sample rates for an MipTypes::DataClass.

Parameters
dataClass
MipTypes::DataClass

The MipTypes::DataClass to get the sample rate list for.

Returns

A SampleRates list containing all the supported sample rates for the provided channel.

Exceptions
-
- -
-
getDataPackets
-
void getDataPackets(
std::vector<MipDataPacket> &packets,
uint32 timeout = 0,
uint32 maxPackets = 0
)
-

Gets up to the requested amount of data packets that have been collected.

Parameters
packets
std::vector<MipDataPacket>&

A vector of MipDataPacket to hold the result.

timeout
uint32

the timeout, in milliseconds, to wait for the data if necessary (default of 0)

maxPackets
uint32

The maximum number of packets to return. If this is 0 (default), all packets will be returned.

Exceptions
-
- -
-
getRawBytePackets
-
void getRawBytePackets(
RawBytePackets &packets,
uint32 timeout = 0,
uint32 maxPackets = 0
)
-

Gets up to the requested amount of raw byte packets that have been collected.

Parameters
packets
RawBytePackets&

A vector of RawBytePacket to hold the result.

timeout
uint32

the timeout, in milliseconds, to wait for the data if necessary (default of 0)

maxPackets
uint32

The maximum number of packets to return. If this is 0 (default), all packets will be returned.

Exceptions
-
- -
-
totalPackets
-
uint32 totalPackets()
-

Gets the total number of data packets that are currently in the buffer.

Returns

The total number of data packets that are currently in the buffer.

-
- -
-
timeout
-
void timeout(
uint64 timeout
)
-

Sets the timeout to use when waiting for responses from commands.

Parameters
timeout
uint64

The timeout (in milliseconds) to set for commands.

-
- -
-
timeout
-
uint64 timeout()
-

Gets the timeout to use when waiting for responses from commands.

Returns

The timeout (in milliseconds) used for commands.

-
- -
-
getDeviceInfo
-
virtual MipDeviceInfo getDeviceInfo() const
-

Gets information about the Node.  Sends the "Get Device Information" command to the device.

Returns

A MipDeviceInfo object that holds the response of the "Get Device Information" command.

Exceptions
-
- -
-
getGnssReceiverInfo
-
virtual GnssReceivers getGnssReceiverInfo() const
-

Gets the GNSS receiver info for this node, representing available GNSS receiver ports and the data set over which each is output.  Sends the "Get GNSS Receiver Info" command to the device.

Returns

The supported GNSS receiver info retrieved from the "Get GNSS Receiver Info" command.

Exceptions
-
- -
-
getSupportedSensorRanges
-
virtual SupportedSensorRanges getSupportedSensorRanges() const
-

Gets the supported sensor ranges for this device.  Sends the Supported Ranges command (0x0C,0x53) to the device.

Returns

The supported sensor range information.

Exceptions
-
- -
-
getDescriptorSets
-
virtual std::vector<uint16> getDescriptorSets() const
-

Gets the supported descriptor sets for this node, representing which commands and data sets are available.  Sends the "Get Device Descriptor Sets" command to the device.

Returns

The supported descriptors retrieved from the "Get Device Descriptor Sets" command.

Exceptions
-
- -
-
getRequiredParameterDefaults
-
MipCommandParameters getRequiredParameterDefaults(
const MipTypes::MipCommands &cmds,
bool useAllParam = true
) const
-

Get list of command ID, parameters vector pairs for all the available defaults for the required parameters of the specified commands Useful for get config command bytes, save as startup, etc.

Parameter
cmds
const MipTypes::MipCommands&

MipTypes::MipCommands to get the required parameter default values for

useAllParam
bool

bool, default true - if command accepts an All parameter (usually 0) for Save/Load/Default use that instead of separate entries for individual parameters

Returns
<MipCommandParameters>

list of cmd, parameters pairs for the specified commands

-
- -
-
getRequiredParameterDefaults
-
MipCommandParameters getRequiredParameterDefaults(
MipTypes::Command cmd,
bool useAllParam = true
) const
-

Get list of command ID, parameters vector pairs for all the available defaults for the required parameters of the specified command Useful for get config command bytes, save as startup, etc.

Parameter
cmd
MipTypes::Command

MipTypes::Command to get the required parameter default values for

useAllParam
bool

bool, default true - if command accepts an All parameter (usually 0) for Save/Load/Default use that instead of separate entries for individual parameters

Returns
<MipCommandParameters>

list of cmd, parameters pairs for the specified command

-
- -
-
getReservedWriteValues
-
MipCommandParameters getReservedWriteValues(
const MipTypes::MipCommands &cmds
) const
-

Get list of command ID, parameters vector pairs for all the trailing reserved values for writing the specified commands Useful for get config command bytes

Parameter
cmds
const MipTypes::MipCommands&

MipTypes::MipCommands to get the trailing reserved values for

Returns
<MipCommandParameters>

list of cmd, parameters pairs for the specified commands

-
- -
-
getReservedWriteValues
-
MipCommandParameters getReservedWriteValues(
MipTypes::Command cmd
) const
-

Get list of command ID, parameters vector pairs for all the trailing reserved values for writing the specified command Useful for get config command bytes

Parameter
cmd
MipTypes::Command

MipTypes::Command to get the trailing reserved values for

Returns
<MipCommandParameters>

list of cmd, parameters pairs for the specified command

-
- -
-
getConfigCommandBytes
-
virtual MipCommandSet getConfigCommandBytes() const
-

Gets the byte string for the commands to set the node's current settings.

Returns

A <MipCommandSet> containing supported config descriptors and the set command bytes.

Exceptions
-
- -
-
getEventInfo
-
virtual EventSupportInfo getEventInfo(
EventSupportInfo::Query query
) const
-

Gets the event type info for this node, which includes the maximum number of supported triggers/actions and a list of trigger/action types and the maximum supported instances of each type.  Sends the "Event Support" command to the device.

Parameters
query
EventSupportInfo::Query

The query type to get information for.

Returns

The supported event type info retrieved from the "Event Support" command.

Exceptions
-
- -
-
sendCommandBytes
-
void sendCommandBytes(
MipCommandSet &cmds
)
-

Sends the <MipCommandSet> byte strings. The MipCommandBytes sendCmdFailed is updated to indicate success/failure.  Note: Unsupported commands, as indicated by the MipCommandBytes id, will not be sent.  Important: if the UART Baud Rate is changed the connection to the port will be automatically closed and re-opened at the new baud rate.

Parameters
cmds
MipCommandSet&

The <MipCommandSet> of command IDs and bytes. The sendCmdFailed value of each will be set to true if the sent command errors.

-
- -
-
sendCommandBytes
-
void sendCommandBytes(
MipCommandBytes &cmd
)
-

Sends the MipCommandBytes byte strings. The MipCommandBytes sendCmdFailed is updated to indicate success/failure.  Note: Unsupported commands, as indicated by the MipCommandBytes id, will not be sent.  Important: if the UART Baud Rate is changed the connection to the port will be automatically closed and re-opened at the new baud rate.

Parameters
cmd
MipCommandBytes&

The MipCommandBytes to send to the device. The sendCmdFailed value will be set to true if the sent command errors.

-
- -
-
ping
-
bool ping()
-

Pings the node to check for communication.  Sends the "Ping" command to the device.

Returns

true if successfully pinged the node, false if failed.

Exceptions
-
- -
-
setToIdle
-
void setToIdle()
-

Suspends streaming (if enabled) or wakes the device from sleep (if sleeping), putting the device in an idle mode.  After this command is used, the resume command may be used to put the Node back into the mode it was previously in before setToIdle was called.

Exceptions
-
- -
-
cyclePower
-
bool cyclePower()
-

Performs the "Device Reset" Inertial command.

Exceptions
-
- -
-
resume
-
void resume()
-

Places the Node back in the mode it was in before issuing the setToIdle command.  If the setToIdle command was not issues, then the device is placed in default mode.

Exceptions
-
- -
-
saveSettingsAsStartup
-
void saveSettingsAsStartup()
-

Saves all of the current settings as the Node's startup settings.  Note: A brief data disturbance may occur when calling this command.

Exceptions
-
- -
-
loadStartupSettings
-
void loadStartupSettings()
-

Loads the saved startup settings onto the Node as its current settings.  This function is useful if you have powered on the Node, made changes to its settings, and want to get back to its startup settings.

Exceptions
-
- -
-
loadFactoryDefaultSettings
-
void loadFactoryDefaultSettings()
-

Loads the factory default settings onto the Node as its current settings.

Exceptions
-
- -
-
pollData
-
void pollData(
MipTypes::DataClass dataClass,
const MipTypes::MipChannelFields &fields
)
-

Polls the device for a message with the specified fields, for the specified data class.

Parameters
dataClass
MipTypes::DataClass

The MipTypes::DataClass to poll the data for

fields
const MipTypes::MipChannelFields&

The MipTypes::MipChannelFields to poll. If this is empty, the device will use its stored format.

-
- -
-
getDataRateBase
-
virtual uint16 getDataRateBase(
MipTypes::DataClass dataClass
) const
-

Gets the Data decimation base for the data rate calculations of the specified MipTypes::DataClass.

Parameters
dataClass
MipTypes::DataClass

The MipTypes::DataClass to get the Data decimation base for.

Returns

The decimation base for the data rate calculations.

Exceptions
-
- -
-
getMessageFormat
-
virtual MipChannels getMessageFormat(
MipTypes::DataClass dataClass
) const
-

Gets the current message format of the specified MipTypes::DataClass's data packet.

Parameters
dataClass
MipTypes::DataClass

The MipTypes::DataClass to get the current message format for.

Returns

An MipChannels object containing the channels that make up the data message format for the specified MipTypes::DataClass

Exceptions
-
- -
-
setMessageFormat
-
virtual void setMessageFormat(
MipTypes::DataClass dataClass,
const MipChannels &channels
)
-

Sets the current message format of the specified MipTypes::DataClass's data packet.  Note that this function does not add to the existing message format, but overwrites it entirely.

Parameters
dataClass
MipTypes::DataClass

The MipTypes::DataClass to set the message format for.

channels
const MipChannels&

The MipChannels object containing the channels to set the message format to. Passing an empty MipChannels object will effectively disable all channels.

Exceptions
-
- -
-
saveMessageFormat
-
void saveMessageFormat(
MipTypes::DataClass type
)
-

Saves the current message format of the specified MipTypes::DataClass's data packet.  Note that this function does not add to the existing message format, but overwrites it entirely.

Parameters
dataClass

The MipTypes::DataClass to set the message format for.

Exceptions
-
- -
-
getInterfaceControl
-
virtual DeviceCommPort getInterfaceControl(
uint8 interfaceId
) const
-

Gets the current comm port interface configuration for the specified ID.  This includes the port type, ID and input/output protocols currently configured.

Parameters
interfaceId
uint8

The interface ID to get the comm port configuration for

Returns

The DeviceCommPort configuration for the specified ID.

Exceptions
-
- -
-
setInterfaceControl
-
virtual void setInterfaceControl(
const DeviceCommPort &portInterface
)
-

Sets the interface control for the node.  Note: See the device's manual for possible configurations and limitations.

Parameters
portInterface
const DeviceCommPort&

The DeviceCommPort with prepopulated configuration information to set

Exceptions
-
- -
-
setInterfaceControl
-
virtual void setInterfaceControl(
const uint8 interfaceId,
const DeviceCommPort::Protocol inputProtocols,
const DeviceCommPort::Protocol outputProtocols
)
-

Sets the specified comm port interface configuration for the node.  Note: See the device's manual for possible configurations and limitations.

Parameters
interfaceId
const uint8

The interface ID to configure

inputProtocols
const DeviceCommPort::Protocol

The protocols to receive on the specified ID

outputProtocols
const DeviceCommPort::Protocol

The protocols to transmit on the specified ID

Exceptions
-
- -
-
getCommunicationMode
-
virtual uint8 getCommunicationMode() const
-

Gets the current communication mode that the node is in.

Returns

The communication mode the node is in. This is an advanced command, and therefore the communication modes for your device should be researched to determine what each communication mode is.

Exceptions
-
- -
-
setCommunicationMode
-
virtual void setCommunicationMode(
uint8 communicationMode
)
-

Sets the communication mode for the node.  Note: The node info will be reset when doing this and therefore will require being fetched again the next time it is requested.

Parameters
communicationMode
uint8

The communication mode to set. This is an advanced command, and therefore the communication modes for your device should be researched to determine what each communication mode is.

Exceptions
-
- -
-
isDataStreamEnabled
-
bool isDataStreamEnabled(
MipTypes::DataClass dataClass
) const
-

Checks whether the data stream for the given data class is enabled

Parameters
dataClass
MipTypes::DataClass

The MipTypes::DataClass to check.

Exceptions
-
- -
-
enableDataStream
-
void enableDataStream(
MipTypes::DataClass dataClass,
bool enable
)
-

Enables or disables continuous data streaming for the node.

Parameters
dataClass
MipTypes::DataClass

The MipTypes::DataClass to enable/disable streaming for.

enable
bool

Whether to enable (true) or disable (false) continuous streaming (Default of true).

Exceptions
-
- -
-
resetFilter
-
void resetFilter()
-

Resets the filter to the initialize state.

Exceptions
-
- -
-
getAutoInitialization
-
bool getAutoInitialization() const
-

Gets the state of the automatic initialization upon device startup.

Returns

true if auto-initialization is enabled, false if it is disabled.

Exceptions
-
- -
-
setAutoInitialization
-
void setAutoInitialization(
bool enable
)
-

Sets the state of the automatic initialization upon device startup.

Parameters
enable
bool

Whether to enable (true) or disable(false) auto-initialization.

Exceptions
-
- -
-
getAltitudeAid
-
bool getAltitudeAid() const
-

Gets the state of the altitude aid upon device startup.

Returns

true if altitude aiding is enabled, false if it is disabled.

Exceptions
-
- -
-
setAltitudeAid
-
void setAltitudeAid(
bool enable
)
-

Sets the state of the altitude aid upon device startup.

Parameters
enable
bool

Whether to enable (true) or disable(false) altitude aiding.

Exceptions
-
- -
-
getPitchRollAid
-
bool getPitchRollAid() const
-

Gets the state of the pitch/roll aid upon device startup.

Returns

true if pitch/roll aiding is enabled, false if it is disabled.

Exceptions
-
- -
-
setPitchRollAid
-
void setPitchRollAid(
bool enable
)
-

Sets the state of the pitch/roll aid upon device startup.

Parameters
enable
bool

Whether to enable (true) or disable(false) pitch/roll aiding.

Exceptions
-
- -
-
setVelocityZUPT
-
void setVelocityZUPT(
const ZUPTSettingsData &ZUPTSettings
)
-

Sets the state of the velocity ZUPT control.

Parameters
ZUPTSettings
const ZUPTSettingsData&

the ZUPTSettingsData object containing whether ZUPT is enabled and the threshold.  Exceptions: - Error_NotSupported: The command is not supported by this Node.  - Error_Communication: There was no response to the command. The command timed out.  - Error_MipCmdFailed: The command has failed.  - Error_Connection: A connection error has occurred with the InertialNode.

-
- -
-
tareOrientation
-
void tareOrientation(
const TareAxisValues &axisValue
)
-

uses device orientation relative to the NED frame as the sensor to vehicle rotation.

Parameters
axisValue
const TareAxisValues&

the TareAxisValues object indicating which axes to tare.

Exceptions
-
- -
-
getVelocityZUPT
-
ZUPTSettingsData getVelocityZUPT() const
-

Gets the state and threshold of the velocity ZUPT control.

Returns

the ZUPTSettingsData object containing whether ZUPT is enabled and the threshold.

Exceptions
-
- -
-
setAngularRateZUPT
-
void setAngularRateZUPT(
const ZUPTSettingsData &ZUPTSettings
)
-

Sets the state of the angular rate ZUPT control.

Parameters
ZUPTSettings
const ZUPTSettingsData&

the ZUPTSettingsData object containing whether ZUPT is enabled and the threshold.  Exceptions: - Error_NotSupported: The command is not supported by this Node.  - Error_Communication: There was no response to the command. The command timed out.  - Error_MipCmdFailed: The command has failed.  - Error_Connection: A connection error has occurred with the InertialNode.

-
- -
-
getAngularRateZUPT
-
ZUPTSettingsData getAngularRateZUPT() const
-

Gets the state and threshold of the angular rate ZUPT control.

Returns

the ZUPTSettingsData object containing whether ZUPT is enabled and the threshold.

Exceptions
-
- -
-
cmdedVelZUPT
-
void cmdedVelZUPT()
-

Performs Commanded Zero Velocity Update.

Exceptions
-
- -
-
cmdedAngRateZUPT
-
void cmdedAngRateZUPT()
-

Performs Commanded Zero Angular Rate Update.

Exceptions
-
- -
-
setInitialAttitude
-
void setInitialAttitude(
const EulerAngles &attitude
)
-

Sets the initial attitude.

Parameters
attitude
const EulerAngles&

The EulerAngles (in radians) representing the sensor body frame with respect to the local NED frame.

Exceptions
-
- -
-
setInitialHeading
-
void setInitialHeading(
float heading
)
-

Sets the initial heading.

Parameters
heading
float

The heading to set (in radians).

Exceptions
-
- -
-
getInitialFilterConfiguration
-
FilterInitializationValues getInitialFilterConfiguration() const
-

Gets the initial filter configuration values.

Exceptions
-
- -
-
setInitialFilterConfiguration
-
void setInitialFilterConfiguration(
FilterInitializationValues filterConfig
)
-

Sets the initial filter configuration values.  Note: Changes from this command will only be applied if the filter is in the Initialization state (not Running) or on filter reset.

Parameters
filterConfig
FilterInitializationValues

The FilterInitializationValues to set.

Exceptions
-
- -
-
getSensorToVehicleRotation
-
EulerAngles getSensorToVehicleRotation() const
-

Gets the sensor to vehicle frame rotation matrix using roll, pitch, and yaw Euler angles (in radians).

Exceptions
-
- -
-
setSensorToVehicleRotation
-
void setSensorToVehicleRotation(
const EulerAngles &angles
)
-

Sets the sensor to vehicle frame rotation matrix using roll, pitch, and yaw Euler angles (in radians).

Parameters
angles
const EulerAngles&

The EulerAngles object containing the roll, pitch, and yaw to set.

Exceptions
-
- -
-
getSensorToVehicleOffset
-
PositionOffset getSensorToVehicleOffset() const
-

Gets the sensor to vehicle frame offset, expressed in the sensor frame.

Returns

A PositionOffset representing the sensor to vehicle frame offset, expressed in the sensor frame.

Exceptions
-
- -
-
setSensorToVehicleRotation
-

Sets the sensor to vehicle frame offset, expressed in the sensor frame.

Parameters
offset

The PositionOffset object containing the x, y, and z position (in meters) to set.

Exceptions
-
- -
-
getAntennaOffset
-
PositionOffset getAntennaOffset() const
-

Gets the antenna offset, expressed in the sensor frame.

Returns

The PositionOffset of the antenna, expressed in the sensor frame.

Exceptions
-
- -
-
setAntennaOffset
-
void setAntennaOffset(
const PositionOffset &offset
)
-

Sets the antenna offset, expressed in the sensor frame.

Parameters
offset
const PositionOffset&

The PositionOffset object containing the x, y, and z position (in meters) to set.

Exceptions
-
- -
-
getGNSSAssistedFixControl
-
bool getGNSSAssistedFixControl() const
-

Gets the GNSS Assisted Fix Control.

Returns

bool indicating if assisted fix is enabled.

Exceptions
-
- -
-
setGNSSAssistedFixControl
-
void setGNSSAssistedFixControl(
bool enableAssistedFix
)
-

Sets the GNSS Assisted Fix Control.

Parameters
enableAssistedFix
bool

boolean value.  If true, enables the assisted fix option.

Exceptions
-
- -
-
getGNSSAssistTimeUpdate
-
TimeUpdate getGNSSAssistTimeUpdate()
-

Gets the GNSS Assisted Time Update.  Returns: The GNSS Assist TimeUpdate.  Exceptions: - Error_NotSupported: The command is not supported by this Node.  - Error_Communication: There was no response to the command. The command timed out.  - Error_MipCmdFailed: The command has failed. Check the error code for more details.  - Error_Connection: A connection error has occurred with the InertialNode.

-
- -
-
setGNSSAssistTimeUpdate
-
void setGNSSAssistTimeUpdate(
TimeUpdate update
)
-

Sets the GNSS Assist Time Update.

Parameters
TimeUpdate

The TimeUpdate object containing the new time to set.

Exceptions
-
- -
-
getGPSTimeUpdateWeeks
-
uint32 getGPSTimeUpdateWeeks()
-

Gets the GPS weeks time update.

Returns
time

the current weeks time.

Exceptions
-
- -
-
getGPSTimeUpdateSeconds
-
uint32 getGPSTimeUpdateSeconds()
-

Gets the GPS seconds time update.

Returns
time

the current seconds time.

Exceptions
-
- -
-
setGPSTimeUpdate
-
void setGPSTimeUpdate(
MipTypes::TimeFrame timeFrame,
uint32 timeData
)
-

Sets the GPS Time Update.

Parameters
timeFrame
MipTypes::TimeFrame

The <TimeFrame> object specifying what current time value to set, either weeks or seconds.

timeData
uint32

the current time.

Exceptions
-
- -
-
setConstellationSettings
-
void setConstellationSettings(
const ConstellationSettingsData&
)
-

Sets the GNSS Constellation Settings.

Parameters

The ConstellationSettingsData object containing the data to set.

Exceptions
-
- -
-
getConstellationSettings
-
ConstellationSettingsData getConstellationSettings() const
-

Gets the GNSS Constellation Settings.

Returns

The ConstellationSettingsData object containing the data.

Exceptions
-
- -
-
setSBASSettings
-
void setSBASSettings(
const SBASSettingsData &dataToUse
)
-

Sets the GNSS SBAS Settings.

Parameters
dataToUse
const SBASSettingsData&

The SBASSettingsData object containing the data to set.

Exceptions
-
- -
-
getSBASSettings
-
SBASSettingsData getSBASSettings() const
-

Gets the GNSS SBAS Settings.

Returns

The SBASSettingsData object containing the data.

Exceptions
-
- -
-
setAccelerometerBias
-
void setAccelerometerBias(
const GeometricVector &biasVector
)
-

Sets the Accelerometer Bias.

Parameters
biasVector
const GeometricVector&

The GeometricVector object containing the vector to set.

Exceptions
-
- -
-
getAccelerometerBias
-
GeometricVector getAccelerometerBias() const
-

Gets the Accelerometer Bias.

Return

The GeometricVector object containing the vector.

Exceptions
-
- -
-
setGyroBias
-
void setGyroBias(
const GeometricVector &biasVector
)
-

Sets the Gyro Bias.

Parameters

The GeometricVector object containing the vector to set.

Exceptions
-
- -
-
getGyroBias
-
GeometricVector getGyroBias() const
-

Gets the Gyro Bias.

Return

The GeometricVector object containing the vector.

Exceptions
-
- -
-
captureGyroBias
-
GeometricVector captureGyroBias(
const uint16 &samplingTime
)
-

Runs the Gyro Bias capture routine on the inertial device.

Parameters

The uint16 samplingTime.

Exceptions
-
- -
-
findMagnetometerCaptureAutoCalibration
-
void findMagnetometerCaptureAutoCalibration()
-

Runs the Magnetometer auto calibration routine on the inertial device.

Exceptions
-
- -
-
saveMagnetometerCaptureAutoCalibration
-
void saveMagnetometerCaptureAutoCalibration()
-

Runs the Magnetometer auto calibration routine and saves result as startup settings.

Exceptions
-
- -
-
setMagnetometerSoftIronMatrix
-
void setMagnetometerSoftIronMatrix(
const Matrix_3x3 &biasVector
)
-

Sets the Magnetometer Soft Iron matrix.

Parameters

The Matrix_3x3 object containing the matrix to set.

Exceptions
-
- -
-
getMagnetometerSoftIronMatrix
-
Matrix_3x3 getMagnetometerSoftIronMatrix() const
-

Gets the Magnetometer Soft Iron matrix.

Return

The GeometricVector object containing the matrix.

Exceptions
-
- -
-
setMagnetometerHardIronOffset
-
void setMagnetometerHardIronOffset(
const GeometricVector &offsetVector
)
-

Sets the magnetometer hard iron offset vector.

Parameters
offsetVector
const GeometricVector&

The GeometricVector object containing the vector to set.

Exceptions
-
- -
-
setMagnetometerHardIronOffset
-

Gets the magnetometer hard iron offset vector.

Return

The GeometricVector object containing the offset vector.

Exceptions
-
- -
-
setConingAndScullingEnable
-
void setConingAndScullingEnable(
bool enable
)
-

Enables/disables coning and sculling.

Parameters

bool indicating whether to enable coning and sculling.

Exceptions
-
- -
-
getConingAndScullingEnable
-
bool getConingAndScullingEnable() const
-

determines whether coning and sculling are enabled.

Return

bool indicating whether coning and sculling are enabled.

Exceptions
-
- -
-
setUARTBaudRate
-
void setUARTBaudRate(
uint32 baudRate,
bool resetConnection = true
)
-

Sets the baud rate.  The device can be unresponsive for as much as 250 ms following this command.  Important: The connection to the port will be automatically closed and re-opened at the new baud rate unless resetConnection parameter is false.

Parameters
baudRate
uint32

The new baud rate.

resetConnection
bool

(Optional) Specifies whether the connection to the port should be automatically closed and re-opened at the new baud rate.

Exceptions
-
- -
-
setUARTBaudRate
-
void setUARTBaudRate(
uint32 baudRate,
uint8 portId,
bool resetConnection = true
)
-

Sets the baud rate.  The device can be unresponsive for as much as 250 ms following this command.  Important: The connection to the port will be automatically closed and re-opened at the new baud rate unless resetConnection parameter is false.

Parameters
baudRate
uint32

The new baud rate.

portId
uint8

Specify the port id to set the baud rate. This value is ignored if device does not support command: Comm Port Speed (0x01,0x09)

resetConnection
bool

(Optional) Specifies whether the connection to the port should be automatically closed and re-opened at the new baud rate.

Exceptions
-
- -
-
getUARTBaudRate
-
uint32 getUARTBaudRate(
uint8 portId = 1
) const
-

Gets the current baud rate for the inertial device.

Parameters
portId
uint8

(Optional) Specify the port id to read the baud rate. This value is ignored if device does not support command: Comm Port Speed (0x01,0x09)

Return

uint8 current baud rate.

Exceptions
-
- -
-
setLowPassFilterSettings
-
void setLowPassFilterSettings(
const LowPassFilterData &data
) const
-

Sets the low-pass filter settings.

Parameters
data
const LowPassFilterData&

the new settings to set.

Exceptions
-
- -
-
getLowPassFilterSettings
-
LowPassFilterData getLowPassFilterSettings(
const MipTypes::ChannelField &dataDescriptor
) const
-

LowPassFilterData new settings.  The LowPassFilterData::DataDescriptor field from the passed in data is used to set the type of data to be returned.

Parameters
dataDescriptor
const MipTypes::ChannelField&

the <MipType::ChannelField> data descriptor for which to return the current low-pass filter settings.

Return

LowPassFilterData new settings.

Exceptions
-
- -
-
setComplementaryFilterSettings
-
void setComplementaryFilterSettings(
const ComplementaryFilterData &data
)
-

Sets the complementary filter settings.

Parameter
data
const ComplementaryFilterData&

the new settings to send.

Exceptions
-
- -
-
getComplementaryFilterSettings
-
ComplementaryFilterData getComplementaryFilterSettings() const
-

Gets the current complementary filter settings.

Return
ComplementaryFilterData

The new settings.

Exceptions
-
- -
-
getBasicDeviceStatus
-
DeviceStatusData getBasicDeviceStatus()
-

Gets the basic device status settings.

Return
DeviceStatusData

The new settings.

Exceptions
-
- -
-
getDiagnosticDeviceStatus
-
DeviceStatusData getDiagnosticDeviceStatus()
-

Gets the diagnostic device status settings.

Return
DeviceStatusData

The new settings.

Exceptions
-
- -
-
sendRawRTCM_2_3Message
-
void sendRawRTCM_2_3Message(
const RTCMMessage &theMessage
)
-

Sends a raw RTCM 2.3 message.

Parameter
theMessage
const RTCMMessage&

the RTCM message to send.

Exceptions
-
- -
-
setVehicleDynamicsMode
-
void setVehicleDynamicsMode(
const InertialTypes::VehicleModeType &mode
)
-

Sets the vehicle dynamics mode.

Parameter
mode
const InertialTypes::VehicleModeType&

the new mode to send.

Exceptions
-
- -
-
getVehicleDynamicsMode
-
InertialTypes::VehicleModeType getVehicleDynamicsMode() const
-

Gets the vehicle dynamics mode.

Return
VehicleModeType

The new mode.

Exceptions
-
- -
-
setEstimationControlFlags
-
void setEstimationControlFlags(
const EstimationControlOptions &flags
)
-

Sets the estimation control flags.

Parameter
flags
const EstimationControlOptions&

the new flags to send.

Exceptions
-
- -
-
getEstimationControlFlags
-
EstimationControlOptions getEstimationControlFlags() const
-

Gets the estimation control flags.

Return
EstimationControlOptions

the current flags.

Exceptions
-
- -
-
setInclinationSource
-
void setInclinationSource(
const GeographicSourceOptions &options
)
-

Sets the source for the inclination geographic source command.

Parameter
options
const GeographicSourceOptions&

the GeographicSourceOptions to send.

Exceptions
-
- -
-
getInclinationSource
-
GeographicSourceOptions getInclinationSource() const
-

Gets the source for the inclination geographic source command.

Return
GeographicSourceOptions

the current GeographicSourceOptions for the inclination.

Exceptions
-
- -
-
setDeclinationSource
-
void setDeclinationSource(
const GeographicSourceOptions &options
)
-

Sets the source for the declination geographic source command.

Parameter
options
const GeographicSourceOptions&

the GeographicSourceOptions to send.

Exceptions
-
- -
-
getDeclinationSource
-
GeographicSourceOptions getDeclinationSource() const
-

Gets the source for the declination geographic source command.

Return
GeographicSourceOptions

the current GeographicSourceOptions for the declination.

Exceptions
-
- -
-
setMagneticFieldMagnitudeSource
-
void setMagneticFieldMagnitudeSource(
const GeographicSourceOptions &options
)
-

Sets the source for the magnetic field magnitude geographic source command.

Parameter
options
const GeographicSourceOptions&

the GeographicSourceOptions to send.

Exceptions
-
- -
-
getMagneticFieldMagnitudeSource
-
GeographicSourceOptions getMagneticFieldMagnitudeSource() const
-

Gets the source for the field magnitude geographic source command.

Return
GeographicSourceOptions

the current GeographicSourceOptions for the magnetic field magnitude.

Exceptions
-
- -
-
setEstimationControlFlags
-

Sets the estimation control flags.

Parameter
gnssSource

the new mode to send.

Exceptions
-
- -
-
getEstimationControlFlags
-

Gets the estimation control flags.

Return
GNSS_Source

The new source.

Exceptions
-
- -
-
sendExternalGNSSUpdate
-
void sendExternalGNSSUpdate(
const ExternalGNSSUpdateData &gnssUpdateData
)
-

sends the external GNSS update command.

Parameter
gnssUpdateData
const ExternalGNSSUpdateData&

the data to send.

Exceptions
-
- -
-
setHeadingUpdateControl
-
void setHeadingUpdateControl(
const HeadingUpdateOptions &headingUpdateOptions
)
-

Sets the heading update control flags.

Parameter
headingUpdateOptions
const HeadingUpdateOptions&

the new options to send.

Exceptions
-
- -
-
getHeadingUpdateControl
-
HeadingUpdateOptions getHeadingUpdateControl() const
-

Gets the heading update control flags.

Return
HeadingUpdateOptions

The current options.

Exceptions
-
- -
-
setAdaptiveMeasurement
-
void setAdaptiveMeasurement(
MipTypes::Command cmd,
const AdaptiveMeasurementData &data
)
-

Sets the error adaptive measurement settings for the specified command.

Parameter
cmd
MipTypes::Command

the specific error adaptive measurement command to set.

Parameter
data
const AdaptiveMeasurementData&

the adaptive measurement settings to send.

Exceptions
-
- -
-
getAdaptiveMeasurement
-
AdaptiveMeasurementData getAdaptiveMeasurement(
MipTypes::Command cmd
) const
-

Gets the error adaptive measurement settings for the specified command.

Parameter
cmd
MipTypes::Command

the specific error adaptive measurement command to get.

Return
AdaptiveMeasurementData

The current adaptive measurement settings.

Exceptions
-
- -
-
setSignalConditioningSettings
-
void setSignalConditioningSettings(
const SignalConditioningValues &data
)
-

Sets the signal conditioning settings for the node.

Parameter
data
const SignalConditioningValues&

the signal conditioning settings to send.

Exceptions
-
- -
-
getSignalConditioningSettings
-
SignalConditioningValues getSignalConditioningSettings() const
-

Gets the signal conditioning settings for the node.

Return
SignalConditioningValues

The current signal conditioning settings.

Exceptions
-
- -
-
setGeometricVectors
-
void setGeometricVectors(
MipTypes::Command cmd,
const GeometricVectors &data
)
-

Sets the GeometricVector data for the specified command.

Parameter
cmd
MipTypes::Command

the specific command to set.

Parameter
data
const GeometricVectors&

the collection of GeometricVector data to send.

Exceptions
-
- -
-
getGeometricVectors
-
GeometricVectors getGeometricVectors(
MipTypes::Command cmd
) const
-

Gets the GeometricVector data for the specified command.

Parameter
cmd
MipTypes::Command

the specific command to get.

Return
GeometricVector

a collection of GeometricVectors representing the current settings for the specified command.

Exceptions
-
- -
-
setUint8s
-
void setUint8s(
MipTypes::Command cmd,
const std::vector<uint8> &data
)
-

Sets the uint8 data for the specified command.

Parameter
cmd
MipTypes::Command

the specific command to set.

Parameter
data
const std::vector<uint8>&

the collection of uint8 data to send.

Exceptions
-
- -
-
getUint8s
-
std::vector<uint8> getUint8s(
MipTypes::Command cmd
) const
-

Gets the uint8 data for the specified command.

Parameter
cmd
MipTypes::Command

the specific command to get.

Return
uint8

a collection of uint8s representing the current settings for the specified command.

Exceptions
-
- -
-
getUint8s
-
std::vector<uint8> getUint8s(
MipTypes::Command cmd,
const std::vector<uint8> &addlParams
) const
-

Gets the uint8 data for the specified command.

Parameter
cmd
MipTypes::Command

the specific command to get.

Parameter
addlParams
const std::vector<uint8>&

any additional uint8 parameters to be included.

Return
uint8

a collection of uint8s representing the current settings for the specified command.

Exceptions
-
- -
-
setUint16s
-
void setUint16s(
MipTypes::Command cmd,
const std::vector<uint16> &data
)
-

Sets the uint16 data for the specified command.

Parameter
cmd
MipTypes::Command

the specific command to set.

Parameter
data
const std::vector<uint16>&

the collection of uint16 data to send.

Exceptions
-
- -
-
getUint16s
-
std::vector<uint16> getUint16s(
MipTypes::Command cmd
) const
-

Gets the uint16 data for the specified command.

Parameter
cmd
MipTypes::Command

the specific command to get.

Return
uint16

a collection of uint16s representing the current settings for the specified command.

Exceptions
-
- -
-
getUint16s
-
std::vector<uint16> getUint16s(
MipTypes::Command cmd,
const std::vector<uint16> &addlParams
) const
-

Gets the uint16 data for the specified command.

Parameter
cmd
MipTypes::Command

the specific command to get.

Parameter
addlParams
const std::vector<uint16>&

any additional uint16 parameters to be included.

Return
uint16

a collection of uint16s representing the current settings for the specified command.

Exceptions
-
- -
-
setFloats
-
void setFloats(
MipTypes::Command cmd,
const std::vector<float> &data
)
-

Sets the float data for the specified command.

Parameter
cmd
MipTypes::Command

the specific command to set.

Parameter
data
const std::vector<float>&

the collection of float data to send.

Exceptions
-
- -
-
getFloats
-
std::vector<float> getFloats(
MipTypes::Command cmd
) const
-

Gets the float data for the specified command.

Parameter
cmd
MipTypes::Command

the specific command to get.

Return
float

a collection of floats representing the current settings for the specified command.

Exceptions
-
- -
-
setMatrix3x3s
-
void setMatrix3x3s(
MipTypes::Command cmd,
const Matrix_3x3s &data
)
-

Sets the Matrix_3x3 data for the specified command.

Parameter
cmd
MipTypes::Command

the specific command to set.

Parameter
data
const Matrix_3x3s&

the collection of Matrix_3x3 data to send.

Exceptions
-
- -
-
getMatrix3x3s
-
Matrix_3x3s getMatrix3x3s(
MipTypes::Command cmd
) const
-

Gets the Matrix_3x3 data for the specified command.

Parameter
cmd
MipTypes::Command

the specific command to get.

Return
Matrix_3x3

a collection of Matrix_3x3s representing the current settings for the specified command.

Exceptions
-
- -
-
setFixedReferencePosition
-
void setFixedReferencePosition(
const FixedReferencePositionData &data
)
-

Sets the FixedReferencePositionData data for the specified command.

Parameter
data
const FixedReferencePositionData&

the FixedReferencePositionData data to send.

Exceptions
-
- -
-
FixedReferencePositionData
-
FixedReferencePositionData getFixedReferencePosition() const
-

Gets the FixedReferencePositionData data for the specified command.

Return
FixedReferencePositionData

the current fixed reference position settings.

Exceptions
-
- -
-
sendExternalHeadingUpdate
-
void sendExternalHeadingUpdate(
const HeadingData &headingData
)
-

sends the external heading update command.

Parameter
headingData
const HeadingData&

the new heading.

Exceptions
-
- -
-
sendExternalHeadingUpdate
-
void sendExternalHeadingUpdate(
const HeadingData &headingData,
const TimeUpdate &timestamp
)
-

sends the external heading update command.

Parameter
headingData
const HeadingData&

the new heading.

timestamp
const TimeUpdate&

the timestamp.  Improves accuracy in situations of high angular rate.

Exceptions
-
- -
-
setDeviceTime
-
void setDeviceTime()
-

Seeds the device time with the current system time.

Exceptions
-
- -
-
setDeviceTime
-
void setDeviceTime(
uint64 nanoseconds
)
-

Seeds the device time with a specific time.

Exceptions
-
- -
-
getDeviceStatusFlags
-
RTKDeviceStatusFlags getDeviceStatusFlags() const
-

Gets the status flags for an RTK device.

Return
RTKDeviceStatusFlags

The RTK device status.

Exceptions
-
- -
-
getActivationCode
-
std::string getActivationCode() const
-

Gets the Activation Code of the RTK device.

Returns

The 32 character Activation Code for the device.

Exceptions
-
- -
-
get
-
MipFieldValues get(
MipTypes::Command cmdId
) const
-

sends the specified command with the Read Current Settings function selector.

Parameter
cmdId
MipTypes::Command

the MipTypes::Command to send.

Return
<MipFieldValues>

The current values of the specified setting.

Exceptions
-
- -
-
get
-
MipFieldValues get(
MipTypes::Command cmdId,
MipFieldValues specifier
) const
-

sends the specified command with the Read Current Settings function selector.

Parameter
cmdId
MipTypes::Command

the MipTypes::Command to send.

specifier
MipFieldValues

<MipFieldValues> containing any additional specifier values to send with the command.

Return
<MipFieldValues>

The current values of the specified setting.

Exceptions
-
- -
-
get_RawResponseData
-
ByteStream get_RawResponseData(
MipTypes::Command cmdId,
MipFieldValues specifier
) const
-

sends the specified command with the Read Current Settings function selector.

Parameter
cmdId
MipTypes::Command

the MipTypes::Command to send.

specifier
MipFieldValues

<MipFieldValues> containing any additional specifier values to send with the command.

Return
ByteStream

The raw response values.

Exceptions
-
- -
-
set
-
void set(
MipTypes::Command cmdId,
MipFieldValues values
) const
-

sends the specified command with the Apply New Settings function selector.

Parameter
cmdId
MipTypes::Command

the MipTypes::Command to send.

values
MipFieldValues

<MipFieldValues> containing the values to set.

Exceptions
-
- -
-
saveAsStartup
-
void saveAsStartup(
MipTypes::Command cmdId
) const
-

sends the specified command with the Save as Startup Settings function selector.

Parameter
cmdId
MipTypes::Command

the MipTypes::Command to send.

Exceptions
-
- -
-
saveAsStartup
-
void saveAsStartup(
MipTypes::Command cmdId,
MipFieldValues specifier
) const
-

sends the specified command with the Save as Startup Settings function selector.

Parameter
cmdId
MipTypes::Command

the MipTypes::Command to send.

specifier
MipFieldValues

<MipFieldValues> containing any additional specifier values to send with the command.

Exceptions
-
- -
-
loadStartup
-
void loadStartup(
MipTypes::Command cmdId
) const
-

sends the specified command with the Load Startup Settings function selector.

Parameter
cmdId
MipTypes::Command

the MipTypes::Command to send.

Exceptions
-
- -
-
loadStartup
-
void loadStartup(
MipTypes::Command cmdId,
MipFieldValues specifier
) const
-

sends the specified command with the Load Startup Settings function selector.

Parameter
cmdId
MipTypes::Command

the MipTypes::Command to send.

specifier
MipFieldValues

<MipFieldValues> containing any additional specifier values to send with the command.

Exceptions
-
- -
-
loadDefault
-
void loadDefault(
MipTypes::Command cmdId
) const
-

sends the specified command with the Load Default Settings function selector.

Parameter
cmdId
MipTypes::Command

the MipTypes::Command to send.

Exceptions
-
- -
-
loadDefault
-
void loadDefault(
MipTypes::Command cmdId,
MipFieldValues specifier
) const
-

sends the specified command with the Load Default Settings function selector.

Parameter
cmdId
MipTypes::Command

the MipTypes::Command to send.

specifier
MipFieldValues

<MipFieldValues> containing any additional specifier values to send with the command.

Exceptions
-
- -
-
run
-
void run(
MipTypes::Command cmdId
) const
-

Runs the specified command without a function selector. No data response expected.

Parameter
cmdId
MipTypes::Command

the MipTypes::Command to send.

Exceptions
-
- -
-
run
-
void run(
MipTypes::Command cmdId,
MipFieldValues specifier
) const
-

Runs the specified command with the provided specifier values and no function selector. No data response expected.

Parameter
cmdId
MipTypes::Command

the MipTypes::Command to send.

specifier
MipFieldValues

<MipFieldValues> containing any additional specifier values to send with the command.

Exceptions
-
- -
-
SendCommand
-
GenericMipCmdResponse SendCommand(
MipCommand &command
) const
-

Generic send command.

Parameters

The MipCommand command.

Return

The GenericMipCmdResponse response from the sent command.

Exceptions
-
- -
-
processMipCommandBytes
-
void processMipCommandBytes(
MipCommandBytes &cmd
)
-

Sends the MipCommandBytes byte strings. The MipCommandBytes sendCmdFailed is updated to indicate success/failure.  Note: Unsupported commands, as indicated by the MipCommandBytes id, will not be sent.  Important: if the UART Baud Rate is changed the connection to the port will be automatically closed and re-opened at the new baud rate.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MipPacket-Summary.js b/v66.0.1/MSCL_Docs/classes/C/MipPacket-Summary.js deleted file mode 100644 index da637d50c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MipPacket-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:MipPacket","MipPacket");NDSummary.OnSummaryLoaded("CClass:MipPacket",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Enums","Enumeration"],["Functions","Function"],["Groups","Group"],["Types","Type"],["Variables","Variable"]],[[3026,0,0,"MipPacket"],[3027,0,4,"Types","Types"],[3028,0,2,"Response State","Response_State"],[3029,0,1,,"MIP_ACK_NACK_ERROR_NONE"],[3030,0,1,,"MIP_ACK_NACK_ERROR_UNKNOWN_COMMAND"],[3031,0,1,,"MIP_ACK_NACK_ERROR_CHECKSUM_INVALID"],[3032,0,1,,"MIP_ACK_NACK_ERROR_PARAMETER_INVALID"],[3033,0,1,,"MIP_ACK_NACK_ERROR_COMMAND_FAILED"],[3034,0,1,,"MIP_ACK_NACK_ERROR_COMMAND_TIMEOUT"],[3035,0,1,,"MIP_ACK_NACK_ERROR_UNKNOWN_DESCRIPTOR_SET"],[3036,0,5,"Payload","Payload"],[3037,0,4,"Variables","Variables"],[3038,0,6,"m_descriptorSet","m_descriptorSet"],[3039,0,6,"m_payload","m_payload"],[3040,0,4,"Functions","Functions"],[3041,0,3,"payload","payload"],[3042,0,3,"type","type"],[3043,0,3,"isDataPacket","isDataPacket"],[3044,0,3,"descriptorSet","descriptorSet"],[3045,0,3,"payload","payload(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MipPacket-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/MipPacket-SummaryToolTips.js deleted file mode 100644 index 2c619c999..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MipPacket-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:MipPacket",{3026:"
MipPacket
A class that contains packet information about an Inertial packet
",3036:"
typedef for the bytes that make up a payload in a packet
",3038:"
uint8 m_descriptorSet
The descriptor set (packet type) of the MipPacket
",3039:"
Payload m_payload
The payload bytes in the packet
",3041:"
void payload(
const Bytes &bytes
)
Sets the payload bytes of the packet
",3042:"
Sets the descriptor set of the MipPacket
",3043:"
static bool isDataPacket(
uint8 descriptorSet
)
Gets whether or not the packet is a data packet
",3044:"
uint8 descriptorSet() const
Gets the descriptor set of the MipPacket
",3045:"
const std::vector<uint8> payload() const
Gets the payload bytes of the packet
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MipPacket-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/MipPacket-ToolTips.js deleted file mode 100644 index 5ff546b5b..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MipPacket-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3036:"
typedef for the bytes that make up a payload in a packet
",10253:"
typedef for a vector of bytes.
",3095:"
MipDataPacket
A Mip Data Packet that contains both valid and invalid data from a MIP Device.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MipPacket.html b/v66.0.1/MSCL_Docs/classes/C/MipPacket.html deleted file mode 100644 index f5df6aa46..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MipPacket.html +++ /dev/null @@ -1,80 +0,0 @@ - - -MipPacket - - - - - - - -
-
MipPacket
-
MipPacket
MipDataPacket
-

A class that contains packet information about an Inertial packet

-
- -
-
Types
-
- -
-
Response State
-
MIP_ACK_NACK_ERROR_NONE

0  - No Error

MIP_ACK_NACK_ERROR_UNKNOWN_COMMAND

1  - Error: Unknown command was sent to the device

MIP_ACK_NACK_ERROR_CHECKSUM_INVALID

2  - Error: Invalid checksum was recieved by the device

MIP_ACK_NACK_ERROR_PARAMETER_INVALID

3  - Error: Invalid parameter was received by the device

MIP_ACK_NACK_ERROR_COMMAND_FAILED

4  - Error: The command has failed

MIP_ACK_NACK_ERROR_COMMAND_TIMEOUT

5  - Error: The command has timed out

MIP_ACK_NACK_ERROR_UNKNOWN_DESCRIPTOR_SET

6  - Error: Unknown descriptor set was recieved by the device

-
- -
-
Payload
-

typedef for the bytes that make up a payload in a packet

-
- -
-
Variables
-
- -
-
m_descriptorSet
-
uint8 m_descriptorSet
-

The descriptor set (packet type) of the MipPacket

-
- -
-
m_payload
-
Payload m_payload
-

The payload bytes in the packet

-
- -
-
Functions
-
- -
-
payload
-
void payload(
const Bytes &bytes
)
-

Sets the payload bytes of the packet

Parameters
bytes
const Bytes&

The payload of the packet, as a vector of bytes

-
- -
-
type
-

Sets the descriptor set of the MipPacket

Parameters
set

The descriptor set value to set

-
- -
-
isDataPacket
-
static bool isDataPacket(
uint8 descriptorSet
)
-

Gets whether or not the packet is a data packet

Returns

true if the packet is a data packet, false otherwise

-
- -
-
descriptorSet
-
uint8 descriptorSet() const
-

Gets the descriptor set of the MipPacket

Returns

The descriptor set value of the packet

-
- -
-
payload
-
const std::vector<uint8> payload() const
-

Gets the payload bytes of the packet

Returns

The payload of the packet, as a vector of bytes

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MipPacketBuilder-Summary.js b/v66.0.1/MSCL_Docs/classes/C/MipPacketBuilder-Summary.js deleted file mode 100644 index ec9c71c87..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MipPacketBuilder-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:MipPacketBuilder","MipPacketBuilder");NDSummary.OnSummaryLoaded("CClass:MipPacketBuilder",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[3017,0,0,"MipPacketBuilder"],[3018,0,2,"Functions","Functions"],[3019,0,1,"MipPacketBuilder","MipPacketBuilder"],[3020,0,2,"Variables","Variables"],[3021,0,3,"m_descriptorSet","m_descriptorSet"],[3022,0,3,"m_fields","m_fields"],[3023,0,2,"Functions","Functions(2)"],[3024,0,1,"addField","addField"],[3025,0,1,"buildPacket","buildPacket"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MipPacketBuilder-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/MipPacketBuilder-SummaryToolTips.js deleted file mode 100644 index 553a512f6..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MipPacketBuilder-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:MipPacketBuilder",{3017:"
MipPacketBuilder
A helper class to make it simple to create Inertial Packets
",3019:"
MipPacketBuilder(
const uint8 descriptorSet,
const MipDataField &field
)
Creates a MipPacketBuilder object
",3021:"
uint8 m_descriptorSet
The MIP Descriptor Set for the packet
",3022:"
std::vector<MipDataField> m_fields
The vector of MipDataFields that are in the Inertial Packet
",3024:"
void addField(
const MipDataField &field
)
Adds a field to the vector of fields for this packet
",3025:"
ByteStream buildPacket()
Takes the given packet information, including all fields, and builds an Inertial Packet as a ByteStream
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MipPacketBuilder-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/MipPacketBuilder-ToolTips.js deleted file mode 100644 index 65b0f454e..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MipPacketBuilder-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({4550:"
MipDataField
An Inertial data field object that represents a data field within an Inertial Data Packet
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MipPacketBuilder.html b/v66.0.1/MSCL_Docs/classes/C/MipPacketBuilder.html deleted file mode 100644 index 3742fb1c8..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MipPacketBuilder.html +++ /dev/null @@ -1,59 +0,0 @@ - - -MipPacketBuilder - - - - - - - -
-
MipPacketBuilder
-
MipPacketBuilder
-

A helper class to make it simple to create Inertial Packets

-
- -
-
Functions
-
- -
-
MipPacketBuilder
-
MipPacketBuilder(
const uint8 descriptorSet,
const MipDataField &field
)
-

Creates a MipPacketBuilder object

Parameters
descriptorSet
const uint8

The 1-byte Descriptor Set

field
const MipDataField&

The initial MipDataField to add

-
- -
-
Variables
-
- -
-
m_descriptorSet
-
uint8 m_descriptorSet
-

The MIP Descriptor Set for the packet

-
- -
-
m_fields
-
std::vector<MipDataField> m_fields
-

The vector of MipDataFields that are in the Inertial Packet

-
- -
-
Functions
-
- -
-
addField
-
void addField(
const MipDataField &field
)
-

Adds a field to the vector of fields for this packet

Parameters
field
const MipDataField&

The MipDataField object to add

-
- -
-
buildPacket
-
ByteStream buildPacket()
-

Takes the given packet information, including all fields, and builds an Inertial Packet as a ByteStream

Returns

A ByteStream containing the bytes that make up an Inertial Packet

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MipPacketCollector-Summary.js b/v66.0.1/MSCL_Docs/classes/C/MipPacketCollector-Summary.js deleted file mode 100644 index b8088df63..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MipPacketCollector-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:MipPacketCollector","MipPacketCollector");NDSummary.OnSummaryLoaded("CClass:MipPacketCollector",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"],["Types","Type"],["Variables","Variable"]],[[4346,0,0,"MipPacketCollector"],[4347,0,3,"Functions","Functions"],[4348,0,2,"MipPacketCollector","MipPacketCollector"],[4349,0,2,"MipPacketCollector","MipPacketCollector(2)"],[4350,0,3,"Types","Types"],[4351,0,4,"circular_data_buffer","circular_data_buffer"],[4352,0,3,"Constants","Constants"],[4353,0,1,"MAX_DATA_BUFFER_SIZE = 1024 * 100","MAX_DATA_BUFFER_SIZE=1024*100"],[4354,0,3,"Variables","Variables"],[4355,0,5,"m_dataPackets","m_dataPackets"],[4356,0,5,"m_packetMutex","m_packetMutex"],[4357,0,5,"m_emptyBufferCondition","m_emptyBufferCondition"],[4358,0,5,"m_notifyDataAddedFn","m_notifyDataAddedFn"],[4359,0,5,"m_previousPackets","m_previousPackets"],[4360,0,3,"Functions","Functions(2)"],[4361,0,2,"adjustPacketTimestamp","adjustPacketTimestamp"],[4362,0,2,"requestDataAddedNotification","requestDataAddedNotification"],[4363,0,2,"addDataPacket","addDataPacket"],[4364,0,2,"getDataPackets","getDataPackets"],[4365,0,2,"totalPackets","totalPackets"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MipPacketCollector-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/MipPacketCollector-SummaryToolTips.js deleted file mode 100644 index a585dd70c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MipPacketCollector-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:MipPacketCollector",{4346:"
MipPacketCollector
Class that sets/matches expected responses, and stores all the Inertial packets
",4348:"
MipPacketCollector()
The default constructor for the MipPacketCollector
",4349:"
~MipPacketCollector()
The destructor for the MipPacketCollector
",4351:"
Typedef for a circular buffer of a MipDataPacket
",4353:"
The maximum number of data packets that can be stored in the circular buffer
",4355:"
circular_data_buffer m_dataPackets
A circular buffer that holds MipDataPackets
",4356:"
std::mutex m_packetMutex
A mutex used for thread safety when accessing/modifying the m_dataPackets buffer
",4357:"
std::condition_variable m_emptyBufferCondition
Allows the write to buffer thread to tell the reading thread when data is available
",4358:"
std::function<void()> m_notifyDataAddedFn
The function to call when data packets are added.
",4359:"
std::map<MipTypes::DataClass, MipDataPacket> m_previousPackets
A map of previous MipDataPackets for each MipTypes::DataClass
",4361:"
void adjustPacketTimestamp(
MipDataPacket &packet
)
Adjusts the collected timestamp of the MipDataPacket if possible, by using the GPS time field in the packet and comparing it with the previous packet.
",4362:"
void requestDataAddedNotification(
std::function<void()> fnToCall
)
Register a function to call when data packets arrive
",4363:"
void addDataPacket(
const MipPacket &packet
)
Adds a data packet to the data packets circular buffer
",4364:"
void getDataPackets(
std::vector<MipDataPacket> &packets,
uint32 timeout = 0,
uint32 maxPackets = 0
)
Gets up to the requested amount of data packets that have been collected.
",4365:"
uint32 totalPackets()
Gets the total number of data packets that are currently in the buffer.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MipPacketCollector-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/MipPacketCollector-ToolTips.js deleted file mode 100644 index e68203ddf..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MipPacketCollector-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3026:"
MipPacket
A class that contains packet information about an Inertial packet
",3095:"
MipDataPacket
A Mip Data Packet that contains both valid and invalid data from a MIP Device.
",3146:"
The enums for all the different data classes of MIP data.
",4351:"
Typedef for a circular buffer of a MipDataPacket
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MipPacketCollector.html b/v66.0.1/MSCL_Docs/classes/C/MipPacketCollector.html deleted file mode 100644 index a62f556cc..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MipPacketCollector.html +++ /dev/null @@ -1,119 +0,0 @@ - - -MipPacketCollector - - - - - - - -
-
MipPacketCollector
-
MipPacketCollector
-

Class that sets/matches expected responses, and stores all the Inertial packets

-
- -
-
Functions
-
- -
-
MipPacketCollector
-
MipPacketCollector()
-

The default constructor for the MipPacketCollector

-
- -
-
MipPacketCollector
-
~MipPacketCollector()
-

The destructor for the MipPacketCollector

-
- -
-
Types
-
- -
-
circular_data_buffer
-

Typedef for a circular buffer of a MipDataPacket

-
- -
-
Constants
-
- -
-
MAX_DATA_BUFFER_SIZE = 1024 * 100
-

The maximum number of data packets that can be stored in the circular buffer

-
- -
-
Variables
-
- -
-
m_dataPackets
-
circular_data_buffer m_dataPackets
-

A circular buffer that holds MipDataPackets

-
- -
-
m_packetMutex
-
std::mutex m_packetMutex
-

A mutex used for thread safety when accessing/modifying the m_dataPackets buffer

-
- -
-
m_emptyBufferCondition
-
std::condition_variable m_emptyBufferCondition
-

Allows the write to buffer thread to tell the reading thread when data is available

-
- -
-
m_notifyDataAddedFn
-
std::function<void()> m_notifyDataAddedFn
-

The function to call when data packets are added.

-
- -
-
m_previousPackets
-
std::map<MipTypes::DataClass, MipDataPacket> m_previousPackets
-

A map of previous MipDataPackets for each MipTypes::DataClass

-
- -
-
Functions
-
- -
-
adjustPacketTimestamp
-
void adjustPacketTimestamp(
MipDataPacket &packet
)
-

Adjusts the collected timestamp of the MipDataPacket if possible, by using the GPS time field in the packet and comparing it with the previous packet.

Parameters
packet
MipDataPacket&

The MipDataPacket to adjust, if possible.

-
- -
-
requestDataAddedNotification
-
void requestDataAddedNotification(
std::function<void()> fnToCall
)
-

Register a function to call when data packets arrive

-
- -
-
addDataPacket
-
void addDataPacket(
const MipPacket &packet
)
-

Adds a data packet to the data packets circular buffer

Parameters
packet
const MipPacket&

The MipPacket to be added to the buffer

-
- -
-
getDataPackets
-
void getDataPackets(
std::vector<MipDataPacket> &packets,
uint32 timeout = 0,
uint32 maxPackets = 0
)
-

Gets up to the requested amount of data packets that have been collected.

Parameters
packets
std::vector<MipDataPacket>&

A vector of MipDataPacket to hold the result.

maxPackets
uint32

The maximum number of packets to return. If this is 0 (default), all sweeps will be returned.

-
- -
-
totalPackets
-
uint32 totalPackets()
-

Gets the total number of data packets that are currently in the buffer.

Returns

The total number of data packets that are currently in the buffer.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MipPacketInfo-Summary.js b/v66.0.1/MSCL_Docs/classes/C/MipPacketInfo-Summary.js deleted file mode 100644 index 42aa9ae57..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MipPacketInfo-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:MipPacketInfo","MipPacketInfo");NDSummary.OnSummaryLoaded("CClass:MipPacketInfo",[["C/C++","C"]],[["Constants","Constant"],["Enums","Enumeration"],["Groups","Group"],["Structs","Struct"]],[[3046,0,3,"MipPacketInfo"],[3047,0,2,"Types","Types"],[3048,0,1,"MIP Packet Bytes","MIP_Packet_Bytes"],[3049,0,0,,"MIP_PACKET_START_OF_PACKET"],[3050,0,0,,"MIP_PACKET_SOP1"],[3051,0,0,,"MIP_PACKET_SOP2"],[3052,0,0,,"COMMAND_SET_BASE"],[3053,0,0,,"COMMAND_SET_3DM"],[3054,0,0,,"COMMAND_SET_NAV_FILTER"],[3055,0,0,,"COMMAND_SET_GNSS"],[3056,0,0,,"COMMAND_SET_RTK"],[3057,0,0,,"COMMAND_SET_SYSTEM"],[3058,0,1,"MIP Packet Information","MIP_Packet_Information"],[3059,0,0,,"MIP_MIN_PACKET_SIZE"],[3060,0,0,,"MIP_NUM_BYTES_BEFORE_PAYLOAD"],[3061,0,0,,"MIP_NUM_BYTES_AFTER_PAYLOAD"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MipPacketInfo-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/MipPacketInfo-SummaryToolTips.js deleted file mode 100644 index 12708bf15..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MipPacketInfo-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:MipPacketInfo",{3046:"
Contains constants representing information on MIP Packets
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MipPacketInfo-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/MipPacketInfo-ToolTips.js deleted file mode 100644 index 59992a148..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MipPacketInfo-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MipPacketInfo.html b/v66.0.1/MSCL_Docs/classes/C/MipPacketInfo.html deleted file mode 100644 index 6b4968e47..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MipPacketInfo.html +++ /dev/null @@ -1,30 +0,0 @@ - - -MipPacketInfo - - - - - - - -
-
MipPacketInfo
-

Contains constants representing information on MIP Packets

-
- -
-
Types
-
- -
-
MIP Packet Bytes
-
MIP_PACKET_START_OF_PACKET

0x7565  - The full start of packet value of any inertial packet

MIP_PACKET_SOP1

0x75  - The first (start of packet) byte of any inertial packet

MIP_PACKET_SOP2

0x65  - The second (start of packet) byte of any inertial packet

COMMAND_SET_BASE

0x01  - The Base command set is common to many MicroStrain devices.

COMMAND_SET_3DM

0x0C  - The 3DM command set is common to the MicroStrain Inertial sensors that support the MIP packet protocol.

COMMAND_SET_NAV_FILTER

0x0D  - The Navigation Filter command set is specific to MicroStrain Inertial Navigation sensors.

COMMAND_SET_GNSS

0x0E  - The GNSS command set is specific to newer Microstrain Inertial sensors that have GNSS receivers.

COMMAND_SET_RTK

0x0F  - The RTK command set is specific to communication with MIP RTK devices.

COMMAND_SET_SYSTEM

0x7F  - The System Command set provides a set of advanced commands that are specific to devices.

-
- -
-
MIP Packet Information
-
MIP_MIN_PACKET_SIZE

8  - The minimum number of bytes to make a valid MIP packet (0x75, 0x65, Descriptor Set, Payload Len, Payload, Checksum)

MIP_NUM_BYTES_BEFORE_PAYLOAD

4  - The number of bytes in the MIP packets before the payload

MIP_NUM_BYTES_AFTER_PAYLOAD

2  - The number of bytes in the MIP packets after the payload

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MipParser-Summary.js b/v66.0.1/MSCL_Docs/classes/C/MipParser-Summary.js deleted file mode 100644 index b76d6e210..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MipParser-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:MipParser","MipParser");NDSummary.OnSummaryLoaded("CClass:MipParser",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[3129,0,0,"MipParser"],[3130,0,2,"Functions","Functions"],[3131,0,1,"MipParser","MipParser"],[3132,0,2,"Variables","Variables"],[3133,0,3,"m_packetCollector","m_packetCollector"],[3134,0,3,"m_responseCollector","m_responseCollector"],[3135,0,3,"m_rawBytePacketCollector","m_rawBytePacketCollector"],[3136,0,2,"Functions","Functions(2)"],[3137,0,1,"processPacket","processPacket"],[3138,0,1,"findMatchingResponse","findMatchingResponse"],[3139,0,1,"parseFields","parseFields"],[3140,0,1,"parseAsPacket","parseAsPacket"],[3141,0,1,"findPacketInBytes","findPacketInBytes"],[3142,0,1,"parse","parse"],[3143,0,1,"getCommandDescriptor","getCommandDescriptor"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MipParser-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/MipParser-SummaryToolTips.js deleted file mode 100644 index bbcd23947..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MipParser-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:MipParser",{3129:"
MipParser
Parsers all MIP data and stores it in a corresponding container
",3131:"
MipParser(
MipPacketCollector *packetCollector,
std::weak_ptr<ResponseCollector> responseCollector,
RawBytePacketCollector *rawBytePacketCollector
)
Constructor for MipParser
",3133:"
MipPacketCollector* m_packetCollector
The MipPacketCollector associated with this parser and its parent device
",3134:"
std::weak_ptr<ResponseCollector> m_responseCollector
The ResponseCollector associated with this parser and its parent device
",3135:"
RawBytePacketCollector* m_rawBytePacketCollector
The RawBytePacketCollector associated with this parser and its parent device
",3137:"
void processPacket(
MipPacket &packet
)
Takes an MipPacket, adds it to the data container if it is a data packet, or adds it to the appropriate handler depending on the packet type
",3138:"
void findMatchingResponse(
MipPacket &packet
)
Takes an MipPacket and checks if the packet collector has any responses it is waiting on.  If it does, and the packet matches the expected response, the packet is "given" to the packet collector.
",3139:"
MipDataFields parseFields(
MipPacket &packet
)
Parses the MipDataFields out of the MipPacket and returns them in a container.
",3140:"
MipParseResult parseAsPacket(
DataBuffer &data,
MipPacket &packet
)
Takes a DataBuffer that has had its read position moved to the start of a packet and verifies that the bytes form a valid MIP packet
",3141:"
bool findPacketInBytes(
DataBuffer &data
)
Checks for packets after the current bytes buffer\'s read position (starting at the next byte, not the current one).  If a packet is found, the packet is processed and the byte buffer\'s read position is moved.  If a packet is not found, nothing changes in the byte buffer
",3142:"
void parse(
DataBuffer &data
)
Takes a DataBuffer and finds the next MIP Packet, or the next command response that is expected by the base station.
",3143:"
static uint8 getCommandDescriptor(
Bytes packet
)
Takes a Bytes and finds the command descriptor.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MipParser-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/MipParser-ToolTips.js deleted file mode 100644 index 102c8b70e..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MipParser-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({62:"
RawBytePacketCollector
Class that sets/matches expected responses, and stores all the Inertial packets
",3026:"
MipPacket
A class that contains packet information about an Inertial packet
",4346:"
MipPacketCollector
Class that sets/matches expected responses, and stores all the Inertial packets
",4550:"
MipDataField
An Inertial data field object that represents a data field within an Inertial Data Packet
",9848:"
ResponseCollector
Stores all the expected command responses
",9916:"
Used to easily read a container of bytes
",9928:"
DataBuffer
A buffer of bytes extending from the ByteStream class that is used for holding bytes read in from the connection
",10253:"
typedef for a vector of bytes.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MipParser.html b/v66.0.1/MSCL_Docs/classes/C/MipParser.html deleted file mode 100644 index e8b971179..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MipParser.html +++ /dev/null @@ -1,95 +0,0 @@ - - -MipParser - - - - - - - -
-
MipParser
-
MipParser
-

Parsers all MIP data and stores it in a corresponding container

-
- -
-
Functions
-
- -
-
MipParser
-
MipParser(
MipPacketCollector *packetCollector,
std::weak_ptr<ResponseCollector> responseCollector,
RawBytePacketCollector *rawBytePacketCollector
)
-

Constructor for MipParser

Parameters
packetCollector
MipPacketCollector*

the MipPacketCollector to be associated with this parser

rawBytePacketCollector
RawBytePacketCollector*

the RawBytePacketCollector to be associated with this parser

-
- -
-
Variables
-
- -
-
m_packetCollector
-
MipPacketCollector* m_packetCollector
-

The MipPacketCollector associated with this parser and its parent device

-
- -
-
m_responseCollector
-
std::weak_ptr<ResponseCollector> m_responseCollector
-

The ResponseCollector associated with this parser and its parent device

-
- -
-
m_rawBytePacketCollector
-
RawBytePacketCollector* m_rawBytePacketCollector
-

The RawBytePacketCollector associated with this parser and its parent device

-
- -
-
Functions
-
- -
-
processPacket
-
void processPacket(
MipPacket &packet
)
-

Takes an MipPacket, adds it to the data container if it is a data packet, or adds it to the appropriate handler depending on the packet type

Parameters
packet
MipPacket&

A verified, valid MipPacket

-
- -
-
findMatchingResponse
-
void findMatchingResponse(
MipPacket &packet
)
-

Takes an MipPacket and checks if the packet collector has any responses it is waiting on.  If it does, and the packet matches the expected response, the packet is "given" to the packet collector.

Parameters
packet
MipPacket&

An MipPacket to match against expected responses

-
- -
-
parseFields
-
MipDataFields parseFields(
MipPacket &packet
)
-

Parses the MipDataFields out of the MipPacket and returns them in a container.

Parameters
packet
MipPacket&

The MipPacket to parse the fields from

Returns

A vector of MipDataFields parsed from the packet

-
- -
-
parseAsPacket
-
MipParseResult parseAsPacket(
DataBuffer &data,
MipPacket &packet
)
-

Takes a DataBuffer that has had its read position moved to the start of a packet and verifies that the bytes form a valid MIP packet

Parameters
data
DataBuffer&

A DataBuffer with its read position at the start of a packet (0x7565)

packet
MipPacket&

An MipPacket to hold all the packet information if the packet is verified from the DataBuffer

Returns

An MipParseResult describing if the packet was verified, or why it failed verification

-
- -
-
findPacketInBytes
-
bool findPacketInBytes(
DataBuffer &data
)
-

Checks for packets after the current bytes buffer's read position (starting at the next byte, not the current one).  If a packet is found, the packet is processed and the byte buffer's read position is moved.  If a packet is not found, nothing changes in the byte buffer

Parameters
data
DataBuffer&

The bytes to look through for a packet

Returns

true if a MIP packet is found, false otherwise

-
- -
-
parse
-
void parse(
DataBuffer &data
)
-

Takes a DataBuffer and finds the next MIP Packet, or the next command response that is expected by the base station.

If a packet is found, the packet will be stored in the MipPacketCollector If a command response is found and is expected, it will be handled and passed to the base station directly.

Parameters
data
DataBuffer&

A DataBuffer containing bytes that should be parsed for MIP packets

-
- -
-
getCommandDescriptor
-
static uint8 getCommandDescriptor(
Bytes packet
)
-

Takes a Bytes and finds the command descriptor.

If a command descriptor is found, return the command descriptor If a command descriptor is not found, return 0x0.

Parameters
packet
Bytes

A Bytes containing bytes of a raw MIP Packet.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MipSharedDataFields-Summary.js b/v66.0.1/MSCL_Docs/classes/C/MipSharedDataFields-Summary.js deleted file mode 100644 index 5ce1e4f28..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MipSharedDataFields-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:MipSharedDataFields","MipSharedDataFields");NDSummary.OnSummaryLoaded("CClass:MipSharedDataFields",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Enums","Enumeration"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[2983,0,0,"MipSharedDataFields"],[2984,0,4,"Types","Types"],[2985,0,2,"EventSource","EventSource"],[2986,0,1,,"EVENT_SOURCE_NONE"],[2987,0,1,,"EVENT_SOURCE_UNKNOWN"],[2988,0,4,"Variables","Variables"],[2989,0,5,"m_sharedDataPoints","m_sharedDataPoints"],[2990,0,4,"Functions","Functions"],[2991,0,3,"addPoint","addPoint"],[2992,0,3,"has","has"],[2993,0,3,"MipSharedDataFields","MipSharedDataFields"],[2994,0,3,"hasEventSource","hasEventSource"],[2995,0,3,"eventSource","eventSource"],[2996,0,3,"hasTicks","hasTicks"],[2997,0,3,"ticks","ticks"],[2998,0,3,"hasDeltaTicks","hasDeltaTicks"],[2999,0,3,"deltaTicks","deltaTicks"],[3000,0,3,"hasGpsTimestamp","hasGpsTimestamp"],[3001,0,3,"gpsTimestamp","gpsTimestamp"],[3002,0,3,"gpsTimestampValid","gpsTimestampValid"],[3003,0,3,"hasDeltaTime","hasDeltaTime"],[3004,0,3,"deltaTime","deltaTime"],[3005,0,3,"hasReferenceTime","hasReferenceTime"],[3006,0,3,"referenceTime","referenceTime"],[3007,0,3,"hasDeltaReferenceTime","hasDeltaReferenceTime"],[3008,0,3,"deltaReferenceTime","deltaReferenceTime"],[3009,0,3,"hasExternalTimestamp","hasExternalTimestamp"],[3010,0,3,"externalTimestamp","externalTimestamp"],[3011,0,3,"externalTimestampValid","externalTimestampValid"],[3012,0,3,"hasDeltaExternalTime","hasDeltaExternalTime"],[3013,0,3,"deltaExternalTimestamp","deltaExternalTimestamp"],[3014,0,3,"deltaExternalTimeValid","deltaExternalTimeValid"],[3015,0,3,"get","get"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MipSharedDataFields-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/MipSharedDataFields-SummaryToolTips.js deleted file mode 100644 index 27a04be08..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MipSharedDataFields-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:MipSharedDataFields",{2983:"
MipSharedDataFields
Object to more easily access shared data field information within a MipDataPacket
",2985:"
The event source value is the event trigger ID (1-based index) that caused the data packet to be output.  If the event source is not an event trigger ID it will be one of the following:
",2989:"
std::map<MipTypes::ChannelField, std::map<MipTypes::ChannelQualifier, MipDataPoint>> m_sharedDataPoints
Holds a map of shared data field MipDataPoints, added while parsing fields in the packet in MipDataPacket::parsePointsInField()
",2991:"
void addPoint(
MipTypes::ChannelField field,
MipTypes::ChannelQualifier qualifier,
MipDataPoint &dataPoint
)
Adds a shared data point at the specified field and qualifier
",2992:"
bool has(
MipTypes::ChannelField field,
MipTypes::ChannelQualifier qualifier = MipTypes::CH_UNKNOWN
) const
Checks whether a data point has been added for the specified field and qualifier Note: returns true if qualifier is CH_UNKNOWN and there is only one data point for the specified field
",2993:"
MipSharedDataFields()
Create an empty MipSharedDataFields object
",2994:"
bool hasEventSource() const
Checks whether the packet contains the Event Source field
",2995:"
uint8 eventSource() const
Gets the Event Source value for the packet
",2996:"
bool hasTicks() const
Checks whether the packet contains the Ticks field
",2997:"
uint32 ticks() const
Gets the Ticks value for the packet
",2998:"
bool hasDeltaTicks() const
Checks whether the packet contains the Delta Ticks field
",2999:"
uint32 deltaTicks() const
Gets the Delta Ticks value for the packet
",3000:"
bool hasGpsTimestamp() const
Checks whether the packet contains the GPS Timestamp field
",3001:"
Timestamp gpsTimestamp() const
Gets the GPS Timestamp value for the packet.  Note: On Gen 7 products and later this will generally be the same value as MipDataPacket::deviceTimestamp()
",3002:"
bool gpsTimestampValid() const
Checks whether the GPS Timestamp value for the packet is valid.  Note: On Gen 7 products and later this will generally be the same value as MipDataPacket::deviceTimestamp()
",3003:"
bool hasDeltaTime() const
Checks whether the packet contains the Delta Time field
",3004:"
double deltaTime() const
Gets the Delta Time value for the packet
",3005:"
bool hasReferenceTime() const
Checks whether the packet contains the Reference Timestamp (nanoseconds since startup) field
",3006:"
uint64 referenceTime() const
Gets the Reference Timestamp (nanoseconds since startup) for the packet
",3007:"
bool hasDeltaReferenceTime() const
Checks whether the packet contains the Delta Reference Timestamp (nanoseconds since last output) field
",3008:"
uint64 deltaReferenceTime() const
Gets the Delta Reference Timestamp (nanoseconds since last output) for the packet
",3009:"
bool hasExternalTimestamp() const
Checks whether the packet contains the External Timestamp field
",3010:"
Timestamp externalTimestamp() const
Gets the External Timestamp value for the packet.
",3011:"
bool externalTimestampValid() const
Checks whether the External Timestamp value for the packet is valid.
",3012:"
bool hasDeltaExternalTime() const
Checks whether the packet contains the Delta External Time field
",3013:"
Gets the Delta External Time value for the packet.
",3014:"
bool deltaExternalTimeValid() const
Checks whether the Delta External Time value for the packet is valid.
",3015:"
const MipDataPoint& get(
MipTypes::ChannelField field,
MipTypes::ChannelQualifier qualifier = MipTypes::CH_UNKNOWN
) const
Get the shared field MipDataPoint with the specified field and qualifier.  If qualifier is MipTypes::CH_UNKNOWN and there is only one data point for the field, that field will be returned.  Note: most users will not need to use this function
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MipSharedDataFields-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/MipSharedDataFields-ToolTips.js deleted file mode 100644 index 55946c427..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MipSharedDataFields-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3116:"
const Timestamp& deviceTimestamp() const
Gets the Timestamp which was transmitted in the Mip Data Packet as a channel field.  Note: This will return a Timestamp of 0 if deviceTimeValid returns false.
",3321:"
The enums for all of the different MIP Channel Field IDs.
",3651:"
The enums for different MIP Channel Qualifiers.  This combined with the ChannelField produces a unique identifier for each individual channel that is collected.
",3652:"
0  - Unknown Channel
",4527:"
MipDataPoint
Represents a single Inertial Data Point (Extends from DataPoint)
",10244:"
typedef for an 8-byte unsigned integer.
",10291:"
Timestamp
Represents a date/time object
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MipSharedDataFields.html b/v66.0.1/MSCL_Docs/classes/C/MipSharedDataFields.html deleted file mode 100644 index ed1eae349..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MipSharedDataFields.html +++ /dev/null @@ -1,189 +0,0 @@ - - -MipSharedDataFields - - - - - - - -
-
MipSharedDataFields
-
MipSharedDataFields
-

Object to more easily access shared data field information within a MipDataPacket

-
- -
-
Types
-
- -
-
EventSource
-

The event source value is the event trigger ID (1-based index) that caused the data packet to be output.  If the event source is not an event trigger ID it will be one of the following:

EVENT_SOURCE_NONE

0x00 - This packet was output due to normal data streaming, was not triggered by an event

EVENT_SOURCE_UNKNOWN

0xFF - The Event Source field was not found in this packet

-
- -
-
Variables
-
- -
-
m_sharedDataPoints
-
std::map<MipTypes::ChannelField, std::map<MipTypes::ChannelQualifier, MipDataPoint>> m_sharedDataPoints
-

Holds a map of shared data field MipDataPoints, added while parsing fields in the packet in MipDataPacket::parsePointsInField()

-
- -
-
Functions
-
- -
-
addPoint
-
void addPoint(
MipTypes::ChannelField field,
MipTypes::ChannelQualifier qualifier,
MipDataPoint &dataPoint
)
-

Adds a shared data point at the specified field and qualifier

-
- -
-
has
-
bool has(
MipTypes::ChannelField field,
MipTypes::ChannelQualifier qualifier = MipTypes::CH_UNKNOWN
) const
-

Checks whether a data point has been added for the specified field and qualifier Note: returns true if qualifier is CH_UNKNOWN and there is only one data point for the specified field

-
- -
-
MipSharedDataFields
-
MipSharedDataFields()
-

Create an empty MipSharedDataFields object

-
- -
-
hasEventSource
-
bool hasEventSource() const
-

Checks whether the packet contains the Event Source field

Returns
bool

true if Event Source is present

-
- -
-
eventSource
-
uint8 eventSource() const
-

Gets the Event Source value for the packet

Returns
uint8

the event source trigger ID, 0x00 if not triggered by event, 0xFF if Event Source not present

-
- -
-
hasTicks
-
bool hasTicks() const
-

Checks whether the packet contains the Ticks field

Returns
bool

true if Ticks is present

-
- -
-
ticks
-
uint32 ticks() const
-

Gets the Ticks value for the packet

Returns
uint32

the ticks value

-
- -
-
hasDeltaTicks
-
bool hasDeltaTicks() const
-

Checks whether the packet contains the Delta Ticks field

Returns
bool

true if Delta Ticks is present

-
- -
-
deltaTicks
-
uint32 deltaTicks() const
-

Gets the Delta Ticks value for the packet

Returns
uint32

the delta ticks value

-
- -
-
hasGpsTimestamp
-
bool hasGpsTimestamp() const
-

Checks whether the packet contains the GPS Timestamp field

Returns
bool

true if GPS Timestamp is present

-
- -
-
gpsTimestamp
-
Timestamp gpsTimestamp() const
-

Gets the GPS Timestamp value for the packet.  Note: On Gen 7 products and later this will generally be the same value as MipDataPacket::deviceTimestamp()

Returns
Timestamp

the GPS timestamp value

-
- -
-
gpsTimestampValid
-
bool gpsTimestampValid() const
-

Checks whether the GPS Timestamp value for the packet is valid.  Note: On Gen 7 products and later this will generally be the same value as MipDataPacket::deviceTimestamp()

Returns
bool

true if valid

-
- -
-
hasDeltaTime
-
bool hasDeltaTime() const
-

Checks whether the packet contains the Delta Time field

Returns
bool

true if Delta Time is present

-
- -
-
deltaTime
-
double deltaTime() const
-

Gets the Delta Time value for the packet

Returns
double

the delta time value

-
- -
-
hasReferenceTime
-
bool hasReferenceTime() const
-

Checks whether the packet contains the Reference Timestamp (nanoseconds since startup) field

Returns
bool

true if Reference Time is present

-
- -
-
referenceTime
-
uint64 referenceTime() const
-

Gets the Reference Timestamp (nanoseconds since startup) for the packet

Returns
uint64

the reference time value

-
- -
-
hasDeltaReferenceTime
-
bool hasDeltaReferenceTime() const
-

Checks whether the packet contains the Delta Reference Timestamp (nanoseconds since last output) field

Returns
bool

true if Delta Reference Time is present

-
- -
-
deltaReferenceTime
-
uint64 deltaReferenceTime() const
-

Gets the Delta Reference Timestamp (nanoseconds since last output) for the packet

Returns
uint64

the delta reference time value

-
- -
-
hasExternalTimestamp
-
bool hasExternalTimestamp() const
-

Checks whether the packet contains the External Timestamp field

Returns
bool

true if External Timestamp is present

-
- -
-
externalTimestamp
-
Timestamp externalTimestamp() const
-

Gets the External Timestamp value for the packet.

Returns
Timestamp

the External Timestamp value

-
- -
-
externalTimestampValid
-
bool externalTimestampValid() const
-

Checks whether the External Timestamp value for the packet is valid.

Returns
bool

true if valid

-
- -
-
hasDeltaExternalTime
-
bool hasDeltaExternalTime() const
-

Checks whether the packet contains the Delta External Time field

Returns
bool

true if Delta External Time is present

-
- -
-
deltaExternalTimestamp
-

Gets the Delta External Time value for the packet.

Returns
uint64

the Delta External Time value

-
- -
-
deltaExternalTimeValid
-
bool deltaExternalTimeValid() const
-

Checks whether the Delta External Time value for the packet is valid.

Returns
bool

true if valid

-
- -
-
get
-
const MipDataPoint& get(
MipTypes::ChannelField field,
MipTypes::ChannelQualifier qualifier = MipTypes::CH_UNKNOWN
) const
-

Get the shared field MipDataPoint with the specified field and qualifier.  If qualifier is MipTypes::CH_UNKNOWN and there is only one data point for the field, that field will be returned.  Note: most users will not need to use this function

Parameters
field
MipTypes::ChannelField

the MipTypes::ChannelField of the data point to get

qualifier
MipTypes::ChannelQualifier

the MipTypes::ChannelQualifier of the data point to get. Default: MipTypes::CH_UNKNOWN

Returns

MipDataPoint reference to the shared data point found

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MipSharedFieldParser-Summary.js b/v66.0.1/MSCL_Docs/classes/C/MipSharedFieldParser-Summary.js deleted file mode 100644 index dac1099ce..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MipSharedFieldParser-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:MipSharedFieldParser","MipSharedFieldParser");NDSummary.OnSummaryLoaded("CClass:MipSharedFieldParser",[["C/C++","C"]],[["Classes","Class"]],[[1090,0,0,"MipSharedFieldParser"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MipSharedFieldParser-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/MipSharedFieldParser-SummaryToolTips.js deleted file mode 100644 index 0e552298e..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MipSharedFieldParser-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:MipSharedFieldParser",{1090:"
MipSharedFieldParser
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MipSharedFieldParser-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/MipSharedFieldParser-ToolTips.js deleted file mode 100644 index dd5c30e7f..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MipSharedFieldParser-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3088:"
MipFieldParser
Base Class parser for parsing Mip Data Fields
",1091:"
FieldParser_EventSource
The field parser for Event Source
",1098:"
FieldParser_Ticks
The field parser for Ticks
",1105:"
FieldParser_DeltaTicks
The field parser for Delta Ticks
",1112:"
FieldParser_GpsTimestamp
The field parser for GPS Timestamp
",1123:"
FieldParser_DeltaTime
The field parser for Delta Time
",1130:"
FieldParser_ReferenceTime
The field parser for internal Reference Time (0xFF,0xD5)
",1137:"
FieldParser_DeltaReferenceTime
The field parser for internal Delta Reference Time (0xFF,0xD6)
",1144:"
FieldParser_ExternalTimestamp
The field parser for External Timestamp (0xFF,0xD7)
",1151:"
FieldParser_DeltaExternalTime
The field parser for Delta External Time (0xFF,0xD8)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MipSharedFieldParser.html b/v66.0.1/MSCL_Docs/classes/C/MipSharedFieldParser.html deleted file mode 100644 index 3f9325197..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MipSharedFieldParser.html +++ /dev/null @@ -1,17 +0,0 @@ - - -MipSharedFieldParser - - - - - - - -
-
MipSharedFieldParser
- -
The base class for all Shared field parsers

handles registering the parser for the same field across all Shared data sets

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MipTypes-Summary.js b/v66.0.1/MSCL_Docs/classes/C/MipTypes-Summary.js deleted file mode 100644 index 7f7ffe9f5..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MipTypes-Summary.js +++ /dev/null @@ -1 +0,0 @@ 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],[3718,0,0,,"CH_TEMPERATURE"],[3719,0,0,,"CH_DENSITY"],[3720,0,0,,"CH_ALTITUDE"],[3721,0,0,,"CH_DISPLACEMENT"],[3722,0,0,,"CH_MAX_TEMP"],[3723,0,0,,"CH_MIN_TEMP"],[3724,0,0,,"CH_MEAN_TEMP"],[3725,0,0,,"CH_BIAS_ACCURACY_ESTIMATE"],[3726,0,0,,"CH_DRIFT_ACCURACY_ESTIMATE"],[3727,0,0,,"CH_SECONDS"],[3728,0,0,,"CH_NUM_PACKETS"],[3729,0,0,,"CH_GPS_CORRECTION_LATENCY"],[3730,0,0,,"CH_GLONASS_CORRECTION_LATENCY"],[3731,0,0,,"CH_GALILEO_CORRECTION_LATENCY"],[3732,0,0,,"CH_BEIDOU_CORRECTION_LATENCY"],[3733,0,0,,"CH_HEALTH"],[3734,0,0,,"CH_INDEX"],[3735,0,0,,"CH_COUNT"],[3736,0,0,,"CH_SIGNAL_STRENGTH"],[3737,0,0,,"CH_SIGNAL_QUALITY"],[3738,0,0,,"CH_RANGE"],[3739,0,0,,"CH_RANGE_UNC"],[3740,0,0,,"CH_ALPHA"],[3741,0,0,,"CH_BETA"],[3742,0,0,,"CH_DISTURBANCE_FLAGS"],[3743,0,0,,"CH_CARRIER_PHASE"],[3744,0,0,,"CH_CARRIER_PHASE_UNC"],[3745,0,0,,"CH_DOPPLER"],[3746,0,0,,"CH_DOPPLER_UNC"],[3747,0,0,,"CH_DELTA_TIME"],[3748,0,0,,"CH_DELTA_TICK"],[3749,0,0,,"CH_ERROR"],[3750,0,0,,"CH_ERROR_UNC"],[3751,0,0,,"CH_W"],[3752,0,0,,"CH_M0"],[3753,0,0,,"CH_M1"],[3754,0,0,,"CH_M2"],[3755,0,0,,"CH_M3"],[3756,0,0,,"CH_M4"],[3757,0,0,,"CH_M5"],[3758,0,0,,"CH_M6"],[3759,0,0,,"CH_M7"],[3760,0,0,,"CH_M8"],[3761,0,0,,"CH_NANOSECONDS"],[3762,0,0,,"CH_VALID_FLAGS"],[3763,0,0,,"CH_PPS_VALID"],[3764,0,0,,"CH_LAST_PPS"],[3765,0,0,,"CH_UDREI"],[3766,0,0,,"CH_PSEUDORANGE_CORRECTION"],[3767,0,0,,"CH_IONOSPHERIC_CORRECTION"],[3768,0,0,,"CH_JAMMING_STATE"],[3769,0,0,,"CH_SPOOFING_STATE"],[3770,0,0,,"CH_SYSTEM_ID"],[3771,0,0,,"CH_SATELLITE_ID"],[3772,0,0,,"CH_BIT_SYSTEM_GENERAL"],[3773,0,0,,"CH_BIT_SYSTEM_PROCESS"],[3774,0,0,,"CH_BIT_IMU_GENERAL"],[3775,0,0,,"CH_BIT_IMU_SENSORS"],[3776,0,0,,"CH_BIT_IMU_FACTORY_BITS"],[3777,0,0,,"CH_BIT_FILTER_GENERAL"],[3778,0,0,,"CH_BIT_GNSS_GENERAL"],[3779,0,0,,"CH_BIT_GNSS_RECEIVERS"],[3780,0,5,"MipChannelFields","MipChannelFields"],[3781,0,5,"MipCommands","MipCommands"],[3782,0,5,"MipDataClasses","MipDataClasses"],[3783,0,5,"ChannelIndex","ChannelIndex"],[3784,0,5,"ChannelIndices","ChannelIndices"],[3785,0,5,"ChannelFieldQualifiers","ChannelFieldQualifiers"],[3786,0,5,"ChannelId","ChannelId"],[3787,0,3,"Functions","Functions"],[3788,0,2,"channelFieldToDataClass","channelFieldToDataClass"],[3789,0,2,"channelName","channelName"],[3790,0,2,"getChannelFields_allDataClasses","getChannelFields_allDataClasses"],[3791,0,2,"getChannelField_baseDataClass","getChannelField_baseDataClass"],[3792,0,2,"getChannelField_toDataClass","getChannelField_toDataClass"],[3793,0,2,"getChannelNamePrependText","getChannelNamePrependText"],[3794,0,2,"getChannelNameAppendText","getChannelNameAppendText"],[3795,0,2,"isGnssChannelField","isGnssChannelField"],[3796,0,2,"isSharedChannelField","isSharedChannelField"],[3797,0,2,"channelFieldQualifiers","channelFieldQualifiers"],[3798,0,2,"channelFieldQualifier","channelFieldQualifier"],[3799,0,2,"channelFieldQualifierIndex","channelFieldQualifierIndex"],[3800,0,2,"findChannelIndex","findChannelIndex"],[3801,0,3,"Constants","Constants(2)"],[3802,0,0,"CHANNEL_NAMES","CHANNEL_NAMES"],[3803,0,0,"CHANNEL_INDICES","CHANNEL_INDICES"],[3804,0,3,"Functions","Functions(2)"],[3805,0,2,"GNSS_DATA_CLASSES","GNSS_DATA_CLASSES"],[3806,0,2,"INERTIAL_DATA_CLASSES","INERTIAL_DATA_CLASSES"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MipTypes-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/MipTypes-SummaryToolTips.js deleted file mode 100644 index 94fd0add1..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MipTypes-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:MipTypes",{3144:"
Contains enumeration/types for various MIP information
",3146:"
The enums for all the different data classes of MIP data.
",3158:"
The enums for all the different types/categories of MIP commands and data.
",3165:"
The enums for enable or disable of data.
",3168:"
The enums to represent different time categories.
",3171:"
The enums for all of the different MIP commands.
",3321:"
The enums for all of the different MIP Channel Field IDs.
",3649:"
The minimum descriptor that marks the start of available shared data field descriptors. If a field descriptor is above 0xD0 it is shared.
",3651:"
The enums for different MIP Channel Qualifiers.  This combined with the ChannelField produces a unique identifier for each individual channel that is collected.
",3780:"
A vector of ChannelField enums.
",3781:"
A vector of Command enums.
",3782:"
A vector of DataClass enums.
",3783:"
A ChannelQualifier, int pair indicating the index value of the qualifier in a channel field.
",3784:"
A list of ChannelIndex values
",3785:"
A map of ChannelField values and their associated ChannelIndices
",3786:"
A typedef for a ChannelField, ChannelQualifier pair.
",3788:"
static DataClass channelFieldToDataClass(
MipTypes::ChannelField channelField
)
Gets the DataClass for a MipTypes::ChannelField.
",3789:"
static std::string channelName(
ChannelField field,
ChannelQualifier qualifier
)
Gets the name of the specified ChannelId.  This is the universal channel name that should be used for uploading to SensorCloud.
",3790:"
static MipChannelFields getChannelFields_allDataClasses(
ChannelField chField
)
Get a list of ChannelFields representing the same descriptor/channel field across all GNSS data classes
",3791:"
static ChannelField getChannelField_baseDataClass(
ChannelField chField
)
Gets the ChannelField representing the provided channel field\'s equivalent in the original GNSS data class (0x81)
",3792:"
static ChannelField getChannelField_toDataClass(
ChannelField chField,
DataClass dataClass
)
Gets the ChannelField representing the provided channel field\'s equivalent in the specified DataClass
",3793:"
static std::string getChannelNamePrependText(
ChannelField chField
)
Gets the text to prepend the channel name to distinguish between different GNSS data classes
",3794:"
static std::string getChannelNameAppendText(
ChannelField chField
)
Gets the text to append to the channel name to distinguish between different shared data fields
",3795:"
static bool isGnssChannelField(
ChannelField chField
)
Checks whether the provided ChannelField is within a GNSS data set.
",3796:"
static bool isSharedChannelField(
ChannelField chField
)
Checks whether the provided ChannelField is a shared field amongst all inertial data sets.
",3797:"
static ChannelFieldQualifiers channelFieldQualifiers(
const MipChannelFields &fields
)
Gets a map of ChannelField values with all associated ChannelQualifier values and their index within the field.
",3798:"
static ChannelQualifier channelFieldQualifier(
ChannelField field,
uint8 index
)
Gets the ChannelQualifier of the ChannelField for the specified index.
",3799:"
static uint8 channelFieldQualifierIndex(
ChannelField field,
ChannelQualifier qualifier
)
Gets the index of the ChannelQualifier in the ChannelField.
",3800:"
static ChannelIndex findChannelIndex(
ChannelField field,
ChannelQualifier qualifier,
uint8 index
)
Lookup channel index for given ChannelField based on either qualifier or index If qualifier known, pass in index 0 If index known, pass in qualifier UNKNOWN
",3802:"
An unordered_map mapping each ChannelId to its respective name (universal SensorCloud name).
",3803:"
A map mapping each ChannelField\'s ChannelQualifier to its respective index.
",3805:"
static std::vector<DataClass> GNSS_DATA_CLASSES()
vector of DataClass values containing all GNSS data class descriptors that have the same field descriptors.  was a const but ran into static initialization order issues with registering GNSS field parsers.
",3806:"
static std::vector<DataClass> INERTIAL_DATA_CLASSES()
vector of DataClass values containing all inertial data class descriptors that have the same field descriptors.  was a const but ran into static initialization order issues with registering shared field parsers.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MipTypes-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/MipTypes-ToolTips.js deleted file mode 100644 index a49b4333d..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MipTypes-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3146:"
The enums for all the different data classes of MIP data.
",3171:"
The enums for all of the different MIP commands.
",3321:"
The enums for all of the different MIP Channel Field IDs.
",3651:"
The enums for different MIP Channel Qualifiers.  This combined with the ChannelField produces a unique identifier for each individual channel that is collected.
",3652:"
0  - Unknown Channel
",3780:"
A vector of ChannelField enums.
",3783:"
A ChannelQualifier, int pair indicating the index value of the qualifier in a channel field.
",3784:"
A list of ChannelIndex values
",3785:"
A map of ChannelField values and their associated ChannelIndices
",3786:"
A typedef for a ChannelField, ChannelQualifier pair.
",10446:"
Error
The generic MicroStrain exception (base class)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MipTypes.html b/v66.0.1/MSCL_Docs/classes/C/MipTypes.html deleted file mode 100644 index 27cba8acc..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MipTypes.html +++ /dev/null @@ -1,215 +0,0 @@ - - -MipTypes - - - - - - - -
-
MipTypes
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Contains enumeration/types for various MIP information

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Types
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DataClass
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The enums for all the different data classes of MIP data.

CLASS_AHRS_IMU

0x80 - The AHRS/IMU MIP data class

CLASS_GNSS

0x81 - The GNSS MIP data class

CLASS_ESTFILTER

0x82 - The Estimation Filter MIP data class

CLASS_DISPLACEMENT

0x90 - The Displacement MIP data class

CLASS_GNSS1

0x91 - The GNSS Receiver 1 MIP data class

CLASS_GNSS2

0x92 - The GNSS Receiver 2 MIP data class

CLASS_GNSS3

0x93 - The GNSS Receiver 3 MIP data class

CLASS_RTK

0x93 - The RTK MIP data class

CLASS_GNSS4

0x94 - The GNSS Receiver 4 MIP data class

CLASS_GNSS5

0x95 - The GNSS Receiver 5 MIP data class

CLASS_SYSTEM

0xA0 - The System MIP data class

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FunctionSelector
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The enums for all the different types/categories of MIP commands and data.

USE_NEW_SETTINGS

0x01  set command, requiring data to set.

READ_BACK_CURRENT_SETTINGS

0x02  retrieves current data from device.

SAVE_CURRENT_SETTINGS

0x03  saves current data to use at startup.

LOAD_STARTUP_SETTINGS

0x04  sets current settings to startup.

RESET_TO_DEFAULT

0x05  resets current to factory default.

USE_NEW_SETTINGS_NO_ACKNACK

0x06  set command, requiring data to set - does not send ACK/NACK reply

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EnableSetting
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The enums for enable or disable of data.

DISABLED

0x00

ENABLED

0x01

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TimeFrame
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The enums to represent different time categories.

TIME_FRAME_WEEKS

0x00

TIME_FRAME_SECONDS

0x01

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Command
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The enums for all of the different MIP commands.

CMD_PING

0x0101  - Ping

CMD_SET_IDLE

0x0102  - Set to Idle

CMD_GET_DEVICE_INFO

0x0103  - Get Device Information

CMD_GET_DESCRIPTOR_SETS

0x0104  - Get Device Descriptor Sets

CMD_BUILT_IN_TEST

0x0105  - Device Build-In Test

CMD_RESUME

0x0106  - Resume

CMD_GET_EXT_DESCRIPTOR_SETS

0x0107  - Get Extended Device Descriptor Sets

CMD_COMM_PORT_SPEED

0x0109  - Comm Port Speed (Baud Rate)

CMD_GPS_TIME_UPDATE

0x0172  - GPS Time Update

CMD_RESET

0x017E  - Device Reset

CMD_POLL_SENSOR_DATA

0x0C01  - Poll Sensor Data

CMD_POLL_GNSS_DATA

0x0C02  - Poll GNSS Data

CMD_POLL_EF_DATA

0x0C03  - Poll Estimation Filter Data

CMD_GET_SENSOR_RATE_BASE

0x0C06  - Get Sensor Data Rate Base

CMD_GET_GNSS_RATE_BASE

0x0C07  - Get GNSS Data Rate Base

CMD_GET_EF_RATE_BASE

0x0C0B  - Get Estimation Filter Data Rate Base

CMD_SENSOR_MESSAGE_FORMAT

0x0C08  - Sensor Data Message Format

CMD_GNSS_MESSAGE_FORMAT

0x0C09  - GNSS Message Format

CMD_EF_MESSAGE_FORMAT

0x0C0A  - Estimation Filter Message Format

CMD_NMEA_MESSAGE_FORMAT

0x0C0C  - NMEA Message Format

CMD_POLL

0x0C0D  - Generic Poll Data

CMD_GET_BASE_RATE

0x0C0E  - Generic Get Data Base Rate

CMD_MESSAGE_FORMAT

0x0C0F  - Generic Message Format

CMD_FACTORY_STREAMING

0x0C10  - Configure Factory Streaming

CMD_CONTINUOUS_DATA_STREAM

0x0C11  - Enable/Disable Device Continuous Data Stream

CMD_RAW_RTCM_2_3_MESSAGE

0x0C20  - Raw RTCM 2.3 Message

CMD_GNSS_CONSTELLATION_SETTINGS

0x0C21  - GNSS Constellation Settings

CMD_GNSS_SBAS_SETTINGS

0x0C22  - GNSS SBAS Settings

CMD_GNSS_ASSIST_FIX_CONTROL

0x0C23  - GNSS Assisted Fix Control

CMD_GNSS_ASSIST_TIME_UPDATE

0x0C24  - GNSS Assisted Time Update

CMD_PPS_SOURCE

0x0C28  - PPS Source

CMD_EVENT_SUPPORT

0x0C2A  - Event Support

CMD_EVENT_CONTROL

0x0C2B  - Event Control

CMD_EVENT_TRIGGER_STATUS

0x0C2C  - Event Trigger Status

CMD_EVENT_ACTION_STATUS

0x0C2D  - Event Action Status

CMD_EVENT_TRIGGER_CONFIGURATION

0x0C2E  - Event Trigger Configuration

CMD_EVENT_ACTION_CONFIGURATION

0x0C2F  - Event Action Configuration

CMD_SAVE_STARTUP_SETTINGS

0x0C30  - Device Startup Settings

CMD_EF_SENS_VEHIC_FRAME_TRANSFORM_EULER

0x0C31  - Sensor to Vehicle Frame Transformation Euler Angles

CMD_EF_SENS_VEHIC_FRAME_TRANSFORM_QUAT

0x0C32  - Sensor to Vehicle Frame Transformation Quaternion

CMD_EF_SENS_VEHIC_FRAME_TRANSFORM_DCM

0x0C33  - Sensor to Vehicle Frame Transformation Direction Cosine Matrix

CMD_GPS_DYNAMICS_MODE

0x0C34  - GPS Dynamics Mode

CMD_SENSOR_SIG_COND_SETTINGS

0x0C35  - Sensor Signal Conditioning Settings

CMD_SENSOR_TIMESTAMP

0x0C36  - Sensor Timestamp

CMD_ACCEL_BIAS

0x0C37  - Accel Bias

CMD_GYRO_BIAS

0x0C38  - Gyro Bias

CMD_CAP_GYRO_BIAS

0x0C39  - Capture Gyro Bias

CMD_MAG_HARD_IRON_OFFSET

0x0C3A  - Magnetometer Hard Iron Offset

CMD_MAG_SOFT_IRON_MATRIX

0x0C3B  - Magnetometer Soft Iron Matrix

CMD_CF_REALIGN_UP

0x0C3C  - Complimentary Filter - Realign Up

CMD_CF_REALIGN_NORTH

0x0C3D  - Complimentary Filter - Realign North

CMD_CONING_SCULLING

0x0C3E  - Coning and Sculling Enable

CMD_UART_BAUD_RATE

0x0C40  - UART Baud Rate

CMD_GPIO_CONFIGURATION

0x0C41  - Configure GPIO Pins

CMD_GPIO_STATE

0x0C42  - Check GPIO Pin State

CMD_ODOMETER_SETTINGS

0x0C43  - Configure Odometer Settings

CMD_LOWPASS_FILTER_SETTINGS

0x0C50  - Legacy Low-Pass Filter Settings

CMD_COMPLEMENTARY_FILTER_SETTINGS

0x0C51  - Complementary Filter Settings

CMD_SENSOR_RANGE

0x0C52  - Configure Sensor Range

CMD_SUPPORTED_SENSOR_RANGES

0x0C53  - Read Device-Supported Sensor Ranges

CMD_LOWPASS_ANTIALIASING_FILTER

0x0C54  - Low-Pass Anti-Aliasing Filter Settings

CMD_DATA_STREAM_FORMAT

0x0C60  - Device Data Stream Format

CMD_POWER_STATES

0x0C61  - Device Power States

CMD_GPS_STARTUP_SETTINGS

0x0C62  - Save/Restore Advanced GPS Startup Settings

CMD_DEVICE_STATUS

0x0C64  - Device Status

CMD_EF_RESET_FILTER

0x0D01  - Estimation Filter - Reset Filter

CMD_EF_INIT_ATTITUDE

0x0D02  - Estimation Filter - Set Initial Attitude

CMD_EF_INIT_HEADING

0x0D03  - Estimation Filter - Set Initial Heading

CMD_EF_INIT_ATTITUDE_FROM_AHRS

0x0D04  - Estimation Filter - Set Initial Attitude from AHRS

CMD_EF_RUN_FILTER

0x0D05  - Estimation Filter - Run Filter if configured to wait for run command

CMD_EF_VEHIC_DYNAMICS_MODE

0x0D10  - Estimation Filter - Vehicle Dynamics Mode

CMD_EF_SENS_VEHIC_FRAME_ROTATION_EULER

0x0D11  - Estimation Filter - Sensor to Vehicle Frame Rotation Euler Angles

CMD_EF_SENS_VEHIC_FRAME_OFFSET

0x0D12  - Estimation Filter - Sensor to Vehicle Frame Offset

CMD_EF_ANTENNA_OFFSET

0x0D13  - Estimation Filter - Antenna Offset

CMD_EF_BIAS_EST_CTRL

0x0D14  - Estimation Filter - Bias Estimation Control

CMD_EF_GNSS_SRC_CTRL

0x0D15  - Estimation Filter - GNSS Source Control

CMD_EF_EXTERN_GNSS_UPDATE

0x0D16  - Estimation Filter - External GNSS Update

CMD_EF_EXTERN_HEADING_UPDATE

0x0D17  - Estimation Filter - External Heading Update

CMD_EF_HEADING_UPDATE_CTRL

0x0D18  - Estimation Filter - Heading Update Control

CMD_EF_AUTO_INIT_CTRL

0x0D19  - Estimation Filter - Auto-Initialization Control

CMD_EF_ACCEL_WHT_NSE_STD_DEV

0x0D1A  - Estimation Filter - Accelerometer White Noise Standard Deviation

CMD_EF_GYRO_WHT_NSE_STD_DEV

0x0D1B  - Estimation Filter - Gyroscope White Noise Standard Deviation

CMD_EF_ACCEL_BIAS_MODEL_PARAMS

0x0D1C  - Estimation Filter - Accelerometer Bias Model Parameters

CMD_EF_GYRO_BIAS_MODEL_PARAMS

0x0D1D  - Estimation Filter - Gyroscope Bias Model Parameters

CMD_EF_ZERO_VEL_UPDATE_CTRL

0x0D1E  - Estimation Filter - Zero Velocity Update Control

CMD_EF_EXT_HEADING_UPDATE_TS

0x0D1F  - Estimation Filter - External Heading Update with Timestamp

CMD_EF_ZERO_ANG_RATE_UPDATE_CTRL

0x0D20  - Estimation Filter - Zero Angular Rate Update Control

CMD_EF_TARE_ORIENT

0x0D21  - Estimation Filter - Tare Orientation

CMD_EF_CMDED_ZERO_VEL_UPDATE

0x0D22  - Estimation Filter - Commanded Zero Velocity Update

CMD_EF_CMDED_ZERO_ANG_RATE_UPDATE

0x0D23  - Estimation Filter - Commanded Zero Angular Rate Update

CMD_EF_SET_REF_POSITION

0x0D26  - Estimation Filter - Set Reference Position

CMD_EF_MAG_CAPTURE_AUTO_CAL

0x0D27  - Estimation Filter - Magnetometer Capture Auto Calibration

CMD_EF_GRAVITY_NOISE_STD_DEV

0x0D28  - Estimation Filter - Gravity Noise Standard Deviation

CMD_EF_PRESS_ALT_NOISE_STD_DEV

0x0D29  - Estimation Filter - Pressure Altitude Noise Standard Deviation

CMD_EF_GRAVITY_NOISE_MINIMUM

0x0D2A  - Estimation Filter - Get/Set Gravity Noise Minimum

CMD_EF_HARD_IRON_OFFSET_PROCESS_NOISE

0x0D2B  - Estimation Filter - Hard Iron Offset Process Noise

CMD_EF_SOFT_IRON_OFFSET_PROCESS_NOISE

0x0D2C  - Estimation Filter - Soft Iron Offset Process Noise

CMD_EF_ENABLE_DISABLE_MEASUREMENTS

0x0D41  - Estimation Filter - Enable/Disable Measurements

CMD_EF_MAG_NOISE_STD_DEV

0x0D42  - Estimation Filter - Magnetometer Noise Standard Deviation

CMD_EF_DECLINATION_SRC

0x0D43  - Estimation Filter - Declination Source

CMD_EF_GRAV_MAGNITUDE_ERR_ADAPT_MEASURE

0x0D44  - Estimation Filter - Gravity Magnitude Error Adaptive Measurement

CMD_EF_MAG_MAGNITUDE_ERR_ADAPT_MEASURE

0x0D45  - Estimation Filter - Magnetometer Magnitude Error Adaptive Measurement

CMD_EF_MAG_DIP_ANGLE_ERR_ADAPT_MEASURE

0x0D46  - Estimation Filter - Magnetometer Dip Angle Error Adaptive Measurement

CMD_EF_ALTITUDE_AID_CTRL

0x0D47  - Estimation Filter - Altitude Aiding Control

CMD_EF_PITCH_ROLL_AID_CTRL

0x0D4B  - Estimation Filter - Pitch-Roll Aiding Control

CMD_EF_INCLINATION_SRC

0x0D4C  - Estimation Filter - Inclination Source

CMD_EF_FIELD_MAGNITUDE_SRC

0x0D4D  - Estimation Filter - Magnetic Field Magnitude Source

CMD_EF_SENS_VEHIC_FRAME_ROTATION_DCM

0x0D4E  - Estimation Filter - Sensor to Vehicle Frame Rotation Direction Cosine Matrix

CMD_EF_SENS_VEHIC_FRAME_ROTATION_QUAT

0x0D4F  - Estimation Filter - Sensor to Vehicle Frame Rotation Quaternion

CMD_EF_AIDING_MEASUREMENT_ENABLE

0x0D50  - Estimation Filter - Aiding Measurement Enabled

CMD_EF_INITIALIZATION_CONFIG

0x0D52  - Estimation Filter - Initialization Configuration

CMD_EF_ADAPTIVE_FILTER_OPTIONS

0x0D53  - Estimation Filter - Adaptive Filter Options

CMD_EF_MULTI_ANTENNA_OFFSET

0x0D54  - Estimation Filter - Multi Antenna Offset

CMD_EF_RELATIVE_POSITION_REF

0x0D55  - Estimation Filter - Reference Location for Relative Position Outputs

CMD_EF_LEVER_ARM_OFFSET_REF

0x0D56  - Estimation Filter - Lever Arm Reference Offset

CMD_EF_EXTERN_SPEED_UPDATE

0x0D60  - Estimation Filter - External Speed Measurement Update (Input Speed Measurement)

CMD_EF_SPEED_MEASUREMENT_OFFSET

0x0D61  - Estimation Filter - Speed Measurement Lever Arm Offset

CMD_EF_VERTICAL_GYRO_CONSTRAINT

0x0D62  - Estimation Filter - Vertical Gyro Constraint Enable/Disable

CMD_EF_WHEELED_VEHICLE_CONSTRAINT

0x0D63  - Estimation Filter - Wheeled Vehicle Constraint Enable/Disable

CMD_EF_GNSS_ANTENNA_LEVER_ARM_CAL

0x0D64  - Estimation Filter - GNSS Antenna Lever Arm Calibration Control

CMD_GNSS_RECEIVER_INFO

0x0E01  - GNSS Receiver Info

CMD_GNSS_SIGNAL_CONFIG

0x0E02  - GNSS Signal Configuration

CMD_GNSS_RTK_CONFIG

0x0E10  - GNSS RTK Configuration

CMD_INTERFACE_CONTROL

0x7F02  - Interface Control

CMD_COMMUNICATION_MODE

0x7F10  - Communication Mode

CMD_HARDWARE_CTRL

0x7F11  - Hardware Control

CMD_GET_ANALOG_DISPLACEMENT_CALS

0x1101  - Get Analog Output to Displacement Slope and Offset

CMD_DISPLACEMENT_OUTPUT_RATE

0x1102  - Displacement Output Data Rate

CMD_DISPLACEMENT_DEVICE_TIME

0x1104  - Displacement Device Time

CMD_RTK_DEVICE_STATUS_FLAGS

0x0F01  - Get RTK Device Status Flags

CMD_RTK_ACTIVATION_CODE

0x0F07  - Get RTK Activation Code

CMD_AIDING_FRAME_CONFIG

0x1301  - Configure Aiding Measurement Reference Frames

CMD_AIDING_SENSOR_FRAME_MAP

0x1302  - Map Reference Frames to Sensor Inputs

CMD_AIDING_ECHO_CONTROL

0x131F  - Enable/Disable Aiding Measurement Echo in Response

CMD_AIDING_POS_LOCAL

0x1320  - Local Position Input

CMD_AIDING_POS_ECEF

0x1321  - ECEF Position Input

CMD_AIDING_POS_LLH

0x1322  - LLH Position Input

CMD_AIDING_HEIGHT_ABOVE_ELLIPSOID

0x1323  - Height Above Ellipsoid Input

CMD_AIDING_HEIGHT_REL

0x1324  - Relative Height Input

CMD_AIDING_VEL_ECEF

0x1328  - ECEF Velocity Input

CMD_AIDING_VEL_NED

0x1329  - NED Velocity Input

CMD_AIDING_VEL_BODY_FRAME

0x132A  - Velocity Input Relative to the Body/Vehicle Frame

CMD_AIDING_WHEELSPEED

0x132B  - Wheel Speed Input

CMD_AIDING_HEADING_TRUE

0x1331  - True Heading Input

CMD_AIDING_MAGNETIC_FIELD

0x1332  - Magnetic Field Input (External Magnetometer)

CMD_AIDING_PRESSURE

0x1333  - External Pressure Input

CMD_AIDING_DELTA_POSITION

0x1338  - Delta Position Input

CMD_AIDING_DELTA_ATTITUDE

0x1339  - Delta Attitude Input

CMD_AIDING_ANGULAR_RATE_LOCAL

0x133A  - Local Angular Rate Input

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ChannelField
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The enums for all of the different MIP Channel Field IDs.

CH_FIELD_SENSOR_RAW_ACCEL_VEC

0x8001  - Raw Accelerometer Vector

CH_FIELD_SENSOR_RAW_GYRO_VEC

0x8002  - Raw Gyro Vector

CH_FIELD_SENSOR_RAW_MAG_VEC

0x8003  - Raw Magnetometer Vector

CH_FIELD_SENSOR_SCALED_ACCEL_VEC

0x8004  - Scaled Accelerometer Vector

CH_FIELD_SENSOR_SCALED_GYRO_VEC

0x8005  - Scaled Gyro Vector

CH_FIELD_SENSOR_SCALED_MAG_VEC

0x8006  - Scaled Magnetometer Vector

CH_FIELD_SENSOR_DELTA_THETA_VEC

0x8007  - Delta Theta Vector

CH_FIELD_SENSOR_DELTA_VELOCITY_VEC

0x8008  - Delta Velocity Vector

CH_FIELD_SENSOR_ORIENTATION_MATRIX

0x8009  - Orientation Matrix

CH_FIELD_SENSOR_ORIENTATION_QUATERNION

0x800A  - Quaternion

CH_FIELD_SENSOR_ORIENTATION_UPDATE_MATRIX

0x800B  - Orientation Update Matrix

CH_FIELD_SENSOR_EULER_ANGLES

0x800C  - Euler Angles

CH_FIELD_SENSOR_INTERNAL_TIMESTAMP

0x800E  - Internal Timestamp

CH_FIELD_SENSOR_BEACONED_TIMESTAMP

0x800F  - Beaconed Timestamp

CH_FIELD_SENSOR_STABILIZED_MAG_VEC

0x8010  - Stabilized Mag Vector (North)

CH_FIELD_SENSOR_STABILIZED_ACCEL_VEC

0x8011  - Stabilized Accel Vector (Up)

CH_FIELD_SENSOR_GPS_CORRELATION_TIMESTAMP

0x8012  - GPS Correlation Timestamp

CH_FIELD_SENSOR_TEMPERATURE_STATISTICS

0x8014  - Temperature Statistics

CH_FIELD_SENSOR_RAW_AMBIENT_PRESSURE

0x8016  - Raw Ambient Pressure

CH_FIELD_SENSOR_SCALED_AMBIENT_PRESSURE

0x8017  - Scaled Ambient Pressure

CH_FIELD_SENSOR_OVERRANGE_STATUS

0x8018  - Overrange Status

CH_FIELD_SENSOR_ODOMETER_DATA

0x8040  - Odometer Data

CH_FIELD_SENSOR_SHARED_EVENT_SOURCE

0x80D0  - Event Source

CH_FIELD_SENSOR_SHARED_TICKS

0x80D1  - Ticks

CH_FIELD_SENSOR_SHARED_DELTA_TICKS

0x80D2  - Delta Ticks

CH_FIELD_SENSOR_SHARED_GPS_TIMESTAMP

0x80D3  - GPS Timestamp

CH_FIELD_SENSOR_SHARED_DELTA_TIMESTAMP

0x80D4  - Delta GPS Timestamp

CH_FIELD_SENSOR_SHARED_REFERENCE_TIMESTAMP

0x80D5  - Internal Reference Timestamp

CH_FIELD_SENSOR_SHARED_DELTA_REFERENCE_TIME

0x80D6  - Delta Internal Reference Time

CH_FIELD_SENSOR_SHARED_EXTERNAL_TIMESTAMP

0x80D7  - External Timestamp

CH_FIELD_SENSOR_SHARED_DELTA_EXTERNAL_TIME

0x80D8  - Delta External Time

CH_FIELD_GNSS_LLH_POSITION

0x8103  - LLH Position

CH_FIELD_GNSS_ECEF_POSITION

0x8104  - ECEF Position

CH_FIELD_GNSS_NED_VELOCITY

0x8105  - NED Velocity

CH_FIELD_GNSS_ECEF_VELOCITY

0x8106  - ECEF Velocity

CH_FIELD_GNSS_DOP

0x8107  - DOP Data

CH_FIELD_GNSS_UTC_TIME

0x8108  - UTC Time

CH_FIELD_GNSS_GPS_TIME

0x8109  - GPS Time

CH_FIELD_GNSS_CLOCK_INFO

0x810A  - Clock Information

CH_FIELD_GNSS_FIX_INFO

0x810B  - GNSS Fix Information

CH_FIELD_GNSS_SPACE_VEHICLE_INFO

0x810C  - Space Vehicle Information

CH_FIELD_GNSS_HARDWARE_STATUS

0x810D  - Hardware Status

CH_FIELD_GNSS_DGNSS_INFO

0x810E  - DGNSS Information

CH_FIELD_GNSS_DGNSS_CHANNEL_STATUS

0x810F  - Individual DGNSS Channel Status Entry

CH_FIELD_GNSS_CLOCK_INFO_2

0x8110  - GNSS Clock Info 2

CH_FIELD_GNSS_GPS_LEAP_SECONDS

0x8111  - GNSS GPS Leap Seconds

CH_FIELD_GNSS_SBAS_INFO

0x8112  - GNSS SBAS Info

CH_FIELD_GNSS_SBAS_CORRECTION

0x8113  - GNSS SBAS Correction

CH_FIELD_GNSS_RF_ERROR_DETECTION

0x8114  - GNSS RF Error Detection

CH_FIELD_GNSS_SATELLITE_STATUS

0x8120  - GNSS Satellite Status

CH_FIELD_GNSS_RAW_OBSERVATION

0x8122  - GNSS Raw Observation data

CH_FIELD_GNSS_STATION_INFO

0x8130  - GNSS Base Station Info

CH_FIELD_GNSS_RTK_CORRECTIONS_STATUS

0x8131  - GNSS RTK Corrections Status

CH_FIELD_GNSS_GPS_EPHEMERIS

0x8161  - GNSS GPS Ephemeris

CH_FIELD_GNSS_GLONASS_EPHEMERIS

0x8162  - GNSS GLONASS Ephemeris

CH_FIELD_GNSS_GALILEO_EPHEMERIS

0x8163  - GNSS Galileo Ephemeris

CH_FIELD_GNSS_GPS_IONOSPHERIC_CORRECTION

0x8171  - GPS Ionospheric Correction

CH_FIELD_GNSS_GALILEO_IONOSPHERIC_CORRECTION

0x8173  - Galileo Ionospheric Correction

CH_FIELD_GNSS_SHARED_EVENT_SOURCE

0x81D0  - Event Source

CH_FIELD_GNSS_SHARED_TICKS

0x81D1  - Ticks

CH_FIELD_GNSS_SHARED_DELTA_TICKS

0x81D2  - Delta Ticks

CH_FIELD_GNSS_SHARED_GPS_TIMESTAMP

0x81D3  - GPS Timestamp

CH_FIELD_GNSS_SHARED_DELTA_TIMESTAMP

0x81D4  - Delta GPS Timestamp

CH_FIELD_GNSS_SHARED_REFERENCE_TIMESTAMP

0x81D5  - Internal Reference Timestamp

CH_FIELD_GNSS_SHARED_DELTA_REFERENCE_TIME

0x81D6  - Delta Internal Reference Time

CH_FIELD_GNSS_SHARED_EXTERNAL_TIMESTAMP

0x81D7  - External Timestamp

CH_FIELD_GNSS_SHARED_DELTA_EXTERNAL_TIME

0x81D8  - Delta External Time

CH_FIELD_ESTFILTER_ESTIMATED_LLH_POS

0x8201  - Estimated LLH Position

CH_FIELD_ESTFILTER_ESTIMATED_NED_VELOCITY

0x8202  - Estimated NED Velocity

CH_FIELD_ESTFILTER_ESTIMATED_ORIENT_QUATERNION

0x8203  - Estimated Orientation Quaternion

CH_FIELD_ESTFILTER_ESTIMATED_ORIENT_MATRIX

0x8204  - Estimated Orientation Matrix

CH_FIELD_ESTFILTER_ESTIMATED_ORIENT_EULER

0x8205  - Estimated Orientation, Euler Angles

CH_FIELD_ESTFILTER_ESTIMATED_GYRO_BIAS

0x8206  - Estimated Gyro Bias

CH_FIELD_ESTFILTER_ESTIMATED_ACCEL_BIAS

0x8207  - Estimated Accel Bias

CH_FIELD_ESTFILTER_ESTIMATED_LLH_UNCERT

0x8208  - Estimated LLH Position Uncertainty

CH_FIELD_ESTFILTER_ESTIMATED_NED_UNCERT

0x8209  - Estimated NED Velocity Uncertainty

CH_FIELD_ESTFILTER_ESTIMATED_ATT_UNCERT_EULER

0x820A  - Estimated Attitude Uncertainty, Euler Angles

CH_FIELD_ESTFILTER_ESTIMATED_GYRO_BIAS_UNCERT

0x820B  - Estimated Gyro Bias Uncertainty

CH_FIELD_ESTFILTER_ESTIMATED_ACCEL_BIAS_UNCERT

0x820C  - Estimated Accel Bias Uncertainty

CH_FIELD_ESTFILTER_ESTIMATED_LINEAR_ACCEL

0x820D  - Estimated Linear Acceleration

CH_FIELD_ESTFILTER_ESTIMATED_ANGULAR_RATE

0x820E  - Estimated Angular Rate

CH_FIELD_ESTFILTER_WGS84_LOC_GRAV_MAGNITUDE

0x820F  - WG284 Local Gravity Magnitude

CH_FIELD_ESTFILTER_FILTER_STATUS

0x8210  - Filter Status

CH_FIELD_ESTFILTER_GPS_TIMESTAMP

0x8211  - GPS Timestamp

CH_FIELD_ESTFILTER_ESTIMATED_ATT_UNCERT_QUAT

0x8212  - Estimated Attitude Uncertainty, Quaternion Elements

CH_FIELD_ESTFILTER_ESTIMATED_GRAVITY_VECTOR

0x8213  - Estimated Gravity Vector

CH_FIELD_ESTFILTER_HEADING_UPDATE_SOURCE

0x8214  - Heading Update Source

CH_FIELD_ESTFILTER_MAGNETIC_MODEL_SLN

0x8215  - Magnetic Model Solution

CH_FIELD_ESTFILTER_ESTIMATED_GYRO_SCALE_FACTOR

0x8216  - Gyro Scale Factor

CH_FIELD_ESTFILTER_ACCEL_SCALE_FACTOR

0x8217  - Accel Scale Factor

CH_FIELD_ESTFILTER_GYRO_SCALE_FACTOR_UNCERT

0x8218  - Gyro Scale Factor Uncertainty

CH_FIELD_ESTFILTER_ACCEL_SCALE_FACTOR_UNCERT

0x8219  - Accel Scale Factor Uncertainty

CH_FIELD_ESTFILTER_MAG_BIAS

0x821A  - Mag Bias

CH_FIELD_ESTFILTER_MAG_BIAS_UNCERT

0x821B  - Mag Bias Uncertainty

CH_FIELD_ESTFILTER_COMPENSATED_ACCEL

0x821C  - Compensated Accel

CH_FIELD_ESTFILTER_STD_ATMOSPHERE_MODEL

0x8220  - Standard Atmosphere Model

CH_FIELD_ESTFILTER_PRESSURE_ALTITUDE

0x8221  - Estimated Pressure Altitude

CH_FIELD_ESTFILTER_MAG_AUTO_HARD_IRON_OFFSET

0x8225  - Mag Auto Hard Iron Offset

CH_FIELD_ESTFILTER_MAG_AUTO_SOFT_IRON_MATRIX

0x8226  - Mag Auto Soft Iron Matrix

CH_FIELD_ESTFILTER_MAG_AUTO_HARD_IRON_OFFSET_UNCERT

0x8228  - Mag Auto Hard Iron Offset Uncertainty

CH_FIELD_ESTFILTER_MAG_AUTO_SOFT_IRON_MATRIX_UNCERT

0x8229  - Mag Auto Soft Iron Matrix Uncertainty

CH_FIELD_ESTFILTER_MAG_COVARIANCE_MATRIX

0x822A  - Magnetometer Covariance Matrix

CH_FIELD_ESTFILTER_MAG_RESIDUAL_VECTOR

0x822C  - Magnetometer Residual Vector

CH_FIELD_ESTFILTER_GNSS_ANTENNA_CORRECTION

0x8230  - GNSS Antenna Offset Correction

CH_FIELD_ESTFILTER_GNSS_ANTENNA_CORRECTION_UNCERT

0x8231  - GNSS Antenna Offset Correction Uncertainty

CH_FIELD_ESTFILTER_GNSS_CLOCK_CORRECTION

0x8232  - GNSS Clock Correction

CH_FIELD_ESTFILTER_GNSS_CLOCK_CORRECTION_UNCERT

0x8233  - GNSS Clock Correction Uncertainty

CH_FIELD_ESTFILTER_GNSS_MULTI_ANTENNA_CORRECTION

0x8234  - GNSS Multi-Antenna Offset Correction

CH_FIELD_ESTFILTER_GNSS_MULTI_ANTENNA_CORRECTION_UNCERT

0x8235  - GNSS Multi-Antenna Offset Correction Uncertainty

CH_FIELD_ESTFILTER_ECEF_POS_UNCERT

0x8236  - ECEF Position Uncertainty

CH_FIELD_ESTFILTER_ECEF_VEL_UNCERT

0x8237  - ECEF Velocity Uncertainty

CH_FIELD_ESTFILTER_ECEF_POS

0x8240  - ECEF Position

CH_FIELD_ESTFILTER_ECEF_VEL

0x8241  - ECEF Velocity

CH_FIELD_ESTFILTER_NED_RELATIVE_POS

0x8242  - NED Relative Position

CH_FIELD_ESTFILTER_POSITION_AIDING_STATUS

0x8243  - GNSS Position Aiding Status

CH_FIELD_ESTFILTER_ATTITUDE_AIDING_STATUS

0x8244  - GNSS Attitude Aiding Status

CH_FIELD_ESTFILTER_AIDING_MEASURE_SUMMARY

0x8246  - Filter Aiding Measurement Summary

CH_FIELD_ESTFILTER_ODOMETER_SCALE_FACTOR_ERROR

0x8247  - Odometer Scale Factor Error

CH_FIELD_ESTFILTER_ODOMETER_SCALE_FACTOR_ERROR_UNCERT

0X8248  - Odometer Scale Factor Error Uncertainty

CH_FIELD_ESTFILTER_GNSS_DUAL_ANTENNA_STATUS

0x8249  - GNSS Dual Antenna Status

CH_FIELD_ESTFILTER_FRAME_CONFIG_ERROR

0X8250  - Filter Frame Config Error

CH_FIELD_ESTFILTER_FRAME_CONFIG_ERROR_UNCERT

0x8251  - Filter Frame Config Error Uncertainty

CH_FIELD_ESTFILTER_SHARED_EVENT_SOURCE

0x82D0  - Event Source

CH_FIELD_ESTFILTER_SHARED_TICKS

0x82D1  - Ticks

CH_FIELD_ESTFILTER_SHARED_DELTA_TICKS

0x82D2  - Delta Ticks

CH_FIELD_ESTFILTER_SHARED_GPS_TIMESTAMP

0x82D3  - GPS Timestamp

CH_FIELD_ESTFILTER_SHARED_DELTA_TIMESTAMP

0x82D4  - Delta GPS Timestamp

CH_FIELD_ESTFILTER_SHARED_REFERENCE_TIMESTAMP

0x82D5  - Internal Reference Timestamp

CH_FIELD_ESTFILTER_SHARED_DELTA_REFERENCE_TIME

0x82D6  - Delta Internal Reference Time

CH_FIELD_ESTFILTER_SHARED_EXTERNAL_TIMESTAMP

0x82D7  - External Timestamp

CH_FIELD_ESTFILTER_SHARED_DELTA_EXTERNAL_TIME

0x82D8  - Delta External Time

CH_FIELD_DISP_POSITION

0x9001  - Position

CH_FIELD_DISP_RAW_POSITION

0x9002  - Raw Position

CH_FIELD_DISP_DISPLACEMENT_TS

0x9004  - Displacement Device Timestamp

CH_FIELD_GNSS_1_LLH_POSITION

0x9103  - GNSS 1 LLH Position

CH_FIELD_GNSS_1_ECEF_POSITION

0x9104  - GNSS 1 ECEF Position

CH_FIELD_GNSS_1_NED_VELOCITY

0x9105  - GNSS 1 NED Velocity

CH_FIELD_GNSS_1_ECEF_VELOCITY

0x9106  - GNSS 1 ECEF Velocity

CH_FIELD_GNSS_1_DOP

0x9107  - GNSS 1 DOP Data

CH_FIELD_GNSS_1_UTC_TIME

0x9108  - GNSS 1 UTC Time

CH_FIELD_GNSS_1_GPS_TIME

0x9109  - GNSS 1 GPS Time

CH_FIELD_GNSS_1_CLOCK_INFO

0x910A  - GNSS 1 Clock Information

CH_FIELD_GNSS_1_FIX_INFO

0x910B  - GNSS 1 Fix Information

CH_FIELD_GNSS_1_SPACE_VEHICLE_INFO

0x910C  - GNSS 1 Space Vehicle Information

CH_FIELD_GNSS_1_HARDWARE_STATUS

0x910D  - GNSS 1 Hardware Status

CH_FIELD_GNSS_1_DGNSS_INFO

0x910E  - GNSS 1 DGNSS Information

CH_FIELD_GNSS_1_DGNSS_CHANNEL_STATUS

0x910F  - GNSS 1 Individual DGNSS Channel Status Entry

CH_FIELD_GNSS_1_CLOCK_INFO_2

0x9110  - GNSS 1 Clock Info 2

CH_FIELD_GNSS_1_GPS_LEAP_SECONDS

0x9111  - GNSS 1 GPS Leap Seconds

CH_FIELD_GNSS_1_SBAS_INFO

0x9112  - GNSS 1 SBAS Info

CH_FIELD_GNSS_1_SBAS_CORRECTION

0x9113  - GNSS 1 SBAS Correction

CH_FIELD_GNSS_1_RF_ERROR_DETECTION

0x9114  - GNSS 1 RF Error Detection

CH_FIELD_GNSS_1_SATELLITE_STATUS

0x9120  - GNSS 1 Satellite Status

CH_FIELD_GNSS_1_RAW_OBSERVATION

0x9122  - GNSS 1 Raw Observation data

CH_FIELD_GNSS_1_STATION_INFO

0x9130  - GNSS 1 Base Station Info

CH_FIELD_GNSS_1_RTK_CORRECTIONS_STATUS

0x9131  - GNSS 1 RTK Corrections Status

CH_FIELD_GNSS_1_GPS_EPHEMERIS

0x9161  - GNSS 1 GPS Ephemeris

CH_FIELD_GNSS_1_GLONASS_EPHEMERIS

0x9162  - GNSS 1 GLONASS Ephemeris

CH_FIELD_GNSS_1_GALILEO_EPHEMERIS

0x9163  - GNSS 1 Galileo Ephemeris

CH_FIELD_GNSS_1_GPS_IONOSPHERIC_CORRECTION

0x9171  - GNSS 1 GPS Ionospheric Correction

CH_FIELD_GNSS_1_GALILEO_IONOSPHERIC_CORRECTION

0x9173  - GNSS 1 Galileo Ionospheric Correction

CH_FIELD_GNSS_1_SHARED_EVENT_SOURCE

0x91D0  - Event Source

CH_FIELD_GNSS_1_SHARED_TICKS

0x91D1  - Ticks

CH_FIELD_GNSS_1_SHARED_DELTA_TICKS

0x91D2  - Delta Ticks

CH_FIELD_GNSS_1_SHARED_GPS_TIMESTAMP

0x91D3  - GPS Timestamp

CH_FIELD_GNSS_1_SHARED_DELTA_TIMESTAMP

0x91D4  - Delta GPS Timestamp

CH_FIELD_GNSS_1_SHARED_REFERENCE_TIMESTAMP

0x91D5  - Internal Reference Timestamp

CH_FIELD_GNSS_1_SHARED_DELTA_REFERENCE_TIME

0x91D6  - Delta Internal Reference Time

CH_FIELD_GNSS_1_SHARED_EXTERNAL_TIMESTAMP

0x91D7  - External Timestamp

CH_FIELD_GNSS_1_SHARED_DELTA_EXTERNAL_TIME

0x91D8  - Delta External Time

CH_FIELD_GNSS_2_LLH_POSITION

0x9203  - GNSS 2 LLH Position

CH_FIELD_GNSS_2_ECEF_POSITION

0x9204  - GNSS 2 ECEF Position

CH_FIELD_GNSS_2_NED_VELOCITY

0x9205  - GNSS 2 NED Velocity

CH_FIELD_GNSS_2_ECEF_VELOCITY

0x9206  - GNSS 2 ECEF Velocity

CH_FIELD_GNSS_2_DOP

0x9207  - GNSS 2 DOP Data

CH_FIELD_GNSS_2_UTC_TIME

0x9208  - GNSS 2 UTC Time

CH_FIELD_GNSS_2_GPS_TIME

0x9209  - GNSS 2 GPS Time

CH_FIELD_GNSS_2_CLOCK_INFO

0x920A  - GNSS 2 Clock Information

CH_FIELD_GNSS_2_FIX_INFO

0x920B  - GNSS 2 Fix Information

CH_FIELD_GNSS_2_SPACE_VEHICLE_INFO

0x920C  - GNSS 2 Space Vehicle Information

CH_FIELD_GNSS_2_HARDWARE_STATUS

0x920D  - GNSS 2 Hardware Status

CH_FIELD_GNSS_2_DGNSS_INFO

0x920E  - GNSS 2 DGNSS Information

CH_FIELD_GNSS_2_DGNSS_CHANNEL_STATUS

0x920F  - GNSS 2 Individual DGNSS Channel Status Entry

CH_FIELD_GNSS_2_CLOCK_INFO_2

0x9210  - GNSS 2 Clock Info 2

CH_FIELD_GNSS_2_GPS_LEAP_SECONDS

0x9211  - GNSS 2 GPS Leap Seconds

CH_FIELD_GNSS_2_SBAS_INFO

0x9212  - GNSS 2 SBAS Info

CH_FIELD_GNSS_2_SBAS_CORRECTION

0x9213  - GNSS 2 SBAS Correction

CH_FIELD_GNSS_2_RF_ERROR_DETECTION

0x9214  - GNSS 2 RF Error Detection

CH_FIELD_GNSS_2_SATELLITE_STATUS

0x9220  - GNSS 2 Satellite Status

CH_FIELD_GNSS_2_RAW_OBSERVATION

0x9222  - GNSS 2 Raw Observation data

CH_FIELD_GNSS_2_STATION_INFO

0x9230  - GNSS 2 Base Station Info

CH_FIELD_GNSS_2_RTK_CORRECTIONS_STATUS

0x9231  - GNSS 2 RTK Corrections Status

CH_FIELD_GNSS_2_GPS_EPHEMERIS

0x9261  - GNSS 2 GPS Ephemeris

CH_FIELD_GNSS_2_GLONASS_EPHEMERIS

0x9262  - GNSS 2 GLONASS Ephemeris

CH_FIELD_GNSS_2_GALILEO_EPHEMERIS

0x9263  - GNSS 2 Galileo Ephemeris

CH_FIELD_GNSS_2_GPS_IONOSPHERIC_CORRECTION

0x9271  - GNSS 2 GPS Ionospheric Correction

CH_FIELD_GNSS_2_GALILEO_IONOSPHERIC_CORRECTION

0x9273  - GNSS 2 Galileo Ionospheric Correction

CH_FIELD_GNSS_2_SHARED_EVENT_SOURCE

0x92D0  - Event Source

CH_FIELD_GNSS_2_SHARED_TICKS

0x92D1  - Ticks

CH_FIELD_GNSS_2_SHARED_DELTA_TICKS

0x92D2  - Delta Ticks

CH_FIELD_GNSS_2_SHARED_GPS_TIMESTAMP

0x92D3  - GPS Timestamp

CH_FIELD_GNSS_2_SHARED_DELTA_TIMESTAMP

0x92D4  - Delta GPS Timestamp

CH_FIELD_GNSS_2_SHARED_REFERENCE_TIMESTAMP

0x92D5  - Internal Reference Timestamp

CH_FIELD_GNSS_2_SHARED_DELTA_REFERENCE_TIME

0x92D6  - Delta Internal Reference Time

CH_FIELD_GNSS_2_SHARED_EXTERNAL_TIMESTAMP

0x92D7  - External Timestamp

CH_FIELD_GNSS_2_SHARED_DELTA_EXTERNAL_TIME

0x92D8  - Delta External Time

CH_FIELD_GNSS_3_LLH_POSITION

0x9303  - GNSS 3 LLH Position

CH_FIELD_GNSS_3_ECEF_POSITION

0x9304  - GNSS 3 ECEF Position

CH_FIELD_GNSS_3_NED_VELOCITY

0x9305  - GNSS 3 NED Velocity

CH_FIELD_GNSS_3_ECEF_VELOCITY

0x9306  - GNSS 3 ECEF Velocity

CH_FIELD_GNSS_3_DOP

0x9307  - GNSS 3 DOP Data

CH_FIELD_GNSS_3_UTC_TIME

0x9308  - GNSS 3 UTC Time

CH_FIELD_GNSS_3_GPS_TIME

0x9309  - GNSS 3 GPS Time

CH_FIELD_GNSS_3_CLOCK_INFO

0x930A  - GNSS 3 Clock Information

CH_FIELD_GNSS_3_FIX_INFO

0x930B  - GNSS 3 Fix Information

CH_FIELD_GNSS_3_SPACE_VEHICLE_INFO

0x930C  - GNSS 3 Space Vehicle Information

CH_FIELD_GNSS_3_HARDWARE_STATUS

0x930D  - GNSS 3 Hardware Status

CH_FIELD_GNSS_3_DGNSS_INFO

0x930E  - GNSS 3 DGNSS Information

CH_FIELD_GNSS_3_DGNSS_CHANNEL_STATUS

0x930F  - GNSS 3 Individual DGNSS Channel Status Entry

CH_FIELD_GNSS_3_CLOCK_INFO_2

0x9310  - GNSS 3 Clock Info 2

CH_FIELD_GNSS_3_GPS_LEAP_SECONDS

0x9311  - GNSS 3 GPS Leap Seconds

CH_FIELD_GNSS_3_SBAS_INFO

0x9312  - GNSS 3 SBAS Info

CH_FIELD_GNSS_3_SBAS_CORRECTION

0x9313  - GNSS 3 SBAS Correction

CH_FIELD_GNSS_3_RF_ERROR_DETECTION

0x9314  - GNSS 3 RF Error Detection

CH_FIELD_GNSS_3_SATELLITE_STATUS

0x9320  - GNSS 3 Satellite Status

CH_FIELD_GNSS_3_RAW_OBSERVATION

0x9322  - GNSS 3 Raw Observation data

CH_FIELD_GNSS_3_STATION_INFO

0x9330  - GNSS 3 Base Station Info

CH_FIELD_GNSS_3_RTK_CORRECTIONS_STATUS

0x9331  - GNSS 3 RTK Corrections Status

CH_FIELD_GNSS_3_GPS_EPHEMERIS

0x9361  - GNSS 3 GPS Ephemeris

CH_FIELD_GNSS_3_GLONASS_EPHEMERIS

0x9362  - GNSS 3 GLONASS Ephemeris

CH_FIELD_GNSS_3_GALILEO_EPHEMERIS

0x9363  - GNSS 3 Galileo Ephemeris

CH_FIELD_GNSS_3_GPS_IONOSPHERIC_CORRECTION

0x9371  - GNSS 3 GPS Ionospheric Correction

CH_FIELD_GNSS_3_GALILEO_IONOSPHERIC_CORRECTION

0x9373  - GNSS 3 Galileo Ionospheric Correction

CH_FIELD_GNSS_3_SHARED_EVENT_SOURCE

0x93D0  - Event Source

CH_FIELD_GNSS_3_SHARED_TICKS

0x93D1  - Ticks

CH_FIELD_GNSS_3_SHARED_DELTA_TICKS

0x93D2  - Delta Ticks

CH_FIELD_GNSS_3_SHARED_GPS_TIMESTAMP

0x93D3  - GPS Timestamp

CH_FIELD_GNSS_3_SHARED_DELTA_TIMESTAMP

0x93D4  - Delta GPS Timestamp

CH_FIELD_GNSS_3_SHARED_REFERENCE_TIMESTAMP

0x93D5  - Internal Reference Timestamp

CH_FIELD_GNSS_3_SHARED_DELTA_REFERENCE_TIME

0x93D6  - Delta Internal Reference Time

CH_FIELD_GNSS_3_SHARED_EXTERNAL_TIMESTAMP

0x93D7  - External Timestamp

CH_FIELD_GNSS_3_SHARED_DELTA_EXTERNAL_TIME

0x93D8  - Delta External Time

CH_FIELD_GNSS_4_LLH_POSITION

0x9403  - GNSS 4 LLH Position

CH_FIELD_GNSS_4_ECEF_POSITION

0x9404  - GNSS 4 ECEF Position

CH_FIELD_GNSS_4_NED_VELOCITY

0x9405  - GNSS 4 NED Velocity

CH_FIELD_GNSS_4_ECEF_VELOCITY

0x9406  - GNSS 4 ECEF Velocity

CH_FIELD_GNSS_4_DOP

0x9407  - GNSS 4 DOP Data

CH_FIELD_GNSS_4_UTC_TIME

0x9408  - GNSS 4 UTC Time

CH_FIELD_GNSS_4_GPS_TIME

0x9409  - GNSS 4 GPS Time

CH_FIELD_GNSS_4_CLOCK_INFO

0x940A  - GNSS 4 Clock Information

CH_FIELD_GNSS_4_FIX_INFO

0x940B  - GNSS 4 Fix Information

CH_FIELD_GNSS_4_SPACE_VEHICLE_INFO

0x940C  - GNSS 4 Space Vehicle Information

CH_FIELD_GNSS_4_HARDWARE_STATUS

0x940D  - GNSS 4 Hardware Status

CH_FIELD_GNSS_4_DGNSS_INFO

0x940E  - GNSS 4 DGNSS Information

CH_FIELD_GNSS_4_DGNSS_CHANNEL_STATUS

0x940F  - GNSS 4 Individual DGNSS Channel Status Entry

CH_FIELD_GNSS_4_CLOCK_INFO_2

0x9410  - GNSS 4 Clock Info 2

CH_FIELD_GNSS_4_GPS_LEAP_SECONDS

0x9411  - GNSS 4 GPS Leap Seconds

CH_FIELD_GNSS_4_SBAS_INFO

0x9412  - GNSS 4 SBAS Info

CH_FIELD_GNSS_4_SBAS_CORRECTION

0x9413  - GNSS 4 SBAS Correction

CH_FIELD_GNSS_4_RF_ERROR_DETECTION

0x9414  - GNSS 4 RF Error Detection

CH_FIELD_GNSS_4_SATELLITE_STATUS

0x9420  - GNSS 4 Satellite Status

CH_FIELD_GNSS_4_RAW_OBSERVATION

0x9422  - GNSS 4 Raw Observation data

CH_FIELD_GNSS_4_STATION_INFO

0x9430  - GNSS 4 Base Station Info

CH_FIELD_GNSS_4_RTK_CORRECTIONS_STATUS

0x9431  - GNSS 4 RTK Corrections Status

CH_FIELD_GNSS_4_GPS_EPHEMERIS

0x9461  - GNSS 4 GPS Ephemeris

CH_FIELD_GNSS_4_GLONASS_EPHEMERIS

0x9462  - GNSS 4 GLONASS Ephemeris

CH_FIELD_GNSS_4_GALILEO_EPHEMERIS

0x9463  - GNSS 4 Galileo Ephemeris

CH_FIELD_GNSS_4_GPS_IONOSPHERIC_CORRECTION

0x9471  - GNSS 4 GPS Ionospheric Correction

CH_FIELD_GNSS_4_GALILEO_IONOSPHERIC_CORRECTION

0x9473  - GNSS 4 Galileo Ionospheric Correction

CH_FIELD_GNSS_4_SHARED_EVENT_SOURCE

0x94D0  - Event Source

CH_FIELD_GNSS_4_SHARED_TICKS

0x94D1  - Ticks

CH_FIELD_GNSS_4_SHARED_DELTA_TICKS

0x94D2  - Delta Ticks

CH_FIELD_GNSS_4_SHARED_GPS_TIMESTAMP

0x94D3  - GPS Timestamp

CH_FIELD_GNSS_4_SHARED_DELTA_TIMESTAMP

0x94D4  - Delta GPS Timestamp

CH_FIELD_GNSS_4_SHARED_REFERENCE_TIMESTAMP

0x94D5  - Internal Reference Timestamp

CH_FIELD_GNSS_4_SHARED_DELTA_REFERENCE_TIME

0x94D6  - Delta Internal Reference Time

CH_FIELD_GNSS_4_SHARED_EXTERNAL_TIMESTAMP

0x94D7  - External Timestamp

CH_FIELD_GNSS_4_SHARED_DELTA_EXTERNAL_TIME

0x94D8  - Delta External Time

CH_FIELD_GNSS_5_LLH_POSITION

0x9503  - GNSS 5 LLH Position

CH_FIELD_GNSS_5_ECEF_POSITION

0x9504  - GNSS 5 ECEF Position

CH_FIELD_GNSS_5_NED_VELOCITY

0x9505  - GNSS 5 NED Velocity

CH_FIELD_GNSS_5_ECEF_VELOCITY

0x9506  - GNSS 5 ECEF Velocity

CH_FIELD_GNSS_5_DOP

0x9507  - GNSS 5 DOP Data

CH_FIELD_GNSS_5_UTC_TIME

0x9508  - GNSS 5 UTC Time

CH_FIELD_GNSS_5_GPS_TIME

0x9509  - GNSS 5 GPS Time

CH_FIELD_GNSS_5_CLOCK_INFO

0x950A  - GNSS 5 Clock Information

CH_FIELD_GNSS_5_FIX_INFO

0x950B  - GNSS 5 Fix Information

CH_FIELD_GNSS_5_SPACE_VEHICLE_INFO

0x950C  - GNSS 5 Space Vehicle Information

CH_FIELD_GNSS_5_HARDWARE_STATUS

0x950D  - GNSS 5 Hardware Status

CH_FIELD_GNSS_5_DGNSS_INFO

0x950E  - GNSS 5 DGNSS Information

CH_FIELD_GNSS_5_DGNSS_CHANNEL_STATUS

0x950F  - GNSS 5 Individual DGNSS Channel Status Entry

CH_FIELD_GNSS_5_CLOCK_INFO_2

0x9510  - GNSS 5 Clock Info 2

CH_FIELD_GNSS_5_GPS_LEAP_SECONDS

0x9511  - GNSS 5 GPS Leap Seconds

CH_FIELD_GNSS_5_SBAS_INFO

0x9512  - GNSS 5 SBAS Info

CH_FIELD_GNSS_5_SBAS_CORRECTION

0x9513  - GNSS 5 SBAS Correction

CH_FIELD_GNSS_5_RF_ERROR_DETECTION

0x9514  - GNSS 5 RF Error Detection

CH_FIELD_GNSS_5_SATELLITE_STATUS

0x9520  - GNSS 5 Satellite Status

CH_FIELD_GNSS_5_RAW_OBSERVATION

0x9522  - GNSS 5 Raw Observation data

CH_FIELD_GNSS_5_STATION_INFO

0x9530  - GNSS 5 Base Station Info

CH_FIELD_GNSS_5_RTK_CORRECTIONS_STATUS

0x9531  - GNSS 5 RTK Corrections Status

CH_FIELD_GNSS_5_GPS_EPHEMERIS

0x9561  - GNSS 5 GPS Ephemeris

CH_FIELD_GNSS_5_GLONASS_EPHEMERIS

0x9562  - GNSS 5 GLONASS Ephemeris

CH_FIELD_GNSS_5_GALILEO_EPHEMERIS

0x9563  - GNSS 5 Galileo Ephemeris

CH_FIELD_GNSS_5_GPS_IONOSPHERIC_CORRECTION

0x9571  - GNSS 5 GPS Ionospheric Correction

CH_FIELD_GNSS_5_GALILEO_IONOSPHERIC_CORRECTION

0x9573  - GNSS 5 Galileo Ionospheric Correction

CH_FIELD_GNSS_5_SHARED_EVENT_SOURCE

0x95D0  - Event Source

CH_FIELD_GNSS_5_SHARED_TICKS

0x95D1  - Ticks

CH_FIELD_GNSS_5_SHARED_DELTA_TICKS

0x95D2  - Delta Ticks

CH_FIELD_GNSS_5_SHARED_GPS_TIMESTAMP

0x95D3  - GPS Timestamp

CH_FIELD_GNSS_5_SHARED_DELTA_TIMESTAMP

0x95D4  - Delta GPS Timestamp

CH_FIELD_GNSS_5_SHARED_REFERENCE_TIMESTAMP

0x95D5  - Internal Reference Timestamp

CH_FIELD_GNSS_5_SHARED_DELTA_REFERENCE_TIME

0x95D6  - Delta Internal Reference Time

CH_FIELD_GNSS_5_SHARED_EXTERNAL_TIMESTAMP

0x95D7  - External Timestamp

CH_FIELD_GNSS_5_SHARED_DELTA_EXTERNAL_TIME

0x95D8  - Delta External Time

CH_FIELD_SYSTEM_BUILT_IN_TEST

0xA001  - Built-In Test (BIT)

CH_FIELD_SYSTEM_TIME_SYNC_STATUS

0xA002  - Time Sync Status

CH_FIELD_SYSTEM_GPIO_STATE

0xA003  - GPIO State

CH_FIELD_SYSTEM_SHARED_EVENT_SOURCE

0xA0D0  - Event Source

CH_FIELD_SYSTEM_SHARED_TICKS

0xA0D1  - Ticks

CH_FIELD_SYSTEM_SHARED_DELTA_TICKS

0xA0D2  - Delta Ticks

CH_FIELD_SYSTEM_SHARED_GPS_TIMESTAMP

0xA0D3  - GPS Timestamp

CH_FIELD_SYSTEM_SHARED_DELTA_TIMESTAMP

0xA0D4  - Delta GPS Timestamp

CH_FIELD_SYSTEM_SHARED_REFERENCE_TIMESTAMP

0xA0D5  - Internal Reference Timestamp

CH_FIELD_SYSTEM_SHARED_DELTA_REFERENCE_TIME

0xA0D6  - Delta Internal Reference Time

CH_FIELD_SYSTEM_SHARED_EXTERNAL_TIMESTAMP

0xA0D7  - External Timestamp

CH_FIELD_SYSTEM_SHARED_DELTA_EXTERNAL_TIME

0xA0D8  - Delta External Time

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- -
-
Constants
-
- -
-
MIN_SHARED_FIELD_DESCRIPTOR
-

The minimum descriptor that marks the start of available shared data field descriptors. If a field descriptor is above 0xD0 it is shared.

-
- -
-
Types
-
- -
-
ChannelQualifier
-

The enums for different MIP Channel Qualifiers.  This combined with the ChannelField produces a unique identifier for each individual channel that is collected.

CH_UNKNOWN

0  - Unknown Channel

CH_X

1  - X

CH_Y

2  - Y

CH_Z

3  - Z

CH_MATRIX

4  - Matrix

CH_QUATERNION

5  - Quaternion

CH_ROLL

6  - Roll

CH_PITCH

7  - Pitch

CH_YAW

8  - Yaw

CH_TICK

9  - Tick

CH_TIMESTAMP

10  - Timestamp

CH_STATUS

11  - Status

CH_TIME_OF_WEEK

12  - Time of Week

CH_WEEK_NUMBER

13  - Week Number

CH_LATITUDE

14  - Latitude

CH_LONGITUDE

15  - Longitude

CH_HEIGHT_ABOVE_ELLIPSOID

16  - Height Above Ellipsoid

CH_HEIGHT_ABOVE_MSL

17  - Height Above MSL

CH_HEIGHT

81  - Height (Other reference point)

CH_HORIZONTAL_ACCURACY

18  - Horizontal Accuracy

CH_VERTICAL_ACCURACY

19  - Vertical Accuracy

CH_POSITION_ACCURACY

20  - Position Accuracy

CH_NORTH

21  - North

CH_EAST

22  - East

CH_DOWN

23  - Down

CH_SPEED

24  - Speed

CH_GROUND_SPEED

25  - Ground Speed

CH_HEADING

26  - Heading

CH_SPEED_ACCURACY

27  - Speed Accuracy

CH_HEADING_ACCURACY

28  - Heading Accuracy

CH_VELOCITY_ACCURACY

29  - Velocity Accuracy

CH_GEOMETRIC_DOP

30  - Geometric DOP

CH_POSITION_DOP

31  - Position DOP

CH_HORIZONTAL_DOP

32  - Horizontal DOP

CH_VERTICAL_DOP

33  - Vertical DOP

CH_TIME_DOP

34  - Time DOP

CH_NORTHING_DOP

35  - Northing DOP

CH_EASTING_DOP

36  - Easting DOP

CH_FLAGS

37  - Flags

CH_BIAS

38  - Bias

CH_DRIFT

39  - Drift

CH_ACCURACY_ESTIMATE

40  - Accuracy Estimate

CH_FIX_TYPE

41  - Fix Type

CH_SV_COUNT

42  - Number of Space Vehicles used for solution

CH_CHANNEL

43  - Channel Number

CH_ID

44  - ID Number

CH_CARRIER_TO_NOISE_RATIO

45  - Carrier to Noise Ratio

CH_AZIMUTH

46  - Azimuth

CH_ELEVATION

47  - Elevation

CH_SENSOR_STATE

48  - Sensor State

CH_ANTENNA_STATE

49  - Antenna State

CH_ANTENNA_POWER

50  - Antenna Power

CH_FILTER_STATE

51  - Filter State

CH_DYNAMICS_MODE

52  - Dynamics Mode

CH_MAGNITUDE

53  - Magnitude

CH_HEADING_UNCERTAINTY

54  - Heading Uncertainty

CH_SOURCE

55  - Source

CH_INCLINATION

56  - Inclination

CH_DECLINATION

57  - Declination

CH_PRESSURE

58  - Pressure

CH_AGE

59  - Age

CH_NUM_CHANNELS

60  - Number of Channels

CH_CORRECTION

61  - Correction

CH_RATE_CORRECTION

62  - Rate Correction

CH_GEOMETRIC_ALTITUDE

63  - Geometric Altitude

CH_GEOPOTENTIAL_ALTITUDE

64  - Geopotential Altitude

CH_TEMPERATURE

65  - Temperature

CH_DENSITY

66  - Density

CH_ALTITUDE

67  - Altitude

CH_DISPLACEMENT

68  - Displacement

CH_MAX_TEMP

69  - Max Temp

CH_MIN_TEMP

70  - Min Temp

CH_MEAN_TEMP

71  - Mean Temp

CH_BIAS_ACCURACY_ESTIMATE

72  - Bias Accuracy Estimate

CH_DRIFT_ACCURACY_ESTIMATE

73  - Drift Accuracy Estimate

CH_SECONDS

74  - Seconds

CH_NUM_PACKETS

76  - Num Packets

CH_GPS_CORRECTION_LATENCY

77  - GPS Correction Latency

CH_GLONASS_CORRECTION_LATENCY

78  - Glonass Correction Latency

CH_GALILEO_CORRECTION_LATENCY

79  - Galileo Correction Latency

CH_BEIDOU_CORRECTION_LATENCY

80  - Beidou Correction Latency

CH_HEALTH

82  - Satellite Health

CH_INDEX

83  - Index

CH_COUNT

84  - Count

CH_SIGNAL_STRENGTH

85  - Signal Strength

CH_SIGNAL_QUALITY

86  - Signal Quality

CH_RANGE

87  - Range

CH_RANGE_UNC

88  - Range Uncertainty

CH_ALPHA

90  - Alpha

CH_BETA

91  - Beta

CH_DISTURBANCE_FLAGS

92  - Disturbance Flags

CH_CARRIER_PHASE

93  - Carrier Phase

CH_CARRIER_PHASE_UNC

94  - Carrier Phase Uncertainty

CH_DOPPLER

95  - Doppler

CH_DOPPLER_UNC

96  - Doppler Uncertainty

CH_DELTA_TIME

97  - Delta Time

CH_DELTA_TICK

98  - Delta Tick

CH_ERROR

99  - Measurement Error

CH_ERROR_UNC

100 - Measurement Error Uncertainty

CH_W

101 - W

CH_M0

102 - Matrix M0

CH_M1

103 - Matrix M1

CH_M2

104 - Matrix M2

CH_M3

105 - Matrix M3

CH_M4

106 - Matrix M4

CH_M5

107 - Matrix M5

CH_M6

108 - Matrix M6

CH_M7

109 - Matrix M7

CH_M8

110 - Matrix M8

CH_NANOSECONDS

111 - Nanoseconds

CH_VALID_FLAGS

112 - Valid Flags

CH_PPS_VALID

113 - PPS Valid

CH_LAST_PPS

114 - Last PPS Received

CH_UDREI

115 - User Differential Range Error Index

CH_PSEUDORANGE_CORRECTION

116 - Pseudorange Correction

CH_IONOSPHERIC_CORRECTION

117 - Ionospheric Correction

CH_JAMMING_STATE

118 - Jamming State

CH_SPOOFING_STATE

119 - Spoofing State

CH_SYSTEM_ID

120 - System ID (GNSS, SBAS, etc.)

CH_SATELLITE_ID

121 - Satellite ID (GNSS, SBAS, etc.)

CH_BIT_SYSTEM_GENERAL

248 - Built In Test System General

CH_BIT_SYSTEM_PROCESS

249 - Built In Test System Process

CH_BIT_IMU_GENERAL

250 - Built In Test IMU General

CH_BIT_IMU_SENSORS

251 - Built In Test IMU Sensors

CH_BIT_IMU_FACTORY_BITS

252 - Built in Test IMU Factory Bits Valid

CH_BIT_FILTER_GENERAL

253 - Built In Test Est Filter General

CH_BIT_GNSS_GENERAL

254 - Built In Test GNSS General

CH_BIT_GNSS_RECEIVERS

255 - Built In Test GNSS Receivers

-
- -
-
MipChannelFields
-

A vector of ChannelField enums.

-
- -
-
MipCommands
-

A vector of Command enums.

-
- -
-
MipDataClasses
-

A vector of DataClass enums.

-
- -
-
ChannelIndex
-

A ChannelQualifier, int pair indicating the index value of the qualifier in a channel field.

-
- -
-
ChannelIndices
-

A list of ChannelIndex values

-
- -
-
ChannelFieldQualifiers
-

A map of ChannelField values and their associated ChannelIndices

-
- -
-
ChannelId
-

A typedef for a ChannelField, ChannelQualifier pair.

-
- -
-
Functions
-
- -
-
channelFieldToDataClass
-
static DataClass channelFieldToDataClass(
MipTypes::ChannelField channelField
)
-

Gets the DataClass for a MipTypes::ChannelField.

Parameters
channelId

The MipTypes::ChannelField to get the category for.

Returns

The DataClass for the given channel ID.

-
- -
-
channelName
-
static std::string channelName(
ChannelField field,
ChannelQualifier qualifier
)
-

Gets the name of the specified ChannelId.  This is the universal channel name that should be used for uploading to SensorCloud.

Parameters
field
ChannelField

The ChannelField of the channel.

qualifier
ChannelQualifier

The ChannelQualifier of the channel.

Returns

The universal name of the channel.

Exceptions
-
- -
-
getChannelFields_allDataClasses
-
static MipChannelFields getChannelFields_allDataClasses(
ChannelField chField
)
-

Get a list of ChannelFields representing the same descriptor/channel field across all GNSS data classes

Parameters
chField
ChannelField

the ChannelField value to convert

Returns
MipChannelFields

list of channel fields representing the same descriptor in each of the GNSS data classes (including the original value)

-
- -
-
getChannelField_baseDataClass
-
static ChannelField getChannelField_baseDataClass(
ChannelField chField
)
-

Gets the ChannelField representing the provided channel field's equivalent in the original GNSS data class (0x81)

Parameters
chField
ChannelField

the ChannelField value to convert

Returns
ChannelField

the provided channel field's equivalent in the original GNSS data class (0x81)

-
- -
-
getChannelField_toDataClass
-
static ChannelField getChannelField_toDataClass(
ChannelField chField,
DataClass dataClass
)
-

Gets the ChannelField representing the provided channel field's equivalent in the specified DataClass

Parameters
chField
ChannelField

the ChannelField value to convert

dataClass
DataClass

the DataClass to convert the channel field to

Returns
ChannelField

the provided channel field's equivalent in the specified data class

-
- -
-
getChannelNamePrependText
-
static std::string getChannelNamePrependText(
ChannelField chField
)
-

Gets the text to prepend the channel name to distinguish between different GNSS data classes

Parameters
chField
ChannelField

the ChannelField to get the channel name of

Returns
string

text to prepend the channel name

-
- -
-
getChannelNameAppendText
-
static std::string getChannelNameAppendText(
ChannelField chField
)
-

Gets the text to append to the channel name to distinguish between different shared data fields

Parameters
chField
ChannelField

the ChannelField to get the channel name of

Returns
string

text to append to the channel name

-
- -
-
isGnssChannelField
-
static bool isGnssChannelField(
ChannelField chField
)
-

Checks whether the provided ChannelField is within a GNSS data set.

Parameters
chField
ChannelField

the ChannelField value to check

Returns
bool

true if chField is GNSS data, false if it is not

-
- -
-
isSharedChannelField
-
static bool isSharedChannelField(
ChannelField chField
)
-

Checks whether the provided ChannelField is a shared field amongst all inertial data sets.

Parameters
chField
ChannelField

the ChannelField value to check

Returns
bool

true if chField is a shared data field, false if it is not

-
- -
-
channelFieldQualifiers
-
static ChannelFieldQualifiers channelFieldQualifiers(
const MipChannelFields &fields
)
-

Gets a map of ChannelField values with all associated ChannelQualifier values and their index within the field.

Parameters
fields
const MipChannelFields&

MipChannelFields to include if found.

Returns

A map of ChannelField and their respective ChannelIndex values.

-
- -
-
channelFieldQualifier
-
static ChannelQualifier channelFieldQualifier(
ChannelField field,
uint8 index
)
-

Gets the ChannelQualifier of the ChannelField for the specified index.

Parameters
field
ChannelField

target ChannelField.

index
uint8

1-based index within the field to lookup

Returns

A ChannelQualifier that corresponds to the index or CH_UNKNOWN if not found.

-
- -
-
channelFieldQualifierIndex
-
static uint8 channelFieldQualifierIndex(
ChannelField field,
ChannelQualifier qualifier
)
-

Gets the index of the ChannelQualifier in the ChannelField.

Parameters
field
ChannelField

target ChannelField.

qualifier
ChannelQualifier

ChannelQualifier within the field to lookup the index of

Returns

The 1-based index of the specified ChannelQualifier in the ChannelField, or 0 if the ChannelQualifier isn't in the ChannelField.

-
- -
-
findChannelIndex
-
static ChannelIndex findChannelIndex(
ChannelField field,
ChannelQualifier qualifier,
uint8 index
)
-

Lookup channel index for given ChannelField based on either qualifier or index If qualifier known, pass in index 0 If index known, pass in qualifier UNKNOWN

-
- -
-
Constants
-
- -
-
CHANNEL_NAMES
-

An unordered_map mapping each ChannelId to its respective name (universal SensorCloud name).

-
- -
-
CHANNEL_INDICES
-

A map mapping each ChannelField's ChannelQualifier to its respective index.

-
- -
-
Functions
-
- -
-
GNSS_DATA_CLASSES
-
static std::vector<DataClass> GNSS_DATA_CLASSES()
-

vector of DataClass values containing all GNSS data class descriptors that have the same field descriptors.  was a const but ran into static initialization order issues with registering GNSS field parsers.

-
- -
-
INERTIAL_DATA_CLASSES
-
static std::vector<DataClass> INERTIAL_DATA_CLASSES()
-

vector of DataClass values containing all inertial data class descriptors that have the same field descriptors.  was a const but ran into static initialization order issues with registering shared field parsers.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Mip_SetToIdle-Summary.js b/v66.0.1/MSCL_Docs/classes/C/Mip_SetToIdle-Summary.js deleted file mode 100644 index d1d753244..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Mip_SetToIdle-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:Mip_SetToIdle","Mip_SetToIdle");NDSummary.OnSummaryLoaded("CClass:Mip_SetToIdle",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[2813,0,0,"Mip_SetToIdle"],[2814,0,3,"Constants","Constants"],[2815,0,1,"Packet Bytes","Packet_Bytes"],[2816,0,1,,"CMD_ID"],[2817,0,3,"Functions","Functions"],[2818,0,2,"buildCommand","buildCommand"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Mip_SetToIdle-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Mip_SetToIdle-SummaryToolTips.js deleted file mode 100644 index e60b5ea20..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Mip_SetToIdle-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:Mip_SetToIdle",{2813:"
Mip_SetToIdle
Contains the logic for the MIP "Set to Idle" command.
",2818:"
static ByteStream buildCommand()
Builds the command packet.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Mip_SetToIdle-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Mip_SetToIdle-ToolTips.js deleted file mode 100644 index a9de5ee2c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Mip_SetToIdle-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3171:"
The enums for all of the different MIP commands.
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Mip_SetToIdle.html b/v66.0.1/MSCL_Docs/classes/C/Mip_SetToIdle.html deleted file mode 100644 index c0d8f1e10..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Mip_SetToIdle.html +++ /dev/null @@ -1,36 +0,0 @@ - - -Mip_SetToIdle - - - - - - - -
-
Mip_SetToIdle
-
Mip_SetToIdle
-

Contains the logic for the MIP "Set to Idle" command.

-
- -
-
Constants
-
- -
-
Packet Bytes
-
CMD_ID

CMD_SET_IDLE  - The MipTypes::Command for this command

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand()
-

Builds the command packet.

Returns

A ByteStream containing the SetToIdle command packet.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MockBaseStation_Impl-Summary.js b/v66.0.1/MSCL_Docs/classes/C/MockBaseStation_Impl-Summary.js deleted file mode 100644 index afad618e9..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MockBaseStation_Impl-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:MockBaseStation_Impl","MockBaseStation_Impl");NDSummary.OnSummaryLoaded("CClass:MockBaseStation_Impl",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[8553,0,0,"MockBaseStation_Impl"],[8554,0,2,"Functions","Functions"],[8555,0,1,"MockBaseStation_Impl","MockBaseStation_Impl"],[8556,0,1,"~BaseStation_Impl","~BaseStation_Impl"],[8557,0,2,"Variables","Variables"],[8558,0,3,"m_info","m_info"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MockBaseStation_Impl-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/MockBaseStation_Impl-SummaryToolTips.js deleted file mode 100644 index a6ee46d77..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MockBaseStation_Impl-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:MockBaseStation_Impl",{8553:"
MockBaseStation_Impl
Contains the Mock implementation for a BaseStation object.
",8555:"
MockBaseStation_Impl(
const BaseStationInfo &info
)
Creates a MockBaseStation_Impl object.
",8556:"
Destroys the BaseStation object
",8558:"
BaseStationInfo m_info
The BaseStationInfo for the MockBaseStation to use when needed.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MockBaseStation_Impl-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/MockBaseStation_Impl-ToolTips.js deleted file mode 100644 index 73494b336..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MockBaseStation_Impl-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({9496:"
Holds information about a BaseStation.
",9507:"
BaseStation_Impl
Contains the implementation for a BaseStation object.
",9710:"
BaseStation
Represents a MicroStrain Base Station object
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MockBaseStation_Impl.html b/v66.0.1/MSCL_Docs/classes/C/MockBaseStation_Impl.html deleted file mode 100644 index 58c8d52de..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MockBaseStation_Impl.html +++ /dev/null @@ -1,42 +0,0 @@ - - -MockBaseStation_Impl - - - - - - - -
-
MockBaseStation_Impl
-
public
BaseStation_Impl
MockBaseStation_Impl
-

Contains the Mock implementation for a BaseStation object.

-
- -
-
Functions
-
- -
-
MockBaseStation_Impl
-
MockBaseStation_Impl(
const BaseStationInfo &info
)
-

Creates a MockBaseStation_Impl object.

Parameters
info
const BaseStationInfo&

The BaseStationInfo describing this BaseStation.

-
- -
-
~BaseStation_Impl
-

Destroys the BaseStation object

-
- -
-
Variables
-
- -
-
m_info
- -

The BaseStationInfo for the MockBaseStation to use when needed.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MockConnection-Summary.js b/v66.0.1/MSCL_Docs/classes/C/MockConnection-Summary.js deleted file mode 100644 index ca2b0ba3b..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MockConnection-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:MockConnection","MockConnection");NDSummary.OnSummaryLoaded("CClass:MockConnection",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[110,0,0,"MockConnection"],[111,0,2,"Functions","Functions"],[112,0,1,"MockConnection","MockConnection"],[113,0,1,"~MockConnection","~MockConnection"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MockConnection-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/MockConnection-SummaryToolTips.js deleted file mode 100644 index 4edd27791..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MockConnection-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:MockConnection",{110:"
MockConnection
A Connection_Impl_Base derived class for creating a Mock connection.
",112:"
MockConnection()
Initializes the MockConnection object.
",113:"
virtual ~MockConnection()
Destroys the MockConnection object
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MockConnection-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/MockConnection-ToolTips.js deleted file mode 100644 index 65bc6a00b..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MockConnection-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({162:"
Connection_Impl_Base
An Abstract Base Class for various connection types.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MockConnection.html b/v66.0.1/MSCL_Docs/classes/C/MockConnection.html deleted file mode 100644 index cf6a7a6c0..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MockConnection.html +++ /dev/null @@ -1,33 +0,0 @@ - - -MockConnection - - - - - - - -
-
MockConnection
-
MockConnection
-

A Connection_Impl_Base derived class for creating a Mock connection.

-
- -
-
Functions
-
- -
-
MockConnection
-
MockConnection()
-

Initializes the MockConnection object.

-
- -
-
~MockConnection
-
virtual ~MockConnection()
-

Destroys the MockConnection object

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MockNodeEeprom-Summary.js b/v66.0.1/MSCL_Docs/classes/C/MockNodeEeprom-Summary.js deleted file mode 100644 index e48bf06d7..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MockNodeEeprom-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:MockNodeEeprom","MockNodeEeprom");NDSummary.OnSummaryLoaded("CClass:MockNodeEeprom",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[6111,0,0,"MockNodeEeprom"],[6112,0,2,"Functions","Functions"],[6113,0,1,"Eeprom","Eeprom"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MockNodeEeprom-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/MockNodeEeprom-SummaryToolTips.js deleted file mode 100644 index d5065ddee..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MockNodeEeprom-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:MockNodeEeprom",{6111:"
MockNodeEeprom
Used as a Mock object for reading and writing to Wireless Nodes\' eeproms, which just uses the cache for this Mock object.
",6113:"
MockNodeEeprom(
const WirelessNode_Impl *node,
const BaseStation &base,
const NodeEepromSettings &settings
)
Creates an Eeprom object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MockNodeEeprom-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/MockNodeEeprom-ToolTips.js deleted file mode 100644 index f3488006b..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MockNodeEeprom-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6092:"
The settings for the NodeEeprom object.
",6097:"
NodeEeprom
Used to read and write to Wireless Nodes\' eeproms and provide caching functionality.
",9207:"
WirelessNode_Impl
Contains the implementation logic for a WirelessNode.  Most WirelessNode commands call these commands.
",9710:"
BaseStation
Represents a MicroStrain Base Station object
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MockNodeEeprom.html b/v66.0.1/MSCL_Docs/classes/C/MockNodeEeprom.html deleted file mode 100644 index b2535f1e4..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MockNodeEeprom.html +++ /dev/null @@ -1,27 +0,0 @@ - - -MockNodeEeprom - - - - - - - -
-
MockNodeEeprom
-
public
NodeEeprom
MockNodeEeprom
-

Used as a Mock object for reading and writing to Wireless Nodes' eeproms, which just uses the cache for this Mock object.

-
- -
-
Functions
-
- -
-
Eeprom
-
MockNodeEeprom(
const WirelessNode_Impl *node,
const BaseStation &base,
const NodeEepromSettings &settings
)
-

Creates an Eeprom object.

Parameters
nodeAddress

The address of the Node to access the Eeprom of.

base
const BaseStation&

The BaseStation to use for communicating with the Node.

settings
const NodeEepromSettings&

The NodeEepromSettings to use.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MockWirelessNode_Impl-Summary.js b/v66.0.1/MSCL_Docs/classes/C/MockWirelessNode_Impl-Summary.js deleted file mode 100644 index 4ce508416..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MockWirelessNode_Impl-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:MockWirelessNode_Impl","MockWirelessNode_Impl");NDSummary.OnSummaryLoaded("CClass:MockWirelessNode_Impl",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[8548,0,0,"MockWirelessNode_Impl"],[8549,0,2,"Functions","Functions"],[8550,0,1,"WirelessNode_Impl","WirelessNode_Impl"],[8551,0,2,"Variables","Variables"],[8552,0,3,"m_info","m_info"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MockWirelessNode_Impl-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/MockWirelessNode_Impl-SummaryToolTips.js deleted file mode 100644 index dff0ad479..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MockWirelessNode_Impl-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:MockWirelessNode_Impl",{8548:"
MockWirelessNode_Impl
Contains the Mock implementation logic for a WirelessNode.
",8550:"
MockWirelessNode_Impl(
NodeAddress nodeAddress,
const BaseStation &basestation,
const NodeInfo &info
)
Creates a WirelessNode_Impl object.
",8552:"
NodeInfo m_info
The NodeInfo for the MockWirelessNode to use when needed.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MockWirelessNode_Impl-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/MockWirelessNode_Impl-ToolTips.js deleted file mode 100644 index f34678d6c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MockWirelessNode_Impl-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6858:"
Holds information (read from eeprom) about a WirelessNode.
",9207:"
WirelessNode_Impl
Contains the implementation logic for a WirelessNode.  Most WirelessNode commands call these commands.
",9710:"
BaseStation
Represents a MicroStrain Base Station object
",10245:"
typedef for a Node\'s node address.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/MockWirelessNode_Impl.html b/v66.0.1/MSCL_Docs/classes/C/MockWirelessNode_Impl.html deleted file mode 100644 index 2c52d3257..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/MockWirelessNode_Impl.html +++ /dev/null @@ -1,37 +0,0 @@ - - -MockWirelessNode_Impl - - - - - - - -
-
MockWirelessNode_Impl
-
public
WirelessNode_Impl
MockWirelessNode_Impl
-

Contains the Mock implementation logic for a WirelessNode.

-
- -
-
Functions
-
- -
-
WirelessNode_Impl
-
MockWirelessNode_Impl(
NodeAddress nodeAddress,
const BaseStation &basestation,
const NodeInfo &info
)
-

Creates a WirelessNode_Impl object.

Parameters
nodeAddress
NodeAddress

the node address of the node

basestation
const BaseStation&

the node's parent Base Station

info
const NodeInfo&

The NodeInfo of the Node

-
- -
-
Variables
-
- -
-
m_info
-
NodeInfo m_info
-

The NodeInfo for the MockWirelessNode to use when needed.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NmeaMessageFormat-Summary.js b/v66.0.1/MSCL_Docs/classes/C/NmeaMessageFormat-Summary.js deleted file mode 100644 index df4dae649..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NmeaMessageFormat-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:NmeaMessageFormat","NmeaMessageFormat");NDSummary.OnSummaryLoaded("CClass:NmeaMessageFormat",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Enums","Enumeration"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[1914,0,0,"NmeaMessageFormat"],[1915,0,4,"Constants","Constants"],[1916,0,1,"MAX_MESSAGES","MAX_MESSAGES"],[1917,0,4,"Types","Types"],[1918,0,2,"SentenceType","SentenceType"],[1919,0,1,,"GGA"],[1920,0,1,,"GLL"],[1921,0,1,,"GSV"],[1922,0,1,,"RMC"],[1923,0,1,,"VTG"],[1924,0,1,,"HDT"],[1925,0,1,,"ZDA"],[1926,0,1,,"MSRA"],[1927,0,1,,"MSRR"],[1928,0,2,"Talker","Talker"],[1929,0,1,,"IGNORED"],[1930,0,1,,"GNSS"],[1931,0,1,,"GPS"],[1932,0,1,,"GALILEO"],[1933,0,1,,"GLONASS"],[1934,0,4,"Constants","Constants(2)"],[1935,0,1,"MAX_FREQUENCY","MAX_FREQUENCY"],[1936,0,4,"Variables","Variables"],[1937,0,5,"m_sentenceType","m_sentenceType"],[1938,0,5,"m_talkerId","m_talkerId"],[1939,0,5,"m_sourceDescSet","m_sourceDescSet"],[1940,0,5,"m_baseRate","m_baseRate"],[1941,0,5,"m_decimation","m_decimation"],[1942,0,4,"Functions","Functions"],[1943,0,3,"NmeaMessageFormat","NmeaMessageFormat"],[1944,0,3,"NmeaMessageFormat","NmeaMessageFormat(2)"],[1945,0,3,"sentenceType","sentenceType"],[1946,0,3,"sentenceType","sentenceType(2)"],[1947,0,3,"talkerId","talkerId"],[1948,0,3,"talkerId","talkerId(2)"],[1949,0,3,"sourceDataClass","sourceDataClass"],[1950,0,3,"sourceDataClass","sourceDataClass(2)"],[1951,0,3,"sampleRate","sampleRate"],[1952,0,3,"sampleRate","sampleRate(2)"],[1953,0,3,"updateDecimation","updateDecimation"],[1954,0,3,"talkerIdRequired","talkerIdRequired"],[1955,0,3,"dataClassSupported","dataClassSupported"],[1956,0,3,"supportedDataClasses","supportedDataClasses"],[1957,0,3,"fromCommandResponse","fromCommandResponse"],[1958,0,3,"baseRate","baseRate"],[1959,0,3,"toCommandParameters","toCommandParameters"],[1960,0,3,"toCommandParameters","toCommandParameters(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NmeaMessageFormat-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NmeaMessageFormat-SummaryToolTips.js deleted file mode 100644 index 86504bbd0..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NmeaMessageFormat-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:NmeaMessageFormat",{1914:"
NmeaMessageFormat
Defines a NMEA message format.
",1916:"
Maximum number of configurable NMEA messages
",1918:"
NMEA sentence type options
",1928:"
NMEA talker ID options
",1935:"
NMEA message output is limited to either the MAX_FREQUENCY or the source descriptor set base rate, whichever is lower.
",1937:"
SentenceType m_sentenceType
The NMEA SentenceType type.
",1938:"
Talker m_talkerId
The NMEA Talker ID.
",1939:"
MipTypes::DataClass m_sourceDescSet
The source descriptor set.
",1940:"
uint16 m_baseRate
Descriptor set base rate, updated with m_descSet
",1941:"
uint16 m_decimation
The decimation from the base rate of m_descSet.
",1943:"
NmeaMessageFormat()
Creates a NmeaMessageFormat object.
",1944:"
~NmeaMessageFormat()
Destructor for NmeaMessageFormat object.
",1945:"
void sentenceType(
SentenceType type
)
Sets the NMEA SentenceType.
",1946:"
SentenceType sentenceType() const
Gets the NMEA SentenceType.
",1947:"
void talkerId(
Talker id
)
Sets the NMEA Talker ID.
",1948:"
Talker talkerId() const
Gets the NMEA Talker ID.
",1949:"
void sourceDataClass(
MipTypes::DataClass dataClass,
uint16 baseRate = 0
)
Sets the source MipTypes::DataClass
",1950:"
MipTypes::DataClass sourceDataClass() const
Gets the source MipTypes::DataClass
",1951:"
void sampleRate(
SampleRate rate,
uint16 baseRate = 0
)
Sets the output sample rate. If baseRate is not specified, please use a SampleRate with RateType of decimation (SampleRate::Decimation(rateDecimation)) otherwise it will cannot be properly interpreted.
",1952:"
SampleRate sampleRate() const
Gets the configured output SampleRate
",1953:"
void updateDecimation(
uint16 newBaseRate
)
Update the decimation based on current data class and previous, new base rates.
",1954:"
static bool talkerIdRequired(
SentenceType sentenceType
)
[static] Checks whether a Talker ID is required for the specified SentenceType type.
",1955:"
static bool dataClassSupported(
MipTypes::DataClass dataClass,
SentenceType sentenceType
)
[static] Checks whether the specified MipTypes::DataClass is supported for the specified SentenceType type.
",1956:"
static MipTypes::MipDataClasses supportedDataClasses(
SentenceType sentenceType
)
[static] Returns a list of supported MipTypes::DataClass values for the specified SentenceType type.
",1957:"
static NmeaMessageFormats fromCommandResponse(
const MipFieldValues &responseValues,
uint8 startIndex = 0
)
[static] Build NmeaMessageFormat objects from the read command response <MipFieldValues>.
",1958:"
void baseRate(
uint16 base
)
Set base rate directly (usually done through sourceDataClass or sampleRate).
",1959:"
MipFieldValues toCommandParameters() const
Generates command parameter MipFieldValues for single NmeaMessageFormat object.
",1960:"
static MipFieldValues toCommandParameters(
const NmeaMessageFormats &nmeaFormats
)
[static] Build <MipFieldValues> parameters (including count) from a vector of NmeaMessageFormat objects.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NmeaMessageFormat-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NmeaMessageFormat-ToolTips.js deleted file mode 100644 index d30244ce4..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NmeaMessageFormat-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1913:"
A vector of NmeaMessageFormat objects.
",1918:"
NMEA sentence type options
",1928:"
NMEA talker ID options
",1943:"
NmeaMessageFormat()
Creates a NmeaMessageFormat object.
",2565:"
uint16 getDataRateBase(
MipTypes::DataClass dataClass
) const
Gets the Data decimation base for the data rate calculations of the specified <InertialType>.
",3146:"
The enums for all the different data classes of MIP data.
",3782:"
A vector of DataClass enums.
",9819:"
SampleRate
Represents a MicroStrain sample rate (rate at which data is sampling)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NmeaMessageFormat.html b/v66.0.1/MSCL_Docs/classes/C/NmeaMessageFormat.html deleted file mode 100644 index dd0ec7a65..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NmeaMessageFormat.html +++ /dev/null @@ -1,195 +0,0 @@ - - -NmeaMessageFormat - - - - - - - -
-
NmeaMessageFormat
-
NmeaMessageFormat
-

Defines a NMEA message format.

-
- -
-
Constants
-
- -
-
MAX_MESSAGES
-

Maximum number of configurable NMEA messages

-
- -
-
Types
-
- -
-
SentenceType
-

NMEA sentence type options

GGA

0x01 - GPS System Fix Data

GLL

0x02 - Geographic Position Lat/Lon

GSV

0x03 - GNSS Satellites in View

RMC

0x04 - Recommended Minimum Specific GNSS Data

VTG

0x05 - Course over Ground

HDT

0x06 - Heading, True

ZDA

0x07 - Time & Date

MSRA

0x81 - MicroStrain proprietary Euler angles

MSRR

0x82 - MicroStrain proprietary Angular Rate/Acceleration

-
- -
-
Talker
-

NMEA talker ID options

IGNORED

0 - Talker ID cannot be configured for the given sentence type

GNSS

1 - NMEA message will be produced with talker id "GN"

GPS

2 - NMEA message will be produced with talker id "GP"

GALILEO

3 - NMEA message will be produced with talker id "GA"

GLONASS

4 - NMEA message will be produced with talker id "GL"

-
- -
-
Constants
-
- -
-
MAX_FREQUENCY
-

NMEA message output is limited to either the MAX_FREQUENCY or the source descriptor set base rate, whichever is lower.

-
- -
-
Variables
-
- -
-
m_sentenceType
-
SentenceType m_sentenceType
-

The NMEA SentenceType type.

-
- -
-
m_talkerId
-
Talker m_talkerId
-

The NMEA Talker ID.

-
- -
-
m_sourceDescSet
-
MipTypes::DataClass m_sourceDescSet
-

The source descriptor set.

-
- -
-
m_baseRate
-
uint16 m_baseRate
-

Descriptor set base rate, updated with m_descSet

-
- -
-
m_decimation
-
uint16 m_decimation
-

The decimation from the base rate of m_descSet.

-
- -
-
Functions
-
- -
-
NmeaMessageFormat
-
NmeaMessageFormat()
-

Creates a NmeaMessageFormat object.

-
- -
-
NmeaMessageFormat
-
~NmeaMessageFormat()
-

Destructor for NmeaMessageFormat object.

-
- -
-
sentenceType
-
void sentenceType(
SentenceType type
)
-

Sets the NMEA SentenceType.

Parameters
type
SentenceType

SentenceType for this NMEA message configuration

-
- -
-
sentenceType
-
SentenceType sentenceType() const
-

Gets the NMEA SentenceType.

Returns
SentenceType

the sentence type of this NMEA message configuration

-
- -
-
talkerId
-
void talkerId(
Talker id
)
-

Sets the NMEA Talker ID.

Parameters
id
Talker

Talker ID for this NMEA message configuration

-
- -
-
talkerId
-
Talker talkerId() const
-

Gets the NMEA Talker ID.

Returns
Talker

the talker ID for this NMEA message configuration

-
- -
-
sourceDataClass
-
void sourceDataClass(
MipTypes::DataClass dataClass,
uint16 baseRate = 0
)
-

Sets the source MipTypes::DataClass

Note: if the previously set sampleRate is no longer valid, it will be updated to the closest valid sample rate.

Parameters
dataClass
MipTypes::DataClass

the MipTypes::DataClass source

baseRate
uint16

the base rate of the specified data class. This can be read from InertialNode::getDataRateBase.

-
- -
-
sourceDataClass
-
MipTypes::DataClass sourceDataClass() const
-

Gets the source MipTypes::DataClass

Returns
MipTypes::DataClass

the source data class for this NMEA message configuration

-
- -
-
sampleRate
-
void sampleRate(
SampleRate rate,
uint16 baseRate = 0
)
-

Sets the output sample rate. If baseRate is not specified, please use a SampleRate with RateType of decimation (SampleRate::Decimation(rateDecimation)) otherwise it will cannot be properly interpreted.

Note: the sample rate is limited to either the data class base rate or MAX_FREQUENCY (10 Hz), whichever is lower. If input is too high, it will be automatically reduced to the max value.  Sample rate can only be validated if base rate is specified.

Parameters
rate
SampleRate

the SampleRate at which to output

baseRate
uint16

the base rate of the specified data class. This can be read from InertialNode::getDataRateBase.

-
- -
-
sampleRate
-
SampleRate sampleRate() const
-

Gets the configured output SampleRate

Returns
SampleRate

the output sample rate for this NMEA message configuration

-
- -
-
updateDecimation
-
void updateDecimation(
uint16 newBaseRate
)
-

Update the decimation based on current data class and previous, new base rates.

-
- -
-
talkerIdRequired
-
static bool talkerIdRequired(
SentenceType sentenceType
)
-

[static] Checks whether a Talker ID is required for the specified SentenceType type.

-
- -
-
dataClassSupported
-
static bool dataClassSupported(
MipTypes::DataClass dataClass,
SentenceType sentenceType
)
-

[static] Checks whether the specified MipTypes::DataClass is supported for the specified SentenceType type.

-
- -
-
supportedDataClasses
-
static MipTypes::MipDataClasses supportedDataClasses(
SentenceType sentenceType
)
-

[static] Returns a list of supported MipTypes::DataClass values for the specified SentenceType type.

-
- -
-
fromCommandResponse
-
static NmeaMessageFormats fromCommandResponse(
const MipFieldValues &responseValues,
uint8 startIndex = 0
)
-

[static] Build NmeaMessageFormat objects from the read command response <MipFieldValues>.

Parameters
responseValues
const MipFieldValues&

<MipFieldValues> to populate the NmeaMessageFormat objects (first element should be count)

startIndex
uint8

default 0 - indicates the index at which to start reading from the responseValues (format count element). This should not need to be changed from the default value (0).

-
- -
-
baseRate
-
void baseRate(
uint16 base
)
-

Set base rate directly (usually done through sourceDataClass or sampleRate).

-
- -
-
toCommandParameters
-
MipFieldValues toCommandParameters() const
-

Generates command parameter MipFieldValues for single NmeaMessageFormat object.

-
- -
-
toCommandParameters
-
static MipFieldValues toCommandParameters(
const NmeaMessageFormats &nmeaFormats
)
-

[static] Build <MipFieldValues> parameters (including count) from a vector of NmeaMessageFormat objects.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeCommTimes-Summary.js b/v66.0.1/MSCL_Docs/classes/C/NodeCommTimes-Summary.js deleted file mode 100644 index 735249c71..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeCommTimes-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:NodeCommTimes","NodeCommTimes");NDSummary.OnSummaryLoaded("CClass:NodeCommTimes",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[8539,0,0,"NodeCommTimes"],[8540,0,2,"Variables","Variables"],[8541,0,3,"m_nodesLastCommTime","m_nodesLastCommTime"],[8542,0,3,"m_nodesLastState","m_nodesLastState"],[8543,0,2,"Functions","Functions"],[8544,0,1,"updateCommTime","updateCommTime"],[8545,0,1,"updateDeviceState","updateDeviceState"],[8546,0,1,"getLastCommTime","getLastCommTime"],[8547,0,1,"getLastDeviceState","getLastDeviceState"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeCommTimes-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeCommTimes-SummaryToolTips.js deleted file mode 100644 index 1236d637c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeCommTimes-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:NodeCommTimes",{8539:"
NodeCommTimes
Contains a global map of Wireless Node addresses to last communication times.
",8541:"
static std::map<NodeAddress, Timestamp> m_nodesLastCommTime
A map of node address to Timestamp objects, holding the last communication time for nodes.
",8542:"
static std::map<NodeAddress, DeviceState> m_nodesLastState
A mpa of node address to DeviceState objects, holding the last known state for nodes.
",8544:"
static void updateCommTime(
NodeAddress nodeAddress
)
Sets the communication time for the given node address to the current system time.
",8545:"
static void updateDeviceState(
NodeAddress nodeAddress,
DeviceState state
)
Sets the DeviceState for the given node address.
",8546:"
static const Timestamp& getLastCommTime(
NodeAddress nodeAddress
)
Gets the last communication time for the given node address.
",8547:"
static DeviceState getLastDeviceState(
NodeAddress nodeAddress
)
Gets the last device state for the given node address.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeCommTimes-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeCommTimes-ToolTips.js deleted file mode 100644 index cc4bad481..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeCommTimes-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({10245:"
typedef for a Node\'s node address.
",10274:"
The possible states a device can be in.
",10291:"
Timestamp
Represents a date/time object
",10457:"
Error_NoData
There is no data available to be accessed
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeCommTimes.html b/v66.0.1/MSCL_Docs/classes/C/NodeCommTimes.html deleted file mode 100644 index 7aed94989..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeCommTimes.html +++ /dev/null @@ -1,61 +0,0 @@ - - -NodeCommTimes - - - - - - - -
-
NodeCommTimes
-
NodeCommTimes
-

Contains a global map of Wireless Node addresses to last communication times.

-
- -
-
Variables
-
- -
-
m_nodesLastCommTime
-
static std::map<NodeAddress, Timestamp> m_nodesLastCommTime
-

A map of node address to Timestamp objects, holding the last communication time for nodes.

-
- -
-
m_nodesLastState
-
static std::map<NodeAddress, DeviceState> m_nodesLastState
-

A mpa of node address to DeviceState objects, holding the last known state for nodes.

-
- -
-
Functions
-
- -
-
updateCommTime
-
static void updateCommTime(
NodeAddress nodeAddress
)
-

Sets the communication time for the given node address to the current system time.

Parameters
nodeAddress
NodeAddress

The node address to update the last communication time for.

-
- -
-
updateDeviceState
-
static void updateDeviceState(
NodeAddress nodeAddress,
DeviceState state
)
-

Sets the DeviceState for the given node address.

Parameters
nodeAddress
NodeAddress

The node address to update

state
DeviceState

The DeviceState to set.

-
- -
-
getLastCommTime
-
static const Timestamp& getLastCommTime(
NodeAddress nodeAddress
)
-

Gets the last communication time for the given node address.

Parameters
nodeAddress
NodeAddress

The node address to get the last communication time for.

Exceptions

  • Error_NoData: There is no communication time logged for the given node address.

-
- -
-
getLastDeviceState
-
static DeviceState getLastDeviceState(
NodeAddress nodeAddress
)
-

Gets the last device state for the given node address.

Parameters
nodeAddress
NodeAddress

The node address to get the last device state for.

Returns

The DeviceState of the node address.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeDiscovery-Summary.js b/v66.0.1/MSCL_Docs/classes/C/NodeDiscovery-Summary.js deleted file mode 100644 index 80d263979..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeDiscovery-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:NodeDiscovery","NodeDiscovery");NDSummary.OnSummaryLoaded("CClass:NodeDiscovery",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Types","Type"],["Variables","Variable"]],[[8500,0,0,"NodeDiscovery"],[8501,0,2,"Functions","Functions"],[8502,0,1,"NodeDiscovery","NodeDiscovery"],[8503,0,2,"Variables","Variables"],[8504,0,4,"m_eepromMap","m_eepromMap"],[8505,0,4,"m_nodeAddress","m_nodeAddress"],[8506,0,4,"m_radioChannel","m_radioChannel"],[8507,0,4,"m_panId","m_panId"],[8508,0,4,"m_model","m_model"],[8509,0,4,"m_serialNumber","m_serialNumber"],[8510,0,4,"m_firmwareVersion","m_firmwareVersion"],[8511,0,4,"m_defaultMode","m_defaultMode"],[8512,0,4,"m_commProtocol","m_commProtocol"],[8513,0,4,"m_asppVersionLxrs","m_asppVersionLxrs"],[8514,0,4,"m_asppVersionLxrsPlus","m_asppVersionLxrsPlus"],[8515,0,4,"m_bitResult","m_bitResult"],[8516,0,4,"m_baseRssi","m_baseRssi"],[8517,0,4,"m_timestamp","m_timestamp"],[8518,0,2,"Functions","Functions(2)"],[8519,0,1,"initFromPacket_v1","initFromPacket_v1"],[8520,0,1,"initFromPacket_v2","initFromPacket_v2"],[8521,0,1,"initFromPacket_v3","initFromPacket_v3"],[8522,0,1,"initFromPacket_v4","initFromPacket_v4"],[8523,0,1,"initFromPacket_v5","initFromPacket_v5"],[8524,0,1,"nodeAddress","nodeAddress"],[8525,0,1,"frequency","frequency"],[8526,0,1,"panId","panId"],[8527,0,1,"model","model"],[8528,0,1,"serialNumber","serialNumber"],[8529,0,1,"firmwareVersion","firmwareVersion"],[8530,0,1,"defaultMode","defaultMode"],[8531,0,1,"builtInTestResult","builtInTestResult"],[8532,0,1,"communicationProtocol","communicationProtocol"],[8533,0,1,"asppVersion_lxrs","asppVersion_lxrs"],[8534,0,1,"asppVersion_lxrsPlus","asppVersion_lxrsPlus"],[8535,0,1,"baseRssi","baseRssi"],[8536,0,1,"timestamp","timestamp"],[8537,0,2,"Types","Types"],[8538,0,3,"NodeDiscoveries","NodeDiscoveries"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeDiscovery-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeDiscovery-SummaryToolTips.js deleted file mode 100644 index f3a371427..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeDiscovery-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:NodeDiscovery",{8500:"
NodeDiscovery
Represents 1 node discovery, which is created when a Wireless Node Discovery packet is sent from a Node.  Note: There are multiple versions of Node Discovery packets which have been developed over time.  Each version has added more useful information. If an earlier version of the Node Discovery packet is heard, this NodeDiscovery object will have some information be invalid (set to default values).
",8502:"
explicit NodeDiscovery(
const WirelessPacket &packet
)
Creates a NodeDiscovery object from a WirelessPacket
",8504:"
WirelessTypes::EepromMap m_eepromMap
Contains an eeprom map to use for updating a WirelessNode\'s eeprom cache with the Node Discovery info, if desired.
",8505:"
NodeAddress m_nodeAddress
The node address of the node that sent the Node Discovery packet.
",8506:"
WirelessTypes::Frequency m_radioChannel
The radio channel (WirelessTypes::Frequency) that the node was on that sent the Node Discovery packet.
",8507:"
uint16 m_panId
The PAN id of the Node that send the Node Discovery packet.
",8508:"
WirelessModels::NodeModel m_model
The model of the node that sent the Node Discovery packet.
",8509:"
uint32 m_serialNumber
The serial number of the node that sent the Node Discovery packet.
",8510:"
Version m_firmwareVersion
The firmware version of the node that sent the Node Discovery packet.
",8511:"
WirelessTypes::DefaultMode m_defaultMode
The WirelessTypes::DefaultMode of the node that sent the Node Discovery packet.
",8512:"
WirelessTypes::CommProtocol m_commProtocol
The WirelessTypes::CommProtocol of the node that sent the Node Discovery packet.
",8513:"
Version m_asppVersionLxrs
The ASPP Version of the node when in LXRS mode.
",8514:"
Version m_asppVersionLxrsPlus
The ASPP Version of the node when in LXRS+ mode.
",8515:"
uint32 m_bitResult
The Built In Test result that was sent in the packet.
",8516:"
int16 m_baseRssi
The Base Station RSSI that identifies the received signal strength at the Base Station.
",8517:"
Timestamp m_timestamp
The Timestamp of when the NodeDiscovery packet was received by MSCL.
",8519:"
void initFromPacket_v1(
const WirelessPacket &packet
)
Initializes the NodeDiscovery object from a version 1 Node Discovery packet.
",8520:"
void initFromPacket_v2(
const WirelessPacket &packet
)
Initializes the NodeDiscovery object from a version 2 Node Discovery packet.
",8521:"
void initFromPacket_v3(
const WirelessPacket &packet
)
Initializes the NodeDiscovery object from a version 3 Node Discovery packet.
",8522:"
void initFromPacket_v4(
const WirelessPacket &packet
)
Initializes the NodeDiscovery object from a version 4 Node Discovery packet.
",8523:"
void initFromPacket_v5(
const WirelessPacket &packet
)
Initializes the NodeDiscovery object from a version 5 Node Discovery packet.
",8524:"
NodeAddress nodeAddress() const
Gets the node address of the discovered Node.
",8525:"
WirelessTypes::Frequency frequency() const
Gets the WirelessTypes::Frequency of the discovered Node.
",8526:"
uint16 panId() const
Gets the PAN Id of the discovered Node.  Note: Returns 0 if not present in the packet.
",8527:"
WirelessModels::NodeModel model() const
Gets the model of the discovered Node.
",8528:"
uint32 serialNumber() const
Gets the serial number of the discovered Node.  Note: Returns 0 if not present in the packet.
",8529:"
Version firmwareVersion() const
Gets the firmware version of the discovered Node.  Note: Returns 0.0.0 if not present in the packet.
",8530:"
WirelessTypes::DefaultMode defaultMode() const
Gets the WirelessTypes::DefaultMode of the discovered Node.  Note: Returns 999 if not present in the packet.
",8531:"
uint32 builtInTestResult() const
Gets the result bitmask of the built in test.
",8532:"
WirelessTypes::CommProtocol communicationProtocol() const
Gets the WirelessTypes::CommProtocol of the discovered Node.
",8533:"
Version asppVersion_lxrs() const
Gets the ASPP protocol Version of the Node when it is in LXRS RadioMode.
",8534:"
Version asppVersion_lxrsPlus() const
Gets the ASPP protocol Version of the Node when it is in LXRS+ RadioMode.
",8535:"
int16 baseRssi() const
Gets the base station rssi of the discovered Node.
",8536:"
Timestamp timestamp() const
Gets the Timestamp of when the NodeDiscovery packet was received by MSCL.
",8538:"
typedef for a vector of NodeDiscovery objects
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeDiscovery-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeDiscovery-ToolTips.js deleted file mode 100644 index e9e86d13b..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeDiscovery-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7176:"
WirelessPacket
Represents a MicroStrain wireless packet
",7789:"
The model numbers for each of the Wireless Nodes.
",8502:"
explicit NodeDiscovery(
const WirelessPacket &packet
)
Creates a NodeDiscovery object from a WirelessPacket
",8611:"
Represents the types of default modes the Node can have.  This is the mode the Node starts in, as well as the mode the node goes into after an inactivity timeout.
",8617:"
Represents the frequency (channel) that can be used for Wireless Devices.
",9155:"
Available Communication Protocol types.
",9186:"
Typedef for a map of eeprom locations (uint16) to values (uint16).
",10245:"
typedef for a Node\'s node address.
",10291:"
Timestamp
Represents a date/time object
",10409:"
Version
Class that represents, and provides helper functions for, a Version number
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeDiscovery.html b/v66.0.1/MSCL_Docs/classes/C/NodeDiscovery.html deleted file mode 100644 index b32d19418..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeDiscovery.html +++ /dev/null @@ -1,236 +0,0 @@ - - -NodeDiscovery - - - - - - - -
-
NodeDiscovery
-
NodeDiscovery
-

Represents 1 node discovery, which is created when a Wireless Node Discovery packet is sent from a Node.  Note: There are multiple versions of Node Discovery packets which have been developed over time.  Each version has added more useful information. If an earlier version of the Node Discovery packet is heard, this NodeDiscovery object will have some information be invalid (set to default values).

-
- -
-
Functions
-
- -
-
NodeDiscovery
-
explicit NodeDiscovery(
const WirelessPacket &packet
)
-

Creates a NodeDiscovery object from a WirelessPacket

Parameters
packet
const WirelessPacket&

The WirelessPacket to create the NodeDiscovery object from

-
- -
-
Variables
-
- -
-
m_eepromMap
- -

Contains an eeprom map to use for updating a WirelessNode's eeprom cache with the Node Discovery info, if desired.

-
- -
-
m_nodeAddress
-
NodeAddress m_nodeAddress
-

The node address of the node that sent the Node Discovery packet.

-
- -
-
m_radioChannel
- -

The radio channel (WirelessTypes::Frequency) that the node was on that sent the Node Discovery packet.

-
- -
-
m_panId
-
uint16 m_panId
-

The PAN id of the Node that send the Node Discovery packet.

-
- -
-
m_model
- -

The model of the node that sent the Node Discovery packet.

-
- -
-
m_serialNumber
-
uint32 m_serialNumber
-

The serial number of the node that sent the Node Discovery packet.

-
- -
-
m_firmwareVersion
-
Version m_firmwareVersion
-

The firmware version of the node that sent the Node Discovery packet.

-
- -
-
m_defaultMode
- -

The WirelessTypes::DefaultMode of the node that sent the Node Discovery packet.

-
- -
-
m_commProtocol
- -

The WirelessTypes::CommProtocol of the node that sent the Node Discovery packet.

-
- -
-
m_asppVersionLxrs
-
Version m_asppVersionLxrs
-

The ASPP Version of the node when in LXRS mode.

-
- -
-
m_asppVersionLxrsPlus
-
Version m_asppVersionLxrsPlus
-

The ASPP Version of the node when in LXRS+ mode.

-
- -
-
m_bitResult
-
uint32 m_bitResult
-

The Built In Test result that was sent in the packet.

-
- -
-
m_baseRssi
-
int16 m_baseRssi
-

The Base Station RSSI that identifies the received signal strength at the Base Station.

-
- -
-
m_timestamp
-
Timestamp m_timestamp
-

The Timestamp of when the NodeDiscovery packet was received by MSCL.

-
- -
-
Functions
-
- -
-
initFromPacket_v1
-
void initFromPacket_v1(
const WirelessPacket &packet
)
-

Initializes the NodeDiscovery object from a version 1 Node Discovery packet.

Parameters
packet
const WirelessPacket&

The WirelessPacket which is a version 1 Node Discovery packet.

-
- -
-
initFromPacket_v2
-
void initFromPacket_v2(
const WirelessPacket &packet
)
-

Initializes the NodeDiscovery object from a version 2 Node Discovery packet.

Parameters
packet
const WirelessPacket&

The WirelessPacket which is a version 2 Node Discovery packet.

-
- -
-
initFromPacket_v3
-
void initFromPacket_v3(
const WirelessPacket &packet
)
-

Initializes the NodeDiscovery object from a version 3 Node Discovery packet.

Parameters
packet
const WirelessPacket&

The WirelessPacket which is a version 3 Node Discovery packet.

-
- -
-
initFromPacket_v4
-
void initFromPacket_v4(
const WirelessPacket &packet
)
-

Initializes the NodeDiscovery object from a version 4 Node Discovery packet.

Parameters
packet
const WirelessPacket&

The WirelessPacket which is a version 4 Node Discovery packet.

-
- -
-
initFromPacket_v5
-
void initFromPacket_v5(
const WirelessPacket &packet
)
-

Initializes the NodeDiscovery object from a version 5 Node Discovery packet.

Parameters
packet
const WirelessPacket&

The WirelessPacket which is a version 5 Node Discovery packet.

-
- -
-
nodeAddress
-
NodeAddress nodeAddress() const
-

Gets the node address of the discovered Node.

Returns

The node address of the discovered Node.

-
- -
-
frequency
-
WirelessTypes::Frequency frequency() const
-

Gets the WirelessTypes::Frequency of the discovered Node.

Returns

The WirelessTypes::Frequency of the discovered Node.

-
- -
-
panId
-
uint16 panId() const
-

Gets the PAN Id of the discovered Node.  Note: Returns 0 if not present in the packet.

Returns

The PAN Id of the discovered Node.

-
- -
-
model
- -

Gets the model of the discovered Node.

Returns

The WirelessModels::NodeModel of the discovered Node.

-
- -
-
serialNumber
-
uint32 serialNumber() const
-

Gets the serial number of the discovered Node.  Note: Returns 0 if not present in the packet.

Returns

The serial number of the discovered Node.

-
- -
-
firmwareVersion
-
Version firmwareVersion() const
-

Gets the firmware version of the discovered Node.  Note: Returns 0.0.0 if not present in the packet.

Returns

The firmware version of the discovered Node.

-
- -
-
defaultMode
-
WirelessTypes::DefaultMode defaultMode() const
-

Gets the WirelessTypes::DefaultMode of the discovered Node.  Note: Returns 999 if not present in the packet.

Returns

The WirelessTypes::DefaultMode of the discovered Node.

-
- -
-
builtInTestResult
-
uint32 builtInTestResult() const
-

Gets the result bitmask of the built in test.

Returns

A uint32 bitmask representing the result of the built in test.

-
- -
-
communicationProtocol
-
WirelessTypes::CommProtocol communicationProtocol() const
-

Gets the WirelessTypes::CommProtocol of the discovered Node.

Returns

The WirelessTypes::CommProtocol that the Node is currently in.

-
- -
-
asppVersion_lxrs
-
Version asppVersion_lxrs() const
-

Gets the ASPP protocol Version of the Node when it is in LXRS RadioMode.

-
- -
-
asppVersion_lxrsPlus
-
Version asppVersion_lxrsPlus() const
-

Gets the ASPP protocol Version of the Node when it is in LXRS+ RadioMode.

-
- -
-
baseRssi
-
int16 baseRssi() const
-

Gets the base station rssi of the discovered Node.

Returns

The base station rssi of the discovered Node.

-
- -
-
timestamp
-
Timestamp timestamp() const
-

Gets the Timestamp of when the NodeDiscovery packet was received by MSCL.

Returns

The Timestamp of when the NodeDiscovery packet was received by MSCL.

-
- -
-
Types
-
- -
-
NodeDiscoveries
-

typedef for a vector of NodeDiscovery objects

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeDiscoveryPacket-Summary.js b/v66.0.1/MSCL_Docs/classes/C/NodeDiscoveryPacket-Summary.js deleted file mode 100644 index b305d261c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeDiscoveryPacket-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:NodeDiscoveryPacket","NodeDiscoveryPacket");NDSummary.OnSummaryLoaded("CClass:NodeDiscoveryPacket",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[7580,0,0,"NodeDiscoveryPacket"],[7581,0,3,"Constants","Constants"],[7582,0,1,"Node Discovery Packet Information","Node_Discovery_Packet_Information"],[7583,0,1,,"PAYLOAD_OFFSET_RADIO_CHANNEL"],[7584,0,1,,"PAYLOAD_OFFSET_MODEL_NUMBER"],[7585,0,1,"stopFlags_nodeDiscovery","stopFlags_nodeDiscovery"],[7586,0,3,"Functions","Functions"],[7587,0,2,"integrityCheck","integrityCheck"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeDiscoveryPacket-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeDiscoveryPacket-SummaryToolTips.js deleted file mode 100644 index 80d3a502b..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeDiscoveryPacket-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:NodeDiscoveryPacket",{7580:"
NodeDiscoveryPacket
A class representing a MicroStrain "node discovery" packet
",7585:"
The delivery stop flags that are expected in the node discovery command
",7587:"
static bool integrityCheck(
const WirelessPacket &packet
)
Verifies that the packet is a well formed Node Discovery packet
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeDiscoveryPacket-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeDiscoveryPacket-ToolTips.js deleted file mode 100644 index 84029c567..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeDiscoveryPacket-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7176:"
WirelessPacket
Represents a MicroStrain wireless packet
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeDiscoveryPacket.html b/v66.0.1/MSCL_Docs/classes/C/NodeDiscoveryPacket.html deleted file mode 100644 index 5e6d0ca18..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeDiscoveryPacket.html +++ /dev/null @@ -1,41 +0,0 @@ - - -NodeDiscoveryPacket - - - - - - - -
-
NodeDiscoveryPacket
-
public
WirelessPacket
NodeDiscoveryPacket
-

A class representing a MicroStrain "node discovery" packet

-
- -
-
Constants
-
- -
-
Node Discovery Packet Information
-
PAYLOAD_OFFSET_RADIO_CHANNEL

0  - The offset into the payload to get the radio channel

PAYLOAD_OFFSET_MODEL_NUMBER

1  - The offset into the payload to get the model number (2 bytes)

-
- -
-
stopFlags_nodeDiscovery
-

The delivery stop flags that are expected in the node discovery command

-
- -
-
Functions
-
- -
-
integrityCheck
-
static bool integrityCheck(
const WirelessPacket &packet
)
-

Verifies that the packet is a well formed Node Discovery packet

Parameters
packet
const WirelessPacket&

The fully formed Wireless Packet to check the integrity of

Returns

true is the packet is a well-formed Node Discovery Packet, false otherwise

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeDiscoveryPacket_v2-Summary.js b/v66.0.1/MSCL_Docs/classes/C/NodeDiscoveryPacket_v2-Summary.js deleted file mode 100644 index 0f1de84c7..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeDiscoveryPacket_v2-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:NodeDiscoveryPacket_v2","NodeDiscoveryPacket_v2");NDSummary.OnSummaryLoaded("CClass:NodeDiscoveryPacket_v2",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[7568,0,0,"NodeDiscoveryPacket_v2"],[7569,0,3,"Constants","Constants"],[7570,0,1,"Node Discovery v2 Packet Information","Node_Discovery_v2_Packet_Information"],[7571,0,1,,"PAYLOAD_OFFSET_RADIO_CHANNEL"],[7572,0,1,,"PAYLOAD_OFFSET_PAN_ID"],[7573,0,1,,"PAYLOAD_OFFSET_MODEL_NUMBER"],[7574,0,1,,"PAYLOAD_OFFSET_MODEL_OPTION"],[7575,0,1,,"PAYLOAD_OFFSET_SERIAL_NUMBER"],[7576,0,1,,"PAYLOAD_OFFSET_FIRMWARE_VER"],[7577,0,1,"stopFlags_nodeDiscovery","stopFlags_nodeDiscovery"],[7578,0,3,"Functions","Functions"],[7579,0,2,"integrityCheck","integrityCheck"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeDiscoveryPacket_v2-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeDiscoveryPacket_v2-SummaryToolTips.js deleted file mode 100644 index 691ceb36d..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeDiscoveryPacket_v2-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:NodeDiscoveryPacket_v2",{7568:"
NodeDiscoveryPacket_v2
A class representing a MicroStrain "node discovery" packet (version 2).
",7577:"
The delivery stop flags that are expected in the node discovery command.
",7579:"
static bool integrityCheck(
const WirelessPacket &packet
)
Verifies that the packet is a well formed Node Discovery (v2) packet.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeDiscoveryPacket_v2-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeDiscoveryPacket_v2-ToolTips.js deleted file mode 100644 index 84029c567..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeDiscoveryPacket_v2-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7176:"
WirelessPacket
Represents a MicroStrain wireless packet
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeDiscoveryPacket_v2.html b/v66.0.1/MSCL_Docs/classes/C/NodeDiscoveryPacket_v2.html deleted file mode 100644 index ffcb7ea80..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeDiscoveryPacket_v2.html +++ /dev/null @@ -1,41 +0,0 @@ - - -NodeDiscoveryPacket_v2 - - - - - - - -
-
NodeDiscoveryPacket_v2
-
public
WirelessPacket
NodeDiscoveryPacket_v2
-

A class representing a MicroStrain "node discovery" packet (version 2).

-
- -
-
Constants
-
- -
-
Node Discovery v2 Packet Information
-
PAYLOAD_OFFSET_RADIO_CHANNEL

0  - The offset into the payload to get the radio channel.

PAYLOAD_OFFSET_PAN_ID

1  - The offset into the payload to get the PAN id.

PAYLOAD_OFFSET_MODEL_NUMBER

3  - The offset into the payload to get the Model Number.

PAYLOAD_OFFSET_MODEL_OPTION

5  - The offset into the payload to get the Model Option.

PAYLOAD_OFFSET_SERIAL_NUMBER

7  - The offset into the payload to get the Serial Number.

PAYLOAD_OFFSET_FIRMWARE_VER

11  - The offset into the payload to get the Firmware Version.

-
- -
-
stopFlags_nodeDiscovery
-

The delivery stop flags that are expected in the node discovery command.

-
- -
-
Functions
-
- -
-
integrityCheck
-
static bool integrityCheck(
const WirelessPacket &packet
)
-

Verifies that the packet is a well formed Node Discovery (v2) packet.

Parameters
packet
const WirelessPacket&

The fully formed Wireless Packet to check the integrity of.

Returns

true is the packet is a well-formed Node Discovery (v2) Packet, false otherwise.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeDiscoveryPacket_v3-Summary.js b/v66.0.1/MSCL_Docs/classes/C/NodeDiscoveryPacket_v3-Summary.js deleted file mode 100644 index 871fd4145..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeDiscoveryPacket_v3-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:NodeDiscoveryPacket_v3","NodeDiscoveryPacket_v3");NDSummary.OnSummaryLoaded("CClass:NodeDiscoveryPacket_v3",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[7546,0,0,"NodeDiscoveryPacket_v3"],[7547,0,3,"Constants","Constants"],[7548,0,1,"Node Discovery v3 Packet Information","Node_Discovery_v3_Packet_Information"],[7549,0,1,,"PAYLOAD_OFFSET_RADIO_CHANNEL"],[7550,0,1,,"PAYLOAD_OFFSET_PAN_ID"],[7551,0,1,,"PAYLOAD_OFFSET_MODEL_NUMBER"],[7552,0,1,,"PAYLOAD_OFFSET_MODEL_OPTION"],[7553,0,1,,"PAYLOAD_OFFSET_SERIAL_NUMBER"],[7554,0,1,,"PAYLOAD_OFFSET_FIRMWARE_VER"],[7555,0,1,,"PAYLOAD_OFFSET_FIRMWARE_2"],[7556,0,1,,"PAYLOAD_OFFSET_DEFAULT_MODE"],[7557,0,1,"stopFlags_nodeDiscovery","stopFlags_nodeDiscovery"],[7558,0,3,"Functions","Functions"],[7559,0,2,"integrityCheck","integrityCheck"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeDiscoveryPacket_v3-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeDiscoveryPacket_v3-SummaryToolTips.js deleted file mode 100644 index 60c1af1a6..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeDiscoveryPacket_v3-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:NodeDiscoveryPacket_v3",{7546:"
NodeDiscoveryPacket_v3
A class representing a MicroStrain "node discovery" packet (version 3).
",7557:"
The delivery stop flags that are expected in the node discovery command.
",7559:"
static bool integrityCheck(
const WirelessPacket &packet
)
Verifies that the packet is a well formed Node Discovery (v2) packet.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeDiscoveryPacket_v3-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeDiscoveryPacket_v3-ToolTips.js deleted file mode 100644 index 84029c567..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeDiscoveryPacket_v3-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7176:"
WirelessPacket
Represents a MicroStrain wireless packet
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeDiscoveryPacket_v3.html b/v66.0.1/MSCL_Docs/classes/C/NodeDiscoveryPacket_v3.html deleted file mode 100644 index 9abba7756..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeDiscoveryPacket_v3.html +++ /dev/null @@ -1,41 +0,0 @@ - - -NodeDiscoveryPacket_v3 - - - - - - - -
-
NodeDiscoveryPacket_v3
-
public
WirelessPacket
NodeDiscoveryPacket_v3
-

A class representing a MicroStrain "node discovery" packet (version 3).

-
- -
-
Constants
-
- -
-
Node Discovery v3 Packet Information
-
PAYLOAD_OFFSET_RADIO_CHANNEL

0  - The offset into the payload to get the radio channel.

PAYLOAD_OFFSET_PAN_ID

1  - The offset into the payload to get the PAN id.

PAYLOAD_OFFSET_MODEL_NUMBER

3  - The offset into the payload to get the Model Number.

PAYLOAD_OFFSET_MODEL_OPTION

5  - The offset into the payload to get the Model Option.

PAYLOAD_OFFSET_SERIAL_NUMBER

7  - The offset into the payload to get the Serial Number.

PAYLOAD_OFFSET_FIRMWARE_VER

11  - The offset into the payload to get the Firmware Version (part 1).

PAYLOAD_OFFSET_FIRMWARE_2

13  - The offset into the payload to get the Firmware Version (part 2).

PAYLOAD_OFFSET_DEFAULT_MODE

15  - The offset into the payload to get the Default Mode.

-
- -
-
stopFlags_nodeDiscovery
-

The delivery stop flags that are expected in the node discovery command.

-
- -
-
Functions
-
- -
-
integrityCheck
-
static bool integrityCheck(
const WirelessPacket &packet
)
-

Verifies that the packet is a well formed Node Discovery (v2) packet.

Parameters
packet
const WirelessPacket&

The fully formed Wireless Packet to check the integrity of.

Returns

true is the packet is a well-formed Node Discovery (v2) Packet, false otherwise.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeDiscoveryPacket_v4-Summary.js b/v66.0.1/MSCL_Docs/classes/C/NodeDiscoveryPacket_v4-Summary.js deleted file mode 100644 index b4d3baa56..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeDiscoveryPacket_v4-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:NodeDiscoveryPacket_v4","NodeDiscoveryPacket_v4");NDSummary.OnSummaryLoaded("CClass:NodeDiscoveryPacket_v4",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[7381,0,0,"NodeDiscoveryPacket_v4"],[7382,0,3,"Constants","Constants"],[7383,0,1,"Node Discovery v3 Packet Information","Node_Discovery_v3_Packet_Information"],[7384,0,1,,"PAYLOAD_OFFSET_RADIO_CHANNEL"],[7385,0,1,,"PAYLOAD_OFFSET_PAN_ID"],[7386,0,1,,"PAYLOAD_OFFSET_MODEL_NUMBER"],[7387,0,1,,"PAYLOAD_OFFSET_MODEL_OPTION"],[7388,0,1,,"PAYLOAD_OFFSET_SERIAL_NUMBER"],[7389,0,1,,"PAYLOAD_OFFSET_FIRMWARE_VER"],[7390,0,1,,"PAYLOAD_OFFSET_FIRMWARE_2"],[7391,0,1,,"PAYLOAD_OFFSET_DEFAULT_MODE"],[7392,0,1,,"PAYLOAD_OFFSET_BUILT_IN_TEST"],[7393,0,1,"stopFlags_nodeDiscovery","stopFlags_nodeDiscovery"],[7394,0,3,"Functions","Functions"],[7395,0,2,"integrityCheck","integrityCheck"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeDiscoveryPacket_v4-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeDiscoveryPacket_v4-SummaryToolTips.js deleted file mode 100644 index 1dc2330dc..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeDiscoveryPacket_v4-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:NodeDiscoveryPacket_v4",{7381:"
NodeDiscoveryPacket_v4
A class representing a MicroStrain "node discovery" packet (version 4).
",7393:"
The delivery stop flags that are expected in the node discovery command.
",7395:"
static bool integrityCheck(
const WirelessPacket &packet
)
Verifies that the packet is a well formed Node Discovery (v4) packet.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeDiscoveryPacket_v4-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeDiscoveryPacket_v4-ToolTips.js deleted file mode 100644 index 84029c567..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeDiscoveryPacket_v4-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7176:"
WirelessPacket
Represents a MicroStrain wireless packet
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeDiscoveryPacket_v4.html b/v66.0.1/MSCL_Docs/classes/C/NodeDiscoveryPacket_v4.html deleted file mode 100644 index 58a783cb9..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeDiscoveryPacket_v4.html +++ /dev/null @@ -1,41 +0,0 @@ - - -NodeDiscoveryPacket_v4 - - - - - - - -
-
NodeDiscoveryPacket_v4
-
public
WirelessPacket
NodeDiscoveryPacket_v4
-

A class representing a MicroStrain "node discovery" packet (version 4).

-
- -
-
Constants
-
- -
-
Node Discovery v3 Packet Information
-
PAYLOAD_OFFSET_RADIO_CHANNEL

0  - The offset into the payload to get the radio channel.

PAYLOAD_OFFSET_PAN_ID

1  - The offset into the payload to get the PAN id.

PAYLOAD_OFFSET_MODEL_NUMBER

3  - The offset into the payload to get the Model Number.

PAYLOAD_OFFSET_MODEL_OPTION

5  - The offset into the payload to get the Model Option.

PAYLOAD_OFFSET_SERIAL_NUMBER

7  - The offset into the payload to get the Serial Number.

PAYLOAD_OFFSET_FIRMWARE_VER

11  - The offset into the payload to get the Firmware Version (part 1).

PAYLOAD_OFFSET_FIRMWARE_2

13  - The offset into the payload to get the Firmware Version (part 2).

PAYLOAD_OFFSET_DEFAULT_MODE

15  - The offset into the payload to get the Default Mode.

PAYLOAD_OFFSET_BUILT_IN_TEST

17  - The offset into the payload to get the Built in Test.

-
- -
-
stopFlags_nodeDiscovery
-

The delivery stop flags that are expected in the node discovery command.

-
- -
-
Functions
-
- -
-
integrityCheck
-
static bool integrityCheck(
const WirelessPacket &packet
)
-

Verifies that the packet is a well formed Node Discovery (v4) packet.

Parameters
packet
const WirelessPacket&

The fully formed Wireless Packet to check the integrity of.

Returns

true is the packet is a well-formed Node Discovery (v4) Packet, false otherwise.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeDiscoveryPacket_v5-Summary.js b/v66.0.1/MSCL_Docs/classes/C/NodeDiscoveryPacket_v5-Summary.js deleted file mode 100644 index d53ba7441..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeDiscoveryPacket_v5-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:NodeDiscoveryPacket_v5","NodeDiscoveryPacket_v5");NDSummary.OnSummaryLoaded("CClass:NodeDiscoveryPacket_v5",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[7363,0,0,"NodeDiscoveryPacket_v5"],[7364,0,3,"Constants","Constants"],[7365,0,1,"Node Discovery v3 Packet Information","Node_Discovery_v3_Packet_Information"],[7366,0,1,,"PAYLOAD_OFFSET_RADIO_MODE"],[7367,0,1,,"PAYLOAD_OFFSET_RADIO_CHANNEL"],[7368,0,1,,"PAYLOAD_OFFSET_PAN_ID"],[7369,0,1,,"PAYLOAD_OFFSET_MODEL_NUMBER"],[7370,0,1,,"PAYLOAD_OFFSET_MODEL_OPTION"],[7371,0,1,,"PAYLOAD_OFFSET_SERIAL_NUMBER"],[7372,0,1,,"PAYLOAD_OFFSET_FIRMWARE_VER"],[7373,0,1,,"PAYLOAD_OFFSET_FIRMWARE_2"],[7374,0,1,,"PAYLOAD_OFFSET_ASPP_LXRS"],[7375,0,1,,"PAYLOAD_OFFSET_ASPP_LXRS_PLUS"],[7376,0,1,,"PAYLOAD_OFFSET_DEFAULT_MODE"],[7377,0,1,,"PAYLOAD_OFFSET_BUILT_IN_TEST"],[7378,0,1,"stopFlags_nodeDiscovery","stopFlags_nodeDiscovery"],[7379,0,3,"Functions","Functions"],[7380,0,2,"integrityCheck","integrityCheck"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeDiscoveryPacket_v5-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeDiscoveryPacket_v5-SummaryToolTips.js deleted file mode 100644 index df06168dd..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeDiscoveryPacket_v5-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:NodeDiscoveryPacket_v5",{7363:"
NodeDiscoveryPacket_v5
A class representing a MicroStrain "node discovery" packet (version 5).
",7378:"
The delivery stop flags that are expected in the node discovery command.
",7380:"
static bool integrityCheck(
const WirelessPacket &packet
)
Verifies that the packet is a well formed Node Discovery (v4) packet.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeDiscoveryPacket_v5-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeDiscoveryPacket_v5-ToolTips.js deleted file mode 100644 index 84029c567..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeDiscoveryPacket_v5-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7176:"
WirelessPacket
Represents a MicroStrain wireless packet
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeDiscoveryPacket_v5.html b/v66.0.1/MSCL_Docs/classes/C/NodeDiscoveryPacket_v5.html deleted file mode 100644 index 9b15bf8b7..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeDiscoveryPacket_v5.html +++ /dev/null @@ -1,41 +0,0 @@ - - -NodeDiscoveryPacket_v5 - - - - - - - -
-
NodeDiscoveryPacket_v5
-
public
WirelessPacket
NodeDiscoveryPacket_v5
-

A class representing a MicroStrain "node discovery" packet (version 5).

-
- -
-
Constants
-
- -
-
Node Discovery v3 Packet Information
-
PAYLOAD_OFFSET_RADIO_MODE

1  - The offset into the payload to get the radio mode.

PAYLOAD_OFFSET_RADIO_CHANNEL

2  - The offset into the payload to get the radio channel.

PAYLOAD_OFFSET_PAN_ID

3  - The offset into the payload to get the PAN id.

PAYLOAD_OFFSET_MODEL_NUMBER

5  - The offset into the payload to get the Model Number.

PAYLOAD_OFFSET_MODEL_OPTION

7  - The offset into the payload to get the Model Option.

PAYLOAD_OFFSET_SERIAL_NUMBER

9  - The offset into the payload to get the Serial Number.

PAYLOAD_OFFSET_FIRMWARE_VER

13  - The offset into the payload to get the Firmware Version (part 1).

PAYLOAD_OFFSET_FIRMWARE_2

15  - The offset into the payload to get the Firmware Version (part 2).

PAYLOAD_OFFSET_ASPP_LXRS

17  - The offset into the payload to get the ASPP version used by LXRS Configurations.

PAYLOAD_OFFSET_ASPP_LXRS_PLUS

19  - The offset into the payload to get the ASPP version used by LXRS+ Configurations.

PAYLOAD_OFFSET_DEFAULT_MODE

21  - The offset into the payload to get the Default Mode.

PAYLOAD_OFFSET_BUILT_IN_TEST

23  - The offset into the payload to get the Built in Test.

-
- -
-
stopFlags_nodeDiscovery
-

The delivery stop flags that are expected in the node discovery command.

-
- -
-
Functions
-
- -
-
integrityCheck
-
static bool integrityCheck(
const WirelessPacket &packet
)
-

Verifies that the packet is a well formed Node Discovery (v4) packet.

Parameters
packet
const WirelessPacket&

The fully formed Wireless Packet to check the integrity of.

Returns

true is the packet is a well-formed Node Discovery (v4) Packet, false otherwise.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeEeprom-Summary.js b/v66.0.1/MSCL_Docs/classes/C/NodeEeprom-Summary.js deleted file mode 100644 index 9cab5317d..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeEeprom-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:NodeEeprom","NodeEeprom");NDSummary.OnSummaryLoaded("CClass:NodeEeprom",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[6097,0,0,"NodeEeprom"],[6098,0,2,"Functions","Functions"],[6099,0,1,"Eeprom","Eeprom"],[6100,0,2,"Variables","Variables"],[6101,0,3,"m_baseStation","m_baseStation"],[6102,0,3,"m_useGroupRead","m_useGroupRead"],[6103,0,2,"Functions","Functions(2)"],[6104,0,1,"updateCacheFromDevice","updateCacheFromDevice"],[6105,0,1,"parseEepromPage","parseEepromPage"],[6106,0,1,"parseBatchEepromResult","parseBatchEepromResult"],[6107,0,1,"updateSettings","updateSettings"],[6108,0,1,"setBaseStation","setBaseStation"],[6109,0,1,"readEeprom","readEeprom"],[6110,0,1,"writeEeprom","writeEeprom"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeEeprom-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeEeprom-SummaryToolTips.js deleted file mode 100644 index 6317664c2..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeEeprom-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:NodeEeprom",{6097:"
NodeEeprom
Used to read and write to Wireless Nodes\' eeproms and provide caching functionality.
",6099:"
NodeEeprom(
const WirelessNode_Impl *node,
const BaseStation &base,
const NodeEepromSettings &settings
)
Creates an Eeprom object.
",6101:"
BaseStation m_baseStation
The BaseStation to use for communication with the Node.
",6102:"
bool m_useGroupRead
Whether we can use a group eeprom read when reading from eeprom.
",6104:"
virtual bool updateCacheFromDevice(
uint16 location
) final
Attempts to update the cache by reading the value from the Node with the nodeAddress given at initialization.  Any values that are read from the Node will be updated in the cache.
",6105:"
virtual void parseEepromPage(
const ByteStream &pageData,
uint16 pageIndex
)
Parses a page download result containing eeprom values.  The eeprom cache will be updated with all the parsed values.
",6106:"
virtual void parseBatchEepromResult(
const std::map<uint16, uint16> eepromMap
)
Parses the response from a Batch Node Eeprom Read command.  The eeprom cache will be updated with all the parsed values.
",6107:"
void updateSettings(
const NodeEepromSettings &settings
)
Changes the settings for this eeprom object.
",6108:"
void setBaseStation(
const BaseStation &base
)
Updates the BaseStation object that is set for use in communicating with the Node.
",6109:"
virtual uint16 readEeprom(
uint16 location
) override
Attempts to read an eeprom value from the Node.  If caching is enabled and there is a previously cached value available, this will just return the value from the cache and will not communicate with the Node.
",6110:"
virtual void writeEeprom(
uint16 location,
uint16 value
) override
Attempts to write an eeprom value to the Node.  If successful, the cache will be updated with the changed value as well.  If caching is enabled and the value in the cache is the same as that attempting to be written, nothing will be written to the Node and this function will have no affect.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeEeprom-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeEeprom-ToolTips.js deleted file mode 100644 index cc97020f6..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeEeprom-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6092:"
The settings for the NodeEeprom object.
",6935:"
Eeprom
The abstract base class for reading and writing to Wireless devices\' eeproms.
",9207:"
WirelessNode_Impl
Contains the implementation logic for a WirelessNode.  Most WirelessNode commands call these commands.
",9710:"
BaseStation
Represents a MicroStrain Base Station object
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10453:"
Error_NotSupported
A command/feature was attempted to be used that was not supported.
",10472:"
Error_NodeCommunication
The exception for failing to communicate with a WirelessNode.
",10479:"
Error_Connection
The generic connection exception.
",6111:"
MockNodeEeprom
Used as a Mock object for reading and writing to Wireless Nodes\' eeproms, which just uses the cache for this Mock object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeEeprom.html b/v66.0.1/MSCL_Docs/classes/C/NodeEeprom.html deleted file mode 100644 index fa8112e07..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeEeprom.html +++ /dev/null @@ -1,89 +0,0 @@ - - -NodeEeprom - - - - - - - -
-
NodeEeprom
- -

Used to read and write to Wireless Nodes' eeproms and provide caching functionality.

-
- -
-
Functions
-
- -
-
Eeprom
-
NodeEeprom(
const WirelessNode_Impl *node,
const BaseStation &base,
const NodeEepromSettings &settings
)
-

Creates an Eeprom object.

Parameters
nodeAddress

The address of the Node to access the Eeprom of.

base
const BaseStation&

The BaseStation to use for communicating with the Node.

settings
const NodeEepromSettings&

The NodeEepromSettings to use.

-
- -
-
Variables
-
- -
-
m_baseStation
-
BaseStation m_baseStation
-

The BaseStation to use for communication with the Node.

-
- -
-
m_useGroupRead
-
bool m_useGroupRead
-

Whether we can use a group eeprom read when reading from eeprom.

-
- -
-
Functions
-
- -
-
updateCacheFromDevice
-
virtual bool updateCacheFromDevice(
uint16 location
) final
-

Attempts to update the cache by reading the value from the Node with the nodeAddress given at initialization.  Any values that are read from the Node will be updated in the cache.

Parameters
location
uint16

The eeprom location to read from the device and update in the cache.

Returns

true if the value was read from the device and the cache has been updated, false otherwise.

Exceptions
-
- -
-
parseEepromPage
-
virtual void parseEepromPage(
const ByteStream &pageData,
uint16 pageIndex
)
-

Parses a page download result containing eeprom values.  The eeprom cache will be updated with all the parsed values.

Parameters
pageData
const ByteStream&

The ByteStream that contains the data read from the page download command

pageIndex
uint16

The 0-based index that was used to download the page

-
- -
-
parseBatchEepromResult
-
virtual void parseBatchEepromResult(
const std::map<uint16, uint16> eepromMap
)
-

Parses the response from a Batch Node Eeprom Read command.  The eeprom cache will be updated with all the parsed values.

Parameters
eepromMap
const std::map<uint16, uint16>

The eeprom location/value map read from the batch node eeprom read command.

-
- -
-
updateSettings
-
void updateSettings(
const NodeEepromSettings &settings
)
-

Changes the settings for this eeprom object.

-
- -
-
setBaseStation
-
void setBaseStation(
const BaseStation &base
)
-

Updates the BaseStation object that is set for use in communicating with the Node.

-
- -
-
readEeprom
-
virtual uint16 readEeprom(
uint16 location
) override
-

Attempts to read an eeprom value from the Node.  If caching is enabled and there is a previously cached value available, this will just return the value from the cache and will not communicate with the Node.

Parameters
location
uint16

The eeprom location to read from the Node and update in the cache.

Returns

The eeprom value for the requested location.

Exceptions
-
- -
-
writeEeprom
-
virtual void writeEeprom(
uint16 location,
uint16 value
) override
-

Attempts to write an eeprom value to the Node.  If successful, the cache will be updated with the changed value as well.  If caching is enabled and the value in the cache is the same as that attempting to be written, nothing will be written to the Node and this function will have no affect.

Parameters
location
uint16

The eeprom location to write to on the Node and update in the cache.

value
uint16

The value to write to the eeprom on the Node and update in the cache.

Exceptions
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeEepromHelper-Summary.js b/v66.0.1/MSCL_Docs/classes/C/NodeEepromHelper-Summary.js deleted file mode 100644 index 2ac21b143..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeEepromHelper-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:NodeEepromHelper","NodeEepromHelper");NDSummary.OnSummaryLoaded("CClass:NodeEepromHelper",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[6114,0,0,"NodeEepromHelper"],[6115,0,3,"Constants","Constants"],[6116,0,1,"Eeprom Limits","Eeprom_Limits"],[6117,0,1,,"TIME_BETWEEN_BURSTS_MAX_SECS"],[6118,0,1,,"BYTES_PER_DATALOG_PAGE"],[6119,0,1,,"MIN_SLEEP_INTERVAL_EEVAL"],[6120,0,1,,"MAX_SLEEP_INTERVAL_EEVAL"],[6121,0,1,,"MIN_LOST_BEACON_TIMEOUT"],[6122,0,1,,"MAX_LOST_BEACON_TIMEOUT"],[6123,0,1,,"LOST_BEACON_TIMEOUT_DISABLED"],[6124,0,3,"Functions","Functions"],[6125,0,2,"NodeEepromHelper","NodeEepromHelper"],[6126,0,3,"Variables","Variables"],[6127,0,4,"m_node","m_node"],[6128,0,3,"Functions","Functions(2)"],[6129,0,2,"read","read"],[6130,0,2,"write","write"],[6131,0,2,"findDerivedChannelEeprom","findDerivedChannelEeprom"],[6132,0,2,"nodeAddress","nodeAddress"],[6133,0,2,"applyEepromChanges","applyEepromChanges"],[6134,0,2,"read_frequency","read_frequency"],[6135,0,2,"read_regionCode","read_regionCode"],[6136,0,2,"read_fwVersion","read_fwVersion"],[6137,0,2,"read_asppVersion","read_asppVersion"],[6138,0,2,"read_commProtocol","read_commProtocol"],[6139,0,2,"write_commProtocol","write_commProtocol"],[6140,0,2,"read_model","read_model"],[6141,0,2,"read_serial","read_serial"],[6142,0,2,"read_microcontroller","read_microcontroller"],[6143,0,2,"read_radioFeatures","read_radioFeatures"],[6144,0,2,"read_dataStorageSize","read_dataStorageSize"],[6145,0,2,"read_flashInfo","read_flashInfo"],[6146,0,2,"read_filter1","read_filter1"],[6147,0,2,"read_filter2","read_filter2"],[6148,0,2,"write_channelMask","write_channelMask"],[6149,0,2,"read_channelMask","read_channelMask"],[6150,0,2,"write_numSweeps","write_numSweeps"],[6151,0,2,"read_numSweeps","read_numSweeps"],[6152,0,2,"write_unlimitedDuration","write_unlimitedDuration"],[6153,0,2,"read_unlimitedDuration","read_unlimitedDuration"],[6154,0,2,"write_sampleRate","write_sampleRate"],[6155,0,2,"read_sampleRate","read_sampleRate"],[6156,0,2,"write_dataFormat","write_dataFormat"],[6157,0,2,"read_dataFormat","read_dataFormat"],[6158,0,2,"write_collectionMode","write_collectionMode"],[6159,0,2,"read_collectionMode","read_collectionMode"],[6160,0,2,"write_syncSamplingMode","write_syncSamplingMode"],[6161,0,2,"read_syncSamplingMode","read_syncSamplingMode"],[6162,0,2,"write_sensorDelay","write_sensorDelay"],[6163,0,2,"read_sensorDelay","read_sensorDelay"],[6164,0,2,"write_retransmission","write_retransmission"],[6165,0,2,"read_retransmission","read_retransmission"],[6166,0,2,"write_settlingTime","write_settlingTime"],[6167,0,2,"read_settlingTime","read_settlingTime"],[6168,0,2,"write_timeBetweenBursts","write_timeBetweenBursts"],[6169,0,2,"read_timeBetweenBursts","read_timeBetweenBursts"],[6170,0,2,"write_samplingMode","write_samplingMode"],[6171,0,2,"read_samplingMode","read_samplingMode"],[6172,0,2,"write_channelLinearEquation","write_channelLinearEquation"],[6173,0,2,"read_channelLinearEquation()","read_channelLinearEquation"],[6174,0,2,"write_channelUnit","write_channelUnit"],[6175,0,2,"write_channelEquation","write_channelEquation"],[6176,0,2,"write_channelUnitAndEquation","write_channelUnitAndEquation"],[6177,0,2,"read_channelUnit","read_channelUnit"],[6178,0,2,"read_channelEquation","read_channelEquation"],[6179,0,2,"read_channelFactoryLinearEq()","read_channelFactoryLinearEq"],[6180,0,2,"read_channelFactoryEquationType","read_channelFactoryEquationType"],[6181,0,2,"read_channelFactoryUnit","read_channelFactoryUnit"],[6182,0,2,"read_transmitPower","read_transmitPower"],[6183,0,2,"write_transmitPower","write_transmitPower"],[6184,0,2,"read_inactivityTimeout","read_inactivityTimeout"],[6185,0,2,"write_inactivityTimeout","write_inactivityTimeout"],[6186,0,2,"read_checkRadioInterval","read_checkRadioInterval"],[6187,0,2,"write_checkRadioInterval","write_checkRadioInterval"],[6188,0,2,"read_defaultMode","read_defaultMode"],[6189,0,2,"write_defaultMode","write_defaultMode"],[6190,0,2,"read_logPage","read_logPage"],[6191,0,2,"read_logPageOffset","read_logPageOffset"],[6192,0,2,"read_numDatalogSessions","read_numDatalogSessions"],[6193,0,2,"write_txPerGroup","write_txPerGroup"],[6194,0,2,"write_groupSize","write_groupSize"],[6195,0,2,"write_tdmaAddress","write_tdmaAddress"],[6196,0,2,"write_maxRetransPerBurst","write_maxRetransPerBurst"],[6197,0,2,"read_gaugeResistance","read_gaugeResistance"],[6198,0,2,"write_gaugeResistance","write_gaugeResistance"],[6199,0,2,"read_numActiveGauges","read_numActiveGauges"],[6200,0,2,"write_numActiveGauges","write_numActiveGauges"],[6201,0,2,"read_lowBatteryThreshold","read_lowBatteryThreshold"],[6202,0,2,"write_lowBatteryThreshold","write_lowBatteryThreshold"],[6203,0,2,"read_inputRange","read_inputRange"],[6204,0,2,"write_inputRange","write_inputRange"],[6205,0,2,"write_inputRange","write_inputRange(2)"],[6206,0,2,"read_hardwareOffset","read_hardwareOffset"],[6207,0,2,"write_hardwareOffset","write_hardwareOffset"],[6208,0,2,"read_antiAliasingFilter","read_antiAliasingFilter"],[6209,0,2,"write_antiAliasingFilter","write_antiAliasingFilter"],[6210,0,2,"read_cfcFilterConfig","read_cfcFilterConfig"],[6211,0,2,"write_cfcFilterConfig","write_cfcFilterConfig"],[6212,0,2,"read_lowPassFilter","read_lowPassFilter"],[6213,0,2,"write_lowPassFilter","write_lowPassFilter"],[6214,0,2,"read_highPassFilter","read_highPassFilter"],[6215,0,2,"write_highPassFilter","write_highPassFilter"],[6216,0,2,"read_gaugeFactor","read_gaugeFactor"],[6217,0,2,"write_gaugeFactor","write_gaugeFactor"],[6218,0,2,"read_thermoType","read_thermoType"],[6219,0,2,"write_thermoType","write_thermoType"],[6220,0,2,"read_tempSensorOptions","read_tempSensorOptions"],[6221,0,2,"write_tempSensorOptions","write_tempSensorOptions"],[6222,0,2,"read_excitationVoltage","read_excitationVoltage"],[6223,0,2,"write_excitationVoltage","write_excitationVoltage"],[6224,0,2,"read_debounceFilter","read_debounceFilter"],[6225,0,2,"write_debounceFilter","write_debounceFilter"],[6226,0,2,"read_pullUpResistor","read_pullUpResistor"],[6227,0,2,"write_pullUpResistor","write_pullUpResistor"],[6228,0,2,"read_sensorMode","read_sensorMode"],[6229,0,2,"write_sensorMode","write_sensorMode"],[6230,0,2,"read_activitySense","read_activitySense"],[6231,0,2,"write_activitySense","write_activitySense"],[6232,0,2,"read_fatigueMode","read_fatigueMode"],[6233,0,2,"read_fatigueOptions","read_fatigueOptions"],[6234,0,2,"write_fatigueOptions","write_fatigueOptions"],[6235,0,2,"read_histogramOptions","read_histogramOptions"],[6236,0,2,"write_histogramOptions","write_histogramOptions"],[6237,0,2,"read_eventTriggerOptions","read_eventTriggerOptions"],[6238,0,2,"write_eventTriggerOptions","write_eventTriggerOptions"],[6239,0,2,"read_eventTriggerDurations","read_eventTriggerDurations"],[6240,0,2,"read_eventTriggerMask","read_eventTriggerMask"],[6241,0,2,"clearHistogram","clearHistogram"],[6242,0,2,"read_lostBeaconTimeout","read_lostBeaconTimeout"],[6243,0,2,"write_lostBeaconTimeout","write_lostBeaconTimeout"],[6244,0,2,"read_diagnosticInterval","read_diagnosticInterval"],[6245,0,2,"write_diagnosticInterval","write_diagnosticInterval"],[6246,0,2,"read_storageLimitMode","read_storageLimitMode"],[6247,0,2,"write_storageLimitMode","write_storageLimitMode"],[6248,0,2,"read_dataMode","read_dataMode"],[6249,0,2,"write_dataMode","write_dataMode"],[6250,0,2,"read_derivedSampleRate","read_derivedSampleRate"],[6251,0,2,"write_derivedSampleRate","write_derivedSampleRate"],[6252,0,2,"read_derivedChannelMask","read_derivedChannelMask"],[6253,0,2,"write_derivedChannelMask","write_derivedChannelMask"],[6254,0,2,"read_derivedVelocityUnit","read_derivedVelocityUnit"],[6255,0,2,"write_derivedVelocityUnit","write_derivedVelocityUnit"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeEepromHelper-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeEepromHelper-SummaryToolTips.js deleted file mode 100644 index 5b1827976..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeEepromHelper-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:NodeEepromHelper",{6114:"
NodeEepromHelper
A helper class for reading and writing to a Wireless Node\'s Eeprom.  This class provides eeprom specific parsing so that high-level objects can be converted to their low-level eeprom value equivelent and vice-versa.
",6125:"
NodeEepromHelper(
WirelessNode_Impl *node
)
Creates a NodeEepromHelper object with a WirelessNode_Impl.
",6127:"
WirelessNode_Impl* m_node
The WirelessNode_Impl used by this eeprom helper.
",6129:"
Value read(
const EepromLocation &location
) const
Reads an EepromLocation from the Node and returns a Value with the result.
",6130:"
void write(
const EepromLocation &location,
const Value &val
)
Writes a Value to a given EepromLocation on the Node.
",6131:"
static EepromLocation findDerivedChannelEeprom(
WirelessTypes::DerivedCategory category
)
Gets the EepromLocation for the given WirelessTypes::DerivedCategory.
",6132:"
NodeAddress nodeAddress() const
Gets the node address for this Node.
",6133:"
void applyEepromChanges()
Resets the radio/power on the Node to apply eeprom changes that have been made.
",6134:"
WirelessTypes::Frequency read_frequency() const
Reads the frequency from the Node.
",6135:"
WirelessTypes::RegionCode read_regionCode() const
Reads the region code from the Node.
",6136:"
Version read_fwVersion() const
Gets the firmware version of the Node.
",6137:"
Version read_asppVersion(
WirelessTypes::CommProtocol commProtocol
) const
Gets the ASPP version of the Node for the specified <WirelesTypes::RadioMode>.
",6138:"
WirelessTypes::CommProtocol read_commProtocol() const
Gets the WirelessTypes::CommProtocol of the Node.
",6139:"
void write_commProtocol(
WirelessTypes::CommProtocol protocol
)
Writes the WirelessTypes::CommProtocol to the Node.
",6140:"
WirelessModels::NodeModel read_model() const
Gets the model of the Node.
",6141:"
std::string read_serial() const
Gets the serial number of the Node.
",6142:"
WirelessTypes::MicroControllerType read_microcontroller() const
Gets the microcontroller of the Node.
",6143:"
RadioFeatures read_radioFeatures() const
Gets the RadioFeatures of the Node.
",6144:"
uint64 read_dataStorageSize() const
Gets the total number of bytes available for data storage on the Node.  This is an overall count and does not take into account data that is already stored on the Node.
",6145:"
FlashInfo read_flashInfo() const
Gets the FlashInfo of the Node.  This assumes the Node supports the command to get this info.
",6146:"
WirelessTypes::SettlingTime read_filter1() const
Reads the specific filter 1 eeprom location.  Note: this should be used by the SyncSamplingNetwork only, as it bypasses the ChannelMask logic.
",6147:"
WirelessTypes::SettlingTime read_filter2() const
Reads the specific filter 2 eeprom location.  Note: this should be used by the SyncSamplingNetwork only, as it bypasses the ChannelMask logic.
",6148:"
void write_channelMask(
const ChannelMask &channels
)
Writes the channel mask to the Node, representing which channels are active or not.
",6149:"
ChannelMask read_channelMask() const
Reads the current channel mask from the Node, representing which channels are active or not.
",6150:"
void write_numSweeps(
uint32 sweeps
)
Writes the number of sweeps which affects the duration of sampling. In the case of Burst sampling, this is the number of sweeps per burst This function assumes the number of sweeps has already been normalized (multiple of 100 and within min/max).
",6151:"
uint32 read_numSweeps() const
Reads the current number of sweeps which affects the duration of sampling.
",6152:"
void write_unlimitedDuration(
bool unlimitedDuration,
WirelessTypes::SamplingMode samplingMode
)
Writes the unlimited duration flag. This is a different eeprom location depending on the sampling mode.
",6153:"
bool read_unlimitedDuration(
WirelessTypes::SamplingMode samplingMode
) const
Reads the current unlimited duration flag set on the Node. This is a different eeprom location depending on the sampling mode.
",6154:"
void write_sampleRate(
WirelessTypes::WirelessSampleRate rate,
WirelessTypes::SamplingMode samplingMode
)
Writes the sample rate. This is a different eeprom location depending on the sampling mode.
",6155:"
WirelessTypes::WirelessSampleRate read_sampleRate(
WirelessTypes::SamplingMode samplingMode
) const
Reads the current sample rate set on the Node. This is a different eeprom location depending on the sampling mode.
",6156:"
void write_dataFormat(
WirelessTypes::DataFormat dataFormat
)
Writes the data format to the Node.
",6157:"
WirelessTypes::DataFormat read_dataFormat() const
Reads the current data format set on the Node.
",6158:"
void write_collectionMode(
WirelessTypes::DataCollectionMethod collectionMode
)
Writes the data collection mode to the Node.
",6159:"
WirelessTypes::DataCollectionMethod read_collectionMode() const
Reads the current data collection mode set on the Node.
",6160:"
void write_syncSamplingMode(
WirelessTypes::SyncSamplingMode syncMode
)
Writes the sync sampling mode to the Node.
",6161:"
WirelessTypes::SyncSamplingMode read_syncSamplingMode() const
Reads the current sync sampling mode set on the Node.
",6162:"
void write_sensorDelay(
uint32 microseconds
)
Writes the sensor delay to the Node.
",6163:"
uint32 read_sensorDelay() const
Reads the current sensor delay set on the Node.
",6164:"
void write_retransmission(
WirelessTypes::NodeRetransmission reTx
)
Writes the retransmission option to the Node.
",6165:"
WirelessTypes::NodeRetransmission read_retransmission() const
Reads the current retransmission option set on the Node.
",6166:"
void write_settlingTime(
const ChannelMask &mask,
WirelessTypes::SettlingTime settlingTime
)
Writes the settling time to the Node for the given ChannelMask.
",6167:"
WirelessTypes::SettlingTime read_settlingTime(
const ChannelMask &mask
) const
Reads the current filter settling time on the Node for the given ChannelMask.
",6168:"
void write_timeBetweenBursts(
const TimeSpan &timespan
)
Writes the time between each burst to the Node.  This function assumes the time between bursts value has been normalized.
",6169:"
TimeSpan read_timeBetweenBursts() const
Reads the time between each burst from the Node.
",6170:"
void write_samplingMode(
WirelessTypes::SamplingMode samplingMode
)
Writes the WirelessTypes::SamplingMode to the Node.
",6171:"
WirelessTypes::SamplingMode read_samplingMode() const
Reads the current WirelessTypes::SamplingMode from the Node.
",6172:"
void write_channelLinearEquation(
const ChannelMask &mask,
const LinearEquation &equation
)
Writes the slope and offset for the specified ChannelMask on the Node.
",6173:"
void read_channelLinearEquation(
const ChannelMask &mask,
LinearEquation &result
) const
Reads the slope and offset for the specified ChannelMask from the Node.
",6174:"
void write_channelUnit(
const ChannelMask &mask,
WirelessTypes::CalCoef_Unit unit
)
Writes the unit for the specified ChannelMask to the Node.
",6175:"
void write_channelEquation(
const ChannelMask &mask,
WirelessTypes::CalCoef_EquationType equation
)
Writes the equation id for the specified ChannelMask to the Node.
",6176:"
void write_channelUnitAndEquation(
const ChannelMask &mask,
WirelessTypes::CalCoef_Unit unit,
WirelessTypes::CalCoef_EquationType equation
)
Writes the unit and equation for the specified ChannelMask to the Node.
",6177:"
WirelessTypes::CalCoef_Unit read_channelUnit(
const ChannelMask &mask
) const
Reads the WirelessTypes::CalCoef_Unit for the specified ChannelMask from the Node.
",6178:"
WirelessTypes::CalCoef_EquationType read_channelEquation(
const ChannelMask &mask
) const
Reads the WirelessTypes::CalCoef_EquationType for the specified channel from the Node.  This assumes the channel is supported by the Node.
",6179:"
void read_channelFactoryLinearEq(
const ChannelMask &mask,
LinearEquation &result
) const
Reads the factory calibration slope and offset for the specified ChannelMask from the Node.
",6180:"
WirelessTypes::CalCoef_EquationType read_channelFactoryEquationType(
const ChannelMask &mask
) const
Reads the factory calibration WirelessTypes::CalCoef_EquationType for the specified channel from the Node.  This assumes the channel is supported by the Node.
",6181:"
WirelessTypes::CalCoef_Unit read_channelFactoryUnit(
const ChannelMask &mask
) const
Reads the factory calibration WirelessTypes::CalCoef_Unit for the specified ChannelMask from the Node.
",6182:"
WirelessTypes::TransmitPower read_transmitPower() const
Reads the WirelessTypes::TransmitPower that is currently set on the Node.
",6183:"
void write_transmitPower(
WirelessTypes::TransmitPower power
)
Writes the WirelessTypes::TransmitPower to the Node.
",6184:"
uint16 read_inactivityTimeout() const
Reads the user inactivity timeout that is currently set on the Node.  This controls how many seconds before the Node goes to sleep when idle.
",6185:"
void write_inactivityTimeout(
uint16 timeout
)
Writes the user inactivity timeout to the Node.  This function assumes the inactivity timeout has already been set to be above the minimum.
",6186:"
uint8 read_checkRadioInterval() const
Reads the check radio interval that is currently set on the Node.  This controls how often the node wakes up from sleep to check for commands.
",6187:"
void write_checkRadioInterval(
uint8 interval
)
Writes the check radio interval to the Node.  This controls how often the node wakes up from sleep to check for commands.  This function assumes the interval is within the acceptable range.
",6188:"
WirelessTypes::DefaultMode read_defaultMode() const
Reads the WirelessTypes::DefaultMode that is currently set on the Node.
",6189:"
void write_defaultMode(
WirelessTypes::DefaultMode mode
)
Writes the given WirelessTypes::DefaultMode to the Node.
",6190:"
uint16 read_logPage() const
Reads the next flash page that to be used for datalogging.
",6191:"
uint16 read_logPageOffset() const
Reads the byte offset into the log page for the next datalogging session.
",6192:"
uint16 read_numDatalogSessions() const
Reads the number of datalog sessions that are currently stored on the Node.
",6193:"
void write_txPerGroup(
uint16 txPerGroup
)
Writes the transmissions per group to the Node.
",6194:"
void write_groupSize(
uint16 groupSize
)
Writes the group size to the Node.
",6195:"
void write_tdmaAddress(
uint16 address
)
Writes the TDMA address to the Node.
",6196:"
void write_maxRetransPerBurst(
uint16 maxReTxPerBurst
)
Writes the max retransmissions per burst to the Node.
",6197:"
uint16 read_gaugeResistance()
Reads the Gauge Resistance that is currently stored on the Node.
",6198:"
void write_gaugeResistance(
uint16 resistance
)
Writes the Gauge Resistance to the Node.
",6199:"
uint16 read_numActiveGauges()
Reads the Number of Active Gauges that is currently stored on the Node.
",6200:"
void write_numActiveGauges(
uint16 numGauges
)
Writes the Number of Active Gauges to the Node.
",6201:"
float read_lowBatteryThreshold()
Reads the Low Battery Threshold (in Volts) that is currently stored on the Node.
",6202:"
void write_lowBatteryThreshold(
float volts
)
Writes the Low Battery Threshold to the Node.
",6203:"
WirelessTypes::InputRange read_inputRange(
const ChannelMask &mask
) const
Reads the input range for the specified ChannelMask from the Node.
",6204:"
void write_inputRange(
const ChannelMask &mask,
WirelessTypes::InputRange range
)
Writes the WirelessTypes::InputRange value for the specified ChannelMask to the Node.
",6205:"
void write_inputRange(
const ChannelMask &mask,
WirelessTypes::Voltage excitationVoltage,
WirelessTypes::InputRange range
)
Writes the WirelessTypes::InputRange value for the specified ChannelMask and excitation voltage, to the Node.
",6206:"
uint16 read_hardwareOffset(
const ChannelMask &mask
) const
Reads the hardware offset for the specified ChannelMask from the Node.
",6207:"
void write_hardwareOffset(
const ChannelMask &mask,
uint16 offset
)
Writes the hardware offset value for the specified ChannelMask to the Node.
",6208:"
WirelessTypes::Filter read_antiAliasingFilter(
const ChannelMask &mask
) const
Reads the anti-aliasing filter for the specified ChannelMask from the Node.
",6209:"
void write_antiAliasingFilter(
const ChannelMask &mask,
WirelessTypes::Filter filter
)
Writes the anti-aliasing filter value for the specified ChannelMask to the Node.
",6210:"
WirelessTypes::ChannelFrequencyClass read_cfcFilterConfig() const
Reads the channel frequency class filter option set on the Node.
",6211:"
void write_cfcFilterConfig(
WirelessTypes::ChannelFrequencyClass cfc
)
Writes the specified channel frequency class filter option to the Node.
",6212:"
WirelessTypes::Filter read_lowPassFilter(
const ChannelMask &mask
) const
Reads the low-pass filter for the specified ChannelMask from the Node.
",6213:"
void write_lowPassFilter(
const ChannelMask &mask,
WirelessTypes::Filter filter
)
Writes the low-pass filter value for the specified ChannelMask to the Node.
",6214:"
WirelessTypes::HighPassFilter read_highPassFilter(
const ChannelMask &mask
) const
Reads the high-pass filter for the specified ChannelMask from the Node.
",6215:"
void write_highPassFilter(
const ChannelMask &mask,
WirelessTypes::HighPassFilter filter
)
Writes the high-pass filter value for the specified ChannelMask to the Node.
",6216:"
float read_gaugeFactor(
const ChannelMask &mask
) const
Reads the gauge factor for the specified ChannelMask from the Node.
",6217:"
void write_gaugeFactor(
const ChannelMask &mask,
float gaugeFactor
)
Writes the gauge factor value for the specified ChannelMask to the Node.
",6218:"
WirelessTypes::ThermocoupleType read_thermoType(
const ChannelMask &mask
) const
Reads the WirelessTypes::ThermocoupleType from the Node.
",6219:"
void write_thermoType(
const ChannelMask &mask,
WirelessTypes::ThermocoupleType thermocouple
)
Writes the WirelessTypes::ThermocoupleType to the Node.  This assumes thermocouple type is supported.
",6220:"
TempSensorOptions read_tempSensorOptions(
const ChannelMask &mask
) const
Reads the TempSensorOptions from the Node.
",6221:"
void write_tempSensorOptions(
const ChannelMask &mask,
const TempSensorOptions &options
)
Writes the TempSensorOptions to the Node.  This assumes TempSensorOptions are supported.
",6222:"
WirelessTypes::Voltage read_excitationVoltage() const
Reads the WirelessTypes::Voltage from the Node.
",6223:"
void write_excitationVoltage(
WirelessTypes::Voltage voltage
)
Writes the WirelessTypes::Voltage to the Node.  This assumes Excitation Voltage configuration is supported.
",6224:"
uint16 read_debounceFilter(
const ChannelMask &mask
) const
Reads the Debounce Filter from the Node.
",6225:"
void write_debounceFilter(
const ChannelMask &mask,
uint16 milliseconds
)
Writes the Debounce Filter to the Node.  This assumes Debounce Filter is supported.
",6226:"
bool read_pullUpResistor(
const ChannelMask &mask
) const
Reads the pull-up resistor flag from the Node.  This assumes pull-up resistor configuration is supported by the Node.
",6227:"
void write_pullUpResistor(
const ChannelMask &mask,
bool enable
)
Writes the pull-up resistor flag to the Node.  This assumes pull-up resistor configuration is supported by the Node.
",6228:"
WirelessTypes::SensorOutputMode read_sensorMode() const
Reads the WirelessTypes::SensorOutputMode from the Node.
",6229:"
void write_sensorMode(
WirelessTypes::SensorOutputMode mode
)
Write the WirelessTypes::SensorOutputMode to the Node.
",6230:"
void read_activitySense(
ActivitySense &result
) const
Reads the ActivitySense options from the Node.  This assumes activity sense configuration is supported by the Node.
",6231:"
void write_activitySense(
const ActivitySense &options
)
Writes the ActivitySense options to the Node.  This assumes fatigue options configuration is supported by the Node.
",6232:"
WirelessTypes::FatigueMode read_fatigueMode() const
Reads the <WirelessTypes::FatigeMode> from the Node.
",6233:"
void read_fatigueOptions(
FatigueOptions &result
) const
Reads the FatigueOptions from the Node.  This assumes fatigue options configuration is supported by the Node.
",6234:"
void write_fatigueOptions(
const FatigueOptions &options
)
Writes the FatigueOptions to the Node.  This assumes fatigue options configuration is supported by the Node.
",6235:"
void read_histogramOptions(
HistogramOptions &result
) const
Reads the HistogramOptions from the Node.  This assumes histogram options configuration is supported by the Node.
",6236:"
void write_histogramOptions(
const HistogramOptions &options
)
Writes the HistogramOptions to the Node.  This assumes histogram options configuration is supported by the Node and all options are valid.
",6237:"
void read_eventTriggerOptions(
EventTriggerOptions &result
) const
Reads the EventTriggerOptions from the Node.  This assumes Event Trigger is supported by the Node.
",6238:"
void write_eventTriggerOptions(
const EventTriggerOptions &options,
const std::map<uint8, LinearEquation> calibrations
)
Writes the EventTriggerOptions to the Node.  This assumes Event Trigger is supported by the Node and all options are valid.
",6239:"
void read_eventTriggerDurations(
uint32 &pre,
uint32 &post
) const
Reads the pre and post durations for event trigger from the Node.  This assumes Event Trigger is supported by the Node.
",6240:"
BitMask read_eventTriggerMask() const
Reads the triger mask for event trigger from the Node.  This assumes Event Trigger is supported by the Node.
",6241:"
void clearHistogram()
Clears the Histogram on the Node.  This assumes histogram options configuration is supported by the Node.
",6242:"
uint16 read_lostBeaconTimeout() const
Reads the lost beacon timeout value from the Node.  A value of 0 means the timeout is disabled.  This assumes lost beacon timeout is supported by the Node.
",6243:"
void write_lostBeaconTimeout(
uint16 minutes
)
Writes the lost beacon timeout value, in minutes, to the Node.  This assumes the value is within range of a valid value.
",6244:"
uint16 read_diagnosticInterval() const
Reads the diagnostic packet interval value from the Node.  A value of 0 means the diagnostic packet is disabled.  This assumes diagnostic info is supported by the Node.
",6245:"
void write_diagnosticInterval(
uint16 seconds
)
Writes the diagnostic packet interval value, in seconds, to the Node.  This assumes diagnostic info is supported by the Node.
",6246:"
WirelessTypes::StorageLimitMode read_storageLimitMode() const
Reads the storage limit mode from the Node.
",6247:"
void write_storageLimitMode(
WirelessTypes::StorageLimitMode mode
)
Writes the storage limit mode to the Node.  This assumes it is supported by the Node.
",6248:"
WirelessTypes::DataMode read_dataMode() const
Reads the <DataMode> from the Node.
",6249:"
void write_dataMode(
WirelessTypes::DataMode dataMode
)
Writes the WirelessTypes::DataMode to the Node.
",6250:"
WirelessTypes::WirelessSampleRate read_derivedSampleRate() const
Reads the Derived Sample Rate from the Node.  This assumes Derived Channels are supported by the Node.
",6251:"
void write_derivedSampleRate(
WirelessTypes::WirelessSampleRate rate
)
Writes the Derived Sample Rate to the Node.  This assumes Derived Channels are supported by the Node.
",6252:"
ChannelMask read_derivedChannelMask(
WirelessTypes::DerivedCategory category
) const
Reads the Derived Channel Mask from the Node for the specified <WirelessTypes::DerivedChannel>.  This assumes Derived Channels are supported by the Node, and that the given category is supported.
",6253:"
void write_derivedChannelMask(
WirelessTypes::DerivedCategory category,
const ChannelMask &mask
)
Writes a Derived Channel Mask to the Node for the specified WirelessTypes::DerivedCategory.  This assumes Derived Channels are supported by the Node, and that the given category is supported.
",6254:"
WirelessTypes::DerivedVelocityUnit read_derivedVelocityUnit() const
Reads the WirelessTypes::DerivedVelocityUnit from the Node.
",6255:"
void write_derivedVelocityUnit(
WirelessTypes::DerivedVelocityUnit unit
)
Writes the WirelessTypes::DerivedVelocityUnit to the Node.  This assumes Derived Channels are supported by the Node, and that the given derivedChannel is supported.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeEepromHelper-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeEepromHelper-ToolTips.js deleted file mode 100644 index 30c870292..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeEepromHelper-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6074:"
TempSensorOptions
Options to adjust the temperature sensor for a WirelessNode.
",6555:"
HistogramOptions
Contains all of the Histogram options that can be configured for a WirelessNode.
",6582:"
FatigueOptions
Contains all of the fatigue options that can be configured for a WirelessNode.
",6635:"
EventTriggerOptions
Contains all of the Event Trigger options that can be configured for a WirelessNode.
",6654:"
EepromLocation
Represents a single Eeprom Location.
",6840:"
ActivitySense
Contains all of the ActivitySense options that can be configured for a WirelessNode.  Activity Sense is a power saving feature that allows a Node to be in a low-power state when no activity is suspected, and then immediately jump to its normal sampling state when a certain activity threshold is reached.
",7024:"
Contains flash information of a WirelessNode.
",7789:"
The model numbers for each of the Wireless Nodes.
",8428:"
RadioFeatures
Represents radio features of a WirelessNode.
",8566:"
Represents the types of microcontrollers possible on the Wireless Devices.
",8574:"
Represents the types of data collection methods that can be performed on the Node.
",8594:"
Represents the types of data formats that Nodes can be configured to send when sampling.
",8601:"
Represents the types of synchronized sampling modes the Node can be in.
",8604:"
Represents the types of sampling modes the Node can be in.
",8611:"
Represents the types of default modes the Node can have.  This is the mode the Node starts in, as well as the mode the node goes into after an inactivity timeout.
",8617:"
Represents the frequency (channel) that can be used for Wireless Devices.
",8635:"
Represents the transmit powers that can be used for Wireless Devices.
",8645:"
Represents the possible Node Retransmission values.
",8655:"
Represents the equation types that can be used for calibration coefficients on Wireless Nodes.
",8658:"
Represents the unit types that can be used for calibration coefficients on Wireless Nodes.
",8782:"
Represents the settling times used for thermocouple and voltage inputs on some Wireless Nodes.
",8799:"
Represents the thermocouple types supported by some Wireless Nodes.
",8830:"
The possible sample rates that are available for Wireless Nodes.
",8885:"
The possible region codes for the device.
",8945:"
The different modes a Fatigue Node can operate in.
",8952:"
The filter options (used for anti-aliasing and low-pass filter)
",8989:"
The high pass filter options.
",8992:"
The channel frequency class filter options.
",8996:"
The options available for configuring what happens when the storage limit is reached when logging to a Node.
",8999:"
The options available for input range on supported Nodes.
",9136:"
Available Data Modes.
",9141:"
Available Derived Channel Categories for configuration.
",9154:"
The options that can be configured for the velocity derived channel.
",9155:"
Available Communication Protocol types.
",9158:"
Available Voltages.
",9168:"
Available Sensor Output Modes.
",9207:"
WirelessNode_Impl
Contains the implementation logic for a WirelessNode.  Most WirelessNode commands call these commands.
",9478:"
ChannelMask
Represents the channel mask (active and inactive channels) for a WirelessNode.
",9881:"
LinearEquation
Represents a linear equation (y = mx + b).
",10144:"
Value
Represents a single value that can be stored/accessed in multiple ways.
",10245:"
typedef for a Node\'s node address.
",10328:"
TimeSpan
Represents a range of time
",10409:"
Version
Class that represents, and provides helper functions for, a Version number
",10425:"
BitMask
Represents a bitmask.
",10453:"
Error_NotSupported
A command/feature was attempted to be used that was not supported.
",10472:"
Error_NodeCommunication
The exception for failing to communicate with a WirelessNode.
",10479:"
Error_Connection
The generic connection exception.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeEepromHelper.html b/v66.0.1/MSCL_Docs/classes/C/NodeEepromHelper.html deleted file mode 100644 index b11bc6035..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeEepromHelper.html +++ /dev/null @@ -1,812 +0,0 @@ - - -NodeEepromHelper - - - - - - - -
-
NodeEepromHelper
-
NodeEepromHelper
-

A helper class for reading and writing to a Wireless Node's Eeprom.  This class provides eeprom specific parsing so that high-level objects can be converted to their low-level eeprom value equivelent and vice-versa.

-
- -
-
Constants
-
- -
-
Eeprom Limits
-
TIME_BETWEEN_BURSTS_MAX_SECS

32767 - The max number of seconds before we have to switch to saving as minutes (Note: this is because we use the most significant bit to signify seconds or minutes)

BYTES_PER_DATALOG_PAGE

264  - The number of bytes for a single datalogging page on a Wireless Node.

MIN_SLEEP_INTERVAL_EEVAL

512  - The minimum sleep interval eeprom value.

MAX_SLEEP_INTERVAL_EEVAL

7680  - The maximum sleep interval eeprom value.

MIN_LOST_BEACON_TIMEOUT

2  - The minimum lost beacon timeout in minutes.

MAX_LOST_BEACON_TIMEOUT

600  - The maximum lost beacon timeout in minutes.

LOST_BEACON_TIMEOUT_DISABLED

0  - The value to use for disabling the lost beacon timeout.

-
- -
-
Functions
-
- -
-
NodeEepromHelper
-
NodeEepromHelper(
WirelessNode_Impl *node
)
-

Creates a NodeEepromHelper object with a WirelessNode_Impl.

Parameters
node
WirelessNode_Impl*

The WirelessNode_Impl that will be read from and written to.

-
- -
-
Variables
-
- -
-
m_node
- -

The WirelessNode_Impl used by this eeprom helper.

-
- -
-
Functions
-
- -
-
read
-
Value read(
const EepromLocation &location
) const
-

Reads an EepromLocation from the Node and returns a Value with the result.

Exceptions
-
- -
-
write
-
void write(
const EepromLocation &location,
const Value &val
)
-

Writes a Value to a given EepromLocation on the Node.

Exceptions
-
- -
-
findDerivedChannelEeprom
-
static EepromLocation findDerivedChannelEeprom(
WirelessTypes::DerivedCategory category
)
-

Gets the EepromLocation for the given WirelessTypes::DerivedCategory.

-
- -
-
nodeAddress
-
NodeAddress nodeAddress() const
-

Gets the node address for this Node.

Returns

The node address of the Node.

-
- -
-
applyEepromChanges
-
void applyEepromChanges()
-

Resets the radio/power on the Node to apply eeprom changes that have been made.

-
- -
-
read_frequency
-
WirelessTypes::Frequency read_frequency() const
-

Reads the frequency from the Node.

Returns The WirelessTypes::Frequency of the Node.

Exceptions
-
- -
-
read_regionCode
-
WirelessTypes::RegionCode read_regionCode() const
-

Reads the region code from the Node.

Returns

The WirelessTypes::RegionCode set on the Node.

Exceptions
-
- -
-
read_fwVersion
-
Version read_fwVersion() const
-

Gets the firmware version of the Node.

Returns

A Version representing the firmware version of the Node.

Exceptions
-
- -
-
read_asppVersion
-
Version read_asppVersion(
WirelessTypes::CommProtocol commProtocol
) const
-

Gets the ASPP version of the Node for the specified <WirelesTypes::RadioMode>.

Parameters
commProtocol
WirelessTypes::CommProtocol

The WirelessTypes::CommProtocol to get the ASPP version for.

Returns

A Version representing which ASPP version the Node supports.

Exceptions
-
- -
-
read_commProtocol
-
WirelessTypes::CommProtocol read_commProtocol() const
-

Gets the WirelessTypes::CommProtocol of the Node.

Exceptions
-
- -
-
write_commProtocol
-
void write_commProtocol(
WirelessTypes::CommProtocol protocol
)
-

Writes the WirelessTypes::CommProtocol to the Node.

Parameters
protocol
WirelessTypes::CommProtocol

The WirelessTypes::CommProtocol to write to the Node.

Exceptions
-
- -
-
read_model
-
WirelessModels::NodeModel read_model() const
-

Gets the model of the Node.

Returns

A WirelessModels::NodeModel representing the model of the Node.

Exceptions
-
- -
-
read_serial
-
std::string read_serial() const
-

Gets the serial number of the Node.

Returns

A string representing the serial number of the Node.

Exceptions
-
- -
-
read_microcontroller
-
WirelessTypes::MicroControllerType read_microcontroller() const
-

Gets the microcontroller of the Node.

Returns

A WirelessTypes::MicroControllerType representing the microcontroller of the Node.

Exceptions
-
- -
-
read_radioFeatures
-
RadioFeatures read_radioFeatures() const
-

Gets the RadioFeatures of the Node.

Returns

The RadioFeatures of the Node.

Exceptions
-
- -
-
read_dataStorageSize
-
uint64 read_dataStorageSize() const
-

Gets the total number of bytes available for data storage on the Node.  This is an overall count and does not take into account data that is already stored on the Node.

Returns

The total number of bytes available for data storage on the Node.

Exceptions
-
- -
-
read_flashInfo
-
FlashInfo read_flashInfo() const
-

Gets the FlashInfo of the Node.  This assumes the Node supports the command to get this info.

Exceptions
-
- -
-
read_filter1
-
WirelessTypes::SettlingTime read_filter1() const
-

Reads the specific filter 1 eeprom location.  Note: this should be used by the SyncSamplingNetwork only, as it bypasses the ChannelMask logic.

-
- -
-
read_filter2
-
WirelessTypes::SettlingTime read_filter2() const
-

Reads the specific filter 2 eeprom location.  Note: this should be used by the SyncSamplingNetwork only, as it bypasses the ChannelMask logic.

-
- -
-
write_channelMask
-
void write_channelMask(
const ChannelMask &channels
)
-

Writes the channel mask to the Node, representing which channels are active or not.

Parameters
channels
const ChannelMask&

The ChannelMask representing which channels are active and which are not.

Exceptions
-
- -
-
read_channelMask
-
ChannelMask read_channelMask() const
-

Reads the current channel mask from the Node, representing which channels are active or not.

Returns

A ChannelMask object representing which channels are active or not.

Exceptions
-
- -
-
write_numSweeps
-
void write_numSweeps(
uint32 sweeps
)
-

Writes the number of sweeps which affects the duration of sampling. In the case of Burst sampling, this is the number of sweeps per burst This function assumes the number of sweeps has already been normalized (multiple of 100 and within min/max).

Parameters
sweeps
uint32

The number of sweeps to write to the Node.

Exceptions
-
- -
-
read_numSweeps
-
uint32 read_numSweeps() const
-

Reads the current number of sweeps which affects the duration of sampling.

Returns

The number of sweeps currently set on the Node.

Exceptions
-
- -
-
write_unlimitedDuration
-
void write_unlimitedDuration(
bool unlimitedDuration,
WirelessTypes::SamplingMode samplingMode
)
-

Writes the unlimited duration flag. This is a different eeprom location depending on the sampling mode.

Parameters
unlimitedDuration
bool

Whether unlimited duration should be enabled (true) or disabled (false).

samplingMode
WirelessTypes::SamplingMode

The WirelessTypes::SamplingMode to set unlimited duration for.

Exceptions
-
- -
-
read_unlimitedDuration
-
bool read_unlimitedDuration(
WirelessTypes::SamplingMode samplingMode
) const
-

Reads the current unlimited duration flag set on the Node. This is a different eeprom location depending on the sampling mode.

Parameters
samplingMode
WirelessTypes::SamplingMode

The WirelessTypes::SamplingMode to get the unlimited duration flag for.

Returns

true if the Node is set to unlimited duration, false otherwise

Exceptions
-
- -
-
write_sampleRate
-
void write_sampleRate(
WirelessTypes::WirelessSampleRate rate,
WirelessTypes::SamplingMode samplingMode
)
-

Writes the sample rate. This is a different eeprom location depending on the sampling mode.

Parameters
rate
WirelessTypes::WirelessSampleRate

The WirelessTypes::WirelessSampleRate to set.

samplingMode
WirelessTypes::SamplingMode

The WirelessTypes::SamplingMode to set unlimited duration for.

Exceptions
-
- -
-
read_sampleRate
- -

Reads the current sample rate set on the Node. This is a different eeprom location depending on the sampling mode.

Parameters
samplingMode
WirelessTypes::SamplingMode

The WirelessTypes::SamplingMode to get the unlimited duration flag for.

Returns

A WirelessTypes::WirelessSampleRate representing the sample rate that is currently set on the Node.

Exceptions
-
- -
-
write_dataFormat
-
void write_dataFormat(
WirelessTypes::DataFormat dataFormat
)
-

Writes the data format to the Node.

Parameters
dataFormat
WirelessTypes::DataFormat

The WirelessTypes::DataFormat to set.

Exceptions
-
- -
-
read_dataFormat
-
WirelessTypes::DataFormat read_dataFormat() const
-

Reads the current data format set on the Node.

Returns

The WirelessTypes::DataFormat that is currently set on the Node.

Exceptions
-
- -
-
write_collectionMode
-
void write_collectionMode(
WirelessTypes::DataCollectionMethod collectionMode
)
-

Writes the data collection mode to the Node.

Parameters
collectionMode
WirelessTypes::DataCollectionMethod

The WirelessTypes::DataCollectionMethod to set.

Exceptions
-
- -
-
read_collectionMode
-
WirelessTypes::DataCollectionMethod read_collectionMode() const
-

Reads the current data collection mode set on the Node.

Returns

The WirelessTypes::DataCollectionMethod that is currently set on the Node.

Exceptions
-
- -
-
write_syncSamplingMode
-
void write_syncSamplingMode(
WirelessTypes::SyncSamplingMode syncMode
)
-

Writes the sync sampling mode to the Node.

Parameters
syncMode
WirelessTypes::SyncSamplingMode

The WirelessTypes::SyncSamplingMode to set.

Exceptions
-
- -
-
read_syncSamplingMode
-
WirelessTypes::SyncSamplingMode read_syncSamplingMode() const
-

Reads the current sync sampling mode set on the Node.

Returns

The WirelessTypes::SyncSamplingMode that is currently set on the Node.

Exceptions
-
- -
-
write_sensorDelay
-
void write_sensorDelay(
uint32 microseconds
)
-

Writes the sensor delay to the Node.

Parameters
microseconds
uint32

The delay to write, in microseconds

Exceptions
-
- -
-
read_sensorDelay
-
uint32 read_sensorDelay() const
-

Reads the current sensor delay set on the Node.

Returns

The sensor delay, in microseconds.

Exceptions
-
- -
-
write_retransmission
-
void write_retransmission(
WirelessTypes::NodeRetransmission reTx
)
-

Writes the retransmission option to the Node.

Parameters
reTx
WirelessTypes::NodeRetransmission

The WirelessTypes::NodeRetransmission to write to the Node.

Exceptions
-
- -
-
read_retransmission
-
WirelessTypes::NodeRetransmission read_retransmission() const
-

Reads the current retransmission option set on the Node.

Returns

The WirelessTypes::NodeRetransmission representing the retransmission option that is currently set on the Node.

Exceptions
-
- -
-
write_settlingTime
-
void write_settlingTime(
const ChannelMask &mask,
WirelessTypes::SettlingTime settlingTime
)
-

Writes the settling time to the Node for the given ChannelMask.

Parameters
mask
const ChannelMask&

The ChannelMask to set the filter setting time for.

settlingTime
WirelessTypes::SettlingTime

The WirelessTypes::SettlingTime to write to the Node.

Exceptions
-
- -
-
read_settlingTime
-
WirelessTypes::SettlingTime read_settlingTime(
const ChannelMask &mask
) const
-

Reads the current filter settling time on the Node for the given ChannelMask.

Parameters
mask
const ChannelMask&

The ChannelMask to read the filter settling time for.

Returns

The WirelessTypes::SettlingTime representing the settling time that is currently set on the Node.

Exceptions
-
- -
-
write_timeBetweenBursts
-
void write_timeBetweenBursts(
const TimeSpan &timespan
)
-

Writes the time between each burst to the Node.  This function assumes the time between bursts value has been normalized.

Parameters
timespan
const TimeSpan&

The TimeSpan representing the time between each burst. This can be in the range of 1 second to 24 hours.

Exceptions
-
- -
-
read_timeBetweenBursts
-
TimeSpan read_timeBetweenBursts() const
-

Reads the time between each burst from the Node.

Returns

The TimeSpan representing the time between each burst.

Exceptions
-
- -
-
write_samplingMode
-
void write_samplingMode(
WirelessTypes::SamplingMode samplingMode
)
-

Writes the WirelessTypes::SamplingMode to the Node.

Parameters
samplingMode
WirelessTypes::SamplingMode

The WirelessTypes::SamplingMode to write to the Node.

Exceptions
-
- -
-
read_samplingMode
-
WirelessTypes::SamplingMode read_samplingMode() const
-

Reads the current WirelessTypes::SamplingMode from the Node.

Returns

A WirelessTypes::SamplingMode object representing the sampling mode.

Exceptions
-
- -
-
write_channelLinearEquation
-
void write_channelLinearEquation(
const ChannelMask &mask,
const LinearEquation &equation
)
-

Writes the slope and offset for the specified ChannelMask on the Node.

Parameters
mask
const ChannelMask&

The ChannelMask to write the linear equation for.

equation
const LinearEquation&

The LinearEquation containing the slope and offset to write.

Exceptions
-
- -
-
read_channelLinearEquation()
-
void read_channelLinearEquation(
const ChannelMask &mask,
LinearEquation &result
) const
-

Reads the slope and offset for the specified ChannelMask from the Node.

Parameters
mask
const ChannelMask&

The ChannelMask to read the linear equation for.

result
LinearEquation&

The LinearEquation that will hold the result.

Exceptions
-
- -
-
write_channelUnit
-
void write_channelUnit(
const ChannelMask &mask,
WirelessTypes::CalCoef_Unit unit
)
-

Writes the unit for the specified ChannelMask to the Node.

Parameters
mask
const ChannelMask&

The ChannelMask to write the unit for.

unit
WirelessTypes::CalCoef_Unit

The WirelessTypes::CalCoef_Unit to write to the Node.

Exceptions
-
- -
-
write_channelEquation
-
void write_channelEquation(
const ChannelMask &mask,
WirelessTypes::CalCoef_EquationType equation
)
-

Writes the equation id for the specified ChannelMask to the Node.

Parameters
mask
const ChannelMask&

The ChannelMask to write the equation id for.

equation
WirelessTypes::CalCoef_EquationType

The WirelessTypes::CalCoef_EquationType to write to the Node.

Exceptions
-
- -
-
write_channelUnitAndEquation
-
void write_channelUnitAndEquation(
const ChannelMask &mask,
WirelessTypes::CalCoef_Unit unit,
WirelessTypes::CalCoef_EquationType equation
)
-

Writes the unit and equation for the specified ChannelMask to the Node.

Parameters
channelNumber

The channel number to save the configuration to (channel 1 = 1, channel 8 = 8).

unit
WirelessTypes::CalCoef_Unit

The WirelessTypes::CalCoef_Unit to write to the Node.

equation
WirelessTypes::CalCoef_EquationType

The WirelessTypes::CalCoef_EquationType to write to the Node.

Exceptions
-
- -
-
read_channelUnit
-
WirelessTypes::CalCoef_Unit read_channelUnit(
const ChannelMask &mask
) const
-

Reads the WirelessTypes::CalCoef_Unit for the specified ChannelMask from the Node.

Parameters
mask
const ChannelMask&

The ChannelMask to read the unit for.

Returns

The WirelessTypes::CalCoef_Unit for the given channel.

Exceptions
-
- -
-
read_channelEquation
-
WirelessTypes::CalCoef_EquationType read_channelEquation(
const ChannelMask &mask
) const
-

Reads the WirelessTypes::CalCoef_EquationType for the specified channel from the Node.  This assumes the channel is supported by the Node.

Parameters
mask
const ChannelMask&

The ChannelMask to read the equation id for.

Returns

The WirelessTypes::CalCoef_EquationType for the given channel.

Exceptions
-
- -
-
read_channelFactoryLinearEq()
-
void read_channelFactoryLinearEq(
const ChannelMask &mask,
LinearEquation &result
) const
-

Reads the factory calibration slope and offset for the specified ChannelMask from the Node.

Parameters
mask
const ChannelMask&

The ChannelMask to read the linear equation for.

result
LinearEquation&

The LinearEquation that will hold the result.

Exceptions
-
- -
-
read_channelFactoryEquationType
-
WirelessTypes::CalCoef_EquationType read_channelFactoryEquationType(
const ChannelMask &mask
) const
-

Reads the factory calibration WirelessTypes::CalCoef_EquationType for the specified channel from the Node.  This assumes the channel is supported by the Node.

Parameters
mask
const ChannelMask&

The ChannelMask to read the equation id for.

Returns

The WirelessTypes::CalCoef_EquationType for the given channel.

Exceptions
-
- -
-
read_channelFactoryUnit
-
WirelessTypes::CalCoef_Unit read_channelFactoryUnit(
const ChannelMask &mask
) const
-

Reads the factory calibration WirelessTypes::CalCoef_Unit for the specified ChannelMask from the Node.

Parameters
mask
const ChannelMask&

The ChannelMask to read the unit for.

Returns

The WirelessTypes::CalCoef_Unit for the given channel.

Exceptions
-
- -
-
read_transmitPower
-
WirelessTypes::TransmitPower read_transmitPower() const
-

Reads the WirelessTypes::TransmitPower that is currently set on the Node.

Returns

The WirelessTypes::TransmitPower that is currently set on the Node.

Exceptions
-
- -
-
write_transmitPower
-
void write_transmitPower(
WirelessTypes::TransmitPower power
)
-

Writes the WirelessTypes::TransmitPower to the Node.

Parameters
power
WirelessTypes::TransmitPower

The WirelessTypes::TransmitPower to write to the Node.

Exceptions
-
- -
-
read_inactivityTimeout
-
uint16 read_inactivityTimeout() const
-

Reads the user inactivity timeout that is currently set on the Node.  This controls how many seconds before the Node goes to sleep when idle.

Returns

The user inactivity timeout (in seconds) that is currently set on the Node.  Note: A value of 65535 (0xFFFF) disables the inactivity timeout so that the Node never goes to sleep.

Exceptions
-
- -
-
write_inactivityTimeout
-
void write_inactivityTimeout(
uint16 timeout
)
-

Writes the user inactivity timeout to the Node.  This function assumes the inactivity timeout has already been set to be above the minimum.

Parameters
timeout
uint16

The user inactivity timeout (in seconds) to write to the Node.  Note: A value of 65535 (0xFFFF) disables the inactivity timeout so that the Node never goes to sleep.

Exceptions
-
- -
-
read_checkRadioInterval
-
uint8 read_checkRadioInterval() const
-

Reads the check radio interval that is currently set on the Node.  This controls how often the node wakes up from sleep to check for commands.

Returns

The interval (in seconds) that is currently set on the Node.

Exceptions
-
- -
-
write_checkRadioInterval
-
void write_checkRadioInterval(
uint8 interval
)
-

Writes the check radio interval to the Node.  This controls how often the node wakes up from sleep to check for commands.  This function assumes the interval is within the acceptable range.

Parameters
interval
uint8

The check radio interval (in seconds) to write to the Node.

Exceptions
-
- -
-
read_defaultMode
-
WirelessTypes::DefaultMode read_defaultMode() const
-

Reads the WirelessTypes::DefaultMode that is currently set on the Node.

Returns

The default mode that is currently set on the Node.

Exceptions
-
- -
-
write_defaultMode
-
void write_defaultMode(
WirelessTypes::DefaultMode mode
)
-

Writes the given WirelessTypes::DefaultMode to the Node.

Parameters
mode
WirelessTypes::DefaultMode

The WirelessTypes::DefaultMode to write to the Node.

Exceptions
-
- -
-
read_logPage
-
uint16 read_logPage() const
-

Reads the next flash page that to be used for datalogging.

Returns

The next flash page that to be used for datalogging.

Exceptions
-
- -
-
read_logPageOffset
-
uint16 read_logPageOffset() const
-

Reads the byte offset into the log page for the next datalogging session.

Returns

The byte offset into the log page for the next datalogging session.

Exceptions
-
- -
-
read_numDatalogSessions
-
uint16 read_numDatalogSessions() const
-

Reads the number of datalog sessions that are currently stored on the Node.

Returns

The number of datalog sessions that are stored on the Node.

Exceptions
-
- -
-
write_txPerGroup
-
void write_txPerGroup(
uint16 txPerGroup
)
-

Writes the transmissions per group to the Node.

Parameters
txPerGroup
uint16

The number of transmissions per group to write.

Exceptions
-
- -
-
write_groupSize
-
void write_groupSize(
uint16 groupSize
)
-

Writes the group size to the Node.

Parameters
groupSize
uint16

The group size to write.

Exceptions
-
- -
-
write_tdmaAddress
-
void write_tdmaAddress(
uint16 address
)
-

Writes the TDMA address to the Node.

Parameters
address
uint16

The TDMA address to write.

Exceptions
-
- -
-
write_maxRetransPerBurst
-
void write_maxRetransPerBurst(
uint16 maxReTxPerBurst
)
-

Writes the max retransmissions per burst to the Node.

Parameters
maxReTxPerBurst
uint16

The value to write.

Exceptions
-
- -
-
read_gaugeResistance
-
uint16 read_gaugeResistance()
-

Reads the Gauge Resistance that is currently stored on the Node.

Exceptions
-
- -
-
write_gaugeResistance
-
void write_gaugeResistance(
uint16 resistance
)
-

Writes the Gauge Resistance to the Node.

Exceptions
-
- -
-
read_numActiveGauges
-
uint16 read_numActiveGauges()
-

Reads the Number of Active Gauges that is currently stored on the Node.

Exceptions
-
- -
-
write_numActiveGauges
-
void write_numActiveGauges(
uint16 numGauges
)
-

Writes the Number of Active Gauges to the Node.

Exceptions
-
- -
-
read_lowBatteryThreshold
-
float read_lowBatteryThreshold()
-

Reads the Low Battery Threshold (in Volts) that is currently stored on the Node.

Exceptions
-
- -
-
write_lowBatteryThreshold
-
void write_lowBatteryThreshold(
float volts
)
-

Writes the Low Battery Threshold to the Node.

Exceptions
-
- -
-
read_inputRange
-
WirelessTypes::InputRange read_inputRange(
const ChannelMask &mask
) const
-

Reads the input range for the specified ChannelMask from the Node.

Parameters
mask
const ChannelMask&

The ChannelMask to read the input range for.

Returns

The WirelessTypes::InputRange for the given ChannelMask.

Exceptions
-
- -
-
write_inputRange
-
void write_inputRange(
const ChannelMask &mask,
WirelessTypes::InputRange range
)
-

Writes the WirelessTypes::InputRange value for the specified ChannelMask to the Node.

Parameters
mask
const ChannelMask&

The ChannelMask to write the hardware gain for.

range
WirelessTypes::InputRange

The <WirlessTypes::InputRange> value to write to the Node.

Exceptions
-
- -
-
write_inputRange
-
void write_inputRange(
const ChannelMask &mask,
WirelessTypes::Voltage excitationVoltage,
WirelessTypes::InputRange range
)
-

Writes the WirelessTypes::InputRange value for the specified ChannelMask and excitation voltage, to the Node.

Parameters
mask
const ChannelMask&

The ChannelMask to write the hardware gain for.

excitationVoltage
WirelessTypes::Voltage

The Excitation WirelessTypes::Voltage set on the Node.

range
WirelessTypes::InputRange

The <WirlessTypes::InputRange> value to write to the Node.

Exceptions
-
- -
-
read_hardwareOffset
-
uint16 read_hardwareOffset(
const ChannelMask &mask
) const
-

Reads the hardware offset for the specified ChannelMask from the Node.

Parameters
mask
const ChannelMask&

The ChannelMask to read the hardware offset for.

Returns

The hardware offset for the given ChannelMask.

Exceptions
-
- -
-
write_hardwareOffset
-
void write_hardwareOffset(
const ChannelMask &mask,
uint16 offset
)
-

Writes the hardware offset value for the specified ChannelMask to the Node.

Parameters
mask
const ChannelMask&

The ChannelMask to write the hardware offset for.

gain

The hardware offset value to write to the Node.

Exceptions
-
- -
-
read_antiAliasingFilter
-
WirelessTypes::Filter read_antiAliasingFilter(
const ChannelMask &mask
) const
-

Reads the anti-aliasing filter for the specified ChannelMask from the Node.

Parameters
mask
const ChannelMask&

The ChannelMask to read the filter for.

Returns

The WirelessTypes::Filter representing the anti-aliasing filter for the given ChannelMask.

Exceptions
-
- -
-
write_antiAliasingFilter
-
void write_antiAliasingFilter(
const ChannelMask &mask,
WirelessTypes::Filter filter
)
-

Writes the anti-aliasing filter value for the specified ChannelMask to the Node.

Parameters
mask
const ChannelMask&

The ChannelMask to write the hardware offset for.

filter
WirelessTypes::Filter

The WirelessTypes::Filter representing the anti-aliasing filter value to write to the Node.

Exceptions
-
- -
-
read_cfcFilterConfig
-
WirelessTypes::ChannelFrequencyClass read_cfcFilterConfig() const
-

Reads the channel frequency class filter option set on the Node.

Returns

The WirelessTypes::ChannelFrequencyClass representing the channel frequency class filter currently set to the Node.

Exceptions
-
- -
-
write_cfcFilterConfig
-
void write_cfcFilterConfig(
WirelessTypes::ChannelFrequencyClass cfc
)
-

Writes the specified channel frequency class filter option to the Node.

Parameters
cfc
WirelessTypes::ChannelFrequencyClass

The WirelessTypes::ChannelFrequencyClass representing the channel frequency class filter to write to the Node.

Exceptions
-
- -
-
read_lowPassFilter
-
WirelessTypes::Filter read_lowPassFilter(
const ChannelMask &mask
) const
-

Reads the low-pass filter for the specified ChannelMask from the Node.

Parameters
mask
const ChannelMask&

The ChannelMask to read the filter for.

Returns

The WirelessTypes::Filter representing the low-pass filter for the given ChannelMask.

Exceptions
-
- -
-
write_lowPassFilter
-
void write_lowPassFilter(
const ChannelMask &mask,
WirelessTypes::Filter filter
)
-

Writes the low-pass filter value for the specified ChannelMask to the Node.

Parameters
mask
const ChannelMask&

The ChannelMask to write the low-pass filter for.

filter
WirelessTypes::Filter

The WirelessTypes::Filter representing the low-pass filter value to write to the Node.

Exceptions
-
- -
-
read_highPassFilter
-
WirelessTypes::HighPassFilter read_highPassFilter(
const ChannelMask &mask
) const
-

Reads the high-pass filter for the specified ChannelMask from the Node.

Parameters
mask
const ChannelMask&

The ChannelMask to read the filter for.

Returns

The WirelessTypes::Filter representing the high-pass filter for the given ChannelMask.

Exceptions
-
- -
-
write_highPassFilter
-
void write_highPassFilter(
const ChannelMask &mask,
WirelessTypes::HighPassFilter filter
)
-

Writes the high-pass filter value for the specified ChannelMask to the Node.

Parameters
mask
const ChannelMask&

The ChannelMask to write the high-pass filter for.

filter
WirelessTypes::HighPassFilter

The WirelessTypes::HighPassFilter representing the high-pass filter value to write to the Node.

Exceptions
-
- -
-
read_gaugeFactor
-
float read_gaugeFactor(
const ChannelMask &mask
) const
-

Reads the gauge factor for the specified ChannelMask from the Node.

Parameters
mask
const ChannelMask&

The ChannelMask to read the gauge factor for.

Returns

The gauge factor for the given ChannelMask.

Exceptions
-
- -
-
write_gaugeFactor
-
void write_gaugeFactor(
const ChannelMask &mask,
float gaugeFactor
)
-

Writes the gauge factor value for the specified ChannelMask to the Node.

Parameters
mask
const ChannelMask&

The ChannelMask to write the gauge factor for.

gaugeFactor
float

The gauge factor value to write to the Node.

Exceptions
-
- -
-
read_thermoType
-
WirelessTypes::ThermocoupleType read_thermoType(
const ChannelMask &mask
) const
-

Reads the WirelessTypes::ThermocoupleType from the Node.

Parameters
mask
const ChannelMask&

The ChannelMask to read the thermocouple type for.

Returns

The WirelessTypes::ThermocoupleType for the given ChannelMask.

Exceptions
-
- -
-
write_thermoType
-
void write_thermoType(
const ChannelMask &mask,
WirelessTypes::ThermocoupleType thermocouple
)
-

Writes the WirelessTypes::ThermocoupleType to the Node.  This assumes thermocouple type is supported.

Parameters
mask
const ChannelMask&

The ChannelMask to write the thermocouple type for.

thermocouple
WirelessTypes::ThermocoupleType

The WirelessTypes::ThermocoupleType to write to the Node.

Exceptions
-
- -
-
read_tempSensorOptions
-
TempSensorOptions read_tempSensorOptions(
const ChannelMask &mask
) const
-

Reads the TempSensorOptions from the Node.

Parameters
mask
const ChannelMask&

The ChannelMask to read the options type for.

Returns

The TempSensorOptions read from the Node.

Exceptions
-
- -
-
write_tempSensorOptions
-
void write_tempSensorOptions(
const ChannelMask &mask,
const TempSensorOptions &options
)
-

Writes the TempSensorOptions to the Node.  This assumes TempSensorOptions are supported.

Parameters
mask
const ChannelMask&

The ChannelMask to write the options for.

options
const TempSensorOptions&

The TempSensorOptions to write to the Node.

Exceptions
-
- -
-
read_excitationVoltage
-
WirelessTypes::Voltage read_excitationVoltage() const
-

Reads the WirelessTypes::Voltage from the Node.

Returns

The WirelessTypes::Voltage.

Exceptions
-
- -
-
write_excitationVoltage
-
void write_excitationVoltage(
WirelessTypes::Voltage voltage
)
-

Writes the WirelessTypes::Voltage to the Node.  This assumes Excitation Voltage configuration is supported.

Parameters
voltage
WirelessTypes::Voltage

The WirelessTypes::Voltage to write to the Node.

Exceptions
-
- -
-
read_debounceFilter
-
uint16 read_debounceFilter(
const ChannelMask &mask
) const
-

Reads the Debounce Filter from the Node.

Parameters
mask
const ChannelMask&

The ChannelMask to read the options type for.

Returns

The Debounce Filter, in milliseconds.

Exceptions
-
- -
-
write_debounceFilter
-
void write_debounceFilter(
const ChannelMask &mask,
uint16 milliseconds
)
-

Writes the Debounce Filter to the Node.  This assumes Debounce Filter is supported.

Parameters
mask
const ChannelMask&

The ChannelMask to write the options for.

milliseconds
uint16

The Debounce Filter time to write to the Node.

Exceptions
-
- -
-
read_pullUpResistor
-
bool read_pullUpResistor(
const ChannelMask &mask
) const
-

Reads the pull-up resistor flag from the Node.  This assumes pull-up resistor configuration is supported by the Node.

Parameters
mask
const ChannelMask&

The ChannelMask to read the options for.

Returns

true if the pull-up resistor is on, false if it is off.

Exceptions
-
- -
-
write_pullUpResistor
-
void write_pullUpResistor(
const ChannelMask &mask,
bool enable
)
-

Writes the pull-up resistor flag to the Node.  This assumes pull-up resistor configuration is supported by the Node.

Parameters
mask
const ChannelMask&

The ChannelMask to write the options for.

enable
bool

true to turn on the pull-up resistor, false to turn off.

Exceptions
-
- -
-
read_sensorMode
-
WirelessTypes::SensorOutputMode read_sensorMode() const
-

Reads the WirelessTypes::SensorOutputMode from the Node.

Exceptions
-
- -
-
write_sensorMode
-
void write_sensorMode(
WirelessTypes::SensorOutputMode mode
)
-

Write the WirelessTypes::SensorOutputMode to the Node.

Parameters
mode
WirelessTypes::SensorOutputMode

The WirelessTypes::SensorOutputMode to write.

Exceptions
-
- -
-
read_activitySense
-
void read_activitySense(
ActivitySense &result
) const
-

Reads the ActivitySense options from the Node.  This assumes activity sense configuration is supported by the Node.

Parameters
result
ActivitySense&

Will hold the result of the ActivitySense options read from the Node.

Exceptions
-
- -
-
write_activitySense
-
void write_activitySense(
const ActivitySense &options
)
-

Writes the ActivitySense options to the Node.  This assumes fatigue options configuration is supported by the Node.

Parameters
options
const ActivitySense&

The ActivitySense to write to the Node.

Exceptions
-
- -
-
read_fatigueMode
-
WirelessTypes::FatigueMode read_fatigueMode() const
-

Reads the <WirelessTypes::FatigeMode> from the Node.

Exceptions
-
- -
-
read_fatigueOptions
-
void read_fatigueOptions(
FatigueOptions &result
) const
-

Reads the FatigueOptions from the Node.  This assumes fatigue options configuration is supported by the Node.

Parameters
result
FatigueOptions&

Will hold the result of the FatigueOptions read from the Node.

Exceptions
-
- -
-
write_fatigueOptions
-
void write_fatigueOptions(
const FatigueOptions &options
)
-

Writes the FatigueOptions to the Node.  This assumes fatigue options configuration is supported by the Node.

Parameters
options
const FatigueOptions&

The FatigueOptions to write to the Node.

Exceptions
-
- -
-
read_histogramOptions
-
void read_histogramOptions(
HistogramOptions &result
) const
-

Reads the HistogramOptions from the Node.  This assumes histogram options configuration is supported by the Node.

Parameters
result
HistogramOptions&

Will hold the result of the HistogramOptions read from the Node.

Exceptions
-
- -
-
write_histogramOptions
-
void write_histogramOptions(
const HistogramOptions &options
)
-

Writes the HistogramOptions to the Node.  This assumes histogram options configuration is supported by the Node and all options are valid.

Parameters
options
const HistogramOptions&

The HistogramOptions to write to the Node.

Exceptions
-
- -
-
read_eventTriggerOptions
-
void read_eventTriggerOptions(
EventTriggerOptions &result
) const
-

Reads the EventTriggerOptions from the Node.  This assumes Event Trigger is supported by the Node.

Parameters
result
EventTriggerOptions&

Will hold the result of the EventTriggerOptions read from the Node.

Exceptions
-
- -
-
write_eventTriggerOptions
-
void write_eventTriggerOptions(
const EventTriggerOptions &options,
const std::map<uint8, LinearEquation> calibrations
)
-

Writes the EventTriggerOptions to the Node.  This assumes Event Trigger is supported by the Node and all options are valid.

Parameters
options
const EventTriggerOptions&

The EventTriggerOptions to write to the Node.

calibrations
const std::map<uint8, LinearEquation>

The calibrations to use for legacy nodes when converting back to bits for the trigger value. (ignored for new nodes)

Exceptions
-
- -
-
read_eventTriggerDurations
-
void read_eventTriggerDurations(
uint32 &pre,
uint32 &post
) const
-

Reads the pre and post durations for event trigger from the Node.  This assumes Event Trigger is supported by the Node.

Parameters
pre
uint32&

The pre event duration read from the Node.

post
uint32&

The post event duration read from the Node.

Exceptions
-
- -
-
read_eventTriggerMask
-
BitMask read_eventTriggerMask() const
-

Reads the triger mask for event trigger from the Node.  This assumes Event Trigger is supported by the Node.

Returns

The BitMask representing the active and inactive event triggers.

Exceptions
-
- -
-
clearHistogram
-
void clearHistogram()
-

Clears the Histogram on the Node.  This assumes histogram options configuration is supported by the Node.

Exceptions
-
- -
-
read_lostBeaconTimeout
-
uint16 read_lostBeaconTimeout() const
-

Reads the lost beacon timeout value from the Node.  A value of 0 means the timeout is disabled.  This assumes lost beacon timeout is supported by the Node.

Returns

The lost beacon timeout in minutes.

Exceptions
-
- -
-
write_lostBeaconTimeout
-
void write_lostBeaconTimeout(
uint16 minutes
)
-

Writes the lost beacon timeout value, in minutes, to the Node.  This assumes the value is within range of a valid value.

Parameters
minutes
uint16

The lost beacon timeout value in minutes.

Exceptions
-
- -
-
read_diagnosticInterval
-
uint16 read_diagnosticInterval() const
-

Reads the diagnostic packet interval value from the Node.  A value of 0 means the diagnostic packet is disabled.  This assumes diagnostic info is supported by the Node.

Returns

The diagnostic packet interval, in seconds.

Exceptions
-
- -
-
write_diagnosticInterval
-
void write_diagnosticInterval(
uint16 seconds
)
-

Writes the diagnostic packet interval value, in seconds, to the Node.  This assumes diagnostic info is supported by the Node.

Parameters
seconds
uint16

The diagnostic packet interval, in seconds.

Exceptions
-
- -
-
read_storageLimitMode
-
WirelessTypes::StorageLimitMode read_storageLimitMode() const
-

Reads the storage limit mode from the Node.

Returns

The WirelessTypes::StorageLimitMode currently set.

Exceptions
-
- -
-
write_storageLimitMode
-
void write_storageLimitMode(
WirelessTypes::StorageLimitMode mode
)
-

Writes the storage limit mode to the Node.  This assumes it is supported by the Node.

Parameters
mode
WirelessTypes::StorageLimitMode

The WirelessTypes::StorageLimitMode to write.

Exceptions
-
- -
-
read_dataMode
-
WirelessTypes::DataMode read_dataMode() const
-

Reads the <DataMode> from the Node.

Returns

A <DataMode> object representing the data modes currently set on the Node.

Exceptions
-
- -
-
write_dataMode
-
void write_dataMode(
WirelessTypes::DataMode dataMode
)
-

Writes the WirelessTypes::DataMode to the Node.

Parameters
dataMode
WirelessTypes::DataMode

The WirelessTypes::DataMode to set on the Node.

Exceptions
-
- -
-
read_derivedSampleRate
-
WirelessTypes::WirelessSampleRate read_derivedSampleRate() const
-

Reads the Derived Sample Rate from the Node.  This assumes Derived Channels are supported by the Node.

Returns

A WirelessTypes::WirelessSampleRate representing the Derived Channels Sample Rate.

Exceptions
-
- -
-
write_derivedSampleRate
-
void write_derivedSampleRate(
WirelessTypes::WirelessSampleRate rate
)
-

Writes the Derived Sample Rate to the Node.  This assumes Derived Channels are supported by the Node.

Parameters
rate
WirelessTypes::WirelessSampleRate

The WirelessTypes::WirelessSampleRate to write to the Node.

Exceptions
-
- -
-
read_derivedChannelMask
-
ChannelMask read_derivedChannelMask(
WirelessTypes::DerivedCategory category
) const
-

Reads the Derived Channel Mask from the Node for the specified <WirelessTypes::DerivedChannel>.  This assumes Derived Channels are supported by the Node, and that the given category is supported.

Parameters
category
WirelessTypes::DerivedCategory

The WirelessTypes::DerivedCategory to read the mask for.

Returns

A ChannelMask representing the associated Node channels for the requested DerivedChannel.

Exceptions
-
- -
-
write_derivedChannelMask
-
void write_derivedChannelMask(
WirelessTypes::DerivedCategory category,
const ChannelMask &mask
)
-

Writes a Derived Channel Mask to the Node for the specified WirelessTypes::DerivedCategory.  This assumes Derived Channels are supported by the Node, and that the given category is supported.

Parameters
category
WirelessTypes::DerivedCategory

The WirelessTypes::DerivedCategory to write the mask for.

mask
const ChannelMask&

The ChannelMask representing the associated Node channels to set.

Exceptions
-
- -
-
read_derivedVelocityUnit
-
WirelessTypes::DerivedVelocityUnit read_derivedVelocityUnit() const
-

Reads the WirelessTypes::DerivedVelocityUnit from the Node.

Exceptions
-
- -
-
write_derivedVelocityUnit
-
void write_derivedVelocityUnit(
WirelessTypes::DerivedVelocityUnit unit
)
-

Writes the WirelessTypes::DerivedVelocityUnit to the Node.  This assumes Derived Channels are supported by the Node, and that the given derivedChannel is supported.

Parameters
unit
WirelessTypes::DerivedVelocityUnit

The WirelessTypes::DerivedVelocityUnit to write .

Exceptions
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeEepromMap-Summary.js b/v66.0.1/MSCL_Docs/classes/C/NodeEepromMap-Summary.js deleted file mode 100644 index 19d7e563e..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeEepromMap-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:NodeEepromMap","NodeEepromMap");NDSummary.OnSummaryLoaded("CClass:NodeEepromMap",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[6256,0,0,"NodeEepromMap"],[6257,0,3,"Functions","Functions"],[6258,0,2,"canUseCache_read","canUseCache_read"],[6259,0,2,"canUseCache_write","canUseCache_write"],[6260,0,2,"getOffsetEeprom","getOffsetEeprom"],[6261,0,2,"getEventTriggerEeproms","getEventTriggerEeproms"],[6262,0,3,"Constants","Constants"],[6263,0,1,"Eeprom Locations","Eeprom_Locations"],[6264,0,1,,"CURRENT_LOG_PAGE"],[6265,0,1,,"CURRENT_PAGE_OFFSET"],[6266,0,1,,"DATA_SETS_STORED"],[6267,0,1,,"FLASH_ID"],[6268,0,1,,"STORAGE_LIMIT_MODE"],[6269,0,1,,"ACTIVE_CHANNEL_MASK"],[6270,0,1,,"DATALOG_SAMPLE_RATE"],[6271,0,1,,"NUM_SWEEPS"],[6272,0,1,,"DEFAULT_MODE"],[6273,0,1,,"SERIAL_ID"],[6274,0,1,,"SAMPLING_MODE"],[6275,0,1,,"HW_OFFSET_1"],[6276,0,1,,"HW_OFFSET_2"],[6277,0,1,,"HW_OFFSET_3"],[6278,0,1,,"HW_OFFSET_4"],[6279,0,1,,"HW_OFFSET_5"],[6280,0,1,,"HW_OFFSET_6"],[6281,0,1,,"HW_OFFSET_7"],[6282,0,1,,"HW_OFFSET_8"],[6283,0,1,,"SAMPLING_DELAY"],[6284,0,1,,"TDMA_ADDRESS"],[6285,0,1,,"COLLECTION_MODE"],[6286,0,1,,"NUM_BUFF_PACKETS"],[6287,0,1,,"NUM_RETRAN_ATTEMPTS"],[6288,0,1,,"NODE_ADDRESS"],[6289,0,1,,"SLEEP_INTERVAL"],[6290,0,1,,"INACTIVE_TIMEOUT"],[6291,0,1,,"SAMPLE_RATE"],[6292,0,1,,"DATA_FORMAT"],[6293,0,1,,"SNIFF_DURATION"],[6294,0,1,,"FREQUENCY"],[6295,0,1,,"TX_POWER_LEVEL"],[6296,0,1,,"UNLIMITED_SAMPLING"],[6297,0,1,,"UNLIMITED_DATALOG"],[6298,0,1,,"FIRMWARE_VER"],[6299,0,1,,"FIRMWARE_VER2"],[6300,0,1,,"MODEL_NUMBER"],[6301,0,1,,"MODEL_OPTION"],[6302,0,1,,"LEGACY_MODEL_NUMBER"],[6303,0,1,,"LEGACY_SERIAL_ID"],[6304,0,1,,"MAX_MEMORY"],[6305,0,1,,"MICROCONTROLLER"],[6306,0,1,,"FW_ARCH_VER"],[6307,0,1,,"ASPP_VER"],[6308,0,1,,"HW_GAIN_1"],[6309,0,1,,"HW_GAIN_2"],[6310,0,1,,"HW_GAIN_3"],[6311,0,1,,"HW_GAIN_4"],[6312,0,1,,"HW_GAIN_5"],[6313,0,1,,"HW_GAIN_6"],[6314,0,1,,"HW_GAIN_7"],[6315,0,1,,"HW_GAIN_8"],[6316,0,1,,"CH_ACTION_ID_1"],[6317,0,1,,"CH_ACTION_SLOPE_1"],[6318,0,1,,"CH_ACTION_OFFSET_1"],[6319,0,1,,"CH_ACTION_ID_2"],[6320,0,1,,"CH_ACTION_SLOPE_2"],[6321,0,1,,"CH_ACTION_OFFSET_2"],[6322,0,1,,"CH_ACTION_ID_3"],[6323,0,1,,"CH_ACTION_SLOPE_3"],[6324,0,1,,"CH_ACTION_OFFSET_3"],[6325,0,1,,"CH_ACTION_ID_4"],[6326,0,1,,"CH_ACTION_SLOPE_4"],[6327,0,1,,"CH_ACTION_OFFSET_4"],[6328,0,1,,"CH_ACTION_ID_5"],[6329,0,1,,"CH_ACTION_SLOPE_5"],[6330,0,1,,"CH_ACTION_OFFSET_5"],[6331,0,1,,"CH_ACTION_ID_6"],[6332,0,1,,"CH_ACTION_SLOPE_6"],[6333,0,1,,"CH_ACTION_OFFSET_6"],[6334,0,1,,"CH_ACTION_ID_7"],[6335,0,1,,"CH_ACTION_SLOPE_7"],[6336,0,1,,"CH_ACTION_OFFSET_7"],[6337,0,1,,"CH_ACTION_ID_8"],[6338,0,1,,"CH_ACTION_SLOPE_8"],[6339,0,1,,"CH_ACTION_OFFSET_8"],[6340,0,1,,"CH_ACTION_ID_9"],[6341,0,1,,"CH_ACTION_SLOPE_9"],[6342,0,1,,"CH_ACTION_OFFSET_9"],[6343,0,1,,"CH_ACTION_ID_10"],[6344,0,1,,"CH_ACTION_SLOPE_10"],[6345,0,1,,"CH_ACTION_OFFSET_10"],[6346,0,1,,"CH_ACTION_ID_11"],[6347,0,1,,"CH_ACTION_SLOPE_11"],[6348,0,1,,"CH_ACTION_OFFSET_11"],[6349,0,1,,"CH_ACTION_ID_12"],[6350,0,1,,"CH_ACTION_SLOPE_12"],[6351,0,1,,"CH_ACTION_OFFSET_12"],[6352,0,1,,"CH_ACTION_ID_13"],[6353,0,1,,"CH_ACTION_SLOPE_13"],[6354,0,1,,"CH_ACTION_OFFSET_13"],[6355,0,1,,"CH_ACTION_ID_14"],[6356,0,1,,"CH_ACTION_SLOPE_14"],[6357,0,1,,"CH_ACTION_OFFSET_14"],[6358,0,1,,"CH_ACTION_ID_15"],[6359,0,1,,"CH_ACTION_SLOPE_15"],[6360,0,1,,"CH_ACTION_OFFSET_15"],[6361,0,1,,"CH_ACTION_ID_16"],[6362,0,1,,"CH_ACTION_SLOPE_16"],[6363,0,1,,"CH_ACTION_OFFSET_16"],[6364,0,1,,"LEGACY_BOOTLOAD_PAGE"],[6365,0,1,,"LEGACY_BOOTLOAD_ENABLE_FLAG"],[6366,0,1,,"LEGACY_BOOTLOAD_CHECKSUM"],[6367,0,1,,"LEGACY_BOOTLOADER_VER"],[6368,0,1,,"LEGACY_BOOTLOADER_OPTIONS"],[6369,0,1,,"LEGACY_BOOTLOADER_COUNTER"],[6370,0,1,,"RESET_COUNTER"],[6371,0,1,,"CYCLE_POWER"],[6372,0,1,,"RADIO_OPTIONS"],[6373,0,1,,"LOST_BEACON_TIMEOUT"],[6374,0,1,,"SYNC_SAMPLE_SETTING"],[6375,0,1,,"TX_PER_GROUP"],[6376,0,1,,"GROUP_SIZE"],[6377,0,1,,"TIME_BETW_SESSIONS"],[6378,0,1,,"NODE_RETRANSMIT"],[6379,0,1,,"MAX_RETRANS_PACKET"],[6380,0,1,,"MAX_RETRANS_BURST"],[6381,0,1,,"REGION_CODE"],[6382,0,1,,"DATA_MODE"],[6383,0,1,,"DERIVED_DATA_RATE"],[6384,0,1,,"DERIVED_RMS_MASK"],[6385,0,1,,"DERIVED_P2P_MASK"],[6386,0,1,,"DERIVED_VELOCITY_MASK"],[6387,0,1,,"DERIVED_CREST_FACTOR_MASK"],[6388,0,1,,"DERIVED_MEAN_MASK"],[6389,0,1,,"DERIVED_VELOCITY_UNIT"],[6390,0,1,,"DATA_PACKET_FORMAT"],[6391,0,1,,"DIAGNOSTIC_INTERVAL"],[6392,0,1,,"EVENT_SAMPLE_RATE"],[6393,0,1,,"EVENT_TRIGGER_MASK"],[6394,0,1,,"EVENT_PRE_DURATION"],[6395,0,1,,"EVENT_POST_DURATION"],[6396,0,1,,"EVENT_SRC_1"],[6397,0,1,,"EVENT_OPER_1"],[6398,0,1,,"EVENT_VAL1_1"],[6399,0,1,,"EVENT_VAL2_1"],[6400,0,1,,"EVENT_SRC_2"],[6401,0,1,,"EVENT_OPER_2"],[6402,0,1,,"EVENT_VAL1_2"],[6403,0,1,,"EVENT_VAL2_2"],[6404,0,1,,"EVENT_SRC_3"],[6405,0,1,,"EVENT_OPER_3"],[6406,0,1,,"EVENT_VAL1_3"],[6407,0,1,,"EVENT_VAL2_3"],[6408,0,1,,"EVENT_SRC_4"],[6409,0,1,,"EVENT_OPER_4"],[6410,0,1,,"EVENT_VAL1_4"],[6411,0,1,,"EVENT_VAL2_4"],[6412,0,1,,"EVENT_SRC_5"],[6413,0,1,,"EVENT_OPER_5"],[6414,0,1,,"EVENT_VAL1_5"],[6415,0,1,,"EVENT_VAL2_5"],[6416,0,1,,"EVENT_SRC_6"],[6417,0,1,,"EVENT_OPER_6"],[6418,0,1,,"EVENT_VAL1_6"],[6419,0,1,,"EVENT_VAL2_6"],[6420,0,1,,"EVENT_SRC_7"],[6421,0,1,,"EVENT_OPER_7"],[6422,0,1,,"EVENT_VAL1_7"],[6423,0,1,,"EVENT_VAL2_7"],[6424,0,1,,"EVENT_SRC_8"],[6425,0,1,,"EVENT_OPER_8"],[6426,0,1,,"EVENT_VAL1_8"],[6427,0,1,,"EVENT_VAL2_8"],[6428,0,1,,"EXCITATION_VOLTAGE"],[6429,0,1,,"DEBOUNCE_FILTER"],[6430,0,1,,"INTERNAL_PULLUP_RESISTOR"],[6431,0,1,,"ANTI_ALIASING_FILTER_1"],[6432,0,1,,"ANTI_ALIASING_FILTER_2"],[6433,0,1,,"ANTI_ALIASING_FILTER_3"],[6434,0,1,,"ANTI_ALIASING_FILTER_4"],[6435,0,1,,"LOW_PASS_FILTER_1"],[6436,0,1,,"LOW_PASS_FILTER_2"],[6437,0,1,,"LOW_PASS_FILTER_3"],[6438,0,1,,"LOW_PASS_FILTER_4"],[6439,0,1,,"HIGH_PASS_FILTER_1"],[6440,0,1,,"HIGH_PASS_FILTER_2"],[6441,0,1,,"HIGH_PASS_FILTER_3"],[6442,0,1,,"HIGH_PASS_FILTER_4"],[6443,0,1,,"MIN_SOFT_VER_MAJOR"],[6444,0,1,,"MIN_SOFT_VER_MINOR"],[6445,0,1,,"GAUGE_FACTOR_1"],[6446,0,1,,"GAUGE_FACTOR_2"],[6447,0,1,,"GAUGE_FACTOR_3"],[6448,0,1,,"GAUGE_FACTOR_4"],[6449,0,1,,"GAUGE_RESISTANCE"],[6450,0,1,,"NUM_ACTIVE_GAUGES"],[6451,0,1,,"LOW_BATTERY_THRESHOLD"],[6452,0,1,,"THERMOCPL_TYPE"],[6453,0,1,,"FILTER_1"],[6454,0,1,,"FILTER_2"],[6455,0,1,,"LEGACY_DAMAGE_ANGLE_1"],[6456,0,1,,"LEGACY_DAMAGE_ANGLE_2"],[6457,0,1,,"LEGACY_DAMAGE_ANGLE_3"],[6458,0,1,,"BIN_SIZE"],[6459,0,1,,"RESET_BINS"],[6460,0,1,,"BIN_START"],[6461,0,1,,"PEAK_VALLEY_THRES"],[6462,0,1,,"SNCURVE_LOGA_1"],[6463,0,1,,"SNCURVE_M_1"],[6464,0,1,,"SNCURVE_LOGA_2"],[6465,0,1,,"SNCURVE_M_2"],[6466,0,1,,"SNCURVE_LOGA_3"],[6467,0,1,,"SNCURVE_M_3"],[6468,0,1,,"SNCURVE_LOGA_4"],[6469,0,1,,"SNCURVE_M_4"],[6470,0,1,,"SNCURVE_LOGA_5"],[6471,0,1,,"SNCURVE_M_5"],[6472,0,1,,"YOUNGS_MODULUS"],[6473,0,1,,"POISSONS_RATIO"],[6474,0,1,,"HISTOGRAM_SAMPLE_RATE"],[6475,0,1,,"DAMAGE_ANGLE_1"],[6476,0,1,,"DAMAGE_ANGLE_2"],[6477,0,1,,"DAMAGE_ANGLE_3"],[6478,0,1,,"FATIGUE_MODE"],[6479,0,1,,"DIST_ANGLE_NUM_ANGLES"],[6480,0,1,,"DIST_ANGLE_LOWER_BOUND"],[6481,0,1,,"DIST_ANGLE_UPPER_BOUND"],[6482,0,1,,"HISTOGRAM_RAW_FLAG"],[6483,0,1,,"ACT_SENSE_ENABLE"],[6484,0,1,,"ACT_SENSE_ACTIVE_THRES"],[6485,0,1,,"ACT_SENSE_INACTIVE_TIMEOUT"],[6486,0,1,,"ACT_SENSE_ACTIVE_TIME"],[6487,0,1,,"ACT_SENSE_INACTIVE_THRES"],[6488,0,1,,"HISTOGRAM_ENABLE"],[6489,0,1,,"COMM_PROTOCOL"],[6490,0,1,,"BOOTLOADER_VER"],[6491,0,1,,"FIRMWARE_UPGRADE_FLAGS"],[6492,0,1,,"BOOTLOADER_FLASH_ADDRESS"],[6493,0,1,,"TEMP_SENSOR_CONFIG_1"],[6494,0,1,,"TEMP_SENSOR_CONFIG_2"],[6495,0,1,,"TEMP_SENSOR_CONFIG_3"],[6496,0,1,,"TEMP_SENSOR_CONFIG_4"],[6497,0,1,,"TEMP_SENSOR_CONFIG_5"],[6498,0,1,,"TEMP_SENSOR_CONFIG_6"],[6499,0,1,,"TEMP_SENSOR_CONFIG_7"],[6500,0,1,,"TEMP_SENSOR_CONFIG_8"],[6501,0,1,,"TEMP_SENSOR_CONFIG_9"],[6502,0,1,,"TEMP_SENSOR_CONFIG_10"],[6503,0,1,,"TEMP_SENSOR_CONFIG_11"],[6504,0,1,,"TEMP_SENSOR_CONFIG_12"],[6505,0,1,,"TEMP_SENSOR_CONFIG_13"],[6506,0,1,,"TEMP_SENSOR_CONFIG_14"],[6507,0,1,,"TEMP_SENSOR_CONFIG_15"],[6508,0,1,,"TEMP_SENSOR_CONFIG_16"],[6509,0,1,,"FACTORY_CH_ACTION_ID_1"],[6510,0,1,,"FACTORY_CH_ACTION_SLOPE_1"],[6511,0,1,,"FACTORY_CH_ACTION_OFFSET_1"],[6512,0,1,,"FACTORY_CH_ACTION_ID_2"],[6513,0,1,,"FACTORY_CH_ACTION_SLOPE_2"],[6514,0,1,,"FACTORY_CH_ACTION_OFFSET_2"],[6515,0,1,,"FACTORY_CH_ACTION_ID_3"],[6516,0,1,,"FACTORY_CH_ACTION_SLOPE_3"],[6517,0,1,,"FACTORY_CH_ACTION_OFFSET_3"],[6518,0,1,,"FACTORY_CH_ACTION_ID_4"],[6519,0,1,,"FACTORY_CH_ACTION_SLOPE_4"],[6520,0,1,,"FACTORY_CH_ACTION_OFFSET_4"],[6521,0,1,,"FACTORY_CH_ACTION_ID_5"],[6522,0,1,,"FACTORY_CH_ACTION_SLOPE_5"],[6523,0,1,,"FACTORY_CH_ACTION_OFFSET_5"],[6524,0,1,,"FACTORY_CH_ACTION_ID_6"],[6525,0,1,,"FACTORY_CH_ACTION_SLOPE_6"],[6526,0,1,,"FACTORY_CH_ACTION_OFFSET_6"],[6527,0,1,,"FACTORY_CH_ACTION_ID_7"],[6528,0,1,,"FACTORY_CH_ACTION_SLOPE_7"],[6529,0,1,,"FACTORY_CH_ACTION_OFFSET_7"],[6530,0,1,,"FACTORY_CH_ACTION_ID_8"],[6531,0,1,,"FACTORY_CH_ACTION_SLOPE_8"],[6532,0,1,,"FACTORY_CH_ACTION_OFFSET_8"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeEepromMap-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeEepromMap-SummaryToolTips.js deleted file mode 100644 index f8b02b352..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeEepromMap-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:NodeEepromMap",{6256:"
NodeEepromMap
Contains information on every EEPROM available on Wireless Nodes
",6258:"
static bool canUseCache_read(
uint16 eepromLocation
)
Gets whether or not the specified eeprom location can use the eeprom cache for reading, or should always be read from the Node.
",6259:"
static bool canUseCache_write(
uint16 eepromLocation
)
Gets whether or not the specified eeprom location can use the eeprom cache for writing, or should always be written to the Node.
",6260:"
static EepromLocation getOffsetEeprom(
const EepromLocation &slopeEeprom
)
Finds the offset EepromLocation that goes with the given slope EepromLocation.
",6261:"
static void getEventTriggerEeproms(
uint8 triggerIndex,
bool isFloatVal,
EepromLocation &channel,
EepromLocation &type,
EepromLocation &value
)
Finds the eeproms for Event Driven Triggering.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeEepromMap-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeEepromMap-ToolTips.js deleted file mode 100644 index 848eb42ea..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeEepromMap-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6654:"
EepromLocation
Represents a single Eeprom Location.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeEepromMap.html b/v66.0.1/MSCL_Docs/classes/C/NodeEepromMap.html deleted file mode 100644 index 7ba14963d..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeEepromMap.html +++ /dev/null @@ -1,54 +0,0 @@ - - -NodeEepromMap - - - - - - - -
-
NodeEepromMap
-
NodeEepromMap
-

Contains information on every EEPROM available on Wireless Nodes

-
- -
-
Functions
-
- -
-
canUseCache_read
-
static bool canUseCache_read(
uint16 eepromLocation
)
-

Gets whether or not the specified eeprom location can use the eeprom cache for reading, or should always be read from the Node.

Parameters
eepromLocation
uint16

The eepromLocation that is in question

Returns

true if the location can use the cache for reading, false if the location should be read from the Node.

-
- -
-
canUseCache_write
-
static bool canUseCache_write(
uint16 eepromLocation
)
-

Gets whether or not the specified eeprom location can use the eeprom cache for writing, or should always be written to the Node.

Parameters
eepromLocation
uint16

The eepromLocation that is in question

Returns

true if the location can use the cache for writing, false if the location should always be written to the Node.

-
- -
-
getOffsetEeprom
-
static EepromLocation getOffsetEeprom(
const EepromLocation &slopeEeprom
)
-

Finds the offset EepromLocation that goes with the given slope EepromLocation.

Parameters
slopeEeprom
const EepromLocation&

The slope EepromLocation that the offset eeprom goes with.

Returns

The offset EepromLocation.

-
- -
-
getEventTriggerEeproms
-
static void getEventTriggerEeproms(
uint8 triggerIndex,
bool isFloatVal,
EepromLocation &channel,
EepromLocation &type,
EepromLocation &value
)
-

Finds the eeproms for Event Driven Triggering.

Parameters
triggerIndex
uint8

The trigger number that is being requested.

isFloatVal
bool

Whether the event trigger uses floating point for values, or uint16.

channel
EepromLocation&

Holds the result EepromLocation for the channel number.

type
EepromLocation&

Holds the result EepromLocation for the event type.

value
EepromLocation&

Holds the result EepromLocation for the event value.

-
- -
-
Constants
-
- -
-
Eeprom Locations
-
CURRENT_LOG_PAGE

The next flash page to be used for datalogging

CURRENT_PAGE_OFFSET

The byte offset location for the next datalogging session

DATA_SETS_STORED

The # of datalogging sessions (triggers) stored in flash memory

FLASH_ID

The flash ID

STORAGE_LIMIT_MODE

The storage limit mode.

ACTIVE_CHANNEL_MASK

The channels that are enabled/disabled and will be sampled

DATALOG_SAMPLE_RATE

The sample rate for Armed Datalogging sampling

NUM_SWEEPS

The # of sweeps (samples per data set) to sample for

DEFAULT_MODE

The default mode to allow the node to perform different operations on startup and after timeout

SERIAL_ID

The serial ID for the node. Combine with the model number for the full serial number

SAMPLING_MODE

The sampling mode of the node (Sync Sampling, Non-Sync Sampling, Armed Datalogging, etc.)

HW_OFFSET_1

The hardware offset of channel 1

HW_OFFSET_2

The hardware offset of channel 2

HW_OFFSET_3

The hardware offset of channel 3

HW_OFFSET_4

The hardware offset of channel 4

HW_OFFSET_5

The hardware offset of channel 5

HW_OFFSET_6

The hardware offset of channel 6

HW_OFFSET_7

The hardware offset of channel 7

HW_OFFSET_8

The hardware offset of channel 8

SAMPLING_DELAY

The sampling delay (amount of time between sensor excitation power up and A/D sampling

TDMA_ADDRESS

The TDMA network address used for Synchronized Sampling

COLLECTION_MODE

The data collection mode (log, transmit) that affects standard sampling modes

NUM_BUFF_PACKETS

The # of buffered packets

NUM_RETRAN_ATTEMPTS

The # of retransmit attempts

NODE_ADDRESS

The node address of the wireless node

SLEEP_INTERVAL

The listen-for-wakeup interval for the node

INACTIVE_TIMEOUT

The length of time necessary before a node enters sleep mode, if no user activity

SAMPLE_RATE

The sample rate for standard sampling modes (Synchronized Sampling, LDC)

DATA_FORMAT

The packet format (uint16, float, etc.) of sampled data

SNIFF_DURATION

The amount of time that the node listens for a wake packets

FREQUENCY

The radio frequency channel

TX_POWER_LEVEL

The transmit output power of the radio

UNLIMITED_SAMPLING

The unlimited sampling flag for standard sampling modes

UNLIMITED_DATALOG

The unlimited sampling flag for Armed Datalogging sampling

FIRMWARE_VER

The firmware version of the node (part 1)

FIRMWARE_VER2

The firmware version of the node (part 2)

MODEL_NUMBER

The model number of the node

MODEL_OPTION

The model option of the node

LEGACY_MODEL_NUMBER

The (legacy) model number of the node

LEGACY_SERIAL_ID

The (legacy) serial ID for the node. Combine with the model number for the full serial number

MAX_MEMORY

The maximum number of pages available on the flash memory

MICROCONTROLLER

The ID of the microcontroller

FW_ARCH_VER

The firmware architecture version

ASPP_VER

The ASPP version the node supports

HW_GAIN_1

The hardware gain of channel 1

HW_GAIN_2

The hardware gain of channel 2

HW_GAIN_3

The hardware gain of channel 3

HW_GAIN_4

The hardware gain of channel 4

HW_GAIN_5

The hardware gain of channel 5

HW_GAIN_6

The hardware gain of channel 6

HW_GAIN_7

The hardware gain of channel 7

HW_GAIN_8

The hardware gain of channel 8

CH_ACTION_ID_1

The channel action ID of channel 1

CH_ACTION_SLOPE_1

The channel action slope of channel 1

CH_ACTION_OFFSET_1

The channel action offset of channel 1

CH_ACTION_ID_2

The channel action ID of channel 2

CH_ACTION_SLOPE_2

The channel action slope of channel 2

CH_ACTION_OFFSET_2

The channel action offset of channel 2

CH_ACTION_ID_3

The channel action ID of channel 3

CH_ACTION_SLOPE_3

The channel action slope of channel 3

CH_ACTION_OFFSET_3

The channel action offset of channel 3

CH_ACTION_ID_4

The channel action ID of channel 4

CH_ACTION_SLOPE_4

The channel action slope of channel 4

CH_ACTION_OFFSET_4

The channel action offset of channel 4

CH_ACTION_ID_5

The channel action ID of channel 5

CH_ACTION_SLOPE_5

The channel action slope of channel 5

CH_ACTION_OFFSET_5

The channel action offset of channel 5

CH_ACTION_ID_6

The channel action ID of channel 6

CH_ACTION_SLOPE_6

The channel action slope of channel 6

CH_ACTION_OFFSET_6

The channel action offset of channel 6

CH_ACTION_ID_7

The channel action ID of channel 7

CH_ACTION_SLOPE_7

The channel action slope of channel 7

CH_ACTION_OFFSET_7

The channel action offset of channel 7

CH_ACTION_ID_8

The channel action ID of channel 8

CH_ACTION_SLOPE_8

The channel action slope of channel 8

CH_ACTION_OFFSET_8

The channel action offset of channel 8

CH_ACTION_ID_9

The channel action ID of channel 9

CH_ACTION_SLOPE_9

The channel action slope of channel 9

CH_ACTION_OFFSET_9

The channel action offset of channel 9

CH_ACTION_ID_10

The channel action ID of channel 10

CH_ACTION_SLOPE_10

The channel action slope of channel 10

CH_ACTION_OFFSET_10

The channel action offset of channel 10

CH_ACTION_ID_11

The channel action ID of channel 11

CH_ACTION_SLOPE_11

The channel action slope of channel 11

CH_ACTION_OFFSET_11

The channel action offset of channel 11

CH_ACTION_ID_12

The channel action ID of channel 12

CH_ACTION_SLOPE_12

The channel action slope of channel 12

CH_ACTION_OFFSET_12

The channel action offset of channel 12

CH_ACTION_ID_13

The channel action ID of channel 13

CH_ACTION_SLOPE_13

The channel action slope of channel 13

CH_ACTION_OFFSET_13

The channel action offset of channel 13

CH_ACTION_ID_14

The channel action ID of channel 14

CH_ACTION_SLOPE_14

The channel action slope of channel 14

CH_ACTION_OFFSET_14

The channel action offset of channel 14

CH_ACTION_ID_15

The channel action ID of channel 15

CH_ACTION_SLOPE_15

The channel action slope of channel 15

CH_ACTION_OFFSET_15

The channel action offset of channel 15

CH_ACTION_ID_16

The channel action ID of channel 16

CH_ACTION_SLOPE_16

The channel action slope of channel 16

CH_ACTION_OFFSET_16

The channel action offset of channel 16

LEGACY_BOOTLOAD_PAGE

The bootloader page address (Legacy)

LEGACY_BOOTLOAD_ENABLE_FLAG

The bootloader enable flag (Legacy)

LEGACY_BOOTLOAD_CHECKSUM

The bootloader checksum (Legacy)

LEGACY_BOOTLOADER_VER

The bootloader version (Legacy)

LEGACY_BOOTLOADER_OPTIONS

The bootloader options (Legacy)

LEGACY_BOOTLOADER_COUNTER

The bootloader counter (Legacy)

RESET_COUNTER

The number of times the node has been turned on

CYCLE_POWER

Used to soft reset the node or the radio on the node

RADIO_OPTIONS

The options of the current radio (XR enabled or not, etc.)

LOST_BEACON_TIMEOUT

The time for a node to wait before entering a low power state when no longer hearing a beacon in Sync Sampling

SYNC_SAMPLE_SETTING

The Synchronized Sampling mode (Burst, Continuous, etc.)

TX_PER_GROUP

The transmissions per group for Synchronized Sampling

GROUP_SIZE

The group size for Synchronized Sampling

TIME_BETW_SESSIONS

The time between each burst for Synchronized Sampling

NODE_RETRANSMIT

Node retranmission enable/disable (for Lossless)

MAX_RETRANS_PACKET

The max retransmits per packet

MAX_RETRANS_BURST

The max retransmits per burst

REGION_CODE

The region code for the device

DATA_MODE

The data mode (raw, math, etc) as a mask

DERIVED_DATA_RATE

The sample rate for the Math channels

DERIVED_RMS_MASK

Derived - RMS channel mask

DERIVED_P2P_MASK

Derived - Peak to Peak channel mask

DERIVED_VELOCITY_MASK

Derived - Velocity channel mask

DERIVED_CREST_FACTOR_MASK

Derived - Crest Factor channel mask

DERIVED_MEAN_MASK

Derived - Mean channel mask

DERIVED_VELOCITY_UNIT

Derived - Velocity Unit

DATA_PACKET_FORMAT

The format of the data packet that will be sent out

DIAGNOSTIC_INTERVAL

The interval at which the Diagnostic Packet is sent

EVENT_SAMPLE_RATE

Event Driven Sampling: Sample Rate

EVENT_TRIGGER_MASK

Event Driven Sampling: Trigger Mask

EVENT_PRE_DURATION

Event Driven Sampling: Pre-Event Duration

EVENT_POST_DURATION

Event Driven Sampling: Post-Event Duration

EVENT_SRC_1

Event Driven Sampling: The source for Event 1

EVENT_OPER_1

Event Driven Sampling: The operation for Event 1

EVENT_VAL1_1

Event Driven Sampling: Value 1 for Event 1

EVENT_VAL2_1

Event Driven Sampling: Value 2 for Event 1

EVENT_SRC_2

Event Driven Sampling: The source for Event 2

EVENT_OPER_2

Event Driven Sampling: The operation for Event 2

EVENT_VAL1_2

Event Driven Sampling: Value 1 for Event 2

EVENT_VAL2_2

Event Driven Sampling: Value 2 for Event 2

EVENT_SRC_3

Event Driven Sampling: The source for Event 3

EVENT_OPER_3

Event Driven Sampling: The operation for Event 3

EVENT_VAL1_3

Event Driven Sampling: Value 1 for Event 3

EVENT_VAL2_3

Event Driven Sampling: Value 2 for Event 3

EVENT_SRC_4

Event Driven Sampling: The source for Event 4

EVENT_OPER_4

Event Driven Sampling: The operation for Event 4

EVENT_VAL1_4

Event Driven Sampling: Value 1 for Event 4

EVENT_VAL2_4

Event Driven Sampling: Value 2 for Event 4

EVENT_SRC_5

Event Driven Sampling: The source for Event 5

EVENT_OPER_5

Event Driven Sampling: The operation for Event 5

EVENT_VAL1_5

Event Driven Sampling: Value 1 for Event 5

EVENT_VAL2_5

Event Driven Sampling: Value 2 for Event 5

EVENT_SRC_6

Event Driven Sampling: The source for Event 6

EVENT_OPER_6

Event Driven Sampling: The operation for Event 6

EVENT_VAL1_6

Event Driven Sampling: Value 1 for Event 6

EVENT_VAL2_6

Event Driven Sampling: Value 2 for Event 6

EVENT_SRC_7

Event Driven Sampling: The source for Event 7

EVENT_OPER_7

Event Driven Sampling: The operation for Event 7

EVENT_VAL1_7

Event Driven Sampling: Value 1 for Event 7

EVENT_VAL2_7

Event Driven Sampling: Value 2 for Event 7

EVENT_SRC_8

Event Driven Sampling: The source for Event 8

EVENT_OPER_8

Event Driven Sampling: The operation for Event 8

EVENT_VAL1_8

Event Driven Sampling: Value 1 for Event 8

EVENT_VAL2_8

Event Driven Sampling: Value 2 for Event 8

EXCITATION_VOLTAGE

Excitation Voltage

DEBOUNCE_FILTER

Debounce Filter

INTERNAL_PULLUP_RESISTOR

Internal Pull-up Resistor

ANTI_ALIASING_FILTER_1

The anti-aliasing filter for channels (1).

ANTI_ALIASING_FILTER_2

The anti-aliasing filter for channels (2).

ANTI_ALIASING_FILTER_3

The anti-aliasing filter for channels (3).

ANTI_ALIASING_FILTER_4

The anti-aliasing filter for channels (4).

LOW_PASS_FILTER_1

The low-pass filter for channels (1).

LOW_PASS_FILTER_2

The low-pass filter for channels (2).

LOW_PASS_FILTER_3

The low-pass filter for channels (3).

LOW_PASS_FILTER_4

The low-pass filter for channels (4).

HIGH_PASS_FILTER_1

The high-pass filter for channels (1).

HIGH_PASS_FILTER_2

The high-pass filter for channels (2).

HIGH_PASS_FILTER_3

The high-pass filter for channels (3).

HIGH_PASS_FILTER_4

The high-pass filter for channels (4).

MIN_SOFT_VER_MAJOR

The minimum software version for support of this device (major)

MIN_SOFT_VER_MINOR

The minimum software version for support of this device (minor)

GAUGE_FACTOR_1

The Gauge Factor (1)

GAUGE_FACTOR_2

The Gauge Factor (2)

GAUGE_FACTOR_3

The Gauge Factor (3)

GAUGE_FACTOR_4

The Gauge Factor (4)

GAUGE_RESISTANCE

The Gauge Resistance

NUM_ACTIVE_GAUGES

The Number of Active Gauges

LOW_BATTERY_THRESHOLD

The threshold at which the low battery flag is sent

THERMOCPL_TYPE

The thermocouple type for nodes with thermocouple capabilities (ie. TC-Link)

FILTER_1

The first filter value for nodes with filter capabilities (ie. TC-Link)

FILTER_2

The second filter value for nodes with 2 filter capabilities (ie. ENV-Link-Pro)

LEGACY_DAMAGE_ANGLE_1

The first damage angle (legacy).

LEGACY_DAMAGE_ANGLE_2

The second damage angle (legacy).

LEGACY_DAMAGE_ANGLE_3

The third damage angle (legacy).

BIN_SIZE

The size of each bin in the histogram.

RESET_BINS

Used to reset the histogram bin data.

BIN_START

The start of the bins.

PEAK_VALLEY_THRES

The peak/valley threshold.

SNCURVE_LOGA_1

logA of the first SN Curve.

SNCURVE_M_1

m of the first SN Curve.

SNCURVE_LOGA_2

logA of the second SN Curve.

SNCURVE_M_2

m of the second SN Curve.

SNCURVE_LOGA_3

logA of the third SN Curve.

SNCURVE_M_3

m of the third SN Curve.

SNCURVE_LOGA_4

logA of the fourth SN Curve.

SNCURVE_M_4

m of the fourth SN Curve.

SNCURVE_LOGA_5

logA of the fifth SN Curve.

SNCURVE_M_5

m of the fifth SN Curve.

YOUNGS_MODULUS

The youngs modulus.

POISSONS_RATIO

The poissons ratio.

HISTOGRAM_SAMPLE_RATE

The same rate of the histogram.

DAMAGE_ANGLE_1

The first damage angle.

DAMAGE_ANGLE_2

The second damage angle.

DAMAGE_ANGLE_3

The third damage angle.

FATIGUE_MODE

SHM 3-angle mode vs Distributed Angle mode vs Raw Gauge Strain mode.

DIST_ANGLE_NUM_ANGLES

The number of angles for Distributed Angle Mode.

DIST_ANGLE_LOWER_BOUND

The lower bound for Distributed Angle Mode.

DIST_ANGLE_UPPER_BOUND

The upper bound for Distributed Angle Mode.

HISTOGRAM_RAW_FLAG

Raw mode enable/disable.

ACT_SENSE_ENABLE

Activity Sense enable/disable.

ACT_SENSE_ACTIVE_THRES

Activity Sense activity threshold.

ACT_SENSE_INACTIVE_TIMEOUT

Activity Sense inactivity timeout.

ACT_SENSE_ACTIVE_TIME

Activity Sense activity time.

ACT_SENSE_INACTIVE_THRES

Activity Sense inactivity threshold.

HISTOGRAM_ENABLE

Histogram enable/disable.

COMM_PROTOCOL

Communication Protocol.

BOOTLOADER_VER

The bootloader version.

FIRMWARE_UPGRADE_FLAGS

The firmware upgrade flags.

BOOTLOADER_FLASH_ADDRESS

The bootloader flash address to store firmware upgrades.

TEMP_SENSOR_CONFIG_1

Reserved for future use.

TEMP_SENSOR_CONFIG_2

Reserved for future use.

TEMP_SENSOR_CONFIG_3

Reserved for future use.

TEMP_SENSOR_CONFIG_4

Reserved for future use.

TEMP_SENSOR_CONFIG_5

Reserved for future use.

TEMP_SENSOR_CONFIG_6

Reserved for future use.

TEMP_SENSOR_CONFIG_7

Reserved for future use.

TEMP_SENSOR_CONFIG_8

Reserved for future use.

TEMP_SENSOR_CONFIG_9

Reserved for future use.

TEMP_SENSOR_CONFIG_10

Reserved for future use.

TEMP_SENSOR_CONFIG_11

Reserved for future use.

TEMP_SENSOR_CONFIG_12

Reserved for future use.

TEMP_SENSOR_CONFIG_13

Reserved for future use.

TEMP_SENSOR_CONFIG_14

Reserved for future use.

TEMP_SENSOR_CONFIG_15

Reserved for future use.

TEMP_SENSOR_CONFIG_16

Reserved for future use.

FACTORY_CH_ACTION_ID_1

The factory-calibrated channel action ID of channel 1

FACTORY_CH_ACTION_SLOPE_1

The factory-calibrated channel action slope of channel 1

FACTORY_CH_ACTION_OFFSET_1

The factory-calibrated channel action offset of channel 1

FACTORY_CH_ACTION_ID_2

The factory-calibrated channel action ID of channel 2

FACTORY_CH_ACTION_SLOPE_2

The factory-calibrated channel action slope of channel 2

FACTORY_CH_ACTION_OFFSET_2

The factory-calibrated channel action offset of channel 2

FACTORY_CH_ACTION_ID_3

The factory-calibrated channel action ID of channel 3

FACTORY_CH_ACTION_SLOPE_3

The factory-calibrated channel action slope of channel 3

FACTORY_CH_ACTION_OFFSET_3

The factory-calibrated channel action offset of channel 3

FACTORY_CH_ACTION_ID_4

The factory-calibrated channel action ID of channel 4

FACTORY_CH_ACTION_SLOPE_4

The factory-calibrated channel action slope of channel 4

FACTORY_CH_ACTION_OFFSET_4

The factory-calibrated channel action offset of channel 4

FACTORY_CH_ACTION_ID_5

The factory-calibrated channel action ID of channel 5

FACTORY_CH_ACTION_SLOPE_5

The factory-calibrated channel action slope of channel 5

FACTORY_CH_ACTION_OFFSET_5

The factory-calibrated channel action offset of channel 5

FACTORY_CH_ACTION_ID_6

The factory-calibrated channel action ID of channel 6

FACTORY_CH_ACTION_SLOPE_6

The factory-calibrated channel action slope of channel 6

FACTORY_CH_ACTION_OFFSET_6

The factory-calibrated channel action offset of channel 6

FACTORY_CH_ACTION_ID_7

The factory-calibrated channel action ID of channel 7

FACTORY_CH_ACTION_SLOPE_7

The factory-calibrated channel action slope of channel 7

FACTORY_CH_ACTION_OFFSET_7

The factory-calibrated channel action offset of channel 7

FACTORY_CH_ACTION_ID_8

The factory-calibrated channel action ID of channel 8

FACTORY_CH_ACTION_SLOPE_8

The factory-calibrated channel action slope of channel 8

FACTORY_CH_ACTION_OFFSET_8

The factory-calibrated channel action offset of channel 8

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeEepromSettings-Summary.js b/v66.0.1/MSCL_Docs/classes/C/NodeEepromSettings-Summary.js deleted file mode 100644 index 904a78cf0..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeEepromSettings-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:NodeEepromSettings","NodeEepromSettings");NDSummary.OnSummaryLoaded("CClass:NodeEepromSettings",[["C/C++","C"]],[["Groups","Group"],["Structs","Struct"],["Variables","Variable"]],[[6092,0,1,"NodeEepromSettings"],[6093,0,0,"Variables","Variables"],[6094,0,2,"useGroupRead","useGroupRead"],[6095,0,2,"numRetries","numRetries"],[6096,0,2,"useEepromCache","useEepromCache"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeEepromSettings-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeEepromSettings-SummaryToolTips.js deleted file mode 100644 index d4e772a65..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeEepromSettings-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:NodeEepromSettings",{6092:"
The settings for the NodeEeprom object.
",6094:"
bool useGroupRead
Whether to use group eeprom read or not.
",6095:"
uint8 numRetries
The number of retries to use for reading and writing.
",6096:"
bool useEepromCache
Whether to use the eeprom cache for reads and writes.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeEepromSettings-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeEepromSettings-ToolTips.js deleted file mode 100644 index 28becc378..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeEepromSettings-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6097:"
NodeEeprom
Used to read and write to Wireless Nodes\' eeproms and provide caching functionality.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeEepromSettings.html b/v66.0.1/MSCL_Docs/classes/C/NodeEepromSettings.html deleted file mode 100644 index 9ad6fdcfa..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeEepromSettings.html +++ /dev/null @@ -1,38 +0,0 @@ - - -NodeEepromSettings - - - - - - - -
-
NodeEepromSettings
-

The settings for the NodeEeprom object.

-
- -
-
Variables
-
- -
-
useGroupRead
-
bool useGroupRead
-

Whether to use group eeprom read or not.

-
- -
-
numRetries
-
uint8 numRetries
-

The number of retries to use for reading and writing.

-
- -
-
useEepromCache
-
bool useEepromCache
-

Whether to use the eeprom cache for reads and writes.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures-Summary.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures-Summary.js deleted file mode 100644 index 76ff94c56..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:NodeFeatures","NodeFeatures");NDSummary.OnSummaryLoaded("CClass:NodeFeatures",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[7396,0,0,"NodeFeatures"],[7397,0,2,"Functions","Functions"],[7398,0,1,"NodeFeatures","NodeFeatures"],[7399,0,2,"Variables","Variables"],[7400,0,3,"m_nodeInfo","m_nodeInfo"],[7401,0,3,"m_channels","m_channels"],[7402,0,3,"m_channelGroups","m_channelGroups"],[7403,0,2,"Functions","Functions(2)"],[7404,0,1,"create","create"],[7405,0,1,"addCalCoeffChannelGroup","addCalCoeffChannelGroup"],[7406,0,1,"addCalCoeffChannelGroup_withFactoryCal","addCalCoeffChannelGroup_withFactoryCal"],[7407,0,1,"maxFilterSettlingTime_A","maxFilterSettlingTime_A"],[7408,0,1,"maxFilterSettlingTime_B","maxFilterSettlingTime_B"],[7409,0,1,"maxSampleRateForSettlingTime_A","maxSampleRateForSettlingTime_A"],[7410,0,1,"maxSampleRateForSettlingTime_B","maxSampleRateForSettlingTime_B"],[7411,0,1,"normalizeNumSweeps","normalizeNumSweeps"],[7412,0,1,"normalizeTimeBetweenBursts","normalizeTimeBetweenBursts"],[7413,0,1,"findEeprom","findEeprom"],[7414,0,1,"anyChannelGroupSupports","anyChannelGroupSupports"],[7415,0,1,"ramBufferSize","ramBufferSize"],[7416,0,1,"anyChannelGroupSupports","anyChannelGroupSupports(2)"],[7417,0,1,"channels","channels"],[7418,0,1,"channelGroups","channelGroups"],[7419,0,1,"channelType","channelType"],[7420,0,1,"supportsChannelSetting","supportsChannelSetting"],[7421,0,1,"supportsInputRange","supportsInputRange"],[7422,0,1,"supportsInputRange","supportsInputRange(2)"],[7423,0,1,"supportsHardwareOffset","supportsHardwareOffset"],[7424,0,1,"supportsAntiAliasingFilter","supportsAntiAliasingFilter"],[7425,0,1,"supportsLowPassFilter","supportsLowPassFilter"],[7426,0,1,"supportsHighPassFilter","supportsHighPassFilter"],[7427,0,1,"supportsGaugeFactor","supportsGaugeFactor"],[7428,0,1,"supportsGaugeResistance","supportsGaugeResistance"],[7429,0,1,"supportsNumActiveGauges","supportsNumActiveGauges"],[7430,0,1,"supportsLostBeaconTimeout","supportsLostBeaconTimeout"],[7431,0,1,"supportsPullUpResistor","supportsPullUpResistor"],[7432,0,1,"supportsFilterSettlingTime","supportsFilterSettlingTime"],[7433,0,1,"supportsThermocoupleType","supportsThermocoupleType"],[7434,0,1,"supportsTempSensorOptions","supportsTempSensorOptions"],[7435,0,1,"supportsDebounceFilter","supportsDebounceFilter"],[7436,0,1,"supportsFatigueConfig","supportsFatigueConfig"],[7437,0,1,"supportsYoungsModConfig","supportsYoungsModConfig"],[7438,0,1,"supportsPoissonsRatioConfig","supportsPoissonsRatioConfig"],[7439,0,1,"supportsFatigueDebugModeConfig","supportsFatigueDebugModeConfig"],[7440,0,1,"supportsFatigueModeConfig","supportsFatigueModeConfig"],[7441,0,1,"supportsHistogramConfig","supportsHistogramConfig"],[7442,0,1,"supportsHistogramRateConfig","supportsHistogramRateConfig"],[7443,0,1,"supportsHistogramEnableConfig","supportsHistogramEnableConfig"],[7444,0,1,"supportsActivitySense","supportsActivitySense"],[7445,0,1,"supportsAutoBalance","supportsAutoBalance"],[7446,0,1,"supportsLegacyShuntCal","supportsLegacyShuntCal"],[7447,0,1,"supportsAutoCal_shm","supportsAutoCal_shm"],[7448,0,1,"supportsAutoCal_shm201","supportsAutoCal_shm201"],[7449,0,1,"supportsAutoShuntCal","supportsAutoShuntCal"],[7450,0,1,"supportsGetFactoryCal","supportsGetFactoryCal"],[7451,0,1,"supportsLimitedDuration","supportsLimitedDuration"],[7452,0,1,"supportsEventTrigger","supportsEventTrigger"],[7453,0,1,"supportsDiagnosticInfo","supportsDiagnosticInfo"],[7454,0,1,"supportsLoggedData","supportsLoggedData"],[7455,0,1,"supportsPoll","supportsPoll"],[7456,0,1,"supportsSensorDelayConfig","supportsSensorDelayConfig"],[7457,0,1,"supportsSensorDelayAlwaysOn","supportsSensorDelayAlwaysOn"],[7458,0,1,"supportsSensorOutputMode","supportsSensorOutputMode"],[7459,0,1,"supportsCfcFilterConfiguration","supportsCfcFilterConfiguration"],[7460,0,1,"supportsChannel","supportsChannel"],[7461,0,1,"supportsSamplingMode","supportsSamplingMode"],[7462,0,1,"supportsSampleRate","supportsSampleRate"],[7463,0,1,"supportsCommunicationProtocol","supportsCommunicationProtocol"],[7464,0,1,"supportsDataFormat","supportsDataFormat"],[7465,0,1,"supportsDefaultMode","supportsDefaultMode"],[7466,0,1,"supportsDataCollectionMethod","supportsDataCollectionMethod"],[7467,0,1,"supportsTransmitPower","supportsTransmitPower"],[7468,0,1,"supportsDataMode","supportsDataMode"],[7469,0,1,"supportsTransducerType","supportsTransducerType"],[7470,0,1,"supportsFatigueMode","supportsFatigueMode"],[7471,0,1,"supportsInputRange","supportsInputRange(3)"],[7472,0,1,"supportsInputRange","supportsInputRange(4)"],[7473,0,1,"supportsCentisecondEventDuration","supportsCentisecondEventDuration"],[7474,0,1,"supportsGetDiagnosticInfo","supportsGetDiagnosticInfo"],[7475,0,1,"supportsNonSyncLogWithTimestamps","supportsNonSyncLogWithTimestamps"],[7476,0,1,"supportsDerivedCategory","supportsDerivedCategory"],[7477,0,1,"supportsRawDataMode","supportsRawDataMode"],[7478,0,1,"supportsDerivedDataMode","supportsDerivedDataMode"],[7479,0,1,"supportsDerivedVelocityUnitConfig","supportsDerivedVelocityUnitConfig"],[7480,0,1,"supportsExcitationVoltageConfig","supportsExcitationVoltageConfig"],[7481,0,1,"supportsLowBatteryThresholdConfig","supportsLowBatteryThresholdConfig"],[7482,0,1,"maxSampleRate","maxSampleRate"],[7483,0,1,"maxSampleRateForSettlingTime","maxSampleRateForSettlingTime"],[7484,0,1,"maxSampleRateForLowPassFilter","maxSampleRateForLowPassFilter"],[7485,0,1,"maxFilterSettlingTime","maxFilterSettlingTime"],[7486,0,1,"minInactivityTimeout","minInactivityTimeout"],[7487,0,1,"minLostBeaconTimeout","minLostBeaconTimeout"],[7488,0,1,"maxLostBeaconTimeout","maxLostBeaconTimeout"],[7489,0,1,"minCheckRadioInterval","minCheckRadioInterval"],[7490,0,1,"maxCheckRadioInterval","maxCheckRadioInterval"],[7491,0,1,"minSweeps","minSweeps"],[7492,0,1,"maxSweeps","maxSweeps"],[7493,0,1,"maxSweepsPerBurst","maxSweepsPerBurst"],[7494,0,1,"minTimeBetweenBursts","minTimeBetweenBursts"],[7495,0,1,"minSensorDelay","minSensorDelay"],[7496,0,1,"maxSensorDelay","maxSensorDelay"],[7497,0,1,"defaultSensorDelay","defaultSensorDelay"],[7498,0,1,"maxEventTriggerTotalDuration","maxEventTriggerTotalDuration"],[7499,0,1,"normalizeEventDuration","normalizeEventDuration"],[7500,0,1,"normalizeSensorDelay","normalizeSensorDelay"],[7501,0,1,"numDamageAngles","numDamageAngles"],[7502,0,1,"numSnCurveSegments","numSnCurveSegments"],[7503,0,1,"numEventTriggers","numEventTriggers"],[7504,0,1,"defaultModes","defaultModes"],[7505,0,1,"dataCollectionMethods","dataCollectionMethods"],[7506,0,1,"dataFormats","dataFormats"],[7507,0,1,"samplingModes","samplingModes"],[7508,0,1,"sampleRates","sampleRates"],[7509,0,1,"derivedDataRates","derivedDataRates"],[7510,0,1,"transmitPowers","transmitPowers"],[7511,0,1,"transmitPowers","transmitPowers(2)"],[7512,0,1,"commProtocols","commProtocols"],[7513,0,1,"sensorOutputModes","sensorOutputModes"],[7514,0,1,"cfcFilters","cfcFilters"],[7515,0,1,"histogramTransmitRates","histogramTransmitRates"],[7516,0,1,"fatigueModes","fatigueModes"],[7517,0,1,"antiAliasingFilters","antiAliasingFilters"],[7518,0,1,"lowPassFilters","lowPassFilters"],[7519,0,1,"highPassFilters","highPassFilters"],[7520,0,1,"storageLimitModes","storageLimitModes"],[7521,0,1,"inputRanges","inputRanges"],[7522,0,1,"inputRanges","inputRanges(2)"],[7523,0,1,"dataModes","dataModes"],[7524,0,1,"transducerTypes","transducerTypes"],[7525,0,1,"channelsPerDerivedCategory","channelsPerDerivedCategory"],[7526,0,1,"excitationVoltages","excitationVoltages"],[7527,0,1,"adcVoltageInputType","adcVoltageInputType"],[7528,0,1,"maxTransmitPower","maxTransmitPower"],[7529,0,1,"maxTransmitPower","maxTransmitPower(2)"],[7530,0,1,"minTransmitPower","minTransmitPower"],[7531,0,1,"minTransmitPower","minTransmitPower(2)"],[7532,0,1,"supportsNewTransmitPowers","supportsNewTransmitPowers"],[7533,0,1,"supportsAutoBalance2","supportsAutoBalance2"],[7534,0,1,"supportsSleepIntervalSeconds","supportsSleepIntervalSeconds"],[7535,0,1,"supportsEepromCommitViaRadioReset","supportsEepromCommitViaRadioReset"],[7536,0,1,"supportsFlashId","supportsFlashId"],[7537,0,1,"supportsStorageLimitModeConfig","supportsStorageLimitModeConfig"],[7538,0,1,"datalogDownloadVersion","datalogDownloadVersion"],[7539,0,1,"sensorDelayVersion","sensorDelayVersion"],[7540,0,1,"usesLegacySensorDelayAlwaysOn","usesLegacySensorDelayAlwaysOn"],[7541,0,1,"usesFloatEventTriggerVal","usesFloatEventTriggerVal"],[7542,0,1,"onlySupportsRawDataMode","onlySupportsRawDataMode"],[7543,0,1,"supportsDataModeEeprom","supportsDataModeEeprom"],[7544,0,1,"supportsCommProtocolEeprom","supportsCommProtocolEeprom"],[7545,0,1,"supportsEeprom1024AndAbove","supportsEeprom1024AndAbove"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures-SummaryToolTips.js deleted file mode 100644 index cb5891484..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:NodeFeatures",{7396:"
NodeFeatures
Contains information on which features are supported by a WirelessNode.
",7398:"
NodeFeatures(
const NodeInfo &info
)
Creates a NodeFeatures object.
",7400:"
NodeInfo m_nodeInfo
The NodeInfo object containing basic information retreived from eeprom about the Node.
",7401:"
WirelessChannels m_channels
Contains all of the supported channels for this Node.
",7402:"
ChannelGroups m_channelGroups
Contains all of the ChannelGroups that are supported by this Node.
",7404:"
static std::unique_ptr<NodeFeatures> create(
const NodeInfo &info
)
Builds and returns a NodeFeatures pointer based on the given parameters.
",7405:"
void addCalCoeffChannelGroup(
uint8 channelNumber,
const std::string &name,
const EepromLocation &slopeEeprom,
const EepromLocation &actionIdEeprom
)
Adds a cal coefficient (Linear Equation, unit, equation type) to the channel groups for the specified channel.
",7406:"
void addCalCoeffChannelGroup_withFactoryCal(
uint8 channelNumber,
const std::string &name,
const EepromLocation &slopeEeprom,
const EepromLocation &actionIdEeprom,
const EepromLocation &factorySlopeEeprom,
const EepromLocation &factoryActionIdEeprom
)
Adds a cal coefficient with factory cal values (Linear Equation, unit, equation type, factory cal) to the channel groups for the specified channel.
",7407:"
static WirelessTypes::SettlingTime maxFilterSettlingTime_A(
const SampleRate &rate
)
Gets the max filter settling time allowed by the given SampleRate.  This is version A of this function. Different nodes use different versions.
",7408:"
static WirelessTypes::SettlingTime maxFilterSettlingTime_B(
const SampleRate &rate
)
Gets the max filter settling time allowed by the given SampleRate.  This is version B of this function. Different nodes use different versions.
",7409:"
static WirelessTypes::WirelessSampleRate maxSampleRateForSettlingTime_A(
WirelessTypes::SettlingTime settlingTime,
const WirelessTypes::WirelessSampleRates &rates
)
Gets the max WirelessTypes::WirelessSampleRate allowed by the given WirelessTypes::SettlingTime.  This is version A of this function. Different nodes use different versions.
",7410:"
static WirelessTypes::WirelessSampleRate maxSampleRateForSettlingTime_B(
WirelessTypes::SettlingTime settlingTime,
const WirelessTypes::WirelessSampleRates &rates
)
Gets the max WirelessTypes::WirelessSampleRate allowed by the given WirelessTypes::SettlingTime.  This is version B of this function. Different nodes use different versions.
",7411:"
uint32 normalizeNumSweeps(
uint32 sweeps
) const
Normalizes the number of sweeps so that it is within range and a multiple of 100 (rounds up to next multiple).
",7412:"
TimeSpan normalizeTimeBetweenBursts(
const TimeSpan &time
) const
Normalizes a TimeSpan so that it is within an acceptable range for setting the timeBetweenBursts.  A valid range is between 1 second and 24 hours. Seconds above 32767 will be rounded to minutes.  When setting the time between bursts, you should also call minTimeBetweenBursts and verify it is greater than this.
",7413:"
const EepromLocation& findEeprom(
WirelessTypes::ChannelGroupSetting setting,
const ChannelMask &mask
) const
Finds the EepromLocation for the provided setting and channel mask pair.
",7414:"
bool anyChannelGroupSupports(
WirelessTypes::ChannelGroupSetting setting
) const
Checks if any channel group on the Node supports the given WirelessTypes::ChannelGroupSetting.
",7415:"
virtual uint32 ramBufferSize() const
Gets the RAM buffer size (in bytes) for the Node.
",7416:"
bool anyChannelGroupSupports(
WirelessTypes::ChannelGroupSetting setting,
uint8 channelNumber
) const
Checks if any channel group, with the specified channel number, supports the given WirelessTypes::ChannelGroupSetting.
",7417:"
const WirelessChannels& channels() const
Gets a reference to the WirelessChannels of this Node.
",7418:"
ChannelGroups channelGroups() const
Gets the ChannelGroups supported by this Node.
",7419:"
virtual WirelessTypes::ChannelType channelType(
uint8 channelNumber
) const
Gets the WirelessTypes::ChannelType for the requested channel number.
",7420:"
virtual bool supportsChannelSetting(
WirelessTypes::ChannelGroupSetting setting,
const ChannelMask &mask
) const
Checks if the Node supports a given WirelessTypes::ChannelGroupSetting for the given ChannelMask.
",7421:"
virtual bool supportsInputRange() const
Checks if the Node supports Input Range for any of its ChannelGroups.
",7422:"
virtual bool supportsInputRangePerExcitationVoltage() const
Checks if the Node supports Input Range for any of its ChannelGroups, and has different input ranges depending on a configurable excitation voltage.
",7423:"
virtual bool supportsHardwareOffset() const
Checks if the Node supports Hardware Offset for any of its ChannelGroups.
",7424:"
virtual bool supportsAntiAliasingFilter() const
Checks if the Node supports Anti-Aliasing Filter for any of its ChannelGroups.
",7425:"
virtual bool supportsLowPassFilter() const
Checks if the Node supports Low-Pass Filter for any of its ChannelGroups.
",7426:"
virtual bool supportsHighPassFilter() const
Checks if the Node supports High-Pass Filter for any of its ChannelGroups.
",7427:"
virtual bool supportsGaugeFactor() const
Checks if the Node supports Gauge Factor for any of its ChannelGroups.
",7428:"
virtual bool supportsGaugeResistance() const
Checks if the Node supports the Gauge Resistance option.
",7429:"
virtual bool supportsNumActiveGauges() const
Checks if the Node supports the Number of Active Gauges option.
",7430:"
virtual bool supportsLostBeaconTimeout() const
Checks if the Node supports the Lost Beacon Timeout option.
",7431:"
virtual bool supportsPullUpResistor() const
Checks if the Node supports the Pull-up Resistor option.
",7432:"
virtual bool supportsFilterSettlingTime() const
Checks if the Node supports Filter Settling Time for any of its ChannelGroups.
",7433:"
virtual bool supportsThermocoupleType() const
Checks if the Node supports the Thermocouple Type for any of its ChannelGroups.
",7434:"
virtual bool supportsTempSensorOptions() const
Checks if the Node supports the TempSensorOptions configuration for any of its ChannelGroups.
",7435:"
virtual bool supportsDebounceFilter() const
Checks if the Node supports the Debounce Filter configuration for any of its ChannelGroups.
",7436:"
virtual bool supportsFatigueConfig() const
Checks if the Node supports FatigueOptions configuration.
",7437:"
virtual bool supportsYoungsModConfig() const
Checks if the Node supports Young\'s Modulus (part of FatigueOptions) configuration.
",7438:"
virtual bool supportsPoissonsRatioConfig() const
Checks if the Node supports Poisson\'s Ratio (part of FatigueOptions) configuration.
",7439:"
virtual bool supportsFatigueDebugModeConfig() const
Checks if the Node supports enabling Debug Mode (part of FatigueOptions) configuration.
",7440:"
virtual bool supportsFatigueModeConfig() const
Checks if the Node supports Fatigue Mode (part of FatigueOptions) configuration.
",7441:"
virtual bool supportsHistogramConfig() const
Checks if the Node supports HistogramOptions configuration.
",7442:"
virtual bool supportsHistogramRateConfig() const
Checks if the Node supports Histogram transmit rate (part of HistogramOptions) configuration.
",7443:"
virtual bool supportsHistogramEnableConfig() const
Checks if the Node supports turning Histograms on and off (part of FatigueOptions).
",7444:"
virtual bool supportsActivitySense() const
Checks if the Node supports the ActivitySense feature.
",7445:"
virtual bool supportsAutoBalance() const
Checks if the Node supports the Auto Balance command for any of its ChannelGroups.
",7446:"
virtual bool supportsLegacyShuntCal() const
Checks if the Node supports the legacy Shunt Cal for any of its ChannelGroups.
",7447:"
virtual bool supportsAutoCal_shm() const
Checks if the Node supports the AutoCal SHM-Link command.
",7448:"
virtual bool supportsAutoCal_shm201() const
Checks if the Node supports the AutoCal SHM-Link-201 command.
",7449:"
virtual bool supportsAutoShuntCal() const
Checks if the Node supports AutoShuntCal on any of this ChannelGroups.
",7450:"
virtual bool supportsGetFactoryCal() const
Checks if the Node has factory calibrations stored for any of its ChannelGroups.
",7451:"
virtual bool supportsLimitedDuration() const
Checks if the Node supports setting a limited duration of sampling.
",7452:"
virtual bool supportsEventTrigger() const
Checks if the Node supports Event Trigger sampling.
",7453:"
virtual bool supportsDiagnosticInfo() const
Checks if the Node supports sending Diagnostic Info.
",7454:"
virtual bool supportsLoggedData() const
Checks if the Node supports logging to internal memory.
",7455:"
virtual bool supportsPoll() const
Checks if the Node supports the poll command.
",7456:"
virtual bool supportsSensorDelayConfig() const
Checks if the Node supports configuration of sensor delay.
",7457:"
virtual bool supportsSensorDelayAlwaysOn() const
Checks if the Node supports setting the sensor delay value to "Always On."
",7458:"
virtual bool supportsSensorOutputMode() const
Checks if the Node supports configuration of the Sensor Output Mode.
",7459:"
virtual bool supportsCfcFilterConfiguration() const
Checks if the Node supports configuration of the channel frequency class filter.
",7460:"
virtual bool supportsChannel(
uint8 channelNumber
) const
Checks if a specific channel is supported (can be enabled) by this Node.
",7461:"
virtual bool supportsSamplingMode(
WirelessTypes::SamplingMode samplingMode
) const
Checks if a WirelessTypes::SamplingMode is supported by this Node.
",7462:"
virtual bool supportsSampleRate(
WirelessTypes::WirelessSampleRate sampleRate,
WirelessTypes::SamplingMode samplingMode,
WirelessTypes::DataCollectionMethod dataCollectionMethod,
WirelessTypes::DataMode dataMode
) const
Checks if a sample rate is supported by the Node for the given WirelessTypes::SamplingMode.
",7463:"
virtual bool supportsCommunicationProtocol(
WirelessTypes::CommProtocol protocol
) const
Checks if a WirelessTypes::CommProtocol is supported by this Node.
",7464:"
virtual bool supportsDataFormat(
WirelessTypes::DataFormat dataFormat
) const
Checks if a WirelessTypes::DataFormat is supported by this Node.
",7465:"
virtual bool supportsDefaultMode(
WirelessTypes::DefaultMode mode
) const
Checks if a WirelessTypes::DefaultMode is supported by this Node.
",7466:"
virtual bool supportsDataCollectionMethod(
WirelessTypes::DataCollectionMethod collectionMethod
) const
Checks if a WirelessTypes::DataCollectionMethod is supported by this Node.
",7467:"
virtual bool supportsTransmitPower(
WirelessTypes::TransmitPower power,
WirelessTypes::CommProtocol commProtocol
) const
Checks if a WirelessTypes::TransmitPower is supported by this Node.
",7468:"
virtual bool supportsDataMode(
WirelessTypes::DataMode dataMode
) const
Checks if a WirelessTypes::DataMode is supported by this Node.
",7469:"
virtual bool supportsTransducerType(
WirelessTypes::TransducerType transducerType
) const
Checks if a WirelessTypes::TransducerType is supported by this Node.
",7470:"
virtual bool supportsFatigueMode(
WirelessTypes::FatigueMode mode
) const
Checks if a WirelessTypes::FatigueMode is supported by this Node.
",7471:"
virtual bool supportsInputRange(
WirelessTypes::InputRange range,
const ChannelMask &channels
) const
Checks if a WirelessTypes::InputRange is supported by this Node for the given ChannelMask.
",7472:"
virtual bool supportsInputRange(
WirelessTypes::InputRange range,
const ChannelMask &channels,
WirelessTypes::Voltage excitationVoltage
) const
Checks if a WirelessTypes::InputRange is supported by this Node for the given ChannelMask.
",7473:"
virtual bool supportsCentisecondEventDuration() const
Checks if the Node configures event duration in 10s of milliseconds or not.
",7474:"
virtual bool supportsGetDiagnosticInfo() const
Checks if the Node supports the Get Diagnostic Info command.
",7475:"
virtual bool supportsNonSyncLogWithTimestamps() const
Checks if the Node supports the version of Non-Sync Sampling that will add timestamps when logging.  If the Node does not support this, when downloading logged data from the Node, no timestamp information will be given.
",7476:"
virtual bool supportsDerivedCategory(
WirelessTypes::DerivedCategory category
) const
Checks if the Node supports a specific WirelessTypes::DerivedCategory.
",7477:"
virtual bool supportsRawDataMode() const
Checks if the Node supports any form of the Raw Data Mode (raw only, raw + derived, etc).
",7478:"
virtual bool supportsDerivedDataMode() const
Checks if the Node supports any form of the Derived Data Mode (derived only, raw + derived, etc).
",7479:"
virtual bool supportsDerivedVelocityUnitConfig() const
Checks if the Node supports configuration of the Derived Velocity Unit.
",7480:"
virtual bool supportsExcitationVoltageConfig() const
Checks if the Node supports configuration of its Excitation Voltage.
",7481:"
virtual bool supportsLowBatteryThresholdConfig() const
Checks if the Node supports configuration of its low battery threshold.
",7482:"
virtual WirelessTypes::WirelessSampleRate maxSampleRate(
WirelessTypes::SamplingMode samplingMode,
const ChannelMask &channels,
WirelessTypes::DataCollectionMethod dataCollectionMethod,
WirelessTypes::DataMode dataMode
) const
Gets the maximum SampleRate value that is supported by this Node with the given <SamplingMode>, ChannelMask, and WirelessTypes::DataCollectionMethod.
",7483:"
virtual WirelessTypes::WirelessSampleRate maxSampleRateForSettlingTime(
WirelessTypes::SettlingTime filterSettlingTime,
WirelessTypes::SamplingMode samplingMode,
WirelessTypes::DataCollectionMethod dataCollectionMethod,
WirelessTypes::DataMode dataMode
) const
Gets the maximum SampleRate value that is supported by this Node with the given WirelessTypes::SettlingTime.
",7484:"
virtual WirelessTypes::WirelessSampleRate maxSampleRateForLowPassFilter(
WirelessTypes::Filter lowPassFilter,
WirelessTypes::SamplingMode samplingMode,
WirelessTypes::DataCollectionMethod dataCollectionMethod,
WirelessTypes::DataMode dataMode,
const ChannelMask &channels
) const
Gets the maximum SampleRate value that is supported by this Node with the given Low Pass Filter.
",7485:"
virtual WirelessTypes::SettlingTime maxFilterSettlingTime(
const SampleRate &rate
) const
Gets the maximum WirelessTypes::SettlingTime available for the given SampleRate.
",7486:"
virtual uint16 minInactivityTimeout() const
Gets the minimum inactivity timeout (in seconds) that is supported.
",7487:"
virtual uint16 minLostBeaconTimeout() const
Gets the minimum lost beacon timeout (in minutes) that is supported.  Note: A value of 0 disable the lost beacon timeout.
",7488:"
virtual uint16 maxLostBeaconTimeout() const
Gets the maximum lost beacon timeout (in minutes) that is supported.
",7489:"
virtual uint8 minCheckRadioInterval() const
Gets the minimum check radio interval (in seconds) that is supported.
",7490:"
virtual uint8 maxCheckRadioInterval() const
Gets the maximum check radio interval (in seconds) that is supported.
",7491:"
virtual uint32 minSweeps() const
Gets the minimum number of sweeps that can be assigned for the duration of a continuous sampling session.
",7492:"
virtual uint32 maxSweeps(
WirelessTypes::SamplingMode samplingMode,
WirelessTypes::DataMode dataMode,
WirelessTypes::DataFormat dataFormat,
const ChannelMask &channels
) const
Gets the maximum number of sweeps that can be assigned for a given WirelessTypes::SamplingMode.  This is the duration of each burst if in Burst Sync Sampling mode, or the total duration of sampling in other sampling modes.
",7493:"
virtual uint32 maxSweepsPerBurst(
WirelessTypes::DataMode dataMode,
WirelessTypes::DataFormat dataFormat,
const ChannelMask &channels
) const
Gets the maximum number of sweeps per burst that can be assigned for a Burst Sync Sampling session.
",7494:"
virtual TimeSpan minTimeBetweenBursts(
WirelessTypes::DataMode dataMode,
WirelessTypes::DataFormat dataFormat,
const ChannelMask &rawChannels,
WirelessTypes::DerivedChannelMasks derivedChannelMasks,
const SampleRate &rawSampleRate,
uint32 sweepsPerBurst,
WirelessTypes::CommProtocol commProtocol
) const
Gets the minimum time that can be assigned for a Burst Sync Sampling session.
",7495:"
virtual const uint32 minSensorDelay() const
Gets the minimum sensor delay value (in microseconds) that is supported.
",7496:"
virtual const uint32 maxSensorDelay() const
Gets the maximum sensor delay value (in microseconds) that is supported.
",7497:"
virtual const uint32 defaultSensorDelay() const
Gets the default sensor delay value (in microseconds) that is supported.
",7498:"
virtual uint32 maxEventTriggerTotalDuration(
WirelessTypes::DataMode dataMode,
WirelessTypes::DataFormat dataFormat,
const ChannelMask &rawChannels,
WirelessTypes::DerivedChannelMasks derivedChannelMasks,
const SampleRate &rawSampleRate,
const SampleRate &derivedDataRate
) const
Gets the max event trigger duration (in milliseconds) that can be applied for both the pre and post event durations (combined).
",7499:"
virtual uint32 normalizeEventDuration(
uint32 duration
) const
Normalizes the Event Trigger duration so that it is an acceptable value.
",7500:"
virtual uint32 normalizeSensorDelay(
uint32 delay
) const
Normalizes the sensor delay so that it is an acceptable value.
",7501:"
virtual uint8 numDamageAngles() const
Gets the number of damage angles (see FatigueOptions) on this Node.
",7502:"
virtual uint8 numSnCurveSegments() const
Gets the number of Sn Curve segments (see FatigueOptions) on this Node.
",7503:"
virtual uint8 numEventTriggers() const
Gets the number of supported event triggers on this Node.
",7504:"
virtual const WirelessTypes::DefaultModes defaultModes() const
Gets a list of the WirelessTypes::DefaultModes that are supported by this Node.
",7505:"
virtual const WirelessTypes::DataCollectionMethods dataCollectionMethods() const
Gets a list of the WirelessTypes::DataCollectionMethods that are supported by this Node.
",7506:"
virtual const WirelessTypes::DataFormats dataFormats() const
Gets a list of the WirelessTypes::DataFormats that are supported by this Node.
",7507:"
virtual const WirelessTypes::SamplingModes samplingModes() const
Gets a list of the WirelessTypes::SamplingModes that are supported by this Node.
",7508:"
virtual const WirelessTypes::WirelessSampleRates sampleRates(
WirelessTypes::SamplingMode samplingMode,
WirelessTypes::DataCollectionMethod dataCollectionMethod,
WirelessTypes::DataMode dataMode
) const
Gets a list of the WirelessTypes::WirelessSampleRates that are supported by this Node for the given sampling mode.
",7509:"
virtual const WirelessTypes::WirelessSampleRates derivedDataRates() const
Gets a list of the WirelessTypes::WirelessSampleRates that are supported by this Node for Derived Channels.  These are the rates that the Derived Data will be calculated/sent. The standard sampleRates still apply in derived mode and control the sample rate of the raw channels used in the derived data calculations.
",7510:"
virtual const WirelessTypes::TransmitPowers transmitPowers(
WirelessTypes::CommProtocol commProtocol
) const
Gets a list of the WirelessTypes::TransmitPowers that are supported by this Node, for the given WirelessTypes::CommProtocol.  Note: This list is dependent on the WirelessTypes::RegionCode of the device. If this changes, this function should be called again.
",7511:"
virtual const WirelessTypes::TransmitPowers transmitPowers(
WirelessTypes::RegionCode region,
WirelessTypes::CommProtocol commProtocol
) const
Gets a list of the WirelessTypes::TransmitPowers that are supported by this Node, for the given WirelessTypes::RegionCode and WirelessTypes::CommProtocol.
",7512:"
virtual const WirelessTypes::CommProtocols commProtocols() const
Gets a list of WirelessTypes::CommProtocols that are supported by this Node.
",7513:"
virtual const WirelessTypes::SensorOutputModes sensorOutputModes() const
Gets a list of WirelessTypes::SensorOutputModes that are supported by this Node.
",7514:"
virtual const WirelessTypes::CfcFilters cfcFilters() const
Gets a list of WirelessTypes::ChannelFrequencyClass options that are supportedby this Node.
",7515:"
virtual const WirelessTypes::WirelessSampleRates histogramTransmitRates() const
Gets a list of the Histogram Transmit Rates that are supported by this Node.
",7516:"
virtual const WirelessTypes::FatigueModes fatigueModes() const
Gets a list of the WirelessTypes::FatigueModes that are supported by this Node.
",7517:"
virtual const WirelessTypes::Filters antiAliasingFilters() const
Gets a list of the Anti-Aliasing WirelessTypes::Filters that are supported by this Node.
",7518:"
virtual const WirelessTypes::Filters lowPassFilters() const
Gets a list of the Low-Pass WirelessTypes::Filters that are supported by this Node.
",7519:"
virtual const WirelessTypes::HighPassFilters highPassFilters() const
Gets a list of the High-Pass WirelessTypes::Filters that are supported by this Node.
",7520:"
virtual const WirelessTypes::StorageLimitModes storageLimitModes() const
Gets a list of the WirelessTypes::StorageLimitModes that are supported by this Node.
",7521:"
virtual const InputRanges inputRanges(
const ChannelMask &channels
) const
Gets a list of InputRanges that are supported by this Node for the specified channel mask.
",7522:"
virtual const InputRanges inputRanges(
const ChannelMask &channels,
WirelessTypes::Voltage excitationVoltage
) const
Gets a list of WirelessTypes::InputRanges that are supported by this Node for the specified channel mask, for the given Excitation WirelessTypes::Voltage.
",7523:"
virtual const WirelessTypes::DataModes dataModes() const
Gets a list of WirelessTypes::DataModes that are supported by this Node.
",7524:"
virtual const WirelessTypes::TransducerTypes transducerTypes() const
Gets a list of WirelessTypes::TransducerTypes that are supported by this Node.
",7525:"
virtual const WirelessTypes::DerivedChannelMasks channelsPerDerivedCategory() const
Gets a map of WirelessTypes::DerivedCategory to ChannelMasks that are supported by this Node.  The ChannelMask indicates the raw channels that are available for the derived category.
",7526:"
virtual const WirelessTypes::Voltages excitationVoltages() const
Gets a list of WirelessTypes::Voltages that are supported by the Node for configuration.
",7527:"
virtual const WirelessTypes::VoltageType adcVoltageInputType() const
Gets the input voltage type of the ADC for this node.
",7528:"
virtual WirelessTypes::TransmitPower maxTransmitPower(
WirelessTypes::RegionCode region,
WirelessTypes::CommProtocol commProtocol
) const
Gets the maximum WirelessTypes::TransmitPower that is supported for the given parameters.
",7529:"
virtual WirelessTypes::TransmitPower maxTransmitPower(
WirelessTypes::CommProtocol commProtocol
) const
Gets the maximum WirelessTypes::TransmitPower that is supported for the given parameters, using the Node\'s current region code.
",7530:"
virtual WirelessTypes::TransmitPower minTransmitPower(
WirelessTypes::RegionCode region,
WirelessTypes::CommProtocol commProtocol
) const
Gets the minimum WirelessTypes::TransmitPower that is supported for the given parameters.
",7531:"
virtual WirelessTypes::TransmitPower minTransmitPower(
WirelessTypes::CommProtocol commProtocol
) const
Gets the minimum WirelessTypes::TransmitPower that is supported for the given parameters, using the Node\'s current region code.
",7532:"
virtual bool supportsNewTransmitPowers() const
Checks if the Node supports the new transmit powers (true), or the old ones (false).
",7533:"
virtual bool supportsAutoBalance2() const
Checks if the Node supports the AutoBalance (Version 2) command.
",7534:"
virtual bool supportsSleepIntervalSeconds() const
Checks if the Node supports a sleep interval eeprom directly in seconds.
",7535:"
virtual bool supportsEepromCommitViaRadioReset() const
Checks if eeprom changes can be committed by only cycling the radio, instead of cycling power.
",7536:"
virtual bool supportsFlashId() const
Checks if the Node supports the Flash ID eeprom.
",7537:"
virtual bool supportsStorageLimitModeConfig() const
Checks if the Node supports configuring storage limit mode.
",7538:"
virtual uint8 datalogDownloadVersion() const
Gets the version of datalogging download to use.
",7539:"
virtual WirelessTypes::DelayVersion sensorDelayVersion() const
Gets the version of sensor delay that the Node supports.
",7540:"
virtual bool usesLegacySensorDelayAlwaysOn() const
Checks if the Node uses the legacy value of 10,000 for always on (true) or the new value of 65,535 for always on (false).
",7541:"
virtual bool usesFloatEventTriggerVal() const
Checks if the Node uses floating point for event trigger values.  Older nodes used uint16 (bits).
",7542:"
virtual bool onlySupportsRawDataMode() const
Checks if the raw data mode is the only data mode supported.
",7543:"
virtual bool supportsDataModeEeprom() const
Checks if the Data Mode eeprom location is supported.
",7544:"
virtual bool supportsCommProtocolEeprom() const
Checks if the Communication Protocol eeprom location is supported.
",7545:"
virtual bool supportsEeprom1024AndAbove() const
Checks if the Node supports reading eeprom location 1024 and above.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures-ToolTips.js deleted file mode 100644 index cf45c5986..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6555:"
HistogramOptions
Contains all of the Histogram options that can be configured for a WirelessNode.
",6582:"
FatigueOptions
Contains all of the fatigue options that can be configured for a WirelessNode.
",6654:"
EepromLocation
Represents a single Eeprom Location.
",6840:"
ActivitySense
Contains all of the ActivitySense options that can be configured for a WirelessNode.  Activity Sense is a power saving feature that allows a Node to be in a low-power state when no activity is suspected, and then immediately jump to its normal sampling state when a certain activity threshold is reached.
",6858:"
Holds information (read from eeprom) about a WirelessNode.
",7041:"
ChannelGroup
Represents a group of channels that have combined settings.
",7396:"
NodeFeatures
Contains information on which features are supported by a WirelessNode.
",7494:"
virtual TimeSpan minTimeBetweenBursts(
WirelessTypes::DataMode dataMode,
WirelessTypes::DataFormat dataFormat,
const ChannelMask &rawChannels,
WirelessTypes::DerivedChannelMasks derivedChannelMasks,
const SampleRate &rawSampleRate,
uint32 sweepsPerBurst,
WirelessTypes::CommProtocol commProtocol
) const
Gets the minimum time that can be assigned for a Burst Sync Sampling session.
",7508:"
virtual const WirelessTypes::WirelessSampleRates sampleRates(
WirelessTypes::SamplingMode samplingMode,
WirelessTypes::DataCollectionMethod dataCollectionMethod,
WirelessTypes::DataMode dataMode
) const
Gets a list of the WirelessTypes::WirelessSampleRates that are supported by this Node for the given sampling mode.
",7521:"
virtual const InputRanges inputRanges(
const ChannelMask &channels
) const
Gets a list of InputRanges that are supported by this Node for the specified channel mask.
",7905:"
WirelessNode
A class representing a MicroStrain wireless node
",8025:"
WirelessChannel
Represents a channel on a WirelessNode. This can be used to gain information about the channel, view current settings that are applied, and update settings on the Node.
",8574:"
Represents the types of data collection methods that can be performed on the Node.
",8594:"
Represents the types of data formats that Nodes can be configured to send when sampling.
",8604:"
Represents the types of sampling modes the Node can be in.
",8611:"
Represents the types of default modes the Node can have.  This is the mode the Node starts in, as well as the mode the node goes into after an inactivity timeout.
",8635:"
Represents the transmit powers that can be used for Wireless Devices.
",8766:"
Represents the types of channels on Wireless Nodes.
",8779:"
Represents the possible voltage input types
",8782:"
Represents the settling times used for thermocouple and voltage inputs on some Wireless Nodes.
",8795:"
Represents the Transducer types supported by some Wireless Nodes.
",8830:"
The possible sample rates that are available for Wireless Nodes.
",8885:"
The possible region codes for the device.
",8898:"
The possible settings for ChannelGroups.
",8945:"
The different modes a Fatigue Node can operate in.
",8952:"
The filter options (used for anti-aliasing and low-pass filter)
",8992:"
The channel frequency class filter options.
",8996:"
The options available for configuring what happens when the storage limit is reached when logging to a Node.
",8999:"
The options available for input range on supported Nodes.
",9136:"
Available Data Modes.
",9141:"
Available Derived Channel Categories for configuration.
",9155:"
Available Communication Protocol types.
",9158:"
Available Voltages.
",9168:"
Available Sensor Output Modes.
",9180:"
Types of delays that individual sensors can support.
",9185:"
Typedef for a map of <DerivedChannelOption> to ChannelMask pairs.
",9478:"
ChannelMask
Represents the channel mask (active and inactive channels) for a WirelessNode.
",9819:"
SampleRate
Represents a MicroStrain sample rate (rate at which data is sampling)
",10328:"
TimeSpan
Represents a range of time
",10453:"
Error_NotSupported
A command/feature was attempted to be used that was not supported.
",6871:"
NodeFeatures_wirelessImpactSensor
Contains information on features for the Wireless Impact nodes.
",6874:"
NodeFeatures_vlink_legacy
Contains information on features for the V-Link (legacy) node. Inherits from NodeFeatures.
",6880:"
NodeFeatures_vlink
Contains information on features for the V-Link node. Inherits from NodeFeatures.
",6892:"
NodeFeatures_torqueLink
Contains information on features for the SG-Link-Micro node. Inherits from NodeFeatures.
",6895:"
NodeFeatures_tclink6ch
Contains information on features for the TC-Link 6CH Node.
",6898:"
NodeFeatures_tclink3ch
Contains information on features for the TC-Link 3CH Node.
",6907:"
NodeFeatures_tclink1ch
Contains information on features for the TC-Link 1CH Node.
",6917:"
NodeFeatures_shmlink2
Contains information on features for the SHM-Link 2 node. Inherits from NodeFeatures.
",6923:"
NodeFeatures_shmlink
Contains information on features for the SHM-Link node. Inherits from NodeFeatures.
",6926:"
NodeFeatures_sglinkrgd
Contains information on features for the SG-Link node. Inherits from NodeFeatures.
",6929:"
NodeFeatures_sglinkoemNoXR
Contains information on features for the SG-Link-OEM node. Inherits from NodeFeatures.
",6932:"
NodeFeatures_sglinkoemHermetic
Contains information on features for the SG-Link-OEM node. Inherits from NodeFeatures.
",6967:"
NodeFeatures_sglinkMicro
Contains information on features for the SG-Link-Micro node. Inherits from NodeFeatures.
",6976:"
NodeFeatures_sglink
Contains information on features for the SG-Link node. Inherits from NodeFeatures.
",6982:"
NodeFeatures_rtdlink
Contains information on features for the RTD-Link Node.
",6988:"
NodeFeatures_iepeLink
Contains information on features for the IEPE-Link.
",6991:"
NodeFeatures_glink2Internal
Contains information on features for the G-Link 2 (Internal Accels) nodes.
",6994:"
NodeFeatures_glink2External
Contains information on features for the G-Link 2 (External Accel) nodes.
",7003:"
NodeFeatures_glink
Contains information on features for the G-Link nodes.
",7006:"
NodeFeatures_envlinkPro
Contains information on features for the ENV-Link Pro Node.
",7009:"
NodeFeatures_sglinkoem
Contains information on features for the SG-Link-OEM node. Inherits from NodeFeatures.
",7012:"
NodeFeatures_envlinkMini
Contains information on features for the ENV-Link Mini Node.
",7015:"
NodeFeatures_dvrtlink
Contains information on features for the DVRT-Link node. Inherits from NodeFeatures.
",7021:"
NodeFeatures_200series
Contains information on which features are supported by a 200-series WirelessNode.  Inherits from NodeFeatures.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures.html b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures.html deleted file mode 100644 index b51118239..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures.html +++ /dev/null @@ -1,905 +0,0 @@ - - -NodeFeatures - - - - - - - -
-
NodeFeatures
- -

Contains information on which features are supported by a WirelessNode.

-
- -
-
Functions
-
- -
-
NodeFeatures
-
NodeFeatures(
const NodeInfo &info
)
-

Creates a NodeFeatures object.

Parameters
info
const NodeInfo&

A NodeInfo object representing standard information of the WirelessNode.

-
- -
-
Variables
-
- -
-
m_nodeInfo
-
NodeInfo m_nodeInfo
-

The NodeInfo object containing basic information retreived from eeprom about the Node.

-
- -
-
m_channels
-
WirelessChannels m_channels
-

Contains all of the supported channels for this Node.

-
- -
-
m_channelGroups
-
ChannelGroups m_channelGroups
-

Contains all of the ChannelGroups that are supported by this Node.

-
- -
-
Functions
-
- -
-
create
-
static std::unique_ptr<NodeFeatures> create(
const NodeInfo &info
)
-

Builds and returns a NodeFeatures pointer based on the given parameters.

Parameters
info
const NodeInfo&

A NodeInfo object representing standard information of the WirelessNode.

Returns

A NodeFeatures unique_ptr.

Exceptions
-
- -
-
addCalCoeffChannelGroup
-
void addCalCoeffChannelGroup(
uint8 channelNumber,
const std::string &name,
const EepromLocation &slopeEeprom,
const EepromLocation &actionIdEeprom
)
-

Adds a cal coefficient (Linear Equation, unit, equation type) to the channel groups for the specified channel.

-
- -
-
addCalCoeffChannelGroup_withFactoryCal
-
void addCalCoeffChannelGroup_withFactoryCal(
uint8 channelNumber,
const std::string &name,
const EepromLocation &slopeEeprom,
const EepromLocation &actionIdEeprom,
const EepromLocation &factorySlopeEeprom,
const EepromLocation &factoryActionIdEeprom
)
-

Adds a cal coefficient with factory cal values (Linear Equation, unit, equation type, factory cal) to the channel groups for the specified channel.

-
- -
-
maxFilterSettlingTime_A
-
static WirelessTypes::SettlingTime maxFilterSettlingTime_A(
const SampleRate &rate
)
-

Gets the max filter settling time allowed by the given SampleRate.  This is version A of this function. Different nodes use different versions.

-
- -
-
maxFilterSettlingTime_B
-
static WirelessTypes::SettlingTime maxFilterSettlingTime_B(
const SampleRate &rate
)
-

Gets the max filter settling time allowed by the given SampleRate.  This is version B of this function. Different nodes use different versions.

-
- -
-
maxSampleRateForSettlingTime_A
-
static WirelessTypes::WirelessSampleRate maxSampleRateForSettlingTime_A(
WirelessTypes::SettlingTime settlingTime,
const WirelessTypes::WirelessSampleRates &rates
)
-

Gets the max WirelessTypes::WirelessSampleRate allowed by the given WirelessTypes::SettlingTime.  This is version A of this function. Different nodes use different versions.

Parameters
settlingTime
WirelessTypes::SettlingTime

The settling time to get the max sample rate for.

rates
const WirelessTypes::WirelessSampleRates&

The WirelessTypes::WirelessSampleRates available for the Node (presumably for a specific sampling mode).

-
- -
-
maxSampleRateForSettlingTime_B
-
static WirelessTypes::WirelessSampleRate maxSampleRateForSettlingTime_B(
WirelessTypes::SettlingTime settlingTime,
const WirelessTypes::WirelessSampleRates &rates
)
-

Gets the max WirelessTypes::WirelessSampleRate allowed by the given WirelessTypes::SettlingTime.  This is version B of this function. Different nodes use different versions.

Parameters
settlingTime
WirelessTypes::SettlingTime

The settling time to get the max sample rate for.

rates
const WirelessTypes::WirelessSampleRates&

The WirelessTypes::WirelessSampleRates available for the Node (presumably for a specific sampling mode).

-
- -
-
normalizeNumSweeps
-
uint32 normalizeNumSweeps(
uint32 sweeps
) const
-

Normalizes the number of sweeps so that it is within range and a multiple of 100 (rounds up to next multiple).

Parameters
sweeps
uint32

the value to normalize. This will be updated to hold the normalized result.

-
- -
-
normalizeTimeBetweenBursts
-
TimeSpan normalizeTimeBetweenBursts(
const TimeSpan &time
) const
-

Normalizes a TimeSpan so that it is within an acceptable range for setting the timeBetweenBursts.  A valid range is between 1 second and 24 hours. Seconds above 32767 will be rounded to minutes.  When setting the time between bursts, you should also call minTimeBetweenBursts and verify it is greater than this.

Parameters
time
const TimeSpan&

TimeSpan to normalize. This will be updated to hold the normalized result.

-
- -
-
findEeprom
-
const EepromLocation& findEeprom(
WirelessTypes::ChannelGroupSetting setting,
const ChannelMask &mask
) const
-

Finds the EepromLocation for the provided setting and channel mask pair.

Parameters
setting
WirelessTypes::ChannelGroupSetting

The WirelessTypes::ChannelGroupSetting to search for.

mask
const ChannelMask&

The ChannelMask of the setting to search for.

Returns

The EepromLocation for the found option.

Exceptions
-
- -
-
anyChannelGroupSupports
-
bool anyChannelGroupSupports(
WirelessTypes::ChannelGroupSetting setting
) const
-

Checks if any channel group on the Node supports the given WirelessTypes::ChannelGroupSetting.

Parameters
setting
WirelessTypes::ChannelGroupSetting

The WirelessTypes::ChannelGroupSetting to check if any channel group supports.

Returns

true if at least 1 channel group supports the setting, false otherwise.

-
- -
-
ramBufferSize
-
virtual uint32 ramBufferSize() const
-

Gets the RAM buffer size (in bytes) for the Node.

-
- -
-
anyChannelGroupSupports
-
bool anyChannelGroupSupports(
WirelessTypes::ChannelGroupSetting setting,
uint8 channelNumber
) const
-

Checks if any channel group, with the specified channel number, supports the given WirelessTypes::ChannelGroupSetting.

Parameters
setting
WirelessTypes::ChannelGroupSetting

The WirelessTypes::ChannelGroupSetting to check if any channel group supports.

channelNumber
uint8

The channel number (ch1 = 1, ch8 = 8) to check if it is in the mask for the found setting.

Returns

true if at least 1 channel group, containing the specified channel number, supports the setting, false otherwise.

-
- -
-
channels
-
const WirelessChannels& channels() const
-

Gets a reference to the WirelessChannels of this Node.

Returns

A reference to the WirelessChannels of this Node.

-
- -
-
channelGroups
-
ChannelGroups channelGroups() const
-

Gets the ChannelGroups supported by this Node.

Returns

A ChannelGroups container containing each group supported by this Node.

-
- -
-
channelType
-
virtual WirelessTypes::ChannelType channelType(
uint8 channelNumber
) const
-

Gets the WirelessTypes::ChannelType for the requested channel number.

Parameters
channelNumber
uint8

The channel number to find the type for (ch1 = 1, ch8 = 8).

Returns

The WirelessTypes::ChannelType for the requested channel number.

Exceptions
-
- -
-
supportsChannelSetting
-
virtual bool supportsChannelSetting(
WirelessTypes::ChannelGroupSetting setting,
const ChannelMask &mask
) const
-

Checks if the Node supports a given WirelessTypes::ChannelGroupSetting for the given ChannelMask.

Parameters
setting
WirelessTypes::ChannelGroupSetting

The WirelessTypes::ChannelGroupSetting to check for.

mask
const ChannelMask&

The ChannelMask to check if the setting is supported for.

Returns

true if the WirelessTypes::ChannelGroupSetting is supported for the ChannelMask, false otherwise.

-
- -
-
supportsInputRange
-
virtual bool supportsInputRange() const
-

Checks if the Node supports Input Range for any of its ChannelGroups.

Returns

true if the Node supports Input Range for at least one ChannelGroup, false otherwise.

-
- -
-
supportsInputRange
-
virtual bool supportsInputRangePerExcitationVoltage() const
-

Checks if the Node supports Input Range for any of its ChannelGroups, and has different input ranges depending on a configurable excitation voltage.

Returns

true if the Node supports Input Range for at least one ChannelGroup, false otherwise.

-
- -
-
supportsHardwareOffset
-
virtual bool supportsHardwareOffset() const
-

Checks if the Node supports Hardware Offset for any of its ChannelGroups.

Returns

true if the Node supports Hardware Offset for at least one ChannelGroup, false otherwise.

-
- -
-
supportsAntiAliasingFilter
-
virtual bool supportsAntiAliasingFilter() const
-

Checks if the Node supports Anti-Aliasing Filter for any of its ChannelGroups.

Returns

true if the Node supports Anti-Aliasing Filter for at least one ChannelGroup, false otherwise.

-
- -
-
supportsLowPassFilter
-
virtual bool supportsLowPassFilter() const
-

Checks if the Node supports Low-Pass Filter for any of its ChannelGroups.

Returns

true if the Node supports Low-Pass Filter for at least one ChannelGroup, false otherwise.

-
- -
-
supportsHighPassFilter
-
virtual bool supportsHighPassFilter() const
-

Checks if the Node supports High-Pass Filter for any of its ChannelGroups.

Returns

true if the Node supports High-Pass Filter for at least one ChannelGroup, false otherwise.

-
- -
-
supportsGaugeFactor
-
virtual bool supportsGaugeFactor() const
-

Checks if the Node supports Gauge Factor for any of its ChannelGroups.

Returns

true if the Node support Gauge Factor for at least on ChannelGroup, false otherwise.

-
- -
-
supportsGaugeResistance
-
virtual bool supportsGaugeResistance() const
-

Checks if the Node supports the Gauge Resistance option.

Returns

true if the Node supports Gauge Resistance, false otherwise.

-
- -
-
supportsNumActiveGauges
-
virtual bool supportsNumActiveGauges() const
-

Checks if the Node supports the Number of Active Gauges option.

Returns

true if the Node supports the Number of Active Gauges option, false otherwise.

-
- -
-
supportsLostBeaconTimeout
-
virtual bool supportsLostBeaconTimeout() const
-

Checks if the Node supports the Lost Beacon Timeout option.

Returns

true if the Node supports Lost Beacon Timeout, false otherwise.

-
- -
-
supportsPullUpResistor
-
virtual bool supportsPullUpResistor() const
-

Checks if the Node supports the Pull-up Resistor option.

Returns

true if the Node supports Pull-up Registor, false otherwise.

-
- -
-
supportsFilterSettlingTime
-
virtual bool supportsFilterSettlingTime() const
-

Checks if the Node supports Filter Settling Time for any of its ChannelGroups.

Returns

true if the Node supports Filter Settling Time for at least one ChannelGroup, false otherwise.

-
- -
-
supportsThermocoupleType
-
virtual bool supportsThermocoupleType() const
-

Checks if the Node supports the Thermocouple Type for any of its ChannelGroups.

Returns

true if the Node supports Thermocouple Type for at least one ChannelGroup, false otherwise.

-
- -
-
supportsTempSensorOptions
-
virtual bool supportsTempSensorOptions() const
-

Checks if the Node supports the TempSensorOptions configuration for any of its ChannelGroups.

Returns

true if the Node supports TempSensorOptions configuration for at least one ChannelGroup, false otherwise.

-
- -
-
supportsDebounceFilter
-
virtual bool supportsDebounceFilter() const
-

Checks if the Node supports the Debounce Filter configuration for any of its ChannelGroups.

Returns

true if the Node supports Debounce Filter configuration for at least one ChannelGroup, false otherwise.

-
- -
-
supportsFatigueConfig
-
virtual bool supportsFatigueConfig() const
-

Checks if the Node supports FatigueOptions configuration.

Returns

true if the Node supports FatigueOptions, false otherwise.

-
- -
-
supportsYoungsModConfig
-
virtual bool supportsYoungsModConfig() const
-

Checks if the Node supports Young's Modulus (part of FatigueOptions) configuration.

Returns

true if the Node supports Young's Modulus configuration, false otherwise.

-
- -
-
supportsPoissonsRatioConfig
-
virtual bool supportsPoissonsRatioConfig() const
-

Checks if the Node supports Poisson's Ratio (part of FatigueOptions) configuration.

Returns

true if the Node supports Poisson's Ratio configuration, false otherwise.

-
- -
-
supportsFatigueDebugModeConfig
-
virtual bool supportsFatigueDebugModeConfig() const
-

Checks if the Node supports enabling Debug Mode (part of FatigueOptions) configuration.

Returns

true if the Node supports Debug Mode configuration, false otherwise.

-
- -
-
supportsFatigueModeConfig
-
virtual bool supportsFatigueModeConfig() const
-

Checks if the Node supports Fatigue Mode (part of FatigueOptions) configuration.

Returns

true if the Node supports Fatigue Mode configuration, false otherwise.

-
- -
-
supportsHistogramConfig
-
virtual bool supportsHistogramConfig() const
-

Checks if the Node supports HistogramOptions configuration.

Returns

true if the Node supports HistogramOptions, false otherwise.

-
- -
-
supportsHistogramRateConfig
-
virtual bool supportsHistogramRateConfig() const
-

Checks if the Node supports Histogram transmit rate (part of HistogramOptions) configuration.

Returns

true if the Node supports Histogram transmit rate configuration, false otherwise.

-
- -
-
supportsHistogramEnableConfig
-
virtual bool supportsHistogramEnableConfig() const
-

Checks if the Node supports turning Histograms on and off (part of FatigueOptions).

Returns

true if the Node supports turning Histograms on and off, false otherwise.

-
- -
-
supportsActivitySense
-
virtual bool supportsActivitySense() const
-

Checks if the Node supports the ActivitySense feature.

Returns

true if the Node supports ActivitySense and can be configured for it.

-
- -
-
supportsAutoBalance
-
virtual bool supportsAutoBalance() const
-

Checks if the Node supports the Auto Balance command for any of its ChannelGroups.

Returns

true if the Node supports Auto Balance for at least 1 ChannelGroup, false otherwise.

-
- -
-
supportsLegacyShuntCal
-
virtual bool supportsLegacyShuntCal() const
-

Checks if the Node supports the legacy Shunt Cal for any of its ChannelGroups.

Returns

true if the Node supports Shunt Cal for at least 1 ChannelGroup, false otherwise.

-
- -
-
supportsAutoCal_shm
-
virtual bool supportsAutoCal_shm() const
-

Checks if the Node supports the AutoCal SHM-Link command.

Returns

true if the Node supports the AutoCal SHM-Link command, false otherwise.

-
- -
-
supportsAutoCal_shm201
-
virtual bool supportsAutoCal_shm201() const
-

Checks if the Node supports the AutoCal SHM-Link-201 command.

Returns

true if the Node supports the AutoCal SHM-Link-201 command, false otherwise.

-
- -
-
supportsAutoShuntCal
-
virtual bool supportsAutoShuntCal() const
-

Checks if the Node supports AutoShuntCal on any of this ChannelGroups.

Returns

true if the Node supports Auto Shunt Cal for at least 1 ChannelGroup, false otherwise.

-
- -
-
supportsGetFactoryCal
-
virtual bool supportsGetFactoryCal() const
-

Checks if the Node has factory calibrations stored for any of its ChannelGroups.

Returns

true if the Node has factory calibration values for at least 1 ChannelGroup, false otherwise.

-
- -
-
supportsLimitedDuration
-
virtual bool supportsLimitedDuration() const
-

Checks if the Node supports setting a limited duration of sampling.

Returns

true if the Node supported limited duration, false if the Node only supports unlimited sampling.

-
- -
-
supportsEventTrigger
-
virtual bool supportsEventTrigger() const
-

Checks if the Node supports Event Trigger sampling.

Returns

true if the Node supports Event Trigger, false otherwise.

-
- -
-
supportsDiagnosticInfo
-
virtual bool supportsDiagnosticInfo() const
-

Checks if the Node supports sending Diagnostic Info.

Returns

true if the Node can be configured to send diagnostic info, false otherwise.

-
- -
-
supportsLoggedData
-
virtual bool supportsLoggedData() const
-

Checks if the Node supports logging to internal memory.

Returns

true if the Node can store logged data, false otherwise.

-
- -
-
supportsPoll
-
virtual bool supportsPoll() const
-

Checks if the Node supports the poll command.

Returns

true if the Node supporting the poll command, false otherwise.

-
- -
-
supportsSensorDelayConfig
-
virtual bool supportsSensorDelayConfig() const
-

Checks if the Node supports configuration of sensor delay.

Returns

true if the Node supports configuration of sensor delay, false otherwise.

-
- -
-
supportsSensorDelayAlwaysOn
-
virtual bool supportsSensorDelayAlwaysOn() const
-

Checks if the Node supports setting the sensor delay value to "Always On."

Returns

true if the Node supports setting the sensor delay to "Always On", false otherwise

-
- -
-
supportsSensorOutputMode
-
virtual bool supportsSensorOutputMode() const
-

Checks if the Node supports configuration of the Sensor Output Mode.

Returns

true if the Node supports setting the Sensor Output Mode, false otherwise

-
- -
-
supportsCfcFilterConfiguration
-
virtual bool supportsCfcFilterConfiguration() const
-

Checks if the Node supports configuration of the channel frequency class filter.

Returns

true if the Node supports setting the channel frequency class filter, false otherwise

-
- -
-
supportsChannel
-
virtual bool supportsChannel(
uint8 channelNumber
) const
-

Checks if a specific channel is supported (can be enabled) by this Node.

Parameters
channelNumber
uint8

The channel to check if it is supported.

Returns

true if the channel is supported, false otherwise.

-
- -
-
supportsSamplingMode
-
virtual bool supportsSamplingMode(
WirelessTypes::SamplingMode samplingMode
) const
-

Checks if a WirelessTypes::SamplingMode is supported by this Node.

Parameters
samplingMode
WirelessTypes::SamplingMode

The WirelessTypes::SamplingMode to check if supported.

Returns

true if the sampling mode is supported, false otherwise.

-
- -
-
supportsSampleRate
-
virtual bool supportsSampleRate(
WirelessTypes::WirelessSampleRate sampleRate,
WirelessTypes::SamplingMode samplingMode,
WirelessTypes::DataCollectionMethod dataCollectionMethod,
WirelessTypes::DataMode dataMode
) const
-

Checks if a sample rate is supported by the Node for the given WirelessTypes::SamplingMode.

Parameters
sampleRate
WirelessTypes::WirelessSampleRate

The WirelessTypes::WirelessSampleRate to check if supported.

samplingMode
WirelessTypes::SamplingMode

The WirelessTypes::SamplingMode to check if the sample rate is supported for.

dataCollectionMethod
WirelessTypes::DataCollectionMethod

The <WirelessTypes::DataCollectionMethod dataCollectionMethod> to check if the sample rate is supported for.

dataMode
WirelessTypes::DataMode

The WirelessTypes::DataMode to check if the sample rate is supported for

Returns

true if the sample rate is supported for the given sampling mode, false otherwise.

-
- -
-
supportsCommunicationProtocol
-
virtual bool supportsCommunicationProtocol(
WirelessTypes::CommProtocol protocol
) const
-

Checks if a WirelessTypes::CommProtocol is supported by this Node.

Parameters
protocol
WirelessTypes::CommProtocol

The WirelessTypes::CommProtocol to check if supported.

Returns

true if the protocol is supported, false otherwise.

-
- -
-
supportsDataFormat
-
virtual bool supportsDataFormat(
WirelessTypes::DataFormat dataFormat
) const
-

Checks if a WirelessTypes::DataFormat is supported by this Node.

Parameters
dataFormat
WirelessTypes::DataFormat

The WirelessTypes::DataFormat to check if supported.

Returns

true if the data format is supported, false otherwise.

-
- -
-
supportsDefaultMode
-
virtual bool supportsDefaultMode(
WirelessTypes::DefaultMode mode
) const
-

Checks if a WirelessTypes::DefaultMode is supported by this Node.

Parameters
mode
WirelessTypes::DefaultMode

The WirelessTypes::DefaultMode to check if supported.

Returns

true if the default is supported, false otherwise.

-
- -
-
supportsDataCollectionMethod
-
virtual bool supportsDataCollectionMethod(
WirelessTypes::DataCollectionMethod collectionMethod
) const
-

Checks if a WirelessTypes::DataCollectionMethod is supported by this Node.

Parameters
collectionMethod
WirelessTypes::DataCollectionMethod

The WirelessTypes::DataCollectionMethod to check if supported.

Returns

true if the data collection method is supported, false otherwise.

-
- -
-
supportsTransmitPower
-
virtual bool supportsTransmitPower(
WirelessTypes::TransmitPower power,
WirelessTypes::CommProtocol commProtocol
) const
-

Checks if a WirelessTypes::TransmitPower is supported by this Node.

Parameters
power
WirelessTypes::TransmitPower

The WirelessTypes::TransmitPower to check if supported.

commProtocol
WirelessTypes::CommProtocol

The WirelessTypes::CommProtocol to check if the power is supported in.

Returns

true if the transmit power is supported, false otherwise.

-
- -
-
supportsDataMode
-
virtual bool supportsDataMode(
WirelessTypes::DataMode dataMode
) const
-

Checks if a WirelessTypes::DataMode is supported by this Node.

Parameters
power

The WirelessTypes::DataMode to check if supported.

Returns

true if the data mode is supported, false otherwise.

-
- -
-
supportsTransducerType
-
virtual bool supportsTransducerType(
WirelessTypes::TransducerType transducerType
) const
-

Checks if a WirelessTypes::TransducerType is supported by this Node.

Parameters transducerType - The WirelessTypes::TransducerType to check if supported.

Returns

true if the transducer type is supported, false otherwise.

-
- -
-
supportsFatigueMode
-
virtual bool supportsFatigueMode(
WirelessTypes::FatigueMode mode
) const
-

Checks if a WirelessTypes::FatigueMode is supported by this Node.

Parameters
mode
WirelessTypes::FatigueMode

The WirelessTypes::FatigueMode to check if supported.

Returns

true if the fatigue mode is supported, false otherwise.

-
- -
-
supportsInputRange
-
virtual bool supportsInputRange(
WirelessTypes::InputRange range,
const ChannelMask &channels
) const
-

Checks if a WirelessTypes::InputRange is supported by this Node for the given ChannelMask.

Parameters
range
WirelessTypes::InputRange

The WirelessTypes::InputRange to check if supported.

channels
const ChannelMask&

The ChannelMask to check for.

Returns

true if the input range is supported, false if it is not.

-
- -
-
supportsInputRange
-
virtual bool supportsInputRange(
WirelessTypes::InputRange range,
const ChannelMask &channels,
WirelessTypes::Voltage excitationVoltage
) const
-

Checks if a WirelessTypes::InputRange is supported by this Node for the given ChannelMask.

Parameters
range
WirelessTypes::InputRange

The WirelessTypes::InputRange to check if supported.

channels
const ChannelMask&

The ChannelMask to check for.

excitationVoltage
WirelessTypes::Voltage

The Excitation WirelessTypes::Voltage to check for.

Returns

true if the input range is supported, false if it is not.

-
- -
-
supportsCentisecondEventDuration
-
virtual bool supportsCentisecondEventDuration() const
-

Checks if the Node configures event duration in 10s of milliseconds or not.

Returns

true if the Node uses 10s of milliseconds for event duration, false if it uses seconds for event duration.

-
- -
-
supportsGetDiagnosticInfo
-
virtual bool supportsGetDiagnosticInfo() const
-

Checks if the Node supports the Get Diagnostic Info command.

Returns

true if the Get Diagnostic Info command is supported, false if it is not.

-
- -
-
supportsNonSyncLogWithTimestamps
-
virtual bool supportsNonSyncLogWithTimestamps() const
-

Checks if the Node supports the version of Non-Sync Sampling that will add timestamps when logging.  If the Node does not support this, when downloading logged data from the Node, no timestamp information will be given.

Returns

true if the Node supports Non-Sync logging with timestamps.

-
- -
-
supportsDerivedCategory
-
virtual bool supportsDerivedCategory(
WirelessTypes::DerivedCategory category
) const
-

Checks if the Node supports a specific WirelessTypes::DerivedCategory.

Parameters
derivedChannelOption

The <WirelessTypes::DerivedChannelOption> to check if it is supported.

Returns

true if the specific derived channel is supported, false otherwise.

-
- -
-
supportsRawDataMode
-
virtual bool supportsRawDataMode() const
-

Checks if the Node supports any form of the Raw Data Mode (raw only, raw + derived, etc).

Returns

true if the Node supports any form of the Raw Data Mode.

-
- -
-
supportsDerivedDataMode
-
virtual bool supportsDerivedDataMode() const
-

Checks if the Node supports any form of the Derived Data Mode (derived only, raw + derived, etc).

Returns

true if the Node supports any form of the Derived Data Mode.

-
- -
-
supportsDerivedVelocityUnitConfig
-
virtual bool supportsDerivedVelocityUnitConfig() const
-

Checks if the Node supports configuration of the Derived Velocity Unit.

Returns

true if the Node supports configuration of the Derived Velocity unit, false otherwise.

-
- -
-
supportsExcitationVoltageConfig
-
virtual bool supportsExcitationVoltageConfig() const
-

Checks if the Node supports configuration of its Excitation Voltage.

Returns

true if the Node supports configuration of its Excitation Voltage, false otherwise.

-
- -
-
supportsLowBatteryThresholdConfig
-
virtual bool supportsLowBatteryThresholdConfig() const
-

Checks if the Node supports configuration of its low battery threshold.

Returns

true if the Node supports configuration of its low battery threshold, false otherwise.

-
- -
-
maxSampleRate
-
virtual WirelessTypes::WirelessSampleRate maxSampleRate(
WirelessTypes::SamplingMode samplingMode,
const ChannelMask &channels,
WirelessTypes::DataCollectionMethod dataCollectionMethod,
WirelessTypes::DataMode dataMode
) const
-

Gets the maximum SampleRate value that is supported by this Node with the given <SamplingMode>, ChannelMask, and WirelessTypes::DataCollectionMethod.

Parameters
samplingMode
WirelessTypes::SamplingMode

The WirelessTypes::SamplingMode to check the max sample rate for.

channels
const ChannelMask&

The ChannelMask to check the max sample rate for.

dataCollectionMethod
WirelessTypes::DataCollectionMethod

The WirelessTypes::DataCollectionMethod to check the max sample rate for.

dataMode
WirelessTypes::DataMode

The WirelessTypes::DataMode to check the max sample rate for.

Returns

The max WirelessTypes::WirelessSampleRate that is supported by this Node with the given WirelessTypes::SamplingMode and ChannelMask.

Exceptions
-
- -
-
maxSampleRateForSettlingTime
-
virtual WirelessTypes::WirelessSampleRate maxSampleRateForSettlingTime(
WirelessTypes::SettlingTime filterSettlingTime,
WirelessTypes::SamplingMode samplingMode,
WirelessTypes::DataCollectionMethod dataCollectionMethod,
WirelessTypes::DataMode dataMode
) const
-

Gets the maximum SampleRate value that is supported by this Node with the given WirelessTypes::SettlingTime.

Parameters
filterSettlingTime
WirelessTypes::SettlingTime

The WirelessTypes::SettlingTime to check the max sample rate for.

samplingMode
WirelessTypes::SamplingMode

The WirelessTypes::SamplingMode that the Node will be in for determining sample rates.

dataCollectionMethod
WirelessTypes::DataCollectionMethod

The WirelessTypes::DataCollectionMethod that the Node will be set for in determining sample rates.

dataMode
WirelessTypes::DataMode

The WirelessTypes::DataMode that the Node will be set for in determining sampling rates.

Returns

The max WirelessTypes::WirelessSampleRate that is supported by this Node with the given WirelessTypes::SettlingTime.

Exceptions
-
- -
-
maxSampleRateForLowPassFilter
-
virtual WirelessTypes::WirelessSampleRate maxSampleRateForLowPassFilter(
WirelessTypes::Filter lowPassFilter,
WirelessTypes::SamplingMode samplingMode,
WirelessTypes::DataCollectionMethod dataCollectionMethod,
WirelessTypes::DataMode dataMode,
const ChannelMask &channels
) const
-

Gets the maximum SampleRate value that is supported by this Node with the given Low Pass Filter.

Parameters
lowPassFilter
WirelessTypes::Filter

The WirelessTypes::Filter to check the max sample rate for.

samplingMode
WirelessTypes::SamplingMode

The WirelessTypes::SamplingMode that the Node will be in for determining sample rates.

dataCollectionMethod
WirelessTypes::DataCollectionMethod

The WirelessTypes::DataCollectionMethod that the Node will be set for in determining sample rates.

dataMode
WirelessTypes::DataMode

The WirelessTypes::DataMode that the Node will be set for in determining sampling rates.

channels
const ChannelMask&

A ChannelMask representing the active raw channels.

Returns

The max WirelessTypes::WirelessSampleRate that is supported by this Node with the given WirelessTypes::SettlingTime.

Exceptions

  • Error_NotSupported: The Low Pass Filter feature is not supported by this Node, or an invalid filter was used.

-
- -
-
maxFilterSettlingTime
-
virtual WirelessTypes::SettlingTime maxFilterSettlingTime(
const SampleRate &rate
) const
-

Gets the maximum WirelessTypes::SettlingTime available for the given SampleRate.

Parameters
rate
const SampleRate&

The SampleRate to check the max filter settling time for.

Returns

The max WirelessTypes::SettlingTime available.

Exceptions
-
- -
-
minInactivityTimeout
-
virtual uint16 minInactivityTimeout() const
-

Gets the minimum inactivity timeout (in seconds) that is supported.

Returns

The min inactivity timeout in seconds.

-
- -
-
minLostBeaconTimeout
-
virtual uint16 minLostBeaconTimeout() const
-

Gets the minimum lost beacon timeout (in minutes) that is supported.  Note: A value of 0 disable the lost beacon timeout.

Returns

The min lost beacon timeout in minutes.

-
- -
-
maxLostBeaconTimeout
-
virtual uint16 maxLostBeaconTimeout() const
-

Gets the maximum lost beacon timeout (in minutes) that is supported.

Returns

The max lost beacon timeout in minutes.

-
- -
-
minCheckRadioInterval
-
virtual uint8 minCheckRadioInterval() const
-

Gets the minimum check radio interval (in seconds) that is supported.

Returns

The min check radio interval in seconds.

-
- -
-
maxCheckRadioInterval
-
virtual uint8 maxCheckRadioInterval() const
-

Gets the maximum check radio interval (in seconds) that is supported.

Returns

The maximum check radio interval in seconds.

-
- -
-
minSweeps
-
virtual uint32 minSweeps() const
-

Gets the minimum number of sweeps that can be assigned for the duration of a continuous sampling session.

Returns

The minimum number of sweeps for a sampling session.

-
- -
-
maxSweeps
-
virtual uint32 maxSweeps(
WirelessTypes::SamplingMode samplingMode,
WirelessTypes::DataMode dataMode,
WirelessTypes::DataFormat dataFormat,
const ChannelMask &channels
) const
-

Gets the maximum number of sweeps that can be assigned for a given WirelessTypes::SamplingMode.  This is the duration of each burst if in Burst Sync Sampling mode, or the total duration of sampling in other sampling modes.

Parameters
samplingMode
WirelessTypes::SamplingMode

The WirelessTypes::SamplingMode of the sampling session.

dataMode
WirelessTypes::DataMode

The WirelessTypes::DataMode of the sampling session.

dataFormat
WirelessTypes::DataFormat

The WirelessTypes::DataFormat of the sampling session.

channels
const ChannelMask&

The ChannelMask of the raw channels for the sampling session.

Returns

The maximum number of sweeps, or sweeps per burst, for a sampling session.

-
- -
-
maxSweepsPerBurst
-
virtual uint32 maxSweepsPerBurst(
WirelessTypes::DataMode dataMode,
WirelessTypes::DataFormat dataFormat,
const ChannelMask &channels
) const
-

Gets the maximum number of sweeps per burst that can be assigned for a Burst Sync Sampling session.

Parameters
dataMode
WirelessTypes::DataMode

The WirelessTypes::DataMode of the sampling session.

dataFormat
WirelessTypes::DataFormat

The WirelessTypes::DataFormat of the sampling session.

channels
const ChannelMask&

The ChannelMask of the raw channels for the sampling session.

Returns

The maximum number of sweeps per burst for a Burst Sync Sampling session.

-
- -
-
minTimeBetweenBursts
-
virtual TimeSpan minTimeBetweenBursts(
WirelessTypes::DataMode dataMode,
WirelessTypes::DataFormat dataFormat,
const ChannelMask &rawChannels,
WirelessTypes::DerivedChannelMasks derivedChannelMasks,
const SampleRate &rawSampleRate,
uint32 sweepsPerBurst,
WirelessTypes::CommProtocol commProtocol
) const
-

Gets the minimum time that can be assigned for a Burst Sync Sampling session.

Parameters
dataMode
WirelessTypes::DataMode

The WirelessTypes::DataMode of the sampling session.

dataFormat
WirelessTypes::DataFormat

The WirelessTypes::DataFormat of the sampling session.

rawChannels
const ChannelMask&

The ChannelMask representing active raw channels for the sampling session.

derivedChannelMasks
WirelessTypes::DerivedChannelMasks

The WirelessTypes::DerivedChannelMasks containing ALL enabled derived channels for the sampling session.

rawSampleRate
const SampleRate&

The SampleRate of the raw channels for the sampling session.

sweepsPerBurst
uint32

The number of sweeps per burst for the sampling session.

commProtocol
WirelessTypes::CommProtocol

The WirelessTypes::CommProtocol that the Node will use for sampling.

Returns

A TimeSpan representing the minimum time that can be assigned for a Burst Sync Sampling session.

-
- -
-
minSensorDelay
-
virtual const uint32 minSensorDelay() const
-

Gets the minimum sensor delay value (in microseconds) that is supported.

Returns

The minimum sensor delay value, in microseconds.

Exceptions
-
- -
-
maxSensorDelay
-
virtual const uint32 maxSensorDelay() const
-

Gets the maximum sensor delay value (in microseconds) that is supported.

Returns

The maximum sensor delay value, in microseconds.

Exceptions
-
- -
-
defaultSensorDelay
-
virtual const uint32 defaultSensorDelay() const
-

Gets the default sensor delay value (in microseconds) that is supported.

Returns

The default sensor delay value, in microseconds.

Exceptions
-
- -
-
maxEventTriggerTotalDuration
-
virtual uint32 maxEventTriggerTotalDuration(
WirelessTypes::DataMode dataMode,
WirelessTypes::DataFormat dataFormat,
const ChannelMask &rawChannels,
WirelessTypes::DerivedChannelMasks derivedChannelMasks,
const SampleRate &rawSampleRate,
const SampleRate &derivedDataRate
) const
-

Gets the max event trigger duration (in milliseconds) that can be applied for both the pre and post event durations (combined).

Parameters
dataMode
WirelessTypes::DataMode

The WirelessTypes::DataMode of the sampling session.

dataFormat
WirelessTypes::DataFormat

The WirelessTypes::DataFormat of the sampling session.

rawChannels
const ChannelMask&

The ChannelMask representing active raw channels for the sampling session.

derivedChannelMasks
WirelessTypes::DerivedChannelMasks

The WirelessTypes::DerivedChannelMasks containing ALL enabled derived channels for the sampling session.

rawSampleRate
const SampleRate&

The raw SampleRate for the sampling session.

derivedSampleRate

The SampleRate representing the derived data rate for the sampling session.

Returns

The max event trigger total duration, in milliseconds.

-
- -
-
normalizeEventDuration
-
virtual uint32 normalizeEventDuration(
uint32 duration
) const
-

Normalizes the Event Trigger duration so that it is an acceptable value.

Parameters
duration
uint32

The pre or post duration (in milliseconds) to normalize.

Returns

The normalized event duration (in milliseconds) that can be stored on the Node.

-
- -
-
normalizeSensorDelay
-
virtual uint32 normalizeSensorDelay(
uint32 delay
) const
-

Normalizes the sensor delay so that it is an acceptable value.

Parameters
delay
uint32

The sensor delay (in microseconds) to normalize.

Returns

The normalized sensor delay (in microseconds) that can be stored on the Node.

Exceptions
-
- -
-
numDamageAngles
-
virtual uint8 numDamageAngles() const
-

Gets the number of damage angles (see FatigueOptions) on this Node.

Returns

The number of damage angles on this Node.

-
- -
-
numSnCurveSegments
-
virtual uint8 numSnCurveSegments() const
-

Gets the number of Sn Curve segments (see FatigueOptions) on this Node.

Returns

The number of Sn Curve segments on this Node.

-
- -
-
numEventTriggers
-
virtual uint8 numEventTriggers() const
-

Gets the number of supported event triggers on this Node.

Returns

The number of event triggers on this Node (0 if event sampling is not supported).

-
- -
-
defaultModes
-
virtual const WirelessTypes::DefaultModes defaultModes() const
-

Gets a list of the WirelessTypes::DefaultModes that are supported by this Node.

Returns

A vector of WirelessTypes::DefaultModes that are supported by this Node.

-
- -
-
dataCollectionMethods
-
virtual const WirelessTypes::DataCollectionMethods dataCollectionMethods() const
-

Gets a list of the WirelessTypes::DataCollectionMethods that are supported by this Node.

Returns

A vector of WirelessTypes::DataCollectionMethods that are supported by this Node.

-
- -
-
dataFormats
-
virtual const WirelessTypes::DataFormats dataFormats() const
-

Gets a list of the WirelessTypes::DataFormats that are supported by this Node.

Returns

A vector of WirelessTypes::DataFormats that are supported by this Node.

-
- -
-
samplingModes
-
virtual const WirelessTypes::SamplingModes samplingModes() const
-

Gets a list of the WirelessTypes::SamplingModes that are supported by this Node.

Returns

A vector of WirelessTypes::SamplingModes that are supported by this Node.

-
- -
-
sampleRates
-
virtual const WirelessTypes::WirelessSampleRates sampleRates(
WirelessTypes::SamplingMode samplingMode,
WirelessTypes::DataCollectionMethod dataCollectionMethod,
WirelessTypes::DataMode dataMode
) const
-

Gets a list of the WirelessTypes::WirelessSampleRates that are supported by this Node for the given sampling mode.

Parameters
samplingMode
WirelessTypes::SamplingMode

The WirelessTypes::SamplingMode to get the sample rates for.

dataCollectionMethod
WirelessTypes::DataCollectionMethod

The WirelessTypes::DataCollectionMethod to get the sample rates for.

dataMode
WirelessTypes::DataMode

The WirelessTypes::DataMode to get the sample rates for.

Returns

A vector of WirelessTypes::WirelessSampleRates that are supported by this Node for the given sampling mode and data collection method.

Exceptions
-
- -
-
derivedDataRates
-
virtual const WirelessTypes::WirelessSampleRates derivedDataRates() const
-

Gets a list of the WirelessTypes::WirelessSampleRates that are supported by this Node for Derived Channels.  These are the rates that the Derived Data will be calculated/sent. The standard sampleRates still apply in derived mode and control the sample rate of the raw channels used in the derived data calculations.

Returns

A vector of WirelessTypes::WirelessSampleRates that are supported by this Node for Derived Channels.

-
- -
-
transmitPowers
-
virtual const WirelessTypes::TransmitPowers transmitPowers(
WirelessTypes::CommProtocol commProtocol
) const
-

Gets a list of the WirelessTypes::TransmitPowers that are supported by this Node, for the given WirelessTypes::CommProtocol.  Note: This list is dependent on the WirelessTypes::RegionCode of the device. If this changes, this function should be called again.

Parameters
commProtocol
WirelessTypes::CommProtocol

The WirelessTypes::CommProtocol to get the transmit powers for.

Returns

A vector of WirelessTypes::TransmitPowers that are supported by this Node.

-
- -
-
transmitPowers
-
virtual const WirelessTypes::TransmitPowers transmitPowers(
WirelessTypes::RegionCode region,
WirelessTypes::CommProtocol commProtocol
) const
-

Gets a list of the WirelessTypes::TransmitPowers that are supported by this Node, for the given WirelessTypes::RegionCode and WirelessTypes::CommProtocol.

Parameters
region
WirelessTypes::RegionCode

The WirelessTypes::RegionCode to get the transmit powers for.

commProtocol
WirelessTypes::CommProtocol

The WirelessTypes::CommProtocol to get the transmit powers for.

Returns

A vector of WirelessTypes::TransmitPowers that are supported by this Node.

-
- -
-
commProtocols
-
virtual const WirelessTypes::CommProtocols commProtocols() const
-

Gets a list of WirelessTypes::CommProtocols that are supported by this Node.

Returns

A vector of WirelessTypes::CommProtocols that are supported by this Node.

-
- -
-
sensorOutputModes
-
virtual const WirelessTypes::SensorOutputModes sensorOutputModes() const
-

Gets a list of WirelessTypes::SensorOutputModes that are supported by this Node.

Returns

A vector of WirelessTypes::SensorOutputModes that are supported by this Node.

-
- -
-
cfcFilters
-
virtual const WirelessTypes::CfcFilters cfcFilters() const
-

Gets a list of WirelessTypes::ChannelFrequencyClass options that are supportedby this Node.

Returns

A vector of WirelessTypes::ChannelFrequencyClass options that are supported by this Node.

-
- -
-
histogramTransmitRates
-
virtual const WirelessTypes::WirelessSampleRates histogramTransmitRates() const
-

Gets a list of the Histogram Transmit Rates that are supported by this Node.

Returns

A vector of WirelessTypes::WirelessSampleRates representing the Histogram Transmit Rates that are supported by this Node.

-
- -
-
fatigueModes
-
virtual const WirelessTypes::FatigueModes fatigueModes() const
-

Gets a list of the WirelessTypes::FatigueModes that are supported by this Node.

Returns

A vector of WirelessTypes::FatigueModes supported by the Node.

-
- -
-
antiAliasingFilters
-
virtual const WirelessTypes::Filters antiAliasingFilters() const
-

Gets a list of the Anti-Aliasing WirelessTypes::Filters that are supported by this Node.

Returns

A vector of Anti-Aliasing WirelessTypes::Filters supported by the Node.

-
- -
-
lowPassFilters
-
virtual const WirelessTypes::Filters lowPassFilters() const
-

Gets a list of the Low-Pass WirelessTypes::Filters that are supported by this Node.

Returns

A vector of Low-Pass WirelessTypes::Filters supported by the Node.

-
- -
-
highPassFilters
-
virtual const WirelessTypes::HighPassFilters highPassFilters() const
-

Gets a list of the High-Pass WirelessTypes::Filters that are supported by this Node.

Returns

A vector of <WirelesTypes::HighPassFilters> supported by the Node.

-
- -
-
storageLimitModes
-
virtual const WirelessTypes::StorageLimitModes storageLimitModes() const
-

Gets a list of the WirelessTypes::StorageLimitModes that are supported by this Node.

Returns

A vector of WirelessTypes::StorageLimitModes supported by the Node.

-
- -
-
inputRanges
-
virtual const InputRanges inputRanges(
const ChannelMask &channels
) const
-

Gets a list of InputRanges that are supported by this Node for the specified channel mask.

Parameters
channels
const ChannelMask&

The ChannelMask of the channel group to get the supported input ranges for.

Returns

A vector of InputRanges that are supported by this Node.

-
- -
-
inputRanges
-
virtual const InputRanges inputRanges(
const ChannelMask &channels,
WirelessTypes::Voltage excitationVoltage
) const
-

Gets a list of WirelessTypes::InputRanges that are supported by this Node for the specified channel mask, for the given Excitation WirelessTypes::Voltage.

Parameters
channels
const ChannelMask&

The ChannelMask of the channel group to get the supported input ranges for.

excitationVoltage
WirelessTypes::Voltage

The Excitation WirelessTypes::Voltage to get the input ranges for.

Returns

A vector of InputRanges that are supported by this Node.

-
- -
-
dataModes
-
virtual const WirelessTypes::DataModes dataModes() const
-

Gets a list of WirelessTypes::DataModes that are supported by this Node.

Returns

A vector of WirelessTypes::DataModes supported by the Node.

-
- -
-
transducerTypes
-
virtual const WirelessTypes::TransducerTypes transducerTypes() const
-

Gets a list of WirelessTypes::TransducerTypes that are supported by this Node.

Returns

A vector of WirelessTypes::TransducerTypes supported by the Node.

-
- -
-
channelsPerDerivedCategory
-
virtual const WirelessTypes::DerivedChannelMasks channelsPerDerivedCategory() const
-

Gets a map of WirelessTypes::DerivedCategory to ChannelMasks that are supported by this Node.  The ChannelMask indicates the raw channels that are available for the derived category.

Returns

A WirelessTypes::DerivedChannelMasks map of WirelessTypes::DerivedCategory to supported ChannelMasks.

-
- -
-
excitationVoltages
-
virtual const WirelessTypes::Voltages excitationVoltages() const
-

Gets a list of WirelessTypes::Voltages that are supported by the Node for configuration.

Returns

A vector of WirelessTypes::Voltages supported by the Node for configuration

-
- -
-
adcVoltageInputType
-
virtual const WirelessTypes::VoltageType adcVoltageInputType() const
-

Gets the input voltage type of the ADC for this node.

Returns

The WirelessTypes::VoltageType that represents the structure of the node's ADC.

-
- -
-
maxTransmitPower
-
virtual WirelessTypes::TransmitPower maxTransmitPower(
WirelessTypes::RegionCode region,
WirelessTypes::CommProtocol commProtocol
) const
-

Gets the maximum WirelessTypes::TransmitPower that is supported for the given parameters.

Parameters
region
WirelessTypes::RegionCode

The WirelessTypes::RegionCode of the device.

commProtocol
WirelessTypes::CommProtocol

The WirelessTypes::CommProtocol of the device.

Returns

The max WirelessTypes::TransmitPower that is suppported for the given parameters.

-
- -
-
maxTransmitPower
-
virtual WirelessTypes::TransmitPower maxTransmitPower(
WirelessTypes::CommProtocol commProtocol
) const
-

Gets the maximum WirelessTypes::TransmitPower that is supported for the given parameters, using the Node's current region code.

Parameters
commProtocol
WirelessTypes::CommProtocol

The WirelessTypes::CommProtocol of the device.

Returns

The max WirelessTypes::TransmitPower that is suppported for the given parameters, and the Node's current region code.

-
- -
-
minTransmitPower
-
virtual WirelessTypes::TransmitPower minTransmitPower(
WirelessTypes::RegionCode region,
WirelessTypes::CommProtocol commProtocol
) const
-

Gets the minimum WirelessTypes::TransmitPower that is supported for the given parameters.

Parameters
region
WirelessTypes::RegionCode

The WirelessTypes::RegionCode of the device.

commProtocol
WirelessTypes::CommProtocol

The WirelessTypes::CommProtocol of the device.

Returns

The min WirelessTypes::TransmitPower that is suppported for the given parameters.

-
- -
-
minTransmitPower
-
virtual WirelessTypes::TransmitPower minTransmitPower(
WirelessTypes::CommProtocol commProtocol
) const
-

Gets the minimum WirelessTypes::TransmitPower that is supported for the given parameters, using the Node's current region code.

Parameters
commProtocol
WirelessTypes::CommProtocol

The WirelessTypes::CommProtocol of the device.

Returns

The min WirelessTypes::TransmitPower that is suppported for the given parameters, and the Node's current region code.

-
- -
-
supportsNewTransmitPowers
-
virtual bool supportsNewTransmitPowers() const
-

Checks if the Node supports the new transmit powers (true), or the old ones (false).

-
- -
-
supportsAutoBalance2
-
virtual bool supportsAutoBalance2() const
-

Checks if the Node supports the AutoBalance (Version 2) command.

-
- -
-
supportsSleepIntervalSeconds
-
virtual bool supportsSleepIntervalSeconds() const
-

Checks if the Node supports a sleep interval eeprom directly in seconds.

-
- -
-
supportsEepromCommitViaRadioReset
-
virtual bool supportsEepromCommitViaRadioReset() const
-

Checks if eeprom changes can be committed by only cycling the radio, instead of cycling power.

-
- -
-
supportsFlashId
-
virtual bool supportsFlashId() const
-

Checks if the Node supports the Flash ID eeprom.

-
- -
-
supportsStorageLimitModeConfig
-
virtual bool supportsStorageLimitModeConfig() const
-

Checks if the Node supports configuring storage limit mode.

-
- -
-
datalogDownloadVersion
-
virtual uint8 datalogDownloadVersion() const
-

Gets the version of datalogging download to use.

-
- -
-
sensorDelayVersion
-
virtual WirelessTypes::DelayVersion sensorDelayVersion() const
-

Gets the version of sensor delay that the Node supports.

-
- -
-
usesLegacySensorDelayAlwaysOn
-
virtual bool usesLegacySensorDelayAlwaysOn() const
-

Checks if the Node uses the legacy value of 10,000 for always on (true) or the new value of 65,535 for always on (false).

-
- -
-
usesFloatEventTriggerVal
-
virtual bool usesFloatEventTriggerVal() const
-

Checks if the Node uses floating point for event trigger values.  Older nodes used uint16 (bits).

-
- -
-
onlySupportsRawDataMode
-
virtual bool onlySupportsRawDataMode() const
-

Checks if the raw data mode is the only data mode supported.

-
- -
-
supportsDataModeEeprom
-
virtual bool supportsDataModeEeprom() const
-

Checks if the Data Mode eeprom location is supported.

-
- -
-
supportsCommProtocolEeprom
-
virtual bool supportsCommProtocolEeprom() const
-

Checks if the Communication Protocol eeprom location is supported.

-
- -
-
supportsEeprom1024AndAbove
-
virtual bool supportsEeprom1024AndAbove() const
-

Checks if the Node supports reading eeprom location 1024 and above.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_200series-Summary.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_200series-Summary.js deleted file mode 100644 index 85e47535b..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_200series-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:NodeFeatures_200series","NodeFeatures_200series");NDSummary.OnSummaryLoaded("CClass:NodeFeatures_200series",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[7021,0,0,"NodeFeatures_200series"],[7022,0,2,"Functions","Functions"],[7023,0,1,"NodeFeatures_200series","NodeFeatures_200series"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_200series-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_200series-SummaryToolTips.js deleted file mode 100644 index ec165af1e..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_200series-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:NodeFeatures_200series",{7021:"
NodeFeatures_200series
Contains information on which features are supported by a 200-series WirelessNode.  Inherits from NodeFeatures.
",7023:"
NodeFeatures_200series(
const NodeInfo &info
)
Creates a NodeFeatures_200series object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_200series-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_200series-ToolTips.js deleted file mode 100644 index 9d35b8889..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_200series-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6858:"
Holds information (read from eeprom) about a WirelessNode.
",7396:"
NodeFeatures
Contains information on which features are supported by a WirelessNode.
",7905:"
WirelessNode
A class representing a MicroStrain wireless node
",6877:"
NodeFeatures_vlink200
Contains information on features for the V-Link2 node. Inherits from NodeFeatures.
",6886:"
NodeFeatures_torqueLink200_3ch
Contains information on features for the Torque-Link-200-3ch nodes. Inherits from NodeFeatures.
",6889:"
NodeFeatures_torqueLink200
Contains information on features for the Torque-Link-200 nodes. Inherits from NodeFeatures.
",6901:"
NodeFeatures_tclink200oem
Contains information on features for the TC-Link 1CH Node.
",6904:"
NodeFeatures_tclink200
Contains information on features for the TC-Link 1CH Node.
",6910:"
NodeFeatures_shmlink210
Contains information on features for the SHM-Link 2 node.
",6913:"
NodeFeatures_shmlink201FullBridge
Contains information on features for the SHM-Link-201 Full Bridge node.
",6914:"
NodeFeatures_shmlink201
Contains information on features for the SHM-Link 2 node.
",6920:"
NodeFeatures_shmlink200
Contains information on features for the SHM-Link 200 node.
",6970:"
NodeFeatures_sglink200oem
Contains information on features for the SG-Link-200-OEM nodes. Inherits from NodeFeatures.
",6973:"
NodeFeatures_sglink200
Contains information on features for the SG-Link-200 nodes. Inherits from NodeFeatures.
",6979:"
NodeFeatures_rtdlink200
Contains information on features for the RTD-Link-200 Node.
",6985:"
NodeFeatures_ptlink200
Contains information on features for the PT-Link-200 nodes. Inherits from NodeFeatures.
",6997:"
NodeFeatures_glink200r
Contains information on features for the G-Link-200-R.
",7000:"
NodeFeatures_glink200
Contains information on features for the G-Link 200 node.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_200series.html b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_200series.html deleted file mode 100644 index b11ecebcf..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_200series.html +++ /dev/null @@ -1,27 +0,0 @@ - - -NodeFeatures_200series - - - - - - - -
-
NodeFeatures_200series
- -

Contains information on which features are supported by a 200-series WirelessNode.  Inherits from NodeFeatures.

-
- -
-
Functions
-
- -
-
NodeFeatures_200series
-
NodeFeatures_200series(
const NodeInfo &info
)
-

Creates a NodeFeatures_200series object.

Parameters
info
const NodeInfo&

A NodeInfo object representing standard information of the WirelessNode.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_dvrtlink-Summary.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_dvrtlink-Summary.js deleted file mode 100644 index 55c414759..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_dvrtlink-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:NodeFeatures_dvrtlink","NodeFeatures_dvrtlink");NDSummary.OnSummaryLoaded("CClass:NodeFeatures_dvrtlink",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[7015,0,0,"NodeFeatures_dvrtlink"],[7016,0,2,"Functions","Functions"],[7017,0,1,"NodeFeatures_dvrtlink","NodeFeatures_dvrtlink"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_dvrtlink-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_dvrtlink-SummaryToolTips.js deleted file mode 100644 index f21f5a013..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_dvrtlink-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:NodeFeatures_dvrtlink",{7015:"
NodeFeatures_dvrtlink
Contains information on features for the DVRT-Link node. Inherits from NodeFeatures.
",7017:"
NodeFeatures_dvrtlink(
const NodeInfo &info
)
Creates a NodeFeatures_dvrtlink object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_dvrtlink-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_dvrtlink-ToolTips.js deleted file mode 100644 index 1524016a0..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_dvrtlink-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6858:"
Holds information (read from eeprom) about a WirelessNode.
",7396:"
NodeFeatures
Contains information on which features are supported by a WirelessNode.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_dvrtlink.html b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_dvrtlink.html deleted file mode 100644 index 32cf4696b..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_dvrtlink.html +++ /dev/null @@ -1,27 +0,0 @@ - - -NodeFeatures_dvrtlink - - - - - - - -
-
NodeFeatures_dvrtlink
-
public
NodeFeatures
NodeFeatures_dvrtlink
-

Contains information on features for the DVRT-Link node. Inherits from NodeFeatures.

-
- -
-
Functions
-
- -
-
NodeFeatures_dvrtlink
-
NodeFeatures_dvrtlink(
const NodeInfo &info
)
-

Creates a NodeFeatures_dvrtlink object.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_envlinkMini-Summary.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_envlinkMini-Summary.js deleted file mode 100644 index 0b9b3bbc1..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_envlinkMini-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:NodeFeatures_envlinkMini","NodeFeatures_envlinkMini");NDSummary.OnSummaryLoaded("CClass:NodeFeatures_envlinkMini",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[7012,0,0,"NodeFeatures_envlinkMini"],[7013,0,2,"Functions","Functions"],[7014,0,1,"NodeFeatures_envlinkMini","NodeFeatures_envlinkMini"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_envlinkMini-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_envlinkMini-SummaryToolTips.js deleted file mode 100644 index c897775a3..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_envlinkMini-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:NodeFeatures_envlinkMini",{7012:"
NodeFeatures_envlinkMini
Contains information on features for the ENV-Link Mini Node.
",7014:"
NodeFeatures_envlinkMini(
const NodeInfo &info
)
Creates a NodeFeatures_envlinkMini object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_envlinkMini-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_envlinkMini-ToolTips.js deleted file mode 100644 index 1524016a0..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_envlinkMini-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6858:"
Holds information (read from eeprom) about a WirelessNode.
",7396:"
NodeFeatures
Contains information on which features are supported by a WirelessNode.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_envlinkMini.html b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_envlinkMini.html deleted file mode 100644 index 8063ec93f..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_envlinkMini.html +++ /dev/null @@ -1,27 +0,0 @@ - - -NodeFeatures_envlinkMini - - - - - - - -
-
NodeFeatures_envlinkMini
-
public
NodeFeatures
NodeFeatures_envlinkMini
-

Contains information on features for the ENV-Link Mini Node.

-
- -
-
Functions
-
- -
-
NodeFeatures_envlinkMini
-
NodeFeatures_envlinkMini(
const NodeInfo &info
)
-

Creates a NodeFeatures_envlinkMini object.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_envlinkPro-Summary.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_envlinkPro-Summary.js deleted file mode 100644 index 6724c7988..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_envlinkPro-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:NodeFeatures_envlinkPro","NodeFeatures_envlinkPro");NDSummary.OnSummaryLoaded("CClass:NodeFeatures_envlinkPro",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[7006,0,0,"NodeFeatures_envlinkPro"],[7007,0,2,"Functions","Functions"],[7008,0,1,"NodeFeatures_envlinkPro","NodeFeatures_envlinkPro"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_envlinkPro-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_envlinkPro-SummaryToolTips.js deleted file mode 100644 index 7c18696ee..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_envlinkPro-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:NodeFeatures_envlinkPro",{7006:"
NodeFeatures_envlinkPro
Contains information on features for the ENV-Link Pro Node.
",7008:"
NodeFeatures_envlinkPro(
const NodeInfo &info
)
Creates a NodeFeatures_envlinkPro object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_envlinkPro-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_envlinkPro-ToolTips.js deleted file mode 100644 index 1524016a0..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_envlinkPro-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6858:"
Holds information (read from eeprom) about a WirelessNode.
",7396:"
NodeFeatures
Contains information on which features are supported by a WirelessNode.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_envlinkPro.html b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_envlinkPro.html deleted file mode 100644 index fbb049c01..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_envlinkPro.html +++ /dev/null @@ -1,27 +0,0 @@ - - -NodeFeatures_envlinkPro - - - - - - - -
-
NodeFeatures_envlinkPro
-
public
NodeFeatures
NodeFeatures_envlinkPro
-

Contains information on features for the ENV-Link Pro Node.

-
- -
-
Functions
-
- -
-
NodeFeatures_envlinkPro
-
NodeFeatures_envlinkPro(
const NodeInfo &info
)
-

Creates a NodeFeatures_envlinkPro object.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_glink-Summary.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_glink-Summary.js deleted file mode 100644 index 0f3d27c38..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_glink-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:NodeFeatures_glink","NodeFeatures_glink");NDSummary.OnSummaryLoaded("CClass:NodeFeatures_glink",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[7003,0,0,"NodeFeatures_glink"],[7004,0,2,"Functions","Functions"],[7005,0,1,"NodeFeatures_glink","NodeFeatures_glink"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_glink-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_glink-SummaryToolTips.js deleted file mode 100644 index 1aefd1525..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_glink-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:NodeFeatures_glink",{7003:"
NodeFeatures_glink
Contains information on features for the G-Link nodes.
",7005:"
NodeFeatures_glink(
const NodeInfo &info
)
Creates a NodeFeatures_glink object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_glink-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_glink-ToolTips.js deleted file mode 100644 index 1524016a0..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_glink-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6858:"
Holds information (read from eeprom) about a WirelessNode.
",7396:"
NodeFeatures
Contains information on which features are supported by a WirelessNode.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_glink.html b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_glink.html deleted file mode 100644 index 216e7e7f7..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_glink.html +++ /dev/null @@ -1,27 +0,0 @@ - - -NodeFeatures_glink - - - - - - - -
-
NodeFeatures_glink
-
public
NodeFeatures
NodeFeatures_glink
-

Contains information on features for the G-Link nodes.

-
- -
-
Functions
-
- -
-
NodeFeatures_glink
-
NodeFeatures_glink(
const NodeInfo &info
)
-

Creates a NodeFeatures_glink object.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_glink200-Summary.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_glink200-Summary.js deleted file mode 100644 index f8879a681..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_glink200-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:NodeFeatures_glink200","NodeFeatures_glink200");NDSummary.OnSummaryLoaded("CClass:NodeFeatures_glink200",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[7000,0,0,"NodeFeatures_glink200"],[7001,0,2,"Functions","Functions"],[7002,0,1,"NodeFeatures_glink200","NodeFeatures_glink200"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_glink200-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_glink200-SummaryToolTips.js deleted file mode 100644 index 8eeb7a2a2..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_glink200-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:NodeFeatures_glink200",{7000:"
NodeFeatures_glink200
Contains information on features for the G-Link 200 node.
",7002:"
NodeFeatures_glink200(
const NodeInfo &info
)
Creates a NodeFeatures_glink200 object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_glink200-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_glink200-ToolTips.js deleted file mode 100644 index 9a4b5252a..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_glink200-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6858:"
Holds information (read from eeprom) about a WirelessNode.
",7021:"
NodeFeatures_200series
Contains information on which features are supported by a 200-series WirelessNode.  Inherits from NodeFeatures.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_glink200.html b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_glink200.html deleted file mode 100644 index eac09e6c8..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_glink200.html +++ /dev/null @@ -1,27 +0,0 @@ - - -NodeFeatures_glink200 - - - - - - - -
-
NodeFeatures_glink200
-
public
NodeFeatures_200series
NodeFeatures_glink200
-

Contains information on features for the G-Link 200 node.

-
- -
-
Functions
-
- -
-
NodeFeatures_glink200
-
NodeFeatures_glink200(
const NodeInfo &info
)
-

Creates a NodeFeatures_glink200 object.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_glink200r-Summary.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_glink200r-Summary.js deleted file mode 100644 index 5013380c6..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_glink200r-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:NodeFeatures_glink200r","NodeFeatures_glink200r");NDSummary.OnSummaryLoaded("CClass:NodeFeatures_glink200r",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[6997,0,0,"NodeFeatures_glink200r"],[6998,0,2,"Functions","Functions"],[6999,0,1,"NodeFeatures_glink200","NodeFeatures_glink200"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_glink200r-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_glink200r-SummaryToolTips.js deleted file mode 100644 index dd3543687..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_glink200r-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:NodeFeatures_glink200r",{6997:"
NodeFeatures_glink200r
Contains information on features for the G-Link-200-R.
",6999:"
NodeFeatures_glink200r(
const NodeInfo &info
)
Creates a NodeFeatures_glink200 object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_glink200r-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_glink200r-ToolTips.js deleted file mode 100644 index 9a4b5252a..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_glink200r-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6858:"
Holds information (read from eeprom) about a WirelessNode.
",7021:"
NodeFeatures_200series
Contains information on which features are supported by a 200-series WirelessNode.  Inherits from NodeFeatures.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_glink200r.html b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_glink200r.html deleted file mode 100644 index 42db23236..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_glink200r.html +++ /dev/null @@ -1,27 +0,0 @@ - - -NodeFeatures_glink200r - - - - - - - -
-
NodeFeatures_glink200r
-
public
NodeFeatures_200series
NodeFeatures_glink200r
-

Contains information on features for the G-Link-200-R.

-
- -
-
Functions
-
- -
-
NodeFeatures_glink200
-
NodeFeatures_glink200r(
const NodeInfo &info
)
-

Creates a NodeFeatures_glink200 object.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_glink2External-Summary.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_glink2External-Summary.js deleted file mode 100644 index 68a00c150..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_glink2External-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:NodeFeatures_glink2External","NodeFeatures_glink2External");NDSummary.OnSummaryLoaded("CClass:NodeFeatures_glink2External",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[6994,0,0,"NodeFeatures_glink2External"],[6995,0,2,"Functions","Functions"],[6996,0,1,"NodeFeatures_glink2External","NodeFeatures_glink2External"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_glink2External-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_glink2External-SummaryToolTips.js deleted file mode 100644 index 892808c8b..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_glink2External-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:NodeFeatures_glink2External",{6994:"
NodeFeatures_glink2External
Contains information on features for the G-Link 2 (External Accel) nodes.
",6996:"
NodeFeatures_glink2External(
const NodeInfo &info
)
Creates a NodeFeatures_glink2External object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_glink2External-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_glink2External-ToolTips.js deleted file mode 100644 index 1524016a0..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_glink2External-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6858:"
Holds information (read from eeprom) about a WirelessNode.
",7396:"
NodeFeatures
Contains information on which features are supported by a WirelessNode.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_glink2External.html b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_glink2External.html deleted file mode 100644 index f26bbfa54..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_glink2External.html +++ /dev/null @@ -1,27 +0,0 @@ - - -NodeFeatures_glink2External - - - - - - - -
-
NodeFeatures_glink2External
-
public
NodeFeatures
NodeFeatures_glink2External
-

Contains information on features for the G-Link 2 (External Accel) nodes.

-
- -
-
Functions
-
- -
-
NodeFeatures_glink2External
-
NodeFeatures_glink2External(
const NodeInfo &info
)
-

Creates a NodeFeatures_glink2External object.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_glink2Internal-Summary.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_glink2Internal-Summary.js deleted file mode 100644 index 4770654b4..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_glink2Internal-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:NodeFeatures_glink2Internal","NodeFeatures_glink2Internal");NDSummary.OnSummaryLoaded("CClass:NodeFeatures_glink2Internal",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[6991,0,0,"NodeFeatures_glink2Internal"],[6992,0,2,"Functions","Functions"],[6993,0,1,"NodeFeatures_glink2Internal","NodeFeatures_glink2Internal"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_glink2Internal-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_glink2Internal-SummaryToolTips.js deleted file mode 100644 index a8c02bdd6..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_glink2Internal-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:NodeFeatures_glink2Internal",{6991:"
NodeFeatures_glink2Internal
Contains information on features for the G-Link 2 (Internal Accels) nodes.
",6993:"
NodeFeatures_glink2Internal(
const NodeInfo &info
)
Creates a NodeFeatures_glink2Internal object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_glink2Internal-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_glink2Internal-ToolTips.js deleted file mode 100644 index 1524016a0..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_glink2Internal-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6858:"
Holds information (read from eeprom) about a WirelessNode.
",7396:"
NodeFeatures
Contains information on which features are supported by a WirelessNode.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_glink2Internal.html b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_glink2Internal.html deleted file mode 100644 index f4f743102..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_glink2Internal.html +++ /dev/null @@ -1,27 +0,0 @@ - - -NodeFeatures_glink2Internal - - - - - - - -
-
NodeFeatures_glink2Internal
-
public
NodeFeatures
NodeFeatures_glink2Internal
-

Contains information on features for the G-Link 2 (Internal Accels) nodes.

-
- -
-
Functions
-
- -
-
NodeFeatures_glink2Internal
-
NodeFeatures_glink2Internal(
const NodeInfo &info
)
-

Creates a NodeFeatures_glink2Internal object.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_iepeLink-Summary.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_iepeLink-Summary.js deleted file mode 100644 index dbb24287e..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_iepeLink-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:NodeFeatures_iepeLink","NodeFeatures_iepeLink");NDSummary.OnSummaryLoaded("CClass:NodeFeatures_iepeLink",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[6988,0,0,"NodeFeatures_iepeLink"],[6989,0,2,"Functions","Functions"],[6990,0,1,"NodeFeatures_iepeLink","NodeFeatures_iepeLink"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_iepeLink-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_iepeLink-SummaryToolTips.js deleted file mode 100644 index 638e9b598..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_iepeLink-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:NodeFeatures_iepeLink",{6988:"
NodeFeatures_iepeLink
Contains information on features for the IEPE-Link.
",6990:"
NodeFeatures_iepeLink(
const NodeInfo &info
)
Creates a NodeFeatures_iepeLink object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_iepeLink-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_iepeLink-ToolTips.js deleted file mode 100644 index 1524016a0..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_iepeLink-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6858:"
Holds information (read from eeprom) about a WirelessNode.
",7396:"
NodeFeatures
Contains information on which features are supported by a WirelessNode.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_iepeLink.html b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_iepeLink.html deleted file mode 100644 index 1e9547ea5..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_iepeLink.html +++ /dev/null @@ -1,27 +0,0 @@ - - -NodeFeatures_iepeLink - - - - - - - -
-
NodeFeatures_iepeLink
-
public
NodeFeatures
NodeFeatures_iepeLink
-

Contains information on features for the IEPE-Link.

-
- -
-
Functions
-
- -
-
NodeFeatures_iepeLink
-
NodeFeatures_iepeLink(
const NodeInfo &info
)
-

Creates a NodeFeatures_iepeLink object.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_ptlink200-Summary.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_ptlink200-Summary.js deleted file mode 100644 index 6e7e2e805..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_ptlink200-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:NodeFeatures_ptlink200","NodeFeatures_ptlink200");NDSummary.OnSummaryLoaded("CClass:NodeFeatures_ptlink200",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[6985,0,0,"NodeFeatures_ptlink200"],[6986,0,2,"Functions","Functions"],[6987,0,1,"NodeFeatures_ptlink200","NodeFeatures_ptlink200"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_ptlink200-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_ptlink200-SummaryToolTips.js deleted file mode 100644 index 7435dd6bf..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_ptlink200-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:NodeFeatures_ptlink200",{6985:"
NodeFeatures_ptlink200
Contains information on features for the PT-Link-200 nodes. Inherits from NodeFeatures.
",6987:"
NodeFeatures_ptlink200(
const NodeInfo &info
)
Creates a NodeFeatures_ptlink200 object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_ptlink200-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_ptlink200-ToolTips.js deleted file mode 100644 index b19f054cf..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_ptlink200-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6858:"
Holds information (read from eeprom) about a WirelessNode.
",7021:"
NodeFeatures_200series
Contains information on which features are supported by a 200-series WirelessNode.  Inherits from NodeFeatures.
",7396:"
NodeFeatures
Contains information on which features are supported by a WirelessNode.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_ptlink200.html b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_ptlink200.html deleted file mode 100644 index bcb2fd766..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_ptlink200.html +++ /dev/null @@ -1,27 +0,0 @@ - - -NodeFeatures_ptlink200 - - - - - - - -
-
NodeFeatures_ptlink200
-
public
NodeFeatures_200series
NodeFeatures_ptlink200
-

Contains information on features for the PT-Link-200 nodes. Inherits from NodeFeatures.

-
- -
-
Functions
-
- -
-
NodeFeatures_ptlink200
-
NodeFeatures_ptlink200(
const NodeInfo &info
)
-

Creates a NodeFeatures_ptlink200 object.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_rtdlink-Summary.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_rtdlink-Summary.js deleted file mode 100644 index 435311b5a..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_rtdlink-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:NodeFeatures_rtdlink","NodeFeatures_rtdlink");NDSummary.OnSummaryLoaded("CClass:NodeFeatures_rtdlink",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[6982,0,0,"NodeFeatures_rtdlink"],[6983,0,2,"Functions","Functions"],[6984,0,1,"NodeFeatures_rtdlink","NodeFeatures_rtdlink"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_rtdlink-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_rtdlink-SummaryToolTips.js deleted file mode 100644 index 2f912bb58..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_rtdlink-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:NodeFeatures_rtdlink",{6982:"
NodeFeatures_rtdlink
Contains information on features for the RTD-Link Node.
",6984:"
NodeFeatures_rtdlink(
const NodeInfo &info
)
Creates a NodeFeatures_rtdlink object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_rtdlink-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_rtdlink-ToolTips.js deleted file mode 100644 index 1524016a0..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_rtdlink-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6858:"
Holds information (read from eeprom) about a WirelessNode.
",7396:"
NodeFeatures
Contains information on which features are supported by a WirelessNode.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_rtdlink.html b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_rtdlink.html deleted file mode 100644 index b86d73454..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_rtdlink.html +++ /dev/null @@ -1,27 +0,0 @@ - - -NodeFeatures_rtdlink - - - - - - - -
-
NodeFeatures_rtdlink
-
public
NodeFeatures
NodeFeatures_rtdlink
-

Contains information on features for the RTD-Link Node.

-
- -
-
Functions
-
- -
-
NodeFeatures_rtdlink
-
NodeFeatures_rtdlink(
const NodeInfo &info
)
-

Creates a NodeFeatures_rtdlink object.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_rtdlink200-Summary.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_rtdlink200-Summary.js deleted file mode 100644 index 8e856a052..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_rtdlink200-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:NodeFeatures_rtdlink200","NodeFeatures_rtdlink200");NDSummary.OnSummaryLoaded("CClass:NodeFeatures_rtdlink200",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[6979,0,0,"NodeFeatures_rtdlink200"],[6980,0,2,"Functions","Functions"],[6981,0,1,"NodeFeatures_rtdlink200","NodeFeatures_rtdlink200"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_rtdlink200-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_rtdlink200-SummaryToolTips.js deleted file mode 100644 index d42d410bc..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_rtdlink200-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:NodeFeatures_rtdlink200",{6979:"
NodeFeatures_rtdlink200
Contains information on features for the RTD-Link-200 Node.
",6981:"
NodeFeatures_rtdlink200(
const NodeInfo &info
)
Creates a NodeFeatures_rtdlink200 object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_rtdlink200-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_rtdlink200-ToolTips.js deleted file mode 100644 index 9a4b5252a..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_rtdlink200-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6858:"
Holds information (read from eeprom) about a WirelessNode.
",7021:"
NodeFeatures_200series
Contains information on which features are supported by a 200-series WirelessNode.  Inherits from NodeFeatures.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_rtdlink200.html b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_rtdlink200.html deleted file mode 100644 index ab7d988d2..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_rtdlink200.html +++ /dev/null @@ -1,27 +0,0 @@ - - -NodeFeatures_rtdlink200 - - - - - - - -
-
NodeFeatures_rtdlink200
-
public
NodeFeatures_200series
NodeFeatures_rtdlink200
-

Contains information on features for the RTD-Link-200 Node.

-
- -
-
Functions
-
- -
-
NodeFeatures_rtdlink200
-
NodeFeatures_rtdlink200(
const NodeInfo &info
)
-

Creates a NodeFeatures_rtdlink200 object.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_sglink-Summary.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_sglink-Summary.js deleted file mode 100644 index 506372d5c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_sglink-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:NodeFeatures_sglink","NodeFeatures_sglink");NDSummary.OnSummaryLoaded("CClass:NodeFeatures_sglink",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[6976,0,0,"NodeFeatures_sglink"],[6977,0,2,"Functions","Functions"],[6978,0,1,"NodeFeatures_sglink","NodeFeatures_sglink"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_sglink-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_sglink-SummaryToolTips.js deleted file mode 100644 index a1eac2f20..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_sglink-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:NodeFeatures_sglink",{6976:"
NodeFeatures_sglink
Contains information on features for the SG-Link node. Inherits from NodeFeatures.
",6978:"
NodeFeatures_sglink(
const NodeInfo &info
)
Creates a NodeFeatures_sglink object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_sglink-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_sglink-ToolTips.js deleted file mode 100644 index 1524016a0..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_sglink-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6858:"
Holds information (read from eeprom) about a WirelessNode.
",7396:"
NodeFeatures
Contains information on which features are supported by a WirelessNode.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_sglink.html b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_sglink.html deleted file mode 100644 index 246142251..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_sglink.html +++ /dev/null @@ -1,27 +0,0 @@ - - -NodeFeatures_sglink - - - - - - - -
-
NodeFeatures_sglink
-
public
NodeFeatures
NodeFeatures_sglink
-

Contains information on features for the SG-Link node. Inherits from NodeFeatures.

-
- -
-
Functions
-
- -
-
NodeFeatures_sglink
-
NodeFeatures_sglink(
const NodeInfo &info
)
-

Creates a NodeFeatures_sglink object.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_sglink200-Summary.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_sglink200-Summary.js deleted file mode 100644 index ccf84ef39..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_sglink200-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:NodeFeatures_sglink200","NodeFeatures_sglink200");NDSummary.OnSummaryLoaded("CClass:NodeFeatures_sglink200",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[6973,0,0,"NodeFeatures_sglink200"],[6974,0,2,"Functions","Functions"],[6975,0,1,"NodeFeatures_sglink200","NodeFeatures_sglink200"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_sglink200-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_sglink200-SummaryToolTips.js deleted file mode 100644 index 5cae88cc3..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_sglink200-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:NodeFeatures_sglink200",{6973:"
NodeFeatures_sglink200
Contains information on features for the SG-Link-200 nodes. Inherits from NodeFeatures.
",6975:"
NodeFeatures_sglink200(
const NodeInfo &info
)
Creates a NodeFeatures_sglink200 object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_sglink200-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_sglink200-ToolTips.js deleted file mode 100644 index b19f054cf..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_sglink200-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6858:"
Holds information (read from eeprom) about a WirelessNode.
",7021:"
NodeFeatures_200series
Contains information on which features are supported by a 200-series WirelessNode.  Inherits from NodeFeatures.
",7396:"
NodeFeatures
Contains information on which features are supported by a WirelessNode.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_sglink200.html b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_sglink200.html deleted file mode 100644 index 0711bebb2..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_sglink200.html +++ /dev/null @@ -1,27 +0,0 @@ - - -NodeFeatures_sglink200 - - - - - - - -
-
NodeFeatures_sglink200
-
public
NodeFeatures_200series
NodeFeatures_sglink200
-

Contains information on features for the SG-Link-200 nodes. Inherits from NodeFeatures.

-
- -
-
Functions
-
- -
-
NodeFeatures_sglink200
-
NodeFeatures_sglink200(
const NodeInfo &info
)
-

Creates a NodeFeatures_sglink200 object.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_sglink200oem-Summary.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_sglink200oem-Summary.js deleted file mode 100644 index 8db429496..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_sglink200oem-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:NodeFeatures_sglink200oem","NodeFeatures_sglink200oem");NDSummary.OnSummaryLoaded("CClass:NodeFeatures_sglink200oem",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[6970,0,0,"NodeFeatures_sglink200oem"],[6971,0,2,"Functions","Functions"],[6972,0,1,"NodeFeatures_sglink200oem","NodeFeatures_sglink200oem"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_sglink200oem-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_sglink200oem-SummaryToolTips.js deleted file mode 100644 index 14d9a1a4e..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_sglink200oem-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:NodeFeatures_sglink200oem",{6970:"
NodeFeatures_sglink200oem
Contains information on features for the SG-Link-200-OEM nodes. Inherits from NodeFeatures.
",6972:"
NodeFeatures_sglink200oem(
const NodeInfo &info
)
Creates a NodeFeatures_sglink200oem object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_sglink200oem-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_sglink200oem-ToolTips.js deleted file mode 100644 index b19f054cf..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_sglink200oem-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6858:"
Holds information (read from eeprom) about a WirelessNode.
",7021:"
NodeFeatures_200series
Contains information on which features are supported by a 200-series WirelessNode.  Inherits from NodeFeatures.
",7396:"
NodeFeatures
Contains information on which features are supported by a WirelessNode.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_sglink200oem.html b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_sglink200oem.html deleted file mode 100644 index 814062e26..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_sglink200oem.html +++ /dev/null @@ -1,27 +0,0 @@ - - -NodeFeatures_sglink200oem - - - - - - - -
-
NodeFeatures_sglink200oem
-
public
NodeFeatures_200series
NodeFeatures_sglink200oem
-

Contains information on features for the SG-Link-200-OEM nodes. Inherits from NodeFeatures.

-
- -
-
Functions
-
- -
-
NodeFeatures_sglink200oem
-
NodeFeatures_sglink200oem(
const NodeInfo &info
)
-

Creates a NodeFeatures_sglink200oem object.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_sglinkMicro-Summary.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_sglinkMicro-Summary.js deleted file mode 100644 index 2819569da..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_sglinkMicro-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:NodeFeatures_sglinkMicro","NodeFeatures_sglinkMicro");NDSummary.OnSummaryLoaded("CClass:NodeFeatures_sglinkMicro",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[6967,0,0,"NodeFeatures_sglinkMicro"],[6968,0,2,"Functions","Functions"],[6969,0,1,"NodeFeatures_sglinkMicro","NodeFeatures_sglinkMicro"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_sglinkMicro-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_sglinkMicro-SummaryToolTips.js deleted file mode 100644 index e648dc230..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_sglinkMicro-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:NodeFeatures_sglinkMicro",{6967:"
NodeFeatures_sglinkMicro
Contains information on features for the SG-Link-Micro node. Inherits from NodeFeatures.
",6969:"
NodeFeatures_sglinkMicro(
const NodeInfo &info
)
Creates a NodeFeatures_sglinkMicro object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_sglinkMicro-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_sglinkMicro-ToolTips.js deleted file mode 100644 index 1524016a0..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_sglinkMicro-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6858:"
Holds information (read from eeprom) about a WirelessNode.
",7396:"
NodeFeatures
Contains information on which features are supported by a WirelessNode.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_sglinkMicro.html b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_sglinkMicro.html deleted file mode 100644 index 535f9f332..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_sglinkMicro.html +++ /dev/null @@ -1,27 +0,0 @@ - - -NodeFeatures_sglinkMicro - - - - - - - -
-
NodeFeatures_sglinkMicro
-
public
NodeFeatures
NodeFeatures_sglinkMicro
-

Contains information on features for the SG-Link-Micro node. Inherits from NodeFeatures.

-
- -
-
Functions
-
- -
-
NodeFeatures_sglinkMicro
-
NodeFeatures_sglinkMicro(
const NodeInfo &info
)
-

Creates a NodeFeatures_sglinkMicro object.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_sglinkoem-Summary.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_sglinkoem-Summary.js deleted file mode 100644 index 75420c260..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_sglinkoem-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:NodeFeatures_sglinkoem","NodeFeatures_sglinkoem");NDSummary.OnSummaryLoaded("CClass:NodeFeatures_sglinkoem",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[7009,0,0,"NodeFeatures_sglinkoem"],[7010,0,2,"Functions","Functions"],[7011,0,1,"NodeFeatures_sglinkoem","NodeFeatures_sglinkoem"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_sglinkoem-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_sglinkoem-SummaryToolTips.js deleted file mode 100644 index ca8a3951c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_sglinkoem-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:NodeFeatures_sglinkoem",{7009:"
NodeFeatures_sglinkoem
Contains information on features for the SG-Link-OEM node. Inherits from NodeFeatures.
",7011:"
NodeFeatures_sglinkoem(
const NodeInfo &info
)
Creates a NodeFeatures_sglinkoem object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_sglinkoem-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_sglinkoem-ToolTips.js deleted file mode 100644 index 1524016a0..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_sglinkoem-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6858:"
Holds information (read from eeprom) about a WirelessNode.
",7396:"
NodeFeatures
Contains information on which features are supported by a WirelessNode.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_sglinkoem.html b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_sglinkoem.html deleted file mode 100644 index 5a9206dff..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_sglinkoem.html +++ /dev/null @@ -1,27 +0,0 @@ - - -NodeFeatures_sglinkoem - - - - - - - -
-
NodeFeatures_sglinkoem
-
public
NodeFeatures
NodeFeatures_sglinkoem
-

Contains information on features for the SG-Link-OEM node. Inherits from NodeFeatures.

-
- -
-
Functions
-
- -
-
NodeFeatures_sglinkoem
-
NodeFeatures_sglinkoem(
const NodeInfo &info
)
-

Creates a NodeFeatures_sglinkoem object.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_sglinkoemHermetic-Summary.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_sglinkoemHermetic-Summary.js deleted file mode 100644 index fc818bbea..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_sglinkoemHermetic-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:NodeFeatures_sglinkoemHermetic","NodeFeatures_sglinkoemHermetic");NDSummary.OnSummaryLoaded("CClass:NodeFeatures_sglinkoemHermetic",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[6932,0,0,"NodeFeatures_sglinkoemHermetic"],[6933,0,2,"Functions","Functions"],[6934,0,1,"NodeFeatures_sglinkoemHermetic","NodeFeatures_sglinkoemHermetic"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_sglinkoemHermetic-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_sglinkoemHermetic-SummaryToolTips.js deleted file mode 100644 index 869a0b670..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_sglinkoemHermetic-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:NodeFeatures_sglinkoemHermetic",{6932:"
NodeFeatures_sglinkoemHermetic
Contains information on features for the SG-Link-OEM node. Inherits from NodeFeatures.
",6934:"
NodeFeatures_sglinkoemHermetic(
const NodeInfo &info
)
Creates a NodeFeatures_sglinkoemHermetic object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_sglinkoemHermetic-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_sglinkoemHermetic-ToolTips.js deleted file mode 100644 index 1524016a0..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_sglinkoemHermetic-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6858:"
Holds information (read from eeprom) about a WirelessNode.
",7396:"
NodeFeatures
Contains information on which features are supported by a WirelessNode.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_sglinkoemHermetic.html b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_sglinkoemHermetic.html deleted file mode 100644 index 3508e18cf..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_sglinkoemHermetic.html +++ /dev/null @@ -1,27 +0,0 @@ - - -NodeFeatures_sglinkoemHermetic - - - - - - - -
-
NodeFeatures_sglinkoemHermetic
-
public
NodeFeatures
NodeFeatures_sglinkoemHermetic
-

Contains information on features for the SG-Link-OEM node. Inherits from NodeFeatures.

-
- -
-
Functions
-
- -
-
NodeFeatures_sglinkoemHermetic
-
NodeFeatures_sglinkoemHermetic(
const NodeInfo &info
)
-

Creates a NodeFeatures_sglinkoemHermetic object.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_sglinkoemNoXR-Summary.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_sglinkoemNoXR-Summary.js deleted file mode 100644 index 43694b3aa..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_sglinkoemNoXR-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:NodeFeatures_sglinkoemNoXR","NodeFeatures_sglinkoemNoXR");NDSummary.OnSummaryLoaded("CClass:NodeFeatures_sglinkoemNoXR",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[6929,0,0,"NodeFeatures_sglinkoemNoXR"],[6930,0,2,"Functions","Functions"],[6931,0,1,"NodeFeatures_sglinkoemNoXR","NodeFeatures_sglinkoemNoXR"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_sglinkoemNoXR-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_sglinkoemNoXR-SummaryToolTips.js deleted file mode 100644 index 2afbf35c8..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_sglinkoemNoXR-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:NodeFeatures_sglinkoemNoXR",{6929:"
NodeFeatures_sglinkoemNoXR
Contains information on features for the SG-Link-OEM node. Inherits from NodeFeatures.
",6931:"
NodeFeatures_sglinkoemNoXR(
const NodeInfo &info
)
Creates a NodeFeatures_sglinkoemNoXR object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_sglinkoemNoXR-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_sglinkoemNoXR-ToolTips.js deleted file mode 100644 index 1524016a0..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_sglinkoemNoXR-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6858:"
Holds information (read from eeprom) about a WirelessNode.
",7396:"
NodeFeatures
Contains information on which features are supported by a WirelessNode.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_sglinkoemNoXR.html b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_sglinkoemNoXR.html deleted file mode 100644 index 6cd6bed8c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_sglinkoemNoXR.html +++ /dev/null @@ -1,27 +0,0 @@ - - -NodeFeatures_sglinkoemNoXR - - - - - - - -
-
NodeFeatures_sglinkoemNoXR
-
public
NodeFeatures
NodeFeatures_sglinkoemNoXR
-

Contains information on features for the SG-Link-OEM node. Inherits from NodeFeatures.

-
- -
-
Functions
-
- -
-
NodeFeatures_sglinkoemNoXR
-
NodeFeatures_sglinkoemNoXR(
const NodeInfo &info
)
-

Creates a NodeFeatures_sglinkoemNoXR object.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_sglinkrgd-Summary.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_sglinkrgd-Summary.js deleted file mode 100644 index 38cbf6d31..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_sglinkrgd-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:NodeFeatures_sglinkrgd","NodeFeatures_sglinkrgd");NDSummary.OnSummaryLoaded("CClass:NodeFeatures_sglinkrgd",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[6926,0,0,"NodeFeatures_sglinkrgd"],[6927,0,2,"Functions","Functions"],[6928,0,1,"NodeFeatures_sglinkrgd","NodeFeatures_sglinkrgd"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_sglinkrgd-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_sglinkrgd-SummaryToolTips.js deleted file mode 100644 index d1c06c4c7..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_sglinkrgd-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:NodeFeatures_sglinkrgd",{6926:"
NodeFeatures_sglinkrgd
Contains information on features for the SG-Link node. Inherits from NodeFeatures.
",6928:"
NodeFeatures_sglinkrgd(
const NodeInfo &info
)
Creates a NodeFeatures_sglinkrgd object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_sglinkrgd-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_sglinkrgd-ToolTips.js deleted file mode 100644 index 1524016a0..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_sglinkrgd-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6858:"
Holds information (read from eeprom) about a WirelessNode.
",7396:"
NodeFeatures
Contains information on which features are supported by a WirelessNode.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_sglinkrgd.html b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_sglinkrgd.html deleted file mode 100644 index d3916e44d..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_sglinkrgd.html +++ /dev/null @@ -1,27 +0,0 @@ - - -NodeFeatures_sglinkrgd - - - - - - - -
-
NodeFeatures_sglinkrgd
-
public
NodeFeatures
NodeFeatures_sglinkrgd
-

Contains information on features for the SG-Link node. Inherits from NodeFeatures.

-
- -
-
Functions
-
- -
-
NodeFeatures_sglinkrgd
-
NodeFeatures_sglinkrgd(
const NodeInfo &info
)
-

Creates a NodeFeatures_sglinkrgd object.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_shmlink-Summary.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_shmlink-Summary.js deleted file mode 100644 index 938c1629b..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_shmlink-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:NodeFeatures_shmlink","NodeFeatures_shmlink");NDSummary.OnSummaryLoaded("CClass:NodeFeatures_shmlink",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[6923,0,0,"NodeFeatures_shmlink"],[6924,0,2,"Functions","Functions"],[6925,0,1,"NodeFeatures_shmlink","NodeFeatures_shmlink"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_shmlink-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_shmlink-SummaryToolTips.js deleted file mode 100644 index 673b04b24..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_shmlink-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:NodeFeatures_shmlink",{6923:"
NodeFeatures_shmlink
Contains information on features for the SHM-Link node. Inherits from NodeFeatures.
",6925:"
NodeFeatures_shmlink(
const NodeInfo &info
)
Creates a NodeFeatures_shmlink object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_shmlink-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_shmlink-ToolTips.js deleted file mode 100644 index 1524016a0..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_shmlink-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6858:"
Holds information (read from eeprom) about a WirelessNode.
",7396:"
NodeFeatures
Contains information on which features are supported by a WirelessNode.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_shmlink.html b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_shmlink.html deleted file mode 100644 index 0e85e3f3b..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_shmlink.html +++ /dev/null @@ -1,27 +0,0 @@ - - -NodeFeatures_shmlink - - - - - - - -
-
NodeFeatures_shmlink
-
public
NodeFeatures
NodeFeatures_shmlink
-

Contains information on features for the SHM-Link node. Inherits from NodeFeatures.

-
- -
-
Functions
-
- -
-
NodeFeatures_shmlink
-
NodeFeatures_shmlink(
const NodeInfo &info
)
-

Creates a NodeFeatures_shmlink object.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_shmlink2-Summary.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_shmlink2-Summary.js deleted file mode 100644 index b5fd944df..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_shmlink2-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:NodeFeatures_shmlink2","NodeFeatures_shmlink2");NDSummary.OnSummaryLoaded("CClass:NodeFeatures_shmlink2",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[6917,0,0,"NodeFeatures_shmlink2"],[6918,0,2,"Functions","Functions"],[6919,0,1,"NodeFeatures_shmlink2","NodeFeatures_shmlink2"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_shmlink2-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_shmlink2-SummaryToolTips.js deleted file mode 100644 index e356da38b..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_shmlink2-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:NodeFeatures_shmlink2",{6917:"
NodeFeatures_shmlink2
Contains information on features for the SHM-Link 2 node. Inherits from NodeFeatures.
",6919:"
NodeFeatures_shmlink2(
const NodeInfo &info
)
Creates a NodeFeatures_shmlink2 object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_shmlink2-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_shmlink2-ToolTips.js deleted file mode 100644 index 1524016a0..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_shmlink2-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6858:"
Holds information (read from eeprom) about a WirelessNode.
",7396:"
NodeFeatures
Contains information on which features are supported by a WirelessNode.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_shmlink2.html b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_shmlink2.html deleted file mode 100644 index a9af24d74..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_shmlink2.html +++ /dev/null @@ -1,27 +0,0 @@ - - -NodeFeatures_shmlink2 - - - - - - - -
-
NodeFeatures_shmlink2
-
public
NodeFeatures
NodeFeatures_shmlink2
-

Contains information on features for the SHM-Link 2 node. Inherits from NodeFeatures.

-
- -
-
Functions
-
- -
-
NodeFeatures_shmlink2
-
NodeFeatures_shmlink2(
const NodeInfo &info
)
-

Creates a NodeFeatures_shmlink2 object.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_shmlink200-Summary.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_shmlink200-Summary.js deleted file mode 100644 index e6f03ef6d..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_shmlink200-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:NodeFeatures_shmlink200","NodeFeatures_shmlink200");NDSummary.OnSummaryLoaded("CClass:NodeFeatures_shmlink200",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[6920,0,0,"NodeFeatures_shmlink200"],[6921,0,2,"Functions","Functions"],[6922,0,1,"NodeFeatures_shmlink200","NodeFeatures_shmlink200"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_shmlink200-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_shmlink200-SummaryToolTips.js deleted file mode 100644 index 65411d6a0..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_shmlink200-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:NodeFeatures_shmlink200",{6920:"
NodeFeatures_shmlink200
Contains information on features for the SHM-Link 200 node.
",6922:"
NodeFeatures_shmlink200(
const NodeInfo &info
)
Creates a NodeFeatures_shmlink200 object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_shmlink200-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_shmlink200-ToolTips.js deleted file mode 100644 index 9a4b5252a..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_shmlink200-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6858:"
Holds information (read from eeprom) about a WirelessNode.
",7021:"
NodeFeatures_200series
Contains information on which features are supported by a 200-series WirelessNode.  Inherits from NodeFeatures.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_shmlink200.html b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_shmlink200.html deleted file mode 100644 index c5e105d22..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_shmlink200.html +++ /dev/null @@ -1,27 +0,0 @@ - - -NodeFeatures_shmlink200 - - - - - - - -
-
NodeFeatures_shmlink200
-
public
NodeFeatures_200series
NodeFeatures_shmlink200
-

Contains information on features for the SHM-Link 200 node.

-
- -
-
Functions
-
- -
-
NodeFeatures_shmlink200
-
NodeFeatures_shmlink200(
const NodeInfo &info
)
-

Creates a NodeFeatures_shmlink200 object.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_shmlink201-Summary.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_shmlink201-Summary.js deleted file mode 100644 index af89c2027..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_shmlink201-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:NodeFeatures_shmlink201","NodeFeatures_shmlink201");NDSummary.OnSummaryLoaded("CClass:NodeFeatures_shmlink201",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[6914,0,0,"NodeFeatures_shmlink201"],[6915,0,2,"Functions","Functions"],[6916,0,1,"NodeFeatures_shmlink201","NodeFeatures_shmlink201"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_shmlink201-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_shmlink201-SummaryToolTips.js deleted file mode 100644 index bf2d83051..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_shmlink201-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:NodeFeatures_shmlink201",{6914:"
NodeFeatures_shmlink201
Contains information on features for the SHM-Link 2 node.
",6916:"
NodeFeatures_shmlink201(
const NodeInfo &info
)
Creates a NodeFeatures_shmlink201 object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_shmlink201-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_shmlink201-ToolTips.js deleted file mode 100644 index 9a4b5252a..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_shmlink201-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6858:"
Holds information (read from eeprom) about a WirelessNode.
",7021:"
NodeFeatures_200series
Contains information on which features are supported by a 200-series WirelessNode.  Inherits from NodeFeatures.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_shmlink201.html b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_shmlink201.html deleted file mode 100644 index dd9865f48..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_shmlink201.html +++ /dev/null @@ -1,27 +0,0 @@ - - -NodeFeatures_shmlink201 - - - - - - - -
-
NodeFeatures_shmlink201
-
public
NodeFeatures_200series
NodeFeatures_shmlink201
-

Contains information on features for the SHM-Link 2 node.

-
- -
-
Functions
-
- -
-
NodeFeatures_shmlink201
-
NodeFeatures_shmlink201(
const NodeInfo &info
)
-

Creates a NodeFeatures_shmlink201 object.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_shmlink201FullBridge-Summary.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_shmlink201FullBridge-Summary.js deleted file mode 100644 index f9ee4aae5..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_shmlink201FullBridge-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:NodeFeatures_shmlink201FullBridge","NodeFeatures_shmlink201FullBridge");NDSummary.OnSummaryLoaded("CClass:NodeFeatures_shmlink201FullBridge",[["C/C++","C"]],[["Classes","Class"]],[[6913,0,0,"NodeFeatures_shmlink201FullBridge"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_shmlink201FullBridge-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_shmlink201FullBridge-SummaryToolTips.js deleted file mode 100644 index e6f196e37..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_shmlink201FullBridge-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:NodeFeatures_shmlink201FullBridge",{6913:"
NodeFeatures_shmlink201FullBridge
Contains information on features for the SHM-Link-201 Full Bridge node.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_shmlink201FullBridge-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_shmlink201FullBridge-ToolTips.js deleted file mode 100644 index 3b1a312f5..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_shmlink201FullBridge-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7021:"
NodeFeatures_200series
Contains information on which features are supported by a 200-series WirelessNode.  Inherits from NodeFeatures.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_shmlink201FullBridge.html b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_shmlink201FullBridge.html deleted file mode 100644 index 22c7a53d2..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_shmlink201FullBridge.html +++ /dev/null @@ -1,17 +0,0 @@ - - -NodeFeatures_shmlink201FullBridge - - - - - - - -
-
NodeFeatures_shmlink201FullBridge
-
public
NodeFeatures_200series
NodeFeatures_shmlink201FullBridge
-

Contains information on features for the SHM-Link-201 Full Bridge node.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_shmlink210-Summary.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_shmlink210-Summary.js deleted file mode 100644 index 60ed1076c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_shmlink210-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:NodeFeatures_shmlink210","NodeFeatures_shmlink210");NDSummary.OnSummaryLoaded("CClass:NodeFeatures_shmlink210",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[6910,0,0,"NodeFeatures_shmlink210"],[6911,0,2,"Functions","Functions"],[6912,0,1,"NodeFeatures_shmlink210","NodeFeatures_shmlink210"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_shmlink210-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_shmlink210-SummaryToolTips.js deleted file mode 100644 index 02aca15db..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_shmlink210-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:NodeFeatures_shmlink210",{6910:"
NodeFeatures_shmlink210
Contains information on features for the SHM-Link 2 node.
",6912:"
NodeFeatures_shmlink210(
const NodeInfo &info
)
Creates a NodeFeatures_shmlink210 object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_shmlink210-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_shmlink210-ToolTips.js deleted file mode 100644 index 9a4b5252a..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_shmlink210-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6858:"
Holds information (read from eeprom) about a WirelessNode.
",7021:"
NodeFeatures_200series
Contains information on which features are supported by a 200-series WirelessNode.  Inherits from NodeFeatures.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_shmlink210.html b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_shmlink210.html deleted file mode 100644 index aa32bde3b..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_shmlink210.html +++ /dev/null @@ -1,27 +0,0 @@ - - -NodeFeatures_shmlink210 - - - - - - - -
-
NodeFeatures_shmlink210
-
public
NodeFeatures_200series
NodeFeatures_shmlink210
-

Contains information on features for the SHM-Link 2 node.

-
- -
-
Functions
-
- -
-
NodeFeatures_shmlink210
-
NodeFeatures_shmlink210(
const NodeInfo &info
)
-

Creates a NodeFeatures_shmlink210 object.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_tclink1ch-Summary.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_tclink1ch-Summary.js deleted file mode 100644 index 95554d2dc..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_tclink1ch-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:NodeFeatures_tclink1ch","NodeFeatures_tclink1ch");NDSummary.OnSummaryLoaded("CClass:NodeFeatures_tclink1ch",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[6907,0,0,"NodeFeatures_tclink1ch"],[6908,0,2,"Functions","Functions"],[6909,0,1,"NodeFeatures_tclink1ch","NodeFeatures_tclink1ch"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_tclink1ch-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_tclink1ch-SummaryToolTips.js deleted file mode 100644 index acf1ece79..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_tclink1ch-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:NodeFeatures_tclink1ch",{6907:"
NodeFeatures_tclink1ch
Contains information on features for the TC-Link 1CH Node.
",6909:"
NodeFeatures_tclink1ch(
const NodeInfo &info
)
Creates a NodeFeatures_tclink1ch object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_tclink1ch-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_tclink1ch-ToolTips.js deleted file mode 100644 index 1524016a0..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_tclink1ch-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6858:"
Holds information (read from eeprom) about a WirelessNode.
",7396:"
NodeFeatures
Contains information on which features are supported by a WirelessNode.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_tclink1ch.html b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_tclink1ch.html deleted file mode 100644 index b72570344..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_tclink1ch.html +++ /dev/null @@ -1,27 +0,0 @@ - - -NodeFeatures_tclink1ch - - - - - - - -
-
NodeFeatures_tclink1ch
-
public
NodeFeatures
NodeFeatures_tclink1ch
-

Contains information on features for the TC-Link 1CH Node.

-
- -
-
Functions
-
- -
-
NodeFeatures_tclink1ch
-
NodeFeatures_tclink1ch(
const NodeInfo &info
)
-

Creates a NodeFeatures_tclink1ch object.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_tclink200-Summary.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_tclink200-Summary.js deleted file mode 100644 index 1e2c167e5..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_tclink200-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:NodeFeatures_tclink200","NodeFeatures_tclink200");NDSummary.OnSummaryLoaded("CClass:NodeFeatures_tclink200",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[6904,0,0,"NodeFeatures_tclink200"],[6905,0,2,"Functions","Functions"],[6906,0,1,"NodeFeatures_tclink200","NodeFeatures_tclink200"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_tclink200-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_tclink200-SummaryToolTips.js deleted file mode 100644 index f708e6de7..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_tclink200-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:NodeFeatures_tclink200",{6904:"
NodeFeatures_tclink200
Contains information on features for the TC-Link 1CH Node.
",6906:"
NodeFeatures_tclink200(
const NodeInfo &info
)
Creates a NodeFeatures_tclink200 object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_tclink200-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_tclink200-ToolTips.js deleted file mode 100644 index 9a4b5252a..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_tclink200-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6858:"
Holds information (read from eeprom) about a WirelessNode.
",7021:"
NodeFeatures_200series
Contains information on which features are supported by a 200-series WirelessNode.  Inherits from NodeFeatures.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_tclink200.html b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_tclink200.html deleted file mode 100644 index f17998ce1..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_tclink200.html +++ /dev/null @@ -1,27 +0,0 @@ - - -NodeFeatures_tclink200 - - - - - - - -
-
NodeFeatures_tclink200
-
public
NodeFeatures_200series
NodeFeatures_tclink200
-

Contains information on features for the TC-Link 1CH Node.

-
- -
-
Functions
-
- -
-
NodeFeatures_tclink200
-
NodeFeatures_tclink200(
const NodeInfo &info
)
-

Creates a NodeFeatures_tclink200 object.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_tclink200oem-Summary.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_tclink200oem-Summary.js deleted file mode 100644 index 1910a4922..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_tclink200oem-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:NodeFeatures_tclink200oem","NodeFeatures_tclink200oem");NDSummary.OnSummaryLoaded("CClass:NodeFeatures_tclink200oem",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[6901,0,0,"NodeFeatures_tclink200oem"],[6902,0,2,"Functions","Functions"],[6903,0,1,"NodeFeatures_tclink200oem","NodeFeatures_tclink200oem"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_tclink200oem-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_tclink200oem-SummaryToolTips.js deleted file mode 100644 index 74bde5804..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_tclink200oem-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:NodeFeatures_tclink200oem",{6901:"
NodeFeatures_tclink200oem
Contains information on features for the TC-Link 1CH Node.
",6903:"
NodeFeatures_tclink200oem(
const NodeInfo &info
)
Creates a NodeFeatures_tclink200oem object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_tclink200oem-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_tclink200oem-ToolTips.js deleted file mode 100644 index 9a4b5252a..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_tclink200oem-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6858:"
Holds information (read from eeprom) about a WirelessNode.
",7021:"
NodeFeatures_200series
Contains information on which features are supported by a 200-series WirelessNode.  Inherits from NodeFeatures.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_tclink200oem.html b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_tclink200oem.html deleted file mode 100644 index 972e540aa..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_tclink200oem.html +++ /dev/null @@ -1,27 +0,0 @@ - - -NodeFeatures_tclink200oem - - - - - - - -
-
NodeFeatures_tclink200oem
-
public
NodeFeatures_200series
NodeFeatures_tclink200oem
-

Contains information on features for the TC-Link 1CH Node.

-
- -
-
Functions
-
- -
-
NodeFeatures_tclink200oem
-
NodeFeatures_tclink200oem(
const NodeInfo &info
)
-

Creates a NodeFeatures_tclink200oem object.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_tclink3ch-Summary.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_tclink3ch-Summary.js deleted file mode 100644 index 118c96d9a..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_tclink3ch-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:NodeFeatures_tclink3ch","NodeFeatures_tclink3ch");NDSummary.OnSummaryLoaded("CClass:NodeFeatures_tclink3ch",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[6898,0,0,"NodeFeatures_tclink3ch"],[6899,0,2,"Functions","Functions"],[6900,0,1,"NodeFeatures_tclink3ch","NodeFeatures_tclink3ch"],[7020,0,1,"NodeFeatures_cfBearing","NodeFeatures_cfBearing"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_tclink3ch-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_tclink3ch-SummaryToolTips.js deleted file mode 100644 index 3d4c7413b..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_tclink3ch-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:NodeFeatures_tclink3ch",{6898:"
NodeFeatures_tclink3ch
Contains information on features for the TC-Link 3CH Node.
",6900:"
NodeFeatures_tclink3ch(
const NodeInfo &info
)
Creates a NodeFeatures_tclink3ch object.
",7020:"
NodeFeatures_cfBearing(
const NodeInfo &info
)
Creates a NodeFeatures_cfBearing object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_tclink3ch-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_tclink3ch-ToolTips.js deleted file mode 100644 index 1524016a0..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_tclink3ch-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6858:"
Holds information (read from eeprom) about a WirelessNode.
",7396:"
NodeFeatures
Contains information on which features are supported by a WirelessNode.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_tclink3ch.html b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_tclink3ch.html deleted file mode 100644 index c5beadc10..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_tclink3ch.html +++ /dev/null @@ -1,33 +0,0 @@ - - -NodeFeatures_tclink3ch - - - - - - - -
-
NodeFeatures_tclink3ch
-
public
NodeFeatures
NodeFeatures_tclink3ch
-

Contains information on features for the TC-Link 3CH Node.

-
- -
-
Functions
-
- -
-
NodeFeatures_tclink3ch
-
NodeFeatures_tclink3ch(
const NodeInfo &info
)
-

Creates a NodeFeatures_tclink3ch object.

-
- -
-
NodeFeatures_cfBearing
-
NodeFeatures_cfBearing(
const NodeInfo &info
)
-

Creates a NodeFeatures_cfBearing object.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_tclink6ch-Summary.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_tclink6ch-Summary.js deleted file mode 100644 index 9796568b9..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_tclink6ch-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:NodeFeatures_tclink6ch","NodeFeatures_tclink6ch");NDSummary.OnSummaryLoaded("CClass:NodeFeatures_tclink6ch",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[6895,0,0,"NodeFeatures_tclink6ch"],[6896,0,2,"Functions","Functions"],[6897,0,1,"NodeFeatures_tclink6ch","NodeFeatures_tclink6ch"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_tclink6ch-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_tclink6ch-SummaryToolTips.js deleted file mode 100644 index 1bd163678..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_tclink6ch-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:NodeFeatures_tclink6ch",{6895:"
NodeFeatures_tclink6ch
Contains information on features for the TC-Link 6CH Node.
",6897:"
NodeFeatures_tclink6ch(
const NodeInfo &info
)
Creates a NodeFeatures_tclink6ch object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_tclink6ch-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_tclink6ch-ToolTips.js deleted file mode 100644 index 1524016a0..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_tclink6ch-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6858:"
Holds information (read from eeprom) about a WirelessNode.
",7396:"
NodeFeatures
Contains information on which features are supported by a WirelessNode.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_tclink6ch.html b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_tclink6ch.html deleted file mode 100644 index 6703e6323..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_tclink6ch.html +++ /dev/null @@ -1,27 +0,0 @@ - - -NodeFeatures_tclink6ch - - - - - - - -
-
NodeFeatures_tclink6ch
-
public
NodeFeatures
NodeFeatures_tclink6ch
-

Contains information on features for the TC-Link 6CH Node.

-
- -
-
Functions
-
- -
-
NodeFeatures_tclink6ch
-
NodeFeatures_tclink6ch(
const NodeInfo &info
)
-

Creates a NodeFeatures_tclink6ch object.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_torqueLink-Summary.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_torqueLink-Summary.js deleted file mode 100644 index c2b50522a..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_torqueLink-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:NodeFeatures_torqueLink","NodeFeatures_torqueLink");NDSummary.OnSummaryLoaded("CClass:NodeFeatures_torqueLink",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[6892,0,0,"NodeFeatures_torqueLink"],[6893,0,2,"Functions","Functions"],[6894,0,1,"NodeFeatures_torqueLink","NodeFeatures_torqueLink"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_torqueLink-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_torqueLink-SummaryToolTips.js deleted file mode 100644 index 8017a4435..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_torqueLink-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:NodeFeatures_torqueLink",{6892:"
NodeFeatures_torqueLink
Contains information on features for the SG-Link-Micro node. Inherits from NodeFeatures.
",6894:"
NodeFeatures_torqueLink(
const NodeInfo &info
)
Creates a NodeFeatures_torqueLink object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_torqueLink-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_torqueLink-ToolTips.js deleted file mode 100644 index 1524016a0..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_torqueLink-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6858:"
Holds information (read from eeprom) about a WirelessNode.
",7396:"
NodeFeatures
Contains information on which features are supported by a WirelessNode.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_torqueLink.html b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_torqueLink.html deleted file mode 100644 index cc523b03f..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_torqueLink.html +++ /dev/null @@ -1,27 +0,0 @@ - - -NodeFeatures_torqueLink - - - - - - - -
-
NodeFeatures_torqueLink
-
public
NodeFeatures
NodeFeatures_torqueLink
-

Contains information on features for the SG-Link-Micro node. Inherits from NodeFeatures.

-
- -
-
Functions
-
- -
-
NodeFeatures_torqueLink
-
NodeFeatures_torqueLink(
const NodeInfo &info
)
-

Creates a NodeFeatures_torqueLink object.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_torqueLink200-Summary.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_torqueLink200-Summary.js deleted file mode 100644 index 85b1b9316..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_torqueLink200-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:NodeFeatures_torqueLink200","NodeFeatures_torqueLink200");NDSummary.OnSummaryLoaded("CClass:NodeFeatures_torqueLink200",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[6889,0,0,"NodeFeatures_torqueLink200"],[6890,0,2,"Functions","Functions"],[6891,0,1,"NodeFeatures_torqueLink200","NodeFeatures_torqueLink200"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_torqueLink200-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_torqueLink200-SummaryToolTips.js deleted file mode 100644 index 9989d748c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_torqueLink200-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:NodeFeatures_torqueLink200",{6889:"
NodeFeatures_torqueLink200
Contains information on features for the Torque-Link-200 nodes. Inherits from NodeFeatures.
",6891:"
NodeFeatures_torqueLink200(
const NodeInfo &info
)
Creates a NodeFeatures_torqueLink200 object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_torqueLink200-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_torqueLink200-ToolTips.js deleted file mode 100644 index b19f054cf..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_torqueLink200-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6858:"
Holds information (read from eeprom) about a WirelessNode.
",7021:"
NodeFeatures_200series
Contains information on which features are supported by a 200-series WirelessNode.  Inherits from NodeFeatures.
",7396:"
NodeFeatures
Contains information on which features are supported by a WirelessNode.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_torqueLink200.html b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_torqueLink200.html deleted file mode 100644 index 220b67103..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_torqueLink200.html +++ /dev/null @@ -1,27 +0,0 @@ - - -NodeFeatures_torqueLink200 - - - - - - - -
-
NodeFeatures_torqueLink200
-
public
NodeFeatures_200series
NodeFeatures_torqueLink200
-

Contains information on features for the Torque-Link-200 nodes. Inherits from NodeFeatures.

-
- -
-
Functions
-
- -
-
NodeFeatures_torqueLink200
-
NodeFeatures_torqueLink200(
const NodeInfo &info
)
-

Creates a NodeFeatures_torqueLink200 object.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_torqueLink200_3ch-Summary.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_torqueLink200_3ch-Summary.js deleted file mode 100644 index 277cefc62..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_torqueLink200_3ch-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:NodeFeatures_torqueLink200_3ch","NodeFeatures_torqueLink200_3ch");NDSummary.OnSummaryLoaded("CClass:NodeFeatures_torqueLink200_3ch",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[6886,0,0,"NodeFeatures_torqueLink200_3ch"],[6887,0,2,"Functions","Functions"],[6888,0,1,"NodeFeatures_torqueLink200_3ch","NodeFeatures_torqueLink200_3ch"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_torqueLink200_3ch-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_torqueLink200_3ch-SummaryToolTips.js deleted file mode 100644 index e4a57bc0e..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_torqueLink200_3ch-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:NodeFeatures_torqueLink200_3ch",{6886:"
NodeFeatures_torqueLink200_3ch
Contains information on features for the Torque-Link-200-3ch nodes. Inherits from NodeFeatures.
",6888:"
NodeFeatures_torqueLink200_3ch(
const NodeInfo &info,
bool ext = false
)
Creates a NodeFeatures_torqueLink200_3ch object.  Parameters: info - NodeInfo object for reference features ext - bool indicating whether this is being called from a child class (default false)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_torqueLink200_3ch-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_torqueLink200_3ch-ToolTips.js deleted file mode 100644 index b19f054cf..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_torqueLink200_3ch-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6858:"
Holds information (read from eeprom) about a WirelessNode.
",7021:"
NodeFeatures_200series
Contains information on which features are supported by a 200-series WirelessNode.  Inherits from NodeFeatures.
",7396:"
NodeFeatures
Contains information on which features are supported by a WirelessNode.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_torqueLink200_3ch.html b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_torqueLink200_3ch.html deleted file mode 100644 index 4e57cfacb..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_torqueLink200_3ch.html +++ /dev/null @@ -1,27 +0,0 @@ - - -NodeFeatures_torqueLink200_3ch - - - - - - - -
-
NodeFeatures_torqueLink200_3ch
-
public
NodeFeatures_200series
NodeFeatures_torqueLink200_3ch
-

Contains information on features for the Torque-Link-200-3ch nodes. Inherits from NodeFeatures.

-
- -
-
Functions
-
- -
-
NodeFeatures_torqueLink200_3ch
-
NodeFeatures_torqueLink200_3ch(
const NodeInfo &info,
bool ext = false
)
-

Creates a NodeFeatures_torqueLink200_3ch object.  Parameters: info - NodeInfo object for reference features ext - bool indicating whether this is being called from a child class (default false)

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_torqueLink200_3ch_s_s-Summary.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_torqueLink200_3ch_s_s-Summary.js deleted file mode 100644 index f776258c2..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_torqueLink200_3ch_s_s-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:NodeFeatures_torqueLink200_3ch_s_s","NodeFeatures_torqueLink200_3ch_s_s");NDSummary.OnSummaryLoaded("CClass:NodeFeatures_torqueLink200_3ch_s_s",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[6883,0,0,"NodeFeatures_torqueLink200_3ch_s_s"],[6884,0,2,"Functions","Functions"],[6885,0,1,"NodeFeatures_torqueLink200_3ch_s","NodeFeatures_torqueLink200_3ch_s"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_torqueLink200_3ch_s_s-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_torqueLink200_3ch_s_s-SummaryToolTips.js deleted file mode 100644 index 30fff97ca..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_torqueLink200_3ch_s_s-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:NodeFeatures_torqueLink200_3ch_s_s",{6883:"
Contains information on features for the Torque-Link-200-3ch nodes. Inherits from NodeFeatures.
",6885:"
NodeFeatures_torqueLink200_3ch_s(
const NodeInfo &info
)
Creates a NodeFeatures_torqueLink200_3ch_s object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_torqueLink200_3ch_s_s-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_torqueLink200_3ch_s_s-ToolTips.js deleted file mode 100644 index 1524016a0..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_torqueLink200_3ch_s_s-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6858:"
Holds information (read from eeprom) about a WirelessNode.
",7396:"
NodeFeatures
Contains information on which features are supported by a WirelessNode.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_torqueLink200_3ch_s_s.html b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_torqueLink200_3ch_s_s.html deleted file mode 100644 index c05a01b5b..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_torqueLink200_3ch_s_s.html +++ /dev/null @@ -1,26 +0,0 @@ - - -NodeFeatures_torqueLink200_3ch_s_s - - - - - - - -
-
NodeFeatures_torqueLink200_3ch_s_s
-

Contains information on features for the Torque-Link-200-3ch nodes. Inherits from NodeFeatures.

-
- -
-
Functions
-
- -
-
NodeFeatures_torqueLink200_3ch_s
-
NodeFeatures_torqueLink200_3ch_s(
const NodeInfo &info
)
-

Creates a NodeFeatures_torqueLink200_3ch_s object.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_vlink-Summary.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_vlink-Summary.js deleted file mode 100644 index 82c56aa40..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_vlink-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:NodeFeatures_vlink","NodeFeatures_vlink");NDSummary.OnSummaryLoaded("CClass:NodeFeatures_vlink",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[6880,0,0,"NodeFeatures_vlink"],[6881,0,2,"Functions","Functions"],[6882,0,1,"NodeFeatures_vlink","NodeFeatures_vlink"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_vlink-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_vlink-SummaryToolTips.js deleted file mode 100644 index 8314d1a19..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_vlink-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:NodeFeatures_vlink",{6880:"
NodeFeatures_vlink
Contains information on features for the V-Link node. Inherits from NodeFeatures.
",6882:"
NodeFeatures_vlink(
const NodeInfo &info
)
Creates a NodeFeatures_vlink object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_vlink-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_vlink-ToolTips.js deleted file mode 100644 index 1524016a0..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_vlink-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6858:"
Holds information (read from eeprom) about a WirelessNode.
",7396:"
NodeFeatures
Contains information on which features are supported by a WirelessNode.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_vlink.html b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_vlink.html deleted file mode 100644 index b7b31caee..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_vlink.html +++ /dev/null @@ -1,27 +0,0 @@ - - -NodeFeatures_vlink - - - - - - - -
-
NodeFeatures_vlink
-
public
NodeFeatures
NodeFeatures_vlink
-

Contains information on features for the V-Link node. Inherits from NodeFeatures.

-
- -
-
Functions
-
- -
-
NodeFeatures_vlink
-
NodeFeatures_vlink(
const NodeInfo &info
)
-

Creates a NodeFeatures_vlink object.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_vlink200-Summary.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_vlink200-Summary.js deleted file mode 100644 index 85dea05d9..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_vlink200-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:NodeFeatures_vlink200","NodeFeatures_vlink200");NDSummary.OnSummaryLoaded("CClass:NodeFeatures_vlink200",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[6877,0,0,"NodeFeatures_vlink200"],[6878,0,2,"Functions","Functions"],[6879,0,1,"NodeFeatures_vlink200","NodeFeatures_vlink200"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_vlink200-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_vlink200-SummaryToolTips.js deleted file mode 100644 index b445ec9a6..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_vlink200-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:NodeFeatures_vlink200",{6877:"
NodeFeatures_vlink200
Contains information on features for the V-Link2 node. Inherits from NodeFeatures.
",6879:"
NodeFeatures_vlink200(
const NodeInfo &info
)
Creates a NodeFeatures_vlink200 object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_vlink200-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_vlink200-ToolTips.js deleted file mode 100644 index b19f054cf..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_vlink200-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6858:"
Holds information (read from eeprom) about a WirelessNode.
",7021:"
NodeFeatures_200series
Contains information on which features are supported by a 200-series WirelessNode.  Inherits from NodeFeatures.
",7396:"
NodeFeatures
Contains information on which features are supported by a WirelessNode.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_vlink200.html b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_vlink200.html deleted file mode 100644 index cd8d0bbf3..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_vlink200.html +++ /dev/null @@ -1,27 +0,0 @@ - - -NodeFeatures_vlink200 - - - - - - - -
-
NodeFeatures_vlink200
-
public
NodeFeatures_200series
NodeFeatures_vlink200
-

Contains information on features for the V-Link2 node. Inherits from NodeFeatures.

-
- -
-
Functions
-
- -
-
NodeFeatures_vlink200
-
NodeFeatures_vlink200(
const NodeInfo &info
)
-

Creates a NodeFeatures_vlink200 object.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_vlink_legacy-Summary.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_vlink_legacy-Summary.js deleted file mode 100644 index 2725ba888..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_vlink_legacy-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:NodeFeatures_vlink_legacy","NodeFeatures_vlink_legacy");NDSummary.OnSummaryLoaded("CClass:NodeFeatures_vlink_legacy",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[6874,0,0,"NodeFeatures_vlink_legacy"],[6875,0,2,"Functions","Functions"],[6876,0,1,"NodeFeatures_vlink_legacy","NodeFeatures_vlink_legacy"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_vlink_legacy-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_vlink_legacy-SummaryToolTips.js deleted file mode 100644 index d3c65dcbc..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_vlink_legacy-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:NodeFeatures_vlink_legacy",{6874:"
NodeFeatures_vlink_legacy
Contains information on features for the V-Link (legacy) node. Inherits from NodeFeatures.
",6876:"
NodeFeatures_vlink_legacy(
const NodeInfo &info
)
Creates a NodeFeatures_vlink_legacy object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_vlink_legacy-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_vlink_legacy-ToolTips.js deleted file mode 100644 index 1524016a0..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_vlink_legacy-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6858:"
Holds information (read from eeprom) about a WirelessNode.
",7396:"
NodeFeatures
Contains information on which features are supported by a WirelessNode.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_vlink_legacy.html b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_vlink_legacy.html deleted file mode 100644 index d0492826c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_vlink_legacy.html +++ /dev/null @@ -1,27 +0,0 @@ - - -NodeFeatures_vlink_legacy - - - - - - - -
-
NodeFeatures_vlink_legacy
-
public
NodeFeatures
NodeFeatures_vlink_legacy
-

Contains information on features for the V-Link (legacy) node. Inherits from NodeFeatures.

-
- -
-
Functions
-
- -
-
NodeFeatures_vlink_legacy
-
NodeFeatures_vlink_legacy(
const NodeInfo &info
)
-

Creates a NodeFeatures_vlink_legacy object.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_wirelessImpactSensor-Summary.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_wirelessImpactSensor-Summary.js deleted file mode 100644 index cea5924ea..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_wirelessImpactSensor-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:NodeFeatures_wirelessImpactSensor","NodeFeatures_wirelessImpactSensor");NDSummary.OnSummaryLoaded("CClass:NodeFeatures_wirelessImpactSensor",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[6871,0,0,"NodeFeatures_wirelessImpactSensor"],[6872,0,2,"Functions","Functions"],[6873,0,1,"NodeFeatures_wirelessImpactSensor","NodeFeatures_wirelessImpactSensor"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_wirelessImpactSensor-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_wirelessImpactSensor-SummaryToolTips.js deleted file mode 100644 index 0289f1d06..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_wirelessImpactSensor-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:NodeFeatures_wirelessImpactSensor",{6871:"
NodeFeatures_wirelessImpactSensor
Contains information on features for the Wireless Impact nodes.
",6873:"
NodeFeatures_wirelessImpactSensor(
const NodeInfo &info
)
Creates a NodeFeatures_wirelessImpactSensor object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_wirelessImpactSensor-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_wirelessImpactSensor-ToolTips.js deleted file mode 100644 index 1524016a0..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_wirelessImpactSensor-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6858:"
Holds information (read from eeprom) about a WirelessNode.
",7396:"
NodeFeatures
Contains information on which features are supported by a WirelessNode.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_wirelessImpactSensor.html b/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_wirelessImpactSensor.html deleted file mode 100644 index 10af90bfa..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeFeatures_wirelessImpactSensor.html +++ /dev/null @@ -1,27 +0,0 @@ - - -NodeFeatures_wirelessImpactSensor - - - - - - - -
-
NodeFeatures_wirelessImpactSensor
-
public
NodeFeatures
NodeFeatures_wirelessImpactSensor
-

Contains information on features for the Wireless Impact nodes.

-
- -
-
Functions
-
- -
-
NodeFeatures_wirelessImpactSensor
-
NodeFeatures_wirelessImpactSensor(
const NodeInfo &info
)
-

Creates a NodeFeatures_wirelessImpactSensor object.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeInfo-Summary.js b/v66.0.1/MSCL_Docs/classes/C/NodeInfo-Summary.js deleted file mode 100644 index 5227e1061..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeInfo-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:NodeInfo","NodeInfo");NDSummary.OnSummaryLoaded("CClass:NodeInfo",[["C/C++","C"]],[["Functions","Function"],["Groups","Group"],["Structs","Struct"],["Variables","Variable"]],[[6858,0,2,"NodeInfo"],[6859,0,1,"Functions","Functions"],[6860,0,0,"NodeInfo","NodeInfo"],[6861,0,0,"NodeInfo","NodeInfo(2)"],[6862,0,1,"Variables","Variables"],[6863,0,3,"m_node","m_node"],[6864,0,3,"m_firmwareVersion","m_firmwareVersion"],[6865,0,3,"m_model","m_model"],[6866,0,3,"m_regionCode","m_regionCode"],[6867,0,1,"Functions","Functions(2)"],[6868,0,0,"firmwareVersion","firmwareVersion"],[6869,0,0,"model","model"],[6870,0,0,"regionCode","regionCode"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeInfo-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeInfo-SummaryToolTips.js deleted file mode 100644 index 5d023000f..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeInfo-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:NodeInfo",{6858:"
Holds information (read from eeprom) about a WirelessNode.
",6860:"
NodeInfo(
const WirelessNode_Impl *node
)
Creates a NodeInfo object from a WirelessNode.
",6861:"
NodeInfo(
const Version &fw,
WirelessModels::NodeModel model,
WirelessTypes::RegionCode region
)
Creates a NodeInfo object.
",6863:"
const WirelessNode_Impl* m_node
The WirelessNode_Impl to use for lazy loading of values.
",6864:"
Utils::Lazy<Version> m_firmwareVersion
The firmware Version of the node (lazy loaded).
",6865:"
Utils::Lazy<WirelessModels::NodeModel> m_model
The WirelessModels::NodeModel of the node (lazy loaded).
",6866:"
Utils::Lazy<WirelessTypes::RegionCode> m_regionCode
The WirelessTypes::RegionCode of the node (lazy loaded).
",6868:"
Version firmwareVersion() const
Gets the firmware Version of the Node.
",6869:"
WirelessModels::NodeModel model() const
Gets the WirelessModels::NodeModel of the Node.
",6870:"
WirelessTypes::RegionCode regionCode() const
Gets the WirelessTypes::RegionCode of the Node.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeInfo-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeInfo-ToolTips.js deleted file mode 100644 index f5b4b67c2..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeInfo-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7789:"
The model numbers for each of the Wireless Nodes.
",7905:"
WirelessNode
A class representing a MicroStrain wireless node
",8885:"
The possible region codes for the device.
",9207:"
WirelessNode_Impl
Contains the implementation logic for a WirelessNode.  Most WirelessNode commands call these commands.
",10409:"
Version
Class that represents, and provides helper functions for, a Version number
",10472:"
Error_NodeCommunication
The exception for failing to communicate with a WirelessNode.
",10479:"
Error_Connection
The generic connection exception.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeInfo.html b/v66.0.1/MSCL_Docs/classes/C/NodeInfo.html deleted file mode 100644 index 2a9c569d4..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeInfo.html +++ /dev/null @@ -1,82 +0,0 @@ - - -NodeInfo - - - - - - - -
-
NodeInfo
-

Holds information (read from eeprom) about a WirelessNode.

-
- -
-
Functions
-
- -
-
NodeInfo
-
NodeInfo(
const WirelessNode_Impl *node
)
-

Creates a NodeInfo object from a WirelessNode.

Parameters
node
const WirelessNode_Impl*

The WirelessNode_Impl to get the info for.

Exceptions
-
- -
-
NodeInfo
-
NodeInfo(
const Version &fw,
WirelessModels::NodeModel model,
WirelessTypes::RegionCode region
)
-

Creates a NodeInfo object.

Parameters
fw
const Version&

The firmware Version of the Node.

model
WirelessModels::NodeModel

The WirelessModels::NodeModel of the Node.

region
WirelessTypes::RegionCode

The WirelessTypes::RegionCode of the Node.

-
- -
-
Variables
-
- -
-
m_node
-
const WirelessNode_Impl* m_node
-

The WirelessNode_Impl to use for lazy loading of values.

-
- -
-
m_firmwareVersion
-
Utils::Lazy<Version> m_firmwareVersion
-

The firmware Version of the node (lazy loaded).

-
- -
-
m_model
-
Utils::Lazy<WirelessModels::NodeModel> m_model
-

The WirelessModels::NodeModel of the node (lazy loaded).

-
- -
-
m_regionCode
-
Utils::Lazy<WirelessTypes::RegionCode> m_regionCode
-

The WirelessTypes::RegionCode of the node (lazy loaded).

-
- -
-
Functions
-
- -
-
firmwareVersion
-
Version firmwareVersion() const
-

Gets the firmware Version of the Node.

-
- -
-
model
- -

Gets the WirelessModels::NodeModel of the Node.

-
- -
-
regionCode
-
WirelessTypes::RegionCode regionCode() const
-

Gets the WirelessTypes::RegionCode of the Node.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeMemory-Summary.js b/v66.0.1/MSCL_Docs/classes/C/NodeMemory-Summary.js deleted file mode 100644 index 59b3c3635..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeMemory-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:NodeMemory","NodeMemory");NDSummary.OnSummaryLoaded("CClass:NodeMemory",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[9320,0,0,"NodeMemory"],[9321,0,2,"Functions","Functions"],[9322,0,1,"NodeMemory","NodeMemory"],[9323,0,1,"~NodeMemory","~NodeMemory"],[9324,0,2,"Variables","Variables"],[9325,0,3,"m_node","m_node"],[9326,0,3,"m_totalBytes","m_totalBytes"],[9327,0,3,"m_currentData","m_currentData"],[9328,0,2,"Functions","Functions(2)"],[9329,0,1,"nextByte","nextByte"],[9330,0,1,"isNextByteNewHeader","isNextByteNewHeader"],[9331,0,1,"readIndex","readIndex"],[9332,0,1,"setAddress","setAddress"],[9333,0,1,"bytesRemaining","bytesRemaining"],[9334,0,1,"percentComplete","percentComplete"],[9335,0,1,"skipBytes","skipBytes"],[9336,0,1,"read_uint8","read_uint8"],[9337,0,1,"read_int16","read_int16"],[9338,0,1,"read_uint16","read_uint16"],[9339,0,1,"read_uint24","read_uint24"],[9340,0,1,"read_int24","read_int24"],[9341,0,1,"read_uint32","read_uint32"],[9342,0,1,"read_uint64","read_uint64"],[9343,0,1,"read_float","read_float"],[9344,0,1,"read_string","read_string"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeMemory-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeMemory-SummaryToolTips.js deleted file mode 100644 index f04a722f1..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeMemory-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:NodeMemory",{9320:"
NodeMemory
Provides easy access to the datalogging memory on a WirelessNode.
",9322:"
NodeMemory(
WirelessNode &node
)
Creates a NodeMemory object.
",9323:"
virtual ~NodeMemory()
Destroys a NodeMemory object.
",9325:"
WirelessNode& m_node
The WirelessNode to access the memory of.
",9326:"
uint32 m_totalBytes
The total number of bytes that can be downloaded.
",9327:"
ByteStream m_currentData
Contains data for the current page that has been downloaded.
",9329:"
virtual uint8 nextByte() = 0
Reads the next byte from the datalogging data.
",9330:"
virtual bool isNextByteNewHeader() = 0
Checks if the next byte will be the start of a new header.  Note: upon returning from this function, the read position will not have changed.
",9331:"
virtual uint32 readIndex() const = 0
Returns the current read index for the data.
",9332:"
virtual void setAddress(
uint32 newAddress
) = 0
Sets the read address to the specified value.
",9333:"
virtual uint32 bytesRemaining() = 0
Calculates how many bytes are remaining in the Node\'s datalogging memory, based on the current byte position.
",9334:"
virtual float percentComplete() = 0
Calculates the percentage complete based on the current byte position.
",9335:"
void skipBytes(
uint32 numBytesToSkip
)
Moves the read pointer ahead by the number of bytes specified (calls read_uint8).
",9336:"
uint8 read_uint8()
Reads a 1-byte unsigned integer from the Node\'s memory.
",9337:"
int16 read_int16(
Utils::Endianness endian = Utils::bigEndian
)
Reads a 2-byte signed integer from the Node\'s memory.
",9338:"
uint16 read_uint16(
Utils::Endianness endian = Utils::bigEndian
)
Reads a 2-byte unsigned integer from the Node\'s memory.
",9339:"
uint32 read_uint24(
Utils::Endianness endian = Utils::bigEndian
)
Reads a 3-byte unsigned integer from the Node\'s memory.
",9340:"
int32 read_int24(
Utils::Endianness endian = Utils::bigEndian
)
Reads a 3-byte signed integer from the Node\'s memory.
",9341:"
uint32 read_uint32(
Utils::Endianness endian = Utils::bigEndian
)
Reads a 4-byte unsigned integer from the Node\'s memory.
",9342:"
uint64 read_uint64(
Utils::Endianness endian = Utils::bigEndian
)
Reads an 8-byte unsigned integer from the Node\'s memory.
",9343:"
float read_float(
Utils::Endianness endian = Utils::bigEndian
)
Reads a 4-byte float from the Node\'s memory.
",9344:"
std::string read_string(
uint32 length
)
Reads a string of the specified length from the Node\'s memory.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeMemory-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeMemory-ToolTips.js deleted file mode 100644 index 8764dc3cf..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeMemory-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7905:"
WirelessNode
A class representing a MicroStrain wireless node
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10192:"
The possible endians that a value can be in.
",10457:"
Error_NoData
There is no data available to be accessed
",10472:"
Error_NodeCommunication
The exception for failing to communicate with a WirelessNode.
",10479:"
Error_Connection
The generic connection exception.
",8435:"
NodeMemory_v2
Provides easy access to the datalogging memory (v2) on a WirelessNode.
",8474:"
NodeMemory_v1
Provides easy access to the datalogging memory on a WirelessNode.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeMemory.html b/v66.0.1/MSCL_Docs/classes/C/NodeMemory.html deleted file mode 100644 index fe562e14c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeMemory.html +++ /dev/null @@ -1,155 +0,0 @@ - - -NodeMemory - - - - - - - -
-
NodeMemory
- -

Provides easy access to the datalogging memory on a WirelessNode.

-
- -
-
Functions
-
- -
-
NodeMemory
-
NodeMemory(
WirelessNode &node
)
-

Creates a NodeMemory object.

Parameters
node
WirelessNode&

The WirelessNode to access the memory of.

Exceptions
-
- -
-
~NodeMemory
-
virtual ~NodeMemory()
-

Destroys a NodeMemory object.

-
- -
-
Variables
-
- -
-
m_node
-
WirelessNode& m_node
-

The WirelessNode to access the memory of.

-
- -
-
m_totalBytes
-
uint32 m_totalBytes
-

The total number of bytes that can be downloaded.

-
- -
-
m_currentData
-
ByteStream m_currentData
-

Contains data for the current page that has been downloaded.

-
- -
-
Functions
-
- -
-
nextByte
-
virtual uint8 nextByte() = 0
-

Reads the next byte from the datalogging data.

Returns

The 1-byte uint8 at the next position.

Exceptions
-
- -
-
isNextByteNewHeader
-
virtual bool isNextByteNewHeader() = 0
-

Checks if the next byte will be the start of a new header.  Note: upon returning from this function, the read position will not have changed.

Returns

true if the next byte starts a new header, false if it does not.

-
- -
-
readIndex
-
virtual uint32 readIndex() const = 0
-

Returns the current read index for the data.

-
- -
-
setAddress
-
virtual void setAddress(
uint32 newAddress
) = 0
-

Sets the read address to the specified value.

Parameters
newAddress
uint32

The address to set the read address to.

-
- -
-
bytesRemaining
-
virtual uint32 bytesRemaining() = 0
-

Calculates how many bytes are remaining in the Node's datalogging memory, based on the current byte position.

Returns

The number of bytes remaining before the end of the Node's datalogging memory.

-
- -
-
percentComplete
-
virtual float percentComplete() = 0
-

Calculates the percentage complete based on the current byte position.

Returns
The percentage complete (0

100).

-
- -
-
skipBytes
-
void skipBytes(
uint32 numBytesToSkip
)
-

Moves the read pointer ahead by the number of bytes specified (calls read_uint8).

Exceptions
-
- -
-
read_uint8
-
uint8 read_uint8()
-

Reads a 1-byte unsigned integer from the Node's memory.

Returns

The 1-byte uint8 at the next position in the Node's memory.

Exceptions
-
- -
-
read_int16
-
int16 read_int16(
Utils::Endianness endian = Utils::bigEndian
)
-

Reads a 2-byte signed integer from the Node's memory.

Parameters
endian
Utils::Endianness

The Utils::Endianness to read the bytes in.

Returns

The int16 at the next position in the Node's memory.

Exceptions
-
- -
-
read_uint16
-
uint16 read_uint16(
Utils::Endianness endian = Utils::bigEndian
)
-

Reads a 2-byte unsigned integer from the Node's memory.

Parameters
endian
Utils::Endianness

The Utils::Endianness to read the bytes in.

Returns

The uint16 at the next position in the Node's memory.

Exceptions
-
- -
-
read_uint24
-
uint32 read_uint24(
Utils::Endianness endian = Utils::bigEndian
)
-

Reads a 3-byte unsigned integer from the Node's memory.

Parameters
endian
Utils::Endianness

The Utils::Endianness to read the bytes in.

Returns

A uint32 containing the uint24 value at the next position in the Node's memory.

Exceptions
-
- -
-
read_int24
-
int32 read_int24(
Utils::Endianness endian = Utils::bigEndian
)
-

Reads a 3-byte signed integer from the Node's memory.

Parameters
endian
Utils::Endianness

The Utils::Endianness to read the bytes in.

Returns

An int32 containing the int24 value at the next position in the Node's memory.

Exceptions
-
- -
-
read_uint32
-
uint32 read_uint32(
Utils::Endianness endian = Utils::bigEndian
)
-

Reads a 4-byte unsigned integer from the Node's memory.

Parameters
endian
Utils::Endianness

The Utils::Endianness to read the bytes in.

Returns

The uint32 at the next position in the Node's memory.

Exceptions
-
- -
-
read_uint64
-
uint64 read_uint64(
Utils::Endianness endian = Utils::bigEndian
)
-

Reads an 8-byte unsigned integer from the Node's memory.

Parameters
endian
Utils::Endianness

The Utils::Endianness to read the bytes in.

Returns

The uint32 at the next position in the Node's memory.

Exceptions
-
- -
-
read_float
-
float read_float(
Utils::Endianness endian = Utils::bigEndian
)
-

Reads a 4-byte float from the Node's memory.

Parameters
endian
Utils::Endianness

The Utils::Endianness to read the bytes in.

Returns

The float at the next position in the Node's memory.

Exceptions
-
- -
-
read_string
-
std::string read_string(
uint32 length
)
-

Reads a string of the specified length from the Node's memory.

Parameters
length
uint32

The size (number of characters) to read for.

Returns

The string at the next position in the Node's memory, of the requested length.

Exceptions
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeMemory_v1-Summary.js b/v66.0.1/MSCL_Docs/classes/C/NodeMemory_v1-Summary.js deleted file mode 100644 index 136277824..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeMemory_v1-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:NodeMemory_v1","NodeMemory_v1");NDSummary.OnSummaryLoaded("CClass:NodeMemory_v1",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[8474,0,0,"NodeMemory_v1"],[8475,0,3,"Functions","Functions"],[8476,0,2,"NodeMemory_v1","NodeMemory_v1"],[8477,0,2,"~NodeMemory_v1","~NodeMemory_v1"],[8478,0,3,"Constants","Constants"],[8479,0,1,"Node Memory Constants","Node_Memory_Constants"],[8480,0,1,,"DPAGE_SIZE"],[8481,0,1,,"START_PAGE"],[8482,0,3,"Variables","Variables"],[8483,0,4,"m_currentAddress","m_currentAddress"],[8484,0,4,"m_logPage","m_logPage"],[8485,0,4,"m_pageOffset","m_pageOffset"],[8486,0,4,"m_currentPageNumber","m_currentPageNumber"],[8487,0,4,"m_previousPageNumbers","m_previousPageNumbers"],[8488,0,4,"m_previousData","m_previousData"],[8489,0,3,"Functions","Functions(2)"],[8490,0,2,"findPageAndOffset","findPageAndOffset"],[8491,0,2,"getByteStream","getByteStream"],[8492,0,2,"findData","findData"],[8493,0,2,"nextByte","nextByte"],[8494,0,2,"calcTotalBytes","calcTotalBytes"],[8495,0,2,"isNextByteNewHeader","isNextByteNewHeader"],[8496,0,2,"readIndex","readIndex"],[8497,0,2,"setAddress","setAddress"],[8498,0,2,"bytesRemaining","bytesRemaining"],[8499,0,2,"percentComplete","percentComplete"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeMemory_v1-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeMemory_v1-SummaryToolTips.js deleted file mode 100644 index ee66095b0..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeMemory_v1-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:NodeMemory_v1",{8474:"
NodeMemory_v1
Provides easy access to the datalogging memory on a WirelessNode.
",8476:"
NodeMemory_v1(
WirelessNode &node,
uint16 logPage,
uint16 pageOffset
)
Creates a NodeMemory_v1 object.
",8477:"
virtual ~NodeMemory_v1()
Destroys a NodeMemory_v1 object.
",8483:"
uint32 m_currentAddress
The current address to read data from.
",8484:"
uint16 m_logPage
The last log page that contains datalogging data.
",8485:"
uint16 m_pageOffset
The byte offset into the last log page containing datalogging data.
",8486:"
uint16 m_currentPageNumber
Holds the page number of the data that is stored in m_currentData
",8487:"
Holds the page number of the data that is stored in m_previousData
",8488:"
ByteStream m_previousData
Holds the previously downloaded page data for easily returning to it
",8490:"
void findPageAndOffset(
uint32 bytePosition,
uint16 &page,
uint16 &offset
) const
Gets the page and offset from the memory position.
",8491:"
ByteStream* getByteStream(
uint16 page
)
Gets a pointer to the ByteStream containing the data for the requested page.  If the data does not exist in a current ByteStream, it will be downloaded from the Node.
",8492:"
void findData(
uint32 bytePosition,
ByteStream **data,
uint16 &offset
)
Gets the data ByteStream, and offset into the ByteStream to read from, given the byte position.
",8493:"
virtual uint8 nextByte() override
Reads the next byte from the datalogging data.
",8494:"
static uint32 calcTotalBytes(
uint16 logPage,
uint16 pageOffset
)
Calculates the total number of bytes currently logged to memory.
",8495:"
virtual bool isNextByteNewHeader() override
Checks if the next byte will be the start of a new header.  Note: upon returning from this function, the read position will not have changed.
",8496:"
virtual uint32 readIndex() const override
Returns the current read index for the data.
",8497:"
virtual void setAddress(
uint32 newAddress
) override
Sets the read address to the specified value.
",8498:"
virtual uint32 bytesRemaining() override
Calculates how many bytes are remaining in the Node\'s datalogging memory, based on the given byte position.
",8499:"
virtual float percentComplete() override
Calculates the percentage complete based on the given byte position.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeMemory_v1-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeMemory_v1-ToolTips.js deleted file mode 100644 index e6c49533f..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeMemory_v1-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7905:"
WirelessNode
A class representing a MicroStrain wireless node
",9320:"
NodeMemory
Provides easy access to the datalogging memory on a WirelessNode.
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10457:"
Error_NoData
There is no data available to be accessed
",10472:"
Error_NodeCommunication
The exception for failing to communicate with a WirelessNode.
",10479:"
Error_Connection
The generic connection exception.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeMemory_v1.html b/v66.0.1/MSCL_Docs/classes/C/NodeMemory_v1.html deleted file mode 100644 index 2974781d4..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeMemory_v1.html +++ /dev/null @@ -1,145 +0,0 @@ - - -NodeMemory_v1 - - - - - - - -
-
NodeMemory_v1
-
public
NodeMemory
NodeMemory_v1
-

Provides easy access to the datalogging memory on a WirelessNode.

-
- -
-
Functions
-
- -
-
NodeMemory_v1
-
NodeMemory_v1(
WirelessNode &node,
uint16 logPage,
uint16 pageOffset
)
-

Creates a NodeMemory_v1 object.

Parameters
node
WirelessNode&

The WirelessNode to access the memory of.

logPage
uint16

The last log page that contains datalogging data.

pageOffset
uint16

The byte offset into the last log page containing datalogging data.

Exceptions
-
- -
-
~NodeMemory_v1
-
virtual ~NodeMemory_v1()
-

Destroys a NodeMemory_v1 object.

-
- -
-
Constants
-
- -
-
Node Memory Constants
-
DPAGE_SIZE

264  - The size of a single datalogging page (in bytes).

START_PAGE

2  - The first page on the Node that has actual datalogging data.

-
- -
-
Variables
-
- -
-
m_currentAddress
-
uint32 m_currentAddress
-

The current address to read data from.

-
- -
-
m_logPage
-
uint16 m_logPage
-

The last log page that contains datalogging data.

-
- -
-
m_pageOffset
-
uint16 m_pageOffset
-

The byte offset into the last log page containing datalogging data.

-
- -
-
m_currentPageNumber
-
uint16 m_currentPageNumber
-

Holds the page number of the data that is stored in m_currentData

-
- -
-
m_previousPageNumbers
-

Holds the page number of the data that is stored in m_previousData

-
- -
-
m_previousData
-
ByteStream m_previousData
-

Holds the previously downloaded page data for easily returning to it

-
- -
-
Functions
-
- -
-
findPageAndOffset
-
void findPageAndOffset(
uint32 bytePosition,
uint16 &page,
uint16 &offset
) const
-

Gets the page and offset from the memory position.

Parameters
bytePosition
uint32

The byte position in the Node's datalogging memory.

page
uint16&

Holds the page index result.

offset
uint16&

Holds the offset position result;

-
- -
-
getByteStream
-
ByteStream* getByteStream(
uint16 page
)
-

Gets a pointer to the ByteStream containing the data for the requested page.  If the data does not exist in a current ByteStream, it will be downloaded from the Node.

Parameters
page
uint16

The page index to request data for.

Returns

A ByteStream pointer containing the data for the requested page.

Exceptions
-
- -
-
findData
-
void findData(
uint32 bytePosition,
ByteStream **data,
uint16 &offset
)
-

Gets the data ByteStream, and offset into the ByteStream to read from, given the byte position.

Parameters
bytePosition
uint32

The byte position requested in the Node's datalogging memory.

data
ByteStream**

Holds the ByteStream result containing the data to read.

offset
uint16&

Holds the offset result, which is the offset into the data to read from.

Exceptions
-
- -
-
nextByte
-
virtual uint8 nextByte() override
-

Reads the next byte from the datalogging data.

Returns

The 1-byte uint8 at the next position.

Exceptions
-
- -
-
calcTotalBytes
-
static uint32 calcTotalBytes(
uint16 logPage,
uint16 pageOffset
)
-

Calculates the total number of bytes currently logged to memory.

Parameters
logPage
uint16

The log page from the Node.

pageOffset
uint16

The log page offset from the Node.

Returns

The total number of bytes currently logged to memory.

-
- -
-
isNextByteNewHeader
-
virtual bool isNextByteNewHeader() override
-

Checks if the next byte will be the start of a new header.  Note: upon returning from this function, the read position will not have changed.

Returns

true if the next byte starts a new header, false if it does not.

-
- -
-
readIndex
-
virtual uint32 readIndex() const override
-

Returns the current read index for the data.

-
- -
-
setAddress
-
virtual void setAddress(
uint32 newAddress
) override
-

Sets the read address to the specified value.

Parameters
newAddress
uint32

The address to set the read address to.

-
- -
-
bytesRemaining
-
virtual uint32 bytesRemaining() override
-

Calculates how many bytes are remaining in the Node's datalogging memory, based on the given byte position.

Parameters
address

The byte position to check against the total bytes to calculate the number of bytes remaining.

Returns

The number of bytes remaining before the end of the Node's datalogging memory.  virtual uint32 bytesRemaining(uint32 address) const override;

-
- -
-
percentComplete
-
virtual float percentComplete() override
-

Calculates the percentage complete based on the given byte position.

Parameters
address

The byte position to check against the total bytes to calculate the percent complete.

Returns
The percentage complete (0

100).  virtual float percentComplete(uint32 address) const override;

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeMemory_v2-Summary.js b/v66.0.1/MSCL_Docs/classes/C/NodeMemory_v2-Summary.js deleted file mode 100644 index fbf29e94a..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeMemory_v2-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:NodeMemory_v2","NodeMemory_v2");NDSummary.OnSummaryLoaded("CClass:NodeMemory_v2",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[8435,0,0,"NodeMemory_v2"],[8436,0,3,"Functions","Functions"],[8437,0,2,"NodeMemory_v2","NodeMemory_v2"],[8438,0,3,"Constants","Constants"],[8439,0,1,"Node Memory Constants","Node_Memory_Constants"],[8440,0,1,,"BLOCK_HEADER_ID"],[8441,0,1,,"REFRESH_HEADER_ID"],[8442,0,1,,"SESSION_CHANGE_HEADER_ID"],[8443,0,1,,"SESSION_CHANGE_HEADER_ID_V2"],[8444,0,3,"Functions","Functions(2)"],[8445,0,2,"~NodeMemory_v2","~NodeMemory_v2"],[8446,0,3,"Variables","Variables"],[8447,0,4,"m_flashInfo","m_flashInfo"],[8448,0,4,"m_startAddress","m_startAddress"],[8449,0,4,"m_lastAddress","m_lastAddress"],[8450,0,4,"m_downloadAddress","m_downloadAddress"],[8451,0,4,"m_previousDownloadAddress","m_previousDownloadAddress"],[8452,0,4,"m_readIndex","m_readIndex"],[8453,0,4,"m_checksumIndex","m_checksumIndex"],[8454,0,4,"m_sweepSize","m_sweepSize"],[8455,0,4,"m_derivedSweepSize","m_derivedSweepSize"],[8456,0,4,"m_isMathData","m_isMathData"],[8457,0,4,"m_partialDownload","m_partialDownload"],[8458,0,4,"m_doneDownloading","m_doneDownloading"],[8459,0,4,"m_startedDownloading","m_startedDownloading"],[8460,0,4,"m_nextData","m_nextData"],[8461,0,4,"m_extraData","m_extraData"],[8462,0,3,"Functions","Functions(3)"],[8463,0,2,"nextBlockAddress","nextBlockAddress"],[8464,0,2,"bytesLeftToDownload","bytesLeftToDownload"],[8465,0,2,"normalizeAddress","normalizeAddress"],[8466,0,2,"verifyBlock","verifyBlock"],[8467,0,2,"fillBuffer","fillBuffer"],[8468,0,2,"nextByte","nextByte"],[8469,0,2,"isNextByteNewHeader","isNextByteNewHeader"],[8470,0,2,"readIndex","readIndex"],[8471,0,2,"setAddress","setAddress"],[8472,0,2,"bytesRemaining","bytesRemaining"],[8473,0,2,"percentComplete","percentComplete"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeMemory_v2-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeMemory_v2-SummaryToolTips.js deleted file mode 100644 index bf696fc10..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeMemory_v2-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:NodeMemory_v2",{8435:"
NodeMemory_v2
Provides easy access to the datalogging memory (v2) on a WirelessNode.
",8437:"
NodeMemory_v2(
WirelessNode &node,
const FlashInfo &flashInfo,
uint32 startAddress,
uint32 size
)
Creates a NodeMemory_v2 object.
",8445:"
virtual ~NodeMemory_v2()
Destroys a NodeMemory_v2 object.
",8447:"
FlashInfo m_flashInfo
The FlashInfo of the Node.
",8448:"
const uint32 m_startAddress
The flash address of the first log header.
",8449:"
uint32 m_lastAddress
The address of the last flash memory location.
",8450:"
uint32 m_downloadAddress
The flash address to use for the next download command.
",8451:"
uint32 m_previousDownloadAddress
The flash address of the previous download command.
",8452:"
uint32 m_readIndex
The index into the current data buffer to read from.
",8453:"
uint32 m_checksumIndex
The index of the first checksum byte in the current data buffer.
",8454:"
uint16 m_sweepSize
The size of a single sweep of data (used for smaller header parsing).
",8455:"
uint16 m_derivedSweepSize
The size of a single sweep of derived data (used for smaller header parsing).
",8456:"
bool m_isMathData
True if the current data being parsed is math data, false if it is raw data.
",8457:"
bool m_partialDownload
Flag used to know if a download of data has been started, but not fully completed.
",8458:"
bool m_doneDownloading
Flag to store whether we have downloaded all the data or not.
",8459:"
bool m_startedDownloading
true if we\'ve downloaded at least some data.
",8460:"
ByteStream m_nextData
ByteStream to hold the next valid block.
",8461:"
ByteStream m_extraData
ByteStream to hold extra bytes before being pushed into m_nextData.
",8463:"
uint32 nextBlockAddress(
uint32 currentAddress
) const
Gets the address of the next block from the given address.
",8464:"
uint32 bytesLeftToDownload() const
Gets the number of bytes left to download based on the current download address.  Note: this does not include bytes left to read in the current data buffer, just to download.
",8465:"
void normalizeAddress()
Normalizes the download address so that it wraps around (circular buffer) in the case of overflowing the max memory.
",8466:"
bool verifyBlock(
const ByteStream &buffer,
uint32 &checksumPos,
bool &needMoreData 
)
Verifies that the buffer passed in contains a full, valid block.
",8467:"
void fillBuffer(
ByteStream &buffer
)
Fills the given buffer with the next valid block, if found.
",8468:"
virtual uint8 nextByte() override
Reads the next byte from the datalogging data.
",8469:"
virtual bool isNextByteNewHeader() override
Checks if the next byte will be the start of a new header.  Note: upon returning from this function, the read position will not have changed.
",8470:"
virtual uint32 readIndex() const override
Returns the current read index for the data.
",8471:"
virtual void setAddress(
uint32 newAddress
) override
Sets the read address to the specified value.
",8472:"
virtual uint32 bytesRemaining() override
Calculates how many bytes are remaining in the Node\'s datalogging memory, based on the current byte position.
",8473:"
virtual float percentComplete() override
Calculates the percentage complete based on the current byte position.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeMemory_v2-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/NodeMemory_v2-ToolTips.js deleted file mode 100644 index 5a9c41e16..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeMemory_v2-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7024:"
Contains flash information of a WirelessNode.
",7905:"
WirelessNode
A class representing a MicroStrain wireless node
",9320:"
NodeMemory
Provides easy access to the datalogging memory on a WirelessNode.
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10457:"
Error_NoData
There is no data available to be accessed
",10472:"
Error_NodeCommunication
The exception for failing to communicate with a WirelessNode.
",10479:"
Error_Connection
The generic connection exception.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/NodeMemory_v2.html b/v66.0.1/MSCL_Docs/classes/C/NodeMemory_v2.html deleted file mode 100644 index 0dcae7544..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/NodeMemory_v2.html +++ /dev/null @@ -1,210 +0,0 @@ - - -NodeMemory_v2 - - - - - - - -
-
NodeMemory_v2
-
public
NodeMemory
NodeMemory_v2
-

Provides easy access to the datalogging memory (v2) on a WirelessNode.

-
- -
-
Functions
-
- -
-
NodeMemory_v2
-
NodeMemory_v2(
WirelessNode &node,
const FlashInfo &flashInfo,
uint32 startAddress,
uint32 size
)
-

Creates a NodeMemory_v2 object.

Parameters
node
WirelessNode&

The WirelessNode to access the memory of.

flashInfo
const FlashInfo&

The FlashInfo of the Node.

startAddress
uint32

The flash address of the first log header.

size
uint32

The number of logged bytes to read.

Exceptions
-
- -
-
Constants
-
- -
-
Node Memory Constants
-
BLOCK_HEADER_ID

0xBB  - Block Header ID

REFRESH_HEADER_ID

0xBA  - Refresh Header ID

SESSION_CHANGE_HEADER_ID

0xBC  - Session Change Header ID (Version 1)

SESSION_CHANGE_HEADER_ID_V2

0xBD  - Session Change Header ID (Version 2)

-
- -
-
Functions
-
- -
-
~NodeMemory_v2
-
virtual ~NodeMemory_v2()
-

Destroys a NodeMemory_v2 object.

-
- -
-
Variables
-
- -
-
m_flashInfo
-
FlashInfo m_flashInfo
-

The FlashInfo of the Node.

-
- -
-
m_startAddress
-
const uint32 m_startAddress
-

The flash address of the first log header.

-
- -
-
m_lastAddress
-
uint32 m_lastAddress
-

The address of the last flash memory location.

-
- -
-
m_downloadAddress
-
uint32 m_downloadAddress
-

The flash address to use for the next download command.

-
- -
-
m_previousDownloadAddress
-
uint32 m_previousDownloadAddress
-

The flash address of the previous download command.

-
- -
-
m_readIndex
-
uint32 m_readIndex
-

The index into the current data buffer to read from.

-
- -
-
m_checksumIndex
-
uint32 m_checksumIndex
-

The index of the first checksum byte in the current data buffer.

-
- -
-
m_sweepSize
-
uint16 m_sweepSize
-

The size of a single sweep of data (used for smaller header parsing).

-
- -
-
m_derivedSweepSize
-
uint16 m_derivedSweepSize
-

The size of a single sweep of derived data (used for smaller header parsing).

-
- -
-
m_isMathData
-
bool m_isMathData
-

True if the current data being parsed is math data, false if it is raw data.

-
- -
-
m_partialDownload
-
bool m_partialDownload
-

Flag used to know if a download of data has been started, but not fully completed.

-
- -
-
m_doneDownloading
-
bool m_doneDownloading
-

Flag to store whether we have downloaded all the data or not.

-
- -
-
m_startedDownloading
-
bool m_startedDownloading
-

true if we've downloaded at least some data.

-
- -
-
m_nextData
-
ByteStream m_nextData
-

ByteStream to hold the next valid block.

-
- -
-
m_extraData
-
ByteStream m_extraData
-

ByteStream to hold extra bytes before being pushed into m_nextData.

-
- -
-
Functions
-
- -
-
nextBlockAddress
-
uint32 nextBlockAddress(
uint32 currentAddress
) const
-

Gets the address of the next block from the given address.

Parameters
currentAddress
uint32

The current address to look for the next block from.

-
- -
-
bytesLeftToDownload
-
uint32 bytesLeftToDownload() const
-

Gets the number of bytes left to download based on the current download address.  Note: this does not include bytes left to read in the current data buffer, just to download.

-
- -
-
normalizeAddress
-
void normalizeAddress()
-

Normalizes the download address so that it wraps around (circular buffer) in the case of overflowing the max memory.

-
- -
-
verifyBlock
-
bool verifyBlock(
const ByteStream &buffer,
uint32 &checksumPos,
bool &needMoreData 
)
-

Verifies that the buffer passed in contains a full, valid block.

Parameters
buffer
const ByteStream&

The ByteStream buffer to check for a full block.

checksumPos
uint32&

Will be set to the read index of the checksum when it is known where the checksum will be located.  Note: this may be set even if all the data hasn't been found in the buffer, indicating we need to read more data.

needMoreData
bool&

Whether or not more data is needed to verify the block.

Returns

true if the buffer contains a full, valid block from its start position. False if it hasn't been verified.

-
- -
-
fillBuffer
-
void fillBuffer(
ByteStream &buffer
)
-

Fills the given buffer with the next valid block, if found.

Parameters
buffer
ByteStream&

The ByteStream buffer to hold the data, if any is found.

-
- -
-
nextByte
-
virtual uint8 nextByte() override
-

Reads the next byte from the datalogging data.

Returns

The 1-byte uint8 at the next position.

Exceptions
-
- -
-
isNextByteNewHeader
-
virtual bool isNextByteNewHeader() override
-

Checks if the next byte will be the start of a new header.  Note: upon returning from this function, the read position will not have changed.

Returns

true if the next byte starts a new header, false if it does not.

-
- -
-
readIndex
-
virtual uint32 readIndex() const override
-

Returns the current read index for the data.

-
- -
-
setAddress
-
virtual void setAddress(
uint32 newAddress
) override
-

Sets the read address to the specified value.

Parameters
newAddress
uint32

The address to set the read address to.

-
- -
-
bytesRemaining
-
virtual uint32 bytesRemaining() override
-

Calculates how many bytes are remaining in the Node's datalogging memory, based on the current byte position.

Returns

The number of bytes remaining before the end of the Node's datalogging memory.

-
- -
-
percentComplete
-
virtual float percentComplete() override
-

Calculates the percentage complete based on the current byte position.

Returns
The percentage complete (0

100).

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/OdometerConfiguration-Summary.js b/v66.0.1/MSCL_Docs/classes/C/OdometerConfiguration-Summary.js deleted file mode 100644 index 543a68549..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/OdometerConfiguration-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:OdometerConfiguration","OdometerConfiguration");NDSummary.OnSummaryLoaded("CClass:OdometerConfiguration",[["C/C++","C"]],[["Classes","Class"],["Enums","Enumeration"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[2366,0,0,"OdometerConfiguration"],[2367,0,3,"Types","Types"],[2368,0,1,"Mode","Mode"],[2369,0,3,"Functions","Functions"],[2370,0,2,"mode","mode"],[2371,0,2,"uncertainty","uncertainty"],[2372,0,2,"scaling","scaling"],[2373,0,2,"scaling","scaling(2)"],[2374,0,3,"Variables","Variables"],[2375,0,4,"m_mode","m_mode"],[2376,0,4,"m_scaling","m_scaling"],[2377,0,4,"m_unc","m_unc"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/OdometerConfiguration-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/OdometerConfiguration-SummaryToolTips.js deleted file mode 100644 index 7e8fcd7b6..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/OdometerConfiguration-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:OdometerConfiguration",{2366:"
OdometerConfiguration
",2368:"
Odometer mode options DISABLED  - 0x00 - Encoder is disabled SINGLE  - 0x01 - Single pulse input; one direction only QUADRATURE  - 0x02 - Quadrature encoder mode
",2370:"
Mode mode() const
Get/Set the mode
",2371:"
float uncertainty() const
Get/Set the uncertainty (m/m)
",2372:"
float scaling() const
Get/Set the scaling value directly (pulses per meter)
",2373:"
void scaling(
float resolution,
float radius
)
Set the scaling by specifying the encoder resolution and the wheel radius.  Scaling = encoder resultion / (2pi * radius)
",2375:"
Mode m_mode
",2376:"
float m_scaling
",2377:"
float m_unc
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/OdometerConfiguration-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/OdometerConfiguration-ToolTips.js deleted file mode 100644 index 8806ab7a6..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/OdometerConfiguration-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2368:"
Odometer mode options DISABLED  - 0x00 - Encoder is disabled SINGLE  - 0x01 - Single pulse input; one direction only QUADRATURE  - 0x02 - Quadrature encoder mode
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/OdometerConfiguration.html b/v66.0.1/MSCL_Docs/classes/C/OdometerConfiguration.html deleted file mode 100644 index 919ba9563..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/OdometerConfiguration.html +++ /dev/null @@ -1,72 +0,0 @@ - - -OdometerConfiguration - - - - - - - -
-
OdometerConfiguration
-
OdometerConfiguration
-
- -
-
Types
-
- -
-
Mode
-

Odometer mode options DISABLED  - 0x00 - Encoder is disabled SINGLE  - 0x01 - Single pulse input; one direction only QUADRATURE  - 0x02 - Quadrature encoder mode

-
- -
-
Functions
-
- -
-
mode
-
Mode mode() const
-

Get/Set the mode

-
- -
-
uncertainty
-
float uncertainty() const
-

Get/Set the uncertainty (m/m)

-
- -
-
scaling
-
float scaling() const
-

Get/Set the scaling value directly (pulses per meter)

-
- -
-
scaling
-
void scaling(
float resolution,
float radius
)
-

Set the scaling by specifying the encoder resolution and the wheel radius.  Scaling = encoder resultion / (2pi * radius)

Parameters
resolution
float

encoder resolution (pulses per revolution)

radius
float

wheel radius (meters)

Note: 0 is an invalid value for both radius and resolution and will resulting in scaling = 0

-
- -
-
Variables
-
- -
-
m_mode
-
Mode m_mode
-
- -
-
m_scaling
-
float m_scaling
-
- -
-
m_unc
-
float m_unc
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/PageDownload-Summary.js b/v66.0.1/MSCL_Docs/classes/C/PageDownload-Summary.js deleted file mode 100644 index 1162a3711..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/PageDownload-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:PageDownload","PageDownload");NDSummary.OnSummaryLoaded("CClass:PageDownload",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[5475,0,0,"PageDownload"],[5476,0,2,"Functions","Functions"],[5477,0,1,"buildCommand","buildCommand"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/PageDownload-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/PageDownload-SummaryToolTips.js deleted file mode 100644 index 180c4f7b0..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/PageDownload-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:PageDownload",{5475:"
PageDownload
Contains logic for the PageDownload Node command
",5477:"
static ByteStream buildCommand(
NodeAddress nodeAddress,
uint16 pageIndex
)
Builds the PageDownload command packet
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/PageDownload-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/PageDownload-ToolTips.js deleted file mode 100644 index aefea407e..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/PageDownload-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10245:"
typedef for a Node\'s node address.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/PageDownload.html b/v66.0.1/MSCL_Docs/classes/C/PageDownload.html deleted file mode 100644 index 2d1b36b01..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/PageDownload.html +++ /dev/null @@ -1,27 +0,0 @@ - - -PageDownload - - - - - - - -
-
PageDownload
-
PageDownload
-

Contains logic for the PageDownload Node command

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand(
NodeAddress nodeAddress,
uint16 pageIndex
)
-

Builds the PageDownload command packet

Parameters
nodeAddress
NodeAddress

the address of the Node to build the command for

pageIndex
uint16

the page index to download from the Node's memory

Returns

A ByteStream containing the command packet

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Ping-Summary.js b/v66.0.1/MSCL_Docs/classes/C/Ping-Summary.js deleted file mode 100644 index a842d9000..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Ping-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:Ping","Ping");NDSummary.OnSummaryLoaded("CClass:Ping",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[2804,0,0,"Ping"],[2805,0,3,"Constants","Constants"],[2806,0,1,"Packet Bytes","Packet_Bytes"],[2807,0,1,,"CMD_ID"],[2808,0,3,"Functions","Functions"],[2809,0,2,"buildCommand","buildCommand"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Ping-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Ping-SummaryToolTips.js deleted file mode 100644 index b64d62c76..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Ping-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:Ping",{2804:"
Ping
Contains the logic for the Inertial Ping command.
",2809:"
static ByteStream buildCommand()
Builds the command packet
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Ping-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Ping-ToolTips.js deleted file mode 100644 index a9de5ee2c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Ping-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3171:"
The enums for all of the different MIP commands.
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Ping.html b/v66.0.1/MSCL_Docs/classes/C/Ping.html deleted file mode 100644 index fe43d3571..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Ping.html +++ /dev/null @@ -1,36 +0,0 @@ - - -Ping - - - - - - - -
-
Ping
-
Ping
-

Contains the logic for the Inertial Ping command.

-
- -
-
Constants
-
- -
-
Packet Bytes
-
CMD_ID

CMD_PING  - The MipTypes::Command for this command

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand()
-

Builds the command packet

Returns

A ByteStream containing the Ping command packet

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/PingResponse-Summary.js b/v66.0.1/MSCL_Docs/classes/C/PingResponse-Summary.js deleted file mode 100644 index 4cba2d13e..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/PingResponse-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:PingResponse","PingResponse");NDSummary.OnSummaryLoaded("CClass:PingResponse",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[5460,0,0,"PingResponse"],[5461,0,2,"Functions","Functions"],[5462,0,1,"PingResponse","PingResponse"],[5463,0,1,"PingResponse","PingResponse(2)"],[5464,0,1,"ResponseSuccess","ResponseSuccess"],[5465,0,1,"ResponseFail","ResponseFail"],[5466,0,2,"Variables","Variables"],[5467,0,3,"m_success","m_success"],[5468,0,3,"m_nodeRssi","m_nodeRssi"],[5469,0,3,"m_baseRssi","m_baseRssi"],[5470,0,2,"Functions","Functions(2)"],[5471,0,1,"success","success"],[5472,0,1,"nodeRssi","nodeRssi"],[5473,0,1,"baseRssi","baseRssi"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/PingResponse-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/PingResponse-SummaryToolTips.js deleted file mode 100644 index dadebe47d..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/PingResponse-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:PingResponse",{5460:"
PingResponse
Represents the response to a Long Ping Node command
",5462:"
PingResponse()
Creates a PingResponse with default values
",5463:"
PingResponse(
bool success,
int16 nodeRssi,
int16 baseRssi
)
Creates a PingResponse with the given parameters
",5464:"
static PingResponse ResponseSuccess(
int16 nodeRssi,
int16 baseRssi
)
Creates a PingResponse with a successful response
",5465:"
static PingResponse ResponseFail()
Creates a PingResponse with a fail response
",5467:"
bool m_success
Whether or not the Long Ping response was a success
",5468:"
int16 m_nodeRssi
The node RSSI value received in the Long Ping response
",5469:"
int16 m_baseRssi
The base station RSSI value received in the Long Ping response
",5471:"
bool success() const
Gets whether or not the Long Ping command was a success (the node responded).
",5472:"
int16 nodeRssi() const
Gets the node RSSI that was returned with the response (if success() returns true).  This is the signal strength at which the Node received the BaseStation\'s command packet.
",5473:"
int16 baseRssi() const
Gets the base station RSSI that was returned with the response (if success() returns true).  This is the signal strength at which the BaseStation received the Nodes\'s response packet.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/PingResponse-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/PingResponse-ToolTips.js deleted file mode 100644 index d251d9706..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/PingResponse-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({5460:"
PingResponse
Represents the response to a Long Ping Node command
",5462:"
PingResponse()
Creates a PingResponse with default values
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/PingResponse.html b/v66.0.1/MSCL_Docs/classes/C/PingResponse.html deleted file mode 100644 index 3e850062e..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/PingResponse.html +++ /dev/null @@ -1,89 +0,0 @@ - - -PingResponse - - - - - - - -
-
PingResponse
-
PingResponse
-

Represents the response to a Long Ping Node command

-
- -
-
Functions
-
- -
-
PingResponse
-
PingResponse()
-

Creates a PingResponse with default values

-
- -
-
PingResponse
-
PingResponse(
bool success,
int16 nodeRssi,
int16 baseRssi
)
-

Creates a PingResponse with the given parameters

Parameters
success
bool

Whether or not the Long Ping response was a success

nodeRssi
int16

The node RSSI value received in the Long Ping response

baseRssi
int16

The base station RSSI value received in the Long Ping response

-
- -
-
ResponseSuccess
-
static PingResponse ResponseSuccess(
int16 nodeRssi,
int16 baseRssi
)
-

Creates a PingResponse with a successful response

Parameters
nodeRssi
int16

the node RSSI from the response

baseRssi
int16

the base station RSSI from the response

Returns

A PingResponse representing a success response from the LongPing node command

-
- -
-
ResponseFail
-
static PingResponse ResponseFail()
-

Creates a PingResponse with a fail response

Returns

A PingResponse representing a failed response from the LongPing Node command

-
- -
-
Variables
-
- -
-
m_success
-
bool m_success
-

Whether or not the Long Ping response was a success

-
- -
-
m_nodeRssi
-
int16 m_nodeRssi
-

The node RSSI value received in the Long Ping response

-
- -
-
m_baseRssi
-
int16 m_baseRssi
-

The base station RSSI value received in the Long Ping response

-
- -
-
Functions
-
- -
-
success
-
bool success() const
-

Gets whether or not the Long Ping command was a success (the node responded).

Returns

true if the Long Ping command was a success, false otherwise.

-
- -
-
nodeRssi
-
int16 nodeRssi() const
-

Gets the node RSSI that was returned with the response (if success() returns true).  This is the signal strength at which the Node received the BaseStation's command packet.

Returns

The node RSSI that was returned with the response

-
- -
-
baseRssi
-
int16 baseRssi() const
-

Gets the base station RSSI that was returned with the response (if success() returns true).  This is the signal strength at which the BaseStation received the Nodes's response packet.

Returns

The base station RSSI that was returned with the response.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/PitchRollAidControl-Summary.js b/v66.0.1/MSCL_Docs/classes/C/PitchRollAidControl-Summary.js deleted file mode 100644 index 38b7498f4..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/PitchRollAidControl-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:PitchRollAidControl","PitchRollAidControl");NDSummary.OnSummaryLoaded("CClass:PitchRollAidControl",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[866,0,0,"PitchRollAidControl"],[867,0,3,"Constants","Constants"],[868,0,1,"Packet Bytes","Packet_Bytes"],[869,0,1,,"CMD_ID"],[870,0,1,,"FIELD_DATA_BYTE"],[871,0,3,"Functions","Functions"],[872,0,2,"buildCommand_get","buildCommand_get"],[873,0,2,"buildCommand_set","buildCommand_set"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/PitchRollAidControl-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/PitchRollAidControl-SummaryToolTips.js deleted file mode 100644 index 9c19a79f9..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/PitchRollAidControl-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:PitchRollAidControl",{866:"
PitchRollAidControl
Contains the logic for the "Pitch/Roll Aid Control" command
",872:"
static ByteStream buildCommand_get()
Builds the bytes for the "get" command.
",873:"
static ByteStream buildCommand_set(
bool enable
)
Builds the bytes for the "set" command.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/PitchRollAidControl-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/PitchRollAidControl-ToolTips.js deleted file mode 100644 index a9de5ee2c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/PitchRollAidControl-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3171:"
The enums for all of the different MIP commands.
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/PitchRollAidControl.html b/v66.0.1/MSCL_Docs/classes/C/PitchRollAidControl.html deleted file mode 100644 index e6f1b7b7c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/PitchRollAidControl.html +++ /dev/null @@ -1,42 +0,0 @@ - - -PitchRollAidControl - - - - - - - -
-
PitchRollAidControl
-
PitchRollAidControl
-

Contains the logic for the "Pitch/Roll Aid Control" command

-
- -
-
Constants
-
- -
-
Packet Bytes
-
CMD_ID

CMD_EF_PITCH_ROLL_AID_CTRL- The MipTypes::Command for this command

FIELD_DATA_BYTE

0xBB  - The Data Field Descriptor byte

-
- -
-
Functions
-
- -
-
buildCommand_get
-
static ByteStream buildCommand_get()
-

Builds the bytes for the "get" command.

-
- -
-
buildCommand_set
-
static ByteStream buildCommand_set(
bool enable
)
-

Builds the bytes for the "set" command.

Parameters
enable
bool

Whether to enable (true) or disable (false) the pitch/roll aiding.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Poll-Summary.js b/v66.0.1/MSCL_Docs/classes/C/Poll-Summary.js deleted file mode 100644 index 8d5a679c3..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Poll-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:Poll","Poll");NDSummary.OnSummaryLoaded("CClass:Poll",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[5443,0,0,"Poll"],[5444,0,2,"Functions","Functions"],[5445,0,1,"buildCommand","buildCommand"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Poll-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Poll-SummaryToolTips.js deleted file mode 100644 index 101619e92..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Poll-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:Poll",{5443:"
Poll
Contains logic for the Poll Node command.
",5445:"
static ByteStream buildCommand(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress,
const ChannelMask &chMask
)
Builds the Poll command packet.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Poll-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Poll-ToolTips.js deleted file mode 100644 index e15f6d2c9..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Poll-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7194:"
The possible ASPP versions
",9478:"
ChannelMask
Represents the channel mask (active and inactive channels) for a WirelessNode.
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10245:"
typedef for a Node\'s node address.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Poll.html b/v66.0.1/MSCL_Docs/classes/C/Poll.html deleted file mode 100644 index ca830250a..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Poll.html +++ /dev/null @@ -1,27 +0,0 @@ - - -Poll - - - - - - - -
-
Poll
-
Poll
-

Contains logic for the Poll Node command.

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress,
const ChannelMask &chMask
)
-

Builds the Poll command packet.

Parameters
asppVer
WirelessPacket::AsppVersion

The WirelessPacket::AsppVersion to build the command for.

nodeAddress
NodeAddress

The address of the Node to build the command for.

chMask
const ChannelMask&

The ChannelMask representing the channels to poll.

Returns

A ByteStream containing the command packet.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/PollEstFilterData-Summary.js b/v66.0.1/MSCL_Docs/classes/C/PollEstFilterData-Summary.js deleted file mode 100644 index f2b4aae61..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/PollEstFilterData-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:PollEstFilterData","PollEstFilterData");NDSummary.OnSummaryLoaded("CClass:PollEstFilterData",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[506,0,0,"PollEstFilterData"],[507,0,3,"Constants","Constants"],[508,0,1,"Packet Bytes","Packet_Bytes"],[509,0,1,,"CMD_ID"],[510,0,3,"Functions","Functions"],[511,0,2,"buildCommand","buildCommand"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/PollEstFilterData-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/PollEstFilterData-SummaryToolTips.js deleted file mode 100644 index 567dfeb9f..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/PollEstFilterData-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:PollEstFilterData",{506:"
PollEstFilterData
Contains the logic for the Poll Estimation Filter Data command
",511:"
static ByteStream buildCommand(
const MipTypes::MipChannelFields &fields
)
Builds the bytes in the command
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/PollEstFilterData-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/PollEstFilterData-ToolTips.js deleted file mode 100644 index 183826310..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/PollEstFilterData-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3171:"
The enums for all of the different MIP commands.
",3780:"
A vector of ChannelField enums.
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/PollEstFilterData.html b/v66.0.1/MSCL_Docs/classes/C/PollEstFilterData.html deleted file mode 100644 index 25bd4aed6..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/PollEstFilterData.html +++ /dev/null @@ -1,36 +0,0 @@ - - -PollEstFilterData - - - - - - - -
-
PollEstFilterData
-
PollEstFilterData
-

Contains the logic for the Poll Estimation Filter Data command

-
- -
-
Constants
-
- -
-
Packet Bytes
-
CMD_ID

CMD_POLL_EF_DATA  - The MipTypes::Command for this command

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand(
const MipTypes::MipChannelFields &fields
)
-

Builds the bytes in the command

Parameters
fields
const MipTypes::MipChannelFields&

The MipTypes::MipChannelFields to poll. If this is empty, the message format stored on the device will be used.

Returns

A ByteStream that holds the bytes that make up the command

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/PollGnssData-Summary.js b/v66.0.1/MSCL_Docs/classes/C/PollGnssData-Summary.js deleted file mode 100644 index d7069e9f3..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/PollGnssData-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:PollGnssData","PollGnssData");NDSummary.OnSummaryLoaded("CClass:PollGnssData",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[497,0,0,"PollGnssData"],[498,0,3,"Constants","Constants"],[499,0,1,"Packet Bytes","Packet_Bytes"],[500,0,1,,"CMD_ID"],[501,0,3,"Functions","Functions"],[502,0,2,"buildCommand","buildCommand"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/PollGnssData-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/PollGnssData-SummaryToolTips.js deleted file mode 100644 index 43711f1ea..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/PollGnssData-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:PollGnssData",{497:"
PollGnssData
Contains the logic for the Poll GNSS Data command
",502:"
static ByteStream buildCommand(
const MipTypes::MipChannelFields &fields
)
Builds the bytes in the command
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/PollGnssData-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/PollGnssData-ToolTips.js deleted file mode 100644 index 183826310..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/PollGnssData-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3171:"
The enums for all of the different MIP commands.
",3780:"
A vector of ChannelField enums.
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/PollGnssData.html b/v66.0.1/MSCL_Docs/classes/C/PollGnssData.html deleted file mode 100644 index 2c9ccf8e0..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/PollGnssData.html +++ /dev/null @@ -1,36 +0,0 @@ - - -PollGnssData - - - - - - - -
-
PollGnssData
-
PollGnssData
-

Contains the logic for the Poll GNSS Data command

-
- -
-
Constants
-
- -
-
Packet Bytes
-
CMD_ID

CMD_POLL_GNSS_DATA  - The MipTypes::Command for this command

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand(
const MipTypes::MipChannelFields &fields
)
-

Builds the bytes in the command

Parameters
fields
const MipTypes::MipChannelFields&

The MipTypes::MipChannelFields to poll. If this is empty, the message format stored on the device will be used.

Returns

A ByteStream that holds the bytes that make up the command

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/PollImuData-Summary.js b/v66.0.1/MSCL_Docs/classes/C/PollImuData-Summary.js deleted file mode 100644 index 1f50d9346..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/PollImuData-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:PollImuData","PollImuData");NDSummary.OnSummaryLoaded("CClass:PollImuData",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[488,0,0,"PollImuData"],[489,0,3,"Constants","Constants"],[490,0,1,"Packet Bytes","Packet_Bytes"],[491,0,1,,"CMD_ID"],[492,0,3,"Functions","Functions"],[493,0,2,"buildCommand","buildCommand"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/PollImuData-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/PollImuData-SummaryToolTips.js deleted file mode 100644 index 26d47e83a..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/PollImuData-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:PollImuData",{488:"
PollImuData
Contains the logic for the Poll IMU Data command
",493:"
static ByteStream buildCommand(
const MipTypes::MipChannelFields &fields
)
Builds the bytes in the command
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/PollImuData-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/PollImuData-ToolTips.js deleted file mode 100644 index 183826310..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/PollImuData-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3171:"
The enums for all of the different MIP commands.
",3780:"
A vector of ChannelField enums.
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/PollImuData.html b/v66.0.1/MSCL_Docs/classes/C/PollImuData.html deleted file mode 100644 index bea09a7da..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/PollImuData.html +++ /dev/null @@ -1,36 +0,0 @@ - - -PollImuData - - - - - - - -
-
PollImuData
-
PollImuData
-

Contains the logic for the Poll IMU Data command

-
- -
-
Constants
-
- -
-
Packet Bytes
-
CMD_ID

CMD_POLL_SENSOR_DATA  - The MipTypes::Command for this command

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand(
const MipTypes::MipChannelFields &fields
)
-

Builds the bytes in the command

Parameters
fields
const MipTypes::MipChannelFields&

The MipTypes::MipChannelFields to poll. If this is empty, the message format stored on the device will be used.

Returns

A ByteStream that holds the bytes that make up the command

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/PortInfo-Summary.js b/v66.0.1/MSCL_Docs/classes/C/PortInfo-Summary.js deleted file mode 100644 index 81638c793..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/PortInfo-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:PortInfo","PortInfo");NDSummary.OnSummaryLoaded("CClass:PortInfo",[["C/C++","C"]],[["Functions","Function"],["Groups","Group"],["Structs","Struct"],["Variables","Variable"]],[[2065,0,2,"PortInfo"],[2066,0,1,"Functions","Functions"],[2067,0,0,"PortInfo","PortInfo"],[2068,0,1,"Variables","Variables"],[2069,0,3,"bytesWritten","bytesWritten"],[2070,0,3,"bytesRead","bytesRead"],[2071,0,3,"overrunsOnWrite","overrunsOnWrite"],[2072,0,3,"overrunsOnRead","overrunsOnRead"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/PortInfo-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/PortInfo-SummaryToolTips.js deleted file mode 100644 index c37c3cfd7..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/PortInfo-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:PortInfo",{2065:"
Contains USB or COM port info for DeviceStatusData.
",2067:"
PortInfo(): bytesWritten(0), bytesRead(0), overrunsOnWrite(0), overrunsOnRead(0)
Creates a PortInfo object with default values.
",2069:"
uint32 bytesWritten
",2070:"
uint32 bytesRead
",2071:"
uint32 overrunsOnWrite
",2072:"
uint32 overrunsOnRead
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/PortInfo-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/PortInfo-ToolTips.js deleted file mode 100644 index 9197089e8..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/PortInfo-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2084:"
DeviceStatusData
Contains the data needed by the InertialNode::getBasicDeviceStatus method.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/PortInfo.html b/v66.0.1/MSCL_Docs/classes/C/PortInfo.html deleted file mode 100644 index c73aa8c3f..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/PortInfo.html +++ /dev/null @@ -1,50 +0,0 @@ - - -PortInfo - - - - - - - -
-
PortInfo
-

Contains USB or COM port info for DeviceStatusData.

-
- -
-
Functions
-
- -
-
PortInfo
-
PortInfo(): bytesWritten(0), bytesRead(0), overrunsOnWrite(0), overrunsOnRead(0)
-

Creates a PortInfo object with default values.

-
- -
-
Variables
-
- -
-
bytesWritten
-
uint32 bytesWritten
-
- -
-
bytesRead
-
uint32 bytesRead
-
- -
-
overrunsOnWrite
-
uint32 overrunsOnWrite
-
- -
-
overrunsOnRead
-
uint32 overrunsOnRead
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Position-Summary.js b/v66.0.1/MSCL_Docs/classes/C/Position-Summary.js deleted file mode 100644 index 8a8291961..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Position-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:Position","Position");NDSummary.OnSummaryLoaded("CClass:Position",[["C/C++","C"]],[["Functions","Function"],["Groups","Group"],["Structs","Struct"],["Variables","Variable"]],[[1652,0,2,"Position"],[1653,0,1,"Functions","Functions"],[1654,0,0,"LLH","LLH"],[1655,0,0,"ECEF","ECEF"],[1656,0,0,"Position","Position"],[1657,0,0,"Position","Position(2)"],[1658,0,0,"~Position","~Position"],[1659,0,1,"Variables","Variables"],[1660,0,3,"referenceFrame","referenceFrame"],[1661,0,1,"Functions","Functions(2)"],[1662,0,0,"latitude","latitude"],[1663,0,0,"longitude","longitude"],[1664,0,0,"altitude","altitude"],[1665,0,0,"height","height"],[1666,0,0,"x","x"],[1667,0,0,"y","y"],[1668,0,0,"z","z"],[1669,0,1,"Variables","Variables(2)"],[1670,0,3,"position_0, _1, _2","position_0,_1,_2"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Position-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Position-SummaryToolTips.js deleted file mode 100644 index ae41135dd..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Position-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:Position",{1652:"
Defines a geographic position.
",1654:"
static Position LLH(
double lat_init,
double long_init,
double alt_init
)
Creates a Position object with the reference frame set to LLH
",1655:"
static Position ECEF(
double x_init,
double y_init,
double z_init
)
Creates a Position object with the reference frame set to ECEF
",1656:"
Position(
double lat_init,
double long_init,
double alt_init,
PositionVelocityReferenceFrame ref = PositionVelocityReferenceFrame::LLH_NED
) : position_0(lat_init), position_1(long_init), position_2(alt_init), referenceFrame(ref)
Creates a Position object.
",1657:"
Position() : position_0(0), position_1(0), position_2(0), referenceFrame(PositionVelocityReferenceFrame::LLH_NED)
Creates a zero-filled Position object.  Default reference frame: LLH
",1658:"
~Position()
Destroys a TimeUpdate object.
",1660:"
PositionVelocityReferenceFrame referenceFrame
The PositionVelocityReferenceFrame of this position.  Default: LLH
",1662:"
double latitude() const
Only valid if referenceFrame is LLH_NED
",1663:"
double longitude() const
Only valid if referenceFrame is LLH_NED
",1664:"
double altitude() const
Only valid if referenceFrame is LLH_NED
",1665:"
double height() const
Only valid if referenceFrame is LLH_NED
",1666:"
double x() const
Only valid if referenceFrame is ECEF
",1667:"
double y() const
Only valid if referenceFrame is ECEF
",1668:"
double z() const
Only valid if referenceFrame is ECEF
",1670:"
The position values
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Position-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Position-ToolTips.js deleted file mode 100644 index 740ad5f55..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Position-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1626:"
Enum representing position and velocity reference frame options.
",1652:"
Defines a geographic position.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Position.html b/v66.0.1/MSCL_Docs/classes/C/Position.html deleted file mode 100644 index bc61c20a1..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Position.html +++ /dev/null @@ -1,115 +0,0 @@ - - -Position - - - - - - - -
-
Position
-

Defines a geographic position.

-
- -
-
Functions
-
- -
-
LLH
-
static Position LLH(
double lat_init,
double long_init,
double alt_init
)
-

Creates a Position object with the reference frame set to LLH

Parameters
lat_init
double

initial latitude

long_init
double

initial longitude

alt_init
double

initial altitude

-
- -
-
ECEF
-
static Position ECEF(
double x_init,
double y_init,
double z_init
)
-

Creates a Position object with the reference frame set to ECEF

Parameters
x_init
double

initial x

y_init
double

initial y

z_init
double

initial z

-
- -
-
Position
-
Position(
double lat_init,
double long_init,
double alt_init,
PositionVelocityReferenceFrame ref = PositionVelocityReferenceFrame::LLH_NED
) : position_0(lat_init), position_1(long_init), position_2(alt_init), referenceFrame(ref)
-

Creates a Position object.

Parameters
lat_init
double

initial latitude

long_init
double

initial longitude

alt_init
double

initial altitude

ref
PositionVelocityReferenceFrame

reference frame (default: LLH)

-
- -
-
Position
-
Position() : position_0(0), position_1(0), position_2(0), referenceFrame(PositionVelocityReferenceFrame::LLH_NED)
-

Creates a zero-filled Position object.  Default reference frame: LLH

-
- -
-
~Position
-
~Position()
-

Destroys a TimeUpdate object.

-
- -
-
Variables
-
- -
-
referenceFrame
- -

The PositionVelocityReferenceFrame of this position.  Default: LLH

-
- -
-
Functions
-
- -
-
latitude
-
double latitude() const
-

Only valid if referenceFrame is LLH_NED

-
- -
-
longitude
-
double longitude() const
-

Only valid if referenceFrame is LLH_NED

-
- -
-
altitude
-
double altitude() const
-

Only valid if referenceFrame is LLH_NED

-
- -
-
height
-
double height() const
-

Only valid if referenceFrame is LLH_NED

-
- -
-
x
-
double x() const
-

Only valid if referenceFrame is ECEF

-
- -
-
y
-
double y() const
-

Only valid if referenceFrame is ECEF

-
- -
-
z
-
double z() const
-

Only valid if referenceFrame is ECEF

-
- -
-
Variables
-
- -
-
position_0, _1, _2
-

The position values

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/PositionOffset-Summary.js b/v66.0.1/MSCL_Docs/classes/C/PositionOffset-Summary.js deleted file mode 100644 index 333ec3a80..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/PositionOffset-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:PositionOffset","PositionOffset");NDSummary.OnSummaryLoaded("CClass:PositionOffset",[["C/C++","C"]],[["Classes","Class"]],[[1644,0,0,"PositionOffset"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/PositionOffset-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/PositionOffset-SummaryToolTips.js deleted file mode 100644 index 7acc79803..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/PositionOffset-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:PositionOffset",{1644:"
PositionOffset
Represents a position offset (x, y, z).
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/PositionOffset-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/PositionOffset-ToolTips.js deleted file mode 100644 index c2cf8d6f7..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/PositionOffset-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1631:"
GeometricVector
Defines a 3 dimensional, spatial vector.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/PositionOffset.html b/v66.0.1/MSCL_Docs/classes/C/PositionOffset.html deleted file mode 100644 index c3f575db8..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/PositionOffset.html +++ /dev/null @@ -1,17 +0,0 @@ - - -PositionOffset - - - - - - - -
-
PositionOffset
-
public
GeometricVector
PositionOffset
-

Represents a position offset (x, y, z).

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/PositionReferenceConfiguration-Summary.js b/v66.0.1/MSCL_Docs/classes/C/PositionReferenceConfiguration-Summary.js deleted file mode 100644 index de88124a5..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/PositionReferenceConfiguration-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:PositionReferenceConfiguration","PositionReferenceConfiguration");NDSummary.OnSummaryLoaded("CClass:PositionReferenceConfiguration",[["C/C++","C"]],[["Groups","Group"],["Structs","Struct"],["Variables","Variable"]],[[2358,0,1,"PositionReferenceConfiguration"],[2359,0,0,"Variables","Variables"],[2360,0,2,"autoConfig","autoConfig"],[2361,0,2,"position","position"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/PositionReferenceConfiguration-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/PositionReferenceConfiguration-SummaryToolTips.js deleted file mode 100644 index ac933311a..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/PositionReferenceConfiguration-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:PositionReferenceConfiguration",{2360:"
bool autoConfig
Indicates whether the position reference is automatically determined (position value ignored if true).
",2361:"
Position position
The reference position value.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/PositionReferenceConfiguration-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/PositionReferenceConfiguration-ToolTips.js deleted file mode 100644 index 714c1a8b9..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/PositionReferenceConfiguration-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1652:"
Defines a geographic position.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/PositionReferenceConfiguration.html b/v66.0.1/MSCL_Docs/classes/C/PositionReferenceConfiguration.html deleted file mode 100644 index 7a4b57986..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/PositionReferenceConfiguration.html +++ /dev/null @@ -1,31 +0,0 @@ - - -PositionReferenceConfiguration - - - - - - - -
-
PositionReferenceConfiguration
-
- -
-
Variables
-
- -
-
autoConfig
-
bool autoConfig
-

Indicates whether the position reference is automatically determined (position value ignored if true).

-
- -
-
position
-
Position position
-

The reference position value.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/PpsPulseInfo-Summary.js b/v66.0.1/MSCL_Docs/classes/C/PpsPulseInfo-Summary.js deleted file mode 100644 index bdbfd46b4..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/PpsPulseInfo-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:PpsPulseInfo","PpsPulseInfo");NDSummary.OnSummaryLoaded("CClass:PpsPulseInfo",[["C/C++","C"]],[["Functions","Function"],["Groups","Group"],["Structs","Struct"],["Variables","Variable"]],[[2046,0,2,"PpsPulseInfo"],[2047,0,1,"Functions","Functions"],[2048,0,0,"PpsPulseInfo","PpsPulseInfo"],[2049,0,1,"Variables","Variables"],[2050,0,3,"count","count"],[2051,0,3,"lastTimeinMS","lastTimeinMS"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/PpsPulseInfo-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/PpsPulseInfo-SummaryToolTips.js deleted file mode 100644 index 832f914a5..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/PpsPulseInfo-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:PpsPulseInfo",{2046:"
Contains the 1PPS Pulse info for DeviceStatusData.
",2048:"
PpsPulseInfo(): count(0), lastTimeinMS(0)
Creates a PpsPulseInfo object with default values.
",2050:"
uint32 count
The number of 1PPS pulses
",2051:"
uint32 lastTimeinMS
Time of the last 1PPS pulse in MS (references System Timer)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/PpsPulseInfo-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/PpsPulseInfo-ToolTips.js deleted file mode 100644 index 9197089e8..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/PpsPulseInfo-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2084:"
DeviceStatusData
Contains the data needed by the InertialNode::getBasicDeviceStatus method.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/PpsPulseInfo.html b/v66.0.1/MSCL_Docs/classes/C/PpsPulseInfo.html deleted file mode 100644 index 2aa183ae8..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/PpsPulseInfo.html +++ /dev/null @@ -1,42 +0,0 @@ - - -PpsPulseInfo - - - - - - - -
-
PpsPulseInfo
-

Contains the 1PPS Pulse info for DeviceStatusData.

-
- -
-
Functions
-
- -
-
PpsPulseInfo
-
PpsPulseInfo(): count(0), lastTimeinMS(0)
-

Creates a PpsPulseInfo object with default values.

-
- -
-
Variables
-
- -
-
count
-
uint32 count
-

The number of 1PPS pulses

-
- -
-
lastTimeinMS
-
uint32 lastTimeinMS
-

Time of the last 1PPS pulse in MS (references System Timer)

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Quaternion-Summary.js b/v66.0.1/MSCL_Docs/classes/C/Quaternion-Summary.js deleted file mode 100644 index 14761b689..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Quaternion-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:Quaternion","Quaternion");NDSummary.OnSummaryLoaded("CClass:Quaternion",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[2761,0,0,"Quaternion"],[2762,0,2,"Functions","Functions"],[2763,0,1,"Quaternion","Quaternion"],[2764,0,1,"Quaternion","Quaternion(2)"],[2765,0,1,"operator Rotation() (cast)","operator_Rotation()"],[2766,0,1,"asMipFieldValues","asMipFieldValues"],[2767,0,1,"appendMipFieldValues","appendMipFieldValues"],[2768,0,1,"normalize","normalize"],[2769,0,1,"q0","q0"],[2770,0,1,"q1","q1"],[2771,0,1,"q2","q2"],[2772,0,1,"q3","q3"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Quaternion-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Quaternion-SummaryToolTips.js deleted file mode 100644 index 7a3eb0999..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Quaternion-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:Quaternion",{2761:"
Quaternion
",2763:"
Quaternion(
float q0,
float q1,
float q2,
float q3
)
Creates an Quaternion object.
",2764:"
Quaternion(
const MipFieldValues &data,
uint8 offset = 0
)
Creates a Quaternion object based on specified <MipFieldValues> data
",2765:"
operator Rotation() const
Creates a Rotation object with this object\'s values
",2766:"
MipFieldValues asMipFieldValues() const
Gets the current quaternion values formatted as a <MipFieldValues> object
",2767:"
void appendMipFieldValues(
MipFieldValues &appendTo
) const
Adds the properly formatted <MipFieldValues> that represent this object to the specified collection.
",2768:"
void normalize()
normalize the quaternion value
",2769:"
float q0() const
Gets the 0-index value (usually w).
",2770:"
float q1() const
Gets the 1-index value (usually x).
",2771:"
float q2() const
Gets the 2-index value (usually y).
",2772:"
float q3() const
Gets the 3-index value (usually z).
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Quaternion-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Quaternion-ToolTips.js deleted file mode 100644 index 5512c08bf..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Quaternion-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2773:"
Rotation
Structure that can represent either a Quaternion or EulerAngles object.
",9800:"
Vector
Represents a Vector of values
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Quaternion.html b/v66.0.1/MSCL_Docs/classes/C/Quaternion.html deleted file mode 100644 index 309148c71..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Quaternion.html +++ /dev/null @@ -1,81 +0,0 @@ - - -Quaternion - - - - - - - -
-
Quaternion
-
public
Vector
Quaternion
-
Represents generic Quaternion (q0-3, usually w, x, y, z

refer to protocol documentation).

-
- -
-
Functions
-
- -
-
Quaternion
-
Quaternion(
float q0,
float q1,
float q2,
float q3
)
-

Creates an Quaternion object.

-
- -
-
Quaternion
-
Quaternion(
const MipFieldValues &data,
uint8 offset = 0
)
-

Creates a Quaternion object based on specified <MipFieldValues> data

Parameters
<MipFieldValues>

format must be 4 floats

offset
uint8

default: 0 - uint8 index offset to start reading from

-
- -
-
operator Rotation() (cast)
-
operator Rotation() const
-

Creates a Rotation object with this object's values

-
- -
-
asMipFieldValues
-
MipFieldValues asMipFieldValues() const
-

Gets the current quaternion values formatted as a <MipFieldValues> object

Returns
<MipFieldValues>

collection of values that represents this object.

-
- -
-
appendMipFieldValues
-
void appendMipFieldValues(
MipFieldValues &appendTo
) const
-

Adds the properly formatted <MipFieldValues> that represent this object to the specified collection.

Parameters
appendTo
MipFieldValues&

(reference) the <MipFieldValues> collection to append to

-
- -
-
normalize
-
void normalize()
-

normalize the quaternion value

-
- -
-
q0
-
float q0() const
-

Gets the 0-index value (usually w).

Returns

The 0-index value.

-
- -
-
q1
-
float q1() const
-

Gets the 1-index value (usually x).

Returns

The 1-index value.

-
- -
-
q2
-
float q2() const
-

Gets the 2-index value (usually y).

Returns

The 2-index value.

-
- -
-
q3
-
float q3() const
-

Gets the 3-index value (usually z).

Returns

The 3-index value.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/RTKDeviceStatusFlags-Summary.js b/v66.0.1/MSCL_Docs/classes/C/RTKDeviceStatusFlags-Summary.js deleted file mode 100644 index d6ba8e19e..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/RTKDeviceStatusFlags-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:RTKDeviceStatusFlags","RTKDeviceStatusFlags");NDSummary.OnSummaryLoaded("CClass:RTKDeviceStatusFlags",[["C/C++","C"]],[["Enums","Enumeration"],["Functions","Function"],["Groups","Group"],["Structs","Struct"]],[[2291,0,3,"RTKDeviceStatusFlags"],[2292,0,2,"Types","Types"],[2293,0,0,"ModemState","ModemState"],[2294,0,0,"ConnectionType","ConnectionType"],[2295,0,2,"Functions","Functions"],[2296,0,1,"RTKDeviceStatusFlags","RTKDeviceStatusFlags"],[2297,0,1,"RTKDeviceStatusFlags","RTKDeviceStatusFlags(2)"],[2298,0,1,"RTKDeviceStatusFlags","RTKDeviceStatusFlags(3)"],[2299,0,1,"explicit conversion from RTKDeviceStatusFlags to RTKDeviceStatusFlags_v1","explicit_conversion_from_RTKDeviceStatusFlags_to_RTKDeviceStatusFlags_v1"],[2300,0,1,"version","version"],[2301,0,1,"modemState","modemState"],[2302,0,1,"connectionType","connectionType"],[2303,0,1,"rssi","rssi"],[2304,0,1,"signalQuality","signalQuality"],[2305,0,1,"towerChangeIndicator","towerChangeIndicator"],[2306,0,1,"nmeaTimeout","nmeaTimeout"],[2307,0,1,"serverTimeout","serverTimeout"],[2308,0,1,"rtcmTimeout","rtcmTimeout"],[2309,0,1,"deviceOutOfRange","deviceOutOfRange"],[2310,0,1,"correctionsUnavailable","correctionsUnavailable"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/RTKDeviceStatusFlags-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/RTKDeviceStatusFlags-SummaryToolTips.js deleted file mode 100644 index 12f1dcd70..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/RTKDeviceStatusFlags-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:RTKDeviceStatusFlags",{2293:"
Modem state values OFF  - 0x00 - Off NO_NETWORK  - 0x01 - No Network NETWORK_CONNECTED  - 0x02 - Network Connected CONFIGURING_DATA_CONTEXT  - 0x03 - Configuring Data Context ACTIVATING_DATA_CONTEXT  - 0x04 - Activating Data Context CONFIGURING_SOCKET  - 0x05 - Configuring Socket WAITING_ON_SERVER_HANDSHAKE - 0x06 - Waiting on Server Handshake CONNECTED_AND_IDLE  - 0x07 - Connected + Idle CONNECTED_AND_STREAMING  - 0x08 - Connected + Streaming
",2294:"
Connection types NO_CONNECTION - 0x00 - No Connection CONNECTION_2G - 0x02 - 2G CONNECTION_3G - 0x03 - 3G CONNECTION_4G - 0x04 - 4G CONNECTION_5G - 0x05 - 5G
",2296:"
RTKDeviceStatusFlags()
",2297:"
RTKDeviceStatusFlags(
const uint32 flags
) : Bitfield(static_cast<uint64>(flags))
",2298:"
RTKDeviceStatusFlags(
RTKDeviceStatusFlags_v1 rtk_v1
)
",2299:"
Only C++ compatible
",2300:"
uint8 version() const
",2301:"
ModemState modemState() const
",2302:"
ConnectionType connectionType() const
",2303:"
int8 rssi() const
",2304:"
uint8 signalQuality() const
",2305:"
uint8 towerChangeIndicator() const
",2306:"
uint8 nmeaTimeout() const
",2307:"
uint8 serverTimeout() const
",2308:"
uint8 rtcmTimeout() const
",2309:"
uint8 deviceOutOfRange() const
",2310:"
uint8 correctionsUnavailable() const
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/RTKDeviceStatusFlags-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/RTKDeviceStatusFlags-ToolTips.js deleted file mode 100644 index 860e9bf39..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/RTKDeviceStatusFlags-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2293:"
Modem state values OFF  - 0x00 - Off NO_NETWORK  - 0x01 - No Network NETWORK_CONNECTED  - 0x02 - Network Connected CONFIGURING_DATA_CONTEXT  - 0x03 - Configuring Data Context ACTIVATING_DATA_CONTEXT  - 0x04 - Activating Data Context CONFIGURING_SOCKET  - 0x05 - Configuring Socket WAITING_ON_SERVER_HANDSHAKE - 0x06 - Waiting on Server Handshake CONNECTED_AND_IDLE  - 0x07 - Connected + Idle CONNECTED_AND_STREAMING  - 0x08 - Connected + Streaming
",2294:"
Connection types NO_CONNECTION - 0x00 - No Connection CONNECTION_2G - 0x02 - 2G CONNECTION_3G - 0x03 - 3G CONNECTION_4G - 0x04 - 4G CONNECTION_5G - 0x05 - 5G
",10388:"
Bitfield
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/RTKDeviceStatusFlags.html b/v66.0.1/MSCL_Docs/classes/C/RTKDeviceStatusFlags.html deleted file mode 100644 index aa6f9e870..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/RTKDeviceStatusFlags.html +++ /dev/null @@ -1,108 +0,0 @@ - - -RTKDeviceStatusFlags - - - - - - - -
-
RTKDeviceStatusFlags
-
- -
-
Types
-
- -
-
ModemState
-

Modem state values OFF  - 0x00 - Off NO_NETWORK  - 0x01 - No Network NETWORK_CONNECTED  - 0x02 - Network Connected CONFIGURING_DATA_CONTEXT  - 0x03 - Configuring Data Context ACTIVATING_DATA_CONTEXT  - 0x04 - Activating Data Context CONFIGURING_SOCKET  - 0x05 - Configuring Socket WAITING_ON_SERVER_HANDSHAKE - 0x06 - Waiting on Server Handshake CONNECTED_AND_IDLE  - 0x07 - Connected + Idle CONNECTED_AND_STREAMING  - 0x08 - Connected + Streaming

-
- -
-
ConnectionType
-

Connection types NO_CONNECTION - 0x00 - No Connection CONNECTION_2G - 0x02 - 2G CONNECTION_3G - 0x03 - 3G CONNECTION_4G - 0x04 - 4G CONNECTION_5G - 0x05 - 5G

-
- -
-
Functions
-
- -
-
RTKDeviceStatusFlags
-
RTKDeviceStatusFlags()
-
- -
-
RTKDeviceStatusFlags
-
RTKDeviceStatusFlags(
const uint32 flags
) : Bitfield(static_cast<uint64>(flags))
-
- -
-
RTKDeviceStatusFlags
-
RTKDeviceStatusFlags(
RTKDeviceStatusFlags_v1 rtk_v1
)
-
- -
-
explicit conversion from RTKDeviceStatusFlags to RTKDeviceStatusFlags_v1
-

Only C++ compatible

-
- -
-
version
-
uint8 version() const
-
- -
-
modemState
-
ModemState modemState() const
-
- -
-
connectionType
-
ConnectionType connectionType() const
-
- -
-
rssi
-
int8 rssi() const
-
- -
-
signalQuality
-
uint8 signalQuality() const
-
- -
-
towerChangeIndicator
-
uint8 towerChangeIndicator() const
-
- -
-
nmeaTimeout
-
uint8 nmeaTimeout() const
-
- -
-
serverTimeout
-
uint8 serverTimeout() const
-
- -
-
rtcmTimeout
-
uint8 rtcmTimeout() const
-
- -
-
deviceOutOfRange
-
uint8 deviceOutOfRange() const
-
- -
-
correctionsUnavailable
-
uint8 correctionsUnavailable() const
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/RTKDeviceStatusFlags_v1-Summary.js b/v66.0.1/MSCL_Docs/classes/C/RTKDeviceStatusFlags_v1-Summary.js deleted file mode 100644 index 6a8545884..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/RTKDeviceStatusFlags_v1-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:RTKDeviceStatusFlags_v1","RTKDeviceStatusFlags_v1");NDSummary.OnSummaryLoaded("CClass:RTKDeviceStatusFlags_v1",[["C/C++","C"]],[["Enums","Enumeration"],["Functions","Function"],["Groups","Group"],["Structs","Struct"]],[[2311,0,3,"RTKDeviceStatusFlags_v1"],[2312,0,2,"Types","Types"],[2313,0,0,"ControllerState","ControllerState"],[2314,0,0,"PlatformState","PlatformState"],[2315,0,0,"ControllerStatusCode","ControllerStatusCode"],[2316,0,0,"PlatformStatusCode","PlatformStatusCode"],[2317,0,0,"ResetReason","ResetReason"],[2318,0,2,"Functions","Functions"],[2319,0,1,"RTKDeviceStatusFlags_v1","RTKDeviceStatusFlags_v1"],[2320,0,1,"RTKDeviceStatusFlags_v1","RTKDeviceStatusFlags_v1(2)"],[2321,0,1,"RTKDeviceStatusFlags_v1","RTKDeviceStatusFlags_v1(3)"],[2322,0,1,"explicit conversion from RTKDeviceStatusFlags_v1 to RTKDeviceStatusFlags","explicit_conversion_from_RTKDeviceStatusFlags_v1_to_RTKDeviceStatusFlags"],[2323,0,1,"version","version"],[2324,0,1,"controllerState","controllerState"],[2325,0,1,"platformState","platformState"],[2326,0,1,"controllerStatusCode","controllerStatusCode"],[2327,0,1,"platformStatusCode","platformStatusCode"],[2328,0,1,"resetReason","resetReason"],[2329,0,1,"signalQuality","signalQuality"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/RTKDeviceStatusFlags_v1-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/RTKDeviceStatusFlags_v1-SummaryToolTips.js deleted file mode 100644 index 921238e25..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/RTKDeviceStatusFlags_v1-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:RTKDeviceStatusFlags_v1",{2313:"
Controller state values IDLE  - 0x00 - Idle ACTIVE  - 0x04 - Active
",2314:"
Platform state values MODEM_OFF  - 0x00 - Modem Off MODEM_POWERING_ON  - 0x01 - Modem Powering On MODEM_CONFIGURE  - 0x02 - Configuring Modem MODEM_POWERING_DOWN  - 0x03 - Modem Powering Down MODEM_READY  - 0x04 - Modem Ready MODEM_CONNECTING  - 0x05 - Modem Connecting to Network MODEM_DISCONNECTING  - 0x06 - Modem Disconnecting from Network MODEM_CONNECTED  - 0x07 - Modem Connected SERVICE_CONNECTING  - 0x08 - Connecting to RTK Service SERVICE_CONNECTION_FAILED  - 0x09 - Connection to RTK Service Failed SERVICE_CONNECTION_CANCELED  - 0x0A - Connection to RTK Service Canceled SERVICE_DISCONNECTING  - 0x0B - Disconnecting from RTK Service SERVICE_CONNECTED  - 0x0C - Connected to RTK Service PLATFORM_ERROR  - 0x0D - Platform Error RESET_MODEM  - 0x0E - Reset Modem
",2315:"
Controller status code values CONTROLLER_OK  - 0x00 - Controller OK WAITING_NMEA  - 0x01 - Awaiting NMEA RTK_TIMEOUT  - 0x02 - RTK Timed Out RTK_UNAVAILABLE - 0x03 - RTK Unavailable CONFIG_INVALID  - 0x07 - Invalid Configuration
",2316:"
Platform status code values PLATFORM_OK  - 0x00 - Platform OK RTK_CONNECTION_DROPPED  - 0x04 - RTK Service Connection Broken CELL_CONNECTION_DROPPED - 0x06 - Cell Connection Dropped MODEM_ERROR  - 0x07 - Modem Error
",2317:"
Possible RTK reset reason values POWER_ON  - 0x00 - Reset due to Power-on UNKNOWN  - 0x01 - Hardware reset SOFT_RESET  - 0x02 - Soft reset HARDWARE_ERROR_RESET  - 0x03 - Watchdog reset
",2319:"
RTKDeviceStatusFlags_v1()
",2320:"
RTKDeviceStatusFlags_v1(
uint32 flags
) : Bitfield(static_cast<uint64>(flags))
",2321:"
RTKDeviceStatusFlags_v1(
RTKDeviceStatusFlags rtk
) : Bitfield(rtk.value())
",2322:"
Only C++ compatible
",2323:"
uint8 version() const
",2324:"
ControllerState controllerState() const
",2325:"
PlatformState platformState() const
",2326:"
ControllerStatusCode controllerStatusCode() const
",2327:"
PlatformStatusCode platformStatusCode() const
",2328:"
ResetReason resetReason() const
",2329:"
uint8 signalQuality() const
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/RTKDeviceStatusFlags_v1-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/RTKDeviceStatusFlags_v1-ToolTips.js deleted file mode 100644 index 9a8da4eb2..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/RTKDeviceStatusFlags_v1-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2313:"
Controller state values IDLE  - 0x00 - Idle ACTIVE  - 0x04 - Active
",2314:"
Platform state values MODEM_OFF  - 0x00 - Modem Off MODEM_POWERING_ON  - 0x01 - Modem Powering On MODEM_CONFIGURE  - 0x02 - Configuring Modem MODEM_POWERING_DOWN  - 0x03 - Modem Powering Down MODEM_READY  - 0x04 - Modem Ready MODEM_CONNECTING  - 0x05 - Modem Connecting to Network MODEM_DISCONNECTING  - 0x06 - Modem Disconnecting from Network MODEM_CONNECTED  - 0x07 - Modem Connected SERVICE_CONNECTING  - 0x08 - Connecting to RTK Service SERVICE_CONNECTION_FAILED  - 0x09 - Connection to RTK Service Failed SERVICE_CONNECTION_CANCELED  - 0x0A - Connection to RTK Service Canceled SERVICE_DISCONNECTING  - 0x0B - Disconnecting from RTK Service SERVICE_CONNECTED  - 0x0C - Connected to RTK Service PLATFORM_ERROR  - 0x0D - Platform Error RESET_MODEM  - 0x0E - Reset Modem
",2315:"
Controller status code values CONTROLLER_OK  - 0x00 - Controller OK WAITING_NMEA  - 0x01 - Awaiting NMEA RTK_TIMEOUT  - 0x02 - RTK Timed Out RTK_UNAVAILABLE - 0x03 - RTK Unavailable CONFIG_INVALID  - 0x07 - Invalid Configuration
",2316:"
Platform status code values PLATFORM_OK  - 0x00 - Platform OK RTK_CONNECTION_DROPPED  - 0x04 - RTK Service Connection Broken CELL_CONNECTION_DROPPED - 0x06 - Cell Connection Dropped MODEM_ERROR  - 0x07 - Modem Error
",2317:"
Possible RTK reset reason values POWER_ON  - 0x00 - Reset due to Power-on UNKNOWN  - 0x01 - Hardware reset SOFT_RESET  - 0x02 - Soft reset HARDWARE_ERROR_RESET  - 0x03 - Watchdog reset
",10388:"
Bitfield
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/RTKDeviceStatusFlags_v1.html b/v66.0.1/MSCL_Docs/classes/C/RTKDeviceStatusFlags_v1.html deleted file mode 100644 index 57f3e5adc..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/RTKDeviceStatusFlags_v1.html +++ /dev/null @@ -1,103 +0,0 @@ - - -RTKDeviceStatusFlags_v1 - - - - - - - -
-
RTKDeviceStatusFlags_v1
-
- -
-
Types
-
- -
-
ControllerState
-

Controller state values IDLE  - 0x00 - Idle ACTIVE  - 0x04 - Active

-
- -
-
PlatformState
-

Platform state values MODEM_OFF  - 0x00 - Modem Off MODEM_POWERING_ON  - 0x01 - Modem Powering On MODEM_CONFIGURE  - 0x02 - Configuring Modem MODEM_POWERING_DOWN  - 0x03 - Modem Powering Down MODEM_READY  - 0x04 - Modem Ready MODEM_CONNECTING  - 0x05 - Modem Connecting to Network MODEM_DISCONNECTING  - 0x06 - Modem Disconnecting from Network MODEM_CONNECTED  - 0x07 - Modem Connected SERVICE_CONNECTING  - 0x08 - Connecting to RTK Service SERVICE_CONNECTION_FAILED  - 0x09 - Connection to RTK Service Failed SERVICE_CONNECTION_CANCELED  - 0x0A - Connection to RTK Service Canceled SERVICE_DISCONNECTING  - 0x0B - Disconnecting from RTK Service SERVICE_CONNECTED  - 0x0C - Connected to RTK Service PLATFORM_ERROR  - 0x0D - Platform Error RESET_MODEM  - 0x0E - Reset Modem

-
- -
-
ControllerStatusCode
-

Controller status code values CONTROLLER_OK  - 0x00 - Controller OK WAITING_NMEA  - 0x01 - Awaiting NMEA RTK_TIMEOUT  - 0x02 - RTK Timed Out RTK_UNAVAILABLE - 0x03 - RTK Unavailable CONFIG_INVALID  - 0x07 - Invalid Configuration

-
- -
-
PlatformStatusCode
-

Platform status code values PLATFORM_OK  - 0x00 - Platform OK RTK_CONNECTION_DROPPED  - 0x04 - RTK Service Connection Broken CELL_CONNECTION_DROPPED - 0x06 - Cell Connection Dropped MODEM_ERROR  - 0x07 - Modem Error

-
- -
-
ResetReason
-

Possible RTK reset reason values POWER_ON  - 0x00 - Reset due to Power-on UNKNOWN  - 0x01 - Hardware reset SOFT_RESET  - 0x02 - Soft reset HARDWARE_ERROR_RESET  - 0x03 - Watchdog reset

-
- -
-
Functions
-
- -
-
RTKDeviceStatusFlags_v1
-
RTKDeviceStatusFlags_v1()
-
- -
-
RTKDeviceStatusFlags_v1
-
RTKDeviceStatusFlags_v1(
uint32 flags
) : Bitfield(static_cast<uint64>(flags))
-
- -
-
RTKDeviceStatusFlags_v1
-
RTKDeviceStatusFlags_v1(
RTKDeviceStatusFlags rtk
) : Bitfield(rtk.value())
-
- -
-
explicit conversion from RTKDeviceStatusFlags_v1 to RTKDeviceStatusFlags
-

Only C++ compatible

-
- -
-
version
-
uint8 version() const
-
- -
-
controllerState
-
ControllerState controllerState() const
-
- -
-
platformState
-
PlatformState platformState() const
-
- -
-
controllerStatusCode
-
ControllerStatusCode controllerStatusCode() const
-
- -
-
platformStatusCode
-
PlatformStatusCode platformStatusCode() const
-
- -
-
resetReason
-
ResetReason resetReason() const
-
- -
-
signalQuality
-
uint8 signalQuality() const
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/RTKNode-Summary.js b/v66.0.1/MSCL_Docs/classes/C/RTKNode-Summary.js deleted file mode 100644 index 20d653815..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/RTKNode-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:RTKNode","RTKNode");NDSummary.OnSummaryLoaded("CClass:RTKNode",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[4610,0,0,"RTKNode"],[4611,0,2,"Functions","Functions"],[4612,0,1,"RTKNode","RTKNode"],[4613,0,1,"getCommunicationMode","getCommunicationMode"],[4614,0,1,"setCommunicationMode","setCommunicationMode"],[4615,0,1,"getDeviceStatusFlags","getDeviceStatusFlags"],[4616,0,1,"getActivationCode","getActivationCode"],[4617,0,1,"getStatusBitfieldVersion","getStatusBitfieldVersion"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/RTKNode-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/RTKNode-SummaryToolTips.js deleted file mode 100644 index ceb02eee4..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/RTKNode-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:RTKNode",{4610:"
RTKNode
A class representing a MicroStrain RTK Node
",4612:"
explicit RTKNode(
Connection connection
) : MipNode(connection)
Creates an RTKNode object.
",4613:"
uint8 getCommunicationMode() override
Gets the current communication mode that the node is in.
",4614:"
void setCommunicationMode(
uint8 communicationMode
) override
Sets the communication mode for the node.  Note: The node info will be reset when doing this and therefore will require being fetched again the next time it is requested.
",4615:"
RTKDeviceStatusFlags getDeviceStatusFlags() const
Gets the status flags for the RTK device.
",4616:"
std::string getActivationCode() const
Gets the Activation Code of the RTK device.
",4617:"
uint8 getStatusBitfieldVersion() const
Extracts the bitfield version number from the RTK status flag.  0 - V1 1 - V2
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/RTKNode-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/RTKNode-ToolTips.js deleted file mode 100644 index b455c9436..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/RTKNode-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({367:"
Connection
The Connection object that is used for communication.
",3146:"
The enums for all the different data classes of MIP data.
",4366:"
MipNode
Abstract base class for Inertial or RTK (MIP) devices
",10453:"
Error_NotSupported
A command/feature was attempted to be used that was not supported.
",10468:"
Error_Communication
The exception for failing to communicate with a device.
",10479:"
Error_Connection
The generic connection exception.
",10497:"
Error_MipCmdFailed
The Inertial command has failed
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/RTKNode.html b/v66.0.1/MSCL_Docs/classes/C/RTKNode.html deleted file mode 100644 index 2345ab106..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/RTKNode.html +++ /dev/null @@ -1,57 +0,0 @@ - - -RTKNode - - - - - - - -
-
RTKNode
- -

A class representing a MicroStrain RTK Node

-
- -
-
Functions
-
- -
-
RTKNode
-
explicit RTKNode(
Connection connection
) : MipNode(connection)
-

Creates an RTKNode object.

Parameters
connection
Connection

The Connection object used for communication.

Exceptions
-
- -
-
getCommunicationMode
-
uint8 getCommunicationMode() override
-

Gets the current communication mode that the node is in.

Returns

The communication mode the node is in. This is an advanced command, and therefore the communication modes for your device should be researched to determine what each communication mode is.

Exceptions
-
- -
-
setCommunicationMode
-
void setCommunicationMode(
uint8 communicationMode
) override
-

Sets the communication mode for the node.  Note: The node info will be reset when doing this and therefore will require being fetched again the next time it is requested.

Parameters
communicationMode
uint8

The communication mode to set. This is an advanced command, and therefore the communication modes for your device should be researched to determine what each communication mode is.

Exceptions
-
- -
-
getDeviceStatusFlags
-
RTKDeviceStatusFlags getDeviceStatusFlags() const
-

Gets the status flags for the RTK device.

Returns
RTKDeviceStatusFlags

The RTKDeviceStatusFlags containing modem and client connection status.

Exceptions
-
- -
-
getActivationCode
-
std::string getActivationCode() const
-

Gets the Activation Code of the RTK device.

Returns

The 32 character Activation Code for the device.

Exceptions
-
- -
-
getStatusBitfieldVersion
-
uint8 getStatusBitfieldVersion() const
-

Extracts the bitfield version number from the RTK status flag.  0 - V1 1 - V2

Returns
uint8

The uint8 bitfield value containing the RTK version number.

Exceptions
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/RadioFeatures-Summary.js b/v66.0.1/MSCL_Docs/classes/C/RadioFeatures-Summary.js deleted file mode 100644 index a9b773add..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/RadioFeatures-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:RadioFeatures","RadioFeatures");NDSummary.OnSummaryLoaded("CClass:RadioFeatures",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[8428,0,0,"RadioFeatures"],[8429,0,2,"Variables","Variables"],[8430,0,3,"m_extendedRange","m_extendedRange"],[8431,0,2,"Functions","Functions"],[8432,0,1,"RadioFeatures","RadioFeatures"],[8433,0,1,"extendedRange","extendedRange"],[8434,0,1,"init","init"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/RadioFeatures-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/RadioFeatures-SummaryToolTips.js deleted file mode 100644 index 96b24cdc8..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/RadioFeatures-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:RadioFeatures",{8428:"
RadioFeatures
Represents radio features of a WirelessNode.
",8430:"
bool m_extendedRange
Whether or not the radio is XR capable
",8432:"
RadioFeatures(
uint16 eepromValue
)
Creates a RadioFeatures object from the eeprom value
",8433:"
bool extendedRange()
Gets whether or not the Node is XR (has an extended range radio)
",8434:"
void init(
uint16 eepromValue
)
Sets all the radio features from the given eeprom value
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/RadioFeatures-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/RadioFeatures-ToolTips.js deleted file mode 100644 index 4b99e1e24..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/RadioFeatures-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7905:"
WirelessNode
A class representing a MicroStrain wireless node
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/RadioFeatures.html b/v66.0.1/MSCL_Docs/classes/C/RadioFeatures.html deleted file mode 100644 index 175334d84..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/RadioFeatures.html +++ /dev/null @@ -1,49 +0,0 @@ - - -RadioFeatures - - - - - - - -
-
RadioFeatures
-
RadioFeatures
-

Represents radio features of a WirelessNode.

-
- -
-
Variables
-
- -
-
m_extendedRange
-
bool m_extendedRange
-

Whether or not the radio is XR capable

-
- -
-
Functions
-
- -
-
RadioFeatures
-
RadioFeatures(
uint16 eepromValue
)
-

Creates a RadioFeatures object from the eeprom value

Parameters
eepromValue
uint16

The value from eeprom that determines the radio features

-
- -
-
extendedRange
-
bool extendedRange()
-

Gets whether or not the Node is XR (has an extended range radio)

Returns

true if the Node has an XR radio, false otherwise

-
- -
-
init
-
void init(
uint16 eepromValue
)
-

Sets all the radio features from the given eeprom value

Parameters
eepromValue
uint16

The value from eeprom that determines the radio features

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/RawAngleStrainPacket-Summary.js b/v66.0.1/MSCL_Docs/classes/C/RawAngleStrainPacket-Summary.js deleted file mode 100644 index 2316e239a..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/RawAngleStrainPacket-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:RawAngleStrainPacket","RawAngleStrainPacket");NDSummary.OnSummaryLoaded("CClass:RawAngleStrainPacket",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[7560,0,0,"RawAngleStrainPacket"],[7561,0,2,"Functions","Functions"],[7562,0,1,"RawAngleStrainPacket","RawAngleStrainPacket"],[7563,0,1,"parseSweeps","parseSweeps"],[7564,0,1,"integrityCheck","integrityCheck"],[7565,0,1,"getUniqueId","getUniqueId"],[7566,0,1,"distributeAngles","distributeAngles"],[7567,0,1,"buildChannelName","buildChannelName"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/RawAngleStrainPacket-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/RawAngleStrainPacket-SummaryToolTips.js deleted file mode 100644 index 1dbfa602e..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/RawAngleStrainPacket-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:RawAngleStrainPacket",{7560:"
RawAngleStrainPacket
A WirelessDataPacket derived class representing a Raw Angle Strain packet.
",7562:"
explicit RawAngleStrainPacket(
const WirelessPacket &packet
)
Creates an RawAngleStrainPacket from the passed in WirelessPacket.
",7563:"
void parseSweeps()
Parses the passed in WirelessPacket for all the sweep information and adds a sweep to the sweeps container
",7564:"
static bool integrityCheck(
const WirelessPacket &packet
)
Verifies that the packet is a well formed RawAngleStrainPacket
",7565:"
static UniqueWirelessPacketId getUniqueId(
const WirelessPacket &packet
)
Gets the unique Id of the WirelessPacket passed in
",7566:"
static std::vector<float> distributeAngles(
float low,
float high,
uint8 count
)
Gets a list of angles based on a low, high, and number of angles.
",7567:"
static std::string buildChannelName(
float angle
)
Builds a channel name for the Raw Angle Strain data.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/RawAngleStrainPacket-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/RawAngleStrainPacket-ToolTips.js deleted file mode 100644 index 029a71284..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/RawAngleStrainPacket-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7176:"
WirelessPacket
Represents a MicroStrain wireless packet
",7236:"
WirelessDataPacket
A class representing a Wireless Data Packet.
",10248:"
Typedef for an id that uniquely identifies a wireless packet.
",10464:"
Error_UnknownSampleRate
The sample rate is invalid or unknown for the given device
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/RawAngleStrainPacket.html b/v66.0.1/MSCL_Docs/classes/C/RawAngleStrainPacket.html deleted file mode 100644 index bb7842104..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/RawAngleStrainPacket.html +++ /dev/null @@ -1,57 +0,0 @@ - - -RawAngleStrainPacket - - - - - - - -
-
RawAngleStrainPacket
-
public
WirelessDataPacket
RawAngleStrainPacket
-

A WirelessDataPacket derived class representing a Raw Angle Strain packet.

-
- -
-
Functions
-
- -
-
RawAngleStrainPacket
-
explicit RawAngleStrainPacket(
const WirelessPacket &packet
)
-

Creates an RawAngleStrainPacket from the passed in WirelessPacket.

Parameters
packet
const WirelessPacket&

A WirelessPacket determined to be an RawAngleStrainPacket.

-
- -
-
parseSweeps
-
void parseSweeps()
-

Parses the passed in WirelessPacket for all the sweep information and adds a sweep to the sweeps container

Exceptions
-
- -
-
integrityCheck
-
static bool integrityCheck(
const WirelessPacket &packet
)
-

Verifies that the packet is a well formed RawAngleStrainPacket

Parameters
packet
const WirelessPacket&

The fully formed Wireless Packet to check the integrity of

Returns

true if the packet is a well formed RawAngleStrainPacket, false otherwise

-
- -
-
getUniqueId
-
static UniqueWirelessPacketId getUniqueId(
const WirelessPacket &packet
)
-

Gets the unique Id of the WirelessPacket passed in

Parameters
packet
const WirelessPacket&

The WirelessPacket to get the unique id of

Returns

The UniqueWirelessPacketId of the passed in packet

-
- -
-
distributeAngles
-
static std::vector<float> distributeAngles(
float low,
float high,
uint8 count
)
-

Gets a list of angles based on a low, high, and number of angles.

Parameters
low
float

The lower bound angle (inclusive).

high
float

The higher bound angle (inclusive).

count
uint8

The total number of angles.

Returns

The angles determined from the distribution range.

-
- -
-
buildChannelName
-
static std::string buildChannelName(
float angle
)
-

Builds a channel name for the Raw Angle Strain data.

Parameters
angle
float

The angle of the data.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/RawBytePacket-Summary.js b/v66.0.1/MSCL_Docs/classes/C/RawBytePacket-Summary.js deleted file mode 100644 index 12786be8a..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/RawBytePacket-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:RawBytePacket","RawBytePacket");NDSummary.OnSummaryLoaded("CClass:RawBytePacket",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Enums","Enumeration"],["Functions","Function"],["Groups","Group"],["Types","Type"],["Variables","Variable"]],[[80,0,0,"RawBytePacket"],[81,0,4,"Types","Types"],[82,0,2,"MIP Packet Bytes","MIP_Packet_Bytes"],[83,0,1,,"INVALID_PACKET"],[84,0,1,,"DATA_PACKET"],[85,0,1,,"COMMAND_PACKET"],[86,0,1,,"NO_PACKET_FOUND"],[87,0,2,"MIP Packet Information","MIP_Packet_Information"],[88,0,1,,"FROM_READ"],[89,0,1,,"FROM_SEND"],[90,0,5,"Payload","Payload"],[91,0,4,"Variables","Variables"],[92,0,6,"m_packetType","m_packetType"],[93,0,6,"m_packetType","m_packetType(2)"],[94,0,6,"m_payload","m_payload"],[95,0,4,"Functions","Functions"],[96,0,3,"payload","payload"],[97,0,3,"type","type"],[98,0,3,"source","source"],[99,0,3,"type","type(2)"],[100,0,3,"source","source(2)"],[101,0,3,"payload","payload(2)"],[102,0,4,"Types","Types(2)"],[103,0,5,"RawBytePackets","RawBytePackets"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/RawBytePacket-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/RawBytePacket-SummaryToolTips.js deleted file mode 100644 index c60b172f5..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/RawBytePacket-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:RawBytePacket",{80:"
RawBytePacket
A class that contains packet information about an Inertial packet
",90:"
typedef for the bytes that make up a payload in a packet
",92:"
PacketType m_packetType
The packet type of the RawBytePacket
",93:"
The source of the RawBytePacket
",94:"
Payload m_payload
The payload bytes in the packet
",96:"
void payload(
const Bytes &bytes
)
Sets the payload bytes of the packet
",97:"
void type(
PacketType type
)
Sets the PacketType of the RawBytePacket
",98:"
void source(
PacketSource source
)
Sets the PacketSource of the RawBytePacket
",99:"
PacketType type() const
Gets the PacketType of the packet
",100:"
PacketSource source() const
Gets the PacketSource of the packet
",101:"
const std::vector<uint8> payload() const
Gets the payload bytes of the packet
",103:"
Typedef for a vector of RawBytePacket objects.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/RawBytePacket-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/RawBytePacket-ToolTips.js deleted file mode 100644 index c4042996d..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/RawBytePacket-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({80:"
RawBytePacket
A class that contains packet information about an Inertial packet
",90:"
typedef for the bytes that make up a payload in a packet
",10253:"
typedef for a vector of bytes.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/RawBytePacket.html b/v66.0.1/MSCL_Docs/classes/C/RawBytePacket.html deleted file mode 100644 index d6ed537e6..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/RawBytePacket.html +++ /dev/null @@ -1,106 +0,0 @@ - - -RawBytePacket - - - - - - - -
-
RawBytePacket
-
RawBytePacket
-

A class that contains packet information about an Inertial packet

-
- -
-
Types
-
- -
-
MIP Packet Bytes
-
INVALID_PACKET

Start of packet found, but packet was invalid

DATA_PACKET

Complete data packet

COMMAND_PACKET

Complete command or command response packet

NO_PACKET_FOUND

No packet was found in these bytes

-
- -
-
MIP Packet Information
-
FROM_READ

The packet was read from the device

FROM_SEND

The packet was sent to the device

-
- -
-
Payload
-

typedef for the bytes that make up a payload in a packet

-
- -
-
Variables
-
- -
-
m_packetType
-
PacketType m_packetType
-

The packet type of the RawBytePacket

-
- -
-
m_packetType
-

The source of the RawBytePacket

-
- -
-
m_payload
-
Payload m_payload
-

The payload bytes in the packet

-
- -
-
Functions
-
- -
-
payload
-
void payload(
const Bytes &bytes
)
-

Sets the payload bytes of the packet

Parameters
bytes
const Bytes&

The payload of the packet, as a vector of bytes

-
- -
-
type
-
void type(
PacketType type
)
-

Sets the PacketType of the RawBytePacket

Parameters
set

The PacketType value to set

-
- -
-
source
-
void source(
PacketSource source
)
-

Sets the PacketSource of the RawBytePacket

Parameters
set

The PacketSource value to set

-
- -
-
type
-
PacketType type() const
-

Gets the PacketType of the packet

Returns

PacketType of the packet

-
- -
-
source
-
PacketSource source() const
-

Gets the PacketSource of the packet

Returns

PacketSource of the packet

-
- -
-
payload
-
const std::vector<uint8> payload() const
-

Gets the payload bytes of the packet

Returns

The payload of the packet, as a vector of bytes

-
- -
-
Types
-
- -
-
RawBytePackets
-

Typedef for a vector of RawBytePacket objects.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/RawBytePacketCollector-Summary.js b/v66.0.1/MSCL_Docs/classes/C/RawBytePacketCollector-Summary.js deleted file mode 100644 index 7bf9ffbcf..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/RawBytePacketCollector-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:RawBytePacketCollector","RawBytePacketCollector");NDSummary.OnSummaryLoaded("CClass:RawBytePacketCollector",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"],["Types","Type"],["Variables","Variable"]],[[62,0,0,"RawBytePacketCollector"],[63,0,3,"Functions","Functions"],[64,0,2,"RawBytePacketCollector","RawBytePacketCollector"],[65,0,2,"RawBytePacketCollector","RawBytePacketCollector(2)"],[66,0,3,"Types","Types"],[67,0,4,"circular_data_buffer","circular_data_buffer"],[68,0,3,"Constants","Constants"],[69,0,1,"MAX_DATA_BUFFER_SIZE = 1024 * 100","MAX_DATA_BUFFER_SIZE=1024*100"],[70,0,3,"Variables","Variables"],[71,0,5,"m_rawBytePackets","m_rawBytePackets"],[72,0,5,"m_packetMutex","m_packetMutex"],[73,0,5,"m_emptyBufferCondition","m_emptyBufferCondition"],[74,0,5,"m_notifyDataAddedFn","m_notifyDataAddedFn"],[75,0,3,"Functions","Functions(2)"],[76,0,2,"requestRawBytePacketAddedNotification","requestRawBytePacketAddedNotification"],[77,0,2,"addRawBytePacket","addRawBytePacket"],[78,0,2,"getRawBytePackets","getRawBytePackets"],[79,0,2,"totalPackets","totalPackets"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/RawBytePacketCollector-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/RawBytePacketCollector-SummaryToolTips.js deleted file mode 100644 index c63bb6679..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/RawBytePacketCollector-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:RawBytePacketCollector",{62:"
RawBytePacketCollector
Class that sets/matches expected responses, and stores all the Inertial packets
",64:"
RawBytePacketCollector()
The default constructor for the RawBytePacketCollector
",65:"
~RawBytePacketCollector()
The destructor for the RawBytePacketCollector
",67:"
Typedef for a circular buffer of a MipDataPacket
",69:"
The maximum number of raw byte packets that can be stored in the circular buffer
",71:"
circular_data_buffer m_rawBytePackets
A circular buffer that holds RawBytePackets
",72:"
std::mutex m_packetMutex
A mutex used for thread safety when accessing/modifying the m_rawBytePackets buffer
",73:"
std::condition_variable m_emptyBufferCondition
Allows the write to buffer thread to tell the reading thread when data is available
",74:"
std::function<void()> m_notifyDataAddedFn
The function to call when raw byte packets are added.
",76:"
void requestRawBytePacketAddedNotification(
std::function<void()> fnToCall
)
Register a function to call when raw byte packets arrive
",77:"
void addRawBytePacket(
const RawBytePacket &packet
)
Adds a raw byte packet to the raw byte packets circular buffer
",78:"
void getRawBytePackets(
RawBytePackets &packets,
uint32 timeout = 0,
uint32 maxPackets = 0
)
Gets up to the requested amount of raw byte packets that have been collected.
",79:"
uint32 totalPackets()
Gets the total number of raw byte packets that are currently in the buffer.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/RawBytePacketCollector-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/RawBytePacketCollector-ToolTips.js deleted file mode 100644 index e98e69f22..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/RawBytePacketCollector-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({67:"
Typedef for a circular buffer of a MipDataPacket
",80:"
RawBytePacket
A class that contains packet information about an Inertial packet
",3026:"
MipPacket
A class that contains packet information about an Inertial packet
",3095:"
MipDataPacket
A Mip Data Packet that contains both valid and invalid data from a MIP Device.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/RawBytePacketCollector.html b/v66.0.1/MSCL_Docs/classes/C/RawBytePacketCollector.html deleted file mode 100644 index d365115a4..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/RawBytePacketCollector.html +++ /dev/null @@ -1,107 +0,0 @@ - - -RawBytePacketCollector - - - - - - - -
-
RawBytePacketCollector
-
RawBytePacketCollector
-

Class that sets/matches expected responses, and stores all the Inertial packets

-
- -
-
Functions
-
- -
-
RawBytePacketCollector
-
RawBytePacketCollector()
-

The default constructor for the RawBytePacketCollector

-
- -
-
RawBytePacketCollector
-
~RawBytePacketCollector()
-

The destructor for the RawBytePacketCollector

-
- -
-
Types
-
- -
-
circular_data_buffer
-

Typedef for a circular buffer of a MipDataPacket

-
- -
-
Constants
-
- -
-
MAX_DATA_BUFFER_SIZE = 1024 * 100
-

The maximum number of raw byte packets that can be stored in the circular buffer

-
- -
-
Variables
-
- -
-
m_rawBytePackets
-
circular_data_buffer m_rawBytePackets
-

A circular buffer that holds RawBytePackets

-
- -
-
m_packetMutex
-
std::mutex m_packetMutex
-

A mutex used for thread safety when accessing/modifying the m_rawBytePackets buffer

-
- -
-
m_emptyBufferCondition
-
std::condition_variable m_emptyBufferCondition
-

Allows the write to buffer thread to tell the reading thread when data is available

-
- -
-
m_notifyDataAddedFn
-
std::function<void()> m_notifyDataAddedFn
-

The function to call when raw byte packets are added.

-
- -
-
Functions
-
- -
-
requestRawBytePacketAddedNotification
-
void requestRawBytePacketAddedNotification(
std::function<void()> fnToCall
)
-

Register a function to call when raw byte packets arrive

-
- -
-
addRawBytePacket
-
void addRawBytePacket(
const RawBytePacket &packet
)
-

Adds a raw byte packet to the raw byte packets circular buffer

Parameters
packet
const RawBytePacket&

The MipPacket to be added to the buffer

-
- -
-
getRawBytePackets
-
void getRawBytePackets(
RawBytePackets &packets,
uint32 timeout = 0,
uint32 maxPackets = 0
)
-

Gets up to the requested amount of raw byte packets that have been collected.

Parameters
packets
RawBytePackets&

A vector of RawBytePackets to hold the result.

maxPackets
uint32

The maximum number of packets to return. If this is 0 (default), all sweeps will be returned.

-
- -
-
totalPackets
-
uint32 totalPackets()
-

Gets the total number of raw byte packets that are currently in the buffer.

Returns

The total number of raw byte packets that are currently in the buffer.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/RawRTCM_2_3Message-Summary.js b/v66.0.1/MSCL_Docs/classes/C/RawRTCM_2_3Message-Summary.js deleted file mode 100644 index 94f80429a..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/RawRTCM_2_3Message-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:RawRTCM_2_3Message","RawRTCM_2_3Message");NDSummary.OnSummaryLoaded("CClass:RawRTCM_2_3Message",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[476,0,0,"RawRTCM_2_3Message"],[477,0,2,"Functions","Functions"],[478,0,1,"commandName","commandName"],[479,0,1,"MakeCommand","MakeCommand"],[480,0,1,"operator ByteStream","operator_ByteStream"],[481,0,1,"Constructor RawRTCM_2_3Message","Constructor_RawRTCM_2_3Message"],[482,0,1,"commandType","commandType"],[483,0,1,"fieldDataByte","fieldDataByte"],[484,0,1,"responseExpected","responseExpected"],[485,0,2,"Variables","Variables"],[486,0,3,"m_data","m_data"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/RawRTCM_2_3Message-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/RawRTCM_2_3Message-SummaryToolTips.js deleted file mode 100644 index eec568db3..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/RawRTCM_2_3Message-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:RawRTCM_2_3Message",{476:"
RawRTCM_2_3Message
Contains the logic for the Inertial RawRTCM_2_3Message command.
",478:"
virtual std::string commandName() const
",479:"
static RawRTCM_2_3Message MakeCommand(
const RTCMMessage &theMessage
)
Parameter: theMessage The RTCMMessage object to send.
",480:"
operator ByteStream() const
Converts this class to a ByteStream.
",481:"
Private constructor creates a RawRTCM_2_3Message object.  Use Make___Command methods to create an object.
",482:"
virtual MipTypes::Command commandType() const
",483:"
virtual uint8 fieldDataByte() const
",484:"
virtual bool responseExpected() const
",486:"
The RTCMMessage to send to the device.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/RawRTCM_2_3Message-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/RawRTCM_2_3Message-ToolTips.js deleted file mode 100644 index 93944451f..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/RawRTCM_2_3Message-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({476:"
RawRTCM_2_3Message
Contains the logic for the Inertial RawRTCM_2_3Message command.
",1906:"
A string composing the RTCM message.
",3171:"
The enums for all of the different MIP commands.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/RawRTCM_2_3Message.html b/v66.0.1/MSCL_Docs/classes/C/RawRTCM_2_3Message.html deleted file mode 100644 index 3db943c61..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/RawRTCM_2_3Message.html +++ /dev/null @@ -1,71 +0,0 @@ - - -RawRTCM_2_3Message - - - - - - - -
-
RawRTCM_2_3Message
-
public
MipCommand
RawRTCM_2_3Message
-

Contains the logic for the Inertial RawRTCM_2_3Message command.

-
- -
-
Functions
-
- -
-
commandName
-
virtual std::string commandName() const
-
Returns
std::string

the string name for this class.

-
- -
-
MakeCommand
-
static RawRTCM_2_3Message MakeCommand(
const RTCMMessage &theMessage
)
-

Parameter: theMessage The RTCMMessage object to send.

Returns
RawRTCM_2_3Message

object set up for sending a set command.

-
- -
-
operator ByteStream
-
operator ByteStream() const
-

Converts this class to a ByteStream.

-
- -
-
Constructor RawRTCM_2_3Message
-

Private constructor creates a RawRTCM_2_3Message object.  Use Make___Command methods to create an object.

-
- -
-
commandType
-
virtual MipTypes::Command commandType() const
-
Returns
MipTypes::Command

the command ID.

-
- -
-
fieldDataByte
-
virtual uint8 fieldDataByte() const
-
Returns
uint8

the byte ID for field data in the reply.

-
- -
-
responseExpected
-
virtual bool responseExpected() const
-
Returns
bool

True indicates that a response should return from the device.

-
- -
-
Variables
-
- -
-
m_data
-

The RTCMMessage to send to the device.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ReadBufferSavePoint-Summary.js b/v66.0.1/MSCL_Docs/classes/C/ReadBufferSavePoint-Summary.js deleted file mode 100644 index df6cc7e7d..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ReadBufferSavePoint-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:ReadBufferSavePoint","ReadBufferSavePoint");NDSummary.OnSummaryLoaded("CClass:ReadBufferSavePoint",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[9959,0,0,"ReadBufferSavePoint"],[9960,0,2,"Functions","Functions"],[9961,0,1,"ReadBufferSavePoint","ReadBufferSavePoint"],[9962,0,1,"ReadBufferSavePoint","ReadBufferSavePoint(2)"],[9963,0,2,"Variables","Variables"],[9964,0,3,"m_data","m_data"],[9965,0,3,"m_savePosition","m_savePosition"],[9966,0,2,"Functions","Functions(2)"],[9967,0,1,"revert","revert"],[9968,0,1,"commit","commit"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ReadBufferSavePoint-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/ReadBufferSavePoint-SummaryToolTips.js deleted file mode 100644 index b938b1b16..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ReadBufferSavePoint-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:ReadBufferSavePoint",{9959:"
ReadBufferSavePoint
Acts as a save point so that bytes can be read out of a DataBuffer and the read point reverted
",9961:"
ReadBufferSavePoint(
DataBuffer *data
)
Creates a ReadBufferSavePoint based on the DataBuffer passed in
",9962:"
~ReadBufferSavePoint()
Destroying a ReadBufferSavePoint object, reverting any uncommited data
",9964:"
DataBuffer* m_data
The DataBuffer of data to be accessed
",9965:"
std::size_t m_savePosition
The current save position in the DataBuffer
",9967:"
void revert()
reverts the read position of the DataBuffer back to its saved position
",9968:"
void commit()
commits all the currently read data so that it will not be reverted
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ReadBufferSavePoint-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/ReadBufferSavePoint-ToolTips.js deleted file mode 100644 index 4c32eeaf8..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ReadBufferSavePoint-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({9916:"
Used to easily read a container of bytes
",9928:"
DataBuffer
A buffer of bytes extending from the ByteStream class that is used for holding bytes read in from the connection
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ReadBufferSavePoint.html b/v66.0.1/MSCL_Docs/classes/C/ReadBufferSavePoint.html deleted file mode 100644 index fcc0ba2c3..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ReadBufferSavePoint.html +++ /dev/null @@ -1,65 +0,0 @@ - - -ReadBufferSavePoint - - - - - - - -
-
ReadBufferSavePoint
-
ReadBufferSavePoint
-

Acts as a save point so that bytes can be read out of a DataBuffer and the read point reverted

See Also

DataBuffer

-
- -
-
Functions
-
- -
-
ReadBufferSavePoint
-
ReadBufferSavePoint(
DataBuffer *data
)
-

Creates a ReadBufferSavePoint based on the DataBuffer passed in

Parameters
data
DataBuffer*

the data that will be updated or reverted

-
- -
-
ReadBufferSavePoint
-
~ReadBufferSavePoint()
-

Destroying a ReadBufferSavePoint object, reverting any uncommited data

-
- -
-
Variables
-
- -
-
m_data
-
DataBuffer* m_data
-

The DataBuffer of data to be accessed

-
- -
-
m_savePosition
-
std::size_t m_savePosition
-

The current save position in the DataBuffer

-
- -
-
Functions
-
- -
-
revert
-
void revert()
-

reverts the read position of the DataBuffer back to its saved position

-
- -
-
commit
-
void commit()
-

commits all the currently read data so that it will not be reverted

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ReadEeprom-Summary.js b/v66.0.1/MSCL_Docs/classes/C/ReadEeprom-Summary.js deleted file mode 100644 index cbe764fb2..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ReadEeprom-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:ReadEeprom","ReadEeprom");NDSummary.OnSummaryLoaded("CClass:ReadEeprom",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[5431,0,0,"ReadEeprom"],[5432,0,2,"Functions","Functions"],[5433,0,1,"buildCommand","buildCommand"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ReadEeprom-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/ReadEeprom-SummaryToolTips.js deleted file mode 100644 index 98d2301c0..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ReadEeprom-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:ReadEeprom",{5431:"
ReadEeprom
Contains logic for the ReadEeprom Node command
",5433:"
static ByteStream buildCommand(
NodeAddress nodeAddress,
uint16 eepromAddress
)
Builds the ReadEeprom command packet
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ReadEeprom-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/ReadEeprom-ToolTips.js deleted file mode 100644 index aefea407e..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ReadEeprom-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10245:"
typedef for a Node\'s node address.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ReadEeprom.html b/v66.0.1/MSCL_Docs/classes/C/ReadEeprom.html deleted file mode 100644 index ed54afe39..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ReadEeprom.html +++ /dev/null @@ -1,27 +0,0 @@ - - -ReadEeprom - - - - - - - -
-
ReadEeprom
-
ReadEeprom
-

Contains logic for the ReadEeprom Node command

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand(
NodeAddress nodeAddress,
uint16 eepromAddress
)
-

Builds the ReadEeprom command packet

Parameters
nodeAddress
NodeAddress

the address of the Node to build the command for

eepromAddress
uint16

the Eeprom address to read from

Returns

A ByteStream containing the command packet

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ReadEeprom_v2-Summary.js b/v66.0.1/MSCL_Docs/classes/C/ReadEeprom_v2-Summary.js deleted file mode 100644 index e53b6775b..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ReadEeprom_v2-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:ReadEeprom_v2","ReadEeprom_v2");NDSummary.OnSummaryLoaded("CClass:ReadEeprom_v2",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[5415,0,0,"ReadEeprom_v2"],[5416,0,2,"Functions","Functions"],[5417,0,1,"buildCommand","buildCommand"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ReadEeprom_v2-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/ReadEeprom_v2-SummaryToolTips.js deleted file mode 100644 index d288a3236..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ReadEeprom_v2-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:ReadEeprom_v2",{5415:"
ReadEeprom_v2
Contains logic for the ReadEeprom (version 2) Node command
",5417:"
static ByteStream buildCommand(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress,
uint16 eepromAddress
)
Builds the ReadEeprom command packet
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ReadEeprom_v2-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/ReadEeprom_v2-ToolTips.js deleted file mode 100644 index 4531d219a..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ReadEeprom_v2-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7194:"
The possible ASPP versions
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10245:"
typedef for a Node\'s node address.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ReadEeprom_v2.html b/v66.0.1/MSCL_Docs/classes/C/ReadEeprom_v2.html deleted file mode 100644 index 66303c2b3..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ReadEeprom_v2.html +++ /dev/null @@ -1,27 +0,0 @@ - - -ReadEeprom_v2 - - - - - - - -
-
ReadEeprom_v2
-
ReadEeprom_v2
-

Contains logic for the ReadEeprom (version 2) Node command

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress,
uint16 eepromAddress
)
-

Builds the ReadEeprom command packet

Parameters
nodeAddress
NodeAddress

the address of the Node to build the command for.

eepromAddress
uint16

the Eeprom address to read from.

Returns

A ByteStream containing the command packet

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ReadSingleSensor-Summary.js b/v66.0.1/MSCL_Docs/classes/C/ReadSingleSensor-Summary.js deleted file mode 100644 index 9279466b6..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ReadSingleSensor-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:ReadSingleSensor","ReadSingleSensor");NDSummary.OnSummaryLoaded("CClass:ReadSingleSensor",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[5405,0,0,"ReadSingleSensor"],[5406,0,2,"Functions","Functions"],[5407,0,1,"buildCommand","buildCommand"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ReadSingleSensor-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/ReadSingleSensor-SummaryToolTips.js deleted file mode 100644 index 62fcdcff5..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ReadSingleSensor-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:ReadSingleSensor",{5405:"
ReadSingleSensor
Contains logic for the Read Single Sensor Node command
",5407:"
static ByteStream buildCommand(
NodeAddress nodeAddress,
uint8 channelNumber
)
Builds the ReadSingleSensor command packet.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ReadSingleSensor-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/ReadSingleSensor-ToolTips.js deleted file mode 100644 index aefea407e..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ReadSingleSensor-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10245:"
typedef for a Node\'s node address.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ReadSingleSensor.html b/v66.0.1/MSCL_Docs/classes/C/ReadSingleSensor.html deleted file mode 100644 index 242b35029..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ReadSingleSensor.html +++ /dev/null @@ -1,27 +0,0 @@ - - -ReadSingleSensor - - - - - - - -
-
ReadSingleSensor
-
ReadSingleSensor
-

Contains logic for the Read Single Sensor Node command

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand(
NodeAddress nodeAddress,
uint8 channelNumber
)
-

Builds the ReadSingleSensor command packet.

Parameters
nodeAddress
NodeAddress

The address of the Node to build the command for.

Returns

A ByteStream containing the command packet.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ResetFilter-Summary.js b/v66.0.1/MSCL_Docs/classes/C/ResetFilter-Summary.js deleted file mode 100644 index 7e52ea687..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ResetFilter-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:ResetFilter","ResetFilter");NDSummary.OnSummaryLoaded("CClass:ResetFilter",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[840,0,0,"ResetFilter"],[841,0,3,"Constants","Constants"],[842,0,1,"Packet Bytes","Packet_Bytes"],[843,0,1,,"CMD_ID"],[844,0,3,"Functions","Functions"],[845,0,2,"buildCommand","buildCommand"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ResetFilter-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/ResetFilter-SummaryToolTips.js deleted file mode 100644 index 006457e04..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ResetFilter-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:ResetFilter",{840:"
ResetFilter
Contains the logic for the "Reset Filter" command
",845:"
static ByteStream buildCommand()
Builds the bytes for the command.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ResetFilter-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/ResetFilter-ToolTips.js deleted file mode 100644 index a9de5ee2c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ResetFilter-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3171:"
The enums for all of the different MIP commands.
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ResetFilter.html b/v66.0.1/MSCL_Docs/classes/C/ResetFilter.html deleted file mode 100644 index b26ef11f2..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ResetFilter.html +++ /dev/null @@ -1,36 +0,0 @@ - - -ResetFilter - - - - - - - -
-
ResetFilter
-
ResetFilter
-

Contains the logic for the "Reset Filter" command

-
- -
-
Constants
-
- -
-
Packet Bytes
-
CMD_ID

CMD_EF_RESET_FILTER  - The MipTypes::Command for this command

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand()
-

Builds the bytes for the command.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Reset_v2-Summary.js b/v66.0.1/MSCL_Docs/classes/C/Reset_v2-Summary.js deleted file mode 100644 index 820d1423c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Reset_v2-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:Reset_v2","Reset_v2");NDSummary.OnSummaryLoaded("CClass:Reset_v2",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[5394,0,0,"Reset_v2"],[5395,0,2,"Functions","Functions"],[5396,0,1,"buildCommand","buildCommand"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Reset_v2-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Reset_v2-SummaryToolTips.js deleted file mode 100644 index 926885809..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Reset_v2-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:Reset_v2",{5394:"
Reset_v2
Contains logic for the Reset_v2 Node command
",5396:"
static ByteStream buildCommand(
NodeAddress nodeAddress,
ResetType resetType
)
Builds the Reset_v2 command packet
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Reset_v2-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Reset_v2-ToolTips.js deleted file mode 100644 index aefea407e..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Reset_v2-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10245:"
typedef for a Node\'s node address.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Reset_v2.html b/v66.0.1/MSCL_Docs/classes/C/Reset_v2.html deleted file mode 100644 index 51dbb3ecc..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Reset_v2.html +++ /dev/null @@ -1,27 +0,0 @@ - - -Reset_v2 - - - - - - - -
-
Reset_v2
-
Reset_v2
-

Contains logic for the Reset_v2 Node command

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand(
NodeAddress nodeAddress,
ResetType resetType
)
-

Builds the Reset_v2 command packet

Parameters
nodeAddress
NodeAddress

the address of the Node to build the command for

resetType
ResetType

The <ResetType>

Returns

A ByteStream containing the Reset_v2 command packet

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Response-Summary.js b/v66.0.1/MSCL_Docs/classes/C/Response-Summary.js deleted file mode 100644 index b8412604e..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Response-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:Response","Response");NDSummary.OnSummaryLoaded("CClass:Response",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[825,0,0,"Response"],[826,0,2,"Functions","Functions"],[827,0,1,"fieldId","fieldId"],[2960,0,1,"fieldDataByte","fieldDataByte"],[5717,0,1,"Response","Response"],[995,0,1,"parseResponse","parseResponse"],[993,0,1,"Response","Response"],[994,0,1,"match_data","match_data"],[703,0,1,"Response","Response"],[664,0,1,"Response","Response"],[2959,0,1,"commandId","commandId"],[2961,0,1,"descSetByte","descSetByte"],[2962,0,1,"cmdByte","cmdByte"],[2963,0,1,"fieldAckNackByte","fieldAckNackByte"],[2964,0,1,"checkMatchData","checkMatchData"],[2965,0,1,"Response","Response"],[2966,0,1,"Response","Response(2)"],[2967,0,1,"Response","Response(3)"],[2968,0,1,"Response","Response(4)"],[2969,0,1,"match","match"],[2970,0,1,"match_ackNack","match_ackNack"],[2971,0,1,"match_data","match_data"],[2972,0,1,"wait","wait"],[2973,0,1,"result","result"],[2924,0,1,"match_data","match_data"],[2925,0,1,"parseResponse","parseResponse"],[2912,0,1,"match_data","match_data"],[2891,0,1,"match_data","match_data"],[2892,0,1,"parseResponse","parseResponse"],[2851,0,1,"Response","Response"],[5864,0,1,"Response","Response"],[5868,0,1,"match","match"],[5826,0,1,"Response","Response"],[5833,0,1,"match","match"],[5834,0,1,"result","result"],[5802,0,1,"Response","Response"],[5810,0,1,"calStarted","calStarted"],[5811,0,1,"calTime","calTime"],[5812,0,1,"completionFlag","completionFlag"],[5813,0,1,"infoBytes","infoBytes"],[5814,0,1,"match","match"],[5815,0,1,"match_nodeReceived","match_nodeReceived"],[5816,0,1,"ShmResponse","ShmResponse"],[5817,0,1,"Shm201Response","Shm201Response"],[5818,0,1,"ShuntCalResponse","ShuntCalResponse"],[5721,0,1,"result","result"],[5722,0,1,"matchSuccessResponse","matchSuccessResponse"],[5723,0,1,"matchFailResponse","matchFailResponse"],[5704,0,1,"match","match"],[5711,0,1,"matchSuccessResponse","matchSuccessResponse"],[5695,0,1,"result","result"],[5696,0,1,"matchSuccessResponse","matchSuccessResponse"],[5697,0,1,"matchFailResponse","matchFailResponse"],[5676,0,1,"Response","Response"],[5682,0,1,"result","result"],[5683,0,1,"errorCode","errorCode"],[5684,0,1,"matchSuccessResponse","matchSuccessResponse"],[5685,0,1,"matchFailResponse","matchFailResponse"],[5666,0,1,"Response","Response"],[5670,0,1,"matchSuccessResponse","matchSuccessResponse"],[5659,0,1,"Response","Response"],[5660,0,1,"matchSuccessResponse","matchSuccessResponse"],[5643,0,1,"Response","Response"],[5647,0,1,"matchSuccessResponse","matchSuccessResponse"],[5648,0,1,"beaconStartTime","beaconStartTime"],[5631,0,1,"Response","Response"],[5635,0,1,"beaconStartTime","beaconStartTime"],[5636,0,1,"matchSuccessResponse","matchSuccessResponse"],[5637,0,1,"matchFailResponse","matchFailResponse"],[5620,0,1,"Response","Response"],[5624,0,1,"matchSuccessResponse","matchSuccessResponse"],[5625,0,1,"matchFailResponse","matchFailResponse"],[5606,0,1,"Response","Response"],[5612,0,1,"errorCode","errorCode"],[5613,0,1,"matchSuccessResponse","matchSuccessResponse"],[5614,0,1,"matchFailResponse","matchFailResponse"],[5595,0,1,"Response","Response"],[5600,0,1,"matchSuccessResponse","matchSuccessResponse"],[5574,0,1,"match","match"],[5562,0,1,"Response","Response"],[5566,0,1,"matchSuccessResponse","matchSuccessResponse"],[5567,0,1,"matchFailResponse","matchFailResponse"],[5549,0,1,"Response","Response"],[5554,0,1,"matchSuccessResponse","matchSuccessResponse"],[5555,0,1,"matchFailResponse","matchFailResponse"],[5556,0,1,"result","result"],[5537,0,1,"Response","Response"],[5542,0,1,"match","match"],[5543,0,1,"result","result"],[5507,0,1,"Response","Response"],[5513,0,1,"matchSuccessResponse","matchSuccessResponse"],[5514,0,1,"matchFailResponse","matchFailResponse"],[5515,0,1,"data","data"],[5495,0,1,"Response","Response"],[5500,0,1,"match","match"],[5501,0,1,"result","result"],[5485,0,1,"match","match"],[5486,0,1,"dataPoints","dataPoints"],[5487,0,1,"matchSuccessResponsePart1","matchSuccessResponsePart1"],[5488,0,1,"matchSuccessResponse","matchSuccessResponse"],[5489,0,1,"matchSuccessResponse","matchSuccessResponse(2)"],[5448,0,1,"Response","Response"],[5455,0,1,"started","started"],[5456,0,1,"timeToComplete","timeToComplete"],[5457,0,1,"result","result"],[5458,0,1,"match","match"],[5459,0,1,"match_nodeReceived","match_nodeReceived"],[5436,0,1,"Response","Response"],[5441,0,1,"match","match"],[5442,0,1,"eepromValue","eepromValue(2)"],[5420,0,1,"Response","Response"],[5427,0,1,"eepromValue","eepromValue(2)"],[5428,0,1,"errorCode","errorCode"],[5429,0,1,"matchSuccessResponse","matchSuccessResponse"],[5430,0,1,"matchFailResponse","matchFailResponse"],[5413,0,1,"match","match"],[5414,0,1,"sensorValue","sensorValue"],[5399,0,1,"Response","Response"],[5404,0,1,"match","match"],[5276,0,1,"Response","Response"],[5277,0,1,"Response","Response(2)"],[5281,0,1,"match_baseReceived","match_baseReceived"],[5282,0,1,"match_completion","match_completion"],[5283,0,1,"match","match"],[5284,0,1,"started","started"],[5262,0,1,"Response","Response"],[5266,0,1,"matchSuccessResponse","matchSuccessResponse"],[5249,0,1,"Response","Response"],[5253,0,1,"matchSuccessResponse","matchSuccessResponse"],[5239,0,1,"Response","Response"],[5243,0,1,"matchSuccessResponse","matchSuccessResponse"],[5227,0,1,"Response","Response"],[5232,0,1,"matchSuccessResponse","matchSuccessResponse"],[5233,0,1,"matchFailResponse","matchFailResponse"],[5202,0,1,"Response","Response"],[5206,0,1,"matchSuccessResponse","matchSuccessResponse"],[4623,0,1,"Response","Response"],[4630,0,1,"errorCode","errorCode"],[4631,0,1,"matchSuccessResponse","matchSuccessResponse"],[4632,0,1,"matchFailResponse","matchFailResponse"],[990,0,2,"Variables","Variables"],[991,0,3,"m_deviceSelector","m_deviceSelector"],[2950,0,2,"Variables","Variables"],[2951,0,3,"m_ackNackResponse","m_ackNackResponse"],[2952,0,3,"m_dataResponse","m_dataResponse"],[2953,0,3,"m_command","m_command"],[2954,0,3,"m_commandName","m_commandName"],[2955,0,3,"m_fieldDataByte","m_fieldDataByte"],[2956,0,3,"m_matchData","m_matchData"],[2957,0,3,"m_result","m_result"],[2853,0,2,"Variables","Variables"],[2854,0,3,"m_fieldDataByte","m_fieldDataByte"],[5865,0,2,"Variables","Variables"],[5866,0,3,"m_nodeAddress","m_nodeAddress"],[5827,0,2,"Variables","Variables"],[5828,0,3,"m_nodeAddress","m_nodeAddress"],[5829,0,3,"m_channelNumber","m_channelNumber"],[5830,0,3,"m_targetPercent","m_targetPercent"],[5831,0,3,"m_result","m_result"],[5803,0,2,"Variables","Variables"],[5804,0,3,"m_nodeAddress","m_nodeAddress"],[5805,0,3,"m_calStarted","m_calStarted"],[5806,0,3,"m_completionFlag","m_completionFlag"],[5807,0,3,"m_timeUntilCompletion","m_timeUntilCompletion"],[5808,0,3,"m_infoBytes","m_infoBytes"],[5819,0,2,"Variables","Variables(2)"],[5820,0,3,"m_channelNumber","m_channelNumber"],[5718,0,2,"Variables","Variables"],[5719,0,3,"m_result","m_result"],[5692,0,2,"Variables","Variables"],[5693,0,3,"m_result","m_result"],[5677,0,2,"Variables","Variables"],[5678,0,3,"m_eepromAddress","m_eepromAddress"],[5679,0,3,"m_result","m_result"],[5680,0,3,"m_errorCode","m_errorCode"],[5667,0,2,"Variables","Variables"],[5668,0,3,"m_resetType","m_resetType"],[5653,0,2,"Variables","Variables"],[5654,0,3,"m_min;","m_min_"],[5655,0,3,"m_max;","m_max_"],[5656,0,3,"m_interval;","m_interval_"],[5657,0,3,"m_options","m_options"],[5644,0,2,"Variables","Variables"],[5645,0,3,"m_beaconStartTime","m_beaconStartTime"],[5632,0,2,"Variables","Variables"],[5633,0,3,"m_beaconStartTime","m_beaconStartTime"],[5621,0,2,"Variables","Variables"],[5622,0,3,"m_valueWritten","m_valueWritten"],[5607,0,2,"Variables","Variables"],[5608,0,3,"m_valueWritten","m_valueWritten"],[5609,0,3,"m_eepromAddress","m_eepromAddress"],[5610,0,3,"m_errorCode","m_errorCode"],[5596,0,2,"Variables","Variables"],[5597,0,3,"m_nodeAddress","m_nodeAddress"],[5598,0,3,"m_eepromMap","m_eepromMap"],[5563,0,2,"Variables","Variables"],[5564,0,3,"m_nodeAddress","m_nodeAddress"],[5550,0,2,"Variables","Variables"],[5551,0,3,"m_nodeAddress","m_nodeAddress"],[5552,0,3,"m_result","m_result"],[5538,0,2,"Variables","Variables"],[5539,0,3,"m_nodeAddress","m_nodeAddress"],[5540,0,3,"m_result","m_result"],[5508,0,2,"Variables","Variables"],[5509,0,3,"m_nodeAddress","m_nodeAddress"],[5510,0,3,"m_flashAddress","m_flashAddress"],[5511,0,3,"m_data","m_data"],[5496,0,2,"Variables","Variables"],[5497,0,3,"m_nodeAddress","m_nodeAddress"],[5498,0,3,"m_result","m_result"],[5481,0,2,"Variables","Variables"],[5482,0,3,"m_dataPoints","m_dataPoints"],[5483,0,3,"m_matchedPart1","m_matchedPart1"],[5449,0,2,"Variables","Variables"],[5450,0,3,"m_nodeAddress","m_nodeAddress"],[5451,0,3,"m_started","m_started"],[5452,0,3,"m_timeUntilCompletion","m_timeUntilCompletion"],[5453,0,3,"m_result","m_result"],[5437,0,2,"Variables","Variables"],[5438,0,3,"m_nodeAddress","m_nodeAddress"],[5439,0,3,"eepromValue","eepromValue"],[5421,0,2,"Variables","Variables"],[5422,0,3,"m_nodeAddress","m_nodeAddress"],[5423,0,3,"m_eepromAddress","m_eepromAddress"],[5424,0,3,"eepromValue","eepromValue"],[5425,0,3,"m_errorCode","m_errorCode"],[5409,0,2,"Variables","Variables"],[5410,0,3,"m_sensorValue","m_sensorValue"],[5400,0,2,"Variables","Variables"],[5401,0,3,"m_nodeAddress","m_nodeAddress"],[5402,0,3,"m_resetType","m_resetType"],[5278,0,2,"Variables","Variables"],[5279,0,3,"m_started","m_started"],[5263,0,2,"Variables","Variables"],[5264,0,3,"m_nodeAddress","m_nodeAddress"],[5250,0,2,"Variables","Variables"],[5251,0,3,"m_nodeAddress","m_nodeAddress"],[5240,0,2,"Variables","Variables"],[5241,0,3,"m_nodeAddress","m_nodeAddress"],[5228,0,2,"Variables","Variables"],[5229,0,3,"m_nodeAddress","m_nodeAddress"],[5230,0,3,"m_protocol","m_protocol"],[5203,0,2,"Variables","Variables"],[5204,0,3,"m_nodeAddress","m_nodeAddress"],[4624,0,2,"Variables","Variables"],[4625,0,3,"m_nodeAddress","m_nodeAddress"],[4626,0,3,"m_eepromAddress","m_eepromAddress"],[4627,0,3,"eepromValue","eepromValue"],[4628,0,3,"m_errorCode","m_errorCode"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Response-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Response-SummaryToolTips.js deleted file mode 100644 index 1f4773480..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Response-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:Response",{825:"
Response
Handles the response to the command
",827:"
Gets the MipTypes::Command
",2960:"
virtual uint8 fieldDataByte() const
Gets the data field byte that should be received with the data field (if any)
",5717:"
Response(
std::weak_ptr<ResponseCollector> collector
)
Creates a get beacon status Response object
",995:"
bool parseResponse(
const GenericMipCmdResponse &response
) const
Parses a successfully matched response for the ContinuousDataStream command.
",993:"
Response(
std::weak_ptr<ResponseCollector> collector,
bool dataResponse,
MipTypes::DataClass type
)
Creates the ContinuousDataStream::Response object.
",994:"
virtual bool match_data(
const MipDataField &field
) override
Attempts to match an MipDataField to the expected data field response.
",703:"
Response(
std::weak_ptr<ResponseCollector> collector,
bool ackNackExpected,
bool dataResponseExpected
)
Creates a GNSS Assisted Fix Control Response object
",664:"
Response(
std::weak_ptr<ResponseCollector> collector,
bool ackNackExpected,
bool dataResponseExpected
)
Creates a GNSS_AssistTimeUpdate Response object
",2959:"
virtual MipTypes::Command commandId() const
Gets the MipTypes::Command for the MIP command
",2961:"
uint8 descSetByte() const
Gets the descriptor set byte for the MIP command
",2962:"
uint8 cmdByte() const
Gets the command byte for the MIP command
",2963:"
uint8 fieldAckNackByte() const
Gets the ack/nack byte that should be received with the ack/nack field
",2964:"
bool checkMatchData(
const MipDataField &field
) const
Function to loop through the <MipResponseMatchValues> and check that they match in the response data
",2965:"
Response(
const MipTypes::Command&,
bool ackNackResponse,
bool dataResponse,
std::string cmdName,
uint8 fieldDataByte = 0
)
Creates a default constructor Response.  Note: You will need to use the <setResponseCollector> function before being used.
",2966:"
Response(
const MipTypes::Command&,
bool ackNackResponse,
bool dataResponse,
std::string cmdName,
MipResponseMatchValues matchData,
uint8 fieldDataByte = 0
)
Creates a default constructor Response.  Note: You will need to use the <setResponseCollector> function before being used.
",2967:"
Response(
const MipTypes::Command&,
std::weak_ptr<ResponseCollector> collector,
bool ackNackResponse,
bool dataResponse,
const std::string &cmdName,
uint8 fieldDataByte = 0
)
Creates a Response object
",2968:"
Response(
const MipTypes::Command&,
std::weak_ptr<ResponseCollector> collector,
bool ackNackResponse,
bool dataResponse,
const std::string &cmdName,
MipResponseMatchValues matchData,
uint8 fieldDataByte = 0
)
Creates a Response object
",2969:"
virtual bool match(
const MipDataField &field
) override
Checks if the MipDataField passed in matches the expected response pattern\'s bytes
",2970:"
bool match_ackNack(
const MipDataField &field
)
Checks if the MipDataField matches the ACK/NACK field for this command (if one is even expected)
",2971:"
virtual bool match_data(
const MipDataField &field
)
Checks if the MipDataField matches the data field for this command (if one is even expected)
",2972:"
bool wait(
uint64 timeout
)
Waits for a certain amount of time for the response pattern to be matched
",2973:"
GenericMipCmdResponse result()
Gets the GenericMipCmdResponse that holds the result of the response
",2924:"
virtual bool match_data(
const MipDataField &field
) override
Attempts to match an MipDataField to the expected data field response.
",2925:"
void parseResponse(
const GenericMipCmdResponse &response,
std::vector<uint16> &descriptors
) const
Parses a successfully matched response for the GetDeviceDescriptorSets command.
",2912:"
virtual bool match_data(
const MipDataField &field
) override
Attempts to match an MipDataField to the expected data field response.
",2891:"
virtual bool match_data(
const MipDataField &field
) override
Attempts to match an MipDataField to the expected data field response.
",2892:"
void parseResponse(
const GenericMipCmdResponse &response,
std::vector<uint16> &descriptors
) const
Parses a successfully matched response for the GetExtendedDeviceDescriptorSets command.
",2851:"
Response(
const uint8 fieldDataByte,
std::weak_ptr<ResponseCollector> collector,
bool ackNackExpected,
bool dataResponseExpected
)
Creates a GPSTimeUpdate Response object
",5864:"
Response(
NodeAddress nodeAddress,
std::weak_ptr<ResponseCollector> collector
)
Creates an ArmForDatalogging Response object
",5868:"
virtual bool matchSuccessResponse(
const WirelessPacket &packet
) override
Checks if the WirelessPacket passed in matches the expected response pattern\'s bytes
",5826:"
Response(
NodeAddress nodeAddress,
uint8 channelNumber,
float targetPercent,
std::weak_ptr<ResponseCollector> collector
)
Creates an AutoBalance Response object
",5833:"
virtual bool match(
const WirelessPacket &packet
) override
Checks if the WirelessPacket passed in matches the expected response pattern\'s bytes
",5834:"
const AutoBalanceResult& result() const
Gets the AutoBalanceResult of the command.
",5802:"
Response(
NodeAddress nodeAddress,
std::weak_ptr<ResponseCollector> collector
)
Creates a AutoCal Response object
",5810:"
bool calStarted() const
Gets whether the AutoCal operation has started or not.
",5811:"
float calTime() const
Gets the total time (in seconds) that the Node reported it will take to complete the AutoCal operation.
",5812:"
WirelessTypes::AutoCalCompletionFlag completionFlag() const
Gets the WirelessTypes::AutoCalCompletionFlag of the AutoCal operation.
",5813:"
const Bytes& infoBytes() const
Gets the information bytes returned from the AutoCal completion packet.
",5814:"
virtual bool match(
const WirelessPacket &packet
) override
Checks if the WirelessPacket passed in matches the expected response pattern\'s bytes.
",5815:"
bool match_nodeReceived(
const WirelessPacket &packet
)
Checks if the WirelessPacket passed in matches the "Node Received" packet.
",5816:"
ShmResponse(
NodeAddress nodeAddress,
std::weak_ptr<ResponseCollector> collector
)
Creates an SHM Autocal Response object
",5817:"
Shm201Response(
NodeAddress nodeAddress,
std::weak_ptr<ResponseCollector> collector
)
Creates an SHM-Link-201 Autocal Response object
",5818:"
ShuntCalResponse(
NodeAddress nodeAddress,
std::weak_ptr<ResponseCollector> collector,
uint8 channelNumber
)
Creates a Shunt Cal Autocal Response object
",5721:"
BeaconStatus result()
Gets the BeaconStatus that holds the result of the response.
",5722:"
bool matchSuccessResponse(
const WirelessPacket &packet
) override
Checks if the packet passed in matches the success response.
",5723:"
bool matchFailResponse(
const WirelessPacket &packet
) override
Checks if the packet passed in matches the failure response.
",5704:"
virtual bool matchSuccessResponse(
DataBuffer &data
) override
Checks if the bytes passed in match the response pattern from their current read position
",5711:"
virtual bool matchSuccessResponse(
const WirelessPacket &packet
) override
Checks if the packet passed in matches any response to the Ping command.
",5695:"
uint16 result() const
Gets the result value of the response.
",5696:"
bool matchSuccessResponse(
DataBuffer &data
) override
Checks if the bytes passed in match the success response pattern from their current read position
",5697:"
bool matchFailResponse(
DataBuffer &data
) override
Checks if the bytes passed in match the failure response pattern from their current read position
",5676:"
Response(
uint16 eepromAddress,
std::weak_ptr<ResponseCollector> collector
)
Creates a read eeprom Response object.
",5682:"
uint16 result() const
Gets the result value of the response.
",5683:"
WirelessPacket::ResponseErrorCode errorCode() const
Gets the WirelessPacket::ResponseErrorCode from the response packet.
",5684:"
bool matchSuccessResponse(
const WirelessPacket &packet
) override
Checks if the packet passed in matches the success response.
",5685:"
bool matchFailResponse(
const WirelessPacket &packet
) override
Checks if the packet passed in matches the failure response.
",5666:"
Response(
ResetType resetType,
std::weak_ptr<ResponseCollector> collector
)
Creates a BaseStation_Reset_v2 Response object
",5670:"
virtual bool matchSuccessResponse(
const WirelessPacket &packet
) override
Checks if the WirelessPacket passed in matches the expected response pattern\'s bytes
",5659:"
Response(
std::weak_ptr<ResponseCollector> collector,
uint32 min,
uint32 max,
uint32 interval,
uint16 options
)
Creates a get beacon status Response object
",5660:"
bool matchSuccessResponse(
const WirelessPacket &packet
) override
Checks if the packet passed in matches the success response.
",5643:"
Response(
uint64 utcTime,
std::weak_ptr<ResponseCollector> collector
)
Creates a set beacon Response object
",5647:"
virtual bool matchSuccessResponse(
DataBuffer &data
) override
Checks if the bytes passed in match the response pattern from their current read position
",5648:"
Timestamp beaconStartTime() const
Gets the start time that was sent to enable the beacon
",5631:"
Response(
uint32 utcTime,
std::weak_ptr<ResponseCollector> collector
)
Creates a set beacon Response object
",5635:"
Timestamp beaconStartTime() const
Gets the start time that was sent to enable the beacon
",5636:"
bool matchSuccessResponse(
const WirelessPacket &packet
) override
Checks if the packet passed in matches the success response.
",5637:"
bool matchFailResponse(
const WirelessPacket &packet
) override
Checks if the packet passed in matches the failure response.
",5620:"
Response(
uint16 valueToWrite,
std::weak_ptr<ResponseCollector> collector
)
Creates a write eeprom Response object
",5624:"
bool matchSuccessResponse(
DataBuffer &data
) override
Checks if the bytes passed in match the success response pattern from their current read position
",5625:"
bool matchFailResponse(
DataBuffer &data
) override
Checks if the bytes passed in match the failure response pattern from their current read position
",5606:"
Response(
uint16 valueToWrite,
uint16 eepromAddress,
std::weak_ptr<ResponseCollector> collector
)
Creates a write eeprom Response object
",5612:"
WirelessPacket::ResponseErrorCode errorCode() const
Gets the WirelessPacket::ResponseErrorCode from the response packet.
",5613:"
bool matchSuccessResponse(
const WirelessPacket &packet
) override
Checks if the packet passed in matches the success response.
",5614:"
bool matchFailResponse(
const WirelessPacket &packet
) override
Checks if the packet passed in matches the failure response.
",5595:"
Response(
NodeAddress nodeAddress,
std::weak_ptr<ResponseCollector> collector
)
Creates a EepromRead Response object
",5600:"
bool matchSuccessResponse(
const WirelessPacket &packet
) override
Checks if the WirelessPacket passed in matches the success response.
",5574:"
virtual bool match(
DataBuffer &data
) override
Checks if the bytes passed in match the response pattern from their current read position
",5562:"
Response(
NodeAddress nodeAddress,
std::weak_ptr<ResponseCollector> collector
)
Creates a Erase_v2 Response object.
",5566:"
bool matchSuccessResponse(
const WirelessPacket &packet
) override
Checks if the WirelessPacket passed in matches the success response pattern\'s bytes
",5567:"
bool matchFailResponse(
const WirelessPacket &packet
) override
Checks if the WirelessPacket passed in matches the failure response pattern\'s bytes
",5549:"
Response(
NodeAddress nodeAddress,
std::weak_ptr<ResponseCollector> collector
)
Creates a GetDatalogSessionInfo Response object.
",5554:"
bool matchSuccessResponse(
const WirelessPacket &packet
) override
Checks if the WirelessPacket passed in matches the success response pattern\'s bytes
",5555:"
bool matchFailResponse(
const WirelessPacket &packet
) override
Checks if the WirelessPacket passed in matches the failure response pattern\'s bytes
",5556:"
const DatalogSessionInfoResult& result() const
Gets the DatalogSessionInfoResult from a successful response.
",5537:"
Response(
NodeAddress nodeAddress,
std::weak_ptr<ResponseCollector> collector
)
Creates a GetDiagnosticInfo Response object
",5542:"
virtual bool matchSuccessResponse(
const WirelessPacket &packet
) override
Checks if the WirelessPacket passed in matches the expected response pattern\'s bytes
",5543:"
const ChannelData& result() const
Gets the <ChannelData> that holds the result info from the response
",5507:"
Response(
NodeAddress nodeAddress,
uint32 flashAddress,
std::weak_ptr<ResponseCollector> collector
)
Creates a GetLoggedData Response object.
",5513:"
bool matchSuccessResponse(
const WirelessPacket &packet
) override
Checks if the WirelessPacket passed in matches the success response pattern\'s bytes
",5514:"
bool matchFailResponse(
const WirelessPacket &packet
) override
Checks if the WirelessPacket passed in matches the failure response pattern\'s bytes
",5515:"
const ByteStream& data() const
Gets the ByteStream containing the data from a successful response.
",5495:"
Response(
NodeAddress nodeAddress,
std::weak_ptr<ResponseCollector> collector
)
Creates a LongPing Response object
",5500:"
virtual bool matchSuccessResponse(
const WirelessPacket &packet
) override
Checks if the WirelessPacket passed in matches the expected response pattern\'s bytes
",5501:"
PingResponse result()
Gets the PingResponse that holds the result of the response
",5485:"
virtual bool match(
DataBuffer &data
) override
Checks if the DataBuffer passed in matches the expected response pattern\'s bytes
",5486:"
ByteStream dataPoints()
Gets the dataPoints that were downloaded from the Node
",5487:"
bool matchSuccessResponsePart1(
DataBuffer &data
)
Checks if the DataBuffer passed in matches the first part (Command Byte) of the response bytes
",5488:"
bool matchSuccessResponse(
DataBuffer &data
) override
Checks if the DataBuffer passed in matches the success response bytes
",5489:"
Checks if the DataBuffer passed in matches the fail response bytes
",5448:"
Response(
NodeAddress nodeAddress,
std::weak_ptr<ResponseCollector> collector
)
Creates a Poll Response object
",5455:"
bool started() const
Gets whether the Poll operation has started or not.
",5456:"
float timeToComplete() const
Gets the total time (in seconds) that the Node reported it will take to complete the Poll operation.
",5457:"
const WirelessPollData& result() const
Gets the <WirelessPollData> from a successful poll command.
",5458:"
virtual bool match(
const WirelessPacket &packet
) override
Checks if the WirelessPacket passed in matches the expected response pattern\'s bytes.
",5459:"
bool match_nodeReceived(
const WirelessPacket &packet
)
Checks if the WirelessPacket passed in matches the "Node Received" packet.
",5436:"
Response(
NodeAddress nodeAddress,
std::weak_ptr<ResponseCollector> collector
)
Creates a EepromRead Response object
",5441:"
virtual bool matchSuccessResponse(
const WirelessPacket &packet
) override
Checks if the WirelessPacket passed in matches the expected response pattern\'s bytes
",5442:"
uint16 eepromValue() const
Gets the result eeprom value that was read from the Node.
",5420:"
Response(
NodeAddress nodeAddress,
uint16 eepromAddress,
std::weak_ptr<ResponseCollector> collector
)
Creates a EepromRead Response object
",5427:"
uint16 eepromValue() const
Gets the result eeprom value that was read from the Node.
",5428:"
WirelessPacket::ResponseErrorCode errorCode() const
Gets the WirelessPacket::ResponseErrorCode from the response packet.
",5429:"
bool matchSuccessResponse(
const WirelessPacket &packet
) override
Checks if the WirelessPacket passed in matches the success response.
",5430:"
bool matchFailResponse(
const WirelessPacket &packet
) override
Checks if the WirelessPacket passed in matches the failure response.
",5413:"
virtual bool matchSuccessResponse(
DataBuffer &data
) override
Checks if the bytes passed in match the response pattern from their current read position
",5414:"
uint16 sensorValue() const
Gets the sensor value that was in the response to the read single sensor command.
",5399:"
Response(
NodeAddress nodeAddress,
ResetType resetType,
std::weak_ptr<ResponseCollector> collector
)
Creates a Reset_v2 Response object
",5404:"
virtual bool matchSuccessResponse(
const WirelessPacket &packet
) override
Checks if the WirelessPacket passed in matches the expected response pattern\'s bytes
",5276:"
Response(
NodeAddress nodeAddress,
std::weak_ptr<ResponseCollector> collector,
const BaseStation &baseStation
)
Creates a SetToIdle Response object
",5277:"
~Response()
Destroys the SetToIdle Response object. This also cancels the SetToIdle operation on the BaseStation, if not already complete or canceled.
",5281:"
bool match_baseReceived(
const WirelessPacket &packet
)
Checks if the packet passed in matches the base station received packet.
",5282:"
bool match_completion(
const WirelessPacket &packet
)
Checks if the packet passed in matches the completion packet.
",5283:"
virtual bool match(
const WirelessPacket &packet
) override
Checks if the packet passed in matches a response packet.
",5284:"
bool started()
Checks if the set to idle operation has started or not.
",5262:"
Response(
NodeAddress nodeAddress,
std::weak_ptr<ResponseCollector> collector
)
Creates a Sleep_v2 Response object
",5266:"
virtual bool matchSuccessResponse(
const WirelessPacket &packet
) override
Checks if the WirelessPacket passed in matches the expected response pattern\'s bytes
",5249:"
Response(
NodeAddress nodeAddress,
std::weak_ptr<ResponseCollector> collector
)
Creates a StartSyncSampling Response object
",5253:"
virtual bool matchSuccessResponse(
const WirelessPacket &packet
) override
Checks if the WirelessPacket passed in matches the expected response pattern\'s bytes
",5239:"
Response(
NodeAddress nodeAddress,
std::weak_ptr<ResponseCollector> collector
)
Creates a StartSyncSampling Response object
",5243:"
virtual bool matchSuccessResponse(
const WirelessPacket &packet
) override
Checks if the WirelessPacket passed in matches the expected response pattern\'s bytes
",5227:"
Response(
NodeAddress nodeAddress,
WirelessTypes::CommProtocol protocol,
std::weak_ptr<ResponseCollector> collector
)
Creates a TestNodeCommProtocol Response object.
",5232:"
bool matchSuccessResponse(
const WirelessPacket &packet
) override
Checks if the WirelessPacket passed in matches the success response pattern\'s bytes
",5233:"
bool matchFailResponse(
const WirelessPacket &packet
) override
Checks if the WirelessPacket passed in matches the failure response pattern\'s bytes
",5202:"
Response(
NodeAddress nodeAddress,
std::weak_ptr<ResponseCollector> collector
)
Creates a WriteEeprom Response object
",5206:"
virtual bool matchSuccessResponse(
const WirelessPacket &packet
) override
Checks if the WirelessPacket passed in matches the expected response pattern\'s bytes
",4623:"
Response(
NodeAddress nodeAddress,
uint16 eepromAddress,
uint16 valueWritten,
std::weak_ptr<ResponseCollector> collector
)
Creates a WriteEeprom_v2 Response object
",4630:"
WirelessPacket::ResponseErrorCode errorCode() const
Gets the WirelessPacket::ResponseErrorCode from the response packet.
",4631:"
bool matchSuccessResponse(
const WirelessPacket &packet
) override
Checks if the WirelessPacket passed in matches the success response.
",4632:"
bool matchFailResponse(
const WirelessPacket &packet
) override
Checks if the WirelessPacket passed in matches the failure response.
",991:"
uint8 m_deviceSelector
The device selector to look for in the response.
",2951:"
bool m_ackNackResponse
Whether or not an ack/nack response field is expected
",2952:"
bool m_dataResponse
Whether or not a data response field is expected
",2953:"
const MipTypes::Command m_command
The command enumeration
",2954:"
std::string m_commandName
The name of the command
",2955:"
uint8 m_fieldDataByte
The field data byte.
",2956:"
MipResponseMatchValues m_matchData
The <MipResponseMatchValues> map to check when determining a response data match
",2957:"
GenericMipCmdResponse m_result
The GenericMipCmdResponse that holds the result of the GenericMipCommand
",2854:"
const uint8 m_fieldDataByte
uint8 byte to identify field data.
",5866:"
NodeAddress m_nodeAddress
The node address to look for in the response
",5828:"
NodeAddress m_nodeAddress
The node address to look for in the response.
",5829:"
uint8 m_channelNumber
The channel number to look for in the response.
",5830:"
float m_targetPercent
The target percentage to look for in the response.
",5831:"
AutoBalanceResult m_result
The AutoBalanceResult containing info about the autobalance response.
",5804:"
NodeAddress m_nodeAddress
The node address to look for in the response.
",5805:"
bool m_calStarted
Whether the AutoCal has been successfully started or not (as reported by the Node).
",5806:"
WirelessTypes::AutoCalCompletionFlag m_completionFlag
The <AutoCalCompletionFlag> representing the final autocal status.
",5807:"
float m_timeUntilCompletion
The amount of time (in seconds) that the autocal operation will take to complete.  This value gets reported by the Node before starting the calibration.
",5808:"
Bytes m_infoBytes
Contains all of the information bytes from the completion response.
",5820:"
uint8 m_channelNumber
The channel number to match in the response.
",5719:"
BeaconStatus m_result
The BeaconStatus that holds the result of the command.
",5693:"
uint16 m_result
The result value of the read eeprom command.
",5678:"
uint16 m_eepromAddress
The eeprom address to match in the response.
",5679:"
uint16 m_result
The result value of the read eeprom command.
",5680:"
WirelessPacket::ResponseErrorCode m_errorCode
The WirelessPacket::ResponseErrorCode from the response.
",5668:"
ResetType m_resetType
The <ResetType> to match in the response.
",5654:"
The min frequency to match in the response.
",5655:"
The max frequency to match in the response.
",5656:"
The interval to match in the response.
",5657:"
uint16 m_options
The options to send with the command.
",5645:"
Timestamp m_beaconStartTime
The start time that was sent to the beacon as a Timestamp object
",5633:"
uint32 m_beaconStartTime
The start time that was sent to the beacon.
",5622:"
uint16 m_valueWritten
The value that is expected to be written to eeprom from the associated command
",5608:"
uint16 m_valueWritten
The value that is expected to be written to eeprom from the associated command.
",5609:"
uint16 m_eepromAddress
The eeprom address to match in the response.
",5610:"
WirelessPacket::ResponseErrorCode m_errorCode
The WirelessPacket::ResponseErrorCode from the response.
",5597:"
NodeAddress m_nodeAddress
The node address to look for in the ReadEeprom response.
",5598:"
std::map<uint16, uint16> m_eepromMap
A map of eeprom location to eeprom value pairs.
",5564:"
NodeAddress m_nodeAddress
The node address to look for in the response
",5551:"
NodeAddress m_nodeAddress
The node address to look for in the response.
",5552:"
DatalogSessionInfoResult m_result
The DatalogSessionInfoResult to hold the result on success.
",5539:"
NodeAddress m_nodeAddress
The node address to look for in the Long Ping response.
",5540:"
ChannelData m_result
The <ChannelData> that holds the result data of the GetDiagnosticInfo Node command.
",5509:"
NodeAddress m_nodeAddress
The node address to look for in the response.
",5510:"
uint32 m_flashAddress
The flash address to match in the response.
",5511:"
ByteStream m_data
The ByteStream containing the resulting data on success.
",5497:"
NodeAddress m_nodeAddress
The node address to look for in the Long Ping response
",5498:"
PingResponse m_result
The PingResponse that holds the result of the LongPing Node command
",5482:"
ByteStream m_dataPoints
The data points that make up the "page" that was downloaded from the Node
",5483:"
bool m_matchedPart1
Whether or not part 1 (the Command Byte) of the response has been matched
",5450:"
NodeAddress m_nodeAddress
The node address to look for in the response.
",5451:"
bool m_started
Whether the Poll has been successfully started or not (as reported by the Node).
",5452:"
float m_timeUntilCompletion
The amount of time (in seconds) that the Poll operation will take to complete.  This value gets reported by the Node before starting the Poll.
",5453:"
WirelessPollData m_result
The <WirelessPollData> response from a successful poll command.
",5438:"
NodeAddress m_nodeAddress
The node address to look for in the ReadEeprom response
",5439:"
uint16 m_eepromValue
The result eeprom value from the command.
",5422:"
NodeAddress m_nodeAddress
The node address to look for in the ReadEeprom response.
",5423:"
uint16 m_eepromAddress
The eeprom address to look for in the ReadEeprom response.
",5424:"
uint16 m_eepromValue
The result eeprom value from the command.
",5425:"
WirelessPacket::ResponseErrorCode m_errorCode
The WirelessPacket::ResponseErrorCode from the response.
",5410:"
uint16 m_sensorValue
The value read from the sensor.
",5401:"
NodeAddress m_nodeAddress
The node address to look for in the Long Ping response
",5402:"
ResetType m_resetType
The <ResetType> to match in the response.
",5279:"
bool m_started
Whether the set to idle process has been started or not.
",5264:"
NodeAddress m_nodeAddress
The node address to look for in the response
",5251:"
NodeAddress m_nodeAddress
The node address to look for in the response
",5241:"
NodeAddress m_nodeAddress
The node address to look for in the response
",5229:"
NodeAddress m_nodeAddress
The node address to look for in the response.
",5230:"
WirelessTypes::CommProtocol m_protocol
The WirelessTypes::CommProtocol to match in the response.
",5204:"
NodeAddress m_nodeAddress
The node address to look for in the WriteEeprom response
",4625:"
NodeAddress m_nodeAddress
The node address to look for in the WriteEeprom_v2 response
",4626:"
uint16 m_eepromAddress
The eeprom address to look for in the WriteEeprom_v2 response.
",4627:"
uint16 m_eepromValue
The eeprom value to look for in the WriteEeprom_v2 response.
",4628:"
WirelessPacket::ResponseErrorCode m_errorCode
The WirelessPacket::ResponseErrorCode from the response.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Response-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Response-ToolTips.js deleted file mode 100644 index 9d8893377..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Response-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1975:"
TimeUpdate
Contains time data for the GNSS_AssistTimeUpdate class.
",2894:"
Contains information retrieved from an Inertial GetDeviceInfo command.
",2927:"
GenericMipCmdResponse
Represents the response to a GenericMipCommand.
",3146:"
The enums for all the different data classes of MIP data.
",3171:"
The enums for all of the different MIP commands.
",4550:"
MipDataField
An Inertial data field object that represents a data field within an Inertial Data Packet
",5207:"
WirelessResponsePattern
A pattern matching the expected response from a wireless command.
",5460:"
PingResponse
Represents the response to a Long Ping Node command
",5575:"
Object to represent the result of a DatalogSessionInfo request.
",5580:"
BeaconStatus
Represents the status of a BaseStation beacon.  See also BaseStation::beaconStatus.
",5835:"
AutoBalanceResult
Represents the result from an AutoBalance command.
",7176:"
WirelessPacket
Represents a MicroStrain wireless packet
",7198:"
Possible error codes from response packets.
",8928:"
The possible completion flags for the AutoCal Wireless Node function.
",9155:"
Available Communication Protocol types.
",9710:"
BaseStation
Represents a MicroStrain Base Station object
",9848:"
ResponseCollector
Stores all the expected command responses
",9916:"
Used to easily read a container of bytes
",9928:"
DataBuffer
A buffer of bytes extending from the ByteStream class that is used for holding bytes read in from the connection
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10047:"
ResponsePattern
A pattern matching the expected response from a device command (Base Class).
",10245:"
typedef for a Node\'s node address.
",10253:"
typedef for a vector of bytes.
",10291:"
Timestamp
Represents a date/time object
",10446:"
Error
The generic MicroStrain exception (base class)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Response.html b/v66.0.1/MSCL_Docs/classes/C/Response.html deleted file mode 100644 index 481047d4f..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Response.html +++ /dev/null @@ -1,1428 +0,0 @@ - - -Response - - - - - - - -
-
Response
-
public
GenericMipCommand.​Response
ResponsePattern
WirelessResponsePattern
SetToIdle.​Response
Response
-

Handles the response to the command

See Also

<GenericMipCommand::Response>

-
- -
-
Functions
-
- -
-
fieldId
-

Gets the MipTypes::Command

-
- -
-
fieldDataByte
-
virtual uint8 fieldDataByte() const
-

Gets the data field byte that should be received with the data field (if any)

-
- -
-
Response
-
Response(
std::weak_ptr<ResponseCollector> collector
)
-

Creates a get beacon status Response object

Parameters
collector
std::weak_ptr<ResponseCollector>

The ResponseCollector used to register and unregister the response

-
- -
-
parseResponse
-
bool parseResponse(
const GenericMipCmdResponse &response
) const
-

Parses a successfully matched response for the ContinuousDataStream command.

Parameters
response
const GenericMipCmdResponse&

The GenericMipCmdResponse that matches the data field for this response.

Returns

true if the data stream is enabled, false if it is disabled.

-
- -
-
Response
-
Response(
std::weak_ptr<ResponseCollector> collector,
bool dataResponse,
MipTypes::DataClass type
)
-

Creates the ContinuousDataStream::Response object.

Parameters
collector
std::weak_ptr<ResponseCollector>

The ResponseCollector to register the response with.

dataResponse
bool

Whether the command is expecting a data field response

type
MipTypes::DataClass

The MipTypes::DataClass to use for the command/response.

-
- -
-
match_data
-
virtual bool match_data(
const MipDataField &field
) override
-

Attempts to match an MipDataField to the expected data field response.

Returns

true if the field matches the expected data, false if it does not.

-
- -
-
Response
-
Response(
std::weak_ptr<ResponseCollector> collector,
bool ackNackExpected,
bool dataResponseExpected
)
-

Creates a GNSS Assisted Fix Control Response object

Parameters
collector
std::weak_ptr<ResponseCollector>

The ResponseCollector used to register and unregister the response

-
- -
-
Response
-
Response(
std::weak_ptr<ResponseCollector> collector,
bool ackNackExpected,
bool dataResponseExpected
)
-

Creates a GNSS_AssistTimeUpdate Response object

Parameters
collector
std::weak_ptr<ResponseCollector>

The ResponseCollector used to register and unregister the response

-
- -
-
commandId
-
virtual MipTypes::Command commandId() const
-

Gets the MipTypes::Command for the MIP command

-
- -
-
descSetByte
-
uint8 descSetByte() const
-

Gets the descriptor set byte for the MIP command

-
- -
-
cmdByte
-
uint8 cmdByte() const
-

Gets the command byte for the MIP command

-
- -
-
fieldAckNackByte
-
uint8 fieldAckNackByte() const
-

Gets the ack/nack byte that should be received with the ack/nack field

-
- -
-
checkMatchData
-
bool checkMatchData(
const MipDataField &field
) const
-

Function to loop through the <MipResponseMatchValues> and check that they match in the response data

-
- -
-
Response
-
Response(
const MipTypes::Command&,
bool ackNackResponse,
bool dataResponse,
std::string cmdName,
uint8 fieldDataByte = 0
)
-

Creates a default constructor Response.  Note: You will need to use the <setResponseCollector> function before being used.

Parameters
ackNackResponse
bool

Whether or not an ack/nack response field is expected

dataResponse
bool

Whether or not a data response field is expected

cmdName
std::string

The name of the command (to be used in exceptions that may be thrown)

-
- -
-
Response
-
Response(
const MipTypes::Command&,
bool ackNackResponse,
bool dataResponse,
std::string cmdName,
MipResponseMatchValues matchData,
uint8 fieldDataByte = 0
)
-

Creates a default constructor Response.  Note: You will need to use the <setResponseCollector> function before being used.

Parameters
ackNackResponse
bool

Whether or not an ack/nack response field is expected

dataResponse
bool

Whether or not a data response field is expected

cmdName
std::string

The name of the command (to be used in exceptions that may be thrown)

matchData
MipResponseMatchValues

<MipResponseMatchValues> location/value map of data to check to determine a response match

-
- -
-
Response
-
Response(
const MipTypes::Command&,
std::weak_ptr<ResponseCollector> collector,
bool ackNackResponse,
bool dataResponse,
const std::string &cmdName,
uint8 fieldDataByte = 0
)
-

Creates a Response object

Parameters
collector
std::weak_ptr<ResponseCollector>

The ResponseCollector used to register and unregister the response

ackNackResponse
bool

Whether or not an ack/nack response field is expected

dataResponse
bool

Whether or not a data response field is expected

cmdName
const std::string&

The name of the command (to be used in exceptions that may be thrown)

-
- -
-
Response
-
Response(
const MipTypes::Command&,
std::weak_ptr<ResponseCollector> collector,
bool ackNackResponse,
bool dataResponse,
const std::string &cmdName,
MipResponseMatchValues matchData,
uint8 fieldDataByte = 0
)
-

Creates a Response object

Parameters
collector
std::weak_ptr<ResponseCollector>

The ResponseCollector used to register and unregister the response

ackNackResponse
bool

Whether or not an ack/nack response field is expected

dataResponse
bool

Whether or not a data response field is expected

cmdName
const std::string&

The name of the command (to be used in exceptions that may be thrown)

matchData
MipResponseMatchValues

<MipResponseMatchValues> location/value map of data to check to determine a response match

-
- -
-
match
-
virtual bool match(
const MipDataField &field
) override
-

Checks if the MipDataField passed in matches the expected response pattern's bytes

Parameters
field
const MipDataField&

The MipDataField in which to try to find the pattern

Returns

true if the packet matches a response pattern, false otherwise

-
- -
-
match_ackNack
-
bool match_ackNack(
const MipDataField &field
)
-

Checks if the MipDataField matches the ACK/NACK field for this command (if one is even expected)

Parameters
field
const MipDataField&

The MipDataField in which to try to find the pattern

Returns

true if the packet matches the expected response pattern, false otherwise

-
- -
-
match_data
-
virtual bool match_data(
const MipDataField &field
)
-

Checks if the MipDataField matches the data field for this command (if one is even expected)

Parameters
field
const MipDataField&

The MipDataField in which to try to find the pattern

Returns

true if the packet matches the expected response pattern, false otherwise

-
- -
-
wait
-
bool wait(
uint64 timeout
)
-

Waits for a certain amount of time for the response pattern to be matched

Parameters
timeout
uint64

The maximum time (in milliseconds) to wait until the command times out and returns, if not found first

Returns

true if the response pattern was matched, false otherwise

-
- -
-
result
- -

Gets the GenericMipCmdResponse that holds the result of the response

Returns

A GenericMipCmdResponse that holds the result of the response

-
- -
-
match_data
-
virtual bool match_data(
const MipDataField &field
) override
-

Attempts to match an MipDataField to the expected data field response.

Returns

true if the field matches the expected data, false if it does not.

-
- -
-
parseResponse
-
void parseResponse(
const GenericMipCmdResponse &response,
std::vector<uint16> &descriptors
) const
-

Parses a successfully matched response for the GetDeviceDescriptorSets command.

Parameters
response
const GenericMipCmdResponse&

The GenericMipCmdResponse that matches the data field for this response.

descriptors
std::vector<uint16>&

The container to insert the descriptors into.

Returns

The descriptor sets parsed from the response.

-
- -
-
match_data
-
virtual bool match_data(
const MipDataField &field
) override
-

Attempts to match an MipDataField to the expected data field response.

Returns

true if the field matches the expected data, false if it does not.

-
- -
-
match_data
-
virtual bool match_data(
const MipDataField &field
) override
-

Attempts to match an MipDataField to the expected data field response.

Returns

true if the field matches the expected data, false if it does not.

-
- -
-
parseResponse
-
void parseResponse(
const GenericMipCmdResponse &response,
std::vector<uint16> &descriptors
) const
-

Parses a successfully matched response for the GetExtendedDeviceDescriptorSets command.

Parameters
response
const GenericMipCmdResponse&

The GenericMipCmdResponse that matches the data field for this response.

descriptors
std::vector<uint16>&

The container to insert the extended descriptors into.

Returns

The descriptor sets parsed from the response.

-
- -
-
Response
-
Response(
const uint8 fieldDataByte,
std::weak_ptr<ResponseCollector> collector,
bool ackNackExpected,
bool dataResponseExpected
)
-

Creates a GPSTimeUpdate Response object

Parameters
collector
std::weak_ptr<ResponseCollector>

The ResponseCollector used to register and unregister the response

-
- -
-
Response
-
Response(
NodeAddress nodeAddress,
std::weak_ptr<ResponseCollector> collector
)
-

Creates an ArmForDatalogging Response object

Parameters
nodeAddress
NodeAddress

the node address to check for

collector
std::weak_ptr<ResponseCollector>

The ResponseCollector used to register and unregister the response

-
- -
-
match
-
virtual bool matchSuccessResponse(
const WirelessPacket &packet
) override
-

Checks if the WirelessPacket passed in matches the expected response pattern's bytes

Parameters
packet
const WirelessPacket&

The WirelessPacket in which to try to find the pattern

Returns

true if the packet matches a response pattern, false otherwise

-
- -
-
Response
-
Response(
NodeAddress nodeAddress,
uint8 channelNumber,
float targetPercent,
std::weak_ptr<ResponseCollector> collector
)
-

Creates an AutoBalance Response object

Parameters
nodeAddress
NodeAddress

the node address to check for in the response.

channelNumber
uint8

The channel number to check for in the response.

targetPercent
float

The target percentage (0-100) to check for in the response.

collector
std::weak_ptr<ResponseCollector>

The ResponseCollector used to register and unregister the response.

-
- -
-
match
-
virtual bool match(
const WirelessPacket &packet
) override
-

Checks if the WirelessPacket passed in matches the expected response pattern's bytes

Parameters
packet
const WirelessPacket&

The WirelessPacket in which to try to find the pattern

Returns

true if the packet matches a response pattern, false otherwise

-
- -
-
result
-
const AutoBalanceResult& result() const
-

Gets the AutoBalanceResult of the command.

-
- -
-
Response
-
Response(
NodeAddress nodeAddress,
std::weak_ptr<ResponseCollector> collector
)
-

Creates a AutoCal Response object

Parameters
nodeAddress
NodeAddress

The node address to check for.

collector
std::weak_ptr<ResponseCollector>

The ResponseCollector used to register and unregister the response.

-
- -
-
calStarted
-
bool calStarted() const
-

Gets whether the AutoCal operation has started or not.

Returns

true if the Node indicated that the AutoCal operation has started, false otherwise.

-
- -
-
calTime
-
float calTime() const
-

Gets the total time (in seconds) that the Node reported it will take to complete the AutoCal operation.

Returns

The time (in seconds) that the Node reported it will take to complete AutoCal.

-
- -
-
completionFlag
- -

Gets the WirelessTypes::AutoCalCompletionFlag of the AutoCal operation.

Returns

The WirelessTypes::AutoCalCompletionFlag of the AutoCal operation.

-
- -
-
infoBytes
-
const Bytes& infoBytes() const
-

Gets the information bytes returned from the AutoCal completion packet.

Returns

The information Bytes from the AutoCal completion packet.

-
- -
-
match
-
virtual bool match(
const WirelessPacket &packet
) override
-

Checks if the WirelessPacket passed in matches the expected response pattern's bytes.

Parameters
packet
const WirelessPacket&

The WirelessPacket in which to try to find the pattern

Returns

true if the packet matches a response pattern, false otherwise

-
- -
-
match_nodeReceived
-
bool match_nodeReceived(
const WirelessPacket &packet
)
-

Checks if the WirelessPacket passed in matches the "Node Received" packet.

Parmeters
packet

The WirelessPacket to try to match.

Returns

true if the packet matches the Node Received packet, false otherwise.

-
- -
-
ShmResponse
-
ShmResponse(
NodeAddress nodeAddress,
std::weak_ptr<ResponseCollector> collector
)
-

Creates an SHM Autocal Response object

Parameters
nodeAddress
NodeAddress

The node address to check for.

collector
std::weak_ptr<ResponseCollector>

The ResponseCollector used to register and unregister the response.

-
- -
-
Shm201Response
-
Shm201Response(
NodeAddress nodeAddress,
std::weak_ptr<ResponseCollector> collector
)
-

Creates an SHM-Link-201 Autocal Response object

Parameters
nodeAddress
NodeAddress

The node address to check for.

collector
std::weak_ptr<ResponseCollector>

The ResponseCollector used to register and unregister the response.

-
- -
-
ShuntCalResponse
-
ShuntCalResponse(
NodeAddress nodeAddress,
std::weak_ptr<ResponseCollector> collector,
uint8 channelNumber
)
-

Creates a Shunt Cal Autocal Response object

Parameters
nodeAddress
NodeAddress

The node address to check for.

collector
std::weak_ptr<ResponseCollector>

The ResponseCollector used to register and unregister the response.

channelNumber
uint8

The channel number to match in the response

-
- -
-
result
-
BeaconStatus result()
-

Gets the BeaconStatus that holds the result of the response.

-
- -
-
matchSuccessResponse
-
bool matchSuccessResponse(
const WirelessPacket &packet
) override
-

Checks if the packet passed in matches the success response.

Parameters
packet
const WirelessPacket&

The WirelessPacket to try to match.

Returns

true if the success response pattern was found, false otherwise

-
- -
-
matchFailResponse
-
bool matchFailResponse(
const WirelessPacket &packet
) override
-

Checks if the packet passed in matches the failure response.

Parameters
packet
const WirelessPacket&

The WirelessPacket to try to match.

Returns

true if the failure response pattern was found, false otherwise

-
- -
-
match
-
virtual bool matchSuccessResponse(
DataBuffer &data
) override
-

Checks if the bytes passed in match the response pattern from their current read position

Parameters
data
DataBuffer&

The DataBuffer containing the bytes in which to try to find the pattern

Returns

true if the response pattern was found, false otherwise

-
- -
-
matchSuccessResponse
-
virtual bool matchSuccessResponse(
const WirelessPacket &packet
) override
-

Checks if the packet passed in matches any response to the Ping command.

Parameters
packet
const WirelessPacket&

The WirelessPacket to check for a match.

Returns

true if the response pattern was found, false otherwise.

-
- -
-
result
-
uint16 result() const
-

Gets the result value of the response.

Returns

The result value of the response.

Exceptions

  • Error: failed to read the base station's eeprom.

-
- -
-
matchSuccessResponse
-
bool matchSuccessResponse(
DataBuffer &data
) override
-

Checks if the bytes passed in match the success response pattern from their current read position

Parameters
data
DataBuffer&

The DataBuffer containing the bytes in which to try to find the pattern

Returns

true if the success response pattern was found, false otherwise

-
- -
-
matchFailResponse
-
bool matchFailResponse(
DataBuffer &data
) override
-

Checks if the bytes passed in match the failure response pattern from their current read position

Parameters
data
DataBuffer&

The DataBuffer containing the bytes in which to try to find the pattern

Returns

true if the failure response pattern was found, false otherwise

-
- -
-
Response
-
Response(
uint16 eepromAddress,
std::weak_ptr<ResponseCollector> collector
)
-

Creates a read eeprom Response object.

Parameters
eepromAddress
uint16

The eeprom address being read from.

collector
std::weak_ptr<ResponseCollector>

The ResponseCollector used to register and unregister the response.

-
- -
-
result
-
uint16 result() const
-

Gets the result value of the response.

Returns

The result value of the response.

Exceptions

  • Error: failed to read the base station's eeprom.

-
- -
-
errorCode
- -

Gets the WirelessPacket::ResponseErrorCode from the response packet.

Returns

The error code from the response.

-
- -
-
matchSuccessResponse
-
bool matchSuccessResponse(
const WirelessPacket &packet
) override
-

Checks if the packet passed in matches the success response.

Parameters
packet
const WirelessPacket&

The WirelessPacket to try to match.

Returns

true if the success response pattern was found, false otherwise

-
- -
-
matchFailResponse
-
bool matchFailResponse(
const WirelessPacket &packet
) override
-

Checks if the packet passed in matches the failure response.

Parameters
packet
const WirelessPacket&

The WirelessPacket to try to match.

Returns

true if the failure response pattern was found, false otherwise

-
- -
-
Response
-
Response(
ResetType resetType,
std::weak_ptr<ResponseCollector> collector
)
-

Creates a BaseStation_Reset_v2 Response object

Parameters
resetType
ResetType

The <ResetType> to match in the response.

collector
std::weak_ptr<ResponseCollector>

The ResponseCollector used to register and unregister the response

-
- -
-
matchSuccessResponse
-
virtual bool matchSuccessResponse(
const WirelessPacket &packet
) override
-

Checks if the WirelessPacket passed in matches the expected response pattern's bytes

Parameters
packet
const WirelessPacket&

The WirelessPacket in which to try to find the pattern

Returns

true if the packet matches a response pattern, false otherwise

-
- -
-
Response
-
Response(
std::weak_ptr<ResponseCollector> collector,
uint32 min,
uint32 max,
uint32 interval,
uint16 options
)
-

Creates a get beacon status Response object

Parameters
collector
std::weak_ptr<ResponseCollector>

The ResponseCollector used to register and unregister the response

min
uint32

The minimum sweep frequency to match.

max
uint32

The maximum sweep frequency to match.

interval
uint32

The sweep interval to match.

options
uint16

The advanced options to match.

-
- -
-
matchSuccessResponse
-
bool matchSuccessResponse(
const WirelessPacket &packet
) override
-

Checks if the packet passed in matches the success response.

Parameters
packet
const WirelessPacket&

The WirelessPacket to try to match.

Returns

true if the success response pattern was found, false otherwise

-
- -
-
Response
-
Response(
uint64 utcTime,
std::weak_ptr<ResponseCollector> collector
)
-

Creates a set beacon Response object

Parameters
utcTime
uint64

The start time for the beacon in UTC seconds from the Unix Epoch (01/01/1970)

collector
std::weak_ptr<ResponseCollector>

The ResponseCollector used to register and unregister the response

-
- -
-
matchSuccessResponse
-
virtual bool matchSuccessResponse(
DataBuffer &data
) override
-

Checks if the bytes passed in match the response pattern from their current read position

Parameters
data
DataBuffer&

The DataBuffer containing the bytes in which to try to find the pattern

Returns

true if the response pattern was found, false otherwise

-
- -
-
beaconStartTime
-
Timestamp beaconStartTime() const
-

Gets the start time that was sent to enable the beacon

Returns

a Timestamp representing the start time that was sent to enable the beacon

-
- -
-
Response
-
Response(
uint32 utcTime,
std::weak_ptr<ResponseCollector> collector
)
-

Creates a set beacon Response object

Parameters
utcTime
uint32

The start time for the beacon in UTC seconds from the Unix Epoch (01/01/1970)

collector
std::weak_ptr<ResponseCollector>

The ResponseCollector used to register and unregister the response

-
- -
-
beaconStartTime
-
Timestamp beaconStartTime() const
-

Gets the start time that was sent to enable the beacon

Returns

a Timestamp representing the start time that was sent to enable the beacon

-
- -
-
matchSuccessResponse
-
bool matchSuccessResponse(
const WirelessPacket &packet
) override
-

Checks if the packet passed in matches the success response.

Parameters
packet
const WirelessPacket&

The WirelessPacket to try to match.

Returns

true if the success response pattern was found, false otherwise

-
- -
-
matchFailResponse
-
bool matchFailResponse(
const WirelessPacket &packet
) override
-

Checks if the packet passed in matches the failure response.

Parameters
packet
const WirelessPacket&

The WirelessPacket to try to match.

Returns

true if the failure response pattern was found, false otherwise

-
- -
-
Response
-
Response(
uint16 valueToWrite,
std::weak_ptr<ResponseCollector> collector
)
-

Creates a write eeprom Response object

Parameters
valueToWrite
uint16

The value that is expected to be written to eeprom from the associated command

collector
std::weak_ptr<ResponseCollector>

The ResponseCollector used to register and unregister the response

-
- -
-
matchSuccessResponse
-
bool matchSuccessResponse(
DataBuffer &data
) override
-

Checks if the bytes passed in match the success response pattern from their current read position

Parameters
data
DataBuffer&

The DataBuffer containing the bytes in which to try to find the pattern

Returns

true if the success response pattern was found, false otherwise

-
- -
-
matchFailResponse
-
bool matchFailResponse(
DataBuffer &data
) override
-

Checks if the bytes passed in match the failure response pattern from their current read position

Parameters
data
DataBuffer&

The DataBuffer containing the bytes in which to try to find the pattern

Returns

true if the failure response pattern was found, false otherwise

-
- -
-
Response
-
Response(
uint16 valueToWrite,
uint16 eepromAddress,
std::weak_ptr<ResponseCollector> collector
)
-

Creates a write eeprom Response object

Parameters
valueToWrite
uint16

The value that is expected to be written to eeprom from the associated command

eepromAddress
uint16

The eeprom address being written to.

collector
std::weak_ptr<ResponseCollector>

The ResponseCollector used to register and unregister the response

-
- -
-
errorCode
- -

Gets the WirelessPacket::ResponseErrorCode from the response packet.

Returns

The error code from the response.

-
- -
-
matchSuccessResponse
-
bool matchSuccessResponse(
const WirelessPacket &packet
) override
-

Checks if the packet passed in matches the success response.

Parameters
packet
const WirelessPacket&

The WirelessPacket to try to match.

Returns

true if the success response pattern was found, false otherwise

-
- -
-
matchFailResponse
-
bool matchFailResponse(
const WirelessPacket &packet
) override
-

Checks if the packet passed in matches the failure response.

Parameters
packet
const WirelessPacket&

The WirelessPacket to try to match.

Returns

true if the failure response pattern was found, false otherwise

-
- -
-
Response
-
Response(
NodeAddress nodeAddress,
std::weak_ptr<ResponseCollector> collector
)
-

Creates a EepromRead Response object

Parameters
nodeAddress
NodeAddress

The node address to check for.

collector
std::weak_ptr<ResponseCollector>

The ResponseCollector used to register and unregister the response.

-
- -
-
matchSuccessResponse
-
bool matchSuccessResponse(
const WirelessPacket &packet
) override
-

Checks if the WirelessPacket passed in matches the success response.

Parameters
packet
const WirelessPacket&

The WirelessPacket to match.

Returns

true if the packet matches the success response, false otherwise.

-
- -
-
match
-
virtual bool match(
DataBuffer &data
) override
-

Checks if the bytes passed in match the response pattern from their current read position

Parameters
data
DataBuffer&

The DataBuffer containing the bytes in which to try to find the pattern

Returns

true if the response pattern was found, false otherwise

-
- -
-
Response
-
Response(
NodeAddress nodeAddress,
std::weak_ptr<ResponseCollector> collector
)
-

Creates a Erase_v2 Response object.

Parameters
nodeAddress
NodeAddress

the node address to check for.

collector
std::weak_ptr<ResponseCollector>

The ResponseCollector used to register and unregister the response.

-
- -
-
matchSuccessResponse
-
bool matchSuccessResponse(
const WirelessPacket &packet
) override
-

Checks if the WirelessPacket passed in matches the success response pattern's bytes

Parameters
packet
const WirelessPacket&

The WirelessPacket in which to try to find the pattern

Returns

true if the packet matches the success response pattern, false otherwise

-
- -
-
matchFailResponse
-
bool matchFailResponse(
const WirelessPacket &packet
) override
-

Checks if the WirelessPacket passed in matches the failure response pattern's bytes

Parameters
packet
const WirelessPacket&

The WirelessPacket in which to try to find the pattern

Returns

true if the packet matches the success response pattern, false otherwise

-
- -
-
Response
-
Response(
NodeAddress nodeAddress,
std::weak_ptr<ResponseCollector> collector
)
-

Creates a GetDatalogSessionInfo Response object.

Parameters
nodeAddress
NodeAddress

the node address to check for.

collector
std::weak_ptr<ResponseCollector>

The ResponseCollector used to register and unregister the response.

-
- -
-
matchSuccessResponse
-
bool matchSuccessResponse(
const WirelessPacket &packet
) override
-

Checks if the WirelessPacket passed in matches the success response pattern's bytes

Parameters
packet
const WirelessPacket&

The WirelessPacket in which to try to find the pattern

Returns

true if the packet matches the success response pattern, false otherwise

-
- -
-
matchFailResponse
-
bool matchFailResponse(
const WirelessPacket &packet
) override
-

Checks if the WirelessPacket passed in matches the failure response pattern's bytes

Parameters
packet
const WirelessPacket&

The WirelessPacket in which to try to find the pattern

Returns

true if the packet matches the success response pattern, false otherwise

-
- -
-
result
-
const DatalogSessionInfoResult& result() const
-

Gets the DatalogSessionInfoResult from a successful response.

-
- -
-
Response
-
Response(
NodeAddress nodeAddress,
std::weak_ptr<ResponseCollector> collector
)
-

Creates a GetDiagnosticInfo Response object

Parameters
nodeAddress
NodeAddress

the node address to check for.

collector
std::weak_ptr<ResponseCollector>

The ResponseCollector used to register and unregister the response.

-
- -
-
match
-
virtual bool matchSuccessResponse(
const WirelessPacket &packet
) override
-

Checks if the WirelessPacket passed in matches the expected response pattern's bytes

Parameters
packet
const WirelessPacket&

The WirelessPacket in which to try to find the pattern

Returns

true if the packet matches a response pattern, false otherwise

-
- -
-
result
-
const ChannelData& result() const
-

Gets the <ChannelData> that holds the result info from the response

Returns

A <ChannelData> that holds the result info from the response

-
- -
-
Response
-
Response(
NodeAddress nodeAddress,
uint32 flashAddress,
std::weak_ptr<ResponseCollector> collector
)
-

Creates a GetLoggedData Response object.

Parameters
nodeAddress
NodeAddress

the node address to check for.

flashAddress
uint32

The flash address to match in the response.

collector
std::weak_ptr<ResponseCollector>

The ResponseCollector used to register and unregister the response.

-
- -
-
matchSuccessResponse
-
bool matchSuccessResponse(
const WirelessPacket &packet
) override
-

Checks if the WirelessPacket passed in matches the success response pattern's bytes

Parameters
packet
const WirelessPacket&

The WirelessPacket in which to try to find the pattern

Returns

true if the packet matches the success response pattern, false otherwise

-
- -
-
matchFailResponse
-
bool matchFailResponse(
const WirelessPacket &packet
) override
-

Checks if the WirelessPacket passed in matches the failure response pattern's bytes

Parameters
packet
const WirelessPacket&

The WirelessPacket in which to try to find the pattern

Returns

true if the packet matches the success response pattern, false otherwise

-
- -
-
data
-
const ByteStream& data() const
-

Gets the ByteStream containing the data from a successful response.

-
- -
-
Response
-
Response(
NodeAddress nodeAddress,
std::weak_ptr<ResponseCollector> collector
)
-

Creates a LongPing Response object

Parameters
nodeAddress
NodeAddress

the node address to check for

collector
std::weak_ptr<ResponseCollector>

The ResponseCollector used to register and unregister the response

-
- -
-
match
-
virtual bool matchSuccessResponse(
const WirelessPacket &packet
) override
-

Checks if the WirelessPacket passed in matches the expected response pattern's bytes

Parameters
packet
const WirelessPacket&

The WirelessPacket in which to try to find the pattern

Returns

true if the packet matches a response pattern, false otherwise

-
- -
-
result
-
PingResponse result()
-

Gets the PingResponse that holds the result of the response

Returns

A PingResponse that holds the result of the response

-
- -
-
match
-
virtual bool match(
DataBuffer &data
) override
-

Checks if the DataBuffer passed in matches the expected response pattern's bytes

Parameters
data
DataBuffer&

The DataBuffer containing the bytes to match

Returns

true if the bytes match a response pattern, false otherwise

-
- -
-
dataPoints
-
ByteStream dataPoints()
-

Gets the dataPoints that were downloaded from the Node

Returns

A ByteStream holding the data points (if any) that were downloaded from the Node

-
- -
-
matchSuccessResponsePart1
-
bool matchSuccessResponsePart1(
DataBuffer &data
)
-

Checks if the DataBuffer passed in matches the first part (Command Byte) of the response bytes

Parameters
data
DataBuffer&

The DataBuffer containing the bytes to match

Returns

true if the bytes match the first part of the success response pattern, false otherwise

-
- -
-
matchSuccessResponse
-
bool matchSuccessResponse(
DataBuffer &data
) override
-

Checks if the DataBuffer passed in matches the success response bytes

Parameters
data
DataBuffer&

The DataBuffer containing the bytes to match

Returns

true if the bytes match the success response pattern, false otherwise

-
- -
-
matchSuccessResponse
-

Checks if the DataBuffer passed in matches the fail response bytes

Parameters
data

The DataBuffer containing the bytes to match

Returns

true if the bytes match the fail response pattern, false otherwise

-
- -
-
Response
-
Response(
NodeAddress nodeAddress,
std::weak_ptr<ResponseCollector> collector
)
-

Creates a Poll Response object

Parameters
nodeAddress
NodeAddress

The node address to check for.

collector
std::weak_ptr<ResponseCollector>

The ResponseCollector used to register and unregister the response.

-
- -
-
started
-
bool started() const
-

Gets whether the Poll operation has started or not.

Returns

true if the Node indicated that the Poll operation has started, false otherwise.

-
- -
-
timeToComplete
-
float timeToComplete() const
-

Gets the total time (in seconds) that the Node reported it will take to complete the Poll operation.

Returns

The time (in seconds) that the Node reported it will take to complete Poll.

-
- -
-
result
-
const WirelessPollData& result() const
-

Gets the <WirelessPollData> from a successful poll command.

Returns

A <WirelessPollData> map.

-
- -
-
match
-
virtual bool match(
const WirelessPacket &packet
) override
-

Checks if the WirelessPacket passed in matches the expected response pattern's bytes.

Parameters
packet
const WirelessPacket&

The WirelessPacket in which to try to find the pattern

Returns

true if the packet matches a response pattern, false otherwise

-
- -
-
match_nodeReceived
-
bool match_nodeReceived(
const WirelessPacket &packet
)
-

Checks if the WirelessPacket passed in matches the "Node Received" packet.

Parmeters
packet

The WirelessPacket to try to match.

Returns

true if the packet matches the Node Received packet, false otherwise.

-
- -
-
Response
-
Response(
NodeAddress nodeAddress,
std::weak_ptr<ResponseCollector> collector
)
-

Creates a EepromRead Response object

Parameters
nodeAddress
NodeAddress

the node address to check for

collector
std::weak_ptr<ResponseCollector>

The ResponseCollector used to register and unregister the response

-
- -
-
match
-
virtual bool matchSuccessResponse(
const WirelessPacket &packet
) override
-

Checks if the WirelessPacket passed in matches the expected response pattern's bytes

Parameters
packet
const WirelessPacket&

The WirelessPacket in which to try to find the pattern

Returns

true if the packet matches a response pattern, false otherwise

-
- -
-
eepromValue
-
uint16 eepromValue() const
-

Gets the result eeprom value that was read from the Node.

Returns

The eeprom value read from the Node.

-
- -
-
Response
-
Response(
NodeAddress nodeAddress,
uint16 eepromAddress,
std::weak_ptr<ResponseCollector> collector
)
-

Creates a EepromRead Response object

Parameters
nodeAddress
NodeAddress

The node address to check for.

eepromAddress
uint16

The eeprom address we read from.

collector
std::weak_ptr<ResponseCollector>

The ResponseCollector used to register and unregister the response.

-
- -
-
eepromValue
-
uint16 eepromValue() const
-

Gets the result eeprom value that was read from the Node.

Returns

The eeprom value read from the Node.

-
- -
-
errorCode
- -

Gets the WirelessPacket::ResponseErrorCode from the response packet.

Returns

The error code from the response.

-
- -
-
matchSuccessResponse
-
bool matchSuccessResponse(
const WirelessPacket &packet
) override
-

Checks if the WirelessPacket passed in matches the success response.

Parameters
packet
const WirelessPacket&

The WirelessPacket to match.

Returns

true if the packet matches the success response, false otherwise.

-
- -
-
matchFailResponse
-
bool matchFailResponse(
const WirelessPacket &packet
) override
-

Checks if the WirelessPacket passed in matches the failure response.

Parameters
packet
const WirelessPacket&

The WirelessPacket to match.

Returns

true if the packet matches the fail response, false otherwise.

-
- -
-
match
-
virtual bool matchSuccessResponse(
DataBuffer &data
) override
-

Checks if the bytes passed in match the response pattern from their current read position

Parameters
data
DataBuffer&

The DataBuffer containing the bytes in which to try to find the pattern

Returns

true if the response pattern was found, false otherwise

-
- -
-
sensorValue
-
uint16 sensorValue() const
-

Gets the sensor value that was in the response to the read single sensor command.

-
- -
-
Response
-
Response(
NodeAddress nodeAddress,
ResetType resetType,
std::weak_ptr<ResponseCollector> collector
)
-

Creates a Reset_v2 Response object

Parameters
nodeAddress
NodeAddress

the node address to check for

resetType
ResetType

The <ResetType> to match in the response.

collector
std::weak_ptr<ResponseCollector>

The ResponseCollector used to register and unregister the response

-
- -
-
match
-
virtual bool matchSuccessResponse(
const WirelessPacket &packet
) override
-

Checks if the WirelessPacket passed in matches the expected response pattern's bytes

Parameters
packet
const WirelessPacket&

The WirelessPacket in which to try to find the pattern

Returns

true if the packet matches a response pattern, false otherwise

-
- -
-
Response
-
Response(
NodeAddress nodeAddress,
std::weak_ptr<ResponseCollector> collector,
const BaseStation &baseStation
)
-

Creates a SetToIdle Response object

Parameters
nodeAddress
NodeAddress

the node address to check for.

collector
std::weak_ptr<ResponseCollector>

The ResponseCollector used to register and unregister the response.

baseStation
const BaseStation&

The BaseStation that will send the command (used for canceling this command).

-
- -
-
Response
-
~Response()
-

Destroys the SetToIdle Response object. This also cancels the SetToIdle operation on the BaseStation, if not already complete or canceled.

-
- -
-
match_baseReceived
-
bool match_baseReceived(
const WirelessPacket &packet
)
-

Checks if the packet passed in matches the base station received packet.

Parameters
packet
const WirelessPacket&

The WirelessPacket to try to match.

Returns

true if the base station received packet was found, false otherwise.

-
- -
-
match_completion
-
bool match_completion(
const WirelessPacket &packet
)
-

Checks if the packet passed in matches the completion packet.

Parameters
packet
const WirelessPacket&

The WirelessPacket to try to match.

Returns

true if the match_completion packet was found, false otherwise.

-
- -
-
match
-
virtual bool match(
const WirelessPacket &packet
) override
-

Checks if the packet passed in matches a response packet.

Parameters
packet
const WirelessPacket&

The WirelessPacket to try to match.

Returns

true if the packet matches a response pattern, false otherwise.

-
- -
-
started
-
bool started()
-

Checks if the set to idle operation has started or not.

Returns

true if the operation has started, false otherwise.

-
- -
-
Response
-
Response(
NodeAddress nodeAddress,
std::weak_ptr<ResponseCollector> collector
)
-

Creates a Sleep_v2 Response object

Parameters
nodeAddress
NodeAddress

the node address to check for

collector
std::weak_ptr<ResponseCollector>

The ResponseCollector used to register and unregister the response

-
- -
-
matchSuccessResponse
-
virtual bool matchSuccessResponse(
const WirelessPacket &packet
) override
-

Checks if the WirelessPacket passed in matches the expected response pattern's bytes

Parameters
packet
const WirelessPacket&

The WirelessPacket in which to try to find the pattern

Returns

true if the packet matches a response pattern, false otherwise

-
- -
-
Response
-
Response(
NodeAddress nodeAddress,
std::weak_ptr<ResponseCollector> collector
)
-

Creates a StartSyncSampling Response object

Parameters
nodeAddress
NodeAddress

the node address to check for

collector
std::weak_ptr<ResponseCollector>

The ResponseCollector used to register and unregister the response

-
- -
-
matchSuccessResponse
-
virtual bool matchSuccessResponse(
const WirelessPacket &packet
) override
-

Checks if the WirelessPacket passed in matches the expected response pattern's bytes

Parameters
packet
const WirelessPacket&

The WirelessPacket in which to try to find the pattern

Returns

true if the packet matches a response pattern, false otherwise

-
- -
-
Response
-
Response(
NodeAddress nodeAddress,
std::weak_ptr<ResponseCollector> collector
)
-

Creates a StartSyncSampling Response object

Parameters
nodeAddress
NodeAddress

the node address to check for

collector
std::weak_ptr<ResponseCollector>

The ResponseCollector used to register and unregister the response

-
- -
-
matchSuccessResponse
-
virtual bool matchSuccessResponse(
const WirelessPacket &packet
) override
-

Checks if the WirelessPacket passed in matches the expected response pattern's bytes

Parameters
packet
const WirelessPacket&

The WirelessPacket in which to try to find the pattern

Returns

true if the packet matches a response pattern, false otherwise

-
- -
-
Response
-
Response(
NodeAddress nodeAddress,
WirelessTypes::CommProtocol protocol,
std::weak_ptr<ResponseCollector> collector
)
-

Creates a TestNodeCommProtocol Response object.

Parameters
nodeAddress
NodeAddress

the node address to check for.

protocol
WirelessTypes::CommProtocol

The WirelessTypes::CommProtocol to check for.

collector
std::weak_ptr<ResponseCollector>

The ResponseCollector used to register and unregister the response.

-
- -
-
matchSuccessResponse
-
bool matchSuccessResponse(
const WirelessPacket &packet
) override
-

Checks if the WirelessPacket passed in matches the success response pattern's bytes

Parameters
packet
const WirelessPacket&

The WirelessPacket in which to try to find the pattern

Returns

true if the packet matches the success response pattern, false otherwise

-
- -
-
matchFailResponse
-
bool matchFailResponse(
const WirelessPacket &packet
) override
-

Checks if the WirelessPacket passed in matches the failure response pattern's bytes

Parameters
packet
const WirelessPacket&

The WirelessPacket in which to try to find the pattern

Returns

true if the packet matches the success response pattern, false otherwise

-
- -
-
Response
-
Response(
NodeAddress nodeAddress,
std::weak_ptr<ResponseCollector> collector
)
-

Creates a WriteEeprom Response object

Parameters
nodeAddress
NodeAddress

the node address to check for

collector
std::weak_ptr<ResponseCollector>

The ResponseCollector used to register and unregister the response

-
- -
-
matchSuccessResponse
-
virtual bool matchSuccessResponse(
const WirelessPacket &packet
) override
-

Checks if the WirelessPacket passed in matches the expected response pattern's bytes

Parameters
packet
const WirelessPacket&

The WirelessPacket in which to try to find the pattern

Returns

true if the packet matches a response pattern, false otherwise

-
- -
-
Response
-
Response(
NodeAddress nodeAddress,
uint16 eepromAddress,
uint16 valueWritten,
std::weak_ptr<ResponseCollector> collector
)
-

Creates a WriteEeprom_v2 Response object

Parameters
nodeAddress
NodeAddress

the node address to check for.

eepromAddress
uint16

the eeprom address that was written to.

valueWritten
uint16

the value that was written to eeprom.

collector
std::weak_ptr<ResponseCollector>

The ResponseCollector used to register and unregister the response.

-
- -
-
errorCode
- -

Gets the WirelessPacket::ResponseErrorCode from the response packet.

Returns

The error code from the response.

-
- -
-
matchSuccessResponse
-
bool matchSuccessResponse(
const WirelessPacket &packet
) override
-

Checks if the WirelessPacket passed in matches the success response.

Parameters
packet
const WirelessPacket&

The WirelessPacket to match.

Returns

true if the packet matches the success response, false otherwise.

-
- -
-
matchFailResponse
-
bool matchFailResponse(
const WirelessPacket &packet
) override
-

Checks if the WirelessPacket passed in matches the failure response.

Parameters
packet
const WirelessPacket&

The WirelessPacket to match.

Returns

true if the packet matches the fail response, false otherwise.

-
- -
-
Variables
-
- -
-
m_deviceSelector
-
uint8 m_deviceSelector
-

The device selector to look for in the response.

-
- -
-
Variables
-
- -
-
m_ackNackResponse
-
bool m_ackNackResponse
-

Whether or not an ack/nack response field is expected

-
- -
-
m_dataResponse
-
bool m_dataResponse
-

Whether or not a data response field is expected

-
- -
-
m_command
-
const MipTypes::Command m_command
-

The command enumeration

-
- -
-
m_commandName
-
std::string m_commandName
-

The name of the command

-
- -
-
m_fieldDataByte
-
uint8 m_fieldDataByte
-

The field data byte.

-
- -
-
m_matchData
-
MipResponseMatchValues m_matchData
-

The <MipResponseMatchValues> map to check when determining a response data match

-
- -
-
m_result
- -

The GenericMipCmdResponse that holds the result of the GenericMipCommand

-
- -
-
Variables
-
- -
-
m_fieldDataByte
-
const uint8 m_fieldDataByte
-

uint8 byte to identify field data.

-
- -
-
Variables
-
- -
-
m_nodeAddress
-
NodeAddress m_nodeAddress
-

The node address to look for in the response

-
- -
-
Variables
-
- -
-
m_nodeAddress
-
NodeAddress m_nodeAddress
-

The node address to look for in the response.

-
- -
-
m_channelNumber
-
uint8 m_channelNumber
-

The channel number to look for in the response.

-
- -
-
m_targetPercent
-
float m_targetPercent
-

The target percentage to look for in the response.

-
- -
-
m_result
- -

The AutoBalanceResult containing info about the autobalance response.

-
- -
-
Variables
-
- -
-
m_nodeAddress
-
NodeAddress m_nodeAddress
-

The node address to look for in the response.

-
- -
-
m_calStarted
-
bool m_calStarted
-

Whether the AutoCal has been successfully started or not (as reported by the Node).

-
- -
-
m_completionFlag
- -

The <AutoCalCompletionFlag> representing the final autocal status.

-
- -
-
m_timeUntilCompletion
-
float m_timeUntilCompletion
-

The amount of time (in seconds) that the autocal operation will take to complete.  This value gets reported by the Node before starting the calibration.

-
- -
-
m_infoBytes
-
Bytes m_infoBytes
-

Contains all of the information bytes from the completion response.

-
- -
-
Variables
-
- -
-
m_channelNumber
-
uint8 m_channelNumber
-

The channel number to match in the response.

-
- -
-
Variables
-
- -
-
m_result
-
BeaconStatus m_result
-

The BeaconStatus that holds the result of the command.

-
- -
-
Variables
-
- -
-
m_result
-
uint16 m_result
-

The result value of the read eeprom command.

-
- -
-
Variables
-
- -
-
m_eepromAddress
-
uint16 m_eepromAddress
-

The eeprom address to match in the response.

-
- -
-
m_result
-
uint16 m_result
-

The result value of the read eeprom command.

-
- -
-
m_errorCode
- -

The WirelessPacket::ResponseErrorCode from the response.

-
- -
-
Variables
-
- -
-
m_resetType
-
ResetType m_resetType
-

The <ResetType> to match in the response.

-
- -
-
Variables
-
- -
-
m_min;
-

The min frequency to match in the response.

-
- -
-
m_max;
-

The max frequency to match in the response.

-
- -
-
m_interval;
-

The interval to match in the response.

-
- -
-
m_options
-
uint16 m_options
-

The options to send with the command.

-
- -
-
Variables
-
- -
-
m_beaconStartTime
-
Timestamp m_beaconStartTime
-

The start time that was sent to the beacon as a Timestamp object

-
- -
-
Variables
-
- -
-
m_beaconStartTime
-
uint32 m_beaconStartTime
-

The start time that was sent to the beacon.

-
- -
-
Variables
-
- -
-
m_valueWritten
-
uint16 m_valueWritten
-

The value that is expected to be written to eeprom from the associated command

-
- -
-
Variables
-
- -
-
m_valueWritten
-
uint16 m_valueWritten
-

The value that is expected to be written to eeprom from the associated command.

-
- -
-
m_eepromAddress
-
uint16 m_eepromAddress
-

The eeprom address to match in the response.

-
- -
-
m_errorCode
- -

The WirelessPacket::ResponseErrorCode from the response.

-
- -
-
Variables
-
- -
-
m_nodeAddress
-
NodeAddress m_nodeAddress
-

The node address to look for in the ReadEeprom response.

-
- -
-
m_eepromMap
-
std::map<uint16, uint16> m_eepromMap
-

A map of eeprom location to eeprom value pairs.

-
- -
-
Variables
-
- -
-
m_nodeAddress
-
NodeAddress m_nodeAddress
-

The node address to look for in the response

-
- -
-
Variables
-
- -
-
m_nodeAddress
-
NodeAddress m_nodeAddress
-

The node address to look for in the response.

-
- -
-
m_result
- -

The DatalogSessionInfoResult to hold the result on success.

-
- -
-
Variables
-
- -
-
m_nodeAddress
-
NodeAddress m_nodeAddress
-

The node address to look for in the Long Ping response.

-
- -
-
m_result
-
ChannelData m_result
-

The <ChannelData> that holds the result data of the GetDiagnosticInfo Node command.

-
- -
-
Variables
-
- -
-
m_nodeAddress
-
NodeAddress m_nodeAddress
-

The node address to look for in the response.

-
- -
-
m_flashAddress
-
uint32 m_flashAddress
-

The flash address to match in the response.

-
- -
-
m_data
-
ByteStream m_data
-

The ByteStream containing the resulting data on success.

-
- -
-
Variables
-
- -
-
m_nodeAddress
-
NodeAddress m_nodeAddress
-

The node address to look for in the Long Ping response

-
- -
-
m_result
-
PingResponse m_result
-

The PingResponse that holds the result of the LongPing Node command

-
- -
-
Variables
-
- -
-
m_dataPoints
-
ByteStream m_dataPoints
-

The data points that make up the "page" that was downloaded from the Node

-
- -
-
m_matchedPart1
-
bool m_matchedPart1
-

Whether or not part 1 (the Command Byte) of the response has been matched

-
- -
-
Variables
-
- -
-
m_nodeAddress
-
NodeAddress m_nodeAddress
-

The node address to look for in the response.

-
- -
-
m_started
-
bool m_started
-

Whether the Poll has been successfully started or not (as reported by the Node).

-
- -
-
m_timeUntilCompletion
-
float m_timeUntilCompletion
-

The amount of time (in seconds) that the Poll operation will take to complete.  This value gets reported by the Node before starting the Poll.

-
- -
-
m_result
-
WirelessPollData m_result
-

The <WirelessPollData> response from a successful poll command.

-
- -
-
Variables
-
- -
-
m_nodeAddress
-
NodeAddress m_nodeAddress
-

The node address to look for in the ReadEeprom response

-
- -
-
eepromValue
-
uint16 m_eepromValue
-

The result eeprom value from the command.

-
- -
-
Variables
-
- -
-
m_nodeAddress
-
NodeAddress m_nodeAddress
-

The node address to look for in the ReadEeprom response.

-
- -
-
m_eepromAddress
-
uint16 m_eepromAddress
-

The eeprom address to look for in the ReadEeprom response.

-
- -
-
eepromValue
-
uint16 m_eepromValue
-

The result eeprom value from the command.

-
- -
-
m_errorCode
- -

The WirelessPacket::ResponseErrorCode from the response.

-
- -
-
Variables
-
- -
-
m_sensorValue
-
uint16 m_sensorValue
-

The value read from the sensor.

-
- -
-
Variables
-
- -
-
m_nodeAddress
-
NodeAddress m_nodeAddress
-

The node address to look for in the Long Ping response

-
- -
-
m_resetType
-
ResetType m_resetType
-

The <ResetType> to match in the response.

-
- -
-
Variables
-
- -
-
m_started
-
bool m_started
-

Whether the set to idle process has been started or not.

-
- -
-
Variables
-
- -
-
m_nodeAddress
-
NodeAddress m_nodeAddress
-

The node address to look for in the response

-
- -
-
Variables
-
- -
-
m_nodeAddress
-
NodeAddress m_nodeAddress
-

The node address to look for in the response

-
- -
-
Variables
-
- -
-
m_nodeAddress
-
NodeAddress m_nodeAddress
-

The node address to look for in the response

-
- -
-
Variables
-
- -
-
m_nodeAddress
-
NodeAddress m_nodeAddress
-

The node address to look for in the response.

-
- -
-
m_protocol
- -

The WirelessTypes::CommProtocol to match in the response.

-
- -
-
Variables
-
- -
-
m_nodeAddress
-
NodeAddress m_nodeAddress
-

The node address to look for in the WriteEeprom response

-
- -
-
Variables
-
- -
-
m_nodeAddress
-
NodeAddress m_nodeAddress
-

The node address to look for in the WriteEeprom_v2 response

-
- -
-
m_eepromAddress
-
uint16 m_eepromAddress
-

The eeprom address to look for in the WriteEeprom_v2 response.

-
- -
-
eepromValue
-
uint16 m_eepromValue
-

The eeprom value to look for in the WriteEeprom_v2 response.

-
- -
-
m_errorCode
- -

The WirelessPacket::ResponseErrorCode from the response.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ResponseCollector-Summary.js b/v66.0.1/MSCL_Docs/classes/C/ResponseCollector-Summary.js deleted file mode 100644 index 50f36e0fd..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ResponseCollector-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:ResponseCollector","ResponseCollector");NDSummary.OnSummaryLoaded("CClass:ResponseCollector",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[9848,0,0,"ResponseCollector"],[9849,0,2,"Variables","Variables"],[9850,0,3,"m_expectedResponses","m_expectedResponses"],[9851,0,3,"m_responseMutex","m_responseMutex"],[9852,0,3,"m_connection","m_connection"],[9853,0,2,"Functions","Functions"],[9854,0,1,"setConnection","setConnection"],[9855,0,1,"registerResponse","registerResponse"],[9856,0,1,"unregisterResponse","unregisterResponse"],[9857,0,1,"waitingForResponse","waitingForResponse"],[9858,0,1,"matchExpected","matchExpected"],[9859,0,1,"matchExpected","matchExpected(2)"],[9860,0,1,"matchExpected","matchExpected(3)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ResponseCollector-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/ResponseCollector-SummaryToolTips.js deleted file mode 100644 index 923df5398..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ResponseCollector-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:ResponseCollector",{9848:"
ResponseCollector
Stores all the expected command responses
",9850:"
std::vector<ResponseInfo> m_expectedResponses
Holds the response patterns that, if matched, belong to this collector
",9851:"
std::mutex m_responseMutex
A mutex used for thread safety when accessing/modifying the m_expectedResponses vector
",9852:"
Connection* m_connection
The Connection pointer to use for retrieving byte information.
",9854:"
void setConnection(
Connection *connection
)
Sets the connection points to use for retrieving byte information.
",9855:"
void registerResponse(
ResponsePattern *response
)
Registers a ResponsePattern with this collector
",9856:"
void unregisterResponse(
ResponsePattern *response
)
Unregisters a ResponsePattern that is within this collector
",9857:"
bool waitingForResponse()
Gets whether or not this response collector currently has any response patterns to match
",9858:"
bool matchExpected(
DataBuffer &data
)
Checks to see if the byte(s) passed in match any of the expected responses
",9859:"
bool matchExpected(
const WirelessPacket &packet,
std::size_t lastReadPos
)
Checks to see if the wireless packet passed in matches any of the expected responses
",9860:"
bool matchExpected(
MipDataField &field
)
Checks to see if the MipDataField passed in matches any of the expected responses
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ResponseCollector-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/ResponseCollector-ToolTips.js deleted file mode 100644 index 2b0878515..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ResponseCollector-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({367:"
Connection
The Connection object that is used for communication.
",4550:"
MipDataField
An Inertial data field object that represents a data field within an Inertial Data Packet
",7176:"
WirelessPacket
Represents a MicroStrain wireless packet
",9916:"
Used to easily read a container of bytes
",9928:"
DataBuffer
A buffer of bytes extending from the ByteStream class that is used for holding bytes read in from the connection
",10047:"
ResponsePattern
A pattern matching the expected response from a device command (Base Class).
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ResponseCollector.html b/v66.0.1/MSCL_Docs/classes/C/ResponseCollector.html deleted file mode 100644 index d6ff49bd3..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ResponseCollector.html +++ /dev/null @@ -1,85 +0,0 @@ - - -ResponseCollector - - - - - - - -
-
ResponseCollector
-
ResponseCollector
-

Stores all the expected command responses

-
- -
-
Variables
-
- -
-
m_expectedResponses
-
std::vector<ResponseInfo> m_expectedResponses
-

Holds the response patterns that, if matched, belong to this collector

-
- -
-
m_responseMutex
-
std::mutex m_responseMutex
-

A mutex used for thread safety when accessing/modifying the m_expectedResponses vector

-
- -
-
m_connection
-
Connection* m_connection
-

The Connection pointer to use for retrieving byte information.

-
- -
-
Functions
-
- -
-
setConnection
-
void setConnection(
Connection *connection
)
-

Sets the connection points to use for retrieving byte information.

Parameters
connection
Connection*

The Connection pointer to use for retrieving byte info.

-
- -
-
registerResponse
-
void registerResponse(
ResponsePattern *response
)
-

Registers a ResponsePattern with this collector

Parameters
response
ResponsePattern*

The ResponsePattern to register

-
- -
-
unregisterResponse
-
void unregisterResponse(
ResponsePattern *response
)
-

Unregisters a ResponsePattern that is within this collector

Parameters
response
ResponsePattern*

A pointer to the ResponsePattern to unregister

-
- -
-
waitingForResponse
-
bool waitingForResponse()
-

Gets whether or not this response collector currently has any response patterns to match

Returns

true if the response collector has any response patterns to match, false otherwise

-
- -
-
matchExpected
-
bool matchExpected(
DataBuffer &data
)
-

Checks to see if the byte(s) passed in match any of the expected responses

Parameters
data
DataBuffer&

The DataBuffer containing the bytes to be read and compared against the expected responses, starting at the current read position.

Returns

true if the byte(s) matched an expected response, false otherwise

-
- -
-
matchExpected
-
bool matchExpected(
const WirelessPacket &packet,
std::size_t lastReadPos
)
-

Checks to see if the wireless packet passed in matches any of the expected responses

Parameters
packet
const WirelessPacket&

The WirelessPacket to be compared against the expected responses

lastReadPos
std::size_t

The last read position where the packet was parsed from.

Returns

true if the packet matched an expected response, false otherwise

-
- -
-
matchExpected
-
bool matchExpected(
MipDataField &field
)
-

Checks to see if the MipDataField passed in matches any of the expected responses

Parameters
field
MipDataField&

The MipDataField to be compared against the expected responses

Returns

true if the packet matched an expected response, false otherwise

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ResponsePattern-Summary.js b/v66.0.1/MSCL_Docs/classes/C/ResponsePattern-Summary.js deleted file mode 100644 index 3e5e1fe39..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ResponsePattern-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:ResponsePattern","ResponsePattern");NDSummary.OnSummaryLoaded("CClass:ResponsePattern",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Enums","Enumeration"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[10047,0,0,"ResponsePattern"],[10048,0,4,"Types","Types"],[10049,0,2,"Response State","Response_State"],[10050,0,1,,"STATE_WAITING"],[10051,0,1,,"STATE_FAIL_TIMEOUT"],[10052,0,1,,"STATE_FAIL"],[10053,0,1,,"STATE_SUCCESS"],[10054,0,4,"Functions","Functions"],[10055,0,3,"ResponsePattern","ResponsePattern"],[10056,0,3,"ResponsePattern","ResponsePattern(2)"],[10057,0,3,"setResponseCollector","setResponseCollector"],[10058,0,4,"Variables","Variables"],[10059,0,5,"m_collector","m_collector"],[10060,0,5,"m_matchCondition","m_matchCondition"],[10061,0,5,"m_parsingMutex","m_parsingMutex"],[10062,0,5,"m_fullyMatched","m_fullyMatched"],[10063,0,5,"m_success","m_success"],[10064,0,4,"Functions","Functions(2)"],[10065,0,3,"throwIfFailed","throwIfFailed"],[10066,0,3,"match","match"],[10067,0,3,"match","match(2)"],[10068,0,3,"match","match(3)"],[10069,0,3,"wait","wait"],[10070,0,3,"fullyMatched","fullyMatched"],[10071,0,3,"success","success"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ResponsePattern-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/ResponsePattern-SummaryToolTips.js deleted file mode 100644 index 758f30f23..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ResponsePattern-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:ResponsePattern",{10047:"
ResponsePattern
A pattern matching the expected response from a device command (Base Class).
",10055:"
explicit ResponsePattern(
std::weak_ptr<ResponseCollector> collector
)
Creates a ResponsePattern attached to a collector.
",10056:"
virtual ~ResponsePattern()
Destroys the ResponsePattern and unregisters this response from its ResponseCollector
",10057:"
void setResponseCollector(
std::weak_ptr<ResponseCollector> collector
)
Sets the ResponseCollector for this pattern, and registers this pattern with the collector.
",10059:"
std::weak_ptr<ResponseCollector> m_collector
The ResponseCollector that holds this response pattern
",10060:"
TimedCondition m_matchCondition
The TimedCondition for matching the response pattern
",10061:"
mutable std::mutex m_parsingMutex
A mutex used for parsing data, which may modify the fullMatched and success flags
",10062:"
bool m_fullyMatched
Whether or not the ResponsePattern has been fully matched.  Some commands have multiple parts to their response. This will not be true until all required parts have been matched.
",10063:"
bool m_success
Whether or not the command was a success (a success response was matched).
",10065:"
void throwIfFailed(
const std::string &commandName
) const
Throws an Error if the command has failed (if m_success is false).  Otherwise, no action is taken.
",10066:"
virtual bool match(
DataBuffer &data
)
Checks if the bytes passed in match the response pattern from their current read position.  If data was matched, the read position in the DataBuffer will be updated to be passed the bytes read.
",10067:"
virtual bool match(
const WirelessPacket &packet
)
Checks if the WirelessPacket passed in matches the response pattern\'s bytes
",10068:"
virtual bool match(
const MipDataField &field
)
Checks if the MipDataField passed in matches the response pattern\'s bytes
",10069:"
virtual bool wait(
uint64 timeout
)
Waits for a certain amount of time for the response pattern to be matched
",10070:"
bool fullyMatched() const
Checks whether the response pattern has been fully matched.  Some commands have multiple parts to their response. This checks whether all responses have been satisfied.
",10071:"
bool success() const
Gets whether or not the command was a success (a success response was matched).
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ResponsePattern-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/ResponsePattern-ToolTips.js deleted file mode 100644 index 034ef6588..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ResponsePattern-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({4550:"
MipDataField
An Inertial data field object that represents a data field within an Inertial Data Packet
",7176:"
WirelessPacket
Represents a MicroStrain wireless packet
",9848:"
ResponseCollector
Stores all the expected command responses
",9916:"
Used to easily read a container of bytes
",9928:"
DataBuffer
A buffer of bytes extending from the ByteStream class that is used for holding bytes read in from the connection
",10346:"
TimedCondition
Class that acts as a simple wrapper around a std::condition_variable.  Used for one process waiting on a certain condition to be met or a timeout, in which case the other process is notified of the action.
",10446:"
Error
The generic MicroStrain exception (base class)
",825:"
Response
Handles the response to the command
",5207:"
WirelessResponsePattern
A pattern matching the expected response from a wireless command.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ResponsePattern.html b/v66.0.1/MSCL_Docs/classes/C/ResponsePattern.html deleted file mode 100644 index d73f3b4d7..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ResponsePattern.html +++ /dev/null @@ -1,128 +0,0 @@ - - -ResponsePattern - - - - - - - -
-
ResponsePattern
- -

A pattern matching the expected response from a device command (Base Class).

Creating your own command/response: - Create a custom "Response" class that inherits from this class.  - Create a custom version of one of the "match" functions that applies to your command.  - In the match function, if the bytes match the expected response, return true.  - Set m_success to whether the command succeeded (match a success response), or false (matched a fail response).  - Set m_fullyMatched to true when all packets/bytes have been matched. Set it to false if the packet was matched but there are still more packets/bytes remaining (the case when 1 command has multiple responses before it is complete).

-
- -
-
Types
-
- -
-
Response State
-
STATE_WAITING

The response has not yet been received.

STATE_FAIL_TIMEOUT

The response has timed out

STATE_FAIL

The response was a fail response

STATE_SUCCESS

The response was successfully received

-
- -
-
Functions
-
- -
-
ResponsePattern
-
explicit ResponsePattern(
std::weak_ptr<ResponseCollector> collector
)
-

Creates a ResponsePattern attached to a collector.

Parameters
collector
std::weak_ptr<ResponseCollector>

The ResponseCollector to register and unregister this response with.

-
- -
-
ResponsePattern
-
virtual ~ResponsePattern()
-

Destroys the ResponsePattern and unregisters this response from its ResponseCollector

-
- -
-
setResponseCollector
-
void setResponseCollector(
std::weak_ptr<ResponseCollector> collector
)
-

Sets the ResponseCollector for this pattern, and registers this pattern with the collector.

Parameters
collector
std::weak_ptr<ResponseCollector>

The ResponseCollector to assign this pattern to.

-
- -
-
Variables
-
- -
-
m_collector
-
std::weak_ptr<ResponseCollector> m_collector
-

The ResponseCollector that holds this response pattern

-
- -
-
m_matchCondition
-
TimedCondition m_matchCondition
-

The TimedCondition for matching the response pattern

-
- -
-
m_parsingMutex
-
mutable std::mutex m_parsingMutex
-

A mutex used for parsing data, which may modify the fullMatched and success flags

-
- -
-
m_fullyMatched
-
bool m_fullyMatched
-

Whether or not the ResponsePattern has been fully matched.  Some commands have multiple parts to their response. This will not be true until all required parts have been matched.

-
- -
-
m_success
-
bool m_success
-

Whether or not the command was a success (a success response was matched).

-
- -
-
Functions
-
- -
-
throwIfFailed
-
void throwIfFailed(
const std::string &commandName
) const
-

Throws an Error if the command has failed (if m_success is false).  Otherwise, no action is taken.

Parameters
commandName
const std::string&

The name of the command to put in the exception if necessary.

-
- -
-
match
-
virtual bool match(
DataBuffer &data
)
-

Checks if the bytes passed in match the response pattern from their current read position.  If data was matched, the read position in the DataBuffer will be updated to be passed the bytes read.

Parameters
data
DataBuffer&

The DataBuffer containing the bytes in which to try to find the pattern

Returns

true if the response pattern was found, false otherwise.

-
- -
-
match
-
virtual bool match(
const WirelessPacket &packet
)
-

Checks if the WirelessPacket passed in matches the response pattern's bytes

Parameters
packet
const WirelessPacket&

The WirelessPacket in which to try to find the pattern

Returns

true if the packet matches a response pattern, false otherwise.

-
- -
-
match
-
virtual bool match(
const MipDataField &field
)
-

Checks if the MipDataField passed in matches the response pattern's bytes

Parameters
field
const MipDataField&

The MipDataField in which to try to find the pattern

Returns

true if the packet matches a response pattern, false otherwise.

-
- -
-
wait
-
virtual bool wait(
uint64 timeout
)
-

Waits for a certain amount of time for the response pattern to be matched

Parameters
timeout
uint64

The maximum amount of time (in milliseconds) to wait until the command times out and returns, if not found first.

Returns

true if the response pattern was matched, false otherwise

-
- -
-
fullyMatched
-
bool fullyMatched() const
-

Checks whether the response pattern has been fully matched.  Some commands have multiple parts to their response. This checks whether all responses have been satisfied.

Returns

true if the response is fully matched, false otherwise

-
- -
-
success
-
bool success() const
-

Gets whether or not the command was a success (a success response was matched).

Returns

true if the command was a success, false otherwise.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Resume-Summary.js b/v66.0.1/MSCL_Docs/classes/C/Resume-Summary.js deleted file mode 100644 index 01988c493..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Resume-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:Resume","Resume");NDSummary.OnSummaryLoaded("CClass:Resume",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[2795,0,0,"Resume"],[2796,0,3,"Constants","Constants"],[2797,0,1,"Packet Bytes","Packet_Bytes"],[2798,0,1,,"CMD_ID"],[2799,0,3,"Functions","Functions"],[2800,0,2,"buildCommand","buildCommand"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Resume-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Resume-SummaryToolTips.js deleted file mode 100644 index 0b69f0536..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Resume-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:Resume",{2795:"
Resume
Contains the logic for the Inertial "Resume" command.
",2800:"
static ByteStream buildCommand()
Builds the command packet.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Resume-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Resume-ToolTips.js deleted file mode 100644 index a9de5ee2c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Resume-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3171:"
The enums for all of the different MIP commands.
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Resume.html b/v66.0.1/MSCL_Docs/classes/C/Resume.html deleted file mode 100644 index 28d075832..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Resume.html +++ /dev/null @@ -1,36 +0,0 @@ - - -Resume - - - - - - - -
-
Resume
-
Resume
-

Contains the logic for the Inertial "Resume" command.

-
- -
-
Constants
-
- -
-
Packet Bytes
-
CMD_ID

CMD_RESUME  - The MipTypes::Command for this command

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand()
-

Builds the command packet.

Returns

A ByteStream containing the Resume command packet.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/RfSweepPacket-Summary.js b/v66.0.1/MSCL_Docs/classes/C/RfSweepPacket-Summary.js deleted file mode 100644 index ee757cf6c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/RfSweepPacket-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:RfSweepPacket","RfSweepPacket");NDSummary.OnSummaryLoaded("CClass:RfSweepPacket",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[7358,0,0,"RfSweepPacket"],[7359,0,2,"Functions","Functions"],[7360,0,1,"RfSweepPacket","RfSweepPacket"],[7361,0,1,"parseSweeps","parseSweeps"],[7362,0,1,"integrityCheck","integrityCheck"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/RfSweepPacket-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/RfSweepPacket-SummaryToolTips.js deleted file mode 100644 index e8d5e9fd5..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/RfSweepPacket-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:RfSweepPacket",{7358:"
RfSweepPacket
A WirelessDataPacket derived class representing a RF Sweep packet.
",7360:"
explicit RfSweepPacket(
const WirelessPacket &packet
)
Creates a RfSweepPacket from the passed in WirelessPacket.
",7361:"
void parseSweeps()
Parses the passed in WirelessPacket for all the sweep information and adds a sweep to the sweeps container
",7362:"
static bool integrityCheck(
const WirelessPacket &packet
)
Verifies that the packet is a well formed BeaconEchoPacket packet.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/RfSweepPacket-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/RfSweepPacket-ToolTips.js deleted file mode 100644 index 66367a8f6..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/RfSweepPacket-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7176:"
WirelessPacket
Represents a MicroStrain wireless packet
",7236:"
WirelessDataPacket
A class representing a Wireless Data Packet.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/RfSweepPacket.html b/v66.0.1/MSCL_Docs/classes/C/RfSweepPacket.html deleted file mode 100644 index 27f51afcc..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/RfSweepPacket.html +++ /dev/null @@ -1,39 +0,0 @@ - - -RfSweepPacket - - - - - - - -
-
RfSweepPacket
- -

A WirelessDataPacket derived class representing a RF Sweep packet.

-
- -
-
Functions
-
- -
-
RfSweepPacket
-
explicit RfSweepPacket(
const WirelessPacket &packet
)
-

Creates a RfSweepPacket from the passed in WirelessPacket.

Parameters
packet
const WirelessPacket&

A WirelessPacket determined to be an RfSweepPacket.

-
- -
-
parseSweeps
-
void parseSweeps()
-

Parses the passed in WirelessPacket for all the sweep information and adds a sweep to the sweeps container

-
- -
-
integrityCheck
-
static bool integrityCheck(
const WirelessPacket &packet
)
-

Verifies that the packet is a well formed BeaconEchoPacket packet.

Parameters
packet
const WirelessPacket&

The fully formed Wireless Packet to check the integrity of.

Returns

true if the packet is a well formed BeaconEchoPacket, false otherwise

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/RollerPacket-Summary.js b/v66.0.1/MSCL_Docs/classes/C/RollerPacket-Summary.js deleted file mode 100644 index c69ce0d95..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/RollerPacket-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:RollerPacket","RollerPacket");NDSummary.OnSummaryLoaded("CClass:RollerPacket",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[7352,0,0,"RollerPacket"],[7353,0,2,"Functions","Functions"],[7354,0,1,"RollerPacket","RollerPacket"],[7355,0,1,"parseSweeps","parseSweeps"],[7356,0,1,"integrityCheck","integrityCheck"],[7357,0,1,"getUniqueId","getUniqueId"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/RollerPacket-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/RollerPacket-SummaryToolTips.js deleted file mode 100644 index fcae10de9..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/RollerPacket-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:RollerPacket",{7352:"
RollerPacket
A WirelessDataPacket derived class representing a Low Duty Cycle packet
",7354:"
explicit RollerPacket(
const WirelessPacket &packet
)
Creates a RollerPacket from the passed in WirelessPacket
",7355:"
void parseSweeps()
Parses the passed in WirelessPacket for all the sweep information and adds a sweep to the sweeps container
",7356:"
static bool integrityCheck(
const WirelessPacket &packet
)
Verifies that the packet is a well formed Low Duty Cycle packet
",7357:"
static UniqueWirelessPacketId getUniqueId(
const WirelessPacket &packet
)
Gets the unique Id of the WirelessPacket passed in
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/RollerPacket-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/RollerPacket-ToolTips.js deleted file mode 100644 index 029a71284..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/RollerPacket-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7176:"
WirelessPacket
Represents a MicroStrain wireless packet
",7236:"
WirelessDataPacket
A class representing a Wireless Data Packet.
",10248:"
Typedef for an id that uniquely identifies a wireless packet.
",10464:"
Error_UnknownSampleRate
The sample rate is invalid or unknown for the given device
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/RollerPacket.html b/v66.0.1/MSCL_Docs/classes/C/RollerPacket.html deleted file mode 100644 index dd58ff89a..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/RollerPacket.html +++ /dev/null @@ -1,45 +0,0 @@ - - -RollerPacket - - - - - - - -
-
RollerPacket
- -

A WirelessDataPacket derived class representing a Low Duty Cycle packet

-
- -
-
Functions
-
- -
-
RollerPacket
-
explicit RollerPacket(
const WirelessPacket &packet
)
-

Creates a RollerPacket from the passed in WirelessPacket

Parameters
packet
const WirelessPacket&

A WirelessPacket determined to be a RollerPacket

-
- -
-
parseSweeps
-
void parseSweeps()
-

Parses the passed in WirelessPacket for all the sweep information and adds a sweep to the sweeps container

Exceptions
-
- -
-
integrityCheck
-
static bool integrityCheck(
const WirelessPacket &packet
)
-

Verifies that the packet is a well formed Low Duty Cycle packet

Parameters
packet
const WirelessPacket&

The fully formed Wireless Packet to check the integrity of

Returns

true if the packet is a well formed LDC packet, false otherwise

-
- -
-
getUniqueId
-
static UniqueWirelessPacketId getUniqueId(
const WirelessPacket &packet
)
-

Gets the unique Id of the WirelessPacket passed in

Parameters
packet
const WirelessPacket&

The WirelessPacket to get the unique id of

Returns

The UniqueWirelessPacketId of the passed in packet

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Rotation-Summary.js b/v66.0.1/MSCL_Docs/classes/C/Rotation-Summary.js deleted file mode 100644 index 2c2897275..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Rotation-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:Rotation","Rotation");NDSummary.OnSummaryLoaded("CClass:Rotation",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Enums","Enumeration"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[2773,0,0,"Rotation"],[2774,0,4,"Types","Types"],[2775,0,2,"Format","Format"],[2776,0,1,,"EULER_ANGLES"],[2777,0,1,,"QUATERNION"],[2778,0,4,"Functions","Functions"],[2779,0,3,"Rotation","Rotation"],[2780,0,3,"Rotation","Rotation(2)"],[2781,0,3,"Rotation","Rotation(3)"],[2782,0,3,"Rotation","Rotation(4)"],[2783,0,3,"FromEulerAngles (static)","FromEulerAngles"],[2784,0,3,"FromQuaternion (static)","FromQuaternion"],[2785,0,3,"operator EulerAngles() (cast)","operator_EulerAngles()"],[2786,0,3,"operator Quaternion() (cast)","operator_Quaternion()"],[2787,0,3,"asEulerAngles","asEulerAngles"],[2788,0,3,"asQuaternion","asQuaternion"],[2789,0,3,"asMipFieldValues","asMipFieldValues"],[2790,0,3,"appendMipFieldValues","appendMipFieldValues"],[2791,0,4,"Variables","Variables"],[2792,0,5,"m_format","m_format"],[2793,0,4,"Functions","Functions(2)"],[2794,0,3,"format","format"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Rotation-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Rotation-SummaryToolTips.js deleted file mode 100644 index ab1d67cf4..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Rotation-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:Rotation",{2773:"
Rotation
Structure that can represent either a Quaternion or EulerAngles object.
",2775:"
Possible formats for the Rotation object.
",2779:"
Rotation() : Rotation(EulerAngles(0, 0, 0))
Constructs a Rotation object with default values.
",2780:"
Rotation(
const EulerAngles &angles
)
Constructs a Rotation object based on the specified EulerAngles.
",2781:"
Rotation(
const Quaternion &quat
)
Constructs a Rotation object based on the specified Quaternion.
",2782:"
Rotation(
const MipFieldValues &data,
uint8 offset = 0
)
Creates a Rotation object based on specified <MipFieldValues> data
",2783:"
static Rotation FromEulerAngles(
const EulerAngles &angles
)
Constructs a Rotation object based on the specified EulerAngles.
",2784:"
static Rotation FromQuaternion(
const Quaternion &quat
)
Constructs a Rotation object based on the specified Quaternion.
",2785:"
operator EulerAngles() const
Creates an EulerAngles object with this object\'s rotation values. Error_BadDataType exception will be thrown if this Rotation object does not represent an EulerAngles rotation.
",2786:"
operator Quaternion() const
Creates an Quaternion object with this object\'s rotation values. Error_BadDataType exception will be thrown if this Rotation object does not represent an Quaternion rotation.
",2787:"
EulerAngles asEulerAngles() const
Creates an EulerAngles object with this object\'s rotation values. Error_BadDataType exception will be thrown if this Rotation object does not represent an EulerAngles rotation.
",2788:"
Quaternion asQuaternion() const
Creates an Quaternion object with this object\'s rotation values. Error_BadDataType exception will be thrown if this Rotation object does not represent an Quaternion rotation.
",2789:"
MipFieldValues asMipFieldValues(
bool includeFormat = true
) const
Gets the current quaternion values formatted as a <MipFieldValues> object
",2790:"
void appendMipFieldValues(
MipFieldValues &appendTo,
bool includeFormat = true
) const
Adds the properly formatted <MipFieldValues> that represent this object to the specified collection.
",2792:"
Format m_format
The Format this Rotation object represents
",2794:"
Format format() const
Gets the Format of this Rotation object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Rotation-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Rotation-ToolTips.js deleted file mode 100644 index 3c4ecf11f..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Rotation-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2749:"
EulerAngles
Represents generic Euler Angles (roll, pitch, yaw).
",2761:"
Quaternion
",2773:"
Rotation
Structure that can represent either a Quaternion or EulerAngles object.
",2775:"
Possible formats for the Rotation object.
",9800:"
Vector
Represents a Vector of values
",10461:"
Error_BadDataType
Data of one type was accessed as another type (simple_any)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Rotation.html b/v66.0.1/MSCL_Docs/classes/C/Rotation.html deleted file mode 100644 index 8dc4fccf0..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Rotation.html +++ /dev/null @@ -1,122 +0,0 @@ - - -Rotation - - - - - - - -
-
Rotation
-
public
Vector
Rotation
-

Structure that can represent either a Quaternion or EulerAngles object.

-
- -
-
Types
-
- -
-
Format
-

Possible formats for the Rotation object.

EULER_ANGLES

1 - EulerAngles format

QUATERNION

2 - Quaternion format

-
- -
-
Functions
-
- -
-
Rotation
-
Rotation() : Rotation(EulerAngles(0, 0, 0))
-

Constructs a Rotation object with default values.

-
- -
-
Rotation
-
Rotation(
const EulerAngles &angles
)
-

Constructs a Rotation object based on the specified EulerAngles.

Parameters
angles
const EulerAngles&

EulerAngles object to populate rotation values from

-
- -
-
Rotation
-
Rotation(
const Quaternion &quat
)
-

Constructs a Rotation object based on the specified Quaternion.

Parameters
quat
const Quaternion&

Quaternion object to populate rotation values from

-
- -
-
Rotation
-
Rotation(
const MipFieldValues &data,
uint8 offset = 0
)
-

Creates a Rotation object based on specified <MipFieldValues> data

Parameters
<MipFieldValues>

format must be a u8 format id and 3 or 4 floats

offset
uint8

default: 0 - uint8 index offset to start reading from

-
- -
-
FromEulerAngles (static)
-
static Rotation FromEulerAngles(
const EulerAngles &angles
)
-

Constructs a Rotation object based on the specified EulerAngles.

Parameters
angles
const EulerAngles&

EulerAngles object to populate rotation values from

-
- -
-
FromQuaternion (static)
-
static Rotation FromQuaternion(
const Quaternion &quat
)
-

Constructs a Rotation object based on the specified Quaternion.

Parameters
quat
const Quaternion&

Quaternion object to populate rotation values from

-
- -
-
operator EulerAngles() (cast)
-
operator EulerAngles() const
-

Creates an EulerAngles object with this object's rotation values.  Error_BadDataType exception will be thrown if this Rotation object does not represent an EulerAngles rotation.

-
- -
-
operator Quaternion() (cast)
-
operator Quaternion() const
-

Creates an Quaternion object with this object's rotation values.  Error_BadDataType exception will be thrown if this Rotation object does not represent an Quaternion rotation.

-
- -
-
asEulerAngles
-
EulerAngles asEulerAngles() const
-

Creates an EulerAngles object with this object's rotation values.  Error_BadDataType exception will be thrown if this Rotation object does not represent an EulerAngles rotation.

-
- -
-
asQuaternion
-
Quaternion asQuaternion() const
-

Creates an Quaternion object with this object's rotation values.  Error_BadDataType exception will be thrown if this Rotation object does not represent an Quaternion rotation.

-
- -
-
asMipFieldValues
-
MipFieldValues asMipFieldValues(
bool includeFormat = true
) const
-

Gets the current quaternion values formatted as a <MipFieldValues> object

Parameters
includeFormat
bool

bool - default: true - indicate whether the uint8 format identifier should be included in the MipFieldValues

Returns
<MipFieldValues>

collection of values that represents this object.

-
- -
-
appendMipFieldValues
-
void appendMipFieldValues(
MipFieldValues &appendTo,
bool includeFormat = true
) const
-

Adds the properly formatted <MipFieldValues> that represent this object to the specified collection.

Parameters
appendTo
MipFieldValues&

(reference) the <MipFieldValues> collection to append to

includeFormat
bool

bool - default: true - indicate whether the uint8 format identifier should be included in the MipFieldValues

-
- -
-
Variables
-
- -
-
m_format
-
Format m_format
-

The Format this Rotation object represents

-
- -
-
Functions
-
- -
-
format
-
Format format() const
-

Gets the Format of this Rotation object.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SBASSettingsData-Summary.js b/v66.0.1/MSCL_Docs/classes/C/SBASSettingsData-Summary.js deleted file mode 100644 index a74b7099b..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SBASSettingsData-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:SBASSettingsData","SBASSettingsData");NDSummary.OnSummaryLoaded("CClass:SBASSettingsData",[["C/C++","C"]],[["Functions","Function"],["Groups","Group"],["Structs","Struct"],["Variables","Variable"]],[[1999,0,2,"SBASSettingsData"],[2000,0,1,"Variables","Variables"],[2001,0,3,"enableSBAS","enableSBAS"],[2002,0,3,"enableRanging","enableRanging"],[2003,0,3,"enableCorrectionData","enableCorrectionData"],[2004,0,3,"applyIntegrityInfo","applyIntegrityInfo"],[2005,0,3,"SatellitePRNs","SatellitePRNs"],[2006,0,1,"Functions","Functions"],[2007,0,0,"SBASSettingsData","SBASSettingsData"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SBASSettingsData-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/SBASSettingsData-SummaryToolTips.js deleted file mode 100644 index 36d548096..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SBASSettingsData-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:SBASSettingsData",{1999:"
Contains the data for the SBASSettings class.
",2001:"
bool enableSBAS
",2002:"
bool enableRanging
",2003:"
bool enableCorrectionData
",2004:"
bool applyIntegrityInfo
",2005:"
SatellitePRNs satellitePRNs
The SatellitePRNs for all included satellites.
",2007:"
SBASSettingsData(): enableSBAS(false), enableRanging(false), enableCorrectionData(false), applyIntegrityInfo(false)
Creates a SBASSettingsData object with default values.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SBASSettingsData-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/SBASSettingsData-ToolTips.js deleted file mode 100644 index 7f3b7de29..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SBASSettingsData-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1905:"
A vector of uint16 PRN#s for satellites.
",2005:"
SatellitePRNs satellitePRNs
The SatellitePRNs for all included satellites.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SBASSettingsData.html b/v66.0.1/MSCL_Docs/classes/C/SBASSettingsData.html deleted file mode 100644 index 7ce0cda19..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SBASSettingsData.html +++ /dev/null @@ -1,56 +0,0 @@ - - -SBASSettingsData - - - - - - - -
-
SBASSettingsData
-

Contains the data for the SBASSettings class.

-
- -
-
Variables
-
- -
-
enableSBAS
-
bool enableSBAS
-
- -
-
enableRanging
-
bool enableRanging
-
- -
-
enableCorrectionData
-
bool enableCorrectionData
-
- -
-
applyIntegrityInfo
-
bool applyIntegrityInfo
-
- -
-
SatellitePRNs
-
SatellitePRNs satellitePRNs
-

The SatellitePRNs for all included satellites.

-
- -
-
Functions
-
- -
-
SBASSettingsData
-
SBASSettingsData(): enableSBAS(false), enableRanging(false), enableCorrectionData(false), applyIntegrityInfo(false)
-

Creates a SBASSettingsData object with default values.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SampleRate-Summary.js b/v66.0.1/MSCL_Docs/classes/C/SampleRate-Summary.js deleted file mode 100644 index 0dba346d9..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SampleRate-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:SampleRate","SampleRate");NDSummary.OnSummaryLoaded("CClass:SampleRate",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Enums","Enumeration"],["Functions","Function"],["Groups","Group"],["Types","Type"],["Variables","Variable"]],[[9819,0,0,"SampleRate"],[9820,0,4,"Types","Types"],[9821,0,2,"RateType","RateType"],[9822,0,1,,"rateType_seconds"],[9823,0,1,,"rateType_hertz"],[9824,0,1,,"rateType_event"],[9825,0,1,,"rateType_decimation"],[9826,0,4,"Functions","Functions"],[9827,0,3,"SampleRate","SampleRate"],[9828,0,3,"str","str"],[9829,0,3,"prettyStr","prettyStr"],[9830,0,3,"samplePeriod","samplePeriod"],[9831,0,3,"samplesPerSecond","samplesPerSecond"],[9832,0,3,"rateType","rateType"],[9833,0,3,"samples","samples"],[9834,0,3,"toWirelessSampleRate","toWirelessSampleRate"],[9835,0,3,"toDecimation","toDecimation"],[9836,0,3,"Hertz","Hertz"],[9837,0,3,"KiloHertz","KiloHertz"],[9838,0,3,"Seconds","Seconds"],[9839,0,3,"Event","Event"],[9840,0,3,"Decimation","Decimation"],[9841,0,3,"FromWirelessEepromValue","FromWirelessEepromValue"],[9842,0,3,"FromInertialRateDecimationInfo","FromInertialRateDecimationInfo"],[9843,0,4,"Variables","Variables"],[9844,0,6,"m_rateType","m_rateType"],[9845,0,6,"m_samples","m_samples"],[9846,0,4,"Types","Types(2)"],[9847,0,5,"SampleRates","SampleRates"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SampleRate-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/SampleRate-SummaryToolTips.js deleted file mode 100644 index cc9add1e4..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SampleRate-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:SampleRate",{9819:"
SampleRate
Represents a MicroStrain sample rate (rate at which data is sampling)
",9827:"
SampleRate(
RateType type,
uint32 samples
)
Creates a sample rate with the given type and samples
",9828:"
std::string str() const
Gets the string representation of the sample rate.  Ex. 1Hz = "1-hertz", 10kHz = "10000-hertz", 1 per 10 seconds = "10-seconds", 1 per 1 minute = "60 seconds"
",9829:"
std::string prettyStr() const
Gets the string representation of the sample rate in a more human-readable format.  Ex. 1Hz = "1Hz", 10kHz = "10kHz", 1 per 10 seconds = "Every 10 sec", 1 per 1 minute = "Every 1 min"
",9830:"
TimeSpan samplePeriod() const
Gets the sample period (time between samples) as a TimeSpan for the current sample rate
",9831:"
double samplesPerSecond() const
Gets the number of samples per second.
",9832:"
RateType rateType() const
Gets the sample rate type
",9833:"
uint32 samples() const
Gets the number of samples for the sample rate (or seconds if less than 1 Hz)
",9834:"
WirelessTypes::WirelessSampleRate toWirelessSampleRate() const
Gets the WirelessTypes::WirelessSampleRate enum for the current SampleRate.
",9835:"
uint16 toDecimation(
uint16 sampleRateBase
) const
Gets the decimation for the current SampleRate.
",9836:"
static SampleRate Hertz(
uint32 samplesPerSecond
)
Creates a SampleRate object from the given samples per second
",9837:"
static SampleRate KiloHertz(
uint32 kSamplesPerSecond
)
Creates a SampleRate object from the given 1000 samples per second
",9838:"
static SampleRate Seconds(
uint32 secondsBetweenSamples
)
Creates a SampleRate object from the given seconds between samples
",9839:"
static SampleRate Event()
Creates a SampleRate object with the asynchronous/event type.
",9840:"
static SampleRate Decimation(
uint32 rateDecimation
)
Creates a SampleRate object with the decimation type.
",9841:"
static SampleRate FromWirelessEepromValue(
WirelessTypes::WirelessSampleRate eepromValue
)
Creates a SampleRate object from the WirelessTypes::WirelessSampleRate value (the value that gets stored in eeprom).
",9842:"
static SampleRate FromInertialRateDecimationInfo(
uint16 baseRate,
uint16 rateDecimation
)
Creates a SampleRate object from the base rate and rate decimation value read from an inertial device
",9844:"
RateType m_rateType
The type of the sample rate
",9845:"
uint32 m_samples
Represents the number of samples.  If the sample rate type is Hertz, m_samples represents the number of samples per second (256 = 256 Hz).  If the sample rate type is Seconds, m_samples represents the number of seconds (60 = 1 per 60 seconds, 120 = 1 per 2 minutes).
",9847:"
A typedef for a vector of SampleRate objects.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SampleRate-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/SampleRate-ToolTips.js deleted file mode 100644 index fc49f2169..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SampleRate-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({8830:"
The possible sample rates that are available for Wireless Nodes.
",9819:"
SampleRate
Represents a MicroStrain sample rate (rate at which data is sampling)
",9827:"
SampleRate(
RateType type,
uint32 samples
)
Creates a sample rate with the given type and samples
",10328:"
TimeSpan
Represents a range of time
",10464:"
Error_UnknownSampleRate
The sample rate is invalid or unknown for the given device
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SampleRate.html b/v66.0.1/MSCL_Docs/classes/C/SampleRate.html deleted file mode 100644 index 036e629af..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SampleRate.html +++ /dev/null @@ -1,151 +0,0 @@ - - -SampleRate - - - - - - - -
-
SampleRate
-
SampleRate
-

Represents a MicroStrain sample rate (rate at which data is sampling)

-
- -
-
Types
-
- -
-
RateType
-
rateType_seconds

0 - Sample rate type of seconds  (less than 1 Hz)

rateType_hertz

1 - Sample rate type of Hertz  (1 Hz and above)

rateType_event

2 - Event triggered, no sample rate

rateType_decimation

3 - Every x sample sent, no sample rate

-
- -
-
Functions
-
- -
-
SampleRate
-
SampleRate(
RateType type,
uint32 samples
)
-

Creates a sample rate with the given type and samples

Parameters
type
RateType

The RateType of the given sample rate

samples
uint32

The number of samples in the given sample rate (or seconds if the type is rateType_seconds)

-
- -
-
str
-
std::string str() const
-

Gets the string representation of the sample rate.  Ex. 1Hz = "1-hertz", 10kHz = "10000-hertz", 1 per 10 seconds = "10-seconds", 1 per 1 minute = "60 seconds"

Returns

The sample rate represented as a string

-
- -
-
prettyStr
-
std::string prettyStr() const
-

Gets the string representation of the sample rate in a more human-readable format.  Ex. 1Hz = "1Hz", 10kHz = "10kHz", 1 per 10 seconds = "Every 10 sec", 1 per 1 minute = "Every 1 min"

Returns

The sample rate represented as a string

-
- -
-
samplePeriod
-
TimeSpan samplePeriod() const
-

Gets the sample period (time between samples) as a TimeSpan for the current sample rate

Returns

The TimeSpan representing the sample period

Exceptions
-
- -
-
samplesPerSecond
-
double samplesPerSecond() const
-

Gets the number of samples per second.

Returns

The number of samples per second as a double

Exceptions
-
- -
-
rateType
-
RateType rateType() const
-

Gets the sample rate type

Returns

The type of the current sample rate

-
- -
-
samples
-
uint32 samples() const
-

Gets the number of samples for the sample rate (or seconds if less than 1 Hz)

Returns

The number of samples for the sample rate

-
- -
-
toWirelessSampleRate
-
WirelessTypes::WirelessSampleRate toWirelessSampleRate() const
-

Gets the WirelessTypes::WirelessSampleRate enum for the current SampleRate.

Returns

The WirelessTypes::WirelessSampleRate that is associated with the current SampleRate.

Exceptions
-
- -
-
toDecimation
-
uint16 toDecimation(
uint16 sampleRateBase
) const
-

Gets the decimation for the current SampleRate.

Parameters
sampleRateBase
uint16

The base sample rate used to compute the decimation

Returns

The decimation of the current SampleRate

-
- -
-
Hertz
-
static SampleRate Hertz(
uint32 samplesPerSecond
)
-

Creates a SampleRate object from the given samples per second

Parameters
samplesPerSecond
uint32

The number of samples per second (Hz)

Returns

A SampleRate object built from the given parameter

-
- -
-
KiloHertz
-
static SampleRate KiloHertz(
uint32 kSamplesPerSecond
)
-

Creates a SampleRate object from the given 1000 samples per second

Parameters
kSamplesPerSecond
uint32

The number of 1000's samples per second (kHz) (20 kHz = 20)

Returns

A SampleRate object built from the given parameter

-
- -
-
Seconds
-
static SampleRate Seconds(
uint32 secondsBetweenSamples
)
-

Creates a SampleRate object from the given seconds between samples

Parameters
secondsBetweenSamples
uint32

The number of seconds between samples (1 sample every 2 minutes = 120)

Returns

A SampleRate object built from the given parameter

-
- -
-
Event
-
static SampleRate Event()
-

Creates a SampleRate object with the asynchronous/event type.

Returns

A SampleRate object of the event type.

-
- -
-
Decimation
-
static SampleRate Decimation(
uint32 rateDecimation
)
-

Creates a SampleRate object with the decimation type.

Returns

A SampleRate object of the decimation type.

-
- -
-
FromWirelessEepromValue
-
static SampleRate FromWirelessEepromValue(
WirelessTypes::WirelessSampleRate eepromValue
)
-

Creates a SampleRate object from the WirelessTypes::WirelessSampleRate value (the value that gets stored in eeprom).

Parameters
eepromValue
WirelessTypes::WirelessSampleRate

The WirelessTypes::WirelessSampleRate value (the value that gets stored in eeprom).

Returns

A SampleRate object built from the given parameter.

Exceptions
-
- -
-
FromInertialRateDecimationInfo
-
static SampleRate FromInertialRateDecimationInfo(
uint16 baseRate,
uint16 rateDecimation
)
-

Creates a SampleRate object from the base rate and rate decimation value read from an inertial device

Parameters
uint16

The data base rate

uint16

The rate decimation value

Returns

A SampleRate object built from the given parameter.

-
- -
-
Variables
-
- -
-
m_rateType
-
RateType m_rateType
-

The type of the sample rate

-
- -
-
m_samples
-
uint32 m_samples
-

Represents the number of samples.  If the sample rate type is Hertz, m_samples represents the number of samples per second (256 = 256 Hz).  If the sample rate type is Seconds, m_samples represents the number of seconds (60 = 1 per 60 seconds, 120 = 1 per 2 minutes).

-
- -
-
Types
-
- -
-
SampleRates
-

A typedef for a vector of SampleRate objects.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SampleUtils-Summary.js b/v66.0.1/MSCL_Docs/classes/C/SampleUtils-Summary.js deleted file mode 100644 index c06ca4115..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SampleUtils-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:SampleUtils","SampleUtils");NDSummary.OnSummaryLoaded("CClass:SampleUtils",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[9812,0,0,"SampleUtils"],[9813,0,2,"Variables","Variables"],[9814,0,3,"WIRELESS_SAMPLE_RATE_MAP","WIRELESS_SAMPLE_RATE_MAP"],[9815,0,2,"Functions","Functions"],[9816,0,1,"convertToSampleRate","convertToSampleRate"],[9817,0,1,"convertToSampleRate","convertToSampleRate(2)"],[9818,0,1,"convertFromSampleRate","convertFromSampleRate"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SampleUtils-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/SampleUtils-SummaryToolTips.js deleted file mode 100644 index 96f1c7fc5..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SampleUtils-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:SampleUtils",{9812:"
SampleUtils
Contains utilities/functions related to sampling
",9814:"
static const std::map<SampleRate, WirelessTypes::WirelessSampleRate> WIRELESS_SAMPLE_RATE_MAP
A static map of SampleRate objects to their WirelessTypes::WirelessSampleRate (eeprom value) equivalent
",9816:"
static SampleRate convertToSampleRate(
WirelessTypes::WirelessSampleRate rate
)
Converts a WirelessTypes::WirelessSampleRate enum to its corresponding SampleRate
",9817:"
static SampleRate convertToSampleRate(
uint16 eepromVal
)
Converts a value from eeprom to its corresponding SampleRate
",9818:"
static WirelessTypes::WirelessSampleRate convertFromSampleRate(
const SampleRate &rate
)
Converts a SampleRate object to its WirelessTypes::WirelessSampleRate (eeprom value) equivalent
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SampleUtils-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/SampleUtils-ToolTips.js deleted file mode 100644 index 9da14d900..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SampleUtils-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({8830:"
The possible sample rates that are available for Wireless Nodes.
",9819:"
SampleRate
Represents a MicroStrain sample rate (rate at which data is sampling)
",10464:"
Error_UnknownSampleRate
The sample rate is invalid or unknown for the given device
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SampleUtils.html b/v66.0.1/MSCL_Docs/classes/C/SampleUtils.html deleted file mode 100644 index 566741ece..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SampleUtils.html +++ /dev/null @@ -1,49 +0,0 @@ - - -SampleUtils - - - - - - - -
-
SampleUtils
-
SampleUtils
-

Contains utilities/functions related to sampling

-
- -
-
Variables
-
- -
-
WIRELESS_SAMPLE_RATE_MAP
-
static const std::map<SampleRate, WirelessTypes::WirelessSampleRate> WIRELESS_SAMPLE_RATE_MAP
-

A static map of SampleRate objects to their WirelessTypes::WirelessSampleRate (eeprom value) equivalent

-
- -
-
Functions
-
- -
-
convertToSampleRate
-
static SampleRate convertToSampleRate(
WirelessTypes::WirelessSampleRate rate
)
-

Converts a WirelessTypes::WirelessSampleRate enum to its corresponding SampleRate

Parameters
rate
WirelessTypes::WirelessSampleRate

The WirelessTypes::WirelessSampleRate enum to find the SampleRate of

Returns

A SampleRate corresponding to the passed in rate enum

Exceptions
-
- -
-
convertToSampleRate
-
static SampleRate convertToSampleRate(
uint16 eepromVal
)
-

Converts a value from eeprom to its corresponding SampleRate

Parameters
eepromVal
uint16

The value that represents the sample rate in eeprom to convert to a SampleRate

Returns

A SampleRate corresponding to the passed in rate eeprom value

Exceptions
-
- -
-
convertFromSampleRate
-
static WirelessTypes::WirelessSampleRate convertFromSampleRate(
const SampleRate &rate
)
-

Converts a SampleRate object to its WirelessTypes::WirelessSampleRate (eeprom value) equivalent

Parameters
rate
const SampleRate&

The SampleRate to get the eeprom value for

Returns

The WirelessTypes::WirelessSampleRate that is associated with the given SampleRate

Exceptions
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ScopeHelper-Summary.js b/v66.0.1/MSCL_Docs/classes/C/ScopeHelper-Summary.js deleted file mode 100644 index 7da3d6338..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ScopeHelper-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:ScopeHelper","ScopeHelper");NDSummary.OnSummaryLoaded("CClass:ScopeHelper",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[10356,0,0,"ScopeHelper"],[10357,0,2,"Variables","Variables"],[10358,0,3,"m_outOfScopeFunction","m_outOfScopeFunction"],[10359,0,3,"m_canceled","m_canceled"],[10360,0,2,"Functions","Functions"],[10361,0,1,"ScopeHelper","ScopeHelper"],[10362,0,1,"ScopeHelper","ScopeHelper(2)"],[10363,0,1,"cancel","cancel"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ScopeHelper-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/ScopeHelper-SummaryToolTips.js deleted file mode 100644 index 9ab97c7b6..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ScopeHelper-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:ScopeHelper",{10356:"
ScopeHelper
Class that allows a function to be run when this object goes out of scope.
",10358:"
std::function<void()> m_outOfScopeFunction
The function to run when the ScopeHelper goes out of scope.
",10359:"
bool m_canceled
Whether the scope function has been canceled or not.
",10361:"
ScopeHelper(
std::function<void()> scopeFunction
)
Creates a ScopeHelper object.
",10362:"
~ScopeHelper()
Runs whatever function was assigned in the creation of the ScopeHelper.
",10363:"
void cancel()
Sets a flag that indicates the originally set function should NOT be run when the ScopeHelper is destroyed.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ScopeHelper-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/ScopeHelper-ToolTips.js deleted file mode 100644 index 59992a148..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ScopeHelper-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ScopeHelper.html b/v66.0.1/MSCL_Docs/classes/C/ScopeHelper.html deleted file mode 100644 index 9bcfe8991..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ScopeHelper.html +++ /dev/null @@ -1,55 +0,0 @@ - - -ScopeHelper - - - - - - - -
-
ScopeHelper
-
ScopeHelper
-

Class that allows a function to be run when this object goes out of scope.

-
- -
-
Variables
-
- -
-
m_outOfScopeFunction
-
std::function<void()> m_outOfScopeFunction
-

The function to run when the ScopeHelper goes out of scope.

-
- -
-
m_canceled
-
bool m_canceled
-

Whether the scope function has been canceled or not.

-
- -
-
Functions
-
- -
-
ScopeHelper
-
ScopeHelper(
std::function<void()> scopeFunction
)
-

Creates a ScopeHelper object.

Parameters
scopeFunction
std::function<void()>

The function to run when the ScopeHelper object is destroyed.

-
- -
-
ScopeHelper
-
~ScopeHelper()
-

Runs whatever function was assigned in the creation of the ScopeHelper.

-
- -
-
cancel
-
void cancel()
-

Sets a flag that indicates the originally set function should NOT be run when the ScopeHelper is destroyed.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SensorMessageFormat-Summary.js b/v66.0.1/MSCL_Docs/classes/C/SensorMessageFormat-Summary.js deleted file mode 100644 index c4984a20d..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SensorMessageFormat-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:SensorMessageFormat","SensorMessageFormat");NDSummary.OnSummaryLoaded("CClass:SensorMessageFormat",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[467,0,0,"SensorMessageFormat"],[468,0,3,"Constants","Constants"],[469,0,1,"Packet Bytes","Packet_Bytes"],[470,0,1,,"CMD_ID"],[471,0,1,,"FIELD_DATA_BYTE"],[472,0,3,"Functions","Functions"],[473,0,2,"buildCommand_get","buildCommand_get"],[474,0,2,"buildCommand_set","buildCommand_set"],[475,0,2,"buildCommand_saveAsStartup","buildCommand_saveAsStartup"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SensorMessageFormat-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/SensorMessageFormat-SummaryToolTips.js deleted file mode 100644 index 2fdc80e89..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SensorMessageFormat-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:SensorMessageFormat",{467:"
SensorMessageFormat
Contains the logic for the "Sensor Data Message Format" command
",473:"
static ByteStream buildCommand_get()
Builds the bytes for the "get" command
",474:"
static ByteStream buildCommand_set(
const MipChannels &channels,
uint16 sampleRateBase
)
Builds the bytes for the "set" command.
",475:"
Builds the bytes for the command to save the current settings as the startup settings.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SensorMessageFormat-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/SensorMessageFormat-ToolTips.js deleted file mode 100644 index 6f22038c2..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SensorMessageFormat-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3171:"
The enums for all of the different MIP commands.
",4565:"
MipChannel
Represents a single "channel" or data descriptors that can make up an Inertial Device\'s message format
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10446:"
Error
The generic MicroStrain exception (base class)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SensorMessageFormat.html b/v66.0.1/MSCL_Docs/classes/C/SensorMessageFormat.html deleted file mode 100644 index ed2be862f..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SensorMessageFormat.html +++ /dev/null @@ -1,47 +0,0 @@ - - -SensorMessageFormat - - - - - - - -
-
SensorMessageFormat
-
SensorMessageFormat
-

Contains the logic for the "Sensor Data Message Format" command

-
- -
-
Constants
-
- -
-
Packet Bytes
-
CMD_ID

CMD_SENSOR_MESSAGE_FORMAT  - The MipTypes::Command for this command

FIELD_DATA_BYTE

0x80  - The Data Field Descriptor byte

-
- -
-
Functions
-
- -
-
buildCommand_get
-
static ByteStream buildCommand_get()
-

Builds the bytes for the "get" command

Returns

A ByteStream that holds the bytes that make up the command

-
- -
-
buildCommand_set
-
static ByteStream buildCommand_set(
const MipChannels &channels,
uint16 sampleRateBase
)
-

Builds the bytes for the "set" command.

Parameters
channels
const MipChannels&

The MipChannels holding the channels to be set. This should only contain channels that are in the Sensor (0x80) descriptor set.

sampleRateBase
uint16

The base sample rate for the sensor command set.

Returns

A ByteStream that holds the bytes that make up the command

Exceptions

  • Error: An MipChannel in the channels parameter is not part of the Sensor descriptor set

-
- -
-
buildCommand_saveAsStartup
-

Builds the bytes for the command to save the current settings as the startup settings.

Parameters
Returns

A ByteStream that holds the bytes that make up the command

Exceptions

  • Error: An MipChannel in the channels parameter is not part of the Sensor descriptor set

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SensorRange-Summary.js b/v66.0.1/MSCL_Docs/classes/C/SensorRange-Summary.js deleted file mode 100644 index 59ea8e9b6..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SensorRange-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:SensorRange","SensorRange");NDSummary.OnSummaryLoaded("CClass:SensorRange",[["C/C++","C"]],[["Classes","Class"],["Enums","Enumeration"],["Functions","Function"],["Groups","Group"],["Types","Type"],["Variables","Variable"]],[[4142,0,0,"SensorRange"],[4143,0,3,"Types","Types"],[4144,0,1,"Type","Type"],[4145,0,3,"Variables","Variables"],[4146,0,5,"type","type"],[4147,0,5,"range","range"],[4148,0,5,"id","id"],[4149,0,3,"Functions","Functions"],[4150,0,2,"SensorRange","SensorRange"],[4151,0,2,"type","type(2)"],[4152,0,2,"range","range(2)"],[4153,0,2,"id","id(2)"],[4154,0,3,"Types","Types(2)"],[4155,0,4,"SensorRanges","SensorRanges"],[4156,0,4,"SensorRangeOptions","SensorRangeOptions"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SensorRange-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/SensorRange-SummaryToolTips.js deleted file mode 100644 index fa066f9ef..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SensorRange-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:SensorRange",{4142:"
SensorRange
An object representing a configurable sensor range option
",4144:"
Sensor and unit identifiers for configurable Sensor Range command (0x0C,0x52) ALL  - 0x00 - All (save as startup, load startup, reset to default only) ACCEL_MS2  - 0x01 - Accelerometer in m/s^2 GYRO_DPS  - 0x02 - Gyroscope in degrees per second MAG_MG  - 0x03 - Magnetometer in mG PRESSURE_HPA - 0x04 - Pressure in hPa
",4146:"
Type m_type
The SensorRange::Type of this range
",4147:"
float m_range
This will only be set and valid if read from SupportedSensorRanges object Default: -1 (invalid)
",4148:"
uint8 m_id
The index ID of this range according to device manual
",4150:"
SensorRange(
Type rangeType,
uint8 index,
float rangeValue = -1.0f
) : m_type(rangeType), m_range(rangeValue), m_id(index)
Construct a SensorRange object with specified range This object should not be constructed directly by users
",4151:"
Type type() const
The SensorRange::Type of this range
",4152:"
float range() const
This will only be set and valid if read from SupportedSensorRanges object
",4153:"
uint8 id() const
The index ID of this range according to device manual
",4155:"
A vector of SensorRange values
",4156:"
A collection of SensorRange::Type values mapped to associated SensorRange objects
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SensorRange-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/SensorRange-ToolTips.js deleted file mode 100644 index e1858365f..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SensorRange-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({4144:"
Sensor and unit identifiers for configurable Sensor Range command (0x0C,0x52) ALL  - 0x00 - All (save as startup, load startup, reset to default only) ACCEL_MS2  - 0x01 - Accelerometer in m/s^2 GYRO_DPS  - 0x02 - Gyroscope in degrees per second MAG_MG  - 0x03 - Magnetometer in mG PRESSURE_HPA - 0x04 - Pressure in hPa
",4150:"
SensorRange(
Type rangeType,
uint8 index,
float rangeValue = -1.0f
) : m_type(rangeType), m_range(rangeValue), m_id(index)
Construct a SensorRange object with specified range This object should not be constructed directly by users
",4157:"
SupportedSensorRanges
Structure to hold all info for looking up supported sensor ranges for a device
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SensorRange.html b/v66.0.1/MSCL_Docs/classes/C/SensorRange.html deleted file mode 100644 index 618b9196d..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SensorRange.html +++ /dev/null @@ -1,90 +0,0 @@ - - -SensorRange - - - - - - - -
-
SensorRange
-
SensorRange
-

An object representing a configurable sensor range option

-
- -
-
Types
-
- -
-
Type
-

Sensor and unit identifiers for configurable Sensor Range command (0x0C,0x52) ALL  - 0x00 - All (save as startup, load startup, reset to default only) ACCEL_MS2  - 0x01 - Accelerometer in m/s^2 GYRO_DPS  - 0x02 - Gyroscope in degrees per second MAG_MG  - 0x03 - Magnetometer in mG PRESSURE_HPA - 0x04 - Pressure in hPa

-
- -
-
Variables
-
- -
-
type
-
Type m_type
-

The SensorRange::Type of this range

-
- -
-
range
-
float m_range
-

This will only be set and valid if read from SupportedSensorRanges object Default: -1 (invalid)

-
- -
-
id
-
uint8 m_id
-

The index ID of this range according to device manual

-
- -
-
Functions
-
- -
-
SensorRange
-
SensorRange(
Type rangeType,
uint8 index,
float rangeValue = -1.0f
) : m_type(rangeType), m_range(rangeValue), m_id(index)
-

Construct a SensorRange object with specified range This object should not be constructed directly by users

Parameters
type

SensorRange::Type of this range

range

Range value

-
- -
-
type
-
Type type() const
-

The SensorRange::Type of this range

-
- -
-
range
-
float range() const
-

This will only be set and valid if read from SupportedSensorRanges object

-
- -
-
id
-
uint8 id() const
-

The index ID of this range according to device manual

-
- -
-
Types
-
- -
-
SensorRanges
-

A vector of SensorRange values

-
- -
-
SensorRangeOptions
-

A collection of SensorRange::Type values mapped to associated SensorRange objects

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SensorToVehicFrameOffset-Summary.js b/v66.0.1/MSCL_Docs/classes/C/SensorToVehicFrameOffset-Summary.js deleted file mode 100644 index d03e0bfe6..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SensorToVehicFrameOffset-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:SensorToVehicFrameOffset","SensorToVehicFrameOffset");NDSummary.OnSummaryLoaded("CClass:SensorToVehicFrameOffset",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[927,0,0,"SensorToVehicFrameOffset"],[928,0,3,"Constants","Constants"],[929,0,1,"Packet Bytes","Packet_Bytes"],[930,0,1,,"CMD_ID"],[931,0,1,,"FIELD_DATA_BYTE"],[932,0,3,"Functions","Functions"],[933,0,2,"buildCommand_get","buildCommand_get"],[934,0,2,"buildCommand_set","buildCommand_set"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SensorToVehicFrameOffset-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/SensorToVehicFrameOffset-SummaryToolTips.js deleted file mode 100644 index f996ed98d..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SensorToVehicFrameOffset-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:SensorToVehicFrameOffset",{927:"
SensorToVehicFrameOffset
Contains the logic for the "Sensor to Vehicle Frame Offset" command
",933:"
static ByteStream buildCommand_get()
Builds the bytes for the "get" command.
",934:"
static ByteStream buildCommand_set(
const PositionOffset &offset
)
Builds the bytes for the "set" command.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SensorToVehicFrameOffset-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/SensorToVehicFrameOffset-ToolTips.js deleted file mode 100644 index 8969ca3a3..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SensorToVehicFrameOffset-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1644:"
PositionOffset
Represents a position offset (x, y, z).
",3171:"
The enums for all of the different MIP commands.
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SensorToVehicFrameOffset.html b/v66.0.1/MSCL_Docs/classes/C/SensorToVehicFrameOffset.html deleted file mode 100644 index b31767252..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SensorToVehicFrameOffset.html +++ /dev/null @@ -1,42 +0,0 @@ - - -SensorToVehicFrameOffset - - - - - - - -
-
SensorToVehicFrameOffset
-
SensorToVehicFrameOffset
-

Contains the logic for the "Sensor to Vehicle Frame Offset" command

-
- -
-
Constants
-
- -
-
Packet Bytes
-
CMD_ID

CMD_EF_SENS_VEHIC_FRAME_OFFSET  - The MipTypes::Command for this command

FIELD_DATA_BYTE

0x82  - The Data Field Descriptor byte

-
- -
-
Functions
-
- -
-
buildCommand_get
-
static ByteStream buildCommand_get()
-

Builds the bytes for the "get" command.

-
- -
-
buildCommand_set
-
static ByteStream buildCommand_set(
const PositionOffset &offset
)
-

Builds the bytes for the "set" command.

Parameters
offset
const PositionOffset&

The PositionOffset in meters.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SensorToVehicFrameTrans-Summary.js b/v66.0.1/MSCL_Docs/classes/C/SensorToVehicFrameTrans-Summary.js deleted file mode 100644 index 4afa5fdaa..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SensorToVehicFrameTrans-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:SensorToVehicFrameTrans","SensorToVehicFrameTrans");NDSummary.OnSummaryLoaded("CClass:SensorToVehicFrameTrans",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[919,0,0,"SensorToVehicFrameTrans"],[920,0,3,"Constants","Constants"],[921,0,1,"Packet Bytes","Packet_Bytes"],[922,0,1,,"CMD_ID"],[923,0,1,,"FIELD_DATA_BYTE"],[924,0,3,"Functions","Functions"],[925,0,2,"buildCommand_get","buildCommand_get"],[926,0,2,"buildCommand_set","buildCommand_set"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SensorToVehicFrameTrans-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/SensorToVehicFrameTrans-SummaryToolTips.js deleted file mode 100644 index 98ffbd52f..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SensorToVehicFrameTrans-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:SensorToVehicFrameTrans",{919:"
SensorToVehicFrameTrans
Contains the logic for the "Sensor to Vehicle Frame Transformation" command
",925:"
static ByteStream buildCommand_get()
Builds the bytes for the "get" command.
",926:"
static ByteStream buildCommand_set(
const EulerAngles &angles
)
Builds the bytes for the "set" command.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SensorToVehicFrameTrans-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/SensorToVehicFrameTrans-ToolTips.js deleted file mode 100644 index 8f8b4358e..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SensorToVehicFrameTrans-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2749:"
EulerAngles
Represents generic Euler Angles (roll, pitch, yaw).
",3171:"
The enums for all of the different MIP commands.
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SensorToVehicFrameTrans.html b/v66.0.1/MSCL_Docs/classes/C/SensorToVehicFrameTrans.html deleted file mode 100644 index d0dd36153..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SensorToVehicFrameTrans.html +++ /dev/null @@ -1,42 +0,0 @@ - - -SensorToVehicFrameTrans - - - - - - - -
-
SensorToVehicFrameTrans
-
SensorToVehicFrameTrans
-

Contains the logic for the "Sensor to Vehicle Frame Transformation" command

-
- -
-
Constants
-
- -
-
Packet Bytes
-
CMD_ID

CMD_EF_SENS_VEHIC_FRAME_ROTATION_EULER  - The MipTypes::Command for this command

FIELD_DATA_BYTE

0x81  - The Data Field Descriptor byte

-
- -
-
Functions
-
- -
-
buildCommand_get
-
static ByteStream buildCommand_get()
-

Builds the bytes for the "get" command.

-
- -
-
buildCommand_set
-
static ByteStream buildCommand_set(
const EulerAngles &angles
)
-

Builds the bytes for the "set" command.

Parameters

angles-  The EulerAngles containing the roll, pitch, and yaw (in radians).

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SerialConnection-Summary.js b/v66.0.1/MSCL_Docs/classes/C/SerialConnection-Summary.js deleted file mode 100644 index 0ced96582..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SerialConnection-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:SerialConnection","SerialConnection");NDSummary.OnSummaryLoaded("CClass:SerialConnection",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[338,0,0,"SerialConnection"],[339,0,2,"Functions","Functions"],[340,0,1,"SerialConnection","SerialConnection"],[341,0,1,"~SerialConnection","~SerialConnection"],[342,0,2,"Variables","Variables"],[343,0,3,"m_port","m_port"],[344,0,3,"m_baudRate","m_baudRate"],[345,0,2,"Functions","Functions(2)"],[346,0,1,"description","description"],[347,0,1,"port","port"],[348,0,1,"updateBaudRate","updateBaudRate"],[349,0,1,"establishConnection","establishConnection"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SerialConnection-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/SerialConnection-SummaryToolTips.js deleted file mode 100644 index 0f9a7aa7a..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SerialConnection-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:SerialConnection",{338:"
SerialConnection
A Connection_Impl derived class that represents a serial connection.
",340:"
explicit SerialConnection(
const std::string &port,
uint32 baudRate
)
Initializes the SerialConnection object.
",341:"
virtual ~SerialConnection()
Destroys the SerialConnection object
",343:"
std::string m_port
The string name of the port (ex. "COM26")
",344:"
uint32 m_baudRate
The baud rate of the connection
",346:"
virtual std::string description()
Gets a description of the connection as a string
",347:"
std::string port() const override
Gets a name of the connection port
",348:"
void updateBaudRate(
uint32 baudRate
) override
Updates the serial connection baud rate.  Important: The connection to the port will be closed and re-opened at the new baud rate.
",349:"
virtual void establishConnection()
Initializes and opens the current connection
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SerialConnection-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/SerialConnection-ToolTips.js deleted file mode 100644 index 5629afa09..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SerialConnection-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({184:"
template <typename Comm_Object>
Connection_Impl
An Abstract Base Class for various connection types.  This class uses a template for the Comm Object and contains default functionality for connection types.
",10479:"
Error_Connection
The generic connection exception.
",10488:"
Error_InvalidSerialPort
There was an error with the specified COM Port.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SerialConnection.html b/v66.0.1/MSCL_Docs/classes/C/SerialConnection.html deleted file mode 100644 index ba61a7a64..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SerialConnection.html +++ /dev/null @@ -1,77 +0,0 @@ - - -SerialConnection - - - - - - - -
-
SerialConnection
-
SerialConnection
-

A Connection_Impl derived class that represents a serial connection.

-
- -
-
Functions
-
- -
-
SerialConnection
-
explicit SerialConnection(
const std::string &port,
uint32 baudRate
)
-

Initializes the SerialConnection object.

Parameters
port
const std::string&

The actual string name of the COM port (ex. "COM26")

baudRate
uint32

The baud rate at which to open the COM port.

Exceptions
-
- -
-
~SerialConnection
-
virtual ~SerialConnection()
-

Destroys the SerialConnection object

-
- -
-
Variables
-
- -
-
m_port
-
std::string m_port
-

The string name of the port (ex. "COM26")

-
- -
-
m_baudRate
-
uint32 m_baudRate
-

The baud rate of the connection

-
- -
-
Functions
-
- -
-
description
-
virtual std::string description()
-

Gets a description of the connection as a string

Returns

A description of the connection

-
- -
-
port
-
std::string port() const override
-

Gets a name of the connection port

Returns

The port name of the connection

-
- -
-
updateBaudRate
-
void updateBaudRate(
uint32 baudRate
) override
-

Updates the serial connection baud rate.  Important: The connection to the port will be closed and re-opened at the new baud rate.

Parameters
baudRate
uint32

the baud rate at which to reestablish the connection

Exceptions

  • Error_Connection: a connection error has occurred, such as the device being unplugged.

-
- -
-
establishConnection
-
virtual void establishConnection()
-

Initializes and opens the current connection

Exceptions
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SetInitialAttitude-Summary.js b/v66.0.1/MSCL_Docs/classes/C/SetInitialAttitude-Summary.js deleted file mode 100644 index 69bfce99d..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SetInitialAttitude-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:SetInitialAttitude","SetInitialAttitude");NDSummary.OnSummaryLoaded("CClass:SetInitialAttitude",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[846,0,0,"SetInitialAttitude"],[847,0,3,"Constants","Constants"],[848,0,1,"Packet Bytes","Packet_Bytes"],[849,0,1,,"CMD_ID"],[850,0,3,"Functions","Functions"],[851,0,2,"buildCommand","buildCommand"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SetInitialAttitude-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/SetInitialAttitude-SummaryToolTips.js deleted file mode 100644 index e997ea9b6..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SetInitialAttitude-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:SetInitialAttitude",{846:"
SetInitialAttitude
Contains the logic for the "Set Initial Attitude" command
",851:"
static ByteStream buildCommand(
const EulerAngles &attitude
)
Builds the bytes for the command.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SetInitialAttitude-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/SetInitialAttitude-ToolTips.js deleted file mode 100644 index 8f8b4358e..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SetInitialAttitude-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2749:"
EulerAngles
Represents generic Euler Angles (roll, pitch, yaw).
",3171:"
The enums for all of the different MIP commands.
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SetInitialAttitude.html b/v66.0.1/MSCL_Docs/classes/C/SetInitialAttitude.html deleted file mode 100644 index 22edcd670..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SetInitialAttitude.html +++ /dev/null @@ -1,36 +0,0 @@ - - -SetInitialAttitude - - - - - - - -
-
SetInitialAttitude
-
SetInitialAttitude
-

Contains the logic for the "Set Initial Attitude" command

-
- -
-
Constants
-
- -
-
Packet Bytes
-
CMD_ID

CMD_EF_INIT_ATTITUDE  - The MipTypes::Command for this command

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand(
const EulerAngles &attitude
)
-

Builds the bytes for the command.

Parameters
attitude
const EulerAngles&

The EulerAngles representing the initial attitude.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SetInitialHeading-Summary.js b/v66.0.1/MSCL_Docs/classes/C/SetInitialHeading-Summary.js deleted file mode 100644 index cc88b6d76..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SetInitialHeading-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:SetInitialHeading","SetInitialHeading");NDSummary.OnSummaryLoaded("CClass:SetInitialHeading",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[852,0,0,"SetInitialHeading"],[853,0,3,"Constants","Constants"],[854,0,1,"Packet Bytes","Packet_Bytes"],[855,0,1,,"CMD_ID"],[856,0,3,"Functions","Functions"],[857,0,2,"buildCommand","buildCommand"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SetInitialHeading-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/SetInitialHeading-SummaryToolTips.js deleted file mode 100644 index fb5e45fb3..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SetInitialHeading-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:SetInitialHeading",{852:"
SetInitialHeading
Contains the logic for the "Set Initial Heading" command
",857:"
static ByteStream buildCommand(
float heading
)
Builds the bytes for the command.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SetInitialHeading-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/SetInitialHeading-ToolTips.js deleted file mode 100644 index a9de5ee2c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SetInitialHeading-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3171:"
The enums for all of the different MIP commands.
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SetInitialHeading.html b/v66.0.1/MSCL_Docs/classes/C/SetInitialHeading.html deleted file mode 100644 index f3ad99cd8..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SetInitialHeading.html +++ /dev/null @@ -1,36 +0,0 @@ - - -SetInitialHeading - - - - - - - -
-
SetInitialHeading
-
SetInitialHeading
-

Contains the logic for the "Set Initial Heading" command

-
- -
-
Constants
-
- -
-
Packet Bytes
-
CMD_ID

CMD_EF_INIT_HEADING  - The MipTypes::Command for this command

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand(
float heading
)
-

Builds the bytes for the command.

Parameters
heading
float

The heading value to set.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SetReferencePosition-Summary.js b/v66.0.1/MSCL_Docs/classes/C/SetReferencePosition-Summary.js deleted file mode 100644 index 4e0d21ef2..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SetReferencePosition-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:SetReferencePosition","SetReferencePosition");NDSummary.OnSummaryLoaded("CClass:SetReferencePosition",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[515,0,0,"SetReferencePosition"],[516,0,2,"Functions","Functions"],[517,0,1,"commandName","commandName"],[518,0,1,"MakeSetCommand","MakeSetCommand"],[519,0,1,"MakeGetCommand","MakeGetCommand"],[520,0,1,"getResponseData","getResponseData"],[521,0,1,"operator ByteStream","operator_ByteStream"],[522,0,1,"Constructor SetReferencePosition","Constructor_SetReferencePosition"],[523,0,1,"commandType","commandType"],[524,0,1,"fieldDataByte","fieldDataByte"],[525,0,1,"responseExpected","responseExpected"],[526,0,2,"Variables","Variables"],[527,0,3,"m_functionSelector","m_functionSelector"],[528,0,3,"m_data","m_data"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SetReferencePosition-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/SetReferencePosition-SummaryToolTips.js deleted file mode 100644 index 42289b7b4..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SetReferencePosition-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:SetReferencePosition",{515:"
SetReferencePosition
Contains the logic for the Inertial Set Reference Position command.
",517:"
virtual std::string commandName() const
",518:"
static SetReferencePosition MakeSetCommand(
FixedReferencePositionData data
)
Parameter: data The FixedReferencePositionData object to set.
",519:"
static SetReferencePosition MakeGetCommand()
",520:"
static FixedReferencePositionData getResponseData(
const GenericMipCmdResponse &response
)
",521:"
operator ByteStream() const
Converts this class to a ByteStream.
",522:"
Private constructor creates a SetReferencePosition object.  Use Make___Command methods to create an object.
",523:"
virtual MipTypes::Command commandType() const
",524:"
virtual uint8 fieldDataByte() const
",525:"
virtual bool responseExpected() const
",527:"
MipTypes::FunctionSelector m_functionSelector
The FunctionSelector type of command to send, get/set, reset to factory defaults, et al.
",528:"
FixedReferencePositionData m_data
The FixedReferencePositionData for this node.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SetReferencePosition-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/SetReferencePosition-ToolTips.js deleted file mode 100644 index efe2a7794..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SetReferencePosition-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({515:"
SetReferencePosition
Contains the logic for the Inertial Set Reference Position command.
",1992:"
Contains the data for Set Reference Position command.
",2927:"
GenericMipCmdResponse
Represents the response to a GenericMipCommand.
",3158:"
The enums for all the different types/categories of MIP commands and data.
",3171:"
The enums for all of the different MIP commands.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SetReferencePosition.html b/v66.0.1/MSCL_Docs/classes/C/SetReferencePosition.html deleted file mode 100644 index 89a3a107a..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SetReferencePosition.html +++ /dev/null @@ -1,90 +0,0 @@ - - -SetReferencePosition - - - - - - - -
-
SetReferencePosition
-
public
MipCommand
SetReferencePosition
-

Contains the logic for the Inertial Set Reference Position command.

-
- -
-
Functions
-
- -
-
commandName
-
virtual std::string commandName() const
-
Returns
std::string

the string name for this class.

-
- -
-
MakeSetCommand
- -

Parameter: data The FixedReferencePositionData object to set.

Returns
SetReferencePosition

object set up for sending a set command.

-
- -
-
MakeGetCommand
-
static SetReferencePosition MakeGetCommand()
-
Returns
SetReferencePosition

object set up for sending a get command.

-
- -
-
getResponseData
-
static FixedReferencePositionData getResponseData(
const GenericMipCmdResponse &response
)
-
Parameter
response
const GenericMipCmdResponse&

The GenericMipCmdResponse object from which to get formatted data.

Returns
FixedReferencePositionData

An object with the data returned from the device.

-
- -
-
operator ByteStream
-
operator ByteStream() const
-

Converts this class to a ByteStream.

-
- -
-
Constructor SetReferencePosition
-

Private constructor creates a SetReferencePosition object.  Use Make___Command methods to create an object.

-
- -
-
commandType
-
virtual MipTypes::Command commandType() const
-
Returns
MipTypes::Command

the command ID.

-
- -
-
fieldDataByte
-
virtual uint8 fieldDataByte() const
-
Returns
uint8

the byte ID for field data in the reply.

-
- -
-
responseExpected
-
virtual bool responseExpected() const
-
Returns
bool

True indicates that a response should return from the device.

-
- -
-
Variables
-
- -
-
m_functionSelector
-
MipTypes::FunctionSelector m_functionSelector
-

The FunctionSelector type of command to send, get/set, reset to factory defaults, et al.

-
- -
-
m_data
- -

The FixedReferencePositionData for this node.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SetToIdle-Summary.js b/v66.0.1/MSCL_Docs/classes/C/SetToIdle-Summary.js deleted file mode 100644 index 48ae9dee6..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SetToIdle-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:SetToIdle","SetToIdle");NDSummary.OnSummaryLoaded("CClass:SetToIdle",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[5286,0,0,"SetToIdle"],[5287,0,2,"Functions","Functions"],[5288,0,1,"buildCommand","buildCommand"],[5289,0,1,"Response","Response"],[5290,0,1,"Response","Response(2)"],[5291,0,2,"Variables","Variables"],[5292,0,3,"m_nodeAddress","m_nodeAddress"],[5293,0,3,"m_result","m_result"],[5294,0,3,"m_baseStation","m_baseStation"],[5295,0,3,"m_setToIdleMutex","m_setToIdleMutex"],[5296,0,2,"Functions","Functions(2)"],[5297,0,1,"match","match"],[5298,0,1,"cancel","cancel"],[5299,0,1,"result","result"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SetToIdle-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/SetToIdle-SummaryToolTips.js deleted file mode 100644 index ae046e1af..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SetToIdle-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:SetToIdle",{5286:"
namespace
SetToIdle
Contains logic for the Set to Idle command.
",5288:"
ByteStream buildCommand(
NodeAddress nodeAddress
)
Builds the SetToIdle command packet.
",5289:"
Response(
NodeAddress nodeAddress,
std::weak_ptr<ResponseCollector> collector,
const BaseStation &baseStation
)
Creates a SetToIdle Response object
",5290:"
virtual ~Response()
Destroys the SetToIdle Response object. This also cancels the SetToIdle operation on the BaseStation, if not already complete or canceled.
",5292:"
NodeAddress m_nodeAddress
The node address to look for in the response.
",5293:"
SetToIdleStatus::SetToIdleResult m_result
The <SetToIdleResult> detailing the result of the Set to Idle command.
",5294:"
BaseStation m_baseStation
The BaseStation that will send the command (used for canceling this command).
",5295:"
std::mutex m_setToIdleMutex
The mutex used for thread safety.
",5297:"
virtual bool match(
DataBuffer &data
) override
Checks if the bytes passed in match the response pattern from their current read position.
",5298:"
virtual void cancel()
Attempts to cancel the Stop Node operation.
",5299:"
SetToIdleStatus::SetToIdleResult result()
Gets the <SetToIdleResult> of the Stop Node command.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SetToIdle-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/SetToIdle-ToolTips.js deleted file mode 100644 index f7bcc96c2..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SetToIdle-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({5518:"
The result of the Set To Idle command once the operation has ceased.
",9710:"
BaseStation
Represents a MicroStrain Base Station object
",9848:"
ResponseCollector
Stores all the expected command responses
",9916:"
Used to easily read a container of bytes
",9928:"
DataBuffer
A buffer of bytes extending from the ByteStream class that is used for holding bytes read in from the connection
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10245:"
typedef for a Node\'s node address.
",10479:"
Error_Connection
The generic connection exception.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SetToIdle.html b/v66.0.1/MSCL_Docs/classes/C/SetToIdle.html deleted file mode 100644 index f4b352023..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SetToIdle.html +++ /dev/null @@ -1,89 +0,0 @@ - - -SetToIdle - - - - - - - -
-
SetToIdle
-
namespace
SetToIdle
-

Contains logic for the Set to Idle command.

-
- -
-
Functions
-
- -
-
buildCommand
-
ByteStream buildCommand(
NodeAddress nodeAddress
)
-

Builds the SetToIdle command packet.

Parameters
nodeAddress
NodeAddress

the address of the Node to build the command for.

Returns

A ByteStream containing the SetToIdle command packet

-
- -
-
Response
-
Response(
NodeAddress nodeAddress,
std::weak_ptr<ResponseCollector> collector,
const BaseStation &baseStation
)
-

Creates a SetToIdle Response object

Parameters
nodeAddress
NodeAddress

the node address to check for.

collector
std::weak_ptr<ResponseCollector>

The ResponseCollector used to register and unregister the response.

baseStation
const BaseStation&

The BaseStation that will send the command (used for canceling this command).

-
- -
-
Response
-
virtual ~Response()
-

Destroys the SetToIdle Response object. This also cancels the SetToIdle operation on the BaseStation, if not already complete or canceled.

-
- -
-
Variables
-
- -
-
m_nodeAddress
-
NodeAddress m_nodeAddress
-

The node address to look for in the response.

-
- -
-
m_result
- -

The <SetToIdleResult> detailing the result of the Set to Idle command.

-
- -
-
m_baseStation
-
BaseStation m_baseStation
-

The BaseStation that will send the command (used for canceling this command).

-
- -
-
m_setToIdleMutex
-
std::mutex m_setToIdleMutex
-

The mutex used for thread safety.

-
- -
-
Functions
-
- -
-
match
-
virtual bool match(
DataBuffer &data
) override
-

Checks if the bytes passed in match the response pattern from their current read position.

Parameters
data
DataBuffer&

The DataBuffer containing the bytes in which to try to find the pattern.

Returns

true if the response pattern was found, false otherwise.

-
- -
-
cancel
-
virtual void cancel()
-

Attempts to cancel the Stop Node operation.

Exceptions
-
- -
-
result
- -

Gets the <SetToIdleResult> of the Stop Node command.

Returns

The <SetToIdleResult> containing the result of the Stop Node command.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SetToIdleStatus-Summary.js b/v66.0.1/MSCL_Docs/classes/C/SetToIdleStatus-Summary.js deleted file mode 100644 index b24bc26eb..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SetToIdleStatus-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:SetToIdleStatus","SetToIdleStatus");NDSummary.OnSummaryLoaded("CClass:SetToIdleStatus",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Enums","Enumeration"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[5516,0,0,"SetToIdleStatus"],[5517,0,4,"Types","Types"],[5518,0,2,"SetToIdleResult","SetToIdleResult"],[5519,0,1,,"setToIdleResult_success"],[5520,0,1,,"setToIdleResult_canceled"],[5521,0,1,,"setToIdleResult_failed"],[5522,0,1,,"setToIdleResult_notCompleted"],[5523,0,4,"Functions","Functions"],[5524,0,3,"SetToIdleStatus","SetToIdleStatus"],[5525,0,4,"Variables","Variables"],[5526,0,5,"m_response","m_response"],[5527,0,5,"m_complete","m_complete"],[5528,0,4,"Functions","Functions(2)"],[5529,0,3,"result","result"],[5530,0,3,"complete","complete"],[5531,0,3,"cancel","cancel"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SetToIdleStatus-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/SetToIdleStatus-SummaryToolTips.js deleted file mode 100644 index 736c9ad76..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SetToIdleStatus-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:SetToIdleStatus",{5516:"
SetToIdleStatus
Holds the status information of the Set to Idle command.
",5518:"
The result of the Set To Idle command once the operation has ceased.
",5524:"
SetToIdleStatus(
std::shared_ptr<SetToIdle::Response> response
)
Creates a SetToIdleStatus object
",5526:"
std::shared_ptr<SetToIdle::Response> m_response
A shared_ptr to the SetToIdle::Response that this status pertains to.
",5527:"
bool m_complete
Whether or not the Stop Node command has come to a completion.
",5529:"
SetToIdleResult result()
Gets the SetToIdleResult representing the result of the Stop Node command (success, fail, canceled, etc.).  After complete is true, this should be called to discover how the command completed.
",5530:"
bool complete(
uint64 timeout = 10
)
Gets whether the Stop Node command has completed or not, waiting for the specified amount of time before returning.
",5531:"
void cancel()
Cancels the Stop Node operation that this SetToIdleResult belongs to.  If the Stop Node operation has already been completed/canceled, this will have no effect.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SetToIdleStatus-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/SetToIdleStatus-ToolTips.js deleted file mode 100644 index ebfabfd3e..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SetToIdleStatus-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({5289:"
Response(
NodeAddress nodeAddress,
std::weak_ptr<ResponseCollector> collector,
const BaseStation &baseStation
)
Creates a SetToIdle Response object
",5518:"
The result of the Set To Idle command once the operation has ceased.
",5530:"
bool complete(
uint64 timeout = 10
)
Gets whether the Stop Node command has completed or not, waiting for the specified amount of time before returning.
",10479:"
Error_Connection
The generic connection exception.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SetToIdleStatus.html b/v66.0.1/MSCL_Docs/classes/C/SetToIdleStatus.html deleted file mode 100644 index e47ae3a1d..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SetToIdleStatus.html +++ /dev/null @@ -1,74 +0,0 @@ - - -SetToIdleStatus - - - - - - - -
-
SetToIdleStatus
-
SetToIdleStatus
-

Holds the status information of the Set to Idle command.

-
- -
-
Types
-
- -
-
SetToIdleResult
-

The result of the Set To Idle command once the operation has ceased.

setToIdleResult_success

0 - The Node has been successfully set to idle.

setToIdleResult_canceled

1 - The Set to Idle operation has been canceled by the user.

setToIdleResult_failed

2 - The Set to Idle operation has failed. The state of the Node is unknown.

setToIdleResult_notCompleted

3 - The Set to Idle operation has not yet completed.

-
- -
-
Functions
-
- -
-
SetToIdleStatus
-
SetToIdleStatus(
std::shared_ptr<SetToIdle::Response> response
)
-

Creates a SetToIdleStatus object

Parameters
response
std::shared_ptr<SetToIdle::Response>

A shared_ptr to the SetToIdle::Response that this status pertains to.

-
- -
-
Variables
-
- -
-
m_response
-
std::shared_ptr<SetToIdle::Response> m_response
-

A shared_ptr to the SetToIdle::Response that this status pertains to.

-
- -
-
m_complete
-
bool m_complete
-

Whether or not the Stop Node command has come to a completion.

-
- -
-
Functions
-
- -
-
result
- -

Gets the SetToIdleResult representing the result of the Stop Node command (success, fail, canceled, etc.).  After complete is true, this should be called to discover how the command completed.

Returns

A SetToIdleResult representing the result of the Stop Node command.

-
- -
-
complete
-
bool complete(
uint64 timeout = 10
)
-

Gets whether the Stop Node command has completed or not, waiting for the specified amount of time before returning.

Parameters
timeout
uint64

A timeout (in milliseconds) which determines how long the command may take to return (default of 10 milliseconds).  For example, called with a timeout of 1 second, this function will block for up to 1 second if the Stop Node command has not completed.

Returns

true if the Stop Node command has finished, false if it is still running.

-
- -
-
cancel
-
void cancel()
-

Cancels the Stop Node operation that this SetToIdleResult belongs to.  If the Stop Node operation has already been completed/canceled, this will have no effect.

Exceptions
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SetToIdle_v2-Summary.js b/v66.0.1/MSCL_Docs/classes/C/SetToIdle_v2-Summary.js deleted file mode 100644 index e23722c78..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SetToIdle_v2-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:SetToIdle_v2","SetToIdle_v2");NDSummary.OnSummaryLoaded("CClass:SetToIdle_v2",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[5271,0,0,"SetToIdle_v2"],[5272,0,2,"Functions","Functions"],[5273,0,1,"buildCommand","buildCommand"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SetToIdle_v2-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/SetToIdle_v2-SummaryToolTips.js deleted file mode 100644 index 112c873d5..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SetToIdle_v2-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:SetToIdle_v2",{5271:"
namespace
SetToIdle_v2
Contains logic for the Set to Idle (v2) command.
",5273:"
ByteStream buildCommand(
NodeAddress nodeAddress
)
Builds the SetToIdle command packet.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SetToIdle_v2-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/SetToIdle_v2-ToolTips.js deleted file mode 100644 index aefea407e..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SetToIdle_v2-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10245:"
typedef for a Node\'s node address.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SetToIdle_v2.html b/v66.0.1/MSCL_Docs/classes/C/SetToIdle_v2.html deleted file mode 100644 index 4226050d3..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SetToIdle_v2.html +++ /dev/null @@ -1,27 +0,0 @@ - - -SetToIdle_v2 - - - - - - - -
-
SetToIdle_v2
-
namespace
SetToIdle_v2
-

Contains logic for the Set to Idle (v2) command.

-
- -
-
Functions
-
- -
-
buildCommand
-
ByteStream buildCommand(
NodeAddress nodeAddress
)
-

Builds the SetToIdle command packet.

Parameters
nodeAddress
NodeAddress

the address of the Node to build the command for.

Returns

A ByteStream containing the SetToIdle command packet

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ShmPacket-Summary.js b/v66.0.1/MSCL_Docs/classes/C/ShmPacket-Summary.js deleted file mode 100644 index dcedef77b..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ShmPacket-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:ShmPacket","ShmPacket");NDSummary.OnSummaryLoaded("CClass:ShmPacket",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[7341,0,0,"ShmPacket"],[7342,0,2,"Functions","Functions"],[7343,0,1,"ShmPacket","ShmPacket"],[7344,0,2,"Variables","Variables"],[7345,0,3,"m_binCount","m_binCount"],[7346,0,2,"Functions","Functions(2)"],[7347,0,1,"parseSweeps","parseSweeps"],[7348,0,1,"parseSweeps_v1","parseSweeps_v1"],[7349,0,1,"parseSweeps_v2","parseSweeps_v2"],[7350,0,1,"integrityCheck","integrityCheck"],[7351,0,1,"buildChannelName","buildChannelName"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ShmPacket-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/ShmPacket-SummaryToolTips.js deleted file mode 100644 index 4cc7b615b..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ShmPacket-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:ShmPacket",{7341:"
ShmPacket
A WirelessDataPacket derived class representing a Structural Health Monitoring Packet
",7343:"
explicit ShmPacket(
const WirelessPacket &packet
)
Creates an ShmPacket from the passed in WirelessPacket.
",7345:"
size_t m_binCount
The number of bins in the packet.
",7347:"
void parseSweeps()
Parses the passed in WirelessPacket for all the sweep information and adds a sweep to the sweeps container.
",7348:"
void parseSweeps_v1()
Parses the packet for version 1 of the SHM-Link packet.
",7349:"
void parseSweeps_v2()
Parses the packet for version 2 of the SHM-Link packet.
",7350:"
static bool integrityCheck(
const WirelessPacket &packet
)
Verifies that the packet is a well formed Shm-Link packet.
",7351:"
static std::string buildChannelName(
float angle
)
Builds a channel name for the SHM data.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ShmPacket-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/ShmPacket-ToolTips.js deleted file mode 100644 index 66367a8f6..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ShmPacket-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7176:"
WirelessPacket
Represents a MicroStrain wireless packet
",7236:"
WirelessDataPacket
A class representing a Wireless Data Packet.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ShmPacket.html b/v66.0.1/MSCL_Docs/classes/C/ShmPacket.html deleted file mode 100644 index 84b1453dc..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ShmPacket.html +++ /dev/null @@ -1,71 +0,0 @@ - - -ShmPacket - - - - - - - -
-
ShmPacket
- -

A WirelessDataPacket derived class representing a Structural Health Monitoring Packet

-
- -
-
Functions
-
- -
-
ShmPacket
-
explicit ShmPacket(
const WirelessPacket &packet
)
-

Creates an ShmPacket from the passed in WirelessPacket.

Parameters
packet
const WirelessPacket&

A WirelessPacket determined to be a ShmPacket.

-
- -
-
Variables
-
- -
-
m_binCount
-
size_t m_binCount
-

The number of bins in the packet.

-
- -
-
Functions
-
- -
-
parseSweeps
-
void parseSweeps()
-

Parses the passed in WirelessPacket for all the sweep information and adds a sweep to the sweeps container.

-
- -
-
parseSweeps_v1
-
void parseSweeps_v1()
-

Parses the packet for version 1 of the SHM-Link packet.

-
- -
-
parseSweeps_v2
-
void parseSweeps_v2()
-

Parses the packet for version 2 of the SHM-Link packet.

-
- -
-
integrityCheck
-
static bool integrityCheck(
const WirelessPacket &packet
)
-

Verifies that the packet is a well formed Shm-Link packet.

Parameters
packet
const WirelessPacket&

The fully formed Wireless Packet to check the integrity of.

Returns

true if the packet is a well formed SHM packet, false otherwise.

-
- -
-
buildChannelName
-
static std::string buildChannelName(
float angle
)
-

Builds a channel name for the SHM data.

Parameters
angle
float

The angle of the data.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ShmPacket_v2_aspp3-Summary.js b/v66.0.1/MSCL_Docs/classes/C/ShmPacket_v2_aspp3-Summary.js deleted file mode 100644 index 3e0d12035..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ShmPacket_v2_aspp3-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:ShmPacket_v2_aspp3","ShmPacket_v2_aspp3");NDSummary.OnSummaryLoaded("CClass:ShmPacket_v2_aspp3",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[7332,0,0,"ShmPacket_v2_aspp3"],[7333,0,2,"Functions","Functions"],[7334,0,1,"ShmPacket_v2_aspp3","ShmPacket_v2_aspp3"],[7335,0,2,"Variables","Variables"],[7336,0,3,"m_binCount","m_binCount"],[7337,0,2,"Functions","Functions(2)"],[7338,0,1,"parseSweeps","parseSweeps"],[7339,0,1,"integrityCheck","integrityCheck"],[7340,0,1,"buildChannelName","buildChannelName"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ShmPacket_v2_aspp3-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/ShmPacket_v2_aspp3-SummaryToolTips.js deleted file mode 100644 index 275991714..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ShmPacket_v2_aspp3-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:ShmPacket_v2_aspp3",{7332:"
ShmPacket_v2_aspp3
A WirelessDataPacket derived class representing a Structural Health Monitoring Packet
",7334:"
explicit ShmPacket_v2_aspp3(
const WirelessPacket &packet
)
Creates an ShmPacket_v2_aspp3 from the passed in WirelessPacket.
",7336:"
size_t m_binCount
The number of bins in the packet.
",7338:"
void parseSweeps()
Parses the passed in WirelessPacket for all the sweep information and adds a sweep to the sweeps container.
",7339:"
static bool integrityCheck(
const WirelessPacket &packet
)
Verifies that the packet is a well formed Shm-Link packet.
",7340:"
static std::string buildChannelName(
float angle
)
Builds a channel name for the SHM data.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ShmPacket_v2_aspp3-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/ShmPacket_v2_aspp3-ToolTips.js deleted file mode 100644 index 66367a8f6..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ShmPacket_v2_aspp3-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7176:"
WirelessPacket
Represents a MicroStrain wireless packet
",7236:"
WirelessDataPacket
A class representing a Wireless Data Packet.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ShmPacket_v2_aspp3.html b/v66.0.1/MSCL_Docs/classes/C/ShmPacket_v2_aspp3.html deleted file mode 100644 index 315c7bb94..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ShmPacket_v2_aspp3.html +++ /dev/null @@ -1,59 +0,0 @@ - - -ShmPacket_v2_aspp3 - - - - - - - -
-
ShmPacket_v2_aspp3
-
public
WirelessDataPacket
ShmPacket_v2_aspp3
-

A WirelessDataPacket derived class representing a Structural Health Monitoring Packet

-
- -
-
Functions
-
- -
-
ShmPacket_v2_aspp3
-
explicit ShmPacket_v2_aspp3(
const WirelessPacket &packet
)
-

Creates an ShmPacket_v2_aspp3 from the passed in WirelessPacket.

Parameters
packet
const WirelessPacket&

A WirelessPacket determined to be a ShmPacket_v2_aspp3.

-
- -
-
Variables
-
- -
-
m_binCount
-
size_t m_binCount
-

The number of bins in the packet.

-
- -
-
Functions
-
- -
-
parseSweeps
-
void parseSweeps()
-

Parses the passed in WirelessPacket for all the sweep information and adds a sweep to the sweeps container.

-
- -
-
integrityCheck
-
static bool integrityCheck(
const WirelessPacket &packet
)
-

Verifies that the packet is a well formed Shm-Link packet.

Parameters
packet
const WirelessPacket&

The fully formed Wireless Packet to check the integrity of.

Returns

true if the packet is a well formed SHM packet, false otherwise.

-
- -
-
buildChannelName
-
static std::string buildChannelName(
float angle
)
-

Builds a channel name for the SHM data.

Parameters
angle
float

The angle of the data.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ShuntCalCmdInfo-Summary.js b/v66.0.1/MSCL_Docs/classes/C/ShuntCalCmdInfo-Summary.js deleted file mode 100644 index 43dcfe79e..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ShuntCalCmdInfo-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:ShuntCalCmdInfo","ShuntCalCmdInfo");NDSummary.OnSummaryLoaded("CClass:ShuntCalCmdInfo",[["C/C++","C"]],[["Functions","Function"],["Groups","Group"],["Structs","Struct"],["Variables","Variable"]],[[5844,0,2,"ShuntCalCmdInfo"],[5845,0,1,"Variables","Variables"],[5846,0,3,"useInternalShunt","useInternalShunt"],[5847,0,3,"numActiveGauges","numActiveGauges"],[5848,0,3,"gaugeResistance","gaugeResistance"],[5849,0,3,"shuntResistance","shuntResistance"],[5850,0,3,"gaugeFactor","gaugeFactor"],[5851,0,3,"inputRange","inputRange"],[5852,0,3,"hardwareOffset","hardwareOffset"],[5853,0,3,"excitationVoltage;","excitationVoltage_"],[5854,0,1,"Functions","Functions"],[5855,0,0,"ShuntCalCmdInfo","ShuntCalCmdInfo"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ShuntCalCmdInfo-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/ShuntCalCmdInfo-SummaryToolTips.js deleted file mode 100644 index 6a68d403e..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ShuntCalCmdInfo-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:ShuntCalCmdInfo",{5844:"
Contains data for the shunt AutoCal command.
",5846:"
bool useInternalShunt
Whether the Shunt Cal should use an internal shunt (true), or external shunt (false).  When using an internal shunt, the process will usually take under 1 second to complete.  When using an external shunt, the process will take about 30 seconds and involves the node being sampled without the shunt applied, followed by an LED change indicating to apply the shunt.  Please see the product documentation for more information.
",5847:"
uint8 numActiveGauges
The number of active gauges for the Shunt Cal command.
",5848:"
uint16 gaugeResistance
The gauge resistance for the Shunt Cal command.
",5849:"
uint32 shuntResistance
The shunt resistance for the Shunt Cal command.
",5850:"
float gaugeFactor
The gauge factor for the Shunt Cal command.
",5851:"
WirelessTypes::InputRange inputRange
The WirelessTypes::InputRange to use when performing the Shunt Cal command.
",5852:"
uint16 hardwareOffset
The hardware offset to use when performing the Shunt Cal command.
",5853:"
The excitation voltage of the Node when performing the Shunt Cal command.  Note: This will only be used if the Node supports excitation voltage configuration (see NodeFeatures::supportsExcitationVoltageConfig).
",5855:"
ShuntCalCmdInfo(): useInternalShunt(true), numActiveGauges(0), gaugeResistance(0), shuntResistance(0), gaugeFactor(0.0f), inputRange(WirelessTypes::range_1mV), hardwareOffset(0), excitationVoltage(WirelessTypes::voltage_1500mV)
Creates a default constructed ShuntCalCmdInfo object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ShuntCalCmdInfo-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/ShuntCalCmdInfo-ToolTips.js deleted file mode 100644 index 54f865174..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ShuntCalCmdInfo-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7480:"
virtual bool supportsExcitationVoltageConfig() const
Checks if the Node supports configuration of its Excitation Voltage.
",8999:"
The options available for input range on supported Nodes.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ShuntCalCmdInfo.html b/v66.0.1/MSCL_Docs/classes/C/ShuntCalCmdInfo.html deleted file mode 100644 index a11aaa33b..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ShuntCalCmdInfo.html +++ /dev/null @@ -1,77 +0,0 @@ - - -ShuntCalCmdInfo - - - - - - - -
-
ShuntCalCmdInfo
-

Contains data for the shunt AutoCal command.

-
- -
-
Variables
-
- -
-
useInternalShunt
-
bool useInternalShunt
-

Whether the Shunt Cal should use an internal shunt (true), or external shunt (false).  When using an internal shunt, the process will usually take under 1 second to complete.  When using an external shunt, the process will take about 30 seconds and involves the node being sampled without the shunt applied, followed by an LED change indicating to apply the shunt.  Please see the product documentation for more information.

-
- -
-
numActiveGauges
-
uint8 numActiveGauges
-

The number of active gauges for the Shunt Cal command.

-
- -
-
gaugeResistance
-
uint16 gaugeResistance
-

The gauge resistance for the Shunt Cal command.

-
- -
-
shuntResistance
-
uint32 shuntResistance
-

The shunt resistance for the Shunt Cal command.

-
- -
-
gaugeFactor
-
float gaugeFactor
-

The gauge factor for the Shunt Cal command.

-
- -
-
inputRange
- -

The WirelessTypes::InputRange to use when performing the Shunt Cal command.

-
- -
-
hardwareOffset
-
uint16 hardwareOffset
-

The hardware offset to use when performing the Shunt Cal command.

-
- -
-
excitationVoltage;
-

The excitation voltage of the Node when performing the Shunt Cal command.  Note: This will only be used if the Node supports excitation voltage configuration (see NodeFeatures::supportsExcitationVoltageConfig).

-
- -
-
Functions
-
- -
-
ShuntCalCmdInfo
-
ShuntCalCmdInfo(): useInternalShunt(true), numActiveGauges(0), gaugeResistance(0), shuntResistance(0), gaugeFactor(0.0f), inputRange(WirelessTypes::range_1mV), hardwareOffset(0), excitationVoltage(WirelessTypes::voltage_1500mV)
-

Creates a default constructed ShuntCalCmdInfo object.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SignalConditioningSettings-Summary.js b/v66.0.1/MSCL_Docs/classes/C/SignalConditioningSettings-Summary.js deleted file mode 100644 index 253994c56..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SignalConditioningSettings-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:SignalConditioningSettings","SignalConditioningSettings");NDSummary.OnSummaryLoaded("CClass:SignalConditioningSettings",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[424,0,0,"SignalConditioningSettings"],[425,0,2,"Functions","Functions"],[426,0,1,"commandName","commandName"],[427,0,1,"MakeSetCommand","MakeSetCommand"],[428,0,1,"MakeGetCommand","MakeGetCommand"],[429,0,1,"getResponseData","getResponseData"],[430,0,1,"operator ByteStream","operator_ByteStream"],[431,0,1,"Constructor Uint8Command","Constructor_Uint8Command"],[432,0,1,"commandType","commandType"],[433,0,1,"fieldDataByte","fieldDataByte"],[434,0,1,"responseExpected","responseExpected"],[435,0,2,"Variables","Variables"],[436,0,3,"m_cmd","m_cmd"],[437,0,3,"m_functionSelector","m_functionSelector"],[438,0,3,"m_data","m_data"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SignalConditioningSettings-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/SignalConditioningSettings-SummaryToolTips.js deleted file mode 100644 index 2c0fe8896..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SignalConditioningSettings-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:SignalConditioningSettings",{424:"
SignalConditioningSettings
A class to handle the Signal Conditioning Settings command
",426:"
virtual std::string commandName() const
",427:"
static SignalConditioningSettings MakeSetCommand(
const SignalConditioningValues &data
)
Parameter: data The SignalConditioningValues to set.
",428:"
static SignalConditioningSettings MakeGetCommand()
",429:"
SignalConditioningValues getResponseData(
const GenericMipCmdResponse &response
)
",430:"
operator ByteStream() const
Converts this class to a ByteStream.
",431:"
Private constructor creates a Uint8Command object.  Use Make___Command methods to create an object.
",432:"
virtual MipTypes::Command commandType() const
",433:"
virtual uint8 fieldDataByte() const
",434:"
virtual bool responseExpected() const
",436:"
MipTypes::Command m_cmd
The specific MipTypes::Command type of this object
",437:"
MipTypes::FunctionSelector m_functionSelector
The FunctionSelector type of command to send, get/set, reset to factory defaults, et al.
",438:"
SignalConditioningValues m_data
The SignalConditioningValues to send to the device.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SignalConditioningSettings-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/SignalConditioningSettings-ToolTips.js deleted file mode 100644 index 28a6d6de8..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SignalConditioningSettings-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({424:"
SignalConditioningSettings
A class to handle the Signal Conditioning Settings command
",2927:"
GenericMipCmdResponse
Represents the response to a GenericMipCommand.
",3158:"
The enums for all the different types/categories of MIP commands and data.
",3171:"
The enums for all of the different MIP commands.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SignalConditioningSettings.html b/v66.0.1/MSCL_Docs/classes/C/SignalConditioningSettings.html deleted file mode 100644 index a6cf2137f..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SignalConditioningSettings.html +++ /dev/null @@ -1,96 +0,0 @@ - - -SignalConditioningSettings - - - - - - - -
-
SignalConditioningSettings
-
public
MipCommand
SignalConditioningSettings
-

A class to handle the Signal Conditioning Settings command

-
- -
-
Functions
-
- -
-
commandName
-
virtual std::string commandName() const
-
Returns
std::string

the string name for the command.

-
- -
-
MakeSetCommand
-
static SignalConditioningSettings MakeSetCommand(
const SignalConditioningValues &data
)
-

Parameter: data The SignalConditioningValues to set.

Returns
SignalConditioningSettings

object set up for sending a set command.

-
- -
-
MakeGetCommand
-
static SignalConditioningSettings MakeGetCommand()
-
Returns
SignalConditioningSettings

object set up for sending a get command.

-
- -
-
getResponseData
-
SignalConditioningValues getResponseData(
const GenericMipCmdResponse &response
)
-
Parameter
response
const GenericMipCmdResponse&

The GenericMipCmdResponse object from which to get formatted data.

Returns

SignalConditioningValues that are currently set on the device.

-
- -
-
operator ByteStream
-
operator ByteStream() const
-

Converts this class to a ByteStream.

-
- -
-
Constructor Uint8Command
-

Private constructor creates a Uint8Command object.  Use Make___Command methods to create an object.

-
- -
-
commandType
-
virtual MipTypes::Command commandType() const
-
Returns
MipTypes::Command

the command ID.

-
- -
-
fieldDataByte
-
virtual uint8 fieldDataByte() const
-
Returns
uint8

the byte ID for field data in the reply.

-
- -
-
responseExpected
-
virtual bool responseExpected() const
-
Returns
bool

True indicates that a response should return from the device.

-
- -
-
Variables
-
- -
-
m_cmd
- -

The specific MipTypes::Command type of this object

-
- -
-
m_functionSelector
-
MipTypes::FunctionSelector m_functionSelector
-

The FunctionSelector type of command to send, get/set, reset to factory defaults, et al.

-
- -
-
m_data
- -

The SignalConditioningValues to send to the device.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SignalConditioningValues-Summary.js b/v66.0.1/MSCL_Docs/classes/C/SignalConditioningValues-Summary.js deleted file mode 100644 index 327d03745..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SignalConditioningValues-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:SignalConditioningValues","SignalConditioningValues");NDSummary.OnSummaryLoaded("CClass:SignalConditioningValues",[["C/C++","C"]],[["Constants","Constant"],["Enums","Enumeration"],["Functions","Function"],["Groups","Group"],["Structs","Struct"],["Variables","Variable"]],[[2260,0,4,"SignalConditioningValues"],[2261,0,3,"Types","Types"],[2262,0,1,"DataConditioningFlags","DataConditioningFlags"],[2263,0,1,"MagPowerBandwidthSettings","MagPowerBandwidthSettings"],[2264,0,0,,"HIGH=0"],[2265,0,0,,"LOW=1"],[2266,0,3,"Variables","Variables"],[2267,0,5,"dataConditioningFlags","dataConditioningFlags"],[2268,0,5,"orientationCalcDecimation","orientationCalcDecimation"],[2269,0,5,"accelGyroFilterWidth","accelGyroFilterWidth"],[2270,0,5,"magFilterWidth","magFilterWidth"],[2271,0,5,"upCompensation","upCompensation"],[2272,0,5,"northCompensation","northCompensation"],[2273,0,5,"magBandwidthPower","magBandwidthPower"],[2274,0,3,"Functions","Functions"],[2275,0,2,"SignalConditioningValues","SignalConditioningValues"],[2276,0,2,"conditioningOptionOn","conditioningOptionOn"],[2277,0,2,"setConditioningOptionOn","setConditioningOptionOn"],[2278,0,2,"setConditioningOptionOff","setConditioningOptionOff"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SignalConditioningValues-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/SignalConditioningValues-SummaryToolTips.js deleted file mode 100644 index 2bc619e5f..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SignalConditioningValues-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:SignalConditioningValues",{2262:"
Indicates the bit value used to enable/disable data conditioning features
",2263:"
Indicates the magnetometer bandwidth and power consumption settings
",2267:"
uint16 dataConditioningFlags
",2268:"
uint16 orientationCalcDecimation
",2269:"
uint8 accelGyroFilterWidth
",2270:"
uint8 magFilterWidth
",2271:"
uint16 upCompensation
",2272:"
uint16 northCompensation
",2273:"
MagPowerBandwidthSettings magBandwidthPower
",2275:"
SignalConditioningValues()
",2276:"
bool conditioningOptionOn(
DataConditioningFlags option
)
Checks whether the specified conditioning option bit is 1.
",2277:"
void setConditioningOptionOn(
DataConditioningFlags option
)
Sets the specified conditioning option bit to 1.
",2278:"
void setConditioningOptionOff(
DataConditioningFlags option
)
Sets the specified conditioning option bit to 0.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SignalConditioningValues-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/SignalConditioningValues-ToolTips.js deleted file mode 100644 index 95fe9df57..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SignalConditioningValues-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2262:"
Indicates the bit value used to enable/disable data conditioning features
",2263:"
Indicates the magnetometer bandwidth and power consumption settings
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SignalConditioningValues.html b/v66.0.1/MSCL_Docs/classes/C/SignalConditioningValues.html deleted file mode 100644 index 85b3fca7d..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SignalConditioningValues.html +++ /dev/null @@ -1,95 +0,0 @@ - - -SignalConditioningValues - - - - - - - -
-
SignalConditioningValues
-
- -
-
Types
-
- -
-
DataConditioningFlags
-

Indicates the bit value used to enable/disable data conditioning features

-
- -
-
MagPowerBandwidthSettings
-

Indicates the magnetometer bandwidth and power consumption settings

HIGH = 0

High bandwidth, highest power consumption

LOW = 1

Bandwidth coupled to Data Rate, low power consumption (default)

-
- -
-
Variables
-
- -
-
dataConditioningFlags
-
uint16 dataConditioningFlags
-
- -
-
orientationCalcDecimation
-
uint16 orientationCalcDecimation
-
- -
-
accelGyroFilterWidth
-
uint8 accelGyroFilterWidth
-
- -
-
magFilterWidth
-
uint8 magFilterWidth
-
- -
-
upCompensation
-
uint16 upCompensation
-
- -
-
northCompensation
-
uint16 northCompensation
-
- -
-
magBandwidthPower
-
MagPowerBandwidthSettings magBandwidthPower
-
- -
-
Functions
-
- -
-
SignalConditioningValues
-
SignalConditioningValues()
-
- -
-
conditioningOptionOn
-
bool conditioningOptionOn(
DataConditioningFlags option
)
-

Checks whether the specified conditioning option bit is 1.

-
- -
-
setConditioningOptionOn
-
void setConditioningOptionOn(
DataConditioningFlags option
)
-

Sets the specified conditioning option bit to 1.

-
- -
-
setConditioningOptionOff
-
void setConditioningOptionOff(
DataConditioningFlags option
)
-

Sets the specified conditioning option bit to 0.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Sleep-Summary.js b/v66.0.1/MSCL_Docs/classes/C/Sleep-Summary.js deleted file mode 100644 index ff8d9161c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Sleep-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:Sleep","Sleep");NDSummary.OnSummaryLoaded("CClass:Sleep",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[5267,0,0,"Sleep"],[5268,0,2,"Functions","Functions"],[5269,0,1,"buildCommand","buildCommand"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Sleep-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Sleep-SummaryToolTips.js deleted file mode 100644 index 90167615e..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Sleep-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:Sleep",{5267:"
Sleep
Contains logic for the Sleep Node command
",5269:"
static ByteStream buildCommand(
NodeAddress nodeAddress
)
Builds the Sleep command packet.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Sleep-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Sleep-ToolTips.js deleted file mode 100644 index aefea407e..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Sleep-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10245:"
typedef for a Node\'s node address.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Sleep.html b/v66.0.1/MSCL_Docs/classes/C/Sleep.html deleted file mode 100644 index 2b3133dea..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Sleep.html +++ /dev/null @@ -1,27 +0,0 @@ - - -Sleep - - - - - - - -
-
Sleep
-
Sleep
-

Contains logic for the Sleep Node command

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand(
NodeAddress nodeAddress
)
-

Builds the Sleep command packet.

Parameters
nodeAddress
NodeAddress

The address of the Node to build the command for.

Returns

A ByteStream containing the command packet.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Sleep_v2-Summary.js b/v66.0.1/MSCL_Docs/classes/C/Sleep_v2-Summary.js deleted file mode 100644 index b31934160..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Sleep_v2-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:Sleep_v2","Sleep_v2");NDSummary.OnSummaryLoaded("CClass:Sleep_v2",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[5257,0,0,"Sleep_v2"],[5258,0,2,"Functions","Functions"],[5259,0,1,"buildCommand","buildCommand"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Sleep_v2-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Sleep_v2-SummaryToolTips.js deleted file mode 100644 index d9e560089..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Sleep_v2-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:Sleep_v2",{5257:"
Sleep_v2
Contains logic for the Sleep (v2) Node command
",5259:"
static ByteStream buildCommand(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress
)
Builds the Sleep command packet.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Sleep_v2-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Sleep_v2-ToolTips.js deleted file mode 100644 index 4531d219a..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Sleep_v2-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7194:"
The possible ASPP versions
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10245:"
typedef for a Node\'s node address.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Sleep_v2.html b/v66.0.1/MSCL_Docs/classes/C/Sleep_v2.html deleted file mode 100644 index 87c578d14..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Sleep_v2.html +++ /dev/null @@ -1,27 +0,0 @@ - - -Sleep_v2 - - - - - - - -
-
Sleep_v2
-
Sleep_v2
-

Contains logic for the Sleep (v2) Node command

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress
)
-

Builds the Sleep command packet.

Parameters
nodeAddress
NodeAddress

The address of the Node to build the command for.

Returns

A ByteStream containing the command packet.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SnCurveSegment-Summary.js b/v66.0.1/MSCL_Docs/classes/C/SnCurveSegment-Summary.js deleted file mode 100644 index 068175b9e..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SnCurveSegment-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:SnCurveSegment","SnCurveSegment");NDSummary.OnSummaryLoaded("CClass:SnCurveSegment",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Types","Type"],["Variables","Variable"]],[[6568,0,0,"SnCurveSegment"],[6569,0,2,"Functions","Functions"],[6570,0,1,"SnCurveSegment","SnCurveSegment"],[6571,0,2,"Variables","Variables"],[6572,0,4,"m_m","m_m"],[6573,0,4,"m_loga","m_loga"],[6574,0,2,"Functions","Functions(2)"],[6575,0,1,"m","m"],[6576,0,1,"m","m(2)"],[6577,0,1,"logA","logA"],[6578,0,1,"logA","logA(2)"],[6579,0,2,"Types","Types"],[6580,0,3,"DamageAngles","DamageAngles"],[6581,0,3,"SnCurveSegments","SnCurveSegments"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SnCurveSegment-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/SnCurveSegment-SummaryToolTips.js deleted file mode 100644 index 236068af8..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SnCurveSegment-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:SnCurveSegment",{6568:"
SnCurveSegment
Represents a single segment of an SN-Curve.
",6570:"
SnCurveSegment(
float m,
float loga
)
Creates an SnCurveSegment.
",6572:"
float m_m
The m value of the segment.
",6573:"
float m_loga
The logA value of the segment.
",6575:"
float m() const
Gets the m value of the segment.
",6576:"
void m(
float val
)
Sets the m value of the segment.
",6577:"
float logA() const
Gets the logA value of the segment.
",6578:"
void logA(
float val
)
Sets the logA value of the segment.
",6580:"
Typedef for a map of angle IDs (uint8) to damage angles (float).
",6581:"
Typedef for a map of segment IDs (uint8) to SnCurveSegment objects.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SnCurveSegment-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/SnCurveSegment-ToolTips.js deleted file mode 100644 index e1e986490..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SnCurveSegment-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6570:"
SnCurveSegment(
float m,
float loga
)
Creates an SnCurveSegment.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SnCurveSegment.html b/v66.0.1/MSCL_Docs/classes/C/SnCurveSegment.html deleted file mode 100644 index 1f4cd4e19..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SnCurveSegment.html +++ /dev/null @@ -1,85 +0,0 @@ - - -SnCurveSegment - - - - - - - -
-
SnCurveSegment
-
SnCurveSegment
-

Represents a single segment of an SN-Curve.

-
- -
-
Functions
-
- -
-
SnCurveSegment
-
SnCurveSegment(
float m,
float loga
)
-

Creates an SnCurveSegment.

Parameters
m
float

The m value of the segment.

loga
float

The logA value of the segment.

-
- -
-
Variables
-
- -
-
m_m
-
float m_m
-

The m value of the segment.

-
- -
-
m_loga
-
float m_loga
-

The logA value of the segment.

-
- -
-
Functions
-
- -
-
m
-
float m() const
-

Gets the m value of the segment.

-
- -
-
m
-
void m(
float val
)
-

Sets the m value of the segment.

Parameters
val
float

The m value to set.

-
- -
-
logA
-
float logA() const
-

Gets the logA value of the segment.

-
- -
-
logA
-
void logA(
float val
)
-

Sets the logA value of the segment.

Parameters
val
float

The logA value to set.

-
- -
-
Types
-
- -
-
DamageAngles
-

Typedef for a map of angle IDs (uint8) to damage angles (float).

-
- -
-
SnCurveSegments
-

Typedef for a map of segment IDs (uint8) to SnCurveSegment objects.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/StartNonSyncSampling-Summary.js b/v66.0.1/MSCL_Docs/classes/C/StartNonSyncSampling-Summary.js deleted file mode 100644 index e7012744d..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/StartNonSyncSampling-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:StartNonSyncSampling","StartNonSyncSampling");NDSummary.OnSummaryLoaded("CClass:StartNonSyncSampling",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[5254,0,0,"StartNonSyncSampling"],[5255,0,2,"Functions","Functions"],[5256,0,1,"buildCommand","buildCommand"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/StartNonSyncSampling-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/StartNonSyncSampling-SummaryToolTips.js deleted file mode 100644 index 0ce5ceed4..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/StartNonSyncSampling-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:StartNonSyncSampling",{5254:"
StartNonSyncSampling
Contains logic for the StartNonSyncSampling Node command
",5256:"
static ByteStream buildCommand(
NodeAddress nodeAddress
)
Builds the StartNonSyncSampling command packet
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/StartNonSyncSampling-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/StartNonSyncSampling-ToolTips.js deleted file mode 100644 index aefea407e..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/StartNonSyncSampling-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10245:"
typedef for a Node\'s node address.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/StartNonSyncSampling.html b/v66.0.1/MSCL_Docs/classes/C/StartNonSyncSampling.html deleted file mode 100644 index 6eac4324e..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/StartNonSyncSampling.html +++ /dev/null @@ -1,27 +0,0 @@ - - -StartNonSyncSampling - - - - - - - -
-
StartNonSyncSampling
-
StartNonSyncSampling
-

Contains logic for the StartNonSyncSampling Node command

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand(
NodeAddress nodeAddress
)
-

Builds the StartNonSyncSampling command packet

Parameters
nodeAddress
NodeAddress

the address of the Node to build the command for

Returns

A ByteStream containing the command packet

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/StartNonSyncSampling_v2-Summary.js b/v66.0.1/MSCL_Docs/classes/C/StartNonSyncSampling_v2-Summary.js deleted file mode 100644 index 3c85f6da6..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/StartNonSyncSampling_v2-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:StartNonSyncSampling_v2","StartNonSyncSampling_v2");NDSummary.OnSummaryLoaded("CClass:StartNonSyncSampling_v2",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[5244,0,0,"StartNonSyncSampling_v2"],[5245,0,2,"Functions","Functions"],[5246,0,1,"buildCommand","buildCommand"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/StartNonSyncSampling_v2-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/StartNonSyncSampling_v2-SummaryToolTips.js deleted file mode 100644 index a721403f7..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/StartNonSyncSampling_v2-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:StartNonSyncSampling_v2",{5244:"
StartNonSyncSampling_v2
Contains logic for the Start Non Sync Sampling (v2) Node command
",5246:"
static ByteStream buildCommand(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress
)
Builds the command packet
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/StartNonSyncSampling_v2-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/StartNonSyncSampling_v2-ToolTips.js deleted file mode 100644 index 4531d219a..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/StartNonSyncSampling_v2-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7194:"
The possible ASPP versions
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10245:"
typedef for a Node\'s node address.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/StartNonSyncSampling_v2.html b/v66.0.1/MSCL_Docs/classes/C/StartNonSyncSampling_v2.html deleted file mode 100644 index 426b97108..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/StartNonSyncSampling_v2.html +++ /dev/null @@ -1,27 +0,0 @@ - - -StartNonSyncSampling_v2 - - - - - - - -
-
StartNonSyncSampling_v2
-
StartNonSyncSampling_v2
-

Contains logic for the Start Non Sync Sampling (v2) Node command

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress
)
-

Builds the command packet

Parameters
nodeAddress
NodeAddress

the address of the Node to build the command for

Returns

A ByteStream containing the command packet

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/StartSyncSampling-Summary.js b/v66.0.1/MSCL_Docs/classes/C/StartSyncSampling-Summary.js deleted file mode 100644 index 533021f7e..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/StartSyncSampling-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:StartSyncSampling","StartSyncSampling");NDSummary.OnSummaryLoaded("CClass:StartSyncSampling",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[5234,0,0,"StartSyncSampling"],[5235,0,2,"Functions","Functions"],[5236,0,1,"buildCommand","buildCommand"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/StartSyncSampling-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/StartSyncSampling-SummaryToolTips.js deleted file mode 100644 index 4b691865c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/StartSyncSampling-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:StartSyncSampling",{5234:"
StartSyncSampling
Contains logic for the Start Sync Sampling Node command
",5236:"
static ByteStream buildCommand(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress
)
Builds the Start Sync Sampling command packet
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/StartSyncSampling-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/StartSyncSampling-ToolTips.js deleted file mode 100644 index 4531d219a..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/StartSyncSampling-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7194:"
The possible ASPP versions
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10245:"
typedef for a Node\'s node address.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/StartSyncSampling.html b/v66.0.1/MSCL_Docs/classes/C/StartSyncSampling.html deleted file mode 100644 index ca62c7d49..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/StartSyncSampling.html +++ /dev/null @@ -1,27 +0,0 @@ - - -StartSyncSampling - - - - - - - -
-
StartSyncSampling
-
StartSyncSampling
-

Contains logic for the Start Sync Sampling Node command

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress
)
-

Builds the Start Sync Sampling command packet

Parameters
nodeAddress
NodeAddress

the address of the Node to build the command for

Returns

A ByteStream containing the command packet

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/StreamInfo-Summary.js b/v66.0.1/MSCL_Docs/classes/C/StreamInfo-Summary.js deleted file mode 100644 index 26216397b..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/StreamInfo-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:StreamInfo","StreamInfo");NDSummary.OnSummaryLoaded("CClass:StreamInfo",[["C/C++","C"]],[["Functions","Function"],["Groups","Group"],["Structs","Struct"],["Variables","Variable"]],[[2052,0,2,"StreamInfo"],[2053,0,1,"Functions","Functions"],[2054,0,0,"StreamInfo","StreamInfo"],[2055,0,1,"Variables","Variables"],[2056,0,3,"enabled","enabled"],[2057,0,3,"outgoingPacketsDropped","outgoingPacketsDropped"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/StreamInfo-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/StreamInfo-SummaryToolTips.js deleted file mode 100644 index 10b9dcfdb..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/StreamInfo-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:StreamInfo",{2052:"
Contains stream info for DeviceStatusData.
",2054:"
StreamInfo(): enabled(false), outgoingPacketsDropped(0)
Creates a StreamInfo object with default values.
",2056:"
bool enabled
",2057:"
uint32 outgoingPacketsDropped
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/StreamInfo-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/StreamInfo-ToolTips.js deleted file mode 100644 index 9197089e8..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/StreamInfo-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2084:"
DeviceStatusData
Contains the data needed by the InertialNode::getBasicDeviceStatus method.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/StreamInfo.html b/v66.0.1/MSCL_Docs/classes/C/StreamInfo.html deleted file mode 100644 index e9aeb3a19..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/StreamInfo.html +++ /dev/null @@ -1,40 +0,0 @@ - - -StreamInfo - - - - - - - -
-
StreamInfo
-

Contains stream info for DeviceStatusData.

-
- -
-
Functions
-
- -
-
StreamInfo
-
StreamInfo(): enabled(false), outgoingPacketsDropped(0)
-

Creates a StreamInfo object with default values.

-
- -
-
Variables
-
- -
-
enabled
-
bool enabled
-
- -
-
outgoingPacketsDropped
-
uint32 outgoingPacketsDropped
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/StructuralHealth-Summary.js b/v66.0.1/MSCL_Docs/classes/C/StructuralHealth-Summary.js deleted file mode 100644 index 9a0e79436..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/StructuralHealth-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:StructuralHealth","StructuralHealth");NDSummary.OnSummaryLoaded("CClass:StructuralHealth",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[8413,0,0,"StructuralHealth"],[8414,0,2,"Functions","Functions"],[8415,0,1,"StructuralHealth","StructuralHealth"],[8416,0,2,"Variables","Variables"],[8417,0,3,"m_angle","m_angle"],[8418,0,3,"m_uptime","m_uptime"],[8419,0,3,"m_damage","m_damage"],[8420,0,3,"m_processingRate","m_processingRate"],[8421,0,3,"m_histogram","m_histogram"],[8422,0,2,"Functions","Functions(2)"],[8423,0,1,"angle","angle"],[8424,0,1,"uptime","uptime"],[8425,0,1,"damage","damage"],[8426,0,1,"processingRate","processingRate"],[8427,0,1,"histogram","histogram"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/StructuralHealth-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/StructuralHealth-SummaryToolTips.js deleted file mode 100644 index f72d26b09..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/StructuralHealth-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:StructuralHealth",{8413:"
StructuralHealth
Holds Structural Health Monitor channel information.
",8415:"
StructuralHealth(
float angle,
uint32 uptime,
float damage,
const SampleRate &processingRate,
const Histogram &histogram
)
Creates a StructuralHealth object.
",8417:"
float m_angle
The actual angle that is being measured.
",8418:"
uint32 m_uptime
The uptime counter of how long the device has been running.
",8419:"
float m_damage
The percent of damage that has occurred. (0% = no damage, 100% = dead)
",8420:"
SampleRate m_processingRate
The processing rate that the sensors were sampled at to calculate the histogram.
",8421:"
Histogram m_histogram
The Histogram that was calculated for the given angle.
",8423:"
float angle() const
Gets the actual angle that is being measured.
",8424:"
uint32 uptime() const
Gets the uptime counter of how long the device has been running.
",8425:"
float damage() const
Gets the percent of damage that has occurred. (0% = no damage, 100% = dead)
",8426:"
const SampleRate& processingRate() const
Gets the processing rate that the sensors were sampled at to calculate the histogram.
",8427:"
const Histogram& histogram() const
Gets the Histogram that was calculated for the given angle.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/StructuralHealth-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/StructuralHealth-ToolTips.js deleted file mode 100644 index 437834549..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/StructuralHealth-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({9819:"
SampleRate
Represents a MicroStrain sample rate (rate at which data is sampling)
",10370:"
Histogram
Represents a Histogram object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/StructuralHealth.html b/v66.0.1/MSCL_Docs/classes/C/StructuralHealth.html deleted file mode 100644 index 29a303bec..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/StructuralHealth.html +++ /dev/null @@ -1,95 +0,0 @@ - - -StructuralHealth - - - - - - - -
-
StructuralHealth
-
StructuralHealth
-

Holds Structural Health Monitor channel information.

-
- -
-
Functions
-
- -
-
StructuralHealth
-
StructuralHealth(
float angle,
uint32 uptime,
float damage,
const SampleRate &processingRate,
const Histogram &histogram
)
-

Creates a StructuralHealth object.

Parameters
angle
float

The actual angle that is being measured.

uptime
uint32

The uptime counter of how long the device has been running.

damage
float

The percent of damage that has occurred. (0% = no damage, 100% = dead)

processingRate
const SampleRate&

The processing rate used in calculating the Histogram.

histogram
const Histogram&

The Histogram that was calculated for the given angle.

-
- -
-
Variables
-
- -
-
m_angle
-
float m_angle
-

The actual angle that is being measured.

-
- -
-
m_uptime
-
uint32 m_uptime
-

The uptime counter of how long the device has been running.

-
- -
-
m_damage
-
float m_damage
-

The percent of damage that has occurred. (0% = no damage, 100% = dead)

-
- -
-
m_processingRate
-
SampleRate m_processingRate
-

The processing rate that the sensors were sampled at to calculate the histogram.

-
- -
-
m_histogram
-
Histogram m_histogram
-

The Histogram that was calculated for the given angle.

-
- -
-
Functions
-
- -
-
angle
-
float angle() const
-

Gets the actual angle that is being measured.

Returns

The actual angle that is being measured.

-
- -
-
uptime
-
uint32 uptime() const
-

Gets the uptime counter of how long the device has been running.

Returns

The uptime counter of how long the device has been running.

-
- -
-
damage
-
float damage() const
-

Gets the percent of damage that has occurred. (0% = no damage, 100% = dead)

Returns

The percent of damage that has occured. (0% = no damage, 100% = dead)

-
- -
-
processingRate
-
const SampleRate& processingRate() const
-

Gets the processing rate that the sensors were sampled at to calculate the histogram.

Returns

The processing rate as a SampleRate.

-
- -
-
histogram
-
const Histogram& histogram() const
-

Gets the Histogram that was calculated for the given angle.

Returns

The Histogram that was calculated for the given angle.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SupportedSensorRanges-Summary.js b/v66.0.1/MSCL_Docs/classes/C/SupportedSensorRanges-Summary.js deleted file mode 100644 index 51f316cfe..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SupportedSensorRanges-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:SupportedSensorRanges","SupportedSensorRanges");NDSummary.OnSummaryLoaded("CClass:SupportedSensorRanges",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[4157,0,0,"SupportedSensorRanges"],[4158,0,2,"Functions","Functions"],[4159,0,1,"options","options"],[4160,0,1,"lookupRecommended","lookupRecommended"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SupportedSensorRanges-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/SupportedSensorRanges-SummaryToolTips.js deleted file mode 100644 index 7d9de00b6..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SupportedSensorRanges-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:SupportedSensorRanges",{4157:"
SupportedSensorRanges
Structure to hold all info for looking up supported sensor ranges for a device
",4159:"
const SensorRangeOptions options() const
Get the supported sensor range options
",4160:"
SensorRange lookupRecommended(
SensorRange::Type type,
float range
) const
Lookup the supported option of the specified type that is closest to but also incorporates the specified range.  Ex: specified range: Accel_G, 5 supported accel ranges: 4G, 8G, 16G returns: 8G because it is the closest supported option where 5G will not overrun the range
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SupportedSensorRanges-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/SupportedSensorRanges-ToolTips.js deleted file mode 100644 index 5b8f93114..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SupportedSensorRanges-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({4142:"
SensorRange
An object representing a configurable sensor range option
",4144:"
Sensor and unit identifiers for configurable Sensor Range command (0x0C,0x52) ALL  - 0x00 - All (save as startup, load startup, reset to default only) ACCEL_MS2  - 0x01 - Accelerometer in m/s^2 GYRO_DPS  - 0x02 - Gyroscope in degrees per second MAG_MG  - 0x03 - Magnetometer in mG PRESSURE_HPA - 0x04 - Pressure in hPa
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SupportedSensorRanges.html b/v66.0.1/MSCL_Docs/classes/C/SupportedSensorRanges.html deleted file mode 100644 index 0bc774a1a..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SupportedSensorRanges.html +++ /dev/null @@ -1,33 +0,0 @@ - - -SupportedSensorRanges - - - - - - - -
-
SupportedSensorRanges
-
SupportedSensorRanges
-

Structure to hold all info for looking up supported sensor ranges for a device

-
- -
-
Functions
-
- -
-
options
-
const SensorRangeOptions options() const
-

Get the supported sensor range options

Returns
<SensorRangeOptions>

the supported options

-
- -
-
lookupRecommended
-
SensorRange lookupRecommended(
SensorRange::Type type,
float range
) const
-

Lookup the supported option of the specified type that is closest to but also incorporates the specified range.  Ex: specified range: Accel_G, 5 supported accel ranges: 4G, 8G, 16G returns: 8G because it is the closest supported option where 5G will not overrun the range

Parameters
type
SensorRange::Type

SensorRange::Type type of range to lookup

range
float

Float range value to find

Returns
SensorRange

The closest supported range to the specified value

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SyncNetworkInfo-Summary.js b/v66.0.1/MSCL_Docs/classes/C/SyncNetworkInfo-Summary.js deleted file mode 100644 index 835ed5f8e..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SyncNetworkInfo-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:SyncNetworkInfo","SyncNetworkInfo");NDSummary.OnSummaryLoaded("CClass:SyncNetworkInfo",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Enums","Enumeration"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[8365,0,0,"SyncNetworkInfo"],[8366,0,4,"Types","Types"],[8367,0,2,"NodeStatus","NodeStatus"],[8368,0,1,,"status_OK=0"],[8369,0,1,,"status_PoorCommunication=1"],[8370,0,1,,"status_DoesNotFit=2"],[8371,0,1,,"status_Contention=3"],[8372,0,4,"Functions","Functions"],[8373,0,3,"SyncNetworkInfo","SyncNetworkInfo"],[8374,0,4,"Variables","Variables"],[8375,0,5,"m_node","m_node"],[8376,0,5,"m_nodeAddress","m_nodeAddress"],[8377,0,5,"m_model","m_model"],[8378,0,5,"m_percentBandwidth","m_percentBandwidth"],[8379,0,5,"m_percentBandwidth_optimized","m_percentBandwidth_optimized"],[8380,0,5,"m_tdmaAddress","m_tdmaAddress"],[8381,0,5,"m_slotSize","m_slotSize"],[8382,0,5,"m_maxTdmaAddress","m_maxTdmaAddress"],[8383,0,5,"m_txPerGroup","m_txPerGroup"],[8384,0,5,"m_groupSize","m_groupSize"],[8385,0,5,"m_bytesPerSweep","m_bytesPerSweep"],[8386,0,5,"m_bytesPerBurst","m_bytesPerBurst"],[8387,0,5,"m_maxBytesPerPacket","m_maxBytesPerPacket"],[8388,0,5,"m_bytesPerSecond","m_bytesPerSecond"],[8389,0,5,"m_maxRetxPerBurst","m_maxRetxPerBurst"],[8390,0,5,"m_status","m_status"],[8391,0,5,"m_syncSamplingVersion","m_syncSamplingVersion"],[8392,0,5,"m_optimized","m_optimized"],[8393,0,5,"m_configApplied","m_configApplied"],[8394,0,5,"m_startedSampling","m_startedSampling"],[8395,0,5,"m_hasPendingConfig","m_hasPendingConfig"],[8396,0,5,"m_pendingConfig","m_pendingConfig"],[8397,0,4,"Functions","Functions(2)"],[8398,0,3,"status","status"],[8399,0,3,"startedSampling","startedSampling"],[8400,0,3,"configurationApplied","configurationApplied"],[8401,0,3,"percentBandwidth","percentBandwidth"],[8402,0,3,"tdmaAddress","tdmaAddress"],[8403,0,3,"maxTdmaAddress","maxTdmaAddress"],[8404,0,3,"transmissionsPerGroup","transmissionsPerGroup"],[8405,0,3,"groupSize","groupSize"],[8406,0,3,"syncSamplingVersion","syncSamplingVersion"],[8407,0,3,"dutyCycle","dutyCycle"],[8408,0,3,"dutyCycle","dutyCycle(2)"],[8409,0,3,"hasPendingConfig","hasPendingConfig"],[8410,0,3,"setPendingConfig","setPendingConfig"],[8411,0,3,"getPendingConfig","getPendingConfig"],[8412,0,3,"channelGroups","channelGroups"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SyncNetworkInfo-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/SyncNetworkInfo-SummaryToolTips.js deleted file mode 100644 index fe68d701a..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SyncNetworkInfo-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:SyncNetworkInfo",{8365:"
SyncNetworkInfo
Contains network information for a WirelessNode that has been added to the Sync Sampling Network.
",8367:"
The status of an individual node.
",8373:"
SyncNetworkInfo(
WirelessNode &node
)
Creates a SyncNetworkInfo object
",8375:"
WirelessNode m_node
The WirelessNode that this info belongs to
",8376:"
NodeAddress m_nodeAddress
The NodeAddress of the Node that this info belongs to.
",8377:"
WirelessModels::NodeModel m_model
The WirelessModels::NodeModel of the Node that this info belongs to.
",8378:"
float m_percentBandwidth
The standard percent of bandwidth that this node takes up
",8379:"
float m_percentBandwidth_optimized
The space-optimized percent of bandwidth that this node takes up
",8380:"
uint32 m_tdmaAddress
The TDMA address that was found for this node
",8381:"
uint16 m_slotSize
The number of individual slots that the node takes up per transmission
",8382:"
uint32 m_maxTdmaAddress
The maximum TDMA address that can be assigned for the node
",8383:"
uint32 m_txPerGroup
The number of transmissions per group
",8384:"
uint32 m_groupSize
The size of the group
",8385:"
uint32 m_bytesPerSweep
The number of bytes per data sweep.
",8386:"
uint32 m_bytesPerBurst
The number of bytes per burst (only valid if in Burst mode).
",8387:"
uint32 m_maxBytesPerPacket
The maximum number of bytes per packet.
",8388:"
double m_bytesPerSecond
The number of bytes per second (continuous sampling).
",8389:"
uint32 m_maxRetxPerBurst
The number of maximum retransmissions per burst (if burst)
",8390:"
NodeStatus m_status
The status of the node
",8391:"
uint8 m_syncSamplingVersion
The version of the Sync Sampling formulas to use.
",8392:"
bool m_optimized
Whether or not this node has attempted optimization
",8393:"
bool m_configApplied
Whether or not the configuration has been applied for this node
",8394:"
bool m_startedSampling
Whether or not the Node has been send the Start Sync Sampling command.
",8395:"
bool m_hasPendingConfig
Whether or not there is a "pending" configuration set for this Node.
",8396:"
WirelessNodeConfig m_pendingConfig
A WirelessNodeConfig set to be used in all sync network calculations, without actually being applied to the Node.
",8398:"
NodeStatus status() const
Gets the node\'s network status.
",8399:"
bool startedSampling() const
Checks whether a Node has successfully started sampling.  Note: if this returns false, its not 100% gauranteed that the Node isn\'t sampling. It\'s possible the node was successfully started, but that the response never got to the BaseStation.
",8400:"
bool configurationApplied() const
Gets whether or not the network configuration has been successfully applied to this node.
",8401:"
float percentBandwidth() const
Gets the node\'s individual percent of bandwidth in the network.
",8402:"
uint32 tdmaAddress() const
Gets the TDMA address that was found and assigned to the node.
",8403:"
uint32 maxTdmaAddress() const
Gets the maximum TDMA address that can be assigned to this node. (Advanced)
",8404:"
Gets the number of transmissions per group for this node. (Advanced)
",8405:"
uint32 groupSize() const
Gets the group size for this node. (Advanced)
",8406:"
uint8 syncSamplingVersion() const
The version of the Sync Sampling formulas to use.
",8407:"
float dutyCycle() const
Gets the duty cycle currently set (for Event Driven).
",8408:"
void dutyCycle(
float percent
)
",8409:"
bool hasPendingConfig() const
Gets whether or not this network info has a pending configuration set.
",8410:"
void setPendingConfig(
const WirelessNodeConfig &config
)
Sets a pending configuration for the Node in this network info.  This is a configuration that is not actually applied to the Node, but should be used in all sync network calculations.
",8411:"
const WirelessNodeConfig& getPendingConfig() const
Gets the current pending configuration that is set.
",8412:"
ChannelGroups channelGroups() const
Gets the ChannelGroups for the Wireless Node.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SyncNetworkInfo-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/SyncNetworkInfo-ToolTips.js deleted file mode 100644 index fa7104a58..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SyncNetworkInfo-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({5869:"
WirelessNodeConfig
Class used for setting the configuration of WirelessNode objects.  Set all the configuration values that you want to change, then verify and apply them to a Node.
",7041:"
ChannelGroup
Represents a group of channels that have combined settings.
",7789:"
The model numbers for each of the Wireless Nodes.
",7905:"
WirelessNode
A class representing a MicroStrain wireless node
",8367:"
The status of an individual node.
",10245:"
typedef for a Node\'s node address.
",10511:"
Error_InvalidNodeConfig
The Configuration for a WirelessNode is invalid.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SyncNetworkInfo.html b/v66.0.1/MSCL_Docs/classes/C/SyncNetworkInfo.html deleted file mode 100644 index 24a8385c1..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SyncNetworkInfo.html +++ /dev/null @@ -1,265 +0,0 @@ - - -SyncNetworkInfo - - - - - - - -
-
SyncNetworkInfo
-
SyncNetworkInfo
-

Contains network information for a WirelessNode that has been added to the Sync Sampling Network.

-
- -
-
Types
-
- -
-
NodeStatus
-

The status of an individual node.

status_OK  = 0

The node successfully fits in the network.

status_PoorCommunication  = 1

The node failed to communicate.

status_DoesNotFit  = 2

The node is out of the network, as the bandwidth does not allow it.

status_Contention  = 3

The node is out of the network, as network contention does not allow it.

-
- -
-
Functions
-
- -
-
SyncNetworkInfo
-
SyncNetworkInfo(
WirelessNode &node
)
-

Creates a SyncNetworkInfo object

Parameters
wirelessNode

The WirelessNode that this SyncNetworkInfo will belong to.

-
- -
-
Variables
-
- -
-
m_node
- -

The WirelessNode that this info belongs to

-
- -
-
m_nodeAddress
-
NodeAddress m_nodeAddress
-

The NodeAddress of the Node that this info belongs to.

-
- -
-
m_model
- -

The WirelessModels::NodeModel of the Node that this info belongs to.

-
- -
-
m_percentBandwidth
-
float m_percentBandwidth
-

The standard percent of bandwidth that this node takes up

-
- -
-
m_percentBandwidth_optimized
-
float m_percentBandwidth_optimized
-

The space-optimized percent of bandwidth that this node takes up

-
- -
-
m_tdmaAddress
-
uint32 m_tdmaAddress
-

The TDMA address that was found for this node

-
- -
-
m_slotSize
-
uint16 m_slotSize
-

The number of individual slots that the node takes up per transmission

-
- -
-
m_maxTdmaAddress
-
uint32 m_maxTdmaAddress
-

The maximum TDMA address that can be assigned for the node

-
- -
-
m_txPerGroup
-
uint32 m_txPerGroup
-

The number of transmissions per group

-
- -
-
m_groupSize
-
uint32 m_groupSize
-

The size of the group

-
- -
-
m_bytesPerSweep
-
uint32 m_bytesPerSweep
-

The number of bytes per data sweep.

-
- -
-
m_bytesPerBurst
-
uint32 m_bytesPerBurst
-

The number of bytes per burst (only valid if in Burst mode).

-
- -
-
m_maxBytesPerPacket
-
uint32 m_maxBytesPerPacket
-

The maximum number of bytes per packet.

-
- -
-
m_bytesPerSecond
-
double m_bytesPerSecond
-

The number of bytes per second (continuous sampling).

-
- -
-
m_maxRetxPerBurst
-
uint32 m_maxRetxPerBurst
-

The number of maximum retransmissions per burst (if burst)

-
- -
-
m_status
-
NodeStatus m_status
-

The status of the node

-
- -
-
m_syncSamplingVersion
-
uint8 m_syncSamplingVersion
-

The version of the Sync Sampling formulas to use.

-
- -
-
m_optimized
-
bool m_optimized
-

Whether or not this node has attempted optimization

-
- -
-
m_configApplied
-
bool m_configApplied
-

Whether or not the configuration has been applied for this node

-
- -
-
m_startedSampling
-
bool m_startedSampling
-

Whether or not the Node has been send the Start Sync Sampling command.

-
- -
-
m_hasPendingConfig
-
bool m_hasPendingConfig
-

Whether or not there is a "pending" configuration set for this Node.

-
- -
-
m_pendingConfig
-
WirelessNodeConfig m_pendingConfig
-

A WirelessNodeConfig set to be used in all sync network calculations, without actually being applied to the Node.

-
- -
-
Functions
-
- -
-
status
-
NodeStatus status() const
-

Gets the node's network status.

Returns

The NodeStatus of the node.

-
- -
-
startedSampling
-
bool startedSampling() const
-

Checks whether a Node has successfully started sampling.  Note: if this returns false, its not 100% gauranteed that the Node isn't sampling. It's possible the node was successfully started, but that the response never got to the BaseStation.

-
- -
-
configurationApplied
-
bool configurationApplied() const
-

Gets whether or not the network configuration has been successfully applied to this node.

Returns

true if the network configuration has been successfully applied, false otherwise.

-
- -
-
percentBandwidth
-
float percentBandwidth() const
-

Gets the node's individual percent of bandwidth in the network.

Returns

The node's individual percent of bandwidth.

-
- -
-
tdmaAddress
-
uint32 tdmaAddress() const
-

Gets the TDMA address that was found and assigned to the node.

Returns

The TDMA address that was assigned to the node.

-
- -
-
maxTdmaAddress
-
uint32 maxTdmaAddress() const
-

Gets the maximum TDMA address that can be assigned to this node. (Advanced)

Returns

The maximum TDMA address allowed for this node in its current configuration.

-
- -
-
transmissionsPerGroup
-

Gets the number of transmissions per group for this node. (Advanced)

Returns

The number of transmissions per group for this node.

-
- -
-
groupSize
-
uint32 groupSize() const
-

Gets the group size for this node. (Advanced)

Returns

The group size for this node.

-
- -
-
syncSamplingVersion
-
uint8 syncSamplingVersion() const
-

The version of the Sync Sampling formulas to use.

-
- -
-
dutyCycle
-
float dutyCycle() const
-

Gets the duty cycle currently set (for Event Driven).

-
- -
-
dutyCycle
-
void dutyCycle(
float percent
)
-
Takes a duty cycle percentage (0

1) and updates the m_txPerGroup value.

Parameters
percent
float

The duty cycle percentage (0.0 - 1.0).

-
- -
-
hasPendingConfig
-
bool hasPendingConfig() const
-

Gets whether or not this network info has a pending configuration set.

Returns

true if a pending config has been set, false otherwise

-
- -
-
setPendingConfig
-
void setPendingConfig(
const WirelessNodeConfig &config
)
-

Sets a pending configuration for the Node in this network info.  This is a configuration that is not actually applied to the Node, but should be used in all sync network calculations.

Parameters
config
const WirelessNodeConfig&

The WirelessNodeConfig to set for the Node.

Exceptions
-
- -
-
getPendingConfig
-
const WirelessNodeConfig& getPendingConfig() const
-

Gets the current pending configuration that is set.

Returns

The WirelessNodeConfig pointer that is currently set.

-
- -
-
channelGroups
-
ChannelGroups channelGroups() const
-

Gets the ChannelGroups for the Wireless Node.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SyncNodeConfig-Summary.js b/v66.0.1/MSCL_Docs/classes/C/SyncNodeConfig-Summary.js deleted file mode 100644 index 6505bfe4d..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SyncNodeConfig-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:SyncNodeConfig","SyncNodeConfig");NDSummary.OnSummaryLoaded("CClass:SyncNodeConfig",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[6046,0,0,"SyncNodeConfig"],[6047,0,2,"Functions","Functions"],[6048,0,1,"SyncNodeConfig","SyncNodeConfig"],[6049,0,2,"Variables","Variables"],[6050,0,3,"m_networkInfo","m_networkInfo"],[6051,0,3,"m_eepromHelper","m_eepromHelper"],[6052,0,2,"Functions","Functions(2)"],[6053,0,1,"sampleRate","sampleRate"],[6054,0,1,"activeChannels","activeChannels"],[6055,0,1,"activeChannelCount","activeChannelCount"],[6056,0,1,"commProtocol","commProtocol"],[6057,0,1,"dataFormat","dataFormat"],[6058,0,1,"collectionMethod","collectionMethod"],[6059,0,1,"sweepsPerSession","sweepsPerSession"],[6060,0,1,"samplingMode","samplingMode"],[6061,0,1,"sensorDelay","sensorDelay"],[6062,0,1,"timeBetweenBursts","timeBetweenBursts"],[6063,0,1,"filterSettlingTime","filterSettlingTime"],[6064,0,1,"dataMode","dataMode"],[6065,0,1,"derivedDataRate","derivedDataRate"],[6066,0,1,"derivedChannelMask","derivedChannelMask"],[6067,0,1,"diagnosticInterval","diagnosticInterval"],[6068,0,1,"txPerGroup","txPerGroup"],[6069,0,1,"groupSize","groupSize"],[6070,0,1,"tdmaAddress","tdmaAddress"],[6071,0,1,"retransmission","retransmission"],[6072,0,1,"maxRetransPerBurst","maxRetransPerBurst"],[6073,0,1,"applyEepromChanges","applyEepromChanges"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SyncNodeConfig-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/SyncNodeConfig-SummaryToolTips.js deleted file mode 100644 index 901da9322..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SyncNodeConfig-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:SyncNodeConfig",{6046:"
SyncNodeConfig
A helper class for reading and writing values used for Synchronized Sampling configuration
",6048:"
SyncNodeConfig(
const SyncNetworkInfo *networkInfo
)
Creates a SyncNodeConfig object
",6050:"
const SyncNetworkInfo* m_networkInfo
The SyncNetworkInfo object containing information on the Node in the Sync Sampling network.
",6051:"
NodeEepromHelper m_eepromHelper
The NodeEepromHelper to use in reading and writing eeproms.
",6053:"
SampleRate sampleRate()
Gets the SampleRate of the node.
",6054:"
ChannelMask activeChannels()
Gets the ChannelMask of the node.
",6055:"
uint16 activeChannelCount()
Gets the number of active channels on the node for use in Sync Sampling formulas.  Note: this does not necessarily return the true active channel count, as some channels on some nodes don\'t count towards active channels in Sync Sampling formulas.
",6056:"
WirelessTypes::CommProtocol commProtocol()
Gets the WirelessTypes::CommProtocol of the Node.
",6057:"
WirelessTypes::DataFormat dataFormat()
Gets the WirelessTypes::DataFormat of the node.
",6058:"
WirelessTypes::DataCollectionMethod collectionMethod()
Gets the WirelessTypes::DataCollectionMethod of the node.
",6059:"
uint32 sweepsPerSession()
Gets the number of sweeps per session of the node.
",6060:"
WirelessTypes::SamplingMode samplingMode()
Gets the WirelessTypes::SamplingMode ofthe node.
",6061:"
uint32 sensorDelay()
Gets the value stored in eeprom for the sensor delay of the node.
",6062:"
TimeSpan timeBetweenBursts()
Gets the time between bursts of the node.
",6063:"
WirelessTypes::SettlingTime filterSettlingTime(
uint8 channelNumber
)
Gets the WirelessTypes::SettlingTime of the node for a specific channel number.
",6064:"
DataModeMask dataMode()
Gets the DataModeMask of the node.
",6065:"
SampleRate derivedDataRate()
Gets the derived data rate as a SampleRate object.
",6066:"
ChannelMask derivedChannelMask(
WirelessTypes::DerivedCategory category
)
Gets the channel mask for the specified WirelessTypes::DerivedCategory as a ChannelMask.
",6067:"
uint16 diagnosticInterval()
Gets the diagnostic interval set on the Node.
",6068:"
void txPerGroup(
uint32 txPerGroup
)
Writes the transmissions per group to the node.
",6069:"
void groupSize(
uint32 groupSize
)
Writes the group size to the node.
",6070:"
void tdmaAddress(
uint32 address
)
Writes the TDMA address to the node.
",6071:"
void retransmission(
WirelessTypes::NodeRetransmission reTx
)
Writes the retransmission value to the node.
",6072:"
void maxRetransPerBurst(
uint32 maxReTxPerBurst
)
Writes the maximum retransmissions per burst to the node.
",6073:"
void applyEepromChanges()
Resets the radio/power on the Node to apply eeprom changes that have been made.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SyncNodeConfig-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/SyncNodeConfig-ToolTips.js deleted file mode 100644 index c20eb9e36..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SyncNodeConfig-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6114:"
NodeEepromHelper
A helper class for reading and writing to a Wireless Node\'s Eeprom.  This class provides eeprom specific parsing so that high-level objects can be converted to their low-level eeprom value equivelent and vice-versa.
",6672:"
DataModeMask
Helper class for the DataMode bitmask used in Node Eeproms.
",8365:"
SyncNetworkInfo
Contains network information for a WirelessNode that has been added to the Sync Sampling Network.
",8574:"
Represents the types of data collection methods that can be performed on the Node.
",8594:"
Represents the types of data formats that Nodes can be configured to send when sampling.
",8604:"
Represents the types of sampling modes the Node can be in.
",8645:"
Represents the possible Node Retransmission values.
",8782:"
Represents the settling times used for thermocouple and voltage inputs on some Wireless Nodes.
",9141:"
Available Derived Channel Categories for configuration.
",9155:"
Available Communication Protocol types.
",9478:"
ChannelMask
Represents the channel mask (active and inactive channels) for a WirelessNode.
",9819:"
SampleRate
Represents a MicroStrain sample rate (rate at which data is sampling)
",10328:"
TimeSpan
Represents a range of time
",10464:"
Error_UnknownSampleRate
The sample rate is invalid or unknown for the given device
",10472:"
Error_NodeCommunication
The exception for failing to communicate with a WirelessNode.
",10479:"
Error_Connection
The generic connection exception.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SyncNodeConfig.html b/v66.0.1/MSCL_Docs/classes/C/SyncNodeConfig.html deleted file mode 100644 index c9dd022be..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SyncNodeConfig.html +++ /dev/null @@ -1,173 +0,0 @@ - - -SyncNodeConfig - - - - - - - -
-
SyncNodeConfig
-
SyncNodeConfig
-

A helper class for reading and writing values used for Synchronized Sampling configuration

-
- -
-
Functions
-
- -
-
SyncNodeConfig
-
SyncNodeConfig(
const SyncNetworkInfo *networkInfo
)
-

Creates a SyncNodeConfig object

Parameters
networkInfo
const SyncNetworkInfo*

A SyncNetworkInfo object containing information on a Node in the Sync Sampling network.

-
- -
-
Variables
-
- -
-
m_networkInfo
-
const SyncNetworkInfo* m_networkInfo
-

The SyncNetworkInfo object containing information on the Node in the Sync Sampling network.

-
- -
-
m_eepromHelper
-
NodeEepromHelper m_eepromHelper
-

The NodeEepromHelper to use in reading and writing eeproms.

-
- -
-
Functions
-
- -
-
sampleRate
-
SampleRate sampleRate()
-

Gets the SampleRate of the node.

Exceptions
-
- -
-
activeChannels
-
ChannelMask activeChannels()
-

Gets the ChannelMask of the node.

Returns

A ChannelMask object representing the active channels of the node.

Exceptions
-
- -
-
activeChannelCount
-
uint16 activeChannelCount()
-

Gets the number of active channels on the node for use in Sync Sampling formulas.  Note: this does not necessarily return the true active channel count, as some channels on some nodes don't count towards active channels in Sync Sampling formulas.

Returns

The number of active channels on the node for use in Sync Sampling formulas.

Exceptions
-
- -
-
commProtocol
- -

Gets the WirelessTypes::CommProtocol of the Node.

Exceptions
-
- -
-
dataFormat
- -

Gets the WirelessTypes::DataFormat of the node.

Returns

A WirelessTypes::DataFormat object representing the data format of the node.

Exceptions
-
- -
-
collectionMethod
- -

Gets the WirelessTypes::DataCollectionMethod of the node.

Returns

A WirelessTypes::DataCollectionMethod object representing the collection method of the Node.

Exceptions
-
- -
-
sweepsPerSession
-
uint32 sweepsPerSession()
-

Gets the number of sweeps per session of the node.

Returns

The number of sweeps per session of the node.

Exceptions
-
- -
-
samplingMode
- -

Gets the WirelessTypes::SamplingMode ofthe node.

Returns

The WirelessTypes::SamplingMode of the node.

Exceptions
-
- -
-
sensorDelay
-
uint32 sensorDelay()
-

Gets the value stored in eeprom for the sensor delay of the node.

Returns

The sensor delay of the node as a TimeSpan.

Exceptions
-
- -
-
timeBetweenBursts
-
TimeSpan timeBetweenBursts()
-

Gets the time between bursts of the node.

Returns

A TimeSpan representing the time between bursts of the node.

Exceptions
-
- -
-
filterSettlingTime
-
WirelessTypes::SettlingTime filterSettlingTime(
uint8 channelNumber
)
-

Gets the WirelessTypes::SettlingTime of the node for a specific channel number.

Parameters
channelNumber
uint8

The channel number to get the settling time for (ch1 = 1, ch8 = 8).

Returns

A WirelessTypes::SettlingTime.

Exceptions
-
- -
-
dataMode
-
DataModeMask dataMode()
-

Gets the DataModeMask of the node.

Exceptions
-
- -
-
derivedDataRate
-
SampleRate derivedDataRate()
-

Gets the derived data rate as a SampleRate object.

Exceptions
-
- -
-
derivedChannelMask
-
ChannelMask derivedChannelMask(
WirelessTypes::DerivedCategory category
)
-

Gets the channel mask for the specified WirelessTypes::DerivedCategory as a ChannelMask.

Exceptions
-
- -
-
diagnosticInterval
-
uint16 diagnosticInterval()
-

Gets the diagnostic interval set on the Node.

-
- -
-
txPerGroup
-
void txPerGroup(
uint32 txPerGroup
)
-

Writes the transmissions per group to the node.

Parameters
txPerGroup
uint32

The number of transmissions per group value to write to the node.

Exceptions
-
- -
-
groupSize
-
void groupSize(
uint32 groupSize
)
-

Writes the group size to the node.

Parameters
groupSize
uint32

The group size value to write to the node.

Exceptions
-
- -
-
tdmaAddress
-
void tdmaAddress(
uint32 address
)
-

Writes the TDMA address to the node.

Parameters
address
uint32

The TDMA address value to write to the node.

Exceptions
-
- -
-
retransmission
-
void retransmission(
WirelessTypes::NodeRetransmission reTx
)
-

Writes the retransmission value to the node.

Parameters
reTx
WirelessTypes::NodeRetransmission

The WirelessTypes::NodeRetransmission value to write to the node.

Exceptions
-
- -
-
maxRetransPerBurst
-
void maxRetransPerBurst(
uint32 maxReTxPerBurst
)
-

Writes the maximum retransmissions per burst to the node.

Parameters
maxReTxPerBurst
uint32

The maximum retransmissions per burst value to write to the node.

Exceptions
-
- -
-
applyEepromChanges
-
void applyEepromChanges()
-

Resets the radio/power on the Node to apply eeprom changes that have been made.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SyncSamplingFormulas-Summary.js b/v66.0.1/MSCL_Docs/classes/C/SyncSamplingFormulas-Summary.js deleted file mode 100644 index 068d35a84..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SyncSamplingFormulas-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:SyncSamplingFormulas","SyncSamplingFormulas");NDSummary.OnSummaryLoaded("CClass:SyncSamplingFormulas",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[8338,0,0,"SyncSamplingFormulas"],[8339,0,3,"Constants","Constants"],[8340,0,1,"Sync Sampling Constants","Sync_Sampling_Constants"],[8341,0,1,,"MAX_SLOTS"],[8342,0,1,,"MAX_SLOTS_HIGH_CAPACITY"],[8343,0,1,,"MIN_TDMA"],[8344,0,3,"Functions","Functions"],[8345,0,2,"bytesPerSecond","bytesPerSecond"],[8346,0,2,"maxBytesPerPacket","maxBytesPerPacket"],[8347,0,2,"groupSize","groupSize"],[8348,0,2,"txPerGroup","txPerGroup"],[8349,0,2,"txPerSecond","txPerSecond"],[8350,0,2,"slotSpacing","slotSpacing"],[8351,0,2,"maxTdmaAddress","maxTdmaAddress"],[8352,0,2,"percentBandwidth","percentBandwidth"],[8353,0,2,"sampleDuration","sampleDuration"],[8354,0,2,"bytesPerSweep","bytesPerSweep"],[8355,0,2,"checkSamplingDelay","checkSamplingDelay"],[8356,0,2,"slotsBetweenTx","slotsBetweenTx"],[8357,0,2,"canHaveFirstSlot","canHaveFirstSlot"],[8358,0,2,"totalBytesPerBurst","totalBytesPerBurst"],[8359,0,2,"maxBytesPerBurstPacket","maxBytesPerBurstPacket"],[8360,0,2,"totalNeededBurstTx","totalNeededBurstTx"],[8361,0,2,"minTimeBetweenBursts","minTimeBetweenBursts"],[8362,0,2,"minTimeBetweenBursts","minTimeBetweenBursts(2)"],[8363,0,2,"burstTxPerSecond","burstTxPerSecond"],[8364,0,2,"overheadFactor","overheadFactor"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SyncSamplingFormulas-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/SyncSamplingFormulas-SummaryToolTips.js deleted file mode 100644 index 1dead081b..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SyncSamplingFormulas-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:SyncSamplingFormulas",{8338:"
namespace
SyncSamplingFormulas
Contains formulas for determining Sync Sampling configuration
",8345:"
double bytesPerSecond(
const SampleRate &sampleRate,
uint16 numChs,
uint8 bytesPerSample
)
Calculates the number of bytes per second
",8346:"
uint32 maxBytesPerPacket(
const SampleRate &sampleRate,
bool lossless,
bool highBandwidth,
uint8 syncFormulaVersion,
WirelessTypes::CommProtocol commProtocol
)
Calculates the maximum number of bytes per packet
",8347:"
uint32 groupSize()
Calculates the group size
",8348:"
uint32 txPerGroup(
double bytesPerSecond,
uint32 maxBytesPerPacket,
uint32 groupSize
)
Calculates the transmissions per group
",8349:"
float txPerSecond(
uint32 txPerGroup,
uint32 groupSize
)
Calculates the number of transmissions per second
",8350:"
uint16 slotSpacing(
WirelessTypes::CommProtocol protocol
)
Gets the slot spacing for the network
",8351:"
uint32 maxTdmaAddress(
uint32 txPerGroup,
uint32 groupSize,
bool legacyNwk,
WirelessTypes::CommProtocol protocol
)
Gets the maximum TDMA address that is allowed
",8352:"
float percentBandwidth(
float txPerSecond,
bool legacyNwk,
WirelessTypes::CommProtocol protocol
)
Calculates the percent of bandwidth for a single node
",8353:"
double sampleDuration(
uint32 numSweeps,
const SampleRate &sampleRate
)
Calculates the sample duration for a given sample rate and number of sweeps
",8354:"
uint32 bytesPerSweep(
uint8 bytesPerSample,
uint16 numChs
)
Gets the total number of bytes per data sweep
",8355:"
bool checkSamplingDelay(
WirelessTypes::SamplingMode samplingMode,
const SampleRate &sampleRate,
WirelessModels::NodeModel nodeModel
)
Whether or not the sampling delay should be checked when finding slots in the Sync Sampling network
",8356:"
uint16 slotsBetweenTx(
uint32 txPerGroup,
uint32 groupSize
)
Calculates the number of slots that need to be between each transmission
",8357:"
bool canHaveFirstSlot(
WirelessModels::NodeModel nodeModel,
uint8 syncVersion
)
Checks whether the node can be assigned slot 1 in the Sync Sampling network
",8358:"
uint32 totalBytesPerBurst(
uint32 bytesPerSweep,
uint32 numSweeps
)
Gets the total number of bytes per burst
",8359:"
uint32 maxBytesPerBurstPacket(
uint32 bytesPerSweep,
bool lossless,
WirelessTypes::CommProtocol commProtocol
)
Gets the maximum number of bytes per packet
",8360:"
uint32 totalNeededBurstTx(
uint32 totalBytesPerBurst,
uint32 maxBurstBytesPerPacket
)
Calculates the total needed transmissions for bursts
",8361:"
uint32 minTimeBetweenBursts(
uint32 totalNeededTx,
double sampleDuration,
bool lossless
)
Calculates the minimum amount of time allowed between bursts
",8362:"
TimeSpan minTimeBetweenBursts(
uint32 numRawBytesPerSweep,
uint32 numDerivedBytesPerSweep,
const mscl::SampleRate &rawSampleRate,
uint32 sweepsPerBurst,
WirelessTypes::CommProtocol commProtocol
)
Calculates the minimum amount of time allowed between bursts.
",8363:"
uint32 burstTxPerSecond(
uint32 totalNeededTx,
uint32 timeBetweenBursts,
double sampleDuration,
bool lossless
)
Calculates the burst transmissions per second
",8364:"
float overheadFactor(
bool lossless,
bool optimizeBandwidth,
bool diagnosticPacketEnabled,
const SampleRate &sampleRate,
uint8 syncFormulaVersion
)
Gets the overhead factor used in TDMA calculations.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SyncSamplingFormulas-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/SyncSamplingFormulas-ToolTips.js deleted file mode 100644 index 419d7a1e5..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SyncSamplingFormulas-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7789:"
The model numbers for each of the Wireless Nodes.
",8604:"
Represents the types of sampling modes the Node can be in.
",9155:"
Available Communication Protocol types.
",9819:"
SampleRate
Represents a MicroStrain sample rate (rate at which data is sampling)
",10328:"
TimeSpan
Represents a range of time
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SyncSamplingFormulas.html b/v66.0.1/MSCL_Docs/classes/C/SyncSamplingFormulas.html deleted file mode 100644 index 0034444f5..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SyncSamplingFormulas.html +++ /dev/null @@ -1,150 +0,0 @@ - - -SyncSamplingFormulas - - - - - - - -
-
SyncSamplingFormulas
-
namespace
SyncSamplingFormulas
-

Contains formulas for determining Sync Sampling configuration

-
- -
-
Constants
-
- -
-
Sync Sampling Constants
-
MAX_SLOTS

1024  - The maximum number of slots for normal capacity mode

MAX_SLOTS_HIGH_CAPACITY

1024 * 16 - The maximum number of slots for high capacity mode

MIN_TDMA

1  - The minimum TDMA address allowed to be assigned to a Node

-
- -
-
Functions
-
- -
-
bytesPerSecond
-
double bytesPerSecond(
const SampleRate &sampleRate,
uint16 numChs,
uint8 bytesPerSample
)
-

Calculates the number of bytes per second

Parameters
sampleRate
const SampleRate&

The SampleRate

numChs
uint16

The number of active channels

bytesPerSample
uint8

The number of bytes per sample

Returns

The number of bytes per second

-
- -
-
maxBytesPerPacket
-
uint32 maxBytesPerPacket(
const SampleRate &sampleRate,
bool lossless,
bool highBandwidth,
uint8 syncFormulaVersion,
WirelessTypes::CommProtocol commProtocol
)
-

Calculates the maximum number of bytes per packet

Parameters
sampleRate
const SampleRate&

The SampleRate

lossless
bool

Whether the network is using lossless or not

highBandwidth
bool

Whether we are attempting to optimize bandwidth or not

syncFormulaVersion
uint8

The version of the Sync Sampling formula to use

commProtocol
WirelessTypes::CommProtocol

The WirelessTypes::CommProtocol the Node will use for sampling

-
- -
-
groupSize
-
uint32 groupSize()
-

Calculates the group size

Returns

The group size for the network

-
- -
-
txPerGroup
-
uint32 txPerGroup(
double bytesPerSecond,
uint32 maxBytesPerPacket,
uint32 groupSize
)
-

Calculates the transmissions per group

Parameters
bytesPerSecond
double

The number of bytes per second

maxBytesPerPacket
uint32

The maximum number of bytes per packet

groupSize
uint32

The group size for the network

Returns

The transmissions per group

-
- -
-
txPerSecond
-
float txPerSecond(
uint32 txPerGroup,
uint32 groupSize
)
-

Calculates the number of transmissions per second

Parameters
txPerGroup
uint32

The number of transmissions per group

groupSize
uint32

The group size for the network

Returns

The number of transmissions per second

-
- -
-
slotSpacing
-
uint16 slotSpacing(
WirelessTypes::CommProtocol protocol
)
-

Gets the slot spacing for the network

protocol

The WirelessTypes::CommProtocol.

Returns

The slot spacing for the network

-
- -
-
maxTdmaAddress
-
uint32 maxTdmaAddress(
uint32 txPerGroup,
uint32 groupSize,
bool legacyNwk,
WirelessTypes::CommProtocol protocol
)
-

Gets the maximum TDMA address that is allowed

Returns

The maximum TDMA address that is allowed

-
- -
-
percentBandwidth
-
float percentBandwidth(
float txPerSecond,
bool legacyNwk,
WirelessTypes::CommProtocol protocol
)
-

Calculates the percent of bandwidth for a single node

Parametesr
txPerSecond

The number of transmissions per second.

legacyNwk

Whether the network has legacy nodes or not.

protocol

The WirelessTypes::CommProtocol.

Returns

The percent of bandwidth

-
- -
-
sampleDuration
-
double sampleDuration(
uint32 numSweeps,
const SampleRate &sampleRate
)
-

Calculates the sample duration for a given sample rate and number of sweeps

Parameters
numSweeps
uint32

The number of sweeps sampleRate The SampleRate

-
- -
-
bytesPerSweep
-
uint32 bytesPerSweep(
uint8 bytesPerSample,
uint16 numChs
)
-

Gets the total number of bytes per data sweep

Parameters
bytesPerSample
uint8

The number of bytes per sample

numChs
uint16

The number of active channels

Returns

The total number of bytes per data sweep

-
- -
-
checkSamplingDelay
-
bool checkSamplingDelay(
WirelessTypes::SamplingMode samplingMode,
const SampleRate &sampleRate,
WirelessModels::NodeModel nodeModel
)
-

Whether or not the sampling delay should be checked when finding slots in the Sync Sampling network

Parameters
samplingMode
WirelessTypes::SamplingMode

The WirelessTypes::SamplingMode of the node

sampleRate
const SampleRate&

The SampleRate of the node

nodeModel
WirelessModels::NodeModel

The WirelessModels::NodeModel of the node

Returns

true if the sampling delay should be checked, false if it should not be checked

-
- -
-
slotsBetweenTx
-
uint16 slotsBetweenTx(
uint32 txPerGroup,
uint32 groupSize
)
-

Calculates the number of slots that need to be between each transmission

Parameters
txPerGroup
uint32

The number of transmissions per group

groupSize
uint32

The group size for the network

Returns

The number of slots that need to be between each transmission

-
- -
-
canHaveFirstSlot
-
bool canHaveFirstSlot(
WirelessModels::NodeModel nodeModel,
uint8 syncVersion
)
-

Checks whether the node can be assigned slot 1 in the Sync Sampling network

Parameters
nodeModel
WirelessModels::NodeModel

The WirelessModels::NodeModel of the node

syncVersion
uint8

The version of the Sync Sampling formulas supported by the node

Returns

true if the node can be assigned slot 1, false if it cannot be assigned slot 1

-
- -
-
totalBytesPerBurst
-
uint32 totalBytesPerBurst(
uint32 bytesPerSweep,
uint32 numSweeps
)
-

Gets the total number of bytes per burst

Parameters
bytesPerSweep
uint32

The total number of bytes per data sweep

numSweeps
uint32

The number of sweeps

Returns

The total number of bytes per burst

-
- -
-
maxBytesPerBurstPacket
-
uint32 maxBytesPerBurstPacket(
uint32 bytesPerSweep,
bool lossless,
WirelessTypes::CommProtocol commProtocol
)
-

Gets the maximum number of bytes per packet

Parameters
bytesPerSweep
uint32

The total number of bytes per data sweep

lossless
bool

Whether the network is using lossless or not

commProtocol
WirelessTypes::CommProtocol

The WirelessTypes::CommProtocol the Node will use for sampling

Returns

The maximum number of bytes per packet

-
- -
-
totalNeededBurstTx
-
uint32 totalNeededBurstTx(
uint32 totalBytesPerBurst,
uint32 maxBurstBytesPerPacket
)
-

Calculates the total needed transmissions for bursts

Parameters
totalBytesPerBurst
uint32

The total number of bytes per burst

maxBurstBytesPerPacket
uint32

The maximum number of bytes per packet

Returns

The total needed transmissions for Bursts

-
- -
-
minTimeBetweenBursts
-
uint32 minTimeBetweenBursts(
uint32 totalNeededTx,
double sampleDuration,
bool lossless
)
-

Calculates the minimum amount of time allowed between bursts

Parameters
totalNeededTx
uint32

The total needed transmissions for bursts

sampleDuration
double

The sample duration

lossless
bool

Whether the network is using lossless or not

Returns

The minimum amount of time allowed between bursts

-
- -
-
minTimeBetweenBursts
-
TimeSpan minTimeBetweenBursts(
uint32 numRawBytesPerSweep,
uint32 numDerivedBytesPerSweep,
const mscl::SampleRate &rawSampleRate,
uint32 sweepsPerBurst,
WirelessTypes::CommProtocol commProtocol
)
-

Calculates the minimum amount of time allowed between bursts.

Parameters
numRawBytesPerSweep
uint32

The number of raw bytes per sweep.

numDerivedBytesPerSweep
uint32

The number of derived bytes per sweep.

rawSampleRate
const mscl::SampleRate&

The SampleRate for Raw Data for the sampling session.

sweepsPerBurst
uint32

The number of sweeps per burst for the sampling session.

commProtocol
WirelessTypes::CommProtocol

The WirelessTypes::CommProtocol that the Node is currently using.

Returns

A TimeSpan representing the minimum time that can be assigned for a Burst Sync Sampling session.

-
- -
-
burstTxPerSecond
-
uint32 burstTxPerSecond(
uint32 totalNeededTx,
uint32 timeBetweenBursts,
double sampleDuration,
bool lossless
)
-

Calculates the burst transmissions per second

Parameters
totalNeededTx
uint32

The total needed transmissions for bursts

timeBetweenBursts
uint32

The time between each burst

sampleDuration
double

The sample duration

lossless
bool

Whether the network is using lossless or not

Returns

The burst transmissions per second

-
- -
-
overheadFactor
-
float overheadFactor(
bool lossless,
bool optimizeBandwidth,
bool diagnosticPacketEnabled,
const SampleRate &sampleRate,
uint8 syncFormulaVersion
)
-

Gets the overhead factor used in TDMA calculations.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SyncSamplingMathPacket-Summary.js b/v66.0.1/MSCL_Docs/classes/C/SyncSamplingMathPacket-Summary.js deleted file mode 100644 index 54477940c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SyncSamplingMathPacket-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:SyncSamplingMathPacket","SyncSamplingMathPacket");NDSummary.OnSummaryLoaded("CClass:SyncSamplingMathPacket",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[7326,0,0,"SyncSamplingMathPacket"],[7327,0,2,"Functions","Functions"],[7328,0,1,"SyncSamplingMathPacket","SyncSamplingMathPacket"],[7329,0,1,"parseSweeps","parseSweeps"],[7330,0,1,"integrityCheck","integrityCheck"],[7331,0,1,"getUniqueId","getUniqueId"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SyncSamplingMathPacket-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/SyncSamplingMathPacket-SummaryToolTips.js deleted file mode 100644 index b7481f8a9..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SyncSamplingMathPacket-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:SyncSamplingMathPacket",{7326:"
SyncSamplingMathPacket
A WirelessDataPacket derived class representing a Synchronized Sampling Math packet
",7328:"
explicit SyncSamplingMathPacket(
const WirelessPacket &packet
)
Creates a SyncSamplingMathPacket from the passed in WirelessPacket
",7329:"
void parseSweeps()
Parses the passed in WirelessPacket for all the sweep information and adds a sweep to the sweeps container
",7330:"
static bool integrityCheck(
const WirelessPacket &packet
)
Verifies that the packet is a well formed Synchronized Sampling packet
",7331:"
static UniqueWirelessPacketId getUniqueId(
const WirelessPacket &packet
)
Gets the unique Id of the WirelessPacket passed in
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SyncSamplingMathPacket-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/SyncSamplingMathPacket-ToolTips.js deleted file mode 100644 index 029a71284..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SyncSamplingMathPacket-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7176:"
WirelessPacket
Represents a MicroStrain wireless packet
",7236:"
WirelessDataPacket
A class representing a Wireless Data Packet.
",10248:"
Typedef for an id that uniquely identifies a wireless packet.
",10464:"
Error_UnknownSampleRate
The sample rate is invalid or unknown for the given device
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SyncSamplingMathPacket.html b/v66.0.1/MSCL_Docs/classes/C/SyncSamplingMathPacket.html deleted file mode 100644 index 178b50f36..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SyncSamplingMathPacket.html +++ /dev/null @@ -1,45 +0,0 @@ - - -SyncSamplingMathPacket - - - - - - - -
-
SyncSamplingMathPacket
-
public
WirelessDataPacket
SyncSamplingMathPacket
-

A WirelessDataPacket derived class representing a Synchronized Sampling Math packet

-
- -
-
Functions
-
- -
-
SyncSamplingMathPacket
-
explicit SyncSamplingMathPacket(
const WirelessPacket &packet
)
-

Creates a SyncSamplingMathPacket from the passed in WirelessPacket

Parameters
packet
const WirelessPacket&

A WirelessPacket determined to be a SyncSamplingMathPacket

-
- -
-
parseSweeps
-
void parseSweeps()
-

Parses the passed in WirelessPacket for all the sweep information and adds a sweep to the sweeps container

Exceptions
-
- -
-
integrityCheck
-
static bool integrityCheck(
const WirelessPacket &packet
)
-

Verifies that the packet is a well formed Synchronized Sampling packet

Parameters
packet
const WirelessPacket&

The fully formed Wireless Packet to check the integrity of

Returns

true if the packet is a well formed Sync Sampling packet, false otherwise

-
- -
-
getUniqueId
-
static UniqueWirelessPacketId getUniqueId(
const WirelessPacket &packet
)
-

Gets the unique Id of the WirelessPacket passed in

Parameters
packet
const WirelessPacket&

The WirelessPacket to get the unique id of

Returns

The UniqueWirelessPacketId of the passed in packet

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SyncSamplingMathPacket_aspp3-Summary.js b/v66.0.1/MSCL_Docs/classes/C/SyncSamplingMathPacket_aspp3-Summary.js deleted file mode 100644 index 62f660f4a..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SyncSamplingMathPacket_aspp3-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:SyncSamplingMathPacket_aspp3","SyncSamplingMathPacket_aspp3");NDSummary.OnSummaryLoaded("CClass:SyncSamplingMathPacket_aspp3",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[7320,0,0,"SyncSamplingMathPacket_aspp3"],[7321,0,2,"Functions","Functions"],[7322,0,1,"SyncSamplingMathPacket_aspp3","SyncSamplingMathPacket_aspp3"],[7323,0,1,"parseSweeps","parseSweeps"],[7324,0,1,"integrityCheck","integrityCheck"],[7325,0,1,"getUniqueId","getUniqueId"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SyncSamplingMathPacket_aspp3-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/SyncSamplingMathPacket_aspp3-SummaryToolTips.js deleted file mode 100644 index 94901d799..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SyncSamplingMathPacket_aspp3-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:SyncSamplingMathPacket_aspp3",{7320:"
SyncSamplingMathPacket_aspp3
A WirelessDataPacket derived class representing a Synchronized Sampling Math packet
",7322:"
explicit SyncSamplingMathPacket_aspp3(
const WirelessPacket &packet
)
Creates a SyncSamplingMathPacket_aspp3 from the passed in WirelessPacket
",7323:"
void parseSweeps()
Parses the passed in WirelessPacket for all the sweep information and adds a sweep to the sweeps container
",7324:"
static bool integrityCheck(
const WirelessPacket &packet
)
Verifies that the packet is a well formed Synchronized Sampling packet
",7325:"
static UniqueWirelessPacketId getUniqueId(
const WirelessPacket &packet
)
Gets the unique Id of the WirelessPacket passed in
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SyncSamplingMathPacket_aspp3-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/SyncSamplingMathPacket_aspp3-ToolTips.js deleted file mode 100644 index 029a71284..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SyncSamplingMathPacket_aspp3-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7176:"
WirelessPacket
Represents a MicroStrain wireless packet
",7236:"
WirelessDataPacket
A class representing a Wireless Data Packet.
",10248:"
Typedef for an id that uniquely identifies a wireless packet.
",10464:"
Error_UnknownSampleRate
The sample rate is invalid or unknown for the given device
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SyncSamplingMathPacket_aspp3.html b/v66.0.1/MSCL_Docs/classes/C/SyncSamplingMathPacket_aspp3.html deleted file mode 100644 index 4fd12c8bc..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SyncSamplingMathPacket_aspp3.html +++ /dev/null @@ -1,45 +0,0 @@ - - -SyncSamplingMathPacket_aspp3 - - - - - - - -
-
SyncSamplingMathPacket_aspp3
-
public
WirelessDataPacket
SyncSamplingMathPacket_aspp3
-

A WirelessDataPacket derived class representing a Synchronized Sampling Math packet

-
- -
-
Functions
-
- -
-
SyncSamplingMathPacket_aspp3
-
explicit SyncSamplingMathPacket_aspp3(
const WirelessPacket &packet
)
-

Creates a SyncSamplingMathPacket_aspp3 from the passed in WirelessPacket

Parameters
packet
const WirelessPacket&

A WirelessPacket determined to be a SyncSamplingMathPacket_aspp3

-
- -
-
parseSweeps
-
void parseSweeps()
-

Parses the passed in WirelessPacket for all the sweep information and adds a sweep to the sweeps container

Exceptions
-
- -
-
integrityCheck
-
static bool integrityCheck(
const WirelessPacket &packet
)
-

Verifies that the packet is a well formed Synchronized Sampling packet

Parameters
packet
const WirelessPacket&

The fully formed Wireless Packet to check the integrity of

Returns

true if the packet is a well formed Sync Sampling packet, false otherwise

-
- -
-
getUniqueId
-
static UniqueWirelessPacketId getUniqueId(
const WirelessPacket &packet
)
-

Gets the unique Id of the WirelessPacket passed in

Parameters
packet
const WirelessPacket&

The WirelessPacket to get the unique id of

Returns

The UniqueWirelessPacketId of the passed in packet

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SyncSamplingNetwork-Summary.js b/v66.0.1/MSCL_Docs/classes/C/SyncSamplingNetwork-Summary.js deleted file mode 100644 index 1ffa51531..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SyncSamplingNetwork-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:SyncSamplingNetwork","SyncSamplingNetwork");NDSummary.OnSummaryLoaded("CClass:SyncSamplingNetwork",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[8293,0,0,"SyncSamplingNetwork"],[8294,0,2,"Functions","Functions"],[8295,0,1,"SyncSamplingNetwork","SyncSamplingNetwork"],[8296,0,2,"Variables","Variables"],[8297,0,3,"m_networkBase","m_networkBase"],[8298,0,3,"m_nodes","m_nodes"],[8299,0,3,"m_allNodes","m_allNodes"],[8300,0,3,"m_eventNodes","m_eventNodes"],[8301,0,3,"m_nonEventNodes","m_nonEventNodes"],[8302,0,3,"m_slots","m_slots"],[8303,0,3,"m_lossless","m_lossless"],[8304,0,3,"m_commProtocol","m_commProtocol"],[8305,0,3,"m_percentBandwidth","m_percentBandwidth"],[8306,0,3,"m_networkOk","m_networkOk"],[8307,0,3,"m_configApplied","m_configApplied"],[8308,0,3,"m_disabledBeacon","m_disabledBeacon"],[8309,0,3,"m_availableSlotCount","m_availableSlotCount"],[8310,0,2,"Functions","Functions(2)"],[8311,0,1,"addNode","addNode"],[8312,0,1,"addNode","addNode(2)"],[8313,0,1,"removeNode","removeNode"],[8314,0,1,"percentBandwidth","percentBandwidth"],[8315,0,1,"ok","ok"],[8316,0,1,"refresh","refresh"],[8317,0,1,"lossless","lossless"],[8318,0,1,"lossless","lossless(2)"],[8319,0,1,"communicationProtocol","communicationProtocol"],[8320,0,1,"communicationProtocol","communicationProtocol(2)"],[8321,0,1,"applyConfiguration","applyConfiguration"],[8322,0,1,"startSampling","startSampling"],[8323,0,1,"startSampling","startSampling(2)"],[8324,0,1,"startSampling_noBeacon","startSampling_noBeacon"],[8325,0,1,"getNodeNetworkInfo","getNodeNetworkInfo"],[8326,0,1,"addNodeToNetwork","addNodeToNetwork"],[8327,0,1,"calculateNetworkValues","calculateNetworkValues"],[8328,0,1,"updateNetworkStatus","updateNetworkStatus"],[8329,0,1,"sortByBandwidth","sortByBandwidth"],[8330,0,1,"sortingFunction","sortingFunction"],[8331,0,1,"findSlotsForNodes","findSlotsForNodes"],[8332,0,1,"getTdmaSlot","getTdmaSlot"],[8333,0,1,"optimizeBandwidth","optimizeBandwidth"],[8334,0,1,"findSamplingDelay","findSamplingDelay"],[8335,0,1,"sendStartToAllNodes","sendStartToAllNodes"],[8336,0,1,"inLegacyMode","inLegacyMode"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SyncSamplingNetwork-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/SyncSamplingNetwork-SummaryToolTips.js deleted file mode 100644 index dafa6a6d5..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SyncSamplingNetwork-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:SyncSamplingNetwork",{8293:"
SyncSamplingNetwork
Used to configure and start a Synchronized Sampling network of wireless nodes.
",8295:"
explicit SyncSamplingNetwork(
const BaseStation &networkBaseStation
)
Creates a SyncSamplingNetwork object used to configure and start a Synchronized Sampling network.
",8297:"
BaseStation m_networkBase
The BaseStation that will act as the parent base station for this network, performing all the communication with the Nodes.
",8298:"
std::map<NodeAddress, std::unique_ptr<SyncNetworkInfo> > m_nodes
A map of node addresses to SyncNetworkInfos containing all the nodes that were added to the network.
",8299:"
std::vector<NodeAddress> m_allNodes
A vector of node addresses for every node in the network.
",8300:"
std::vector<NodeAddress> m_eventNodes
A vector of node addresses for every node in Event-Driven mode.
",8301:"
std::vector<NodeAddress> m_nonEventNodes
A vector of node addresses for every node Not in Event-Driven mode.
",8302:"
std::vector<bool> m_slots
A vector of bools representing all of the transmission slots. If a slot is set (true), it it taken. If a slot is unset (false), it is available.
",8303:"
bool m_lossless
Whether the lossless option is enabled or not.
",8304:"
WirelessTypes::CommProtocol m_commProtocol
The WirelessTypes::CommProtocol that the network is using (based off of the master BaseStation\'s comm protocol when this network was created).
",8305:"
float m_percentBandwidth
The percent of bandwidth for the entire Sync Sampling Network.  This includes nodes that could not find TDMA slots, but does not include nodes who failed to communicate.
",8306:"
bool m_networkOk
Whether the Sync Sampling Network is OK (true) or has problems (false).
",8307:"
bool m_configApplied
Whether the calculated network configuration values have been applied to all of the nodes in the network.
",8308:"
bool m_disabledBeacon
Whether the beacon has already been disabled or not by this object.
",8309:"
uint16 m_availableSlotCount
The number of remaining available slots.
",8311:"
void addNode(
WirelessNode &node
)
Adds a WirelessNode to the Sync Sampling network. If the Node already exists in the network, it will not be added.  The Node\'s parent BaseStation should be the same as the network\'s master BaseStation.  The Node should have its sampling configuration set to a Synchronized Sampling mode prior to adding to be successfully added.
",8312:"
void addNode(
WirelessNode &node,
const WirelessNodeConfig &pendingConfig
)
Adds a WirelessNode to the Sync Sampling network. If the Node already exists in the network, it will not be added.  The Node\'s parent BaseStation should be the same as the network\'s master BaseStation.  The Node should have its sampling configuration set to a Synchronized Sampling mode prior to adding to be successfully added.
",8313:"
void removeNode(
NodeAddress nodeAddress
)
Removes a WirelessNode from the Sync Sampling network, if it exists in the network.
",8314:"
float percentBandwidth() const
Gets the total percent bandwidth for the Sync Sampling Network.  This includes nodes that could not find TDMA slots, but does not include nodes who failed to communicate (status of <status_PoorCommunication>).
",8315:"
bool ok() const
Gets whether the Sync Sampling Network is OK (true), or has problems such as exceeding bandwidth (false).
",8316:"
void refresh()
Refreshes the Sync Sampling Network.  This function must be called when any WirelessNode has changed its configuration after being added to the network!
",8317:"
bool lossless() const
Gets whether the lossless option is enabled or not for the entire network (default of enabled).  The lossless feature enables buffering and retransmissions in order to provide 100% packet success rate under most operating conditions.  This does, however, have a possible increase in latency, especially in poor RF environments.
",8318:"
void lossless(
bool enable
)
Enables or Disables the lossless option for the entire network. If changed, refresh will be called.  The lossless feature enables buffering and retransmissions in order to provide 100% packet success rate under most operating conditions.  This can, however, cause a possible increase in latency, especially in poor RF environments.
",8319:"
WirelessTypes::CommProtocol communicationProtocol() const
Gets the WirelessTypes::CommProtocol that is set for the network.  This setting initially gets loaded from the protocol that the BaseStation is configured for when the network is first created.
",8320:"
void communicationProtocol(
WirelessTypes::CommProtocol protocol
)
Sets the WirelessTypes::CommProtocol for the network.  The initial communicationProtocol is set to whichever mode the BaseStation was configured for when the network was first created.  Changing this setting will call refresh and the network calculations (such as percentBandwidth) will be updated.  Note: Changing this does not actually change the protocol of the BaseStation or Nodes in the network. All devices must be changed to the same WirelessTypes::CommProtocol that the network is set to before applyConfiguration is called, or else an exception will be thrown.
",8321:"
void applyConfiguration()
Applies the Sync Sampling network settings to all of the nodes in the network.  This action is required before starting a Sync Sampling network. The network status must be OK before this can be called.  Calling this function repeatedly will only affect the node\'s that haven\'t had their configuration applied successfully. This can be useful if some nodes successfully apply, while others fail to communicate.  Note: This will clear any "pending" configurations that any nodes have in the network.  You must manually apply those configuration templates to the nodes if you want them to actually be applied to the devices.
",8322:"
void startSampling()
Starts the network sampling by sending the start command to each node, and then starting the beacon on the master basestation with the current system time. applyConfiguration must be called before this function is called.  Calling this function repeatedly will only start the node\'s that haven\'t been started already. This can be useful if some nodes successfully start, while others fail to communicate. The beacon will not be started until all nodes have started.
",8323:"
void startSampling(
Timestamp startTime
)
Starts the network sampling by sending the start command to each node, and then starting the beacon on the master basestation with the given Timestamp. applyConfiguration must be called before this function is called.  Calling this function repeatedly will only start the node\'s that haven\'t been started already. This can be useful if some nodes successfully start, while others fail to communicate. The beacon will not be started until all nodes have started.
",8324:"
void startSampling_noBeacon()
Sends the start command to each node in the network. The beacon is not started. Note: The nodes will not actually start sampling until they hear a beacon. applyConfiguration must be called before this function is called.  Calling this function repeatedly will only start the node\'s that haven\'t been started already. This can be useful if some nodes successfully start, while others fail to communicate.
",8325:"
SyncNetworkInfo& getNodeNetworkInfo(
NodeAddress nodeAddress
)
Gets the SyncNetworkInfo object containing network information on the specified WirelessNode within the Sync Sampling network.
",8326:"
void addNodeToNetwork(
WirelessNode &node,
const WirelessNodeConfig *pendingConfig = nullptr
)
Adds a WirelessNode to the Sync Sampling network, with or without a given pending WirelessNodeConfig.  If the Node already exists in the network, it will not be added.  The Node\'s parent BaseStation should be the same as the network\'s master BaseStation.  The Node should have its sampling configuration, or the provided pending configuration, set to a Synchronized Sampling mode prior to adding to be successfully added.
",8327:"
void calculateNetworkValues(
NodeAddress nodeAddress,
bool optimizeBandwidth
)
Calculates the network values for a single node, such as transmissions per group and group size.  This reads values that are stored on the node to use in the calculations.
",8328:"
void updateNetworkStatus()
Updates the status of each Node and calculates the total percent of bandwidth
",8329:"
void sortByBandwidth(
std::vector<NodeAddress> &container 
)
Sorts the vector of nodes by the percent of bandwidth (and by node address is bandwidth is the same).
",8330:"
bool sortingFunction(
NodeAddress address1,
NodeAddress address2
)
The function used as a predicate to sort the networkorder container by bandwidth
",8331:"
bool findSlotsForNodes(
const std::vector<NodeAddress> &nodes
)
Finds TDMA slots for every Node in the given vector of nodes.  Note that this clears m_slots before finding new slots for all of the Nodes.
",8332:"
bool getTdmaSlot(
NodeAddress nodeAddress
)
Finds a TDMA slot for a single Node.
",8333:"
void optimizeBandwidth()
Tries to optimize the bandwidth to give lossless nodes more time to transmit.  Nodes may be given different slots and the network order rearranged.
",8334:"
uint32 findSamplingDelay(
NodeAddress nodeAddress
)
Calculates the sampling delay for a node in the network.
",8335:"
void sendStartToAllNodes()
Sends the start sync sampling command to all nodes in the network.
",8336:"
bool inLegacyMode()
Gets whether the network is in legacy mode (has at least 1 sync v1 node) or not.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SyncSamplingNetwork-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/SyncSamplingNetwork-ToolTips.js deleted file mode 100644 index 13b33d201..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SyncSamplingNetwork-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({5869:"
WirelessNodeConfig
Class used for setting the configuration of WirelessNode objects.  Set all the configuration values that you want to change, then verify and apply them to a Node.
",7905:"
WirelessNode
A class representing a MicroStrain wireless node
",8316:"
void refresh()
Refreshes the Sync Sampling Network.  This function must be called when any WirelessNode has changed its configuration after being added to the network!
",8321:"
void applyConfiguration()
Applies the Sync Sampling network settings to all of the nodes in the network.  This action is required before starting a Sync Sampling network. The network status must be OK before this can be called.  Calling this function repeatedly will only affect the node\'s that haven\'t had their configuration applied successfully. This can be useful if some nodes successfully apply, while others fail to communicate.  Note: This will clear any "pending" configurations that any nodes have in the network.  You must manually apply those configuration templates to the nodes if you want them to actually be applied to the devices.
",8365:"
SyncNetworkInfo
Contains network information for a WirelessNode that has been added to the Sync Sampling Network.
",9155:"
Available Communication Protocol types.
",9710:"
BaseStation
Represents a MicroStrain Base Station object
",10245:"
typedef for a Node\'s node address.
",10291:"
Timestamp
Represents a date/time object
",10446:"
Error
The generic MicroStrain exception (base class)
",10464:"
Error_UnknownSampleRate
The sample rate is invalid or unknown for the given device
",10468:"
Error_Communication
The exception for failing to communicate with a device.
",10472:"
Error_NodeCommunication
The exception for failing to communicate with a WirelessNode.
",10479:"
Error_Connection
The generic connection exception.
",10511:"
Error_InvalidNodeConfig
The Configuration for a WirelessNode is invalid.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SyncSamplingNetwork.html b/v66.0.1/MSCL_Docs/classes/C/SyncSamplingNetwork.html deleted file mode 100644 index e2b3a452d..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SyncSamplingNetwork.html +++ /dev/null @@ -1,269 +0,0 @@ - - -SyncSamplingNetwork - - - - - - - -
-
SyncSamplingNetwork
-
SyncSamplingNetwork
-

Used to configure and start a Synchronized Sampling network of wireless nodes.

-
- -
-
Functions
-
- -
-
SyncSamplingNetwork
-
explicit SyncSamplingNetwork(
const BaseStation &networkBaseStation
)
-

Creates a SyncSamplingNetwork object used to configure and start a Synchronized Sampling network.

Parameters
networkBaseStation
const BaseStation&

The master BaseStation that will be the parent base station for this network, performing all the communication with the Nodes.

Exceptions

  • Error_Communication: Failed to communicate with the parent BaseStation to retrieve network information.

  • Error_Connection: A connection error has occurred with the parent BaseStation.

-
- -
-
Variables
-
- -
-
m_networkBase
-
BaseStation m_networkBase
-

The BaseStation that will act as the parent base station for this network, performing all the communication with the Nodes.

-
- -
-
m_nodes
-
std::map<NodeAddress, std::unique_ptr<SyncNetworkInfo> > m_nodes
-

A map of node addresses to SyncNetworkInfos containing all the nodes that were added to the network.

-
- -
-
m_allNodes
-
std::vector<NodeAddress> m_allNodes
-

A vector of node addresses for every node in the network.

-
- -
-
m_eventNodes
-
std::vector<NodeAddress> m_eventNodes
-

A vector of node addresses for every node in Event-Driven mode.

-
- -
-
m_nonEventNodes
-
std::vector<NodeAddress> m_nonEventNodes
-

A vector of node addresses for every node Not in Event-Driven mode.

-
- -
-
m_slots
-
std::vector<bool> m_slots
-

A vector of bools representing all of the transmission slots. If a slot is set (true), it it taken. If a slot is unset (false), it is available.

-
- -
-
m_lossless
-
bool m_lossless
-

Whether the lossless option is enabled or not.

-
- -
-
m_commProtocol
- -

The WirelessTypes::CommProtocol that the network is using (based off of the master BaseStation's comm protocol when this network was created).

-
- -
-
m_percentBandwidth
-
float m_percentBandwidth
-

The percent of bandwidth for the entire Sync Sampling Network.  This includes nodes that could not find TDMA slots, but does not include nodes who failed to communicate.

-
- -
-
m_networkOk
-
bool m_networkOk
-

Whether the Sync Sampling Network is OK (true) or has problems (false).

-
- -
-
m_configApplied
-
bool m_configApplied
-

Whether the calculated network configuration values have been applied to all of the nodes in the network.

-
- -
-
m_disabledBeacon
-
bool m_disabledBeacon
-

Whether the beacon has already been disabled or not by this object.

-
- -
-
m_availableSlotCount
-
uint16 m_availableSlotCount
-

The number of remaining available slots.

-
- -
-
Functions
-
- -
-
addNode
-
void addNode(
WirelessNode &node
)
-

Adds a WirelessNode to the Sync Sampling network. If the Node already exists in the network, it will not be added.  The Node's parent BaseStation should be the same as the network's master BaseStation.  The Node should have its sampling configuration set to a Synchronized Sampling mode prior to adding to be successfully added.

Parameters
node
WirelessNode&

The WirelessNode to add to the network.

Exceptions
-
- -
-
addNode
-
void addNode(
WirelessNode &node,
const WirelessNodeConfig &pendingConfig
)
-

Adds a WirelessNode to the Sync Sampling network. If the Node already exists in the network, it will not be added.  The Node's parent BaseStation should be the same as the network's master BaseStation.  The Node should have its sampling configuration set to a Synchronized Sampling mode prior to adding to be successfully added.

Parameters
node
WirelessNode&

The WirelessNode to add to the network.

pendingConfig
const WirelessNodeConfig&

A pending WirelessNodeConfig to set for the node. This will be used in all network calculations.

Exceptions
-
- -
-
removeNode
-
void removeNode(
NodeAddress nodeAddress
)
-

Removes a WirelessNode from the Sync Sampling network, if it exists in the network.

Parameters
nodeAddress
NodeAddress

The node address of the WirelessNode to be removed.

Exceptions
-
- -
-
percentBandwidth
-
float percentBandwidth() const
-

Gets the total percent bandwidth for the Sync Sampling Network.  This includes nodes that could not find TDMA slots, but does not include nodes who failed to communicate (status of <status_PoorCommunication>).

Returns

The percent of bandwidth for the entire Sync Sampling Network.

-
- -
-
ok
-
bool ok() const
-

Gets whether the Sync Sampling Network is OK (true), or has problems such as exceeding bandwidth (false).

Returns

true if the network is OK (all nodes fit in the network, no communication issues, etc.), false if the network has a problem.

-
- -
-
refresh
-
void refresh()
-

Refreshes the Sync Sampling Network.  This function must be called when any WirelessNode has changed its configuration after being added to the network!

Exceptions
-
- -
-
lossless
-
bool lossless() const
-

Gets whether the lossless option is enabled or not for the entire network (default of enabled).  The lossless feature enables buffering and retransmissions in order to provide 100% packet success rate under most operating conditions.  This does, however, have a possible increase in latency, especially in poor RF environments.

Returns

true if the lossless option is enabled, false if it is disabled.

-
- -
-
lossless
-
void lossless(
bool enable
)
-

Enables or Disables the lossless option for the entire network. If changed, refresh will be called.  The lossless feature enables buffering and retransmissions in order to provide 100% packet success rate under most operating conditions.  This can, however, cause a possible increase in latency, especially in poor RF environments.

Parameters
enable
bool

Whether the lossless option should be enabled (true) or disabled (false).

Exceptions
-
- -
-
communicationProtocol
-
WirelessTypes::CommProtocol communicationProtocol() const
-

Gets the WirelessTypes::CommProtocol that is set for the network.  This setting initially gets loaded from the protocol that the BaseStation is configured for when the network is first created.

Returns

The WirelessTypes::CommProtocol that is set for the network.

-
- -
-
communicationProtocol
-
void communicationProtocol(
WirelessTypes::CommProtocol protocol
)
-

Sets the WirelessTypes::CommProtocol for the network.  The initial communicationProtocol is set to whichever mode the BaseStation was configured for when the network was first created.  Changing this setting will call refresh and the network calculations (such as percentBandwidth) will be updated.  Note: Changing this does not actually change the protocol of the BaseStation or Nodes in the network. All devices must be changed to the same WirelessTypes::CommProtocol that the network is set to before applyConfiguration is called, or else an exception will be thrown.

Parameters
protocol
WirelessTypes::CommProtocol

The WirelessTypes::CommProtocol to use for network calculations.

Exceptions
-
- -
-
applyConfiguration
-
void applyConfiguration()
-

Applies the Sync Sampling network settings to all of the nodes in the network.  This action is required before starting a Sync Sampling network. The network status must be OK before this can be called.  Calling this function repeatedly will only affect the node's that haven't had their configuration applied successfully. This can be useful if some nodes successfully apply, while others fail to communicate.  Note: This will clear any "pending" configurations that any nodes have in the network.  You must manually apply those configuration templates to the nodes if you want them to actually be applied to the devices.

Exceptions
-
- -
-
startSampling
-
void startSampling()
-

Starts the network sampling by sending the start command to each node, and then starting the beacon on the master basestation with the current system time.  applyConfiguration must be called before this function is called.  Calling this function repeatedly will only start the node's that haven't been started already. This can be useful if some nodes successfully start, while others fail to communicate. The beacon will not be started until all nodes have started.

Exceptions

  • Error: The network configuration has not been applied. Cannot start sampling.

  • Error_Communication: The disable/enable beacon command has failed. The beacon has not been started.

  • Error_Connection: A connection error has occurred.

-
- -
-
startSampling
-
void startSampling(
Timestamp startTime
)
-

Starts the network sampling by sending the start command to each node, and then starting the beacon on the master basestation with the given Timestamp.  applyConfiguration must be called before this function is called.  Calling this function repeatedly will only start the node's that haven't been started already. This can be useful if some nodes successfully start, while others fail to communicate. The beacon will not be started until all nodes have started.

Parameters
startTime
Timestamp

The Timestamp to enable the beacon with, which ultimately determines the times for the nodes in the network.

Exceptions

  • Error: The network configuration has not been applied. Cannot start sampling.

  • Error_Communication: The disable/enable beacon command has failed. The beacon has not been started.

  • Error_Connection: A connection error has occurred.

-
- -
-
startSampling_noBeacon
-
void startSampling_noBeacon()
-

Sends the start command to each node in the network. The beacon is not started. Note: The nodes will not actually start sampling until they hear a beacon.  applyConfiguration must be called before this function is called.  Calling this function repeatedly will only start the node's that haven't been started already. This can be useful if some nodes successfully start, while others fail to communicate.

Exceptions

  • Error: The network configuration has not been applied. Cannot start sampling.

  • Error_Connection: A connection error has occurred.

-
- -
-
getNodeNetworkInfo
-
SyncNetworkInfo& getNodeNetworkInfo(
NodeAddress nodeAddress
)
-

Gets the SyncNetworkInfo object containing network information on the specified WirelessNode within the Sync Sampling network.

Parameters
nodeAddress
NodeAddress

The node address of the WirelessNode to find the network info of. This node must already be in the network.

Returns

A constant reference to the SyncNetworkInfo containing the networking information for the specified node in the network.

Exceptions

  • Error: The node address was not found in the map.

-
- -
-
addNodeToNetwork
-
void addNodeToNetwork(
WirelessNode &node,
const WirelessNodeConfig *pendingConfig = nullptr
)
-

Adds a WirelessNode to the Sync Sampling network, with or without a given pending WirelessNodeConfig.  If the Node already exists in the network, it will not be added.  The Node's parent BaseStation should be the same as the network's master BaseStation.  The Node should have its sampling configuration, or the provided pending configuration, set to a Synchronized Sampling mode prior to adding to be successfully added.

Parameters
node
WirelessNode&

The WirelessNode to add to the network.

pendingConfig
const WirelessNodeConfig*

The WirelessNodeConfig to add to the network (default of null).

Exceptions
-
- -
-
calculateNetworkValues
-
void calculateNetworkValues(
NodeAddress nodeAddress,
bool optimizeBandwidth
)
-

Calculates the network values for a single node, such as transmissions per group and group size.  This reads values that are stored on the node to use in the calculations.

Parameters
nodeAddress
NodeAddress

The NodeAddress of the Node to calculate the values for.

optimizeBandwidth
bool

Whether we are attempting to optimize bandwidth or not

Exceptions
-
- -
-
updateNetworkStatus
-
void updateNetworkStatus()
-

Updates the status of each Node and calculates the total percent of bandwidth

-
- -
-
sortByBandwidth
-
void sortByBandwidth(
std::vector<NodeAddress> &container 
)
-

Sorts the vector of nodes by the percent of bandwidth (and by node address is bandwidth is the same).

Parameters
container
std::vector<NodeAddress>&

The container of node addresses to sort by bandwidth.  Each node in this container needs to have already had its percent bandwidth calculated.

-
- -
-
sortingFunction
-
bool sortingFunction(
NodeAddress address1,
NodeAddress address2
)
-

The function used as a predicate to sort the networkorder container by bandwidth

Parameters
address1
NodeAddress

The first address

address2
NodeAddress

The second address

Returns

true if the first address should go first, false if the second address should go first

-
- -
-
findSlotsForNodes
-
bool findSlotsForNodes(
const std::vector<NodeAddress> &nodes
)
-

Finds TDMA slots for every Node in the given vector of nodes.  Note that this clears m_slots before finding new slots for all of the Nodes.

Parameters
container

The container of node addresses to find slots for, sorted in order of priority.

Returns

true if a slot was found for every node in the network, false if any of the nodes failed to find a slot.

Exceptions
-
- -
-
getTdmaSlot
-
bool getTdmaSlot(
NodeAddress nodeAddress
)
-

Finds a TDMA slot for a single Node.

Parameters
nodeAddress
NodeAddress

The NodeAddress of the WirelessNode to find the TDMA slot for.

Returns

true if a TDMA slot was found for the Node, false otherwise.

Exceptions
-
- -
-
optimizeBandwidth
-
void optimizeBandwidth()
-

Tries to optimize the bandwidth to give lossless nodes more time to transmit.  Nodes may be given different slots and the network order rearranged.

Exceptions
-
- -
-
findSamplingDelay
-
uint32 findSamplingDelay(
NodeAddress nodeAddress
)
-

Calculates the sampling delay for a node in the network.

Parameters

nodeAddress- The NodeAddress of the WirelessNode to find the sampling delay for.

Returns

The sampling delay to use for the given Node.

Exceptions
-
- -
-
sendStartToAllNodes
-
void sendStartToAllNodes()
-

Sends the start sync sampling command to all nodes in the network.

Exceptions
-
- -
-
inLegacyMode
-
bool inLegacyMode()
-

Gets whether the network is in legacy mode (has at least 1 sync v1 node) or not.

Returns

true if in legacy mode, false otherwise.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SyncSamplingPacket-Summary.js b/v66.0.1/MSCL_Docs/classes/C/SyncSamplingPacket-Summary.js deleted file mode 100644 index 86f7b0de5..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SyncSamplingPacket-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:SyncSamplingPacket","SyncSamplingPacket");NDSummary.OnSummaryLoaded("CClass:SyncSamplingPacket",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Enums","Enumeration"],["Functions","Function"],["Groups","Group"]],[[7297,0,0,"SyncSamplingPacket"],[7298,0,4,"Constants","Constants"],[7299,0,1,"Synchronized Sampling Packet Information","Synchronized_Sampling_Packet_Information"],[7300,0,1,,"PAYLOAD_OFFSET_APP_ID"],[7301,0,1,,"PAYLOAD_OFFSET_CHANNEL_MASK"],[7302,0,1,,"PAYLOAD_OFFSET_SAMPLE_RATE"],[7303,0,1,,"PAYLOAD_OFFSET_DATA_TYPE"],[7304,0,1,,"PAYLOAD_OFFSET_TICK"],[7305,0,1,,"PAYLOAD_OFFSET_TS_SEC"],[7306,0,1,,"PAYLOAD_OFFSET_TS_NANOSEC"],[7307,0,1,,"PAYLOAD_OFFSET_CHANNEL_DATA"],[7308,0,4,"Types","Types"],[7309,0,2,"SampleMode","SampleMode"],[7310,0,1,,"sampleMode_first"],[7311,0,1,,"sampleMode_legacy"],[7312,0,1,,"sampleMode_burst"],[7313,0,1,,"sampleMode_continuous"],[7314,0,1,,"sampleMode_last"],[7315,0,4,"Functions","Functions"],[7316,0,3,"SyncSamplingPacket","SyncSamplingPacket"],[7317,0,3,"parseSweeps","parseSweeps"],[7318,0,3,"integrityCheck","integrityCheck"],[7319,0,3,"getUniqueId","getUniqueId"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SyncSamplingPacket-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/SyncSamplingPacket-SummaryToolTips.js deleted file mode 100644 index 47d910016..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SyncSamplingPacket-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:SyncSamplingPacket",{7297:"
SyncSamplingPacket
A WirelessDataPacket derived class representing a Synchronized Sampling packet
",7316:"
explicit SyncSamplingPacket(
const WirelessPacket &packet
)
Creates a SyncSamplingPacket from the passed in WirelessPacket
",7317:"
void parseSweeps()
Parses the passed in WirelessPacket for all the sweep information and adds a sweep to the sweeps container
",7318:"
static bool integrityCheck(
const WirelessPacket &packet
)
Verifies that the packet is a well formed Synchronized Sampling packet
",7319:"
static UniqueWirelessPacketId getUniqueId(
const WirelessPacket &packet
)
Gets the unique Id of the WirelessPacket passed in
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SyncSamplingPacket-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/SyncSamplingPacket-ToolTips.js deleted file mode 100644 index 029a71284..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SyncSamplingPacket-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7176:"
WirelessPacket
Represents a MicroStrain wireless packet
",7236:"
WirelessDataPacket
A class representing a Wireless Data Packet.
",10248:"
Typedef for an id that uniquely identifies a wireless packet.
",10464:"
Error_UnknownSampleRate
The sample rate is invalid or unknown for the given device
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SyncSamplingPacket.html b/v66.0.1/MSCL_Docs/classes/C/SyncSamplingPacket.html deleted file mode 100644 index edb46def4..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SyncSamplingPacket.html +++ /dev/null @@ -1,63 +0,0 @@ - - -SyncSamplingPacket - - - - - - - -
-
SyncSamplingPacket
-
public
WirelessDataPacket
SyncSamplingPacket
-

A WirelessDataPacket derived class representing a Synchronized Sampling packet

-
- -
-
Constants
-
- -
-
Synchronized Sampling Packet Information
-
PAYLOAD_OFFSET_APP_ID

0  - The offset into the payload to get the application ID

PAYLOAD_OFFSET_CHANNEL_MASK

1  - The offset into the payload to get the channel mask

PAYLOAD_OFFSET_SAMPLE_RATE

2  - The offset into the payload to get the sample rate

PAYLOAD_OFFSET_DATA_TYPE

3  - The offset into the payload to get the data type

PAYLOAD_OFFSET_TICK

4  - The offset into the payload to get the tick (2 bytes)

PAYLOAD_OFFSET_TS_SEC

6  - The offset into the payload to get the timestamp seconds (4 bytes)

PAYLOAD_OFFSET_TS_NANOSEC

10  - The offset into the payload to get the timestamp nanoseconds (4 bytes)

PAYLOAD_OFFSET_CHANNEL_DATA

14  - The offset into the payload where the channel data starts

-
- -
-
Types
-
- -
-
SampleMode
-
sampleMode_first

0x00  - The first sample mode enum

sampleMode_legacy

0x00  - Legacy Sync Sampling LDC sample mode

sampleMode_burst

0x01  - Burst Sync Sampling Mode

sampleMode_continuous

0x02  - Continuous (non-burst) Sync Sampling mode

sampleMode_last

0x02  - The last sample mode enum

-
- -
-
Functions
-
- -
-
SyncSamplingPacket
-
explicit SyncSamplingPacket(
const WirelessPacket &packet
)
-

Creates a SyncSamplingPacket from the passed in WirelessPacket

Parameters
packet
const WirelessPacket&

A WirelessPacket determined to be a SyncSamplingPacket

-
- -
-
parseSweeps
-
void parseSweeps()
-

Parses the passed in WirelessPacket for all the sweep information and adds a sweep to the sweeps container

Exceptions
-
- -
-
integrityCheck
-
static bool integrityCheck(
const WirelessPacket &packet
)
-

Verifies that the packet is a well formed Synchronized Sampling packet

Parameters
packet
const WirelessPacket&

The fully formed Wireless Packet to check the integrity of

Returns

true if the packet is a well formed Sync Sampling packet, false otherwise

-
- -
-
getUniqueId
-
static UniqueWirelessPacketId getUniqueId(
const WirelessPacket &packet
)
-

Gets the unique Id of the WirelessPacket passed in

Parameters
packet
const WirelessPacket&

The WirelessPacket to get the unique id of

Returns

The UniqueWirelessPacketId of the passed in packet

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SyncSamplingPacket_v2-Summary.js b/v66.0.1/MSCL_Docs/classes/C/SyncSamplingPacket_v2-Summary.js deleted file mode 100644 index f17433827..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SyncSamplingPacket_v2-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:SyncSamplingPacket_v2","SyncSamplingPacket_v2");NDSummary.OnSummaryLoaded("CClass:SyncSamplingPacket_v2",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Enums","Enumeration"],["Functions","Function"],["Groups","Group"]],[[7275,0,0,"SyncSamplingPacket_v2"],[7276,0,4,"Constants","Constants"],[7277,0,1,"Synchronized Sampling Packet Information","Synchronized_Sampling_Packet_Information"],[7278,0,1,,"PAYLOAD_OFFSET_CHANNEL_MASK"],[7279,0,1,,"PAYLOAD_OFFSET_SAMPLE_RATE"],[7280,0,1,,"PAYLOAD_OFFSET_SAMPLEMODE_AND_DATA_TYPE"],[7281,0,1,,"PAYLOAD_OFFSET_TICK"],[7282,0,1,,"PAYLOAD_OFFSET_TS_SEC"],[7283,0,1,,"PAYLOAD_OFFSET_TS_NANOSEC"],[7284,0,1,,"PAYLOAD_OFFSET_CHANNEL_DATA"],[7285,0,4,"Types","Types"],[7286,0,2,"SampleMode","SampleMode"],[7287,0,1,,"sampleMode_first"],[7288,0,1,,"sampleMode_legacy"],[7289,0,1,,"sampleMode_burst"],[7290,0,1,,"sampleMode_continuous"],[7291,0,1,,"sampleMode_last"],[7292,0,4,"Functions","Functions"],[7293,0,3,"SyncSamplingPacket_v2","SyncSamplingPacket_v2"],[7294,0,3,"parseSweeps","parseSweeps"],[7295,0,3,"integrityCheck","integrityCheck"],[7296,0,3,"getUniqueId","getUniqueId"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SyncSamplingPacket_v2-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/SyncSamplingPacket_v2-SummaryToolTips.js deleted file mode 100644 index 653704ac1..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SyncSamplingPacket_v2-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:SyncSamplingPacket_v2",{7275:"
SyncSamplingPacket_v2
A WirelessDataPacket derived class representing a Synchronized Sampling 16 channel packet
",7293:"
explicit SyncSamplingPacket_v2(
const WirelessPacket &packet
)
Creates a SyncSamplingPacket_v2 from the passed in WirelessPacket
",7294:"
void parseSweeps()
Parses the passed in WirelessPacket for all the sweep information and adds a sweep to the sweeps container
",7295:"
static bool integrityCheck(
const WirelessPacket &packet
)
Verifies that the packet is a well formed Synchronized Sampling packet
",7296:"
static UniqueWirelessPacketId getUniqueId(
const WirelessPacket &packet
)
Gets the unique Id of the WirelessPacket passed in
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SyncSamplingPacket_v2-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/SyncSamplingPacket_v2-ToolTips.js deleted file mode 100644 index 029a71284..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SyncSamplingPacket_v2-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7176:"
WirelessPacket
Represents a MicroStrain wireless packet
",7236:"
WirelessDataPacket
A class representing a Wireless Data Packet.
",10248:"
Typedef for an id that uniquely identifies a wireless packet.
",10464:"
Error_UnknownSampleRate
The sample rate is invalid or unknown for the given device
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SyncSamplingPacket_v2.html b/v66.0.1/MSCL_Docs/classes/C/SyncSamplingPacket_v2.html deleted file mode 100644 index 42e127a9f..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SyncSamplingPacket_v2.html +++ /dev/null @@ -1,63 +0,0 @@ - - -SyncSamplingPacket_v2 - - - - - - - -
-
SyncSamplingPacket_v2
-
public
WirelessDataPacket
SyncSamplingPacket_v2
-

A WirelessDataPacket derived class representing a Synchronized Sampling 16 channel packet

-
- -
-
Constants
-
- -
-
Synchronized Sampling Packet Information
-
PAYLOAD_OFFSET_CHANNEL_MASK

0  - The offset into the payload to get the channel mask

PAYLOAD_OFFSET_SAMPLE_RATE

2  - The offset into the payload to get the sample rate

PAYLOAD_OFFSET_SAMPLEMODE_AND_DATA_TYPE

3  - The offset into the payload to get the sample mode and data type

PAYLOAD_OFFSET_TICK

4  - The offset into the payload to get the tick (2 bytes)

PAYLOAD_OFFSET_TS_SEC

6  - The offset into the payload to get the timestamp seconds (4 bytes)

PAYLOAD_OFFSET_TS_NANOSEC

10  - The offset into the payload to get the timestamp nanoseconds (4 bytes)

PAYLOAD_OFFSET_CHANNEL_DATA

14  - The offset into the payload where the channel data starts

-
- -
-
Types
-
- -
-
SampleMode
-
sampleMode_first

0x00  - The first sample mode enum

sampleMode_legacy

0x00  - Legacy Sync Sampling LDC sample mode

sampleMode_burst

0x01  - Burst Sync Sampling Mode

sampleMode_continuous

0x02  - Continuous (non-burst) Sync Sampling mode

sampleMode_last

0x02  - The last sample mode enum

-
- -
-
Functions
-
- -
-
SyncSamplingPacket_v2
-
explicit SyncSamplingPacket_v2(
const WirelessPacket &packet
)
-

Creates a SyncSamplingPacket_v2 from the passed in WirelessPacket

Parameters
packet
const WirelessPacket&

A WirelessPacket determined to be a SyncSamplingPacket_v2

-
- -
-
parseSweeps
-
void parseSweeps()
-

Parses the passed in WirelessPacket for all the sweep information and adds a sweep to the sweeps container

Exceptions
-
- -
-
integrityCheck
-
static bool integrityCheck(
const WirelessPacket &packet
)
-

Verifies that the packet is a well formed Synchronized Sampling packet

Parameters
packet
const WirelessPacket&

The fully formed Wireless Packet to check the integrity of

Returns

true if the packet is a well formed Sync Sampling packet, false otherwise

-
- -
-
getUniqueId
-
static UniqueWirelessPacketId getUniqueId(
const WirelessPacket &packet
)
-

Gets the unique Id of the WirelessPacket passed in

Parameters
packet
const WirelessPacket&

The WirelessPacket to get the unique id of

Returns

The UniqueWirelessPacketId of the passed in packet

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SyncSamplingPacket_v2_aspp3-Summary.js b/v66.0.1/MSCL_Docs/classes/C/SyncSamplingPacket_v2_aspp3-Summary.js deleted file mode 100644 index 666f5bd9d..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SyncSamplingPacket_v2_aspp3-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:SyncSamplingPacket_v2_aspp3","SyncSamplingPacket_v2_aspp3");NDSummary.OnSummaryLoaded("CClass:SyncSamplingPacket_v2_aspp3",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[7261,0,0,"SyncSamplingPacket_v2_aspp3"],[7262,0,3,"Constants","Constants"],[7263,0,1,"Synchronized Sampling Packet Information","Synchronized_Sampling_Packet_Information"],[7264,0,1,,"PAYLOAD_OFFSET_CHANNEL_MASK"],[7265,0,1,,"PAYLOAD_OFFSET_SAMPLE_RATE"],[7266,0,1,,"PAYLOAD_OFFSET_DATA_TYPE"],[7267,0,1,,"PAYLOAD_OFFSET_TICK"],[7268,0,1,,"PAYLOAD_OFFSET_TS"],[7269,0,1,,"PAYLOAD_OFFSET_CHANNEL_DATA"],[7270,0,3,"Functions","Functions"],[7271,0,2,"SyncSamplingPacket_v2_aspp3","SyncSamplingPacket_v2_aspp3"],[7272,0,2,"parseSweeps","parseSweeps"],[7273,0,2,"integrityCheck","integrityCheck"],[7274,0,2,"getUniqueId","getUniqueId"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SyncSamplingPacket_v2_aspp3-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/SyncSamplingPacket_v2_aspp3-SummaryToolTips.js deleted file mode 100644 index 091075103..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SyncSamplingPacket_v2_aspp3-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:SyncSamplingPacket_v2_aspp3",{7261:"
SyncSamplingPacket_v2_aspp3
A WirelessDataPacket derived class representing a Synchronized Sampling 16 channel packet
",7271:"
explicit SyncSamplingPacket_v2_aspp3(
const WirelessPacket &packet
)
Creates a SyncSamplingPacket_v2_aspp3 from the passed in WirelessPacket
",7272:"
void parseSweeps()
Parses the passed in WirelessPacket for all the sweep information and adds a sweep to the sweeps container
",7273:"
static bool integrityCheck(
const WirelessPacket &packet
)
Verifies that the packet is a well formed Synchronized Sampling packet
",7274:"
static UniqueWirelessPacketId getUniqueId(
const WirelessPacket &packet
)
Gets the unique Id of the WirelessPacket passed in
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SyncSamplingPacket_v2_aspp3-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/SyncSamplingPacket_v2_aspp3-ToolTips.js deleted file mode 100644 index 029a71284..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SyncSamplingPacket_v2_aspp3-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7176:"
WirelessPacket
Represents a MicroStrain wireless packet
",7236:"
WirelessDataPacket
A class representing a Wireless Data Packet.
",10248:"
Typedef for an id that uniquely identifies a wireless packet.
",10464:"
Error_UnknownSampleRate
The sample rate is invalid or unknown for the given device
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/SyncSamplingPacket_v2_aspp3.html b/v66.0.1/MSCL_Docs/classes/C/SyncSamplingPacket_v2_aspp3.html deleted file mode 100644 index c1b75b496..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/SyncSamplingPacket_v2_aspp3.html +++ /dev/null @@ -1,54 +0,0 @@ - - -SyncSamplingPacket_v2_aspp3 - - - - - - - -
-
SyncSamplingPacket_v2_aspp3
-
public
WirelessDataPacket
SyncSamplingPacket_v2_aspp3
-

A WirelessDataPacket derived class representing a Synchronized Sampling 16 channel packet

-
- -
-
Constants
-
- -
-
Synchronized Sampling Packet Information
-
PAYLOAD_OFFSET_CHANNEL_MASK

4  - The offset into the payload to get the channel mask

PAYLOAD_OFFSET_SAMPLE_RATE

6  - The offset into the payload to get the sample rate

PAYLOAD_OFFSET_DATA_TYPE

7  - The offset into the payload to get the sample mode and data type

PAYLOAD_OFFSET_TICK

8  - The offset into the payload to get the tick

PAYLOAD_OFFSET_TS

10  - The offset into the payload to get the timestamp seconds

PAYLOAD_OFFSET_CHANNEL_DATA

18  - The offset into the payload where the channel data starts

-
- -
-
Functions
-
- -
-
SyncSamplingPacket_v2_aspp3
-
explicit SyncSamplingPacket_v2_aspp3(
const WirelessPacket &packet
)
-

Creates a SyncSamplingPacket_v2_aspp3 from the passed in WirelessPacket

Parameters
packet
const WirelessPacket&

A WirelessPacket determined to be a SyncSamplingPacket_v2_aspp3

-
- -
-
parseSweeps
-
void parseSweeps()
-

Parses the passed in WirelessPacket for all the sweep information and adds a sweep to the sweeps container

Exceptions
-
- -
-
integrityCheck
-
static bool integrityCheck(
const WirelessPacket &packet
)
-

Verifies that the packet is a well formed Synchronized Sampling packet

Parameters
packet
const WirelessPacket&

The fully formed Wireless Packet to check the integrity of

Returns

true if the packet is a well formed Sync Sampling packet, false otherwise

-
- -
-
getUniqueId
-
static UniqueWirelessPacketId getUniqueId(
const WirelessPacket &packet
)
-

Gets the unique Id of the WirelessPacket passed in

Parameters
packet
const WirelessPacket&

The WirelessPacket to get the unique id of

Returns

The UniqueWirelessPacketId of the passed in packet

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/TareAxisValues-Summary.js b/v66.0.1/MSCL_Docs/classes/C/TareAxisValues-Summary.js deleted file mode 100644 index 4bd7c713a..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/TareAxisValues-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:TareAxisValues","TareAxisValues");NDSummary.OnSummaryLoaded("CClass:TareAxisValues",[["C/C++","C"]],[["Functions","Function"],["Groups","Group"],["Structs","Struct"],["Variables","Variable"]],[[2206,0,2,"TareAxisValues"],[2207,0,1,"Functions","Functions"],[2208,0,0,"operator <InertialTypes::​HeadingUpdateEnableOption>","operator"],[2209,0,0,"HeadingUpdateOptions","HeadingUpdateOptions"],[2210,0,1,"Variables","Variables"],[2211,0,3,"tareRollAxis","tareRollAxis"],[2212,0,3,"tarePitchAxis","tarePitchAxis"],[2213,0,3,"tareYawAxis","tareYawAxis"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/TareAxisValues-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/TareAxisValues-SummaryToolTips.js deleted file mode 100644 index ff1a3c2e0..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/TareAxisValues-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:TareAxisValues",{2206:"
Contains the possible axis bitfield values.
",2208:"
Converts this class to a uint8.
",2211:"
bool tareRollAxis
",2212:"
bool tarePitchAxis
",2213:"
bool tareYawAxis
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/TareAxisValues-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/TareAxisValues-ToolTips.js deleted file mode 100644 index 59992a148..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/TareAxisValues-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/TareAxisValues.html b/v66.0.1/MSCL_Docs/classes/C/TareAxisValues.html deleted file mode 100644 index 4286e05e7..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/TareAxisValues.html +++ /dev/null @@ -1,48 +0,0 @@ - - -TareAxisValues - - - - - - - -
-
TareAxisValues
-

Contains the possible axis bitfield values.

-
- -
-
Functions
-
- -
-
operator <InertialTypes::​HeadingUpdateEnableOption>
-

Converts this class to a uint8.

-
- -
-
HeadingUpdateOptions
-
- -
-
Variables
-
- -
-
tareRollAxis
-
bool tareRollAxis
-
- -
-
tarePitchAxis
-
bool tarePitchAxis
-
- -
-
tareYawAxis
-
bool tareYawAxis
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/TareOrientation-Summary.js b/v66.0.1/MSCL_Docs/classes/C/TareOrientation-Summary.js deleted file mode 100644 index 30caab03d..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/TareOrientation-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:TareOrientation","TareOrientation");NDSummary.OnSummaryLoaded("CClass:TareOrientation",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[890,0,0,"TareOrientation"],[891,0,3,"Constants","Constants"],[892,0,1,"Packet Bytes","Packet_Bytes"],[893,0,1,,"CMD_ID"],[894,0,1,,"FIELD_DATA_BYTE"],[895,0,3,"Functions","Functions"],[896,0,2,"buildCommand_set","buildCommand_set"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/TareOrientation-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/TareOrientation-SummaryToolTips.js deleted file mode 100644 index e81511997..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/TareOrientation-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:TareOrientation",{890:"
TareOrientation
Contains the logic for the "Tare Orientation" command
",896:"
static ByteStream buildCommand_set(
const TareAxisValues &axisValue
)
Builds the bytes for the "set" command.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/TareOrientation-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/TareOrientation-ToolTips.js deleted file mode 100644 index 19e8f2c11..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/TareOrientation-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2206:"
Contains the possible axis bitfield values.
",3171:"
The enums for all of the different MIP commands.
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/TareOrientation.html b/v66.0.1/MSCL_Docs/classes/C/TareOrientation.html deleted file mode 100644 index a4fc47e62..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/TareOrientation.html +++ /dev/null @@ -1,36 +0,0 @@ - - -TareOrientation - - - - - - - -
-
TareOrientation
-
TareOrientation
-

Contains the logic for the "Tare Orientation" command

-
- -
-
Constants
-
- -
-
Packet Bytes
-
CMD_ID

CMD_EF_TARE_ORIENT - The MipTypes::Command for this command

FIELD_DATA_BYTE

0x00 - The Data Field Descriptor byte as there is no data field

-
- -
-
Functions
-
- -
-
buildCommand_set
-
static ByteStream buildCommand_set(
const TareAxisValues &axisValue
)
-

Builds the bytes for the "set" command.

Parameters
functionSelector

The function selector for how to load and save data.

axisValue
const TareAxisValues&

The TareAxisValues for which axes to tare.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/TcpIpConnection-Summary.js b/v66.0.1/MSCL_Docs/classes/C/TcpIpConnection-Summary.js deleted file mode 100644 index de391291e..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/TcpIpConnection-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:TcpIpConnection","TcpIpConnection");NDSummary.OnSummaryLoaded("CClass:TcpIpConnection",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[52,0,0,"TcpIpConnection"],[53,0,2,"Functions","Functions"],[54,0,1,"description","description"],[55,0,1,"port","port"],[56,0,1,"TcpIpConnection","TcpIpConnection"],[57,0,1,"establishConnection","establishConnection"],[58,0,2,"Variables","Variables"],[59,0,3,"m_path","m_path"],[60,0,3,"m_serverPort","m_serverPort"],[61,0,3,"m_interfaceAddress","m_interfaceAddress"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/TcpIpConnection-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/TcpIpConnection-SummaryToolTips.js deleted file mode 100644 index 23d82af7c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/TcpIpConnection-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:TcpIpConnection",{52:"
TcpIpConnection
A Connection_Impl derived class that represents a tcp/ip connection.
",54:"
virtual std::string description()
Gets a description of the connection.
",55:"
std::string port() const override
Gets a name of the connection port.
",56:"
TcpIpConnection(
const std::string &serverAddress,
uint16 serverPort,
const std::string &interfaceAddress = ""
)
Creates a TcpIpConnection object.
",57:"
virtual void establishConnection()
Initializes and opens the current connection.
",59:"
The server address (url or ip address).
",60:"
uint16 m_serverPort
The server port for the connection.
",61:"
std::string m_interfaceAddress
The optional interface to use for the TCP connection.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/TcpIpConnection-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/TcpIpConnection-ToolTips.js deleted file mode 100644 index 6b7c9d26d..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/TcpIpConnection-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({184:"
template <typename Comm_Object>
Connection_Impl
An Abstract Base Class for various connection types.  This class uses a template for the Comm Object and contains default functionality for connection types.
",10491:"
Error_InvalidTcpServer
There was an error with the specified TCP/IP Server.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/TcpIpConnection.html b/v66.0.1/MSCL_Docs/classes/C/TcpIpConnection.html deleted file mode 100644 index 624fd456d..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/TcpIpConnection.html +++ /dev/null @@ -1,66 +0,0 @@ - - -TcpIpConnection - - - - - - - -
-
TcpIpConnection
-
TcpIpConnection
-

A Connection_Impl derived class that represents a tcp/ip connection.

-
- -
-
Functions
-
- -
-
description
-
virtual std::string description()
-

Gets a description of the connection.

Returns

A description of the connection, in the form "TCP/IP, serverAddress:serverPort".

-
- -
-
port
-
std::string port() const override
-

Gets a name of the connection port.

Returns

The port name of the connection.

-
- -
-
TcpIpConnection
-
TcpIpConnection(
const std::string &serverAddress,
uint16 serverPort,
const std::string &interfaceAddress = ""
)
-

Creates a TcpIpConnection object.

Parameters
serverAddress
const std::string&

The server address (domain name or ip address) to connect to.

serverPort
uint16

The server port to connect to.

interfaceAddress
const std::string&

The address of the specific ethernet adapter to use for the connection (optional).

-
- -
-
establishConnection
-
virtual void establishConnection()
-

Initializes and opens the current connection.

Exceptions
-
- -
-
Variables
-
- -
-
m_path
-

The server address (url or ip address).

-
- -
-
m_serverPort
-
uint16 m_serverPort
-

The server port for the connection.

-
- -
-
m_interfaceAddress
-
std::string m_interfaceAddress
-

The optional interface to use for the TCP connection.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/TempSensorOptions-Summary.js b/v66.0.1/MSCL_Docs/classes/C/TempSensorOptions-Summary.js deleted file mode 100644 index d8c984054..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/TempSensorOptions-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:TempSensorOptions","TempSensorOptions");NDSummary.OnSummaryLoaded("CClass:TempSensorOptions",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[6074,0,0,"TempSensorOptions"],[6075,0,2,"Functions","Functions"],[6076,0,1,"Thermocouple","Thermocouple"],[6077,0,1,"RTD","RTD"],[6078,0,1,"Thermistor","Thermistor"],[6079,0,2,"Variables","Variables"],[6080,0,3,"m_transducerType","m_transducerType"],[6081,0,3,"m_thermocoupleType","m_thermocoupleType"],[6082,0,3,"m_rtdType","m_rtdType"],[6083,0,3,"m_wireType","m_wireType"],[6084,0,3,"m_thermistorType","m_thermistorType"],[6085,0,2,"Functions","Functions(2)"],[6086,0,1,"transducerType","transducerType"],[6087,0,1,"thermocoupleType","thermocoupleType"],[6088,0,1,"rtdType","rtdType"],[6089,0,1,"rtdWireType","rtdWireType"],[6090,0,1,"thermistorType","thermistorType"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/TempSensorOptions-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/TempSensorOptions-SummaryToolTips.js deleted file mode 100644 index bcdeb1d43..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/TempSensorOptions-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:TempSensorOptions",{6074:"
TempSensorOptions
Options to adjust the temperature sensor for a WirelessNode.
",6076:"
static TempSensorOptions Thermocouple(
WirelessTypes::ThermocoupleType thermocouple
)
Creates a TempSensorOptions object with Thermocouple options.
",6077:"
static TempSensorOptions RTD(
WirelessTypes::RtdWireType wire,
WirelessTypes::RtdType rtd
)
Creates a TempSensorOptions object with RTD options.
",6078:"
static TempSensorOptions Thermistor(
WirelessTypes::ThermistorType thermistor
)
Creates a TempSensorOptions object with Thermistor options.
",6080:"
WirelessTypes::TransducerType m_transducerType
The WirelessTypes::TransducerType.
",6081:"
WirelessTypes::ThermocoupleType m_thermocoupleType
The WirelessTypes::ThermocoupleType.
",6082:"
WirelessTypes::RtdType m_rtdType
The WirelessTypes::RtdType.
",6083:"
WirelessTypes::RtdWireType m_wireType
The WirelessTypes::RtdWireType.
",6084:"
WirelessTypes::ThermistorType m_thermistorType
The WirelessTypes::ThermistorType.
",6086:"
WirelessTypes::TransducerType transducerType() const
Gets the WirelessTypes::TransducerType set in this options object.
",6087:"
WirelessTypes::ThermocoupleType thermocoupleType() const
Gets the WirelessTypes::ThermocoupleType set in this options object.  Note: this is only valid if transducerType returns <WirelessTypes::TransducerType::transducer_thermocouple>.
",6088:"
WirelessTypes::RtdType rtdType() const
Gets the WirelessTypes::RtdType set in this options object.  Note: this is only valid if transducerType returns <WirelessTypes::TransducerType::transducer_rtd>.
",6089:"
WirelessTypes::RtdWireType rtdWireType() const
Gets the WirelessTypes::RtdWireType set in this options object.  Note: this is only valid if transducerType returns <WirelessTypes::TransducerType::transducer_rtd>.
",6090:"
WirelessTypes::ThermistorType thermistorType() const
Gets the WirelessTypes::ThermistorType set in this options object.  Note: this is only valid if transducerType returns <WirelessTypes::TransducerType::transducer_thermistor>.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/TempSensorOptions-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/TempSensorOptions-ToolTips.js deleted file mode 100644 index b3ada937d..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/TempSensorOptions-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6074:"
TempSensorOptions
Options to adjust the temperature sensor for a WirelessNode.
",6086:"
WirelessTypes::TransducerType transducerType() const
Gets the WirelessTypes::TransducerType set in this options object.
",8795:"
Represents the Transducer types supported by some Wireless Nodes.
",8799:"
Represents the thermocouple types supported by some Wireless Nodes.
",8810:"
Represents the RTD types supported by some Wireless Nodes.
",8818:"
Represents the Wire types supported for RTD sensors.
",8822:"
Represents the Thermistor types supported by some Wireless Nodes.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/TempSensorOptions.html b/v66.0.1/MSCL_Docs/classes/C/TempSensorOptions.html deleted file mode 100644 index ba324174a..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/TempSensorOptions.html +++ /dev/null @@ -1,107 +0,0 @@ - - -TempSensorOptions - - - - - - - -
-
TempSensorOptions
-
TempSensorOptions
-

Options to adjust the temperature sensor for a WirelessNode.

-
- -
-
Functions
-
- -
-
Thermocouple
-
static TempSensorOptions Thermocouple(
WirelessTypes::ThermocoupleType thermocouple
)
-

Creates a TempSensorOptions object with Thermocouple options.

Parameters
thermocouple
WirelessTypes::ThermocoupleType

The WirelessTypes::ThermocoupleType to set.

-
- -
-
RTD
- -

Creates a TempSensorOptions object with RTD options.

Parameters
wire
WirelessTypes::RtdWireType

The WirelessTypes::RtdWireType to set.

rtd
WirelessTypes::RtdType

The WirelessTypes::RtdType to set.

-
- -
-
Thermistor
-
static TempSensorOptions Thermistor(
WirelessTypes::ThermistorType thermistor
)
-

Creates a TempSensorOptions object with Thermistor options.

Parameters
thermistor
WirelessTypes::ThermistorType

The WirelessTypes::ThermistorType to set.

-
- -
-
Variables
-
- -
-
m_transducerType
- -

The WirelessTypes::TransducerType.

-
- -
-
m_thermocoupleType
- -

The WirelessTypes::ThermocoupleType.

-
- -
-
m_rtdType
- -

The WirelessTypes::RtdType.

-
- -
-
m_wireType
- -

The WirelessTypes::RtdWireType.

-
- -
-
m_thermistorType
- -

The WirelessTypes::ThermistorType.

-
- -
-
Functions
-
- -
-
transducerType
-
WirelessTypes::TransducerType transducerType() const
-

Gets the WirelessTypes::TransducerType set in this options object.

-
- -
-
thermocoupleType
-
WirelessTypes::ThermocoupleType thermocoupleType() const
-

Gets the WirelessTypes::ThermocoupleType set in this options object.  Note: this is only valid if transducerType returns <WirelessTypes::TransducerType::transducer_thermocouple>.

-
- -
-
rtdType
-
WirelessTypes::RtdType rtdType() const
-

Gets the WirelessTypes::RtdType set in this options object.  Note: this is only valid if transducerType returns <WirelessTypes::TransducerType::transducer_rtd>.

-
- -
-
rtdWireType
-
WirelessTypes::RtdWireType rtdWireType() const
-

Gets the WirelessTypes::RtdWireType set in this options object.  Note: this is only valid if transducerType returns <WirelessTypes::TransducerType::transducer_rtd>.

-
- -
-
thermistorType
-
WirelessTypes::ThermistorType thermistorType() const
-

Gets the WirelessTypes::ThermistorType set in this options object.  Note: this is only valid if transducerType returns <WirelessTypes::TransducerType::transducer_thermistor>.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/TemperatureInfo-Summary.js b/v66.0.1/MSCL_Docs/classes/C/TemperatureInfo-Summary.js deleted file mode 100644 index 6288e7c77..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/TemperatureInfo-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:TemperatureInfo","TemperatureInfo");NDSummary.OnSummaryLoaded("CClass:TemperatureInfo",[["C/C++","C"]],[["Enums","Enumeration"],["Functions","Function"],["Groups","Group"],["Structs","Struct"],["Types","Type"],["Variables","Variable"]],[[2073,0,3,"TemperatureInfo"],[2074,0,2,"Functions","Functions"],[2075,0,1,"TemperatureInfo","TemperatureInfo"],[2076,0,2,"Variables","Variables"],[2077,0,5,"onBoardTemp","onBoardTemp"],[2078,0,5,"lastReadInMS","lastReadInMS"],[2079,0,5,"error","error"],[2080,0,2,"Types","Types"],[2081,0,0,"DeviceStatusValues","DeviceStatusValues"],[2082,0,4,"DeviceStatusMap","DeviceStatusMap"],[2083,0,4,"DeviceStatusValueMap","DeviceStatusValueMap"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/TemperatureInfo-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/TemperatureInfo-SummaryToolTips.js deleted file mode 100644 index 7b3b1a084..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/TemperatureInfo-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:TemperatureInfo",{2073:"
Contains internal temperature info for DeviceStatusData.
",2075:"
TemperatureInfo(): onBoardTemp(0), lastReadInMS(0), error(0)
Creates a TemperatureInfo object with default values.
",2077:"
float onBoardTemp
",2078:"
uint32 lastReadInMS
Time of last temperature sensor reading in MS (references System Timer)
",2079:"
uint8 error
",2081:"
Keys corresponding to the device status values returned by DeviceStatusData::asMap, DeviceStatusData::asValueMap.
",2082:"
A map of DeviceStatusValues, string entries.
",2083:"
A map of DeviceStatusValues, Value entries.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/TemperatureInfo-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/TemperatureInfo-ToolTips.js deleted file mode 100644 index d6a0d4a05..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/TemperatureInfo-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2081:"
Keys corresponding to the device status values returned by DeviceStatusData::asMap, DeviceStatusData::asValueMap.
",2084:"
DeviceStatusData
Contains the data needed by the InertialNode::getBasicDeviceStatus method.
",2117:"
mscl::DeviceStatusMap asMap() const
get the device status as a map
",2118:"
mscl::DeviceStatusValueMap asValueMap() const
get the device status as value map
",10144:"
Value
Represents a single value that can be stored/accessed in multiple ways.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/TemperatureInfo.html b/v66.0.1/MSCL_Docs/classes/C/TemperatureInfo.html deleted file mode 100644 index f9c31778e..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/TemperatureInfo.html +++ /dev/null @@ -1,65 +0,0 @@ - - -TemperatureInfo - - - - - - - -
-
TemperatureInfo
-

Contains internal temperature info for DeviceStatusData.

-
- -
-
Functions
-
- -
-
TemperatureInfo
-
TemperatureInfo(): onBoardTemp(0), lastReadInMS(0), error(0)
-

Creates a TemperatureInfo object with default values.

-
- -
-
Variables
-
- -
-
onBoardTemp
-
float onBoardTemp
-
- -
-
lastReadInMS
-
uint32 lastReadInMS
-

Time of last temperature sensor reading in MS (references System Timer)

-
- -
-
error
-
uint8 error
-
- -
-
Types
-
- -
-
DeviceStatusValues
-

Keys corresponding to the device status values returned by DeviceStatusData::asMap, DeviceStatusData::asValueMap.

ModelNumber  modelNumber StatusStructure  statusStructure SystemState  systemState() gnss1PpsPulseInfo_Count  gnss1PpsPulseInfo().count gnss1PpsPulseInfo_LastTimeinMS  gnss1PpsPulseInfo().lastTimeinMS GnssPowerStateOn  gnssPowerStateOn() ImuStreamInfo_Enabled  imuStreamInfo().enabled ImuStreamInfo_PacketsDropped  imuStreamInfo().outgoingPacketsDropped GnssStreamInfo_Enabled  gnssStreamInfo().enabled GnssStreamInfo_PacketsDropped  gnssStreamInfo().outgoingPacketsDropped EstimationFilterStreamInfo_Enabled  estimationFilterStreamInfo().enabled EstimationFilterStreamInfo_PacketsDropped  estimationFilterStreamInfo().outgoingPacketsDropped ComPortInfo_BytesRead  comPortInfo().bytesRead ComPortInfo_BytesWritten  comPortInfo().bytesWritten ComPortInfo_OverrunsOnRead  comPortInfo().overrunsOnRead ComPortInfo_OverrunsOnWrite  comPortInfo().overrunsOnWrite ImuMessageInfo_LastMessageReadinMS  imuMessageInfo().lastMessageReadinMS ImuMessageInfo_MessageParsingErrors  imuMessageInfo().messageParsingErrors ImuMessageInfo_MessagesRead  imuMessageInfo().messagesRead GnssMessageInfo_LastMessageReadinMS  gnssMessageInfo().lastMessageReadinMS GnssMessageInfo_MessageParsingErrors  gnssMessageInfo().messageParsingErrors GnssMessageInfo_MessagesRead  gnssMessageInfo().messagesRead TemperatureInfo_Error  temperatureInfo().error TemperatureInfo_LastReadInMS  temperatureInfo().lastReadInMS TemperatureInfo_OnBoardTemp  temperatureInfo().onBoardTemp PowerState  powerState() GyroRange  gyroRange() AccelRange  accelRange() HasMagnetometer  hasMagnetometer() HasPressure  hasPressure()

-
- -
-
DeviceStatusMap
-

A map of DeviceStatusValues, string entries.

-
- -
-
DeviceStatusValueMap
-

A map of DeviceStatusValues, Value entries.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/TestNodeCommProtocol-Summary.js b/v66.0.1/MSCL_Docs/classes/C/TestNodeCommProtocol-Summary.js deleted file mode 100644 index 5411f8b44..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/TestNodeCommProtocol-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:TestNodeCommProtocol","TestNodeCommProtocol");NDSummary.OnSummaryLoaded("CClass:TestNodeCommProtocol",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[5222,0,0,"TestNodeCommProtocol"],[5223,0,2,"Functions","Functions"],[5224,0,1,"buildCommand","buildCommand"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/TestNodeCommProtocol-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/TestNodeCommProtocol-SummaryToolTips.js deleted file mode 100644 index d73d65db7..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/TestNodeCommProtocol-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:TestNodeCommProtocol",{5222:"
TestNodeCommProtocol
Contains logic for the TestNodeCommProtocol command.
",5224:"
static ByteStream buildCommand(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress,
WirelessTypes::CommProtocol protocol
)
Builds the TestNodeCommProtocol command packet
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/TestNodeCommProtocol-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/TestNodeCommProtocol-ToolTips.js deleted file mode 100644 index f8fa67e66..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/TestNodeCommProtocol-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7194:"
The possible ASPP versions
",9155:"
Available Communication Protocol types.
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10245:"
typedef for a Node\'s node address.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/TestNodeCommProtocol.html b/v66.0.1/MSCL_Docs/classes/C/TestNodeCommProtocol.html deleted file mode 100644 index 27788d5bb..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/TestNodeCommProtocol.html +++ /dev/null @@ -1,27 +0,0 @@ - - -TestNodeCommProtocol - - - - - - - -
-
TestNodeCommProtocol
-
TestNodeCommProtocol
-

Contains logic for the TestNodeCommProtocol command.

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress,
WirelessTypes::CommProtocol protocol
)
-

Builds the TestNodeCommProtocol command packet

Parameters
nodeAddress
NodeAddress

the address of the Node to build the command for.

protocol
WirelessTypes::CommProtocol

The WirelessTypes::CommProtocol to use in the command.

Returns

A ByteStream containing the TestNodeCommProtocol command packet.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/TimeSpan-Summary.js b/v66.0.1/MSCL_Docs/classes/C/TimeSpan-Summary.js deleted file mode 100644 index 0f95410c7..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/TimeSpan-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:TimeSpan","TimeSpan");NDSummary.OnSummaryLoaded("CClass:TimeSpan",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[10328,0,0,"TimeSpan"],[10329,0,2,"Functions","Functions"],[10330,0,1,"TimeSpan","TimeSpan"],[10331,0,2,"Variables","Variables"],[10332,0,3,"m_nanoseconds","m_nanoseconds"],[10333,0,2,"Functions","Functions(2)"],[10334,0,1,"compare","compare"],[10335,0,1,"getNanoseconds","getNanoseconds"],[10336,0,1,"getMicroseconds","getMicroseconds"],[10337,0,1,"getMilliseconds","getMilliseconds"],[10338,0,1,"getSeconds","getSeconds"],[10339,0,1,"NanoSeconds","NanoSeconds"],[10340,0,1,"MicroSeconds","MicroSeconds"],[10341,0,1,"MilliSeconds","MilliSeconds"],[10342,0,1,"Seconds","Seconds"],[10343,0,1,"Minutes","Minutes"],[10344,0,1,"Hours","Hours"],[10345,0,1,"Days","Days"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/TimeSpan-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/TimeSpan-SummaryToolTips.js deleted file mode 100644 index 7892e4bbb..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/TimeSpan-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:TimeSpan",{10328:"
TimeSpan
Represents a range of time
",10330:"
explicit TimeSpan(
uint64 nanoseconds
)
Creates a TimeSpan given the nanoseconds value.  This constructor is private to force use of the static constructor methods to create a timespan.
",10332:"
uint64 m_nanoseconds
The number of nanoseconds in the timespan
",10334:"
int64 compare(
const TimeSpan &other
) const
Gets the difference (in nanoseconds) of the two TimeSpans.
",10335:"
uint64 getNanoseconds() const
Gets the nanoseconds resolution of the TimeSpan
",10336:"
uint64 getMicroseconds() const
Gets the microsecond resolution of the TimeSpan
",10337:"
uint64 getMilliseconds() const
Gets the millisecond resolution of the TimeSpan
",10338:"
uint64 getSeconds() const
Gets the seconds resolution of the TimeSpan
",10339:"
static TimeSpan NanoSeconds(
uint64 nanoseconds
)
Creates a TimeSpan object from nanoseconds
",10340:"
static TimeSpan MicroSeconds(
uint64 microseconds
)
Creates a TimeSpan object from microseconds
",10341:"
static TimeSpan MilliSeconds(
uint64 milliseconds
)
Creates a TimeSpan object from milliseconds
",10342:"
static TimeSpan Seconds(
uint64 seconds
)
Creates a TimeSpan object from seconds
",10343:"
static TimeSpan Minutes(
int minutes
)
Creates a TimeSpan object from minutes
",10344:"
static TimeSpan Hours(
int hours
)
Creates a TimeSpan object from hours
",10345:"
static TimeSpan Days(
int days
)
Creates a TimeSpan object from days
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/TimeSpan-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/TimeSpan-ToolTips.js deleted file mode 100644 index 4025f0031..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/TimeSpan-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({10328:"
TimeSpan
Represents a range of time
",10330:"
explicit TimeSpan(
uint64 nanoseconds
)
Creates a TimeSpan given the nanoseconds value.  This constructor is private to force use of the static constructor methods to create a timespan.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/TimeSpan.html b/v66.0.1/MSCL_Docs/classes/C/TimeSpan.html deleted file mode 100644 index f3bce0b90..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/TimeSpan.html +++ /dev/null @@ -1,113 +0,0 @@ - - -TimeSpan - - - - - - - -
-
TimeSpan
-
TimeSpan
-

Represents a range of time

-
- -
-
Functions
-
- -
-
TimeSpan
-
explicit TimeSpan(
uint64 nanoseconds
)
-

Creates a TimeSpan given the nanoseconds value.  This constructor is private to force use of the static constructor methods to create a timespan.

Parameters
nanoseconds
uint64

The number of nanoseconds to create the TimeSpan with.

-
- -
-
Variables
-
- -
-
m_nanoseconds
-
uint64 m_nanoseconds
-

The number of nanoseconds in the timespan

-
- -
-
Functions
-
- -
-
compare
-
int64 compare(
const TimeSpan &other
) const
-

Gets the difference (in nanoseconds) of the two TimeSpans.

Parameters
other
const TimeSpan&

The other TimeSpan to compare.

Returns

The difference in nanoseconds of the two TimeSpans.

-
- -
-
getNanoseconds
-
uint64 getNanoseconds() const
-

Gets the nanoseconds resolution of the TimeSpan

Returns

The TimeSpan in nanoseconds resolution

-
- -
-
getMicroseconds
-
uint64 getMicroseconds() const
-

Gets the microsecond resolution of the TimeSpan

Returns

The TimeSpan in microsecond resolution

-
- -
-
getMilliseconds
-
uint64 getMilliseconds() const
-

Gets the millisecond resolution of the TimeSpan

Returns

The TimeSpan in milliseconds resolution

-
- -
-
getSeconds
-
uint64 getSeconds() const
-

Gets the seconds resolution of the TimeSpan

Returns

The TimeSpan in seconds resolution

-
- -
-
NanoSeconds
-
static TimeSpan NanoSeconds(
uint64 nanoseconds
)
-

Creates a TimeSpan object from nanoseconds

Parameters
nanoseconds
uint64

The number of nanoseconds for the timespan

Returns

A TimeSpan object representative of the passed in value

-
- -
-
MicroSeconds
-
static TimeSpan MicroSeconds(
uint64 microseconds
)
-

Creates a TimeSpan object from microseconds

Parameters
microseconds
uint64

The number of microseconds for the timespan

Returns

A TimeSpan object representative of the passed in value

-
- -
-
MilliSeconds
-
static TimeSpan MilliSeconds(
uint64 milliseconds
)
-

Creates a TimeSpan object from milliseconds

Parameters
milliseconds
uint64

The number of milliseconds for the timespan

Returns

A TimeSpan object representative of the passed in value

-
- -
-
Seconds
-
static TimeSpan Seconds(
uint64 seconds
)
-

Creates a TimeSpan object from seconds

Parameters
seconds
uint64

The number of seconds for the timespan

Returns

A TimeSpan object representative of the passed in value

-
- -
-
Minutes
-
static TimeSpan Minutes(
int minutes
)
-

Creates a TimeSpan object from minutes

Parameters
minutes
int

The number of minutes for the timespan

Returns

A TimeSpan object representative of the passed in value

-
- -
-
Hours
-
static TimeSpan Hours(
int hours
)
-

Creates a TimeSpan object from hours

Parameters
hours
int

The number of hours for the timespan

Returns

A TimeSpan object representative of the passed in value

-
- -
-
Days
-
static TimeSpan Days(
int days
)
-

Creates a TimeSpan object from days

Parameters
days
int

The number of days for the timespan

Returns

A TimeSpan object representative of the passed in value

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/TimeUpdate-Summary.js b/v66.0.1/MSCL_Docs/classes/C/TimeUpdate-Summary.js deleted file mode 100644 index 269be3386..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/TimeUpdate-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:TimeUpdate","TimeUpdate");NDSummary.OnSummaryLoaded("CClass:TimeUpdate",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[1975,0,0,"TimeUpdate"],[1976,0,3,"Functions","Functions"],[1977,0,2,"TimeUpdate","TimeUpdate"],[1978,0,2,"~TimeUpdate","~TimeUpdate"],[1979,0,2,"timeOfWeek","timeOfWeek"],[1980,0,2,"weekNumber","weekNumber"],[1981,0,2,"timeAccuracy","timeAccuracy"],[1982,0,3,"Constants","Constants"],[1983,0,1,"timeOfWeek","timeOfWeek(2)"],[1984,0,1,"weekNumber","weekNumber(2)"],[1985,0,1,"timeAccuracy","timeAccuracy(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/TimeUpdate-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/TimeUpdate-SummaryToolTips.js deleted file mode 100644 index 547214dc2..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/TimeUpdate-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:TimeUpdate",{1975:"
TimeUpdate
Contains time data for the GNSS_AssistTimeUpdate class.
",1977:"
TimeUpdate(
double timeOfWeek,
uint16 weekNumber,
float timeAccuracy = 0
)
Creates a TimeUpdate object.
",1978:"
~TimeUpdate()
Destroys a TimeUpdate object.
",1979:"
double timeOfWeek() const
time into a given week in seconds.
",1980:"
uint16 weekNumber() const
the week number.
",1981:"
float timeAccuracy() const
accuracy in seconds.
",1983:"
time into a given week in seconds.
",1984:"
the week number.
",1985:"
accuracy in seconds.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/TimeUpdate-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/TimeUpdate-ToolTips.js deleted file mode 100644 index 59992a148..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/TimeUpdate-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/TimeUpdate.html b/v66.0.1/MSCL_Docs/classes/C/TimeUpdate.html deleted file mode 100644 index 2031b51de..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/TimeUpdate.html +++ /dev/null @@ -1,70 +0,0 @@ - - -TimeUpdate - - - - - - - -
-
TimeUpdate
-
TimeUpdate
-

Contains time data for the GNSS_AssistTimeUpdate class.

-
- -
-
Functions
-
- -
-
TimeUpdate
-
TimeUpdate(
double timeOfWeek,
uint16 weekNumber,
float timeAccuracy = 0
)
-

Creates a TimeUpdate object.

Parameters
timeOfWeek
double

time into a given week in seconds.

weekNumber
uint16

the week number.

timeAccuracy
float

accuracy in seconds.

-
- -
-
~TimeUpdate
-
~TimeUpdate()
-

Destroys a TimeUpdate object.

-
- -
-
timeOfWeek
-
double timeOfWeek() const
-

time into a given week in seconds.

-
- -
-
weekNumber
-
uint16 weekNumber() const
-

the week number.

-
- -
-
timeAccuracy
-
float timeAccuracy() const
-

accuracy in seconds.

-
- -
-
Constants
-
- -
-
timeOfWeek
-

time into a given week in seconds.

-
- -
-
weekNumber
-

the week number.

-
- -
-
timeAccuracy
-

accuracy in seconds.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/TimedCondition-Summary.js b/v66.0.1/MSCL_Docs/classes/C/TimedCondition-Summary.js deleted file mode 100644 index 4557ac394..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/TimedCondition-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:TimedCondition","TimedCondition");NDSummary.OnSummaryLoaded("CClass:TimedCondition",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[10346,0,0,"TimedCondition"],[10347,0,2,"Functions","Functions"],[10348,0,1,"TimedCondition","TimedCondition"],[10349,0,2,"Variables","Variables"],[10350,0,3,"m_condition","m_condition"],[10351,0,3,"m_mutex","m_mutex"],[10352,0,3,"m_isNotified","m_isNotified"],[10353,0,2,"Functions","Functions(2)"],[10354,0,1,"timedWait","timedWait"],[10355,0,1,"notify","notify"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/TimedCondition-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/TimedCondition-SummaryToolTips.js deleted file mode 100644 index 208dc75f0..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/TimedCondition-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:TimedCondition",{10346:"
TimedCondition
Class that acts as a simple wrapper around a std::condition_variable.  Used for one process waiting on a certain condition to be met or a timeout, in which case the other process is notified of the action.
",10348:"
TimedCondition()
Creates a TimedCondition object
",10350:"
std::condition_variable m_condition
The condition object that this class provides a wrapper for.
",10351:"
std::mutex m_mutex
The mutex to handle thread-safe access
",10352:"
bool m_isNotified
Whether or not the condition has been notified
",10354:"
bool timedWait(
uint64 timeout
)
Blocks until the condition is met by calling notify() or until the timeout has expired.  Also returns true immediately if the condition has already been notified.
",10355:"
void notify()
Unblocks the TimedCondition if it is currently blocked from calling timedWait()
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/TimedCondition-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/TimedCondition-ToolTips.js deleted file mode 100644 index 59992a148..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/TimedCondition-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/TimedCondition.html b/v66.0.1/MSCL_Docs/classes/C/TimedCondition.html deleted file mode 100644 index bafbda08c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/TimedCondition.html +++ /dev/null @@ -1,65 +0,0 @@ - - -TimedCondition - - - - - - - -
-
TimedCondition
-
TimedCondition
-

Class that acts as a simple wrapper around a std::condition_variable.  Used for one process waiting on a certain condition to be met or a timeout, in which case the other process is notified of the action.

-
- -
-
Functions
-
- -
-
TimedCondition
-
TimedCondition()
-

Creates a TimedCondition object

-
- -
-
Variables
-
- -
-
m_condition
-
std::condition_variable m_condition
-

The condition object that this class provides a wrapper for.

-
- -
-
m_mutex
-
std::mutex m_mutex
-

The mutex to handle thread-safe access

-
- -
-
m_isNotified
-
bool m_isNotified
-

Whether or not the condition has been notified

-
- -
-
Functions
-
- -
-
timedWait
-
bool timedWait(
uint64 timeout
)
-

Blocks until the condition is met by calling notify() or until the timeout has expired.  Also returns true immediately if the condition has already been notified.

Parameters
timeout
uint64

The timeout (in milliseconds) to set for the condition.

Returns

true if the condition was met from a call to notify(). false if the timeout has expired.

-
- -
-
notify
-
void notify()
-

Unblocks the TimedCondition if it is currently blocked from calling timedWait()

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Timestamp-Summary.js b/v66.0.1/MSCL_Docs/classes/C/Timestamp-Summary.js deleted file mode 100644 index 38b7520bc..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Timestamp-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:Timestamp","Timestamp");NDSummary.OnSummaryLoaded("CClass:Timestamp",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Enums","Enumeration"],["Functions","Function"],["Groups","Group"],["Operators","Operator"],["Variables","Variable"]],[[10291,0,0,"Timestamp"],[10292,0,4,"Types","Types"],[10293,0,2,"Epoch","Epoch"],[10294,0,1,,"INTERNAL"],[10295,0,1,,"EXTERNAL"],[10296,0,1,,"TIME_OF_ARRIVAL"],[10297,0,1,,"GPS"],[10298,0,1,,"UNIX"],[10299,0,1,,"UTC"],[10300,0,4,"Functions","Functions"],[10301,0,3,"Timestamp","Timestamp"],[10302,0,3,"Timestamp","Timestamp(2)"],[10303,0,4,"Variables","Variables"],[10304,0,6,"m_nanoseconds","m_nanoseconds"],[10305,0,6,"m_epoch","m_epoch"],[10306,0,6,"s_gpsLeapSeconds","s_gpsLeapSeconds"],[10307,0,4,"Operators","Operators"],[10308,0,5,"-","-"],[10309,0,5,"==","=="],[10310,0,5,"!=","!="],[10311,0,5,"<","<"],[10312,0,5,"<=","<="],[10313,0,5,">",">"],[10314,0,5,">=",">="],[10315,0,4,"Functions","Functions(2)"],[10316,0,3,"nanoseconds","nanoseconds"],[10317,0,3,"seconds","seconds"],[10318,0,3,"storedEpoch","storedEpoch"],[10319,0,3,"str","str"],[10320,0,3,"setTime","setTime"],[10321,0,3,"setTimeNow","setTimeNow"],[10322,0,3,"timeNow","timeNow"],[10323,0,3,"setLeapSeconds","setLeapSeconds"],[10324,0,3,"getLeapSeconds","getLeapSeconds"],[10325,0,3,"gpsTimeToUtcTime","gpsTimeToUtcTime"],[10326,0,3,"gpsTimeToUtcTime","gpsTimeToUtcTime(2)"],[10327,0,3,"utcTimeToGpsTime","utcTimeToGpsTime"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Timestamp-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Timestamp-SummaryToolTips.js deleted file mode 100644 index a7ed4c5b1..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Timestamp-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:Timestamp",{10291:"
Timestamp
Represents a date/time object
",10293:"
Epoch indicator: Unix, GPS.  Timestamp class uses Unix epoch by default.
",10301:"
explicit Timestamp(
uint64 nanoseconds = 0,
Epoch epoch = Epoch::UNIX
)
Creates a Timestamp object based on the nanoseconds parameter
",10302:"
Timestamp(
uint16 year,
uint16 month,
uint16 day,
uint16 hour,
uint16 minute,
uint16 second,
uint32 milli
)
Creates a Timestamp object from the given year, month, day, hour, minute, second, millisecond parameters
",10304:"
uint64 m_nanoseconds
The number of nanoseconds since the m_epoch epoch
",10305:"
Epoch m_epoch
The epoch the nanosecond count is stored in.  This is to avoid loss of precision during conversion when the source value is GPS time, converting to and from Unix
",10306:"
static uint8 s_gpsLeapSeconds
The (hardcoded) number of leap seconds since Jan 1 1980, used in converting GPS timestamps to UTC timestamps.
",10308:"
Gets the TimeSpan representing the distance (always positive) between two Timestamps.
",10309:"
Equal operator for comparing Timestamps.
",10310:"
Not Equal operator for comparing Timestamps.
",10311:"
Less Than operator for comparing Timestamps.
",10312:"
Less Than or Equal To operator for comparing Timestamps.
",10313:"
Greater Than operator for comparing Timestamps.
",10314:"
Greater Than or Equal To operator for comparing Timestamps.
",10316:"
uint64 nanoseconds() const
Gets the number of nanoseconds since the specified epoch
",10317:"
uint64 seconds() const
Gets the number of seconds since the specified epoch
",10318:"
Epoch storedEpoch() const
Gets the epoch the source value is stored in. Regardless of stored epoch, the value can be read out in both Unix and GPS.
",10319:"
std::string str() const
Gets a string representation of the Timestamp object in ISO 8601 Date/Time format.
",10320:"
void setTime(
uint64 nanosSinceEpoch,
Epoch epoch = Epoch::UNIX
)
Updates the Timestamp to the given number of nanoseconds since the unix epoch.
",10321:"
void setTimeNow()
Sets the Timestamp object to the current system time in UTC
",10322:"
static Timestamp timeNow()
Creates a timestamp using the current system time
",10323:"
static void setLeapSeconds(
uint8 gpsLeapSeconds
)
Adjusts the hardcoded number of leap seconds since Jan 1 1980, used in converting GPS timestamps to UTC timestamps.  Note: New releases of MSCL should be available when the leap seconds change. You can also adjust this value yourself to correct your current version of MSCL without updating.
",10324:"
static uint8 getLeapSeconds()
Gets the current number of leap seconds since Jan 1 1980, used in converting GPS timestamps to UTC timestamps.
",10325:"
static uint64 gpsTimeToUtcTime(
double timeOfWeek,
uint16 weekNumber
)
Converts the gps time into the UTC time in nanoseconds since the unix epoch.  Note: this uses the value stored in <Utils::gpsLeapSeconds> in its conversion.
",10326:"
static uint64 gpsTimeToUtcTime(
uint64 gpsNanoseconds
)
Converts the gps time into the UTC time in nanoseconds since the unix epoch.  Note: this uses the value stored in <Utils::gpsLeapSeconds> in its conversion.
",10327:"
static uint64 utcTimeToGpsTime(
uint64 utcNanoseconds
)
Converts the UTC time into the GPS time in nanoseconds since the unix epoch.  Note: this uses the value stored in <Utils::gpsLeapSeconds> in its conversion.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Timestamp-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Timestamp-ToolTips.js deleted file mode 100644 index 5627e51b5..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Timestamp-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({10291:"
Timestamp
Represents a date/time object
",10293:"
Epoch indicator: Unix, GPS.  Timestamp class uses Unix epoch by default.
",10328:"
TimeSpan
Represents a range of time
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Timestamp.html b/v66.0.1/MSCL_Docs/classes/C/Timestamp.html deleted file mode 100644 index 819fc0df7..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Timestamp.html +++ /dev/null @@ -1,179 +0,0 @@ - - -Timestamp - - - - - - - -
-
Timestamp
-
Timestamp
-

Represents a date/time object

-
- -
-
Types
-
- -
-
Epoch
-

Epoch indicator: Unix, GPS.  Timestamp class uses Unix epoch by default.

INTERNAL

0x01 - No conversion

EXTERNAL

0x02 - No conversion

TIME_OF_ARRIVAL

0x02 - No conversion

GPS

0x04

UNIX

0x05

UTC

0x05

-
- -
-
Functions
-
- -
-
Timestamp
-
explicit Timestamp(
uint64 nanoseconds = 0,
Epoch epoch = Epoch::UNIX
)
-

Creates a Timestamp object based on the nanoseconds parameter

Parameters
nanoseconds
uint64

The number of nanoseconds since specified epoch (default of 0)

epoch
Epoch

The epoch of the timestamp (default Unix)

-
- -
-
Timestamp
-
Timestamp(
uint16 year,
uint16 month,
uint16 day,
uint16 hour,
uint16 minute,
uint16 second,
uint32 milli
)
-

Creates a Timestamp object from the given year, month, day, hour, minute, second, millisecond parameters

Parameters
year
uint16

The year of the timestamp (ex. 2013)

month
uint16

The month of the timestamp (ex. 3)

day
uint16

The day of the timestamp (ex. 31)

hour
uint16

The hour of the timestamp (ex. 21)

minute
uint16

The minute of the timestamp (ex. 58)

second
uint16

The second of the timestamp (ex. 59)

millisecond

The milliseconds of the timestamp (ex. 123)

-
- -
-
Variables
-
- -
-
m_nanoseconds
-
uint64 m_nanoseconds
-

The number of nanoseconds since the m_epoch epoch

-
- -
-
m_epoch
-
Epoch m_epoch
-

The epoch the nanosecond count is stored in.  This is to avoid loss of precision during conversion when the source value is GPS time, converting to and from Unix

-
- -
-
s_gpsLeapSeconds
-
static uint8 s_gpsLeapSeconds
-

The (hardcoded) number of leap seconds since Jan 1 1980, used in converting GPS timestamps to UTC timestamps.

-
- -
-
Operators
-
- -
-
-
-

Gets the TimeSpan representing the distance (always positive) between two Timestamps.

Returns

A TimeSpan representing the difference between the 2 Timestamps.

-
- -
-
==
-

Equal operator for comparing Timestamps.

-
- -
-
!=
-

Not Equal operator for comparing Timestamps.

-
- -
-
<
-

Less Than operator for comparing Timestamps.

-
- -
-
<=
-

Less Than or Equal To operator for comparing Timestamps.

-
- -
-
>
-

Greater Than operator for comparing Timestamps.

-
- -
-
>=
-

Greater Than or Equal To operator for comparing Timestamps.

-
- -
-
Functions
-
- -
-
nanoseconds
-
uint64 nanoseconds() const
-

Gets the number of nanoseconds since the specified epoch

Parameters
epoch

the epoch for this value (default stored epoch)

Returns

The number of nanoseconds since the specified epoch

-
- -
-
seconds
-
uint64 seconds() const
-

Gets the number of seconds since the specified epoch

Parameters
epoch

the epoch for this value (default stored epoch)

Returns

The number of nanoseconds since the specified epoch

-
- -
-
storedEpoch
-
Epoch storedEpoch() const
-

Gets the epoch the source value is stored in. Regardless of stored epoch, the value can be read out in both Unix and GPS.

Returns

The stored Epoch

-
- -
-
str
-
std::string str() const
-

Gets a string representation of the Timestamp object in ISO 8601 Date/Time format.

Returns

A string representation of the Timestamp.

-
- -
-
setTime
-
void setTime(
uint64 nanosSinceEpoch,
Epoch epoch = Epoch::UNIX
)
-

Updates the Timestamp to the given number of nanoseconds since the unix epoch.

Parameters
nanosSinceEpoch
uint64

The number of nanoseconds since the unix epoch.

epoch
Epoch

the epoch for this value (default Unix)

-
- -
-
setTimeNow
-
void setTimeNow()
-

Sets the Timestamp object to the current system time in UTC

-
- -
-
timeNow
-
static Timestamp timeNow()
-

Creates a timestamp using the current system time

Returns

A Timestamp object representing the current system time

-
- -
-
setLeapSeconds
-
static void setLeapSeconds(
uint8 gpsLeapSeconds
)
-

Adjusts the hardcoded number of leap seconds since Jan 1 1980, used in converting GPS timestamps to UTC timestamps.  Note: New releases of MSCL should be available when the leap seconds change. You can also adjust this value yourself to correct your current version of MSCL without updating.

Parameters
gpsLeapSeconds
uint8

The number of leap seconds since Jan 1 1980.

-
- -
-
getLeapSeconds
-
static uint8 getLeapSeconds()
-

Gets the current number of leap seconds since Jan 1 1980, used in converting GPS timestamps to UTC timestamps.

-
- -
-
gpsTimeToUtcTime
-
static uint64 gpsTimeToUtcTime(
double timeOfWeek,
uint16 weekNumber
)
-

Converts the gps time into the UTC time in nanoseconds since the unix epoch.  Note: this uses the value stored in <Utils::gpsLeapSeconds> in its conversion.

-
- -
-
gpsTimeToUtcTime
-
static uint64 gpsTimeToUtcTime(
uint64 gpsNanoseconds
)
-

Converts the gps time into the UTC time in nanoseconds since the unix epoch.  Note: this uses the value stored in <Utils::gpsLeapSeconds> in its conversion.

-
- -
-
utcTimeToGpsTime
-
static uint64 utcTimeToGpsTime(
uint64 utcNanoseconds
)
-

Converts the UTC time into the GPS time in nanoseconds since the unix epoch.  Note: this uses the value stored in <Utils::gpsLeapSeconds> in its conversion.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/TimestampCounter-Summary.js b/v66.0.1/MSCL_Docs/classes/C/TimestampCounter-Summary.js deleted file mode 100644 index 55e567d5e..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/TimestampCounter-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:TimestampCounter","TimestampCounter");NDSummary.OnSummaryLoaded("CClass:TimestampCounter",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[10281,0,0,"TimestampCounter"],[10282,0,2,"Functions","Functions"],[10283,0,1,"TimestampCounter","TimestampCounter"],[10284,0,1,"reset","reset"],[10285,0,1,"reset","reset(2)"],[10286,0,1,"advance","advance"],[10287,0,1,"advance","advance(2)"],[10288,0,1,"reverse","reverse"],[10289,0,1,"reverse","reverse(2)"],[10290,0,1,"time","time"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/TimestampCounter-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/TimestampCounter-SummaryToolTips.js deleted file mode 100644 index 144402497..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/TimestampCounter-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:TimestampCounter",{10281:"
TimestampCounter
A utility for accurately counting time without additive error.
",10283:"
TimestampCounter(
const SampleRate &sampleRate,
uint64 startTime = 0
)
",10284:"
void reset(
const SampleRate &sampleRate,
uint64 time
)
Start counting again with the specificed Sample Rate and from the specified time.
",10285:"
void reset(
uint64 time
)
Start counting again from the specified time, keeping the same Sample Rate
",10286:"
void advance(
size_t n
)
Advances the counter by n periods.
",10287:"
void advance()
Advances the counter by one period.
",10288:"
void reverse(
size_t n
)
Reverse the counter by n periods.
",10289:"
void reverse()
Reverse the counter by one period.
",10290:"
uint64 time() const
Gets the current time of the counter.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/TimestampCounter-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/TimestampCounter-ToolTips.js deleted file mode 100644 index 7a843621b..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/TimestampCounter-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({9819:"
SampleRate
Represents a MicroStrain sample rate (rate at which data is sampling)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/TimestampCounter.html b/v66.0.1/MSCL_Docs/classes/C/TimestampCounter.html deleted file mode 100644 index 0e11db8f1..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/TimestampCounter.html +++ /dev/null @@ -1,69 +0,0 @@ - - -TimestampCounter - - - - - - - -
-
TimestampCounter
-
TimestampCounter
-

A utility for accurately counting time without additive error.

-
- -
-
Functions
-
- -
-
TimestampCounter
-
TimestampCounter(
const SampleRate &sampleRate,
uint64 startTime = 0
)
-
Parameters
sampleRate
const SampleRate&

The rate to count at.

startTime
uint64

The time to start counting from, as the number of nanoseconds since Unix Epoch.

-
- -
-
reset
-
void reset(
const SampleRate &sampleRate,
uint64 time
)
-

Start counting again with the specificed Sample Rate and from the specified time.

Parameters
sampleRate
const SampleRate&

The rate to count at.

time
uint64

The time to start counting from, as the number of nanoseconds since Unix Epoch.

-
- -
-
reset
-
void reset(
uint64 time
)
-

Start counting again from the specified time, keeping the same Sample Rate

Parameters
time
uint64

The time to start counting from, as the number of nanoseconds since Unix Epoch.

-
- -
-
advance
-
void advance(
size_t n
)
-

Advances the counter by n periods.

Parameters
n
size_t

The number of periods to advance the counter.

-
- -
-
advance
-
void advance()
-

Advances the counter by one period.

-
- -
-
reverse
-
void reverse(
size_t n
)
-

Reverse the counter by n periods.

Parameters
n
size_t

The number of periods to advance the counter.

-
- -
-
reverse
-
void reverse()
-

Reverse the counter by one period.

-
- -
-
time
-
uint64 time() const
-

Gets the current time of the counter.

Returns

The current time of the counter, as the number of nanoseconds since Unix Epoch.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/TriggerArmedDatalogging-Summary.js b/v66.0.1/MSCL_Docs/classes/C/TriggerArmedDatalogging-Summary.js deleted file mode 100644 index 1d9886943..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/TriggerArmedDatalogging-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:TriggerArmedDatalogging","TriggerArmedDatalogging");NDSummary.OnSummaryLoaded("CClass:TriggerArmedDatalogging",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[5219,0,0,"TriggerArmedDatalogging"],[5220,0,2,"Functions","Functions"],[5221,0,1,"buildCommand","buildCommand"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/TriggerArmedDatalogging-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/TriggerArmedDatalogging-SummaryToolTips.js deleted file mode 100644 index a077fc4ed..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/TriggerArmedDatalogging-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:TriggerArmedDatalogging",{5219:"
TriggerArmedDatalogging
Contains logic for the Trigger Armed Datalogging Node command.
",5221:"
static ByteStream buildCommand(
NodeAddress nodeAddress
)
Builds the TriggerArmedDatalogging command packet.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/TriggerArmedDatalogging-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/TriggerArmedDatalogging-ToolTips.js deleted file mode 100644 index aefea407e..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/TriggerArmedDatalogging-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10245:"
typedef for a Node\'s node address.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/TriggerArmedDatalogging.html b/v66.0.1/MSCL_Docs/classes/C/TriggerArmedDatalogging.html deleted file mode 100644 index b6617c07b..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/TriggerArmedDatalogging.html +++ /dev/null @@ -1,27 +0,0 @@ - - -TriggerArmedDatalogging - - - - - - - -
-
TriggerArmedDatalogging
-
TriggerArmedDatalogging
-

Contains logic for the Trigger Armed Datalogging Node command.

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand(
NodeAddress nodeAddress
)
-

Builds the TriggerArmedDatalogging command packet.

Parameters
nodeAddress
NodeAddress

The address of the Node to build the command for.

Returns

A ByteStream containing the command packet.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/UARTBaudRate-Summary.js b/v66.0.1/MSCL_Docs/classes/C/UARTBaudRate-Summary.js deleted file mode 100644 index 86af58db6..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/UARTBaudRate-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:UARTBaudRate","UARTBaudRate");NDSummary.OnSummaryLoaded("CClass:UARTBaudRate",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[439,0,0,"UARTBaudRate"],[440,0,2,"Functions","Functions"],[441,0,1,"commandName","commandName"],[442,0,1,"MakeSetCommand","MakeSetCommand"],[443,0,1,"MakeGetCommand","MakeGetCommand"],[444,0,1,"getResponseData","getResponseData"],[445,0,1,"peekParameterValue","peekParameterValue"],[446,0,1,"operator ByteStream","operator_ByteStream"],[447,0,1,"Constructor UARTBaudRate","Constructor_UARTBaudRate"],[448,0,1,"commandType","commandType"],[449,0,1,"fieldDataByte","fieldDataByte"],[450,0,1,"responseExpected","responseExpected"],[451,0,2,"Variables","Variables"],[452,0,3,"m_functionSelector","m_functionSelector"],[453,0,3,"m_baudRate","m_baudRate"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/UARTBaudRate-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/UARTBaudRate-SummaryToolTips.js deleted file mode 100644 index 53dc7c96b..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/UARTBaudRate-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:UARTBaudRate",{439:"
UARTBaudRate
Contains the logic for the Inertial UARTBaudRate command.
",441:"
virtual std::string commandName() const
",442:"
static UARTBaudRate MakeSetCommand(
uint32 dataToUse
)
Parameter: dataToUse The uint32 object to set.
",443:"
static UARTBaudRate MakeGetCommand()
",444:"
static uint32 getResponseData(
const GenericMipCmdResponse &response
)
",445:"
static uint32 peekParameterValue(
const Bytes &commandBytes
)
Read the baud rate parameter value from the provided UART Baud Rate command bytes.  Note: The provided command bytes are assumed to be formatted properly, no validation occurs.
",446:"
operator ByteStream() const
Converts this class to a ByteStream.
",447:"
Private constructor creates a UARTBaudRate object.  Use Make___Command methods to create an object.
",448:"
virtual MipTypes::Command commandType() const
",449:"
virtual uint8 fieldDataByte() const
",450:"
virtual bool responseExpected() const
",452:"
MipTypes::FunctionSelector m_functionSelector
The FunctionSelector type of command to send, get/set, reset to factory defaults, et al.
",453:"
uint32 m_baudRate
The uint32 to send to the device.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/UARTBaudRate-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/UARTBaudRate-ToolTips.js deleted file mode 100644 index 06ecb68d8..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/UARTBaudRate-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({439:"
UARTBaudRate
Contains the logic for the Inertial UARTBaudRate command.
",2927:"
GenericMipCmdResponse
Represents the response to a GenericMipCommand.
",3158:"
The enums for all the different types/categories of MIP commands and data.
",3171:"
The enums for all of the different MIP commands.
",10243:"
typedef for a 4-byte unsigned integer.
",10253:"
typedef for a vector of bytes.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/UARTBaudRate.html b/v66.0.1/MSCL_Docs/classes/C/UARTBaudRate.html deleted file mode 100644 index 427df6e7a..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/UARTBaudRate.html +++ /dev/null @@ -1,96 +0,0 @@ - - -UARTBaudRate - - - - - - - -
-
UARTBaudRate
-
public
MipCommand
UARTBaudRate
-

Contains the logic for the Inertial UARTBaudRate command.

-
- -
-
Functions
-
- -
-
commandName
-
virtual std::string commandName() const
-
Returns
std::string

the string name for this class.

-
- -
-
MakeSetCommand
-
static UARTBaudRate MakeSetCommand(
uint32 dataToUse
)
-

Parameter: dataToUse The uint32 object to set.

Returns
UARTBaudRate

object set up for sending a set command.

-
- -
-
MakeGetCommand
-
static UARTBaudRate MakeGetCommand()
-
Returns
UARTBaudRate

object set up for sending a get command.

-
- -
-
getResponseData
-
static uint32 getResponseData(
const GenericMipCmdResponse &response
)
-
Parameter
response
const GenericMipCmdResponse&

The GenericMipCmdResponse object from which to get formatted data.

Returns
uint32

The baud rate value returned from the device.

-
- -
-
peekParameterValue
-
static uint32 peekParameterValue(
const Bytes &commandBytes
)
-

Read the baud rate parameter value from the provided UART Baud Rate command bytes.  Note: The provided command bytes are assumed to be formatted properly, no validation occurs.

Parameter
commandBytes
const Bytes&

The Bytes representing a complete UART Baud Rate command

Returns
uint32

the baud rate parameter value within the commandBytes object, returns 0 if parameter value is beyond the bounds of commandBytes

-
- -
-
operator ByteStream
-
operator ByteStream() const
-

Converts this class to a ByteStream.

-
- -
-
Constructor UARTBaudRate
-

Private constructor creates a UARTBaudRate object.  Use Make___Command methods to create an object.

-
- -
-
commandType
-
virtual MipTypes::Command commandType() const
-
Returns
MipTypes::Command

the command ID.

-
- -
-
fieldDataByte
-
virtual uint8 fieldDataByte() const
-
Returns
uint8

the byte ID for field data in the reply.

-
- -
-
responseExpected
-
virtual bool responseExpected() const
-
Returns
bool

True indicates that a response should return from the device.

-
- -
-
Variables
-
- -
-
m_functionSelector
-
MipTypes::FunctionSelector m_functionSelector
-

The FunctionSelector type of command to send, get/set, reset to factory defaults, et al.

-
- -
-
m_baudRate
-
uint32 m_baudRate
-

The uint32 to send to the device.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Uint16Command-Summary.js b/v66.0.1/MSCL_Docs/classes/C/Uint16Command-Summary.js deleted file mode 100644 index 55a3bbb67..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Uint16Command-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:Uint16Command","Uint16Command");NDSummary.OnSummaryLoaded("CClass:Uint16Command",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[350,0,0,"Uint16Command"],[351,0,2,"Functions","Functions"],[352,0,1,"commandName","commandName"],[353,0,1,"MakeSetCommand","MakeSetCommand"],[354,0,1,"MakeGetCommand","MakeGetCommand"],[355,0,1,"MakeGetCommand","MakeGetCommand(2)"],[356,0,1,"getResponseData","getResponseData"],[357,0,1,"operator ByteStream","operator_ByteStream"],[358,0,1,"Constructor Uint16Command","Constructor_Uint16Command"],[359,0,1,"commandType","commandType"],[360,0,1,"fieldDataByte","fieldDataByte"],[361,0,1,"responseExpected","responseExpected"],[362,0,2,"Variables","Variables"],[363,0,3,"m_cmd","m_cmd"],[364,0,3,"m_functionSelector","m_functionSelector"],[365,0,3,"m_data","m_data"],[366,0,3,"m_addlParams","m_addlParams"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Uint16Command-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Uint16Command-SummaryToolTips.js deleted file mode 100644 index 31c82c33b..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Uint16Command-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:Uint16Command",{350:"
Uint16Command
A generic command class that contains the logic for any command that deals only with one or more uint16s.
",352:"
virtual std::string commandName() const
",353:"
static Uint16Command MakeSetCommand(
MipTypes::Command cmd,
const std::vector<uint16> &data
)
Parameter: cmd The specific MipTypes::Command type to be constructed
",354:"
static Uint16Command MakeGetCommand(
MipTypes::Command cmd
)
Parameter: cmd The specific MipTypes::Command type to be constructed
",355:"
static Uint16Command MakeGetCommand(
MipTypes::Command cmd,
const std::vector<uint16> &addlParams
)
Parameter: cmd The specific MipTypes::Command type to be constructed
",356:"
std::vector<uint16> getResponseData(
const GenericMipCmdResponse &response
)
",357:"
operator ByteStream() const
Converts this class to a ByteStream.
",358:"
Private constructor creates a Uint16Command object.  Use Make___Command methods to create an object.
",359:"
virtual MipTypes::Command commandType() const
",360:"
virtual uint8 fieldDataByte() const
",361:"
virtual bool responseExpected() const
",363:"
MipTypes::Command m_cmd
The specific MipTypes::Command type of this object
",364:"
MipTypes::FunctionSelector m_functionSelector
The FunctionSelector type of command to send, get/set, reset to factory defaults, et al.
",365:"
std::vector<uint16> m_data
The uint16 data to send to the device.
",366:"
std::vector<uint16> m_addlParams
The uint16 parameters to send to the device in a get command.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Uint16Command-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Uint16Command-ToolTips.js deleted file mode 100644 index 7e359013d..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Uint16Command-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({350:"
Uint16Command
A generic command class that contains the logic for any command that deals only with one or more uint16s.
",2927:"
GenericMipCmdResponse
Represents the response to a GenericMipCommand.
",3158:"
The enums for all the different types/categories of MIP commands and data.
",3171:"
The enums for all of the different MIP commands.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Uint16Command.html b/v66.0.1/MSCL_Docs/classes/C/Uint16Command.html deleted file mode 100644 index 82f56a7a3..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Uint16Command.html +++ /dev/null @@ -1,108 +0,0 @@ - - -Uint16Command - - - - - - - -
-
Uint16Command
-
public
MipCommand
Uint16Command
-

A generic command class that contains the logic for any command that deals only with one or more uint16s.

-
- -
-
Functions
-
- -
-
commandName
-
virtual std::string commandName() const
-
Returns
std::string

the string name for the command.

-
- -
-
MakeSetCommand
-
static Uint16Command MakeSetCommand(
MipTypes::Command cmd,
const std::vector<uint16> &data
)
-

Parameter: cmd The specific MipTypes::Command type to be constructed

Parameter: dataToUse The list of uint16s to set.

Returns
Uint16Command

object set up for sending a set command.

-
- -
-
MakeGetCommand
-
static Uint16Command MakeGetCommand(
MipTypes::Command cmd
)
-

Parameter: cmd The specific MipTypes::Command type to be constructed

Returns
Uint16Command

object set up for sending a get command.

-
- -
-
MakeGetCommand
-
static Uint16Command MakeGetCommand(
MipTypes::Command cmd,
const std::vector<uint16> &addlParams
)
-

Parameter: cmd The specific MipTypes::Command type to be constructed

Parameter: addlParams Any additional uint16 parameters that need to be sent to the node.

Returns
Uint16Command

object set up for sending a get command.

-
- -
-
getResponseData
-
std::vector<uint16> getResponseData(
const GenericMipCmdResponse &response
)
-
Parameter
response
const GenericMipCmdResponse&

The GenericMipCmdResponse object from which to get formatted data.

Returns
vector of uint16s

An collection of uint16s with the data returned from the device.

-
- -
-
operator ByteStream
-
operator ByteStream() const
-

Converts this class to a ByteStream.

-
- -
-
Constructor Uint16Command
-

Private constructor creates a Uint16Command object.  Use Make___Command methods to create an object.

-
- -
-
commandType
-
virtual MipTypes::Command commandType() const
-
Returns
MipTypes::Command

the command ID.

-
- -
-
fieldDataByte
-
virtual uint8 fieldDataByte() const
-
Returns
uint8

the byte ID for field data in the reply.

-
- -
-
responseExpected
-
virtual bool responseExpected() const
-
Returns
bool

True indicates that a response should return from the device.

-
- -
-
Variables
-
- -
-
m_cmd
- -

The specific MipTypes::Command type of this object

-
- -
-
m_functionSelector
-
MipTypes::FunctionSelector m_functionSelector
-

The FunctionSelector type of command to send, get/set, reset to factory defaults, et al.

-
- -
-
m_data
-
std::vector<uint16> m_data
-

The uint16 data to send to the device.

-
- -
-
m_addlParams
-
std::vector<uint16> m_addlParams
-

The uint16 parameters to send to the device in a get command.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Uint8Command-Summary.js b/v66.0.1/MSCL_Docs/classes/C/Uint8Command-Summary.js deleted file mode 100644 index cd6520139..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Uint8Command-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:Uint8Command","Uint8Command");NDSummary.OnSummaryLoaded("CClass:Uint8Command",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[321,0,0,"Uint8Command"],[322,0,2,"Functions","Functions"],[323,0,1,"commandName","commandName"],[324,0,1,"MakeSetCommand","MakeSetCommand"],[325,0,1,"MakeGetCommand","MakeGetCommand"],[326,0,1,"MakeGetCommand","MakeGetCommand(2)"],[327,0,1,"getResponseData","getResponseData"],[328,0,1,"operator ByteStream","operator_ByteStream"],[329,0,1,"Constructor Uint8Command","Constructor_Uint8Command"],[330,0,1,"commandType","commandType"],[331,0,1,"fieldDataByte","fieldDataByte"],[332,0,1,"responseExpected","responseExpected"],[333,0,2,"Variables","Variables"],[334,0,3,"m_cmd","m_cmd"],[335,0,3,"m_functionSelector","m_functionSelector"],[336,0,3,"m_data","m_data"],[337,0,3,"m_addlParams","m_addlParams"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Uint8Command-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Uint8Command-SummaryToolTips.js deleted file mode 100644 index 01825d30c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Uint8Command-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:Uint8Command",{321:"
Uint8Command
A generic command class that contains the logic for any command that deals only with one or more uint8s.
",323:"
virtual std::string commandName() const
",324:"
static Uint8Command MakeSetCommand(
MipTypes::Command cmd,
const std::vector<uint8> &data
)
Parameter: cmd The specific MipTypes::Command type to be constructed
",325:"
static Uint8Command MakeGetCommand(
MipTypes::Command cmd
)
Parameter: cmd The specific MipTypes::Command type to be constructed
",326:"
static Uint8Command MakeGetCommand(
MipTypes::Command cmd,
const std::vector<uint8> &addlParams
)
Parameter: cmd The specific MipTypes::Command type to be constructed
",327:"
std::vector<uint8> getResponseData(
const GenericMipCmdResponse &response
)
",328:"
operator ByteStream() const
Converts this class to a ByteStream.
",329:"
Private constructor creates a Uint8Command object.  Use Make___Command methods to create an object.
",330:"
virtual MipTypes::Command commandType() const
",331:"
virtual uint8 fieldDataByte() const
",332:"
virtual bool responseExpected() const
",334:"
MipTypes::Command m_cmd
The specific MipTypes::Command type of this object
",335:"
MipTypes::FunctionSelector m_functionSelector
The FunctionSelector type of command to send, get/set, reset to factory defaults, et al.
",336:"
std::vector<uint8> m_data
The uint8 data to send to the device.
",337:"
std::vector<uint8> m_addlParams
The uint8 parameters to send to the device in a get command.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Uint8Command-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Uint8Command-ToolTips.js deleted file mode 100644 index f94c3293e..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Uint8Command-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({321:"
Uint8Command
A generic command class that contains the logic for any command that deals only with one or more uint8s.
",2927:"
GenericMipCmdResponse
Represents the response to a GenericMipCommand.
",3158:"
The enums for all the different types/categories of MIP commands and data.
",3171:"
The enums for all of the different MIP commands.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Uint8Command.html b/v66.0.1/MSCL_Docs/classes/C/Uint8Command.html deleted file mode 100644 index 96fdcc06b..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Uint8Command.html +++ /dev/null @@ -1,108 +0,0 @@ - - -Uint8Command - - - - - - - -
-
Uint8Command
-
public
MipCommand
Uint8Command
-

A generic command class that contains the logic for any command that deals only with one or more uint8s.

-
- -
-
Functions
-
- -
-
commandName
-
virtual std::string commandName() const
-
Returns
std::string

the string name for the command.

-
- -
-
MakeSetCommand
-
static Uint8Command MakeSetCommand(
MipTypes::Command cmd,
const std::vector<uint8> &data
)
-

Parameter: cmd The specific MipTypes::Command type to be constructed

Parameter: dataToUse The list of uint8s to set.

Returns
Uint8Command

object set up for sending a set command.

-
- -
-
MakeGetCommand
-
static Uint8Command MakeGetCommand(
MipTypes::Command cmd
)
-

Parameter: cmd The specific MipTypes::Command type to be constructed

Returns
Uint8Command

object set up for sending a get command.

-
- -
-
MakeGetCommand
-
static Uint8Command MakeGetCommand(
MipTypes::Command cmd,
const std::vector<uint8> &addlParams
)
-

Parameter: cmd The specific MipTypes::Command type to be constructed

Parameter: addlParams Any additional uint8 parameters that need to be sent to the node.

Returns
Uint8Command

object set up for sending a get command.

-
- -
-
getResponseData
-
std::vector<uint8> getResponseData(
const GenericMipCmdResponse &response
)
-
Parameter
response
const GenericMipCmdResponse&

The GenericMipCmdResponse object from which to get formatted data.

Returns
vector of uint8s

An collection of uint8s with the data returned from the device.

-
- -
-
operator ByteStream
-
operator ByteStream() const
-

Converts this class to a ByteStream.

-
- -
-
Constructor Uint8Command
-

Private constructor creates a Uint8Command object.  Use Make___Command methods to create an object.

-
- -
-
commandType
-
virtual MipTypes::Command commandType() const
-
Returns
MipTypes::Command

the command ID.

-
- -
-
fieldDataByte
-
virtual uint8 fieldDataByte() const
-
Returns
uint8

the byte ID for field data in the reply.

-
- -
-
responseExpected
-
virtual bool responseExpected() const
-
Returns
bool

True indicates that a response should return from the device.

-
- -
-
Variables
-
- -
-
m_cmd
- -

The specific MipTypes::Command type of this object

-
- -
-
m_functionSelector
-
MipTypes::FunctionSelector m_functionSelector
-

The FunctionSelector type of command to send, get/set, reset to factory defaults, et al.

-
- -
-
m_data
-
std::vector<uint8> m_data
-

The uint8 data to send to the device.

-
- -
-
m_addlParams
-
std::vector<uint8> m_addlParams
-

The uint8 parameters to send to the device in a get command.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/UnixSocketConnection-Summary.js b/v66.0.1/MSCL_Docs/classes/C/UnixSocketConnection-Summary.js deleted file mode 100644 index d916793d9..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/UnixSocketConnection-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:UnixSocketConnection","UnixSocketConnection");NDSummary.OnSummaryLoaded("CClass:UnixSocketConnection",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[46,0,0,"UnixSocketConnection"],[47,0,2,"Functions","Functions"],[48,0,1,"description","description"],[49,0,1,"establishConnection","establishConnection"],[50,0,2,"Variables","Variables"],[51,0,3,"m_path","m_path"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/UnixSocketConnection-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/UnixSocketConnection-SummaryToolTips.js deleted file mode 100644 index 76cd5d51a..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/UnixSocketConnection-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:UnixSocketConnection",{46:"
UnixSocketConnection
A Connection_Impl derived class that represents a unix socket connection.
",48:"
std::string description()
Gets a description of the connection.
",49:"
void establishConnection()
Initializes and opens the current connection
",51:"
std::string m_path
The path to the Unix Socket
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/UnixSocketConnection-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/UnixSocketConnection-ToolTips.js deleted file mode 100644 index c5d80a4e4..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/UnixSocketConnection-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({184:"
template <typename Comm_Object>
Connection_Impl
An Abstract Base Class for various connection types.  This class uses a template for the Comm Object and contains default functionality for connection types.
",10494:"
Error_InvalidUnixSocket
There was an error with the specified Unix Socket.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/UnixSocketConnection.html b/v66.0.1/MSCL_Docs/classes/C/UnixSocketConnection.html deleted file mode 100644 index 1c7da90fa..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/UnixSocketConnection.html +++ /dev/null @@ -1,43 +0,0 @@ - - -UnixSocketConnection - - - - - - - -
-
UnixSocketConnection
-
UnixSocketConnection
-

A Connection_Impl derived class that represents a unix socket connection.

-
- -
-
Functions
-
- -
-
description
-
std::string description()
-

Gets a description of the connection.

Returns

A description of the connection, in the form "UnixSocket, path".

-
- -
-
establishConnection
-
void establishConnection()
-

Initializes and opens the current connection

Exceptions
-
- -
-
Variables
-
- -
-
m_path
-
std::string m_path
-

The path to the Unix Socket

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/UpnpDevice-Summary.js b/v66.0.1/MSCL_Docs/classes/C/UpnpDevice-Summary.js deleted file mode 100644 index 3fc4b9f0f..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/UpnpDevice-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:UpnpDevice","UpnpDevice");NDSummary.OnSummaryLoaded("CClass:UpnpDevice",[["C/C++","C"]],[["Structs","Struct"]],[[1,0,0,"UpnpDevice"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/UpnpDevice-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/UpnpDevice-SummaryToolTips.js deleted file mode 100644 index 9864fb706..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/UpnpDevice-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:UpnpDevice",{1:"
Contains information about an added upnp device.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/UpnpDevice-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/UpnpDevice-ToolTips.js deleted file mode 100644 index 59992a148..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/UpnpDevice-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/UpnpDevice.html b/v66.0.1/MSCL_Docs/classes/C/UpnpDevice.html deleted file mode 100644 index 8ea203987..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/UpnpDevice.html +++ /dev/null @@ -1,16 +0,0 @@ - - -UpnpDevice - - - - - - - -
-
UpnpDevice
-

Contains information about an added upnp device.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Utils-Summary.js b/v66.0.1/MSCL_Docs/classes/C/Utils-Summary.js deleted file mode 100644 index b3a4eb918..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Utils-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:Utils","Utils");NDSummary.OnSummaryLoaded("CClass:Utils",[["C/C++","C"]],[["Classes","Class"],["Enums","Enumeration"],["Functions","Function"],["Groups","Group"]],[[10190,0,0,"Utils"],[10191,0,3,"Types","Types"],[10192,0,1,"Endianness","Endianness"],[10193,0,3,"Functions","Functions"],[10194,0,2,"valueTypeSize","valueTypeSize"],[10195,0,2,"msb","msb"],[10196,0,2,"lsb","lsb"],[10197,0,2,"msNibble","msNibble"],[10198,0,2,"lsNibble","lsNibble"],[10199,0,2,"split_int16","split_int16"],[10200,0,2,"make_int16","make_int16"],[10201,0,2,"make_int32","make_int32"],[10202,0,2,"split_uint16","split_uint16"],[10203,0,2,"make_uint16","make_uint16"],[10204,0,2,"split_uint32","split_uint32"],[10205,0,2,"split_uint64","split_uint64"],[10206,0,2,"make_uint32","make_uint32"],[10207,0,2,"make_uint64","make_uint64"],[10208,0,2,"split_float","split_float"],[10209,0,2,"make_float","make_float"],[10210,0,2,"split_double","split_double"],[10211,0,2,"make_double","make_double"],[10212,0,2,"getCurrentSystemTime","getCurrentSystemTime"],[10213,0,2,"threadSleep","threadSleep"],[10214,0,2,"round","round"],[10215,0,2,"floorBase2","floorBase2"],[10216,0,2,"ceilBase2","ceilBase2"],[10217,0,2,"radiansToDegrees","radiansToDegrees"],[10218,0,2,"removeChar","removeChar"],[10219,0,2,"removeStr","removeStr"],[10220,0,2,"containsStr","containsStr"],[10221,0,2,"strTrimLeft","strTrimLeft"],[10222,0,2,"strTrimRight","strTrimRight"],[10223,0,2,"strTrim","strTrim"],[10224,0,2,"regexFindAll","regexFindAll"],[10225,0,2,"tokenize","tokenize"],[10226,0,2,"filterSensorcloudName","filterSensorcloudName"],[10227,0,2,"normalizeAngle","normalizeAngle"],[10228,0,2,"bitIsSet","bitIsSet"],[10229,0,2,"setBit","setBit"],[10230,0,2,"isNaN","isNaN"],[10231,0,2,"checkBounds_min","checkBounds_min"],[10232,0,2,"checkBounds_max","checkBounds_max"],[10233,0,2,"eraseIf","eraseIf"],[10234,0,2,"toStr","toStr"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Utils-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Utils-SummaryToolTips.js deleted file mode 100644 index 117943e2b..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Utils-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:Utils",{10190:"
namespace
Utils
Contains many commonly used utility functions.  Note: Communication with our devices (wireless and inertial) is done in Big Endian.
",10192:"
The possible endians that a value can be in.
",10194:"
uint32 valueTypeSize(
ValueType type
)
Gets the size of the ValueType
",10195:"
uint8 msb(
uint16 value
)
Gets the Most Significant Byte from the 2-Byte unsigned integer
",10196:"
uint8 lsb(
uint16 value
)
Gets the Least Significant Byte from the 2-Byte unsigned integer
",10197:"
uint8 msNibble(
uint8 value
)
Gets the Most Significant Nibble (4-bits) from the 1-Byte value
",10198:"
uint8 lsNibble(
uint8 value
)
Gets the Least Significant Nibble (4-bits) from the 1-Byte value
",10199:"
void split_int16(
int16 value,
uint8 &low,
uint8 &high,
Endianness endian = bigEndian
)
Converts the 2-byte signed integer into its individual 2 bytes.
",10200:"
int16 make_int16(
uint8 low,
uint8 high,
Endianness endian = bigEndian
)
Gets the 2-byte signed integer (in system endianness) from 2 individual bytes
",10201:"
int32 make_int32(
uint8 low,
uint8 byte2,
uint8 byte3,
uint8 high,
Endianness endian = bigEndian
)
Gets the 4-byte signed integer (in system endianness) from 4 individual bytes
",10202:"
void split_uint16(
uint16 value,
uint8 &low,
uint8 &high,
Endianness endian = bigEndian
)
Converts the 2-byte unsigned integer into its individual 2 bytes.
",10203:"
uint16 make_uint16(
uint8 low,
uint8 high,
Endianness endian = bigEndian
)
Gets the 2-byte unsigned integer (in system endianness) from 2 individual bytes.  Parameters: low - the low memory location byte high - the high memory location byte endian - The Endianness that the passed in bytes are in.  ie. Big endian means low = msb, high = lsb. Little endian means low = lsb, high = msb
",10204:"
void split_uint32(
uint32 value,
uint8 &low,
uint8 &byte2,
uint8 &byte3,
uint8 &high,
Endianness endian = bigEndian
)
Converts the 4-byte unsigned integer into its 4 individual bytes.
",10205:"
void split_uint64(
uint64 value,
uint8 &low,
uint8 &byte2,
uint8 &byte3,
uint8 &byte4,
uint8 &byte5,
uint8 &byte6,
uint8 &byte7,
uint8 &high,
Endianness endian = bigEndian
)
Converts the 4-byte unsigned integer into its 4 individual bytes.
",10206:"
uint32 make_uint32(
uint8 low,
uint8 byte2,
uint8 byte3,
uint8 high,
Endianness endian = bigEndian
)
gets the 4-byte unsigned integer from the 4 individual bytes
",10207:"
uint64 make_uint64(
uint8 low,
uint8 byte2,
uint8 byte3,
uint8 byte4,
uint8 byte5,
uint8 byte6,
uint8 byte7,
uint8 high,
Endianness endian = bigEndian
)
gets the 8-byte unsigned integer from the 8 individual bytes
",10208:"
void split_float(
float value,
uint8 &low,
uint8 &byte2,
uint8 &byte3,
uint8 &high,
Endianness endian = bigEndian
)
Converts the 4-byte float (in system endian) into its 4 individual bytes.
",10209:"
float make_float(
uint8 low,
uint8 byte2,
uint8 byte3,
uint8 high,
Endianness endian = bigEndian
)
Builds a 4-byte float (in system endian) from 4 bytes given
",10210:"
void split_double(
double value,
uint8 &low,
uint8 &byte2,
uint8 &byte3,
uint8 &byte4,
uint8 &byte5,
uint8 &byte6,
uint8 &byte7,
uint8 &high,
Endianness endian = bigEndian
)
Converts the 8-byte double (in system endian) into its 8 individual bytes.
",10211:"
double make_double(
uint8 low,
uint8 byte2,
uint8 byte3,
uint8 byte4,
uint8 byte5,
uint8 byte6,
uint8 byte7,
uint8 high,
Endianness endian = bigEndian
)
Builds a 8-byte double (in system endian) from the bytes given.
",10212:"
uint64 getCurrentSystemTime()
Gets the current system time in nanoseconds since unix epoch
",10213:"
void threadSleep(
uint64 milli
)
Sleeps for a specified amount of milliseconds on the current thread.
",10214:"
float round(
float value
)
Returns the value that is nearest to the provided value to round. (ie. round(2.5) == 3, round(2.4) == 2)
",10215:"
uint32 floorBase2(
double value
)
Rounds down to the nearest base 2 value
",10216:"
uint32 ceilBase2(
double value
)
Rounds up to the nearest base 2 value
",10217:"
double radiansToDegrees(
float angle
)
Converts the radian angle to degrees.
",10218:"
void removeChar(
std::string &src,
char charToRemove
)
Removes all found instances of a char from a string.
",10219:"
void removeStr(
std::string &src,
const std::string &strToRemove
)
Removes all found instances of a string from another string.
",10220:"
bool containsStr(
const std::string &src,
const std::string &containsThis
)
Checks whether or not a string contains another string.
",10221:"
void strTrimLeft(
std::string &src
)
Trims all whitespace from the left of a string.
",10222:"
void strTrimRight(
std::string &src
)
Trims all whitespace from the right of a string.
",10223:"
void strTrim(
std::string &src
)
Trims all whitespace from the left and right of a string.
",10224:"
std::vector<std::string> regexFindAll(
const std::string &basicString,
const std::regex &pattern = std::regex(R"([^,]+)")
)
Finds all instances of the pattern.  Pattern R"([^,]+)" is a comma delimiter
",10225:"
std::vector<std::string> tokenize(
const std::string &basicString,
const std::string &delimiter = ",",
bool includeEmpty = true
)
Tokenize a string by some delimiter.
",10226:"
void filterSensorcloudName(
std::string &str
)
Replaces characters that are not supported by SensorCloud with a \'-\' character.
",10227:"
float normalizeAngle(
float angle
)
Normalizes an angle value to be between 0 and 360 degrees.
",10228:"
template<typename T> bool bitIsSet(
T value,
size_t bitPos
)
Checks if a specific bit is set in the given value.
",10229:"
template<typename T> void setBit(
T &value,
size_t bitPos,
bool enable
)
Sets a specific bit to on or off.
",10230:"
template<typename T> bool isNaN(
T value
)
Checks whether the given value is NaN or not.
",10231:"
template<typename T> void checkBounds_min(
T &value,
T min
)
Checks that a value is not below a minimum value. If the value is less than the min, the value is changed to that min value.
",10232:"
template<typename T> void checkBounds_max(
T &value,
T max
)
Checks that a value is not above a maximum value. If the value is greater than the max, the value is changed to that max value.
",10233:"
template<typename Container, class T> void eraseIf(
Container &c,
T &&t
)
Takes a container (such as a vector) and removes elements from it if they don\'t match a certain predicate.
",10234:"
template<typename T> std::string toStr(
T value
)
Performs a boost::lexical_cast from a value to an std::string
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Utils-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Utils-ToolTips.js deleted file mode 100644 index 921058637..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Utils-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({10192:"
The possible endians that a value can be in.
",10224:"
std::vector<std::string> regexFindAll(
const std::string &basicString,
const std::regex &pattern = std::regex(R"([^,]+)")
)
Finds all instances of the pattern.  Pattern R"([^,]+)" is a comma delimiter
",10225:"
std::vector<std::string> tokenize(
const std::string &basicString,
const std::string &delimiter = ",",
bool includeEmpty = true
)
Tokenize a string by some delimiter.
",10446:"
Error
The generic MicroStrain exception (base class)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Utils.html b/v66.0.1/MSCL_Docs/classes/C/Utils.html deleted file mode 100644 index 813f28db9..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Utils.html +++ /dev/null @@ -1,276 +0,0 @@ - - -Utils - - - - - - - -
-
Utils
-
namespace
Utils
-

Contains many commonly used utility functions.  Note: Communication with our devices (wireless and inertial) is done in Big Endian.

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Types
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Endianness
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The possible endians that a value can be in.

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Functions
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valueTypeSize
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uint32 valueTypeSize(
ValueType type
)
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Gets the size of the ValueType

Parameters
type
ValueType

The ValueType to get the size of

Returns

The size of the given ValueType

Exceptions

  • Error: The value type requested does not have a given size

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msb
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uint8 msb(
uint16 value
)
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Gets the Most Significant Byte from the 2-Byte unsigned integer

Parameters
value
uint16

the 2-Byte unsigned integer (in system endianness) to find the MSB from

Returns

The Most Significant Byte of the passed in value

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lsb
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uint8 lsb(
uint16 value
)
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Gets the Least Significant Byte from the 2-Byte unsigned integer

Parameters
value
uint16

the 2-Byte unsigned integer (in system endianness) to find the LSB from

Returns

The Least Significant Byte of the passed in value

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msNibble
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uint8 msNibble(
uint8 value
)
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Gets the Most Significant Nibble (4-bits) from the 1-Byte value

Parameters
value
uint8

the 1-Byte value to find the Most Significant Nibble from

Returns

The Most Significant Nibble of the passed in value

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lsNibble
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uint8 lsNibble(
uint8 value
)
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Gets the Least Significant Nibble (4-bits) from the 1-Byte value

Parameters
value
uint8

the 1-Byte value to find the Least Significant Nibble from

Returns

The Least Significant Nibble of the passed in value

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split_int16
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void split_int16(
int16 value,
uint8 &low,
uint8 &high,
Endianness endian = bigEndian
)
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Converts the 2-byte signed integer into its individual 2 bytes.

Parameters
value
int16

the 2 byte int16 (in system endianness) to convert into bytes

low
uint8&

holds the low memory location result

high
uint8&

holds the high memory location result

endian
Endianness

The Endianness that the result bytes should be in.  ie. Big endian means low will be the msb, high will be the lsb. Little endian means low will be the lsb, high will be the msb.

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make_int16
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int16 make_int16(
uint8 low,
uint8 high,
Endianness endian = bigEndian
)
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Gets the 2-byte signed integer (in system endianness) from 2 individual bytes

Parameters
low
uint8

the low memory location byte

high
uint8

the high memory location byte

endian
Endianness

The Endianness that the passed in bytes are in.  ie. Big endian means low = msb, high = lsb. Little endian means low = lsb, high = msb

Returns

The 2-byte int16 (in system endianness) built from the given bytes.

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make_int32
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int32 make_int32(
uint8 low,
uint8 byte2,
uint8 byte3,
uint8 high,
Endianness endian = bigEndian
)
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Gets the 4-byte signed integer (in system endianness) from 4 individual bytes

Parameters
low
uint8

the low memory location byte

byte2
uint8

the second byte to be used

byte3
uint8

the third byte to be used

high
uint8

the high memory location byte

endian
Endianness

The Endianness that the passed in bytes are in.  ie. Big endian means low = msb, high = lsb. Little endian means low = lsb, high = msb

Returns

The 4-byte int32 (in system endianness) built from the given bytes.

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split_uint16
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void split_uint16(
uint16 value,
uint8 &low,
uint8 &high,
Endianness endian = bigEndian
)
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Converts the 2-byte unsigned integer into its individual 2 bytes.

Parameters
value
uint16

the 2 byte uint16 (in system endianness) to convert into bytes

low
uint8&

holds the low memory location result

high
uint8&

holds the high memory location result

endian
Endianness

The Endianness that the result bytes should be in.  ie. Big endian means low will be the msb, high will be the lsb. Little endian means low will be the lsb, high will be the msb.

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make_uint16
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uint16 make_uint16(
uint8 low,
uint8 high,
Endianness endian = bigEndian
)
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Gets the 2-byte unsigned integer (in system endianness) from 2 individual bytes.  Parameters: low - the low memory location byte high - the high memory location byte endian - The Endianness that the passed in bytes are in.  ie. Big endian means low = msb, high = lsb. Little endian means low = lsb, high = msb

Returns

The 2-byte uint16 (in system endianness) built from the given bytes.

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split_uint32
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void split_uint32(
uint32 value,
uint8 &low,
uint8 &byte2,
uint8 &byte3,
uint8 &high,
Endianness endian = bigEndian
)
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Converts the 4-byte unsigned integer into its 4 individual bytes.

Parameters
value
uint32

the 4 byte uint32 (in system endianness) to convert into bytes

low
uint8&

holds the low memory location result

byte2
uint8&

holds the second byte result

byte3
uint8&

holds the third byte result

high
uint8&

holds the high memory location result

endian
Endianness

The Endianness that the result bytes should be in.  ie. Big endian means low will be the msb, high will be the lsb. Little endian means low will be the lsb, high will be the msb.

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split_uint64
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void split_uint64(
uint64 value,
uint8 &low,
uint8 &byte2,
uint8 &byte3,
uint8 &byte4,
uint8 &byte5,
uint8 &byte6,
uint8 &byte7,
uint8 &high,
Endianness endian = bigEndian
)
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Converts the 4-byte unsigned integer into its 4 individual bytes.

Parameters
value
uint64

the 4 byte uint32 (in system endianness) to convert into bytes

low
uint8&

holds the low memory location result

byte2
uint8&

holds the second byte result

byte3
uint8&

holds the third byte result

byte4
uint8&

holds the fourth byte result

byte5
uint8&

holds the fifth byte result

byte6
uint8&

holds the sixth byte result

byte7
uint8&

holds the seventh byte result

high
uint8&

holds the high memory location result

endian
Endianness

The Endianness that the result bytes should be in.  ie. Big endian means low will be the msb, high will be the lsb. Little endian means low will be the lsb, high will be the msb.

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make_uint32
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uint32 make_uint32(
uint8 low,
uint8 byte2,
uint8 byte3,
uint8 high,
Endianness endian = bigEndian
)
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gets the 4-byte unsigned integer from the 4 individual bytes

Parameters
low
uint8

the lowest memory location byte to be used

byte2
uint8

the second byte to be used

byte3
uint8

the third byte to be used

high
uint8

the highest memory location byte to be used

endian
Endianness

The Endianness that the passed in bytes are in.  ie. Big endian means low = msb, high = lsb. Little endian means low = lsb, high = msb

Returns

the 4-byte uint32 built from the 4 bytes

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make_uint64
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uint64 make_uint64(
uint8 low,
uint8 byte2,
uint8 byte3,
uint8 byte4,
uint8 byte5,
uint8 byte6,
uint8 byte7,
uint8 high,
Endianness endian = bigEndian
)
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gets the 8-byte unsigned integer from the 8 individual bytes

Parameters
low
uint8

the lowest memory location byte to be used

byte2
uint8

the second byte to be used

byte3
uint8

the third byte to be used

byte4
uint8

the fourth byte to be used

byte5
uint8

the fifth byte to be used

byte6
uint8

the sixth byte to be used

byte7
uint8

the seventh byte to be used

high
uint8

the highest memory location byte to be used

endian
Endianness

The Endianness that the passed in bytes are in.  ie. Big endian means low = msb, high = lsb. Little endian means low = lsb, high = msb

Returns

the 4-byte uint32 built from the 4 bytes

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split_float
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void split_float(
float value,
uint8 &low,
uint8 &byte2,
uint8 &byte3,
uint8 &high,
Endianness endian = bigEndian
)
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Converts the 4-byte float (in system endian) into its 4 individual bytes.

Parameters
value
float

the 4 byte float (in system endian) to convert into bytes

low
uint8&

holds the lowest memory byte result

byte2
uint8&

holds the second byte result

byte3
uint8&

holds the third byte result

high
uint8&

holds the highest memory byte result

endian
Endianness

The Endianness that the result bytes should be in.  ie. Big endian means low will be the msb, high will be the lsb. Little endian means low will be the lsb, high will be the msb.

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make_float
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float make_float(
uint8 low,
uint8 byte2,
uint8 byte3,
uint8 high,
Endianness endian = bigEndian
)
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Builds a 4-byte float (in system endian) from 4 bytes given

Parameters
low
uint8

the lowest memory location byte to be used

byte2
uint8

the second byte to be used

byte3
uint8

the third byte to be used

high
uint8

the highest memory location byte to be used

endian
Endianness

The Endianness that the passed in bytes are in.  ie. Big endian means low = msb, high = lsb. Little endian means low = lsb, high = msb

Returns

A 4-byte float in system-endianess built from the 4 given bytes

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split_double
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void split_double(
double value,
uint8 &low,
uint8 &byte2,
uint8 &byte3,
uint8 &byte4,
uint8 &byte5,
uint8 &byte6,
uint8 &byte7,
uint8 &high,
Endianness endian = bigEndian
)
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Converts the 8-byte double (in system endian) into its 8 individual bytes.

Parameters
value
double

the 8 byte double (in system endian) to convert into bytes

low
uint8&

holds the lowest memory byte result

byte2
uint8&

holds the second byte result

byte3
uint8&

holds the third byte result

byte4
uint8&

holds the fourth byte result

byte5
uint8&

holds the fifth byte result

byte6
uint8&

holds the sixth byte result

byte7
uint8&

holds the seventh byte result

high
uint8&

holds the highest memory byte result

endian
Endianness

The Endianness that the result bytes should be in.  ie. Big endian means low will be the msb, high will be the lsb. Little endian means low will be the lsb, high will be the msb.

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make_double
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double make_double(
uint8 low,
uint8 byte2,
uint8 byte3,
uint8 byte4,
uint8 byte5,
uint8 byte6,
uint8 byte7,
uint8 high,
Endianness endian = bigEndian
)
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Builds a 8-byte double (in system endian) from the bytes given.

Parameters
low
uint8

the lowest memory byte to be used

byte2
uint8

the 2nd byte to be used

byte3
uint8

the 3rd byte to be used

byte4
uint8

the 4th byte to be used

byte5
uint8

the 5th byte to be used

byte6
uint8

the 6th byte to be used

byte7
uint8

the 7th byte to be used

high
uint8

the highest memory byte to be used

endian
Endianness

The Endianness that the passed in bytes are in.  ie. Big endian means low = msb, high = lsb. Little endian means low = lsb, high = msb

Returns

the 8-byte double (in system endian) built from the 8 bytes

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getCurrentSystemTime
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uint64 getCurrentSystemTime()
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Gets the current system time in nanoseconds since unix epoch

Returns

The nanoseconds representation of the current system time in UTC

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threadSleep
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void threadSleep(
uint64 milli
)
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Sleeps for a specified amount of milliseconds on the current thread.

Parameters
milli
uint64

The number of milliseconds to sleep for.

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round
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float round(
float value
)
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Returns the value that is nearest to the provided value to round. (ie. round(2.5) == 3, round(2.4) == 2)

Parameters
value
float

The value to round

Returns

The rounded result.

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floorBase2
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uint32 floorBase2(
double value
)
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Rounds down to the nearest base 2 value

Parameters
value
double

The value to round down to the nearest base 2

Returns

The value rounded down to the nearest base 2

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ceilBase2
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uint32 ceilBase2(
double value
)
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Rounds up to the nearest base 2 value

Parameters
value
double

The value to round up to the nearest base 2

Returns

The value rounded up to the nearest base 2

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radiansToDegrees
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double radiansToDegrees(
float angle
)
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Converts the radian angle to degrees.

Parameters
angle
float

The angle in radians.

Returns

The angle in degrees.

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removeChar
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void removeChar(
std::string &src,
char charToRemove
)
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Removes all found instances of a char from a string.

Parameters
src
std::string&

The string to remove the character from. This will be changed to hold the result.

charToRemove
char

The character to remove all instances of from the string.

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removeStr
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void removeStr(
std::string &src,
const std::string &strToRemove
)
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Removes all found instances of a string from another string.

Parameters
str

The string to remove the substring from. This will be changed to hold the result.

strtoRemove
const std::string&

The substring to remove all instances of from the string.

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containsStr
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bool containsStr(
const std::string &src,
const std::string &containsThis
)
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Checks whether or not a string contains another string.

Parameters
src
const std::string&

The source string.

containsThis
const std::string&

The string to attempt to find in the source string.

Returns

true if the string was found in the source string, false if it was not found.

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strTrimLeft
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void strTrimLeft(
std::string &src
)
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Trims all whitespace from the left of a string.

Parameters
src
std::string&

The string to trim whitespace from. This will be changed to hold the result.

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strTrimRight
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void strTrimRight(
std::string &src
)
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Trims all whitespace from the right of a string.

Parameters
src
std::string&

The string to trim whitespace from. This will be changed to hold the result.

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strTrim
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void strTrim(
std::string &src
)
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Trims all whitespace from the left and right of a string.

Parameters
src
std::string&

The string to trim whitespace from. This will be changed to hold the result.

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regexFindAll
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std::vector<std::string> regexFindAll(
const std::string &basicString,
const std::regex &pattern = std::regex(R"([^,]+)")
)
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Finds all instances of the pattern.  Pattern R"([^,]+)" is a comma delimiter

Note

Delimitation will not work for sequential multi-character strings.  I.E. R"([^ns]+)" will delimit "sensing"" into "e" "i" "g" Use tokenize to delimit by sequential multi-character strings

Parameters
basicString
const std::string&

The string to search.

pattern
const std::regex&

The pattern to match.

Returns

Vector of each sequential string within basicString matching the pattern.

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tokenize
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std::vector<std::string> tokenize(
const std::string &basicString,
const std::string &delimiter = ",",
bool includeEmpty = true
)
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Tokenize a string by some delimiter.

Note

Sequential multi-character delimiters will work.  I.E. ",:" will delimit ",testing1,:testing2:" into ",testing1" and "testing2:" Use regexFindAll to delimit by list of single characters

Parameters
basicString
const std::string&

The string to tokenize.

delimiter
const std::string&

default "," - The delimiter to split by.

includeEmpty
bool

default true - Whether to include empty strings in result list.

Returns

Vector of strings.

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filterSensorcloudName
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void filterSensorcloudName(
std::string &str
)
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Replaces characters that are not supported by SensorCloud with a '-' character.

Parameters
str
std::string&

The string to filter. This will hold the result.

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normalizeAngle
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float normalizeAngle(
float angle
)
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Normalizes an angle value to be between 0 and 360 degrees.

Parameters
angle
float

The angle to normalize.

Returns

The normalized angle within 0 and 360 degrees.

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bitIsSet
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template<typename T> bool bitIsSet(
T value,
size_t bitPos
)
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Checks if a specific bit is set in the given value.

Parameters
value
T

The value to check the bit of.

bitPos
size_t

The bit position to check if it is set. (0 = far right)

Returns

true if the bit is set, false if it is not set.

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setBit
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template<typename T> void setBit(
T &value,
size_t bitPos,
bool enable
)
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Sets a specific bit to on or off.

Parameters
value
T&

The value to update (will be updated with the result).

bitPos
size_t

The bit position to set. (0 = far right)

enable
bool

true to set the bit to on, false to set the bit to off.

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isNaN
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template<typename T> bool isNaN(
T value
)
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Checks whether the given value is NaN or not.

Parameters
value
T

The value to check if it is a NaN.

Returns

true if the value is a NaN, false otherwise.

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checkBounds_min
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template<typename T> void checkBounds_min(
T &value,
T min
)
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Checks that a value is not below a minimum value. If the value is less than the min, the value is changed to that min value.

Parameters
value
T&

The value to check

min
T

The minimum value to make sure the value is greater than or equal to

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checkBounds_max
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template<typename T> void checkBounds_max(
T &value,
T max
)
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Checks that a value is not above a maximum value. If the value is greater than the max, the value is changed to that max value.

Parameters
value
T&

The value to check

max
T

The maximum value to make sure the value is less than or equal to.

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eraseIf
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template<typename Container, class T> void eraseIf(
Container &c,
T &&t
)
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Takes a container (such as a vector) and removes elements from it if they don't match a certain predicate.

Parameters
c
Container&

The container to check and remove elements from, as a reference.

t
T&&

The predicate that will return false for elements that should be removed from the container.

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toStr
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template<typename T> std::string toStr(
T value
)
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Performs a boost::lexical_cast from a value to an std::string

Parameters
value
T

The value to convert to a string.

Returns

The string result of the lexical cast.

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- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Utils_Win32-Summary.js b/v66.0.1/MSCL_Docs/classes/C/Utils_Win32-Summary.js deleted file mode 100644 index d6afece50..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Utils_Win32-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:Utils_Win32","Utils_Win32");NDSummary.OnSummaryLoaded("CClass:Utils_Win32",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[10176,0,0,"Utils_Win32"],[10177,0,2,"Functions","Functions"],[10178,0,1,"wstring_to_string","wstring_to_string"],[10179,0,1,"string_to_wstring","string_to_wstring"],[10180,0,1,"toHstring","toHstring"],[10181,0,1,"toHstring","toHstring(2)"],[10182,0,1,"toString","toString"],[10183,0,1,"toWstring","toWstring"],[10184,0,1,"toHstring","toHstring(3)"],[10185,0,1,"toHstring","toHstring(4)"],[10186,0,1,"toString","toString(2)"],[10187,0,1,"toWstring","toWstring(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Utils_Win32-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Utils_Win32-SummaryToolTips.js deleted file mode 100644 index 5aeb6f7fe..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Utils_Win32-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:Utils_Win32",{10176:"
namespace
Utils_Win32
Contains Windows helper functions
",10178:"
inline std::string wstring_to_string(
const std::wstring &in
)
Converts a std::wstring to a std::string
",10179:"
inline std::wstring string_to_wstring(
const std::string &in
)
Converts a std::string to a std::wstring
",10180:"
inline hstring toHstring(
const std::string &in
)
Converts a std::string to an hstring
",10181:"
inline hstring toHstring(
const std::wstring &in
)
Converts a std::wstring to an hstring
",10182:"
inline std::string toString(
const hstring &in
)
Converts a hstring to an std::string
",10183:"
inline std::wstring toWstring(
const hstring &in
)
Converts a hstring to an std::wstring
",10184:"
inline hstring toHstring(
const std::string &in
)
Converts a std::string to an hstring
",10185:"
inline hstring toHstring(
const std::wstring &in
)
Converts a std::wstring to an hstring
",10186:"
inline std::string toString(
const hstring &in
)
Converts a hstring to an std::string
",10187:"
inline std::wstring toWstring(
const hstring &in
)
Converts a hstring to an std::wstring
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Utils_Win32-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Utils_Win32-ToolTips.js deleted file mode 100644 index e9ce64f6c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Utils_Win32-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({10174:"
The "host-string" (as a wstring on UNICODE) that can be used interchangably between unicode and multi-byte builds
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Utils_Win32.html b/v66.0.1/MSCL_Docs/classes/C/Utils_Win32.html deleted file mode 100644 index 473c6a5c8..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Utils_Win32.html +++ /dev/null @@ -1,81 +0,0 @@ - - -Utils_Win32 - - - - - - - -
-
Utils_Win32
-
namespace
Utils_Win32
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Contains Windows helper functions

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Functions
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wstring_to_string
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inline std::string wstring_to_string(
const std::wstring &in
)
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Converts a std::wstring to a std::string

Parameters
in
const std::wstring&

the wstring to convert to a string

Returns

the std::string representation of the input

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string_to_wstring
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inline std::wstring string_to_wstring(
const std::string &in
)
-

Converts a std::string to a std::wstring

Parameters
in
const std::string&

the string to convert to a wstring

Returns

the std::wstring representation of the input

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toHstring
-
inline hstring toHstring(
const std::string &in
)
-

Converts a std::string to an hstring

Parameters
in
const std::string&

the std::string to convert to an hstring

Returns

An hstring representation of the passed in string

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toHstring
-
inline hstring toHstring(
const std::wstring &in
)
-

Converts a std::wstring to an hstring

Parameters
in
const std::wstring&

the std::wstring to convert to an hstring

Returns

An hstring representation of the passed in wstring

-
- -
-
toString
-
inline std::string toString(
const hstring &in
)
-

Converts a hstring to an std::string

Parameters
in
const hstring&

the hstring to convert to an std::string

Returns

An std::string representation of the passed in hstring

-
- -
-
toWstring
-
inline std::wstring toWstring(
const hstring &in
)
-

Converts a hstring to an std::wstring

Parameters
in
const hstring&

the hstring to convert to an std::wstring

Returns

An std::wstring representation of the passed in hstring

-
- -
-
toHstring
-
inline hstring toHstring(
const std::string &in
)
-

Converts a std::string to an hstring

Parameters
in
const std::string&

the std::string to convert to an hstring

Returns

An hstring representation of the passed in string

-
- -
-
toHstring
-
inline hstring toHstring(
const std::wstring &in
)
-

Converts a std::wstring to an hstring

Parameters
in
const std::wstring&

the std::wstring to convert to an hstring

Returns

An hstring representation of the passed in wstring

-
- -
-
toString
-
inline std::string toString(
const hstring &in
)
-

Converts a hstring to an std::string

Parameters
in
const hstring&

the hstring to convert to an std::string

Returns

An std::string representation of the passed in hstring

-
- -
-
toWstring
-
inline std::wstring toWstring(
const hstring &in
)
-

Converts a hstring to an std::wstring

Parameters
in
const hstring&

the hstring to convert to an std::wstring

Returns

An std::wstring representation of the passed in hstring

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Value-Summary.js b/v66.0.1/MSCL_Docs/classes/C/Value-Summary.js deleted file mode 100644 index c9a167eb6..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Value-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:Value","Value");NDSummary.OnSummaryLoaded("CClass:Value",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[10144,0,0,"Value"],[10145,0,2,"Functions","Functions"],[10146,0,1,"Value","Value"],[10147,0,1,"BOOL","BOOL"],[10148,0,1,"UINT8","UINT8"],[10149,0,1,"UINT16","UINT16"],[10150,0,1,"UINT32","UINT32"],[10151,0,1,"UINT64","UINT64"],[10152,0,1,"INT8","INT8"],[10153,0,1,"FLOAT","FLOAT"],[10154,0,1,"DOUBLE","DOUBLE"],[10155,0,2,"Variables","Variables"],[10156,0,3,"m_value","m_value"],[10157,0,3,"m_storedAs","m_storedAs"],[10158,0,2,"Functions","Functions(2)"],[10159,0,1,"storedAs","storedAs"],[10160,0,1,"as_float","as_float"],[10161,0,1,"as_double","as_double"],[10162,0,1,"as_uint8","as_uint8"],[10163,0,1,"as_uint16","as_uint16"],[10164,0,1,"as_uint32","as_uint32"],[10165,0,1,"as_uint64","as_uint64"],[10166,0,1,"as_int8","as_int8"],[10167,0,1,"as_int16","as_int16"],[10168,0,1,"as_int32","as_int32"],[10169,0,1,"as_int32","as_int32(2)"],[10170,0,1,"as_ChannelMask","as_ChannelMask"],[10171,0,1,"as_string","as_string"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Value-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Value-SummaryToolTips.js deleted file mode 100644 index 7eab065e6..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Value-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:Value",{10144:"
Value
Represents a single value that can be stored/accessed in multiple ways.
",10146:"
Value(
ValueType type,
const anyType &value
)
Creates a Value object
",10147:"
static Value BOOL(
bool value
)
Static helper function for making a Value object from a bool.
",10148:"
static Value UINT8(
uint8 value
)
Static helper function for making a Value object from a uint8.
",10149:"
static Value UINT16(
uint16 value
)
Static helper function for making a Value object from a uint16.
",10150:"
static Value UINT32(
uint32 value
)
Static helper function for making a Value object from a uint32.
",10151:"
static Value UINT64(
uint64 value
)
Static helper function for making a Value object from a uint64.
",10152:"
static Value INT8(
int8 value
)
Static helper function for making a Value object from an int8.
",10153:"
static Value FLOAT(
float value
)
Static helper function for making a Value object from a float.
",10154:"
static Value DOUBLE(
double value
)
Static helper function for making a Value object from a double.
",10156:"
anyType m_value
Holds the actual value as an anyType
",10157:"
ValueType m_storedAs
The type that the value is stored as.  This type should be inspected to determine how to read the m_value member
",10159:"
const ValueType storedAs() const
Gets the ValueType that the data value is stored as. This type should be inspected to determine how to read the data value.
",10160:"
virtual float as_float() const
Gets the data value as a 4-byte float
",10161:"
virtual double as_double() const
Gets the data value as an 8-byte double
",10162:"
virtual uint8 as_uint8() const
Gets the data value as a 1-byte unsigned integer
",10163:"
virtual uint16 as_uint16() const
Gets the data value as a 2-byte unsigned integer
",10164:"
virtual uint32 as_uint32() const
Gets the data value as a 4-byte unsigned integer
",10165:"
virtual uint64 as_uint64() const
Gets the data value as a 8-byte unsigned integer
",10166:"
virtual int8 as_int8() const
Gets the data value as a 1-byte signed integer
",10167:"
virtual short as_int16() const
Gets the data value as a 2-byte signed integer
",10168:"
virtual int as_int32() const
Gets the data value as a 4-byte signed integer
",10169:"
Gets the data value as a 1-byte boolean
",10170:"
virtual ChannelMask as_ChannelMask() const
Gets the data value as a ChannelMask object.
",10171:"
virtual std::string as_string() const
Gets the data value as a string
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Value-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Value-ToolTips.js deleted file mode 100644 index e34112a43..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Value-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({9478:"
ChannelMask
Represents the channel mask (active and inactive channels) for a WirelessNode.
",9896:"
DataPoint
Base class representing common functionality between Wireless and Inertial data points
",10144:"
Value
Represents a single value that can be stored/accessed in multiple ways.
",10146:"
Value(
ValueType type,
const anyType &value
)
Creates a Value object
",10249:"
Typedef for a simple_any type
",10461:"
Error_BadDataType
Data of one type was accessed as another type (simple_any)
",9896:"
DataPoint
Base class representing common functionality between Wireless and Inertial data points
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Value.html b/v66.0.1/MSCL_Docs/classes/C/Value.html deleted file mode 100644 index a039567fc..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Value.html +++ /dev/null @@ -1,172 +0,0 @@ - - -Value - - - - - - - -
-
Value
- -

Represents a single value that can be stored/accessed in multiple ways.

See Also

DataPoint

-
- -
-
Functions
-
- -
-
Value
-
Value(
ValueType type,
const anyType &value
)
-

Creates a Value object

Parameters
type
ValueType

The ValueType of the data that is stored

value
const anyType&

The data that is to be stored

-
- -
-
BOOL
-
static Value BOOL(
bool value
)
-

Static helper function for making a Value object from a bool.

Parameters
value
bool

The bool value.

Returns

A Value object holding the bool.

-
- -
-
UINT8
-
static Value UINT8(
uint8 value
)
-

Static helper function for making a Value object from a uint8.

Parameters
value
uint8

The uint8 value.

Returns

A Value object holding the uint8.

-
- -
-
UINT16
-
static Value UINT16(
uint16 value
)
-

Static helper function for making a Value object from a uint16.

Parameters
value
uint16

The uint16 value.

Returns

A Value object holding the uint16.

-
- -
-
UINT32
-
static Value UINT32(
uint32 value
)
-

Static helper function for making a Value object from a uint32.

Parameters
value
uint32

The uint32 value.

Returns

A Value object holding the uint32.

-
- -
-
UINT64
-
static Value UINT64(
uint64 value
)
-

Static helper function for making a Value object from a uint64.

Parameters
value
uint64

The uint64 value.

Returns

A Value object holding the uint64.

-
- -
-
INT8
-
static Value INT8(
int8 value
)
-

Static helper function for making a Value object from an int8.

Parameters
value
int8

The int8 value.

Returns

A Value object holding the int8.

-
- -
-
FLOAT
-
static Value FLOAT(
float value
)
-

Static helper function for making a Value object from a float.

Parameters
value
float

The float value.

Returns

A Value object holding the float.

-
- -
-
DOUBLE
-
static Value DOUBLE(
double value
)
-

Static helper function for making a Value object from a double.

Parameters
value
double

The double value.

Returns

A Value object holding the double.

-
- -
-
Variables
-
- -
-
m_value
-
anyType m_value
-

Holds the actual value as an anyType

-
- -
-
m_storedAs
-
ValueType m_storedAs
-

The type that the value is stored as.  This type should be inspected to determine how to read the m_value member

-
- -
-
Functions
-
- -
-
storedAs
-
const ValueType storedAs() const
-

Gets the ValueType that the data value is stored as. This type should be inspected to determine how to read the data value.

Returns

A ValueType representing how the data is stored, and should be read.

-
- -
-
as_float
-
virtual float as_float() const
-

Gets the data value as a 4-byte float

Returns

The data value as a 4-byte float

Exceptions

  • Error_BadDataType: The type in which the value was stored could not be converted to a 4-byte float

-
- -
-
as_double
-
virtual double as_double() const
-

Gets the data value as an 8-byte double

Returns

The data value as an 8-byte double

Exceptions

  • Error_BadDataType: The type in which the value was stored could not be converted to an 8-byte double

-
- -
-
as_uint8
-
virtual uint8 as_uint8() const
-

Gets the data value as a 1-byte unsigned integer

Returns

The data value as a 1-byte unsigned integer

Exceptions

  • Error_BadDataType: The type in which the value was stored could not be converted to a 1-byte unsigned integer

-
- -
-
as_uint16
-
virtual uint16 as_uint16() const
-

Gets the data value as a 2-byte unsigned integer

Returns

The data value as a 2-byte unsigned integer

Exceptions

  • Error_BadDataType: The type in which the value was stored could not be converted to a 2-byte unsigned integer

-
- -
-
as_uint32
-
virtual uint32 as_uint32() const
-

Gets the data value as a 4-byte unsigned integer

Returns

The data value as a 4-byte unsigned integer

Exceptions

  • Error_BadDataType: The type in which the value was stored could not be converted to a 4-byte unsigned integer

-
- -
-
as_uint64
-
virtual uint64 as_uint64() const
-

Gets the data value as a 8-byte unsigned integer

Returns

The data value as a 8-byte unsigned integer

Exceptions

  • Error_BadDataType: The type in which the value was stored could not be converted to a 8-byte unsigned integer

-
- -
-
as_int8
-
virtual int8 as_int8() const
-

Gets the data value as a 1-byte signed integer

Returns

The data value as a 1-byte signed integer

Exceptions

  • Error_BadDataType: The type in which the value was stored could not be converted to a 1-byte signed integer

-
- -
-
as_int16
-
virtual short as_int16() const
-

Gets the data value as a 2-byte signed integer

Returns

The data value as a 2-byte signed integer

Exceptions

  • Error_BadDataType: The type in which the value was stored could not be converted to a 2-byte signed integer

-
- -
-
as_int32
-
virtual int as_int32() const
-

Gets the data value as a 4-byte signed integer

Returns

The data value as a 4-byte signed integer

Exceptions

  • Error_BadDataType: The type in which the value was stored could not be converted to a 4-byte signed integer

-
- -
-
as_int32
-

Gets the data value as a 1-byte boolean

Returns

The data value as a boolean

Exceptions

  • Error_BadDataType: The type in which the value was stored could not be converted to a bool

-
- -
-
as_ChannelMask
-
virtual ChannelMask as_ChannelMask() const
-

Gets the data value as a ChannelMask object.

Returns

The data value as a ChannelMask.

Exceptions
-
- -
-
as_string
-
virtual std::string as_string() const
-

Gets the data value as a string

Returns

A string representing the data value. This will be created using the value's current valueType.  So a value stored as a float will return a string as so: "1.2345".

Exceptions
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Vector-Summary.js b/v66.0.1/MSCL_Docs/classes/C/Vector-Summary.js deleted file mode 100644 index 803aa4f0e..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Vector-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:Vector","Vector");NDSummary.OnSummaryLoaded("CClass:Vector",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[9800,0,0,"Vector"],[9801,0,3,"Functions","Functions"],[9802,0,2,"Vector","Vector"],[9803,0,3,"Constants","Constants"],[9804,0,1,"ROW_POS = 0","ROW_POS=0"],[9805,0,3,"Functions","Functions(2)"],[9806,0,2,"size","size"],[9807,0,2,"as_doubleAt","as_doubleAt"],[9808,0,2,"as_floatAt","as_floatAt"],[9809,0,2,"as_uint16At","as_uint16At"],[9810,0,2,"as_uint8At","as_uint8At"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Vector-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Vector-SummaryToolTips.js deleted file mode 100644 index 580a88686..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Vector-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:Vector",{9800:"
Vector
Represents a Vector of values
",9802:"
Vector(
ValueType storedAs,
const ByteStream &data
)
Creates a Vector object given its data
",9804:"
The column position for all (row,column) Matrix functions
",9806:"
uint16 size() const
Gets how many values are within the Vector
",9807:"
double as_doubleAt(
uint16 index
) const
Gets the value stored at the given 0-based index, as an 8-byte double
",9808:"
float as_floatAt(
uint16 index
) const
Gets the value stored at the given 0-based index, as a 4-byte float
",9809:"
uint16 as_uint16At(
uint16 index
) const
Gets the value stored at the given 0-based index, as a 2-byte unsigned integer
",9810:"
uint8 as_uint8At(
uint16 index
) const
Gets the value stored at the given 0-based index, as a 1-byte uint8
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Vector-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Vector-ToolTips.js deleted file mode 100644 index 7905c5c48..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Vector-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({9861:"
Matrix
Represents a Matrix of values (varying size)
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",2749:"
EulerAngles
Represents generic Euler Angles (roll, pitch, yaw).
",2761:"
Quaternion
",2773:"
Rotation
Structure that can represent either a Quaternion or EulerAngles object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Vector.html b/v66.0.1/MSCL_Docs/classes/C/Vector.html deleted file mode 100644 index 74e2041b1..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Vector.html +++ /dev/null @@ -1,70 +0,0 @@ - - -Vector - - - - - - - -
-
Vector
- -

Represents a Vector of values

-
- -
-
Functions
-
- -
-
Vector
-
Vector(
ValueType storedAs,
const ByteStream &data
)
-

Creates a Vector object given its data

-
- -
-
Constants
-
- -
-
ROW_POS = 0
-

The column position for all (row,column) Matrix functions

-
- -
-
Functions
-
- -
-
size
-
uint16 size() const
-

Gets how many values are within the Vector

Returns

The number of values within the Vector

-
- -
-
as_doubleAt
-
double as_doubleAt(
uint16 index
) const
-

Gets the value stored at the given 0-based index, as an 8-byte double

Parameters
index
uint16

The 0-based index of which to get the value

Returns

The value stored at the given index, as a double

Exceptions

  • std::out_of_range: The position requested is out of range

-
- -
-
as_floatAt
-
float as_floatAt(
uint16 index
) const
-

Gets the value stored at the given 0-based index, as a 4-byte float

Parameters
index
uint16

The 0-based index of which to get the value

Returns

The value stored at the given index, as a float

Exceptions

  • std::out_of_range: The position requested is out of range

-
- -
-
as_uint16At
-
uint16 as_uint16At(
uint16 index
) const
-

Gets the value stored at the given 0-based index, as a 2-byte unsigned integer

Parameters
index
uint16

The 0-based index of which to get the value

Returns

The value stored at the given index, as an uint16

Exceptions

  • std::out_of_range: The position requested is out of range

-
- -
-
as_uint8At
-
uint8 as_uint8At(
uint16 index
) const
-

Gets the value stored at the given 0-based index, as a 1-byte uint8

Parameters
index
uint16

The 0-based index of which to get the value

Returns

The value stored at the given index, as an uint8

Exceptions

  • std::out_of_range: The position requested is out of range

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/VehicleDynamicsMode-Summary.js b/v66.0.1/MSCL_Docs/classes/C/VehicleDynamicsMode-Summary.js deleted file mode 100644 index 2c27b0d75..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/VehicleDynamicsMode-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:VehicleDynamicsMode","VehicleDynamicsMode");NDSummary.OnSummaryLoaded("CClass:VehicleDynamicsMode",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[307,0,0,"VehicleDynamicsMode"],[308,0,2,"Functions","Functions"],[309,0,1,"commandName","commandName"],[310,0,1,"MakeSetCommand","MakeSetCommand"],[311,0,1,"MakeGetCommand","MakeGetCommand"],[312,0,1,"getResponseData","getResponseData"],[313,0,1,"operator ByteStream","operator_ByteStream"],[314,0,1,"Constructor VehicleDynamicsMode","Constructor_VehicleDynamicsMode"],[315,0,1,"commandType","commandType"],[316,0,1,"fieldDataByte","fieldDataByte"],[317,0,1,"responseExpected","responseExpected"],[318,0,2,"Variables","Variables"],[319,0,3,"m_functionSelector","m_functionSelector"],[320,0,3,"m_VehicleType","m_VehicleType"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/VehicleDynamicsMode-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/VehicleDynamicsMode-SummaryToolTips.js deleted file mode 100644 index 2db7c473c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/VehicleDynamicsMode-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:VehicleDynamicsMode",{307:"
VehicleDynamicsMode
Contains the logic for the Inertial VehicleDynamicsMode command.
",309:"
virtual std::string commandName() const
",310:"
static VehicleDynamicsMode MakeSetCommand(
const InertialTypes::VehicleModeType &vehicleType
)
Parameter: dataToUse The VehicleModeType object to set.
",311:"
static VehicleDynamicsMode MakeGetCommand()
",312:"
static InertialTypes::VehicleModeType getResponseData(
const GenericMipCmdResponse &response
)
",313:"
operator ByteStream() const
Converts this class to a ByteStream.
",314:"
Private constructor creates a VehicleDynamicsMode object.  Use Make___Command methods to create an object.
",315:"
virtual MipTypes::Command commandType() const
",316:"
virtual uint8 fieldDataByte() const
",317:"
virtual bool responseExpected() const
",319:"
MipTypes::FunctionSelector m_functionSelector
The FunctionSelector type of command to send, get/set, reset to factory defaults, et al.
",320:"
InertialTypes::VehicleModeType m_VehicleType
The uint8 to send to the device.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/VehicleDynamicsMode-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/VehicleDynamicsMode-ToolTips.js deleted file mode 100644 index a866ae823..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/VehicleDynamicsMode-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({307:"
VehicleDynamicsMode
Contains the logic for the Inertial VehicleDynamicsMode command.
",1673:"
The enum for the different data descriptors.
",2927:"
GenericMipCmdResponse
Represents the response to a GenericMipCommand.
",3158:"
The enums for all the different types/categories of MIP commands and data.
",3171:"
The enums for all of the different MIP commands.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/VehicleDynamicsMode.html b/v66.0.1/MSCL_Docs/classes/C/VehicleDynamicsMode.html deleted file mode 100644 index fdb00d6bc..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/VehicleDynamicsMode.html +++ /dev/null @@ -1,90 +0,0 @@ - - -VehicleDynamicsMode - - - - - - - -
-
VehicleDynamicsMode
-
public
MipCommand
VehicleDynamicsMode
-

Contains the logic for the Inertial VehicleDynamicsMode command.

-
- -
-
Functions
-
- -
-
commandName
-
virtual std::string commandName() const
-
Returns
std::string

the string name for this class.

-
- -
-
MakeSetCommand
-
static VehicleDynamicsMode MakeSetCommand(
const InertialTypes::VehicleModeType &vehicleType
)
-

Parameter: dataToUse The VehicleModeType object to set.

Returns
VehicleDynamicsMode

object set up for sending a set command.

-
- -
-
MakeGetCommand
-
static VehicleDynamicsMode MakeGetCommand()
-
Returns
VehicleDynamicsMode

object set up for sending a get command.

-
- -
-
getResponseData
-
static InertialTypes::VehicleModeType getResponseData(
const GenericMipCmdResponse &response
)
-
Parameter
response
const GenericMipCmdResponse&

The GenericMipCmdResponse object from which to get formatted data.

Returns
VehicleModeType

An object with the data returned from the device.

-
- -
-
operator ByteStream
-
operator ByteStream() const
-

Converts this class to a ByteStream.

-
- -
-
Constructor VehicleDynamicsMode
-

Private constructor creates a VehicleDynamicsMode object.  Use Make___Command methods to create an object.

-
- -
-
commandType
-
virtual MipTypes::Command commandType() const
-
Returns
MipTypes::Command

the command ID.

-
- -
-
fieldDataByte
-
virtual uint8 fieldDataByte() const
-
Returns
uint8

the byte ID for field data in the reply.

-
- -
-
responseExpected
-
virtual bool responseExpected() const
-
Returns
bool

True indicates that a response should return from the device.

-
- -
-
Variables
-
- -
-
m_functionSelector
-
MipTypes::FunctionSelector m_functionSelector
-

The FunctionSelector type of command to send, get/set, reset to factory defaults, et al.

-
- -
-
m_VehicleType
-
InertialTypes::VehicleModeType m_VehicleType
-

The uint8 to send to the device.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Velocity-Summary.js b/v66.0.1/MSCL_Docs/classes/C/Velocity-Summary.js deleted file mode 100644 index 48744dfb8..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Velocity-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:Velocity","Velocity");NDSummary.OnSummaryLoaded("CClass:Velocity",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Types","Type"]],[[1645,0,0,"Velocity"],[1646,0,2,"Functions","Functions"],[1647,0,1,"ECEF","ECEF"],[1648,0,1,"NED","NED"],[1649,0,1,"Vehicle","Vehicle"],[1650,0,2,"Types","Types"],[1651,0,3,"GeometricVectors","GeometricVectors"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Velocity-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Velocity-SummaryToolTips.js deleted file mode 100644 index 69f307b95..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Velocity-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:Velocity",{1645:"
Velocity
Represents a velocity (x, y, z).
",1647:"
static Velocity ECEF(
float x_init,
float y_init,
float z_init
)
Creates a Velocity vectory with the reference frame set to Earth-Centered, Earth-Fixed
",1648:"
static Velocity NED(
float north,
float east,
float down
)
Creates a Velocity vector with the reference frame set to North-East-Down
",1649:"
static Velocity Vehicle(
float x,
float y,
float z
)
Creates a Velocity vector with the reference frame set to Vehicle
",1651:"
A vector of GeometricVector objects
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Velocity-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Velocity-ToolTips.js deleted file mode 100644 index 41962afd5..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Velocity-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1631:"
GeometricVector
Defines a 3 dimensional, spatial vector.
",1645:"
Velocity
Represents a velocity (x, y, z).
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Velocity.html b/v66.0.1/MSCL_Docs/classes/C/Velocity.html deleted file mode 100644 index 6f0f96189..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Velocity.html +++ /dev/null @@ -1,48 +0,0 @@ - - -Velocity - - - - - - - -
-
Velocity
- -

Represents a velocity (x, y, z).

-
- -
-
Functions
-
- -
-
ECEF
-
static Velocity ECEF(
float x_init,
float y_init,
float z_init
)
-

Creates a Velocity vectory with the reference frame set to Earth-Centered, Earth-Fixed

Parameters
x_init
float

initial x coordinate

y_init
float

initial y coordinate

z_init
float

initial z coordinate

-
- -
-
NED
-
static Velocity NED(
float north,
float east,
float down
)
-

Creates a Velocity vector with the reference frame set to North-East-Down

Parameters
north
float

initial x coordinate

east
float

initial y coordinate

down
float

initial z coordinate

-
- -
-
Vehicle
-
static Velocity Vehicle(
float x,
float y,
float z
)
-

Creates a Velocity vector with the reference frame set to Vehicle

Parameters
x
float

initial x coordinate

y
float

initial y coordinate

z
float

initial z coordinate

-
- -
-
Types
-
- -
-
GeometricVectors
-

A vector of GeometricVector objects

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/VelocityZUPTControl-Summary.js b/v66.0.1/MSCL_Docs/classes/C/VelocityZUPTControl-Summary.js deleted file mode 100644 index 992bf99d8..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/VelocityZUPTControl-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:VelocityZUPTControl","VelocityZUPTControl");NDSummary.OnSummaryLoaded("CClass:VelocityZUPTControl",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[874,0,0,"VelocityZUPTControl"],[875,0,3,"Constants","Constants"],[876,0,1,"Packet Bytes","Packet_Bytes"],[877,0,1,,"CMD_ID"],[878,0,1,,"FIELD_DATA_BYTE"],[879,0,3,"Functions","Functions"],[880,0,2,"buildCommand_get","buildCommand_get"],[881,0,2,"buildCommand_set","buildCommand_set"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/VelocityZUPTControl-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/VelocityZUPTControl-SummaryToolTips.js deleted file mode 100644 index 32b94f5df..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/VelocityZUPTControl-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:VelocityZUPTControl",{874:"
VelocityZUPTControl
Contains the logic for the "Velocity ZUPT Control" command
",880:"
static ByteStream buildCommand_get()
Builds the bytes for the "get" command.
",881:"
static ByteStream buildCommand_set(
const ZUPTSettingsData &settingsData
)
Builds the bytes for the "set" command.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/VelocityZUPTControl-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/VelocityZUPTControl-ToolTips.js deleted file mode 100644 index 5d7ae4b94..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/VelocityZUPTControl-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1986:"
Contains the data for the AngularRateZUPTControl and VelocityZUPTControl classes.
",3171:"
The enums for all of the different MIP commands.
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/VelocityZUPTControl.html b/v66.0.1/MSCL_Docs/classes/C/VelocityZUPTControl.html deleted file mode 100644 index a1dbf62d3..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/VelocityZUPTControl.html +++ /dev/null @@ -1,42 +0,0 @@ - - -VelocityZUPTControl - - - - - - - -
-
VelocityZUPTControl
-
VelocityZUPTControl
-

Contains the logic for the "Velocity ZUPT Control" command

-
- -
-
Constants
-
- -
-
Packet Bytes
-
CMD_ID

CMD_EF_ZERO_VEL_UPDATE_CTRL - The MipTypes::Command for this command

FIELD_DATA_BYTE

0x8D  - The Data Field Descriptor byte

-
- -
-
Functions
-
- -
-
buildCommand_get
-
static ByteStream buildCommand_get()
-

Builds the bytes for the "get" command.

-
- -
-
buildCommand_set
-
static ByteStream buildCommand_set(
const ZUPTSettingsData &settingsData
)
-

Builds the bytes for the "set" command.

Parameters
settingsData
const ZUPTSettingsData&

The ZUPTSettingsData object containing whether the command is enabled and the threshold.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Version-Summary.js b/v66.0.1/MSCL_Docs/classes/C/Version-Summary.js deleted file mode 100644 index d1e5a8ff8..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Version-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:Version","Version");NDSummary.OnSummaryLoaded("CClass:Version",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[10409,0,0,"Version"],[10410,0,2,"Functions","Functions"],[10411,0,1,"Version","Version"],[10412,0,1,"Version","Version(2)"],[10413,0,1,"Version","Version(3)"],[10414,0,2,"Variables","Variables"],[10415,0,3,"m_major","m_major"],[10416,0,3,"m_minor","m_minor"],[10417,0,3,"m_patch","m_patch"],[10418,0,2,"Functions","Functions(2)"],[10419,0,1,"str","str"],[10420,0,1,"fromString","fromString"],[10421,0,1,"majorPart","majorPart"],[10422,0,1,"minorPart","minorPart"],[10423,0,1,"patchPart","patchPart"],[10424,0,1,"compare","compare"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Version-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Version-SummaryToolTips.js deleted file mode 100644 index 226cd3e45..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Version-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:Version",{10409:"
Version
Class that represents, and provides helper functions for, a Version number
",10411:"
Version(
uint32 major,
uint32 minor,
uint32 patch
)
Create a Version object from major, minor, patch.
",10412:"
Version(
uint32 major,
uint32 minor
)
Create a Version object from major and minor.
",10413:"
Version(
const Version &other
)
The copy constructor for a Version object.
",10415:"
uint32 m_major
The major part of the Version.
",10416:"
uint32 m_minor
The minor part of the Version.
",10417:"
uint32 m_patch
The patch part of the Version.
",10419:"
std::string str() const
Gets a string representation of the Version.
",10420:"
bool fromString(
const std::string &strVersion
)
Builds the Version object from the given string.  If successful, the Version object will be updated to the given string.
",10421:"
uint32 majorPart() const
Gets the major part of the Version
",10422:"
uint32 minorPart() const
Gets the minor part of the Version
",10423:"
uint32 patchPart() const
Gets the patch part of the Version
",10424:"
int compare(
const Version &cmp
) const
Compares the current Version to the given Version parameter
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Version-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/Version-ToolTips.js deleted file mode 100644 index 8b8a3283b..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Version-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({10409:"
Version
Class that represents, and provides helper functions for, a Version number
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/Version.html b/v66.0.1/MSCL_Docs/classes/C/Version.html deleted file mode 100644 index 68634b92d..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/Version.html +++ /dev/null @@ -1,101 +0,0 @@ - - -Version - - - - - - - -
-
Version
-
Version
-

Class that represents, and provides helper functions for, a Version number

-
- -
-
Functions
-
- -
-
Version
-
Version(
uint32 major,
uint32 minor,
uint32 patch
)
-

Create a Version object from major, minor, patch.

Parameters
major
uint32

The major part of the version (ie. 1 in 1.23.97).

minor
uint32

The minor part of the version (ie. 23 in 1.23.97).

patch
uint32

The patch part of the version (ie. 97 in 1.23.97).

-
- -
-
Version
-
Version(
uint32 major,
uint32 minor
)
-

Create a Version object from major and minor.

Parameters
major
uint32

The major part of the version (ie. 1 in 1.23.97).

minor
uint32

The minor part of the version (ie. 23 in 1.23.97).

-
- -
-
Version
-
Version(
const Version &other
)
-

The copy constructor for a Version object.

Parameters
other
const Version&

The Version to be copied.

-
- -
-
Variables
-
- -
-
m_major
-
uint32 m_major
-

The major part of the Version.

-
- -
-
m_minor
-
uint32 m_minor
-

The minor part of the Version.

-
- -
-
m_patch
-
uint32 m_patch
-

The patch part of the Version.

-
- -
-
Functions
-
- -
-
str
-
std::string str() const
-

Gets a string representation of the Version.

Returns

A string representing the Version.

-
- -
-
fromString
-
bool fromString(
const std::string &strVersion
)
-

Builds the Version object from the given string.  If successful, the Version object will be updated to the given string.

Parameters
strVersion
const std::string&

The string representation of a version (ie. "1.23")

Returns

true if the string was parsed successfully and the Version was updated, false if the string failed to parse

-
- -
-
majorPart
-
uint32 majorPart() const
-

Gets the major part of the Version

Returns

The major part of the Version (ie. 1 in 1.23.97)

-
- -
-
minorPart
-
uint32 minorPart() const
-

Gets the minor part of the Version

Returns

The minor part of the Version (ie. 23 in 1.23.97)

-
- -
-
patchPart
-
uint32 patchPart() const
-

Gets the patch part of the Version

Returns

The patch part of the Version (ie. 97 in 1.23.97)

-
- -
-
compare
-
int compare(
const Version &cmp
) const
-

Compares the current Version to the given Version parameter

Parameters
cmp
const Version&

The Version to compare to the current Version

Returns

0 if the 2 versions are equal, a negative number if the current Version is less than the parameter Version, a positive number if the current Version is greater than the parameter Version.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/WMI_Helper-Summary.js b/v66.0.1/MSCL_Docs/classes/C/WMI_Helper-Summary.js deleted file mode 100644 index e67a22061..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/WMI_Helper-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:WMI_Helper","WMI_Helper");NDSummary.OnSummaryLoaded("CClass:WMI_Helper",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Types","Type"],["Variables","Variable"]],[[10072,0,0,"WMI_Helper"],[10073,0,2,"Types","Types"],[10074,0,3,"wmiValue","wmiValue"],[10075,0,3,"wmiValues","wmiValues"],[10076,0,2,"Functions","Functions"],[10077,0,1,"WMI_Helper","WMI_Helper"],[10078,0,1,"WMI_Helper","WMI_Helper(2)"],[10079,0,1,"request","request"],[10080,0,1,"connect","connect"],[10081,0,2,"Variables","Variables"],[10082,0,4,"m_wmi_namespace","m_wmi_namespace"],[10083,0,4,"m_wmi_class","m_wmi_class"],[10084,0,4,"m_enumerator","m_enumerator"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/WMI_Helper-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/WMI_Helper-SummaryToolTips.js deleted file mode 100644 index 4854dac50..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/WMI_Helper-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:WMI_Helper",{10072:"
WMI_Helper
WMI_Helper makes it simple to interface and request information from the WMI.
",10074:"
A map of string property names to their VARIANT values
",10075:"
A vector of wmiValue maps
",10077:"
WMI_Helper(
std::string wmi_namespace,
std::string wmi_class
)
Creates a WMI_Helper object
",10078:"
~WMI_Helper()
Destroys the WMI_Helper object
",10079:"
wmiValues request(
std::vector<std::string> valuesToGet
)
Starts a request for information received from WMI
",10080:"
void connect()
Connects and retrieves information from the WMI namespace and class that was given at construction time
",10082:"
std::string m_wmi_namespace
The WMI namespace that this is using
",10083:"
std::string m_wmi_class
The WMI class that this is using
",10084:"
IEnumWbemClassObject* m_enumerator
The enumerator that holds all the information internally from the request
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/WMI_Helper-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/WMI_Helper-ToolTips.js deleted file mode 100644 index 96c1e6d6b..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/WMI_Helper-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({10075:"
A vector of wmiValue maps
",10080:"
void connect()
Connects and retrieves information from the WMI namespace and class that was given at construction time
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/WMI_Helper.html b/v66.0.1/MSCL_Docs/classes/C/WMI_Helper.html deleted file mode 100644 index e54d1ef75..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/WMI_Helper.html +++ /dev/null @@ -1,81 +0,0 @@ - - -WMI_Helper - - - - - - - -
-
WMI_Helper
-
WMI_Helper
-

WMI_Helper makes it simple to interface and request information from the WMI.

-
- -
-
Types
-
- -
-
wmiValue
-

A map of string property names to their VARIANT values

-
- -
-
wmiValues
-

A vector of wmiValue maps

-
- -
-
Functions
-
- -
-
WMI_Helper
-
WMI_Helper(
std::string wmi_namespace,
std::string wmi_class
)
-

Creates a WMI_Helper object

Parameters
wmi_namespace
std::string

The string name of the WMI Namespace (ie. "root\\CIMV2\\Applications\\Games")

wmi_class
std::string

The string name of the WMI Class (ie. "Game")

Exceptions
std::exception

Thrown if any errors occur during the connect stage

-
- -
-
WMI_Helper
-
~WMI_Helper()
-

Destroys the WMI_Helper object

-
- -
-
request
-
wmiValues request(
std::vector<std::string> valuesToGet
)
-

Starts a request for information received from WMI

Parameters
valuesToGet
std::vector<std::string>

A vector of strings to request from the namespace and class that was given at construction time

Returns

A vector containing a map for each found item, with each map containing a parameter-value pair

Exceptions
std::exception

Thrown if any errors occur, including if the values that were requested were incorrect

-
- -
-
connect
-
void connect()
-

Connects and retrieves information from the WMI namespace and class that was given at construction time

Exceptions
std::exception

Thrown if any errors occur, including if the namespace or class are incorrect

-
- -
-
Variables
-
- -
-
m_wmi_namespace
-
std::string m_wmi_namespace
-

The WMI namespace that this is using

-
- -
-
m_wmi_class
-
std::string m_wmi_class
-

The WMI class that this is using

-
- -
-
m_enumerator
-
IEnumWbemClassObject* m_enumerator
-

The enumerator that holds all the information internally from the request

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/WebSocketConnection-Summary.js b/v66.0.1/MSCL_Docs/classes/C/WebSocketConnection-Summary.js deleted file mode 100644 index 24eeedcc8..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/WebSocketConnection-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:WebSocketConnection","WebSocketConnection");NDSummary.OnSummaryLoaded("CClass:WebSocketConnection",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[10,0,0,"WebSocketConnection"],[11,0,2,"Functions","Functions"],[12,0,1,"description","description"],[13,0,1,"WebSocketConnection","WebSocketConnection"],[14,0,1,"establishConnection","establishConnection"],[15,0,2,"Variables","Variables"],[16,0,3,"m_host","m_host"],[17,0,3,"m_port","m_port"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/WebSocketConnection-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/WebSocketConnection-SummaryToolTips.js deleted file mode 100644 index bb6c1687a..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/WebSocketConnection-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:WebSocketConnection",{10:"
WebSocketConnection
A Connection_Impl derived class that represents a web socket connection.
",12:"
virtual std::string description()
Gets a description of the connection.
",13:"
WebSocketConnection(
const std::string &host,
uint16 port
)
Creates a WebSocketConnection object.
",14:"
virtual void establishConnection()
Initializes and opens the current connection.
",16:"
std::string m_host
The server host address
",17:"
uint16 m_port
The port for the connection.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/WebSocketConnection-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/WebSocketConnection-ToolTips.js deleted file mode 100644 index 6b7c9d26d..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/WebSocketConnection-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({184:"
template <typename Comm_Object>
Connection_Impl
An Abstract Base Class for various connection types.  This class uses a template for the Comm Object and contains default functionality for connection types.
",10491:"
Error_InvalidTcpServer
There was an error with the specified TCP/IP Server.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/WebSocketConnection.html b/v66.0.1/MSCL_Docs/classes/C/WebSocketConnection.html deleted file mode 100644 index d457fde2f..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/WebSocketConnection.html +++ /dev/null @@ -1,55 +0,0 @@ - - -WebSocketConnection - - - - - - - -
-
WebSocketConnection
-
WebSocketConnection
-

A Connection_Impl derived class that represents a web socket connection.

-
- -
-
Functions
-
- -
-
description
-
virtual std::string description()
-

Gets a description of the connection.

Returns

A description of the connection, in the form "WebSocket, serverAddress:serverPort".

-
- -
-
WebSocketConnection
-
WebSocketConnection(
const std::string &host,
uint16 port
)
-

Creates a WebSocketConnection object.

Parameters
host
const std::string&

The host address to connect to.

port
uint16

The port to connect to.

-
- -
-
establishConnection
-
virtual void establishConnection()
-

Initializes and opens the current connection.

Exceptions
-
- -
-
Variables
-
- -
-
m_host
-
std::string m_host
-

The server host address

-
- -
-
m_port
-
uint16 m_port
-

The port for the connection.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/WebSocketSecureConnection-Summary.js b/v66.0.1/MSCL_Docs/classes/C/WebSocketSecureConnection-Summary.js deleted file mode 100644 index 14fb3af6a..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/WebSocketSecureConnection-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:WebSocketSecureConnection","WebSocketSecureConnection");NDSummary.OnSummaryLoaded("CClass:WebSocketSecureConnection",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[2,0,0,"WebSocketSecureConnection"],[3,0,2,"Functions","Functions"],[4,0,1,"description","description"],[5,0,1,"WebSocketSecureConnection","WebSocketSecureConnection"],[6,0,1,"establishConnection","establishConnection"],[7,0,2,"Variables","Variables"],[8,0,3,"m_host","m_host"],[9,0,3,"m_port","m_port"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/WebSocketSecureConnection-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/WebSocketSecureConnection-SummaryToolTips.js deleted file mode 100644 index dfd3a7e15..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/WebSocketSecureConnection-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:WebSocketSecureConnection",{2:"
WebSocketSecureConnection
A Connection_Impl derived class that represents a secure web socket connection.
",4:"
virtual std::string description()
Gets a description of the connection.
",5:"
WebSocketSecureConnection(
const std::string &host,
uint16 port
)
Creates a WebSocketSecureConnection object.
",6:"
virtual void establishConnection()
Initializes and opens the current connection.
",8:"
std::string m_host
The server host address
",9:"
uint16 m_port
The port for the connection.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/WebSocketSecureConnection-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/WebSocketSecureConnection-ToolTips.js deleted file mode 100644 index 6b7c9d26d..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/WebSocketSecureConnection-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({184:"
template <typename Comm_Object>
Connection_Impl
An Abstract Base Class for various connection types.  This class uses a template for the Comm Object and contains default functionality for connection types.
",10491:"
Error_InvalidTcpServer
There was an error with the specified TCP/IP Server.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/WebSocketSecureConnection.html b/v66.0.1/MSCL_Docs/classes/C/WebSocketSecureConnection.html deleted file mode 100644 index 7239e1459..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/WebSocketSecureConnection.html +++ /dev/null @@ -1,55 +0,0 @@ - - -WebSocketSecureConnection - - - - - - - -
-
WebSocketSecureConnection
-
WebSocketSecureConnection
-

A Connection_Impl derived class that represents a secure web socket connection.

-
- -
-
Functions
-
- -
-
description
-
virtual std::string description()
-

Gets a description of the connection.

Returns

A description of the connection, in the form "Secure WebSocket, serverAddress:serverPort".

-
- -
-
WebSocketSecureConnection
-
WebSocketSecureConnection(
const std::string &host,
uint16 port
)
-

Creates a WebSocketSecureConnection object.

Parameters
host
const std::string&

The host address to connect to.

port
uint16

The port to connect to.

-
- -
-
establishConnection
-
virtual void establishConnection()
-

Initializes and opens the current connection.

Exceptions
-
- -
-
Variables
-
- -
-
m_host
-
std::string m_host
-

The server host address

-
- -
-
m_port
-
uint16 m_port
-

The port for the connection.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/WirelessChannel-Summary.js b/v66.0.1/MSCL_Docs/classes/C/WirelessChannel-Summary.js deleted file mode 100644 index ccee091d4..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/WirelessChannel-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:WirelessChannel","WirelessChannel");NDSummary.OnSummaryLoaded("CClass:WirelessChannel",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Enums","Enumeration"],["Functions","Function"],["Groups","Group"],["Types","Type"],["Variables","Variable"]],[[8025,0,0,"WirelessChannel"],[8026,0,4,"Types","Types"],[8027,0,2,"ChannelId","ChannelId"],[8028,0,1,,"channel_unknown"],[8029,0,1,,"channel_1"],[8030,0,1,,"channel_2"],[8031,0,1,,"channel_3"],[8032,0,1,,"channel_4"],[8033,0,1,,"channel_5"],[8034,0,1,,"channel_6"],[8035,0,1,,"channel_7"],[8036,0,1,,"channel_8"],[8037,0,1,,"channel_9"],[8038,0,1,,"channel_10"],[8039,0,1,,"channel_11"],[8040,0,1,,"channel_12"],[8041,0,1,,"channel_13"],[8042,0,1,,"channel_14"],[8043,0,1,,"channel_15"],[8044,0,1,,"channel_16"],[8045,0,1,,"channel_digital_1"],[8046,0,1,,"channel_digital_2"],[8047,0,1,,"channel_digital_3"],[8048,0,1,,"channel_digital_4"],[8049,0,1,,"channel_digital_5"],[8050,0,1,,"channel_digital_6"],[8051,0,1,,"channel_digital_7"],[8052,0,1,,"channel_digital_8"],[8053,0,1,,"channel_digital_9"],[8054,0,1,,"channel_digital_10"],[8055,0,1,,"channel_digital_11"],[8056,0,1,,"channel_digital_12"],[8057,0,1,,"channel_digital_13"],[8058,0,1,,"channel_digital_14"],[8059,0,1,,"channel_digital_15"],[8060,0,1,,"channel_digital_16"],[8061,0,1,,"channel_structuralHealth"],[8062,0,1,,"channel_hcl_rawBase_mag1_x"],[8063,0,1,,"channel_hcl_rawBase_mag1_y"],[8064,0,1,,"channel_hcl_rawBase_mag1_z"],[8065,0,1,,"channel_hcl_rawBase_mag2_x"],[8066,0,1,,"channel_hcl_rawBase_mag2_y"],[8067,0,1,,"channel_hcl_rawBase_mag2_z"],[8068,0,1,,"channel_hcl_rawBase_mag3_x"],[8069,0,1,,"channel_hcl_rawBase_mag3_y"],[8070,0,1,,"channel_hcl_rawBase_mag3_z"],[8071,0,1,,"channel_hcl_rawBase_mag4_x"],[8072,0,1,,"channel_hcl_rawBase_mag4_y"],[8073,0,1,,"channel_hcl_rawBase_mag4_z"],[8074,0,1,,"channel_hcl_rawBase_mag5_x"],[8075,0,1,,"channel_hcl_rawBase_mag5_y"],[8076,0,1,,"channel_hcl_rawBase_mag5_z"],[8077,0,1,,"channel_hcl_rawBase_mag6_x"],[8078,0,1,,"channel_hcl_rawBase_mag6_y"],[8079,0,1,,"channel_hcl_rawBase_mag6_z"],[8080,0,1,,"channel_hcl_rawBase_mag7_x"],[8081,0,1,,"channel_hcl_rawBase_mag7_y"],[8082,0,1,,"channel_hcl_rawBase_mag7_z"],[8083,0,1,,"channel_hcl_rawBase_mag8_x"],[8084,0,1,,"channel_hcl_rawBase_mag8_y"],[8085,0,1,,"channel_hcl_rawBase_mag8_z"],[8086,0,1,,"channel_hcl_rawBase_gyro_x"],[8087,0,1,,"channel_hcl_rawBase_gyro_y"],[8088,0,1,,"channel_hcl_rawBase_gyro_z"],[8089,0,1,,"channel_error_code"],[8090,0,1,,"channel_hcl_rawStrain_BL30"],[8091,0,1,,"channel_hcl_rawStrain_BL120"],[8092,0,1,,"channel_hcl_rawStrain_A60"],[8093,0,1,,"channel_hcl_rawStrain_A150"],[8094,0,1,,"channel_hcl_rawStrain_AL30"],[8095,0,1,,"channel_hcl_rawStrain_AL120"],[8096,0,1,,"channel_hcl_rawStrain_BR60"],[8097,0,1,,"channel_hcl_rawStrain_BR150"],[8098,0,1,,"channel_hcl_rawStrain_B30"],[8099,0,1,,"channel_hcl_rawStrain_T120"],[8100,0,1,,"channel_hcl_rawStrain_AR60"],[8101,0,1,,"channel_hcl_rawStrain_AR150"],[8102,0,1,,"channel_hcl_rawStrain_A30"],[8103,0,1,,"channel_hcl_rawStrain_A120"],[8104,0,1,,"channel_hcl_rawStrain_BL90"],[8105,0,1,,"channel_hcl_rawStrain_BL180"],[8106,0,1,,"channel_hcl_rawStrain_BR30"],[8107,0,1,,"channel_hcl_rawStrain_BR120"],[8108,0,1,,"channel_hcl_rawStrain_AL90"],[8109,0,1,,"channel_hcl_rawStrain_AL180"],[8110,0,1,,"channel_hcl_rawStrain_AR30"],[8111,0,1,,"channel_hcl_rawStrain_AR120"],[8112,0,1,,"channel_hcl_rawStrain_B90"],[8113,0,1,,"channel_hcl_rawStrain_T0"],[8114,0,1,,"channel_hcl_rawStrain_BL60"],[8115,0,1,,"channel_hcl_rawStrain_BL150"],[8116,0,1,,"channel_hcl_rawStrain_A90"],[8117,0,1,,"channel_hcl_rawStrain_A0"],[8118,0,1,,"channel_hcl_rawStrain_AL60"],[8119,0,1,,"channel_hcl_rawStrain_AL150"],[8120,0,1,,"channel_hcl_rawStrain_BR90"],[8121,0,1,,"channel_hcl_rawStrain_BR0"],[8122,0,1,,"channel_hcl_rawStrain_T60"],[8123,0,1,,"channel_hcl_rawStrain_B150"],[8124,0,1,,"channel_hcl_rawStrain_AR90"],[8125,0,1,,"channel_hcl_rawStrain_AR0"],[8126,0,1,,"channel_hcl_rawInertial_accel1"],[8127,0,1,,"channel_hcl_rawInertial_accel2"],[8128,0,1,,"channel_hcl_rawInertial_accel3"],[8129,0,1,,"channel_hcl_rawInertial_accel4"],[8130,0,1,,"channel_hcl_rawInertial_accel5"],[8131,0,1,,"channel_hcl_rawInertial_accel6"],[8132,0,1,,"channel_hcl_rawInertial_accel7"],[8133,0,1,,"channel_hcl_rawInertial_accel8"],[8134,0,1,,"channel_hcl_rawInertial_gyroX"],[8135,0,1,,"channel_hcl_rawInertial_gyroY"],[8136,0,1,,"channel_hcl_rawInertial_gyroZ"],[8137,0,1,,"channel_rawAngleStrain"],[8138,0,1,,"channel_beaconEcho"],[8139,0,1,,"channel_rfSweep"],[8140,0,1,,"channel_diag_state"],[8141,0,1,,"channel_diag_runtime_idle"],[8142,0,1,,"channel_diag_runtime_sleep"],[8143,0,1,,"channel_diag_runtime_activeRun"],[8144,0,1,,"channel_diag_runtime_inactiveRun"],[8145,0,1,,"channel_diag_resetCounter"],[8146,0,1,,"channel_diag_lowBatteryFlag"],[8147,0,1,,"channel_diag_sweepIndex"],[8148,0,1,,"channel_diag_badSweepCount"],[8149,0,1,,"channel_diag_totalTx"],[8150,0,1,,"channel_diag_totalReTx"],[8151,0,1,,"channel_diag_totalDroppedPackets"],[8152,0,1,,"channel_diag_builtInTestResult"],[8153,0,1,,"channel_diag_eventIndex"],[8154,0,1,,"channel_hcl_axialLoadX"],[8155,0,1,,"channel_hcl_axialLoadY"],[8156,0,1,,"channel_hcl_axialLoadZ"],[8157,0,1,,"channel_hcl_bendingMomentFlap"],[8158,0,1,,"channel_hcl_bendingMomentLag"],[8159,0,1,,"channel_hcl_bendingMomentPitch"],[8160,0,1,,"channel_hcl_motionFlap_mag"],[8161,0,1,,"channel_hcl_motionLag_mag"],[8162,0,1,,"channel_hcl_motionPitch_mag"],[8163,0,1,,"channel_hcl_motionFlap_inertial"],[8164,0,1,,"channel_hcl_motionLag_inertial"],[8165,0,1,,"channel_hcl_motionPitch_inertial"],[8166,0,1,,"channel_hcl_cockingStiffness_mag"],[8167,0,1,,"channel_hcl_cockingStiffness_inertial"],[8168,0,1,,"channel_hcl_temperature"],[8169,0,1,,"channel_diag_externalPower"],[8170,0,1,,"channel_diag_internalTemp"],[8171,0,1,,"channel_1_rms"],[8172,0,1,,"channel_2_rms"],[8173,0,1,,"channel_3_rms"],[8174,0,1,,"channel_4_rms"],[8175,0,1,,"channel_5_rms"],[8176,0,1,,"channel_6_rms"],[8177,0,1,,"channel_7_rms"],[8178,0,1,,"channel_8_rms"],[8179,0,1,,"channel_9_rms"],[8180,0,1,,"channel_10_rms"],[8181,0,1,,"channel_11_rms"],[8182,0,1,,"channel_12_rms"],[8183,0,1,,"channel_13_rms"],[8184,0,1,,"channel_14_rms"],[8185,0,1,,"channel_15_rms"],[8186,0,1,,"channel_16_rms"],[8187,0,1,,"channel_1_peakToPeak"],[8188,0,1,,"channel_2_peakToPeak"],[8189,0,1,,"channel_3_peakToPeak"],[8190,0,1,,"channel_4_peakToPeak"],[8191,0,1,,"channel_5_peakToPeak"],[8192,0,1,,"channel_6_peakToPeak"],[8193,0,1,,"channel_7_peakToPeak"],[8194,0,1,,"channel_8_peakToPeak"],[8195,0,1,,"channel_9_peakToPeak"],[8196,0,1,,"channel_10_peakToPeak"],[8197,0,1,,"channel_11_peakToPeak"],[8198,0,1,,"channel_12_peakToPeak"],[8199,0,1,,"channel_13_peakToPeak"],[8200,0,1,,"channel_14_peakToPeak"],[8201,0,1,,"channel_15_peakToPeak"],[8202,0,1,,"channel_16_peakToPeak"],[8203,0,1,,"channel_1_ips"],[8204,0,1,,"channel_2_ips"],[8205,0,1,,"channel_3_ips"],[8206,0,1,,"channel_4_ips"],[8207,0,1,,"channel_5_ips"],[8208,0,1,,"channel_6_ips"],[8209,0,1,,"channel_7_ips"],[8210,0,1,,"channel_8_ips"],[8211,0,1,,"channel_9_ips"],[8212,0,1,,"channel_10_ips"],[8213,0,1,,"channel_11_ips"],[8214,0,1,,"channel_12_ips"],[8215,0,1,,"channel_13_ips"],[8216,0,1,,"channel_14_ips"],[8217,0,1,,"channel_15_ips"],[8218,0,1,,"channel_16_ips"],[8219,0,1,,"channel_1_crestFactor"],[8220,0,1,,"channel_2_crestFactor"],[8221,0,1,,"channel_3_crestFactor"],[8222,0,1,,"channel_4_crestFactor"],[8223,0,1,,"channel_5_crestFactor"],[8224,0,1,,"channel_6_crestFactor"],[8225,0,1,,"channel_7_crestFactor"],[8226,0,1,,"channel_8_crestFactor"],[8227,0,1,,"channel_9_crestFactor"],[8228,0,1,,"channel_10_crestFactor"],[8229,0,1,,"channel_11_crestFactor"],[8230,0,1,,"channel_12_crestFactor"],[8231,0,1,,"channel_13_crestFactor"],[8232,0,1,,"channel_14_crestFactor"],[8233,0,1,,"channel_15_crestFactor"],[8234,0,1,,"channel_16_crestFactor"],[8235,0,1,,"channel_diag_syncAttempts"],[8236,0,1,,"channel_diag_syncFailures"],[8237,0,1,,"channel_diag_secsSinceLastSync"],[8238,0,1,,"channel_beaconConflict"],[8239,0,1,,"channel_1_mean"],[8240,0,1,,"channel_2_mean"],[8241,0,1,,"channel_3_mean"],[8242,0,1,,"channel_4_mean"],[8243,0,1,,"channel_5_mean"],[8244,0,1,,"channel_6_mean"],[8245,0,1,,"channel_7_mean"],[8246,0,1,,"channel_8_mean"],[8247,0,1,,"channel_9_mean"],[8248,0,1,,"channel_10_mean"],[8249,0,1,,"channel_11_mean"],[8250,0,1,,"channel_12_mean"],[8251,0,1,,"channel_13_mean"],[8252,0,1,,"channel_14_mean"],[8253,0,1,,"channel_15_mean"],[8254,0,1,,"channel_16_mean"],[8255,0,1,,"channel_1_mmps"],[8256,0,1,,"channel_2_mmps"],[8257,0,1,,"channel_3_mmps"],[8258,0,1,,"channel_4_mmps"],[8259,0,1,,"channel_5_mmps"],[8260,0,1,,"channel_6_mmps"],[8261,0,1,,"channel_7_mmps"],[8262,0,1,,"channel_8_mmps"],[8263,0,1,,"channel_9_mmps"],[8264,0,1,,"channel_10_mmps"],[8265,0,1,,"channel_11_mmps"],[8266,0,1,,"channel_12_mmps"],[8267,0,1,,"channel_13_mmps"],[8268,0,1,,"channel_14_mmps"],[8269,0,1,,"channel_15_mmps"],[8270,0,1,,"channel_16_mmps"],[8271,0,1,,"channel_diag_memoryFull"],[8272,0,4,"Functions","Functions"],[8273,0,3,"WirelessChannel","WirelessChannel"],[8274,0,3,"WirelessChannel","WirelessChannel(2)"],[8275,0,4,"Variables","Variables"],[8276,0,6,"m_chNumber","m_chNumber"],[8277,0,6,"m_id","m_id"],[8278,0,6,"m_type","m_type"],[8279,0,6,"m_description","m_description"],[8280,0,6,"m_adcResolution","m_adcResolution"],[8281,0,4,"Functions","Functions(2)"],[8282,0,3,"channelNumber","channelNumber"],[8283,0,3,"id","id"],[8284,0,3,"type","type"],[8285,0,3,"description","description"],[8286,0,3,"adcResolution","adcResolution"],[8287,0,3,"adcMaxValue","adcMaxValue"],[8288,0,3,"name","name"],[8289,0,3,"channelName","channelName"],[8290,0,4,"Types","Types(2)"],[8291,0,5,"WirelessChannels","WirelessChannels"],[8292,0,5,"WirelessPollData","WirelessPollData"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/WirelessChannel-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/WirelessChannel-SummaryToolTips.js deleted file mode 100644 index 7c2c4dad2..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/WirelessChannel-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:WirelessChannel",{8025:"
WirelessChannel
Represents a channel on a WirelessNode. This can be used to gain information about the channel, view current settings that are applied, and update settings on the Node.
",8273:"
WirelessChannel(
uint8 chNumber,
WirelessChannel::ChannelId id,
WirelessTypes::ChannelType type,
const std::string &description
)
Creates a WirelessChannel object.
",8274:"
WirelessChannel(
uint8 chNumber,
WirelessChannel::ChannelId id,
WirelessTypes::ChannelType type,
const std::string &description,
uint8 adcResolution
)
Creates a WirelessChannel object.
",8276:"
uint8 m_chNumber
The channel number (ch1 = 1) of the channel.
",8277:"
WirelessChannel::ChannelId m_id
The WirelessChannel::ChannelId of the channel.
",8278:"
WirelessTypes::ChannelType m_type
The WirelessTypes::ChannelType of the channel.
",8279:"
std::string m_description
The description of the channel.
",8280:"
uint8 m_adcResolution
The resolution of the A/D Converter for this channel.
",8282:"
uint8 channelNumber() const
Gets the channel number of this channel on the Node.
",8283:"
WirelessChannel::ChannelId id() const
Gets the WirelessChannel::ChannelId of this channel.
",8284:"
WirelessTypes::ChannelType type() const
Gets the WirelessTypes::ChannelType of this channel.
",8285:"
std::string description() const
Gets the description of this channel (ex. "Acceleration X (ch1)" or "CJC Temperature (ch8)").
",8286:"
uint8 adcResolution() const
Gets the ADC Resolution of this channel (Ex: 18 for 18-bit).
",8287:"
uint32 adcMaxValue() const
Gets the maximum value output from the ADC for this channel (Ex: 2^18 for 18-bit).
",8288:"
std::string name() const
Gets the name of this channel.  This is the universal name that should be used for uploading to SensorCloud.
",8289:"
static std::string channelName(
WirelessChannel::ChannelId channelId
)
Gets the name of the channel.  This is the universal name that should be used for uploading to SensorCloud.
",8291:"
A typedef for a vector of WirelessChannel objects.
",8292:"
A typedef for a map of WirelessChannel to float values, used when polling a Wireless Node.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/WirelessChannel-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/WirelessChannel-ToolTips.js deleted file mode 100644 index f684c9bb9..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/WirelessChannel-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({8273:"
WirelessChannel(
uint8 chNumber,
WirelessChannel::ChannelId id,
WirelessTypes::ChannelType type,
const std::string &description
)
Creates a WirelessChannel object.
",8766:"
Represents the types of channels on Wireless Nodes.
",10446:"
Error
The generic MicroStrain exception (base class)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/WirelessChannel.html b/v66.0.1/MSCL_Docs/classes/C/WirelessChannel.html deleted file mode 100644 index 95b8d5775..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/WirelessChannel.html +++ /dev/null @@ -1,142 +0,0 @@ - - -WirelessChannel - - - - - - - -
-
WirelessChannel
-
WirelessChannel
-

Represents a channel on a WirelessNode. This can be used to gain information about the channel, view current settings that are applied, and update settings on the Node.

-
- -
-
Types
-
- -
-
ChannelId
-
channel_unknown

0 - Unknown Channel

channel_1

1 - Channel 1

channel_2

2 - Channel 2

channel_3

3 - Channel 3

channel_4

4 - Channel 4

channel_5

5 - Channel 5

channel_6

6 - Channel 6

channel_7

7 - Channel 7

channel_8

8 - Channel 8

channel_9

9 - Channel 9

channel_10

10 - Channel 10

channel_11

11 - Channel 11

channel_12

12 - Channel 12

channel_13

13 - Channel 13

channel_14

14 - Channel 14

channel_15

15 - Channel 15

channel_16

16 - Channel 16

channel_digital_1

17 - Digital Channel 1

channel_digital_2

18 - Digital Channel 2

channel_digital_3

19 - Digital Channel 3

channel_digital_4

20 - Digital Channel 4

channel_digital_5

21 - Digital Channel 5

channel_digital_6

22 - Digital Channel 6

channel_digital_7

23 - Digital Channel 7

channel_digital_8

24 - Digital Channel 8

channel_digital_9

25 - Digital Channel 9

channel_digital_10

26 - Digital Channel 10

channel_digital_11

27 - Digital Channel 11

channel_digital_12

28 - Digital Channel 12

channel_digital_13

29 - Digital Channel 13

channel_digital_14

30 - Digital Channel 14

channel_digital_15

31 - Digital Channel 15

channel_digital_16

32 - Digital Channel 16

channel_structuralHealth

33 - Structural Health Channel

channel_hcl_rawBase_mag1_x

34 - HCL Smart Bearing Raw Base - Mag 1 - x

channel_hcl_rawBase_mag1_y

35 - HCL Smart Bearing Raw Base - Mag 1 - y

channel_hcl_rawBase_mag1_z

36 - HCL Smart Bearing Raw Base - Mag 1 - z

channel_hcl_rawBase_mag2_x

37 - HCL Smart Bearing Raw Base - Mag 2 - x

channel_hcl_rawBase_mag2_y

38 - HCL Smart Bearing Raw Base - Mag 2 - y

channel_hcl_rawBase_mag2_z

39 - HCL Smart Bearing Raw Base - Mag 2 - z

channel_hcl_rawBase_mag3_x

40 - HCL Smart Bearing Raw Base - Mag 3 - x

channel_hcl_rawBase_mag3_y

41 - HCL Smart Bearing Raw Base - Mag 3 - y

channel_hcl_rawBase_mag3_z

42 - HCL Smart Bearing Raw Base - Mag 3 - z

channel_hcl_rawBase_mag4_x

43 - HCL Smart Bearing Raw Base - Mag 4 - x

channel_hcl_rawBase_mag4_y

44 - HCL Smart Bearing Raw Base - Mag 4 - y

channel_hcl_rawBase_mag4_z

45 - HCL Smart Bearing Raw Base - Mag 4 - z

channel_hcl_rawBase_mag5_x

46 - HCL Smart Bearing Raw Base - Mag 5 - x

channel_hcl_rawBase_mag5_y

47 - HCL Smart Bearing Raw Base - Mag 5 - y

channel_hcl_rawBase_mag5_z

48 - HCL Smart Bearing Raw Base - Mag 5 - z

channel_hcl_rawBase_mag6_x

49 - HCL Smart Bearing Raw Base - Mag 6 - x

channel_hcl_rawBase_mag6_y

50 - HCL Smart Bearing Raw Base - Mag 6 - y

channel_hcl_rawBase_mag6_z

51 - HCL Smart Bearing Raw Base - Mag 6 - z

channel_hcl_rawBase_mag7_x

52 - HCL Smart Bearing Raw Base - Mag 7 - x

channel_hcl_rawBase_mag7_y

53 - HCL Smart Bearing Raw Base - Mag 7 - y

channel_hcl_rawBase_mag7_z

54 - HCL Smart Bearing Raw Base - Mag 7 - z

channel_hcl_rawBase_mag8_x

55 - HCL Smart Bearing Raw Base - Mag 8 - x

channel_hcl_rawBase_mag8_y

56 - HCL Smart Bearing Raw Base - Mag 8 - y

channel_hcl_rawBase_mag8_z

57 - HCL Smart Bearing Raw Base - Mag 8 - z

channel_hcl_rawBase_gyro_x

58 - HCL Smart Bearing Raw Base - Gyro - x

channel_hcl_rawBase_gyro_y

59 - HCL Smart Bearing Raw Base - Gyro - y

channel_hcl_rawBase_gyro_z

60 - HCL Smart Bearing Raw Base - Gyro - z

channel_error_code

61 - Error Code

channel_hcl_rawStrain_BL30

62 - HCL Smart Bearing Raw Strain - BL30

channel_hcl_rawStrain_BL120

63 - HCL Smart Bearing Raw Strain - BL120

channel_hcl_rawStrain_A60

64 - HCL Smart Bearing Raw Strain - A60

channel_hcl_rawStrain_A150

65 - HCL Smart Bearing Raw Strain - A150

channel_hcl_rawStrain_AL30

66 - HCL Smart Bearing Raw Strain - AL30

channel_hcl_rawStrain_AL120

67 - HCL Smart Bearing Raw Strain - AL120

channel_hcl_rawStrain_BR60

68 - HCL Smart Bearing Raw Strain - BR60

channel_hcl_rawStrain_BR150

69 - HCL Smart Bearing Raw Strain - BR150

channel_hcl_rawStrain_B30

70 - HCL Smart Bearing Raw Strain - B30

channel_hcl_rawStrain_T120

71 - HCL Smart Bearing Raw Strain - T120

channel_hcl_rawStrain_AR60

72 - HCL Smart Bearing Raw Strain - AR60

channel_hcl_rawStrain_AR150

73 - HCL Smart Bearing Raw Strain - AR150

channel_hcl_rawStrain_A30

74 - HCL Smart Bearing Raw Strain - A30

channel_hcl_rawStrain_A120

75 - HCL Smart Bearing Raw Strain - A120

channel_hcl_rawStrain_BL90

76 - HCL Smart Bearing Raw Strain - BL90

channel_hcl_rawStrain_BL180

77 - HCL Smart Bearing Raw Strain - BL180

channel_hcl_rawStrain_BR30

78 - HCL Smart Bearing Raw Strain - BR30

channel_hcl_rawStrain_BR120

79 - HCL Smart Bearing Raw Strain - BR120

channel_hcl_rawStrain_AL90

80 - HCL Smart Bearing Raw Strain - AL90

channel_hcl_rawStrain_AL180

81 - HCL Smart Bearing Raw Strain - AL180

channel_hcl_rawStrain_AR30

82 - HCL Smart Bearing Raw Strain - AR30

channel_hcl_rawStrain_AR120

83 - HCL Smart Bearing Raw Strain - AR120

channel_hcl_rawStrain_B90

84 - HCL Smart Bearing Raw Strain - B90

channel_hcl_rawStrain_T0

85 - HCL Smart Bearing Raw Strain - T0

channel_hcl_rawStrain_BL60

86 - HCL Smart Bearing Raw Strain - BL60

channel_hcl_rawStrain_BL150

87 - HCL Smart Bearing Raw Strain - BL150

channel_hcl_rawStrain_A90

88 - HCL Smart Bearing Raw Strain - A90

channel_hcl_rawStrain_A0

89 - HCL Smart Bearing Raw Strain - A0

channel_hcl_rawStrain_AL60

90 - HCL Smart Bearing Raw Strain - AL60

channel_hcl_rawStrain_AL150

91 - HCL Smart Bearing Raw Strain - AL150

channel_hcl_rawStrain_BR90

92 - HCL Smart Bearing Raw Strain - BR90

channel_hcl_rawStrain_BR0

93 - HCL Smart Bearing Raw Strain - BR0

channel_hcl_rawStrain_T60

94 - HCL Smart Bearing Raw Strain - T60

channel_hcl_rawStrain_B150

95 - HCL Smart Bearing Raw Strain - B150

channel_hcl_rawStrain_AR90

96 - HCL Smart Bearing Raw Strain - AR90

channel_hcl_rawStrain_AR0

97 - HCL Smart Bearing Raw Strain - AR0

channel_hcl_rawInertial_accel1

98 - HCL Smart Bearing Raw Inertial - accel 1

channel_hcl_rawInertial_accel2

99 - HCL Smart Bearing Raw Inertial - accel 2

channel_hcl_rawInertial_accel3

100 - HCL Smart Bearing Raw Inertial - accel 3

channel_hcl_rawInertial_accel4

101 - HCL Smart Bearing Raw Inertial - accel 4

channel_hcl_rawInertial_accel5

102 - HCL Smart Bearing Raw Inertial - accel 5

channel_hcl_rawInertial_accel6

103 - HCL Smart Bearing Raw Inertial - accel 6

channel_hcl_rawInertial_accel7

104 - HCL Smart Bearing Raw Inertial - accel 7

channel_hcl_rawInertial_accel8

105 - HCL Smart Bearing Raw Inertial - accel 8

channel_hcl_rawInertial_gyroX

106 - HCL Smart Bearing Raw Inertial - gyro X

channel_hcl_rawInertial_gyroY

107 - HCL Smart Bearing Raw Inertial - gyro Y

channel_hcl_rawInertial_gyroZ

108 - HCL Smart Bearing Raw Inertial - gyro Z

channel_rawAngleStrain

109 - Raw Angle Strain

channel_beaconEcho

110 - Beacon Echo

channel_rfSweep

111 - RF Sweep

channel_diag_state

112 - Diagnostic - current state

channel_diag_runtime_idle

113 - Diagnostic - idle run time

channel_diag_runtime_sleep

114 - Diagnostic - sleep run time

channel_diag_runtime_activeRun

115 - Diagnostic - active run run time

channel_diag_runtime_inactiveRun

116 - Diagnostic - inactive run run time

channel_diag_resetCounter

117 - Diagnostic - reset counter

channel_diag_lowBatteryFlag

118 - Diagnostic - low battery indicator

channel_diag_sweepIndex

119 - Diagnostic - sweep index

channel_diag_badSweepCount

120 - Diagnostic - bad sweep count

channel_diag_totalTx

121 - Diagnostic - total transmissions

channel_diag_totalReTx

122 - Diagnostic - total retransmissions

channel_diag_totalDroppedPackets

123 - Diagnostic - total dropped packets

channel_diag_builtInTestResult

124 - Diagnostic - built in test result

channel_diag_eventIndex

125 - Diagnostic - event trigger index

channel_hcl_axialLoadX

126 - HCL Smart Bearing Cal - Axial Load X

channel_hcl_axialLoadY

127 - HCL Smart Bearing Cal - Axial Load Y

channel_hcl_axialLoadZ

128 - HCL Smart Bearing Cal - Axial Load Z

channel_hcl_bendingMomentFlap

129 - HCL Smart Bearing Cal - Bending Moment Flag

channel_hcl_bendingMomentLag

130 - HCL Smart Bearing Cal - Bending Moment Lead Lag

channel_hcl_bendingMomentPitch

131 - HCL Smart Bearing Cal - Bending Moment Pitch

channel_hcl_motionFlap_mag

132 - HCL Smart Bearing Cal - Motion Flap (Mag)

channel_hcl_motionLag_mag

133 - HCL Smart Bearing Cal - Motion Lead Lag (Mag)

channel_hcl_motionPitch_mag

134 - HCL Smart Bearing Cal - Motion Pitch (Mag)

channel_hcl_motionFlap_inertial

135 - HCL Smart Bearing Cal - Motion Flap (Inertial)

channel_hcl_motionLag_inertial

136 - HCL Smart Bearing Cal - Motion Lead Lag (Inertial)

channel_hcl_motionPitch_inertial

137 - HCL Smart Bearing Cal - Motion Pitch (Inertial)

channel_hcl_cockingStiffness_mag

138 - HCL Smart Bearing Cal - Cocking Stiffness (Mag)

channel_hcl_cockingStiffness_inertial

139 - HCL Smart Bearing Cal - Cocking Stiffness (Inertial)

channel_hcl_temperature

140 - HCL Smart Bearing Cal - Temperature

channel_diag_externalPower

141 - Diagnostic - external power

channel_diag_internalTemp

142 - Diagnostic - internal temperature

channel_1_rms

143 - Channel 1 RMS

channel_2_rms

144 - Channel 2 RMS

channel_3_rms

145 - Channel 3 RMS

channel_4_rms

146 - Channel 4 RMS

channel_5_rms

147 - Channel 5 RMS

channel_6_rms

148 - Channel 6 RMS

channel_7_rms

149 - Channel 7 RMS

channel_8_rms

150 - Channel 8 RMS

channel_9_rms

151 - Channel 9 RMS

channel_10_rms

152 - Channel 10 RMS

channel_11_rms

153 - Channel 11 RMS

channel_12_rms

154 - Channel 12 RMS

channel_13_rms

155 - Channel 13 RMS

channel_14_rms

156 - Channel 14 RMS

channel_15_rms

157 - Channel 15 RMS

channel_16_rms

158 - Channel 16 RMS

channel_1_peakToPeak

159 - Channel 1 Peak to Peak

channel_2_peakToPeak

160 - Channel 2 Peak to Peak

channel_3_peakToPeak

161 - Channel 3 Peak to Peak

channel_4_peakToPeak

162 - Channel 4 Peak to Peak

channel_5_peakToPeak

163 - Channel 5 Peak to Peak

channel_6_peakToPeak

164 - Channel 6 Peak to Peak

channel_7_peakToPeak

165 - Channel 7 Peak to Peak

channel_8_peakToPeak

166 - Channel 8 Peak to Peak

channel_9_peakToPeak

167 - Channel 9 Peak to Peak

channel_10_peakToPeak

168 - Channel 10 Peak to Peak

channel_11_peakToPeak

169 - Channel 11 Peak to Peak

channel_12_peakToPeak

170 - Channel 12 Peak to Peak

channel_13_peakToPeak

171 - Channel 13 Peak to Peak

channel_14_peakToPeak

172 - Channel 14 Peak to Peak

channel_15_peakToPeak

173 - Channel 15 Peak to Peak

channel_16_peakToPeak

174 - Channel 16 Peak to Peak

channel_1_ips

175 - Channel 1 Inches Per Second

channel_2_ips

176 - Channel 2 Inches Per Second

channel_3_ips

177 - Channel 3 Inches Per Second

channel_4_ips

178 - Channel 4 Inches Per Second

channel_5_ips

179 - Channel 5 Inches Per Second

channel_6_ips

180 - Channel 6 Inches Per Second

channel_7_ips

181 - Channel 7 Inches Per Second

channel_8_ips

182 - Channel 8 Inches Per Second

channel_9_ips

183 - Channel 9 Inches Per Second

channel_10_ips

184 - Channel 10 Inches Per Second

channel_11_ips

185 - Channel 11 Inches Per Second

channel_12_ips

186 - Channel 12 Inches Per Second

channel_13_ips

187 - Channel 13 Inches Per Second

channel_14_ips

188 - Channel 14 Inches Per Second

channel_15_ips

189 - Channel 15 Inches Per Second

channel_16_ips

190 - Channel 16 Inches Per Second

channel_1_crestFactor

191 - Channel 1 Crest Factor

channel_2_crestFactor

192 - Channel 2 Crest Factor

channel_3_crestFactor

193 - Channel 3 Crest Factor

channel_4_crestFactor

194 - Channel 4 Crest Factor

channel_5_crestFactor

195 - Channel 5 Crest Factor

channel_6_crestFactor

196 - Channel 6 Crest Factor

channel_7_crestFactor

197 - Channel 7 Crest Factor

channel_8_crestFactor

198 - Channel 8 Crest Factor

channel_9_crestFactor

199 - Channel 9 Crest Factor

channel_10_crestFactor

200 - Channel 10 Crest Factor

channel_11_crestFactor

201 - Channel 11 Crest Factor

channel_12_crestFactor

202 - Channel 12 Crest Factor

channel_13_crestFactor

203 - Channel 13 Crest Factor

channel_14_crestFactor

204 - Channel 14 Crest Factor

channel_15_crestFactor

205 - Channel 15 Crest Factor

channel_16_crestFactor

206 - Channel 16 Crest Factor

channel_diag_syncAttempts

207 - Diagnostic - Synchronization Attempts

channel_diag_syncFailures

208 - Diagnostic - Synchronization Failures

channel_diag_secsSinceLastSync

209 - Diagnostic - Seconds since last synchronization

channel_beaconConflict

210 - Conflicting Beacon

channel_1_mean

211 - Channel 1 Mean

channel_2_mean

212 - Channel 2 Mean

channel_3_mean

213 - Channel 3 Mean

channel_4_mean

214 - Channel 4 Mean

channel_5_mean

215 - Channel 5 Mean

channel_6_mean

216 - Channel 6 Mean

channel_7_mean

217 - Channel 7 Mean

channel_8_mean

218 - Channel 8 Mean

channel_9_mean

219 - Channel 9 Mean

channel_10_mean

220 - Channel 10 Mean

channel_11_mean

221 - Channel 11 Mean

channel_12_mean

222 - Channel 12 Mean

channel_13_mean

223 - Channel 13 Mean

channel_14_mean

224 - Channel 14 Mean

channel_15_mean

225 - Channel 15 Mean

channel_16_mean

226 - Channel 16 Mean

channel_1_mmps

227 - Channel 1 Millimeters Per Second

channel_2_mmps

228 - Channel 2 Millimeters Per Second

channel_3_mmps

229 - Channel 3 Millimeters Per Second

channel_4_mmps

230 - Channel 4 Millimeters Per Second

channel_5_mmps

231 - Channel 5 Millimeters Per Second

channel_6_mmps

232 - Channel 6 Millimeters Per Second

channel_7_mmps

233 - Channel 7 Millimeters Per Second

channel_8_mmps

234 - Channel 8 Millimeters Per Second

channel_9_mmps

235 - Channel 9 Millimeters Per Second

channel_10_mmps

236 - Channel 10 Millimeters Per Second

channel_11_mmps

237 - Channel 11 Millimeters Per Second

channel_12_mmps

238 - Channel 12 Millimeters Per Second

channel_13_mmps

239 - Channel 13 Millimeters Per Second

channel_14_mmps

240 - Channel 14 Millimeters Per Second

channel_15_mmps

241 - Channel 15 Millimeters Per Second

channel_16_mmps

242 - Channel 16 Millimeters Per Second

channel_diag_memoryFull

243 - Diagnostic - % Datalogging Memory Full

-
- -
-
Functions
-
- -
-
WirelessChannel
-
WirelessChannel(
uint8 chNumber,
WirelessChannel::ChannelId id,
WirelessTypes::ChannelType type,
const std::string &description
)
-

Creates a WirelessChannel object.

Parameters
chNumber
uint8

The channel number (ch1 = 1) of the channel.

id
WirelessChannel::ChannelId

The WirelessChannel::ChannelId of the channel.

type
WirelessTypes::ChannelType

The WirelessTypes::ChannelType of the channel.

description
const std::string&

The description of the channel.  adcResolution will be defaulted to 0.

-
- -
-
WirelessChannel
-
WirelessChannel(
uint8 chNumber,
WirelessChannel::ChannelId id,
WirelessTypes::ChannelType type,
const std::string &description,
uint8 adcResolution
)
-

Creates a WirelessChannel object.

Parameters
chNumber
uint8

The channel number (ch1 = 1) of the channel.

id
WirelessChannel::ChannelId

The WirelessChannel::ChannelId of the channel.

type
WirelessTypes::ChannelType

The WirelessTypes::ChannelType of the channel.

description
const std::string&

The description of the channel.

adcResolution
uint8

the ADC resolution of the channel.

-
- -
-
Variables
-
- -
-
m_chNumber
-
uint8 m_chNumber
-

The channel number (ch1 = 1) of the channel.

-
- -
-
m_id
- -

The WirelessChannel::ChannelId of the channel.

-
- -
-
m_type
- -

The WirelessTypes::ChannelType of the channel.

-
- -
-
m_description
-
std::string m_description
-

The description of the channel.

-
- -
-
m_adcResolution
-
uint8 m_adcResolution
-

The resolution of the A/D Converter for this channel.

-
- -
-
Functions
-
- -
-
channelNumber
-
uint8 channelNumber() const
-

Gets the channel number of this channel on the Node.

Returns

The channel number of this channel on the Node.

-
- -
-
id
- -

Gets the WirelessChannel::ChannelId of this channel.

Returns

The WirelessChannel::ChannelId of this channel.

-
- -
-
type
- -

Gets the WirelessTypes::ChannelType of this channel.

Returns

The WirelessTypes::ChannelType of this channel.

-
- -
-
description
-
std::string description() const
-

Gets the description of this channel (ex. "Acceleration X (ch1)" or "CJC Temperature (ch8)").

Returns

A string description of the channel.

-
- -
-
adcResolution
-
uint8 adcResolution() const
-

Gets the ADC Resolution of this channel (Ex: 18 for 18-bit).

Returns

The ADC Resolution of this channel.

-
- -
-
adcMaxValue
-
uint32 adcMaxValue() const
-

Gets the maximum value output from the ADC for this channel (Ex: 2^18 for 18-bit).

Returns

The maximum value output from the ADC for this channel.

-
- -
-
name
-
std::string name() const
-

Gets the name of this channel.  This is the universal name that should be used for uploading to SensorCloud.

Returns

The name of this channel.

Exceptions
-
- -
-
channelName
-
static std::string channelName(
WirelessChannel::ChannelId channelId
)
-

Gets the name of the channel.  This is the universal name that should be used for uploading to SensorCloud.

Returns

The name of the channel.

Exceptions
-
- -
-
Types
-
- -
-
WirelessChannels
-

A typedef for a vector of WirelessChannel objects.

-
- -
-
WirelessPollData
-

A typedef for a map of WirelessChannel to float values, used when polling a Wireless Node.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/WirelessDataPacket-Summary.js b/v66.0.1/MSCL_Docs/classes/C/WirelessDataPacket-Summary.js deleted file mode 100644 index 734b01a42..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/WirelessDataPacket-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:WirelessDataPacket","WirelessDataPacket");NDSummary.OnSummaryLoaded("CClass:WirelessDataPacket",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[7236,0,0,"WirelessDataPacket"],[7237,0,2,"Functions","Functions"],[7238,0,1,"WirelessDataPacket","WirelessDataPacket"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/WirelessDataPacket-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/WirelessDataPacket-SummaryToolTips.js deleted file mode 100644 index 10b590360..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/WirelessDataPacket-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:WirelessDataPacket",{7236:"
WirelessDataPacket
A class representing a Wireless Data Packet.
",7238:"
WirelessDataPacket()
The default constructor for a Wireless Data Packet
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/WirelessDataPacket-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/WirelessDataPacket-ToolTips.js deleted file mode 100644 index dcac068de..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/WirelessDataPacket-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7176:"
WirelessPacket
Represents a MicroStrain wireless packet
",7261:"
SyncSamplingPacket_v2_aspp3
A WirelessDataPacket derived class representing a Synchronized Sampling 16 channel packet
",7275:"
SyncSamplingPacket_v2
A WirelessDataPacket derived class representing a Synchronized Sampling 16 channel packet
",7297:"
SyncSamplingPacket
A WirelessDataPacket derived class representing a Synchronized Sampling packet
",7320:"
SyncSamplingMathPacket_aspp3
A WirelessDataPacket derived class representing a Synchronized Sampling Math packet
",7326:"
SyncSamplingMathPacket
A WirelessDataPacket derived class representing a Synchronized Sampling Math packet
",7332:"
ShmPacket_v2_aspp3
A WirelessDataPacket derived class representing a Structural Health Monitoring Packet
",7341:"
ShmPacket
A WirelessDataPacket derived class representing a Structural Health Monitoring Packet
",7352:"
RollerPacket
A WirelessDataPacket derived class representing a Low Duty Cycle packet
",7358:"
RfSweepPacket
A WirelessDataPacket derived class representing a RF Sweep packet.
",7560:"
RawAngleStrainPacket
A WirelessDataPacket derived class representing a Raw Angle Strain packet.
",7588:"
LdcPacket_v2_aspp3
A WirelessDataPacket derived class representing a Low Duty Cycle packet
",7601:"
LdcPacket_v2
A WirelessDataPacket derived class representing a Low Duty Cycle packet
",7614:"
LdcPacket
A WirelessDataPacket derived class representing a Low Duty Cycle packet
",7630:"
LdcMathPacket_aspp3
A WirelessDataPacket derived class representing a Low Duty Cycle packet
",7636:"
LdcMathPacket
A WirelessDataPacket derived class representing a Low Duty Cycle packet
",7642:"
HclSmartBearing_RawPacket
A WirelessDataPacket derived class representing a HclSmartBearing Raw data packet.
",7671:"
HclSmartBearing_CalPacket
A WirelessDataPacket derived class representing a HclSmartBearing Raw data packet.
",7685:"
DiagnosticPacket
A WirelessDataPacket derived class representing a Diagnostic packet.
",7692:"
BufferedLdcPacket_v2
A WirelessDataPacket derived class representing a Synchronized Sampling (Buffered LDC) packet
",7707:"
BufferedLdcPacket
A WirelessDataPacket derived class representing a Buffered LDC packet
",7723:"
BeaconEchoPacket
A WirelessDataPacket derived class representing a Beacon Echo packet.
",7728:"
AsyncDigitalPacket
A WirelessDataPacket derived class representing an Asynchronouse Digital packet
",7742:"
AsyncDigitalAnalogPacket
A WirelessDataPacket derived class representing an Asynchronouse Digital packet
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/WirelessDataPacket.html b/v66.0.1/MSCL_Docs/classes/C/WirelessDataPacket.html deleted file mode 100644 index 7a9e3ff33..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/WirelessDataPacket.html +++ /dev/null @@ -1,27 +0,0 @@ - - -WirelessDataPacket - - - - - - - -
-
WirelessDataPacket
- -

A class representing a Wireless Data Packet.

-
- -
-
Functions
-
- -
-
WirelessDataPacket
-
WirelessDataPacket()
-

The default constructor for a Wireless Data Packet

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/WirelessDataPoint-Summary.js b/v66.0.1/MSCL_Docs/classes/C/WirelessDataPoint-Summary.js deleted file mode 100644 index 23c12519d..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/WirelessDataPoint-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:WirelessDataPoint","WirelessDataPoint");NDSummary.OnSummaryLoaded("CClass:WirelessDataPoint",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Types","Type"],["Variables","Variable"]],[[8011,0,0,"WirelessDataPoint"],[8012,0,2,"Functions","Functions"],[8013,0,1,"WirelessDataPoint","WirelessDataPoint"],[8014,0,1,"WirelessDataPoint","WirelessDataPoint(2)"],[8015,0,2,"Variables","Variables"],[8016,0,4,"m_channelId","m_channelId"],[8017,0,4,"m_channelNumber","m_channelNumber"],[8018,0,4,"m_channelName","m_channelName"],[8019,0,2,"Functions","Functions(2)"],[8020,0,1,"channelId","channelId"],[8021,0,1,"channelNumber","channelNumber"],[8022,0,1,"channelName","channelName"],[8023,0,2,"Types","Types"],[8024,0,3,"ChannelData","ChannelData"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/WirelessDataPoint-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/WirelessDataPoint-SummaryToolTips.js deleted file mode 100644 index f7eb624fe..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/WirelessDataPoint-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:WirelessDataPoint",{8011:"
WirelessDataPoint
Represents a single channel\'s data point within a sweep
",8013:"
WirelessDataPoint(
WirelessChannel::ChannelId channelId,
uint8 channelNumber,
ValueType type,
const anyType &value,
const ChannelProperties &channelProperties = ChannelProperties()
)
Builds a WirelessDataPoint object.  The channel name will be automatically generated from the given channel id.
",8014:"
WirelessDataPoint(
WirelessChannel::ChannelId channelId,
uint8 channelNumber,
const Utils::Lazy<std::string> &channelName,
ValueType type,
const anyType &value,
const ChannelProperties &channelProperties = ChannelProperties()
)
Builds a WirelessDataPoint object.
",8016:"
WirelessChannel::ChannelId m_channelId
The WirelessChannel::ChannelId representing information about the channel this data point is associated with
",8017:"
uint8 m_channelNumber
The channel number associated with the data point (ch1 = 1, ch8 = 8).
",8018:"
mutable Utils::Lazy<std::string> m_channelName
The channel name associated with the data point (as a lazy load function).
",8020:"
WirelessChannel::ChannelId channelId() const
Gets the WirelessChannel::ChannelId associated with the data point.
",8021:"
uint8 channelNumber() const
Gets the channel number associated with the data point (ch1 = 1, ch8 = 8), when applicable.  Otherwise, this will return a 0 (for example, a Structural Health data point doesn\'t relate an actual channel on the Wireless Node, so this will be a 0).  This number can be used to relate to the Node\'s WirelessChannel in the map returned from calling <WirelessNode::channels>().
",8022:"
const std::string& channelName() const
Gets the name of the channel.  This is the universal channel name that should be used for uploading to SensorCloud.
",8024:"
A typedef for a collection (vector) of WirelessDataPoints
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/WirelessDataPoint-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/WirelessDataPoint-ToolTips.js deleted file mode 100644 index a6662abed..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/WirelessDataPoint-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({8013:"
WirelessDataPoint(
WirelessChannel::ChannelId channelId,
uint8 channelNumber,
ValueType type,
const anyType &value,
const ChannelProperties &channelProperties = ChannelProperties()
)
Builds a WirelessDataPoint object.  The channel name will be automatically generated from the given channel id.
",8025:"
WirelessChannel
Represents a channel on a WirelessNode. This can be used to gain information about the channel, view current settings that are applied, and update settings on the Node.
",9896:"
DataPoint
Base class representing common functionality between Wireless and Inertial data points
",10144:"
Value
Represents a single value that can be stored/accessed in multiple ways.
",10249:"
Typedef for a simple_any type
",}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/WirelessDataPoint.html b/v66.0.1/MSCL_Docs/classes/C/WirelessDataPoint.html deleted file mode 100644 index 9f36db35d..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/WirelessDataPoint.html +++ /dev/null @@ -1,86 +0,0 @@ - - -WirelessDataPoint - - - - - - - -
-
WirelessDataPoint
-
public
DataPoint
WirelessDataPoint
-

Represents a single channel's data point within a sweep

See Also

DataPoint, Value

-
- -
-
Functions
-
- -
-
WirelessDataPoint
-
WirelessDataPoint(
WirelessChannel::ChannelId channelId,
uint8 channelNumber,
ValueType type,
const anyType &value,
const ChannelProperties &channelProperties = ChannelProperties()
)
-

Builds a WirelessDataPoint object.  The channel name will be automatically generated from the given channel id.

Parameters
channelId
WirelessChannel::ChannelId

The WirelessChannel::ChannelId of the the data point

channelNumber
uint8

The channel number associated with the data point (ch1 = 1, ch8 = 8).

type
ValueType

The ValueType of the value to be stored

value
const anyType&

The value to store

channelProperties
const ChannelProperties&

Any <ChannelProperties> to store for later retrieval.

-
- -
-
WirelessDataPoint
-
WirelessDataPoint(
WirelessChannel::ChannelId channelId,
uint8 channelNumber,
const Utils::Lazy<std::string> &channelName,
ValueType type,
const anyType &value,
const ChannelProperties &channelProperties = ChannelProperties()
)
-

Builds a WirelessDataPoint object.

Parameters
channelId
WirelessChannel::ChannelId

The WirelessChannel::ChannelId of the the data point

channelNumber
uint8

The channel number associated with the data point (ch1 = 1, ch8 = 8).

channelName
const Utils::Lazy<std::string>&

The channel name associated with the data point.

type
ValueType

The ValueType of the value to be stored

value
const anyType&

The value to store

channelProperties
const ChannelProperties&

Any <ChannelProperties> to store for later retrieval.

-
- -
-
Variables
-
- -
-
m_channelId
- -

The WirelessChannel::ChannelId representing information about the channel this data point is associated with

-
- -
-
m_channelNumber
-
uint8 m_channelNumber
-

The channel number associated with the data point (ch1 = 1, ch8 = 8).

-
- -
-
m_channelName
-
mutable Utils::Lazy<std::string> m_channelName
-

The channel name associated with the data point (as a lazy load function).

-
- -
-
Functions
-
- -
-
channelId
-
WirelessChannel::ChannelId channelId() const
-

Gets the WirelessChannel::ChannelId associated with the data point.

Returns

A WirelessChannel::ChannelId representing which channel this data corresponds with.

-
- -
-
channelNumber
-
uint8 channelNumber() const
-

Gets the channel number associated with the data point (ch1 = 1, ch8 = 8), when applicable.  Otherwise, this will return a 0 (for example, a Structural Health data point doesn't relate an actual channel on the Wireless Node, so this will be a 0).  This number can be used to relate to the Node's WirelessChannel in the map returned from calling <WirelessNode::channels>().

Returns

The channel number associated with the data point.

-
- -
-
channelName
-
const std::string& channelName() const
-

Gets the name of the channel.  This is the universal channel name that should be used for uploading to SensorCloud.

Returns

The name of the channel.

-
- -
-
Types
-
- -
-
ChannelData
-

A typedef for a collection (vector) of WirelessDataPoints

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/WirelessModels-Summary.js b/v66.0.1/MSCL_Docs/classes/C/WirelessModels-Summary.js deleted file mode 100644 index d04086488..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/WirelessModels-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:WirelessModels","WirelessModels");NDSummary.OnSummaryLoaded("CClass:WirelessModels",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Enums","Enumeration"],["Functions","Function"],["Groups","Group"]],[[7787,0,0,"WirelessModels"],[7788,0,4,"Types","Types"],[7789,0,2,"NodeModel","NodeModel"],[7790,0,1,,"node_vLink_legacy"],[7791,0,1,,"node_cfBearingTempLink"],[7792,0,1,,"node_envLink_pro"],[7793,0,1,,"node_gLink_2g"],[7794,0,1,,"node_gLink_10g"],[7795,0,1,,"node_gLinkII_cust_in"],[7796,0,1,,"node_gLinkII_2g_in"],[7797,0,1,,"node_gLinkII_10g_in"],[7798,0,1,,"node_gLinkII_cust_ex"],[7799,0,1,,"node_gLinkII_2g_ex"],[7800,0,1,,"node_gLinkII_10g_ex"],[7801,0,1,,"node_gLink_rgd_10g"],[7802,0,1,,"node_gLink_200_8g"],[7803,0,1,,"node_gLink_200_40g"],[7804,0,1,,"node_gLink_200_8g_oem"],[7805,0,1,,"node_gLink_200_40g_oem"],[7806,0,1,,"node_gLink_200_8g_oem_mmcx"],[7807,0,1,,"node_gLink_200_40g_oem_mmcx"],[7808,0,1,,"node_gLink_200_8g_oem_u_fl"],[7809,0,1,,"node_gLink_200_40g_oem_u_fl"],[7810,0,1,,"node_gLink_200_r"],[7811,0,1,,"node_sgLink_oem_S"],[7812,0,1,,"node_sgLink"],[7813,0,1,,"node_sgLink200"],[7814,0,1,,"node_sgLink200_hbridge_350"],[7815,0,1,,"node_sgLink200_hbridge_120"],[7816,0,1,,"node_sgLink200_qbridge_1K"],[7817,0,1,,"node_sgLink200_hbridge_1K"],[7818,0,1,,"node_sgLink200_qbridge_350"],[7819,0,1,,"node_sgLink200_qbridge_120"],[7820,0,1,,"node_sgLink_oem"],[7821,0,1,,"node_sgLink_micro"],[7822,0,1,,"node_sgLink200_oem"],[7823,0,1,,"node_sgLink200_oem_ufl"],[7824,0,1,,"node_sgLink200_oem_hbridge_1K"],[7825,0,1,,"node_sgLink200_oem_hbridge_1K_ufl"],[7826,0,1,,"node_sgLink200_oem_hbridge_120"],[7827,0,1,,"node_sgLink200_oem_hbridge_120_ufl"],[7828,0,1,,"node_sgLink200_oem_hbridge_350"],[7829,0,1,,"node_sgLink200_oem_hbridge_350_ufl"],[7830,0,1,,"node_sgLink200_oem_qbridge_1K"],[7831,0,1,,"node_sgLink200_oem_qbridge_1K_ufl"],[7832,0,1,,"node_sgLink200_oem_qbridge_120"],[7833,0,1,,"node_sgLink200_oem_qbridge_120_ufl"],[7834,0,1,,"node_sgLink200_oem_qbridge_350"],[7835,0,1,,"node_sgLink200_oem_qbridge_350_ufl"],[7836,0,1,,"node_sgLink_rgd"],[7837,0,1,,"node_shmLink"],[7838,0,1,,"node_tcLink_1ch"],[7839,0,1,,"node_tcLink_6ch"],[7840,0,1,,"node_tcLink_3ch"],[7841,0,1,,"node_tcLink_6ch_ip67"],[7842,0,1,,"node_tcLink200_oem"],[7843,0,1,,"node_tcLink200_oem_ufl"],[7844,0,1,,"node_tcLink200"],[7845,0,1,,"node_rtdLink200"],[7846,0,1,,"node_tcLink_6ch_ip67_rht"],[7847,0,1,,"node_vLink"],[7848,0,1,,"node_vLink200"],[7849,0,1,,"node_vLink200_qbridge_1K"],[7850,0,1,,"node_vLink200_qbridge_120"],[7851,0,1,,"node_vLink200_qbridge_350"],[7852,0,1,,"node_vLink200_hbridge_1K"],[7853,0,1,,"node_vLink200_hbridge_120"],[7854,0,1,,"node_vLink200_hbridge_350"],[7855,0,1,,"node_iepeLink"],[7856,0,1,,"node_dvrtLink"],[7857,0,1,,"node_envLink_mini"],[7858,0,1,,"node_wattLink"],[7859,0,1,,"node_wattLink_3Y208"],[7860,0,1,,"node_wattLink_3D240"],[7861,0,1,,"node_wattLink_3Y400"],[7862,0,1,,"node_wattLink_3D400"],[7863,0,1,,"node_wattLink_3Y480"],[7864,0,1,,"node_wattLink_3D480"],[7865,0,1,,"node_wattLink_3Y600"],[7866,0,1,,"node_mvPerVLink"],[7867,0,1,,"node_ptLink200"],[7868,0,1,,"node_rtdLink"],[7869,0,1,,"node_shmLink2_cust1_oldNumber"],[7870,0,1,,"node_shmLink2_cust1"],[7871,0,1,,"node_shmLink200"],[7872,0,1,,"node_shmLink201"],[7873,0,1,,"node_shmLink201_qbridge_1K"],[7874,0,1,,"node_shmLink201_qbridge_348"],[7875,0,1,,"node_shmLink201_hbridge_1K"],[7876,0,1,,"node_shmLink201_hbridge_348"],[7877,0,1,,"node_shmLink201_fullbridge"],[7878,0,1,,"node_shmLink210_fullbridge"],[7879,0,1,,"node_shmLink210_qbridge_3K"],[7880,0,1,,"node_torqueLink"],[7881,0,1,,"node_torqueLink200_3ch"],[7882,0,1,,"node_torqueLink200"],[7883,0,1,,"node_torqueLink200_3ch_s"],[7884,0,1,,"node_sgLink_herm"],[7885,0,1,,"node_sgLink_herm_2600"],[7886,0,1,,"node_sgLink_herm_2700"],[7887,0,1,,"node_sgLink_herm_2800"],[7888,0,1,,"node_sgLink_herm_2900"],[7889,0,1,,"node_wirelessImpactSensor"],[7890,0,1,,"node_gLink_200_40g_s"],[7891,0,2,"BaseModel","BaseModel"],[7892,0,1,,"base_wsda_1000"],[7893,0,1,,"base_wsda_1500"],[7894,0,1,,"base_wsda_2000"],[7895,0,1,,"base_wsdaBase_200"],[7896,0,1,,"base_wsdaBase_200_extAntenna"],[7897,0,1,,"base_wsdaBase_101_analog"],[7898,0,1,,"base_wsdaBase_102_rs232"],[7899,0,1,,"base_wsdaBase_104_usb"],[7900,0,1,,"base_wsi_104"],[7901,0,1,,"base_wsdaBase_mini"],[7902,0,4,"Functions","Functions"],[7903,0,3,"nodeFromLegacyModel","nodeFromLegacyModel"],[7904,0,3,"baseFromLegacyModel","baseFromLegacyModel"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/WirelessModels-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/WirelessModels-SummaryToolTips.js deleted file mode 100644 index 6afed013d..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/WirelessModels-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:WirelessModels",{7787:"
WirelessModels
Contains the models of Wireless hardware.
",7789:"
The model numbers for each of the Wireless Nodes.
",7891:"
The model numbers for each of the Wireless Base Stations
",7903:"
static NodeModel nodeFromLegacyModel(
uint16 legacyModel
)
Gets the NodeModel from the legacy node model number.
",7904:"
static BaseModel baseFromLegacyModel(
uint16 legacyModel
)
Gets the BaseModel from the legacy base station model number.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/WirelessModels-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/WirelessModels-ToolTips.js deleted file mode 100644 index f6cd3e216..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/WirelessModels-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7789:"
The model numbers for each of the Wireless Nodes.
",7891:"
The model numbers for each of the Wireless Base Stations
",10446:"
Error
The generic MicroStrain exception (base class)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/WirelessModels.html b/v66.0.1/MSCL_Docs/classes/C/WirelessModels.html deleted file mode 100644 index 4daab5ed8..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/WirelessModels.html +++ /dev/null @@ -1,47 +0,0 @@ - - -WirelessModels - - - - - - - -
-
WirelessModels
-
WirelessModels
-

Contains the models of Wireless hardware.

-
- -
-
Types
-
- -
-
NodeModel
-

The model numbers for each of the Wireless Nodes.

node_vLink_legacy

2428 - V-Link (legacy)

node_cfBearingTempLink

51280096 - CF-Bearing-Temp-Link

node_envLink_pro

60000001 - ENV-Link-Pro (NO ACTUAL 6XXX NUMBER, NODE NEEDS TO BE UPDATED!)

node_gLink_2g

63052000 - G-Link 2G

node_gLink_10g

63053000 - G-Link 10G

node_gLinkII_cust_in

63054000 - G-Link II Custom Internal

node_gLinkII_2g_in

63054002 - G-Link II 2G Internal

node_gLinkII_10g_in

63054010 - G-Link II 10G Internal

node_gLinkII_cust_ex

63055000 - G-Link II Custom External

node_gLinkII_2g_ex

63055002 - G-Link II 2g External

node_gLinkII_10g_ex

63055010 - G-Link II 10G External

node_gLink_rgd_10g

63056010 - G-Link-RGD 10G

node_gLink_200_8g

63056000 - G-Link-200-8g

node_gLink_200_40g

63056001 - G-Link-200-40g

node_gLink_200_8g_oem

63056002 - G-Link-200-8g-OEM (Internal Antenna)

node_gLink_200_40g_oem

63056003 - G-Link-200-40g-OEM (Internal Antenna)

node_gLink_200_8g_oem_mmcx

63056181 - G-Link-200-8g-OEM (MMCX Antenna)

node_gLink_200_40g_oem_mmcx

63056141 - G-Link-200-40g-OEM (MMCX Antenna)

node_gLink_200_8g_oem_u_fl

63056182 - G-Link-200-8g-OEM (U.Fl Antenna)

node_gLink_200_40g_oem_u_fl

63056142 - G-Link-200-40g-OEM (U.Fl Antenna)

node_gLink_200_r

63056200 - G-Link-200-R

node_sgLink_oem_S

63081000 - SG-Link 0EM -S (non-xr)

node_sgLink

63083000 - SG-Link

node_sgLink200

63083300 - SG-Link-200, Full Bridge

node_sgLink200_hbridge_350

63083330 - SG-Link-200, Half Bridge, 350 ohm

node_sgLink200_hbridge_120

63083320 - SG-Link-200, Half Bridge, 120 ohm

node_sgLink200_qbridge_1K

63083410 - SG-Link-200, Quarter Bridge, 1k ohm

node_sgLink200_hbridge_1K

63083310 - SG-Link-200, Half Bridge, 1k ohm

node_sgLink200_qbridge_350

63083430 - SG-Link-200, Quarter Bridge, 350 ohm

node_sgLink200_qbridge_120

63083420 - SG-Link-200, Quarter Bridge, 120 ohm

node_sgLink_oem

63084000 - SG-Link OEM

node_sgLink_micro

63084100 - SG-Link Micro

node_sgLink200_oem

63084200 - SG-Link-200-OEM - Full Bridge, Internal Antenna

node_sgLink200_oem_ufl

63084201 - SG-Link-200-OEM - Full Bridge, U.Fl Antenna

node_sgLink200_oem_hbridge_1K

63084310 - SG-Link-200-OEM - Half Bridge, 1K OHM, Internal Antenna

node_sgLink200_oem_hbridge_1K_ufl

63084311 - SG-Link-200-OEM - Half Bridge, 1K OHM, U.Fl Antenna

node_sgLink200_oem_hbridge_120

63084320 - SG-Link-200-OEM - Half Bridge, 120 OHM, Internal Antenna

node_sgLink200_oem_hbridge_120_ufl

63084321 - SG-Link-200-OEM - Half Bridge, 120 OHM, U.Fl Antenna

node_sgLink200_oem_hbridge_350

63084330 - SG-Link-200-OEM - Half Bridge, 350 OHM, Internal Antenna

node_sgLink200_oem_hbridge_350_ufl

63084331 - SG-Link-200-OEM - Half Bridge, 120 OHM, U.Fl Antenna

node_sgLink200_oem_qbridge_1K

63084410 - SG-Link-200-OEM - Quarter Bridge, 1K OHM, Internal Antenna

node_sgLink200_oem_qbridge_1K_ufl

63084411 - SG-Link-200-OEM - Quarter Bridge, 1K OHM, U.Fl Antenna

node_sgLink200_oem_qbridge_120

63084420 - SG-Link-200-OEM - Quarter Bridge, 120 OHM, Internal Antenna

node_sgLink200_oem_qbridge_120_ufl

63084421 - SG-Link-200-OEM - Quarter Bridge, 120 OHM, U.Fl Antenna

node_sgLink200_oem_qbridge_350

63084430 - SG-Link-200-OEM - Quarter Bridge, 350 OHM, Internal Antenna

node_sgLink200_oem_qbridge_350_ufl

63084431 - SG-Link-200-OEM - Quarter Bridge, 120 OHM, U.Fl Antenna

node_sgLink_rgd

63085000 - SG-Link RGD

node_shmLink

63086000 - SHM-Link

node_tcLink_1ch

63104000 - TC-Link 1CH

node_tcLink_6ch

63105000 - TC-Link 6CH

node_tcLink_3ch

63106000 - TC-Link 3CH

node_tcLink_6ch_ip67

63107000 - TC-Link 6CH IP67

node_tcLink200_oem

63104100 - TC-Link-200-OEM, Internal Antenna

node_tcLink200_oem_ufl

63104101 - TC-Link-200-OEM, U.Fl Antenna

node_tcLink200

63105400 - TC-Link-200

node_rtdLink200

63105500 - RTD-Link-200

node_tcLink_6ch_ip67_rht

63108000 - TC-Link 6CH IP67 RHT

node_vLink

63121000 - V-Link

node_vLink200

63122000 - V-Link 200 - Full Bridge

node_vLink200_qbridge_1K

63122110 - V-Link 200 - Quarter Bridge, 1K OHM

node_vLink200_qbridge_120

63122120 - V-Link 200 - Quarter Bridge, 120 OHM

node_vLink200_qbridge_350

63122130 - V-Link 200 - Quarter Bridge, 350 OHM

node_vLink200_hbridge_1K

63122210 - V-Link 200 - Half Bridge, 1K OHM

node_vLink200_hbridge_120

63122220 - V-Link 200 - Half Bridge, 120 OHM

node_vLink200_hbridge_350

63122230 - V-Link 200 - Half Bridge, 350 OHM

node_iepeLink

63160010 - IEPE-Link

node_dvrtLink

63181000 - DVRT-Link

node_envLink_mini

63220000 - ENV-Link-Mini

node_wattLink

63230000 - Watt-Link

node_wattLink_3Y208

63231100 - Watt-Link 3Y208

node_wattLink_3D240

63232200 - Watt-Link 3D240

node_wattLink_3Y400

63233100 - Watt-Link 3Y400

node_wattLink_3D400

63233200 - Watt-Link 3D400

node_wattLink_3Y480

63234100 - Watt-Link 3Y480

node_wattLink_3D480

63234200 - Watt-Link 3D480

node_wattLink_3Y600

63235100 - Watt-Link 3Y600

node_mvPerVLink

63250200 - mV/V-Link - REMOVED: support removed, this model number now mapped to PT-Link-200

node_ptLink200

63250200 - PT-Link-200

node_rtdLink

63260000 - RTD-Link

node_shmLink2_cust1_oldNumber

63290000 - SHM-Link 2 - Custom 1 (old model number)

node_shmLink2_cust1

63290100 - SHM-Link 2 - Custom 1

node_shmLink200

63290200 - SHM-Link 200

node_shmLink201

63290150 - SHM-Link 201 - Rosette - 3000 resistance

node_shmLink201_qbridge_1K

63290151 - SHM-Link 201 - Quarter Bridge - 1K resistance

node_shmLink201_qbridge_348

63290152 - SHM-Link 201 - Quarter Bridge - 348 resistance

node_shmLink201_hbridge_1K

63290153 - SHM-Link 201 - Half Bridge - 1K resistance

node_shmLink201_hbridge_348

63290154 - SHM-Link 201 - Half Bridge - 348 resistance

node_shmLink201_fullbridge

63290155 - SHM-Link 201 - Full Bridge

node_shmLink210_fullbridge

63290170 - SHM-Link 210 - Full Bridge

node_shmLink210_qbridge_3K

63290171 - SHM-Link 210 - Quarter Bridge - 3K OHM

node_torqueLink

63309999 - Torque-Link

node_torqueLink200_3ch

63313000 - Torque-Link-200-3ch

node_torqueLink200

63319999 - Torque-Link-200

node_torqueLink200_3ch_s

63323350 - Torque-Link-200-3ch

node_sgLink_herm

65010000 - SG-Link-Hermetic

node_sgLink_herm_2600

65011110 - SG-Link-Hermetic 2600 belt assembly

node_sgLink_herm_2700

65011210 - SG-Link-Hermetic 2700 belt assembly

node_sgLink_herm_2800

65011310 - SG-Link-Hermetic 2800 belt assembly

node_sgLink_herm_2900

65011410 - SG-Link-Hermetic 2900 belt assembly

node_wirelessImpactSensor

65080000 - Wireless Impact Sensor

node_gLink_200_40g_s

65226001 - G-Link-200 40g (custom default configuration)

-
- -
-
BaseModel
-

The model numbers for each of the Wireless Base Stations

base_wsda_1000

63140050  -WSDA-1000

base_wsda_1500

63141500  -WSDA-1500

base_wsda_2000

63142000  -WSDA-2000

base_wsdaBase_200

63072040  -WSDA-Base-200 (USB)

base_wsdaBase_200_extAntenna

63072140  -WSDA-Base-200 (USB) - External Antenna

base_wsdaBase_101_analog

63071010  -WSDA-Base-101 (Analog)

base_wsdaBase_102_rs232

63071020  -WSDA-Base-102 (RS232)

base_wsdaBase_104_usb

63071040  -WSDA-Base-104 (USB)

base_wsi_104

63072000  -WSI/104

base_wsdaBase_mini

63079999  -WSDA-Base-Mini

-
- -
-
Functions
-
- -
-
nodeFromLegacyModel
-
static NodeModel nodeFromLegacyModel(
uint16 legacyModel
)
-

Gets the NodeModel from the legacy node model number.

Parameters
legacyModel
uint16

The legacy model number.

Returns

The NodeModel for the node.

Exceptions

  • Error: Unknown model number.

-
- -
-
baseFromLegacyModel
-
static BaseModel baseFromLegacyModel(
uint16 legacyModel
)
-

Gets the BaseModel from the legacy base station model number.

Parameters
legacyModel
uint16

The legacy model number.

Returns

The BaseModel for the base station.

Exceptions

  • Error: Unknown model number.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/WirelessNode-Summary.js b/v66.0.1/MSCL_Docs/classes/C/WirelessNode-Summary.js deleted file mode 100644 index e9e058917..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/WirelessNode-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:WirelessNode","WirelessNode");NDSummary.OnSummaryLoaded("CClass:WirelessNode",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[7905,0,0,"WirelessNode"],[7906,0,2,"Functions","Functions"],[7907,0,1,"WirelessNode","WirelessNode"],[7908,0,1,"~WirelessNode","~WirelessNode"],[7909,0,1,"Mock","Mock"],[7910,0,1,"Mock","Mock(2)"],[7911,0,2,"Variables","Variables"],[7912,0,3,"m_impl","m_impl"],[7913,0,2,"Functions","Functions(2)"],[7914,0,1,"deviceName","deviceName"],[7915,0,1,"features","features"],[7916,0,1,"lastCommunicationTime","lastCommunicationTime"],[7917,0,1,"lastDeviceState","lastDeviceState"],[7918,0,1,"setBaseStation","setBaseStation"],[7919,0,1,"getBaseStation","getBaseStation"],[7920,0,1,"hasBaseStation","hasBaseStation"],[7921,0,1,"useGroupRead","useGroupRead"],[7922,0,1,"readWriteRetries","readWriteRetries"],[7923,0,1,"readWriteRetries","readWriteRetries(2)"],[7924,0,1,"useEepromCache","useEepromCache"],[7925,0,1,"clearEepromCache","clearEepromCache"],[7926,0,1,"updateEepromCacheFromNodeDiscovery","updateEepromCacheFromNodeDiscovery"],[7927,0,1,"getEepromCache","getEepromCache"],[7928,0,1,"nodeAddress","nodeAddress"],[7929,0,1,"frequency","frequency"],[7930,0,1,"communicationProtocol","communicationProtocol"],[7931,0,1,"firmwareVersion","firmwareVersion"],[7932,0,1,"model","model"],[7933,0,1,"serial","serial"],[7934,0,1,"name","name"],[7935,0,1,"microcontroller","microcontroller"],[7936,0,1,"radioFeatures","radioFeatures"],[7937,0,1,"dataStorageSize","dataStorageSize"],[7938,0,1,"regionCode","regionCode"],[7939,0,1,"ping","ping"],[7940,0,1,"sleep","sleep"],[7941,0,1,"cyclePower","cyclePower"],[7942,0,1,"resetRadio","resetRadio"],[7943,0,1,"changeFrequency","changeFrequency"],[7944,0,1,"setToIdle","setToIdle"],[7945,0,1,"erase","erase"],[7946,0,1,"startNonSyncSampling","startNonSyncSampling"],[7947,0,1,"resendStartSyncSampling","resendStartSyncSampling"],[7948,0,1,"clearHistogram","clearHistogram"],[7949,0,1,"autoBalance","autoBalance"],[7950,0,1,"autoCal_shmLink","autoCal_shmLink"],[7951,0,1,"autoCal_shmLink201","autoCal_shmLink201"],[7952,0,1,"autoShuntCal","autoShuntCal"],[7953,0,1,"poll","poll"],[7954,0,1,"readEeprom","readEeprom"],[7955,0,1,"writeEeprom","writeEeprom"],[7956,0,1,"getDiagnosticInfo","getDiagnosticInfo"],[7957,0,1,"testCommunicationProtocol","testCommunicationProtocol"],[7958,0,1,"verifyConfig","verifyConfig"],[7959,0,1,"applyConfig","applyConfig"],[7960,0,1,"getNumDatalogSessions","getNumDatalogSessions"],[7961,0,1,"percentFull","percentFull"],[7962,0,1,"getDefaultMode","getDefaultMode"],[7963,0,1,"getInactivityTimeout","getInactivityTimeout"],[7964,0,1,"getCheckRadioInterval","getCheckRadioInterval"],[7965,0,1,"getTransmitPower","getTransmitPower"],[7966,0,1,"getSamplingMode","getSamplingMode"],[7967,0,1,"getActiveChannels","getActiveChannels"],[7968,0,1,"getSampleRate","getSampleRate"],[7969,0,1,"getNumSweeps","getNumSweeps"],[7970,0,1,"getUnlimitedDuration","getUnlimitedDuration"],[7971,0,1,"getDataFormat","getDataFormat"],[7972,0,1,"getDataCollectionMethod","getDataCollectionMethod"],[7973,0,1,"getTimeBetweenBursts","getTimeBetweenBursts"],[7974,0,1,"getLostBeaconTimeout","getLostBeaconTimeout"],[7975,0,1,"getInputRange","getInputRange"],[7976,0,1,"getHardwareOffset","getHardwareOffset"],[7977,0,1,"getAntiAliasingFilter","getAntiAliasingFilter"],[7978,0,1,"getCfcFilterConfiguration","getCfcFilterConfiguration"],[7979,0,1,"getLowPassFilter","getLowPassFilter"],[7980,0,1,"getHighPassFilter","getHighPassFilter"],[7981,0,1,"getDebounceFilter","getDebounceFilter"],[7982,0,1,"getPullUpResistor","getPullUpResistor"],[7983,0,1,"getSensorOutputMode","getSensorOutputMode"],[7984,0,1,"getGaugeFactor","getGaugeFactor"],[7985,0,1,"getExcitationVoltage","getExcitationVoltage"],[7986,0,1,"getAdcVoltageRef","getAdcVoltageRef"],[7987,0,1,"getGainAmplifierVoltageRef","getGainAmplifierVoltageRef"],[7988,0,1,"getGaugeResistance","getGaugeResistance"],[7989,0,1,"getNumActiveGauges","getNumActiveGauges"],[7990,0,1,"getLowBatteryThreshold","getLowBatteryThreshold"],[7991,0,1,"getLinearEquation","getLinearEquation"],[7992,0,1,"getUnit","getUnit"],[7993,0,1,"getEquationType","getEquationType"],[7994,0,1,"getFactoryCalibrationLinearEq","getFactoryCalibrationLinearEq"],[7995,0,1,"getFactoryCalibrationUnit","getFactoryCalibrationUnit"],[7996,0,1,"getFactoryCalibrationEqType","getFactoryCalibrationEqType"],[7997,0,1,"getFilterSettlingTime","getFilterSettlingTime"],[7998,0,1,"getThermocoupleType","getThermocoupleType"],[7999,0,1,"getTempSensorOptions","getTempSensorOptions"],[8000,0,1,"getFatigueOptions","getFatigueOptions"],[8001,0,1,"getHistogramOptions","getHistogramOptions"],[8002,0,1,"getActivitySense","getActivitySense"],[8003,0,1,"getEventTriggerOptions","getEventTriggerOptions"],[8004,0,1,"getDiagnosticInterval","getDiagnosticInterval"],[8005,0,1,"getStorageLimitMode","getStorageLimitMode"],[8006,0,1,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\ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/WirelessNode-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/WirelessNode-SummaryToolTips.js deleted file mode 100644 index 44343b791..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/WirelessNode-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:WirelessNode",{7905:"
WirelessNode
A class representing a MicroStrain wireless node
",7907:"
WirelessNode(
NodeAddress nodeAddress,
const BaseStation &basestation
)
Creates a WirelessNode object
",7908:"
virtual ~WirelessNode()
Destroys a WirelessNode object
",7909:"
static WirelessNode Mock(
NodeAddress nodeAddress,
const BaseStation &basestation,
const NodeInfo &info
)
Static function to create a Mock WirelessNode (won\'t actually talk to a physical device).
",7910:"
static WirelessNode Mock(
NodeAddress nodeAddress,
const BaseStation &basestation,
const NodeInfo &info,
const WirelessTypes::EepromMap &initialEepromCache
)
Static function to create a Mock WirelessNode (won\'t actually talk to a physical device).
",7912:"
std::shared_ptr<WirelessNode_Impl> m_impl
The WirelessNode_Impl class that contains all the implementation logic for the WirelessNode class.
",7914:"
static std::string deviceName(
NodeAddress nodeAddress
)
Static function for creating the universal sensor name that should be used for SensorCloud.
",7915:"
const NodeFeatures& features() const
Gets a reference to the NodeFeatures for this Node.  Note: This will be invalid when the WirelessNode is destroyed.
",7916:"
const Timestamp& lastCommunicationTime() const
Gets the Timestamp for the last time MSCL communicated with the Node.  Note: EEPROM reads using the cache will not update this timestamp.
",7917:"
DeviceState lastDeviceState() const
Gets the last known DeviceState for the Node.  This device state is updated by diagnostic packets, as well as when operations are performed by MSCL, such as setting a Node to idle.
",7918:"
void setBaseStation(
const BaseStation &basestation
)
Sets the node\'s parent Base Station, which will perform all communication with the node
",7919:"
BaseStation& getBaseStation()
Gets a reference to the BaseStation that is assigned to this Node.
",7920:"
bool hasBaseStation(
const BaseStation &basestation
) const
Checks whether the given BaseStation is the same BaseStation that is assigned to this Node.
",7921:"
void useGroupRead(
bool useGroup
)
Enables or disables the use of group eeprom read when trying to read a single value (enabled by default).  Note:  In most cases, leaving this enabled will provide better performance, allowing the cache to be built quicker, requiring less communication to the actual device. However, in some cases such as with very high traffic, it may be beneficial to restrict reads to use the single commands, as the packets are smaller over the air.
",7922:"
void readWriteRetries(
uint8 numRetries
)
Sets the number of retry attempts for reading and writing config options with the Node.  By default, the number of retries is 0.  Note:  The timeout that is set per command will be per read and write attempt, meaning this retry number is multiplied by the timeout for your overall timeout.
",7923:"
uint8 readWriteRetries() const
Gets the number of retry attempts for reading and writing config options with the Node.  By default, the number of retries is 0.  Note:  The timeout that is set per command will be per read and write attempt, meaning this retry number is multiplied by the timeout for your overall timeout.
",7924:"
void useEepromCache(
bool useCache
)
Sets whether or not to utilize the eeprom cache when configuring this Node (enabled by default). This can be enabled/disabled at any time.  It is highly recommended to have eeprom caching be enabled.  Note:  The eeprom cache stores the last known value that was written to / read from the Node for each eeprom location. If this is enabled, any reads will get the last known value from the cache if it exists, and any writes will not write to the Node if the value attempting to be written is the same as that stored in the cache. Caching of these values will still be performed if this is disabled, however, read and write operations will then always reach out to the actual device.
",7925:"
void clearEepromCache()
Clears the eeprom cache for this Node.
",7926:"
void updateEepromCacheFromNodeDiscovery(
const NodeDiscovery &nodeDisovery
)
Updates the Node\'s eeprom cache with information from the NodeDiscovery object.  Note: Take caution when using this function that the NodeDiscovery object actually belongs to this WirelessNode.
",7927:"
WirelessTypes::EepromMap getEepromCache() const
Gets a copy of the eeprom cache as a WirelessTypes::EepromMap.
",7928:"
NodeAddress nodeAddress() const
Gets the node address of the Node.
",7929:"
WirelessTypes::Frequency frequency() const
Gets the frequency that the Node is on.
",7930:"
WirelessTypes::CommProtocol communicationProtocol() const
Gets the WirelessTypes::CommProtocol that the Node is currently set to use.
",7931:"
Version firmwareVersion() const
Gets the firmware version of the Node.
",7932:"
WirelessModels::NodeModel model() const
Gets the model of the Node.
",7933:"
std::string serial() const
Gets the serial number of the Node.
",7934:"
std::string name() const
Gets the name of the Node. This is the universal sensor name that should be used for uploading to SensorCloud.  This is the same as calling WirelessNode::deviceName.
",7935:"
WirelessTypes::MicroControllerType microcontroller() const
Gets the microcontroller of the Node.
",7936:"
RadioFeatures radioFeatures() const
Gets the RadioFeatures of the Node.
",7937:"
uint64 dataStorageSize() const
Gets the number of bytes available for data storage on the Node.
",7938:"
WirelessTypes::RegionCode regionCode() const
Gets the region code currently set on the Node.
",7939:"
PingResponse ping()
Performs a Long Ping command on the Node to check the communication between the Base Station and the Node.  The response to this command contains the Node and BaseStation RSSI values.
",7940:"
bool sleep()
Puts the Node into a low power, sleep mode.  This command attempts to ping the node before sending the sleep command, to verify communication.
",7941:"
void cyclePower()
Cycles the power on the Node.  Many configuration changes that are applied to the node do not take affect until the power is cycled.
",7942:"
void resetRadio()
Resets the radio on the Node.
",7943:"
void changeFrequency(
WirelessTypes::Frequency frequency
)
Changes the radio frequency of the Node.  Note: If successful, the Node will be put onto a different frequency than its parent base station.  It is up to the user of MSCL to switch the base station to this frequency if you wish to communicate with it.
",7944:"
SetToIdleStatus setToIdle()
Attempts to set the Node to the Idle state.  This will stop the node from sampling or sleeping, and put it into an idle state so that it may be communicated with (configured, started sampling, etc).  This operation may take several seconds to complete. The returned SetToIdleStatus object may be used to determine the current status of the Set to Idle operation.
",7945:"
void erase()
Erases all logged data on the Node.  Note: Erasing the data on the Node may take up to 30 seconds to complete for some devices.  This command will return immediately while the Node is being erased.  If you wish to check the status of the Erase operation, you can continuously ping the Node. A successful ping means the erase has completed.
",7946:"
bool startNonSyncSampling()
Starts the Node in Non-Synchronized Sampling Mode.  This will immediately start the Node sampling, with the current Sampling settings that are applied to the Node.  Note: To start the Node in Synchronized Sampling Mode, use the SyncSamplingNetwork class.
",7947:"
bool resendStartSyncSampling()
Important!: Use the SyncSamplingNetwork to start a Node in Sync Sampling mode.  Advanced Function that sends the Start Sync Sampling command to the individual Node. This command is useful when you have already used the SyncSamplingNetwork object to start a network of Nodes, but need to resend the start command to a Node. For instance, if you had to set a node to idle, and haven\'t changed any configuration settings. Note that this command does not enable a beacon, which is needed for a Sync Sampling network to be running.  Warning: This function is rarely what you want to use to start Sync Sampling. Instead, you should create a SyncSamplingNetwork object.  Failing to use the SyncSamplingNetwork object can cause the network to be misconfigured, and result in loss of data.
",7948:"
void clearHistogram()
Clears the Histogram on the Node.  See Also: NodeFeatures::supportsHistogramConfig
",7949:"
AutoBalanceResult autoBalance(
const ChannelMask &mask,
float targetPercent
)
Performs an Auto Balance command on a specified channel on the Node.  This adjusts the sensor offset for differential channels to affect range.
",7950:"
AutoCalResult_shmLink autoCal_shmLink()
Performs automatic calibration for the SHM-Link Wireless Node.  See Also: NodeFeatures::supportsAutoCal_shm
",7951:"
AutoCalResult_shmLink201 autoCal_shmLink201()
Performs automatic calibration for the SHM-Link-201 Wireless Node.  See Also: NodeFeatures::supportsAutoCal_shm201
",7952:"
AutoShuntCalResult autoShuntCal(
const ChannelMask &mask,
const ShuntCalCmdInfo &commandInfo
)
Performs automatic shunt calibration for a specified ChannelMask on supported Nodes.
",7953:"
WirelessPollData poll(
const ChannelMask &mask
)
Polls the WirelessNode to get a single sweep of calibrated data.
",7954:"
uint16 readEeprom(
uint16 location
) const
Reads a uint16 from the given eeprom location of the node. This may use a page download or a read eeprom command.  If the value stored in the eeprom cache is still valid, this will be returned instead.  Note: This is an advanced command. In most cases you should use the built in commands for reading a Node\'s configuration options.
",7955:"
void writeEeprom(
uint16 location,
uint16 value
)
Writes a uint16 to the given eeprom location of the node.  If successful, the cache will be updated with the changed value as well.  Note: This is an advanced command. In most cases you should use the built in commands for changing a Node\'s configuration options.
",7956:"
ChannelData getDiagnosticInfo()
Performs an immediate request for the Node\'s Diagnostic Info.  Note: Nodes can also be configured to transmit Diagnostic Info data packets at a specified Diagnostic Interval via the WirelessNodeConfig object.
",7957:"
bool testCommunicationProtocol(
WirelessTypes::CommProtocol protocol
)
Tests if the Node will still be able to communicate after changing the Node\'s communication protocol.  This is recommended to be used before changing communication protocol as the range can change between protocol modes.  Note: Both the Node and BaseStation will return to the current protocol after this test.
",7958:"
bool verifyConfig(
const WirelessNodeConfig &config,
ConfigIssues &outIssues
) const
Checks whether the settings in the given WirelessNodeConfig are ok to be written to the Node.  Options that are set will also be validated against each other. If an option that needs to be validated isn\'t currently set, it will be read from the Node.  (ex. if sample rate is set, but sampling mode isn\'t, the sampling mode will be read from the Node for validating the sample rate)
",7959:"
void applyConfig(
const WirelessNodeConfig &config
)
Applies a WirelessNodeConfig to the Node.  Note: This applies all options that have been set in the WirelessNodeConfig.  Before applying, the options will be validated. It is recommended that you perform this validation yourself first by using verifyConfig.
",7960:"
uint16 getNumDatalogSessions() const
Reads the number of datalog sessions that are currently stored on the Node.
",7961:"
float percentFull() const
Gets the internal datalogging memory percentage that is currently stored on the Node.
",7962:"
WirelessTypes::DefaultMode getDefaultMode() const
Reads the WirelessTypes::DefaultMode that is currently set on the Node.
",7963:"
uint16 getInactivityTimeout() const
Reads the user inactivity timeout that is currently set on the Node.  This controls how many seconds before the Node goes to sleep when idle.
",7964:"
uint8 getCheckRadioInterval() const
Reads the check radio interval that is currently set on the Node.  This controls how often the Node wakes up from sleep to check for commands.
",7965:"
WirelessTypes::TransmitPower getTransmitPower() const
Reads the WirelessTypes::TransmitPower that is currently set on the Node.
",7966:"
WirelessTypes::SamplingMode getSamplingMode() const
Gets the WirelessTypes::SamplingMode that is currently set on the Node.
",7967:"
ChannelMask getActiveChannels() const
Gets the ChannelMask currently set on the Node, representing which channels are enabled and disabled.
",7968:"
WirelessTypes::WirelessSampleRate getSampleRate() const
Gets the WirelessTypes::WirelessSampleRate currently set on the Node.
",7969:"
uint32 getNumSweeps() const
Gets the number of sweeps currently set on the Node, which affects the duration of sampling if unlimited duration is disabled, or the duration of each burst if the sampling mode is Sync Sampling Burst.
",7970:"
bool getUnlimitedDuration() const
Gets whether or not unlimited sampling duration is enabled on the Node.
",7971:"
WirelessTypes::DataFormat getDataFormat() const
Gets the WirelessTypes::DataFormat that is currently set on the Node.
",7972:"
WirelessTypes::DataCollectionMethod getDataCollectionMethod() const
Gets the WirelessTypes::DataCollectionMethod that is currently set on the Node, representing how the data will be collected.  Note: this has no affect if the sampling mode is Armed Datalogging, as this mode only operates in "log only".
",7973:"
TimeSpan getTimeBetweenBursts() const
Gets the amount of time between each burst currently set on the Node.  This is only used if the sampling mode is Synchronized Sampling Burst.
",7974:"
uint16 getLostBeaconTimeout() const
Gets the lost beacon timeout, in minutes, currently set on the Node.  If the Node is Sync Sampling and loses the beacon for a length of time greater than this value, then the node drops into a sleep mode. The Node will re-enter sync sampling within 2 minutes of the beacon reappearing.  Note: A value of 0 means the lost beacon timeout is disabled.  See Also: NodeFeatures::supportsLostBeaconTimeout
",7975:"
WirelessTypes::InputRange getInputRange(
const ChannelMask &mask
) const
Reads the Input Range of the specified ChannelMask currently set on the Node.  See Also: NodeFeatures::channelGroups, NodeFeatures::supportsInputRange
",7976:"
uint16 getHardwareOffset(
const ChannelMask &mask
) const
Reads the hardware offset of the specified ChannelMask currently set on the Node.  See Also: NodeFeatures::channelGroups, NodeFeatures::supportsHardwareOffset
",7977:"
WirelessTypes::Filter getAntiAliasingFilter(
const ChannelMask &mask
) const
Reads the Anti-Aliasing Filter of the specified ChannelMask currently set on the Node.  See Also: NodeFeatures::channelGroups, NodeFeatures::supportsAntiAliasingFilter
",7978:"
WirelessTypes::ChannelFrequencyClass getCfcFilterConfiguration() const
Reads the channel frequency class filter option set on the Node.  See Also: NodeFeatures::supportsCfcFilterConfiguration
",7979:"
WirelessTypes::Filter getLowPassFilter(
const ChannelMask &mask
) const
Reads the Low-Pass Filter of the specified ChannelMask currently set on the Node.  See Also: NodeFeatures::channelGroups, NodeFeatures::supportsLowPassFilter
",7980:"
WirelessTypes::HighPassFilter getHighPassFilter(
const ChannelMask &mask
) const
Reads the High-Pass Filter of the specified ChannelMask currently set on the Node.  See Also: NodeFeatures::channelGroups, NodeFeatures::supportsHighPassFilter
",7981:"
uint16 getDebounceFilter(
const ChannelMask &mask
) const
Reads the Debounce Filter of the specified ChannelMask currently set on the Node.  See Also: NodeFeatures::channelGroups, NodeFeatures::supportsDebounceFilter
",7982:"
bool getPullUpResistor(
const ChannelMask &mask
) const
Gets whether or not the pull-up resistor is enabled on the Node.
",7983:"
WirelessTypes::SensorOutputMode getSensorOutputMode() const
Gets the WirelessTypes::SensorOutputMode currently set on the Node.
",7984:"
float getGaugeFactor(
const ChannelMask &mask
) const
Reads the gauge factor of the specified ChannelMask currently set on the Node.  See Also: NodeFeatures::channelGroups, NodeFeatures::supportsGaugeFactor
",7985:"
WirelessTypes::Voltage getExcitationVoltage() const
Reads the Excitation WirelessTypes::Voltage currently set on the Node.
",7986:"
WirelessTypes::Voltage getAdcVoltageRef() const
Reads the ADC WirelessTypes::Voltage Reference of the Node.
",7987:"
WirelessTypes::Voltage getGainAmplifierVoltageRef() const
Reads the Gain Amplifier WirelessTypes::Voltage Reference of the Node.
",7988:"
uint16 getGaugeResistance() const
Reads the gauge resistance currently set on the Node.  See Also: NodeFeatures::supportsGaugeResistance
",7989:"
uint16 getNumActiveGauges() const
Reads the Number of Active Gauges currently set on the Node.  See Also: NodeFeatures::supportsNumActiveGauges
",7990:"
float getLowBatteryThreshold() const
Reads the threshold at which the low battery diagnostic flag is sent.
",7991:"
LinearEquation getLinearEquation(
const ChannelMask &mask
) const
Gets the linear equation of the specified ChannelMask currently set on the Node.
",7992:"
WirelessTypes::CalCoef_Unit getUnit(
const ChannelMask &mask
) const
Reads the unit of the specified ChannelMask currently set on the Node.  Note: This unit is just used for reference (such as when downloading logged data) and does not affect the actual data value.
",7993:"
WirelessTypes::CalCoef_EquationType getEquationType(
const ChannelMask &mask
) const
Reads the WirelessTypes::CalCoef_EquationType of the specified ChannelMask currently set on the Node.
",7994:"
LinearEquation getFactoryCalibrationLinearEq(
const ChannelMask &mask
) const
Gets the factory-calibrated linear equation for the specified ChannelMask.
",7995:"
WirelessTypes::CalCoef_Unit getFactoryCalibrationUnit(
const ChannelMask &mask
) const
Reads the factory calibration unit for the specified ChannelMask.
",7996:"
WirelessTypes::CalCoef_EquationType getFactoryCalibrationEqType(
const ChannelMask &mask
) const
Reads the factory calibration WirelessTypes::CalCoef_EquationType for the specified ChannelMask.
",7997:"
WirelessTypes::SettlingTime getFilterSettlingTime(
const ChannelMask &mask
) const
Gets the filter settling time of the specified ChannelMask currently set on the Node.  See Also: NodeFeatures::channelGroups
",7998:"
WirelessTypes::ThermocoupleType getThermocoupleType(
const ChannelMask &mask
) const
Reads the WirelessTypes::ThermocoupleType of the specified ChannelMask currently set on the Node.  See Also: NodeFeatures::channelGroups
",7999:"
TempSensorOptions getTempSensorOptions(
const ChannelMask &mask
) const
Reads the TempSensorOptions of the specified ChannelMask currently set on the Node.  See Also: NodeFeatures::channelGroups
",8000:"
FatigueOptions getFatigueOptions() const
Reads the FatigueOptions currently set on the Node.  See Also: NodeFeatures::supportsFatigueConfig
",8001:"
HistogramOptions getHistogramOptions() const
Reads the HistogramOptions currently set on the Node.  See Also: NodeFeatures::supportsHistogramConfig
",8002:"
ActivitySense getActivitySense() const
Reads the ActivitySense options currently set on the Node.  See Also: NodeFeatures::supportsActivitySense
",8003:"
EventTriggerOptions getEventTriggerOptions() const
Reads the EventTriggerOptions currently set on the Node.  See Also: NodeFeatures::supportsEventTrigger
",8004:"
uint16 getDiagnosticInterval() const
Reads the interval (in seconds) at which the diagnostic info is configured to be sent.  See Also: NodeFeatures::supportsDiagnosticInfo
",8005:"
WirelessTypes::StorageLimitMode getStorageLimitMode() const
Reads the WirelessTypes::StorageLimitMode that the Node is configured for.  This determines what happens when the datalogging storage limit is reached on the Node.
",8006:"
uint32 getSensorDelay() const
Reads the sensor delay (in microseconds) that is currently set on the Node.  Note: A value of <WirelessNodeConfig::SENSOR_DELAY_ALWAYS_ON> indicates that the sensor is always on.
",8007:"
WirelessTypes::DataMode getDataMode() const
Reads the WirelessTypes::DataMode that is currently set on the Node.
",8008:"
WirelessTypes::WirelessSampleRate getDerivedDataRate() const
Reads the WirelessTypes::WirelessSampleRate for all Derived Data Channels that is currently set on the Node.
",8009:"
ChannelMask getDerivedChannelMask(
WirelessTypes::DerivedCategory category
) const
Reads the ChannelMask for an individual WirelessTypes::DerivedCategory that is currently set on the Node.  This represents which of the actual Node\'s channels are set to be mapped to derived channels.  For example, if the mask for RMS has ch1 and ch3 active, ch1RMS and ch3RMS channels will be output.
",8010:"
WirelessTypes::DerivedVelocityUnit getDerivedVelocityUnit() const
Reads the WirelessTypes::DerivedVelocityUnit which indicates which unit the Velocity derived channel is set to.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/WirelessNode-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/WirelessNode-ToolTips.js deleted file mode 100644 index 4284d009a..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/WirelessNode-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2559:"
InertialNode
A class representing a MicroStrain Inertial Node
",5460:"
PingResponse
Represents the response to a Long Ping Node command
",5516:"
SetToIdleStatus
Holds the status information of the Set to Idle command.
",5730:"
AutoCalResult_shmLink
Holds the result information from an autoCal_shmLink command.
",5748:"
AutoCalResult_shmLink201
Holds the result information from an autoCal_shmLink201 command.
",5772:"
AutoShuntCalResult
Holds the result information from an autoCal_shunt command.
",5835:"
AutoBalanceResult
Represents the result from an AutoBalance command.
",5844:"
Contains data for the shunt AutoCal command.
",5869:"
WirelessNodeConfig
Class used for setting the configuration of WirelessNode objects.  Set all the configuration values that you want to change, then verify and apply them to a Node.
",5984:"
uint16 hardwareOffset(
const ChannelMask &mask
) const
Gets the hardware offset for the given ChannelMask in this Config object, if set.
",6074:"
TempSensorOptions
Options to adjust the temperature sensor for a WirelessNode.
",6555:"
HistogramOptions
Contains all of the Histogram options that can be configured for a WirelessNode.
",6582:"
FatigueOptions
Contains all of the fatigue options that can be configured for a WirelessNode.
",6635:"
EventTriggerOptions
Contains all of the Event Trigger options that can be configured for a WirelessNode.
",6683:"
ConfigIssue
Holds information on a specific configuration issue.
",6840:"
ActivitySense
Contains all of the ActivitySense options that can be configured for a WirelessNode.  Activity Sense is a power saving feature that allows a Node to be in a low-power state when no activity is suspected, and then immediately jump to its normal sampling state when a certain activity threshold is reached.
",6858:"
Holds information (read from eeprom) about a WirelessNode.
",7396:"
NodeFeatures
Contains information on which features are supported by a WirelessNode.
",7418:"
ChannelGroups channelGroups() const
Gets the ChannelGroups supported by this Node.
",7421:"
virtual bool supportsInputRange() const
Checks if the Node supports Input Range for any of its ChannelGroups.
",7423:"
virtual bool supportsHardwareOffset() const
Checks if the Node supports Hardware Offset for any of its ChannelGroups.
",7424:"
virtual bool supportsAntiAliasingFilter() const
Checks if the Node supports Anti-Aliasing Filter for any of its ChannelGroups.
",7425:"
virtual bool supportsLowPassFilter() const
Checks if the Node supports Low-Pass Filter for any of its ChannelGroups.
",7426:"
virtual bool supportsHighPassFilter() const
Checks if the Node supports High-Pass Filter for any of its ChannelGroups.
",7427:"
virtual bool supportsGaugeFactor() const
Checks if the Node supports Gauge Factor for any of its ChannelGroups.
",7428:"
virtual bool supportsGaugeResistance() const
Checks if the Node supports the Gauge Resistance option.
",7429:"
virtual bool supportsNumActiveGauges() const
Checks if the Node supports the Number of Active Gauges option.
",7430:"
virtual bool supportsLostBeaconTimeout() const
Checks if the Node supports the Lost Beacon Timeout option.
",7435:"
virtual bool supportsDebounceFilter() const
Checks if the Node supports the Debounce Filter configuration for any of its ChannelGroups.
",7436:"
virtual bool supportsFatigueConfig() const
Checks if the Node supports FatigueOptions configuration.
",7441:"
virtual bool supportsHistogramConfig() const
Checks if the Node supports HistogramOptions configuration.
",7444:"
virtual bool supportsActivitySense() const
Checks if the Node supports the ActivitySense feature.
",7447:"
virtual bool supportsAutoCal_shm() const
Checks if the Node supports the AutoCal SHM-Link command.
",7448:"
virtual bool supportsAutoCal_shm201() const
Checks if the Node supports the AutoCal SHM-Link-201 command.
",7452:"
virtual bool supportsEventTrigger() const
Checks if the Node supports Event Trigger sampling.
",7453:"
virtual bool supportsDiagnosticInfo() const
Checks if the Node supports sending Diagnostic Info.
",7459:"
virtual bool supportsCfcFilterConfiguration() const
Checks if the Node supports configuration of the channel frequency class filter.
",7789:"
The model numbers for each of the Wireless Nodes.
",7905:"
WirelessNode
A class representing a MicroStrain wireless node
",7907:"
WirelessNode(
NodeAddress nodeAddress,
const BaseStation &basestation
)
Creates a WirelessNode object
",7914:"
static std::string deviceName(
NodeAddress nodeAddress
)
Static function for creating the universal sensor name that should be used for SensorCloud.
",7928:"
NodeAddress nodeAddress() const
Gets the node address of the Node.
",7958:"
bool verifyConfig(
const WirelessNodeConfig &config,
ConfigIssues &outIssues
) const
Checks whether the settings in the given WirelessNodeConfig are ok to be written to the Node.  Options that are set will also be validated against each other. If an option that needs to be validated isn\'t currently set, it will be read from the Node.  (ex. if sample rate is set, but sampling mode isn\'t, the sampling mode will be read from the Node for validating the sample rate)
",7976:"
uint16 getHardwareOffset(
const ChannelMask &mask
) const
Reads the hardware offset of the specified ChannelMask currently set on the Node.  See Also: NodeFeatures::channelGroups, NodeFeatures::supportsHardwareOffset
",8011:"
WirelessDataPoint
Represents a single channel\'s data point within a sweep
",8293:"
SyncSamplingNetwork
Used to configure and start a Synchronized Sampling network of wireless nodes.
",8428:"
RadioFeatures
Represents radio features of a WirelessNode.
",8500:"
NodeDiscovery
Represents 1 node discovery, which is created when a Wireless Node Discovery packet is sent from a Node.  Note: There are multiple versions of Node Discovery packets which have been developed over time.  Each version has added more useful information. If an earlier version of the Node Discovery packet is heard, this NodeDiscovery object will have some information be invalid (set to default values).
",8566:"
Represents the types of microcontrollers possible on the Wireless Devices.
",8574:"
Represents the types of data collection methods that can be performed on the Node.
",8594:"
Represents the types of data formats that Nodes can be configured to send when sampling.
",8604:"
Represents the types of sampling modes the Node can be in.
",8611:"
Represents the types of default modes the Node can have.  This is the mode the Node starts in, as well as the mode the node goes into after an inactivity timeout.
",8617:"
Represents the frequency (channel) that can be used for Wireless Devices.
",8635:"
Represents the transmit powers that can be used for Wireless Devices.
",8655:"
Represents the equation types that can be used for calibration coefficients on Wireless Nodes.
",8658:"
Represents the unit types that can be used for calibration coefficients on Wireless Nodes.
",8782:"
Represents the settling times used for thermocouple and voltage inputs on some Wireless Nodes.
",8799:"
Represents the thermocouple types supported by some Wireless Nodes.
",8830:"
The possible sample rates that are available for Wireless Nodes.
",8885:"
The possible region codes for the device.
",8952:"
The filter options (used for anti-aliasing and low-pass filter)
",8989:"
The high pass filter options.
",8992:"
The channel frequency class filter options.
",8996:"
The options available for configuring what happens when the storage limit is reached when logging to a Node.
",8999:"
The options available for input range on supported Nodes.
",9136:"
Available Data Modes.
",9141:"
Available Derived Channel Categories for configuration.
",9154:"
The options that can be configured for the velocity derived channel.
",9155:"
Available Communication Protocol types.
",9158:"
Available Voltages.
",9168:"
Available Sensor Output Modes.
",9186:"
Typedef for a map of eeprom locations (uint16) to values (uint16).
",9207:"
WirelessNode_Impl
Contains the implementation logic for a WirelessNode.  Most WirelessNode commands call these commands.
",9478:"
ChannelMask
Represents the channel mask (active and inactive channels) for a WirelessNode.
",9710:"
BaseStation
Represents a MicroStrain Base Station object
",9881:"
LinearEquation
Represents a linear equation (y = mx + b).
",10245:"
typedef for a Node\'s node address.
",10274:"
The possible states a device can be in.
",10291:"
Timestamp
Represents a date/time object
",10328:"
TimeSpan
Represents a range of time
",10409:"
Version
Class that represents, and provides helper functions for, a Version number
",10453:"
Error_NotSupported
A command/feature was attempted to be used that was not supported.
",10457:"
Error_NoData
There is no data available to be accessed
",10468:"
Error_Communication
The exception for failing to communicate with a device.
",10472:"
Error_NodeCommunication
The exception for failing to communicate with a WirelessNode.
",10479:"
Error_Connection
The generic connection exception.
",10511:"
Error_InvalidNodeConfig
The Configuration for a WirelessNode is invalid.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/WirelessNode.html b/v66.0.1/MSCL_Docs/classes/C/WirelessNode.html deleted file mode 100644 index ce33be213..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/WirelessNode.html +++ /dev/null @@ -1,641 +0,0 @@ - - -WirelessNode - - - - - - - -
-
WirelessNode
-
WirelessNode
-

A class representing a MicroStrain wireless node

See Also

InertialNode

-
- -
-
Functions
-
- -
-
WirelessNode
-
WirelessNode(
NodeAddress nodeAddress,
const BaseStation &basestation
)
-

Creates a WirelessNode object

Parameters
nodeAddress
NodeAddress

the node address of the node

basestation
const BaseStation&

the node's parent Base Station

-
- -
-
~WirelessNode
-
virtual ~WirelessNode()
-

Destroys a WirelessNode object

-
- -
-
Mock
-
static WirelessNode Mock(
NodeAddress nodeAddress,
const BaseStation &basestation,
const NodeInfo &info
)
-

Static function to create a Mock WirelessNode (won't actually talk to a physical device).

Parameters
nodeAddress
NodeAddress

the node address of the node

basestation
const BaseStation&

the node's parent Base Station (should be a Mock BaseStation).

info
const NodeInfo&

The NodeInfo to use for creating the mock Node.

Returns

A WirelessNode object with a mock implementation.

-
- -
-
Mock
-
static WirelessNode Mock(
NodeAddress nodeAddress,
const BaseStation &basestation,
const NodeInfo &info,
const WirelessTypes::EepromMap &initialEepromCache
)
-

Static function to create a Mock WirelessNode (won't actually talk to a physical device).

Parameters
nodeAddress
NodeAddress

the node address of the node

basestation
const BaseStation&

the node's parent Base Station (should be a Mock BaseStation).

info
const NodeInfo&

The NodeInfo to use for creating the mock Node.

initialEepromCache
const WirelessTypes::EepromMap&

The WirelessTypes::EepromMap to use as the Node's initial eeprom cache.

Returns

A WirelessNode object with a mock implementation.

-
- -
-
Variables
-
- -
-
m_impl
-
std::shared_ptr<WirelessNode_Impl> m_impl
-

The WirelessNode_Impl class that contains all the implementation logic for the WirelessNode class.

-
- -
-
Functions
-
- -
-
deviceName
-
static std::string deviceName(
NodeAddress nodeAddress
)
-

Static function for creating the universal sensor name that should be used for SensorCloud.

Parameters
nodeAddress
NodeAddress

The node address of the wireless node. This should be identical to calling the nodeAddress function on a WirelessNode object.

Returns

The universal sensor name.

-
- -
-
features
-
const NodeFeatures& features() const
-

Gets a reference to the NodeFeatures for this Node.  Note: This will be invalid when the WirelessNode is destroyed.

Returns

A NodeFeatures reference containing the features for this Node.

Exceptions
-
- -
-
lastCommunicationTime
-
const Timestamp& lastCommunicationTime() const
-

Gets the Timestamp for the last time MSCL communicated with the Node.  Note: EEPROM reads using the cache will not update this timestamp.

Returns

A Timestamp representing the last time MSCL communicated with the Node.

Exceptions

  • Error_NoData: There is no communication time logged for this Node.

-
- -
-
lastDeviceState
-
DeviceState lastDeviceState() const
-

Gets the last known DeviceState for the Node.  This device state is updated by diagnostic packets, as well as when operations are performed by MSCL, such as setting a Node to idle.

Returns

The last known DeviceState.

-
- -
-
setBaseStation
-
void setBaseStation(
const BaseStation &basestation
)
-

Sets the node's parent Base Station, which will perform all communication with the node

Parameters
base

the BaseStation object to be assigned to the node, which will perform all communication with the node

-
- -
-
getBaseStation
-
BaseStation& getBaseStation()
-

Gets a reference to the BaseStation that is assigned to this Node.

Returns

A reference to the BaseStation that is assigned to this Node.

-
- -
-
hasBaseStation
-
bool hasBaseStation(
const BaseStation &basestation
) const
-

Checks whether the given BaseStation is the same BaseStation that is assigned to this Node.

Parameters
basestation
const BaseStation&

The BaseStation to check if it is the same as this Node's parent BaseStation.

Returns

true if the basestation is the same as this Node's parent BaseStation, false if it is different.

-
- -
-
useGroupRead
-
void useGroupRead(
bool useGroup
)
-

Enables or disables the use of group eeprom read when trying to read a single value (enabled by default).  Note:  In most cases, leaving this enabled will provide better performance, allowing the cache to be built quicker, requiring less communication to the actual device. However, in some cases such as with very high traffic, it may be beneficial to restrict reads to use the single commands, as the packets are smaller over the air.

Parameters
useGroup
bool

Whether the group eeprom read commands can be used (true) or whether to restrict to single eeprom reads (false).

-
- -
-
readWriteRetries
-
void readWriteRetries(
uint8 numRetries
)
-

Sets the number of retry attempts for reading and writing config options with the Node.  By default, the number of retries is 0.  Note:  The timeout that is set per command will be per read and write attempt, meaning this retry number is multiplied by the timeout for your overall timeout.

Parameters
numRetries
uint8

The number of retries to set for reading and writing config options with the Node.

-
- -
-
readWriteRetries
-
uint8 readWriteRetries() const
-

Gets the number of retry attempts for reading and writing config options with the Node.  By default, the number of retries is 0.  Note:  The timeout that is set per command will be per read and write attempt, meaning this retry number is multiplied by the timeout for your overall timeout.

Returns

The number of retries to set for reading and writing config options with the Node.

-
- -
-
useEepromCache
-
void useEepromCache(
bool useCache
)
-

Sets whether or not to utilize the eeprom cache when configuring this Node (enabled by default). This can be enabled/disabled at any time.  It is highly recommended to have eeprom caching be enabled.  Note:  The eeprom cache stores the last known value that was written to / read from the Node for each eeprom location. If this is enabled, any reads will get the last known value from the cache if it exists, and any writes will not write to the Node if the value attempting to be written is the same as that stored in the cache. Caching of these values will still be performed if this is disabled, however, read and write operations will then always reach out to the actual device.

Parameters
useCache
bool

whether the eeprom cache should be used (true) or not (false).

-
- -
-
clearEepromCache
-
void clearEepromCache()
-

Clears the eeprom cache for this Node.

-
- -
-
updateEepromCacheFromNodeDiscovery
-
void updateEepromCacheFromNodeDiscovery(
const NodeDiscovery &nodeDisovery
)
-

Updates the Node's eeprom cache with information from the NodeDiscovery object.  Note: Take caution when using this function that the NodeDiscovery object actually belongs to this WirelessNode.

Parameters
nodeDiscovery

The NodeDiscovery object to update the cache with.

-
- -
-
getEepromCache
-
WirelessTypes::EepromMap getEepromCache() const
-

Gets a copy of the eeprom cache as a WirelessTypes::EepromMap.

Returns

A WirelessTypes::EepromMap of the current eeprom cache.

-
- -
-
nodeAddress
-
NodeAddress nodeAddress() const
-

Gets the node address of the Node.

Returns

The node address of the Node

-
- -
-
frequency
-
WirelessTypes::Frequency frequency() const
-

Gets the frequency that the Node is on.

Returns

A WirelessTypes::Frequency that the Node is on.

Exceptions
-
- -
-
communicationProtocol
-
WirelessTypes::CommProtocol communicationProtocol() const
-

Gets the WirelessTypes::CommProtocol that the Node is currently set to use.

Returns

The WirelessTypes::CommProtocol that the Node is currently set to use.

Exceptions
-
- -
-
firmwareVersion
-
Version firmwareVersion() const
-

Gets the firmware version of the Node.

Returns

A Version representing the firmware version of the Node.

Exceptions
-
- -
-
model
- -

Gets the model of the Node.

Returns

A WirelessModels::NodeModel representing the model of the Node.

Exceptions
-
- -
-
serial
-
std::string serial() const
-

Gets the serial number of the Node.

Returns

A string representing the serial number of the Node.

Exceptions
-
- -
-
name
-
std::string name() const
-

Gets the name of the Node. This is the universal sensor name that should be used for uploading to SensorCloud.  This is the same as calling WirelessNode::deviceName.

Returns

The universal sensor name.

-
- -
-
microcontroller
-
WirelessTypes::MicroControllerType microcontroller() const
-

Gets the microcontroller of the Node.

Returns

A WirelessTypes::MicroControllerType representing the microcontroller of the Node.

Exceptions
-
- -
-
radioFeatures
-
RadioFeatures radioFeatures() const
-

Gets the RadioFeatures of the Node.

Returns

The RadioFeatures of the Node.

Exceptions
-
- -
-
dataStorageSize
-
uint64 dataStorageSize() const
-

Gets the number of bytes available for data storage on the Node.

Returns

The number of bytes available

Exceptions
-
- -
-
regionCode
-
WirelessTypes::RegionCode regionCode() const
-

Gets the region code currently set on the Node.

Exceptions
-
- -
-
ping
- -

Performs a Long Ping command on the Node to check the communication between the Base Station and the Node.  The response to this command contains the Node and BaseStation RSSI values.

Returns

A PingResponse object that can be queried to get details of the ping command's response, including RSSI values.

Exceptions
-
- -
-
sleep
-
bool sleep()
-

Puts the Node into a low power, sleep mode.  This command attempts to ping the node before sending the sleep command, to verify communication.

Returns

true if the sleep command was successful, false otherwise.

Exceptions
-
- -
-
cyclePower
-
void cyclePower()
-

Cycles the power on the Node.  Many configuration changes that are applied to the node do not take affect until the power is cycled.

Exceptions
-
- -
-
resetRadio
-
void resetRadio()
-

Resets the radio on the Node.

Exceptions
-
- -
-
changeFrequency
-
void changeFrequency(
WirelessTypes::Frequency frequency
)
-

Changes the radio frequency of the Node.  Note: If successful, the Node will be put onto a different frequency than its parent base station.  It is up to the user of MSCL to switch the base station to this frequency if you wish to communicate with it.

Parameters
frequency
WirelessTypes::Frequency

The WirelessTypes::Frequency to change the Node to.

Exceptions
-
- -
-
setToIdle
-
SetToIdleStatus setToIdle()
-

Attempts to set the Node to the Idle state.  This will stop the node from sampling or sleeping, and put it into an idle state so that it may be communicated with (configured, started sampling, etc).  This operation may take several seconds to complete. The returned SetToIdleStatus object may be used to determine the current status of the Set to Idle operation.

Returns

A SetToIdleStatus object which can be used to get the current status of the ongoing Set to Idle operation, as well as cancel the operation altogether.

Exceptions
-
- -
-
erase
-
void erase()
-

Erases all logged data on the Node.  Note: Erasing the data on the Node may take up to 30 seconds to complete for some devices.  This command will return immediately while the Node is being erased.  If you wish to check the status of the Erase operation, you can continuously ping the Node. A successful ping means the erase has completed.

Exceptions
-
- -
-
startNonSyncSampling
-
bool startNonSyncSampling()
-

Starts the Node in Non-Synchronized Sampling Mode.  This will immediately start the Node sampling, with the current Sampling settings that are applied to the Node.  Note: To start the Node in Synchronized Sampling Mode, use the SyncSamplingNetwork class.

Exceptions
-
- -
-
resendStartSyncSampling
-
bool resendStartSyncSampling()
-

Important!: Use the SyncSamplingNetwork to start a Node in Sync Sampling mode.  Advanced Function that sends the Start Sync Sampling command to the individual Node. This command is useful when you have already used the SyncSamplingNetwork object to start a network of Nodes, but need to resend the start command to a Node. For instance, if you had to set a node to idle, and haven't changed any configuration settings. Note that this command does not enable a beacon, which is needed for a Sync Sampling network to be running.  Warning: This function is rarely what you want to use to start Sync Sampling. Instead, you should create a SyncSamplingNetwork object.  Failing to use the SyncSamplingNetwork object can cause the network to be misconfigured, and result in loss of data.

Returns

true if the node is known to have started sampling, false otherwise.

Exceptions
-
- -
-
clearHistogram
-
void clearHistogram()
-

Clears the Histogram on the Node.  See Also: NodeFeatures::supportsHistogramConfig

Exceptions
-
- -
-
autoBalance
-
AutoBalanceResult autoBalance(
const ChannelMask &mask,
float targetPercent
)
-

Performs an Auto Balance command on a specified channel on the Node.  This adjusts the sensor offset for differential channels to affect range.

See Also: getHardwareOffset, WirelessNodeConfig::hardwareOffset

Parameters
mask
const ChannelMask&

The ChannelMask to perform the auto balance command on.

targetPercent
float

The percentage (0.0 - 100.0) of the range to balance to (low = 25%, midscale = 50%, high = 75%).

Returns

The AutoBalanceResult containing information from the auto balance command.

Exceptions
-
- -
-
autoCal_shmLink
-
AutoCalResult_shmLink autoCal_shmLink()
-

Performs automatic calibration for the SHM-Link Wireless Node.  See Also: NodeFeatures::supportsAutoCal_shm

Returns

The AutoCalResult_shmLink containing the result of the auto cal operation.

Exceptions
-
- -
-
autoCal_shmLink201
-
AutoCalResult_shmLink201 autoCal_shmLink201()
-

Performs automatic calibration for the SHM-Link-201 Wireless Node.  See Also: NodeFeatures::supportsAutoCal_shm201

Returns

The AutoCalResult_shmLink201 containing the result of the auto cal operation.

Exceptions
-
- -
-
autoShuntCal
-
AutoShuntCalResult autoShuntCal(
const ChannelMask &mask,
const ShuntCalCmdInfo &commandInfo
)
-

Performs automatic shunt calibration for a specified ChannelMask on supported Nodes.

Parameters
mask
const ChannelMask&

The ChannelMask to perform the auto cal shunt command on.

commandInfo
const ShuntCalCmdInfo&

The ShuntCalCmdInfo to use for the shunt cal operation.

Returns

The AutoShuntCalResult containing the result of the auto cal operation.  Note: The resulting slope and offset is not applied to the Node. You need to manually apply it if desired.

Exceptions
-
- -
-
poll
-
WirelessPollData poll(
const ChannelMask &mask
)
-

Polls the WirelessNode to get a single sweep of calibrated data.

Parameters
chs

The ChannelMask to poll data for. Note: if a channel is active that isn't supported by the Node, it will be ignored.

Returns

A <WirelessPollData> map holding the result of the poll.

Exceptions
-
- -
-
readEeprom
-
uint16 readEeprom(
uint16 location
) const
-

Reads a uint16 from the given eeprom location of the node. This may use a page download or a read eeprom command.  If the value stored in the eeprom cache is still valid, this will be returned instead.  Note: This is an advanced command. In most cases you should use the built in commands for reading a Node's configuration options.

Parameters
location
uint16

The specific eeprom location to read from

Returns

The uint16 value read from the specified EEPROM location

Exceptions
-
- -
-
writeEeprom
-
void writeEeprom(
uint16 location,
uint16 value
)
-

Writes a uint16 to the given eeprom location of the node.  If successful, the cache will be updated with the changed value as well.  Note: This is an advanced command. In most cases you should use the built in commands for changing a Node's configuration options.

Parameters
location
uint16

The specific eeprom location to write to

value
uint16

The uint16 value to write to the eeprom location

Exceptions
-
- -
-
getDiagnosticInfo
-
ChannelData getDiagnosticInfo()
-

Performs an immediate request for the Node's Diagnostic Info.  Note: Nodes can also be configured to transmit Diagnostic Info data packets at a specified Diagnostic Interval via the WirelessNodeConfig object.

Returns

A <ChannelData> object containing a WirelessDataPoint for each piece of information that was in the Diagnostic Info result.

Exceptions
-
- -
-
testCommunicationProtocol
-
bool testCommunicationProtocol(
WirelessTypes::CommProtocol protocol
)
-

Tests if the Node will still be able to communicate after changing the Node's communication protocol.  This is recommended to be used before changing communication protocol as the range can change between protocol modes.  Note: Both the Node and BaseStation will return to the current protocol after this test.

Parameters
protocol
WirelessTypes::CommProtocol

The WirelessTypes::CommProtocol to test.

Returns

true if the Node had good communication (responded to pings) in the new protocol.

Exceptions

  • Error_NotSupported: The given communication protocol, or the test communication protocol function, is not supported by the Node or BaseStation.

  • Error_NodeCommunication: Failed to communicate with the Wireless Node.

  • Error_Connection: A connection error has occurred with the parent BaseStation.

-
- -
-
verifyConfig
-
bool verifyConfig(
const WirelessNodeConfig &config,
ConfigIssues &outIssues
) const
-

Checks whether the settings in the given WirelessNodeConfig are ok to be written to the Node.  Options that are set will also be validated against each other. If an option that needs to be validated isn't currently set, it will be read from the Node.  (ex. if sample rate is set, but sampling mode isn't, the sampling mode will be read from the Node for validating the sample rate)

Parameters
config
const WirelessNodeConfig&

The WirelessNodeConfig to verify.

outIssues
ConfigIssues&

The ConfigIssues that will hold any resulting issues that are found with the configuration.

Returns

true if the configuration is valid. false if the configuration is invalid and outIssues should be checked for more information.

Exceptions
-
- -
-
applyConfig
-
void applyConfig(
const WirelessNodeConfig &config
)
-

Applies a WirelessNodeConfig to the Node.  Note: This applies all options that have been set in the WirelessNodeConfig.  Before applying, the options will be validated. It is recommended that you perform this validation yourself first by using verifyConfig.

Parameters
config
const WirelessNodeConfig&

The WirelessNodeConfig to apply to the Node.

Exceptions
-
- -
-
getNumDatalogSessions
-
uint16 getNumDatalogSessions() const
-

Reads the number of datalog sessions that are currently stored on the Node.

Returns

The number of datalog sessions that are stored on the Node.

Exceptions
-
- -
-
percentFull
-
float percentFull() const
-

Gets the internal datalogging memory percentage that is currently stored on the Node.

Returns

The percentage (0.0 to 100.0) of datalogging memory that is currently used.

Exceptions
-
- -
-
getDefaultMode
-
WirelessTypes::DefaultMode getDefaultMode() const
-

Reads the WirelessTypes::DefaultMode that is currently set on the Node.

Returns

The default mode that is currently set on the Node.

Exceptions
-
- -
-
getInactivityTimeout
-
uint16 getInactivityTimeout() const
-

Reads the user inactivity timeout that is currently set on the Node.  This controls how many seconds before the Node goes to sleep when idle.

Returns

The user inactivity timeout (in seconds) that is currently set on the Node.  Note: A value of 65535 (0xFFFF) disables the inactivity timeout so that the Node never goes to sleep.

Exceptions
-
- -
-
getCheckRadioInterval
-
uint8 getCheckRadioInterval() const
-

Reads the check radio interval that is currently set on the Node.  This controls how often the Node wakes up from sleep to check for commands.

Returns

The check radio interval (in seconds) that is currently set on the Node.

Exceptions
-
- -
-
getTransmitPower
-
WirelessTypes::TransmitPower getTransmitPower() const
-

Reads the WirelessTypes::TransmitPower that is currently set on the Node.

Returns

The WirelessTypes::TransmitPower that is currently set on the Node.

Exceptions
-
- -
-
getSamplingMode
-
WirelessTypes::SamplingMode getSamplingMode() const
-

Gets the WirelessTypes::SamplingMode that is currently set on the Node.

Returns

The WirelessTypes::SamplingMode that is currently set on the Node.

Exceptions
-
- -
-
getActiveChannels
-
ChannelMask getActiveChannels() const
-

Gets the ChannelMask currently set on the Node, representing which channels are enabled and disabled.

Returns

The ChannelMask currently set on the Node.

Exceptions
-
- -
-
getSampleRate
-
WirelessTypes::WirelessSampleRate getSampleRate() const
-

Gets the WirelessTypes::WirelessSampleRate currently set on the Node.

Returns

A WirelessTypes::WirelessSampleRate that is currently set on the Node.

Exceptions
-
- -
-
getNumSweeps
-
uint32 getNumSweeps() const
-

Gets the number of sweeps currently set on the Node, which affects the duration of sampling if unlimited duration is disabled, or the duration of each burst if the sampling mode is Sync Sampling Burst.

Returns

The number of sweeps currently set on the Node.

Exceptions
-
- -
-
getUnlimitedDuration
-
bool getUnlimitedDuration() const
-

Gets whether or not unlimited sampling duration is enabled on the Node.

Returns

true if unlimited sampling duration is enabled on the Node, false if it is disabled.

Exceptions
-
- -
-
getDataFormat
-
WirelessTypes::DataFormat getDataFormat() const
-

Gets the WirelessTypes::DataFormat that is currently set on the Node.

Returns

The WirelessTypes::DataFormat currently set on the Node.

Exceptions
-
- -
-
getDataCollectionMethod
-
WirelessTypes::DataCollectionMethod getDataCollectionMethod() const
-

Gets the WirelessTypes::DataCollectionMethod that is currently set on the Node, representing how the data will be collected.  Note: this has no affect if the sampling mode is Armed Datalogging, as this mode only operates in "log only".

Returns

The WirelessTypes::DataCollectionMethod currently set on the Node.

Exceptions
-
- -
-
getTimeBetweenBursts
-
TimeSpan getTimeBetweenBursts() const
-

Gets the amount of time between each burst currently set on the Node.  This is only used if the sampling mode is Synchronized Sampling Burst.

Returns

A TimeSpan representing the amount of time between each burst currently set on the Node.

Exceptions
-
- -
-
getLostBeaconTimeout
-
uint16 getLostBeaconTimeout() const
-

Gets the lost beacon timeout, in minutes, currently set on the Node.  If the Node is Sync Sampling and loses the beacon for a length of time greater than this value, then the node drops into a sleep mode. The Node will re-enter sync sampling within 2 minutes of the beacon reappearing.  Note: A value of 0 means the lost beacon timeout is disabled.  See Also: NodeFeatures::supportsLostBeaconTimeout

Returns

The lost beacon timeout, in minutes, currently set on the Node.

Exceptions
-
- -
-
getInputRange
-
WirelessTypes::InputRange getInputRange(
const ChannelMask &mask
) const
-

Reads the Input Range of the specified ChannelMask currently set on the Node.  See Also: NodeFeatures::channelGroups, NodeFeatures::supportsInputRange

Parameters
mask
const ChannelMask&

The ChannelMask of the Input Range to read.

Returns

The WirelessTypes::InputRange currently set on the Node for the ChannelMask.  Note: if the input range in eeprom is not supported, <WirelessTypes::InputRange::range_invalid> will be returned.

Exceptions
-
- -
-
getHardwareOffset
-
uint16 getHardwareOffset(
const ChannelMask &mask
) const
-

Reads the hardware offset of the specified ChannelMask currently set on the Node.  See Also: NodeFeatures::channelGroups, NodeFeatures::supportsHardwareOffset

Parameters
mask
const ChannelMask&

The ChannelMask of the hardware offset to read.

Returns

The hardware offset currently set on the Node for the ChannelMask.

Exceptions
-
- -
-
getAntiAliasingFilter
-
WirelessTypes::Filter getAntiAliasingFilter(
const ChannelMask &mask
) const
-

Reads the Anti-Aliasing Filter of the specified ChannelMask currently set on the Node.  See Also: NodeFeatures::channelGroups, NodeFeatures::supportsAntiAliasingFilter

Parameters
mask
const ChannelMask&

The ChannelMask of the anti-aliasing filter to read.

Returns

The Anti-Aliasing WirelessTypes::Filter currently set on the Node for the ChannelMask.

Exceptions
-
- -
-
getCfcFilterConfiguration
-
WirelessTypes::ChannelFrequencyClass getCfcFilterConfiguration() const
-

Reads the channel frequency class filter option set on the Node.  See Also: NodeFeatures::supportsCfcFilterConfiguration

Returns

The WirelessTypes::ChannelFrequencyClass currently set on the Node.

Exceptions
-
- -
-
getLowPassFilter
-
WirelessTypes::Filter getLowPassFilter(
const ChannelMask &mask
) const
-

Reads the Low-Pass Filter of the specified ChannelMask currently set on the Node.  See Also: NodeFeatures::channelGroups, NodeFeatures::supportsLowPassFilter

Parameters
mask
const ChannelMask&

The ChannelMask of the low-pass filter to read.

Returns

The Low-Pass WirelessTypes::Filter currently set on the Node for the ChannelMask.

Exceptions
-
- -
-
getHighPassFilter
-
WirelessTypes::HighPassFilter getHighPassFilter(
const ChannelMask &mask
) const
-

Reads the High-Pass Filter of the specified ChannelMask currently set on the Node.  See Also: NodeFeatures::channelGroups, NodeFeatures::supportsHighPassFilter

Parameters
mask
const ChannelMask&

The ChannelMask of the high-pass filter to read.

Returns

The WirelessTypes::HighPassFilter currently set on the Node for the ChannelMask.

Exceptions
-
- -
-
getDebounceFilter
-
uint16 getDebounceFilter(
const ChannelMask &mask
) const
-

Reads the Debounce Filter of the specified ChannelMask currently set on the Node.  See Also: NodeFeatures::channelGroups, NodeFeatures::supportsDebounceFilter

Parameters
mask
const ChannelMask&

The ChannelMask of the debounce filter to read.

Returns

The debounce filter currently set on the Node, in milliseconds.

Exceptions
-
- -
-
getPullUpResistor
-
bool getPullUpResistor(
const ChannelMask &mask
) const
-

Gets whether or not the pull-up resistor is enabled on the Node.

Parameters
mask
const ChannelMask&

The ChannelMask of the pull-up resistor to read.

Returns

true if the pull-up resistor is enabled on the Node, false if it is disabled.

Exceptions
-
- -
-
getSensorOutputMode
-
WirelessTypes::SensorOutputMode getSensorOutputMode() const
-

Gets the WirelessTypes::SensorOutputMode currently set on the Node.

Returns

The WirelessTypes::SensorOutputMode currently set on the Node.

Exceptions
-
- -
-
getGaugeFactor
-
float getGaugeFactor(
const ChannelMask &mask
) const
-

Reads the gauge factor of the specified ChannelMask currently set on the Node.  See Also: NodeFeatures::channelGroups, NodeFeatures::supportsGaugeFactor

Parameters
mask
const ChannelMask&

The ChannelMask of the gauge factor to read.

Returns

The gauge factor currently set on the Node for the ChannelMask.

Exceptions
-
- -
-
getExcitationVoltage
-
WirelessTypes::Voltage getExcitationVoltage() const
-

Reads the Excitation WirelessTypes::Voltage currently set on the Node.

Returns

The WirelessTypes::Voltage currently set on the Node.

Exceptions
-
- -
-
getAdcVoltageRef
-
WirelessTypes::Voltage getAdcVoltageRef() const
-

Reads the ADC WirelessTypes::Voltage Reference of the Node.

Returns

The ADC WirelessTypes::Voltage Reference of the Node.

Exceptions
-
- -
-
getGainAmplifierVoltageRef
-
WirelessTypes::Voltage getGainAmplifierVoltageRef() const
-

Reads the Gain Amplifier WirelessTypes::Voltage Reference of the Node.

Returns

The Gain Amplifier WirelessTypes::Voltage Reference of the Node.

Exceptions
-
- -
-
getGaugeResistance
-
uint16 getGaugeResistance() const
-

Reads the gauge resistance currently set on the Node.  See Also: NodeFeatures::supportsGaugeResistance

Returns

The gauge resistance currently set on the Node.

Exceptions
-
- -
-
getNumActiveGauges
-
uint16 getNumActiveGauges() const
-

Reads the Number of Active Gauges currently set on the Node.  See Also: NodeFeatures::supportsNumActiveGauges

Returns

The Number of Active Gauges currently set on the Node.

Exceptions
-
- -
-
getLowBatteryThreshold
-
float getLowBatteryThreshold() const
-

Reads the threshold at which the low battery diagnostic flag is sent.

Returns

The low battery threshold, in Volts.

Exceptions
-
- -
-
getLinearEquation
-
LinearEquation getLinearEquation(
const ChannelMask &mask
) const
-

Gets the linear equation of the specified ChannelMask currently set on the Node.

Parameters
mask
const ChannelMask&

The ChannelMask of the linear equation to read.

Returns

A LinearEquation object representing the linear equation that is applied to this ChannelMask.

Exceptions
-
- -
-
getUnit
-
WirelessTypes::CalCoef_Unit getUnit(
const ChannelMask &mask
) const
-

Reads the unit of the specified ChannelMask currently set on the Node.  Note: This unit is just used for reference (such as when downloading logged data) and does not affect the actual data value.

Parameters
mask
const ChannelMask&

The ChannelMask of the unit to read.

Returns

The WirelessTypes::CalCoef_Unit that is applied to this ChannelMask

Exceptions
-
- -
-
getEquationType
-
WirelessTypes::CalCoef_EquationType getEquationType(
const ChannelMask &mask
) const
-

Reads the WirelessTypes::CalCoef_EquationType of the specified ChannelMask currently set on the Node.

Parameters
mask
const ChannelMask&

The ChannelMask of the equation type to read.

Returns

The WirelessTypes::CalCoef_EquationType currently set on the Node for this ChannelMask.

Exceptions
-
- -
-
getFactoryCalibrationLinearEq
-
LinearEquation getFactoryCalibrationLinearEq(
const ChannelMask &mask
) const
-

Gets the factory-calibrated linear equation for the specified ChannelMask.

Parameters
mask
const ChannelMask&

The ChannelMask of the linear equation to read.

Returns

A LinearEquation object representing the linear equation that was set during factory calibration.

Exceptions
-
- -
-
getFactoryCalibrationUnit
-
WirelessTypes::CalCoef_Unit getFactoryCalibrationUnit(
const ChannelMask &mask
) const
-

Reads the factory calibration unit for the specified ChannelMask.

Parameters
mask
const ChannelMask&

The ChannelMask of the unit to read.

Returns

The WirelessTypes::CalCoef_Unit used during factory calibration of this ChannelMask

Exceptions
-
- -
-
getFactoryCalibrationEqType
-
WirelessTypes::CalCoef_EquationType getFactoryCalibrationEqType(
const ChannelMask &mask
) const
-

Reads the factory calibration WirelessTypes::CalCoef_EquationType for the specified ChannelMask.

Parameters
mask
const ChannelMask&

The ChannelMask of the equation type to read.

Returns

The WirelessTypes::CalCoef_EquationType set during factory calibration for this ChannelMask.

Exceptions
-
- -
-
getFilterSettlingTime
-
WirelessTypes::SettlingTime getFilterSettlingTime(
const ChannelMask &mask
) const
-

Gets the filter settling time of the specified ChannelMask currently set on the Node.  See Also: NodeFeatures::channelGroups

Parameters
mask
const ChannelMask&

The ChannelMask of the filter settling time to read.

Returns

The WirelessTypes::SettlingTime currently set on the Node for the ChannelMask.

Exceptions
-
- -
-
getThermocoupleType
-
WirelessTypes::ThermocoupleType getThermocoupleType(
const ChannelMask &mask
) const
-

Reads the WirelessTypes::ThermocoupleType of the specified ChannelMask currently set on the Node.  See Also: NodeFeatures::channelGroups

Parameters
mask
const ChannelMask&

The ChannelMask of the thermocouple type to read.

Returns

The WirelessTypes::ThermocoupleType currently set on the Node for the ChannelMask.

Exceptions
-
- -
-
getTempSensorOptions
-
TempSensorOptions getTempSensorOptions(
const ChannelMask &mask
) const
-

Reads the TempSensorOptions of the specified ChannelMask currently set on the Node.  See Also: NodeFeatures::channelGroups

Parameters
mask
const ChannelMask&

The ChannelMask indication which channel(s) the TempSensorOptions should be read for.

Returns

The TempSensorOptions currently set on the Node for the ChannelMask.

Exceptions
-
- -
-
getFatigueOptions
-
FatigueOptions getFatigueOptions() const
-

Reads the FatigueOptions currently set on the Node.  See Also: NodeFeatures::supportsFatigueConfig

Returns

The FatigueOptions currently set on the Node.

Exceptions
-
- -
-
getHistogramOptions
-
HistogramOptions getHistogramOptions() const
-

Reads the HistogramOptions currently set on the Node.  See Also: NodeFeatures::supportsHistogramConfig

Returns

The HistogramOptions currently set on the Node.

Exceptions
-
- -
-
getActivitySense
-
ActivitySense getActivitySense() const
-

Reads the ActivitySense options currently set on the Node.  See Also: NodeFeatures::supportsActivitySense

Returns

The ActivitySense options currently set on the Node.

Exceptions
-
- -
-
getEventTriggerOptions
-
EventTriggerOptions getEventTriggerOptions() const
-

Reads the EventTriggerOptions currently set on the Node.  See Also: NodeFeatures::supportsEventTrigger

Returns

The EventTriggerOptions currently set on the Node.

Exceptions
-
- -
-
getDiagnosticInterval
-
uint16 getDiagnosticInterval() const
-

Reads the interval (in seconds) at which the diagnostic info is configured to be sent.  See Also: NodeFeatures::supportsDiagnosticInfo

Returns

The interval (in seconds) at which the diagnostic info is sent. 0 is disabled.

Exceptions
-
- -
-
getStorageLimitMode
-
WirelessTypes::StorageLimitMode getStorageLimitMode() const
-

Reads the WirelessTypes::StorageLimitMode that the Node is configured for.  This determines what happens when the datalogging storage limit is reached on the Node.

Returns

The WirelessTypes::StorageLimitMode that the Node is configured for.

Exceptions
-
- -
-
getSensorDelay
-
uint32 getSensorDelay() const
-

Reads the sensor delay (in microseconds) that is currently set on the Node.  Note: A value of <WirelessNodeConfig::SENSOR_DELAY_ALWAYS_ON> indicates that the sensor is always on.

Returns

The sensor delay (in microseconds) that the sensor delay is set for.  This will be <WirelessNodeConfig::SENSOR_DELAY_ALWAYS_ON> if the sensor is set to Always On.

Exceptions
-
- -
-
getDataMode
-
WirelessTypes::DataMode getDataMode() const
-

Reads the WirelessTypes::DataMode that is currently set on the Node.

Returns

The WirelessTypes::DataMode currently set on the Node.

Exceptions
-
- -
-
getDerivedDataRate
-
WirelessTypes::WirelessSampleRate getDerivedDataRate() const
-

Reads the WirelessTypes::WirelessSampleRate for all Derived Data Channels that is currently set on the Node.

Returns

A WirelessTypes::WirelessSampleRate for all Derived Data Channels that is currently set on the Node.

Exceptions
-
- -
-
getDerivedChannelMask
-
ChannelMask getDerivedChannelMask(
WirelessTypes::DerivedCategory category
) const
-

Reads the ChannelMask for an individual WirelessTypes::DerivedCategory that is currently set on the Node.  This represents which of the actual Node's channels are set to be mapped to derived channels.  For example, if the mask for RMS has ch1 and ch3 active, ch1RMS and ch3RMS channels will be output.

Parameters
category
WirelessTypes::DerivedCategory

The WirelessTypes::DerivedCategory to read the channel mask for.

Returns

A ChannelMask that is currently set on the Node for the requested WirelessTypes::DerivedCategory.

Exceptions
-
- -
-
getDerivedVelocityUnit
-
WirelessTypes::DerivedVelocityUnit getDerivedVelocityUnit() const
-

Reads the WirelessTypes::DerivedVelocityUnit which indicates which unit the Velocity derived channel is set to.

Returns

A WirelessTypes::DerivedVelocityUnit.

Exceptions
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/WirelessNodeConfig-Summary.js b/v66.0.1/MSCL_Docs/classes/C/WirelessNodeConfig-Summary.js deleted file mode 100644 index 2e40f522b..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/WirelessNodeConfig-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:WirelessNodeConfig","WirelessNodeConfig");NDSummary.OnSummaryLoaded("CClass:WirelessNodeConfig",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[5869,0,0,"WirelessNodeConfig"],[5870,0,2,"Functions","Functions"],[5871,0,1,"WirelessNodeConfig","WirelessNodeConfig"],[5872,0,2,"Variables","Variables"],[5873,0,3,"m_defaultMode","m_defaultMode"],[5874,0,3,"m_inactivityTimeout","m_inactivityTimeout"],[5875,0,3,"m_checkRadioInterval","m_checkRadioInterval"],[5876,0,3,"m_transmitPower","m_transmitPower"],[5877,0,3,"m_samplingMode","m_samplingMode"],[5878,0,3,"m_sampleRate","m_sampleRate"],[5879,0,3,"m_activeChannels","m_activeChannels"],[5880,0,3,"m_numSweeps","m_numSweeps"],[5881,0,3,"m_unlimitedDuration","m_unlimitedDuration"],[5882,0,3,"m_dataFormat","m_dataFormat"],[5883,0,3,"m_dataCollectionMethod","m_dataCollectionMethod"],[5884,0,3,"m_timeBetweenBursts","m_timeBetweenBursts"],[5885,0,3,"m_lostBeaconTimeout","m_lostBeaconTimeout"],[5886,0,3,"m_fatigueOptions","m_fatigueOptions"],[5887,0,3,"m_histogramOptions","m_histogramOptions"],[5888,0,3,"m_activitySense","m_activitySense"],[5889,0,3,"m_eventTriggerOptions","m_eventTriggerOptions"],[5890,0,3,"m_diagnosticInterval","m_diagnosticInterval"],[5891,0,3,"m_storageLimitMode","m_storageLimitMode"],[5892,0,3,"m_sensorDelay","m_sensorDelay"],[5893,0,3,"m_gaugeResistance","m_gaugeResistance"],[5894,0,3,"m_excitationVoltage","m_excitationVoltage"],[5895,0,3,"m_numActiveGauges","m_numActiveGauges"],[5896,0,3,"m_lowBatteryThreshold","m_lowBatteryThreshold"],[5897,0,3,"m_dataMode","m_dataMode"],[5898,0,3,"m_derivedDataRate","m_derivedDataRate"],[5899,0,3,"m_derivedVelocityUnit","m_derivedVelocityUnit"],[5900,0,3,"m_commProtocol","m_commProtocol"],[5901,0,3,"m_sensorOutputMode","m_sensorOutputMode"],[5902,0,3,"m_derivedChannelMasks","m_derivedChannelMasks"],[5903,0,3,"m_inputRanges","m_inputRanges"],[5904,0,3,"m_hardwareOffsets","m_hardwareOffsets"],[5905,0,3,"m_antiAliasingFilters","m_antiAliasingFilters"],[5906,0,3,"m_cfcFilterConfig","m_cfcFilterConfig"],[5907,0,3,"m_lowPassFilters","m_lowPassFilters"],[5908,0,3,"m_highPassFilters","m_highPassFilters"],[5909,0,3,"m_gaugeFactors","m_gaugeFactors"],[5910,0,3,"m_settlingTimes","m_settlingTimes"],[5911,0,3,"m_thermoTypes","m_thermoTypes"],[5912,0,3,"m_tempSensorOptions","m_tempSensorOptions"],[5913,0,3,"m_debounceFilters","m_debounceFilters"],[5914,0,3,"m_pullUpResistors","m_pullUpResistors"],[5915,0,3,"m_linearEquations","m_linearEquations"],[5916,0,3,"m_units","m_units"],[5917,0,3,"m_equationTypes","m_equationTypes"],[5918,0,2,"Functions","Functions(2)"],[5919,0,1,"curExcitationVoltage","curExcitationVoltage"],[5920,0,1,"curTransmitPower","curTransmitPower"],[5921,0,1,"curCommProtocol","curCommProtocol"],[5922,0,1,"curSamplingMode","curSamplingMode"],[5923,0,1,"curSampleRate","curSampleRate"],[5924,0,1,"curActiveChs","curActiveChs"],[5925,0,1,"curNumSweeps","curNumSweeps"],[5926,0,1,"curUnlimitedDuration","curUnlimitedDuration"],[5927,0,1,"curDataFormat","curDataFormat"],[5928,0,1,"curFatigueMode","curFatigueMode"],[5929,0,1,"curDataModeMask","curDataModeMask"],[5930,0,1,"curDerivedRate","curDerivedRate"],[5931,0,1,"curDataCollectionMethod","curDataCollectionMethod"],[5932,0,1,"curTimeBetweenBursts","curTimeBetweenBursts"],[5933,0,1,"curSettlingTime","curSettlingTime"],[5934,0,1,"curLowPassFilter","curLowPassFilter"],[5935,0,1,"curEventTriggerDuration","curEventTriggerDuration"],[5936,0,1,"curEventTriggerMask","curEventTriggerMask"],[5937,0,1,"curLinearEquation","curLinearEquation"],[5938,0,1,"curDerivedMask","curDerivedMask"],[5939,0,1,"curDerivedChannelMasks","curDerivedChannelMasks"],[5940,0,1,"isDerivedChannelEnabled","isDerivedChannelEnabled"],[5941,0,1,"findGroupWithChannelAndSetting","findGroupWithChannelAndSetting"],[5942,0,1,"checkValue","checkValue"],[5943,0,1,"isSet","isSet"],[5944,0,1,"isSet","isSet(2)"],[5945,0,1,"isAnySet","isAnySet"],[5946,0,1,"getChannelMapVal","getChannelMapVal"],[5947,0,1,"setChannelMapVal","setChannelMapVal"],[5948,0,1,"verifySupported","verifySupported"],[5949,0,1,"verifyConflicts","verifyConflicts"],[5950,0,1,"findDerivedMaskConfigIssue","findDerivedMaskConfigIssue"],[5951,0,1,"isSyncSamplingMode","isSyncSamplingMode"],[5952,0,1,"apply","apply"],[5953,0,1,"verify","verify"],[5954,0,1,"defaultMode","defaultMode"],[5955,0,1,"defaultMode","defaultMode(2)"],[5956,0,1,"inactivityTimeout","inactivityTimeout"],[5957,0,1,"inactivityTimeout","inactivityTimeout(2)"],[5958,0,1,"checkRadioInterval","checkRadioInterval"],[5959,0,1,"checkRadioInterval","checkRadioInterval(2)"],[5960,0,1,"transmitPower","transmitPower"],[5961,0,1,"transmitPower","transmitPower(2)"],[5962,0,1,"samplingMode","samplingMode"],[5963,0,1,"samplingMode","samplingMode(2)"],[5964,0,1,"sampleRate","sampleRate"],[5965,0,1,"sampleRate","sampleRate(2)"],[5966,0,1,"activeChannels","activeChannels"],[5967,0,1,"activeChannels","activeChannels(2)"],[5968,0,1,"numSweeps","numSweeps"],[5969,0,1,"numSweeps","numSweeps(2)"],[5970,0,1,"unlimitedDuration","unlimitedDuration"],[5971,0,1,"unlimitedDuration","unlimitedDuration(2)"],[5972,0,1,"dataFormat","dataFormat"],[5973,0,1,"dataFormat","dataFormat(2)"],[5974,0,1,"dataCollectionMethod","dataCollectionMethod"],[5975,0,1,"dataCollectionMethod","dataCollectionMethod(2)"],[5976,0,1,"timeBetweenBursts","timeBetweenBursts"],[5977,0,1,"timeBetweenBursts","timeBetweenBursts(2)"],[5978,0,1,"lostBeaconTimeout","lostBeaconTimeout"],[5979,0,1,"lostBeaconTimeout","lostBeaconTimeout(2)"],[5980,0,1,"pullUpResistor","pullUpResistor"],[5981,0,1,"pullUpResistor","pullUpResistor(2)"],[5982,0,1,"inputRange","inputRange"],[5983,0,1,"inputRange","inputRange(2)"],[5984,0,1,"hardwareOffset","hardwareOffset"],[5985,0,1,"hardwareOffset","hardwareOffset(2)"],[5986,0,1,"antiAliasingFilter","antiAliasingFilter"],[5987,0,1,"antiAliasingFilter","antiAliasingFilter(2)"],[5988,0,1,"cfcFilterConfig","cfcFilterConfig"],[5989,0,1,"cfcFilterConfig","cfcFilterConfig(2)"],[5990,0,1,"lowPassFilter","lowPassFilter"],[5991,0,1,"lowPassFilter","lowPassFilter(2)"],[5992,0,1,"highPassFilter","highPassFilter"],[5993,0,1,"highPassFilter","highPassFilter(2)"],[5994,0,1,"gaugeFactor","gaugeFactor"],[5995,0,1,"gaugeFactor","gaugeFactor(2)"],[5996,0,1,"gaugeResistance","gaugeResistance"],[5997,0,1,"gaugeResistance","gaugeResistance(2)"],[5998,0,1,"excitationVoltage","excitationVoltage"],[5999,0,1,"excitationVoltage","excitationVoltage(2)"],[6000,0,1,"numActiveGauges","numActiveGauges"],[6001,0,1,"numActiveGauges","numActiveGauges(2)"],[6002,0,1,"lowBatteryThreshold","lowBatteryThreshold"],[6003,0,1,"lowBatteryThreshold","lowBatteryThreshold(2)"],[6004,0,1,"linearEquation","linearEquation"],[6005,0,1,"linearEquation","linearEquation(2)"],[6006,0,1,"unit","unit"],[6007,0,1,"unit","unit(2)"],[6008,0,1,"equationType","equationType"],[6009,0,1,"equationType","equationType(2)"],[6010,0,1,"filterSettlingTime","filterSettlingTime"],[6011,0,1,"filterSettlingTime","filterSettlingTime(2)"],[6012,0,1,"thermocoupleType","thermocoupleType"],[6013,0,1,"thermocoupleType","thermocoupleType(2)"],[6014,0,1,"tempSensorOptions","tempSensorOptions"],[6015,0,1,"tempSensorOptions","tempSensorOptions(2)"],[6016,0,1,"debounceFilter","debounceFilter"],[6017,0,1,"debounceFilter","debounceFilter(2)"],[6018,0,1,"fatigueOptions","fatigueOptions"],[6019,0,1,"fatigueOptions","fatigueOptions(2)"],[6020,0,1,"histogramOptions","histogramOptions"],[6021,0,1,"histogramOptions","histogramOptions(2)"],[6022,0,1,"activitySense","activitySense"],[6023,0,1,"activitySense","activitySense(2)"],[6024,0,1,"eventTriggerOptions","eventTriggerOptions"],[6025,0,1,"eventTriggerOptions","eventTriggerOptions(2)"],[6026,0,1,"diagnosticInterval","diagnosticInterval"],[6027,0,1,"diagnosticInterval","diagnosticInterval(2)"],[6028,0,1,"storageLimitMode","storageLimitMode"],[6029,0,1,"storageLimitMode","storageLimitMode(2)"],[6030,0,1,"sensorDelay","sensorDelay"],[6031,0,1,"sensorDelay","sensorDelay(2)"],[6032,0,1,"dataMode","dataMode"],[6033,0,1,"dataMode","dataMode(2)"],[6034,0,1,"derivedDataRate","derivedDataRate"],[6035,0,1,"derivedDataRate","derivedDataRate(2)"],[6036,0,1,"derivedChannelMask","derivedChannelMask"],[6037,0,1,"derivedChannelMask","derivedChannelMask(2)"],[6038,0,1,"derivedVelocityUnit","derivedVelocityUnit"],[6039,0,1,"derivedVelocityUnit","derivedVelocityUnit(2)"],[6040,0,1,"communicationProtocol","communicationProtocol"],[6041,0,1,"communicationProtocol","communicationProtocol(2)"],[6042,0,1,"sensorOutputMode","sensorOutputMode"],[6043,0,1,"sensorOutputMode","sensorOutputMode(2)"],[6044,0,1,"flashBandwidth","flashBandwidth"],[6045,0,1,"flashBandwidth","flashBandwidth(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/WirelessNodeConfig-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/WirelessNodeConfig-SummaryToolTips.js deleted file mode 100644 index b62c225c2..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/WirelessNodeConfig-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:WirelessNodeConfig",{5869:"
WirelessNodeConfig
Class used for setting the configuration of WirelessNode objects.  Set all the configuration values that you want to change, then verify and apply them to a Node.
",5871:"
WirelessNodeConfig()
Creates a blank WirelessNodeConfig.
",5873:"
boost::optional<WirelessTypes::DefaultMode> m_defaultMode
The WirelessTypes::DefaultMode to set.
",5874:"
boost::optional<uint16> m_inactivityTimeout
The inactivity timeout to set.
",5875:"
boost::optional<uint8> m_checkRadioInterval
The check radio interval to set.
",5876:"
boost::optional<WirelessTypes::TransmitPower> m_transmitPower
The WirelessTypes::TransmitPower to set.
",5877:"
boost::optional<WirelessTypes::SamplingMode> m_samplingMode
The WirelessTypes::SamplingMode to set.
",5878:"
boost::optional<WirelessTypes::WirelessSampleRate> m_sampleRate
The WirelessTypes::WirelessSampleRate to set.
",5879:"
boost::optional<ChannelMask> m_activeChannels
The ChannelMask to set.
",5880:"
boost::optional<uint32> m_numSweeps
The numbers of sweeps to set.
",5881:"
boost::optional<bool> m_unlimitedDuration
The unlimited duration flag to set.
",5882:"
boost::optional<WirelessTypes::DataFormat> m_dataFormat
The WirelessTypes::DataFormat to set.
",5883:"
boost::optional<WirelessTypes::DataCollectionMethod> m_dataCollectionMethod
The WirelessTypes::DataCollectionMethod to set.
",5884:"
boost::optional<TimeSpan> m_timeBetweenBursts
The amount of time between each burst to set.
",5885:"
boost::optional<uint16> m_lostBeaconTimeout
The lost beacon timeout to set.
",5886:"
boost::optional<FatigueOptions> m_fatigueOptions
The FatigueOptions to set.
",5887:"
boost::optional<HistogramOptions> m_histogramOptions
The HistogramOptions to set.
",5888:"
boost::optional<ActivitySense> m_activitySense
The ActivitySense to set.
",5889:"
boost::optional<EventTriggerOptions> m_eventTriggerOptions
The EventTriggerOptions to set.
",5890:"
boost::optional<uint16> m_diagnosticInterval
The interval of the diagnostic packet to set.
",5891:"
boost::optional<WirelessTypes::StorageLimitMode> m_storageLimitMode
The WirelessTypes::StorageLimitMode to set.
",5892:"
boost::optional<uint32> m_sensorDelay
The sensor delay to set.
",5893:"
boost::optional<uint16> m_gaugeResistance
The gauge resistance to set.
",5894:"
boost::optional<WirelessTypes::Voltage> m_excitationVoltage
The WirelessTypes::Voltage to set.
",5895:"
boost::optional<uint16> m_numActiveGauges
The number of active gauges to set.
",5896:"
boost::optional<float> m_lowBatteryThreshold
The low battery threshold to set.
",5897:"
boost::optional<WirelessTypes::DataMode> m_dataMode
The DataMode to set.
",5898:"
boost::optional<WirelessTypes::WirelessSampleRate> m_derivedDataRate
The WirelessTypes::WirelessSampleRate for all Derived Channels to set.
",5899:"
boost::optional<WirelessTypes::DerivedVelocityUnit> m_derivedVelocityUnit
The WirelessTypes::DerivedVelocityUnit to set.
",5900:"
boost::optional<WirelessTypes::CommProtocol> m_commProtocol
The WirelessTypes::CommProtocol to set.
",5901:"
boost::optional<WirelessTypes::SensorOutputMode> m_sensorOutputMode
The WirelessTypes::SensorOutputMode to set.
",5902:"
std::map<WirelessTypes::DerivedCategory, ChannelMask> m_derivedChannelMasks
The map of WirelessTypes::DerivedCategory to ChannelMask to set for Derived Channels\' Masks.
",5903:"
std::map<ChannelMask, WirelessTypes::InputRange> m_inputRanges
The map of ChannelMask to WirelessTypes::InputRange to set.
",5904:"
std::map<ChannelMask, uint16> m_hardwareOffsets
The map of ChannelMask to hardware offsets to set.
",5905:"
std::map<ChannelMask, WirelessTypes::Filter> m_antiAliasingFilters
The map of ChannelMask to anti-aliasing filters to set.
",5906:"
boost::optional<WirelessTypes::ChannelFrequencyClass> m_cfcFilterConfig
The WirelessTypes::ChannelFrequencyClass option to set.
",5907:"
std::map<ChannelMask, WirelessTypes::Filter> m_lowPassFilters
The map of ChannelMask to low-pass filters to set.
",5908:"
std::map<ChannelMask, WirelessTypes::HighPassFilter> m_highPassFilters
The map of ChannelMask to high-pass filters to set.
",5909:"
std::map<ChannelMask, float> m_gaugeFactors
The map of ChannelMask to gauge factors to set.
",5910:"
std::map<ChannelMask, WirelessTypes::SettlingTime> m_settlingTimes
The map of ChannelMask to WirelessTypes::SettlingTime to set.
",5911:"
std::map<ChannelMask, WirelessTypes::ThermocoupleType> m_thermoTypes
The map of ChannelMask to WirelessTypes::ThermocoupleType to set.
",5912:"
std::map<ChannelMask, TempSensorOptions> m_tempSensorOptions
The map of ChannelMask to TempSensorOptions to set.
",5913:"
std::map<ChannelMask, uint16> m_debounceFilters
The map of ChannelMask to Debounce Filters to set.
",5914:"
std::map<ChannelMask, bool> m_pullUpResistors
The map of ChannelMask to Pull-Up Resistor Flags to set.
",5915:"
std::map<ChannelMask, LinearEquation> m_linearEquations
The map of ChannelMask to LinearEquation to set.
",5916:"
std::map<ChannelMask, WirelessTypes::CalCoef_Unit> m_units
The map of ChannelMask to WirelessTypes::CalCoef_Unit to set.
",5917:"
std::map<ChannelMask, WirelessTypes::CalCoef_EquationType> m_equationTypes
The map of ChannelMask to WirelessTypes::CalCoef_EquationType to set.
",5919:"
WirelessTypes::Voltage curExcitationVoltage(
const NodeEepromHelper &eeprom
) const
Gets the excitation voltage currently set, or from the node if not set.
",5920:"
WirelessTypes::TransmitPower curTransmitPower(
const NodeEepromHelper &eeprom
) const
Gets the transmit power currently set, or from the node if not set.
",5921:"
WirelessTypes::CommProtocol curCommProtocol(
const NodeEepromHelper &eeprom
) const
Gets the communication protocol currently set, or from the node if not set.
",5922:"
WirelessTypes::SamplingMode curSamplingMode(
const NodeEepromHelper &eeprom
) const
Gets the sampling mode currently set, or from the node if not set.
",5923:"
WirelessTypes::WirelessSampleRate curSampleRate(
const NodeEepromHelper &eeprom
) const
Gets the sample rate currently set, or from the node if not set.
",5924:"
ChannelMask curActiveChs(
const NodeEepromHelper &eeprom
) const
Gets the active channels currently set, or from the node if not set.
",5925:"
uint32 curNumSweeps(
const NodeEepromHelper &eeprom
) const
Gets the number of sweeps currently set, or from the node if not set.
",5926:"
bool curUnlimitedDuration(
const NodeEepromHelper &eeprom
) const
Gets the unlimited duration flag currently set, or from the node if not set.
",5927:"
WirelessTypes::DataFormat curDataFormat(
const NodeEepromHelper &eeprom
) const
Gets the data format currently set, or from the node if not set.
",5928:"
WirelessTypes::FatigueMode curFatigueMode(
const NodeEepromHelper &eeprom
) const
Gets the fatigue mode currently set, or from the node if not set.
",5929:"
DataModeMask curDataModeMask(
const NodeEepromHelper &eeprom
) const
Gets the DataModeMask currently set, or from the node if not set.
",5930:"
WirelessTypes::WirelessSampleRate curDerivedRate(
const NodeEepromHelper &eeprom
) const
Gets the derived WirelessTypes::WirelessSampleRate currently set, or from the node if not set.
",5931:"
WirelessTypes::DataCollectionMethod curDataCollectionMethod(
const NodeEepromHelper &eeprom
) const
Gets the data collection method currently set, or from the node if not set.
",5932:"
TimeSpan curTimeBetweenBursts(
const NodeEepromHelper &eeprom
) const
Gets the time between bursts currently set, or from the node if not set.
",5933:"
WirelessTypes::SettlingTime curSettlingTime(
const ChannelMask &mask,
const NodeEepromHelper &eeprom
) const
Gets the filter settling time currently set for the given ChannelMask, or from the node if not set.
",5934:"
WirelessTypes::Filter curLowPassFilter(
const ChannelMask &mask,
const NodeEepromHelper &eeprom
) const
Gets the low pass filter currently set for the given ChannelMask, or from the node if not set.
",5935:"
void curEventTriggerDurations(
const NodeEepromHelper &eeprom,
uint32 &pre,
uint32 &post
) const
Gets the event trigger options currently set, or from the node if not set.
",5936:"
BitMask curEventTriggerMask(
const NodeEepromHelper &eeprom
) const
Gets the event trigger mask currently set, or from the node if not set.
",5937:"
LinearEquation curLinearEquation(
const ChannelMask &mask,
const NodeEepromHelper &eeprom
) const
Gets the linear equation currently set for the given ChannelMask, or from the node if not set.
",5938:"
ChannelMask curDerivedMask(
WirelessTypes::DerivedCategory category,
const NodeEepromHelper &eeprom
) const
Gets the derived ChannelMask currently set for the given WirelessTypes::DerivedCategory
",5939:"
WirelessTypes::DerivedChannelMasks curDerivedChannelMasks(
const NodeEepromHelper &eeprom,
const NodeFeatures &features
) const
Gets the WirelessTypes::DerivedChannelMasks for all supported derived channel types.
",5940:"
bool isDerivedChannelEnabled(
WirelessTypes::DerivedCategory category,
const NodeEepromHelper &eeprom,
const NodeFeatures &features
) const
Checks whether any channels are enabled for the WirelessTypes::DerivedCategory.  This first checks the config object, and the Node if not set in the config object.
",5941:"
bool findGroupWithChannelAndSetting(
const ChannelMask &mask,
WirelessTypes::ChannelGroupSetting setting,
const NodeFeatures &features,
ChannelGroup &foundGroup
) const
Attempts to find any of the Node\'s channel groups that support the specified setting, and include at least one of the channels in the specified channel mask.
",5942:"
template<typename T> void checkValue(
const boost::optional<T> &opt,
const std::string &valueName
) const
Throws an exception if an optional value isn\'t set.
",5943:"
template<typename T> bool isSet(
const boost::optional<T> &opt
) const
Checks whether the optional value is set.
",5944:"
template<typename T> bool isSet(
const std::map<ChannelMask, T> &map,
const ChannelMask &mask
) const
Checks whether a value is set in the ChannelMask option map for the given ChannelMask.
",5945:"
template<typename T> bool isAnySet(
const std::map<ChannelMask, T> &map
) const
Checks whether there are any values set in the ChannelMask option map.
",5946:"
template<typename T> const T& getChannelMapVal(
const std::map<ChannelMask, T> &map,
const ChannelMask &mask,
const std::string &valueName
) const
Returns the value in the given map for the provided channel mask, and throws an exception if not found.
",5947:"
template<typename T> void setChannelMapVal(
std::map<ChannelMask, T> &map,
const ChannelMask &mask,
T value
)
Sets the value in the given map for the provided channel mask.  This will update it if it already exists, and add an item to the map if it does not.
",5948:"
bool verifySupported(
const NodeFeatures &features,
const NodeEepromHelper &eeprom,
ConfigIssues &outIssues
) const
Checks whether all the configuration values are supported by the node.
",5949:"
bool verifyConflicts(
const NodeFeatures &features,
const NodeEepromHelper &eeprom,
ConfigIssues &outIssues
) const
Checks whether configuration values conflict with each other.  If any of the config values that need to be checked aren\'t currently set, they will be read from the Node for verification.
",5950:"
static ConfigIssue::ConfigOption findDerivedMaskConfigIssue(
WirelessTypes::DerivedCategory category
)
Finds the ConfigIssue::ConfigOption for the provided WirelessTypes::DerivedCategory.
",5951:"
static bool isSyncSamplingMode(
WirelessTypes::SamplingMode mode
)
Checks if the given mode is a sync mode.
",5952:"
void apply(
const NodeFeatures &features,
NodeEepromHelper &eeprom
) const
Writes all of the configuration values that are set to a WirelessNode.
",5953:"
bool verify(
const NodeFeatures &features,
const NodeEepromHelper &eeprom,
ConfigIssues &outIssues
) const
Checks whether the current settings are ok to be written to a given WirelessNode.
",5954:"
WirelessTypes::DefaultMode defaultMode() const
Gets the WirelessTypes::DefaultMode value in this Config object, if set.
",5955:"
void defaultMode(
WirelessTypes::DefaultMode mode
)
Sets the WirelessTypes::DefaultMode value in this Config object.
",5956:"
uint16 inactivityTimeout() const
Gets the user inactivity timeout value in this Config object, if set.
",5957:"
void inactivityTimeout(
uint16 timeout
)
Sets the user inactivity timeout value in this Config object.  This controls how many seconds before the Node goes to sleep when idle. (min of 5 seconds) Note: A value of 65535 (0xFFFF) disables the inactivity timeout so that the Node never goes to sleep.
",5958:"
uint8 checkRadioInterval() const
Gets the check radio interval value in this Config object, if set.
",5959:"
void checkRadioInterval(
uint8 interval
)
Sets the check radio interval value (in seconds) in this Config object.  This controls how often the Node wakes up from sleep to check for commands.
",5960:"
WirelessTypes::TransmitPower transmitPower() const
Gets the WirelessTypes::TransmitPower value in this Config object, if set.
",5961:"
void transmitPower(
WirelessTypes::TransmitPower power
)
Sets the WirelessTypes::TransmitPower value in this Config object.
",5962:"
WirelessTypes::SamplingMode samplingMode() const
Gets the WirelessTypes::SamplingMode value in this Config object, if set.
",5963:"
void samplingMode(
WirelessTypes::SamplingMode mode
)
Sets the WirelessTypes::SamplingMode value in this Config object.
",5964:"
WirelessTypes::WirelessSampleRate sampleRate() const
Gets the WirelessTypes::WirelessSampleRate value in this Config object, if set.
",5965:"
void sampleRate(
WirelessTypes::WirelessSampleRate rate
)
Sets the WirelessTypes::WirelessSampleRate value in this Config object.
",5966:"
ChannelMask activeChannels() const
Gets the ChannelMask value in this Config object, if set.
",5967:"
void activeChannels(
const ChannelMask &channels
)
Sets the ChannelMask value in this Config object.
",5968:"
uint32 numSweeps() const
Gets the number of sweeps value in this Config object, if set.
",5969:"
void numSweeps(
uint32 sweeps
)
Sets the number of sweeps value in this Config object.  This affects the duration of sampling if unlimited duration is disabled, or the duration of each burst if the sampling mode is Sync Sampling Burst.  Note: The number of sweeps should be normalized before it is set, using NodeFeatures::normalizeNumSweeps.
",5970:"
bool unlimitedDuration() const
Gets the value of the unlimited duration flag in this Config object, if set.
",5971:"
void unlimitedDuration(
bool enable
)
Sets the value of the unlimited duration flag in this Config object.
",5972:"
WirelessTypes::DataFormat dataFormat() const
Gets the WirelessTypes::DataFormat value in this Config object, if set.
",5973:"
void dataFormat(
WirelessTypes::DataFormat format
)
Sets the WirelessTypes::DataFormat in this Config object.
",5974:"
WirelessTypes::DataCollectionMethod dataCollectionMethod() const
Gets the WirelessTypes::DataCollectionMethod value in this Config object, if set.
",5975:"
void dataCollectionMethod(
WirelessTypes::DataCollectionMethod method
)
Sets the WirelessTypes::DataCollectionMethod in this Config object, representing how the data will be collected.  Note: this has no affect if the sampling mode is Armed Datalogging, as this mode only operates in "log only".
",5976:"
TimeSpan timeBetweenBursts() const
Gets the amount of time between each burst value in this Config object, if set.
",5977:"
void timeBetweenBursts(
const TimeSpan &time
)
Sets the amount of time between each burst in this Config object.  Note: This value should be normalized before it is set, using NodeFeatures::normalizeTimeBetweenBursts.
",5978:"
uint16 lostBeaconTimeout() const
Gets the lost beacon timeout in this Config object, if set.
",5979:"
void lostBeaconTimeout(
uint16 minutes
)
Sets the lost beacon timeout in this Config object.  Note: This value should be within NodeFeatures::minLostBeaconTimeout and NodeFeatures::maxLostBeaconTimeout.  Note: A value of 0 disables the lost beacon timeout.
",5980:"
bool pullUpResistor(
const ChannelMask &mask
) const
Gets the Pull-up Resistor flag in this Config object, if set.
",5981:"
void pullUpResistor(
const ChannelMask &mask,
bool enable
)
Sets the Pull-up resistor flag in this Config object.
",5982:"
WirelessTypes::InputRange inputRange(
const ChannelMask &mask
) const
Gets the WirelessTypes::InputRange for the given ChannelMask in this Config object, if set.
",5983:"
void inputRange(
const ChannelMask &mask,
WirelessTypes::InputRange range
)
Sets the input range for the given ChannelMask in this Config object.
",5984:"
uint16 hardwareOffset(
const ChannelMask &mask
) const
Gets the hardware offset for the given ChannelMask in this Config object, if set.
",5985:"
void hardwareOffset(
const ChannelMask &mask,
uint16 offset
)
Sets the hardware offset for the given ChannelMask in this Config object.
",5986:"
WirelessTypes::Filter antiAliasingFilter(
const ChannelMask &mask
) const
Gets the anti-aliasing WirelessTypes::Filter for the given ChannelMask in this Config object, if set.
",5987:"
void antiAliasingFilter(
const ChannelMask &mask,
WirelessTypes::Filter filter
)
Sets the anti-aliasing filter for the given ChannelMask in this Config object.
",5988:"
WirelessTypes::ChannelFrequencyClass cfcFilterConfig() const
Gets the WirelessTypes::ChannelFrequencyClass in this Config object, if set.
",5989:"
void cfcFilterConfig(
WirelessTypes::ChannelFrequencyClass cfc
)
Sets the channel frequency class filter in this Config object.
",5990:"
WirelessTypes::Filter lowPassFilter(
const ChannelMask &mask
) const
Gets the low pass WirelessTypes::Filter for the given ChannelMask in this Config object, if set.
",5991:"
void lowPassFilter(
const ChannelMask &mask,
WirelessTypes::Filter filter
)
Sets the low-pass filter for the given ChannelMask in this Config object.
",5992:"
WirelessTypes::HighPassFilter highPassFilter(
const ChannelMask &mask
) const
Gets the WirelessTypes::HighPassFilter for the given ChannelMask in this Config object, if set.
",5993:"
void highPassFilter(
const ChannelMask &mask,
WirelessTypes::HighPassFilter filter
)
Sets the high-pass filter for the given ChannelMask in this Config object.
",5994:"
float gaugeFactor(
const ChannelMask &mask
) const
Gets the gauge factor for the given ChannelMask in this Config object, if set.
",5995:"
void gaugeFactor(
const ChannelMask &mask,
float factor
)
Sets the gauge Factor for the given ChannelMask in this Config object.
",5996:"
uint16 gaugeResistance() const
Gets the gauge resistance in this Config object, if set.
",5997:"
void gaugeResistance(
uint16 resistance
)
Sets the gauge resistance in this Config object.
",5998:"
WirelessTypes::Voltage excitationVoltage() const
Gets the Excitation WirelessTypes::Voltage in this Config object, if set.
",5999:"
void excitationVoltage(
WirelessTypes::Voltage voltage
)
Sets the excitation voltage in this Config object.
",6000:"
uint16 numActiveGauges() const
Gets the number of active gauges in this Config object, if set.
",6001:"
void numActiveGauges(
uint16 numGauges
)
Sets the number of active gauges in this Config object.
",6002:"
float lowBatteryThreshold() const
Gets the low battery threshold in this Config object, if set.
",6003:"
void lowBatteryThreshold(
float voltage
)
Sets the low battery threshold in this Config object.
",6004:"
const LinearEquation& linearEquation(
const ChannelMask &mask
) const
Gets the LinearEquation for the given ChannelMask in this Config object, if set.
",6005:"
void linearEquation(
const ChannelMask &mask,
const LinearEquation &linearEquation
)
Sets the LinearEquation for the given ChannelMask in this Config object.
",6006:"
WirelessTypes::CalCoef_Unit unit(
const ChannelMask &mask
) const
Gets the WirelessTypes::CalCoef_Unit for the given ChannelMask in this Config object, if set.
",6007:"
void unit(
const ChannelMask &mask,
WirelessTypes::CalCoef_Unit unit
)
Sets the WirelessTypes::CalCoef_Unit for the given ChannelMask in this Config object.
",6008:"
WirelessTypes::CalCoef_EquationType equationType(
const ChannelMask &mask
) const
Gets the WirelessTypes::CalCoef_EquationType for the given ChannelMask in this Config object, if set.
",6009:"
void equationType(
const ChannelMask &mask,
WirelessTypes::CalCoef_EquationType equation
)
Sets the WirelessTypes::CalCoef_EquationType for the given ChannelMask in this Config object.
",6010:"
WirelessTypes::SettlingTime filterSettlingTime(
const ChannelMask &mask
) const
Gets the WirelessTypes::SettlingTime for the given ChannelMask in this Config object, if set.
",6011:"
void filterSettlingTime(
const ChannelMask &mask,
WirelessTypes::SettlingTime settlingTime
)
Sets the WirelessTypes::SettlingTime for the given ChannelMask in this Config object.
",6012:"
WirelessTypes::ThermocoupleType thermocoupleType(
const ChannelMask &mask
) const
Gets the WirelessTypes::ThermocoupleType for the given ChannelMask in this Config object, if set.
",6013:"
void thermocoupleType(
const ChannelMask &mask,
WirelessTypes::ThermocoupleType type
)
Sets the WirelessTypes::ThermocoupleType for the given ChannelMask in this Config object.
",6014:"
TempSensorOptions tempSensorOptions(
const ChannelMask &mask
) const
Gets the TempSensorOptions for the given ChannelMask in this Config object, if set.
",6015:"
void tempSensorOptions(
const ChannelMask &mask,
const TempSensorOptions &options
)
Sets the TempSensorOptions for the given ChannelMask in this Config object.
",6016:"
uint16 debounceFilter(
const ChannelMask &mask
) const
Gets the Debounce Filter for the given ChannelMask in this Config object, if set.
",6017:"
void debounceFilter(
const ChannelMask &mask,
uint16 milliseconds
)
Sets the Debounce Filter for the given ChannelMask in this Config object.  Note: The accepted range is 0 - 250ms. Any values outside that range will be truncated before being applied.
",6018:"
const FatigueOptions& fatigueOptions() const
Gets the FatigueOptions currently set in this Config object.
",6019:"
void fatigueOptions(
const FatigueOptions &fatigueOpts
)
Sets the FatigueOptions in this Config object.
",6020:"
const HistogramOptions& histogramOptions() const
Gets the HistogramOptions currently set in this Config object.
",6021:"
void histogramOptions(
const HistogramOptions &histogramOpts
)
Sets the HistogramOptions in this Config object.
",6022:"
const ActivitySense& activitySense() const
Gets the ActivitySense currently set in this Config object.
",6023:"
void activitySense(
const ActivitySense &activitySenseOpts
)
Sets the ActivitySense in this Config object.
",6024:"
const EventTriggerOptions& eventTriggerOptions() const
Gets the EventTriggerOptions currently set in this Config object.
",6025:"
void eventTriggerOptions(
const EventTriggerOptions &eventTriggerOpts
)
Sets the EventTriggerOptions in this Config object.
",6026:"
uint16 diagnosticInterval() const
Gets the diagnostic info interval (in seconds) currently set in this Config object.  A value of 0 is disabled.
",6027:"
void diagnosticInterval(
uint16 interval
)
Sets the diagnostic info interval (in seconds) in this Config object.  A value of 0 disables the diagnostic info.
",6028:"
WirelessTypes::StorageLimitMode storageLimitMode() const
Gets the WirelessTypes::StorageLimitMode currently set in this Config object.
",6029:"
void storageLimitMode(
WirelessTypes::StorageLimitMode mode
)
Sets the WirelessTypes::StorageLimitMode in this Config object.
",6030:"
uint32 sensorDelay() const
Gets the sensor delay (in microseconds) currently set in this Config object.  Note: A value of <WirelessNodeConfig::SENSOR_DELAY_ALWAYS_ON> indicates that the sensor is always on.
",6031:"
void sensorDelay(
uint32 delay
)
Sets the sensor delay (in microseconds) in this Config object.  Note: Use a value of <WirelessNodeConfig::SENSOR_DELAY_ALWAYS_ON> to set the sensor always on.
",6032:"
WirelessTypes::DataMode dataMode() const
Gets the WirelessTypes::DataMode currently set in this Config object.
",6033:"
void dataMode(
WirelessTypes::DataMode mode
)
Sets the WirelessTypes::DataMode in this Config object.
",6034:"
WirelessTypes::WirelessSampleRate derivedDataRate() const
Gets the WirelessTypes::WirelessSampleRate for the Derived Channels currently set in this Config object.
",6035:"
void derivedDataRate(
WirelessTypes::WirelessSampleRate rate
)
Sets the WirelessTypes::WirelessSampleRate for the Derived Channels in this Config object.
",6036:"
ChannelMask derivedChannelMask(
WirelessTypes::DerivedCategory category
) const
Gets the ChannelMask for a specified WirelessTypes::DerivedCategory currently set in this Config object.
",6037:"
void derivedChannelMask(
WirelessTypes::DerivedCategory category,
const ChannelMask &mask
)
Sets the ChannelMask for a specified WirelessTypes::DerivedCategory in this Config object.
",6038:"
WirelessTypes::DerivedVelocityUnit derivedVelocityUnit() const
Gets the WirelessTypes::DerivedVelocityUnit currently set in this Config object.
",6039:"
void derivedVelocityUnit(
WirelessTypes::DerivedVelocityUnit unit
)
Sets the WirelessTypes::DerivedVelocityUnit in this Config object.
",6040:"
WirelessTypes::CommProtocol communicationProtocol() const
Gets the WirelessTypes::CommProtocol currently set in this Config object.
",6041:"
void communicationProtocol(
WirelessTypes::CommProtocol commProtocol
)
Sets the WirelessTypes::CommProtocol in this Config object.
",6042:"
WirelessTypes::SensorOutputMode sensorOutputMode() const
Gets the WirelessTypes::SensorOutputMode currently set in this Config object.
",6043:"
void sensorOutputMode(
WirelessTypes::SensorOutputMode mode
)
Sets the WirelessTypes::SensorOutputMode in this Config object.
",6044:"
static float flashBandwidth(
WirelessTypes::WirelessSampleRate rawSampleRate,
WirelessTypes::DataFormat dataFormat,
uint8 numRawChannels,
uint32 derivedBytesPerSweep,
WirelessTypes::WirelessSampleRate derivedRate
)
Gets the flash bandwidth that is used by the provided settings.
",6045:"
static float flashBandwidth_burst(
WirelessTypes::WirelessSampleRate rawSampleRate,
WirelessTypes::DataFormat dataFormat,
uint8 numRawChannels,
uint32 derivedBytesPerSweep,
uint32 numSweeps,
const TimeSpan &timeBetweenBursts
)
Gets the flash bandwidth that is used by the provided settings.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/WirelessNodeConfig-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/WirelessNodeConfig-ToolTips.js deleted file mode 100644 index 0c95d1b6e..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/WirelessNodeConfig-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6032:"
WirelessTypes::DataMode dataMode() const
Gets the WirelessTypes::DataMode currently set in this Config object.
",6074:"
TempSensorOptions
Options to adjust the temperature sensor for a WirelessNode.
",6114:"
NodeEepromHelper
A helper class for reading and writing to a Wireless Node\'s Eeprom.  This class provides eeprom specific parsing so that high-level objects can be converted to their low-level eeprom value equivelent and vice-versa.
",6555:"
HistogramOptions
Contains all of the Histogram options that can be configured for a WirelessNode.
",6582:"
FatigueOptions
Contains all of the fatigue options that can be configured for a WirelessNode.
",6635:"
EventTriggerOptions
Contains all of the Event Trigger options that can be configured for a WirelessNode.
",6672:"
DataModeMask
Helper class for the DataMode bitmask used in Node Eeproms.
",6683:"
ConfigIssue
Holds information on a specific configuration issue.
",6685:"
Configuration Options for Wireless Nodes and BaseStations that can be issues.
",6840:"
ActivitySense
Contains all of the ActivitySense options that can be configured for a WirelessNode.  Activity Sense is a power saving feature that allows a Node to be in a low-power state when no activity is suspected, and then immediately jump to its normal sampling state when a certain activity threshold is reached.
",7041:"
ChannelGroup
Represents a group of channels that have combined settings.
",7396:"
NodeFeatures
Contains information on which features are supported by a WirelessNode.
",7411:"
uint32 normalizeNumSweeps(
uint32 sweeps
) const
Normalizes the number of sweeps so that it is within range and a multiple of 100 (rounds up to next multiple).
",7412:"
TimeSpan normalizeTimeBetweenBursts(
const TimeSpan &time
) const
Normalizes a TimeSpan so that it is within an acceptable range for setting the timeBetweenBursts.  A valid range is between 1 second and 24 hours. Seconds above 32767 will be rounded to minutes.  When setting the time between bursts, you should also call minTimeBetweenBursts and verify it is greater than this.
",7487:"
virtual uint16 minLostBeaconTimeout() const
Gets the minimum lost beacon timeout (in minutes) that is supported.  Note: A value of 0 disable the lost beacon timeout.
",7488:"
virtual uint16 maxLostBeaconTimeout() const
Gets the maximum lost beacon timeout (in minutes) that is supported.
",7905:"
WirelessNode
A class representing a MicroStrain wireless node
",7959:"
void applyConfig(
const WirelessNodeConfig &config
)
Applies a WirelessNodeConfig to the Node.  Note: This applies all options that have been set in the WirelessNodeConfig.  Before applying, the options will be validated. It is recommended that you perform this validation yourself first by using verifyConfig.
",8574:"
Represents the types of data collection methods that can be performed on the Node.
",8594:"
Represents the types of data formats that Nodes can be configured to send when sampling.
",8604:"
Represents the types of sampling modes the Node can be in.
",8611:"
Represents the types of default modes the Node can have.  This is the mode the Node starts in, as well as the mode the node goes into after an inactivity timeout.
",8635:"
Represents the transmit powers that can be used for Wireless Devices.
",8655:"
Represents the equation types that can be used for calibration coefficients on Wireless Nodes.
",8658:"
Represents the unit types that can be used for calibration coefficients on Wireless Nodes.
",8782:"
Represents the settling times used for thermocouple and voltage inputs on some Wireless Nodes.
",8799:"
Represents the thermocouple types supported by some Wireless Nodes.
",8830:"
The possible sample rates that are available for Wireless Nodes.
",8898:"
The possible settings for ChannelGroups.
",8945:"
The different modes a Fatigue Node can operate in.
",8952:"
The filter options (used for anti-aliasing and low-pass filter)
",8989:"
The high pass filter options.
",8992:"
The channel frequency class filter options.
",8996:"
The options available for configuring what happens when the storage limit is reached when logging to a Node.
",8999:"
The options available for input range on supported Nodes.
",9136:"
Available Data Modes.
",9141:"
Available Derived Channel Categories for configuration.
",9154:"
The options that can be configured for the velocity derived channel.
",9155:"
Available Communication Protocol types.
",9158:"
Available Voltages.
",9168:"
Available Sensor Output Modes.
",9185:"
Typedef for a map of <DerivedChannelOption> to ChannelMask pairs.
",9478:"
ChannelMask
Represents the channel mask (active and inactive channels) for a WirelessNode.
",9881:"
LinearEquation
Represents a linear equation (y = mx + b).
",10328:"
TimeSpan
Represents a range of time
",10425:"
BitMask
Represents a bitmask.
",10457:"
Error_NoData
There is no data available to be accessed
",10472:"
Error_NodeCommunication
The exception for failing to communicate with a WirelessNode.
",10479:"
Error_Connection
The generic connection exception.
",10511:"
Error_InvalidNodeConfig
The Configuration for a WirelessNode is invalid.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/WirelessNodeConfig.html b/v66.0.1/MSCL_Docs/classes/C/WirelessNodeConfig.html deleted file mode 100644 index 0253d9596..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/WirelessNodeConfig.html +++ /dev/null @@ -1,1067 +0,0 @@ - - -WirelessNodeConfig - - - - - - - -
-
WirelessNodeConfig
-
WirelessNodeConfig
-

Class used for setting the configuration of WirelessNode objects.  Set all the configuration values that you want to change, then verify and apply them to a Node.

See also: WirelessNode::applyConfig

-
- -
-
Functions
-
- -
-
WirelessNodeConfig
-
WirelessNodeConfig()
-

Creates a blank WirelessNodeConfig.

-
- -
-
Variables
-
- -
-
m_defaultMode
-
boost::optional<WirelessTypes::DefaultMode> m_defaultMode
-

The WirelessTypes::DefaultMode to set.

-
- -
-
m_inactivityTimeout
-
boost::optional<uint16> m_inactivityTimeout
-

The inactivity timeout to set.

-
- -
-
m_checkRadioInterval
-
boost::optional<uint8> m_checkRadioInterval
-

The check radio interval to set.

-
- -
-
m_transmitPower
-
boost::optional<WirelessTypes::TransmitPower> m_transmitPower
-

The WirelessTypes::TransmitPower to set.

-
- -
-
m_samplingMode
-
boost::optional<WirelessTypes::SamplingMode> m_samplingMode
-

The WirelessTypes::SamplingMode to set.

-
- -
-
m_sampleRate
-
boost::optional<WirelessTypes::WirelessSampleRate> m_sampleRate
-

The WirelessTypes::WirelessSampleRate to set.

-
- -
-
m_activeChannels
-
boost::optional<ChannelMask> m_activeChannels
-

The ChannelMask to set.

-
- -
-
m_numSweeps
-
boost::optional<uint32> m_numSweeps
-

The numbers of sweeps to set.

-
- -
-
m_unlimitedDuration
-
boost::optional<bool> m_unlimitedDuration
-

The unlimited duration flag to set.

-
- -
-
m_dataFormat
-
boost::optional<WirelessTypes::DataFormat> m_dataFormat
-

The WirelessTypes::DataFormat to set.

-
- -
-
m_dataCollectionMethod
-
boost::optional<WirelessTypes::DataCollectionMethod> m_dataCollectionMethod
-

The WirelessTypes::DataCollectionMethod to set.

-
- -
-
m_timeBetweenBursts
-
boost::optional<TimeSpan> m_timeBetweenBursts
-

The amount of time between each burst to set.

-
- -
-
m_lostBeaconTimeout
-
boost::optional<uint16> m_lostBeaconTimeout
-

The lost beacon timeout to set.

-
- -
-
m_fatigueOptions
-
boost::optional<FatigueOptions> m_fatigueOptions
-

The FatigueOptions to set.

-
- -
-
m_histogramOptions
-
boost::optional<HistogramOptions> m_histogramOptions
-

The HistogramOptions to set.

-
- -
-
m_activitySense
-
boost::optional<ActivitySense> m_activitySense
-

The ActivitySense to set.

-
- -
-
m_eventTriggerOptions
-
boost::optional<EventTriggerOptions> m_eventTriggerOptions
-

The EventTriggerOptions to set.

-
- -
-
m_diagnosticInterval
-
boost::optional<uint16> m_diagnosticInterval
-

The interval of the diagnostic packet to set.

-
- -
-
m_storageLimitMode
-
boost::optional<WirelessTypes::StorageLimitMode> m_storageLimitMode
-

The WirelessTypes::StorageLimitMode to set.

-
- -
-
m_sensorDelay
-
boost::optional<uint32> m_sensorDelay
-

The sensor delay to set.

-
- -
-
m_gaugeResistance
-
boost::optional<uint16> m_gaugeResistance
-

The gauge resistance to set.

-
- -
-
m_excitationVoltage
-
boost::optional<WirelessTypes::Voltage> m_excitationVoltage
-

The WirelessTypes::Voltage to set.

-
- -
-
m_numActiveGauges
-
boost::optional<uint16> m_numActiveGauges
-

The number of active gauges to set.

-
- -
-
m_lowBatteryThreshold
-
boost::optional<float> m_lowBatteryThreshold
-

The low battery threshold to set.

-
- -
-
m_dataMode
-
boost::optional<WirelessTypes::DataMode> m_dataMode
-

The DataMode to set.

-
- -
-
m_derivedDataRate
-
boost::optional<WirelessTypes::WirelessSampleRate> m_derivedDataRate
-

The WirelessTypes::WirelessSampleRate for all Derived Channels to set.

-
- -
-
m_derivedVelocityUnit
-
boost::optional<WirelessTypes::DerivedVelocityUnit> m_derivedVelocityUnit
-

The WirelessTypes::DerivedVelocityUnit to set.

-
- -
-
m_commProtocol
-
boost::optional<WirelessTypes::CommProtocol> m_commProtocol
-

The WirelessTypes::CommProtocol to set.

-
- -
-
m_sensorOutputMode
-
boost::optional<WirelessTypes::SensorOutputMode> m_sensorOutputMode
-

The WirelessTypes::SensorOutputMode to set.

-
- -
-
m_derivedChannelMasks
-
std::map<WirelessTypes::DerivedCategory, ChannelMask> m_derivedChannelMasks
-

The map of WirelessTypes::DerivedCategory to ChannelMask to set for Derived Channels' Masks.

-
- -
-
m_inputRanges
-
std::map<ChannelMask, WirelessTypes::InputRange> m_inputRanges
-

The map of ChannelMask to WirelessTypes::InputRange to set.

-
- -
-
m_hardwareOffsets
-
std::map<ChannelMask, uint16> m_hardwareOffsets
-

The map of ChannelMask to hardware offsets to set.

-
- -
-
m_antiAliasingFilters
-
std::map<ChannelMask, WirelessTypes::Filter> m_antiAliasingFilters
-

The map of ChannelMask to anti-aliasing filters to set.

-
- -
-
m_cfcFilterConfig
-
boost::optional<WirelessTypes::ChannelFrequencyClass> m_cfcFilterConfig
-

The WirelessTypes::ChannelFrequencyClass option to set.

-
- -
-
m_lowPassFilters
-
std::map<ChannelMask, WirelessTypes::Filter> m_lowPassFilters
-

The map of ChannelMask to low-pass filters to set.

-
- -
-
m_highPassFilters
-
std::map<ChannelMask, WirelessTypes::HighPassFilter> m_highPassFilters
-

The map of ChannelMask to high-pass filters to set.

-
- -
-
m_gaugeFactors
-
std::map<ChannelMask, float> m_gaugeFactors
-

The map of ChannelMask to gauge factors to set.

-
- -
-
m_settlingTimes
-
std::map<ChannelMask, WirelessTypes::SettlingTime> m_settlingTimes
-

The map of ChannelMask to WirelessTypes::SettlingTime to set.

-
- -
-
m_thermoTypes
- -

The map of ChannelMask to WirelessTypes::ThermocoupleType to set.

-
- -
-
m_tempSensorOptions
-
std::map<ChannelMask, TempSensorOptions> m_tempSensorOptions
-

The map of ChannelMask to TempSensorOptions to set.

-
- -
-
m_debounceFilters
-
std::map<ChannelMask, uint16> m_debounceFilters
-

The map of ChannelMask to Debounce Filters to set.

-
- -
-
m_pullUpResistors
-
std::map<ChannelMask, bool> m_pullUpResistors
-

The map of ChannelMask to Pull-Up Resistor Flags to set.

-
- -
-
m_linearEquations
-
std::map<ChannelMask, LinearEquation> m_linearEquations
-

The map of ChannelMask to LinearEquation to set.

-
- -
-
m_units
- -

The map of ChannelMask to WirelessTypes::CalCoef_Unit to set.

-
- -
-
m_equationTypes
- -

The map of ChannelMask to WirelessTypes::CalCoef_EquationType to set.

-
- -
-
Functions
-
- -
-
curExcitationVoltage
-
WirelessTypes::Voltage curExcitationVoltage(
const NodeEepromHelper &eeprom
) const
-

Gets the excitation voltage currently set, or from the node if not set.

-
- -
-
curTransmitPower
-
WirelessTypes::TransmitPower curTransmitPower(
const NodeEepromHelper &eeprom
) const
-

Gets the transmit power currently set, or from the node if not set.

-
- -
-
curCommProtocol
-
WirelessTypes::CommProtocol curCommProtocol(
const NodeEepromHelper &eeprom
) const
-

Gets the communication protocol currently set, or from the node if not set.

-
- -
-
curSamplingMode
-
WirelessTypes::SamplingMode curSamplingMode(
const NodeEepromHelper &eeprom
) const
-

Gets the sampling mode currently set, or from the node if not set.

-
- -
-
curSampleRate
-
WirelessTypes::WirelessSampleRate curSampleRate(
const NodeEepromHelper &eeprom
) const
-

Gets the sample rate currently set, or from the node if not set.

-
- -
-
curActiveChs
-
ChannelMask curActiveChs(
const NodeEepromHelper &eeprom
) const
-

Gets the active channels currently set, or from the node if not set.

-
- -
-
curNumSweeps
-
uint32 curNumSweeps(
const NodeEepromHelper &eeprom
) const
-

Gets the number of sweeps currently set, or from the node if not set.

-
- -
-
curUnlimitedDuration
-
bool curUnlimitedDuration(
const NodeEepromHelper &eeprom
) const
-

Gets the unlimited duration flag currently set, or from the node if not set.

-
- -
-
curDataFormat
-
WirelessTypes::DataFormat curDataFormat(
const NodeEepromHelper &eeprom
) const
-

Gets the data format currently set, or from the node if not set.

-
- -
-
curFatigueMode
-
WirelessTypes::FatigueMode curFatigueMode(
const NodeEepromHelper &eeprom
) const
-

Gets the fatigue mode currently set, or from the node if not set.

-
- -
-
curDataModeMask
-
DataModeMask curDataModeMask(
const NodeEepromHelper &eeprom
) const
-

Gets the DataModeMask currently set, or from the node if not set.

-
- -
-
curDerivedRate
-
WirelessTypes::WirelessSampleRate curDerivedRate(
const NodeEepromHelper &eeprom
) const
-

Gets the derived WirelessTypes::WirelessSampleRate currently set, or from the node if not set.

-
- -
-
curDataCollectionMethod
-
WirelessTypes::DataCollectionMethod curDataCollectionMethod(
const NodeEepromHelper &eeprom
) const
-

Gets the data collection method currently set, or from the node if not set.

-
- -
-
curTimeBetweenBursts
-
TimeSpan curTimeBetweenBursts(
const NodeEepromHelper &eeprom
) const
-

Gets the time between bursts currently set, or from the node if not set.

-
- -
-
curSettlingTime
-
WirelessTypes::SettlingTime curSettlingTime(
const ChannelMask &mask,
const NodeEepromHelper &eeprom
) const
-

Gets the filter settling time currently set for the given ChannelMask, or from the node if not set.

-
- -
-
curLowPassFilter
-
WirelessTypes::Filter curLowPassFilter(
const ChannelMask &mask,
const NodeEepromHelper &eeprom
) const
-

Gets the low pass filter currently set for the given ChannelMask, or from the node if not set.

-
- -
-
curEventTriggerDuration
-
void curEventTriggerDurations(
const NodeEepromHelper &eeprom,
uint32 &pre,
uint32 &post
) const
-

Gets the event trigger options currently set, or from the node if not set.

-
- -
-
curEventTriggerMask
-
BitMask curEventTriggerMask(
const NodeEepromHelper &eeprom
) const
-

Gets the event trigger mask currently set, or from the node if not set.

-
- -
-
curLinearEquation
-
LinearEquation curLinearEquation(
const ChannelMask &mask,
const NodeEepromHelper &eeprom
) const
-

Gets the linear equation currently set for the given ChannelMask, or from the node if not set.

-
- -
-
curDerivedMask
-
ChannelMask curDerivedMask(
WirelessTypes::DerivedCategory category,
const NodeEepromHelper &eeprom
) const
-

Gets the derived ChannelMask currently set for the given WirelessTypes::DerivedCategory

-
- -
-
curDerivedChannelMasks
-
WirelessTypes::DerivedChannelMasks curDerivedChannelMasks(
const NodeEepromHelper &eeprom,
const NodeFeatures &features
) const
-

Gets the WirelessTypes::DerivedChannelMasks for all supported derived channel types.

-
- -
-
isDerivedChannelEnabled
-
bool isDerivedChannelEnabled(
WirelessTypes::DerivedCategory category,
const NodeEepromHelper &eeprom,
const NodeFeatures &features
) const
-

Checks whether any channels are enabled for the WirelessTypes::DerivedCategory.  This first checks the config object, and the Node if not set in the config object.

-
- -
-
findGroupWithChannelAndSetting
-
bool findGroupWithChannelAndSetting(
const ChannelMask &mask,
WirelessTypes::ChannelGroupSetting setting,
const NodeFeatures &features,
ChannelGroup &foundGroup
) const
-

Attempts to find any of the Node's channel groups that support the specified setting, and include at least one of the channels in the specified channel mask.

Parameters
mask
const ChannelMask&

The ChannelMask to match channels for (if any of the Node's channel groups have at least 1 of the same channels).

setting
WirelessTypes::ChannelGroupSetting

The WirelessTypes::ChannelGroupSetting to look for (if any of the Node's channel groups have this setting).

features
const NodeFeatures&

The NodeFeatures to use for searching through channel groups.

foundGroup
ChannelGroup&

The ChannelGroup result if one is found that matches.

Returns

true if a channel group was found that had the setting, and included as least one of the channel in the mask, false otherwise.

-
- -
-
checkValue
-
template<typename T> void checkValue(
const boost::optional<T> &opt,
const std::string &valueName
) const
-

Throws an exception if an optional value isn't set.

Parameters
opt
const boost::optional<T>&

The boost::optional value to check if it is set.

valueName
const std::string&

The name of the value being checked. This will be included in the exception description if not set.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
isSet
-
template<typename T> bool isSet(
const boost::optional<T> &opt
) const
-

Checks whether the optional value is set.

Parameters
opt
const boost::optional<T>&

The boost::optional value to check if it is set.

Returns

true if the value is set, false if it is not set.

-
- -
-
isSet
-
template<typename T> bool isSet(
const std::map<ChannelMask, T> &map,
const ChannelMask &mask
) const
-

Checks whether a value is set in the ChannelMask option map for the given ChannelMask.

Parameters
val

The map to check if any values are set within.

Returns

true if the map contains at least 1 setting, false if it is empty.

-
- -
-
isAnySet
-
template<typename T> bool isAnySet(
const std::map<ChannelMask, T> &map
) const
-

Checks whether there are any values set in the ChannelMask option map.

Parameters
map
const std::map<ChannelMask, T>&

The map to check if any values are set within.

Returns

true if the map contains at least 1 setting, false if it is empty.

-
- -
-
getChannelMapVal
-
template<typename T> const T& getChannelMapVal(
const std::map<ChannelMask, T> &map,
const ChannelMask &mask,
const std::string &valueName
) const
-

Returns the value in the given map for the provided channel mask, and throws an exception if not found.

Parameters
map
const std::map<ChannelMask, T>&

The map of ChannelMask to T value to search in.

mask
const ChannelMask&

The ChannelMask to look for.

valueName
const std::string&

The name of the value being checked. This will be included in the exception description if not set.

Returns

The value found for the ChannelMask in the provided map.

Exceptions
Error_NoData

The requested value has not been set for the provided ChannelMask.

-
- -
-
setChannelMapVal
-
template<typename T> void setChannelMapVal(
std::map<ChannelMask, T> &map,
const ChannelMask &mask,
T value
)
-

Sets the value in the given map for the provided channel mask.  This will update it if it already exists, and add an item to the map if it does not.

Parameters
map
std::map<ChannelMask, T>&

The map of ChannelMask to T value to add the value to.

mask
const ChannelMask&

The ChannelMask to set the value for.

value
T

The value to set in the map.

-
- -
-
verifySupported
-
bool verifySupported(
const NodeFeatures &features,
const NodeEepromHelper &eeprom,
ConfigIssues &outIssues
) const
-

Checks whether all the configuration values are supported by the node.

Parameters
features
const NodeFeatures&

The NodeFeatures of the WirelessNode to verify the configuration for.

eeprom
const NodeEepromHelper&

The NodeEepromHelper of the WirelessNode to use for communication.

outIssues
ConfigIssues&

The ConfigIssues holding any resulting issues that are found with the configuration. Must be empty when calling.

Returns

true if no issues were found, false otherwise. If false, the outIssues parameter will hold all issues that were found.

-
- -
-
verifyConflicts
-
bool verifyConflicts(
const NodeFeatures &features,
const NodeEepromHelper &eeprom,
ConfigIssues &outIssues
) const
-

Checks whether configuration values conflict with each other.  If any of the config values that need to be checked aren't currently set, they will be read from the Node for verification.

Parameters
features
const NodeFeatures&

The NodeFeatures of the WirelessNode to verify the configuration for.

eeprom
const NodeEepromHelper&

The NodeEepromHelper of the WirelessNode to use for communication.

outIssues
ConfigIssues&

The ConfigIssues holding any resulting issues that are found with the configuration. Must be empty when calling.

Returns

true if no issues were found, false otherwise. If false, the outIssues parameter will hold all issues that were found.

-
- -
-
findDerivedMaskConfigIssue
-
static ConfigIssue::ConfigOption findDerivedMaskConfigIssue(
WirelessTypes::DerivedCategory category
)
-

Finds the ConfigIssue::ConfigOption for the provided WirelessTypes::DerivedCategory.

-
- -
-
isSyncSamplingMode
-
static bool isSyncSamplingMode(
WirelessTypes::SamplingMode mode
)
-

Checks if the given mode is a sync mode.

-
- -
-
apply
-
void apply(
const NodeFeatures &features,
NodeEepromHelper &eeprom
) const
-

Writes all of the configuration values that are set to a WirelessNode.

Parameters
features
const NodeFeatures&

The NodeFeatures of the WirelessNode to write the config to.

eeprom
NodeEepromHelper&

The NodeEepromHelper of the WirelessNode to write the config to.

Exceptions
-
- -
-
verify
-
bool verify(
const NodeFeatures &features,
const NodeEepromHelper &eeprom,
ConfigIssues &outIssues
) const
-

Checks whether the current settings are ok to be written to a given WirelessNode.

Parameters
features
const NodeFeatures&

The NodeFeatures of the WirelessNode to verify the configuration for.

eeprom
const NodeEepromHelper&

The NodeEepromHelper of the WirelessNode to use for communication.

outIssues
ConfigIssues&

The ConfigIssues holding any resulting issues that are found with the configuration.

Returns

true if the configuration is valid. false if the configuration is invalid and outIssues should be checked for more information.

Exceptions
-
- -
-
defaultMode
-
WirelessTypes::DefaultMode defaultMode() const
-

Gets the WirelessTypes::DefaultMode value in this Config object, if set.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
defaultMode
-
void defaultMode(
WirelessTypes::DefaultMode mode
)
-

Sets the WirelessTypes::DefaultMode value in this Config object.

-
- -
-
inactivityTimeout
-
uint16 inactivityTimeout() const
-

Gets the user inactivity timeout value in this Config object, if set.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
inactivityTimeout
-
void inactivityTimeout(
uint16 timeout
)
-

Sets the user inactivity timeout value in this Config object.  This controls how many seconds before the Node goes to sleep when idle. (min of 5 seconds) Note: A value of 65535 (0xFFFF) disables the inactivity timeout so that the Node never goes to sleep.

-
- -
-
checkRadioInterval
-
uint8 checkRadioInterval() const
-

Gets the check radio interval value in this Config object, if set.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
checkRadioInterval
-
void checkRadioInterval(
uint8 interval
)
-

Sets the check radio interval value (in seconds) in this Config object.  This controls how often the Node wakes up from sleep to check for commands.

-
- -
-
transmitPower
-
WirelessTypes::TransmitPower transmitPower() const
-

Gets the WirelessTypes::TransmitPower value in this Config object, if set.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
transmitPower
-
void transmitPower(
WirelessTypes::TransmitPower power
)
-

Sets the WirelessTypes::TransmitPower value in this Config object.

-
- -
-
samplingMode
-
WirelessTypes::SamplingMode samplingMode() const
-

Gets the WirelessTypes::SamplingMode value in this Config object, if set.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
samplingMode
-
void samplingMode(
WirelessTypes::SamplingMode mode
)
-

Sets the WirelessTypes::SamplingMode value in this Config object.

-
- -
-
sampleRate
- -

Gets the WirelessTypes::WirelessSampleRate value in this Config object, if set.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
sampleRate
-
void sampleRate(
WirelessTypes::WirelessSampleRate rate
)
-

Sets the WirelessTypes::WirelessSampleRate value in this Config object.

-
- -
-
activeChannels
-
ChannelMask activeChannels() const
-

Gets the ChannelMask value in this Config object, if set.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
activeChannels
-
void activeChannels(
const ChannelMask &channels
)
-

Sets the ChannelMask value in this Config object.

-
- -
-
numSweeps
-
uint32 numSweeps() const
-

Gets the number of sweeps value in this Config object, if set.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
numSweeps
-
void numSweeps(
uint32 sweeps
)
-

Sets the number of sweeps value in this Config object.  This affects the duration of sampling if unlimited duration is disabled, or the duration of each burst if the sampling mode is Sync Sampling Burst.  Note: The number of sweeps should be normalized before it is set, using NodeFeatures::normalizeNumSweeps.

-
- -
-
unlimitedDuration
-
bool unlimitedDuration() const
-

Gets the value of the unlimited duration flag in this Config object, if set.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
unlimitedDuration
-
void unlimitedDuration(
bool enable
)
-

Sets the value of the unlimited duration flag in this Config object.

-
- -
-
dataFormat
-
WirelessTypes::DataFormat dataFormat() const
-

Gets the WirelessTypes::DataFormat value in this Config object, if set.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
dataFormat
-
void dataFormat(
WirelessTypes::DataFormat format
)
-

Sets the WirelessTypes::DataFormat in this Config object.

-
- -
-
dataCollectionMethod
-
WirelessTypes::DataCollectionMethod dataCollectionMethod() const
-

Gets the WirelessTypes::DataCollectionMethod value in this Config object, if set.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
dataCollectionMethod
-
void dataCollectionMethod(
WirelessTypes::DataCollectionMethod method
)
-

Sets the WirelessTypes::DataCollectionMethod in this Config object, representing how the data will be collected.  Note: this has no affect if the sampling mode is Armed Datalogging, as this mode only operates in "log only".

-
- -
-
timeBetweenBursts
-
TimeSpan timeBetweenBursts() const
-

Gets the amount of time between each burst value in this Config object, if set.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
timeBetweenBursts
-
void timeBetweenBursts(
const TimeSpan &time
)
-

Sets the amount of time between each burst in this Config object.  Note: This value should be normalized before it is set, using NodeFeatures::normalizeTimeBetweenBursts.

-
- -
-
lostBeaconTimeout
-
uint16 lostBeaconTimeout() const
-

Gets the lost beacon timeout in this Config object, if set.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
lostBeaconTimeout
-
void lostBeaconTimeout(
uint16 minutes
)
-

Sets the lost beacon timeout in this Config object.  Note: This value should be within NodeFeatures::minLostBeaconTimeout and NodeFeatures::maxLostBeaconTimeout.  Note: A value of 0 disables the lost beacon timeout.

-
- -
-
pullUpResistor
-
bool pullUpResistor(
const ChannelMask &mask
) const
-

Gets the Pull-up Resistor flag in this Config object, if set.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
pullUpResistor
-
void pullUpResistor(
const ChannelMask &mask,
bool enable
)
-

Sets the Pull-up resistor flag in this Config object.

-
- -
-
inputRange
-
WirelessTypes::InputRange inputRange(
const ChannelMask &mask
) const
-

Gets the WirelessTypes::InputRange for the given ChannelMask in this Config object, if set.

Parameters
mask
const ChannelMask&

The ChannelMask to set the input range for.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
inputRange
-
void inputRange(
const ChannelMask &mask,
WirelessTypes::InputRange range
)
-

Sets the input range for the given ChannelMask in this Config object.

-
- -
-
hardwareOffset
-
uint16 hardwareOffset(
const ChannelMask &mask
) const
-

Gets the hardware offset for the given ChannelMask in this Config object, if set.

Parameters
mask
const ChannelMask&

The ChannelMask to set the hardware offset for.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
hardwareOffset
-
void hardwareOffset(
const ChannelMask &mask,
uint16 offset
)
-

Sets the hardware offset for the given ChannelMask in this Config object.

-
- -
-
antiAliasingFilter
-
WirelessTypes::Filter antiAliasingFilter(
const ChannelMask &mask
) const
-

Gets the anti-aliasing WirelessTypes::Filter for the given ChannelMask in this Config object, if set.

Parameters
mask
const ChannelMask&

The ChannelMask to set the anti-aliasing filter for.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
antiAliasingFilter
-
void antiAliasingFilter(
const ChannelMask &mask,
WirelessTypes::Filter filter
)
-

Sets the anti-aliasing filter for the given ChannelMask in this Config object.

-
- -
-
cfcFilterConfig
-
WirelessTypes::ChannelFrequencyClass cfcFilterConfig() const
-

Gets the WirelessTypes::ChannelFrequencyClass in this Config object, if set.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
cfcFilterConfig
-
void cfcFilterConfig(
WirelessTypes::ChannelFrequencyClass cfc
)
-

Sets the channel frequency class filter in this Config object.

-
- -
-
lowPassFilter
-
WirelessTypes::Filter lowPassFilter(
const ChannelMask &mask
) const
-

Gets the low pass WirelessTypes::Filter for the given ChannelMask in this Config object, if set.

Parameters
mask
const ChannelMask&

The ChannelMask to set the low pass filter for.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
lowPassFilter
-
void lowPassFilter(
const ChannelMask &mask,
WirelessTypes::Filter filter
)
-

Sets the low-pass filter for the given ChannelMask in this Config object.

-
- -
-
highPassFilter
-
WirelessTypes::HighPassFilter highPassFilter(
const ChannelMask &mask
) const
-

Gets the WirelessTypes::HighPassFilter for the given ChannelMask in this Config object, if set.

Parameters
mask
const ChannelMask&

The ChannelMask to set the high pass filter for.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
highPassFilter
-
void highPassFilter(
const ChannelMask &mask,
WirelessTypes::HighPassFilter filter
)
-

Sets the high-pass filter for the given ChannelMask in this Config object.

-
- -
-
gaugeFactor
-
float gaugeFactor(
const ChannelMask &mask
) const
-

Gets the gauge factor for the given ChannelMask in this Config object, if set.

Parameters
mask
const ChannelMask&

The ChannelMask to set the gauge factor for.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
gaugeFactor
-
void gaugeFactor(
const ChannelMask &mask,
float factor
)
-

Sets the gauge Factor for the given ChannelMask in this Config object.

-
- -
-
gaugeResistance
-
uint16 gaugeResistance() const
-

Gets the gauge resistance in this Config object, if set.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
gaugeResistance
-
void gaugeResistance(
uint16 resistance
)
-

Sets the gauge resistance in this Config object.

-
- -
-
excitationVoltage
-
WirelessTypes::Voltage excitationVoltage() const
-

Gets the Excitation WirelessTypes::Voltage in this Config object, if set.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
excitationVoltage
-
void excitationVoltage(
WirelessTypes::Voltage voltage
)
-

Sets the excitation voltage in this Config object.

-
- -
-
numActiveGauges
-
uint16 numActiveGauges() const
-

Gets the number of active gauges in this Config object, if set.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
numActiveGauges
-
void numActiveGauges(
uint16 numGauges
)
-

Sets the number of active gauges in this Config object.

-
- -
-
lowBatteryThreshold
-
float lowBatteryThreshold() const
-

Gets the low battery threshold in this Config object, if set.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
lowBatteryThreshold
-
void lowBatteryThreshold(
float voltage
)
-

Sets the low battery threshold in this Config object.

-
- -
-
linearEquation
-
const LinearEquation& linearEquation(
const ChannelMask &mask
) const
-

Gets the LinearEquation for the given ChannelMask in this Config object, if set.

Parameters
mask
const ChannelMask&

The ChannelMask to set the linear equation for.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
linearEquation
-
void linearEquation(
const ChannelMask &mask,
const LinearEquation &linearEquation
)
-

Sets the LinearEquation for the given ChannelMask in this Config object.

-
- -
-
unit
-
WirelessTypes::CalCoef_Unit unit(
const ChannelMask &mask
) const
-

Gets the WirelessTypes::CalCoef_Unit for the given ChannelMask in this Config object, if set.

Parameters
mask
const ChannelMask&

The ChannelMask to set the linear equation for.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
unit
-
void unit(
const ChannelMask &mask,
WirelessTypes::CalCoef_Unit unit
)
-

Sets the WirelessTypes::CalCoef_Unit for the given ChannelMask in this Config object.

-
- -
-
equationType
-
WirelessTypes::CalCoef_EquationType equationType(
const ChannelMask &mask
) const
-

Gets the WirelessTypes::CalCoef_EquationType for the given ChannelMask in this Config object, if set.

Parameters
mask
const ChannelMask&

The ChannelMask to set the linear equation for.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
equationType
-
void equationType(
const ChannelMask &mask,
WirelessTypes::CalCoef_EquationType equation
)
-

Sets the WirelessTypes::CalCoef_EquationType for the given ChannelMask in this Config object.

-
- -
-
filterSettlingTime
-
WirelessTypes::SettlingTime filterSettlingTime(
const ChannelMask &mask
) const
-

Gets the WirelessTypes::SettlingTime for the given ChannelMask in this Config object, if set.

Parameters
mask
const ChannelMask&

The ChannelMask to set the filter settling time for.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
filterSettlingTime
-
void filterSettlingTime(
const ChannelMask &mask,
WirelessTypes::SettlingTime settlingTime
)
-

Sets the WirelessTypes::SettlingTime for the given ChannelMask in this Config object.

-
- -
-
thermocoupleType
-
WirelessTypes::ThermocoupleType thermocoupleType(
const ChannelMask &mask
) const
-

Gets the WirelessTypes::ThermocoupleType for the given ChannelMask in this Config object, if set.

Parameters
mask
const ChannelMask&

The ChannelMask to get the thermocouple type for.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
thermocoupleType
-
void thermocoupleType(
const ChannelMask &mask,
WirelessTypes::ThermocoupleType type
)
-

Sets the WirelessTypes::ThermocoupleType for the given ChannelMask in this Config object.

-
- -
-
tempSensorOptions
-
TempSensorOptions tempSensorOptions(
const ChannelMask &mask
) const
-

Gets the TempSensorOptions for the given ChannelMask in this Config object, if set.

Parameters
mask
const ChannelMask&

The ChannelMask to get the TempSensorOptions for.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
tempSensorOptions
-
void tempSensorOptions(
const ChannelMask &mask,
const TempSensorOptions &options
)
-

Sets the TempSensorOptions for the given ChannelMask in this Config object.

-
- -
-
debounceFilter
-
uint16 debounceFilter(
const ChannelMask &mask
) const
-

Gets the Debounce Filter for the given ChannelMask in this Config object, if set.

Parameters
mask
const ChannelMask&

The ChannelMask to get the Debounce Filter for.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
debounceFilter
-
void debounceFilter(
const ChannelMask &mask,
uint16 milliseconds
)
-

Sets the Debounce Filter for the given ChannelMask in this Config object.  Note: The accepted range is 0 - 250ms. Any values outside that range will be truncated before being applied.

-
- -
-
fatigueOptions
-
const FatigueOptions& fatigueOptions() const
-

Gets the FatigueOptions currently set in this Config object.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
fatigueOptions
-
void fatigueOptions(
const FatigueOptions &fatigueOpts
)
-

Sets the FatigueOptions in this Config object.

-
- -
-
histogramOptions
-
const HistogramOptions& histogramOptions() const
-

Gets the HistogramOptions currently set in this Config object.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
histogramOptions
-
void histogramOptions(
const HistogramOptions &histogramOpts
)
-

Sets the HistogramOptions in this Config object.

-
- -
-
activitySense
-
const ActivitySense& activitySense() const
-

Gets the ActivitySense currently set in this Config object.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
activitySense
-
void activitySense(
const ActivitySense &activitySenseOpts
)
-

Sets the ActivitySense in this Config object.

-
- -
-
eventTriggerOptions
-
const EventTriggerOptions& eventTriggerOptions() const
-

Gets the EventTriggerOptions currently set in this Config object.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
eventTriggerOptions
-
void eventTriggerOptions(
const EventTriggerOptions &eventTriggerOpts
)
-

Sets the EventTriggerOptions in this Config object.

-
- -
-
diagnosticInterval
-
uint16 diagnosticInterval() const
-

Gets the diagnostic info interval (in seconds) currently set in this Config object.  A value of 0 is disabled.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
diagnosticInterval
-
void diagnosticInterval(
uint16 interval
)
-

Sets the diagnostic info interval (in seconds) in this Config object.  A value of 0 disables the diagnostic info.

-
- -
-
storageLimitMode
-
WirelessTypes::StorageLimitMode storageLimitMode() const
-

Gets the WirelessTypes::StorageLimitMode currently set in this Config object.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
storageLimitMode
-
void storageLimitMode(
WirelessTypes::StorageLimitMode mode
)
-

Sets the WirelessTypes::StorageLimitMode in this Config object.

-
- -
-
sensorDelay
-
uint32 sensorDelay() const
-

Gets the sensor delay (in microseconds) currently set in this Config object.  Note: A value of <WirelessNodeConfig::SENSOR_DELAY_ALWAYS_ON> indicates that the sensor is always on.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
sensorDelay
-
void sensorDelay(
uint32 delay
)
-

Sets the sensor delay (in microseconds) in this Config object.  Note: Use a value of <WirelessNodeConfig::SENSOR_DELAY_ALWAYS_ON> to set the sensor always on.

-
- -
-
dataMode
-
WirelessTypes::DataMode dataMode() const
-

Gets the WirelessTypes::DataMode currently set in this Config object.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
dataMode
-
void dataMode(
WirelessTypes::DataMode mode
)
-

Sets the WirelessTypes::DataMode in this Config object.

-
- -
-
derivedDataRate
-
WirelessTypes::WirelessSampleRate derivedDataRate() const
-

Gets the WirelessTypes::WirelessSampleRate for the Derived Channels currently set in this Config object.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
derivedDataRate
-
void derivedDataRate(
WirelessTypes::WirelessSampleRate rate
)
-

Sets the WirelessTypes::WirelessSampleRate for the Derived Channels in this Config object.

-
- -
-
derivedChannelMask
-
ChannelMask derivedChannelMask(
WirelessTypes::DerivedCategory category
) const
-

Gets the ChannelMask for a specified WirelessTypes::DerivedCategory currently set in this Config object.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
derivedChannelMask
-
void derivedChannelMask(
WirelessTypes::DerivedCategory category,
const ChannelMask &mask
)
-

Sets the ChannelMask for a specified WirelessTypes::DerivedCategory in this Config object.

-
- -
-
derivedVelocityUnit
-
WirelessTypes::DerivedVelocityUnit derivedVelocityUnit() const
-

Gets the WirelessTypes::DerivedVelocityUnit currently set in this Config object.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
derivedVelocityUnit
-
void derivedVelocityUnit(
WirelessTypes::DerivedVelocityUnit unit
)
-

Sets the WirelessTypes::DerivedVelocityUnit in this Config object.

-
- -
-
communicationProtocol
-
WirelessTypes::CommProtocol communicationProtocol() const
-

Gets the WirelessTypes::CommProtocol currently set in this Config object.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
communicationProtocol
-
void communicationProtocol(
WirelessTypes::CommProtocol commProtocol
)
-

Sets the WirelessTypes::CommProtocol in this Config object.

-
- -
-
sensorOutputMode
-
WirelessTypes::SensorOutputMode sensorOutputMode() const
-

Gets the WirelessTypes::SensorOutputMode currently set in this Config object.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
sensorOutputMode
-
void sensorOutputMode(
WirelessTypes::SensorOutputMode mode
)
-

Sets the WirelessTypes::SensorOutputMode in this Config object.

-
- -
-
flashBandwidth
-
static float flashBandwidth(
WirelessTypes::WirelessSampleRate rawSampleRate,
WirelessTypes::DataFormat dataFormat,
uint8 numRawChannels,
uint32 derivedBytesPerSweep,
WirelessTypes::WirelessSampleRate derivedRate
)
-

Gets the flash bandwidth that is used by the provided settings.

Parameters
rawSampleRate
WirelessTypes::WirelessSampleRate

The WirelessTypes::WirelessSampleRate.

dataFormat
WirelessTypes::DataFormat

The WirelessTypes::DataFormat.

numRawChannels
uint8

The number of active channels.

-
- -
-
flashBandwidth
-
static float flashBandwidth_burst(
WirelessTypes::WirelessSampleRate rawSampleRate,
WirelessTypes::DataFormat dataFormat,
uint8 numRawChannels,
uint32 derivedBytesPerSweep,
uint32 numSweeps,
const TimeSpan &timeBetweenBursts
)
-

Gets the flash bandwidth that is used by the provided settings.

Parameters
rawSampleRate
WirelessTypes::WirelessSampleRate

The WirelessTypes::WirelessSampleRate.

dataFormat
WirelessTypes::DataFormat

The WirelessTypes::DataFormat.

numRawChannels
uint8

The number of active channels.

numSweeps
uint32

The number of sweeps per burst.

timeBetweenBursts
const TimeSpan&

The TimeSpan representing the time between bursts.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/WirelessNode_Impl-Summary.js b/v66.0.1/MSCL_Docs/classes/C/WirelessNode_Impl-Summary.js deleted file mode 100644 index 91e3bb6b1..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/WirelessNode_Impl-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:WirelessNode_Impl","WirelessNode_Impl");NDSummary.OnSummaryLoaded("CClass:WirelessNode_Impl",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[9207,0,0,"WirelessNode_Impl"],[9208,0,2,"Functions","Functions"],[9209,0,1,"WirelessNode_Impl","WirelessNode_Impl"],[9210,0,2,"Variables","Variables"],[9211,0,3,"m_address","m_address"],[9212,0,3,"m_baseStation","m_baseStation"],[9213,0,3,"m_eepromSettings","m_eepromSettings"],[9214,0,3,"m_protocolMutex","m_protocolMutex"],[9215,0,3,"m_protocol_lxrs","m_protocol_lxrs"],[9216,0,3,"m_protocol_lxrsPlus","m_protocol_lxrsPlus"],[9217,0,3,"m_eeprom","m_eeprom"],[9218,0,3,"m_eepromHelper","m_eepromHelper"],[9219,0,3,"m_features","m_features"],[9220,0,2,"Functions","Functions(2)"],[9221,0,1,"determineProtocols","determineProtocols"],[9222,0,1,"eeprom","eeprom"],[9223,0,1,"wirelessProtocol","wirelessProtocol"],[9224,0,1,"eeHelper","eeHelper"],[9225,0,1,"features","features"],[9226,0,1,"protocol","protocol"],[9227,0,1,"lastCommunicationTime","lastCommunicationTime"],[9228,0,1,"lastDeviceState","lastDeviceState"],[9229,0,1,"setBaseStation","setBaseStation"],[9230,0,1,"getBaseStation","getBaseStation"],[9231,0,1,"hasBaseStation","hasBaseStation"],[9232,0,1,"useGroupRead","useGroupRead"],[9233,0,1,"setReadWriteRetries","setReadWriteRetries"],[9234,0,1,"getReadWriteRetries","getReadWriteRetries"],[9235,0,1,"useEepromCache","useEepromCache"],[9236,0,1,"clearEepromCache","clearEepromCache"],[9237,0,1,"getEepromCache","getEepromCache"],[9238,0,1,"nodeAddress","nodeAddress"],[9239,0,1,"frequency","frequency"],[9240,0,1,"communicationProtocol","communicationProtocol"],[9241,0,1,"firmwareVersion","firmwareVersion"],[9242,0,1,"model","model"],[9243,0,1,"serial","serial"],[9244,0,1,"microcontroller","microcontroller"],[9245,0,1,"radioFeatures","radioFeatures"],[9246,0,1,"dataStorageSize","dataStorageSize"],[9247,0,1,"regionCode","regionCode"],[9248,0,1,"verifyConfig","verifyConfig"],[9249,0,1,"applyConfig","applyConfig"],[9250,0,1,"getNumDatalogSessions","getNumDatalogSessions"],[9251,0,1,"percentFull","percentFull"],[9252,0,1,"getDefaultMode","getDefaultMode"],[9253,0,1,"getInactivityTimeout","getInactivityTimeout"],[9254,0,1,"getCheckRadioInterval","getCheckRadioInterval"],[9255,0,1,"getTransmitPower","getTransmitPower"],[9256,0,1,"getSamplingMode","getSamplingMode"],[9257,0,1,"getActiveChannels","getActiveChannels"],[9258,0,1,"getSampleRate","getSampleRate"],[9259,0,1,"getNumSweeps","getNumSweeps"],[9260,0,1,"getUnlimitedDuration","getUnlimitedDuration"],[9261,0,1,"getDataFormat","getDataFormat"],[9262,0,1,"getDataCollectionMethod","getDataCollectionMethod"],[9263,0,1,"getTimeBetweenBursts","getTimeBetweenBursts"],[9264,0,1,"getLostBeaconTimeout","getLostBeaconTimeout"],[9265,0,1,"getPullUpResistor","getPullUpResistor"],[9266,0,1,"getSensorOutputMode","getSensorOutputMode"],[9267,0,1,"getInputRange","getInputRange"],[9268,0,1,"getHardwareOffset","getHardwareOffset"],[9269,0,1,"getAntiAliasingFilter","getAntiAliasingFilter"],[9270,0,1,"getLowPassFilter","getLowPassFilter"],[9271,0,1,"getHighPassFilter","getHighPassFilter"],[9272,0,1,"getCfcFilterConfiguration","getCfcFilterConfiguration"],[9273,0,1,"getDebounceFilter","getDebounceFilter"],[9274,0,1,"getGaugeFactor","getGaugeFactor"],[9275,0,1,"getExcitationVoltage","getExcitationVoltage"],[9276,0,1,"getAdcVoltageRef","getAdcVoltageRef"],[9277,0,1,"getGainAmplifierVoltageRef","getGainAmplifierVoltageRef"],[9278,0,1,"getGaugeResistance","getGaugeResistance"],[9279,0,1,"getNumActiveGauges","getNumActiveGauges"],[9280,0,1,"getLinearEquation","getLinearEquation"],[9281,0,1,"getUnit","getUnit"],[9282,0,1,"getEquationType","getEquationType"],[9283,0,1,"getFactoryCalibrationLinearEq","getFactoryCalibrationLinearEq"],[9284,0,1,"getFactoryCalibrationUnit","getFactoryCalibrationUnit"],[9285,0,1,"getFactoryCalibrationEqType","getFactoryCalibrationEqType"],[9286,0,1,"getFilterSettlingTime","getFilterSettlingTime"],[9287,0,1,"getThermocoupleType","getThermocoupleType"],[9288,0,1,"getTempSensorOptions","getTempSensorOptions"],[9289,0,1,"getFatigueOptions","getFatigueOptions"],[9290,0,1,"getHistogramOptions","getHistogramOptions"],[9291,0,1,"getActivitySense","getActivitySense"],[9292,0,1,"getEventTriggerOptions","getEventTriggerOptions"],[9293,0,1,"getDiagnosticInterval","getDiagnosticInterval"],[9294,0,1,"getStorageLimitMode","getStorageLimitMode"],[9295,0,1,"getSensorDelay","getSensorDelay"],[9296,0,1,"getDataMode","getDataMode"],[9297,0,1,"getDerivedDataRate","getDerivedDataRate"],[9298,0,1,"getDerivedChannelMask","getDerivedChannelMask"],[9299,0,1,"getDerivedVelocityUnit","getDerivedVelocityUnit"],[9300,0,1,"ping","ping"],[9301,0,1,"sleep","sleep"],[9302,0,1,"cyclePower","cyclePower"],[9303,0,1,"resetRadio","resetRadio"],[9304,0,1,"changeFrequency","changeFrequency"],[9305,0,1,"setToIdle","setToIdle"],[9306,0,1,"erase","erase"],[9307,0,1,"startNonSyncSampling","startNonSyncSampling"],[9308,0,1,"clearHistogram","clearHistogram"],[9309,0,1,"autoBalance","autoBalance"],[9310,0,1,"autoCal_shmLink","autoCal_shmLink"],[9311,0,1,"autoCal_shmLink201","autoCal_shmLink201"],[9312,0,1,"autoShuntCal","autoShuntCal"],[9313,0,1,"poll","poll"],[9314,0,1,"readEeprom","readEeprom"],[9315,0,1,"readEeprom","readEeprom(2)"],[9316,0,1,"writeEeprom","writeEeprom"],[9317,0,1,"writeEeprom","writeEeprom(2)"],[9318,0,1,"getDiagnosticInfo","getDiagnosticInfo"],[9319,0,1,"testCommProtocol","testCommProtocol"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/WirelessNode_Impl-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/WirelessNode_Impl-SummaryToolTips.js deleted file mode 100644 index a20a95ab4..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/WirelessNode_Impl-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:WirelessNode_Impl",{9207:"
WirelessNode_Impl
Contains the implementation logic for a WirelessNode.  Most WirelessNode commands call these commands.
",9209:"
WirelessNode_Impl(
NodeAddress nodeAddress,
const BaseStation &basestation
)
Creates a WirelessNode_Impl object.
",9211:"
NodeAddress m_address
The address of the Node.
",9212:"
BaseStation m_baseStation
The Node\'s parent BaseStation.
",9213:"
NodeEepromSettings m_eepromSettings
The eeprom settings to use for the NodeEeprom object.
",9214:"
mutable std::recursive_mutex m_protocolMutex
The mutex used when determining the device protocol.
",9215:"
mutable std::unique_ptr<WirelessProtocol> m_protocol_lxrs
The WirelessProtocol containing all of the protocol commands and info for this Node when the Node is in LXRS radio mode.
",9216:"
mutable std::unique_ptr<WirelessProtocol> m_protocol_lxrsPlus
The WirelessProtocol containing all of the protocol commands and info for this Node when the Node is in LXRS+ radio mode.
",9217:"
mutable std::unique_ptr<NodeEeprom> m_eeprom
The NodeEeprom that handles reading and writing eeprom values with the Node and eeprom cache.
",9218:"
mutable std::unique_ptr<NodeEepromHelper> m_eepromHelper
The NodeEepromHelper used for high level reads and writes on the Node.
",9219:"
mutable std::unique_ptr<NodeFeatures> m_features
The NodeFeatures containing the features for this Node.
",9221:"
void determineProtocols() const
Determines the WirelessProtocols to use based on the Node\'s ASPP version.  All WirelessProtocol member variables will be updated.
",9222:"
virtual NodeEeprom& eeprom() const
Gets a reference to the NodeEeprom for this Node.
",9223:"
const WirelessProtocol& wirelessProtocol()
Gets a reference to the WirelessProtocol for this Node for the parent BaseStation\'s current comm protocol setting.
",9224:"
NodeEepromHelper& eeHelper() const
Gets a reference to the NodeEepromHelper for this Node.
",9225:"
virtual const NodeFeatures& features() const
Gets a reference to the NodeFeatures for this Node.
",9226:"
virtual const WirelessProtocol& protocol(
WirelessTypes::CommProtocol commProtocol
) const
Gets a reference to the WirelessProtocol for this Node.  Note: This requires communicating to the Node if creating the protocol for the first time.
",9227:"
const Timestamp& lastCommunicationTime() const
Gets the Timestamp for the last time MSCL communicated with the Node.
",9228:"
DeviceState lastDeviceState() const
Gets the last known DeviceState for the Node.
",9229:"
void setBaseStation(
const BaseStation &basestation
)
Sets the node\'s parent Base Station, which will perform all communication with the Node.
",9230:"
BaseStation& getBaseStation()
Gets a reference to the BaseStation that is assigned to this Node.
",9231:"
bool hasBaseStation(
const BaseStation &basestation
) const
Checks whether the given BaseStation is the same BaseStation that is assigned to this Node.
",9232:"
void useGroupRead(
bool useGroup
)
Enables or disables the use of group eeprom read when trying to read a single value (enabled by default).
",9233:"
void setReadWriteRetries(
uint8 numRetries
)
Sets the number of retry attempts for reading and writing with the Node.
",9234:"
uint8 getReadWriteRetries() const
Gets the number of retry attempts for reading and writing config options with the Node.
",9235:"
void useEepromCache(
bool useCache
)
Sets whether or not to utilize the eeprom cache when configuring this Node (default of enabled).
",9236:"
void clearEepromCache()
Clears the eeprom cache for this Node.
",9237:"
WirelessTypes::EepromMap getEepromCache() const
Gets a copy of the eeprom cache as a WirelessTypes::EepromMap.
",9238:"
NodeAddress nodeAddress() const
Gets the node address of the Node.
",9239:"
WirelessTypes::Frequency frequency() const
Gets the WirelessTypes::Frequency that the Node is believed to be on.  If the frequency is unknown, it will be read from Eeprom.
",9240:"
WirelessTypes::CommProtocol communicationProtocol() const
Gets the WirelessTypes::CommProtocol that the Node is currently set to use.
",9241:"
virtual Version firmwareVersion() const
Gets the firmware Version of the Node.
",9242:"
virtual WirelessModels::NodeModel model() const
Gets the WirelessModels::NodeModel of the Node.
",9243:"
virtual std::string serial() const
Gets the serial number of the Node.
",9244:"
virtual WirelessTypes::MicroControllerType microcontroller() const
Gets the WirelessTypes::MicroControllerType of the Node.
",9245:"
virtual RadioFeatures radioFeatures() const
Gets the RadioFeatures of the Node.
",9246:"
virtual uint64 dataStorageSize() const
Gets the number of bytes available for data storage on the Node.
",9247:"
virtual WirelessTypes::RegionCode regionCode() const
Gets the region code currently set on the Node.
",9248:"
bool verifyConfig(
const WirelessNodeConfig &config,
ConfigIssues &outIssues
) const
Checks whether the settings in the given WirelessNodeConfig are ok to be written to the Node.  Options that are set will also be validated against each other. If an option that needs to be validated isn\'t currently set, it will be read from the Node.
",9249:"
void applyConfig(
const WirelessNodeConfig &config
)
Applies a WirelessNodeConfig to the Node.
",9250:"
virtual uint16 getNumDatalogSessions()
Reads the number of datalog sessions that are currently stored on the Node.
",9251:"
virtual float percentFull()
Gets the internal datalogging memory percentage that is currently stored on the Node.
",9252:"
WirelessTypes::DefaultMode getDefaultMode() const
Reads the WirelessTypes::DefaultMode that is currently set on the Node.
",9253:"
uint16 getInactivityTimeout() const
Reads the user inactivity timeout (in seconds) that is currently set on the Node.
",9254:"
uint8 getCheckRadioInterval() const
Reads the check radio interval that is currently set on the Node.
",9255:"
WirelessTypes::TransmitPower getTransmitPower() const
Reads the WirelessTypes::TransmitPower that is currently set on the Node.
",9256:"
WirelessTypes::SamplingMode getSamplingMode() const
Gets the WirelessTypes::SamplingMode that is currently set on the Node.
",9257:"
ChannelMask getActiveChannels() const
Gets the ChannelMask currently set on the Node, representing which channels are enabled and disabled.
",9258:"
WirelessTypes::WirelessSampleRate getSampleRate() const
Gets the WirelessTypes::WirelessSampleRate currently set on the Node.
",9259:"
uint32 getNumSweeps() const
Gets the number of sweeps currently set on the Node, which affects the duration of sampling if unlimited duration is disabled, or the duration of each burst if the sampling mode is Sync Sampling Burst.
",9260:"
bool getUnlimitedDuration() const
Gets whether or not unlimited sampling duration is enabled on the Node.
",9261:"
WirelessTypes::DataFormat getDataFormat() const
Gets the WirelessTypes::DataFormat that is currently set on the Node.
",9262:"
WirelessTypes::DataCollectionMethod getDataCollectionMethod() const
Gets the WirelessTypes::DataCollectionMethod that is currently set on the Node, representing how the data will be collected.  Note: this has no affect if the sampling mode is Armed Datalogging, as this mode only operates in "log only".
",9263:"
TimeSpan getTimeBetweenBursts() const
Gets the amount of time between each burst currently set on the Node.
",9264:"
uint16 getLostBeaconTimeout() const
Gets the lost beacon timeout, in minutes, currently set on the Node.
",9265:"
bool getPullUpResistor(
const ChannelMask &mask
) const
Gets whether or not the pull-up resistor is enabled on the Node.
",9266:"
WirelessTypes::SensorOutputMode getSensorOutputMode() const
Gets the WirelessTypes::SensorOutputMode currently set on the Node.
",9267:"
WirelessTypes::InputRange getInputRange(
const ChannelMask &mask
) const
Reads the input range of the specified ChannelMask.
",9268:"
uint16 getHardwareOffset(
const ChannelMask &mask
) const
Reads the hardware offset of the specified ChannelMask currently set on the Node.
",9269:"
WirelessTypes::Filter getAntiAliasingFilter(
const ChannelMask &mask
) const
Reads the Anti-Aliasing Filter of the specified ChannelMask currently set on the Node.
",9270:"
WirelessTypes::Filter getLowPassFilter(
const ChannelMask &mask
) const
Reads the Low-Pass Filter of the specified ChannelMask currently set on the Node.
",9271:"
WirelessTypes::HighPassFilter getHighPassFilter(
const ChannelMask &mask
) const
Reads the High-Pass Filter of the specified ChannelMask currently set on the Node.
",9272:"
WirelessTypes::ChannelFrequencyClass getCfcFilterConfiguration() const
Reads the channel frequency class filter option set on the Node.  See Also: NodeFeatures::supportsCfcFilterConfiguration
",9273:"
uint16 getDebounceFilter(
const ChannelMask &mask
) const
Reads the Debounce Filter of the specified ChannelMask currently set on the Node.
",9274:"
float getGaugeFactor(
const ChannelMask &mask
) const
Reads the gauge factor of the specified ChannelMask currently set on the Node.
",9275:"
WirelessTypes::Voltage getExcitationVoltage() const
Reads the Excitation WirelessTypes::Voltage currently set on the Node.
",9276:"
WirelessTypes::Voltage getAdcVoltageRef() const
Reads the ADC WirelessTypes::Voltage Reference of the Node.
",9277:"
WirelessTypes::Voltage getGainAmplifierVoltageRef() const
Reads the Gain Amplifier WirelessTypes::Voltage Reference of the Node.
",9278:"
uint16 getGaugeResistance() const
Reads the gauge resistance currently set on the Node.
",9279:"
uint16 getNumActiveGauges() const
Reads the Number of Active Gauges currently set on the Node.
",9280:"
LinearEquation getLinearEquation(
const ChannelMask &mask
) const
Gets the linear equation of the specified ChannelMask currently set on the Node.
",9281:"
WirelessTypes::CalCoef_Unit getUnit(
const ChannelMask &mask
) const
Reads the unit of the specified ChannelMask currently set on the Node.
",9282:"
WirelessTypes::CalCoef_EquationType getEquationType(
const ChannelMask &mask
) const
Reads the WirelessTypes::CalCoef_EquationType of the specified ChannelMask currently set on the Node.
",9283:"
LinearEquation getFactoryCalibrationLinearEq(
const ChannelMask &mask
) const
Gets the factory-calibrated linear equation for the specified ChannelMask.
",9284:"
WirelessTypes::CalCoef_Unit getFactoryCalibrationUnit(
const ChannelMask &mask
) const
Reads the factory calibration unit for the specified ChannelMask.
",9285:"
WirelessTypes::CalCoef_EquationType getFactoryCalibrationEqType(
const ChannelMask &mask
) const
Reads the factory calibration WirelessTypes::CalCoef_EquationType for the specified ChannelMask.
",9286:"
WirelessTypes::SettlingTime getFilterSettlingTime(
const ChannelMask &mask
) const
Reads the filter settling time of the specified ChannelMask.
",9287:"
WirelessTypes::ThermocoupleType getThermocoupleType(
const ChannelMask &mask
) const
Reads the WirelessTypes::ThermocoupleType of the specified ChannelMask currently set on the Node.
",9288:"
TempSensorOptions getTempSensorOptions(
const ChannelMask &mask
) const
Reads the TempSensorOptions of the specified ChannelMask currently set on the Node.
",9289:"
FatigueOptions getFatigueOptions() const
Reads the FatigueOptions currently set on the Node.
",9290:"
HistogramOptions getHistogramOptions() const
Reads the HistogramOptions currently set on the Node.
",9291:"
ActivitySense getActivitySense() const
Reads the ActivitySense options currently set on the Node.
",9292:"
EventTriggerOptions getEventTriggerOptions() const
Reads the EventTriggerOptions currently set on the Node.
",9293:"
uint16 getDiagnosticInterval() const
Reads the interval (in seconds) at which the diagnostic info is configured to be sent.
",9294:"
WirelessTypes::StorageLimitMode getStorageLimitMode() const
Rates the WirelessTypes::StorageLimitMode that the Node is configured for.  This determines what happens when the datalogging storage limit is reached on the Node.
",9295:"
uint32 getSensorDelay() const
Reads the sensor delay (in microseconds) that is currently set on the Node.
",9296:"
WirelessTypes::DataMode getDataMode() const
Reads the WirelessTypes::DataMode that is currently set on the Node.
",9297:"
WirelessTypes::WirelessSampleRate getDerivedDataRate() const
Reads the WirelessTypes::WirelessSampleRate for all Derived Data Channels that is currently set on the Node.
",9298:"
ChannelMask getDerivedChannelMask(
WirelessTypes::DerivedCategory category
) const
Reads the ChannelMask for an individual WirelessTypes::DerivedCategory that is currently set on the Node.  This represents which of the actual Node\'s channels are set to be mapped to derived channels.  For example, if the mask for RMS has ch1 and ch3 active, ch1RMS and ch3RMS channels will be output.
",9299:"
WirelessTypes::DerivedVelocityUnit getDerivedVelocityUnit() const
Reads the WirelessTypes::DerivedVelocityUnit which indicates which unit the Velocity derived channel is set to.
",9300:"
virtual PingResponse ping()
Performs a Long Ping command on the Node to check the communication between the Base Station and the Node.
",9301:"
virtual bool sleep()
Puts the Node into a low power, sleep mode.  This command attempts to ping the node before sending the sleep command, to verify communication.
",9302:"
virtual void cyclePower()
Cycles the power on the Node.  Many configuration changes that are applied to the node do not take affect until the power is cycled.
",9303:"
virtual void resetRadio()
Resets the radio on the Node.
",9304:"
virtual void changeFrequency(
WirelessTypes::Frequency frequency
)
Changes the radio frequency of the Node.
",9305:"
virtual SetToIdleStatus setToIdle()
Attempts to set the Node to the Idle state so that it can be communicated with (stops it sampling, wakes it up if asleep).
",9306:"
virtual void erase()
Erases all logged data on the Node.
",9307:"
virtual bool startNonSyncSampling()
Starts the Node in Non-Synchronized Sampling Mode.
",9308:"
virtual void clearHistogram()
Clears the Histogram on the Node.
",9309:"
virtual AutoBalanceResult autoBalance(
const ChannelMask &mask,
float targetPercent
)
Performs an Auto Balance command on a specified channel on the Node.
",9310:"
virtual AutoCalResult_shmLink autoCal_shmLink()
Performs automatic calibration for the SHM-Link Wireless Node.
",9311:"
virtual AutoCalResult_shmLink201 autoCal_shmLink201()
Performs automatic calibration for the SHM-Link-201 Wireless Node.
",9312:"
virtual AutoShuntCalResult autoShuntCal(
const ChannelMask &mask,
const ShuntCalCmdInfo &commandInfo
)
Performs automatic shunt calibration for a specified ChannelMask on supported Nodes.
",9313:"
WirelessPollData poll(
const ChannelMask &mask
)
Polls the WirelessNode to get a single sweep of calibrated data.
",9314:"
virtual uint16 readEeprom(
uint16 location
) const
Reads a uint16 from the given eeprom location of the node. This may use a page download or a read eeprom command.  If the value stored in the eeprom cache is still valid, this will be returned instead.
",9315:"
virtual Value readEeprom(
const EepromLocation &location
) const
Reads a value from the given EepromLocation of the node. This may use a page download or a read eeprom command.  If the value stored in the eeprom cache is still valid, this will be returned instead.
",9316:"
virtual void writeEeprom(
uint16 location,
uint16 value
)
Writes a uint16 to the given eeprom location of the node.  If successful, the cache will be updated with the changed value as well.
",9317:"
virtual void writeEeprom(
const EepromLocation &location,
const Value &val
)
Writes a value to the given EepromLocation of the node.  If successful, the cache will be updated with the changed value as well.
",9318:"
virtual void getDiagnosticInfo(
ChannelData &result
)
Performs an immediate request for the Node\'s Diagnostic Info.
",9319:"
virtual bool testCommProtocol(
WirelessTypes::CommProtocol commProtocol
)
Tests if the Node will still be able to communicate after changing the Node\'s communication protocol.  This is recommended to be used before changing communication protocol as the range can change between protocol modes.  Note: Both the Node and BaseStation will return to the current protocol after this test.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/WirelessNode_Impl-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/WirelessNode_Impl-ToolTips.js deleted file mode 100644 index 9987637e5..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/WirelessNode_Impl-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({5300:"
WirelessProtocol
Class containing protocol information for a device.
",5460:"
PingResponse
Represents the response to a Long Ping Node command
",5516:"
SetToIdleStatus
Holds the status information of the Set to Idle command.
",5730:"
AutoCalResult_shmLink
Holds the result information from an autoCal_shmLink command.
",5748:"
AutoCalResult_shmLink201
Holds the result information from an autoCal_shmLink201 command.
",5772:"
AutoShuntCalResult
Holds the result information from an autoCal_shunt command.
",5835:"
AutoBalanceResult
Represents the result from an AutoBalance command.
",5844:"
Contains data for the shunt AutoCal command.
",5869:"
WirelessNodeConfig
Class used for setting the configuration of WirelessNode objects.  Set all the configuration values that you want to change, then verify and apply them to a Node.
",6074:"
TempSensorOptions
Options to adjust the temperature sensor for a WirelessNode.
",6092:"
The settings for the NodeEeprom object.
",6097:"
NodeEeprom
Used to read and write to Wireless Nodes\' eeproms and provide caching functionality.
",6114:"
NodeEepromHelper
A helper class for reading and writing to a Wireless Node\'s Eeprom.  This class provides eeprom specific parsing so that high-level objects can be converted to their low-level eeprom value equivelent and vice-versa.
",6555:"
HistogramOptions
Contains all of the Histogram options that can be configured for a WirelessNode.
",6582:"
FatigueOptions
Contains all of the fatigue options that can be configured for a WirelessNode.
",6635:"
EventTriggerOptions
Contains all of the Event Trigger options that can be configured for a WirelessNode.
",6654:"
EepromLocation
Represents a single Eeprom Location.
",6683:"
ConfigIssue
Holds information on a specific configuration issue.
",6840:"
ActivitySense
Contains all of the ActivitySense options that can be configured for a WirelessNode.  Activity Sense is a power saving feature that allows a Node to be in a low-power state when no activity is suspected, and then immediately jump to its normal sampling state when a certain activity threshold is reached.
",7396:"
NodeFeatures
Contains information on which features are supported by a WirelessNode.
",7459:"
virtual bool supportsCfcFilterConfiguration() const
Checks if the Node supports configuration of the channel frequency class filter.
",7789:"
The model numbers for each of the Wireless Nodes.
",8428:"
RadioFeatures
Represents radio features of a WirelessNode.
",8566:"
Represents the types of microcontrollers possible on the Wireless Devices.
",8574:"
Represents the types of data collection methods that can be performed on the Node.
",8594:"
Represents the types of data formats that Nodes can be configured to send when sampling.
",8604:"
Represents the types of sampling modes the Node can be in.
",8611:"
Represents the types of default modes the Node can have.  This is the mode the Node starts in, as well as the mode the node goes into after an inactivity timeout.
",8617:"
Represents the frequency (channel) that can be used for Wireless Devices.
",8635:"
Represents the transmit powers that can be used for Wireless Devices.
",8655:"
Represents the equation types that can be used for calibration coefficients on Wireless Nodes.
",8658:"
Represents the unit types that can be used for calibration coefficients on Wireless Nodes.
",8782:"
Represents the settling times used for thermocouple and voltage inputs on some Wireless Nodes.
",8799:"
Represents the thermocouple types supported by some Wireless Nodes.
",8830:"
The possible sample rates that are available for Wireless Nodes.
",8885:"
The possible region codes for the device.
",8952:"
The filter options (used for anti-aliasing and low-pass filter)
",8989:"
The high pass filter options.
",8992:"
The channel frequency class filter options.
",8996:"
The options available for configuring what happens when the storage limit is reached when logging to a Node.
",8999:"
The options available for input range on supported Nodes.
",9136:"
Available Data Modes.
",9141:"
Available Derived Channel Categories for configuration.
",9154:"
The options that can be configured for the velocity derived channel.
",9155:"
Available Communication Protocol types.
",9158:"
Available Voltages.
",9168:"
Available Sensor Output Modes.
",9186:"
Typedef for a map of eeprom locations (uint16) to values (uint16).
",9478:"
ChannelMask
Represents the channel mask (active and inactive channels) for a WirelessNode.
",9710:"
BaseStation
Represents a MicroStrain Base Station object
",9881:"
LinearEquation
Represents a linear equation (y = mx + b).
",10144:"
Value
Represents a single value that can be stored/accessed in multiple ways.
",10245:"
typedef for a Node\'s node address.
",10274:"
The possible states a device can be in.
",10291:"
Timestamp
Represents a date/time object
",10328:"
TimeSpan
Represents a range of time
",10409:"
Version
Class that represents, and provides helper functions for, a Version number
",10453:"
Error_NotSupported
A command/feature was attempted to be used that was not supported.
",10468:"
Error_Communication
The exception for failing to communicate with a device.
",10472:"
Error_NodeCommunication
The exception for failing to communicate with a WirelessNode.
",10479:"
Error_Connection
The generic connection exception.
",10511:"
Error_InvalidNodeConfig
The Configuration for a WirelessNode is invalid.
",8548:"
MockWirelessNode_Impl
Contains the Mock implementation logic for a WirelessNode.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/WirelessNode_Impl.html b/v66.0.1/MSCL_Docs/classes/C/WirelessNode_Impl.html deleted file mode 100644 index fd036b8f8..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/WirelessNode_Impl.html +++ /dev/null @@ -1,683 +0,0 @@ - - -WirelessNode_Impl - - - - - - - -
-
WirelessNode_Impl
-
WirelessNode_Impl
MockWirelessNode_Impl
-

Contains the implementation logic for a WirelessNode.  Most WirelessNode commands call these commands.

-
- -
-
Functions
-
- -
-
WirelessNode_Impl
-
WirelessNode_Impl(
NodeAddress nodeAddress,
const BaseStation &basestation
)
-

Creates a WirelessNode_Impl object.

Parameters
nodeAddress
NodeAddress

the node address of the node

basestation
const BaseStation&

the node's parent Base Station

-
- -
-
Variables
-
- -
-
m_address
-
NodeAddress m_address
-

The address of the Node.

-
- -
-
m_baseStation
-
BaseStation m_baseStation
-

The Node's parent BaseStation.

-
- -
-
m_eepromSettings
-
NodeEepromSettings m_eepromSettings
-

The eeprom settings to use for the NodeEeprom object.

-
- -
-
m_protocolMutex
-
mutable std::recursive_mutex m_protocolMutex
-

The mutex used when determining the device protocol.

-
- -
-
m_protocol_lxrs
-
mutable std::unique_ptr<WirelessProtocol> m_protocol_lxrs
-

The WirelessProtocol containing all of the protocol commands and info for this Node when the Node is in LXRS radio mode.

-
- -
-
m_protocol_lxrsPlus
-
mutable std::unique_ptr<WirelessProtocol> m_protocol_lxrsPlus
-

The WirelessProtocol containing all of the protocol commands and info for this Node when the Node is in LXRS+ radio mode.

-
- -
-
m_eeprom
-
mutable std::unique_ptr<NodeEeprom> m_eeprom
-

The NodeEeprom that handles reading and writing eeprom values with the Node and eeprom cache.

-
- -
-
m_eepromHelper
-
mutable std::unique_ptr<NodeEepromHelper> m_eepromHelper
-

The NodeEepromHelper used for high level reads and writes on the Node.

-
- -
-
m_features
-
mutable std::unique_ptr<NodeFeatures> m_features
-

The NodeFeatures containing the features for this Node.

-
- -
-
Functions
-
- -
-
determineProtocols
-
void determineProtocols() const
-

Determines the WirelessProtocols to use based on the Node's ASPP version.  All WirelessProtocol member variables will be updated.

-
- -
-
eeprom
-
virtual NodeEeprom& eeprom() const
-

Gets a reference to the NodeEeprom for this Node.

-
- -
-
wirelessProtocol
-
const WirelessProtocol& wirelessProtocol()
-

Gets a reference to the WirelessProtocol for this Node for the parent BaseStation's current comm protocol setting.

-
- -
-
eeHelper
-
NodeEepromHelper& eeHelper() const
-

Gets a reference to the NodeEepromHelper for this Node.

-
- -
-
features
-
virtual const NodeFeatures& features() const
-

Gets a reference to the NodeFeatures for this Node.

Exceptions
-
- -
-
protocol
-
virtual const WirelessProtocol& protocol(
WirelessTypes::CommProtocol commProtocol
) const
-

Gets a reference to the WirelessProtocol for this Node.  Note: This requires communicating to the Node if creating the protocol for the first time.

Parameters
commProtocol
WirelessTypes::CommProtocol

The WirelessTypes::CommProtocol to get the protocol for.

Exceptions
-
- -
-
lastCommunicationTime
-
const Timestamp& lastCommunicationTime() const
-

Gets the Timestamp for the last time MSCL communicated with the Node.

-
- -
-
lastDeviceState
-
DeviceState lastDeviceState() const
-

Gets the last known DeviceState for the Node.

-
- -
-
setBaseStation
-
void setBaseStation(
const BaseStation &basestation
)
-

Sets the node's parent Base Station, which will perform all communication with the Node.

Parameters
basestation
const BaseStation&

the BaseStation object to be assigned to the Node, which will perform all communication with the Node.

-
- -
-
getBaseStation
-
BaseStation& getBaseStation()
-

Gets a reference to the BaseStation that is assigned to this Node.

-
- -
-
hasBaseStation
-
bool hasBaseStation(
const BaseStation &basestation
) const
-

Checks whether the given BaseStation is the same BaseStation that is assigned to this Node.

Parameters
basestation
const BaseStation&

The BaseStation to check if it is the same as this Node's parent BaseStation.

Returns

true if the basestation is the same as this Node's parent BaseStation, false if it is different.

-
- -
-
useGroupRead
-
void useGroupRead(
bool useGroup
)
-

Enables or disables the use of group eeprom read when trying to read a single value (enabled by default).

Parameters
useGroup
bool

Whether the group eeprom read commands can be used (true) or whether to restrict to single eeprom reads (false).

-
- -
-
setReadWriteRetries
-
void setReadWriteRetries(
uint8 numRetries
)
-

Sets the number of retry attempts for reading and writing with the Node.

Parameters
numRetries
uint8

The number of retries to set for all reading and writing with the Node.

-
- -
-
getReadWriteRetries
-
uint8 getReadWriteRetries() const
-

Gets the number of retry attempts for reading and writing config options with the Node.

-
- -
-
useEepromCache
-
void useEepromCache(
bool useCache
)
-

Sets whether or not to utilize the eeprom cache when configuring this Node (default of enabled).

Parameters
useCache
bool

whether the eeprom cache should be used (true) or not (false).

-
- -
-
clearEepromCache
-
void clearEepromCache()
-

Clears the eeprom cache for this Node.

-
- -
-
getEepromCache
-
WirelessTypes::EepromMap getEepromCache() const
-

Gets a copy of the eeprom cache as a WirelessTypes::EepromMap.

-
- -
-
nodeAddress
-
NodeAddress nodeAddress() const
-

Gets the node address of the Node.

Returns

The node address of the Node.

-
- -
-
frequency
-
WirelessTypes::Frequency frequency() const
-

Gets the WirelessTypes::Frequency that the Node is believed to be on.  If the frequency is unknown, it will be read from Eeprom.

Exceptions
-
- -
-
communicationProtocol
-
WirelessTypes::CommProtocol communicationProtocol() const
-

Gets the WirelessTypes::CommProtocol that the Node is currently set to use.

Exceptions
-
- -
-
firmwareVersion
-
virtual Version firmwareVersion() const
-

Gets the firmware Version of the Node.

Exceptions
-
- -
-
model
-
virtual WirelessModels::NodeModel model() const
-

Gets the WirelessModels::NodeModel of the Node.

Exceptions
-
- -
-
serial
-
virtual std::string serial() const
-

Gets the serial number of the Node.

Exceptions
-
- -
-
microcontroller
-
virtual WirelessTypes::MicroControllerType microcontroller() const
-

Gets the WirelessTypes::MicroControllerType of the Node.

Exceptions
-
- -
-
radioFeatures
-
virtual RadioFeatures radioFeatures() const
-

Gets the RadioFeatures of the Node.

Exceptions
-
- -
-
dataStorageSize
-
virtual uint64 dataStorageSize() const
-

Gets the number of bytes available for data storage on the Node.

Exceptions
-
- -
-
regionCode
-
virtual WirelessTypes::RegionCode regionCode() const
-

Gets the region code currently set on the Node.

Exceptions
-
- -
-
verifyConfig
-
bool verifyConfig(
const WirelessNodeConfig &config,
ConfigIssues &outIssues
) const
-

Checks whether the settings in the given WirelessNodeConfig are ok to be written to the Node.  Options that are set will also be validated against each other. If an option that needs to be validated isn't currently set, it will be read from the Node.

Parameters
config
const WirelessNodeConfig&

The WirelessNodeConfig to verify the configuration for.

outIssues
ConfigIssues&

The ConfigIssues that will hold any resulting issues that are found with the configuration.

Returns

true if the configuration is valid. false if the configuration is invalid and outIssues should be checked for more information.

Exceptions
-
- -
-
applyConfig
-
void applyConfig(
const WirelessNodeConfig &config
)
-

Applies a WirelessNodeConfig to the Node.

Parameters
config
const WirelessNodeConfig&

The WirelessNodeConfig to apply to the Node.

Exceptions
-
- -
-
getNumDatalogSessions
-
virtual uint16 getNumDatalogSessions()
-

Reads the number of datalog sessions that are currently stored on the Node.

Exceptions
-
- -
-
percentFull
-
virtual float percentFull()
-

Gets the internal datalogging memory percentage that is currently stored on the Node.

Exceptions
-
- -
-
getDefaultMode
-
WirelessTypes::DefaultMode getDefaultMode() const
-

Reads the WirelessTypes::DefaultMode that is currently set on the Node.

Exceptions
-
- -
-
getInactivityTimeout
-
uint16 getInactivityTimeout() const
-

Reads the user inactivity timeout (in seconds) that is currently set on the Node.

Exceptions
-
- -
-
getCheckRadioInterval
-
uint8 getCheckRadioInterval() const
-

Reads the check radio interval that is currently set on the Node.

Exceptions
-
- -
-
getTransmitPower
-
WirelessTypes::TransmitPower getTransmitPower() const
-

Reads the WirelessTypes::TransmitPower that is currently set on the Node.

Exceptions
-
- -
-
getSamplingMode
-
WirelessTypes::SamplingMode getSamplingMode() const
-

Gets the WirelessTypes::SamplingMode that is currently set on the Node.

Exceptions
-
- -
-
getActiveChannels
-
ChannelMask getActiveChannels() const
-

Gets the ChannelMask currently set on the Node, representing which channels are enabled and disabled.

Exceptions
-
- -
-
getSampleRate
-
WirelessTypes::WirelessSampleRate getSampleRate() const
-

Gets the WirelessTypes::WirelessSampleRate currently set on the Node.

Exceptions
-
- -
-
getNumSweeps
-
uint32 getNumSweeps() const
-

Gets the number of sweeps currently set on the Node, which affects the duration of sampling if unlimited duration is disabled, or the duration of each burst if the sampling mode is Sync Sampling Burst.

Exceptions
-
- -
-
getUnlimitedDuration
-
bool getUnlimitedDuration() const
-

Gets whether or not unlimited sampling duration is enabled on the Node.

Exceptions
-
- -
-
getDataFormat
-
WirelessTypes::DataFormat getDataFormat() const
-

Gets the WirelessTypes::DataFormat that is currently set on the Node.

Exceptions
-
- -
-
getDataCollectionMethod
-
WirelessTypes::DataCollectionMethod getDataCollectionMethod() const
-

Gets the WirelessTypes::DataCollectionMethod that is currently set on the Node, representing how the data will be collected.  Note: this has no affect if the sampling mode is Armed Datalogging, as this mode only operates in "log only".

Exceptions
-
- -
-
getTimeBetweenBursts
-
TimeSpan getTimeBetweenBursts() const
-

Gets the amount of time between each burst currently set on the Node.

Exceptions
-
- -
-
getLostBeaconTimeout
-
uint16 getLostBeaconTimeout() const
-

Gets the lost beacon timeout, in minutes, currently set on the Node.

Exceptions
-
- -
-
getPullUpResistor
-
bool getPullUpResistor(
const ChannelMask &mask
) const
-

Gets whether or not the pull-up resistor is enabled on the Node.

Parameters
mask
const ChannelMask&

The ChannelMask of the pull-up resistor to read.

Exceptions
-
- -
-
getSensorOutputMode
-
WirelessTypes::SensorOutputMode getSensorOutputMode() const
-

Gets the WirelessTypes::SensorOutputMode currently set on the Node.

Exceptions
-
- -
-
getInputRange
-
WirelessTypes::InputRange getInputRange(
const ChannelMask &mask
) const
-

Reads the input range of the specified ChannelMask.

Parameters
mask
const ChannelMask&

The ChannelMask of the input range to read.

Exceptions
-
- -
-
getHardwareOffset
-
uint16 getHardwareOffset(
const ChannelMask &mask
) const
-

Reads the hardware offset of the specified ChannelMask currently set on the Node.

Parameters
mask
const ChannelMask&

The ChannelMask of the hardware offset to read.

Exceptions
-
- -
-
getAntiAliasingFilter
-
WirelessTypes::Filter getAntiAliasingFilter(
const ChannelMask &mask
) const
-

Reads the Anti-Aliasing Filter of the specified ChannelMask currently set on the Node.

Parameters
mask
const ChannelMask&

The ChannelMask of the filter to read.

Exceptions
-
- -
-
getLowPassFilter
-
WirelessTypes::Filter getLowPassFilter(
const ChannelMask &mask
) const
-

Reads the Low-Pass Filter of the specified ChannelMask currently set on the Node.

Parameters
mask
const ChannelMask&

The ChannelMask of the low-pass filter to read.

Exceptions
-
- -
-
getHighPassFilter
-
WirelessTypes::HighPassFilter getHighPassFilter(
const ChannelMask &mask
) const
-

Reads the High-Pass Filter of the specified ChannelMask currently set on the Node.

Parameters
mask
const ChannelMask&

The ChannelMask of the high-pass filter to read.

Exceptions
-
- -
-
getCfcFilterConfiguration
-
WirelessTypes::ChannelFrequencyClass getCfcFilterConfiguration() const
-

Reads the channel frequency class filter option set on the Node.  See Also: NodeFeatures::supportsCfcFilterConfiguration

Returns

The WirelessTypes::ChannelFrequencyClass currently set on the Node.

Exceptions
-
- -
-
getDebounceFilter
-
uint16 getDebounceFilter(
const ChannelMask &mask
) const
-

Reads the Debounce Filter of the specified ChannelMask currently set on the Node.

Parameters
mask
const ChannelMask&

The ChannelMask of the debounce filter to read.

Exceptions
-
- -
-
getGaugeFactor
-
float getGaugeFactor(
const ChannelMask &mask
) const
-

Reads the gauge factor of the specified ChannelMask currently set on the Node.

Parameters
mask
const ChannelMask&

The ChannelMask of the gauge factor to read.

Exceptions
-
- -
-
getExcitationVoltage
-
WirelessTypes::Voltage getExcitationVoltage() const
-

Reads the Excitation WirelessTypes::Voltage currently set on the Node.

Exceptions
-
- -
-
getAdcVoltageRef
-
WirelessTypes::Voltage getAdcVoltageRef() const
-

Reads the ADC WirelessTypes::Voltage Reference of the Node.

Exceptions
-
- -
-
getGainAmplifierVoltageRef
-
WirelessTypes::Voltage getGainAmplifierVoltageRef() const
-

Reads the Gain Amplifier WirelessTypes::Voltage Reference of the Node.

Exceptions
-
- -
-
getGaugeResistance
-
uint16 getGaugeResistance() const
-

Reads the gauge resistance currently set on the Node.

Exceptions
-
- -
-
getNumActiveGauges
-
uint16 getNumActiveGauges() const
-

Reads the Number of Active Gauges currently set on the Node.

Exceptions
-
- -
-
getLinearEquation
-
LinearEquation getLinearEquation(
const ChannelMask &mask
) const
-

Gets the linear equation of the specified ChannelMask currently set on the Node.

Exceptions
-
- -
-
getUnit
-
WirelessTypes::CalCoef_Unit getUnit(
const ChannelMask &mask
) const
-

Reads the unit of the specified ChannelMask currently set on the Node.

Exceptions
-
- -
-
getEquationType
-
WirelessTypes::CalCoef_EquationType getEquationType(
const ChannelMask &mask
) const
-

Reads the WirelessTypes::CalCoef_EquationType of the specified ChannelMask currently set on the Node.

Returns

The WirelessTypes::CalCoef_EquationType currently set on the Node for this ChannelMask.

Exceptions
-
- -
-
getFactoryCalibrationLinearEq
-
LinearEquation getFactoryCalibrationLinearEq(
const ChannelMask &mask
) const
-

Gets the factory-calibrated linear equation for the specified ChannelMask.

Parameters
mask
const ChannelMask&

The ChannelMask of the linear equation to read.

Returns

A LinearEquation object representing the linear equation that was set during factory calibration.

Exceptions
-
- -
-
getFactoryCalibrationUnit
-
WirelessTypes::CalCoef_Unit getFactoryCalibrationUnit(
const ChannelMask &mask
) const
-

Reads the factory calibration unit for the specified ChannelMask.

Parameters
mask
const ChannelMask&

The ChannelMask of the unit to read.

Returns

The WirelessTypes::CalCoef_Unit used during factory calibration of this ChannelMask

Exceptions
-
- -
-
getFactoryCalibrationEqType
-
WirelessTypes::CalCoef_EquationType getFactoryCalibrationEqType(
const ChannelMask &mask
) const
-

Reads the factory calibration WirelessTypes::CalCoef_EquationType for the specified ChannelMask.

Parameters
mask
const ChannelMask&

The ChannelMask of the equation type to read.

Returns

The WirelessTypes::CalCoef_EquationType set during factory calibration for this ChannelMask.

Exceptions
-
- -
-
getFilterSettlingTime
-
WirelessTypes::SettlingTime getFilterSettlingTime(
const ChannelMask &mask
) const
-

Reads the filter settling time of the specified ChannelMask.

Parameters
mask
const ChannelMask&

The ChannelMask of the filter settling time to read.

Exceptions
-
- -
-
getThermocoupleType
-
WirelessTypes::ThermocoupleType getThermocoupleType(
const ChannelMask &mask
) const
-

Reads the WirelessTypes::ThermocoupleType of the specified ChannelMask currently set on the Node.

Parameters
mask
const ChannelMask&

The ChannelMask of the thermocouple type to read.

Exceptions
-
- -
-
getTempSensorOptions
-
TempSensorOptions getTempSensorOptions(
const ChannelMask &mask
) const
-

Reads the TempSensorOptions of the specified ChannelMask currently set on the Node.

Parameters
mask
const ChannelMask&

The ChannelMask of the TempSensorOptions to read.

Exceptions
-
- -
-
getFatigueOptions
-
FatigueOptions getFatigueOptions() const
-

Reads the FatigueOptions currently set on the Node.

Exceptions
-
- -
-
getHistogramOptions
-
HistogramOptions getHistogramOptions() const
-

Reads the HistogramOptions currently set on the Node.

Exceptions
-
- -
-
getActivitySense
-
ActivitySense getActivitySense() const
-

Reads the ActivitySense options currently set on the Node.

Exceptions
-
- -
-
getEventTriggerOptions
-
EventTriggerOptions getEventTriggerOptions() const
-

Reads the EventTriggerOptions currently set on the Node.

Exceptions
-
- -
-
getDiagnosticInterval
-
uint16 getDiagnosticInterval() const
-

Reads the interval (in seconds) at which the diagnostic info is configured to be sent.

Exceptions
-
- -
-
getStorageLimitMode
-
WirelessTypes::StorageLimitMode getStorageLimitMode() const
-

Rates the WirelessTypes::StorageLimitMode that the Node is configured for.  This determines what happens when the datalogging storage limit is reached on the Node.

Exceptions
-
- -
-
getSensorDelay
-
uint32 getSensorDelay() const
-

Reads the sensor delay (in microseconds) that is currently set on the Node.

Exceptions
-
- -
-
getDataMode
-
WirelessTypes::DataMode getDataMode() const
-

Reads the WirelessTypes::DataMode that is currently set on the Node.

Exceptions
-
- -
-
getDerivedDataRate
-
WirelessTypes::WirelessSampleRate getDerivedDataRate() const
-

Reads the WirelessTypes::WirelessSampleRate for all Derived Data Channels that is currently set on the Node.

Exceptions
-
- -
-
getDerivedChannelMask
-
ChannelMask getDerivedChannelMask(
WirelessTypes::DerivedCategory category
) const
-

Reads the ChannelMask for an individual WirelessTypes::DerivedCategory that is currently set on the Node.  This represents which of the actual Node's channels are set to be mapped to derived channels.  For example, if the mask for RMS has ch1 and ch3 active, ch1RMS and ch3RMS channels will be output.

Parameters
category
WirelessTypes::DerivedCategory

The WirelessTypes::DerivedCategory to read the channel mask for.

Returns

A ChannelMask that is currently set on the Node for the requested <WirelessTypes::DerivedChannel>.

Exceptions
-
- -
-
getDerivedVelocityUnit
-
WirelessTypes::DerivedVelocityUnit getDerivedVelocityUnit() const
-

Reads the WirelessTypes::DerivedVelocityUnit which indicates which unit the Velocity derived channel is set to.

Returns

A WirelessTypes::DerivedVelocityUnit.

Exceptions
-
- -
-
ping
-
virtual PingResponse ping()
-

Performs a Long Ping command on the Node to check the communication between the Base Station and the Node.

Returns

A PingResponse object that can be queried to get details of the ping command's response.

Exceptions
-
- -
-
sleep
-
virtual bool sleep()
-

Puts the Node into a low power, sleep mode.  This command attempts to ping the node before sending the sleep command, to verify communication.

Returns

true if the sleep command was successful, false otherwise.

Exceptions
-
- -
-
cyclePower
-
virtual void cyclePower()
-

Cycles the power on the Node.  Many configuration changes that are applied to the node do not take affect until the power is cycled.

Exceptions
-
- -
-
resetRadio
-
virtual void resetRadio()
-

Resets the radio on the Node.

Exceptions
-
- -
-
changeFrequency
-
virtual void changeFrequency(
WirelessTypes::Frequency frequency
)
-

Changes the radio frequency of the Node.

Parameters
frequency
WirelessTypes::Frequency

The WirelessTypes::Frequency to change the Node to.

Exceptions
-
- -
-
setToIdle
-
virtual SetToIdleStatus setToIdle()
-

Attempts to set the Node to the Idle state so that it can be communicated with (stops it sampling, wakes it up if asleep).

Returns

A SetToIdleStatus object that can be queried to get the status of the Set to Idle operation.

Exceptions
-
- -
-
erase
-
virtual void erase()
-

Erases all logged data on the Node.

Exceptions
-
- -
-
startNonSyncSampling
-
virtual bool startNonSyncSampling()
-

Starts the Node in Non-Synchronized Sampling Mode.

Exceptions
-
- -
-
clearHistogram
-
virtual void clearHistogram()
-

Clears the Histogram on the Node.

Exceptions
-
- -
-
autoBalance
-
virtual AutoBalanceResult autoBalance(
const ChannelMask &mask,
float targetPercent
)
-

Performs an Auto Balance command on a specified channel on the Node.

Parameters
mask
const ChannelMask&

The ChannelMask to perform the auto balance command on.

targetPercent
float

The percentage (0.0 - 100.0) of the range to balance to.

Returns

The AutoBalanceResult containing information from the auto balance command.

Exceptions
-
- -
-
autoCal_shmLink
-
virtual AutoCalResult_shmLink autoCal_shmLink()
-

Performs automatic calibration for the SHM-Link Wireless Node.

Returns

The AutoCalResult_shmLink containing the result of the auto cal operation.

Exceptions
-
- -
-
autoCal_shmLink201
-
virtual AutoCalResult_shmLink201 autoCal_shmLink201()
-

Performs automatic calibration for the SHM-Link-201 Wireless Node.

Returns

The AutoCalResult_shmLink201 containing the result of the auto cal operation.

Exceptions
-
- -
-
autoShuntCal
-
virtual AutoShuntCalResult autoShuntCal(
const ChannelMask &mask,
const ShuntCalCmdInfo &commandInfo
)
-

Performs automatic shunt calibration for a specified ChannelMask on supported Nodes.

Parameters
mask
const ChannelMask&

The ChannelMask to perform the auto cal shunt command on.

commandInfo
const ShuntCalCmdInfo&

The ShuntCalCmdInfo to use for the shunt cal operation.

Returns

The AutoShuntCalResult containing the result of the auto cal operation.

Exceptions
-
- -
-
poll
-
WirelessPollData poll(
const ChannelMask &mask
)
-

Polls the WirelessNode to get a single sweep of calibrated data.

Parameters
chs

The ChannelMask to poll data for. Note: if a channel is active that isn't supported by the Node, it will be ignored.

Returns

A <WirelessPollData> map holding the result of the poll.

Exceptions
-
- -
-
readEeprom
-
virtual uint16 readEeprom(
uint16 location
) const
-

Reads a uint16 from the given eeprom location of the node. This may use a page download or a read eeprom command.  If the value stored in the eeprom cache is still valid, this will be returned instead.

Parameters
location
uint16

The specific eeprom location to read from

Returns

The uint16 value read from the specified EEPROM location

Exceptions
-
- -
-
readEeprom
-
virtual Value readEeprom(
const EepromLocation &location
) const
-

Reads a value from the given EepromLocation of the node. This may use a page download or a read eeprom command.  If the value stored in the eeprom cache is still valid, this will be returned instead.

Parameters
location
const EepromLocation&

The EepromLocation to read from.

Returns

The value read from the specified EEPROM location as a Value object.

Exceptions
-
- -
-
writeEeprom
-
virtual void writeEeprom(
uint16 location,
uint16 value
)
-

Writes a uint16 to the given eeprom location of the node.  If successful, the cache will be updated with the changed value as well.

Parameters
location
uint16

The specific eeprom location to write to

value
uint16

The uint16 value to write to the eeprom location

Exceptions
-
- -
-
writeEeprom
-
virtual void writeEeprom(
const EepromLocation &location,
const Value &val
)
-

Writes a value to the given EepromLocation of the node.  If successful, the cache will be updated with the changed value as well.

Parameters
location
const EepromLocation&

The specific EepromLocation to write to.

value

The value to write to the eeprom location, as a Value.

Exceptions
-
- -
-
getDiagnosticInfo
-
virtual void getDiagnosticInfo(
ChannelData &result
)
-

Performs an immediate request for the Node's Diagnostic Info.

Parameters
result
ChannelData&

The <ChannelData> container that will be filled with the result upon success.

Exceptions
-
- -
-
testCommProtocol
-
virtual bool testCommProtocol(
WirelessTypes::CommProtocol commProtocol
)
-

Tests if the Node will still be able to communicate after changing the Node's communication protocol.  This is recommended to be used before changing communication protocol as the range can change between protocol modes.  Note: Both the Node and BaseStation will return to the current protocol after this test.

Parameters
commProtocol
WirelessTypes::CommProtocol

The WirelessTypes::CommProtocol to test.

Returns

true if the Node had good communication (responded to pings) in the new protocol.

Exceptions
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/WirelessPacket-Summary.js b/v66.0.1/MSCL_Docs/classes/C/WirelessPacket-Summary.js deleted file mode 100644 index dd45867c6..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/WirelessPacket-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:WirelessPacket","WirelessPacket");NDSummary.OnSummaryLoaded("CClass:WirelessPacket",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Enums","Enumeration"],["Functions","Function"],["Groups","Group"],["Types","Type"],["Variables","Variable"]],[[7176,0,0,"WirelessPacket"],[7177,0,4,"Types","Types"],[7178,0,5,"Payload","Payload"],[7179,0,4,"Constants","Constants"],[7180,0,1,"Wireless Packet Bytes","Wireless_Packet_Bytes"],[7181,0,1,,"ASPP_V1_SOP"],[7182,0,1,,"ASPP_V2_SOP"],[7183,0,1,,"ASPP_V3_SOP"],[7184,0,1,"Wireless Packet Information","Wireless_Packet_Information"],[7185,0,1,,"ASPP_MIN_RESPONSE_PACKET_SIZE"],[7186,0,1,,"ASPP_V1_NUM_BYTES_BEFORE_PAYLOAD"],[7187,0,1,,"ASPP_V1_NUM_BYTES_AFTER_PAYLOAD"],[7188,0,1,,"ASPP_V2_NUM_BYTES_BEFORE_PAYLOAD"],[7189,0,1,,"ASPP_V2_NUM_BYTES_AFTER_PAYLOAD"],[7190,0,1,,"ASPP_V3_NUM_BYTES_BEFORE_PAYLOAD"],[7191,0,1,,"ASPP_V3_NUM_BYTES_AFTER_PAYLOAD"],[7192,0,4,"Types","Types(2)"],[7193,0,2,"PacketType","PacketType"],[7194,0,2,"AsppVersion","AsppVersion"],[7195,0,1,,"aspp_v1"],[7196,0,1,,"aspp_v2"],[7197,0,1,,"aspp_v3"],[7198,0,2,"ResponseErrorCode","ResponseErrorCode"],[7199,0,1,,"error_none"],[7200,0,1,,"error_unknownEeprom"],[7201,0,1,,"error_outOfBounds"],[7202,0,1,,"error_readOnly"],[7203,0,1,,"error_hardwareError"],[7204,0,4,"Functions","Functions"],[7205,0,3,"WirelessPacket","WirelessPacket"],[7206,0,3,"throwEepromResponseError","throwEepromResponseError"],[7207,0,4,"Variables","Variables"],[7208,0,6,"m_asppVersion","m_asppVersion"],[7209,0,6,"m_deliveryStopFlags","m_deliveryStopFlags"],[7210,0,6,"m_type","m_type"],[7211,0,6,"m_nodeAddress","m_nodeAddress"],[7212,0,6,"m_nodeRSSI","m_nodeRSSI"],[7213,0,6,"m_baseRSSI","m_baseRSSI"],[7214,0,6,"m_frequency","m_frequency"],[7215,0,6,"m_payload","m_payload"],[7216,0,4,"Functions","Functions(2)"],[7217,0,3,"isDataPacket","isDataPacket"],[7218,0,3,"isDataPacket","isDataPacket(2)"],[7219,0,3,"isDiscoveryPacket","isDiscoveryPacket"],[7220,0,3,"asppVersion","asppVersion"],[7221,0,3,"asppVersion","asppVersion(2)"],[7222,0,3,"deliveryStopFlags","deliveryStopFlags"],[7223,0,3,"deliveryStopFlags","deliveryStopFlags(2)"],[7224,0,3,"type","type"],[7225,0,3,"type","type(2)"],[7226,0,3,"nodeAddress","nodeAddress"],[7227,0,3,"nodeAddress","nodeAddress(2)"],[7228,0,3,"nodeRSSI","nodeRSSI"],[7229,0,3,"nodeRSSI","nodeRSSI(2)"],[7230,0,3,"baseRSSI","baseRSSI"],[7231,0,3,"baseRSSI","baseRSSI(2)"],[7232,0,3,"frequency","frequency"],[7233,0,3,"frequency","frequency(2)"],[7234,0,3,"payload","payload"],[7235,0,3,"payload","payload(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/WirelessPacket-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/WirelessPacket-SummaryToolTips.js deleted file mode 100644 index 1619dbffe..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/WirelessPacket-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:WirelessPacket",{7176:"
WirelessPacket
Represents a MicroStrain wireless packet
",7178:"
typedef for the bytes that make up a payload in a packet
",7194:"
The possible ASPP versions
",7198:"
Possible error codes from response packets.
",7205:"
WirelessPacket()
The default constructor for a wireless packet
",7206:"
static void throwEepromResponseError(
ResponseErrorCode errorCode,
uint16 location
)
Throws an exception based on a ResponseErrorCode from a read/write eeprom command.  Not all error codes will cause an exception.
",7208:"
AsppVersion m_asppVersion
The AsppVersion for the packet.
",7209:"
DeliveryStopFlags m_deliveryStopFlags
The delivery stop flags of the packet
",7210:"
PacketType m_type
The packet type of the packet
",7211:"
NodeAddress m_nodeAddress
The node address in the packet
",7212:"
int16 m_nodeRSSI
The node received signal strength indicator (strength of which the node received the command from the base station).  This value will be set to -200 if the packet contains a legacy junk lqi byte that should be thrown out.
",7213:"
int16 m_baseRSSI
The base received signal strength indicator (strength of which the base station received the response from the node).
",7214:"
WirelessTypes::Frequency m_frequency
The WirelessTypes::Frequency that this packet was collected on.
",7215:"
Payload m_payload
The payload bytes in the packet
",7217:"
Gets whether or not the packet is a Data packet.
",7218:"
static bool isDataPacket(
PacketType type
)
Gets whether or not the packet is a Data packet.
",7219:"
bool isDiscoveryPacket() const
Gets whether or not the packet is a Node Discovery packet.
",7220:"
AsppVersion asppVersion() const
Gets the ASPP version of the packet.
",7221:"
void asppVersion(
AsppVersion ver
)
Sets the ASPP version of the packet.
",7222:"
DeliveryStopFlags deliveryStopFlags() const
Gets the delivery stop flags for the packet
",7223:"
void deliveryStopFlags(
DeliveryStopFlags flags
)
Sets the delivery stop flags to the passed in flags
",7224:"
PacketType type() const
Gets the packet type of the packet
",7225:"
void type(
PacketType packetType
)
Sets the packet type of the packet
",7226:"
NodeAddress nodeAddress() const
Gets the node address of the packet
",7227:"
void nodeAddress(
NodeAddress address
)
Sets the node address of the packet
",7228:"
int16 nodeRSSI() const
Gets the node RSSI of the packet
",7229:"
void nodeRSSI(
int16 rssi
)
Sets the node RSSI of the packet
",7230:"
int16 baseRSSI() const
Gets the base station RSSI of the packet
",7231:"
void baseRSSI(
int16 rssi
)
Sets the base station RSSI of the packet
",7232:"
WirelessTypes::Frequency frequency() const
Gets the WirelessTypes::Frequency that the packet was collected on
",7233:"
void frequency(
WirelessTypes::Frequency freq
)
Sets the WirelessTypes::Frequency that the packet was collected on
",7234:"
const Payload& payload() const
Gets the payload bytes of the packet
",7235:"
void payload(
const Bytes &bytes
)
Sets the payload bytes of the packet
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/WirelessPacket-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/WirelessPacket-ToolTips.js deleted file mode 100644 index 17f91d0b5..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/WirelessPacket-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7178:"
typedef for the bytes that make up a payload in a packet
",7194:"
The possible ASPP versions
",7198:"
Possible error codes from response packets.
",8617:"
Represents the frequency (channel) that can be used for Wireless Devices.
",9361:"
DeliveryStopFlags
The delivery stop flags indicate which stops on the pipeline act on the application data
",10245:"
typedef for a Node\'s node address.
",10253:"
typedef for a vector of bytes.
",10453:"
Error_NotSupported
A command/feature was attempted to be used that was not supported.
",7236:"
WirelessDataPacket
A class representing a Wireless Data Packet.
",7363:"
NodeDiscoveryPacket_v5
A class representing a MicroStrain "node discovery" packet (version 5).
",7381:"
NodeDiscoveryPacket_v4
A class representing a MicroStrain "node discovery" packet (version 4).
",7546:"
NodeDiscoveryPacket_v3
A class representing a MicroStrain "node discovery" packet (version 3).
",7568:"
NodeDiscoveryPacket_v2
A class representing a MicroStrain "node discovery" packet (version 2).
",7580:"
NodeDiscoveryPacket
A class representing a MicroStrain "node discovery" packet
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/WirelessPacket.html b/v66.0.1/MSCL_Docs/classes/C/WirelessPacket.html deleted file mode 100644 index 3ad395401..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/WirelessPacket.html +++ /dev/null @@ -1,243 +0,0 @@ - - -WirelessPacket - - - - - - - -
-
WirelessPacket
- -

Represents a MicroStrain wireless packet

-
- -
-
Types
-
- -
-
Payload
-

typedef for the bytes that make up a payload in a packet

-
- -
-
Constants
-
- -
-
Wireless Packet Bytes
-
ASPP_V1_SOP

0xAA  - The "Start of Packet" byte for the ASPP v1 packets

ASPP_V2_SOP

0xAB  - The "Start of Packet" byte for the ASPP v2 packets

ASPP_V3_SOP

0xAC  - The "Start of Packet" byte for the ASPP v3 packets

-
- -
-
Wireless Packet Information
-
ASPP_MIN_RESPONSE_PACKET_SIZE

10  - The minimum number of bytes to make a valid ASPP Response packet (Payload len + NODE RSSI + BASE RSSI + Checksum)

ASPP_V1_NUM_BYTES_BEFORE_PAYLOAD

6  - The number of bytes in the ASPPv1 packets before the payload

ASPP_V1_NUM_BYTES_AFTER_PAYLOAD

4  - The number of bytes in the ASPPv1 packets after the payload

ASPP_V2_NUM_BYTES_BEFORE_PAYLOAD

9  - The number of bytes in the ASPPv2 packets before the payload

ASPP_V2_NUM_BYTES_AFTER_PAYLOAD

4  - The number of bytes in the ASPPv2 packets after the payload

ASPP_V3_NUM_BYTES_BEFORE_PAYLOAD

9  - The number of bytes in the ASPPv3 packets before the payload

ASPP_V3_NUM_BYTES_AFTER_PAYLOAD

6  - The number of bytes in the ASPPv3 packets after the payload

-
- -
-
Types
-
- -
-
PacketType
-
- -
-
AsppVersion
-

The possible ASPP versions

aspp_v1

0 - ASPP v1.X

aspp_v2

1 - ASPP v2.X

aspp_v3

2 - ASPP v3.X

-
- -
-
ResponseErrorCode
-

Possible error codes from response packets.

error_none

0x00 - No Error.

error_unknownEeprom

0x01 - An Unknown/Unsupported Eeprom was attempted to be accessed.

error_outOfBounds

0x02 - An out of bounds value was attempted to be used.

error_readOnly

0x03 - Attempted to write to a read only Eeprom location.

error_hardwareError

0x04 - A hardware error has occurred.

-
- -
-
Functions
-
- -
-
WirelessPacket
-
WirelessPacket()
-

The default constructor for a wireless packet

-
- -
-
throwEepromResponseError
-
static void throwEepromResponseError(
ResponseErrorCode errorCode,
uint16 location
)
-

Throws an exception based on a ResponseErrorCode from a read/write eeprom command.  Not all error codes will cause an exception.

Parameters
errorCode
ResponseErrorCode

The ResponseErrorCode to use for potentially throwing an exception.

location
uint16

The eeprom location associated with the command.

Exceptions
- Error_NotSupported

invalid eeprom location, value out of bounds, or read only eeprom location.

-
- -
-
Variables
-
- -
-
m_asppVersion
-
AsppVersion m_asppVersion
-

The AsppVersion for the packet.

-
- -
-
m_deliveryStopFlags
-
DeliveryStopFlags m_deliveryStopFlags
-

The delivery stop flags of the packet

-
- -
-
m_type
-
PacketType m_type
-

The packet type of the packet

-
- -
-
m_nodeAddress
-
NodeAddress m_nodeAddress
-

The node address in the packet

-
- -
-
m_nodeRSSI
-
int16 m_nodeRSSI
-

The node received signal strength indicator (strength of which the node received the command from the base station).  This value will be set to -200 if the packet contains a legacy junk lqi byte that should be thrown out.

-
- -
-
m_baseRSSI
-
int16 m_baseRSSI
-

The base received signal strength indicator (strength of which the base station received the response from the node).

-
- -
-
m_frequency
- -

The WirelessTypes::Frequency that this packet was collected on.

-
- -
-
m_payload
-
Payload m_payload
-

The payload bytes in the packet

-
- -
-
Functions
-
- -
-
isDataPacket
-

Gets whether or not the packet is a Data packet.

Returns

true if the packet is a data packet, false otherwise.  bool isDataPacket() const;

-
- -
-
isDataPacket
-
static bool isDataPacket(
PacketType type
)
-

Gets whether or not the packet is a Data packet.

Returns

true if the packet is a data packet, false otherwise.

-
- -
-
isDiscoveryPacket
-
bool isDiscoveryPacket() const
-

Gets whether or not the packet is a Node Discovery packet.

Returns

true if the packet is a discovery packet, false otherwise.

-
- -
-
asppVersion
-
AsppVersion asppVersion() const
-

Gets the ASPP version of the packet.

-
- -
-
asppVersion
-
void asppVersion(
AsppVersion ver
)
-

Sets the ASPP version of the packet.

-
- -
-
deliveryStopFlags
-
DeliveryStopFlags deliveryStopFlags() const
-

Gets the delivery stop flags for the packet

Returns

The delivery stop flags as a DeliveryStopFlags object

-
- -
-
deliveryStopFlags
-
void deliveryStopFlags(
DeliveryStopFlags flags
)
-

Sets the delivery stop flags to the passed in flags

Parameters
flags
DeliveryStopFlags

the delivery stop flags to set

-
- -
-
type
-
PacketType type() const
-

Gets the packet type of the packet

Returns

The packet type as a PacketType enumeration

-
- -
-
type
-
void type(
PacketType packetType
)
-

Sets the packet type of the packet

Parameters
packetType
PacketType

The packet type to set, as a PacketType enumeration

-
- -
-
nodeAddress
-
NodeAddress nodeAddress() const
-

Gets the node address of the packet

Returns

The node address of the packet

-
- -
-
nodeAddress
-
void nodeAddress(
NodeAddress address
)
-

Sets the node address of the packet

Parameters
address
NodeAddress

The node address to set

-
- -
-
nodeRSSI
-
int16 nodeRSSI() const
-

Gets the node RSSI of the packet

Returns

The node RSSI

-
- -
-
nodeRSSI
-
void nodeRSSI(
int16 rssi
)
-

Sets the node RSSI of the packet

Parameters
rssi
int16

The node rssi to set

-
- -
-
baseRSSI
-
int16 baseRSSI() const
-

Gets the base station RSSI of the packet

Returns

The base station RSSI

-
- -
-
baseRSSI
-
void baseRSSI(
int16 rssi
)
-

Sets the base station RSSI of the packet

Parameters
rssi
int16

The base station RSSI

-
- -
-
frequency
-
WirelessTypes::Frequency frequency() const
-

Gets the WirelessTypes::Frequency that the packet was collected on

Returns

The WirelessTypes::Frequency that the packet was collected on

-
- -
-
frequency
-
void frequency(
WirelessTypes::Frequency freq
)
-

Sets the WirelessTypes::Frequency that the packet was collected on

Parameters
freq
WirelessTypes::Frequency

The WirelessTypes::Frequency that the packet was collected on

-
- -
-
payload
-
const Payload& payload() const
-

Gets the payload bytes of the packet

Returns

The payload of the packet, as a vector of bytes

-
- -
-
payload
-
void payload(
const Bytes &bytes
)
-

Sets the payload bytes of the packet

Parameters
bytes
const Bytes&

The payload of the packet, as a vector of bytes

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/WirelessPacketCollector-Summary.js b/v66.0.1/MSCL_Docs/classes/C/WirelessPacketCollector-Summary.js deleted file mode 100644 index 9d3a23141..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/WirelessPacketCollector-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:WirelessPacketCollector","WirelessPacketCollector");NDSummary.OnSummaryLoaded("CClass:WirelessPacketCollector",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[7154,0,0,"WirelessPacketCollector"],[7155,0,2,"Functions","Functions"],[7156,0,1,"WirelessPacketCollector","WirelessPacketCollector"],[7157,0,1,"WirelessPacketCollector","WirelessPacketCollector(2)"],[7158,0,2,"Variables","Variables"],[7159,0,3,"m_dataPackets","m_dataPackets"],[7160,0,3,"m_nodeDiscoveryPackets","m_nodeDiscoveryPackets"],[7161,0,3,"m_currentDataPacket","m_currentDataPacket"],[7162,0,3,"m_packetMutex","m_packetMutex"],[7163,0,3,"m_nodeDiscoveryMutex","m_nodeDiscoveryMutex"],[7164,0,3,"m_emptyBufferCondition","m_emptyBufferCondition"],[7165,0,2,"Functions","Functions(2)"],[7166,0,1,"addDataPacket","addDataPacket"],[7167,0,1,"addNodeDiscoveryPacket","addNodeDiscoveryPacket"],[7168,0,1,"getDataSweeps","getDataSweeps"],[7169,0,1,"totalSweeps","totalSweeps"],[7170,0,1,"getNodeDiscoveries","getNodeDiscoveries"],[7171,0,1,"getNextDataPacket","getNextDataPacket"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/WirelessPacketCollector-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/WirelessPacketCollector-SummaryToolTips.js deleted file mode 100644 index 303981f9e..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/WirelessPacketCollector-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:WirelessPacketCollector",{7154:"
WirelessPacketCollector
Class that sets/matches expected responses, and stores all the wireless packets
",7156:"
WirelessPacketCollector()
The default constructor for the WirelessPacketCollector
",7157:"
~WirelessPacketCollector()
The destructor for the WirelessPacketCollector
",7159:"
circular_data_buffer m_dataPackets
A circular buffer that holds WirelessDataPackets
",7160:"
circular_discovery_buffer m_nodeDiscoveryPackets
A circular buffer that holds NodeDiscovery objects
",7161:"
WirelessDataPacket m_currentDataPacket
The current WirelessDataPacket in the buffer
",7162:"
std::mutex m_packetMutex
A mutex used for thread safety when accessing/modifying the m_dataPackets buffer
",7163:"
std::mutex m_nodeDiscoveryMutex
A mutex used for thread safety when accessing/modifying the m_nodeDiscoveryPackets buffer
",7164:"
std::condition_variable m_emptyBufferCondition
Allows the write to buffer thread to tell the reading thread when data is available
",7166:"
void addDataPacket(
const WirelessPacket &packet
)
Adds a data packet to the data packets circular buffer.
",7167:"
void addNodeDiscoveryPacket(
const WirelessPacket &packet
)
Adds a Node Discovery packet to the circular buffer.  The provided WirelessPacket must be a valid Node Discovery packet.
",7168:"
void getDataSweeps(
std::vector<DataSweep> &sweeps,
uint32 timeout = 0,
uint32 maxSweeps = 0
)
Gets up to the requested amount of data sweeps that have been collected.
",7169:"
uint32 totalSweeps()
Gets the total number of data sweeps that are currently in the buffer.
",7170:"
NodeDiscoveries getNodeDiscoveries()
Gets a vector of NodeDiscovery objects that were collected
",7171:"
WirelessDataPacket getNextDataPacket(
int timeout
)
Gets the next WirelessDataPacket in the buffer
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/WirelessPacketCollector-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/WirelessPacketCollector-ToolTips.js deleted file mode 100644 index 458335b3c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/WirelessPacketCollector-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7159:"
circular_data_buffer m_dataPackets
A circular buffer that holds WirelessDataPackets
",7160:"
circular_discovery_buffer m_nodeDiscoveryPackets
A circular buffer that holds NodeDiscovery objects
",7176:"
WirelessPacket
Represents a MicroStrain wireless packet
",7236:"
WirelessDataPacket
A class representing a Wireless Data Packet.
",8500:"
NodeDiscovery
Represents 1 node discovery, which is created when a Wireless Node Discovery packet is sent from a Node.  Note: There are multiple versions of Node Discovery packets which have been developed over time.  Each version has added more useful information. If an earlier version of the Node Discovery packet is heard, this NodeDiscovery object will have some information be invalid (set to default values).
",9379:"
DataSweep
Represents 1 data sweep, including data for each channel, a timestamp, and a sample rate
",10457:"
Error_NoData
There is no data available to be accessed
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/WirelessPacketCollector.html b/v66.0.1/MSCL_Docs/classes/C/WirelessPacketCollector.html deleted file mode 100644 index ef8b82a18..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/WirelessPacketCollector.html +++ /dev/null @@ -1,113 +0,0 @@ - - -WirelessPacketCollector - - - - - - - -
-
WirelessPacketCollector
-
WirelessPacketCollector
-

Class that sets/matches expected responses, and stores all the wireless packets

-
- -
-
Functions
-
- -
-
WirelessPacketCollector
-
WirelessPacketCollector()
-

The default constructor for the WirelessPacketCollector

-
- -
-
WirelessPacketCollector
-
~WirelessPacketCollector()
-

The destructor for the WirelessPacketCollector

-
- -
-
Variables
-
- -
-
m_dataPackets
-
circular_data_buffer m_dataPackets
-

A circular buffer that holds WirelessDataPackets

-
- -
-
m_nodeDiscoveryPackets
-
circular_discovery_buffer m_nodeDiscoveryPackets
-

A circular buffer that holds NodeDiscovery objects

-
- -
-
m_currentDataPacket
-
WirelessDataPacket m_currentDataPacket
-

The current WirelessDataPacket in the buffer

-
- -
-
m_packetMutex
-
std::mutex m_packetMutex
-

A mutex used for thread safety when accessing/modifying the m_dataPackets buffer

-
- -
-
m_nodeDiscoveryMutex
-
std::mutex m_nodeDiscoveryMutex
-

A mutex used for thread safety when accessing/modifying the m_nodeDiscoveryPackets buffer

-
- -
-
m_emptyBufferCondition
-
std::condition_variable m_emptyBufferCondition
-

Allows the write to buffer thread to tell the reading thread when data is available

-
- -
-
Functions
-
- -
-
addDataPacket
-
void addDataPacket(
const WirelessPacket &packet
)
-

Adds a data packet to the data packets circular buffer.

Parameters
packet
const WirelessPacket&

The WirelessPacket to be added to the buffer.

-
- -
-
addNodeDiscoveryPacket
-
void addNodeDiscoveryPacket(
const WirelessPacket &packet
)
-

Adds a Node Discovery packet to the circular buffer.  The provided WirelessPacket must be a valid Node Discovery packet.

Parameters
packet
const WirelessPacket&

The WirelessPacket to be added to the buffer.

-
- -
-
getDataSweeps
-
void getDataSweeps(
std::vector<DataSweep> &sweeps,
uint32 timeout = 0,
uint32 maxSweeps = 0
)
-

Gets up to the requested amount of data sweeps that have been collected.

Parameters
sweeps
std::vector<DataSweep>&

A vector of DataSweep objects to hold the result.

timeout
uint32

The timeout, in milliseconds, to wait for data if necessary (default of 0).

maxSweeps
uint32

The maximum number of sweeps to return. If this is 0 (default), all sweeps will be returned.

-
- -
-
totalSweeps
-
uint32 totalSweeps()
-

Gets the total number of data sweeps that are currently in the buffer.

Returns

The total number of data sweeps that are currently in the buffer.

-
- -
-
getNodeDiscoveries
-
NodeDiscoveries getNodeDiscoveries()
-

Gets a vector of NodeDiscovery objects that were collected

Returns

A NodeDiscoveries object contain all the NodeDiscovery objects that were collected

-
- -
-
getNextDataPacket
-
WirelessDataPacket getNextDataPacket(
int timeout
)
-

Gets the next WirelessDataPacket in the buffer

Parameters
timeout
int

the timeout, in milliseconds, to wait for the next data packet if necessary

Returns

The next WirelessDataPacket that was collected

Exceptions
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/WirelessPacketUtils-Summary.js b/v66.0.1/MSCL_Docs/classes/C/WirelessPacketUtils-Summary.js deleted file mode 100644 index 5f8047383..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/WirelessPacketUtils-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:WirelessPacketUtils","WirelessPacketUtils");NDSummary.OnSummaryLoaded("CClass:WirelessPacketUtils",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[7172,0,0,"WirelessPacketUtils"],[7173,0,2,"Functions","Functions"],[7174,0,1,"correctPacketType","correctPacketType"],[7175,0,1,"packetIntegrityCheck","packetIntegrityCheck"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/WirelessPacketUtils-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/WirelessPacketUtils-SummaryToolTips.js deleted file mode 100644 index 149df442e..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/WirelessPacketUtils-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:WirelessPacketUtils",{7172:"
WirelessPacketUtils
Contains useful utility functions for interfacing with MicroStrain\'s Wireless packets
",7174:"
static void correctPacketType(
WirelessPacket &packet
)
Some packets are not properly identified.  This function looks for special cases of misidentified packets and corrects them.
",7175:"
static bool packetIntegrityCheck(
const WirelessPacket &packet
)
Verifies that the packet matches the packet type that it is currently set to
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/WirelessPacketUtils-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/WirelessPacketUtils-ToolTips.js deleted file mode 100644 index 84029c567..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/WirelessPacketUtils-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7176:"
WirelessPacket
Represents a MicroStrain wireless packet
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/WirelessPacketUtils.html b/v66.0.1/MSCL_Docs/classes/C/WirelessPacketUtils.html deleted file mode 100644 index a1d53e102..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/WirelessPacketUtils.html +++ /dev/null @@ -1,33 +0,0 @@ - - -WirelessPacketUtils - - - - - - - -
-
WirelessPacketUtils
-
WirelessPacketUtils
-

Contains useful utility functions for interfacing with MicroStrain's Wireless packets

-
- -
-
Functions
-
- -
-
correctPacketType
-
static void correctPacketType(
WirelessPacket &packet
)
-

Some packets are not properly identified.  This function looks for special cases of misidentified packets and corrects them.

Parameters
packet
WirelessPacket&

A reference to a WirelessPacket which contains all the wireless packet data and info

-
- -
-
packetIntegrityCheck
-
static bool packetIntegrityCheck(
const WirelessPacket &packet
)
-

Verifies that the packet matches the packet type that it is currently set to

Parameters
packet
const WirelessPacket&

A reference to the WirelessPacket to check the integrity of

Returns

true if the packet's bytes are what they should be for its current type, false otherwise

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/WirelessParser-Summary.js b/v66.0.1/MSCL_Docs/classes/C/WirelessParser-Summary.js deleted file mode 100644 index d27278c10..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/WirelessParser-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:WirelessParser","WirelessParser");NDSummary.OnSummaryLoaded("CClass:WirelessParser",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Enums","Enumeration"],["Functions","Function"],["Groups","Group"],["Types","Type"],["Variables","Variable"]],[[7758,0,0,"WirelessParser"],[7759,0,4,"Types","Types"],[7760,0,2,"ParsePacketResult","ParsePacketResult"],[7761,0,1,,"parsePacketResult_completePacket"],[7762,0,1,,"parsePacketResult_invalidPacket"],[7763,0,1,,"parsePacketResult_badChecksum"],[7764,0,1,,"parsePacketResult_notEnoughData"],[7765,0,1,,"parsePacketResult_duplicate"],[7766,0,4,"Functions","Functions"],[7767,0,3,"WirelessParser","WirelessParser"],[7768,0,4,"Types","Types(2)"],[7769,0,5,"DuplicateCheckMap","DuplicateCheckMap"],[7770,0,4,"Variables","Variables"],[7771,0,6,"m_packetCollector","m_packetCollector"],[7772,0,6,"m_responseCollector","m_responseCollector"],[7773,0,6,"m_rawBytePacketCollector","m_rawBytePacketCollector"],[7774,0,6,"m_lastPacketMap","m_lastPacketMap"],[7775,0,4,"Functions","Functions(2)"],[7776,0,3,"processPacket","processPacket"],[7777,0,3,"findMatchingResponse","findMatchingResponse"],[7778,0,3,"findMatchingResponse","findMatchingResponse(2)"],[7779,0,3,"isDuplicate","isDuplicate"],[7780,0,3,"parseAsPacket_ASPP_v1","parseAsPacket_ASPP_v1"],[7781,0,3,"parseAsPacket_ASPP_v2","parseAsPacket_ASPP_v2"],[7782,0,3,"parseAsPacket_ASPP_v3","parseAsPacket_ASPP_v3"],[7783,0,3,"parseAsPacket","parseAsPacket"],[7784,0,3,"findPacketInBytes","findPacketInBytes"],[7785,0,3,"parse","parse"],[7786,0,3,"operator <","operator<"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/WirelessParser-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/WirelessParser-SummaryToolTips.js deleted file mode 100644 index 0f2ecf748..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/WirelessParser-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:WirelessParser",{7758:"
WirelessParser
Parses all wireless data and stores it in a corresponding container
",7767:"
WirelessParser(
WirelessPacketCollector &packetCollector,
std::weak_ptr<ResponseCollector> responseCollector,
RawBytePacketCollector &rawBytePacketCollector
)
Constructor for WirelessParser
",7769:"
A typedef for a map of <DuplicateCheckKey>s to a timestamp or tick value to check for packet duplication
",7771:"
WirelessPacketCollector& m_packetCollector
The WirelessPacketCollector associated with this parser and it\'s parent base station
",7772:"
std::weak_ptr<ResponseCollector> m_responseCollector
The ResponseCollector associated with this parser and it\'s parent base station
",7773:"
RawBytePacketCollector& m_rawBytePacketCollector
The RawBytePacketCollector associated with this parser and its parent device
",7774:"
DuplicateCheckMap m_lastPacketMap
A DuplicateCheckMap containing node addresses and their uniqueId values
",7776:"
bool processPacket(
const WirelessPacket &packet,
std::size_t lastReadPos
)
Takes a WirelessPacket, adds it to the data container if it is a data packet, or adds it to the appropriate handler depending on the packet type
",7777:"
bool findMatchingResponse(
DataBuffer &data
)
Takes a DataBuffer of bytes and checks if the packet collector has any responses it is waiting on.  If it does, and the bytes match the expected response, the bytes are "given" to the packet collector and the read position is moved.
",7778:"
bool findMatchingResponse(
const WirelessPacket &packet,
std::size_t lastReadPos
)
Takes a WirelessPacket and checks if the packet collector has any responses it is waiting on.  If it does, and the packet matches the expected response, the packet is "given" to the packet collector.
",7779:"
bool isDuplicate(
const WirelessPacket &packet
)
Checks whether the passed in packet is a duplicate of the previous packet that came in.
",7780:"
WirelessParser::ParsePacketResult parseAsPacket_ASPP_v1(
DataBuffer &data,
WirelessPacket &packet,
WirelessTypes::Frequency freq
)
Takes a DataBuffer that has had its read position moved to the start of a packet and verifies that the bytes form a valid ASPP v1 packet.
",7781:"
WirelessParser::ParsePacketResult parseAsPacket_ASPP_v2(
DataBuffer &data,
WirelessPacket &packet,
WirelessTypes::Frequency freq
)
Takes a DataBuffer that has had its read position moved to the start of a packet and verifies that the bytes form a valid ASPP v2 packet.
",7782:"
WirelessParser::ParsePacketResult parseAsPacket_ASPP_v3(
DataBuffer &data,
WirelessPacket &packet,
WirelessTypes::Frequency freq
)
Takes a DataBuffer that has had its read position moved to the start of a packet and verifies that the bytes form a valid ASPP v3 packet.
",7783:"
WirelessParser::ParsePacketResult parseAsPacket(
DataBuffer &data,
WirelessPacket &packet,
WirelessTypes::Frequency freq
)
Takes a DataBuffer that has had its read position moved to the start of a packet and verifies that the bytes form a valid ASPP v1 or v2 packet.
",7784:"
WirelessPacket::PacketType findPacketInBytes(
DataBuffer &data,
WirelessTypes::Frequency freq
)
Checks for packets after the current bytes buffer\'s read position (starting at the next byte, not the current one).  If a packet is found, the packet is processed and the byte buffer\'s read position is moved.  If a packet is not found, nothing changes in the byte buffer
",7785:"
void parse(
DataBuffer &data,
WirelessTypes::Frequency freq
)
Takes a DataBuffer and finds the next ASPP Wireless Packet, or the next command response that is expected by the base station.
",7786:"
const bool operator < (
const WirelessParser::DuplicateCheckKey& key1, 
const WirelessParser::DuplicateCheckKey& key2
)
Less than operator for <WirelessPareser::DuplicateCheckKey> so that it can be used in a map.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/WirelessParser-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/WirelessParser-ToolTips.js deleted file mode 100644 index e0993ffe3..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/WirelessParser-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({62:"
RawBytePacketCollector
Class that sets/matches expected responses, and stores all the Inertial packets
",7154:"
WirelessPacketCollector
Class that sets/matches expected responses, and stores all the wireless packets
",7176:"
WirelessPacket
Represents a MicroStrain wireless packet
",7769:"
A typedef for a map of <DuplicateCheckKey>s to a timestamp or tick value to check for packet duplication
",8617:"
Represents the frequency (channel) that can be used for Wireless Devices.
",9848:"
ResponseCollector
Stores all the expected command responses
",9916:"
Used to easily read a container of bytes
",9928:"
DataBuffer
A buffer of bytes extending from the ByteStream class that is used for holding bytes read in from the connection
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/WirelessParser.html b/v66.0.1/MSCL_Docs/classes/C/WirelessParser.html deleted file mode 100644 index e51c2c5f3..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/WirelessParser.html +++ /dev/null @@ -1,143 +0,0 @@ - - -WirelessParser - - - - - - - -
-
WirelessParser
-
WirelessParser
-

Parses all wireless data and stores it in a corresponding container

-
- -
-
Types
-
- -
-
ParsePacketResult
-
parsePacketResult_completePacket

The packet has been verified as a complete ASPP packet

parsePacketResult_invalidPacket

The packet is not a valid ASPP packet, at least one byte was incorrect

parsePacketResult_badChecksum

The packet looks like a valid ASPP packet, but the checksums do not match

parsePacketResult_notEnoughData

There is not enough data in the DataBuffer to determine if this is a valid/invalid ASPP packet

parsePacketResult_duplicate

The packet was a duplicate data packet of the last received packet

-
- -
-
Functions
-
- -
-
WirelessParser
-
WirelessParser(
WirelessPacketCollector &packetCollector,
std::weak_ptr<ResponseCollector> responseCollector,
RawBytePacketCollector &rawBytePacketCollector
)
-

Constructor for WirelessParser

Parameters
packetCollector
WirelessPacketCollector&

the WirelessPacketCollector to be associated with this parser

responseCollector
std::weak_ptr<ResponseCollector>

the ResponseCollector to be associated with this parser

rawBytePacketCollector
RawBytePacketCollector&

the RawBytePacketCollector to be associated with this parser

-
- -
-
Types
-
- -
-
DuplicateCheckMap
-

A typedef for a map of <DuplicateCheckKey>s to a timestamp or tick value to check for packet duplication

-
- -
-
Variables
-
- -
-
m_packetCollector
-
WirelessPacketCollector& m_packetCollector
-

The WirelessPacketCollector associated with this parser and it's parent base station

-
- -
-
m_responseCollector
-
std::weak_ptr<ResponseCollector> m_responseCollector
-

The ResponseCollector associated with this parser and it's parent base station

-
- -
-
m_rawBytePacketCollector
-
RawBytePacketCollector& m_rawBytePacketCollector
-

The RawBytePacketCollector associated with this parser and its parent device

-
- -
-
m_lastPacketMap
-
DuplicateCheckMap m_lastPacketMap
-

A DuplicateCheckMap containing node addresses and their uniqueId values

-
- -
-
Functions
-
- -
-
processPacket
-
bool processPacket(
const WirelessPacket &packet,
std::size_t lastReadPos
)
-

Takes a WirelessPacket, adds it to the data container if it is a data packet, or adds it to the appropriate handler depending on the packet type

Parameters
packet
const WirelessPacket&

A verified, valid WirelessPacket

lastReadPos
std::size_t

The last read position where the packet was parsed from.

Returns

true if the packet was processed successfully (was data or a response we expected), false if it failed to be processed.

-
- -
-
findMatchingResponse
-
bool findMatchingResponse(
DataBuffer &data
)
-

Takes a DataBuffer of bytes and checks if the packet collector has any responses it is waiting on.  If it does, and the bytes match the expected response, the bytes are "given" to the packet collector and the read position is moved.

Parameters
data
DataBuffer&

A DataBuffer containing bytes to parse

Returns

true if the bytes matched an expected response, false otherwise

-
- -
-
findMatchingResponse
-
bool findMatchingResponse(
const WirelessPacket &packet,
std::size_t lastReadPos
)
-

Takes a WirelessPacket and checks if the packet collector has any responses it is waiting on.  If it does, and the packet matches the expected response, the packet is "given" to the packet collector.

Parameters
packet
const WirelessPacket&

A WirelessPacket to match against expected responses

lastReadPos
std::size_t

The last read position where the packet was parsed from.

Returns

true if the packet matched an expected response, false otherwise

-
- -
-
isDuplicate
-
bool isDuplicate(
const WirelessPacket &packet
)
-

Checks whether the passed in packet is a duplicate of the previous packet that came in.

Parameters
packet
const WirelessPacket&

The WirelessPacket to check for duplicate.

Returns

true if the packet is a duplicate, false otherwise.

-
- -
-
parseAsPacket_ASPP_v1
- -

Takes a DataBuffer that has had its read position moved to the start of a packet and verifies that the bytes form a valid ASPP v1 packet.

Parameters
data
DataBuffer&

A DataBuffer with its read position at the start of a an ASPP v1 packet (0xAA).

packet
WirelessPacket&

A WirelessPacket to hold all the packet information if the packet is verified from the DataBuffer.

freq
WirelessTypes::Frequency

A WirelessTypes::Frequency representing the frequency that this data was collected on.

Returns

A ParsePacketResult describing if the packet was verified, or why it failed verification.

-
- -
-
parseAsPacket_ASPP_v2
- -

Takes a DataBuffer that has had its read position moved to the start of a packet and verifies that the bytes form a valid ASPP v2 packet.

Parameters
data
DataBuffer&

A DataBuffer with its read position at the start of a an ASPP v2 packet (0xAB).

packet
WirelessPacket&

A WirelessPacket to hold all the packet information if the packet is verified from the DataBuffer.

freq
WirelessTypes::Frequency

A WirelessTypes::Frequency representing the frequency that this data was collected on.

Returns

A ParsePacketResult describing if the packet was verified, or why it failed verification.

-
- -
-
parseAsPacket_ASPP_v3
- -

Takes a DataBuffer that has had its read position moved to the start of a packet and verifies that the bytes form a valid ASPP v3 packet.

Parameters
data
DataBuffer&

A DataBuffer with its read position at the start of a an ASPP v3 packet (0xAC).

packet
WirelessPacket&

A WirelessPacket to hold all the packet information if the packet is verified from the DataBuffer.

freq
WirelessTypes::Frequency

A WirelessTypes::Frequency representing the frequency that this data was collected on.

Returns

A ParsePacketResult describing if the packet was verified, or why it failed verification.

-
- -
-
parseAsPacket
- -

Takes a DataBuffer that has had its read position moved to the start of a packet and verifies that the bytes form a valid ASPP v1 or v2 packet.

Parameters
data
DataBuffer&

A DataBuffer with its read position at the start of a packet (0xAA).

packet
WirelessPacket&

A WirelessPacket to hold all the packet information if the packet is verified from the DataBuffer.

freq
WirelessTypes::Frequency

A WirelessTypes::Frequency representing the frequency that this data was collected on.

Returns

A ParsePacketResult describing if the packet was verified, or why it failed verification.

-
- -
-
findPacketInBytes
- -

Checks for packets after the current bytes buffer's read position (starting at the next byte, not the current one).  If a packet is found, the packet is processed and the byte buffer's read position is moved.  If a packet is not found, nothing changes in the byte buffer

Parameters
data
DataBuffer&

The bytes to look through for a packet

freq
WirelessTypes::Frequency

The WirelessTypes::Frequency that this data was collected on

Returns

type of ASPP Packet found

-
- -
-
parse
-
void parse(
DataBuffer &data,
WirelessTypes::Frequency freq
)
-

Takes a DataBuffer and finds the next ASPP Wireless Packet, or the next command response that is expected by the base station.

If an ASPP packet is found, the packet will be stored in the WirelessPacketCollector.  If a command response is found and is expected, it will be handled and passed to the base station directly.

Parameters
data
DataBuffer&

A DataBuffer containing bytes that should be parsed for MicroStrain packets.

freq
WirelessTypes::Frequency

The WirelessTypes::Frequency representing the radio frequency that this data was collected on.

-
- -
-
operator <
-
const bool operator < (
const WirelessParser::DuplicateCheckKey& key1, 
const WirelessParser::DuplicateCheckKey& key2
)
-

Less than operator for <WirelessPareser::DuplicateCheckKey> so that it can be used in a map.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/WirelessProtocol-Summary.js b/v66.0.1/MSCL_Docs/classes/C/WirelessProtocol-Summary.js deleted file mode 100644 index b9bc8226a..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/WirelessProtocol-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:WirelessProtocol","WirelessProtocol");NDSummary.OnSummaryLoaded("CClass:WirelessProtocol",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Enums","Enumeration"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[5300,0,0,"WirelessProtocol"],[5301,0,4,"Variables","Variables"],[5302,0,5,"m_pingBase","m_pingBase"],[5303,0,5,"m_hardBaseReset","m_hardBaseReset"],[5304,0,5,"m_softBaseReset","m_softBaseReset"],[5305,0,5,"m_readBaseEeprom","m_readBaseEeprom"],[5306,0,5,"m_writeBaseEeprom","m_writeBaseEeprom"],[5307,0,5,"m_enableBeacon","m_enableBeacon"],[5308,0,5,"m_beaconStatus","m_beaconStatus"],[5309,0,5,"m_startRfSweep","m_startRfSweep"],[5310,0,5,"m_longPing","m_longPing"],[5311,0,5,"m_sleep","m_sleep"],[5312,0,5,"m_readNodeEeprom","m_readNodeEeprom"],[5313,0,5,"m_writeNodeEeprom","m_writeNodeEeprom"],[5314,0,5,"m_pageDownload","m_pageDownload"],[5315,0,5,"m_autoBalance","m_autoBalance"],[5316,0,5,"m_autoCal_shm","m_autoCal_shm"],[5317,0,5,"m_autoCal_shm201","m_autoCal_shm201"],[5318,0,5,"m_autoShuntCal","m_autoShuntCal"],[5319,0,5,"m_getDiagnosticInfo","m_getDiagnosticInfo"],[5320,0,5,"m_erase","m_erase"],[5321,0,5,"m_startSyncSampling","m_startSyncSampling"],[5322,0,5,"m_datalogSessionInfo","m_datalogSessionInfo"],[5323,0,5,"m_getDatalogData","m_getDatalogData"],[5324,0,5,"m_startNonSyncSampling","m_startNonSyncSampling"],[5325,0,5,"m_setToIdle","m_setToIdle"],[5326,0,5,"m_hardReset","m_hardReset"],[5327,0,5,"m_softReset","m_softReset"],[5328,0,5,"m_batchEepromRead","m_batchEepromRead"],[5329,0,5,"m_testNodeCommProtocol","m_testNodeCommProtocol"],[5330,0,5,"m_poll","m_poll"],[5331,0,4,"Constants","Constants"],[5332,0,1,"BASE_STATION_ADDRESS","BASE_STATION_ADDRESS"],[5333,0,4,"Functions","Functions"],[5334,0,3,"asppVersionFromBaseFw","asppVersionFromBaseFw"],[5335,0,3,"asppVersionFromNodeFw","asppVersionFromNodeFw"],[5336,0,3,"getProtocol","getProtocol"],[5337,0,3,"v1_0","v1_0"],[5338,0,3,"v1_1","v1_1"],[5339,0,3,"v1_2","v1_2"],[5340,0,3,"v1_3","v1_3"],[5341,0,3,"v1_4","v1_4"],[5342,0,3,"v1_5","v1_5"],[5343,0,3,"v1_6","v1_6"],[5344,0,3,"v1_7","v1_7"],[5345,0,3,"v1_8","v1_8"],[5346,0,3,"v1_9","v1_9"],[5347,0,3,"v3_0","v3_0"],[5348,0,3,"v3_1","v3_1"],[5349,0,4,"Types","Types"],[5350,0,2,"CommandID","CommandID"],[5351,0,1,,"cmdId_basePing_v1"],[5352,0,1,,"cmdId_basePing_v2"],[5353,0,1,,"cmdId_shortPing_v1"],[5354,0,1,,"cmdId_longPing_v1"],[5355,0,1,,"cmdId_readSingleSensor"],[5356,0,1,,"cmdId_readEeprom_v1"],[5357,0,1,,"cmdId_writeEeprom_v1"],[5358,0,1,,"cmdId_pageDownload"],[5359,0,1,,"cmdId_erase"],[5360,0,1,,"cmdId_writeEeprom_v2"],[5361,0,1,,"cmdId_getDiagInfo_v1"],[5362,0,1,,"cmdId_batchEepromRead"],[5363,0,1,,"cmdId_armForDatalog"],[5364,0,1,,"cmdId_triggerArmedLog"],[5365,0,1,,"cmdId_shortPing_v2"],[5366,0,1,,"cmdId_testNodeCommProtocol"],[5367,0,1,,"cmdId_baseReset_v2"],[5368,0,1,,"cmdId_reset_v2"],[5369,0,1,,"cmdId_sleep"],[5370,0,1,,"cmdId_startStreaming"],[5371,0,1,,"cmdId_startLdc_v1"],[5372,0,1,,"cmdId_startLdc_v2"],[5373,0,1,,"cmdId_startSync_v1"],[5374,0,1,,"cmdId_logSessionInfo_v1"],[5375,0,1,,"cmdId_getLogData_v1"],[5376,0,1,,"cmdId_erase_v2"],[5377,0,1,,"cmdId_autoBalance_v1"],[5378,0,1,,"cmdId_autoCal_v1"],[5379,0,1,,"cmdId_autoBalance_v2"],[5380,0,1,,"cmdId_base_readEeprom_v1"],[5381,0,1,,"cmdId_base_readEeprom_v2"],[5382,0,1,,"cmdId_base_readEeprom_v3"],[5383,0,1,,"cmdId_base_writeEeprom_v1"],[5384,0,1,,"cmdId_base_writeEeprom_v2"],[5385,0,1,,"cmdId_base_writeEeprom_v3"],[5386,0,1,,"cmdId_stopNode"],[5387,0,1,,"cmdId_stopNode_v2"],[5388,0,1,,"cmdId_base_rfScan_v1"],[5389,0,1,,"cmdId_base_setBeaconTime"],[5390,0,1,,"cmdId_base_setBeacon_v1"],[5391,0,1,,"cmdId_base_setBeacon_v2"],[5392,0,1,,"cmdId_base_getBeaconStatus_v1"],[5393,0,1,,"cmdId_poll"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/WirelessProtocol-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/WirelessProtocol-SummaryToolTips.js deleted file mode 100644 index c273f64ef..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/WirelessProtocol-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:WirelessProtocol",{5300:"
WirelessProtocol
Class containing protocol information for a device.
",5302:"
std::function<bool(
BaseStation_Impl*
)> m_pingBase
The function pointer for the Ping BaseStation protocol command.
",5303:"
std::function<void(
BaseStation_Impl*
)> m_hardBaseReset
The function pointer for the Hard BaseStation Reset protocol command.
",5304:"
std::function<void(
BaseStation_Impl*
)> m_softBaseReset
The function pointer for the Soft BaseStation Reset protocol command.
",5305:"
std::function<bool(
BaseStation_Impl*, 
uint16, 
uint16&
)> m_readBaseEeprom
The function pointer for the Read BaseStation EEPROM protocol command.
",5306:"
std::function<bool(
BaseStation_Impl*, 
uint16, 
uint16
)> m_writeBaseEeprom
The function pointer for the Write BaseStation EEPROM protocol command.
",5307:"
std::function<Timestamp(
BaseStation_Impl*, 
uint32
)> m_enableBeacon
The function pointer for the Enable Beacon protocol command.
",5308:"
std::function<BeaconStatus(
BaseStation_Impl*
)> m_beaconStatus
The function pointer for the Beacon Status protocol command.
",5309:"
std::function<void(
BaseStation_Impl*, 
uint32, 
uint32, 
uint32, 
uint16
)> m_startRfSweep
The function pointer for the Start RF Sweep Mode protocol command.
",5310:"
std::function<PingResponse(
BaseStation_Impl*, 
NodeAddress
)> m_longPing
The function pointer for the Long Ping protocol command.
",5311:"
std::function<bool(
BaseStation_Impl*, 
NodeAddress
)> m_sleep
The function pointer for the Node Sleep protocol command.
",5312:"
std::function<bool(
BaseStation_Impl*, 
NodeAddress, 
uint16, 
uint16&
)> m_readNodeEeprom
The function pointer for the Read Node Eeprom protocol command.
",5313:"
std::function<bool(
BaseStation_Impl*, 
NodeAddress, 
uint16, 
uint16
)> m_writeNodeEeprom
The function pointer for the Write Node Eeprom protocol command.
",5314:"
std::function<bool(
BaseStation_Impl*, 
NodeAddress, 
uint16, 
ByteStream&
)> m_pageDownload
The function pointer for the Node Page Download protocol command.
",5315:"
std::function<bool(
BaseStation_Impl*, 
NodeAddress, 
uint8, 
float, 
AutoBalanceResult&
)> m_autoBalance
The function pointer for the Node AutoBalance protocol command.
",5316:"
std::function<bool(
BaseStation_Impl*, 
NodeAddress, 
AutoCalResult&
)> m_autoCal_shm
The function pointer for the Node AutoCal (SHM) protocol command.
",5317:"
std::function<bool(
BaseStation_Impl*, 
NodeAddress, 
AutoCalResult&
)> m_autoCal_shm201
The function pointer for the Node AutoCal (SHM) protocol command.
",5318:"
std::function<bool(
BaseStation_Impl*, 
NodeAddress, 
const AutoCalCmdDetails&, 
AutoCalResult&
)> m_autoShuntCal
The function pointer for the Node AutoShuntCal protocol command.
",5319:"
std::function<bool(
BaseStation_Impl*, 
NodeAddress, 
ChannelData&
)> m_getDiagnosticInfo
The function pointer for the Node Get Diagnostic Info protocol command.
",5320:"
std::function<bool(
BaseStation_Impl*, 
NodeAddress
)> m_erase
The function pointer for the Node Erase protocol command.
",5321:"
std::function<bool(
BaseStation_Impl*, 
NodeAddress
)> m_startSyncSampling
The function pointer for the Node Start Sync Sampling protocol command.
",5322:"
std::function<bool(
BaseStation_Impl*, 
NodeAddress, 
DatalogSessionInfoResult&
)> m_datalogSessionInfo
The function pointer for the Node Datalog Session Info protocol command.
",5323:"
std::function<bool(
BaseStation_Impl*, 
NodeAddress, 
uint32, 
ByteStream&, 
uint16&
)> m_getDatalogData
The function pointer for the Get Node Datalog Data protocol command.
",5324:"
std::function<bool(
BaseStation_Impl*, 
NodeAddress
)> m_startNonSyncSampling
The function pointer for the Start Non Sync Sampling protocol command.
",5325:"
std::function<SetToIdleStatus(
BaseStation_Impl*, 
NodeAddress, 
const BaseStation&
)> m_setToIdle
The function pointer for the Set to Idle protocol command.
",5326:"
std::function<void(
BaseStation_Impl*, 
NodeAddress
)> m_hardReset
The function pointer for the Hard Reset protocol command.
",5327:"
std::function<void(
BaseStation_Impl*, 
NodeAddress
)> m_softReset
The function pointer for the Soft Reset protocol command.
",5328:"
std::function<bool(
BaseStation_Impl*, 
NodeAddress, 
uint16, 
std::map<uint16, uint16>&
)> m_batchEepromRead
The function pointer for the Node batch eeprom read protocol command.
",5329:"
std::function<bool(
BaseStation_Impl*, 
NodeAddress, 
WirelessTypes::CommProtocol
)> m_testNodeCommProtocol
The function pointer for the Test Node Communication Protocol command.
",5330:"
std::function<bool(
BaseStation_Impl*, 
NodeAddress, 
const ChannelMask&, 
WirelessPollData&
)> m_poll
The function pointer for the Node Poll command.
",5332:"
The address of our generic Base Station.
",5334:"
static Version asppVersionFromBaseFw(
const Version &fwVersion
)
Gets the ASPP version from the Base Station firmware version.
",5335:"
static Version asppVersionFromNodeFw(
const Version &fwVersion
)
Gets the ASPP version from the Node firmware version.
",5336:"
static std::unique_ptr<WirelessProtocol> getProtocol(
const Version &asppVersion
)
Returns the ASPP protocol based on the ASPP version.
",5337:"
static std::unique_ptr<WirelessProtocol> v1_0()
Static function to create a WirelessProtocol with version 1.0.
",5338:"
static std::unique_ptr<WirelessProtocol> v1_1()
Static function to create a WirelessProtocol with version 1.1.
",5339:"
static std::unique_ptr<WirelessProtocol> v1_2()
Static function to create a WirelessProtocol with version 1.2.
",5340:"
static std::unique_ptr<WirelessProtocol> v1_3()
Static function to create a WirelessProtocol with version 1.3.
",5341:"
static std::unique_ptr<WirelessProtocol> v1_4()
Static function to create a WirelessProtocol with version 1.4.
",5342:"
static std::unique_ptr<WirelessProtocol> v1_5()
Static function to create a WirelessProtocol with version 1.5.
",5343:"
static std::unique_ptr<WirelessProtocol> v1_6()
Static function to create a WirelessProtocol with version 1.6.
",5344:"
static std::unique_ptr<WirelessProtocol> v1_7()
Static function to create a WirelessProtocol with version 1.7.
",5345:"
static std::unique_ptr<WirelessProtocol> v1_8()
Static function to create a WirelessProtocol with version 1.8.
",5346:"
static std::unique_ptr<WirelessProtocol> v1_9()
Static function to create a WirelessProtocol with version 1.9.
",5347:"
static std::unique_ptr<WirelessProtocol> v3_0()
Static function to create a WirelessProtocol with version 3.0.
",5348:"
static std::unique_ptr<WirelessProtocol> v3_1()
Static function to create a WirelessProtocol with version 3.1.
",5350:"
The Wireless command IDs.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/WirelessProtocol-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/WirelessProtocol-ToolTips.js deleted file mode 100644 index 42a18cc73..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/WirelessProtocol-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({5300:"
WirelessProtocol
Class containing protocol information for a device.
",10409:"
Version
Class that represents, and provides helper functions for, a Version number
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/WirelessProtocol.html b/v66.0.1/MSCL_Docs/classes/C/WirelessProtocol.html deleted file mode 100644 index 776c6dd8c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/WirelessProtocol.html +++ /dev/null @@ -1,307 +0,0 @@ - - -WirelessProtocol - - - - - - - -
-
WirelessProtocol
-
WirelessProtocol
-

Class containing protocol information for a device.

-
- -
-
Variables
-
- -
-
m_pingBase
-
std::function<bool(
BaseStation_Impl*
)> m_pingBase
-

The function pointer for the Ping BaseStation protocol command.

-
- -
-
m_hardBaseReset
-
std::function<void(
BaseStation_Impl*
)> m_hardBaseReset
-

The function pointer for the Hard BaseStation Reset protocol command.

-
- -
-
m_softBaseReset
-
std::function<void(
BaseStation_Impl*
)> m_softBaseReset
-

The function pointer for the Soft BaseStation Reset protocol command.

-
- -
-
m_readBaseEeprom
-
std::function<bool(
BaseStation_Impl*, 
uint16, 
uint16&
)> m_readBaseEeprom
-

The function pointer for the Read BaseStation EEPROM protocol command.

-
- -
-
m_writeBaseEeprom
-
std::function<bool(
BaseStation_Impl*, 
uint16, 
uint16
)> m_writeBaseEeprom
-

The function pointer for the Write BaseStation EEPROM protocol command.

-
- -
-
m_enableBeacon
-
std::function<Timestamp(
BaseStation_Impl*, 
uint32
)> m_enableBeacon
-

The function pointer for the Enable Beacon protocol command.

-
- -
-
m_beaconStatus
-
std::function<BeaconStatus(
BaseStation_Impl*
)> m_beaconStatus
-

The function pointer for the Beacon Status protocol command.

-
- -
-
m_startRfSweep
-
std::function<void(
BaseStation_Impl*, 
uint32, 
uint32, 
uint32, 
uint16
)> m_startRfSweep
-

The function pointer for the Start RF Sweep Mode protocol command.

-
- -
-
m_longPing
-
std::function<PingResponse(
BaseStation_Impl*, 
NodeAddress
)> m_longPing
-

The function pointer for the Long Ping protocol command.

-
- -
-
m_sleep
-
std::function<bool(
BaseStation_Impl*, 
NodeAddress
)> m_sleep
-

The function pointer for the Node Sleep protocol command.

-
- -
-
m_readNodeEeprom
-
std::function<bool(
BaseStation_Impl*, 
NodeAddress, 
uint16, 
uint16&
)> m_readNodeEeprom
-

The function pointer for the Read Node Eeprom protocol command.

-
- -
-
m_writeNodeEeprom
-
std::function<bool(
BaseStation_Impl*, 
NodeAddress, 
uint16, 
uint16
)> m_writeNodeEeprom
-

The function pointer for the Write Node Eeprom protocol command.

-
- -
-
m_pageDownload
-
std::function<bool(
BaseStation_Impl*, 
NodeAddress, 
uint16, 
ByteStream&
)> m_pageDownload
-

The function pointer for the Node Page Download protocol command.

-
- -
-
m_autoBalance
-
std::function<bool(
BaseStation_Impl*, 
NodeAddress, 
uint8, 
float, 
AutoBalanceResult&
)> m_autoBalance
-

The function pointer for the Node AutoBalance protocol command.

-
- -
-
m_autoCal_shm
-
std::function<bool(
BaseStation_Impl*, 
NodeAddress, 
AutoCalResult&
)> m_autoCal_shm
-

The function pointer for the Node AutoCal (SHM) protocol command.

-
- -
-
m_autoCal_shm201
-
std::function<bool(
BaseStation_Impl*, 
NodeAddress, 
AutoCalResult&
)> m_autoCal_shm201
-

The function pointer for the Node AutoCal (SHM) protocol command.

-
- -
-
m_autoShuntCal
-
std::function<bool(
BaseStation_Impl*, 
NodeAddress, 
const AutoCalCmdDetails&, 
AutoCalResult&
)> m_autoShuntCal
-

The function pointer for the Node AutoShuntCal protocol command.

-
- -
-
m_getDiagnosticInfo
-
std::function<bool(
BaseStation_Impl*, 
NodeAddress, 
ChannelData&
)> m_getDiagnosticInfo
-

The function pointer for the Node Get Diagnostic Info protocol command.

-
- -
-
m_erase
-
std::function<bool(
BaseStation_Impl*, 
NodeAddress
)> m_erase
-

The function pointer for the Node Erase protocol command.

-
- -
-
m_startSyncSampling
-
std::function<bool(
BaseStation_Impl*, 
NodeAddress
)> m_startSyncSampling
-

The function pointer for the Node Start Sync Sampling protocol command.

-
- -
-
m_datalogSessionInfo
-
std::function<bool(
BaseStation_Impl*, 
NodeAddress, 
DatalogSessionInfoResult&
)> m_datalogSessionInfo
-

The function pointer for the Node Datalog Session Info protocol command.

-
- -
-
m_getDatalogData
-
std::function<bool(
BaseStation_Impl*, 
NodeAddress, 
uint32, 
ByteStream&, 
uint16&
)> m_getDatalogData
-

The function pointer for the Get Node Datalog Data protocol command.

-
- -
-
m_startNonSyncSampling
-
std::function<bool(
BaseStation_Impl*, 
NodeAddress
)> m_startNonSyncSampling
-

The function pointer for the Start Non Sync Sampling protocol command.

-
- -
-
m_setToIdle
-
std::function<SetToIdleStatus(
BaseStation_Impl*, 
NodeAddress, 
const BaseStation&
)> m_setToIdle
-

The function pointer for the Set to Idle protocol command.

-
- -
-
m_hardReset
-
std::function<void(
BaseStation_Impl*, 
NodeAddress
)> m_hardReset
-

The function pointer for the Hard Reset protocol command.

-
- -
-
m_softReset
-
std::function<void(
BaseStation_Impl*, 
NodeAddress
)> m_softReset
-

The function pointer for the Soft Reset protocol command.

-
- -
-
m_batchEepromRead
-
std::function<bool(
BaseStation_Impl*, 
NodeAddress, 
uint16, 
std::map<uint16, uint16>&
)> m_batchEepromRead
-

The function pointer for the Node batch eeprom read protocol command.

-
- -
-
m_testNodeCommProtocol
-
std::function<bool(
BaseStation_Impl*, 
NodeAddress, 
WirelessTypes::CommProtocol
)> m_testNodeCommProtocol
-

The function pointer for the Test Node Communication Protocol command.

-
- -
-
m_poll
-
std::function<bool(
BaseStation_Impl*, 
NodeAddress, 
const ChannelMask&, 
WirelessPollData&
)> m_poll
-

The function pointer for the Node Poll command.

-
- -
-
Constants
-
- -
-
BASE_STATION_ADDRESS
-

The address of our generic Base Station.

-
- -
-
Functions
-
- -
-
asppVersionFromBaseFw
-
static Version asppVersionFromBaseFw(
const Version &fwVersion
)
-

Gets the ASPP version from the Base Station firmware version.

Parameters
fwVersion
const Version&

The firmware version of the Base Station.

-
- -
-
asppVersionFromNodeFw
-
static Version asppVersionFromNodeFw(
const Version &fwVersion
)
-

Gets the ASPP version from the Node firmware version.

Parameters
fwVersion
const Version&

The firmware version of the Node.

-
- -
-
getProtocol
-
static std::unique_ptr<WirelessProtocol> getProtocol(
const Version &asppVersion
)
-

Returns the ASPP protocol based on the ASPP version.

Parameters
asppVersion
const Version&

The Version of the ASPP protocol that is supported.

-
- -
-
v1_0
-
static std::unique_ptr<WirelessProtocol> v1_0()
-

Static function to create a WirelessProtocol with version 1.0.

-
- -
-
v1_1
-
static std::unique_ptr<WirelessProtocol> v1_1()
-

Static function to create a WirelessProtocol with version 1.1.

-
- -
-
v1_2
-
static std::unique_ptr<WirelessProtocol> v1_2()
-

Static function to create a WirelessProtocol with version 1.2.

-
- -
-
v1_3
-
static std::unique_ptr<WirelessProtocol> v1_3()
-

Static function to create a WirelessProtocol with version 1.3.

-
- -
-
v1_4
-
static std::unique_ptr<WirelessProtocol> v1_4()
-

Static function to create a WirelessProtocol with version 1.4.

-
- -
-
v1_5
-
static std::unique_ptr<WirelessProtocol> v1_5()
-

Static function to create a WirelessProtocol with version 1.5.

-
- -
-
v1_6
-
static std::unique_ptr<WirelessProtocol> v1_6()
-

Static function to create a WirelessProtocol with version 1.6.

-
- -
-
v1_7
-
static std::unique_ptr<WirelessProtocol> v1_7()
-

Static function to create a WirelessProtocol with version 1.7.

-
- -
-
v1_8
-
static std::unique_ptr<WirelessProtocol> v1_8()
-

Static function to create a WirelessProtocol with version 1.8.

-
- -
-
v1_9
-
static std::unique_ptr<WirelessProtocol> v1_9()
-

Static function to create a WirelessProtocol with version 1.9.

-
- -
-
v3_0
-
static std::unique_ptr<WirelessProtocol> v3_0()
-

Static function to create a WirelessProtocol with version 3.0.

-
- -
-
v3_1
-
static std::unique_ptr<WirelessProtocol> v3_1()
-

Static function to create a WirelessProtocol with version 3.1.

-
- -
-
Types
-
- -
-
CommandID
-

The Wireless command IDs.

cmdId_basePing_v1

0x01  - Ping Base Station (v1)

cmdId_basePing_v2

0x0001  - Ping Base Station (v2)

cmdId_shortPing_v1

0x02  - Short Ping (v1)

cmdId_longPing_v1

0x0002  - Long Ping (v1)

cmdId_readSingleSensor

0x03  - Read Single Sensor

cmdId_readEeprom_v1

0x0003  - Read Eeprom (v1)

cmdId_writeEeprom_v1

0x0004  - Write Eeprom (v1)

cmdId_pageDownload

0x05  - Page Download

cmdId_erase

0x06  - Erase (v1)

cmdId_writeEeprom_v2

0x0008  - Write Eeprom (v2)

cmdId_getDiagInfo_v1

0x0009  - Get Diagnostic Info (v1)

cmdId_batchEepromRead

0x000A  - Batch EEPROM Read

cmdId_armForDatalog

0x000D  - Arm for Datalogging

cmdId_triggerArmedLog

0x000E  - Trigger Armed Datalogging

cmdId_shortPing_v2

0x0012  - Short Ping (v2)

cmdId_testNodeCommProtocol

0x0013  - Test Node Communication Protocol

cmdId_baseReset_v2

0x0030  - Base Station Reset (v2)

cmdId_reset_v2

0x0031  - Reset (v2)

cmdId_sleep

0x0032  - Sleep (v1)

cmdId_startStreaming

0x38  - Start Streaming

cmdId_startLdc_v1

0x0038  - Start Low Duty Cycle (v1)

cmdId_startLdc_v2

0x0039  - Start Low Duty Cycle (v2)

cmdId_startSync_v1

0x003B  - Start Sync Sampling (v1)

cmdId_logSessionInfo_v1

0x0040  - Get the Logged Session Info (v1)

cmdId_getLogData_v1

0x0041  - Get Logged Data (v1)

cmdId_erase_v2

0x0042  - Erase Logged Data (v2)

cmdId_autoBalance_v1

0x62  - Auto Balance (v1)

cmdId_autoCal_v1

0x0064  - Auto Calibrate (v1)

cmdId_autoBalance_v2

0x0065  - Auto Balance (v2)

cmdId_base_readEeprom_v1

0x73  - Read Base Station Eeprom (v1)

cmdId_base_readEeprom_v2

0x0073  - Read Base Station Eeprom (v2)

cmdId_base_readEeprom_v3

0x0073  - Read Base Station Eeprom (v3)

cmdId_base_writeEeprom_v1

0x78  - Write Base Station Eeprom (v1)

cmdId_base_writeEeprom_v2

0x0078  - Write Base Station Eeprom (v2)

cmdId_base_writeEeprom_v3

0x0078  - Write Base Station Eeprom (v3)

cmdId_stopNode

0x0090  - Set Node to Idle (v1)

cmdId_stopNode_v2

0x0091  - Set Node to Idle (v2)

cmdId_base_rfScan_v1

0x00ED  - Base Station Rf Energy Frequency Scan (v1)

cmdId_base_setBeaconTime

0xBEAB  - Base Station Set Beacon Timestamp

cmdId_base_setBeacon_v1

0xBEAC  - Base Station Enable/Disable Beacon (v1)

cmdId_base_setBeacon_v2

0xBEAC  - Base Station Enable/Disable Beacon (v2)

cmdId_base_getBeaconStatus_v1

0xBEAD  - Base Station Get Beacon Status (v1)

cmdId_poll

0xDA7A  - Poll (v1)

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/WirelessResponsePattern-Summary.js b/v66.0.1/MSCL_Docs/classes/C/WirelessResponsePattern-Summary.js deleted file mode 100644 index 1bf3c881c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/WirelessResponsePattern-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:WirelessResponsePattern","WirelessResponsePattern");NDSummary.OnSummaryLoaded("CClass:WirelessResponsePattern",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[5207,0,0,"WirelessResponsePattern"],[5208,0,2,"Functions","Functions"],[5209,0,1,"WirelessResponsePattern","WirelessResponsePattern"],[5210,0,1,"ResponsePattern","ResponsePattern"],[5211,0,2,"Variables","Variables"],[5212,0,3,"m_commandId","m_commandId"],[5213,0,3,"m_nodeAddress","m_nodeAddress"],[5214,0,3,"m_baseReceived","m_baseReceived"],[5215,0,3,"m_baseReceivedWaitTime","m_baseReceivedWaitTime"],[5216,0,2,"Functions","Functions(2)"],[5217,0,1,"baseReceived","baseReceived"],[5218,0,1,"baseReceivedWaitTime","baseReceivedWaitTime"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/WirelessResponsePattern-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/WirelessResponsePattern-SummaryToolTips.js deleted file mode 100644 index ec950b6ba..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/WirelessResponsePattern-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:WirelessResponsePattern",{5207:"
WirelessResponsePattern
A pattern matching the expected response from a wireless command.
",5209:"
explicit WirelessResponsePattern(
std::weak_ptr<ResponseCollector> collector,
uint16 commandId,
NodeAddress nodeAddress
)
Creates a WirelessResponsePattern attached to a collector.
",5210:"
virtual ~WirelessResponsePattern()
Destroys the ResponsePattern and unregisters this response from its ResponseCollector
",5212:"
uint16 m_commandId
The command ID to match in the response.
",5213:"
NodeAddress m_nodeAddress
The NodeAddress to match in the response.
",5214:"
bool m_baseReceived
Whether the Base Station received response has been collected or not.
",5215:"
uint64 m_baseReceivedWaitTime
The wait time (in milliseconds) that was sent in the Base Station received response.
",5217:"
bool baseReceived() const
Gets whether the Base Station received response has been collected or not.
",5218:"
uint64 baseReceivedWaitTime() const
Gets the wait time (in milliseconds) that was sent in the Base Station received response.  This is only valid if baseReceived returns true.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/WirelessResponsePattern-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/WirelessResponsePattern-ToolTips.js deleted file mode 100644 index f66d3be1d..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/WirelessResponsePattern-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({5217:"
bool baseReceived() const
Gets whether the Base Station received response has been collected or not.
",9848:"
ResponseCollector
Stores all the expected command responses
",10047:"
ResponsePattern
A pattern matching the expected response from a device command (Base Class).
",10245:"
typedef for a Node\'s node address.
",825:"
Response
Handles the response to the command
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/WirelessResponsePattern.html b/v66.0.1/MSCL_Docs/classes/C/WirelessResponsePattern.html deleted file mode 100644 index 80a3f9d0e..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/WirelessResponsePattern.html +++ /dev/null @@ -1,77 +0,0 @@ - - -WirelessResponsePattern - - - - - - - -
-
WirelessResponsePattern
-
public
ResponsePattern
WirelessResponsePattern
Response
-

A pattern matching the expected response from a wireless command.

-
- -
-
Functions
-
- -
-
WirelessResponsePattern
-
explicit WirelessResponsePattern(
std::weak_ptr<ResponseCollector> collector,
uint16 commandId,
NodeAddress nodeAddress
)
-

Creates a WirelessResponsePattern attached to a collector.

Parameters
collector
std::weak_ptr<ResponseCollector>

The ResponseCollector to register and unregister this response with.

-
- -
-
ResponsePattern
-
virtual ~WirelessResponsePattern()
-

Destroys the ResponsePattern and unregisters this response from its ResponseCollector

-
- -
-
Variables
-
- -
-
m_commandId
-
uint16 m_commandId
-

The command ID to match in the response.

-
- -
-
m_nodeAddress
-
NodeAddress m_nodeAddress
-

The NodeAddress to match in the response.

-
- -
-
m_baseReceived
-
bool m_baseReceived
-

Whether the Base Station received response has been collected or not.

-
- -
-
m_baseReceivedWaitTime
-
uint64 m_baseReceivedWaitTime
-

The wait time (in milliseconds) that was sent in the Base Station received response.

-
- -
-
Functions
-
- -
-
baseReceived
-
bool baseReceived() const
-

Gets whether the Base Station received response has been collected or not.

-
- -
-
baseReceivedWaitTime
-
uint64 baseReceivedWaitTime() const
-

Gets the wait time (in milliseconds) that was sent in the Base Station received response.  This is only valid if baseReceived returns true.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/WirelessTypes-Summary.js b/v66.0.1/MSCL_Docs/classes/C/WirelessTypes-Summary.js deleted file mode 100644 index f90c88260..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/WirelessTypes-Summary.js +++ /dev/null @@ -1 +0,0 @@ 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10kHz"],[8850,0,1,,"sampleRate_20kHz"],[8851,0,1,,"sampleRate_30kHz"],[8852,0,1,,"sampleRate_40kHz"],[8853,0,1,,"sampleRate_50kHz"],[8854,0,1,,"sampleRate_60kHz"],[8855,0,1,,"sampleRate_70kHz"],[8856,0,1,,"sampleRate_80kHz"],[8857,0,1,,"sampleRate_90kHz"],[8858,0,1,,"sampleRate_100kHz"],[8859,0,1,,"sampleRate_887Hz"],[8860,0,1,,"sampleRate_8192Hz"],[8861,0,1,,"sampleRate_4096Hz"],[8862,0,1,,"sampleRate_2048Hz"],[8863,0,1,,"sampleRate_1024Hz"],[8864,0,1,,"sampleRate_512Hz"],[8865,0,1,,"sampleRate_256Hz"],[8866,0,1,,"sampleRate_128Hz"],[8867,0,1,,"sampleRate_64Hz"],[8868,0,1,,"sampleRate_32Hz"],[8869,0,1,,"sampleRate_16Hz"],[8870,0,1,,"sampleRate_8Hz"],[8871,0,1,,"sampleRate_4Hz"],[8872,0,1,,"sampleRate_2Hz"],[8873,0,1,,"sampleRate_1Hz"],[8874,0,1,,"sampleRate_2Sec"],[8875,0,1,,"sampleRate_5Sec"],[8876,0,1,,"sampleRate_10Sec"],[8877,0,1,,"sampleRate_30Sec"],[8878,0,1,,"sampleRate_1Min"],[8879,0,1,,"sampleRate_2Min"],[8880,0,1,,"sampleRate_5Min"],[8881,0,1,,"sampleRate_10Min"],[8882,0,1,,"sampleRate_30Min"],[8883,0,1,,"sampleRate_60Min"],[8884,0,1,,"sampleRate_24Hours"],[8885,0,2,"RegionCode","RegionCode"],[8886,0,1,,"region_usa"],[8887,0,1,,"region_europeanUnion"],[8888,0,1,,"region_japan"],[8889,0,1,,"region_other"],[8890,0,1,,"region_brazil"],[8891,0,1,,"region_china"],[8892,0,1,,"region_australia_newzealand"],[8893,0,1,,"region_singapore"],[8894,0,1,,"region_canada"],[8895,0,1,,"region_southAfrica"],[8896,0,1,,"region_indonesia"],[8897,0,1,,"region_taiwan"],[8898,0,2,"ChannelGroupSetting","ChannelGroupSetting"],[8899,0,1,,"chSetting_inputRange"],[8900,0,1,,"chSetting_filterSettlingTime"],[8901,0,1,,"chSetting_thermocoupleType"],[8902,0,1,,"chSetting_linearEquation"],[8903,0,1,,"chSetting_unit"],[8904,0,1,,"chSetting_equationType"],[8905,0,1,,"chSetting_hardwareOffset"],[8906,0,1,,"chSetting_autoBalance"],[8907,0,1,,"chSetting_gaugeFactor"],[8908,0,1,,"chSetting_antiAliasingFilter"],[8909,0,1,,"chSetting_legacyShuntCal"],[8910,0,1,,"chSetting_autoShuntCal"],[8911,0,1,,"chSetting_lowPassFilter"],[8912,0,1,,"chSetting_highPassFilter"],[8913,0,1,,"chSetting_tempSensorOptions"],[8914,0,1,,"chSetting_debounceFilter"],[8915,0,1,,"chSetting_pullUpResistor"],[8916,0,1,,"chSetting_factoryLinearEq"],[8917,0,1,,"chSetting_factoryUnit"],[8918,0,1,,"chSetting_factoryEqType"],[8919,0,2,"AutoBalanceErrorFlag","AutoBalanceErrorFlag"],[8920,0,1,,"autobalance_success"],[8921,0,1,,"autobalance_maybeInvalid"],[8922,0,1,,"autobalance_notSupportedByNode"],[8923,0,1,,"autobalance_notSupportedByCh"],[8924,0,1,,"autobalance_targetOutOfRange"],[8925,0,1,,"autobalance_failed"],[8926,0,1,,"autobalance_legacyNone"],[8927,0,1,,"autobalance_notComplete"],[8928,0,2,"AutoCalCompletionFlag","AutoCalCompletionFlag"],[8929,0,1,,"autocal_success"],[8930,0,1,,"autocal_maybeInvalid"],[8931,0,1,,"autocal_maybeInvalid_notApplied"],[8932,0,1,,"autocal_notComplete"],[8933,0,2,"AutoCalErrorFlag","AutoCalErrorFlag"],[8934,0,1,,"autocalError_none"],[8935,0,1,,"autocalError_sensorDetached"],[8936,0,1,,"autocalError_sensorShorted"],[8937,0,1,,"autocalError_unsupportedChannel"],[8938,0,1,,"autocalError_baseHighRail"],[8939,0,1,,"autocalError_baseLowRail"],[8940,0,1,,"autocalError_shuntHighRail"],[8941,0,1,,"autocalError_shuntLowRail"],[8942,0,1,,"autocalError_ramp"],[8943,0,1,,"autocalError_noShunt"],[8944,0,1,,"autocalError_timeout"],[8945,0,2,"FatigueMode","FatigueMode"],[8946,0,1,,"fatigueMode_angleStrain"],[8947,0,1,,"fatigueMode_distributedAngle"],[8948,0,1,,"fatigueMode_rawGaugeStrain"],[8949,0,2,"EventTriggerType","EventTriggerType"],[8950,0,1,,"eventTrigger_ceiling"],[8951,0,1,,"eventTrigger_floor"],[8952,0,2,"Filter","Filter"],[8953,0,1,,"filter_33000hz"],[8954,0,1,,"filter_20000hz"],[8955,0,1,,"filter_10000hz"],[8956,0,1,,"filter_5222hz"],[8957,0,1,,"filter_5000hz"],[8958,0,1,,"filter_4416hz"],[8959,0,1,,"filter_4096hz"],[8960,0,1,,"filter_4000hz"],[8961,0,1,,"filter_2208hz"],[8962,0,1,,"filter_2048hz"],[8963,0,1,,"filter_2000hz"],[8964,0,1,,"filter_1104hz"],[8965,0,1,,"filter_1024hz"],[8966,0,1,,"filter_1000hz"],[8967,0,1,,"filter_800hz"],[8968,0,1,,"filter_552hz"],[8969,0,1,,"filter_512hz"],[8970,0,1,,"filter_500hz"],[8971,0,1,,"filter_418hz"],[8972,0,1,,"filter_294hz"],[8973,0,1,,"filter_256hz"],[8974,0,1,,"filter_250hz"],[8975,0,1,,"filter_209hz"],[8976,0,1,,"filter_200hz"],[8977,0,1,,"filter_147hz"],[8978,0,1,,"filter_128hz"],[8979,0,1,,"filter_125hz"],[8980,0,1,,"filter_104hz"],[8981,0,1,,"filter_100hz"],[8982,0,1,,"filter_62hz"],[8983,0,1,,"filter_52hz"],[8984,0,1,,"filter_50hz"],[8985,0,1,,"filter_31hz"],[8986,0,1,,"filter_26hz"],[8987,0,1,,"filter_12_66hz"],[8988,0,1,,"filter_2_6hz"],[8989,0,2,"HighPassFilter","HighPassFilter"],[8990,0,1,,"highPass_off"],[8991,0,1,,"highPass_auto"],[8992,0,2,"ChannelFrequencyClass","ChannelFrequencyClass"],[8993,0,1,,"cfc_10"],[8994,0,1,,"cfc_21"],[8995,0,1,,"cfc_60"],[8996,0,2,"StorageLimitMode","StorageLimitMode"],[8997,0,1,,"storageLimit_overwrite"],[8998,0,1,,"storageLimit_stop"],[8999,0,2,"InputRange","InputRange"],[9000,0,1,,"range_14_545mV"],[9001,0,1,,"range_10_236mV"],[9002,0,1,,"range_7_608mV"],[9003,0,1,,"range_4_046mV"],[9004,0,1,,"range_2_008mV"],[9005,0,1,,"range_1_511mV"],[9006,0,1,,"range_1_001mV"],[9007,0,1,,"range_0_812mV"],[9008,0,1,,"range_75mV"],[9009,0,1,,"range_37_5mV"],[9010,0,1,,"range_18_75mV"],[9011,0,1,,"range_9_38mV"],[9012,0,1,,"range_4_69mV"],[9013,0,1,,"range_2_34mV"],[9014,0,1,,"range_1_17mV"],[9015,0,1,,"range_0_586mV"],[9016,0,1,,"range_70mV"],[9017,0,1,,"range_35mV"],[9018,0,1,,"range_17_5mV"],[9019,0,1,,"range_8_75mV"],[9020,0,1,,"range_4_38mV"],[9021,0,1,,"range_2_19mV"],[9022,0,1,,"range_1_09mV"],[9023,0,1,,"range_0_547mV"],[9024,0,1,,"range_44mV"],[9025,0,1,,"range_30mV"],[9026,0,1,,"range_20mV"],[9027,0,1,,"range_15mV"],[9028,0,1,,"range_10mV"],[9029,0,1,,"range_5mV"],[9030,0,1,,"range_3mV"],[9031,0,1,,"range_2mV"],[9032,0,1,,"range_6mV"],[9033,0,1,,"range_1mV"],[9034,0,1,,"range_50mV"],[9035,0,1,,"range_2_5mV"],[9036,0,1,,"range_0_6mV"],[9037,0,1,,"range_0_35mV"],[9038,0,1,,"range_0_1mV"],[9039,0,1,,"range_156mV"],[9040,0,1,,"range_78_1mV"],[9041,0,1,,"range_39mV"],[9042,0,1,,"range_19_5mV"],[9043,0,1,,"range_9_76mV"],[9044,0,1,,"range_4_88mV"],[9045,0,1,,"range_2_44mV"],[9046,0,1,,"range_1_22mV"],[9047,0,1,,"range_10_24V"],[9048,0,1,,"range_5_12V"],[9049,0,1,,"range_2_56V"],[9050,0,1,,"range_0to10_24V"],[9051,0,1,,"range_0to5_12V"],[9052,0,1,,"range_1_147V"],[9053,0,1,,"range_585mV"],[9054,0,1,,"range_292_5mV"],[9055,0,1,,"range_146_25mV"],[9056,0,1,,"range_73_13mV"],[9057,0,1,,"range_36_56mV"],[9058,0,1,,"range_18_23mV"],[9059,0,1,,"range_9_14mV"],[9060,0,1,,"range_5_74V"],[9061,0,1,,"range_2_93V"],[9062,0,1,,"range_1_46V"],[9063,0,1,,"range_731_3mV"],[9064,0,1,,"range_365_6mV"],[9065,0,1,,"range_182_8mV"],[9066,0,1,,"range_91_4mV"],[9067,0,1,,"range_45_7mV"],[9068,0,1,,"range_62_5mV"],[9069,0,1,,"range_31_25mV"],[9070,0,1,,"range_15_63mV"],[9071,0,1,,"range_7_81mV"],[9072,0,1,,"range_3_91mV"],[9073,0,1,,"range_1_95mV"],[9074,0,1,,"range_0_976mV"],[9075,0,1,,"range_0_488mV"],[9076,0,1,,"range_2G"],[9077,0,1,,"range_4G"],[9078,0,1,,"range_8G"],[9079,0,1,,"range_10G"],[9080,0,1,,"range_20G"],[9081,0,1,,"range_40G"],[9082,0,1,,"range_2_5V"],[9083,0,1,,"range_1_25V"],[9084,0,1,,"range_625mV"],[9085,0,1,,"range_312_5mV"],[9086,0,1,,"range_156_25mV"],[9087,0,1,,"range_78_125mV"],[9088,0,1,,"range_39_063mV"],[9089,0,1,,"range_19_532mV"],[9090,0,1,,"range_0to2_5V"],[9091,0,1,,"range_0to1_25V"],[9092,0,1,,"range_0to625mV"],[9093,0,1,,"range_0to312_5mV"],[9094,0,1,,"range_0to156_25mV"],[9095,0,1,,"range_0to78_125mV"],[9096,0,1,,"range_0to39_063mV"],[9097,0,1,,"range_0to19_532mV"],[9098,0,1,,"range_9_766mV"],[9099,0,1,,"range_1_35V_or_0to2026408518ohm"],[9100,0,1,,"range_1_25V_or_0to5100ohm"],[9101,0,1,,"range_625mV_or_0to1700ohm"],[9102,0,1,,"range_312_5mV_or_0to728ohm"],[9103,0,1,,"range_156_25mV_or_0to340ohm"],[9104,0,1,,"range_78_125mV_or_0to164ohm"],[9105,0,1,,"range_39_0625mV_or_0to80ohm"],[9106,0,1,,"range_19_5313mV_or_0to40ohm"],[9107,0,1,,"range_750mV"],[9108,0,1,,"range_375mV"],[9109,0,1,,"range_187_5mV"],[9110,0,1,,"range_93_75mV"],[9111,0,1,,"range_46_875mV"],[9112,0,1,,"range_23_438mV"],[9113,0,1,,"range_11_719mV"],[9114,0,1,,"range_5_859mV"],[9115,0,1,,"range_0to1_5V"],[9116,0,1,,"range_0to750mV"],[9117,0,1,,"range_0to375mV"],[9118,0,1,,"range_0to187_5mV"],[9119,0,1,,"range_0to93_75mV"],[9120,0,1,,"range_0to46_875mV"],[9121,0,1,,"range_0to23_438mV"],[9122,0,1,,"range_0to11_719mV"],[9123,0,1,,"range_1_5V"],[9124,0,1,,"range_1_35V"],[9125,0,1,,"range_0to2026408518ohm"],[9126,0,1,,"range_0to10000ohm"],[9127,0,1,,"range_0to2580ohm"],[9128,0,1,,"range_0to1290ohm"],[9129,0,1,,"range_0to645ohm"],[9130,0,1,,"range_0to322ohm"],[9131,0,1,,"range_0to161ohm"],[9132,0,1,,"range_0to80ohm"],[9133,0,1,,"range_39_0625mV"],[9134,0,1,,"range_19_5313mV"],[9135,0,1,,"range_invalid"],[9136,0,2,"DataMode","DataMode"],[9137,0,1,,"dataMode_none"],[9138,0,1,,"dataMode_raw"],[9139,0,1,,"dataMode_derived"],[9140,0,1,,"dataMode_raw_derived"],[9141,0,2,"DerivedCategory","DerivedCategory"],[9142,0,1,,"derivedCategory_rms"],[9143,0,1,,"derivedCategory_peakToPeak"],[9144,0,1,,"derivedCategory_velocity"],[9145,0,1,,"derivedCategory_crestFactor"],[9146,0,1,,"derivedCategory_mean"],[9147,0,2,"DerivedDataPacketAlgorithmId","DerivedDataPacketAlgorithmId"],[9148,0,1,,"derivedAlgId_rms"],[9149,0,1,,"derivedAlgId_peakToPeak"],[9150,0,1,,"derivedAlgId_ips"],[9151,0,1,,"derivedAlgId_crestFactor"],[9152,0,1,,"derivedAlgId_mean"],[9153,0,1,,"derivedAlgId_mmps"],[9154,0,2,"DerivedVelocityUnit","DerivedVelocityUnit"],[9155,0,2,"CommProtocol","CommProtocol"],[9156,0,1,,"commProtocol_lxrs"],[9157,0,1,,"commProtocol_lxrsPlus"],[9158,0,2,"Voltage","Voltage"],[9159,0,1,,"voltage_5120mV"],[9160,0,1,,"voltage_5000mV"],[9161,0,1,,"voltage_4096mV"],[9162,0,1,,"voltage_3000mV"],[9163,0,1,,"voltage_2800mV"],[9164,0,1,,"voltage_2750mV"],[9165,0,1,,"voltage_2700mV"],[9166,0,1,,"voltage_2500mV"],[9167,0,1,,"voltage_1500mV"],[9168,0,2,"SensorOutputMode","SensorOutputMode"],[9169,0,1,,"sensorOutputMode_accel"],[9170,0,1,,"sensorOutputMode_tilt"],[9171,0,2,"BatteryStatus","BatteryStatus"],[9172,0,1,,"Battery_status_values"],[9173,0,1,,"batteryStatus_good"],[9174,0,1,,"batteryStatus_low"],[9175,0,1,,"batteryStatus_critical"],[9176,0,2,"ExternalPowerIndicator","ExternalPowerIndicator"],[9177,0,1,,"Indicates_external_power_state"],[9178,0,1,,"externalPower_notConnected"],[9179,0,1,,"externalPower_connected"],[9180,0,2,"DelayVersion","DelayVersion"],[9181,0,1,,"V1"],[9182,0,1,,"V2"],[9183,0,1,,"V3"],[9184,0,1,,"V4"],[9185,0,5,"DerivedChannelMasks","DerivedChannelMasks"],[9186,0,5,"EepromMap","EepromMap"],[9187,0,4,"Constants","Constants"],[9188,0,1,"UNKNOWN_RSSI = 999","UNKNOWN_RSSI=999"],[9189,0,4,"Types","Types(2)"],[9190,0,2,"LegacyTransmitPower","LegacyTransmitPower"],[9191,0,1,,"legacyPower_16dBm"],[9192,0,1,,"legacyPower_10dBm"],[9193,0,1,,"legacyPower_5dBm"],[9194,0,1,,"legacyPower_0dBm"],[9195,0,4,"Functions","Functions"],[9196,0,3,"dataTypeSize","dataTypeSize"],[9197,0,3,"dataTypeToValueType","dataTypeToValueType"],[9198,0,3,"dataFormatSize","dataFormatSize"],[9199,0,3,"settlingTime","settlingTime"],[9200,0,3,"dataloggingRateToSampleRate","dataloggingRateToSampleRate"],[9201,0,3,"sampleRateToDataloggingRate","sampleRateToDataloggingRate"],[9202,0,3,"legacyToTransmitPower","legacyToTransmitPower"],[9203,0,3,"transmitPowerToLegacy","transmitPowerToLegacy"],[9204,0,3,"bytesPerDerivedAlgorithmId","bytesPerDerivedAlgorithmId"],[9205,0,3,"bytesPerDerivedChannelOption","bytesPerDerivedChannelOption"],[9206,0,3,"derivedBytesPerSweep","derivedBytesPerSweep"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/WirelessTypes-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/WirelessTypes-SummaryToolTips.js deleted file mode 100644 index fb53b462a..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/WirelessTypes-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:WirelessTypes",{8559:"
WirelessTypes
Contains enumerations/types for various wireless information
",8561:"
Represents the source of a BaseStation\'s Beacon.
",8566:"
Represents the types of microcontrollers possible on the Wireless Devices.
",8574:"
Represents the types of data collection methods that can be performed on the Node.
",8578:"
The types of data that can be transmitted in data packets.
",8594:"
Represents the types of data formats that Nodes can be configured to send when sampling.
",8601:"
Represents the types of synchronized sampling modes the Node can be in.
",8604:"
Represents the types of sampling modes the Node can be in.
",8611:"
Represents the types of default modes the Node can have.  This is the mode the Node starts in, as well as the mode the node goes into after an inactivity timeout.
",8617:"
Represents the frequency (channel) that can be used for Wireless Devices.
",8635:"
Represents the transmit powers that can be used for Wireless Devices.
",8645:"
Represents the possible Node Retransmission values.
",8649:"
Represents the different trigger types that can cause a datalogging session to be logged to a Wireless Node.
",8655:"
Represents the equation types that can be used for calibration coefficients on Wireless Nodes.
",8658:"
Represents the unit types that can be used for calibration coefficients on Wireless Nodes.
",8766:"
Represents the types of channels on Wireless Nodes.
",8779:"
Represents the possible voltage input types
",8782:"
Represents the settling times used for thermocouple and voltage inputs on some Wireless Nodes.
",8795:"
Represents the Transducer types supported by some Wireless Nodes.
",8799:"
Represents the thermocouple types supported by some Wireless Nodes.
",8810:"
Represents the RTD types supported by some Wireless Nodes.
",8818:"
Represents the Wire types supported for RTD sensors.
",8822:"
Represents the Thermistor types supported by some Wireless Nodes.
",8830:"
The possible sample rates that are available for Wireless Nodes.
",8885:"
The possible region codes for the device.
",8898:"
The possible settings for ChannelGroups.
",8919:"
The possible completion flags for the AutoBalance Wireless Node function.
",8928:"
The possible completion flags for the AutoCal Wireless Node function.
",8933:"
The possible error flags for the various AutoCal Wireless Node functions.
",8945:"
The different modes a Fatigue Node can operate in.
",8949:"
The types of event triggers that are available.
",8952:"
The filter options (used for anti-aliasing and low-pass filter)
",8989:"
The high pass filter options.
",8992:"
The channel frequency class filter options.
",8996:"
The options available for configuring what happens when the storage limit is reached when logging to a Node.
",8999:"
The options available for input range on supported Nodes.
",9136:"
Available Data Modes.
",9141:"
Available Derived Channel Categories for configuration.
",9147:"
The types of channels that can be sent in a derived data packet.
",9154:"
The options that can be configured for the velocity derived channel.
",9155:"
Available Communication Protocol types.
",9158:"
Available Voltages.
",9168:"
Available Sensor Output Modes.
",9180:"
Types of delays that individual sensors can support.
",9185:"
Typedef for a map of <DerivedChannelOption> to ChannelMask pairs.
",9186:"
Typedef for a map of eeprom locations (uint16) to values (uint16).
",9188:"
The value given for an unknown RSSI value.
",9190:"
Represents the legacy transmit powers supported by older devices.
",9196:"
static uint16 dataTypeSize(
DataType type
)
Gets the byte size of the data type passed in
",9197:"
static ValueType dataTypeToValueType(
DataType type
)
Converts a DataType (value received from a data packet) to a ValueType which describes how the data is stored (as a short, as a float, etc)
",9198:"
static uint8 dataFormatSize(
DataFormat dataFormat
)
Gets the number of bytes per data point for a specified DataFormat
",9199:"
static uint16 settlingTime(
SettlingTime time
)
Gets the actual settling time, in milliseconds, for the given SettlingTime.
",9200:"
static WirelessSampleRate dataloggingRateToSampleRate(
uint16 eepromValue
)
Converts a datalogging sample rate value to a WirelessSampleRate.
",9201:"
static uint16 sampleRateToDataloggingRate(
WirelessSampleRate rate
)
Converts a WirelessSampleRate to a datalogging sample rate eeprom value.
",9202:"
static WirelessTypes::TransmitPower legacyToTransmitPower(
WirelessTypes::LegacyTransmitPower legacyVal
)
Converts the given WirelessTypes::LegacyTransmitPower to the WirelessTypes::TransmitPower equivalent.
",9203:"
static WirelessTypes::LegacyTransmitPower transmitPowerToLegacy(
WirelessTypes::TransmitPower power
)
Converts the given WirelessTypes::TransmitPower to the WirelessTypes::LegacyTransmitPower equivalent.
",9204:"
static uint8 bytesPerDerivedAlgorithmId(
DerivedDataPacketAlgorithmId id
)
Gets the number of bytes that make up a derived channel.  For example, derived_rms is a single float, so this will return 4.
",9205:"
static uint8 bytesPerDerivedChannelOption(
DerivedCategory category
)
Gets the number of bytes that make up a derived channel option.
",9206:"
static uint32 derivedBytesPerSweep(
const WirelessTypes::DerivedChannelMasks &derivedChannelMasks
)
Gets the number of derived bytes in a sweep for the given WirelessTypes::DerivedChannelMasks.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/WirelessTypes-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/WirelessTypes-ToolTips.js deleted file mode 100644 index 6b5af8b9c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/WirelessTypes-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({8578:"
The types of data that can be transmitted in data packets.
",8594:"
Represents the types of data formats that Nodes can be configured to send when sampling.
",8635:"
Represents the transmit powers that can be used for Wireless Devices.
",8782:"
Represents the settling times used for thermocouple and voltage inputs on some Wireless Nodes.
",8830:"
The possible sample rates that are available for Wireless Nodes.
",9141:"
Available Derived Channel Categories for configuration.
",9147:"
The types of channels that can be sent in a derived data packet.
",9185:"
Typedef for a map of <DerivedChannelOption> to ChannelMask pairs.
",9190:"
Represents the legacy transmit powers supported by older devices.
",9478:"
ChannelMask
Represents the channel mask (active and inactive channels) for a WirelessNode.
",10446:"
Error
The generic MicroStrain exception (base class)
",10453:"
Error_NotSupported
A command/feature was attempted to be used that was not supported.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/WirelessTypes.html b/v66.0.1/MSCL_Docs/classes/C/WirelessTypes.html deleted file mode 100644 index 9763a3f58..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/WirelessTypes.html +++ /dev/null @@ -1,344 +0,0 @@ - - -WirelessTypes - - - - - - - -
-
WirelessTypes
-
WirelessTypes
-

Contains enumerations/types for various wireless information

-
- -
-
Types
-
- -
-
BeaconSource
-

Represents the source of a BaseStation's Beacon.

beacon_none

0 - No Beacon

beacon_internalTimer

1 - Internal Timer

beacon_internalPPS

2 - Internal PPS

beacon_externalPPS

3 - External PPS

-
- -
-
MicroControllerType
-

Represents the types of microcontrollers possible on the Wireless Devices.

microcontroller_18F452

31 - 18F452, 20MHz

microcontroller_18F4620

32 - 18F4620, 20MHz

microcontroller_18F46K20

33 - 18F46K20, 40MHz

microcontroller_18F67K90

34 - 18F67K90, 40MHz

microcontroller_EFM32WG990F256

35 - EFM32WG990F256, 48MHz

microcontroller_EFR32FG1P132F256GM48

36 - EFR32FG1P132F256GM48

microcontroller_EFR32MG1P232F256GM48

37 - EFR32MG1P232F256GM48

-
- -
-
DataCollectionMethod
-

Represents the types of data collection methods that can be performed on the Node.

collectionMethod_logOnly

1 - Data is logged to the Node's internal memory to be downloaded later

collectionMethod_transmitOnly

2 - Data is transmitted wirelessly over the air

collectionMethod_logAndTransmit

3 - Data is both logged to the Node and transmitted over the air.

-
- -
-
DataType
-

The types of data that can be transmitted in data packets.

dataType_first

1 - The smallest value in the list

dataType_uint16_shifted

1 - 2-byte unsigned integer (bit-shifted)

dataType_float32

2 - 4-byte float (calibrated)

dataType_uint16_12bitRes

3 - 2-byte unsigned integer (12-bit resolution)

dataType_uint32

4 - 4-byte unsigned integer

dataType_uint16

7 - 2-byte unsigned integer (16-bit resolution)

dataType_float32_noCals

8 - 4-byte float (no cal coefficients applied)

dataType_uint24_18bitRes

9 - 3-byte unsigned integer (18-bit resolution)

dataType_uint16_18bitTrunc

10 - uint16 from a device with 18-bit resolution (truncated)

dataType_int24_20bit

11 - signed int24 from a device with 20-bit resolution

dataType_int16_20bitTrunc

12 - signed int16 from a device with 20-bit resolution (truncated)

dataType_uint24

13 - 3-byte unsigned integer

dataType_uint16_24bitTrunc

14 - 2-byte unsigned integer from a device with 24-bit resolution (truncated)

dataType_int16_x10

15 - 2-byte signed integer that represents a calibrated value that was multiplied by 10

dataType_last

15 - The largest value in the list

-
- -
-
DataFormat
-

Represents the types of data formats that Nodes can be configured to send when sampling.

dataFormat_raw_uint16

1 - Raw, uint16 data format

dataFormat_cal_float

2 - Calibrated, float data format

dataFormat_raw_uint24

3 - Raw, uint24 data format

dataFormat_raw_int24

4 - Raw, int24 data format

dataFormat_raw_int16

5 - Raw, int16 data format

dataFormat_cal_int16_x10

6 - Calibrated, int16 multiplied by 10 (range of -3276.8 to +3276.7 with 0.1 resolution)

-
- -
-
SyncSamplingMode
-

Represents the types of synchronized sampling modes the Node can be in.

syncMode_continuous

0x7400 - Data will be transmitted in standard non-burst synchronized sampling mode.

syncMode_burst

0xF600 - Data will be transmitted in a burst synchronized sampling mode.

-
- -
-
SamplingMode
-

Represents the types of sampling modes the Node can be in.

samplingMode_sync

1 - Synchronized Sampling mode

samplingMode_syncBurst

2 - Synchronized Sampling, Burst mode

samplingMode_nonSync

3 - Asynchronous Sampling mode (LDC)

samplingMode_armedDatalog

4 - Armed Datalogging Sampling mode

samplingMode_syncEvent

5 - Synchronized Sampling mode with Event Triggering

samplingMode_nonSyncEvent

6 - Asynchronous Sampling mode (LDC) with Event Triggering

-
- -
-
DefaultMode
-

Represents the types of default modes the Node can have.  This is the mode the Node starts in, as well as the mode the node goes into after an inactivity timeout.

defaultMode_idle

0 - Default of Idle Mode.

default_ldc

1 - Default of Low Duty Cycle sampling.

default_datalog

4 - Default of Armed Datalogging (but with no timestamp) sampling.

default_sleep

5 - Default of a low-power Sleep Mode.

default_sync

6 - Default of Sync Sampling (must hear a beacon to start sampling).

-
- -
-
Frequency
-

Represents the frequency (channel) that can be used for Wireless Devices.

freq_unknown

0 - Unknown Frequency

freq_11

11 - Frequency 11 (2.405 Ghz)

freq_12

12 - Frequency 12 (2.410 Ghz)

freq_13

13 - Frequency 13 (2.415 Ghz)

freq_14

14 - Frequency 14 (2.420 Ghz)

freq_15

15 - Frequency 15 (2.425 Ghz)

freq_16

16 - Frequency 16 (2.430 Ghz)

freq_17

17 - Frequency 17 (2.435 Ghz)

freq_18

18 - Frequency 18 (2.440 Ghz)

freq_19

19 - Frequency 19 (2.445 Ghz)

freq_20

20 - Frequency 20 (2.450 Ghz)

freq_21

21 - Frequency 21 (2.455 Ghz)

freq_22

22 - Frequency 22 (2.460 Ghz)

freq_23

23 - Frequency 23 (2.465 Ghz)

freq_24

24 - Frequency 24 (2.470 Ghz)

freq_25

25 - Frequency 25 (2.475 Ghz)

freq_26

26 - Frequency 26 (2.480 Ghz)

-
- -
-
TransmitPower
-

Represents the transmit powers that can be used for Wireless Devices.

power_20dBm

20 - 20 dBm

power_16dBm

16 - 16 dBm

power_15dBm

15 - 15 dBm

power_12dBm

12 - 12 dBm

power_11dBm

11 - 11 dBm

power_10dBm

10 - 10 dBm

power_5dBm

5  - 5 dBm

power_1dBm

1  - 1 dBm

power_0dBm

0  - 0 dBm

-
- -
-
NodeRetransmission
-

Represents the possible Node Retransmission values.

retransmission_off

0 - Retransmission is turned off

retransmission_on

1 - Retransmission is turned on

retransmission_disabled

2 - Retransmission is disabled. It should not be set to on or off

-
- -
-
TriggerType
-

Represents the different trigger types that can cause a datalogging session to be logged to a Wireless Node.

trigger_userInit

0 - The user started this datalogging session manually by sending a start sampling command.

trigger_ceiling

1 - The trigger was caused by a ceiling event.

trigger_floor

2 - The trigger was caused by a floor event.

trigger_rampUp

3 - The trigger was caused by a ramp-up event.

trigger_rampDown

4 - The trigger was caused by a ramp-down event.

-
- -
-
CalCoef_EquationType
-

Represents the equation types that can be used for calibration coefficients on Wireless Nodes.

equation_none

0 - value = none, [bits/no equation applied]

equation_standard

4 - value = (slope * bits) + offset

-
- -
-
CalCoef_Unit
-

Represents the unit types that can be used for calibration coefficients on Wireless Nodes.

unit_none

0  - no unit or unknown unit

unit_accel_g

4  - acceleration due to gravity

unit_accel_mPerSec2

5  - meters per second squared

unit_accel_milliG

34  - milli-G's

unit_accel_ftPerSec2

35  - Feet/Second Squared

unit_angDisplacement_degrees

26  - degrees

unit_angDisplacement_radians

65  - Radians

unit_angVelocity_degreesPerSec

27  - degrees per second

unit_angVelocity_radiansPerSec

28  - radians per second

unit_current_ampere

58  - Ampere

unit_current_milliampere

59  - Milliampere

unit_current_microampere

60  - Microampere

unit_density_kgPerMeter3

93  - kg per meter cubed

unit_displacement_meters

12  - meters

unit_displacement_millimeters

13  - millimeters

unit_displacement_micrometers

14  - micrometers

unit_displacement_feet

38  - Feet

unit_displacement_inches

39  - Inches

unit_displacement_yards

40  - Yards

unit_displacement_miles

41  - Miles

unit_displacement_nautMiles

42  - Nautical Miles

unit_displacement_thouInch

43  - Thousandths of an Inch

unit_displacement_hundInch

44  - Hundredths of an Inch

unit_displacement_kilometers

45  - Kilometers

unit_displacement_centimeters

46  - Centimers

unit_energy_wattHour

54  - Watt-Hour

unit_energy_kiloWattHour

55  - Kilowatt-Hour

unit_flowRate_cubicMetersPerSec

75  - Cubic Meters Per Second

unit_flowRate_cubicFtPerSec

76  - Cubic Feet Per Second

unit_force_kg

96  - kiloGrams

unit_force_lbf

15  - pound force

unit_force_newtons

16  - Newtons

unit_force_kiloNewtons

17  - kiloNewtons

unit_freq_rpm

30  - revolutions per minute

unit_freq_hertz

31  - hertz

unit_freq_kiloHertz

64  - Kilohertz

unit_irradiance_wattsPerSqMeter

47  - Watts per Square Meter

unit_magneticFlux_gauss

89  - Gauss

unit_mass_grams

104 - Grams

unit_mass_kilograms

18  - kilograms

unit_mass_pound

49  - Pound

unit_mass_ton

105 - Ton

unit_mass_tonne

106 - Tonne (Metric Ton)

unit_other_bits

1  - raw bits

unit_other_mVperV

33  - milliVolt/Volt

unit_other_percentLife

36  - % Life

unit_other_count

37  - Count

unit_other_percent

29  - percent

unit_other_value

88  - value

unit_other_gSec

90  - G-Seconds

unit_other_secsPerSec

91  - Seconds per Second (clock-drift)

unit_other_unitless

94  - unitless

unit_par_microEinstein

48  - microEinstein

unit_power_watt

50  - Watt

unit_power_milliwatt

51  - Milliwatt

unit_power_horsepower

52  - Horsepower

unit_pressure_bar

19  - bar

unit_pressure_millibar

61  - MilliBar

unit_pressure_psi

20  - pounds per square inch

unit_pressure_atm

21  - atmospheric pressure

unit_pressure_mmHg

22  - millimeters of mercury

unit_pressure_inHg

62  - Inches of Mercury

unit_pressure_pascal

23  - Pascal

unit_pressure_megaPascal

24  - megaPascal

unit_pressure_kiloPascal

25  - kiloPascal

unit_rawVoltage_volts

97  - Raw Volts

unit_rawVoltage_millivolts

98  - Raw Millivolts

unit_rawVoltage_microvolts

99  - Raw Microvolts

unit_reactiveEnergy_VARh

56  - Volt-Ampere Reactive Hour

unit_reactiveEnergy_kVARh

57  - Kilovolt-Ampere Reactive Hour

unit_reactivePower_var

53  - Volt-Ampere Reactive

unit_resistance_ohm

100 - Ohm

unit_resistance_milliohm

101 - milliOhm

unit_resistance_kiloohm

102 - kiloOhm

unit_rh_percentRh

32  - percent relative humidity

unit_rssi_dBm

63  - dBm

unit_rssi_dBHz

92  - dBHz

unit_strain_strain

2  - Strain

unit_strain_microStrain

3  - microStrain

unit_temp_celsius

9  - degrees Celsius

unit_temp_kelvin

10  - Kelvin

unit_temp_fahrenheit

11  - degrees Fahrenheit

unit_time_secs

80  - Seconds

unit_time_nanosecs

81  - Nanoseconds

unit_time_microsecs

82  - Microseconds

unit_time_millisecs

83  - Milliseconds

unit_time_minutes

84  - Minutes

unit_time_hours

85  - Hours

unit_time_days

86  - Days

unit_time_weeks

87  - Weeks

unit_torque_newtonMeter

77  - Newton Meter

unit_torque_footPounds

78  - Foot Pounds

unit_torque_inchPounds

79  - Inch Pounds

unit_velocity_inchesPerSec

95  - Inches per Second

unit_velocity_metersPerSec

66  - Meters per Second

unit_velocity_mmPerSec

103 - Millimeters per Second

unit_velocity_kilometersPerSec

67  - Kilometers per Second

unit_velocity_kilometersPerHr

68  - Kilometers per Hour

unit_velocity_milesPerHr

69  - Miles per Hour

unit_velocity_knots

70  - Knots

unit_volts_volts

6  - volts

unit_volts_millivolts

7  - milliVolts

unit_volts_microvolts

8  - microVolts

unit_volume_cubicMeter

71  - Cubic Meter

unit_volume_cubicFt

72  - Cubic Feet

unit_volume_liters

73  - Liters

unit_volume_gallon

74  - Gallon

-
- -
-
ChannelType
-

Represents the types of channels on Wireless Nodes.

chType_none

0 - No channel type (channel not supported)

chType_fullDifferential

1 - Full Differential

chType_singleEnded

2 - Single Ended

chType_battery

3 - Battery

chType_temperature

4 - Temperature

chType_rh

5 - Relative Humidity

chType_acceleration

6 - Acceleration

chType_displacement

7 - Displacement

chType_voltage

8 - Voltage

chType_diffTemperature

9 - Differential - Temperature (thermocouple, rtd)

chType_digital

10 - Digital

chType_tilt

11 - Tilt

-
- -
-
VoltageType
-

Represents the possible voltage input types

voltageType_singleEnded

0 - Single-ended

voltageType_differential

1 - Differential

-
- -
-
SettlingTime
-

Represents the settling times used for thermocouple and voltage inputs on some Wireless Nodes.

settling_4ms

1  - 4 millisecond settling time (fastest settling)

settling_8ms

2  - 8 millisecond settling time

settling_16ms

3  - 16 millisecond settling time

settling_32ms

4  - 32 millisecond settling time

settling_40ms

5  - 40 millisecond settling time

settling_48ms

6  - 48 millisecond settling time

settling_60ms

7  - 60 millisecond settling time

settling_101ms_90db

8  - 101 millisecond settling time (90db [60Hz Rejection])

settling_120ms_80db

9  - 120 millisecond settling time (80db [50Hz Rejection])

settling_120ms_65db

10  - 120 millisecond settling time (65db [50+60Hz Rejection])

settling_160ms_69db

11  - 160 millisecond settling time (69db [50+60Hz Rejection])

settling_200ms

12  - 200 millisecond settling time (highest resolution)

-
- -
-
TransducerType
-

Represents the Transducer types supported by some Wireless Nodes.

transducer_thermocouple

0 - Thermocouple

transducer_rtd

1 - RTD

transducer_thermistor

2 - Thermistor

-
- -
-
ThermocoupleType
-

Represents the thermocouple types supported by some Wireless Nodes.

tc_uncompensated

0  - Uncompensated (None)

tc_K

1  - K Type Thermocouple

tc_J

2  - J Type Thermocouple

tc_R

3  - R Type Thermocouple

tc_S

4  - S Type Thermocouple

tc_T

5  - T Type Thermocouple

tc_E

6  - E Type Thermocouple

tc_B

7  - B Type Thermocouple

tc_N

8  - N Type Thermocouple

tc_customPolynomial

9  - Custom Polynomial

-
- -
-
RtdType
-

Represents the RTD types supported by some Wireless Nodes.

rtd_uncompensated

0 - Uncompensated (None)

rtd_pt10

1 - PT-10

rtd_pt50

2 - PT-50

rtd_pt100

3 - PT-100

rtd_pt200

4 - PT-200

rtd_pt500

5 - PT-500

rtd_pt1000

6 - PT-1000

-
- -
-
RtdWireType
-

Represents the Wire types supported for RTD sensors.

rtd_2wire

0 - 2 Wire RTD

rtd_3wire

1 - 3 Wire RTD

rtd_4wire

2 - 4 Wire RTD

-
- -
-
ThermistorType
-

Represents the Thermistor types supported by some Wireless Nodes.

thermistor_uncompensated

0 - Uncompensated (None)

thermistor_44004_44033

1 - 44004/44033

thermistor_44005_44030

2 - 44005/44030

thermistor_44007_44034

3 - 44007/44034

thermistor_44006_44031

4 - 44006/44031

thermistor_44008_44032

5 - 44008/44032

thermistor_ys1_400

6 - YSI-400

-
- -
-
WirelessSampleRate
-

The possible sample rates that are available for Wireless Nodes.

sampleRate_104170Hz

60  - 104170 Hz

sampleRate_78125Hz

58  - 78125 Hz

sampleRate_62500Hz

57  - 62500 Hz

sampleRate_25000Hz

56  - 25000 Hz

sampleRate_12500Hz

55  - 12500 Hz

sampleRate_3200Hz

49  - 3200 Hz

sampleRate_1600Hz

48  - 1600 Hz

sampleRate_800Hz

47  - 800 Hz

sampleRate_300Hz

46  - 300 Hz

sampleRate_1kHz

62  - 1 kHz

sampleRate_2kHz

63  - 2 kHz

sampleRate_3kHz

64  - 3 kHz

sampleRate_4kHz

65  - 4 kHz

sampleRate_5kHz

66  - 5 kHz

sampleRate_6kHz

67  - 6 kHz

sampleRate_7kHz

68  - 7 kHz

sampleRate_8kHz

69  - 8 kHz

sampleRate_9kHz

70  - 9 kHz

sampleRate_10kHz

71  - 10 kHz

sampleRate_20kHz

72  - 20 kHz

sampleRate_30kHz

73  - 30 kHz

sampleRate_40kHz

74  - 40 kHz

sampleRate_50kHz

75  - 50 kHz

sampleRate_60kHz

76  - 60 kHz

sampleRate_70kHz

77  - 70 kHz

sampleRate_80kHz

78  - 80 kHz

sampleRate_90kHz

79  - 90 kHz

sampleRate_100kHz

80  - 100 kHz

sampleRate_887Hz

98  - 887 Hz

sampleRate_8192Hz

100  - 8192 Hz

sampleRate_4096Hz

101  - 4096 Hz

sampleRate_2048Hz

102  - 2048 Hz

sampleRate_1024Hz

103  - 1024 Hz

sampleRate_512Hz

104  - 512 Hz

sampleRate_256Hz

105  - 256 Hz

sampleRate_128Hz

106  - 128 Hz

sampleRate_64Hz

107  - 64 Hz

sampleRate_32Hz

108  - 32 Hz

sampleRate_16Hz

109  - 16 Hz

sampleRate_8Hz

110  - 8 Hz

sampleRate_4Hz

111  - 4 Hz

sampleRate_2Hz

112  - 2 Hz

sampleRate_1Hz

113  - 1 Hz

sampleRate_2Sec

114  - 1 sample every 2 seconds

sampleRate_5Sec

115  - 1 sample every 5 seconds

sampleRate_10Sec

116  - 1 sample every 10 seconds

sampleRate_30Sec

117  - 1 sample every 30 seconds

sampleRate_1Min

118  - 1 sample every 1 minute

sampleRate_2Min

119  - 1 sample every 2 minutes

sampleRate_5Min

120  - 1 sample every 5 minutes

sampleRate_10Min

121  - 1 sample every 10 minutes

sampleRate_30Min

122  - 1 sample every 30 minutes

sampleRate_60Min

123  - 1 sample every 60 minutes

sampleRate_24Hours

127  - 1 sample every 24 hours

-
- -
-
RegionCode
-

The possible region codes for the device.

region_usa

0

region_europeanUnion

1

region_japan

2

region_other

3

region_brazil

4

region_china

5

region_australia_newzealand

6

region_singapore

7

region_canada

8

region_southAfrica

9

region_indonesia

10

region_taiwan

11

-
- -
-
ChannelGroupSetting
-

The possible settings for ChannelGroups.

chSetting_inputRange

0 - Input Range

chSetting_filterSettlingTime

1 - Filter Settling Time

chSetting_thermocoupleType

2 - Thermocouple Type

chSetting_linearEquation

3 - Linear Equation

chSetting_unit

4 - Unit

chSetting_equationType

5 - Equation Type

chSetting_hardwareOffset

6 - Hardware Offset

chSetting_autoBalance

7 - Autobalance Function

chSetting_gaugeFactor

8 - Gauge Factor

chSetting_antiAliasingFilter

9 - Anti-Aliasing Filter

chSetting_legacyShuntCal

10 - Legacy Shunt Cal (Note: the actual shunt cal operation is not a feature in MSCL)

chSetting_autoShuntCal

11 - Auto Shunt Cal

chSetting_lowPassFilter

12 - Low Pass Filter

chSetting_highPassFilter

13 - High Pass Filter

chSetting_tempSensorOptions

14 - Temperature Sensor Options

chSetting_debounceFilter

15 - Debounce Filter

chSetting_pullUpResistor

16 - Internal Pull-up Resistor

chSetting_factoryLinearEq

17 - Factory Calibration Linear Equation values [Read Only]

chSetting_factoryUnit

18 - Factory Calibration Unit [Read Only]

chSetting_factoryEqType

19 - Factory Calibration Equation Type [Read Only]

-
- -
-
AutoBalanceErrorFlag
-

The possible completion flags for the AutoBalance Wireless Node function.

autobalance_success

0  - AutoBalance was successful.

autobalance_maybeInvalid

1  - AutoBalance completed, but the values look suspicious.

autobalance_notSupportedByNode

2  - AutoBalance is not supported by the Node.

autobalance_notSupportedByCh

3  - AutoBalance is not supported by the channel.

autobalance_targetOutOfRange

4  - The target balance value is out of range for the channel.

autobalance_failed

5  - The AutoBalance has failed. No values have been applied.

autobalance_legacyNone

998  - The legacy AutoBalance command was used, so no info was returned.

autobalance_notComplete

999  - AutoBalance has not yet completed.

-
- -
-
AutoCalCompletionFlag
-

The possible completion flags for the AutoCal Wireless Node function.

autocal_success

0  - AutoCal was successful.

autocal_maybeInvalid

1  - AutoCal completed, but the values look suspicious. The results have been applied to the Node.

autocal_maybeInvalid_notApplied

2  - AutoCal completed, but the values look suspicious. No results have been applied to the Node.

autocal_notComplete

999  - AutoCal has not yet completed.

-
- -
-
AutoCalErrorFlag
-

The possible error flags for the various AutoCal Wireless Node functions.

autocalError_none

0  - AutoCal showed no sign of errors.

autocalError_sensorDetached

1  - AutoCal indicated the sensor may be detached.

autocalError_sensorShorted

2  - AutoCal indicated the sensor may have shorted.

autocalError_unsupportedChannel

3  - The provided channel was not supported.

autocalError_baseHighRail

4  - The baseline data may have railed high.

autocalError_baseLowRail

5  - The baseline data may have railed low.

autocalError_shuntHighRail

6  - The shunted data may have railed high.

autocalError_shuntLowRail

7  - The shunted data may have railed low.

autocalError_ramp

8  - There was an unexpected slope to the data.

autocalError_noShunt

9  - No shunt was detected in the data.

autocalError_timeout

10  - A timeout has occurred.

-
- -
-
FatigueMode
-

The different modes a Fatigue Node can operate in.

fatigueMode_angleStrain

0  - Standard angle strain mode: can enter specific angles to sample.

fatigueMode_distributedAngle

1  - Distributed angle mode: can enter a low, high, and # of angles (4-16) to sample.

fatigueMode_rawGaugeStrain

2  - Raw Gauge Strain mode: sends the raw strain sensor data.

-
- -
-
EventTriggerType
-

The types of event triggers that are available.

eventTrigger_ceiling

1 - Ceiling Trigger (greater than)

eventTrigger_floor

2 - Floor Trigger (less than)

-
- -
-
Filter
-

The filter options (used for anti-aliasing and low-pass filter)

filter_33000hz

33000 - 33000 hz

filter_20000hz

20000 - 20000 hz

filter_10000hz

10000 - 10000 hz

filter_5222hz

5222 - 5222 hz

filter_5000hz

5000 - 5000 hz

filter_4416hz

4416 - 4416 hz

filter_4096hz

4096 - 4096 hz

filter_4000hz

4000 - 4000 hz

filter_2208hz

2208 - 2208 hz

filter_2048hz

2048 - 2048 hz

filter_2000hz

2000 - 2000 hz

filter_1104hz

1104 - 1104 hz

filter_1024hz

1024 - 1024 hz

filter_1000hz

1000 - 1000 hz

filter_800hz

800 - 800 hz

filter_552hz

552 - 552 hz

filter_512hz

512 - 512 hz

filter_500hz

500 - 500 hz

filter_418hz

418 - 418 hz

filter_294hz

294 - 294 hz

filter_256hz

256 - 256 hz

filter_250hz

250 - 250 hz

filter_209hz

209 - 209 hz

filter_200hz

200 - 200 hz

filter_147hz

147 - 147 hz

filter_128hz

128 - 128 hz

filter_125hz

125 - 125 hz

filter_104hz

104 - 104 hz

filter_100hz

100 - 100 hz

filter_62hz

62 - 62 hz

filter_52hz

52 - 52 hz

filter_50hz

50 - 50 hz

filter_31hz

31 - 31 hz

filter_26hz

26 - 26 hz

filter_12_66hz

12 - 12.66 hz

filter_2_6hz

2 - 2.6 hz

-
- -
-
HighPassFilter
-

The high pass filter options.

highPass_off

0  - Disabled

highPass_auto

65535 - The High Pass Filter will be automatically selected based on other configuration options (such as low pass filter).

-
- -
-
ChannelFrequencyClass
-

The channel frequency class filter options.

cfc_10

10  - CFC-10

cfc_21

21  - CFC-21

cfc_60

60  - CFC-60

-
- -
-
StorageLimitMode
-

The options available for configuring what happens when the storage limit is reached when logging to a Node.

storageLimit_overwrite

0 - When the max memory is reached, old data is overwritten (FIFO).

storageLimit_stop

1 - When the max memory is reached, the Node stops sampling and returns to its idle state.

-
- -
-
InputRange
-

The options available for input range on supported Nodes.

range_14_545mV

0  - +-14.545 milliVolts

range_10_236mV

1  - +-10.236 milliVolts

range_7_608mV

2  - +-7.608 milliVolts

range_4_046mV

3  - +-4.046 milliVolts

range_2_008mV

4  - +-2.008 milliVolts

range_1_511mV

5  - +-1.511 milliVolts

range_1_001mV

6  - +-1.001 milliVolts

range_0_812mV

7  - +-0.812 milliVolts

range_75mV

8  - +-75 milliVolts

range_37_5mV

9  - +-37.5 milliVolts

range_18_75mV

10  - +-18.75 milliVolts

range_9_38mV

11  - +-9.38 milliVolts

range_4_69mV

12  - +-4.69 milliVolts

range_2_34mV

13  - +-2.34 milliVolts

range_1_17mV

14  - +-1.17 milliVolts

range_0_586mV

15  - +-0.586 milliVolts

range_70mV

16  - +-70 milliVolts

range_35mV

17  - +-35 milliVolts

range_17_5mV

18  - +-17.5 milliVolts

range_8_75mV

19  - +-8.75 milliVolts

range_4_38mV

20  - +-4.38 milliVolts

range_2_19mV

21  - +-2.19 milliVolts

range_1_09mV

22  - +-1.09 milliVolts

range_0_547mV

23  - +-0.547 milliVolts

range_44mV

24  - +-44 milliVolts

range_30mV

25  - +-30 milliVolts

range_20mV

26  - +-20 milliVolts

range_15mV

27  - +-15 milliVolts

range_10mV

28  - +-10 milliVolts

range_5mV

29  - +-5 milliVolts

range_3mV

30  - +-3 milliVolts

range_2mV

31  - +-2 milliVolts

range_6mV

32  - +-6 milliVolts

range_1mV

33  - +-1 milliVolt

range_50mV

34  - +-50 milliVolts

range_2_5mV

35  - +-2.5 milliVolts

range_0_6mV

36  - +-0.6 milliVolts

range_0_35mV

37  - +-0.35 milliVolts

range_0_1mV

38  - +-0.1 milliVolts

range_156mV

39  - +-156 milliVolts

range_78_1mV

40  - +-78.1 milliVolts

range_39mV

41  - +-39 milliVolts

range_19_5mV

42  - +-19.5 milliVolts

range_9_76mV

43  - +-9.76 milliVolts

range_4_88mV

44  - +-4.88 milliVolts

range_2_44mV

45  - +-2.44 milliVolts

range_1_22mV

46  - +-1.22 milliVolts

range_10_24V

47  - +-10.24 Volts

range_5_12V

48  - +-5.12 Volts

range_2_56V

49  - +-2.56 Volts

range_0to10_24V

50  - 0 to 10.24 Volts

range_0to5_12V

51  - 0 to 5.12 Volts

range_1_147V

52  - +-1.147 Volts

range_585mV

53  - +-585 milliVolts

range_292_5mV

54  - +-292.5 milliVolts

range_146_25mV

55  - +-146.25 milliVolts

range_73_13mV

56  - +-73.13 milliVolts

range_36_56mV

57  - +-36.56 milliVolts

range_18_23mV

58  - +-18.23 milliVolts

range_9_14mV

59  - +-9.14 milliVolts

range_5_74V

60  - +-5.74 Volts

range_2_93V

61  - +-2.93 Volts

range_1_46V

62  - +-1.46 Volts

range_731_3mV

63  - +-731.3 milliVolts

range_365_6mV

64  - +-365.6 milliVolts

range_182_8mV

65  - +-182.8 milliVolts

range_91_4mV

66  - +-91.4 milliVolts

range_45_7mV

67  - +-45.7 milliVolts

range_62_5mV

68  - +-62.5 milliVolts

range_31_25mV

69  - +-31.25 milliVolts

range_15_63mV

70  - +-15.63 milliVolts

range_7_81mV

71  - +-7.81 milliVolts

range_3_91mV

72  - +-3.91 milliVolts

range_1_95mV

73  - +-1.95 milliVolts

range_0_976mV

74  - +-0.976 milliVolts

range_0_488mV

75  - +-0.488 milliVolts

range_2G

76  - +-2 Gs

range_4G

77  - +-4 Gs

range_8G

78  - +-8 Gs

range_10G

79  - +-10 Gs

range_20G

80  - +-20 Gs

range_40G

81  - +-40 Gs

range_2_5V

82  - +-2.5 Volts

range_1_25V

83  - +-1.25 Volts

range_625mV

84  - +-625 milliVolts

range_312_5mV

85  - +-312.5 milliVolts

range_156_25mV

86  - +-156.25 milliVolts

range_78_125mV

87  - +-78.125 milliVolts

range_39_063mV

88  - +-39.063 milliVolts

range_19_532mV

89  - +-19.532 milliVolts

range_0to2_5V

90  - 0 to 2.5 Volts

range_0to1_25V

91  - 0 to 1.25 Volts

range_0to625mV

92  - 0 to 625 milliVolts

range_0to312_5mV

93  - 0 to 312.5 milliVolts

range_0to156_25mV

94  - 0 to 156.25 milliVolts

range_0to78_125mV

95  - 0 to 78.125 milliVolts

range_0to39_063mV

96  - 0 to 39.063 milliVolts

range_0to19_532mV

97  - 0 to 19.532 milliVolts

range_9_766mV

98  - +-9.766 milliVolts

range_1_35V_or_0to2026408518ohm

99  - +-1.35 Volts, or 0 to 2026408518 ohms

range_1_25V_or_0to5100ohm

100  - +-1.25 Volts, or 0 to 5100 ohms

range_625mV_or_0to1700ohm

101  - +-625 milliVolts, or 0 to 1700 ohms

range_312_5mV_or_0to728ohm

102  - +-312.5 milliVolts, or 0 to 728 ohms

range_156_25mV_or_0to340ohm

103  - +-156.25 milliVolts, or 0 to 340 ohms

range_78_125mV_or_0to164ohm

104  - +-78.125 milliVolts, or 0 to 164 ohms

range_39_0625mV_or_0to80ohm

105  - +-39.0625 milliVolts, or 0 to 80 ohms

range_19_5313mV_or_0to40ohm

106  - +-19.5313 milliVolts, or 0 to 40 ohms

range_750mV

107  - +-750 milliVolts

range_375mV

108  - +-375 milliVolts

range_187_5mV

109  - +-187.5 milliVolts

range_93_75mV

110  - +-93.75 milliVolts

range_46_875mV

111  - +-46.875 milliVolts

range_23_438mV

112  - +-23.438 milliVolts

range_11_719mV

113  - +-11.719 milliVolts

range_5_859mV

114  - +-5.859 milliVolts

range_0to1_5V

115  - 0 to 1.5 Volts

range_0to750mV

116  - 0 to 750 milliVolts

range_0to375mV

117  - 0 to 375 milliVolts

range_0to187_5mV

118  - 0 to 187.5 milliVolts

range_0to93_75mV

119  - 0 to 93.75 milliVolts

range_0to46_875mV

120  - 0 to 46.875 milliVolts

range_0to23_438mV

121  - 0 to 23.438 milliVolts

range_0to11_719mV

122  - 0 to 11.719 milliVolts

range_1_5V

123  - +-1.5 Volts

range_1_35V

124  - +-1.35 Volts

range_0to2026408518ohm

125  - 0 to 2026408518 ohms

range_0to10000ohm

126  - 0 to 10000 ohms

range_0to2580ohm

127  - 0 to 2580 ohms

range_0to1290ohm

128  - 0 to 1290 ohms

range_0to645ohm

129  - 0 to 645 ohms

range_0to322ohm

130  - 0 to 322 ohms

range_0to161ohm

131  - 0 to 161 ohms

range_0to80ohm

132  - 0 to 80 ohms

range_39_0625mV

133  - +- 39.0625 milliVolts

range_19_5313mV

134  - +- 19.5313 milliVolts

range_invalid

65535  - invalid input range

-
- -
-
DataMode
-

Available Data Modes.

dataMode_none

0 - No Data Modes enabled

dataMode_raw

1 - Raw Only Data Mode

dataMode_derived

2 - Derived Only Data Mode

dataMode_raw_derived

3 - Raw and Derived Data Mode

-
- -
-
DerivedCategory
-

Available Derived Channel Categories for configuration.

derivedCategory_rms

0 - RMS

derivedCategory_peakToPeak

1 - Peak to Peak

derivedCategory_velocity

2 - Velocity (IPS, mm/s)

derivedCategory_crestFactor

3 - Crest Factor

derivedCategory_mean

4 - Mean

-
- -
-
DerivedDataPacketAlgorithmId
-

The types of channels that can be sent in a derived data packet.

derivedAlgId_rms

0 - RMS

derivedAlgId_peakToPeak

1 - Peak to Peak

derivedAlgId_ips

2 - Inches per Second

derivedAlgId_crestFactor

3 - Crest Factor

derivedAlgId_mean

4 - Mean

derivedAlgId_mmps

5 - millimeters per second

-
- -
-
DerivedVelocityUnit
-

The options that can be configured for the velocity derived channel.

-
- -
-
CommProtocol
-

Available Communication Protocol types.

commProtocol_lxrs

0 - LXRS, 250kbps, 802.15.4

commProtocol_lxrsPlus

1 - LXRS+, 2Mbps, Proprietary

-
- -
-
Voltage
-

Available Voltages.

voltage_5120mV

5120 - 5.2V

voltage_5000mV

5000 - 5.0V

voltage_4096mV

4096 - 4.096V

voltage_3000mV

3000 - 3.0V

voltage_2800mV

2800 - 2.8V

voltage_2750mV

2750 - 2.75V

voltage_2700mV

2700 - 2.7V

voltage_2500mV

2500 - 2.5V

voltage_1500mV

1500 - 1.5V

-
- -
-
SensorOutputMode
-

Available Sensor Output Modes.

sensorOutputMode_accel

0

sensorOutputMode_tilt

1

-
- -
-
BatteryStatus
-
Battery status values

can be mapped to the low battery flag value in the diagnostic packet.

batteryStatus_good

0

batteryStatus_low

1

batteryStatus_critical

2

-
- -
-
ExternalPowerIndicator
-
Indicates external power state

can be mapped to the external power value in the diagnostic packet.

externalPower_notConnected

0

externalPower_connected

1

-
- -
-
DelayVersion
-

Types of delays that individual sensors can support.

V1

Milliseconds

V2

Microseconds

V3

Seconds or Milliseconds

V4

Seconds, Milliseconds, or Microseconds

-
- -
-
DerivedChannelMasks
-

Typedef for a map of <DerivedChannelOption> to ChannelMask pairs.

-
- -
-
EepromMap
-

Typedef for a map of eeprom locations (uint16) to values (uint16).

-
- -
-
Constants
-
- -
-
UNKNOWN_RSSI = 999
-

The value given for an unknown RSSI value.

-
- -
-
Types
-
- -
-
LegacyTransmitPower
-

Represents the legacy transmit powers supported by older devices.

legacyPower_16dBm

25619 - 16 dBm (39 mw)

legacyPower_10dBm

25615 - 10 dBm (10 mw)

legacyPower_5dBm

25611 - 5 dBm (3 mw)

legacyPower_0dBm

25607 - 0 dBm  (1 mw)

-
- -
-
Functions
-
- -
-
dataTypeSize
-
static uint16 dataTypeSize(
DataType type
)
-

Gets the byte size of the data type passed in

Parameters
type
DataType

The DataType to find the size of

Returns

The size of the DataType passed in

-
- -
-
dataTypeToValueType
-
static ValueType dataTypeToValueType(
DataType type
)
-

Converts a DataType (value received from a data packet) to a ValueType which describes how the data is stored (as a short, as a float, etc)

Parameters
type
DataType

The DataType to convert to a ValueType

Returns

A ValueType converted from the passed in DataType

-
- -
-
dataFormatSize
-
static uint8 dataFormatSize(
DataFormat dataFormat
)
-

Gets the number of bytes per data point for a specified DataFormat

Parameters
dataFormat
DataFormat

The DataFormat to get the number of bytes for

Returns

The number of bytes for the DataFormat

-
- -
-
settlingTime
-
static uint16 settlingTime(
SettlingTime time
)
-

Gets the actual settling time, in milliseconds, for the given SettlingTime.

Parameters
file

The SettlingTime enum to get the actual settling time for.

Returns

The settling time, in milliseconds for the given SettlingTime.

-
- -
-
dataloggingRateToSampleRate
-
static WirelessSampleRate dataloggingRateToSampleRate(
uint16 eepromValue
)
-

Converts a datalogging sample rate value to a WirelessSampleRate.

Parameters
eepromValue
uint16

The datalogging sample rate eeprom value that was on the Node.

Returns

A WirelessSampleRate for the given datalogging sample rate.

-
- -
-
sampleRateToDataloggingRate
-
static uint16 sampleRateToDataloggingRate(
WirelessSampleRate rate
)
-

Converts a WirelessSampleRate to a datalogging sample rate eeprom value.

Parameters
rate
WirelessSampleRate

The WirelessSampleRate to convert to a datalogging sample rate.

Returns

A datalogging sample rate eeprom value for the given WirelessSampleRate.

-
- -
-
legacyToTransmitPower
-
static WirelessTypes::TransmitPower legacyToTransmitPower(
WirelessTypes::LegacyTransmitPower legacyVal
)
-

Converts the given WirelessTypes::LegacyTransmitPower to the WirelessTypes::TransmitPower equivalent.

Parameters
legacyVal
WirelessTypes::LegacyTransmitPower

the WirelessTypes::LegacyTransmitPower to convert.

Returns

The WirelessTypes::TransmitPower equivalent of the legacy transmit power.

-
- -
-
transmitPowerToLegacy
- -

Converts the given WirelessTypes::TransmitPower to the WirelessTypes::LegacyTransmitPower equivalent.

Parameters
power
WirelessTypes::TransmitPower

the WirelessTypes::TransmitPower to convert.

Returns

The WirelessTypes::LegacyTransmitPower equivalent of the current transmit power.

Exceptions

  • Error: Invalid transmit power.

-
- -
-
bytesPerDerivedAlgorithmId
-
static uint8 bytesPerDerivedAlgorithmId(
DerivedDataPacketAlgorithmId id
)
-

Gets the number of bytes that make up a derived channel.  For example, derived_rms is a single float, so this will return 4.

Parameters
id
DerivedDataPacketAlgorithmId

The <DerivedChannelType> to get the byte count for.

Returns

The number of bytes that make up a derived channel's data.

Exceptions
-
- -
-
bytesPerDerivedChannelOption
-
static uint8 bytesPerDerivedChannelOption(
DerivedCategory category
)
-

Gets the number of bytes that make up a derived channel option.

Parameters
opt

The DerivedCategory to get the byte count for.

Returns

The number of bytes that make up a derived channel's data.

Exceptions
-
- -
-
derivedBytesPerSweep
-
static uint32 derivedBytesPerSweep(
const WirelessTypes::DerivedChannelMasks &derivedChannelMasks
)
-

Gets the number of derived bytes in a sweep for the given WirelessTypes::DerivedChannelMasks.

Parameters
derivedChannelMasks
const WirelessTypes::DerivedChannelMasks&

The WirelessTypes::DerivedChannelMasks to calculated the number of derived bytes for.

Returns

The number of derived bytes in a sweep for all the derived channels given.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/WriteEeprom-Summary.js b/v66.0.1/MSCL_Docs/classes/C/WriteEeprom-Summary.js deleted file mode 100644 index f3828e49f..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/WriteEeprom-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:WriteEeprom","WriteEeprom");NDSummary.OnSummaryLoaded("CClass:WriteEeprom",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[5197,0,0,"WriteEeprom"],[5198,0,2,"Functions","Functions"],[5199,0,1,"buildCommand","buildCommand"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/WriteEeprom-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/WriteEeprom-SummaryToolTips.js deleted file mode 100644 index 142919b24..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/WriteEeprom-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:WriteEeprom",{5197:"
WriteEeprom
Contains logic for the WriteEeprom Node command
",5199:"
static ByteStream buildCommand(
NodeAddress nodeAddress,
uint16 eepromAddress,
uint16 valueToWrite
)
Builds the WriteEeprom command packet
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/WriteEeprom-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/WriteEeprom-ToolTips.js deleted file mode 100644 index aefea407e..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/WriteEeprom-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10245:"
typedef for a Node\'s node address.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/WriteEeprom.html b/v66.0.1/MSCL_Docs/classes/C/WriteEeprom.html deleted file mode 100644 index 405fd4374..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/WriteEeprom.html +++ /dev/null @@ -1,27 +0,0 @@ - - -WriteEeprom - - - - - - - -
-
WriteEeprom
-
WriteEeprom
-

Contains logic for the WriteEeprom Node command

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand(
NodeAddress nodeAddress,
uint16 eepromAddress,
uint16 valueToWrite
)
-

Builds the WriteEeprom command packet

Parameters
nodeAddress
NodeAddress

the address of the Node to build the command for

eepromAddress
uint16

the Eeprom address to write to

valueToWrite
uint16

the value to write to the Eeprom

Returns

A ByteStream containing the command packet

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/WriteEeprom_v2-Summary.js b/v66.0.1/MSCL_Docs/classes/C/WriteEeprom_v2-Summary.js deleted file mode 100644 index 198c13954..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/WriteEeprom_v2-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:WriteEeprom_v2","WriteEeprom_v2");NDSummary.OnSummaryLoaded("CClass:WriteEeprom_v2",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[4618,0,0,"WriteEeprom_v2"],[4619,0,2,"Functions","Functions"],[4620,0,1,"buildCommand","buildCommand"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/WriteEeprom_v2-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/WriteEeprom_v2-SummaryToolTips.js deleted file mode 100644 index 1cd484967..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/WriteEeprom_v2-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:WriteEeprom_v2",{4618:"
WriteEeprom_v2
Contains logic for the WriteEeprom (version 2) Node command
",4620:"
static ByteStream buildCommand(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress,
uint16 eepromAddress,
uint16 valueToWrite
)
Builds the WriteEeprom_v2 command packet
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/WriteEeprom_v2-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/WriteEeprom_v2-ToolTips.js deleted file mode 100644 index 4531d219a..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/WriteEeprom_v2-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7194:"
The possible ASPP versions
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10245:"
typedef for a Node\'s node address.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/WriteEeprom_v2.html b/v66.0.1/MSCL_Docs/classes/C/WriteEeprom_v2.html deleted file mode 100644 index 0318d0b3f..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/WriteEeprom_v2.html +++ /dev/null @@ -1,27 +0,0 @@ - - -WriteEeprom_v2 - - - - - - - -
-
WriteEeprom_v2
-
WriteEeprom_v2
-

Contains logic for the WriteEeprom (version 2) Node command

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress,
uint16 eepromAddress,
uint16 valueToWrite
)
-

Builds the WriteEeprom_v2 command packet

Parameters
nodeAddress
NodeAddress

the address of the Node to build the command for

eepromAddress
uint16

the Eeprom address to write to

valueToWrite
uint16

the value to write to the Eeprom

Returns

A ByteStream containing the command packet

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/WsdaFinder-Summary.js b/v66.0.1/MSCL_Docs/classes/C/WsdaFinder-Summary.js deleted file mode 100644 index f0847caaf..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/WsdaFinder-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:WsdaFinder","WsdaFinder");NDSummary.OnSummaryLoaded("CClass:WsdaFinder",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Types","Type"],["Variables","Variable"]],[[29,0,0,"WsdaFinder"],[30,0,2,"Types","Types"],[31,0,3,"WsdaMap","WsdaMap"],[32,0,2,"Functions","Functions"],[33,0,1,"~WsdaFinder","~WsdaFinder"],[34,0,1,"start","start"],[35,0,1,"onSearchComplete","onSearchComplete"],[36,0,1,"onDeviceAdded","onDeviceAdded"],[37,0,2,"Variables","Variables"],[38,0,4,"m_upnpService","m_upnpService"],[39,0,4,"m_upnpSearchCallback","m_upnpSearchCallback"],[40,0,4,"m_foundWsdas","m_foundWsdas"],[41,0,4,"m_tempWsdas","m_tempWsdas"],[42,0,4,"m_wsdaMapMutex","m_wsdaMapMutex"],[43,0,2,"Functions","Functions(2)"],[44,0,1,"found","found"],[45,0,1,"restart","restart"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/WsdaFinder-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/WsdaFinder-SummaryToolTips.js deleted file mode 100644 index 85ae0498d..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/WsdaFinder-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:WsdaFinder",{29:"
WsdaFinder
Discovers upnp WSDA devices. (WINDOWS ONLY)
",31:"
Typedef for a uuid to WsdaInfo map.
",33:"
~WsdaFinder()
Destroys the WsdaFinder object, stopping the search.
",34:"
void start()
Starts the search thread looking for upnp WSDAs.
",35:"
void onSearchComplete()
Callback function for when the initial search has completed.
",36:"
void onDeviceAdded(
const UpnpDevice &device
)
Callback function for when any upnp device was added/found.
",38:"
std::unique_ptr<UpnpService> m_upnpService
The <UpnpService> that asynchronously searches for upnp devices.
",39:"
std::unique_ptr<UpnpDeviceFinderCallback> m_upnpSearchCallback
The <UpnpDeviceFinderCallback> that handles all the upnp callbacks.
",40:"
WsdaMap m_foundWsdas
The WsdaMap containing the list of WSDAs that were found.
",41:"
WsdaMap m_tempWsdas
A temporary map that gets cleared on every new search to aid in finding which WSDAs have been removed after already been found.
",42:"
std::mutex m_wsdaMapMutex
A mutex for accessing the found wsda maps.
",44:"
WsdaFinder::WsdaMap found()
Gets a copy of the WsdaMap that contains the WSDAs as they are known on the local network. If a WSDA is removed from the network, it will also be removed from this map if it was previously found.
",45:"
void restart()
Clears out the list of found WSDAs and forces a restart of the upnp search.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/WsdaFinder-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/WsdaFinder-ToolTips.js deleted file mode 100644 index 6174b303a..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/WsdaFinder-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1:"
Contains information about an added upnp device.
",19:"
WsdaInfo
Holds info on a discovered WSDA.
",31:"
Typedef for a uuid to WsdaInfo map.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/WsdaFinder.html b/v66.0.1/MSCL_Docs/classes/C/WsdaFinder.html deleted file mode 100644 index abbf76486..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/WsdaFinder.html +++ /dev/null @@ -1,104 +0,0 @@ - - -WsdaFinder - - - - - - - -
-
WsdaFinder
-
WsdaFinder
-

Discovers upnp WSDA devices. (WINDOWS ONLY)

-
- -
-
Types
-
- -
-
WsdaMap
-

Typedef for a uuid to WsdaInfo map.

-
- -
-
Functions
-
- -
-
~WsdaFinder
-
~WsdaFinder()
-

Destroys the WsdaFinder object, stopping the search.

-
- -
-
start
-
void start()
-

Starts the search thread looking for upnp WSDAs.

-
- -
-
onSearchComplete
-
void onSearchComplete()
-

Callback function for when the initial search has completed.

-
- -
-
onDeviceAdded
-
void onDeviceAdded(
const UpnpDevice &device
)
-

Callback function for when any upnp device was added/found.

Parameters
device
const UpnpDevice&

The UpnpDevice that was found.

-
- -
-
Variables
-
- -
-
m_upnpService
-
std::unique_ptr<UpnpService> m_upnpService
-

The <UpnpService> that asynchronously searches for upnp devices.

-
- -
-
m_upnpSearchCallback
-
std::unique_ptr<UpnpDeviceFinderCallback> m_upnpSearchCallback
-

The <UpnpDeviceFinderCallback> that handles all the upnp callbacks.

-
- -
-
m_foundWsdas
-
WsdaMap m_foundWsdas
-

The WsdaMap containing the list of WSDAs that were found.

-
- -
-
m_tempWsdas
-
WsdaMap m_tempWsdas
-

A temporary map that gets cleared on every new search to aid in finding which WSDAs have been removed after already been found.

-
- -
-
m_wsdaMapMutex
-
std::mutex m_wsdaMapMutex
-

A mutex for accessing the found wsda maps.

-
- -
-
Functions
-
- -
-
found
- -

Gets a copy of the WsdaMap that contains the WSDAs as they are known on the local network. If a WSDA is removed from the network, it will also be removed from this map if it was previously found.

Returns

A WsdaMap of the WSDAs that were found on the network.

-
- -
-
restart
-
void restart()
-

Clears out the list of found WSDAs and forces a restart of the upnp search.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/WsdaInfo-Summary.js b/v66.0.1/MSCL_Docs/classes/C/WsdaInfo-Summary.js deleted file mode 100644 index 932acb5bd..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/WsdaInfo-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:WsdaInfo","WsdaInfo");NDSummary.OnSummaryLoaded("CClass:WsdaInfo",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[19,0,0,"WsdaInfo"],[20,0,2,"Functions","Functions"],[21,0,1,"WsdaInfo","WsdaInfo"],[22,0,2,"Variables","Variables"],[23,0,3,"m_url","m_url"],[24,0,3,"m_serial","m_serial"],[25,0,2,"Functions","Functions(2)"],[26,0,1,"ipAddress","ipAddress"],[27,0,1,"port","port"],[28,0,1,"name","name"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/WsdaInfo-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/WsdaInfo-SummaryToolTips.js deleted file mode 100644 index 01829c6c6..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/WsdaInfo-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:WsdaInfo",{19:"
WsdaInfo
Holds info on a discovered WSDA.
",21:"
WsdaInfo(
std::string url,
std::string serial
)
Creates a WsdaInfo object.
",23:"
std::string m_url
The url of the upnp discovery.
",24:"
std::string m_serial
The serial of the upnp discovery.
",26:"
std::string ipAddress() const
Gets the IP Address of the WSDA.
",27:"
uint16 port() const
Gets the port number of the WSDA.
",28:"
std::string name() const
Gets the name of the WSDA.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/WsdaInfo-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/WsdaInfo-ToolTips.js deleted file mode 100644 index 59992a148..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/WsdaInfo-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/WsdaInfo.html b/v66.0.1/MSCL_Docs/classes/C/WsdaInfo.html deleted file mode 100644 index c15ffc62c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/WsdaInfo.html +++ /dev/null @@ -1,65 +0,0 @@ - - -WsdaInfo - - - - - - - -
-
WsdaInfo
-
WsdaInfo
-

Holds info on a discovered WSDA.

-
- -
-
Functions
-
- -
-
WsdaInfo
-
WsdaInfo(
std::string url,
std::string serial
)
-

Creates a WsdaInfo object.

Parameters
url
std::string

The 'presentationUrl' from the upnp discovery.

serial
std::string

The 'serial' from the upnp discovery.

-
- -
-
Variables
-
- -
-
m_url
-
std::string m_url
-

The url of the upnp discovery.

-
- -
-
m_serial
-
std::string m_serial
-

The serial of the upnp discovery.

-
- -
-
Functions
-
- -
-
ipAddress
-
std::string ipAddress() const
-

Gets the IP Address of the WSDA.

-
- -
-
port
-
uint16 port() const
-

Gets the port number of the WSDA.

-
- -
-
name
-
std::string name() const
-

Gets the name of the WSDA.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ZUPTSettingsData-Summary.js b/v66.0.1/MSCL_Docs/classes/C/ZUPTSettingsData-Summary.js deleted file mode 100644 index 01b7e8889..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ZUPTSettingsData-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:ZUPTSettingsData","ZUPTSettingsData");NDSummary.OnSummaryLoaded("CClass:ZUPTSettingsData",[["C/C++","C"]],[["Functions","Function"],["Groups","Group"],["Structs","Struct"],["Variables","Variable"]],[[1986,0,2,"ZUPTSettingsData"],[1987,0,1,"Functions","Functions"],[1988,0,0,"ZUPTSettingsData","ZUPTSettingsData"],[1989,0,1,"Variables","Variables"],[1990,0,3,"enabled","enabled"],[1991,0,3,"threshold","threshold"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ZUPTSettingsData-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/ZUPTSettingsData-SummaryToolTips.js deleted file mode 100644 index 63e02f3ca..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ZUPTSettingsData-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:ZUPTSettingsData",{1986:"
Contains the data for the AngularRateZUPTControl and VelocityZUPTControl classes.
",1988:"
ZUPTSettingsData(
bool enable,
float threshold
) : enabled(enable), threshold(threshold)
Creates a ZUPTSettingsData object.
",1990:"
bool enabled
",1991:"
float threshold
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ZUPTSettingsData-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/ZUPTSettingsData-ToolTips.js deleted file mode 100644 index 59992a148..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ZUPTSettingsData-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/ZUPTSettingsData.html b/v66.0.1/MSCL_Docs/classes/C/ZUPTSettingsData.html deleted file mode 100644 index 14620e30c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/ZUPTSettingsData.html +++ /dev/null @@ -1,40 +0,0 @@ - - -ZUPTSettingsData - - - - - - - -
-
ZUPTSettingsData
-

Contains the data for the AngularRateZUPTControl and VelocityZUPTControl classes.

-
- -
-
Functions
-
- -
-
ZUPTSettingsData
-
ZUPTSettingsData(
bool enable,
float threshold
) : enabled(enable), threshold(threshold)
-

Creates a ZUPTSettingsData object.

Parameters
enable
bool

whether the control is enabled

threshold
float

the threshold to trigger the control

-
- -
-
Variables
-
- -
-
enabled
-
bool enabled
-
- -
-
threshold
-
float threshold
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/simple_any-Summary.js b/v66.0.1/MSCL_Docs/classes/C/simple_any-Summary.js deleted file mode 100644 index f867f355c..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/simple_any-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CClass:simple_any","simple_any");NDSummary.OnSummaryLoaded("CClass:simple_any",[["C/C++","C"]],[["Classes","Class"]],[[10367,0,0,"simple_any"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/simple_any-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/C/simple_any-SummaryToolTips.js deleted file mode 100644 index 67f2d7e1a..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/simple_any-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CClass:simple_any",{10367:"
simple_any
A class that holds any type of variable in a type safe manner.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/simple_any-ToolTips.js b/v66.0.1/MSCL_Docs/classes/C/simple_any-ToolTips.js deleted file mode 100644 index 59992a148..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/simple_any-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/C/simple_any.html b/v66.0.1/MSCL_Docs/classes/C/simple_any.html deleted file mode 100644 index f219e88bc..000000000 --- a/v66.0.1/MSCL_Docs/classes/C/simple_any.html +++ /dev/null @@ -1,17 +0,0 @@ - - -simple_any - - - - - - - -
-
simple_any
-
simple_any
-

A class that holds any type of variable in a type safe manner.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error-Summary.js b/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error-Summary.js deleted file mode 100644 index 6c8983078..000000000 --- a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CSharpClass:mscl.Error","Error");NDSummary.OnSummaryLoaded("CSharpClass:mscl.Error",[["C#","CSharp"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[10085,0,0,"mscl.​Error"],[10086,0,2,"Functions","Functions"],[10087,0,1,"Error","Error"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error-SummaryToolTips.js deleted file mode 100644 index 21452135a..000000000 --- a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CSharpClass:mscl.Error",{10085:"
public
mscl.​Error
",10087:"
public Error(
string message
)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error-ToolTips.js b/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error-ToolTips.js deleted file mode 100644 index 4ece76a9a..000000000 --- a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({10088:"
public
mscl.​Error_NotSupported
",10091:"
public
mscl.​Error_NoData
",10094:"
public
mscl.​Error_BadDataType
",10097:"
public
mscl.​Error_UnknownSampleRate
",10100:"
public
mscl.​Error_Communication
",10109:"
public
mscl.​Error_Connection
",10124:"
public
mscl.​Error_MipCmdFailed
",10130:"
public
mscl.​Error_InvalidConfig
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error.html b/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error.html deleted file mode 100644 index e22ef5e00..000000000 --- a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error.html +++ /dev/null @@ -1,25 +0,0 @@ - - -Error - - - - - - - -
-
mscl.​Error
- -
- -
-
Functions
-
- -
-
Error
-
public Error(
string message
)
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_BadDataType-Summary.js b/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_BadDataType-Summary.js deleted file mode 100644 index 5cd9738f8..000000000 --- a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_BadDataType-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CSharpClass:mscl.Error_BadDataType","Error_BadDataType");NDSummary.OnSummaryLoaded("CSharpClass:mscl.Error_BadDataType",[["C#","CSharp"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[10094,0,0,"mscl.​Error_BadDataType"],[10095,0,2,"Functions","Functions"],[10096,0,1,"Error_BadDataType","Error_BadDataType"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_BadDataType-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_BadDataType-SummaryToolTips.js deleted file mode 100644 index 7c08ecfe4..000000000 --- a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_BadDataType-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CSharpClass:mscl.Error_BadDataType",{10094:"
public
mscl.​Error_BadDataType
",10096:"
public Error_BadDataType(
string message
)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_BadDataType-ToolTips.js b/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_BadDataType-ToolTips.js deleted file mode 100644 index e07aeeb8a..000000000 --- a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_BadDataType-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({10085:"
public
mscl.​Error
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_BadDataType.html b/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_BadDataType.html deleted file mode 100644 index b72445c88..000000000 --- a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_BadDataType.html +++ /dev/null @@ -1,25 +0,0 @@ - - -Error_BadDataType - - - - - - - -
-
mscl.​Error_BadDataType
-
mscl.​Error
public
mscl.​Error_BadDataType
-
- -
-
Functions
-
- -
-
Error_BadDataType
-
public Error_BadDataType(
string message
)
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_Communication-Summary.js b/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_Communication-Summary.js deleted file mode 100644 index 92a5fc655..000000000 --- a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_Communication-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CSharpClass:mscl.Error_Communication","Error_Communication");NDSummary.OnSummaryLoaded("CSharpClass:mscl.Error_Communication",[["C#","CSharp"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[10100,0,0,"mscl.​Error_Communication"],[10101,0,2,"Functions","Functions"],[10102,0,1,"Error_Communication","Error_Communication"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_Communication-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_Communication-SummaryToolTips.js deleted file mode 100644 index 5a5a2e913..000000000 --- a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_Communication-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CSharpClass:mscl.Error_Communication",{10100:"
public
mscl.​Error_Communication
",10102:"
public Error_Communication(
string message
)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_Communication-ToolTips.js b/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_Communication-ToolTips.js deleted file mode 100644 index ee16672e7..000000000 --- a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_Communication-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({10085:"
public
mscl.​Error
",10103:"
public
mscl.​Error_NodeCommunication
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_Communication.html b/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_Communication.html deleted file mode 100644 index f33c469f4..000000000 --- a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_Communication.html +++ /dev/null @@ -1,25 +0,0 @@ - - -Error_Communication - - - - - - - -
-
mscl.​Error_Communication
-
mscl.​Error
public
mscl.​Error_Communication
mscl.​Error_NodeCommunication
-
- -
-
Functions
-
- -
-
Error_Communication
-
public Error_Communication(
string message
)
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_Connection-Summary.js b/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_Connection-Summary.js deleted file mode 100644 index 094a8e3c0..000000000 --- a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_Connection-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CSharpClass:mscl.Error_Connection","Error_Connection");NDSummary.OnSummaryLoaded("CSharpClass:mscl.Error_Connection",[["C#","CSharp"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[10109,0,0,"mscl.​Error_Connection"],[10110,0,2,"Functions","Functions"],[10111,0,1,"Error_Connection","Error_Connection"],[10112,0,1,"code","code"],[10113,0,2,"Variables","Variables"],[10114,0,3,"m_code","m_code"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_Connection-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_Connection-SummaryToolTips.js deleted file mode 100644 index e05158bb1..000000000 --- a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_Connection-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CSharpClass:mscl.Error_Connection",{10109:"
public
mscl.​Error_Connection
",10111:"
public Error_Connection(
string message,
int code
)
",10112:"
public int code()
",10114:"
private int m_code
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_Connection-ToolTips.js b/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_Connection-ToolTips.js deleted file mode 100644 index c69fce9b0..000000000 --- a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_Connection-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({10085:"
public
mscl.​Error
",10115:"
public
mscl.​Error_InvalidSerialPort
",10118:"
public
mscl.​Error_InvalidTcpServer
",10121:"
public
mscl.​Error_InvalidUnixSocket
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_Connection.html b/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_Connection.html deleted file mode 100644 index ea35cfb00..000000000 --- a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_Connection.html +++ /dev/null @@ -1,39 +0,0 @@ - - -Error_Connection - - - - - - - -
-
mscl.​Error_Connection
- -
- -
-
Functions
-
- -
-
Error_Connection
-
public Error_Connection(
string message,
int code
)
-
- -
-
code
-
public int code()
-
- -
-
Variables
-
- -
-
m_code
-
private int m_code
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_InvalidConfig-Summary.js b/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_InvalidConfig-Summary.js deleted file mode 100644 index b903844b8..000000000 --- a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_InvalidConfig-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CSharpClass:mscl.Error_InvalidConfig","Error_InvalidConfig");NDSummary.OnSummaryLoaded("CSharpClass:mscl.Error_InvalidConfig",[["C#","CSharp"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[10130,0,0,"mscl.​Error_InvalidConfig"],[10131,0,2,"Functions","Functions"],[10132,0,1,"Error_InvalidConfig","Error_InvalidConfig"],[10133,0,1,"Error_InvalidConfig","Error_InvalidConfig(2)"],[10134,0,1,"issues","issues"],[10135,0,2,"Variables","Variables"],[10136,0,3,"m_issues","m_issues"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_InvalidConfig-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_InvalidConfig-SummaryToolTips.js deleted file mode 100644 index d3191762f..000000000 --- a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_InvalidConfig-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CSharpClass:mscl.Error_InvalidConfig",{10130:"
public
mscl.​Error_InvalidConfig
",10132:"
public Error_InvalidConfig(
string message
)
",10133:"
public Error_InvalidConfig(
string message,
ConfigIssues issues
)
",10134:"
public ConfigIssues issues()
",10136:"
private ConfigIssues m_issues
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_InvalidConfig-ToolTips.js b/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_InvalidConfig-ToolTips.js deleted file mode 100644 index 53c27bc6a..000000000 --- a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_InvalidConfig-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({10085:"
public
mscl.​Error
",10137:"
public
mscl.​Error_InvalidNodeConfig
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_InvalidConfig.html b/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_InvalidConfig.html deleted file mode 100644 index 1886ab428..000000000 --- a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_InvalidConfig.html +++ /dev/null @@ -1,44 +0,0 @@ - - -Error_InvalidConfig - - - - - - - -
-
mscl.​Error_InvalidConfig
-
mscl.​Error
public
mscl.​Error_InvalidConfig
mscl.​Error_InvalidNodeConfig
-
- -
-
Functions
-
- -
-
Error_InvalidConfig
-
public Error_InvalidConfig(
string message
)
-
- -
-
Error_InvalidConfig
-
public Error_InvalidConfig(
string message,
ConfigIssues issues
)
-
- -
-
issues
-
public ConfigIssues issues()
-
- -
-
Variables
-
- -
-
m_issues
-
private ConfigIssues m_issues
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_InvalidNodeConfig-Summary.js b/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_InvalidNodeConfig-Summary.js deleted file mode 100644 index 1fb68dc56..000000000 --- a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_InvalidNodeConfig-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CSharpClass:mscl.Error_InvalidNodeConfig","Error_InvalidNodeConfig");NDSummary.OnSummaryLoaded("CSharpClass:mscl.Error_InvalidNodeConfig",[["C#","CSharp"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[10137,0,0,"mscl.​Error_InvalidNodeConfig"],[10138,0,2,"Functions","Functions"],[10139,0,1,"Error_InvalidNodeConfig","Error_InvalidNodeConfig"],[10140,0,1,"Error_InvalidNodeConfig","Error_InvalidNodeConfig(2)"],[10141,0,1,"nodeAddress","nodeAddress"],[10142,0,2,"Variables","Variables"],[10143,0,3,"m_nodeAddress","m_nodeAddress"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_InvalidNodeConfig-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_InvalidNodeConfig-SummaryToolTips.js deleted file mode 100644 index 4dc496483..000000000 --- a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_InvalidNodeConfig-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CSharpClass:mscl.Error_InvalidNodeConfig",{10137:"
public
mscl.​Error_InvalidNodeConfig
",10139:"
public Error_InvalidNodeConfig(
string message,
ushort nodeAddress
)
",10140:"
public Error_InvalidNodeConfig(
string message,
ConfigIssues issues,
ushort nodeAddress
)
",10141:"
public ushort nodeAddress()
",10143:"
private ushort m_nodeAddress
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_InvalidNodeConfig-ToolTips.js b/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_InvalidNodeConfig-ToolTips.js deleted file mode 100644 index 0ab9e142a..000000000 --- a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_InvalidNodeConfig-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({10130:"
public
mscl.​Error_InvalidConfig
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_InvalidNodeConfig.html b/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_InvalidNodeConfig.html deleted file mode 100644 index 0929f11c8..000000000 --- a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_InvalidNodeConfig.html +++ /dev/null @@ -1,44 +0,0 @@ - - -Error_InvalidNodeConfig - - - - - - - -
-
mscl.​Error_InvalidNodeConfig
-
mscl.​Error_InvalidConfig
public
mscl.​Error_InvalidNodeConfig
-
- -
-
Functions
-
- -
-
Error_InvalidNodeConfig
-
public Error_InvalidNodeConfig(
string message,
ushort nodeAddress
)
-
- -
-
Error_InvalidNodeConfig
-
public Error_InvalidNodeConfig(
string message,
ConfigIssues issues,
ushort nodeAddress
)
-
- -
-
nodeAddress
-
public ushort nodeAddress()
-
- -
-
Variables
-
- -
-
m_nodeAddress
-
private ushort m_nodeAddress
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_InvalidSerialPort-Summary.js b/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_InvalidSerialPort-Summary.js deleted file mode 100644 index 24c71fea7..000000000 --- a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_InvalidSerialPort-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CSharpClass:mscl.Error_InvalidSerialPort","Error_InvalidSerialPort");NDSummary.OnSummaryLoaded("CSharpClass:mscl.Error_InvalidSerialPort",[["C#","CSharp"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[10115,0,0,"mscl.​Error_InvalidSerialPort"],[10116,0,2,"Functions","Functions"],[10117,0,1,"Error_InvalidSerialPort","Error_InvalidSerialPort"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_InvalidSerialPort-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_InvalidSerialPort-SummaryToolTips.js deleted file mode 100644 index 80166c559..000000000 --- a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_InvalidSerialPort-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CSharpClass:mscl.Error_InvalidSerialPort",{10115:"
public
mscl.​Error_InvalidSerialPort
",10117:"
public Error_InvalidSerialPort(
string message,
int code
)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_InvalidSerialPort-ToolTips.js b/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_InvalidSerialPort-ToolTips.js deleted file mode 100644 index 139bbaa75..000000000 --- a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_InvalidSerialPort-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({10109:"
public
mscl.​Error_Connection
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_InvalidSerialPort.html b/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_InvalidSerialPort.html deleted file mode 100644 index 2f73296e1..000000000 --- a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_InvalidSerialPort.html +++ /dev/null @@ -1,25 +0,0 @@ - - -Error_InvalidSerialPort - - - - - - - -
-
mscl.​Error_InvalidSerialPort
-
mscl.​Error_Connection
public
mscl.​Error_InvalidSerialPort
-
- -
-
Functions
-
- -
-
Error_InvalidSerialPort
-
public Error_InvalidSerialPort(
string message,
int code
)
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_InvalidTcpServer-Summary.js b/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_InvalidTcpServer-Summary.js deleted file mode 100644 index 5e95009cc..000000000 --- a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_InvalidTcpServer-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CSharpClass:mscl.Error_InvalidTcpServer","Error_InvalidTcpServer");NDSummary.OnSummaryLoaded("CSharpClass:mscl.Error_InvalidTcpServer",[["C#","CSharp"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[10118,0,0,"mscl.​Error_InvalidTcpServer"],[10119,0,2,"Functions","Functions"],[10120,0,1,"Error_InvalidTcpServer","Error_InvalidTcpServer"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_InvalidTcpServer-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_InvalidTcpServer-SummaryToolTips.js deleted file mode 100644 index 5cb94af34..000000000 --- a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_InvalidTcpServer-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CSharpClass:mscl.Error_InvalidTcpServer",{10118:"
public
mscl.​Error_InvalidTcpServer
",10120:"
public Error_InvalidTcpServer(
string message,
int code
)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_InvalidTcpServer-ToolTips.js b/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_InvalidTcpServer-ToolTips.js deleted file mode 100644 index 139bbaa75..000000000 --- a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_InvalidTcpServer-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({10109:"
public
mscl.​Error_Connection
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_InvalidTcpServer.html b/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_InvalidTcpServer.html deleted file mode 100644 index 2ed89095f..000000000 --- a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_InvalidTcpServer.html +++ /dev/null @@ -1,25 +0,0 @@ - - -Error_InvalidTcpServer - - - - - - - -
-
mscl.​Error_InvalidTcpServer
-
mscl.​Error_Connection
public
mscl.​Error_InvalidTcpServer
-
- -
-
Functions
-
- -
-
Error_InvalidTcpServer
-
public Error_InvalidTcpServer(
string message,
int code
)
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_InvalidUnixSocket-Summary.js b/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_InvalidUnixSocket-Summary.js deleted file mode 100644 index 4bbcf0b1c..000000000 --- a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_InvalidUnixSocket-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CSharpClass:mscl.Error_InvalidUnixSocket","Error_InvalidUnixSocket");NDSummary.OnSummaryLoaded("CSharpClass:mscl.Error_InvalidUnixSocket",[["C#","CSharp"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[10121,0,0,"mscl.​Error_InvalidUnixSocket"],[10122,0,2,"Functions","Functions"],[10123,0,1,"Error_InvalidUnixSocket","Error_InvalidUnixSocket"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_InvalidUnixSocket-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_InvalidUnixSocket-SummaryToolTips.js deleted file mode 100644 index 04ac9cbcc..000000000 --- a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_InvalidUnixSocket-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CSharpClass:mscl.Error_InvalidUnixSocket",{10121:"
public
mscl.​Error_InvalidUnixSocket
",10123:"
public Error_InvalidUnixSocket(
string message,
int code
)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_InvalidUnixSocket-ToolTips.js b/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_InvalidUnixSocket-ToolTips.js deleted file mode 100644 index 139bbaa75..000000000 --- a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_InvalidUnixSocket-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({10109:"
public
mscl.​Error_Connection
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_InvalidUnixSocket.html b/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_InvalidUnixSocket.html deleted file mode 100644 index 69778b617..000000000 --- a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_InvalidUnixSocket.html +++ /dev/null @@ -1,25 +0,0 @@ - - -Error_InvalidUnixSocket - - - - - - - -
-
mscl.​Error_InvalidUnixSocket
-
mscl.​Error_Connection
public
mscl.​Error_InvalidUnixSocket
-
- -
-
Functions
-
- -
-
Error_InvalidUnixSocket
-
public Error_InvalidUnixSocket(
string message,
int code
)
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_MipCmdFailed-Summary.js b/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_MipCmdFailed-Summary.js deleted file mode 100644 index d5360cb59..000000000 --- a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_MipCmdFailed-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CSharpClass:mscl.Error_MipCmdFailed","Error_MipCmdFailed");NDSummary.OnSummaryLoaded("CSharpClass:mscl.Error_MipCmdFailed",[["C#","CSharp"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[10124,0,0,"mscl.​Error_MipCmdFailed"],[10125,0,2,"Functions","Functions"],[10126,0,1,"Error_MipCmdFailed","Error_MipCmdFailed"],[10127,0,1,"code","code"],[10128,0,2,"Variables","Variables"],[10129,0,3,"m_code","m_code"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_MipCmdFailed-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_MipCmdFailed-SummaryToolTips.js deleted file mode 100644 index df2d0aeb3..000000000 --- a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_MipCmdFailed-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CSharpClass:mscl.Error_MipCmdFailed",{10124:"
public
mscl.​Error_MipCmdFailed
",10126:"
public Error_MipCmdFailed(
string message,
int code
)
",10127:"
public int code()
",10129:"
private int m_code
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_MipCmdFailed-ToolTips.js b/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_MipCmdFailed-ToolTips.js deleted file mode 100644 index e07aeeb8a..000000000 --- a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_MipCmdFailed-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({10085:"
public
mscl.​Error
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_MipCmdFailed.html b/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_MipCmdFailed.html deleted file mode 100644 index 5bb4f72b7..000000000 --- a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_MipCmdFailed.html +++ /dev/null @@ -1,39 +0,0 @@ - - -Error_MipCmdFailed - - - - - - - -
-
mscl.​Error_MipCmdFailed
-
mscl.​Error
public
mscl.​Error_MipCmdFailed
-
- -
-
Functions
-
- -
-
Error_MipCmdFailed
-
public Error_MipCmdFailed(
string message,
int code
)
-
- -
-
code
-
public int code()
-
- -
-
Variables
-
- -
-
m_code
-
private int m_code
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_NoData-Summary.js b/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_NoData-Summary.js deleted file mode 100644 index 29b66d607..000000000 --- a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_NoData-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CSharpClass:mscl.Error_NoData","Error_NoData");NDSummary.OnSummaryLoaded("CSharpClass:mscl.Error_NoData",[["C#","CSharp"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[10091,0,0,"mscl.​Error_NoData"],[10092,0,2,"Functions","Functions"],[10093,0,1,"Error_NoData","Error_NoData"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_NoData-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_NoData-SummaryToolTips.js deleted file mode 100644 index c6fd2d2e7..000000000 --- a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_NoData-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CSharpClass:mscl.Error_NoData",{10091:"
public
mscl.​Error_NoData
",10093:"
public Error_NoData(
string message
)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_NoData-ToolTips.js b/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_NoData-ToolTips.js deleted file mode 100644 index e07aeeb8a..000000000 --- a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_NoData-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({10085:"
public
mscl.​Error
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_NoData.html b/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_NoData.html deleted file mode 100644 index c3b3060f2..000000000 --- a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_NoData.html +++ /dev/null @@ -1,25 +0,0 @@ - - -Error_NoData - - - - - - - -
-
mscl.​Error_NoData
-
mscl.​Error
public
mscl.​Error_NoData
-
- -
-
Functions
-
- -
-
Error_NoData
-
public Error_NoData(
string message
)
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_NodeCommunication-Summary.js b/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_NodeCommunication-Summary.js deleted file mode 100644 index d8229cf18..000000000 --- a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_NodeCommunication-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CSharpClass:mscl.Error_NodeCommunication","Error_NodeCommunication");NDSummary.OnSummaryLoaded("CSharpClass:mscl.Error_NodeCommunication",[["C#","CSharp"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[10103,0,0,"mscl.​Error_NodeCommunication"],[10104,0,2,"Functions","Functions"],[10105,0,1,"Error_NodeCommunication","Error_NodeCommunication"],[10106,0,1,"nodeAddress","nodeAddress"],[10107,0,2,"Variables","Variables"],[10108,0,3,"m_nodeAddress","m_nodeAddress"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_NodeCommunication-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_NodeCommunication-SummaryToolTips.js deleted file mode 100644 index 811fd125a..000000000 --- a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_NodeCommunication-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CSharpClass:mscl.Error_NodeCommunication",{10103:"
public
mscl.​Error_NodeCommunication
",10105:"
public Error_NodeCommunication(
string message,
ushort nodeAddress
)
",10106:"
public ushort nodeAddress()
",10108:"
private ushort m_nodeAddress
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_NodeCommunication-ToolTips.js b/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_NodeCommunication-ToolTips.js deleted file mode 100644 index d03c3996e..000000000 --- a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_NodeCommunication-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({10100:"
public
mscl.​Error_Communication
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_NodeCommunication.html b/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_NodeCommunication.html deleted file mode 100644 index 3b9b01329..000000000 --- a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_NodeCommunication.html +++ /dev/null @@ -1,39 +0,0 @@ - - -Error_NodeCommunication - - - - - - - -
-
mscl.​Error_NodeCommunication
-
mscl.​Error_Communication
public
mscl.​Error_NodeCommunication
-
- -
-
Functions
-
- -
-
Error_NodeCommunication
-
public Error_NodeCommunication(
string message,
ushort nodeAddress
)
-
- -
-
nodeAddress
-
public ushort nodeAddress()
-
- -
-
Variables
-
- -
-
m_nodeAddress
-
private ushort m_nodeAddress
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_NotSupported-Summary.js b/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_NotSupported-Summary.js deleted file mode 100644 index a3783887f..000000000 --- a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_NotSupported-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CSharpClass:mscl.Error_NotSupported","Error_NotSupported");NDSummary.OnSummaryLoaded("CSharpClass:mscl.Error_NotSupported",[["C#","CSharp"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[10088,0,0,"mscl.​Error_NotSupported"],[10089,0,2,"Functions","Functions"],[10090,0,1,"Error_NotSupported","Error_NotSupported"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_NotSupported-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_NotSupported-SummaryToolTips.js deleted file mode 100644 index 7f9068a89..000000000 --- a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_NotSupported-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CSharpClass:mscl.Error_NotSupported",{10088:"
public
mscl.​Error_NotSupported
",10090:"
public Error_NotSupported(
string message
)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_NotSupported-ToolTips.js b/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_NotSupported-ToolTips.js deleted file mode 100644 index e07aeeb8a..000000000 --- a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_NotSupported-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({10085:"
public
mscl.​Error
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_NotSupported.html b/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_NotSupported.html deleted file mode 100644 index eec5910f5..000000000 --- a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_NotSupported.html +++ /dev/null @@ -1,25 +0,0 @@ - - -Error_NotSupported - - - - - - - -
-
mscl.​Error_NotSupported
-
mscl.​Error
public
mscl.​Error_NotSupported
-
- -
-
Functions
-
- -
-
Error_NotSupported
-
public Error_NotSupported(
string message
)
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_UnknownSampleRate-Summary.js b/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_UnknownSampleRate-Summary.js deleted file mode 100644 index 48cab786c..000000000 --- a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_UnknownSampleRate-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("CSharpClass:mscl.Error_UnknownSampleRate","Error_UnknownSampleRate");NDSummary.OnSummaryLoaded("CSharpClass:mscl.Error_UnknownSampleRate",[["C#","CSharp"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[10097,0,0,"mscl.​Error_UnknownSampleRate"],[10098,0,2,"Functions","Functions"],[10099,0,1,"Error_UnknownSampleRate","Error_UnknownSampleRate"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_UnknownSampleRate-SummaryToolTips.js b/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_UnknownSampleRate-SummaryToolTips.js deleted file mode 100644 index 8358bb709..000000000 --- a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_UnknownSampleRate-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("CSharpClass:mscl.Error_UnknownSampleRate",{10097:"
public
mscl.​Error_UnknownSampleRate
",10099:"
public Error_UnknownSampleRate(
string message
)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_UnknownSampleRate-ToolTips.js b/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_UnknownSampleRate-ToolTips.js deleted file mode 100644 index e07aeeb8a..000000000 --- a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_UnknownSampleRate-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({10085:"
public
mscl.​Error
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_UnknownSampleRate.html b/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_UnknownSampleRate.html deleted file mode 100644 index f554b5dc0..000000000 --- a/v66.0.1/MSCL_Docs/classes/CSharp/mscl/Error_UnknownSampleRate.html +++ /dev/null @@ -1,25 +0,0 @@ - - -Error_UnknownSampleRate - - - - - - - -
-
mscl.​Error_UnknownSampleRate
-
mscl.​Error
public
mscl.​Error_UnknownSampleRate
-
- -
-
Functions
-
- -
-
Error_UnknownSampleRate
-
public Error_UnknownSampleRate(
string message
)
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Bin-h-Summary.js b/v66.0.1/MSCL_Docs/files/Bin-h-Summary.js deleted file mode 100644 index df2b14ec2..000000000 --- a/v66.0.1/MSCL_Docs/files/Bin-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:Bin.h","Bin.h");NDSummary.OnSummaryLoaded("File:Bin.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Types","Type"],["Variables","Variable"]],[[10517,0,0,"Bin","Bin"],[10518,0,2,"Functions","Bin.Functions"],[10519,0,1,"Bin","Bin.Bin"],[10520,0,2,"Variables","Bin.Variables"],[10521,0,4,"m_start","Bin.m_start"],[10522,0,4,"m_end","Bin.m_end"],[10523,0,4,"m_count","Bin.m_count"],[10524,0,2,"Functions","Bin.Functions(2)"],[10525,0,1,"start","Bin.start"],[10526,0,1,"end","Bin.end"],[10527,0,1,"count","Bin.count"],[10528,0,2,"Types","Bin.Types"],[10529,0,3,"Bins","Bin.Bins"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Bin-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/Bin-h-SummaryToolTips.js deleted file mode 100644 index b9c348e0e..000000000 --- a/v66.0.1/MSCL_Docs/files/Bin-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:Bin.h",{10517:"
Bin
Represents a single bin, which has a start, end, and count.
",10519:"
Bin(
const Value &start,
const Value &end,
const Value &count
)
Creates a Bin object.
",10521:"
Value m_start
The start of the range of the bin.
",10522:"
Value m_end
The end of the range of the bin.
",10523:"
Value m_count
The number of values that fall within the range of this bin.
",10525:"
Value start() const
Gets the start of the range of the bin.
",10526:"
Value end() const
Gets the end of the range of the bin.
",10527:"
Value count() const
Gets the number of values that fall within the range of this bin.
",10529:"
Typedef for a vector of Bin objects.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Bin-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/Bin-h-ToolTips.js deleted file mode 100644 index 9bcf119cd..000000000 --- a/v66.0.1/MSCL_Docs/files/Bin-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({10144:"
Value
Represents a single value that can be stored/accessed in multiple ways.
",10519:"
Bin(
const Value &start,
const Value &end,
const Value &count
)
Creates a Bin object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Bin-h.html b/v66.0.1/MSCL_Docs/files/Bin-h.html deleted file mode 100644 index 0d9bd1169..000000000 --- a/v66.0.1/MSCL_Docs/files/Bin-h.html +++ /dev/null @@ -1,80 +0,0 @@ - - -Bin.h - - - - - - - -
-
Bin
-
Bin
-

Represents a single bin, which has a start, end, and count.

-
- -
-
Functions
-
- -
-
Bin
-
Bin(
const Value &start,
const Value &end,
const Value &count
)
-

Creates a Bin object.

Parameters
start
const Value&

The start of the range of the bin.

end
const Value&

The end of the range of the bin.

count
const Value&

The number of values that fall within the range of this bin.

-
- -
-
Variables
-
- -
-
m_start
-
Value m_start
-

The start of the range of the bin.

-
- -
-
m_end
-
Value m_end
-

The end of the range of the bin.

-
- -
-
m_count
-
Value m_count
-

The number of values that fall within the range of this bin.

-
- -
-
Functions
-
- -
-
start
-
Value start() const
-

Gets the start of the range of the bin.

Returns

The start of the range of the bin, as a Value object.

-
- -
-
end
-
Value end() const
-

Gets the end of the range of the bin.

Returns

The end of the range of the bin, as a Value object.

-
- -
-
count
-
Value count() const
-

Gets the number of values that fall within the range of this bin.

Returns

The number of values that fall within the range of this bin.

-
- -
-
Types
-
- -
-
Bins
-

Typedef for a vector of Bin objects.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/BitMask-h-Summary.js b/v66.0.1/MSCL_Docs/files/BitMask-h-Summary.js deleted file mode 100644 index b62779a48..000000000 --- a/v66.0.1/MSCL_Docs/files/BitMask-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:BitMask.h","BitMask.h");NDSummary.OnSummaryLoaded("File:BitMask.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Operators","Operator"],["Variables","Variable"]],[[10425,0,0,"BitMask","BitMask"],[10426,0,2,"Variables","BitMask.Variables"],[10427,0,4,"m_numBits","BitMask.m_numBits"],[10428,0,4,"m_mask","BitMask.m_mask"],[10429,0,2,"Functions","BitMask.Functions"],[10430,0,1,"BitMask","BitMask.BitMask"],[10431,0,1,"BitMask","BitMask.BitMask(2)"],[10432,0,1,"~BitMask","BitMask.~BitMask"],[10433,0,2,"Operators","BitMask.Operators"],[10434,0,3,"==","BitMask.=="],[10435,0,3,"!=","BitMask.!="],[10436,0,3,"<","BitMask.<"],[10437,0,3,">","BitMask.>"],[10438,0,2,"Functions","BitMask.Functions(2)"],[10439,0,1,"fromMask","BitMask.fromMask"],[10440,0,1,"toMask","BitMask.toMask"],[10441,0,1,"enabledCount","BitMask.enabledCount"],[10442,0,1,"enabled","BitMask.enabled"],[10443,0,1,"enable","BitMask.enable"],[10444,0,1,"lastBitEnabled","BitMask.lastBitEnabled"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/BitMask-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/BitMask-h-SummaryToolTips.js deleted file mode 100644 index f5f95bf64..000000000 --- a/v66.0.1/MSCL_Docs/files/BitMask-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:BitMask.h",{10425:"
BitMask
Represents a bitmask.
",10427:"
uint8 m_numBits
The number of bits that are being represented in the bitmask.
",10428:"
std::vector<bool> m_mask
An array of bools holding the bitmask.
",10430:"
explicit BitMask(
uint16 val
)
Creates an BitMask object given a uint16 value.
",10431:"
BitMask()
The default constructor for creating a BitMask object, which sets all the bits to inactive.
",10432:"
virtual ~BitMask()
Destroys a BitMask object.
",10434:"
Equal operator for comparing BitMasks.
",10435:"
Not Equal operator for comparing BitMasks.
",10436:"
Less Than operator for comparing BitMasks.
",10437:"
Greater Than operator for comparing BitMasks.
",10439:"
virtual void fromMask(
uint16 val
)
Initializes the BitMask object from a uint16.
",10440:"
virtual uint16 toMask() const
Gets the uint16 value of the current BitMask object.
",10441:"
virtual uint8 enabledCount() const
Gets the total number of enabled bits in the current BitMask object.
",10442:"
virtual bool enabled(
uint8 bitIndex
) const
Checks whether a certain bit is enabled or disabled.
",10443:"
virtual void enable(
uint8 bitIndex,
bool enable = true
)
Enables or disables a specified bit.
",10444:"
virtual int16 lastBitEnabled() const
Finds the highest bit that is enabled in the mask.  This is useful when looping over the BitMask object and performing an action on all enabled bits.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/BitMask-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/BitMask-h-ToolTips.js deleted file mode 100644 index 59992a148..000000000 --- a/v66.0.1/MSCL_Docs/files/BitMask-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/BitMask-h.html b/v66.0.1/MSCL_Docs/files/BitMask-h.html deleted file mode 100644 index 7b1858c6f..000000000 --- a/v66.0.1/MSCL_Docs/files/BitMask-h.html +++ /dev/null @@ -1,119 +0,0 @@ - - -BitMask.h - - - - - - - -
-
BitMask
-
BitMask
-

Represents a bitmask.

-
- -
-
Variables
-
- -
-
m_numBits
-
uint8 m_numBits
-

The number of bits that are being represented in the bitmask.

-
- -
-
m_mask
-
std::vector<bool> m_mask
-

An array of bools holding the bitmask.

-
- -
-
Functions
-
- -
-
BitMask
-
explicit BitMask(
uint16 val
)
-

Creates an BitMask object given a uint16 value.

Parameters
val
uint16

A uint16 value to represent as a bitmask.

-
- -
-
BitMask
-
BitMask()
-

The default constructor for creating a BitMask object, which sets all the bits to inactive.

-
- -
-
~BitMask
-
virtual ~BitMask()
-

Destroys a BitMask object.

-
- -
-
Operators
-
- -
-
==
-

Equal operator for comparing BitMasks.

-
- -
-
!=
-

Not Equal operator for comparing BitMasks.

-
- -
-
<
-

Less Than operator for comparing BitMasks.

-
- -
-
>
-

Greater Than operator for comparing BitMasks.

-
- -
-
Functions
-
- -
-
fromMask
-
virtual void fromMask(
uint16 val
)
-

Initializes the BitMask object from a uint16.

Parameters
val
uint16

A uint16 value to represent as a bitmask.

-
- -
-
toMask
-
virtual uint16 toMask() const
-

Gets the uint16 value of the current BitMask object.

Returns

The BitMask object represented as a uint16.

-
- -
-
enabledCount
-
virtual uint8 enabledCount() const
-

Gets the total number of enabled bits in the current BitMask object.

Returns

The total number of enabled bits.

-
- -
-
enabled
-
virtual bool enabled(
uint8 bitIndex
) const
-

Checks whether a certain bit is enabled or disabled.

Parameters
bitIndex
uint8

The bit index to check if enabled or disabled.

Returns

true if the channel is enabled, false if the channel is disabled

-
- -
-
enable
-
virtual void enable(
uint8 bitIndex,
bool enable = true
)
-

Enables or disables a specified bit.

Parameters
bitIndex
uint8

The bit index to enable or disable.

enable
bool

Set to true to enable the bit, false to disable the bit.

-
- -
-
lastBitEnabled
-
virtual int16 lastBitEnabled() const
-

Finds the highest bit that is enabled in the mask.  This is useful when looping over the BitMask object and performing an action on all enabled bits.

Returns

The bit index of the highest bit enabled. -1 if no channels are enabled.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Communication/BoostCommunication-h-Summary.js b/v66.0.1/MSCL_Docs/files/Communication/BoostCommunication-h-Summary.js deleted file mode 100644 index 9438e2bf1..000000000 --- a/v66.0.1/MSCL_Docs/files/Communication/BoostCommunication-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:Communication/BoostCommunication.h","BoostCommunication.h");NDSummary.OnSummaryLoaded("File:Communication/BoostCommunication.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[235,0,0,"BoostCommunication","BoostCommunication"],[236,0,2,"Functions","BoostCommunication.Functions"],[237,0,1,"BoostCommunication","BoostCommunication.BoostCommunication"],[238,0,1,"~BoostCommunication","BoostCommunication.~BoostCommunication"],[239,0,2,"Variables","BoostCommunication.Variables"],[240,0,3,"m_ioObject","BoostCommunication.m_ioObject"],[241,0,3,"m_ioContext","BoostCommunication.m_ioContext"],[242,0,3,"m_readBuffer","BoostCommunication.m_readBuffer"],[243,0,3,"m_bufferWriter","BoostCommunication.m_bufferWriter"],[244,0,3,"m_parseDataFunction","BoostCommunication.m_parseDataFunction"],[245,0,3,"m_debugDataFunction","BoostCommunication.m_debugDataFunction"],[246,0,3,"m_parseFunctionMutex","BoostCommunication.m_parseFunctionMutex"],[247,0,2,"Functions","BoostCommunication.Functions(2)"],[248,0,1,"write","BoostCommunication.write"],[249,0,1,"clearBuffer","BoostCommunication.clearBuffer"],[250,0,1,"byteReadPos","BoostCommunication.byteReadPos"],[251,0,1,"byteAppendPos","BoostCommunication.byteAppendPos"],[252,0,1,"startReadLoop","BoostCommunication.startReadLoop"],[253,0,1,"readSome","BoostCommunication.readSome"],[254,0,1,"readLoopHandler","BoostCommunication.readLoopHandler"],[255,0,1,"stopIoService","BoostCommunication.stopIoService"],[256,0,1,"stopIoServiceError","BoostCommunication.stopIoServiceError"],[257,0,1,"setParseFunction","BoostCommunication.setParseFunction"],[258,0,1,"enableDebugMode","BoostCommunication.enableDebugMode"],[259,0,1,"disableDebugMode","BoostCommunication.disableDebugMode"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Communication/BoostCommunication-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/Communication/BoostCommunication-h-SummaryToolTips.js deleted file mode 100644 index ca5e7dd63..000000000 --- a/v66.0.1/MSCL_Docs/files/Communication/BoostCommunication-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:Communication/BoostCommunication.h",{235:"
template <typename IO_Object>
BoostCommunication
The BoostCommunication object that is used for actual read/write communication for all Connection objects
",237:"
BoostCommunication(
std::unique_ptr<boost::asio::io_context> io_context,
std::unique_ptr<IO_Object> ioObj
)
Initializes the BoostCommunication object
",238:"
~BoostCommunication()
Destroys the BoostCommunication object
",240:"
std::unique_ptr<IO_Object> m_ioObject
Boost io_object used to communicate (serial_port, ip::tcp::socket, etc.)
",241:"
std::unique_ptr<boost::asio::io_context> m_ioContext
Boost io_context needed in communication
",242:"
DataBuffer m_readBuffer
The DataBuffer to hold all the bytes read in
",243:"
BufferWriter m_bufferWriter
The BufferWriter used to write bytes to the DataBuffer
",244:"
std::function<void(
DataBuffer&
)> m_parseDataFunction
The function to send all the read in data to. If null, the data will be thrown out.
",245:"
std::function<void(
const Bytes&, 
bool
)> m_debugDataFunction
The function to send a copy of the data to for debug logging. If null, the data will not be sent to it.
",246:"
std::recursive_mutex m_parseFunctionMutex
The mutex used to access/change the parse data function.
",248:"
void write(
const std::vector<uint8> &data
) const
Uses boost to write bytes to the io_object. Blocks until the write completes
",249:"
void clearBuffer()
Clears the read buffer.
",250:"
std::size_t byteReadPos() const
Gets the read position from the byte buffer.
",251:"
std::size_t byteAppendPos() const
Gets the append position from the byte buffer.
",252:"
void startReadLoop()
Starts the main read loop that reads in all data using boost
",253:"
void readSome()
Performs the actual port read of bytes.
",254:"
void readLoopHandler(
const boost::system::error_code &error,
std::size_t bytes_transferred
)
The read handler for the read loop, called when data comes in or the read operation has been canceled
",255:"
void stopIoService()
Stops the current boost::asio::io_context so no more reads or writes will happen
",256:"
void stopIoServiceError(
int errorCode
)
Stops the current boost::asio::io_context due to an error
",257:"
void setParseFunction(
std::function<void(DataBuffer&)> fn
)
Sets the function to be called when data is read in.
",258:"
void enableDebugMode(
std::function<void(const Bytes&, bool)> fn
)
Enables debug mode by setting the debug parsing function.
",259:"
void disableDebugMode()
Disables debug mode.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Communication/BoostCommunication-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/Communication/BoostCommunication-h-ToolTips.js deleted file mode 100644 index 4ae2b6b6f..000000000 --- a/v66.0.1/MSCL_Docs/files/Communication/BoostCommunication-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({9916:"
Used to easily read a container of bytes
",9917:"
BufferWriter
Class used to interface with a DataBuffer and append data to it
",9928:"
DataBuffer
A buffer of bytes extending from the ByteStream class that is used for holding bytes read in from the connection
",10253:"
typedef for a vector of bytes.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Communication/BoostCommunication-h.html b/v66.0.1/MSCL_Docs/files/Communication/BoostCommunication-h.html deleted file mode 100644 index 28b5e0d3f..000000000 --- a/v66.0.1/MSCL_Docs/files/Communication/BoostCommunication-h.html +++ /dev/null @@ -1,155 +0,0 @@ - - -BoostCommunication.h - - - - - - - -
-
BoostCommunication
-
template <typename IO_Object>
BoostCommunication
-

The BoostCommunication object that is used for actual read/write communication for all Connection objects

-
- -
-
Functions
-
- -
-
BoostCommunication
-
BoostCommunication(
std::unique_ptr<boost::asio::io_context> io_context,
std::unique_ptr<IO_Object> ioObj
)
-

Initializes the BoostCommunication object

Parameters
ioContext

boost io_context

ioObj
std::unique_ptr<IO_Object>

boost io_object passed (Template)

-
- -
-
~BoostCommunication
-
~BoostCommunication()
-

Destroys the BoostCommunication object

-
- -
-
Variables
-
- -
-
m_ioObject
-
std::unique_ptr<IO_Object> m_ioObject
-

Boost io_object used to communicate (serial_port, ip::tcp::socket, etc.)

-
- -
-
m_ioContext
-
std::unique_ptr<boost::asio::io_context> m_ioContext
-

Boost io_context needed in communication

-
- -
-
m_readBuffer
-
DataBuffer m_readBuffer
-

The DataBuffer to hold all the bytes read in

-
- -
-
m_bufferWriter
-
BufferWriter m_bufferWriter
-

The BufferWriter used to write bytes to the DataBuffer

-
- -
-
m_parseDataFunction
-
std::function<void(
DataBuffer&
)> m_parseDataFunction
-

The function to send all the read in data to. If null, the data will be thrown out.

-
- -
-
m_debugDataFunction
-
std::function<void(
const Bytes&, 
bool
)> m_debugDataFunction
-

The function to send a copy of the data to for debug logging. If null, the data will not be sent to it.

-
- -
-
m_parseFunctionMutex
-
std::recursive_mutex m_parseFunctionMutex
-

The mutex used to access/change the parse data function.

-
- -
-
Functions
-
- -
-
write
-
void write(
const std::vector<uint8> &data
) const
-

Uses boost to write bytes to the io_object. Blocks until the write completes

Parameters
data
const std::vector<uint8>&

the bytes to be written

-
- -
-
clearBuffer
-
void clearBuffer()
-

Clears the read buffer.

-
- -
-
byteReadPos
-
std::size_t byteReadPos() const
-

Gets the read position from the byte buffer.

-
- -
-
byteAppendPos
-
std::size_t byteAppendPos() const
-

Gets the append position from the byte buffer.

-
- -
-
startReadLoop
-
void startReadLoop()
-

Starts the main read loop that reads in all data using boost

Returns

The ByteStream object holding the read in bytes

-
- -
-
readSome
-
void readSome()
-

Performs the actual port read of bytes.

-
- -
-
readLoopHandler
-
void readLoopHandler(
const boost::system::error_code &error,
std::size_t bytes_transferred
)
-

The read handler for the read loop, called when data comes in or the read operation has been canceled

Parameters
error
const boost::system::error_code&

boost error code

bytes_transferred
std::size_t

number of bytes read in

Exceptions
Error_Connection

I/O error occurred, the I/O service has been stopped

-
- -
-
stopIoService
-
void stopIoService()
-

Stops the current boost::asio::io_context so no more reads or writes will happen

-
- -
-
stopIoServiceError
-
void stopIoServiceError(
int errorCode
)
-

Stops the current boost::asio::io_context due to an error

-
- -
-
setParseFunction
-
void setParseFunction(
std::function<void(DataBuffer&)> fn
)
-

Sets the function to be called when data is read in.

Parameters
fn
std::function<void(DataBuffer&)>

The function to set as the parser function.

-
- -
-
enableDebugMode
-
void enableDebugMode(
std::function<void(const Bytes&, bool)> fn
)
-

Enables debug mode by setting the debug parsing function.

Parameters
fn
std::function<void(const Bytes&, bool)>

The function to set as the debug parser function.

-
- -
-
disableDebugMode
-
void disableDebugMode()
-

Disables debug mode.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Communication/Connection-h-Summary.js b/v66.0.1/MSCL_Docs/files/Communication/Connection-h-Summary.js deleted file mode 100644 index 5e3082eb4..000000000 --- a/v66.0.1/MSCL_Docs/files/Communication/Connection-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:Communication/Connection.h","Connection.h");NDSummary.OnSummaryLoaded("File:Communication/Connection.h",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Enums","Enumeration"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[367,0,0,"Connection","Connection"],[368,0,4,"Types","Connection.Types"],[369,0,2,"ConnectionType","Connection.ConnectionType"],[370,0,1,,"Connection.connectionType_serial"],[371,0,1,,"Connection.connectionType_tcp"],[372,0,1,,"Connection.connectionType_webSocket"],[373,0,1,,"Connection.connectionType_unixSocket"],[374,0,4,"Functions","Connection.Functions"],[375,0,3,"Connection","Connection.Connection"],[376,0,3,"Serial","Connection.Serial"],[377,0,3,"Serial","Connection.Serial(2)"],[378,0,3,"TcpIp","Connection.TcpIp"],[379,0,3,"WebSocket","Connection.WebSocket"],[380,0,3,"UnixSocket","Connection.UnixSocket"],[381,0,4,"Variables","Connection.Variables"],[382,0,5,"m_impl","Connection.m_impl"],[383,0,4,"Functions","Connection.Functions(2)"],[384,0,3,"registerParser","Connection.registerParser"],[385,0,3,"unregisterParser","Connection.unregisterParser"],[386,0,3,"write","Connection.write"],[387,0,3,"throwIfError","Connection.throwIfError"],[388,0,3,"description","Connection.description"],[389,0,3,"port","Connection.port"],[390,0,3,"type","Connection.type"],[391,0,3,"disconnect","Connection.disconnect"],[392,0,3,"reconnect","Connection.reconnect"],[393,0,3,"write","Connection.write(2)"],[394,0,3,"writeStr","Connection.writeStr"],[395,0,3,"clearBuffer","Connection.clearBuffer"],[396,0,3,"byteReadPos","Connection.byteReadPos"],[397,0,3,"byteAppendPos","Connection.byteAppendPos"],[398,0,3,"rawByteMode","Connection.rawByteMode"],[399,0,3,"rawByteMode","Connection.rawByteMode(2)"],[400,0,3,"getRawBytes","Connection.getRawBytes"],[401,0,3,"getRawBytesStr","Connection.getRawBytesStr"],[402,0,3,"getRawBytesWithPattern","Connection.getRawBytesWithPattern"],[403,0,3,"debugMode","Connection.debugMode"],[404,0,3,"debugMode","Connection.debugMode(2)"],[405,0,3,"getDebugData","Connection.getDebugData"],[406,0,3,"updateBaudRate","Connection.updateBaudRate"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Communication/Connection-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/Communication/Connection-h-SummaryToolTips.js deleted file mode 100644 index 4e3d33929..000000000 --- a/v66.0.1/MSCL_Docs/files/Communication/Connection-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:Communication/Connection.h",{367:"
Connection
The Connection object that is used for communication.
",369:"
Represents the types of channels on Wireless Nodes.
",375:"
Connection(
std::shared_ptr<Connection_Impl_Base> impl
)
Creates a Connection object with the given implementation.  Note: This constructor should not be used in most cases.  Please use the static Serial, TcpIp, and UnixSocket functions.
",376:"
static Connection Serial(
const std::string &port,
uint32 baudRate
)
A static function for creating a Connection object with a SerialConnection implementation.  Use this function if you know the specific baud rate you want to connect at.  A connection with the specified port will be established.
",377:"
static Connection Serial(
const std::string &port
)
A static function for creating a Connection object with a SerialConnection implementation, and attempting to automatically determine/use the baud rate by utilizing Devices::listPorts.  A connection with the specified port will be established.
",378:"
static Connection TcpIp(
const std::string &serverAddress,
uint16 serverPort,
const std::string &interfaceAddress = ""
)
A static function for creating a Connection object with a TcpIpConnection implementation.  A connection with the specified address/port will be established.
",379:"
static Connection WebSocket(
const std::string &host,
uint16 port
)
A static function for creating a Connection object with a WebSocketConnection or WebSocketSecureConnection implementation.  A connection with the specified host/port will be established.  Note: This requires the "host" string to be in the form "wss://mscl.example.com" (for a Secure Web Socket) or "ws://mscl.example.com" for a standard HTTP Web Socket
",380:"
static Connection UnixSocket(
const std::string &path
)
A generator function for Connection objects with a UnixSocketConnection implementation (Unix builds only).  A connection with the specified path will be established.
",382:"
std::shared_ptr<Connection_Impl_Base> m_impl
The Connection_Impl_Base that contains all the implementation logic for the Connection class.
",384:"
void registerParser(
std::function<void(DataBuffer&)> parseFunction
)
Registers a function to handle the parsing of data when it is read in.
",385:"
void unregisterParser()
Unregisters the function to handle the parsing of data when it is read in.
",386:"
void write(
const ByteStream &data
) const
Writes the specified bytes.
",387:"
void throwIfError()
Throws an exception if a connection error has occurred.
",388:"
std::string description()
Gets a description of the connection as a string.
",389:"
std::string port()
Gets the port name of the connection if it exists.
",390:"
ConnectionType type()
Gets the ConnectionType of the connection.
",391:"
void disconnect()
Closes the current connection.
",392:"
void reconnect()
Reopens a connection that has been disconnected.
",393:"
void write(
const Bytes &bytes
) const
Writes the given bytes to the connection.
",394:"
void writeStr(
const std::string &bytes
) const
Writes the given string (containing bytes) to the connection.
",395:"
void clearBuffer()
Resets the read buffer.
",396:"
std::size_t byteReadPos() const
Gets the read position from the byte buffer.
",397:"
std::size_t byteAppendPos() const
Gets the append position from the byte buffer.
",398:"
void rawByteMode(
bool enable
)
Puts the connection into "Raw Byte Mode." "Raw Byte Mode" stops the data from being sent/parsed from any attached devices (BaseStation, InertialNode, etc.)  and instead sends all data into a raw circular data buffer that can be accessed by calling getRawBytes on this Connection object.  Disabling this mode will start sending all data back to the previous attached device, if still available.
",399:"
bool rawByteMode()
Checks if raw byte mode is enabled or disabled.
",400:"
Bytes getRawBytes(
uint32 timeout = 0,
uint32 maxBytes = 0,
uint32 minBytes = 0
)
Gets the raw bytes that are available that have been collected when the Connection is in "Raw Byte Mode."  If the Connection has not been put into "Raw Byte Mode" by calling rawByteMode, no data can be retrieved from this function.
",401:"
std::string getRawBytesStr(
uint32 timeout = 0,
uint32 maxBytes = 0,
uint32 minBytes = 0
)
Gets the raw bytes that are available that have been collected when the Connection is in "Raw Byte Mode" as a string.  If the Connection has not been put into "Raw Byte Mode" by calling rawByteMode, no data can be retrieved from this function.
",402:"
Bytes getRawBytesWithPattern(
const Bytes &pattern,
uint32 timeout = 0
)
Gets the raw bytes that are available that have been collected when the Connection is in "Raw Byte Mode", if a byte pattern is found.  If the Connection has not been put into "Raw Byte Mode" by calling rawByteMode, no data can be retrieved from this function.
",403:"
void debugMode(
bool enable
)
Puts the connection into "Debug Mode." "Debug Mode" adds an additional container that gets filled when any write or read operations occur.  Once debug mode is enabled, you can access this data with the getDebugData function.  This does not interfere with standard data collection.
",404:"
bool debugMode()
Checks if debug mode is enabled or disabled.
",405:"
ConnectionDebugDataVec getDebugData(
uint32 timeout = 0
)
Gets the ConnectionDebugData that have been collected when the Connection is in "Debug Mode."  If the Connection has not been put into "Debug Mode" by calling debugMode, no data can be retrieved from this function.
",406:"
void updateBaudRate(
uint32 baudRate
)
Updates the serial connection baud rate. If this is not a serial connection, this function does nothing.  Important: The connection to the port will be closed and re-opened at the new baud rate.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Communication/Connection-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/Communication/Connection-h-ToolTips.js deleted file mode 100644 index 1be0e863f..000000000 --- a/v66.0.1/MSCL_Docs/files/Communication/Connection-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2:"
WebSocketSecureConnection
A Connection_Impl derived class that represents a secure web socket connection.
",10:"
WebSocketConnection
A Connection_Impl derived class that represents a web socket connection.
",46:"
UnixSocketConnection
A Connection_Impl derived class that represents a unix socket connection.
",52:"
TcpIpConnection
A Connection_Impl derived class that represents a tcp/ip connection.
",143:"
static DeviceList listPorts()
Gets a simple list of all serial ports and their availability.
",148:"
ConnectionDebugData
Holds data used when the Connection debug mode is enabled.
",162:"
Connection_Impl_Base
An Abstract Base Class for various connection types.
",184:"
template <typename Comm_Object>
Connection_Impl
An Abstract Base Class for various connection types.  This class uses a template for the Comm Object and contains default functionality for connection types.
",338:"
SerialConnection
A Connection_Impl derived class that represents a serial connection.
",367:"
Connection
The Connection object that is used for communication.
",369:"
Represents the types of channels on Wireless Nodes.
",375:"
Connection(
std::shared_ptr<Connection_Impl_Base> impl
)
Creates a Connection object with the given implementation.  Note: This constructor should not be used in most cases.  Please use the static Serial, TcpIp, and UnixSocket functions.
",376:"
static Connection Serial(
const std::string &port,
uint32 baudRate
)
A static function for creating a Connection object with a SerialConnection implementation.  Use this function if you know the specific baud rate you want to connect at.  A connection with the specified port will be established.
",378:"
static Connection TcpIp(
const std::string &serverAddress,
uint16 serverPort,
const std::string &interfaceAddress = ""
)
A static function for creating a Connection object with a TcpIpConnection implementation.  A connection with the specified address/port will be established.
",380:"
static Connection UnixSocket(
const std::string &path
)
A generator function for Connection objects with a UnixSocketConnection implementation (Unix builds only).  A connection with the specified path will be established.
",398:"
void rawByteMode(
bool enable
)
Puts the connection into "Raw Byte Mode." "Raw Byte Mode" stops the data from being sent/parsed from any attached devices (BaseStation, InertialNode, etc.)  and instead sends all data into a raw circular data buffer that can be accessed by calling getRawBytes on this Connection object.  Disabling this mode will start sending all data back to the previous attached device, if still available.
",400:"
Bytes getRawBytes(
uint32 timeout = 0,
uint32 maxBytes = 0,
uint32 minBytes = 0
)
Gets the raw bytes that are available that have been collected when the Connection is in "Raw Byte Mode."  If the Connection has not been put into "Raw Byte Mode" by calling rawByteMode, no data can be retrieved from this function.
",403:"
void debugMode(
bool enable
)
Puts the connection into "Debug Mode." "Debug Mode" adds an additional container that gets filled when any write or read operations occur.  Once debug mode is enabled, you can access this data with the getDebugData function.  This does not interfere with standard data collection.
",405:"
ConnectionDebugDataVec getDebugData(
uint32 timeout = 0
)
Gets the ConnectionDebugData that have been collected when the Connection is in "Debug Mode."  If the Connection has not been put into "Debug Mode" by calling debugMode, no data can be retrieved from this function.
",9928:"
DataBuffer
A buffer of bytes extending from the ByteStream class that is used for holding bytes read in from the connection
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10253:"
typedef for a vector of bytes.
",10479:"
Error_Connection
The generic connection exception.
",10488:"
Error_InvalidSerialPort
There was an error with the specified COM Port.
",10491:"
Error_InvalidTcpServer
There was an error with the specified TCP/IP Server.
",10494:"
Error_InvalidUnixSocket
There was an error with the specified Unix Socket.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Communication/Connection-h.html b/v66.0.1/MSCL_Docs/files/Communication/Connection-h.html deleted file mode 100644 index 78ae6afc4..000000000 --- a/v66.0.1/MSCL_Docs/files/Communication/Connection-h.html +++ /dev/null @@ -1,218 +0,0 @@ - - -Connection.h - - - - - - - -
-
Connection
-
Connection
-

The Connection object that is used for communication.

-
- -
-
Types
-
- -
-
ConnectionType
-

Represents the types of channels on Wireless Nodes.

connectionType_serial

0 - Serial Connection

connectionType_tcp

1 - TCP/IP Connection

connectionType_webSocket

2 - Web Socket Connection

connectionType_unixSocket

3 - Unix Socket Connection

-
- -
-
Functions
-
- -
-
Connection
-
Connection(
std::shared_ptr<Connection_Impl_Base> impl
)
-

Creates a Connection object with the given implementation.  Note: This constructor should not be used in most cases.  Please use the static Serial, TcpIp, and UnixSocket functions.

Parameters
impl
std::shared_ptr<Connection_Impl_Base>

The Connection_Impl to use for this Connection.

-
- -
-
Serial
-
static Connection Serial(
const std::string &port,
uint32 baudRate
)
-

A static function for creating a Connection object with a SerialConnection implementation.  Use this function if you know the specific baud rate you want to connect at.  A connection with the specified port will be established.

Parameters
port
const std::string&

The actual string name of the COM port (ex. "COM26")

baudRate
uint32

The baud rate at which to open the COM port (ex. 921600).

Returns

A Connection object created with a SerialConnection implementation.

Exceptions
-
- -
-
Serial
-
static Connection Serial(
const std::string &port
)
-

A static function for creating a Connection object with a SerialConnection implementation, and attempting to automatically determine/use the baud rate by utilizing Devices::listPorts.  A connection with the specified port will be established.

Parameters
port
const std::string&

The actual string name of the COM port (ex. "COM26")

Returns

A Connection object created with a SerialConnection implementation.

Exceptions
-
- -
-
TcpIp
-
static Connection TcpIp(
const std::string &serverAddress,
uint16 serverPort,
const std::string &interfaceAddress = ""
)
-

A static function for creating a Connection object with a TcpIpConnection implementation.  A connection with the specified address/port will be established.

Parameters
serverAddress
const std::string&

The server address (domain name or ip address) to connect to.

serverPort
uint16

The server port to connect to.

interfaceAddress
const std::string&

The address of the specific ethernet adapter to use for the connection (optional).

Returns

A Connection object created with a TcpIpConnection implementation.

Exceptions
-
- -
-
WebSocket
-
static Connection WebSocket(
const std::string &host,
uint16 port
)
-

A static function for creating a Connection object with a WebSocketConnection or WebSocketSecureConnection implementation.  A connection with the specified host/port will be established.  Note: This requires the "host" string to be in the form "wss://mscl.example.com" (for a Secure Web Socket) or "ws://mscl.example.com" for a standard HTTP Web Socket

Parameters
host
const std::string&

The host name to connect to. For example, "wss://mscl.example.com" (for a Secure Web Socket) or "ws://mscl.example.com" for a standard HTTP Web Socket.

port
uint16

The port to connect to.

Returns

A Connection object created with a Web Socket implementation.

Exceptions
-
- -
-
UnixSocket
-
static Connection UnixSocket(
const std::string &path
)
-

A generator function for Connection objects with a UnixSocketConnection implementation (Unix builds only).  A connection with the specified path will be established.

Parameters
path
const std::string&

The a path to the unix socket

Returns

The generated Connection object.

Exceptions
-
- -
-
Variables
-
- -
-
m_impl
-
std::shared_ptr<Connection_Impl_Base> m_impl
-

The Connection_Impl_Base that contains all the implementation logic for the Connection class.

-
- -
-
Functions
-
- -
-
registerParser
-
void registerParser(
std::function<void(DataBuffer&)> parseFunction
)
-

Registers a function to handle the parsing of data when it is read in.

Parameters
parseFunction
std::function<void(DataBuffer&)>

The function to call to parse data that is read in.

Exceptions
-
- -
-
unregisterParser
-
void unregisterParser()
-

Unregisters the function to handle the parsing of data when it is read in.

-
- -
-
write
-
void write(
const ByteStream &data
) const
-

Writes the specified bytes.

Parameters
data
const ByteStream&

vector of data to be written

-
- -
-
throwIfError
-
void throwIfError()
-

Throws an exception if a connection error has occurred.

Exceptions
-
- -
-
description
-
std::string description()
-

Gets a description of the connection as a string.

Returns

A description of the connection.

-
- -
-
port
-
std::string port()
-

Gets the port name of the connection if it exists.

Returns

The port name of the connection if it exists.

-
- -
-
type
- -

Gets the ConnectionType of the connection.

Returns

A ConnectionType enum.

-
- -
-
disconnect
-
void disconnect()
-

Closes the current connection.

-
- -
-
reconnect
-
void reconnect()
-

Reopens a connection that has been disconnected.

Exceptions
Error_InvalidSerialPort

the specified com port is invalid.

Error_InvalidTcpServer

the specified server address and/or server port is invalid.

Error_InvalidUnixSocket

failed to connect to the specified unix socket path.

Error_Connection

failed to get or set com port parameters

-
- -
-
write
-
void write(
const Bytes &bytes
) const
-

Writes the given bytes to the connection.

Parameters
bytes
const Bytes&

The bytes to write.

Exceptions

  • Error_Connection: a connection error has occurred, such as the device being unplugged.

-
- -
-
writeStr
-
void writeStr(
const std::string &bytes
) const
-

Writes the given string (containing bytes) to the connection.

Parameters
bytes
const std::string&

The string of bytes to write.

Exceptions

  • Error_Connection: a connection error has occurred, such as the device being unplugged.

-
- -
-
clearBuffer
-
void clearBuffer()
-

Resets the read buffer.

Exceptions
-
- -
-
byteReadPos
-
std::size_t byteReadPos() const
-

Gets the read position from the byte buffer.

Exceptions
-
- -
-
byteAppendPos
-
std::size_t byteAppendPos() const
-

Gets the append position from the byte buffer.

Exceptions
-
- -
-
rawByteMode
-
void rawByteMode(
bool enable
)
-

Puts the connection into "Raw Byte Mode."  "Raw Byte Mode" stops the data from being sent/parsed from any attached devices (BaseStation, InertialNode, etc.)  and instead sends all data into a raw circular data buffer that can be accessed by calling getRawBytes on this Connection object.  Disabling this mode will start sending all data back to the previous attached device, if still available.

Parameters
enable
bool

whether to enable raw byte mode (true), or disable raw byte mode (false).

Exceptions
-
- -
-
rawByteMode
-
bool rawByteMode()
-

Checks if raw byte mode is enabled or disabled.

Returns

true if raw byte mode is enabled, false if it is disabled.

-
- -
-
getRawBytes
-
Bytes getRawBytes(
uint32 timeout = 0,
uint32 maxBytes = 0,
uint32 minBytes = 0
)
-

Gets the raw bytes that are available that have been collected when the Connection is in "Raw Byte Mode."  If the Connection has not been put into "Raw Byte Mode" by calling rawByteMode, no data can be retrieved from this function.

Parameters
timeout
uint32

the timeout, in milliseconds, to wait for the data if necessary (default of 0).

maxBytes
uint32

The maximum number of bytes to return. If this is 0 (default), all bytes will be returned.

Returns

A Bytes vector containing all of the raw bytes that are available.

Exceptions

  • Error_Connection: a connection error has occurred, such as the device being unplugged.

-
- -
-
getRawBytesStr
-
std::string getRawBytesStr(
uint32 timeout = 0,
uint32 maxBytes = 0,
uint32 minBytes = 0
)
-

Gets the raw bytes that are available that have been collected when the Connection is in "Raw Byte Mode" as a string.  If the Connection has not been put into "Raw Byte Mode" by calling rawByteMode, no data can be retrieved from this function.

Parameters
timeout
uint32

the timeout, in milliseconds, to wait for the data if necessary (default of 0).

maxBytes
uint32

The maximum number of bytes to return. If this is 0 (default), all bytes will be returned.

Returns

A string containing all of the raw bytes that are available.

Exceptions

  • Error_Connection: a connection error has occurred, such as the device being unplugged.

-
- -
-
getRawBytesWithPattern
-
Bytes getRawBytesWithPattern(
const Bytes &pattern,
uint32 timeout = 0
)
-

Gets the raw bytes that are available that have been collected when the Connection is in "Raw Byte Mode", if a byte pattern is found.  If the Connection has not been put into "Raw Byte Mode" by calling rawByteMode, no data can be retrieved from this function.

Patameters
pattern

The Bytes containing the pattern of bytes to match.

timeout

The timeout, in milliseconds, to wait for the data if necessary (default of 0).

Returns

A Bytes container with all of the bytes before and including the pattern bytes if the pattern was found, or an empty Bytes container otherwise.

-
- -
-
debugMode
-
void debugMode(
bool enable
)
-

Puts the connection into "Debug Mode."  "Debug Mode" adds an additional container that gets filled when any write or read operations occur.  Once debug mode is enabled, you can access this data with the getDebugData function.  This does not interfere with standard data collection.

Parameters
enable
bool

whether to enable debug mode (true), or disable debug mode (false).

Exceptions
-
- -
-
debugMode
-
bool debugMode()
-

Checks if debug mode is enabled or disabled.

Returns

true if debug mode is enabled, false if it is disabled.

-
- -
-
getDebugData
-
ConnectionDebugDataVec getDebugData(
uint32 timeout = 0
)
-

Gets the ConnectionDebugData that have been collected when the Connection is in "Debug Mode."  If the Connection has not been put into "Debug Mode" by calling debugMode, no data can be retrieved from this function.

Parameters
timeout
uint32

the timeout, in milliseconds, to wait for the data if necessary (default of 0).

Returns

A <ConnectionDebugDataVec> containing all of the ConnectionDebugData that is available.

Exceptions

  • Error_Connection: a connection error has occurred, such as the device being unplugged.

-
- -
-
updateBaudRate
-
void updateBaudRate(
uint32 baudRate
)
-

Updates the serial connection baud rate. If this is not a serial connection, this function does nothing.  Important: The connection to the port will be closed and re-opened at the new baud rate.

Parameters
baudRate
uint32

the baud rate at which to reestablish the connection

Exceptions

  • Error_Connection: a connection error has occurred, such as the device being unplugged.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Communication/ConnectionDebugData-h-Summary.js b/v66.0.1/MSCL_Docs/files/Communication/ConnectionDebugData-h-Summary.js deleted file mode 100644 index 48c7c5fb2..000000000 --- a/v66.0.1/MSCL_Docs/files/Communication/ConnectionDebugData-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:Communication/ConnectionDebugData.h","ConnectionDebugData.h");NDSummary.OnSummaryLoaded("File:Communication/ConnectionDebugData.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Types","Type"],["Variables","Variable"]],[[148,0,0,"ConnectionDebugData","ConnectionDebugData"],[149,0,2,"Functions","ConnectionDebugData.Functions"],[150,0,1,"ConnectionDebugData","ConnectionDebugData.ConnectionDebugData"],[151,0,1,"ConnectionDebugData","ConnectionDebugData.ConnectionDebugData(2)"],[152,0,2,"Variables","ConnectionDebugData.Variables"],[153,0,4,"m_fromRead","ConnectionDebugData.m_fromRead"],[154,0,4,"m_loggedTime","ConnectionDebugData.m_loggedTime"],[155,0,4,"m_data","ConnectionDebugData.m_data"],[156,0,2,"Functions","ConnectionDebugData.Functions(2)"],[157,0,1,"fromRead","ConnectionDebugData.fromRead"],[158,0,1,"timestamp","ConnectionDebugData.timestamp"],[159,0,1,"data","ConnectionDebugData.data"],[160,0,2,"Types","ConnectionDebugData.Types"],[161,0,3,"ConnectionDebugDataVec","ConnectionDebugData.ConnectionDebugDataVec"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Communication/ConnectionDebugData-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/Communication/ConnectionDebugData-h-SummaryToolTips.js deleted file mode 100644 index a7f8beeb9..000000000 --- a/v66.0.1/MSCL_Docs/files/Communication/ConnectionDebugData-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:Communication/ConnectionDebugData.h",{148:"
ConnectionDebugData
Holds data used when the Connection debug mode is enabled.
",150:"
ConnectionDebugData()
Creates an empty ConnectionDebugData object.
",151:"
ConnectionDebugData(
bool fromRead,
const Bytes &data
)
Creates a ConnectionDebugData object.
",153:"
bool m_fromRead
Whether the debug data is from a read operation (true) or a write operation (false).
",154:"
Timestamp m_loggedTime
The Timestamp of when the debug data was collected.
",155:"
Bytes m_data
The Bytes that were read from or written to the connection.
",157:"
bool fromRead() const
Gets whether the debug data is from a read operation or a write operation.
",158:"
const Timestamp& timestamp() const
Gets the Timestamp of when the debug data was collected.
",159:"
const Bytes& data() const
Gets the Bytes that were read from or written to the connection.
",161:"
typedef for a vector of ConnectionDebugData objects.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Communication/ConnectionDebugData-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/Communication/ConnectionDebugData-h-ToolTips.js deleted file mode 100644 index 971550a70..000000000 --- a/v66.0.1/MSCL_Docs/files/Communication/ConnectionDebugData-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({150:"
ConnectionDebugData()
Creates an empty ConnectionDebugData object.
",10253:"
typedef for a vector of bytes.
",10291:"
Timestamp
Represents a date/time object
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Communication/ConnectionDebugData-h.html b/v66.0.1/MSCL_Docs/files/Communication/ConnectionDebugData-h.html deleted file mode 100644 index cfa9e3583..000000000 --- a/v66.0.1/MSCL_Docs/files/Communication/ConnectionDebugData-h.html +++ /dev/null @@ -1,86 +0,0 @@ - - -ConnectionDebugData.h - - - - - - - -
-
ConnectionDebugData
-
ConnectionDebugData
-

Holds data used when the Connection debug mode is enabled.

-
- -
-
Functions
-
- -
-
ConnectionDebugData
-
ConnectionDebugData()
-

Creates an empty ConnectionDebugData object.

-
- -
-
ConnectionDebugData
-
ConnectionDebugData(
bool fromRead,
const Bytes &data
)
-

Creates a ConnectionDebugData object.

Parameters
fromRead
bool

Whether the debug data is from a read operation (true) or a write operation (false).

data
const Bytes&

The Bytes that were read from or written to the connection.

-
- -
-
Variables
-
- -
-
m_fromRead
-
bool m_fromRead
-

Whether the debug data is from a read operation (true) or a write operation (false).

-
- -
-
m_loggedTime
-
Timestamp m_loggedTime
-

The Timestamp of when the debug data was collected.

-
- -
-
m_data
-
Bytes m_data
-

The Bytes that were read from or written to the connection.

-
- -
-
Functions
-
- -
-
fromRead
-
bool fromRead() const
-

Gets whether the debug data is from a read operation or a write operation.

Returns

true if the debug data is from a read operation, false if it is from a write operation.

-
- -
-
timestamp
-
const Timestamp& timestamp() const
-

Gets the Timestamp of when the debug data was collected.

Returns

A Timestamp representing when the debug data was collected.

-
- -
-
data
-
const Bytes& data() const
-

Gets the Bytes that were read from or written to the connection.

-
- -
-
Types
-
- -
-
ConnectionDebugDataVec
-

typedef for a vector of ConnectionDebugData objects.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Communication/Connection_Impl-h-Summary.js b/v66.0.1/MSCL_Docs/files/Communication/Connection_Impl-h-Summary.js deleted file mode 100644 index 41ab0a965..000000000 --- a/v66.0.1/MSCL_Docs/files/Communication/Connection_Impl-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:Communication/Connection_Impl.h","Connection_Impl.h");NDSummary.OnSummaryLoaded("File:Communication/Connection_Impl.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[162,0,0,"Connection_Impl_Base","Connection_Impl_Base"],[163,0,2,"Functions","Connection_Impl_Base.Functions"],[164,0,1,"~Connection_Impl_Base","Connection_Impl_Base.~Connection_Impl_Base"],[165,0,1,"establishConnection","Connection_Impl_Base.establishConnection"],[166,0,1,"description","Connection_Impl_Base.description"],[167,0,1,"port","Connection_Impl_Base.port"],[168,0,1,"type","Connection_Impl_Base.type"],[169,0,1,"disconnect","Connection_Impl_Base.disconnect"],[170,0,1,"reconnect","Connection_Impl_Base.reconnect"],[171,0,1,"registerParser","Connection_Impl_Base.registerParser"],[172,0,1,"unregisterParser","Connection_Impl_Base.unregisterParser"],[173,0,1,"throwIfError","Connection_Impl_Base.throwIfError"],[174,0,1,"write","Connection_Impl_Base.write"],[175,0,1,"write","Connection_Impl_Base.write(2)"],[176,0,1,"clearBuffer","Connection_Impl_Base.clearBuffer"],[177,0,1,"byteReadPos","Connection_Impl_Base.byteReadPos"],[178,0,1,"byteAppendPos","Connection_Impl_Base.byteAppendPos"],[179,0,1,"rawByteMode","Connection_Impl_Base.rawByteMode"],[180,0,1,"getRawBytes","Connection_Impl_Base.getRawBytes"],[181,0,1,"debugMode","Connection_Impl_Base.debugMode"],[182,0,1,"getDebugData","Connection_Impl_Base.getDebugData"],[183,0,1,"updateBaudRate","Connection_Impl_Base.updateBaudRate"],[184,0,0,"Connection_Impl","Connection_Impl"],[185,0,2,"Functions","Connection_Impl.Functions"],[186,0,1,"~Connection_Impl","Connection_Impl.~Connection_Impl"],[187,0,2,"Variables","Connection_Impl.Variables"],[188,0,3,"m_comm","Connection_Impl.m_comm"],[189,0,3,"m_ioContext","Connection_Impl.m_ioContext"],[190,0,3,"m_ioPort","Connection_Impl.m_ioPort"],[191,0,3,"m_readThread","Connection_Impl.m_readThread"],[192,0,3,"m_established","Connection_Impl.m_established"],[193,0,3,"m_parseFunction","Connection_Impl.m_parseFunction"],[194,0,3,"m_type","Connection_Impl.m_type"],[195,0,3,"m_rawByteBuffer","Connection_Impl.m_rawByteBuffer"],[196,0,3,"m_debugDataBuffer","Connection_Impl.m_debugDataBuffer"],[197,0,3,"m_rawByteBufferCondition","Connection_Impl.m_rawByteBufferCondition"],[198,0,3,"m_debugBufferCondition","Connection_Impl.m_debugBufferCondition"],[199,0,3,"m_connectionError","Connection_Impl.m_connectionError"],[200,0,3,"m_errorCode","Connection_Impl.m_errorCode"],[201,0,3,"m_errorMsg","Connection_Impl.m_errorMsg"],[202,0,3,"m_rawByteMode","Connection_Impl.m_rawByteMode"],[203,0,3,"m_rawDataMutex","Connection_Impl.m_rawDataMutex"],[204,0,3,"m_debugMode","Connection_Impl.m_debugMode"],[205,0,3,"m_debugDataMutex","Connection_Impl.m_debugDataMutex"],[206,0,2,"Functions","Connection_Impl.Functions(2)"],[207,0,1,"establishConnection","Connection_Impl.establishConnection"],[208,0,1,"description","Connection_Impl.description"],[209,0,1,"port","Connection_Impl.port"],[210,0,1,"type","Connection_Impl.type"],[211,0,1,"disconnect","Connection_Impl.disconnect"],[212,0,1,"reconnect","Connection_Impl.reconnect"],[213,0,1,"registerParser","Connection_Impl.registerParser"],[214,0,1,"unregisterParser","Connection_Impl.unregisterParser"],[215,0,1,"throwIfError","Connection_Impl.throwIfError"],[216,0,1,"write","Connection_Impl.write"],[217,0,1,"write","Connection_Impl.write(2)"],[218,0,1,"clearBuffer","Connection_Impl.clearBuffer"],[219,0,1,"byteReadPos","Connection_Impl.byteReadPos"],[220,0,1,"byteAppendPos","Connection_Impl.byteAppendPos"],[221,0,1,"startIoThread","Connection_Impl.startIoThread"],[222,0,1,"stopIoThread","Connection_Impl.stopIoThread"],[223,0,1,"rawByteMode","Connection_Impl.rawByteMode"],[224,0,1,"rawByteMode","Connection_Impl.rawByteMode(2)"],[225,0,1,"getRawBytes","Connection_Impl.getRawBytes"],[226,0,1,"debugMode","Connection_Impl.debugMode"],[227,0,1,"debugMode","Connection_Impl.debugMode(2)"],[228,0,1,"getDebugData","Connection_Impl.getDebugData"],[229,0,1,"collectRawData","Connection_Impl.collectRawData"],[230,0,1,"collectDebugData","Connection_Impl.collectDebugData"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Communication/Connection_Impl-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/Communication/Connection_Impl-h-SummaryToolTips.js deleted file mode 100644 index f7c9a9d90..000000000 --- a/v66.0.1/MSCL_Docs/files/Communication/Connection_Impl-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:Communication/Connection_Impl.h",{162:"
Connection_Impl_Base
An Abstract Base Class for various connection types.
",164:"
virtual ~Connection_Impl_Base()
Destroys the Connection_Impl_Base object
",165:"
virtual void establishConnection() = 0
Initializes and opens the current connection.
",166:"
virtual std::string description() = 0
Gets a description of the connection as a string
",167:"
virtual std::string port() const = 0
Gets a name of the connection port if it exists
",168:"
virtual Connection::ConnectionType type() = 0
Gets the Connection::ConnectionType.
",169:"
virtual void disconnect() = 0
Closes the current connection.
",170:"
virtual void reconnect() = 0
Reopens a connection that has been disconnected.
",171:"
virtual void registerParser(
std::function<void(DataBuffer&)> parseFunction
) = 0
Registers a function to handle the parsing of data when it is read in.
",172:"
virtual void unregisterParser() = 0
Unregisters the function to handle the parsing of data when it is read in
",173:"
virtual void throwIfError() = 0
Throws an exception if a connection error has occurred.
",174:"
virtual void write(
const ByteStream &data
) const = 0
Writes bytes to the port via the BoostCommunication object.
",175:"
virtual void write(
const Bytes &bytes
) const = 0
Writes the given bytes to the port via the BoostCommunication object.
",176:"
virtual void clearBuffer() = 0
Resets the read buffer.
",177:"
virtual std::size_t byteReadPos() const = 0
Gets the read position from the byte buffer.
",178:"
virtual std::size_t byteAppendPos() const = 0
Gets the append position from the byte buffer.
",179:"
virtual void rawByteMode(
bool enable
) = 0
Puts the connection into "Raw Byte Mode." "Raw Byte Mode" stops the data from being sent/parsed from any attached devices (BaseStation, InertialNode, etc.)  and instead sends all data into a raw circular data buffer that can be accessed by calling getRawBytes on this Connection object.  Disabling this mode will start sending all data back to the previous attached device, if still available.
",180:"
virtual void getRawBytes(
Bytes &bytes,
uint32 timeout = 0,
uint32 maxBytes = 0,
uint32 minBytes = 0
) = 0
Gets all of the raw bytes that are available that have been collected when the Connection is in "Raw Byte Mode."  If the Connection has not been put into "Raw Byte Mode" by calling rawByteMode, no data can be retrieved from this function.
",181:"
virtual void debugMode(
bool enable
) = 0
Puts the connection into "Debug Mode." "Debug Mode Mode" adds an additional container that gets filled when any write or read operations occur.  Once debug mode is enabled, you can access this data with the getDebugData function.  This does not interfere with standard data collection.
",182:"
virtual void getDebugData(
ConnectionDebugDataVec &data,
uint32 timeout
) = 0
Gets the ConnectionDebugData that have been collected when the Connection is in "Debug Mode."  If the Connection has not been put into "Debug Mode" by calling debugMode, no data can be retrieved from this function.
",183:"
virtual void updateBaudRate(
uint32 baudRate
)
Updates the serial connection baud rate. If this is not a serial connection, this function does nothing.  Important: The connection to the port will be closed and re-opened at the new baud rate.
",184:"
template <typename Comm_Object>
Connection_Impl
An Abstract Base Class for various connection types.  This class uses a template for the Comm Object and contains default functionality for connection types.
",186:"
virtual ~Connection_Impl()
Destroys the Connection_Impl object
",188:"
std::unique_ptr< BoostCommunication<Comm_Object> > m_comm
A BoostCommunication object used for actual read/write operations.
",189:"
std::unique_ptr<boost::asio::io_context> m_ioContext
The boost::asio::io_context object.
",190:"
std::unique_ptr<Comm_Object> m_ioPort
The actual boost communication object (ex. boost::asio::serial_port, tcp::socket, etc.)
",191:"
std::unique_ptr<std::thread> m_readThread
The thread used to run the operation of reading in bytes from the BaseStation.
",192:"
bool m_established
true if the connection has been established, false otherwise.
",193:"
std::function<void(
DataBuffer&
)> m_parseFunction
The function to call to parse data that is read in.
",194:"
Connection::ConnectionType m_type
The Connection::ConnectionType of this connection.
",195:"
boost::circular_buffer_space_optimized<uint8> m_rawByteBuffer
The circular buffer to store data when in "Raw Byte Mode."
",196:"
boost::circular_buffer_space_optimized<ConnectionDebugData> m_debugDataBuffer
The circular buffer to store data when in "Debug Mode."
",197:"
std::condition_variable m_rawByteBufferCondition
Allows the raw byte buffer to know when data has been added.
",198:"
std::condition_variable m_debugBufferCondition
Allows the debug data buffer to know when data has been added.
",199:"
mutable bool m_connectionError
true if an error has occurred with the connection, false otherwise.
",200:"
mutable int m_errorCode
The error code of the connection error, if there was a connection error.
",201:"
mutable std::string m_errorMsg
The error message of the connection error, if there was a connection error.
",202:"
bool m_rawByteMode
true if the connection is in "Raw Byte Mode", false otherwise.
",203:"
std::mutex m_rawDataMutex
The mutex used to access the "Raw Byte Mode" buffer.
",204:"
bool m_debugMode
true if the connection is in "Debug Mode", false otherwise.
",205:"
std::mutex m_debugDataMutex
The mutex used to access the "Debug Mode" buffer.
",207:"
virtual void establishConnection() = 0
Initializes and opens the current connection.
",208:"
std::string description() override = 0
Gets a description of the connection as a string.
",209:"
std::string port() const override
Gets a name of the connection port if it exists.
",210:"
virtual Connection::ConnectionType type() override
Gets the Connection::ConnectionType.
",211:"
virtual void disconnect() override
Closes the current connection.
",212:"
virtual void reconnect() override
Reopens a connection that has been disconnected.
",213:"
virtual void registerParser(
std::function<void(DataBuffer&)> parseFunction
) final
Registers a function to handle the parsing of data when it is read in.
",214:"
virtual void unregisterParser() final
Unregisters the function to handle the parsing of data when it is read in.
",215:"
virtual void throwIfError() final
Throws an exception if a connection error has occurred.
",216:"
virtual void write(
const ByteStream &data
) const final
Writes bytes to the port via the BoostCommunication object.
",217:"
virtual void write(
const Bytes &bytes
) const final
Writes the given bytes to the port via the BoostCommunication object.
",218:"
virtual void clearBuffer() final
Clears the read buffer.
",219:"
virtual std::size_t byteReadPos() const final
Gets the read position from the byte buffer.
",220:"
virtual std::size_t byteAppendPos() const final
Gets the append position from the byte buffer.
",221:"
void startIoThread()
Starts the main thread for reading in all the data and handling write commands
",222:"
void stopIoThread()
Stops the main thread, canceling all reading and writing
",223:"
virtual void rawByteMode(
bool enable
) final
Puts the connection into "Raw Byte Mode." "Raw Byte Mode" stops the data from being sent/parsed from any attached devices (BaseStation, InertialNode, etc.)  and instead sends all data into a raw circular data buffer that can be accessed by calling getRawBytes on this Connection object.  Disabling this mode will start sending all data back to the previous attached device, if still available.
",224:"
virtual bool rawByteMode() final
Checks if raw byte mode is enabled (true) or disabled (false)
",225:"
virtual void getRawBytes(
Bytes &bytes,
uint32 timeout = 0,
uint32 maxBytes = 0,
uint32 minBytes = 0
) final
Gets all of the raw bytes that are available that have been collected when the Connection is in "Raw Byte Mode."  If the Connection has not been put into "Raw Byte Mode" by calling rawByteMode, no data can be retrieved from this function.
",226:"
virtual void debugMode(
bool enable
) final
Puts the connection into "Debug Mode." "Debug Mode Mode" adds an additional container that gets filled when any write or read operations occur.  Once debug mode is enabled, you can access this data with the getDebugData function.  This does not interfere with standard data collection.
",227:"
virtual bool debugMode() final
Checks if debug mode is enabled (true) or disabled (false)
",228:"
virtual void getDebugData(
ConnectionDebugDataVec &data,
uint32 timeout
) final
Gets the ConnectionDebugData that have been collected when the Connection is in "Debug Mode."  If the Connection has not been put into "Debug Mode" by calling debugMode, no data can be retrieved from this function.
",229:"
void collectRawData(
DataBuffer &data
)
The function to be sent to the communication object to parse data for "Raw Byte Mode."
",230:"
void collectDebugData(
const Bytes &data,
bool isRead
)
The function to be sent to the communication object to parse data for "Debug Mode."
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Communication/Connection_Impl-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/Communication/Connection_Impl-h-ToolTips.js deleted file mode 100644 index 7dc487ae1..000000000 --- a/v66.0.1/MSCL_Docs/files/Communication/Connection_Impl-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({148:"
ConnectionDebugData
Holds data used when the Connection debug mode is enabled.
",162:"
Connection_Impl_Base
An Abstract Base Class for various connection types.
",179:"
virtual void rawByteMode(
bool enable
) = 0
Puts the connection into "Raw Byte Mode." "Raw Byte Mode" stops the data from being sent/parsed from any attached devices (BaseStation, InertialNode, etc.)  and instead sends all data into a raw circular data buffer that can be accessed by calling getRawBytes on this Connection object.  Disabling this mode will start sending all data back to the previous attached device, if still available.
",180:"
virtual void getRawBytes(
Bytes &bytes,
uint32 timeout = 0,
uint32 maxBytes = 0,
uint32 minBytes = 0
) = 0
Gets all of the raw bytes that are available that have been collected when the Connection is in "Raw Byte Mode."  If the Connection has not been put into "Raw Byte Mode" by calling rawByteMode, no data can be retrieved from this function.
",181:"
virtual void debugMode(
bool enable
) = 0
Puts the connection into "Debug Mode." "Debug Mode Mode" adds an additional container that gets filled when any write or read operations occur.  Once debug mode is enabled, you can access this data with the getDebugData function.  This does not interfere with standard data collection.
",182:"
virtual void getDebugData(
ConnectionDebugDataVec &data,
uint32 timeout
) = 0
Gets the ConnectionDebugData that have been collected when the Connection is in "Debug Mode."  If the Connection has not been put into "Debug Mode" by calling debugMode, no data can be retrieved from this function.
",223:"
virtual void rawByteMode(
bool enable
) final
Puts the connection into "Raw Byte Mode." "Raw Byte Mode" stops the data from being sent/parsed from any attached devices (BaseStation, InertialNode, etc.)  and instead sends all data into a raw circular data buffer that can be accessed by calling getRawBytes on this Connection object.  Disabling this mode will start sending all data back to the previous attached device, if still available.
",225:"
virtual void getRawBytes(
Bytes &bytes,
uint32 timeout = 0,
uint32 maxBytes = 0,
uint32 minBytes = 0
) final
Gets all of the raw bytes that are available that have been collected when the Connection is in "Raw Byte Mode."  If the Connection has not been put into "Raw Byte Mode" by calling rawByteMode, no data can be retrieved from this function.
",226:"
virtual void debugMode(
bool enable
) final
Puts the connection into "Debug Mode." "Debug Mode Mode" adds an additional container that gets filled when any write or read operations occur.  Once debug mode is enabled, you can access this data with the getDebugData function.  This does not interfere with standard data collection.
",228:"
virtual void getDebugData(
ConnectionDebugDataVec &data,
uint32 timeout
) final
Gets the ConnectionDebugData that have been collected when the Connection is in "Debug Mode."  If the Connection has not been put into "Debug Mode" by calling debugMode, no data can be retrieved from this function.
",235:"
template <typename IO_Object>
BoostCommunication
The BoostCommunication object that is used for actual read/write communication for all Connection objects
",338:"
SerialConnection
A Connection_Impl derived class that represents a serial connection.
",369:"
Represents the types of channels on Wireless Nodes.
",9916:"
Used to easily read a container of bytes
",9928:"
DataBuffer
A buffer of bytes extending from the ByteStream class that is used for holding bytes read in from the connection
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10253:"
typedef for a vector of bytes.
",10446:"
Error
The generic MicroStrain exception (base class)
",10479:"
Error_Connection
The generic connection exception.
",184:"
template <typename Comm_Object>
Connection_Impl
An Abstract Base Class for various connection types.  This class uses a template for the Comm Object and contains default functionality for connection types.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Communication/Connection_Impl-h.html b/v66.0.1/MSCL_Docs/files/Communication/Connection_Impl-h.html deleted file mode 100644 index 492436c53..000000000 --- a/v66.0.1/MSCL_Docs/files/Communication/Connection_Impl-h.html +++ /dev/null @@ -1,417 +0,0 @@ - - -Connection_Impl.h - - - - - - - -
-
Connection_Impl_Base
-
Connection_Impl_Base
Connection_Impl
-

An Abstract Base Class for various connection types.

-
- -
-
Functions
-
- -
-
~Connection_Impl_Base
-
virtual ~Connection_Impl_Base()
-

Destroys the Connection_Impl_Base object

-
- -
-
establishConnection
-
virtual void establishConnection() = 0
-

Initializes and opens the current connection.

-
- -
-
description
-
virtual std::string description() = 0
-

Gets a description of the connection as a string

Returns

A description of the connection

-
- -
-
port
-
virtual std::string port() const = 0
-

Gets a name of the connection port if it exists

Returns

The port name of the connection if it exists

-
- -
-
type
-
virtual Connection::ConnectionType type() = 0
-

Gets the Connection::ConnectionType.

-
- -
-
disconnect
-
virtual void disconnect() = 0
-

Closes the current connection.

-
- -
-
reconnect
-
virtual void reconnect() = 0
-

Reopens a connection that has been disconnected.

-
- -
-
registerParser
-
virtual void registerParser(
std::function<void(DataBuffer&)> parseFunction
) = 0
-

Registers a function to handle the parsing of data when it is read in.

Parameters
parseFunction
std::function<void(DataBuffer&)>

The function to call to parse data that is read in.

Exceptions
-
- -
-
unregisterParser
-
virtual void unregisterParser() = 0
-

Unregisters the function to handle the parsing of data when it is read in

-
- -
-
throwIfError
-
virtual void throwIfError() = 0
-

Throws an exception if a connection error has occurred.

Exceptions
-
- -
-
write
-
virtual void write(
const ByteStream &data
) const = 0
-

Writes bytes to the port via the BoostCommunication object.

Parameters
data
const ByteStream&

the bytes that will be written to the port.

Exceptions

  • Error_Connection: a connection error has occurred, such as the device being unplugged.

-
- -
-
write
-
virtual void write(
const Bytes &bytes
) const = 0
-

Writes the given bytes to the port via the BoostCommunication object.

Parameters
bytes
const Bytes&

The bytes to write.

Exceptions

  • Error_Connection: a connection error has occurred, such as the device being unplugged.

-
- -
-
clearBuffer
-
virtual void clearBuffer() = 0
-

Resets the read buffer.

-
- -
-
byteReadPos
-
virtual std::size_t byteReadPos() const = 0
-

Gets the read position from the byte buffer.

-
- -
-
byteAppendPos
-
virtual std::size_t byteAppendPos() const = 0
-

Gets the append position from the byte buffer.

-
- -
-
rawByteMode
-
virtual void rawByteMode(
bool enable
) = 0
-

Puts the connection into "Raw Byte Mode."  "Raw Byte Mode" stops the data from being sent/parsed from any attached devices (BaseStation, InertialNode, etc.)  and instead sends all data into a raw circular data buffer that can be accessed by calling getRawBytes on this Connection object.  Disabling this mode will start sending all data back to the previous attached device, if still available.

Parameters
enable
bool

whether to enable raw byte mode (true), or disable raw byte mode (false).

Exceptions
-
- -
-
getRawBytes
-
virtual void getRawBytes(
Bytes &bytes,
uint32 timeout = 0,
uint32 maxBytes = 0,
uint32 minBytes = 0
) = 0
-

Gets all of the raw bytes that are available that have been collected when the Connection is in "Raw Byte Mode."  If the Connection has not been put into "Raw Byte Mode" by calling rawByteMode, no data can be retrieved from this function.

Parameters
bytes
Bytes&

A Bytes vector to hold the result.

timeout
uint32

the timeout, in milliseconds, to wait for the data if necessary (default of 0).

maxBytes
uint32

The maximum number of bytes to return. If this is 0 (default), all bytes will be returned.

minBytes
uint32

The minimum number of bytes to parse before returning.

-
- -
-
debugMode
-
virtual void debugMode(
bool enable
) = 0
-

Puts the connection into "Debug Mode."  "Debug Mode Mode" adds an additional container that gets filled when any write or read operations occur.  Once debug mode is enabled, you can access this data with the getDebugData function.  This does not interfere with standard data collection.

Parameters
enable
bool

whether to enable debug mode (true), or disable debug mode (false).

Exceptions
-
- -
-
getDebugData
-
virtual void getDebugData(
ConnectionDebugDataVec &data,
uint32 timeout
) = 0
-

Gets the ConnectionDebugData that have been collected when the Connection is in "Debug Mode."  If the Connection has not been put into "Debug Mode" by calling debugMode, no data can be retrieved from this function.

Parameters
timeout
uint32

the timeout, in milliseconds, to wait for the data if necessary (default of 0).

Returns

A <ConnectionDebugDataVec> containing all of the ConnectionDebugData that is available.

Exceptions

  • Error_Connection: a connection error has occurred, such as the device being unplugged.

-
- -
-
updateBaudRate
-
virtual void updateBaudRate(
uint32 baudRate
)
-

Updates the serial connection baud rate. If this is not a serial connection, this function does nothing.  Important: The connection to the port will be closed and re-opened at the new baud rate.

Parameters
baudRate
uint32

the baud rate at which to reestablish the connection

Exceptions

  • Error_Connection: a connection error has occurred, such as the device being unplugged.

-
- -
-
Connection_Impl
-
public
Connection_Impl_Base
template <typename Comm_Object>
Connection_Impl
-

An Abstract Base Class for various connection types.  This class uses a template for the Comm Object and contains default functionality for connection types.

See Also

SerialConnection

-
- -
-
Functions
-
- -
-
~Connection_Impl
-
virtual ~Connection_Impl()
-

Destroys the Connection_Impl object

-
- -
-
Variables
-
- -
-
m_comm
-
std::unique_ptr< BoostCommunication<Comm_Object> > m_comm
-

A BoostCommunication object used for actual read/write operations.

-
- -
-
m_ioContext
-
std::unique_ptr<boost::asio::io_context> m_ioContext
-

The boost::asio::io_context object.

-
- -
-
m_ioPort
-
std::unique_ptr<Comm_Object> m_ioPort
-

The actual boost communication object (ex. boost::asio::serial_port, tcp::socket, etc.)

-
- -
-
m_readThread
-
std::unique_ptr<std::thread> m_readThread
-

The thread used to run the operation of reading in bytes from the BaseStation.

-
- -
-
m_established
-
bool m_established
-

true if the connection has been established, false otherwise.

-
- -
-
m_parseFunction
-
std::function<void(
DataBuffer&
)> m_parseFunction
-

The function to call to parse data that is read in.

-
- -
-
m_type
- -

The Connection::ConnectionType of this connection.

-
- -
-
m_rawByteBuffer
-
boost::circular_buffer_space_optimized<uint8> m_rawByteBuffer
-

The circular buffer to store data when in "Raw Byte Mode."

-
- -
-
m_debugDataBuffer
-
boost::circular_buffer_space_optimized<ConnectionDebugData> m_debugDataBuffer
-

The circular buffer to store data when in "Debug Mode."

-
- -
-
m_rawByteBufferCondition
-
std::condition_variable m_rawByteBufferCondition
-

Allows the raw byte buffer to know when data has been added.

-
- -
-
m_debugBufferCondition
-
std::condition_variable m_debugBufferCondition
-

Allows the debug data buffer to know when data has been added.

-
- -
-
m_connectionError
-
mutable bool m_connectionError
-

true if an error has occurred with the connection, false otherwise.

-
- -
-
m_errorCode
-
mutable int m_errorCode
-

The error code of the connection error, if there was a connection error.

-
- -
-
m_errorMsg
-
mutable std::string m_errorMsg
-

The error message of the connection error, if there was a connection error.

-
- -
-
m_rawByteMode
-
bool m_rawByteMode
-

true if the connection is in "Raw Byte Mode", false otherwise.

-
- -
-
m_rawDataMutex
-
std::mutex m_rawDataMutex
-

The mutex used to access the "Raw Byte Mode" buffer.

-
- -
-
m_debugMode
-
bool m_debugMode
-

true if the connection is in "Debug Mode", false otherwise.

-
- -
-
m_debugDataMutex
-
std::mutex m_debugDataMutex
-

The mutex used to access the "Debug Mode" buffer.

-
- -
-
Functions
-
- -
-
establishConnection
-
virtual void establishConnection() = 0
-

Initializes and opens the current connection.

-
- -
-
description
-
std::string description() override = 0
-

Gets a description of the connection as a string.

Returns

A description of the connection.

-
- -
-
port
-
std::string port() const override
-

Gets a name of the connection port if it exists.

Returns

The port name of the connection if it exists.

-
- -
-
type
-
virtual Connection::ConnectionType type() override
-

Gets the Connection::ConnectionType.

-
- -
-
disconnect
-
virtual void disconnect() override
-

Closes the current connection.

-
- -
-
reconnect
-
virtual void reconnect() override
-

Reopens a connection that has been disconnected.

-
- -
-
registerParser
-
virtual void registerParser(
std::function<void(DataBuffer&)> parseFunction
) final
-

Registers a function to handle the parsing of data when it is read in.

Parameters
parseFunction
std::function<void(DataBuffer&)>

The function to call to parse data that is read in.

Exceptions

  • Error: a data parsing function has already been registered.

-
- -
-
unregisterParser
-
virtual void unregisterParser() final
-

Unregisters the function to handle the parsing of data when it is read in.

-
- -
-
throwIfError
-
virtual void throwIfError() final
-

Throws an exception if a connection error has occurred.

Exceptions
-
- -
-
write
-
virtual void write(
const ByteStream &data
) const final
-

Writes bytes to the port via the BoostCommunication object.

Parameters
data
const ByteStream&

the bytes that will be written to the port.

Exceptions

  • Error_Connection: a connection error has occurred, such as the device being unplugged.

-
- -
-
write
-
virtual void write(
const Bytes &bytes
) const final
-

Writes the given bytes to the port via the BoostCommunication object.

Parameters
bytes
const Bytes&

The bytes to write.

Exceptions

  • Error_Connection: a connection error has occurred, such as the device being unplugged.

-
- -
-
clearBuffer
-
virtual void clearBuffer() final
-

Clears the read buffer.

-
- -
-
byteReadPos
-
virtual std::size_t byteReadPos() const final
-

Gets the read position from the byte buffer.

-
- -
-
byteAppendPos
-
virtual std::size_t byteAppendPos() const final
-

Gets the append position from the byte buffer.

-
- -
-
startIoThread
-
void startIoThread()
-

Starts the main thread for reading in all the data and handling write commands

-
- -
-
stopIoThread
-
void stopIoThread()
-

Stops the main thread, canceling all reading and writing

-
- -
-
rawByteMode
-
virtual void rawByteMode(
bool enable
) final
-

Puts the connection into "Raw Byte Mode."  "Raw Byte Mode" stops the data from being sent/parsed from any attached devices (BaseStation, InertialNode, etc.)  and instead sends all data into a raw circular data buffer that can be accessed by calling getRawBytes on this Connection object.  Disabling this mode will start sending all data back to the previous attached device, if still available.

Parameters
enable
bool

whether to enable raw byte mode (true), or disable raw byte mode (false).

Exceptions
-
- -
-
rawByteMode
-
virtual bool rawByteMode() final
-

Checks if raw byte mode is enabled (true) or disabled (false)

-
- -
-
getRawBytes
-
virtual void getRawBytes(
Bytes &bytes,
uint32 timeout = 0,
uint32 maxBytes = 0,
uint32 minBytes = 0
) final
-

Gets all of the raw bytes that are available that have been collected when the Connection is in "Raw Byte Mode."  If the Connection has not been put into "Raw Byte Mode" by calling rawByteMode, no data can be retrieved from this function.

Parameters
bytes
Bytes&

A Bytes vector to hold the result.

timeout
uint32

the timeout, in milliseconds, to wait for the data if necessary (default of 0).

maxBytes
uint32

The maximum number of bytes to return. If this is 0 (default), all bytes will be returned.

minBytes
uint32

The minimum number of bytes to parse before returning.

-
- -
-
debugMode
-
virtual void debugMode(
bool enable
) final
-

Puts the connection into "Debug Mode."  "Debug Mode Mode" adds an additional container that gets filled when any write or read operations occur.  Once debug mode is enabled, you can access this data with the getDebugData function.  This does not interfere with standard data collection.

Parameters
enable
bool

whether to enable debug mode (true), or disable debug mode (false).

Exceptions
-
- -
-
debugMode
-
virtual bool debugMode() final
-

Checks if debug mode is enabled (true) or disabled (false)

-
- -
-
getDebugData
-
virtual void getDebugData(
ConnectionDebugDataVec &data,
uint32 timeout
) final
-

Gets the ConnectionDebugData that have been collected when the Connection is in "Debug Mode."  If the Connection has not been put into "Debug Mode" by calling debugMode, no data can be retrieved from this function.

Parameters
timeout
uint32

the timeout, in milliseconds, to wait for the data if necessary (default of 0).

Returns

A <ConnectionDebugDataVec> containing all of the ConnectionDebugData that is available.

Exceptions

  • Error_Connection: a connection error has occurred, such as the device being unplugged.

-
- -
-
collectRawData
-
void collectRawData(
DataBuffer &data
)
-

The function to be sent to the communication object to parse data for "Raw Byte Mode."

Parameters
data
DataBuffer&

The DataBuffer that contains all of the data that was read in from the connection.

-
- -
-
collectDebugData
-
void collectDebugData(
const Bytes &data,
bool isRead
)
-

The function to be sent to the communication object to parse data for "Debug Mode."

Parameters
data
const Bytes&

The Bytes that contains all of the data that was read from or written to the connection.

isRead
bool

Whether the data is from a read operation (true) or a write operation (false).

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Communication/Devices-h-Summary.js b/v66.0.1/MSCL_Docs/files/Communication/Devices-h-Summary.js deleted file mode 100644 index 102a96178..000000000 --- a/v66.0.1/MSCL_Docs/files/Communication/Devices-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:Communication/Devices.h","Devices.h");NDSummary.OnSummaryLoaded("File:Communication/Devices.h",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Enums","Enumeration"],["Functions","Function"],["Groups","Group"],["Sections","Section"],["Types","Type"],["Variables","Variable"]],[[114,0,5,"Devices","Devices"],[115,0,0,"DeviceInfo","DeviceInfo"],[116,0,4,"Types","DeviceInfo.Types"],[117,0,2,"ConnectionType","DeviceInfo.ConnectionType"],[118,0,1,,"DeviceInfo.connectionType_serial"],[119,0,1,,"DeviceInfo.connectionType_tcp"],[120,0,4,"Functions","DeviceInfo.Functions"],[121,0,3,"DeviceInfo","DeviceInfo.DeviceInfo"],[122,0,3,"DeviceInfo","DeviceInfo.DeviceInfo(2)"],[123,0,4,"Variables","DeviceInfo.Variables"],[124,0,7,"m_description","DeviceInfo.m_description"],[125,0,7,"m_serial","DeviceInfo.m_serial"],[126,0,7,"m_baudRate","DeviceInfo.m_baudRate"],[127,0,7,"m_connectionType","DeviceInfo.m_connectionType"],[128,0,4,"Functions","DeviceInfo.Functions(2)"],[129,0,3,"description","DeviceInfo.description"],[130,0,3,"serial","DeviceInfo.serial"],[131,0,3,"baudRate","DeviceInfo.baudRate"],[132,0,3,"connectionType","DeviceInfo.connectionType"],[133,0,0,"Devices","Devices(2)"],[134,0,4,"Types","Devices.Types"],[135,0,2,"DeviceType","Devices.DeviceType"],[136,0,1,,"Devices.TYPE_ALL"],[137,0,1,,"Devices.TYPE_BASESTATION"],[138,0,1,,"Devices.TYPE_INERTIALDEVICE"],[139,0,6,"DeviceList","Devices.DeviceList"],[140,0,4,"Functions","Devices.Functions"],[141,0,3,"listBaseStations","Devices.listBaseStations"],[142,0,3,"listInertialDevices","Devices.listInertialDevices"],[143,0,3,"listPorts","Devices.listPorts"],[144,0,3,"listDevices","Devices.listDevices"],[145,0,3,"matchesDevice","Devices.matchesDevice"],[146,0,3,"matchesDevice","Devices.matchesDevice(2)"],[147,0,3,"getDeviceInfo","Devices.getDeviceInfo"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Communication/Devices-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/Communication/Devices-h-SummaryToolTips.js deleted file mode 100644 index b8c4bd344..000000000 --- a/v66.0.1/MSCL_Docs/files/Communication/Devices-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:Communication/Devices.h",{115:"
DeviceInfo
Contains information on an attached device
",121:"
DeviceInfo()
Creates a DeviceInfo object
",122:"
DeviceInfo(
std::string description,
std::string serial,
uint32 baudRate,
ConnectionType type
)
Creates a DeviceInfo object with the given parameters
",124:"
std::string m_description
The description of the device.
",125:"
std::string m_serial
The serial address that is issued for this device.
",126:"
uint32 m_baudRate
The suspected baud rate of the device.
",127:"
ConnectionType m_connectionType
The ConnectionType of the device.
",129:"
std::string description() const
Gets the description for the device
",130:"
std::string serial() const
Gets the serial address for the device
",131:"
uint32 baudRate() const
Gets the suspected baud rate at which to open a Connection with the device.
",132:"
ConnectionType connectionType() const
Gets the ConnectionType of the device.
",133:"
Devices
Contains helper functions for accessing attached devices
",139:"
Typedef for a map of string COM ports to DeviceInfo objects detailing the information about each device
",141:"
static DeviceList listBaseStations()
Gets a list of all the attached (USB) BaseStations.  Note that this is solely going by listed devices that use our driver, so this may pick up similar devices that are not BaseStations.
",142:"
static DeviceList listInertialDevices()
Gets a list of all the attached (USB) InertialDevices.
",143:"
static DeviceList listPorts()
Gets a simple list of all serial ports and their availability.
",144:"
static DeviceList listDevices(
DeviceType devType
)
Gets a list of attached devices that match the given DeviceType
",145:"
static bool matchesDevice(
const std::string &pnpID,
const std::string &name,
DeviceType devType,
uint32 &baudRate,
DeviceInfo::ConnectionType &type
)
Checks whether a given string found from WMI matches the given device
",146:"
static bool matchesDevice(
const std::string &manufacturer,
const std::string &vendorId,
DeviceType devType,
uint32 &baudRate,
DeviceInfo::ConnectionType &type
)
Checks whether the given information, found from searching files in linux, matches the given device
",147:"
static bool getDeviceInfo(
const std::string &devicePath,
std::string &serial,
std::string &manufacturer,
std::string &vendorId
)
Gets information about the attached device
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Communication/Devices-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/Communication/Devices-h-ToolTips.js deleted file mode 100644 index ca672ead2..000000000 --- a/v66.0.1/MSCL_Docs/files/Communication/Devices-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({115:"
DeviceInfo
Contains information on an attached device
",139:"
Typedef for a map of string COM ports to DeviceInfo objects detailing the information about each device
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Communication/Devices-h.html b/v66.0.1/MSCL_Docs/files/Communication/Devices-h.html deleted file mode 100644 index c7fbbf582..000000000 --- a/v66.0.1/MSCL_Docs/files/Communication/Devices-h.html +++ /dev/null @@ -1,168 +0,0 @@ - - -Devices.h - - - - - - - -
-
Devices
-
- -
-
DeviceInfo
-
DeviceInfo
-

Contains information on an attached device

-
- -
-
Types
-
- -
-
ConnectionType
-
connectionType_serial

0 - Serial connection (or usb-to-serial)

connectionType_tcp

1 - TCP/IP connection

-
- -
-
Functions
-
- -
-
DeviceInfo
-
DeviceInfo()
-

Creates a DeviceInfo object

-
- -
-
DeviceInfo
-
DeviceInfo(
std::string description,
std::string serial,
uint32 baudRate,
ConnectionType type
)
-

Creates a DeviceInfo object with the given parameters

Parameters
description
std::string

The description of the device

serial
std::string

The serial address that is issued for this device

baudRate
uint32

The suspected baud rate of the device

type
ConnectionType

The ConnectionType of the device

-
- -
-
Variables
-
- -
-
m_description
-
std::string m_description
-

The description of the device.

-
- -
-
m_serial
-
std::string m_serial
-

The serial address that is issued for this device.

-
- -
-
m_baudRate
-
uint32 m_baudRate
-

The suspected baud rate of the device.

-
- -
-
m_connectionType
-
ConnectionType m_connectionType
-

The ConnectionType of the device.

-
- -
-
Functions
-
- -
-
description
-
std::string description() const
-

Gets the description for the device

Returns

The description of the device

-
- -
-
serial
-
std::string serial() const
-

Gets the serial address for the device

Returns

The serial number of the device

-
- -
-
baudRate
-
uint32 baudRate() const
-

Gets the suspected baud rate at which to open a Connection with the device.

Returns

The suspected baud rate to open the connection with the device.  This is not gauranteed to be correct as it is basing this value on the driver info available, which doesn't always have uniquely identifiable information.

-
- -
-
connectionType
-
ConnectionType connectionType() const
-

Gets the ConnectionType of the device.

Returns

The ConnectionType of the device.

-
- -
-
Devices
-
Devices
-

Contains helper functions for accessing attached devices

-
- -
-
Types
-
- -
-
DeviceType
-
TYPE_ALL

0 - All Devices

TYPE_BASESTATION

1 - Device of a BaseStation type

TYPE_INERTIALDEVICE

2 - Device of an InertialDevice type

-
- -
-
DeviceList
-

Typedef for a map of string COM ports to DeviceInfo objects detailing the information about each device

-
- -
-
Functions
-
- -
-
listBaseStations
-
static DeviceList listBaseStations()
-

Gets a list of all the attached (USB) BaseStations.  Note that this is solely going by listed devices that use our driver, so this may pick up similar devices that are not BaseStations.

Returns

A DeviceList representing the COM ports that were found that match MicroStrain BaseStations.  If none were found, the list will be empty.

-
- -
-
listInertialDevices
-
static DeviceList listInertialDevices()
-

Gets a list of all the attached (USB) InertialDevices.

Returns

A DeviceList representing the COM ports that were found that match MicroStrain InertialDevices.  If none were found, the list will be empty.

-
- -
-
listPorts
-
static DeviceList listPorts()
-

Gets a simple list of all serial ports and their availability.

Returns

A DeviceList representing the ports that were found and their availability.  If none were found, the list will be empty.

-
- -
-
listDevices
-
static DeviceList listDevices(
DeviceType devType
)
-

Gets a list of attached devices that match the given DeviceType

Parameters
devType
DeviceType

The type of device to list

-
- -
-
matchesDevice
-
static bool matchesDevice(
const std::string &pnpID,
const std::string &name,
DeviceType devType,
uint32 &baudRate,
DeviceInfo::ConnectionType &type
)
-

Checks whether a given string found from WMI matches the given device

Parameters
pnpID
const std::string&

The WMI PNPDeviceID to match

name
const std::string&

The WMI Name to match

devType
DeviceType

The DeviceType to check for

baudRate
uint32&

Resulting suspected baud rate based on the device information

type
DeviceInfo::ConnectionType&

Resulting DeviceInfo::ConnectionType of the device

Returns

true if the string matches the given DeviceType, false otherwise

-
- -
-
matchesDevice
-
static bool matchesDevice(
const std::string &manufacturer,
const std::string &vendorId,
DeviceType devType,
uint32 &baudRate,
DeviceInfo::ConnectionType &type
)
-

Checks whether the given information, found from searching files in linux, matches the given device

Parameters
manufacturer
const std::string&

The manufacturer of the device

vendorId
const std::string&

The vendor id of the device

devType
DeviceType

The DeviceType to check for

baudRate
uint32&

Resulting suspected baud rate based on the device information

type
DeviceInfo::ConnectionType&

Resulting DeviceInfo::ConnectionType of the device

Returns

true if the string matches the given DeviceType, false otherwise

-
- -
-
getDeviceInfo
-
static bool getDeviceInfo(
const std::string &devicePath,
std::string &serial,
std::string &manufacturer,
std::string &vendorId
)
-

Gets information about the attached device

Parameters
devicePath
const std::string&

The device path in the directory/form of "/sys/bus/___/devices/___"

serial
std::string&

An output parameter that holds the resulting serial of the device

manufacturer
std::string&

An output parameter that holds the resulting manufacturer of the device

vendorId
std::string&

An output parameter that holds the resulting vendor ID of the device

Returns

true if successfully find the device info, false otherwise

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Communication/MockConnection-h-Summary.js b/v66.0.1/MSCL_Docs/files/Communication/MockConnection-h-Summary.js deleted file mode 100644 index 1fba3ec1a..000000000 --- a/v66.0.1/MSCL_Docs/files/Communication/MockConnection-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:Communication/MockConnection.h","MockConnection.h");NDSummary.OnSummaryLoaded("File:Communication/MockConnection.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[110,0,0,"MockConnection","MockConnection"],[111,0,2,"Functions","MockConnection.Functions"],[112,0,1,"MockConnection","MockConnection.MockConnection"],[113,0,1,"~MockConnection","MockConnection.~MockConnection"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Communication/MockConnection-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/Communication/MockConnection-h-SummaryToolTips.js deleted file mode 100644 index 759cf37f8..000000000 --- a/v66.0.1/MSCL_Docs/files/Communication/MockConnection-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:Communication/MockConnection.h",{110:"
MockConnection
A Connection_Impl_Base derived class for creating a Mock connection.
",112:"
MockConnection()
Initializes the MockConnection object.
",113:"
virtual ~MockConnection()
Destroys the MockConnection object
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Communication/MockConnection-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/Communication/MockConnection-h-ToolTips.js deleted file mode 100644 index 65bc6a00b..000000000 --- a/v66.0.1/MSCL_Docs/files/Communication/MockConnection-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({162:"
Connection_Impl_Base
An Abstract Base Class for various connection types.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Communication/MockConnection-h.html b/v66.0.1/MSCL_Docs/files/Communication/MockConnection-h.html deleted file mode 100644 index 968363f16..000000000 --- a/v66.0.1/MSCL_Docs/files/Communication/MockConnection-h.html +++ /dev/null @@ -1,33 +0,0 @@ - - -MockConnection.h - - - - - - - -
-
MockConnection
-
MockConnection
-

A Connection_Impl_Base derived class for creating a Mock connection.

-
- -
-
Functions
-
- -
-
MockConnection
-
MockConnection()
-

Initializes the MockConnection object.

-
- -
-
~MockConnection
-
virtual ~MockConnection()
-

Destroys the MockConnection object

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Communication/NativeSerialPort_Win32-h-Summary.js b/v66.0.1/MSCL_Docs/files/Communication/NativeSerialPort_Win32-h-Summary.js deleted file mode 100644 index e71cddaa3..000000000 --- a/v66.0.1/MSCL_Docs/files/Communication/NativeSerialPort_Win32-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:Communication/NativeSerialPort_Win32.h","NativeSerialPort_Win32.h");NDSummary.OnSummaryLoaded("File:Communication/NativeSerialPort_Win32.h",[["C/C++","C"]],[["Functions","Function"],["Groups","Group"],["Sections","Section"]],[[107,0,2,"NativeSerialPort_Win32","NativeSerialPort_Win32"],[108,0,1,"Functions","Functions"],[109,0,0,"getNativeSerialPort","getNativeSerialPort"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Communication/NativeSerialPort_Win32-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/Communication/NativeSerialPort_Win32-h-SummaryToolTips.js deleted file mode 100644 index cabcd39c5..000000000 --- a/v66.0.1/MSCL_Docs/files/Communication/NativeSerialPort_Win32-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:Communication/NativeSerialPort_Win32.h",{109:"
boost::asio::serial_port::native_handle_type getNativeSerialPort(
const std::string &portName
)
opens a connection to the specified port, sets the correct Byte Size, and gets the handle to it
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Communication/NativeSerialPort_Win32-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/Communication/NativeSerialPort_Win32-h-ToolTips.js deleted file mode 100644 index dfa3f1065..000000000 --- a/v66.0.1/MSCL_Docs/files/Communication/NativeSerialPort_Win32-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({10479:"
Error_Connection
The generic connection exception.
",10488:"
Error_InvalidSerialPort
There was an error with the specified COM Port.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Communication/NativeSerialPort_Win32-h.html b/v66.0.1/MSCL_Docs/files/Communication/NativeSerialPort_Win32-h.html deleted file mode 100644 index b5212dbcd..000000000 --- a/v66.0.1/MSCL_Docs/files/Communication/NativeSerialPort_Win32-h.html +++ /dev/null @@ -1,25 +0,0 @@ - - -NativeSerialPort_Win32.h - - - - - - - -
-
NativeSerialPort_Win32
-
- -
-
Functions
-
- -
-
getNativeSerialPort
-
boost::asio::serial_port::native_handle_type getNativeSerialPort(
const std::string &portName
)
-

opens a connection to the specified port, sets the correct Byte Size, and gets the handle to it

Parameters
portName
const std::string&

the name of the port to be opened ("COM26")

Returns

The handle to the port as a boost::asio::serial_port::native_handle_type

Exceptions
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Communication/NativeSerialPort_linux-h-Summary.js b/v66.0.1/MSCL_Docs/files/Communication/NativeSerialPort_linux-h-Summary.js deleted file mode 100644 index 80a7966db..000000000 --- a/v66.0.1/MSCL_Docs/files/Communication/NativeSerialPort_linux-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:Communication/NativeSerialPort_linux.h","NativeSerialPort_linux.h");NDSummary.OnSummaryLoaded("File:Communication/NativeSerialPort_linux.h",[["C/C++","C"]],[["Functions","Function"],["Groups","Group"],["Sections","Section"]],[[104,0,2,"NativeSerialPort_linux","NativeSerialPort_linux"],[105,0,1,"Functions","Functions"],[106,0,0,"getNativeSerialPort","getNativeSerialPort"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Communication/NativeSerialPort_linux-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/Communication/NativeSerialPort_linux-h-SummaryToolTips.js deleted file mode 100644 index f795a5ab5..000000000 --- a/v66.0.1/MSCL_Docs/files/Communication/NativeSerialPort_linux-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:Communication/NativeSerialPort_linux.h",{106:"
std::string getNativeSerialPort(
const std::string &portName
)
Just returns the string passed in (no special case needed for Linux, but necessary for Windows)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Communication/NativeSerialPort_linux-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/Communication/NativeSerialPort_linux-h-ToolTips.js deleted file mode 100644 index 59992a148..000000000 --- a/v66.0.1/MSCL_Docs/files/Communication/NativeSerialPort_linux-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Communication/NativeSerialPort_linux-h.html b/v66.0.1/MSCL_Docs/files/Communication/NativeSerialPort_linux-h.html deleted file mode 100644 index cb6ec90fd..000000000 --- a/v66.0.1/MSCL_Docs/files/Communication/NativeSerialPort_linux-h.html +++ /dev/null @@ -1,25 +0,0 @@ - - -NativeSerialPort_linux.h - - - - - - - -
-
NativeSerialPort_linux
-
- -
-
Functions
-
- -
-
getNativeSerialPort
-
std::string getNativeSerialPort(
const std::string &portName
)
-

Just returns the string passed in (no special case needed for Linux, but necessary for Windows)

Parameters
portName
const std::string&

the name of the port to be opened ("/dev/ttyUSB0")

Returns

The port name string passed in

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Communication/RawBytePacket-h-Summary.js b/v66.0.1/MSCL_Docs/files/Communication/RawBytePacket-h-Summary.js deleted file mode 100644 index 6b39a6b07..000000000 --- a/v66.0.1/MSCL_Docs/files/Communication/RawBytePacket-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:Communication/RawBytePacket.h","RawBytePacket.h");NDSummary.OnSummaryLoaded("File:Communication/RawBytePacket.h",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Enums","Enumeration"],["Functions","Function"],["Groups","Group"],["Types","Type"],["Variables","Variable"]],[[80,0,0,"RawBytePacket","RawBytePacket"],[81,0,4,"Types","RawBytePacket.Types"],[82,0,2,"MIP Packet Bytes","RawBytePacket.MIP_Packet_Bytes"],[83,0,1,,"RawBytePacket.INVALID_PACKET"],[84,0,1,,"RawBytePacket.DATA_PACKET"],[85,0,1,,"RawBytePacket.COMMAND_PACKET"],[86,0,1,,"RawBytePacket.NO_PACKET_FOUND"],[87,0,2,"MIP Packet Information","RawBytePacket.MIP_Packet_Information"],[88,0,1,,"RawBytePacket.FROM_READ"],[89,0,1,,"RawBytePacket.FROM_SEND"],[90,0,5,"Payload","RawBytePacket.Payload"],[91,0,4,"Variables","RawBytePacket.Variables"],[92,0,6,"m_packetType","RawBytePacket.m_packetType"],[93,0,6,"m_packetType","RawBytePacket.m_packetType(2)"],[94,0,6,"m_payload","RawBytePacket.m_payload"],[95,0,4,"Functions","RawBytePacket.Functions"],[96,0,3,"payload","RawBytePacket.payload"],[97,0,3,"type","RawBytePacket.type"],[98,0,3,"source","RawBytePacket.source"],[99,0,3,"type","RawBytePacket.type(2)"],[100,0,3,"source","RawBytePacket.source(2)"],[101,0,3,"payload","RawBytePacket.payload(2)"],[102,0,4,"Types","RawBytePacket.Types(2)"],[103,0,5,"RawBytePackets","RawBytePacket.RawBytePackets"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Communication/RawBytePacket-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/Communication/RawBytePacket-h-SummaryToolTips.js deleted file mode 100644 index 03fa828f6..000000000 --- a/v66.0.1/MSCL_Docs/files/Communication/RawBytePacket-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:Communication/RawBytePacket.h",{80:"
RawBytePacket
A class that contains packet information about an Inertial packet
",90:"
typedef for the bytes that make up a payload in a packet
",92:"
PacketType m_packetType
The packet type of the RawBytePacket
",93:"
The source of the RawBytePacket
",94:"
Payload m_payload
The payload bytes in the packet
",96:"
void payload(
const Bytes &bytes
)
Sets the payload bytes of the packet
",97:"
void type(
PacketType type
)
Sets the PacketType of the RawBytePacket
",98:"
void source(
PacketSource source
)
Sets the PacketSource of the RawBytePacket
",99:"
PacketType type() const
Gets the PacketType of the packet
",100:"
PacketSource source() const
Gets the PacketSource of the packet
",101:"
const std::vector<uint8> payload() const
Gets the payload bytes of the packet
",103:"
Typedef for a vector of RawBytePacket objects.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Communication/RawBytePacket-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/Communication/RawBytePacket-h-ToolTips.js deleted file mode 100644 index c4042996d..000000000 --- a/v66.0.1/MSCL_Docs/files/Communication/RawBytePacket-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({80:"
RawBytePacket
A class that contains packet information about an Inertial packet
",90:"
typedef for the bytes that make up a payload in a packet
",10253:"
typedef for a vector of bytes.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Communication/RawBytePacket-h.html b/v66.0.1/MSCL_Docs/files/Communication/RawBytePacket-h.html deleted file mode 100644 index d94ca65c3..000000000 --- a/v66.0.1/MSCL_Docs/files/Communication/RawBytePacket-h.html +++ /dev/null @@ -1,106 +0,0 @@ - - -RawBytePacket.h - - - - - - - -
-
RawBytePacket
-
RawBytePacket
-

A class that contains packet information about an Inertial packet

-
- -
-
Types
-
- -
-
MIP Packet Bytes
-
INVALID_PACKET

Start of packet found, but packet was invalid

DATA_PACKET

Complete data packet

COMMAND_PACKET

Complete command or command response packet

NO_PACKET_FOUND

No packet was found in these bytes

-
- -
-
MIP Packet Information
-
FROM_READ

The packet was read from the device

FROM_SEND

The packet was sent to the device

-
- -
-
Payload
-

typedef for the bytes that make up a payload in a packet

-
- -
-
Variables
-
- -
-
m_packetType
-
PacketType m_packetType
-

The packet type of the RawBytePacket

-
- -
-
m_packetType
-

The source of the RawBytePacket

-
- -
-
m_payload
-
Payload m_payload
-

The payload bytes in the packet

-
- -
-
Functions
-
- -
-
payload
-
void payload(
const Bytes &bytes
)
-

Sets the payload bytes of the packet

Parameters
bytes
const Bytes&

The payload of the packet, as a vector of bytes

-
- -
-
type
-
void type(
PacketType type
)
-

Sets the PacketType of the RawBytePacket

Parameters
set

The PacketType value to set

-
- -
-
source
-
void source(
PacketSource source
)
-

Sets the PacketSource of the RawBytePacket

Parameters
set

The PacketSource value to set

-
- -
-
type
-
PacketType type() const
-

Gets the PacketType of the packet

Returns

PacketType of the packet

-
- -
-
source
-
PacketSource source() const
-

Gets the PacketSource of the packet

Returns

PacketSource of the packet

-
- -
-
payload
-
const std::vector<uint8> payload() const
-

Gets the payload bytes of the packet

Returns

The payload of the packet, as a vector of bytes

-
- -
-
Types
-
- -
-
RawBytePackets
-

Typedef for a vector of RawBytePacket objects.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Communication/RawBytePacketCollector-h-Summary.js b/v66.0.1/MSCL_Docs/files/Communication/RawBytePacketCollector-h-Summary.js deleted file mode 100644 index 0127e7a7b..000000000 --- a/v66.0.1/MSCL_Docs/files/Communication/RawBytePacketCollector-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:Communication/RawBytePacketCollector.h","RawBytePacketCollector.h");NDSummary.OnSummaryLoaded("File:Communication/RawBytePacketCollector.h",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"],["Types","Type"],["Variables","Variable"]],[[62,0,0,"RawBytePacketCollector","RawBytePacketCollector"],[63,0,3,"Functions","RawBytePacketCollector.Functions"],[64,0,2,"RawBytePacketCollector","RawBytePacketCollector.RawBytePacketCollector"],[65,0,2,"RawBytePacketCollector","RawBytePacketCollector.RawBytePacketCollector(2)"],[66,0,3,"Types","RawBytePacketCollector.Types"],[67,0,4,"circular_data_buffer","RawBytePacketCollector.circular_data_buffer"],[68,0,3,"Constants","RawBytePacketCollector.Constants"],[69,0,1,"MAX_DATA_BUFFER_SIZE = 1024 * 100","RawBytePacketCollector.MAX_DATA_BUFFER_SIZE=1024*100"],[70,0,3,"Variables","RawBytePacketCollector.Variables"],[71,0,5,"m_rawBytePackets","RawBytePacketCollector.m_rawBytePackets"],[72,0,5,"m_packetMutex","RawBytePacketCollector.m_packetMutex"],[73,0,5,"m_emptyBufferCondition","RawBytePacketCollector.m_emptyBufferCondition"],[74,0,5,"m_notifyDataAddedFn","RawBytePacketCollector.m_notifyDataAddedFn"],[75,0,3,"Functions","RawBytePacketCollector.Functions(2)"],[76,0,2,"requestRawBytePacketAddedNotification","RawBytePacketCollector.requestRawBytePacketAddedNotification"],[77,0,2,"addRawBytePacket","RawBytePacketCollector.addRawBytePacket"],[78,0,2,"getRawBytePackets","RawBytePacketCollector.getRawBytePackets"],[79,0,2,"totalPackets","RawBytePacketCollector.totalPackets"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Communication/RawBytePacketCollector-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/Communication/RawBytePacketCollector-h-SummaryToolTips.js deleted file mode 100644 index 0a44ee3c2..000000000 --- a/v66.0.1/MSCL_Docs/files/Communication/RawBytePacketCollector-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:Communication/RawBytePacketCollector.h",{62:"
RawBytePacketCollector
Class that sets/matches expected responses, and stores all the Inertial packets
",64:"
RawBytePacketCollector()
The default constructor for the RawBytePacketCollector
",65:"
~RawBytePacketCollector()
The destructor for the RawBytePacketCollector
",67:"
Typedef for a circular buffer of a MipDataPacket
",69:"
The maximum number of raw byte packets that can be stored in the circular buffer
",71:"
circular_data_buffer m_rawBytePackets
A circular buffer that holds RawBytePackets
",72:"
std::mutex m_packetMutex
A mutex used for thread safety when accessing/modifying the m_rawBytePackets buffer
",73:"
std::condition_variable m_emptyBufferCondition
Allows the write to buffer thread to tell the reading thread when data is available
",74:"
std::function<void()> m_notifyDataAddedFn
The function to call when raw byte packets are added.
",76:"
void requestRawBytePacketAddedNotification(
std::function<void()> fnToCall
)
Register a function to call when raw byte packets arrive
",77:"
void addRawBytePacket(
const RawBytePacket &packet
)
Adds a raw byte packet to the raw byte packets circular buffer
",78:"
void getRawBytePackets(
RawBytePackets &packets,
uint32 timeout = 0,
uint32 maxPackets = 0
)
Gets up to the requested amount of raw byte packets that have been collected.
",79:"
uint32 totalPackets()
Gets the total number of raw byte packets that are currently in the buffer.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Communication/RawBytePacketCollector-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/Communication/RawBytePacketCollector-h-ToolTips.js deleted file mode 100644 index e98e69f22..000000000 --- a/v66.0.1/MSCL_Docs/files/Communication/RawBytePacketCollector-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({67:"
Typedef for a circular buffer of a MipDataPacket
",80:"
RawBytePacket
A class that contains packet information about an Inertial packet
",3026:"
MipPacket
A class that contains packet information about an Inertial packet
",3095:"
MipDataPacket
A Mip Data Packet that contains both valid and invalid data from a MIP Device.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Communication/RawBytePacketCollector-h.html b/v66.0.1/MSCL_Docs/files/Communication/RawBytePacketCollector-h.html deleted file mode 100644 index 2da941174..000000000 --- a/v66.0.1/MSCL_Docs/files/Communication/RawBytePacketCollector-h.html +++ /dev/null @@ -1,107 +0,0 @@ - - -RawBytePacketCollector.h - - - - - - - -
-
RawBytePacketCollector
-
RawBytePacketCollector
-

Class that sets/matches expected responses, and stores all the Inertial packets

-
- -
-
Functions
-
- -
-
RawBytePacketCollector
-
RawBytePacketCollector()
-

The default constructor for the RawBytePacketCollector

-
- -
-
RawBytePacketCollector
-
~RawBytePacketCollector()
-

The destructor for the RawBytePacketCollector

-
- -
-
Types
-
- -
-
circular_data_buffer
-

Typedef for a circular buffer of a MipDataPacket

-
- -
-
Constants
-
- -
-
MAX_DATA_BUFFER_SIZE = 1024 * 100
-

The maximum number of raw byte packets that can be stored in the circular buffer

-
- -
-
Variables
-
- -
-
m_rawBytePackets
-
circular_data_buffer m_rawBytePackets
-

A circular buffer that holds RawBytePackets

-
- -
-
m_packetMutex
-
std::mutex m_packetMutex
-

A mutex used for thread safety when accessing/modifying the m_rawBytePackets buffer

-
- -
-
m_emptyBufferCondition
-
std::condition_variable m_emptyBufferCondition
-

Allows the write to buffer thread to tell the reading thread when data is available

-
- -
-
m_notifyDataAddedFn
-
std::function<void()> m_notifyDataAddedFn
-

The function to call when raw byte packets are added.

-
- -
-
Functions
-
- -
-
requestRawBytePacketAddedNotification
-
void requestRawBytePacketAddedNotification(
std::function<void()> fnToCall
)
-

Register a function to call when raw byte packets arrive

-
- -
-
addRawBytePacket
-
void addRawBytePacket(
const RawBytePacket &packet
)
-

Adds a raw byte packet to the raw byte packets circular buffer

Parameters
packet
const RawBytePacket&

The MipPacket to be added to the buffer

-
- -
-
getRawBytePackets
-
void getRawBytePackets(
RawBytePackets &packets,
uint32 timeout = 0,
uint32 maxPackets = 0
)
-

Gets up to the requested amount of raw byte packets that have been collected.

Parameters
packets
RawBytePackets&

A vector of RawBytePackets to hold the result.

maxPackets
uint32

The maximum number of packets to return. If this is 0 (default), all sweeps will be returned.

-
- -
-
totalPackets
-
uint32 totalPackets()
-

Gets the total number of raw byte packets that are currently in the buffer.

Returns

The total number of raw byte packets that are currently in the buffer.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Communication/SerialConnection-h-Summary.js b/v66.0.1/MSCL_Docs/files/Communication/SerialConnection-h-Summary.js deleted file mode 100644 index bfedcb571..000000000 --- a/v66.0.1/MSCL_Docs/files/Communication/SerialConnection-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:Communication/SerialConnection.h","SerialConnection.h");NDSummary.OnSummaryLoaded("File:Communication/SerialConnection.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[338,0,0,"SerialConnection","SerialConnection"],[339,0,2,"Functions","SerialConnection.Functions"],[340,0,1,"SerialConnection","SerialConnection.SerialConnection"],[341,0,1,"~SerialConnection","SerialConnection.~SerialConnection"],[342,0,2,"Variables","SerialConnection.Variables"],[343,0,3,"m_port","SerialConnection.m_port"],[344,0,3,"m_baudRate","SerialConnection.m_baudRate"],[345,0,2,"Functions","SerialConnection.Functions(2)"],[346,0,1,"description","SerialConnection.description"],[347,0,1,"port","SerialConnection.port"],[348,0,1,"updateBaudRate","SerialConnection.updateBaudRate"],[349,0,1,"establishConnection","SerialConnection.establishConnection"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Communication/SerialConnection-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/Communication/SerialConnection-h-SummaryToolTips.js deleted file mode 100644 index 8fb7c95ab..000000000 --- a/v66.0.1/MSCL_Docs/files/Communication/SerialConnection-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:Communication/SerialConnection.h",{338:"
SerialConnection
A Connection_Impl derived class that represents a serial connection.
",340:"
explicit SerialConnection(
const std::string &port,
uint32 baudRate
)
Initializes the SerialConnection object.
",341:"
virtual ~SerialConnection()
Destroys the SerialConnection object
",343:"
std::string m_port
The string name of the port (ex. "COM26")
",344:"
uint32 m_baudRate
The baud rate of the connection
",346:"
virtual std::string description()
Gets a description of the connection as a string
",347:"
std::string port() const override
Gets a name of the connection port
",348:"
void updateBaudRate(
uint32 baudRate
) override
Updates the serial connection baud rate.  Important: The connection to the port will be closed and re-opened at the new baud rate.
",349:"
virtual void establishConnection()
Initializes and opens the current connection
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Communication/SerialConnection-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/Communication/SerialConnection-h-ToolTips.js deleted file mode 100644 index 5629afa09..000000000 --- a/v66.0.1/MSCL_Docs/files/Communication/SerialConnection-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({184:"
template <typename Comm_Object>
Connection_Impl
An Abstract Base Class for various connection types.  This class uses a template for the Comm Object and contains default functionality for connection types.
",10479:"
Error_Connection
The generic connection exception.
",10488:"
Error_InvalidSerialPort
There was an error with the specified COM Port.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Communication/SerialConnection-h.html b/v66.0.1/MSCL_Docs/files/Communication/SerialConnection-h.html deleted file mode 100644 index faa58de02..000000000 --- a/v66.0.1/MSCL_Docs/files/Communication/SerialConnection-h.html +++ /dev/null @@ -1,77 +0,0 @@ - - -SerialConnection.h - - - - - - - -
-
SerialConnection
-
SerialConnection
-

A Connection_Impl derived class that represents a serial connection.

-
- -
-
Functions
-
- -
-
SerialConnection
-
explicit SerialConnection(
const std::string &port,
uint32 baudRate
)
-

Initializes the SerialConnection object.

Parameters
port
const std::string&

The actual string name of the COM port (ex. "COM26")

baudRate
uint32

The baud rate at which to open the COM port.

Exceptions
-
- -
-
~SerialConnection
-
virtual ~SerialConnection()
-

Destroys the SerialConnection object

-
- -
-
Variables
-
- -
-
m_port
-
std::string m_port
-

The string name of the port (ex. "COM26")

-
- -
-
m_baudRate
-
uint32 m_baudRate
-

The baud rate of the connection

-
- -
-
Functions
-
- -
-
description
-
virtual std::string description()
-

Gets a description of the connection as a string

Returns

A description of the connection

-
- -
-
port
-
std::string port() const override
-

Gets a name of the connection port

Returns

The port name of the connection

-
- -
-
updateBaudRate
-
void updateBaudRate(
uint32 baudRate
) override
-

Updates the serial connection baud rate.  Important: The connection to the port will be closed and re-opened at the new baud rate.

Parameters
baudRate
uint32

the baud rate at which to reestablish the connection

Exceptions

  • Error_Connection: a connection error has occurred, such as the device being unplugged.

-
- -
-
establishConnection
-
virtual void establishConnection()
-

Initializes and opens the current connection

Exceptions
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Communication/TcpIpConnection-h-Summary.js b/v66.0.1/MSCL_Docs/files/Communication/TcpIpConnection-h-Summary.js deleted file mode 100644 index 583667414..000000000 --- a/v66.0.1/MSCL_Docs/files/Communication/TcpIpConnection-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:Communication/TcpIpConnection.h","TcpIpConnection.h");NDSummary.OnSummaryLoaded("File:Communication/TcpIpConnection.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[52,0,0,"TcpIpConnection","TcpIpConnection"],[53,0,2,"Functions","TcpIpConnection.Functions"],[54,0,1,"description","TcpIpConnection.description"],[55,0,1,"port","TcpIpConnection.port"],[56,0,1,"TcpIpConnection","TcpIpConnection.TcpIpConnection"],[57,0,1,"establishConnection","TcpIpConnection.establishConnection"],[58,0,2,"Variables","TcpIpConnection.Variables"],[59,0,3,"m_path","TcpIpConnection.m_path"],[60,0,3,"m_serverPort","TcpIpConnection.m_serverPort"],[61,0,3,"m_interfaceAddress","TcpIpConnection.m_interfaceAddress"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Communication/TcpIpConnection-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/Communication/TcpIpConnection-h-SummaryToolTips.js deleted file mode 100644 index ce5bd3e01..000000000 --- a/v66.0.1/MSCL_Docs/files/Communication/TcpIpConnection-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:Communication/TcpIpConnection.h",{52:"
TcpIpConnection
A Connection_Impl derived class that represents a tcp/ip connection.
",54:"
virtual std::string description()
Gets a description of the connection.
",55:"
std::string port() const override
Gets a name of the connection port.
",56:"
TcpIpConnection(
const std::string &serverAddress,
uint16 serverPort,
const std::string &interfaceAddress = ""
)
Creates a TcpIpConnection object.
",57:"
virtual void establishConnection()
Initializes and opens the current connection.
",59:"
The server address (url or ip address).
",60:"
uint16 m_serverPort
The server port for the connection.
",61:"
std::string m_interfaceAddress
The optional interface to use for the TCP connection.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Communication/TcpIpConnection-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/Communication/TcpIpConnection-h-ToolTips.js deleted file mode 100644 index 6b7c9d26d..000000000 --- a/v66.0.1/MSCL_Docs/files/Communication/TcpIpConnection-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({184:"
template <typename Comm_Object>
Connection_Impl
An Abstract Base Class for various connection types.  This class uses a template for the Comm Object and contains default functionality for connection types.
",10491:"
Error_InvalidTcpServer
There was an error with the specified TCP/IP Server.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Communication/TcpIpConnection-h.html b/v66.0.1/MSCL_Docs/files/Communication/TcpIpConnection-h.html deleted file mode 100644 index 50d7f010e..000000000 --- a/v66.0.1/MSCL_Docs/files/Communication/TcpIpConnection-h.html +++ /dev/null @@ -1,66 +0,0 @@ - - -TcpIpConnection.h - - - - - - - -
-
TcpIpConnection
-
TcpIpConnection
-

A Connection_Impl derived class that represents a tcp/ip connection.

-
- -
-
Functions
-
- -
-
description
-
virtual std::string description()
-

Gets a description of the connection.

Returns

A description of the connection, in the form "TCP/IP, serverAddress:serverPort".

-
- -
-
port
-
std::string port() const override
-

Gets a name of the connection port.

Returns

The port name of the connection.

-
- -
-
TcpIpConnection
-
TcpIpConnection(
const std::string &serverAddress,
uint16 serverPort,
const std::string &interfaceAddress = ""
)
-

Creates a TcpIpConnection object.

Parameters
serverAddress
const std::string&

The server address (domain name or ip address) to connect to.

serverPort
uint16

The server port to connect to.

interfaceAddress
const std::string&

The address of the specific ethernet adapter to use for the connection (optional).

-
- -
-
establishConnection
-
virtual void establishConnection()
-

Initializes and opens the current connection.

Exceptions
-
- -
-
Variables
-
- -
-
m_path
-

The server address (url or ip address).

-
- -
-
m_serverPort
-
uint16 m_serverPort
-

The server port for the connection.

-
- -
-
m_interfaceAddress
-
std::string m_interfaceAddress
-

The optional interface to use for the TCP connection.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Communication/UnixSocketConnection-h-Summary.js b/v66.0.1/MSCL_Docs/files/Communication/UnixSocketConnection-h-Summary.js deleted file mode 100644 index 70fb9f500..000000000 --- a/v66.0.1/MSCL_Docs/files/Communication/UnixSocketConnection-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:Communication/UnixSocketConnection.h","UnixSocketConnection.h");NDSummary.OnSummaryLoaded("File:Communication/UnixSocketConnection.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[46,0,0,"UnixSocketConnection","UnixSocketConnection"],[47,0,2,"Functions","UnixSocketConnection.Functions"],[48,0,1,"description","UnixSocketConnection.description"],[49,0,1,"establishConnection","UnixSocketConnection.establishConnection"],[50,0,2,"Variables","UnixSocketConnection.Variables"],[51,0,3,"m_path","UnixSocketConnection.m_path"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Communication/UnixSocketConnection-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/Communication/UnixSocketConnection-h-SummaryToolTips.js deleted file mode 100644 index b46e81902..000000000 --- a/v66.0.1/MSCL_Docs/files/Communication/UnixSocketConnection-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:Communication/UnixSocketConnection.h",{46:"
UnixSocketConnection
A Connection_Impl derived class that represents a unix socket connection.
",48:"
std::string description()
Gets a description of the connection.
",49:"
void establishConnection()
Initializes and opens the current connection
",51:"
std::string m_path
The path to the Unix Socket
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Communication/UnixSocketConnection-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/Communication/UnixSocketConnection-h-ToolTips.js deleted file mode 100644 index c5d80a4e4..000000000 --- a/v66.0.1/MSCL_Docs/files/Communication/UnixSocketConnection-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({184:"
template <typename Comm_Object>
Connection_Impl
An Abstract Base Class for various connection types.  This class uses a template for the Comm Object and contains default functionality for connection types.
",10494:"
Error_InvalidUnixSocket
There was an error with the specified Unix Socket.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Communication/UnixSocketConnection-h.html b/v66.0.1/MSCL_Docs/files/Communication/UnixSocketConnection-h.html deleted file mode 100644 index 450d1aee6..000000000 --- a/v66.0.1/MSCL_Docs/files/Communication/UnixSocketConnection-h.html +++ /dev/null @@ -1,43 +0,0 @@ - - -UnixSocketConnection.h - - - - - - - -
-
UnixSocketConnection
-
UnixSocketConnection
-

A Connection_Impl derived class that represents a unix socket connection.

-
- -
-
Functions
-
- -
-
description
-
std::string description()
-

Gets a description of the connection.

Returns

A description of the connection, in the form "UnixSocket, path".

-
- -
-
establishConnection
-
void establishConnection()
-

Initializes and opens the current connection

Exceptions
-
- -
-
Variables
-
- -
-
m_path
-
std::string m_path
-

The path to the Unix Socket

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Communication/UpnpDeviceFinderCallback-h-Summary.js b/v66.0.1/MSCL_Docs/files/Communication/UpnpDeviceFinderCallback-h-Summary.js deleted file mode 100644 index 1261514ec..000000000 --- a/v66.0.1/MSCL_Docs/files/Communication/UpnpDeviceFinderCallback-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:Communication/UpnpDeviceFinderCallback.h","UpnpDeviceFinderCallback.h");NDSummary.OnSummaryLoaded("File:Communication/UpnpDeviceFinderCallback.h",[["C/C++","C"]],[["Structs","Struct"]],[[1,0,0,"UpnpDevice","UpnpDevice"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Communication/UpnpDeviceFinderCallback-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/Communication/UpnpDeviceFinderCallback-h-SummaryToolTips.js deleted file mode 100644 index 2b43e4bd3..000000000 --- a/v66.0.1/MSCL_Docs/files/Communication/UpnpDeviceFinderCallback-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:Communication/UpnpDeviceFinderCallback.h",{1:"
Contains information about an added upnp device.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Communication/UpnpDeviceFinderCallback-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/Communication/UpnpDeviceFinderCallback-h-ToolTips.js deleted file mode 100644 index 59992a148..000000000 --- a/v66.0.1/MSCL_Docs/files/Communication/UpnpDeviceFinderCallback-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Communication/UpnpDeviceFinderCallback-h.html b/v66.0.1/MSCL_Docs/files/Communication/UpnpDeviceFinderCallback-h.html deleted file mode 100644 index d3e3f82b9..000000000 --- a/v66.0.1/MSCL_Docs/files/Communication/UpnpDeviceFinderCallback-h.html +++ /dev/null @@ -1,16 +0,0 @@ - - -UpnpDeviceFinderCallback.h - - - - - - - -
-
UpnpDevice
-

Contains information about an added upnp device.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Communication/WebSocketConnection-h-Summary.js b/v66.0.1/MSCL_Docs/files/Communication/WebSocketConnection-h-Summary.js deleted file mode 100644 index fed364ffd..000000000 --- a/v66.0.1/MSCL_Docs/files/Communication/WebSocketConnection-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:Communication/WebSocketConnection.h","WebSocketConnection.h");NDSummary.OnSummaryLoaded("File:Communication/WebSocketConnection.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[10,0,0,"WebSocketConnection","WebSocketConnection"],[11,0,2,"Functions","WebSocketConnection.Functions"],[12,0,1,"description","WebSocketConnection.description"],[13,0,1,"WebSocketConnection","WebSocketConnection.WebSocketConnection"],[14,0,1,"establishConnection","WebSocketConnection.establishConnection"],[15,0,2,"Variables","WebSocketConnection.Variables"],[16,0,3,"m_host","WebSocketConnection.m_host"],[17,0,3,"m_port","WebSocketConnection.m_port"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Communication/WebSocketConnection-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/Communication/WebSocketConnection-h-SummaryToolTips.js deleted file mode 100644 index 5b66c289e..000000000 --- a/v66.0.1/MSCL_Docs/files/Communication/WebSocketConnection-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:Communication/WebSocketConnection.h",{10:"
WebSocketConnection
A Connection_Impl derived class that represents a web socket connection.
",12:"
virtual std::string description()
Gets a description of the connection.
",13:"
WebSocketConnection(
const std::string &host,
uint16 port
)
Creates a WebSocketConnection object.
",14:"
virtual void establishConnection()
Initializes and opens the current connection.
",16:"
std::string m_host
The server host address
",17:"
uint16 m_port
The port for the connection.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Communication/WebSocketConnection-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/Communication/WebSocketConnection-h-ToolTips.js deleted file mode 100644 index 6b7c9d26d..000000000 --- a/v66.0.1/MSCL_Docs/files/Communication/WebSocketConnection-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({184:"
template <typename Comm_Object>
Connection_Impl
An Abstract Base Class for various connection types.  This class uses a template for the Comm Object and contains default functionality for connection types.
",10491:"
Error_InvalidTcpServer
There was an error with the specified TCP/IP Server.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Communication/WebSocketConnection-h.html b/v66.0.1/MSCL_Docs/files/Communication/WebSocketConnection-h.html deleted file mode 100644 index 7bc80c0d5..000000000 --- a/v66.0.1/MSCL_Docs/files/Communication/WebSocketConnection-h.html +++ /dev/null @@ -1,55 +0,0 @@ - - -WebSocketConnection.h - - - - - - - -
-
WebSocketConnection
-
WebSocketConnection
-

A Connection_Impl derived class that represents a web socket connection.

-
- -
-
Functions
-
- -
-
description
-
virtual std::string description()
-

Gets a description of the connection.

Returns

A description of the connection, in the form "WebSocket, serverAddress:serverPort".

-
- -
-
WebSocketConnection
-
WebSocketConnection(
const std::string &host,
uint16 port
)
-

Creates a WebSocketConnection object.

Parameters
host
const std::string&

The host address to connect to.

port
uint16

The port to connect to.

-
- -
-
establishConnection
-
virtual void establishConnection()
-

Initializes and opens the current connection.

Exceptions
-
- -
-
Variables
-
- -
-
m_host
-
std::string m_host
-

The server host address

-
- -
-
m_port
-
uint16 m_port
-

The port for the connection.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Communication/WebSocketSecureConnection-h-Summary.js b/v66.0.1/MSCL_Docs/files/Communication/WebSocketSecureConnection-h-Summary.js deleted file mode 100644 index ca0987497..000000000 --- a/v66.0.1/MSCL_Docs/files/Communication/WebSocketSecureConnection-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:Communication/WebSocketSecureConnection.h","WebSocketSecureConnection.h");NDSummary.OnSummaryLoaded("File:Communication/WebSocketSecureConnection.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[2,0,0,"WebSocketSecureConnection","WebSocketSecureConnection"],[3,0,2,"Functions","WebSocketSecureConnection.Functions"],[4,0,1,"description","WebSocketSecureConnection.description"],[5,0,1,"WebSocketSecureConnection","WebSocketSecureConnection.WebSocketSecureConnection"],[6,0,1,"establishConnection","WebSocketSecureConnection.establishConnection"],[7,0,2,"Variables","WebSocketSecureConnection.Variables"],[8,0,3,"m_host","WebSocketSecureConnection.m_host"],[9,0,3,"m_port","WebSocketSecureConnection.m_port"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Communication/WebSocketSecureConnection-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/Communication/WebSocketSecureConnection-h-SummaryToolTips.js deleted file mode 100644 index fa5edcae4..000000000 --- a/v66.0.1/MSCL_Docs/files/Communication/WebSocketSecureConnection-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:Communication/WebSocketSecureConnection.h",{2:"
WebSocketSecureConnection
A Connection_Impl derived class that represents a secure web socket connection.
",4:"
virtual std::string description()
Gets a description of the connection.
",5:"
WebSocketSecureConnection(
const std::string &host,
uint16 port
)
Creates a WebSocketSecureConnection object.
",6:"
virtual void establishConnection()
Initializes and opens the current connection.
",8:"
std::string m_host
The server host address
",9:"
uint16 m_port
The port for the connection.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Communication/WebSocketSecureConnection-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/Communication/WebSocketSecureConnection-h-ToolTips.js deleted file mode 100644 index 6b7c9d26d..000000000 --- a/v66.0.1/MSCL_Docs/files/Communication/WebSocketSecureConnection-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({184:"
template <typename Comm_Object>
Connection_Impl
An Abstract Base Class for various connection types.  This class uses a template for the Comm Object and contains default functionality for connection types.
",10491:"
Error_InvalidTcpServer
There was an error with the specified TCP/IP Server.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Communication/WebSocketSecureConnection-h.html b/v66.0.1/MSCL_Docs/files/Communication/WebSocketSecureConnection-h.html deleted file mode 100644 index 447de51fe..000000000 --- a/v66.0.1/MSCL_Docs/files/Communication/WebSocketSecureConnection-h.html +++ /dev/null @@ -1,55 +0,0 @@ - - -WebSocketSecureConnection.h - - - - - - - -
-
WebSocketSecureConnection
-
WebSocketSecureConnection
-

A Connection_Impl derived class that represents a secure web socket connection.

-
- -
-
Functions
-
- -
-
description
-
virtual std::string description()
-

Gets a description of the connection.

Returns

A description of the connection, in the form "Secure WebSocket, serverAddress:serverPort".

-
- -
-
WebSocketSecureConnection
-
WebSocketSecureConnection(
const std::string &host,
uint16 port
)
-

Creates a WebSocketSecureConnection object.

Parameters
host
const std::string&

The host address to connect to.

port
uint16

The port to connect to.

-
- -
-
establishConnection
-
virtual void establishConnection()
-

Initializes and opens the current connection.

Exceptions
-
- -
-
Variables
-
- -
-
m_host
-
std::string m_host
-

The server host address

-
- -
-
m_port
-
uint16 m_port
-

The port for the connection.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Communication/WsdaFinder-h-Summary.js b/v66.0.1/MSCL_Docs/files/Communication/WsdaFinder-h-Summary.js deleted file mode 100644 index 8dfd89441..000000000 --- a/v66.0.1/MSCL_Docs/files/Communication/WsdaFinder-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:Communication/WsdaFinder.h","WsdaFinder.h");NDSummary.OnSummaryLoaded("File:Communication/WsdaFinder.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Sections","Section"],["Types","Type"],["Variables","Variable"]],[[18,0,3,"WsdaFinder","WsdaFinder"],[19,0,0,"WsdaInfo","WsdaInfo"],[20,0,2,"Functions","WsdaInfo.Functions"],[21,0,1,"WsdaInfo","WsdaInfo.WsdaInfo"],[22,0,2,"Variables","WsdaInfo.Variables"],[23,0,5,"m_url","WsdaInfo.m_url"],[24,0,5,"m_serial","WsdaInfo.m_serial"],[25,0,2,"Functions","WsdaInfo.Functions(2)"],[26,0,1,"ipAddress","WsdaInfo.ipAddress"],[27,0,1,"port","WsdaInfo.port"],[28,0,1,"name","WsdaInfo.name"],[29,0,0,"WsdaFinder","WsdaFinder(2)"],[30,0,2,"Types","WsdaFinder.Types"],[31,0,4,"WsdaMap","WsdaFinder.WsdaMap"],[32,0,2,"Functions","WsdaFinder.Functions"],[33,0,1,"~WsdaFinder","WsdaFinder.~WsdaFinder"],[34,0,1,"start","WsdaFinder.start"],[35,0,1,"onSearchComplete","WsdaFinder.onSearchComplete"],[36,0,1,"onDeviceAdded","WsdaFinder.onDeviceAdded"],[37,0,2,"Variables","WsdaFinder.Variables"],[38,0,5,"m_upnpService","WsdaFinder.m_upnpService"],[39,0,5,"m_upnpSearchCallback","WsdaFinder.m_upnpSearchCallback"],[40,0,5,"m_foundWsdas","WsdaFinder.m_foundWsdas"],[41,0,5,"m_tempWsdas","WsdaFinder.m_tempWsdas"],[42,0,5,"m_wsdaMapMutex","WsdaFinder.m_wsdaMapMutex"],[43,0,2,"Functions","WsdaFinder.Functions(2)"],[44,0,1,"found","WsdaFinder.found"],[45,0,1,"restart","WsdaFinder.restart"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Communication/WsdaFinder-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/Communication/WsdaFinder-h-SummaryToolTips.js deleted file mode 100644 index 1d27b767c..000000000 --- a/v66.0.1/MSCL_Docs/files/Communication/WsdaFinder-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:Communication/WsdaFinder.h",{19:"
WsdaInfo
Holds info on a discovered WSDA.
",21:"
WsdaInfo(
std::string url,
std::string serial
)
Creates a WsdaInfo object.
",23:"
std::string m_url
The url of the upnp discovery.
",24:"
std::string m_serial
The serial of the upnp discovery.
",26:"
std::string ipAddress() const
Gets the IP Address of the WSDA.
",27:"
uint16 port() const
Gets the port number of the WSDA.
",28:"
std::string name() const
Gets the name of the WSDA.
",29:"
WsdaFinder
Discovers upnp WSDA devices. (WINDOWS ONLY)
",31:"
Typedef for a uuid to WsdaInfo map.
",33:"
~WsdaFinder()
Destroys the WsdaFinder object, stopping the search.
",34:"
void start()
Starts the search thread looking for upnp WSDAs.
",35:"
void onSearchComplete()
Callback function for when the initial search has completed.
",36:"
void onDeviceAdded(
const UpnpDevice &device
)
Callback function for when any upnp device was added/found.
",38:"
std::unique_ptr<UpnpService> m_upnpService
The <UpnpService> that asynchronously searches for upnp devices.
",39:"
std::unique_ptr<UpnpDeviceFinderCallback> m_upnpSearchCallback
The <UpnpDeviceFinderCallback> that handles all the upnp callbacks.
",40:"
WsdaMap m_foundWsdas
The WsdaMap containing the list of WSDAs that were found.
",41:"
WsdaMap m_tempWsdas
A temporary map that gets cleared on every new search to aid in finding which WSDAs have been removed after already been found.
",42:"
std::mutex m_wsdaMapMutex
A mutex for accessing the found wsda maps.
",44:"
WsdaFinder::WsdaMap found()
Gets a copy of the WsdaMap that contains the WSDAs as they are known on the local network. If a WSDA is removed from the network, it will also be removed from this map if it was previously found.
",45:"
void restart()
Clears out the list of found WSDAs and forces a restart of the upnp search.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Communication/WsdaFinder-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/Communication/WsdaFinder-h-ToolTips.js deleted file mode 100644 index 6174b303a..000000000 --- a/v66.0.1/MSCL_Docs/files/Communication/WsdaFinder-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1:"
Contains information about an added upnp device.
",19:"
WsdaInfo
Holds info on a discovered WSDA.
",31:"
Typedef for a uuid to WsdaInfo map.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Communication/WsdaFinder-h.html b/v66.0.1/MSCL_Docs/files/Communication/WsdaFinder-h.html deleted file mode 100644 index b7e26eb4b..000000000 --- a/v66.0.1/MSCL_Docs/files/Communication/WsdaFinder-h.html +++ /dev/null @@ -1,162 +0,0 @@ - - -WsdaFinder.h - - - - - - - -
-
WsdaFinder
-
- -
-
WsdaInfo
-
WsdaInfo
-

Holds info on a discovered WSDA.

-
- -
-
Functions
-
- -
-
WsdaInfo
-
WsdaInfo(
std::string url,
std::string serial
)
-

Creates a WsdaInfo object.

Parameters
url
std::string

The 'presentationUrl' from the upnp discovery.

serial
std::string

The 'serial' from the upnp discovery.

-
- -
-
Variables
-
- -
-
m_url
-
std::string m_url
-

The url of the upnp discovery.

-
- -
-
m_serial
-
std::string m_serial
-

The serial of the upnp discovery.

-
- -
-
Functions
-
- -
-
ipAddress
-
std::string ipAddress() const
-

Gets the IP Address of the WSDA.

-
- -
-
port
-
uint16 port() const
-

Gets the port number of the WSDA.

-
- -
-
name
-
std::string name() const
-

Gets the name of the WSDA.

-
- -
-
WsdaFinder
-
WsdaFinder
-

Discovers upnp WSDA devices. (WINDOWS ONLY)

-
- -
-
Types
-
- -
-
WsdaMap
-

Typedef for a uuid to WsdaInfo map.

-
- -
-
Functions
-
- -
-
~WsdaFinder
-
~WsdaFinder()
-

Destroys the WsdaFinder object, stopping the search.

-
- -
-
start
-
void start()
-

Starts the search thread looking for upnp WSDAs.

-
- -
-
onSearchComplete
-
void onSearchComplete()
-

Callback function for when the initial search has completed.

-
- -
-
onDeviceAdded
-
void onDeviceAdded(
const UpnpDevice &device
)
-

Callback function for when any upnp device was added/found.

Parameters
device
const UpnpDevice&

The UpnpDevice that was found.

-
- -
-
Variables
-
- -
-
m_upnpService
-
std::unique_ptr<UpnpService> m_upnpService
-

The <UpnpService> that asynchronously searches for upnp devices.

-
- -
-
m_upnpSearchCallback
-
std::unique_ptr<UpnpDeviceFinderCallback> m_upnpSearchCallback
-

The <UpnpDeviceFinderCallback> that handles all the upnp callbacks.

-
- -
-
m_foundWsdas
-
WsdaMap m_foundWsdas
-

The WsdaMap containing the list of WSDAs that were found.

-
- -
-
m_tempWsdas
-
WsdaMap m_tempWsdas
-

A temporary map that gets cleared on every new search to aid in finding which WSDAs have been removed after already been found.

-
- -
-
m_wsdaMapMutex
-
std::mutex m_wsdaMapMutex
-

A mutex for accessing the found wsda maps.

-
- -
-
Functions
-
- -
-
found
- -

Gets a copy of the WsdaMap that contains the WSDAs as they are known on the local network. If a WSDA is removed from the network, it will also be removed from this map if it was previously found.

Returns

A WsdaMap of the WSDAs that were found on the network.

-
- -
-
restart
-
void restart()
-

Clears out the list of found WSDAs and forces a restart of the upnp search.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Endianness-h-Summary.js b/v66.0.1/MSCL_Docs/files/Endianness-h-Summary.js deleted file mode 100644 index 7f3572889..000000000 --- a/v66.0.1/MSCL_Docs/files/Endianness-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:Endianness.h","Endianness.h");NDSummary.OnSummaryLoaded("File:Endianness.h",[["C/C++","C"]],[["Functions","Function"],["Groups","Group"]],[[10402,0,1,"Functions","Functions"],[10403,0,0,"BigEndian","BigEndian"],[10404,0,0,"LittleEndian","LittleEndian"],[10405,0,0,"BigEndian_To_SystemEndian","BigEndian_To_SystemEndian"],[10406,0,0,"SystemEndian_To_BigEndian","SystemEndian_To_BigEndian"],[10407,0,0,"LittleEndian_To_SystemEndian","LittleEndian_To_SystemEndian"],[10408,0,0,"SystemEndian_To_LittleEndian","SystemEndian_To_LittleEndian"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Endianness-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/Endianness-h-SummaryToolTips.js deleted file mode 100644 index 3ecc54162..000000000 --- a/v66.0.1/MSCL_Docs/files/Endianness-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:Endianness.h",{10403:"
template<typename StaticType> inline StaticType BigEndian(
StaticType val
)
Converts a type with a static size to or from big endian
",10404:"
template<typename StaticType> inline StaticType LittleEndian(
StaticType val
)
Converts a type with a static size to or from little endian
",10405:"
template<typename StaticType> inline StaticType BigEndian_To_SystemEndian(
StaticType val
)
Converts the value from Big Endian to System Endian
",10406:"
template<typename StaticType> inline StaticType SystemEndian_To_BigEndian(
StaticType val
)
Converts the value from System Endian to Big Endian
",10407:"
template<typename StaticType> inline StaticType LittleEndian_To_SystemEndian(
StaticType val
)
Converts the value from Little Endian to System Endian
",10408:"
template<typename StaticType> inline StaticType SystemEndian_To_LittleEndian(
StaticType val
)
Converts the value from System Endian to Little Endian
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Endianness-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/Endianness-h-ToolTips.js deleted file mode 100644 index 59992a148..000000000 --- a/v66.0.1/MSCL_Docs/files/Endianness-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Endianness-h.html b/v66.0.1/MSCL_Docs/files/Endianness-h.html deleted file mode 100644 index eb9fb1b41..000000000 --- a/v66.0.1/MSCL_Docs/files/Endianness-h.html +++ /dev/null @@ -1,51 +0,0 @@ - - -Endianness.h - - - - - - - -
-
Functions
-
- -
-
BigEndian
-
template<typename StaticType> inline StaticType BigEndian(
StaticType val
)
-

Converts a type with a static size to or from big endian

Parameters
val
StaticType

the value to convert

Returns

The converted value

-
- -
-
LittleEndian
-
template<typename StaticType> inline StaticType LittleEndian(
StaticType val
)
-

Converts a type with a static size to or from little endian

Parameters
val
StaticType

the value to convert

Returns

The converted value

-
- -
-
BigEndian_To_SystemEndian
-
template<typename StaticType> inline StaticType BigEndian_To_SystemEndian(
StaticType val
)
-

Converts the value from Big Endian to System Endian

Parameters
val
StaticType

the value to convert

Returns

The value in System Endianess

-
- -
-
SystemEndian_To_BigEndian
-
template<typename StaticType> inline StaticType SystemEndian_To_BigEndian(
StaticType val
)
-

Converts the value from System Endian to Big Endian

Parameters
val
StaticType

the value to convert

Returns

The value in Big Endian

-
- -
-
LittleEndian_To_SystemEndian
-
template<typename StaticType> inline StaticType LittleEndian_To_SystemEndian(
StaticType val
)
-

Converts the value from Little Endian to System Endian

Parameters
val
StaticType

the value to convert

Returns

The value in System Endianess

-
- -
-
SystemEndian_To_LittleEndian
-
template<typename StaticType> inline StaticType SystemEndian_To_LittleEndian(
StaticType val
)
-

Converts the value from System Endian to Little Endian

Parameters
val
StaticType

the value to convert

Returns

The value in Little Endian

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Exceptions-h-Summary.js b/v66.0.1/MSCL_Docs/files/Exceptions-h-Summary.js deleted file mode 100644 index fcb565706..000000000 --- a/v66.0.1/MSCL_Docs/files/Exceptions-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:Exceptions.h","Exceptions.h");NDSummary.OnSummaryLoaded("File:Exceptions.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Sections","Section"],["Variables","Variable"]],[[10445,0,3,"Exceptions","Exceptions"],[10446,0,0,"Error","Error"],[10447,0,2,"Variables","Error.Variables"],[10448,0,4,"m_description","Error.m_description"],[10449,0,2,"Functions","Error.Functions"],[10450,0,1,"Error","Error.Error"],[10451,0,1,"Error","Error.Error(2)"],[10452,0,1,"what","Error.what"],[10453,0,0,"Error_NotSupported","Error_NotSupported"],[10454,0,2,"Functions","Error_NotSupported.Functions"],[10455,0,1,"Error_NotSupported","Error_NotSupported.Error_NotSupported"],[10456,0,1,"Error_NotSupported","Error_NotSupported.Error_NotSupported(2)"],[10457,0,0,"Error_NoData","Error_NoData"],[10458,0,2,"Functions","Error_NoData.Functions"],[10459,0,1,"Error_NoData","Error_NoData.Error_NoData"],[10460,0,1,"Error_NoData","Error_NoData.Error_NoData(2)"],[10461,0,0,"Error_BadDataType","Error_BadDataType"],[10462,0,2,"Functions","Error_BadDataType.Functions"],[10463,0,1,"Error_BadDataType","Error_BadDataType.Error_BadDataType"],[10464,0,0,"Error_UnknownSampleRate","Error_UnknownSampleRate"],[10465,0,2,"Functions","Error_UnknownSampleRate.Functions"],[10466,0,1,"Error_UnknownSampleRate","Error_UnknownSampleRate.Error_UnknownSampleRate"],[10467,0,1,"Error_UnknownSampleRate","Error_UnknownSampleRate.Error_UnknownSampleRate(2)"],[10468,0,0,"Error_Communication","Error_Communication"],[10469,0,2,"Functions","Error_Communication.Functions"],[10470,0,1,"Error_Communication","Error_Communication.Error_Communication"],[10471,0,1,"Error_Communication","Error_Communication.Error_Communication(2)"],[10472,0,0,"Error_NodeCommunication","Error_NodeCommunication"],[10473,0,2,"Variables","Error_NodeCommunication.Variables"],[10474,0,4,"m_nodeAddress","Error_NodeCommunication.m_nodeAddress"],[10475,0,2,"Functions","Error_NodeCommunication.Functions"],[10476,0,1,"Error_NodeCommunication","Error_NodeCommunication.Error_NodeCommunication"],[10477,0,1,"Error_NodeCommunication","Error_NodeCommunication.Error_NodeCommunication(2)"],[10478,0,1,"nodeAddress","Error_NodeCommunication.nodeAddress"],[10479,0,0,"Error_Connection","Error_Connection"],[10480,0,2,"Variables","Error_Connection.Variables"],[10481,0,4,"m_code","Error_Connection.m_code"],[10482,0,2,"Functions","Error_Connection.Functions"],[10483,0,1,"Error_Connection","Error_Connection.Error_Connection"],[10484,0,1,"Error_Connection","Error_Connection.Error_Connection(2)"],[10485,0,1,"Error_Connection","Error_Connection.Error_Connection(3)"],[10486,0,1,"Error_Connection","Error_Connection.Error_Connection(4)"],[10487,0,1,"code","Error_Connection.code"],[10488,0,0,"Error_InvalidSerialPort","Error_InvalidSerialPort"],[10489,0,2,"Functions","Error_InvalidSerialPort.Functions"],[10490,0,1,"Error_InvalidSerialPort","Error_InvalidSerialPort.Error_InvalidSerialPort"],[10491,0,0,"Error_InvalidTcpServer","Error_InvalidTcpServer"],[10492,0,2,"Functions","Error_InvalidTcpServer.Functions"],[10493,0,1,"Error_InvalidTcpServer","Error_InvalidTcpServer.Error_InvalidTcpServer"],[10494,0,0,"Error_InvalidUnixSocket","Error_InvalidUnixSocket"],[10495,0,2,"Functions","Error_InvalidUnixSocket.Functions"],[10496,0,1,"Error_InvalidUnixSocket","Error_InvalidUnixSocket.Error_InvalidUnixSocket"],[10497,0,0,"Error_MipCmdFailed","Error_MipCmdFailed"],[10498,0,2,"Variables","Error_MipCmdFailed.Variables"],[10499,0,4,"m_code","Error_MipCmdFailed.m_code"],[10500,0,2,"Functions","Error_MipCmdFailed.Functions"],[10501,0,1,"Error_MipCmdFailed","Error_MipCmdFailed.Error_MipCmdFailed"],[10502,0,1,"Error_MipCmdFailed","Error_MipCmdFailed.Error_MipCmdFailed(2)"],[10503,0,1,"Error_MipCmdFailed","Error_MipCmdFailed.Error_MipCmdFailed(3)"],[10504,0,1,"code","Error_MipCmdFailed.code"],[10505,0,0,"Error_InvalidConfig","Error_InvalidConfig"],[10506,0,2,"Variables","Error_InvalidConfig.Variables"],[10507,0,4,"m_issues","Error_InvalidConfig.m_issues"],[10508,0,2,"Functions","Error_InvalidConfig.Functions"],[10509,0,1,"Error_InvalidConfig","Error_InvalidConfig.Error_InvalidConfig"],[10510,0,1,"issues","Error_InvalidConfig.issues"],[10511,0,0,"Error_InvalidNodeConfig","Error_InvalidNodeConfig"],[10512,0,2,"Variables","Error_InvalidNodeConfig.Variables"],[10513,0,4,"m_nodeAddress","Error_InvalidNodeConfig.m_nodeAddress"],[10514,0,2,"Functions","Error_InvalidNodeConfig.Functions"],[10515,0,1,"Error_InvalidNodeConfig","Error_InvalidNodeConfig.Error_InvalidNodeConfig"],[10516,0,1,"nodeAddress","Error_InvalidNodeConfig.nodeAddress"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Exceptions-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/Exceptions-h-SummaryToolTips.js deleted file mode 100644 index afe552339..000000000 --- a/v66.0.1/MSCL_Docs/files/Exceptions-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:Exceptions.h",{10445:"
Contains all the MicroStrain custom exceptions that can be thrown in MSCL
",10446:"
Error
The generic MicroStrain exception (base class)
",10448:"
std::string m_description
the description of the error to be thrown, default value of "The MSCL has thrown an exception."
",10450:"
Error() : m_description("MSCL has thrown an exception.")
Initializes the Error object with the default description
",10451:"
Error(
const std::string &description
) : m_description(description)
Initializes the Error object with a custom description
",10452:"
const char* what () const throw ()
overriding the default std::exception what() function, gets the description of the thrown exception
",10453:"
Error_NotSupported
A command/feature was attempted to be used that was not supported.
",10455:"
Error_NotSupported(): Error("This feature is not supported.")
Initializes the Error_NotSupported object with a default description
",10456:"
Error_NotSupported(
const std::string &description
) : Error(description)
Initializes the Error_NotSupported object with a custom description
",10457:"
Error_NoData
There is no data available to be accessed
",10459:"
Error_NoData(): Error("No data is available.")
Initializes the Error_NoData object with a default description
",10460:"
Error_NoData(
const std::string &description
): Error(description)
Initializes the Error_NoData object with a custom description
",10461:"
Error_BadDataType
Data of one type was accessed as another type (simple_any)
",10463:"
Error_BadDataType() : Error("Data was accessed using the wrong data type.")
Intializes the Error_BadDataType object with a default description
",10464:"
Error_UnknownSampleRate
The sample rate is invalid or unknown for the given device
",10466:"
Error_UnknownSampleRate() : Error("Unknown Sample Rate.")
Initializes the Error_UnknownSampleRate object with a default description
",10467:"
Error_UnknownSampleRate(
const std::string &description
) : Error(description)
Initializes the Error_UnknownSampleRate object with a custom description
",10468:"
Error_Communication
The exception for failing to communicate with a device.
",10470:"
Error_Communication() : Error("Failed to communicate with the device.")
Initializes the Error_Communication object.
",10471:"
Error_Communication(
const std::string &description
) : Error(description)
Initializes the Error_Communication object.
",10472:"
Error_NodeCommunication
The exception for failing to communicate with a WirelessNode.
",10474:"
NodeAddress m_nodeAddress
The node address of the WirelessNode that failed to communicate.
",10476:"
Error_NodeCommunication(
NodeAddress nodeAddress
): Error_Communication("Failed to communicate with the Wireless Node."), m_nodeAddress(nodeAddress)
Initializes the Error_NodeCommunication object.
",10477:"
Error_NodeCommunication(
NodeAddress nodeAddress,
const std::string &description
): Error_Communication(description), m_nodeAddress(nodeAddress)
Initializes the Error_NodeCommunication object.
",10478:"
const NodeAddress nodeAddress() const throw ()
gets the node address of the WirelessNode that failed to communicate
",10479:"
Error_Connection
The generic connection exception.
",10481:"
int m_code
the exception error code (system error codes)
",10483:"
Error_Connection(): Error("Connection error."), m_code(-1)
Initializes the Error_Connection object, sets the error code to a default of -1
",10484:"
Error_Connection(
int code
): Error("Connection error."), m_code(code)
Initializes the Error_Connection object
",10485:"
Error_Connection(
const std::string &description
): Error(description), m_code(-1)
Initializes the Error_Connection object
",10486:"
Error_Connection(
const std::string &description,
int code
): Error(description), m_code(code)
Initializes the Error_Connection object
",10487:"
const int code() const throw ()
gets the exception error code (system error codes, or -1 by default)
",10488:"
Error_InvalidSerialPort
There was an error with the specified COM Port.
",10490:"
Error_InvalidSerialPort(
int code
): Error_Connection("Invalid Com Port.", code)
Initializes the Error_InvalidSerialPort object
",10491:"
Error_InvalidTcpServer
There was an error with the specified TCP/IP Server.
",10493:"
Error_InvalidTcpServer(
int code,
const std::string &message
): Error_Connection("Invalid TCP/IP Server: " + message, code)
Initializes the Error_InvalidTcpServer object
",10494:"
Error_InvalidUnixSocket
There was an error with the specified Unix Socket.
",10496:"
Error_InvalidUnixSocket(
int code,
const std::string &message
): Error_Connection("Invalid Unix Socket: " + message, code)
Initializes the Error_InvalidUnixSocket object
",10497:"
Error_MipCmdFailed
The Inertial command has failed
",10499:"
int m_code
the exception error code (NACK error code)
",10501:"
Error_MipCmdFailed() : Error("The Inertial command has failed."), m_code(-1)
Initializes the Error_MipCmdFailed object, sets the error code to a default of -1
",10502:"
Error_MipCmdFailed(
const std::string &description
) : Error(description), m_code(-1)
Initializes the Error_MipCmdFailed object, sets the error code to a default of -1
",10503:"
Error_MipCmdFailed(
int code
): Error("The Inertial command has failed."), m_code(code)
Initializes the Error_MipCmdFailed object
",10504:"
const int code() const throw ()
gets the exception error code
",10505:"
Error_InvalidConfig
The Configuration is invalid.
",10507:"
ConfigIssues m_issues
The ConfigIssues that caused the invalid configuration exception.
",10509:"
Error_InvalidConfig(
const ConfigIssues &issues
): Error("Invalid Configuration:"), m_issues(issues)
Initializes the Error_InvalidConfig object
",10510:"
ConfigIssues issues() const throw ()
Gets the ConfigIssues that caused the invalid configuration exception.
",10511:"
Error_InvalidNodeConfig
The Configuration for a WirelessNode is invalid.
",10513:"
NodeAddress m_nodeAddress
The node address of the WirelessNode that the exception pertains to.
",10515:"
Error_InvalidNodeConfig(
const ConfigIssues &issues,
NodeAddress nodeAddress
) : Error_InvalidConfig(issues), m_nodeAddress(nodeAddress)
Initializes the Error_InvalidNodeConfig object
",10516:"
const NodeAddress nodeAddress() const throw ()
Gets the node address of the Node that this exception pertains to.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Exceptions-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/Exceptions-h-ToolTips.js deleted file mode 100644 index 1d6dfc97b..000000000 --- a/v66.0.1/MSCL_Docs/files/Exceptions-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6683:"
ConfigIssue
Holds information on a specific configuration issue.
",7905:"
WirelessNode
A class representing a MicroStrain wireless node
",10245:"
typedef for a Node\'s node address.
",10446:"
Error
The generic MicroStrain exception (base class)
",10468:"
Error_Communication
The exception for failing to communicate with a device.
",10479:"
Error_Connection
The generic connection exception.
",10505:"
Error_InvalidConfig
The Configuration is invalid.
",10453:"
Error_NotSupported
A command/feature was attempted to be used that was not supported.
",10457:"
Error_NoData
There is no data available to be accessed
",10461:"
Error_BadDataType
Data of one type was accessed as another type (simple_any)
",10464:"
Error_UnknownSampleRate
The sample rate is invalid or unknown for the given device
",10468:"
Error_Communication
The exception for failing to communicate with a device.
",10472:"
Error_NodeCommunication
The exception for failing to communicate with a WirelessNode.
",10479:"
Error_Connection
The generic connection exception.
",10488:"
Error_InvalidSerialPort
There was an error with the specified COM Port.
",10491:"
Error_InvalidTcpServer
There was an error with the specified TCP/IP Server.
",10494:"
Error_InvalidUnixSocket
There was an error with the specified Unix Socket.
",10497:"
Error_MipCmdFailed
The Inertial command has failed
",10505:"
Error_InvalidConfig
The Configuration is invalid.
",10511:"
Error_InvalidNodeConfig
The Configuration for a WirelessNode is invalid.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Exceptions-h.html b/v66.0.1/MSCL_Docs/files/Exceptions-h.html deleted file mode 100644 index c4570ca73..000000000 --- a/v66.0.1/MSCL_Docs/files/Exceptions-h.html +++ /dev/null @@ -1,402 +0,0 @@ - - -Exceptions.h - - - - - - - -
-
Exceptions
-

Contains all the MicroStrain custom exceptions that can be thrown in MSCL

-
- -
-
Error
- -

The generic MicroStrain exception (base class)

-
- -
-
Variables
-
- -
-
m_description
-
std::string m_description
-

the description of the error to be thrown, default value of "The MSCL has thrown an exception."

-
- -
-
Functions
-
- -
-
Error
-
Error() : m_description("MSCL has thrown an exception.")
-

Initializes the Error object with the default description

-
- -
-
Error
-
Error(
const std::string &description
) : m_description(description)
-

Initializes the Error object with a custom description

Parameters
description
const std::string&

the description of the error to be thrown

-
- -
-
what
-
const char* what () const throw ()
-

overriding the default std::exception what() function, gets the description of the thrown exception

-
- -
-
Error_NotSupported
-
public
Error
Error_NotSupported
-

A command/feature was attempted to be used that was not supported.

-
- -
-
Functions
-
- -
-
Error_NotSupported
-
Error_NotSupported(): Error("This feature is not supported.")
-

Initializes the Error_NotSupported object with a default description

-
- -
-
Error_NotSupported
-
Error_NotSupported(
const std::string &description
) : Error(description)
-

Initializes the Error_NotSupported object with a custom description

Parameters
description
const std::string&

the description of the error to be thrown

-
- -
-
Error_NoData
-
public
Error
Error_NoData
-

There is no data available to be accessed

-
- -
-
Functions
-
- -
-
Error_NoData
-
Error_NoData(): Error("No data is available.")
-

Initializes the Error_NoData object with a default description

-
- -
-
Error_NoData
-
Error_NoData(
const std::string &description
): Error(description)
-

Initializes the Error_NoData object with a custom description

Parameters
description
const std::string&

the description of the error to be thrown

-
- -
-
Error_BadDataType
-
public
Error
Error_BadDataType
-

Data of one type was accessed as another type (simple_any)

-
- -
-
Functions
-
- -
-
Error_BadDataType
-
Error_BadDataType() : Error("Data was accessed using the wrong data type.")
-

Intializes the Error_BadDataType object with a default description

-
- -
-
Error_UnknownSampleRate
-
public
Error
Error_UnknownSampleRate
-

The sample rate is invalid or unknown for the given device

-
- -
-
Functions
-
- -
-
Error_UnknownSampleRate
-
Error_UnknownSampleRate() : Error("Unknown Sample Rate.")
-

Initializes the Error_UnknownSampleRate object with a default description

-
- -
-
Error_UnknownSampleRate
-
Error_UnknownSampleRate(
const std::string &description
) : Error(description)
-

Initializes the Error_UnknownSampleRate object with a custom description

Parameters
description
const std::string&

the description of the error to be thrown

-
- -
-
Error_Communication
- -

The exception for failing to communicate with a device.

-
- -
-
Functions
-
- -
-
Error_Communication
-
Error_Communication() : Error("Failed to communicate with the device.")
-

Initializes the Error_Communication object.

-
- -
-
Error_Communication
-
Error_Communication(
const std::string &description
) : Error(description)
-

Initializes the Error_Communication object.

Parameters
description
const std::string&

the description to set

-
- -
-
Error_NodeCommunication
-
public
Error_Communication
Error_NodeCommunication
-

The exception for failing to communicate with a WirelessNode.

-
- -
-
Variables
-
- -
-
m_nodeAddress
-
NodeAddress m_nodeAddress
-

The node address of the WirelessNode that failed to communicate.

-
- -
-
Functions
-
- -
-
Error_NodeCommunication
-
Error_NodeCommunication(
NodeAddress nodeAddress
): Error_Communication("Failed to communicate with the Wireless Node."), m_nodeAddress(nodeAddress)
-

Initializes the Error_NodeCommunication object.

Parameters
nodeAddress
NodeAddress

The node address of the WirelessNode that failed to communicate.

-
- -
-
Error_NodeCommunication
-
Error_NodeCommunication(
NodeAddress nodeAddress,
const std::string &description
): Error_Communication(description), m_nodeAddress(nodeAddress)
-

Initializes the Error_NodeCommunication object.

Parameters
nodeAddress
NodeAddress

The node address of the WirelessNode that failed to communicate.

description
const std::string&

the description to set

-
- -
-
nodeAddress
-
const NodeAddress nodeAddress() const throw ()
-

gets the node address of the WirelessNode that failed to communicate

-
- -
-
Error_Connection
- -

The generic connection exception.

-
- -
-
Variables
-
- -
-
m_code
-
int m_code
-

the exception error code (system error codes)

-
- -
-
Functions
-
- -
-
Error_Connection
-
Error_Connection(): Error("Connection error."), m_code(-1)
-

Initializes the Error_Connection object, sets the error code to a default of -1

-
- -
-
Error_Connection
-
Error_Connection(
int code
): Error("Connection error."), m_code(code)
-

Initializes the Error_Connection object

Parameters
code
int

the exception error code

-
- -
-
Error_Connection
-
Error_Connection(
const std::string &description
): Error(description), m_code(-1)
-

Initializes the Error_Connection object

Parameters
description
const std::string&

the description to set

-
- -
-
Error_Connection
-
Error_Connection(
const std::string &description,
int code
): Error(description), m_code(code)
-

Initializes the Error_Connection object

Parameters
description
const std::string&

the description to set

code
int

the exception error code

-
- -
-
code
-
const int code() const throw ()
-

gets the exception error code (system error codes, or -1 by default)

-
- -
-
Error_InvalidSerialPort
-
public
Error_Connection
Error_InvalidSerialPort
-

There was an error with the specified COM Port.

See Also

Error_Connection

-
- -
-
Functions
-
- -
-
Error_InvalidSerialPort
-
Error_InvalidSerialPort(
int code
): Error_Connection("Invalid Com Port.", code)
-

Initializes the Error_InvalidSerialPort object

Parameters
code
int

the exception error code

-
- -
-
Error_InvalidTcpServer
-
public
Error_Connection
Error_InvalidTcpServer
-

There was an error with the specified TCP/IP Server.

See Also

Error_Connection

-
- -
-
Functions
-
- -
-
Error_InvalidTcpServer
-
Error_InvalidTcpServer(
int code,
const std::string &message
): Error_Connection("Invalid TCP/IP Server: " + message, code)
-

Initializes the Error_InvalidTcpServer object

Parameters
code
int

the exception error code

-
- -
-
Error_InvalidUnixSocket
-
public
Error_Connection
Error_InvalidUnixSocket
-

There was an error with the specified Unix Socket.

See Also

Error_Connection

-
- -
-
Functions
-
- -
-
Error_InvalidUnixSocket
-
Error_InvalidUnixSocket(
int code,
const std::string &message
): Error_Connection("Invalid Unix Socket: " + message, code)
-

Initializes the Error_InvalidUnixSocket object

Parameters
code
int

the exception error code

-
- -
-
Error_MipCmdFailed
-
public
Error
Error_MipCmdFailed
-

The Inertial command has failed

-
- -
-
Variables
-
- -
-
m_code
-
int m_code
-

the exception error code (NACK error code)

-
- -
-
Functions
-
- -
-
Error_MipCmdFailed
-
Error_MipCmdFailed() : Error("The Inertial command has failed."), m_code(-1)
-

Initializes the Error_MipCmdFailed object, sets the error code to a default of -1

-
- -
-
Error_MipCmdFailed
-
Error_MipCmdFailed(
const std::string &description
) : Error(description), m_code(-1)
-

Initializes the Error_MipCmdFailed object, sets the error code to a default of -1

-
- -
-
Error_MipCmdFailed
-
Error_MipCmdFailed(
int code
): Error("The Inertial command has failed."), m_code(code)
-

Initializes the Error_MipCmdFailed object

Parameters
code
int

the exception error code

-
- -
-
code
-
const int code() const throw ()
-

gets the exception error code

-
- -
-
Error_InvalidConfig
- -

The Configuration is invalid.

-
- -
-
Variables
-
- -
-
m_issues
-
ConfigIssues m_issues
-

The ConfigIssues that caused the invalid configuration exception.

-
- -
-
Functions
-
- -
-
Error_InvalidConfig
-
Error_InvalidConfig(
const ConfigIssues &issues
): Error("Invalid Configuration:"), m_issues(issues)
-

Initializes the Error_InvalidConfig object

Parameters
issues
const ConfigIssues&

The ConfigIssues that caused the invalid configuration exception.

-
- -
-
issues
-
ConfigIssues issues() const throw ()
-

Gets the ConfigIssues that caused the invalid configuration exception.

-
- -
-
Error_InvalidNodeConfig
-
public
Error_InvalidConfig
Error_InvalidNodeConfig
-

The Configuration for a WirelessNode is invalid.

-
- -
-
Variables
-
- -
-
m_nodeAddress
-
NodeAddress m_nodeAddress
-

The node address of the WirelessNode that the exception pertains to.

-
- -
-
Functions
-
- -
-
Error_InvalidNodeConfig
-
Error_InvalidNodeConfig(
const ConfigIssues &issues,
NodeAddress nodeAddress
) : Error_InvalidConfig(issues), m_nodeAddress(nodeAddress)
-

Initializes the Error_InvalidNodeConfig object

Parameters
issues
const ConfigIssues&

The ConfigIssues that caused the invalid configuration exception.

-
- -
-
nodeAddress
-
const NodeAddress nodeAddress() const throw ()
-

Gets the node address of the Node that this exception pertains to.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/HighResClock-h-Summary.js b/v66.0.1/MSCL_Docs/files/HighResClock-h-Summary.js deleted file mode 100644 index e318b236b..000000000 --- a/v66.0.1/MSCL_Docs/files/HighResClock-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:HighResClock.h","HighResClock.h");NDSummary.OnSummaryLoaded("File:HighResClock.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[10382,0,0,"HighResClock","HighResClock"],[10383,0,2,"Variables","HighResClock.Variables"],[10384,0,3,"m_startHighResNanos","HighResClock.m_startHighResNanos"],[10385,0,3,"m_startSysTimeNanos","HighResClock.m_startSysTimeNanos"],[10386,0,2,"Functions","HighResClock.Functions"],[10387,0,1,"getCurrentSystemTime","HighResClock.getCurrentSystemTime"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/HighResClock-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/HighResClock-h-SummaryToolTips.js deleted file mode 100644 index 994bbadde..000000000 --- a/v66.0.1/MSCL_Docs/files/HighResClock-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:HighResClock.h",{10382:"
HighResClock
Helper class used to obtain the current system time from as high-resolution of a clock as possible.
",10384:"
uint64 m_startHighResNanos
The nanoseconds since epoch for the high-resolution clock.
",10385:"
uint64 m_startSysTimeNanos
The nanoseconds since epoch for the system clock.
",10387:"
uint64 getCurrentSystemTime() const
Gets the number of nanoseconds since Unix Epoch, using a high-resolution clock.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/HighResClock-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/HighResClock-h-ToolTips.js deleted file mode 100644 index 59992a148..000000000 --- a/v66.0.1/MSCL_Docs/files/HighResClock-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/HighResClock-h.html b/v66.0.1/MSCL_Docs/files/HighResClock-h.html deleted file mode 100644 index 03ce9b785..000000000 --- a/v66.0.1/MSCL_Docs/files/HighResClock-h.html +++ /dev/null @@ -1,43 +0,0 @@ - - -HighResClock.h - - - - - - - -
-
HighResClock
-
HighResClock
-

Helper class used to obtain the current system time from as high-resolution of a clock as possible.

-
- -
-
Variables
-
- -
-
m_startHighResNanos
-
uint64 m_startHighResNanos
-

The nanoseconds since epoch for the high-resolution clock.

-
- -
-
m_startSysTimeNanos
-
uint64 m_startSysTimeNanos
-

The nanoseconds since epoch for the system clock.

-
- -
-
Functions
-
- -
-
getCurrentSystemTime
-
uint64 getCurrentSystemTime() const
-

Gets the number of nanoseconds since Unix Epoch, using a high-resolution clock.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Histogram-h-Summary.js b/v66.0.1/MSCL_Docs/files/Histogram-h-Summary.js deleted file mode 100644 index e740bf792..000000000 --- a/v66.0.1/MSCL_Docs/files/Histogram-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:Histogram.h","Histogram.h");NDSummary.OnSummaryLoaded("File:Histogram.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[10370,0,0,"Histogram","Histogram"],[10371,0,2,"Functions","Histogram.Functions"],[10372,0,1,"Histogram","Histogram.Histogram"],[10373,0,2,"Variables","Histogram.Variables"],[10374,0,3,"m_binsStart","Histogram.m_binsStart"],[10375,0,3,"m_binsSize","Histogram.m_binsSize"],[10376,0,3,"m_bins","Histogram.m_bins"],[10377,0,2,"Functions","Histogram.Functions(2)"],[10378,0,1,"binsStart","Histogram.binsStart"],[10379,0,1,"binsSize","Histogram.binsSize"],[10380,0,1,"bins","Histogram.bins"],[10381,0,1,"addBin","Histogram.addBin"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Histogram-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/Histogram-h-SummaryToolTips.js deleted file mode 100644 index 13d23af5d..000000000 --- a/v66.0.1/MSCL_Docs/files/Histogram-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:Histogram.h",{10370:"
Histogram
Represents a Histogram object.
",10372:"
Histogram(
const Value &binsStart,
const Value &binsSize
)
Creates a Histogram object with no bins.
",10374:"
Value m_binsStart
The value of the start of the first Bin in the Histogram.
",10375:"
Value m_binsSize
The size of each Bin in the Histogram.
",10376:"
Bins m_bins
The Bins that are contained within this Histogram.
",10378:"
Value binsStart() const
Gets the value of the start of the first Bin in the Histogram.
",10379:"
Value binsSize() const
Gets the size of each Bin in the Histogram.
",10380:"
Bins bins() const
Gets the Bins contained within this Histogram.
",10381:"
void addBin(
const Bin &bin
)
Adds a single Bin to the Histogram.  The first Bin\'s start value should match the binsStart used in the constructor.  Every Bin added should have the same size which matches the binsSize used in the constructor.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Histogram-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/Histogram-h-ToolTips.js deleted file mode 100644 index 4b53f7929..000000000 --- a/v66.0.1/MSCL_Docs/files/Histogram-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({10144:"
Value
Represents a single value that can be stored/accessed in multiple ways.
",10517:"
Bin
Represents a single bin, which has a start, end, and count.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Histogram-h.html b/v66.0.1/MSCL_Docs/files/Histogram-h.html deleted file mode 100644 index 95d4faca4..000000000 --- a/v66.0.1/MSCL_Docs/files/Histogram-h.html +++ /dev/null @@ -1,77 +0,0 @@ - - -Histogram.h - - - - - - - -
-
Histogram
-
Histogram
-

Represents a Histogram object.

-
- -
-
Functions
-
- -
-
Histogram
-
Histogram(
const Value &binsStart,
const Value &binsSize
)
-

Creates a Histogram object with no bins.

Parameters
binsStart
const Value&

The start value of the first Bin.

binsSize
const Value&

The size of each Bin.

-
- -
-
Variables
-
- -
-
m_binsStart
-
Value m_binsStart
-

The value of the start of the first Bin in the Histogram.

-
- -
-
m_binsSize
-
Value m_binsSize
-

The size of each Bin in the Histogram.

-
- -
-
m_bins
-
Bins m_bins
-

The Bins that are contained within this Histogram.

-
- -
-
Functions
-
- -
-
binsStart
-
Value binsStart() const
-

Gets the value of the start of the first Bin in the Histogram.

Returns

The start of the first Bin in the Histogram.

-
- -
-
binsSize
-
Value binsSize() const
-

Gets the size of each Bin in the Histogram.

Returns

The size of each Bin in the Histogram.

-
- -
-
bins
-
Bins bins() const
-

Gets the Bins contained within this Histogram.

Returns

A Bins object containing each bin within this Histogram.

-
- -
-
addBin
-
void addBin(
const Bin &bin
)
-

Adds a single Bin to the Histogram.  The first Bin's start value should match the binsStart used in the constructor.  Every Bin added should have the same size which matches the binsSize used in the constructor.

Parameters
bin
const Bin&

The Bin to add to the Histogram.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/LibVersion-h-Summary.js b/v66.0.1/MSCL_Docs/files/LibVersion-h-Summary.js deleted file mode 100644 index a2d123ddd..000000000 --- a/v66.0.1/MSCL_Docs/files/LibVersion-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:LibVersion.h","LibVersion.h");NDSummary.OnSummaryLoaded("File:LibVersion.h",[["C/C++","C"]],[["Groups","Group"],["Variables","Variable"]],[[10368,0,0,"Variables","Variables"],[10369,0,1,"MSCL_VERSION","MSCL_VERSION"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/LibVersion-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/LibVersion-h-SummaryToolTips.js deleted file mode 100644 index c7222949f..000000000 --- a/v66.0.1/MSCL_Docs/files/LibVersion-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:LibVersion.h",{10369:"
static const Version MSCL_VERSION
Gets the Version of MSCL.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/LibVersion-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/LibVersion-h-ToolTips.js deleted file mode 100644 index 8b8a3283b..000000000 --- a/v66.0.1/MSCL_Docs/files/LibVersion-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({10409:"
Version
Class that represents, and provides helper functions for, a Version number
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/LibVersion-h.html b/v66.0.1/MSCL_Docs/files/LibVersion-h.html deleted file mode 100644 index d014b1edb..000000000 --- a/v66.0.1/MSCL_Docs/files/LibVersion-h.html +++ /dev/null @@ -1,21 +0,0 @@ - - -LibVersion.h - - - - - - - -
-
Variables
-
- -
-
MSCL_VERSION
-
static const Version MSCL_VERSION
-

Gets the Version of MSCL.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Bitfield-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Bitfield-h-Summary.js deleted file mode 100644 index 56c90b7f0..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Bitfield-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Bitfield.h","Bitfield.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Bitfield.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[10388,0,0,"Bitfield","Bitfield"],[10389,0,2,"Functions","Bitfield.Functions"],[10390,0,1,"Bitfield","Bitfield.Bitfield"],[10391,0,1,"Bitfield","Bitfield.Bitfield(2)"],[10392,0,1,"~Bitfield","Bitfield.~Bitfield"],[10393,0,2,"Variables","Bitfield.Variables"],[10394,0,3,"m_value","Bitfield.m_value"],[10395,0,2,"Functions","Bitfield.Functions(2)"],[10396,0,1,"value","Bitfield.value"],[10397,0,1,"get","Bitfield.get"],[10398,0,1,"set","Bitfield.set"],[10399,0,1,"checkBit","Bitfield.checkBit"],[10400,0,1,"setBit","Bitfield.setBit"],[10401,0,1,"clear","Bitfield.clear"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Bitfield-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Bitfield-h-SummaryToolTips.js deleted file mode 100644 index 16fbeb5f3..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Bitfield-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Bitfield.h",{10388:"
Bitfield
",10390:"
Bitfield()
Constructs Bitfield object with value 0
",10391:"
Bitfield(
uint64 val
) : m_value(val)
Constructs Bitfield object with indicated value
",10392:"
virtual ~Bitfield()
Default destructor for the Bitfield object
",10394:"
uint64 m_value
The bitfield value
",10396:"
uint64 value() const
Gets or sets the entire underlying bitfield value
",10397:"
uint64 get(
uint64 mask,
bool shiftToLsb = true
) const
Gets the value of only the bits masked by the indicated mask.
",10398:"
void set(
uint64 mask,
uint64 value,
bool shiftRequired = true
)
Sets the provided value to the position indicated by the indicated mask
",10399:"
bool checkBit(
uint8 bitIndex,
uint8 indexBase = 0
) const
Gets the value of the bit at the specified index.
",10400:"
void setBit(
uint8 bitIndex,
bool value,
uint8 indexBase = 0
)
Sets the value of the bit at the specified index.
",10401:"
void clear(
uint64 mask
)
Sets all bits under the indicated mask to 0.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Bitfield-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Bitfield-h-ToolTips.js deleted file mode 100644 index 59992a148..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Bitfield-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Bitfield-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Bitfield-h.html deleted file mode 100644 index bfafb6c17..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Bitfield-h.html +++ /dev/null @@ -1,88 +0,0 @@ - - -Bitfield.h - - - - - - - -
-
Bitfield
-
Bitfield
-
- -
-
Functions
-
- -
-
Bitfield
-
Bitfield()
-

Constructs Bitfield object with value 0

-
- -
-
Bitfield
-
Bitfield(
uint64 val
) : m_value(val)
-

Constructs Bitfield object with indicated value

Parameters
val
uint64

uint64 bitfield value

-
- -
-
~Bitfield
-
virtual ~Bitfield()
-

Default destructor for the Bitfield object

-
- -
-
Variables
-
- -
-
m_value
-
uint64 m_value
-

The bitfield value

-
- -
-
Functions
-
- -
-
value
-
uint64 value() const
-

Gets or sets the entire underlying bitfield value

-
- -
-
get
-
uint64 get(
uint64 mask,
bool shiftToLsb = true
) const
-

Gets the value of only the bits masked by the indicated mask.

Parameters
mask
uint64

uint64 indicating which bits to evaluate

shiftToLsb
bool

true: return the masked bits shifted all the way to the right, false: return the masked bits in their original position

Returns
uint64

the masked value

-
- -
-
set
-
void set(
uint64 mask,
uint64 value,
bool shiftRequired = true
)
-

Sets the provided value to the position indicated by the indicated mask

Parameters
mask
uint64

uint64 indicating the position to place the value

value
uint64

uint64 value to set

shiftRequired
bool

true: provided value needs to be shifted to the masked position before being set, false: provided value already in the correct position within the bitfield

-
- -
-
checkBit
-
bool checkBit(
uint8 bitIndex,
uint8 indexBase = 0
) const
-

Gets the value of the bit at the specified index.

Parameters
bitIndex
uint8

index of the bit to check

indexBase
uint8

default 0 - index of the first bit, this will be subtracted from bitIndex to get the 0-based index to use.  This is useful if each bit is associated with sequential IDs that are not 0-based (i.e. inertial GPIO pin IDs).

Returns
bool

true if bit is 1, false if 0

-
- -
-
setBit
-
void setBit(
uint8 bitIndex,
bool value,
uint8 indexBase = 0
)
-

Sets the value of the bit at the specified index.

Parameters
bitIndex
uint8

index of the bit to set

value
bool

bool value to set

indexBase
uint8

default 0 - index of the first bit, this will be subtracted from bitIndex to get the 0-based index to use.  This is useful if each bit is associated with sequential IDs that are not 0-based (i.e. inertial GPIO pin IDs).

-
- -
-
clear
-
void clear(
uint64 mask
)
-

Sets all bits under the indicated mask to 0.

Parameters
mask
uint64

uint64 mask indicating the position of the bits to clear

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/ByteStream-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/ByteStream-h-Summary.js deleted file mode 100644 index e0c877af4..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/ByteStream-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/ByteStream.h","ByteStream.h");NDSummary.OnSummaryLoaded("File:MicroStrain/ByteStream.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Operators","Operator"],["Variables","Variable"]],[[9998,0,0,"ByteStream","ByteStream"],[9999,0,2,"Functions","ByteStream.Functions"],[10000,0,1,"ByteStream","ByteStream.ByteStream"],[10001,0,1,"ByteStream","ByteStream.ByteStream(2)"],[10002,0,1,"~ByteStream","ByteStream.~ByteStream"],[10003,0,2,"Variables","ByteStream.Variables"],[10004,0,4,"m_bytes","ByteStream.m_bytes"],[10005,0,2,"Operators","ByteStream.Operators"],[10006,0,3,"[]","ByteStream.[]"],[10007,0,3,"==","ByteStream.=="],[10008,0,2,"Functions","ByteStream.Functions(2)"],[10009,0,1,"append_uint8","ByteStream.append_uint8"],[10010,0,1,"append_int8","ByteStream.append_int8"],[10011,0,1,"append_int16","ByteStream.append_int16"],[10012,0,1,"append_uint16","ByteStream.append_uint16"],[10013,0,1,"append_uint32","ByteStream.append_uint32"],[10014,0,1,"append_uint64","ByteStream.append_uint64"],[10015,0,1,"append_float","ByteStream.append_float"],[10016,0,1,"append_double","ByteStream.append_double"],[10017,0,1,"append_string","ByteStream.append_string"],[10018,0,1,"appendBytes","ByteStream.appendBytes"],[10019,0,1,"appendByteStream","ByteStream.appendByteStream"],[10020,0,1,"read_int8","ByteStream.read_int8"],[10021,0,1,"read_uint8","ByteStream.read_uint8"],[10022,0,1,"read_int16","ByteStream.read_int16"],[10023,0,1,"read_uint16","ByteStream.read_uint16"],[10024,0,1,"read_uint24","ByteStream.read_uint24"],[10025,0,1,"read_int24","ByteStream.read_int24"],[10026,0,1,"read_uint32","ByteStream.read_uint32"],[10027,0,1,"read_uint64","ByteStream.read_uint64"],[10028,0,1,"read_float","ByteStream.read_float"],[10029,0,1,"read_double","ByteStream.read_double"],[10030,0,1,"read_string","ByteStream.read_string"],[10031,0,1,"data","ByteStream.data"],[10032,0,1,"data","ByteStream.data(2)"],[10033,0,1,"size","ByteStream.size"],[10034,0,1,"clear","ByteStream.clear"],[10035,0,1,"empty","ByteStream.empty"],[10036,0,1,"resize","ByteStream.resize"],[10037,0,1,"set","ByteStream.set"],[10038,0,1,"begin","ByteStream.begin"],[10039,0,1,"begin","ByteStream.begin(2)"],[10040,0,1,"end","ByteStream.end"],[10041,0,1,"end","ByteStream.end(2)"],[10042,0,1,"calculateSimpleChecksum","ByteStream.calculateSimpleChecksum"],[10043,0,1,"calculateFletcherChecksum","ByteStream.calculateFletcherChecksum"],[10044,0,1,"calculateCrcChecksum","ByteStream.calculateCrcChecksum"],[10045,0,1,"calculateCrcChecksum","ByteStream.calculateCrcChecksum(2)"],[10046,0,1,"verifyBytesInStream","ByteStream.verifyBytesInStream"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/ByteStream-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/ByteStream-h-SummaryToolTips.js deleted file mode 100644 index a059d3724..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/ByteStream-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/ByteStream.h",{9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10000:"
ByteStream()
Default constructor to create a ByteStream object
",10001:"
explicit ByteStream(
Bytes bytesToCopy
)
Constructor to create a ByteStream object, passing in the bytes to store in the stream
",10002:"
virtual ~ByteStream()
Default destructor for the ByteStream object
",10004:"
Bytes m_bytes
The data stream object that holds all the bytes
",10006:"
Accesses a single byte of the ByteStream
",10007:"
Checks that two ByteStream objects are equal by comparing their data vectors
",10009:"
void append_uint8(
uint8 value
)
Appends a 1-byte unsigned integer to the byte stream
",10010:"
void append_int8(
int8 value
)
Appends a 1-byte signed integer to the byte stream
",10011:"
void append_int16(
int16 value,
Utils::Endianness endian= Utils::bigEndian
)
Appends a 2-byte signed integer to the byte stream
",10012:"
void append_uint16(
uint16 value,
Utils::Endianness endian = Utils::bigEndian
)
Appends a 2-byte unsigned integer to the byte stream
",10013:"
void append_uint32(
uint32 value,
Utils::Endianness endian = Utils::bigEndian
)
Appends a 4-byte unsigned integer to the byte stream
",10014:"
void append_uint64(
uint64 value,
Utils::Endianness endian = Utils::bigEndian
)
Appends an 8-byte unsigned integer to the byte stream
",10015:"
void append_float(
float value,
Utils::Endianness endian = Utils::bigEndian
)
Appends a 4-byte float to the byte stream
",10016:"
void append_double(
double value,
Utils::Endianness endian = Utils::bigEndian
)
Appends an 8-byte double to the byte stream
",10017:"
void append_string(
const std::string &str
)
Appends a string to the byte stream.
",10018:"
void appendBytes(
const Bytes &bytes
)
Appends a vector of bytes (uint8) to the end of the current ByteStream
",10019:"
void appendByteStream(
const ByteStream &otherStream
)
Appends the entire contents of a ByteStream to the end of the current ByteStream
",10020:"
int8 read_int8(
std::size_t position
) const
Reads a 1-byte signed integer from the byte stream
",10021:"
uint8 read_uint8(
std::size_t position
) const
Reads a 1-byte unsigned integer from the byte stream
",10022:"
int16 read_int16(
std::size_t position,
Utils::Endianness endian = Utils::bigEndian
) const
Reads a 2-byte signed integer from the byte stream
",10023:"
uint16 read_uint16(
std::size_t position,
Utils::Endianness endian = Utils::bigEndian
) const
Reads a 2-byte unsigned integer from the byte stream
",10024:"
uint32 read_uint24(
std::size_t position,
Utils::Endianness endian = Utils::bigEndian
) const
Reads a 3-byte unsigned integer from the byte stream
",10025:"
int32 read_int24(
std::size_t position,
Utils::Endianness endian = Utils::bigEndian
) const
Reads a 3-byte signed integer from the byte stream
",10026:"
uint32 read_uint32(
std::size_t position,
Utils::Endianness endian = Utils::bigEndian
) const
Reads a 4-byte unsigned integer from the byte stream
",10027:"
uint64 read_uint64(
std::size_t position,
Utils::Endianness endian = Utils::bigEndian
) const
Reads an 8-byte unsigned integer from the byte stream
",10028:"
float read_float(
std::size_t position,
Utils::Endianness endian = Utils::bigEndian
) const
Reads a 4-byte float from the byte stream
",10029:"
double read_double(
std::size_t position,
Utils::Endianness endian = Utils::bigEndian
) const
Reads an 8-byte double from the byte stream
",10030:"
std::string read_string(
std::size_t position,
std::size_t length
) const
Reads a string of the specified length from the byte stream
",10031:"
Bytes& data()
Gets the byte stream as a vector of bytes (Bytes)
",10032:"
const Bytes& data() const
Gets the byte stream as a vector of bytes (Bytes)
",10033:"
std::size_t size() const
Gets the size of the byte stream (equivalent of std::vector.size())
",10034:"
void clear()
Clears the byte stream (equivalent of std::vector.clear())
",10035:"
bool empty() const
Checks whether the vector is empty. (equivalent of std::vector::empty())
",10036:"
void resize(
std::size_t size
)
Resizes the byte stream (equivalent of std::vector.resize())
",10037:"
void set(
const Bytes &bytes
)
Sets the underlying bytes to the given Bytes.
",10038:"
Bytes::iterator begin()
Gets an iterator referring to the first element in the ByteStream (equivalent of std::vector::begin())
",10039:"
Bytes::const_iterator begin() const
Gets a constant iterator referring to the first element in the ByteStream (equivalent of std::vector::cbegin())
",10040:"
Bytes::iterator end()
Gets an iterator referring to the "past-the-end" element in the ByteStream. (equivalent of std::vector::end())
",10041:"
Bytes::const_iterator end() const
Gets an iterator referring to the "past-the-end" element in the ByteStream. (equivalent of std::vector::cend())
",10042:"
uint16 calculateSimpleChecksum(
std::size_t from,
std::size_t to
) const
Calculates the simple checksum (simple addition of bytes)on the ByteStream
",10043:"
uint16 calculateFletcherChecksum(
std::size_t from,
std::size_t to
) const
Calculates the Fletcher checksum (position dependent checksum) on the ByteStream
",10044:"
uint32 calculateCrcChecksum(
std::size_t from,
std::size_t to
) const
Calculates the 32-bit CRC with polynomial 0x04C11DB7, an initial value of 0xFFFFFFFF, and inverted output.
",10045:"
uint32 calculateCrcChecksum() const
Calculates the 32-bit CRC with polynomial 0x04C11DB7, an initial value of 0xFFFFFFFF, and inverted output.
",10046:"
void verifyBytesInStream(
std::size_t position,
std::size_t length
) const
Checks that the current bytestream can read the requested data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/ByteStream-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/ByteStream-h-ToolTips.js deleted file mode 100644 index 6fb098ae8..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/ByteStream-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10021:"
uint8 read_uint8(
std::size_t position
) const
Reads a 1-byte unsigned integer from the byte stream
",10192:"
The possible endians that a value can be in.
",10253:"
typedef for a vector of bytes.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/ByteStream-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/ByteStream-h.html deleted file mode 100644 index cecbe964b..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/ByteStream-h.html +++ /dev/null @@ -1,295 +0,0 @@ - - -ByteStream.h - - - - - - - -
-
ByteStream
-
ByteStream
-

A stream of bytes that is used to easily store and retrieve data

-
- -
-
Functions
-
- -
-
ByteStream
-
ByteStream()
-

Default constructor to create a ByteStream object

Parameters
bigEndian

Whether this ByteStream contains floating point data in big endian (true) or little endian(false) (default of true)

-
- -
-
ByteStream
-
explicit ByteStream(
Bytes bytesToCopy
)
-

Constructor to create a ByteStream object, passing in the bytes to store in the stream

Parameters
bytesToCopy
Bytes

The vector of bytes to copy into the ByteStream

bigEndian

Whether this ByteStream contains floating point data in big endian (true) or little endian(false) (default of true)

-
- -
-
~ByteStream
-
virtual ~ByteStream()
-

Default destructor for the ByteStream object

-
- -
-
Variables
-
- -
-
m_bytes
-
Bytes m_bytes
-

The data stream object that holds all the bytes

-
- -
-
Operators
-
- -
-
[]
-

Accesses a single byte of the ByteStream

Parameters
index

The 0-based index into the ByteStream

Returns

The single byte in the ByteStream located at the requested index

Exceptions

  • std::out_of_range: The index requested is out of range

See Also

read_uint8

-
- -
-
==
-

Checks that two ByteStream objects are equal by comparing their data vectors

Returns

true if the two ByteStreams are identical, false otherwise

-
- -
-
Functions
-
- -
-
append_uint8
-
void append_uint8(
uint8 value
)
-

Appends a 1-byte unsigned integer to the byte stream

Parameters
value
uint8

The 1-byte uint8 to be added to the byte stream

-
- -
-
append_int8
-
void append_int8(
int8 value
)
-

Appends a 1-byte signed integer to the byte stream

Parameters
value
int8

The 1-byte int8 to be added to the byte stream

endian

The Utils::Endianness to append the bytes in.

-
- -
-
append_int16
-
void append_int16(
int16 value,
Utils::Endianness endian= Utils::bigEndian
)
-

Appends a 2-byte signed integer to the byte stream

Parameters
value
int16

The 2-byte int16 to be added to the byte stream

endian
Utils::Endianness

The Utils::Endianness to append the bytes in.

-
- -
-
append_uint16
-
void append_uint16(
uint16 value,
Utils::Endianness endian = Utils::bigEndian
)
-

Appends a 2-byte unsigned integer to the byte stream

Parameters
value
uint16

The 2-byte uint16 to be added to the byte stream

endian
Utils::Endianness

The Utils::Endianness to append the bytes in.

-
- -
-
append_uint32
-
void append_uint32(
uint32 value,
Utils::Endianness endian = Utils::bigEndian
)
-

Appends a 4-byte unsigned integer to the byte stream

Parameters
value
uint32

The 4-byte uint32 to be added to the byte stream

endian
Utils::Endianness

The Utils::Endianness to append the bytes in.

-
- -
-
append_uint64
-
void append_uint64(
uint64 value,
Utils::Endianness endian = Utils::bigEndian
)
-

Appends an 8-byte unsigned integer to the byte stream

Parameters
value
uint64

The 8-byte uint64 to be added to the byte stream

endian
Utils::Endianness

The Utils::Endianness to append the bytes in.

-
- -
-
append_float
-
void append_float(
float value,
Utils::Endianness endian = Utils::bigEndian
)
-

Appends a 4-byte float to the byte stream

Parameters
value
float

The 4-byte float to be added to the byte stream

endian
Utils::Endianness

The Utils::Endianness to append the bytes in.

-
- -
-
append_double
-
void append_double(
double value,
Utils::Endianness endian = Utils::bigEndian
)
-

Appends an 8-byte double to the byte stream

Parameters
value
double

The 8-byte double to be added to the byte stream

endian
Utils::Endianness

The Utils::Endianness to append the bytes in.

-
- -
-
append_string
-
void append_string(
const std::string &str
)
-

Appends a string to the byte stream.

Parameters
str
const std::string&

The string to append to the byte stream.

-
- -
-
appendBytes
-
void appendBytes(
const Bytes &bytes
)
-

Appends a vector of bytes (uint8) to the end of the current ByteStream

Parameters
bytes
const Bytes&

The bytes to be appended to the byte stream

-
- -
-
appendByteStream
-
void appendByteStream(
const ByteStream &otherStream
)
-

Appends the entire contents of a ByteStream to the end of the current ByteStream

Parameters
otherStream
const ByteStream&

The ByteStream to be appended to the current ByteStream

-
- -
-
read_int8
-
int8 read_int8(
std::size_t position
) const
-

Reads a 1-byte signed integer from the byte stream

Parameters
position
std::size_t

The 0-based position to read from

Returns

The 1-byte int8 at the requested position

Exceptions

  • std::out_of_range: The index requested is out of range

-
- -
-
read_uint8
-
uint8 read_uint8(
std::size_t position
) const
-

Reads a 1-byte unsigned integer from the byte stream

Parameters
position
std::size_t

The 0-based position to read from

Returns

The 1-byte uint8 at the requested position

Exceptions

  • std::out_of_range: The index requested is out of range

-
- -
-
read_int16
-
int16 read_int16(
std::size_t position,
Utils::Endianness endian = Utils::bigEndian
) const
-

Reads a 2-byte signed integer from the byte stream

Parameters
position
std::size_t

The 0-based position to read from

endian
Utils::Endianness

The Utils::Endianness to read the bytes in.

Returns

The int16 at the requested position

Exceptions

  • std::out_of_range: The index requested is out of range

-
- -
-
read_uint16
-
uint16 read_uint16(
std::size_t position,
Utils::Endianness endian = Utils::bigEndian
) const
-

Reads a 2-byte unsigned integer from the byte stream

Parameters
position
std::size_t

The 0-based position to read from

endian
Utils::Endianness

The Utils::Endianness to read the bytes in.

Returns

The uint16 at the requested position

Exceptions

  • std::out_of_range: The index requested is out of range

-
- -
-
read_uint24
-
uint32 read_uint24(
std::size_t position,
Utils::Endianness endian = Utils::bigEndian
) const
-

Reads a 3-byte unsigned integer from the byte stream

Parameters
position
std::size_t

The 0-based position to read from

endian
Utils::Endianness

The Utils::Endianness to read the bytes in.

Returns

A uint32 containing the uint24 value at the requested position

Exceptions

  • std::out_of_range: The index requested is out of range

-
- -
-
read_int24
-
int32 read_int24(
std::size_t position,
Utils::Endianness endian = Utils::bigEndian
) const
-

Reads a 3-byte signed integer from the byte stream

Parameters
position
std::size_t

The 0-based position to read from

endian
Utils::Endianness

The Utils::Endianness to read the bytes in.

Returns

An int32 containing the int24 value at the requested position

Exceptions

  • std::out_of_range: The index requested is out of range

-
- -
-
read_uint32
-
uint32 read_uint32(
std::size_t position,
Utils::Endianness endian = Utils::bigEndian
) const
-

Reads a 4-byte unsigned integer from the byte stream

Parameters
position
std::size_t

The 0-based position to read from

endian
Utils::Endianness

The Utils::Endianness to read the bytes in.

Returns

The uint32 at the requested position

Exceptions

  • std::out_of_range: The index requested is out of range

-
- -
-
read_uint64
-
uint64 read_uint64(
std::size_t position,
Utils::Endianness endian = Utils::bigEndian
) const
-

Reads an 8-byte unsigned integer from the byte stream

Parameters
position
std::size_t

The 0-based position to read from

endian
Utils::Endianness

The Utils::Endianness to read the bytes in.

Returns

The uint64 at the requested position

Exceptions

  • std::out_of_range: The index requested is out of range

-
- -
-
read_float
-
float read_float(
std::size_t position,
Utils::Endianness endian = Utils::bigEndian
) const
-

Reads a 4-byte float from the byte stream

Parameters
position
std::size_t

The 0-based position to read from

endian
Utils::Endianness

The Utils::Endianness to read the bytes in.

Returns

The float at the requested position

Exceptions

  • std::out_of_range: The index requested is out of range

-
- -
-
read_double
-
double read_double(
std::size_t position,
Utils::Endianness endian = Utils::bigEndian
) const
-

Reads an 8-byte double from the byte stream

Parameters
position
std::size_t

The 0-based position to read from

endian
Utils::Endianness

The Utils::Endianness to read the bytes in.

Returns

The double at the requested position

Exceptions

  • std::out_of_range: The index requested is out of range

-
- -
-
read_string
-
std::string read_string(
std::size_t position,
std::size_t length
) const
-

Reads a string of the specified length from the byte stream

Parameters
position
std::size_t

The 0-based position to start reading from

length
std::size_t

The size (number of characters) to read for

Returns

The string at the requested position of the requested length

Exceptions

-std::out_of_range: The index + length requested is out of range

-
- -
-
data
-
Bytes& data()
-

Gets the byte stream as a vector of bytes (Bytes)

Returns

The byte stream as a vector of bytes (Bytes)

-
- -
-
data
-
const Bytes& data() const
-

Gets the byte stream as a vector of bytes (Bytes)

Returns

The byte stream as a vector of bytes (Bytes)

-
- -
-
size
-
std::size_t size() const
-

Gets the size of the byte stream (equivalent of std::vector.size())

Returns

The size of the byte stream (number of bytes)

-
- -
-
clear
-
void clear()
-

Clears the byte stream (equivalent of std::vector.clear())

-
- -
-
empty
-
bool empty() const
-

Checks whether the vector is empty. (equivalent of std::vector::empty())

Returns

true if the vector is empty (size is 0), false otherwise.

-
- -
-
resize
-
void resize(
std::size_t size
)
-

Resizes the byte stream (equivalent of std::vector.resize())

-
- -
-
set
-
void set(
const Bytes &bytes
)
-

Sets the underlying bytes to the given Bytes.

-
- -
-
begin
-
Bytes::iterator begin()
-

Gets an iterator referring to the first element in the ByteStream (equivalent of std::vector::begin())

Returns

An iterator referring to the first element in the ByteStream

-
- -
-
begin
-
Bytes::const_iterator begin() const
-

Gets a constant iterator referring to the first element in the ByteStream (equivalent of std::vector::cbegin())

Returns

A const_iterator referring to the first element in the ByteStream

-
- -
-
end
-
Bytes::iterator end()
-

Gets an iterator referring to the "past-the-end" element in the ByteStream. (equivalent of std::vector::end())

Returns

An iterator referring to the "past-the-end" element in the ByteStream

-
- -
-
end
-
Bytes::const_iterator end() const
-

Gets an iterator referring to the "past-the-end" element in the ByteStream. (equivalent of std::vector::cend())

Returns

A const_iterator referring to the "past-the-end" element in the ByteStream

-
- -
-
calculateSimpleChecksum
-
uint16 calculateSimpleChecksum(
std::size_t from,
std::size_t to
) const
-

Calculates the simple checksum (simple addition of bytes)on the ByteStream

Parameters
from
std::size_t

The 0-based starting position in the bytes vector to start calculating the checksum (includes this byte)

to
std::size_t

The 0-based end position in the bytes vector to end calculating the checksum (includes this byte)

Returns

The simple checksum (addition of bytes) of the ByteStream for the given positions.

Exceptions

  • std::out_of_range: The index requested is out of range

-
- -
-
calculateFletcherChecksum
-
uint16 calculateFletcherChecksum(
std::size_t from,
std::size_t to
) const
-

Calculates the Fletcher checksum (position dependent checksum) on the ByteStream

Parameters
from
std::size_t

The 0-based starting position in the bytes vector to start calculating the checksum (includes this byte)

to
std::size_t

The 0-based end position in the bytes vector to end calculating the checksum (includes this byte)

Returns

The Fletcher checksum of the ByteStream for the given positions.

Exceptions

  • std::out_of_range: The index requested is out of range

-
- -
-
calculateCrcChecksum
-
uint32 calculateCrcChecksum(
std::size_t from,
std::size_t to
) const
-

Calculates the 32-bit CRC with polynomial 0x04C11DB7, an initial value of 0xFFFFFFFF, and inverted output.

Parameters
from
std::size_t

The 0-based starting position in the bytes vector to start calculating the checksum (includes this byte)

to
std::size_t

The 0-based end position in the bytes vector to end calculating the checksum (includes this byte)

Returns

The CRC checksum of the ByteStream for the given positions.

Exceptions

  • std::out_of_range: The index requested is out of range

-
- -
-
calculateCrcChecksum
-
uint32 calculateCrcChecksum() const
-

Calculates the 32-bit CRC with polynomial 0x04C11DB7, an initial value of 0xFFFFFFFF, and inverted output.

Returns

The CRC checksum of all bytes in the ByteStream.

Exceptions

  • std::out_of_range: The index requested is out of range

-
- -
-
verifyBytesInStream
-
void verifyBytesInStream(
std::size_t position,
std::size_t length
) const
-

Checks that the current bytestream can read the requested data

Parameters
position
std::size_t

The 0-based start position that is desired to read data from

length
std::size_t

The amount of bytes desired to read

Exceptions

  • std::out_of_range: The index requested is out of range

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/ChecksumBuilder-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/ChecksumBuilder-h-Summary.js deleted file mode 100644 index c090cd3c1..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/ChecksumBuilder-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/ChecksumBuilder.h","ChecksumBuilder.h");NDSummary.OnSummaryLoaded("File:MicroStrain/ChecksumBuilder.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[9986,0,0,"ChecksumBuilder","ChecksumBuilder"],[9987,0,2,"Variables","ChecksumBuilder.Variables"],[9988,0,3,"m_bytes","ChecksumBuilder.m_bytes"],[9989,0,2,"Functions","ChecksumBuilder.Functions"],[9990,0,1,"append_uint8","ChecksumBuilder.append_uint8"],[9991,0,1,"append_uint16","ChecksumBuilder.append_uint16"],[9992,0,1,"append_uint32","ChecksumBuilder.append_uint32"],[9993,0,1,"appendBytes","ChecksumBuilder.appendBytes"],[9994,0,1,"appendByteStream","ChecksumBuilder.appendByteStream"],[9995,0,1,"simpleChecksum","ChecksumBuilder.simpleChecksum"],[9996,0,1,"fletcherChecksum","ChecksumBuilder.fletcherChecksum"],[9997,0,1,"crcChecksum","ChecksumBuilder.crcChecksum"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/ChecksumBuilder-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/ChecksumBuilder-h-SummaryToolTips.js deleted file mode 100644 index 9076177e6..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/ChecksumBuilder-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/ChecksumBuilder.h",{9986:"
ChecksumBuilder
A class used to simply perform checksums on data
",9988:"
ByteStream m_bytes
The ByteStream that holds the data that needs checksummed
",9990:"
void append_uint8(
uint8 value
)
Appends a 1-byte unsigned integer to the ChecksumBuilder
",9991:"
void append_uint16(
uint16 value
)
Appends a 2-byte unsigned integer to the ChecksumBuilder
",9992:"
void append_uint32(
uint32 value
)
Appends a 4-byte unsigned integer to the ChecksumBuilder
",9993:"
void appendBytes(
const Bytes &bytes
)
Appends a vector of bytes to the end of the current ChecksumBuilder
",9994:"
void appendByteStream(
const ByteStream &otherStream
)
Appends the entire contents of a ByteStream to the end of the current ChecksumBuilder
",9995:"
uint16 simpleChecksum() const
Returns a simple checksum of all the bytes in the ChecksumBuilder
",9996:"
uint16 fletcherChecksum() const
Returns the Fletcher checksum of all the bytes in the ChecksumBuilder
",9997:"
uint32 crcChecksum() const
Returns the 32-bit CRC with polynomial 0x04C11DB7, an initial value of 0xFFFFFFFF, and inverted output.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/ChecksumBuilder-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/ChecksumBuilder-h-ToolTips.js deleted file mode 100644 index 4ffa678b5..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/ChecksumBuilder-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10253:"
typedef for a vector of bytes.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/ChecksumBuilder-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/ChecksumBuilder-h.html deleted file mode 100644 index eb8a99675..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/ChecksumBuilder-h.html +++ /dev/null @@ -1,79 +0,0 @@ - - -ChecksumBuilder.h - - - - - - - -
-
ChecksumBuilder
-
ChecksumBuilder
-

A class used to simply perform checksums on data

-
- -
-
Variables
-
- -
-
m_bytes
-
ByteStream m_bytes
-

The ByteStream that holds the data that needs checksummed

-
- -
-
Functions
-
- -
-
append_uint8
-
void append_uint8(
uint8 value
)
-

Appends a 1-byte unsigned integer to the ChecksumBuilder

Parameters
value
uint8

The uint8 to be added to the ChecksumBuilder

-
- -
-
append_uint16
-
void append_uint16(
uint16 value
)
-

Appends a 2-byte unsigned integer to the ChecksumBuilder

Parameters
value
uint16

The uint16 to be added to the ChecksumBuilder

-
- -
-
append_uint32
-
void append_uint32(
uint32 value
)
-

Appends a 4-byte unsigned integer to the ChecksumBuilder

Parameters
value
uint32

The uint32 to be added to the ChecksumBuilder

-
- -
-
appendBytes
-
void appendBytes(
const Bytes &bytes
)
-

Appends a vector of bytes to the end of the current ChecksumBuilder

Parameters
bytes
const Bytes&

The bytes to be appended to the ChecksumBuilder

-
- -
-
appendByteStream
-
void appendByteStream(
const ByteStream &otherStream
)
-

Appends the entire contents of a ByteStream to the end of the current ChecksumBuilder

Parameters
otherStream
const ByteStream&

The ByteStream to be appended to the current ChecksumBuilder

-
- -
-
simpleChecksum
-
uint16 simpleChecksum() const
-

Returns a simple checksum of all the bytes in the ChecksumBuilder

Returns

The simple checksum of all the bytes in the ChecksumBuilder

-
- -
-
fletcherChecksum
-
uint16 fletcherChecksum() const
-

Returns the Fletcher checksum of all the bytes in the ChecksumBuilder

Returns

The Fletcher checksum of all the bytes in the ChecksumBuilder

-
- -
-
crcChecksum
-
uint32 crcChecksum() const
-

Returns the 32-bit CRC with polynomial 0x04C11DB7, an initial value of 0xFFFFFFFF, and inverted output.

Returns

The CRC checksum of all bytes in the ChecksumBuilder.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/DataBuffer-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/DataBuffer-h-Summary.js deleted file mode 100644 index 3f1b8ae22..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/DataBuffer-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/DataBuffer.h","DataBuffer.h");NDSummary.OnSummaryLoaded("File:MicroStrain/DataBuffer.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Sections","Section"],["Variables","Variable"]],[[9916,0,3,"DataBuffer","DataBuffer"],[9917,0,0,"BufferWriter","BufferWriter"],[9918,0,2,"Functions","BufferWriter.Functions"],[9919,0,1,"BufferWriter","BufferWriter.BufferWriter"],[9920,0,2,"Variables","BufferWriter.Variables"],[9921,0,4,"m_buffer","BufferWriter.m_buffer"],[9922,0,4,"m_size","BufferWriter.m_size"],[9923,0,4,"m_writeOffset","BufferWriter.m_writeOffset"],[9924,0,2,"Functions","BufferWriter.Functions(2)"],[9925,0,1,"buffer","BufferWriter.buffer"],[9926,0,1,"size","BufferWriter.size"],[9927,0,1,"commit","BufferWriter.commit"],[9928,0,0,"DataBuffer","DataBuffer(2)"],[9929,0,2,"Variables","DataBuffer.Variables"],[9930,0,4,"m_data","DataBuffer.m_data"],[9931,0,4,"m_appendPosition","DataBuffer.m_appendPosition"],[9932,0,4,"m_readPosition","DataBuffer.m_readPosition"],[9933,0,2,"Functions","DataBuffer.Functions"],[9934,0,1,"DataBuffer","DataBuffer.DataBuffer"],[9935,0,1,"DataBuffer","DataBuffer.DataBuffer(2)"],[9936,0,1,"DataBuffer","DataBuffer.DataBuffer(3)"],[9937,0,1,"~DataBuffer","DataBuffer.~DataBuffer"],[9938,0,1,"peekByte","DataBuffer.peekByte"],[9939,0,1,"skipBytes","DataBuffer.skipBytes"],[9940,0,1,"read_int8","DataBuffer.read_int8"],[9941,0,1,"read_uint8","DataBuffer.read_uint8"],[9942,0,1,"read_int16","DataBuffer.read_int16"],[9943,0,1,"read_uint16","DataBuffer.read_uint16"],[9944,0,1,"read_uint32","DataBuffer.read_uint32"],[9945,0,1,"read_uint64","DataBuffer.read_uint64"],[9946,0,1,"read_float","DataBuffer.read_float"],[9947,0,1,"read_double","DataBuffer.read_double"],[9948,0,1,"read_string","DataBuffer.read_string"],[9949,0,1,"size","DataBuffer.size"],[9950,0,1,"bytesRemanining","DataBuffer.bytesRemanining"],[9951,0,1,"appendPosition","DataBuffer.appendPosition"],[9952,0,1,"readPosition","DataBuffer.readPosition"],[9953,0,1,"moreToRead","DataBuffer.moreToRead"],[9954,0,1,"shiftExtraToStart","DataBuffer.shiftExtraToStart"],[9955,0,1,"getBufferWriter","DataBuffer.getBufferWriter"],[9956,0,1,"resetBuffer","DataBuffer.resetBuffer"],[9957,0,1,"bytesToRead","DataBuffer.bytesToRead"],[9958,0,1,"bytesToRead","DataBuffer.bytesToRead(2)"],[9959,0,0,"ReadBufferSavePoint","ReadBufferSavePoint"],[9960,0,2,"Functions","ReadBufferSavePoint.Functions"],[9961,0,1,"ReadBufferSavePoint","ReadBufferSavePoint.ReadBufferSavePoint"],[9962,0,1,"ReadBufferSavePoint","ReadBufferSavePoint.ReadBufferSavePoint(2)"],[9963,0,2,"Variables","ReadBufferSavePoint.Variables"],[9964,0,4,"m_data","ReadBufferSavePoint.m_data"],[9965,0,4,"m_savePosition","ReadBufferSavePoint.m_savePosition"],[9966,0,2,"Functions","ReadBufferSavePoint.Functions(2)"],[9967,0,1,"revert","ReadBufferSavePoint.revert"],[9968,0,1,"commit","ReadBufferSavePoint.commit"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/DataBuffer-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/DataBuffer-h-SummaryToolTips.js deleted file mode 100644 index ee6052280..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/DataBuffer-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/DataBuffer.h",{9916:"
Used to easily read a container of bytes
",9917:"
BufferWriter
Class used to interface with a DataBuffer and append data to it
",9919:"
BufferWriter(
uint8 *buffer,
std::size_t size,
std::size_t *offset
)
Constructor to create a BufferWriter object
",9921:"
uint8* m_buffer
The buffer to write to, at the specific position to start writing data
",9922:"
std::size_t m_size
The size available to write
",9923:"
std::size_t* m_writeOffset
A pointer to the current position to start writing in the buffer
",9925:"
uint8* buffer()
Gets the buffer to write to
",9926:"
std::size_t size()
Gets the size of the buffer available to write
",9927:"
void commit(
std::size_t numBytesAdded
)
Commits a number of bytes that were added to the buffer by moving the current offset.
",9928:"
DataBuffer
A buffer of bytes extending from the ByteStream class that is used for holding bytes read in from the connection
",9930:"
ByteStream m_data
The underlying ByteStream that holds the data
",9931:"
std::size_t m_appendPosition
The current position to use when appending data to the buffer
",9932:"
std::size_t m_readPosition
The current position in the buffer for reading data
",9934:"
explicit DataBuffer(
uint32 size
)
Constructor to create a DataBuffer object
",9935:"
explicit DataBuffer(
const Bytes &data
)
Constructor to create a DataBuffer object given existing data as Bytes
",9936:"
explicit DataBuffer(
const ByteStream &data
)
Constructor to create a DataBuffer given an existing ByteStream
",9937:"
virtual ~DataBuffer()
Default destructor for the DataBuffer object
",9938:"
uint8 peekByte()
Gets the next byte from the buffer without moving the read position
",9939:"
void skipBytes(
std::size_t numBytesToSkip
)
Moves the read pointer forward the requested number of bytes
",9940:"
int8 read_int8()
Reads the next 1-byte signed integer from the buffer
",9941:"
uint8 read_uint8()
Reads the next 1-byte unsigned integer from the buffer
",9942:"
int16 read_int16()
Reads the next 2-byte signed integer from the buffer
",9943:"
uint16 read_uint16()
Reads the next 2-byte unsigned integer from the buffer
",9944:"
uint32 read_uint32()
Reads the next 4-byte unsigned integer from the buffer
",9945:"
uint64 read_uint64()
Reads the next 8-byte unsigned integer from the buffer
",9946:"
float read_float()
Reads the next 4-byte float from the buffer
",9947:"
double read_double()
Reads the next 8-byte double from the buffer
",9948:"
std::string read_string(
std::size_t length
)
Reads a string of the specified length from the buffer
",9949:"
std::size_t size() const
Gets the amount of bytes in the DataBuffer
",9951:"
std::size_t appendPosition() const
Gets the append position of the buffer.
",9952:"
std::size_t readPosition() const
Gets the read position of the buffer.
",9953:"
bool moreToRead() const
Gets whether or not there are more bytes to be read in the DataBuffer
",9954:"
std::size_t shiftExtraToStart()
Copies any unparsed data in the DataBuffer to the front of the buffer.  Also resets the readPosition and moves the appendPosition to immediately after the data that was moved.
",9955:"
BufferWriter getBufferWriter()
Creates a BufferWriter object based on this DataBuffer.
",9956:"
void resetBuffer()
Resets the append and read positions in the buffer back to 0.
",9957:"
Bytes bytesToRead() const
Gets a copy of the underlying bytes in this DataBuffer from the read position to the appendPosition.
",9958:"
Bytes bytesToRead(
std::size_t startPos,
std::size_t size
) const
Gets a copy of the underlying bytes in this DataBuffer from the given start position, for the given size.
",9959:"
ReadBufferSavePoint
Acts as a save point so that bytes can be read out of a DataBuffer and the read point reverted
",9961:"
ReadBufferSavePoint(
DataBuffer *data
)
Creates a ReadBufferSavePoint based on the DataBuffer passed in
",9962:"
~ReadBufferSavePoint()
Destroying a ReadBufferSavePoint object, reverting any uncommited data
",9964:"
DataBuffer* m_data
The DataBuffer of data to be accessed
",9965:"
std::size_t m_savePosition
The current save position in the DataBuffer
",9967:"
void revert()
reverts the read position of the DataBuffer back to its saved position
",9968:"
void commit()
commits all the currently read data so that it will not be reverted
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/DataBuffer-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/DataBuffer-h-ToolTips.js deleted file mode 100644 index f7ee6a9a5..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/DataBuffer-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({9916:"
Used to easily read a container of bytes
",9917:"
BufferWriter
Class used to interface with a DataBuffer and append data to it
",9928:"
DataBuffer
A buffer of bytes extending from the ByteStream class that is used for holding bytes read in from the connection
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10253:"
typedef for a vector of bytes.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/DataBuffer-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/DataBuffer-h.html deleted file mode 100644 index 74ced75c3..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/DataBuffer-h.html +++ /dev/null @@ -1,311 +0,0 @@ - - -DataBuffer.h - - - - - - - -
-
DataBuffer
-

Used to easily read a container of bytes

-
- -
-
BufferWriter
-
BufferWriter
-

Class used to interface with a DataBuffer and append data to it

-
- -
-
Functions
-
- -
-
BufferWriter
-
BufferWriter(
uint8 *buffer,
std::size_t size,
std::size_t *offset
)
-

Constructor to create a BufferWriter object

-
- -
-
Variables
-
- -
-
m_buffer
-
uint8* m_buffer
-

The buffer to write to, at the specific position to start writing data

-
- -
-
m_size
-
std::size_t m_size
-

The size available to write

-
- -
-
m_writeOffset
-
std::size_t* m_writeOffset
-

A pointer to the current position to start writing in the buffer

-
- -
-
Functions
-
- -
-
buffer
-
uint8* buffer()
-

Gets the buffer to write to

Returns

The buffer to write to, as a byte reference

-
- -
-
size
-
std::size_t size()
-

Gets the size of the buffer available to write

Returns

The size of the buffer available to write

-
- -
-
commit
-
void commit(
std::size_t numBytesAdded
)
-

Commits a number of bytes that were added to the buffer by moving the current offset.

This function must be called after bytes are added to the buffer, or else they will be ignored as if they were never added.

Parameters
numBytesAdded
std::size_t

The number of bytes added to the buffer

-
- -
-
DataBuffer
-
DataBuffer
-

A buffer of bytes extending from the ByteStream class that is used for holding bytes read in from the connection

See Also

ByteStream

-
- -
-
Variables
-
- -
-
m_data
-
ByteStream m_data
-

The underlying ByteStream that holds the data

-
- -
-
m_appendPosition
-
std::size_t m_appendPosition
-

The current position to use when appending data to the buffer

-
- -
-
m_readPosition
-
std::size_t m_readPosition
-

The current position in the buffer for reading data

-
- -
-
Functions
-
- -
-
DataBuffer
-
explicit DataBuffer(
uint32 size
)
-

Constructor to create a DataBuffer object

Parameters
size
uint32

The start and final size of the DataBuffer

-
- -
-
DataBuffer
-
explicit DataBuffer(
const Bytes &data
)
-

Constructor to create a DataBuffer object given existing data as Bytes

Parameters
data
const Bytes&

a Bytes array containing existing data

-
- -
-
DataBuffer
-
explicit DataBuffer(
const ByteStream &data
)
-

Constructor to create a DataBuffer given an existing ByteStream

Parameters
data
const ByteStream&

a ByteStream containing existing data

-
- -
-
~DataBuffer
-
virtual ~DataBuffer()
-

Default destructor for the DataBuffer object

-
- -
-
peekByte
-
uint8 peekByte()
-

Gets the next byte from the buffer without moving the read position

Returns

The next byte in the buffer, based on its current position

Exceptions

  • std::out_of_range: The index requested is out of range

-
- -
-
skipBytes
-
void skipBytes(
std::size_t numBytesToSkip
)
-

Moves the read pointer forward the requested number of bytes

-
- -
-
read_int8
-
int8 read_int8()
-

Reads the next 1-byte signed integer from the buffer

Returns

The next int8 in the buffer, based on its current position

Exceptions

  • std::out_of_range: The index requested is out of range

-
- -
-
read_uint8
-
uint8 read_uint8()
-

Reads the next 1-byte unsigned integer from the buffer

Returns

The next uint8 in the buffer, based on its current position

Exceptions

  • std::out_of_range: The index requested is out of range

-
- -
-
read_int16
-
int16 read_int16()
-

Reads the next 2-byte signed integer from the buffer

Returns

The next int16 in the buffer, based on its current position

Exceptions

  • std::out_of_range: The index requested is out of range

-
- -
-
read_uint16
-
uint16 read_uint16()
-

Reads the next 2-byte unsigned integer from the buffer

Returns

The next uint16 in the buffer, based on its current position

Exceptions

  • std::out_of_range: The index requested is out of range

-
- -
-
read_uint32
-
uint32 read_uint32()
-

Reads the next 4-byte unsigned integer from the buffer

Returns

The next uint32 in the buffer, based on its current position

Exceptions

  • std::out_of_range: The index requested is out of range

-
- -
-
read_uint64
-
uint64 read_uint64()
-

Reads the next 8-byte unsigned integer from the buffer

Returns

The next uint364 in the buffer, based on its current position

Exceptions

  • std::out_of_range: The index requested is out of range

-
- -
-
read_float
-
float read_float()
-

Reads the next 4-byte float from the buffer

Returns

The next float in the buffer, based on its current position

Exceptions

  • std::out_of_range: The index requested is out of range

-
- -
-
read_double
-
double read_double()
-

Reads the next 8-byte double from the buffer

Returns

The next double in the buffer, based on its current position

Exceptions

  • std::out_of_range: The index requested is out of range

-
- -
-
read_string
-
std::string read_string(
std::size_t length
)
-

Reads a string of the specified length from the buffer

Parameters
length
std::size_t

The length (number of characters) of the string to read

Returns

The string of the specified length, starting from the current position in the buffer

Exceptions

  • std::out_of_range: The index + length requested is out of range

-
- -
-
size
-
std::size_t size() const
-

Gets the amount of bytes in the DataBuffer

Returns

The amount of bytes in the DataBuffer

-
- -
-
bytesRemanining
-
Gets the remaining bytes available to read (append position

read position)

Returns

The remaining number of bytes available to read

-
- -
-
appendPosition
-
std::size_t appendPosition() const
-

Gets the append position of the buffer.

Returns

The append position of the buffer.

-
- -
-
readPosition
-
std::size_t readPosition() const
-

Gets the read position of the buffer.

Returns

The read position of the buffer.

-
- -
-
moreToRead
-
bool moreToRead() const
-

Gets whether or not there are more bytes to be read in the DataBuffer

Returns

true if m_moreToRead is true, false otherwise

-
- -
-
shiftExtraToStart
-
std::size_t shiftExtraToStart()
-

Copies any unparsed data in the DataBuffer to the front of the buffer.  Also resets the readPosition and moves the appendPosition to immediately after the data that was moved.

Returns

The number of bytes that were shifted.

-
- -
-
getBufferWriter
-
BufferWriter getBufferWriter()
-

Creates a BufferWriter object based on this DataBuffer.

Returns

A BufferWriter object used to add data to this DataBuffer

-
- -
-
resetBuffer
-
void resetBuffer()
-

Resets the append and read positions in the buffer back to 0.

-
- -
-
bytesToRead
-
Bytes bytesToRead() const
-

Gets a copy of the underlying bytes in this DataBuffer from the read position to the appendPosition.

Returns

A Bytes container.

-
- -
-
bytesToRead
-
Bytes bytesToRead(
std::size_t startPos,
std::size_t size
) const
-

Gets a copy of the underlying bytes in this DataBuffer from the given start position, for the given size.

Returns

A Bytes container.

-
- -
-
ReadBufferSavePoint
-
ReadBufferSavePoint
-

Acts as a save point so that bytes can be read out of a DataBuffer and the read point reverted

See Also

DataBuffer

-
- -
-
Functions
-
- -
-
ReadBufferSavePoint
-
ReadBufferSavePoint(
DataBuffer *data
)
-

Creates a ReadBufferSavePoint based on the DataBuffer passed in

Parameters
data
DataBuffer*

the data that will be updated or reverted

-
- -
-
ReadBufferSavePoint
-
~ReadBufferSavePoint()
-

Destroying a ReadBufferSavePoint object, reverting any uncommited data

-
- -
-
Variables
-
- -
-
m_data
-
DataBuffer* m_data
-

The DataBuffer of data to be accessed

-
- -
-
m_savePosition
-
std::size_t m_savePosition
-

The current save position in the DataBuffer

-
- -
-
Functions
-
- -
-
revert
-
void revert()
-

reverts the read position of the DataBuffer back to its saved position

-
- -
-
commit
-
void commit()
-

commits all the currently read data so that it will not be reverted

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/DataPoint-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/DataPoint-h-Summary.js deleted file mode 100644 index 0407218e3..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/DataPoint-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/DataPoint.h","DataPoint.h");NDSummary.OnSummaryLoaded("File:MicroStrain/DataPoint.h",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Enums","Enumeration"],["Functions","Function"],["Groups","Group"],["Sections","Section"],["Types","Type"],["Variables","Variable"]],[[9893,0,5,"DataPoint","DataPoint"],[9894,0,4,"Types","Types"],[9895,0,6,"RfSweep","RfSweep"],[9896,0,0,"DataPoint","DataPoint(2)"],[9897,0,4,"Types","DataPoint.Types"],[9898,0,2,"ChannelPropertyId","DataPoint.ChannelPropertyId"],[9899,0,1,,"DataPoint.channelPropertyId_angle"],[9900,0,1,,"DataPoint.channelPropertyId_derivedFrom"],[9901,0,1,,"DataPoint.channelPropertyId_derivedAlgorithmId"],[9902,0,6,"ChannelProperties","DataPoint.ChannelProperties"],[9903,0,4,"Functions","DataPoint.Functions"],[9904,0,3,"DataPoint","DataPoint.DataPoint"],[9905,0,4,"Variables","DataPoint.Variables"],[9906,0,7,"m_channelProperties","DataPoint.m_channelProperties"],[9907,0,4,"Functions","DataPoint.Functions(2)"],[9908,0,3,"channelProperty","DataPoint.channelProperty"],[9909,0,3,"as_Vector","DataPoint.as_Vector"],[9910,0,3,"as_Matrix","DataPoint.as_Matrix"],[9911,0,3,"as_Timestamp","DataPoint.as_Timestamp"],[9912,0,3,"as_Bytes","DataPoint.as_Bytes"],[9913,0,3,"as_StructuralHealth","DataPoint.as_StructuralHealth"],[9914,0,3,"as_RfSweep","DataPoint.as_RfSweep"],[9915,0,3,"as_string","DataPoint.as_string"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/DataPoint-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/DataPoint-h-SummaryToolTips.js deleted file mode 100644 index 89759efbf..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/DataPoint-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/DataPoint.h",{9895:"
Typedef for a map of uint32 to int16 values.
",9896:"
DataPoint
Base class representing common functionality between Wireless and Inertial data points
",9898:"
Available channel properties that can be stored with the WirelessDataPoint.
",9902:"
Typedef for a map of ChannelPropertyId to Value pairs.
",9904:"
DataPoint(
ValueType type,
const anyType &value,
const ChannelProperties &channelProperties = ChannelProperties()
)
Creates a DataPoint object
",9906:"
ChannelProperties m_channelProperties
The ChannelProperties associated with the data point (if any).
",9908:"
const Value& channelProperty(
ChannelPropertyId id
) const
Gets the channel property for the specified ChannelPropertyId associated with the data point.
",9909:"
const Vector as_Vector() const
Gets the data value as a Vector object
",9910:"
const Matrix as_Matrix() const
Gets the data value as a Matrix object
",9911:"
const Timestamp as_Timestamp() const
Gets the data value as a Timestamp object
",9912:"
const Bytes as_Bytes() const
Gets the data value as a Bytes object (vector of uint8).
",9913:"
const StructuralHealth as_StructuralHealth() const
Gets the data value as a StructuralHealth object.
",9914:"
const RfSweep as_RfSweep() const
Gets the data value as an RfSweep.
",9915:"
std::string as_string() const override
Gets the data value as a string
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/DataPoint-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/DataPoint-h-ToolTips.js deleted file mode 100644 index b5c21818e..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/DataPoint-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({4527:"
MipDataPoint
Represents a single Inertial Data Point (Extends from DataPoint)
",8011:"
WirelessDataPoint
Represents a single channel\'s data point within a sweep
",8413:"
StructuralHealth
Holds Structural Health Monitor channel information.
",9147:"
The types of channels that can be sent in a derived data packet.
",9478:"
ChannelMask
Represents the channel mask (active and inactive channels) for a WirelessNode.
",9800:"
Vector
Represents a Vector of values
",9861:"
Matrix
Represents a Matrix of values (varying size)
",9895:"
Typedef for a map of uint32 to int16 values.
",9898:"
Available channel properties that can be stored with the WirelessDataPoint.
",9902:"
Typedef for a map of ChannelPropertyId to Value pairs.
",10144:"
Value
Represents a single value that can be stored/accessed in multiple ways.
",10249:"
Typedef for a simple_any type
",10253:"
typedef for a vector of bytes.
",10291:"
Timestamp
Represents a date/time object
",10453:"
Error_NotSupported
A command/feature was attempted to be used that was not supported.
",10461:"
Error_BadDataType
Data of one type was accessed as another type (simple_any)
",4527:"
MipDataPoint
Represents a single Inertial Data Point (Extends from DataPoint)
",8011:"
WirelessDataPoint
Represents a single channel\'s data point within a sweep
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/DataPoint-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/DataPoint-h.html deleted file mode 100644 index eeb30a374..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/DataPoint-h.html +++ /dev/null @@ -1,116 +0,0 @@ - - -DataPoint.h - - - - - - - -
-
DataPoint
-
- -
-
Types
-
- -
-
RfSweep
-

Typedef for a map of uint32 to int16 values.

-
- -
-
DataPoint
- -

Base class representing common functionality between Wireless and Inertial data points

See Also
-
- -
-
Types
-
- -
-
ChannelPropertyId
-

Available channel properties that can be stored with the WirelessDataPoint.

channelPropertyId_angle

0 - The angle (float) that the channel is from.

channelPropertyId_derivedFrom

1 - The ChannelMask that a derived channel is representing.

channelPropertyId_derivedAlgorithmId

2 - The WirelessTypes::DerivedDataPacketAlgorithmId of the derived channel.

-
- -
-
ChannelProperties
-

Typedef for a map of ChannelPropertyId to Value pairs.

-
- -
-
Functions
-
- -
-
DataPoint
-
DataPoint(
ValueType type,
const anyType &value,
const ChannelProperties &channelProperties = ChannelProperties()
)
-

Creates a DataPoint object

Parameters
type
ValueType

The ValueType of the data that is stored

value
const anyType&

The data that is to be stored

-
- -
-
Variables
-
- -
-
m_channelProperties
-
ChannelProperties m_channelProperties
-

The ChannelProperties associated with the data point (if any).

-
- -
-
Functions
-
- -
-
channelProperty
-
const Value& channelProperty(
ChannelPropertyId id
) const
-

Gets the channel property for the specified ChannelPropertyId associated with the data point.

Parameters
id
ChannelPropertyId

The ChannelPropertyId to request.

Returns

A Value representing the channel property.

Exceptions
-
- -
-
as_Vector
-
const Vector as_Vector() const
-

Gets the data value as a Vector object

Returns

The data value as a Vector object

Exceptions
-
- -
-
as_Matrix
-
const Matrix as_Matrix() const
-

Gets the data value as a Matrix object

Returns

The data value as a Matrix object

Exceptions
-
- -
-
as_Timestamp
-
const Timestamp as_Timestamp() const
-

Gets the data value as a Timestamp object

Returns

The data value as a Timestamp object

Exceptions
-
- -
-
as_Bytes
-
const Bytes as_Bytes() const
-

Gets the data value as a Bytes object (vector of uint8).

Returns

The data value as a Bytes object.

Exceptions
-
- -
-
as_StructuralHealth
-
const StructuralHealth as_StructuralHealth() const
-

Gets the data value as a StructuralHealth object.

Returns

The data value as a StructuralHealth object.

Exceptions
-
- -
-
as_RfSweep
-
const RfSweep as_RfSweep() const
-

Gets the data value as an RfSweep.

Returns

The data value as an RfSweep.

Exceptions
-
- -
-
as_string
-
std::string as_string() const override
-

Gets the data value as a string

Returns

A string representing the data value. This will be created using the value's current valueType.  - A value stored as a float will return a string as so: "1.2345".  - A value stored as a Vector will return a string as so: "[1.2,3.4,5.6]" - A value stored as a Matrix will return a string as so: "[[0,0.1,0.2],[1,1.1,1.2],[2,2.1,2.2]]" - A value stored as Bytes will return a string as so: "0x01 0x02 0x03 0x0a 0xab"

Exceptions

  • Error_BadDataType: The type in which the value was stored could not be converted to a string.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Displacement/Commands/DeviceTime-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Displacement/Commands/DeviceTime-h-Summary.js deleted file mode 100644 index a07a83a30..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Displacement/Commands/DeviceTime-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Displacement/Commands/DeviceTime.h","DeviceTime.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Displacement/Commands/DeviceTime.h",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Groups","Group"]],[[264,0,0,"DeviceTime","DeviceTime"],[265,0,2,"Constants","DeviceTime.Constants"],[266,0,1,"Packet Bytes","DeviceTime.Packet_Bytes"],[267,0,1,,"DeviceTime.FIELD_DATA_BYTE"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Displacement/Commands/DeviceTime-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Displacement/Commands/DeviceTime-h-SummaryToolTips.js deleted file mode 100644 index 5f0c9f18f..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Displacement/Commands/DeviceTime-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Displacement/Commands/DeviceTime.h",{264:"
DeviceTime
Contains the logic for the DeviceTime command.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Displacement/Commands/DeviceTime-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Displacement/Commands/DeviceTime-h-ToolTips.js deleted file mode 100644 index 9589986d9..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Displacement/Commands/DeviceTime-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2937:"
GenericMipCommand
Represents a base class for MIP commands
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Displacement/Commands/DeviceTime-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Displacement/Commands/DeviceTime-h.html deleted file mode 100644 index 61c3ac00c..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Displacement/Commands/DeviceTime-h.html +++ /dev/null @@ -1,26 +0,0 @@ - - -DeviceTime.h - - - - - - - -
-
DeviceTime
- -

Contains the logic for the DeviceTime command.

-
- -
-
Constants
-
- -
-
Packet Bytes
-
FIELD_DATA_BYTE

Descriptor byte for the Field data.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Displacement/Commands/DisplacementOutputDataRate-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Displacement/Commands/DisplacementOutputDataRate-h-Summary.js deleted file mode 100644 index 2675f1456..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Displacement/Commands/DisplacementOutputDataRate-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Displacement/Commands/DisplacementOutputDataRate.h","DisplacementOutputDataRate.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Displacement/Commands/DisplacementOutputDataRate.h",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Groups","Group"]],[[260,0,0,"DisplacementOutputDataRate","DisplacementOutputDataRate"],[261,0,2,"Constants","DisplacementOutputDataRate.Constants"],[262,0,1,"Packet Bytes","DisplacementOutputDataRate.Packet_Bytes"],[263,0,1,,"DisplacementOutputDataRate.FIELD_DATA_BYTE"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Displacement/Commands/DisplacementOutputDataRate-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Displacement/Commands/DisplacementOutputDataRate-h-SummaryToolTips.js deleted file mode 100644 index 5bfc19a35..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Displacement/Commands/DisplacementOutputDataRate-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Displacement/Commands/DisplacementOutputDataRate.h",{260:"
DisplacementOutputDataRate
Contains the logic for the DisplacementOutputDataRate command.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Displacement/Commands/DisplacementOutputDataRate-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Displacement/Commands/DisplacementOutputDataRate-h-ToolTips.js deleted file mode 100644 index 9589986d9..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Displacement/Commands/DisplacementOutputDataRate-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2937:"
GenericMipCommand
Represents a base class for MIP commands
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Displacement/Commands/DisplacementOutputDataRate-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Displacement/Commands/DisplacementOutputDataRate-h.html deleted file mode 100644 index cacadd9ba..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Displacement/Commands/DisplacementOutputDataRate-h.html +++ /dev/null @@ -1,26 +0,0 @@ - - -DisplacementOutputDataRate.h - - - - - - - -
-
DisplacementOutputDataRate
-
private
GenericMipCommand
DisplacementOutputDataRate
-

Contains the logic for the DisplacementOutputDataRate command.

-
- -
-
Constants
-
- -
-
Packet Bytes
-
FIELD_DATA_BYTE

Descriptor byte for the Field data.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Displacement/Commands/GetAnalogToDisplacementCals-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Displacement/Commands/GetAnalogToDisplacementCals-h-Summary.js deleted file mode 100644 index 4461acc4b..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Displacement/Commands/GetAnalogToDisplacementCals-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Displacement/Commands/GetAnalogToDisplacementCals.h","GetAnalogToDisplacementCals.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Displacement/Commands/GetAnalogToDisplacementCals.h",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Groups","Group"]],[[231,0,0,"GetAnalogToDisplacementCals","GetAnalogToDisplacementCals"],[232,0,2,"Constants","GetAnalogToDisplacementCals.Constants"],[233,0,1,"Packet Bytes","GetAnalogToDisplacementCals.Packet_Bytes"],[234,0,1,,"GetAnalogToDisplacementCals.FIELD_DATA_BYTE"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Displacement/Commands/GetAnalogToDisplacementCals-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Displacement/Commands/GetAnalogToDisplacementCals-h-SummaryToolTips.js deleted file mode 100644 index b388be907..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Displacement/Commands/GetAnalogToDisplacementCals-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Displacement/Commands/GetAnalogToDisplacementCals.h",{231:"
GetAnalogToDisplacementCals
Contains the logic for the GetAnalogToDisplacementCals command.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Displacement/Commands/GetAnalogToDisplacementCals-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Displacement/Commands/GetAnalogToDisplacementCals-h-ToolTips.js deleted file mode 100644 index 9589986d9..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Displacement/Commands/GetAnalogToDisplacementCals-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2937:"
GenericMipCommand
Represents a base class for MIP commands
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Displacement/Commands/GetAnalogToDisplacementCals-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Displacement/Commands/GetAnalogToDisplacementCals-h.html deleted file mode 100644 index 0eb75a8d2..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Displacement/Commands/GetAnalogToDisplacementCals-h.html +++ /dev/null @@ -1,26 +0,0 @@ - - -GetAnalogToDisplacementCals.h - - - - - - - -
-
GetAnalogToDisplacementCals
-
private
GenericMipCommand
GetAnalogToDisplacementCals
-

Contains the logic for the GetAnalogToDisplacementCals command.

-
- -
-
Constants
-
- -
-
Packet Bytes
-
FIELD_DATA_BYTE

Descriptor byte for the Field data.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Displacement/DisplacementModels-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Displacement/DisplacementModels-h-Summary.js deleted file mode 100644 index af050cf22..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Displacement/DisplacementModels-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Displacement/DisplacementModels.h","DisplacementModels.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Displacement/DisplacementModels.h",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Enums","Enumeration"],["Functions","Function"],["Groups","Group"]],[[268,0,0,"DisplacementModels","DisplacementModels"],[269,0,4,"Types","DisplacementModels.Types"],[270,0,2,"NodeModel","DisplacementModels.NodeModel"],[271,0,1,,"DisplacementModels.node_digitalDemod"],[272,0,4,"Functions","DisplacementModels.Functions"],[273,0,3,"nodeFromModelString","DisplacementModels.nodeFromModelString"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Displacement/DisplacementModels-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Displacement/DisplacementModels-h-SummaryToolTips.js deleted file mode 100644 index 6bf7de169..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Displacement/DisplacementModels-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Displacement/DisplacementModels.h",{268:"
DisplacementModels
Contains the models of Displacement hardware.
",270:"
The model numbers for each of the Displacement Nodes.
",273:"
static NodeModel nodeFromModelString(
const std::string &modelNumberString
)
Converts the model number string received from an InertialNode to a NodeModel enum.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Displacement/DisplacementModels-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Displacement/DisplacementModels-h-ToolTips.js deleted file mode 100644 index 63495f1e8..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Displacement/DisplacementModels-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({270:"
The model numbers for each of the Displacement Nodes.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Displacement/DisplacementModels-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Displacement/DisplacementModels-h.html deleted file mode 100644 index 2b3480f8d..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Displacement/DisplacementModels-h.html +++ /dev/null @@ -1,36 +0,0 @@ - - -DisplacementModels.h - - - - - - - -
-
DisplacementModels
-
DisplacementModels
-

Contains the models of Displacement hardware.

-
- -
-
Types
-
- -
-
NodeModel
-

The model numbers for each of the Displacement Nodes.

node_digitalDemod

6130 - Digital Demod

-
- -
-
Functions
-
- -
-
nodeFromModelString
-
static NodeModel nodeFromModelString(
const std::string &modelNumberString
)
-

Converts the model number string received from an InertialNode to a NodeModel enum.

Parameters
modelNumberString
const std::string&

The model number string recieved in an InertialNode's Get Device Info packet.

Returns

A NodeModel enum created from the string.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Displacement/DisplacementNode-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Displacement/DisplacementNode-h-Summary.js deleted file mode 100644 index 9524688d5..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Displacement/DisplacementNode-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Displacement/DisplacementNode.h","DisplacementNode.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Displacement/DisplacementNode.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[274,0,0,"DisplacementNode","DisplacementNode"],[275,0,2,"Functions","DisplacementNode.Functions"],[276,0,1,"DisplacementNode","DisplacementNode.DisplacementNode"],[277,0,2,"Variables","DisplacementNode.Variables"],[278,0,3,"m_impl","DisplacementNode.m_impl"],[279,0,2,"Functions","DisplacementNode.Functions(2)"],[280,0,1,"doCommand","DisplacementNode.doCommand"],[281,0,1,"doCommand","DisplacementNode.doCommand(2)"],[282,0,1,"deviceName","DisplacementNode.deviceName"],[283,0,1,"connection","DisplacementNode.connection"],[284,0,1,"features","DisplacementNode.features"],[285,0,1,"lastCommunicationTime","DisplacementNode.lastCommunicationTime"],[286,0,1,"lastDeviceState","DisplacementNode.lastDeviceState"],[287,0,1,"firmwareVersion","DisplacementNode.firmwareVersion"],[288,0,1,"model","DisplacementNode.model"],[289,0,1,"modelName","DisplacementNode.modelName"],[290,0,1,"modelNumber","DisplacementNode.modelNumber"],[291,0,1,"serialNumber","DisplacementNode.serialNumber"],[292,0,1,"lotNumber","DisplacementNode.lotNumber"],[293,0,1,"deviceOptions","DisplacementNode.deviceOptions"],[294,0,1,"getDataPackets","DisplacementNode.getDataPackets"],[295,0,1,"totalPackets","DisplacementNode.totalPackets"],[296,0,1,"timeout","DisplacementNode.timeout"],[297,0,1,"timeout","DisplacementNode.timeout(2)"],[298,0,1,"name","DisplacementNode.name"],[299,0,1,"ping","DisplacementNode.ping"],[300,0,1,"setToIdle","DisplacementNode.setToIdle"],[301,0,1,"cyclePower","DisplacementNode.cyclePower"],[302,0,1,"resume","DisplacementNode.resume"],[303,0,1,"getDisplacementOutputDataRate","DisplacementNode.getDisplacementOutputDataRate"],[304,0,1,"getAnalogToDisplacementCal","DisplacementNode.getAnalogToDisplacementCal"],[305,0,1,"setDeviceTime","DisplacementNode.setDeviceTime"],[306,0,1,"setDeviceTime","DisplacementNode.setDeviceTime(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Displacement/DisplacementNode-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Displacement/DisplacementNode-h-SummaryToolTips.js deleted file mode 100644 index 7f97f3da4..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Displacement/DisplacementNode-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Displacement/DisplacementNode.h",{274:"
DisplacementNode
A class representing a MicroStrain Displacement Node
",276:"
explicit DisplacementNode(
Connection connection
)
Creates an DisplacementNode object.
",278:"
std::shared_ptr<MipNode_Impl> m_impl
The MipNode_Impl class that contains all the implementation logic for the DisplacementNode class.
",280:"
virtual GenericMipCmdResponse doCommand(
GenericMipCommand::Response &response,
const ByteStream &command,
bool verifySupported = true
) const
Performs a generic Mip Command, sending the command bytes and waiting for the response.
",281:"
virtual Bytes doCommand(
uint8 descriptorSet,
uint8 cmdDescriptor,
const Bytes &fieldData,
bool ackNackResponse,
bool dataResponse,
uint8 responseDataDescriptor = 0
) const
Note: This is an ADVANCED COMMAND. Most users will not need to use this.  Allows sending custom data as a MIP packet to the device, and receiving custom data as a response.
",282:"
static std::string deviceName(
const std::string &serial
)
Static function for creating the universal sensor name that should be used for SensorCloud.
",283:"
Connection& connection()
Gets the Connection object that this DisplacementNode is using.
",284:"
const MipNodeFeatures& features()
Gets a reference to the MipNodeFeatures for this device.  Note: This will be invalid when the DisplacementNode is destroyed.
",285:"
const Timestamp& lastCommunicationTime() const
Gets the Timestamp for the last time MSCL communicated with the DisplacementNode.
",286:"
DeviceState lastDeviceState() const
Gets the last known DeviceState for the InertialNode.  This device state is updated by MSCL when data packets are received, as well as when operations are performed, such as setting a Node to idle.
",287:"
Version firmwareVersion() const
Gets the firmware Version of the DisplacementNode.
",288:"
DisplacementModels::NodeModel model() const
Gets the DisplacementModels::NodeModel of the DisplacementNode.
",289:"
std::string modelName() const
Gets the model name of the DisplacementNode (ie. "3DM-GX3-45").
",290:"
std::string modelNumber() const
Gets the model number of the DisplacementNode (ie. "6225-4220").
",291:"
std::string serialNumber() const
Gets the serial number of the DisplacementNode (ie. "6225-01319").
",292:"
std::string lotNumber() const
Gets the lot number of the DisplacementNode (ie. "I042Y").
",293:"
std::string deviceOptions() const
Gets the device options of the DisplacementNode (ie. "5g, 300d/s").
",294:"
MipDataPackets getDataPackets(
uint32 timeout = 0,
uint32 maxPackets = 0
)
Gets up to the requested amount of data packets that have been collected.
",295:"
uint32 totalPackets()
Gets the total number of data packets that are currently in the buffer.
",296:"
void timeout(
uint64 timeout
)
Sets the timeout to use when waiting for responses from commands.
",297:"
uint64 timeout() const
Gets the timeout to use when waiting for responses from commands.
",298:"
std::string name()
Gets the name of the DisplacementNode. This is the universal sensor name that should be used for uploading to SensorCloud.  This is the same as calling DisplacementNode::deviceName.
",299:"
bool ping()
Pings the Node to check for communication.  Sends the "Ping" command to the device.
",300:"
void setToIdle()
Suspends streaming (if enabled) or wakes the device from sleep (if sleeping), putting the device in an idle mode.  After this command is used, the resume command may be used to put the Node back into the mode it was previously in before setToIdle was called.
",301:"
bool cyclePower()
Performs the "Device Reset" command.  Note: This is essentially the same as unplugging and plugging the device back in.
",302:"
void resume()
Places the Node back in the mode it was in before issuing the setToIdle command.  If the setToIdle command was not issued, then the device is placed in default mode.
",303:"
SampleRate getDisplacementOutputDataRate() const
Gets the output data rate for the displacement data.
",304:"
LinearEquation getAnalogToDisplacementCal() const
Gets the Analog to Displacement calibration coefficients.
",305:"
void setDeviceTime()
Seeds the device time with the current system time.  This time will be reflected in the timestamp field that can come with data from the device.
",306:"
void setDeviceTime(
uint64 nanoseconds
)
Seeds the device time with a specific time.  This time will be reflected in the timestamp field that can come with data from the device.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Displacement/DisplacementNode-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Displacement/DisplacementNode-h-ToolTips.js deleted file mode 100644 index dfdb3333f..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Displacement/DisplacementNode-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({270:"
The model numbers for each of the Displacement Nodes.
",282:"
static std::string deviceName(
const std::string &serial
)
Static function for creating the universal sensor name that should be used for SensorCloud.
",291:"
std::string serialNumber() const
Gets the serial number of the DisplacementNode (ie. "6225-01319").
",300:"
void setToIdle()
Suspends streaming (if enabled) or wakes the device from sleep (if sleeping), putting the device in an idle mode.  After this command is used, the resume command may be used to put the Node back into the mode it was previously in before setToIdle was called.
",302:"
void resume()
Places the Node back in the mode it was in before issuing the setToIdle command.  If the setToIdle command was not issued, then the device is placed in default mode.
",367:"
Connection
The Connection object that is used for communication.
",2927:"
GenericMipCmdResponse
Represents the response to a GenericMipCommand.
",3095:"
MipDataPacket
A Mip Data Packet that contains both valid and invalid data from a MIP Device.
",4161:"
MipNode_Impl
Contains the implementation for an InertialNode.
",4587:"
MipNodeInfo
Contains basic information about a MipNode.
",5147:"
MipNodeFeatures
Contains information on which features are supported by an InertialNode.
",9819:"
SampleRate
Represents a MicroStrain sample rate (rate at which data is sampling)
",9881:"
LinearEquation
Represents a linear equation (y = mx + b).
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10253:"
typedef for a vector of bytes.
",10274:"
The possible states a device can be in.
",10291:"
Timestamp
Represents a date/time object
",10409:"
Version
Class that represents, and provides helper functions for, a Version number
",10453:"
Error_NotSupported
A command/feature was attempted to be used that was not supported.
",10457:"
Error_NoData
There is no data available to be accessed
",10468:"
Error_Communication
The exception for failing to communicate with a device.
",10479:"
Error_Connection
The generic connection exception.
",10497:"
Error_MipCmdFailed
The Inertial command has failed
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Displacement/DisplacementNode-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Displacement/DisplacementNode-h.html deleted file mode 100644 index 594e63a75..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Displacement/DisplacementNode-h.html +++ /dev/null @@ -1,203 +0,0 @@ - - -DisplacementNode.h - - - - - - - -
-
DisplacementNode
-
DisplacementNode
-

A class representing a MicroStrain Displacement Node

-
- -
-
Functions
-
- -
-
DisplacementNode
-
explicit DisplacementNode(
Connection connection
)
-

Creates an DisplacementNode object.

Parameters
connection
Connection

The Connection object used for communication.

Exceptions
-
- -
-
Variables
-
- -
-
m_impl
-
std::shared_ptr<MipNode_Impl> m_impl
-

The MipNode_Impl class that contains all the implementation logic for the DisplacementNode class.

-
- -
-
Functions
-
- -
-
doCommand
-
virtual GenericMipCmdResponse doCommand(
GenericMipCommand::Response &response,
const ByteStream &command,
bool verifySupported = true
) const
-

Performs a generic Mip Command, sending the command bytes and waiting for the response.

Parameters
response
GenericMipCommand::Response&

A <GenericMipCommand::Response> that will be used to wait and contain all the command/result information.

command
const ByteStream&

The ByteStream containing the bytes to send for the command.

verifySupported
bool

Whether to verify if the command is supported before performing the command (default of true).

Returns

The GenericMipCmdResponse that contains the actual data from the response

Exceptions
-
- -
-
doCommand
-
virtual Bytes doCommand(
uint8 descriptorSet,
uint8 cmdDescriptor,
const Bytes &fieldData,
bool ackNackResponse,
bool dataResponse,
uint8 responseDataDescriptor = 0
) const
-

Note: This is an ADVANCED COMMAND. Most users will not need to use this.  Allows sending custom data as a MIP packet to the device, and receiving custom data as a response.

Parameters
descriptorSet
uint8

The MIP descriptor set byte.

cmdDescriptor
uint8

The MIP command field descriptor byte.

fieldData
const Bytes&

The MIP field data to send in the command (pass an empty Bytes container if none).

ackNackResponse
bool

Whether or not a MIP ack/nack response field is expected.

dataResponse
bool

Whether or not a MIP data response field is expected.

responseDataDescriptor
uint8

The MIP response data field descriptor byte (only required if dataResponse flag is true)

Returns

The response field Bytes from a successful response (empty if no dataResponse).

Exceptions
-
- -
-
deviceName
-
static std::string deviceName(
const std::string &serial
)
-

Static function for creating the universal sensor name that should be used for SensorCloud.

Parameters
serial
const std::string&

The serial number of the node. This should be identical to calling the serialNumber function on an MipNodeInfo object (see <DisplacementNode::info>).

Returns

The universal sensor name.

-
- -
-
connection
-
Connection& connection()
-

Gets the Connection object that this DisplacementNode is using.

Returns

The Connection object that this DisplacementNode is using.

-
- -
-
features
-
const MipNodeFeatures& features()
-

Gets a reference to the MipNodeFeatures for this device.  Note: This will be invalid when the DisplacementNode is destroyed.

Exceptions
-
- -
-
lastCommunicationTime
-
const Timestamp& lastCommunicationTime() const
-

Gets the Timestamp for the last time MSCL communicated with the DisplacementNode.

Returns

A Timestamp representing the last time MSCL communicated with the Node.

Exceptions

  • Error_NoData: There is no communication time logged for this device.

-
- -
-
lastDeviceState
-
DeviceState lastDeviceState() const
-

Gets the last known DeviceState for the InertialNode.  This device state is updated by MSCL when data packets are received, as well as when operations are performed, such as setting a Node to idle.

Returns

The last known DeviceState.

-
- -
-
firmwareVersion
-
Version firmwareVersion() const
-

Gets the firmware Version of the DisplacementNode.

Returns

The firmware Version of the DisplacementNode.

Exceptions
-
- -
-
model
- -

Gets the DisplacementModels::NodeModel of the DisplacementNode.

Returns

The DisplacementModels::NodeModel of the DisplacementNode.

Exceptions
-
- -
-
modelName
-
std::string modelName() const
-

Gets the model name of the DisplacementNode (ie. "3DM-GX3-45").

Returns

The model name of the DisplacementNode.

Exceptions
-
- -
-
modelNumber
-
std::string modelNumber() const
-

Gets the model number of the DisplacementNode (ie. "6225-4220").

Returns

The model number of the DisplacementNode.

Exceptions
-
- -
-
serialNumber
-
std::string serialNumber() const
-

Gets the serial number of the DisplacementNode (ie. "6225-01319").

Returns

The serial number of the DisplacementNode.

Exceptions
-
- -
-
lotNumber
-
std::string lotNumber() const
-

Gets the lot number of the DisplacementNode (ie. "I042Y").

Returns

The lot number of the DisplacementNode.

Exceptions
-
- -
-
deviceOptions
-
std::string deviceOptions() const
-

Gets the device options of the DisplacementNode (ie. "5g, 300d/s").

Returns

The device options of the DisplacementNode.

Exceptions
-
- -
-
getDataPackets
-
MipDataPackets getDataPackets(
uint32 timeout = 0,
uint32 maxPackets = 0
)
-

Gets up to the requested amount of data packets that have been collected.

Parameters
timeout
uint32

The timeout, in milliseconds, to wait for data if necessary (default of 0).

maxPackets
uint32

The maximum number of packets to return. If this is 0 (default), all packets will be returned.

Returns

A vector of MipDataPackets containing all the data packets that are available up to the requested number of packets.

Exceptions
-
- -
-
totalPackets
-
uint32 totalPackets()
-

Gets the total number of data packets that are currently in the buffer.

Returns

The total number of data packets that are currently in the buffer.

-
- -
-
timeout
-
void timeout(
uint64 timeout
)
-

Sets the timeout to use when waiting for responses from commands.

Parameters
timeout
uint64

The timeout (in milliseconds) to set for commands.

-
- -
-
timeout
-
uint64 timeout() const
-

Gets the timeout to use when waiting for responses from commands.

Returns

The timeout (in milliseconds) used for commands.

-
- -
-
name
-
std::string name()
-

Gets the name of the DisplacementNode. This is the universal sensor name that should be used for uploading to SensorCloud.  This is the same as calling DisplacementNode::deviceName.

Returns

The universal sensor name.

-
- -
-
ping
-
bool ping()
-

Pings the Node to check for communication.  Sends the "Ping" command to the device.

Returns

true if successfully pinged the node, false if failed.

Exceptions
-
- -
-
setToIdle
-
void setToIdle()
-

Suspends streaming (if enabled) or wakes the device from sleep (if sleeping), putting the device in an idle mode.  After this command is used, the resume command may be used to put the Node back into the mode it was previously in before setToIdle was called.

Exceptions
-
- -
-
cyclePower
-
bool cyclePower()
-

Performs the "Device Reset" command.  Note: This is essentially the same as unplugging and plugging the device back in.

Exceptions
-
- -
-
resume
-
void resume()
-

Places the Node back in the mode it was in before issuing the setToIdle command.  If the setToIdle command was not issued, then the device is placed in default mode.

Exceptions
-
- -
-
getDisplacementOutputDataRate
-
SampleRate getDisplacementOutputDataRate() const
-

Gets the output data rate for the displacement data.

Returns

A SampleRate.

Exceptions
-
- -
-
getAnalogToDisplacementCal
-
LinearEquation getAnalogToDisplacementCal() const
-

Gets the Analog to Displacement calibration coefficients.

Returns

A LinearEquation containing the slope and offset.

Exceptions
-
- -
-
setDeviceTime
-
void setDeviceTime()
-

Seeds the device time with the current system time.  This time will be reflected in the timestamp field that can come with data from the device.

Exceptions
-
- -
-
setDeviceTime
-
void setDeviceTime(
uint64 nanoseconds
)
-

Seeds the device time with a specific time.  This time will be reflected in the timestamp field that can come with data from the device.

Parameters
nanoseconds
uint64

The number of nanoseconds since Unix Epoch.

Exceptions
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/AccelBias-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/AccelBias-h-Summary.js deleted file mode 100644 index 8618639fc..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/AccelBias-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Inertial/Commands/AccelBias.h","AccelBias.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Inertial/Commands/AccelBias.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[1051,0,0,"AccelBias","AccelBias"],[1052,0,2,"Functions","AccelBias.Functions"],[1053,0,1,"commandName","AccelBias.commandName"],[1054,0,1,"MakeSetCommand","AccelBias.MakeSetCommand"],[1055,0,1,"MakeGetCommand","AccelBias.MakeGetCommand"],[1056,0,1,"getResponseData","AccelBias.getResponseData"],[1057,0,1,"operator ByteStream","AccelBias.operator_ByteStream"],[1058,0,1,"AccelBias","AccelBias.AccelBias"],[1059,0,1,"commandType","AccelBias.commandType"],[1060,0,1,"fieldDataByte","AccelBias.fieldDataByte"],[1061,0,1,"responseExpected","AccelBias.responseExpected"],[1062,0,2,"Variables","AccelBias.Variables"],[1063,0,3,"m_functionSelector","AccelBias.m_functionSelector"],[1064,0,3,"m_accelerometerBiasVector","AccelBias.m_accelerometerBiasVector"],[1065,0,2,"Functions","AccelBias.Functions(2)"],[1066,0,1,"~AccelBias","AccelBias.~AccelBias"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/AccelBias-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/AccelBias-h-SummaryToolTips.js deleted file mode 100644 index c1f7cab50..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/AccelBias-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Inertial/Commands/AccelBias.h",{1051:"
AccelBias
Contains the logic for the Inertial GPSTimeUpdate command.
",1053:"
virtual std::string commandName() const
",1054:"
static AccelBias MakeSetCommand(
const GeometricVector &vectorToSet
)
",1055:"
static AccelBias MakeGetCommand()
",1056:"
static GeometricVector getResponseData(
const GenericMipCmdResponse &response
)
",1057:"
operator ByteStream() const
Converts this class to a ByteStream.
",1058:"
AccelBias(
MipTypes::FunctionSelector function_selector,
const GeometricVector &dataToUse
)
Private constructor creates a GyroBias object.  Use Make___Command methods to create an object.
",1059:"
virtual MipTypes::Command commandType() const
",1060:"
virtual uint8 fieldDataByte() const
",1061:"
virtual bool responseExpected() const
",1063:"
MipTypes::FunctionSelector m_functionSelector
The MipTypes::FunctionSelector type of command to send, get/set, reset to factory defaults, et al.
",1064:"
GeometricVector m_accelerometerBiasVector
The ConstellationSettingsData to send to the device.
",1066:"
~AccelBias()
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/AccelBias-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/AccelBias-h-ToolTips.js deleted file mode 100644 index 2193d05a5..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/AccelBias-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1051:"
AccelBias
Contains the logic for the Inertial GPSTimeUpdate command.
",1631:"
GeometricVector
Defines a 3 dimensional, spatial vector.
",2017:"
Contains the data for the InertialNode::setConstellationSettings API call.
",2927:"
GenericMipCmdResponse
Represents the response to a GenericMipCommand.
",3158:"
The enums for all the different types/categories of MIP commands and data.
",3171:"
The enums for all of the different MIP commands.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/AccelBias-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/AccelBias-h.html deleted file mode 100644 index f1fe765cb..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/AccelBias-h.html +++ /dev/null @@ -1,100 +0,0 @@ - - -AccelBias.h - - - - - - - -
-
AccelBias
-
public
MipCommand
AccelBias
-

Contains the logic for the Inertial GPSTimeUpdate command.

-
- -
-
Functions
-
- -
-
commandName
-
virtual std::string commandName() const
-
Returns
std::string

the string name for this class.

-
- -
-
MakeSetCommand
-
static AccelBias MakeSetCommand(
const GeometricVector &vectorToSet
)
-
Parameter
vectorToSet
const GeometricVector&

The GeometricVector accelerometer bias vector to set.

Returns
AccelBias

object for the set command.

-
- -
-
MakeGetCommand
-
static AccelBias MakeGetCommand()
-
Returns
AccelBias

object for the get command.

-
- -
-
getResponseData
-
static GeometricVector getResponseData(
const GenericMipCmdResponse &response
)
-
Parameter
response
const GenericMipCmdResponse&

The GenericMipCmdResponse object from which to get formatted data.

Returns

GeometricVector object with the data returned from the device.

-
- -
-
operator ByteStream
-
operator ByteStream() const
-

Converts this class to a ByteStream.

-
- -
-
AccelBias
-
AccelBias(
MipTypes::FunctionSelector function_selector,
const GeometricVector &dataToUse
)
-

Private constructor creates a GyroBias object.  Use Make___Command methods to create an object.

-
- -
-
commandType
-
virtual MipTypes::Command commandType() const
-
Returns
MipTypes::Command

the command ID.

-
- -
-
fieldDataByte
-
virtual uint8 fieldDataByte() const
-
Returns
uint8

the byte ID for field data in the reply.

-
- -
-
responseExpected
-
virtual bool responseExpected() const
-
Returns
bool

True indicates that a response should return from the device.

-
- -
-
Variables
-
- -
-
m_functionSelector
-
MipTypes::FunctionSelector m_functionSelector
-

The MipTypes::FunctionSelector type of command to send, get/set, reset to factory defaults, et al.

-
- -
-
m_accelerometerBiasVector
-
GeometricVector m_accelerometerBiasVector
-

The ConstellationSettingsData to send to the device.

-
- -
-
Functions
-
- -
-
~AccelBias
-
~AccelBias()
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/AdaptiveMeasurement-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/AdaptiveMeasurement-h-Summary.js deleted file mode 100644 index 685d93154..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/AdaptiveMeasurement-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Inertial/Commands/AdaptiveMeasurement.h","AdaptiveMeasurement.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Inertial/Commands/AdaptiveMeasurement.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[1036,0,0,"AdaptiveMeasurement","AdaptiveMeasurement"],[1037,0,2,"Functions","AdaptiveMeasurement.Functions"],[1038,0,1,"commandName","AdaptiveMeasurement.commandName"],[1039,0,1,"MakeSetCommand","AdaptiveMeasurement.MakeSetCommand"],[1040,0,1,"MakeGetCommand","AdaptiveMeasurement.MakeGetCommand"],[1041,0,1,"getResponseData","AdaptiveMeasurement.getResponseData"],[1042,0,1,"operator ByteStream","AdaptiveMeasurement.operator_ByteStream"],[1043,0,1,"Constructor AdaptiveMeasurement","AdaptiveMeasurement.Constructor_AdaptiveMeasurement"],[1044,0,1,"commandType","AdaptiveMeasurement.commandType"],[1045,0,1,"fieldDataByte","AdaptiveMeasurement.fieldDataByte"],[1046,0,1,"responseExpected","AdaptiveMeasurement.responseExpected"],[1047,0,2,"Variables","AdaptiveMeasurement.Variables"],[1048,0,3,"m_cmd","AdaptiveMeasurement.m_cmd"],[1049,0,3,"m_functionSelector","AdaptiveMeasurement.m_functionSelector"],[1050,0,3,"m_HeadingUpdateOptions","AdaptiveMeasurement.m_HeadingUpdateOptions"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/AdaptiveMeasurement-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/AdaptiveMeasurement-h-SummaryToolTips.js deleted file mode 100644 index f0e09c29b..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/AdaptiveMeasurement-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Inertial/Commands/AdaptiveMeasurement.h",{1036:"
AdaptiveMeasurement
Contains the logic for the Inertial Adaptive Measurement commands: Gravity Magnitude Error Adaptive Measurement, Magnetometer Magnitude Error Adaptive Measurement, and Magnetometer Dip Angle Error Adaptive Measurement.
",1038:"
virtual std::string commandName() const
",1039:"
static AdaptiveMeasurement MakeSetCommand(
MipTypes::Command cmd,
const AdaptiveMeasurementData &data
)
Parameter: cmd The specific MipTypes::Command type to be constructed
",1040:"
static AdaptiveMeasurement MakeGetCommand(
MipTypes::Command cmd
)
Parameter: cmd The specific MipTypes::Command type to be constructed
",1041:"
AdaptiveMeasurementData getResponseData(
const GenericMipCmdResponse &response
)
",1042:"
operator ByteStream() const
Converts this class to a ByteStream.
",1043:"
Private constructor creates a AdaptiveMeasurement object.  Use Make___Command methods to create an object.
",1044:"
virtual MipTypes::Command commandType() const
",1045:"
virtual uint8 fieldDataByte() const
",1046:"
virtual bool responseExpected() const
",1048:"
MipTypes::Command m_cmd
The specific MipTypes::Command type of this object
",1049:"
MipTypes::FunctionSelector m_functionSelector
The FunctionSelector type of command to send, get/set, reset to factory defaults, et al.
",1050:"
The uint8 to send to the device.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/AdaptiveMeasurement-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/AdaptiveMeasurement-h-ToolTips.js deleted file mode 100644 index 7474e6948..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/AdaptiveMeasurement-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1036:"
AdaptiveMeasurement
Contains the logic for the Inertial Adaptive Measurement commands: Gravity Magnitude Error Adaptive Measurement, Magnetometer Magnitude Error Adaptive Measurement, and Magnetometer Dip Angle Error Adaptive Measurement.
",2927:"
GenericMipCmdResponse
Represents the response to a GenericMipCommand.
",3158:"
The enums for all the different types/categories of MIP commands and data.
",3171:"
The enums for all of the different MIP commands.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/AdaptiveMeasurement-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/AdaptiveMeasurement-h.html deleted file mode 100644 index 9886d3b7c..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/AdaptiveMeasurement-h.html +++ /dev/null @@ -1,95 +0,0 @@ - - -AdaptiveMeasurement.h - - - - - - - -
-
AdaptiveMeasurement
-
public
MipCommand
AdaptiveMeasurement
-

Contains the logic for the Inertial Adaptive Measurement commands: Gravity Magnitude Error Adaptive Measurement, Magnetometer Magnitude Error Adaptive Measurement, and Magnetometer Dip Angle Error Adaptive Measurement.

-
- -
-
Functions
-
- -
-
commandName
-
virtual std::string commandName() const
-
Returns
std::string

the string name for the command.

-
- -
-
MakeSetCommand
-
static AdaptiveMeasurement MakeSetCommand(
MipTypes::Command cmd,
const AdaptiveMeasurementData &data
)
-

Parameter: cmd The specific MipTypes::Command type to be constructed

Parameter: dataToUse The AdaptiveMeasurementData object to set.

Returns
AdaptiveMeasurement

object set up for sending a set command.

-
- -
-
MakeGetCommand
-
static AdaptiveMeasurement MakeGetCommand(
MipTypes::Command cmd
)
-

Parameter: cmd The specific MipTypes::Command type to be constructed

Returns
AdaptiveMeasurement

object set up for sending a get command.

-
- -
-
getResponseData
-
AdaptiveMeasurementData getResponseData(
const GenericMipCmdResponse &response
)
-
Parameter
response
const GenericMipCmdResponse&

The GenericMipCmdResponse object from which to get formatted data.

Returns
AdaptiveMeasurement

An object with the data returned from the device.

-
- -
-
operator ByteStream
-
operator ByteStream() const
-

Converts this class to a ByteStream.

-
- -
-
Constructor AdaptiveMeasurement
-

Private constructor creates a AdaptiveMeasurement object.  Use Make___Command methods to create an object.

-
- -
-
commandType
-
virtual MipTypes::Command commandType() const
-
Returns
MipTypes::Command

the command ID.

-
- -
-
fieldDataByte
-
virtual uint8 fieldDataByte() const
-
Returns
uint8

the byte ID for field data in the reply.

-
- -
-
responseExpected
-
virtual bool responseExpected() const
-
Returns
bool

True indicates that a response should return from the device.

-
- -
-
Variables
-
- -
-
m_cmd
- -

The specific MipTypes::Command type of this object

-
- -
-
m_functionSelector
-
MipTypes::FunctionSelector m_functionSelector
-

The FunctionSelector type of command to send, get/set, reset to factory defaults, et al.

-
- -
-
m_HeadingUpdateOptions
-

The uint8 to send to the device.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/AdvancedLowPassFilterSettings-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/AdvancedLowPassFilterSettings-h-Summary.js deleted file mode 100644 index a8179f0ac..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/AdvancedLowPassFilterSettings-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Inertial/Commands/AdvancedLowPassFilterSettings.h","AdvancedLowPassFilterSettings.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Inertial/Commands/AdvancedLowPassFilterSettings.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[1602,0,0,"AdvancedLowPassFilterSettings","AdvancedLowPassFilterSettings"],[1603,0,2,"Functions","AdvancedLowPassFilterSettings.Functions"],[1604,0,1,"commandName","AdvancedLowPassFilterSettings.commandName"],[1605,0,1,"MakeSetCommand","AdvancedLowPassFilterSettings.MakeSetCommand"],[1606,0,1,"MakeGetCommand","AdvancedLowPassFilterSettings.MakeGetCommand"],[1607,0,1,"getResponseData","AdvancedLowPassFilterSettings.getResponseData"],[1608,0,1,"operator ByteStream","AdvancedLowPassFilterSettings.operator_ByteStream"],[1609,0,1,"Constructor AdvancedLowPassFilterSettings","AdvancedLowPassFilterSettings.Constructor_AdvancedLowPassFilterSettings"],[1610,0,1,"commandType","AdvancedLowPassFilterSettings.commandType"],[1611,0,1,"fieldDataByte","AdvancedLowPassFilterSettings.fieldDataByte"],[1612,0,1,"responseExpected","AdvancedLowPassFilterSettings.responseExpected"],[1613,0,2,"Variables","AdvancedLowPassFilterSettings.Variables"],[1614,0,3,"m_functionSelector","AdvancedLowPassFilterSettings.m_functionSelector"],[1615,0,3,"m_data","AdvancedLowPassFilterSettings.m_data"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/AdvancedLowPassFilterSettings-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/AdvancedLowPassFilterSettings-h-SummaryToolTips.js deleted file mode 100644 index bb5c143d5..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/AdvancedLowPassFilterSettings-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Inertial/Commands/AdvancedLowPassFilterSettings.h",{1602:"
AdvancedLowPassFilterSettings
Contains the logic for the Inertial AdvancedLowPassFilterSettings command.
",1604:"
virtual std::string commandName() const
",1605:"
static AdvancedLowPassFilterSettings MakeSetCommand(
const LowPassFilterData &dataToUse
)
Parameter: dataToUse The LowPassFilterData object to set.
",1606:"
static AdvancedLowPassFilterSettings MakeGetCommand(
const MipTypes::ChannelField &descriptor
)
",1607:"
static LowPassFilterData getResponseData(
const GenericMipCmdResponse &response
)
",1608:"
operator ByteStream() const
Converts this class to a ByteStream.
",1609:"
Private constructor creates a AdvancedLowPassFilterSettings object.  Use Make___Command methods to create an object.
",1610:"
virtual MipTypes::Command commandType() const
",1611:"
virtual uint8 fieldDataByte() const
",1612:"
virtual bool responseExpected() const
",1614:"
MipTypes::FunctionSelector m_functionSelector
The FunctionSelector type of command to send, get/set, reset to factory defaults, et al.
",1615:"
LowPassFilterData m_data
The LowPassFilterData to send to the device.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/AdvancedLowPassFilterSettings-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/AdvancedLowPassFilterSettings-h-ToolTips.js deleted file mode 100644 index 42bed0345..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/AdvancedLowPassFilterSettings-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1602:"
AdvancedLowPassFilterSettings
Contains the logic for the Inertial AdvancedLowPassFilterSettings command.
",2022:"
Contains the data for the InertialNode::setLowPassFilterSettings API call.
",2927:"
GenericMipCmdResponse
Represents the response to a GenericMipCommand.
",3158:"
The enums for all the different types/categories of MIP commands and data.
",3171:"
The enums for all of the different MIP commands.
",3321:"
The enums for all of the different MIP Channel Field IDs.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/AdvancedLowPassFilterSettings-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/AdvancedLowPassFilterSettings-h.html deleted file mode 100644 index 627b20b6a..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/AdvancedLowPassFilterSettings-h.html +++ /dev/null @@ -1,90 +0,0 @@ - - -AdvancedLowPassFilterSettings.h - - - - - - - -
-
AdvancedLowPassFilterSettings
-
public
MipCommand
AdvancedLowPassFilterSettings
-

Contains the logic for the Inertial AdvancedLowPassFilterSettings command.

-
- -
-
Functions
-
- -
-
commandName
-
virtual std::string commandName() const
-
Returns
std::string

the string name for this class.

-
- -
-
MakeSetCommand
-
static AdvancedLowPassFilterSettings MakeSetCommand(
const LowPassFilterData &dataToUse
)
-

Parameter: dataToUse The LowPassFilterData object to set.

Returns
AdvancedLowPassFilterSettings

object set up for sending a set command.

-
- -
-
MakeGetCommand
-
static AdvancedLowPassFilterSettings MakeGetCommand(
const MipTypes::ChannelField &descriptor
)
-
Returns
AdvancedLowPassFilterSettings

object set up for sending a get command.

-
- -
-
getResponseData
-
static LowPassFilterData getResponseData(
const GenericMipCmdResponse &response
)
-
Parameter
response
const GenericMipCmdResponse&

The GenericMipCmdResponse object from which to get formatted data.

Returns
ConstellationSettingsData

An object with the data returned from the device.

-
- -
-
operator ByteStream
-
operator ByteStream() const
-

Converts this class to a ByteStream.

-
- -
-
Constructor AdvancedLowPassFilterSettings
-

Private constructor creates a AdvancedLowPassFilterSettings object.  Use Make___Command methods to create an object.

-
- -
-
commandType
-
virtual MipTypes::Command commandType() const
-
Returns
MipTypes::Command

the command ID.

-
- -
-
fieldDataByte
-
virtual uint8 fieldDataByte() const
-
Returns
uint8

the byte ID for field data in the reply.

-
- -
-
responseExpected
-
virtual bool responseExpected() const
-
Returns
bool

True indicates that a response should return from the device.

-
- -
-
Variables
-
- -
-
m_functionSelector
-
MipTypes::FunctionSelector m_functionSelector
-

The FunctionSelector type of command to send, get/set, reset to factory defaults, et al.

-
- -
-
m_data
- -

The LowPassFilterData to send to the device.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/CaptureGyroBias-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/CaptureGyroBias-h-Summary.js deleted file mode 100644 index d42116c13..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/CaptureGyroBias-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Inertial/Commands/CaptureGyroBias.h","CaptureGyroBias.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Inertial/Commands/CaptureGyroBias.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[1024,0,0,"CaptureGyroBias","CaptureGyroBias"],[1025,0,2,"Functions","CaptureGyroBias.Functions"],[1026,0,1,"commandName","CaptureGyroBias.commandName"],[1027,0,1,"MakeCommand","CaptureGyroBias.MakeCommand"],[1028,0,1,"getResponseData","CaptureGyroBias.getResponseData"],[1029,0,1,"operator ByteStream","CaptureGyroBias.operator_ByteStream"],[1030,0,1,"CaptureGyroBias","CaptureGyroBias.CaptureGyroBias"],[1031,0,1,"commandType","CaptureGyroBias.commandType"],[1032,0,1,"fieldDataByte","CaptureGyroBias.fieldDataByte"],[1033,0,1,"responseExpected","CaptureGyroBias.responseExpected"],[1034,0,2,"Variables","CaptureGyroBias.Variables"],[1035,0,3,"samplingTimeInMS","CaptureGyroBias.samplingTimeInMS"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/CaptureGyroBias-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/CaptureGyroBias-h-SummaryToolTips.js deleted file mode 100644 index 2f5508f53..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/CaptureGyroBias-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Inertial/Commands/CaptureGyroBias.h",{1024:"
CaptureGyroBias
Contains the logic for the Inertial CaptureGyroBias command.
",1026:"
virtual std::string commandName() const
",1027:"
static CaptureGyroBias MakeCommand(
uint16 dataToUse
)
",1028:"
static GeometricVector getResponseData(
const GenericMipCmdResponse &response
)
A GeometricVector object with the data returned from the device.
",1029:"
operator ByteStream() const
Converts this class to a ByteStream.
",1030:"
CaptureGyroBias(
uint16 samplingTimeInMS
)
Private constructor creates a CaptureGyroBias object.  Use MakeCommand methods to create an object.
",1031:"
virtual MipTypes::Command commandType() const
",1032:"
virtual uint8 fieldDataByte() const
",1033:"
virtual bool responseExpected() const
",1035:"
uint16 m_samplingTimeInMS
The uint16 CaptureGyroBiasData to send to the device.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/CaptureGyroBias-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/CaptureGyroBias-h-ToolTips.js deleted file mode 100644 index 80ccdd030..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/CaptureGyroBias-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1024:"
CaptureGyroBias
Contains the logic for the Inertial CaptureGyroBias command.
",1631:"
GeometricVector
Defines a 3 dimensional, spatial vector.
",2927:"
GenericMipCmdResponse
Represents the response to a GenericMipCommand.
",3171:"
The enums for all of the different MIP commands.
",10242:"
typedef for a 2-byte unsigned integer.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/CaptureGyroBias-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/CaptureGyroBias-h.html deleted file mode 100644 index 7073c35d5..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/CaptureGyroBias-h.html +++ /dev/null @@ -1,79 +0,0 @@ - - -CaptureGyroBias.h - - - - - - - -
-
CaptureGyroBias
-
public
MipCommand
CaptureGyroBias
-

Contains the logic for the Inertial CaptureGyroBias command.

-
- -
-
Functions
-
- -
-
commandName
-
virtual std::string commandName() const
-
Returns
std::string

the string name for this class.

-
- -
-
MakeCommand
-
static CaptureGyroBias MakeCommand(
uint16 dataToUse
)
-
Returns
CaptureGyroBias

object for the set command.

-
- -
-
getResponseData
-
static GeometricVector getResponseData(
const GenericMipCmdResponse &response
)
-
Returns

A GeometricVector object with the data returned from the device.

-
- -
-
operator ByteStream
-
operator ByteStream() const
-

Converts this class to a ByteStream.

-
- -
-
CaptureGyroBias
-
CaptureGyroBias(
uint16 samplingTimeInMS
)
-

Private constructor creates a CaptureGyroBias object.  Use MakeCommand methods to create an object.

-
- -
-
commandType
-
virtual MipTypes::Command commandType() const
-
Returns
MipTypes::Command

the command ID.

-
- -
-
fieldDataByte
-
virtual uint8 fieldDataByte() const
-
Returns
uint8

the byte ID for field data in the reply.

-
- -
-
responseExpected
-
virtual bool responseExpected() const
-
Returns
bool

True indicates that a response should return from the device.

-
- -
-
Variables
-
- -
-
samplingTimeInMS
-
uint16 m_samplingTimeInMS
-

The uint16 CaptureGyroBiasData to send to the device.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/ComplementaryFilterSettings-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/ComplementaryFilterSettings-h-Summary.js deleted file mode 100644 index 83c15a025..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/ComplementaryFilterSettings-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Inertial/Commands/ComplementaryFilterSettings.h","ComplementaryFilterSettings.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Inertial/Commands/ComplementaryFilterSettings.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[1010,0,0,"ComplementaryFilterSettings","ComplementaryFilterSettings"],[1011,0,2,"Functions","ComplementaryFilterSettings.Functions"],[1012,0,1,"commandName","ComplementaryFilterSettings.commandName"],[1013,0,1,"MakeSetCommand","ComplementaryFilterSettings.MakeSetCommand"],[1014,0,1,"MakeGetCommand","ComplementaryFilterSettings.MakeGetCommand"],[1015,0,1,"getResponseData","ComplementaryFilterSettings.getResponseData"],[1016,0,1,"operator ByteStream","ComplementaryFilterSettings.operator_ByteStream"],[1017,0,1,"Constructor ComplementaryFilterSettings","ComplementaryFilterSettings.Constructor_ComplementaryFilterSettings"],[1018,0,1,"commandType","ComplementaryFilterSettings.commandType"],[1019,0,1,"fieldDataByte","ComplementaryFilterSettings.fieldDataByte"],[1020,0,1,"responseExpected","ComplementaryFilterSettings.responseExpected"],[1021,0,2,"Variables","ComplementaryFilterSettings.Variables"],[1022,0,3,"m_functionSelector","ComplementaryFilterSettings.m_functionSelector"],[1023,0,3,"m_data","ComplementaryFilterSettings.m_data"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/ComplementaryFilterSettings-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/ComplementaryFilterSettings-h-SummaryToolTips.js deleted file mode 100644 index 0eafaedfe..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/ComplementaryFilterSettings-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Inertial/Commands/ComplementaryFilterSettings.h",{1010:"
ComplementaryFilterSettings
Contains the logic for the Inertial ComplementaryFilterSettings command.
",1012:"
virtual std::string commandName() const
",1013:"
static ComplementaryFilterSettings MakeSetCommand(
const ComplementaryFilterData &dataToUse
)
Parameter: dataToUse The <ComplementaryFilterSettingsData> object to set.
",1014:"
static ComplementaryFilterSettings MakeGetCommand()
",1015:"
static ComplementaryFilterData getResponseData(
const GenericMipCmdResponse &response
)
",1016:"
operator ByteStream() const
Converts this class to a ByteStream.
",1017:"
Private constructor creates a ComplementaryFilterSettings object.  Use Make___Command methods to create an object.
",1018:"
virtual MipTypes::Command commandType() const
",1019:"
virtual uint8 fieldDataByte() const
",1020:"
virtual bool responseExpected() const
",1022:"
MipTypes::FunctionSelector m_functionSelector
The FunctionSelector type of command to send, get/set, reset to factory defaults, et al.
",1023:"
ComplementaryFilterData m_data
The ComplementaryFilterSettingsData to send to the device.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/ComplementaryFilterSettings-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/ComplementaryFilterSettings-h-ToolTips.js deleted file mode 100644 index 3501d58da..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/ComplementaryFilterSettings-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1010:"
ComplementaryFilterSettings
Contains the logic for the Inertial ComplementaryFilterSettings command.
",2038:"
Contains the data needed by the InertialNode::setComplementaryFilterSettings class.
",2927:"
GenericMipCmdResponse
Represents the response to a GenericMipCommand.
",3158:"
The enums for all the different types/categories of MIP commands and data.
",3171:"
The enums for all of the different MIP commands.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/ComplementaryFilterSettings-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/ComplementaryFilterSettings-h.html deleted file mode 100644 index b5499f7f0..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/ComplementaryFilterSettings-h.html +++ /dev/null @@ -1,90 +0,0 @@ - - -ComplementaryFilterSettings.h - - - - - - - -
-
ComplementaryFilterSettings
-
public
MipCommand
ComplementaryFilterSettings
-

Contains the logic for the Inertial ComplementaryFilterSettings command.

-
- -
-
Functions
-
- -
-
commandName
-
virtual std::string commandName() const
-
Returns
std::string

the string name for this class.

-
- -
-
MakeSetCommand
-
static ComplementaryFilterSettings MakeSetCommand(
const ComplementaryFilterData &dataToUse
)
-

Parameter: dataToUse The <ComplementaryFilterSettingsData> object to set.

Returns
ComplementaryFilterSettings

object set up for sending a set command.

-
- -
-
MakeGetCommand
-
static ComplementaryFilterSettings MakeGetCommand()
-
Returns
ComplementaryFilterSettings

object set up for sending a get command.

-
- -
-
getResponseData
-
static ComplementaryFilterData getResponseData(
const GenericMipCmdResponse &response
)
-
Parameter
response
const GenericMipCmdResponse&

The GenericMipCmdResponse object from which to get formatted data.

Returns
ConstellationSettingsData

An object with the data returned from the device.

-
- -
-
operator ByteStream
-
operator ByteStream() const
-

Converts this class to a ByteStream.

-
- -
-
Constructor ComplementaryFilterSettings
-

Private constructor creates a ComplementaryFilterSettings object.  Use Make___Command methods to create an object.

-
- -
-
commandType
-
virtual MipTypes::Command commandType() const
-
Returns
MipTypes::Command

the command ID.

-
- -
-
fieldDataByte
-
virtual uint8 fieldDataByte() const
-
Returns
uint8

the byte ID for field data in the reply.

-
- -
-
responseExpected
-
virtual bool responseExpected() const
-
Returns
bool

True indicates that a response should return from the device.

-
- -
-
Variables
-
- -
-
m_functionSelector
-
MipTypes::FunctionSelector m_functionSelector
-

The FunctionSelector type of command to send, get/set, reset to factory defaults, et al.

-
- -
-
m_data
- -

The ComplementaryFilterSettingsData to send to the device.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/ConingAndScullingEnable-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/ConingAndScullingEnable-h-Summary.js deleted file mode 100644 index 3d0acc435..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/ConingAndScullingEnable-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Inertial/Commands/ConingAndScullingEnable.h","ConingAndScullingEnable.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Inertial/Commands/ConingAndScullingEnable.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[996,0,0,"ConingAndScullingEnable","ConingAndScullingEnable"],[997,0,2,"Functions","ConingAndScullingEnable.Functions"],[998,0,1,"commandName","ConingAndScullingEnable.commandName"],[999,0,1,"MakeSetCommand","ConingAndScullingEnable.MakeSetCommand"],[1000,0,1,"MakeGetCommand","ConingAndScullingEnable.MakeGetCommand"],[1001,0,1,"getResponseData","ConingAndScullingEnable.getResponseData"],[1002,0,1,"operator ByteStream","ConingAndScullingEnable.operator_ByteStream"],[1003,0,1,"Constructor ConingAndScullingEnable","ConingAndScullingEnable.Constructor_ConingAndScullingEnable"],[1004,0,1,"commandType","ConingAndScullingEnable.commandType"],[1005,0,1,"fieldDataByte","ConingAndScullingEnable.fieldDataByte"],[1006,0,1,"responseExpected","ConingAndScullingEnable.responseExpected"],[1007,0,2,"Variables","ConingAndScullingEnable.Variables"],[1008,0,3,"m_functionSelector","ConingAndScullingEnable.m_functionSelector"],[1009,0,3,"m_enabled","ConingAndScullingEnable.m_enabled"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/ConingAndScullingEnable-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/ConingAndScullingEnable-h-SummaryToolTips.js deleted file mode 100644 index 42f492213..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/ConingAndScullingEnable-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Inertial/Commands/ConingAndScullingEnable.h",{996:"
ConingAndScullingEnable
Contains the logic for the Inertial ConingAndScullingEnable command.
",998:"
virtual std::string commandName() const
",999:"
static ConingAndScullingEnable MakeSetCommand(
bool enable
)
Parameter: dataToUse The <ConingAndScullingEnableData> object to set.
",1000:"
static ConingAndScullingEnable MakeGetCommand()
",1001:"
static bool getResponseData(
const GenericMipCmdResponse &response
)
",1002:"
operator ByteStream() const
Converts this class to a ByteStream.
",1003:"
Private constructor creates a ConingAndScullingEnable object.  Use Make___Command methods to create an object.
",1004:"
virtual MipTypes::Command commandType() const
",1005:"
virtual uint8 fieldDataByte() const
",1006:"
virtual bool responseExpected() const
",1008:"
MipTypes::FunctionSelector m_functionSelector
The FunctionSelector type of command to send, get/set, reset to factory defaults, et al.
",1009:"
bool m_enabled
Whether to enable or disable coning and sculling.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/ConingAndScullingEnable-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/ConingAndScullingEnable-h-ToolTips.js deleted file mode 100644 index d03b55625..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/ConingAndScullingEnable-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({996:"
ConingAndScullingEnable
Contains the logic for the Inertial ConingAndScullingEnable command.
",2927:"
GenericMipCmdResponse
Represents the response to a GenericMipCommand.
",3158:"
The enums for all the different types/categories of MIP commands and data.
",3171:"
The enums for all of the different MIP commands.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/ConingAndScullingEnable-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/ConingAndScullingEnable-h.html deleted file mode 100644 index 6e56f4f0f..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/ConingAndScullingEnable-h.html +++ /dev/null @@ -1,90 +0,0 @@ - - -ConingAndScullingEnable.h - - - - - - - -
-
ConingAndScullingEnable
-
public
MipCommand
ConingAndScullingEnable
-

Contains the logic for the Inertial ConingAndScullingEnable command.

-
- -
-
Functions
-
- -
-
commandName
-
virtual std::string commandName() const
-
Returns
std::string

the string name for this class.

-
- -
-
MakeSetCommand
-
static ConingAndScullingEnable MakeSetCommand(
bool enable
)
-

Parameter: dataToUse The <ConingAndScullingEnableData> object to set.

Returns
ConingAndScullingEnable

object set up for sending a set command.

-
- -
-
MakeGetCommand
-
static ConingAndScullingEnable MakeGetCommand()
-
Returns
ConingAndScullingEnable

object set up for sending a get command.

-
- -
-
getResponseData
-
static bool getResponseData(
const GenericMipCmdResponse &response
)
-
Parameter
response
const GenericMipCmdResponse&

The GenericMipCmdResponse object from which to get formatted data.

Returns
ConstellationSettingsData

An object with the data returned from the device.

-
- -
-
operator ByteStream
-
operator ByteStream() const
-

Converts this class to a ByteStream.

-
- -
-
Constructor ConingAndScullingEnable
-

Private constructor creates a ConingAndScullingEnable object.  Use Make___Command methods to create an object.

-
- -
-
commandType
-
virtual MipTypes::Command commandType() const
-
Returns
MipTypes::Command

the command ID.

-
- -
-
fieldDataByte
-
virtual uint8 fieldDataByte() const
-
Returns
uint8

the byte ID for field data in the reply.

-
- -
-
responseExpected
-
virtual bool responseExpected() const
-
Returns
bool

True indicates that a response should return from the device.

-
- -
-
Variables
-
- -
-
m_functionSelector
-
MipTypes::FunctionSelector m_functionSelector
-

The FunctionSelector type of command to send, get/set, reset to factory defaults, et al.

-
- -
-
m_enabled
-
bool m_enabled
-

Whether to enable or disable coning and sculling.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/ContinuousDataStream-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/ContinuousDataStream-h-Summary.js deleted file mode 100644 index f3084e73c..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/ContinuousDataStream-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Inertial/Commands/ContinuousDataStream.h","ContinuousDataStream.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Inertial/Commands/ContinuousDataStream.h",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[980,0,0,"ContinuousDataStream","ContinuousDataStream"],[981,0,3,"Constants","ContinuousDataStream.Constants"],[982,0,1,"Packet Bytes","ContinuousDataStream.Packet_Bytes"],[983,0,1,,"ContinuousDataStream.CMD_ID"],[984,0,1,,"ContinuousDataStream.FIELD_DATA_BYTE"],[985,0,3,"Functions","ContinuousDataStream.Functions"],[986,0,2,"getDeviceSelector","ContinuousDataStream.getDeviceSelector"],[987,0,2,"buildCommand_get","ContinuousDataStream.buildCommand_get"],[988,0,2,"buildCommand_set","ContinuousDataStream.buildCommand_set"],[989,0,0,"Response","Response"],[990,0,3,"Variables","Response.Variables"],[991,0,4,"m_deviceSelector","Response.m_deviceSelector"],[992,0,3,"Functions","Response.Functions"],[993,0,2,"Response","Response.Response"],[994,0,2,"match_data","Response.match_data"],[995,0,2,"parseResponse","Response.parseResponse"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/ContinuousDataStream-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/ContinuousDataStream-h-SummaryToolTips.js deleted file mode 100644 index e9db893c9..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/ContinuousDataStream-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Inertial/Commands/ContinuousDataStream.h",{980:"
ContinuousDataStream
Contains the logic for the "Continuous Data Stream" command.
",986:"
static uint8 getDeviceSelector(
MipTypes::DataClass type
)
Converts an MipTypes::DataClass to the device selector for this command.
",987:"
static ByteStream buildCommand_get(
MipTypes::DataClass type
)
Builds the bytes for the "get" command.
",988:"
static ByteStream buildCommand_set(
MipTypes::DataClass type,
bool enable
)
Builds the bytes for the "set" command.
",989:"
Response
Handles the response to the ContinuousDataStream command.
",991:"
uint8 m_deviceSelector
The device selector to look for in the response.
",993:"
Response(
std::weak_ptr<ResponseCollector> collector,
bool dataResponse,
MipTypes::DataClass type
)
Creates the ContinuousDataStream::Response object.
",994:"
virtual bool match_data(
const MipDataField &field
) override
Attempts to match an MipDataField to the expected data field response.
",995:"
bool parseResponse(
const GenericMipCmdResponse &response
) const
Parses a successfully matched response for the ContinuousDataStream command.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/ContinuousDataStream-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/ContinuousDataStream-h-ToolTips.js deleted file mode 100644 index 6cfc17cda..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/ContinuousDataStream-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2927:"
GenericMipCmdResponse
Represents the response to a GenericMipCommand.
",3146:"
The enums for all the different data classes of MIP data.
",3171:"
The enums for all of the different MIP commands.
",4550:"
MipDataField
An Inertial data field object that represents a data field within an Inertial Data Packet
",5207:"
WirelessResponsePattern
A pattern matching the expected response from a wireless command.
",9848:"
ResponseCollector
Stores all the expected command responses
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10047:"
ResponsePattern
A pattern matching the expected response from a device command (Base Class).
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/ContinuousDataStream-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/ContinuousDataStream-h.html deleted file mode 100644 index ef1244c43..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/ContinuousDataStream-h.html +++ /dev/null @@ -1,86 +0,0 @@ - - -ContinuousDataStream.h - - - - - - - -
-
ContinuousDataStream
-
ContinuousDataStream
-

Contains the logic for the "Continuous Data Stream" command.

-
- -
-
Constants
-
- -
-
Packet Bytes
-
CMD_ID

CMD_CONTINUOUS_DATA_STREAM  - The MipTypes::Command for this command

FIELD_DATA_BYTE

0x85  - The Data Field Descriptor byte

-
- -
-
Functions
-
- -
-
getDeviceSelector
-
static uint8 getDeviceSelector(
MipTypes::DataClass type
)
-

Converts an MipTypes::DataClass to the device selector for this command.

Parameters
type
MipTypes::DataClass

The MipTypes::DataClass to get the device selector for.

Returns

The device selector for the given MipTypes::DataClass.

-
- -
-
buildCommand_get
-
static ByteStream buildCommand_get(
MipTypes::DataClass type
)
-

Builds the bytes for the "get" command.

Parameters
type
MipTypes::DataClass

The MipTypes::DataClass to get the current state for.

Returns

A ByteStream that holds the bytes that make up the command.

-
- -
-
buildCommand_set
-
static ByteStream buildCommand_set(
MipTypes::DataClass type,
bool enable
)
-

Builds the bytes for the "set" command.

Parameters
type
MipTypes::DataClass

The MipTypes::DataClass to set the state for.

enable
bool

Whether to enable (true) or disable (false) continuous data streaming.

Returns

A ByteStream that holds the bytes that make up the command.

-
- -
-
Response
-
public
GenericMipCommand.​Response
ResponsePattern
WirelessResponsePattern
SetToIdle.​Response
Response
-

Handles the response to the ContinuousDataStream command.

-
- -
-
Variables
-
- -
-
m_deviceSelector
-
uint8 m_deviceSelector
-

The device selector to look for in the response.

-
- -
-
Functions
-
- -
-
Response
-
Response(
std::weak_ptr<ResponseCollector> collector,
bool dataResponse,
MipTypes::DataClass type
)
-

Creates the ContinuousDataStream::Response object.

Parameters
collector
std::weak_ptr<ResponseCollector>

The ResponseCollector to register the response with.

dataResponse
bool

Whether the command is expecting a data field response

type
MipTypes::DataClass

The MipTypes::DataClass to use for the command/response.

-
- -
-
match_data
-
virtual bool match_data(
const MipDataField &field
) override
-

Attempts to match an MipDataField to the expected data field response.

Returns

true if the field matches the expected data, false if it does not.

-
- -
-
parseResponse
-
bool parseResponse(
const GenericMipCmdResponse &response
) const
-

Parses a successfully matched response for the ContinuousDataStream command.

Parameters
response
const GenericMipCmdResponse&

The GenericMipCmdResponse that matches the data field for this response.

Returns

true if the data stream is enabled, false if it is disabled.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/DeviceStartupSettings-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/DeviceStartupSettings-h-Summary.js deleted file mode 100644 index 2763172bd..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/DeviceStartupSettings-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Inertial/Commands/DeviceStartupSettings.h","DeviceStartupSettings.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Inertial/Commands/DeviceStartupSettings.h",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[969,0,0,"DeviceStartupSettings","DeviceStartupSettings"],[970,0,3,"Constants","DeviceStartupSettings.Constants"],[971,0,1,"Packet Bytes","DeviceStartupSettings.Packet_Bytes"],[972,0,1,,"DeviceStartupSettings.CMD_ID"],[973,0,3,"Functions","DeviceStartupSettings.Functions"],[974,0,2,"buildCommand_saveAsStartup","DeviceStartupSettings.buildCommand_saveAsStartup"],[975,0,2,"buildCommand","DeviceStartupSettings.buildCommand"],[976,0,2,"buildCommand","DeviceStartupSettings.buildCommand(2)"],[977,0,0,"Response","Response"],[978,0,3,"Functions","Response.Functions"],[979,0,2,"Response","Response.Response"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/DeviceStartupSettings-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/DeviceStartupSettings-h-SummaryToolTips.js deleted file mode 100644 index c50bd3ae5..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/DeviceStartupSettings-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Inertial/Commands/DeviceStartupSettings.h",{969:"
DeviceStartupSettings
Contains the logic for the Inertial "DeviceStartupSettings" command.
",974:"
static ByteStream buildCommand_saveAsStartup()
Builds the command packet for saving as startup.
",975:"
static ByteStream buildCommand_loadStartup()
Builds the command packet for loading the startup settings.
",976:"
static ByteStream buildCommand_loadDefault()
Builds the command packet for loading the default settings.
",977:"
Response
Handles the response to the DeviceStartupSettings command.
",979:"
Response(
std::weak_ptr<ResponseCollector> collector
)
Creates the DeviceStartupSettings::Response object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/DeviceStartupSettings-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/DeviceStartupSettings-h-ToolTips.js deleted file mode 100644 index f7ecd1401..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/DeviceStartupSettings-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3171:"
The enums for all of the different MIP commands.
",5207:"
WirelessResponsePattern
A pattern matching the expected response from a wireless command.
",9848:"
ResponseCollector
Stores all the expected command responses
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10047:"
ResponsePattern
A pattern matching the expected response from a device command (Base Class).
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/DeviceStartupSettings-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/DeviceStartupSettings-h.html deleted file mode 100644 index 2a0c402c4..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/DeviceStartupSettings-h.html +++ /dev/null @@ -1,64 +0,0 @@ - - -DeviceStartupSettings.h - - - - - - - -
-
DeviceStartupSettings
-
DeviceStartupSettings
-

Contains the logic for the Inertial "DeviceStartupSettings" command.

-
- -
-
Constants
-
- -
-
Packet Bytes
-
CMD_ID

CMD_SAVE_STARTUP_SETTINGS  - The MipTypes::Command for this command

-
- -
-
Functions
-
- -
-
buildCommand_saveAsStartup
-
static ByteStream buildCommand_saveAsStartup()
-

Builds the command packet for saving as startup.

Returns

A ByteStream containing the Inertial DeviceStartupSettings command packet.

-
- -
-
buildCommand
-
static ByteStream buildCommand_loadStartup()
-

Builds the command packet for loading the startup settings.

Returns

A ByteStream containing the Inertial DeviceStartupSettings command packet.

-
- -
-
buildCommand
-
static ByteStream buildCommand_loadDefault()
-

Builds the command packet for loading the default settings.

Returns

A ByteStream containing the Inertial DeviceStartupSettings command packet.

-
- -
-
Response
-
public
GenericMipCommand.​Response
ResponsePattern
WirelessResponsePattern
SetToIdle.​Response
Response
-

Handles the response to the DeviceStartupSettings command.

-
- -
-
Functions
-
- -
-
Response
-
Response(
std::weak_ptr<ResponseCollector> collector
)
-

Creates the DeviceStartupSettings::Response object.

Parameters
collector
std::weak_ptr<ResponseCollector>

The ResponseCollector to register the response with.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/DeviceStatus-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/DeviceStatus-h-Summary.js deleted file mode 100644 index d730e1c5a..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/DeviceStatus-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Inertial/Commands/DeviceStatus.h","DeviceStatus.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Inertial/Commands/DeviceStatus.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[943,0,0,"DeviceStatus","DeviceStatus"],[944,0,2,"Functions","DeviceStatus.Functions"],[945,0,1,"commandName","DeviceStatus.commandName"],[946,0,1,"MakeGetCommand","DeviceStatus.MakeGetCommand"],[947,0,1,"MakeGetBasicCommand","DeviceStatus.MakeGetBasicCommand"],[948,0,1,"MakeGetDiagnosticCommand","DeviceStatus.MakeGetDiagnosticCommand"],[949,0,1,"getResponseData","DeviceStatus.getResponseData"],[950,0,1,"operator ByteStream","DeviceStatus.operator_ByteStream"],[951,0,1,"Constructor DeviceStatus","DeviceStatus.Constructor_DeviceStatus"],[952,0,1,"commandType","DeviceStatus.commandType"],[953,0,1,"fieldDataByte","DeviceStatus.fieldDataByte"],[954,0,1,"responseExpected","DeviceStatus.responseExpected"],[955,0,2,"Variables","DeviceStatus.Variables"],[956,0,3,"m_model","DeviceStatus.m_model"],[957,0,3,"m_statusSelector","DeviceStatus.m_statusSelector"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/DeviceStatus-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/DeviceStatus-h-SummaryToolTips.js deleted file mode 100644 index 1f37806bd..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/DeviceStatus-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Inertial/Commands/DeviceStatus.h",{943:"
DeviceStatus
Contains the logic for the Inertial DeviceStatus command.
",945:"
virtual std::string commandName() const
",946:"
static DeviceStatus MakeGetCommand(
MipModels::NodeModel model,
DeviceStatusData::StatusSelector statusSelector
)
",947:"
static DeviceStatus MakeGetBasicCommand(
MipModels::NodeModel model
)
",948:"
static DeviceStatus MakeGetDiagnosticCommand(
MipModels::NodeModel model
)
",949:"
static DeviceStatusData getResponseData(
const GenericMipCmdResponse &response
)
",950:"
operator ByteStream() const
Converts this class to a ByteStream.
",951:"
Private constructor creates a DeviceStatus object.  Use Make___Command methods to create an object.
",952:"
virtual MipTypes::Command commandType() const
",953:"
virtual uint8 fieldDataByte() const
",954:"
virtual bool responseExpected() const
",956:"
MipModels::NodeModel m_model
The inertial <NodeModel> of the device.
",957:"
DeviceStatusData::StatusSelector m_statusSelector
The <StatusSelector> to determine
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/DeviceStatus-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/DeviceStatus-h-ToolTips.js deleted file mode 100644 index 96ce48aea..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/DeviceStatus-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({943:"
DeviceStatus
Contains the logic for the Inertial DeviceStatus command.
",2084:"
DeviceStatusData
Contains the data needed by the InertialNode::getBasicDeviceStatus method.
",2086:"
Represents the two different types of statuses returned by DeviceStatus.
",2927:"
GenericMipCmdResponse
Represents the response to a GenericMipCommand.
",3171:"
The enums for all of the different MIP commands.
",4413:"
The base model numbers for each of the MIP devices.  Ex: 6284-4220 (3DM-GQ7) NodeModel is 6284
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/DeviceStatus-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/DeviceStatus-h.html deleted file mode 100644 index 2ffaf571e..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/DeviceStatus-h.html +++ /dev/null @@ -1,96 +0,0 @@ - - -DeviceStatus.h - - - - - - - -
-
DeviceStatus
-
public
MipCommand
DeviceStatus
-

Contains the logic for the Inertial DeviceStatus command.

-
- -
-
Functions
-
- -
-
commandName
-
virtual std::string commandName() const
-
Returns
std::string

the string name for this class.

-
- -
-
MakeGetCommand
-
static DeviceStatus MakeGetCommand(
MipModels::NodeModel model,
DeviceStatusData::StatusSelector statusSelector
)
-
Parameters
model
MipModels::NodeModel

model number of the current device

statusSelector
DeviceStatusData::StatusSelector

response format (basic or diagnostic)

Returns
DeviceStatus

object set up for getting the device status.

-
- -
-
MakeGetBasicCommand
-
static DeviceStatus MakeGetBasicCommand(
MipModels::NodeModel model
)
-
Parameters
model
MipModels::NodeModel

model number of the current device

Returns
DeviceStatus

object set up for getting a basic status.

-
- -
-
MakeGetDiagnosticCommand
-
static DeviceStatus MakeGetDiagnosticCommand(
MipModels::NodeModel model
)
-
Parameters
model
MipModels::NodeModel

model number of the current device

Returns
DeviceStatus

object set up for getting a diagnostic status.

-
- -
-
getResponseData
-
static DeviceStatusData getResponseData(
const GenericMipCmdResponse &response
)
-
Parameter
response
const GenericMipCmdResponse&

The GenericMipCmdResponse object from which to get formatted data.

Returns
DeviceStatusData

An object with the data returned from the device.

-
- -
-
operator ByteStream
-
operator ByteStream() const
-

Converts this class to a ByteStream.

-
- -
-
Constructor DeviceStatus
-

Private constructor creates a DeviceStatus object.  Use Make___Command methods to create an object.

-
- -
-
commandType
-
virtual MipTypes::Command commandType() const
-
Returns
MipTypes::Command

the command ID.

-
- -
-
fieldDataByte
-
virtual uint8 fieldDataByte() const
-
Returns
uint8

the byte ID for field data in the reply.

-
- -
-
responseExpected
-
virtual bool responseExpected() const
-
Returns
bool

True indicates that a response should return from the device.

-
- -
-
Variables
-
- -
-
m_model
- -

The inertial <NodeModel> of the device.

-
- -
-
m_statusSelector
- -

The <StatusSelector> to determine

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/EstFilter_Commands-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/EstFilter_Commands-h-Summary.js deleted file mode 100644 index f9b1fcbbd..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/EstFilter_Commands-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Inertial/Commands/EstFilter_Commands.h","EstFilter_Commands.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Inertial/Commands/EstFilter_Commands.h",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"],["Sections","Section"]],[[817,0,4,"EstFilter_Commands","EstFilter_Commands"],[818,0,0,"GetEstFilterDataRateBase","GetEstFilterDataRateBase"],[819,0,3,"Constants","GetEstFilterDataRateBase.Constants"],[820,0,1,"Packet Bytes","GetEstFilterDataRateBase.Packet_Bytes"],[821,0,1,,"GetEstFilterDataRateBase.CMD_ID"],[822,0,1,,"GetEstFilterDataRateBase.FIELD_DATA_BYTE"],[823,0,3,"Functions","GetEstFilterDataRateBase.Functions"],[824,0,2,"buildCommand","GetEstFilterDataRateBase.buildCommand"],[825,0,0,"Response","Response"],[826,0,3,"Functions","Response.Functions"],[827,0,2,"fieldId","Response.fieldId"],[828,0,2,"fieldDataByte","Response.fieldDataByte"],[829,0,2,"Response","Response.Response"],[830,0,2,"parseResponse","Response.parseResponse"],[831,0,0,"EstFilterMessageFormat","EstFilterMessageFormat"],[832,0,3,"Constants","EstFilterMessageFormat.Constants"],[833,0,1,"Packet Bytes","EstFilterMessageFormat.Packet_Bytes"],[834,0,1,,"EstFilterMessageFormat.CMD_ID"],[835,0,1,,"EstFilterMessageFormat.FIELD_DATA_BYTE"],[836,0,3,"Functions","EstFilterMessageFormat.Functions"],[837,0,2,"buildCommand_get","EstFilterMessageFormat.buildCommand_get"],[838,0,2,"buildCommand_set","EstFilterMessageFormat.buildCommand_set"],[839,0,2,"buildCommand_save","EstFilterMessageFormat.buildCommand_save"],[840,0,0,"ResetFilter","ResetFilter"],[841,0,3,"Constants","ResetFilter.Constants"],[842,0,1,"Packet Bytes","ResetFilter.Packet_Bytes"],[843,0,1,,"ResetFilter.CMD_ID"],[844,0,3,"Functions","ResetFilter.Functions"],[845,0,2,"buildCommand","ResetFilter.buildCommand"],[846,0,0,"SetInitialAttitude","SetInitialAttitude"],[847,0,3,"Constants","SetInitialAttitude.Constants"],[848,0,1,"Packet Bytes","SetInitialAttitude.Packet_Bytes"],[849,0,1,,"SetInitialAttitude.CMD_ID"],[850,0,3,"Functions","SetInitialAttitude.Functions"],[851,0,2,"buildCommand","SetInitialAttitude.buildCommand"],[852,0,0,"SetInitialHeading","SetInitialHeading"],[853,0,3,"Constants","SetInitialHeading.Constants"],[854,0,1,"Packet Bytes","SetInitialHeading.Packet_Bytes"],[855,0,1,,"SetInitialHeading.CMD_ID"],[856,0,3,"Functions","SetInitialHeading.Functions"],[857,0,2,"buildCommand","SetInitialHeading.buildCommand"],[858,0,0,"AltitudeAidControl","AltitudeAidControl"],[859,0,3,"Constants","AltitudeAidControl.Constants"],[860,0,1,"Packet Bytes","AltitudeAidControl.Packet_Bytes"],[861,0,1,,"AltitudeAidControl.CMD_ID"],[862,0,1,,"AltitudeAidControl.FIELD_DATA_BYTE"],[863,0,3,"Functions","AltitudeAidControl.Functions"],[864,0,2,"buildCommand_get","AltitudeAidControl.buildCommand_get"],[865,0,2,"buildCommand_set","AltitudeAidControl.buildCommand_set"],[866,0,0,"PitchRollAidControl","PitchRollAidControl"],[867,0,3,"Constants","PitchRollAidControl.Constants"],[868,0,1,"Packet Bytes","PitchRollAidControl.Packet_Bytes"],[869,0,1,,"PitchRollAidControl.CMD_ID"],[870,0,1,,"PitchRollAidControl.FIELD_DATA_BYTE"],[871,0,3,"Functions","PitchRollAidControl.Functions"],[872,0,2,"buildCommand_get","PitchRollAidControl.buildCommand_get"],[873,0,2,"buildCommand_set","PitchRollAidControl.buildCommand_set"],[874,0,0,"VelocityZUPTControl","VelocityZUPTControl"],[875,0,3,"Constants","VelocityZUPTControl.Constants"],[876,0,1,"Packet Bytes","VelocityZUPTControl.Packet_Bytes"],[877,0,1,,"VelocityZUPTControl.CMD_ID"],[878,0,1,,"VelocityZUPTControl.FIELD_DATA_BYTE"],[879,0,3,"Functions","VelocityZUPTControl.Functions"],[880,0,2,"buildCommand_get","VelocityZUPTControl.buildCommand_get"],[881,0,2,"buildCommand_set","VelocityZUPTControl.buildCommand_set"],[882,0,0,"AngularRateZUPTControl","AngularRateZUPTControl"],[883,0,3,"Constants","AngularRateZUPTControl.Constants"],[884,0,1,"Packet Bytes","AngularRateZUPTControl.Packet_Bytes"],[885,0,1,,"AngularRateZUPTControl.CMD_ID"],[886,0,1,,"AngularRateZUPTControl.FIELD_DATA_BYTE"],[887,0,3,"Functions","AngularRateZUPTControl.Functions"],[888,0,2,"buildCommand_get","AngularRateZUPTControl.buildCommand_get"],[889,0,2,"buildCommand_set","AngularRateZUPTControl.buildCommand_set"],[890,0,0,"TareOrientation","TareOrientation"],[891,0,3,"Constants","TareOrientation.Constants"],[892,0,1,"Packet Bytes","TareOrientation.Packet_Bytes"],[893,0,1,,"TareOrientation.CMD_ID"],[894,0,1,,"TareOrientation.FIELD_DATA_BYTE"],[895,0,3,"Functions","TareOrientation.Functions"],[896,0,2,"buildCommand_set","TareOrientation.buildCommand_set"],[897,0,0,"AutoInitializeControl","AutoInitializeControl"],[898,0,3,"Constants","AutoInitializeControl.Constants"],[899,0,1,"Packet Bytes","AutoInitializeControl.Packet_Bytes"],[900,0,1,,"AutoInitializeControl.CMD_ID"],[901,0,1,,"AutoInitializeControl.FIELD_DATA_BYTE"],[902,0,3,"Functions","AutoInitializeControl.Functions"],[903,0,2,"buildCommand_get","AutoInitializeControl.buildCommand_get"],[904,0,2,"buildCommand_set","AutoInitializeControl.buildCommand_set"],[905,0,0,"CmdedVelZupt","CmdedVelZupt"],[906,0,3,"Constants","CmdedVelZupt.Constants"],[907,0,1,"Packet Bytes","CmdedVelZupt.Packet_Bytes"],[908,0,1,,"CmdedVelZupt.CMD_ID"],[909,0,1,,"CmdedVelZupt.FIELD_DATA_BYTE"],[910,0,3,"Functions","CmdedVelZupt.Functions"],[911,0,2,"buildCommand_get","CmdedVelZupt.buildCommand_get"],[912,0,0,"CmdedAngularZupt","CmdedAngularZupt"],[913,0,3,"Constants","CmdedAngularZupt.Constants"],[914,0,1,"Packet Bytes","CmdedAngularZupt.Packet_Bytes"],[915,0,1,,"CmdedAngularZupt.CMD_ID"],[916,0,1,,"CmdedAngularZupt.FIELD_DATA_BYTE"],[917,0,3,"Functions","CmdedAngularZupt.Functions"],[918,0,2,"buildCommand_get","CmdedAngularZupt.buildCommand_get"],[919,0,0,"SensorToVehicFrameTrans","SensorToVehicFrameTrans"],[920,0,3,"Constants","SensorToVehicFrameTrans.Constants"],[921,0,1,"Packet Bytes","SensorToVehicFrameTrans.Packet_Bytes"],[922,0,1,,"SensorToVehicFrameTrans.CMD_ID"],[923,0,1,,"SensorToVehicFrameTrans.FIELD_DATA_BYTE"],[924,0,3,"Functions","SensorToVehicFrameTrans.Functions"],[925,0,2,"buildCommand_get","SensorToVehicFrameTrans.buildCommand_get"],[926,0,2,"buildCommand_set","SensorToVehicFrameTrans.buildCommand_set"],[927,0,0,"SensorToVehicFrameOffset","SensorToVehicFrameOffset"],[928,0,3,"Constants","SensorToVehicFrameOffset.Constants"],[929,0,1,"Packet Bytes","SensorToVehicFrameOffset.Packet_Bytes"],[930,0,1,,"SensorToVehicFrameOffset.CMD_ID"],[931,0,1,,"SensorToVehicFrameOffset.FIELD_DATA_BYTE"],[932,0,3,"Functions","SensorToVehicFrameOffset.Functions"],[933,0,2,"buildCommand_get","SensorToVehicFrameOffset.buildCommand_get"],[934,0,2,"buildCommand_set","SensorToVehicFrameOffset.buildCommand_set"],[935,0,0,"AntennaOffset","AntennaOffset"],[936,0,3,"Constants","AntennaOffset.Constants"],[937,0,1,"Packet Bytes","AntennaOffset.Packet_Bytes"],[938,0,1,,"AntennaOffset.CMD_ID"],[939,0,1,,"AntennaOffset.FIELD_DATA_BYTE"],[940,0,3,"Functions","AntennaOffset.Functions"],[941,0,2,"buildCommand_get","AntennaOffset.buildCommand_get"],[942,0,2,"buildCommand_set","AntennaOffset.buildCommand_set"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/EstFilter_Commands-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/EstFilter_Commands-h-SummaryToolTips.js deleted file mode 100644 index d0ee521e9..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/EstFilter_Commands-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Inertial/Commands/EstFilter_Commands.h",{818:"
GetEstFilterDataRateBase
Contains the logic for the "Get Estimation Filter Data Rate Base" command
",824:"
static ByteStream buildCommand()
Builds the bytes in the command
",825:"
Response
Handles the response to the command
",827:"
Gets the MipTypes::Command
",828:"
virtual uint8 fieldDataByte() const
Gets the data field descriptor byte
",829:"
Response(
std::weak_ptr<ResponseCollector> collector
)
Creates the Response object
",830:"
uint16 parseResponse(
const GenericMipCmdResponse &response
) const
Parses the response, getting the data rate base result
",831:"
EstFilterMessageFormat
Contains the logic for the "Estimation Filter Message Format" command
",837:"
static ByteStream buildCommand_get()
Builds the bytes for the "get" command
",838:"
static ByteStream buildCommand_set(
const MipChannels &channels,
uint16 sampleRateBase
)
Builds the bytes for the "set" command.
",839:"
static ByteStream buildCommand_save()
Builds the bytes for the "save" command
",840:"
ResetFilter
Contains the logic for the "Reset Filter" command
",845:"
static ByteStream buildCommand()
Builds the bytes for the command.
",846:"
SetInitialAttitude
Contains the logic for the "Set Initial Attitude" command
",851:"
static ByteStream buildCommand(
const EulerAngles &attitude
)
Builds the bytes for the command.
",852:"
SetInitialHeading
Contains the logic for the "Set Initial Heading" command
",857:"
static ByteStream buildCommand(
float heading
)
Builds the bytes for the command.
",858:"
AltitudeAidControl
Contains the logic for the "Altitude Aid Control" command
",864:"
static ByteStream buildCommand_get()
Builds the bytes for the "get" command.
",865:"
static ByteStream buildCommand_set(
bool enable
)
Builds the bytes for the "set" command.
",866:"
PitchRollAidControl
Contains the logic for the "Pitch/Roll Aid Control" command
",872:"
static ByteStream buildCommand_get()
Builds the bytes for the "get" command.
",873:"
static ByteStream buildCommand_set(
bool enable
)
Builds the bytes for the "set" command.
",874:"
VelocityZUPTControl
Contains the logic for the "Velocity ZUPT Control" command
",880:"
static ByteStream buildCommand_get()
Builds the bytes for the "get" command.
",881:"
static ByteStream buildCommand_set(
const ZUPTSettingsData &settingsData
)
Builds the bytes for the "set" command.
",882:"
AngularRateZUPTControl
Contains the logic for the "Angular Rate ZUPT Control" command
",888:"
static ByteStream buildCommand_get()
Builds the bytes for the "get" command.
",889:"
static ByteStream buildCommand_set(
const ZUPTSettingsData &settingsData
)
Builds the bytes for the "set" command.
",890:"
TareOrientation
Contains the logic for the "Tare Orientation" command
",896:"
static ByteStream buildCommand_set(
const TareAxisValues &axisValue
)
Builds the bytes for the "set" command.
",897:"
AutoInitializeControl
Contains the logic for the "Auto-Initialization Control" command
",903:"
static ByteStream buildCommand_get()
Builds the bytes for the "get" command.
",904:"
static ByteStream buildCommand_set(
bool enable
)
Builds the bytes for the "set" command.
",905:"
CmdedVelZupt
Contains the logic for the "Commanded Zero Velocity Update" command
",911:"
static ByteStream buildCommand_get()
Builds the bytes for the "get" command.
",912:"
CmdedAngularZupt
Contains the logic for the "Commanded Zero Angular Rate Update" command
",918:"
static ByteStream buildCommand_get()
Builds the bytes for the "get" command.
",919:"
SensorToVehicFrameTrans
Contains the logic for the "Sensor to Vehicle Frame Transformation" command
",925:"
static ByteStream buildCommand_get()
Builds the bytes for the "get" command.
",926:"
static ByteStream buildCommand_set(
const EulerAngles &angles
)
Builds the bytes for the "set" command.
",927:"
SensorToVehicFrameOffset
Contains the logic for the "Sensor to Vehicle Frame Offset" command
",933:"
static ByteStream buildCommand_get()
Builds the bytes for the "get" command.
",934:"
static ByteStream buildCommand_set(
const PositionOffset &offset
)
Builds the bytes for the "set" command.
",935:"
AntennaOffset
Contains the logic for the "Antenna Offset" command
",941:"
static ByteStream buildCommand_get()
Builds the bytes for the "get" command.
",942:"
static ByteStream buildCommand_set(
const PositionOffset &offset
)
Builds the bytes for the "set" command.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/EstFilter_Commands-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/EstFilter_Commands-h-ToolTips.js deleted file mode 100644 index 1f1f4b29f..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/EstFilter_Commands-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1644:"
PositionOffset
Represents a position offset (x, y, z).
",1986:"
Contains the data for the AngularRateZUPTControl and VelocityZUPTControl classes.
",2206:"
Contains the possible axis bitfield values.
",2749:"
EulerAngles
Represents generic Euler Angles (roll, pitch, yaw).
",2927:"
GenericMipCmdResponse
Represents the response to a GenericMipCommand.
",3171:"
The enums for all of the different MIP commands.
",4565:"
MipChannel
Represents a single "channel" or data descriptors that can make up an Inertial Device\'s message format
",5207:"
WirelessResponsePattern
A pattern matching the expected response from a wireless command.
",9848:"
ResponseCollector
Stores all the expected command responses
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10047:"
ResponsePattern
A pattern matching the expected response from a device command (Base Class).
",10446:"
Error
The generic MicroStrain exception (base class)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/EstFilter_Commands-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/EstFilter_Commands-h.html deleted file mode 100644 index 3a186629a..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/EstFilter_Commands-h.html +++ /dev/null @@ -1,508 +0,0 @@ - - -EstFilter_Commands.h - - - - - - - -
-
EstFilter_Commands
-
- -
-
GetEstFilterDataRateBase
-
GetEstFilterDataRateBase
-

Contains the logic for the "Get Estimation Filter Data Rate Base" command

-
- -
-
Constants
-
- -
-
Packet Bytes
-
CMD_ID

CMD_GET_EF_RATE_BASE  - The MipTypes::Command for this command

FIELD_DATA_BYTE

0x8A  - The Data Field Descriptor byte

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand()
-

Builds the bytes in the command

Returns

A ByteStream that holds the bytes that make up the command

-
- -
-
Response
-
public
GenericMipCommand.​Response
ResponsePattern
WirelessResponsePattern
SetToIdle.​Response
Response
-

Handles the response to the command

See Also

<GenericMipCommand::Response>

-
- -
-
Functions
-
- -
-
fieldId
-

Gets the MipTypes::Command

-
- -
-
fieldDataByte
-
virtual uint8 fieldDataByte() const
-

Gets the data field descriptor byte

-
- -
-
Response
-
Response(
std::weak_ptr<ResponseCollector> collector
)
-

Creates the Response object

-
- -
-
parseResponse
-
uint16 parseResponse(
const GenericMipCmdResponse &response
) const
-

Parses the response, getting the data rate base result

Parameters
response
const GenericMipCmdResponse&

The GenericMipCmdResponse holding the response to parse

Returns

The data rate base result

-
- -
-
EstFilterMessageFormat
-
EstFilterMessageFormat
-

Contains the logic for the "Estimation Filter Message Format" command

-
- -
-
Constants
-
- -
-
Packet Bytes
-
CMD_ID

CMD_EF_MESSAGE_FORMAT  - The MipTypes::Command for this command

FIELD_DATA_BYTE

0x82  - The Data Field Descriptor byte

-
- -
-
Functions
-
- -
-
buildCommand_get
-
static ByteStream buildCommand_get()
-

Builds the bytes for the "get" command

Returns

A ByteStream that holds the bytes that make up the command

-
- -
-
buildCommand_set
-
static ByteStream buildCommand_set(
const MipChannels &channels,
uint16 sampleRateBase
)
-

Builds the bytes for the "set" command.

Parameters
channels
const MipChannels&

The MipChannels holding the channels to be set. This should only contain channels that are in the Estimation Filter (0x82) descriptor set

sampleRateBase
uint16

The base sample rate for the estimation filter command set.

Returns

A ByteStream that holds the bytes that make up the command

Exceptions

  • Error: An MipChannel in the channels parameter is not part of the Sensor descriptor set

-
- -
-
buildCommand_save
-
static ByteStream buildCommand_save()
-

Builds the bytes for the "save" command

Returns

A ByteStream that holds the bytes that make up the command

-
- -
-
ResetFilter
-
ResetFilter
-

Contains the logic for the "Reset Filter" command

-
- -
-
Constants
-
- -
-
Packet Bytes
-
CMD_ID

CMD_EF_RESET_FILTER  - The MipTypes::Command for this command

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand()
-

Builds the bytes for the command.

-
- -
-
SetInitialAttitude
-
SetInitialAttitude
-

Contains the logic for the "Set Initial Attitude" command

-
- -
-
Constants
-
- -
-
Packet Bytes
-
CMD_ID

CMD_EF_INIT_ATTITUDE  - The MipTypes::Command for this command

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand(
const EulerAngles &attitude
)
-

Builds the bytes for the command.

Parameters
attitude
const EulerAngles&

The EulerAngles representing the initial attitude.

-
- -
-
SetInitialHeading
-
SetInitialHeading
-

Contains the logic for the "Set Initial Heading" command

-
- -
-
Constants
-
- -
-
Packet Bytes
-
CMD_ID

CMD_EF_INIT_HEADING  - The MipTypes::Command for this command

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand(
float heading
)
-

Builds the bytes for the command.

Parameters
heading
float

The heading value to set.

-
- -
-
AltitudeAidControl
-
AltitudeAidControl
-

Contains the logic for the "Altitude Aid Control" command

-
- -
-
Constants
-
- -
-
Packet Bytes
-
CMD_ID

CMD_EF_ALTITUDE_AID_CTRL  - The MipTypes::Command for this command

FIELD_DATA_BYTE

0xB7  - The Data Field Descriptor byte

-
- -
-
Functions
-
- -
-
buildCommand_get
-
static ByteStream buildCommand_get()
-

Builds the bytes for the "get" command.

-
- -
-
buildCommand_set
-
static ByteStream buildCommand_set(
bool enable
)
-

Builds the bytes for the "set" command.

Parameters
enable
bool

Whether to enable (true) or disable (false) altitude aiding.

-
- -
-
PitchRollAidControl
-
PitchRollAidControl
-

Contains the logic for the "Pitch/Roll Aid Control" command

-
- -
-
Constants
-
- -
-
Packet Bytes
-
CMD_ID

CMD_EF_PITCH_ROLL_AID_CTRL- The MipTypes::Command for this command

FIELD_DATA_BYTE

0xBB  - The Data Field Descriptor byte

-
- -
-
Functions
-
- -
-
buildCommand_get
-
static ByteStream buildCommand_get()
-

Builds the bytes for the "get" command.

-
- -
-
buildCommand_set
-
static ByteStream buildCommand_set(
bool enable
)
-

Builds the bytes for the "set" command.

Parameters
enable
bool

Whether to enable (true) or disable (false) the pitch/roll aiding.

-
- -
-
VelocityZUPTControl
-
VelocityZUPTControl
-

Contains the logic for the "Velocity ZUPT Control" command

-
- -
-
Constants
-
- -
-
Packet Bytes
-
CMD_ID

CMD_EF_ZERO_VEL_UPDATE_CTRL - The MipTypes::Command for this command

FIELD_DATA_BYTE

0x8D  - The Data Field Descriptor byte

-
- -
-
Functions
-
- -
-
buildCommand_get
-
static ByteStream buildCommand_get()
-

Builds the bytes for the "get" command.

-
- -
-
buildCommand_set
-
static ByteStream buildCommand_set(
const ZUPTSettingsData &settingsData
)
-

Builds the bytes for the "set" command.

Parameters
settingsData
const ZUPTSettingsData&

The ZUPTSettingsData object containing whether the command is enabled and the threshold.

-
- -
-
AngularRateZUPTControl
-
AngularRateZUPTControl
-

Contains the logic for the "Angular Rate ZUPT Control" command

-
- -
-
Constants
-
- -
-
Packet Bytes
-
CMD_ID

CMD_EF_CMDED_ZERO_ANG_RATE_UPDATE - The MipTypes::Command for this command

FIELD_DATA_BYTE

0x8E  - The Data Field Descriptor byte

-
- -
-
Functions
-
- -
-
buildCommand_get
-
static ByteStream buildCommand_get()
-

Builds the bytes for the "get" command.

-
- -
-
buildCommand_set
-
static ByteStream buildCommand_set(
const ZUPTSettingsData &settingsData
)
-

Builds the bytes for the "set" command.

Parameters
settingsData
const ZUPTSettingsData&

The ZUPTSettingsData object containing whether the command is enabled and the threshold.

-
- -
-
TareOrientation
-
TareOrientation
-

Contains the logic for the "Tare Orientation" command

-
- -
-
Constants
-
- -
-
Packet Bytes
-
CMD_ID

CMD_EF_TARE_ORIENT - The MipTypes::Command for this command

FIELD_DATA_BYTE

0x00 - The Data Field Descriptor byte as there is no data field

-
- -
-
Functions
-
- -
-
buildCommand_set
-
static ByteStream buildCommand_set(
const TareAxisValues &axisValue
)
-

Builds the bytes for the "set" command.

Parameters
functionSelector

The function selector for how to load and save data.

axisValue
const TareAxisValues&

The TareAxisValues for which axes to tare.

-
- -
-
AutoInitializeControl
-
AutoInitializeControl
-

Contains the logic for the "Auto-Initialization Control" command

-
- -
-
Constants
-
- -
-
Packet Bytes
-
CMD_ID

CMD_EF_AUTO_INIT_CTRL  - The MipTypes::Command for this command

FIELD_DATA_BYTE

0x88  - The Data Field Descriptor byte

-
- -
-
Functions
-
- -
-
buildCommand_get
-
static ByteStream buildCommand_get()
-

Builds the bytes for the "get" command.

-
- -
-
buildCommand_set
-
static ByteStream buildCommand_set(
bool enable
)
-

Builds the bytes for the "set" command.

Parameters
enable
bool

Whether to enable (true) or disable (false) the automatic initialization.

-
- -
-
CmdedVelZupt
-
CmdedVelZupt
-

Contains the logic for the "Commanded Zero Velocity Update" command

-
- -
-
Constants
-
- -
-
Packet Bytes
-
CMD_ID

CMD_EF_CMDED_ZERO_VEL_UPDATE  - The MipTypes::Command for this command

FIELD_DATA_BYTE

0xF1  - The Data Field Descriptor byte

-
- -
-
Functions
-
- -
-
buildCommand_get
-
static ByteStream buildCommand_get()
-

Builds the bytes for the "get" command.

-
- -
-
CmdedAngularZupt
-
CmdedAngularZupt
-

Contains the logic for the "Commanded Zero Angular Rate Update" command

-
- -
-
Constants
-
- -
-
Packet Bytes
-
CMD_ID

CMD_EF_CMDED_ZERO_ANG_RATE_UPDATE  - The MipTypes::Command for this command

FIELD_DATA_BYTE

0xF1  - The Data Field Descriptor byte

-
- -
-
Functions
-
- -
-
buildCommand_get
-
static ByteStream buildCommand_get()
-

Builds the bytes for the "get" command.

-
- -
-
SensorToVehicFrameTrans
-
SensorToVehicFrameTrans
-

Contains the logic for the "Sensor to Vehicle Frame Transformation" command

-
- -
-
Constants
-
- -
-
Packet Bytes
-
CMD_ID

CMD_EF_SENS_VEHIC_FRAME_ROTATION_EULER  - The MipTypes::Command for this command

FIELD_DATA_BYTE

0x81  - The Data Field Descriptor byte

-
- -
-
Functions
-
- -
-
buildCommand_get
-
static ByteStream buildCommand_get()
-

Builds the bytes for the "get" command.

-
- -
-
buildCommand_set
-
static ByteStream buildCommand_set(
const EulerAngles &angles
)
-

Builds the bytes for the "set" command.

Parameters

angles-  The EulerAngles containing the roll, pitch, and yaw (in radians).

-
- -
-
SensorToVehicFrameOffset
-
SensorToVehicFrameOffset
-

Contains the logic for the "Sensor to Vehicle Frame Offset" command

-
- -
-
Constants
-
- -
-
Packet Bytes
-
CMD_ID

CMD_EF_SENS_VEHIC_FRAME_OFFSET  - The MipTypes::Command for this command

FIELD_DATA_BYTE

0x82  - The Data Field Descriptor byte

-
- -
-
Functions
-
- -
-
buildCommand_get
-
static ByteStream buildCommand_get()
-

Builds the bytes for the "get" command.

-
- -
-
buildCommand_set
-
static ByteStream buildCommand_set(
const PositionOffset &offset
)
-

Builds the bytes for the "set" command.

Parameters
offset
const PositionOffset&

The PositionOffset in meters.

-
- -
-
AntennaOffset
-
AntennaOffset
-

Contains the logic for the "Antenna Offset" command

-
- -
-
Constants
-
- -
-
Packet Bytes
-
CMD_ID

CMD_EF_ANTENNA_OFFSET  - The MipTypes::Command for this command

FIELD_DATA_BYTE

0x83  - The Data Field Descriptor byte

-
- -
-
Functions
-
- -
-
buildCommand_get
-
static ByteStream buildCommand_get()
-

Builds the bytes for the "get" command.

-
- -
-
buildCommand_set
-
static ByteStream buildCommand_set(
const PositionOffset &offset
)
-

Builds the bytes for the "set" command.

Parameters
offset
const PositionOffset&

The PositionOffset in meters.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/EstimationControlFlags-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/EstimationControlFlags-h-Summary.js deleted file mode 100644 index 9e7394637..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/EstimationControlFlags-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Inertial/Commands/EstimationControlFlags.h","EstimationControlFlags.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Inertial/Commands/EstimationControlFlags.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[803,0,0,"EstimationControlFlags","EstimationControlFlags"],[804,0,2,"Functions","EstimationControlFlags.Functions"],[805,0,1,"commandName","EstimationControlFlags.commandName"],[806,0,1,"MakeSetCommand","EstimationControlFlags.MakeSetCommand"],[807,0,1,"MakeGetCommand","EstimationControlFlags.MakeGetCommand"],[808,0,1,"getResponseData","EstimationControlFlags.getResponseData"],[809,0,1,"operator ByteStream","EstimationControlFlags.operator_ByteStream"],[810,0,1,"Constructor EstimationControlFlags","EstimationControlFlags.Constructor_EstimationControlFlags"],[811,0,1,"commandType","EstimationControlFlags.commandType"],[812,0,1,"fieldDataByte","EstimationControlFlags.fieldDataByte"],[813,0,1,"responseExpected","EstimationControlFlags.responseExpected"],[814,0,2,"Variables","EstimationControlFlags.Variables"],[815,0,3,"m_functionSelector","EstimationControlFlags.m_functionSelector"],[816,0,3,"m_ControlFlags","EstimationControlFlags.m_ControlFlags"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/EstimationControlFlags-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/EstimationControlFlags-h-SummaryToolTips.js deleted file mode 100644 index a49f215f0..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/EstimationControlFlags-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Inertial/Commands/EstimationControlFlags.h",{803:"
EstimationControlFlags
Contains the logic for the Inertial EstimationControlFlags command.
",805:"
virtual std::string commandName() const
",806:"
static EstimationControlFlags MakeSetCommand(
const uint16 &controlFlags
)
Parameter: dataToUse The uint16 control flags to set.
",807:"
static EstimationControlFlags MakeGetCommand()
",808:"
static EstimationControlOptions getResponseData(
const GenericMipCmdResponse &response
)
",809:"
operator ByteStream() const
Converts this class to a ByteStream.
",810:"
Private constructor creates an EstimationControlFlags object.  Use Make___Command methods to create an object.
",811:"
virtual MipTypes::Command commandType() const
",812:"
virtual uint8 fieldDataByte() const
",813:"
virtual bool responseExpected() const
",815:"
MipTypes::FunctionSelector m_functionSelector
The FunctionSelector type of command to send, get/set, reset to factory defaults, et al.
",816:"
uint16 m_ControlFlags
The uint16 to send to the device.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/EstimationControlFlags-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/EstimationControlFlags-h-ToolTips.js deleted file mode 100644 index 0bf98e7d7..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/EstimationControlFlags-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({803:"
EstimationControlFlags
Contains the logic for the Inertial EstimationControlFlags command.
",2221:"
Controls which parameters are estimated by the Kalman Filter.  Some, all, or none of the options can be set as estimation controls.
",2927:"
GenericMipCmdResponse
Represents the response to a GenericMipCommand.
",3158:"
The enums for all the different types/categories of MIP commands and data.
",3171:"
The enums for all of the different MIP commands.
",10242:"
typedef for a 2-byte unsigned integer.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/EstimationControlFlags-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/EstimationControlFlags-h.html deleted file mode 100644 index ac10e289d..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/EstimationControlFlags-h.html +++ /dev/null @@ -1,90 +0,0 @@ - - -EstimationControlFlags.h - - - - - - - -
-
EstimationControlFlags
-
public
MipCommand
EstimationControlFlags
-

Contains the logic for the Inertial EstimationControlFlags command.

-
- -
-
Functions
-
- -
-
commandName
-
virtual std::string commandName() const
-
Returns
std::string

the string name for this class.

-
- -
-
MakeSetCommand
-
static EstimationControlFlags MakeSetCommand(
const uint16 &controlFlags
)
-

Parameter: dataToUse The uint16 control flags to set.

Returns
EstimationControlFlags

object set up for sending a set command.

-
- -
-
MakeGetCommand
-
static EstimationControlFlags MakeGetCommand()
-
Returns
EstimationControlFlags

object set up for sending a get command.

-
- -
-
getResponseData
-
static EstimationControlOptions getResponseData(
const GenericMipCmdResponse &response
)
-
Parameter
response
const GenericMipCmdResponse&

The GenericMipCmdResponse object from which to get formatted data.

Returns
EstimationControlOptions

the object containing the flags returned from the device.

-
- -
-
operator ByteStream
-
operator ByteStream() const
-

Converts this class to a ByteStream.

-
- -
-
Constructor EstimationControlFlags
-

Private constructor creates an EstimationControlFlags object.  Use Make___Command methods to create an object.

-
- -
-
commandType
-
virtual MipTypes::Command commandType() const
-
Returns
MipTypes::Command

the command ID.

-
- -
-
fieldDataByte
-
virtual uint8 fieldDataByte() const
-
Returns
uint8

the byte ID for field data in the reply.

-
- -
-
responseExpected
-
virtual bool responseExpected() const
-
Returns
bool

True indicates that a response should return from the device.

-
- -
-
Variables
-
- -
-
m_functionSelector
-
MipTypes::FunctionSelector m_functionSelector
-

The FunctionSelector type of command to send, get/set, reset to factory defaults, et al.

-
- -
-
m_ControlFlags
-
uint16 m_ControlFlags
-

The uint16 to send to the device.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/ExternalGNSSUpdate-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/ExternalGNSSUpdate-h-Summary.js deleted file mode 100644 index 982497527..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/ExternalGNSSUpdate-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Inertial/Commands/ExternalGNSSUpdate.h","ExternalGNSSUpdate.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Inertial/Commands/ExternalGNSSUpdate.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[958,0,0,"ExternalGNSSUpdate","ExternalGNSSUpdate"],[959,0,2,"Functions","ExternalGNSSUpdate.Functions"],[960,0,1,"commandName","ExternalGNSSUpdate.commandName"],[961,0,1,"MakeSetCommand","ExternalGNSSUpdate.MakeSetCommand"],[962,0,1,"operator ByteStream","ExternalGNSSUpdate.operator_ByteStream"],[963,0,1,"Constructor ExternalGNSSUpdate","ExternalGNSSUpdate.Constructor_ExternalGNSSUpdate"],[964,0,1,"commandType","ExternalGNSSUpdate.commandType"],[965,0,1,"fieldDataByte","ExternalGNSSUpdate.fieldDataByte"],[966,0,1,"responseExpected","ExternalGNSSUpdate.responseExpected"],[967,0,2,"Variables","ExternalGNSSUpdate.Variables"],[968,0,3,"m_data","ExternalGNSSUpdate.m_data"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/ExternalGNSSUpdate-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/ExternalGNSSUpdate-h-SummaryToolTips.js deleted file mode 100644 index a16a06ffd..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/ExternalGNSSUpdate-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Inertial/Commands/ExternalGNSSUpdate.h",{958:"
ExternalGNSSUpdate
Contains the logic for the Inertial ExternalGNSSUpdate command.
",960:"
virtual std::string commandName() const
",961:"
Parameter: dataToUse The ExternalGNSSUpdateData object to set.
",962:"
operator ByteStream() const
Converts this class to a ByteStream.
",963:"
Private constructor creates a ExternalGNSSUpdate object.  Use Make___Command methods to create an object.
",964:"
virtual MipTypes::Command commandType() const
",965:"
virtual uint8 fieldDataByte() const
",966:"
virtual bool responseExpected() const
",968:"
ExternalGNSSUpdateData m_data
The ExternalGNSSUpdateData to send to the device.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/ExternalGNSSUpdate-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/ExternalGNSSUpdate-h-ToolTips.js deleted file mode 100644 index b626f6d01..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/ExternalGNSSUpdate-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2144:"
Contains the data needed by the InertialNode::sendExternalGNSSUpdate method.
",3171:"
The enums for all of the different MIP commands.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/ExternalGNSSUpdate-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/ExternalGNSSUpdate-h.html deleted file mode 100644 index ba115ea54..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/ExternalGNSSUpdate-h.html +++ /dev/null @@ -1,71 +0,0 @@ - - -ExternalGNSSUpdate.h - - - - - - - -
-
ExternalGNSSUpdate
-
public
MipCommand
ExternalGNSSUpdate
-

Contains the logic for the Inertial ExternalGNSSUpdate command.

-
- -
-
Functions
-
- -
-
commandName
-
virtual std::string commandName() const
-
Returns
std::string

the string name for this class.

-
- -
-
MakeSetCommand
-

Parameter: dataToUse The ExternalGNSSUpdateData object to set.

Returns
ExternalGNSSUpdate

object set up for sending a set command.

-
- -
-
operator ByteStream
-
operator ByteStream() const
-

Converts this class to a ByteStream.

-
- -
-
Constructor ExternalGNSSUpdate
-

Private constructor creates a ExternalGNSSUpdate object.  Use Make___Command methods to create an object.

-
- -
-
commandType
-
virtual MipTypes::Command commandType() const
-
Returns
MipTypes::Command

the command ID.

-
- -
-
fieldDataByte
-
virtual uint8 fieldDataByte() const
-
Returns
uint8

the byte ID for field data in the reply.

-
- -
-
responseExpected
-
virtual bool responseExpected() const
-
Returns
bool

True indicates that a response should return from the device.

-
- -
-
Variables
-
- -
-
m_data
- -

The ExternalGNSSUpdateData to send to the device.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/ExternalHeadingUpdate-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/ExternalHeadingUpdate-h-Summary.js deleted file mode 100644 index f63d027fd..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/ExternalHeadingUpdate-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Inertial/Commands/ExternalHeadingUpdate.h","ExternalHeadingUpdate.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Inertial/Commands/ExternalHeadingUpdate.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[761,0,0,"ExternalHeadingUpdate","ExternalHeadingUpdate"],[762,0,2,"Functions","ExternalHeadingUpdate.Functions"],[763,0,1,"commandName","ExternalHeadingUpdate.commandName"],[764,0,1,"MakeCommand","ExternalHeadingUpdate.MakeCommand"],[765,0,1,"operator ByteStream","ExternalHeadingUpdate.operator_ByteStream"],[766,0,1,"Constructor ExternalHeadingUpdate","ExternalHeadingUpdate.Constructor_ExternalHeadingUpdate"],[767,0,1,"commandType","ExternalHeadingUpdate.commandType"],[768,0,1,"fieldDataByte","ExternalHeadingUpdate.fieldDataByte"],[769,0,1,"responseExpected","ExternalHeadingUpdate.responseExpected"],[770,0,2,"Variables","ExternalHeadingUpdate.Variables"],[771,0,3,"m_data","ExternalHeadingUpdate.m_data"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/ExternalHeadingUpdate-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/ExternalHeadingUpdate-h-SummaryToolTips.js deleted file mode 100644 index ad90f6e3b..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/ExternalHeadingUpdate-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Inertial/Commands/ExternalHeadingUpdate.h",{761:"
ExternalHeadingUpdate
Contains the logic for the Inertial ExternalHeadingUpdate command.
",763:"
virtual std::string commandName() const
",764:"
static ExternalHeadingUpdate MakeCommand(
const HeadingData &headingData
)
Parameter: headingData The HeadingData object to set.
",765:"
operator ByteStream() const
Converts this class to a ByteStream.
",766:"
Private constructor creates a ExternalHeadingUpdate object.  Use Make___Command methods to create an object.
",767:"
virtual MipTypes::Command commandType() const
",768:"
virtual uint8 fieldDataByte() const
",769:"
virtual bool responseExpected() const
",771:"
The HeadingData to send to the device.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/ExternalHeadingUpdate-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/ExternalHeadingUpdate-h-ToolTips.js deleted file mode 100644 index 55c33eabd..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/ExternalHeadingUpdate-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({761:"
ExternalHeadingUpdate
Contains the logic for the Inertial ExternalHeadingUpdate command.
",3171:"
The enums for all of the different MIP commands.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/ExternalHeadingUpdate-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/ExternalHeadingUpdate-h.html deleted file mode 100644 index 824d7a9e9..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/ExternalHeadingUpdate-h.html +++ /dev/null @@ -1,71 +0,0 @@ - - -ExternalHeadingUpdate.h - - - - - - - -
-
ExternalHeadingUpdate
-
public
MipCommand
ExternalHeadingUpdate
-

Contains the logic for the Inertial ExternalHeadingUpdate command.

-
- -
-
Functions
-
- -
-
commandName
-
virtual std::string commandName() const
-
Returns
std::string

the string name for this class.

-
- -
-
MakeCommand
-
static ExternalHeadingUpdate MakeCommand(
const HeadingData &headingData
)
-

Parameter: headingData The HeadingData object to set.

Returns
ExternalHeadingUpdate

object set up for sending a set command.

-
- -
-
operator ByteStream
-
operator ByteStream() const
-

Converts this class to a ByteStream.

-
- -
-
Constructor ExternalHeadingUpdate
-

Private constructor creates a ExternalHeadingUpdate object.  Use Make___Command methods to create an object.

-
- -
-
commandType
-
virtual MipTypes::Command commandType() const
-
Returns
MipTypes::Command

the command ID.

-
- -
-
fieldDataByte
-
virtual uint8 fieldDataByte() const
-
Returns
uint8

the byte ID for field data in the reply.

-
- -
-
responseExpected
-
virtual bool responseExpected() const
-
Returns
bool

True indicates that a response should return from the device.

-
- -
-
Variables
-
- -
-
m_data
-

The HeadingData to send to the device.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/ExternalHeadingUpdateWithTimestamp-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/ExternalHeadingUpdateWithTimestamp-h-Summary.js deleted file mode 100644 index 2e29a9d6b..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/ExternalHeadingUpdateWithTimestamp-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Inertial/Commands/ExternalHeadingUpdateWithTimestamp.h","ExternalHeadingUpdateWithTimestamp.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Inertial/Commands/ExternalHeadingUpdateWithTimestamp.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[749,0,0,"ExternalHeadingUpdateWithTimestamp","ExternalHeadingUpdateWithTimestamp"],[750,0,2,"Functions","ExternalHeadingUpdateWithTimestamp.Functions"],[751,0,1,"commandName","ExternalHeadingUpdateWithTimestamp.commandName"],[752,0,1,"MakeCommand","ExternalHeadingUpdateWithTimestamp.MakeCommand"],[753,0,1,"operator ByteStream","ExternalHeadingUpdateWithTimestamp.operator_ByteStream"],[754,0,1,"Constructor ExternalHeadingUpdateWithTimestamp","ExternalHeadingUpdateWithTimestamp.Constructor_ExternalHeadingUpdateWithTimestamp"],[755,0,1,"commandType","ExternalHeadingUpdateWithTimestamp.commandType"],[756,0,1,"fieldDataByte","ExternalHeadingUpdateWithTimestamp.fieldDataByte"],[757,0,1,"responseExpected","ExternalHeadingUpdateWithTimestamp.responseExpected"],[758,0,2,"Variables","ExternalHeadingUpdateWithTimestamp.Variables"],[759,0,3,"m_data","ExternalHeadingUpdateWithTimestamp.m_data"],[760,0,3,"m_Timestamp","ExternalHeadingUpdateWithTimestamp.m_Timestamp"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/ExternalHeadingUpdateWithTimestamp-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/ExternalHeadingUpdateWithTimestamp-h-SummaryToolTips.js deleted file mode 100644 index 8bc572450..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/ExternalHeadingUpdateWithTimestamp-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Inertial/Commands/ExternalHeadingUpdateWithTimestamp.h",{749:"
ExternalHeadingUpdateWithTimestamp
Contains the logic for the Inertial ExternalHeadingUpdateWithTimestamp command.
",751:"
virtual std::string commandName() const
",752:"
static ExternalHeadingUpdateWithTimestamp MakeCommand(
const HeadingData &headingData,
const TimeUpdate &timestamp
)
",753:"
operator ByteStream() const
Converts this class to a ByteStream.
",754:"
Private constructor creates a ExternalHeadingUpdateWithTimestamp object from a HeadingData and a TimeUpdate.
",755:"
virtual MipTypes::Command commandType() const
",756:"
virtual uint8 fieldDataByte() const
",757:"
virtual bool responseExpected() const
",759:"
The HeadingData to send to the device.
",760:"
TimeUpdate m_Timestamp
The TimeUpdate timestamp to send to the device.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/ExternalHeadingUpdateWithTimestamp-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/ExternalHeadingUpdateWithTimestamp-h-ToolTips.js deleted file mode 100644 index 342a1fa9b..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/ExternalHeadingUpdateWithTimestamp-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({749:"
ExternalHeadingUpdateWithTimestamp
Contains the logic for the Inertial ExternalHeadingUpdateWithTimestamp command.
",1975:"
TimeUpdate
Contains time data for the GNSS_AssistTimeUpdate class.
",3171:"
The enums for all of the different MIP commands.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/ExternalHeadingUpdateWithTimestamp-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/ExternalHeadingUpdateWithTimestamp-h.html deleted file mode 100644 index 6d0a58ee6..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/ExternalHeadingUpdateWithTimestamp-h.html +++ /dev/null @@ -1,77 +0,0 @@ - - -ExternalHeadingUpdateWithTimestamp.h - - - - - - - -
-
ExternalHeadingUpdateWithTimestamp
-
public
MipCommand
ExternalHeadingUpdateWithTimestamp
-

Contains the logic for the Inertial ExternalHeadingUpdateWithTimestamp command.

-
- -
-
Functions
-
- -
-
commandName
-
virtual std::string commandName() const
-
Returns
std::string

the string name for this class.

-
- -
-
MakeCommand
-
static ExternalHeadingUpdateWithTimestamp MakeCommand(
const HeadingData &headingData,
const TimeUpdate &timestamp
)
-
Parameters
headingData
const HeadingData&

The HeadingData object to set.

timestamp
const TimeUpdate&

The TimeUpdate object to set.

Returns
ExternalHeadingUpdateWithTimestamp

object set up for sending a set command.

-
- -
-
operator ByteStream
-
operator ByteStream() const
-

Converts this class to a ByteStream.

-
- -
-
Constructor ExternalHeadingUpdateWithTimestamp
-

Private constructor creates a ExternalHeadingUpdateWithTimestamp object from a HeadingData and a TimeUpdate.

-
- -
-
commandType
-
virtual MipTypes::Command commandType() const
-
Returns
MipTypes::Command

the command ID.

-
- -
-
fieldDataByte
-
virtual uint8 fieldDataByte() const
-
Returns
uint8

the byte ID for field data in the reply.

-
- -
-
responseExpected
-
virtual bool responseExpected() const
-
Returns
bool

True indicates that a response should return from the device.

-
- -
-
Variables
-
- -
-
m_data
-

The HeadingData to send to the device.

-
- -
-
m_Timestamp
-
TimeUpdate m_Timestamp
-

The TimeUpdate timestamp to send to the device.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/FilterInitializationConfig-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/FilterInitializationConfig-h-Summary.js deleted file mode 100644 index 18c2a5efe..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/FilterInitializationConfig-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Inertial/Commands/FilterInitializationConfig.h","FilterInitializationConfig.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Inertial/Commands/FilterInitializationConfig.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[735,0,0,"FilterInitializationConfig","FilterInitializationConfig"],[736,0,2,"Functions","FilterInitializationConfig.Functions"],[737,0,1,"commandName","FilterInitializationConfig.commandName"],[738,0,1,"MakeSetCommand","FilterInitializationConfig.MakeSetCommand"],[739,0,1,"MakeGetCommand","FilterInitializationConfig.MakeGetCommand"],[740,0,1,"getResponseData","FilterInitializationConfig.getResponseData"],[741,0,1,"operator ByteStream","FilterInitializationConfig.operator_ByteStream"],[742,0,1,"Constructor FilterInitializationConfig","FilterInitializationConfig.Constructor_FilterInitializationConfig"],[743,0,1,"commandType","FilterInitializationConfig.commandType"],[744,0,1,"fieldDataByte","FilterInitializationConfig.fieldDataByte"],[745,0,1,"responseExpected","FilterInitializationConfig.responseExpected"],[746,0,2,"Variables","FilterInitializationConfig.Variables"],[747,0,3,"m_functionSelector","FilterInitializationConfig.m_functionSelector"],[748,0,3,"m_data","FilterInitializationConfig.m_data"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/FilterInitializationConfig-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/FilterInitializationConfig-h-SummaryToolTips.js deleted file mode 100644 index 5f74809cb..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/FilterInitializationConfig-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Inertial/Commands/FilterInitializationConfig.h",{735:"
FilterInitializationConfig
A generic command class that contains the logic for the Filter Initialization Config command (0x0D, 0x52).
",737:"
virtual std::string commandName() const
",738:"
static FilterInitializationConfig MakeSetCommand(
const FilterInitializationValues &data
)
Parameter: cmd The specific MipTypes::Command type to be constructed
",739:"
static FilterInitializationConfig MakeGetCommand()
Parameter: cmd The specific MipTypes::Command type to be constructed
",740:"
FilterInitializationValues getResponseData(
const GenericMipCmdResponse &response
)
",741:"
operator ByteStream() const
Converts this class to a ByteStream.
",742:"
Private constructor creates a FilterInitializationConfig object.  Use Make___Command methods to create an object.
",743:"
virtual MipTypes::Command commandType() const
",744:"
virtual uint8 fieldDataByte() const
",745:"
virtual bool responseExpected() const
",747:"
MipTypes::FunctionSelector m_functionSelector
The FunctionSelector type of command to send, get/set, reset to factory defaults, et al.
",748:"
FilterInitializationValues m_data
The FilterInitializationValues to send to the device.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/FilterInitializationConfig-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/FilterInitializationConfig-h-ToolTips.js deleted file mode 100644 index 35bd4af2f..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/FilterInitializationConfig-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({735:"
FilterInitializationConfig
A generic command class that contains the logic for the Filter Initialization Config command (0x0D, 0x52).
",2191:"
Struct to hold values for the Filter Initialization Config command.
",2927:"
GenericMipCmdResponse
Represents the response to a GenericMipCommand.
",3158:"
The enums for all the different types/categories of MIP commands and data.
",3171:"
The enums for all of the different MIP commands.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/FilterInitializationConfig-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/FilterInitializationConfig-h.html deleted file mode 100644 index a0f74b6a4..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/FilterInitializationConfig-h.html +++ /dev/null @@ -1,90 +0,0 @@ - - -FilterInitializationConfig.h - - - - - - - -
-
FilterInitializationConfig
-
public
MipCommand
FilterInitializationConfig
-

A generic command class that contains the logic for the Filter Initialization Config command (0x0D, 0x52).

-
- -
-
Functions
-
- -
-
commandName
-
virtual std::string commandName() const
-
Returns
std::string

the string name for the command.

-
- -
-
MakeSetCommand
-
static FilterInitializationConfig MakeSetCommand(
const FilterInitializationValues &data
)
-

Parameter: cmd The specific MipTypes::Command type to be constructed

Parameter: data The FilterInitializationValues to set.

Returns
FilterInitializationConfig

object set up for sending a set command.

-
- -
-
MakeGetCommand
-
static FilterInitializationConfig MakeGetCommand()
-

Parameter: cmd The specific MipTypes::Command type to be constructed

Returns
FilterInitializationConfig

object set up for sending a get command.

-
- -
-
getResponseData
-
FilterInitializationValues getResponseData(
const GenericMipCmdResponse &response
)
-
Parameter
response
const GenericMipCmdResponse&

The GenericMipCmdResponse object from which to get formatted data.

Returns
FilterInitializationValues

A FilterInitializationValues object with the initialization config returned from the device.

-
- -
-
operator ByteStream
-
operator ByteStream() const
-

Converts this class to a ByteStream.

-
- -
-
Constructor FilterInitializationConfig
-

Private constructor creates a FilterInitializationConfig object.  Use Make___Command methods to create an object.

-
- -
-
commandType
-
virtual MipTypes::Command commandType() const
-
Returns
MipTypes::Command

the command ID.

-
- -
-
fieldDataByte
-
virtual uint8 fieldDataByte() const
-
Returns
uint8

the byte ID for field data in the reply.

-
- -
-
responseExpected
-
virtual bool responseExpected() const
-
Returns
bool

True indicates that a response should return from the device.

-
- -
-
Variables
-
- -
-
m_functionSelector
-
MipTypes::FunctionSelector m_functionSelector
-

The FunctionSelector type of command to send, get/set, reset to factory defaults, et al.

-
- -
-
m_data
- -

The FilterInitializationValues to send to the device.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/FloatCommand-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/FloatCommand-h-Summary.js deleted file mode 100644 index 2bcb34a38..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/FloatCommand-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Inertial/Commands/FloatCommand.h","FloatCommand.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Inertial/Commands/FloatCommand.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[720,0,0,"FloatCommand","FloatCommand"],[721,0,2,"Functions","FloatCommand.Functions"],[722,0,1,"commandName","FloatCommand.commandName"],[723,0,1,"MakeSetCommand","FloatCommand.MakeSetCommand"],[724,0,1,"MakeGetCommand","FloatCommand.MakeGetCommand"],[725,0,1,"getResponseData","FloatCommand.getResponseData"],[726,0,1,"operator ByteStream","FloatCommand.operator_ByteStream"],[727,0,1,"Constructor FloatCommand","FloatCommand.Constructor_FloatCommand"],[728,0,1,"commandType","FloatCommand.commandType"],[729,0,1,"fieldDataByte","FloatCommand.fieldDataByte"],[730,0,1,"responseExpected","FloatCommand.responseExpected"],[731,0,2,"Variables","FloatCommand.Variables"],[732,0,3,"m_cmd","FloatCommand.m_cmd"],[733,0,3,"m_functionSelector","FloatCommand.m_functionSelector"],[734,0,3,"m_data","FloatCommand.m_data"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/FloatCommand-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/FloatCommand-h-SummaryToolTips.js deleted file mode 100644 index 4249626ec..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/FloatCommand-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Inertial/Commands/FloatCommand.h",{720:"
FloatCommand
A generic command class that contains the logic for any command that deals only with one or more floats.
",722:"
virtual std::string commandName() const
",723:"
static FloatCommand MakeSetCommand(
MipTypes::Command cmd,
const std::vector<float> &data
)
Parameter: cmd The specific MipTypes::Command type to be constructed
",724:"
static FloatCommand MakeGetCommand(
MipTypes::Command cmd
)
Parameter: cmd The specific MipTypes::Command type to be constructed
",725:"
std::vector<float> getResponseData(
const GenericMipCmdResponse &response
)
",726:"
operator ByteStream() const
Converts this class to a ByteStream.
",727:"
Private constructor creates a FloatCommand object.  Use Make___Command methods to create an object.
",728:"
virtual MipTypes::Command commandType() const
",729:"
virtual uint8 fieldDataByte() const
",730:"
virtual bool responseExpected() const
",732:"
MipTypes::Command m_cmd
The specific MipTypes::Command type of this object
",733:"
MipTypes::FunctionSelector m_functionSelector
The FunctionSelector type of command to send, get/set, reset to factory defaults, et al.
",734:"
std::vector<float> m_data
The float data to send to the device.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/FloatCommand-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/FloatCommand-h-ToolTips.js deleted file mode 100644 index d83c877b6..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/FloatCommand-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({720:"
FloatCommand
A generic command class that contains the logic for any command that deals only with one or more floats.
",2927:"
GenericMipCmdResponse
Represents the response to a GenericMipCommand.
",3158:"
The enums for all the different types/categories of MIP commands and data.
",3171:"
The enums for all of the different MIP commands.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/FloatCommand-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/FloatCommand-h.html deleted file mode 100644 index 27f3073c6..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/FloatCommand-h.html +++ /dev/null @@ -1,96 +0,0 @@ - - -FloatCommand.h - - - - - - - -
-
FloatCommand
-
public
MipCommand
FloatCommand
-

A generic command class that contains the logic for any command that deals only with one or more floats.

-
- -
-
Functions
-
- -
-
commandName
-
virtual std::string commandName() const
-
Returns
std::string

the string name for the command.

-
- -
-
MakeSetCommand
-
static FloatCommand MakeSetCommand(
MipTypes::Command cmd,
const std::vector<float> &data
)
-

Parameter: cmd The specific MipTypes::Command type to be constructed

Parameter: dataToUse The list of floats to set.

Returns
FloatCommand

object set up for sending a set command.

-
- -
-
MakeGetCommand
-
static FloatCommand MakeGetCommand(
MipTypes::Command cmd
)
-

Parameter: cmd The specific MipTypes::Command type to be constructed

Returns
FloatCommand

object set up for sending a get command.

-
- -
-
getResponseData
-
std::vector<float> getResponseData(
const GenericMipCmdResponse &response
)
-
Parameter
response
const GenericMipCmdResponse&

The GenericMipCmdResponse object from which to get formatted data.

Returns
vector of floats

An collection of floats with the data returned from the device.

-
- -
-
operator ByteStream
-
operator ByteStream() const
-

Converts this class to a ByteStream.

-
- -
-
Constructor FloatCommand
-

Private constructor creates a FloatCommand object.  Use Make___Command methods to create an object.

-
- -
-
commandType
-
virtual MipTypes::Command commandType() const
-
Returns
MipTypes::Command

the command ID.

-
- -
-
fieldDataByte
-
virtual uint8 fieldDataByte() const
-
Returns
uint8

the byte ID for field data in the reply.

-
- -
-
responseExpected
-
virtual bool responseExpected() const
-
Returns
bool

True indicates that a response should return from the device.

-
- -
-
Variables
-
- -
-
m_cmd
- -

The specific MipTypes::Command type of this object

-
- -
-
m_functionSelector
-
MipTypes::FunctionSelector m_functionSelector
-

The FunctionSelector type of command to send, get/set, reset to factory defaults, et al.

-
- -
-
m_data
-
std::vector<float> m_data
-

The float data to send to the device.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GNSS_AssistTimeUpdate-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GNSS_AssistTimeUpdate-h-Summary.js deleted file mode 100644 index 0fad5fb73..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GNSS_AssistTimeUpdate-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Inertial/Commands/GNSS_AssistTimeUpdate.h","GNSS_AssistTimeUpdate.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Inertial/Commands/GNSS_AssistTimeUpdate.h",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[652,0,0,"GNSS_AssistTimeUpdate","GNSS_AssistTimeUpdate"],[653,0,3,"Functions","GNSS_AssistTimeUpdate.Functions"],[654,0,2,"CommandId","GNSS_AssistTimeUpdate.CommandId"],[655,0,3,"Constants","GNSS_AssistTimeUpdate.Constants"],[656,0,1,"Packet Bytes","GNSS_AssistTimeUpdate.Packet_Bytes"],[657,0,1,,"GNSS_AssistTimeUpdate.FIELD_DATA_BYTE"],[658,0,3,"Functions","GNSS_AssistTimeUpdate.Functions(2)"],[659,0,2,"buildCommand_get","GNSS_AssistTimeUpdate.buildCommand_get"],[660,0,2,"buildCommand_set","GNSS_AssistTimeUpdate.buildCommand_set"],[661,0,0,"Response","Response"],[662,0,3,"Functions","Response.Functions"],[663,0,2,"fieldDataByte","Response.fieldDataByte"],[664,0,2,"Response","Response.Response"],[665,0,2,"parseResponse","Response.parseResponse"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GNSS_AssistTimeUpdate-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GNSS_AssistTimeUpdate-h-SummaryToolTips.js deleted file mode 100644 index 88790bcf9..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GNSS_AssistTimeUpdate-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Inertial/Commands/GNSS_AssistTimeUpdate.h",{652:"
GNSS_AssistTimeUpdate
Contains the logic for the Inertial GNSS Assist TimeUpdate command.  It is important to note that this command will get a Nack back every time after the first from power up.
",654:"
virtual MipTypes::Command commandId() const override
",659:"
ByteStream buildCommand_get()
Builds the bytes for the "get" command.  Returns: A ByteStream containing the GNSS_AssistTimeUpdate command packet
",660:"
ByteStream buildCommand_set(
const TimeUpdate&
)
Builds the bytes for the "set" command.
",661:"
Response
Handles the response to the GNSS_AssistTimeUpdate command.
",663:"
virtual uint8 fieldDataByte() const override
Gets the data field descriptor byte
",664:"
Response(
std::weak_ptr<ResponseCollector> collector,
bool ackNackExpected,
bool dataResponseExpected
)
Creates a GNSS_AssistTimeUpdate Response object
",665:"
TimeUpdate parseResponse(
const GenericMipCmdResponse &response
) const
Parses the response, getting the assist time result
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GNSS_AssistTimeUpdate-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GNSS_AssistTimeUpdate-h-ToolTips.js deleted file mode 100644 index 1a82a6f47..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GNSS_AssistTimeUpdate-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1975:"
TimeUpdate
Contains time data for the GNSS_AssistTimeUpdate class.
",2927:"
GenericMipCmdResponse
Represents the response to a GenericMipCommand.
",2937:"
GenericMipCommand
Represents a base class for MIP commands
",3171:"
The enums for all of the different MIP commands.
",5207:"
WirelessResponsePattern
A pattern matching the expected response from a wireless command.
",9848:"
ResponseCollector
Stores all the expected command responses
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10047:"
ResponsePattern
A pattern matching the expected response from a device command (Base Class).
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GNSS_AssistTimeUpdate-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GNSS_AssistTimeUpdate-h.html deleted file mode 100644 index a14b0012e..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GNSS_AssistTimeUpdate-h.html +++ /dev/null @@ -1,80 +0,0 @@ - - -GNSS_AssistTimeUpdate.h - - - - - - - -
-
GNSS_AssistTimeUpdate
-
private
GenericMipCommand
GNSS_AssistTimeUpdate
-

Contains the logic for the Inertial GNSS Assist TimeUpdate command.  It is important to note that this command will get a Nack back every time after the first from power up.

-
- -
-
Functions
-
- -
-
CommandId
-
virtual MipTypes::Command commandId() const override
-
Returns
MipTypes::Command

the command ID.

-
- -
-
Constants
-
- -
-
Packet Bytes
-
FIELD_DATA_BYTE

Descriptor byte for the Field data.

-
- -
-
Functions
-
- -
-
buildCommand_get
-
ByteStream buildCommand_get()
-

Builds the bytes for the "get" command.  Returns: A ByteStream containing the GNSS_AssistTimeUpdate command packet

-
- -
-
buildCommand_set
-
ByteStream buildCommand_set(
const TimeUpdate&
)
-

Builds the bytes for the "set" command.

Parameters
FieldData

The data to set.  Returns: A ByteStream containing the GNSS_AssistTimeUpdate command packet

-
- -
-
Response
-
public
GenericMipCommand.​Response
ResponsePattern
WirelessResponsePattern
SetToIdle.​Response
Response
-

Handles the response to the GNSS_AssistTimeUpdate command.

-
- -
-
Functions
-
- -
-
fieldDataByte
-
virtual uint8 fieldDataByte() const override
-

Gets the data field descriptor byte

-
- -
-
Response
-
Response(
std::weak_ptr<ResponseCollector> collector,
bool ackNackExpected,
bool dataResponseExpected
)
-

Creates a GNSS_AssistTimeUpdate Response object

Parameters
collector
std::weak_ptr<ResponseCollector>

The ResponseCollector used to register and unregister the response

-
- -
-
parseResponse
-
TimeUpdate parseResponse(
const GenericMipCmdResponse &response
) const
-

Parses the response, getting the assist time result

Parameters
response
const GenericMipCmdResponse&

The GenericMipCmdResponse holding the response to parse

Returns

The data rate base result

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GNSS_AssistedFixControl-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GNSS_AssistedFixControl-h-Summary.js deleted file mode 100644 index 06d75bc42..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GNSS_AssistedFixControl-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Inertial/Commands/GNSS_AssistedFixControl.h","GNSS_AssistedFixControl.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Inertial/Commands/GNSS_AssistedFixControl.h",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[693,0,0,"GNSS_AssistedFixControl","GNSS_AssistedFixControl"],[694,0,3,"Constants","GNSS_AssistedFixControl.Constants"],[695,0,1,"Packet Bytes","GNSS_AssistedFixControl.Packet_Bytes"],[696,0,1,,"GNSS_AssistedFixControl.FIELD_DATA_BYTE"],[697,0,3,"Functions","GNSS_AssistedFixControl.Functions"],[698,0,2,"buildCommand_get","GNSS_AssistedFixControl.buildCommand_get"],[699,0,2,"buildCommand_set","GNSS_AssistedFixControl.buildCommand_set"],[700,0,0,"Response","Response"],[701,0,3,"Functions","Response.Functions"],[702,0,2,"fieldDataByte","Response.fieldDataByte"],[703,0,2,"Response","Response.Response"],[704,0,2,"parseResponse","Response.parseResponse"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GNSS_AssistedFixControl-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GNSS_AssistedFixControl-h-SummaryToolTips.js deleted file mode 100644 index 121ebc0cb..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GNSS_AssistedFixControl-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Inertial/Commands/GNSS_AssistedFixControl.h",{693:"
GNSS_AssistedFixControl
Contains the logic for the Inertial GNSS Assist Fix Control command.
",698:"
static ByteStream buildCommand_get()
Builds the bytes for the "get" command.
",699:"
static ByteStream buildCommand_set(
bool enableAssistedFix
)
Builds the bytes for the "set" command.
",700:"
Response
Handles the response to the GNSS Assisted Fix Control command.
",702:"
virtual uint8 fieldDataByte() const override
Gets the data field descriptor byte
",703:"
Response(
std::weak_ptr<ResponseCollector> collector,
bool ackNackExpected,
bool dataResponseExpected
)
Creates a GNSS Assisted Fix Control Response object
",704:"
bool parseResponse(
const GenericMipCmdResponse &response
) const
Parses the response, getting the data rate base result
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GNSS_AssistedFixControl-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GNSS_AssistedFixControl-h-ToolTips.js deleted file mode 100644 index b0a4aea26..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GNSS_AssistedFixControl-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2927:"
GenericMipCmdResponse
Represents the response to a GenericMipCommand.
",2937:"
GenericMipCommand
Represents a base class for MIP commands
",5207:"
WirelessResponsePattern
A pattern matching the expected response from a wireless command.
",9848:"
ResponseCollector
Stores all the expected command responses
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10047:"
ResponsePattern
A pattern matching the expected response from a device command (Base Class).
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GNSS_AssistedFixControl-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GNSS_AssistedFixControl-h.html deleted file mode 100644 index a5f1e7ef6..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GNSS_AssistedFixControl-h.html +++ /dev/null @@ -1,70 +0,0 @@ - - -GNSS_AssistedFixControl.h - - - - - - - -
-
GNSS_AssistedFixControl
-
private
GenericMipCommand
GNSS_AssistedFixControl
-

Contains the logic for the Inertial GNSS Assist Fix Control command.

-
- -
-
Constants
-
- -
-
Packet Bytes
-
FIELD_DATA_BYTE

Descriptor byte for the Field data.

-
- -
-
Functions
-
- -
-
buildCommand_get
-
static ByteStream buildCommand_get()
-

Builds the bytes for the "get" command.

Returns

A ByteStream containing the GNSS_AssistedFixControl command packet

-
- -
-
buildCommand_set
-
static ByteStream buildCommand_set(
bool enableAssistedFix
)
-

Builds the bytes for the "set" command.

Parameters
enableAssistedFix
bool

boolean value.  If true, enables assisted fix.

Returns

A ByteStream containing the GNSS_AssistedFixControl command packet

-
- -
-
Response
-
public
GenericMipCommand.​Response
ResponsePattern
WirelessResponsePattern
SetToIdle.​Response
Response
-

Handles the response to the GNSS Assisted Fix Control command.

-
- -
-
Functions
-
- -
-
fieldDataByte
-
virtual uint8 fieldDataByte() const override
-

Gets the data field descriptor byte

-
- -
-
Response
-
Response(
std::weak_ptr<ResponseCollector> collector,
bool ackNackExpected,
bool dataResponseExpected
)
-

Creates a GNSS Assisted Fix Control Response object

Parameters
collector
std::weak_ptr<ResponseCollector>

The ResponseCollector used to register and unregister the response

-
- -
-
parseResponse
-
bool parseResponse(
const GenericMipCmdResponse &response
) const
-

Parses the response, getting the data rate base result

Parameters
response
const GenericMipCmdResponse&

The GenericMipCmdResponse holding the response to parse

Returns

The data rate base result

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GNSS_Commands-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GNSS_Commands-h-Summary.js deleted file mode 100644 index b81f38ddc..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GNSS_Commands-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Inertial/Commands/GNSS_Commands.h","GNSS_Commands.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Inertial/Commands/GNSS_Commands.h",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"],["Sections","Section"]],[[630,0,4,"GNSS_Commands","GNSS_Commands"],[631,0,0,"GetGnssDataRateBase","GetGnssDataRateBase"],[632,0,3,"Constants","GetGnssDataRateBase.Constants"],[633,0,1,"Packet Bytes","GetGnssDataRateBase.Packet_Bytes"],[634,0,1,,"GetGnssDataRateBase.CMD_ID"],[635,0,1,,"GetGnssDataRateBase.FIELD_DATA_BYTE"],[636,0,3,"Functions","GetGnssDataRateBase.Functions"],[637,0,2,"buildCommand","GetGnssDataRateBase.buildCommand"],[638,0,0,"Response","Response"],[639,0,3,"Functions","Response.Functions"],[640,0,2,"fieldDataByte","Response.fieldDataByte"],[641,0,2,"Response","Response.Response"],[642,0,2,"parseResponse","Response.parseResponse"],[643,0,0,"GnssMessageFormat","GnssMessageFormat"],[644,0,3,"Constants","GnssMessageFormat.Constants"],[645,0,1,"Packet Bytes","GnssMessageFormat.Packet_Bytes"],[646,0,1,,"GnssMessageFormat.CMD_ID"],[647,0,1,,"GnssMessageFormat.FIELD_DATA_BYTE"],[648,0,3,"Functions","GnssMessageFormat.Functions"],[649,0,2,"buildCommand_get","GnssMessageFormat.buildCommand_get"],[650,0,2,"buildCommand_set","GnssMessageFormat.buildCommand_set"],[651,0,2,"buildCommand_save","GnssMessageFormat.buildCommand_save"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GNSS_Commands-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GNSS_Commands-h-SummaryToolTips.js deleted file mode 100644 index c33ea0c7e..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GNSS_Commands-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Inertial/Commands/GNSS_Commands.h",{631:"
GetGnssDataRateBase
Contains the logic for the "Get GNSS Data Rate Base" command
",637:"
static ByteStream buildCommand()
Builds the bytes in the command
",638:"
Response
Handles the response to the command
",640:"
virtual uint8 fieldDataByte() const override
Gets the data field descriptor byte
",641:"
Response(
std::weak_ptr<ResponseCollector> collector
)
Creates the Response object
",642:"
uint16 parseResponse(
const GenericMipCmdResponse &response
) const
Parses the response, getting the data rate base result
",643:"
GnssMessageFormat
Contains the logic for the "GPS Message Format" command
",649:"
static ByteStream buildCommand_get()
Builds the bytes for the "get" command
",650:"
static ByteStream buildCommand_set(
const MipChannels &channels,
uint16 sampleRateBase
)
Builds the bytes for the "set" command.
",651:"
static ByteStream buildCommand_save()
Builds the bytes for the "save" command.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GNSS_Commands-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GNSS_Commands-h-ToolTips.js deleted file mode 100644 index 8276661f3..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GNSS_Commands-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2927:"
GenericMipCmdResponse
Represents the response to a GenericMipCommand.
",3171:"
The enums for all of the different MIP commands.
",4565:"
MipChannel
Represents a single "channel" or data descriptors that can make up an Inertial Device\'s message format
",5207:"
WirelessResponsePattern
A pattern matching the expected response from a wireless command.
",9848:"
ResponseCollector
Stores all the expected command responses
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10047:"
ResponsePattern
A pattern matching the expected response from a device command (Base Class).
",10446:"
Error
The generic MicroStrain exception (base class)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GNSS_Commands-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GNSS_Commands-h.html deleted file mode 100644 index 45512d9e9..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GNSS_Commands-h.html +++ /dev/null @@ -1,105 +0,0 @@ - - -GNSS_Commands.h - - - - - - - -
-
GNSS_Commands
-
- -
-
GetGnssDataRateBase
-
GetGnssDataRateBase
-

Contains the logic for the "Get GNSS Data Rate Base" command

-
- -
-
Constants
-
- -
-
Packet Bytes
-
CMD_ID

CMD_GET_GPS_RATE_BASE  - The MipTypes::Command for this command

FIELD_DATA_BYTE

0x84  - The Data Field Descriptor byte

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand()
-

Builds the bytes in the command

Returns

A ByteStream that holds the bytes that make up the command

-
- -
-
Response
-
public
GenericMipCommand.​Response
ResponsePattern
WirelessResponsePattern
SetToIdle.​Response
Response
-

Handles the response to the command

See Also

<GenericMipCommand::Response>

-
- -
-
Functions
-
- -
-
fieldDataByte
-
virtual uint8 fieldDataByte() const override
-

Gets the data field descriptor byte

-
- -
-
Response
-
Response(
std::weak_ptr<ResponseCollector> collector
)
-

Creates the Response object

-
- -
-
parseResponse
-
uint16 parseResponse(
const GenericMipCmdResponse &response
) const
-

Parses the response, getting the data rate base result

Parameters
response
const GenericMipCmdResponse&

The GenericMipCmdResponse holding the response to parse

Returns

The data rate base result

-
- -
-
GnssMessageFormat
-
GnssMessageFormat
-

Contains the logic for the "GPS Message Format" command

-
- -
-
Constants
-
- -
-
Packet Bytes
-
CMD_ID

CMD_GNSS_MESSAGE_FORMAT  - The MipTypes::Command for this command

FIELD_DATA_BYTE

0x81  - The Data Field Descriptor byte

-
- -
-
Functions
-
- -
-
buildCommand_get
-
static ByteStream buildCommand_get()
-

Builds the bytes for the "get" command

Returns

A ByteStream that holds the bytes that make up the command

-
- -
-
buildCommand_set
-
static ByteStream buildCommand_set(
const MipChannels &channels,
uint16 sampleRateBase
)
-

Builds the bytes for the "set" command.

Parameters
channels
const MipChannels&

The MipChannels holding the channels to be set. This should only contain channels that are in the GPS (0x81) descriptor set.

sampleRateBase
uint16

The base sample rate for the gps command set.

Returns

A ByteStream that holds the bytes that make up the command

Exceptions

  • Error: An MipChannel in the channels parameter is not part of the Sensor descriptor set

-
- -
-
buildCommand_save
-
static ByteStream buildCommand_save()
-

Builds the bytes for the "save" command.

Parameters
channels

The MipChannels holding the channels to be saved. This should only contain channels that are in the GPS (0x81) descriptor set.

Returns

A ByteStream that holds the bytes that make up the command

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GNSS_ConstellationSettings-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GNSS_ConstellationSettings-h-Summary.js deleted file mode 100644 index 595dc6cc4..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GNSS_ConstellationSettings-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Inertial/Commands/GNSS_ConstellationSettings.h","GNSS_ConstellationSettings.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Inertial/Commands/GNSS_ConstellationSettings.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[616,0,0,"GNSS_ConstellationSettings","GNSS_ConstellationSettings"],[617,0,2,"Functions","GNSS_ConstellationSettings.Functions"],[618,0,1,"commandType","GNSS_ConstellationSettings.commandType"],[619,0,1,"fieldDataByte","GNSS_ConstellationSettings.fieldDataByte"],[620,0,1,"commandName","GNSS_ConstellationSettings.commandName"],[621,0,1,"responseExpected","GNSS_ConstellationSettings.responseExpected"],[622,0,1,"MakeSetCommand","GNSS_ConstellationSettings.MakeSetCommand"],[623,0,1,"MakeGetCommand","GNSS_ConstellationSettings.MakeGetCommand"],[624,0,1,"MakeResetToDefaultCommand","GNSS_ConstellationSettings.MakeResetToDefaultCommand"],[625,0,1,"getResponseData","GNSS_ConstellationSettings.getResponseData"],[626,0,1,"operator ByteStream","GNSS_ConstellationSettings.operator_ByteStream"],[627,0,2,"Variables","GNSS_ConstellationSettings.Variables"],[628,0,3,"m_functionSelector","GNSS_ConstellationSettings.m_functionSelector"],[629,0,3,"m_data","GNSS_ConstellationSettings.m_data"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GNSS_ConstellationSettings-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GNSS_ConstellationSettings-h-SummaryToolTips.js deleted file mode 100644 index 9a3f5950b..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GNSS_ConstellationSettings-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Inertial/Commands/GNSS_ConstellationSettings.h",{616:"
GNSS_ConstellationSettings
Contains the logic for the "GNSS Constellation Settings" command
",618:"
virtual MipTypes::Command commandType() const
",619:"
virtual uint8 fieldDataByte() const
",620:"
virtual std::string commandName() const
",621:"
virtual bool responseExpected() const
",622:"
static GNSS_ConstellationSettings MakeSetCommand(
ConstellationSettingsData
)
",623:"
static GNSS_ConstellationSettings MakeGetCommand()
",624:"
static GNSS_ConstellationSettings MakeResetToDefaultCommand()
",625:"
static ConstellationSettingsData getResponseData(
const GenericMipCmdResponse &response
)
",626:"
operator ByteStream() const
Converts this class to a ByteStream.
",628:"
MipTypes::FunctionSelector m_functionSelector
The MipTypes::FunctionSelector type of command to send, get/set, reset to factory defaults, et al.
",629:"
ConstellationSettingsData m_data
The ConstellationSettingsData to send to the device.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GNSS_ConstellationSettings-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GNSS_ConstellationSettings-h-ToolTips.js deleted file mode 100644 index b8c0f7350..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GNSS_ConstellationSettings-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({616:"
GNSS_ConstellationSettings
Contains the logic for the "GNSS Constellation Settings" command
",2017:"
Contains the data for the InertialNode::setConstellationSettings API call.
",2927:"
GenericMipCmdResponse
Represents the response to a GenericMipCommand.
",3158:"
The enums for all the different types/categories of MIP commands and data.
",3171:"
The enums for all of the different MIP commands.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GNSS_ConstellationSettings-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GNSS_ConstellationSettings-h.html deleted file mode 100644 index 6eb870dfa..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GNSS_ConstellationSettings-h.html +++ /dev/null @@ -1,91 +0,0 @@ - - -GNSS_ConstellationSettings.h - - - - - - - -
-
GNSS_ConstellationSettings
-
public
MipCommand
GNSS_ConstellationSettings
-

Contains the logic for the "GNSS Constellation Settings" command

-
- -
-
Functions
-
- -
-
commandType
-
virtual MipTypes::Command commandType() const
-
Returns
MipTypes::Command

the command ID.

-
- -
-
fieldDataByte
-
virtual uint8 fieldDataByte() const
-
Returns
uint8

the byte ID for field data in the reply.

-
- -
-
commandName
-
virtual std::string commandName() const
-
Returns
std::string

the string name for this class.

-
- -
-
responseExpected
-
virtual bool responseExpected() const
-
Returns
bool

True indicates that a response should return from the device.

-
- -
-
MakeSetCommand
-
static GNSS_ConstellationSettings MakeSetCommand(
ConstellationSettingsData
)
-
Returns
GNSS_ConstellationSettings

object set up to send a set command.

-
- -
-
MakeGetCommand
-
static GNSS_ConstellationSettings MakeGetCommand()
-
Returns
GNSS_ConstellationSettings

object set up to send a get command.

-
- -
-
MakeResetToDefaultCommand
-
static GNSS_ConstellationSettings MakeResetToDefaultCommand()
-
Returns
bool

True indicates that a response should return from the device.

-
- -
-
getResponseData
-
static ConstellationSettingsData getResponseData(
const GenericMipCmdResponse &response
)
-
Returns
ConstellationSettingsData

An object with the data returned from the device.

-
- -
-
operator ByteStream
-
operator ByteStream() const
-

Converts this class to a ByteStream.

-
- -
-
Variables
-
- -
-
m_functionSelector
-
MipTypes::FunctionSelector m_functionSelector
-

The MipTypes::FunctionSelector type of command to send, get/set, reset to factory defaults, et al.

-
- -
-
m_data
- -

The ConstellationSettingsData to send to the device.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GNSS_SBASSettings-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GNSS_SBASSettings-h-Summary.js deleted file mode 100644 index 27d985fb5..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GNSS_SBASSettings-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Inertial/Commands/GNSS_SBASSettings.h","GNSS_SBASSettings.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Inertial/Commands/GNSS_SBASSettings.h",[["C/C++","C"]],[["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[680,0,1,"Functions","Functions"],[681,0,0,"commandType","commandType"],[682,0,0,"fieldDataByte","fieldDataByte"],[683,0,0,"commandName","commandName"],[684,0,0,"responseExpected","responseExpected"],[685,0,0,"MakeSetCommand","MakeSetCommand"],[686,0,0,"MakeGetCommand","MakeGetCommand"],[687,0,0,"getResponseData","getResponseData"],[688,0,0,"operator ByteStream","operator_ByteStream"],[689,0,0,"SBASSettings","SBASSettings"],[690,0,1,"Variables","Variables"],[691,0,2,"m_functionSelector","m_functionSelector"],[692,0,2,"m_data","m_data"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GNSS_SBASSettings-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GNSS_SBASSettings-h-SummaryToolTips.js deleted file mode 100644 index 04ca2030f..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GNSS_SBASSettings-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Inertial/Commands/GNSS_SBASSettings.h",{681:"
virtual MipTypes::Command commandType() const
",682:"
virtual uint8 fieldDataByte() const
",683:"
virtual std::string commandName() const
",684:"
virtual bool responseExpected() const
",685:"
static SBASSettings MakeSetCommand(
SBASSettingsData
)
",686:"
static SBASSettings MakeGetCommand()
",687:"
static SBASSettingsData getResponseData(
const GenericMipCmdResponse &response
)
",688:"
operator ByteStream() const
Converts this class to a ByteStream.
",689:"
SBASSettings(
MipTypes::FunctionSelector function_selector,
SBASSettingsData dataToUse
) : m_functionSelector(function_selector), m_data(dataToUse)
",691:"
MipTypes::FunctionSelector m_functionSelector
The MipTypes::FunctionSelector type of command to send, get/set, reset to factory defaults, et al.
",692:"
SBASSettingsData m_data
The ConstellationSettingsData to send to the device.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GNSS_SBASSettings-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GNSS_SBASSettings-h-ToolTips.js deleted file mode 100644 index d471b71eb..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GNSS_SBASSettings-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1999:"
Contains the data for the SBASSettings class.
",2927:"
GenericMipCmdResponse
Represents the response to a GenericMipCommand.
",3158:"
The enums for all the different types/categories of MIP commands and data.
",3171:"
The enums for all of the different MIP commands.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GNSS_SBASSettings-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GNSS_SBASSettings-h.html deleted file mode 100644 index ddc019d86..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GNSS_SBASSettings-h.html +++ /dev/null @@ -1,84 +0,0 @@ - - -GNSS_SBASSettings.h - - - - - - - -
-
Functions
-
- -
-
commandType
-
virtual MipTypes::Command commandType() const
-
Returns
MipTypes::Command

the command ID.

-
- -
-
fieldDataByte
-
virtual uint8 fieldDataByte() const
-
Returns
uint8

the byte ID for field data in the reply.

-
- -
-
commandName
-
virtual std::string commandName() const
-
Returns
std::string

the string name for this class.

-
- -
-
responseExpected
-
virtual bool responseExpected() const
-
Returns
bool

True indicates that a response should return from the device.

-
- -
-
MakeSetCommand
-
static SBASSettings MakeSetCommand(
SBASSettingsData
)
-
Returns
bool

True indicates that a response should return from the device.

-
- -
-
MakeGetCommand
-
static SBASSettings MakeGetCommand()
-
Returns
bool

True indicates that a response should return from the device.

-
- -
-
getResponseData
-
static SBASSettingsData getResponseData(
const GenericMipCmdResponse &response
)
-
Returns
ConstellationSettingsData

An object with the data returned from the device.

-
- -
-
operator ByteStream
-
operator ByteStream() const
-

Converts this class to a ByteStream.

-
- -
-
SBASSettings
-
SBASSettings(
MipTypes::FunctionSelector function_selector,
SBASSettingsData dataToUse
) : m_functionSelector(function_selector), m_data(dataToUse)
-
- -
-
Variables
-
- -
-
m_functionSelector
-
MipTypes::FunctionSelector m_functionSelector
-

The MipTypes::FunctionSelector type of command to send, get/set, reset to factory defaults, et al.

-
- -
-
m_data
- -

The ConstellationSettingsData to send to the device.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GNSS_SourceControl-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GNSS_SourceControl-h-Summary.js deleted file mode 100644 index d2a3b9be8..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GNSS_SourceControl-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Inertial/Commands/GNSS_SourceControl.h","GNSS_SourceControl.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Inertial/Commands/GNSS_SourceControl.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[666,0,0,"GNSS_SourceControl","GNSS_SourceControl"],[667,0,2,"Functions","GNSS_SourceControl.Functions"],[668,0,1,"commandName","GNSS_SourceControl.commandName"],[669,0,1,"MakeSetCommand","GNSS_SourceControl.MakeSetCommand"],[670,0,1,"MakeGetCommand","GNSS_SourceControl.MakeGetCommand"],[671,0,1,"getResponseData","GNSS_SourceControl.getResponseData"],[672,0,1,"operator ByteStream","GNSS_SourceControl.operator_ByteStream"],[673,0,1,"Constructor GNSS_SourceControl","GNSS_SourceControl.Constructor_GNSS_SourceControl"],[674,0,1,"commandType","GNSS_SourceControl.commandType"],[675,0,1,"fieldDataByte","GNSS_SourceControl.fieldDataByte"],[676,0,1,"responseExpected","GNSS_SourceControl.responseExpected"],[677,0,2,"Variables","GNSS_SourceControl.Variables"],[678,0,3,"m_functionSelector","GNSS_SourceControl.m_functionSelector"],[679,0,3,"m_gnssSource","GNSS_SourceControl.m_gnssSource"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GNSS_SourceControl-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GNSS_SourceControl-h-SummaryToolTips.js deleted file mode 100644 index 9f268fba7..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GNSS_SourceControl-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Inertial/Commands/GNSS_SourceControl.h",{666:"
GNSS_SourceControl
Contains the logic for the Inertial GNSS_SourceControl command.
",668:"
virtual std::string commandName() const
",669:"
static GNSS_SourceControl MakeSetCommand(
const InertialTypes::GNSS_Source &dataToUse
)
Parameter: dataToUse The GNSS_Source object to set.
",670:"
static GNSS_SourceControl MakeGetCommand()
",671:"
static InertialTypes::GNSS_Source getResponseData(
const GenericMipCmdResponse &response
)
",672:"
operator ByteStream() const
Converts this class to a ByteStream.
",673:"
Private constructor creates a GNSS_SourceControl object.  Use Make___Command methods to create an object.
",674:"
virtual MipTypes::Command commandType() const
",675:"
virtual uint8 fieldDataByte() const
",676:"
virtual bool responseExpected() const
",678:"
MipTypes::FunctionSelector m_functionSelector
The FunctionSelector type of command to send, get/set, reset to factory defaults, et al.
",679:"
InertialTypes::GNSS_Source m_gnssSource
The GNSS_Source to send to the device.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GNSS_SourceControl-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GNSS_SourceControl-h-ToolTips.js deleted file mode 100644 index 4340cc945..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GNSS_SourceControl-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({666:"
GNSS_SourceControl
Contains the logic for the Inertial GNSS_SourceControl command.
",1676:"
Dictates whether GNSS source is all internal, external, or single internal.
",2927:"
GenericMipCmdResponse
Represents the response to a GenericMipCommand.
",3158:"
The enums for all the different types/categories of MIP commands and data.
",3171:"
The enums for all of the different MIP commands.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GNSS_SourceControl-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GNSS_SourceControl-h.html deleted file mode 100644 index 0ebe8dd08..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GNSS_SourceControl-h.html +++ /dev/null @@ -1,90 +0,0 @@ - - -GNSS_SourceControl.h - - - - - - - -
-
GNSS_SourceControl
-
public
MipCommand
GNSS_SourceControl
-

Contains the logic for the Inertial GNSS_SourceControl command.

-
- -
-
Functions
-
- -
-
commandName
-
virtual std::string commandName() const
-
Returns
std::string

the string name for this class.

-
- -
-
MakeSetCommand
-
static GNSS_SourceControl MakeSetCommand(
const InertialTypes::GNSS_Source &dataToUse
)
-

Parameter: dataToUse The GNSS_Source object to set.

Returns
GNSS_SourceControl

object set up for sending a set command.

-
- -
-
MakeGetCommand
-
static GNSS_SourceControl MakeGetCommand()
-
Returns
GNSS_SourceControl

object set up for sending a get command.

-
- -
-
getResponseData
-
static InertialTypes::GNSS_Source getResponseData(
const GenericMipCmdResponse &response
)
-
Parameter
response
const GenericMipCmdResponse&

The GenericMipCmdResponse object from which to get formatted data.

Returns
ConstellationSettingsData

An object with the data returned from the device.

-
- -
-
operator ByteStream
-
operator ByteStream() const
-

Converts this class to a ByteStream.

-
- -
-
Constructor GNSS_SourceControl
-

Private constructor creates a GNSS_SourceControl object.  Use Make___Command methods to create an object.

-
- -
-
commandType
-
virtual MipTypes::Command commandType() const
-
Returns
MipTypes::Command

the command ID.

-
- -
-
fieldDataByte
-
virtual uint8 fieldDataByte() const
-
Returns
uint8

the byte ID for field data in the reply.

-
- -
-
responseExpected
-
virtual bool responseExpected() const
-
Returns
bool

True indicates that a response should return from the device.

-
- -
-
Variables
-
- -
-
m_functionSelector
-
MipTypes::FunctionSelector m_functionSelector
-

The FunctionSelector type of command to send, get/set, reset to factory defaults, et al.

-
- -
-
m_gnssSource
-
InertialTypes::GNSS_Source m_gnssSource
-

The GNSS_Source to send to the device.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GeographicSource-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GeographicSource-h-Summary.js deleted file mode 100644 index 89d5d3efd..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GeographicSource-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Inertial/Commands/GeographicSource.h","GeographicSource.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Inertial/Commands/GeographicSource.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[772,0,0,"GeographicSource","GeographicSource"],[773,0,2,"Functions","GeographicSource.Functions"],[774,0,1,"commandName","GeographicSource.commandName"],[775,0,1,"MakeSetCommand","GeographicSource.MakeSetCommand"],[776,0,1,"MakeGetCommand","GeographicSource.MakeGetCommand"],[777,0,1,"getResponseData","GeographicSource.getResponseData"],[778,0,1,"operator ByteStream","GeographicSource.operator_ByteStream"],[779,0,1,"Constructor GeographicSource","GeographicSource.Constructor_GeographicSource"],[780,0,1,"commandType","GeographicSource.commandType"],[781,0,1,"fieldDataByte","GeographicSource.fieldDataByte"],[782,0,1,"responseExpected","GeographicSource.responseExpected"],[783,0,2,"Variables","GeographicSource.Variables"],[784,0,3,"m_functionSelector","GeographicSource.m_functionSelector"],[785,0,3,"m_sourceOptions","GeographicSource.m_sourceOptions"],[786,0,3,"m_fieldDataByte","GeographicSource.m_fieldDataByte"],[787,0,3,"m_commandType","GeographicSource.m_commandType"],[788,0,3,"m_commandName","GeographicSource.m_commandName"],[789,0,0,"InclinationSource","InclinationSource"],[790,0,2,"Functions","InclinationSource.Functions"],[791,0,1,"MakeSetCommand","InclinationSource.MakeSetCommand"],[792,0,1,"MakeGetCommand","InclinationSource.MakeGetCommand"],[793,0,1,"Constructor InclinationSource","InclinationSource.Constructor_InclinationSource"],[794,0,0,"DeclinationSource","DeclinationSource"],[795,0,2,"Functions","DeclinationSource.Functions"],[796,0,1,"MakeSetCommand","DeclinationSource.MakeSetCommand"],[797,0,1,"MakeGetCommand","DeclinationSource.MakeGetCommand"],[798,0,1,"Constructor InclinationSource","DeclinationSource.Constructor_InclinationSource"],[799,0,0,"MagneticFieldMagnitudeSource","MagneticFieldMagnitudeSource"],[800,0,2,"Functions","MagneticFieldMagnitudeSource.Functions"],[801,0,1,"MakeSetCommand","MagneticFieldMagnitudeSource.MakeSetCommand"],[802,0,1,"MakeGetCommand","MagneticFieldMagnitudeSource.MakeGetCommand"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GeographicSource-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GeographicSource-h-SummaryToolTips.js deleted file mode 100644 index 5533f02d1..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GeographicSource-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Inertial/Commands/GeographicSource.h",{772:"
GeographicSource
Contains the logic for the Inertial GeographicSource command.
",774:"
virtual std::string commandName() const
",775:"
static GeographicSource MakeSetCommand(
const GeographicSourceOptions &dataToUse
)
Parameter: dataToUse The GeographicSourceOptions to set the option and fixed value.
",776:"
static GeographicSource MakeGetCommand()
",777:"
static GeographicSourceOptions getResponseData(
const GenericMipCmdResponse &response
)
",778:"
operator ByteStream() const
Converts this class to a ByteStream.
",779:"
Private constructor creates an GeographicSource object.  Use Make___Command methods to create an object.
",780:"
virtual MipTypes::Command commandType() const
",781:"
virtual uint8 fieldDataByte() const
",782:"
virtual bool responseExpected() const
",784:"
MipTypes::FunctionSelector m_functionSelector
The FunctionSelector type of command to send, get/set, reset to factory defaults, et al.
",785:"
GeographicSourceOptions m_sourceOptions
The GeographicSourceOptions to send to the device.
",786:"
uint8 m_fieldDataByte
The byte ID for field data in the reply.
",787:"
MipTypes::Command m_commandType
The command ID.
",788:"
std::string m_commandName
The command name.
",789:"
InclinationSource
Contains the logic for the Inertial Inclination GeographicSource command.
",791:"
static GeographicSource MakeSetCommand(
const GeographicSourceOptions &dataToUse
)
Parameter: dataToUse The GeographicSourceOptions to set the option and fixed value.
",792:"
static GeographicSource MakeGetCommand()
",793:"
Private constructor creates an InclinationSource object.  Use Make___Command methods to create an object.
",794:"
DeclinationSource
Contains the logic for the Inertial Declination GeographicSource command.
",796:"
static GeographicSource MakeSetCommand(
const GeographicSourceOptions &dataToUse
)
Parameter: dataToUse The GeographicSourceOptions to set the option and fixed value.
",797:"
static GeographicSource MakeGetCommand()
",798:"
Private constructor creates an InclinationSource object.  Use Make___Command methods to create an object.
",799:"
MagneticFieldMagnitudeSource
Contains the logic for the Inertial Magnetic Field Magnitude GeographicSource command.
",801:"
static GeographicSource MakeSetCommand(
const GeographicSourceOptions &dataToUse
)
Parameter: dataToUse The GeographicSourceOptions to set the option and fixed value.
",802:"
static GeographicSource MakeGetCommand()
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GeographicSource-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GeographicSource-h-ToolTips.js deleted file mode 100644 index efd866111..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GeographicSource-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({772:"
GeographicSource
Contains the logic for the Inertial GeographicSource command.
",1800:"
The enum to represent the source options for Declination (0x0D, 0x43), Inclination (0x0D, 0x4C), and Magnitude Source (0x0D, 0x4D)
",2927:"
GenericMipCmdResponse
Represents the response to a GenericMipCommand.
",3158:"
The enums for all the different types/categories of MIP commands and data.
",3171:"
The enums for all of the different MIP commands.
",789:"
InclinationSource
Contains the logic for the Inertial Inclination GeographicSource command.
",794:"
DeclinationSource
Contains the logic for the Inertial Declination GeographicSource command.
",799:"
MagneticFieldMagnitudeSource
Contains the logic for the Inertial Magnetic Field Magnitude GeographicSource command.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GeographicSource-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GeographicSource-h.html deleted file mode 100644 index 142d2f909..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GeographicSource-h.html +++ /dev/null @@ -1,184 +0,0 @@ - - -GeographicSource.h - - - - - - - -
-
GeographicSource
- -

Contains the logic for the Inertial GeographicSource command.

-
- -
-
Functions
-
- -
-
commandName
-
virtual std::string commandName() const
-
Returns
std::string

the string name for this class.

-
- -
-
MakeSetCommand
-
static GeographicSource MakeSetCommand(
const GeographicSourceOptions &dataToUse
)
-

Parameter: dataToUse The GeographicSourceOptions to set the option and fixed value.

Returns
GeographicSource

object set up for sending a set command.

-
- -
-
MakeGetCommand
-
static GeographicSource MakeGetCommand()
-
Returns
GeographicSource

object set up for sending a get command.

-
- -
-
getResponseData
-
static GeographicSourceOptions getResponseData(
const GenericMipCmdResponse &response
)
-
Parameter
response
const GenericMipCmdResponse&

The GenericMipCmdResponse object from which to get formatted data.

Returns
GeographicSourceOptions

the object containing the current source and fixed value.

-
- -
-
operator ByteStream
-
operator ByteStream() const
-

Converts this class to a ByteStream.

-
- -
-
Constructor GeographicSource
-

Private constructor creates an GeographicSource object.  Use Make___Command methods to create an object.

-
- -
-
commandType
-
virtual MipTypes::Command commandType() const
-
Returns
MipTypes::Command

the command ID.

-
- -
-
fieldDataByte
-
virtual uint8 fieldDataByte() const
-
Returns
uint8

the byte ID for field data in the reply.

-
- -
-
responseExpected
-
virtual bool responseExpected() const
-
Returns
bool

True indicates that a response should return from the device.

-
- -
-
Variables
-
- -
-
m_functionSelector
-
MipTypes::FunctionSelector m_functionSelector
-

The FunctionSelector type of command to send, get/set, reset to factory defaults, et al.

-
- -
-
m_sourceOptions
-
GeographicSourceOptions m_sourceOptions
-

The GeographicSourceOptions to send to the device.

-
- -
-
m_fieldDataByte
-
uint8 m_fieldDataByte
-

The byte ID for field data in the reply.

-
- -
-
m_commandType
-
MipTypes::Command m_commandType
-

The command ID.

-
- -
-
m_commandName
-
std::string m_commandName
-

The command name.

-
- -
-
InclinationSource
-
public
GeographicSource
InclinationSource
-

Contains the logic for the Inertial Inclination GeographicSource command.

-
- -
-
Functions
-
- -
-
MakeSetCommand
-
static GeographicSource MakeSetCommand(
const GeographicSourceOptions &dataToUse
)
-

Parameter: dataToUse The GeographicSourceOptions to set the option and fixed value.

Returns
GeographicSource

object set up for sending a set command.

-
- -
-
MakeGetCommand
-
static GeographicSource MakeGetCommand()
-
Returns
GeographicSource

object set up for sending a get command.

-
- -
-
Constructor InclinationSource
-

Private constructor creates an InclinationSource object.  Use Make___Command methods to create an object.

-
- -
-
DeclinationSource
-
public
GeographicSource
DeclinationSource
-

Contains the logic for the Inertial Declination GeographicSource command.

-
- -
-
Functions
-
- -
-
MakeSetCommand
-
static GeographicSource MakeSetCommand(
const GeographicSourceOptions &dataToUse
)
-

Parameter: dataToUse The GeographicSourceOptions to set the option and fixed value.

Returns
GeographicSource

object set up for sending a set command.

-
- -
-
MakeGetCommand
-
static GeographicSource MakeGetCommand()
-
Returns
GeographicSource

object set up for sending a get command.

-
- -
-
Constructor InclinationSource
-

Private constructor creates an InclinationSource object.  Use Make___Command methods to create an object.

-
- -
-
MagneticFieldMagnitudeSource
-
public
GeographicSource
MagneticFieldMagnitudeSource
-

Contains the logic for the Inertial Magnetic Field Magnitude GeographicSource command.

-
- -
-
Functions
-
- -
-
MakeSetCommand
-
static GeographicSource MakeSetCommand(
const GeographicSourceOptions &dataToUse
)
-

Parameter: dataToUse The GeographicSourceOptions to set the option and fixed value.

Returns
GeographicSource

object set up for sending a set command.

-
- -
-
MakeGetCommand
-
static GeographicSource MakeGetCommand()
-
Returns
GeographicSource

object set up for sending a get command.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GeometricVectorCommand-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GeometricVectorCommand-h-Summary.js deleted file mode 100644 index 830f3f928..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GeometricVectorCommand-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Inertial/Commands/GeometricVectorCommand.h","GeometricVectorCommand.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Inertial/Commands/GeometricVectorCommand.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[705,0,0,"GeometricVectorCommand","GeometricVectorCommand"],[706,0,2,"Functions","GeometricVectorCommand.Functions"],[707,0,1,"commandName","GeometricVectorCommand.commandName"],[708,0,1,"MakeSetCommand","GeometricVectorCommand.MakeSetCommand"],[709,0,1,"MakeGetCommand","GeometricVectorCommand.MakeGetCommand"],[710,0,1,"getResponseData","GeometricVectorCommand.getResponseData"],[711,0,1,"operator ByteStream","GeometricVectorCommand.operator_ByteStream"],[712,0,1,"Constructor GeometricVectorCommand","GeometricVectorCommand.Constructor_GeometricVectorCommand"],[713,0,1,"commandType","GeometricVectorCommand.commandType"],[714,0,1,"fieldDataByte","GeometricVectorCommand.fieldDataByte"],[715,0,1,"responseExpected","GeometricVectorCommand.responseExpected"],[716,0,2,"Variables","GeometricVectorCommand.Variables"],[717,0,3,"m_cmd","GeometricVectorCommand.m_cmd"],[718,0,3,"m_functionSelector","GeometricVectorCommand.m_functionSelector"],[719,0,3,"m_data","GeometricVectorCommand.m_data"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GeometricVectorCommand-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GeometricVectorCommand-h-SummaryToolTips.js deleted file mode 100644 index 48bf95c7a..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GeometricVectorCommand-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Inertial/Commands/GeometricVectorCommand.h",{705:"
GeometricVectorCommand
A generic command class that contains the logic for any command that deals only with one or more GeometricVector.
",707:"
virtual std::string commandName() const
",708:"
static GeometricVectorCommand MakeSetCommand(
MipTypes::Command cmd,
const GeometricVectors &data
)
Parameter: cmd The specific MipTypes::Command type to be constructed
",709:"
static GeometricVectorCommand MakeGetCommand(
MipTypes::Command cmd
)
Parameter: cmd The specific MipTypes::Command type to be constructed
",710:"
GeometricVectors getResponseData(
const GenericMipCmdResponse &response
)
",711:"
operator ByteStream() const
Converts this class to a ByteStream.
",712:"
Private constructor creates a GeometricVectorCommand object.  Use Make___Command methods to create an object.
",713:"
virtual MipTypes::Command commandType() const
",714:"
virtual uint8 fieldDataByte() const
",715:"
virtual bool responseExpected() const
",717:"
MipTypes::Command m_cmd
The specific MipTypes::Command type of this object
",718:"
MipTypes::FunctionSelector m_functionSelector
The FunctionSelector type of command to send, get/set, reset to factory defaults, et al.
",719:"
GeometricVectors m_data
The GeometricVector data to send to the device.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GeometricVectorCommand-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GeometricVectorCommand-h-ToolTips.js deleted file mode 100644 index c42830410..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GeometricVectorCommand-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({705:"
GeometricVectorCommand
A generic command class that contains the logic for any command that deals only with one or more GeometricVector.
",1631:"
GeometricVector
Defines a 3 dimensional, spatial vector.
",2927:"
GenericMipCmdResponse
Represents the response to a GenericMipCommand.
",3158:"
The enums for all the different types/categories of MIP commands and data.
",3171:"
The enums for all of the different MIP commands.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GeometricVectorCommand-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GeometricVectorCommand-h.html deleted file mode 100644 index 291c2e35f..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GeometricVectorCommand-h.html +++ /dev/null @@ -1,96 +0,0 @@ - - -GeometricVectorCommand.h - - - - - - - -
-
GeometricVectorCommand
-
public
MipCommand
GeometricVectorCommand
-

A generic command class that contains the logic for any command that deals only with one or more GeometricVector.

-
- -
-
Functions
-
- -
-
commandName
-
virtual std::string commandName() const
-
Returns
std::string

the string name for the command.

-
- -
-
MakeSetCommand
-
static GeometricVectorCommand MakeSetCommand(
MipTypes::Command cmd,
const GeometricVectors &data
)
-

Parameter: cmd The specific MipTypes::Command type to be constructed

Parameter: dataToUse The list of GeometricVector objects to set.

Returns
GeometricVectorCommand

object set up for sending a set command.

-
- -
-
MakeGetCommand
-
static GeometricVectorCommand MakeGetCommand(
MipTypes::Command cmd
)
-

Parameter: cmd The specific MipTypes::Command type to be constructed

Returns
GeometricVectorCommand

object set up for sending a get command.

-
- -
-
getResponseData
-
GeometricVectors getResponseData(
const GenericMipCmdResponse &response
)
-
Parameter
response
const GenericMipCmdResponse&

The GenericMipCmdResponse object from which to get formatted data.

Returns
GeometricVector

An collection of GeometricVectors with the data returned from the device.

-
- -
-
operator ByteStream
-
operator ByteStream() const
-

Converts this class to a ByteStream.

-
- -
-
Constructor GeometricVectorCommand
-

Private constructor creates a GeometricVectorCommand object.  Use Make___Command methods to create an object.

-
- -
-
commandType
-
virtual MipTypes::Command commandType() const
-
Returns
MipTypes::Command

the command ID.

-
- -
-
fieldDataByte
-
virtual uint8 fieldDataByte() const
-
Returns
uint8

the byte ID for field data in the reply.

-
- -
-
responseExpected
-
virtual bool responseExpected() const
-
Returns
bool

True indicates that a response should return from the device.

-
- -
-
Variables
-
- -
-
m_cmd
- -

The specific MipTypes::Command type of this object

-
- -
-
m_functionSelector
-
MipTypes::FunctionSelector m_functionSelector
-

The FunctionSelector type of command to send, get/set, reset to factory defaults, et al.

-
- -
-
m_data
-
GeometricVectors m_data
-

The GeometricVector data to send to the device.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GyroBias-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GyroBias-h-Summary.js deleted file mode 100644 index 6a7018690..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GyroBias-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Inertial/Commands/GyroBias.h","GyroBias.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Inertial/Commands/GyroBias.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[600,0,0,"GyroBias","GyroBias"],[601,0,2,"Functions","GyroBias.Functions"],[602,0,1,"commandName","GyroBias.commandName"],[603,0,1,"MakeSetCommand","GyroBias.MakeSetCommand"],[604,0,1,"MakeGetCommand","GyroBias.MakeGetCommand"],[605,0,1,"getResponseData","GyroBias.getResponseData"],[606,0,1,"operator ByteStream","GyroBias.operator_ByteStream"],[607,0,1,"GyroBias","GyroBias.GyroBias"],[608,0,1,"commandType","GyroBias.commandType"],[609,0,1,"fieldDataByte","GyroBias.fieldDataByte"],[610,0,1,"responseExpected","GyroBias.responseExpected"],[611,0,2,"Variables","GyroBias.Variables"],[612,0,3,"m_functionSelector","GyroBias.m_functionSelector"],[613,0,3,"m_gyroBiasVector","GyroBias.m_gyroBiasVector"],[614,0,2,"Functions","GyroBias.Functions(2)"],[615,0,1,"~GyroBias","GyroBias.~GyroBias"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GyroBias-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GyroBias-h-SummaryToolTips.js deleted file mode 100644 index 485eb1059..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GyroBias-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Inertial/Commands/GyroBias.h",{600:"
GyroBias
Contains the logic for the Inertial GyroBias command.
",602:"
virtual std::string commandName() const
",603:"
static GyroBias MakeSetCommand(
GeometricVector gyroBiasVector
)
",604:"
static GyroBias MakeGetCommand()
",605:"
static GeometricVector getResponseData(
const GenericMipCmdResponse &response
)
",606:"
operator ByteStream() const
Converts this class to a ByteStream.
",607:"
GyroBias(
MipTypes::FunctionSelector function_selector,
GeometricVector gyroBiasVector
)
Private constructor creates a GyroBias object.  Use Make___Command methods to create an object.
",608:"
virtual MipTypes::Command commandType() const
",609:"
virtual uint8 fieldDataByte() const
",610:"
virtual bool responseExpected() const
",612:"
MipTypes::FunctionSelector m_functionSelector
<The MipTypes::FunctionSelector> type of command to send, get/set, reset to factory defaults, et al.
",613:"
GeometricVector m_gyroBiasVector
The gyro bias to send to the device.
",615:"
~GyroBias()
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GyroBias-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GyroBias-h-ToolTips.js deleted file mode 100644 index c75a6b966..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GyroBias-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({600:"
GyroBias
Contains the logic for the Inertial GyroBias command.
",1631:"
GeometricVector
Defines a 3 dimensional, spatial vector.
",2927:"
GenericMipCmdResponse
Represents the response to a GenericMipCommand.
",3158:"
The enums for all the different types/categories of MIP commands and data.
",3171:"
The enums for all of the different MIP commands.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GyroBias-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GyroBias-h.html deleted file mode 100644 index 2ae3e614b..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/GyroBias-h.html +++ /dev/null @@ -1,100 +0,0 @@ - - -GyroBias.h - - - - - - - -
-
GyroBias
-
public
MipCommand
GyroBias
-

Contains the logic for the Inertial GyroBias command.

-
- -
-
Functions
-
- -
-
commandName
-
virtual std::string commandName() const
-
Returns
std::string

the string name for this class.

-
- -
-
MakeSetCommand
-
static GyroBias MakeSetCommand(
GeometricVector gyroBiasVector
)
-
Parameter
vectorToSet

The GeometricVector gyro bias vector to set.

Returns
GyroBias

object for the set command.

-
- -
-
MakeGetCommand
-
static GyroBias MakeGetCommand()
-
Returns
GyroBias

object for the get command.

-
- -
-
getResponseData
-
static GeometricVector getResponseData(
const GenericMipCmdResponse &response
)
-
Parameter
response
const GenericMipCmdResponse&

The GenericMipCmdResponse object from which to get formatted data.

Returns

GeometricVector object with the data returned from the device.

-
- -
-
operator ByteStream
-
operator ByteStream() const
-

Converts this class to a ByteStream.

-
- -
-
GyroBias
-
GyroBias(
MipTypes::FunctionSelector function_selector,
GeometricVector gyroBiasVector
)
-

Private constructor creates a GyroBias object.  Use Make___Command methods to create an object.

-
- -
-
commandType
-
virtual MipTypes::Command commandType() const
-
Returns
MipTypes::Command

the command ID.

-
- -
-
fieldDataByte
-
virtual uint8 fieldDataByte() const
-
Returns
uint8

the byte ID for field data in the reply.

-
- -
-
responseExpected
-
virtual bool responseExpected() const
-
Returns
bool

True indicates that a response should return from the device.

-
- -
-
Variables
-
- -
-
m_functionSelector
-
MipTypes::FunctionSelector m_functionSelector
-

<The MipTypes::FunctionSelector> type of command to send, get/set, reset to factory defaults, et al.

-
- -
-
m_gyroBiasVector
-
GeometricVector m_gyroBiasVector
-

The gyro bias to send to the device.

-
- -
-
Functions
-
- -
-
~GyroBias
-
~GyroBias()
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/HeadingUpdateControl-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/HeadingUpdateControl-h-Summary.js deleted file mode 100644 index f7ee78f65..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/HeadingUpdateControl-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Inertial/Commands/HeadingUpdateControl.h","HeadingUpdateControl.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Inertial/Commands/HeadingUpdateControl.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[572,0,0,"HeadingUpdateControl","HeadingUpdateControl"],[573,0,2,"Functions","HeadingUpdateControl.Functions"],[574,0,1,"commandName","HeadingUpdateControl.commandName"],[575,0,1,"MakeSetCommand","HeadingUpdateControl.MakeSetCommand"],[576,0,1,"MakeGetCommand","HeadingUpdateControl.MakeGetCommand"],[577,0,1,"getResponseData","HeadingUpdateControl.getResponseData"],[578,0,1,"operator ByteStream","HeadingUpdateControl.operator_ByteStream"],[579,0,1,"Constructor HeadingUpdateControl","HeadingUpdateControl.Constructor_HeadingUpdateControl"],[580,0,1,"commandType","HeadingUpdateControl.commandType"],[581,0,1,"fieldDataByte","HeadingUpdateControl.fieldDataByte"],[582,0,1,"responseExpected","HeadingUpdateControl.responseExpected"],[583,0,2,"Variables","HeadingUpdateControl.Variables"],[584,0,3,"m_functionSelector","HeadingUpdateControl.m_functionSelector"],[585,0,3,"m_HeadingUpdateOptions","HeadingUpdateControl.m_HeadingUpdateOptions"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/HeadingUpdateControl-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/HeadingUpdateControl-h-SummaryToolTips.js deleted file mode 100644 index d663e2ba1..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/HeadingUpdateControl-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Inertial/Commands/HeadingUpdateControl.h",{572:"
HeadingUpdateControl
Contains the logic for the Inertial HeadingUpdateControl command.
",574:"
virtual std::string commandName() const
",575:"
static HeadingUpdateControl MakeSetCommand(
const HeadingUpdateOptions &headingUpdateOptions
)
Parameter: dataToUse The HeadingUpdateOptions object to set.
",576:"
static HeadingUpdateControl MakeGetCommand()
",577:"
static HeadingUpdateOptions getResponseData(
const GenericMipCmdResponse &response
)
",578:"
operator ByteStream() const
Converts this class to a ByteStream.
",579:"
Private constructor creates a HeadingUpdateControl object.  Use Make___Command methods to create an object.
",580:"
virtual MipTypes::Command commandType() const
",581:"
virtual uint8 fieldDataByte() const
",582:"
virtual bool responseExpected() const
",584:"
MipTypes::FunctionSelector m_functionSelector
The FunctionSelector type of command to send, get/set, reset to factory defaults, et al.
",585:"
HeadingUpdateOptions m_HeadingUpdateOptions
The uint8 to send to the device.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/HeadingUpdateControl-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/HeadingUpdateControl-h-ToolTips.js deleted file mode 100644 index 9248437b0..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/HeadingUpdateControl-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({572:"
HeadingUpdateControl
Contains the logic for the Inertial HeadingUpdateControl command.
",2160:"
Contains the possible sources of aiding heading updates to the Kalman filter.  Some, all, or none of the options can be set as heading aids.
",2927:"
GenericMipCmdResponse
Represents the response to a GenericMipCommand.
",3158:"
The enums for all the different types/categories of MIP commands and data.
",3171:"
The enums for all of the different MIP commands.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/HeadingUpdateControl-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/HeadingUpdateControl-h.html deleted file mode 100644 index 1d238405f..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/HeadingUpdateControl-h.html +++ /dev/null @@ -1,90 +0,0 @@ - - -HeadingUpdateControl.h - - - - - - - -
-
HeadingUpdateControl
-
public
MipCommand
HeadingUpdateControl
-

Contains the logic for the Inertial HeadingUpdateControl command.

-
- -
-
Functions
-
- -
-
commandName
-
virtual std::string commandName() const
-
Returns
std::string

the string name for this class.

-
- -
-
MakeSetCommand
-
static HeadingUpdateControl MakeSetCommand(
const HeadingUpdateOptions &headingUpdateOptions
)
-

Parameter: dataToUse The HeadingUpdateOptions object to set.

Returns
HeadingUpdateControl

object set up for sending a set command.

-
- -
-
MakeGetCommand
-
static HeadingUpdateControl MakeGetCommand()
-
Returns
HeadingUpdateControl

object set up for sending a get command.

-
- -
-
getResponseData
-
static HeadingUpdateOptions getResponseData(
const GenericMipCmdResponse &response
)
-
Parameter
response
const GenericMipCmdResponse&

The GenericMipCmdResponse object from which to get formatted data.

Returns
ConstellationSettingsData

An object with the data returned from the device.

-
- -
-
operator ByteStream
-
operator ByteStream() const
-

Converts this class to a ByteStream.

-
- -
-
Constructor HeadingUpdateControl
-

Private constructor creates a HeadingUpdateControl object.  Use Make___Command methods to create an object.

-
- -
-
commandType
-
virtual MipTypes::Command commandType() const
-
Returns
MipTypes::Command

the command ID.

-
- -
-
fieldDataByte
-
virtual uint8 fieldDataByte() const
-
Returns
uint8

the byte ID for field data in the reply.

-
- -
-
responseExpected
-
virtual bool responseExpected() const
-
Returns
bool

True indicates that a response should return from the device.

-
- -
-
Variables
-
- -
-
m_functionSelector
-
MipTypes::FunctionSelector m_functionSelector
-

The FunctionSelector type of command to send, get/set, reset to factory defaults, et al.

-
- -
-
m_HeadingUpdateOptions
-
HeadingUpdateOptions m_HeadingUpdateOptions
-

The uint8 to send to the device.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/MagnetometerCaptureAutoCalibration-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/MagnetometerCaptureAutoCalibration-h-Summary.js deleted file mode 100644 index 450817d37..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/MagnetometerCaptureAutoCalibration-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Inertial/Commands/MagnetometerCaptureAutoCalibration.h","MagnetometerCaptureAutoCalibration.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Inertial/Commands/MagnetometerCaptureAutoCalibration.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[558,0,0,"MagnetometerCaptureAutoCalibration","MagnetometerCaptureAutoCalibration"],[559,0,2,"Functions","MagnetometerCaptureAutoCalibration.Functions"],[560,0,1,"commandName","MagnetometerCaptureAutoCalibration.commandName"],[561,0,1,"MakeCommand","MagnetometerCaptureAutoCalibration.MakeCommand"],[562,0,1,"MakeSaveCommand","MagnetometerCaptureAutoCalibration.MakeSaveCommand"],[563,0,1,"getResponseData","MagnetometerCaptureAutoCalibration.getResponseData"],[564,0,1,"operator ByteStream","MagnetometerCaptureAutoCalibration.operator_ByteStream"],[565,0,1,"MagnetometerCaptureAutoCalibration","MagnetometerCaptureAutoCalibration.MagnetometerCaptureAutoCalibration"],[566,0,1,"commandType","MagnetometerCaptureAutoCalibration.commandType"],[567,0,1,"responseExpected","MagnetometerCaptureAutoCalibration.responseExpected"],[568,0,2,"Variables","MagnetometerCaptureAutoCalibration.Variables"],[569,0,3,"m_functionSelector","MagnetometerCaptureAutoCalibration.m_functionSelector"],[570,0,2,"Functions","MagnetometerCaptureAutoCalibration.Functions(2)"],[571,0,1,"fieldDataByte","MagnetometerCaptureAutoCalibration.fieldDataByte"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/MagnetometerCaptureAutoCalibration-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/MagnetometerCaptureAutoCalibration-h-SummaryToolTips.js deleted file mode 100644 index 5947d2542..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/MagnetometerCaptureAutoCalibration-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Inertial/Commands/MagnetometerCaptureAutoCalibration.h",{558:"
MagnetometerCaptureAutoCalibration
Contains the logic for the Inertial MagnetometerCaptureAutoCalibration command.
",560:"
virtual std::string commandName() const
",561:"
static MagnetometerCaptureAutoCalibration MakeCommand()
",562:"
static MagnetometerCaptureAutoCalibration MakeSaveCommand()
",563:"
static bool getResponseData(
const GenericMipCmdResponse &response
)
A GeometricVector object with the data returned from the device.
",564:"
operator ByteStream() const
Converts this class to a ByteStream.
",565:"
MagnetometerCaptureAutoCalibration(
MipTypes::FunctionSelector functionSelector
)
Private constructor creates a MagnetometerCaptureAutoCalibration object.  Use MakeCommand methods to create an object.
",566:"
virtual MipTypes::Command commandType() const
",567:"
virtual bool responseExpected() const
",569:"
MipTypes::FunctionSelector m_functionSelector
The FunctionSelector type of command to send, get/set, reset to factory defaults, et al.
",571:"
virtual uint8 fieldDataByte() const
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/MagnetometerCaptureAutoCalibration-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/MagnetometerCaptureAutoCalibration-h-ToolTips.js deleted file mode 100644 index 989f3870f..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/MagnetometerCaptureAutoCalibration-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({558:"
MagnetometerCaptureAutoCalibration
Contains the logic for the Inertial MagnetometerCaptureAutoCalibration command.
",1631:"
GeometricVector
Defines a 3 dimensional, spatial vector.
",2927:"
GenericMipCmdResponse
Represents the response to a GenericMipCommand.
",3158:"
The enums for all the different types/categories of MIP commands and data.
",3171:"
The enums for all of the different MIP commands.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/MagnetometerCaptureAutoCalibration-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/MagnetometerCaptureAutoCalibration-h.html deleted file mode 100644 index 7fc54b166..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/MagnetometerCaptureAutoCalibration-h.html +++ /dev/null @@ -1,89 +0,0 @@ - - -MagnetometerCaptureAutoCalibration.h - - - - - - - -
-
MagnetometerCaptureAutoCalibration
-
public
MipCommand
MagnetometerCaptureAutoCalibration
-

Contains the logic for the Inertial MagnetometerCaptureAutoCalibration command.

-
- -
-
Functions
-
- -
-
commandName
-
virtual std::string commandName() const
-
Returns
std::string

the string name for this class.

-
- -
-
MakeCommand
- -
Returns
MagnetometerCaptureAutoCalibration

object for the command.

-
- -
-
MakeSaveCommand
-
static MagnetometerCaptureAutoCalibration MakeSaveCommand()
-
Returns
MagnetometerCaptureAutoCalibration

object for the command to save as startup values.

-
- -
-
getResponseData
-
static bool getResponseData(
const GenericMipCmdResponse &response
)
-
Returns

A GeometricVector object with the data returned from the device.

-
- -
-
operator ByteStream
-
operator ByteStream() const
-

Converts this class to a ByteStream.

-
- -
-
MagnetometerCaptureAutoCalibration
-
MagnetometerCaptureAutoCalibration(
MipTypes::FunctionSelector functionSelector
)
-

Private constructor creates a MagnetometerCaptureAutoCalibration object.  Use MakeCommand methods to create an object.

-
- -
-
commandType
-
virtual MipTypes::Command commandType() const
-
Returns
MipTypes::Command

the command ID.

-
- -
-
responseExpected
-
virtual bool responseExpected() const
-
Returns
bool

True indicates that a response should return from the device.

-
- -
-
Variables
-
- -
-
m_functionSelector
-
MipTypes::FunctionSelector m_functionSelector
-

The FunctionSelector type of command to send, get/set, reset to factory defaults, et al.

-
- -
-
Functions
-
- -
-
fieldDataByte
-
virtual uint8 fieldDataByte() const
-
Returns
uint8

the byte ID for field data in the reply.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/MagnetometerHardIronOffset-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/MagnetometerHardIronOffset-h-Summary.js deleted file mode 100644 index 1cbd90c48..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/MagnetometerHardIronOffset-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Inertial/Commands/MagnetometerHardIronOffset.h","MagnetometerHardIronOffset.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Inertial/Commands/MagnetometerHardIronOffset.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[586,0,0,"MagnetometerHardIronOffset","MagnetometerHardIronOffset"],[587,0,2,"Functions","MagnetometerHardIronOffset.Functions"],[588,0,1,"commandName","MagnetometerHardIronOffset.commandName"],[589,0,1,"MakeSetCommand","MagnetometerHardIronOffset.MakeSetCommand"],[590,0,1,"MakeGetCommand","MagnetometerHardIronOffset.MakeGetCommand"],[591,0,1,"getResponseData","MagnetometerHardIronOffset.getResponseData"],[592,0,1,"operator ByteStream","MagnetometerHardIronOffset.operator_ByteStream"],[593,0,1,"Constructor MagnetometerHardIronOffset","MagnetometerHardIronOffset.Constructor_MagnetometerHardIronOffset"],[594,0,1,"commandType","MagnetometerHardIronOffset.commandType"],[595,0,1,"fieldDataByte","MagnetometerHardIronOffset.fieldDataByte"],[596,0,1,"responseExpected","MagnetometerHardIronOffset.responseExpected"],[597,0,2,"Variables","MagnetometerHardIronOffset.Variables"],[598,0,3,"m_functionSelector","MagnetometerHardIronOffset.m_functionSelector"],[599,0,3,"m_offsetVector","MagnetometerHardIronOffset.m_offsetVector"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/MagnetometerHardIronOffset-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/MagnetometerHardIronOffset-h-SummaryToolTips.js deleted file mode 100644 index 271d43dda..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/MagnetometerHardIronOffset-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Inertial/Commands/MagnetometerHardIronOffset.h",{586:"
MagnetometerHardIronOffset
Contains the logic for the Inertial MagnetometerHardIronOffset command.
",588:"
virtual std::string commandName() const
",589:"
static MagnetometerHardIronOffset MakeSetCommand(
GeometricVector offsetVector
)
Parameter: offsetVector The GeometricVector object to set.
",590:"
static MagnetometerHardIronOffset MakeGetCommand()
",591:"
static GeometricVector getResponseData(
const GenericMipCmdResponse &response
)
",592:"
operator ByteStream() const
Converts this class to a ByteStream.
",593:"
Private constructor creates a MagnetometerHardIronOffset object.  Use Make___Command methods to create an object.
",594:"
virtual MipTypes::Command commandType() const
",595:"
virtual uint8 fieldDataByte() const
",596:"
virtual bool responseExpected() const
",598:"
MipTypes::FunctionSelector m_functionSelector
The FunctionSelector type of command to send, get/set, reset to factory defaults, et al.
",599:"
GeometricVector m_offsetVector
The MagnetometerHardIronOffsetData to send to the device.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/MagnetometerHardIronOffset-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/MagnetometerHardIronOffset-h-ToolTips.js deleted file mode 100644 index 6be2d751e..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/MagnetometerHardIronOffset-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({586:"
MagnetometerHardIronOffset
Contains the logic for the Inertial MagnetometerHardIronOffset command.
",1631:"
GeometricVector
Defines a 3 dimensional, spatial vector.
",2927:"
GenericMipCmdResponse
Represents the response to a GenericMipCommand.
",3158:"
The enums for all the different types/categories of MIP commands and data.
",3171:"
The enums for all of the different MIP commands.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/MagnetometerHardIronOffset-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/MagnetometerHardIronOffset-h.html deleted file mode 100644 index 880861623..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/MagnetometerHardIronOffset-h.html +++ /dev/null @@ -1,90 +0,0 @@ - - -MagnetometerHardIronOffset.h - - - - - - - -
-
MagnetometerHardIronOffset
-
public
MipCommand
MagnetometerHardIronOffset
-

Contains the logic for the Inertial MagnetometerHardIronOffset command.

-
- -
-
Functions
-
- -
-
commandName
-
virtual std::string commandName() const
-
Returns
std::string

the string name for this class.

-
- -
-
MakeSetCommand
-
static MagnetometerHardIronOffset MakeSetCommand(
GeometricVector offsetVector
)
-

Parameter: offsetVector The GeometricVector object to set.

Returns
MagnetometerHardIronOffset

object set up for sending a set command.

-
- -
-
MakeGetCommand
-
static MagnetometerHardIronOffset MakeGetCommand()
-
Returns
MagnetometerHardIronOffset

object set up for sending a get command.

-
- -
-
getResponseData
-
static GeometricVector getResponseData(
const GenericMipCmdResponse &response
)
-
Parameter
response
const GenericMipCmdResponse&

The GenericMipCmdResponse object from which to get formatted data.

Returns
ConstellationSettingsData

An object with the data returned from the device.

-
- -
-
operator ByteStream
-
operator ByteStream() const
-

Converts this class to a ByteStream.

-
- -
-
Constructor MagnetometerHardIronOffset
-

Private constructor creates a MagnetometerHardIronOffset object.  Use Make___Command methods to create an object.

-
- -
-
commandType
-
virtual MipTypes::Command commandType() const
-
Returns
MipTypes::Command

the command ID.

-
- -
-
fieldDataByte
-
virtual uint8 fieldDataByte() const
-
Returns
uint8

the byte ID for field data in the reply.

-
- -
-
responseExpected
-
virtual bool responseExpected() const
-
Returns
bool

True indicates that a response should return from the device.

-
- -
-
Variables
-
- -
-
m_functionSelector
-
MipTypes::FunctionSelector m_functionSelector
-

The FunctionSelector type of command to send, get/set, reset to factory defaults, et al.

-
- -
-
m_offsetVector
-
GeometricVector m_offsetVector
-

The MagnetometerHardIronOffsetData to send to the device.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/MagnetometerSoftIronMatrix-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/MagnetometerSoftIronMatrix-h-Summary.js deleted file mode 100644 index 088a568ea..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/MagnetometerSoftIronMatrix-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Inertial/Commands/MagnetometerSoftIronMatrix.h","MagnetometerSoftIronMatrix.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Inertial/Commands/MagnetometerSoftIronMatrix.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[544,0,0,"MagnetometerSoftIronMatrix","MagnetometerSoftIronMatrix"],[545,0,2,"Functions","MagnetometerSoftIronMatrix.Functions"],[546,0,1,"commandName","MagnetometerSoftIronMatrix.commandName"],[547,0,1,"MakeSetCommand","MagnetometerSoftIronMatrix.MakeSetCommand"],[548,0,1,"MakeGetCommand","MagnetometerSoftIronMatrix.MakeGetCommand"],[549,0,1,"getResponseData","MagnetometerSoftIronMatrix.getResponseData"],[550,0,1,"operator ByteStream","MagnetometerSoftIronMatrix.operator_ByteStream"],[551,0,1,"Constructor MagnetometerSoftIronMatrix","MagnetometerSoftIronMatrix.Constructor_MagnetometerSoftIronMatrix"],[552,0,1,"commandType","MagnetometerSoftIronMatrix.commandType"],[553,0,1,"fieldDataByte","MagnetometerSoftIronMatrix.fieldDataByte"],[554,0,1,"responseExpected","MagnetometerSoftIronMatrix.responseExpected"],[555,0,2,"Variables","MagnetometerSoftIronMatrix.Variables"],[556,0,3,"m_functionSelector","MagnetometerSoftIronMatrix.m_functionSelector"],[557,0,3,"m_matrix","MagnetometerSoftIronMatrix.m_matrix"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/MagnetometerSoftIronMatrix-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/MagnetometerSoftIronMatrix-h-SummaryToolTips.js deleted file mode 100644 index 65c6fa5cd..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/MagnetometerSoftIronMatrix-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Inertial/Commands/MagnetometerSoftIronMatrix.h",{544:"
MagnetometerSoftIronMatrix
Contains the logic for the Inertial MagnetometerSoftIronMatrix command.
",546:"
virtual std::string commandName() const
",547:"
static MagnetometerSoftIronMatrix MakeSetCommand(
Matrix_3x3 dataToUse
)
Parameter: dataToUse The Matrix_3x3 object to set.
",548:"
static MagnetometerSoftIronMatrix MakeGetCommand()
",549:"
static Matrix_3x3 getResponseData(
const GenericMipCmdResponse &response
)
",550:"
operator ByteStream() const
Converts this class to a ByteStream.
",551:"
Private constructor creates a MagnetometerSoftIronMatrix object.  Use Make___Command methods to create an object.
",552:"
virtual MipTypes::Command commandType() const
",553:"
virtual uint8 fieldDataByte() const
",554:"
virtual bool responseExpected() const
",556:"
MipTypes::FunctionSelector m_functionSelector
The FunctionSelector type of command to send, get/set, reset to factory defaults, et al.
",557:"
Matrix_3x3 m_matrix
The Matrix_3x3 to send to the device.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/MagnetometerSoftIronMatrix-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/MagnetometerSoftIronMatrix-h-ToolTips.js deleted file mode 100644 index b1b984320..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/MagnetometerSoftIronMatrix-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({544:"
MagnetometerSoftIronMatrix
Contains the logic for the Inertial MagnetometerSoftIronMatrix command.
",1961:"
Matrix_3x3
Defines a 3 by 3 matrix.
",2927:"
GenericMipCmdResponse
Represents the response to a GenericMipCommand.
",3158:"
The enums for all the different types/categories of MIP commands and data.
",3171:"
The enums for all of the different MIP commands.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/MagnetometerSoftIronMatrix-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/MagnetometerSoftIronMatrix-h.html deleted file mode 100644 index 199c97838..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/MagnetometerSoftIronMatrix-h.html +++ /dev/null @@ -1,90 +0,0 @@ - - -MagnetometerSoftIronMatrix.h - - - - - - - -
-
MagnetometerSoftIronMatrix
-
public
MipCommand
MagnetometerSoftIronMatrix
-

Contains the logic for the Inertial MagnetometerSoftIronMatrix command.

-
- -
-
Functions
-
- -
-
commandName
-
virtual std::string commandName() const
-
Returns
std::string

the string name for this class.

-
- -
-
MakeSetCommand
-
static MagnetometerSoftIronMatrix MakeSetCommand(
Matrix_3x3 dataToUse
)
-

Parameter: dataToUse The Matrix_3x3 object to set.

Returns
MagnetometerSoftIronMatrix

object set up for sending a set command.

-
- -
-
MakeGetCommand
-
static MagnetometerSoftIronMatrix MakeGetCommand()
-
Returns
MagnetometerSoftIronMatrix

object set up for sending a get command.

-
- -
-
getResponseData
-
static Matrix_3x3 getResponseData(
const GenericMipCmdResponse &response
)
-
Parameter
response
const GenericMipCmdResponse&

The GenericMipCmdResponse object from which to get formatted data.

Returns
ConstellationSettingsData

An object with the data returned from the device.

-
- -
-
operator ByteStream
-
operator ByteStream() const
-

Converts this class to a ByteStream.

-
- -
-
Constructor MagnetometerSoftIronMatrix
-

Private constructor creates a MagnetometerSoftIronMatrix object.  Use Make___Command methods to create an object.

-
- -
-
commandType
-
virtual MipTypes::Command commandType() const
-
Returns
MipTypes::Command

the command ID.

-
- -
-
fieldDataByte
-
virtual uint8 fieldDataByte() const
-
Returns
uint8

the byte ID for field data in the reply.

-
- -
-
responseExpected
-
virtual bool responseExpected() const
-
Returns
bool

True indicates that a response should return from the device.

-
- -
-
Variables
-
- -
-
m_functionSelector
-
MipTypes::FunctionSelector m_functionSelector
-

The FunctionSelector type of command to send, get/set, reset to factory defaults, et al.

-
- -
-
m_matrix
-
Matrix_3x3 m_matrix
-

The Matrix_3x3 to send to the device.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/Matrix3x3Command-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/Matrix3x3Command-h-Summary.js deleted file mode 100644 index a8f6500f9..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/Matrix3x3Command-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Inertial/Commands/Matrix3x3Command.h","Matrix3x3Command.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Inertial/Commands/Matrix3x3Command.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[529,0,0,"Matrix3x3Command","Matrix3x3Command"],[530,0,2,"Functions","Matrix3x3Command.Functions"],[531,0,1,"commandName","Matrix3x3Command.commandName"],[532,0,1,"MakeSetCommand","Matrix3x3Command.MakeSetCommand"],[533,0,1,"MakeGetCommand","Matrix3x3Command.MakeGetCommand"],[534,0,1,"getResponseData","Matrix3x3Command.getResponseData"],[535,0,1,"operator ByteStream","Matrix3x3Command.operator_ByteStream"],[536,0,1,"Constructor Matrix3x3Command","Matrix3x3Command.Constructor_Matrix3x3Command"],[537,0,1,"commandType","Matrix3x3Command.commandType"],[538,0,1,"fieldDataByte","Matrix3x3Command.fieldDataByte"],[539,0,1,"responseExpected","Matrix3x3Command.responseExpected"],[540,0,2,"Variables","Matrix3x3Command.Variables"],[541,0,3,"m_cmd","Matrix3x3Command.m_cmd"],[542,0,3,"m_functionSelector","Matrix3x3Command.m_functionSelector"],[543,0,3,"m_data","Matrix3x3Command.m_data"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/Matrix3x3Command-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/Matrix3x3Command-h-SummaryToolTips.js deleted file mode 100644 index 6d9789f3d..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/Matrix3x3Command-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Inertial/Commands/Matrix3x3Command.h",{529:"
Matrix3x3Command
A generic command class that contains the logic for any command that deals only with one or more Matrix_3x3.
",531:"
virtual std::string commandName() const
",532:"
static Matrix3x3Command MakeSetCommand(
MipTypes::Command cmd,
const Matrix_3x3s &data
)
Parameter: cmd The specific MipTypes::Command type to be constructed
",533:"
static Matrix3x3Command MakeGetCommand(
MipTypes::Command cmd
)
Parameter: cmd The specific MipTypes::Command type to be constructed
",534:"
Matrix_3x3s getResponseData(
const GenericMipCmdResponse &response
)
",535:"
operator ByteStream() const
Converts this class to a ByteStream.
",536:"
Private constructor creates a Matrix3x3Command object.  Use Make___Command methods to create an object.
",537:"
virtual MipTypes::Command commandType() const
",538:"
virtual uint8 fieldDataByte() const
",539:"
virtual bool responseExpected() const
",541:"
MipTypes::Command m_cmd
The specific MipTypes::Command type of this object
",542:"
MipTypes::FunctionSelector m_functionSelector
The FunctionSelector type of command to send, get/set, reset to factory defaults, et al.
",543:"
Matrix_3x3s m_data
The Matrix_3x3 data to send to the device.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/Matrix3x3Command-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/Matrix3x3Command-h-ToolTips.js deleted file mode 100644 index 30f96630b..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/Matrix3x3Command-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({529:"
Matrix3x3Command
A generic command class that contains the logic for any command that deals only with one or more Matrix_3x3.
",1961:"
Matrix_3x3
Defines a 3 by 3 matrix.
",2927:"
GenericMipCmdResponse
Represents the response to a GenericMipCommand.
",3158:"
The enums for all the different types/categories of MIP commands and data.
",3171:"
The enums for all of the different MIP commands.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/Matrix3x3Command-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/Matrix3x3Command-h.html deleted file mode 100644 index fbaf11433..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/Matrix3x3Command-h.html +++ /dev/null @@ -1,96 +0,0 @@ - - -Matrix3x3Command.h - - - - - - - -
-
Matrix3x3Command
-
public
MipCommand
Matrix3x3Command
-

A generic command class that contains the logic for any command that deals only with one or more Matrix_3x3.

-
- -
-
Functions
-
- -
-
commandName
-
virtual std::string commandName() const
-
Returns
std::string

the string name for the command.

-
- -
-
MakeSetCommand
-
static Matrix3x3Command MakeSetCommand(
MipTypes::Command cmd,
const Matrix_3x3s &data
)
-

Parameter: cmd The specific MipTypes::Command type to be constructed

Parameter: dataToUse The list of Matrix_3x3 objects to set.

Returns
Matrix3x3Command

object set up for sending a set command.

-
- -
-
MakeGetCommand
-
static Matrix3x3Command MakeGetCommand(
MipTypes::Command cmd
)
-

Parameter: cmd The specific MipTypes::Command type to be constructed

Returns
Matrix3x3Command

object set up for sending a get command.

-
- -
-
getResponseData
-
Matrix_3x3s getResponseData(
const GenericMipCmdResponse &response
)
-
Parameter
response
const GenericMipCmdResponse&

The GenericMipCmdResponse object from which to get formatted data.

Returns
Matrix_3x3

An collection of Matrix_3x3s with the data returned from the device.

-
- -
-
operator ByteStream
-
operator ByteStream() const
-

Converts this class to a ByteStream.

-
- -
-
Constructor Matrix3x3Command
-

Private constructor creates a Matrix3x3Command object.  Use Make___Command methods to create an object.

-
- -
-
commandType
-
virtual MipTypes::Command commandType() const
-
Returns
MipTypes::Command

the command ID.

-
- -
-
fieldDataByte
-
virtual uint8 fieldDataByte() const
-
Returns
uint8

the byte ID for field data in the reply.

-
- -
-
responseExpected
-
virtual bool responseExpected() const
-
Returns
bool

True indicates that a response should return from the device.

-
- -
-
Variables
-
- -
-
m_cmd
- -

The specific MipTypes::Command type of this object

-
- -
-
m_functionSelector
-
MipTypes::FunctionSelector m_functionSelector
-

The FunctionSelector type of command to send, get/set, reset to factory defaults, et al.

-
- -
-
m_data
-
Matrix_3x3s m_data
-

The Matrix_3x3 data to send to the device.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/PollData-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/PollData-h-Summary.js deleted file mode 100644 index e5a0faa30..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/PollData-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Inertial/Commands/PollData.h","PollData.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Inertial/Commands/PollData.h",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"],["Sections","Section"]],[[487,0,4,"PollData","PollData"],[488,0,0,"PollImuData","PollImuData"],[489,0,3,"Constants","PollImuData.Constants"],[490,0,1,"Packet Bytes","PollImuData.Packet_Bytes"],[491,0,1,,"PollImuData.CMD_ID"],[492,0,3,"Functions","PollImuData.Functions"],[493,0,2,"buildCommand","PollImuData.buildCommand"],[494,0,0,"Response","Response"],[495,0,3,"Functions","Response.Functions"],[496,0,2,"Response","Response.Response"],[497,0,0,"PollGnssData","PollGnssData"],[498,0,3,"Constants","PollGnssData.Constants"],[499,0,1,"Packet Bytes","PollGnssData.Packet_Bytes"],[500,0,1,,"PollGnssData.CMD_ID"],[501,0,3,"Functions","PollGnssData.Functions"],[502,0,2,"buildCommand","PollGnssData.buildCommand"],[503,0,0,"Response","Response(2)"],[504,0,3,"Functions","Response.Functions(2)"],[505,0,2,"Response","Response.Response(2)"],[506,0,0,"PollEstFilterData","PollEstFilterData"],[507,0,3,"Constants","PollEstFilterData.Constants"],[508,0,1,"Packet Bytes","PollEstFilterData.Packet_Bytes"],[509,0,1,,"PollEstFilterData.CMD_ID"],[510,0,3,"Functions","PollEstFilterData.Functions"],[511,0,2,"buildCommand","PollEstFilterData.buildCommand"],[512,0,0,"Response","Response(3)"],[513,0,3,"Functions","Response.Functions(3)"],[514,0,2,"Response","Response.Response(3)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/PollData-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/PollData-h-SummaryToolTips.js deleted file mode 100644 index 8c855835e..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/PollData-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Inertial/Commands/PollData.h",{488:"
PollImuData
Contains the logic for the Poll IMU Data command
",493:"
static ByteStream buildCommand(
const MipTypes::MipChannelFields &fields
)
Builds the bytes in the command
",494:"
Response
Handles the response to the command
",496:"
Response(
std::weak_ptr<ResponseCollector> collector
)
Creates the Response object
",497:"
PollGnssData
Contains the logic for the Poll GNSS Data command
",502:"
static ByteStream buildCommand(
const MipTypes::MipChannelFields &fields
)
Builds the bytes in the command
",503:"
Response
Handles the response to the command
",505:"
Response(
std::weak_ptr<ResponseCollector> collector
)
Creates the Response object
",506:"
PollEstFilterData
Contains the logic for the Poll Estimation Filter Data command
",511:"
static ByteStream buildCommand(
const MipTypes::MipChannelFields &fields
)
Builds the bytes in the command
",512:"
Response
Handles the response to the command
",514:"
Response(
std::weak_ptr<ResponseCollector> collector
)
Creates the Response object
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/PollData-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/PollData-h-ToolTips.js deleted file mode 100644 index 35e300bf4..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/PollData-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3171:"
The enums for all of the different MIP commands.
",3780:"
A vector of ChannelField enums.
",5207:"
WirelessResponsePattern
A pattern matching the expected response from a wireless command.
",9848:"
ResponseCollector
Stores all the expected command responses
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10047:"
ResponsePattern
A pattern matching the expected response from a device command (Base Class).
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/PollData-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/PollData-h.html deleted file mode 100644 index 38a179f18..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/PollData-h.html +++ /dev/null @@ -1,138 +0,0 @@ - - -PollData.h - - - - - - - -
-
PollData
-
- -
-
PollImuData
-
PollImuData
-

Contains the logic for the Poll IMU Data command

-
- -
-
Constants
-
- -
-
Packet Bytes
-
CMD_ID

CMD_POLL_SENSOR_DATA  - The MipTypes::Command for this command

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand(
const MipTypes::MipChannelFields &fields
)
-

Builds the bytes in the command

Parameters
fields
const MipTypes::MipChannelFields&

The MipTypes::MipChannelFields to poll. If this is empty, the message format stored on the device will be used.

Returns

A ByteStream that holds the bytes that make up the command

-
- -
-
Response
-
public
GenericMipCommand.​Response
ResponsePattern
WirelessResponsePattern
SetToIdle.​Response
Response
-

Handles the response to the command

See Also

<GenericMipCommand::Response>

-
- -
-
Functions
-
- -
-
Response
-
Response(
std::weak_ptr<ResponseCollector> collector
)
-

Creates the Response object

-
- -
-
PollGnssData
-
PollGnssData
-

Contains the logic for the Poll GNSS Data command

-
- -
-
Constants
-
- -
-
Packet Bytes
-
CMD_ID

CMD_POLL_GNSS_DATA  - The MipTypes::Command for this command

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand(
const MipTypes::MipChannelFields &fields
)
-

Builds the bytes in the command

Parameters
fields
const MipTypes::MipChannelFields&

The MipTypes::MipChannelFields to poll. If this is empty, the message format stored on the device will be used.

Returns

A ByteStream that holds the bytes that make up the command

-
- -
-
Response
-
public
GenericMipCommand.​Response
ResponsePattern
WirelessResponsePattern
SetToIdle.​Response
Response
-

Handles the response to the command

See Also

<GenericMipCommand::Response>

-
- -
-
Functions
-
- -
-
Response
-
Response(
std::weak_ptr<ResponseCollector> collector
)
-

Creates the Response object

-
- -
-
PollEstFilterData
-
PollEstFilterData
-

Contains the logic for the Poll Estimation Filter Data command

-
- -
-
Constants
-
- -
-
Packet Bytes
-
CMD_ID

CMD_POLL_EF_DATA  - The MipTypes::Command for this command

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand(
const MipTypes::MipChannelFields &fields
)
-

Builds the bytes in the command

Parameters
fields
const MipTypes::MipChannelFields&

The MipTypes::MipChannelFields to poll. If this is empty, the message format stored on the device will be used.

Returns

A ByteStream that holds the bytes that make up the command

-
- -
-
Response
-
public
GenericMipCommand.​Response
ResponsePattern
WirelessResponsePattern
SetToIdle.​Response
Response
-

Handles the response to the command

See Also

<GenericMipCommand::Response>

-
- -
-
Functions
-
- -
-
Response
-
Response(
std::weak_ptr<ResponseCollector> collector
)
-

Creates the Response object

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/RawRTCM_2_3Message-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/RawRTCM_2_3Message-h-Summary.js deleted file mode 100644 index 2fb5eeb03..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/RawRTCM_2_3Message-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Inertial/Commands/RawRTCM_2_3Message.h","RawRTCM_2_3Message.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Inertial/Commands/RawRTCM_2_3Message.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[476,0,0,"RawRTCM_2_3Message","RawRTCM_2_3Message"],[477,0,2,"Functions","RawRTCM_2_3Message.Functions"],[478,0,1,"commandName","RawRTCM_2_3Message.commandName"],[479,0,1,"MakeCommand","RawRTCM_2_3Message.MakeCommand"],[480,0,1,"operator ByteStream","RawRTCM_2_3Message.operator_ByteStream"],[481,0,1,"Constructor RawRTCM_2_3Message","RawRTCM_2_3Message.Constructor_RawRTCM_2_3Message"],[482,0,1,"commandType","RawRTCM_2_3Message.commandType"],[483,0,1,"fieldDataByte","RawRTCM_2_3Message.fieldDataByte"],[484,0,1,"responseExpected","RawRTCM_2_3Message.responseExpected"],[485,0,2,"Variables","RawRTCM_2_3Message.Variables"],[486,0,3,"m_data","RawRTCM_2_3Message.m_data"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/RawRTCM_2_3Message-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/RawRTCM_2_3Message-h-SummaryToolTips.js deleted file mode 100644 index 60577b7e6..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/RawRTCM_2_3Message-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Inertial/Commands/RawRTCM_2_3Message.h",{476:"
RawRTCM_2_3Message
Contains the logic for the Inertial RawRTCM_2_3Message command.
",478:"
virtual std::string commandName() const
",479:"
static RawRTCM_2_3Message MakeCommand(
const RTCMMessage &theMessage
)
Parameter: theMessage The RTCMMessage object to send.
",480:"
operator ByteStream() const
Converts this class to a ByteStream.
",481:"
Private constructor creates a RawRTCM_2_3Message object.  Use Make___Command methods to create an object.
",482:"
virtual MipTypes::Command commandType() const
",483:"
virtual uint8 fieldDataByte() const
",484:"
virtual bool responseExpected() const
",486:"
The RTCMMessage to send to the device.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/RawRTCM_2_3Message-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/RawRTCM_2_3Message-h-ToolTips.js deleted file mode 100644 index 93944451f..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/RawRTCM_2_3Message-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({476:"
RawRTCM_2_3Message
Contains the logic for the Inertial RawRTCM_2_3Message command.
",1906:"
A string composing the RTCM message.
",3171:"
The enums for all of the different MIP commands.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/RawRTCM_2_3Message-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/RawRTCM_2_3Message-h.html deleted file mode 100644 index 93db8489e..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/RawRTCM_2_3Message-h.html +++ /dev/null @@ -1,71 +0,0 @@ - - -RawRTCM_2_3Message.h - - - - - - - -
-
RawRTCM_2_3Message
-
public
MipCommand
RawRTCM_2_3Message
-

Contains the logic for the Inertial RawRTCM_2_3Message command.

-
- -
-
Functions
-
- -
-
commandName
-
virtual std::string commandName() const
-
Returns
std::string

the string name for this class.

-
- -
-
MakeCommand
-
static RawRTCM_2_3Message MakeCommand(
const RTCMMessage &theMessage
)
-

Parameter: theMessage The RTCMMessage object to send.

Returns
RawRTCM_2_3Message

object set up for sending a set command.

-
- -
-
operator ByteStream
-
operator ByteStream() const
-

Converts this class to a ByteStream.

-
- -
-
Constructor RawRTCM_2_3Message
-

Private constructor creates a RawRTCM_2_3Message object.  Use Make___Command methods to create an object.

-
- -
-
commandType
-
virtual MipTypes::Command commandType() const
-
Returns
MipTypes::Command

the command ID.

-
- -
-
fieldDataByte
-
virtual uint8 fieldDataByte() const
-
Returns
uint8

the byte ID for field data in the reply.

-
- -
-
responseExpected
-
virtual bool responseExpected() const
-
Returns
bool

True indicates that a response should return from the device.

-
- -
-
Variables
-
- -
-
m_data
-

The RTCMMessage to send to the device.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/Sensor_Commands-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/Sensor_Commands-h-Summary.js deleted file mode 100644 index 60062bfe7..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/Sensor_Commands-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Inertial/Commands/Sensor_Commands.h","Sensor_Commands.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Inertial/Commands/Sensor_Commands.h",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"],["Sections","Section"]],[[454,0,4,"Sensor_Commands","Sensor_Commands"],[455,0,0,"GetSensorDataRateBase","GetSensorDataRateBase"],[456,0,3,"Constants","GetSensorDataRateBase.Constants"],[457,0,1,"Packet Bytes","GetSensorDataRateBase.Packet_Bytes"],[458,0,1,,"GetSensorDataRateBase.CMD_ID"],[459,0,1,,"GetSensorDataRateBase.FIELD_DATA_BYTE"],[460,0,3,"Functions","GetSensorDataRateBase.Functions"],[461,0,2,"buildCommand","GetSensorDataRateBase.buildCommand"],[462,0,0,"Response","Response"],[463,0,3,"Functions","Response.Functions"],[464,0,2,"fieldDataByte","Response.fieldDataByte"],[465,0,2,"Response","Response.Response"],[466,0,2,"parseResponse","Response.parseResponse"],[467,0,0,"SensorMessageFormat","SensorMessageFormat"],[468,0,3,"Constants","SensorMessageFormat.Constants"],[469,0,1,"Packet Bytes","SensorMessageFormat.Packet_Bytes"],[470,0,1,,"SensorMessageFormat.CMD_ID"],[471,0,1,,"SensorMessageFormat.FIELD_DATA_BYTE"],[472,0,3,"Functions","SensorMessageFormat.Functions"],[473,0,2,"buildCommand_get","SensorMessageFormat.buildCommand_get"],[474,0,2,"buildCommand_set","SensorMessageFormat.buildCommand_set"],[475,0,2,"buildCommand_saveAsStartup","SensorMessageFormat.buildCommand_saveAsStartup"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/Sensor_Commands-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/Sensor_Commands-h-SummaryToolTips.js deleted file mode 100644 index e5b860ccb..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/Sensor_Commands-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Inertial/Commands/Sensor_Commands.h",{455:"
GetSensorDataRateBase
Contains the logic for the "Get Sensor Data Rate Base" command
",461:"
static ByteStream buildCommand()
Builds the bytes in the command
",462:"
Response
Handles the response to the command
",464:"
virtual uint8 fieldDataByte() const override
Gets the data field descriptor byte
",465:"
Response(
std::weak_ptr<ResponseCollector> collector
)
Creates the Response object
",466:"
uint16 parseResponse(
const GenericMipCmdResponse &response
) const
Parses the response, getting the data rate base result
",467:"
SensorMessageFormat
Contains the logic for the "Sensor Data Message Format" command
",473:"
static ByteStream buildCommand_get()
Builds the bytes for the "get" command
",474:"
static ByteStream buildCommand_set(
const MipChannels &channels,
uint16 sampleRateBase
)
Builds the bytes for the "set" command.
",475:"
Builds the bytes for the command to save the current settings as the startup settings.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/Sensor_Commands-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/Sensor_Commands-h-ToolTips.js deleted file mode 100644 index 8276661f3..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/Sensor_Commands-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2927:"
GenericMipCmdResponse
Represents the response to a GenericMipCommand.
",3171:"
The enums for all of the different MIP commands.
",4565:"
MipChannel
Represents a single "channel" or data descriptors that can make up an Inertial Device\'s message format
",5207:"
WirelessResponsePattern
A pattern matching the expected response from a wireless command.
",9848:"
ResponseCollector
Stores all the expected command responses
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10047:"
ResponsePattern
A pattern matching the expected response from a device command (Base Class).
",10446:"
Error
The generic MicroStrain exception (base class)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/Sensor_Commands-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/Sensor_Commands-h.html deleted file mode 100644 index 8cca5789f..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/Sensor_Commands-h.html +++ /dev/null @@ -1,104 +0,0 @@ - - -Sensor_Commands.h - - - - - - - -
-
Sensor_Commands
-
- -
-
GetSensorDataRateBase
-
GetSensorDataRateBase
-

Contains the logic for the "Get Sensor Data Rate Base" command

-
- -
-
Constants
-
- -
-
Packet Bytes
-
CMD_ID

CMD_GET_SENSOR_RATE_BASE  - The MipTypes::Command for this command

FIELD_DATA_BYTE

0x83  - The Data Field Descriptor byte

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand()
-

Builds the bytes in the command

Returns

A ByteStream that holds the bytes that make up the command

-
- -
-
Response
-
public
GenericMipCommand.​Response
ResponsePattern
WirelessResponsePattern
SetToIdle.​Response
Response
-

Handles the response to the command

See Also

<GenericMipCommand::Response>

-
- -
-
Functions
-
- -
-
fieldDataByte
-
virtual uint8 fieldDataByte() const override
-

Gets the data field descriptor byte

-
- -
-
Response
-
Response(
std::weak_ptr<ResponseCollector> collector
)
-

Creates the Response object

-
- -
-
parseResponse
-
uint16 parseResponse(
const GenericMipCmdResponse &response
) const
-

Parses the response, getting the data rate base result

Parameters
response
const GenericMipCmdResponse&

The GenericMipCmdResponse holding the response to parse

Returns

The data rate base result

-
- -
-
SensorMessageFormat
-
SensorMessageFormat
-

Contains the logic for the "Sensor Data Message Format" command

-
- -
-
Constants
-
- -
-
Packet Bytes
-
CMD_ID

CMD_SENSOR_MESSAGE_FORMAT  - The MipTypes::Command for this command

FIELD_DATA_BYTE

0x80  - The Data Field Descriptor byte

-
- -
-
Functions
-
- -
-
buildCommand_get
-
static ByteStream buildCommand_get()
-

Builds the bytes for the "get" command

Returns

A ByteStream that holds the bytes that make up the command

-
- -
-
buildCommand_set
-
static ByteStream buildCommand_set(
const MipChannels &channels,
uint16 sampleRateBase
)
-

Builds the bytes for the "set" command.

Parameters
channels
const MipChannels&

The MipChannels holding the channels to be set. This should only contain channels that are in the Sensor (0x80) descriptor set.

sampleRateBase
uint16

The base sample rate for the sensor command set.

Returns

A ByteStream that holds the bytes that make up the command

Exceptions

  • Error: An MipChannel in the channels parameter is not part of the Sensor descriptor set

-
- -
-
buildCommand_saveAsStartup
-

Builds the bytes for the command to save the current settings as the startup settings.

Parameters
Returns

A ByteStream that holds the bytes that make up the command

Exceptions

  • Error: An MipChannel in the channels parameter is not part of the Sensor descriptor set

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/SetReferencePosition-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/SetReferencePosition-h-Summary.js deleted file mode 100644 index 1ad10ecdb..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/SetReferencePosition-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Inertial/Commands/SetReferencePosition.h","SetReferencePosition.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Inertial/Commands/SetReferencePosition.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[515,0,0,"SetReferencePosition","SetReferencePosition"],[516,0,2,"Functions","SetReferencePosition.Functions"],[517,0,1,"commandName","SetReferencePosition.commandName"],[518,0,1,"MakeSetCommand","SetReferencePosition.MakeSetCommand"],[519,0,1,"MakeGetCommand","SetReferencePosition.MakeGetCommand"],[520,0,1,"getResponseData","SetReferencePosition.getResponseData"],[521,0,1,"operator ByteStream","SetReferencePosition.operator_ByteStream"],[522,0,1,"Constructor SetReferencePosition","SetReferencePosition.Constructor_SetReferencePosition"],[523,0,1,"commandType","SetReferencePosition.commandType"],[524,0,1,"fieldDataByte","SetReferencePosition.fieldDataByte"],[525,0,1,"responseExpected","SetReferencePosition.responseExpected"],[526,0,2,"Variables","SetReferencePosition.Variables"],[527,0,3,"m_functionSelector","SetReferencePosition.m_functionSelector"],[528,0,3,"m_data","SetReferencePosition.m_data"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/SetReferencePosition-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/SetReferencePosition-h-SummaryToolTips.js deleted file mode 100644 index af09d032d..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/SetReferencePosition-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Inertial/Commands/SetReferencePosition.h",{515:"
SetReferencePosition
Contains the logic for the Inertial Set Reference Position command.
",517:"
virtual std::string commandName() const
",518:"
static SetReferencePosition MakeSetCommand(
FixedReferencePositionData data
)
Parameter: data The FixedReferencePositionData object to set.
",519:"
static SetReferencePosition MakeGetCommand()
",520:"
static FixedReferencePositionData getResponseData(
const GenericMipCmdResponse &response
)
",521:"
operator ByteStream() const
Converts this class to a ByteStream.
",522:"
Private constructor creates a SetReferencePosition object.  Use Make___Command methods to create an object.
",523:"
virtual MipTypes::Command commandType() const
",524:"
virtual uint8 fieldDataByte() const
",525:"
virtual bool responseExpected() const
",527:"
MipTypes::FunctionSelector m_functionSelector
The FunctionSelector type of command to send, get/set, reset to factory defaults, et al.
",528:"
FixedReferencePositionData m_data
The FixedReferencePositionData for this node.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/SetReferencePosition-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/SetReferencePosition-h-ToolTips.js deleted file mode 100644 index efe2a7794..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/SetReferencePosition-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({515:"
SetReferencePosition
Contains the logic for the Inertial Set Reference Position command.
",1992:"
Contains the data for Set Reference Position command.
",2927:"
GenericMipCmdResponse
Represents the response to a GenericMipCommand.
",3158:"
The enums for all the different types/categories of MIP commands and data.
",3171:"
The enums for all of the different MIP commands.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/SetReferencePosition-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/SetReferencePosition-h.html deleted file mode 100644 index 960903648..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/SetReferencePosition-h.html +++ /dev/null @@ -1,90 +0,0 @@ - - -SetReferencePosition.h - - - - - - - -
-
SetReferencePosition
-
public
MipCommand
SetReferencePosition
-

Contains the logic for the Inertial Set Reference Position command.

-
- -
-
Functions
-
- -
-
commandName
-
virtual std::string commandName() const
-
Returns
std::string

the string name for this class.

-
- -
-
MakeSetCommand
- -

Parameter: data The FixedReferencePositionData object to set.

Returns
SetReferencePosition

object set up for sending a set command.

-
- -
-
MakeGetCommand
-
static SetReferencePosition MakeGetCommand()
-
Returns
SetReferencePosition

object set up for sending a get command.

-
- -
-
getResponseData
-
static FixedReferencePositionData getResponseData(
const GenericMipCmdResponse &response
)
-
Parameter
response
const GenericMipCmdResponse&

The GenericMipCmdResponse object from which to get formatted data.

Returns
FixedReferencePositionData

An object with the data returned from the device.

-
- -
-
operator ByteStream
-
operator ByteStream() const
-

Converts this class to a ByteStream.

-
- -
-
Constructor SetReferencePosition
-

Private constructor creates a SetReferencePosition object.  Use Make___Command methods to create an object.

-
- -
-
commandType
-
virtual MipTypes::Command commandType() const
-
Returns
MipTypes::Command

the command ID.

-
- -
-
fieldDataByte
-
virtual uint8 fieldDataByte() const
-
Returns
uint8

the byte ID for field data in the reply.

-
- -
-
responseExpected
-
virtual bool responseExpected() const
-
Returns
bool

True indicates that a response should return from the device.

-
- -
-
Variables
-
- -
-
m_functionSelector
-
MipTypes::FunctionSelector m_functionSelector
-

The FunctionSelector type of command to send, get/set, reset to factory defaults, et al.

-
- -
-
m_data
- -

The FixedReferencePositionData for this node.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/SignalConditioningSettings-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/SignalConditioningSettings-h-Summary.js deleted file mode 100644 index f3a266851..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/SignalConditioningSettings-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Inertial/Commands/SignalConditioningSettings.h","SignalConditioningSettings.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Inertial/Commands/SignalConditioningSettings.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[424,0,0,"SignalConditioningSettings","SignalConditioningSettings"],[425,0,2,"Functions","SignalConditioningSettings.Functions"],[426,0,1,"commandName","SignalConditioningSettings.commandName"],[427,0,1,"MakeSetCommand","SignalConditioningSettings.MakeSetCommand"],[428,0,1,"MakeGetCommand","SignalConditioningSettings.MakeGetCommand"],[429,0,1,"getResponseData","SignalConditioningSettings.getResponseData"],[430,0,1,"operator ByteStream","SignalConditioningSettings.operator_ByteStream"],[431,0,1,"Constructor Uint8Command","SignalConditioningSettings.Constructor_Uint8Command"],[432,0,1,"commandType","SignalConditioningSettings.commandType"],[433,0,1,"fieldDataByte","SignalConditioningSettings.fieldDataByte"],[434,0,1,"responseExpected","SignalConditioningSettings.responseExpected"],[435,0,2,"Variables","SignalConditioningSettings.Variables"],[436,0,3,"m_cmd","SignalConditioningSettings.m_cmd"],[437,0,3,"m_functionSelector","SignalConditioningSettings.m_functionSelector"],[438,0,3,"m_data","SignalConditioningSettings.m_data"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/SignalConditioningSettings-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/SignalConditioningSettings-h-SummaryToolTips.js deleted file mode 100644 index ab2a63e6c..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/SignalConditioningSettings-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Inertial/Commands/SignalConditioningSettings.h",{424:"
SignalConditioningSettings
A class to handle the Signal Conditioning Settings command
",426:"
virtual std::string commandName() const
",427:"
static SignalConditioningSettings MakeSetCommand(
const SignalConditioningValues &data
)
Parameter: data The SignalConditioningValues to set.
",428:"
static SignalConditioningSettings MakeGetCommand()
",429:"
SignalConditioningValues getResponseData(
const GenericMipCmdResponse &response
)
",430:"
operator ByteStream() const
Converts this class to a ByteStream.
",431:"
Private constructor creates a Uint8Command object.  Use Make___Command methods to create an object.
",432:"
virtual MipTypes::Command commandType() const
",433:"
virtual uint8 fieldDataByte() const
",434:"
virtual bool responseExpected() const
",436:"
MipTypes::Command m_cmd
The specific MipTypes::Command type of this object
",437:"
MipTypes::FunctionSelector m_functionSelector
The FunctionSelector type of command to send, get/set, reset to factory defaults, et al.
",438:"
SignalConditioningValues m_data
The SignalConditioningValues to send to the device.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/SignalConditioningSettings-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/SignalConditioningSettings-h-ToolTips.js deleted file mode 100644 index 28a6d6de8..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/SignalConditioningSettings-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({424:"
SignalConditioningSettings
A class to handle the Signal Conditioning Settings command
",2927:"
GenericMipCmdResponse
Represents the response to a GenericMipCommand.
",3158:"
The enums for all the different types/categories of MIP commands and data.
",3171:"
The enums for all of the different MIP commands.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/SignalConditioningSettings-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/SignalConditioningSettings-h.html deleted file mode 100644 index 50a173c9b..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/SignalConditioningSettings-h.html +++ /dev/null @@ -1,96 +0,0 @@ - - -SignalConditioningSettings.h - - - - - - - -
-
SignalConditioningSettings
-
public
MipCommand
SignalConditioningSettings
-

A class to handle the Signal Conditioning Settings command

-
- -
-
Functions
-
- -
-
commandName
-
virtual std::string commandName() const
-
Returns
std::string

the string name for the command.

-
- -
-
MakeSetCommand
-
static SignalConditioningSettings MakeSetCommand(
const SignalConditioningValues &data
)
-

Parameter: data The SignalConditioningValues to set.

Returns
SignalConditioningSettings

object set up for sending a set command.

-
- -
-
MakeGetCommand
-
static SignalConditioningSettings MakeGetCommand()
-
Returns
SignalConditioningSettings

object set up for sending a get command.

-
- -
-
getResponseData
-
SignalConditioningValues getResponseData(
const GenericMipCmdResponse &response
)
-
Parameter
response
const GenericMipCmdResponse&

The GenericMipCmdResponse object from which to get formatted data.

Returns

SignalConditioningValues that are currently set on the device.

-
- -
-
operator ByteStream
-
operator ByteStream() const
-

Converts this class to a ByteStream.

-
- -
-
Constructor Uint8Command
-

Private constructor creates a Uint8Command object.  Use Make___Command methods to create an object.

-
- -
-
commandType
-
virtual MipTypes::Command commandType() const
-
Returns
MipTypes::Command

the command ID.

-
- -
-
fieldDataByte
-
virtual uint8 fieldDataByte() const
-
Returns
uint8

the byte ID for field data in the reply.

-
- -
-
responseExpected
-
virtual bool responseExpected() const
-
Returns
bool

True indicates that a response should return from the device.

-
- -
-
Variables
-
- -
-
m_cmd
- -

The specific MipTypes::Command type of this object

-
- -
-
m_functionSelector
-
MipTypes::FunctionSelector m_functionSelector
-

The FunctionSelector type of command to send, get/set, reset to factory defaults, et al.

-
- -
-
m_data
- -

The SignalConditioningValues to send to the device.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/System_Commands-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/System_Commands-h-Summary.js deleted file mode 100644 index e5afbfe3e..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/System_Commands-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Inertial/Commands/System_Commands.h","System_Commands.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Inertial/Commands/System_Commands.h",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"],["Sections","Section"]],[[407,0,4,"System_Commands","System_Commands"],[408,0,0,"InterfaceControl","InterfaceControl"],[409,0,3,"Constants","InterfaceControl.Constants"],[410,0,1,"Packet Bytes","InterfaceControl.Packet_Bytes"],[411,0,1,,"InterfaceControl.CMD_ID"],[412,0,1,,"InterfaceControl.FIELD_DATA_BYTE"],[413,0,3,"Functions","InterfaceControl.Functions"],[414,0,2,"buildCommand_get","InterfaceControl.buildCommand_get"],[415,0,2,"buildCommand_set","InterfaceControl.buildCommand_set"],[416,0,0,"CommunicationMode","CommunicationMode"],[417,0,3,"Constants","CommunicationMode.Constants"],[418,0,1,"Packet Bytes","CommunicationMode.Packet_Bytes"],[419,0,1,,"CommunicationMode.CMD_ID"],[420,0,1,,"CommunicationMode.FIELD_DATA_BYTE"],[421,0,3,"Functions","CommunicationMode.Functions"],[422,0,2,"buildCommand_get","CommunicationMode.buildCommand_get"],[423,0,2,"buildCommand_set","CommunicationMode.buildCommand_set"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/System_Commands-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/System_Commands-h-SummaryToolTips.js deleted file mode 100644 index d0a457f0a..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/System_Commands-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Inertial/Commands/System_Commands.h",{408:"
InterfaceControl
Contains the logic for the "Interface Control" command
",414:"
static ByteStream buildCommand_get(
uint8 interfaceId
)
Builds the bytes for the "get" command
",415:"
static ByteStream buildCommand_set(
uint8 interfaceId,
DeviceCommPort::Protocol inputProtocols,
DeviceCommPort::Protocol outputProtocols
)
Builds the bytes for the "set" command.
",416:"
CommunicationMode
Contains the logic for the "Communication Mode" command
",422:"
static ByteStream buildCommand_get()
Builds the bytes for the "get" command
",423:"
static ByteStream buildCommand_set(
uint8 communicationMode
)
Builds the bytes for the "set" command.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/System_Commands-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/System_Commands-h-ToolTips.js deleted file mode 100644 index e95f9f153..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/System_Commands-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2937:"
GenericMipCommand
Represents a base class for MIP commands
",3171:"
The enums for all of the different MIP commands.
",4113:"
Available comm protocols that can be configured for UART ports NONE  - 0x00000000 - Not set MIP_COMMANDS - 0x00000001 - MIP commands MIP_DATA  - 0x00000002 - MIP data NMEA  - 0x00000004 - NMEA RTCM  - 0x00000008 - RTCM SPARTN  - 0x00000010 - SPARTN ALL  - 0x0000001F - All protocols
",4565:"
MipChannel
Represents a single "channel" or data descriptors that can make up an Inertial Device\'s message format
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10446:"
Error
The generic MicroStrain exception (base class)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/System_Commands-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/System_Commands-h.html deleted file mode 100644 index 30e68471f..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/System_Commands-h.html +++ /dev/null @@ -1,77 +0,0 @@ - - -System_Commands.h - - - - - - - -
-
System_Commands
-
- -
-
InterfaceControl
-
InterfaceControl
-

Contains the logic for the "Interface Control" command

See Also

GenericMipCommand

-
- -
-
Constants
-
- -
-
Packet Bytes
-
CMD_ID

CMD_INTERFACE_CONTROL - The MipTypes::Command for this command

FIELD_DATA_BYTE

0x82  - The Data Field Descriptor byte

-
- -
-
Functions
-
- -
-
buildCommand_get
-
static ByteStream buildCommand_get(
uint8 interfaceId
)
-

Builds the bytes for the "get" command

Parameters
interfaceId
uint8

The interface ID to get the configuration for

Returns

A ByteStream that holds the bytes that make up the command

-
- -
-
buildCommand_set
-
static ByteStream buildCommand_set(
uint8 interfaceId,
DeviceCommPort::Protocol inputProtocols,
DeviceCommPort::Protocol outputProtocols
)
-

Builds the bytes for the "set" command.

Parameters
interfaceId
uint8

The interface ID to configure

inputProtocols
DeviceCommPort::Protocol

The input protocols to set

outputProtocols
DeviceCommPort::Protocol

The output protocols to set

Returns

A ByteStream that holds the bytes that make up the command

Exceptions

  • Error: An MipChannel in the channels parameter is not part of the Sensor descriptor set

-
- -
-
CommunicationMode
-
CommunicationMode
-

Contains the logic for the "Communication Mode" command

See Also

GenericMipCommand

-
- -
-
Constants
-
- -
-
Packet Bytes
-
CMD_ID

CMD_COMMUNICATION_MODE - The MipTypes::Command for this command

FIELD_DATA_BYTE

0x90  - The Data Field Descriptor byte

-
- -
-
Functions
-
- -
-
buildCommand_get
-
static ByteStream buildCommand_get()
-

Builds the bytes for the "get" command

Returns

A ByteStream that holds the bytes that make up the command

-
- -
-
buildCommand_set
-
static ByteStream buildCommand_set(
uint8 communicationMode
)
-

Builds the bytes for the "set" command.

Parameters
communicationMode
uint8

The communication mode to set. This is an advanced command, and therefore the communication modes for your device should be researched to determine what each communication mode is.

Returns

A ByteStream that holds the bytes that make up the command

Exceptions

  • Error: An MipChannel in the channels parameter is not part of the Sensor descriptor set

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/UARTBaudRate-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/UARTBaudRate-h-Summary.js deleted file mode 100644 index 85c7d3e50..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/UARTBaudRate-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Inertial/Commands/UARTBaudRate.h","UARTBaudRate.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Inertial/Commands/UARTBaudRate.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[439,0,0,"UARTBaudRate","UARTBaudRate"],[440,0,2,"Functions","UARTBaudRate.Functions"],[441,0,1,"commandName","UARTBaudRate.commandName"],[442,0,1,"MakeSetCommand","UARTBaudRate.MakeSetCommand"],[443,0,1,"MakeGetCommand","UARTBaudRate.MakeGetCommand"],[444,0,1,"getResponseData","UARTBaudRate.getResponseData"],[445,0,1,"peekParameterValue","UARTBaudRate.peekParameterValue"],[446,0,1,"operator ByteStream","UARTBaudRate.operator_ByteStream"],[447,0,1,"Constructor UARTBaudRate","UARTBaudRate.Constructor_UARTBaudRate"],[448,0,1,"commandType","UARTBaudRate.commandType"],[449,0,1,"fieldDataByte","UARTBaudRate.fieldDataByte"],[450,0,1,"responseExpected","UARTBaudRate.responseExpected"],[451,0,2,"Variables","UARTBaudRate.Variables"],[452,0,3,"m_functionSelector","UARTBaudRate.m_functionSelector"],[453,0,3,"m_baudRate","UARTBaudRate.m_baudRate"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/UARTBaudRate-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/UARTBaudRate-h-SummaryToolTips.js deleted file mode 100644 index be3b8516a..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/UARTBaudRate-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Inertial/Commands/UARTBaudRate.h",{439:"
UARTBaudRate
Contains the logic for the Inertial UARTBaudRate command.
",441:"
virtual std::string commandName() const
",442:"
static UARTBaudRate MakeSetCommand(
uint32 dataToUse
)
Parameter: dataToUse The uint32 object to set.
",443:"
static UARTBaudRate MakeGetCommand()
",444:"
static uint32 getResponseData(
const GenericMipCmdResponse &response
)
",445:"
static uint32 peekParameterValue(
const Bytes &commandBytes
)
Read the baud rate parameter value from the provided UART Baud Rate command bytes.  Note: The provided command bytes are assumed to be formatted properly, no validation occurs.
",446:"
operator ByteStream() const
Converts this class to a ByteStream.
",447:"
Private constructor creates a UARTBaudRate object.  Use Make___Command methods to create an object.
",448:"
virtual MipTypes::Command commandType() const
",449:"
virtual uint8 fieldDataByte() const
",450:"
virtual bool responseExpected() const
",452:"
MipTypes::FunctionSelector m_functionSelector
The FunctionSelector type of command to send, get/set, reset to factory defaults, et al.
",453:"
uint32 m_baudRate
The uint32 to send to the device.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/UARTBaudRate-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/UARTBaudRate-h-ToolTips.js deleted file mode 100644 index 06ecb68d8..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/UARTBaudRate-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({439:"
UARTBaudRate
Contains the logic for the Inertial UARTBaudRate command.
",2927:"
GenericMipCmdResponse
Represents the response to a GenericMipCommand.
",3158:"
The enums for all the different types/categories of MIP commands and data.
",3171:"
The enums for all of the different MIP commands.
",10243:"
typedef for a 4-byte unsigned integer.
",10253:"
typedef for a vector of bytes.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/UARTBaudRate-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/UARTBaudRate-h.html deleted file mode 100644 index 99bcdee98..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/UARTBaudRate-h.html +++ /dev/null @@ -1,96 +0,0 @@ - - -UARTBaudRate.h - - - - - - - -
-
UARTBaudRate
-
public
MipCommand
UARTBaudRate
-

Contains the logic for the Inertial UARTBaudRate command.

-
- -
-
Functions
-
- -
-
commandName
-
virtual std::string commandName() const
-
Returns
std::string

the string name for this class.

-
- -
-
MakeSetCommand
-
static UARTBaudRate MakeSetCommand(
uint32 dataToUse
)
-

Parameter: dataToUse The uint32 object to set.

Returns
UARTBaudRate

object set up for sending a set command.

-
- -
-
MakeGetCommand
-
static UARTBaudRate MakeGetCommand()
-
Returns
UARTBaudRate

object set up for sending a get command.

-
- -
-
getResponseData
-
static uint32 getResponseData(
const GenericMipCmdResponse &response
)
-
Parameter
response
const GenericMipCmdResponse&

The GenericMipCmdResponse object from which to get formatted data.

Returns
uint32

The baud rate value returned from the device.

-
- -
-
peekParameterValue
-
static uint32 peekParameterValue(
const Bytes &commandBytes
)
-

Read the baud rate parameter value from the provided UART Baud Rate command bytes.  Note: The provided command bytes are assumed to be formatted properly, no validation occurs.

Parameter
commandBytes
const Bytes&

The Bytes representing a complete UART Baud Rate command

Returns
uint32

the baud rate parameter value within the commandBytes object, returns 0 if parameter value is beyond the bounds of commandBytes

-
- -
-
operator ByteStream
-
operator ByteStream() const
-

Converts this class to a ByteStream.

-
- -
-
Constructor UARTBaudRate
-

Private constructor creates a UARTBaudRate object.  Use Make___Command methods to create an object.

-
- -
-
commandType
-
virtual MipTypes::Command commandType() const
-
Returns
MipTypes::Command

the command ID.

-
- -
-
fieldDataByte
-
virtual uint8 fieldDataByte() const
-
Returns
uint8

the byte ID for field data in the reply.

-
- -
-
responseExpected
-
virtual bool responseExpected() const
-
Returns
bool

True indicates that a response should return from the device.

-
- -
-
Variables
-
- -
-
m_functionSelector
-
MipTypes::FunctionSelector m_functionSelector
-

The FunctionSelector type of command to send, get/set, reset to factory defaults, et al.

-
- -
-
m_baudRate
-
uint32 m_baudRate
-

The uint32 to send to the device.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/Uint16Command-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/Uint16Command-h-Summary.js deleted file mode 100644 index 74075e509..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/Uint16Command-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Inertial/Commands/Uint16Command.h","Uint16Command.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Inertial/Commands/Uint16Command.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[350,0,0,"Uint16Command","Uint16Command"],[351,0,2,"Functions","Uint16Command.Functions"],[352,0,1,"commandName","Uint16Command.commandName"],[353,0,1,"MakeSetCommand","Uint16Command.MakeSetCommand"],[354,0,1,"MakeGetCommand","Uint16Command.MakeGetCommand"],[355,0,1,"MakeGetCommand","Uint16Command.MakeGetCommand(2)"],[356,0,1,"getResponseData","Uint16Command.getResponseData"],[357,0,1,"operator ByteStream","Uint16Command.operator_ByteStream"],[358,0,1,"Constructor Uint16Command","Uint16Command.Constructor_Uint16Command"],[359,0,1,"commandType","Uint16Command.commandType"],[360,0,1,"fieldDataByte","Uint16Command.fieldDataByte"],[361,0,1,"responseExpected","Uint16Command.responseExpected"],[362,0,2,"Variables","Uint16Command.Variables"],[363,0,3,"m_cmd","Uint16Command.m_cmd"],[364,0,3,"m_functionSelector","Uint16Command.m_functionSelector"],[365,0,3,"m_data","Uint16Command.m_data"],[366,0,3,"m_addlParams","Uint16Command.m_addlParams"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/Uint16Command-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/Uint16Command-h-SummaryToolTips.js deleted file mode 100644 index 206aa3206..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/Uint16Command-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Inertial/Commands/Uint16Command.h",{350:"
Uint16Command
A generic command class that contains the logic for any command that deals only with one or more uint16s.
",352:"
virtual std::string commandName() const
",353:"
static Uint16Command MakeSetCommand(
MipTypes::Command cmd,
const std::vector<uint16> &data
)
Parameter: cmd The specific MipTypes::Command type to be constructed
",354:"
static Uint16Command MakeGetCommand(
MipTypes::Command cmd
)
Parameter: cmd The specific MipTypes::Command type to be constructed
",355:"
static Uint16Command MakeGetCommand(
MipTypes::Command cmd,
const std::vector<uint16> &addlParams
)
Parameter: cmd The specific MipTypes::Command type to be constructed
",356:"
std::vector<uint16> getResponseData(
const GenericMipCmdResponse &response
)
",357:"
operator ByteStream() const
Converts this class to a ByteStream.
",358:"
Private constructor creates a Uint16Command object.  Use Make___Command methods to create an object.
",359:"
virtual MipTypes::Command commandType() const
",360:"
virtual uint8 fieldDataByte() const
",361:"
virtual bool responseExpected() const
",363:"
MipTypes::Command m_cmd
The specific MipTypes::Command type of this object
",364:"
MipTypes::FunctionSelector m_functionSelector
The FunctionSelector type of command to send, get/set, reset to factory defaults, et al.
",365:"
std::vector<uint16> m_data
The uint16 data to send to the device.
",366:"
std::vector<uint16> m_addlParams
The uint16 parameters to send to the device in a get command.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/Uint16Command-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/Uint16Command-h-ToolTips.js deleted file mode 100644 index 7e359013d..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/Uint16Command-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({350:"
Uint16Command
A generic command class that contains the logic for any command that deals only with one or more uint16s.
",2927:"
GenericMipCmdResponse
Represents the response to a GenericMipCommand.
",3158:"
The enums for all the different types/categories of MIP commands and data.
",3171:"
The enums for all of the different MIP commands.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/Uint16Command-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/Uint16Command-h.html deleted file mode 100644 index 98a729a99..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/Uint16Command-h.html +++ /dev/null @@ -1,108 +0,0 @@ - - -Uint16Command.h - - - - - - - -
-
Uint16Command
-
public
MipCommand
Uint16Command
-

A generic command class that contains the logic for any command that deals only with one or more uint16s.

-
- -
-
Functions
-
- -
-
commandName
-
virtual std::string commandName() const
-
Returns
std::string

the string name for the command.

-
- -
-
MakeSetCommand
-
static Uint16Command MakeSetCommand(
MipTypes::Command cmd,
const std::vector<uint16> &data
)
-

Parameter: cmd The specific MipTypes::Command type to be constructed

Parameter: dataToUse The list of uint16s to set.

Returns
Uint16Command

object set up for sending a set command.

-
- -
-
MakeGetCommand
-
static Uint16Command MakeGetCommand(
MipTypes::Command cmd
)
-

Parameter: cmd The specific MipTypes::Command type to be constructed

Returns
Uint16Command

object set up for sending a get command.

-
- -
-
MakeGetCommand
-
static Uint16Command MakeGetCommand(
MipTypes::Command cmd,
const std::vector<uint16> &addlParams
)
-

Parameter: cmd The specific MipTypes::Command type to be constructed

Parameter: addlParams Any additional uint16 parameters that need to be sent to the node.

Returns
Uint16Command

object set up for sending a get command.

-
- -
-
getResponseData
-
std::vector<uint16> getResponseData(
const GenericMipCmdResponse &response
)
-
Parameter
response
const GenericMipCmdResponse&

The GenericMipCmdResponse object from which to get formatted data.

Returns
vector of uint16s

An collection of uint16s with the data returned from the device.

-
- -
-
operator ByteStream
-
operator ByteStream() const
-

Converts this class to a ByteStream.

-
- -
-
Constructor Uint16Command
-

Private constructor creates a Uint16Command object.  Use Make___Command methods to create an object.

-
- -
-
commandType
-
virtual MipTypes::Command commandType() const
-
Returns
MipTypes::Command

the command ID.

-
- -
-
fieldDataByte
-
virtual uint8 fieldDataByte() const
-
Returns
uint8

the byte ID for field data in the reply.

-
- -
-
responseExpected
-
virtual bool responseExpected() const
-
Returns
bool

True indicates that a response should return from the device.

-
- -
-
Variables
-
- -
-
m_cmd
- -

The specific MipTypes::Command type of this object

-
- -
-
m_functionSelector
-
MipTypes::FunctionSelector m_functionSelector
-

The FunctionSelector type of command to send, get/set, reset to factory defaults, et al.

-
- -
-
m_data
-
std::vector<uint16> m_data
-

The uint16 data to send to the device.

-
- -
-
m_addlParams
-
std::vector<uint16> m_addlParams
-

The uint16 parameters to send to the device in a get command.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/Uint8Command-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/Uint8Command-h-Summary.js deleted file mode 100644 index fdc397bbc..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/Uint8Command-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Inertial/Commands/Uint8Command.h","Uint8Command.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Inertial/Commands/Uint8Command.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[321,0,0,"Uint8Command","Uint8Command"],[322,0,2,"Functions","Uint8Command.Functions"],[323,0,1,"commandName","Uint8Command.commandName"],[324,0,1,"MakeSetCommand","Uint8Command.MakeSetCommand"],[325,0,1,"MakeGetCommand","Uint8Command.MakeGetCommand"],[326,0,1,"MakeGetCommand","Uint8Command.MakeGetCommand(2)"],[327,0,1,"getResponseData","Uint8Command.getResponseData"],[328,0,1,"operator ByteStream","Uint8Command.operator_ByteStream"],[329,0,1,"Constructor Uint8Command","Uint8Command.Constructor_Uint8Command"],[330,0,1,"commandType","Uint8Command.commandType"],[331,0,1,"fieldDataByte","Uint8Command.fieldDataByte"],[332,0,1,"responseExpected","Uint8Command.responseExpected"],[333,0,2,"Variables","Uint8Command.Variables"],[334,0,3,"m_cmd","Uint8Command.m_cmd"],[335,0,3,"m_functionSelector","Uint8Command.m_functionSelector"],[336,0,3,"m_data","Uint8Command.m_data"],[337,0,3,"m_addlParams","Uint8Command.m_addlParams"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/Uint8Command-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/Uint8Command-h-SummaryToolTips.js deleted file mode 100644 index bf422112d..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/Uint8Command-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Inertial/Commands/Uint8Command.h",{321:"
Uint8Command
A generic command class that contains the logic for any command that deals only with one or more uint8s.
",323:"
virtual std::string commandName() const
",324:"
static Uint8Command MakeSetCommand(
MipTypes::Command cmd,
const std::vector<uint8> &data
)
Parameter: cmd The specific MipTypes::Command type to be constructed
",325:"
static Uint8Command MakeGetCommand(
MipTypes::Command cmd
)
Parameter: cmd The specific MipTypes::Command type to be constructed
",326:"
static Uint8Command MakeGetCommand(
MipTypes::Command cmd,
const std::vector<uint8> &addlParams
)
Parameter: cmd The specific MipTypes::Command type to be constructed
",327:"
std::vector<uint8> getResponseData(
const GenericMipCmdResponse &response
)
",328:"
operator ByteStream() const
Converts this class to a ByteStream.
",329:"
Private constructor creates a Uint8Command object.  Use Make___Command methods to create an object.
",330:"
virtual MipTypes::Command commandType() const
",331:"
virtual uint8 fieldDataByte() const
",332:"
virtual bool responseExpected() const
",334:"
MipTypes::Command m_cmd
The specific MipTypes::Command type of this object
",335:"
MipTypes::FunctionSelector m_functionSelector
The FunctionSelector type of command to send, get/set, reset to factory defaults, et al.
",336:"
std::vector<uint8> m_data
The uint8 data to send to the device.
",337:"
std::vector<uint8> m_addlParams
The uint8 parameters to send to the device in a get command.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/Uint8Command-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/Uint8Command-h-ToolTips.js deleted file mode 100644 index f94c3293e..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/Uint8Command-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({321:"
Uint8Command
A generic command class that contains the logic for any command that deals only with one or more uint8s.
",2927:"
GenericMipCmdResponse
Represents the response to a GenericMipCommand.
",3158:"
The enums for all the different types/categories of MIP commands and data.
",3171:"
The enums for all of the different MIP commands.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/Uint8Command-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/Uint8Command-h.html deleted file mode 100644 index d38447170..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/Uint8Command-h.html +++ /dev/null @@ -1,108 +0,0 @@ - - -Uint8Command.h - - - - - - - -
-
Uint8Command
-
public
MipCommand
Uint8Command
-

A generic command class that contains the logic for any command that deals only with one or more uint8s.

-
- -
-
Functions
-
- -
-
commandName
-
virtual std::string commandName() const
-
Returns
std::string

the string name for the command.

-
- -
-
MakeSetCommand
-
static Uint8Command MakeSetCommand(
MipTypes::Command cmd,
const std::vector<uint8> &data
)
-

Parameter: cmd The specific MipTypes::Command type to be constructed

Parameter: dataToUse The list of uint8s to set.

Returns
Uint8Command

object set up for sending a set command.

-
- -
-
MakeGetCommand
-
static Uint8Command MakeGetCommand(
MipTypes::Command cmd
)
-

Parameter: cmd The specific MipTypes::Command type to be constructed

Returns
Uint8Command

object set up for sending a get command.

-
- -
-
MakeGetCommand
-
static Uint8Command MakeGetCommand(
MipTypes::Command cmd,
const std::vector<uint8> &addlParams
)
-

Parameter: cmd The specific MipTypes::Command type to be constructed

Parameter: addlParams Any additional uint8 parameters that need to be sent to the node.

Returns
Uint8Command

object set up for sending a get command.

-
- -
-
getResponseData
-
std::vector<uint8> getResponseData(
const GenericMipCmdResponse &response
)
-
Parameter
response
const GenericMipCmdResponse&

The GenericMipCmdResponse object from which to get formatted data.

Returns
vector of uint8s

An collection of uint8s with the data returned from the device.

-
- -
-
operator ByteStream
-
operator ByteStream() const
-

Converts this class to a ByteStream.

-
- -
-
Constructor Uint8Command
-

Private constructor creates a Uint8Command object.  Use Make___Command methods to create an object.

-
- -
-
commandType
-
virtual MipTypes::Command commandType() const
-
Returns
MipTypes::Command

the command ID.

-
- -
-
fieldDataByte
-
virtual uint8 fieldDataByte() const
-
Returns
uint8

the byte ID for field data in the reply.

-
- -
-
responseExpected
-
virtual bool responseExpected() const
-
Returns
bool

True indicates that a response should return from the device.

-
- -
-
Variables
-
- -
-
m_cmd
- -

The specific MipTypes::Command type of this object

-
- -
-
m_functionSelector
-
MipTypes::FunctionSelector m_functionSelector
-

The FunctionSelector type of command to send, get/set, reset to factory defaults, et al.

-
- -
-
m_data
-
std::vector<uint8> m_data
-

The uint8 data to send to the device.

-
- -
-
m_addlParams
-
std::vector<uint8> m_addlParams
-

The uint8 parameters to send to the device in a get command.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/VehicleDynamicsMode-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/VehicleDynamicsMode-h-Summary.js deleted file mode 100644 index 9a6d5ebb0..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/VehicleDynamicsMode-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Inertial/Commands/VehicleDynamicsMode.h","VehicleDynamicsMode.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Inertial/Commands/VehicleDynamicsMode.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[307,0,0,"VehicleDynamicsMode","VehicleDynamicsMode"],[308,0,2,"Functions","VehicleDynamicsMode.Functions"],[309,0,1,"commandName","VehicleDynamicsMode.commandName"],[310,0,1,"MakeSetCommand","VehicleDynamicsMode.MakeSetCommand"],[311,0,1,"MakeGetCommand","VehicleDynamicsMode.MakeGetCommand"],[312,0,1,"getResponseData","VehicleDynamicsMode.getResponseData"],[313,0,1,"operator ByteStream","VehicleDynamicsMode.operator_ByteStream"],[314,0,1,"Constructor VehicleDynamicsMode","VehicleDynamicsMode.Constructor_VehicleDynamicsMode"],[315,0,1,"commandType","VehicleDynamicsMode.commandType"],[316,0,1,"fieldDataByte","VehicleDynamicsMode.fieldDataByte"],[317,0,1,"responseExpected","VehicleDynamicsMode.responseExpected"],[318,0,2,"Variables","VehicleDynamicsMode.Variables"],[319,0,3,"m_functionSelector","VehicleDynamicsMode.m_functionSelector"],[320,0,3,"m_VehicleType","VehicleDynamicsMode.m_VehicleType"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/VehicleDynamicsMode-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/VehicleDynamicsMode-h-SummaryToolTips.js deleted file mode 100644 index 464aa2c0e..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/VehicleDynamicsMode-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Inertial/Commands/VehicleDynamicsMode.h",{307:"
VehicleDynamicsMode
Contains the logic for the Inertial VehicleDynamicsMode command.
",309:"
virtual std::string commandName() const
",310:"
static VehicleDynamicsMode MakeSetCommand(
const InertialTypes::VehicleModeType &vehicleType
)
Parameter: dataToUse The VehicleModeType object to set.
",311:"
static VehicleDynamicsMode MakeGetCommand()
",312:"
static InertialTypes::VehicleModeType getResponseData(
const GenericMipCmdResponse &response
)
",313:"
operator ByteStream() const
Converts this class to a ByteStream.
",314:"
Private constructor creates a VehicleDynamicsMode object.  Use Make___Command methods to create an object.
",315:"
virtual MipTypes::Command commandType() const
",316:"
virtual uint8 fieldDataByte() const
",317:"
virtual bool responseExpected() const
",319:"
MipTypes::FunctionSelector m_functionSelector
The FunctionSelector type of command to send, get/set, reset to factory defaults, et al.
",320:"
InertialTypes::VehicleModeType m_VehicleType
The uint8 to send to the device.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/VehicleDynamicsMode-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/VehicleDynamicsMode-h-ToolTips.js deleted file mode 100644 index a866ae823..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/VehicleDynamicsMode-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({307:"
VehicleDynamicsMode
Contains the logic for the Inertial VehicleDynamicsMode command.
",1673:"
The enum for the different data descriptors.
",2927:"
GenericMipCmdResponse
Represents the response to a GenericMipCommand.
",3158:"
The enums for all the different types/categories of MIP commands and data.
",3171:"
The enums for all of the different MIP commands.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/VehicleDynamicsMode-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/VehicleDynamicsMode-h.html deleted file mode 100644 index 418dbb539..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Commands/VehicleDynamicsMode-h.html +++ /dev/null @@ -1,90 +0,0 @@ - - -VehicleDynamicsMode.h - - - - - - - -
-
VehicleDynamicsMode
-
public
MipCommand
VehicleDynamicsMode
-

Contains the logic for the Inertial VehicleDynamicsMode command.

-
- -
-
Functions
-
- -
-
commandName
-
virtual std::string commandName() const
-
Returns
std::string

the string name for this class.

-
- -
-
MakeSetCommand
-
static VehicleDynamicsMode MakeSetCommand(
const InertialTypes::VehicleModeType &vehicleType
)
-

Parameter: dataToUse The VehicleModeType object to set.

Returns
VehicleDynamicsMode

object set up for sending a set command.

-
- -
-
MakeGetCommand
-
static VehicleDynamicsMode MakeGetCommand()
-
Returns
VehicleDynamicsMode

object set up for sending a get command.

-
- -
-
getResponseData
-
static InertialTypes::VehicleModeType getResponseData(
const GenericMipCmdResponse &response
)
-
Parameter
response
const GenericMipCmdResponse&

The GenericMipCmdResponse object from which to get formatted data.

Returns
VehicleModeType

An object with the data returned from the device.

-
- -
-
operator ByteStream
-
operator ByteStream() const
-

Converts this class to a ByteStream.

-
- -
-
Constructor VehicleDynamicsMode
-

Private constructor creates a VehicleDynamicsMode object.  Use Make___Command methods to create an object.

-
- -
-
commandType
-
virtual MipTypes::Command commandType() const
-
Returns
MipTypes::Command

the command ID.

-
- -
-
fieldDataByte
-
virtual uint8 fieldDataByte() const
-
Returns
uint8

the byte ID for field data in the reply.

-
- -
-
responseExpected
-
virtual bool responseExpected() const
-
Returns
bool

True indicates that a response should return from the device.

-
- -
-
Variables
-
- -
-
m_functionSelector
-
MipTypes::FunctionSelector m_functionSelector
-

The FunctionSelector type of command to send, get/set, reset to factory defaults, et al.

-
- -
-
m_VehicleType
-
InertialTypes::VehicleModeType m_VehicleType
-

The uint8 to send to the device.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/EulerAngles-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/EulerAngles-h-Summary.js deleted file mode 100644 index 2560a0d17..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/EulerAngles-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Inertial/EulerAngles.h","EulerAngles.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Inertial/EulerAngles.h",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Enums","Enumeration"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[2749,0,0,"EulerAngles","EulerAngles"],[2750,0,4,"Functions","EulerAngles.Functions"],[2751,0,3,"EulerAngles","EulerAngles.EulerAngles"],[2752,0,3,"EulerAngles","EulerAngles.EulerAngles(2)"],[2753,0,3,"EulerAngles","EulerAngles.EulerAngles(3)"],[2754,0,3,"operator Rotation() (cast)","EulerAngles.operator_Rotation()"],[2755,0,3,"asMipFieldValues","EulerAngles.asMipFieldValues"],[2756,0,3,"appendMipFieldValues","EulerAngles.appendMipFieldValues"],[2757,0,3,"roll","EulerAngles.roll"],[2758,0,3,"pitch","EulerAngles.pitch"],[2759,0,3,"yaw","EulerAngles.yaw"],[2760,0,3,"heading","EulerAngles.heading"],[2761,0,0,"Quaternion","Quaternion"],[2762,0,4,"Functions","Quaternion.Functions"],[2763,0,3,"Quaternion","Quaternion.Quaternion"],[2764,0,3,"Quaternion","Quaternion.Quaternion(2)"],[2765,0,3,"operator Rotation() (cast)","Quaternion.operator_Rotation()"],[2766,0,3,"asMipFieldValues","Quaternion.asMipFieldValues"],[2767,0,3,"appendMipFieldValues","Quaternion.appendMipFieldValues"],[2768,0,3,"normalize","Quaternion.normalize"],[2769,0,3,"q0","Quaternion.q0"],[2770,0,3,"q1","Quaternion.q1"],[2771,0,3,"q2","Quaternion.q2"],[2772,0,3,"q3","Quaternion.q3"],[2773,0,0,"Rotation","Rotation"],[2774,0,4,"Types","Rotation.Types"],[2775,0,2,"Format","Rotation.Format"],[2776,0,1,,"Rotation.EULER_ANGLES"],[2777,0,1,,"Rotation.QUATERNION"],[2778,0,4,"Functions","Rotation.Functions"],[2779,0,3,"Rotation","Rotation.Rotation"],[2780,0,3,"Rotation","Rotation.Rotation(2)"],[2781,0,3,"Rotation","Rotation.Rotation(3)"],[2782,0,3,"Rotation","Rotation.Rotation(4)"],[2783,0,3,"FromEulerAngles (static)","Rotation.FromEulerAngles"],[2784,0,3,"FromQuaternion (static)","Rotation.FromQuaternion"],[2785,0,3,"operator EulerAngles() (cast)","Rotation.operator_EulerAngles()"],[2786,0,3,"operator Quaternion() (cast)","Rotation.operator_Quaternion()"],[2787,0,3,"asEulerAngles","Rotation.asEulerAngles"],[2788,0,3,"asQuaternion","Rotation.asQuaternion"],[2789,0,3,"asMipFieldValues","Rotation.asMipFieldValues"],[2790,0,3,"appendMipFieldValues","Rotation.appendMipFieldValues"],[2791,0,4,"Variables","Rotation.Variables"],[2792,0,5,"m_format","Rotation.m_format"],[2793,0,4,"Functions","Rotation.Functions(2)"],[2794,0,3,"format","Rotation.format"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/EulerAngles-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/EulerAngles-h-SummaryToolTips.js deleted file mode 100644 index 3852ec248..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/EulerAngles-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Inertial/EulerAngles.h",{2749:"
EulerAngles
Represents generic Euler Angles (roll, pitch, yaw).
",2751:"
EulerAngles()
Creates an EulerAngles object.
",2752:"
EulerAngles(
float roll,
float pitch,
float yaw
)
Creates an EulerAngles object with the specified roll, pitch, and yaw/heading.
",2753:"
EulerAngles(
const MipFieldValues &data,
uint8 offset = 0
)
Creates a EulerAngles object based on specified <MipFieldValues> data
",2754:"
operator Rotation() const
Creates a Rotation object with this object\'s roll, pitch, and yaw values
",2755:"
MipFieldValues asMipFieldValues() const
Gets the current euler angles values formatted as a <MipFieldValues> object.
",2756:"
void appendMipFieldValues(
MipFieldValues &appendTo
) const
Adds the properly formatted <MipFieldValues> that represent this object to the specified collection.
",2757:"
float roll() const
Gets the roll angle.
",2758:"
float pitch() const
Gets the pitch angle.
",2759:"
float yaw() const
Gets the yaw (heading) angle.
",2760:"
float heading() const
Gets the heading (yaw) angle.
",2761:"
Quaternion
",2763:"
Quaternion(
float q0,
float q1,
float q2,
float q3
)
Creates an Quaternion object.
",2764:"
Quaternion(
const MipFieldValues &data,
uint8 offset = 0
)
Creates a Quaternion object based on specified <MipFieldValues> data
",2765:"
operator Rotation() const
Creates a Rotation object with this object\'s values
",2766:"
MipFieldValues asMipFieldValues() const
Gets the current quaternion values formatted as a <MipFieldValues> object
",2767:"
void appendMipFieldValues(
MipFieldValues &appendTo
) const
Adds the properly formatted <MipFieldValues> that represent this object to the specified collection.
",2768:"
void normalize()
normalize the quaternion value
",2769:"
float q0() const
Gets the 0-index value (usually w).
",2770:"
float q1() const
Gets the 1-index value (usually x).
",2771:"
float q2() const
Gets the 2-index value (usually y).
",2772:"
float q3() const
Gets the 3-index value (usually z).
",2773:"
Rotation
Structure that can represent either a Quaternion or EulerAngles object.
",2775:"
Possible formats for the Rotation object.
",2779:"
Rotation() : Rotation(EulerAngles(0, 0, 0))
Constructs a Rotation object with default values.
",2780:"
Rotation(
const EulerAngles &angles
)
Constructs a Rotation object based on the specified EulerAngles.
",2781:"
Rotation(
const Quaternion &quat
)
Constructs a Rotation object based on the specified Quaternion.
",2782:"
Rotation(
const MipFieldValues &data,
uint8 offset = 0
)
Creates a Rotation object based on specified <MipFieldValues> data
",2783:"
static Rotation FromEulerAngles(
const EulerAngles &angles
)
Constructs a Rotation object based on the specified EulerAngles.
",2784:"
static Rotation FromQuaternion(
const Quaternion &quat
)
Constructs a Rotation object based on the specified Quaternion.
",2785:"
operator EulerAngles() const
Creates an EulerAngles object with this object\'s rotation values. Error_BadDataType exception will be thrown if this Rotation object does not represent an EulerAngles rotation.
",2786:"
operator Quaternion() const
Creates an Quaternion object with this object\'s rotation values. Error_BadDataType exception will be thrown if this Rotation object does not represent an Quaternion rotation.
",2787:"
EulerAngles asEulerAngles() const
Creates an EulerAngles object with this object\'s rotation values. Error_BadDataType exception will be thrown if this Rotation object does not represent an EulerAngles rotation.
",2788:"
Quaternion asQuaternion() const
Creates an Quaternion object with this object\'s rotation values. Error_BadDataType exception will be thrown if this Rotation object does not represent an Quaternion rotation.
",2789:"
MipFieldValues asMipFieldValues(
bool includeFormat = true
) const
Gets the current quaternion values formatted as a <MipFieldValues> object
",2790:"
void appendMipFieldValues(
MipFieldValues &appendTo,
bool includeFormat = true
) const
Adds the properly formatted <MipFieldValues> that represent this object to the specified collection.
",2792:"
Format m_format
The Format this Rotation object represents
",2794:"
Format format() const
Gets the Format of this Rotation object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/EulerAngles-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/EulerAngles-h-ToolTips.js deleted file mode 100644 index 3c4ecf11f..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/EulerAngles-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2749:"
EulerAngles
Represents generic Euler Angles (roll, pitch, yaw).
",2761:"
Quaternion
",2773:"
Rotation
Structure that can represent either a Quaternion or EulerAngles object.
",2775:"
Possible formats for the Rotation object.
",9800:"
Vector
Represents a Vector of values
",10461:"
Error_BadDataType
Data of one type was accessed as another type (simple_any)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/EulerAngles-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/EulerAngles-h.html deleted file mode 100644 index e6c7dd589..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/EulerAngles-h.html +++ /dev/null @@ -1,262 +0,0 @@ - - -EulerAngles.h - - - - - - - -
-
EulerAngles
-
public
Vector
EulerAngles
-

Represents generic Euler Angles (roll, pitch, yaw).

-
- -
-
Functions
-
- -
-
EulerAngles
-
EulerAngles()
-

Creates an EulerAngles object.

-
- -
-
EulerAngles
-
EulerAngles(
float roll,
float pitch,
float yaw
)
-

Creates an EulerAngles object with the specified roll, pitch, and yaw/heading.

-
- -
-
EulerAngles
-
EulerAngles(
const MipFieldValues &data,
uint8 offset = 0
)
-

Creates a EulerAngles object based on specified <MipFieldValues> data

Parameters
<MipFieldValues>

format must be 3 floats

offset
uint8

default: 0 - uint8 index offset to start reading from

-
- -
-
operator Rotation() (cast)
-
operator Rotation() const
-

Creates a Rotation object with this object's roll, pitch, and yaw values

-
- -
-
asMipFieldValues
-
MipFieldValues asMipFieldValues() const
-

Gets the current euler angles values formatted as a <MipFieldValues> object.

Returns
<MipFieldValues>

collection of values that represents this object.

-
- -
-
appendMipFieldValues
-
void appendMipFieldValues(
MipFieldValues &appendTo
) const
-

Adds the properly formatted <MipFieldValues> that represent this object to the specified collection.

Parameters
appendTo
MipFieldValues&

(reference) the <MipFieldValues> collection to append to

-
- -
-
roll
-
float roll() const
-

Gets the roll angle.

Returns

The roll Euler Angle.

-
- -
-
pitch
-
float pitch() const
-

Gets the pitch angle.

Returns

The pitch Euler Angle.

-
- -
-
yaw
-
float yaw() const
-

Gets the yaw (heading) angle.

Returns

The yaw (heading) Euler Angle.

-
- -
-
heading
-
float heading() const
-

Gets the heading (yaw) angle.

Returns

The heading (yaw) Euler Angle.

-
- -
-
Quaternion
-
public
Vector
Quaternion
-
Represents generic Quaternion (q0-3, usually w, x, y, z

refer to protocol documentation).

-
- -
-
Functions
-
- -
-
Quaternion
-
Quaternion(
float q0,
float q1,
float q2,
float q3
)
-

Creates an Quaternion object.

-
- -
-
Quaternion
-
Quaternion(
const MipFieldValues &data,
uint8 offset = 0
)
-

Creates a Quaternion object based on specified <MipFieldValues> data

Parameters
<MipFieldValues>

format must be 4 floats

offset
uint8

default: 0 - uint8 index offset to start reading from

-
- -
-
operator Rotation() (cast)
-
operator Rotation() const
-

Creates a Rotation object with this object's values

-
- -
-
asMipFieldValues
-
MipFieldValues asMipFieldValues() const
-

Gets the current quaternion values formatted as a <MipFieldValues> object

Returns
<MipFieldValues>

collection of values that represents this object.

-
- -
-
appendMipFieldValues
-
void appendMipFieldValues(
MipFieldValues &appendTo
) const
-

Adds the properly formatted <MipFieldValues> that represent this object to the specified collection.

Parameters
appendTo
MipFieldValues&

(reference) the <MipFieldValues> collection to append to

-
- -
-
normalize
-
void normalize()
-

normalize the quaternion value

-
- -
-
q0
-
float q0() const
-

Gets the 0-index value (usually w).

Returns

The 0-index value.

-
- -
-
q1
-
float q1() const
-

Gets the 1-index value (usually x).

Returns

The 1-index value.

-
- -
-
q2
-
float q2() const
-

Gets the 2-index value (usually y).

Returns

The 2-index value.

-
- -
-
q3
-
float q3() const
-

Gets the 3-index value (usually z).

Returns

The 3-index value.

-
- -
-
Rotation
-
public
Vector
Rotation
-

Structure that can represent either a Quaternion or EulerAngles object.

-
- -
-
Types
-
- -
-
Format
-

Possible formats for the Rotation object.

EULER_ANGLES

1 - EulerAngles format

QUATERNION

2 - Quaternion format

-
- -
-
Functions
-
- -
-
Rotation
-
Rotation() : Rotation(EulerAngles(0, 0, 0))
-

Constructs a Rotation object with default values.

-
- -
-
Rotation
-
Rotation(
const EulerAngles &angles
)
-

Constructs a Rotation object based on the specified EulerAngles.

Parameters
angles
const EulerAngles&

EulerAngles object to populate rotation values from

-
- -
-
Rotation
-
Rotation(
const Quaternion &quat
)
-

Constructs a Rotation object based on the specified Quaternion.

Parameters
quat
const Quaternion&

Quaternion object to populate rotation values from

-
- -
-
Rotation
-
Rotation(
const MipFieldValues &data,
uint8 offset = 0
)
-

Creates a Rotation object based on specified <MipFieldValues> data

Parameters
<MipFieldValues>

format must be a u8 format id and 3 or 4 floats

offset
uint8

default: 0 - uint8 index offset to start reading from

-
- -
-
FromEulerAngles (static)
-
static Rotation FromEulerAngles(
const EulerAngles &angles
)
-

Constructs a Rotation object based on the specified EulerAngles.

Parameters
angles
const EulerAngles&

EulerAngles object to populate rotation values from

-
- -
-
FromQuaternion (static)
-
static Rotation FromQuaternion(
const Quaternion &quat
)
-

Constructs a Rotation object based on the specified Quaternion.

Parameters
quat
const Quaternion&

Quaternion object to populate rotation values from

-
- -
-
operator EulerAngles() (cast)
-
operator EulerAngles() const
-

Creates an EulerAngles object with this object's rotation values.  Error_BadDataType exception will be thrown if this Rotation object does not represent an EulerAngles rotation.

-
- -
-
operator Quaternion() (cast)
-
operator Quaternion() const
-

Creates an Quaternion object with this object's rotation values.  Error_BadDataType exception will be thrown if this Rotation object does not represent an Quaternion rotation.

-
- -
-
asEulerAngles
-
EulerAngles asEulerAngles() const
-

Creates an EulerAngles object with this object's rotation values.  Error_BadDataType exception will be thrown if this Rotation object does not represent an EulerAngles rotation.

-
- -
-
asQuaternion
-
Quaternion asQuaternion() const
-

Creates an Quaternion object with this object's rotation values.  Error_BadDataType exception will be thrown if this Rotation object does not represent an Quaternion rotation.

-
- -
-
asMipFieldValues
-
MipFieldValues asMipFieldValues(
bool includeFormat = true
) const
-

Gets the current quaternion values formatted as a <MipFieldValues> object

Parameters
includeFormat
bool

bool - default: true - indicate whether the uint8 format identifier should be included in the MipFieldValues

Returns
<MipFieldValues>

collection of values that represents this object.

-
- -
-
appendMipFieldValues
-
void appendMipFieldValues(
MipFieldValues &appendTo,
bool includeFormat = true
) const
-

Adds the properly formatted <MipFieldValues> that represent this object to the specified collection.

Parameters
appendTo
MipFieldValues&

(reference) the <MipFieldValues> collection to append to

includeFormat
bool

bool - default: true - indicate whether the uint8 format identifier should be included in the MipFieldValues

-
- -
-
Variables
-
- -
-
m_format
-
Format m_format
-

The Format this Rotation object represents

-
- -
-
Functions
-
- -
-
format
-
Format format() const
-

Gets the Format of this Rotation object.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/ExposedInertialTypes-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/ExposedInertialTypes-h-Summary.js deleted file mode 100644 index 47bd185b6..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/ExposedInertialTypes-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ 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RTKDeviceStatusFlags","RTKDeviceStatusFlags_v1.explicit_conversion_from_RTKDeviceStatusFlags_v1_to_RTKDeviceStatusFlags"],[2323,0,3,"version","RTKDeviceStatusFlags_v1.version"],[2324,0,3,"controllerState","RTKDeviceStatusFlags_v1.controllerState"],[2325,0,3,"platformState","RTKDeviceStatusFlags_v1.platformState"],[2326,0,3,"controllerStatusCode","RTKDeviceStatusFlags_v1.controllerStatusCode"],[2327,0,3,"platformStatusCode","RTKDeviceStatusFlags_v1.platformStatusCode"],[2328,0,3,"resetReason","RTKDeviceStatusFlags_v1.resetReason"],[2329,0,3,"signalQuality","RTKDeviceStatusFlags_v1.signalQuality"],[2330,0,0,"GnssSignalConfiguration","GnssSignalConfiguration"],[2331,0,4,"Types","GnssSignalConfiguration.Types"],[2332,0,2,"GpsSignal","GnssSignalConfiguration.GpsSignal"],[2333,0,1,,"GnssSignalConfiguration.L1CA"],[2334,0,1,,"GnssSignalConfiguration.L2C"],[2335,0,2,"GlonassSignal","GnssSignalConfiguration.GlonassSignal"],[2336,0,1,,"GnssSignalConfiguration.L1OF"],[2337,0,1,,"GnssSignalConfiguration.L2OF"],[2338,0,2,"GalileoSignal","GnssSignalConfiguration.GalileoSignal"],[2339,0,1,,"GnssSignalConfiguration.E1"],[2340,0,1,,"GnssSignalConfiguration.E5B"],[2341,0,2,"BeiDouSignal","GnssSignalConfiguration.BeiDouSignal"],[2342,0,1,,"GnssSignalConfiguration.B1"],[2343,0,1,,"GnssSignalConfiguration.B2"],[2344,0,4,"Functions","GnssSignalConfiguration.Functions"],[2345,0,3,"GnssSignalConfiguration","GnssSignalConfiguration.GnssSignalConfiguration"],[2346,0,3,"enableGpsSignal","GnssSignalConfiguration.enableGpsSignal"],[2347,0,3,"gpsSignalEnabled","GnssSignalConfiguration.gpsSignalEnabled"],[2348,0,3,"gpsSignalValue","GnssSignalConfiguration.gpsSignalValue"],[2349,0,3,"enableGlonassSignal","GnssSignalConfiguration.enableGlonassSignal"],[2350,0,3,"glonassSignalEnabled","GnssSignalConfiguration.glonassSignalEnabled"],[2351,0,3,"glonassSignalValue","GnssSignalConfiguration.glonassSignalValue"],[2352,0,3,"enableGalileoSignal","GnssSignalConfiguration.enableGalileoSignal"],[2353,0,3,"galileoSignalEnabled","GnssSignalConfiguration.galileoSignalEnabled"],[2354,0,3,"galileoSignalValue","GnssSignalConfiguration.galileoSignalValue"],[2355,0,3,"enableBeiDouSignal","GnssSignalConfiguration.enableBeiDouSignal"],[2356,0,3,"beidouSignalEnabled","GnssSignalConfiguration.beidouSignalEnabled"],[2357,0,3,"beidouSignalValue","GnssSignalConfiguration.beidouSignalValue"],[2358,0,5,"PositionReferenceConfiguration","PositionReferenceConfiguration"],[2359,0,4,"Variables","PositionReferenceConfiguration.Variables"],[2360,0,7,"autoConfig","PositionReferenceConfiguration.autoConfig"],[2361,0,7,"position","PositionReferenceConfiguration.position"],[2362,0,5,"AntennaLeverArmCalConfiguration","AntennaLeverArmCalConfiguration"],[2363,0,4,"Variables","AntennaLeverArmCalConfiguration.Variables"],[2364,0,7,"enabled","AntennaLeverArmCalConfiguration.enabled"],[2365,0,7,"maxOffsetError","AntennaLeverArmCalConfiguration.maxOffsetError"],[2366,0,0,"OdometerConfiguration","OdometerConfiguration"],[2367,0,4,"Types","OdometerConfiguration.Types"],[2368,0,2,"Mode","OdometerConfiguration.Mode"],[2369,0,4,"Functions","OdometerConfiguration.Functions"],[2370,0,3,"mode","OdometerConfiguration.mode"],[2371,0,3,"uncertainty","OdometerConfiguration.uncertainty"],[2372,0,3,"scaling","OdometerConfiguration.scaling"],[2373,0,3,"scaling","OdometerConfiguration.scaling(2)"],[2374,0,4,"Variables","OdometerConfiguration.Variables"],[2375,0,7,"m_mode","OdometerConfiguration.m_mode"],[2376,0,7,"m_scaling","OdometerConfiguration.m_scaling"],[2377,0,7,"m_unc","OdometerConfiguration.m_unc"],[2378,0,5,"GpioConfiguration","GpioConfiguration"],[2379,0,4,"Types","GpioConfiguration.Types"],[2380,0,2,"Feature","GpioConfiguration.Feature"],[2381,0,1,,"GpioConfiguration.UNUSED_FEATURE"],[2382,0,1,,"GpioConfiguration.GPIO_FEATURE"],[2383,0,1,,"GpioConfiguration.PPS_FEATURE"],[2384,0,1,,"GpioConfiguration.ENCODER_FEATURE"],[2385,0,1,,"GpioConfiguration.EVENT_TIMESTAMP_FEATURE"],[2386,0,1,,"GpioConfiguration.UART_FEATURE"],[2387,0,2,"GpioBehavior","GpioConfiguration.GpioBehavior"],[2388,0,1,,"GpioConfiguration.GPIO_UNUSED"],[2389,0,1,,"GpioConfiguration.GPIO_INPUT"],[2390,0,1,,"GpioConfiguration.GPIO_OUTPUT_LOW"],[2391,0,1,,"GpioConfiguration.GPIO_OUTPUT_HIGH"],[2392,0,2,"PpsBehavior","GpioConfiguration.PpsBehavior"],[2393,0,1,,"GpioConfiguration.UNUSED"],[2394,0,1,,"GpioConfiguration.PPS_INPUT"],[2395,0,1,,"GpioConfiguration.PPS_OUTPUT"],[2396,0,2,"EncoderBehavior","GpioConfiguration.EncoderBehavior"],[2397,0,1,,"GpioConfiguration.ENCODER_UNUSED"],[2398,0,1,,"GpioConfiguration.ENCODER_A"],[2399,0,1,,"GpioConfiguration.ENCODER_B"],[2400,0,2,"EventTimestampBehavior","GpioConfiguration.EventTimestampBehavior"],[2401,0,1,,"GpioConfiguration.TIMESTAMP_UNUSED"],[2402,0,1,,"GpioConfiguration.TIMESTAMP_RISING"],[2403,0,1,,"GpioConfiguration.TIMESTAMP_FALLING"],[2404,0,1,,"GpioConfiguration.TIMESTAMP_EITHER"],[2405,0,2,"UartBehavior","GpioConfiguration.UartBehavior"],[2406,0,1,,"GpioConfiguration.UART_UNUSED"],[2407,0,1,,"GpioConfiguration.UART_PORT2_TX"],[2408,0,1,,"GpioConfiguration.UART_PORT2_RX"],[2409,0,1,,"GpioConfiguration.UART_PORT3_TX"],[2410,0,1,,"GpioConfiguration.UART_PORT3_RX"],[2411,0,2,"PinModes","GpioConfiguration.PinModes"],[2412,0,1,,"GpioConfiguration.NONE"],[2413,0,1,,"GpioConfiguration.OPEN_DRAIN"],[2414,0,1,,"GpioConfiguration.PULLDOWN"],[2415,0,1,,"GpioConfiguration.PULLUP"],[2416,0,4,"Functions","GpioConfiguration.Functions"],[2417,0,3,"pinModeValue","GpioConfiguration.pinModeValue"],[2418,0,3,"fromCommandResponse","GpioConfiguration.fromCommandResponse"],[2419,0,4,"Types","GpioConfiguration.Types(2)"],[2420,0,6,"GpioPinId","GpioConfiguration.GpioPinId"],[2421,0,6,"GpioPinModeOptions","GpioConfiguration.GpioPinModeOptions"],[2422,0,6,"GpioBehaviorModes","GpioConfiguration.GpioBehaviorModes"],[2423,0,6,"GpioFeatureBehaviors","GpioConfiguration.GpioFeatureBehaviors"],[2424,0,6,"GpioPinOptions","GpioConfiguration.GpioPinOptions"],[2425,0,2,"EventControlMode","GpioConfiguration.EventControlMode"],[2426,0,5,"EventTriggerGpioParameter","EventTriggerGpioParameter"],[2427,0,4,"Types","EventTriggerGpioParameter.Types"],[2428,0,2,"Mode","EventTriggerGpioParameter.Mode"],[2429,0,5,"EventTriggerThresholdParameter","EventTriggerThresholdParameter"],[2430,0,4,"Types","EventTriggerThresholdParameter.Types"],[2431,0,2,"Type","EventTriggerThresholdParameter.Type"],[2432,0,4,"Variables","EventTriggerThresholdParameter.Variables"],[2433,0,7,"type","EventTriggerThresholdParameter.type"],[2434,0,7,"lowThreshold","EventTriggerThresholdParameter.lowThreshold"],[2435,0,7,"highThreshold","EventTriggerThresholdParameter.highThreshold"],[2436,0,4,"Functions","EventTriggerThresholdParameter.Functions"],[2437,0,3,"channel","EventTriggerThresholdParameter.channel"],[2438,0,3,"channel","EventTriggerThresholdParameter.channel(2)"],[2439,0,3,"channelField","EventTriggerThresholdParameter.channelField"],[2440,0,3,"channelQualifier","EventTriggerThresholdParameter.channelQualifier"],[2441,0,3,"channelIndex","EventTriggerThresholdParameter.channelIndex"],[2442,0,4,"Variables","EventTriggerThresholdParameter.Variables(2)"],[2443,0,7,"m_channelQualifier","EventTriggerThresholdParameter.m_channelQualifier"],[2444,0,7,"m_channelIndex","EventTriggerThresholdParameter.m_channelIndex"],[2445,0,7,"m_channelField","EventTriggerThresholdParameter.m_channelField"],[2446,0,5,"EventTriggerCombinationParameter","EventTriggerCombinationParameter"],[2447,0,5,"EventTriggerParameters","EventTriggerParameters"],[2448,0,4,"Functions","EventTriggerParameters.Functions"],[2449,0,3,"EventTriggerParameters","EventTriggerParameters.EventTriggerParameters"],[2450,0,4,"Variables","EventTriggerParameters.Variables"],[2451,0,7,"gpio","EventTriggerParameters.gpio"],[2452,0,7,"threshold","EventTriggerParameters.threshold"],[2453,0,7,"combination","EventTriggerParameters.combination"],[2454,0,5,"EventTriggerConfiguration","EventTriggerConfiguration"],[2455,0,4,"Types","EventTriggerConfiguration.Types"],[2456,0,2,"Type","EventTriggerConfiguration.Type"],[2457,0,1,,"EventTriggerConfiguration.NONE"],[2458,0,1,,"EventTriggerConfiguration.GPIO_TRIGGER"],[2459,0,1,,"EventTriggerConfiguration.THRESHOLD_TRIGGER"],[2460,0,1,,"EventTriggerConfiguration.COMBINATION_TRIGGER"],[2461,0,4,"Variables","EventTriggerConfiguration.Variables"],[2462,0,7,"instance","EventTriggerConfiguration.instance"],[2463,0,7,"trigger","EventTriggerConfiguration.trigger"],[2464,0,7,"parameters","EventTriggerConfiguration.parameters"],[2465,0,5,"EventActionGpioParameter","EventActionGpioParameter"],[2466,0,4,"Types","EventActionGpioParameter.Types"],[2467,0,2,"Mode","EventActionGpioParameter.Mode"],[2468,0,1,,"EventActionGpioParameter.DISABLED"],[2469,0,1,,"EventActionGpioParameter.ACTIVE_HIGH"],[2470,0,1,,"EventActionGpioParameter.ACTIVE_LOW"],[2471,0,1,,"EventActionGpioParameter.ONESHOT_HIGH"],[2472,0,1,,"EventActionGpioParameter.ONESHOW_LOW"],[2473,0,1,,"EventActionGpioParameter.TOGGLE"],[2474,0,4,"Variables","EventActionGpioParameter.Variables"],[2475,0,7,"pin","EventActionGpioParameter.pin"],[2476,0,7,"mode","EventActionGpioParameter.mode"],[2477,0,5,"EventActionMessageParameter","EventActionMessageParameter"],[2478,0,4,"Constants","EventActionMessageParameter.Constants"],[2479,0,1,"MAX_DESCRIPTORS","EventActionMessageParameter.MAX_DESCRIPTORS"],[2480,0,4,"Variables","EventActionMessageParameter.Variables"],[2481,0,7,"sampleRate","EventActionMessageParameter.sampleRate"],[2482,0,4,"Functions","EventActionMessageParameter.Functions"],[2483,0,3,"dataClass","EventActionMessageParameter.dataClass"],[2484,0,3,"setChannelFields","EventActionMessageParameter.setChannelFields"],[2485,0,3,"getChannelFields","EventActionMessageParameter.getChannelFields"],[2486,0,4,"Variables","EventActionMessageParameter.Variables(2)"],[2487,0,7,"descriptorSet","EventActionMessageParameter.descriptorSet"],[2488,0,7,"m_channelFields","EventActionMessageParameter.m_channelFields"],[2489,0,4,"Functions","EventActionMessageParameter.Functions(2)"],[2490,0,3,"filterFields","EventActionMessageParameter.filterFields"],[2491,0,5,"EventActionParameters","EventActionParameters"],[2492,0,4,"Functions","EventActionParameters.Functions"],[2493,0,3,"EventActionParameters","EventActionParameters.EventActionParameters"],[2494,0,4,"Variables","EventActionParameters.Variables"],[2495,0,7,"gpio","EventActionParameters.gpio"],[2496,0,7,"message","EventActionParameters.message"],[2497,0,5,"EventActionConfiguration","EventActionConfiguration"],[2498,0,4,"Types","EventActionConfiguration.Types"],[2499,0,2,"Type","EventActionConfiguration.Type"],[2500,0,1,,"EventActionConfiguration.NONE"],[2501,0,1,,"EventActionConfiguration.GPIO"],[2502,0,1,,"EventActionConfiguration.MESSAGE"],[2503,0,4,"Variables","EventActionConfiguration.Variables"],[2504,0,7,"instance","EventActionConfiguration.instance"],[2505,0,7,"trigger","EventActionConfiguration.trigger"],[2506,0,7,"type","EventActionConfiguration.type"],[2507,0,7,"parameters","EventActionConfiguration.parameters"],[2508,0,5,"EventTriggerInfo","EventTriggerInfo"],[2509,0,4,"Functions","EventTriggerInfo.Functions"],[2510,0,3,"EventTriggerInfo","EventTriggerInfo.EventTriggerInfo"],[2511,0,3,"EventTriggerInfo","EventTriggerInfo.EventTriggerInfo(2)"],[2512,0,4,"Types","EventTriggerInfo.Types"],[2513,0,2,"Status","EventTriggerInfo.Status"],[2514,0,1,,"EventTriggerInfo.ACTIVE"],[2515,0,1,,"EventTriggerInfo.ENABLED"],[2516,0,1,,"EventTriggerInfo.TEST"],[2517,0,4,"Variables","EventTriggerInfo.Variables"],[2518,0,7,"type","EventTriggerInfo.type"],[2519,0,7,"instanceId","EventTriggerInfo.instanceId"],[2520,0,4,"Functions","EventTriggerInfo.Functions(2)"],[2521,0,3,"isActive","EventTriggerInfo.isActive"],[2522,0,3,"isEnabled","EventTriggerInfo.isEnabled"],[2523,0,3,"isTestMode","EventTriggerInfo.isTestMode"],[2524,0,3,"setStatus","EventTriggerInfo.setStatus"],[2525,0,4,"Variables","EventTriggerInfo.Variables(2)"],[2526,0,7,"status","EventTriggerInfo.status"],[2527,0,4,"Types","EventTriggerInfo.Types(2)"],[2528,0,6,"EventTriggerStatus","EventTriggerInfo.EventTriggerStatus"],[2529,0,5,"EventActionInfo","EventActionInfo"],[2530,0,4,"Functions","EventActionInfo.Functions"],[2531,0,3,"EventActionInfo","EventActionInfo.EventActionInfo"],[2532,0,3,"EventActionInfo","EventActionInfo.EventActionInfo(2)"],[2533,0,4,"Variables","EventActionInfo.Variables"],[2534,0,7,"type","EventActionInfo.type"],[2535,0,7,"triggerId","EventActionInfo.triggerId"],[2536,0,7,"instanceId","EventActionInfo.instanceId"],[2537,0,4,"Types","EventActionInfo.Types"],[2538,0,6,"EventActionStatus","EventActionInfo.EventActionStatus"],[2539,0,0,"MeasurementReferenceFrame","MeasurementReferenceFrame"],[2540,0,4,"Functions","MeasurementReferenceFrame.Functions"],[2541,0,3,"MeasurementReferenceFrame","MeasurementReferenceFrame.MeasurementReferenceFrame"],[2542,0,3,"MeasurementReferenceFrame","MeasurementReferenceFrame.MeasurementReferenceFrame(2)"],[2543,0,3,"MeasurementReferenceFrame","MeasurementReferenceFrame.MeasurementReferenceFrame(3)"],[2544,0,3,"asMipFieldValues","MeasurementReferenceFrame.asMipFieldValues"],[2545,0,3,"appendMipFieldValues","MeasurementReferenceFrame.appendMipFieldValues"],[2546,0,4,"Variables","MeasurementReferenceFrame.Variables"],[2547,0,7,"m_translation","MeasurementReferenceFrame.m_translation"],[2548,0,7,"m_rotation","MeasurementReferenceFrame.m_rotation"],[2549,0,7,"m_enableErrorTracking","MeasurementReferenceFrame.m_enableErrorTracking"],[2550,0,4,"Functions","MeasurementReferenceFrame.Functions(2)"],[2551,0,3,"translation","MeasurementReferenceFrame.translation"],[2552,0,3,"translation","MeasurementReferenceFrame.translation(2)"],[2553,0,3,"rotation","MeasurementReferenceFrame.rotation"],[2554,0,3,"rotation","MeasurementReferenceFrame.rotation(2)"],[2555,0,3,"errorTrackingEnabled()","MeasurementReferenceFrame.errorTrackingEnabled"],[2556,0,3,"enableErrorTracking","MeasurementReferenceFrame.enableErrorTracking"],[2557,0,4,"Types","MeasurementReferenceFrame.Types"],[2558,0,6,"MeasurementReferenceFrames","MeasurementReferenceFrame.MeasurementReferenceFrames"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/ExposedInertialTypes-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/ExposedInertialTypes-h-SummaryToolTips.js deleted file mode 100644 index 503f86d13..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/ExposedInertialTypes-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Inertial/ExposedInertialTypes.h",{1673:"
The enum for the different data descriptors.
",1674:"
The enum for possible GPS dynamics modes.
",1675:"
The axis bitfield values for Tare Orientation.
",1676:"
Dictates whether GNSS source is all internal, external, or single internal.
",1681:"
The GNSS Fix Flags in the GPS Fix Information field
",1684:"
The GNSS Fix Types with the GPS Fix Information field
",1692:"
The GNSS Dual Antenna Fix Types in the Estimation Filter GNSS Dual Antenna Status field
",1696:"
The bitmask definition for GNSS Dual Antenna Status in the Estimation Filter GNSS Dual Antenna Status field
",1700:"
The Space Vehicle Flags in the Space Vehicle Information field
",1703:"
The available device selectors.
",1706:"
The available device power states.
",1711:"
The available device data stream formats.
",1714:"
The Sensor States with the GPS Hardware Status field
",1718:"
The Antenna States with the GPS Hardware Status field
",1724:"
The Antenna Powers with the GPS Hardware Status field
",1728:"
The Filter States with the NAV Filter Status field Refer to device documentation for supported filter states.
",1736:"
Binary flags that give information with the NAV Filter Status field when filter is initialized and running. Each bit must be checked accordingly.  Refer to device documentation for supported filter status flags.
",1761:"
Binary flags that give information with the NAV Filter Status field when filter is not initialized. Each bit must be checked accordingly.
",1764:"
Enum of possible filter conditions. On supported devices the filter condition is included in the Filter Status Flags value.
",1768:"
The Base Station Status in the DGNSS Information field. Note: \'UDRE\' is User Differential Range Error.
",1777:"
The Heading Sources with the Heading Update Source State field
",1783:"
The enum to represent the different available options and combinations for the Heading Update Control command (0x0D, 0x18)
",1792:"
The enum to represent the different available options and combinations for the Estimation Control command (0x0D, 0x14)
",1800:"
The enum to represent the source options for Declination (0x0D, 0x43), Inclination (0x0D, 0x4C), and Magnitude Source (0x0D, 0x4D)
",1804:"
The enum to represent the different available options and combinations for the Adaptive Measurement commands (0x0D, 0x44-0x46)
",1808:"
The enum to represent the different available aiding measurement sources
",1819:"
The enum to represent the different available constellation IDs for GNSS constellation settings
",1826:"
The enum to represent the auto-adaptive filtering operating levels
",1831:"
The enum to represent the factory streaming action options
",1834:"
The enum to represent the PPS source options
",1840:"
Bitmask for the GNSS Position and Attitude Aiding Status field values Note: GNSS constellation entries are defined by the corresponding constellation enum in GnssSignalConfiguration
",1850:"
Bit definitions for the Aiding Measurement Summary Status field values
",1857:"
Bit definitions for the RTK Corrections Epoch Status field value
",1866:"
Value definitions for the GNSS Raw Observation Signal Quality field value
",1873:"
Bitmasks for interpreting the Overrange Status (0x80,0x18) bitfield
",1884:"
SBAS System identifiers
",1890:"
Bitmasks for interpreting the SBAS Info (0x81,0x12) status bitfield
",1895:"
GNSS Jamming State (as reported by the GNSS module)
",1900:"
GNSS Spoofing State (as reported by the GNSS module)
",1905:"
A vector of uint16 PRN#s for satellites.
",1906:"
A string composing the RTCM message.
",1907:"
A vector of VehicleModeType enum values
",1908:"
A vector of AutoAdaptiveFilteringLevel enum values
",1909:"
A vector of <InertialTypes::PpsSource> values
",1910:"
A vector of <InertialTypes::AidingMeasurementSource> values
",1911:"
A vector of <InertialTypes::GeographicSourceOption> values
",1912:"
A vector of <InertialTypes::GNSS_Source> values
",1913:"
A vector of NmeaMessageFormat objects.
",1914:"
NmeaMessageFormat
Defines a NMEA message format.
",1916:"
Maximum number of configurable NMEA messages
",1918:"
NMEA sentence type options
",1928:"
NMEA talker ID options
",1935:"
NMEA message output is limited to either the MAX_FREQUENCY or the source descriptor set base rate, whichever is lower.
",1937:"
SentenceType m_sentenceType
The NMEA SentenceType type.
",1938:"
Talker m_talkerId
The NMEA Talker ID.
",1939:"
MipTypes::DataClass m_sourceDescSet
The source descriptor set.
",1940:"
uint16 m_baseRate
Descriptor set base rate, updated with m_descSet
",1941:"
uint16 m_decimation
The decimation from the base rate of m_descSet.
",1943:"
NmeaMessageFormat()
Creates a NmeaMessageFormat object.
",1944:"
~NmeaMessageFormat()
Destructor for NmeaMessageFormat object.
",1945:"
void sentenceType(
SentenceType type
)
Sets the NMEA SentenceType.
",1946:"
SentenceType sentenceType() const
Gets the NMEA SentenceType.
",1947:"
void talkerId(
Talker id
)
Sets the NMEA Talker ID.
",1948:"
Talker talkerId() const
Gets the NMEA Talker ID.
",1949:"
void sourceDataClass(
MipTypes::DataClass dataClass,
uint16 baseRate = 0
)
Sets the source MipTypes::DataClass
",1950:"
MipTypes::DataClass sourceDataClass() const
Gets the source MipTypes::DataClass
",1951:"
void sampleRate(
SampleRate rate,
uint16 baseRate = 0
)
Sets the output sample rate. If baseRate is not specified, please use a SampleRate with RateType of decimation (SampleRate::Decimation(rateDecimation)) otherwise it will cannot be properly interpreted.
",1952:"
SampleRate sampleRate() const
Gets the configured output SampleRate
",1953:"
void updateDecimation(
uint16 newBaseRate
)
Update the decimation based on current data class and previous, new base rates.
",1954:"
static bool talkerIdRequired(
SentenceType sentenceType
)
[static] Checks whether a Talker ID is required for the specified SentenceType type.
",1955:"
static bool dataClassSupported(
MipTypes::DataClass dataClass,
SentenceType sentenceType
)
[static] Checks whether the specified MipTypes::DataClass is supported for the specified SentenceType type.
",1956:"
static MipTypes::MipDataClasses supportedDataClasses(
SentenceType sentenceType
)
[static] Returns a list of supported MipTypes::DataClass values for the specified SentenceType type.
",1957:"
static NmeaMessageFormats fromCommandResponse(
const MipFieldValues &responseValues,
uint8 startIndex = 0
)
[static] Build NmeaMessageFormat objects from the read command response <MipFieldValues>.
",1958:"
void baseRate(
uint16 base
)
Set base rate directly (usually done through sourceDataClass or sampleRate).
",1959:"
MipFieldValues toCommandParameters() const
Generates command parameter MipFieldValues for single NmeaMessageFormat object.
",1960:"
static MipFieldValues toCommandParameters(
const NmeaMessageFormats &nmeaFormats
)
[static] Build <MipFieldValues> parameters (including count) from a vector of NmeaMessageFormat objects.
",1961:"
Matrix_3x3
Defines a 3 by 3 matrix.
",1963:"
Matrix_3x3(
float i00,
float i01,
float i02,
float i10,
float i11,
float i12,
float i20,
float i21,
float i22
)
Creates a Matrix object.
",1964:"
Matrix_3x3(
MipFieldValues data
)
Creates a Matrix object based on a <MipFieldValues> object Note: MipFieldValues format must be 9 floats
",1965:"
Matrix_3x3()
Creates a zero-filled Matrix object.
",1966:"
~Matrix_3x3()
Destroys a Matrix_3x3 object.
",1967:"
void set(
uint8 row,
uint8 col,
float value
)
Sets matrix index to passed in float value.
",1968:"
#ifndef SWIG float operator() (uint8 row, uint8 col) const
Gets value at matrix index (row, col).
",1969:"
float at(
uint8 row,
uint8 col
) const
Gets value at matrix index (row, col).
",1970:"
MipFieldValues asMipFieldValues() const
Gets the current matrix values formatted as a <MipFieldValues> object
",1972:"
std::array< std::array<float, 3>, 3 > m_array
A 3 by 3 array.
",1974:"
A vector of Matrix_3x3 objects
",1975:"
TimeUpdate
Contains time data for the GNSS_AssistTimeUpdate class.
",1977:"
TimeUpdate(
double timeOfWeek,
uint16 weekNumber,
float timeAccuracy = 0
)
Creates a TimeUpdate object.
",1978:"
~TimeUpdate()
Destroys a TimeUpdate object.
",1979:"
double timeOfWeek() const
time into a given week in seconds.
",1980:"
uint16 weekNumber() const
the week number.
",1981:"
float timeAccuracy() const
accuracy in seconds.
",1983:"
time into a given week in seconds.
",1984:"
the week number.
",1985:"
accuracy in seconds.
",1986:"
Contains the data for the AngularRateZUPTControl and VelocityZUPTControl classes.
",1988:"
ZUPTSettingsData(
bool enable,
float threshold
) : enabled(enable), threshold(threshold)
Creates a ZUPTSettingsData object.
",1990:"
bool enabled
",1991:"
float threshold
",1992:"
Contains the data for Set Reference Position command.
",1994:"
FixedReferencePositionData(
bool pEnable,
Position pReference
) : enable(pEnable), referencePosition(pReference)
Creates a FixedReferencePositionData object.
",1995:"
FixedReferencePositionData() : enable(false), referencePosition(Position())
Creates a FixedReferencePositionData object.
",1997:"
bool enable
",1998:"
Position referencePosition
",1999:"
Contains the data for the SBASSettings class.
",2001:"
bool enableSBAS
",2002:"
bool enableRanging
",2003:"
bool enableCorrectionData
",2004:"
bool applyIntegrityInfo
",2005:"
SatellitePRNs satellitePRNs
The SatellitePRNs for all included satellites.
",2007:"
SBASSettingsData(): enableSBAS(false), enableRanging(false), enableCorrectionData(false), applyIntegrityInfo(false)
Creates a SBASSettingsData object with default values.
",2008:"
Contains the satellite constellation data used in the ConstellationSettingsData class.
",2010:"
InertialTypes::ConstellationId constellationID
",2011:"
bool enabled
",2012:"
uint8 reservedChannelCount
The number of reserved channels.  (Must be <= 32)
",2013:"
uint8 maxChannels
The maximum number of tracking channels.
",2014:"
bool enableL1SAIF
enables L1AIF for constellation QZSS
",2016:"
A vector of Constellation objects
",2017:"
Contains the data for the InertialNode::setConstellationSettings API call.
",2019:"
uint16 maxChannelsAvailable
",2020:"
uint16 maxChannelsToUse
",2021:"
Constellations constellations
",2022:"
Contains the data for the InertialNode::setLowPassFilterSettings API call.
",2024:"
The enum for the different data descriptors.
",2026:"
LowPassFilterData() : dataDescriptor(mscl::MipTypes::ChannelField::CH_FIELD_SENSOR_SCALED_ACCEL_VEC), manualFilterBandwidthConfig(SET_TO_HALF_REPORTING_RATE), applyLowPassFilter(true), cutoffFrequency(0)
",2027:"
LowPassFilterData(
mscl::MipTypes::ChannelField descriptor
) : dataDescriptor(descriptor), manualFilterBandwidthConfig(SET_TO_HALF_REPORTING_RATE), applyLowPassFilter(true), cutoffFrequency(0)
",2029:"
mscl::MipTypes::ChannelField dataDescriptor
the data descriptor these settings apply to
",2030:"
ManualFilterBandwidthConfig manualFilterBandwidthConfig
The ManualFilterBandwidthConfig to use.
",2031:"
bool applyLowPassFilter
applies low-pass filter if set to true.
",2032:"
float cutoffFrequency
Sets the cutoff frequency, only if manualFilterBandwidthConfig == USER_SPECIFIED_CUTOFF_FREQ
",2034:"
static uint8 getDataDescriptorForCommand(
mscl::MipTypes::ChannelField descriptor
)
Formats the given MipTypes::ChannelField data descriptor to be written to a ByteStream command.
",2035:"
static mscl::MipTypes::ChannelField getDataDescriptorFromUint8(
uint8 descriptor
)
Gets the MipTypes::ChannelField data descriptor represented by the given uint8 descriptor.
",2037:"
A vector of LowPassFilterData objects
",2038:"
Contains the data needed by the InertialNode::setComplementaryFilterSettings class.
",2040:"
ComplementaryFilterData() : upCompensationEnabled(false), upCompensationTimeInSeconds(10), northCompensationEnabled(false), northCompensationTimeInSeconds(10)
Creates a ComplementaryFilterData object with default values.
",2042:"
bool upCompensationEnabled
determines whether or not the up compensation is enabled.
",2043:"
float upCompensationTimeInSeconds
Sets the compensation time (in seconds) for the up compensation.
",2044:"
bool northCompensationEnabled
determines whether or not the north compensation is enabled.
",2045:"
float northCompensationTimeInSeconds
Sets the compensation time (in seconds) for the north compensation.
",2046:"
Contains the 1PPS Pulse info for DeviceStatusData.
",2048:"
PpsPulseInfo(): count(0), lastTimeinMS(0)
Creates a PpsPulseInfo object with default values.
",2050:"
uint32 count
The number of 1PPS pulses
",2051:"
uint32 lastTimeinMS
Time of the last 1PPS pulse in MS (references System Timer)
",2052:"
Contains stream info for DeviceStatusData.
",2054:"
StreamInfo(): enabled(false), outgoingPacketsDropped(0)
Creates a StreamInfo object with default values.
",2056:"
bool enabled
",2057:"
uint32 outgoingPacketsDropped
",2060:"
DeviceMessageInfo(): messageParsingErrors(0), messagesRead(0), lastMessageReadinMS(0)
Creates a DeviceMessageInfo object with default values.
",2062:"
uint32 messageParsingErrors
",2063:"
uint32 messagesRead
",2064:"
uint32 lastMessageReadinMS
Time of last message read for the stream in MS (references System Timer)
",2065:"
Contains USB or COM port info for DeviceStatusData.
",2067:"
PortInfo(): bytesWritten(0), bytesRead(0), overrunsOnWrite(0), overrunsOnRead(0)
Creates a PortInfo object with default values.
",2069:"
uint32 bytesWritten
",2070:"
uint32 bytesRead
",2071:"
uint32 overrunsOnWrite
",2072:"
uint32 overrunsOnRead
",2073:"
Contains internal temperature info for DeviceStatusData.
",2075:"
TemperatureInfo(): onBoardTemp(0), lastReadInMS(0), error(0)
Creates a TemperatureInfo object with default values.
",2077:"
float onBoardTemp
",2078:"
uint32 lastReadInMS
Time of last temperature sensor reading in MS (references System Timer)
",2079:"
uint8 error
",2081:"
Keys corresponding to the device status values returned by DeviceStatusData::asMap, DeviceStatusData::asValueMap.
",2082:"
A map of DeviceStatusValues, string entries.
",2083:"
A map of DeviceStatusValues, Value entries.
",2084:"
DeviceStatusData
Contains the data needed by the InertialNode::getBasicDeviceStatus method.
",2086:"
Represents the two different types of statuses returned by DeviceStatus.
",2089:"
Enum of available system states.
",2091:"
DeviceStatusData()
Creates a DeviceStatusData object with default values.
",2093:"
uint16 modelNumber
",2094:"
StatusSelector statusStructure
",2095:"
uint32 systemTimerInMS
",2097:"
SystemState systemState()
get or set m_systemState
",2098:"
bool gnssPowerStateOn() const
get or set m_gnssPowerStateOn
",2099:"
PpsPulseInfo gnss1PpsPulseInfo()
get or set m_gnss1PpsPulseInfo
",2100:"
StreamInfo imuStreamInfo()
get or set m_imuStreamInfo
",2101:"
StreamInfo gnssStreamInfo()
get or set m_gnssStreamInfo
",2102:"
StreamInfo estimationFilterStreamInfo()
get or set m_estimationFilterStreamInfo
",2103:"
DeviceMessageInfo imuMessageInfo()
get or set m_imuMessageInfo
",2104:"
DeviceMessageInfo gnssMessageInfo()
get or set m_gnssMessageInfo
",2105:"
PortInfo comPortInfo()
get or set m_comPortInfo
",2106:"
PortInfo usbPortInfo()
get or set m_usbPortInfo
",2107:"
bool hasMagnetometer() const
get or set m_hasMagnetometer
",2108:"
bool magnetometerInitializationFailed() const
get or set m_magnetometerInitializationFailed
",2109:"
bool hasPressure() const
get or set m_hasPressure
",2110:"
bool pressureInitializationFailed() const
get or set m_pressureInitializationFailed
",2111:"
bool gnssReceiverInitializationFailed() const
get or set m_gnssReceiverInitializationFailed
",2112:"
bool coldStartOnPowerOn() const
get or set m_coldStartOnPowerOn
",2113:"
TemperatureInfo temperatureInfo()
get or set m_temperatureInfo
",2114:"
InertialTypes::PowerState powerState() const
get or set m_powerState
",2115:"
uint16 gyroRange() const
get or set m_gyroRange
",2116:"
uint16 accelRange() const
get or set m_accelRange
",2117:"
mscl::DeviceStatusMap asMap() const
get the device status as a map
",2118:"
mscl::DeviceStatusValueMap asValueMap() const
get the device status as value map
",2119:"
template<typename T> void checkValue(
const boost::optional<T> &opt,
const std::string &valueName
) const
Throws an exception if an optional value isn\'t set.
",2120:"
template<typename T> bool isSet(
const boost::optional<T> &opt
) const
Checks whether the optional value is set.
",2122:"
boost::optional<SystemState> m_systemState
",2123:"
boost::optional<bool> m_gnssPowerStateOn
",2124:"
boost::optional<PpsPulseInfo> m_gnss1PpsPulseInfo
",2125:"
boost::optional<StreamInfo> m_imuStreamInfo
",2126:"
boost::optional<StreamInfo> m_gnssStreamInfo
",2127:"
boost::optional<StreamInfo> m_estimationFilterStreamInfo
",2128:"
boost::optional<DeviceMessageInfo> m_imuMessageInfo
",2129:"
boost::optional<DeviceMessageInfo> m_gnssMessageInfo
",2130:"
boost::optional<PortInfo> m_comPortInfo
",2131:"
boost::optional<PortInfo> m_usbPortInfo
",2132:"
boost::optional<bool> m_hasMagnetometer
",2133:"
boost::optional<bool> m_magnetometerInitializationFailed
",2134:"
boost::optional<bool> m_hasPressure
",2135:"
boost::optional<bool> m_pressureInitializationFailed
",2136:"
boost::optional<bool> m_gnssReceiverInitializationFailed
",2137:"
boost::optional<bool> m_coldStartOnPowerOn
",2138:"
boost::optional<TemperatureInfo> m_temperatureInfo
",2139:"
boost::optional<InertialTypes::PowerState> m_powerState
",2140:"
boost::optional<uint16> m_gyroRange
Gyroscope range in degrees/second
",2141:"
boost::optional<uint16> m_accelRange
Accelerometer range in gauss
",2143:"
A vector of StatusSelector objects
",2144:"
Contains the data needed by the InertialNode::sendExternalGNSSUpdate method.
",2146:"
double gpsTimeOfWeek
",2147:"
uint16 gpsWeekNumber
",2148:"
double lattitude
",2149:"
double longitude
",2150:"
double altitudeAboveWGS84Ellipsoid
",2151:"
float northVelocity
",2152:"
float eastVelocity
",2153:"
float downVelocity
",2154:"
float northPositionUncertainty
",2155:"
float eastPositionUncertainty
",2156:"
float downPositionUncertainty
",2157:"
float northVelocityUncertainty
",2158:"
float eastVelocityUncertainty
",2159:"
float downVelocityUncertainty
",2160:"
Contains the possible sources of aiding heading updates to the Kalman filter.  Some, all, or none of the options can be set as heading aids.
",2162:"
Converts this class to a <InertialTypes::HeadingUpdateEnableOption>.
",2163:"
HeadingUpdateOptions() : useInternalMagnetometer(false), useInternalGNSSVelocityVector(false), useExternalHeadingMessages(false)
",2164:"
HeadingUpdateOptions(
const InertialTypes::HeadingUpdateEnableOption &headingUpdateOption
)
Updates this class from a <InertialTypes::HeadingUpdateEnableOption> according to the Communications Protocol.
",2166:"
bool useInternalMagnetometer
",2167:"
bool useInternalGNSSVelocityVector
",2168:"
bool useExternalHeadingMessages
",2170:"
A vector of HeadingUpdateOptions objects
",2171:"
Options defining which initial filter values are user-specified or automatically determined on initialization.
",2176:"
Method options for automatically determining initial filter heading
",2181:"
Struct to create and interact with a HeadingAlignmentOption bitfield
",2183:"
HeadingAlignmentMethod()
Default constructor, value = 0
",2184:"
HeadingAlignmentMethod(
uint8 val
) : value(val)
Construct HeadingAlignmentMethod object with specified initial value.
",2186:"
uint8 value
The HeadingAlignmentMethod bitfield value
",2188:"
void select(
HeadingAlignmentOption option
)
Add a <HeadingAlignmentOption> to the bitfield.
",2189:"
void deselect(
HeadingAlignmentOption option
)
Remove a <HeadingAlignmentOption> from the bitfield.
",2190:"
Checks whether the specified <HeadingAlignmentOption> is included in the bitfield.
",2191:"
Struct to hold values for the Filter Initialization Config command.
",2193:"
FilterInitializationValues() : initialValuesSource(FilterInitialValuesSource::Automatic), autoHeadingAlignmentMethod(HeadingAlignmentOption::GNSS_Kinematic), referenceFrame(PositionVelocityReferenceFrame::ECEF)
Creates a FilterInitializationValues object with default values.
",2195:"
bool autoInitialize
",2196:"
FilterInitialValuesSource initialValuesSource
",2197:"
HeadingAlignmentMethod autoHeadingAlignmentMethod
",2198:"
EulerAngles initialAttitude
Note: Only heading value will be used if initialValueSource indicates pitch/roll will be determined automatically.
",2199:"
Position initialPosition
",2200:"
GeometricVector initialVelocity
",2201:"
PositionVelocityReferenceFrame referenceFrame
",2203:"
bool manualHeading()
Checks the value of initialValuesSource to determine if the initial heading needs to be set manually.
",2204:"
bool manualAttitude()
Checks the value of initialValuesSource to determine if the initial heading, pitch, and roll need to be set manually.
",2205:"
bool manualPositionVelocity()
Checks the value of initialValuesSource to determine if the initial position and velocity need to be set manually.
",2206:"
Contains the possible axis bitfield values.
",2208:"
Converts this class to a uint8.
",2211:"
bool tareRollAxis
",2212:"
bool tarePitchAxis
",2213:"
bool tareYawAxis
",2214:"
Holds the Geographic Source Option and the fixed value if manual is selected.  Determines the sources for Declination, Inclination, and Magnitude.
",2216:"
GeographicSourceOptions() : source(InertialTypes::GeographicSourceOption::NONE), manual(0.0)
",2217:"
GeographicSourceOptions(
const InertialTypes::GeographicSourceOption &sourceValue,
const float fixedValue
) : source(sourceValue), manual(fixedValue)
constructs this class from a GeographicSourceOption and a float.
",2219:"
InertialTypes::GeographicSourceOption source
",2220:"
float manual
",2221:"
Controls which parameters are estimated by the Kalman Filter.  Some, all, or none of the options can be set as estimation controls.
",2223:"
Converts this class to a <mscl::uint16>.
",2224:"
EstimationControlOptions() : enableGyroBiasEstimation(false), enableAccelBiasEstimation(false), enableGyroScaleFactorEstimation(false), enableAccelScaleFactorEstimation(false), enableGNSSAntennaOffsetEstimation(false), enableHardIronAutoCalibration(false), enableSoftIronAutoCalibration(false)
",2225:"
EstimationControlOptions(
const mscl::uint16 &estimationControlData
)
constructs this class from a <mscl::uint16> estimation control according to the Communications Protocol.
",2227:"
bool enableGyroBiasEstimation
",2228:"
bool enableAccelBiasEstimation
",2229:"
bool enableGyroScaleFactorEstimation
",2230:"
bool enableAccelScaleFactorEstimation
",2231:"
bool enableGNSSAntennaOffsetEstimation
",2232:"
bool enableHardIronAutoCalibration
",2233:"
bool enableSoftIronAutoCalibration
",2236:"
Dictates whether heading is relative to true north or magnetic north.
",2238:"
float headingAngle
",2239:"
float headingAngleUncertainty
",2242:"
AdaptiveMeasurementData() : mode(InertialTypes::AdaptiveMeasurementMode::ADAPTIVE_MEASUREMENT_DISABLE), lowPassFilterCutoff(0), lowLimit(0), highLimit(0), lowLimitUncertainty(0), highLimitUncertainty(0), minUncertainty(0)
Initialize an AdaptiveMeasurementData object with default values
",2244:"
InertialTypes::AdaptiveMeasurementMode mode
",2245:"
float lowPassFilterCutoff
",2246:"
float lowLimit
",2247:"
float highLimit
",2248:"
float lowLimitUncertainty
",2249:"
float highLimitUncertainty
",2250:"
float minUncertainty
",2253:"
AutoAdaptiveFilterOptions() : level(InertialTypes::FILTERING_MODERATE), timeLimit(0)
Initializes a AutoAdaptiveFilterOptions object with default values
",2254:"
AutoAdaptiveFilterOptions(
InertialTypes::AutoAdaptiveFilteringLevel lvl,
uint16 limit
) : level(lvl), timeLimit(limit)
Initializes a AutoAdaptiveFilterOptions object with specified values
",2256:"
InertialTypes::AutoAdaptiveFilteringLevel level
The auto-adaptive filter operating level
",2257:"
uint16 timeLimit
The maximum duration of measurement rejection before entering recovery mode (ms)
",2259:"
A vector of AdaptiveMeasurementMode enum values
",2262:"
Indicates the bit value used to enable/disable data conditioning features
",2263:"
Indicates the magnetometer bandwidth and power consumption settings
",2267:"
uint16 dataConditioningFlags
",2268:"
uint16 orientationCalcDecimation
",2269:"
uint8 accelGyroFilterWidth
",2270:"
uint8 magFilterWidth
",2271:"
uint16 upCompensation
",2272:"
uint16 northCompensation
",2273:"
MagPowerBandwidthSettings magBandwidthPower
",2275:"
SignalConditioningValues()
",2276:"
bool conditioningOptionOn(
DataConditioningFlags option
)
Checks whether the specified conditioning option bit is 1.
",2277:"
void setConditioningOptionOn(
DataConditioningFlags option
)
Sets the specified conditioning option bit to 1.
",2278:"
void setConditioningOptionOff(
DataConditioningFlags option
)
Sets the specified conditioning option bit to 0.
",2281:"
Indicates the bit value used to enable/disable available measurement options
",2283:"
EnableDisableMeasurements()
",2284:"
EnableDisableMeasurements(
uint16 option
) : measurementOptions(option)
",2286:"
uint16 measurementOptions
",2288:"
bool optionEnabled(
MeasurementOptions option
)
Checks whether the specified option is enabled.
",2289:"
void enableOption(
MeasurementOptions option
)
Enables the specified option.
",2290:"
void disableOption(
MeasurementOptions option
)
Disables the specified option.
",2293:"
Modem state values OFF  - 0x00 - Off NO_NETWORK  - 0x01 - No Network NETWORK_CONNECTED  - 0x02 - Network Connected CONFIGURING_DATA_CONTEXT  - 0x03 - Configuring Data Context ACTIVATING_DATA_CONTEXT  - 0x04 - Activating Data Context CONFIGURING_SOCKET  - 0x05 - Configuring Socket WAITING_ON_SERVER_HANDSHAKE - 0x06 - Waiting on Server Handshake CONNECTED_AND_IDLE  - 0x07 - Connected + Idle CONNECTED_AND_STREAMING  - 0x08 - Connected + Streaming
",2294:"
Connection types NO_CONNECTION - 0x00 - No Connection CONNECTION_2G - 0x02 - 2G CONNECTION_3G - 0x03 - 3G CONNECTION_4G - 0x04 - 4G CONNECTION_5G - 0x05 - 5G
",2296:"
RTKDeviceStatusFlags()
",2297:"
RTKDeviceStatusFlags(
const uint32 flags
) : Bitfield(static_cast<uint64>(flags))
",2298:"
RTKDeviceStatusFlags(
RTKDeviceStatusFlags_v1 rtk_v1
)
",2299:"
Only C++ compatible
",2300:"
uint8 version() const
",2301:"
ModemState modemState() const
",2302:"
ConnectionType connectionType() const
",2303:"
int8 rssi() const
",2304:"
uint8 signalQuality() const
",2305:"
uint8 towerChangeIndicator() const
",2306:"
uint8 nmeaTimeout() const
",2307:"
uint8 serverTimeout() const
",2308:"
uint8 rtcmTimeout() const
",2309:"
uint8 deviceOutOfRange() const
",2310:"
uint8 correctionsUnavailable() const
",2313:"
Controller state values IDLE  - 0x00 - Idle ACTIVE  - 0x04 - Active
",2314:"
Platform state values MODEM_OFF  - 0x00 - Modem Off MODEM_POWERING_ON  - 0x01 - Modem Powering On MODEM_CONFIGURE  - 0x02 - Configuring Modem MODEM_POWERING_DOWN  - 0x03 - Modem Powering Down MODEM_READY  - 0x04 - Modem Ready MODEM_CONNECTING  - 0x05 - Modem Connecting to Network MODEM_DISCONNECTING  - 0x06 - Modem Disconnecting from Network MODEM_CONNECTED  - 0x07 - Modem Connected SERVICE_CONNECTING  - 0x08 - Connecting to RTK Service SERVICE_CONNECTION_FAILED  - 0x09 - Connection to RTK Service Failed SERVICE_CONNECTION_CANCELED  - 0x0A - Connection to RTK Service Canceled SERVICE_DISCONNECTING  - 0x0B - Disconnecting from RTK Service SERVICE_CONNECTED  - 0x0C - Connected to RTK Service PLATFORM_ERROR  - 0x0D - Platform Error RESET_MODEM  - 0x0E - Reset Modem
",2315:"
Controller status code values CONTROLLER_OK  - 0x00 - Controller OK WAITING_NMEA  - 0x01 - Awaiting NMEA RTK_TIMEOUT  - 0x02 - RTK Timed Out RTK_UNAVAILABLE - 0x03 - RTK Unavailable CONFIG_INVALID  - 0x07 - Invalid Configuration
",2316:"
Platform status code values PLATFORM_OK  - 0x00 - Platform OK RTK_CONNECTION_DROPPED  - 0x04 - RTK Service Connection Broken CELL_CONNECTION_DROPPED - 0x06 - Cell Connection Dropped MODEM_ERROR  - 0x07 - Modem Error
",2317:"
Possible RTK reset reason values POWER_ON  - 0x00 - Reset due to Power-on UNKNOWN  - 0x01 - Hardware reset SOFT_RESET  - 0x02 - Soft reset HARDWARE_ERROR_RESET  - 0x03 - Watchdog reset
",2319:"
RTKDeviceStatusFlags_v1()
",2320:"
RTKDeviceStatusFlags_v1(
uint32 flags
) : Bitfield(static_cast<uint64>(flags))
",2321:"
RTKDeviceStatusFlags_v1(
RTKDeviceStatusFlags rtk
) : Bitfield(rtk.value())
",2322:"
Only C++ compatible
",2323:"
uint8 version() const
",2324:"
ControllerState controllerState() const
",2325:"
PlatformState platformState() const
",2326:"
ControllerStatusCode controllerStatusCode() const
",2327:"
PlatformStatusCode platformStatusCode() const
",2328:"
ResetReason resetReason() const
",2329:"
uint8 signalQuality() const
",2330:"
GnssSignalConfiguration
",2332:"
Available GPS signals.
",2335:"
Available GLONASS signals.
",2338:"
Available Galileo signals.
",2341:"
Available BeiDou signals.
",2345:"
GnssSignalConfiguration()
",2346:"
void enableGpsSignal(
GpsSignal signal,
bool enable = true
)
Enable or disable specified GPS signal
",2347:"
bool gpsSignalEnabled(
GpsSignal signal
)
Check whether the specified GPS signal is enabled
",2348:"
void gpsSignalValue(
uint8 val
)
Gets or sets the underlying value for the GPS signal bitfield
",2349:"
void enableGlonassSignal(
GlonassSignal signal,
bool enable = true
)
Enable or disable specified GLONASS signal
",2350:"
bool glonassSignalEnabled(
GlonassSignal signal
)
Check whether the specified GLONASS signal is enabled
",2351:"
void glonassSignalValue(
uint8 val
)
Gets or sets the underlying value for the GLONASS signal bitfield
",2352:"
void enableGalileoSignal(
GalileoSignal signal,
bool enable = true
)
Enable or disable specified Galileo signal
",2353:"
bool galileoSignalEnabled(
GalileoSignal signal
)
Check whether the specified Galileo signal is enabled
",2354:"
void galileoSignalValue(
uint8 val
)
Gets or sets the underlying value for the Galileo signal bitfield
",2355:"
void enableBeiDouSignal(
BeiDouSignal signal,
bool enable = true
)
Enable or disable specified BeiDou signal
",2356:"
bool beidouSignalEnabled(
BeiDouSignal signal
)
Check whether the specified BeiDou signal is enabled
",2357:"
void beidouSignalValue(
uint8 val
)
Gets or sets the underlying value for the BeiDou signal bitfield
",2360:"
bool autoConfig
Indicates whether the position reference is automatically determined (position value ignored if true).
",2361:"
Position position
The reference position value.
",2364:"
bool enabled
Enable or disable lever arm error tracking
",2365:"
float maxOffsetError
Maximum offset error magnitude
",2366:"
OdometerConfiguration
",2368:"
Odometer mode options DISABLED  - 0x00 - Encoder is disabled SINGLE  - 0x01 - Single pulse input; one direction only QUADRATURE  - 0x02 - Quadrature encoder mode
",2370:"
Mode mode() const
Get/Set the mode
",2371:"
float uncertainty() const
Get/Set the uncertainty (m/m)
",2372:"
float scaling() const
Get/Set the scaling value directly (pulses per meter)
",2373:"
void scaling(
float resolution,
float radius
)
Set the scaling by specifying the encoder resolution and the wheel radius.  Scaling = encoder resultion / (2pi * radius)
",2375:"
Mode m_mode
",2376:"
float m_scaling
",2377:"
float m_unc
",2380:"
GPIO Feature options. Determines how the pin will be used
",2387:"
GPIO Pin behavior
",2392:"
PPS Pin behavior
",2396:"
Encoder Pin behavior
",2400:"
Event Timestamp Pin behavior
",2405:"
UART Pin behavior Note: only one Transmit and one Receive pin can be configured per port pair (see documentation)
",2411:"
PinModes for the pinMode Bitfield
",2417:"
void pinModeValue(
uint8 val
)
Gets or sets the underlying value for the pin mode bitfield
",2418:"
static GpioConfiguration fromCommandResponse(
const MipFieldValues &responseValues,
uint8 startIndex = 0
)
[static] Build a GpioConfiguration object from the read command response <MipFieldValues>.
",2420:"
A uint8 representing logical GPIO pin IDs
",2421:"
A vector of GpioConfiguration::PinModes representing masked pin modes
",2422:"
A map of uint behavior ID, GpioPinModeOptions pairs
",2423:"
A map of GpioConfiguration::Feature, GpioBehaviorModes pairs
",2424:"
A map of uint GpioPinId, GpioFeatureBehaviors pairs
",2425:"
Event control modes DISABLED  - 0x00 - Trigger is disabled ENABLED  - 0x01 - Trigger is enabled TEST  - 0x02 - Force the trigger into the active state TEST_PULSE - 0x03 - Force the trigger into the active state for one event cycle
",2428:"
How the pin state affects the trigger DISABLED  - 0x00 - The pin will have no effect and the trigger will never activate WHILE_HIGH - 0x01 - The trigger will be active while the pin is high WHILE_LOW  - 0x02 - The trigger will be active while the pin is low EDGE  - 0x04 - Use if the pin is configured for time-stamping via the 3DM GPIO Configuration command (0x0C41)
",2431:"
How the pin state affects the trigger WINDOW_TYPE  - 0x01 - Window comparison INTERVAL_TYPE - 0x02 - Trigger at evenly-spaced intervals
",2433:"
Type type
Determines the type of comparison
",2434:"
double lowThreshold
Low threshold
",2435:"
double highThreshold
High threshold
",2437:"
void channel(
MipTypes::ChannelField channelField,
MipTypes::ChannelQualifier channelQualifier
)
Set the channel field and qualifier
",2438:"
void channel(
MipTypes::ChannelField channelField,
uint8 index
)
Set the channel field and qualifier index
",2439:"
MipTypes::ChannelField channelField() const
Get the channel field
",2440:"
MipTypes::ChannelQualifier channelQualifier() const
Get the channel qualifier
",2441:"
uint8 channelIndex() const
Get the channel qualifier index Default value: 0 (unset)
",2443:"
MipTypes::ChannelQualifier m_channelQualifier
The target qualifier within the MIP field
",2444:"
uint8 m_channelIndex
1-based index of the target qualifier within the MIP field default value: 0 (unset)
",2445:"
MipTypes::ChannelField m_channelField
MIP channel field
",2447:"
Only one of the variables (gpio, threshold, combination) should be used to represent each instance
",2449:"
EventTriggerParameters() : combination()
Default constructor
",2451:"
EventTriggerGpioParameter gpio
Event GPIO trigger parameters
",2452:"
EventTriggerThresholdParameter threshold
Event threshold trigger parameters
",2453:"
EventTriggerCombinationParameter combination
Event combination trigger parameters
",2456:"
Type of trigger to configure
",2462:"
uint8 instance
Trigger number
",2463:"
Type trigger
Type of trigger
",2464:"
EventTriggerParameters parameters
Trigger parameters
",2467:"
Modes for behavior of the GPIO pin
",2475:"
uint8 pin
GPIO pin number
",2476:"
Mode mode
Behavior of the GPIO pin
",2479:"
Maximum supported descriptors
",2481:"
SampleRate sampleRate
Sample rate to output fields at when action is triggered. SampleRate::Event() (type Event,  indicates only a single packet will be output when triggered.
",2483:"
MipTypes::DataClass dataClass() const
Get the MipTypes::DataClass
",2484:"
void setChannelFields(
MipTypes::DataClass dataClass,
const MipTypes::MipChannelFields &fields
)
Set the MipTypes::ChannelFields
",2485:"
MipTypes::MipChannelFields getChannelFields() const
Get a list of MipTypes::ChannelField
",2487:"
MipTypes::DataClass m_descriptorSet
Descriptor set for the fields that will be produced when the event occurs
",2488:"
std::array<MipTypes::ChannelField, MAX_DESCRIPTORS> m_channelFields
MipTypes::ChannelFields to output when the event occurs
",2490:"
MipTypes::MipChannelFields filterFields(
const MipTypes::MipChannelFields &fields
)
Removes fields not in the specified MipTypes::DataClass
",2491:"
Only one of the variables (gpio, message) should be used to represent each instance
",2493:"
EventActionParameters() : message()
Default constructor
",2495:"
EventActionGpioParameter gpio
Event action GPIO parameters
",2496:"
EventActionMessageParameter message
Event action message parameters
",2499:"
Types for the event action
",2504:"
uint8 instance
Action number
",2505:"
uint8 trigger
ID of trigger that will cause this action to occur. If 0, this action is not linked to any event triggers.
",2506:"
Type type
Type of action
",2507:"
EventActionParameters parameters
Action parameters
",2508:"
Information about an event trigger
",2510:"
EventTriggerInfo() : type(EventTriggerConfiguration::NONE), instanceId(0), status(0)
Default constructor
",2511:"
EventTriggerInfo(
const EventTriggerConfiguration::Type type,
const uint8 instanceId,
const uint8 status
) : type(type), instanceId(instanceId), status(status)
",2513:"
Trigger status masks for the status bitfield
",2518:"
EventTriggerConfiguration::Type type
Configured trigger type
",2519:"
uint8 instanceId
Instance ID of the trigger
",2521:"
bool isActive() const
True if the trigger is currently active (either due to its logic or being in test mode)
",2522:"
bool isEnabled() const
True if the trigger is enabled
",2523:"
bool isTestMode() const
True if the trigger is in test mode
",2524:"
void setStatus(
uint8 value
)
Sets the value of the status bitfield
",2526:"
Bitfield status
Trigger status
",2528:"
A vector of EventTriggerInfo
",2529:"
Information about an event action
",2531:"
EventActionInfo() : type(EventActionConfiguration::NONE), triggerId(0), instanceId(0)
Default constructor
",2532:"
EventActionInfo(
const EventActionConfiguration::Type type,
const uint8 triggerId,
const uint8 instanceId
) : type(type), triggerId(triggerId), instanceId(instanceId)
",2534:"
EventActionConfiguration::Type type
Configured EventActionConfiguration::Type
",2535:"
uint8 triggerId
Associated event trigger instance
",2536:"
uint8 instanceId
Instance ID of the action
",2538:"
A vector of EventActionInfo
",2539:"
MeasurementReferenceFrame
Represents a configurable Aiding Measurement reference frame (0x13,0x01)
",2541:"
MeasurementReferenceFrame()
Constructs a MeasurementReferenceFrame object with default values
",2542:"
MeasurementReferenceFrame(
const PositionOffset &translation,
const Rotation &rotation
) : m_translation(translation), m_rotation(rotation)
Constructs a MeasurementReferenceFrame object with the specified translation and rotation values
",2543:"
MeasurementReferenceFrame(
const MipFieldValues &data,
uint8 offset = 0
)
Creates a MeasurementReferenceFrame object based on specified <MipFieldValues> data
",2544:"
MipFieldValues asMipFieldValues() const
Gets the current reference frame values formatted as a <MipFieldValues> object
",2545:"
void appendMipFieldValues(
MipFieldValues &appendTo
) const
Adds the properly formatted <MipFieldValues> that represent this object to the specified collection.
",2547:"
PositionOffset m_translation
The PositionOffset of this reference frame.
",2548:"
Rotation m_rotation
The Rotation of this reference frame.
",2549:"
Indicates whether error tracking is enabled for this reference frame
",2551:"
PositionOffset translation() const
Get the PositionOffset translation of this reference frame.
",2552:"
void translation(
const PositionOffset &translation
)
Set the PositionOffset translation of this reference frame.
",2553:"
Rotation rotation() const
Get the Rotation of this reference frame
",2554:"
void rotation(
const Rotation &rotation
)
Set the Rotation of this reference frame.
",2555:"
bool errorTrackingEnabled() const
Indicates whether error tracking is enabled for this reference frame.
",2556:"
void enableErrorTracking(
bool enable = true
)
Enable/Disable error tracking for this reference frame.
",2558:"
A map of reference frame IDs with their associated MeasurementReferenceFrame values.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/ExposedInertialTypes-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/ExposedInertialTypes-h-ToolTips.js deleted file mode 100644 index d201f640b..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/ExposedInertialTypes-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1626:"
Enum representing position and velocity reference frame options.
",1631:"
GeometricVector
Defines a 3 dimensional, spatial vector.
",1644:"
PositionOffset
Represents a position offset (x, y, z).
",1652:"
Defines a geographic position.
",1673:"
The enum for the different data descriptors.
",1804:"
The enum to represent the different available options and combinations for the Adaptive Measurement commands (0x0D, 0x44-0x46)
",1826:"
The enum to represent the auto-adaptive filtering operating levels
",1905:"
A vector of uint16 PRN#s for satellites.
",1913:"
A vector of NmeaMessageFormat objects.
",1914:"
NmeaMessageFormat
Defines a NMEA message format.
",1918:"
NMEA sentence type options
",1928:"
NMEA talker ID options
",1943:"
NmeaMessageFormat()
Creates a NmeaMessageFormat object.
",1963:"
Matrix_3x3(
float i00,
float i01,
float i02,
float i10,
float i11,
float i12,
float i20,
float i21,
float i22
)
Creates a Matrix object.
",2005:"
SatellitePRNs satellitePRNs
The SatellitePRNs for all included satellites.
",2008:"
Contains the satellite constellation data used in the ConstellationSettingsData class.
",2017:"
Contains the data for the InertialNode::setConstellationSettings API call.
",2024:"
The enum for the different data descriptors.
",2026:"
LowPassFilterData() : dataDescriptor(mscl::MipTypes::ChannelField::CH_FIELD_SENSOR_SCALED_ACCEL_VEC), manualFilterBandwidthConfig(SET_TO_HALF_REPORTING_RATE), applyLowPassFilter(true), cutoffFrequency(0)
",2046:"
Contains the 1PPS Pulse info for DeviceStatusData.
",2052:"
Contains stream info for DeviceStatusData.
",2065:"
Contains USB or COM port info for DeviceStatusData.
",2073:"
Contains internal temperature info for DeviceStatusData.
",2081:"
Keys corresponding to the device status values returned by DeviceStatusData::asMap, DeviceStatusData::asValueMap.
",2084:"
DeviceStatusData
Contains the data needed by the InertialNode::getBasicDeviceStatus method.
",2086:"
Represents the two different types of statuses returned by DeviceStatus.
",2089:"
Enum of available system states.
",2117:"
mscl::DeviceStatusMap asMap() const
get the device status as a map
",2118:"
mscl::DeviceStatusValueMap asValueMap() const
get the device status as value map
",2164:"
HeadingUpdateOptions(
const InertialTypes::HeadingUpdateEnableOption &headingUpdateOption
)
Updates this class from a <InertialTypes::HeadingUpdateEnableOption> according to the Communications Protocol.
",2181:"
Struct to create and interact with a HeadingAlignmentOption bitfield
",2262:"
Indicates the bit value used to enable/disable data conditioning features
",2263:"
Indicates the magnetometer bandwidth and power consumption settings
",2281:"
Indicates the bit value used to enable/disable available measurement options
",2293:"
Modem state values OFF  - 0x00 - Off NO_NETWORK  - 0x01 - No Network NETWORK_CONNECTED  - 0x02 - Network Connected CONFIGURING_DATA_CONTEXT  - 0x03 - Configuring Data Context ACTIVATING_DATA_CONTEXT  - 0x04 - Activating Data Context CONFIGURING_SOCKET  - 0x05 - Configuring Socket WAITING_ON_SERVER_HANDSHAKE - 0x06 - Waiting on Server Handshake CONNECTED_AND_IDLE  - 0x07 - Connected + Idle CONNECTED_AND_STREAMING  - 0x08 - Connected + Streaming
",2294:"
Connection types NO_CONNECTION - 0x00 - No Connection CONNECTION_2G - 0x02 - 2G CONNECTION_3G - 0x03 - 3G CONNECTION_4G - 0x04 - 4G CONNECTION_5G - 0x05 - 5G
",2313:"
Controller state values IDLE  - 0x00 - Idle ACTIVE  - 0x04 - Active
",2314:"
Platform state values MODEM_OFF  - 0x00 - Modem Off MODEM_POWERING_ON  - 0x01 - Modem Powering On MODEM_CONFIGURE  - 0x02 - Configuring Modem MODEM_POWERING_DOWN  - 0x03 - Modem Powering Down MODEM_READY  - 0x04 - Modem Ready MODEM_CONNECTING  - 0x05 - Modem Connecting to Network MODEM_DISCONNECTING  - 0x06 - Modem Disconnecting from Network MODEM_CONNECTED  - 0x07 - Modem Connected SERVICE_CONNECTING  - 0x08 - Connecting to RTK Service SERVICE_CONNECTION_FAILED  - 0x09 - Connection to RTK Service Failed SERVICE_CONNECTION_CANCELED  - 0x0A - Connection to RTK Service Canceled SERVICE_DISCONNECTING  - 0x0B - Disconnecting from RTK Service SERVICE_CONNECTED  - 0x0C - Connected to RTK Service PLATFORM_ERROR  - 0x0D - Platform Error RESET_MODEM  - 0x0E - Reset Modem
",2315:"
Controller status code values CONTROLLER_OK  - 0x00 - Controller OK WAITING_NMEA  - 0x01 - Awaiting NMEA RTK_TIMEOUT  - 0x02 - RTK Timed Out RTK_UNAVAILABLE - 0x03 - RTK Unavailable CONFIG_INVALID  - 0x07 - Invalid Configuration
",2316:"
Platform status code values PLATFORM_OK  - 0x00 - Platform OK RTK_CONNECTION_DROPPED  - 0x04 - RTK Service Connection Broken CELL_CONNECTION_DROPPED - 0x06 - Cell Connection Dropped MODEM_ERROR  - 0x07 - Modem Error
",2317:"
Possible RTK reset reason values POWER_ON  - 0x00 - Reset due to Power-on UNKNOWN  - 0x01 - Hardware reset SOFT_RESET  - 0x02 - Soft reset HARDWARE_ERROR_RESET  - 0x03 - Watchdog reset
",2330:"
GnssSignalConfiguration
",2332:"
Available GPS signals.
",2335:"
Available GLONASS signals.
",2338:"
Available Galileo signals.
",2341:"
Available BeiDou signals.
",2368:"
Odometer mode options DISABLED  - 0x00 - Encoder is disabled SINGLE  - 0x01 - Single pulse input; one direction only QUADRATURE  - 0x02 - Quadrature encoder mode
",2380:"
GPIO Feature options. Determines how the pin will be used
",2411:"
PinModes for the pinMode Bitfield
",2420:"
A uint8 representing logical GPIO pin IDs
",2421:"
A vector of GpioConfiguration::PinModes representing masked pin modes
",2422:"
A map of uint behavior ID, GpioPinModeOptions pairs
",2423:"
A map of GpioConfiguration::Feature, GpioBehaviorModes pairs
",2431:"
How the pin state affects the trigger WINDOW_TYPE  - 0x01 - Window comparison INTERVAL_TYPE - 0x02 - Trigger at evenly-spaced intervals
",2447:"
Only one of the variables (gpio, threshold, combination) should be used to represent each instance
",2456:"
Type of trigger to configure
",2467:"
Modes for behavior of the GPIO pin
",2491:"
Only one of the variables (gpio, message) should be used to represent each instance
",2499:"
Types for the event action
",2510:"
EventTriggerInfo() : type(EventTriggerConfiguration::NONE), instanceId(0), status(0)
Default constructor
",2531:"
EventActionInfo() : type(EventActionConfiguration::NONE), triggerId(0), instanceId(0)
Default constructor
",2541:"
MeasurementReferenceFrame()
Constructs a MeasurementReferenceFrame object with default values
",2565:"
uint16 getDataRateBase(
MipTypes::DataClass dataClass
) const
Gets the Data decimation base for the data rate calculations of the specified <InertialType>.
",2621:"
void setConstellationSettings(
const ConstellationSettingsData &dataToUse
)
Sets the GNSS Constellation Settings.
",2638:"
void setLowPassFilterSettings(
const LowPassFilterConfig &data
) const
Sets the low-pass filter settings.
",2640:"
void setComplementaryFilterSettings(
const ComplementaryFilterData &data
)
Sets the complementary filter settings.
",2642:"
DeviceStatusData getBasicDeviceStatus()
Gets the basic device status.
",2657:"
void sendExternalGNSSUpdate(
const ExternalGNSSUpdateData &gnssUpdateData
)
sends the external GNSS update command.
",2749:"
EulerAngles
Represents generic Euler Angles (roll, pitch, yaw).
",2773:"
Rotation
Structure that can represent either a Quaternion or EulerAngles object.
",3146:"
The enums for all the different data classes of MIP data.
",3321:"
The enums for all of the different MIP Channel Field IDs.
",3651:"
The enums for different MIP Channel Qualifiers.  This combined with the ChannelField produces a unique identifier for each individual channel that is collected.
",3780:"
A vector of ChannelField enums.
",3782:"
A vector of DataClass enums.
",9819:"
SampleRate
Represents a MicroStrain sample rate (rate at which data is sampling)
",9839:"
static SampleRate Event()
Creates a SampleRate object with the asynchronous/event type.
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10144:"
Value
Represents a single value that can be stored/accessed in multiple ways.
",10241:"
typedef for a 1-byte unsigned integer.
",10242:"
typedef for a 2-byte unsigned integer.
",10388:"
Bitfield
",10457:"
Error_NoData
There is no data available to be accessed
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/ExposedInertialTypes-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/ExposedInertialTypes-h.html deleted file mode 100644 index 28b737e00..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/ExposedInertialTypes-h.html +++ /dev/null @@ -1,3148 +0,0 @@ - - -ExposedInertialTypes.h - - - - - - - -
-
Types
-
- -
-
VehicleModeType
-

The enum for the different data descriptors.

PORTABLE_VEHICLE = 0x01 AUTOMOTIVE_VEHICLE = 0x02 AIRBORNE_VEHICLE = 0x03 AIRBORNE_HIGH_G_VEHICLE = 0x4

-
- -
-
GPSDynamicsMode
-

The enum for possible GPS dynamics modes.

GPS_PORTABLE = 0x00, GPS_STATIONARY = 0x02, GPS_PEDESTRIAN = 0x03, GPS_AUTOMOTIVE = 0x04, GPS_SEA = 0x05, GPS_AIRBORNE_1G = 0x06, GPS_AIRBORNE_2G = 0x07, GPS_AIRBORNE_4G = 0x08

-
- -
-
AxisBitfieldValues
-

The axis bitfield values for Tare Orientation.

RESET_ALL_AXIS = 0x00, TARE_ROLL_AXIS = 0x01, TARE_PITCH_AXIS = 0x02, TARE_YAW_AXIS = 0x04

-
- -
-
GNSS_Source
-

Dictates whether GNSS source is all internal, external, or single internal.

INTERNAL_GNSS_ALL = 0x01

All internal receivers

EXTERNAL_GNSS  = 0x02

External GNSS messages provided by user

INTERNAL_GNSS1  = 0x03

Internal GNSS Receiver 1 only

INTERNAL_GNSS2  = 0x04

Internal GNSS Receiver 2 only

-
- -
-
GnssFixFlags
-

The GNSS Fix Flags in the GPS Fix Information field

FIX_SBAS_CORRECTIONS

0x0001  - SBAS Corrections Used

FIX_DGNSS_CORRECTIONS

0x0002  - Differential (DGNSS) Corrections Used

-
- -
-
GnssFixType
-

The GNSS Fix Types with the GPS Fix Information field

FIXTYPE_3D

0x00  - 3D Fix

FIXTYPE_2D

0x01  - 2D Fix

FIXTYPE_TIMEONLY

0x02  - Time Only

FIXTYPE_NONE

0x03  - None

FIXTYPE_INVALID

0x04  - Invalid

FIXTYPE_RTK_FLOAT

0x05  - RTK Float

FIXTYPE_RTK_FIXED

0x06  - RTK Fixed

-
- -
-
DualAntennaFixType
-

The GNSS Dual Antenna Fix Types in the Estimation Filter GNSS Dual Antenna Status field

FIXTYPE_DUAL_ANTENNA_NONE

0x00  - None

FIXTYPE_DUAL_ANTENNA_FLOAT

0x01  - Dual Antenna Float

FIXTYPE_DUAL_ANTENNA_FIXED

0x02  - Dual Antenna Fixed

-
- -
-
DualAntennaStatusFlags
-

The bitmask definition for GNSS Dual Antenna Status in the Estimation Filter GNSS Dual Antenna Status field

DATA_VALID_REC_1

0x01  - Receiver 1 Data Valid - 0000 0001

DATA_VALID_REC_2

0x02  - Receiver 2 Data Valid - 0000 0010

ANTENNA_OFFSETS_VALID

0x04  - Antenna Offsets Valid - 0000 0100

-
- -
-
SpaceVehicleFlags
-

The Space Vehicle Flags in the Space Vehicle Information field

SVFLAG_NAVIGATION

0x0001  - SV Used for Navigation

SVFLAG_HEALTHY

0x0002  - SV Healthy

-
- -
-
DeviceSelector
-

The available device selectors.

DEVICE_AHRS

0x01

DEVICE_GPS

0x02

-
- -
-
PowerState
-

The available device power states.

ON_FULL_PERFORMANCE

0x01

ON_LOW_POWER

0x02

SLEEP

0x03

OFF

0x04

-
- -
-
StreamFormat
-

The available device data stream formats.

STANDARD_MIP

0x01  - standard MIP (default)

WRAPPED_RAW

0x02  - MIP wrapper around raw sensor data

-
- -
-
SensorState
-

The Sensor States with the GPS Hardware Status field

SENSORSTATE_OFF

0x00  - Sensor Off

SENSORSTATE_ON

0x01  - Sensor On

SENSORSTATE_UNKNOWN

0x02  - Sensor State Unknown

-
- -
-
AntennaState
-

The Antenna States with the GPS Hardware Status field

ANTENNASTATE_INIT

0x01  - Antenna Init

ANTENNASTATE_SHORT

0x02  - Antenna Short

ANTENNASTATE_OPEN

0x03  - Antenna Open

ANTENNASTATE_GOOD

0x04  - Antenna Good

ANTENNASTATE_UNKNOWN

0x05  - Antenna State Unknown

-
- -
-
AntennaPower
-

The Antenna Powers with the GPS Hardware Status field

ANTENNAPOWER_OFF

0x00  - Antenna Off

ANTENNAPOWER_ON

0x01  - Antenna On

ANTENNAPOWER_UNKNOWN

0x02  - Antenna Power Unknown

-
- -
-
FilterState
-

The Filter States with the NAV Filter Status field Refer to device documentation for supported filter states.

FILTERSTATE_STARTUP

0x00  - Startup

FILTERSTATE_INIT

0x01  - Initialization (see status flags)

FILTERSTATE_RUNNING_SLN_VALID

0x02  - Running, Solution Valid

FILTERSTATE_RUNNING_SLN_ERROR

0x03  - Running, Solution Error (see status flags)

FILTERSTATE_VERT_GYRO

0x02  - Vertical gyro mode

FILTERSTATE_AHRS

0x03  - AHRS mode

FILTERSTATE_FULL_NAV

0x04  - Full navigation mode

-
- -
-
FilterStatus_Running
-

Binary flags that give information with the NAV Filter Status field when filter is initialized and running. Each bit must be checked accordingly.  Refer to device documentation for supported filter status flags.

FILTERSTATUS_IMU_UNAVAILABLE

0x0001  - Filter Running, IMU Unavailable

FILTERSTATUS_GPS_UNAVAILABLE

0x0002  - Filter Running, GPS Unavailable

FILTERSTATUS_MATRIX_SINGULARITY_IN_CALC

0x0008  - Filter Running, Matrix Singularity in Calculation

FILTERSTATUS_POS_COVARIANCE_HIGH_WARN

0x0010  - Filter Running, Position Covariance High Warning

FILTERSTATUS_VEL_COVARIANCE_HIGH_WARN

0x0020  - Filter Running, Velocity Covariance High Warning

FILTERSTATUS_ATT_COVARIANCE_HIGH_WARN

0x0040  - Filter Running, Attitude Covariance High Warning

FILTERSTATUS_NAN_IN_SOLUTION

0x0080  - Filter Running, NAN in Solution

FILTERSTATUS_GYRO_BIAS_EST_HIGH_WARN

0x0100  - Filter Running, Gyro Bias Estimate High Warning

FILTERSTATUS_ACCEL_BIAS_EST_HIGH_WARN

0x0200  - Filter Running, Accel Bias Estimate High Warning

FILTERSTATUS_GYRO_SCALE_FACTOR_EST_HIGH_WARN

0x0400  - Filter Running, Gyro Scale Factor Estimate High Warning

FILTERSTATUS_ACCEL_SCALE_FACTOR_EST_HIGH_WARN

0x0800  - Filter Running, Accel Scale Factor Estimate High Warning

FILTERSTATUS_MAG_BIAS_EST_HIGH_WARN

0x1000  - Filter Running, Magnetometer Bias Estimate High Warning

FILTERSTATUS_ANTENNA_OFFSET_CORRECTION_EST_HIGH_WARN

0x2000  - Filter Running, GNSS Antenna Offset Correction Estimate High Warning

FILTERSTATUS_HARD_IRON_OFFSET_EST_HIGH_WARN

0x4000  - Filter Running, Hard Iron Offset Estimate High Warning

FILTERSTATUS_SOFT_IRON_CORRECTION_EST_HIGH_WARN

0x8000  - Filter Running, Soft Iron Correction Estimate High Warning

FILTERSTATUS_CONDITION

0x0003  - Filter Running, Filter Condition Indicator (mask for bits 1 and 2)

FILTERSTATUS_ROLL_PITCH_WARNING

0x0004  - Filter Running, Roll/Pitch angle warning

FILTERSTATUS_HEADING_WARNING

0x0008  - Filter Running, Heading angle warning

FILTERSTATUS_POSITION_WARNING

0x0010  - Filter Running, Position warning

FILTERSTATUS_VELOCITY_WARNING

0x0020  - Filter Running, Velocity warning

FILTERSTATUS_IMU_BIAS_WARNING

0x0040  - Filter Running, IMU bias warning

FILTERSTATUS_GNSS_CLK_WARNING

0x0080  - Filter Running, GNSS clock warning

FILTERSTATUS_ANT_LEVER_ARM_WARNING

0x0100  - Filter Running, Antenna lever arm warning

FILTERSTATUS_MOUNTING_TRANSFORM_WARNING

0x0200  - Filter Running, Mounting transformation warning

-
- -
-
FilterStatus_Initialization
-

Binary flags that give information with the NAV Filter Status field when filter is not initialized. Each bit must be checked accordingly.

FILTERSTATUS_ATT_NOT_INIT

0x1000  - Filter Initialization, Attitude not Initialized

FILTERSTATUS_POS_VEL_NOT_INIT

0x2000  - Filter Initialization, Position and Velocity not Initialized

-
- -
-
FilterCondition
-

Enum of possible filter conditions. On supported devices the filter condition is included in the Filter Status Flags value.

STABLE

0x01  - Filter stable

CONVERGING

0x02  - Filter converging

UNSTABLE

0x03  - Filter unstable

-
- -
-
DgnssBaseStatus
-

The Base Station Status in the DGNSS Information field. Note: 'UDRE' is User Differential Range Error.

DGNSSBASE_UDRE_SCALE_FACTOR_1_00

0  - UDRE Scale Factor = 1.0

DGNSSBASE_UDRE_SCALE_FACTOR_0_75

1  - UDRE Scale Factor = 0.75

DGNSSBASE_UDRE_SCALE_FACTOR_0_50

2  - UDRE Scale Factor = 0.5

DGNSSBASE_UDRE_SCALE_FACTOR_0_30

3  - UDRE Scale Factor = 0.3

DGNSSBASE_UDRE_SCALE_FACTOR_0_20

4  - UDRE Scale Factor = 0.2

DGNSSBASE_UDRE_SCALE_FACTOR_0_10

5  - UDRE Scale Factor = 0.1

DGNSSBASE_REFERENCE_STATION_TRANSMISSION_NOT_MONITORED

6  - Reference Station Transmission Not Monitored

DGNSSBASE_REFERENCE_STATION_NOT_WORKING

7  - Reference Station Not Working

-
- -
-
HeadingSource
-

The Heading Sources with the Heading Update Source State field

HEADINGSOURCE_NONE

0x0000  - No source, heading updates disabled

HEADINGSOURCE_INTERNAL_MAGNETOMETER

0x0001  - Internal Magnetometer

HEADINGSOURCE_INTERNAL_GPS_VELOCITY_VECTOR

0x0002  - Internal GPS Velocity Vector

HEADINGSOURCE_EXTERNAL_HEADING_UPDATE_CMD

0x0004  - External Heading Update Command

HEADINGSOURCE_GNSS_DUAL_ANTENNA

0x0008  - GNSS Dual Antenna

-
- -
-
HeadingUpdateEnableOption
-

The enum to represent the different available options and combinations for the Heading Update Control command (0x0D, 0x18)

ENABLE_NONE

0x00

ENABLE_INTERNAL_MAGNETOMETER

0x01

ENABLE_INTERNAL_GNSS

0x02

ENABLE_EXTERNAL_MESSAGES

0x03

ENABLE_MAGNETOMETER_AND_GNSS

0X04

ENABLE_GNSS_AND_EXTERNAL

0X05

ENABLE_MAGNETOMETER_AND_EXTERNAL

0X06

ENABLE_ALL

0x07

-
- -
-
EstimationControlOption
-

The enum to represent the different available options and combinations for the Estimation Control command (0x0D, 0x14)

ENABLE_GYRO_BIAS_ESTIMATION

0x0001

ENABLE_ACCEL_BIAS_ESTIMATION

0x0002

ENABLE_GYRO_SCALE_FACTOR_ESTIMATION

0x0004

ENABLE_ACCEL_SCALE_FACTOR_ESTIMATION

0X0008

ENABLE_GNSS_ANTENNA_OFFSET_ESTIMATION

0X0010

ENABLE_HARD_IRON_AUTO_CALIBRATION

0X0020

ENABLE_SOFT_IRON_AUTO_CALIBRATION

0x0040

-
- -
-
GeographicSourceOption
-

The enum to represent the source options for Declination (0x0D, 0x43), Inclination (0x0D, 0x4C), and Magnitude Source (0x0D, 0x4D)

NONE

0x01 - No source

WORLD_MAGNETIC_MODEL

0x02 - Magnetic field is assumed to conform to the World Magnetic Model

MANUAL

0x03 - Magnetic field is assumed to have the parameter specified by the user

-
- -
-
AdaptiveMeasurementMode
-

The enum to represent the different available options and combinations for the Adaptive Measurement commands (0x0D, 0x44-0x46)

ADAPTIVE_MEASUREMENT_DISABLE

0x00

ADAPTIVE_MEASUREMENT_ENABLE_FIXED

0x01

ADAPTIVE_MEASUREMENT_ENABLE_AUTO

0x02

-
- -
-
AidingMeasurementSource
-

The enum to represent the different available aiding measurement sources

GNSS_POS_VEL_AIDING

0x0000

GNSS_HEADING_AIDING

0x0001

ALTIMETER_AIDING

0x0002

ODOMETER_AIDING

0x0003

MAGNETOMETER_AIDING

0x0004

EXTERNAL_HEADING_AIDING

0x0005

EXTERNAL_ALTIMETER_AIDING

0x0006

EXTERNAL_MAGNETOMETER_AIDING

0x0007

BODY_FRAME_VEL_AIDING

0x0008

ALL_AIDING_MEASUREMENTS

0xFFFF

-
- -
-
ConstellationId
-

The enum to represent the different available constellation IDs for GNSS constellation settings

GPS

0x00

SBAS

0x01

GALILEO

0x02

BEIDOU

0x03

QZSS

0x05

GLONASS

0x06

-
- -
-
AutoAdaptiveFilteringLevel
-

The enum to represent the auto-adaptive filtering operating levels

FILTERING_OFF

0x00

FILTERING_CONSERVATIVE

0x01

FILTERING_MODERATE

0x02

FILTERING_AGGRESSIVE

0x03

-
- -
-
FactoryStreamingOption
-

The enum to represent the factory streaming action options

FACTORY_STREAMING_OVERWRITE

0x00

FACTORY_STREAMING_ADDITIVE

0x02

-
- -
-
PpsSource
-

The enum to represent the PPS source options

PPS_DISABLED

0x00

PPS_RECEIVER_1

0x01

PPS_RECEIVER_2

0x02

PPS_GPIO

0x03

PPS_GENERATED

0x04

-
- -
-
GnssAidingStatus
-

Bitmask for the GNSS Position and Attitude Aiding Status field values Note: GNSS constellation entries are defined by the corresponding constellation enum in GnssSignalConfiguration

GNSS_AIDING_TIGHT_COUPLING

0x0001  - 0000 0000 0000 0001

GNSS_AIDING_DIFFERENTIAL

0x0002  - 0000 0000 0000 0010

GNSS_AIDING_INTEGER_FIX

0x0004  - 0000 0000 0000 0100

GNSS_AIDING_GPS

0x0038  - 0000 0000 0011 1000

GNSS_AIDING_GLONASS

0x00C0  - 0000 0000 1100 0000

GNSS_AIDING_GALILEO

0x0700  - 0000 0111 0000 0000

GNSS_AIDING_BEIDOU

0x3800  - 0011 1000 0000 0000

GNSS_AIDING_NO_FIX

0x4000  - 0100 0000 0000 0000

GNSS_AIDING_CONFIG_ERROR

0x8000  - 1000 0000 0000 0000

-
- -
-
AidingMeasurementStatus
-

Bit definitions for the Aiding Measurement Summary Status field values

AIDING_MEASUREMENT_ENABLED

0x0001  - 0000 0000 0000 0001

AIDING_MEASUREMENT_USED

0x0002  - 0000 0000 0000 0010

AIDING_MEASUREMENT_WARNING_RESIDUAL_HIGH

0x0004  - 0000 0000 0000 0100

AIDING_MEASUREMENT_WARNING_SAMPLE_TIME

0x0008  - 0000 0000 0000 1000

AIDING_MEASUREMENT_CONFIG_ERROR

0x0010  - 0000 0000 0001 0000

AIDING_MEASUREMENT_MAX_COUNT_EXCEEDED

0x0020  - 0000 0000 0010 0000

-
- -
-
RtkCorrectionsStatus
-

Bit definitions for the RTK Corrections Epoch Status field value

RTK_CORRECTION_ANTENNA_POS_RECEIVED

0x0001  - 0000 0000 0000 0001

RTK_CORRECTION_ANTENNA_DESC_RECEIVED

0x0002  - 0000 0000 0000 0010

RTK_CORRECTION_GPS_RECEIVED

0x0004  - 0000 0000 0000 0100

RTK_CORRECTION_GLONASS_RECEIVED

0x0008  - 0000 0000 0000 1000

RTK_CORRECTION_GALILEO_RECEIVED

0x0010  - 0000 0000 0001 0000

RTK_CORRECTION_BEIDOU_RECEIVED

0x0020  - 0000 0000 0010 0000

RTK_CORRECTION_USING_GPS_MSM

0x0040  - 0000 0000 0100 0000

RTK_CORRECTION_USING_GLONASS_MSM

0x0080  - 0000 0000 1000 0000

-
- -
-
GnssSignalQuality
-

Value definitions for the GNSS Raw Observation Signal Quality field value

SIGNAL_QUALITY_NONE

0x00 - None

SIGNAL_QUALITY_SEARCHING

0x01 - Searching

SIGNAL_QUALITY_ACQUIRED

0x02 - Acquired

SIGNAL_QUALITY_UNUSABLE

0x03 - Unusable

SIGNAL_QUALITY_TIME_LOCKED

0x04 - Time Locked

SIGNAL_QUALITY_FULLY_LOCKED

0x05 - Fully Locked

-
- -
-
OverrangeStatusBitmask
-

Bitmasks for interpreting the Overrange Status (0x80,0x18) bitfield

OVERRANGE_ACCEL_X

0000 0000 0000 0001 - Accel X

OVERRANGE_ACCEL_Y

0000 0000 0000 0010 - Accel Y

OVERRANGE_ACCEL_Z

0000 0000 0000 0100 - Accel Z

OVERRANGE_GYRO_X

0000 0000 0001 0000 - Gyro X

OVERRANGE_GYRO_Y

0000 0000 0010 0000 - Gyro Y

OVERRANGE_GYRO_Z

0000 0000 0100 0000 - Gyro Z

OVERRANGE_MAG_X

0000 0001 0000 0000 - Mag X

OVERRANGE_MAG_Y

0000 0010 0000 0000 - Mag Y

OVERRANGE_MAG_Z

0000 0100 0000 0000 - Mag Z

OVERRANGE_PRESSURE

0001 0000 0000 0000 - Pressure

-
- -
-
SbasSystemIds
-

SBAS System identifiers

UNKNOWN_SBAS_SYSTEM

0 - Unknown

WAAS

1 - WAAS

EGNOS

2 - EGNOS

MSAS

3 - MSAS

GAGAN

4 - GAGAN

-
- -
-
SbasInfoStatus
-

Bitmasks for interpreting the SBAS Info (0x81,0x12) status bitfield

SBAS_INFO_RANGE_AVAILABLE

0x01 - Range Available

SBAS_INFO_CORRECTIONS_AVAILABLE

0x02 - Corrections Available

SBAS_INFO_INTEGRITY_AVAILABLE

0x04 - Integrity Available

SBAS_INFO_TEST

0x08 - Test Mode

-
- -
-
JammingState
-

GNSS Jamming State (as reported by the GNSS module)

JAMMING_STATE_UNKNOWN

0x00 - Jamming State Unknown

JAMMING_STATE_NONE

0x01 - No Jamming State

JAMMING_STATE_PARTIAL

0x02 - Partial Jamming State

JAMMING_STATE_SIGNIFICANT

0x03 - Significant Jamming State

-
- -
-
SpoofingState
-

GNSS Spoofing State (as reported by the GNSS module)

SPOOFING_STATE_UNKNOWN

0x00 - Spoofing State Unknown

SPOOFING_STATE_NONE

0x01 - No Spoofing State

SPOOFING_STATE_PARTIAL

0x02 - Partial Spoofing State

SPOOFING_STATE_SIGNIFICANT

0x03 - Significant Spoofing State

-
- -
-
SatellitePRNs
-

A vector of uint16 PRN#s for satellites.

-
- -
-
RTCMMessage
-

A string composing the RTCM message.

-
- -
-
VehicleModeTypes
-

A vector of VehicleModeType enum values

-
- -
-
AdaptiveFilterLevels
-

A vector of AutoAdaptiveFilteringLevel enum values

-
- -
-
PpsSourceOptions
-

A vector of <InertialTypes::PpsSource> values

-
- -
-
AidingMeasurementSourceOptions
-

A vector of <InertialTypes::AidingMeasurementSource> values

-
- -
-
GeographicSources
-

A vector of <InertialTypes::GeographicSourceOption> values

-
- -
-
GnssSources
-

A vector of <InertialTypes::GNSS_Source> values

-
- -
-
NmeaMessageFormats
-

A vector of NmeaMessageFormat objects.

-
- -
-
NmeaMessageFormat
-
NmeaMessageFormat
-

Defines a NMEA message format.

-
- -
-
Constants
-
- -
-
MAX_MESSAGES
-

Maximum number of configurable NMEA messages

-
- -
-
Types
-
- -
-
SentenceType
-

NMEA sentence type options

GGA

0x01 - GPS System Fix Data

GLL

0x02 - Geographic Position Lat/Lon

GSV

0x03 - GNSS Satellites in View

RMC

0x04 - Recommended Minimum Specific GNSS Data

VTG

0x05 - Course over Ground

HDT

0x06 - Heading, True

ZDA

0x07 - Time & Date

MSRA

0x81 - MicroStrain proprietary Euler angles

MSRR

0x82 - MicroStrain proprietary Angular Rate/Acceleration

-
- -
-
Talker
-

NMEA talker ID options

IGNORED

0 - Talker ID cannot be configured for the given sentence type

GNSS

1 - NMEA message will be produced with talker id "GN"

GPS

2 - NMEA message will be produced with talker id "GP"

GALILEO

3 - NMEA message will be produced with talker id "GA"

GLONASS

4 - NMEA message will be produced with talker id "GL"

-
- -
-
Constants
-
- -
-
MAX_FREQUENCY
-

NMEA message output is limited to either the MAX_FREQUENCY or the source descriptor set base rate, whichever is lower.

-
- -
-
Variables
-
- -
-
m_sentenceType
-
SentenceType m_sentenceType
-

The NMEA SentenceType type.

-
- -
-
m_talkerId
-
Talker m_talkerId
-

The NMEA Talker ID.

-
- -
-
m_sourceDescSet
-
MipTypes::DataClass m_sourceDescSet
-

The source descriptor set.

-
- -
-
m_baseRate
-
uint16 m_baseRate
-

Descriptor set base rate, updated with m_descSet

-
- -
-
m_decimation
-
uint16 m_decimation
-

The decimation from the base rate of m_descSet.

-
- -
-
Functions
-
- -
-
NmeaMessageFormat
-
NmeaMessageFormat()
-

Creates a NmeaMessageFormat object.

-
- -
-
NmeaMessageFormat
-
~NmeaMessageFormat()
-

Destructor for NmeaMessageFormat object.

-
- -
-
sentenceType
-
void sentenceType(
SentenceType type
)
-

Sets the NMEA SentenceType.

Parameters
type
SentenceType

SentenceType for this NMEA message configuration

-
- -
-
sentenceType
-
SentenceType sentenceType() const
-

Gets the NMEA SentenceType.

Returns
SentenceType

the sentence type of this NMEA message configuration

-
- -
-
talkerId
-
void talkerId(
Talker id
)
-

Sets the NMEA Talker ID.

Parameters
id
Talker

Talker ID for this NMEA message configuration

-
- -
-
talkerId
-
Talker talkerId() const
-

Gets the NMEA Talker ID.

Returns
Talker

the talker ID for this NMEA message configuration

-
- -
-
sourceDataClass
-
void sourceDataClass(
MipTypes::DataClass dataClass,
uint16 baseRate = 0
)
-

Sets the source MipTypes::DataClass

Note: if the previously set sampleRate is no longer valid, it will be updated to the closest valid sample rate.

Parameters
dataClass
MipTypes::DataClass

the MipTypes::DataClass source

baseRate
uint16

the base rate of the specified data class. This can be read from InertialNode::getDataRateBase.

-
- -
-
sourceDataClass
-
MipTypes::DataClass sourceDataClass() const
-

Gets the source MipTypes::DataClass

Returns
MipTypes::DataClass

the source data class for this NMEA message configuration

-
- -
-
sampleRate
-
void sampleRate(
SampleRate rate,
uint16 baseRate = 0
)
-

Sets the output sample rate. If baseRate is not specified, please use a SampleRate with RateType of decimation (SampleRate::Decimation(rateDecimation)) otherwise it will cannot be properly interpreted.

Note: the sample rate is limited to either the data class base rate or MAX_FREQUENCY (10 Hz), whichever is lower. If input is too high, it will be automatically reduced to the max value.  Sample rate can only be validated if base rate is specified.

Parameters
rate
SampleRate

the SampleRate at which to output

baseRate
uint16

the base rate of the specified data class. This can be read from InertialNode::getDataRateBase.

-
- -
-
sampleRate
-
SampleRate sampleRate() const
-

Gets the configured output SampleRate

Returns
SampleRate

the output sample rate for this NMEA message configuration

-
- -
-
updateDecimation
-
void updateDecimation(
uint16 newBaseRate
)
-

Update the decimation based on current data class and previous, new base rates.

-
- -
-
talkerIdRequired
-
static bool talkerIdRequired(
SentenceType sentenceType
)
-

[static] Checks whether a Talker ID is required for the specified SentenceType type.

-
- -
-
dataClassSupported
-
static bool dataClassSupported(
MipTypes::DataClass dataClass,
SentenceType sentenceType
)
-

[static] Checks whether the specified MipTypes::DataClass is supported for the specified SentenceType type.

-
- -
-
supportedDataClasses
-
static MipTypes::MipDataClasses supportedDataClasses(
SentenceType sentenceType
)
-

[static] Returns a list of supported MipTypes::DataClass values for the specified SentenceType type.

-
- -
-
fromCommandResponse
-
static NmeaMessageFormats fromCommandResponse(
const MipFieldValues &responseValues,
uint8 startIndex = 0
)
-

[static] Build NmeaMessageFormat objects from the read command response <MipFieldValues>.

Parameters
responseValues
const MipFieldValues&

<MipFieldValues> to populate the NmeaMessageFormat objects (first element should be count)

startIndex
uint8

default 0 - indicates the index at which to start reading from the responseValues (format count element). This should not need to be changed from the default value (0).

-
- -
-
baseRate
-
void baseRate(
uint16 base
)
-

Set base rate directly (usually done through sourceDataClass or sampleRate).

-
- -
-
toCommandParameters
-
MipFieldValues toCommandParameters() const
-

Generates command parameter MipFieldValues for single NmeaMessageFormat object.

-
- -
-
toCommandParameters
-
static MipFieldValues toCommandParameters(
const NmeaMessageFormats &nmeaFormats
)
-

[static] Build <MipFieldValues> parameters (including count) from a vector of NmeaMessageFormat objects.

-
- -
-
Matrix_3x3
-
Matrix_3x3
-

Defines a 3 by 3 matrix.

-
- -
-
Functions
-
- -
-
Matrix_3x3
-
Matrix_3x3(
float i00,
float i01,
float i02,
float i10,
float i11,
float i12,
float i20,
float i21,
float i22
)
-

Creates a Matrix object.

Parameters
a float for each matrix index (0, 0)

(2, 2)

-
- -
-
Matrix_3x3
-
Matrix_3x3(
MipFieldValues data
)
-

Creates a Matrix object based on a <MipFieldValues> object Note: MipFieldValues format must be 9 floats

-
- -
-
Matrix_3x3
-
Matrix_3x3()
-

Creates a zero-filled Matrix object.

-
- -
-
~Matrix_3x3
-
~Matrix_3x3()
-

Destroys a Matrix_3x3 object.

-
- -
-
set
-
void set(
uint8 row,
uint8 col,
float value
)
-

Sets matrix index to passed in float value.

Parameters
col
uint8

the column to set.

row
uint8

the row to set.

value
float

the value to set (row,col) to.

-
- -
-
operator()
-
#ifndef SWIG float operator() (uint8 row, uint8 col) const
-

Gets value at matrix index (row, col).

Parameters
row

the row to set.

col

the column to set.

-
- -
-
at
-
float at(
uint8 row,
uint8 col
) const
-

Gets value at matrix index (row, col).

Parameters
row
uint8

the row to set.

col
uint8

the column to set.

-
- -
-
asMipFieldValues
-
MipFieldValues asMipFieldValues() const
-

Gets the current matrix values formatted as a <MipFieldValues> object

-
- -
-
Variables
-
- -
-
m_array
-
std::array< std::array<float, 3>, 3 > m_array
-

A 3 by 3 array.

-
- -
-
Types
-
- -
-
Matrix_3x3s
-

A vector of Matrix_3x3 objects

-
- -
-
TimeUpdate
-
TimeUpdate
-

Contains time data for the GNSS_AssistTimeUpdate class.

-
- -
-
Functions
-
- -
-
TimeUpdate
-
TimeUpdate(
double timeOfWeek,
uint16 weekNumber,
float timeAccuracy = 0
)
-

Creates a TimeUpdate object.

Parameters
timeOfWeek
double

time into a given week in seconds.

weekNumber
uint16

the week number.

timeAccuracy
float

accuracy in seconds.

-
- -
-
~TimeUpdate
-
~TimeUpdate()
-

Destroys a TimeUpdate object.

-
- -
-
timeOfWeek
-
double timeOfWeek() const
-

time into a given week in seconds.

-
- -
-
weekNumber
-
uint16 weekNumber() const
-

the week number.

-
- -
-
timeAccuracy
-
float timeAccuracy() const
-

accuracy in seconds.

-
- -
-
Constants
-
- -
-
timeOfWeek
-

time into a given week in seconds.

-
- -
-
weekNumber
-

the week number.

-
- -
-
timeAccuracy
-

accuracy in seconds.

-
- -
-
ZUPTSettingsData
-

Contains the data for the AngularRateZUPTControl and VelocityZUPTControl classes.

-
- -
-
Functions
-
- -
-
ZUPTSettingsData
-
ZUPTSettingsData(
bool enable,
float threshold
) : enabled(enable), threshold(threshold)
-

Creates a ZUPTSettingsData object.

Parameters
enable
bool

whether the control is enabled

threshold
float

the threshold to trigger the control

-
- -
-
Variables
-
- -
-
enabled
-
bool enabled
-
- -
-
threshold
-
float threshold
-
- -
-
FixedReferencePositionData
-

Contains the data for Set Reference Position command.

-
- -
-
Functions
-
- -
-
FixedReferencePositionData
-
FixedReferencePositionData(
bool pEnable,
Position pReference
) : enable(pEnable), referencePosition(pReference)
-

Creates a FixedReferencePositionData object.

Parameters
pEnable
bool

indicates whether a fixed reference position should be used

pReference
Position

the reference position

-
- -
-
FixedReferencePositionData
-
FixedReferencePositionData() : enable(false), referencePosition(Position())
-

Creates a FixedReferencePositionData object.

-
- -
-
Variables
-
- -
-
enable
-
bool enable
-
- -
-
referencePosition
-
Position referencePosition
-
- -
-
SBASSettingsData
-

Contains the data for the SBASSettings class.

-
- -
-
Variables
-
- -
-
enableSBAS
-
bool enableSBAS
-
- -
-
enableRanging
-
bool enableRanging
-
- -
-
enableCorrectionData
-
bool enableCorrectionData
-
- -
-
applyIntegrityInfo
-
bool applyIntegrityInfo
-
- -
-
SatellitePRNs
-
SatellitePRNs satellitePRNs
-

The SatellitePRNs for all included satellites.

-
- -
-
Functions
-
- -
-
SBASSettingsData
-
SBASSettingsData(): enableSBAS(false), enableRanging(false), enableCorrectionData(false), applyIntegrityInfo(false)
-

Creates a SBASSettingsData object with default values.

-
- -
-
Constellation
-

Contains the satellite constellation data used in the ConstellationSettingsData class.

-
- -
-
Variables
-
- -
-
constellationID
-
InertialTypes::ConstellationId constellationID
-
- -
-
enabled
-
bool enabled
-
- -
-
reservedChannelCount
-
uint8 reservedChannelCount
-

The number of reserved channels.  (Must be <= 32)

-
- -
-
maxChannels
-
uint8 maxChannels
-

The maximum number of tracking channels.

-
- -
-
enableL1SAIF
-
bool enableL1SAIF
-

enables L1AIF for constellation QZSS

-
- -
-
Types
-
- -
-
Constellations
-

A vector of Constellation objects

-
- -
-
ConstellationSettingsData
-

Contains the data for the InertialNode::setConstellationSettings API call.

-
- -
-
Variables
-
- -
-
maxChannelsAvailable
-
uint16 maxChannelsAvailable
-
- -
-
maxChannelsToUse
-
uint16 maxChannelsToUse
-
- -
-
constellations
-
Constellations constellations
-
- -
-
LowPassFilterData
-

Contains the data for the InertialNode::setLowPassFilterSettings API call.

-
- -
-
Types
-
- -
-
ManualFilterBandwidthConfig
-

The enum for the different data descriptors.

SET_TO_HALF_REPORTING_RATE = 0X00 USER_SPECIFIED_CUTOFF_FREQ = 0x01

-
- -
-
Functions
-
- -
-
LowPassFilterData
-
LowPassFilterData() : dataDescriptor(mscl::MipTypes::ChannelField::CH_FIELD_SENSOR_SCALED_ACCEL_VEC), manualFilterBandwidthConfig(SET_TO_HALF_REPORTING_RATE), applyLowPassFilter(true), cutoffFrequency(0)
-
- -
-
LowPassFilterData
-
LowPassFilterData(
mscl::MipTypes::ChannelField descriptor
) : dataDescriptor(descriptor), manualFilterBandwidthConfig(SET_TO_HALF_REPORTING_RATE), applyLowPassFilter(true), cutoffFrequency(0)
-
- -
-
Variables
-
- -
-
dataDescriptor
-
mscl::MipTypes::ChannelField dataDescriptor
-

the data descriptor these settings apply to

Valid values (depending on device support):

CH_FIELD_SENSOR_SCALED_ACCEL_VEC  = 0x8004 CH_FIELD_SENSOR_SCALED_GYRO_VEC  = 0x8005 CH_FIELD_SENSOR_SCALED_MAG_VEC  = 0x8006 CH_FIELD_SENSOR_SCALED_AMBIENT_PRESSURE  = 0x8017

CH_FIELD_ESTFILTER_ESTIMATED_LINEAR_ACCEL  = 0x820D CH_FIELD_ESTFILTER_ESTIMATED_ANGULAR_RATE  = 0x820E CH_FIELD_ESTFILTER_COMPENSATED_ACCEL  = 0x821C

-
- -
-
manualFilterBandwidthConfig
-
ManualFilterBandwidthConfig manualFilterBandwidthConfig
-

The ManualFilterBandwidthConfig to use.

-
- -
-
applyLowPassFilter
-
bool applyLowPassFilter
-

applies low-pass filter if set to true.

-
- -
-
cutoffFrequency
-
float cutoffFrequency
-

Sets the cutoff frequency, only if manualFilterBandwidthConfig == USER_SPECIFIED_CUTOFF_FREQ

-
- -
-
Functions
-
- -
-
getDataDescriptorForCommand
-
static uint8 getDataDescriptorForCommand(
mscl::MipTypes::ChannelField descriptor
)
-

Formats the given MipTypes::ChannelField data descriptor to be written to a ByteStream command.

Parameters
descriptor
mscl::MipTypes::ChannelField

the MipTypes::ChannelField to format

Returns
uint8

the provided descriptor cast to uint8

-
- -
-
getDataDescriptorFromUint8
-
static mscl::MipTypes::ChannelField getDataDescriptorFromUint8(
uint8 descriptor
)
-

Gets the MipTypes::ChannelField data descriptor represented by the given uint8 descriptor.

Parameters
descriptor
uint8

the uint8 data descriptor

Returns
MipTypes::ChannelField

the provided descriptor cast to MipTypes::ChannelField

-
- -
-
Types
-
- -
-
LowPassFilterConfig
-

A vector of LowPassFilterData objects

-
- -
-
ComplementaryFilterData
-

Contains the data needed by the InertialNode::setComplementaryFilterSettings class.

-
- -
-
Functions
-
- -
-
ComplementaryFilterData
-
ComplementaryFilterData() : upCompensationEnabled(false), upCompensationTimeInSeconds(10), northCompensationEnabled(false), northCompensationTimeInSeconds(10)
-

Creates a ComplementaryFilterData object with default values.

-
- -
-
Variables
-
- -
-
upCompensationEnabled
-
bool upCompensationEnabled
-

determines whether or not the up compensation is enabled.

-
- -
-
upCompensationTimeInSeconds
-
float upCompensationTimeInSeconds
-

Sets the compensation time (in seconds) for the up compensation.

-
- -
-
northCompensationEnabled
-
bool northCompensationEnabled
-

determines whether or not the north compensation is enabled.

-
- -
-
northCompensationTimeInSeconds
-
float northCompensationTimeInSeconds
-

Sets the compensation time (in seconds) for the north compensation.

-
- -
-
PpsPulseInfo
-

Contains the 1PPS Pulse info for DeviceStatusData.

-
- -
-
Functions
-
- -
-
PpsPulseInfo
-
PpsPulseInfo(): count(0), lastTimeinMS(0)
-

Creates a PpsPulseInfo object with default values.

-
- -
-
Variables
-
- -
-
count
-
uint32 count
-

The number of 1PPS pulses

-
- -
-
lastTimeinMS
-
uint32 lastTimeinMS
-

Time of the last 1PPS pulse in MS (references System Timer)

-
- -
-
StreamInfo
-

Contains stream info for DeviceStatusData.

-
- -
-
Functions
-
- -
-
StreamInfo
-
StreamInfo(): enabled(false), outgoingPacketsDropped(0)
-

Creates a StreamInfo object with default values.

-
- -
-
Variables
-
- -
-
enabled
-
bool enabled
-
- -
-
outgoingPacketsDropped
-
uint32 outgoingPacketsDropped
-
- -
-
DeviceMessageInfo
-
- -
-
Functions
-
- -
-
DeviceMessageInfo
-
DeviceMessageInfo(): messageParsingErrors(0), messagesRead(0), lastMessageReadinMS(0)
-

Creates a DeviceMessageInfo object with default values.

-
- -
-
Variables
-
- -
-
messageParsingErrors
-
uint32 messageParsingErrors
-
- -
-
messagesRead
-
uint32 messagesRead
-
- -
-
lastMessageReadinMS
-
uint32 lastMessageReadinMS
-

Time of last message read for the stream in MS (references System Timer)

-
- -
-
PortInfo
-

Contains USB or COM port info for DeviceStatusData.

-
- -
-
Functions
-
- -
-
PortInfo
-
PortInfo(): bytesWritten(0), bytesRead(0), overrunsOnWrite(0), overrunsOnRead(0)
-

Creates a PortInfo object with default values.

-
- -
-
Variables
-
- -
-
bytesWritten
-
uint32 bytesWritten
-
- -
-
bytesRead
-
uint32 bytesRead
-
- -
-
overrunsOnWrite
-
uint32 overrunsOnWrite
-
- -
-
overrunsOnRead
-
uint32 overrunsOnRead
-
- -
-
TemperatureInfo
-

Contains internal temperature info for DeviceStatusData.

-
- -
-
Functions
-
- -
-
TemperatureInfo
-
TemperatureInfo(): onBoardTemp(0), lastReadInMS(0), error(0)
-

Creates a TemperatureInfo object with default values.

-
- -
-
Variables
-
- -
-
onBoardTemp
-
float onBoardTemp
-
- -
-
lastReadInMS
-
uint32 lastReadInMS
-

Time of last temperature sensor reading in MS (references System Timer)

-
- -
-
error
-
uint8 error
-
- -
-
Types
-
- -
-
DeviceStatusValues
-

Keys corresponding to the device status values returned by DeviceStatusData::asMap, DeviceStatusData::asValueMap.

ModelNumber  modelNumber StatusStructure  statusStructure SystemState  systemState() gnss1PpsPulseInfo_Count  gnss1PpsPulseInfo().count gnss1PpsPulseInfo_LastTimeinMS  gnss1PpsPulseInfo().lastTimeinMS GnssPowerStateOn  gnssPowerStateOn() ImuStreamInfo_Enabled  imuStreamInfo().enabled ImuStreamInfo_PacketsDropped  imuStreamInfo().outgoingPacketsDropped GnssStreamInfo_Enabled  gnssStreamInfo().enabled GnssStreamInfo_PacketsDropped  gnssStreamInfo().outgoingPacketsDropped EstimationFilterStreamInfo_Enabled  estimationFilterStreamInfo().enabled EstimationFilterStreamInfo_PacketsDropped  estimationFilterStreamInfo().outgoingPacketsDropped ComPortInfo_BytesRead  comPortInfo().bytesRead ComPortInfo_BytesWritten  comPortInfo().bytesWritten ComPortInfo_OverrunsOnRead  comPortInfo().overrunsOnRead ComPortInfo_OverrunsOnWrite  comPortInfo().overrunsOnWrite ImuMessageInfo_LastMessageReadinMS  imuMessageInfo().lastMessageReadinMS ImuMessageInfo_MessageParsingErrors  imuMessageInfo().messageParsingErrors ImuMessageInfo_MessagesRead  imuMessageInfo().messagesRead GnssMessageInfo_LastMessageReadinMS  gnssMessageInfo().lastMessageReadinMS GnssMessageInfo_MessageParsingErrors  gnssMessageInfo().messageParsingErrors GnssMessageInfo_MessagesRead  gnssMessageInfo().messagesRead TemperatureInfo_Error  temperatureInfo().error TemperatureInfo_LastReadInMS  temperatureInfo().lastReadInMS TemperatureInfo_OnBoardTemp  temperatureInfo().onBoardTemp PowerState  powerState() GyroRange  gyroRange() AccelRange  accelRange() HasMagnetometer  hasMagnetometer() HasPressure  hasPressure()

-
- -
-
DeviceStatusMap
-

A map of DeviceStatusValues, string entries.

-
- -
-
DeviceStatusValueMap
-

A map of DeviceStatusValues, Value entries.

-
- -
-
DeviceStatusData
-
DeviceStatusData
-

Contains the data needed by the InertialNode::getBasicDeviceStatus method.

-
- -
-
Types
-
- -
-
StatusSelector
-

Represents the two different types of statuses returned by DeviceStatus.

BASIC_STATUS_STRUCTURE

0x01 - used to receive a limited device status.

DIAGNOSTIC_STATUS_STRUCTURE

0x02 - used to receive a complete device status.

-
- -
-
SystemState
-

Enum of available system states.

SYSTEM_INITIALIZATION = 0x0001 SYSTEM_STARTUP = 0x0002 SYSTEM_RUNNING = 0x0003

-
- -
-
Functions
-
- -
-
DeviceStatusData
-
DeviceStatusData()
-

Creates a DeviceStatusData object with default values.

-
- -
-
Variables
-
- -
-
model
-
uint16 modelNumber
-
- -
-
statusStructure
-
StatusSelector statusStructure
-
- -
-
systemTimerInMS
-
uint32 systemTimerInMS
-
- -
-
Functions
-
- -
-
systemState
-
SystemState systemState()
-

get or set m_systemState

-
- -
-
gnssPowerStateOn
-
bool gnssPowerStateOn() const
-

get or set m_gnssPowerStateOn

-
- -
-
gnss1PpsPulseInfo
-
PpsPulseInfo gnss1PpsPulseInfo()
-

get or set m_gnss1PpsPulseInfo

-
- -
-
imuStreamInfo
-
StreamInfo imuStreamInfo()
-

get or set m_imuStreamInfo

-
- -
-
gnssStreamInfo
-
StreamInfo gnssStreamInfo()
-

get or set m_gnssStreamInfo

-
- -
-
estimationFilterStreamInfo
-
StreamInfo estimationFilterStreamInfo()
-

get or set m_estimationFilterStreamInfo

-
- -
-
imuMessageInfo
-
DeviceMessageInfo imuMessageInfo()
-

get or set m_imuMessageInfo

-
- -
-
gnssMessageInfo
-
DeviceMessageInfo gnssMessageInfo()
-

get or set m_gnssMessageInfo

-
- -
-
comPortInfo
-
PortInfo comPortInfo()
-

get or set m_comPortInfo

-
- -
-
usbPortInfo
-
PortInfo usbPortInfo()
-

get or set m_usbPortInfo

-
- -
-
hasMagnetometer
-
bool hasMagnetometer() const
-

get or set m_hasMagnetometer

-
- -
-
magnetometerInitializationFailed
-
bool magnetometerInitializationFailed() const
-

get or set m_magnetometerInitializationFailed

-
- -
-
hasPressure
-
bool hasPressure() const
-

get or set m_hasPressure

-
- -
-
pressureInitializationFailed
-
bool pressureInitializationFailed() const
-

get or set m_pressureInitializationFailed

-
- -
-
gnssReceiverInitializationFailed
-
bool gnssReceiverInitializationFailed() const
-

get or set m_gnssReceiverInitializationFailed

-
- -
-
coldStartOnPowerOn
-
bool coldStartOnPowerOn() const
-

get or set m_coldStartOnPowerOn

-
- -
-
temperatureInfo
-
TemperatureInfo temperatureInfo()
-

get or set m_temperatureInfo

-
- -
-
powerState
-
InertialTypes::PowerState powerState() const
-

get or set m_powerState

-
- -
-
gyroRange
-
uint16 gyroRange() const
-

get or set m_gyroRange

-
- -
-
accelRange
-
uint16 accelRange() const
-

get or set m_accelRange

-
- -
-
asMap
-
mscl::DeviceStatusMap asMap() const
-

get the device status as a map

-
- -
-
asValueMap
-
mscl::DeviceStatusValueMap asValueMap() const
-

get the device status as value map

-
- -
-
checkValue
-
template<typename T> void checkValue(
const boost::optional<T> &opt,
const std::string &valueName
) const
-

Throws an exception if an optional value isn't set.

Parameters
opt
const boost::optional<T>&

The boost::optional value to check if it is set.

valueName
const std::string&

The name of the value being checked. This will be included in the exception description if not set.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
isSet
-
template<typename T> bool isSet(
const boost::optional<T> &opt
) const
-

Checks whether the optional value is set.

Parameters
opt
const boost::optional<T>&

The boost::optional value to check if it is set.

Returns

true if the value is set, false if it is not set.

-
- -
-
Variables
-
- -
-
m_systemState
-
boost::optional<SystemState> m_systemState
-
- -
-
m_gnssPowerStateOn
-
boost::optional<bool> m_gnssPowerStateOn
-
- -
-
m_gnss1PpsPulseInfo
-
boost::optional<PpsPulseInfo> m_gnss1PpsPulseInfo
-
- -
-
m_imuStreamInfo
-
boost::optional<StreamInfo> m_imuStreamInfo
-
- -
-
m_gnssStreamInfo
-
boost::optional<StreamInfo> m_gnssStreamInfo
-
- -
-
m_estimationFilterStreamInfo
-
boost::optional<StreamInfo> m_estimationFilterStreamInfo
-
- -
-
m_imuMessageInfo
-
boost::optional<DeviceMessageInfo> m_imuMessageInfo
-
- -
-
m_gnssMessageInfo
-
boost::optional<DeviceMessageInfo> m_gnssMessageInfo
-
- -
-
m_comPortInfo
-
boost::optional<PortInfo> m_comPortInfo
-
- -
-
m_usbPortInfo
-
boost::optional<PortInfo> m_usbPortInfo
-
- -
-
m_hasMagnetometer
-
boost::optional<bool> m_hasMagnetometer
-
- -
-
m_magnetometerInitializationFailed
-
boost::optional<bool> m_magnetometerInitializationFailed
-
- -
-
m_hasPressure
-
boost::optional<bool> m_hasPressure
-
- -
-
m_pressureInitializationFailed
-
boost::optional<bool> m_pressureInitializationFailed
-
- -
-
m_gnssReceiverInitializationFailed
-
boost::optional<bool> m_gnssReceiverInitializationFailed
-
- -
-
m_coldStartOnPowerOn
-
boost::optional<bool> m_coldStartOnPowerOn
-
- -
-
m_temperatureInfo
-
boost::optional<TemperatureInfo> m_temperatureInfo
-
- -
-
m_powerState
-
boost::optional<InertialTypes::PowerState> m_powerState
-
- -
-
m_gyroRange
-
boost::optional<uint16> m_gyroRange
-

Gyroscope range in degrees/second

-
- -
-
m_accelRange
-
boost::optional<uint16> m_accelRange
-

Accelerometer range in gauss

-
- -
-
Types
-
- -
-
StatusSelectors
-

A vector of StatusSelector objects

-
- -
-
ExternalGNSSUpdateData
-

Contains the data needed by the InertialNode::sendExternalGNSSUpdate method.

-
- -
-
Variables
-
- -
-
gpsTimeOfWeek
-
double gpsTimeOfWeek
-
- -
-
gpsWeekNumber
-
uint16 gpsWeekNumber
-
- -
-
lattitude
-
double lattitude
-
- -
-
longitude
-
double longitude
-
- -
-
altitudeAboveWGS84Ellipsoid
-
double altitudeAboveWGS84Ellipsoid
-
- -
-
northVelocity
-
float northVelocity
-
- -
-
eastVelocity
-
float eastVelocity
-
- -
-
downVelocity
-
float downVelocity
-
- -
-
northPositionUncertainty
-
float northPositionUncertainty
-
- -
-
eastPositionUncertainty
-
float eastPositionUncertainty
-
- -
-
downPositionUncertainty
-
float downPositionUncertainty
-
- -
-
northVelocityUncertainty
-
float northVelocityUncertainty
-
- -
-
eastVelocityUncertainty
-
float eastVelocityUncertainty
-
- -
-
downVelocityUncertainty
-
float downVelocityUncertainty
-
- -
-
HeadingUpdateOptions
-

Contains the possible sources of aiding heading updates to the Kalman filter.  Some, all, or none of the options can be set as heading aids.

-
- -
-
Functions
-
- -
-
operator <InertialTypes::​HeadingUpdateEnableOption>
-

Converts this class to a <InertialTypes::HeadingUpdateEnableOption>.

-
- -
-
HeadingUpdateOptions
-
HeadingUpdateOptions() : useInternalMagnetometer(false), useInternalGNSSVelocityVector(false), useExternalHeadingMessages(false)
-
- -
-
HeadingUpdateOptions
-
HeadingUpdateOptions(
const InertialTypes::HeadingUpdateEnableOption &headingUpdateOption
)
-

Updates this class from a <InertialTypes::HeadingUpdateEnableOption> according to the Communications Protocol.

Parameters
headingUpdateOption
const InertialTypes::HeadingUpdateEnableOption&

The heading update used to fill in this object.

-
- -
-
Variables
-
- -
-
useInternalMagnetometer
-
bool useInternalMagnetometer
-
- -
-
useInternalGNSSVelocityVector
-
bool useInternalGNSSVelocityVector
-
- -
-
useExternalHeadingMessages
-
bool useExternalHeadingMessages
-
- -
-
Types
-
- -
-
HeadingUpdateOptionsList
-

A vector of HeadingUpdateOptions objects

-
- -
-
FilterInitialValuesSource
-

Options defining which initial filter values are user-specified or automatically determined on initialization.

Automatic

0x00  - Automatic position, velocity, and attitude

UserSpecified_Heading

0x01  - Automatic position and velocity, automatic pitch and roll, and user-specified heading

UserSpecified_Attitude

0x02  - Automatic position and velocity, fully user-specified attitude

UserSpecified_All

0x03  - User-specified position, velocity, and attitude

-
- -
-
HeadingAlignmentOption
-

Method options for automatically determining initial filter heading

GNSS_DualAntenna

0x01 - Dual-antenna GNSS alignment

GNSS_Kinematic

0x02 - GNSS kinematic alignment (GNSS velocity determines initial heading)

Magnetometer

0x04 - Magnetometer heading alignment

External

0x08 - External heading source

-
- -
-
HeadingAlignmentMethod
-

Struct to create and interact with a HeadingAlignmentOption bitfield

-
- -
-
Functions
-
- -
-
HeadingAlignmentMethod
-
HeadingAlignmentMethod()
-

Default constructor, value = 0

-
- -
-
HeadingAlignmentMethod
-
HeadingAlignmentMethod(
uint8 val
) : value(val)
-

Construct HeadingAlignmentMethod object with specified initial value.

Parameters
val
uint8

uint8 intial value

-
- -
-
Variables
-
- -
-
value
-
uint8 value
-

The HeadingAlignmentMethod bitfield value

-
- -
-
Functions
-
- -
-
select
-
void select(
HeadingAlignmentOption option
)
-

Add a <HeadingAlignmentOption> to the bitfield.

Parameters
option
HeadingAlignmentOption

<HeadingAlignmentOption> to enable

-
- -
-
deselect
-
void deselect(
HeadingAlignmentOption option
)
-

Remove a <HeadingAlignmentOption> from the bitfield.

Parameters
option
HeadingAlignmentOption

<HeadingAlignmentOption> to disable

-
- -
-
deselect
-

Checks whether the specified <HeadingAlignmentOption> is included in the bitfield.

Parameters
option

<HeadingAlignmentOption> to check

Returns
bool

true: specified <HeadingAlignmentOption> included in bitfield, false: option not included

-
- -
-
FilterInitializationValues
-

Struct to hold values for the Filter Initialization Config command.

-
- -
-
Functions
-
- -
-
FilterInitializationValues
-
FilterInitializationValues() : initialValuesSource(FilterInitialValuesSource::Automatic), autoHeadingAlignmentMethod(HeadingAlignmentOption::GNSS_Kinematic), referenceFrame(PositionVelocityReferenceFrame::ECEF)
-

Creates a FilterInitializationValues object with default values.

Default values: initialValuesSource - <FilterInitialValuesSource>::Automatic autoHeadingAlignmentMethod - <HeadingAlignmentMethod>::GNSS_Kinematic referenceFrame - <PositionVelocityReferenceFrame>::ECEF

-
- -
-
Variables
-
- -
-
autoInitialize
-
bool autoInitialize
-
- -
-
initialValuesSource
-
FilterInitialValuesSource initialValuesSource
-
- -
-
autoHeadingAlignmentMethod
-
HeadingAlignmentMethod autoHeadingAlignmentMethod
-
- -
-
initialAttitude
-
EulerAngles initialAttitude
-

Note: Only heading value will be used if initialValueSource indicates pitch/roll will be determined automatically.

-
- -
-
initialPosition
-
Position initialPosition
-
- -
-
initialVelocity
-
GeometricVector initialVelocity
-
- -
-
referenceFrame
- -
- -
-
Functions
-
- -
-
manualHeading
-
bool manualHeading()
-

Checks the value of initialValuesSource to determine if the initial heading needs to be set manually.

-
- -
-
manualAttitude
-
bool manualAttitude()
-

Checks the value of initialValuesSource to determine if the initial heading, pitch, and roll need to be set manually.

-
- -
-
manualPositionVelocity
-
bool manualPositionVelocity()
-

Checks the value of initialValuesSource to determine if the initial position and velocity need to be set manually.

-
- -
-
TareAxisValues
-

Contains the possible axis bitfield values.

-
- -
-
Functions
-
- -
-
operator <InertialTypes::​HeadingUpdateEnableOption>
-

Converts this class to a uint8.

-
- -
-
HeadingUpdateOptions
-
- -
-
Variables
-
- -
-
tareRollAxis
-
bool tareRollAxis
-
- -
-
tarePitchAxis
-
bool tarePitchAxis
-
- -
-
tareYawAxis
-
bool tareYawAxis
-
- -
-
Geographic Source Options
-

Holds the Geographic Source Option and the fixed value if manual is selected.  Determines the sources for Declination, Inclination, and Magnitude.

-
- -
-
Functions
-
- -
-
GeographicSourceOptions
-
GeographicSourceOptions() : source(InertialTypes::GeographicSourceOption::NONE), manual(0.0)
-
- -
-
GeographicSourceOptions
-
GeographicSourceOptions(
const InertialTypes::GeographicSourceOption &sourceValue,
const float fixedValue
) : source(sourceValue), manual(fixedValue)
-

constructs this class from a GeographicSourceOption and a float.

Parameters
sourceValue
const InertialTypes::GeographicSourceOption&

The geographic source option to use.

fixedValue
const float

The fixed value entered by the user to be used if the source is fixed.

-
- -
-
Variables
-
- -
-
source
-
InertialTypes::GeographicSourceOption source
-
- -
-
manual
-
float manual
-
- -
-
EstimationControlOptions
-

Controls which parameters are estimated by the Kalman Filter.  Some, all, or none of the options can be set as estimation controls.

-
- -
-
Functions
-
- -
-
operator <mscl::​uint16>
-

Converts this class to a <mscl::uint16>.

-
- -
-
EstimationControlOptions
-
EstimationControlOptions() : enableGyroBiasEstimation(false), enableAccelBiasEstimation(false), enableGyroScaleFactorEstimation(false), enableAccelScaleFactorEstimation(false), enableGNSSAntennaOffsetEstimation(false), enableHardIronAutoCalibration(false), enableSoftIronAutoCalibration(false)
-
- -
-
EstimationControlOptions
-
EstimationControlOptions(
const mscl::uint16 &estimationControlData
)
-

constructs this class from a <mscl::uint16> estimation control according to the Communications Protocol.

Parameters
estimationControlData
const mscl::uint16&

The estimation control data used to fill in this object.

-
- -
-
Variables
-
- -
-
enableGyroBiasEstimation
-
bool enableGyroBiasEstimation
-
- -
-
enableAccelBiasEstimation
-
bool enableAccelBiasEstimation
-
- -
-
enableGyroScaleFactorEstimation
-
bool enableGyroScaleFactorEstimation
-
- -
-
enableAccelScaleFactorEstimation
-
bool enableAccelScaleFactorEstimation
-
- -
-
enableGNSSAntennaOffsetEstimation
-
bool enableGNSSAntennaOffsetEstimation
-
- -
-
enableHardIronAutoCalibration
-
bool enableHardIronAutoCalibration
-
- -
-
enableSoftIronAutoCalibration
-
bool enableSoftIronAutoCalibration
-
- -
-
HeadingData
-
- -
-
Types
-
- -
-
HeadingType
-

Dictates whether heading is relative to true north or magnetic north.

-
- -
-
Variables
-
- -
-
headingAngle
-
float headingAngle
-
- -
-
headingAngleUncertainty
-
float headingAngleUncertainty
-
- -
-
AdaptiveMeasurementData
-
- -
-
Functions
-
- -
-
AdaptiveMeasurementData
-
AdaptiveMeasurementData() : mode(InertialTypes::AdaptiveMeasurementMode::ADAPTIVE_MEASUREMENT_DISABLE), lowPassFilterCutoff(0), lowLimit(0), highLimit(0), lowLimitUncertainty(0), highLimitUncertainty(0), minUncertainty(0)
-

Initialize an AdaptiveMeasurementData object with default values

-
- -
-
Variables
-
- -
-
mode
-
InertialTypes::AdaptiveMeasurementMode mode
-
- -
-
lowPassFilterCutoff
-
float lowPassFilterCutoff
-
- -
-
lowLimit
-
float lowLimit
-
- -
-
highLimit
-
float highLimit
-
- -
-
lowLimitUncertainty
-
float lowLimitUncertainty
-
- -
-
highLimitUncertainty
-
float highLimitUncertainty
-
- -
-
minUncertainty
-
float minUncertainty
-
- -
-
AutoAdaptiveFilterOptions
-
- -
-
Functions
-
- -
-
AutoAdaptiveFilterOptions
-
AutoAdaptiveFilterOptions() : level(InertialTypes::FILTERING_MODERATE), timeLimit(0)
-

Initializes a AutoAdaptiveFilterOptions object with default values

-
- -
-
AutoAdaptiveFilterOptions
-
AutoAdaptiveFilterOptions(
InertialTypes::AutoAdaptiveFilteringLevel lvl,
uint16 limit
) : level(lvl), timeLimit(limit)
-

Initializes a AutoAdaptiveFilterOptions object with specified values

-
- -
-
Variables
-
- -
-
level
-
InertialTypes::AutoAdaptiveFilteringLevel level
-

The auto-adaptive filter operating level

-
- -
-
timeLimit
-
uint16 timeLimit
-

The maximum duration of measurement rejection before entering recovery mode (ms)

-
- -
-
Types
-
- -
-
AdaptiveMeasurementModes
-

A vector of AdaptiveMeasurementMode enum values

-
- -
-
SignalConditioningValues
-
- -
-
Types
-
- -
-
DataConditioningFlags
-

Indicates the bit value used to enable/disable data conditioning features

-
- -
-
MagPowerBandwidthSettings
-

Indicates the magnetometer bandwidth and power consumption settings

HIGH = 0

High bandwidth, highest power consumption

LOW = 1

Bandwidth coupled to Data Rate, low power consumption (default)

-
- -
-
Variables
-
- -
-
dataConditioningFlags
-
uint16 dataConditioningFlags
-
- -
-
orientationCalcDecimation
-
uint16 orientationCalcDecimation
-
- -
-
accelGyroFilterWidth
-
uint8 accelGyroFilterWidth
-
- -
-
magFilterWidth
-
uint8 magFilterWidth
-
- -
-
upCompensation
-
uint16 upCompensation
-
- -
-
northCompensation
-
uint16 northCompensation
-
- -
-
magBandwidthPower
-
MagPowerBandwidthSettings magBandwidthPower
-
- -
-
Functions
-
- -
-
SignalConditioningValues
-
SignalConditioningValues()
-
- -
-
conditioningOptionOn
-
bool conditioningOptionOn(
DataConditioningFlags option
)
-

Checks whether the specified conditioning option bit is 1.

-
- -
-
setConditioningOptionOn
-
void setConditioningOptionOn(
DataConditioningFlags option
)
-

Sets the specified conditioning option bit to 1.

-
- -
-
setConditioningOptionOff
-
void setConditioningOptionOff(
DataConditioningFlags option
)
-

Sets the specified conditioning option bit to 0.

-
- -
-
EnableDisableMeasurements
-
- -
-
Types
-
- -
-
MeasurementOptions
-

Indicates the bit value used to enable/disable available measurement options

-
- -
-
Functions
-
- -
-
EnableDisableMeasurements
-
EnableDisableMeasurements()
-
- -
-
EnableDisableMeasurements
-
EnableDisableMeasurements(
uint16 option
) : measurementOptions(option)
-
- -
-
Variables
-
- -
-
measurementOptions
-
uint16 measurementOptions
-
- -
-
Functions
-
- -
-
optionEnabled
-
bool optionEnabled(
MeasurementOptions option
)
-

Checks whether the specified option is enabled.

-
- -
-
enableOption
-
void enableOption(
MeasurementOptions option
)
-

Enables the specified option.

-
- -
-
disableOption
-
void disableOption(
MeasurementOptions option
)
-

Disables the specified option.

-
- -
-
RTKDeviceStatusFlags
-
- -
-
Types
-
- -
-
ModemState
-

Modem state values OFF  - 0x00 - Off NO_NETWORK  - 0x01 - No Network NETWORK_CONNECTED  - 0x02 - Network Connected CONFIGURING_DATA_CONTEXT  - 0x03 - Configuring Data Context ACTIVATING_DATA_CONTEXT  - 0x04 - Activating Data Context CONFIGURING_SOCKET  - 0x05 - Configuring Socket WAITING_ON_SERVER_HANDSHAKE - 0x06 - Waiting on Server Handshake CONNECTED_AND_IDLE  - 0x07 - Connected + Idle CONNECTED_AND_STREAMING  - 0x08 - Connected + Streaming

-
- -
-
ConnectionType
-

Connection types NO_CONNECTION - 0x00 - No Connection CONNECTION_2G - 0x02 - 2G CONNECTION_3G - 0x03 - 3G CONNECTION_4G - 0x04 - 4G CONNECTION_5G - 0x05 - 5G

-
- -
-
Functions
-
- -
-
RTKDeviceStatusFlags
-
RTKDeviceStatusFlags()
-
- -
-
RTKDeviceStatusFlags
-
RTKDeviceStatusFlags(
const uint32 flags
) : Bitfield(static_cast<uint64>(flags))
-
- -
-
RTKDeviceStatusFlags
-
RTKDeviceStatusFlags(
RTKDeviceStatusFlags_v1 rtk_v1
)
-
- -
-
explicit conversion from RTKDeviceStatusFlags to RTKDeviceStatusFlags_v1
-

Only C++ compatible

-
- -
-
version
-
uint8 version() const
-
- -
-
modemState
-
ModemState modemState() const
-
- -
-
connectionType
-
ConnectionType connectionType() const
-
- -
-
rssi
-
int8 rssi() const
-
- -
-
signalQuality
-
uint8 signalQuality() const
-
- -
-
towerChangeIndicator
-
uint8 towerChangeIndicator() const
-
- -
-
nmeaTimeout
-
uint8 nmeaTimeout() const
-
- -
-
serverTimeout
-
uint8 serverTimeout() const
-
- -
-
rtcmTimeout
-
uint8 rtcmTimeout() const
-
- -
-
deviceOutOfRange
-
uint8 deviceOutOfRange() const
-
- -
-
correctionsUnavailable
-
uint8 correctionsUnavailable() const
-
- -
-
RTKDeviceStatusFlags_v1
-
- -
-
Types
-
- -
-
ControllerState
-

Controller state values IDLE  - 0x00 - Idle ACTIVE  - 0x04 - Active

-
- -
-
PlatformState
-

Platform state values MODEM_OFF  - 0x00 - Modem Off MODEM_POWERING_ON  - 0x01 - Modem Powering On MODEM_CONFIGURE  - 0x02 - Configuring Modem MODEM_POWERING_DOWN  - 0x03 - Modem Powering Down MODEM_READY  - 0x04 - Modem Ready MODEM_CONNECTING  - 0x05 - Modem Connecting to Network MODEM_DISCONNECTING  - 0x06 - Modem Disconnecting from Network MODEM_CONNECTED  - 0x07 - Modem Connected SERVICE_CONNECTING  - 0x08 - Connecting to RTK Service SERVICE_CONNECTION_FAILED  - 0x09 - Connection to RTK Service Failed SERVICE_CONNECTION_CANCELED  - 0x0A - Connection to RTK Service Canceled SERVICE_DISCONNECTING  - 0x0B - Disconnecting from RTK Service SERVICE_CONNECTED  - 0x0C - Connected to RTK Service PLATFORM_ERROR  - 0x0D - Platform Error RESET_MODEM  - 0x0E - Reset Modem

-
- -
-
ControllerStatusCode
-

Controller status code values CONTROLLER_OK  - 0x00 - Controller OK WAITING_NMEA  - 0x01 - Awaiting NMEA RTK_TIMEOUT  - 0x02 - RTK Timed Out RTK_UNAVAILABLE - 0x03 - RTK Unavailable CONFIG_INVALID  - 0x07 - Invalid Configuration

-
- -
-
PlatformStatusCode
-

Platform status code values PLATFORM_OK  - 0x00 - Platform OK RTK_CONNECTION_DROPPED  - 0x04 - RTK Service Connection Broken CELL_CONNECTION_DROPPED - 0x06 - Cell Connection Dropped MODEM_ERROR  - 0x07 - Modem Error

-
- -
-
ResetReason
-

Possible RTK reset reason values POWER_ON  - 0x00 - Reset due to Power-on UNKNOWN  - 0x01 - Hardware reset SOFT_RESET  - 0x02 - Soft reset HARDWARE_ERROR_RESET  - 0x03 - Watchdog reset

-
- -
-
Functions
-
- -
-
RTKDeviceStatusFlags_v1
-
RTKDeviceStatusFlags_v1()
-
- -
-
RTKDeviceStatusFlags_v1
-
RTKDeviceStatusFlags_v1(
uint32 flags
) : Bitfield(static_cast<uint64>(flags))
-
- -
-
RTKDeviceStatusFlags_v1
-
RTKDeviceStatusFlags_v1(
RTKDeviceStatusFlags rtk
) : Bitfield(rtk.value())
-
- -
-
explicit conversion from RTKDeviceStatusFlags_v1 to RTKDeviceStatusFlags
-

Only C++ compatible

-
- -
-
version
-
uint8 version() const
-
- -
-
controllerState
-
ControllerState controllerState() const
-
- -
-
platformState
-
PlatformState platformState() const
-
- -
-
controllerStatusCode
-
ControllerStatusCode controllerStatusCode() const
-
- -
-
platformStatusCode
-
PlatformStatusCode platformStatusCode() const
-
- -
-
resetReason
-
ResetReason resetReason() const
-
- -
-
signalQuality
-
uint8 signalQuality() const
-
- -
-
GnssSignalConfiguration
-
GnssSignalConfiguration
-
- -
-
Types
-
- -
-
GpsSignal
-

Available GPS signals.

L1CA

0x01 - L1CA: 00000001

L2C

0x02 - L2C:  00000010

-
- -
-
GlonassSignal
-

Available GLONASS signals.

L1OF

0x01 - L1OF: 00000001

L2OF

0x02 - L2OF: 00000010

-
- -
-
GalileoSignal
-

Available Galileo signals.

E1

0x01 - E1:  00000001

E5B

0x02 - E5B: 00000010

-
- -
-
BeiDouSignal
-

Available BeiDou signals.

B1

0x01 - B1: 00000001

B2

0x02 - B2: 00000010

-
- -
-
Functions
-
- -
-
GnssSignalConfiguration
-
GnssSignalConfiguration()
-
- -
-
enableGpsSignal
-
void enableGpsSignal(
GpsSignal signal,
bool enable = true
)
-

Enable or disable specified GPS signal

-
- -
-
gpsSignalEnabled
-
bool gpsSignalEnabled(
GpsSignal signal
)
-

Check whether the specified GPS signal is enabled

-
- -
-
gpsSignalValue
-
void gpsSignalValue(
uint8 val
)
-

Gets or sets the underlying value for the GPS signal bitfield

-
- -
-
enableGlonassSignal
-
void enableGlonassSignal(
GlonassSignal signal,
bool enable = true
)
-

Enable or disable specified GLONASS signal

-
- -
-
glonassSignalEnabled
-
bool glonassSignalEnabled(
GlonassSignal signal
)
-

Check whether the specified GLONASS signal is enabled

-
- -
-
glonassSignalValue
-
void glonassSignalValue(
uint8 val
)
-

Gets or sets the underlying value for the GLONASS signal bitfield

-
- -
-
enableGalileoSignal
-
void enableGalileoSignal(
GalileoSignal signal,
bool enable = true
)
-

Enable or disable specified Galileo signal

-
- -
-
galileoSignalEnabled
-
bool galileoSignalEnabled(
GalileoSignal signal
)
-

Check whether the specified Galileo signal is enabled

-
- -
-
galileoSignalValue
-
void galileoSignalValue(
uint8 val
)
-

Gets or sets the underlying value for the Galileo signal bitfield

-
- -
-
enableBeiDouSignal
-
void enableBeiDouSignal(
BeiDouSignal signal,
bool enable = true
)
-

Enable or disable specified BeiDou signal

-
- -
-
beidouSignalEnabled
-
bool beidouSignalEnabled(
BeiDouSignal signal
)
-

Check whether the specified BeiDou signal is enabled

-
- -
-
beidouSignalValue
-
void beidouSignalValue(
uint8 val
)
-

Gets or sets the underlying value for the BeiDou signal bitfield

-
- -
-
PositionReferenceConfiguration
-
- -
-
Variables
-
- -
-
autoConfig
-
bool autoConfig
-

Indicates whether the position reference is automatically determined (position value ignored if true).

-
- -
-
position
-
Position position
-

The reference position value.

-
- -
-
AntennaLeverArmCalConfiguration
-
- -
-
Variables
-
- -
-
enabled
-
bool enabled
-

Enable or disable lever arm error tracking

-
- -
-
maxOffsetError
-
float maxOffsetError
-

Maximum offset error magnitude

-
- -
-
OdometerConfiguration
-
OdometerConfiguration
-
- -
-
Types
-
- -
-
Mode
-

Odometer mode options DISABLED  - 0x00 - Encoder is disabled SINGLE  - 0x01 - Single pulse input; one direction only QUADRATURE  - 0x02 - Quadrature encoder mode

-
- -
-
Functions
-
- -
-
mode
-
Mode mode() const
-

Get/Set the mode

-
- -
-
uncertainty
-
float uncertainty() const
-

Get/Set the uncertainty (m/m)

-
- -
-
scaling
-
float scaling() const
-

Get/Set the scaling value directly (pulses per meter)

-
- -
-
scaling
-
void scaling(
float resolution,
float radius
)
-

Set the scaling by specifying the encoder resolution and the wheel radius.  Scaling = encoder resultion / (2pi * radius)

Parameters
resolution
float

encoder resolution (pulses per revolution)

radius
float

wheel radius (meters)

Note: 0 is an invalid value for both radius and resolution and will resulting in scaling = 0

-
- -
-
Variables
-
- -
-
m_mode
-
Mode m_mode
-
- -
-
m_scaling
-
float m_scaling
-
- -
-
m_unc
-
float m_unc
-
- -
-
GpioConfiguration
-
- -
-
Types
-
- -
-
Feature
-

GPIO Feature options. Determines how the pin will be used

UNUSED_FEATURE

0x00 - Pin is unused

GPIO_FEATURE

0x01 - Direct control of pin output state or to stream the state of the pin

PPS_FEATURE

0x02 - Pulse per second input or output

ENCODER_FEATURE

0x03 - Motor encoder/odometer input

EVENT_TIMESTAMP_FEATURE

0x04 - Precision event timestamping

UART_FEATURE

0x05 - UART data or control lines

-
- -
-
GpioBehavior
-

GPIO Pin behavior

GPIO_UNUSED

0x00 - Pin is unused

GPIO_INPUT

0x01 - Pin will be an input

GPIO_OUTPUT_LOW

0x02 - Pin is an output initially in the LOW state

GPIO_OUTPUT_HIGH

0x03 - Pin is an output initially in the HIGH state

-
- -
-
PpsBehavior
-

PPS Pin behavior

UNUSED

0x00 - Pin is unused

PPS_INPUT

0x01 - Pin will receive the pulse-per-second signal

PPS_OUTPUT

0x02 - Pin will transmit the pulse-per-second signal from the device

-
- -
-
EncoderBehavior
-

Encoder Pin behavior

ENCODER_UNUSED

0x00 - Pin is unused

ENCODER_A

0x01 - Encoder A

ENCODER_B

0x02 - Encoder B

-
- -
-
EventTimestampBehavior
-

Event Timestamp Pin behavior

TIMESTAMP_UNUSED

0x00 - Pin is unused

TIMESTAMP_RISING

0x01 - Rising edge will be timestamped

TIMESTAMP_FALLING

0x02 - Falling edge will be timestamped

TIMESTAMP_EITHER

0x03 - Both rising and falling edges will be timestamped

-
- -
-
UartBehavior
-

UART Pin behavior Note: only one Transmit and one Receive pin can be configured per port pair (see documentation)

UART_UNUSED

0x00 - Pin is unused

UART_PORT2_TX

0x21 - UART port 2 transmit

UART_PORT2_RX

0x22 - UART port 2 receive

UART_PORT3_TX

0x31 - UART port 3 transmit

UART_PORT3_RX

0x32 - UART port 3 receive

-
- -
-
PinModes
-

PinModes for the pinMode Bitfield

NONE

0x00 - Pin not set

OPEN_DRAIN

0x01 - The pin will be an open-drain output

PULLDOWN

0x02 - The pin will have an internal pull-down resistor enabled

PULLUP

0x04 - The pin will have an internal pull-up resistor enabled

-
- -
-
Functions
-
- -
-
pinModeValue
-
void pinModeValue(
uint8 val
)
-

Gets or sets the underlying value for the pin mode bitfield

-
- -
-
fromCommandResponse
-
static GpioConfiguration fromCommandResponse(
const MipFieldValues &responseValues,
uint8 startIndex = 0
)
-

[static] Build a GpioConfiguration object from the read command response <MipFieldValues>.

Parameters
responseValues
const MipFieldValues&

<MipFieldValues> to populate the GpioConfiguration object

startIndex
uint8

default 0 - indicates the index at which to start reading from the responseValues. This should not need to be changed from the default value (0).

-
- -
-
Types
-
- -
-
GpioPinId
-

A uint8 representing logical GPIO pin IDs

-
- -
-
GpioPinModeOptions
-

A vector of GpioConfiguration::PinModes representing masked pin modes

-
- -
-
GpioBehaviorModes
-

A map of uint behavior ID, GpioPinModeOptions pairs

-
- -
-
GpioFeatureBehaviors
-

A map of GpioConfiguration::Feature, GpioBehaviorModes pairs

-
- -
-
GpioPinOptions
-

A map of uint GpioPinId, GpioFeatureBehaviors pairs

-
- -
-
EventControlMode
-

Event control modes DISABLED  - 0x00 - Trigger is disabled ENABLED  - 0x01 - Trigger is enabled TEST  - 0x02 - Force the trigger into the active state TEST_PULSE - 0x03 - Force the trigger into the active state for one event cycle

-
- -
-
EventTriggerGpioParameter
-
- -
-
Types
-
- -
-
Mode
-

How the pin state affects the trigger DISABLED  - 0x00 - The pin will have no effect and the trigger will never activate WHILE_HIGH - 0x01 - The trigger will be active while the pin is high WHILE_LOW  - 0x02 - The trigger will be active while the pin is low EDGE  - 0x04 - Use if the pin is configured for time-stamping via the 3DM GPIO Configuration command (0x0C41)

-
- -
-
EventTriggerThresholdParameter
-
- -
-
Types
-
- -
-
Type
-

How the pin state affects the trigger WINDOW_TYPE  - 0x01 - Window comparison INTERVAL_TYPE - 0x02 - Trigger at evenly-spaced intervals

-
- -
-
Variables
-
- -
-
type
-
Type type
-

Determines the type of comparison

-
- -
-
lowThreshold
-
double lowThreshold
-

Low threshold

-
- -
-
highThreshold
-
double highThreshold
-

High threshold

-
- -
-
Functions
-
- -
-
channel
-
void channel(
MipTypes::ChannelField channelField,
MipTypes::ChannelQualifier channelQualifier
)
-

Set the channel field and qualifier

-
- -
-
channel
-
void channel(
MipTypes::ChannelField channelField,
uint8 index
)
-

Set the channel field and qualifier index

-
- -
-
channelField
-
MipTypes::ChannelField channelField() const
-

Get the channel field

-
- -
-
channelQualifier
-
MipTypes::ChannelQualifier channelQualifier() const
-

Get the channel qualifier

-
- -
-
channelIndex
-
uint8 channelIndex() const
-

Get the channel qualifier index Default value: 0 (unset)

-
- -
-
Variables
-
- -
-
m_channelQualifier
-
MipTypes::ChannelQualifier m_channelQualifier
-

The target qualifier within the MIP field

-
- -
-
m_channelIndex
-
uint8 m_channelIndex
-

1-based index of the target qualifier within the MIP field default value: 0 (unset)

-
- -
-
m_channelField
-
MipTypes::ChannelField m_channelField
-

MIP channel field

-
- -
-
EventTriggerCombinationParameter
-
- -
-
EventTriggerParameters
-

Only one of the variables (gpio, threshold, combination) should be used to represent each instance

-
- -
-
Functions
-
- -
-
EventTriggerParameters
-
EventTriggerParameters() : combination()
-

Default constructor

-
- -
-
Variables
-
- -
-
gpio
- -

Event GPIO trigger parameters

-
- -
-
threshold
- -

Event threshold trigger parameters

-
- -
-
combination
- -

Event combination trigger parameters

-
- -
-
EventTriggerConfiguration
-
- -
-
Types
-
- -
-
Type
-

Type of trigger to configure

NONE

0x00 - No trigger selected. The state will always be inactive

GPIO_TRIGGER

0x01 - Trigger based on the state of a GPIO pin

THRESHOLD_TRIGGER

0x02 - Compare a data quantity against a high and low threshold

COMBINATION_TRIGGER

0x03 - Logical combination of two or more triggers

-
- -
-
Variables
-
- -
-
instance
-
uint8 instance
-

Trigger number

-
- -
-
trigger
-
Type trigger
-

Type of trigger

-
- -
-
parameters
- -

Trigger parameters

-
- -
-
EventActionGpioParameter
-
- -
-
Types
-
- -
-
Mode
-

Modes for behavior of the GPIO pin

DISABLED

0x00 - Pin state will not be changed

ACTIVE_HIGH

0x01 - Pin will be set high when the trigger is active and low otherwise

ACTIVE_LOW

0x02 - Pin will be set low when the trigger is active and high otherwise

ONESHOT_HIGH

0x05 - Pin will be set high each time the trigger activates. It will not be set low

ONESHOW_LOW

0x06 - Pin will be set low each time the trigger activates. It will not be set high

TOGGLE

0x07 - Pin will change to the opposite state each time the trigger activates

-
- -
-
Variables
-
- -
-
pin
-
uint8 pin
-

GPIO pin number

-
- -
-
mode
-
Mode mode
-

Behavior of the GPIO pin

-
- -
-
EventActionMessageParameter
-
- -
-
Constants
-
- -
-
MAX_DESCRIPTORS
-

Maximum supported descriptors

-
- -
-
Variables
-
- -
-
sampleRate
-
SampleRate sampleRate
-

Sample rate to output fields at when action is triggered. SampleRate::Event() (type Event,  indicates only a single packet will be output when triggered.

-
- -
-
Functions
-
- -
-
dataClass
-
MipTypes::DataClass dataClass() const
-

Get the MipTypes::DataClass

-
- -
-
setChannelFields
-
void setChannelFields(
MipTypes::DataClass dataClass,
const MipTypes::MipChannelFields &fields
)
-

Set the MipTypes::ChannelFields

-
- -
-
getChannelFields
-
MipTypes::MipChannelFields getChannelFields() const
-

Get a list of MipTypes::ChannelField

-
- -
-
Variables
-
- -
-
descriptorSet
-
MipTypes::DataClass m_descriptorSet
-

Descriptor set for the fields that will be produced when the event occurs

-
- -
-
m_channelFields
-
std::array<MipTypes::ChannelField, MAX_DESCRIPTORS> m_channelFields
-

MipTypes::ChannelFields to output when the event occurs

-
- -
-
Functions
-
- -
-
filterFields
- -

Removes fields not in the specified MipTypes::DataClass

-
- -
-
EventActionParameters
-

Only one of the variables (gpio, message) should be used to represent each instance

-
- -
-
Functions
-
- -
-
EventActionParameters
-
EventActionParameters() : message()
-

Default constructor

-
- -
-
Variables
-
- -
-
gpio
- -

Event action GPIO parameters

-
- -
-
message
- -

Event action message parameters

-
- -
-
EventActionConfiguration
-
- -
-
Types
-
- -
-
Type
-

Types for the event action

NONE

0x00 - No action. Parameters should be empty

GPIO

0x01 - Control the state of a GPIO pin. See EventActionGpioParameter

MESSAGE

0x02 - Output a data packet. See EventActionMessageParameter

-
- -
-
Variables
-
- -
-
instance
-
uint8 instance
-

Action number

-
- -
-
trigger
-
uint8 trigger
-

ID of trigger that will cause this action to occur. If 0, this action is not linked to any event triggers.

-
- -
-
type
-
Type type
-

Type of action

-
- -
-
parameters
- -

Action parameters

-
- -
-
EventTriggerInfo
-

Information about an event trigger

-
- -
-
Functions
-
- -
-
EventTriggerInfo
-
EventTriggerInfo() : type(EventTriggerConfiguration::NONE), instanceId(0), status(0)
-

Default constructor

-
- -
-
EventTriggerInfo
-
EventTriggerInfo(
const EventTriggerConfiguration::Type type,
const uint8 instanceId,
const uint8 status
) : type(type), instanceId(instanceId), status(status)
-
- -
-
Types
-
- -
-
Status
-

Trigger status masks for the status bitfield

ACTIVE

0x01 - Active bitmask

ENABLED

0x02 - Enabled bitmask

TEST

0x04 - Test mode bitmask

-
- -
-
Variables
-
- -
-
type
- -

Configured trigger type

-
- -
-
instanceId
-
uint8 instanceId
-

Instance ID of the trigger

-
- -
-
Functions
-
- -
-
isActive
-
bool isActive() const
-

True if the trigger is currently active (either due to its logic or being in test mode)

-
- -
-
isEnabled
-
bool isEnabled() const
-

True if the trigger is enabled

-
- -
-
isTestMode
-
bool isTestMode() const
-

True if the trigger is in test mode

-
- -
-
setStatus
-
void setStatus(
uint8 value
)
-

Sets the value of the status bitfield

-
- -
-
Variables
-
- -
-
status
-
Bitfield status
-

Trigger status

-
- -
-
Types
-
- -
-
EventTriggerStatus
-

A vector of EventTriggerInfo

-
- -
-
EventActionInfo
-

Information about an event action

-
- -
-
Functions
-
- -
-
EventActionInfo
-
EventActionInfo() : type(EventActionConfiguration::NONE), triggerId(0), instanceId(0)
-

Default constructor

-
- -
-
EventActionInfo
-
EventActionInfo(
const EventActionConfiguration::Type type,
const uint8 triggerId,
const uint8 instanceId
) : type(type), triggerId(triggerId), instanceId(instanceId)
-
- -
-
Variables
-
- -
-
type
- -

Configured EventActionConfiguration::Type

-
- -
-
triggerId
-
uint8 triggerId
-

Associated event trigger instance

-
- -
-
instanceId
-
uint8 instanceId
-

Instance ID of the action

-
- -
-
Types
-
- -
-
EventActionStatus
-

A vector of EventActionInfo

-
- -
-
MeasurementReferenceFrame
-
MeasurementReferenceFrame
-

Represents a configurable Aiding Measurement reference frame (0x13,0x01)

-
- -
-
Functions
-
- -
-
MeasurementReferenceFrame
-
MeasurementReferenceFrame()
-

Constructs a MeasurementReferenceFrame object with default values

-
- -
-
MeasurementReferenceFrame
-
MeasurementReferenceFrame(
const PositionOffset &translation,
const Rotation &rotation
) : m_translation(translation), m_rotation(rotation)
-

Constructs a MeasurementReferenceFrame object with the specified translation and rotation values

Parameters
translation
const PositionOffset&

PositionOffset of the aiding measurement in the vehicle frame

rotation
const Rotation&

Rotation of the aiding measurement in the vehicle frame

-
- -
-
MeasurementReferenceFrame
-
MeasurementReferenceFrame(
const MipFieldValues &data,
uint8 offset = 0
)
-

Creates a MeasurementReferenceFrame object based on specified <MipFieldValues> data

Parameters
<MipFieldValues>

format must be a u8 rotation format id and 6 or 7 floats

offset
uint8

default: 0 - uint8 index offset to start reading from

-
- -
-
asMipFieldValues
-
MipFieldValues asMipFieldValues() const
-

Gets the current reference frame values formatted as a <MipFieldValues> object

Returns
<MipFieldValues>

collection of values that represents this object.

-
- -
-
appendMipFieldValues
-
void appendMipFieldValues(
MipFieldValues &appendTo
) const
-

Adds the properly formatted <MipFieldValues> that represent this object to the specified collection.

Parameters
appendTo
MipFieldValues&

(reference) the <MipFieldValues> collection to append to

-
- -
-
Variables
-
- -
-
m_translation
-
PositionOffset m_translation
-

The PositionOffset of this reference frame.

-
- -
-
m_rotation
-
Rotation m_rotation
-

The Rotation of this reference frame.

-
- -
-
m_enableErrorTracking
-

Indicates whether error tracking is enabled for this reference frame

-
- -
-
Functions
-
- -
-
translation
-
PositionOffset translation() const
-

Get the PositionOffset translation of this reference frame.

Returns
PositionOffset

the translation value

-
- -
-
translation
-
void translation(
const PositionOffset &translation
)
-

Set the PositionOffset translation of this reference frame.

Parameters
translation
const PositionOffset&

the PositionOffset to set

-
- -
-
rotation
-
Rotation rotation() const
-

Get the Rotation of this reference frame

Returns
Rotation

the rotation value

-
- -
-
rotation
-
void rotation(
const Rotation &rotation
)
-

Set the Rotation of this reference frame.

Parameters
rotation
const Rotation&

the Rotation to set

-
- -
-
errorTrackingEnabled()
-
bool errorTrackingEnabled() const
-

Indicates whether error tracking is enabled for this reference frame.

Returns
bool

the error tracking enabled value

-
- -
-
enableErrorTracking
-
void enableErrorTracking(
bool enable = true
)
-

Enable/Disable error tracking for this reference frame.

Parameters
enable
bool

bool (default true) - true: enable error tracking, false: disable error tracking

-
- -
-
Types
-
- -
-
MeasurementReferenceFrames
-

A map of reference frame IDs with their associated MeasurementReferenceFrame values.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/InertialNode-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/InertialNode-h-Summary.js deleted file mode 100644 index 6a7fc2361..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/InertialNode-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Inertial/InertialNode.h","InertialNode.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Inertial/InertialNode.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[2559,0,0,"InertialNode","InertialNode"],[2560,0,2,"Functions","InertialNode.Functions"],[2561,0,1,"InertialNode","InertialNode.InertialNode"],[2562,0,1,"getDataPackets","InertialNode.getDataPackets"],[2563,0,1,"totalPackets","InertialNode.totalPackets"],[2564,0,1,"pollData","InertialNode.pollData"],[2565,0,1,"getDataRateBase","InertialNode.getDataRateBase"],[2566,0,1,"getActiveChannelFields","InertialNode.getActiveChannelFields"],[2567,0,1,"setActiveChannelFields","InertialNode.setActiveChannelFields"],[2568,0,1,"saveActiveChannelFields","InertialNode.saveActiveChannelFields"],[2569,0,1,"setFactoryStreamingChannels","InertialNode.setFactoryStreamingChannels"],[2570,0,1,"getInterfaceControl","InertialNode.getInterfaceControl"],[2571,0,1,"setInterfaceControl","InertialNode.setInterfaceControl"],[2572,0,1,"setInterfaceControl","InertialNode.setInterfaceControl(2)"],[2573,0,1,"getCommunicationMode","InertialNode.getCommunicationMode"],[2574,0,1,"setCommunicationMode","InertialNode.setCommunicationMode"],[2575,0,1,"isDataStreamEnabled","InertialNode.isDataStreamEnabled"],[2576,0,1,"enableDataStream","InertialNode.enableDataStream"],[2577,0,1,"resetFilter","InertialNode.resetFilter"],[2578,0,1,"runFilter","InertialNode.runFilter"],[2579,0,1,"getAutoInitialization","InertialNode.getAutoInitialization"],[2580,0,1,"setAutoInitialization","InertialNode.setAutoInitialization"],[2581,0,1,"getAltitudeAid","InertialNode.getAltitudeAid"],[2582,0,1,"setAltitudeAid","InertialNode.setAltitudeAid"],[2583,0,1,"getPitchRollAid","InertialNode.getPitchRollAid"],[2584,0,1,"setPitchRollAid","InertialNode.setPitchRollAid"],[2585,0,1,"enableVerticalGyroConstraint","InertialNode.enableVerticalGyroConstraint"],[2586,0,1,"verticalGyroConstraintEnabled","InertialNode.verticalGyroConstraintEnabled"],[2587,0,1,"enableWheeledVehicleConstraint","InertialNode.enableWheeledVehicleConstraint"],[2588,0,1,"wheeledVehicleConstraintEnabled","InertialNode.wheeledVehicleConstraintEnabled"],[2589,0,1,"setVelocityZUPT","InertialNode.setVelocityZUPT"],[2590,0,1,"getVelocityZUPT","InertialNode.getVelocityZUPT"],[2591,0,1,"setAngularRateZUPT","InertialNode.setAngularRateZUPT"],[2592,0,1,"getAngularRateZUPT","InertialNode.getAngularRateZUPT"],[2593,0,1,"cmdedVelZUPT","InertialNode.cmdedVelZUPT"],[2594,0,1,"cmdedAngRateZUPT","InertialNode.cmdedAngRateZUPT"],[2595,0,1,"setInitialAttitude","InertialNode.setInitialAttitude"],[2596,0,1,"setInitialHeading","InertialNode.setInitialHeading"],[2597,0,1,"getInitialFilterConfiguration","InertialNode.getInitialFilterConfiguration"],[2598,0,1,"setInitialFilterConfiguration","InertialNode.setInitialFilterConfiguration"],[2599,0,1,"getSensorToVehicleRotation_eulerAngles","InertialNode.getSensorToVehicleRotation_eulerAngles"],[2600,0,1,"setSensorToVehicleRotation_eulerAngles","InertialNode.setSensorToVehicleRotation_eulerAngles"],[2601,0,1,"getSensorToVehicleRotation_matrix","InertialNode.getSensorToVehicleRotation_matrix"],[2602,0,1,"setSensorToVehicleRotation_matrix","InertialNode.setSensorToVehicleRotation_matrix"],[2603,0,1,"getSensorToVehicleRotation_quaternion","InertialNode.getSensorToVehicleRotation_quaternion"],[2604,0,1,"setSensorToVehicleRotation_quaternion","InertialNode.setSensorToVehicleRotation_quaternion"],[2605,0,1,"getSensorToVehicleTransform_eulerAngles","InertialNode.getSensorToVehicleTransform_eulerAngles"],[2606,0,1,"setSensorToVehicleTransform_eulerAngles","InertialNode.setSensorToVehicleTransform_eulerAngles"],[2607,0,1,"getSensorToVehicleTransform_matrix","InertialNode.getSensorToVehicleTransform_matrix"],[2608,0,1,"setSensorToVehicleTransform_matrix","InertialNode.setSensorToVehicleTransform_matrix"],[2609,0,1,"getSensorToVehicleTransform_quaternion","InertialNode.getSensorToVehicleTransform_quaternion"],[2610,0,1,"setSensorToVehicleTransform_quaternion","InertialNode.setSensorToVehicleTransform_quaternion"],[2611,0,1,"getSensorToVehicleOffset","InertialNode.getSensorToVehicleOffset"],[2612,0,1,"setSensorToVehicleOffset","InertialNode.setSensorToVehicleOffset"],[2613,0,1,"getAntennaOffset","InertialNode.getAntennaOffset"],[2614,0,1,"setAntennaOffset","InertialNode.setAntennaOffset"],[2615,0,1,"getGNSSAssistedFixControl","InertialNode.getGNSSAssistedFixControl"],[2616,0,1,"setGNSSAssistedFixControl","InertialNode.setGNSSAssistedFixControl"],[2617,0,1,"getGNSSAssistTimeUpdate","InertialNode.getGNSSAssistTimeUpdate"],[2618,0,1,"setGNSSAssistTimeUpdate","InertialNode.setGNSSAssistTimeUpdate"],[2619,0,1,"getGPSTimeUpdate","InertialNode.getGPSTimeUpdate"],[2620,0,1,"setGPSTimeUpdate","InertialNode.setGPSTimeUpdate"],[2621,0,1,"setConstellationSettings","InertialNode.setConstellationSettings"],[2622,0,1,"constellationSettings","InertialNode.constellationSettings"],[2623,0,1,"setSBASSettings","InertialNode.setSBASSettings"],[2624,0,1,"getSBASSettings","InertialNode.getSBASSettings"],[2625,0,1,"setAccelerometerBias","InertialNode.setAccelerometerBias"],[2626,0,1,"getAccelerometerBias","InertialNode.getAccelerometerBias"],[2627,0,1,"setGyroBias","InertialNode.setGyroBias"],[2628,0,1,"getGyroBias","InertialNode.getGyroBias"],[2629,0,1,"captureGyroBias","InertialNode.captureGyroBias"],[2630,0,1,"findMagnetometerCaptureAutoCalibration","InertialNode.findMagnetometerCaptureAutoCalibration"],[2631,0,1,"saveMagnetometerCaptureAutoCalibration","InertialNode.saveMagnetometerCaptureAutoCalibration"],[2632,0,1,"setMagnetometerSoftIronMatrix","InertialNode.setMagnetometerSoftIronMatrix"],[2633,0,1,"getMagnetometerSoftIronMatrix","InertialNode.getMagnetometerSoftIronMatrix"],[2634,0,1,"setMagnetometerHardIronOffset","InertialNode.setMagnetometerHardIronOffset"],[2635,0,1,"getMagnetometerHardIronOffset","InertialNode.getMagnetometerHardIronOffset"],[2636,0,1,"setConingAndScullingEnable","InertialNode.setConingAndScullingEnable"],[2637,0,1,"getConingAndScullingEnable","InertialNode.getConingAndScullingEnable"],[2638,0,1,"setLowPassFilterSettings","InertialNode.setLowPassFilterSettings"],[2639,0,1,"getLowPassFilterSettings","InertialNode.getLowPassFilterSettings"],[2640,0,1,"setComplementaryFilterSettings","InertialNode.setComplementaryFilterSettings"],[2641,0,1,"getComplementaryFilterSettings","InertialNode.getComplementaryFilterSettings"],[2642,0,1,"getBasicDeviceStatus","InertialNode.getBasicDeviceStatus"],[2643,0,1,"getDiagnosticDeviceStatus","InertialNode.getDiagnosticDeviceStatus"],[2644,0,1,"sendRawRTCM_2_3Message","InertialNode.sendRawRTCM_2_3Message"],[2645,0,1,"setVehicleDynamicsMode","InertialNode.setVehicleDynamicsMode"],[2646,0,1,"getVehicleDynamicsMode","InertialNode.getVehicleDynamicsMode"],[2647,0,1,"setEstimationControlFlags","InertialNode.setEstimationControlFlags"],[2648,0,1,"getEstimationControlFlags","InertialNode.getEstimationControlFlags"],[2649,0,1,"setInclinationSource","InertialNode.setInclinationSource"],[2650,0,1,"getInclinationSource","InertialNode.getInclinationSource"],[2651,0,1,"setDeclinationSource","InertialNode.setDeclinationSource"],[2652,0,1,"getDeclinationSource","InertialNode.getDeclinationSource"],[2653,0,1,"setMagneticFieldMagnitudeSource","InertialNode.setMagneticFieldMagnitudeSource"],[2654,0,1,"getMagneticFieldMagnitudeSource","InertialNode.getMagneticFieldMagnitudeSource"],[2655,0,1,"setEstimationControlFlags","InertialNode.setEstimationControlFlags(2)"],[2656,0,1,"getEstimationControlFlags","InertialNode.getEstimationControlFlags(2)"],[2657,0,1,"sendExternalGNSSUpdate","InertialNode.sendExternalGNSSUpdate"],[2658,0,1,"setHeadingUpdateControl","InertialNode.setHeadingUpdateControl"],[2659,0,1,"tareOrientation","InertialNode.tareOrientation"],[2660,0,1,"getHeadingUpdateControl","InertialNode.getHeadingUpdateControl"],[2661,0,1,"setGravityErrorAdaptiveMeasurement","InertialNode.setGravityErrorAdaptiveMeasurement"],[2662,0,1,"getGravityErrorAdaptiveMeasurement","InertialNode.getGravityErrorAdaptiveMeasurement"],[2663,0,1,"setMagnetometerErrorAdaptiveMeasurement","InertialNode.setMagnetometerErrorAdaptiveMeasurement"],[2664,0,1,"getMagnetometerErrorAdaptiveMeasurement","InertialNode.getMagnetometerErrorAdaptiveMeasurement"],[2665,0,1,"setMagDipAngleErrorAdaptiveMeasurement","InertialNode.setMagDipAngleErrorAdaptiveMeasurement"],[2666,0,1,"getMagDipAngleErrorAdaptiveMeasurement","InertialNode.getMagDipAngleErrorAdaptiveMeasurement"],[2667,0,1,"setMagNoiseStandardDeviation","InertialNode.setMagNoiseStandardDeviation"],[2668,0,1,"getMagNoiseStandardDeviation","InertialNode.getMagNoiseStandardDeviation"],[2669,0,1,"setGravNoiseStandardDeviation","InertialNode.setGravNoiseStandardDeviation"],[2670,0,1,"getGravNoiseStandardDeviation","InertialNode.getGravNoiseStandardDeviation"],[2671,0,1,"setAccelNoiseStandardDeviation","InertialNode.setAccelNoiseStandardDeviation"],[2672,0,1,"getAccelNoiseStandardDeviation","InertialNode.getAccelNoiseStandardDeviation"],[2673,0,1,"setGyroNoiseStandardDeviation","InertialNode.setGyroNoiseStandardDeviation"],[2674,0,1,"getGyroNoiseStandardDeviation","InertialNode.getGyroNoiseStandardDeviation"],[2675,0,1,"setPressureAltNoiseStandardDeviation","InertialNode.setPressureAltNoiseStandardDeviation"],[2676,0,1,"getPressureAltNoiseStandardDeviation","InertialNode.getPressureAltNoiseStandardDeviation"],[2677,0,1,"setHardIronOffsetProcessNoise","InertialNode.setHardIronOffsetProcessNoise"],[2678,0,1,"getHardIronOffsetProcessNoise","InertialNode.getHardIronOffsetProcessNoise"],[2679,0,1,"setAccelBiasModelParams","InertialNode.setAccelBiasModelParams"],[2680,0,1,"getAccelBiasModelParams","InertialNode.getAccelBiasModelParams"],[2681,0,1,"setGyroBiasModelParams","InertialNode.setGyroBiasModelParams"],[2682,0,1,"getGyroBiasModelParams","InertialNode.getGyroBiasModelParams"],[2683,0,1,"setSoftIronMatrixProcessNoise","InertialNode.setSoftIronMatrixProcessNoise"],[2684,0,1,"getSoftIronMatrixProcessNoise","InertialNode.getSoftIronMatrixProcessNoise"],[2685,0,1,"setFixedReferencePosition","InertialNode.setFixedReferencePosition"],[2686,0,1,"FixedReferencePositionData","InertialNode.FixedReferencePositionData"],[2687,0,1,"setGPSDynamicsMode","InertialNode.setGPSDynamicsMode"],[2688,0,1,"getGPSDynamicsMode","InertialNode.getGPSDynamicsMode"],[2689,0,1,"setDevicePowerState","InertialNode.setDevicePowerState"],[2690,0,1,"getDevicePowerState","InertialNode.getDevicePowerState"],[2691,0,1,"setDeviceStreamFormat","InertialNode.setDeviceStreamFormat"],[2692,0,1,"getDeviceStreamFormat","InertialNode.getDeviceStreamFormat"],[2693,0,1,"setSignalConditioningSettings","InertialNode.setSignalConditioningSettings"],[2694,0,1,"getSignalConditioningSettings","InertialNode.getSignalConditioningSettings"],[2695,0,1,"setEnableDisableMeasurements","InertialNode.setEnableDisableMeasurements"],[2696,0,1,"getEnableDisableMeasurements","InertialNode.getEnableDisableMeasurements"],[2697,0,1,"setGravityNoiseMinimum","InertialNode.setGravityNoiseMinimum"],[2698,0,1,"getGravityNoiseMinimum","InertialNode.getGravityNoiseMinimum"],[2699,0,1,"sendExternalHeadingUpdate","InertialNode.sendExternalHeadingUpdate"],[2700,0,1,"sendExternalHeadingUpdate","InertialNode.sendExternalHeadingUpdate(2)"],[2701,0,1,"aidingMeasurementEnabled","InertialNode.aidingMeasurementEnabled"],[2702,0,1,"enableDisableAidingMeasurement","InertialNode.enableDisableAidingMeasurement"],[2703,0,1,"getAdaptiveFilterOptions","InertialNode.getAdaptiveFilterOptions"],[2704,0,1,"setAdaptiveFilterOptions","InertialNode.setAdaptiveFilterOptions"],[2705,0,1,"getMultiAntennaOffset","InertialNode.getMultiAntennaOffset"],[2706,0,1,"setMultiAntennaOffset","InertialNode.setMultiAntennaOffset"],[2707,0,1,"getPpsSource","InertialNode.getPpsSource"],[2708,0,1,"setPpsSource","InertialNode.setPpsSource"],[2709,0,1,"getOdometerConfig","InertialNode.getOdometerConfig"],[2710,0,1,"setOdometerConfig","InertialNode.setOdometerConfig"],[2711,0,1,"getSensorRange","InertialNode.getSensorRange"],[2712,0,1,"setSensorRange","InertialNode.setSensorRange"],[2713,0,1,"setSensorRange","InertialNode.setSensorRange(2)"],[2714,0,1,"getGpioConfig","InertialNode.getGpioConfig"],[2715,0,1,"setGpioConfig","InertialNode.setGpioConfig"],[2716,0,1,"getGpioState","InertialNode.getGpioState"],[2717,0,1,"setGpioState","InertialNode.setGpioState"],[2718,0,1,"getEventTriggerMode","InertialNode.getEventTriggerMode"],[2719,0,1,"setEventTriggerMode","InertialNode.setEventTriggerMode"],[2720,0,1,"getEventTriggerConfig","InertialNode.getEventTriggerConfig"],[2721,0,1,"setEventTriggerConfig","InertialNode.setEventTriggerConfig"],[2722,0,1,"getEventActionConfig","InertialNode.getEventActionConfig"],[2723,0,1,"setEventActionConfig","InertialNode.setEventActionConfig"],[2724,0,1,"getAntennaLeverArmCal","InertialNode.getAntennaLeverArmCal"],[2725,0,1,"setAntennaLeverArmCal","InertialNode.setAntennaLeverArmCal"],[2726,0,1,"getRelativePositionReference","InertialNode.getRelativePositionReference"],[2727,0,1,"setRelativePositionReference","InertialNode.setRelativePositionReference"],[2728,0,1,"getLeverArmReferenceOffset","InertialNode.getLeverArmReferenceOffset"],[2729,0,1,"setLeverArmReferenceOffset","InertialNode.setLeverArmReferenceOffset"],[2730,0,1,"sendExternalSpeedMeasurementUpdate","InertialNode.sendExternalSpeedMeasurementUpdate"],[2731,0,1,"getSpeedMeasurementOffset","InertialNode.getSpeedMeasurementOffset"],[2732,0,1,"setSpeedMeasurementOffset","InertialNode.setSpeedMeasurementOffset"],[2733,0,1,"getGnssSignalConfig","InertialNode.getGnssSignalConfig"],[2734,0,1,"setGnssSignalConfig","InertialNode.setGnssSignalConfig"],[2735,0,1,"rtkEnabled","InertialNode.rtkEnabled"],[2736,0,1,"enableRtk","InertialNode.enableRtk"],[2737,0,1,"getEventTriggerStatus","InertialNode.getEventTriggerStatus"],[2738,0,1,"getEventActionStatus","InertialNode.getEventActionStatus"],[2739,0,1,"getNmeaMessageFormat","InertialNode.getNmeaMessageFormat"],[2740,0,1,"setNmeaMessageFormat","InertialNode.setNmeaMessageFormat"],[2741,0,1,"getAidingMeasurementReferenceFrames","InertialNode.getAidingMeasurementReferenceFrames"],[2742,0,1,"setAidingMeasurementReferenceFrames","InertialNode.setAidingMeasurementReferenceFrames"],[2743,0,1,"getAidingMeasurementReferenceFrame","InertialNode.getAidingMeasurementReferenceFrame"],[2744,0,1,"setAidingMeasurementReferenceFrame","InertialNode.setAidingMeasurementReferenceFrame"],[2745,0,1,"setAidingMeasurementResponseMode","InertialNode.setAidingMeasurementResponseMode"],[2746,0,1,"getAidingMeasurementResponseMode","InertialNode.getAidingMeasurementResponseMode"],[2747,0,1,"sendAidingMeasurement","InertialNode.sendAidingMeasurement"],[2748,0,1,"sendAidingMeasurement_readEcho","InertialNode.sendAidingMeasurement_readEcho"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/InertialNode-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/InertialNode-h-SummaryToolTips.js deleted file mode 100644 index 196e95a3d..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/InertialNode-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Inertial/InertialNode.h",{2559:"
InertialNode
A class representing a MicroStrain Inertial Node
",2561:"
explicit InertialNode(
Connection connection
) : MipNode(connection)
Creates an InertialNode object.
",2562:"
MipDataPackets getDataPackets(
uint32 timeout = 0,
uint32 maxPackets = 0
)
Gets up to the requested amount of data packets that have been collected.
",2563:"
uint32 totalPackets()
Gets the total number of data packets that are currently in the buffer.
",2564:"
void pollData(
MipTypes::DataClass dataClass,
const MipTypes::MipChannelFields &fields = MipTypes::MipChannelFields()
)
Polls the device for a message with the specified fields, for the specified data class.  This will cause the device to send a single data packet.
",2565:"
uint16 getDataRateBase(
MipTypes::DataClass dataClass
) const
Gets the Data decimation base for the data rate calculations of the specified <InertialType>.
",2566:"
MipChannels getActiveChannelFields(
MipTypes::DataClass dataClass
)
Gets the current active channel fields for the specified MipTypes::DataClass.
",2567:"
void setActiveChannelFields(
MipTypes::DataClass dataClass,
const MipChannels &channels
)
Sets the current active channel fields for the specified MipTypes::DataClass.  Note that this function does not add to the existing message format (active channels), but overwrites it entirely.
",2568:"
void saveActiveChannelFields(
MipTypes::DataClass dataClass
)
Saves the current message format of the specified MipTypes::DataClass\'s data packet.
",2569:"
void setFactoryStreamingChannels(
InertialTypes::FactoryStreamingOption option
)
Applies the factory streaming channels to the message format based on the specified action option.
",2570:"
DeviceCommPort getInterfaceControl(
const uint8 interfaceId
) const
Gets the current comm port interface configuration for the specified ID.  This includes the port type, ID and input/output protocols currently configured.
",2571:"
void setInterfaceControl(
const DeviceCommPort &portInterface
)
Sets the specified comm port interface configuration for the node.  Note: See the device\'s manual for possible configurations and limitations.
",2572:"
void setInterfaceControl(
const uint8 interfaceId,
const DeviceCommPort::Protocol inputProtocols,
const DeviceCommPort::Protocol outputProtocols
)
Sets the specified comm port interface configuration for the node.  Note: See the device\'s manual for possible configurations and limitations.
",2573:"
uint8 getCommunicationMode() override
Gets the current communication mode that the node is in.
",2574:"
void setCommunicationMode(
uint8 communicationMode
) override
Sets the communication mode for the node.  Note: The node info will be reset when doing this and therefore will require being fetched again the next time it is requested.
",2575:"
bool isDataStreamEnabled(
MipTypes::DataClass dataClass
)
Checks whether continuous data streaming is enabled for the specified data class.
",2576:"
void enableDataStream(
MipTypes::DataClass dataClass,
bool enable = true,
bool resumeStreaming = true
)
Enables or disables continuous data streaming for the node.
",2577:"
void resetFilter()
Resets the filter to the initialize state.  Note: If the auto-initialization feature is disabled, the initial attitude or heading must be set in order to enter the run state after a reset.
",2578:"
void runFilter()
Runs the filter when configured to wait in initialization for Run command.  Note: Most devices run when initial values are sent - see the device DCP for details regarding supported commands and filter initialization workflows.
",2579:"
bool getAutoInitialization()
Gets the state of the automatic initialization upon device startup.
",2580:"
void setAutoInitialization(
bool enable
)
Sets the state of the automatic initialization upon device startup.
",2581:"
bool getAltitudeAid()
Gets the state of the altitude aid upon device startup.
",2582:"
void setAltitudeAid(
bool enable
)
Sets the state of the altitude aid upon device startup.
",2583:"
bool getPitchRollAid()
Gets the state of the pitch/roll aid upon device startup.
",2584:"
void setPitchRollAid(
bool enable
)
Sets the state of the pitch/roll aid upon device startup.
",2585:"
void enableVerticalGyroConstraint(
bool enable
)
Enables or disables the Vertical Gyro Constraint control.
",2586:"
bool verticalGyroConstraintEnabled() const
Gets the enabled/disabled state of the Vertical Gyro Constraint control.
",2587:"
void enableWheeledVehicleConstraint(
bool enable
)
Enables or disables the Wheeled Vehicle Constraint control.
",2588:"
bool wheeledVehicleConstraintEnabled() const
Gets the enabled/disabled state of the Wheeled Vehicle Constraint control.
",2589:"
void setVelocityZUPT(
const ZUPTSettingsData &ZUPTSettings
)
Sets the state of the velocity ZUPT control.
",2590:"
ZUPTSettingsData getVelocityZUPT()
Gets the state of the velocity ZUPT control.
",2591:"
void setAngularRateZUPT(
const ZUPTSettingsData &ZUPTSettings
)
Sets the state of the angular rate ZUPT control.
",2592:"
ZUPTSettingsData getAngularRateZUPT()
Gets the state of the angular rate ZUPT control.
",2593:"
void cmdedVelZUPT()
Performs Commanded Zero Velocity Update.
",2594:"
void cmdedAngRateZUPT()
Performs Commanded Zero Angular Rate Update.
",2595:"
void setInitialAttitude(
const EulerAngles &attitude
)
Sets the initial attitude.  Note: This command can only be issued in the "INIT" state and should be used with a good estimate of the vehicle attitude.
",2596:"
void setInitialHeading(
float heading
)
Sets the initial heading.  Note: This command can only be issued in the "INIT" state and should be used with a good estimate of heading. The device will use this value in conjunction with the output of the accelerometers to determine the initial attitude estimate.
",2597:"
FilterInitializationValues getInitialFilterConfiguration()
Gets the initial filter configuration values.
",2598:"
void setInitialFilterConfiguration(
FilterInitializationValues filterConfig
)
Sets the initial filter configuration values.  Note: Changes from this command will only be applied if the filter is in the Initialization state (not Running) or on filter reset.
",2599:"
EulerAngles getSensorToVehicleRotation_eulerAngles()
Gets the sensor to vehicle frame rotation using roll, pitch, and yaw Euler angles.  These angles define the rotation from the sensor body from to the fixed vehicle frame.  Note: The rotation is stored in the device as a quaternion. When Euler angles are read back from the device, they may not be equivalent in value to the Euler angles used to set the rotation, but they are functionally equivalent.
",2600:"
void setSensorToVehicleRotation_eulerAngles(
const EulerAngles &angles
)
Sets the sensor to vehicle frame rotation using roll, pitch, and yaw Euler angles (in radians).  These angles define the rotation from the sensor body from to the fixed vehicle frame.  Note: The rotation is stored in the device as a quaternion. When Euler angles are read back from the device, they may not be equivalent in value to the Euler angles used to set the rotation, but they are functionally equivalent.
",2601:"
Matrix_3x3 getSensorToVehicleRotation_matrix()
Gets the sensor to vehicle frame rotation in a row-major direction cosine matrix format.  This matrix defines the rotation from the sensor body from to the fixed vehicle frame.  Note: The rotation is stored in the device as a quaternion. When the matrix values are read back from the device, they may not be equivalent in value to the values used to set the rotation, but they are functionally equivalent.
",2602:"
void setSensorToVehicleRotation_matrix(
const Matrix_3x3 &dcm
)
Sets the sensor to vehicle frame rotation with a row-major direction cosine matrix. The specified matrix must be orthonormal.  This matrix defines the rotation from the sensor body from to the fixed vehicle frame.  Note: The rotation is stored in the device as a quaternion. When the matrix values are read back from the device, they may not be equivalent in value to the values used to set the rotation, but they are functionally equivalent.
",2603:"
Quaternion getSensorToVehicleRotation_quaternion()
Gets the sensor to vehicle frame rotation in quaternion format.  This quaternion defines the rotation from the sensor body from to the fixed vehicle frame.  Note: When the quaternion elements are read back from the device, they may not be equivalent in value to the quaternion used to set the rotation, due to normalization.
",2604:"
void setSensorToVehicleRotation_quaternion(
const Quaternion &rotation
)
Sets the sensor to vehicle frame rotation in quaternion format.  This quaternion defines the rotation from the sensor body from to the fixed vehicle frame.  Note: When the quaternion elements are read back from the device, they may not be equivalent in value to the quaternion used to set the rotation, due to normalization.
",2605:"
EulerAngles getSensorToVehicleTransform_eulerAngles()
Gets the sensor to vehicle frame transformation using roll, pitch, and yaw Euler angles.  These angles define the transformation from the sensor body from to the fixed vehicle frame.  Note: The transformation is stored in the device as a quaternion. When Euler angles are read back from the device, they may not be equivalent in value to the Euler angles used to set the transformation, but they are functionally equivalent.
",2606:"
void setSensorToVehicleTransform_eulerAngles(
const EulerAngles &angles
)
Sets the sensor to vehicle frame transformation using roll, pitch, and yaw Euler angles (in radians).  These angles define the transformation from the sensor body from to the fixed vehicle frame.  Note: The transformation is stored in the device as a quaternion. When Euler angles are read back from the device, they may not be equivalent in value to the Euler angles used to set the transformation, but they are functionally equivalent.
",2607:"
Matrix_3x3 getSensorToVehicleTransform_matrix()
Gets the sensor to vehicle frame transformation in a row-major direction cosine matrix format.  This matrix defines the transformation from the sensor body from to the fixed vehicle frame.  Note: The transformation is stored in the device as a quaternion. When the matrix values are read back from the device, they may not be equivalent in value to the values used to set the transformation, but they are functionally equivalent.
",2608:"
void setSensorToVehicleTransform_matrix(
const Matrix_3x3 &dcm
)
Sets the sensor to vehicle frame transformation with a row-major direction cosine matrix. The specified matrix must be orthonormal.  This matrix defines the transformation from the sensor body from to the fixed vehicle frame.  Note: The transformation is stored in the device as a quaternion. When the matrix values are read back from the device, they may not be equivalent in value to the values used to set the transformation, but they are functionally equivalent.
",2609:"
Quaternion getSensorToVehicleTransform_quaternion()
Gets the sensor to vehicle frame transformation in quaternion format.  This quaternion defines the transformation from the sensor body from to the fixed vehicle frame.  Note: When the quaternion elements are read back from the device, they may not be equivalent in value to the quaternion used to set the transformation, due to normalization.
",2610:"
void setSensorToVehicleTransform_quaternion(
const Quaternion &transformation
)
Sets the sensor to vehicle frame transformation in quaternion format.  This quaternion defines the transformation from the sensor body from to the fixed vehicle frame.  Note: When the quaternion elements are read back from the device, they may not be equivalent in value to the quaternion used to set the transformation, due to normalization.
",2611:"
PositionOffset getSensorToVehicleOffset()
Gets the sensor to vehicle frame offset, expressed in the sensor frame.
",2612:"
void setSensorToVehicleOffset(
const PositionOffset &offset
)
Sets the sensor to vehicle frame offset, expressed in the sensor frame.
",2613:"
PositionOffset getAntennaOffset()
Gets the antenna offset, expressed in the sensor frame.
",2614:"
void setAntennaOffset(
const PositionOffset &offset
)
Sets the antenna offset, expressed in the sensor frame.
",2615:"
bool getGNSSAssistedFixControl()
Gets the GNSS Assisted Fix Control.
",2616:"
void setGNSSAssistedFixControl(
bool enableAssistedFix
)
Sets the GNSS Assisted Fix Control.
",2617:"
TimeUpdate getGNSSAssistTimeUpdate()
Gets the GNSS Assisted Time Update.
",2618:"
void setGNSSAssistTimeUpdate(
const TimeUpdate &timeUpdate
)
Sets the GNSS Assist Time Update.
",2619:"
mscl::uint32 getGPSTimeUpdate(
MipTypes::TimeFrame timeFrame
)
Gets the GPS time update.
",2620:"
void setGPSTimeUpdate(
MipTypes::TimeFrame,
mscl::uint32 timeData
)
Sets the GPS Time Update.
",2621:"
void setConstellationSettings(
const ConstellationSettingsData &dataToUse
)
Sets the GNSS Constellation Settings.
",2622:"
ConstellationSettingsData getConstellationSettings()
Gets the GNSS Constellation Settings.
",2623:"
void setSBASSettings(
const SBASSettingsData &dataToUse
)
Sets the GNSS SBAS Settings.
",2624:"
SBASSettingsData getSBASSettings()
Gets the GNSS SBAS Settings.
",2625:"
void setAccelerometerBias(
const GeometricVector &biasVector
)
Sets the Accelerometer Bias.
",2626:"
GeometricVector getAccelerometerBias()
Gets the Accelerometer Bias.
",2627:"
void setGyroBias(
const GeometricVector &biasVector
)
Sets the Gyro Bias.
",2628:"
GeometricVector getGyroBias()
Gets the Gyro Bias vector.
",2629:"
GeometricVector captureGyroBias(
const uint16 &samplingTime
)
Runs the Gyro Bias capture routine on the inertial device.
",2630:"
void findMagnetometerCaptureAutoCalibration()
Runs the Magnetometer auto calibration routine on the inertial device.
",2631:"
void saveMagnetometerCaptureAutoCalibration()
Runs the Magnetometer auto calibration routine and saves result as startup settings.
",2632:"
void setMagnetometerSoftIronMatrix(
const Matrix_3x3 &matrix
)
Sets the Magnetometer Soft Iron matrix.
",2633:"
Matrix_3x3 getMagnetometerSoftIronMatrix()
Gets the Magnetometer Soft Iron matrix.
",2634:"
void setMagnetometerHardIronOffset(
const GeometricVector &offsetVector
)
Sets the magnetometer hard iron offset vector.
",2635:"
GeometricVector getMagnetometerHardIronOffset()
Gets the magnetometer hard iron offset vector.
",2636:"
void setConingAndScullingEnable(
bool enable
)
Enables/disables coning and sculling.
",2637:"
bool getConingAndScullingEnable()
determines whether coning and sculling are enabled.
",2638:"
void setLowPassFilterSettings(
const LowPassFilterConfig &data
) const
Sets the low-pass filter settings.
",2639:"
LowPassFilterConfig getLowPassFilterSettings(
const MipTypes::MipChannelFields &dataDescriptors
) const
Gets the current low-pass filter settings for the given data descriptors
",2640:"
void setComplementaryFilterSettings(
const ComplementaryFilterData &data
)
Sets the complementary filter settings.
",2641:"
ComplementaryFilterData getComplementaryFilterSettings()
Gets the current complementary filter settings.
",2642:"
DeviceStatusData getBasicDeviceStatus()
Gets the basic device status.
",2643:"
DeviceStatusData getDiagnosticDeviceStatus()
Gets the diagnostic device status.
",2644:"
void sendRawRTCM_2_3Message(
const RTCMMessage &theMessage
)
Sends a raw RTCM 2.3 message.
",2645:"
void setVehicleDynamicsMode(
const InertialTypes::VehicleModeType &mode
)
Sets the vehicle dynamics mode.
",2646:"
InertialTypes::VehicleModeType getVehicleDynamicsMode()
Gets the vehicle dynamics mode.
",2647:"
void setEstimationControlFlags(
const EstimationControlOptions &flags
)
Sets the estimation control flags.
",2648:"
EstimationControlOptions getEstimationControlFlags()
Gets the estimation control flags.
",2649:"
void setInclinationSource(
const GeographicSourceOptions &options
)
Sets the source for the inclination geographic source command.
",2650:"
GeographicSourceOptions getInclinationSource()
Gets the source for the inclination geographic source command.
",2651:"
void setDeclinationSource(
const GeographicSourceOptions &options
)
Sets the source for the declination geographic source command.
",2652:"
GeographicSourceOptions getDeclinationSource()
Gets the source for the declination geographic source command.
",2653:"
void setMagneticFieldMagnitudeSource(
const GeographicSourceOptions &options
)
Sets the source for the magnetic field magnitude geographic source command.
",2654:"
GeographicSourceOptions getMagneticFieldMagnitudeSource()
Gets the source for the field magnitude geographic source command.
",2655:"
Sets the estimation control flags.
",2656:"
Gets the estimation control flags.
",2657:"
void sendExternalGNSSUpdate(
const ExternalGNSSUpdateData &gnssUpdateData
)
sends the external GNSS update command.
",2658:"
void setHeadingUpdateControl(
const HeadingUpdateOptions &headingUpdateOptions
)
Sets the heading update control flags.
",2659:"
void tareOrientation(
const TareAxisValues &axisValue
)
uses device orientation relative to the NED frame as the sensor to vehicle rotation.
",2660:"
HeadingUpdateOptions getHeadingUpdateControl()
Gets the heading update control flags.
",2661:"
void setGravityErrorAdaptiveMeasurement(
const AdaptiveMeasurementData &data
)
Sets the gravity magnitude error adaptive measurement settings.
",2662:"
AdaptiveMeasurementData getGravityErrorAdaptiveMeasurement()
Gets the gravity magnitude error adaptive measurement settings.
",2663:"
void setMagnetometerErrorAdaptiveMeasurement(
const AdaptiveMeasurementData &data
)
Sets the magnetometer magnitude error adaptive measurement settings.
",2664:"
AdaptiveMeasurementData getMagnetometerErrorAdaptiveMeasurement()
Gets the magnetometer magnitude error adaptive measurement settings.
",2665:"
void setMagDipAngleErrorAdaptiveMeasurement(
const AdaptiveMeasurementData &data
)
Sets the magnetometer dip angle error adaptive measurement settings.
",2666:"
AdaptiveMeasurementData getMagDipAngleErrorAdaptiveMeasurement()
Gets the magnetometer dip angle error adaptive measurement settings.
",2667:"
void setMagNoiseStandardDeviation(
const GeometricVector &data
)
Sets the magnetometer noise standard deviation.
",2668:"
GeometricVector getMagNoiseStandardDeviation()
Gets the magnetometer noise standard deviation.
",2669:"
void setGravNoiseStandardDeviation(
const GeometricVector &data
)
Sets the gravity noise standard deviation.
",2670:"
GeometricVector getGravNoiseStandardDeviation()
Gets the gravity noise standard deviation.
",2671:"
void setAccelNoiseStandardDeviation(
const GeometricVector &data
)
Sets the accelerometer noise standard deviation.
",2672:"
GeometricVector getAccelNoiseStandardDeviation()
Gets the accelerometer noise standard deviation.
",2673:"
void setGyroNoiseStandardDeviation(
const GeometricVector &data
)
Sets the gyroscope noise standard deviation.
",2674:"
GeometricVector getGyroNoiseStandardDeviation()
Gets the gyroscope noise standard deviation.
",2675:"
void setPressureAltNoiseStandardDeviation(
const float &data
)
Sets the pressure altitude noise standard deviation.
",2676:"
float getPressureAltNoiseStandardDeviation()
Gets the pressure altitude noise standard deviation.
",2677:"
void setHardIronOffsetProcessNoise(
const GeometricVector &data
)
Sets the hard iron offset process noise.
",2678:"
GeometricVector getHardIronOffsetProcessNoise()
Gets the hard iron offset process noise.
",2679:"
void setAccelBiasModelParams(
const GeometricVectors &data
)
Sets the accelerometer bias model parameters.
",2680:"
GeometricVectors getAccelBiasModelParams()
Gets the accelerometer bias model parameters.
",2681:"
void setGyroBiasModelParams(
const GeometricVectors &data
)
Sets the gyroscope bias model parameters.
",2682:"
GeometricVectors getGyroBiasModelParams()
Gets the gyroscope bias model parameters.
",2683:"
void setSoftIronMatrixProcessNoise(
const Matrix_3x3 &data
)
Sets the soft iron matrix process noise.
",2684:"
Matrix_3x3 getSoftIronMatrixProcessNoise()
Gets the soft iron matrix process noise.
",2685:"
void setFixedReferencePosition(
const FixedReferencePositionData &data
)
Sets the FixedReferencePositionData data for the specified command.
",2686:"
FixedReferencePositionData getFixedReferencePosition()
Gets the FixedReferencePositionData data for the specified command.
",2687:"
void setGPSDynamicsMode(
const InertialTypes::GPSDynamicsMode &data
)
Sets the GPSDynamicsMode.
",2688:"
InertialTypes::GPSDynamicsMode getGPSDynamicsMode() const
Gets the GPSDynamicsMode data for this device.
",2689:"
void setDevicePowerState(
const InertialTypes::DeviceSelector &device,
const InertialTypes::PowerState &data
)
Sets the PowerState for the specified device.
",2690:"
InertialTypes::PowerState getDevicePowerState(
const InertialTypes::DeviceSelector &device
) const
Gets the PowerState for the specified device.
",2691:"
void setDeviceStreamFormat(
const InertialTypes::DeviceSelector &device,
const InertialTypes::StreamFormat &data
)
Sets the StreamFormat for the specified device.
",2692:"
InertialTypes::StreamFormat getDeviceStreamFormat(
const InertialTypes::DeviceSelector &device
) const
Gets the StreamFormat for the specified device.
",2693:"
void setSignalConditioningSettings(
const SignalConditioningValues &data
)
Sets the signal conditioning settings for the node.
",2694:"
SignalConditioningValues getSignalConditioningSettings() const
Gets the signal conditioning settings for the node.
",2695:"
void setEnableDisableMeasurements(
const EnableDisableMeasurements &data
)
Enables/disables estimation filter measurement options for the node.
",2696:"
EnableDisableMeasurements getEnableDisableMeasurements() const
Gets the currently enabled estimation filter measurement options for the node.
",2697:"
void setGravityNoiseMinimum(
const GeometricVector &data
)
Sets the gravity noise minimum for the device.
",2698:"
GeometricVector getGravityNoiseMinimum() const
Gets the current gravity noise minimum for the device.
",2699:"
void sendExternalHeadingUpdate(
const HeadingData &headingData
)
sends the external heading update command.
",2700:"
void sendExternalHeadingUpdate(
const HeadingData &headingData,
const TimeUpdate &timestamp
)
sends the external heading update command.
",2701:"
bool aidingMeasurementEnabled(
InertialTypes::AidingMeasurementSource aidingSource
) const
sends the Aiding Measurement Enable command (0x0D, 0x50) to check whether the specified aiding source is currently enabled.
",2702:"
void enableDisableAidingMeasurement(
InertialTypes::AidingMeasurementSource aidingSource,
bool enable
)
sends the Aiding Measurement Enable command (0x0D, 0x50) to enable/disable the specified aiding source.
",2703:"
AutoAdaptiveFilterOptions getAdaptiveFilterOptions() const
sends the Adaptive Filter Options command (0x0D, 0x53) to get the currently configured auto-adaptive filtering options.
",2704:"
void setAdaptiveFilterOptions(
AutoAdaptiveFilterOptions options
)
sends the Adaptive Filter Options command (0x0D, 0x53) to set the auto-adaptive filtering options to the specified values.
",2705:"
PositionOffset getMultiAntennaOffset(
uint8 receiverId
) const
sends the Multi Antenna Offset command (0x0D, 0x54) to get the currently configured antenna offset for the specified receiver ID.
",2706:"
void setMultiAntennaOffset(
uint8 receiverId,
PositionOffset offset
)
sends the Aiding Measurement Enable command (0x0D, 0x50) to set the position offset of the specified receiver ID.
",2707:"
InertialTypes::PpsSource getPpsSource() const
Gets the PPS source currently configured on the device.
",2708:"
void setPpsSource(
InertialTypes::PpsSource ppsSource
)
Sets the PPS source.
",2709:"
OdometerConfiguration getOdometerConfig() const
Gets the currently configured odometer settings.
",2710:"
void setOdometerConfig(
OdometerConfiguration config
)
Set the odometer configuration.
",2711:"
SensorRange getSensorRange(
SensorRange::Type sensorRangeType
) const
Gets the currently configured sensor range for the specified sensor (accelerometer, gyroscope, etc.).
",2712:"
void setSensorRange(
SensorRange range
)
Set the specified sensor range. This will only work with a SensorRange object from the device features SupportedSensorRanges object or read from the device with getSensorRange.
",2713:"
void setSensorRange(
SensorRange::Type type,
uint8 rangeId
)
",2714:"
GpioConfiguration getGpioConfig(
uint8 pin
) const
Gets the currently configured GPIO settings.
",2715:"
void setGpioConfig(
GpioConfiguration config
)
Set the GPIO configuration.
",2716:"
bool getGpioState(
uint8 pin
) const
Sends the GPIO State command (0x0C, 0x42) to get the current state of the specified pin.
",2717:"
void setGpioState(
uint8 pin,
bool state
)
Sends the GPIO State command (0x0C, 0x42) to temporarily set the state of the specified pin.
",2718:"
EventControlMode getEventTriggerMode(
uint8 instance
) const
Sends the Event Control command (0x0C, 0x2B) to get the current mode of the specified trigger.
",2719:"
void setEventTriggerMode(
uint8 instance,
EventControlMode mode
) const
Sends the Event Control command (0x0C, 0x2B) to set the mode of the specified trigger.
",2720:"
EventTriggerConfiguration getEventTriggerConfig(
uint8 instance
) const
Gets the currently configured event trigger settings for the specified trigger ID.
",2721:"
void setEventTriggerConfig(
EventTriggerConfiguration config
) const
Set the event trigger configuration.
",2722:"
EventActionConfiguration getEventActionConfig(
uint8 instance
) const
Gets an event action configuration.
",2723:"
void setEventActionConfig(
EventActionConfiguration config,
bool validateSupported = true
) const
Set the event action configuration.
",2724:"
AntennaLeverArmCalConfiguration getAntennaLeverArmCal() const
Gets the currently configured GNSS antenna lever arm calibration configuration.
",2725:"
void setAntennaLeverArmCal(
AntennaLeverArmCalConfiguration config
)
Set the GNSS antenna lever arm calibration configuration.
",2726:"
PositionReferenceConfiguration getRelativePositionReference() const
Gets the currently configured reference for relative position values.
",2727:"
void setRelativePositionReference(
PositionReferenceConfiguration ref
)
Set the reference for relative position values.
",2728:"
PositionOffset getLeverArmReferenceOffset() const
Gets the currently configured lever arm reference point offset.
",2729:"
void setLeverArmReferenceOffset(
PositionOffset offset
) const
Set the lever arm offset for the reference point.
",2730:"
void sendExternalSpeedMeasurementUpdate(
float tow,
float speed,
float unc
)
Sends an external speed measurement update to be used as a filter input.
",2731:"
PositionOffset getSpeedMeasurementOffset() const
Gets the currently configured lever arm offset for the speed measurement.
",2732:"
void setSpeedMeasurementOffset(
PositionOffset offset
)
Set the lever arm offset for the speed measurement.
",2733:"
GnssSignalConfiguration getGnssSignalConfig() const
Gets the device\'s current GNSS signal configuration.
",2734:"
void setGnssSignalConfig(
GnssSignalConfiguration config
)
Set the GNSS signal configuration.
",2735:"
bool rtkEnabled() const
Reads whether RTK input is currently enabled on the device.
",2736:"
void enableRtk(
bool enable
)
Enables or disables RTK input into the device.
",2737:"
EventTriggerStatus getEventTriggerStatus(
std::vector<uint8> instances = std::vector<uint8>()
) const
Sends the Event Trigger Status command (0x0C, 0x2C) to get the current status of the specified triggers.
",2738:"
EventActionStatus getEventActionStatus(
std::vector<uint8> instances = std::vector<uint8>()
) const
Sends the Event Action Status command (0x0C, 0x2D) to get the current status of the specified actions.
",2739:"
NmeaMessageFormats getNmeaMessageFormat() const
Gets the NMEA message formats currently configured to output on the device.
",2740:"
void setNmeaMessageFormat(
NmeaMessageFormats nmeaFormats
) const
Sets the NMEA message formats to output on the device.
",2741:"
MeasurementReferenceFrames getAidingMeasurementReferenceFrames(
Rotation::Format rotationFormat = Rotation::Format::EULER_ANGLES
) const
Get all aiding measurement reference frames configured on the device.
",2742:"
void setAidingMeasurementReferenceFrames(
const MeasurementReferenceFrames &frames,
bool clearExcludedIds = false
) const
Set the aiding measurement reference frames on the device.
",2743:"
MeasurementReferenceFrame getAidingMeasurementReferenceFrame(
uint8 id,
Rotation::Format rotationFormat = Rotation::Format::EULER_ANGLES
) const
Get the aiding measurement reference frame for the specified frame ID configured on the device.
",2744:"
void setAidingMeasurementReferenceFrame(
uint8 id,
const MeasurementReferenceFrame &frame
) const
Set the aiding measurement reference frame for the specified frame ID on the device.
",2745:"
void setAidingMeasurementResponseMode(
AidingMeasurementInput::ResponseMode mode
) const
Set the response mode for commanded aiding measurement inputs on the device (command set 0x13, sendAidingMeasurement function).
",2746:"
AidingMeasurementInput::ResponseMode getAidingMeasurementResponseMode() const
Get the response mode for commanded aiding measurement inputs configured on the device (command set 0x13, sendAidingMeasurements function).
",2747:"
void sendAidingMeasurement(
AidingMeasurementPosition measurement
) const
Send a commanded aiding measurement to the device (command set 0x13).
",2748:"
AidingMeasurementPosition sendAidingMeasurement_readEcho(
AidingMeasurementPosition measurement
) const
Send a commanded aiding measurement to the device (command set 0x13) and read out the echoed measurement.  Important: only use this function if the Aiding Measurement Response Mode is set to <AidingMeasurementInput::ResponseMode::ECHO_INPUT> - otherwise use sendAidingMeasurement().
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/InertialNode-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/InertialNode-h-ToolTips.js deleted file mode 100644 index cf8c6793a..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/InertialNode-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({367:"
Connection
The Connection object that is used for communication.
",1631:"
GeometricVector
Defines a 3 dimensional, spatial vector.
",1644:"
PositionOffset
Represents a position offset (x, y, z).
",1674:"
The enum for possible GPS dynamics modes.
",1676:"
Dictates whether GNSS source is all internal, external, or single internal.
",1703:"
The available device selectors.
",1706:"
The available device power states.
",1711:"
The available device data stream formats.
",1808:"
The enum to represent the different available aiding measurement sources
",1906:"
A string composing the RTCM message.
",1913:"
A vector of NmeaMessageFormat objects.
",1914:"
NmeaMessageFormat
Defines a NMEA message format.
",1961:"
Matrix_3x3
Defines a 3 by 3 matrix.
",1975:"
TimeUpdate
Contains time data for the GNSS_AssistTimeUpdate class.
",1986:"
Contains the data for the AngularRateZUPTControl and VelocityZUPTControl classes.
",1992:"
Contains the data for Set Reference Position command.
",1999:"
Contains the data for the SBASSettings class.
",2017:"
Contains the data for the InertialNode::setConstellationSettings API call.
",2022:"
Contains the data for the InertialNode::setLowPassFilterSettings API call.
",2038:"
Contains the data needed by the InertialNode::setComplementaryFilterSettings class.
",2084:"
DeviceStatusData
Contains the data needed by the InertialNode::getBasicDeviceStatus method.
",2144:"
Contains the data needed by the InertialNode::sendExternalGNSSUpdate method.
",2160:"
Contains the possible sources of aiding heading updates to the Kalman filter.  Some, all, or none of the options can be set as heading aids.
",2191:"
Struct to hold values for the Filter Initialization Config command.
",2206:"
Contains the possible axis bitfield values.
",2221:"
Controls which parameters are estimated by the Kalman Filter.  Some, all, or none of the options can be set as estimation controls.
",2330:"
GnssSignalConfiguration
",2366:"
OdometerConfiguration
",2380:"
GPIO Feature options. Determines how the pin will be used
",2387:"
GPIO Pin behavior
",2528:"
A vector of EventTriggerInfo
",2538:"
A vector of EventActionInfo
",2539:"
MeasurementReferenceFrame
Represents a configurable Aiding Measurement reference frame (0x13,0x01)
",2686:"
FixedReferencePositionData getFixedReferencePosition()
Gets the FixedReferencePositionData data for the specified command.
",2749:"
EulerAngles
Represents generic Euler Angles (roll, pitch, yaw).
",2761:"
Quaternion
",2775:"
Possible formats for the Rotation object.
",3095:"
MipDataPacket
A Mip Data Packet that contains both valid and invalid data from a MIP Device.
",3146:"
The enums for all the different data classes of MIP data.
",3168:"
The enums to represent different time categories.
",3780:"
A vector of ChannelField enums.
",3953:"
AidingMeasurementInput
Base class for commanded aiding measurement types for command set 0x13 Aiding Measurement inputs
",3955:"
Response mode options for Aiding Measurement inputs (command set 0x13).
",3975:"
AidingMeasurementPosition
A class that represents position aiding measurement inputs. Extends AidingMeasurementInput.
",4020:"
AidingMeasurementVelocity
A class that represents velocity aiding measurement inputs. Extends AidingMeasurementInput.
",4045:"
AidingMeasurementHeading
A class that represents heading aiding measurement inputs. Extends AidingMeasurementInput.
",4110:"
Stores info related to device comm ports (id, type)
",4113:"
Available comm protocols that can be configured for UART ports NONE  - 0x00000000 - Not set MIP_COMMANDS - 0x00000001 - MIP commands MIP_DATA  - 0x00000002 - MIP data NMEA  - 0x00000004 - NMEA RTCM  - 0x00000008 - RTCM SPARTN  - 0x00000010 - SPARTN ALL  - 0x0000001F - All protocols
",4142:"
SensorRange
An object representing a configurable sensor range option
",4144:"
Sensor and unit identifiers for configurable Sensor Range command (0x0C,0x52) ALL  - 0x00 - All (save as startup, load startup, reset to default only) ACCEL_MS2  - 0x01 - Accelerometer in m/s^2 GYRO_DPS  - 0x02 - Gyroscope in degrees per second MAG_MG  - 0x03 - Magnetometer in mG PRESSURE_HPA - 0x04 - Pressure in hPa
",4157:"
SupportedSensorRanges
Structure to hold all info for looking up supported sensor ranges for a device
",4366:"
MipNode
Abstract base class for Inertial or RTK (MIP) devices
",4565:"
MipChannel
Represents a single "channel" or data descriptors that can make up an Inertial Device\'s message format
",7905:"
WirelessNode
A class representing a MicroStrain wireless node
",10242:"
typedef for a 2-byte unsigned integer.
",10446:"
Error
The generic MicroStrain exception (base class)
",10453:"
Error_NotSupported
A command/feature was attempted to be used that was not supported.
",10468:"
Error_Communication
The exception for failing to communicate with a device.
",10479:"
Error_Connection
The generic connection exception.
",10497:"
Error_MipCmdFailed
The Inertial command has failed
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/InertialNode-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/InertialNode-h.html deleted file mode 100644 index fb089fa36..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/InertialNode-h.html +++ /dev/null @@ -1,1147 +0,0 @@ - - -InertialNode.h - - - - - - - -
-
InertialNode
-
public
MipNode
InertialNode
-

A class representing a MicroStrain Inertial Node

See Also

WirelessNode

-
- -
-
Functions
-
- -
-
InertialNode
-
explicit InertialNode(
Connection connection
) : MipNode(connection)
-

Creates an InertialNode object.

Parameters
connection
Connection

The Connection object used for communication.

Exceptions
-
- -
-
getDataPackets
-
MipDataPackets getDataPackets(
uint32 timeout = 0,
uint32 maxPackets = 0
)
-

Gets up to the requested amount of data packets that have been collected.

Parameters
timeout
uint32

The timeout, in milliseconds, to wait for data if necessary (default of 0).

maxPackets
uint32

The maximum number of packets to return. If this is 0 (default), all packets will be returned.

Returns

A vector of MipDataPackets containing all the data packets that are available up to the requested number of packets.

Exceptions
-
- -
-
totalPackets
-
uint32 totalPackets()
-

Gets the total number of data packets that are currently in the buffer.

Returns

The total number of data packets that are currently in the buffer.

-
- -
-
pollData
-
void pollData(
MipTypes::DataClass dataClass,
const MipTypes::MipChannelFields &fields = MipTypes::MipChannelFields()
)
-

Polls the device for a message with the specified fields, for the specified data class.  This will cause the device to send a single data packet.

Parameters
dataClass
MipTypes::DataClass

The MipTypes::DataClass to poll the data for.

fields
const MipTypes::MipChannelFields&

The MipTypes::MipChannelFields to poll. If this is empty, the device will use its stored format.

Exceptions
-
- -
-
getDataRateBase
-
uint16 getDataRateBase(
MipTypes::DataClass dataClass
) const
-

Gets the Data decimation base for the data rate calculations of the specified <InertialType>.

Parameters
type

The MipTypes::DataClass to get the Data decimation base for.

Returns

The decimation base for the data rate calculations.

Exceptions
-
- -
-
getActiveChannelFields
-
MipChannels getActiveChannelFields(
MipTypes::DataClass dataClass
)
-

Gets the current active channel fields for the specified MipTypes::DataClass.

Parameters
dataClass
MipTypes::DataClass

The MipTypes::DataClass to get the current message format for.

Returns

An MipChannels object containing the channels that make up the data message format for the specified MipTypes::DataClass.

Exceptions
-
- -
-
setActiveChannelFields
-
void setActiveChannelFields(
MipTypes::DataClass dataClass,
const MipChannels &channels
)
-

Sets the current active channel fields for the specified MipTypes::DataClass.  Note that this function does not add to the existing message format (active channels), but overwrites it entirely.

Parameters
dataClass
MipTypes::DataClass

The MipTypes::DataClass to set the message format for.

channels
const MipChannels&

The MipChannels object containing the channels to set the message format to. Passing an empty MipChannels object will effectively disable all channels.

Exceptions
-
- -
-
saveActiveChannelFields
-
void saveActiveChannelFields(
MipTypes::DataClass dataClass
)
-

Saves the current message format of the specified MipTypes::DataClass's data packet.

Parameters
dataClass
MipTypes::DataClass

The MipTypes::DataClass to set the message format for.

Exceptions
-
- -
-
setFactoryStreamingChannels
-
void setFactoryStreamingChannels(
InertialTypes::FactoryStreamingOption option
)
-

Applies the factory streaming channels to the message format based on the specified action option.

Parameters
option
InertialTypes::FactoryStreamingOption

The <InertialTypes::FactoryStreamingOption> action to apply the factory streaming channels (overwrite or add to current message format).

Exceptions
-
- -
-
getInterfaceControl
-
DeviceCommPort getInterfaceControl(
const uint8 interfaceId
) const
-

Gets the current comm port interface configuration for the specified ID.  This includes the port type, ID and input/output protocols currently configured.

Returns

The comm port configuration for the specified ID.

Exceptions
-
- -
-
setInterfaceControl
-
void setInterfaceControl(
const DeviceCommPort &portInterface
)
-

Sets the specified comm port interface configuration for the node.  Note: See the device's manual for possible configurations and limitations.

Parameters
portInterface
const DeviceCommPort&

The preconfigured comm port information to set

Exceptions
-
- -
-
setInterfaceControl
-
void setInterfaceControl(
const uint8 interfaceId,
const DeviceCommPort::Protocol inputProtocols,
const DeviceCommPort::Protocol outputProtocols
)
-

Sets the specified comm port interface configuration for the node.  Note: See the device's manual for possible configurations and limitations.

Parameters
interfaceId
const uint8

The interface ID to configure

inputProtocols
const DeviceCommPort::Protocol

The protocols to receive on the specified ID

outputProtocols
const DeviceCommPort::Protocol

The protocols to transmit on the specified ID

Exceptions
-
- -
-
getCommunicationMode
-
uint8 getCommunicationMode() override
-

Gets the current communication mode that the node is in.

Returns

The communication mode the node is in. This is an advanced command, and therefore the communication modes for your device should be researched to determine what each communication mode is.

Exceptions
-
- -
-
setCommunicationMode
-
void setCommunicationMode(
uint8 communicationMode
) override
-

Sets the communication mode for the node.  Note: The node info will be reset when doing this and therefore will require being fetched again the next time it is requested.

Parameters
communicationMode
uint8

The communication mode to set. This is an advanced command, and therefore the communication modes for your device should be researched to determine what each communication mode is.

Exceptions
-
- -
-
isDataStreamEnabled
-
bool isDataStreamEnabled(
MipTypes::DataClass dataClass
)
-

Checks whether continuous data streaming is enabled for the specified data class.

Parameters
dataClass
MipTypes::DataClass

The MipTypes::DataClass to enable/disable streaming for.

Exceptions
-
- -
-
enableDataStream
-
void enableDataStream(
MipTypes::DataClass dataClass,
bool enable = true,
bool resumeStreaming = true
)
-

Enables or disables continuous data streaming for the node.

Parameters
dataClass
MipTypes::DataClass

The MipTypes::DataClass to enable/disable streaming for.

enable
bool

Whether to enable (true) or disable (false) continuous streaming (Default of true).

resumeStreaming
bool

Whether to automatically resume streaming on enable (Default true). Does nothing if enable is false. Currently only applicable to the GQ7.

Exceptions
-
- -
-
resetFilter
-
void resetFilter()
-

Resets the filter to the initialize state.  Note: If the auto-initialization feature is disabled, the initial attitude or heading must be set in order to enter the run state after a reset.

Exceptions
-
- -
-
runFilter
-
void runFilter()
-

Runs the filter when configured to wait in initialization for Run command.  Note: Most devices run when initial values are sent - see the device DCP for details regarding supported commands and filter initialization workflows.

Exceptions
-
- -
-
getAutoInitialization
-
bool getAutoInitialization()
-

Gets the state of the automatic initialization upon device startup.

Returns

true if auto-initialization is enabled, false if it is disabled.

Exceptions
-
- -
-
setAutoInitialization
-
void setAutoInitialization(
bool enable
)
-

Sets the state of the automatic initialization upon device startup.

Parameters
enable
bool

Whether to enable (true) or disable(false) auto-initialization.

Exceptions
-
- -
-
getAltitudeAid
-
bool getAltitudeAid()
-

Gets the state of the altitude aid upon device startup.

Returns

true if altitude aiding is enabled, false if it is disabled.

Exceptions
-
- -
-
setAltitudeAid
-
void setAltitudeAid(
bool enable
)
-

Sets the state of the altitude aid upon device startup.

Parameters
enable
bool

Whether to enable (true) or disable(false) altitude aiding.

Exceptions
-
- -
-
getPitchRollAid
-
bool getPitchRollAid()
-

Gets the state of the pitch/roll aid upon device startup.

Returns

true if pitch/roll aiding is enabled, false if it is disabled.

Exceptions
-
- -
-
setPitchRollAid
-
void setPitchRollAid(
bool enable
)
-

Sets the state of the pitch/roll aid upon device startup.

Parameters
enable
bool

Whether to enable (true) or disable(false) pitch/roll aiding.

Exceptions
-
- -
-
enableVerticalGyroConstraint
-
void enableVerticalGyroConstraint(
bool enable
)
-

Enables or disables the Vertical Gyro Constraint control.

Parameters
bool

true: enable, false: disable

Exceptions
-
- -
-
verticalGyroConstraintEnabled
-
bool verticalGyroConstraintEnabled() const
-

Gets the enabled/disabled state of the Vertical Gyro Constraint control.

Returns

bool indicating whether or not the constraint is enabled

Exceptions
-
- -
-
enableWheeledVehicleConstraint
-
void enableWheeledVehicleConstraint(
bool enable
)
-

Enables or disables the Wheeled Vehicle Constraint control.

Parameters
bool

true: enable, false: disable

Exceptions
-
- -
-
wheeledVehicleConstraintEnabled
-
bool wheeledVehicleConstraintEnabled() const
-

Gets the enabled/disabled state of the Wheeled Vehicle Constraint control.

Returns

bool indicating whether or not the constraint is enabled

Exceptions
-
- -
-
setVelocityZUPT
-
void setVelocityZUPT(
const ZUPTSettingsData &ZUPTSettings
)
-

Sets the state of the velocity ZUPT control.

Parameters
ZUPTSettings
const ZUPTSettingsData&

the ZUPTSettingsData object containing whether ZUPT is enabled and the threshold.  Exceptions: - Error_NotSupported: The command is not supported by this Node.  - Error_Communication: There was no response to the command. The command timed out.  - Error_MipCmdFailed: The command has failed.  - Error_Connection: A connection error has occurred with the InertialNode.

-
- -
-
getVelocityZUPT
-
ZUPTSettingsData getVelocityZUPT()
-

Gets the state of the velocity ZUPT control.

Returns

the ZUPTSettingsData object containing whether ZUPT is enabled and the threshold.

Exceptions
-
- -
-
setAngularRateZUPT
-
void setAngularRateZUPT(
const ZUPTSettingsData &ZUPTSettings
)
-

Sets the state of the angular rate ZUPT control.

Parameters
ZUPTSettings
const ZUPTSettingsData&

the ZUPTSettingsData object containing whether ZUPT is enabled and the threshold.  Exceptions: - Error_NotSupported: The command is not supported by this Node.  - Error_Communication: There was no response to the command. The command timed out.  - Error_MipCmdFailed: The command has failed.  - Error_Connection: A connection error has occurred with the InertialNode.

-
- -
-
getAngularRateZUPT
-
ZUPTSettingsData getAngularRateZUPT()
-

Gets the state of the angular rate ZUPT control.

Returns

the ZUPTSettingsData object containing whether ZUPT is enabled and the threshold.

Exceptions
-
- -
-
cmdedVelZUPT
-
void cmdedVelZUPT()
-

Performs Commanded Zero Velocity Update.

Exceptions
-
- -
-
cmdedAngRateZUPT
-
void cmdedAngRateZUPT()
-

Performs Commanded Zero Angular Rate Update.

Exceptions
-
- -
-
setInitialAttitude
-
void setInitialAttitude(
const EulerAngles &attitude
)
-

Sets the initial attitude.  Note: This command can only be issued in the "INIT" state and should be used with a good estimate of the vehicle attitude.

Parameters
attitude
const EulerAngles&

The EulerAngles (in radians) representing the sensor body frame with respect to the local NED frame.

Exceptions
-
- -
-
setInitialHeading
-
void setInitialHeading(
float heading
)
-

Sets the initial heading.  Note: This command can only be issued in the "INIT" state and should be used with a good estimate of heading. The device will use this value in conjunction with the output of the accelerometers to determine the initial attitude estimate.

Parameters
heading
float

The heading to set (in radians).

Exceptions
-
- -
-
getInitialFilterConfiguration
-
FilterInitializationValues getInitialFilterConfiguration()
-

Gets the initial filter configuration values.

Exceptions
-
- -
-
setInitialFilterConfiguration
-
void setInitialFilterConfiguration(
FilterInitializationValues filterConfig
)
-

Sets the initial filter configuration values.  Note: Changes from this command will only be applied if the filter is in the Initialization state (not Running) or on filter reset.

Parameters
filterConfig
FilterInitializationValues

The FilterInitializationValues to set.

Exceptions
-
- -
-
getSensorToVehicleRotation_eulerAngles
-
EulerAngles getSensorToVehicleRotation_eulerAngles()
-

Gets the sensor to vehicle frame rotation using roll, pitch, and yaw Euler angles.  These angles define the rotation from the sensor body from to the fixed vehicle frame.  Note: The rotation is stored in the device as a quaternion. When Euler angles are read back from the device, they may not be equivalent in value to the Euler angles used to set the rotation, but they are functionally equivalent.

Returns

The EulerAngles object containing the roll, pitch, and yaw result (in radians).

Exceptions
-
- -
-
setSensorToVehicleRotation_eulerAngles
-
void setSensorToVehicleRotation_eulerAngles(
const EulerAngles &angles
)
-

Sets the sensor to vehicle frame rotation using roll, pitch, and yaw Euler angles (in radians).  These angles define the rotation from the sensor body from to the fixed vehicle frame.  Note: The rotation is stored in the device as a quaternion. When Euler angles are read back from the device, they may not be equivalent in value to the Euler angles used to set the rotation, but they are functionally equivalent.

Parameters
angles
const EulerAngles&

The EulerAngles object containing the roll, pitch, and yaw (in radians) to set.

Exceptions
-
- -
-
getSensorToVehicleRotation_matrix
-
Matrix_3x3 getSensorToVehicleRotation_matrix()
-

Gets the sensor to vehicle frame rotation in a row-major direction cosine matrix format.  This matrix defines the rotation from the sensor body from to the fixed vehicle frame.  Note: The rotation is stored in the device as a quaternion. When the matrix values are read back from the device, they may not be equivalent in value to the values used to set the rotation, but they are functionally equivalent.

Returns

The Matrix_3x3 object representing the sensor to vehicle frame rotation.

Exceptions
-
- -
-
setSensorToVehicleRotation_matrix
-
void setSensorToVehicleRotation_matrix(
const Matrix_3x3 &dcm
)
-

Sets the sensor to vehicle frame rotation with a row-major direction cosine matrix. The specified matrix must be orthonormal.  This matrix defines the rotation from the sensor body from to the fixed vehicle frame.  Note: The rotation is stored in the device as a quaternion. When the matrix values are read back from the device, they may not be equivalent in value to the values used to set the rotation, but they are functionally equivalent.

Parameters
dcm
const Matrix_3x3&

The Matrix_3x3 object containing the direction cosine matrix values to set.

Exceptions
-
- -
-
getSensorToVehicleRotation_quaternion
-
Quaternion getSensorToVehicleRotation_quaternion()
-

Gets the sensor to vehicle frame rotation in quaternion format.  This quaternion defines the rotation from the sensor body from to the fixed vehicle frame.  Note: When the quaternion elements are read back from the device, they may not be equivalent in value to the quaternion used to set the rotation, due to normalization.

Returns

The Quaternion object representing the sensor rotation.

Exceptions
-
- -
-
setSensorToVehicleRotation_quaternion
-
void setSensorToVehicleRotation_quaternion(
const Quaternion &rotation
)
-

Sets the sensor to vehicle frame rotation in quaternion format.  This quaternion defines the rotation from the sensor body from to the fixed vehicle frame.  Note: When the quaternion elements are read back from the device, they may not be equivalent in value to the quaternion used to set the rotation, due to normalization.

Parameters
rotation
const Quaternion&

The Quaternion object representing the sensor rotation to set.

Exceptions
-
- -
-
getSensorToVehicleTransform_eulerAngles
-
EulerAngles getSensorToVehicleTransform_eulerAngles()
-

Gets the sensor to vehicle frame transformation using roll, pitch, and yaw Euler angles.  These angles define the transformation from the sensor body from to the fixed vehicle frame.  Note: The transformation is stored in the device as a quaternion. When Euler angles are read back from the device, they may not be equivalent in value to the Euler angles used to set the transformation, but they are functionally equivalent.

Returns

The EulerAngles object containing the roll, pitch, and yaw result (in radians).

Exceptions
-
- -
-
setSensorToVehicleTransform_eulerAngles
-
void setSensorToVehicleTransform_eulerAngles(
const EulerAngles &angles
)
-

Sets the sensor to vehicle frame transformation using roll, pitch, and yaw Euler angles (in radians).  These angles define the transformation from the sensor body from to the fixed vehicle frame.  Note: The transformation is stored in the device as a quaternion. When Euler angles are read back from the device, they may not be equivalent in value to the Euler angles used to set the transformation, but they are functionally equivalent.

Parameters
angles
const EulerAngles&

The EulerAngles object containing the roll, pitch, and yaw (in radians) to set.

Exceptions
-
- -
-
getSensorToVehicleTransform_matrix
-
Matrix_3x3 getSensorToVehicleTransform_matrix()
-

Gets the sensor to vehicle frame transformation in a row-major direction cosine matrix format.  This matrix defines the transformation from the sensor body from to the fixed vehicle frame.  Note: The transformation is stored in the device as a quaternion. When the matrix values are read back from the device, they may not be equivalent in value to the values used to set the transformation, but they are functionally equivalent.

Returns

The Matrix_3x3 object representing the sensor to vehicle frame transformation.

Exceptions
-
- -
-
setSensorToVehicleTransform_matrix
-
void setSensorToVehicleTransform_matrix(
const Matrix_3x3 &dcm
)
-

Sets the sensor to vehicle frame transformation with a row-major direction cosine matrix. The specified matrix must be orthonormal.  This matrix defines the transformation from the sensor body from to the fixed vehicle frame.  Note: The transformation is stored in the device as a quaternion. When the matrix values are read back from the device, they may not be equivalent in value to the values used to set the transformation, but they are functionally equivalent.

Parameters
dcm
const Matrix_3x3&

The Matrix_3x3 object containing the direction cosine matrix values to set.

Exceptions
-
- -
-
getSensorToVehicleTransform_quaternion
-
Quaternion getSensorToVehicleTransform_quaternion()
-

Gets the sensor to vehicle frame transformation in quaternion format.  This quaternion defines the transformation from the sensor body from to the fixed vehicle frame.  Note: When the quaternion elements are read back from the device, they may not be equivalent in value to the quaternion used to set the transformation, due to normalization.

Returns

The Quaternion object representing the sensor transformation.

Exceptions
-
- -
-
setSensorToVehicleTransform_quaternion
-
void setSensorToVehicleTransform_quaternion(
const Quaternion &transformation
)
-

Sets the sensor to vehicle frame transformation in quaternion format.  This quaternion defines the transformation from the sensor body from to the fixed vehicle frame.  Note: When the quaternion elements are read back from the device, they may not be equivalent in value to the quaternion used to set the transformation, due to normalization.

Parameters
transformation
const Quaternion&

The Quaternion object representing the sensor transformation to set.

Exceptions
-
- -
-
getSensorToVehicleOffset
-
PositionOffset getSensorToVehicleOffset()
-

Gets the sensor to vehicle frame offset, expressed in the sensor frame.

Returns

The PositionOffset object containing the x, y, and z position (in meters) result.

Exceptions
-
- -
-
setSensorToVehicleOffset
-
void setSensorToVehicleOffset(
const PositionOffset &offset
)
-

Sets the sensor to vehicle frame offset, expressed in the sensor frame.

Parameters
offset
const PositionOffset&

The PositionOffset object containing the x, y, and z position (in meters) to set.

Exceptions
-
- -
-
getAntennaOffset
-
PositionOffset getAntennaOffset()
-

Gets the antenna offset, expressed in the sensor frame.

Returns

The PositionOffset object containing the x, y, and z position (in meters) result.

Exceptions
-
- -
-
setAntennaOffset
-
void setAntennaOffset(
const PositionOffset &offset
)
-

Sets the antenna offset, expressed in the sensor frame.

Parameters
offset
const PositionOffset&

The PositionOffset object containing the x, y, and z position (in meters) to set.

Exceptions
-
- -
-
getGNSSAssistedFixControl
-
bool getGNSSAssistedFixControl()
-

Gets the GNSS Assisted Fix Control.

Returns

bool indicating if assisted fix is enabled.

Exceptions
-
- -
-
setGNSSAssistedFixControl
-
void setGNSSAssistedFixControl(
bool enableAssistedFix
)
-

Sets the GNSS Assisted Fix Control.

Parameters
enableAssistedFix
bool

bool to either enable or disable assisted fix control for GNSS (true == enable).

Exceptions
-
- -
-
getGNSSAssistTimeUpdate
-
TimeUpdate getGNSSAssistTimeUpdate()
-

Gets the GNSS Assisted Time Update.

Returns

The GNSS Assist TimeUpdate.

Exceptions
-
- -
-
setGNSSAssistTimeUpdate
-
void setGNSSAssistTimeUpdate(
const TimeUpdate &timeUpdate
)
-

Sets the GNSS Assist Time Update.

Parameters
timeUpdate
const TimeUpdate&

The TimeUpdate object containing the new time to set.

Exceptions
-
- -
-
getGPSTimeUpdate
-
mscl::uint32 getGPSTimeUpdate(
MipTypes::TimeFrame timeFrame
)
-

Gets the GPS time update.

Parameters
timeFrame
MipTypes::TimeFrame

The MipTypes::TimeFrame object specifying what current time value to get, either weeks or seconds.

Returns

The current time for the specified value type.

Exceptions
-
- -
-
setGPSTimeUpdate
-
void setGPSTimeUpdate(
MipTypes::TimeFrame,
mscl::uint32 timeData
)
-

Sets the GPS Time Update.

Parameters
offset

The <TimeFrame> object specifying what current time value to set, either weeks or seconds.

time

the current time.

Exceptions
-
- -
-
setConstellationSettings
-
void setConstellationSettings(
const ConstellationSettingsData &dataToUse
)
-

Sets the GNSS Constellation Settings.

Parameters
dataToUse
const ConstellationSettingsData&

The ConstellationSettingsData object containing the data to set.

Exceptions
-
- -
-
constellationSettings
-
ConstellationSettingsData getConstellationSettings()
-

Gets the GNSS Constellation Settings.

Return

The ConstellationSettingsData object containing the data.

Exceptions
-
- -
-
setSBASSettings
-
void setSBASSettings(
const SBASSettingsData &dataToUse
)
-

Sets the GNSS SBAS Settings.

Parameters
dataToUse
const SBASSettingsData&

The SBASSettingsData object containing the data to set.

Exceptions
-
- -
-
getSBASSettings
-
SBASSettingsData getSBASSettings()
-

Gets the GNSS SBAS Settings.

Return

The SBASSettingsData object containing the data.

Exceptions
-
- -
-
setAccelerometerBias
-
void setAccelerometerBias(
const GeometricVector &biasVector
)
-

Sets the Accelerometer Bias.

Parameters
biasVector
const GeometricVector&

The GeometricVector object containing the vector to set.

Exceptions
-
- -
-
getAccelerometerBias
-
GeometricVector getAccelerometerBias()
-

Gets the Accelerometer Bias.

Returns

The GeometricVector object containing the vector.

Exceptions
-
- -
-
setGyroBias
-
void setGyroBias(
const GeometricVector &biasVector
)
-

Sets the Gyro Bias.

Parameters
biasVector
const GeometricVector&

The GeometricVector object containing the vector to set.

Exceptions
-
- -
-
getGyroBias
-
GeometricVector getGyroBias()
-

Gets the Gyro Bias vector.

Return

The GeometricVector object containing the vector.

Exceptions
-
- -
-
captureGyroBias
-
GeometricVector captureGyroBias(
const uint16 &samplingTime
)
-

Runs the Gyro Bias capture routine on the inertial device.

Parameters

The uint16 samplingTime.

Exceptions
-
- -
-
findMagnetometerCaptureAutoCalibration
-
void findMagnetometerCaptureAutoCalibration()
-

Runs the Magnetometer auto calibration routine on the inertial device.

Exceptions
-
- -
-
saveMagnetometerCaptureAutoCalibration
-
void saveMagnetometerCaptureAutoCalibration()
-

Runs the Magnetometer auto calibration routine and saves result as startup settings.

Exceptions
-
- -
-
setMagnetometerSoftIronMatrix
-
void setMagnetometerSoftIronMatrix(
const Matrix_3x3 &matrix
)
-

Sets the Magnetometer Soft Iron matrix.

Parameters
matrix
const Matrix_3x3&

The Matrix_3x3 object containing the matrix to set.

Exceptions
-
- -
-
getMagnetometerSoftIronMatrix
-
Matrix_3x3 getMagnetometerSoftIronMatrix()
-

Gets the Magnetometer Soft Iron matrix.

Return

The GeometricVector object containing the matrix.

Exceptions
-
- -
-
setMagnetometerHardIronOffset
-
void setMagnetometerHardIronOffset(
const GeometricVector &offsetVector
)
-

Sets the magnetometer hard iron offset vector.

Parameters
offsetVector
const GeometricVector&

The GeometricVector object containing the vector to set.

Exceptions
-
- -
-
getMagnetometerHardIronOffset
-
GeometricVector getMagnetometerHardIronOffset()
-

Gets the magnetometer hard iron offset vector.

Return

The GeometricVector object containing the offset vector.

Exceptions
-
- -
-
setConingAndScullingEnable
-
void setConingAndScullingEnable(
bool enable
)
-

Enables/disables coning and sculling.

Parameters
enable
bool

whether to enable coning and sculling.

Exceptions
-
- -
-
getConingAndScullingEnable
-
bool getConingAndScullingEnable()
-

determines whether coning and sculling are enabled.

Return

bool indicating whether coning and sculling are enabled.

Exceptions
-
- -
-
setLowPassFilterSettings
-
void setLowPassFilterSettings(
const LowPassFilterConfig &data
) const
-

Sets the low-pass filter settings.

Parameters
data
const LowPassFilterConfig&

the new settings to set.

Exceptions
-
- -
-
getLowPassFilterSettings
-
LowPassFilterConfig getLowPassFilterSettings(
const MipTypes::MipChannelFields &dataDescriptors
) const
-

Gets the current low-pass filter settings for the given data descriptors

Parameter
dataDescriptors
const MipTypes::MipChannelFields&

the <MipType::ChannelField> data descriptors for which to return the current low-pass filter settings.

Return

LowPassFilterData settings.

Exceptions
-
- -
-
setComplementaryFilterSettings
-
void setComplementaryFilterSettings(
const ComplementaryFilterData &data
)
-

Sets the complementary filter settings.

Parameter
data
const ComplementaryFilterData&

the new settings to send.

Exceptions
-
- -
-
getComplementaryFilterSettings
-
ComplementaryFilterData getComplementaryFilterSettings()
-

Gets the current complementary filter settings.

Return
ComplementaryFilterData

The new settings.

Exceptions
-
- -
-
getBasicDeviceStatus
-
DeviceStatusData getBasicDeviceStatus()
-

Gets the basic device status.

Return
DeviceStatusData

The new settings.

Exceptions
-
- -
-
getDiagnosticDeviceStatus
-
DeviceStatusData getDiagnosticDeviceStatus()
-

Gets the diagnostic device status.

Return
DeviceStatusData

The new settings.

Exceptions
-
- -
-
sendRawRTCM_2_3Message
-
void sendRawRTCM_2_3Message(
const RTCMMessage &theMessage
)
-

Sends a raw RTCM 2.3 message.

Parameter
theMessage
const RTCMMessage&

the RTCM message to send.

Exceptions
-
- -
-
setVehicleDynamicsMode
-
void setVehicleDynamicsMode(
const InertialTypes::VehicleModeType &mode
)
-

Sets the vehicle dynamics mode.

Parameter
mode
const InertialTypes::VehicleModeType&

the new mode to send.

Exceptions
-
- -
-
getVehicleDynamicsMode
-
InertialTypes::VehicleModeType getVehicleDynamicsMode()
-

Gets the vehicle dynamics mode.

Return
VehicleModeType

The new mode.

Exceptions
-
- -
-
setEstimationControlFlags
-
void setEstimationControlFlags(
const EstimationControlOptions &flags
)
-

Sets the estimation control flags.

Parameter
flags
const EstimationControlOptions&

the new flags to send.

Exceptions
-
- -
-
getEstimationControlFlags
-
EstimationControlOptions getEstimationControlFlags()
-

Gets the estimation control flags.

Return
EstimationControlOptions

The current flags.

Exceptions
-
- -
-
setInclinationSource
-
void setInclinationSource(
const GeographicSourceOptions &options
)
-

Sets the source for the inclination geographic source command.

Parameter
options
const GeographicSourceOptions&

the GeographicSourceOptions to send.

Exceptions
-
- -
-
getInclinationSource
-
GeographicSourceOptions getInclinationSource()
-

Gets the source for the inclination geographic source command.

Return
GeographicSourceOptions

the current GeographicSourceOptions for the inclination.

Exceptions
-
- -
-
setDeclinationSource
-
void setDeclinationSource(
const GeographicSourceOptions &options
)
-

Sets the source for the declination geographic source command.

Parameter
options
const GeographicSourceOptions&

the GeographicSourceOptions to send.

Exceptions
-
- -
-
getDeclinationSource
-
GeographicSourceOptions getDeclinationSource()
-

Gets the source for the declination geographic source command.

Return
GeographicSourceOptions

the current GeographicSourceOptions for the declination.

Exceptions
-
- -
-
setMagneticFieldMagnitudeSource
-
void setMagneticFieldMagnitudeSource(
const GeographicSourceOptions &options
)
-

Sets the source for the magnetic field magnitude geographic source command.

Parameter
options
const GeographicSourceOptions&

the GeographicSourceOptions to send.

Exceptions
-
- -
-
getMagneticFieldMagnitudeSource
-
GeographicSourceOptions getMagneticFieldMagnitudeSource()
-

Gets the source for the field magnitude geographic source command.

Return
GeographicSourceOptions

the current GeographicSourceOptions for the magnetic field magnitude.

Exceptions
-
- -
-
setEstimationControlFlags
-

Sets the estimation control flags.

Parameter
gnssSource

the new mode to send.

Exceptions
-
- -
-
getEstimationControlFlags
-

Gets the estimation control flags.

Return
GNSS_Source

The new source.

Exceptions
-
- -
-
sendExternalGNSSUpdate
-
void sendExternalGNSSUpdate(
const ExternalGNSSUpdateData &gnssUpdateData
)
-

sends the external GNSS update command.

Parameter
gnssUpdateData
const ExternalGNSSUpdateData&

the data to send.

Exceptions
-
- -
-
setHeadingUpdateControl
-
void setHeadingUpdateControl(
const HeadingUpdateOptions &headingUpdateOptions
)
-

Sets the heading update control flags.

Parameter
headingUpdateOptions
const HeadingUpdateOptions&

the new options to send.

Exceptions
-
- -
-
tareOrientation
-
void tareOrientation(
const TareAxisValues &axisValue
)
-

uses device orientation relative to the NED frame as the sensor to vehicle rotation.

Parameters
axisValue
const TareAxisValues&

the TareAxisValues object indicating which axes to tare.

Exceptions
-
- -
-
getHeadingUpdateControl
-
HeadingUpdateOptions getHeadingUpdateControl()
-

Gets the heading update control flags.

Return
HeadingUpdateOptions

The current options.

Exceptions
-
- -
-
setGravityErrorAdaptiveMeasurement
-
void setGravityErrorAdaptiveMeasurement(
const AdaptiveMeasurementData &data
)
-

Sets the gravity magnitude error adaptive measurement settings.

Parameter
data
const AdaptiveMeasurementData&

the adaptive measurement settings to send.

Exceptions
-
- -
-
getGravityErrorAdaptiveMeasurement
-
AdaptiveMeasurementData getGravityErrorAdaptiveMeasurement()
-

Gets the gravity magnitude error adaptive measurement settings.

Return
AdaptiveMeasurementData

The current adaptive measurement settings.

Exceptions
-
- -
-
setMagnetometerErrorAdaptiveMeasurement
-
void setMagnetometerErrorAdaptiveMeasurement(
const AdaptiveMeasurementData &data
)
-

Sets the magnetometer magnitude error adaptive measurement settings.

Parameter
data
const AdaptiveMeasurementData&

the adaptive measurement settings to send.

Exceptions
-
- -
-
getMagnetometerErrorAdaptiveMeasurement
-
AdaptiveMeasurementData getMagnetometerErrorAdaptiveMeasurement()
-

Gets the magnetometer magnitude error adaptive measurement settings.

Return
AdaptiveMeasurementData

The current adaptive measurement settings.

Exceptions
-
- -
-
setMagDipAngleErrorAdaptiveMeasurement
-
void setMagDipAngleErrorAdaptiveMeasurement(
const AdaptiveMeasurementData &data
)
-

Sets the magnetometer dip angle error adaptive measurement settings.

Parameter
data
const AdaptiveMeasurementData&

the adaptive measurement settings to send.

Exceptions
-
- -
-
getMagDipAngleErrorAdaptiveMeasurement
-
AdaptiveMeasurementData getMagDipAngleErrorAdaptiveMeasurement()
-

Gets the magnetometer dip angle error adaptive measurement settings.

Return
AdaptiveMeasurementData

The current adaptive measurement settings.

Exceptions
-
- -
-
setMagNoiseStandardDeviation
-
void setMagNoiseStandardDeviation(
const GeometricVector &data
)
-

Sets the magnetometer noise standard deviation.

Parameter
data
const GeometricVector&

the GeometricVector to send.

Exceptions
-
- -
-
getMagNoiseStandardDeviation
-
GeometricVector getMagNoiseStandardDeviation()
-

Gets the magnetometer noise standard deviation.

Return
GeometricVector

The current magnetometer noise standard deviation.

Exceptions
-
- -
-
setGravNoiseStandardDeviation
-
void setGravNoiseStandardDeviation(
const GeometricVector &data
)
-

Sets the gravity noise standard deviation.

Parameter
data
const GeometricVector&

the GeometricVector to send.

Exceptions
-
- -
-
getGravNoiseStandardDeviation
-
GeometricVector getGravNoiseStandardDeviation()
-

Gets the gravity noise standard deviation.

Return
GeometricVector

The current gravity noise standard deviation.

Exceptions
-
- -
-
setAccelNoiseStandardDeviation
-
void setAccelNoiseStandardDeviation(
const GeometricVector &data
)
-

Sets the accelerometer noise standard deviation.

Parameter
data
const GeometricVector&

the GeometricVector to send.

Exceptions
-
- -
-
getAccelNoiseStandardDeviation
-
GeometricVector getAccelNoiseStandardDeviation()
-

Gets the accelerometer noise standard deviation.

Return
GeometricVector

The current accelerometer noise standard deviation.

Exceptions
-
- -
-
setGyroNoiseStandardDeviation
-
void setGyroNoiseStandardDeviation(
const GeometricVector &data
)
-

Sets the gyroscope noise standard deviation.

Parameter
data
const GeometricVector&

the GeometricVector to send.

Exceptions
-
- -
-
getGyroNoiseStandardDeviation
-
GeometricVector getGyroNoiseStandardDeviation()
-

Gets the gyroscope noise standard deviation.

Return
GeometricVector

The current gyroscope noise standard deviation.

Exceptions
-
- -
-
setPressureAltNoiseStandardDeviation
-
void setPressureAltNoiseStandardDeviation(
const float &data
)
-

Sets the pressure altitude noise standard deviation.

Parameter
data
const float&

the float to send.

Exceptions
-
- -
-
getPressureAltNoiseStandardDeviation
-
float getPressureAltNoiseStandardDeviation()
-

Gets the pressure altitude noise standard deviation.

Return
float

The current pressure altitude noise standard deviation.

Exceptions
-
- -
-
setHardIronOffsetProcessNoise
-
void setHardIronOffsetProcessNoise(
const GeometricVector &data
)
-

Sets the hard iron offset process noise.

Parameter
data
const GeometricVector&

the GeometricVector to send.

Exceptions
-
- -
-
getHardIronOffsetProcessNoise
-
GeometricVector getHardIronOffsetProcessNoise()
-

Gets the hard iron offset process noise.

Return
GeometricVector

The current hard iron offset process noise.

Exceptions
-
- -
-
setAccelBiasModelParams
-
void setAccelBiasModelParams(
const GeometricVectors &data
)
-

Sets the accelerometer bias model parameters.

Parameter
data
const GeometricVectors&

the collection of GeometricVector to send - contains two data points: bias beta values, and bias noise values.

Exceptions
-
- -
-
getAccelBiasModelParams
-
GeometricVectors getAccelBiasModelParams()
-

Gets the accelerometer bias model parameters.

Return
GeometricVector

The current accelerometer bias model parameters - returns two data points: bias beta values, and bias noise values.

Exceptions
-
- -
-
setGyroBiasModelParams
-
void setGyroBiasModelParams(
const GeometricVectors &data
)
-

Sets the gyroscope bias model parameters.

Parameter
data
const GeometricVectors&

the collection of GeometricVector to send - contains two data points: bias beta values, and bias noise values.

Exceptions
-
- -
-
getGyroBiasModelParams
-
GeometricVectors getGyroBiasModelParams()
-

Gets the gyroscope bias model parameters.

Return
GeometricVector

The current gyroscope bias model parameters - returns two data points: bias beta values, and bias noise values.

Exceptions
-
- -
-
setSoftIronMatrixProcessNoise
-
void setSoftIronMatrixProcessNoise(
const Matrix_3x3 &data
)
-

Sets the soft iron matrix process noise.

Parameter
data
const Matrix_3x3&

the collection of Matrix_3x3 to send.

Exceptions
-
- -
-
getSoftIronMatrixProcessNoise
-
Matrix_3x3 getSoftIronMatrixProcessNoise()
-

Gets the soft iron matrix process noise.

Return
Matrix_3x3

The current soft iron matrix process noise.

Exceptions
-
- -
-
setFixedReferencePosition
-
void setFixedReferencePosition(
const FixedReferencePositionData &data
)
-

Sets the FixedReferencePositionData data for the specified command.

Parameter
data
const FixedReferencePositionData&

the FixedReferencePositionData data to send.

Exceptions
-
- -
-
FixedReferencePositionData
-
FixedReferencePositionData getFixedReferencePosition()
-

Gets the FixedReferencePositionData data for the specified command.

Return
FixedReferencePositionData

the current fixed reference position settings.

Exceptions
-
- -
-
setGPSDynamicsMode
-
void setGPSDynamicsMode(
const InertialTypes::GPSDynamicsMode &data
)
-

Sets the GPSDynamicsMode.

Parameter
data
const InertialTypes::GPSDynamicsMode&

the GPSDynamicsMode data to send.

Exceptions
-
- -
-
getGPSDynamicsMode
-
InertialTypes::GPSDynamicsMode getGPSDynamicsMode() const
-

Gets the GPSDynamicsMode data for this device.

Return
GPSDynamicsMode

the current GPS dynamics mode setting.

Exceptions
-
- -
-
setDevicePowerState
-
void setDevicePowerState(
const InertialTypes::DeviceSelector &device,
const InertialTypes::PowerState &data
)
-

Sets the PowerState for the specified device.

Parameter
device
const InertialTypes::DeviceSelector&

the DeviceSelector for which to set the power state.

data
const InertialTypes::PowerState&

the PowerState to send.

Exceptions
-
- -
-
getDevicePowerState
-
InertialTypes::PowerState getDevicePowerState(
const InertialTypes::DeviceSelector &device
) const
-

Gets the PowerState for the specified device.

Parameter
device
const InertialTypes::DeviceSelector&

the DeviceSelector for which to get the power state.

Return
PowerState

the current power state of the specified device.

Exceptions
-
- -
-
setDeviceStreamFormat
-
void setDeviceStreamFormat(
const InertialTypes::DeviceSelector &device,
const InertialTypes::StreamFormat &data
)
-

Sets the StreamFormat for the specified device.

Parameter
device
const InertialTypes::DeviceSelector&

the DeviceSelector for which to set the data stream format.

data
const InertialTypes::StreamFormat&

the StreamFormat to send.

Exceptions
-
- -
-
getDeviceStreamFormat
-
InertialTypes::StreamFormat getDeviceStreamFormat(
const InertialTypes::DeviceSelector &device
) const
-

Gets the StreamFormat for the specified device.

Parameter
device
const InertialTypes::DeviceSelector&

the DeviceSelector for which to get the data stream format.

Return
StreamFormat

the current data stream format of the specified device.

Exceptions
-
- -
-
setSignalConditioningSettings
-
void setSignalConditioningSettings(
const SignalConditioningValues &data
)
-

Sets the signal conditioning settings for the node.

Parameter
data
const SignalConditioningValues&

the signal conditioning settings to send.

Exceptions
-
- -
-
getSignalConditioningSettings
-
SignalConditioningValues getSignalConditioningSettings() const
-

Gets the signal conditioning settings for the node.

Return
SignalConditioningValues

The current signal conditioning settings.

Exceptions
-
- -
-
setEnableDisableMeasurements
-
void setEnableDisableMeasurements(
const EnableDisableMeasurements &data
)
-

Enables/disables estimation filter measurement options for the node.

Parameter
data
const EnableDisableMeasurements&

the measurement options to send.

Exceptions
-
- -
-
getEnableDisableMeasurements
-
EnableDisableMeasurements getEnableDisableMeasurements() const
-

Gets the currently enabled estimation filter measurement options for the node.

Return
EnableDisableMeasurements

The currently enabled measurement options.

Exceptions
-
- -
-
setGravityNoiseMinimum
-
void setGravityNoiseMinimum(
const GeometricVector &data
)
-

Sets the gravity noise minimum for the device.

Parameter
data
const GeometricVector&

the gravity noise minimum to set

Exceptions
-
- -
-
getGravityNoiseMinimum
-
GeometricVector getGravityNoiseMinimum() const
-

Gets the current gravity noise minimum for the device.

Return
GeometricVector

The current gravity noise minimum.

Exceptions
-
- -
-
sendExternalHeadingUpdate
-
void sendExternalHeadingUpdate(
const HeadingData &headingData
)
-

sends the external heading update command.

Parameter
headingData
const HeadingData&

the new heading.

Exceptions
-
- -
-
sendExternalHeadingUpdate
-
void sendExternalHeadingUpdate(
const HeadingData &headingData,
const TimeUpdate &timestamp
)
-

sends the external heading update command.

Parameter
headingData
const HeadingData&

the new heading.

timestamp
const TimeUpdate&

the timestamp.  Improves accuracy in situations of high angular rate.

Exceptions
-
- -
-
aidingMeasurementEnabled
-
bool aidingMeasurementEnabled(
InertialTypes::AidingMeasurementSource aidingSource
) const
-

sends the Aiding Measurement Enable command (0x0D, 0x50) to check whether the specified aiding source is currently enabled.

Parameter
aidingSource
InertialTypes::AidingMeasurementSource

the AidingMeasurementSource to check.

Return
bool

The current state of the specified aiding measurement source - true: enabled, false: disabled.

Exceptions
-
- -
-
enableDisableAidingMeasurement
-
void enableDisableAidingMeasurement(
InertialTypes::AidingMeasurementSource aidingSource,
bool enable
)
-

sends the Aiding Measurement Enable command (0x0D, 0x50) to enable/disable the specified aiding source.

Parameter
aidingSource
InertialTypes::AidingMeasurementSource

the AidingMeasurementSource to enable/disable.

enable
bool

true: enable, false: disable

Exceptions
-
- -
-
getAdaptiveFilterOptions
-
AutoAdaptiveFilterOptions getAdaptiveFilterOptions() const
-

sends the Adaptive Filter Options command (0x0D, 0x53) to get the currently configured auto-adaptive filtering options.

Return
AutoAdaptiveFilterOptions

The current auto-adaptive filter options set on the device.

Exceptions
-
- -
-
setAdaptiveFilterOptions
-
void setAdaptiveFilterOptions(
AutoAdaptiveFilterOptions options
)
-

sends the Adaptive Filter Options command (0x0D, 0x53) to set the auto-adaptive filtering options to the specified values.

Parameter
options
AutoAdaptiveFilterOptions

the AutoAdaptiveFilterOptions to set.

Exceptions
-
- -
-
getMultiAntennaOffset
-
PositionOffset getMultiAntennaOffset(
uint8 receiverId
) const
-

sends the Multi Antenna Offset command (0x0D, 0x54) to get the currently configured antenna offset for the specified receiver ID.

Parameter
receiverId
uint8

the receiver ID to return the offset of.

Return
PositionOffset

The currently configured antenna offset of the specified receiver.

Exceptions
-
- -
-
setMultiAntennaOffset
-
void setMultiAntennaOffset(
uint8 receiverId,
PositionOffset offset
)
-

sends the Aiding Measurement Enable command (0x0D, 0x50) to set the position offset of the specified receiver ID.

Parameter
receiverId
uint8

the receiver ID.

offset
PositionOffset

the PositionOffset of the specified receiver.

Exceptions
-
- -
-
getPpsSource
-
InertialTypes::PpsSource getPpsSource() const
-

Gets the PPS source currently configured on the device.

Return
<InertialTypes::PpsSource>

The currently configured PPS source

Exceptions
-
- -
-
setPpsSource
-
void setPpsSource(
InertialTypes::PpsSource ppsSource
)
-

Sets the PPS source.

Parameter
ppsSource
InertialTypes::PpsSource

the <InertialTypes::PpsSource> PPS source.

Exceptions
-
- -
-
getOdometerConfig
-
OdometerConfiguration getOdometerConfig() const
-

Gets the currently configured odometer settings.

Return
OdometerConfiguration

The currently configured odometer settings

Exceptions
-
- -
-
setOdometerConfig
-
void setOdometerConfig(
OdometerConfiguration config
)
-

Set the odometer configuration.

Parameter
config
OdometerConfiguration

The OdometerConfiguration to apply.

Exceptions
-
- -
-
getSensorRange
-
SensorRange getSensorRange(
SensorRange::Type sensorRangeType
) const
-

Gets the currently configured sensor range for the specified sensor (accelerometer, gyroscope, etc.).

Parameter
sensorRangeType
SensorRange::Type

The SensorRange::Type sensor to check

Return
SensorRange

The currently configured sensor range for the specified sensor

Exceptions
-
- -
-
setSensorRange
-
void setSensorRange(
SensorRange range
)
-

Set the specified sensor range. This will only work with a SensorRange object from the device features SupportedSensorRanges object or read from the device with getSensorRange.

Parameter
range
SensorRange

The SensorRange to apply

Exceptions
-
- -
-
setSensorRange
-
void setSensorRange(
SensorRange::Type type,
uint8 rangeId
)
-
Set the specified sensor range to the range ID

you can find these IDs in the device manual or look them up from the device features SupportedSensorRanges object.

Parameter
type
SensorRange::Type

The SensorRange::Type to set

rangeId
uint8

The id representing a range value to apply

Exceptions
-
- -
-
getGpioConfig
-
GpioConfiguration getGpioConfig(
uint8 pin
) const
-

Gets the currently configured GPIO settings.

Return
GpioConfiguration

The currently configured GPIO settings

Exceptions
-
- -
-
setGpioConfig
-
void setGpioConfig(
GpioConfiguration config
)
-

Set the GPIO configuration.

Parameter
config
GpioConfiguration

the GpioConfiguration to apply.

Exceptions
-
- -
-
getGpioState
-
bool getGpioState(
uint8 pin
) const
-

Sends the GPIO State command (0x0C, 0x42) to get the current state of the specified pin.

Parameter
pin
uint8

The pin to return the state of.

Return
bool

The current state of the GPIO pin.

Exceptions
-
- -
-
setGpioState
-
void setGpioState(
uint8 pin,
bool state
)
-

Sends the GPIO State command (0x0C, 0x42) to temporarily set the state of the specified pin.

GPIO pin state can only be manually set if the pin GpioConfiguration::Feature is GPIO and the GpioConfiguration::GpioBehavior is Output (low or high).

Parameter
pin
uint8

The pin to set the state of.

state
bool

The on/off state to set the pin.

Exceptions
-
- -
-
getEventTriggerMode
-
EventControlMode getEventTriggerMode(
uint8 instance
) const
-

Sends the Event Control command (0x0C, 0x2B) to get the current mode of the specified trigger.

Parameter
instance
uint8

The trigger ID to get the mode of.

Return
EventControlMode

The current mode of the event trigger.

Exceptions
-
- -
-
setEventTriggerMode
-
void setEventTriggerMode(
uint8 instance,
EventControlMode mode
) const
-

Sends the Event Control command (0x0C, 0x2B) to set the mode of the specified trigger.

Parameter
instance
uint8

The trigger ID to control.

mode
EventControlMode

The mode to set the event trigger.

Exceptions
-
- -
-
getEventTriggerConfig
-
EventTriggerConfiguration getEventTriggerConfig(
uint8 instance
) const
-

Gets the currently configured event trigger settings for the specified trigger ID.

Parameter
instance
uint8

The trigger instance ID to get the information for.

Return
EventTriggerConfiguration

The currently configured event trigger settings

Exceptions
-
- -
-
setEventTriggerConfig
-
void setEventTriggerConfig(
EventTriggerConfiguration config
) const
-

Set the event trigger configuration.

Parameter
config
EventTriggerConfiguration

The EventTriggerConfiguration to apply.

Exceptions
-
- -
-
getEventActionConfig
-
EventActionConfiguration getEventActionConfig(
uint8 instance
) const
-

Gets an event action configuration.

Parameter
instance
uint8

The instance number of the event action config to fetch

Return
EventActionConfiguration

The event action configuration with the specified instance ID

Exceptions
-
- -
-
setEventActionConfig
-
void setEventActionConfig(
EventActionConfiguration config,
bool validateSupported = true
) const
-

Set the event action configuration.

Parameter
config
EventActionConfiguration

The EventActionConfiguration to apply.

validateSupported
bool

True by default. For MESSAGE type actions this will filter unsupported ChannelFields prior to configuration.

Exceptions
-
- -
-
getAntennaLeverArmCal
-
AntennaLeverArmCalConfiguration getAntennaLeverArmCal() const
-

Gets the currently configured GNSS antenna lever arm calibration configuration.

Return
AntennaLeverArmCalConfiguration

The currently configured antenna lever arm calibration settings

Exceptions
-
- -
-
setAntennaLeverArmCal
-
void setAntennaLeverArmCal(
AntennaLeverArmCalConfiguration config
)
-

Set the GNSS antenna lever arm calibration configuration.

Parameter
config
AntennaLeverArmCalConfiguration

the AntennaLeverArmCalConfiguration to apply.

Exceptions
-
- -
-
getRelativePositionReference
-
PositionReferenceConfiguration getRelativePositionReference() const
-

Gets the currently configured reference for relative position values.

Return
PositionReferenceConfiguration

The current relative position reference configuration

Exceptions
-
- -
-
setRelativePositionReference
-
void setRelativePositionReference(
PositionReferenceConfiguration ref
)
-

Set the reference for relative position values.

Parameter
ref
PositionReferenceConfiguration

the PositionReferenceConfiguration to apply.

Exceptions
-
- -
-
getLeverArmReferenceOffset
-
PositionOffset getLeverArmReferenceOffset() const
-

Gets the currently configured lever arm reference point offset.

Return
PositionOffset

The current reference offset configuration.

Exceptions
-
- -
-
setLeverArmReferenceOffset
-
void setLeverArmReferenceOffset(
PositionOffset offset
) const
-

Set the lever arm offset for the reference point.

Parameter
offset
PositionOffset

the PositionOffset to apply.

Exceptions
-
- -
-
sendExternalSpeedMeasurementUpdate
-
void sendExternalSpeedMeasurementUpdate(
float tow,
float speed,
float unc
)
-

Sends an external speed measurement update to be used as a filter input.

Parameter
tow
float

the time of week of the measurement (s)

speed
float

the speed measurement value (m/s)

unc
float

the speed measurement uncertainty (m/s)

Exceptions
-
- -
-
getSpeedMeasurementOffset
-
PositionOffset getSpeedMeasurementOffset() const
-

Gets the currently configured lever arm offset for the speed measurement.

Return
PositionOffset

The current relative position reference configuration

Exceptions
-
- -
-
setSpeedMeasurementOffset
-
void setSpeedMeasurementOffset(
PositionOffset offset
)
-

Set the lever arm offset for the speed measurement.

Parameter
offset
PositionOffset

the PositionOffset to apply.

Exceptions
-
- -
-
getGnssSignalConfig
-
GnssSignalConfiguration getGnssSignalConfig() const
-

Gets the device's current GNSS signal configuration.

Return
GnssSignalConfiguration

The current GNSS signal configuration

Exceptions
-
- -
-
setGnssSignalConfig
-
void setGnssSignalConfig(
GnssSignalConfiguration config
)
-

Set the GNSS signal configuration.

Parameter
config
GnssSignalConfiguration

the GnssSignalConfiguration to apply.

Exceptions
-
- -
-
rtkEnabled
-
bool rtkEnabled() const
-

Reads whether RTK input is currently enabled on the device.

Return
bool

true: enabled, false: disabled

Exceptions
-
- -
-
enableRtk
-
void enableRtk(
bool enable
)
-

Enables or disables RTK input into the device.

Parameter
enable
bool

true: enable RTK input, false: disable

Exceptions
-
- -
-
getEventTriggerStatus
-
EventTriggerStatus getEventTriggerStatus(
std::vector<uint8> instances = std::vector<uint8>()
) const
-

Sends the Event Trigger Status command (0x0C, 0x2C) to get the current status of the specified triggers.

Note

If number of instances is 0, this will return the status of all the triggers.

Parameter
instances
std::vector<uint8>

A vector of trigger instance IDs to check the status of.

Return
EventTriggerInfo::EventTriggerStatus

A vector of trigger statuses of the specified triggers, or all triggers.

Exceptions
-
- -
-
getEventActionStatus
-
EventActionStatus getEventActionStatus(
std::vector<uint8> instances = std::vector<uint8>()
) const
-

Sends the Event Action Status command (0x0C, 0x2D) to get the current status of the specified actions.

Note

If number of instances is 0, this will return the status of all the actions.

Parameter
instances
std::vector<uint8>

A vector of action instance IDs to check the status of.

Return
EventActionInfo::EventActionStatus

A vector of action statuses of the specified actions, or all actions.

Exceptions
-
- -
-
getNmeaMessageFormat
-
NmeaMessageFormats getNmeaMessageFormat() const
-

Gets the NMEA message formats currently configured to output on the device.

Return
NmeaMessageFormats

vector of NmeaMessageFormat objects.

Exceptions
-
- -
-
setNmeaMessageFormat
-
void setNmeaMessageFormat(
NmeaMessageFormats nmeaFormats
) const
-

Sets the NMEA message formats to output on the device.

Parameters
nmeaFormats
NmeaMessageFormats

vector of NmeaMessageFormat objects to configure.

Exceptions
-
- -
-
getAidingMeasurementReferenceFrames
-
MeasurementReferenceFrames getAidingMeasurementReferenceFrames(
Rotation::Format rotationFormat = Rotation::Format::EULER_ANGLES
) const
-

Get all aiding measurement reference frames configured on the device.

Parameters
rotationFormat
Rotation::Format

default EULER_ANGLES - the rotation format to read from the device (Euler angles or quaternion). Returned rotation values are mathematically equivalent regardless of indicated format.

Returns
MeasurementReferenceFrames

map of reference frames for each frame ID supported by the device

-
- -
-
setAidingMeasurementReferenceFrames
-
void setAidingMeasurementReferenceFrames(
const MeasurementReferenceFrames &frames,
bool clearExcludedIds = false
) const
-

Set the aiding measurement reference frames on the device.

Parameters
frames
const MeasurementReferenceFrames&

MeasurementReferenceFrames map of reference frames for each frame ID to be set

clearExcludedIds
bool

bool, default: false - if true, clears reference frame information for IDs not included in the frames map otherwise only overwrites included IDs

-
- -
-
getAidingMeasurementReferenceFrame
-
MeasurementReferenceFrame getAidingMeasurementReferenceFrame(
uint8 id,
Rotation::Format rotationFormat = Rotation::Format::EULER_ANGLES
) const
-

Get the aiding measurement reference frame for the specified frame ID configured on the device.

Parameters
id
uint8

frame ID of the reference frame to read

rotationFormat
Rotation::Format

default EULER_ANGLES - the rotation format to read from the device (Euler angles or quaternion). Returned rotation values are mathematically equivalent regardless of indicated format.

Returns
MeasurementReferenceFrame

the reference frame information for the specified frame ID

-
- -
-
setAidingMeasurementReferenceFrame
-
void setAidingMeasurementReferenceFrame(
uint8 id,
const MeasurementReferenceFrame &frame
) const
-

Set the aiding measurement reference frame for the specified frame ID on the device.

Parameters
id
uint8

frame ID of the reference frame to set

frame
const MeasurementReferenceFrame&

MeasurementReferenceFrame information to set for the specified frame ID

-
- -
-
setAidingMeasurementResponseMode
-
void setAidingMeasurementResponseMode(
AidingMeasurementInput::ResponseMode mode
) const
-

Set the response mode for commanded aiding measurement inputs on the device (command set 0x13, sendAidingMeasurement function).

Parameters
mode
AidingMeasurementInput::ResponseMode

the AidingMeasurementInput::ResponseMode for this device

-
- -
-
getAidingMeasurementResponseMode
-
AidingMeasurementInput::ResponseMode getAidingMeasurementResponseMode() const
-

Get the response mode for commanded aiding measurement inputs configured on the device (command set 0x13, sendAidingMeasurements function).

Returns
AidingMeasurementInput::ResponseMode

configured response mode

-
- -
-
sendAidingMeasurement
-
void sendAidingMeasurement(
AidingMeasurementPosition measurement
) const
-

Send a commanded aiding measurement to the device (command set 0x13).

Parameters
measurement
AidingMeasurementPosition

any AidingMeasurementInput to send to the device.

-
- -
-
sendAidingMeasurement_readEcho
-
AidingMeasurementPosition sendAidingMeasurement_readEcho(
AidingMeasurementPosition measurement
) const
-

Send a commanded aiding measurement to the device (command set 0x13) and read out the echoed measurement.  Important: only use this function if the Aiding Measurement Response Mode is set to <AidingMeasurementInput::ResponseMode::ECHO_INPUT> - otherwise use sendAidingMeasurement().

Parameters
measurement
AidingMeasurementPosition

any AidingMeasurementInput to send to the device.

Returns

The aiding measurement echo read from the device response (AidingMeasurementPosition, AidingMeasurementVelocity, or AidingMeasurementHeading)

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Packets/InertialFieldParser_EstFilter-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Packets/InertialFieldParser_EstFilter-h-Summary.js deleted file mode 100644 index 4a646bac0..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Packets/InertialFieldParser_EstFilter-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ 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Flags","FieldParser_MagBias.Valid_Flags"],[1531,0,1,,"FieldParser_MagBias.VALID_FLAG"],[1532,0,0,"FieldParser_MagAutoSoftIronMatrix","FieldParser_MagAutoSoftIronMatrix"],[1533,0,3,"Constants","FieldParser_MagAutoSoftIronMatrix.Constants"],[1534,0,1,"Valid Flags","FieldParser_MagAutoSoftIronMatrix.Valid_Flags"],[1535,0,1,,"FieldParser_MagAutoSoftIronMatrix.MATRIX_FLAG"],[1536,0,0,"FieldParser_MagAutoHardIronOffsetUncert","FieldParser_MagAutoHardIronOffsetUncert"],[1537,0,3,"Constants","FieldParser_MagAutoHardIronOffsetUncert.Constants"],[1538,0,1,"Valid Flags","FieldParser_MagAutoHardIronOffsetUncert.Valid_Flags"],[1539,0,1,,"FieldParser_MagAutoHardIronOffsetUncert.VECTOR_FLAG"],[1540,0,0,"FieldParser_MagBiasUncert","FieldParser_MagBiasUncert"],[1541,0,3,"Constants","FieldParser_MagBiasUncert.Constants"],[1542,0,1,"Valid 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Flags","FieldParser_GnssAntennaOffsetCorrection.Valid_Flags"],[1553,0,1,,"FieldParser_GnssAntennaOffsetCorrection.VALID_FLAG"],[1554,0,0,"FieldParser_GnssAntennaOffsetCorrectionUncert","FieldParser_GnssAntennaOffsetCorrectionUncert"],[1555,0,3,"Constants","FieldParser_GnssAntennaOffsetCorrectionUncert.Constants"],[1556,0,1,"Valid Flags","FieldParser_GnssAntennaOffsetCorrectionUncert.Valid_Flags"],[1557,0,1,,"FieldParser_GnssAntennaOffsetCorrectionUncert.VALID_FLAG"],[1558,0,0,"FieldParser_GnssClockCorrection","FieldParser_GnssClockCorrection"],[1559,0,3,"Constants","FieldParser_GnssClockCorrection.Constants"],[1560,0,1,"Valid Flags","FieldParser_GnssClockCorrection.Valid_Flags"],[1561,0,1,,"FieldParser_GnssClockCorrection.VALID_FLAG"],[1562,0,0,"FieldParser_GnssClockCorrectionUncert","FieldParser_GnssClockCorrectionUncert"],[1563,0,3,"Constants","FieldParser_GnssClockCorrectionUncert.Constants"],[1564,0,1,"Valid Flags","FieldParser_GnssClockCorrectionUncert.Valid_Flags"],[1565,0,1,,"FieldParser_GnssClockCorrectionUncert.VALID_FLAG"],[1566,0,0,"FieldParser_GnssMultiAntennaOffsetCorrection","FieldParser_GnssMultiAntennaOffsetCorrection"],[1567,0,3,"Constants","FieldParser_GnssMultiAntennaOffsetCorrection.Constants"],[1568,0,1,"Valid Flags","FieldParser_GnssMultiAntennaOffsetCorrection.Valid_Flags"],[1569,0,1,,"FieldParser_GnssMultiAntennaOffsetCorrection.VALID_FLAG"],[1570,0,0,"FieldParser_GnssMultiAntennaOffsetCorrectionUncert","FieldParser_GnssMultiAntennaOffsetCorrectionUncert"],[1571,0,3,"Constants","FieldParser_GnssMultiAntennaOffsetCorrectionUncert.Constants"],[1572,0,1,"Valid Flags","FieldParser_GnssMultiAntennaOffsetCorrectionUncert.Valid_Flags"],[1573,0,1,,"FieldParser_GnssMultiAntennaOffsetCorrectionUncert.VALID_FLAG"],[1574,0,0,"FieldParser_EcefPositionUncert","FieldParser_EcefPositionUncert"],[1575,0,3,"Constants","FieldParser_EcefPositionUncert.Constants"],[1576,0,1,"Valid Flags","FieldParser_EcefPositionUncert.Valid_Flags"],[1577,0,1,,"FieldParser_EcefPositionUncert.VALID_FLAG"],[1578,0,0,"FieldParser_EcefVelocityUncert","FieldParser_EcefVelocityUncert"],[1579,0,3,"Constants","FieldParser_EcefVelocityUncert.Constants"],[1580,0,1,"Valid Flags","FieldParser_EcefVelocityUncert.Valid_Flags"],[1581,0,1,,"FieldParser_EcefVelocityUncert.VALID_FLAG"],[1582,0,0,"FieldParser_EcefPosition","FieldParser_EcefPosition"],[1583,0,3,"Constants","FieldParser_EcefPosition.Constants"],[1584,0,1,"Valid Flags","FieldParser_EcefPosition.Valid_Flags"],[1585,0,1,,"FieldParser_EcefPosition.VALID_FLAG"],[1586,0,0,"FieldParser_EcefVelocity","FieldParser_EcefVelocity"],[1587,0,3,"Constants","FieldParser_EcefVelocity.Constants"],[1588,0,1,"Valid Flags","FieldParser_EcefVelocity.Valid_Flags"],[1589,0,1,,"FieldParser_EcefVelocity.VALID_FLAG"],[1590,0,0,"FieldParser_NedRelativePos","FieldParser_NedRelativePos"],[1591,0,3,"Constants","FieldParser_NedRelativePos.Constants"],[1592,0,1,"Valid Flags","FieldParser_NedRelativePos.Valid_Flags"],[1593,0,1,,"FieldParser_NedRelativePos.VALID_FLAG"],[1594,0,0,"FieldParser_FilterPosAidingStatus","FieldParser_FilterPosAidingStatus"],[1595,0,0,"FieldParser_FilterAttAidingStatus","FieldParser_FilterAttAidingStatus"],[1596,0,0,"FieldParser_FilterAidingSummary","FieldParser_FilterAidingSummary"],[1597,0,0,"FieldParser_OdometerScaleError","FieldParser_OdometerScaleError"],[1598,0,0,"FieldParser_OdometerScaleErrorUncert","FieldParser_OdometerScaleErrorUncert"],[1599,0,0,"FieldParser_DualAntennaStatus","FieldParser_DualAntennaStatus"],[1600,0,0,"FieldParser_FrameConfigError","FieldParser_FrameConfigError"],[1601,0,0,"FieldParser_FrameConfigErrorUnc","FieldParser_FrameConfigErrorUnc"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Packets/InertialFieldParser_EstFilter-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Packets/InertialFieldParser_EstFilter-h-SummaryToolTips.js deleted file mode 100644 index 29c9a8129..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Packets/InertialFieldParser_EstFilter-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Inertial/Packets/InertialFieldParser_EstFilter.h",{1409:"
FieldParser_FilterStatus
The field parser for Filter Status data
",1411:"
virtual void parse(
const MipDataField &field,
MipDataPoints &result
) const override
Parses an MipDataField for MipDataPoints and stores them in the valid or invalid result vectors
",1412:"
static bool registerParser()
The static function that registers this parser with the list of parsers (called immediately)
",1414:"
The 2-byte field type (Descriptor ID + Field ID) for this parser
",1415:"
Whether this parser is registered. This will always be true. This is used to call registerParser() immediately
",1416:"
FieldParser_NAV_GPS_Timestamp
The field parser for NAV GPS Timestamp data
",1420:"
FieldParser_EstimatedLLHPosition
The field parser for Estimated LLH Position data
",1424:"
FieldParser_EstimatedNEDVelocity
The field parser for Estimated NED Velocity data
",1428:"
FieldParser_EstimatedQuaternion
The field parser for Estimated Orientation Quaternion data
",1432:"
FieldParser_EstimatedMatrix
The field parser for Estimated Orientation Matrix data
",1436:"
FieldParser_EstimatedEulerAngles
The field parser for Estimated Orientation Euler Angles data
",1440:"
FieldParser_EstimatedGyroBias
The field parser for Estimated Gyro Bias data
",1444:"
FieldParser_EstimatedAccelBias
The field parser for Estimated Accel Bias data
",1448:"
FieldParser_EstimatedLLHPosUncertainty
The field parser for Estimated LLH Position Uncertainty data
",1452:"
FieldParser_EstimatedNEDUncertainty
The field parser for Estimated NED Velocity Uncertainty data
",1456:"
FieldParser_EstimatedAttEulerUncertainty
The field parser for Estimated Attitude Euler Angles Uncertainty data
",1460:"
FieldParser_EstimatedGyroBiasUncertainty
The field parser for Estimated Gyro Bias Uncertainty data
",1464:"
FieldParser_EstimatedAccelBiasUncertainty
The field parser for Estimated Accel Bias Uncertainty data
",1468:"
FieldParser_EstimatedLinearAccel
The field parser for Estimated Linear Acceleration data
",1472:"
FieldParser_EstimatedAngularRate
The field parser for Estimated Angular Rate data
",1476:"
FieldParser_WGS84LocalGravMagnitude
The field parser for WGS84 Local Gravity Magnitude data
",1480:"
FieldParser_EstimatedAttQuaternUncertainty
The field parser for Estimated Attitude Uncertainty, Quaternion Elements data
",1484:"
FieldParser_EstimatedGravityVector
The field parser for Estimated Gravity Vector data
",1488:"
FieldParser_HeadingUpdateSource
The field parser for Heading Update Source State data
",1492:"
FieldParser_MagneticModelSolution
The field parser for Magnetic Model Solution data
",1496:"
FieldParser_EstimatedGyroScaleFactor
The field parser for Estimated Gyro Scale Factor data
",1500:"
FieldParser_EstimatedAccelScaleFactor
The field parser for Estimated Accel Scale Factor data
",1504:"
FieldParser_EstimatedGyroScaleFactorUncertainty
The field parser for Estimated Gyro Scale Factor Uncertainty data
",1508:"
FieldParser_EstimatedAccelScaleFactorUncertainty
The field parser for Estimated Accel Scale Factor Uncertainty data
",1512:"
FieldParser_CompensatedAccel
The field parser for Compensated Acceleration data
",1516:"
FieldParser_StdAtmModel
The field parser for Standard Atmosphere Model data
",1520:"
FieldParser_PressureAlt
The field parser for Pressure Altitude data
",1524:"
FieldParser_MagAutoHardIronOffset
The field parser for Estimated Mag Auto Hard Iron Offset data
",1528:"
FieldParser_MagBias
The field parser for Estimated Mag Auto Hard Iron Offset data
",1532:"
FieldParser_MagAutoSoftIronMatrix
The field parser for Estimated Mag Auto Soft Iron Matrix data
",1536:"
FieldParser_MagAutoHardIronOffsetUncert
The field parser for Estimated Mag Auto Hard Iron Offset Uncertainty data
",1540:"
FieldParser_MagBiasUncert
The field parser for Estimated Mag Bias Uncertainty data
",1544:"
FieldParser_MagAutoSoftIronMatrixUncert
The field parser for Estimated Mag Auto Soft Iron Matrix Uncertainty data
",1548:"
FieldParser_MagCovarianceMatrix
The field parser for the Estimated Magnetometer Covariance Matrix field
",1549:"
FieldParser_MagResidualVector
The field parser for the Magnetometer Residual Vector field
",1550:"
FieldParser_GnssAntennaOffsetCorrection
The field parser for GNSS Antenna Offset Correction data
",1554:"
FieldParser_GnssAntennaOffsetCorrectionUncert
The field parser for GNSS Antenna Offset Correction Uncertainty data
",1558:"
FieldParser_GnssClockCorrection
The field parser for GNSS Clock Correction data
",1562:"
FieldParser_GnssClockCorrectionUncert
The field parser for GNSS Clock Correction Uncertainty data
",1566:"
FieldParser_GnssMultiAntennaOffsetCorrection
The field parser for GNSS Multi-Antenna Offset Correction data
",1570:"
FieldParser_GnssMultiAntennaOffsetCorrectionUncert
The field parser for GNSS Multi-Antenna Offset Correction Uncertainty data
",1574:"
FieldParser_EcefPositionUncert
The field parser for ECEF Position Uncertainty data
",1578:"
FieldParser_EcefVelocityUncert
The field parser for ECEF Velocity Uncertainty data
",1582:"
FieldParser_EcefPosition
The field parser for ECEF Position data
",1586:"
FieldParser_EcefVelocity
The field parser for ECEF Velocity data
",1590:"
FieldParser_NedRelativePos
The field parser for NED Relative Position data
",1594:"
FieldParser_FilterPosAidingStatus
The field parser for the filter GNSS Position Aiding status
",1595:"
FieldParser_FilterAttAidingStatus
The field parser for the filter GNSS Attitude Aiding status
",1596:"
FieldParser_FilterAidingSummary
The field parser for the filter Aiding Measurement Summary
",1597:"
FieldParser_OdometerScaleError
The field parser for the filter Odometer Scale Factor Error
",1598:"
FieldParser_OdometerScaleErrorUncert
The field parser for the filter Odometer Scale Factor Error Uncertainty
",1599:"
FieldParser_DualAntennaStatus
The field parser for the filter GNSS Dual Antenna Status data
",1600:"
FieldParser_FrameConfigError
The field parser for the filter Aiding Frame Config Error data
",1601:"
FieldParser_FrameConfigErrorUnc
The field parser for the filter Aiding Frame Config Error Uncertainty data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Packets/InertialFieldParser_EstFilter-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Packets/InertialFieldParser_EstFilter-h-ToolTips.js deleted file mode 100644 index 5c5414cfe..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Packets/InertialFieldParser_EstFilter-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3088:"
MipFieldParser
Base Class parser for parsing Mip Data Fields
",4527:"
MipDataPoint
Represents a single Inertial Data Point (Extends from DataPoint)
",4550:"
MipDataField
An Inertial data field object that represents a data field within an Inertial Data Packet
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Packets/InertialFieldParser_EstFilter-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Packets/InertialFieldParser_EstFilter-h.html deleted file mode 100644 index cf046b220..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Packets/InertialFieldParser_EstFilter-h.html +++ /dev/null @@ -1,771 +0,0 @@ - - -InertialFieldParser_EstFilter.h - - - - - - - -
-
InertialFieldParser_EstFilter
-
- -
-
FieldParser_FilterStatus
-
public
MipFieldParser
FieldParser_FilterStatus
-

The field parser for Filter Status data

-
- -
-
Functions
-
- -
-
parse
-
virtual void parse(
const MipDataField &field,
MipDataPoints &result
) const override
-

Parses an MipDataField for MipDataPoints and stores them in the valid or invalid result vectors

Parameters
field
const MipDataField&

The MipDataField to parse for data points

result
MipDataPoints&

The MipDataPoints vector to store the data points in

-
- -
-
registerParser
-
static bool registerParser()
-

The static function that registers this parser with the list of parsers (called immediately)

Returns

true, just for assigning the REGISTERED constant to true

-
- -
-
Constants
-
- -
-
FIELD_TYPE
-

The 2-byte field type (Descriptor ID + Field ID) for this parser

-
- -
-
REGISTERED
-

Whether this parser is registered. This will always be true. This is used to call registerParser() immediately

-
- -
-
FieldParser_NAV_GPS_Timestamp
-
public
MipFieldParser
FieldParser_NAV_GPS_Timestamp
-

The field parser for NAV GPS Timestamp data

-
- -
-
Constants
-
- -
-
Valid Flags
-
TIME_FLAG

b00000001 - The flag position for checking the Valid Time flag

-
- -
-
FieldParser_EstimatedLLHPosition
-
public
MipFieldParser
FieldParser_EstimatedLLHPosition
-

The field parser for Estimated LLH Position data

-
- -
-
Constants
-
- -
-
Valid Flags
-
LLH_FLAG

b00000001 - The flag position for checking the LLH flag

-
- -
-
FieldParser_EstimatedNEDVelocity
-
public
MipFieldParser
FieldParser_EstimatedNEDVelocity
-

The field parser for Estimated NED Velocity data

-
- -
-
Constants
-
- -
-
Valid Flags
-
NED_FLAG

b00000001 - The flag position for checking the NED Velocity flag

-
- -
-
FieldParser_EstimatedQuaternion
-
public
MipFieldParser
FieldParser_EstimatedQuaternion
-

The field parser for Estimated Orientation Quaternion data

-
- -
-
Constants
-
- -
-
Valid Flags
-
NED_FLAG

b00000001 - The flag position for checking the Orientation Quaternion flag

-
- -
-
FieldParser_EstimatedMatrix
-
public
MipFieldParser
FieldParser_EstimatedMatrix
-

The field parser for Estimated Orientation Matrix data

-
- -
-
Constants
-
- -
-
Valid Flags
-
NED_FLAG

b00000001 - The flag position for checking the Orientation Quaternion flag

-
- -
-
FieldParser_EstimatedEulerAngles
-
public
MipFieldParser
FieldParser_EstimatedEulerAngles
-

The field parser for Estimated Orientation Euler Angles data

-
- -
-
Constants
-
- -
-
Valid Flags
-
EULER_FLAG

b00000001 - The flag position for checking the Orientation Quaternion flag

-
- -
-
FieldParser_EstimatedGyroBias
-
public
MipFieldParser
FieldParser_EstimatedGyroBias
-

The field parser for Estimated Gyro Bias data

-
- -
-
Constants
-
- -
-
Valid Flags
-
GYRO_FLAG

b00000001 - The flag position for checking the Gyro Bias flag

-
- -
-
FieldParser_EstimatedAccelBias
-
public
MipFieldParser
FieldParser_EstimatedAccelBias
-

The field parser for Estimated Accel Bias data

-
- -
-
Constants
-
- -
-
Valid Flags
-
ACCEL_FLAG

b00000001 - The flag position for checking the Accel Bias flag

-
- -
-
FieldParser_EstimatedLLHPosUncertainty
-
public
MipFieldParser
FieldParser_EstimatedLLHPosUncertainty
-

The field parser for Estimated LLH Position Uncertainty data

-
- -
-
Constants
-
- -
-
Valid Flags
-
UNCERTAINTY_FLAG

b00000001 - The flag position for checking the Uncertainty flag

-
- -
-
FieldParser_EstimatedNEDUncertainty
-
public
MipFieldParser
FieldParser_EstimatedNEDUncertainty
-

The field parser for Estimated NED Velocity Uncertainty data

-
- -
-
Constants
-
- -
-
Valid Flags
-
UNCERTAINTY_FLAG

b00000001 - The flag position for checking the Uncertainty flag

-
- -
-
FieldParser_EstimatedAttEulerUncertainty
-
public
MipFieldParser
FieldParser_EstimatedAttEulerUncertainty
-

The field parser for Estimated Attitude Euler Angles Uncertainty data

-
- -
-
Constants
-
- -
-
Valid Flags
-
UNCERTAINTY_FLAG

b00000001 - The flag position for checking the Uncertainty flag

-
- -
-
FieldParser_EstimatedGyroBiasUncertainty
-
public
MipFieldParser
FieldParser_EstimatedGyroBiasUncertainty
-

The field parser for Estimated Gyro Bias Uncertainty data

-
- -
-
Constants
-
- -
-
Valid Flags
-
UNCERTAINTY_FLAG

b00000001 - The flag position for checking the Uncertainty flag

-
- -
-
FieldParser_EstimatedAccelBiasUncertainty
-
public
MipFieldParser
FieldParser_EstimatedAccelBiasUncertainty
-

The field parser for Estimated Accel Bias Uncertainty data

-
- -
-
Constants
-
- -
-
Valid Flags
-
UNCERTAINTY_FLAG

b00000001 - The flag position for checking the Uncertainty flag

-
- -
-
FieldParser_EstimatedLinearAccel
-
public
MipFieldParser
FieldParser_EstimatedLinearAccel
-

The field parser for Estimated Linear Acceleration data

-
- -
-
Constants
-
- -
-
Valid Flags
-
ACCEL_FLAG

b00000001 - The flag position for checking the Linear Acceleration flag

-
- -
-
FieldParser_EstimatedAngularRate
-
public
MipFieldParser
FieldParser_EstimatedAngularRate
-

The field parser for Estimated Angular Rate data

-
- -
-
Constants
-
- -
-
Valid Flags
-
RATE_FLAG

b00000001 - The flag position for checking the Angular Rate flag

-
- -
-
FieldParser_WGS84LocalGravMagnitude
-
public
MipFieldParser
FieldParser_WGS84LocalGravMagnitude
-

The field parser for WGS84 Local Gravity Magnitude data

-
- -
-
Constants
-
- -
-
Valid Flags
-
GRAV_FLAG

b00000001 - The flag position for checking the Gravity Magnitude flag

-
- -
-
FieldParser_EstimatedAttQuaternUncertainty
-
public
MipFieldParser
FieldParser_EstimatedAttQuaternUncertainty
-

The field parser for Estimated Attitude Uncertainty, Quaternion Elements data

-
- -
-
Constants
-
- -
-
Valid Flags
-
UNCERT_FLAG

b00000001 - The flag position for checking the Uncertainty flag

-
- -
-
FieldParser_EstimatedGravityVector
-
public
MipFieldParser
FieldParser_EstimatedGravityVector
-

The field parser for Estimated Gravity Vector data

-
- -
-
Constants
-
- -
-
Valid Flags
-
GRAV_FLAG

b00000001 - The flag position for checking the Gravity Vector flag

-
- -
-
FieldParser_HeadingUpdateSource
-
public
MipFieldParser
FieldParser_HeadingUpdateSource
-

The field parser for Heading Update Source State data

-
- -
-
Constants
-
- -
-
Valid Flags
-
HEADING_FLAG

b00000001 - The flag position for checking the Heading Flag

-
- -
-
FieldParser_MagneticModelSolution
-
public
MipFieldParser
FieldParser_MagneticModelSolution
-

The field parser for Magnetic Model Solution data

-
- -
-
Constants
-
- -
-
Valid Flags
-
SLN_FLAG

b00000001 - The flag position for checking the Magnetic Model Solution Flag

-
- -
-
FieldParser_EstimatedGyroScaleFactor
-
public
MipFieldParser
FieldParser_EstimatedGyroScaleFactor
-

The field parser for Estimated Gyro Scale Factor data

-
- -
-
Constants
-
- -
-
Valid Flags
-
VALID_FLAG

b00000001 - The flag position for checking the Estimated Gyro Scale Factor flag

-
- -
-
FieldParser_EstimatedAccelScaleFactor
-
public
MipFieldParser
FieldParser_EstimatedAccelScaleFactor
-

The field parser for Estimated Accel Scale Factor data

-
- -
-
Constants
-
- -
-
Valid Flags
-
VALID_FLAG

b00000001 - The flag position for checking the Estimated Gyro Scale Factor flag

-
- -
-
FieldParser_EstimatedGyroScaleFactorUncertainty
-
public
MipFieldParser
FieldParser_EstimatedGyroScaleFactorUncertainty
-

The field parser for Estimated Gyro Scale Factor Uncertainty data

-
- -
-
Constants
-
- -
-
Valid Flags
-
VALID_FLAG

b00000001 - The flag position for checking the Estimated Gyro Scale Factor flag

-
- -
-
FieldParser_EstimatedAccelScaleFactorUncertainty
-
public
MipFieldParser
FieldParser_EstimatedAccelScaleFactorUncertainty
-

The field parser for Estimated Accel Scale Factor Uncertainty data

-
- -
-
Constants
-
- -
-
Valid Flags
-
VALID_FLAG

b00000001 - The flag position for checking the Estimated Gyro Scale Factor flag

-
- -
-
FieldParser_CompensatedAccel
-
public
MipFieldParser
FieldParser_CompensatedAccel
-

The field parser for Compensated Acceleration data

-
- -
-
Constants
-
- -
-
Valid Flags
-
VALID_FLAG

b00000001 - The flag position for checking the Estimated Gyro Scale Factor flag

-
- -
-
FieldParser_StdAtmModel
-
public
MipFieldParser
FieldParser_StdAtmModel
-

The field parser for Standard Atmosphere Model data

-
- -
-
Constants
-
- -
-
Valid Flags
-
VALID_FLAG

b00000001 - The flag position for checking the Estimated Gyro Scale Factor flag

-
- -
-
FieldParser_PressureAlt
-
public
MipFieldParser
FieldParser_PressureAlt
-

The field parser for Pressure Altitude data

-
- -
-
Constants
-
- -
-
Valid Flags
-
VALID_FLAG

b00000001 - The flag position for checking the Estimated Gyro Scale Factor flag

-
- -
-
FieldParser_MagAutoHardIronOffset
-
public
MipFieldParser
FieldParser_MagAutoHardIronOffset
-

The field parser for Estimated Mag Auto Hard Iron Offset data

-
- -
-
Constants
-
- -
-
Valid Flags
-
VECTOR_FLAG

b00000001 - The flag position for checking the Vector flag

-
- -
-
FieldParser_MagBias
-
public
MipFieldParser
FieldParser_MagBias
-

The field parser for Estimated Mag Auto Hard Iron Offset data

-
- -
-
Constants
-
- -
-
Valid Flags
-
VALID_FLAG

b00000001 - The flag position for checking the Mag Bias flag

-
- -
-
FieldParser_MagAutoSoftIronMatrix
-
public
MipFieldParser
FieldParser_MagAutoSoftIronMatrix
-

The field parser for Estimated Mag Auto Soft Iron Matrix data

-
- -
-
Constants
-
- -
-
Valid Flags
-
MATRIX_FLAG

b00000001 - The flag position for checking the Matrix flag

-
- -
-
FieldParser_MagAutoHardIronOffsetUncert
-
public
MipFieldParser
FieldParser_MagAutoHardIronOffsetUncert
-

The field parser for Estimated Mag Auto Hard Iron Offset Uncertainty data

-
- -
-
Constants
-
- -
-
Valid Flags
-
VECTOR_FLAG

b00000001 - The flag position for checking the Vector flag

-
- -
-
FieldParser_MagBiasUncert
-
public
MipFieldParser
FieldParser_MagBiasUncert
-

The field parser for Estimated Mag Bias Uncertainty data

-
- -
-
Constants
-
- -
-
Valid Flags
-
VALID_FLAG

b00000001 - The flag position for checking the Mag Bias Uncertainty flag

-
- -
-
FieldParser_MagAutoSoftIronMatrixUncert
-
public
MipFieldParser
FieldParser_MagAutoSoftIronMatrixUncert
-

The field parser for Estimated Mag Auto Soft Iron Matrix Uncertainty data

-
- -
-
Constants
-
- -
-
Valid Flags
-
MATRIX_FLAG

b00000001 - The flag position for checking the Matrix flag

-
- -
-
FieldParser_MagCovarianceMatrix
-
public
MipFieldParser
FieldParser_MagCovarianceMatrix
-

The field parser for the Estimated Magnetometer Covariance Matrix field

-
- -
-
FieldParser_MagResidualVector
-
public
MipFieldParser
FieldParser_MagResidualVector
-

The field parser for the Magnetometer Residual Vector field

-
- -
-
FieldParser_GnssAntennaOffsetCorrection
-
public
MipFieldParser
FieldParser_GnssAntennaOffsetCorrection
-

The field parser for GNSS Antenna Offset Correction data

-
- -
-
Constants
-
- -
-
Valid Flags
-
VALID_FLAG

b00000001 - The flag position for checking the Estimated Gyro Scale Factor flag

-
- -
-
FieldParser_GnssAntennaOffsetCorrectionUncert
-
public
MipFieldParser
FieldParser_GnssAntennaOffsetCorrectionUncert
-

The field parser for GNSS Antenna Offset Correction Uncertainty data

-
- -
-
Constants
-
- -
-
Valid Flags
-
VALID_FLAG

b00000001 - The flag position for checking the Estimated Gyro Scale Factor flag

-
- -
-
FieldParser_GnssClockCorrection
-
public
MipFieldParser
FieldParser_GnssClockCorrection
-

The field parser for GNSS Clock Correction data

-
- -
-
Constants
-
- -
-
Valid Flags
-
VALID_FLAG

b00000001 - The flag position for checking the Estimated Gyro Scale Factor flag

-
- -
-
FieldParser_GnssClockCorrectionUncert
-
public
MipFieldParser
FieldParser_GnssClockCorrectionUncert
-

The field parser for GNSS Clock Correction Uncertainty data

-
- -
-
Constants
-
- -
-
Valid Flags
-
VALID_FLAG

b00000001 - The flag position for checking the Estimated Gyro Scale Factor flag

-
- -
-
FieldParser_GnssMultiAntennaOffsetCorrection
-
public
MipFieldParser
FieldParser_GnssMultiAntennaOffsetCorrection
-

The field parser for GNSS Multi-Antenna Offset Correction data

-
- -
-
Constants
-
- -
-
Valid Flags
-
VALID_FLAG

b00000001 - The flag position for checking the Estimated Gyro Scale Factor flag

-
- -
-
FieldParser_GnssMultiAntennaOffsetCorrectionUncert
-
public
MipFieldParser
FieldParser_GnssMultiAntennaOffsetCorrectionUncert
-

The field parser for GNSS Multi-Antenna Offset Correction Uncertainty data

-
- -
-
Constants
-
- -
-
Valid Flags
-
VALID_FLAG

b00000001 - The flag position for checking the Estimated Gyro Scale Factor flag

-
- -
-
FieldParser_EcefPositionUncert
-
public
MipFieldParser
FieldParser_EcefPositionUncert
-

The field parser for ECEF Position Uncertainty data

-
- -
-
Constants
-
- -
-
Valid Flags
-
VALID_FLAG

b00000001 - The flag position for checking the field data valid flag

-
- -
-
FieldParser_EcefVelocityUncert
-
public
MipFieldParser
FieldParser_EcefVelocityUncert
-

The field parser for ECEF Velocity Uncertainty data

-
- -
-
Constants
-
- -
-
Valid Flags
-
VALID_FLAG

b00000001 - The flag position for checking the field data valid flag

-
- -
-
FieldParser_EcefPosition
-
public
MipFieldParser
FieldParser_EcefPosition
-

The field parser for ECEF Position data

-
- -
-
Constants
-
- -
-
Valid Flags
-
VALID_FLAG

b00000001 - The flag position for checking the field data valid flag

-
- -
-
FieldParser_EcefVelocity
-
public
MipFieldParser
FieldParser_EcefVelocity
-

The field parser for ECEF Velocity data

-
- -
-
Constants
-
- -
-
Valid Flags
-
VALID_FLAG

b00000001 - The flag position for checking the field data valid flag

-
- -
-
FieldParser_NedRelativePos
-
public
MipFieldParser
FieldParser_NedRelativePos
-

The field parser for NED Relative Position data

-
- -
-
Constants
-
- -
-
Valid Flags
-
VALID_FLAG

b00000001 - The flag position for checking the field data valid flag

-
- -
-
FieldParser_FilterPosAidingStatus
-
public
MipFieldParser
FieldParser_FilterPosAidingStatus
-

The field parser for the filter GNSS Position Aiding status

-
- -
-
FieldParser_FilterAttAidingStatus
-
public
MipFieldParser
FieldParser_FilterAttAidingStatus
-

The field parser for the filter GNSS Attitude Aiding status

-
- -
-
FieldParser_FilterAidingSummary
-
public
MipFieldParser
FieldParser_FilterAidingSummary
-

The field parser for the filter Aiding Measurement Summary

-
- -
-
FieldParser_OdometerScaleError
-
public
MipFieldParser
FieldParser_OdometerScaleError
-

The field parser for the filter Odometer Scale Factor Error

-
- -
-
FieldParser_OdometerScaleErrorUncert
-
public
MipFieldParser
FieldParser_OdometerScaleErrorUncert
-

The field parser for the filter Odometer Scale Factor Error Uncertainty

-
- -
-
FieldParser_DualAntennaStatus
-
public
MipFieldParser
FieldParser_DualAntennaStatus
-

The field parser for the filter GNSS Dual Antenna Status data

-
- -
-
FieldParser_FrameConfigError
-
public
MipFieldParser
FieldParser_FrameConfigError
-

The field parser for the filter Aiding Frame Config Error data

-
- -
-
FieldParser_FrameConfigErrorUnc
-
public
MipFieldParser
FieldParser_FrameConfigErrorUnc
-

The field parser for the filter Aiding Frame Config Error Uncertainty data

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Packets/InertialFieldParser_GNSS-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Packets/InertialFieldParser_GNSS-h-Summary.js deleted file mode 100644 index 12704bb61..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Packets/InertialFieldParser_GNSS-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Inertial/Packets/InertialFieldParser_GNSS.h","InertialFieldParser_GNSS.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Inertial/Packets/InertialFieldParser_GNSS.h",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"],["Sections","Section"]],[[1204,0,4,"InertialFieldParser_GNSS","InertialFieldParser_GNSS"],[1205,0,0,"MipGnssFieldParser","MipGnssFieldParser"],[1206,0,0,"FieldParser_LLHPosition","FieldParser_LLHPosition"],[1207,0,3,"Constants","FieldParser_LLHPosition.Constants"],[1208,0,1,"Valid Flags","FieldParser_LLHPosition.Valid_Flags"],[1209,0,1,,"FieldParser_LLHPosition.LAT_LONG_FLAG"],[1210,0,1,,"FieldParser_LLHPosition.ELLIPSOID_FLAG"],[1211,0,1,,"FieldParser_LLHPosition.MSL_HEIGHT_FLAG"],[1212,0,1,,"FieldParser_LLHPosition.HORIZ_ACCUR_FLAG"],[1213,0,1,,"FieldParser_LLHPosition.VERT_ACCUR_FLAG"],[1214,0,3,"Functions","FieldParser_LLHPosition.Functions"],[1215,0,2,"parse","FieldParser_LLHPosition.parse"],[1216,0,2,"registerParser","FieldParser_LLHPosition.registerParser"],[1217,0,3,"Constants","FieldParser_LLHPosition.Constants(2)"],[1218,0,1,"FIELD_TYPE","FieldParser_LLHPosition.FIELD_TYPE"],[1219,0,1,"REGISTERED","FieldParser_LLHPosition.REGISTERED"],[1220,0,0,"FieldParser_ECEFPosition","FieldParser_ECEFPosition"],[1221,0,3,"Constants","FieldParser_ECEFPosition.Constants"],[1222,0,1,"Valid Flags","FieldParser_ECEFPosition.Valid_Flags"],[1223,0,1,,"FieldParser_ECEFPosition.ECEF_POS_FLAG"],[1224,0,1,,"FieldParser_ECEFPosition.ELLIPSOID_FLAG"],[1225,0,0,"FieldParser_NEDVelocity","FieldParser_NEDVelocity"],[1226,0,3,"Constants","FieldParser_NEDVelocity.Constants"],[1227,0,1,"Valid Flags","FieldParser_NEDVelocity.Valid_Flags"],[1228,0,1,,"FieldParser_NEDVelocity.NED_VELOCITY_FLAG"],[1229,0,1,,"FieldParser_NEDVelocity.SPEED_FLAG"],[1230,0,1,,"FieldParser_NEDVelocity.GROUND_SPEED_FLAG"],[1231,0,1,,"FieldParser_NEDVelocity.HEADING_FLAG"],[1232,0,1,,"FieldParser_NEDVelocity.SPEED_ACCUR_FLAG"],[1233,0,1,,"FieldParser_NEDVelocity.HEADING_ACCUR_FLAG"],[1234,0,0,"FieldParser_ECEFVelocity","FieldParser_ECEFVelocity"],[1235,0,3,"Constants","FieldParser_ECEFVelocity.Constants"],[1236,0,1,"Valid Flags","FieldParser_ECEFVelocity.Valid_Flags"],[1237,0,1,,"FieldParser_ECEFVelocity.ECEF_VELOCITY_FLAG"],[1238,0,1,,"FieldParser_ECEFVelocity.VELOCITY_ACCUR_FLAG"],[1239,0,0,"FieldParser_DOP","FieldParser_DOP"],[1240,0,3,"Constants","FieldParser_DOP.Constants"],[1241,0,1,"Valid Flags","FieldParser_DOP.Valid_Flags"],[1242,0,1,,"FieldParser_DOP.GDOP_FLAG"],[1243,0,1,,"FieldParser_DOP.PDOP_FLAG"],[1244,0,1,,"FieldParser_DOP.HDOP_FLAG"],[1245,0,1,,"FieldParser_DOP.VDOP_FLAG"],[1246,0,1,,"FieldParser_DOP.TDOP_FLAG"],[1247,0,1,,"FieldParser_DOP.NDOP_FLAG"],[1248,0,1,,"FieldParser_DOP.EDOP_FLAG"],[1249,0,0,"FieldParser_UTCTime","FieldParser_UTCTime"],[1250,0,3,"Constants","FieldParser_UTCTime.Constants"],[1251,0,1,"Valid Flags","FieldParser_UTCTime.Valid_Flags"],[1252,0,1,,"FieldParser_UTCTime.GPS_TIME_DATE_VALID"],[1253,0,1,,"FieldParser_UTCTime.UTC_TIME_OFFSET_VALID"],[1254,0,0,"FieldParser_GPSTime","FieldParser_GPSTime"],[1255,0,3,"Constants","FieldParser_GPSTime.Constants"],[1256,0,1,"Valid Flags","FieldParser_GPSTime.Valid_Flags"],[1257,0,1,,"FieldParser_GPSTime.TOW_VALID"],[1258,0,1,,"FieldParser_GPSTime.WEEK_NUM_VALID"],[1259,0,0,"FieldParser_ClockInfo","FieldParser_ClockInfo"],[1260,0,3,"Constants","FieldParser_ClockInfo.Constants"],[1261,0,1,"Valid Flags","FieldParser_ClockInfo.Valid_Flags"],[1262,0,1,,"FieldParser_ClockInfo.BIAS_VALID"],[1263,0,1,,"FieldParser_ClockInfo.DRIFT_VALID"],[1264,0,1,,"FieldParser_ClockInfo.ACCUR_VALID"],[1265,0,0,"FieldParser_GPSFixInfo","FieldParser_GPSFixInfo"],[1266,0,3,"Constants","FieldParser_GPSFixInfo.Constants"],[1267,0,1,"Valid Flags","FieldParser_GPSFixInfo.Valid_Flags"],[1268,0,1,,"FieldParser_GPSFixInfo.FIX_TYPE_VALID"],[1269,0,1,,"FieldParser_GPSFixInfo.NUM_SVS_VALID"],[1270,0,1,,"FieldParser_GPSFixInfo.FIX_FLAGS_VALID"],[1271,0,0,"FieldParser_SpaceVehicleInfo","FieldParser_SpaceVehicleInfo"],[1272,0,3,"Constants","FieldParser_SpaceVehicleInfo.Constants"],[1273,0,1,"Valid Flags","FieldParser_SpaceVehicleInfo.Valid_Flags"],[1274,0,1,,"FieldParser_SpaceVehicleInfo.CHANNEL_VALID"],[1275,0,1,,"FieldParser_SpaceVehicleInfo.RATIO_VALID"],[1276,0,1,,"FieldParser_SpaceVehicleInfo.AZIMUTH_VALID"],[1277,0,1,,"FieldParser_SpaceVehicleInfo.ELEVATION_VALID"],[1278,0,1,,"FieldParser_SpaceVehicleInfo.SV_FLAGS_VALID"],[1279,0,0,"FieldParser_HardwareStatus","FieldParser_HardwareStatus"],[1280,0,3,"Constants","FieldParser_HardwareStatus.Constants"],[1281,0,1,"Valid Flags","FieldParser_HardwareStatus.Valid_Flags"],[1282,0,1,,"FieldParser_HardwareStatus.SENSOR_STATE_VALID"],[1283,0,1,,"FieldParser_HardwareStatus.ANTENNA_STATE_VALID"],[1284,0,1,,"FieldParser_HardwareStatus.ANTENNA_POWER_VALID"],[1285,0,0,"FieldParser_DGNSSInfo","FieldParser_DGNSSInfo"],[1286,0,3,"Constants","FieldParser_DGNSSInfo.Constants"],[1287,0,1,"Valid Flags","FieldParser_DGNSSInfo.Valid_Flags"],[1288,0,1,,"FieldParser_DGNSSInfo.LATEST_AGE_VALID"],[1289,0,1,,"FieldParser_DGNSSInfo.BASE_ID_VALID"],[1290,0,1,,"FieldParser_DGNSSInfo.BASE_STATUS_VALID"],[1291,0,1,,"FieldParser_DGNSSInfo.NUM_CHANNELS_VALID"],[1292,0,0,"FieldParser_DGNSSChannelStatus","FieldParser_DGNSSChannelStatus"],[1293,0,3,"Constants","FieldParser_DGNSSChannelStatus.Constants"],[1294,0,1,"Valid Flags","FieldParser_DGNSSChannelStatus.Valid_Flags"],[1295,0,1,,"FieldParser_DGNSSChannelStatus.SV_ID_VALID"],[1296,0,1,,"FieldParser_DGNSSChannelStatus.AGE_VALID"],[1297,0,1,,"FieldParser_DGNSSChannelStatus.CORRECTION_VALID"],[1298,0,1,,"FieldParser_DGNSSChannelStatus.RATE_CORRECTION_VALID"],[1299,0,0,"FieldParser_ClockInfo2","FieldParser_ClockInfo2"],[1300,0,3,"Constants","FieldParser_ClockInfo2.Constants"],[1301,0,1,"Valid Flags","FieldParser_ClockInfo2.Valid_Flags"],[1302,0,1,,"FieldParser_ClockInfo2.BIAS_VALID"],[1303,0,1,,"FieldParser_ClockInfo2.DRIFT_VALID"],[1304,0,1,,"FieldParser_ClockInfo2.BIAS_ACCUR_VALID"],[1305,0,1,,"FieldParser_ClockInfo2.DRIFT_ACCUR_VALID"],[1306,0,0,"FieldParser_GPSLeapSeconds","FieldParser_GPSLeapSeconds"],[1307,0,3,"Constants","FieldParser_GPSLeapSeconds.Constants"],[1308,0,1,"Valid Flags","FieldParser_GPSLeapSeconds.Valid_Flags"],[1309,0,1,,"FieldParser_GPSLeapSeconds.SECONDS_VALID"],[1310,0,0,"FieldParser_GnssSBASInfo","FieldParser_GnssSBASInfo"],[1311,0,3,"Constants","FieldParser_GnssSBASInfo.Constants"],[1312,0,1,"Valid Flag Bitmasks","FieldParser_GnssSBASInfo.Valid_Flag_Bitmasks"],[1313,0,1,,"FieldParser_GnssSBASInfo.TOW_VALID"],[1314,0,1,,"FieldParser_GnssSBASInfo.WEEK_NUMBER_VALID"],[1315,0,1,,"FieldParser_GnssSBASInfo.SYSTEM_VALID"],[1316,0,1,,"FieldParser_GnssSBASInfo.SATELLITE_VALID"],[1317,0,1,,"FieldParser_GnssSBASInfo.COUNT_VALID"],[1318,0,1,,"FieldParser_GnssSBASInfo.SBAS_STATUS_VALID"],[1319,0,3,"Functions","FieldParser_GnssSBASInfo.Functions"],[1320,0,2,"FieldParser_GnssSBASInfo","FieldParser_GnssSBASInfo.FieldParser_GnssSBASInfo"],[1321,0,2,"parse","FieldParser_GnssSBASInfo.parse"],[1322,0,2,"registerParser","FieldParser_GnssSBASInfo.registerParser"],[1323,0,3,"Constants","FieldParser_GnssSBASInfo.Constants(2)"],[1324,0,1,"FIELD_TYPE","FieldParser_GnssSBASInfo.FIELD_TYPE"],[1325,0,1,"REGISTERED","FieldParser_GnssSBASInfo.REGISTERED"],[1326,0,0,"FieldParser_GnssSBASCorrection","FieldParser_GnssSBASCorrection"],[1327,0,3,"Constants","FieldParser_GnssSBASCorrection.Constants"],[1328,0,1,"Valid Flag Bitmasks","FieldParser_GnssSBASCorrection.Valid_Flag_Bitmasks"],[1329,0,1,,"FieldParser_GnssSBASCorrection.UDREI_VALID"],[1330,0,1,,"FieldParser_GnssSBASCorrection.PSEUDORANGE_CORRECTION_VALID"],[1331,0,1,,"FieldParser_GnssSBASCorrection.IONOSPHERIC_CORRECTION_VALID"],[1332,0,3,"Functions","FieldParser_GnssSBASCorrection.Functions"],[1333,0,2,"FieldParser_GnssSBASCorrection","FieldParser_GnssSBASCorrection.FieldParser_GnssSBASCorrection"],[1334,0,2,"parse","FieldParser_GnssSBASCorrection.parse"],[1335,0,2,"registerParser","FieldParser_GnssSBASCorrection.registerParser"],[1336,0,3,"Constants","FieldParser_GnssSBASCorrection.Constants(2)"],[1337,0,1,"FIELD_TYPE","FieldParser_GnssSBASCorrection.FIELD_TYPE"],[1338,0,1,"REGISTERED","FieldParser_GnssSBASCorrection.REGISTERED"],[1339,0,0,"FieldParser_GnssRFErrorDetection","FieldParser_GnssRFErrorDetection"],[1340,0,3,"Constants","FieldParser_GnssRFErrorDetection.Constants"],[1341,0,1,"Valid Flag Bitmasks","FieldParser_GnssRFErrorDetection.Valid_Flag_Bitmasks"],[1342,0,1,,"FieldParser_GnssRFErrorDetection.RF_BAND_VALID"],[1343,0,1,,"FieldParser_GnssRFErrorDetection.JAMMING_VALID"],[1344,0,1,,"FieldParser_GnssRFErrorDetection.SPOOFING_VALID"],[1345,0,3,"Functions","FieldParser_GnssRFErrorDetection.Functions"],[1346,0,2,"FieldParser_GnssRFErrorDetection","FieldParser_GnssRFErrorDetection.FieldParser_GnssRFErrorDetection"],[1347,0,2,"parse","FieldParser_GnssRFErrorDetection.parse"],[1348,0,2,"registerParser","FieldParser_GnssRFErrorDetection.registerParser"],[1349,0,3,"Constants","FieldParser_GnssRFErrorDetection.Constants(2)"],[1350,0,1,"FIELD_TYPE","FieldParser_GnssRFErrorDetection.FIELD_TYPE"],[1351,0,1,"REGISTERED","FieldParser_GnssRFErrorDetection.REGISTERED"],[1352,0,0,"FieldParser_GnssSatelliteStatus","FieldParser_GnssSatelliteStatus"],[1353,0,3,"Constants","FieldParser_GnssSatelliteStatus.Constants"],[1354,0,1,"Valid Flags","FieldParser_GnssSatelliteStatus.Valid_Flags"],[1355,0,1,,"FieldParser_GnssSatelliteStatus.TOW_VALID"],[1356,0,1,,"FieldParser_GnssSatelliteStatus.WEEK_NUMBER_VALID"],[1357,0,1,,"FieldParser_GnssSatelliteStatus.AZIMUTH_VALID"],[1358,0,1,,"FieldParser_GnssSatelliteStatus.HEALTH_VALID"],[1359,0,0,"FieldParser_GnssRawObservation","FieldParser_GnssRawObservation"],[1360,0,3,"Constants","FieldParser_GnssRawObservation.Constants"],[1361,0,1,"Valid Flags","FieldParser_GnssRawObservation.Valid_Flags"],[1362,0,1,,"FieldParser_GnssRawObservation.TOW_VALID"],[1363,0,1,,"FieldParser_GnssRawObservation.WEEK_NUMBER_VALID"],[1364,0,1,,"FieldParser_GnssRawObservation.CHANNEL_VALID"],[1365,0,1,,"FieldParser_GnssRawObservation.SIGNAL_STRENGTH_VALID"],[1366,0,1,,"FieldParser_GnssRawObservation.QUALITY_VALID"],[1367,0,1,,"FieldParser_GnssRawObservation.PSEUDORANGE_VALID"],[1368,0,1,,"FieldParser_GnssRawObservation.CARRIER_PHASE_VALID"],[1369,0,1,,"FieldParser_GnssRawObservation.DOPPLER_VALID"],[1370,0,1,,"FieldParser_GnssRawObservation.RANGE_UNC_VALID"],[1371,0,1,,"FieldParser_GnssRawObservation.CARRIER_PHASE_UNC_VALID"],[1372,0,1,,"FieldParser_GnssRawObservation.DOPPLER_UNC_VALID"],[1373,0,1,,"FieldParser_GnssRawObservation.LOCK_TIME_VALID"],[1374,0,0,"FieldParser_GnssStationInfo","FieldParser_GnssStationInfo"],[1375,0,3,"Constants","FieldParser_GnssStationInfo.Constants"],[1376,0,1,"Valid Flags","FieldParser_GnssStationInfo.Valid_Flags"],[1377,0,1,,"FieldParser_GnssStationInfo.TOW_VALID"],[1378,0,1,,"FieldParser_GnssStationInfo.WEEK_NUMBER_VALID"],[1379,0,1,,"FieldParser_GnssStationInfo.ECEF_POS_VALID"],[1380,0,1,,"FieldParser_GnssStationInfo.HEIGHT_VALID"],[1381,0,1,,"FieldParser_GnssStationInfo.STATION_ID_VALID"],[1382,0,1,,"FieldParser_GnssStationInfo.INDICATORS_VALID"],[1383,0,0,"FieldParser_RTKCorrectionsStatus","FieldParser_RTKCorrectionsStatus"],[1384,0,3,"Constants","FieldParser_RTKCorrectionsStatus.Constants"],[1385,0,1,"Valid Flags","FieldParser_RTKCorrectionsStatus.Valid_Flags"],[1386,0,1,,"FieldParser_RTKCorrectionsStatus.TOW_VALID"],[1387,0,1,,"FieldParser_RTKCorrectionsStatus.WEEK_NUMBER_VALID"],[1388,0,1,,"FieldParser_RTKCorrectionsStatus.EPOCH_STATUS_VALID"],[1389,0,1,,"FieldParser_RTKCorrectionsStatus.RTK_STATUS_VALID"],[1390,0,1,,"FieldParser_RTKCorrectionsStatus.GPS_LATENCY_VALID"],[1391,0,1,,"FieldParser_RTKCorrectionsStatus.GLONASS_LATENCY_VALID"],[1392,0,1,,"FieldParser_RTKCorrectionsStatus.GALILEO_LATENCY_VALID"],[1393,0,1,,"FieldParser_RTKCorrectionsStatus.BEIDOU_LATENCY_VALID"],[1394,0,0,"FieldParser_GPSIonosphericCorrection","FieldParser_GPSIonosphericCorrection"],[1395,0,3,"Constants","FieldParser_GPSIonosphericCorrection.Constants"],[1396,0,1,"Valid Flags","FieldParser_GPSIonosphericCorrection.Valid_Flags"],[1397,0,1,,"FieldParser_GPSIonosphericCorrection.TIME_OF_WEEK_VALID"],[1398,0,1,,"FieldParser_GPSIonosphericCorrection.WEEK_NUMBER_VALID"],[1399,0,1,,"FieldParser_GPSIonosphericCorrection.ALPHA_VALID"],[1400,0,1,,"FieldParser_GPSIonosphericCorrection.BETA_VALID"],[1401,0,0,"FieldParser_IonosphericCorrection","FieldParser_IonosphericCorrection"],[1402,0,3,"Constants","FieldParser_IonosphericCorrection.Constants"],[1403,0,1,"Valid Flags","FieldParser_IonosphericCorrection.Valid_Flags"],[1404,0,1,,"FieldParser_IonosphericCorrection.TIME_OF_WEEK_VALID"],[1405,0,1,,"FieldParser_IonosphericCorrection.WEEK_NUMBER_VALID"],[1406,0,1,,"FieldParser_IonosphericCorrection.ALPHA_VALID"],[1407,0,1,,"FieldParser_IonosphericCorrection.DISTURBANCE_FLAGS_VALID"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Packets/InertialFieldParser_GNSS-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Packets/InertialFieldParser_GNSS-h-SummaryToolTips.js deleted file mode 100644 index 8da1d2fce..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Packets/InertialFieldParser_GNSS-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Inertial/Packets/InertialFieldParser_GNSS.h",{1205:"
MipGnssFieldParser
",1206:"
FieldParser_LLHPosition
The field parser for LLH Position data
",1215:"
virtual void parse(
const MipDataField &field,
MipDataPoints &result
) const override
Parses an MipDataField for MipDataPoints and stores them in the valid or invalid result vectors
",1216:"
static bool registerParser()
The static function that registers this parser with the list of parsers (called immediately)
",1218:"
The 2-byte field type (Descriptor ID + Field ID) for this parser
",1219:"
Whether this parser is registered. This will always be true. This is used to call registerParser() immediately
",1220:"
FieldParser_ECEFPosition
The field parser for ECEF Position data
",1225:"
FieldParser_NEDVelocity
The field parser for NED Velocity data
",1234:"
FieldParser_ECEFVelocity
The field parser for ECEF Velocity data
",1239:"
FieldParser_DOP
The field parser for DOP data
",1249:"
FieldParser_UTCTime
The field parser for UTC Time data
",1254:"
FieldParser_GPSTime
The field parser for GPS Time data
",1259:"
FieldParser_ClockInfo
The field parser for Clock Info data
",1265:"
FieldParser_GPSFixInfo
The field parser for GPS Fix Information data
",1271:"
FieldParser_SpaceVehicleInfo
The field parser for Space Vehicle Information data
",1279:"
FieldParser_HardwareStatus
The field parser for Hardware Status Information data
",1285:"
FieldParser_DGNSSInfo
The field parser for DGNSS Information data
",1292:"
FieldParser_DGNSSChannelStatus
The field parser for DGNSS Channel Status data
",1299:"
FieldParser_ClockInfo2
The field parser for Clock Info 2 data
",1306:"
FieldParser_GPSLeapSeconds
The field parser for GPS Leap Seconds Data
",1310:"
FieldParser_GnssSBASInfo
The field parser for SBAS Status data
",1320:"
FieldParser_GnssSBASInfo()
Default constructor disabled
",1321:"
void parse(
const MipDataField &field,
MipDataPoints &result
) const override
Parses a MipDataField for MipDataPoints and stores them in the valid or invalid result vectors
",1322:"
static bool registerParser()
The static function that registers this parser with the list of parsers (called immediately)
",1324:"
The 2-byte field type (Descriptor ID + Field ID) for this parser
",1325:"
Whether this parser is registered. This will always be true. This is used to call registerParser() immediately
",1326:"
FieldParser_GnssSBASCorrection
The field parser for GNSS calculated SBAS Correction
",1333:"
FieldParser_GnssSBASCorrection()
Default constructor disabled
",1334:"
void parse(
const MipDataField &field,
MipDataPoints &result
) const override
Parses a MipDataField for MipDataPoints and stores them in the valid or invalid result vectors
",1335:"
static bool registerParser()
The static function that registers this parser with the list of parsers (called immediately)
",1337:"
The 2-byte field type (Descriptor ID + Field ID) for this parser
",1338:"
Whether this parser is registered. This will always be true. This is used to call registerParser() immediately
",1339:"
FieldParser_GnssRFErrorDetection
The field parser for GNSS Error Detection subsystem status
",1346:"
FieldParser_GnssRFErrorDetection()
Default constructor disabled
",1347:"
void parse(
const MipDataField &field,
MipDataPoints &result
) const override
Parses a MipDataField for MipDataPoints and stores them in the valid or invalid result vectors
",1348:"
static bool registerParser()
The static function that registers this parser with the list of parsers (called immediately)
",1350:"
The 2-byte field type (Descriptor ID + Field ID) for this parser
",1351:"
Whether this parser is registered. This will always be true. This is used to call registerParser() immediately
",1352:"
FieldParser_GnssSatelliteStatus
The field parser for GNSS Satellite Status data
",1359:"
FieldParser_GnssRawObservation
The field parser for GNSS Raw Observation data
",1374:"
FieldParser_GnssStationInfo
The field parser for GNSS Base Station Info data
",1383:"
FieldParser_RTKCorrectionsStatus
The field parser for RTK Corrections Status Data
",1394:"
FieldParser_GPSIonosphericCorrection
The field parser for Ionospheric Correction Data
",1401:"
FieldParser_IonosphericCorrection
The field parser for Ionospheric Correction Data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Packets/InertialFieldParser_GNSS-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Packets/InertialFieldParser_GNSS-h-ToolTips.js deleted file mode 100644 index 6e2907662..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Packets/InertialFieldParser_GNSS-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1205:"
MipGnssFieldParser
",3088:"
MipFieldParser
Base Class parser for parsing Mip Data Fields
",4527:"
MipDataPoint
Represents a single Inertial Data Point (Extends from DataPoint)
",4550:"
MipDataField
An Inertial data field object that represents a data field within an Inertial Data Packet
",1206:"
FieldParser_LLHPosition
The field parser for LLH Position data
",1220:"
FieldParser_ECEFPosition
The field parser for ECEF Position data
",1225:"
FieldParser_NEDVelocity
The field parser for NED Velocity data
",1234:"
FieldParser_ECEFVelocity
The field parser for ECEF Velocity data
",1239:"
FieldParser_DOP
The field parser for DOP data
",1249:"
FieldParser_UTCTime
The field parser for UTC Time data
",1254:"
FieldParser_GPSTime
The field parser for GPS Time data
",1259:"
FieldParser_ClockInfo
The field parser for Clock Info data
",1265:"
FieldParser_GPSFixInfo
The field parser for GPS Fix Information data
",1271:"
FieldParser_SpaceVehicleInfo
The field parser for Space Vehicle Information data
",1279:"
FieldParser_HardwareStatus
The field parser for Hardware Status Information data
",1285:"
FieldParser_DGNSSInfo
The field parser for DGNSS Information data
",1292:"
FieldParser_DGNSSChannelStatus
The field parser for DGNSS Channel Status data
",1299:"
FieldParser_ClockInfo2
The field parser for Clock Info 2 data
",1306:"
FieldParser_GPSLeapSeconds
The field parser for GPS Leap Seconds Data
",1310:"
FieldParser_GnssSBASInfo
The field parser for SBAS Status data
",1326:"
FieldParser_GnssSBASCorrection
The field parser for GNSS calculated SBAS Correction
",1339:"
FieldParser_GnssRFErrorDetection
The field parser for GNSS Error Detection subsystem status
",1352:"
FieldParser_GnssSatelliteStatus
The field parser for GNSS Satellite Status data
",1359:"
FieldParser_GnssRawObservation
The field parser for GNSS Raw Observation data
",1374:"
FieldParser_GnssStationInfo
The field parser for GNSS Base Station Info data
",1383:"
FieldParser_RTKCorrectionsStatus
The field parser for RTK Corrections Status Data
",1394:"
FieldParser_GPSIonosphericCorrection
The field parser for Ionospheric Correction Data
",1401:"
FieldParser_IonosphericCorrection
The field parser for Ionospheric Correction Data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Packets/InertialFieldParser_GNSS-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Packets/InertialFieldParser_GNSS-h.html deleted file mode 100644 index a869d397d..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Packets/InertialFieldParser_GNSS-h.html +++ /dev/null @@ -1,519 +0,0 @@ - - -InertialFieldParser_GNSS.h - - - - - - - -
-
InertialFieldParser_GNSS
-
- -
-
MipGnssFieldParser
- -
The base class for all GNSS field parsers

handles registering the parser for the same field across all GNSS data sets

-
- -
-
FieldParser_LLHPosition
-
public
MipGnssFieldParser
FieldParser_LLHPosition
-

The field parser for LLH Position data

-
- -
-
Constants
-
- -
-
Valid Flags
-
LAT_LONG_FLAG

b00000001 - The flag position for checking the latitude and longitude flag

ELLIPSOID_FLAG

b00000010 - The flag position for checking the height above ellipsoid flag

MSL_HEIGHT_FLAG

b00000001 - The flag position for checking the height above msl flag

HORIZ_ACCUR_FLAG

b00000001 - The flag position for checking the horizontal accuracy flag

VERT_ACCUR_FLAG

b00000001 - The flag position for checking the vertical accuracy flag

-
- -
-
Functions
-
- -
-
parse
-
virtual void parse(
const MipDataField &field,
MipDataPoints &result
) const override
-

Parses an MipDataField for MipDataPoints and stores them in the valid or invalid result vectors

Parameters
field
const MipDataField&

The MipDataField to parse for data points

result
MipDataPoints&

The MipDataPoints vector to store the data points in

-
- -
-
registerParser
-
static bool registerParser()
-

The static function that registers this parser with the list of parsers (called immediately)

Returns

true, just for assigning the REGISTERED constant to true

-
- -
-
Constants
-
- -
-
FIELD_TYPE
-

The 2-byte field type (Descriptor ID + Field ID) for this parser

-
- -
-
REGISTERED
-

Whether this parser is registered. This will always be true. This is used to call registerParser() immediately

-
- -
-
FieldParser_ECEFPosition
-
public
MipGnssFieldParser
FieldParser_ECEFPosition
-

The field parser for ECEF Position data

-
- -
-
Constants
-
- -
-
Valid Flags
-
ECEF_POS_FLAG

b00000001 - The flag position for checking the ECEF Position flag

ELLIPSOID_FLAG

b00000010 - The flag position for checking the position accuracy flag

-
- -
-
FieldParser_NEDVelocity
-
public
MipGnssFieldParser
FieldParser_NEDVelocity
-

The field parser for NED Velocity data

-
- -
-
Constants
-
- -
-
Valid Flags
-
NED_VELOCITY_FLAG

b00000001 - The flag position for checking the NED Velocity flag

SPEED_FLAG

b00000010 - The flag position for checking the Speed flag

GROUND_SPEED_FLAG

b00000100 - The flag position for checking the Ground Speed flag

HEADING_FLAG

b00001000 - The flag position for checking the Heading flag

SPEED_ACCUR_FLAG

b00010000 - The flag position for checking the Speed Accuracy flag

HEADING_ACCUR_FLAG

b00100000 - The flag position for checking the Heading Accuracy flag

-
- -
-
FieldParser_ECEFVelocity
-
public
MipGnssFieldParser
FieldParser_ECEFVelocity
-

The field parser for ECEF Velocity data

-
- -
-
Constants
-
- -
-
Valid Flags
-
ECEF_VELOCITY_FLAG

b00000001  - The flag position for checking the ECEF Velocity flag

VELOCITY_ACCUR_FLAG

b00000010 - The flag position for checking the Velocity Accuracy flag

-
- -
-
FieldParser_DOP
- -

The field parser for DOP data

-
- -
-
Constants
-
- -
-
Valid Flags
-
GDOP_FLAG

b00000001 - The flag position for checking the Geometric DOP flag

PDOP_FLAG

b00000010 - The flag position for checking the Position DOP flag

HDOP_FLAG

b00000100 - The flag position for checking the Horizontal DOP flag

VDOP_FLAG

b00001000 - The flag position for checking the Vertical DOP flag

TDOP_FLAG

b00010000 - The flag position for checking the Time DOP flag

NDOP_FLAG

b00100000 - The flag position for checking the Northing DOP flag

EDOP_FLAG

b01000000 - The flag position for checking the Easting DOP flag

-
- -
-
FieldParser_UTCTime
-
public
MipGnssFieldParser
FieldParser_UTCTime
-

The field parser for UTC Time data

-
- -
-
Constants
-
- -
-
Valid Flags
-
GPS_TIME_DATE_VALID

b00000001 - The flag position for checking the GPS Time and Date flag

UTC_TIME_OFFSET_VALID

b00000010 - The flag position for checking the UTC Time (leap seconds) flag

-
- -
-
FieldParser_GPSTime
-
public
MipGnssFieldParser
FieldParser_GPSTime
-

The field parser for GPS Time data

-
- -
-
Constants
-
- -
-
Valid Flags
-
TOW_VALID

b00000001 - The flag position for checking the GPS Time of Week flag

WEEK_NUM_VALID

b00000010 - The flag position for checking the GPS Week Number flag

-
- -
-
FieldParser_ClockInfo
-
public
MipGnssFieldParser
FieldParser_ClockInfo
-

The field parser for Clock Info data

-
- -
-
Constants
-
- -
-
Valid Flags
-
BIAS_VALID

b00000001 - The flag position for checking the Clock Bias flag

DRIFT_VALID

b00000010 - The flag position for checking the Drift flag

ACCUR_VALID

b00000100 - The flag position for checking the Accuracy Estimate flag

-
- -
-
FieldParser_GPSFixInfo
-
public
MipGnssFieldParser
FieldParser_GPSFixInfo
-

The field parser for GPS Fix Information data

-
- -
-
Constants
-
- -
-
Valid Flags
-
FIX_TYPE_VALID

b00000001 - The flag position for checking the Fix Type flag

NUM_SVS_VALID

b00000010 - The flag position for checking the Number of SVs flag

FIX_FLAGS_VALID

b00000100 - The flag position for checking the Fix Flags flag

-
- -
-
FieldParser_SpaceVehicleInfo
-
public
MipGnssFieldParser
FieldParser_SpaceVehicleInfo
-

The field parser for Space Vehicle Information data

-
- -
-
Constants
-
- -
-
Valid Flags
-
CHANNEL_VALID

b00000001 - The flag position for checking the Channel flag

RATIO_VALID

b00000100 - The flag position for checking the Carrier to Noise Ratio flag

AZIMUTH_VALID

b00001000 - The flag position for checking the Azimuth flag

ELEVATION_VALID

b00010000 - The flag position for checking the Elevation flag

SV_FLAGS_VALID

b00100000 - The flag position for checking the Space Vehicle Flags flag

-
- -
-
FieldParser_HardwareStatus
-
public
MipGnssFieldParser
FieldParser_HardwareStatus
-

The field parser for Hardware Status Information data

-
- -
-
Constants
-
- -
-
Valid Flags
-
SENSOR_STATE_VALID

b00000001 - The flag position for checking the Sensor State flag

ANTENNA_STATE_VALID

b00000010 - The flag position for checking the Antenna State flag

ANTENNA_POWER_VALID

b00000100 - The flag position for checking the Antenna Power flag

-
- -
-
FieldParser_DGNSSInfo
-
public
MipGnssFieldParser
FieldParser_DGNSSInfo
-

The field parser for DGNSS Information data

-
- -
-
Constants
-
- -
-
Valid Flags
-
LATEST_AGE_VALID

b00000001 - The flag position for checking the Latest Age flag

BASE_ID_VALID

b00000010 - The flag position for checking the Base Station ID flag

BASE_STATUS_VALID

b00000100 - The flag position for checking the Base Station Status flag

NUM_CHANNELS_VALID

b00001000 - The flag position for checking the Number of DGPS Channels flag

-
- -
-
FieldParser_DGNSSChannelStatus
-
public
MipGnssFieldParser
FieldParser_DGNSSChannelStatus
-

The field parser for DGNSS Channel Status data

-
- -
-
Constants
-
- -
-
Valid Flags
-
SV_ID_VALID

b00000001 - The flag position for checking the Space Vehicle ID flag

AGE_VALID

b00000010 - The flag position for checking the Age flag

CORRECTION_VALID

b00000100 - The flag position for checking the Pseudorange Correction flag

RATE_CORRECTION_VALID

b00001000 - The flag position for checking the Pseudorange Rate Correction flag

-
- -
-
FieldParser_ClockInfo2
-
public
MipGnssFieldParser
FieldParser_ClockInfo2
-

The field parser for Clock Info 2 data

-
- -
-
Constants
-
- -
-
Valid Flags
-
BIAS_VALID

b00000001 - The flag position for checking the Clock Bias flag

DRIFT_VALID

b00000010 - The flag position for checking the Drift flag

BIAS_ACCUR_VALID

b00000100 - The flag position for checking the Bias Accuracy Estimate flag

DRIFT_ACCUR_VALID

b00001000 - The flag position for checking the Drift Accuracy Estimate flag

-
- -
-
FieldParser_GPSLeapSeconds
-
public
MipGnssFieldParser
FieldParser_GPSLeapSeconds
-

The field parser for GPS Leap Seconds Data

-
- -
-
Constants
-
- -
-
Valid Flags
-
SECONDS_VALID

b00000010 - The flag position for checking the Seconds Valid flag

-
- -
-
FieldParser_GnssSBASInfo
-
public
MipGnssFieldParser
FieldParser_GnssSBASInfo
-

The field parser for SBAS Status data

-
- -
-
Constants
-
- -
-
Valid Flag Bitmasks
-
TOW_VALID

0x01 - Time of Week flag mask

WEEK_NUMBER_VALID

0x02 - Week Number flag mask

SYSTEM_VALID

0x04 - SBAS System flag mask

SATELLITE_VALID

0x08 - SBAS Satellite flag mask

COUNT_VALID

0x10 - Count flag mask

SBAS_STATUS_VALID

0x20 - SBAS Status flag mask

-
- -
-
Functions
-
- -
-
FieldParser_GnssSBASInfo
-
FieldParser_GnssSBASInfo()
-

Default constructor disabled

-
- -
-
parse
-
void parse(
const MipDataField &field,
MipDataPoints &result
) const override
-

Parses a MipDataField for MipDataPoints and stores them in the valid or invalid result vectors

Parameters
field
const MipDataField&

The MipDataField to parse for data points

result
MipDataPoints&

The MipDataPoints vector to store the data points in

-
- -
-
registerParser
-
static bool registerParser()
-

The static function that registers this parser with the list of parsers (called immediately)

Returns

True, just for assigning the REGISTERED constant to true

-
- -
-
Constants
-
- -
-
FIELD_TYPE
-

The 2-byte field type (Descriptor ID + Field ID) for this parser

-
- -
-
REGISTERED
-

Whether this parser is registered. This will always be true. This is used to call registerParser() immediately

-
- -
-
FieldParser_GnssSBASCorrection
-
public
MipGnssFieldParser
FieldParser_GnssSBASCorrection
-

The field parser for GNSS calculated SBAS Correction

-
- -
-
Constants
-
- -
-
Valid Flag Bitmasks
-
UDREI_VALID

0x01 - UDREI flag mask

PSEUDORANGE_CORRECTION_VALID

0x02 - Pseudorange Correction flag mask

IONOSPHERIC_CORRECTION_VALID

0x04 - Ionospheric Correction flag mask

-
- -
-
Functions
-
- -
-
FieldParser_GnssSBASCorrection
-
FieldParser_GnssSBASCorrection()
-

Default constructor disabled

-
- -
-
parse
-
void parse(
const MipDataField &field,
MipDataPoints &result
) const override
-

Parses a MipDataField for MipDataPoints and stores them in the valid or invalid result vectors

Parameters
field
const MipDataField&

The MipDataField to parse for data points

result
MipDataPoints&

The MipDataPoints vector to store the data points in

-
- -
-
registerParser
-
static bool registerParser()
-

The static function that registers this parser with the list of parsers (called immediately)

Returns

True, just for assigning the REGISTERED constant to true

-
- -
-
Constants
-
- -
-
FIELD_TYPE
-

The 2-byte field type (Descriptor ID + Field ID) for this parser

-
- -
-
REGISTERED
-

Whether this parser is registered. This will always be true. This is used to call registerParser() immediately

-
- -
-
FieldParser_GnssRFErrorDetection
-
public
MipGnssFieldParser
FieldParser_GnssRFErrorDetection
-

The field parser for GNSS Error Detection subsystem status

-
- -
-
Constants
-
- -
-
Valid Flag Bitmasks
-
RF_BAND_VALID

0x01 - RF Band flag mask

JAMMING_VALID

0x02 - Jamming State flag mask

SPOOFING_VALID

0x04 - Spoofing State flag mask

-
- -
-
Functions
-
- -
-
FieldParser_GnssRFErrorDetection
-
FieldParser_GnssRFErrorDetection()
-

Default constructor disabled

-
- -
-
parse
-
void parse(
const MipDataField &field,
MipDataPoints &result
) const override
-

Parses a MipDataField for MipDataPoints and stores them in the valid or invalid result vectors

Parameters
field
const MipDataField&

The MipDataField to parse for data points

result
MipDataPoints&

The MipDataPoints vector to store the data points in

-
- -
-
registerParser
-
static bool registerParser()
-

The static function that registers this parser with the list of parsers (called immediately)

Returns

True, just for assigning the REGISTERED constant to true

-
- -
-
Constants
-
- -
-
FIELD_TYPE
-

The 2-byte field type (Descriptor ID + Field ID) for this parser

-
- -
-
REGISTERED
-

Whether this parser is registered. This will always be true. This is used to call registerParser() immediately

-
- -
-
FieldParser_GnssSatelliteStatus
-
public
MipGnssFieldParser
FieldParser_GnssSatelliteStatus
-

The field parser for GNSS Satellite Status data

-
- -
-
Constants
-
- -
-
Valid Flags
-
TOW_VALID

b00000001 - The flag position for checking the Time of Week flag

WEEK_NUMBER_VALID

b00000010 - The flag position for checking the Week Number flag

AZIMUTH_VALID

b00100000

HEALTH_VALID

b01000000

-
- -
-
FieldParser_GnssRawObservation
-
public
MipGnssFieldParser
FieldParser_GnssRawObservation
-

The field parser for GNSS Raw Observation data

-
- -
-
Constants
-
- -
-
Valid Flags
-
TOW_VALID

b0000000000000001 - The flag position for checking the Time of Week flag

WEEK_NUMBER_VALID

b0000000000000010 - The flag position for checking the Week Number flag

CHANNEL_VALID

b0000000000001000

SIGNAL_STRENGTH_VALID

b0000000010000000

QUALITY_VALID

b0000000100000000

PSEUDORANGE_VALID

b0000001000000000

CARRIER_PHASE_VALID

b0000010000000000

DOPPLER_VALID

b0000100000000000

RANGE_UNC_VALID

b0001000000000000

CARRIER_PHASE_UNC_VALID

b0010000000000000

DOPPLER_UNC_VALID

b0100000000000000

LOCK_TIME_VALID

b1000000000000000

-
- -
-
FieldParser_GnssStationInfo
-
public
MipGnssFieldParser
FieldParser_GnssStationInfo
-

The field parser for GNSS Base Station Info data

-
- -
-
Constants
-
- -
-
Valid Flags
-
TOW_VALID

b00000001 - The flag position for checking the Time of Week flag

WEEK_NUMBER_VALID

b00000010 - The flag position for checking the Week Number flag

ECEF_POS_VALID

b00000100 - The flag position for checking the ECEF Position flag

HEIGHT_VALID

b00001000 - The flag position for checking the Height flag

STATION_ID_VALID

b00010000 - The flag position for checking the Base Station ID flag

INDICATORS_VALID

b00100000 - The flag position for checking the Indicators flag

-
- -
-
FieldParser_RTKCorrectionsStatus
-
public
MipGnssFieldParser
FieldParser_RTKCorrectionsStatus
-

The field parser for RTK Corrections Status Data

-
- -
-
Constants
-
- -
-
Valid Flags
-
TOW_VALID

b00000001 - The flag position for checking the Time of Week flag

WEEK_NUMBER_VALID

b00000010 - The flag position for checking the Week Number flag

EPOCH_STATUS_VALID

b00000100 - The flag position for checking the Epoch Status flag

RTK_STATUS_VALID

b00001000 - The flag position for checking the RTK Status flag

GPS_LATENCY_VALID

b00010000 - The flag position for checking the GPS Correction Latency flag

GLONASS_LATENCY_VALID

b00100000 - The flag position for checking the GLONASS Correction Latency flag

GALILEO_LATENCY_VALID

b01000000 - The flag position for checking the Galileo Correction Latency flag

BEIDOU_LATENCY_VALID

b10000000 - The flag position for checking the BeiDou Correction Latency flag

-
- -
-
FieldParser_GPSIonosphericCorrection
-
public
MipGnssFieldParser
FieldParser_GPSIonosphericCorrection
-

The field parser for Ionospheric Correction Data

-
- -
-
Constants
-
- -
-
Valid Flags
-
TIME_OF_WEEK_VALID

b00000001 - The flag position for checking the Time of Week flag

WEEK_NUMBER_VALID

b00000010 - The flag position for checking the Week Number flag

ALPHA_VALID

b00000100 - The flag position for checking the Alpha Ionospheric Correction Terms flag

BETA_VALID

b00001000 - The flag position for checking the Beta Ionospheric Correction Terms flag

-
- -
-
FieldParser_IonosphericCorrection
-
public
MipGnssFieldParser
FieldParser_IonosphericCorrection
-

The field parser for Ionospheric Correction Data

-
- -
-
Constants
-
- -
-
Valid Flags
-
TIME_OF_WEEK_VALID

b00000001 - The flag position for checking the Time of Week flag

WEEK_NUMBER_VALID

b00000010 - The flag position for checking the Week Number flag

ALPHA_VALID

b00000100 - The flag position for checking the Alpha Ionospheric Correction Terms flag

DISTURBANCE_FLAGS_VALID

b00001000 - The flag position for checking the Region Disturbance Flags Valid flag

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Packets/InertialFieldParser_Sensor-cpp-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Packets/InertialFieldParser_Sensor-cpp-Summary.js deleted file mode 100644 index db4b9e96b..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Packets/InertialFieldParser_Sensor-cpp-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Inertial/Packets/InertialFieldParser_Sensor.cpp","InertialFieldParser_Sensor.cpp");NDSummary.OnSummaryLoaded("File:MicroStrain/Inertial/Packets/InertialFieldParser_Sensor.cpp",[["C/C++","C"]],[["Constants","Constant"],["Groups","Group"]],[[1202,0,1,"Constants","Constants"],[1203,0,0,"GPS_TO_UNIX_EPOCH_DIFF","GPS_TO_UNIX_EPOCH_DIFF"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Packets/InertialFieldParser_Sensor-cpp-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Packets/InertialFieldParser_Sensor-cpp-SummaryToolTips.js deleted file mode 100644 index 26bc69f7d..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Packets/InertialFieldParser_Sensor-cpp-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Inertial/Packets/InertialFieldParser_Sensor.cpp",{1203:"
The number of nanoseconds between the unix Epoch and the gps Epoch
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Packets/InertialFieldParser_Sensor-cpp-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Packets/InertialFieldParser_Sensor-cpp-ToolTips.js deleted file mode 100644 index 59992a148..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Packets/InertialFieldParser_Sensor-cpp-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Packets/InertialFieldParser_Sensor-cpp.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Packets/InertialFieldParser_Sensor-cpp.html deleted file mode 100644 index ef1b1b992..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Packets/InertialFieldParser_Sensor-cpp.html +++ /dev/null @@ -1,20 +0,0 @@ - - -InertialFieldParser_Sensor.cpp - - - - - - - -
-
Constants
-
- -
-
GPS_TO_UNIX_EPOCH_DIFF
-

The number of nanoseconds between the unix Epoch and the gps Epoch

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Packets/InertialFieldParser_Sensor-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Packets/InertialFieldParser_Sensor-h-Summary.js deleted file mode 100644 index 535d6a67f..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Packets/InertialFieldParser_Sensor-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Inertial/Packets/InertialFieldParser_Sensor.h","InertialFieldParser_Sensor.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Inertial/Packets/InertialFieldParser_Sensor.h",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"],["Sections","Section"]],[[1158,0,4,"InertialFieldParser_Sensor","InertialFieldParser_Sensor"],[1159,0,0,"FieldParser_RawAccelVector","FieldParser_RawAccelVector"],[1160,0,3,"Functions","FieldParser_RawAccelVector.Functions"],[1161,0,2,"parse","FieldParser_RawAccelVector.parse"],[1162,0,2,"registerParser","FieldParser_RawAccelVector.registerParser"],[1163,0,3,"Constants","FieldParser_RawAccelVector.Constants"],[1164,0,1,"FIELD_TYPE","FieldParser_RawAccelVector.FIELD_TYPE"],[1165,0,1,"REGISTERED","FieldParser_RawAccelVector.REGISTERED"],[1166,0,0,"FieldParser_RawGyroVector","FieldParser_RawGyroVector"],[1167,0,0,"FieldParser_RawMagVector","FieldParser_RawMagVector"],[1168,0,0,"FieldParser_ScaledAccelVector","FieldParser_ScaledAccelVector"],[1169,0,0,"FieldParser_ScaledGyroVector","FieldParser_ScaledGyroVector"],[1170,0,0,"FieldParser_ScaledMagVector","FieldParser_ScaledMagVector"],[1171,0,0,"FieldParser_DeltaThetaVector","FieldParser_DeltaThetaVector"],[1172,0,0,"FieldParser_DeltaVelocityVector","FieldParser_DeltaVelocityVector"],[1173,0,0,"FieldParser_OrientationMatrix","FieldParser_OrientationMatrix"],[1174,0,0,"FieldParser_Quaternion","FieldParser_Quaternion"],[1175,0,0,"FieldParser_OrientationUpdateMatrix","FieldParser_OrientationUpdateMatrix"],[1176,0,0,"FieldParser_EulerAngles","FieldParser_EulerAngles"],[1177,0,0,"FieldParser_InternalTimestamp","FieldParser_InternalTimestamp"],[1178,0,0,"FieldParser_BeaconedTimestamp","FieldParser_BeaconedTimestamp"],[1179,0,3,"Constants","FieldParser_BeaconedTimestamp.Constants"],[1180,0,1,"Valid Flags","FieldParser_BeaconedTimestamp.Valid_Flags"],[1181,0,1,,"FieldParser_BeaconedTimestamp.TIMESTAMP_FLAG"],[1182,0,0,"FieldParser_StabilizedMagVector","FieldParser_StabilizedMagVector"],[1183,0,0,"FieldParser_StabilizedAccelVector","FieldParser_StabilizedAccelVector"],[1184,0,0,"FieldParser_GpsCorrelationTimestamp","FieldParser_GpsCorrelationTimestamp"],[1185,0,3,"Constants","FieldParser_GpsCorrelationTimestamp.Constants"],[1186,0,1,"Valid Flags","FieldParser_GpsCorrelationTimestamp.Valid_Flags"],[1187,0,1,,"FieldParser_GpsCorrelationTimestamp.TS_FLAG"],[1188,0,0,"FieldParser_GpsCorrelationTimestamp","FieldParser_GpsCorrelationTimestamp(2)"],[1189,0,3,"Constants","FieldParser_GpsCorrelationTimestamp.Constants(2)"],[1190,0,1,"Valid Flags","FieldParser_GpsCorrelationTimestamp.Valid_Flags(2)"],[1191,0,1,,"FieldParser_GpsCorrelationTimestamp.TS_FLAG(2)"],[1192,0,0,"FieldParser_ScaledAmbientPressure","FieldParser_ScaledAmbientPressure"],[1193,0,0,"FieldParser_OverrangeStatus","FieldParser_OverrangeStatus"],[1194,0,3,"Functions","FieldParser_OverrangeStatus.Functions"],[1195,0,2,"parse","FieldParser_OverrangeStatus.parse"],[1196,0,2,"registerParser","FieldParser_OverrangeStatus.registerParser"],[1197,0,3,"Constants","FieldParser_OverrangeStatus.Constants"],[1198,0,1,"FIELD_TYPE","FieldParser_OverrangeStatus.FIELD_TYPE"],[1199,0,1,"REGISTERED","FieldParser_OverrangeStatus.REGISTERED"],[1200,0,0,"FieldParser_RawAmbientPressure","FieldParser_RawAmbientPressure"],[1201,0,0,"FieldParser_OdometerData","FieldParser_OdometerData"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Packets/InertialFieldParser_Sensor-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Packets/InertialFieldParser_Sensor-h-SummaryToolTips.js deleted file mode 100644 index b58ba6746..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Packets/InertialFieldParser_Sensor-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Inertial/Packets/InertialFieldParser_Sensor.h",{1159:"
FieldParser_RawAccelVector
The Field Parser for raw accelerometer data
",1161:"
virtual void parse(
const MipDataField &field,
MipDataPoints &result
) const override
Parses an MipDataField for MipDataPoints and stores them in the valid or invalid result vectors
",1162:"
static bool registerParser()
The static function that registers this parser with the list of parsers (called immediately)
",1164:"
The 2-byte field type (Descriptor ID + Field ID) for this parser
",1165:"
Whether this parser is registered. This will always be true. This is used to call registerParser() immediately
",1166:"
FieldParser_RawGyroVector
The field parser for raw gyro data
",1167:"
FieldParser_RawMagVector
The field parser for raw magnetometer data
",1168:"
FieldParser_ScaledAccelVector
The field parser for scaled accelerometer data
",1169:"
FieldParser_ScaledGyroVector
The field parser for scaled gyro data
",1170:"
FieldParser_ScaledMagVector
The field parser for scaled magnetometer data
",1171:"
FieldParser_DeltaThetaVector
The field parser for delta theta data
",1172:"
FieldParser_DeltaVelocityVector
The field parser for delta velocity data
",1173:"
FieldParser_OrientationMatrix
The field parser for orientation matrix data
",1174:"
FieldParser_Quaternion
The field parser for quaternion data
",1175:"
FieldParser_OrientationUpdateMatrix
The field parser for orientation matrix data
",1176:"
FieldParser_EulerAngles
The field parser for Euler Angles data
",1177:"
FieldParser_InternalTimestamp
The field parser for Internal Timestamp data
",1178:"
FieldParser_BeaconedTimestamp
The field parser for Beaconed Timestamp data
",1182:"
FieldParser_StabilizedMagVector
The field parser for Stabilized Mag Vector (North)
",1183:"
FieldParser_StabilizedAccelVector
The field parser for Stabilized Accel Vector (Up)
",1184:"
FieldParser_GpsCorrelationTimestamp
The field parser for GPS Correlation Timestamp
",1188:"
The field parser for GPS Correlation Timestamp
",1192:"
FieldParser_ScaledAmbientPressure
The field parser for Scaled Ambient Pressure.
",1193:"
FieldParser_OverrangeStatus
The field parser for Overrange Status.
",1195:"
virtual void parse(
const MipDataField &field,
MipDataPoints &result
) const override
Parses an MipDataField for MipDataPoints and stores them in the valid or invalid result vectors
",1196:"
static bool registerParser()
The static function that registers this parser with the list of parsers (called immediately)
",1198:"
The MipTypes::ChannelField for this parser
",1199:"
Whether this parser is registered. This will always be true.
",1200:"
FieldParser_RawAmbientPressure
The field parser for Raw Ambient Pressure.
",1201:"
FieldParser_OdometerData
The field parser for the Odometer Data field.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Packets/InertialFieldParser_Sensor-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Packets/InertialFieldParser_Sensor-h-ToolTips.js deleted file mode 100644 index 00164e5e8..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Packets/InertialFieldParser_Sensor-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1196:"
static bool registerParser()
The static function that registers this parser with the list of parsers (called immediately)
",1199:"
Whether this parser is registered. This will always be true.
",3088:"
MipFieldParser
Base Class parser for parsing Mip Data Fields
",3321:"
The enums for all of the different MIP Channel Field IDs.
",4527:"
MipDataPoint
Represents a single Inertial Data Point (Extends from DataPoint)
",4550:"
MipDataField
An Inertial data field object that represents a data field within an Inertial Data Packet
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Packets/InertialFieldParser_Sensor-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Packets/InertialFieldParser_Sensor-h.html deleted file mode 100644 index f2a566390..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Packets/InertialFieldParser_Sensor-h.html +++ /dev/null @@ -1,233 +0,0 @@ - - -InertialFieldParser_Sensor.h - - - - - - - -
-
InertialFieldParser_Sensor
-
- -
-
FieldParser_RawAccelVector
-
public
MipFieldParser
FieldParser_RawAccelVector
-

The Field Parser for raw accelerometer data

-
- -
-
Functions
-
- -
-
parse
-
virtual void parse(
const MipDataField &field,
MipDataPoints &result
) const override
-

Parses an MipDataField for MipDataPoints and stores them in the valid or invalid result vectors

Parameters
field
const MipDataField&

The MipDataField to parse for data points

result
MipDataPoints&

The MipDataPoints vector to store the data points in

-
- -
-
registerParser
-
static bool registerParser()
-

The static function that registers this parser with the list of parsers (called immediately)

Returns

true, just for assigning the REGISTERED constant to true

-
- -
-
Constants
-
- -
-
FIELD_TYPE
-

The 2-byte field type (Descriptor ID + Field ID) for this parser

-
- -
-
REGISTERED
-

Whether this parser is registered. This will always be true. This is used to call registerParser() immediately

-
- -
-
FieldParser_RawGyroVector
-
public
MipFieldParser
FieldParser_RawGyroVector
-

The field parser for raw gyro data

-
- -
-
FieldParser_RawMagVector
-
public
MipFieldParser
FieldParser_RawMagVector
-

The field parser for raw magnetometer data

-
- -
-
FieldParser_ScaledAccelVector
-
public
MipFieldParser
FieldParser_ScaledAccelVector
-

The field parser for scaled accelerometer data

-
- -
-
FieldParser_ScaledGyroVector
-
public
MipFieldParser
FieldParser_ScaledGyroVector
-

The field parser for scaled gyro data

-
- -
-
FieldParser_ScaledMagVector
-
public
MipFieldParser
FieldParser_ScaledMagVector
-

The field parser for scaled magnetometer data

-
- -
-
FieldParser_DeltaThetaVector
-
public
MipFieldParser
FieldParser_DeltaThetaVector
-

The field parser for delta theta data

-
- -
-
FieldParser_DeltaVelocityVector
-
public
MipFieldParser
FieldParser_DeltaVelocityVector
-

The field parser for delta velocity data

-
- -
-
FieldParser_OrientationMatrix
-
public
MipFieldParser
FieldParser_OrientationMatrix
-

The field parser for orientation matrix data

-
- -
-
FieldParser_Quaternion
-
public
MipFieldParser
FieldParser_Quaternion
-

The field parser for quaternion data

-
- -
-
FieldParser_OrientationUpdateMatrix
-
public
MipFieldParser
FieldParser_OrientationUpdateMatrix
-

The field parser for orientation matrix data

-
- -
-
FieldParser_EulerAngles
-
public
MipFieldParser
FieldParser_EulerAngles
-

The field parser for Euler Angles data

-
- -
-
FieldParser_InternalTimestamp
-
public
MipFieldParser
FieldParser_InternalTimestamp
-

The field parser for Internal Timestamp data

-
- -
-
FieldParser_BeaconedTimestamp
-
public
MipFieldParser
FieldParser_BeaconedTimestamp
-

The field parser for Beaconed Timestamp data

-
- -
-
Constants
-
- -
-
Valid Flags
-
TIMESTAMP_FLAG

b0001 - The flag position for checking the Timestamp status

-
- -
-
FieldParser_StabilizedMagVector
-
public
MipFieldParser
FieldParser_StabilizedMagVector
-

The field parser for Stabilized Mag Vector (North)

-
- -
-
FieldParser_StabilizedAccelVector
-
public
MipFieldParser
FieldParser_StabilizedAccelVector
-

The field parser for Stabilized Accel Vector (Up)

-
- -
-
FieldParser_GpsCorrelationTimestamp
-
public
MipFieldParser
FieldParser_GpsCorrelationTimestamp
-

The field parser for GPS Correlation Timestamp

-
- -
-
Constants
-
- -
-
Valid Flags
-
TS_FLAG

b00000001  - The flag position for checking the Timestamp Valid flag

-
- -
-
FieldParser_GpsCorrelationTimestamp
-

The field parser for GPS Correlation Timestamp

-
- -
-
Constants
-
- -
-
Valid Flags
-
TS_FLAG

b00000001  - The flag position for checking the Timestamp Valid flag

-
- -
-
FieldParser_ScaledAmbientPressure
-
public
MipFieldParser
FieldParser_ScaledAmbientPressure
-

The field parser for Scaled Ambient Pressure.

-
- -
-
FieldParser_OverrangeStatus
-
public
MipFieldParser
FieldParser_OverrangeStatus
-

The field parser for Overrange Status.

-
- -
-
Functions
-
- -
-
parse
-
virtual void parse(
const MipDataField &field,
MipDataPoints &result
) const override
-

Parses an MipDataField for MipDataPoints and stores them in the valid or invalid result vectors

Parameters
field
const MipDataField&

The MipDataField to parse for data points

result
MipDataPoints&

The MipDataPoints vector to store the data points in

-
- -
-
registerParser
-
static bool registerParser()
-

The static function that registers this parser with the list of parsers (called immediately)

Returns

True, just for assigning REGISTERED to true

-
- -
-
Constants
-
- -
-
FIELD_TYPE
-

The MipTypes::ChannelField for this parser

-
- -
-
REGISTERED
-

Whether this parser is registered. This will always be true.

Note

This is used to call registerParser immediately

-
- -
-
FieldParser_RawAmbientPressure
-
public
MipFieldParser
FieldParser_RawAmbientPressure
-

The field parser for Raw Ambient Pressure.

-
- -
-
FieldParser_OdometerData
-
public
MipFieldParser
FieldParser_OdometerData
-

The field parser for the Odometer Data field.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Packets/InertialFieldParser_Shared-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Packets/InertialFieldParser_Shared-h-Summary.js deleted file mode 100644 index 28ffd49ef..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Packets/InertialFieldParser_Shared-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Inertial/Packets/InertialFieldParser_Shared.h","InertialFieldParser_Shared.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Inertial/Packets/InertialFieldParser_Shared.h",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"],["Sections","Section"]],[[1089,0,4,"InertialFieldParser_Shared","InertialFieldParser_Shared"],[1090,0,0,"MipSharedFieldParser","MipSharedFieldParser"],[1091,0,0,"FieldParser_EventSource","FieldParser_EventSource"],[1092,0,3,"Functions","FieldParser_EventSource.Functions"],[1093,0,2,"parse","FieldParser_EventSource.parse"],[1094,0,2,"registerParser","FieldParser_EventSource.registerParser"],[1095,0,3,"Constants","FieldParser_EventSource.Constants"],[1096,0,1,"FIELD_TYPE","FieldParser_EventSource.FIELD_TYPE"],[1097,0,1,"REGISTERED","FieldParser_EventSource.REGISTERED"],[1098,0,0,"FieldParser_Ticks","FieldParser_Ticks"],[1099,0,3,"Functions","FieldParser_Ticks.Functions"],[1100,0,2,"parse","FieldParser_Ticks.parse"],[1101,0,2,"registerParser","FieldParser_Ticks.registerParser"],[1102,0,3,"Constants","FieldParser_Ticks.Constants"],[1103,0,1,"FIELD_TYPE","FieldParser_Ticks.FIELD_TYPE"],[1104,0,1,"REGISTERED","FieldParser_Ticks.REGISTERED"],[1105,0,0,"FieldParser_DeltaTicks","FieldParser_DeltaTicks"],[1106,0,3,"Functions","FieldParser_DeltaTicks.Functions"],[1107,0,2,"parse","FieldParser_DeltaTicks.parse"],[1108,0,2,"registerParser","FieldParser_DeltaTicks.registerParser"],[1109,0,3,"Constants","FieldParser_DeltaTicks.Constants"],[1110,0,1,"FIELD_TYPE","FieldParser_DeltaTicks.FIELD_TYPE"],[1111,0,1,"REGISTERED","FieldParser_DeltaTicks.REGISTERED"],[1112,0,0,"FieldParser_GpsTimestamp","FieldParser_GpsTimestamp"],[1113,0,3,"Constants","FieldParser_GpsTimestamp.Constants"],[1114,0,1,"Valid Flags","FieldParser_GpsTimestamp.Valid_Flags"],[1115,0,1,,"FieldParser_GpsTimestamp.TOW_VALID"],[1116,0,1,,"FieldParser_GpsTimestamp.WEEK_NUM_VALID"],[1117,0,3,"Functions","FieldParser_GpsTimestamp.Functions"],[1118,0,2,"parse","FieldParser_GpsTimestamp.parse"],[1119,0,2,"registerParser","FieldParser_GpsTimestamp.registerParser"],[1120,0,3,"Constants","FieldParser_GpsTimestamp.Constants(2)"],[1121,0,1,"FIELD_TYPE","FieldParser_GpsTimestamp.FIELD_TYPE"],[1122,0,1,"REGISTERED","FieldParser_GpsTimestamp.REGISTERED"],[1123,0,0,"FieldParser_DeltaTime","FieldParser_DeltaTime"],[1124,0,3,"Functions","FieldParser_DeltaTime.Functions"],[1125,0,2,"parse","FieldParser_DeltaTime.parse"],[1126,0,2,"registerParser","FieldParser_DeltaTime.registerParser"],[1127,0,3,"Constants","FieldParser_DeltaTime.Constants"],[1128,0,1,"FIELD_TYPE","FieldParser_DeltaTime.FIELD_TYPE"],[1129,0,1,"REGISTERED","FieldParser_DeltaTime.REGISTERED"],[1130,0,0,"FieldParser_ReferenceTime","FieldParser_ReferenceTime"],[1131,0,3,"Functions","FieldParser_ReferenceTime.Functions"],[1132,0,2,"parse","FieldParser_ReferenceTime.parse"],[1133,0,2,"registerParser","FieldParser_ReferenceTime.registerParser"],[1134,0,3,"Constants","FieldParser_ReferenceTime.Constants"],[1135,0,1,"FIELD_TYPE","FieldParser_ReferenceTime.FIELD_TYPE"],[1136,0,1,"REGISTERED","FieldParser_ReferenceTime.REGISTERED"],[1137,0,0,"FieldParser_DeltaReferenceTime","FieldParser_DeltaReferenceTime"],[1138,0,3,"Functions","FieldParser_DeltaReferenceTime.Functions"],[1139,0,2,"parse","FieldParser_DeltaReferenceTime.parse"],[1140,0,2,"registerParser","FieldParser_DeltaReferenceTime.registerParser"],[1141,0,3,"Constants","FieldParser_DeltaReferenceTime.Constants"],[1142,0,1,"FIELD_TYPE","FieldParser_DeltaReferenceTime.FIELD_TYPE"],[1143,0,1,"REGISTERED","FieldParser_DeltaReferenceTime.REGISTERED"],[1144,0,0,"FieldParser_ExternalTimestamp","FieldParser_ExternalTimestamp"],[1145,0,3,"Functions","FieldParser_ExternalTimestamp.Functions"],[1146,0,2,"parse","FieldParser_ExternalTimestamp.parse"],[1147,0,2,"registerParser","FieldParser_ExternalTimestamp.registerParser"],[1148,0,3,"Constants","FieldParser_ExternalTimestamp.Constants"],[1149,0,1,"FIELD_TYPE","FieldParser_ExternalTimestamp.FIELD_TYPE"],[1150,0,1,"REGISTERED","FieldParser_ExternalTimestamp.REGISTERED"],[1151,0,0,"FieldParser_DeltaExternalTime","FieldParser_DeltaExternalTime"],[1152,0,3,"Functions","FieldParser_DeltaExternalTime.Functions"],[1153,0,2,"parse","FieldParser_DeltaExternalTime.parse"],[1154,0,2,"registerParser","FieldParser_DeltaExternalTime.registerParser"],[1155,0,3,"Constants","FieldParser_DeltaExternalTime.Constants"],[1156,0,1,"FIELD_TYPE","FieldParser_DeltaExternalTime.FIELD_TYPE"],[1157,0,1,"REGISTERED","FieldParser_DeltaExternalTime.REGISTERED"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Packets/InertialFieldParser_Shared-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Packets/InertialFieldParser_Shared-h-SummaryToolTips.js deleted file mode 100644 index 62caaab55..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Packets/InertialFieldParser_Shared-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Inertial/Packets/InertialFieldParser_Shared.h",{1090:"
MipSharedFieldParser
",1091:"
FieldParser_EventSource
The field parser for Event Source
",1093:"
virtual void parse(
const MipDataField &field,
MipDataPoints &result
) const override
Parses an MipDataField for MipDataPoints and stores them in the valid or invalid result vectors
",1094:"
static bool registerParser()
The static function that registers this parser with the list of parsers (called immediately)
",1096:"
The 2-byte field type (Descriptor ID + Field ID) for this parser
",1097:"
Whether this parser is registered. This will always be true. This is used to call registerParser() immediately
",1098:"
FieldParser_Ticks
The field parser for Ticks
",1100:"
virtual void parse(
const MipDataField &field,
MipDataPoints &result
) const override
Parses an MipDataField for MipDataPoints and stores them in the valid or invalid result vectors
",1101:"
static bool registerParser()
The static function that registers this parser with the list of parsers (called immediately)
",1103:"
The 2-byte field type (Descriptor ID + Field ID) for this parser
",1104:"
Whether this parser is registered. This will always be true. This is used to call registerParser() immediately
",1105:"
FieldParser_DeltaTicks
The field parser for Delta Ticks
",1107:"
virtual void parse(
const MipDataField &field,
MipDataPoints &result
) const override
Parses an MipDataField for MipDataPoints and stores them in the valid or invalid result vectors
",1108:"
static bool registerParser()
The static function that registers this parser with the list of parsers (called immediately)
",1110:"
The 2-byte field type (Descriptor ID + Field ID) for this parser
",1111:"
Whether this parser is registered. This will always be true. This is used to call registerParser() immediately
",1112:"
FieldParser_GpsTimestamp
The field parser for GPS Timestamp
",1118:"
virtual void parse(
const MipDataField &field,
MipDataPoints &result
) const override
Parses an MipDataField for MipDataPoints and stores them in the valid or invalid result vectors
",1119:"
static bool registerParser()
The static function that registers this parser with the list of parsers (called immediately)
",1121:"
The 2-byte field type (Descriptor ID + Field ID) for this parser
",1122:"
Whether this parser is registered. This will always be true. This is used to call registerParser() immediately
",1123:"
FieldParser_DeltaTime
The field parser for Delta Time
",1125:"
virtual void parse(
const MipDataField &field,
MipDataPoints &result
) const override
Parses an MipDataField for MipDataPoints and stores them in the valid or invalid result vectors
",1126:"
static bool registerParser()
The static function that registers this parser with the list of parsers (called immediately)
",1128:"
The 2-byte field type (Descriptor ID + Field ID) for this parser
",1129:"
Whether this parser is registered. This will always be true. This is used to call registerParser() immediately
",1130:"
FieldParser_ReferenceTime
The field parser for internal Reference Time (0xFF,0xD5)
",1132:"
virtual void parse(
const MipDataField &field,
MipDataPoints &result
) const override
Parses an MipDataField for MipDataPoints and stores them in the valid or invalid result vectors
",1133:"
static bool registerParser()
The static function that registers this parser with the list of parsers (called immediately)
",1135:"
The MipTypes::ChannelField for this parser
",1136:"
Whether this parser is registered. This will always be true.
",1137:"
FieldParser_DeltaReferenceTime
The field parser for internal Delta Reference Time (0xFF,0xD6)
",1139:"
virtual void parse(
const MipDataField &field,
MipDataPoints &result
) const override
Parses an MipDataField for MipDataPoints and stores them in the valid or invalid result vectors
",1140:"
static bool registerParser()
The static function that registers this parser with the list of parsers (called immediately)
",1142:"
The MipTypes::ChannelField for this parser
",1143:"
Whether this parser is registered. This will always be true.
",1144:"
FieldParser_ExternalTimestamp
The field parser for External Timestamp (0xFF,0xD7)
",1146:"
virtual void parse(
const MipDataField &field,
MipDataPoints &result
) const override
Parses an MipDataField for MipDataPoints and stores them in the valid or invalid result vectors
",1147:"
static bool registerParser()
The static function that registers this parser with the list of parsers (called immediately)
",1149:"
The MipTypes::ChannelField for this parser
",1150:"
Whether this parser is registered. This will always be true.
",1151:"
FieldParser_DeltaExternalTime
The field parser for Delta External Time (0xFF,0xD8)
",1153:"
virtual void parse(
const MipDataField &field,
MipDataPoints &result
) const override
Parses an MipDataField for MipDataPoints and stores them in the valid or invalid result vectors
",1154:"
static bool registerParser()
The static function that registers this parser with the list of parsers (called immediately)
",1156:"
The MipTypes::ChannelField for this parser
",1157:"
Whether this parser is registered. This will always be true.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Packets/InertialFieldParser_Shared-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Packets/InertialFieldParser_Shared-h-ToolTips.js deleted file mode 100644 index 647d18275..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Packets/InertialFieldParser_Shared-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1090:"
MipSharedFieldParser
",1133:"
static bool registerParser()
The static function that registers this parser with the list of parsers (called immediately)
",1136:"
Whether this parser is registered. This will always be true.
",1140:"
static bool registerParser()
The static function that registers this parser with the list of parsers (called immediately)
",1143:"
Whether this parser is registered. This will always be true.
",1147:"
static bool registerParser()
The static function that registers this parser with the list of parsers (called immediately)
",1150:"
Whether this parser is registered. This will always be true.
",1154:"
static bool registerParser()
The static function that registers this parser with the list of parsers (called immediately)
",1157:"
Whether this parser is registered. This will always be true.
",3088:"
MipFieldParser
Base Class parser for parsing Mip Data Fields
",3321:"
The enums for all of the different MIP Channel Field IDs.
",4527:"
MipDataPoint
Represents a single Inertial Data Point (Extends from DataPoint)
",4550:"
MipDataField
An Inertial data field object that represents a data field within an Inertial Data Packet
",1091:"
FieldParser_EventSource
The field parser for Event Source
",1098:"
FieldParser_Ticks
The field parser for Ticks
",1105:"
FieldParser_DeltaTicks
The field parser for Delta Ticks
",1112:"
FieldParser_GpsTimestamp
The field parser for GPS Timestamp
",1123:"
FieldParser_DeltaTime
The field parser for Delta Time
",1130:"
FieldParser_ReferenceTime
The field parser for internal Reference Time (0xFF,0xD5)
",1137:"
FieldParser_DeltaReferenceTime
The field parser for internal Delta Reference Time (0xFF,0xD6)
",1144:"
FieldParser_ExternalTimestamp
The field parser for External Timestamp (0xFF,0xD7)
",1151:"
FieldParser_DeltaExternalTime
The field parser for Delta External Time (0xFF,0xD8)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Packets/InertialFieldParser_Shared-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Packets/InertialFieldParser_Shared-h.html deleted file mode 100644 index 123a6b290..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Packets/InertialFieldParser_Shared-h.html +++ /dev/null @@ -1,354 +0,0 @@ - - -InertialFieldParser_Shared.h - - - - - - - -
-
InertialFieldParser_Shared
-
- -
-
MipSharedFieldParser
- -
The base class for all Shared field parsers

handles registering the parser for the same field across all Shared data sets

-
- -
-
FieldParser_EventSource
-
public
MipSharedFieldParser
FieldParser_EventSource
-

The field parser for Event Source

-
- -
-
Functions
-
- -
-
parse
-
virtual void parse(
const MipDataField &field,
MipDataPoints &result
) const override
-

Parses an MipDataField for MipDataPoints and stores them in the valid or invalid result vectors

Parameters
field
const MipDataField&

The MipDataField to parse for data points

result
MipDataPoints&

The MipDataPoints vector to store the data points in

-
- -
-
registerParser
-
static bool registerParser()
-

The static function that registers this parser with the list of parsers (called immediately)

Returns

true, just for assigning the REGISTERED constant to true

-
- -
-
Constants
-
- -
-
FIELD_TYPE
-

The 2-byte field type (Descriptor ID + Field ID) for this parser

-
- -
-
REGISTERED
-

Whether this parser is registered. This will always be true. This is used to call registerParser() immediately

-
- -
-
FieldParser_Ticks
- -

The field parser for Ticks

-
- -
-
Functions
-
- -
-
parse
-
virtual void parse(
const MipDataField &field,
MipDataPoints &result
) const override
-

Parses an MipDataField for MipDataPoints and stores them in the valid or invalid result vectors

Parameters
field
const MipDataField&

The MipDataField to parse for data points

result
MipDataPoints&

The MipDataPoints vector to store the data points in

-
- -
-
registerParser
-
static bool registerParser()
-

The static function that registers this parser with the list of parsers (called immediately)

Returns

true, just for assigning the REGISTERED constant to true

-
- -
-
Constants
-
- -
-
FIELD_TYPE
-

The 2-byte field type (Descriptor ID + Field ID) for this parser

-
- -
-
REGISTERED
-

Whether this parser is registered. This will always be true. This is used to call registerParser() immediately

-
- -
-
FieldParser_DeltaTicks
-
public
MipSharedFieldParser
FieldParser_DeltaTicks
-

The field parser for Delta Ticks

-
- -
-
Functions
-
- -
-
parse
-
virtual void parse(
const MipDataField &field,
MipDataPoints &result
) const override
-

Parses an MipDataField for MipDataPoints and stores them in the valid or invalid result vectors

Parameters
field
const MipDataField&

The MipDataField to parse for data points

result
MipDataPoints&

The MipDataPoints vector to store the data points in

-
- -
-
registerParser
-
static bool registerParser()
-

The static function that registers this parser with the list of parsers (called immediately)

Returns

true, just for assigning the REGISTERED constant to true

-
- -
-
Constants
-
- -
-
FIELD_TYPE
-

The 2-byte field type (Descriptor ID + Field ID) for this parser

-
- -
-
REGISTERED
-

Whether this parser is registered. This will always be true. This is used to call registerParser() immediately

-
- -
-
FieldParser_GpsTimestamp
-
public
MipSharedFieldParser
FieldParser_GpsTimestamp
-

The field parser for GPS Timestamp

-
- -
-
Constants
-
- -
-
Valid Flags
-
TOW_VALID

b00000001 - The flag position for checking the GPS Time of Week flag

WEEK_NUM_VALID

b00000010 - The flag position for checking the GPS Week Number flag

-
- -
-
Functions
-
- -
-
parse
-
virtual void parse(
const MipDataField &field,
MipDataPoints &result
) const override
-

Parses an MipDataField for MipDataPoints and stores them in the valid or invalid result vectors

Parameters
field
const MipDataField&

The MipDataField to parse for data points

result
MipDataPoints&

The MipDataPoints vector to store the data points in

-
- -
-
registerParser
-
static bool registerParser()
-

The static function that registers this parser with the list of parsers (called immediately)

Returns

true, just for assigning the REGISTERED constant to true

-
- -
-
Constants
-
- -
-
FIELD_TYPE
-

The 2-byte field type (Descriptor ID + Field ID) for this parser

-
- -
-
REGISTERED
-

Whether this parser is registered. This will always be true. This is used to call registerParser() immediately

-
- -
-
FieldParser_DeltaTime
-
public
MipSharedFieldParser
FieldParser_DeltaTime
-

The field parser for Delta Time

-
- -
-
Functions
-
- -
-
parse
-
virtual void parse(
const MipDataField &field,
MipDataPoints &result
) const override
-

Parses an MipDataField for MipDataPoints and stores them in the valid or invalid result vectors

Parameters
field
const MipDataField&

The MipDataField to parse for data points

result
MipDataPoints&

The MipDataPoints vector to store the data points in

-
- -
-
registerParser
-
static bool registerParser()
-

The static function that registers this parser with the list of parsers (called immediately)

Returns

true, just for assigning the REGISTERED constant to true

-
- -
-
Constants
-
- -
-
FIELD_TYPE
-

The 2-byte field type (Descriptor ID + Field ID) for this parser

-
- -
-
REGISTERED
-

Whether this parser is registered. This will always be true. This is used to call registerParser() immediately

-
- -
-
FieldParser_ReferenceTime
-
public
MipSharedFieldParser
FieldParser_ReferenceTime
-

The field parser for internal Reference Time (0xFF,0xD5)

-
- -
-
Functions
-
- -
-
parse
-
virtual void parse(
const MipDataField &field,
MipDataPoints &result
) const override
-

Parses an MipDataField for MipDataPoints and stores them in the valid or invalid result vectors

Parameters
field
const MipDataField&

The MipDataField to parse for data points

result
MipDataPoints&

The MipDataPoints vector to store the data points in

-
- -
-
registerParser
-
static bool registerParser()
-

The static function that registers this parser with the list of parsers (called immediately)

Returns

True, just for assigning REGISTERED to true

-
- -
-
Constants
-
- -
-
FIELD_TYPE
-

The MipTypes::ChannelField for this parser

-
- -
-
REGISTERED
-

Whether this parser is registered. This will always be true.

Note

This is used to call registerParser immediately

-
- -
-
FieldParser_DeltaReferenceTime
-
public
MipSharedFieldParser
FieldParser_DeltaReferenceTime
-

The field parser for internal Delta Reference Time (0xFF,0xD6)

-
- -
-
Functions
-
- -
-
parse
-
virtual void parse(
const MipDataField &field,
MipDataPoints &result
) const override
-

Parses an MipDataField for MipDataPoints and stores them in the valid or invalid result vectors

Parameters
field
const MipDataField&

The MipDataField to parse for data points

result
MipDataPoints&

The MipDataPoints vector to store the data points in

-
- -
-
registerParser
-
static bool registerParser()
-

The static function that registers this parser with the list of parsers (called immediately)

Returns

True, just for assigning REGISTERED to true

-
- -
-
Constants
-
- -
-
FIELD_TYPE
-

The MipTypes::ChannelField for this parser

-
- -
-
REGISTERED
-

Whether this parser is registered. This will always be true.

Note

This is used to call registerParser immediately

-
- -
-
FieldParser_ExternalTimestamp
-
public
MipSharedFieldParser
FieldParser_ExternalTimestamp
-

The field parser for External Timestamp (0xFF,0xD7)

-
- -
-
Functions
-
- -
-
parse
-
virtual void parse(
const MipDataField &field,
MipDataPoints &result
) const override
-

Parses an MipDataField for MipDataPoints and stores them in the valid or invalid result vectors

Parameters
field
const MipDataField&

The MipDataField to parse for data points

result
MipDataPoints&

The MipDataPoints vector to store the data points in

-
- -
-
registerParser
-
static bool registerParser()
-

The static function that registers this parser with the list of parsers (called immediately)

Returns

True, just for assigning REGISTERED to true

-
- -
-
Constants
-
- -
-
FIELD_TYPE
-

The MipTypes::ChannelField for this parser

-
- -
-
REGISTERED
-

Whether this parser is registered. This will always be true.

Note

This is used to call registerParser immediately

-
- -
-
FieldParser_DeltaExternalTime
-
public
MipSharedFieldParser
FieldParser_DeltaExternalTime
-

The field parser for Delta External Time (0xFF,0xD8)

-
- -
-
Functions
-
- -
-
parse
-
virtual void parse(
const MipDataField &field,
MipDataPoints &result
) const override
-

Parses an MipDataField for MipDataPoints and stores them in the valid or invalid result vectors

Parameters
field
const MipDataField&

The MipDataField to parse for data points

result
MipDataPoints&

The MipDataPoints vector to store the data points in

-
- -
-
registerParser
-
static bool registerParser()
-

The static function that registers this parser with the list of parsers (called immediately)

Returns

True, just for assigning REGISTERED to true

-
- -
-
Constants
-
- -
-
FIELD_TYPE
-

The MipTypes::ChannelField for this parser

-
- -
-
REGISTERED
-

Whether this parser is registered. This will always be true.

Note

This is used to call registerParser immediately

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Packets/InertialFieldParser_System-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Packets/InertialFieldParser_System-h-Summary.js deleted file mode 100644 index 3dd2cc1f2..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Packets/InertialFieldParser_System-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Inertial/Packets/InertialFieldParser_System.h","InertialFieldParser_System.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Inertial/Packets/InertialFieldParser_System.h",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"],["Sections","Section"]],[[1067,0,4,"InertialFieldParser_System","InertialFieldParser_System"],[1068,0,0,"FieldParser_BuiltInTest","FieldParser_BuiltInTest"],[1069,0,3,"Functions","FieldParser_BuiltInTest.Functions"],[1070,0,2,"parse","FieldParser_BuiltInTest.parse"],[1071,0,2,"registerParser","FieldParser_BuiltInTest.registerParser"],[1072,0,3,"Constants","FieldParser_BuiltInTest.Constants"],[1073,0,1,"FIELD_TYPE","FieldParser_BuiltInTest.FIELD_TYPE"],[1074,0,1,"REGISTERED","FieldParser_BuiltInTest.REGISTERED"],[1075,0,0,"FieldParser_TimeSyncStatus","FieldParser_TimeSyncStatus"],[1076,0,3,"Functions","FieldParser_TimeSyncStatus.Functions"],[1077,0,2,"parse","FieldParser_TimeSyncStatus.parse"],[1078,0,2,"registerParser","FieldParser_TimeSyncStatus.registerParser"],[1079,0,3,"Constants","FieldParser_TimeSyncStatus.Constants"],[1080,0,1,"FIELD_TYPE","FieldParser_TimeSyncStatus.FIELD_TYPE"],[1081,0,1,"REGISTERED","FieldParser_TimeSyncStatus.REGISTERED"],[1082,0,0,"FieldParser_GpioState","FieldParser_GpioState"],[1083,0,3,"Functions","FieldParser_GpioState.Functions"],[1084,0,2,"parse","FieldParser_GpioState.parse"],[1085,0,2,"registerParser","FieldParser_GpioState.registerParser"],[1086,0,3,"Constants","FieldParser_GpioState.Constants"],[1087,0,1,"FIELD_TYPE","FieldParser_GpioState.FIELD_TYPE"],[1088,0,1,"REGISTERED","FieldParser_GpioState.REGISTERED"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Packets/InertialFieldParser_System-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Packets/InertialFieldParser_System-h-SummaryToolTips.js deleted file mode 100644 index 2a600e243..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Packets/InertialFieldParser_System-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Inertial/Packets/InertialFieldParser_System.h",{1068:"
FieldParser_BuiltInTest
The Field Parser for continuous built-in test (BIT) results
",1070:"
void parse(
const MipDataField &field,
MipDataPoints &result
) const override
Parses a MipDataField for MipDataPoints and stores them in the valid or invalid result vectors
",1071:"
static bool registerParser()
The static function that registers this parser with the list of parsers (called immediately)
",1073:"
The 2-byte field type (Descriptor ID + Field ID) for this parser
",1074:"
Whether this parser is registered. This will always be true. This is used to call registerParser() immediately
",1075:"
FieldParser_TimeSyncStatus
The Field Parser for time sync status (PPS) data
",1077:"
void parse(
const MipDataField &field,
MipDataPoints &result
) const override
Parses a MipDataField for MipDataPoints and stores them in the valid or invalid result vectors
",1078:"
static bool registerParser()
The static function that registers this parser with the list of parsers (called immediately)
",1080:"
The 2-byte field type (Descriptor ID + Field ID) for this parser
",1081:"
Whether this parser is registered. This will always be true. This is used to call registerParser() immediately
",1082:"
FieldParser_GpioState
The Field Parser for all GPIO pin state data
",1084:"
void parse(
const MipDataField &field,
MipDataPoints &result
) const override
Parses a MipDataField for MipDataPoints and stores them in the valid or invalid result vectors
",1085:"
static bool registerParser()
The static function that registers this parser with the list of parsers (called immediately)
",1087:"
The 2-byte field type (Descriptor ID + Field ID) for this parser
",1088:"
Whether this parser is registered. This will always be true. This is used to call registerParser() immediately
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Packets/InertialFieldParser_System-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Packets/InertialFieldParser_System-h-ToolTips.js deleted file mode 100644 index 5c5414cfe..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Packets/InertialFieldParser_System-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3088:"
MipFieldParser
Base Class parser for parsing Mip Data Fields
",4527:"
MipDataPoint
Represents a single Inertial Data Point (Extends from DataPoint)
",4550:"
MipDataField
An Inertial data field object that represents a data field within an Inertial Data Packet
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Packets/InertialFieldParser_System-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Packets/InertialFieldParser_System-h.html deleted file mode 100644 index e9388e6e6..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/Packets/InertialFieldParser_System-h.html +++ /dev/null @@ -1,123 +0,0 @@ - - -InertialFieldParser_System.h - - - - - - - -
-
InertialFieldParser_System
-
- -
-
FieldParser_BuiltInTest
-
public
MipFieldParser
FieldParser_BuiltInTest
-

The Field Parser for continuous built-in test (BIT) results

-
- -
-
Functions
-
- -
-
parse
-
void parse(
const MipDataField &field,
MipDataPoints &result
) const override
-

Parses a MipDataField for MipDataPoints and stores them in the valid or invalid result vectors

Parameters
field
const MipDataField&

The MipDataField to parse for data points

result
MipDataPoints&

The MipDataPoints vector to store the data points in

-
- -
-
registerParser
-
static bool registerParser()
-

The static function that registers this parser with the list of parsers (called immediately)

Returns

True, just for assigning the REGISTERED constant to true

-
- -
-
Constants
-
- -
-
FIELD_TYPE
-

The 2-byte field type (Descriptor ID + Field ID) for this parser

-
- -
-
REGISTERED
-

Whether this parser is registered. This will always be true. This is used to call registerParser() immediately

-
- -
-
FieldParser_TimeSyncStatus
-
public
MipFieldParser
FieldParser_TimeSyncStatus
-

The Field Parser for time sync status (PPS) data

-
- -
-
Functions
-
- -
-
parse
-
void parse(
const MipDataField &field,
MipDataPoints &result
) const override
-

Parses a MipDataField for MipDataPoints and stores them in the valid or invalid result vectors

Parameters
field
const MipDataField&

The MipDataField to parse for data points

result
MipDataPoints&

The MipDataPoints vector to store the data points in

-
- -
-
registerParser
-
static bool registerParser()
-

The static function that registers this parser with the list of parsers (called immediately)

Returns

True, just for assigning the REGISTERED constant to true

-
- -
-
Constants
-
- -
-
FIELD_TYPE
-

The 2-byte field type (Descriptor ID + Field ID) for this parser

-
- -
-
REGISTERED
-

Whether this parser is registered. This will always be true. This is used to call registerParser() immediately

-
- -
-
FieldParser_GpioState
-
public
MipFieldParser
FieldParser_GpioState
-

The Field Parser for all GPIO pin state data

-
- -
-
Functions
-
- -
-
parse
-
void parse(
const MipDataField &field,
MipDataPoints &result
) const override
-

Parses a MipDataField for MipDataPoints and stores them in the valid or invalid result vectors

Parameters
field
const MipDataField&

The MipDataField to parse for data points

result
MipDataPoints&

The MipDataPoints vector to store the data points in

-
- -
-
registerParser
-
static bool registerParser()
-

The static function that registers this parser with the list of parsers (called immediately)

Returns

True, just for assigning the REGISTERED constant to true

-
- -
-
Constants
-
- -
-
FIELD_TYPE
-

The 2-byte field type (Descriptor ID + Field ID) for this parser

-
- -
-
REGISTERED
-

Whether this parser is registered. This will always be true. This is used to call registerParser() immediately

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/PositionVelocity-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/PositionVelocity-h-Summary.js deleted file mode 100644 index d42dc673f..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/PositionVelocity-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Inertial/PositionVelocity.h","PositionVelocity.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Inertial/PositionVelocity.h",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Enums","Enumeration"],["Functions","Function"],["Groups","Group"],["Structs","Struct"],["Types","Type"],["Variables","Variable"]],[[1616,0,4,"Variables","Variables"],[1617,0,7,"vec_0, _1, _2","vec_0,_1,_2"],[1618,0,4,"Functions","Functions"],[1619,0,3,"Vec3f","Vec3f"],[1620,0,3,"Vec3f","Vec3f(2)"],[1621,0,3,"~Vec3f","~Vec3f"],[1622,0,3,"x","x"],[1623,0,3,"y","y"],[1624,0,3,"z","z"],[1625,0,4,"Types","Types"],[1626,0,2,"PositionVelocityReferenceFrame","PositionVelocityReferenceFrame"],[1627,0,1,,"ECEF"],[1628,0,1,,"LLH_NED"],[1629,0,1,,"LOCAL"],[1630,0,1,,"VEHICLE"],[1631,0,0,"GeometricVector","GeometricVector"],[1632,0,4,"Functions","GeometricVector.Functions"],[1633,0,3,"VectorECEF","GeometricVector.VectorECEF"],[1634,0,3,"VectorNED","GeometricVector.VectorNED"],[1635,0,3,"GeometricVector","GeometricVector.GeometricVector"],[1636,0,3,"GeometricVector","GeometricVector.GeometricVector(2)"],[1637,0,3,"~GeometricVector","GeometricVector.~GeometricVector"],[1638,0,4,"Variables","GeometricVector.Variables"],[1639,0,7,"referenceFrame","GeometricVector.referenceFrame"],[1640,0,4,"Functions","GeometricVector.Functions(2)"],[1641,0,3,"north","GeometricVector.north"],[1642,0,3,"east","GeometricVector.east"],[1643,0,3,"down","GeometricVector.down"],[1644,0,0,"PositionOffset","PositionOffset"],[1645,0,0,"Velocity","Velocity"],[1646,0,4,"Functions","Velocity.Functions"],[1647,0,3,"ECEF","Velocity.ECEF"],[1648,0,3,"NED","Velocity.NED"],[1649,0,3,"Vehicle","Velocity.Vehicle"],[1650,0,4,"Types","Velocity.Types"],[1651,0,6,"GeometricVectors","Velocity.GeometricVectors"],[1652,0,5,"Position","Position"],[1653,0,4,"Functions","Position.Functions"],[1654,0,3,"LLH","Position.LLH"],[1655,0,3,"ECEF","Position.ECEF"],[1656,0,3,"Position","Position.Position"],[1657,0,3,"Position","Position.Position(2)"],[1658,0,3,"~Position","Position.~Position"],[1659,0,4,"Variables","Position.Variables"],[1660,0,7,"referenceFrame","Position.referenceFrame"],[1661,0,4,"Functions","Position.Functions(2)"],[1662,0,3,"latitude","Position.latitude"],[1663,0,3,"longitude","Position.longitude"],[1664,0,3,"altitude","Position.altitude"],[1665,0,3,"height","Position.height"],[1666,0,3,"x","Position.x"],[1667,0,3,"y","Position.y"],[1668,0,3,"z","Position.z"],[1669,0,4,"Variables","Position.Variables(2)"],[1670,0,7,"position_0, _1, _2","Position.position_0,_1,_2"],[1671,0,0,"GeometricUncertainty","GeometricUncertainty"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/PositionVelocity-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/PositionVelocity-h-SummaryToolTips.js deleted file mode 100644 index 750b7f2f5..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/PositionVelocity-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Inertial/PositionVelocity.h",{1617:"
The vector values.
",1619:"
Vec3f(
float x,
float y,
float z
)
Creates a Vec3f object.
",1620:"
Vec3f()
Creates a zero-filled Vec3f object.
",1621:"
~Vec3f()
",1622:"
float x() const
",1623:"
float y() const
",1624:"
float z() const
",1626:"
Enum representing position and velocity reference frame options.
",1631:"
GeometricVector
Defines a 3 dimensional, spatial vector.
",1633:"
static GeometricVector VectorECEF(
float x_init,
float y_init,
float z_init
)
Initializes and returns a new vector with the reference frame set to Earth-Centered, Earth-Fixed
",1634:"
static GeometricVector VectorNED(
float north,
float east,
float down
)
Initializes and returns a new vector with the reference frame set to North-East-Down
",1635:"
GeometricVector(
float x_init,
float y_init,
float z_init,
PositionVelocityReferenceFrame ref = PositionVelocityReferenceFrame::ECEF
)
Creates a GeometricVector object.
",1636:"
GeometricVector()
Creates a zero-filled GeometricVector object.  Default reference frame: ECEF
",1637:"
~GeometricVector()
Destroys a TimeUpdate object.
",1639:"
PositionVelocityReferenceFrame referenceFrame
The PositionVelocityReferenceFrame of this vector.  Default: ECEF
",1641:"
float north() const
Only valid if referenceFrame is LLH_NED
",1642:"
float east() const
Only valid if referenceFrame is LLH_NED
",1643:"
float down() const
Only valid if referenceFrame is LLH_NED
",1644:"
PositionOffset
Represents a position offset (x, y, z).
",1645:"
Velocity
Represents a velocity (x, y, z).
",1647:"
static Velocity ECEF(
float x_init,
float y_init,
float z_init
)
Creates a Velocity vectory with the reference frame set to Earth-Centered, Earth-Fixed
",1648:"
static Velocity NED(
float north,
float east,
float down
)
Creates a Velocity vector with the reference frame set to North-East-Down
",1649:"
static Velocity Vehicle(
float x,
float y,
float z
)
Creates a Velocity vector with the reference frame set to Vehicle
",1651:"
A vector of GeometricVector objects
",1652:"
Defines a geographic position.
",1654:"
static Position LLH(
double lat_init,
double long_init,
double alt_init
)
Creates a Position object with the reference frame set to LLH
",1655:"
static Position ECEF(
double x_init,
double y_init,
double z_init
)
Creates a Position object with the reference frame set to ECEF
",1656:"
Position(
double lat_init,
double long_init,
double alt_init,
PositionVelocityReferenceFrame ref = PositionVelocityReferenceFrame::LLH_NED
) : position_0(lat_init), position_1(long_init), position_2(alt_init), referenceFrame(ref)
Creates a Position object.
",1657:"
Position() : position_0(0), position_1(0), position_2(0), referenceFrame(PositionVelocityReferenceFrame::LLH_NED)
Creates a zero-filled Position object.  Default reference frame: LLH
",1658:"
~Position()
Destroys a TimeUpdate object.
",1660:"
PositionVelocityReferenceFrame referenceFrame
The PositionVelocityReferenceFrame of this position.  Default: LLH
",1662:"
double latitude() const
Only valid if referenceFrame is LLH_NED
",1663:"
double longitude() const
Only valid if referenceFrame is LLH_NED
",1664:"
double altitude() const
Only valid if referenceFrame is LLH_NED
",1665:"
double height() const
Only valid if referenceFrame is LLH_NED
",1666:"
double x() const
Only valid if referenceFrame is ECEF
",1667:"
double y() const
Only valid if referenceFrame is ECEF
",1668:"
double z() const
Only valid if referenceFrame is ECEF
",1670:"
The position values
",1671:"
GeometricUncertainty
Represents uncertainty values correlating to a position or velocity.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/PositionVelocity-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/PositionVelocity-h-ToolTips.js deleted file mode 100644 index a01208b2f..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/PositionVelocity-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1626:"
Enum representing position and velocity reference frame options.
",1631:"
GeometricVector
Defines a 3 dimensional, spatial vector.
",1645:"
Velocity
Represents a velocity (x, y, z).
",1652:"
Defines a geographic position.
",1644:"
PositionOffset
Represents a position offset (x, y, z).
",1645:"
Velocity
Represents a velocity (x, y, z).
",1671:"
GeometricUncertainty
Represents uncertainty values correlating to a position or velocity.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/PositionVelocity-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/PositionVelocity-h.html deleted file mode 100644 index 37e41e102..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Inertial/PositionVelocity-h.html +++ /dev/null @@ -1,290 +0,0 @@ - - -PositionVelocity.h - - - - - - - -
-
Variables
-
- -
-
vec_0, _1, _2
-

The vector values.

-
- -
-
Functions
-
- -
-
Vec3f
-
Vec3f(
float x,
float y,
float z
)
-

Creates a Vec3f object.

Parameters
x
float

initial x coordinate

y
float

initial y coordinate

z
float

initial z coordinate

-
- -
-
Vec3f
-
Vec3f()
-

Creates a zero-filled Vec3f object.

-
- -
-
~Vec3f
-
~Vec3f()
-
- -
-
x
-
float x() const
-
- -
-
y
-
float y() const
-
- -
-
z
-
float z() const
-
- -
-
Types
-
- -
-
PositionVelocityReferenceFrame
-

Enum representing position and velocity reference frame options.

ECEF

0x01  -  Earth-Centered, Earth-Fixed

LLH_NED

0x02  -  Position: Lat/Long/Height, Velocity: North/East/Down

LOCAL

0x03  -  Position and Velocity in the local reference frame

VEHICLE

0x04  -  Position and Velocity in the vehicle reference frame

-
- -
-
GeometricVector
- -

Defines a 3 dimensional, spatial vector.

-
- -
-
Functions
-
- -
-
VectorECEF
-
static GeometricVector VectorECEF(
float x_init,
float y_init,
float z_init
)
-

Initializes and returns a new vector with the reference frame set to Earth-Centered, Earth-Fixed

Parameters
x_init
float

initial x coordinate

y_init
float

initial y coordinate

z_init
float

initial z coordinate

-
- -
-
VectorNED
-
static GeometricVector VectorNED(
float north,
float east,
float down
)
-

Initializes and returns a new vector with the reference frame set to North-East-Down

Parameters
north
float

initial x coordinate

east
float

initial y coordinate

down
float

initial z coordinate

-
- -
-
GeometricVector
-
GeometricVector(
float x_init,
float y_init,
float z_init,
PositionVelocityReferenceFrame ref = PositionVelocityReferenceFrame::ECEF
)
-

Creates a GeometricVector object.

Parameters
x_init
float

initial x coordinate

y_init
float

initial y coordinate

z_init
float

initial z coordinate

ref
PositionVelocityReferenceFrame

reference frame (default: ECEF)

-
- -
-
GeometricVector
-
GeometricVector()
-

Creates a zero-filled GeometricVector object.  Default reference frame: ECEF

-
- -
-
~GeometricVector
-
~GeometricVector()
-

Destroys a TimeUpdate object.

-
- -
-
Variables
-
- -
-
referenceFrame
- -

The PositionVelocityReferenceFrame of this vector.  Default: ECEF

-
- -
-
Functions
-
- -
-
north
-
float north() const
-

Only valid if referenceFrame is LLH_NED

-
- -
-
east
-
float east() const
-

Only valid if referenceFrame is LLH_NED

-
- -
-
down
-
float down() const
-

Only valid if referenceFrame is LLH_NED

-
- -
-
PositionOffset
-
public
GeometricVector
PositionOffset
-

Represents a position offset (x, y, z).

-
- -
-
Velocity
- -

Represents a velocity (x, y, z).

-
- -
-
Functions
-
- -
-
ECEF
-
static Velocity ECEF(
float x_init,
float y_init,
float z_init
)
-

Creates a Velocity vectory with the reference frame set to Earth-Centered, Earth-Fixed

Parameters
x_init
float

initial x coordinate

y_init
float

initial y coordinate

z_init
float

initial z coordinate

-
- -
-
NED
-
static Velocity NED(
float north,
float east,
float down
)
-

Creates a Velocity vector with the reference frame set to North-East-Down

Parameters
north
float

initial x coordinate

east
float

initial y coordinate

down
float

initial z coordinate

-
- -
-
Vehicle
-
static Velocity Vehicle(
float x,
float y,
float z
)
-

Creates a Velocity vector with the reference frame set to Vehicle

Parameters
x
float

initial x coordinate

y
float

initial y coordinate

z
float

initial z coordinate

-
- -
-
Types
-
- -
-
GeometricVectors
-

A vector of GeometricVector objects

-
- -
-
Position
-

Defines a geographic position.

-
- -
-
Functions
-
- -
-
LLH
-
static Position LLH(
double lat_init,
double long_init,
double alt_init
)
-

Creates a Position object with the reference frame set to LLH

Parameters
lat_init
double

initial latitude

long_init
double

initial longitude

alt_init
double

initial altitude

-
- -
-
ECEF
-
static Position ECEF(
double x_init,
double y_init,
double z_init
)
-

Creates a Position object with the reference frame set to ECEF

Parameters
x_init
double

initial x

y_init
double

initial y

z_init
double

initial z

-
- -
-
Position
-
Position(
double lat_init,
double long_init,
double alt_init,
PositionVelocityReferenceFrame ref = PositionVelocityReferenceFrame::LLH_NED
) : position_0(lat_init), position_1(long_init), position_2(alt_init), referenceFrame(ref)
-

Creates a Position object.

Parameters
lat_init
double

initial latitude

long_init
double

initial longitude

alt_init
double

initial altitude

ref
PositionVelocityReferenceFrame

reference frame (default: LLH)

-
- -
-
Position
-
Position() : position_0(0), position_1(0), position_2(0), referenceFrame(PositionVelocityReferenceFrame::LLH_NED)
-

Creates a zero-filled Position object.  Default reference frame: LLH

-
- -
-
~Position
-
~Position()
-

Destroys a TimeUpdate object.

-
- -
-
Variables
-
- -
-
referenceFrame
- -

The PositionVelocityReferenceFrame of this position.  Default: LLH

-
- -
-
Functions
-
- -
-
latitude
-
double latitude() const
-

Only valid if referenceFrame is LLH_NED

-
- -
-
longitude
-
double longitude() const
-

Only valid if referenceFrame is LLH_NED

-
- -
-
altitude
-
double altitude() const
-

Only valid if referenceFrame is LLH_NED

-
- -
-
height
-
double height() const
-

Only valid if referenceFrame is LLH_NED

-
- -
-
x
-
double x() const
-

Only valid if referenceFrame is ECEF

-
- -
-
y
-
double y() const
-

Only valid if referenceFrame is ECEF

-
- -
-
z
-
double z() const
-

Only valid if referenceFrame is ECEF

-
- -
-
Variables
-
- -
-
position_0, _1, _2
-

The position values

-
- -
-
GeometricUncertainty
-
public
GeometricVector
GeometricUncertainty
-

Represents uncertainty values correlating to a position or velocity.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/LinearEquation-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/LinearEquation-h-Summary.js deleted file mode 100644 index d13a63ece..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/LinearEquation-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/LinearEquation.h","LinearEquation.h");NDSummary.OnSummaryLoaded("File:MicroStrain/LinearEquation.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[9881,0,0,"LinearEquation","LinearEquation"],[9882,0,2,"Functions","LinearEquation.Functions"],[9883,0,1,"LinearEquation","LinearEquation.LinearEquation"],[9884,0,1,"LinearEquation","LinearEquation.LinearEquation(2)"],[9885,0,2,"Variables","LinearEquation.Variables"],[9886,0,3,"m_slope","LinearEquation.m_slope"],[9887,0,3,"m_offset","LinearEquation.m_offset"],[9888,0,2,"Functions","LinearEquation.Functions(2)"],[9889,0,1,"slope","LinearEquation.slope"],[9890,0,1,"slope","LinearEquation.slope(2)"],[9891,0,1,"offset","LinearEquation.offset"],[9892,0,1,"offset","LinearEquation.offset(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/LinearEquation-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/LinearEquation-h-SummaryToolTips.js deleted file mode 100644 index 90157702e..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/LinearEquation-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/LinearEquation.h",{9881:"
LinearEquation
Represents a linear equation (y = mx + b).
",9883:"
LinearEquation()
Creates a default constructed LinearEquation object.  (slope = 1.0, offset = 0.0)
",9884:"
LinearEquation(
float slope,
float offset
)
Creates a LinearEquation object.
",9886:"
float m_slope
The slope of the linear equation (m in y=mx+b).
",9887:"
float m_offset
The offset of the linear equation (b in y=mx+b).
",9889:"
void slope(
float slope
)
Sets the of slope the linear equation.
",9890:"
float slope() const
Gets the slope of the linear equation.
",9891:"
void offset(
float offset
)
Sets the offset of the linear equation.
",9892:"
float offset() const
Gets the offset of the linear equation.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/LinearEquation-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/LinearEquation-h-ToolTips.js deleted file mode 100644 index 59992a148..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/LinearEquation-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/LinearEquation-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/LinearEquation-h.html deleted file mode 100644 index 939f5b6a5..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/LinearEquation-h.html +++ /dev/null @@ -1,77 +0,0 @@ - - -LinearEquation.h - - - - - - - -
-
LinearEquation
-
LinearEquation
-

Represents a linear equation (y = mx + b).

-
- -
-
Functions
-
- -
-
LinearEquation
-
LinearEquation()
-

Creates a default constructed LinearEquation object.  (slope = 1.0, offset = 0.0)

-
- -
-
LinearEquation
-
LinearEquation(
float slope,
float offset
)
-

Creates a LinearEquation object.

Parameters
slope
float

The slope of the linear equation.

offset
float

The offset of the linear equation

-
- -
-
Variables
-
- -
-
m_slope
-
float m_slope
-

The slope of the linear equation (m in y=mx+b).

-
- -
-
m_offset
-
float m_offset
-

The offset of the linear equation (b in y=mx+b).

-
- -
-
Functions
-
- -
-
slope
-
void slope(
float slope
)
-

Sets the of slope the linear equation.

Parameters
slope
float

The slope to set.

-
- -
-
slope
-
float slope() const
-

Gets the slope of the linear equation.

Returns

The slope of the linear equation.

-
- -
-
offset
-
void offset(
float offset
)
-

Sets the offset of the linear equation.

Parameters
offset
float

The offset to set.

-
- -
-
offset
-
float offset() const
-

Gets the offset of the linear equation.

Returns

The offset of the linear equation.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/CyclePower-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/CyclePower-h-Summary.js deleted file mode 100644 index b03e3da86..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/CyclePower-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/MIP/Commands/CyclePower.h","CyclePower.h");NDSummary.OnSummaryLoaded("File:MicroStrain/MIP/Commands/CyclePower.h",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[2974,0,0,"CyclePower","CyclePower"],[2975,0,3,"Constants","CyclePower.Constants"],[2976,0,1,"Packet Bytes","CyclePower.Packet_Bytes"],[2977,0,1,,"CyclePower.CMD_ID"],[2978,0,3,"Functions","CyclePower.Functions"],[2979,0,2,"buildCommand","CyclePower.buildCommand"],[2980,0,0,"Response","Response"],[2981,0,3,"Functions","Response.Functions"],[2982,0,2,"Response","Response.Response"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/CyclePower-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/CyclePower-h-SummaryToolTips.js deleted file mode 100644 index ee3aaeb06..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/CyclePower-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/MIP/Commands/CyclePower.h",{2974:"
CyclePower
Contains the logic for the MIP "Device Reset" command.
",2979:"
static ByteStream buildCommand()
Builds the command packet.
",2980:"
Response
Handles the response to the CyclePower command.
",2982:"
Response(
std::weak_ptr<ResponseCollector> collector
)
Creates the CyclePower::Response object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/CyclePower-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/CyclePower-h-ToolTips.js deleted file mode 100644 index f7ecd1401..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/CyclePower-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3171:"
The enums for all of the different MIP commands.
",5207:"
WirelessResponsePattern
A pattern matching the expected response from a wireless command.
",9848:"
ResponseCollector
Stores all the expected command responses
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10047:"
ResponsePattern
A pattern matching the expected response from a device command (Base Class).
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/CyclePower-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/CyclePower-h.html deleted file mode 100644 index 9b5679eea..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/CyclePower-h.html +++ /dev/null @@ -1,52 +0,0 @@ - - -CyclePower.h - - - - - - - -
-
CyclePower
-
CyclePower
-

Contains the logic for the MIP "Device Reset" command.

-
- -
-
Constants
-
- -
-
Packet Bytes
-
CMD_ID

CMD_RESET  - The MipTypes::Command for this command

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand()
-

Builds the command packet.

Returns

A ByteStream containing the CyclePower command packet.

-
- -
-
Response
-
public
GenericMipCommand.​Response
ResponsePattern
WirelessResponsePattern
SetToIdle.​Response
Response
-

Handles the response to the CyclePower command.

-
- -
-
Functions
-
- -
-
Response
-
Response(
std::weak_ptr<ResponseCollector> collector
)
-

Creates the CyclePower::Response object.

Parameters
collector
std::weak_ptr<ResponseCollector>

The ResponseCollector to register the response with.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/GPSTimeUpdate-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/GPSTimeUpdate-h-Summary.js deleted file mode 100644 index e1c8020f2..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/GPSTimeUpdate-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/MIP/Commands/GPSTimeUpdate.h","GPSTimeUpdate.h");NDSummary.OnSummaryLoaded("File:MicroStrain/MIP/Commands/GPSTimeUpdate.h",[["C/C++","C"]],[["Classes","Class"],["Enums","Enumeration"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[2835,0,0,"GPSTimeUpdate","GPSTimeUpdate"],[2836,0,3,"Functions","GPSTimeUpdate.Functions"],[2837,0,2,"CommandId","GPSTimeUpdate.CommandId"],[2838,0,3,"Types","GPSTimeUpdate.Types"],[2839,0,1,"TimeFieldSelector","GPSTimeUpdate.TimeFieldSelector"],[2840,0,3,"Functions","GPSTimeUpdate.Functions(2)"],[2841,0,2,"GPSTimeUpdate","GPSTimeUpdate.GPSTimeUpdate"],[2842,0,2,"~GPSTimeUpdate","GPSTimeUpdate.~GPSTimeUpdate"],[2843,0,2,"GetWeekValue","GPSTimeUpdate.GetWeekValue"],[2844,0,2,"GetSecondsValue","GPSTimeUpdate.GetSecondsValue"],[2845,0,2,"SetWeekValue","GPSTimeUpdate.SetWeekValue"],[2846,0,2,"SetSecondsValue","GPSTimeUpdate.SetSecondsValue"],[2847,0,2,"resetToFactorySettings","GPSTimeUpdate.resetToFactorySettings"],[2848,0,0,"Response","Response"],[2849,0,3,"Functions","Response.Functions"],[2850,0,2,"fieldDataByte","Response.fieldDataByte"],[2851,0,2,"Response","Response.Response"],[2852,0,2,"parseResponse","Response.parseResponse"],[2853,0,3,"Variables","Response.Variables"],[2854,0,4,"m_fieldDataByte","Response.m_fieldDataByte"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/GPSTimeUpdate-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/GPSTimeUpdate-h-SummaryToolTips.js deleted file mode 100644 index fe8c022fe..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/GPSTimeUpdate-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/MIP/Commands/GPSTimeUpdate.h",{2835:"
GPSTimeUpdate
Contains the logic for the Inertial GPSTimeUpdate command.
",2837:"
virtual MipTypes::Command commandId() const override
",2839:"
The enums to represnt type of time being sent/received.  GPS_WEEK_NUMBER - used to identify time being sent or received as a week number type.  GPS_SECONDS  - used to identify time being sent or received as a seconds type.
",2841:"
GPSTimeUpdate()
Creates a GPSTimeUpdate object.
",2842:"
virtual ~GPSTimeUpdate()
",2843:"
ByteStream GetWeekValue()
Builds the bytes to get the GPS week value.
",2844:"
ByteStream GetSecondsValue()
Builds the bytes to get the GPS seconds value.
",2845:"
ByteStream SetWeekValue(
uint32 timeData
)
Builds the bytes for the "set" command.
",2846:"
ByteStream SetSecondsValue(
uint32 timeData
)
Builds the bytes for the "set" command.
",2847:"
ByteStream resetToFactorySettings()
Builds the bytes for the "set" command.
",2848:"
Response
Handles the response to the GPSTimeUpdate command.
",2850:"
virtual uint8 fieldDataByte() const override
Gets the data field descriptor byte
",2851:"
Response(
const uint8 fieldDataByte,
std::weak_ptr<ResponseCollector> collector,
bool ackNackExpected,
bool dataResponseExpected
)
Creates a GPSTimeUpdate Response object
",2852:"
unsigned long parseResponse(
const GenericMipCmdResponse &response
) const
Parses the response, getting the assist time result
",2854:"
const uint8 m_fieldDataByte
uint8 byte to identify field data.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/GPSTimeUpdate-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/GPSTimeUpdate-h-ToolTips.js deleted file mode 100644 index fe94ae337..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/GPSTimeUpdate-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2927:"
GenericMipCmdResponse
Represents the response to a GenericMipCommand.
",2937:"
GenericMipCommand
Represents a base class for MIP commands
",3171:"
The enums for all of the different MIP commands.
",5207:"
WirelessResponsePattern
A pattern matching the expected response from a wireless command.
",9848:"
ResponseCollector
Stores all the expected command responses
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10047:"
ResponsePattern
A pattern matching the expected response from a device command (Base Class).
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/GPSTimeUpdate-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/GPSTimeUpdate-h.html deleted file mode 100644 index 7645d1510..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/GPSTimeUpdate-h.html +++ /dev/null @@ -1,119 +0,0 @@ - - -GPSTimeUpdate.h - - - - - - - -
-
GPSTimeUpdate
- -

Contains the logic for the Inertial GPSTimeUpdate command.

-
- -
-
Functions
-
- -
-
CommandId
-
virtual MipTypes::Command commandId() const override
-
Returns
MipTypes::Command

the command ID.

-
- -
-
Types
-
- -
-
TimeFieldSelector
-

The enums to represnt type of time being sent/received.  GPS_WEEK_NUMBER - used to identify time being sent or received as a week number type.  GPS_SECONDS  - used to identify time being sent or received as a seconds type.

-
- -
-
Functions
-
- -
-
GPSTimeUpdate
-
GPSTimeUpdate()
-

Creates a GPSTimeUpdate object.

-
- -
-
~GPSTimeUpdate
-
virtual ~GPSTimeUpdate()
-
- -
-
GetWeekValue
-
ByteStream GetWeekValue()
-

Builds the bytes to get the GPS week value.

Returns

A ByteStream containing the GPSTimeUpdate command packet

-
- -
-
GetSecondsValue
-
ByteStream GetSecondsValue()
-

Builds the bytes to get the GPS seconds value.

Returns

A ByteStream containing the GPSTimeUpdate command packet

-
- -
-
SetWeekValue
-
ByteStream SetWeekValue(
uint32 timeData
)
-

Builds the bytes for the "set" command.

Parameters
timeData
uint32

The week time to set.

Returns

A ByteStream containing the GPSTimeUpdate command packet

-
- -
-
SetSecondsValue
-
ByteStream SetSecondsValue(
uint32 timeData
)
-

Builds the bytes for the "set" command.

Parameters
timeData
uint32

The seconds time to set.

Returns

A ByteStream containing the GPSTimeUpdate command packet

-
- -
-
resetToFactorySettings
-
ByteStream resetToFactorySettings()
-

Builds the bytes for the "set" command.

Returns

A ByteStream containing the GPSTimeUpdate command packet

-
- -
-
Response
-
public
GenericMipCommand.​Response
ResponsePattern
WirelessResponsePattern
SetToIdle.​Response
Response
-

Handles the response to the GPSTimeUpdate command.

-
- -
-
Functions
-
- -
-
fieldDataByte
-
virtual uint8 fieldDataByte() const override
-

Gets the data field descriptor byte

-
- -
-
Response
-
Response(
const uint8 fieldDataByte,
std::weak_ptr<ResponseCollector> collector,
bool ackNackExpected,
bool dataResponseExpected
)
-

Creates a GPSTimeUpdate Response object

Parameters
collector
std::weak_ptr<ResponseCollector>

The ResponseCollector used to register and unregister the response

-
- -
-
parseResponse
-
unsigned long parseResponse(
const GenericMipCmdResponse &response
) const
-

Parses the response, getting the assist time result

Parameters
response
const GenericMipCmdResponse&

The GenericMipCmdResponse holding the response to parse

Returns

The data rate base result

-
- -
-
Variables
-
- -
-
m_fieldDataByte
-
const uint8 m_fieldDataByte
-

uint8 byte to identify field data.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/GenericMipCommand-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/GenericMipCommand-h-Summary.js deleted file mode 100644 index 45f727f2e..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/GenericMipCommand-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/MIP/Commands/GenericMipCommand.h","GenericMipCommand.h");NDSummary.OnSummaryLoaded("File:MicroStrain/MIP/Commands/GenericMipCommand.h",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"],["Sections","Section"],["Variables","Variable"]],[[2926,0,4,"GenericMipCommand","GenericMipCommand"],[2927,0,0,"GenericMipCmdResponse","GenericMipCmdResponse"],[2928,0,3,"Functions","GenericMipCmdResponse.Functions"],[2929,0,2,"GenericMipCmdResponse","GenericMipCmdResponse.GenericMipCmdResponse"],[2930,0,2,"GenericMipCmdResponse","GenericMipCmdResponse.GenericMipCmdResponse(2)"],[2931,0,2,"ResponseSuccess","GenericMipCmdResponse.ResponseSuccess"],[2932,0,2,"ResponseFail","GenericMipCmdResponse.ResponseFail"],[2933,0,3,"Variables","GenericMipCmdResponse.Variables"],[2934,0,5,"m_data","GenericMipCmdResponse.m_data"],[2935,0,3,"Functions","GenericMipCmdResponse.Functions(2)"],[2936,0,2,"data","GenericMipCmdResponse.data"],[2937,0,0,"GenericMipCommand","GenericMipCommand(2)"],[2938,0,3,"Constants","GenericMipCommand.Constants"],[2939,0,1,"CMD_DESC_SET_INDEX","GenericMipCommand.CMD_DESC_SET_INDEX"],[2940,0,1,"CMD_FIELD_DESC_INDEX","GenericMipCommand.CMD_FIELD_DESC_INDEX"],[2941,0,1,"CMD_FN_SELCTOR_INDEX","GenericMipCommand.CMD_FN_SELCTOR_INDEX"],[2942,0,3,"Functions","GenericMipCommand.Functions"],[2943,0,2,"buildCommand","GenericMipCommand.buildCommand"],[2944,0,2,"buildCommand","GenericMipCommand.buildCommand(2)"],[2945,0,2,"peekCommandId","GenericMipCommand.peekCommandId"],[2946,0,2,"peekFunctionSelector","GenericMipCommand.peekFunctionSelector"],[2947,0,2,"buildCommand","GenericMipCommand.buildCommand(3)"],[2948,0,2,"fieldId","GenericMipCommand.fieldId"],[2949,0,0,"Response","Response"],[2950,0,3,"Variables","Response.Variables"],[2951,0,5,"m_ackNackResponse","Response.m_ackNackResponse"],[2952,0,5,"m_dataResponse","Response.m_dataResponse"],[2953,0,5,"m_command","Response.m_command"],[2954,0,5,"m_commandName","Response.m_commandName"],[2955,0,5,"m_fieldDataByte","Response.m_fieldDataByte"],[2956,0,5,"m_matchData","Response.m_matchData"],[2957,0,5,"m_result","Response.m_result"],[2958,0,3,"Functions","Response.Functions"],[2959,0,2,"commandId","Response.commandId"],[2960,0,2,"fieldDataByte","Response.fieldDataByte"],[2961,0,2,"descSetByte","Response.descSetByte"],[2962,0,2,"cmdByte","Response.cmdByte"],[2963,0,2,"fieldAckNackByte","Response.fieldAckNackByte"],[2964,0,2,"checkMatchData","Response.checkMatchData"],[2965,0,2,"Response","Response.Response"],[2966,0,2,"Response","Response.Response(2)"],[2967,0,2,"Response","Response.Response(3)"],[2968,0,2,"Response","Response.Response(4)"],[2969,0,2,"match","Response.match"],[2970,0,2,"match_ackNack","Response.match_ackNack"],[2971,0,2,"match_data","Response.match_data"],[2972,0,2,"wait","Response.wait"],[2973,0,2,"result","Response.result"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/GenericMipCommand-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/GenericMipCommand-h-SummaryToolTips.js deleted file mode 100644 index a141bd7f8..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/GenericMipCommand-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/MIP/Commands/GenericMipCommand.h",{2927:"
GenericMipCmdResponse
Represents the response to a GenericMipCommand.
",2929:"
GenericMipCmdResponse()
Creates a GenericMipCmdResponse with default values.
",2930:"
GenericMipCmdResponse(
ResponsePattern::State state,
bool success,
MipPacket::MipAckNack errorCode,
std::string cmdName,
ByteStream data
)
Creates a GenericMipCmdResponse with the given parameters.
",2931:"
static GenericMipCmdResponse ResponseSuccess(
const std::string &cmdName,
ByteStream data = ByteStream()
)
Creates a GenericMipCmdResponse with a successful response.
",2932:"
static GenericMipCmdResponse ResponseFail(
ResponsePattern::State errorState,
MipPacket::MipAckNack errorCode,
const std::string &cmdName
)
Creates a GenericMipCmdResponse with a fail response.
",2934:"
ByteStream m_data
The <ByteStream that holds the data received from the response, if any.
",2936:"
ByteStream data() const
Gets the data that was received from the response, if any.
",2937:"
GenericMipCommand
Represents a base class for MIP commands
",2939:"
The byte index of a command\'s descriptor set identifier
",2940:"
The byte index of a command\'s field descriptor
",2941:"
The byte index of a command\'s function selector (if present)
",2943:"
static ByteStream buildCommand(
uint8 descSetByte,
uint8 cmdByte,
const Bytes &fieldData = Bytes()
)
Builds the command for a MIP command, and returns a ByteStream containing the bytes to send
",2944:"
static ByteStream buildCommand(
MipTypes::Command commandId,
const Bytes &fieldData = Bytes()
)
Builds the command for a MIP command, and returns a ByteStream containing the bytes to send
",2945:"
static MipTypes::Command peekCommandId(
const Bytes &commandBytes
)
Read the descriptor set and field descriptor from the provided command bytes.  Note: The provided command bytes are assumed to be formatted properly, no validation occurs.
",2946:"
static MipTypes::FunctionSelector peekFunctionSelector(
const Bytes &commandBytes
)
Read the function selector from the provided command bytes.  Note: The provided command bytes are assumed to be formatted properly, no validation occurs.
",2947:"
ByteStream buildCommand(
const Bytes &fieldData = Bytes()
)
Builds the command for a derived MIP command, and returns a ByteStream containing the bytes to send
",2948:"
Gets the MipTypes::Command
",2949:"
Response
Handles the response to the MIP command
",2951:"
bool m_ackNackResponse
Whether or not an ack/nack response field is expected
",2952:"
bool m_dataResponse
Whether or not a data response field is expected
",2953:"
const MipTypes::Command m_command
The command enumeration
",2954:"
std::string m_commandName
The name of the command
",2955:"
uint8 m_fieldDataByte
The field data byte.
",2956:"
MipResponseMatchValues m_matchData
The <MipResponseMatchValues> map to check when determining a response data match
",2957:"
GenericMipCmdResponse m_result
The GenericMipCmdResponse that holds the result of the GenericMipCommand
",2959:"
virtual MipTypes::Command commandId() const
Gets the MipTypes::Command for the MIP command
",2960:"
virtual uint8 fieldDataByte() const
Gets the data field byte that should be received with the data field (if any)
",2961:"
uint8 descSetByte() const
Gets the descriptor set byte for the MIP command
",2962:"
uint8 cmdByte() const
Gets the command byte for the MIP command
",2963:"
uint8 fieldAckNackByte() const
Gets the ack/nack byte that should be received with the ack/nack field
",2964:"
bool checkMatchData(
const MipDataField &field
) const
Function to loop through the <MipResponseMatchValues> and check that they match in the response data
",2965:"
Response(
const MipTypes::Command&,
bool ackNackResponse,
bool dataResponse,
std::string cmdName,
uint8 fieldDataByte = 0
)
Creates a default constructor Response.  Note: You will need to use the <setResponseCollector> function before being used.
",2966:"
Response(
const MipTypes::Command&,
bool ackNackResponse,
bool dataResponse,
std::string cmdName,
MipResponseMatchValues matchData,
uint8 fieldDataByte = 0
)
Creates a default constructor Response.  Note: You will need to use the <setResponseCollector> function before being used.
",2967:"
Response(
const MipTypes::Command&,
std::weak_ptr<ResponseCollector> collector,
bool ackNackResponse,
bool dataResponse,
const std::string &cmdName,
uint8 fieldDataByte = 0
)
Creates a Response object
",2968:"
Response(
const MipTypes::Command&,
std::weak_ptr<ResponseCollector> collector,
bool ackNackResponse,
bool dataResponse,
const std::string &cmdName,
MipResponseMatchValues matchData,
uint8 fieldDataByte = 0
)
Creates a Response object
",2969:"
virtual bool match(
const MipDataField &field
) override
Checks if the MipDataField passed in matches the expected response pattern\'s bytes
",2970:"
bool match_ackNack(
const MipDataField &field
)
Checks if the MipDataField matches the ACK/NACK field for this command (if one is even expected)
",2971:"
virtual bool match_data(
const MipDataField &field
)
Checks if the MipDataField matches the data field for this command (if one is even expected)
",2972:"
bool wait(
uint64 timeout
)
Waits for a certain amount of time for the response pattern to be matched
",2973:"
GenericMipCmdResponse result()
Gets the GenericMipCmdResponse that holds the result of the response
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/GenericMipCommand-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/GenericMipCommand-h-ToolTips.js deleted file mode 100644 index dce8e22c7..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/GenericMipCommand-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2822:"
MipCmdResponse
Represents the response to a generic InertialNode command
",2927:"
GenericMipCmdResponse
Represents the response to a GenericMipCommand.
",2929:"
GenericMipCmdResponse()
Creates a GenericMipCmdResponse with default values.
",3158:"
The enums for all the different types/categories of MIP commands and data.
",3171:"
The enums for all of the different MIP commands.
",4550:"
MipDataField
An Inertial data field object that represents a data field within an Inertial Data Packet
",5207:"
WirelessResponsePattern
A pattern matching the expected response from a wireless command.
",9848:"
ResponseCollector
Stores all the expected command responses
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10047:"
ResponsePattern
A pattern matching the expected response from a device command (Base Class).
",10253:"
typedef for a vector of bytes.
",231:"
GetAnalogToDisplacementCals
Contains the logic for the GetAnalogToDisplacementCals command.
",260:"
DisplacementOutputDataRate
Contains the logic for the DisplacementOutputDataRate command.
",264:"
DeviceTime
Contains the logic for the DeviceTime command.
",652:"
GNSS_AssistTimeUpdate
Contains the logic for the Inertial GNSS Assist TimeUpdate command.  It is important to note that this command will get a Nack back every time after the first from power up.
",693:"
GNSS_AssistedFixControl
Contains the logic for the Inertial GNSS Assist Fix Control command.
",2835:"
GPSTimeUpdate
Contains the logic for the Inertial GPSTimeUpdate command.
",4579:"
DeviceStatusFlags
Contains the logic for the DeviceStatusFlags command.
",4583:"
ActivationCode
Contains the logic for the ActivationCode command.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/GenericMipCommand-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/GenericMipCommand-h.html deleted file mode 100644 index 211564357..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/GenericMipCommand-h.html +++ /dev/null @@ -1,279 +0,0 @@ - - -GenericMipCommand.h - - - - - - - -
-
GenericMipCommand
-
- -
-
GenericMipCmdResponse
-
public
MipCmdResponse
GenericMipCmdResponse
-

Represents the response to a GenericMipCommand.

See Also

MipCmdResponse

-
- -
-
Functions
-
- -
-
GenericMipCmdResponse
-
GenericMipCmdResponse()
-

Creates a GenericMipCmdResponse with default values.

-
- -
-
GenericMipCmdResponse
-
GenericMipCmdResponse(
ResponsePattern::State state,
bool success,
MipPacket::MipAckNack errorCode,
std::string cmdName,
ByteStream data
)
-

Creates a GenericMipCmdResponse with the given parameters.

Parameters
state
ResponsePattern::State

The state of the response.

success
bool

Whether or not the command was a success.

errorCode
MipPacket::MipAckNack

The MIP Ack/Nack error code received.

cmdName
std::string

The name of the command.

data
ByteStream

The ByteStream that holds the result data from the response (if any).

-
- -
-
ResponseSuccess
-
static GenericMipCmdResponse ResponseSuccess(
const std::string &cmdName,
ByteStream data = ByteStream()
)
-

Creates a GenericMipCmdResponse with a successful response.

Parameters
cmdName
const std::string&

The name of the command.

data
ByteStream

The <ByteStream that holds the data from the response (if any).

Returns

A GenericMipCmdResponse representing a success response from the command.

-
- -
-
ResponseFail
-
static GenericMipCmdResponse ResponseFail(
ResponsePattern::State errorState,
MipPacket::MipAckNack errorCode,
const std::string &cmdName
)
-

Creates a GenericMipCmdResponse with a fail response.

Parameters
errorState
ResponsePattern::State

The state that caused the ResponseFail.

errorCode
MipPacket::MipAckNack

The MIP Ack/Nack error code to set with the ResponseFail.

cmdName
const std::string&

The name of the command.

Returns

A GenericMipCmdResponse representing a failed response from the command.

-
- -
-
Variables
-
- -
-
m_data
-
ByteStream m_data
-

The <ByteStream that holds the data received from the response, if any.

-
- -
-
Functions
-
- -
-
data
-
ByteStream data() const
-

Gets the data that was received from the response, if any.

Returns

A ByteStream that contains the data received from the response, if any.

-
- -
-
GenericMipCommand
- -

Represents a base class for MIP commands

-
- -
-
Constants
-
- -
-
CMD_DESC_SET_INDEX
-

The byte index of a command's descriptor set identifier

-
- -
-
CMD_FIELD_DESC_INDEX
-

The byte index of a command's field descriptor

-
- -
-
CMD_FN_SELCTOR_INDEX
-

The byte index of a command's function selector (if present)

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand(
uint8 descSetByte,
uint8 cmdByte,
const Bytes &fieldData = Bytes()
)
-

Builds the command for a MIP command, and returns a ByteStream containing the bytes to send

Parameters
descSetByte
uint8

The descriptor set byte for the command

cmdByte
uint8

The command (field) byte for the command

fieldData
const Bytes&

A vector of bytes that make up the field data to be sent in the command (defaults to empty)

Returns

A ByteStream containing the MIP command packet built from the given bytes

-
- -
-
buildCommand
-
static ByteStream buildCommand(
MipTypes::Command commandId,
const Bytes &fieldData = Bytes()
)
-

Builds the command for a MIP command, and returns a ByteStream containing the bytes to send

Parameters
commandId
MipTypes::Command

The MipTypes::Command for the command

fieldData
const Bytes&

A vector of bytes that make up the field data to be sent in the command (defaults to empty)

Returns

A ByteStream containing the MIP command packet built from the given bytes

-
- -
-
peekCommandId
-
static MipTypes::Command peekCommandId(
const Bytes &commandBytes
)
-

Read the descriptor set and field descriptor from the provided command bytes.  Note: The provided command bytes are assumed to be formatted properly, no validation occurs.

Parameters
commandBytes
const Bytes&

The Bytes representing a complete MIP command

Returns

The MipTypes::Command ID for the provided command bytes, returns 0 if descriptor indices are beyond the bounds of commandBytes

-
- -
-
peekFunctionSelector
-
static MipTypes::FunctionSelector peekFunctionSelector(
const Bytes &commandBytes
)
-

Read the function selector from the provided command bytes.  Note: The provided command bytes are assumed to be formatted properly, no validation occurs.

Parameters
commandBytes
const Bytes&

The Bytes representing a complete MIP command with function selector

Returns

The MipTypes::FunctionSelector of the provided command, returns 0 if function selector index is beyond the bounds of commandBytes

-
- -
-
buildCommand
-
ByteStream buildCommand(
const Bytes &fieldData = Bytes()
)
-

Builds the command for a derived MIP command, and returns a ByteStream containing the bytes to send

Parameters
fieldData
const Bytes&

A vector of bytes that make up the field data to be sent in the command (defaults to empty)

Returns

A ByteStream containing the MIP command packet built from the given bytes

-
- -
-
fieldId
-

Gets the MipTypes::Command

-
- -
-
Response
-
public
ResponsePattern
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
WirelessResponsePattern
SetToIdle.​Response
Response
-

Handles the response to the MIP command

-
- -
-
Variables
-
- -
-
m_ackNackResponse
-
bool m_ackNackResponse
-

Whether or not an ack/nack response field is expected

-
- -
-
m_dataResponse
-
bool m_dataResponse
-

Whether or not a data response field is expected

-
- -
-
m_command
-
const MipTypes::Command m_command
-

The command enumeration

-
- -
-
m_commandName
-
std::string m_commandName
-

The name of the command

-
- -
-
m_fieldDataByte
-
uint8 m_fieldDataByte
-

The field data byte.

-
- -
-
m_matchData
-
MipResponseMatchValues m_matchData
-

The <MipResponseMatchValues> map to check when determining a response data match

-
- -
-
m_result
- -

The GenericMipCmdResponse that holds the result of the GenericMipCommand

-
- -
-
Functions
-
- -
-
commandId
-
virtual MipTypes::Command commandId() const
-

Gets the MipTypes::Command for the MIP command

-
- -
-
fieldDataByte
-
virtual uint8 fieldDataByte() const
-

Gets the data field byte that should be received with the data field (if any)

-
- -
-
descSetByte
-
uint8 descSetByte() const
-

Gets the descriptor set byte for the MIP command

-
- -
-
cmdByte
-
uint8 cmdByte() const
-

Gets the command byte for the MIP command

-
- -
-
fieldAckNackByte
-
uint8 fieldAckNackByte() const
-

Gets the ack/nack byte that should be received with the ack/nack field

-
- -
-
checkMatchData
-
bool checkMatchData(
const MipDataField &field
) const
-

Function to loop through the <MipResponseMatchValues> and check that they match in the response data

-
- -
-
Response
-
Response(
const MipTypes::Command&,
bool ackNackResponse,
bool dataResponse,
std::string cmdName,
uint8 fieldDataByte = 0
)
-

Creates a default constructor Response.  Note: You will need to use the <setResponseCollector> function before being used.

Parameters
ackNackResponse
bool

Whether or not an ack/nack response field is expected

dataResponse
bool

Whether or not a data response field is expected

cmdName
std::string

The name of the command (to be used in exceptions that may be thrown)

-
- -
-
Response
-
Response(
const MipTypes::Command&,
bool ackNackResponse,
bool dataResponse,
std::string cmdName,
MipResponseMatchValues matchData,
uint8 fieldDataByte = 0
)
-

Creates a default constructor Response.  Note: You will need to use the <setResponseCollector> function before being used.

Parameters
ackNackResponse
bool

Whether or not an ack/nack response field is expected

dataResponse
bool

Whether or not a data response field is expected

cmdName
std::string

The name of the command (to be used in exceptions that may be thrown)

matchData
MipResponseMatchValues

<MipResponseMatchValues> location/value map of data to check to determine a response match

-
- -
-
Response
-
Response(
const MipTypes::Command&,
std::weak_ptr<ResponseCollector> collector,
bool ackNackResponse,
bool dataResponse,
const std::string &cmdName,
uint8 fieldDataByte = 0
)
-

Creates a Response object

Parameters
collector
std::weak_ptr<ResponseCollector>

The ResponseCollector used to register and unregister the response

ackNackResponse
bool

Whether or not an ack/nack response field is expected

dataResponse
bool

Whether or not a data response field is expected

cmdName
const std::string&

The name of the command (to be used in exceptions that may be thrown)

-
- -
-
Response
-
Response(
const MipTypes::Command&,
std::weak_ptr<ResponseCollector> collector,
bool ackNackResponse,
bool dataResponse,
const std::string &cmdName,
MipResponseMatchValues matchData,
uint8 fieldDataByte = 0
)
-

Creates a Response object

Parameters
collector
std::weak_ptr<ResponseCollector>

The ResponseCollector used to register and unregister the response

ackNackResponse
bool

Whether or not an ack/nack response field is expected

dataResponse
bool

Whether or not a data response field is expected

cmdName
const std::string&

The name of the command (to be used in exceptions that may be thrown)

matchData
MipResponseMatchValues

<MipResponseMatchValues> location/value map of data to check to determine a response match

-
- -
-
match
-
virtual bool match(
const MipDataField &field
) override
-

Checks if the MipDataField passed in matches the expected response pattern's bytes

Parameters
field
const MipDataField&

The MipDataField in which to try to find the pattern

Returns

true if the packet matches a response pattern, false otherwise

-
- -
-
match_ackNack
-
bool match_ackNack(
const MipDataField &field
)
-

Checks if the MipDataField matches the ACK/NACK field for this command (if one is even expected)

Parameters
field
const MipDataField&

The MipDataField in which to try to find the pattern

Returns

true if the packet matches the expected response pattern, false otherwise

-
- -
-
match_data
-
virtual bool match_data(
const MipDataField &field
)
-

Checks if the MipDataField matches the data field for this command (if one is even expected)

Parameters
field
const MipDataField&

The MipDataField in which to try to find the pattern

Returns

true if the packet matches the expected response pattern, false otherwise

-
- -
-
wait
-
bool wait(
uint64 timeout
)
-

Waits for a certain amount of time for the response pattern to be matched

Parameters
timeout
uint64

The maximum time (in milliseconds) to wait until the command times out and returns, if not found first

Returns

true if the response pattern was matched, false otherwise

-
- -
-
result
- -

Gets the GenericMipCmdResponse that holds the result of the response

Returns

A GenericMipCmdResponse that holds the result of the response

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/GetDeviceDescriptorSets-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/GetDeviceDescriptorSets-h-Summary.js deleted file mode 100644 index 3b89d33e1..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/GetDeviceDescriptorSets-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/MIP/Commands/GetDeviceDescriptorSets.h","GetDeviceDescriptorSets.h");NDSummary.OnSummaryLoaded("File:MicroStrain/MIP/Commands/GetDeviceDescriptorSets.h",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[2914,0,0,"GetDeviceDescriptorSets","GetDeviceDescriptorSets"],[2915,0,3,"Constants","GetDeviceDescriptorSets.Constants"],[2916,0,1,"Packet Bytes","GetDeviceDescriptorSets.Packet_Bytes"],[2917,0,1,,"GetDeviceDescriptorSets.CMD_ID=CMD_GET_DESCRIPTOR_SETS"],[2918,0,1,,"GetDeviceDescriptorSets.FIELD_DATA_BYTE=0x82"],[2919,0,3,"Functions","GetDeviceDescriptorSets.Functions"],[2920,0,2,"buildCommand","GetDeviceDescriptorSets.buildCommand"],[2921,0,0,"Response","Response"],[2922,0,3,"Functions","Response.Functions"],[2923,0,2,"Response","Response.Response"],[2924,0,2,"match_data","Response.match_data"],[2925,0,2,"parseResponse","Response.parseResponse"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/GetDeviceDescriptorSets-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/GetDeviceDescriptorSets-h-SummaryToolTips.js deleted file mode 100644 index c60848b8f..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/GetDeviceDescriptorSets-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/MIP/Commands/GetDeviceDescriptorSets.h",{2914:"
GetDeviceDescriptorSets
Contains the logic for the Inertial "Get Device Descriptor Sets" command
",2920:"
static ByteStream buildCommand()
Builds the command packet
",2921:"
Response
Handles the response to the GetDeviceDescriptorSets command
",2923:"
Response(
std::weak_ptr<ResponseCollector> collector
)
Creates a Response object
",2924:"
virtual bool match_data(
const MipDataField &field
) override
Attempts to match an MipDataField to the expected data field response.
",2925:"
void parseResponse(
const GenericMipCmdResponse &response,
std::vector<uint16> &descriptors
) const
Parses a successfully matched response for the GetDeviceDescriptorSets command.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/GetDeviceDescriptorSets-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/GetDeviceDescriptorSets-h-ToolTips.js deleted file mode 100644 index 14d1eb6b8..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/GetDeviceDescriptorSets-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2927:"
GenericMipCmdResponse
Represents the response to a GenericMipCommand.
",3171:"
The enums for all of the different MIP commands.
",4550:"
MipDataField
An Inertial data field object that represents a data field within an Inertial Data Packet
",5207:"
WirelessResponsePattern
A pattern matching the expected response from a wireless command.
",9848:"
ResponseCollector
Stores all the expected command responses
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10047:"
ResponsePattern
A pattern matching the expected response from a device command (Base Class).
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/GetDeviceDescriptorSets-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/GetDeviceDescriptorSets-h.html deleted file mode 100644 index a0289eae7..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/GetDeviceDescriptorSets-h.html +++ /dev/null @@ -1,64 +0,0 @@ - - -GetDeviceDescriptorSets.h - - - - - - - -
-
GetDeviceDescriptorSets
-
GetDeviceDescriptorSets
-

Contains the logic for the Inertial "Get Device Descriptor Sets" command

-
- -
-
Constants
-
- -
-
Packet Bytes
-
CMD_ID  = CMD_GET_DESCRIPTOR_SETS

The MipTypes::Command for this command

FIELD_DATA_BYTE  = 0x82

The Data Field Descriptor byte

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand()
-

Builds the command packet

Returns

A ByteStream containing the MIP GetDeviceDescriptorSets command packet

-
- -
-
Response
-
public
GenericMipCommand.​Response
ResponsePattern
WirelessResponsePattern
SetToIdle.​Response
Response
-

Handles the response to the GetDeviceDescriptorSets command

-
- -
-
Functions
-
- -
-
Response
-
Response(
std::weak_ptr<ResponseCollector> collector
)
-

Creates a Response object

Parameters
collector
std::weak_ptr<ResponseCollector>

The ResponseCollector used to register and unregister the response

-
- -
-
match_data
-
virtual bool match_data(
const MipDataField &field
) override
-

Attempts to match an MipDataField to the expected data field response.

Returns

true if the field matches the expected data, false if it does not.

-
- -
-
parseResponse
-
void parseResponse(
const GenericMipCmdResponse &response,
std::vector<uint16> &descriptors
) const
-

Parses a successfully matched response for the GetDeviceDescriptorSets command.

Parameters
response
const GenericMipCmdResponse&

The GenericMipCmdResponse that matches the data field for this response.

descriptors
std::vector<uint16>&

The container to insert the descriptors into.

Returns

The descriptor sets parsed from the response.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/GetDeviceInfo-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/GetDeviceInfo-h-Summary.js deleted file mode 100644 index 4bf6a4937..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/GetDeviceInfo-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/MIP/Commands/GetDeviceInfo.h","GetDeviceInfo.h");NDSummary.OnSummaryLoaded("File:MicroStrain/MIP/Commands/GetDeviceInfo.h",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"],["Sections","Section"],["Structs","Struct"],["Variables","Variable"]],[[2893,0,4,"GetDeviceInfo","GetDeviceInfo"],[2894,0,5,"MipDeviceInfo","MipDeviceInfo"],[2895,0,3,"Variables","MipDeviceInfo.Variables"],[2896,0,6,"fwVersion","MipDeviceInfo.fwVersion"],[2897,0,6,"modelName","MipDeviceInfo.modelName"],[2898,0,6,"modelNumber","MipDeviceInfo.modelNumber"],[2899,0,6,"serialNumber","MipDeviceInfo.serialNumber"],[2900,0,6,"lotNumber","MipDeviceInfo.lotNumber"],[2901,0,6,"deviceOptions","MipDeviceInfo.deviceOptions"],[2902,0,0,"GetDeviceInfo","GetDeviceInfo(2)"],[2903,0,3,"Constants","GetDeviceInfo.Constants"],[2904,0,1,"Packet Bytes","GetDeviceInfo.Packet_Bytes"],[2905,0,1,,"GetDeviceInfo.CMD_ID"],[2906,0,1,,"GetDeviceInfo.FIELD_DATA_BYTE"],[2907,0,3,"Functions","GetDeviceInfo.Functions"],[2908,0,2,"buildCommand","GetDeviceInfo.buildCommand"],[2909,0,0,"Response","Response"],[2910,0,3,"Functions","Response.Functions"],[2911,0,2,"Response","Response.Response"],[2912,0,2,"match_data","Response.match_data"],[2913,0,2,"parseResponse","Response.parseResponse"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/GetDeviceInfo-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/GetDeviceInfo-h-SummaryToolTips.js deleted file mode 100644 index cfbe66fad..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/GetDeviceInfo-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/MIP/Commands/GetDeviceInfo.h",{2894:"
Contains information retrieved from an Inertial GetDeviceInfo command.
",2896:"
Version fwVersion
The firmware Version.
",2897:"
std::string modelName
The model name.
",2898:"
std::string modelNumber
The model number.
",2899:"
std::string serialNumber
The serial number.
",2900:"
std::string lotNumber
The lot number.
",2901:"
std::string deviceOptions
The device options.
",2902:"
GetDeviceInfo
Contains the logic for the Inertial GetDeviceInfo command
",2908:"
static ByteStream buildCommand()
Builds the command packet
",2909:"
Response
Handles the response to the GetDeviceInfo command
",2911:"
Response(
std::weak_ptr<ResponseCollector> collector
)
Creates a GetDeviceInfo Response object
",2912:"
virtual bool match_data(
const MipDataField &field
) override
Attempts to match an MipDataField to the expected data field response.
",2913:"
MipDeviceInfo parseResponse(
const GenericMipCmdResponse &response
) const
Parses a successfully matched response for the GetDeviceInfo command.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/GetDeviceInfo-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/GetDeviceInfo-h-ToolTips.js deleted file mode 100644 index 83a1b5479..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/GetDeviceInfo-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2894:"
Contains information retrieved from an Inertial GetDeviceInfo command.
",2927:"
GenericMipCmdResponse
Represents the response to a GenericMipCommand.
",3171:"
The enums for all of the different MIP commands.
",4550:"
MipDataField
An Inertial data field object that represents a data field within an Inertial Data Packet
",5207:"
WirelessResponsePattern
A pattern matching the expected response from a wireless command.
",9848:"
ResponseCollector
Stores all the expected command responses
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10047:"
ResponsePattern
A pattern matching the expected response from a device command (Base Class).
",10409:"
Version
Class that represents, and provides helper functions for, a Version number
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/GetDeviceInfo-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/GetDeviceInfo-h.html deleted file mode 100644 index a37a8bb26..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/GetDeviceInfo-h.html +++ /dev/null @@ -1,113 +0,0 @@ - - -GetDeviceInfo.h - - - - - - - -
-
GetDeviceInfo
-
- -
-
MipDeviceInfo
-

Contains information retrieved from an Inertial GetDeviceInfo command.

-
- -
-
Variables
-
- -
-
fwVersion
-
Version fwVersion
-

The firmware Version.

-
- -
-
modelName
-
std::string modelName
-

The model name.

-
- -
-
modelNumber
-
std::string modelNumber
-

The model number.

-
- -
-
serialNumber
-
std::string serialNumber
-

The serial number.

-
- -
-
lotNumber
-
std::string lotNumber
-

The lot number.

-
- -
-
deviceOptions
-
std::string deviceOptions
-

The device options.

-
- -
-
GetDeviceInfo
-
GetDeviceInfo
-

Contains the logic for the Inertial GetDeviceInfo command

-
- -
-
Constants
-
- -
-
Packet Bytes
-
CMD_ID

CMD_GET_DEVICE_INFO  - The MipTypes::Command for this command

FIELD_DATA_BYTE

0x81  - The Data Field Descriptor byte

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand()
-

Builds the command packet

Returns

A ByteStream containing the Inertial GetDeviceInfo command packet

-
- -
-
Response
-
public
GenericMipCommand.​Response
ResponsePattern
WirelessResponsePattern
SetToIdle.​Response
Response
-

Handles the response to the GetDeviceInfo command

-
- -
-
Functions
-
- -
-
Response
-
Response(
std::weak_ptr<ResponseCollector> collector
)
-

Creates a GetDeviceInfo Response object

Parameters
collector
std::weak_ptr<ResponseCollector>

The ResponseCollector used to register and unregister the response

-
- -
-
match_data
-
virtual bool match_data(
const MipDataField &field
) override
-

Attempts to match an MipDataField to the expected data field response.

Returns

true if the field matches the expected data, false if it does not.

-
- -
-
parseResponse
-
MipDeviceInfo parseResponse(
const GenericMipCmdResponse &response
) const
-

Parses a successfully matched response for the GetDeviceInfo command.

Parameters
response
const GenericMipCmdResponse&

The GenericMipCmdResponse that matches the data field for this response.

Returns

The GetDeviceInfoResponse parsed from the response.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/GetExtendedDeviceDescriptorSets-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/GetExtendedDeviceDescriptorSets-h-Summary.js deleted file mode 100644 index 4fd9ea6d5..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/GetExtendedDeviceDescriptorSets-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/MIP/Commands/GetExtendedDeviceDescriptorSets.h","GetExtendedDeviceDescriptorSets.h");NDSummary.OnSummaryLoaded("File:MicroStrain/MIP/Commands/GetExtendedDeviceDescriptorSets.h",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[2881,0,0,"GetExtendedDeviceDescriptorSets","GetExtendedDeviceDescriptorSets"],[2882,0,3,"Constants","GetExtendedDeviceDescriptorSets.Constants"],[2883,0,1,"Packet Bytes","GetExtendedDeviceDescriptorSets.Packet_Bytes"],[2884,0,1,,"GetExtendedDeviceDescriptorSets.CMD_ID"],[2885,0,1,,"GetExtendedDeviceDescriptorSets.FIELD_DATA_BYTE"],[2886,0,3,"Functions","GetExtendedDeviceDescriptorSets.Functions"],[2887,0,2,"buildCommand","GetExtendedDeviceDescriptorSets.buildCommand"],[2888,0,0,"Response","Response"],[2889,0,3,"Functions","Response.Functions"],[2890,0,2,"Response","Response.Response"],[2891,0,2,"match_data","Response.match_data"],[2892,0,2,"parseResponse","Response.parseResponse"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/GetExtendedDeviceDescriptorSets-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/GetExtendedDeviceDescriptorSets-h-SummaryToolTips.js deleted file mode 100644 index 1f27931e1..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/GetExtendedDeviceDescriptorSets-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/MIP/Commands/GetExtendedDeviceDescriptorSets.h",{2881:"
GetExtendedDeviceDescriptorSets
Contains the logic for the Inertial "Get Extended Device Descriptor Sets" command
",2887:"
static ByteStream buildCommand()
Builds the command packet
",2888:"
Response
Handles the response to the GetExtendedDeviceDescriptorSets command
",2890:"
Response(
std::weak_ptr<ResponseCollector> collector
)
Creates a Response object
",2891:"
virtual bool match_data(
const MipDataField &field
) override
Attempts to match an MipDataField to the expected data field response.
",2892:"
void parseResponse(
const GenericMipCmdResponse &response,
std::vector<uint16> &descriptors
) const
Parses a successfully matched response for the GetExtendedDeviceDescriptorSets command.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/GetExtendedDeviceDescriptorSets-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/GetExtendedDeviceDescriptorSets-h-ToolTips.js deleted file mode 100644 index 14d1eb6b8..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/GetExtendedDeviceDescriptorSets-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2927:"
GenericMipCmdResponse
Represents the response to a GenericMipCommand.
",3171:"
The enums for all of the different MIP commands.
",4550:"
MipDataField
An Inertial data field object that represents a data field within an Inertial Data Packet
",5207:"
WirelessResponsePattern
A pattern matching the expected response from a wireless command.
",9848:"
ResponseCollector
Stores all the expected command responses
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10047:"
ResponsePattern
A pattern matching the expected response from a device command (Base Class).
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/GetExtendedDeviceDescriptorSets-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/GetExtendedDeviceDescriptorSets-h.html deleted file mode 100644 index 4a841bef1..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/GetExtendedDeviceDescriptorSets-h.html +++ /dev/null @@ -1,64 +0,0 @@ - - -GetExtendedDeviceDescriptorSets.h - - - - - - - -
-
GetExtendedDeviceDescriptorSets
-
GetExtendedDeviceDescriptorSets
-

Contains the logic for the Inertial "Get Extended Device Descriptor Sets" command

-
- -
-
Constants
-
- -
-
Packet Bytes
-
CMD_ID

CMD_GET_EXT_DESCRIPTOR_SETS  - The MipTypes::Command for this command

FIELD_DATA_BYTE

0x86  - The Data Field Descriptor byte

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand()
-

Builds the command packet

Returns

A ByteStream containing the Inertial GetExtendedDeviceDescriptorSets command packet

-
- -
-
Response
-
public
GenericMipCommand.​Response
ResponsePattern
WirelessResponsePattern
SetToIdle.​Response
Response
-

Handles the response to the GetExtendedDeviceDescriptorSets command

-
- -
-
Functions
-
- -
-
Response
-
Response(
std::weak_ptr<ResponseCollector> collector
)
-

Creates a Response object

Parameters
collector
std::weak_ptr<ResponseCollector>

The ResponseCollector used to register and unregister the response

-
- -
-
match_data
-
virtual bool match_data(
const MipDataField &field
) override
-

Attempts to match an MipDataField to the expected data field response.

Returns

true if the field matches the expected data, false if it does not.

-
- -
-
parseResponse
-
void parseResponse(
const GenericMipCmdResponse &response,
std::vector<uint16> &descriptors
) const
-

Parses a successfully matched response for the GetExtendedDeviceDescriptorSets command.

Parameters
response
const GenericMipCmdResponse&

The GenericMipCmdResponse that matches the data field for this response.

descriptors
std::vector<uint16>&

The container to insert the extended descriptors into.

Returns

The descriptor sets parsed from the response.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/MIP_Commands-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/MIP_Commands-h-Summary.js deleted file mode 100644 index 23d82bae1..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/MIP_Commands-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/MIP/Commands/MIP_Commands.h","MIP_Commands.h");NDSummary.OnSummaryLoaded("File:MicroStrain/MIP/Commands/MIP_Commands.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[2855,0,0,"MIP_Commands","MIP_Commands"],[2856,0,2,"Functions","MIP_Commands.Functions"],[2857,0,1,"parseData_singleBool","MIP_Commands.parseData_singleBool"],[2858,0,1,"parseData_GetDeviceInfo","MIP_Commands.parseData_GetDeviceInfo"],[2859,0,1,"parseData_GetDeviceDescriptorSets","MIP_Commands.parseData_GetDeviceDescriptorSets"],[2860,0,1,"parseData_DataRateBase","MIP_Commands.parseData_DataRateBase"],[2861,0,1,"parseData_InterfaceControl","MIP_Commands.parseData_InterfaceControl"],[2862,0,1,"parseData_CommunicationMode","MIP_Commands.parseData_CommunicationMode"],[2863,0,1,"parseData_MessageFormat","MIP_Commands.parseData_MessageFormat"],[2864,0,1,"parseData_ContinuousDataStream","MIP_Commands.parseData_ContinuousDataStream"],[2865,0,1,"parseData_EulerAngles","MIP_Commands.parseData_EulerAngles"],[2866,0,1,"parseData_PositionOffset","MIP_Commands.parseData_PositionOffset"],[2867,0,1,"parseData_ZuptControl","MIP_Commands.parseData_ZuptControl"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/MIP_Commands-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/MIP_Commands-h-SummaryToolTips.js deleted file mode 100644 index 72a800e00..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/MIP_Commands-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/MIP/Commands/MIP_Commands.h",{2855:"
MIP_Commands
Contains helper functions for MIP Commands
",2857:"
static bool parseData_singleBool(
const GenericMipCmdResponse &response
)
Parses the data for a single boolean flag response.
",2858:"
static void parseData_GetDeviceInfo(
const GenericMipCmdResponse &response,
MipDeviceInfo &result
)
Parses the data from a GetDeviceInfo response.
",2859:"
static void parseData_GetDeviceDescriptorSets(
const GenericMipCmdResponse &response,
std::vector<uint16> &result
)
Parses the data from a GetDeviceDescriptorSets response.
",2860:"
static uint16 parseData_DataRateBase(
const GenericMipCmdResponse &response
)
Parses the data from a DataRateBase response
",2861:"
static DeviceCommPort parseData_InterfaceControl(
const GenericMipCmdResponse &response
)
Parses the data from a InterfaceControl response
",2862:"
static uint8 parseData_CommunicationMode(
const GenericMipCmdResponse &response
)
Parses the data from a CommunicationMode response
",2863:"
static MipChannels parseData_MessageFormat(
const GenericMipCmdResponse &response,
uint8 descSet,
uint16 sampleRateBase
)
Parses the data from a MessageFormat response
",2864:"
static bool parseData_ContinuousDataStream(
const GenericMipCmdResponse &response
)
Parses the data from a ContinuousDataStream response
",2865:"
static EulerAngles parseData_EulerAngles(
const GenericMipCmdResponse &response
)
Parses the data from a command response containing just 3 Euler Angles (roll, pitch, yaw).
",2866:"
static PositionOffset parseData_PositionOffset(
const GenericMipCmdResponse &response
)
Parses the data from a command response containing just 3 Position Offset values (x, y, z).
",2867:"
static ZUPTSettingsData parseData_ZUPTControl(
const GenericMipCmdResponse &response
)
Parses the data from a command response containing the response for a ZUPT field.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/MIP_Commands-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/MIP_Commands-h-ToolTips.js deleted file mode 100644 index 82afda810..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/MIP_Commands-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1644:"
PositionOffset
Represents a position offset (x, y, z).
",1986:"
Contains the data for the AngularRateZUPTControl and VelocityZUPTControl classes.
",2749:"
EulerAngles
Represents generic Euler Angles (roll, pitch, yaw).
",2894:"
Contains information retrieved from an Inertial GetDeviceInfo command.
",2927:"
GenericMipCmdResponse
Represents the response to a GenericMipCommand.
",4110:"
Stores info related to device comm ports (id, type)
",4565:"
MipChannel
Represents a single "channel" or data descriptors that can make up an Inertial Device\'s message format
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/MIP_Commands-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/MIP_Commands-h.html deleted file mode 100644 index 897fbe781..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/MIP_Commands-h.html +++ /dev/null @@ -1,87 +0,0 @@ - - -MIP_Commands.h - - - - - - - -
-
MIP_Commands
-
MIP_Commands
-

Contains helper functions for MIP Commands

-
- -
-
Functions
-
- -
-
parseData_singleBool
-
static bool parseData_singleBool(
const GenericMipCmdResponse &response
)
-

Parses the data for a single boolean flag response.

Parameters
response
const GenericMipCmdResponse&

The GenericMipCmdResponse that contains the data to be parsed.

Returns

The boolean parsed from the response.

-
- -
-
parseData_GetDeviceInfo
-
static void parseData_GetDeviceInfo(
const GenericMipCmdResponse &response,
MipDeviceInfo &result
)
-

Parses the data from a GetDeviceInfo response.

Parameters
response
const GenericMipCmdResponse&

The GenericMipCmdResponse that contains the data to be parsed.

result
MipDeviceInfo&

Holds the MipDeviceInfo result.

-
- -
-
parseData_GetDeviceDescriptorSets
-
static void parseData_GetDeviceDescriptorSets(
const GenericMipCmdResponse &response,
std::vector<uint16> &result
)
-

Parses the data from a GetDeviceDescriptorSets response.

Parameters
response
const GenericMipCmdResponse&

The GenericMipCmdResponse that contains the data to be parsed.

result
std::vector<uint16>&

Holds the descriptor sets result.

-
- -
-
parseData_DataRateBase
-
static uint16 parseData_DataRateBase(
const GenericMipCmdResponse &response
)
-

Parses the data from a DataRateBase response

Parameters
response
const GenericMipCmdResponse&

The GenericMipCmdResponse that contains the data to be parsed

Returns

The data rate base parsed from the response

-
- -
-
parseData_InterfaceControl
-
static DeviceCommPort parseData_InterfaceControl(
const GenericMipCmdResponse &response
)
-

Parses the data from a InterfaceControl response

Parameters
response
const GenericMipCmdResponse&

The GenericMipCmdResponse that contains the data to be parsed

Returns

The comm port interface configuration parsed from the response

-
- -
-
parseData_CommunicationMode
-
static uint8 parseData_CommunicationMode(
const GenericMipCmdResponse &response
)
-

Parses the data from a CommunicationMode response

Parameters
response
const GenericMipCmdResponse&

The GenericMipCmdResponse that contains the data to be parsed

Returns

The comm mode parsed from the response

-
- -
-
parseData_MessageFormat
-
static MipChannels parseData_MessageFormat(
const GenericMipCmdResponse &response,
uint8 descSet,
uint16 sampleRateBase
)
-

Parses the data from a MessageFormat response

Parameters
response
const GenericMipCmdResponse&

The GenericMipCmdResponse that contains the data to be parsed

descSet
uint8

The descriptor set byte for this specific MessageFormat command

sampleRateBase
uint16

The sample rate base for the device, used for determining sample rates.

Returns

An MipChannels object containing the channels that are active in the current MessageFormat

-
- -
-
parseData_ContinuousDataStream
-
static bool parseData_ContinuousDataStream(
const GenericMipCmdResponse &response
)
-

Parses the data from a ContinuousDataStream response

Parameters
response
const GenericMipCmdResponse&

The GenericMipCmdResponse that contains the data to be parsed

Returns

true if the data stream is enabled, false if it is disabled.

-
- -
-
parseData_EulerAngles
-
static EulerAngles parseData_EulerAngles(
const GenericMipCmdResponse &response
)
-

Parses the data from a command response containing just 3 Euler Angles (roll, pitch, yaw).

Parameters
response
const GenericMipCmdResponse&

The GenericMipCmdResponse that contains the data to be parsed

Returns

The EulerAngles containing the result that is parsed.

-
- -
-
parseData_PositionOffset
-
static PositionOffset parseData_PositionOffset(
const GenericMipCmdResponse &response
)
-

Parses the data from a command response containing just 3 Position Offset values (x, y, z).

Parameters
response
const GenericMipCmdResponse&

The GenericMipCmdResponse that contains the data to be parsed

Returns

The EulerAngles containing the result that is parsed.

-
- -
-
parseData_ZuptControl
-
static ZUPTSettingsData parseData_ZUPTControl(
const GenericMipCmdResponse &response
)
-

Parses the data from a command response containing the response for a ZUPT field.

Parameters
response
const GenericMipCmdResponse&

The GenericMipCmdResponse that contains the data to be parsed

Returns

The ZUPTSettingsData containing the result that is parsed.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/MipCmdResponse-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/MipCmdResponse-h-Summary.js deleted file mode 100644 index d654e924b..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/MipCmdResponse-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/MIP/Commands/MipCmdResponse.h","MipCmdResponse.h");NDSummary.OnSummaryLoaded("File:MicroStrain/MIP/Commands/MipCmdResponse.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[2822,0,0,"MipCmdResponse","MipCmdResponse"],[2823,0,2,"Functions","MipCmdResponse.Functions"],[2824,0,1,"MipCmdResponse","MipCmdResponse.MipCmdResponse"],[2825,0,1,"MipCmdResponse","MipCmdResponse.MipCmdResponse(2)"],[2826,0,2,"Variables","MipCmdResponse.Variables"],[2827,0,3,"m_responseState","MipCmdResponse.m_responseState"],[2828,0,3,"m_success","MipCmdResponse.m_success"],[2829,0,3,"m_ackNack","MipCmdResponse.m_ackNack"],[2830,0,3,"m_commandName","MipCmdResponse.m_commandName"],[2831,0,2,"Functions","MipCmdResponse.Functions(2)"],[2832,0,1,"throwIfFailed","MipCmdResponse.throwIfFailed"],[2833,0,1,"success","MipCmdResponse.success"],[2834,0,1,"errorCode","MipCmdResponse.errorCode"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/MipCmdResponse-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/MipCmdResponse-h-SummaryToolTips.js deleted file mode 100644 index e2803075b..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/MipCmdResponse-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/MIP/Commands/MipCmdResponse.h",{2822:"
MipCmdResponse
Represents the response to a generic InertialNode command
",2824:"
MipCmdResponse()
Creates a MipCmdResponse with default values
",2825:"
MipCmdResponse(
ResponsePattern::State state,
bool success,
MipPacket::MipAckNack errorCode,
std::string cmdName
)
Creates a MipCmdResponse with the given parameters
",2827:"
ResponsePattern::State m_responseState
The state of the response, which determines which exceptions are thrown, if any
",2828:"
bool m_success
Whether or not the response was a success
",2829:"
MipPacket::MipAckNack m_ackNack
The MIP ack/nack that was received with the packet
",2830:"
std::string m_commandName
The name of the command that this response corresponds to (to be used in error descriptions)
",2832:"
void throwIfFailed()
Throws an exeption if the response was a failure.
",2833:"
virtual bool success() const
Gets whether or not the command was a success.
",2834:"
virtual MipPacket::MipAckNack errorCode() const
Gets the MIP ack/nack error code that was returned
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/MipCmdResponse-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/MipCmdResponse-h-ToolTips.js deleted file mode 100644 index 6eac6193b..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/MipCmdResponse-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({10446:"
Error
The generic MicroStrain exception (base class)
",10468:"
Error_Communication
The exception for failing to communicate with a device.
",10497:"
Error_MipCmdFailed
The Inertial command has failed
",2927:"
GenericMipCmdResponse
Represents the response to a GenericMipCommand.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/MipCmdResponse-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/MipCmdResponse-h.html deleted file mode 100644 index ea9930bbe..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/MipCmdResponse-h.html +++ /dev/null @@ -1,83 +0,0 @@ - - -MipCmdResponse.h - - - - - - - -
-
MipCmdResponse
-
MipCmdResponse
GenericMipCmdResponse
-

Represents the response to a generic InertialNode command

-
- -
-
Functions
-
- -
-
MipCmdResponse
-
MipCmdResponse()
-

Creates a MipCmdResponse with default values

-
- -
-
MipCmdResponse
-
MipCmdResponse(
ResponsePattern::State state,
bool success,
MipPacket::MipAckNack errorCode,
std::string cmdName
)
-

Creates a MipCmdResponse with the given parameters

Parameters
state
ResponsePattern::State

The state of the response

success
bool

Whether or not the response was a success

errorCode
MipPacket::MipAckNack

The MIP Ack/Nack error code received

cmdName
std::string

The name of the command that this response corresponds to

-
- -
-
Variables
-
- -
-
m_responseState
-
ResponsePattern::State m_responseState
-

The state of the response, which determines which exceptions are thrown, if any

-
- -
-
m_success
-
bool m_success
-

Whether or not the response was a success

-
- -
-
m_ackNack
-
MipPacket::MipAckNack m_ackNack
-

The MIP ack/nack that was received with the packet

-
- -
-
m_commandName
-
std::string m_commandName
-

The name of the command that this response corresponds to (to be used in error descriptions)

-
- -
-
Functions
-
- -
-
throwIfFailed
-
void throwIfFailed()
-

Throws an exeption if the response was a failure.

Exceptions
-
- -
-
success
-
virtual bool success() const
-

Gets whether or not the command was a success.

Returns

true if the command was a success, false otherwise

Exceptions

  • Error: The function was called before there was a response to the command (uninitialized)

-
- -
-
errorCode
-
virtual MipPacket::MipAckNack errorCode() const
-

Gets the MIP ack/nack error code that was returned

Returns

The MIP ack/nack error code as a <MipPacket::MipAckNack>

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/MipCommand-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/MipCommand-h-Summary.js deleted file mode 100644 index 2a56a3722..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/MipCommand-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/MIP/Commands/MipCommand.h","MipCommand.h");NDSummary.OnSummaryLoaded("File:MicroStrain/MIP/Commands/MipCommand.h",[["C/C++","C"]],[["Functions","Function"],["Groups","Group"]],[[2868,0,1,"Functions","Functions"],[2869,0,0,"MipCommand","MipCommand"],[2870,0,0,"MipCommand","MipCommand(2)"],[2871,0,0,"createResponse","createResponse"],[2872,0,0,"operator ByteStream","operator_ByteStream"],[2873,0,0,"getGenericResponseData","getGenericResponseData"],[2874,0,0,"commandName","commandName"],[2875,0,0,"supportedFunctionSelectors","supportedFunctionSelectors"],[2876,0,0,"supportsFunctionSelector","supportsFunctionSelector"],[2877,0,0,"commandType","commandType"],[2878,0,0,"fieldDataByte","fieldDataByte"],[2879,0,0,"responseExpected","responseExpected"],[2880,0,0,"isKnownCommand","isKnownCommand"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/MipCommand-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/MipCommand-h-SummaryToolTips.js deleted file mode 100644 index b8662dd1b..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/MipCommand-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/MIP/Commands/MipCommand.h",{2869:"
MipCommand(
MipTypes::Command cmdId,
MipTypes::FunctionSelector fn
) : m_commandId(cmdId), m_functionSelector(fn), m_responseExpected(fn == MipTypes::FunctionSelector::READ_BACK_CURRENT_SETTINGS)
Constructor to build MIP command based on Command ID and function selector
",2870:"
MipCommand(
MipTypes::Command cmdId,
MipTypes::FunctionSelector fn,
MipFieldValues vals
) : m_commandId(cmdId), m_functionSelector(fn), m_data(vals), m_responseExpected(fn == MipTypes::FunctionSelector::READ_BACK_CURRENT_SETTINGS)
Constructor to build MIP command based on Command ID and function selector with specified data
",2871:"
virtual std::shared_ptr<GenericMipCommand::Response> createResponse(
std::weak_ptr<ResponseCollector> collector
)
Converts this class to a ByteStream.
",2872:"
virtual operator ByteStream() const
Converts this class to a ByteStream.
",2873:"
MipFieldValues getGenericResponseData(
const GenericMipCmdResponse &response
)
",2874:"
virtual std::string commandName() const
",2875:"
static MipFunctionSelectors supportedFunctionSelectors(
MipTypes::Command cmd
)
",2876:"
static bool supportsFunctionSelector(
MipTypes::Command cmd,
MipTypes::FunctionSelector fn
)
",2877:"
virtual MipTypes::Command commandType() const
",2878:"
virtual uint8 fieldDataByte() const
",2879:"
virtual bool responseExpected() const
",2880:"
bool isKnownCommand() const
checks whether the command name is defined to determine if this command is defined in MSCL
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/MipCommand-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/MipCommand-h-ToolTips.js deleted file mode 100644 index e738bad92..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/MipCommand-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2927:"
GenericMipCmdResponse
Represents the response to a GenericMipCommand.
",3158:"
The enums for all the different types/categories of MIP commands and data.
",3171:"
The enums for all of the different MIP commands.
",9848:"
ResponseCollector
Stores all the expected command responses
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/MipCommand-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/MipCommand-h.html deleted file mode 100644 index 57d0eb8f1..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/MipCommand-h.html +++ /dev/null @@ -1,87 +0,0 @@ - - -MipCommand.h - - - - - - - -
-
Functions
-
- -
-
MipCommand
-
MipCommand(
MipTypes::Command cmdId,
MipTypes::FunctionSelector fn
) : m_commandId(cmdId), m_functionSelector(fn), m_responseExpected(fn == MipTypes::FunctionSelector::READ_BACK_CURRENT_SETTINGS)
-

Constructor to build MIP command based on Command ID and function selector

-
- -
-
MipCommand
-
MipCommand(
MipTypes::Command cmdId,
MipTypes::FunctionSelector fn,
MipFieldValues vals
) : m_commandId(cmdId), m_functionSelector(fn), m_data(vals), m_responseExpected(fn == MipTypes::FunctionSelector::READ_BACK_CURRENT_SETTINGS)
-

Constructor to build MIP command based on Command ID and function selector with specified data

-
- -
-
createResponse
-
virtual std::shared_ptr<GenericMipCommand::Response> createResponse(
std::weak_ptr<ResponseCollector> collector
)
-

Converts this class to a ByteStream.

Parameters

weak_ptr<ResponseCollector>

Returns
std::shared_ptr<GenericMipCommand::Response>

the response to be filled in with data from the device.

-
- -
-
operator ByteStream
-
virtual operator ByteStream() const
-

Converts this class to a ByteStream.

-
- -
-
getGenericResponseData
-
MipFieldValues getGenericResponseData(
const GenericMipCmdResponse &response
)
-
Parameter
response
const GenericMipCmdResponse&

The GenericMipCmdResponse object from which to get formatted data.

Returns
<MipFieldValues>

A <MipFieldValues> object with the values returned from the device.

-
- -
-
commandName
-
virtual std::string commandName() const
-
Returns
std::string

the string name for this class.

-
- -
-
supportedFunctionSelectors
-
static MipFunctionSelectors supportedFunctionSelectors(
MipTypes::Command cmd
)
-
Returns
<MipFunctionSelectors>

list of function selectors supported for the given command.

-
- -
-
supportsFunctionSelector
-
static bool supportsFunctionSelector(
MipTypes::Command cmd,
MipTypes::FunctionSelector fn
)
-
Returns
bool

indicates whether or not the function selector is supported by the specified command.

-
- -
-
commandType
-
virtual MipTypes::Command commandType() const
-
Returns
MipTypes::Command

the command ID.

-
- -
-
fieldDataByte
-
virtual uint8 fieldDataByte() const
-
Returns
uint8

the byte ID for field data in the reply.

-
- -
-
responseExpected
-
virtual bool responseExpected() const
-
Returns
bool

True indicates that a response should return from the device.

-
- -
-
isKnownCommand
-
bool isKnownCommand() const
-

checks whether the command name is defined to determine if this command is defined in MSCL

Returns
bool

whether definition info for this command id is known

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/Mip_SetToIdle-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/Mip_SetToIdle-h-Summary.js deleted file mode 100644 index 131d65310..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/Mip_SetToIdle-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/MIP/Commands/Mip_SetToIdle.h","Mip_SetToIdle.h");NDSummary.OnSummaryLoaded("File:MicroStrain/MIP/Commands/Mip_SetToIdle.h",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[2813,0,0,"Mip_SetToIdle","Mip_SetToIdle"],[2814,0,3,"Constants","Mip_SetToIdle.Constants"],[2815,0,1,"Packet Bytes","Mip_SetToIdle.Packet_Bytes"],[2816,0,1,,"Mip_SetToIdle.CMD_ID"],[2817,0,3,"Functions","Mip_SetToIdle.Functions"],[2818,0,2,"buildCommand","Mip_SetToIdle.buildCommand"],[2819,0,0,"Response","Response"],[2820,0,3,"Functions","Response.Functions"],[2821,0,2,"Response","Response.Response"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/Mip_SetToIdle-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/Mip_SetToIdle-h-SummaryToolTips.js deleted file mode 100644 index 6382aac91..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/Mip_SetToIdle-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/MIP/Commands/Mip_SetToIdle.h",{2813:"
Mip_SetToIdle
Contains the logic for the MIP "Set to Idle" command.
",2818:"
static ByteStream buildCommand()
Builds the command packet.
",2819:"
Response
Handles the response to the SetToIdle command.
",2821:"
Response(
std::weak_ptr<ResponseCollector> collector
)
Creates the SetToIdle::Response object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/Mip_SetToIdle-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/Mip_SetToIdle-h-ToolTips.js deleted file mode 100644 index f7ecd1401..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/Mip_SetToIdle-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3171:"
The enums for all of the different MIP commands.
",5207:"
WirelessResponsePattern
A pattern matching the expected response from a wireless command.
",9848:"
ResponseCollector
Stores all the expected command responses
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10047:"
ResponsePattern
A pattern matching the expected response from a device command (Base Class).
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/Mip_SetToIdle-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/Mip_SetToIdle-h.html deleted file mode 100644 index 7629aac66..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/Mip_SetToIdle-h.html +++ /dev/null @@ -1,52 +0,0 @@ - - -Mip_SetToIdle.h - - - - - - - -
-
Mip_SetToIdle
-
Mip_SetToIdle
-

Contains the logic for the MIP "Set to Idle" command.

-
- -
-
Constants
-
- -
-
Packet Bytes
-
CMD_ID

CMD_SET_IDLE  - The MipTypes::Command for this command

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand()
-

Builds the command packet.

Returns

A ByteStream containing the SetToIdle command packet.

-
- -
-
Response
-
public
GenericMipCommand.​Response
ResponsePattern
WirelessResponsePattern
SetToIdle.​Response
Response
-

Handles the response to the SetToIdle command.

-
- -
-
Functions
-
- -
-
Response
-
Response(
std::weak_ptr<ResponseCollector> collector
)
-

Creates the SetToIdle::Response object.

Parameters
collector
std::weak_ptr<ResponseCollector>

The ResponseCollector to register the response with.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/Ping-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/Ping-h-Summary.js deleted file mode 100644 index 841992722..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/Ping-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/MIP/Commands/Ping.h","Ping.h");NDSummary.OnSummaryLoaded("File:MicroStrain/MIP/Commands/Ping.h",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[2804,0,0,"Ping","Ping"],[2805,0,3,"Constants","Ping.Constants"],[2806,0,1,"Packet Bytes","Ping.Packet_Bytes"],[2807,0,1,,"Ping.CMD_ID"],[2808,0,3,"Functions","Ping.Functions"],[2809,0,2,"buildCommand","Ping.buildCommand"],[2810,0,0,"Response","Response"],[2811,0,3,"Functions","Response.Functions"],[2812,0,2,"Response","Response.Response"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/Ping-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/Ping-h-SummaryToolTips.js deleted file mode 100644 index 7c2db0aff..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/Ping-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/MIP/Commands/Ping.h",{2804:"
Ping
Contains the logic for the Inertial Ping command.
",2809:"
static ByteStream buildCommand()
Builds the command packet
",2810:"
Response
Handles the response to the Ping command.
",2812:"
Response(
std::weak_ptr<ResponseCollector> collector
)
Creates a Ping Response object
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/Ping-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/Ping-h-ToolTips.js deleted file mode 100644 index f7ecd1401..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/Ping-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3171:"
The enums for all of the different MIP commands.
",5207:"
WirelessResponsePattern
A pattern matching the expected response from a wireless command.
",9848:"
ResponseCollector
Stores all the expected command responses
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10047:"
ResponsePattern
A pattern matching the expected response from a device command (Base Class).
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/Ping-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/Ping-h.html deleted file mode 100644 index 6e6b397bc..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/Ping-h.html +++ /dev/null @@ -1,52 +0,0 @@ - - -Ping.h - - - - - - - -
-
Ping
-
Ping
-

Contains the logic for the Inertial Ping command.

-
- -
-
Constants
-
- -
-
Packet Bytes
-
CMD_ID

CMD_PING  - The MipTypes::Command for this command

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand()
-

Builds the command packet

Returns

A ByteStream containing the Ping command packet

-
- -
-
Response
-
public
GenericMipCommand.​Response
ResponsePattern
WirelessResponsePattern
SetToIdle.​Response
Response
-

Handles the response to the Ping command.

-
- -
-
Functions
-
- -
-
Response
-
Response(
std::weak_ptr<ResponseCollector> collector
)
-

Creates a Ping Response object

Parameters
collector
std::weak_ptr<ResponseCollector>

The ResponseCollector used to register and unregister the response

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/Resume-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/Resume-h-Summary.js deleted file mode 100644 index 6d76a14db..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/Resume-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/MIP/Commands/Resume.h","Resume.h");NDSummary.OnSummaryLoaded("File:MicroStrain/MIP/Commands/Resume.h",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[2795,0,0,"Resume","Resume"],[2796,0,3,"Constants","Resume.Constants"],[2797,0,1,"Packet Bytes","Resume.Packet_Bytes"],[2798,0,1,,"Resume.CMD_ID"],[2799,0,3,"Functions","Resume.Functions"],[2800,0,2,"buildCommand","Resume.buildCommand"],[2801,0,0,"Response","Response"],[2802,0,3,"Functions","Response.Functions"],[2803,0,2,"Response","Response.Response"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/Resume-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/Resume-h-SummaryToolTips.js deleted file mode 100644 index 85d97dadb..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/Resume-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/MIP/Commands/Resume.h",{2795:"
Resume
Contains the logic for the Inertial "Resume" command.
",2800:"
static ByteStream buildCommand()
Builds the command packet.
",2801:"
Response
Handles the response to the Resume command.
",2803:"
Response(
std::weak_ptr<ResponseCollector> collector
)
Creates the Resume::Response object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/Resume-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/Resume-h-ToolTips.js deleted file mode 100644 index f7ecd1401..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/Resume-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3171:"
The enums for all of the different MIP commands.
",5207:"
WirelessResponsePattern
A pattern matching the expected response from a wireless command.
",9848:"
ResponseCollector
Stores all the expected command responses
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10047:"
ResponsePattern
A pattern matching the expected response from a device command (Base Class).
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/Resume-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/Resume-h.html deleted file mode 100644 index 6c93b7edd..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Commands/Resume-h.html +++ /dev/null @@ -1,52 +0,0 @@ - - -Resume.h - - - - - - - -
-
Resume
-
Resume
-

Contains the logic for the Inertial "Resume" command.

-
- -
-
Constants
-
- -
-
Packet Bytes
-
CMD_ID

CMD_RESUME  - The MipTypes::Command for this command

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand()
-

Builds the command packet.

Returns

A ByteStream containing the Resume command packet.

-
- -
-
Response
-
public
GenericMipCommand.​Response
ResponsePattern
WirelessResponsePattern
SetToIdle.​Response
Response
-

Handles the response to the Resume command.

-
- -
-
Functions
-
- -
-
Response
-
Response(
std::weak_ptr<ResponseCollector> collector
)
-

Creates the Resume::Response object.

Parameters
collector
std::weak_ptr<ResponseCollector>

The ResponseCollector to register the response with.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipBuiltInTest-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipBuiltInTest-h-Summary.js deleted file mode 100644 index b17a62ded..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipBuiltInTest-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ 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GQ7ContinuousBIT_GNSS.RECEIVERS_FLAGS"],[5059,0,3,"Functions","GQ7ContinuousBIT_GNSS.Functions(2)"],[5060,0,2,"flags","GQ7ContinuousBIT_GNSS.flags"],[5061,0,2,"general","GQ7ContinuousBIT_GNSS.general"],[5062,0,2,"receivers","GQ7ContinuousBIT_GNSS.receivers"],[5063,0,3,"Variables","GQ7ContinuousBIT_GNSS.Variables"],[5064,0,5,"m_general","GQ7ContinuousBIT_GNSS.m_general"],[5065,0,5,"m_receivers;","GQ7ContinuousBIT_GNSS.m_receivers_"],[5066,0,0,"GQ7ContinuousBIT","GQ7ContinuousBIT"],[5067,0,3,"Functions","GQ7ContinuousBIT.Functions"],[5068,0,2,"GQ7ContinuousBIT","GQ7ContinuousBIT.GQ7ContinuousBIT"],[5069,0,2,"GQ7ContinuousBIT","GQ7ContinuousBIT.GQ7ContinuousBIT(2)"],[5070,0,2,"system","GQ7ContinuousBIT.system"],[5071,0,2,"systemClockFailure","GQ7ContinuousBIT.systemClockFailure"],[5072,0,2,"powerFault","GQ7ContinuousBIT.powerFault"],[5073,0,2,"firmwareFault","GQ7ContinuousBIT.firmwareFault"],[5074,0,2,"timingOverload","GQ7ContinuousBIT.timingOverload"],[5075,0,2,"bufferOverrun","GQ7ContinuousBIT.bufferOverrun"],[5076,0,2,"imuIpcFault","GQ7ContinuousBIT.imuIpcFault"],[5077,0,2,"imuControlLineFault","GQ7ContinuousBIT.imuControlLineFault"],[5078,0,2,"imuCommandResponseFault","GQ7ContinuousBIT.imuCommandResponseFault"],[5079,0,2,"imuSpiTransferFault","GQ7ContinuousBIT.imuSpiTransferFault"],[5080,0,2,"imuDataFrameFault","GQ7ContinuousBIT.imuDataFrameFault"],[5081,0,2,"filterIpcFault","GQ7ContinuousBIT.filterIpcFault"],[5082,0,2,"filterControlLineFault","GQ7ContinuousBIT.filterControlLineFault"],[5083,0,2,"filterCommandResponseFault","GQ7ContinuousBIT.filterCommandResponseFault"],[5084,0,2,"filterSpiTransferFault","GQ7ContinuousBIT.filterSpiTransferFault"],[5085,0,2,"filterDataFrameFault","GQ7ContinuousBIT.filterDataFrameFault"],[5086,0,2,"gnssIpcFault","GQ7ContinuousBIT.gnssIpcFault"],[5087,0,2,"gnssControlLineFault","GQ7ContinuousBIT.gnssControlLineFault"],[5088,0,2,"gnssCommandResponseFault","GQ7ContinuousBIT.gnssCommandResponseFault"],[5089,0,2,"gnssSpiTransferFault","GQ7ContinuousBIT.gnssSpiTransferFault"],[5090,0,2,"gnssDataFrameFault","GQ7ContinuousBIT.gnssDataFrameFault"],[5091,0,2,"imu","GQ7ContinuousBIT.imu"],[5092,0,2,"imuClockFault","GQ7ContinuousBIT.imuClockFault"],[5093,0,2,"imuCommunicationFault","GQ7ContinuousBIT.imuCommunicationFault"],[5094,0,2,"imuTimingOverrun","GQ7ContinuousBIT.imuTimingOverrun"],[5095,0,2,"imuCalibrationErrorAccel","GQ7ContinuousBIT.imuCalibrationErrorAccel"],[5096,0,2,"imuCalibrationErrorGyro","GQ7ContinuousBIT.imuCalibrationErrorGyro"],[5097,0,2,"imuCalibrationErrorMag","GQ7ContinuousBIT.imuCalibrationErrorMag"],[5098,0,2,"accelGeneralFault","GQ7ContinuousBIT.accelGeneralFault"],[5099,0,2,"accelOverrange","GQ7ContinuousBIT.accelOverrange"],[5100,0,2,"accelSelfTest","GQ7ContinuousBIT.accelSelfTest"],[5101,0,2,"gyroGeneralFault","GQ7ContinuousBIT.gyroGeneralFault"],[5102,0,2,"gyroOverrange","GQ7ContinuousBIT.gyroOverrange"],[5103,0,2,"gyroSelfTest","GQ7ContinuousBIT.gyroSelfTest"],[5104,0,2,"magGeneralFault","GQ7ContinuousBIT.magGeneralFault"],[5105,0,2,"magOverrange","GQ7ContinuousBIT.magOverrange"],[5106,0,2,"magSelfTest","GQ7ContinuousBIT.magSelfTest"],[5107,0,2,"pressureGeneralFault","GQ7ContinuousBIT.pressureGeneralFault"],[5108,0,2,"pressureOverrange","GQ7ContinuousBIT.pressureOverrange"],[5109,0,2,"pressureSelfTest","GQ7ContinuousBIT.pressureSelfTest"],[5110,0,2,"filter","GQ7ContinuousBIT.filter"],[5111,0,2,"filterClockFault","GQ7ContinuousBIT.filterClockFault"],[5112,0,2,"filterHardwareFault","GQ7ContinuousBIT.filterHardwareFault"],[5113,0,2,"filterTimingOverrun","GQ7ContinuousBIT.filterTimingOverrun"],[5114,0,2,"filterTimingUnderrun","GQ7ContinuousBIT.filterTimingUnderrun"],[5115,0,2,"filterCommunicationError","GQ7ContinuousBIT.filterCommunicationError"],[5116,0,2,"filterCommunicationErrorImuSpi","GQ7ContinuousBIT.filterCommunicationErrorImuSpi"],[5117,0,2,"filterCommunicationErrorGnssSpi","GQ7ContinuousBIT.filterCommunicationErrorGnssSpi"],[5118,0,2,"communicationErrorCommsSpi","GQ7ContinuousBIT.communicationErrorCommsSpi"],[5119,0,2,"filterCommunicationErrorCommsUart","GQ7ContinuousBIT.filterCommunicationErrorCommsUart"],[5120,0,2,"gnss","GQ7ContinuousBIT.gnss"],[5121,0,2,"gnssClockFault","GQ7ContinuousBIT.gnssClockFault"],[5122,0,2,"gnssHardwareFault","GQ7ContinuousBIT.gnssHardwareFault"],[5123,0,2,"gnssCommunicationError","GQ7ContinuousBIT.gnssCommunicationError"],[5124,0,2,"gnssCommunicationErrorCommsSerial","GQ7ContinuousBIT.gnssCommunicationErrorCommsSerial"],[5125,0,2,"gnssCommunicationErrorCommsSpi","GQ7ContinuousBIT.gnssCommunicationErrorCommsSpi"],[5126,0,2,"gnssCommunicationErrorNavSpi","GQ7ContinuousBIT.gnssCommunicationErrorNavSpi"],[5127,0,2,"gpsTimeFault","GQ7ContinuousBIT.gpsTimeFault"],[5128,0,2,"gnssTimingOverrun","GQ7ContinuousBIT.gnssTimingOverrun"],[5129,0,2,"gnssPowerFaultReceiver1","GQ7ContinuousBIT.gnssPowerFaultReceiver1"],[5130,0,2,"gnssFaultReceiver1","GQ7ContinuousBIT.gnssFaultReceiver1"],[5131,0,2,"gnssShortedAntenna1","GQ7ContinuousBIT.gnssShortedAntenna1"],[5132,0,2,"gnssOpenAntenna1","GQ7ContinuousBIT.gnssOpenAntenna1"],[5133,0,2,"gnssSolutionFaultReceiver1","GQ7ContinuousBIT.gnssSolutionFaultReceiver1"],[5134,0,2,"gnssPowerFaultReceiver2","GQ7ContinuousBIT.gnssPowerFaultReceiver2"],[5135,0,2,"gnssFaultReceiver2","GQ7ContinuousBIT.gnssFaultReceiver2"],[5136,0,2,"gnssShortedAntenna2","GQ7ContinuousBIT.gnssShortedAntenna2"],[5137,0,2,"gnssOpenAntenna2","GQ7ContinuousBIT.gnssOpenAntenna2"],[5138,0,2,"gnssSolutionFaultReceiver2","GQ7ContinuousBIT.gnssSolutionFaultReceiver2"],[5139,0,2,"rtcmCommunicationFault","GQ7ContinuousBIT.rtcmCommunicationFault"],[5140,0,2,"rtkDongleFault","GQ7ContinuousBIT.rtkDongleFault"],[5141,0,2,"as_MipDataPoints","GQ7ContinuousBIT.as_MipDataPoints"],[5142,0,3,"Variables","GQ7ContinuousBIT.Variables"],[5143,0,5,"m_system","GQ7ContinuousBIT.m_system"],[5144,0,5,"m_imu","GQ7ContinuousBIT.m_imu"],[5145,0,5,"m_filter","GQ7ContinuousBIT.m_filter"],[5146,0,5,"m_gnss","GQ7ContinuousBIT.m_gnss"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipBuiltInTest-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipBuiltInTest-h-SummaryToolTips.js deleted file mode 100644 index beb494761..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipBuiltInTest-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/MIP/MipBuiltInTest.h",{4633:"
ContinuousBIT
Abstract class for device-specific Built-In Test result parser classes
",4635:"
ContinuousBIT() = delete
",4636:"
explicit ContinuousBIT(
const ContinuousBIT&
) = delete
Copy constructor
",4637:"
explicit ContinuousBIT(
const ContinuousBIT&&
) = delete
Move constructor
",4638:"
ContinuousBIT& operator=(
const ContinuousBIT&
) const = delete
Copy assignment operator
",4639:"
ContinuousBIT& operator=(
const ContinuousBIT&&
) const = delete
Move assignment operator
",4640:"
virtual MipDataPoints as_MipDataPoints() const = 0
Get the Built-In Test data formatted as MipDataPoint objects
",4641:"
static MipDataPoints getMipDataPoints(
MipModels::NodeModel model,
Bytes data
)
Static function to parse the Built-In Test result data into MipDataPoint objects based on the specified device model
",4642:"
const Bytes& data() const
Gets the original Bytes source data (not parsed)
",4643:"
virtual bool systemClockFailure() const = 0
Gets the value of the System Clock Failure bit (bit 0)
",4644:"
virtual bool powerFault() const = 0
Gets the value of the Power Fault bit (bit 1)
",4645:"
virtual bool firmwareFault() const = 0
Gets the value of the Firmware Fault bit (bit 4)
",4646:"
virtual bool timingOverload() const = 0
Gets the value of the Timing Overload bit (bit 5)
",4647:"
virtual bool bufferOverrun() const = 0
Gets the value of the Buffer Overrun bit (bit 6)
",4648:"
virtual bool imuClockFault() const = 0
Gets the value of the IMU Clock Fault bit (bit 32)
",4649:"
virtual bool imuCommunicationFault() const = 0
Gets the value of the IMU Communication Fault bit (bit 33)
",4650:"
virtual bool imuTimingOverrun() const = 0
Gets the value of the IMU Timing Overrun bit (bit 34)
",4651:"
virtual bool imuCalibrationErrorAccel() const = 0
Gets the value of the IMU Calibration Error Accelerometer bit (bit 36)
",4652:"
virtual bool imuCalibrationErrorGyro() const = 0
Gets the value of the IMU Calibration Error Gyroscope bit (bit 37)
",4653:"
virtual bool imuCalibrationErrorMag() const = 0
Gets the value of the IMU Calibration Error Magnetometer bit (bit 38)
",4654:"
virtual bool accelGeneralFault() const = 0
Gets the value of the Accelerometer General Fault bit (bit 40)
",4655:"
virtual bool accelOverrange() const = 0
Gets the value of the Accelerometer Overrange bit (bit 41)
",4656:"
virtual bool accelSelfTestFail() const = 0
Gets the value of the Accelerometer Self Test bit (bit 42)
",4657:"
virtual bool gyroGeneralFault() const = 0
Gets the value of the Gyroscope General Fault bit (bit 44)
",4658:"
virtual bool gyroOverrange() const = 0
Gets the value of the Gyroscope Overrange bit (bit 45)
",4659:"
virtual bool gyroSelfTestFail() const = 0
Gets the value of the Gyroscope Self Test bit (bit 46)
",4660:"
virtual bool magGeneralFault() const = 0
Gets the value of the Magnetometer General Fault bit (bit 48)
",4661:"
virtual bool magOverrange() const = 0
Gets the value of the Magnetometer Overrange bit (bit 49)
",4662:"
virtual bool magSelfTestFail() const = 0
Gets the value of the Magnetometer Self Test bit (bit 50)
",4663:"
virtual bool pressureGeneralFault() const = 0
Gets the value of the Pressure General Fault bit (bit 52)
",4664:"
virtual bool pressureOverrange() const = 0
Gets the value of the Pressure Overrange bit (bit 53)
",4665:"
virtual bool pressureSelfTestFail() const = 0
Gets the value of the Pressure Self Test bit (bit 54)
",4666:"
virtual bool filterTimingOverrun() const = 0
Gets the value of the Filter Timing Overrun bit (bit 66)
",4667:"
virtual bool filterTimingUnderrun() const = 0
Gets the value of the Filter Timing Underrun bit (bit 67)
",4668:"
explicit ContinuousBIT(
Bytes bytes
)
",4669:"
virtual ~ContinuousBIT() = default
",4671:"
Bytes m_data
The original Bytes source data
",4672:"
Continuous Built-In Test flags for general system information
",4674:"
Bitmasks for general system flags
",4681:"
uint8 flags() const
Gets the value of the general system flags (bits 0-7)
",4682:"
bool systemClockFailure() const
Gets the value of the System Clock Failure bit (bit 0)
",4683:"
bool powerFault() const
Gets the value of the Power Fault bit (bit 1)
",4684:"
bool firmwareFault() const
Gets the value of the Firmware Fault bit (bit 4)
",4685:"
bool timingOverload() const
Gets the value of the Timing Overload bit (bit 5)
",4686:"
bool bufferOverrun() const
Gets the value of the Buffer Overrun bit (bit 6)
",4687:"
ContinuousBIT_System_General() = default
",4688:"
explicit ContinuousBIT_System_General(
const uint8 bits
) : Bitfield(static_cast<uint64>(bits))
",4689:"
Continuous Built-In Test flags for system process information
",4691:"
uint16 flags() const
Gets the value of the process system flags (bits 16-31)
",4692:"
ContinuousBIT_System_Process() = default
",4693:"
explicit ContinuousBIT_System_Process(
const uint16 bits
) : Bitfield(static_cast<uint64>(bits))
",4694:"
Continuous Built-In Test flags for system information
",4696:"
The offset of the 0 position of the value represented by this object in the overall BIT response Value: 0 bits
",4701:"
uint32 flags() const
Gets the value of the system flags (bits 0-31)
",4702:"
ContinuousBIT_System() = default
",4703:"
explicit ContinuousBIT_System(
const uint32 bits
) : Bitfield(static_cast<uint64>(bits))
",4704:"
Continuous Built-In Test flags for general IMU information
",4706:"
Bitmasks for general IMU flags
",4714:"
uint8 flags() const
Gets the value of the general IMU flags (bits 32-39)
",4715:"
bool clockFault() const
Gets the value of the Clock Fault bit (bit 32)
",4716:"
bool communicationFault() const
Gets the value of the Communication Fault bit (bit 33)
",4717:"
bool timingOverrun() const
Gets the value of the Timing Overrun bit (bit 34)
",4718:"
bool calibrationErrorAccel() const
Gets the value of the Calibration Error Accelerometer bit (bit 36)
",4719:"
bool calibrationErrorGyro() const
Gets the value of the Calibration Error Gyroscope bit (bit 37)
",4720:"
bool calibrationErrorMag() const
Gets the value of the Calibration Error Magnetometer bit (bit 38)
",4721:"
ContinuousBIT_IMU_General() = default
",4722:"
ContinuousBIT_IMU_General(
const uint8 bits
) : Bitfield(static_cast<uint64>(bits))
",4723:"
Continuous Built-In Test flags for IMU sensors information
",4725:"
Bitmasks for IMU sensors flags
",4739:"
uint16 flags() const
Gets the value of the the IMU sensors flags (bits 40-55)
",4740:"
bool accelGeneralFault() const
Gets the value of the Accelerometer General Fault bit (bit 40)
",4741:"
bool accelOverrange() const
Gets the value of the Accelerometer Overrange bit (bit 41)
",4742:"
bool accelSelfTestFail() const
Gets the value of the Accelerometer Self Test bit (bit 42)
",4743:"
bool gyroGeneralFault() const
Gets the value of the Gyroscope General Fault bit (bit 44)
",4744:"
bool gyroOverrange() const
Gets the value of the Gyroscope Overrange bit (bit 45)
",4745:"
bool gyroSelfTestFail() const
Gets the value of the Gyroscope Self Test bit (bit 46)
",4746:"
bool magGeneralFault() const
Gets the value of the Magnetometer General Fault bit (bit 48)
",4747:"
bool magOverrange() const
Gets the value of the Magnetometer Overrange bit (bit 49)
",4748:"
bool magSelfTestFail() const
Gets the value of the Magnetometer Self Test bit (bit 50)
",4749:"
bool pressureGeneralFault() const
Gets the value of the Pressure General Fault bit (bit 52)
",4750:"
bool pressureOverrange() const
Gets the value of the Pressure Overrange bit (bit 53)
",4751:"
bool pressureSelfTestFail() const
Gets the value of the Pressure Self Test bit (bit 54)
",4752:"
ContinuousBIT_IMU_Sensors() = default
",4753:"
explicit ContinuousBIT_IMU_Sensors(
const uint16 bits
) : Bitfield(static_cast<uint64>(bits))
",4754:"
Continuous Built-In Test flags for IMU information
",4756:"
The offset of the 0 position of the value represented by this object in the overall BIT response Value: 32 bits
",4761:"
uint32 flags() const
Gets the value of the IMU flags (bits 32-63)
",4762:"
ContinuousBIT_IMU() = default
",4763:"
explicit ContinuousBIT_IMU(
const uint32 bits
) : Bitfield(bits)
",4764:"
Continuous Built-In Test flags for general filter information
",4766:"
Bitmasks for general filter flags
",4770:"
uint8 flags() const
Gets the value of the general filter flags (bits 64-71)
",4771:"
bool timingOverrun() const
Gets the value of the Filter Timing Overrun bit (bit 66)
",4772:"
bool timingUnderrun() const
Gets the value of the Filter Timing Underrun bit (bit 67)
",4773:"
ContinuousBIT_Filter_General() = default
",4774:"
explicit ContinuousBIT_Filter_General(
const uint8 bits
) : Bitfield(static_cast<uint64>(bits))
",4775:"
Continuous Built-In Test flags for filter information
",4777:"
The offset of the 0 position of the value represented by this object in the overall BIT response Value: 64 bits
",4778:"
Bitmask for general filter flags (bits 64-71)
",4780:"
uint32 flags() const
Gets the value of the filter flags (bits 64-95)
",4781:"
ContinuousBIT_Filter() = default
",4782:"
explicit ContinuousBIT_Filter(
const uint32 bits
) : Bitfield(bits)
",4783:"
Continuous Built-In Test flags for general system information
",4785:"
CV7ContinuousBIT_System_General() = default
",4786:"
explicit CV7ContinuousBIT_System_General(
const uint8 bits
) : ContinuousBIT_System_General(bits)
",4787:"
Continuous Built-In Test flags for system process information
",4789:"
CV7ContinuousBIT_System_Process() : ContinuousBIT_System_Process()
",4790:"
explicit CV7ContinuousBIT_System_Process(
const uint16 bits
) : ContinuousBIT_System_Process(bits)
",4792:"
Bitmasks for system process information flags
",4802:"
bool imuProcessFault() const
Gets the value of the IMU Process Fault bit (bit 16)
",4803:"
Gets the value of the IMU Data Rate Mismatch bit (bit 17)
",4804:"
bool imuDroppedData() const
Gets the value of the IMU Overrun Dropped Data bit (bit 18)
",4805:"
bool imuStuck() const
Gets the value of the IMU Stuck bit (bit 19)
",4806:"
bool filterProcessFault() const
Gets the value of the Filter Process Fault bit (bit 20)
",4807:"
bool filterDroppedData() const
Gets the value of the Filter Dropped Data bit (bit 21)
",4808:"
bool filterRateMismatch() const
Gets the value of the Filter Rate Mismatch bit (bit 22)
",4809:"
bool filterStuck() const
Gets the value of the Filter Stuck bit (bit 23)
",4810:"
Continuous Built-In Test flags for system information
",4812:"
CV7ContinuousBIT_System() = default
",4813:"
explicit CV7ContinuousBIT_System(
uint32 bits
)
",4814:"
CV7ContinuousBIT_System_General general() const
Gets information for general system flags (bits 0-7)
",4815:"
CV7ContinuousBIT_System_Process process() const
Gets information for system process flags (bits 16-31)
",4817:"
CV7ContinuousBIT_System_General m_general
ContinuousBIT_System_General information for general system flags (bits 0-7)
",4818:"
CV7ContinuousBIT_System_Process m_process
ContinuousBIT_System_Process information for system process flags (bits 16-31)
",4819:"
Continuous Built-In Test flags for general IMU information
",4821:"
CV7ContinuousBIT_IMU_General() = default
",4822:"
explicit CV7ContinuousBIT_IMU_General(
const uint8 bits
) : ContinuousBIT_IMU_General(bits)
",4823:"
Continuous Built-In Test flags for IMU sensors information
",4825:"
CV7ContinuousBIT_IMU_Sensors() = default
",4826:"
explicit CV7ContinuousBIT_IMU_Sensors(
const uint16 bits
) : ContinuousBIT_IMU_Sensors(bits)
",4827:"
Continuous Built-In Test flags for IMU information
",4829:"
CV7ContinuousBIT_IMU() = default
",4830:"
explicit CV7ContinuousBIT_IMU(
uint32 bits
)
",4835:"
CV7ContinuousBIT_IMU_General general() const
Gets information for general IMU flags (bits 32-39)
",4836:"
CV7ContinuousBIT_IMU_Sensors sensors() const
Gets information for IMU sensors flags (bits 40-55)
",4837:"
bool factoryBitsInvalid() const
Gets the value of the Factory Bits Invalid bit (bit 56)
",4839:"
CV7ContinuousBIT_IMU_General m_general
CV7ContinuousBIT_IMU_General information for general IMU flags (bits 32-39)
",4840:"
CV7ContinuousBIT_IMU_Sensors information for IMU sensors flags (bits 40-55)
",4841:"
Continuous Built-In Test flags for general filter information
",4843:"
CV7ContinuousBIT_Filter_General() = default
",4844:"
explicit CV7ContinuousBIT_Filter_General(
const uint8 bits
) : ContinuousBIT_Filter_General(bits)
",4846:"
Bitmasks for general filter flags
",4849:"
bool fault() const
Gets the value of the Filter Fault bit (bit 64)
",4850:"
Continuous Built-In Test flags for filter information
",4852:"
CV7ContinuousBIT_Filter() = default
",4853:"
explicit CV7ContinuousBIT_Filter(
uint32 bits
)
",4854:"
CV7ContinuousBIT_Filter_General general() const
Gets information for general filter flags (bits 64-71)
",4856:"
CV7ContinuousBIT_Filter_General m_general
CV7ContinuousBIT_Filter_General information for general filter flags (bits 64-71)
",4857:"
CV7ContinuousBIT
Continuous Built-In Test flag data
",4859:"
CV7ContinuousBIT() = delete
",4860:"
explicit CV7ContinuousBIT(
Bytes bytes
)
",4861:"
CV7ContinuousBIT_System system() const
Gets information for system flags (bits 0-31)
",4862:"
bool systemClockFailure() const override
Gets the value of the System Clock Failure bit (bit 0)
",4863:"
bool powerFault() const override
Gets the value of the Power Fault bit (bit 1)
",4864:"
bool firmwareFault() const override
Gets the value of the Firmware Fault bit (bit 4)
",4865:"
bool timingOverload() const override
Gets the value of the Timing Overload bit (bit 5)
",4866:"
bool bufferOverrun() const override
Gets the value of the Buffer Overrun bit (bit 6)
",4867:"
bool imuProcessFault() const
Gets the value of the IMU Process Fault bit (bit 16)
",4868:"
Gets the value of the IMU Data Rate Mismatch bit (bit 17)
",4869:"
bool imuDroppedData() const
Gets the value of the IMU Overrun Dropped Data bit (bit 18)
",4870:"
bool imuStuck() const
Gets the value of the IMU Stuck bit (bit 19)
",4871:"
bool filterProcessFault() const
Gets the value of the Filter Process Fault bit (bit 20)
",4872:"
bool filterDroppedData() const
Gets the value of the Filter Dropped Data bit (bit 21)
",4873:"
bool filterRateMismatch() const
Gets the value of the Filter Rate Mismatch bit (bit 22)
",4874:"
bool filterStuck() const
Gets the value of the Filter Stuck bit (bit 23)
",4875:"
CV7ContinuousBIT_IMU imu() const
Gets information for IMU flags (bits 32-63)
",4876:"
bool imuClockFault() const override
Gets the value of the IMU Clock Fault bit (bit 32)
",4877:"
bool imuCommunicationFault() const override
Gets the value of the IMU Communication Fault bit (bit 33)
",4878:"
bool imuTimingOverrun() const override
Gets the value of the IMU Timing Overrun bit (bit 34)
",4879:"
bool imuCalibrationErrorAccel() const override
Gets the value of the IMU Calibration Error Accelerometer bit (bit 36)
",4880:"
bool imuCalibrationErrorGyro() const override
Gets the value of the IMU Calibration Error Gyroscope bit (bit 37)
",4881:"
bool imuCalibrationErrorMag() const override
Gets the value of the IMU Calibration Error Magnetometer bit (bit 38)
",4882:"
bool accelGeneralFault() const override
Gets the value of the Accelerometer General Fault bit (bit 40)
",4883:"
bool accelOverrange() const override
Gets the value of the Accelerometer Overrange bit (bit 41)
",4884:"
bool accelSelfTestFail() const override
Gets the value of the Accelerometer Self Test bit (bit 42)
",4885:"
bool gyroGeneralFault() const override
Gets the value of the Gyroscope General Fault bit (bit 44)
",4886:"
bool gyroOverrange() const override
Gets the value of the Gyroscope Overrange bit (bit 45)
",4887:"
bool gyroSelfTestFail() const override
Gets the value of the Gyroscope Self Test bit (bit 46)
",4888:"
bool magGeneralFault() const override
Gets the value of the Magnetometer General Fault bit (bit 48)
",4889:"
bool magOverrange() const override
Gets the value of the Magnetometer Overrange bit (bit 49)
",4890:"
bool magSelfTestFail() const override
Gets the value of the Magnetometer Self Test bit (bit 50)
",4891:"
bool pressureGeneralFault() const override
Gets the value of the Pressure General Fault bit (bit 52)
",4892:"
bool pressureOverrange() const override
Gets the value of the Pressure Overrange bit (bit 53)
",4893:"
bool pressureSelfTestFail() const override
Gets the value of the Pressure Self Test bit (bit 54)
",4894:"
bool factoryBitsInvalid() const
Gets the value of the Factory Bits Invalid bit (bit 56)
",4895:"
CV7ContinuousBIT_Filter filter() const
Gets information for filter flags (bits 64-95)
",4896:"
bool filterFault() const
Gets the value of the Filter Fault bit (bit 64)
",4897:"
bool filterTimingOverrun() const override
Gets the value of the Filter Timing Overrun bit (bit 66)
",4898:"
bool filterTimingUnderrun() const override
Gets the value of the Filter Timing Underrun bit (bit 67)
",4899:"
MipDataPoints as_MipDataPoints() const override
Gets the data formatted as MipDataPoint objects.
",4901:"
CV7ContinuousBIT_System m_system
CV7ContinuousBIT_System information for system flags (bits 0-31)
",4902:"
CV7ContinuousBIT_IMU m_imu
CV7ContinuousBIT_IMU information for IMU flags (bits 32-63)
",4903:"
CV7ContinuousBIT_Filter m_filter
CV7ContinuousBIT_Filter information for filter flags (bits 64-95)
",4904:"
Continuous Built-In Test flags for general system information
",4906:"
GQ7ContinuousBIT_System_General() = default
",4907:"
explicit GQ7ContinuousBIT_System_General(
const uint8 bits
) : ContinuousBIT_System_General(bits)
",4908:"
Continuous Built-In Test flags for system process information
",4910:"
GQ7ContinuousBIT_System_Process() : ContinuousBIT_System_Process()
",4911:"
explicit GQ7ContinuousBIT_System_Process(
const uint16 bits
) : ContinuousBIT_System_Process(bits)
",4913:"
Bitmasks for system process information flags
",4927:"
uint8 imuIpcFault() const
Gets the value of the IMU IPC fault flags (bits 16-19)
",4928:"
bool imuControlLineFault() const
Gets the value of the IMU Control Line Fault bit (bit 16)
",4929:"
bool imuCommandResponseFault() const
Gets the value of the IMU Command Response Fault bit (bit 17)
",4930:"
bool imuSpiTransferFault() const
Gets the value of the IMU SPI Transfer Fault bit (bit 18)
",4931:"
bool imuDataFrameFault() const
Gets the value of the IMU Data Frame Fault bit (bit 19)
",4932:"
uint8 filterIpcFault() const
Gets the value of the Filter IPC fault flags (bits 20-23)
",4933:"
bool filterControlLineFault() const
Gets the value of the Filter Control Line Fault bit (bit 20)
",4934:"
bool filterCommandResponseFault() const
Gets the value of the Filter Command Response Fault bit (bit 21)
",4935:"
bool filterSpiTransferFault() const
Gets the value of the Filter SPI Transfer Fault bit (bit 22)
",4936:"
bool filterDataFrameFault() const
Gets the value of the Filter Data Frame Fault bit (bit 23)
",4937:"
uint8 gnssIpcFault() const
Gets the value of the GNSS IPC fault flags (bits 24-27)
",4938:"
bool gnssControlLineFault() const
Gets the value of the GNSS Control Line Fault bit (bit 24)
",4939:"
bool gnssCommandResponseFault() const
Gets the value of the GNSS Command Response Fault bit (bit 25)
",4940:"
bool gnssSpiTransferFault() const
Gets the value of the GNSS SPI Transfer Fault bit (bit 26)
",4941:"
bool gnssDataFrameFault() const
Gets the value of the GNSS Data Frame Fault bit (bit 27)
",4942:"
Continuous Built-In Test flags for system information
",4944:"
GQ7ContinuousBIT_System() = default
",4945:"
explicit GQ7ContinuousBIT_System(
uint32 bits
)
",4946:"
GQ7ContinuousBIT_System_General general() const
Gets information for general system flags (bits 0-7)
",4947:"
GQ7ContinuousBIT_System_Process process() const
Gets information for system process flags (bits 16-31)
",4949:"
GQ7ContinuousBIT_System_General m_general
ContinuousBIT_System_General information for general system flags (bits 0-7)
",4950:"
GQ7ContinuousBIT_System_Process m_process
ContinuousBIT_System_Process information for system process flags (bits 16-31)
",4951:"
Continuous Built-In Test flags for general IMU information
",4953:"
GQ7ContinuousBIT_IMU_General() = default
",4954:"
explicit GQ7ContinuousBIT_IMU_General(
const uint8 bits
) : ContinuousBIT_IMU_General(bits)
",4955:"
Continuous Built-In Test flags for IMU sensors information
",4957:"
GQ7ContinuousBIT_IMU_Sensors() = default
",4958:"
explicit GQ7ContinuousBIT_IMU_Sensors(
const uint16 bits
) : ContinuousBIT_IMU_Sensors(bits)
",4959:"
Continuous Built-In Test flags for IMU information
",4961:"
GQ7ContinuousBIT_IMU() = default
",4962:"
explicit GQ7ContinuousBIT_IMU(
uint32 bits
)
",4963:"
GQ7ContinuousBIT_IMU_General general() const
Gets information for general IMU flags (bits 32-39)
",4964:"
GQ7ContinuousBIT_IMU_Sensors sensors() const
Gets information for IMU sensors flags (bits 40-55)
",4966:"
GQ7ContinuousBIT_IMU_General m_general
GQ7ContinuousBIT_IMU_General information for general IMU flags (bits 32-39)
",4967:"
GQ7ContinuousBIT_IMU_Sensors information for IMU sensors flags (bits 40-55)
",4968:"
Continuous Built-In Test flags for general filter information
",4970:"
GQ7ContinuousBIT_Filter_General() = default
",4971:"
explicit GQ7ContinuousBIT_Filter_General(
const uint8 bits
) : ContinuousBIT_Filter_General(bits)
",4973:"
Bitmasks for general filter flags
",4981:"
bool clockFault() const
Gets the value of the Filter Clock Fault bit (bit 64)
",4982:"
bool hardwareFault() const
Gets the value of the Filter Hardware Fault bit (bit 65)
",4983:"
uint8 communicationError() const
Gets the value of the Filter Communication Error flags (bits 68-71)
",4984:"
bool communicationErrorImuSpi() const
Gets the value of the Filter Communication Error IMU SPI bit (bit 68)
",4985:"
bool communicationErrorGnssSpi() const
Gets the value of the Filter Communication Error GNSS SPI bit (bit 69)
",4986:"
bool communicationErrorCommsSpi() const
Gets the value of the Filter Communication Error COMMS SPI bit (bit 70)
",4987:"
bool communicationErrorCommsUart() const
Gets the value of the Filter Communication Error COMMS UART bit (bit 71)
",4988:"
Continuous Built-In Test flags for filter information
",4990:"
GQ7ContinuousBIT_Filter() = default
",4991:"
explicit GQ7ContinuousBIT_Filter(
uint32 bits
)
",4992:"
GQ7ContinuousBIT_Filter_General general() const
Gets information for general filter flags (bits 64-71)
",4994:"
GQ7ContinuousBIT_Filter_General m_general
GQ7ContinuousBIT_Filter_General information for general filter flags (bits 64-71)
",4995:"
Continuous Built-In Test flags for general GNSS information
",4997:"
GQ7ContinuousBIT_GNSS_General() = default
",4998:"
explicit GQ7ContinuousBIT_GNSS_General(
const uint8 bits
) : Bitfield(static_cast<uint64>(bits))
",5000:"
Bitmasks for general GNSS flags
",5009:"
uint8 flags() const
Gets the value of the general GNSS flags (bits 96-103)
",5010:"
bool clockFault() const
Gets the value of the GNSS Clock Fault bit (bit 96)
",5011:"
bool hardwareFault() const
Gets the value of the GNSS Hardware Fault bit (bit 97)
",5012:"
uint8 communicationError() const
Gets the value of the GNSS Communication Error flags (bits 98-100)
",5013:"
bool communicationErrorCommsSerial() const
Gets the value of the GNSS Communication Error COMMS Serial bit (bit 98)
",5014:"
bool communicationErrorCommsSpi() const
Gets the value of the GNSS Communication Error COMMS SPI bit (bit 99)
",5015:"
bool communicationErrorNavSpi() const
Gets the value of the GNSS Communication Error NAV SPI bit (bit 100)
",5016:"
bool gpsTimeFault() const
Gets the value of the GPS Time Fault bit (bit 101)
",5017:"
bool timingOverrun() const
Gets the value of the GNSS Timing Overrun bit (bit 102)
",5018:"
Continuous Built-In Test flags for GNSS receivers information
",5020:"
GQ7ContinuousBIT_GNSS_Receivers() = default
",5021:"
explicit GQ7ContinuousBIT_GNSS_Receivers(
const uint16 bits
) : Bitfield(static_cast<uint64>(bits))
",5023:"
Bitmasks for GNSS receivers flags
",5037:"
uint16 flags() const
Gets the value of the GNSS receivers flags (bits 104-119)
",5038:"
bool powerFaultReceiver1() const
Gets the value of the GNSS Receiver 1 Power Fault bit (bit 104)
",5039:"
bool faultReceiver1() const
Gets the value of the GNSS Receiver 1 Fault bit (bit 105)
",5040:"
bool shortedAntenna1() const
Gets the value of the GNSS Antenna 1 Shorted bit (bit 106)
",5041:"
bool openAntenna1() const
Gets the value of the GNSS Antenna 1 Open bit (bit 107)
",5042:"
bool solutionFaultReceiver1() const
Gets the value of the GNSS Receiver 1 Solution Fault bit (bit 108)
",5043:"
bool powerFaultReceiver2() const
Gets the value of the GNSS Receiver 2 Power Fault bit (bit 109)
",5044:"
bool faultReceiver2() const
Gets the value of the GNSS Receiver 2 Fault bit (bit 110)
",5045:"
bool shortedAntenna2() const
Gets the value of the GNSS Antenna 2 Shorted bit (bit 111)
",5046:"
bool openAntenna2() const
Gets the value of the GNSS Antenna 2 Open bit (bit 112)
",5047:"
bool solutionFaultReceiver2() const
Gets the value of the GNSS Receiver 2 Solution Fault bit (bit 113)
",5048:"
bool rtcmCommunicationFault() const
Gets the value of the RTCM Communication Fault bit (bit 114)
",5049:"
bool rtkDongleFault() const
Gets the value of the RTK Dongle Fault bit (bit 115)
",5050:"
Continuous Built-In Test flags for GNSS information
",5052:"
GQ7ContinuousBIT_GNSS() = default
",5053:"
explicit GQ7ContinuousBIT_GNSS(
uint32 bits
)
",5055:"
The offset of the 0 position of the value represented by this object in the overall BIT response Value: 96 bits
",5060:"
uint32 flags() const
Gets the value of the GNSS flags (bits 96-127)
",5061:"
GQ7ContinuousBIT_GNSS_General general() const
Gets information for general GNSS flags (bits 96-103)
",5062:"
GQ7ContinuousBIT_GNSS_Receivers receivers() const
Gets information for GNSS receivers flags (bits 104-119)
",5064:"
GQ7ContinuousBIT_GNSS_General m_general
GQ7ContinuousBIT_GNSS_General information for general GNSS flags (bits 96-103)
",5065:"
GQ7ContinuousBIT_GNSS_Receivers information for GNSS receivers flags (bits 104-119)
",5066:"
GQ7ContinuousBIT
Continuous Built-In Test flag data
",5068:"
GQ7ContinuousBIT() = delete
",5069:"
explicit GQ7ContinuousBIT(
Bytes bytes
)
",5070:"
GQ7ContinuousBIT_System system() const
Gets information for system flags (bits 0-31)
",5071:"
bool systemClockFailure() const override
Gets the value of the System Clock Failure bit (bit 0)
",5072:"
bool powerFault() const override
Gets the value of the Power Fault bit (bit 1)
",5073:"
bool firmwareFault() const override
Gets the value of the Firmware Fault bit (bit 4)
",5074:"
bool timingOverload() const override
Gets the value of the Timing Overload bit (bit 5)
",5075:"
bool bufferOverrun() const override
Gets the value of the Buffer Overrun bit (bit 6)
",5076:"
uint8 imuIpcFault() const
Gets the value of the IMU IPC fault flags (bits 16-19)
",5077:"
bool imuControlLineFault() const
Gets the value of the IMU Control Line Fault bit (bit 16)
",5078:"
bool imuCommandResponseFault() const
Gets the value of the IMU Command Response Fault bit (bit 17)
",5079:"
bool imuSpiTransferFault() const
Gets the value of the IMU SPI Transfer Fault bit (bit 18)
",5080:"
bool imuDataFrameFault() const
Gets the value of the IMU Data Frame Fault bit (bit 19)
",5081:"
uint8 filterIpcFault() const
Gets the value of the Filter IPC fault flags (bits 20-23)
",5082:"
bool filterControlLineFault() const
Gets the value of the Filter Control Line Fault bit (bit 20)
",5083:"
bool filterCommandResponseFault() const
Gets the value of the Filter Command Response Fault bit (bit 21)
",5084:"
bool filterSpiTransferFault() const
Gets the value of the Filter SPI Transfer Fault bit (bit 22)
",5085:"
bool filterDataFrameFault() const
Gets the value of the Filter Data Frame Fault bit (bit 23)
",5086:"
uint8 gnssIpcFault() const
Gets the value of the GNSS IPC fault flags (bits 24-27)
",5087:"
bool gnssControlLineFault() const
Gets the value of the GNSS Control Line Fault bit (bit 24)
",5088:"
bool gnssCommandResponseFault() const
Gets the value of the GNSS Command Response Fault bit (bit 25)
",5089:"
bool gnssSpiTransferFault() const
Gets the value of the GNSS SPI Transfer Fault bit (bit 26)
",5090:"
bool gnssDataFrameFault() const
Gets the value of the GNSS Data Frame Fault bit (bit 27)
",5091:"
GQ7ContinuousBIT_IMU imu() const
Gets information for IMU flags (bits 32-63)
",5092:"
bool imuClockFault() const override
Gets the value of the IMU Clock Fault bit (bit 32)
",5093:"
bool imuCommunicationFault() const override
Gets the value of the IMU Communication Fault bit (bit 33)
",5094:"
bool imuTimingOverrun() const override
Gets the value of the IMU Timing Overrun bit (bit 34)
",5095:"
bool imuCalibrationErrorAccel() const override
Gets the value of the IMU Calibration Error Accelerometer bit (bit 36)
",5096:"
bool imuCalibrationErrorGyro() const override
Gets the value of the IMU Calibration Error Gyroscope bit (bit 37)
",5097:"
bool imuCalibrationErrorMag() const override
Gets the value of the IMU Calibration Error Magnetometer bit (bit 38)
",5098:"
bool accelGeneralFault() const override
Gets the value of the Accelerometer General Fault bit (bit 40)
",5099:"
bool accelOverrange() const override
Gets the value of the Accelerometer Overrange bit (bit 41)
",5100:"
bool accelSelfTestFail() const override
Gets the value of the Accelerometer Self Test bit (bit 42)
",5101:"
bool gyroGeneralFault() const override
Gets the value of the Gyroscope General Fault bit (bit 44)
",5102:"
bool gyroOverrange() const override
Gets the value of the Gyroscope Overrange bit (bit 45)
",5103:"
bool gyroSelfTestFail() const override
Gets the value of the Gyroscope Self Test bit (bit 46)
",5104:"
bool magGeneralFault() const override
Gets the value of the Magnetometer General Fault bit (bit 48)
",5105:"
bool magOverrange() const override
Gets the value of the Magnetometer Overrange bit (bit 49)
",5106:"
bool magSelfTestFail() const override
Gets the value of the Magnetometer Self Test bit (bit 50)
",5107:"
bool pressureGeneralFault() const override
Gets the value of the Pressure General Fault bit (bit 52)
",5108:"
bool pressureOverrange() const override
Gets the value of the Pressure Overrange bit (bit 53)
",5109:"
bool pressureSelfTestFail() const override
Gets the value of the Pressure Self Test bit (bit 54)
",5110:"
GQ7ContinuousBIT_Filter filter() const
Gets information for filter flags (bits 64-95)
",5111:"
bool filterClockFault() const
Gets the value of the Filter Clock Fault bit (bit 64)
",5112:"
bool filterHardwareFault() const
Gets the value of the Filter Hardware Fault bit (bit 65)
",5113:"
bool filterTimingOverrun() const override
Gets the value of the Filter Timing Overrun bit (bit 66)
",5114:"
bool filterTimingUnderrun() const override
Gets the value of the Filter Timing Underrun bit (bit 67)
",5115:"
uint8 filterCommunicationError() const
Gets the value of the Filter Communication Error flags (bits 68-71)
",5116:"
bool filterCommunicationErrorImuSpi() const
Gets the value of the Filter Communication Error IMU SPI bit (bit 68)
",5117:"
bool filterCommunicationErrorGnssSpi() const
Gets the value of the Filter Communication Error GNSS SPI bit (bit 69)
",5118:"
bool filterCommunicationErrorCommsSpi() const
Gets the value of the Filter Communication Error COMMS SPI bit (bit 70)
",5119:"
bool filterCommunicationErrorCommsUart() const
Gets the value of the Filter Communication Error COMMS UART bit (bit 71)
",5120:"
GQ7ContinuousBIT_GNSS gnss() const
Gets information for GNSS flags (bits 96-127)
",5121:"
bool gnssClockFault() const
Gets the value of the GNSS Clock Fault bit (bit 96)
",5122:"
bool gnssHardwareFault() const
Gets the value of the GNSS Hardware Fault bit (bit 97)
",5123:"
uint8 gnssCommunicationError() const
Gets the value of the GNSS Communication Error flags (bits 98-100)
",5124:"
bool gnssCommunicationErrorCommsSerial() const
Gets the value of the GNSS Communication Error COMMS Serial bit (bit 98)
",5125:"
bool gnssCommunicationErrorCommsSpi() const
Gets the value of the GNSS Communication Error COMMS SPI bit (bit 99)
",5126:"
bool gnssCommunicationErrorNavSpi() const
Gets the value of the GNSS Communication Error NAV SPI bit (bit 100)
",5127:"
bool gpsTimeFault() const
Gets the value of the GPS Time Fault bit (bit 101)
",5128:"
bool gnssTimingOverrun() const
Gets the value of the GNSS Timing Overrun bit (bit 102)
",5129:"
bool gnssPowerFaultReceiver1() const
Gets the value of the GNSS Receiver 1 Power Fault bit (bit 104)
",5130:"
bool gnssFaultReceiver1() const
Gets the value of the GNSS Receiver 1 Fault bit (bit 105)
",5131:"
bool gnssShortedAntenna1() const
Gets the value of the GNSS Antenna 1 Shorted bit (bit 106)
",5132:"
bool gnssOpenAntenna1() const
Gets the value of the GNSS Antenna 1 Open bit (bit 107)
",5133:"
bool gnssSolutionFaultReceiver1() const
Gets the value of the GNSS Receiver 1 Solution Fault bit (bit 108)
",5134:"
bool gnssPowerFaultReceiver2() const
Gets the value of the GNSS Receiver 2 Power Fault bit (bit 109)
",5135:"
bool gnssFaultReceiver2() const
Gets the value of the GNSS Receiver 2 Fault bit (bit 110)
",5136:"
bool gnssShortedAntenna2() const
Gets the value of the GNSS Antenna 2 Shorted bit (bit 111)
",5137:"
bool gnssOpenAntenna2() const
Gets the value of the GNSS Antenna 2 Open bit (bit 112)
",5138:"
bool gnssSolutionFaultReceiver2() const
Gets the value of the GNSS Receiver 2 Solution Fault bit (bit 113)
",5139:"
bool rtcmCommunicationFault() const
Gets the value of the RTCM Communication Fault bit (bit 114)
",5140:"
bool rtkDongleFault() const
Gets the value of the RTK Dongle Fault bit (bit 115)
",5141:"
MipDataPoints as_MipDataPoints() const override
Gets the data formatted as MipDataPoint objects.
",5143:"
GQ7ContinuousBIT_System m_system
GQ7ContinuousBIT_System information for system flags (bits 0-31)
",5144:"
GQ7ContinuousBIT_IMU m_imu
GQ7ContinuousBIT_IMU information for IMU flags (bits 32-63)
",5145:"
GQ7ContinuousBIT_Filter m_filter
GQ7ContinuousBIT_Filter information for filter flags (bits 64-95)
",5146:"
GQ7ContinuousBIT_GNSS m_gnss
GQ7ContinuousBIT_GNSS information for GNSS flags (bits 96-127)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipBuiltInTest-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipBuiltInTest-h-ToolTips.js deleted file mode 100644 index 5fa25f91b..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipBuiltInTest-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({4413:"
The base model numbers for each of the MIP devices.  Ex: 6284-4220 (3DM-GQ7) NodeModel is 6284
",4527:"
MipDataPoint
Represents a single Inertial Data Point (Extends from DataPoint)
",4633:"
ContinuousBIT
Abstract class for device-specific Built-In Test result parser classes
",4672:"
Continuous Built-In Test flags for general system information
",4689:"
Continuous Built-In Test flags for system process information
",4704:"
Continuous Built-In Test flags for general IMU information
",4723:"
Continuous Built-In Test flags for IMU sensors information
",4764:"
Continuous Built-In Test flags for general filter information
",4783:"
Continuous Built-In Test flags for general system information
",4787:"
Continuous Built-In Test flags for system process information
",4810:"
Continuous Built-In Test flags for system information
",4819:"
Continuous Built-In Test flags for general IMU information
",4823:"
Continuous Built-In Test flags for IMU sensors information
",4827:"
Continuous Built-In Test flags for IMU information
",4841:"
Continuous Built-In Test flags for general filter information
",4850:"
Continuous Built-In Test flags for filter information
",4904:"
Continuous Built-In Test flags for general system information
",4908:"
Continuous Built-In Test flags for system process information
",4942:"
Continuous Built-In Test flags for system information
",4951:"
Continuous Built-In Test flags for general IMU information
",4955:"
Continuous Built-In Test flags for IMU sensors information
",4959:"
Continuous Built-In Test flags for IMU information
",4968:"
Continuous Built-In Test flags for general filter information
",4988:"
Continuous Built-In Test flags for filter information
",4995:"
Continuous Built-In Test flags for general GNSS information
",5018:"
Continuous Built-In Test flags for GNSS receivers information
",5050:"
Continuous Built-In Test flags for GNSS information
",10253:"
typedef for a vector of bytes.
",10388:"
Bitfield
",4857:"
CV7ContinuousBIT
Continuous Built-In Test flag data
",5066:"
GQ7ContinuousBIT
Continuous Built-In Test flag data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipBuiltInTest-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipBuiltInTest-h.html deleted file mode 100644 index 4ae190231..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipBuiltInTest-h.html +++ /dev/null @@ -1,2418 +0,0 @@ - - -MipBuiltInTest.h - - - - - - - -
-
ContinuousBIT
- -

Abstract class for device-specific Built-In Test result parser classes

-
- -
-
Functions
-
- -
-
ContinuousBIT
-
ContinuousBIT() = delete
-
- -
-
ContinuousBIT
-
explicit ContinuousBIT(
const ContinuousBIT&
) = delete
-

Copy constructor

-
- -
-
ContinuousBIT
-
explicit ContinuousBIT(
const ContinuousBIT&&
) = delete
-

Move constructor

-
- -
-
operator=
-
ContinuousBIT& operator=(
const ContinuousBIT&
) const = delete
-

Copy assignment operator

-
- -
-
operator=
-
ContinuousBIT& operator=(
const ContinuousBIT&&
) const = delete
-

Move assignment operator

-
- -
-
as_MipDataPoints
-
virtual MipDataPoints as_MipDataPoints() const = 0
-

Get the Built-In Test data formatted as MipDataPoint objects

Returns
MipDataPoints

Data in DataPoint format

-
- -
-
getMipDataPoints
-
static MipDataPoints getMipDataPoints(
MipModels::NodeModel model,
Bytes data
)
-

Static function to parse the Built-In Test result data into MipDataPoint objects based on the specified device model

Parameters
model
MipModels::NodeModel

MipModels::NodeModel of the device the data was output from

data
Bytes

Bytes Built-In Test result

Returns
MipDataPoints

Data in DataPoint format

-
- -
-
data
-
const Bytes& data() const
-

Gets the original Bytes source data (not parsed)

Returns
Bytes

Raw source data

-
- -
-
systemClockFailure
-
virtual bool systemClockFailure() const = 0
-

Gets the value of the System Clock Failure bit (bit 0)

Returns
bool

true: The system clock is not operating properly

-
- -
-
powerFault
-
virtual bool powerFault() const = 0
-

Gets the value of the Power Fault bit (bit 1)

Returns
bool

true: Power supply voltage is outside the recommended range, or an internal power fault exists

-
- -
-
firmwareFault
-
virtual bool firmwareFault() const = 0
-

Gets the value of the Firmware Fault bit (bit 4)

Returns
bool

true: System firmware has detected an unexpected or abnormal condition

-
- -
-
timingOverload
-
virtual bool timingOverload() const = 0
-

Gets the value of the Timing Overload bit (bit 5)

Returns
bool

true: The system is unable to keep up with the processing demand

-
- -
-
bufferOverrun
-
virtual bool bufferOverrun() const = 0
-

Gets the value of the Buffer Overrun bit (bit 6)

Returns
bool

true: A data buffer in the system has reached its capacity

-
- -
-
imuClockFault
-
virtual bool imuClockFault() const = 0
-

Gets the value of the IMU Clock Fault bit (bit 32)

Returns
bool

true: IMU is not running off the system clock

-
- -
-
imuCommunicationFault
-
virtual bool imuCommunicationFault() const = 0
-

Gets the value of the IMU Communication Fault bit (bit 33)

Returns
bool

true: No communication with IMU

-
- -
-
imuTimingOverrun
-
virtual bool imuTimingOverrun() const = 0
-

Gets the value of the IMU Timing Overrun bit (bit 34)

Returns
bool

true: IMU processes are taking longer than their allotted time

-
- -
-
imuCalibrationErrorAccel
-
virtual bool imuCalibrationErrorAccel() const = 0
-

Gets the value of the IMU Calibration Error Accelerometer bit (bit 36)

Returns
bool

true: A problem is detected with the accelerometer calibration

-
- -
-
imuCalibrationErrorGyro
-
virtual bool imuCalibrationErrorGyro() const = 0
-

Gets the value of the IMU Calibration Error Gyroscope bit (bit 37)

Returns
bool

true: A problem is detected with the gyroscope calibration

-
- -
-
imuCalibrationErrorMag
-
virtual bool imuCalibrationErrorMag() const = 0
-

Gets the value of the IMU Calibration Error Magnetometer bit (bit 38)

Returns
bool

true: A problem is detected with the magnetometer calibration

-
- -
-
accelGeneralFault
-
virtual bool accelGeneralFault() const = 0
-

Gets the value of the Accelerometer General Fault bit (bit 40)

Returns
bool

true: Accelerometer will not initialize

-
- -
-
accelOverrange
-
virtual bool accelOverrange() const = 0
-

Gets the value of the Accelerometer Overrange bit (bit 41)

Returns
bool

true: One or more axes subjected to accelerations near or outside the selected range

-
- -
-
accelSelfTest
-
virtual bool accelSelfTestFail() const = 0
-

Gets the value of the Accelerometer Self Test bit (bit 42)

Returns
bool

true: The internal self-test of the accelerometer failed

-
- -
-
gyroGeneralFault
-
virtual bool gyroGeneralFault() const = 0
-

Gets the value of the Gyroscope General Fault bit (bit 44)

Returns
bool

true: Gyroscope will not initialize

-
- -
-
gyroOverrange
-
virtual bool gyroOverrange() const = 0
-

Gets the value of the Gyroscope Overrange bit (bit 45)

Returns
bool

true: One or more axes subjected to rotational rates near or outside the selected range

-
- -
-
gyroSelfTest
-
virtual bool gyroSelfTestFail() const = 0
-

Gets the value of the Gyroscope Self Test bit (bit 46)

Returns
bool

true: The internal self-test of the gyroscope failed

-
- -
-
magGeneralFault
-
virtual bool magGeneralFault() const = 0
-

Gets the value of the Magnetometer General Fault bit (bit 48)

Returns
bool

true: Magnetometer will not initialize

-
- -
-
magOverrange
-
virtual bool magOverrange() const = 0
-

Gets the value of the Magnetometer Overrange bit (bit 49)

Returns
bool

true: One or more axes subjected to magnetic fields strengths near or outside the supported range

-
- -
-
magSelfTest
-
virtual bool magSelfTestFail() const = 0
-

Gets the value of the Magnetometer Self Test bit (bit 50)

Returns
bool

true: The internal self-test of the magnetometer failed

-
- -
-
pressureGeneralFault
-
virtual bool pressureGeneralFault() const = 0
-

Gets the value of the Pressure General Fault bit (bit 52)

Returns
bool

true: Pressure sensor won't initialize

-
- -
-
pressureOverrange
-
virtual bool pressureOverrange() const = 0
-

Gets the value of the Pressure Overrange bit (bit 53)

Returns
bool

true: Pressure sensor subjected to pressures above or below the supported range

-
- -
-
pressureSelfTest
-
virtual bool pressureSelfTestFail() const = 0
-

Gets the value of the Pressure Self Test bit (bit 54)

Returns
bool

true: The internal self-test of the pressure sensor failed

-
- -
-
filterTimingOverrun
-
virtual bool filterTimingOverrun() const = 0
-

Gets the value of the Filter Timing Overrun bit (bit 66)

Returns
bool

true: Filter processes are taking longer than their allotted time

-
- -
-
filterTimingUnderrun
-
virtual bool filterTimingUnderrun() const = 0
-

Gets the value of the Filter Timing Underrun bit (bit 67)

Returns
bool

true: Filter processes are being skipped

-
- -
-
ContinuousBIT
-
explicit ContinuousBIT(
Bytes bytes
)
-
- -
-
ContinuousBIT
-
virtual ~ContinuousBIT() = default
-
- -
-
Variables
-
- -
-
m_data
-
Bytes m_data
-

The original Bytes source data

-
- -
-
ContinuousBIT_System_General
-

Continuous Built-In Test flags for general system information

Bits 0-7 of the original 128 bit Continuous Built-In Test flags

-
- -
-
Constants
-
- -
-
Bitmasks
-

Bitmasks for general system flags

SYSTEM_CLOCK_FAILURE

0x01 - The system clock is not operating properly

POWER_FAULT

0x02 - Power supply voltage is outside the recommended range, or an internal power fault exists

FIRMWARE_FAULT

0x10 - System firmware has detected an unexpected or abnormal condition

TIMING_OVERLOAD

0x20 - The system is unable to keep up with the processing demand

BUFFER_OVERRUN

0x40 - A data buffer in the system has reached its capacity

-
- -
-
Functions
-
- -
-
flags
-
uint8 flags() const
-

Gets the value of the general system flags (bits 0-7)

Returns
uint8

Value of the general system flags

-
- -
-
systemClockFailure
-
bool systemClockFailure() const
-

Gets the value of the System Clock Failure bit (bit 0)

Returns
bool

true: The system clock is not operating properly

-
- -
-
powerFault
-
bool powerFault() const
-

Gets the value of the Power Fault bit (bit 1)

Returns
bool

true: Power supply voltage is outside the recommended range, or an internal power fault exists

-
- -
-
firmwareFault
-
bool firmwareFault() const
-

Gets the value of the Firmware Fault bit (bit 4)

Returns
bool

true: System firmware has detected an unexpected or abnormal condition

-
- -
-
timingOverload
-
bool timingOverload() const
-

Gets the value of the Timing Overload bit (bit 5)

Returns
bool

true: The system is unable to keep up with the processing demand

-
- -
-
bufferOverrun
-
bool bufferOverrun() const
-

Gets the value of the Buffer Overrun bit (bit 6)

Returns
bool

true: A data buffer in the system has reached its capacity

-
- -
-
ContinuousBIT_System_General
-
ContinuousBIT_System_General() = default
-
- -
-
ContinuousBIT_System_General
-
explicit ContinuousBIT_System_General(
const uint8 bits
) : Bitfield(static_cast<uint64>(bits))
-
Parameters
bits
const uint8

Bits 0-7 of the original 128 bit Continuous Built-In Test flags

-
- -
-
ContinuousBIT_System_Process
-

Continuous Built-In Test flags for system process information

Bits 16-31 of the original 128 bit Continuous Built-In Test flags

-
- -
-
Functions
-
- -
-
flags
-
uint16 flags() const
-

Gets the value of the process system flags (bits 16-31)

Returns
uint16

Value of the process system flags

-
- -
-
ContinuousBIT_System_Process
-
ContinuousBIT_System_Process() = default
-
- -
-
ContinuousBIT_System_Process
-
explicit ContinuousBIT_System_Process(
const uint16 bits
) : Bitfield(static_cast<uint64>(bits))
-
Parameters
bits
const uint16

Bits 16-31 of the original 128 bit Continuous Built-In Test flags

-
- -
-
ContinuousBIT_System
-

Continuous Built-In Test flags for system information

Bits 0-31 of the original 128 bit Continuous Built-In Test flags

-
- -
-
Constants
-
- -
-
RESPONSE_OFFSET
-

The offset of the 0 position of the value represented by this object in the overall BIT response Value: 0 bits

-
- -
-
Bitmasks
-
GENERAL_FLAGS

0xFF000000 - Bitmask for general system flags (bits 0-7)

PROCESS_FLAGS

0x0000FFFF - Bitmask for system process flags (bits 16-31)

-
- -
-
Functions
-
- -
-
flags
-
uint32 flags() const
-

Gets the value of the system flags (bits 0-31)

Returns
uint32

Value of the system flags

-
- -
-
ContinuousBIT_System
-
ContinuousBIT_System() = default
-
- -
-
ContinuousBIT_System
-
explicit ContinuousBIT_System(
const uint32 bits
) : Bitfield(static_cast<uint64>(bits))
-
Parameters
bits
const uint32

Value of bits 0-31 of the original 128 bit Continuous Built-In Test flags

-
- -
-
ContinuousBIT_IMU_General
-

Continuous Built-In Test flags for general IMU information

Bits 32-39 of the original 128 bit Continuous Built-In Test flags

-
- -
-
Constants
-
- -
-
Bitmasks
-

Bitmasks for general IMU flags

Note

These masks are shifted 32 bits to the right from the original 128 bitmask to have a 0 index at bit 32

CLOCK_FAULT

0x01 - IMU is not running off the system clock

COMMUNICATION_FAULT

0x02 - No communication with IMU

TIMING_OVERRUN

0x04 - IMU processes are taking longer than their allotted time

CALIBRATION_ERROR_ACCEL

0x10 - A problem is detected with the accelerometer calibration

CALIBRATION_ERROR_GYRO

0x20 - A problem is detected with the gyroscope calibration

CALIBRATION_ERROR_MAG

0x40 - A problem is detected with the magnetometer calibration

-
- -
-
Functions
-
- -
-
flags
-
uint8 flags() const
-

Gets the value of the general IMU flags (bits 32-39)

Returns
uint8

Value of the general IMU flags

-
- -
-
clockFault
-
bool clockFault() const
-

Gets the value of the Clock Fault bit (bit 32)

Returns
bool

true: IMU is not running off the system clock

-
- -
-
communicationFault
-
bool communicationFault() const
-

Gets the value of the Communication Fault bit (bit 33)

Returns
bool

true: No communication with IMU

-
- -
-
timingOverrun
-
bool timingOverrun() const
-

Gets the value of the Timing Overrun bit (bit 34)

Returns
bool

true: IMU processes are taking longer than their allotted time

-
- -
-
calibrationErrorAccel
-
bool calibrationErrorAccel() const
-

Gets the value of the Calibration Error Accelerometer bit (bit 36)

Returns
bool

true: A problem is detected with the accelerometer calibration

-
- -
-
calibrationErrorGyro
-
bool calibrationErrorGyro() const
-

Gets the value of the Calibration Error Gyroscope bit (bit 37)

Returns
bool

true: A problem is detected with the gyroscope calibration

-
- -
-
calibrationErrorMag
-
bool calibrationErrorMag() const
-

Gets the value of the Calibration Error Magnetometer bit (bit 38)

Returns
bool

true: A problem is detected with the magnetometer calibration

-
- -
-
ContinuousBIT_IMU_General
-
ContinuousBIT_IMU_General() = default
-
- -
-
ContinuousBIT_IMU_General
-
ContinuousBIT_IMU_General(
const uint8 bits
) : Bitfield(static_cast<uint64>(bits))
-
Parameters
bits
const uint8

Bits 32-39 of the original 128 bit Continuous Built-In Test flags

-
- -
-
ContinuousBIT_IMU_Sensors
-

Continuous Built-In Test flags for IMU sensors information

Bits 40-55 of the original 128 bit Continuous Built-In Test flags

-
- -
-
Constants
-
- -
-
Bitmasks
-

Bitmasks for IMU sensors flags

Note

These masks are shifted 40 bits to the right from the original 128 bitmask to have a 0 index at bit 40

ACCEL_GENERAL_FAULT

0x0100 - Accelerometer will not initialize

ACCEL_OVERRANGE

0x0200 - One or more axes subjected to accelerations near or outside the selected range

ACCEL_SELF_TEST_FAIL

0x0400 - The internal self-test of the accelerometer failed

GYRO_GENERAL_FAULT

0x1000 - Gyroscope will not initialize

GYRO_OVERRANGE

0x2000 - One or more axes subjected to rotational rates near or outside the selected range

GYRO_SELF_TEST_FAIL

0x4000 - The internal self-test of the gyroscope failed

MAG_GENERAL_FAULT

0x0001 - Magnetometer will not initialize

MAG_OVERRANGE

0x0002 - One or more axes subjected to magnetic fields strengths near or outside the supported range

MAG_SELF_TEST_FAIL

0x0004 - The internal self-test of the magnetometer failed

PRESSURE_GENERAL_FAULT

0x0010 - Pressure sensor won't initialize

PRESSURE_OVERRANGE

0x0020 - Pressure sensor subjected to pressures above or below the supported range

PRESSURE_SELF_TEST_FAIL

0x0040 - The internal self-test of the pressure sensor failed

-
- -
-
Functions
-
- -
-
flags
-
uint16 flags() const
-

Gets the value of the the IMU sensors flags (bits 40-55)

Returns
uint16

Value of the IMU sensors flags

-
- -
-
accelGeneralFault
-
bool accelGeneralFault() const
-

Gets the value of the Accelerometer General Fault bit (bit 40)

Returns
bool

true: Accelerometer will not initialize

-
- -
-
accelOverrange
-
bool accelOverrange() const
-

Gets the value of the Accelerometer Overrange bit (bit 41)

Returns
bool

true: One or more axes subjected to accelerations near or outside the selected range

-
- -
-
accelSelfTest
-
bool accelSelfTestFail() const
-

Gets the value of the Accelerometer Self Test bit (bit 42)

Returns
bool

true: The internal self-test of the accelerometer failed

-
- -
-
gyroGeneralFault
-
bool gyroGeneralFault() const
-

Gets the value of the Gyroscope General Fault bit (bit 44)

Returns
bool

true: Gyroscope will not initialize

-
- -
-
gyroOverrange
-
bool gyroOverrange() const
-

Gets the value of the Gyroscope Overrange bit (bit 45)

Returns
bool

true: One or more axes subjected to rotational rates near or outside the selected range

-
- -
-
gyroSelfTest
-
bool gyroSelfTestFail() const
-

Gets the value of the Gyroscope Self Test bit (bit 46)

Returns
bool

true: The internal self-test of the gyroscope failed

-
- -
-
magGeneralFault
-
bool magGeneralFault() const
-

Gets the value of the Magnetometer General Fault bit (bit 48)

Returns
bool

true: Magnetometer will not initialize

-
- -
-
magOverrange
-
bool magOverrange() const
-

Gets the value of the Magnetometer Overrange bit (bit 49)

Returns
bool

true: One or more axes subjected to magnetic fields strengths near or outside the supported range

-
- -
-
magSelfTest
-
bool magSelfTestFail() const
-

Gets the value of the Magnetometer Self Test bit (bit 50)

Returns
bool

true: The internal self-test of the magnetometer failed

-
- -
-
pressureGeneralFault
-
bool pressureGeneralFault() const
-

Gets the value of the Pressure General Fault bit (bit 52)

Returns
bool

true: Pressure sensor won't initialize

-
- -
-
pressureOverrange
-
bool pressureOverrange() const
-

Gets the value of the Pressure Overrange bit (bit 53)

Returns
bool

true: Pressure sensor subjected to pressures above or below the supported range

-
- -
-
pressureSelfTest
-
bool pressureSelfTestFail() const
-

Gets the value of the Pressure Self Test bit (bit 54)

Returns
bool

true: The internal self-test of the pressure sensor failed

-
- -
-
ContinuousBIT_IMU_Sensors
-
ContinuousBIT_IMU_Sensors() = default
-
- -
-
ContinuousBIT_IMU_Sensors
-
explicit ContinuousBIT_IMU_Sensors(
const uint16 bits
) : Bitfield(static_cast<uint64>(bits))
-
Parameters
bits
const uint16

Bits 40-55 of the original 128 bit Continuous Built-In Test flags

-
- -
-
ContinuousBIT_IMU
-

Continuous Built-In Test flags for IMU information

Bits 32-63 of the original 128 bit Continuous Built-In Test flags

-
- -
-
Constants
-
- -
-
RESPONSE_OFFSET
-

The offset of the 0 position of the value represented by this object in the overall BIT response Value: 32 bits

-
- -
-
Bitmasks
-
GENERAL_FLAGS

0xFF000000 - Bitmask for the general IMU bit flags (bits 32-39)

SENSORS_FLAGS

0x00FFFF00 - Bitmask for the IMU sensors bit flags (40-55)

Note

These masks are shifted 32 bits to the right from the original 128 bitmask to have a 0 index at bit 32

-
- -
-
Functions
-
- -
-
flags
-
uint32 flags() const
-

Gets the value of the IMU flags (bits 32-63)

Returns
uint32

Value of the IMU flags

-
- -
-
ContinuousBIT_IMU
-
ContinuousBIT_IMU() = default
-
- -
-
ContinuousBIT_IMU
-
explicit ContinuousBIT_IMU(
const uint32 bits
) : Bitfield(bits)
-
Parameters
bits
const uint32

Value of bits 32-63 of the original 128 bit Continuous Built-In Test flags

-
- -
-
ContinuousBIT_Filter_General
-

Continuous Built-In Test flags for general filter information

Bits 64-71 of the original 128 bit Continuous Built-In Test flags

-
- -
-
Constants
-
- -
-
Bitmasks
-

Bitmasks for general filter flags

Note

These masks are shifted 64 bits to the right from the original 128 bitmask to have a 0 index at bit 64

TIMING_OVERRUN

0x04 - Filter processes are taking longer than their allotted time

TIMING_UNDERRUN

0x08 - Filter processes are being skipped

-
- -
-
Functions
-
- -
-
flags
-
uint8 flags() const
-

Gets the value of the general filter flags (bits 64-71)

Returns
uint8

Value of the general filter flags

-
- -
-
timingOverrun
-
bool timingOverrun() const
-

Gets the value of the Filter Timing Overrun bit (bit 66)

Returns
bool

true: Filter processes are taking longer than their allotted time

-
- -
-
timingUnderrun
-
bool timingUnderrun() const
-

Gets the value of the Filter Timing Underrun bit (bit 67)

Returns
bool

true: Filter processes are being skipped

-
- -
-
ContinuousBIT_Filter_General
-
ContinuousBIT_Filter_General() = default
-
- -
-
ContinuousBIT_Filter_General
-
explicit ContinuousBIT_Filter_General(
const uint8 bits
) : Bitfield(static_cast<uint64>(bits))
-
Parameters
bits
const uint8

Bits 64-71 of the original 128 bit Continuous Built-In Test flags

-
- -
-
ContinuousBIT_Filter
-

Continuous Built-In Test flags for filter information

Bits 64-95 of the original 128 bit Continuous Built-In Test flags

-
- -
-
Constants
-
- -
-
RESPONSE_OFFSET
-

The offset of the 0 position of the value represented by this object in the overall BIT response Value: 64 bits

-
- -
-
GENERAL_FLAGS
-

Bitmask for general filter flags (bits 64-71)

GENERAL_FLAGS

0xFF000000 - Bitmask for general filter flags (bits 64-71)

Note

This mask is shifted 64 bits to the right from the original 128 bitmask to have a 0 index at bit 64

-
- -
-
Functions
-
- -
-
flags
-
uint32 flags() const
-

Gets the value of the filter flags (bits 64-95)

Returns
uint32

Value of the filter flags

-
- -
-
ContinuousBIT_Filter
-
ContinuousBIT_Filter() = default
-
- -
-
ContinuousBIT_Filter
-
explicit ContinuousBIT_Filter(
const uint32 bits
) : Bitfield(bits)
-
Parameters
bits
const uint32

Value of bits 64-95 of the original 128 bit Continuous Built-In Test flags

-
- -
-
CV7ContinuousBIT_System_General
-

Continuous Built-In Test flags for general system information

Bits 0-7 of the original 128 bit Continuous Built-In Test flags

-
- -
-
Functions
-
- -
-
CV7ContinuousBIT_System_General
-
CV7ContinuousBIT_System_General() = default
-
- -
-
CV7ContinuousBIT_System_General
-
explicit CV7ContinuousBIT_System_General(
const uint8 bits
) : ContinuousBIT_System_General(bits)
-
Parameters
bits
const uint8

Bits 0-7 of the original 128 bit Continuous Built-In Test flags

-
- -
-
CV7ContinuousBIT_System_Process
-

Continuous Built-In Test flags for system process information

Bits 16-31 of the original 128 bit Continuous Built-In Test flags

-
- -
-
Functions
-
- -
-
CV7ContinuousBIT_System_Process
-
CV7ContinuousBIT_System_Process() : ContinuousBIT_System_Process()
-
- -
-
CV7ContinuousBIT_System_Process
-
explicit CV7ContinuousBIT_System_Process(
const uint16 bits
) : ContinuousBIT_System_Process(bits)
-
Parameters
bits
const uint16

Bits 16-31 of the original 128 bit Continuous Built-In Test flags

-
- -
-
Constants
-
- -
-
Bitmasks
-

Bitmasks for system process information flags

Note

These masks are shifted 16 bits to the right from the original 128 bitmask to have a 0 index at bit 16

IMU_PROCESS_FAULT

0x8000 - The IMU subsystem is unresponsive or not operating normally

IMU_RATE_MISMATCH

0x4000 - Faster/slower than expected base rate

IMU_DROPPED_DATA

0x2000 - At least 1 dropped frame / overrun

IMU_STUCK

0x1000 - No IMU data received in 1 second

FILTER_PROCESS_FAULT

0x0800 - The Filter subsystem is unresponsive or not operating normally

FILTER_DROPPED_DATA

0x0400 - Filter samples not equal to IMU samples

FILTER_RATE_MISMATCH

0x0200 - Filter major cycle rate mismatch

FILTER_STUCK

0x0100 - No filter data received in 1 second

-
- -
-
Functions
-
- -
-
imuProcessFault
-
bool imuProcessFault() const
-

Gets the value of the IMU Process Fault bit (bit 16)

Returns
bool

true: The IMU subsystem is unresponsive or not operating normally

-
- -
-
imuDataRateMismatch
-

Gets the value of the IMU Data Rate Mismatch bit (bit 17)

Returns
bool

true: Faster/slower than expected base rate

-
- -
-
imuDroppedData
-
bool imuDroppedData() const
-

Gets the value of the IMU Overrun Dropped Data bit (bit 18)

Returns
bool

true: At least 1 dropped frame / overrun

-
- -
-
imuStuck
-
bool imuStuck() const
-

Gets the value of the IMU Stuck bit (bit 19)

Returns
bool

true: No IMU data received in 1 second

-
- -
-
filterProcessFault
-
bool filterProcessFault() const
-

Gets the value of the Filter Process Fault bit (bit 20)

Returns
bool

true: The Filter subsystem is unresponsive or not operating normally

-
- -
-
filterDroppedData
-
bool filterDroppedData() const
-

Gets the value of the Filter Dropped Data bit (bit 21)

Returns
bool

true: Filter samples not equal to IMU samples

-
- -
-
filterRateMismatch
-
bool filterRateMismatch() const
-

Gets the value of the Filter Rate Mismatch bit (bit 22)

Returns
bool

true: Filter major cycle rate mismatch

-
- -
-
filterStuck
-
bool filterStuck() const
-

Gets the value of the Filter Stuck bit (bit 23)

Returns
bool

true: No filter data received in 1 second

-
- -
-
CV7ContinuousBIT_System
-

Continuous Built-In Test flags for system information

Bits 0-31 of the original 128 bit Continuous Built-In Test flags

-
- -
-
Functions
-
- -
-
CV7ContinuousBIT_System
-
CV7ContinuousBIT_System() = default
-
- -
-
CV7ContinuousBIT_System
-
explicit CV7ContinuousBIT_System(
uint32 bits
)
-
Parameters
bits
uint32

Value of bits 0-31 of the original 128 bit Continuous Built-In Test flags

-
- -
-
general
- -

Gets information for general system flags (bits 0-7)

Returns
CV7ContinuousBIT_System_General

Information for general system flags

-
- -
-
process
- -

Gets information for system process flags (bits 16-31)

Returns
CV7ContinuousBIT_System_Process

Information for system process flags

-
- -
-
Variables
-
- -
-
m_general
- -

ContinuousBIT_System_General information for general system flags (bits 0-7)

-
- -
-
m_process
- -

ContinuousBIT_System_Process information for system process flags (bits 16-31)

-
- -
-
CV7ContinuousBIT_IMU_General
-

Continuous Built-In Test flags for general IMU information

Bits 32-39 of the original 128 bit Continuous Built-In Test flags

-
- -
-
Functions
-
- -
-
CV7ContinuousBIT_IMU_General
-
CV7ContinuousBIT_IMU_General() = default
-
- -
-
CV7ContinuousBIT_IMU_General
-
explicit CV7ContinuousBIT_IMU_General(
const uint8 bits
) : ContinuousBIT_IMU_General(bits)
-
Parameters
bits
const uint8

Bits 32-39 of the original 128 bit Continuous Built-In Test flags

-
- -
-
CV7ContinuousBIT_IMU_Sensors
-

Continuous Built-In Test flags for IMU sensors information

Bits 40-55 of the original 128 bit Continuous Built-In Test flags

-
- -
-
Functions
-
- -
-
CV7ContinuousBIT_IMU_Sensors
-
CV7ContinuousBIT_IMU_Sensors() = default
-
- -
-
CV7ContinuousBIT_IMU_Sensors
-
explicit CV7ContinuousBIT_IMU_Sensors(
const uint16 bits
) : ContinuousBIT_IMU_Sensors(bits)
-
Parameters
bits
const uint16

Bits 40-55 of the original 128 bit Continuous Built-In Test flags

-
- -
-
CV7ContinuousBIT_IMU
-

Continuous Built-In Test flags for IMU information

Bits 32-63 of the original 128 bit Continuous Built-In Test flags

-
- -
-
Functions
-
- -
-
CV7ContinuousBIT_IMU
-
CV7ContinuousBIT_IMU() = default
-
- -
-
CV7ContinuousBIT_IMU
-
explicit CV7ContinuousBIT_IMU(
uint32 bits
)
-
Parameters
bits
uint32

Value of bits 32-63 of the original 128 bit Continuous Built-In Test flags

-
- -
-
Constants
-
- -
-
Bitmasks
-
FACTORY_BITS_INVALID

0x00000001 - Factory settings invalid. Device unusable (56)

Note

These masks are shifted 32 bits to the right from the original 128 bitmask to have a 0 index at bit 32

-
- -
-
Functions
-
- -
-
general
- -

Gets information for general IMU flags (bits 32-39)

Returns
CV7ContinuousBIT_IMU_General

Information for general IMU flags

-
- -
-
sensors
- -

Gets information for IMU sensors flags (bits 40-55)

Returns
CV7ContinuousBIT_IMU_Sensors

Information for IMU sensors flags

-
- -
-
factoryBitsInvalid
-
bool factoryBitsInvalid() const
-

Gets the value of the Factory Bits Invalid bit (bit 56)

Returns
bool

true: Factory settings invalid. Device unusable

-
- -
-
Variables
-
- -
-
m_general
- -

CV7ContinuousBIT_IMU_General information for general IMU flags (bits 32-39)

-
- -
-
m_sensors;
-

CV7ContinuousBIT_IMU_Sensors information for IMU sensors flags (bits 40-55)

-
- -
-
CV7ContinuousBIT_Filter_General
-

Continuous Built-In Test flags for general filter information

Bits 64-71 of the original 128 bit Continuous Built-In Test flags

-
- -
-
Functions
-
- -
-
CV7ContinuousBIT_Filter_General
-
CV7ContinuousBIT_Filter_General() = default
-
- -
-
CV7ContinuousBIT_Filter_General
-
explicit CV7ContinuousBIT_Filter_General(
const uint8 bits
) : ContinuousBIT_Filter_General(bits)
-
Parameters
bits
const uint8

Bits 64-71 of the original 128 bit Continuous Built-In Test flags

-
- -
-
Constants
-
- -
-
Bitmasks
-

Bitmasks for general filter flags

Note

These masks are shifted 64 bits to the right from the original 128 bitmask to have a 0 index at bit 64

FAULT

0x01 - Filter processes will not initialize

-
- -
-
Functions
-
- -
-
fault
-
bool fault() const
-

Gets the value of the Filter Fault bit (bit 64)

Returns
bool

true: Filter processes will not initialize

-
- -
-
CV7ContinuousBIT_Filter
-

Continuous Built-In Test flags for filter information

Bits 64-95 of the original 128 bit Continuous Built-In Test flags

-
- -
-
Functions
-
- -
-
CV7ContinuousBIT_Filter
-
CV7ContinuousBIT_Filter() = default
-
- -
-
CV7ContinuousBIT_Filter
-
explicit CV7ContinuousBIT_Filter(
uint32 bits
)
-
Parameters
bits
uint32

Value of bits 64-95 of the original 128 bit Continuous Built-In Test flags

-
- -
-
general
- -

Gets information for general filter flags (bits 64-71)

Returns
CV7ContinuousBIT_Filter_General

Information for general filter flags

-
- -
-
Variables
-
- -
-
m_general
- -

CV7ContinuousBIT_Filter_General information for general filter flags (bits 64-71)

-
- -
-
CV7ContinuousBIT
-
public
ContinuousBIT
CV7ContinuousBIT
-

Continuous Built-In Test flag data

See the CV7 Built-in Test documentation for more information

-
- -
-
Functions
-
- -
-
CV7ContinuousBIT
-
CV7ContinuousBIT() = delete
-
- -
-
CV7ContinuousBIT
-
explicit CV7ContinuousBIT(
Bytes bytes
)
-
Parameters
bytes
Bytes

Flag values from Continuous Built-In Test

-
- -
-
system
- -

Gets information for system flags (bits 0-31)

Returns
CV7ContinuousBIT_System

Information for system flags

-
- -
-
systemClockFailure
-
bool systemClockFailure() const override
-

Gets the value of the System Clock Failure bit (bit 0)

Returns
bool

true: The system clock is not operating properly

-
- -
-
powerFault
-
bool powerFault() const override
-

Gets the value of the Power Fault bit (bit 1)

Returns
bool

true: Power supply voltage is outside the recommended range, or an internal power fault exists

-
- -
-
firmwareFault
-
bool firmwareFault() const override
-

Gets the value of the Firmware Fault bit (bit 4)

Returns
bool

true: System firmware has detected an unexpected or abnormal condition

-
- -
-
timingOverload
-
bool timingOverload() const override
-

Gets the value of the Timing Overload bit (bit 5)

Returns
bool

true: The system is unable to keep up with the processing demand

-
- -
-
bufferOverrun
-
bool bufferOverrun() const override
-

Gets the value of the Buffer Overrun bit (bit 6)

Returns
bool

true: A data buffer in the system has reached its capacity

-
- -
-
imuProcessFault
-
bool imuProcessFault() const
-

Gets the value of the IMU Process Fault bit (bit 16)

Returns
bool

true: The IMU subsystem is unresponsive or not operating normally

-
- -
-
imuDataRateMismatch
-

Gets the value of the IMU Data Rate Mismatch bit (bit 17)

Returns
bool

true: Faster/slower than expected base rate

-
- -
-
imuDroppedData
-
bool imuDroppedData() const
-

Gets the value of the IMU Overrun Dropped Data bit (bit 18)

Returns
bool

true: At least 1 dropped frame / overrun

-
- -
-
imuStuck
-
bool imuStuck() const
-

Gets the value of the IMU Stuck bit (bit 19)

Returns
bool

true: No IMU data received in 1 second

-
- -
-
filterProcessFault
-
bool filterProcessFault() const
-

Gets the value of the Filter Process Fault bit (bit 20)

Returns
bool

true: The Filter subsystem is unresponsive or not operating normally

-
- -
-
filterDroppedData
-
bool filterDroppedData() const
-

Gets the value of the Filter Dropped Data bit (bit 21)

Returns
bool

true: Filter samples not equal to IMU samples

-
- -
-
filterRateMismatch
-
bool filterRateMismatch() const
-

Gets the value of the Filter Rate Mismatch bit (bit 22)

Returns
bool

true: Filter major cycle rate mismatch

-
- -
-
filterStuck
-
bool filterStuck() const
-

Gets the value of the Filter Stuck bit (bit 23)

Returns
bool

true: No filter data received in 1 second

-
- -
-
imu
- -

Gets information for IMU flags (bits 32-63)

Returns
CV7ContinuousBIT_IMU

Information for IMU flags

-
- -
-
imuClockFault
-
bool imuClockFault() const override
-

Gets the value of the IMU Clock Fault bit (bit 32)

Returns
bool

true: IMU is not running off the system clock

-
- -
-
imuCommunicationFault
-
bool imuCommunicationFault() const override
-

Gets the value of the IMU Communication Fault bit (bit 33)

Returns
bool

true: No communication with IMU

-
- -
-
imuTimingOverrun
-
bool imuTimingOverrun() const override
-

Gets the value of the IMU Timing Overrun bit (bit 34)

Returns
bool

true: IMU processes are taking longer than their allotted time

-
- -
-
imuCalibrationErrorAccel
-
bool imuCalibrationErrorAccel() const override
-

Gets the value of the IMU Calibration Error Accelerometer bit (bit 36)

Returns
bool

true: A problem is detected with the accelerometer calibration

-
- -
-
imuCalibrationErrorGyro
-
bool imuCalibrationErrorGyro() const override
-

Gets the value of the IMU Calibration Error Gyroscope bit (bit 37)

Returns
bool

true: A problem is detected with the gyroscope calibration

-
- -
-
imuCalibrationErrorMag
-
bool imuCalibrationErrorMag() const override
-

Gets the value of the IMU Calibration Error Magnetometer bit (bit 38)

Returns
bool

true: A problem is detected with the magnetometer calibration

-
- -
-
accelGeneralFault
-
bool accelGeneralFault() const override
-

Gets the value of the Accelerometer General Fault bit (bit 40)

Returns
bool

true: Accelerometer will not initialize

-
- -
-
accelOverrange
-
bool accelOverrange() const override
-

Gets the value of the Accelerometer Overrange bit (bit 41)

Returns
bool

true: One or more axes subjected to accelerations near or outside the selected range

-
- -
-
accelSelfTest
-
bool accelSelfTestFail() const override
-

Gets the value of the Accelerometer Self Test bit (bit 42)

Returns
bool

true: The internal self-test of the accelerometer failed

-
- -
-
gyroGeneralFault
-
bool gyroGeneralFault() const override
-

Gets the value of the Gyroscope General Fault bit (bit 44)

Returns
bool

true: Gyroscope will not initialize

-
- -
-
gyroOverrange
-
bool gyroOverrange() const override
-

Gets the value of the Gyroscope Overrange bit (bit 45)

Returns
bool

true: One or more axes subjected to rotational rates near or outside the selected range

-
- -
-
gyroSelfTest
-
bool gyroSelfTestFail() const override
-

Gets the value of the Gyroscope Self Test bit (bit 46)

Returns
bool

true: The internal self-test of the gyroscope failed

-
- -
-
magGeneralFault
-
bool magGeneralFault() const override
-

Gets the value of the Magnetometer General Fault bit (bit 48)

Returns
bool

true: Magnetometer will not initialize

-
- -
-
magOverrange
-
bool magOverrange() const override
-

Gets the value of the Magnetometer Overrange bit (bit 49)

Returns
bool

true: One or more axes subjected to magnetic fields strengths near or outside the supported range

-
- -
-
magSelfTest
-
bool magSelfTestFail() const override
-

Gets the value of the Magnetometer Self Test bit (bit 50)

Returns
bool

true: The internal self-test of the magnetometer failed

-
- -
-
pressureGeneralFault
-
bool pressureGeneralFault() const override
-

Gets the value of the Pressure General Fault bit (bit 52)

Returns
bool

true: Pressure sensor won't initialize

-
- -
-
pressureOverrange
-
bool pressureOverrange() const override
-

Gets the value of the Pressure Overrange bit (bit 53)

Returns
bool

true: Pressure sensor subjected to pressures above or below the supported range

-
- -
-
pressureSelfTest
-
bool pressureSelfTestFail() const override
-

Gets the value of the Pressure Self Test bit (bit 54)

Returns
bool

true: The internal self-test of the pressure sensor failed

-
- -
-
factoryBitsInvalid
-
bool factoryBitsInvalid() const
-

Gets the value of the Factory Bits Invalid bit (bit 56)

Returns
bool

true: Factory settings invalid. Device unusable

-
- -
-
filter
- -

Gets information for filter flags (bits 64-95)

Returns
CV7ContinuousBIT_Filter

Information for filter flags

-
- -
-
filterFault
-
bool filterFault() const
-

Gets the value of the Filter Fault bit (bit 64)

Returns
bool

true: Filter processes will not initialize

-
- -
-
filterTimingOverrun
-
bool filterTimingOverrun() const override
-

Gets the value of the Filter Timing Overrun bit (bit 66)

Returns
bool

true: Filter processes are taking longer than their allotted time

-
- -
-
filterTimingUnderrun
-
bool filterTimingUnderrun() const override
-

Gets the value of the Filter Timing Underrun bit (bit 67)

Returns
bool

true: Filter processes are being skipped

-
- -
-
as_MipDataPoints
-
MipDataPoints as_MipDataPoints() const override
-

Gets the data formatted as MipDataPoint objects.

Returns
MipDataPoints

data in DataPoint format

-
- -
-
Variables
-
- -
-
m_system
- -

CV7ContinuousBIT_System information for system flags (bits 0-31)

-
- -
-
m_imu
- -

CV7ContinuousBIT_IMU information for IMU flags (bits 32-63)

-
- -
-
m_filter
- -

CV7ContinuousBIT_Filter information for filter flags (bits 64-95)

-
- -
-
GQ7ContinuousBIT_System_General
-

Continuous Built-In Test flags for general system information

Bits 0-7 of the original 128 bit Continuous Built-In Test flags

-
- -
-
Functions
-
- -
-
GQ7ContinuousBIT_System_General
-
GQ7ContinuousBIT_System_General() = default
-
- -
-
GQ7ContinuousBIT_System_General
-
explicit GQ7ContinuousBIT_System_General(
const uint8 bits
) : ContinuousBIT_System_General(bits)
-
Parameters
bits
const uint8

Bits 0-7 of the original 128 bit Continuous Built-In Test flags

-
- -
-
GQ7ContinuousBIT_System_Process
-

Continuous Built-In Test flags for system process information

Bits 16-31 of the original 128 bit Continuous Built-In Test flags

-
- -
-
Functions
-
- -
-
GQ7ContinuousBIT_System_Process
-
GQ7ContinuousBIT_System_Process() : ContinuousBIT_System_Process()
-
- -
-
GQ7ContinuousBIT_System_Process
-
explicit GQ7ContinuousBIT_System_Process(
const uint16 bits
) : ContinuousBIT_System_Process(bits)
-
Parameters
bits
const uint16

Bits 16-31 of the original 128 bit Continuous Built-In Test flags

-
- -
-
Constants
-
- -
-
Bitmasks
-

Bitmasks for system process information flags

Note

These masks are shifted 16 bits to the right from the original 128 bitmask to have a 0 index at bit 16

IMU_CONTROL_LINE_FAULT

0x0100 - The IMU control line is not behaving as expected

IMU_COMMAND_RESPONSE_FAULT

0x0200 - The IMU is not responsive to commands

IMU_SPI_TRANSFER_FAULT

0x0400 - Misaligned/failed IMU SPI transfers

IMU_DATA_FRAME_FAULT

0x0800 - Missing IMU data frame(s)

FILTER_CONTROL_LINE_FAULT

0x1000 - The filter control line is not behaving as expected

FILTER_COMMAND_RESPONSE_FAULT

0x2000 - The filter is not responsive to commands

FILTER_SPI_TRANSFER_FAULT

0x4000 - Misaligned/failed filter SPI transfers

FILTER_DATA_FRAME_FAULT

0x8000 - Missing filter data frame(s)

GNSS_CONTROL_LINE_FAULT

0x0001 - The GNSS control line is not behaving as expected

GNSS_COMMAND_RESPONSE_FAULT

0x0002 - The GNSS is not responsive to commands

GNSS_SPI_TRANSFER_FAULT

0x0004 - Misaligned/failed GNSS SPI transfers

GNSS_DATA_FRAME_FAULT

0x0008 - Missing GNSS data frame(s)

-
- -
-
Functions
-
- -
-
imuIpcFault
-
uint8 imuIpcFault() const
-

Gets the value of the IMU IPC fault flags (bits 16-19)

Note

Bits 0-3 of this value correspond to bits 16-19

Returns
uint8

Value of the IMU IPC fault flags

-
- -
-
imuControlLineFault
-
bool imuControlLineFault() const
-

Gets the value of the IMU Control Line Fault bit (bit 16)

Returns
bool

true: The IMU control line is not behaving as expected

-
- -
-
imuCommandResponseFault
-
bool imuCommandResponseFault() const
-

Gets the value of the IMU Command Response Fault bit (bit 17)

Returns
bool

true: The IMU is not responsive to commands

-
- -
-
imuSpiTransferFault
-
bool imuSpiTransferFault() const
-

Gets the value of the IMU SPI Transfer Fault bit (bit 18)

Returns
bool

true: Misaligned/failed IMU SPI transfers

-
- -
-
imuDataFrameFault
-
bool imuDataFrameFault() const
-

Gets the value of the IMU Data Frame Fault bit (bit 19)

Returns
bool

true: Missing IMU data frame(s)

-
- -
-
filterIpcFault
-
uint8 filterIpcFault() const
-

Gets the value of the Filter IPC fault flags (bits 20-23)

Note

Bits 0-3 of this value correspond to bits 20-23

Returns
uint8

Value of the filter IPC fault flags

-
- -
-
filterControlLineFault
-
bool filterControlLineFault() const
-

Gets the value of the Filter Control Line Fault bit (bit 20)

Returns
bool

true: The filter control line is not behaving as expected

-
- -
-
filterCommandResponseFault
-
bool filterCommandResponseFault() const
-

Gets the value of the Filter Command Response Fault bit (bit 21)

Returns
bool

true: The filter is not responsive to commands

-
- -
-
filterSpiTransferFault
-
bool filterSpiTransferFault() const
-

Gets the value of the Filter SPI Transfer Fault bit (bit 22)

Returns
bool

true: Misaligned/failed filter SPI transfers

-
- -
-
filterDataFrameFault
-
bool filterDataFrameFault() const
-

Gets the value of the Filter Data Frame Fault bit (bit 23)

Returns
bool

true: Missing filter data frame(s)

-
- -
-
gnssIpcFault
-
uint8 gnssIpcFault() const
-

Gets the value of the GNSS IPC fault flags (bits 24-27)

Note

Bits 0-3 of this value correspond to bits 24-27

Returns
uint8

Value of the GNSS IPC fault flags

-
- -
-
gnssControlLineFault
-
bool gnssControlLineFault() const
-

Gets the value of the GNSS Control Line Fault bit (bit 24)

Returns
bool

true: The GNSS control line is not behaving as expected

-
- -
-
gnssCommandResponseFault
-
bool gnssCommandResponseFault() const
-

Gets the value of the GNSS Command Response Fault bit (bit 25)

Returns
bool

true: The GNSS is not responsive to commands

-
- -
-
gnssSpiTransferFault
-
bool gnssSpiTransferFault() const
-

Gets the value of the GNSS SPI Transfer Fault bit (bit 26)

Returns
bool

true: Misaligned/failed GNSS SPI transfers

-
- -
-
gnssDataFrameFault
-
bool gnssDataFrameFault() const
-

Gets the value of the GNSS Data Frame Fault bit (bit 27)

Returns
bool

true: Missing GNSS data frame(s)

-
- -
-
GQ7ContinuousBIT_System
-

Continuous Built-In Test flags for system information

Bits 0-31 of the original 128 bit Continuous Built-In Test flags

-
- -
-
Functions
-
- -
-
GQ7ContinuousBIT_System
-
GQ7ContinuousBIT_System() = default
-
- -
-
GQ7ContinuousBIT_System
-
explicit GQ7ContinuousBIT_System(
uint32 bits
)
-
Parameters
bits
uint32

Value of bits 0-31 of the original 128 bit Continuous Built-In Test flags

-
- -
-
general
- -

Gets information for general system flags (bits 0-7)

Returns
GQ7ContinuousBIT_System_General

Information for general system flags

-
- -
-
process
- -

Gets information for system process flags (bits 16-31)

Returns
GQ7ContinuousBIT_System_Process

Information for system process flags

-
- -
-
Variables
-
- -
-
m_general
- -

ContinuousBIT_System_General information for general system flags (bits 0-7)

-
- -
-
m_process
- -

ContinuousBIT_System_Process information for system process flags (bits 16-31)

-
- -
-
GQ7ContinuousBIT_IMU_General
-

Continuous Built-In Test flags for general IMU information

Bits 32-39 of the original 128 bit Continuous Built-In Test flags

-
- -
-
Functions
-
- -
-
GQ7ContinuousBIT_IMU_General
-
GQ7ContinuousBIT_IMU_General() = default
-
- -
-
GQ7ContinuousBIT_IMU_General
-
explicit GQ7ContinuousBIT_IMU_General(
const uint8 bits
) : ContinuousBIT_IMU_General(bits)
-
Parameters
bits
const uint8

Bits 32-39 of the original 128 bit Continuous Built-In Test flags

-
- -
-
GQ7ContinuousBIT_IMU_Sensors
-

Continuous Built-In Test flags for IMU sensors information

Bits 40-55 of the original 128 bit Continuous Built-In Test flags

-
- -
-
Functions
-
- -
-
GQ7ContinuousBIT_IMU_Sensors
-
GQ7ContinuousBIT_IMU_Sensors() = default
-
- -
-
GQ7ContinuousBIT_IMU_Sensors
-
explicit GQ7ContinuousBIT_IMU_Sensors(
const uint16 bits
) : ContinuousBIT_IMU_Sensors(bits)
-
Parameters
bits
const uint16

Bits 40-55 of the original 128 bit Continuous Built-In Test flags

-
- -
-
GQ7ContinuousBIT_IMU
-

Continuous Built-In Test flags for IMU information

Bits 32-63 of the original 128 bit Continuous Built-In Test flags

-
- -
-
Functions
-
- -
-
GQ7ContinuousBIT_IMU
-
GQ7ContinuousBIT_IMU() = default
-
- -
-
GQ7ContinuousBIT_IMU
-
explicit GQ7ContinuousBIT_IMU(
uint32 bits
)
-
Parameters
bits
uint32

Value of bits 32-63 of the original 128 bit Continuous Built-In Test flags

-
- -
-
general
- -

Gets information for general IMU flags (bits 32-39)

Returns
GQ7ContinuousBIT_IMU_General

Information for general IMU flags

-
- -
-
sensors
- -

Gets information for IMU sensors flags (bits 40-55)

Returns
GQ7ContinuousBIT_IMU_Sensors

Information for IMU sensors flags

-
- -
-
Variables
-
- -
-
m_general
- -

GQ7ContinuousBIT_IMU_General information for general IMU flags (bits 32-39)

-
- -
-
m_sensors;
-

GQ7ContinuousBIT_IMU_Sensors information for IMU sensors flags (bits 40-55)

-
- -
-
GQ7ContinuousBIT_Filter_General
-

Continuous Built-In Test flags for general filter information

Bits 64-71 of the original 128 bit Continuous Built-In Test flags

-
- -
-
Functions
-
- -
-
GQ7ContinuousBIT_Filter_General
-
GQ7ContinuousBIT_Filter_General() = default
-
- -
-
GQ7ContinuousBIT_Filter_General
-
explicit GQ7ContinuousBIT_Filter_General(
const uint8 bits
) : ContinuousBIT_Filter_General(bits)
-
Parameters
bits
const uint8

Bits 64-71 of the original 128 bit Continuous Built-In Test flags

-
- -
-
Constants
-
- -
-
Bitmasks
-

Bitmasks for general filter flags

Note

These masks are shifted 64 bits to the right from the original 128 bitmask to have a 0 index at bit 64

CLOCK_FAULT

0x01 - The filter subsystem is not running off the system clock

HARDWARE_FAULT

0x02 - Filter hardware initialization error

IMU_SPI_COMMUNICATION_ERROR

0x10 - No communication on the IMU SPI port

GNSS_SPI_COMMUNICATION_ERROR

0x20 - No communication on the GNSS SPI port

COMMS_SPI_COMMUNICATION_ERROR

0x40 - No communication on the COMMS SPI port

COMMS_UART_COMMUNICATION_ERROR

0x80 - No communication on the COMMS UART port

-
- -
-
Functions
-
- -
-
clockFault
-
bool clockFault() const
-

Gets the value of the Filter Clock Fault bit (bit 64)

Returns
bool

true: The filter subsystem is not running off the system clock

-
- -
-
hardwareFault
-
bool hardwareFault() const
-

Gets the value of the Filter Hardware Fault bit (bit 65)

Returns
bool

true: Filter hardware initialization error

-
- -
-
communicationError
-
uint8 communicationError() const
-

Gets the value of the Filter Communication Error flags (bits 68-71)

Note

Bits 0-3 of this value correspond to bits 68-71

Returns
uint8

Value of the Filter Communication Error flags

-
- -
-
communicationErrorImuSpi
-
bool communicationErrorImuSpi() const
-

Gets the value of the Filter Communication Error IMU SPI bit (bit 68)

Returns
bool

true: No filter communication on the IMU SPI port

-
- -
-
communicationErrorGnssSpi
-
bool communicationErrorGnssSpi() const
-

Gets the value of the Filter Communication Error GNSS SPI bit (bit 69)

Returns
bool

true: No filter communication on the GNSS SPI port

-
- -
-
communicationErrorCommsSpi
-
bool communicationErrorCommsSpi() const
-

Gets the value of the Filter Communication Error COMMS SPI bit (bit 70)

Returns
bool

true: No filter communication on the COMMS SPI port

-
- -
-
communicationErrorCommsUart
-
bool communicationErrorCommsUart() const
-

Gets the value of the Filter Communication Error COMMS UART bit (bit 71)

Returns
bool

true: No filter communication on the COMMS UART port

-
- -
-
GQ7ContinuousBIT_Filter
-

Continuous Built-In Test flags for filter information

Bits 64-95 of the original 128 bit Continuous Built-In Test flags

-
- -
-
Functions
-
- -
-
GQ7ContinuousBIT_Filter
-
GQ7ContinuousBIT_Filter() = default
-
- -
-
GQ7ContinuousBIT_Filter
-
explicit GQ7ContinuousBIT_Filter(
uint32 bits
)
-
Parameters
bits
uint32

Value of bits 64-95 of the original 128 bit Continuous Built-In Test flags

-
- -
-
general
- -

Gets information for general filter flags (bits 64-71)

Returns
GQ7ContinuousBIT_Filter_General

Information for general filter flags

-
- -
-
Variables
-
- -
-
m_general
- -

GQ7ContinuousBIT_Filter_General information for general filter flags (bits 64-71)

-
- -
-
GQ7ContinuousBIT_GNSS_General
-

Continuous Built-In Test flags for general GNSS information

Bits 96-103 of the original 128 bit Continuous Built-In Test flags

-
- -
-
Functions
-
- -
-
GQ7ContinuousBIT_GNSS_General
-
GQ7ContinuousBIT_GNSS_General() = default
-
- -
-
GQ7ContinuousBIT_GNSS_General
-
explicit GQ7ContinuousBIT_GNSS_General(
const uint8 bits
) : Bitfield(static_cast<uint64>(bits))
-
Parameters
bits
const uint8

Bits 96-103 of the original 128 bit Continuous Built-In Test flags

-
- -
-
Constants
-
- -
-
Bitmasks
-

Bitmasks for general GNSS flags

Note

These masks are shifted 96 bits to the right from the original 128 bitmask to have a 0 index at bit 96

CLOCK_FAULT

0x01 - The GNSS subsystem is not running off the system clock

HARDWARE_FAULT

0x02 - GNSS hardware initialization error

COMMUNICATION_ERROR_COMMS_SERIAL

0x04 - No communication on the COMMS Serial port

COMMUNICATION_ERROR_COMMS_SPI

0x08 - No communication on the COMMS SPI port

COMMUNICATION_ERROR_NAV_SPI

0x10 - No communication on the NAV SPI port

GPS_TIME_FAULT

0x20 - System GPS time is invalid

TIMING_OVERRUN

0x40 - GNSS processes are taking longer than their allotted time

-
- -
-
Functions
-
- -
-
flags
-
uint8 flags() const
-

Gets the value of the general GNSS flags (bits 96-103)

Returns
uint8

Value of the general GNSS flags

-
- -
-
clockFault
-
bool clockFault() const
-

Gets the value of the GNSS Clock Fault bit (bit 96)

Returns
bool

true: The GNSS subsystem is not running off the system clock

-
- -
-
hardwareFault
-
bool hardwareFault() const
-

Gets the value of the GNSS Hardware Fault bit (bit 97)

Returns
bool

true: GNSS hardware initialization error

-
- -
-
communicationError
-
uint8 communicationError() const
-

Gets the value of the GNSS Communication Error flags (bits 98-100)

Note

Bits 0-2 of this value correspond to bits 98-100

Returns
uint8

Value of the GNSS Communication Error flags

-
- -
-
communicationErrorCommsSerial
-
bool communicationErrorCommsSerial() const
-

Gets the value of the GNSS Communication Error COMMS Serial bit (bit 98)

Returns
bool

true: No GNSS communication on the COMMS Serial port

-
- -
-
communicationErrorCommsSpi
-
bool communicationErrorCommsSpi() const
-

Gets the value of the GNSS Communication Error COMMS SPI bit (bit 99)

Returns
bool

true: No GNSS communication on the COMMS SPI port

-
- -
-
communicationErrorNavSpi
-
bool communicationErrorNavSpi() const
-

Gets the value of the GNSS Communication Error NAV SPI bit (bit 100)

Returns
bool

true: No GNSS communication on the NAV SPI port

-
- -
-
gpsTimeFault
-
bool gpsTimeFault() const
-

Gets the value of the GPS Time Fault bit (bit 101)

Returns
bool

true: System GPS time is invalid

-
- -
-
timingOverrun
-
bool timingOverrun() const
-

Gets the value of the GNSS Timing Overrun bit (bit 102)

Returns
bool

true: GNSS processes are taking longer than their allotted time

-
- -
-
GQ7ContinuousBIT_GNSS_Receivers
-

Continuous Built-In Test flags for GNSS receivers information

Bits 104-119 of the original 128 bit Continuous Built-In Test flags

-
- -
-
Functions
-
- -
-
GQ7ContinuousBIT_GNSS_Receivers
-
GQ7ContinuousBIT_GNSS_Receivers() = default
-
- -
-
GQ7ContinuousBIT_GNSS_Receivers
-
explicit GQ7ContinuousBIT_GNSS_Receivers(
const uint16 bits
) : Bitfield(static_cast<uint64>(bits))
-
Parameters
bits
const uint16

Bits 104-119 of the original 128 bit Continuous Built-In Test flags

-
- -
-
Constants
-
- -
-
Bitmasks
-

Bitmasks for GNSS receivers flags

Note

These masks are shifted 104 bits to the right from the original 128 bitmask to have a 0 index at bit 104

POWER_FAULT_RECEIVER_1

0x0100 - Receiver 1 internal power fault

FAULT_RECEIVER_1

0x0200 - Receiver 1 is inoperable

SHORTED_ANTENNA_1

0x0400 - Antenna 1 is shorted to ground

OPEN_ANTENNA_1

0x0800 - Antenna 1 is open-circuit (or DC block is installed)

SOLUTION_FAULT_RECEIVER_1

0x1000 - Receiver 1 solution is invalid

POWER_FAULT_RECEIVER_2

0x2000 - Receiver 2 internal power fault

FAULT_RECEIVER_2

0x4000 - Receiver 2 is inoperable

SHORTED_ANTENNA_2

0x8000 - Antenna 2 is shorted to ground

OPEN_ANTENNA_2

0x0001 - Antenna 2 is open-circuit (or DC block is installed)

SOLUTION_FAULT_RECEIVER_2

0x0002 - Receiver 2 solution is invalid

RTCM_COMMUNICATION_FAULT

0x0004 - RTCM data was being received previously, but it not currently being received

RTK_DONGLE_FAULT

0x0008 - A problem has been detected with the RTK dongle. Query directly for more detail

-
- -
-
Functions
-
- -
-
flags
-
uint16 flags() const
-

Gets the value of the GNSS receivers flags (bits 104-119)

Returns
uint16

Value of the GNSS receivers flags

-
- -
-
powerFaultReceiver1
-
bool powerFaultReceiver1() const
-

Gets the value of the GNSS Receiver 1 Power Fault bit (bit 104)

Returns
bool

true: GNSS receiver 1 internal power fault

-
- -
-
faultReceiver1
-
bool faultReceiver1() const
-

Gets the value of the GNSS Receiver 1 Fault bit (bit 105)

Returns
bool

true: GNSS receiver 1 is inoperable

-
- -
-
shortedAntenna1
-
bool shortedAntenna1() const
-

Gets the value of the GNSS Antenna 1 Shorted bit (bit 106)

Returns
bool

true: GNSS antenna 1 is shorted to ground

-
- -
-
openAntenna1
-
bool openAntenna1() const
-

Gets the value of the GNSS Antenna 1 Open bit (bit 107)

Returns
bool

true: GNSS antenna 1 is open-circuit (or DC block is installed)

-
- -
-
solutionFaultReceiver1
-
bool solutionFaultReceiver1() const
-

Gets the value of the GNSS Receiver 1 Solution Fault bit (bit 108)

Returns
bool

true: GNSS receiver 1 solution is invalid

-
- -
-
powerFaultReceiver2
-
bool powerFaultReceiver2() const
-

Gets the value of the GNSS Receiver 2 Power Fault bit (bit 109)

Returns
bool

true: GNSS receiver 2 internal power fault

-
- -
-
faultReceiver2
-
bool faultReceiver2() const
-

Gets the value of the GNSS Receiver 2 Fault bit (bit 110)

Returns
bool

true: GNSS receiver 2 is inoperable

-
- -
-
shortedAntenna2
-
bool shortedAntenna2() const
-

Gets the value of the GNSS Antenna 2 Shorted bit (bit 111)

Returns
bool

true: GNSS antenna 2 is shorted to ground

-
- -
-
openAntenna2
-
bool openAntenna2() const
-

Gets the value of the GNSS Antenna 2 Open bit (bit 112)

Returns
bool

true: GNSS antenna 2 is open-circuit (or DC block is installed)

-
- -
-
solutionFaultReceiver2
-
bool solutionFaultReceiver2() const
-

Gets the value of the GNSS Receiver 2 Solution Fault bit (bit 113)

Returns
bool

true: GNSS receiver 2 solution is invalid

-
- -
-
rtcmCommunicationFault
-
bool rtcmCommunicationFault() const
-

Gets the value of the RTCM Communication Fault bit (bit 114)

Returns
bool

true: RTCM data was being received previously, but it not currently being received

-
- -
-
rtkDongleFault
-
bool rtkDongleFault() const
-

Gets the value of the RTK Dongle Fault bit (bit 115)

Returns
bool

true: A problem has been detected with the RTK dongle. Query directly for more detail

-
- -
-
GQ7ContinuousBIT_GNSS
-

Continuous Built-In Test flags for GNSS information

Bits 96-127 of the original 128 bit Continuous Built-In Test flags

-
- -
-
Functions
-
- -
-
GQ7ContinuousBIT_GNSS
-
GQ7ContinuousBIT_GNSS() = default
-
- -
-
GQ7ContinuousBIT_GNSS
-
explicit GQ7ContinuousBIT_GNSS(
uint32 bits
)
-
Parameters
bits
uint32

Value of bits 96-127 of the original 128 bit Continuous Built-In Test flags

-
- -
-
Constants
-
- -
-
RESPONSE_OFFSET
-

The offset of the 0 position of the value represented by this object in the overall BIT response Value: 96 bits

-
- -
-
Bitmasks
-
GENERAL_FLAGS

0xFF000000 - Bitmask for general GNSS flags (bits 96-103)

RECEIVERS_FLAGS

0x00FFFF00 - Bitmask for GNSS receivers flags (bits 104-119)

-
- -
-
Functions
-
- -
-
flags
-
uint32 flags() const
-

Gets the value of the GNSS flags (bits 96-127)

Returns
uint32

Value of the GNSS flags

-
- -
-
general
- -

Gets information for general GNSS flags (bits 96-103)

Returns
GQ7ContinuousBIT_GNSS_General

Information for general GNSS flags

-
- -
-
receivers
- -

Gets information for GNSS receivers flags (bits 104-119)

Returns
GQ7ContinuousBIT_GNSS_Receivers

Information for GNSS receivers flags

-
- -
-
Variables
-
- -
-
m_general
- -

GQ7ContinuousBIT_GNSS_General information for general GNSS flags (bits 96-103)

-
- -
-
m_receivers;
-

GQ7ContinuousBIT_GNSS_Receivers information for GNSS receivers flags (bits 104-119)

-
- -
-
GQ7ContinuousBIT
-
public
ContinuousBIT
GQ7ContinuousBIT
-

Continuous Built-In Test flag data

See the GQ7 Built-in Test documentation for more information

-
- -
-
Functions
-
- -
-
GQ7ContinuousBIT
-
GQ7ContinuousBIT() = delete
-
- -
-
GQ7ContinuousBIT
-
explicit GQ7ContinuousBIT(
Bytes bytes
)
-
Parameters
bytes
Bytes

Flag values from Continuous Built-In Test

-
- -
-
system
- -

Gets information for system flags (bits 0-31)

Returns
GQ7ContinuousBIT_System

Information for system flags

-
- -
-
systemClockFailure
-
bool systemClockFailure() const override
-

Gets the value of the System Clock Failure bit (bit 0)

Returns
bool

true: The system clock is not operating properly

-
- -
-
powerFault
-
bool powerFault() const override
-

Gets the value of the Power Fault bit (bit 1)

Returns
bool

true: Power supply voltage is outside the recommended range, or an internal power fault exists

-
- -
-
firmwareFault
-
bool firmwareFault() const override
-

Gets the value of the Firmware Fault bit (bit 4)

Returns
bool

true: System firmware has detected an unexpected or abnormal condition

-
- -
-
timingOverload
-
bool timingOverload() const override
-

Gets the value of the Timing Overload bit (bit 5)

Returns
bool

true: The system is unable to keep up with the processing demand

-
- -
-
bufferOverrun
-
bool bufferOverrun() const override
-

Gets the value of the Buffer Overrun bit (bit 6)

Returns
bool

true: A data buffer in the system has reached its capacity

-
- -
-
imuIpcFault
-
uint8 imuIpcFault() const
-

Gets the value of the IMU IPC fault flags (bits 16-19)

Note

Bits 0-3 of this value correspond to bits 16-19

Returns
uint8

Value of the IMU IPC fault flags

-
- -
-
imuControlLineFault
-
bool imuControlLineFault() const
-

Gets the value of the IMU Control Line Fault bit (bit 16)

Returns
bool

true: The IMU control line is not behaving as expected

-
- -
-
imuCommandResponseFault
-
bool imuCommandResponseFault() const
-

Gets the value of the IMU Command Response Fault bit (bit 17)

Returns
bool

true: The IMU is not responsive to commands

-
- -
-
imuSpiTransferFault
-
bool imuSpiTransferFault() const
-

Gets the value of the IMU SPI Transfer Fault bit (bit 18)

Returns
bool

true: Misaligned/failed IMU SPI transfers

-
- -
-
imuDataFrameFault
-
bool imuDataFrameFault() const
-

Gets the value of the IMU Data Frame Fault bit (bit 19)

Returns
bool

true: Missing IMU data frame(s)

-
- -
-
filterIpcFault
-
uint8 filterIpcFault() const
-

Gets the value of the Filter IPC fault flags (bits 20-23)

Note

Bits 0-3 of this value correspond to bits 20-23

Returns
uint8

Value of the filter IPC fault flags

-
- -
-
filterControlLineFault
-
bool filterControlLineFault() const
-

Gets the value of the Filter Control Line Fault bit (bit 20)

Returns
bool

true: The filter control line is not behaving as expected

-
- -
-
filterCommandResponseFault
-
bool filterCommandResponseFault() const
-

Gets the value of the Filter Command Response Fault bit (bit 21)

Returns
bool

true: The filter is not responsive to commands

-
- -
-
filterSpiTransferFault
-
bool filterSpiTransferFault() const
-

Gets the value of the Filter SPI Transfer Fault bit (bit 22)

Returns
bool

true: Misaligned/failed filter SPI transfers

-
- -
-
filterDataFrameFault
-
bool filterDataFrameFault() const
-

Gets the value of the Filter Data Frame Fault bit (bit 23)

Returns
bool

true: Missing filter data frame(s)

-
- -
-
gnssIpcFault
-
uint8 gnssIpcFault() const
-

Gets the value of the GNSS IPC fault flags (bits 24-27)

Note

Bits 0-3 of this value correspond to bits 24-27

Returns
uint8

Value of the GNSS IPC fault flags

-
- -
-
gnssControlLineFault
-
bool gnssControlLineFault() const
-

Gets the value of the GNSS Control Line Fault bit (bit 24)

Returns
bool

true: The GNSS control line is not behaving as expected

-
- -
-
gnssCommandResponseFault
-
bool gnssCommandResponseFault() const
-

Gets the value of the GNSS Command Response Fault bit (bit 25)

Returns
bool

true: The GNSS is not responsive to commands

-
- -
-
gnssSpiTransferFault
-
bool gnssSpiTransferFault() const
-

Gets the value of the GNSS SPI Transfer Fault bit (bit 26)

Returns
bool

true: Misaligned/failed GNSS SPI transfers

-
- -
-
gnssDataFrameFault
-
bool gnssDataFrameFault() const
-

Gets the value of the GNSS Data Frame Fault bit (bit 27)

Returns
bool

true: Missing GNSS data frame(s)

-
- -
-
imu
- -

Gets information for IMU flags (bits 32-63)

Returns
GQ7ContinuousBIT_IMU

Information for IMU flags

-
- -
-
imuClockFault
-
bool imuClockFault() const override
-

Gets the value of the IMU Clock Fault bit (bit 32)

Returns
bool

true: IMU is not running off the system clock

-
- -
-
imuCommunicationFault
-
bool imuCommunicationFault() const override
-

Gets the value of the IMU Communication Fault bit (bit 33)

Returns
bool

true: No communication with IMU

-
- -
-
imuTimingOverrun
-
bool imuTimingOverrun() const override
-

Gets the value of the IMU Timing Overrun bit (bit 34)

Returns
bool

true: IMU processes are taking longer than their allotted time

-
- -
-
imuCalibrationErrorAccel
-
bool imuCalibrationErrorAccel() const override
-

Gets the value of the IMU Calibration Error Accelerometer bit (bit 36)

Returns
bool

true: A problem is detected with the accelerometer calibration

-
- -
-
imuCalibrationErrorGyro
-
bool imuCalibrationErrorGyro() const override
-

Gets the value of the IMU Calibration Error Gyroscope bit (bit 37)

Returns
bool

true: A problem is detected with the gyroscope calibration

-
- -
-
imuCalibrationErrorMag
-
bool imuCalibrationErrorMag() const override
-

Gets the value of the IMU Calibration Error Magnetometer bit (bit 38)

Returns
bool

true: A problem is detected with the magnetometer calibration

-
- -
-
accelGeneralFault
-
bool accelGeneralFault() const override
-

Gets the value of the Accelerometer General Fault bit (bit 40)

Returns
bool

true: Accelerometer will not initialize

-
- -
-
accelOverrange
-
bool accelOverrange() const override
-

Gets the value of the Accelerometer Overrange bit (bit 41)

Returns
bool

true: One or more axes subjected to accelerations near or outside the selected range

-
- -
-
accelSelfTest
-
bool accelSelfTestFail() const override
-

Gets the value of the Accelerometer Self Test bit (bit 42)

Returns
bool

true: The internal self-test of the accelerometer failed

-
- -
-
gyroGeneralFault
-
bool gyroGeneralFault() const override
-

Gets the value of the Gyroscope General Fault bit (bit 44)

Returns
bool

true: Gyroscope will not initialize

-
- -
-
gyroOverrange
-
bool gyroOverrange() const override
-

Gets the value of the Gyroscope Overrange bit (bit 45)

Returns
bool

true: One or more axes subjected to rotational rates near or outside the selected range

-
- -
-
gyroSelfTest
-
bool gyroSelfTestFail() const override
-

Gets the value of the Gyroscope Self Test bit (bit 46)

Returns
bool

true: The internal self-test of the gyroscope failed

-
- -
-
magGeneralFault
-
bool magGeneralFault() const override
-

Gets the value of the Magnetometer General Fault bit (bit 48)

Returns
bool

true: Magnetometer will not initialize

-
- -
-
magOverrange
-
bool magOverrange() const override
-

Gets the value of the Magnetometer Overrange bit (bit 49)

Returns
bool

true: One or more axes subjected to magnetic fields strengths near or outside the supported range

-
- -
-
magSelfTest
-
bool magSelfTestFail() const override
-

Gets the value of the Magnetometer Self Test bit (bit 50)

Returns
bool

true: The internal self-test of the magnetometer failed

-
- -
-
pressureGeneralFault
-
bool pressureGeneralFault() const override
-

Gets the value of the Pressure General Fault bit (bit 52)

Returns
bool

true: Pressure sensor won't initialize

-
- -
-
pressureOverrange
-
bool pressureOverrange() const override
-

Gets the value of the Pressure Overrange bit (bit 53)

Returns
bool

true: Pressure sensor subjected to pressures above or below the supported range

-
- -
-
pressureSelfTest
-
bool pressureSelfTestFail() const override
-

Gets the value of the Pressure Self Test bit (bit 54)

Returns
bool

true: The internal self-test of the pressure sensor failed

-
- -
-
filter
- -

Gets information for filter flags (bits 64-95)

Returns
GQ7ContinuousBIT_Filter

Information for filter flags

-
- -
-
filterClockFault
-
bool filterClockFault() const
-

Gets the value of the Filter Clock Fault bit (bit 64)

Returns
bool

true: The filter subsystem is not running off the system clock

-
- -
-
filterHardwareFault
-
bool filterHardwareFault() const
-

Gets the value of the Filter Hardware Fault bit (bit 65)

Returns
bool

true: Filter hardware initialization error

-
- -
-
filterTimingOverrun
-
bool filterTimingOverrun() const override
-

Gets the value of the Filter Timing Overrun bit (bit 66)

Returns
bool

true: Filter processes are taking longer than their allotted time

-
- -
-
filterTimingUnderrun
-
bool filterTimingUnderrun() const override
-

Gets the value of the Filter Timing Underrun bit (bit 67)

Returns
bool

true: Filter processes are being skipped

-
- -
-
filterCommunicationError
-
uint8 filterCommunicationError() const
-

Gets the value of the Filter Communication Error flags (bits 68-71)

Note

Bits 0-3 of this value correspond to bits 68-71

Returns
uint8

Value of the Filter Communication Error flags

-
- -
-
filterCommunicationErrorImuSpi
-
bool filterCommunicationErrorImuSpi() const
-

Gets the value of the Filter Communication Error IMU SPI bit (bit 68)

Returns
bool

true: No filter communication on the IMU SPI port

-
- -
-
filterCommunicationErrorGnssSpi
-
bool filterCommunicationErrorGnssSpi() const
-

Gets the value of the Filter Communication Error GNSS SPI bit (bit 69)

Returns
bool

true: No filter communication on the GNSS SPI port

-
- -
-
communicationErrorCommsSpi
-
bool filterCommunicationErrorCommsSpi() const
-

Gets the value of the Filter Communication Error COMMS SPI bit (bit 70)

Returns
bool

true: No filter communication on the COMMS SPI port

-
- -
-
filterCommunicationErrorCommsUart
-
bool filterCommunicationErrorCommsUart() const
-

Gets the value of the Filter Communication Error COMMS UART bit (bit 71)

Returns
bool

true: No filter communication on the COMMS UART port

-
- -
-
gnss
- -

Gets information for GNSS flags (bits 96-127)

Returns
GQ7ContinuousBIT_GNSS

Information for GNSS flags

-
- -
-
gnssClockFault
-
bool gnssClockFault() const
-

Gets the value of the GNSS Clock Fault bit (bit 96)

Returns
bool

true: The GNSS subsystem is not running off the system clock

-
- -
-
gnssHardwareFault
-
bool gnssHardwareFault() const
-

Gets the value of the GNSS Hardware Fault bit (bit 97)

Returns
bool

true: GNSS hardware initialization error

-
- -
-
gnssCommunicationError
-
uint8 gnssCommunicationError() const
-

Gets the value of the GNSS Communication Error flags (bits 98-100)

Note

Bits 0-2 of this value correspond to bits 98-100

Returns
uint8

Value of the GNSS Communication Error flags

-
- -
-
gnssCommunicationErrorCommsSerial
-
bool gnssCommunicationErrorCommsSerial() const
-

Gets the value of the GNSS Communication Error COMMS Serial bit (bit 98)

Returns
bool

true: No GNSS communication on the COMMS Serial port

-
- -
-
gnssCommunicationErrorCommsSpi
-
bool gnssCommunicationErrorCommsSpi() const
-

Gets the value of the GNSS Communication Error COMMS SPI bit (bit 99)

Returns
bool

true: No GNSS communication on the COMMS SPI port

-
- -
-
gnssCommunicationErrorNavSpi
-
bool gnssCommunicationErrorNavSpi() const
-

Gets the value of the GNSS Communication Error NAV SPI bit (bit 100)

Returns
bool

true: No GNSS communication on the NAV SPI port

-
- -
-
gpsTimeFault
-
bool gpsTimeFault() const
-

Gets the value of the GPS Time Fault bit (bit 101)

Returns
bool

true: System GPS time is invalid

-
- -
-
gnssTimingOverrun
-
bool gnssTimingOverrun() const
-

Gets the value of the GNSS Timing Overrun bit (bit 102)

Returns
bool

true: GNSS processes are taking longer than their allotted time

-
- -
-
gnssPowerFaultReceiver1
-
bool gnssPowerFaultReceiver1() const
-

Gets the value of the GNSS Receiver 1 Power Fault bit (bit 104)

Returns
bool

true: GNSS receiver 1 internal power fault

-
- -
-
gnssFaultReceiver1
-
bool gnssFaultReceiver1() const
-

Gets the value of the GNSS Receiver 1 Fault bit (bit 105)

Returns
bool

true: GNSS receiver 1 is inoperable

-
- -
-
gnssShortedAntenna1
-
bool gnssShortedAntenna1() const
-

Gets the value of the GNSS Antenna 1 Shorted bit (bit 106)

Returns
bool

true: GNSS antenna 1 is shorted to ground

-
- -
-
gnssOpenAntenna1
-
bool gnssOpenAntenna1() const
-

Gets the value of the GNSS Antenna 1 Open bit (bit 107)

Returns
bool

true: GNSS antenna 1 is open-circuit (or DC block is installed)

-
- -
-
gnssSolutionFaultReceiver1
-
bool gnssSolutionFaultReceiver1() const
-

Gets the value of the GNSS Receiver 1 Solution Fault bit (bit 108)

Returns
bool

true: GNSS receiver 1 solution is invalid

-
- -
-
gnssPowerFaultReceiver2
-
bool gnssPowerFaultReceiver2() const
-

Gets the value of the GNSS Receiver 2 Power Fault bit (bit 109)

Returns
bool

true: GNSS receiver 2 internal power fault

-
- -
-
gnssFaultReceiver2
-
bool gnssFaultReceiver2() const
-

Gets the value of the GNSS Receiver 2 Fault bit (bit 110)

Returns
bool

true: GNSS receiver 2 is inoperable

-
- -
-
gnssShortedAntenna2
-
bool gnssShortedAntenna2() const
-

Gets the value of the GNSS Antenna 2 Shorted bit (bit 111)

Returns
bool

true: GNSS antenna 2 is shorted to ground

-
- -
-
gnssOpenAntenna2
-
bool gnssOpenAntenna2() const
-

Gets the value of the GNSS Antenna 2 Open bit (bit 112)

Returns
bool

true: GNSS antenna 2 is open-circuit (or DC block is installed)

-
- -
-
gnssSolutionFaultReceiver2
-
bool gnssSolutionFaultReceiver2() const
-

Gets the value of the GNSS Receiver 2 Solution Fault bit (bit 113)

Returns
bool

true: GNSS receiver 2 solution is invalid

-
- -
-
rtcmCommunicationFault
-
bool rtcmCommunicationFault() const
-

Gets the value of the RTCM Communication Fault bit (bit 114)

Returns
bool

true: RTCM data was being received previously, but it not currently being received

-
- -
-
rtkDongleFault
-
bool rtkDongleFault() const
-

Gets the value of the RTK Dongle Fault bit (bit 115)

Returns
bool

true: A problem has been detected with the RTK dongle. Query directly for more detail

-
- -
-
as_MipDataPoints
-
MipDataPoints as_MipDataPoints() const override
-

Gets the data formatted as MipDataPoint objects.

Returns
MipDataPoints

data in DataPoint format

-
- -
-
Variables
-
- -
-
m_system
- -

GQ7ContinuousBIT_System information for system flags (bits 0-31)

-
- -
-
m_imu
- -

GQ7ContinuousBIT_IMU information for IMU flags (bits 32-63)

-
- -
-
m_filter
- -

GQ7ContinuousBIT_Filter information for filter flags (bits 64-95)

-
- -
-
m_gnss
- -

GQ7ContinuousBIT_GNSS information for GNSS flags (bits 96-127)

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipChannel-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipChannel-h-Summary.js deleted file mode 100644 index 624c89022..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipChannel-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/MIP/MipChannel.h","MipChannel.h");NDSummary.OnSummaryLoaded("File:MicroStrain/MIP/MipChannel.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Sections","Section"],["Types","Type"],["Variables","Variable"]],[[4564,0,3,"MipChannel","MipChannel"],[4565,0,0,"MipChannel","MipChannel(2)"],[4566,0,2,"Functions","MipChannel.Functions"],[4567,0,1,"MipChannel","MipChannel.MipChannel"],[4568,0,2,"Variables","MipChannel.Variables"],[4569,0,5,"m_channelField","MipChannel.m_channelField"],[4570,0,5,"m_sampleRate","MipChannel.m_sampleRate"],[4571,0,2,"Functions","MipChannel.Functions(2)"],[4572,0,1,"channelField","MipChannel.channelField"],[4573,0,1,"sampleRate","MipChannel.sampleRate"],[4574,0,1,"rateDecimation","MipChannel.rateDecimation"],[4575,0,1,"fieldDescriptor","MipChannel.fieldDescriptor"],[4576,0,1,"descriptorSet","MipChannel.descriptorSet"],[4577,0,2,"Types","MipChannel.Types"],[4578,0,4,"MipChannels","MipChannel.MipChannels"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipChannel-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipChannel-h-SummaryToolTips.js deleted file mode 100644 index 50c812cdf..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipChannel-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/MIP/MipChannel.h",{4565:"
MipChannel
Represents a single "channel" or data descriptors that can make up an Inertial Device\'s message format
",4567:"
MipChannel(
MipTypes::ChannelField channelField,
const SampleRate &sampleRate
)
Creates a MipChannel object.
",4569:"
MipTypes::ChannelField m_channelField
The MipTypes::ChannelField for this channel.
",4570:"
SampleRate m_sampleRate
The SampleRate of the inertial channel.
",4572:"
MipTypes::ChannelField channelField() const
Gets the MipTypes::ChannelField for this channel.
",4573:"
const SampleRate& sampleRate() const
Gets the SampleRate set for this channel.
",4574:"
uint16 rateDecimation(
uint16 sampleRateBase
) const
Gets the rate decimation that is used to determine the sample rate (sample rate = sampleratebase / rate decimation).
",4575:"
uint8 fieldDescriptor() const
Gets the field descriptor byte of the Inertial Channel.
",4576:"
uint8 descriptorSet() const
Gets the descriptor set byte of the Inertial Channel.
",4578:"
typedef for a vector of MipChannel objects
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipChannel-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipChannel-h-ToolTips.js deleted file mode 100644 index ec507007c..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipChannel-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3321:"
The enums for all of the different MIP Channel Field IDs.
",4567:"
MipChannel(
MipTypes::ChannelField channelField,
const SampleRate &sampleRate
)
Creates a MipChannel object.
",9819:"
SampleRate
Represents a MicroStrain sample rate (rate at which data is sampling)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipChannel-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipChannel-h.html deleted file mode 100644 index 7e51249d9..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipChannel-h.html +++ /dev/null @@ -1,90 +0,0 @@ - - -MipChannel.h - - - - - - - -
-
MipChannel
-
- -
-
MipChannel
-
MipChannel
-

Represents a single "channel" or data descriptors that can make up an Inertial Device's message format

-
- -
-
Functions
-
- -
-
MipChannel
-
MipChannel(
MipTypes::ChannelField channelField,
const SampleRate &sampleRate
)
-

Creates a MipChannel object.

Parameters
channelField
MipTypes::ChannelField

The MipTypes::ChannelField for the channel.

sampleRate
const SampleRate&

The SampleRate for the channel.

-
- -
-
Variables
-
- -
-
m_channelField
-
MipTypes::ChannelField m_channelField
-

The MipTypes::ChannelField for this channel.

-
- -
-
m_sampleRate
-
SampleRate m_sampleRate
-

The SampleRate of the inertial channel.

-
- -
-
Functions
-
- -
-
channelField
-
MipTypes::ChannelField channelField() const
-

Gets the MipTypes::ChannelField for this channel.

Returns

An MipTypes::ChannelField that is set for this channel.

-
- -
-
sampleRate
-
const SampleRate& sampleRate() const
-

Gets the SampleRate set for this channel.

Returns

The SampleRate that is set for this channel.

-
- -
-
rateDecimation
-
uint16 rateDecimation(
uint16 sampleRateBase
) const
-

Gets the rate decimation that is used to determine the sample rate (sample rate = sampleratebase / rate decimation).

Returns

The rate decimation that is used to determine the sample rate

-
- -
-
fieldDescriptor
-
uint8 fieldDescriptor() const
-

Gets the field descriptor byte of the Inertial Channel.

Returns

The field descriptor byte of the Inertial Channel.

-
- -
-
descriptorSet
-
uint8 descriptorSet() const
-

Gets the descriptor set byte of the Inertial Channel.

Returns

The descriptor set byte of the Inertial Channel.

-
- -
-
Types
-
- -
-
MipChannels
-

typedef for a vector of MipChannel objects

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipDataField-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipDataField-h-Summary.js deleted file mode 100644 index d7ebe85b3..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipDataField-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/MIP/MipDataField.h","MipDataField.h");NDSummary.OnSummaryLoaded("File:MicroStrain/MIP/MipDataField.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Types","Type"],["Variables","Variable"]],[[4550,0,0,"MipDataField","MipDataField"],[4551,0,2,"Functions","MipDataField.Functions"],[4552,0,1,"MipDataField","MipDataField.MipDataField"],[4553,0,1,"MipDataField","MipDataField.MipDataField(2)"],[4554,0,2,"Variables","MipDataField.Variables"],[4555,0,4,"m_fieldId","MipDataField.m_fieldId"],[4556,0,4,"m_fieldData","MipDataField.m_fieldData"],[4557,0,2,"Functions","MipDataField.Functions(2)"],[4558,0,1,"fieldId","MipDataField.fieldId"],[4559,0,1,"fieldDescriptor","MipDataField.fieldDescriptor"],[4560,0,1,"descriptorSet","MipDataField.descriptorSet"],[4561,0,1,"fieldData","MipDataField.fieldData"],[4562,0,2,"Types","MipDataField.Types"],[4563,0,3,"MipDataFields","MipDataField.MipDataFields"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipDataField-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipDataField-h-SummaryToolTips.js deleted file mode 100644 index 3e0af6763..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipDataField-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/MIP/MipDataField.h",{4550:"
MipDataField
An Inertial data field object that represents a data field within an Inertial Data Packet
",4552:"
explicit MipDataField(
uint16 fieldId
)
Creates a MipDataField with the given fieldId and no field data
",4553:"
MipDataField(
uint16 fieldId,
Bytes fieldData
)
Creates a MipDataField with the given fieldId and field data
",4555:"
uint16 m_fieldId
The field type describing the type of the field data
",4556:"
ByteStream m_fieldData
The ByteStream that holds the bytes making up the field data
",4558:"
uint16 fieldId() const
Gets the field id of the field data
",4559:"
uint8 fieldDescriptor() const
Gets the field descriptor of the field data
",4560:"
uint8 descriptorSet() const
Gets the descriptor set of the field data
",4561:"
ByteStream fieldData() const
Gets the field data as a ByteStream
",4563:"
Typedef for a vector of MipDataField objects
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipDataField-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipDataField-h-ToolTips.js deleted file mode 100644 index f13d47970..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipDataField-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({4552:"
explicit MipDataField(
uint16 fieldId
)
Creates a MipDataField with the given fieldId and no field data
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10253:"
typedef for a vector of bytes.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipDataField-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipDataField-h.html deleted file mode 100644 index 352afb36e..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipDataField-h.html +++ /dev/null @@ -1,86 +0,0 @@ - - -MipDataField.h - - - - - - - -
-
MipDataField
-
MipDataField
-

An Inertial data field object that represents a data field within an Inertial Data Packet

-
- -
-
Functions
-
- -
-
MipDataField
-
explicit MipDataField(
uint16 fieldId
)
-

Creates a MipDataField with the given fieldId and no field data

Parameters
fieldId
uint16

The field id describing the type of the field data

-
- -
-
MipDataField
-
MipDataField(
uint16 fieldId,
Bytes fieldData
)
-

Creates a MipDataField with the given fieldId and field data

Parameters
fieldId
uint16

The field id describing the type of the field data

fieldData
Bytes

The Bytes that make up the field data points (not including the field length or descriptor bytes)

-
- -
-
Variables
-
- -
-
m_fieldId
-
uint16 m_fieldId
-

The field type describing the type of the field data

-
- -
-
m_fieldData
-
ByteStream m_fieldData
-

The ByteStream that holds the bytes making up the field data

-
- -
-
Functions
-
- -
-
fieldId
-
uint16 fieldId() const
-

Gets the field id of the field data

Returns

The field type describing the type of the field data

-
- -
-
fieldDescriptor
-
uint8 fieldDescriptor() const
-

Gets the field descriptor of the field data

Returns

The field descriptor of the field data

-
- -
-
descriptorSet
-
uint8 descriptorSet() const
-

Gets the descriptor set of the field data

Returns

The descriptor set of the field data

-
- -
-
fieldData
-
ByteStream fieldData() const
-

Gets the field data as a ByteStream

Returns

The ByteStream containing the raw bytes of the field data

-
- -
-
Types
-
- -
-
MipDataFields
-

Typedef for a vector of MipDataField objects

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipDataPoint-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipDataPoint-h-Summary.js deleted file mode 100644 index 8c0a48251..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipDataPoint-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/MIP/MipDataPoint.h","MipDataPoint.h");NDSummary.OnSummaryLoaded("File:MicroStrain/MIP/MipDataPoint.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Types","Type"],["Variables","Variable"]],[[4527,0,0,"MipDataPoint","MipDataPoint"],[4528,0,2,"Functions","MipDataPoint.Functions"],[4529,0,1,"MipDataPoint","MipDataPoint.MipDataPoint"],[4530,0,1,"MipDataPoint","MipDataPoint.MipDataPoint(2)"],[4531,0,1,"MipDataPoint","MipDataPoint.MipDataPoint(3)"],[4532,0,1,"MipDataPoint","MipDataPoint.MipDataPoint(4)"],[4533,0,1,"MipDataPoint","MipDataPoint.MipDataPoint(5)"],[4534,0,2,"Variables","MipDataPoint.Variables"],[4535,0,4,"m_field;","MipDataPoint.m_field_"],[4536,0,4,"m_qualifier","MipDataPoint.m_qualifier"],[4537,0,4,"m_addlIdentifiers","MipDataPoint.m_addlIdentifiers"],[4538,0,4,"m_hasValidFlag","MipDataPoint.m_hasValidFlag"],[4539,0,4,"m_valid","MipDataPoint.m_valid"],[4540,0,2,"Functions","MipDataPoint.Functions(2)"],[4541,0,1,"field","MipDataPoint.field"],[4542,0,1,"qualifier","MipDataPoint.qualifier"],[4543,0,1,"hasAddlIdentifiers","MipDataPoint.hasAddlIdentifiers"],[4544,0,1,"addlIdentifiers","MipDataPoint.addlIdentifiers"],[4545,0,1,"hasValidFlag","MipDataPoint.hasValidFlag"],[4546,0,1,"valid","MipDataPoint.valid"],[4547,0,1,"channelName","MipDataPoint.channelName"],[4548,0,2,"Types","MipDataPoint.Types"],[4549,0,3,"MipDataPoints","MipDataPoint.MipDataPoints"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipDataPoint-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipDataPoint-h-SummaryToolTips.js deleted file mode 100644 index b3d3702e6..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipDataPoint-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/MIP/MipDataPoint.h",{4527:"
MipDataPoint
Represents a single Inertial Data Point (Extends from DataPoint)
",4529:"
MipDataPoint()
Creates a MipDataPoint object with default, unknown, values
",4530:"
MipDataPoint(
MipTypes::ChannelField field,
MipTypes::ChannelQualifier qualifier,
ValueType storedAsType,
anyType value
)
Creates a MipDataPoint object
",4531:"
MipDataPoint(
MipTypes::ChannelField field,
MipTypes::ChannelQualifier qualifier,
MipChannelIdentifiers addlIds,
ValueType storedAsType,
anyType value
)
Creates a MipDataPoint object with additional identifier values that describe the point
",4532:"
MipDataPoint(
MipTypes::ChannelField field,
MipTypes::ChannelQualifier qualifier,
ValueType storedAsType,
anyType value,
bool valid
)
Creates a MipDataPoint object with a valid flag that describes the point
",4533:"
MipDataPoint(
MipTypes::ChannelField field,
MipTypes::ChannelQualifier qualifier,
MipChannelIdentifiers addlIds,
ValueType storedAsType,
anyType value,
bool valid
)
Creates a MipDataPoint object with additional identifier values and a valid flag that describes the point
",4535:"
The MipTypes::ChannelField of the data point.
",4536:"
MipTypes::ChannelQualifier m_qualifier
The MipTypes::ChannelQualifier of the data point.
",4537:"
MipChannelIdentifiers m_addlIdentifiers
A MipChannelIdentifiers list of additional identifiers for this data point ie GNSS constellation and satellite ID
",4538:"
bool m_hasValidFlag
Whether the data point was transmitted with a valid flag.  If the point wasn\'t transmitted with a flag, m_valid will be set to true.
",4539:"
bool m_valid
Whether the data point is valid(true) or invalid(false).
",4541:"
MipTypes::ChannelField field() const
Gets the Channel Field that describes the full MIP "Field" that the data point came in.  This is a combination of a MIP "Descriptor ID", and a MIP "Field ID".
",4542:"
MipTypes::ChannelQualifier qualifier() const
Gets the Channel Qualifier that describes the specific channel for the data point.  This, combined with the MipTypes::ChannelField, is a fully unique identifier for the channel.
",4543:"
bool hasAddlIdentifiers() const
Indicates whether or not this data point has additional data identifiers.
",4544:"
MipChannelIdentifiers addlIdentifiers() const
Get the additional identifier values assigned to this data point.
",4545:"
bool hasValidFlag() const
Gets whether the data point had a valid flag transmitted in the data packet.  Note: if hasValidFlag returns false, valid will always return true.
",4546:"
bool valid() const
Gets whether the data point is valid(true) or invalid(false).  Note: if a data point was not transmitted with a flag representing its validity, this will still return true. To determine if the data point had a flag in the data packet, use hasValidFlag.
",4547:"
std::string channelName(
bool includeAddlIds = true,
bool consolidatedFormat = false
) const
Gets the name of the channel.  This is the universal channel name that should be used for uploading to SensorCloud.
",4549:"
Typedef for a vector of MipDataPoint objects
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipDataPoint-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipDataPoint-h-ToolTips.js deleted file mode 100644 index b2b29b374..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipDataPoint-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3321:"
The enums for all of the different MIP Channel Field IDs.
",3651:"
The enums for different MIP Channel Qualifiers.  This combined with the ChannelField produces a unique identifier for each individual channel that is collected.
",3807:"
MipChannelIdentifier
A single additional identifier for a MipDataPoint. Contains a uint value with an identifier type specifier.
",4529:"
MipDataPoint()
Creates a MipDataPoint object with default, unknown, values
",4545:"
bool hasValidFlag() const
Gets whether the data point had a valid flag transmitted in the data packet.  Note: if hasValidFlag returns false, valid will always return true.
",4546:"
bool valid() const
Gets whether the data point is valid(true) or invalid(false).  Note: if a data point was not transmitted with a flag representing its validity, this will still return true. To determine if the data point had a flag in the data packet, use hasValidFlag.
",9896:"
DataPoint
Base class representing common functionality between Wireless and Inertial data points
",10144:"
Value
Represents a single value that can be stored/accessed in multiple ways.
",10249:"
Typedef for a simple_any type
",10446:"
Error
The generic MicroStrain exception (base class)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipDataPoint-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipDataPoint-h.html deleted file mode 100644 index ae095d368..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipDataPoint-h.html +++ /dev/null @@ -1,139 +0,0 @@ - - -MipDataPoint.h - - - - - - - -
-
MipDataPoint
-
public
DataPoint
MipDataPoint
-

Represents a single Inertial Data Point (Extends from DataPoint)

See Also

DataPoint, Value

-
- -
-
Functions
-
- -
-
MipDataPoint
-
MipDataPoint()
-

Creates a MipDataPoint object with default, unknown, values

-
- -
-
MipDataPoint
-
MipDataPoint(
MipTypes::ChannelField field,
MipTypes::ChannelQualifier qualifier,
ValueType storedAsType,
anyType value
)
-

Creates a MipDataPoint object

Parameters
field
MipTypes::ChannelField

The MipTypes::ChannelField for the data point.

qualifier
MipTypes::ChannelQualifier

The MipTypes::ChannelQualifier for the data point.

storedAsType
ValueType

The ValueType that represents how the internal data point value is stored.

value
anyType

The value to store.

-
- -
-
MipDataPoint
-
MipDataPoint(
MipTypes::ChannelField field,
MipTypes::ChannelQualifier qualifier,
MipChannelIdentifiers addlIds,
ValueType storedAsType,
anyType value
)
-

Creates a MipDataPoint object with additional identifier values that describe the point

Parameters
field
MipTypes::ChannelField

The MipTypes::ChannelField for the data point.

qualifier
MipTypes::ChannelQualifier

The MipTypes::ChannelQualifier for the data point.

addlIds
MipChannelIdentifiers

The MipChannelIdentifiers to further identify the data point.

storedAsType
ValueType

The ValueType that represents how the internal data point value is stored.

value
anyType

The value to store.

-
- -
-
MipDataPoint
-
MipDataPoint(
MipTypes::ChannelField field,
MipTypes::ChannelQualifier qualifier,
ValueType storedAsType,
anyType value,
bool valid
)
-

Creates a MipDataPoint object with a valid flag that describes the point

Parameters
field
MipTypes::ChannelField

The MipTypes::ChannelField for the data point.

qualifier
MipTypes::ChannelQualifier

The MipTypes::ChannelQualifier for the data point.

storedAsType
ValueType

The ValueType that represents how the internal data point value is stored.

value
anyType

The value to store.

valid
bool

Whether the data point is flagged as valid (true) or invalid (false).

-
- -
-
MipDataPoint
-
MipDataPoint(
MipTypes::ChannelField field,
MipTypes::ChannelQualifier qualifier,
MipChannelIdentifiers addlIds,
ValueType storedAsType,
anyType value,
bool valid
)
-

Creates a MipDataPoint object with additional identifier values and a valid flag that describes the point

Parameters
field
MipTypes::ChannelField

The MipTypes::ChannelField for the data point.

qualifier
MipTypes::ChannelQualifier

The MipTypes::ChannelQualifier for the data point.

addlIds
MipChannelIdentifiers

The MipChannelIdentifiers to further identify the data point.

storedAsType
ValueType

The ValueType that represents how the internal data point value is stored.

value
anyType

The value to store.

valid
bool

Whether the data point is flagged as valid (true) or invalid (false).

-
- -
-
Variables
-
- -
-
m_field;
-

The MipTypes::ChannelField of the data point.

-
- -
-
m_qualifier
- -

The MipTypes::ChannelQualifier of the data point.

-
- -
-
m_addlIdentifiers
-
MipChannelIdentifiers m_addlIdentifiers
-

A MipChannelIdentifiers list of additional identifiers for this data point ie GNSS constellation and satellite ID

-
- -
-
m_hasValidFlag
-
bool m_hasValidFlag
-

Whether the data point was transmitted with a valid flag.  If the point wasn't transmitted with a flag, m_valid will be set to true.

-
- -
-
m_valid
-
bool m_valid
-

Whether the data point is valid(true) or invalid(false).

-
- -
-
Functions
-
- -
-
field
- -

Gets the Channel Field that describes the full MIP "Field" that the data point came in.  This is a combination of a MIP "Descriptor ID", and a MIP "Field ID".

Returns

The MipTypes::ChannelField for this data point.

-
- -
-
qualifier
-
MipTypes::ChannelQualifier qualifier() const
-

Gets the Channel Qualifier that describes the specific channel for the data point.  This, combined with the MipTypes::ChannelField, is a fully unique identifier for the channel.

Returns

The MipTypes::ChannelQualifier for this data point.

-
- -
-
hasAddlIdentifiers
-
bool hasAddlIdentifiers() const
-

Indicates whether or not this data point has additional data identifiers.

Returns

true if additional MipChannelIdentifiers have been assigned to this data point.

-
- -
-
addlIdentifiers
-
MipChannelIdentifiers addlIdentifiers() const
-

Get the additional identifier values assigned to this data point.

Returns
MipChannelIdentifiers

the additional identifiers for this data point.

-
- -
-
hasValidFlag
-
bool hasValidFlag() const
-

Gets whether the data point had a valid flag transmitted in the data packet.  Note: if hasValidFlag returns false, valid will always return true.

Returns

true if the data point had a valid flag associated with it, false otherwise.

-
- -
-
valid
-
bool valid() const
-

Gets whether the data point is valid(true) or invalid(false).  Note: if a data point was not transmitted with a flag representing its validity, this will still return true. To determine if the data point had a flag in the data packet, use hasValidFlag.

Returns

true if the data point is valid, false if the data point is invalid

-
- -
-
channelName
-
std::string channelName(
bool includeAddlIds = true,
bool consolidatedFormat = false
) const
-

Gets the name of the channel.  This is the universal channel name that should be used for uploading to SensorCloud.

Parameters
includeAddlIds
bool

default: true - when true, includes the additional identifiers in the channel name string if present.

consolidatedFormat
bool

default: false - consolidate additional identifiers into interpreted strings when relevant. Ex: when false: "aidingMeasurement_5", when true: "magnetometer"

Returns

The name of the channel.

Exceptions
-
- -
-
Types
-
- -
-
MipDataPoints
-

Typedef for a vector of MipDataPoint objects

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipModels-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipModels-h-Summary.js deleted file mode 100644 index a8006c151..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipModels-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ 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Constants","MipModel.MipModel_Constants"],[4505,0,4,"Functions","MipModel.Functions"],[4506,0,3,"MipModel (not documented)","MipModel.MipModel"],[4507,0,3,"MipModel","MipModel.MipModel(2)"],[4508,0,3,"MipModel","MipModel.MipModel(3)"],[4509,0,4,"Operators","MipModel.Operators"],[4510,0,5,"== (MipModel, C++ only)","MipModel.=="],[4511,0,5,"!= (MipModel, C++ only)","MipModel.!="],[4512,0,5,"== (<MipModels::​ModelNumber, C++ only)","MipModel.==(!= (<MipModels::​ModelNumber, C++ only)","MipModel.!=(std::​string (C++ only)","MipModel.std.string"],[4515,0,4,"Functions","MipModel.Functions(2)"],[4516,0,3,"equals","MipModel.equals"],[4517,0,3,"str","MipModel.str"],[4518,0,3,"nodeModel","MipModel.nodeModel"],[4519,0,3,"modifier","MipModel.modifier"],[4520,0,3,"modelNumber","MipModel.modelNumber"],[4521,0,3,"setBaseModelMap (not documented, C++ only)","MipModel.setBaseModelMap"],[4522,0,3,"baseModelLookup (not documented, C++ only)","MipModel.baseModelLookup"],[4523,0,3,"baseModel (not documented)","MipModel.baseModel"],[4524,0,4,"Operators","MipModel.Operators(2)"],[4525,0,5,"== (<MipModels::​ModelNumber>, <MipModel> object, C++ only)","MipModel.==(2)"],[4526,0,5,"!= (<MipModels::​ModelNumber>, <MipModel> object, C++ only)","MipModel.!=(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipModels-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipModels-h-SummaryToolTips.js deleted file mode 100644 index c9bd356c0..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipModels-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/MIP/MipModels.h",{4411:"
MipModels
Contains the model number information of MIP devices.
",4413:"
The base model numbers for each of the MIP devices.  Ex: 6284-4220 (3DM-GQ7) NodeModel is 6284
",4451:"
The modifier options for MIP devices.  Ex: 6285-0100 (3DM-RTK) Modifier is 0100 This list does not define modifiers for all devices. The placeholder value (9999) will match to any value read from the device when comparing MipModel objects.
",4455:"
The combined node model and modifier numbers for each of the MIP devices.  Ex: Model = 6285, Modifiers = RTK v2 (0100) - NodeModel = 62580100 Most models have 9999 placeholder modifier values because there is no significant interface difference between the different versions of the same base model.  This placeholder value will match to any modifier value read from the device when comparing MipModel objects.
",4495:"
Compare two MipModels::ModelNumber enum values (functionally the same as == operator overload for two MipModels::ModelNumber values).
",4496:"
static ModelNumber modelNumberFromStr(
const std::string &modelNumberString
)
Returns a full ModelNumber integer value parsed from a model number string.
",4497:"
static ModelNumber modelNumberFromParts(
NodeModel nodeModel,
Modifier modifier
)
Constructs a full ModelNumber integer from node model and modifier sections. Ex: nodeModel: 6284, modifier: 4220 -> 62844220
",4498:"
static NodeModel nodeModelFromStr(
const std::string &modelNumberString
)
Returns the NodeModel section of a ModelNumber as an integer value parsed from a model number string.
",4499:"
static uint32 modifierFromStr(
const std::string &modelNumberString
)
Returns the Modifier section of a ModelNumber as an integer value parsed from a model number string.
",4500:"
static NodeModel nodeModelFromModelNumber(
ModelNumber modelNumber
)
Returns the NodeModel section of a full ModelNumber integer.
",4501:"
static uint32 modifierFromModelNumber(
ModelNumber modelNumber
)
Returns the Modifier section of a full ModelNumber integer.
",4502:"
MipModel
Contains the model information of MIP devices.
",4504:"
Constant MipModel object definitions for each known MIP device.  Most models have 9999 placeholder modifier values because there is no significant interface difference between the different versions of the same base model.  This placeholder value will match to any modifier value read from the device when comparing MipModel objects.
",4506:"
MipModel(
MipModels::ModelNumber modelNumber
)
Creates a MipModel object from a MipModels::ModelNumber value.  This is used for instantiating known MipModel constants
",4507:"
MipModel(
const std::string &modelNumberStr
)
Creates a MipModel object from the model string read from a MIP device (inertial, RTK)
",4508:"
MipModel(
const MipModel &copy
)
Creates a MipModel object based on another MipModel object
",4510:"
Define == behavior when comparing two MipModel objects (functionally the same as MipModel::equals()).
",4511:"
Define != behavior when comparing two MipModel objects (functionally the same as MipModel::equals()).
",4512:"
Define == behavior when comparing two MipModel objects (functionally the same as MipModel::equals()).
",4513:"
Define != behavior when comparing two MipModel objects (functionally the same as MipModel::equals()).
",4514:"
Define behavior when casting a MipModel to std::string (funtionally the same as MipModel::str()).
",4516:"
bool equals(
const MipModel &compare
) const
Function to compare two MipModel objects for equality (functionally the same as overloaded == operator).
",4517:"
const std::string str() const
Get the model string formatted as it would be read from the device (ex: 6284-4220) (funtionally the same as std::string overloaded operator).
",4518:"
MipModels::NodeModel nodeModel() const
Get the NodeModel value for this model number. Ex: str: "6284-4220", nodeModel: 6284
",4519:"
uint32 modifier() const
Get the modifier value for this model number. Ex: str: "6284-4220", modifier: 4220 Note: most actual modifier values are not defined in the Modifier enum - actual value read from the device likely won\'t match.
",4520:"
MipModels::ModelNumber modelNumber() const
Get the full ModelNumber value for this model number. Ex: str: "6284-4220", modelNumber: 62844220 Note: most values in the ModelNumber enum use the placeholder modifier - actual value read from the device likely won\'t match.
",4521:"
static void setBaseModelMap(
std::map<uint32, const MipModel&> baseModels
)
Sets the BASE_MODEL_MAP to map custom model definitions to base models with known features.
",4522:"
static const MipModel& baseModelLookup(
const MipModel &model
)
Finds the base model for the specified model as defined by the BASE_MODEL_MAP. The specified model is returned without changes if no base model is found.
",4523:"
virtual const MipModel& baseModel() const
Get the base model for this device.  This function is present with the intent it will be overloaded for custom model number functionality.
",4525:"
Define == behavior when comparing a MipModels::ModelNumber enum value and MipModel object (functionally the same as comparing the MipModel::modelNumber() value with MipModels::modelNumbersEqual()).
",4526:"
Define != behavior when comparing a MipModels::ModelNumber enum value and MipModel object (functionally the same as comparing the MipModel::modelNumber() value with MipModels::modelNumbersEqual()).
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipModels-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipModels-h-ToolTips.js deleted file mode 100644 index eec89de57..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipModels-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({4413:"
The base model numbers for each of the MIP devices.  Ex: 6284-4220 (3DM-GQ7) NodeModel is 6284
",4451:"
The modifier options for MIP devices.  Ex: 6285-0100 (3DM-RTK) Modifier is 0100 This list does not define modifiers for all devices. The placeholder value (9999) will match to any value read from the device when comparing MipModel objects.
",4455:"
The combined node model and modifier numbers for each of the MIP devices.  Ex: Model = 6285, Modifiers = RTK v2 (0100) - NodeModel = 62580100 Most models have 9999 placeholder modifier values because there is no significant interface difference between the different versions of the same base model.  This placeholder value will match to any modifier value read from the device when comparing MipModel objects.
",4502:"
MipModel
Contains the model information of MIP devices.
",4506:"
MipModel(
MipModels::ModelNumber modelNumber
)
Creates a MipModel object from a MipModels::ModelNumber value.  This is used for instantiating known MipModel constants
",4518:"
MipModels::NodeModel nodeModel() const
Get the NodeModel value for this model number. Ex: str: "6284-4220", nodeModel: 6284
",4519:"
uint32 modifier() const
Get the modifier value for this model number. Ex: str: "6284-4220", modifier: 4220 Note: most actual modifier values are not defined in the Modifier enum - actual value read from the device likely won\'t match.
",4520:"
MipModels::ModelNumber modelNumber() const
Get the full ModelNumber value for this model number. Ex: str: "6284-4220", modelNumber: 62844220 Note: most values in the ModelNumber enum use the placeholder modifier - actual value read from the device likely won\'t match.
",10243:"
typedef for a 4-byte unsigned integer.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipModels-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipModels-h.html deleted file mode 100644 index bf0c49366..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipModels-h.html +++ /dev/null @@ -1,213 +0,0 @@ - - -MipModels.h - - - - - - - -
-
MipModels
-
MipModels
-

Contains the model number information of MIP devices.

-
- -
-
Types
-
- -
-
NodeModel
-

The base model numbers for each of the MIP devices.  Ex: 6284-4220 (3DM-GQ7) NodeModel is 6284

node_3dm_dh3

6219 - 3DM-DH3

node_3dm_gx3_15

6227 - 3DM-GX3-15

node_3dm_gx3_25

6223 - 3DM-GX3-25

node_3dm_gx3_35

6225 - 3DM-GX3-35

node_3dm_gx3_45

6228 - 3DM-GX3-45

node_3dm_rq1_45_lt

6232 - 3DM-RQ1-45-LT

node_3dm_gx4_15

6233 - 3DM-GX4-15

node_3dm_gx4_25

6234 - 3DM-GX4-25

node_3dm_gx4_45

6236 - 3DM-GX4-45

node_3dm_rq1_45_st

6239 - 3DM-RQ1-45-ST

node_mv5_ar

6243 - MV5-AR

node_3dm_gx5_10

6255 - 3DM-GX5-10

node_3dm_gx5_15

6254 - 3DM-GX5-15

node_3dm_gx5_25

6253 - 3DM-GX5-25

node_3dm_gx5_35

6252 - 3DM-GX5-35

node_3dm_gx5_45

6251 - 3DM-GX5-45

node_3dm_cv5_10

6259 - 3DM-CV5-10

node_3dm_cv5_15

6258 - 3DM-CV5-15

node_3dm_cv5_25

6257 - 3DM-CV5-25

node_3dm_cv5_45

6256 - 3DM-CV5-45

node_3dm_gq4_45

6250 - 3DM-GQ4-45

node_3dm_cx5_45

6271 - 3DM-CX5-45

node_3dm_cx5_35

6272 - 3DM-CX5-35

node_3dm_cx5_25

6273 - 3DM-CX5-25

node_3dm_cx5_15

6274 - 3DM-CX5-15

node_3dm_cx5_10

6275 - 3DM-CX5-10

node_3dm_cl5_15

6280 - 3DM-CL5-15

node_3dm_cl5_25

6281 - 3DM-CL5-25

node_3dm_gq7

6284 - 3DM-GQ7

node_3dm_rtk

6285 - 3DM-RTK

node_3dm_cv7_ahrs

6286 - 3DM-CV7-AHRS

node_3dm_cv7_ar

6287 - 3DM-CV7-AR

node_3dm_gv7_ahrs

6288 - 3DM-GV7-AHRS

node_3dm_gv7_ar

6289 - 3DM-GV7-AR

node_3dm_gv7_ins

6290 - 3DM-GV7-INS

node_3dm_cv7_ins

6291 - 3DM-CV7-INS

node_3dm_cv7_gnss_ins

6292 - 3DM-CV7-GNSS/INS

-
- -
-
Modifier
-

The modifier options for MIP devices.  Ex: 6285-0100 (3DM-RTK) Modifier is 0100 This list does not define modifiers for all devices. The placeholder value (9999) will match to any value read from the device when comparing MipModel objects.

placeholder_matchAll

9999 - Placeholder value to use in full ModelNumber and const MipModel definitions

rtk_v1

0000 - 3DM-RTK v1

rtk_v2

0100 - 3DM-RTK

-
- -
-
ModelNumber
-

The combined node model and modifier numbers for each of the MIP devices.  Ex: Model = 6285, Modifiers = RTK v2 (0100) - NodeModel = 62580100 Most models have 9999 placeholder modifier values because there is no significant interface difference between the different versions of the same base model.  This placeholder value will match to any modifier value read from the device when comparing MipModel objects.

model_3dm_dh3

62199999 - 3DM-DH3

model_3dm_gx3_15

62279999 - 3DM-GX3-15

model_3dm_gx3_25

62239999 - 3DM-GX3-25

model_3dm_gx3_35

62259999 - 3DM-GX3-35

model_3dm_gx3_45

62289999 - 3DM-GX3-45

model_3dm_rq1_45_lt

62329999 - 3DM-RQ1-45-LT

model_3dm_gx4_15

62339999 - 3DM-GX4-15

model_3dm_gx4_25

62349999 - 3DM-GX4-25

model_3dm_gx4_45

62369999 - 3DM-GX4-45

model_3dm_rq1_45_st

62399999 - 3DM-RQ1-45-ST

model_mv5_ar

62439999 - MV5-AR

model_3dm_gx5_10

62559999 - 3DM-GX5-10

model_3dm_gx5_15

62549999 - 3DM-GX5-15

model_3dm_gx5_25

62539999 - 3DM-GX5-25

model_3dm_gx5_35

62529999 - 3DM-GX5-35

model_3dm_gx5_45

62519999 - 3DM-GX5-45

model_3dm_cv5_10

62599999 - 3DM-CV5-10

model_3dm_cv5_15

62589999 - 3DM-CV5-15

model_3dm_cv5_25

62579999 - 3DM-CV5-25

model_3dm_cv5_45

62569999 - 3DM-CV5-45

model_3dm_gq4_45

62509999 - 3DM-GQ4-45

model_3dm_cx5_45

62719999 - 3DM-CX5-45

model_3dm_cx5_35

62729999 - 3DM-CX5-35

model_3dm_cx5_25

62739999 - 3DM-CX5-25

model_3dm_cx5_15

62749999 - 3DM-CX5-15

model_3dm_cx5_10

62759999 - 3DM-CX5-10

model_3dm_cl5_15

62809999 - 3DM-CL5-15

model_3dm_cl5_25

62819999 - 3DM-CL5-25

model_3dm_gq7

62849999 - 3DM-GQ7

model_3dm_rtk_v1

62850000 - 3DM-RTK v1

model_3dm_rtk

62850100 - 3DM-RTK

model_3dm_cv7_ahrs

62869999 - 3DM-CV7-AHRS

model_3dm_cv7_ar

62879999 - 3DM-CV7-AR

model_3dm_gv7_ahrs

62889999 - 3DM-GV7-AHRS

model_3dm_gv7_ar

62899999 - 3DM-GV7-AR

model_3dm_gv7_ins

62909999 - 3DM-GV7-INS

model_3dm_cv7_ins

62919999 - 3DM-CV7-INS

model_3dm_cv7_gnss_ins

62929999 - 3DM-CV7-GNSS/INS

-
- -
-
Functions
-
- -
-
modelNumberEqual
-

Compare two MipModels::ModelNumber enum values (functionally the same as == operator overload for two MipModels::ModelNumber values).

Parameters
model1

the first MipModels::ModelNumber value to compare

model2

the second MipModels::ModelNumber value to compare

Returns
bool

true if both the NodeModel and Modifier sections of the full model number are equal or either Modifier is the placeholder value (9999)

-
- -
-
modelNumberFromStr
-
static ModelNumber modelNumberFromStr(
const std::string &modelNumberString
)
-

Returns a full ModelNumber integer value parsed from a model number string.

Parameters
modelNumberString
const std::string&

model number string formatted as it is read from a MIP device (ex: "6284-4220")

Returns
ModelNumber

integer form of model number cast as a ModelNumber enum value (ex: "6284-4220" -> 62844220)

-
- -
-
modelNumberFromParts
-
static ModelNumber modelNumberFromParts(
NodeModel nodeModel,
Modifier modifier
)
-

Constructs a full ModelNumber integer from node model and modifier sections. Ex: nodeModel: 6284, modifier: 4220 -> 62844220

Parameters
nodeModel
NodeModel

NodeModel value, the first part of the full model number (ex: 6284 of "6284-4220")

modifier
Modifier

Modifier value, the second part of the full model number (ex: 4220 of "6284-4220")

Returns

ModelNumber integer form of model number cast as a ModelNumber enum value

-
- -
-
nodeModelFromStr
-
static NodeModel nodeModelFromStr(
const std::string &modelNumberString
)
-

Returns the NodeModel section of a ModelNumber as an integer value parsed from a model number string.

Parameters
modelNumberString
const std::string&

model number string formatted as it is read from a MIP device (ex: "6284-4220")

Returns
NodeModel

integer form of the first part of a model number cast as a NodeModel enum value (ex: "6284-4220" -> 6284)

-
- -
-
modifierFromStr
-
static uint32 modifierFromStr(
const std::string &modelNumberString
)
-

Returns the Modifier section of a ModelNumber as an integer value parsed from a model number string.

Parameters
modelNumberString
const std::string&

model number string formatted as it is read from a MIP device (ex: "6284-4220")

Returns
uint32

integer form of the second part of a model number (ex: "6284-4220" -> 4220)

-
- -
-
nodeModelFromModelNumber
-
static NodeModel nodeModelFromModelNumber(
ModelNumber modelNumber
)
-

Returns the NodeModel section of a full ModelNumber integer.

Parameters
modelNumber
ModelNumber

ModelNumber model number integer i.e. 62844220 ("6284-4220")

Returns
NodeModel

integer form of the first part of a model number cast as a NodeModel enum value (ex: 62844220 -> 6284)

-
- -
-
modifierFromModelNumber
-
static uint32 modifierFromModelNumber(
ModelNumber modelNumber
)
-

Returns the Modifier section of a full ModelNumber integer.

Parameters
modelNumber
ModelNumber

ModelNumber model number integer i.e. 62844220 ("6284-4220")

Returns
uint32

integer form of the second part of a model number (ex: 62844220 -> 4220)

-
- -
-
MipModel
-
MipModel
-

Contains the model information of MIP devices.

-
- -
-
Constants
-
- -
-
MipModel Constants
-

Constant MipModel object definitions for each known MIP device.  Most models have 9999 placeholder modifier values because there is no significant interface difference between the different versions of the same base model.  This placeholder value will match to any modifier value read from the device when comparing MipModel objects.

mip_model_none

00000000 - undefined placeholder

mip_model_3dm_dh3

62199999 - 3DM-DH3

mip_model_3dm_gx3_15

62279999 - 3DM-GX3-15

mip_model_3dm_gx3_25

62239999 - 3DM-GX3-25

mip_model_3dm_gx3_35

62259999 - 3DM-GX3-35

mip_model_3dm_gx3_45

62289999 - 3DM-GX3-45

mip_model_3dm_rq1_45_lt

62329999 - 3DM-RQ1-45-LT

mip_model_3dm_gx4_15

62339999 - 3DM-GX4-15

mip_model_3dm_gx4_25

62349999 - 3DM-GX4-25

mip_model_3dm_gx4_45

62369999 - 3DM-GX4-45

mip_model_3dm_rq1_45_st

62399999 - 3DM-RQ1-45-ST

mip_model_mv5_ar

62439999 - MV5-AR

mip_model_3dm_gx5_10

62559999 - 3DM-GX5-10

mip_model_3dm_gx5_15

62549999 - 3DM-GX5-15

mip_model_3dm_gx5_25

62539999 - 3DM-GX5-25

mip_model_3dm_gx5_35

62529999 - 3DM-GX5-35

mip_model_3dm_gx5_45

62519999 - 3DM-GX5-45

mip_model_3dm_cv5_10

62599999 - 3DM-CV5-10

mip_model_3dm_cv5_15

62589999 - 3DM-CV5-15

mip_model_3dm_cv5_25

62579999 - 3DM-CV5-25

mip_model_3dm_cv5_45

62569999 - 3DM-CV5-45

mip_model_3dm_gq4_45

62509999 - 3DM-GQ4-45

mip_model_3dm_cx5_45

62719999 - 3DM-CX5-45

mip_model_3dm_cx5_35

62729999 - 3DM-CX5-35

mip_model_3dm_cx5_25

62739999 - 3DM-CX5-25

mip_model_3dm_cx5_15

62749999 - 3DM-CX5-15

mip_model_3dm_cx5_10

62759999 - 3DM-CX5-10

mip_model_3dm_cl5_15

62809999 - 3DM-CL5-15

mip_model_3dm_cl5_25

62819999 - 3DM-CL5-25

mip_model_3dm_gq7

62849999 - 3DM-GQ7

mip_model_3dm_rtk_v1

62850000 - 3DM-RTK v1

mip_model_3dm_rtk

62850100 - 3DM-RTK

mip_model_3dm_cv7_ahrs

62869999 - 3DM-CV7-AHRS

mip_model_3dm_cv7_ar

62879999 - 3DM-CV7-AR

mip_model_3dm_gv7_ahrs

62889999 - 3DM-GV7-AHRS

mip_model_3dm_gv7_ar

62899999 - 3DM-GV7-AR

mip_model_3dm_gv7_ins

62909999 - 3DM-GV7-INS

mip_model_3dm_cv7_ins

62919999 - 3DM-CV7-INS

mip_model_3dm_cv7_gnss_ins

62929999 - 3DM-CV7-GNSS/INS

-
- -
-
Functions
-
- -
-
MipModel (not documented)
-
MipModel(
MipModels::ModelNumber modelNumber
)
-

Creates a MipModel object from a MipModels::ModelNumber value.  This is used for instantiating known MipModel constants

Parameters
modelNumber
MipModels::ModelNumber

the MipModels::ModelNumber that represents this object

-
- -
-
MipModel
-
MipModel(
const std::string &modelNumberStr
)
-

Creates a MipModel object from the model string read from a MIP device (inertial, RTK)

Parameters
modelNumberStr
const std::string&

the model number string as read from the device, example format: "6284-4220"

-
- -
-
MipModel
-
MipModel(
const MipModel &copy
)
-

Creates a MipModel object based on another MipModel object

Parameters
copy
const MipModel&

the MipModel object to copy values from

-
- -
-
Operators
-
- -
-
== (MipModel, C++ only)
-

Define == behavior when comparing two MipModel objects (functionally the same as MipModel::equals()).

Parameters
compare

the MipModel object to compare this to

Returns
bool

true if both the NodeModel and Modifier sections of the full model number are equal or either Modifier is the placeholder value (9999)

-
- -
-
!= (MipModel, C++ only)
-

Define != behavior when comparing two MipModel objects (functionally the same as MipModel::equals()).

Parameters
compare

the MipModel object to compare this to

Returns
bool

false if both the NodeModel and Modifier sections of the full model number are equal or either Modifier is the placeholder value (9999)

-
- -
-
== (<MipModels::​ModelNumber, C++ only)
-

Define == behavior when comparing two MipModel objects (functionally the same as MipModel::equals()).

Parameters
compare

the ModelNumber value to compare this to

Returns
bool

true if both the NodeModel and Modifier sections of the full model number are equal or either Modifier is the placeholder value (9999)

-
- -
-
!= (<MipModels::​ModelNumber, C++ only)
-

Define != behavior when comparing two MipModel objects (functionally the same as MipModel::equals()).

Parameters
compare

the ModelNumber value to compare this to

Returns
bool

false if both the NodeModel and Modifier sections of the full model number are equal or either Modifier is the placeholder value (9999)

-
- -
-
std::​string (C++ only)
-

Define behavior when casting a MipModel to std::string (funtionally the same as MipModel::str()).

Returns
string

model string formatted as it would be read from the device (ex: 6284-4220)

-
- -
-
Functions
-
- -
-
equals
-
bool equals(
const MipModel &compare
) const
-

Function to compare two MipModel objects for equality (functionally the same as overloaded == operator).

Parameters
compare
const MipModel&

the MipModel object to compare this to

Returns
bool

true if both the NodeModel and Modifier sections of the full model number are equal or either Modifier is the placeholder value (9999)

-
- -
-
str
-
const std::string str() const
-

Get the model string formatted as it would be read from the device (ex: 6284-4220) (funtionally the same as std::string overloaded operator).

Returns
string

model string formatted as it would be read from the device (ex: 6284-4220)

-
- -
-
nodeModel
-
MipModels::NodeModel nodeModel() const
-

Get the NodeModel value for this model number. Ex: str: "6284-4220", nodeModel: 6284

Returns
NodeModel

the first part of the model number

-
- -
-
modifier
-
uint32 modifier() const
-

Get the modifier value for this model number. Ex: str: "6284-4220", modifier: 4220 Note: most actual modifier values are not defined in the Modifier enum - actual value read from the device likely won't match.

Returns
uint32

the second part of the model number

-
- -
-
modelNumber
-
MipModels::ModelNumber modelNumber() const
-

Get the full ModelNumber value for this model number. Ex: str: "6284-4220", modelNumber: 62844220 Note: most values in the ModelNumber enum use the placeholder modifier - actual value read from the device likely won't match.

Returns
ModelNumber

the full model number integer

-
- -
-
setBaseModelMap (not documented, C++ only)
-
static void setBaseModelMap(
std::map<uint32, const MipModel&> baseModels
)
-

Sets the BASE_MODEL_MAP to map custom model definitions to base models with known features.

Parameters
baseModels
std::map<uint32, const MipModel&>

the [uint32, <MipModel>&] map where the uint32 key is an integer version of the custom  model and the MipModel entry is the base

-
- -
-
baseModelLookup (not documented, C++ only)
-
static const MipModel& baseModelLookup(
const MipModel &model
)
-

Finds the base model for the specified model as defined by the BASE_MODEL_MAP. The specified model is returned without changes if no base model is found.

Parameters
model
const MipModel&

the MipModel to find the base model of and default return if base model entry not found.

-
- -
-
baseModel (not documented)
-
virtual const MipModel& baseModel() const
-

Get the base model for this device.  This function is present with the intent it will be overloaded for custom model number functionality.

Returns
MipModel

returns reference to itself if custom entry not defined in BASE_MODEL_MAP

-
- -
-
Operators
-
- -
-
== (<MipModels::​ModelNumber>, <MipModel> object, C++ only)
-

Define == behavior when comparing a MipModels::ModelNumber enum value and MipModel object (functionally the same as comparing the MipModel::modelNumber() value with MipModels::modelNumbersEqual()).

Parameters
model1

the first MipModels::ModelNumber value to compare

model2

the second MipModel object to compare

Returns
bool

true if both the NodeModel and Modifier sections of the full model number are equal or either Modifier is the placeholder value (9999)

-
- -
-
!= (<MipModels::​ModelNumber>, <MipModel> object, C++ only)
-

Define != behavior when comparing a MipModels::ModelNumber enum value and MipModel object (functionally the same as comparing the MipModel::modelNumber() value with MipModels::modelNumbersEqual()).

Parameters
model1

the first MipModels::ModelNumber value to compare

model2

the second MipModel object to compare

Returns
bool

false if both the NodeModel and Modifier sections of the full model number are equal or either Modifier is the placeholder value (9999)

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipNode-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipNode-h-Summary.js deleted file mode 100644 index bc982f89d..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipNode-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/MIP/MipNode.h","MipNode.h");NDSummary.OnSummaryLoaded("File:MicroStrain/MIP/MipNode.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[4366,0,0,"MipNode","MipNode"],[4367,0,2,"Variables","MipNode.Variables"],[4368,0,3,"m_impl","MipNode.m_impl"],[4369,0,2,"Functions","MipNode.Functions"],[4370,0,1,"doCommand","MipNode.doCommand"],[4371,0,1,"doCommand","MipNode.doCommand(2)"],[4372,0,1,"getConfigCommandBytes","MipNode.getConfigCommandBytes"],[4373,0,1,"sendCommandBytes","MipNode.sendCommandBytes"],[4374,0,1,"sendCommandBytes","MipNode.sendCommandBytes(2)"],[4375,0,1,"deviceName","MipNode.deviceName"],[4376,0,1,"connection","MipNode.connection"],[4377,0,1,"features","MipNode.features"],[4378,0,1,"clearDeviceInfo","MipNode.clearDeviceInfo"],[4379,0,1,"lastCommunicationTime","MipNode.lastCommunicationTime"],[4380,0,1,"lastDeviceState","MipNode.lastDeviceState"],[4381,0,1,"setLastDeviceState","MipNode.setLastDeviceState"],[4382,0,1,"firmwareVersion","MipNode.firmwareVersion"],[4383,0,1,"model","MipNode.model"],[4384,0,1,"modelName","MipNode.modelName"],[4385,0,1,"modelNumber","MipNode.modelNumber"],[4386,0,1,"serialNumber","MipNode.serialNumber"],[4387,0,1,"lotNumber","MipNode.lotNumber"],[4388,0,1,"deviceOptions","MipNode.deviceOptions"],[4389,0,1,"timeout","MipNode.timeout"],[4390,0,1,"timeout","MipNode.timeout(2)"],[4391,0,1,"name","MipNode.name"],[4392,0,1,"ping","MipNode.ping"],[4393,0,1,"setToIdle","MipNode.setToIdle"],[4394,0,1,"cyclePower","MipNode.cyclePower"],[4395,0,1,"resume","MipNode.resume"],[4396,0,1,"getCommunicationMode","MipNode.getCommunicationMode"],[4397,0,1,"setCommunicationMode","MipNode.setCommunicationMode"],[4398,0,1,"saveSettingsAsStartup","MipNode.saveSettingsAsStartup"],[4399,0,1,"saveSettingsAsStartup","MipNode.saveSettingsAsStartup(2)"],[4400,0,1,"saveSettingsAsStartup","MipNode.saveSettingsAsStartup(3)"],[4401,0,1,"loadStartupSettings","MipNode.loadStartupSettings"],[4402,0,1,"loadStartupSettings","MipNode.loadStartupSettings(2)"],[4403,0,1,"loadStartupSettings","MipNode.loadStartupSettings(3)"],[4404,0,1,"loadFactoryDefaultSettings","MipNode.loadFactoryDefaultSettings"],[4405,0,1,"loadFactoryDefaultSettings","MipNode.loadFactoryDefaultSettings(2)"],[4406,0,1,"loadFactoryDefaultSettings","MipNode.loadFactoryDefaultSettings(3)"],[4407,0,1,"setUARTBaudRate","MipNode.setUARTBaudRate"],[4408,0,1,"setUARTBaudRate","MipNode.setUARTBaudRate(2)"],[4409,0,1,"getUARTBaudRate","MipNode.getUARTBaudRate"],[4410,0,1,"getRawBytePackets","MipNode.getRawBytePackets"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipNode-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipNode-h-SummaryToolTips.js deleted file mode 100644 index 1e2a862ab..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipNode-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/MIP/MipNode.h",{4366:"
MipNode
Abstract base class for Inertial or RTK (MIP) devices
",4368:"
std::shared_ptr<MipNode_Impl> m_impl
The MipNode_Impl class that contains all the implementation logic for the MipNode class.
",4370:"
virtual GenericMipCmdResponse doCommand(
GenericMipCommand::Response &response,
const ByteStream &command,
bool verifySupported = true
) const
Note: This is an ADVANCED COMMAND. Most users will not need to use this.  Performs a generic Mip Command, sending the command bytes and waiting for the response.
",4371:"
virtual Bytes doCommand(
uint8 descriptorSet,
uint8 cmdDescriptor,
const Bytes &fieldData,
bool ackNackResponse,
bool dataResponse,
uint8 responseDataDescriptor = 0
) const
Note: This is an ADVANCED COMMAND. Most users will not need to use this.  Allows sending custom data as a MIP packet to the device, and receiving custom data as a response.
",4372:"
MipCommandSet getConfigCommandBytes()
Gets the byte string for the commands to set the node\'s current settings.
",4373:"
void sendCommandBytes(
MipCommandSet &cmds
)
Sends the <MipCommandSet> byte strings. The MipCommandBytes sendCmdFailed is updated to indicate success/failure.  Note: Unsupported commands, as indicated by the MipCommandBytes id, will not be sent.  Important: if the UART Baud Rate is changed the connection to the port will be automatically closed and re-opened at the new baud rate.
",4374:"
void sendCommandBytes(
MipCommandBytes &cmd
)
Sends the MipCommandBytes byte strings. The MipCommandBytes sendCmdFailed is updated to indicate success/failure.  Note: Unsupported commands, as indicated by the MipCommandBytes id, will not be sent.  Important: if the UART Baud Rate is changed the connection to the port will be automatically closed and re-opened at the new baud rate.
",4375:"
static std::string deviceName(
const std::string &serial
)
Static function for creating the universal sensor name that should be used for SensorCloud.
",4376:"
Connection& connection()
Gets the Connection object that this MipNode is using.
",4377:"
const MipNodeFeatures& features() const
Gets a reference to the MipNodeFeatures for this device.  Note: This will be invalid when the MipNode is destroyed.
",4378:"
void clearDeviceInfo()
Clears cached device info (ie fw version, model number, receiver info, etc.), forcing it to be re-read from the device the next time it is used.
",4379:"
const Timestamp& lastCommunicationTime() const
Gets the Timestamp for the last time MSCL communicated with the MipNode.
",4380:"
DeviceState lastDeviceState() const
Gets the last known DeviceState for the MipNode.  This device state is updated by MSCL when data packets are received, as well as when operations are performed, such as setting a Node to idle.
",4381:"
void setLastDeviceState(
DeviceState state
)
Most users will not need this functionality.  The device state defaults to unknown on connection but then automatically updates to streaming upon receiving data packets or idle when the set to idle command is sent.  Setting this will not stop auto-detection - the manually set value will be overwritten when the value would otherwise be set.
",4382:"
Version firmwareVersion() const
Gets the firmware Version of the MipNode.
",4383:"
MipModel model() const
Gets the MipModel of the MipNode.
",4384:"
std::string modelName() const
Gets the model name of the MipNode (ie. "3DM-GX3-45").
",4385:"
std::string modelNumber() const
Gets the model number of the MipNode (ie. "6225-4220").
",4386:"
std::string serialNumber() const
Gets the serial number of the MipNode (ie. "6225-01319").
",4387:"
std::string lotNumber() const
Gets the lot number of the MipNode (ie. "I042Y").
",4388:"
std::string deviceOptions() const
Gets the device options of the MipNode (ie. "5g, 300d/s").
",4389:"
void timeout(
uint64 timeout
)
Sets the timeout to use when waiting for responses from commands.
",4390:"
uint64 timeout() const
Gets the timeout to use when waiting for responses from commands.
",4391:"
std::string name()
Gets the name of the MipNode. This is the universal sensor name that should be used for uploading to SensorCloud.  This is the same as calling MipNode::deviceName.
",4392:"
bool ping()
Pings the Node to check for communication.  Sends the "Ping" command to the device.
",4393:"
void setToIdle()
Suspends streaming (if enabled) or wakes the device from sleep (if sleeping), putting the device in an idle mode.  After this command is used, the resume command may be used to put the Node back into the mode it was previously in before setToIdle was called.
",4394:"
bool cyclePower()
Performs the "Device Reset" command.  Note: This is essentially the same as unplugging and plugging the device back in.
",4395:"
void resume()
Places the Node back in the mode it was in before issuing the setToIdle command.  If the setToIdle command was not issued, then the device is placed in default mode.
",4396:"
virtual uint8 getCommunicationMode() = 0
Gets the current communication mode that the node is in.
",4397:"
virtual void setCommunicationMode(
uint8 communicationMode
) = 0
Sets the communication mode for the node.  Note: The node info will be reset when doing this and therefore will require being fetched again the next time it is requested.
",4398:"
void saveSettingsAsStartup()
Save the current value of the specified settings commands as a startup setting.
",4399:"
void saveSettingsAsStartup(
MipTypes::MipCommands cmdIds
)
Save the current value of the specified settings commands as a startup setting.
",4400:"
void saveSettingsAsStartup(
MipCommandParameters cmdParams
)
Save the current value of the specified settings commands as a startup setting.
",4401:"
void loadStartupSettings()
Loads the saved startup settings onto the Node as its current settings.  This function is useful if you have powered on the Node, made changes to its settings, and want to get back to its startup settings.
",4402:"
void loadStartupSettings(
MipTypes::MipCommands cmdIds
)
Loads the saved startup settings onto the Node as its current settings.  This function is useful if you have powered on the Node, made changes to its settings, and want to get back to its startup settings.
",4403:"
void loadStartupSettings(
MipCommandParameters cmdParams
)
Loads the saved startup settings onto the Node as its current settings.  This function is useful if you have powered on the Node, made changes to its settings, and want to get back to its startup settings.
",4404:"
void loadFactoryDefaultSettings()
Loads the factory default settings onto the Node as its current settings.
",4405:"
void loadFactoryDefaultSettings(
MipTypes::MipCommands cmdIds
)
Loads the factory default settings onto the Node as its current settings.
",4406:"
void loadFactoryDefaultSettings(
MipCommandParameters cmdParams
)
Loads the factory default settings onto the Node as its current settings.
",4407:"
void setUARTBaudRate(
uint32 baudRate,
bool resetConnection = true
)
Sets the baud rate.  The device can be unresponsive for as much as 250 ms following this command.  Important: The connection to the port will be automatically closed and re-opened at the new baud rate unless resetConnection parameter is false.
",4408:"
void setUARTBaudRate(
uint32 baudRate,
uint8 portId,
bool resetConnection = true
)
Sets the baud rate.  The device can be unresponsive for as much as 250 ms following this command.  Important: The connection to the port will be automatically closed and re-opened at the new baud rate unless resetConnection parameter is false.
",4409:"
uint32 getUARTBaudRate(
uint8 portId = 1
)
Gets the current baud rate for the inertial device.
",4410:"
RawBytePackets getRawBytePackets(
uint32 timeout = 0,
uint32 maxPackets = 0
)
Gets up to the requested amount of raw byte packets that have been collected.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipNode-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipNode-h-ToolTips.js deleted file mode 100644 index f4b589750..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipNode-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({80:"
RawBytePacket
A class that contains packet information about an Inertial packet
",367:"
Connection
The Connection object that is used for communication.
",2927:"
GenericMipCmdResponse
Represents the response to a GenericMipCommand.
",3146:"
The enums for all the different data classes of MIP data.
",3781:"
A vector of Command enums.
",3933:"
Contains an <Command> id and a BytesCollection vector to store the actual bytes to send to the device for that command.
",4161:"
MipNode_Impl
Contains the implementation for an InertialNode.
",4375:"
static std::string deviceName(
const std::string &serial
)
Static function for creating the universal sensor name that should be used for SensorCloud.
",4386:"
std::string serialNumber() const
Gets the serial number of the MipNode (ie. "6225-01319").
",4393:"
void setToIdle()
Suspends streaming (if enabled) or wakes the device from sleep (if sleeping), putting the device in an idle mode.  After this command is used, the resume command may be used to put the Node back into the mode it was previously in before setToIdle was called.
",4395:"
void resume()
Places the Node back in the mode it was in before issuing the setToIdle command.  If the setToIdle command was not issued, then the device is placed in default mode.
",4502:"
MipModel
Contains the model information of MIP devices.
",4587:"
MipNodeInfo
Contains basic information about a MipNode.
",5147:"
MipNodeFeatures
Contains information on which features are supported by an InertialNode.
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10253:"
typedef for a vector of bytes.
",10274:"
The possible states a device can be in.
",10291:"
Timestamp
Represents a date/time object
",10409:"
Version
Class that represents, and provides helper functions for, a Version number
",10453:"
Error_NotSupported
A command/feature was attempted to be used that was not supported.
",10457:"
Error_NoData
There is no data available to be accessed
",10468:"
Error_Communication
The exception for failing to communicate with a device.
",10479:"
Error_Connection
The generic connection exception.
",10497:"
Error_MipCmdFailed
The Inertial command has failed
",2559:"
InertialNode
A class representing a MicroStrain Inertial Node
",4610:"
RTKNode
A class representing a MicroStrain RTK Node
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipNode-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipNode-h.html deleted file mode 100644 index 21d0a140b..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipNode-h.html +++ /dev/null @@ -1,277 +0,0 @@ - - -MipNode.h - - - - - - - -
-
MipNode
- -

Abstract base class for Inertial or RTK (MIP) devices

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Variables
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m_impl
-
std::shared_ptr<MipNode_Impl> m_impl
-

The MipNode_Impl class that contains all the implementation logic for the MipNode class.

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Functions
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doCommand
-
virtual GenericMipCmdResponse doCommand(
GenericMipCommand::Response &response,
const ByteStream &command,
bool verifySupported = true
) const
-

Note: This is an ADVANCED COMMAND. Most users will not need to use this.  Performs a generic Mip Command, sending the command bytes and waiting for the response.

Parameters
response
GenericMipCommand::Response&

A <GenericMipCommand::Response> that will be used to wait and contain all the command/result information.

command
const ByteStream&

The ByteStream containing the bytes to send for the command.

verifySupported
bool

Whether to verify if the command is supported before performing the command (default of true).

Returns

The GenericMipCmdResponse that contains the actual data from the response

Exceptions
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doCommand
-
virtual Bytes doCommand(
uint8 descriptorSet,
uint8 cmdDescriptor,
const Bytes &fieldData,
bool ackNackResponse,
bool dataResponse,
uint8 responseDataDescriptor = 0
) const
-

Note: This is an ADVANCED COMMAND. Most users will not need to use this.  Allows sending custom data as a MIP packet to the device, and receiving custom data as a response.

Parameters
descriptorSet
uint8

The MIP descriptor set byte.

cmdDescriptor
uint8

The MIP command field descriptor byte.

fieldData
const Bytes&

The MIP field data to send in the command (pass an empty Bytes container if none).

ackNackResponse
bool

Whether or not a MIP ack/nack response field is expected.

dataResponse
bool

Whether or not a MIP data response field is expected.

responseDataDescriptor
uint8

The MIP response data field descriptor byte (only required if dataResponse flag is true)

Returns

The response field Bytes from a successful response (empty if no dataResponse).

Exceptions
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getConfigCommandBytes
-
MipCommandSet getConfigCommandBytes()
-

Gets the byte string for the commands to set the node's current settings.

Returns

A <MipCommandSet> containing supported config descriptors and the set command bytes.

Exceptions
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- -
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sendCommandBytes
-
void sendCommandBytes(
MipCommandSet &cmds
)
-

Sends the <MipCommandSet> byte strings. The MipCommandBytes sendCmdFailed is updated to indicate success/failure.  Note: Unsupported commands, as indicated by the MipCommandBytes id, will not be sent.  Important: if the UART Baud Rate is changed the connection to the port will be automatically closed and re-opened at the new baud rate.

Parameters
cmds
MipCommandSet&

The <MipCommandSet> of command IDs and bytes. The sendCmdFailed value of each will be set to true if the sent command errors.

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- -
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sendCommandBytes
-
void sendCommandBytes(
MipCommandBytes &cmd
)
-

Sends the MipCommandBytes byte strings. The MipCommandBytes sendCmdFailed is updated to indicate success/failure.  Note: Unsupported commands, as indicated by the MipCommandBytes id, will not be sent.  Important: if the UART Baud Rate is changed the connection to the port will be automatically closed and re-opened at the new baud rate.

Parameters
cmd
MipCommandBytes&

The MipCommandBytes to send to the device. The sendCmdFailed value will be set to true if the sent command errors.

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deviceName
-
static std::string deviceName(
const std::string &serial
)
-

Static function for creating the universal sensor name that should be used for SensorCloud.

Parameters
serial
const std::string&

The serial number of the node. This should be identical to calling the serialNumber function on an MipNodeInfo object (see <MipNode::info>).

Returns

The universal sensor name.

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connection
-
Connection& connection()
-

Gets the Connection object that this MipNode is using.

Returns

The Connection object that this MipNode is using.

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features
-
const MipNodeFeatures& features() const
-

Gets a reference to the MipNodeFeatures for this device.  Note: This will be invalid when the MipNode is destroyed.

Exceptions
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clearDeviceInfo
-
void clearDeviceInfo()
-

Clears cached device info (ie fw version, model number, receiver info, etc.), forcing it to be re-read from the device the next time it is used.

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lastCommunicationTime
-
const Timestamp& lastCommunicationTime() const
-

Gets the Timestamp for the last time MSCL communicated with the MipNode.

Returns

A Timestamp representing the last time MSCL communicated with the Node.

Exceptions

  • Error_NoData: There is no communication time logged for this device.

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lastDeviceState
-
DeviceState lastDeviceState() const
-

Gets the last known DeviceState for the MipNode.  This device state is updated by MSCL when data packets are received, as well as when operations are performed, such as setting a Node to idle.

Returns

The last known DeviceState.

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setLastDeviceState
-
void setLastDeviceState(
DeviceState state
)
-

Most users will not need this functionality.  The device state defaults to unknown on connection but then automatically updates to streaming upon receiving data packets or idle when the set to idle command is sent.  Setting this will not stop auto-detection - the manually set value will be overwritten when the value would otherwise be set.

Parameters
state
DeviceState

the DeviceState to set

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firmwareVersion
-
Version firmwareVersion() const
-

Gets the firmware Version of the MipNode.

Returns

The firmware Version of the MipNode.

Exceptions
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model
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MipModel model() const
-

Gets the MipModel of the MipNode.

Returns

The MipModel of the MipNode.

Exceptions
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- -
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modelName
-
std::string modelName() const
-

Gets the model name of the MipNode (ie. "3DM-GX3-45").

Returns

The model name of the MipNode.

Exceptions
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- -
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modelNumber
-
std::string modelNumber() const
-

Gets the model number of the MipNode (ie. "6225-4220").

Returns

The model number of the MipNode.

Exceptions
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- -
-
serialNumber
-
std::string serialNumber() const
-

Gets the serial number of the MipNode (ie. "6225-01319").

Returns

The serial number of the MipNode.

Exceptions
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- -
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lotNumber
-
std::string lotNumber() const
-

Gets the lot number of the MipNode (ie. "I042Y").

Returns

The lot number of the MipNode.

Exceptions
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deviceOptions
-
std::string deviceOptions() const
-

Gets the device options of the MipNode (ie. "5g, 300d/s").

Returns

The device options of the MipNode.

Exceptions
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- -
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timeout
-
void timeout(
uint64 timeout
)
-

Sets the timeout to use when waiting for responses from commands.

Parameters
timeout
uint64

The timeout (in milliseconds) to set for commands.

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timeout
-
uint64 timeout() const
-

Gets the timeout to use when waiting for responses from commands.

Returns

The timeout (in milliseconds) used for commands.

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name
-
std::string name()
-

Gets the name of the MipNode. This is the universal sensor name that should be used for uploading to SensorCloud.  This is the same as calling MipNode::deviceName.

Returns

The universal sensor name.

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ping
-
bool ping()
-

Pings the Node to check for communication.  Sends the "Ping" command to the device.

Returns

true if successfully pinged the node, false if failed.

Exceptions
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- -
-
setToIdle
-
void setToIdle()
-

Suspends streaming (if enabled) or wakes the device from sleep (if sleeping), putting the device in an idle mode.  After this command is used, the resume command may be used to put the Node back into the mode it was previously in before setToIdle was called.

Exceptions
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- -
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cyclePower
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bool cyclePower()
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Performs the "Device Reset" command.  Note: This is essentially the same as unplugging and plugging the device back in.

Exceptions
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resume
-
void resume()
-

Places the Node back in the mode it was in before issuing the setToIdle command.  If the setToIdle command was not issued, then the device is placed in default mode.

Exceptions
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getCommunicationMode
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virtual uint8 getCommunicationMode() = 0
-

Gets the current communication mode that the node is in.

Returns

The communication mode the node is in. This is an advanced command, and therefore the communication modes for your device should be researched to determine what each communication mode is.

Exceptions
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- -
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setCommunicationMode
-
virtual void setCommunicationMode(
uint8 communicationMode
) = 0
-

Sets the communication mode for the node.  Note: The node info will be reset when doing this and therefore will require being fetched again the next time it is requested.

Parameters
communicationMode
uint8

The communication mode to set. This is an advanced command, and therefore the communication modes for your device should be researched to determine what each communication mode is.

Exceptions
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saveSettingsAsStartup
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void saveSettingsAsStartup()
-

Save the current value of the specified settings commands as a startup setting.

Exceptions
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saveSettingsAsStartup
-
void saveSettingsAsStartup(
MipTypes::MipCommands cmdIds
)
-

Save the current value of the specified settings commands as a startup setting.

Parameters
cmdIds
MipTypes::MipCommands

(Optional) MipTypes::MipCommands list of IDs of the settings commands to save

Exceptions
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saveSettingsAsStartup
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void saveSettingsAsStartup(
MipCommandParameters cmdParams
)
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Save the current value of the specified settings commands as a startup setting.

Parameters
cmdParams
MipCommandParameters

(Optional) <MipCommandParameters> map of command IDs with associated parameters to save (if required, ie: message format, comm port speed, etc.)

Exceptions
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loadStartupSettings
-
void loadStartupSettings()
-

Loads the saved startup settings onto the Node as its current settings.  This function is useful if you have powered on the Node, made changes to its settings, and want to get back to its startup settings.

Exceptions
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- -
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loadStartupSettings
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void loadStartupSettings(
MipTypes::MipCommands cmdIds
)
-

Loads the saved startup settings onto the Node as its current settings.  This function is useful if you have powered on the Node, made changes to its settings, and want to get back to its startup settings.

Parameters
cmdIds
MipTypes::MipCommands

(Optional) MipTypes::MipCommands list of IDs of the settings commands to load

Exceptions
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- -
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loadStartupSettings
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void loadStartupSettings(
MipCommandParameters cmdParams
)
-

Loads the saved startup settings onto the Node as its current settings.  This function is useful if you have powered on the Node, made changes to its settings, and want to get back to its startup settings.

Parameters
cmdParams
MipCommandParameters

(Optional) <MipCommandParameters> map of command IDs with associated parameters to load (if required, ie: message format, comm port speed, etc.)

Exceptions
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loadFactoryDefaultSettings
-
void loadFactoryDefaultSettings()
-

Loads the factory default settings onto the Node as its current settings.

Exceptions
-
- -
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loadFactoryDefaultSettings
-
void loadFactoryDefaultSettings(
MipTypes::MipCommands cmdIds
)
-

Loads the factory default settings onto the Node as its current settings.

Parameters
cmdIds
MipTypes::MipCommands

(Optional) MipTypes::MipCommands list of IDs of the settings commands to load

Exceptions
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- -
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loadFactoryDefaultSettings
-
void loadFactoryDefaultSettings(
MipCommandParameters cmdParams
)
-

Loads the factory default settings onto the Node as its current settings.

Parameters
cmdParams
MipCommandParameters

(Optional) <MipCommandParameters> map of command IDs with associated parameters to load (if required, ie: message format, comm port speed, etc.)

Exceptions
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setUARTBaudRate
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void setUARTBaudRate(
uint32 baudRate,
bool resetConnection = true
)
-

Sets the baud rate.  The device can be unresponsive for as much as 250 ms following this command.  Important: The connection to the port will be automatically closed and re-opened at the new baud rate unless resetConnection parameter is false.

Parameters
baudRate
uint32

The new baud rate.

resetConnection
bool

(Optional) Specifies whether the connection to the port should be automatically closed and re-opened at the new baud rate.

Exceptions
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- -
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setUARTBaudRate
-
void setUARTBaudRate(
uint32 baudRate,
uint8 portId,
bool resetConnection = true
)
-

Sets the baud rate.  The device can be unresponsive for as much as 250 ms following this command.  Important: The connection to the port will be automatically closed and re-opened at the new baud rate unless resetConnection parameter is false.

Parameters
baudRate
uint32

The new baud rate.

portId
uint8

Specify the port id to set the baud rate. This value is ignored if device does not support command: Comm Port Speed (0x01,0x09)

resetConnection
bool

(Optional) Specifies whether the connection to the port should be automatically closed and re-opened at the new baud rate.

Exceptions
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getUARTBaudRate
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uint32 getUARTBaudRate(
uint8 portId = 1
)
-

Gets the current baud rate for the inertial device.

Parameters
portId
uint8

(Optional) Specify the port id to read the baud rate. This value is ignored if device does not support command: Comm Port Speed (0x01,0x09)

Return

uint8 current baud rate.

Exceptions
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getRawBytePackets
-
RawBytePackets getRawBytePackets(
uint32 timeout = 0,
uint32 maxPackets = 0
)
-

Gets up to the requested amount of raw byte packets that have been collected.

Parameters
packets

A vector of RawBytePacket to hold the result.

timeout
uint32

the timeout, in milliseconds, to wait for the data if necessary (default of 0)

maxPackets
uint32

The maximum number of packets to return. If this is 0 (default), all packets will be returned.

Exceptions
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipNodeFeatures-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipNodeFeatures-h-Summary.js deleted file mode 100644 index dde92e245..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipNodeFeatures-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/MIP/MipNodeFeatures.h","MipNodeFeatures.h");NDSummary.OnSummaryLoaded("File:MicroStrain/MIP/MipNodeFeatures.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[5147,0,0,"MipNodeFeatures","MipNodeFeatures"],[5148,0,2,"Variables","MipNodeFeatures.Variables"],[5149,0,3,"m_nodeInfo","MipNodeFeatures.m_nodeInfo"],[5150,0,2,"Functions","MipNodeFeatures.Functions"],[5151,0,1,"MipNodeFeatures","MipNodeFeatures.MipNodeFeatures"],[5152,0,2,"Variables","MipNodeFeatures.Variables(2)"],[5153,0,3,"m_node","MipNodeFeatures.m_node"],[5154,0,2,"Functions","MipNodeFeatures.Functions(2)"],[5155,0,1,"nodeInfo","MipNodeFeatures.nodeInfo"],[5156,0,1,"resetNodeInfo","MipNodeFeatures.resetNodeInfo"],[5157,0,1,"create","MipNodeFeatures.create"],[5158,0,1,"isChannelField","MipNodeFeatures.isChannelField"],[5159,0,1,"supportsCategory","MipNodeFeatures.supportsCategory"],[5160,0,1,"supportsCommand","MipNodeFeatures.supportsCommand"],[5161,0,1,"supportedCommands","MipNodeFeatures.supportedCommands"],[5162,0,1,"supportsChannelField","MipNodeFeatures.supportsChannelField"],[5163,0,1,"filterSupportedChannelFields","MipNodeFeatures.filterSupportedChannelFields"],[5164,0,1,"supportedChannelFields","MipNodeFeatures.supportedChannelFields"],[5165,0,1,"supportedSampleRates","MipNodeFeatures.supportedSampleRates"],[5166,0,1,"baseDataRate","MipNodeFeatures.baseDataRate"],[5167,0,1,"gnssReceiverInfo","MipNodeFeatures.gnssReceiverInfo"],[5168,0,1,"supportedGnssSources","MipNodeFeatures.supportedGnssSources"],[5169,0,1,"supportedSensorRanges","MipNodeFeatures.supportedSensorRanges"],[5170,0,1,"supportedSensorRanges","MipNodeFeatures.supportedSensorRanges(2)"],[5171,0,1,"commPortInfo","MipNodeFeatures.commPortInfo"],[5172,0,1,"useLegacyIdsForEnableDataStream","MipNodeFeatures.useLegacyIdsForEnableDataStream"],[5173,0,1,"supportedHeadingUpdateOptions","MipNodeFeatures.supportedHeadingUpdateOptions"],[5174,0,1,"supportedHeadingAlignmentMethods","MipNodeFeatures.supportedHeadingAlignmentMethods"],[5175,0,1,"supportedStatusSelectors","MipNodeFeatures.supportedStatusSelectors"],[5176,0,1,"supportedEstimationControlOptions","MipNodeFeatures.supportedEstimationControlOptions"],[5177,0,1,"supportedVehicleModeTypes","MipNodeFeatures.supportedVehicleModeTypes"],[5178,0,1,"supportedAdaptiveMeasurementModes","MipNodeFeatures.supportedAdaptiveMeasurementModes"],[5179,0,1,"supportedAdaptiveFilterLevels","MipNodeFeatures.supportedAdaptiveFilterLevels"],[5180,0,1,"supportedAidingMeasurementOptions","MipNodeFeatures.supportedAidingMeasurementOptions"],[5181,0,1,"supportedPpsSourceOptions","MipNodeFeatures.supportedPpsSourceOptions"],[5182,0,1,"supportedGpioPins","MipNodeFeatures.supportedGpioPins"],[5183,0,1,"supportedGpioPinModes","MipNodeFeatures.supportedGpioPinModes"],[5184,0,1,"supportedGpioBehaviors","MipNodeFeatures.supportedGpioBehaviors"],[5185,0,1,"supportedGpioFeatures","MipNodeFeatures.supportedGpioFeatures"],[5186,0,1,"supportedGpioConfigurations","MipNodeFeatures.supportedGpioConfigurations"],[5187,0,1,"supportedGnssSignalConfigurations","MipNodeFeatures.supportedGnssSignalConfigurations"],[5188,0,1,"supportedDeclinationOptions","MipNodeFeatures.supportedDeclinationOptions"],[5189,0,1,"supportedInclinationOptions","MipNodeFeatures.supportedInclinationOptions"],[5190,0,1,"supportedMagneticMagnitudeOptions","MipNodeFeatures.supportedMagneticMagnitudeOptions"],[5191,0,1,"supportedEventThresholdChannels","MipNodeFeatures.supportedEventThresholdChannels"],[5192,0,1,"supportedEventActionInfo","MipNodeFeatures.supportedEventActionInfo"],[5193,0,1,"supportedEventTriggerInfo","MipNodeFeatures.supportedEventTriggerInfo"],[5194,0,1,"supportsNorthCompensation","MipNodeFeatures.supportsNorthCompensation"],[5195,0,1,"supportedLowPassFilterChannelFields","MipNodeFeatures.supportedLowPassFilterChannelFields"],[5196,0,1,"maxMeasurementReferenceFrameId","MipNodeFeatures.maxMeasurementReferenceFrameId"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipNodeFeatures-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipNodeFeatures-h-SummaryToolTips.js deleted file mode 100644 index 676400f99..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipNodeFeatures-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/MIP/MipNodeFeatures.h",{5147:"
MipNodeFeatures
Contains information on which features are supported by an InertialNode.
",5149:"
mutable std::unique_ptr<MipNodeInfo> m_nodeInfo
The MipNodeInfo object that gives access to information of the Node
",5151:"
MipNodeFeatures(
const MipNode_Impl *node
)
Creates a MipNodeFeatures object.
",5153:"
const MipNode_Impl* m_node
The MipNode_Impl to use for lazy loading of values.
",5155:"
const MipNodeInfo& nodeInfo() const
Gets the basic device info (serial, model, fw version, etc.).
",5156:"
void resetNodeInfo()
Clears cached info read from device (ie fw version, receiver info, etc.).
",5157:"
static std::unique_ptr<MipNodeFeatures> create(
const MipNode_Impl *node
)
Builds and returns a MipNodeFeatures pointer.
",5158:"
static bool isChannelField(
uint16 descriptor
)
Checks if the uint16 descriptor value is a Channel field or not.
",5159:"
bool supportsCategory(
MipTypes::DataClass dataClass
) const
Checks whether or not a given MipTypes::DataClass is supported by the Node.
",5160:"
bool supportsCommand(
MipTypes::Command commandId
) const
Checks whether or not the given MipTypes::Command is supported by the Node.
",5161:"
MipTypes::MipCommands supportedCommands() const
Gets a list of the supported MipTypes::MipCommands that are supported by the Node.
",5162:"
bool supportsChannelField(
MipTypes::ChannelField fieldId
) const
Checks whether or not the given MipTypes::ChannelField is supported by the Node.
",5163:"
MipTypes::MipChannelFields filterSupportedChannelFields(
const MipTypes::MipChannelFields &fields
) const
Checks whether or not the MipTypes::ChannelField values in the specified list are supported by the Node and returns a list of those that are.
",5164:"
MipTypes::MipChannelFields supportedChannelFields(
MipTypes::DataClass dataClass = MipTypes::DataClass(-1)
) const
Gets a list of the supported channel fields for a given MipTypes::DataClass.
",5165:"
const SampleRates& supportedSampleRates(
MipTypes::DataClass dataClass
) const
Gets a list of the supported sample rates for a given MipTypes::DataClass.
",5166:"
const uint16& baseDataRate(
MipTypes::DataClass dataClass
) const
Gets the base data rate for a given MipTypes::DataClass.
",5167:"
const GnssReceivers& gnssReceiverInfo() const
Gets a list of GnssReceiverInfo for supported GNSS receivers.
",5168:"
const GnssSources supportedGnssSources() const
Gets a list of <InertialTypes::GNSS_Source> for supported GNSS sources.
",5169:"
const SupportedSensorRanges& supportedSensorRanges() const
Gets the SupportedSensorRanges for each configurable sensor type.
",5170:"
const SensorRanges supportedSensorRanges(
SensorRange::Type type
) const
Gets the SupportedSensorRanges for the specified configurable sensor type.
",5171:"
const CommPortInfo getCommPortInfo() const
Gets a list of DeviceCommPort info objects for each comm port on the device.
",5172:"
bool useLegacyIdsForEnableDataStream() const
true if the device uses Legacy IDs for the IMU/AHRS, GNSS, and EF data sets in the Enable Data Stream command (0x0C, 0x11)
",5173:"
const HeadingUpdateOptionsList supportedHeadingUpdateOptions() const
Gets a list of the supported heading update control options for this node.  Command: Heading Aiding Source Control (0x0D,0x18)
",5174:"
const HeadingAlignmentMethod supportedHeadingAlignmentMethods() const
Gets a list of the supported heading alignment methods for this node.  Command: Navigation Filter Initialization (0x0D,0x52)
",5175:"
const StatusSelectors supportedStatusSelectors() const
Gets a list of the supported device data status selectors for this node.
",5176:"
const EstimationControlOptions supportedEstimationControlOptions() const
Gets an object containing the estimation control options supported by this node.
",5177:"
const VehicleModeTypes supportedVehicleModeTypes() const
Gets a list of the supported vehicle mode types for this node.
",5178:"
const AdaptiveMeasurementModes supportedAdaptiveMeasurementModes() const
Gets an object containing the adaptive measurement modes supported by this node.
",5179:"
const AdaptiveFilterLevels supportedAdaptiveFilterLevels() const
Gets an object containing the adaptive filtering levels supported by this node.
",5180:"
const AidingMeasurementSourceOptions supportedAidingMeasurementOptions() const
Gets the aiding measurement sources supported by this device.
",5181:"
const PpsSourceOptions supportedPpsSourceOptions() const
Gets the PPS source options supported by this device.
",5182:"
const std::vector<GpioPinId> supportedGpioPins() const
Gets the GPIO Pin IDs supported by this device.
",5183:"
const GpioPinModeOptions supportedGpioPinModes(
GpioConfiguration::Feature feature,
uint8 behavior
) const
Gets the Pin Mode options supported by this device based on the selected feature and behavior.
",5184:"
const GpioBehaviorModes supportedGpioBehaviors(
GpioConfiguration::Feature feature,
GpioPinId pin
) const
Gets the GPIO Behavior options supported by this device based on the selected feature.
",5185:"
const GpioFeatureBehaviors supportedGpioFeatures(
GpioPinId pin
) const
Gets the GPIO Feature options supported by this device for the specified GPIO pin.
",5186:"
const GpioPinOptions supportedGpioConfigurations() const
Gets a map of supported GPIO configuration options for each supported pin
",5187:"
GnssSignalConfigOptions supportedGnssSignalConfigurations() const
Gets bitmask vectors of supported GnssSignalConfiguration for each constellation
",5188:"
Gets a vector of supported declination source options
",5189:"
Gets a vector of supported inclination source options
",5190:"
Gets a vector of supported magnetic magnitude source options
",5191:"
MipTypes::ChannelFieldQualifiers supportedEventThresholdChannels() const
Gets the supported channel fields/qualifiers for event threshold configuration.
",5192:"
const EventSupportInfo supportedEventActionInfo() const
Gets EventSupportInfo for event triggers and their types supported by the device.
",5193:"
const EventSupportInfo supportedEventTriggerInfo() const
Gets EventSupportInfo for event actions and their types supported by the device.
",5194:"
const bool supportsNorthCompensation() const
Checks whether or not north compensation is supported by the Node.  Only supported on devices with a magnetometer.
",5195:"
MipTypes::MipChannelFields supportedLowPassFilterChannelFields() const
Gets the list of MipTypes::ChannelFields that the low-pass filter can be applied to for this device.
",5196:"
uint8 maxMeasurementReferenceFrameId() const
Gets the maximum Measurement Reference Frame ID supported by this device. Supported ids are 1 through max ID.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipNodeFeatures-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipNodeFeatures-h-ToolTips.js deleted file mode 100644 index 91cc46f8f..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipNodeFeatures-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1907:"
A vector of VehicleModeType enum values
",1908:"
A vector of AutoAdaptiveFilteringLevel enum values
",1909:"
A vector of <InertialTypes::PpsSource> values
",1910:"
A vector of <InertialTypes::AidingMeasurementSource> values
",1911:"
A vector of <InertialTypes::GeographicSourceOption> values
",1912:"
A vector of <InertialTypes::GNSS_Source> values
",2181:"
Struct to create and interact with a HeadingAlignmentOption bitfield
",2221:"
Controls which parameters are estimated by the Kalman Filter.  Some, all, or none of the options can be set as estimation controls.
",2330:"
GnssSignalConfiguration
",2380:"
GPIO Feature options. Determines how the pin will be used
",2387:"
GPIO Pin behavior
",2392:"
PPS Pin behavior
",2396:"
Encoder Pin behavior
",2559:"
InertialNode
A class representing a MicroStrain Inertial Node
",3146:"
The enums for all the different data classes of MIP data.
",3171:"
The enums for all of the different MIP commands.
",3321:"
The enums for all of the different MIP Channel Field IDs.
",3780:"
A vector of ChannelField enums.
",3781:"
A vector of Command enums.
",3785:"
A map of ChannelField values and their associated ChannelIndices
",4095:"
Maps GNSS Receiver ID to the MipTypes::DataClass it outputs to
",4110:"
Stores info related to device comm ports (id, type)
",4142:"
SensorRange
An object representing a configurable sensor range option
",4144:"
Sensor and unit identifiers for configurable Sensor Range command (0x0C,0x52) ALL  - 0x00 - All (save as startup, load startup, reset to default only) ACCEL_MS2  - 0x01 - Accelerometer in m/s^2 GYRO_DPS  - 0x02 - Gyroscope in degrees per second MAG_MG  - 0x03 - Magnetometer in mG PRESSURE_HPA - 0x04 - Pressure in hPa
",4157:"
SupportedSensorRanges
Structure to hold all info for looking up supported sensor ranges for a device
",4161:"
MipNode_Impl
Contains the implementation for an InertialNode.
",4587:"
MipNodeInfo
Contains basic information about a MipNode.
",5147:"
MipNodeFeatures
Contains information on which features are supported by an InertialNode.
",5171:"
const CommPortInfo getCommPortInfo() const
Gets a list of DeviceCommPort info objects for each comm port on the device.
",9819:"
SampleRate
Represents a MicroStrain sample rate (rate at which data is sampling)
",10453:"
Error_NotSupported
A command/feature was attempted to be used that was not supported.
",10468:"
Error_Communication
The exception for failing to communicate with a device.
",10479:"
Error_Connection
The generic connection exception.
",10497:"
Error_MipCmdFailed
The Inertial command has failed
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipNodeFeatures-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipNodeFeatures-h.html deleted file mode 100644 index 29093b2d0..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipNodeFeatures-h.html +++ /dev/null @@ -1,300 +0,0 @@ - - -MipNodeFeatures.h - - - - - - - -
-
MipNodeFeatures
-
MipNodeFeatures
-

Contains information on which features are supported by an InertialNode.

-
- -
-
Variables
-
- -
-
m_nodeInfo
-
mutable std::unique_ptr<MipNodeInfo> m_nodeInfo
-

The MipNodeInfo object that gives access to information of the Node

-
- -
-
Functions
-
- -
-
MipNodeFeatures
-
MipNodeFeatures(
const MipNode_Impl *node
)
-

Creates a MipNodeFeatures object.

Parameters
node
const MipNode_Impl*

An MipNode_Impl object that this is a member of (used for lazy loading).

-
- -
-
Variables
-
- -
-
m_node
-
const MipNode_Impl* m_node
-

The MipNode_Impl to use for lazy loading of values.

-
- -
-
Functions
-
- -
-
nodeInfo
-
const MipNodeInfo& nodeInfo() const
-

Gets the basic device info (serial, model, fw version, etc.).

Returns

A MipNodeInfo object containing the basic device info.

Exceptions
-
- -
-
resetNodeInfo
-
void resetNodeInfo()
-

Clears cached info read from device (ie fw version, receiver info, etc.).

-
- -
-
create
-
static std::unique_ptr<MipNodeFeatures> create(
const MipNode_Impl *node
)
-

Builds and returns a MipNodeFeatures pointer.

Parameters
node
const MipNode_Impl*

An MipNode_Impl object that this is a member of (used for lazy loading).

Returns

A MipNodeFeatures unique_ptr.

Exceptions
-
- -
-
isChannelField
-
static bool isChannelField(
uint16 descriptor
)
-

Checks if the uint16 descriptor value is a Channel field or not.

Returns

true if the descriptor is a data channel field, false otherwise.

-
- -
-
supportsCategory
-
bool supportsCategory(
MipTypes::DataClass dataClass
) const
-

Checks whether or not a given MipTypes::DataClass is supported by the Node.

Parameters
dataClass
MipTypes::DataClass

The MipTypes::DataClass to check if supported.

-
- -
-
supportsCommand
-
bool supportsCommand(
MipTypes::Command commandId
) const
-

Checks whether or not the given MipTypes::Command is supported by the Node.

Parameters
commandId
MipTypes::Command

The MipTypes::Command to check if supported.

Returns

true if the <InertialFieldId::ID> is supported by the Node, false otherwise.

-
- -
-
supportedCommands
-
MipTypes::MipCommands supportedCommands() const
-

Gets a list of the supported MipTypes::MipCommands that are supported by the Node.

Returns

The MipTypes::MipCommands supported by the Node.

-
- -
-
supportsChannelField
-
bool supportsChannelField(
MipTypes::ChannelField fieldId
) const
-

Checks whether or not the given MipTypes::ChannelField is supported by the Node.

Parameters
fieldId
MipTypes::ChannelField

The MipTypes::ChannelField to check if supported.

Returns

true if the MipTypes::ChannelField is supported by the Node, false otherwise.

-
- -
-
filterSupportedChannelFields
-
MipTypes::MipChannelFields filterSupportedChannelFields(
const MipTypes::MipChannelFields &fields
) const
-

Checks whether or not the MipTypes::ChannelField values in the specified list are supported by the Node and returns a list of those that are.

Parameters
fields
const MipTypes::MipChannelFields&

The MipTypes::MipChannelFields to check if supported.

Returns

MipTypes::MipChannelFields list of fields from the specified list that are supported by the device

-
- -
-
supportedChannelFields
-
MipTypes::MipChannelFields supportedChannelFields(
MipTypes::DataClass dataClass = MipTypes::DataClass(-1)
) const
-

Gets a list of the supported channel fields for a given MipTypes::DataClass.

Parameters
dataClass
MipTypes::DataClass

default -1 - The MipTypes::DataClass to get the list of supported channels for. If -1, all supported ChannelFields will be returned regardless of DataClass

Returns

A MipTypes::ChannelFields object containing the list of supported channel fields.

Exceptions
-
- -
-
supportedSampleRates
-
const SampleRates& supportedSampleRates(
MipTypes::DataClass dataClass
) const
-

Gets a list of the supported sample rates for a given MipTypes::DataClass.

Parameters
dataClass
MipTypes::DataClass

The MipTypes::DataClass to get the sample rate list for.

Returns

A SampleRates list containing all the supported sample rates for the provided channel.

Exceptions
-
- -
-
baseDataRate
-
const uint16& baseDataRate(
MipTypes::DataClass dataClass
) const
-

Gets the base data rate for a given MipTypes::DataClass.

Parameters
dataClass
MipTypes::DataClass

The MipTypes::DataClass to get base data rate for.

Returns
uint16

the base data rate.

Exceptions
-
- -
-
gnssReceiverInfo
-
const GnssReceivers& gnssReceiverInfo() const
-

Gets a list of GnssReceiverInfo for supported GNSS receivers.

Returns

A <GnssReceivers> list containing GnssReceiverInfo for supported receivers

Exceptions
-
- -
-
supportedGnssSources
-
const GnssSources supportedGnssSources() const
-

Gets a list of <InertialTypes::GNSS_Source> for supported GNSS sources.

Returns

A GnssSources list containing <InertialTypes::GNSS_Source> for supported sources

Exceptions
-
- -
-
supportedSensorRanges
-
const SupportedSensorRanges& supportedSensorRanges() const
-

Gets the SupportedSensorRanges for each configurable sensor type.

Returns

A SupportedSensorRanges list containing all supported SensorRange options

Exceptions
-
- -
-
supportedSensorRanges
-
const SensorRanges supportedSensorRanges(
SensorRange::Type type
) const
-

Gets the SupportedSensorRanges for the specified configurable sensor type.

Parameters
type
SensorRange::Type

The SensorRange::Type to lookup range options for

Returns

A SupportedSensorRanges list containing all supported SensorRange options

Exceptions
-
- -
-
commPortInfo
-
const CommPortInfo getCommPortInfo() const
-

Gets a list of DeviceCommPort info objects for each comm port on the device.

Returns

A CommPortInfo list containing DeviceCommPort info for supported receivers

-
- -
-
useLegacyIdsForEnableDataStream
-
bool useLegacyIdsForEnableDataStream() const
-
Returns

true if the device uses Legacy IDs for the IMU/AHRS, GNSS, and EF data sets in the Enable Data Stream command (0x0C, 0x11)

-
- -
-
supportedHeadingUpdateOptions
-
const HeadingUpdateOptionsList supportedHeadingUpdateOptions() const
-

Gets a list of the supported heading update control options for this node.  Command: Heading Aiding Source Control (0x0D,0x18)

Returns

A <HeadingUpdateOptionsList> containing all the supported heading update control options for this node.

-
- -
-
supportedHeadingAlignmentMethods
-
const HeadingAlignmentMethod supportedHeadingAlignmentMethods() const
-

Gets a list of the supported heading alignment methods for this node.  Command: Navigation Filter Initialization (0x0D,0x52)

Returns

A <HeadingAlignmentMethod bitfield that represents all the valid <HeadingAlignmentOption> values.

-
- -
-
supportedStatusSelectors
-
const StatusSelectors supportedStatusSelectors() const
-

Gets a list of the supported device data status selectors for this node.

Returns

A <StatusSelectors> containing all the supported device data status selectors for this node.

-
- -
-
supportedEstimationControlOptions
-
const EstimationControlOptions supportedEstimationControlOptions() const
-

Gets an object containing the estimation control options supported by this node.

Returns

A EstimationControlOptions object containing all the supported estimation control options for this node.

-
- -
-
supportedVehicleModeTypes
-
const VehicleModeTypes supportedVehicleModeTypes() const
-

Gets a list of the supported vehicle mode types for this node.

Returns

A VehicleModeTypes containing all the supported vehicle mode types for this node.

-
- -
-
supportedAdaptiveMeasurementModes
-
const AdaptiveMeasurementModes supportedAdaptiveMeasurementModes() const
-

Gets an object containing the adaptive measurement modes supported by this node.

Returns

An AdaptiveMeasurementModes object containing all the supported adaptive measurement modes for this node.

-
- -
-
supportedAdaptiveFilterLevels
-
const AdaptiveFilterLevels supportedAdaptiveFilterLevels() const
-

Gets an object containing the adaptive filtering levels supported by this node.

Returns

An AdaptiveFilterLevels object containing all the supported adaptive filtering levels for this node.

-
- -
-
supportedAidingMeasurementOptions
-
const AidingMeasurementSourceOptions supportedAidingMeasurementOptions() const
-

Gets the aiding measurement sources supported by this device.

Returns

A AidingMeasurementSourceOptions list containing all the supported options.

-
- -
-
supportedPpsSourceOptions
-
const PpsSourceOptions supportedPpsSourceOptions() const
-

Gets the PPS source options supported by this device.

Returns

A PpsSourceOptions list containing all the supported options.

-
- -
-
supportedGpioPins
-
const std::vector<GpioPinId> supportedGpioPins() const
-

Gets the GPIO Pin IDs supported by this device.

Returns

A <std::vector<GpioPinId>> list containing all the supported GPIO pins.

-
- -
-
supportedGpioPinModes
-
const GpioPinModeOptions supportedGpioPinModes(
GpioConfiguration::Feature feature,
uint8 behavior
) const
-

Gets the Pin Mode options supported by this device based on the selected feature and behavior.

Parameters
feature
GpioConfiguration::Feature

the GpioConfiguration::Feature

behavior
uint8

the behavior ID to look up supported pin modes for Depending on feature option, behavior IDs defined by GpioConfiguration::GpioBehavior, GpioConfiguration::PpsBehavior, GpioConfiguration::EncoderBehavior

Returns

A <GpioPinModeOptions> list containing all the supported options.

-
- -
-
supportedGpioBehaviors
-
const GpioBehaviorModes supportedGpioBehaviors(
GpioConfiguration::Feature feature,
GpioPinId pin
) const
-

Gets the GPIO Behavior options supported by this device based on the selected feature.

Parameters
feature
GpioConfiguration::Feature

the GpioConfiguration::Feature

pin
GpioPinId

the <GpioPinId> to get the feature behaviors for

Returns

A <GpioBehaviorModes> list containing all the supported options.

-
- -
-
supportedGpioFeatures
-
const GpioFeatureBehaviors supportedGpioFeatures(
GpioPinId pin
) const
-

Gets the GPIO Feature options supported by this device for the specified GPIO pin.

Parameters
pin
GpioPinId

the pin ID to look up supported features

Returns

A <GpioFeatureOptions> list containing all the supported options.

-
- -
-
supportedGpioConfigurations
-
const GpioPinOptions supportedGpioConfigurations() const
-

Gets a map of supported GPIO configuration options for each supported pin

Returns

A <GpioPinOptions> map of supported GPIO pin configurations

-
- -
-
supportedGnssSignalConfigurations
-
GnssSignalConfigOptions supportedGnssSignalConfigurations() const
-

Gets bitmask vectors of supported GnssSignalConfiguration for each constellation

Returns

Bitmask vectors of supported GnssSignalConfiguration for each constellation

-
- -
-
supportedDeclinationOptions
-

Gets a vector of supported declination source options

Returns

A GeographicSources vector of supported declination source options

-
- -
-
supportedInclinationOptions
-

Gets a vector of supported inclination source options

Returns

A GeographicSources vector of supported inclination source options

-
- -
-
supportedMagneticMagnitudeOptions
-

Gets a vector of supported magnetic magnitude source options

Returns

A GeographicSources vector of supported magnetic magnitude source options

-
- -
-
supportedEventThresholdChannels
-
MipTypes::ChannelFieldQualifiers supportedEventThresholdChannels() const
-

Gets the supported channel fields/qualifiers for event threshold configuration.

Return
<ChannelFieldQualifiers>

The supported channel fields/qualifiers.

-
- -
-
supportedEventActionInfo
-
const EventSupportInfo supportedEventActionInfo() const
-

Gets EventSupportInfo for event triggers and their types supported by the device.

Returns

EventSupportInfo of the event actions and their types

-
- -
-
supportedEventTriggerInfo
-
const EventSupportInfo supportedEventTriggerInfo() const
-

Gets EventSupportInfo for event actions and their types supported by the device.

Returns

EventSupportInfo of the event triggers and their types

-
- -
-
supportsNorthCompensation
-
const bool supportsNorthCompensation() const
-

Checks whether or not north compensation is supported by the Node.  Only supported on devices with a magnetometer.

Returns

True if north compensation is supported by the Node, false otherwise.

-
- -
-
supportedLowPassFilterChannelFields
-
MipTypes::MipChannelFields supportedLowPassFilterChannelFields() const
-

Gets the list of MipTypes::ChannelFields that the low-pass filter can be applied to for this device.

Returns
MipTypes::MipChannelFields

list of supported MipTypes::ChannelFields.

-
- -
-
maxMeasurementReferenceFrameId
-
uint8 maxMeasurementReferenceFrameId() const
-

Gets the maximum Measurement Reference Frame ID supported by this device. Supported ids are 1 through max ID.

Returns
uint8

the maximum supported reference frame ID

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipNodeInfo-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipNodeInfo-h-Summary.js deleted file mode 100644 index a6e1a0229..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipNodeInfo-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/MIP/MipNodeInfo.h","MipNodeInfo.h");NDSummary.OnSummaryLoaded("File:MicroStrain/MIP/MipNodeInfo.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[4587,0,0,"MipNodeInfo","MipNodeInfo"],[4588,0,2,"Functions","MipNodeInfo.Functions"],[4589,0,1,"MipNodeInfo","MipNodeInfo.MipNodeInfo"],[4590,0,1,"MipNodeInfo","MipNodeInfo.MipNodeInfo(2)"],[4591,0,2,"Variables","MipNodeInfo.Variables"],[4592,0,3,"m_node","MipNodeInfo.m_node"],[4593,0,3,"m_deviceInfo","MipNodeInfo.m_deviceInfo"],[4594,0,3,"m_descriptors","MipNodeInfo.m_descriptors"],[4595,0,3,"m_sampleRates","MipNodeInfo.m_sampleRates"],[4596,0,3,"m_baseRates","MipNodeInfo.m_baseRates"],[4597,0,3,"m_receiverInfo","MipNodeInfo.m_receiverInfo"],[4598,0,3,"m_eventActionInfo","MipNodeInfo.m_eventActionInfo"],[4599,0,3,"m_eventTriggerInfo","MipNodeInfo.m_eventTriggerInfo"],[4600,0,3,"m_sensorRanges","MipNodeInfo.m_sensorRanges"],[4601,0,2,"Functions","MipNodeInfo.Functions(2)"],[4602,0,1,"deviceInfo","MipNodeInfo.deviceInfo"],[4603,0,1,"descriptors","MipNodeInfo.descriptors"],[4604,0,1,"supportedSampleRates","MipNodeInfo.supportedSampleRates"],[4605,0,1,"baseDataRate","MipNodeInfo.baseDataRate"],[4606,0,1,"gnssReceiverInfo","MipNodeInfo.gnssReceiverInfo"],[4607,0,1,"eventActionInfo","MipNodeInfo.eventActionInfo"],[4608,0,1,"eventTriggerInfo","MipNodeInfo.eventTriggerInfo"],[4609,0,1,"supportedSensorRanges","MipNodeInfo.supportedSensorRanges"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipNodeInfo-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipNodeInfo-h-SummaryToolTips.js deleted file mode 100644 index c13246640..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipNodeInfo-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/MIP/MipNodeInfo.h",{4587:"
MipNodeInfo
Contains basic information about a MipNode.
",4589:"
MipNodeInfo(
const MipNode_Impl *node
)
Creates a MipNodeInfo object.
",4590:"
MipNodeInfo(
const MipDeviceInfo &info,
const std::vector<uint16> &supportedDescriptors,
const std::map<MipTypes::DataClass, SampleRates> &sampleRates,
const std::map<MipTypes::DataClass, uint16> &baseRates
)
Creates a MipNodeInfo object.
",4592:"
const MipNode_Impl* m_node
The MipNode_Impl to use for lazy loading of values.
",4593:"
Utils::Lazy<MipDeviceInfo> m_deviceInfo
The MipDeviceInfo of the Node (lazy loaded).
",4594:"
Utils::Lazy<std::vector<uint16>> m_descriptors
A vector of descriptors supported by the Node (lazy loaded).
",4595:"
std::map<MipTypes::DataClass, Utils::Lazy<SampleRates>> m_sampleRates
Contains the sample rates for each MIP data set (lazy loaded).
",4596:"
std::map<MipTypes::DataClass, Utils::Lazy<uint16>> m_baseRates
Contains the base rates for each MIP data set (lazy loaded).
",4597:"
Utils::Lazy<GnssReceivers> m_receiverInfo
The GnssReceiverInfo of the Node (lazy loaded).
",4598:"
Utils::Lazy<EventSupportInfo> m_eventActionInfo
The action EventSupportInfo supported by the Node (lazy loaded).
",4599:"
Utils::Lazy<EventSupportInfo> m_eventTriggerInfo
The trigger EventSupportInfo supported by the Node (lazy loaded).
",4600:"
Utils::Lazy<SupportedSensorRanges> m_sensorRanges
The SupportedSensorRanges of this device (lazy loaded).
",4602:"
const MipDeviceInfo& deviceInfo() const
Gets the MipDeviceInfo of the Node.
",4603:"
const std::vector<uint16>& descriptors() const
Gets a vector of the descriptors supported by the Node.
",4604:"
const SampleRates& supportedSampleRates(
MipTypes::DataClass dataClass
) const
Gets the SampleRates supported by the Node for the given MipTypes::DataClass.
",4605:"
const uint16& baseDataRate(
MipTypes::DataClass dataClass
) const
Gets the base data rate of the Node for the given MipTypes::DataClass.
",4606:"
const GnssReceivers& gnssReceiverInfo() const
Gets the GnssReceiverInfo for all supported receivers
",4607:"
const EventSupportInfo& eventActionInfo() const
Gets the EventSupportInfo of supported action types
",4608:"
const EventSupportInfo& eventTriggerInfo() const
Gets the EventSupportInfo of supported trigger types
",4609:"
const SupportedSensorRanges& supportedSensorRanges() const
Gets the SupportedSensorRanges for this device
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipNodeInfo-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipNodeInfo-h-ToolTips.js deleted file mode 100644 index 2d445a8aa..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipNodeInfo-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2894:"
Contains information retrieved from an Inertial GetDeviceInfo command.
",3146:"
The enums for all the different data classes of MIP data.
",4095:"
Maps GNSS Receiver ID to the MipTypes::DataClass it outputs to
",4157:"
SupportedSensorRanges
Structure to hold all info for looking up supported sensor ranges for a device
",4161:"
MipNode_Impl
Contains the implementation for an InertialNode.
",9819:"
SampleRate
Represents a MicroStrain sample rate (rate at which data is sampling)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipNodeInfo-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipNodeInfo-h.html deleted file mode 100644 index b0d650263..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipNodeInfo-h.html +++ /dev/null @@ -1,143 +0,0 @@ - - -MipNodeInfo.h - - - - - - - -
-
MipNodeInfo
-
MipNodeInfo
-

Contains basic information about a MipNode.

-
- -
-
Functions
-
- -
-
MipNodeInfo
-
MipNodeInfo(
const MipNode_Impl *node
)
-

Creates a MipNodeInfo object.

Parameters
node
const MipNode_Impl*

The MipNode_Impl to use for lazy loading.

-
- -
-
MipNodeInfo
-
MipNodeInfo(
const MipDeviceInfo &info,
const std::vector<uint16> &supportedDescriptors,
const std::map<MipTypes::DataClass, SampleRates> &sampleRates,
const std::map<MipTypes::DataClass, uint16> &baseRates
)
-

Creates a MipNodeInfo object.

Parameters
info
const MipDeviceInfo&

The MipDeviceInfo containing information about the device.

supportedDescriptors
const std::vector<uint16>&

The descriptor set ids that are supported by this device.

sampleRates
const std::map<MipTypes::DataClass, SampleRates>&

The sample rates for each data set that are supported by this device.

baseRates
const std::map<MipTypes::DataClass, uint16>&

The base rates for each data set that are supported by this device.

-
- -
-
Variables
-
- -
-
m_node
-
const MipNode_Impl* m_node
-

The MipNode_Impl to use for lazy loading of values.

-
- -
-
m_deviceInfo
-
Utils::Lazy<MipDeviceInfo> m_deviceInfo
-

The MipDeviceInfo of the Node (lazy loaded).

-
- -
-
m_descriptors
-
Utils::Lazy<std::vector<uint16>> m_descriptors
-

A vector of descriptors supported by the Node (lazy loaded).

-
- -
-
m_sampleRates
-
std::map<MipTypes::DataClass, Utils::Lazy<SampleRates>> m_sampleRates
-

Contains the sample rates for each MIP data set (lazy loaded).

-
- -
-
m_baseRates
-
std::map<MipTypes::DataClass, Utils::Lazy<uint16>> m_baseRates
-

Contains the base rates for each MIP data set (lazy loaded).

-
- -
-
m_receiverInfo
-
Utils::Lazy<GnssReceivers> m_receiverInfo
-

The GnssReceiverInfo of the Node (lazy loaded).

-
- -
-
m_eventActionInfo
-
Utils::Lazy<EventSupportInfo> m_eventActionInfo
-

The action EventSupportInfo supported by the Node (lazy loaded).

-
- -
-
m_eventTriggerInfo
-
Utils::Lazy<EventSupportInfo> m_eventTriggerInfo
-

The trigger EventSupportInfo supported by the Node (lazy loaded).

-
- -
-
m_sensorRanges
-
Utils::Lazy<SupportedSensorRanges> m_sensorRanges
-

The SupportedSensorRanges of this device (lazy loaded).

-
- -
-
Functions
-
- -
-
deviceInfo
-
const MipDeviceInfo& deviceInfo() const
-

Gets the MipDeviceInfo of the Node.

-
- -
-
descriptors
-
const std::vector<uint16>& descriptors() const
-

Gets a vector of the descriptors supported by the Node.

-
- -
-
supportedSampleRates
-
const SampleRates& supportedSampleRates(
MipTypes::DataClass dataClass
) const
-

Gets the SampleRates supported by the Node for the given MipTypes::DataClass.

-
- -
-
baseDataRate
-
const uint16& baseDataRate(
MipTypes::DataClass dataClass
) const
-

Gets the base data rate of the Node for the given MipTypes::DataClass.

-
- -
-
gnssReceiverInfo
-
const GnssReceivers& gnssReceiverInfo() const
-

Gets the GnssReceiverInfo for all supported receivers

-
- -
-
eventActionInfo
-
const EventSupportInfo& eventActionInfo() const
-

Gets the EventSupportInfo of supported action types

-
- -
-
eventTriggerInfo
-
const EventSupportInfo& eventTriggerInfo() const
-

Gets the EventSupportInfo of supported trigger types

-
- -
-
supportedSensorRanges
-
const SupportedSensorRanges& supportedSensorRanges() const
-

Gets the SupportedSensorRanges for this device

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipNode_Impl-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipNode_Impl-h-Summary.js deleted file mode 100644 index cbee8af60..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipNode_Impl-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/MIP/MipNode_Impl.h","MipNode_Impl.h");NDSummary.OnSummaryLoaded("File:MicroStrain/MIP/MipNode_Impl.h",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[4161,0,0,"MipNode_Impl","MipNode_Impl"],[4162,0,3,"Constants","MipNode_Impl.Constants"],[4163,0,1,"COMMANDS_DEFAULT_TIMEOUT","MipNode_Impl.COMMANDS_DEFAULT_TIMEOUT"],[4164,0,3,"Functions","MipNode_Impl.Functions"],[4165,0,2,"MipNode_Impl","MipNode_Impl.MipNode_Impl"],[4166,0,2,"~InertialNode","MipNode_Impl.~InertialNode"],[4167,0,3,"Variables","MipNode_Impl.Variables"],[4168,0,4,"m_connection","MipNode_Impl.m_connection"],[4169,0,4,"m_packetCollector","MipNode_Impl.m_packetCollector"],[4170,0,4,"m_responseCollector","MipNode_Impl.m_responseCollector"],[4171,0,4,"m_rawBytePacketCollector","MipNode_Impl.m_rawBytePacketCollector"],[4172,0,4,"m_parser","MipNode_Impl.m_parser"],[4173,0,4,"m_commandsTimeout","MipNode_Impl.m_commandsTimeout"],[4174,0,4,"m_features","MipNode_Impl.m_features"],[4175,0,4,"m_sensorRateBase","MipNode_Impl.m_sensorRateBase"],[4176,0,4,"m_gnssRateBase","MipNode_Impl.m_gnssRateBase"],[4177,0,4,"m_sensorRateBase","MipNode_Impl.m_sensorRateBase(2)"],[4178,0,4,"m_lastCommTime","MipNode_Impl.m_lastCommTime"],[4179,0,4,"m_lastDeviceState","MipNode_Impl.m_lastDeviceState"],[4180,0,3,"Functions","MipNode_Impl.Functions(2)"],[4181,0,2,"parseData","MipNode_Impl.parseData"],[4182,0,2,"info","MipNode_Impl.info"],[4183,0,2,"onDataPacketAdded","MipNode_Impl.onDataPacketAdded"],[4184,0,2,"buildMipCommandBytes","MipNode_Impl.buildMipCommandBytes"],[4185,0,2,"doCommand","MipNode_Impl.doCommand"],[4186,0,2,"features","MipNode_Impl.features"],[4187,0,2,"connection","MipNode_Impl.connection"],[4188,0,2,"lastCommunicationTime","MipNode_Impl.lastCommunicationTime"],[4189,0,2,"lastDeviceState","MipNode_Impl.lastDeviceState"],[4190,0,2,"setLastDeviceState","MipNode_Impl.setLastDeviceState"],[4191,0,2,"resetNodeInfo","MipNode_Impl.resetNodeInfo"],[4192,0,2,"firmwareVersion","MipNode_Impl.firmwareVersion"],[4193,0,2,"modelName","MipNode_Impl.modelName"],[4194,0,2,"modelNumber","MipNode_Impl.modelNumber"],[4195,0,2,"serialNumber","MipNode_Impl.serialNumber"],[4196,0,2,"lotNumber","MipNode_Impl.lotNumber"],[4197,0,2,"deviceOptions","MipNode_Impl.deviceOptions"],[4198,0,2,"supportedSampleRates","MipNode_Impl.supportedSampleRates"],[4199,0,2,"getDataPackets","MipNode_Impl.getDataPackets"],[4200,0,2,"getRawBytePackets","MipNode_Impl.getRawBytePackets"],[4201,0,2,"totalPackets","MipNode_Impl.totalPackets"],[4202,0,2,"timeout","MipNode_Impl.timeout"],[4203,0,2,"timeout","MipNode_Impl.timeout(2)"],[4204,0,2,"getDeviceInfo","MipNode_Impl.getDeviceInfo"],[4205,0,2,"getGnssReceiverInfo","MipNode_Impl.getGnssReceiverInfo"],[4206,0,2,"getSupportedSensorRanges","MipNode_Impl.getSupportedSensorRanges"],[4207,0,2,"getDescriptorSets","MipNode_Impl.getDescriptorSets"],[4208,0,2,"getRequiredParameterDefaults","MipNode_Impl.getRequiredParameterDefaults"],[4209,0,2,"getRequiredParameterDefaults","MipNode_Impl.getRequiredParameterDefaults(2)"],[4210,0,2,"getReservedWriteValues","MipNode_Impl.getReservedWriteValues"],[4211,0,2,"getReservedWriteValues","MipNode_Impl.getReservedWriteValues(2)"],[4212,0,2,"getConfigCommandBytes","MipNode_Impl.getConfigCommandBytes"],[4213,0,2,"getEventInfo","MipNode_Impl.getEventInfo"],[4214,0,2,"sendCommandBytes","MipNode_Impl.sendCommandBytes"],[4215,0,2,"sendCommandBytes","MipNode_Impl.sendCommandBytes(2)"],[4216,0,2,"ping","MipNode_Impl.ping"],[4217,0,2,"setToIdle","MipNode_Impl.setToIdle"],[4218,0,2,"cyclePower","MipNode_Impl.cyclePower"],[4219,0,2,"resume","MipNode_Impl.resume"],[4220,0,2,"saveSettingsAsStartup","MipNode_Impl.saveSettingsAsStartup"],[4221,0,2,"loadStartupSettings","MipNode_Impl.loadStartupSettings"],[4222,0,2,"loadFactoryDefaultSettings","MipNode_Impl.loadFactoryDefaultSettings"],[4223,0,2,"pollData","MipNode_Impl.pollData"],[4224,0,2,"getDataRateBase","MipNode_Impl.getDataRateBase"],[4225,0,2,"getMessageFormat","MipNode_Impl.getMessageFormat"],[4226,0,2,"setMessageFormat","MipNode_Impl.setMessageFormat"],[4227,0,2,"saveMessageFormat","MipNode_Impl.saveMessageFormat"],[4228,0,2,"getInterfaceControl","MipNode_Impl.getInterfaceControl"],[4229,0,2,"setInterfaceControl","MipNode_Impl.setInterfaceControl"],[4230,0,2,"setInterfaceControl","MipNode_Impl.setInterfaceControl(2)"],[4231,0,2,"getCommunicationMode","MipNode_Impl.getCommunicationMode"],[4232,0,2,"setCommunicationMode","MipNode_Impl.setCommunicationMode"],[4233,0,2,"isDataStreamEnabled","MipNode_Impl.isDataStreamEnabled"],[4234,0,2,"enableDataStream","MipNode_Impl.enableDataStream"],[4235,0,2,"resetFilter","MipNode_Impl.resetFilter"],[4236,0,2,"getAutoInitialization","MipNode_Impl.getAutoInitialization"],[4237,0,2,"setAutoInitialization","MipNode_Impl.setAutoInitialization"],[4238,0,2,"getAltitudeAid","MipNode_Impl.getAltitudeAid"],[4239,0,2,"setAltitudeAid","MipNode_Impl.setAltitudeAid"],[4240,0,2,"getPitchRollAid","MipNode_Impl.getPitchRollAid"],[4241,0,2,"setPitchRollAid","MipNode_Impl.setPitchRollAid"],[4242,0,2,"setVelocityZUPT","MipNode_Impl.setVelocityZUPT"],[4243,0,2,"tareOrientation","MipNode_Impl.tareOrientation"],[4244,0,2,"getVelocityZUPT","MipNode_Impl.getVelocityZUPT"],[4245,0,2,"setAngularRateZUPT","MipNode_Impl.setAngularRateZUPT"],[4246,0,2,"getAngularRateZUPT","MipNode_Impl.getAngularRateZUPT"],[4247,0,2,"cmdedVelZUPT","MipNode_Impl.cmdedVelZUPT"],[4248,0,2,"cmdedAngRateZUPT","MipNode_Impl.cmdedAngRateZUPT"],[4249,0,2,"setInitialAttitude","MipNode_Impl.setInitialAttitude"],[4250,0,2,"setInitialHeading","MipNode_Impl.setInitialHeading"],[4251,0,2,"getInitialFilterConfiguration","MipNode_Impl.getInitialFilterConfiguration"],[4252,0,2,"setInitialFilterConfiguration","MipNode_Impl.setInitialFilterConfiguration"],[4253,0,2,"getSensorToVehicleRotation","MipNode_Impl.getSensorToVehicleRotation"],[4254,0,2,"setSensorToVehicleRotation","MipNode_Impl.setSensorToVehicleRotation"],[4255,0,2,"getSensorToVehicleOffset","MipNode_Impl.getSensorToVehicleOffset"],[4256,0,2,"setSensorToVehicleRotation","MipNode_Impl.setSensorToVehicleRotation(2)"],[4257,0,2,"getAntennaOffset","MipNode_Impl.getAntennaOffset"],[4258,0,2,"setAntennaOffset","MipNode_Impl.setAntennaOffset"],[4259,0,2,"getGNSSAssistedFixControl","MipNode_Impl.getGNSSAssistedFixControl"],[4260,0,2,"setGNSSAssistedFixControl","MipNode_Impl.setGNSSAssistedFixControl"],[4261,0,2,"getGNSSAssistTimeUpdate","MipNode_Impl.getGNSSAssistTimeUpdate"],[4262,0,2,"setGNSSAssistTimeUpdate","MipNode_Impl.setGNSSAssistTimeUpdate"],[4263,0,2,"getGPSTimeUpdateWeeks","MipNode_Impl.getGPSTimeUpdateWeeks"],[4264,0,2,"getGPSTimeUpdateSeconds","MipNode_Impl.getGPSTimeUpdateSeconds"],[4265,0,2,"setGPSTimeUpdate","MipNode_Impl.setGPSTimeUpdate"],[4266,0,2,"setConstellationSettings","MipNode_Impl.setConstellationSettings"],[4267,0,2,"getConstellationSettings","MipNode_Impl.getConstellationSettings"],[4268,0,2,"setSBASSettings","MipNode_Impl.setSBASSettings"],[4269,0,2,"getSBASSettings","MipNode_Impl.getSBASSettings"],[4270,0,2,"setAccelerometerBias","MipNode_Impl.setAccelerometerBias"],[4271,0,2,"getAccelerometerBias","MipNode_Impl.getAccelerometerBias"],[4272,0,2,"setGyroBias","MipNode_Impl.setGyroBias"],[4273,0,2,"getGyroBias","MipNode_Impl.getGyroBias"],[4274,0,2,"captureGyroBias","MipNode_Impl.captureGyroBias"],[4275,0,2,"findMagnetometerCaptureAutoCalibration","MipNode_Impl.findMagnetometerCaptureAutoCalibration"],[4276,0,2,"saveMagnetometerCaptureAutoCalibration","MipNode_Impl.saveMagnetometerCaptureAutoCalibration"],[4277,0,2,"setMagnetometerSoftIronMatrix","MipNode_Impl.setMagnetometerSoftIronMatrix"],[4278,0,2,"getMagnetometerSoftIronMatrix","MipNode_Impl.getMagnetometerSoftIronMatrix"],[4279,0,2,"setMagnetometerHardIronOffset","MipNode_Impl.setMagnetometerHardIronOffset"],[4280,0,2,"setMagnetometerHardIronOffset","MipNode_Impl.setMagnetometerHardIronOffset(2)"],[4281,0,2,"setConingAndScullingEnable","MipNode_Impl.setConingAndScullingEnable"],[4282,0,2,"getConingAndScullingEnable","MipNode_Impl.getConingAndScullingEnable"],[4283,0,2,"setUARTBaudRate","MipNode_Impl.setUARTBaudRate"],[4284,0,2,"setUARTBaudRate","MipNode_Impl.setUARTBaudRate(2)"],[4285,0,2,"getUARTBaudRate","MipNode_Impl.getUARTBaudRate"],[4286,0,2,"setLowPassFilterSettings","MipNode_Impl.setLowPassFilterSettings"],[4287,0,2,"getLowPassFilterSettings","MipNode_Impl.getLowPassFilterSettings"],[4288,0,2,"setComplementaryFilterSettings","MipNode_Impl.setComplementaryFilterSettings"],[4289,0,2,"getComplementaryFilterSettings","MipNode_Impl.getComplementaryFilterSettings"],[4290,0,2,"getBasicDeviceStatus","MipNode_Impl.getBasicDeviceStatus"],[4291,0,2,"getDiagnosticDeviceStatus","MipNode_Impl.getDiagnosticDeviceStatus"],[4292,0,2,"sendRawRTCM_2_3Message","MipNode_Impl.sendRawRTCM_2_3Message"],[4293,0,2,"setVehicleDynamicsMode","MipNode_Impl.setVehicleDynamicsMode"],[4294,0,2,"getVehicleDynamicsMode","MipNode_Impl.getVehicleDynamicsMode"],[4295,0,2,"setEstimationControlFlags","MipNode_Impl.setEstimationControlFlags"],[4296,0,2,"getEstimationControlFlags","MipNode_Impl.getEstimationControlFlags"],[4297,0,2,"setInclinationSource","MipNode_Impl.setInclinationSource"],[4298,0,2,"getInclinationSource","MipNode_Impl.getInclinationSource"],[4299,0,2,"setDeclinationSource","MipNode_Impl.setDeclinationSource"],[4300,0,2,"getDeclinationSource","MipNode_Impl.getDeclinationSource"],[4301,0,2,"setMagneticFieldMagnitudeSource","MipNode_Impl.setMagneticFieldMagnitudeSource"],[4302,0,2,"getMagneticFieldMagnitudeSource","MipNode_Impl.getMagneticFieldMagnitudeSource"],[4303,0,2,"setEstimationControlFlags","MipNode_Impl.setEstimationControlFlags(2)"],[4304,0,2,"getEstimationControlFlags","MipNode_Impl.getEstimationControlFlags(2)"],[4305,0,2,"sendExternalGNSSUpdate","MipNode_Impl.sendExternalGNSSUpdate"],[4306,0,2,"setHeadingUpdateControl","MipNode_Impl.setHeadingUpdateControl"],[4307,0,2,"getHeadingUpdateControl","MipNode_Impl.getHeadingUpdateControl"],[4308,0,2,"setAdaptiveMeasurement","MipNode_Impl.setAdaptiveMeasurement"],[4309,0,2,"getAdaptiveMeasurement","MipNode_Impl.getAdaptiveMeasurement"],[4310,0,2,"setSignalConditioningSettings","MipNode_Impl.setSignalConditioningSettings"],[4311,0,2,"getSignalConditioningSettings","MipNode_Impl.getSignalConditioningSettings"],[4312,0,2,"setGeometricVectors","MipNode_Impl.setGeometricVectors"],[4313,0,2,"getGeometricVectors","MipNode_Impl.getGeometricVectors"],[4314,0,2,"setUint8s","MipNode_Impl.setUint8s"],[4315,0,2,"getUint8s","MipNode_Impl.getUint8s"],[4316,0,2,"getUint8s","MipNode_Impl.getUint8s(2)"],[4317,0,2,"setUint16s","MipNode_Impl.setUint16s"],[4318,0,2,"getUint16s","MipNode_Impl.getUint16s"],[4319,0,2,"getUint16s","MipNode_Impl.getUint16s(2)"],[4320,0,2,"setFloats","MipNode_Impl.setFloats"],[4321,0,2,"getFloats","MipNode_Impl.getFloats"],[4322,0,2,"setMatrix3x3s","MipNode_Impl.setMatrix3x3s"],[4323,0,2,"getMatrix3x3s","MipNode_Impl.getMatrix3x3s"],[4324,0,2,"setFixedReferencePosition","MipNode_Impl.setFixedReferencePosition"],[4325,0,2,"FixedReferencePositionData","MipNode_Impl.FixedReferencePositionData"],[4326,0,2,"sendExternalHeadingUpdate","MipNode_Impl.sendExternalHeadingUpdate"],[4327,0,2,"sendExternalHeadingUpdate","MipNode_Impl.sendExternalHeadingUpdate(2)"],[4328,0,2,"setDeviceTime","MipNode_Impl.setDeviceTime"],[4329,0,2,"setDeviceTime","MipNode_Impl.setDeviceTime(2)"],[4330,0,2,"getDeviceStatusFlags","MipNode_Impl.getDeviceStatusFlags"],[4331,0,2,"getActivationCode","MipNode_Impl.getActivationCode"],[4332,0,2,"get","MipNode_Impl.get"],[4333,0,2,"get","MipNode_Impl.get(2)"],[4334,0,2,"get_RawResponseData","MipNode_Impl.get_RawResponseData"],[4335,0,2,"set","MipNode_Impl.set"],[4336,0,2,"saveAsStartup","MipNode_Impl.saveAsStartup"],[4337,0,2,"saveAsStartup","MipNode_Impl.saveAsStartup(2)"],[4338,0,2,"loadStartup","MipNode_Impl.loadStartup"],[4339,0,2,"loadStartup","MipNode_Impl.loadStartup(2)"],[4340,0,2,"loadDefault","MipNode_Impl.loadDefault"],[4341,0,2,"loadDefault","MipNode_Impl.loadDefault(2)"],[4342,0,2,"run","MipNode_Impl.run"],[4343,0,2,"run","MipNode_Impl.run(2)"],[4344,0,2,"SendCommand","MipNode_Impl.SendCommand"],[4345,0,2,"processMipCommandBytes","MipNode_Impl.processMipCommandBytes"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipNode_Impl-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipNode_Impl-h-SummaryToolTips.js deleted file mode 100644 index 252da3cb0..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipNode_Impl-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/MIP/MipNode_Impl.h",{4161:"
MipNode_Impl
Contains the implementation for an InertialNode.
",4163:"
The default timeout for Inertial commands (250 milliseconds)
",4165:"
explicit MipNode_Impl(
Connection connection
)
Creates a MipNode_Impl object.
",4166:"
Destroys the InertialNode object
",4168:"
Connection m_connection
The Connection object used for communication
",4169:"
MipPacketCollector m_packetCollector
The MipPacketCollector used to store inertial data packets
",4170:"
std::shared_ptr<ResponseCollector> m_responseCollector
The response collector used to find and store wireless command responses
",4171:"
mutable RawBytePacketCollector m_rawBytePacketCollector
The RawBytePacketCollector associated with this parser and its parent device
",4172:"
std::unique_ptr<MipParser> m_parser
The MipParser in charge of parsing all incoming data to this device
",4173:"
uint64 m_commandsTimeout
The timeout to use for MIP commands
",4174:"
mutable std::unique_ptr<MipNodeFeatures> m_features
The MipNodeFeatures containing the features for this device.
",4175:"
mutable uint16 m_sensorRateBase
The Sensor sample rate base (if any).
",4176:"
mutable uint16 m_gnssRateBase
The GNSS sample rate base (if any).
",4177:"
The Estimation Filter sample rate base (if any).
",4178:"
Timestamp m_lastCommTime
A Timestamp representing the last time communication was achieved with the Node.
",4179:"
DeviceState m_lastDeviceState
The last known DeviceState of the Node.
",4181:"
void parseData(
DataBuffer &data
)
Callback function that parses any bytes that are in the read buffer to find packets or command responses
",4182:"
const MipNodeInfo& info() const
Gets the MipNodeInfo for this Node.  The first time this function is called, it will send multiple commands to the device to get all required information.
",4183:"
void onDataPacketAdded()
The callback function to use to get notified of data packets being added.
",4184:"
MipCommandBytes buildMipCommandBytes(
MipTypes::Command cmd,
std::vector<MipFieldValues> specifiers = { {} },
MipFieldValues trailingReserved = {}
) const
Used by function getConfiCommandBytes to build the MipCommandBytes object given a collection of <MipFieldValues> specifiers Only works for commands with set parameters formatted the same as get reply field data Note: specifiers defaults to vector with single empty <MipFieldValues> entry
",4185:"
virtual GenericMipCmdResponse doCommand(
GenericMipCommand::Response &response,
const ByteStream &command,
bool verifySupported = true
) const
Performs a generic MIP Command, sending the command bytes and waiting for the response.
",4186:"
virtual const MipNodeFeatures& features() const
Gets a reference to the MipNodeFeatures for this device.
",4187:"
Connection& connection()
Gets the Connection object that this MIP device is using.
",4188:"
const Timestamp& lastCommunicationTime() const
Gets the Timestamp for the last time we communicated with the Node.
",4189:"
DeviceState lastDeviceState() const
Gets the last known DeviceState for the Node.
",4190:"
void setLastDeviceState(
DeviceState state
)
Most users will not need this functionality.  The device state defaults to unknown on connection but then automatically updates to streaming upon receiving data packets or idle when the set to idle command is sent.  Setting this will not stop auto-detection - the manually set value will be overwritten when the value would otherwise be set.
",4191:"
void resetNodeInfo()
Clears cached info read from device (ie fw version, receiver info, etc.).
",4192:"
Version firmwareVersion() const
Gets the firmware Version of the Node.
",4193:"
std::string modelName() const
Gets the model name of the Node (ie. "3DM-GX3-45").
",4194:"
std::string modelNumber() const
Gets the model number of the Node (ie. "6225-4220").
",4195:"
std::string serialNumber() const
Gets the serial number of the Node (ie. "6225-01319").
",4196:"
std::string lotNumber() const
Gets the lot number of the Node (ie. "I042Y").
",4197:"
std::string deviceOptions() const
Gets the device options of the Node (ie. "5g, 300d/s").
",4198:"
SampleRates supportedSampleRates(
MipTypes::DataClass dataClass
) const
Gets a list of the supported sample rates for an MipTypes::DataClass.
",4199:"
void getDataPackets(
std::vector<MipDataPacket> &packets,
uint32 timeout = 0,
uint32 maxPackets = 0
)
Gets up to the requested amount of data packets that have been collected.
",4200:"
void getRawBytePackets(
RawBytePackets &packets,
uint32 timeout = 0,
uint32 maxPackets = 0
)
Gets up to the requested amount of raw byte packets that have been collected.
",4201:"
uint32 totalPackets()
Gets the total number of data packets that are currently in the buffer.
",4202:"
void timeout(
uint64 timeout
)
Sets the timeout to use when waiting for responses from commands.
",4203:"
uint64 timeout()
Gets the timeout to use when waiting for responses from commands.
",4204:"
virtual MipDeviceInfo getDeviceInfo() const
Gets information about the Node.  Sends the "Get Device Information" command to the device.
",4205:"
virtual GnssReceivers getGnssReceiverInfo() const
Gets the GNSS receiver info for this node, representing available GNSS receiver ports and the data set over which each is output.  Sends the "Get GNSS Receiver Info" command to the device.
",4206:"
virtual SupportedSensorRanges getSupportedSensorRanges() const
Gets the supported sensor ranges for this device.  Sends the Supported Ranges command (0x0C,0x53) to the device.
",4207:"
virtual std::vector<uint16> getDescriptorSets() const
Gets the supported descriptor sets for this node, representing which commands and data sets are available.  Sends the "Get Device Descriptor Sets" command to the device.
",4208:"
MipCommandParameters getRequiredParameterDefaults(
const MipTypes::MipCommands &cmds,
bool useAllParam = true
) const
Get list of command ID, parameters vector pairs for all the available defaults for the required parameters of the specified commands Useful for get config command bytes, save as startup, etc.
",4209:"
MipCommandParameters getRequiredParameterDefaults(
MipTypes::Command cmd,
bool useAllParam = true
) const
Get list of command ID, parameters vector pairs for all the available defaults for the required parameters of the specified command Useful for get config command bytes, save as startup, etc.
",4210:"
MipCommandParameters getReservedWriteValues(
const MipTypes::MipCommands &cmds
) const
Get list of command ID, parameters vector pairs for all the trailing reserved values for writing the specified commands Useful for get config command bytes
",4211:"
MipCommandParameters getReservedWriteValues(
MipTypes::Command cmd
) const
Get list of command ID, parameters vector pairs for all the trailing reserved values for writing the specified command Useful for get config command bytes
",4212:"
virtual MipCommandSet getConfigCommandBytes() const
Gets the byte string for the commands to set the node\'s current settings.
",4213:"
virtual EventSupportInfo getEventInfo(
EventSupportInfo::Query query
) const
Gets the event type info for this node, which includes the maximum number of supported triggers/actions and a list of trigger/action types and the maximum supported instances of each type.  Sends the "Event Support" command to the device.
",4214:"
void sendCommandBytes(
MipCommandSet &cmds
)
Sends the <MipCommandSet> byte strings. The MipCommandBytes sendCmdFailed is updated to indicate success/failure.  Note: Unsupported commands, as indicated by the MipCommandBytes id, will not be sent.  Important: if the UART Baud Rate is changed the connection to the port will be automatically closed and re-opened at the new baud rate.
",4215:"
void sendCommandBytes(
MipCommandBytes &cmd
)
Sends the MipCommandBytes byte strings. The MipCommandBytes sendCmdFailed is updated to indicate success/failure.  Note: Unsupported commands, as indicated by the MipCommandBytes id, will not be sent.  Important: if the UART Baud Rate is changed the connection to the port will be automatically closed and re-opened at the new baud rate.
",4216:"
bool ping()
Pings the node to check for communication.  Sends the "Ping" command to the device.
",4217:"
void setToIdle()
Suspends streaming (if enabled) or wakes the device from sleep (if sleeping), putting the device in an idle mode.  After this command is used, the resume command may be used to put the Node back into the mode it was previously in before setToIdle was called.
",4218:"
bool cyclePower()
Performs the "Device Reset" Inertial command.
",4219:"
void resume()
Places the Node back in the mode it was in before issuing the setToIdle command.  If the setToIdle command was not issues, then the device is placed in default mode.
",4220:"
void saveSettingsAsStartup()
Saves all of the current settings as the Node\'s startup settings.  Note: A brief data disturbance may occur when calling this command.
",4221:"
void loadStartupSettings()
Loads the saved startup settings onto the Node as its current settings.  This function is useful if you have powered on the Node, made changes to its settings, and want to get back to its startup settings.
",4222:"
void loadFactoryDefaultSettings()
Loads the factory default settings onto the Node as its current settings.
",4223:"
void pollData(
MipTypes::DataClass dataClass,
const MipTypes::MipChannelFields &fields
)
Polls the device for a message with the specified fields, for the specified data class.
",4224:"
virtual uint16 getDataRateBase(
MipTypes::DataClass dataClass
) const
Gets the Data decimation base for the data rate calculations of the specified MipTypes::DataClass.
",4225:"
virtual MipChannels getMessageFormat(
MipTypes::DataClass dataClass
) const
Gets the current message format of the specified MipTypes::DataClass\'s data packet.
",4226:"
virtual void setMessageFormat(
MipTypes::DataClass dataClass,
const MipChannels &channels
)
Sets the current message format of the specified MipTypes::DataClass\'s data packet.  Note that this function does not add to the existing message format, but overwrites it entirely.
",4227:"
void saveMessageFormat(
MipTypes::DataClass type
)
Saves the current message format of the specified MipTypes::DataClass\'s data packet.  Note that this function does not add to the existing message format, but overwrites it entirely.
",4228:"
virtual DeviceCommPort getInterfaceControl(
uint8 interfaceId
) const
Gets the current comm port interface configuration for the specified ID.  This includes the port type, ID and input/output protocols currently configured.
",4229:"
virtual void setInterfaceControl(
const DeviceCommPort &portInterface
)
Sets the interface control for the node.  Note: See the device\'s manual for possible configurations and limitations.
",4230:"
virtual void setInterfaceControl(
const uint8 interfaceId,
const DeviceCommPort::Protocol inputProtocols,
const DeviceCommPort::Protocol outputProtocols
)
Sets the specified comm port interface configuration for the node.  Note: See the device\'s manual for possible configurations and limitations.
",4231:"
virtual uint8 getCommunicationMode() const
Gets the current communication mode that the node is in.
",4232:"
virtual void setCommunicationMode(
uint8 communicationMode
)
Sets the communication mode for the node.  Note: The node info will be reset when doing this and therefore will require being fetched again the next time it is requested.
",4233:"
bool isDataStreamEnabled(
MipTypes::DataClass dataClass
) const
Checks whether the data stream for the given data class is enabled
",4234:"
void enableDataStream(
MipTypes::DataClass dataClass,
bool enable
)
Enables or disables continuous data streaming for the node.
",4235:"
void resetFilter()
Resets the filter to the initialize state.
",4236:"
bool getAutoInitialization() const
Gets the state of the automatic initialization upon device startup.
",4237:"
void setAutoInitialization(
bool enable
)
Sets the state of the automatic initialization upon device startup.
",4238:"
bool getAltitudeAid() const
Gets the state of the altitude aid upon device startup.
",4239:"
void setAltitudeAid(
bool enable
)
Sets the state of the altitude aid upon device startup.
",4240:"
bool getPitchRollAid() const
Gets the state of the pitch/roll aid upon device startup.
",4241:"
void setPitchRollAid(
bool enable
)
Sets the state of the pitch/roll aid upon device startup.
",4242:"
void setVelocityZUPT(
const ZUPTSettingsData &ZUPTSettings
)
Sets the state of the velocity ZUPT control.
",4243:"
void tareOrientation(
const TareAxisValues &axisValue
)
uses device orientation relative to the NED frame as the sensor to vehicle rotation.
",4244:"
ZUPTSettingsData getVelocityZUPT() const
Gets the state and threshold of the velocity ZUPT control.
",4245:"
void setAngularRateZUPT(
const ZUPTSettingsData &ZUPTSettings
)
Sets the state of the angular rate ZUPT control.
",4246:"
ZUPTSettingsData getAngularRateZUPT() const
Gets the state and threshold of the angular rate ZUPT control.
",4247:"
void cmdedVelZUPT()
Performs Commanded Zero Velocity Update.
",4248:"
void cmdedAngRateZUPT()
Performs Commanded Zero Angular Rate Update.
",4249:"
void setInitialAttitude(
const EulerAngles &attitude
)
Sets the initial attitude.
",4250:"
void setInitialHeading(
float heading
)
Sets the initial heading.
",4251:"
FilterInitializationValues getInitialFilterConfiguration() const
Gets the initial filter configuration values.
",4252:"
void setInitialFilterConfiguration(
FilterInitializationValues filterConfig
)
Sets the initial filter configuration values.  Note: Changes from this command will only be applied if the filter is in the Initialization state (not Running) or on filter reset.
",4253:"
EulerAngles getSensorToVehicleRotation() const
Gets the sensor to vehicle frame rotation matrix using roll, pitch, and yaw Euler angles (in radians).
",4254:"
void setSensorToVehicleRotation(
const EulerAngles &angles
)
Sets the sensor to vehicle frame rotation matrix using roll, pitch, and yaw Euler angles (in radians).
",4255:"
PositionOffset getSensorToVehicleOffset() const
Gets the sensor to vehicle frame offset, expressed in the sensor frame.
",4256:"
Sets the sensor to vehicle frame offset, expressed in the sensor frame.
",4257:"
PositionOffset getAntennaOffset() const
Gets the antenna offset, expressed in the sensor frame.
",4258:"
void setAntennaOffset(
const PositionOffset &offset
)
Sets the antenna offset, expressed in the sensor frame.
",4259:"
bool getGNSSAssistedFixControl() const
Gets the GNSS Assisted Fix Control.
",4260:"
void setGNSSAssistedFixControl(
bool enableAssistedFix
)
Sets the GNSS Assisted Fix Control.
",4261:"
TimeUpdate getGNSSAssistTimeUpdate()
Gets the GNSS Assisted Time Update.  Returns: The GNSS Assist TimeUpdate.  Exceptions: - Error_NotSupported: The command is not supported by this Node. - Error_Communication: There was no response to the command. The command timed out. - Error_MipCmdFailed: The command has failed. Check the error code for more details. - Error_Connection: A connection error has occurred with the InertialNode.
",4262:"
void setGNSSAssistTimeUpdate(
TimeUpdate update
)
Sets the GNSS Assist Time Update.
",4263:"
uint32 getGPSTimeUpdateWeeks()
Gets the GPS weeks time update.
",4264:"
uint32 getGPSTimeUpdateSeconds()
Gets the GPS seconds time update.
",4265:"
void setGPSTimeUpdate(
MipTypes::TimeFrame timeFrame,
uint32 timeData
)
Sets the GPS Time Update.
",4266:"
void setConstellationSettings(
const ConstellationSettingsData&
)
Sets the GNSS Constellation Settings.
",4267:"
ConstellationSettingsData getConstellationSettings() const
Gets the GNSS Constellation Settings.
",4268:"
void setSBASSettings(
const SBASSettingsData &dataToUse
)
Sets the GNSS SBAS Settings.
",4269:"
SBASSettingsData getSBASSettings() const
Gets the GNSS SBAS Settings.
",4270:"
void setAccelerometerBias(
const GeometricVector &biasVector
)
Sets the Accelerometer Bias.
",4271:"
GeometricVector getAccelerometerBias() const
Gets the Accelerometer Bias.
",4272:"
void setGyroBias(
const GeometricVector &biasVector
)
Sets the Gyro Bias.
",4273:"
GeometricVector getGyroBias() const
Gets the Gyro Bias.
",4274:"
GeometricVector captureGyroBias(
const uint16 &samplingTime
)
Runs the Gyro Bias capture routine on the inertial device.
",4275:"
void findMagnetometerCaptureAutoCalibration()
Runs the Magnetometer auto calibration routine on the inertial device.
",4276:"
void saveMagnetometerCaptureAutoCalibration()
Runs the Magnetometer auto calibration routine and saves result as startup settings.
",4277:"
void setMagnetometerSoftIronMatrix(
const Matrix_3x3 &biasVector
)
Sets the Magnetometer Soft Iron matrix.
",4278:"
Matrix_3x3 getMagnetometerSoftIronMatrix() const
Gets the Magnetometer Soft Iron matrix.
",4279:"
void setMagnetometerHardIronOffset(
const GeometricVector &offsetVector
)
Sets the magnetometer hard iron offset vector.
",4280:"
Gets the magnetometer hard iron offset vector.
",4281:"
void setConingAndScullingEnable(
bool enable
)
Enables/disables coning and sculling.
",4282:"
bool getConingAndScullingEnable() const
determines whether coning and sculling are enabled.
",4283:"
void setUARTBaudRate(
uint32 baudRate,
bool resetConnection = true
)
Sets the baud rate.  The device can be unresponsive for as much as 250 ms following this command.  Important: The connection to the port will be automatically closed and re-opened at the new baud rate unless resetConnection parameter is false.
",4284:"
void setUARTBaudRate(
uint32 baudRate,
uint8 portId,
bool resetConnection = true
)
Sets the baud rate.  The device can be unresponsive for as much as 250 ms following this command.  Important: The connection to the port will be automatically closed and re-opened at the new baud rate unless resetConnection parameter is false.
",4285:"
uint32 getUARTBaudRate(
uint8 portId = 1
) const
Gets the current baud rate for the inertial device.
",4286:"
void setLowPassFilterSettings(
const LowPassFilterData &data
) const
Sets the low-pass filter settings.
",4287:"
LowPassFilterData getLowPassFilterSettings(
const MipTypes::ChannelField &dataDescriptor
) const
LowPassFilterData new settings.  The LowPassFilterData::DataDescriptor field from the passed in data is used to set the type of data to be returned.
",4288:"
void setComplementaryFilterSettings(
const ComplementaryFilterData &data
)
Sets the complementary filter settings.
",4289:"
ComplementaryFilterData getComplementaryFilterSettings() const
Gets the current complementary filter settings.
",4290:"
DeviceStatusData getBasicDeviceStatus()
Gets the basic device status settings.
",4291:"
DeviceStatusData getDiagnosticDeviceStatus()
Gets the diagnostic device status settings.
",4292:"
void sendRawRTCM_2_3Message(
const RTCMMessage &theMessage
)
Sends a raw RTCM 2.3 message.
",4293:"
void setVehicleDynamicsMode(
const InertialTypes::VehicleModeType &mode
)
Sets the vehicle dynamics mode.
",4294:"
InertialTypes::VehicleModeType getVehicleDynamicsMode() const
Gets the vehicle dynamics mode.
",4295:"
void setEstimationControlFlags(
const EstimationControlOptions &flags
)
Sets the estimation control flags.
",4296:"
EstimationControlOptions getEstimationControlFlags() const
Gets the estimation control flags.
",4297:"
void setInclinationSource(
const GeographicSourceOptions &options
)
Sets the source for the inclination geographic source command.
",4298:"
GeographicSourceOptions getInclinationSource() const
Gets the source for the inclination geographic source command.
",4299:"
void setDeclinationSource(
const GeographicSourceOptions &options
)
Sets the source for the declination geographic source command.
",4300:"
GeographicSourceOptions getDeclinationSource() const
Gets the source for the declination geographic source command.
",4301:"
void setMagneticFieldMagnitudeSource(
const GeographicSourceOptions &options
)
Sets the source for the magnetic field magnitude geographic source command.
",4302:"
GeographicSourceOptions getMagneticFieldMagnitudeSource() const
Gets the source for the field magnitude geographic source command.
",4303:"
Sets the estimation control flags.
",4304:"
Gets the estimation control flags.
",4305:"
void sendExternalGNSSUpdate(
const ExternalGNSSUpdateData &gnssUpdateData
)
sends the external GNSS update command.
",4306:"
void setHeadingUpdateControl(
const HeadingUpdateOptions &headingUpdateOptions
)
Sets the heading update control flags.
",4307:"
HeadingUpdateOptions getHeadingUpdateControl() const
Gets the heading update control flags.
",4308:"
void setAdaptiveMeasurement(
MipTypes::Command cmd,
const AdaptiveMeasurementData &data
)
Sets the error adaptive measurement settings for the specified command.
",4309:"
AdaptiveMeasurementData getAdaptiveMeasurement(
MipTypes::Command cmd
) const
Gets the error adaptive measurement settings for the specified command.
",4310:"
void setSignalConditioningSettings(
const SignalConditioningValues &data
)
Sets the signal conditioning settings for the node.
",4311:"
SignalConditioningValues getSignalConditioningSettings() const
Gets the signal conditioning settings for the node.
",4312:"
void setGeometricVectors(
MipTypes::Command cmd,
const GeometricVectors &data
)
Sets the GeometricVector data for the specified command.
",4313:"
GeometricVectors getGeometricVectors(
MipTypes::Command cmd
) const
Gets the GeometricVector data for the specified command.
",4314:"
void setUint8s(
MipTypes::Command cmd,
const std::vector<uint8> &data
)
Sets the uint8 data for the specified command.
",4315:"
std::vector<uint8> getUint8s(
MipTypes::Command cmd
) const
Gets the uint8 data for the specified command.
",4316:"
std::vector<uint8> getUint8s(
MipTypes::Command cmd,
const std::vector<uint8> &addlParams
) const
Gets the uint8 data for the specified command.
",4317:"
void setUint16s(
MipTypes::Command cmd,
const std::vector<uint16> &data
)
Sets the uint16 data for the specified command.
",4318:"
std::vector<uint16> getUint16s(
MipTypes::Command cmd
) const
Gets the uint16 data for the specified command.
",4319:"
std::vector<uint16> getUint16s(
MipTypes::Command cmd,
const std::vector<uint16> &addlParams
) const
Gets the uint16 data for the specified command.
",4320:"
void setFloats(
MipTypes::Command cmd,
const std::vector<float> &data
)
Sets the float data for the specified command.
",4321:"
std::vector<float> getFloats(
MipTypes::Command cmd
) const
Gets the float data for the specified command.
",4322:"
void setMatrix3x3s(
MipTypes::Command cmd,
const Matrix_3x3s &data
)
Sets the Matrix_3x3 data for the specified command.
",4323:"
Matrix_3x3s getMatrix3x3s(
MipTypes::Command cmd
) const
Gets the Matrix_3x3 data for the specified command.
",4324:"
void setFixedReferencePosition(
const FixedReferencePositionData &data
)
Sets the FixedReferencePositionData data for the specified command.
",4325:"
FixedReferencePositionData getFixedReferencePosition() const
Gets the FixedReferencePositionData data for the specified command.
",4326:"
void sendExternalHeadingUpdate(
const HeadingData &headingData
)
sends the external heading update command.
",4327:"
void sendExternalHeadingUpdate(
const HeadingData &headingData,
const TimeUpdate &timestamp
)
sends the external heading update command.
",4328:"
void setDeviceTime()
Seeds the device time with the current system time.
",4329:"
void setDeviceTime(
uint64 nanoseconds
)
Seeds the device time with a specific time.
",4330:"
RTKDeviceStatusFlags getDeviceStatusFlags() const
Gets the status flags for an RTK device.
",4331:"
std::string getActivationCode() const
Gets the Activation Code of the RTK device.
",4332:"
MipFieldValues get(
MipTypes::Command cmdId
) const
sends the specified command with the Read Current Settings function selector.
",4333:"
MipFieldValues get(
MipTypes::Command cmdId,
MipFieldValues specifier
) const
sends the specified command with the Read Current Settings function selector.
",4334:"
ByteStream get_RawResponseData(
MipTypes::Command cmdId,
MipFieldValues specifier
) const
sends the specified command with the Read Current Settings function selector.
",4335:"
void set(
MipTypes::Command cmdId,
MipFieldValues values
) const
sends the specified command with the Apply New Settings function selector.
",4336:"
void saveAsStartup(
MipTypes::Command cmdId
) const
sends the specified command with the Save as Startup Settings function selector.
",4337:"
void saveAsStartup(
MipTypes::Command cmdId,
MipFieldValues specifier
) const
sends the specified command with the Save as Startup Settings function selector.
",4338:"
void loadStartup(
MipTypes::Command cmdId
) const
sends the specified command with the Load Startup Settings function selector.
",4339:"
void loadStartup(
MipTypes::Command cmdId,
MipFieldValues specifier
) const
sends the specified command with the Load Startup Settings function selector.
",4340:"
void loadDefault(
MipTypes::Command cmdId
) const
sends the specified command with the Load Default Settings function selector.
",4341:"
void loadDefault(
MipTypes::Command cmdId,
MipFieldValues specifier
) const
sends the specified command with the Load Default Settings function selector.
",4342:"
void run(
MipTypes::Command cmdId
) const
Runs the specified command without a function selector. No data response expected.
",4343:"
void run(
MipTypes::Command cmdId,
MipFieldValues specifier
) const
Runs the specified command with the provided specifier values and no function selector. No data response expected.
",4344:"
GenericMipCmdResponse SendCommand(
MipCommand &command
) const
Generic send command.
",4345:"
void processMipCommandBytes(
MipCommandBytes &cmd
)
Sends the MipCommandBytes byte strings. The MipCommandBytes sendCmdFailed is updated to indicate success/failure.  Note: Unsupported commands, as indicated by the MipCommandBytes id, will not be sent.  Important: if the UART Baud Rate is changed the connection to the port will be automatically closed and re-opened at the new baud rate.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipNode_Impl-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipNode_Impl-h-ToolTips.js deleted file mode 100644 index 7a62e0280..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipNode_Impl-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({62:"
RawBytePacketCollector
Class that sets/matches expected responses, and stores all the Inertial packets
",80:"
RawBytePacket
A class that contains packet information about an Inertial packet
",367:"
Connection
The Connection object that is used for communication.
",1631:"
GeometricVector
Defines a 3 dimensional, spatial vector.
",1644:"
PositionOffset
Represents a position offset (x, y, z).
",1676:"
Dictates whether GNSS source is all internal, external, or single internal.
",1906:"
A string composing the RTCM message.
",1961:"
Matrix_3x3
Defines a 3 by 3 matrix.
",1975:"
TimeUpdate
Contains time data for the GNSS_AssistTimeUpdate class.
",1986:"
Contains the data for the AngularRateZUPTControl and VelocityZUPTControl classes.
",1992:"
Contains the data for Set Reference Position command.
",1999:"
Contains the data for the SBASSettings class.
",2017:"
Contains the data for the InertialNode::setConstellationSettings API call.
",2022:"
Contains the data for the InertialNode::setLowPassFilterSettings API call.
",2029:"
mscl::MipTypes::ChannelField dataDescriptor
the data descriptor these settings apply to
",2038:"
Contains the data needed by the InertialNode::setComplementaryFilterSettings class.
",2084:"
DeviceStatusData
Contains the data needed by the InertialNode::getBasicDeviceStatus method.
",2144:"
Contains the data needed by the InertialNode::sendExternalGNSSUpdate method.
",2160:"
Contains the possible sources of aiding heading updates to the Kalman filter.  Some, all, or none of the options can be set as heading aids.
",2191:"
Struct to hold values for the Filter Initialization Config command.
",2206:"
Contains the possible axis bitfield values.
",2221:"
Controls which parameters are estimated by the Kalman Filter.  Some, all, or none of the options can be set as estimation controls.
",2559:"
InertialNode
A class representing a MicroStrain Inertial Node
",2749:"
EulerAngles
Represents generic Euler Angles (roll, pitch, yaw).
",2869:"
MipCommand(
MipTypes::Command cmdId,
MipTypes::FunctionSelector fn
) : m_commandId(cmdId), m_functionSelector(fn), m_responseExpected(fn == MipTypes::FunctionSelector::READ_BACK_CURRENT_SETTINGS)
Constructor to build MIP command based on Command ID and function selector
",2894:"
Contains information retrieved from an Inertial GetDeviceInfo command.
",2927:"
GenericMipCmdResponse
Represents the response to a GenericMipCommand.
",3095:"
MipDataPacket
A Mip Data Packet that contains both valid and invalid data from a MIP Device.
",3129:"
MipParser
Parsers all MIP data and stores it in a corresponding container
",3146:"
The enums for all the different data classes of MIP data.
",3168:"
The enums to represent different time categories.
",3171:"
The enums for all of the different MIP commands.
",3321:"
The enums for all of the different MIP Channel Field IDs.
",3780:"
A vector of ChannelField enums.
",3781:"
A vector of Command enums.
",3933:"
Contains an <Command> id and a BytesCollection vector to store the actual bytes to send to the device for that command.
",4110:"
Stores info related to device comm ports (id, type)
",4113:"
Available comm protocols that can be configured for UART ports NONE  - 0x00000000 - Not set MIP_COMMANDS - 0x00000001 - MIP commands MIP_DATA  - 0x00000002 - MIP data NMEA  - 0x00000004 - NMEA RTCM  - 0x00000008 - RTCM SPARTN  - 0x00000010 - SPARTN ALL  - 0x0000001F - All protocols
",4135:"
What type of information to retrieve
",4157:"
SupportedSensorRanges
Structure to hold all info for looking up supported sensor ranges for a device
",4217:"
void setToIdle()
Suspends streaming (if enabled) or wakes the device from sleep (if sleeping), putting the device in an idle mode.  After this command is used, the resume command may be used to put the Node back into the mode it was previously in before setToIdle was called.
",4219:"
void resume()
Places the Node back in the mode it was in before issuing the setToIdle command.  If the setToIdle command was not issues, then the device is placed in default mode.
",4325:"
FixedReferencePositionData getFixedReferencePosition() const
Gets the FixedReferencePositionData data for the specified command.
",4346:"
MipPacketCollector
Class that sets/matches expected responses, and stores all the Inertial packets
",4565:"
MipChannel
Represents a single "channel" or data descriptors that can make up an Inertial Device\'s message format
",4587:"
MipNodeInfo
Contains basic information about a MipNode.
",5147:"
MipNodeFeatures
Contains information on which features are supported by an InertialNode.
",9819:"
SampleRate
Represents a MicroStrain sample rate (rate at which data is sampling)
",9848:"
ResponseCollector
Stores all the expected command responses
",9916:"
Used to easily read a container of bytes
",9928:"
DataBuffer
A buffer of bytes extending from the ByteStream class that is used for holding bytes read in from the connection
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10242:"
typedef for a 2-byte unsigned integer.
",10244:"
typedef for an 8-byte unsigned integer.
",10274:"
The possible states a device can be in.
",10291:"
Timestamp
Represents a date/time object
",10409:"
Version
Class that represents, and provides helper functions for, a Version number
",10446:"
Error
The generic MicroStrain exception (base class)
",10453:"
Error_NotSupported
A command/feature was attempted to be used that was not supported.
",10457:"
Error_NoData
There is no data available to be accessed
",10468:"
Error_Communication
The exception for failing to communicate with a device.
",10479:"
Error_Connection
The generic connection exception.
",10497:"
Error_MipCmdFailed
The Inertial command has failed
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipNode_Impl-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipNode_Impl-h.html deleted file mode 100644 index cf3d72247..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipNode_Impl-h.html +++ /dev/null @@ -1,1106 +0,0 @@ - - -MipNode_Impl.h - - - - - - - -
-
MipNode_Impl
-
MipNode_Impl
-

Contains the implementation for an InertialNode.

-
- -
-
Constants
-
- -
-
COMMANDS_DEFAULT_TIMEOUT
-

The default timeout for Inertial commands (250 milliseconds)

-
- -
-
Functions
-
- -
-
MipNode_Impl
-
explicit MipNode_Impl(
Connection connection
)
-

Creates a MipNode_Impl object.

Parameters
connection
Connection

The Connection object used for communication.

-
- -
-
~InertialNode
-

Destroys the InertialNode object

-
- -
-
Variables
-
- -
-
m_connection
-
Connection m_connection
-

The Connection object used for communication

-
- -
-
m_packetCollector
-
MipPacketCollector m_packetCollector
-

The MipPacketCollector used to store inertial data packets

-
- -
-
m_responseCollector
-
std::shared_ptr<ResponseCollector> m_responseCollector
-

The response collector used to find and store wireless command responses

-
- -
-
m_rawBytePacketCollector
-
mutable RawBytePacketCollector m_rawBytePacketCollector
-

The RawBytePacketCollector associated with this parser and its parent device

-
- -
-
m_parser
-
std::unique_ptr<MipParser> m_parser
-

The MipParser in charge of parsing all incoming data to this device

-
- -
-
m_commandsTimeout
-
uint64 m_commandsTimeout
-

The timeout to use for MIP commands

-
- -
-
m_features
-
mutable std::unique_ptr<MipNodeFeatures> m_features
-

The MipNodeFeatures containing the features for this device.

-
- -
-
m_sensorRateBase
-
mutable uint16 m_sensorRateBase
-

The Sensor sample rate base (if any).

-
- -
-
m_gnssRateBase
-
mutable uint16 m_gnssRateBase
-

The GNSS sample rate base (if any).

-
- -
-
m_sensorRateBase
-

The Estimation Filter sample rate base (if any).

-
- -
-
m_lastCommTime
-
Timestamp m_lastCommTime
-

A Timestamp representing the last time communication was achieved with the Node.

-
- -
-
m_lastDeviceState
-
DeviceState m_lastDeviceState
-

The last known DeviceState of the Node.

-
- -
-
Functions
-
- -
-
parseData
-
void parseData(
DataBuffer &data
)
-

Callback function that parses any bytes that are in the read buffer to find packets or command responses

Parameters
data
DataBuffer&

The DataBuffer containing all the data to be parsed

-
- -
-
info
-
const MipNodeInfo& info() const
-

Gets the MipNodeInfo for this Node.  The first time this function is called, it will send multiple commands to the device to get all required information.

Returns

A reference to the MipNodeInfo for this Node.

Exceptions
-
- -
-
onDataPacketAdded
-
void onDataPacketAdded()
-

The callback function to use to get notified of data packets being added.

-
- -
-
buildMipCommandBytes
-
MipCommandBytes buildMipCommandBytes(
MipTypes::Command cmd,
std::vector<MipFieldValues> specifiers = { {} },
MipFieldValues trailingReserved = {}
) const
-

Used by function getConfiCommandBytes to build the MipCommandBytes object given a collection of <MipFieldValues> specifiers Only works for commands with set parameters formatted the same as get reply field data Note: specifiers defaults to vector with single empty <MipFieldValues> entry

-
- -
-
doCommand
-
virtual GenericMipCmdResponse doCommand(
GenericMipCommand::Response &response,
const ByteStream &command,
bool verifySupported = true
) const
-

Performs a generic MIP Command, sending the command bytes and waiting for the response.

Parameters
response
GenericMipCommand::Response&

A <GenericMipCommand::Response> that will be used to wait and contain all the command/result information.

command
const ByteStream&

The ByteStream containing the bytes to send for the command.

minimumTimeout

The uint64 minimum time needed for the response.  Will always use at least COMMANDS_DEFAULT_TIMEOUT.

verifySupported
bool

Whether to verify if the command is supported before performing the command (default of true).

Returns

The GenericMipCmdResponse that contains the actual data from the response

Exceptions
-
- -
-
features
-
virtual const MipNodeFeatures& features() const
-

Gets a reference to the MipNodeFeatures for this device.

Exceptions
-
- -
-
connection
-
Connection& connection()
-

Gets the Connection object that this MIP device is using.

-
- -
-
lastCommunicationTime
-
const Timestamp& lastCommunicationTime() const
-

Gets the Timestamp for the last time we communicated with the Node.

Exceptions

  • Error_NoData: There is no communication time logged for this device.

-
- -
-
lastDeviceState
-
DeviceState lastDeviceState() const
-

Gets the last known DeviceState for the Node.

-
- -
-
setLastDeviceState
-
void setLastDeviceState(
DeviceState state
)
-

Most users will not need this functionality.  The device state defaults to unknown on connection but then automatically updates to streaming upon receiving data packets or idle when the set to idle command is sent.  Setting this will not stop auto-detection - the manually set value will be overwritten when the value would otherwise be set.

Parameters
state
DeviceState

the DeviceState to set

-
- -
-
resetNodeInfo
-
void resetNodeInfo()
-

Clears cached info read from device (ie fw version, receiver info, etc.).

Note

Features is also reset to load new info data next time it's used.

-
- -
-
firmwareVersion
-
Version firmwareVersion() const
-

Gets the firmware Version of the Node.

-
- -
-
modelName
-
std::string modelName() const
-

Gets the model name of the Node (ie. "3DM-GX3-45").

-
- -
-
modelNumber
-
std::string modelNumber() const
-

Gets the model number of the Node (ie. "6225-4220").

-
- -
-
serialNumber
-
std::string serialNumber() const
-

Gets the serial number of the Node (ie. "6225-01319").

-
- -
-
lotNumber
-
std::string lotNumber() const
-

Gets the lot number of the Node (ie. "I042Y").

-
- -
-
deviceOptions
-
std::string deviceOptions() const
-

Gets the device options of the Node (ie. "5g, 300d/s").

-
- -
-
supportedSampleRates
-
SampleRates supportedSampleRates(
MipTypes::DataClass dataClass
) const
-

Gets a list of the supported sample rates for an MipTypes::DataClass.

Parameters
dataClass
MipTypes::DataClass

The MipTypes::DataClass to get the sample rate list for.

Returns

A SampleRates list containing all the supported sample rates for the provided channel.

Exceptions
-
- -
-
getDataPackets
-
void getDataPackets(
std::vector<MipDataPacket> &packets,
uint32 timeout = 0,
uint32 maxPackets = 0
)
-

Gets up to the requested amount of data packets that have been collected.

Parameters
packets
std::vector<MipDataPacket>&

A vector of MipDataPacket to hold the result.

timeout
uint32

the timeout, in milliseconds, to wait for the data if necessary (default of 0)

maxPackets
uint32

The maximum number of packets to return. If this is 0 (default), all packets will be returned.

Exceptions
-
- -
-
getRawBytePackets
-
void getRawBytePackets(
RawBytePackets &packets,
uint32 timeout = 0,
uint32 maxPackets = 0
)
-

Gets up to the requested amount of raw byte packets that have been collected.

Parameters
packets
RawBytePackets&

A vector of RawBytePacket to hold the result.

timeout
uint32

the timeout, in milliseconds, to wait for the data if necessary (default of 0)

maxPackets
uint32

The maximum number of packets to return. If this is 0 (default), all packets will be returned.

Exceptions
-
- -
-
totalPackets
-
uint32 totalPackets()
-

Gets the total number of data packets that are currently in the buffer.

Returns

The total number of data packets that are currently in the buffer.

-
- -
-
timeout
-
void timeout(
uint64 timeout
)
-

Sets the timeout to use when waiting for responses from commands.

Parameters
timeout
uint64

The timeout (in milliseconds) to set for commands.

-
- -
-
timeout
-
uint64 timeout()
-

Gets the timeout to use when waiting for responses from commands.

Returns

The timeout (in milliseconds) used for commands.

-
- -
-
getDeviceInfo
-
virtual MipDeviceInfo getDeviceInfo() const
-

Gets information about the Node.  Sends the "Get Device Information" command to the device.

Returns

A MipDeviceInfo object that holds the response of the "Get Device Information" command.

Exceptions
-
- -
-
getGnssReceiverInfo
-
virtual GnssReceivers getGnssReceiverInfo() const
-

Gets the GNSS receiver info for this node, representing available GNSS receiver ports and the data set over which each is output.  Sends the "Get GNSS Receiver Info" command to the device.

Returns

The supported GNSS receiver info retrieved from the "Get GNSS Receiver Info" command.

Exceptions
-
- -
-
getSupportedSensorRanges
-
virtual SupportedSensorRanges getSupportedSensorRanges() const
-

Gets the supported sensor ranges for this device.  Sends the Supported Ranges command (0x0C,0x53) to the device.

Returns

The supported sensor range information.

Exceptions
-
- -
-
getDescriptorSets
-
virtual std::vector<uint16> getDescriptorSets() const
-

Gets the supported descriptor sets for this node, representing which commands and data sets are available.  Sends the "Get Device Descriptor Sets" command to the device.

Returns

The supported descriptors retrieved from the "Get Device Descriptor Sets" command.

Exceptions
-
- -
-
getRequiredParameterDefaults
-
MipCommandParameters getRequiredParameterDefaults(
const MipTypes::MipCommands &cmds,
bool useAllParam = true
) const
-

Get list of command ID, parameters vector pairs for all the available defaults for the required parameters of the specified commands Useful for get config command bytes, save as startup, etc.

Parameter
cmds
const MipTypes::MipCommands&

MipTypes::MipCommands to get the required parameter default values for

useAllParam
bool

bool, default true - if command accepts an All parameter (usually 0) for Save/Load/Default use that instead of separate entries for individual parameters

Returns
<MipCommandParameters>

list of cmd, parameters pairs for the specified commands

-
- -
-
getRequiredParameterDefaults
-
MipCommandParameters getRequiredParameterDefaults(
MipTypes::Command cmd,
bool useAllParam = true
) const
-

Get list of command ID, parameters vector pairs for all the available defaults for the required parameters of the specified command Useful for get config command bytes, save as startup, etc.

Parameter
cmd
MipTypes::Command

MipTypes::Command to get the required parameter default values for

useAllParam
bool

bool, default true - if command accepts an All parameter (usually 0) for Save/Load/Default use that instead of separate entries for individual parameters

Returns
<MipCommandParameters>

list of cmd, parameters pairs for the specified command

-
- -
-
getReservedWriteValues
-
MipCommandParameters getReservedWriteValues(
const MipTypes::MipCommands &cmds
) const
-

Get list of command ID, parameters vector pairs for all the trailing reserved values for writing the specified commands Useful for get config command bytes

Parameter
cmds
const MipTypes::MipCommands&

MipTypes::MipCommands to get the trailing reserved values for

Returns
<MipCommandParameters>

list of cmd, parameters pairs for the specified commands

-
- -
-
getReservedWriteValues
-
MipCommandParameters getReservedWriteValues(
MipTypes::Command cmd
) const
-

Get list of command ID, parameters vector pairs for all the trailing reserved values for writing the specified command Useful for get config command bytes

Parameter
cmd
MipTypes::Command

MipTypes::Command to get the trailing reserved values for

Returns
<MipCommandParameters>

list of cmd, parameters pairs for the specified command

-
- -
-
getConfigCommandBytes
-
virtual MipCommandSet getConfigCommandBytes() const
-

Gets the byte string for the commands to set the node's current settings.

Returns

A <MipCommandSet> containing supported config descriptors and the set command bytes.

Exceptions
-
- -
-
getEventInfo
-
virtual EventSupportInfo getEventInfo(
EventSupportInfo::Query query
) const
-

Gets the event type info for this node, which includes the maximum number of supported triggers/actions and a list of trigger/action types and the maximum supported instances of each type.  Sends the "Event Support" command to the device.

Parameters
query
EventSupportInfo::Query

The query type to get information for.

Returns

The supported event type info retrieved from the "Event Support" command.

Exceptions
-
- -
-
sendCommandBytes
-
void sendCommandBytes(
MipCommandSet &cmds
)
-

Sends the <MipCommandSet> byte strings. The MipCommandBytes sendCmdFailed is updated to indicate success/failure.  Note: Unsupported commands, as indicated by the MipCommandBytes id, will not be sent.  Important: if the UART Baud Rate is changed the connection to the port will be automatically closed and re-opened at the new baud rate.

Parameters
cmds
MipCommandSet&

The <MipCommandSet> of command IDs and bytes. The sendCmdFailed value of each will be set to true if the sent command errors.

-
- -
-
sendCommandBytes
-
void sendCommandBytes(
MipCommandBytes &cmd
)
-

Sends the MipCommandBytes byte strings. The MipCommandBytes sendCmdFailed is updated to indicate success/failure.  Note: Unsupported commands, as indicated by the MipCommandBytes id, will not be sent.  Important: if the UART Baud Rate is changed the connection to the port will be automatically closed and re-opened at the new baud rate.

Parameters
cmd
MipCommandBytes&

The MipCommandBytes to send to the device. The sendCmdFailed value will be set to true if the sent command errors.

-
- -
-
ping
-
bool ping()
-

Pings the node to check for communication.  Sends the "Ping" command to the device.

Returns

true if successfully pinged the node, false if failed.

Exceptions
-
- -
-
setToIdle
-
void setToIdle()
-

Suspends streaming (if enabled) or wakes the device from sleep (if sleeping), putting the device in an idle mode.  After this command is used, the resume command may be used to put the Node back into the mode it was previously in before setToIdle was called.

Exceptions
-
- -
-
cyclePower
-
bool cyclePower()
-

Performs the "Device Reset" Inertial command.

Exceptions
-
- -
-
resume
-
void resume()
-

Places the Node back in the mode it was in before issuing the setToIdle command.  If the setToIdle command was not issues, then the device is placed in default mode.

Exceptions
-
- -
-
saveSettingsAsStartup
-
void saveSettingsAsStartup()
-

Saves all of the current settings as the Node's startup settings.  Note: A brief data disturbance may occur when calling this command.

Exceptions
-
- -
-
loadStartupSettings
-
void loadStartupSettings()
-

Loads the saved startup settings onto the Node as its current settings.  This function is useful if you have powered on the Node, made changes to its settings, and want to get back to its startup settings.

Exceptions
-
- -
-
loadFactoryDefaultSettings
-
void loadFactoryDefaultSettings()
-

Loads the factory default settings onto the Node as its current settings.

Exceptions
-
- -
-
pollData
-
void pollData(
MipTypes::DataClass dataClass,
const MipTypes::MipChannelFields &fields
)
-

Polls the device for a message with the specified fields, for the specified data class.

Parameters
dataClass
MipTypes::DataClass

The MipTypes::DataClass to poll the data for

fields
const MipTypes::MipChannelFields&

The MipTypes::MipChannelFields to poll. If this is empty, the device will use its stored format.

-
- -
-
getDataRateBase
-
virtual uint16 getDataRateBase(
MipTypes::DataClass dataClass
) const
-

Gets the Data decimation base for the data rate calculations of the specified MipTypes::DataClass.

Parameters
dataClass
MipTypes::DataClass

The MipTypes::DataClass to get the Data decimation base for.

Returns

The decimation base for the data rate calculations.

Exceptions
-
- -
-
getMessageFormat
-
virtual MipChannels getMessageFormat(
MipTypes::DataClass dataClass
) const
-

Gets the current message format of the specified MipTypes::DataClass's data packet.

Parameters
dataClass
MipTypes::DataClass

The MipTypes::DataClass to get the current message format for.

Returns

An MipChannels object containing the channels that make up the data message format for the specified MipTypes::DataClass

Exceptions
-
- -
-
setMessageFormat
-
virtual void setMessageFormat(
MipTypes::DataClass dataClass,
const MipChannels &channels
)
-

Sets the current message format of the specified MipTypes::DataClass's data packet.  Note that this function does not add to the existing message format, but overwrites it entirely.

Parameters
dataClass
MipTypes::DataClass

The MipTypes::DataClass to set the message format for.

channels
const MipChannels&

The MipChannels object containing the channels to set the message format to. Passing an empty MipChannels object will effectively disable all channels.

Exceptions
-
- -
-
saveMessageFormat
-
void saveMessageFormat(
MipTypes::DataClass type
)
-

Saves the current message format of the specified MipTypes::DataClass's data packet.  Note that this function does not add to the existing message format, but overwrites it entirely.

Parameters
dataClass

The MipTypes::DataClass to set the message format for.

Exceptions
-
- -
-
getInterfaceControl
-
virtual DeviceCommPort getInterfaceControl(
uint8 interfaceId
) const
-

Gets the current comm port interface configuration for the specified ID.  This includes the port type, ID and input/output protocols currently configured.

Parameters
interfaceId
uint8

The interface ID to get the comm port configuration for

Returns

The DeviceCommPort configuration for the specified ID.

Exceptions
-
- -
-
setInterfaceControl
-
virtual void setInterfaceControl(
const DeviceCommPort &portInterface
)
-

Sets the interface control for the node.  Note: See the device's manual for possible configurations and limitations.

Parameters
portInterface
const DeviceCommPort&

The DeviceCommPort with prepopulated configuration information to set

Exceptions
-
- -
-
setInterfaceControl
-
virtual void setInterfaceControl(
const uint8 interfaceId,
const DeviceCommPort::Protocol inputProtocols,
const DeviceCommPort::Protocol outputProtocols
)
-

Sets the specified comm port interface configuration for the node.  Note: See the device's manual for possible configurations and limitations.

Parameters
interfaceId
const uint8

The interface ID to configure

inputProtocols
const DeviceCommPort::Protocol

The protocols to receive on the specified ID

outputProtocols
const DeviceCommPort::Protocol

The protocols to transmit on the specified ID

Exceptions
-
- -
-
getCommunicationMode
-
virtual uint8 getCommunicationMode() const
-

Gets the current communication mode that the node is in.

Returns

The communication mode the node is in. This is an advanced command, and therefore the communication modes for your device should be researched to determine what each communication mode is.

Exceptions
-
- -
-
setCommunicationMode
-
virtual void setCommunicationMode(
uint8 communicationMode
)
-

Sets the communication mode for the node.  Note: The node info will be reset when doing this and therefore will require being fetched again the next time it is requested.

Parameters
communicationMode
uint8

The communication mode to set. This is an advanced command, and therefore the communication modes for your device should be researched to determine what each communication mode is.

Exceptions
-
- -
-
isDataStreamEnabled
-
bool isDataStreamEnabled(
MipTypes::DataClass dataClass
) const
-

Checks whether the data stream for the given data class is enabled

Parameters
dataClass
MipTypes::DataClass

The MipTypes::DataClass to check.

Exceptions
-
- -
-
enableDataStream
-
void enableDataStream(
MipTypes::DataClass dataClass,
bool enable
)
-

Enables or disables continuous data streaming for the node.

Parameters
dataClass
MipTypes::DataClass

The MipTypes::DataClass to enable/disable streaming for.

enable
bool

Whether to enable (true) or disable (false) continuous streaming (Default of true).

Exceptions
-
- -
-
resetFilter
-
void resetFilter()
-

Resets the filter to the initialize state.

Exceptions
-
- -
-
getAutoInitialization
-
bool getAutoInitialization() const
-

Gets the state of the automatic initialization upon device startup.

Returns

true if auto-initialization is enabled, false if it is disabled.

Exceptions
-
- -
-
setAutoInitialization
-
void setAutoInitialization(
bool enable
)
-

Sets the state of the automatic initialization upon device startup.

Parameters
enable
bool

Whether to enable (true) or disable(false) auto-initialization.

Exceptions
-
- -
-
getAltitudeAid
-
bool getAltitudeAid() const
-

Gets the state of the altitude aid upon device startup.

Returns

true if altitude aiding is enabled, false if it is disabled.

Exceptions
-
- -
-
setAltitudeAid
-
void setAltitudeAid(
bool enable
)
-

Sets the state of the altitude aid upon device startup.

Parameters
enable
bool

Whether to enable (true) or disable(false) altitude aiding.

Exceptions
-
- -
-
getPitchRollAid
-
bool getPitchRollAid() const
-

Gets the state of the pitch/roll aid upon device startup.

Returns

true if pitch/roll aiding is enabled, false if it is disabled.

Exceptions
-
- -
-
setPitchRollAid
-
void setPitchRollAid(
bool enable
)
-

Sets the state of the pitch/roll aid upon device startup.

Parameters
enable
bool

Whether to enable (true) or disable(false) pitch/roll aiding.

Exceptions
-
- -
-
setVelocityZUPT
-
void setVelocityZUPT(
const ZUPTSettingsData &ZUPTSettings
)
-

Sets the state of the velocity ZUPT control.

Parameters
ZUPTSettings
const ZUPTSettingsData&

the ZUPTSettingsData object containing whether ZUPT is enabled and the threshold.  Exceptions: - Error_NotSupported: The command is not supported by this Node.  - Error_Communication: There was no response to the command. The command timed out.  - Error_MipCmdFailed: The command has failed.  - Error_Connection: A connection error has occurred with the InertialNode.

-
- -
-
tareOrientation
-
void tareOrientation(
const TareAxisValues &axisValue
)
-

uses device orientation relative to the NED frame as the sensor to vehicle rotation.

Parameters
axisValue
const TareAxisValues&

the TareAxisValues object indicating which axes to tare.

Exceptions
-
- -
-
getVelocityZUPT
-
ZUPTSettingsData getVelocityZUPT() const
-

Gets the state and threshold of the velocity ZUPT control.

Returns

the ZUPTSettingsData object containing whether ZUPT is enabled and the threshold.

Exceptions
-
- -
-
setAngularRateZUPT
-
void setAngularRateZUPT(
const ZUPTSettingsData &ZUPTSettings
)
-

Sets the state of the angular rate ZUPT control.

Parameters
ZUPTSettings
const ZUPTSettingsData&

the ZUPTSettingsData object containing whether ZUPT is enabled and the threshold.  Exceptions: - Error_NotSupported: The command is not supported by this Node.  - Error_Communication: There was no response to the command. The command timed out.  - Error_MipCmdFailed: The command has failed.  - Error_Connection: A connection error has occurred with the InertialNode.

-
- -
-
getAngularRateZUPT
-
ZUPTSettingsData getAngularRateZUPT() const
-

Gets the state and threshold of the angular rate ZUPT control.

Returns

the ZUPTSettingsData object containing whether ZUPT is enabled and the threshold.

Exceptions
-
- -
-
cmdedVelZUPT
-
void cmdedVelZUPT()
-

Performs Commanded Zero Velocity Update.

Exceptions
-
- -
-
cmdedAngRateZUPT
-
void cmdedAngRateZUPT()
-

Performs Commanded Zero Angular Rate Update.

Exceptions
-
- -
-
setInitialAttitude
-
void setInitialAttitude(
const EulerAngles &attitude
)
-

Sets the initial attitude.

Parameters
attitude
const EulerAngles&

The EulerAngles (in radians) representing the sensor body frame with respect to the local NED frame.

Exceptions
-
- -
-
setInitialHeading
-
void setInitialHeading(
float heading
)
-

Sets the initial heading.

Parameters
heading
float

The heading to set (in radians).

Exceptions
-
- -
-
getInitialFilterConfiguration
-
FilterInitializationValues getInitialFilterConfiguration() const
-

Gets the initial filter configuration values.

Exceptions
-
- -
-
setInitialFilterConfiguration
-
void setInitialFilterConfiguration(
FilterInitializationValues filterConfig
)
-

Sets the initial filter configuration values.  Note: Changes from this command will only be applied if the filter is in the Initialization state (not Running) or on filter reset.

Parameters
filterConfig
FilterInitializationValues

The FilterInitializationValues to set.

Exceptions
-
- -
-
getSensorToVehicleRotation
-
EulerAngles getSensorToVehicleRotation() const
-

Gets the sensor to vehicle frame rotation matrix using roll, pitch, and yaw Euler angles (in radians).

Exceptions
-
- -
-
setSensorToVehicleRotation
-
void setSensorToVehicleRotation(
const EulerAngles &angles
)
-

Sets the sensor to vehicle frame rotation matrix using roll, pitch, and yaw Euler angles (in radians).

Parameters
angles
const EulerAngles&

The EulerAngles object containing the roll, pitch, and yaw to set.

Exceptions
-
- -
-
getSensorToVehicleOffset
-
PositionOffset getSensorToVehicleOffset() const
-

Gets the sensor to vehicle frame offset, expressed in the sensor frame.

Returns

A PositionOffset representing the sensor to vehicle frame offset, expressed in the sensor frame.

Exceptions
-
- -
-
setSensorToVehicleRotation
-

Sets the sensor to vehicle frame offset, expressed in the sensor frame.

Parameters
offset

The PositionOffset object containing the x, y, and z position (in meters) to set.

Exceptions
-
- -
-
getAntennaOffset
-
PositionOffset getAntennaOffset() const
-

Gets the antenna offset, expressed in the sensor frame.

Returns

The PositionOffset of the antenna, expressed in the sensor frame.

Exceptions
-
- -
-
setAntennaOffset
-
void setAntennaOffset(
const PositionOffset &offset
)
-

Sets the antenna offset, expressed in the sensor frame.

Parameters
offset
const PositionOffset&

The PositionOffset object containing the x, y, and z position (in meters) to set.

Exceptions
-
- -
-
getGNSSAssistedFixControl
-
bool getGNSSAssistedFixControl() const
-

Gets the GNSS Assisted Fix Control.

Returns

bool indicating if assisted fix is enabled.

Exceptions
-
- -
-
setGNSSAssistedFixControl
-
void setGNSSAssistedFixControl(
bool enableAssistedFix
)
-

Sets the GNSS Assisted Fix Control.

Parameters
enableAssistedFix
bool

boolean value.  If true, enables the assisted fix option.

Exceptions
-
- -
-
getGNSSAssistTimeUpdate
-
TimeUpdate getGNSSAssistTimeUpdate()
-

Gets the GNSS Assisted Time Update.  Returns: The GNSS Assist TimeUpdate.  Exceptions: - Error_NotSupported: The command is not supported by this Node.  - Error_Communication: There was no response to the command. The command timed out.  - Error_MipCmdFailed: The command has failed. Check the error code for more details.  - Error_Connection: A connection error has occurred with the InertialNode.

-
- -
-
setGNSSAssistTimeUpdate
-
void setGNSSAssistTimeUpdate(
TimeUpdate update
)
-

Sets the GNSS Assist Time Update.

Parameters
TimeUpdate

The TimeUpdate object containing the new time to set.

Exceptions
-
- -
-
getGPSTimeUpdateWeeks
-
uint32 getGPSTimeUpdateWeeks()
-

Gets the GPS weeks time update.

Returns
time

the current weeks time.

Exceptions
-
- -
-
getGPSTimeUpdateSeconds
-
uint32 getGPSTimeUpdateSeconds()
-

Gets the GPS seconds time update.

Returns
time

the current seconds time.

Exceptions
-
- -
-
setGPSTimeUpdate
-
void setGPSTimeUpdate(
MipTypes::TimeFrame timeFrame,
uint32 timeData
)
-

Sets the GPS Time Update.

Parameters
timeFrame
MipTypes::TimeFrame

The <TimeFrame> object specifying what current time value to set, either weeks or seconds.

timeData
uint32

the current time.

Exceptions
-
- -
-
setConstellationSettings
-
void setConstellationSettings(
const ConstellationSettingsData&
)
-

Sets the GNSS Constellation Settings.

Parameters

The ConstellationSettingsData object containing the data to set.

Exceptions
-
- -
-
getConstellationSettings
-
ConstellationSettingsData getConstellationSettings() const
-

Gets the GNSS Constellation Settings.

Returns

The ConstellationSettingsData object containing the data.

Exceptions
-
- -
-
setSBASSettings
-
void setSBASSettings(
const SBASSettingsData &dataToUse
)
-

Sets the GNSS SBAS Settings.

Parameters
dataToUse
const SBASSettingsData&

The SBASSettingsData object containing the data to set.

Exceptions
-
- -
-
getSBASSettings
-
SBASSettingsData getSBASSettings() const
-

Gets the GNSS SBAS Settings.

Returns

The SBASSettingsData object containing the data.

Exceptions
-
- -
-
setAccelerometerBias
-
void setAccelerometerBias(
const GeometricVector &biasVector
)
-

Sets the Accelerometer Bias.

Parameters
biasVector
const GeometricVector&

The GeometricVector object containing the vector to set.

Exceptions
-
- -
-
getAccelerometerBias
-
GeometricVector getAccelerometerBias() const
-

Gets the Accelerometer Bias.

Return

The GeometricVector object containing the vector.

Exceptions
-
- -
-
setGyroBias
-
void setGyroBias(
const GeometricVector &biasVector
)
-

Sets the Gyro Bias.

Parameters

The GeometricVector object containing the vector to set.

Exceptions
-
- -
-
getGyroBias
-
GeometricVector getGyroBias() const
-

Gets the Gyro Bias.

Return

The GeometricVector object containing the vector.

Exceptions
-
- -
-
captureGyroBias
-
GeometricVector captureGyroBias(
const uint16 &samplingTime
)
-

Runs the Gyro Bias capture routine on the inertial device.

Parameters

The uint16 samplingTime.

Exceptions
-
- -
-
findMagnetometerCaptureAutoCalibration
-
void findMagnetometerCaptureAutoCalibration()
-

Runs the Magnetometer auto calibration routine on the inertial device.

Exceptions
-
- -
-
saveMagnetometerCaptureAutoCalibration
-
void saveMagnetometerCaptureAutoCalibration()
-

Runs the Magnetometer auto calibration routine and saves result as startup settings.

Exceptions
-
- -
-
setMagnetometerSoftIronMatrix
-
void setMagnetometerSoftIronMatrix(
const Matrix_3x3 &biasVector
)
-

Sets the Magnetometer Soft Iron matrix.

Parameters

The Matrix_3x3 object containing the matrix to set.

Exceptions
-
- -
-
getMagnetometerSoftIronMatrix
-
Matrix_3x3 getMagnetometerSoftIronMatrix() const
-

Gets the Magnetometer Soft Iron matrix.

Return

The GeometricVector object containing the matrix.

Exceptions
-
- -
-
setMagnetometerHardIronOffset
-
void setMagnetometerHardIronOffset(
const GeometricVector &offsetVector
)
-

Sets the magnetometer hard iron offset vector.

Parameters
offsetVector
const GeometricVector&

The GeometricVector object containing the vector to set.

Exceptions
-
- -
-
setMagnetometerHardIronOffset
-

Gets the magnetometer hard iron offset vector.

Return

The GeometricVector object containing the offset vector.

Exceptions
-
- -
-
setConingAndScullingEnable
-
void setConingAndScullingEnable(
bool enable
)
-

Enables/disables coning and sculling.

Parameters

bool indicating whether to enable coning and sculling.

Exceptions
-
- -
-
getConingAndScullingEnable
-
bool getConingAndScullingEnable() const
-

determines whether coning and sculling are enabled.

Return

bool indicating whether coning and sculling are enabled.

Exceptions
-
- -
-
setUARTBaudRate
-
void setUARTBaudRate(
uint32 baudRate,
bool resetConnection = true
)
-

Sets the baud rate.  The device can be unresponsive for as much as 250 ms following this command.  Important: The connection to the port will be automatically closed and re-opened at the new baud rate unless resetConnection parameter is false.

Parameters
baudRate
uint32

The new baud rate.

resetConnection
bool

(Optional) Specifies whether the connection to the port should be automatically closed and re-opened at the new baud rate.

Exceptions
-
- -
-
setUARTBaudRate
-
void setUARTBaudRate(
uint32 baudRate,
uint8 portId,
bool resetConnection = true
)
-

Sets the baud rate.  The device can be unresponsive for as much as 250 ms following this command.  Important: The connection to the port will be automatically closed and re-opened at the new baud rate unless resetConnection parameter is false.

Parameters
baudRate
uint32

The new baud rate.

portId
uint8

Specify the port id to set the baud rate. This value is ignored if device does not support command: Comm Port Speed (0x01,0x09)

resetConnection
bool

(Optional) Specifies whether the connection to the port should be automatically closed and re-opened at the new baud rate.

Exceptions
-
- -
-
getUARTBaudRate
-
uint32 getUARTBaudRate(
uint8 portId = 1
) const
-

Gets the current baud rate for the inertial device.

Parameters
portId
uint8

(Optional) Specify the port id to read the baud rate. This value is ignored if device does not support command: Comm Port Speed (0x01,0x09)

Return

uint8 current baud rate.

Exceptions
-
- -
-
setLowPassFilterSettings
-
void setLowPassFilterSettings(
const LowPassFilterData &data
) const
-

Sets the low-pass filter settings.

Parameters
data
const LowPassFilterData&

the new settings to set.

Exceptions
-
- -
-
getLowPassFilterSettings
-
LowPassFilterData getLowPassFilterSettings(
const MipTypes::ChannelField &dataDescriptor
) const
-

LowPassFilterData new settings.  The LowPassFilterData::DataDescriptor field from the passed in data is used to set the type of data to be returned.

Parameters
dataDescriptor
const MipTypes::ChannelField&

the <MipType::ChannelField> data descriptor for which to return the current low-pass filter settings.

Return

LowPassFilterData new settings.

Exceptions
-
- -
-
setComplementaryFilterSettings
-
void setComplementaryFilterSettings(
const ComplementaryFilterData &data
)
-

Sets the complementary filter settings.

Parameter
data
const ComplementaryFilterData&

the new settings to send.

Exceptions
-
- -
-
getComplementaryFilterSettings
-
ComplementaryFilterData getComplementaryFilterSettings() const
-

Gets the current complementary filter settings.

Return
ComplementaryFilterData

The new settings.

Exceptions
-
- -
-
getBasicDeviceStatus
-
DeviceStatusData getBasicDeviceStatus()
-

Gets the basic device status settings.

Return
DeviceStatusData

The new settings.

Exceptions
-
- -
-
getDiagnosticDeviceStatus
-
DeviceStatusData getDiagnosticDeviceStatus()
-

Gets the diagnostic device status settings.

Return
DeviceStatusData

The new settings.

Exceptions
-
- -
-
sendRawRTCM_2_3Message
-
void sendRawRTCM_2_3Message(
const RTCMMessage &theMessage
)
-

Sends a raw RTCM 2.3 message.

Parameter
theMessage
const RTCMMessage&

the RTCM message to send.

Exceptions
-
- -
-
setVehicleDynamicsMode
-
void setVehicleDynamicsMode(
const InertialTypes::VehicleModeType &mode
)
-

Sets the vehicle dynamics mode.

Parameter
mode
const InertialTypes::VehicleModeType&

the new mode to send.

Exceptions
-
- -
-
getVehicleDynamicsMode
-
InertialTypes::VehicleModeType getVehicleDynamicsMode() const
-

Gets the vehicle dynamics mode.

Return
VehicleModeType

The new mode.

Exceptions
-
- -
-
setEstimationControlFlags
-
void setEstimationControlFlags(
const EstimationControlOptions &flags
)
-

Sets the estimation control flags.

Parameter
flags
const EstimationControlOptions&

the new flags to send.

Exceptions
-
- -
-
getEstimationControlFlags
-
EstimationControlOptions getEstimationControlFlags() const
-

Gets the estimation control flags.

Return
EstimationControlOptions

the current flags.

Exceptions
-
- -
-
setInclinationSource
-
void setInclinationSource(
const GeographicSourceOptions &options
)
-

Sets the source for the inclination geographic source command.

Parameter
options
const GeographicSourceOptions&

the GeographicSourceOptions to send.

Exceptions
-
- -
-
getInclinationSource
-
GeographicSourceOptions getInclinationSource() const
-

Gets the source for the inclination geographic source command.

Return
GeographicSourceOptions

the current GeographicSourceOptions for the inclination.

Exceptions
-
- -
-
setDeclinationSource
-
void setDeclinationSource(
const GeographicSourceOptions &options
)
-

Sets the source for the declination geographic source command.

Parameter
options
const GeographicSourceOptions&

the GeographicSourceOptions to send.

Exceptions
-
- -
-
getDeclinationSource
-
GeographicSourceOptions getDeclinationSource() const
-

Gets the source for the declination geographic source command.

Return
GeographicSourceOptions

the current GeographicSourceOptions for the declination.

Exceptions
-
- -
-
setMagneticFieldMagnitudeSource
-
void setMagneticFieldMagnitudeSource(
const GeographicSourceOptions &options
)
-

Sets the source for the magnetic field magnitude geographic source command.

Parameter
options
const GeographicSourceOptions&

the GeographicSourceOptions to send.

Exceptions
-
- -
-
getMagneticFieldMagnitudeSource
-
GeographicSourceOptions getMagneticFieldMagnitudeSource() const
-

Gets the source for the field magnitude geographic source command.

Return
GeographicSourceOptions

the current GeographicSourceOptions for the magnetic field magnitude.

Exceptions
-
- -
-
setEstimationControlFlags
-

Sets the estimation control flags.

Parameter
gnssSource

the new mode to send.

Exceptions
-
- -
-
getEstimationControlFlags
-

Gets the estimation control flags.

Return
GNSS_Source

The new source.

Exceptions
-
- -
-
sendExternalGNSSUpdate
-
void sendExternalGNSSUpdate(
const ExternalGNSSUpdateData &gnssUpdateData
)
-

sends the external GNSS update command.

Parameter
gnssUpdateData
const ExternalGNSSUpdateData&

the data to send.

Exceptions
-
- -
-
setHeadingUpdateControl
-
void setHeadingUpdateControl(
const HeadingUpdateOptions &headingUpdateOptions
)
-

Sets the heading update control flags.

Parameter
headingUpdateOptions
const HeadingUpdateOptions&

the new options to send.

Exceptions
-
- -
-
getHeadingUpdateControl
-
HeadingUpdateOptions getHeadingUpdateControl() const
-

Gets the heading update control flags.

Return
HeadingUpdateOptions

The current options.

Exceptions
-
- -
-
setAdaptiveMeasurement
-
void setAdaptiveMeasurement(
MipTypes::Command cmd,
const AdaptiveMeasurementData &data
)
-

Sets the error adaptive measurement settings for the specified command.

Parameter
cmd
MipTypes::Command

the specific error adaptive measurement command to set.

Parameter
data
const AdaptiveMeasurementData&

the adaptive measurement settings to send.

Exceptions
-
- -
-
getAdaptiveMeasurement
-
AdaptiveMeasurementData getAdaptiveMeasurement(
MipTypes::Command cmd
) const
-

Gets the error adaptive measurement settings for the specified command.

Parameter
cmd
MipTypes::Command

the specific error adaptive measurement command to get.

Return
AdaptiveMeasurementData

The current adaptive measurement settings.

Exceptions
-
- -
-
setSignalConditioningSettings
-
void setSignalConditioningSettings(
const SignalConditioningValues &data
)
-

Sets the signal conditioning settings for the node.

Parameter
data
const SignalConditioningValues&

the signal conditioning settings to send.

Exceptions
-
- -
-
getSignalConditioningSettings
-
SignalConditioningValues getSignalConditioningSettings() const
-

Gets the signal conditioning settings for the node.

Return
SignalConditioningValues

The current signal conditioning settings.

Exceptions
-
- -
-
setGeometricVectors
-
void setGeometricVectors(
MipTypes::Command cmd,
const GeometricVectors &data
)
-

Sets the GeometricVector data for the specified command.

Parameter
cmd
MipTypes::Command

the specific command to set.

Parameter
data
const GeometricVectors&

the collection of GeometricVector data to send.

Exceptions
-
- -
-
getGeometricVectors
-
GeometricVectors getGeometricVectors(
MipTypes::Command cmd
) const
-

Gets the GeometricVector data for the specified command.

Parameter
cmd
MipTypes::Command

the specific command to get.

Return
GeometricVector

a collection of GeometricVectors representing the current settings for the specified command.

Exceptions
-
- -
-
setUint8s
-
void setUint8s(
MipTypes::Command cmd,
const std::vector<uint8> &data
)
-

Sets the uint8 data for the specified command.

Parameter
cmd
MipTypes::Command

the specific command to set.

Parameter
data
const std::vector<uint8>&

the collection of uint8 data to send.

Exceptions
-
- -
-
getUint8s
-
std::vector<uint8> getUint8s(
MipTypes::Command cmd
) const
-

Gets the uint8 data for the specified command.

Parameter
cmd
MipTypes::Command

the specific command to get.

Return
uint8

a collection of uint8s representing the current settings for the specified command.

Exceptions
-
- -
-
getUint8s
-
std::vector<uint8> getUint8s(
MipTypes::Command cmd,
const std::vector<uint8> &addlParams
) const
-

Gets the uint8 data for the specified command.

Parameter
cmd
MipTypes::Command

the specific command to get.

Parameter
addlParams
const std::vector<uint8>&

any additional uint8 parameters to be included.

Return
uint8

a collection of uint8s representing the current settings for the specified command.

Exceptions
-
- -
-
setUint16s
-
void setUint16s(
MipTypes::Command cmd,
const std::vector<uint16> &data
)
-

Sets the uint16 data for the specified command.

Parameter
cmd
MipTypes::Command

the specific command to set.

Parameter
data
const std::vector<uint16>&

the collection of uint16 data to send.

Exceptions
-
- -
-
getUint16s
-
std::vector<uint16> getUint16s(
MipTypes::Command cmd
) const
-

Gets the uint16 data for the specified command.

Parameter
cmd
MipTypes::Command

the specific command to get.

Return
uint16

a collection of uint16s representing the current settings for the specified command.

Exceptions
-
- -
-
getUint16s
-
std::vector<uint16> getUint16s(
MipTypes::Command cmd,
const std::vector<uint16> &addlParams
) const
-

Gets the uint16 data for the specified command.

Parameter
cmd
MipTypes::Command

the specific command to get.

Parameter
addlParams
const std::vector<uint16>&

any additional uint16 parameters to be included.

Return
uint16

a collection of uint16s representing the current settings for the specified command.

Exceptions
-
- -
-
setFloats
-
void setFloats(
MipTypes::Command cmd,
const std::vector<float> &data
)
-

Sets the float data for the specified command.

Parameter
cmd
MipTypes::Command

the specific command to set.

Parameter
data
const std::vector<float>&

the collection of float data to send.

Exceptions
-
- -
-
getFloats
-
std::vector<float> getFloats(
MipTypes::Command cmd
) const
-

Gets the float data for the specified command.

Parameter
cmd
MipTypes::Command

the specific command to get.

Return
float

a collection of floats representing the current settings for the specified command.

Exceptions
-
- -
-
setMatrix3x3s
-
void setMatrix3x3s(
MipTypes::Command cmd,
const Matrix_3x3s &data
)
-

Sets the Matrix_3x3 data for the specified command.

Parameter
cmd
MipTypes::Command

the specific command to set.

Parameter
data
const Matrix_3x3s&

the collection of Matrix_3x3 data to send.

Exceptions
-
- -
-
getMatrix3x3s
-
Matrix_3x3s getMatrix3x3s(
MipTypes::Command cmd
) const
-

Gets the Matrix_3x3 data for the specified command.

Parameter
cmd
MipTypes::Command

the specific command to get.

Return
Matrix_3x3

a collection of Matrix_3x3s representing the current settings for the specified command.

Exceptions
-
- -
-
setFixedReferencePosition
-
void setFixedReferencePosition(
const FixedReferencePositionData &data
)
-

Sets the FixedReferencePositionData data for the specified command.

Parameter
data
const FixedReferencePositionData&

the FixedReferencePositionData data to send.

Exceptions
-
- -
-
FixedReferencePositionData
-
FixedReferencePositionData getFixedReferencePosition() const
-

Gets the FixedReferencePositionData data for the specified command.

Return
FixedReferencePositionData

the current fixed reference position settings.

Exceptions
-
- -
-
sendExternalHeadingUpdate
-
void sendExternalHeadingUpdate(
const HeadingData &headingData
)
-

sends the external heading update command.

Parameter
headingData
const HeadingData&

the new heading.

Exceptions
-
- -
-
sendExternalHeadingUpdate
-
void sendExternalHeadingUpdate(
const HeadingData &headingData,
const TimeUpdate &timestamp
)
-

sends the external heading update command.

Parameter
headingData
const HeadingData&

the new heading.

timestamp
const TimeUpdate&

the timestamp.  Improves accuracy in situations of high angular rate.

Exceptions
-
- -
-
setDeviceTime
-
void setDeviceTime()
-

Seeds the device time with the current system time.

Exceptions
-
- -
-
setDeviceTime
-
void setDeviceTime(
uint64 nanoseconds
)
-

Seeds the device time with a specific time.

Exceptions
-
- -
-
getDeviceStatusFlags
-
RTKDeviceStatusFlags getDeviceStatusFlags() const
-

Gets the status flags for an RTK device.

Return
RTKDeviceStatusFlags

The RTK device status.

Exceptions
-
- -
-
getActivationCode
-
std::string getActivationCode() const
-

Gets the Activation Code of the RTK device.

Returns

The 32 character Activation Code for the device.

Exceptions
-
- -
-
get
-
MipFieldValues get(
MipTypes::Command cmdId
) const
-

sends the specified command with the Read Current Settings function selector.

Parameter
cmdId
MipTypes::Command

the MipTypes::Command to send.

Return
<MipFieldValues>

The current values of the specified setting.

Exceptions
-
- -
-
get
-
MipFieldValues get(
MipTypes::Command cmdId,
MipFieldValues specifier
) const
-

sends the specified command with the Read Current Settings function selector.

Parameter
cmdId
MipTypes::Command

the MipTypes::Command to send.

specifier
MipFieldValues

<MipFieldValues> containing any additional specifier values to send with the command.

Return
<MipFieldValues>

The current values of the specified setting.

Exceptions
-
- -
-
get_RawResponseData
-
ByteStream get_RawResponseData(
MipTypes::Command cmdId,
MipFieldValues specifier
) const
-

sends the specified command with the Read Current Settings function selector.

Parameter
cmdId
MipTypes::Command

the MipTypes::Command to send.

specifier
MipFieldValues

<MipFieldValues> containing any additional specifier values to send with the command.

Return
ByteStream

The raw response values.

Exceptions
-
- -
-
set
-
void set(
MipTypes::Command cmdId,
MipFieldValues values
) const
-

sends the specified command with the Apply New Settings function selector.

Parameter
cmdId
MipTypes::Command

the MipTypes::Command to send.

values
MipFieldValues

<MipFieldValues> containing the values to set.

Exceptions
-
- -
-
saveAsStartup
-
void saveAsStartup(
MipTypes::Command cmdId
) const
-

sends the specified command with the Save as Startup Settings function selector.

Parameter
cmdId
MipTypes::Command

the MipTypes::Command to send.

Exceptions
-
- -
-
saveAsStartup
-
void saveAsStartup(
MipTypes::Command cmdId,
MipFieldValues specifier
) const
-

sends the specified command with the Save as Startup Settings function selector.

Parameter
cmdId
MipTypes::Command

the MipTypes::Command to send.

specifier
MipFieldValues

<MipFieldValues> containing any additional specifier values to send with the command.

Exceptions
-
- -
-
loadStartup
-
void loadStartup(
MipTypes::Command cmdId
) const
-

sends the specified command with the Load Startup Settings function selector.

Parameter
cmdId
MipTypes::Command

the MipTypes::Command to send.

Exceptions
-
- -
-
loadStartup
-
void loadStartup(
MipTypes::Command cmdId,
MipFieldValues specifier
) const
-

sends the specified command with the Load Startup Settings function selector.

Parameter
cmdId
MipTypes::Command

the MipTypes::Command to send.

specifier
MipFieldValues

<MipFieldValues> containing any additional specifier values to send with the command.

Exceptions
-
- -
-
loadDefault
-
void loadDefault(
MipTypes::Command cmdId
) const
-

sends the specified command with the Load Default Settings function selector.

Parameter
cmdId
MipTypes::Command

the MipTypes::Command to send.

Exceptions
-
- -
-
loadDefault
-
void loadDefault(
MipTypes::Command cmdId,
MipFieldValues specifier
) const
-

sends the specified command with the Load Default Settings function selector.

Parameter
cmdId
MipTypes::Command

the MipTypes::Command to send.

specifier
MipFieldValues

<MipFieldValues> containing any additional specifier values to send with the command.

Exceptions
-
- -
-
run
-
void run(
MipTypes::Command cmdId
) const
-

Runs the specified command without a function selector. No data response expected.

Parameter
cmdId
MipTypes::Command

the MipTypes::Command to send.

Exceptions
-
- -
-
run
-
void run(
MipTypes::Command cmdId,
MipFieldValues specifier
) const
-

Runs the specified command with the provided specifier values and no function selector. No data response expected.

Parameter
cmdId
MipTypes::Command

the MipTypes::Command to send.

specifier
MipFieldValues

<MipFieldValues> containing any additional specifier values to send with the command.

Exceptions
-
- -
-
SendCommand
-
GenericMipCmdResponse SendCommand(
MipCommand &command
) const
-

Generic send command.

Parameters

The MipCommand command.

Return

The GenericMipCmdResponse response from the sent command.

Exceptions
-
- -
-
processMipCommandBytes
-
void processMipCommandBytes(
MipCommandBytes &cmd
)
-

Sends the MipCommandBytes byte strings. The MipCommandBytes sendCmdFailed is updated to indicate success/failure.  Note: Unsupported commands, as indicated by the MipCommandBytes id, will not be sent.  Important: if the UART Baud Rate is changed the connection to the port will be automatically closed and re-opened at the new baud rate.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipParser-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipParser-h-Summary.js deleted file mode 100644 index c8acf0820..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipParser-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/MIP/MipParser.h","MipParser.h");NDSummary.OnSummaryLoaded("File:MicroStrain/MIP/MipParser.h",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Enums","Enumeration"],["Functions","Function"],["Groups","Group"],["Sections","Section"],["Variables","Variable"]],[[3122,0,5,"MipParser","MipParser"],[3123,0,4,"Types","Types"],[3124,0,2,"MipParseResult","MipParseResult"],[3125,0,1,,"mipParserResult_completePacket"],[3126,0,1,,"mipParserResult_invalidPacket"],[3127,0,1,,"mipParserResult_badChecksum"],[3128,0,1,,"mipParserResult_notEnoughData"],[3129,0,0,"MipParser","MipParser(2)"],[3130,0,4,"Functions","MipParser.Functions"],[3131,0,3,"MipParser","MipParser.MipParser"],[3132,0,4,"Variables","MipParser.Variables"],[3133,0,6,"m_packetCollector","MipParser.m_packetCollector"],[3134,0,6,"m_responseCollector","MipParser.m_responseCollector"],[3135,0,6,"m_rawBytePacketCollector","MipParser.m_rawBytePacketCollector"],[3136,0,4,"Functions","MipParser.Functions(2)"],[3137,0,3,"processPacket","MipParser.processPacket"],[3138,0,3,"findMatchingResponse","MipParser.findMatchingResponse"],[3139,0,3,"parseFields","MipParser.parseFields"],[3140,0,3,"parseAsPacket","MipParser.parseAsPacket"],[3141,0,3,"findPacketInBytes","MipParser.findPacketInBytes"],[3142,0,3,"parse","MipParser.parse"],[3143,0,3,"getCommandDescriptor","MipParser.getCommandDescriptor"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipParser-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipParser-h-SummaryToolTips.js deleted file mode 100644 index f5492e871..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipParser-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/MIP/MipParser.h",{3129:"
MipParser
Parsers all MIP data and stores it in a corresponding container
",3131:"
MipParser(
MipPacketCollector *packetCollector,
std::weak_ptr<ResponseCollector> responseCollector,
RawBytePacketCollector *rawBytePacketCollector
)
Constructor for MipParser
",3133:"
MipPacketCollector* m_packetCollector
The MipPacketCollector associated with this parser and its parent device
",3134:"
std::weak_ptr<ResponseCollector> m_responseCollector
The ResponseCollector associated with this parser and its parent device
",3135:"
RawBytePacketCollector* m_rawBytePacketCollector
The RawBytePacketCollector associated with this parser and its parent device
",3137:"
void processPacket(
MipPacket &packet
)
Takes an MipPacket, adds it to the data container if it is a data packet, or adds it to the appropriate handler depending on the packet type
",3138:"
void findMatchingResponse(
MipPacket &packet
)
Takes an MipPacket and checks if the packet collector has any responses it is waiting on.  If it does, and the packet matches the expected response, the packet is "given" to the packet collector.
",3139:"
MipDataFields parseFields(
MipPacket &packet
)
Parses the MipDataFields out of the MipPacket and returns them in a container.
",3140:"
MipParseResult parseAsPacket(
DataBuffer &data,
MipPacket &packet
)
Takes a DataBuffer that has had its read position moved to the start of a packet and verifies that the bytes form a valid MIP packet
",3141:"
bool findPacketInBytes(
DataBuffer &data
)
Checks for packets after the current bytes buffer\'s read position (starting at the next byte, not the current one).  If a packet is found, the packet is processed and the byte buffer\'s read position is moved.  If a packet is not found, nothing changes in the byte buffer
",3142:"
void parse(
DataBuffer &data
)
Takes a DataBuffer and finds the next MIP Packet, or the next command response that is expected by the base station.
",3143:"
static uint8 getCommandDescriptor(
Bytes packet
)
Takes a Bytes and finds the command descriptor.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipParser-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipParser-h-ToolTips.js deleted file mode 100644 index 102c8b70e..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipParser-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({62:"
RawBytePacketCollector
Class that sets/matches expected responses, and stores all the Inertial packets
",3026:"
MipPacket
A class that contains packet information about an Inertial packet
",4346:"
MipPacketCollector
Class that sets/matches expected responses, and stores all the Inertial packets
",4550:"
MipDataField
An Inertial data field object that represents a data field within an Inertial Data Packet
",9848:"
ResponseCollector
Stores all the expected command responses
",9916:"
Used to easily read a container of bytes
",9928:"
DataBuffer
A buffer of bytes extending from the ByteStream class that is used for holding bytes read in from the connection
",10253:"
typedef for a vector of bytes.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipParser-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipParser-h.html deleted file mode 100644 index c5ce64b57..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipParser-h.html +++ /dev/null @@ -1,108 +0,0 @@ - - -MipParser.h - - - - - - - -
-
MipParser
-
- -
-
Types
-
- -
-
MipParseResult
-
mipParserResult_completePacket

0  - The packet has been verified as a complete MIP packet

mipParserResult_invalidPacket

1  - The packet is not a valid MIP packet, at least one byte was incorrect

mipParserResult_badChecksum

2  - The packet looks like a valid MIP packet, but the checksums do not match

mipParserResult_notEnoughData

3  - There is not enough data in the DataBuffer to determine if this is a valid/invalid MIP packet

-
- -
-
MipParser
-
MipParser
-

Parsers all MIP data and stores it in a corresponding container

-
- -
-
Functions
-
- -
-
MipParser
-
MipParser(
MipPacketCollector *packetCollector,
std::weak_ptr<ResponseCollector> responseCollector,
RawBytePacketCollector *rawBytePacketCollector
)
-

Constructor for MipParser

Parameters
packetCollector
MipPacketCollector*

the MipPacketCollector to be associated with this parser

rawBytePacketCollector
RawBytePacketCollector*

the RawBytePacketCollector to be associated with this parser

-
- -
-
Variables
-
- -
-
m_packetCollector
-
MipPacketCollector* m_packetCollector
-

The MipPacketCollector associated with this parser and its parent device

-
- -
-
m_responseCollector
-
std::weak_ptr<ResponseCollector> m_responseCollector
-

The ResponseCollector associated with this parser and its parent device

-
- -
-
m_rawBytePacketCollector
-
RawBytePacketCollector* m_rawBytePacketCollector
-

The RawBytePacketCollector associated with this parser and its parent device

-
- -
-
Functions
-
- -
-
processPacket
-
void processPacket(
MipPacket &packet
)
-

Takes an MipPacket, adds it to the data container if it is a data packet, or adds it to the appropriate handler depending on the packet type

Parameters
packet
MipPacket&

A verified, valid MipPacket

-
- -
-
findMatchingResponse
-
void findMatchingResponse(
MipPacket &packet
)
-

Takes an MipPacket and checks if the packet collector has any responses it is waiting on.  If it does, and the packet matches the expected response, the packet is "given" to the packet collector.

Parameters
packet
MipPacket&

An MipPacket to match against expected responses

-
- -
-
parseFields
-
MipDataFields parseFields(
MipPacket &packet
)
-

Parses the MipDataFields out of the MipPacket and returns them in a container.

Parameters
packet
MipPacket&

The MipPacket to parse the fields from

Returns

A vector of MipDataFields parsed from the packet

-
- -
-
parseAsPacket
-
MipParseResult parseAsPacket(
DataBuffer &data,
MipPacket &packet
)
-

Takes a DataBuffer that has had its read position moved to the start of a packet and verifies that the bytes form a valid MIP packet

Parameters
data
DataBuffer&

A DataBuffer with its read position at the start of a packet (0x7565)

packet
MipPacket&

An MipPacket to hold all the packet information if the packet is verified from the DataBuffer

Returns

An MipParseResult describing if the packet was verified, or why it failed verification

-
- -
-
findPacketInBytes
-
bool findPacketInBytes(
DataBuffer &data
)
-

Checks for packets after the current bytes buffer's read position (starting at the next byte, not the current one).  If a packet is found, the packet is processed and the byte buffer's read position is moved.  If a packet is not found, nothing changes in the byte buffer

Parameters
data
DataBuffer&

The bytes to look through for a packet

Returns

true if a MIP packet is found, false otherwise

-
- -
-
parse
-
void parse(
DataBuffer &data
)
-

Takes a DataBuffer and finds the next MIP Packet, or the next command response that is expected by the base station.

If a packet is found, the packet will be stored in the MipPacketCollector If a command response is found and is expected, it will be handled and passed to the base station directly.

Parameters
data
DataBuffer&

A DataBuffer containing bytes that should be parsed for MIP packets

-
- -
-
getCommandDescriptor
-
static uint8 getCommandDescriptor(
Bytes packet
)
-

Takes a Bytes and finds the command descriptor.

If a command descriptor is found, return the command descriptor If a command descriptor is not found, return 0x0.

Parameters
packet
Bytes

A Bytes containing bytes of a raw MIP Packet.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipTypes-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipTypes-h-Summary.js deleted file mode 100644 index e38bd77cb..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipTypes-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ 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SSURE"],[3712,0,1,,"MipTypes.CH_AGE"],[3713,0,1,,"MipTypes.CH_NUM_CHANNELS"],[3714,0,1,,"MipTypes.CH_CORRECTION"],[3715,0,1,,"MipTypes.CH_RATE_CORRECTION"],[3716,0,1,,"MipTypes.CH_GEOMETRIC_ALTITUDE"],[3717,0,1,,"MipTypes.CH_GEOPOTENTIAL_ALTITUDE"],[3718,0,1,,"MipTypes.CH_TEMPERATURE"],[3719,0,1,,"MipTypes.CH_DENSITY"],[3720,0,1,,"MipTypes.CH_ALTITUDE"],[3721,0,1,,"MipTypes.CH_DISPLACEMENT"],[3722,0,1,,"MipTypes.CH_MAX_TEMP"],[3723,0,1,,"MipTypes.CH_MIN_TEMP"],[3724,0,1,,"MipTypes.CH_MEAN_TEMP"],[3725,0,1,,"MipTypes.CH_BIAS_ACCURACY_ESTIMATE"],[3726,0,1,,"MipTypes.CH_DRIFT_ACCURACY_ESTIMATE"],[3727,0,1,,"MipTypes.CH_SECONDS"],[3728,0,1,,"MipTypes.CH_NUM_PACKETS"],[3729,0,1,,"MipTypes.CH_GPS_CORRECTION_LATENCY"],[3730,0,1,,"MipTypes.CH_GLONASS_CORRECTION_LATENCY"],[3731,0,1,,"MipTypes.CH_GALILEO_CORRECTION_LATENCY"],[3732,0,1,,"MipTypes.CH_BEIDOU_CORRECTION_LATENCY"],[3733,0,1,,"MipTypes.CH_HEALTH"],[3734,0,1,,"MipTypes.CH_INDEX"],[3735,0,1,,"MipTypes.CH_COUNT"],[3736,0,1,,"MipTypes.CH_SIGNAL_STRENGTH"],[3737,0,1,,"MipTypes.CH_SIGNAL_QUALITY"],[3738,0,1,,"MipTypes.CH_RANGE"],[3739,0,1,,"MipTypes.CH_RANGE_UNC"],[3740,0,1,,"MipTypes.CH_ALPHA"],[3741,0,1,,"MipTypes.CH_BETA"],[3742,0,1,,"MipTypes.CH_DISTURBANCE_FLAGS"],[3743,0,1,,"MipTypes.CH_CARRIER_PHASE"],[3744,0,1,,"MipTypes.CH_CARRIER_PHASE_UNC"],[3745,0,1,,"MipTypes.CH_DOPPLER"],[3746,0,1,,"MipTypes.CH_DOPPLER_UNC"],[3747,0,1,,"MipTypes.CH_DELTA_TIME"],[3748,0,1,,"MipTypes.CH_DELTA_TICK"],[3749,0,1,,"MipTypes.CH_ERROR"],[3750,0,1,,"MipTypes.CH_ERROR_UNC"],[3751,0,1,,"MipTypes.CH_W"],[3752,0,1,,"MipTypes.CH_M0"],[3753,0,1,,"MipTypes.CH_M1"],[3754,0,1,,"MipTypes.CH_M2"],[3755,0,1,,"MipTypes.CH_M3"],[3756,0,1,,"MipTypes.CH_M4"],[3757,0,1,,"MipTypes.CH_M5"],[3758,0,1,,"MipTypes.CH_M6"],[3759,0,1,,"MipTypes.CH_M7"],[3760,0,1,,"MipTypes.CH_M8"],[3761,0,1,,"MipTypes.CH_NANOSECONDS"],[3762,0,1,,"MipTypes.CH_VALID_FLAGS"],[3763,0,1,,"MipTypes.CH_PPS_VALID"],[3764,0,1,,"MipTypes.CH_LAST_PPS"],[3765,0,1,,"MipTypes.CH_UDREI"],[3766,0,1,,"MipTypes.CH_PSEUDORANGE_CORRECTION"],[3767,0,1,,"MipTypes.CH_IONOSPHERIC_CORRECTION"],[3768,0,1,,"MipTypes.CH_JAMMING_STATE"],[3769,0,1,,"MipTypes.CH_SPOOFING_STATE"],[3770,0,1,,"MipTypes.CH_SYSTEM_ID"],[3771,0,1,,"MipTypes.CH_SATELLITE_ID"],[3772,0,1,,"MipTypes.CH_BIT_SYSTEM_GENERAL"],[3773,0,1,,"MipTypes.CH_BIT_SYSTEM_PROCESS"],[3774,0,1,,"MipTypes.CH_BIT_IMU_GENERAL"],[3775,0,1,,"MipTypes.CH_BIT_IMU_SENSORS"],[3776,0,1,,"MipTypes.CH_BIT_IMU_FACTORY_BITS"],[3777,0,1,,"MipTypes.CH_BIT_FILTER_GENERAL"],[3778,0,1,,"MipTypes.CH_BIT_GNSS_GENERAL"],[3779,0,1,,"MipTypes.CH_BIT_GNSS_RECEIVERS"],[3780,0,6,"MipChannelFields","MipTypes.MipChannelFields"],[3781,0,6,"MipCommands","MipTypes.MipCommands"],[3782,0,6,"MipDataClasses","MipTypes.MipDataClasses"],[3783,0,6,"ChannelIndex","MipTypes.ChannelIndex"],[3784,0,6,"ChannelIndices","MipTypes.ChannelIndices"],[3785,0,6,"ChannelFieldQualifiers","MipTypes.ChannelFieldQualifiers"],[3786,0,6,"ChannelId","MipTypes.ChannelId"],[3787,0,4,"Functions","MipTypes.Functions"],[3788,0,3,"channelFieldToDataClass","MipTypes.channelFieldToDataClass"],[3789,0,3,"channelName","MipTypes.channelName"],[3790,0,3,"getChannelFields_allDataClasses","MipTypes.getChannelFields_allDataClasses"],[3791,0,3,"getChannelField_baseDataClass","MipTypes.getChannelField_baseDataClass"],[3792,0,3,"getChannelField_toDataClass","MipTypes.getChannelField_toDataClass"],[3793,0,3,"getChannelNamePrependText","MipTypes.getChannelNamePrependText"],[3794,0,3,"getChannelNameAppendText","MipTypes.getChannelNameAppendText"],[3795,0,3,"isGnssChannelField","MipTypes.isGnssChannelField"],[3796,0,3,"isSharedChannelField","MipTypes.isSharedChannelField"],[3797,0,3,"channelFieldQualifiers","MipTypes.channelFieldQualifiers"],[3798,0,3,"channelFieldQualifier","MipTypes.channelFieldQualifier"],[3799,0,3,"channelFieldQualifierIndex","MipTypes.channelFieldQualifierIndex"],[3800,0,3,"findChannelIndex","MipTypes.findChannelIndex"],[3801,0,4,"Constants","MipTypes.Constants(2)"],[3802,0,1,"CHANNEL_NAMES","MipTypes.CHANNEL_NAMES"],[3803,0,1,"CHANNEL_INDICES","MipTypes.CHANNEL_INDICES"],[3804,0,4,"Functions","MipTypes.Functions(2)"],[3805,0,3,"GNSS_DATA_CLASSES","MipTypes.GNSS_DATA_CLASSES"],[3806,0,3,"INERTIAL_DATA_CLASSES","MipTypes.INERTIAL_DATA_CLASSES"],[3807,0,0,"MipChannelIdentifier","MipChannelIdentifier"],[3808,0,4,"Types","MipChannelIdentifier.Types"],[3809,0,2,"Type","MipChannelIdentifier.Type"],[3810,0,1,,"MipChannelIdentifier.GNSS_RECEIVER_ID"],[3811,0,1,,"MipChannelIdentifier.GNSS_BASE_STATION_ID"],[3812,0,1,,"MipChannelIdentifier.GNSS_CONSTELLATION"],[3813,0,1,,"MipChannelIdentifier.GNSS_SATELLITE_ID"],[3814,0,1,,"MipChannelIdentifier.GNSS_SIGNAL_ID"],[3815,0,1,,"MipChannelIdentifier.AIDING_MEASUREMENT_TYPE"],[3816,0,1,,"MipChannelIdentifier.GNSS_RF_BAND"],[3817,0,1,,"MipChannelIdentifier.AIDING_MEASUREMENT_FRAME_ID"],[3818,0,2,"AidingMeasurementTypes","MipChannelIdentifier.AidingMeasurementTypes"],[3819,0,1,,"MipChannelIdentifier.GNSS"],[3820,0,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annelIdentifier.m_type"],[3923,0,7,"m_id","MipChannelIdentifier.m_id"],[3924,0,7,"m_specifier","MipChannelIdentifier.m_specifier"],[3925,0,4,"Functions","MipChannelIdentifier.Functions(2)"],[3926,0,3,"hasSpecifier","MipChannelIdentifier.hasSpecifier(2)"],[3927,0,4,"Constants","MipChannelIdentifier.Constants"],[3928,0,1,"TYPE_NAMES","MipChannelIdentifier.TYPE_NAMES"],[3929,0,1,"TRANSLATED_TYPE_NAMES","MipChannelIdentifier.TRANSLATED_TYPE_NAMES"],[3930,0,1,"SPECIFIER_NAMES","MipChannelIdentifier.SPECIFIER_NAMES"],[3931,0,4,"Types","MipChannelIdentifier.Types(2)"],[3932,0,6,"MipChannelIdentifiers","MipChannelIdentifier.MipChannelIdentifiers"],[3933,0,5,"MipCommandBytes","MipCommandBytes"],[3934,0,4,"Variables","MipCommandBytes.Variables"],[3935,0,7,"id","MipCommandBytes.id"],[3936,0,7,"commands","MipCommandBytes.commands"],[3937,0,7,"buildCmdFailed","MipCommandBytes.buildCmdFailed"],[3938,0,7,"sendCmdFailed","MipCommandBytes.sendCmdFailed"],[3939,0,4,"Functions","MipCommandBytes.Functions"],[3940,0,3,"MipCommandBytes","MipCommandBytes.MipCommandBytes"],[3941,0,3,"MipCommandBytes","MipCommandBytes.MipCommandBytes(2)"],[3942,0,3,"MipCommandBytes","MipCommandBytes.MipCommandBytes(3)"],[3943,0,3,"MipCommandBytes","MipCommandBytes.MipCommandBytes(4)"],[3944,0,3,"add","MipCommandBytes.add"],[3945,0,3,"valid","MipCommandBytes.valid"],[3946,0,4,"Types","MipCommandBytes.Types"],[3947,0,6,"MipCommandSet","MipCommandBytes.MipCommandSet"],[3948,0,6,"MipFieldFormat","MipCommandBytes.MipFieldFormat"],[3949,0,6,"MipFieldValues","MipCommandBytes.MipFieldValues"],[3950,0,6,"MipCommandParameters","MipCommandBytes.MipCommandParameters"],[3951,0,6,"MipFunctionSelectors","MipCommandBytes.MipFunctionSelectors"],[3952,0,6,"MipResponseMatchValues","MipCommandBytes.MipResponseMatchValues"],[3953,0,0,"AidingMeasurementInput","AidingMeasurementInput"],[3954,0,4,"Types","AidingMeasurementInput.Types"],[3955,0,2,"ResponseMode","AidingMeasurementInput.ResponseMode"],[3956,0,1,,"AidingMeasurementInput.ACK_NACK"],[3957,0,1,,"AidingMeasurementInput.ECHO_INPUT"],[3958,0,4,"Variables","AidingMeasurementInput.Variables"],[3959,0,7,"m_timestamp","AidingMeasurementInput.m_timestamp"],[3960,0,7,"m_frameId","AidingMeasurementInput.m_frameId"],[3961,0,7,"m_validFlags","AidingMeasurementInput.m_validFlags"],[3962,0,4,"Functions","AidingMeasurementInput.Functions"],[3963,0,3,"AidingMeasurementInput","AidingMeasurementInput.AidingMeasurementInput"],[3964,0,3,"AidingMeasurementInput","AidingMeasurementInput.AidingMeasurementInput(2)"],[3965,0,3,"AidingMeasurementInput","AidingMeasurementInput.AidingMeasurementInput(3)"],[3966,0,3,"toMipFieldValues","AidingMeasurementInput.toMipFieldValues"],[3967,0,3,"parseMipFieldValues","AidingMeasurementInput.parseMipFieldValues"],[3968,0,3,"timestamp","AidingMeasurementInput.timestamp"],[3969,0,3,"timestamp","AidingMeasurementInput.timestamp(2)"],[3970,0,3,"timebase","AidingMeasurementInput.timebase"],[3971,0,3,"frameId","AidingMeasurementInput.frameId"],[3972,0,3,"frameId","AidingMeasurementInput.frameId(2)"],[3973,0,3,"validFlags","AidingMeasurementInput.validFlags"],[3974,0,3,"validFlags","AidingMeasurementInput.validFlags(2)"],[3975,0,0,"AidingMeasurementPosition","AidingMeasurementPosition"],[3976,0,4,"Types","AidingMeasurementPosition.Types"],[3977,0,2,"ValidFlags","AidingMeasurementPosition.ValidFlags"],[3978,0,1,,"AidingMeasurementPosition.X"],[3979,0,1,,"AidingMeasurementPosition.Y"],[3980,0,1,,"AidingMeasurementPosition.Z"],[3981,0,1,,"AidingMeasurementPosition.LATITUDE"],[3982,0,1,,"AidingMeasurementPosition.LONGITUDE"],[3983,0,1,,"AidingMeasurementPosition.HEIGHT"],[3984,0,1,,"AidingMeasurementPosition.ALTITUDE"],[3985,0,4,"Variables","AidingMeasurementPosition.Variables"],[3986,0,7,"m_position","AidingMeasurementPosition.m_position"],[3987,0,7,"m_unc","AidingMeasurementPosition.m_unc"],[3988,0,4,"Functions","AidingMeasurementPosition.Functions"],[3989,0,3,"AidingMeasurementPosition","AidingMeasurementPosition.AidingMeasurementPosition"],[3990,0,3,"AidingMeasurementPosition","AidingMeasurementPosition.AidingMeasurementPosition(2)"],[3991,0,3,"parseMipFieldValues","AidingMeasurementPosition.parseMipFieldValues"],[3992,0,3,"appendMipFieldValues","AidingMeasurementPosition.appendMipFieldValues"],[3993,0,3,"position","AidingMeasurementPosition.position"],[3994,0,3,"position","AidingMeasurementPosition.position(2)"],[3995,0,3,"uncertainty","AidingMeasurementPosition.uncertainty"],[3996,0,3,"uncertainty","AidingMeasurementPosition.uncertainty(2)"],[3997,0,3,"referenceFrame","AidingMeasurementPosition.referenceFrame"],[3998,0,3,"referenceFrame","AidingMeasurementPosition.referenceFrame(2)"],[3999,0,3,"valid","AidingMeasurementPosition.valid"],[4000,0,3,"valid","AidingMeasurementPosition.valid(2)"],[4001,0,0,"AidingMeasurementHeight","AidingMeasurementHeight"],[4002,0,4,"Types","AidingMeasurementHeight.Types"],[4003,0,2,"Reference","AidingMeasurementHeight.Reference"],[4004,0,1,,"AidingMeasurementHeight.HEIGHT_ABOVE_ELLIPSOID"],[4005,0,4,"Variables","AidingMeasurementHeight.Variables"],[4006,0,7,"m_reference","AidingMeasurementHeight.m_reference"],[4007,0,7,"m_height","AidingMeasurementHeight.m_height"],[4008,0,7,"m_unc","AidingMeasurementHeight.m_unc"],[4009,0,4,"Functions","AidingMeasurementHeight.Functions"],[4010,0,3,"AidingMeasurementHeight","AidingMeasurementHeight.AidingMeasurementHeight"],[4011,0,3,"AidingMeasurementHeight","AidingMeasurementHeight.AidingMeasurementHeight(2)"],[4012,0,3,"parseMipFieldValues","AidingMeasurementHeight.parseMipFieldValues"],[4013,0,3,"appendMipFieldValues","AidingMeasurementHeight.appendMipFieldValues"],[4014,0,3,"height","AidingMeasurementHeight.height"],[4015,0,3,"height","AidingMeasurementHeight.height(2)"],[4016,0,3,"uncertainty","AidingMeasurementHeight.uncertainty"],[4017,0,3,"uncertainty","AidingMeasurementHeight.uncertainty(2)"],[4018,0,3,"valid","AidingMeasurementHeight.valid"],[4019,0,3,"valid","AidingMeasurementHeight.valid(2)"],[4020,0,0,"AidingMeasurementVelocity","AidingMeasurementVelocity"],[4021,0,4,"Types","AidingMeasurementVelocity.Types"],[4022,0,2,"ValidFlags","AidingMeasurementVelocity.ValidFlags"],[4023,0,1,,"AidingMeasurementVelocity.X"],[4024,0,1,,"AidingMeasurementVelocity.Y"],[4025,0,1,,"AidingMeasurementVelocity.Z"],[4026,0,1,,"AidingMeasurementVelocity.NORTH"],[4027,0,1,,"AidingMeasurementVelocity.EAST"],[4028,0,1,,"AidingMeasurementVelocity.DOWN"],[4029,0,4,"Variables","AidingMeasurementVelocity.Variables"],[4030,0,7,"m_velocity","AidingMeasurementVelocity.m_velocity"],[4031,0,7,"m_unc","AidingMeasurementVelocity.m_unc"],[4032,0,4,"Functions","AidingMeasurementVelocity.Functions"],[4033,0,3,"AidingMeasurementVelocity","AidingMeasurementVelocity.AidingMeasurementVelocity"],[4034,0,3,"AidingMeasurementVelocity","AidingMeasurementVelocity.AidingMeasurementVelocity(2)"],[4035,0,3,"parseMipFieldValues","AidingMeasurementVelocity.parseMipFieldValues"],[4036,0,3,"appendMipFieldValues","AidingMeasurementVelocity.appendMipFieldValues"],[4037,0,3,"velocity","AidingMeasurementVelocity.velocity"],[4038,0,3,"velocity","AidingMeasurementVelocity.velocity(2)"],[4039,0,3,"uncertainty","AidingMeasurementVelocity.uncertainty"],[4040,0,3,"uncertainty","AidingMeasurementVelocity.uncertainty(2)"],[4041,0,3,"referenceFrame","AidingMeasurementVelocity.referenceFrame"],[4042,0,3,"referenceFrame","AidingMeasurementVelocity.referenceFrame(2)"],[4043,0,3,"valid","AidingMeasurementVelocity.valid"],[4044,0,3,"valid","AidingMeasurementVelocity.valid(2)"],[4045,0,0,"AidingMeasurementHeading","AidingMeasurementHeading"],[4046,0,4,"Variables","AidingMeasurementHeading.Variables"],[4047,0,7,"m_heading","AidingMeasurementHeading.m_heading"],[4048,0,7,"m_unc","AidingMeasurementHeading.m_unc"],[4049,0,4,"Functions","AidingMeasurementHeading.Functions"],[4050,0,3,"AidingMeasurementHeading","AidingMeasurementHeading.AidingMeasurementHeading"],[4051,0,3,"AidingMeasurmentHeading","AidingMeasurementHeading.AidingMeasurmentHeading"],[4052,0,3,"parseMipFieldValues","AidingMeasurementHeading.parseMipFieldValues"],[4053,0,3,"appendMipFieldValues","AidingMeasurementHeading.appendMipFieldValues"],[4054,0,3,"heading","AidingMeasurementHeading.heading"],[4055,0,3,"heading","AidingMeasurementHeading.heading(2)"],[4056,0,3,"uncertainty","AidingMeasurementHeading.uncertainty"],[4057,0,3,"uncertainty","AidingMeasurementHeading.uncertainty(2)"],[4058,0,3,"valid","AidingMeasurementHeading.valid"],[4059,0,3,"valid","AidingMeasurementHeading.valid(2)"],[4060,0,0,"AidingMeasurementMagneticField","AidingMeasurementMagneticField"],[4061,0,4,"Types","AidingMeasurementMagneticField.Types"],[4062,0,2,"ValidFlags","AidingMeasurementMagneticField.ValidFlags"],[4063,0,1,,"AidingMeasurementMagneticField.X"],[4064,0,1,,"AidingMeasurementMagneticField.Y"],[4065,0,1,,"AidingMeasurementMagneticField.Z"],[4066,0,4,"Variables","AidingMeasurementMagneticField.Variables"],[4067,0,7,"m_magField","AidingMeasurementMagneticField.m_magField"],[4068,0,7,"m_unc","AidingMeasurementMagneticField.m_unc"],[4069,0,4,"Functions","AidingMeasurementMagneticField.Functions"],[4070,0,3,"AidingMeasurementMagneticField","AidingMeasurementMagneticField.AidingMeasurementMagneticField"],[4071,0,3,"AidingMeasurementMagneticField","AidingMeasurementMagneticField.AidingMeasurementMagneticField(2)"],[4072,0,3,"parseMipFieldValues","AidingMeasurementMagneticField.parseMipFieldValues"],[4073,0,3,"appendMipFieldValues","AidingMeasurementMagneticField.appendMipFieldValues"],[4074,0,3,"magneticField","AidingMeasurementMagneticField.magneticField"],[4075,0,3,"magneticField","AidingMeasurementMagneticField.magneticField(2)"],[4076,0,3,"uncertainty","AidingMeasurementMagneticField.uncertainty"],[4077,0,3,"uncertainty","AidingMeasurementMagneticField.uncertainty(2)"],[4078,0,3,"valid","AidingMeasurementMagneticField.valid"],[4079,0,3,"valid","AidingMeasurementMagneticField.valid(2)"],[4080,0,0,"AidingMeasurementPressure","AidingMeasurementPressure"],[4081,0,4,"Variables","AidingMeasurementPressure.Variables"],[4082,0,7,"m_pressure","AidingMeasurementPressure.m_pressure"],[4083,0,7,"m_unc","AidingMeasurementPressure.m_unc"],[4084,0,4,"Functions","AidingMeasurementPressure.Functions"],[4085,0,3,"AidingMeasurementPressure","AidingMeasurementPressure.AidingMeasurementPressure"],[4086,0,3,"AidingMeasurementPressure","AidingMeasurementPressure.AidingMeasurementPressure(2)"],[4087,0,3,"parseMipFieldValues","AidingMeasurementPressure.parseMipFieldValues"],[4088,0,3,"appendMipFieldValues","AidingMeasurementPressure.appendMipFieldValues"],[4089,0,3,"pressure","AidingMeasurementPressure.pressure"],[4090,0,3,"pressure","AidingMeasurementPressure.pressure(2)"],[4091,0,3,"uncertainty","AidingMeasurementPressure.uncertainty"],[4092,0,3,"uncertainty","AidingMeasurementPressure.uncertainty(2)"],[4093,0,3,"valid","AidingMeasurementPressure.valid"],[4094,0,3,"valid","AidingMeasurementPressure.valid(2)"],[4095,0,5,"GnssReceiverInfo","GnssReceiverInfo"],[4096,0,4,"Constants","GnssReceiverInfo.Constants"],[4097,0,1,"INFO_NOT_FOUND","GnssReceiverInfo.INFO_NOT_FOUND"],[4098,0,4,"Functions","GnssReceiverInfo.Functions"],[4099,0,3,"GnssReceiverInfo","GnssReceiverInfo.GnssReceiverInfo"],[4100,0,3,"GnssReceiverInfo","GnssReceiverInfo.GnssReceiverInfo(2)"],[4101,0,4,"Variables","GnssReceiverInfo.Variables"],[4102,0,7,"id","GnssReceiverInfo.id"],[4103,0,7,"targetDataClass","GnssReceiverInfo.targetDataClass"],[4104,0,7,"description","GnssReceiverInfo.description"],[4105,0,7,"module","GnssReceiverInfo.module"],[4106,0,7,"fwId","GnssReceiverInfo.fwId"],[4107,0,7,"fwVersion","GnssReceiverInfo.fwVersion"],[4108,0,4,"Types","GnssReceiverInfo.Types"],[4109,0,6,"GnssReceivers","GnssReceiverInfo.GnssReceivers"],[4110,0,5,"DeviceCommPort","DeviceCommPort"],[4111,0,4,"Types","DeviceCommPort.Types"],[4112,0,2,"Type","DeviceCommPort.Type"],[4113,0,2,"Protocol","DeviceCommPort.Protocol"],[4114,0,4,"Functions","DeviceCommPort.Functions"],[4115,0,3,"DeviceCommPort","DeviceCommPort.DeviceCommPort"],[4116,0,3,"DeviceCommPort","DeviceCommPort.DeviceCommPort(2)"],[4117,0,3,"DeviceCommPort","DeviceCommPort.DeviceCommPort(3)"],[4118,0,3,"interfaceId","DeviceCommPort.interfaceId"],[4119,0,4,"Variables","DeviceCommPort.Variables"],[4120,0,7,"type","DeviceCommPort.type"],[4121,0,7,"id","DeviceCommPort.id"],[4122,0,7,"protocol","DeviceCommPort.protocol"],[4123,0,7,"protocol","DeviceCommPort.protocol(2)"],[4124,0,5,"EventTypeInfo","EventTypeInfo"],[4125,0,4,"Functions","EventTypeInfo.Functions"],[4126,0,3,"EventTypeInfo","EventTypeInfo.EventTypeInfo"],[4127,0,3,"EventTypeInfo","EventTypeInfo.EventTypeInfo(2)"],[4128,0,4,"Variables","EventTypeInfo.Variables"],[4129,0,7,"type","EventTypeInfo.type"],[4130,0,7,"maxInstances","EventTypeInfo.maxInstances"],[4131,0,4,"Types","EventTypeInfo.Types"],[4132,0,6,"EventTypes","EventTypeInfo.EventTypes"],[4133,0,5,"EventSupportInfo","EventSupportInfo"],[4134,0,4,"Types","EventSupportInfo.Types"],[4135,0,2,"Query","EventSupportInfo.Query"],[4136,0,1,,"EventSupportInfo.TRIGGERS"],[4137,0,1,,"EventSupportInfo.ACTIONS"],[4138,0,4,"Variables","EventSupportInfo.Variables"],[4139,0,7,"query","EventSupportInfo.query"],[4140,0,7,"maxInstances","EventSupportInfo.maxInstances"],[4141,0,7,"entries","EventSupportInfo.entries"],[4142,0,0,"SensorRange","SensorRange"],[4143,0,4,"Types","SensorRange.Types"],[4144,0,2,"Type","SensorRange.Type"],[4145,0,4,"Variables","SensorRange.Variables"],[4146,0,7,"type","SensorRange.type"],[4147,0,7,"range","SensorRange.range"],[4148,0,7,"id","SensorRange.id"],[4149,0,4,"Functions","SensorRange.Functions"],[4150,0,3,"SensorRange","SensorRange.SensorRange"],[4151,0,3,"type","SensorRange.type(2)"],[4152,0,3,"range","SensorRange.range(2)"],[4153,0,3,"id","SensorRange.id(2)"],[4154,0,4,"Types","SensorRange.Types(2)"],[4155,0,6,"SensorRanges","SensorRange.SensorRanges"],[4156,0,6,"SensorRangeOptions","SensorRange.SensorRangeOptions"],[4157,0,0,"SupportedSensorRanges","SupportedSensorRanges"],[4158,0,4,"Functions","SupportedSensorRanges.Functions"],[4159,0,3,"options","SupportedSensorRanges.options"],[4160,0,3,"lookupRecommended","SupportedSensorRanges.lookupRecommended"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipTypes-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipTypes-h-SummaryToolTips.js deleted file mode 100644 index 6aea3c7d6..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipTypes-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/MIP/MipTypes.h",{3144:"
Contains enumeration/types for various MIP information
",3146:"
The enums for all the different data classes of MIP data.
",3158:"
The enums for all the different types/categories of MIP commands and data.
",3165:"
The enums for enable or disable of data.
",3168:"
The enums to represent different time categories.
",3171:"
The enums for all of the different MIP commands.
",3321:"
The enums for all of the different MIP Channel Field IDs.
",3649:"
The minimum descriptor that marks the start of available shared data field descriptors. If a field descriptor is above 0xD0 it is shared.
",3651:"
The enums for different MIP Channel Qualifiers.  This combined with the ChannelField produces a unique identifier for each individual channel that is collected.
",3780:"
A vector of ChannelField enums.
",3781:"
A vector of Command enums.
",3782:"
A vector of DataClass enums.
",3783:"
A ChannelQualifier, int pair indicating the index value of the qualifier in a channel field.
",3784:"
A list of ChannelIndex values
",3785:"
A map of ChannelField values and their associated ChannelIndices
",3786:"
A typedef for a ChannelField, ChannelQualifier pair.
",3788:"
static DataClass channelFieldToDataClass(
MipTypes::ChannelField channelField
)
Gets the DataClass for a MipTypes::ChannelField.
",3789:"
static std::string channelName(
ChannelField field,
ChannelQualifier qualifier
)
Gets the name of the specified ChannelId.  This is the universal channel name that should be used for uploading to SensorCloud.
",3790:"
static MipChannelFields getChannelFields_allDataClasses(
ChannelField chField
)
Get a list of ChannelFields representing the same descriptor/channel field across all GNSS data classes
",3791:"
static ChannelField getChannelField_baseDataClass(
ChannelField chField
)
Gets the ChannelField representing the provided channel field\'s equivalent in the original GNSS data class (0x81)
",3792:"
static ChannelField getChannelField_toDataClass(
ChannelField chField,
DataClass dataClass
)
Gets the ChannelField representing the provided channel field\'s equivalent in the specified DataClass
",3793:"
static std::string getChannelNamePrependText(
ChannelField chField
)
Gets the text to prepend the channel name to distinguish between different GNSS data classes
",3794:"
static std::string getChannelNameAppendText(
ChannelField chField
)
Gets the text to append to the channel name to distinguish between different shared data fields
",3795:"
static bool isGnssChannelField(
ChannelField chField
)
Checks whether the provided ChannelField is within a GNSS data set.
",3796:"
static bool isSharedChannelField(
ChannelField chField
)
Checks whether the provided ChannelField is a shared field amongst all inertial data sets.
",3797:"
static ChannelFieldQualifiers channelFieldQualifiers(
const MipChannelFields &fields
)
Gets a map of ChannelField values with all associated ChannelQualifier values and their index within the field.
",3798:"
static ChannelQualifier channelFieldQualifier(
ChannelField field,
uint8 index
)
Gets the ChannelQualifier of the ChannelField for the specified index.
",3799:"
static uint8 channelFieldQualifierIndex(
ChannelField field,
ChannelQualifier qualifier
)
Gets the index of the ChannelQualifier in the ChannelField.
",3800:"
static ChannelIndex findChannelIndex(
ChannelField field,
ChannelQualifier qualifier,
uint8 index
)
Lookup channel index for given ChannelField based on either qualifier or index If qualifier known, pass in index 0 If index known, pass in qualifier UNKNOWN
",3802:"
An unordered_map mapping each ChannelId to its respective name (universal SensorCloud name).
",3803:"
A map mapping each ChannelField\'s ChannelQualifier to its respective index.
",3805:"
static std::vector<DataClass> GNSS_DATA_CLASSES()
vector of DataClass values containing all GNSS data class descriptors that have the same field descriptors.  was a const but ran into static initialization order issues with registering GNSS field parsers.
",3806:"
static std::vector<DataClass> INERTIAL_DATA_CLASSES()
vector of DataClass values containing all inertial data class descriptors that have the same field descriptors.  was a const but ran into static initialization order issues with registering shared field parsers.
",3807:"
MipChannelIdentifier
A single additional identifier for a MipDataPoint. Contains a uint value with an identifier type specifier.
",3809:"
Identifier type options, indicates what the MipChannelIdentifier::id value represents.
",3818:"
ID definitions when Type is MipChannelIdentifier::AIDING_MEASUREMENT_TYPE
",3834:"
ID definitions when Type is MipChannelIdentifier::GNSS_CONSTELLATION
",3840:"
ID definitions when Type is MipChannelIdentifier::GNSS_SIGNAL_ID
",3906:"
ID definitions when Type is MipChannelIdentifier::GNSS_RF_BAND
",3911:"
A typedef for a MipChannelIdentifier::Type, uint32 pair.
",3913:"
MipChannelIdentifier()
Default constructor
",3914:"
MipChannelIdentifier(
Type identifierType,
uint32 id
) : m_type(identifierType), m_id(id)
Construct MipChannelIdentifier object with specified MipChannelIdentifier::Type and ID values.
",3915:"
MipChannelIdentifier(
Type identifierType,
uint32 id,
uint32 specifier
) : m_type(identifierType), m_id(id), m_specifier(specifier)
Construct MipChannelIdentifier object with specified MipChannelIdentifier::Type and ID values.
",3916:"
Type identifierType() const
Returns the MipChannelIdentifier::Type specifier of this identifier.
",3917:"
uint32 id() const
Returns the identifier value.
",3918:"
bool hasSpecifier() const
Indicates whether this identifier has an optional additional specifier.
",3919:"
uint32 specifier() const
Returns the optional additional specifier value.
",3920:"
std::string name(
bool standardizedFormat = true
) const
Returns the string representation of this identifier based on type and value.
",3922:"
Type m_type
The MipChannelIdentifier::Type indicator of this identifier.
",3923:"
uint32 m_id
The value of this identifier.
",3924:"
uint32 m_specifier
An option additional specifier for this identifier.
",3926:"
bool hasSpecifier(
std::string &specifierName
) const
Indicates whether this identifier has an optional additional specifier.  Parameters: specifierName - string reference that is set to the specifier name if found
",3928:"
A map of MipChannelIdentifier::Type values and their string labels.
",3929:"
A map of MipChannelIdentifier::TypeId values and their string labels.
",3930:"
A map of <MipChannelIdentifier::SpecifierId> values and their string labels.
",3932:"
A vector of MipChannelIdentifier values, used to assign additional identifiers to a MipDataPoint
",3933:"
Contains an <Command> id and a BytesCollection vector to store the actual bytes to send to the device for that command.
",3935:"
MipTypes::Command id
MipTypes::Command this object represents
",3936:"
BytesCollection commands
BytesCollection of raw command bytes
",3937:"
bool buildCmdFailed
",3938:"
bool sendCmdFailed
",3940:"
MipCommandBytes() : buildCmdFailed(false), sendCmdFailed(false)
Default constructor for MipCommandBytes object
",3941:"
MipCommandBytes(
MipTypes::Command _id
) : id(_id), buildCmdFailed(false), sendCmdFailed(false)
Constructor for MipCommandBytes object
",3942:"
MipCommandBytes(
MipTypes::Command _id,
Bytes _cmd
) : id(_id), commands({ _cmd }), buildCmdFailed(false), sendCmdFailed(false)
Constructor for MipCommandBytes object
",3943:"
MipCommandBytes(
MipTypes::Command _id,
BytesCollection _cmds
) : id(_id), commands(_cmds), buildCmdFailed(false), sendCmdFailed(false)
Constructor for MipCommandBytes object
",3944:"
void add(
Bytes cmd
)
Add raw command Bytes to commands BytesCollection
",3945:"
bool valid()
Indicates whether this object contains any relevant information, specifically whether it contains any command Bytes or has been marked for failure.
",3947:"
A vector of MipCommandBytes
",3948:"
A ValueType vector
",3949:"
A Value vector
",3950:"
A list of <MipCommandParameterList> command/parameter definitions
",3951:"
A MipTypes::FunctionSelector vector
",3952:"
A map of locations and values to match in a MIP response to determine success
",3953:"
AidingMeasurementInput
Base class for commanded aiding measurement types for command set 0x13 Aiding Measurement inputs
",3955:"
Response mode options for Aiding Measurement inputs (command set 0x13).
",3959:"
Timestamp m_timestamp
The Timestamp of this measurement.
",3960:"
uint8 m_frameId
The ID of the aiding frame for this measurement.
",3961:"
Bitfield m_validFlags
The Bitfield valid flags of this measurement.
",3963:"
AidingMeasurementInput() : m_timestamp(0), m_frameId(0), m_validFlags(0xFFFF)
Constructs an AidingMeasurementInput object with default values
",3964:"
AidingMeasurementInput(
const MipFieldValues &values
)
Constructs and AidingMeasurementInput object from the provided <MipFieldValues> read from the device.
",3965:"
~AidingMeasurementInput()
",3966:"
MipFieldValues toMipFieldValues() const
Converts this object to a <MipFieldValues> parameter list.
",3967:"
virtual void parseMipFieldValues(
const MipFieldValues &values
)
Populates this object from a MipFieldValues parameter list.
",3968:"
Timestamp timestamp() const
Get the timestamp of this measurement.
",3969:"
void timestamp(
Timestamp ts
)
Set the timestamp of this measurement.
",3970:"
Timestamp::Epoch timebase() const
Get the timebase/epoch for the timestamp of this measurement.  Note: read from the Timestamp object. timestamp().storedEpoch() returns the same result.
",3971:"
uint8 frameId() const
Get the aiding frame ID of this measurement.
",3972:"
void frameId(
uint8 id
)
Set the aiding frame ID of this measurement.
",3973:"
Bitfield validFlags() const
Get the valid flags of this measurement.
",3974:"
void validFlags(
Bitfield flags
)
Set the valid flags for this measurement.
",3975:"
AidingMeasurementPosition
A class that represents position aiding measurement inputs. Extends AidingMeasurementInput.
",3977:"
Bitmask for each position value in the valid flags.
",3986:"
Position m_position
Position measurement value.  Also indicates reference frame.
",3987:"
GeometricUncertainty m_unc
Uncertainties of the position measurements.
",3989:"
AidingMeasurementPosition() : AidingMeasurementInput()
Constructs an AidingMeasurementPosition object with default values.
",3990:"
AidingMeasurementPosition(
PositionVelocityReferenceFrame referenceFrame,
const MipFieldValues &values
)
Constructs an AidingMeasurementPosition object with the specified reference frame from the <MipFieldValues> parameter list returned from the device.
",3991:"
virtual void parseMipFieldValues(
const MipFieldValues &values
) override
Populates measurement values based on the <MipFieldValues> parameter list.
",3992:"
virtual void appendMipFieldValues(
MipFieldValues &values
) const override
Appends the position measurement info to the provided <MipFieldValues> parameter list.
",3993:"
Position position() const
Get the Position measurement.
",3994:"
void position(
Position pos
)
Set the Position measurement.
",3995:"
GeometricUncertainty uncertainty() const
Get the measurment uncertainty
",3996:"
void uncertainty(
GeometricUncertainty uncertainty
)
Sets the measurement uncertainty.
",3997:"
PositionVelocityReferenceFrame referenceFrame() const
Get the PositionVelocityReferenceFrame of this position measurement.
",3998:"
void referenceFrame(
PositionVelocityReferenceFrame frame
)
Set the PositionVelocityReferenceFrame of this measurement.
",3999:"
bool valid(
ValidFlags val
) const
Checks whether the specified value is valid.
",4000:"
void valid(
ValidFlags val,
bool valid
)
Sets the validity of the specified value.
",4001:"
AidingMeasurementHeight
A class that represents height aiding measurement inputs. Extends AidingMeasurementInput.
",4003:"
The zero reference for the height measurement
",4006:"
Reference m_reference
The height measurement reference
",4007:"
float m_height
The height measurement
",4008:"
float m_unc
The uncertainty of the height measurement
",4010:"
AidingMeasurementHeight() : AidingMeasurementInput(), m_reference(Reference::HEIGHT_ABOVE_ELLIPSOID)
Constructs an AidingMeasurementHeight object with default values
",4011:"
AidingMeasurementHeight(
const MipFieldValues &values
)
Constructs an AidingMeasurementHeight object from the <MipFieldValues> parameter list returned from the device.
",4012:"
virtual void parseMipFieldValues(
const MipFieldValues &values
) override
Populates measurement values based on the <MipFieldValues> parameter list.
",4013:"
virtual void appendMipFieldValues(
MipFieldValues &values
) const override
Appends the velocity measurement info to the provided <MipFieldValues> parameter list.
",4014:"
float height() const
Get the height measurement value.
",4015:"
void height(
float height
)
Sets the height measurement value.
",4016:"
float uncertainty() const
Get the height measurement uncertainty.
",4017:"
void uncertainty(
float uncertainty
)
Set the height measurement uncertainty.
",4018:"
bool valid() const
Check whether the height measurement is valid
",4019:"
void valid(
bool valid
)
Set the validity of the height measurement.
",4020:"
AidingMeasurementVelocity
A class that represents velocity aiding measurement inputs. Extends AidingMeasurementInput.
",4022:"
Bitmask for each velocity value in the valid flags.
",4030:"
Velocity m_velocity
The Velocity measurement
",4031:"
GeometricUncertainty m_unc
The uncertainty of the velocity measurement
",4033:"
AidingMeasurementVelocity() : AidingMeasurementInput()
Constructs an AidingMeasurementVelocity object with default values
",4034:"
AidingMeasurementVelocity(
PositionVelocityReferenceFrame referenceFrame,
const MipFieldValues &values
)
Constructs an AidingMeasurementVelocity object with the specified reference frame from the <MipFieldValues> parameter list returned from the device.
",4035:"
virtual void parseMipFieldValues(
const MipFieldValues &values
) override
Populates measurement values based on the <MipFieldValues> parameter list.
",4036:"
virtual void appendMipFieldValues(
MipFieldValues &values
) const override
Appends the velocity measurement info to the provided <MipFieldValues> parameter list.
",4037:"
Velocity velocity() const
Gets the Velocity measurement values.
",4038:"
void velocity(
Velocity vel
)
Sets the Velocity measurement values.
",4039:"
GeometricUncertainty uncertainty() const
Get the measurment uncertainty
",4040:"
void uncertainty(
GeometricUncertainty uncertainty
)
Sets the measurement uncertainty.
",4041:"
PositionVelocityReferenceFrame referenceFrame() const
Get the PositionVelocityReferenceFrame of this velocity measurement.
",4042:"
void referenceFrame(
PositionVelocityReferenceFrame frame
)
Set the PositionVelocityReferenceFrame of this measurement.
",4043:"
bool valid(
ValidFlags val
) const
Checks whether the specified value is valid.
",4044:"
void valid(
ValidFlags val,
bool valid
)
Sets the validity of the specified value.
",4045:"
AidingMeasurementHeading
A class that represents heading aiding measurement inputs. Extends AidingMeasurementInput.
",4047:"
float m_heading
The heading measurement
",4048:"
float m_unc
The heading uncertainty
",4050:"
AidingMeasurementHeading() : AidingMeasurementInput()
Constructs an AidingMeasurementHeading object with default values.
",4051:"
Constructs an AidingMeasurementHeading object from the provided <MipFieldValues> parameter list.
",4052:"
virtual void parseMipFieldValues(
const MipFieldValues &values
) override
Populates measurement values based on the <MipFieldValues> parameter list.
",4053:"
virtual void appendMipFieldValues(
MipFieldValues &values
) const override
Appends the heading measurement info to the provided <MipFieldValues> parameter list.
",4054:"
float heading() const
Get the heading measurement value.
",4055:"
void heading(
float heading
)
Sets the heading measurement value.
",4056:"
float uncertainty() const
Get the heading measurement uncertainty.
",4057:"
void uncertainty(
float uncertainty
)
Set the heading measurement uncertainty.
",4058:"
bool valid() const
Check whether the heading measurement is valid
",4059:"
void valid(
bool valid
)
Set the validity of the heading measurement.
",4060:"
AidingMeasurementMagneticField
A class that represents magnetic field aiding measurement input. Extends AidingMeasurementInput.
",4062:"
Bitmask for each position value in the valid flags.
",4067:"
Vec3f m_magField
The magnetic field measurement
",4068:"
Vec3f m_unc
The uncertainty of the height measurement
",4070:"
AidingMeasurementMagneticField() : AidingMeasurementInput()
Constructs an AidingMeasurementMagneticField object with default values
",4071:"
AidingMeasurementMagneticField(
const MipFieldValues &values
)
Constructs an AidingMeasurementMagneticField object from the <MipFieldValues> parameter list returned from the device.
",4072:"
virtual void parseMipFieldValues(
const MipFieldValues &values
) override
Populates measurement values based on the <MipFieldValues> parameter list.
",4073:"
virtual void appendMipFieldValues(
MipFieldValues &values
) const override
Appends the velocity measurement info to the provided <MipFieldValues> parameter list.
",4074:"
Vec3f magneticField() const
Get the magnetic field measurement.
",4075:"
void magneticField(
Vec3f magField
)
Set the magneticField measurement.
",4076:"
Vec3f uncertainty() const
Get the measurement uncertainty
",4077:"
void uncertainty(
Vec3f uncertainty
)
Sets the measurement uncertainty.
",4078:"
bool valid(
ValidFlags val
) const
Checks whether the specified value is valid.
",4079:"
void valid(
ValidFlags val,
bool valid
)
Sets the validity of the specified value.
",4080:"
AidingMeasurementPressure
A class that represents pressure aiding measurement input. Extends AidingMeasurementInput.
",4082:"
float m_pressure
The pressure measurement
",4083:"
float m_unc
The uncertainty of the measurement
",4085:"
AidingMeasurementPressure() : AidingMeasurementInput()
Constructs an AidingMeasurementPressure object with default values
",4086:"
AidingMeasurementPressure(
const MipFieldValues &values
)
Constructs an AidingMeasurementPressure object from the <MipFieldValues> parameter list returned from the device.
",4087:"
virtual void parseMipFieldValues(
const MipFieldValues &values
) override
Populates measurement values based on the <MipFieldValues> parameter list.
",4088:"
virtual void appendMipFieldValues(
MipFieldValues &values
) const override
Appends the velocity measurement info to the provided <MipFieldValues> parameter list.
",4089:"
float pressure() const
Get the pressure measurement value.
",4090:"
void pressure(
float pressure
)
Sets the pressure measurement value.
",4091:"
float uncertainty() const
Get the height measurement uncertainty.
",4092:"
void uncertainty(
float uncertainty
)
Set the height measurement uncertainty.
",4093:"
bool valid() const
Check whether the height measurement is valid
",4094:"
void valid(
bool valid
)
Set the validity of the height measurement.
",4095:"
Maps GNSS Receiver ID to the MipTypes::DataClass it outputs to
",4097:"
String value assigned when the target value was unable to be found in the full description field.
",4099:"
GnssReceiverInfo()
Constructs GnssReceiverInfo object with default values
",4100:"
GnssReceiverInfo(
uint8 recId,
MipTypes::DataClass target,
std::string desc
)
Constructs GnssReceiverInfo object with specified values
",4102:"
uint8 id
Receiver ID
",4103:"
MipTypes::DataClass targetDataClass
MIP data class associated with this receiver
",4104:"
std::string description
ASCII description of receiver
",4105:"
std::string module
ASCII name of the receiver module
",4106:"
std::string fwId
ASCII name of the receiver firmware identifier
",4107:"
Version fwVersion
Firmware version of the receiver module
",4109:"
A vector of GnssReceiverInfo
",4110:"
Stores info related to device comm ports (id, type)
",4112:"
Available comm port type definitions SPECIAL - 0x00 - Device specific ports (Main/Aux) UART  - 0x01 - UART related ports USB  - 0x02 - USB related ports
",4113:"
Available comm protocols that can be configured for UART ports NONE  - 0x00000000 - Not set MIP_COMMANDS - 0x00000001 - MIP commands MIP_DATA  - 0x00000002 - MIP data NMEA  - 0x00000004 - NMEA RTCM  - 0x00000008 - RTCM SPARTN  - 0x00000010 - SPARTN ALL  - 0x0000001F - All protocols
",4115:"
DeviceCommPort() = default
Constructs DeviceCommPort object with default values
",4116:"
DeviceCommPort(
Type portType,
uint8 portId,
Protocol portInputProtocols = NONE,
Protocol portOutputProtocols = NONE
) : type(portType), id(portId), inputProtocols(portInputProtocols), outputProtocols(portOutputProtocols)
Constructs DeviceCommPort object with specified values
",4117:"
DeviceCommPort(
uint8 portInterface,
Protocol portInputProtocols = NONE,
Protocol portOutputProtocols = NONE
) : type(static_cast<Type>((portInterface & 0xF0) >> 4)), id(portInterface & 0xF), inputProtocols(portInputProtocols), outputProtocols(portOutputProtocols)
Constructs DeviceCommPort object with specified values The ID and Type are determined by the interface value. I.E. Interface 0x12 == Type 1 && ID 2
",4118:"
uint8 interfaceId() const
Get the interface ID of the port This is a combined value of the type and port ID
",4120:"
Type type
Port type (special, UART, etc.)
",4121:"
uint8 id
Port ID
",4122:"
Protocol inputProtocols
Input communication protocols
",4123:"
Protocol outputProtocols
Output communication protocols
",4124:"
Information about event trigger or action types
",4126:"
EventTypeInfo() : type(0), maxInstances(0)
Default constructor
",4127:"
EventTypeInfo(
const uint8 type,
const uint8 maxInstances
) : type(type), maxInstances(maxInstances)
",4129:"
uint8 type
The event type based on EventSupportInfo::Query
",4130:"
uint8 maxInstances
Maximum supported instances for the type
",4132:"
A vector of EventTypeInfo
",4135:"
What type of information to retrieve
",4139:"
Query query
Type of information
",4140:"
uint8 maxInstances
Maximum number of supported triggers/actions
",4141:"
EventTypes entries
Event info
",4142:"
SensorRange
An object representing a configurable sensor range option
",4144:"
Sensor and unit identifiers for configurable Sensor Range command (0x0C,0x52) ALL  - 0x00 - All (save as startup, load startup, reset to default only) ACCEL_MS2  - 0x01 - Accelerometer in m/s^2 GYRO_DPS  - 0x02 - Gyroscope in degrees per second MAG_MG  - 0x03 - Magnetometer in mG PRESSURE_HPA - 0x04 - Pressure in hPa
",4146:"
Type m_type
The SensorRange::Type of this range
",4147:"
float m_range
This will only be set and valid if read from SupportedSensorRanges object Default: -1 (invalid)
",4148:"
uint8 m_id
The index ID of this range according to device manual
",4150:"
SensorRange(
Type rangeType,
uint8 index,
float rangeValue = -1.0f
) : m_type(rangeType), m_range(rangeValue), m_id(index)
Construct a SensorRange object with specified range This object should not be constructed directly by users
",4151:"
Type type() const
The SensorRange::Type of this range
",4152:"
float range() const
This will only be set and valid if read from SupportedSensorRanges object
",4153:"
uint8 id() const
The index ID of this range according to device manual
",4155:"
A vector of SensorRange values
",4156:"
A collection of SensorRange::Type values mapped to associated SensorRange objects
",4157:"
SupportedSensorRanges
Structure to hold all info for looking up supported sensor ranges for a device
",4159:"
const SensorRangeOptions options() const
Get the supported sensor range options
",4160:"
SensorRange lookupRecommended(
SensorRange::Type type,
float range
) const
Lookup the supported option of the specified type that is closest to but also incorporates the specified range.  Ex: specified range: Accel_G, 5 supported accel ranges: 4G, 8G, 16G returns: 8G because it is the closest supported option where 5G will not overrun the range
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipTypes-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipTypes-h-ToolTips.js deleted file mode 100644 index cf028c6eb..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipTypes-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({1619:"
Vec3f(
float x,
float y,
float z
)
Creates a Vec3f object.
",1626:"
Enum representing position and velocity reference frame options.
",1645:"
Velocity
Represents a velocity (x, y, z).
",1652:"
Defines a geographic position.
",1671:"
GeometricUncertainty
Represents uncertainty values correlating to a position or velocity.
",2456:"
Type of trigger to configure
",2499:"
Types for the event action
",3146:"
The enums for all the different data classes of MIP data.
",3158:"
The enums for all the different types/categories of MIP commands and data.
",3171:"
The enums for all of the different MIP commands.
",3321:"
The enums for all of the different MIP Channel Field IDs.
",3651:"
The enums for different MIP Channel Qualifiers.  This combined with the ChannelField produces a unique identifier for each individual channel that is collected.
",3652:"
0  - Unknown Channel
",3780:"
A vector of ChannelField enums.
",3783:"
A ChannelQualifier, int pair indicating the index value of the qualifier in a channel field.
",3784:"
A list of ChannelIndex values
",3785:"
A map of ChannelField values and their associated ChannelIndices
",3786:"
A typedef for a ChannelField, ChannelQualifier pair.
",3809:"
Identifier type options, indicates what the MipChannelIdentifier::id value represents.
",3812:"
GNSS Constellation ID
",3814:"
GNSS Signal ID
",3815:"
Filter Aiding Measurement Type
",3816:"
GNSS RF Band
",3911:"
A typedef for a MipChannelIdentifier::Type, uint32 pair.
",3913:"
MipChannelIdentifier()
Default constructor
",3917:"
uint32 id() const
Returns the identifier value.
",3940:"
MipCommandBytes() : buildCmdFailed(false), sendCmdFailed(false)
Default constructor for MipCommandBytes object
",3953:"
AidingMeasurementInput
Base class for commanded aiding measurement types for command set 0x13 Aiding Measurement inputs
",3977:"
Bitmask for each position value in the valid flags.
",4003:"
The zero reference for the height measurement
",4022:"
Bitmask for each velocity value in the valid flags.
",4062:"
Bitmask for each position value in the valid flags.
",4099:"
GnssReceiverInfo()
Constructs GnssReceiverInfo object with default values
",4112:"
Available comm port type definitions SPECIAL - 0x00 - Device specific ports (Main/Aux) UART  - 0x01 - UART related ports USB  - 0x02 - USB related ports
",4113:"
Available comm protocols that can be configured for UART ports NONE  - 0x00000000 - Not set MIP_COMMANDS - 0x00000001 - MIP commands MIP_DATA  - 0x00000002 - MIP data NMEA  - 0x00000004 - NMEA RTCM  - 0x00000008 - RTCM SPARTN  - 0x00000010 - SPARTN ALL  - 0x0000001F - All protocols
",4126:"
EventTypeInfo() : type(0), maxInstances(0)
Default constructor
",4135:"
What type of information to retrieve
",4142:"
SensorRange
An object representing a configurable sensor range option
",4144:"
Sensor and unit identifiers for configurable Sensor Range command (0x0C,0x52) ALL  - 0x00 - All (save as startup, load startup, reset to default only) ACCEL_MS2  - 0x01 - Accelerometer in m/s^2 GYRO_DPS  - 0x02 - Gyroscope in degrees per second MAG_MG  - 0x03 - Magnetometer in mG PRESSURE_HPA - 0x04 - Pressure in hPa
",4150:"
SensorRange(
Type rangeType,
uint8 index,
float rangeValue = -1.0f
) : m_type(rangeType), m_range(rangeValue), m_id(index)
Construct a SensorRange object with specified range This object should not be constructed directly by users
",4157:"
SupportedSensorRanges
Structure to hold all info for looking up supported sensor ranges for a device
",4527:"
MipDataPoint
Represents a single Inertial Data Point (Extends from DataPoint)
",10144:"
Value
Represents a single value that can be stored/accessed in multiple ways.
",10253:"
typedef for a vector of bytes.
",10254:"
A vector of Bytes objects.
",10291:"
Timestamp
Represents a date/time object
",10293:"
Epoch indicator: Unix, GPS.  Timestamp class uses Unix epoch by default.
",10388:"
Bitfield
",10409:"
Version
Class that represents, and provides helper functions for, a Version number
",10446:"
Error
The generic MicroStrain exception (base class)
",3975:"
AidingMeasurementPosition
A class that represents position aiding measurement inputs. Extends AidingMeasurementInput.
",4001:"
AidingMeasurementHeight
A class that represents height aiding measurement inputs. Extends AidingMeasurementInput.
",4020:"
AidingMeasurementVelocity
A class that represents velocity aiding measurement inputs. Extends AidingMeasurementInput.
",4045:"
AidingMeasurementHeading
A class that represents heading aiding measurement inputs. Extends AidingMeasurementInput.
",4060:"
AidingMeasurementMagneticField
A class that represents magnetic field aiding measurement input. Extends AidingMeasurementInput.
",4080:"
AidingMeasurementPressure
A class that represents pressure aiding measurement input. Extends AidingMeasurementInput.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipTypes-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipTypes-h.html deleted file mode 100644 index 2cf85d4cc..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/MipTypes-h.html +++ /dev/null @@ -1,1502 +0,0 @@ - - -MipTypes.h - - - - - - - -
-
MipTypes
-

Contains enumeration/types for various MIP information

-
- -
-
Types
-
- -
-
DataClass
-

The enums for all the different data classes of MIP data.

CLASS_AHRS_IMU

0x80 - The AHRS/IMU MIP data class

CLASS_GNSS

0x81 - The GNSS MIP data class

CLASS_ESTFILTER

0x82 - The Estimation Filter MIP data class

CLASS_DISPLACEMENT

0x90 - The Displacement MIP data class

CLASS_GNSS1

0x91 - The GNSS Receiver 1 MIP data class

CLASS_GNSS2

0x92 - The GNSS Receiver 2 MIP data class

CLASS_GNSS3

0x93 - The GNSS Receiver 3 MIP data class

CLASS_RTK

0x93 - The RTK MIP data class

CLASS_GNSS4

0x94 - The GNSS Receiver 4 MIP data class

CLASS_GNSS5

0x95 - The GNSS Receiver 5 MIP data class

CLASS_SYSTEM

0xA0 - The System MIP data class

-
- -
-
FunctionSelector
-

The enums for all the different types/categories of MIP commands and data.

USE_NEW_SETTINGS

0x01  set command, requiring data to set.

READ_BACK_CURRENT_SETTINGS

0x02  retrieves current data from device.

SAVE_CURRENT_SETTINGS

0x03  saves current data to use at startup.

LOAD_STARTUP_SETTINGS

0x04  sets current settings to startup.

RESET_TO_DEFAULT

0x05  resets current to factory default.

USE_NEW_SETTINGS_NO_ACKNACK

0x06  set command, requiring data to set - does not send ACK/NACK reply

-
- -
-
EnableSetting
-

The enums for enable or disable of data.

DISABLED

0x00

ENABLED

0x01

-
- -
-
TimeFrame
-

The enums to represent different time categories.

TIME_FRAME_WEEKS

0x00

TIME_FRAME_SECONDS

0x01

-
- -
-
Command
-

The enums for all of the different MIP commands.

CMD_PING

0x0101  - Ping

CMD_SET_IDLE

0x0102  - Set to Idle

CMD_GET_DEVICE_INFO

0x0103  - Get Device Information

CMD_GET_DESCRIPTOR_SETS

0x0104  - Get Device Descriptor Sets

CMD_BUILT_IN_TEST

0x0105  - Device Build-In Test

CMD_RESUME

0x0106  - Resume

CMD_GET_EXT_DESCRIPTOR_SETS

0x0107  - Get Extended Device Descriptor Sets

CMD_COMM_PORT_SPEED

0x0109  - Comm Port Speed (Baud Rate)

CMD_GPS_TIME_UPDATE

0x0172  - GPS Time Update

CMD_RESET

0x017E  - Device Reset

CMD_POLL_SENSOR_DATA

0x0C01  - Poll Sensor Data

CMD_POLL_GNSS_DATA

0x0C02  - Poll GNSS Data

CMD_POLL_EF_DATA

0x0C03  - Poll Estimation Filter Data

CMD_GET_SENSOR_RATE_BASE

0x0C06  - Get Sensor Data Rate Base

CMD_GET_GNSS_RATE_BASE

0x0C07  - Get GNSS Data Rate Base

CMD_GET_EF_RATE_BASE

0x0C0B  - Get Estimation Filter Data Rate Base

CMD_SENSOR_MESSAGE_FORMAT

0x0C08  - Sensor Data Message Format

CMD_GNSS_MESSAGE_FORMAT

0x0C09  - GNSS Message Format

CMD_EF_MESSAGE_FORMAT

0x0C0A  - Estimation Filter Message Format

CMD_NMEA_MESSAGE_FORMAT

0x0C0C  - NMEA Message Format

CMD_POLL

0x0C0D  - Generic Poll Data

CMD_GET_BASE_RATE

0x0C0E  - Generic Get Data Base Rate

CMD_MESSAGE_FORMAT

0x0C0F  - Generic Message Format

CMD_FACTORY_STREAMING

0x0C10  - Configure Factory Streaming

CMD_CONTINUOUS_DATA_STREAM

0x0C11  - Enable/Disable Device Continuous Data Stream

CMD_RAW_RTCM_2_3_MESSAGE

0x0C20  - Raw RTCM 2.3 Message

CMD_GNSS_CONSTELLATION_SETTINGS

0x0C21  - GNSS Constellation Settings

CMD_GNSS_SBAS_SETTINGS

0x0C22  - GNSS SBAS Settings

CMD_GNSS_ASSIST_FIX_CONTROL

0x0C23  - GNSS Assisted Fix Control

CMD_GNSS_ASSIST_TIME_UPDATE

0x0C24  - GNSS Assisted Time Update

CMD_PPS_SOURCE

0x0C28  - PPS Source

CMD_EVENT_SUPPORT

0x0C2A  - Event Support

CMD_EVENT_CONTROL

0x0C2B  - Event Control

CMD_EVENT_TRIGGER_STATUS

0x0C2C  - Event Trigger Status

CMD_EVENT_ACTION_STATUS

0x0C2D  - Event Action Status

CMD_EVENT_TRIGGER_CONFIGURATION

0x0C2E  - Event Trigger Configuration

CMD_EVENT_ACTION_CONFIGURATION

0x0C2F  - Event Action Configuration

CMD_SAVE_STARTUP_SETTINGS

0x0C30  - Device Startup Settings

CMD_EF_SENS_VEHIC_FRAME_TRANSFORM_EULER

0x0C31  - Sensor to Vehicle Frame Transformation Euler Angles

CMD_EF_SENS_VEHIC_FRAME_TRANSFORM_QUAT

0x0C32  - Sensor to Vehicle Frame Transformation Quaternion

CMD_EF_SENS_VEHIC_FRAME_TRANSFORM_DCM

0x0C33  - Sensor to Vehicle Frame Transformation Direction Cosine Matrix

CMD_GPS_DYNAMICS_MODE

0x0C34  - GPS Dynamics Mode

CMD_SENSOR_SIG_COND_SETTINGS

0x0C35  - Sensor Signal Conditioning Settings

CMD_SENSOR_TIMESTAMP

0x0C36  - Sensor Timestamp

CMD_ACCEL_BIAS

0x0C37  - Accel Bias

CMD_GYRO_BIAS

0x0C38  - Gyro Bias

CMD_CAP_GYRO_BIAS

0x0C39  - Capture Gyro Bias

CMD_MAG_HARD_IRON_OFFSET

0x0C3A  - Magnetometer Hard Iron Offset

CMD_MAG_SOFT_IRON_MATRIX

0x0C3B  - Magnetometer Soft Iron Matrix

CMD_CF_REALIGN_UP

0x0C3C  - Complimentary Filter - Realign Up

CMD_CF_REALIGN_NORTH

0x0C3D  - Complimentary Filter - Realign North

CMD_CONING_SCULLING

0x0C3E  - Coning and Sculling Enable

CMD_UART_BAUD_RATE

0x0C40  - UART Baud Rate

CMD_GPIO_CONFIGURATION

0x0C41  - Configure GPIO Pins

CMD_GPIO_STATE

0x0C42  - Check GPIO Pin State

CMD_ODOMETER_SETTINGS

0x0C43  - Configure Odometer Settings

CMD_LOWPASS_FILTER_SETTINGS

0x0C50  - Legacy Low-Pass Filter Settings

CMD_COMPLEMENTARY_FILTER_SETTINGS

0x0C51  - Complementary Filter Settings

CMD_SENSOR_RANGE

0x0C52  - Configure Sensor Range

CMD_SUPPORTED_SENSOR_RANGES

0x0C53  - Read Device-Supported Sensor Ranges

CMD_LOWPASS_ANTIALIASING_FILTER

0x0C54  - Low-Pass Anti-Aliasing Filter Settings

CMD_DATA_STREAM_FORMAT

0x0C60  - Device Data Stream Format

CMD_POWER_STATES

0x0C61  - Device Power States

CMD_GPS_STARTUP_SETTINGS

0x0C62  - Save/Restore Advanced GPS Startup Settings

CMD_DEVICE_STATUS

0x0C64  - Device Status

CMD_EF_RESET_FILTER

0x0D01  - Estimation Filter - Reset Filter

CMD_EF_INIT_ATTITUDE

0x0D02  - Estimation Filter - Set Initial Attitude

CMD_EF_INIT_HEADING

0x0D03  - Estimation Filter - Set Initial Heading

CMD_EF_INIT_ATTITUDE_FROM_AHRS

0x0D04  - Estimation Filter - Set Initial Attitude from AHRS

CMD_EF_RUN_FILTER

0x0D05  - Estimation Filter - Run Filter if configured to wait for run command

CMD_EF_VEHIC_DYNAMICS_MODE

0x0D10  - Estimation Filter - Vehicle Dynamics Mode

CMD_EF_SENS_VEHIC_FRAME_ROTATION_EULER

0x0D11  - Estimation Filter - Sensor to Vehicle Frame Rotation Euler Angles

CMD_EF_SENS_VEHIC_FRAME_OFFSET

0x0D12  - Estimation Filter - Sensor to Vehicle Frame Offset

CMD_EF_ANTENNA_OFFSET

0x0D13  - Estimation Filter - Antenna Offset

CMD_EF_BIAS_EST_CTRL

0x0D14  - Estimation Filter - Bias Estimation Control

CMD_EF_GNSS_SRC_CTRL

0x0D15  - Estimation Filter - GNSS Source Control

CMD_EF_EXTERN_GNSS_UPDATE

0x0D16  - Estimation Filter - External GNSS Update

CMD_EF_EXTERN_HEADING_UPDATE

0x0D17  - Estimation Filter - External Heading Update

CMD_EF_HEADING_UPDATE_CTRL

0x0D18  - Estimation Filter - Heading Update Control

CMD_EF_AUTO_INIT_CTRL

0x0D19  - Estimation Filter - Auto-Initialization Control

CMD_EF_ACCEL_WHT_NSE_STD_DEV

0x0D1A  - Estimation Filter - Accelerometer White Noise Standard Deviation

CMD_EF_GYRO_WHT_NSE_STD_DEV

0x0D1B  - Estimation Filter - Gyroscope White Noise Standard Deviation

CMD_EF_ACCEL_BIAS_MODEL_PARAMS

0x0D1C  - Estimation Filter - Accelerometer Bias Model Parameters

CMD_EF_GYRO_BIAS_MODEL_PARAMS

0x0D1D  - Estimation Filter - Gyroscope Bias Model Parameters

CMD_EF_ZERO_VEL_UPDATE_CTRL

0x0D1E  - Estimation Filter - Zero Velocity Update Control

CMD_EF_EXT_HEADING_UPDATE_TS

0x0D1F  - Estimation Filter - External Heading Update with Timestamp

CMD_EF_ZERO_ANG_RATE_UPDATE_CTRL

0x0D20  - Estimation Filter - Zero Angular Rate Update Control

CMD_EF_TARE_ORIENT

0x0D21  - Estimation Filter - Tare Orientation

CMD_EF_CMDED_ZERO_VEL_UPDATE

0x0D22  - Estimation Filter - Commanded Zero Velocity Update

CMD_EF_CMDED_ZERO_ANG_RATE_UPDATE

0x0D23  - Estimation Filter - Commanded Zero Angular Rate Update

CMD_EF_SET_REF_POSITION

0x0D26  - Estimation Filter - Set Reference Position

CMD_EF_MAG_CAPTURE_AUTO_CAL

0x0D27  - Estimation Filter - Magnetometer Capture Auto Calibration

CMD_EF_GRAVITY_NOISE_STD_DEV

0x0D28  - Estimation Filter - Gravity Noise Standard Deviation

CMD_EF_PRESS_ALT_NOISE_STD_DEV

0x0D29  - Estimation Filter - Pressure Altitude Noise Standard Deviation

CMD_EF_GRAVITY_NOISE_MINIMUM

0x0D2A  - Estimation Filter - Get/Set Gravity Noise Minimum

CMD_EF_HARD_IRON_OFFSET_PROCESS_NOISE

0x0D2B  - Estimation Filter - Hard Iron Offset Process Noise

CMD_EF_SOFT_IRON_OFFSET_PROCESS_NOISE

0x0D2C  - Estimation Filter - Soft Iron Offset Process Noise

CMD_EF_ENABLE_DISABLE_MEASUREMENTS

0x0D41  - Estimation Filter - Enable/Disable Measurements

CMD_EF_MAG_NOISE_STD_DEV

0x0D42  - Estimation Filter - Magnetometer Noise Standard Deviation

CMD_EF_DECLINATION_SRC

0x0D43  - Estimation Filter - Declination Source

CMD_EF_GRAV_MAGNITUDE_ERR_ADAPT_MEASURE

0x0D44  - Estimation Filter - Gravity Magnitude Error Adaptive Measurement

CMD_EF_MAG_MAGNITUDE_ERR_ADAPT_MEASURE

0x0D45  - Estimation Filter - Magnetometer Magnitude Error Adaptive Measurement

CMD_EF_MAG_DIP_ANGLE_ERR_ADAPT_MEASURE

0x0D46  - Estimation Filter - Magnetometer Dip Angle Error Adaptive Measurement

CMD_EF_ALTITUDE_AID_CTRL

0x0D47  - Estimation Filter - Altitude Aiding Control

CMD_EF_PITCH_ROLL_AID_CTRL

0x0D4B  - Estimation Filter - Pitch-Roll Aiding Control

CMD_EF_INCLINATION_SRC

0x0D4C  - Estimation Filter - Inclination Source

CMD_EF_FIELD_MAGNITUDE_SRC

0x0D4D  - Estimation Filter - Magnetic Field Magnitude Source

CMD_EF_SENS_VEHIC_FRAME_ROTATION_DCM

0x0D4E  - Estimation Filter - Sensor to Vehicle Frame Rotation Direction Cosine Matrix

CMD_EF_SENS_VEHIC_FRAME_ROTATION_QUAT

0x0D4F  - Estimation Filter - Sensor to Vehicle Frame Rotation Quaternion

CMD_EF_AIDING_MEASUREMENT_ENABLE

0x0D50  - Estimation Filter - Aiding Measurement Enabled

CMD_EF_INITIALIZATION_CONFIG

0x0D52  - Estimation Filter - Initialization Configuration

CMD_EF_ADAPTIVE_FILTER_OPTIONS

0x0D53  - Estimation Filter - Adaptive Filter Options

CMD_EF_MULTI_ANTENNA_OFFSET

0x0D54  - Estimation Filter - Multi Antenna Offset

CMD_EF_RELATIVE_POSITION_REF

0x0D55  - Estimation Filter - Reference Location for Relative Position Outputs

CMD_EF_LEVER_ARM_OFFSET_REF

0x0D56  - Estimation Filter - Lever Arm Reference Offset

CMD_EF_EXTERN_SPEED_UPDATE

0x0D60  - Estimation Filter - External Speed Measurement Update (Input Speed Measurement)

CMD_EF_SPEED_MEASUREMENT_OFFSET

0x0D61  - Estimation Filter - Speed Measurement Lever Arm Offset

CMD_EF_VERTICAL_GYRO_CONSTRAINT

0x0D62  - Estimation Filter - Vertical Gyro Constraint Enable/Disable

CMD_EF_WHEELED_VEHICLE_CONSTRAINT

0x0D63  - Estimation Filter - Wheeled Vehicle Constraint Enable/Disable

CMD_EF_GNSS_ANTENNA_LEVER_ARM_CAL

0x0D64  - Estimation Filter - GNSS Antenna Lever Arm Calibration Control

CMD_GNSS_RECEIVER_INFO

0x0E01  - GNSS Receiver Info

CMD_GNSS_SIGNAL_CONFIG

0x0E02  - GNSS Signal Configuration

CMD_GNSS_RTK_CONFIG

0x0E10  - GNSS RTK Configuration

CMD_INTERFACE_CONTROL

0x7F02  - Interface Control

CMD_COMMUNICATION_MODE

0x7F10  - Communication Mode

CMD_HARDWARE_CTRL

0x7F11  - Hardware Control

CMD_GET_ANALOG_DISPLACEMENT_CALS

0x1101  - Get Analog Output to Displacement Slope and Offset

CMD_DISPLACEMENT_OUTPUT_RATE

0x1102  - Displacement Output Data Rate

CMD_DISPLACEMENT_DEVICE_TIME

0x1104  - Displacement Device Time

CMD_RTK_DEVICE_STATUS_FLAGS

0x0F01  - Get RTK Device Status Flags

CMD_RTK_ACTIVATION_CODE

0x0F07  - Get RTK Activation Code

CMD_AIDING_FRAME_CONFIG

0x1301  - Configure Aiding Measurement Reference Frames

CMD_AIDING_SENSOR_FRAME_MAP

0x1302  - Map Reference Frames to Sensor Inputs

CMD_AIDING_ECHO_CONTROL

0x131F  - Enable/Disable Aiding Measurement Echo in Response

CMD_AIDING_POS_LOCAL

0x1320  - Local Position Input

CMD_AIDING_POS_ECEF

0x1321  - ECEF Position Input

CMD_AIDING_POS_LLH

0x1322  - LLH Position Input

CMD_AIDING_HEIGHT_ABOVE_ELLIPSOID

0x1323  - Height Above Ellipsoid Input

CMD_AIDING_HEIGHT_REL

0x1324  - Relative Height Input

CMD_AIDING_VEL_ECEF

0x1328  - ECEF Velocity Input

CMD_AIDING_VEL_NED

0x1329  - NED Velocity Input

CMD_AIDING_VEL_BODY_FRAME

0x132A  - Velocity Input Relative to the Body/Vehicle Frame

CMD_AIDING_WHEELSPEED

0x132B  - Wheel Speed Input

CMD_AIDING_HEADING_TRUE

0x1331  - True Heading Input

CMD_AIDING_MAGNETIC_FIELD

0x1332  - Magnetic Field Input (External Magnetometer)

CMD_AIDING_PRESSURE

0x1333  - External Pressure Input

CMD_AIDING_DELTA_POSITION

0x1338  - Delta Position Input

CMD_AIDING_DELTA_ATTITUDE

0x1339  - Delta Attitude Input

CMD_AIDING_ANGULAR_RATE_LOCAL

0x133A  - Local Angular Rate Input

-
- -
-
ChannelField
-

The enums for all of the different MIP Channel Field IDs.

CH_FIELD_SENSOR_RAW_ACCEL_VEC

0x8001  - Raw Accelerometer Vector

CH_FIELD_SENSOR_RAW_GYRO_VEC

0x8002  - Raw Gyro Vector

CH_FIELD_SENSOR_RAW_MAG_VEC

0x8003  - Raw Magnetometer Vector

CH_FIELD_SENSOR_SCALED_ACCEL_VEC

0x8004  - Scaled Accelerometer Vector

CH_FIELD_SENSOR_SCALED_GYRO_VEC

0x8005  - Scaled Gyro Vector

CH_FIELD_SENSOR_SCALED_MAG_VEC

0x8006  - Scaled Magnetometer Vector

CH_FIELD_SENSOR_DELTA_THETA_VEC

0x8007  - Delta Theta Vector

CH_FIELD_SENSOR_DELTA_VELOCITY_VEC

0x8008  - Delta Velocity Vector

CH_FIELD_SENSOR_ORIENTATION_MATRIX

0x8009  - Orientation Matrix

CH_FIELD_SENSOR_ORIENTATION_QUATERNION

0x800A  - Quaternion

CH_FIELD_SENSOR_ORIENTATION_UPDATE_MATRIX

0x800B  - Orientation Update Matrix

CH_FIELD_SENSOR_EULER_ANGLES

0x800C  - Euler Angles

CH_FIELD_SENSOR_INTERNAL_TIMESTAMP

0x800E  - Internal Timestamp

CH_FIELD_SENSOR_BEACONED_TIMESTAMP

0x800F  - Beaconed Timestamp

CH_FIELD_SENSOR_STABILIZED_MAG_VEC

0x8010  - Stabilized Mag Vector (North)

CH_FIELD_SENSOR_STABILIZED_ACCEL_VEC

0x8011  - Stabilized Accel Vector (Up)

CH_FIELD_SENSOR_GPS_CORRELATION_TIMESTAMP

0x8012  - GPS Correlation Timestamp

CH_FIELD_SENSOR_TEMPERATURE_STATISTICS

0x8014  - Temperature Statistics

CH_FIELD_SENSOR_RAW_AMBIENT_PRESSURE

0x8016  - Raw Ambient Pressure

CH_FIELD_SENSOR_SCALED_AMBIENT_PRESSURE

0x8017  - Scaled Ambient Pressure

CH_FIELD_SENSOR_OVERRANGE_STATUS

0x8018  - Overrange Status

CH_FIELD_SENSOR_ODOMETER_DATA

0x8040  - Odometer Data

CH_FIELD_SENSOR_SHARED_EVENT_SOURCE

0x80D0  - Event Source

CH_FIELD_SENSOR_SHARED_TICKS

0x80D1  - Ticks

CH_FIELD_SENSOR_SHARED_DELTA_TICKS

0x80D2  - Delta Ticks

CH_FIELD_SENSOR_SHARED_GPS_TIMESTAMP

0x80D3  - GPS Timestamp

CH_FIELD_SENSOR_SHARED_DELTA_TIMESTAMP

0x80D4  - Delta GPS Timestamp

CH_FIELD_SENSOR_SHARED_REFERENCE_TIMESTAMP

0x80D5  - Internal Reference Timestamp

CH_FIELD_SENSOR_SHARED_DELTA_REFERENCE_TIME

0x80D6  - Delta Internal Reference Time

CH_FIELD_SENSOR_SHARED_EXTERNAL_TIMESTAMP

0x80D7  - External Timestamp

CH_FIELD_SENSOR_SHARED_DELTA_EXTERNAL_TIME

0x80D8  - Delta External Time

CH_FIELD_GNSS_LLH_POSITION

0x8103  - LLH Position

CH_FIELD_GNSS_ECEF_POSITION

0x8104  - ECEF Position

CH_FIELD_GNSS_NED_VELOCITY

0x8105  - NED Velocity

CH_FIELD_GNSS_ECEF_VELOCITY

0x8106  - ECEF Velocity

CH_FIELD_GNSS_DOP

0x8107  - DOP Data

CH_FIELD_GNSS_UTC_TIME

0x8108  - UTC Time

CH_FIELD_GNSS_GPS_TIME

0x8109  - GPS Time

CH_FIELD_GNSS_CLOCK_INFO

0x810A  - Clock Information

CH_FIELD_GNSS_FIX_INFO

0x810B  - GNSS Fix Information

CH_FIELD_GNSS_SPACE_VEHICLE_INFO

0x810C  - Space Vehicle Information

CH_FIELD_GNSS_HARDWARE_STATUS

0x810D  - Hardware Status

CH_FIELD_GNSS_DGNSS_INFO

0x810E  - DGNSS Information

CH_FIELD_GNSS_DGNSS_CHANNEL_STATUS

0x810F  - Individual DGNSS Channel Status Entry

CH_FIELD_GNSS_CLOCK_INFO_2

0x8110  - GNSS Clock Info 2

CH_FIELD_GNSS_GPS_LEAP_SECONDS

0x8111  - GNSS GPS Leap Seconds

CH_FIELD_GNSS_SBAS_INFO

0x8112  - GNSS SBAS Info

CH_FIELD_GNSS_SBAS_CORRECTION

0x8113  - GNSS SBAS Correction

CH_FIELD_GNSS_RF_ERROR_DETECTION

0x8114  - GNSS RF Error Detection

CH_FIELD_GNSS_SATELLITE_STATUS

0x8120  - GNSS Satellite Status

CH_FIELD_GNSS_RAW_OBSERVATION

0x8122  - GNSS Raw Observation data

CH_FIELD_GNSS_STATION_INFO

0x8130  - GNSS Base Station Info

CH_FIELD_GNSS_RTK_CORRECTIONS_STATUS

0x8131  - GNSS RTK Corrections Status

CH_FIELD_GNSS_GPS_EPHEMERIS

0x8161  - GNSS GPS Ephemeris

CH_FIELD_GNSS_GLONASS_EPHEMERIS

0x8162  - GNSS GLONASS Ephemeris

CH_FIELD_GNSS_GALILEO_EPHEMERIS

0x8163  - GNSS Galileo Ephemeris

CH_FIELD_GNSS_GPS_IONOSPHERIC_CORRECTION

0x8171  - GPS Ionospheric Correction

CH_FIELD_GNSS_GALILEO_IONOSPHERIC_CORRECTION

0x8173  - Galileo Ionospheric Correction

CH_FIELD_GNSS_SHARED_EVENT_SOURCE

0x81D0  - Event Source

CH_FIELD_GNSS_SHARED_TICKS

0x81D1  - Ticks

CH_FIELD_GNSS_SHARED_DELTA_TICKS

0x81D2  - Delta Ticks

CH_FIELD_GNSS_SHARED_GPS_TIMESTAMP

0x81D3  - GPS Timestamp

CH_FIELD_GNSS_SHARED_DELTA_TIMESTAMP

0x81D4  - Delta GPS Timestamp

CH_FIELD_GNSS_SHARED_REFERENCE_TIMESTAMP

0x81D5  - Internal Reference Timestamp

CH_FIELD_GNSS_SHARED_DELTA_REFERENCE_TIME

0x81D6  - Delta Internal Reference Time

CH_FIELD_GNSS_SHARED_EXTERNAL_TIMESTAMP

0x81D7  - External Timestamp

CH_FIELD_GNSS_SHARED_DELTA_EXTERNAL_TIME

0x81D8  - Delta External Time

CH_FIELD_ESTFILTER_ESTIMATED_LLH_POS

0x8201  - Estimated LLH Position

CH_FIELD_ESTFILTER_ESTIMATED_NED_VELOCITY

0x8202  - Estimated NED Velocity

CH_FIELD_ESTFILTER_ESTIMATED_ORIENT_QUATERNION

0x8203  - Estimated Orientation Quaternion

CH_FIELD_ESTFILTER_ESTIMATED_ORIENT_MATRIX

0x8204  - Estimated Orientation Matrix

CH_FIELD_ESTFILTER_ESTIMATED_ORIENT_EULER

0x8205  - Estimated Orientation, Euler Angles

CH_FIELD_ESTFILTER_ESTIMATED_GYRO_BIAS

0x8206  - Estimated Gyro Bias

CH_FIELD_ESTFILTER_ESTIMATED_ACCEL_BIAS

0x8207  - Estimated Accel Bias

CH_FIELD_ESTFILTER_ESTIMATED_LLH_UNCERT

0x8208  - Estimated LLH Position Uncertainty

CH_FIELD_ESTFILTER_ESTIMATED_NED_UNCERT

0x8209  - Estimated NED Velocity Uncertainty

CH_FIELD_ESTFILTER_ESTIMATED_ATT_UNCERT_EULER

0x820A  - Estimated Attitude Uncertainty, Euler Angles

CH_FIELD_ESTFILTER_ESTIMATED_GYRO_BIAS_UNCERT

0x820B  - Estimated Gyro Bias Uncertainty

CH_FIELD_ESTFILTER_ESTIMATED_ACCEL_BIAS_UNCERT

0x820C  - Estimated Accel Bias Uncertainty

CH_FIELD_ESTFILTER_ESTIMATED_LINEAR_ACCEL

0x820D  - Estimated Linear Acceleration

CH_FIELD_ESTFILTER_ESTIMATED_ANGULAR_RATE

0x820E  - Estimated Angular Rate

CH_FIELD_ESTFILTER_WGS84_LOC_GRAV_MAGNITUDE

0x820F  - WG284 Local Gravity Magnitude

CH_FIELD_ESTFILTER_FILTER_STATUS

0x8210  - Filter Status

CH_FIELD_ESTFILTER_GPS_TIMESTAMP

0x8211  - GPS Timestamp

CH_FIELD_ESTFILTER_ESTIMATED_ATT_UNCERT_QUAT

0x8212  - Estimated Attitude Uncertainty, Quaternion Elements

CH_FIELD_ESTFILTER_ESTIMATED_GRAVITY_VECTOR

0x8213  - Estimated Gravity Vector

CH_FIELD_ESTFILTER_HEADING_UPDATE_SOURCE

0x8214  - Heading Update Source

CH_FIELD_ESTFILTER_MAGNETIC_MODEL_SLN

0x8215  - Magnetic Model Solution

CH_FIELD_ESTFILTER_ESTIMATED_GYRO_SCALE_FACTOR

0x8216  - Gyro Scale Factor

CH_FIELD_ESTFILTER_ACCEL_SCALE_FACTOR

0x8217  - Accel Scale Factor

CH_FIELD_ESTFILTER_GYRO_SCALE_FACTOR_UNCERT

0x8218  - Gyro Scale Factor Uncertainty

CH_FIELD_ESTFILTER_ACCEL_SCALE_FACTOR_UNCERT

0x8219  - Accel Scale Factor Uncertainty

CH_FIELD_ESTFILTER_MAG_BIAS

0x821A  - Mag Bias

CH_FIELD_ESTFILTER_MAG_BIAS_UNCERT

0x821B  - Mag Bias Uncertainty

CH_FIELD_ESTFILTER_COMPENSATED_ACCEL

0x821C  - Compensated Accel

CH_FIELD_ESTFILTER_STD_ATMOSPHERE_MODEL

0x8220  - Standard Atmosphere Model

CH_FIELD_ESTFILTER_PRESSURE_ALTITUDE

0x8221  - Estimated Pressure Altitude

CH_FIELD_ESTFILTER_MAG_AUTO_HARD_IRON_OFFSET

0x8225  - Mag Auto Hard Iron Offset

CH_FIELD_ESTFILTER_MAG_AUTO_SOFT_IRON_MATRIX

0x8226  - Mag Auto Soft Iron Matrix

CH_FIELD_ESTFILTER_MAG_AUTO_HARD_IRON_OFFSET_UNCERT

0x8228  - Mag Auto Hard Iron Offset Uncertainty

CH_FIELD_ESTFILTER_MAG_AUTO_SOFT_IRON_MATRIX_UNCERT

0x8229  - Mag Auto Soft Iron Matrix Uncertainty

CH_FIELD_ESTFILTER_MAG_COVARIANCE_MATRIX

0x822A  - Magnetometer Covariance Matrix

CH_FIELD_ESTFILTER_MAG_RESIDUAL_VECTOR

0x822C  - Magnetometer Residual Vector

CH_FIELD_ESTFILTER_GNSS_ANTENNA_CORRECTION

0x8230  - GNSS Antenna Offset Correction

CH_FIELD_ESTFILTER_GNSS_ANTENNA_CORRECTION_UNCERT

0x8231  - GNSS Antenna Offset Correction Uncertainty

CH_FIELD_ESTFILTER_GNSS_CLOCK_CORRECTION

0x8232  - GNSS Clock Correction

CH_FIELD_ESTFILTER_GNSS_CLOCK_CORRECTION_UNCERT

0x8233  - GNSS Clock Correction Uncertainty

CH_FIELD_ESTFILTER_GNSS_MULTI_ANTENNA_CORRECTION

0x8234  - GNSS Multi-Antenna Offset Correction

CH_FIELD_ESTFILTER_GNSS_MULTI_ANTENNA_CORRECTION_UNCERT

0x8235  - GNSS Multi-Antenna Offset Correction Uncertainty

CH_FIELD_ESTFILTER_ECEF_POS_UNCERT

0x8236  - ECEF Position Uncertainty

CH_FIELD_ESTFILTER_ECEF_VEL_UNCERT

0x8237  - ECEF Velocity Uncertainty

CH_FIELD_ESTFILTER_ECEF_POS

0x8240  - ECEF Position

CH_FIELD_ESTFILTER_ECEF_VEL

0x8241  - ECEF Velocity

CH_FIELD_ESTFILTER_NED_RELATIVE_POS

0x8242  - NED Relative Position

CH_FIELD_ESTFILTER_POSITION_AIDING_STATUS

0x8243  - GNSS Position Aiding Status

CH_FIELD_ESTFILTER_ATTITUDE_AIDING_STATUS

0x8244  - GNSS Attitude Aiding Status

CH_FIELD_ESTFILTER_AIDING_MEASURE_SUMMARY

0x8246  - Filter Aiding Measurement Summary

CH_FIELD_ESTFILTER_ODOMETER_SCALE_FACTOR_ERROR

0x8247  - Odometer Scale Factor Error

CH_FIELD_ESTFILTER_ODOMETER_SCALE_FACTOR_ERROR_UNCERT

0X8248  - Odometer Scale Factor Error Uncertainty

CH_FIELD_ESTFILTER_GNSS_DUAL_ANTENNA_STATUS

0x8249  - GNSS Dual Antenna Status

CH_FIELD_ESTFILTER_FRAME_CONFIG_ERROR

0X8250  - Filter Frame Config Error

CH_FIELD_ESTFILTER_FRAME_CONFIG_ERROR_UNCERT

0x8251  - Filter Frame Config Error Uncertainty

CH_FIELD_ESTFILTER_SHARED_EVENT_SOURCE

0x82D0  - Event Source

CH_FIELD_ESTFILTER_SHARED_TICKS

0x82D1  - Ticks

CH_FIELD_ESTFILTER_SHARED_DELTA_TICKS

0x82D2  - Delta Ticks

CH_FIELD_ESTFILTER_SHARED_GPS_TIMESTAMP

0x82D3  - GPS Timestamp

CH_FIELD_ESTFILTER_SHARED_DELTA_TIMESTAMP

0x82D4  - Delta GPS Timestamp

CH_FIELD_ESTFILTER_SHARED_REFERENCE_TIMESTAMP

0x82D5  - Internal Reference Timestamp

CH_FIELD_ESTFILTER_SHARED_DELTA_REFERENCE_TIME

0x82D6  - Delta Internal Reference Time

CH_FIELD_ESTFILTER_SHARED_EXTERNAL_TIMESTAMP

0x82D7  - External Timestamp

CH_FIELD_ESTFILTER_SHARED_DELTA_EXTERNAL_TIME

0x82D8  - Delta External Time

CH_FIELD_DISP_POSITION

0x9001  - Position

CH_FIELD_DISP_RAW_POSITION

0x9002  - Raw Position

CH_FIELD_DISP_DISPLACEMENT_TS

0x9004  - Displacement Device Timestamp

CH_FIELD_GNSS_1_LLH_POSITION

0x9103  - GNSS 1 LLH Position

CH_FIELD_GNSS_1_ECEF_POSITION

0x9104  - GNSS 1 ECEF Position

CH_FIELD_GNSS_1_NED_VELOCITY

0x9105  - GNSS 1 NED Velocity

CH_FIELD_GNSS_1_ECEF_VELOCITY

0x9106  - GNSS 1 ECEF Velocity

CH_FIELD_GNSS_1_DOP

0x9107  - GNSS 1 DOP Data

CH_FIELD_GNSS_1_UTC_TIME

0x9108  - GNSS 1 UTC Time

CH_FIELD_GNSS_1_GPS_TIME

0x9109  - GNSS 1 GPS Time

CH_FIELD_GNSS_1_CLOCK_INFO

0x910A  - GNSS 1 Clock Information

CH_FIELD_GNSS_1_FIX_INFO

0x910B  - GNSS 1 Fix Information

CH_FIELD_GNSS_1_SPACE_VEHICLE_INFO

0x910C  - GNSS 1 Space Vehicle Information

CH_FIELD_GNSS_1_HARDWARE_STATUS

0x910D  - GNSS 1 Hardware Status

CH_FIELD_GNSS_1_DGNSS_INFO

0x910E  - GNSS 1 DGNSS Information

CH_FIELD_GNSS_1_DGNSS_CHANNEL_STATUS

0x910F  - GNSS 1 Individual DGNSS Channel Status Entry

CH_FIELD_GNSS_1_CLOCK_INFO_2

0x9110  - GNSS 1 Clock Info 2

CH_FIELD_GNSS_1_GPS_LEAP_SECONDS

0x9111  - GNSS 1 GPS Leap Seconds

CH_FIELD_GNSS_1_SBAS_INFO

0x9112  - GNSS 1 SBAS Info

CH_FIELD_GNSS_1_SBAS_CORRECTION

0x9113  - GNSS 1 SBAS Correction

CH_FIELD_GNSS_1_RF_ERROR_DETECTION

0x9114  - GNSS 1 RF Error Detection

CH_FIELD_GNSS_1_SATELLITE_STATUS

0x9120  - GNSS 1 Satellite Status

CH_FIELD_GNSS_1_RAW_OBSERVATION

0x9122  - GNSS 1 Raw Observation data

CH_FIELD_GNSS_1_STATION_INFO

0x9130  - GNSS 1 Base Station Info

CH_FIELD_GNSS_1_RTK_CORRECTIONS_STATUS

0x9131  - GNSS 1 RTK Corrections Status

CH_FIELD_GNSS_1_GPS_EPHEMERIS

0x9161  - GNSS 1 GPS Ephemeris

CH_FIELD_GNSS_1_GLONASS_EPHEMERIS

0x9162  - GNSS 1 GLONASS Ephemeris

CH_FIELD_GNSS_1_GALILEO_EPHEMERIS

0x9163  - GNSS 1 Galileo Ephemeris

CH_FIELD_GNSS_1_GPS_IONOSPHERIC_CORRECTION

0x9171  - GNSS 1 GPS Ionospheric Correction

CH_FIELD_GNSS_1_GALILEO_IONOSPHERIC_CORRECTION

0x9173  - GNSS 1 Galileo Ionospheric Correction

CH_FIELD_GNSS_1_SHARED_EVENT_SOURCE

0x91D0  - Event Source

CH_FIELD_GNSS_1_SHARED_TICKS

0x91D1  - Ticks

CH_FIELD_GNSS_1_SHARED_DELTA_TICKS

0x91D2  - Delta Ticks

CH_FIELD_GNSS_1_SHARED_GPS_TIMESTAMP

0x91D3  - GPS Timestamp

CH_FIELD_GNSS_1_SHARED_DELTA_TIMESTAMP

0x91D4  - Delta GPS Timestamp

CH_FIELD_GNSS_1_SHARED_REFERENCE_TIMESTAMP

0x91D5  - Internal Reference Timestamp

CH_FIELD_GNSS_1_SHARED_DELTA_REFERENCE_TIME

0x91D6  - Delta Internal Reference Time

CH_FIELD_GNSS_1_SHARED_EXTERNAL_TIMESTAMP

0x91D7  - External Timestamp

CH_FIELD_GNSS_1_SHARED_DELTA_EXTERNAL_TIME

0x91D8  - Delta External Time

CH_FIELD_GNSS_2_LLH_POSITION

0x9203  - GNSS 2 LLH Position

CH_FIELD_GNSS_2_ECEF_POSITION

0x9204  - GNSS 2 ECEF Position

CH_FIELD_GNSS_2_NED_VELOCITY

0x9205  - GNSS 2 NED Velocity

CH_FIELD_GNSS_2_ECEF_VELOCITY

0x9206  - GNSS 2 ECEF Velocity

CH_FIELD_GNSS_2_DOP

0x9207  - GNSS 2 DOP Data

CH_FIELD_GNSS_2_UTC_TIME

0x9208  - GNSS 2 UTC Time

CH_FIELD_GNSS_2_GPS_TIME

0x9209  - GNSS 2 GPS Time

CH_FIELD_GNSS_2_CLOCK_INFO

0x920A  - GNSS 2 Clock Information

CH_FIELD_GNSS_2_FIX_INFO

0x920B  - GNSS 2 Fix Information

CH_FIELD_GNSS_2_SPACE_VEHICLE_INFO

0x920C  - GNSS 2 Space Vehicle Information

CH_FIELD_GNSS_2_HARDWARE_STATUS

0x920D  - GNSS 2 Hardware Status

CH_FIELD_GNSS_2_DGNSS_INFO

0x920E  - GNSS 2 DGNSS Information

CH_FIELD_GNSS_2_DGNSS_CHANNEL_STATUS

0x920F  - GNSS 2 Individual DGNSS Channel Status Entry

CH_FIELD_GNSS_2_CLOCK_INFO_2

0x9210  - GNSS 2 Clock Info 2

CH_FIELD_GNSS_2_GPS_LEAP_SECONDS

0x9211  - GNSS 2 GPS Leap Seconds

CH_FIELD_GNSS_2_SBAS_INFO

0x9212  - GNSS 2 SBAS Info

CH_FIELD_GNSS_2_SBAS_CORRECTION

0x9213  - GNSS 2 SBAS Correction

CH_FIELD_GNSS_2_RF_ERROR_DETECTION

0x9214  - GNSS 2 RF Error Detection

CH_FIELD_GNSS_2_SATELLITE_STATUS

0x9220  - GNSS 2 Satellite Status

CH_FIELD_GNSS_2_RAW_OBSERVATION

0x9222  - GNSS 2 Raw Observation data

CH_FIELD_GNSS_2_STATION_INFO

0x9230  - GNSS 2 Base Station Info

CH_FIELD_GNSS_2_RTK_CORRECTIONS_STATUS

0x9231  - GNSS 2 RTK Corrections Status

CH_FIELD_GNSS_2_GPS_EPHEMERIS

0x9261  - GNSS 2 GPS Ephemeris

CH_FIELD_GNSS_2_GLONASS_EPHEMERIS

0x9262  - GNSS 2 GLONASS Ephemeris

CH_FIELD_GNSS_2_GALILEO_EPHEMERIS

0x9263  - GNSS 2 Galileo Ephemeris

CH_FIELD_GNSS_2_GPS_IONOSPHERIC_CORRECTION

0x9271  - GNSS 2 GPS Ionospheric Correction

CH_FIELD_GNSS_2_GALILEO_IONOSPHERIC_CORRECTION

0x9273  - GNSS 2 Galileo Ionospheric Correction

CH_FIELD_GNSS_2_SHARED_EVENT_SOURCE

0x92D0  - Event Source

CH_FIELD_GNSS_2_SHARED_TICKS

0x92D1  - Ticks

CH_FIELD_GNSS_2_SHARED_DELTA_TICKS

0x92D2  - Delta Ticks

CH_FIELD_GNSS_2_SHARED_GPS_TIMESTAMP

0x92D3  - GPS Timestamp

CH_FIELD_GNSS_2_SHARED_DELTA_TIMESTAMP

0x92D4  - Delta GPS Timestamp

CH_FIELD_GNSS_2_SHARED_REFERENCE_TIMESTAMP

0x92D5  - Internal Reference Timestamp

CH_FIELD_GNSS_2_SHARED_DELTA_REFERENCE_TIME

0x92D6  - Delta Internal Reference Time

CH_FIELD_GNSS_2_SHARED_EXTERNAL_TIMESTAMP

0x92D7  - External Timestamp

CH_FIELD_GNSS_2_SHARED_DELTA_EXTERNAL_TIME

0x92D8  - Delta External Time

CH_FIELD_GNSS_3_LLH_POSITION

0x9303  - GNSS 3 LLH Position

CH_FIELD_GNSS_3_ECEF_POSITION

0x9304  - GNSS 3 ECEF Position

CH_FIELD_GNSS_3_NED_VELOCITY

0x9305  - GNSS 3 NED Velocity

CH_FIELD_GNSS_3_ECEF_VELOCITY

0x9306  - GNSS 3 ECEF Velocity

CH_FIELD_GNSS_3_DOP

0x9307  - GNSS 3 DOP Data

CH_FIELD_GNSS_3_UTC_TIME

0x9308  - GNSS 3 UTC Time

CH_FIELD_GNSS_3_GPS_TIME

0x9309  - GNSS 3 GPS Time

CH_FIELD_GNSS_3_CLOCK_INFO

0x930A  - GNSS 3 Clock Information

CH_FIELD_GNSS_3_FIX_INFO

0x930B  - GNSS 3 Fix Information

CH_FIELD_GNSS_3_SPACE_VEHICLE_INFO

0x930C  - GNSS 3 Space Vehicle Information

CH_FIELD_GNSS_3_HARDWARE_STATUS

0x930D  - GNSS 3 Hardware Status

CH_FIELD_GNSS_3_DGNSS_INFO

0x930E  - GNSS 3 DGNSS Information

CH_FIELD_GNSS_3_DGNSS_CHANNEL_STATUS

0x930F  - GNSS 3 Individual DGNSS Channel Status Entry

CH_FIELD_GNSS_3_CLOCK_INFO_2

0x9310  - GNSS 3 Clock Info 2

CH_FIELD_GNSS_3_GPS_LEAP_SECONDS

0x9311  - GNSS 3 GPS Leap Seconds

CH_FIELD_GNSS_3_SBAS_INFO

0x9312  - GNSS 3 SBAS Info

CH_FIELD_GNSS_3_SBAS_CORRECTION

0x9313  - GNSS 3 SBAS Correction

CH_FIELD_GNSS_3_RF_ERROR_DETECTION

0x9314  - GNSS 3 RF Error Detection

CH_FIELD_GNSS_3_SATELLITE_STATUS

0x9320  - GNSS 3 Satellite Status

CH_FIELD_GNSS_3_RAW_OBSERVATION

0x9322  - GNSS 3 Raw Observation data

CH_FIELD_GNSS_3_STATION_INFO

0x9330  - GNSS 3 Base Station Info

CH_FIELD_GNSS_3_RTK_CORRECTIONS_STATUS

0x9331  - GNSS 3 RTK Corrections Status

CH_FIELD_GNSS_3_GPS_EPHEMERIS

0x9361  - GNSS 3 GPS Ephemeris

CH_FIELD_GNSS_3_GLONASS_EPHEMERIS

0x9362  - GNSS 3 GLONASS Ephemeris

CH_FIELD_GNSS_3_GALILEO_EPHEMERIS

0x9363  - GNSS 3 Galileo Ephemeris

CH_FIELD_GNSS_3_GPS_IONOSPHERIC_CORRECTION

0x9371  - GNSS 3 GPS Ionospheric Correction

CH_FIELD_GNSS_3_GALILEO_IONOSPHERIC_CORRECTION

0x9373  - GNSS 3 Galileo Ionospheric Correction

CH_FIELD_GNSS_3_SHARED_EVENT_SOURCE

0x93D0  - Event Source

CH_FIELD_GNSS_3_SHARED_TICKS

0x93D1  - Ticks

CH_FIELD_GNSS_3_SHARED_DELTA_TICKS

0x93D2  - Delta Ticks

CH_FIELD_GNSS_3_SHARED_GPS_TIMESTAMP

0x93D3  - GPS Timestamp

CH_FIELD_GNSS_3_SHARED_DELTA_TIMESTAMP

0x93D4  - Delta GPS Timestamp

CH_FIELD_GNSS_3_SHARED_REFERENCE_TIMESTAMP

0x93D5  - Internal Reference Timestamp

CH_FIELD_GNSS_3_SHARED_DELTA_REFERENCE_TIME

0x93D6  - Delta Internal Reference Time

CH_FIELD_GNSS_3_SHARED_EXTERNAL_TIMESTAMP

0x93D7  - External Timestamp

CH_FIELD_GNSS_3_SHARED_DELTA_EXTERNAL_TIME

0x93D8  - Delta External Time

CH_FIELD_GNSS_4_LLH_POSITION

0x9403  - GNSS 4 LLH Position

CH_FIELD_GNSS_4_ECEF_POSITION

0x9404  - GNSS 4 ECEF Position

CH_FIELD_GNSS_4_NED_VELOCITY

0x9405  - GNSS 4 NED Velocity

CH_FIELD_GNSS_4_ECEF_VELOCITY

0x9406  - GNSS 4 ECEF Velocity

CH_FIELD_GNSS_4_DOP

0x9407  - GNSS 4 DOP Data

CH_FIELD_GNSS_4_UTC_TIME

0x9408  - GNSS 4 UTC Time

CH_FIELD_GNSS_4_GPS_TIME

0x9409  - GNSS 4 GPS Time

CH_FIELD_GNSS_4_CLOCK_INFO

0x940A  - GNSS 4 Clock Information

CH_FIELD_GNSS_4_FIX_INFO

0x940B  - GNSS 4 Fix Information

CH_FIELD_GNSS_4_SPACE_VEHICLE_INFO

0x940C  - GNSS 4 Space Vehicle Information

CH_FIELD_GNSS_4_HARDWARE_STATUS

0x940D  - GNSS 4 Hardware Status

CH_FIELD_GNSS_4_DGNSS_INFO

0x940E  - GNSS 4 DGNSS Information

CH_FIELD_GNSS_4_DGNSS_CHANNEL_STATUS

0x940F  - GNSS 4 Individual DGNSS Channel Status Entry

CH_FIELD_GNSS_4_CLOCK_INFO_2

0x9410  - GNSS 4 Clock Info 2

CH_FIELD_GNSS_4_GPS_LEAP_SECONDS

0x9411  - GNSS 4 GPS Leap Seconds

CH_FIELD_GNSS_4_SBAS_INFO

0x9412  - GNSS 4 SBAS Info

CH_FIELD_GNSS_4_SBAS_CORRECTION

0x9413  - GNSS 4 SBAS Correction

CH_FIELD_GNSS_4_RF_ERROR_DETECTION

0x9414  - GNSS 4 RF Error Detection

CH_FIELD_GNSS_4_SATELLITE_STATUS

0x9420  - GNSS 4 Satellite Status

CH_FIELD_GNSS_4_RAW_OBSERVATION

0x9422  - GNSS 4 Raw Observation data

CH_FIELD_GNSS_4_STATION_INFO

0x9430  - GNSS 4 Base Station Info

CH_FIELD_GNSS_4_RTK_CORRECTIONS_STATUS

0x9431  - GNSS 4 RTK Corrections Status

CH_FIELD_GNSS_4_GPS_EPHEMERIS

0x9461  - GNSS 4 GPS Ephemeris

CH_FIELD_GNSS_4_GLONASS_EPHEMERIS

0x9462  - GNSS 4 GLONASS Ephemeris

CH_FIELD_GNSS_4_GALILEO_EPHEMERIS

0x9463  - GNSS 4 Galileo Ephemeris

CH_FIELD_GNSS_4_GPS_IONOSPHERIC_CORRECTION

0x9471  - GNSS 4 GPS Ionospheric Correction

CH_FIELD_GNSS_4_GALILEO_IONOSPHERIC_CORRECTION

0x9473  - GNSS 4 Galileo Ionospheric Correction

CH_FIELD_GNSS_4_SHARED_EVENT_SOURCE

0x94D0  - Event Source

CH_FIELD_GNSS_4_SHARED_TICKS

0x94D1  - Ticks

CH_FIELD_GNSS_4_SHARED_DELTA_TICKS

0x94D2  - Delta Ticks

CH_FIELD_GNSS_4_SHARED_GPS_TIMESTAMP

0x94D3  - GPS Timestamp

CH_FIELD_GNSS_4_SHARED_DELTA_TIMESTAMP

0x94D4  - Delta GPS Timestamp

CH_FIELD_GNSS_4_SHARED_REFERENCE_TIMESTAMP

0x94D5  - Internal Reference Timestamp

CH_FIELD_GNSS_4_SHARED_DELTA_REFERENCE_TIME

0x94D6  - Delta Internal Reference Time

CH_FIELD_GNSS_4_SHARED_EXTERNAL_TIMESTAMP

0x94D7  - External Timestamp

CH_FIELD_GNSS_4_SHARED_DELTA_EXTERNAL_TIME

0x94D8  - Delta External Time

CH_FIELD_GNSS_5_LLH_POSITION

0x9503  - GNSS 5 LLH Position

CH_FIELD_GNSS_5_ECEF_POSITION

0x9504  - GNSS 5 ECEF Position

CH_FIELD_GNSS_5_NED_VELOCITY

0x9505  - GNSS 5 NED Velocity

CH_FIELD_GNSS_5_ECEF_VELOCITY

0x9506  - GNSS 5 ECEF Velocity

CH_FIELD_GNSS_5_DOP

0x9507  - GNSS 5 DOP Data

CH_FIELD_GNSS_5_UTC_TIME

0x9508  - GNSS 5 UTC Time

CH_FIELD_GNSS_5_GPS_TIME

0x9509  - GNSS 5 GPS Time

CH_FIELD_GNSS_5_CLOCK_INFO

0x950A  - GNSS 5 Clock Information

CH_FIELD_GNSS_5_FIX_INFO

0x950B  - GNSS 5 Fix Information

CH_FIELD_GNSS_5_SPACE_VEHICLE_INFO

0x950C  - GNSS 5 Space Vehicle Information

CH_FIELD_GNSS_5_HARDWARE_STATUS

0x950D  - GNSS 5 Hardware Status

CH_FIELD_GNSS_5_DGNSS_INFO

0x950E  - GNSS 5 DGNSS Information

CH_FIELD_GNSS_5_DGNSS_CHANNEL_STATUS

0x950F  - GNSS 5 Individual DGNSS Channel Status Entry

CH_FIELD_GNSS_5_CLOCK_INFO_2

0x9510  - GNSS 5 Clock Info 2

CH_FIELD_GNSS_5_GPS_LEAP_SECONDS

0x9511  - GNSS 5 GPS Leap Seconds

CH_FIELD_GNSS_5_SBAS_INFO

0x9512  - GNSS 5 SBAS Info

CH_FIELD_GNSS_5_SBAS_CORRECTION

0x9513  - GNSS 5 SBAS Correction

CH_FIELD_GNSS_5_RF_ERROR_DETECTION

0x9514  - GNSS 5 RF Error Detection

CH_FIELD_GNSS_5_SATELLITE_STATUS

0x9520  - GNSS 5 Satellite Status

CH_FIELD_GNSS_5_RAW_OBSERVATION

0x9522  - GNSS 5 Raw Observation data

CH_FIELD_GNSS_5_STATION_INFO

0x9530  - GNSS 5 Base Station Info

CH_FIELD_GNSS_5_RTK_CORRECTIONS_STATUS

0x9531  - GNSS 5 RTK Corrections Status

CH_FIELD_GNSS_5_GPS_EPHEMERIS

0x9561  - GNSS 5 GPS Ephemeris

CH_FIELD_GNSS_5_GLONASS_EPHEMERIS

0x9562  - GNSS 5 GLONASS Ephemeris

CH_FIELD_GNSS_5_GALILEO_EPHEMERIS

0x9563  - GNSS 5 Galileo Ephemeris

CH_FIELD_GNSS_5_GPS_IONOSPHERIC_CORRECTION

0x9571  - GNSS 5 GPS Ionospheric Correction

CH_FIELD_GNSS_5_GALILEO_IONOSPHERIC_CORRECTION

0x9573  - GNSS 5 Galileo Ionospheric Correction

CH_FIELD_GNSS_5_SHARED_EVENT_SOURCE

0x95D0  - Event Source

CH_FIELD_GNSS_5_SHARED_TICKS

0x95D1  - Ticks

CH_FIELD_GNSS_5_SHARED_DELTA_TICKS

0x95D2  - Delta Ticks

CH_FIELD_GNSS_5_SHARED_GPS_TIMESTAMP

0x95D3  - GPS Timestamp

CH_FIELD_GNSS_5_SHARED_DELTA_TIMESTAMP

0x95D4  - Delta GPS Timestamp

CH_FIELD_GNSS_5_SHARED_REFERENCE_TIMESTAMP

0x95D5  - Internal Reference Timestamp

CH_FIELD_GNSS_5_SHARED_DELTA_REFERENCE_TIME

0x95D6  - Delta Internal Reference Time

CH_FIELD_GNSS_5_SHARED_EXTERNAL_TIMESTAMP

0x95D7  - External Timestamp

CH_FIELD_GNSS_5_SHARED_DELTA_EXTERNAL_TIME

0x95D8  - Delta External Time

CH_FIELD_SYSTEM_BUILT_IN_TEST

0xA001  - Built-In Test (BIT)

CH_FIELD_SYSTEM_TIME_SYNC_STATUS

0xA002  - Time Sync Status

CH_FIELD_SYSTEM_GPIO_STATE

0xA003  - GPIO State

CH_FIELD_SYSTEM_SHARED_EVENT_SOURCE

0xA0D0  - Event Source

CH_FIELD_SYSTEM_SHARED_TICKS

0xA0D1  - Ticks

CH_FIELD_SYSTEM_SHARED_DELTA_TICKS

0xA0D2  - Delta Ticks

CH_FIELD_SYSTEM_SHARED_GPS_TIMESTAMP

0xA0D3  - GPS Timestamp

CH_FIELD_SYSTEM_SHARED_DELTA_TIMESTAMP

0xA0D4  - Delta GPS Timestamp

CH_FIELD_SYSTEM_SHARED_REFERENCE_TIMESTAMP

0xA0D5  - Internal Reference Timestamp

CH_FIELD_SYSTEM_SHARED_DELTA_REFERENCE_TIME

0xA0D6  - Delta Internal Reference Time

CH_FIELD_SYSTEM_SHARED_EXTERNAL_TIMESTAMP

0xA0D7  - External Timestamp

CH_FIELD_SYSTEM_SHARED_DELTA_EXTERNAL_TIME

0xA0D8  - Delta External Time

-
- -
-
Constants
-
- -
-
MIN_SHARED_FIELD_DESCRIPTOR
-

The minimum descriptor that marks the start of available shared data field descriptors. If a field descriptor is above 0xD0 it is shared.

-
- -
-
Types
-
- -
-
ChannelQualifier
-

The enums for different MIP Channel Qualifiers.  This combined with the ChannelField produces a unique identifier for each individual channel that is collected.

CH_UNKNOWN

0  - Unknown Channel

CH_X

1  - X

CH_Y

2  - Y

CH_Z

3  - Z

CH_MATRIX

4  - Matrix

CH_QUATERNION

5  - Quaternion

CH_ROLL

6  - Roll

CH_PITCH

7  - Pitch

CH_YAW

8  - Yaw

CH_TICK

9  - Tick

CH_TIMESTAMP

10  - Timestamp

CH_STATUS

11  - Status

CH_TIME_OF_WEEK

12  - Time of Week

CH_WEEK_NUMBER

13  - Week Number

CH_LATITUDE

14  - Latitude

CH_LONGITUDE

15  - Longitude

CH_HEIGHT_ABOVE_ELLIPSOID

16  - Height Above Ellipsoid

CH_HEIGHT_ABOVE_MSL

17  - Height Above MSL

CH_HEIGHT

81  - Height (Other reference point)

CH_HORIZONTAL_ACCURACY

18  - Horizontal Accuracy

CH_VERTICAL_ACCURACY

19  - Vertical Accuracy

CH_POSITION_ACCURACY

20  - Position Accuracy

CH_NORTH

21  - North

CH_EAST

22  - East

CH_DOWN

23  - Down

CH_SPEED

24  - Speed

CH_GROUND_SPEED

25  - Ground Speed

CH_HEADING

26  - Heading

CH_SPEED_ACCURACY

27  - Speed Accuracy

CH_HEADING_ACCURACY

28  - Heading Accuracy

CH_VELOCITY_ACCURACY

29  - Velocity Accuracy

CH_GEOMETRIC_DOP

30  - Geometric DOP

CH_POSITION_DOP

31  - Position DOP

CH_HORIZONTAL_DOP

32  - Horizontal DOP

CH_VERTICAL_DOP

33  - Vertical DOP

CH_TIME_DOP

34  - Time DOP

CH_NORTHING_DOP

35  - Northing DOP

CH_EASTING_DOP

36  - Easting DOP

CH_FLAGS

37  - Flags

CH_BIAS

38  - Bias

CH_DRIFT

39  - Drift

CH_ACCURACY_ESTIMATE

40  - Accuracy Estimate

CH_FIX_TYPE

41  - Fix Type

CH_SV_COUNT

42  - Number of Space Vehicles used for solution

CH_CHANNEL

43  - Channel Number

CH_ID

44  - ID Number

CH_CARRIER_TO_NOISE_RATIO

45  - Carrier to Noise Ratio

CH_AZIMUTH

46  - Azimuth

CH_ELEVATION

47  - Elevation

CH_SENSOR_STATE

48  - Sensor State

CH_ANTENNA_STATE

49  - Antenna State

CH_ANTENNA_POWER

50  - Antenna Power

CH_FILTER_STATE

51  - Filter State

CH_DYNAMICS_MODE

52  - Dynamics Mode

CH_MAGNITUDE

53  - Magnitude

CH_HEADING_UNCERTAINTY

54  - Heading Uncertainty

CH_SOURCE

55  - Source

CH_INCLINATION

56  - Inclination

CH_DECLINATION

57  - Declination

CH_PRESSURE

58  - Pressure

CH_AGE

59  - Age

CH_NUM_CHANNELS

60  - Number of Channels

CH_CORRECTION

61  - Correction

CH_RATE_CORRECTION

62  - Rate Correction

CH_GEOMETRIC_ALTITUDE

63  - Geometric Altitude

CH_GEOPOTENTIAL_ALTITUDE

64  - Geopotential Altitude

CH_TEMPERATURE

65  - Temperature

CH_DENSITY

66  - Density

CH_ALTITUDE

67  - Altitude

CH_DISPLACEMENT

68  - Displacement

CH_MAX_TEMP

69  - Max Temp

CH_MIN_TEMP

70  - Min Temp

CH_MEAN_TEMP

71  - Mean Temp

CH_BIAS_ACCURACY_ESTIMATE

72  - Bias Accuracy Estimate

CH_DRIFT_ACCURACY_ESTIMATE

73  - Drift Accuracy Estimate

CH_SECONDS

74  - Seconds

CH_NUM_PACKETS

76  - Num Packets

CH_GPS_CORRECTION_LATENCY

77  - GPS Correction Latency

CH_GLONASS_CORRECTION_LATENCY

78  - Glonass Correction Latency

CH_GALILEO_CORRECTION_LATENCY

79  - Galileo Correction Latency

CH_BEIDOU_CORRECTION_LATENCY

80  - Beidou Correction Latency

CH_HEALTH

82  - Satellite Health

CH_INDEX

83  - Index

CH_COUNT

84  - Count

CH_SIGNAL_STRENGTH

85  - Signal Strength

CH_SIGNAL_QUALITY

86  - Signal Quality

CH_RANGE

87  - Range

CH_RANGE_UNC

88  - Range Uncertainty

CH_ALPHA

90  - Alpha

CH_BETA

91  - Beta

CH_DISTURBANCE_FLAGS

92  - Disturbance Flags

CH_CARRIER_PHASE

93  - Carrier Phase

CH_CARRIER_PHASE_UNC

94  - Carrier Phase Uncertainty

CH_DOPPLER

95  - Doppler

CH_DOPPLER_UNC

96  - Doppler Uncertainty

CH_DELTA_TIME

97  - Delta Time

CH_DELTA_TICK

98  - Delta Tick

CH_ERROR

99  - Measurement Error

CH_ERROR_UNC

100 - Measurement Error Uncertainty

CH_W

101 - W

CH_M0

102 - Matrix M0

CH_M1

103 - Matrix M1

CH_M2

104 - Matrix M2

CH_M3

105 - Matrix M3

CH_M4

106 - Matrix M4

CH_M5

107 - Matrix M5

CH_M6

108 - Matrix M6

CH_M7

109 - Matrix M7

CH_M8

110 - Matrix M8

CH_NANOSECONDS

111 - Nanoseconds

CH_VALID_FLAGS

112 - Valid Flags

CH_PPS_VALID

113 - PPS Valid

CH_LAST_PPS

114 - Last PPS Received

CH_UDREI

115 - User Differential Range Error Index

CH_PSEUDORANGE_CORRECTION

116 - Pseudorange Correction

CH_IONOSPHERIC_CORRECTION

117 - Ionospheric Correction

CH_JAMMING_STATE

118 - Jamming State

CH_SPOOFING_STATE

119 - Spoofing State

CH_SYSTEM_ID

120 - System ID (GNSS, SBAS, etc.)

CH_SATELLITE_ID

121 - Satellite ID (GNSS, SBAS, etc.)

CH_BIT_SYSTEM_GENERAL

248 - Built In Test System General

CH_BIT_SYSTEM_PROCESS

249 - Built In Test System Process

CH_BIT_IMU_GENERAL

250 - Built In Test IMU General

CH_BIT_IMU_SENSORS

251 - Built In Test IMU Sensors

CH_BIT_IMU_FACTORY_BITS

252 - Built in Test IMU Factory Bits Valid

CH_BIT_FILTER_GENERAL

253 - Built In Test Est Filter General

CH_BIT_GNSS_GENERAL

254 - Built In Test GNSS General

CH_BIT_GNSS_RECEIVERS

255 - Built In Test GNSS Receivers

-
- -
-
MipChannelFields
-

A vector of ChannelField enums.

-
- -
-
MipCommands
-

A vector of Command enums.

-
- -
-
MipDataClasses
-

A vector of DataClass enums.

-
- -
-
ChannelIndex
-

A ChannelQualifier, int pair indicating the index value of the qualifier in a channel field.

-
- -
-
ChannelIndices
-

A list of ChannelIndex values

-
- -
-
ChannelFieldQualifiers
-

A map of ChannelField values and their associated ChannelIndices

-
- -
-
ChannelId
-

A typedef for a ChannelField, ChannelQualifier pair.

-
- -
-
Functions
-
- -
-
channelFieldToDataClass
-
static DataClass channelFieldToDataClass(
MipTypes::ChannelField channelField
)
-

Gets the DataClass for a MipTypes::ChannelField.

Parameters
channelId

The MipTypes::ChannelField to get the category for.

Returns

The DataClass for the given channel ID.

-
- -
-
channelName
-
static std::string channelName(
ChannelField field,
ChannelQualifier qualifier
)
-

Gets the name of the specified ChannelId.  This is the universal channel name that should be used for uploading to SensorCloud.

Parameters
field
ChannelField

The ChannelField of the channel.

qualifier
ChannelQualifier

The ChannelQualifier of the channel.

Returns

The universal name of the channel.

Exceptions
-
- -
-
getChannelFields_allDataClasses
-
static MipChannelFields getChannelFields_allDataClasses(
ChannelField chField
)
-

Get a list of ChannelFields representing the same descriptor/channel field across all GNSS data classes

Parameters
chField
ChannelField

the ChannelField value to convert

Returns
MipChannelFields

list of channel fields representing the same descriptor in each of the GNSS data classes (including the original value)

-
- -
-
getChannelField_baseDataClass
-
static ChannelField getChannelField_baseDataClass(
ChannelField chField
)
-

Gets the ChannelField representing the provided channel field's equivalent in the original GNSS data class (0x81)

Parameters
chField
ChannelField

the ChannelField value to convert

Returns
ChannelField

the provided channel field's equivalent in the original GNSS data class (0x81)

-
- -
-
getChannelField_toDataClass
-
static ChannelField getChannelField_toDataClass(
ChannelField chField,
DataClass dataClass
)
-

Gets the ChannelField representing the provided channel field's equivalent in the specified DataClass

Parameters
chField
ChannelField

the ChannelField value to convert

dataClass
DataClass

the DataClass to convert the channel field to

Returns
ChannelField

the provided channel field's equivalent in the specified data class

-
- -
-
getChannelNamePrependText
-
static std::string getChannelNamePrependText(
ChannelField chField
)
-

Gets the text to prepend the channel name to distinguish between different GNSS data classes

Parameters
chField
ChannelField

the ChannelField to get the channel name of

Returns
string

text to prepend the channel name

-
- -
-
getChannelNameAppendText
-
static std::string getChannelNameAppendText(
ChannelField chField
)
-

Gets the text to append to the channel name to distinguish between different shared data fields

Parameters
chField
ChannelField

the ChannelField to get the channel name of

Returns
string

text to append to the channel name

-
- -
-
isGnssChannelField
-
static bool isGnssChannelField(
ChannelField chField
)
-

Checks whether the provided ChannelField is within a GNSS data set.

Parameters
chField
ChannelField

the ChannelField value to check

Returns
bool

true if chField is GNSS data, false if it is not

-
- -
-
isSharedChannelField
-
static bool isSharedChannelField(
ChannelField chField
)
-

Checks whether the provided ChannelField is a shared field amongst all inertial data sets.

Parameters
chField
ChannelField

the ChannelField value to check

Returns
bool

true if chField is a shared data field, false if it is not

-
- -
-
channelFieldQualifiers
-
static ChannelFieldQualifiers channelFieldQualifiers(
const MipChannelFields &fields
)
-

Gets a map of ChannelField values with all associated ChannelQualifier values and their index within the field.

Parameters
fields
const MipChannelFields&

MipChannelFields to include if found.

Returns

A map of ChannelField and their respective ChannelIndex values.

-
- -
-
channelFieldQualifier
-
static ChannelQualifier channelFieldQualifier(
ChannelField field,
uint8 index
)
-

Gets the ChannelQualifier of the ChannelField for the specified index.

Parameters
field
ChannelField

target ChannelField.

index
uint8

1-based index within the field to lookup

Returns

A ChannelQualifier that corresponds to the index or CH_UNKNOWN if not found.

-
- -
-
channelFieldQualifierIndex
-
static uint8 channelFieldQualifierIndex(
ChannelField field,
ChannelQualifier qualifier
)
-

Gets the index of the ChannelQualifier in the ChannelField.

Parameters
field
ChannelField

target ChannelField.

qualifier
ChannelQualifier

ChannelQualifier within the field to lookup the index of

Returns

The 1-based index of the specified ChannelQualifier in the ChannelField, or 0 if the ChannelQualifier isn't in the ChannelField.

-
- -
-
findChannelIndex
-
static ChannelIndex findChannelIndex(
ChannelField field,
ChannelQualifier qualifier,
uint8 index
)
-

Lookup channel index for given ChannelField based on either qualifier or index If qualifier known, pass in index 0 If index known, pass in qualifier UNKNOWN

-
- -
-
Constants
-
- -
-
CHANNEL_NAMES
-

An unordered_map mapping each ChannelId to its respective name (universal SensorCloud name).

-
- -
-
CHANNEL_INDICES
-

A map mapping each ChannelField's ChannelQualifier to its respective index.

-
- -
-
Functions
-
- -
-
GNSS_DATA_CLASSES
-
static std::vector<DataClass> GNSS_DATA_CLASSES()
-

vector of DataClass values containing all GNSS data class descriptors that have the same field descriptors.  was a const but ran into static initialization order issues with registering GNSS field parsers.

-
- -
-
INERTIAL_DATA_CLASSES
-
static std::vector<DataClass> INERTIAL_DATA_CLASSES()
-

vector of DataClass values containing all inertial data class descriptors that have the same field descriptors.  was a const but ran into static initialization order issues with registering shared field parsers.

-
- -
-
MipChannelIdentifier
-
MipChannelIdentifier
-

A single additional identifier for a MipDataPoint. Contains a uint value with an identifier type specifier.

-
- -
-
Types
-
- -
-
Type
-

Identifier type options, indicates what the MipChannelIdentifier::id value represents.

GNSS_RECEIVER_ID

GNSS Receiver ID

GNSS_BASE_STATION_ID

Differential GNSS Base Station ID

GNSS_CONSTELLATION

GNSS Constellation ID

GNSS_SATELLITE_ID

GNSS Satellite ID

GNSS_SIGNAL_ID

GNSS Signal ID

AIDING_MEASUREMENT_TYPE

Filter Aiding Measurement Type

GNSS_RF_BAND

GNSS RF Band

AIDING_MEASUREMENT_FRAME_ID

Aiding Measurement Frame ID

-
- -
-
AidingMeasurementTypes
-

ID definitions when Type is MipChannelIdentifier::AIDING_MEASUREMENT_TYPE

GNSS

0x01 - GNSS

DUAL_ANTENNA

0x02 - Dual Antenna

HEADING

0x03 - Heading

PRESSURE

0x04 - Pressure

MAGNETOMETER

0x05 - Magnetometer

SPEED

0x06 - Speed

AIDING_POS_ECEF

0x21 - <MipTypes::Command::CMD_AIDING_POS_ECEF>

AIDING_POS_LLH

0x22 - <MipTypes::Command::CMD_AIDING_POS_LLH>

AIDING_HEIGHT_ABOVE_ELLIPSOID

0x23 - <MipTypes::Command::CMD_HEIGHT_ABOVE_ELLIPSOID>

AIDING_VEL_ECEF

0x28 - <MipTypes::Command::CMD_AIDING_VEL_ECEF>

AIDING_VEL_NED

0x29 - <MipTypes::Command::CMD_AIDING_VEL_NED>

AIDING_VEL_BODY_FRAME

0x2A - <MipTypes::Command::CMD_AIDING_VEL_BODY_FRAME>

AIDING_HEADING_TRUE

0x31 - <MipTypes::Command::CMD_AIDING_HEADING_TRUE>

AIDING_MAGNETIC_FIELD

0x32 - <MipTypes::Command::CMD_AIDING_MAGNETIC_FIELD>

AIDING_PRESSURE

0x33 - <MipTypes::Command::CMD_AIDING_PRESSURE>

-
- -
-
GnssConstellationIds
-

ID definitions when Type is MipChannelIdentifier::GNSS_CONSTELLATION

UNKNOWN_CONSTELLATION

0 - Unknown

GPS

1 - GPS

GLONASS

2 - GLONASS

GALILEO

3 - Galileo

BEIDOU

4 - BeiDou

-
- -
-
GnssSignalIds
-

ID definitions when Type is MipChannelIdentifier::GNSS_SIGNAL_ID

UNKNOWN

0

GPS_L1CA

1

GPS_L1P

2

GPS_L1Z

3

GPS_L2CA

4

GPS_L2P

5

GPS_L2Z

6

GPS_L2CL

7

GPS_L2CM

8

GPS_L2CML

9

GPS_L5I

10

GPS_L5Q

11

GPS_L5IQ

12

GPS_L1CD

13

GPS_L1CP

14

GPS_L1CDP

15

GLONASS_G1CA

32

GLONASS_G1P

33

GLONASS_G2C

34

GLONASS_G2P

35

GALILEO_E1C

64

GALILEO_E1A

65

GALILEO_E1B

66

GALILEO_E1BC

67

GALILEO_E1ABC

68

GALILEO_E6C

69

GALILEO_E6A

70

GALILEO_E6B

71

GALILEO_E6BC

72

GALILEO_E6ABC

73

GALILEO_E5BI

74

GALILEO_E5BQ

75

GALILEO_E5BIQ

76

GALILEO_E5ABI

77

GALILEO_E5ABQ

78

GALILEO_E5ABIQ

79

GALILEO_E5AI

80

GALILEO_E5AQ

81

GALILEO_E5AIQ

82

SBAS_L1CA

96

SBAS_L5I

97

SBAS_L5Q

98

SBAS_L5IQ

99

QZSS_L1CA

128

QZSS_LEXS

129

QZSS_LEXL

130

QZSS_LEXSL

131

QZSS_L2CM

132

QZSS_L2CL

133

QZSS_L2CML

134

QZSS_L5I

135

QZSS_L5Q

136

QZSS_L5IQ

137

QZSS_L1CD

138

QZSS_L1CP

139

QZSS_L1CDP

140

BEIDOU_B1I

160

BEIDOU_B1Q

161

BEIDOU_B1IQ

162

BEIDOU_B3I

163

BEIDOU_B3Q

164

BEIDOU_B3IQ

165

BEIDOU_B2I

166

BEIDOU_B2Q

167

BEIDOU_B2IQ

168

-
- -
-
GnssRfBands
-

ID definitions when Type is MipChannelIdentifier::GNSS_RF_BAND

UNKNOWN_RF_BAND

0 - Unknown

RF_BAND_L1

1 - L1

RF_BAND_L2

2 - L2

RF_BAND_L5

5 - L5

-
- -
-
TypeId
-

A typedef for a MipChannelIdentifier::Type, uint32 pair.

-
- -
-
Functions
-
- -
-
MipChannelIdentifier
-
MipChannelIdentifier()
-

Default constructor

-
- -
-
MipChannelIdentifier
-
MipChannelIdentifier(
Type identifierType,
uint32 id
) : m_type(identifierType), m_id(id)
-

Construct MipChannelIdentifier object with specified MipChannelIdentifier::Type and ID values.

Parameters
identifierType
Type

specifies the type of identifier this represents

id
uint32

the identifier value

-
- -
-
MipChannelIdentifier
-
MipChannelIdentifier(
Type identifierType,
uint32 id,
uint32 specifier
) : m_type(identifierType), m_id(id), m_specifier(specifier)
-

Construct MipChannelIdentifier object with specified MipChannelIdentifier::Type and ID values.

Parameters
identifierType
Type

specifies the type of identifier this represents

id
uint32

the identifier value

specifier
uint32

the optional additional specifier

-
- -
-
identifierType
-
Type identifierType() const
-

Returns the MipChannelIdentifier::Type specifier of this identifier.

-
- -
-
id
-
uint32 id() const
-

Returns the identifier value.

-
- -
-
hasSpecifier
-
bool hasSpecifier() const
-

Indicates whether this identifier has an optional additional specifier.

-
- -
-
specifier
-
uint32 specifier() const
-

Returns the optional additional specifier value.

Note

This is only valid and applicable if hasSpecifier returns true. Value may be non-zero regardless.

-
- -
-
name
-
std::string name(
bool standardizedFormat = true
) const
-

Returns the string representation of this identifier based on type and value.

Parameters
standardizedFormat
bool

specify whether the format should be left consistent for all identifier types or consolidated where relevant

Example

<GNSS_CONSTELLATION, 2>: true = "gnssConstellation_2", false = "glonass"

-
- -
-
Variables
-
- -
-
m_type
-
Type m_type
-

The MipChannelIdentifier::Type indicator of this identifier.

-
- -
-
m_id
-
uint32 m_id
-

The value of this identifier.

-
- -
-
m_specifier
-
uint32 m_specifier
-

An option additional specifier for this identifier.

-
- -
-
Functions
-
- -
-
hasSpecifier
-
bool hasSpecifier(
std::string &specifierName
) const
-

Indicates whether this identifier has an optional additional specifier.  Parameters: specifierName - string reference that is set to the specifier name if found

-
- -
-
Constants
-
- -
-
TYPE_NAMES
-

A map of MipChannelIdentifier::Type values and their string labels.

-
- -
-
TRANSLATED_TYPE_NAMES
-

A map of MipChannelIdentifier::TypeId values and their string labels.

-
- -
-
SPECIFIER_NAMES
-

A map of <MipChannelIdentifier::SpecifierId> values and their string labels.

-
- -
-
Types
-
- -
-
MipChannelIdentifiers
-

A vector of MipChannelIdentifier values, used to assign additional identifiers to a MipDataPoint

-
- -
-
MipCommandBytes
-

Contains an <Command> id and a BytesCollection vector to store the actual bytes to send to the device for that command.

-
- -
-
Variables
-
- -
-
id
- -

MipTypes::Command this object represents

-
- -
-
commands
- -

BytesCollection of raw command bytes

-
- -
-
buildCmdFailed
-
bool buildCmdFailed
-
bool

indicates building command bytes was attempted but failed

false by default

set to true on failure

-
- -
-
sendCmdFailed
-
bool sendCmdFailed
-
bool

indicates sending the command bytes was attempted but failed

false by default

set to true on failure

-
- -
-
Functions
-
- -
-
MipCommandBytes
-
MipCommandBytes() : buildCmdFailed(false), sendCmdFailed(false)
-

Default constructor for MipCommandBytes object

-
- -
-
MipCommandBytes
-
MipCommandBytes(
MipTypes::Command _id
) : id(_id), buildCmdFailed(false), sendCmdFailed(false)
-

Constructor for MipCommandBytes object

Parameters
id

MipTypes::Command this object represents

-
- -
-
MipCommandBytes
-
MipCommandBytes(
MipTypes::Command _id,
Bytes _cmd
) : id(_id), commands({ _cmd }), buildCmdFailed(false), sendCmdFailed(false)
-

Constructor for MipCommandBytes object

Parameters
id

MipTypes::Command this object represents

cmd

raw command Bytes to add to the commands BytesCollection

-
- -
-
MipCommandBytes
-
MipCommandBytes(
MipTypes::Command _id,
BytesCollection _cmds
) : id(_id), commands(_cmds), buildCmdFailed(false), sendCmdFailed(false)
-

Constructor for MipCommandBytes object

Parameters
id

MipTypes::Command this object represents

cmds

collection of raw command Bytes to add to the commands BytesCollection

-
- -
-
add
-
void add(
Bytes cmd
)
-

Add raw command Bytes to commands BytesCollection

Parameters
cmd
Bytes

command Bytes to add

-
- -
-
valid
-
bool valid()
-

Indicates whether this object contains any relevant information, specifically whether it contains any command Bytes or has been marked for failure.

Returns
bool

true if commands size is at least one OR send command failed OR build command failed

-
- -
-
Types
-
- -
-
MipCommandSet
-

A vector of MipCommandBytes

-
- -
-
MipFieldFormat
-

A ValueType vector

-
- -
-
MipFieldValues
-

A Value vector

-
- -
-
MipCommandParameters
-

A list of <MipCommandParameterList> command/parameter definitions

-
- -
-
MipFunctionSelectors
-

A MipTypes::FunctionSelector vector

-
- -
-
MipResponseMatchValues
-

A map of locations and values to match in a MIP response to determine success

-
- -
-
AidingMeasurementInput
- -

Base class for commanded aiding measurement types for command set 0x13 Aiding Measurement inputs

-
- -
-
Types
-
- -
-
ResponseMode
-

Response mode options for Aiding Measurement inputs (command set 0x13).

ACK_NACK

0x01 - The device will send and ACK/NACK response only

ECHO_INPUT

0x02 - The device will echo the input parameter data back in a response field (recommended for support). An ACK/NACK will also be sent.

-
- -
-
Variables
-
- -
-
m_timestamp
-
Timestamp m_timestamp
-

The Timestamp of this measurement.

-
- -
-
m_frameId
-
uint8 m_frameId
-

The ID of the aiding frame for this measurement.

-
- -
-
m_validFlags
-
Bitfield m_validFlags
-

The Bitfield valid flags of this measurement.

-
- -
-
Functions
-
- -
-
AidingMeasurementInput
-
AidingMeasurementInput() : m_timestamp(0), m_frameId(0), m_validFlags(0xFFFF)
-

Constructs an AidingMeasurementInput object with default values

-
- -
-
AidingMeasurementInput
-
AidingMeasurementInput(
const MipFieldValues &values
)
-

Constructs and AidingMeasurementInput object from the provided <MipFieldValues> read from the device.

-
- -
-
AidingMeasurementInput
-
~AidingMeasurementInput()
-
- -
-
toMipFieldValues
-
MipFieldValues toMipFieldValues() const
-

Converts this object to a <MipFieldValues> parameter list.

Returns

<MipFieldValues> parameter list

-
- -
-
parseMipFieldValues
-
virtual void parseMipFieldValues(
const MipFieldValues &values
)
-

Populates this object from a MipFieldValues parameter list.

Parameters
values
const MipFieldValues&

<MipFieldValues> parameter list

-
- -
-
timestamp
-
Timestamp timestamp() const
-

Get the timestamp of this measurement.

Returns

Timestamp

-
- -
-
timestamp
-
void timestamp(
Timestamp ts
)
-

Set the timestamp of this measurement.

Parameters
ts
Timestamp

Timestamp

-
- -
-
timebase
-
Timestamp::Epoch timebase() const
-

Get the timebase/epoch for the timestamp of this measurement.  Note: read from the Timestamp object. timestamp().storedEpoch() returns the same result.

Returns
Timestamp::Epoch

timebase/epoch of the timestamp

-
- -
-
frameId
-
uint8 frameId() const
-

Get the aiding frame ID of this measurement.

Returns
uint8

frame ID

-
- -
-
frameId
-
void frameId(
uint8 id
)
-

Set the aiding frame ID of this measurement.

Parameters
id
uint8

uint8 frame ID

-
- -
-
validFlags
-
Bitfield validFlags() const
-

Get the valid flags of this measurement.

Returns
Bitfield

valid flags

-
- -
-
validFlags
-
void validFlags(
Bitfield flags
)
-

Set the valid flags for this measurement.

Parameters
flags
Bitfield

Bitfield valid flags

-
- -
-
AidingMeasurementPosition
-
public
AidingMeasurementInput
AidingMeasurementPosition
-

A class that represents position aiding measurement inputs. Extends AidingMeasurementInput.

-
- -
-
Types
-
- -
-
ValidFlags
-

Bitmask for each position value in the valid flags.

X

0x01

Y

0x02

Z

0x04

LATITUDE

0x01

LONGITUDE

0x02

HEIGHT

0x04

ALTITUDE

0x04

-
- -
-
Variables
-
- -
-
m_position
-
Position m_position
-

Position measurement value.  Also indicates reference frame.

-
- -
-
m_unc
- -

Uncertainties of the position measurements.

-
- -
-
Functions
-
- -
-
AidingMeasurementPosition
-
AidingMeasurementPosition() : AidingMeasurementInput()
-

Constructs an AidingMeasurementPosition object with default values.

-
- -
-
AidingMeasurementPosition
-
AidingMeasurementPosition(
PositionVelocityReferenceFrame referenceFrame,
const MipFieldValues &values
)
-

Constructs an AidingMeasurementPosition object with the specified reference frame from the <MipFieldValues> parameter list returned from the device.

Parameters
referenceFrame
PositionVelocityReferenceFrame

the PositionVelocityReferenceFrame of this measurement

values
const MipFieldValues&

the <MipFieldValues> parameter list to build this object from

-
- -
-
parseMipFieldValues
-
virtual void parseMipFieldValues(
const MipFieldValues &values
) override
-

Populates measurement values based on the <MipFieldValues> parameter list.

Parameters
values
const MipFieldValues&

<MipFieldValues> parameter list

-
- -
-
appendMipFieldValues
-
virtual void appendMipFieldValues(
MipFieldValues &values
) const override
-

Appends the position measurement info to the provided <MipFieldValues> parameter list.

Parameters
values
MipFieldValues&

the <MipFieldValues> parameter list to append to

-
- -
-
position
-
Position position() const
-

Get the Position measurement.

Returns
Position

position data of this object

-
- -
-
position
-
void position(
Position pos
)
-

Set the Position measurement.

-
- -
-
uncertainty
-
GeometricUncertainty uncertainty() const
-

Get the measurment uncertainty

Returns
GeometricUncertainty

the uncertainty of the position measurement

-
- -
-
uncertainty
-
void uncertainty(
GeometricUncertainty uncertainty
)
-

Sets the measurement uncertainty.

Parameters
uncertainty
GeometricUncertainty

the GeometricUncertainty of the measurement

-
- -
-
referenceFrame
-
PositionVelocityReferenceFrame referenceFrame() const
-

Get the PositionVelocityReferenceFrame of this position measurement.

Returns
PositionVelocityReferenceFrame

reference frame ID of the measurement

-
- -
-
referenceFrame
-
void referenceFrame(
PositionVelocityReferenceFrame frame
)
-

Set the PositionVelocityReferenceFrame of this measurement.

Parameters
frame
PositionVelocityReferenceFrame

the PositionVelocityReferenceFrame to set

-
- -
-
valid
-
bool valid(
ValidFlags val
) const
-

Checks whether the specified value is valid.

Parameters

ValidFlags value bitmask

Returns
bool

true if valid

-
- -
-
valid
-
void valid(
ValidFlags val,
bool valid
)
-

Sets the validity of the specified value.

Parameters
val
ValidFlags

ValidFlags value bitmask

valid
bool

bool indicating whether the value is valid

-
- -
-
AidingMeasurementHeight
-
public
AidingMeasurementInput
AidingMeasurementHeight
-

A class that represents height aiding measurement inputs. Extends AidingMeasurementInput.

-
- -
-
Types
-
- -
-
Reference
-

The zero reference for the height measurement

HEIGHT_ABOVE_ELLIPSOID

0x1323

-
- -
-
Variables
-
- -
-
m_reference
-
Reference m_reference
-

The height measurement reference

-
- -
-
m_height
-
float m_height
-

The height measurement

-
- -
-
m_unc
-
float m_unc
-

The uncertainty of the height measurement

-
- -
-
Functions
-
- -
-
AidingMeasurementHeight
-
AidingMeasurementHeight() : AidingMeasurementInput(), m_reference(Reference::HEIGHT_ABOVE_ELLIPSOID)
-

Constructs an AidingMeasurementHeight object with default values

-
- -
-
AidingMeasurementHeight
-
AidingMeasurementHeight(
const MipFieldValues &values
)
-

Constructs an AidingMeasurementHeight object from the <MipFieldValues> parameter list returned from the device.

Parameters
values
const MipFieldValues&

the <MipFieldValues> parameter list to build this object from

-
- -
-
parseMipFieldValues
-
virtual void parseMipFieldValues(
const MipFieldValues &values
) override
-

Populates measurement values based on the <MipFieldValues> parameter list.

Parameters
values
const MipFieldValues&

<MipFieldValues> parameter list

-
- -
-
appendMipFieldValues
-
virtual void appendMipFieldValues(
MipFieldValues &values
) const override
-

Appends the velocity measurement info to the provided <MipFieldValues> parameter list.

Parameters
values
MipFieldValues&

the <MipFieldValues> parameter list to append to

-
- -
-
height
-
float height() const
-

Get the height measurement value.

Returns
float

the height measurement value

-
- -
-
height
-
void height(
float height
)
-

Sets the height measurement value.

Parameters
height
float

float height measurement

-
- -
-
uncertainty
-
float uncertainty() const
-

Get the height measurement uncertainty.

Returns
float

height measurement uncertainty

-
- -
-
uncertainty
-
void uncertainty(
float uncertainty
)
-

Set the height measurement uncertainty.

Parameters
uncertainty
float

float measurement uncertainty

-
- -
-
valid
-
bool valid() const
-

Check whether the height measurement is valid

Returns
bool

true if valid

-
- -
-
valid
-
void valid(
bool valid
)
-

Set the validity of the height measurement.

Parameters
valid
bool

bool, true if valid

-
- -
-
AidingMeasurementVelocity
-
public
AidingMeasurementInput
AidingMeasurementVelocity
-

A class that represents velocity aiding measurement inputs. Extends AidingMeasurementInput.

-
- -
-
Types
-
- -
-
ValidFlags
-

Bitmask for each velocity value in the valid flags.

X

0x01

Y

0x02

Z

0x04

NORTH

0x01

EAST

0x02

DOWN

0x04

-
- -
-
Variables
-
- -
-
m_velocity
-
Velocity m_velocity
-

The Velocity measurement

-
- -
-
m_unc
- -

The uncertainty of the velocity measurement

-
- -
-
Functions
-
- -
-
AidingMeasurementVelocity
-
AidingMeasurementVelocity() : AidingMeasurementInput()
-

Constructs an AidingMeasurementVelocity object with default values

-
- -
-
AidingMeasurementVelocity
-
AidingMeasurementVelocity(
PositionVelocityReferenceFrame referenceFrame,
const MipFieldValues &values
)
-

Constructs an AidingMeasurementVelocity object with the specified reference frame from the <MipFieldValues> parameter list returned from the device.

Parameters
referenceFrame
PositionVelocityReferenceFrame

the PositionVelocityReferenceFrame of this measurement

values
const MipFieldValues&

the <MipFieldValues> parameter list to build this object from

-
- -
-
parseMipFieldValues
-
virtual void parseMipFieldValues(
const MipFieldValues &values
) override
-

Populates measurement values based on the <MipFieldValues> parameter list.

Parameters
values
const MipFieldValues&

<MipFieldValues> parameter list

-
- -
-
appendMipFieldValues
-
virtual void appendMipFieldValues(
MipFieldValues &values
) const override
-

Appends the velocity measurement info to the provided <MipFieldValues> parameter list.

Parameters
values
MipFieldValues&

the <MipFieldValues> parameter list to append to

-
- -
-
velocity
-
Velocity velocity() const
-

Gets the Velocity measurement values.

Returns
Velocity

measurement values

-
- -
-
velocity
-
void velocity(
Velocity vel
)
-

Sets the Velocity measurement values.

Parameters
vel
Velocity

the Velocity values to set

-
- -
-
uncertainty
-
GeometricUncertainty uncertainty() const
-

Get the measurment uncertainty

Returns
GeometricUncertainty

the uncertainty of the velocity measurement

-
- -
-
uncertainty
-
void uncertainty(
GeometricUncertainty uncertainty
)
-

Sets the measurement uncertainty.

Parameters
uncertainty
GeometricUncertainty

the GeometricUncertainty of the measurement

-
- -
-
referenceFrame
-
PositionVelocityReferenceFrame referenceFrame() const
-

Get the PositionVelocityReferenceFrame of this velocity measurement.

Returns
PositionVelocityReferenceFrame

reference frame ID of the measurement

-
- -
-
referenceFrame
-
void referenceFrame(
PositionVelocityReferenceFrame frame
)
-

Set the PositionVelocityReferenceFrame of this measurement.

Parameters
frame
PositionVelocityReferenceFrame

the PositionVelocityReferenceFrame to set

-
- -
-
valid
-
bool valid(
ValidFlags val
) const
-

Checks whether the specified value is valid.

Parameters

ValidFlags value bitmask

Returns
bool

true if valid

-
- -
-
valid
-
void valid(
ValidFlags val,
bool valid
)
-

Sets the validity of the specified value.

Parameters
val
ValidFlags

ValidFlags value bitmask

valid
bool

bool indicating whether the value is valid

-
- -
-
AidingMeasurementHeading
-
public
AidingMeasurementInput
AidingMeasurementHeading
-

A class that represents heading aiding measurement inputs. Extends AidingMeasurementInput.

-
- -
-
Variables
-
- -
-
m_heading
-
float m_heading
-

The heading measurement

-
- -
-
m_unc
-
float m_unc
-

The heading uncertainty

-
- -
-
Functions
-
- -
-
AidingMeasurementHeading
-
AidingMeasurementHeading() : AidingMeasurementInput()
-

Constructs an AidingMeasurementHeading object with default values.

-
- -
-
AidingMeasurmentHeading
-

Constructs an AidingMeasurementHeading object from the provided <MipFieldValues> parameter list.

Parameters
values

<MipFieldValues> parameter list

-
- -
-
parseMipFieldValues
-
virtual void parseMipFieldValues(
const MipFieldValues &values
) override
-

Populates measurement values based on the <MipFieldValues> parameter list.

Parameters
values
const MipFieldValues&

<MipFieldValues> parameter list

-
- -
-
appendMipFieldValues
-
virtual void appendMipFieldValues(
MipFieldValues &values
) const override
-

Appends the heading measurement info to the provided <MipFieldValues> parameter list.

Parameters
values
MipFieldValues&

the <MipFieldValues> parameter list to append to

-
- -
-
heading
-
float heading() const
-

Get the heading measurement value.

Returns
float

the heading measurement value

-
- -
-
heading
-
void heading(
float heading
)
-

Sets the heading measurement value.

Parameters
heading
float

float heading measurement

-
- -
-
uncertainty
-
float uncertainty() const
-

Get the heading measurement uncertainty.

Returns
float

heading measurement uncertainty

-
- -
-
uncertainty
-
void uncertainty(
float uncertainty
)
-

Set the heading measurement uncertainty.

Parameters
uncertainty
float

float measurement uncertainty

-
- -
-
valid
-
bool valid() const
-

Check whether the heading measurement is valid

Returns
bool

true if valid

-
- -
-
valid
-
void valid(
bool valid
)
-

Set the validity of the heading measurement.

Parameters
valid
bool

bool, true if valid

-
- -
-
AidingMeasurementMagneticField
-
public
AidingMeasurementInput
AidingMeasurementMagneticField
-

A class that represents magnetic field aiding measurement input. Extends AidingMeasurementInput.

-
- -
-
Types
-
- -
-
ValidFlags
-

Bitmask for each position value in the valid flags.

X

0x01

Y

0x02

Z

0x04

-
- -
-
Variables
-
- -
-
m_magField
-
Vec3f m_magField
-

The magnetic field measurement

-
- -
-
m_unc
-
Vec3f m_unc
-

The uncertainty of the height measurement

-
- -
-
Functions
-
- -
-
AidingMeasurementMagneticField
-
AidingMeasurementMagneticField() : AidingMeasurementInput()
-

Constructs an AidingMeasurementMagneticField object with default values

-
- -
-
AidingMeasurementMagneticField
-
AidingMeasurementMagneticField(
const MipFieldValues &values
)
-

Constructs an AidingMeasurementMagneticField object from the <MipFieldValues> parameter list returned from the device.

Parameters
values
const MipFieldValues&

the <MipFieldValues> parameter list to build this object from

-
- -
-
parseMipFieldValues
-
virtual void parseMipFieldValues(
const MipFieldValues &values
) override
-

Populates measurement values based on the <MipFieldValues> parameter list.

Parameters
values
const MipFieldValues&

<MipFieldValues> parameter list

-
- -
-
appendMipFieldValues
-
virtual void appendMipFieldValues(
MipFieldValues &values
) const override
-

Appends the velocity measurement info to the provided <MipFieldValues> parameter list.

Parameters
values
MipFieldValues&

the <MipFieldValues> parameter list to append to

-
- -
-
magneticField
-
Vec3f magneticField() const
-

Get the magnetic field measurement.

Returns
Vec3f

magnetic field data of this object

-
- -
-
magneticField
-
void magneticField(
Vec3f magField
)
-

Set the magneticField measurement.

-
- -
-
uncertainty
-
Vec3f uncertainty() const
-

Get the measurement uncertainty

Returns
Vec3f

the uncertainty of the magnetic field measurement

-
- -
-
uncertainty
-
void uncertainty(
Vec3f uncertainty
)
-

Sets the measurement uncertainty.

Parameters
uncertainty
Vec3f

Vec3f the uncertainty of the measurement

-
- -
-
valid
-
bool valid(
ValidFlags val
) const
-

Checks whether the specified value is valid.

Parameters

ValidFlags value bitmask

Returns
bool

true if valid

-
- -
-
valid
-
void valid(
ValidFlags val,
bool valid
)
-

Sets the validity of the specified value.

Parameters
val
ValidFlags

ValidFlags value bitmask

valid
bool

bool indicating whether the value is valid

-
- -
-
AidingMeasurementPressure
-
public
AidingMeasurementInput
AidingMeasurementPressure
-

A class that represents pressure aiding measurement input. Extends AidingMeasurementInput.

-
- -
-
Variables
-
- -
-
m_pressure
-
float m_pressure
-

The pressure measurement

-
- -
-
m_unc
-
float m_unc
-

The uncertainty of the measurement

-
- -
-
Functions
-
- -
-
AidingMeasurementPressure
-
AidingMeasurementPressure() : AidingMeasurementInput()
-

Constructs an AidingMeasurementPressure object with default values

-
- -
-
AidingMeasurementPressure
-
AidingMeasurementPressure(
const MipFieldValues &values
)
-

Constructs an AidingMeasurementPressure object from the <MipFieldValues> parameter list returned from the device.

Parameters
values
const MipFieldValues&

the <MipFieldValues> parameter list to build this object from

-
- -
-
parseMipFieldValues
-
virtual void parseMipFieldValues(
const MipFieldValues &values
) override
-

Populates measurement values based on the <MipFieldValues> parameter list.

Parameters
values
const MipFieldValues&

<MipFieldValues> parameter list

-
- -
-
appendMipFieldValues
-
virtual void appendMipFieldValues(
MipFieldValues &values
) const override
-

Appends the velocity measurement info to the provided <MipFieldValues> parameter list.

Parameters
values
MipFieldValues&

the <MipFieldValues> parameter list to append to

-
- -
-
pressure
-
float pressure() const
-

Get the pressure measurement value.

Returns
float

the pressure measurement value

-
- -
-
pressure
-
void pressure(
float pressure
)
-

Sets the pressure measurement value.

Parameters
pressure
float

float pressure measurement

-
- -
-
uncertainty
-
float uncertainty() const
-

Get the height measurement uncertainty.

Returns
float

height measurement uncertainty

-
- -
-
uncertainty
-
void uncertainty(
float uncertainty
)
-

Set the height measurement uncertainty.

Parameters
uncertainty
float

float measurement uncertainty

-
- -
-
valid
-
bool valid() const
-

Check whether the height measurement is valid

Returns
bool

true if valid

-
- -
-
valid
-
void valid(
bool valid
)
-

Set the validity of the height measurement.

Parameters
valid
bool

bool, true if valid

-
- -
-
GnssReceiverInfo
-

Maps GNSS Receiver ID to the MipTypes::DataClass it outputs to

-
- -
-
Constants
-
- -
-
INFO_NOT_FOUND
-

String value assigned when the target value was unable to be found in the full description field.

INFO_NOT_FOUND

"Not Found"

-
- -
-
Functions
-
- -
-
GnssReceiverInfo
-
GnssReceiverInfo()
-

Constructs GnssReceiverInfo object with default values

-
- -
-
GnssReceiverInfo
-
GnssReceiverInfo(
uint8 recId,
MipTypes::DataClass target,
std::string desc
)
-

Constructs GnssReceiverInfo object with specified values

-
- -
-
Variables
-
- -
-
id
-
uint8 id
-

Receiver ID

-
- -
-
targetDataClass
-
MipTypes::DataClass targetDataClass
-

MIP data class associated with this receiver

-
- -
-
description
-
std::string description
-

ASCII description of receiver

-
- -
-
module
-
std::string module
-

ASCII name of the receiver module

-
- -
-
fwId
-
std::string fwId
-

ASCII name of the receiver firmware identifier

-
- -
-
fwVersion
-
Version fwVersion
-

Firmware version of the receiver module

-
- -
-
Types
-
- -
-
GnssReceivers
-

A vector of GnssReceiverInfo

-
- -
-
DeviceCommPort
-

Stores info related to device comm ports (id, type)

-
- -
-
Types
-
- -
-
Type
-

Available comm port type definitions SPECIAL - 0x00 - Device specific ports (Main/Aux) UART  - 0x01 - UART related ports USB  - 0x02 - USB related ports

-
- -
-
Protocol
-

Available comm protocols that can be configured for UART ports NONE  - 0x00000000 - Not set MIP_COMMANDS - 0x00000001 - MIP commands MIP_DATA  - 0x00000002 - MIP data NMEA  - 0x00000004 - NMEA RTCM  - 0x00000008 - RTCM SPARTN  - 0x00000010 - SPARTN ALL  - 0x0000001F - All protocols

-
- -
-
Functions
-
- -
-
DeviceCommPort
-
DeviceCommPort() = default
-

Constructs DeviceCommPort object with default values

-
- -
-
DeviceCommPort
-
DeviceCommPort(
Type portType,
uint8 portId,
Protocol portInputProtocols = NONE,
Protocol portOutputProtocols = NONE
) : type(portType), id(portId), inputProtocols(portInputProtocols), outputProtocols(portOutputProtocols)
-

Constructs DeviceCommPort object with specified values

Parameters
portType
Type

Type of port being configured

portId
uint8

The ID of the port to configure

portInputProtocols
Protocol

The input protocols accepted by the port

portOutputProtocols
Protocol

The output protocols transmitted from the port

-
- -
-
DeviceCommPort
-
DeviceCommPort(
uint8 portInterface,
Protocol portInputProtocols = NONE,
Protocol portOutputProtocols = NONE
) : type(static_cast<Type>((portInterface & 0xF0) >> 4)), id(portInterface & 0xF), inputProtocols(portInputProtocols), outputProtocols(portOutputProtocols)
-

Constructs DeviceCommPort object with specified values The ID and Type are determined by the interface value. I.E. Interface 0x12 == Type 1 && ID 2

Parameters
portInterface
uint8

A combination of the port type and ID

portInputProtocols
Protocol

The input protocols accepted by the port

portOutputProtocols
Protocol

The output protocols transmitted from the port

-
- -
-
interfaceId
-
uint8 interfaceId() const
-

Get the interface ID of the port This is a combined value of the type and port ID

-
- -
-
Variables
-
- -
-
type
-
Type type
-

Port type (special, UART, etc.)

-
- -
-
id
-
uint8 id
-

Port ID

-
- -
-
protocol
-
Protocol inputProtocols
-

Input communication protocols

-
- -
-
protocol
-
Protocol outputProtocols
-

Output communication protocols

-
- -
-
EventTypeInfo
-

Information about event trigger or action types

-
- -
-
Functions
-
- -
-
EventTypeInfo
-
EventTypeInfo() : type(0), maxInstances(0)
-

Default constructor

-
- -
-
EventTypeInfo
-
EventTypeInfo(
const uint8 type,
const uint8 maxInstances
) : type(type), maxInstances(maxInstances)
-
- -
-
Variables
-
- -
-
type
-
uint8 type
-

The event type based on EventSupportInfo::Query

-
- -
-
maxInstances
-
uint8 maxInstances
-

Maximum supported instances for the type

-
- -
-
Types
-
- -
-
EventTypes
-

A vector of EventTypeInfo

-
- -
-
EventSupportInfo
-
- -
-
Types
-
- -
-
Query
-

What type of information to retrieve

TRIGGERS

0x01 - Query the supported trigger types and max count for each

ACTIONS

0x02 - Query the supported action types and max count for each

-
- -
-
Variables
-
- -
-
query
-
Query query
-

Type of information

-
- -
-
maxInstances
-
uint8 maxInstances
-

Maximum number of supported triggers/actions

-
- -
-
entries
-
EventTypes entries
-

Event info

-
- -
-
SensorRange
-
SensorRange
-

An object representing a configurable sensor range option

-
- -
-
Types
-
- -
-
Type
-

Sensor and unit identifiers for configurable Sensor Range command (0x0C,0x52) ALL  - 0x00 - All (save as startup, load startup, reset to default only) ACCEL_MS2  - 0x01 - Accelerometer in m/s^2 GYRO_DPS  - 0x02 - Gyroscope in degrees per second MAG_MG  - 0x03 - Magnetometer in mG PRESSURE_HPA - 0x04 - Pressure in hPa

-
- -
-
Variables
-
- -
-
type
-
Type m_type
-

The SensorRange::Type of this range

-
- -
-
range
-
float m_range
-

This will only be set and valid if read from SupportedSensorRanges object Default: -1 (invalid)

-
- -
-
id
-
uint8 m_id
-

The index ID of this range according to device manual

-
- -
-
Functions
-
- -
-
SensorRange
-
SensorRange(
Type rangeType,
uint8 index,
float rangeValue = -1.0f
) : m_type(rangeType), m_range(rangeValue), m_id(index)
-

Construct a SensorRange object with specified range This object should not be constructed directly by users

Parameters
type

SensorRange::Type of this range

range

Range value

-
- -
-
type
-
Type type() const
-

The SensorRange::Type of this range

-
- -
-
range
-
float range() const
-

This will only be set and valid if read from SupportedSensorRanges object

-
- -
-
id
-
uint8 id() const
-

The index ID of this range according to device manual

-
- -
-
Types
-
- -
-
SensorRanges
-

A vector of SensorRange values

-
- -
-
SensorRangeOptions
-

A collection of SensorRange::Type values mapped to associated SensorRange objects

-
- -
-
SupportedSensorRanges
-
SupportedSensorRanges
-

Structure to hold all info for looking up supported sensor ranges for a device

-
- -
-
Functions
-
- -
-
options
-
const SensorRangeOptions options() const
-

Get the supported sensor range options

Returns
<SensorRangeOptions>

the supported options

-
- -
-
lookupRecommended
-
SensorRange lookupRecommended(
SensorRange::Type type,
float range
) const
-

Lookup the supported option of the specified type that is closest to but also incorporates the specified range.  Ex: specified range: Accel_G, 5 supported accel ranges: 4G, 8G, 16G returns: 8G because it is the closest supported option where 5G will not overrun the range

Parameters
type
SensorRange::Type

SensorRange::Type type of range to lookup

range
float

Float range value to find

Returns
SensorRange

The closest supported range to the specified value

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Packets/MipDataPacket-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Packets/MipDataPacket-h-Summary.js deleted file mode 100644 index 38b13df57..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Packets/MipDataPacket-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/MIP/Packets/MipDataPacket.h","MipDataPacket.h");NDSummary.OnSummaryLoaded("File:MicroStrain/MIP/Packets/MipDataPacket.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Types","Type"],["Variables","Variable"]],[[3095,0,0,"MipDataPacket","MipDataPacket"],[3096,0,2,"Functions","MipDataPacket.Functions"],[3097,0,1,"MipDataPacket","MipDataPacket.MipDataPacket"],[3098,0,1,"MipDataPacket","MipDataPacket.MipDataPacket(2)"],[3099,0,2,"Variables","MipDataPacket.Variables"],[3100,0,4,"m_dataFields","MipDataPacket.m_dataFields"],[3101,0,4,"m_points","MipDataPacket.m_points"],[3102,0,4,"m_sharedFields","MipDataPacket.m_sharedFields"],[3103,0,4,"m_collectedTime","MipDataPacket.m_collectedTime"],[3104,0,4,"m_deviceTime","MipDataPacket.m_deviceTime"],[3105,0,4,"m_hasDeviceTime","MipDataPacket.m_hasDeviceTime"],[3106,0,4,"m_deviceTimeValid","MipDataPacket.m_deviceTimeValid"],[3107,0,4,"m_deviceTimeFlags","MipDataPacket.m_deviceTimeFlags"],[3108,0,2,"Functions","MipDataPacket.Functions(2)"],[3109,0,1,"parseDataFields","MipDataPacket.parseDataFields"],[3110,0,1,"parsePointsInField","MipDataPacket.parsePointsInField"],[3111,0,1,"parseTimestamp","MipDataPacket.parseTimestamp"],[3112,0,1,"timestampWithinRange","MipDataPacket.timestampWithinRange"],[3113,0,1,"data","MipDataPacket.data"],[3114,0,1,"shared","MipDataPacket.shared"],[3115,0,1,"collectedTimestamp","MipDataPacket.collectedTimestamp"],[3116,0,1,"deviceTimestamp","MipDataPacket.deviceTimestamp"],[3117,0,1,"hasDeviceTime","MipDataPacket.hasDeviceTime"],[3118,0,1,"deviceTimeValid","MipDataPacket.deviceTimeValid"],[3119,0,1,"deviceTimeFlags","MipDataPacket.deviceTimeFlags"],[3120,0,2,"Types","MipDataPacket.Types"],[3121,0,3,"MipDataPackets","MipDataPacket.MipDataPackets"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Packets/MipDataPacket-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Packets/MipDataPacket-h-SummaryToolTips.js deleted file mode 100644 index 044c77ccd..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Packets/MipDataPacket-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/MIP/Packets/MipDataPacket.h",{3095:"
MipDataPacket
A Mip Data Packet that contains both valid and invalid data from a MIP Device.
",3097:"
MipDataPacket()
Creates a default constructed MipDataPacket
",3098:"
explicit MipDataPacket(
const MipPacket &packet
)
Creates a MipDataPacket object
",3100:"
MipDataFields m_dataFields
The MipDataFields that are contained within this packet
",3101:"
MipDataPoints m_points
The MipDataPoints within this packet
",3102:"
MipSharedDataFields m_sharedFields
Accessors for the shared field information found within this packet
",3103:"
Timestamp m_collectedTime
The Timestamp of when this packet was received
",3104:"
Timestamp m_deviceTime
The timestamp that was provided by the Node in the data packet Note: this is being deprecated for Gen 7 devices and later, use shared().gpsTimestamp(), externalTimestamp() instead.
",3105:"
bool m_hasDeviceTime
Whether the device timestamp was included in the data packet.  Note: this is being deprecated for Gen 7 devices and later, use shared().hasGpsTimestamp(), externalTimestamp() instead.
",3106:"
bool m_deviceTimeValid
Whether the device timestamp is valid or not (based on flags and/or it being a reasonable timestamp) Note: this is being deprecated for Gen 7 devices and later, use shared().gpsTimestampValid(), externalTimestampValid() instead.
",3107:"
uint16 m_deviceTimeFlags
The flags value that the device timestamp was transmitted with.
",3109:"
void parseDataFields()
Parses the passed in MipPacket for all the field information and adds a data field to the MipDataFields container Also parses out all the MipDataPoints in the fields that were created and adds them to m_points
",3110:"
void parsePointsInField(
const MipDataField &field
)
Parses an MipDataField for MipDataPoints and puts them into m_points
",3111:"
void parseTimeStamp(
const MipDataField &field
)
Parses a MIP timestamp field, and sets the device time member variables.
",3112:"
bool timestampWithinRange(
const Timestamp &timestamp
) const
Checks if the given timestamp is within range of the collectedTimestamp.
",3113:"
const MipDataPoints& data() const
Gets all the MipDataPoints that are contained within this packet.
",3114:"
const MipSharedDataFields& shared() const
Gets the MipSharedDataFields object that makes the shared field information within this packet more easily accessible.
",3115:"
const Timestamp& collectedTimestamp() const
Gets the Timestamp representing when the packet was collected by MSCL.
",3116:"
const Timestamp& deviceTimestamp() const
Gets the Timestamp which was transmitted in the Mip Data Packet as a channel field.  Note: This will return a Timestamp of 0 if deviceTimeValid returns false.
",3117:"
bool hasDeviceTime() const
Whether the data packet had a Timestamp field included in it.
",3118:"
bool deviceTimeValid() const
Whether the Timestamp field sent from the device is valid or not.
",3119:"
uint16 deviceTimeFlags() const
Gets the timestamp flags that were transmitted in the Mip Data Packet.  Note: This will return 0 if deviceTimeValid returns false.
",3121:"
Typedef for a vector of MipDataPacket objects.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Packets/MipDataPacket-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Packets/MipDataPacket-h-ToolTips.js deleted file mode 100644 index b0ac1b876..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Packets/MipDataPacket-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2983:"
MipSharedDataFields
Object to more easily access shared data field information within a MipDataPacket
",3026:"
MipPacket
A class that contains packet information about an Inertial packet
",3097:"
MipDataPacket()
Creates a default constructed MipDataPacket
",3115:"
const Timestamp& collectedTimestamp() const
Gets the Timestamp representing when the packet was collected by MSCL.
",3118:"
bool deviceTimeValid() const
Whether the Timestamp field sent from the device is valid or not.
",4527:"
MipDataPoint
Represents a single Inertial Data Point (Extends from DataPoint)
",4550:"
MipDataField
An Inertial data field object that represents a data field within an Inertial Data Packet
",10291:"
Timestamp
Represents a date/time object
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Packets/MipDataPacket-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Packets/MipDataPacket-h.html deleted file mode 100644 index 2bbac0520..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Packets/MipDataPacket-h.html +++ /dev/null @@ -1,164 +0,0 @@ - - -MipDataPacket.h - - - - - - - -
-
MipDataPacket
-
public
MipPacket
MipDataPacket
-

A Mip Data Packet that contains both valid and invalid data from a MIP Device.

-
- -
-
Functions
-
- -
-
MipDataPacket
-
MipDataPacket()
-

Creates a default constructed MipDataPacket

-
- -
-
MipDataPacket
-
explicit MipDataPacket(
const MipPacket &packet
)
-

Creates a MipDataPacket object

Parameters
packet
const MipPacket&

The MipPacket that was found to be a MipDataPacket

-
- -
-
Variables
-
- -
-
m_dataFields
-
MipDataFields m_dataFields
-

The MipDataFields that are contained within this packet

-
- -
-
m_points
-
MipDataPoints m_points
-

The MipDataPoints within this packet

-
- -
-
m_sharedFields
-
MipSharedDataFields m_sharedFields
-

Accessors for the shared field information found within this packet

-
- -
-
m_collectedTime
-
Timestamp m_collectedTime
-

The Timestamp of when this packet was received

-
- -
-
m_deviceTime
-
Timestamp m_deviceTime
-

The timestamp that was provided by the Node in the data packet Note: this is being deprecated for Gen 7 devices and later, use shared().gpsTimestamp(), externalTimestamp() instead.

-
- -
-
m_hasDeviceTime
-
bool m_hasDeviceTime
-

Whether the device timestamp was included in the data packet.  Note: this is being deprecated for Gen 7 devices and later, use shared().hasGpsTimestamp(), externalTimestamp() instead.

-
- -
-
m_deviceTimeValid
-
bool m_deviceTimeValid
-

Whether the device timestamp is valid or not (based on flags and/or it being a reasonable timestamp) Note: this is being deprecated for Gen 7 devices and later, use shared().gpsTimestampValid(), externalTimestampValid() instead.

-
- -
-
m_deviceTimeFlags
-
uint16 m_deviceTimeFlags
-

The flags value that the device timestamp was transmitted with.

-
- -
-
Functions
-
- -
-
parseDataFields
-
void parseDataFields()
-

Parses the passed in MipPacket for all the field information and adds a data field to the MipDataFields container Also parses out all the MipDataPoints in the fields that were created and adds them to m_points

-
- -
-
parsePointsInField
-
void parsePointsInField(
const MipDataField &field
)
-

Parses an MipDataField for MipDataPoints and puts them into m_points

Parameters
field
const MipDataField&

The MipDataField to parse for data points

-
- -
-
parseTimestamp
-
void parseTimeStamp(
const MipDataField &field
)
-

Parses a MIP timestamp field, and sets the device time member variables.

Parameters
field
const MipDataField&

The MipDataField to parse the time from

-
- -
-
timestampWithinRange
-
bool timestampWithinRange(
const Timestamp &timestamp
) const
-

Checks if the given timestamp is within range of the collectedTimestamp.

Parameters
timestamp
const Timestamp&

The Timestamp to validate.

Returns

true if the given timestamp is within 1 hour of the collectedTimestamp, false otherwise.

-
- -
-
data
-
const MipDataPoints& data() const
-

Gets all the MipDataPoints that are contained within this packet.

Returns

The MipDataPoints that are contained within this packet.

-
- -
-
shared
-
const MipSharedDataFields& shared() const
-

Gets the MipSharedDataFields object that makes the shared field information within this packet more easily accessible.

Returns

The MipSharedDataFields that are contained within this packet.

-
- -
-
collectedTimestamp
-
const Timestamp& collectedTimestamp() const
-

Gets the Timestamp representing when the packet was collected by MSCL.

Returns

A Timestamp representing when the packet was received by MSCL.

-
- -
-
deviceTimestamp
-
const Timestamp& deviceTimestamp() const
-

Gets the Timestamp which was transmitted in the Mip Data Packet as a channel field.  Note: This will return a Timestamp of 0 if deviceTimeValid returns false.

Returns

A Timestamp that was included in the data packet itself as a field.

-
- -
-
hasDeviceTime
-
bool hasDeviceTime() const
-

Whether the data packet had a Timestamp field included in it.

Returns

true if the data packet included a Timestamp field, false if it did not.

-
- -
-
deviceTimeValid
-
bool deviceTimeValid() const
-

Whether the Timestamp field sent from the device is valid or not.

Returns

true if the Timestamp is valid, false if not.

-
- -
-
deviceTimeFlags
-
uint16 deviceTimeFlags() const
-

Gets the timestamp flags that were transmitted in the Mip Data Packet.  Note: This will return 0 if deviceTimeValid returns false.

Returns

The uint16 flags that were sent with the device timestamp.

-
- -
-
Types
-
- -
-
MipDataPackets
-

Typedef for a vector of MipDataPacket objects.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Packets/MipFieldParser-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Packets/MipFieldParser-h-Summary.js deleted file mode 100644 index be51eb5fc..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Packets/MipFieldParser-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/MIP/Packets/MipFieldParser.h","MipFieldParser.h");NDSummary.OnSummaryLoaded("File:MicroStrain/MIP/Packets/MipFieldParser.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Sections","Section"],["Types","Type"]],[[3085,0,3,"MipFieldParser","MipFieldParser"],[3086,0,2,"Types","Types"],[3087,0,4,"ParserMap","ParserMap"],[3088,0,0,"MipFieldParser","MipFieldParser(2)"],[3089,0,2,"Functions","MipFieldParser.Functions"],[3090,0,1,"parse","MipFieldParser.parse"],[3091,0,1,"parseField","MipFieldParser.parseField"],[3092,0,1,"getParserMap","MipFieldParser.getParserMap"],[3093,0,1,"registerParser","MipFieldParser.registerParser"],[3094,0,1,"pointIsValid","MipFieldParser.pointIsValid"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Packets/MipFieldParser-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Packets/MipFieldParser-h-SummaryToolTips.js deleted file mode 100644 index 5987bc27e..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Packets/MipFieldParser-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/MIP/Packets/MipFieldParser.h",{3087:"
Typedef for a map of MipTypes::ChannelField / MipFieldParser pairs
",3088:"
MipFieldParser
Base Class parser for parsing Mip Data Fields
",3090:"
virtual void parse(
const MipDataField &field,
MipDataPoints &result
) const = 0
Parses an MipDataField for MipDataPoints and stores them in the result vector
",3091:"
static void parseField(
const MipDataField &field,
MipDataPoints &result
)
The static parse function to call that looks through the parser map and parses the field with the correct parser
",3092:"
static ParserMap& getParserMap()
Gets the static parser map that contains all the registered parsing classes
",3093:"
static bool registerParser(
MipTypes::ChannelField field,
const MipFieldParser *parser
)
Registers an MipFieldParser with a MipTypes::ChannelField.
",3094:"
static bool pointIsValid(
uint16 allFlags,
uint16 flagPos
)
Checks if the flag position for a Mip Data Point is valid given the full flags value
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Packets/MipFieldParser-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Packets/MipFieldParser-h-ToolTips.js deleted file mode 100644 index af829bfd6..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Packets/MipFieldParser-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3087:"
Typedef for a map of MipTypes::ChannelField / MipFieldParser pairs
",3088:"
MipFieldParser
Base Class parser for parsing Mip Data Fields
",3321:"
The enums for all of the different MIP Channel Field IDs.
",4527:"
MipDataPoint
Represents a single Inertial Data Point (Extends from DataPoint)
",4550:"
MipDataField
An Inertial data field object that represents a data field within an Inertial Data Packet
",1068:"
FieldParser_BuiltInTest
The Field Parser for continuous built-in test (BIT) results
",1075:"
FieldParser_TimeSyncStatus
The Field Parser for time sync status (PPS) data
",1082:"
FieldParser_GpioState
The Field Parser for all GPIO pin state data
",1090:"
MipSharedFieldParser
",1159:"
FieldParser_RawAccelVector
The Field Parser for raw accelerometer data
",1166:"
FieldParser_RawGyroVector
The field parser for raw gyro data
",1167:"
FieldParser_RawMagVector
The field parser for raw magnetometer data
",1168:"
FieldParser_ScaledAccelVector
The field parser for scaled accelerometer data
",1169:"
FieldParser_ScaledGyroVector
The field parser for scaled gyro data
",1170:"
FieldParser_ScaledMagVector
The field parser for scaled magnetometer data
",1171:"
FieldParser_DeltaThetaVector
The field parser for delta theta data
",1172:"
FieldParser_DeltaVelocityVector
The field parser for delta velocity data
",1173:"
FieldParser_OrientationMatrix
The field parser for orientation matrix data
",1174:"
FieldParser_Quaternion
The field parser for quaternion data
",1175:"
FieldParser_OrientationUpdateMatrix
The field parser for orientation matrix data
",1176:"
FieldParser_EulerAngles
The field parser for Euler Angles data
",1177:"
FieldParser_InternalTimestamp
The field parser for Internal Timestamp data
",1178:"
FieldParser_BeaconedTimestamp
The field parser for Beaconed Timestamp data
",1182:"
FieldParser_StabilizedMagVector
The field parser for Stabilized Mag Vector (North)
",1183:"
FieldParser_StabilizedAccelVector
The field parser for Stabilized Accel Vector (Up)
",1184:"
FieldParser_GpsCorrelationTimestamp
The field parser for GPS Correlation Timestamp
",1192:"
FieldParser_ScaledAmbientPressure
The field parser for Scaled Ambient Pressure.
",1193:"
FieldParser_OverrangeStatus
The field parser for Overrange Status.
",1200:"
FieldParser_RawAmbientPressure
The field parser for Raw Ambient Pressure.
",1201:"
FieldParser_OdometerData
The field parser for the Odometer Data field.
",1205:"
MipGnssFieldParser
",1409:"
FieldParser_FilterStatus
The field parser for Filter Status data
",1416:"
FieldParser_NAV_GPS_Timestamp
The field parser for NAV GPS Timestamp data
",1420:"
FieldParser_EstimatedLLHPosition
The field parser for Estimated LLH Position data
",1424:"
FieldParser_EstimatedNEDVelocity
The field parser for Estimated NED Velocity data
",1428:"
FieldParser_EstimatedQuaternion
The field parser for Estimated Orientation Quaternion data
",1432:"
FieldParser_EstimatedMatrix
The field parser for Estimated Orientation Matrix data
",1436:"
FieldParser_EstimatedEulerAngles
The field parser for Estimated Orientation Euler Angles data
",1440:"
FieldParser_EstimatedGyroBias
The field parser for Estimated Gyro Bias data
",1444:"
FieldParser_EstimatedAccelBias
The field parser for Estimated Accel Bias data
",1448:"
FieldParser_EstimatedLLHPosUncertainty
The field parser for Estimated LLH Position Uncertainty data
",1452:"
FieldParser_EstimatedNEDUncertainty
The field parser for Estimated NED Velocity Uncertainty data
",1456:"
FieldParser_EstimatedAttEulerUncertainty
The field parser for Estimated Attitude Euler Angles Uncertainty data
",1460:"
FieldParser_EstimatedGyroBiasUncertainty
The field parser for Estimated Gyro Bias Uncertainty data
",1464:"
FieldParser_EstimatedAccelBiasUncertainty
The field parser for Estimated Accel Bias Uncertainty data
",1468:"
FieldParser_EstimatedLinearAccel
The field parser for Estimated Linear Acceleration data
",1472:"
FieldParser_EstimatedAngularRate
The field parser for Estimated Angular Rate data
",1476:"
FieldParser_WGS84LocalGravMagnitude
The field parser for WGS84 Local Gravity Magnitude data
",1480:"
FieldParser_EstimatedAttQuaternUncertainty
The field parser for Estimated Attitude Uncertainty, Quaternion Elements data
",1484:"
FieldParser_EstimatedGravityVector
The field parser for Estimated Gravity Vector data
",1488:"
FieldParser_HeadingUpdateSource
The field parser for Heading Update Source State data
",1492:"
FieldParser_MagneticModelSolution
The field parser for Magnetic Model Solution data
",1496:"
FieldParser_EstimatedGyroScaleFactor
The field parser for Estimated Gyro Scale Factor data
",1500:"
FieldParser_EstimatedAccelScaleFactor
The field parser for Estimated Accel Scale Factor data
",1504:"
FieldParser_EstimatedGyroScaleFactorUncertainty
The field parser for Estimated Gyro Scale Factor Uncertainty data
",1508:"
FieldParser_EstimatedAccelScaleFactorUncertainty
The field parser for Estimated Accel Scale Factor Uncertainty data
",1512:"
FieldParser_CompensatedAccel
The field parser for Compensated Acceleration data
",1516:"
FieldParser_StdAtmModel
The field parser for Standard Atmosphere Model data
",1520:"
FieldParser_PressureAlt
The field parser for Pressure Altitude data
",1524:"
FieldParser_MagAutoHardIronOffset
The field parser for Estimated Mag Auto Hard Iron Offset data
",1528:"
FieldParser_MagBias
The field parser for Estimated Mag Auto Hard Iron Offset data
",1532:"
FieldParser_MagAutoSoftIronMatrix
The field parser for Estimated Mag Auto Soft Iron Matrix data
",1536:"
FieldParser_MagAutoHardIronOffsetUncert
The field parser for Estimated Mag Auto Hard Iron Offset Uncertainty data
",1540:"
FieldParser_MagBiasUncert
The field parser for Estimated Mag Bias Uncertainty data
",1544:"
FieldParser_MagAutoSoftIronMatrixUncert
The field parser for Estimated Mag Auto Soft Iron Matrix Uncertainty data
",1548:"
FieldParser_MagCovarianceMatrix
The field parser for the Estimated Magnetometer Covariance Matrix field
",1549:"
FieldParser_MagResidualVector
The field parser for the Magnetometer Residual Vector field
",1550:"
FieldParser_GnssAntennaOffsetCorrection
The field parser for GNSS Antenna Offset Correction data
",1554:"
FieldParser_GnssAntennaOffsetCorrectionUncert
The field parser for GNSS Antenna Offset Correction Uncertainty data
",1558:"
FieldParser_GnssClockCorrection
The field parser for GNSS Clock Correction data
",1562:"
FieldParser_GnssClockCorrectionUncert
The field parser for GNSS Clock Correction Uncertainty data
",1566:"
FieldParser_GnssMultiAntennaOffsetCorrection
The field parser for GNSS Multi-Antenna Offset Correction data
",1570:"
FieldParser_GnssMultiAntennaOffsetCorrectionUncert
The field parser for GNSS Multi-Antenna Offset Correction Uncertainty data
",1574:"
FieldParser_EcefPositionUncert
The field parser for ECEF Position Uncertainty data
",1578:"
FieldParser_EcefVelocityUncert
The field parser for ECEF Velocity Uncertainty data
",1582:"
FieldParser_EcefPosition
The field parser for ECEF Position data
",1586:"
FieldParser_EcefVelocity
The field parser for ECEF Velocity data
",1590:"
FieldParser_NedRelativePos
The field parser for NED Relative Position data
",1594:"
FieldParser_FilterPosAidingStatus
The field parser for the filter GNSS Position Aiding status
",1595:"
FieldParser_FilterAttAidingStatus
The field parser for the filter GNSS Attitude Aiding status
",1596:"
FieldParser_FilterAidingSummary
The field parser for the filter Aiding Measurement Summary
",1597:"
FieldParser_OdometerScaleError
The field parser for the filter Odometer Scale Factor Error
",1598:"
FieldParser_OdometerScaleErrorUncert
The field parser for the filter Odometer Scale Factor Error Uncertainty
",1599:"
FieldParser_DualAntennaStatus
The field parser for the filter GNSS Dual Antenna Status data
",1600:"
FieldParser_FrameConfigError
The field parser for the filter Aiding Frame Config Error data
",1601:"
FieldParser_FrameConfigErrorUnc
The field parser for the filter Aiding Frame Config Error Uncertainty data
",3083:"
FieldParser_RawPosition
The Field Parser for raw position (ADC counts) data
",3084:"
FieldParser_Position
The Field Parser for displacement position (mm) data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Packets/MipFieldParser-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Packets/MipFieldParser-h.html deleted file mode 100644 index 322557ecb..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Packets/MipFieldParser-h.html +++ /dev/null @@ -1,64 +0,0 @@ - - -MipFieldParser.h - - - - - - - -
-
MipFieldParser
-
- -
-
Types
-
- -
-
ParserMap
-

Typedef for a map of MipTypes::ChannelField / MipFieldParser pairs

-
- -
-
MipFieldParser
-
MipFieldParser
FieldParser_BeaconedTimestamp
FieldParser_BuiltInTest
FieldParser_CompensatedAccel
FieldParser_DeltaThetaVector
and 79 other children
FieldParser_DeltaVelocityVector
FieldParser_DualAntennaStatus
FieldParser_EcefPosition
FieldParser_EcefPositionUncert
FieldParser_EcefVelocity
FieldParser_EcefVelocityUncert
FieldParser_EstimatedAccelBias
FieldParser_EstimatedAccelBiasUncertainty
FieldParser_EstimatedAccelScaleFactor
FieldParser_EstimatedAccelScaleFactorUncertainty
FieldParser_EstimatedAngularRate
FieldParser_EstimatedAttEulerUncertainty
FieldParser_EstimatedAttQuaternUncertainty
FieldParser_EstimatedEulerAngles
FieldParser_EstimatedGravityVector
FieldParser_EstimatedGyroBias
FieldParser_EstimatedGyroBiasUncertainty
FieldParser_EstimatedGyroScaleFactor
FieldParser_EstimatedGyroScaleFactorUncertainty
FieldParser_EstimatedLinearAccel
FieldParser_EstimatedLLHPosition
FieldParser_EstimatedLLHPosUncertainty
FieldParser_EstimatedMatrix
FieldParser_EstimatedNEDUncertainty
FieldParser_EstimatedNEDVelocity
FieldParser_EstimatedQuaternion
FieldParser_EulerAngles
FieldParser_FilterAidingSummary
FieldParser_FilterAttAidingStatus
FieldParser_FilterPosAidingStatus
FieldParser_FilterStatus
FieldParser_FrameConfigError
FieldParser_FrameConfigErrorUnc
FieldParser_GnssAntennaOffsetCorrection
FieldParser_GnssAntennaOffsetCorrectionUncert
FieldParser_GnssClockCorrection
FieldParser_GnssClockCorrectionUncert
FieldParser_GnssMultiAntennaOffsetCorrection
FieldParser_GnssMultiAntennaOffsetCorrectionUncert
FieldParser_GpioState
FieldParser_GpsCorrelationTimestamp
FieldParser_HeadingUpdateSource
FieldParser_InternalTimestamp
FieldParser_MagAutoHardIronOffset
FieldParser_MagAutoHardIronOffsetUncert
FieldParser_MagAutoSoftIronMatrix
FieldParser_MagAutoSoftIronMatrixUncert
FieldParser_MagBias
FieldParser_MagBiasUncert
FieldParser_MagCovarianceMatrix
FieldParser_MagneticModelSolution
FieldParser_MagResidualVector
FieldParser_NAV_GPS_Timestamp
FieldParser_NedRelativePos
FieldParser_OdometerData
FieldParser_OdometerScaleError
FieldParser_OdometerScaleErrorUncert
FieldParser_OrientationMatrix
FieldParser_OrientationUpdateMatrix
FieldParser_OverrangeStatus
FieldParser_Position
FieldParser_PressureAlt
FieldParser_Quaternion
FieldParser_RawAccelVector
FieldParser_RawAmbientPressure
FieldParser_RawGyroVector
FieldParser_RawMagVector
FieldParser_RawPosition
FieldParser_ScaledAccelVector
FieldParser_ScaledAmbientPressure
FieldParser_ScaledGyroVector
FieldParser_ScaledMagVector
FieldParser_StabilizedAccelVector
FieldParser_StabilizedMagVector
FieldParser_StdAtmModel
FieldParser_TimeSyncStatus
FieldParser_WGS84LocalGravMagnitude
MipGnssFieldParser
MipSharedFieldParser
-

Base Class parser for parsing Mip Data Fields

-
- -
-
Functions
-
- -
-
parse
-
virtual void parse(
const MipDataField &field,
MipDataPoints &result
) const = 0
-

Parses an MipDataField for MipDataPoints and stores them in the result vector

Parameters
field
const MipDataField&

The MipDataField to parse for data points

result
MipDataPoints&

The MipDataPoints vector to store the data points in

-
- -
-
parseField
-
static void parseField(
const MipDataField &field,
MipDataPoints &result
)
-

The static parse function to call that looks through the parser map and parses the field with the correct parser

Parameters
field
const MipDataField&

The MipDataField to parse for data points

result
MipDataPoints&

The MipDataPoints vector to store the data points in

-
- -
-
getParserMap
-
static ParserMap& getParserMap()
-

Gets the static parser map that contains all the registered parsing classes

Returns

A ParserMap holding all the parse functions in a map

-
- -
-
registerParser
-
static bool registerParser(
MipTypes::ChannelField field,
const MipFieldParser *parser
)
-

Registers an MipFieldParser with a MipTypes::ChannelField.

Returns

true if the parser was registered successfully, false if it failed (already existed).

-
- -
-
pointIsValid
-
static bool pointIsValid(
uint16 allFlags,
uint16 flagPos
)
-

Checks if the flag position for a Mip Data Point is valid given the full flags value

Parameters
allFlags
uint16

The full flags value representing all the valid and invalid flags

flagPos
uint16

The binary position of the flag to check if it is valid (1) or invalid (0)

Returns

true if the flag position is valid, false if the flag position is invalid

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Packets/MipFieldParser_Displacement-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Packets/MipFieldParser_Displacement-h-Summary.js deleted file mode 100644 index 1f3bffd6e..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Packets/MipFieldParser_Displacement-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/MIP/Packets/MipFieldParser_Displacement.h","MipFieldParser_Displacement.h");NDSummary.OnSummaryLoaded("File:MicroStrain/MIP/Packets/MipFieldParser_Displacement.h",[["C/C++","C"]],[["Classes","Class"],["Sections","Section"]],[[3082,0,1,"MipFieldParser_Displacement","MipFieldParser_Displacement"],[3083,0,0,"FieldParser_RawPosition","FieldParser_RawPosition"],[3084,0,0,"FieldParser_Position","FieldParser_Position"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Packets/MipFieldParser_Displacement-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Packets/MipFieldParser_Displacement-h-SummaryToolTips.js deleted file mode 100644 index 899d65142..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Packets/MipFieldParser_Displacement-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/MIP/Packets/MipFieldParser_Displacement.h",{3083:"
FieldParser_RawPosition
The Field Parser for raw position (ADC counts) data
",3084:"
FieldParser_Position
The Field Parser for displacement position (mm) data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Packets/MipFieldParser_Displacement-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Packets/MipFieldParser_Displacement-h-ToolTips.js deleted file mode 100644 index 908e2d5ef..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Packets/MipFieldParser_Displacement-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3088:"
MipFieldParser
Base Class parser for parsing Mip Data Fields
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Packets/MipFieldParser_Displacement-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Packets/MipFieldParser_Displacement-h.html deleted file mode 100644 index 5c867bcde..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Packets/MipFieldParser_Displacement-h.html +++ /dev/null @@ -1,27 +0,0 @@ - - -MipFieldParser_Displacement.h - - - - - - - -
-
MipFieldParser_Displacement
-
- -
-
FieldParser_RawPosition
-
public
MipFieldParser
FieldParser_RawPosition
-

The Field Parser for raw position (ADC counts) data

-
- -
-
FieldParser_Position
-
public
MipFieldParser
FieldParser_Position
-

The Field Parser for displacement position (mm) data

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Packets/MipPacket-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Packets/MipPacket-h-Summary.js deleted file mode 100644 index c74750581..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Packets/MipPacket-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/MIP/Packets/MipPacket.h","MipPacket.h");NDSummary.OnSummaryLoaded("File:MicroStrain/MIP/Packets/MipPacket.h",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Enums","Enumeration"],["Functions","Function"],["Groups","Group"],["Structs","Struct"],["Types","Type"],["Variables","Variable"]],[[3026,0,0,"MipPacket","MipPacket"],[3027,0,4,"Types","MipPacket.Types"],[3028,0,2,"Response State","MipPacket.Response_State"],[3029,0,1,,"MipPacket.MIP_ACK_NACK_ERROR_NONE"],[3030,0,1,,"MipPacket.MIP_ACK_NACK_ERROR_UNKNOWN_COMMAND"],[3031,0,1,,"MipPacket.MIP_ACK_NACK_ERROR_CHECKSUM_INVALID"],[3032,0,1,,"MipPacket.MIP_ACK_NACK_ERROR_PARAMETER_INVALID"],[3033,0,1,,"MipPacket.MIP_ACK_NACK_ERROR_COMMAND_FAILED"],[3034,0,1,,"MipPacket.MIP_ACK_NACK_ERROR_COMMAND_TIMEOUT"],[3035,0,1,,"MipPacket.MIP_ACK_NACK_ERROR_UNKNOWN_DESCRIPTOR_SET"],[3036,0,6,"Payload","MipPacket.Payload"],[3037,0,4,"Variables","MipPacket.Variables"],[3038,0,7,"m_descriptorSet","MipPacket.m_descriptorSet"],[3039,0,7,"m_payload","MipPacket.m_payload"],[3040,0,4,"Functions","MipPacket.Functions"],[3041,0,3,"payload","MipPacket.payload"],[3042,0,3,"type","MipPacket.type"],[3043,0,3,"isDataPacket","MipPacket.isDataPacket"],[3044,0,3,"descriptorSet","MipPacket.descriptorSet"],[3045,0,3,"payload","MipPacket.payload(2)"],[3046,0,5,"MipPacketInfo","MipPacketInfo"],[3047,0,4,"Types","MipPacketInfo.Types"],[3048,0,2,"MIP Packet Bytes","MipPacketInfo.MIP_Packet_Bytes"],[3049,0,1,,"MipPacketInfo.MIP_PACKET_START_OF_PACKET"],[3050,0,1,,"MipPacketInfo.MIP_PACKET_SOP1"],[3051,0,1,,"MipPacketInfo.MIP_PACKET_SOP2"],[3052,0,1,,"MipPacketInfo.COMMAND_SET_BASE"],[3053,0,1,,"MipPacketInfo.COMMAND_SET_3DM"],[3054,0,1,,"MipPacketInfo.COMMAND_SET_NAV_FILTER"],[3055,0,1,,"MipPacketInfo.COMMAND_SET_GNSS"],[3056,0,1,,"MipPacketInfo.COMMAND_SET_RTK"],[3057,0,1,,"MipPacketInfo.COMMAND_SET_SYSTEM"],[3058,0,2,"MIP Packet Information","MipPacketInfo.MIP_Packet_Information"],[3059,0,1,,"MipPacketInfo.MIP_MIN_PACKET_SIZE"],[3060,0,1,,"MipPacketInfo.MIP_NUM_BYTES_BEFORE_PAYLOAD"],[3061,0,1,,"MipPacketInfo.MIP_NUM_BYTES_AFTER_PAYLOAD"],[3062,0,5,"DescriptorSet","DescriptorSet"],[3063,0,4,"Types","DescriptorSet.Types"],[3064,0,2,"MIP Packet Descriptor Sets","DescriptorSet.MIP_Packet_Descriptor_Sets"],[3065,0,1,,"DescriptorSet.DESC_SET_CMD_BASE"],[3066,0,1,,"DescriptorSet.DESC_SET_CMD_3DM"],[3067,0,1,,"DescriptorSet.DESC_SET_CMD_NAV"],[3068,0,1,,"DescriptorSet.DESC_SET_CMD_GNSS"],[3069,0,1,,"DescriptorSet.DESC_SET_CMD_RTK"],[3070,0,1,,"DescriptorSet.DESC_SET_CMD_SYS"],[3071,0,1,,"DescriptorSet.DESC_SET_DATA_SENSOR"],[3072,0,1,,"DescriptorSet.DESC_SET_DATA_GNSS"],[3073,0,1,,"DescriptorSet.DESC_SET_DATA_EST_FILTER"],[3074,0,1,,"DescriptorSet.DESC_SET_DATA_DISPLACEMENT-0x90"],[3075,0,1,,"DescriptorSet.DESC_SET_DATA_GNSS_1"],[3076,0,1,,"DescriptorSet.DESC_SET_DATA_GNSS_2"],[3077,0,1,,"DescriptorSet.DESC_SET_DATA_GNSS_3"],[3078,0,1,,"DescriptorSet.DESC_SET_DATA_RTK"],[3079,0,1,,"DescriptorSet.DESC_SET_DATA_GNSS_4"],[3080,0,1,,"DescriptorSet.DESC_SET_DATA_GNSS_5"],[3081,0,1,,"DescriptorSet.DESC_SET_DATA_SYSTEM"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Packets/MipPacket-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Packets/MipPacket-h-SummaryToolTips.js deleted file mode 100644 index 2876d3813..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Packets/MipPacket-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/MIP/Packets/MipPacket.h",{3026:"
MipPacket
A class that contains packet information about an Inertial packet
",3036:"
typedef for the bytes that make up a payload in a packet
",3038:"
uint8 m_descriptorSet
The descriptor set (packet type) of the MipPacket
",3039:"
Payload m_payload
The payload bytes in the packet
",3041:"
void payload(
const Bytes &bytes
)
Sets the payload bytes of the packet
",3042:"
Sets the descriptor set of the MipPacket
",3043:"
static bool isDataPacket(
uint8 descriptorSet
)
Gets whether or not the packet is a data packet
",3044:"
uint8 descriptorSet() const
Gets the descriptor set of the MipPacket
",3045:"
const std::vector<uint8> payload() const
Gets the payload bytes of the packet
",3046:"
Contains constants representing information on MIP Packets
",3062:"
Contains enums representing Descriptor sets for Inertial Packets
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Packets/MipPacket-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Packets/MipPacket-h-ToolTips.js deleted file mode 100644 index 5ff546b5b..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Packets/MipPacket-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3036:"
typedef for the bytes that make up a payload in a packet
",10253:"
typedef for a vector of bytes.
",3095:"
MipDataPacket
A Mip Data Packet that contains both valid and invalid data from a MIP Device.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Packets/MipPacket-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Packets/MipPacket-h.html deleted file mode 100644 index 3a6c65e45..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Packets/MipPacket-h.html +++ /dev/null @@ -1,113 +0,0 @@ - - -MipPacket.h - - - - - - - -
-
MipPacket
-
MipPacket
MipDataPacket
-

A class that contains packet information about an Inertial packet

-
- -
-
Types
-
- -
-
Response State
-
MIP_ACK_NACK_ERROR_NONE

0  - No Error

MIP_ACK_NACK_ERROR_UNKNOWN_COMMAND

1  - Error: Unknown command was sent to the device

MIP_ACK_NACK_ERROR_CHECKSUM_INVALID

2  - Error: Invalid checksum was recieved by the device

MIP_ACK_NACK_ERROR_PARAMETER_INVALID

3  - Error: Invalid parameter was received by the device

MIP_ACK_NACK_ERROR_COMMAND_FAILED

4  - Error: The command has failed

MIP_ACK_NACK_ERROR_COMMAND_TIMEOUT

5  - Error: The command has timed out

MIP_ACK_NACK_ERROR_UNKNOWN_DESCRIPTOR_SET

6  - Error: Unknown descriptor set was recieved by the device

-
- -
-
Payload
-

typedef for the bytes that make up a payload in a packet

-
- -
-
Variables
-
- -
-
m_descriptorSet
-
uint8 m_descriptorSet
-

The descriptor set (packet type) of the MipPacket

-
- -
-
m_payload
-
Payload m_payload
-

The payload bytes in the packet

-
- -
-
Functions
-
- -
-
payload
-
void payload(
const Bytes &bytes
)
-

Sets the payload bytes of the packet

Parameters
bytes
const Bytes&

The payload of the packet, as a vector of bytes

-
- -
-
type
-

Sets the descriptor set of the MipPacket

Parameters
set

The descriptor set value to set

-
- -
-
isDataPacket
-
static bool isDataPacket(
uint8 descriptorSet
)
-

Gets whether or not the packet is a data packet

Returns

true if the packet is a data packet, false otherwise

-
- -
-
descriptorSet
-
uint8 descriptorSet() const
-

Gets the descriptor set of the MipPacket

Returns

The descriptor set value of the packet

-
- -
-
payload
-
const std::vector<uint8> payload() const
-

Gets the payload bytes of the packet

Returns

The payload of the packet, as a vector of bytes

-
- -
-
MipPacketInfo
-

Contains constants representing information on MIP Packets

-
- -
-
Types
-
- -
-
MIP Packet Bytes
-
MIP_PACKET_START_OF_PACKET

0x7565  - The full start of packet value of any inertial packet

MIP_PACKET_SOP1

0x75  - The first (start of packet) byte of any inertial packet

MIP_PACKET_SOP2

0x65  - The second (start of packet) byte of any inertial packet

COMMAND_SET_BASE

0x01  - The Base command set is common to many MicroStrain devices.

COMMAND_SET_3DM

0x0C  - The 3DM command set is common to the MicroStrain Inertial sensors that support the MIP packet protocol.

COMMAND_SET_NAV_FILTER

0x0D  - The Navigation Filter command set is specific to MicroStrain Inertial Navigation sensors.

COMMAND_SET_GNSS

0x0E  - The GNSS command set is specific to newer Microstrain Inertial sensors that have GNSS receivers.

COMMAND_SET_RTK

0x0F  - The RTK command set is specific to communication with MIP RTK devices.

COMMAND_SET_SYSTEM

0x7F  - The System Command set provides a set of advanced commands that are specific to devices.

-
- -
-
MIP Packet Information
-
MIP_MIN_PACKET_SIZE

8  - The minimum number of bytes to make a valid MIP packet (0x75, 0x65, Descriptor Set, Payload Len, Payload, Checksum)

MIP_NUM_BYTES_BEFORE_PAYLOAD

4  - The number of bytes in the MIP packets before the payload

MIP_NUM_BYTES_AFTER_PAYLOAD

2  - The number of bytes in the MIP packets after the payload

-
- -
-
DescriptorSet
-

Contains enums representing Descriptor sets for Inertial Packets

-
- -
-
Types
-
- -
-
MIP Packet Descriptor Sets
-
DESC_SET_CMD_BASE

0x01  - Command Packet, Base Set

DESC_SET_CMD_3DM

0x0C  - Command Packet, 3DM Set

DESC_SET_CMD_NAV

0x0D  - Command Packet, Navigation Filter Set

DESC_SET_CMD_GNSS

0x0E  - Command Packet, GNSS Set

DESC_SET_CMD_RTK

0x0F  - Command Packet, RTK Set

DESC_SET_CMD_SYS

0x7F  - Command Packet, System Set

DESC_SET_DATA_SENSOR

0x80  - Data Packet, Sensor Set

DESC_SET_DATA_GNSS

0x81  - Data Packet, GNSS Set

DESC_SET_DATA_EST_FILTER

0x82  - Data Packet, Estimation Filter Set

DESC_SET_DATA_DISPLACEMENT- 0x90

Data Packet, Displacement Set

DESC_SET_DATA_GNSS_1

0x91  - Data Packet, GNSS 1 Set

DESC_SET_DATA_GNSS_2

0x92  - Data Packet, GNSS 2 Set

DESC_SET_DATA_GNSS_3

0x93  - Data Packet, GNSS 3 Set

DESC_SET_DATA_RTK

0x93  - Data Packet, RTK (GNSS 3) Set

DESC_SET_DATA_GNSS_4

0x94  - Data Packet, GNSS 4 Set

DESC_SET_DATA_GNSS_5

0x95  - Data Packet, GNSS 5 Set

DESC_SET_DATA_SYSTEM

0xA0  - Data Packet, System Set

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Packets/MipPacketBuilder-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Packets/MipPacketBuilder-h-Summary.js deleted file mode 100644 index 1e3d4f4df..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Packets/MipPacketBuilder-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/MIP/Packets/MipPacketBuilder.h","MipPacketBuilder.h");NDSummary.OnSummaryLoaded("File:MicroStrain/MIP/Packets/MipPacketBuilder.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Sections","Section"],["Variables","Variable"]],[[3016,0,3,"MipPacketBuilder","MipPacketBuilder"],[3017,0,0,"MipPacketBuilder","MipPacketBuilder(2)"],[3018,0,2,"Functions","MipPacketBuilder.Functions"],[3019,0,1,"MipPacketBuilder","MipPacketBuilder.MipPacketBuilder"],[3020,0,2,"Variables","MipPacketBuilder.Variables"],[3021,0,4,"m_descriptorSet","MipPacketBuilder.m_descriptorSet"],[3022,0,4,"m_fields","MipPacketBuilder.m_fields"],[3023,0,2,"Functions","MipPacketBuilder.Functions(2)"],[3024,0,1,"addField","MipPacketBuilder.addField"],[3025,0,1,"buildPacket","MipPacketBuilder.buildPacket"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Packets/MipPacketBuilder-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Packets/MipPacketBuilder-h-SummaryToolTips.js deleted file mode 100644 index 148820c02..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Packets/MipPacketBuilder-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/MIP/Packets/MipPacketBuilder.h",{3017:"
MipPacketBuilder
A helper class to make it simple to create Inertial Packets
",3019:"
MipPacketBuilder(
const uint8 descriptorSet,
const MipDataField &field
)
Creates a MipPacketBuilder object
",3021:"
uint8 m_descriptorSet
The MIP Descriptor Set for the packet
",3022:"
std::vector<MipDataField> m_fields
The vector of MipDataFields that are in the Inertial Packet
",3024:"
void addField(
const MipDataField &field
)
Adds a field to the vector of fields for this packet
",3025:"
ByteStream buildPacket()
Takes the given packet information, including all fields, and builds an Inertial Packet as a ByteStream
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Packets/MipPacketBuilder-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Packets/MipPacketBuilder-h-ToolTips.js deleted file mode 100644 index 65b0f454e..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Packets/MipPacketBuilder-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({4550:"
MipDataField
An Inertial data field object that represents a data field within an Inertial Data Packet
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Packets/MipPacketBuilder-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Packets/MipPacketBuilder-h.html deleted file mode 100644 index 3e18b6acc..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Packets/MipPacketBuilder-h.html +++ /dev/null @@ -1,63 +0,0 @@ - - -MipPacketBuilder.h - - - - - - - -
-
MipPacketBuilder
-
- -
-
MipPacketBuilder
-
MipPacketBuilder
-

A helper class to make it simple to create Inertial Packets

-
- -
-
Functions
-
- -
-
MipPacketBuilder
-
MipPacketBuilder(
const uint8 descriptorSet,
const MipDataField &field
)
-

Creates a MipPacketBuilder object

Parameters
descriptorSet
const uint8

The 1-byte Descriptor Set

field
const MipDataField&

The initial MipDataField to add

-
- -
-
Variables
-
- -
-
m_descriptorSet
-
uint8 m_descriptorSet
-

The MIP Descriptor Set for the packet

-
- -
-
m_fields
-
std::vector<MipDataField> m_fields
-

The vector of MipDataFields that are in the Inertial Packet

-
- -
-
Functions
-
- -
-
addField
-
void addField(
const MipDataField &field
)
-

Adds a field to the vector of fields for this packet

Parameters
field
const MipDataField&

The MipDataField object to add

-
- -
-
buildPacket
-
ByteStream buildPacket()
-

Takes the given packet information, including all fields, and builds an Inertial Packet as a ByteStream

Returns

A ByteStream containing the bytes that make up an Inertial Packet

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Packets/MipPacketCollector-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Packets/MipPacketCollector-h-Summary.js deleted file mode 100644 index 342049ac3..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Packets/MipPacketCollector-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/MIP/Packets/MipPacketCollector.h","MipPacketCollector.h");NDSummary.OnSummaryLoaded("File:MicroStrain/MIP/Packets/MipPacketCollector.h",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"],["Types","Type"],["Variables","Variable"]],[[4346,0,0,"MipPacketCollector","MipPacketCollector"],[4347,0,3,"Functions","MipPacketCollector.Functions"],[4348,0,2,"MipPacketCollector","MipPacketCollector.MipPacketCollector"],[4349,0,2,"MipPacketCollector","MipPacketCollector.MipPacketCollector(2)"],[4350,0,3,"Types","MipPacketCollector.Types"],[4351,0,4,"circular_data_buffer","MipPacketCollector.circular_data_buffer"],[4352,0,3,"Constants","MipPacketCollector.Constants"],[4353,0,1,"MAX_DATA_BUFFER_SIZE = 1024 * 100","MipPacketCollector.MAX_DATA_BUFFER_SIZE=1024*100"],[4354,0,3,"Variables","MipPacketCollector.Variables"],[4355,0,5,"m_dataPackets","MipPacketCollector.m_dataPackets"],[4356,0,5,"m_packetMutex","MipPacketCollector.m_packetMutex"],[4357,0,5,"m_emptyBufferCondition","MipPacketCollector.m_emptyBufferCondition"],[4358,0,5,"m_notifyDataAddedFn","MipPacketCollector.m_notifyDataAddedFn"],[4359,0,5,"m_previousPackets","MipPacketCollector.m_previousPackets"],[4360,0,3,"Functions","MipPacketCollector.Functions(2)"],[4361,0,2,"adjustPacketTimestamp","MipPacketCollector.adjustPacketTimestamp"],[4362,0,2,"requestDataAddedNotification","MipPacketCollector.requestDataAddedNotification"],[4363,0,2,"addDataPacket","MipPacketCollector.addDataPacket"],[4364,0,2,"getDataPackets","MipPacketCollector.getDataPackets"],[4365,0,2,"totalPackets","MipPacketCollector.totalPackets"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Packets/MipPacketCollector-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Packets/MipPacketCollector-h-SummaryToolTips.js deleted file mode 100644 index 829b4b4de..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Packets/MipPacketCollector-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/MIP/Packets/MipPacketCollector.h",{4346:"
MipPacketCollector
Class that sets/matches expected responses, and stores all the Inertial packets
",4348:"
MipPacketCollector()
The default constructor for the MipPacketCollector
",4349:"
~MipPacketCollector()
The destructor for the MipPacketCollector
",4351:"
Typedef for a circular buffer of a MipDataPacket
",4353:"
The maximum number of data packets that can be stored in the circular buffer
",4355:"
circular_data_buffer m_dataPackets
A circular buffer that holds MipDataPackets
",4356:"
std::mutex m_packetMutex
A mutex used for thread safety when accessing/modifying the m_dataPackets buffer
",4357:"
std::condition_variable m_emptyBufferCondition
Allows the write to buffer thread to tell the reading thread when data is available
",4358:"
std::function<void()> m_notifyDataAddedFn
The function to call when data packets are added.
",4359:"
std::map<MipTypes::DataClass, MipDataPacket> m_previousPackets
A map of previous MipDataPackets for each MipTypes::DataClass
",4361:"
void adjustPacketTimestamp(
MipDataPacket &packet
)
Adjusts the collected timestamp of the MipDataPacket if possible, by using the GPS time field in the packet and comparing it with the previous packet.
",4362:"
void requestDataAddedNotification(
std::function<void()> fnToCall
)
Register a function to call when data packets arrive
",4363:"
void addDataPacket(
const MipPacket &packet
)
Adds a data packet to the data packets circular buffer
",4364:"
void getDataPackets(
std::vector<MipDataPacket> &packets,
uint32 timeout = 0,
uint32 maxPackets = 0
)
Gets up to the requested amount of data packets that have been collected.
",4365:"
uint32 totalPackets()
Gets the total number of data packets that are currently in the buffer.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Packets/MipPacketCollector-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Packets/MipPacketCollector-h-ToolTips.js deleted file mode 100644 index e68203ddf..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Packets/MipPacketCollector-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3026:"
MipPacket
A class that contains packet information about an Inertial packet
",3095:"
MipDataPacket
A Mip Data Packet that contains both valid and invalid data from a MIP Device.
",3146:"
The enums for all the different data classes of MIP data.
",4351:"
Typedef for a circular buffer of a MipDataPacket
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Packets/MipPacketCollector-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Packets/MipPacketCollector-h.html deleted file mode 100644 index 5ba41942f..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Packets/MipPacketCollector-h.html +++ /dev/null @@ -1,119 +0,0 @@ - - -MipPacketCollector.h - - - - - - - -
-
MipPacketCollector
-
MipPacketCollector
-

Class that sets/matches expected responses, and stores all the Inertial packets

-
- -
-
Functions
-
- -
-
MipPacketCollector
-
MipPacketCollector()
-

The default constructor for the MipPacketCollector

-
- -
-
MipPacketCollector
-
~MipPacketCollector()
-

The destructor for the MipPacketCollector

-
- -
-
Types
-
- -
-
circular_data_buffer
-

Typedef for a circular buffer of a MipDataPacket

-
- -
-
Constants
-
- -
-
MAX_DATA_BUFFER_SIZE = 1024 * 100
-

The maximum number of data packets that can be stored in the circular buffer

-
- -
-
Variables
-
- -
-
m_dataPackets
-
circular_data_buffer m_dataPackets
-

A circular buffer that holds MipDataPackets

-
- -
-
m_packetMutex
-
std::mutex m_packetMutex
-

A mutex used for thread safety when accessing/modifying the m_dataPackets buffer

-
- -
-
m_emptyBufferCondition
-
std::condition_variable m_emptyBufferCondition
-

Allows the write to buffer thread to tell the reading thread when data is available

-
- -
-
m_notifyDataAddedFn
-
std::function<void()> m_notifyDataAddedFn
-

The function to call when data packets are added.

-
- -
-
m_previousPackets
-
std::map<MipTypes::DataClass, MipDataPacket> m_previousPackets
-

A map of previous MipDataPackets for each MipTypes::DataClass

-
- -
-
Functions
-
- -
-
adjustPacketTimestamp
-
void adjustPacketTimestamp(
MipDataPacket &packet
)
-

Adjusts the collected timestamp of the MipDataPacket if possible, by using the GPS time field in the packet and comparing it with the previous packet.

Parameters
packet
MipDataPacket&

The MipDataPacket to adjust, if possible.

-
- -
-
requestDataAddedNotification
-
void requestDataAddedNotification(
std::function<void()> fnToCall
)
-

Register a function to call when data packets arrive

-
- -
-
addDataPacket
-
void addDataPacket(
const MipPacket &packet
)
-

Adds a data packet to the data packets circular buffer

Parameters
packet
const MipPacket&

The MipPacket to be added to the buffer

-
- -
-
getDataPackets
-
void getDataPackets(
std::vector<MipDataPacket> &packets,
uint32 timeout = 0,
uint32 maxPackets = 0
)
-

Gets up to the requested amount of data packets that have been collected.

Parameters
packets
std::vector<MipDataPacket>&

A vector of MipDataPacket to hold the result.

maxPackets
uint32

The maximum number of packets to return. If this is 0 (default), all sweeps will be returned.

-
- -
-
totalPackets
-
uint32 totalPackets()
-

Gets the total number of data packets that are currently in the buffer.

Returns

The total number of data packets that are currently in the buffer.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Packets/MipSharedDataFields-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Packets/MipSharedDataFields-h-Summary.js deleted file mode 100644 index 7e8876941..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Packets/MipSharedDataFields-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/MIP/Packets/MipSharedDataFields.h","MipSharedDataFields.h");NDSummary.OnSummaryLoaded("File:MicroStrain/MIP/Packets/MipSharedDataFields.h",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Enums","Enumeration"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[2983,0,0,"MipSharedDataFields","MipSharedDataFields"],[2984,0,4,"Types","MipSharedDataFields.Types"],[2985,0,2,"EventSource","MipSharedDataFields.EventSource"],[2986,0,1,,"MipSharedDataFields.EVENT_SOURCE_NONE"],[2987,0,1,,"MipSharedDataFields.EVENT_SOURCE_UNKNOWN"],[2988,0,4,"Variables","MipSharedDataFields.Variables"],[2989,0,5,"m_sharedDataPoints","MipSharedDataFields.m_sharedDataPoints"],[2990,0,4,"Functions","MipSharedDataFields.Functions"],[2991,0,3,"addPoint","MipSharedDataFields.addPoint"],[2992,0,3,"has","MipSharedDataFields.has"],[2993,0,3,"MipSharedDataFields","MipSharedDataFields.MipSharedDataFields"],[2994,0,3,"hasEventSource","MipSharedDataFields.hasEventSource"],[2995,0,3,"eventSource","MipSharedDataFields.eventSource"],[2996,0,3,"hasTicks","MipSharedDataFields.hasTicks"],[2997,0,3,"ticks","MipSharedDataFields.ticks"],[2998,0,3,"hasDeltaTicks","MipSharedDataFields.hasDeltaTicks"],[2999,0,3,"deltaTicks","MipSharedDataFields.deltaTicks"],[3000,0,3,"hasGpsTimestamp","MipSharedDataFields.hasGpsTimestamp"],[3001,0,3,"gpsTimestamp","MipSharedDataFields.gpsTimestamp"],[3002,0,3,"gpsTimestampValid","MipSharedDataFields.gpsTimestampValid"],[3003,0,3,"hasDeltaTime","MipSharedDataFields.hasDeltaTime"],[3004,0,3,"deltaTime","MipSharedDataFields.deltaTime"],[3005,0,3,"hasReferenceTime","MipSharedDataFields.hasReferenceTime"],[3006,0,3,"referenceTime","MipSharedDataFields.referenceTime"],[3007,0,3,"hasDeltaReferenceTime","MipSharedDataFields.hasDeltaReferenceTime"],[3008,0,3,"deltaReferenceTime","MipSharedDataFields.deltaReferenceTime"],[3009,0,3,"hasExternalTimestamp","MipSharedDataFields.hasExternalTimestamp"],[3010,0,3,"externalTimestamp","MipSharedDataFields.externalTimestamp"],[3011,0,3,"externalTimestampValid","MipSharedDataFields.externalTimestampValid"],[3012,0,3,"hasDeltaExternalTime","MipSharedDataFields.hasDeltaExternalTime"],[3013,0,3,"deltaExternalTimestamp","MipSharedDataFields.deltaExternalTimestamp"],[3014,0,3,"deltaExternalTimeValid","MipSharedDataFields.deltaExternalTimeValid"],[3015,0,3,"get","MipSharedDataFields.get"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Packets/MipSharedDataFields-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Packets/MipSharedDataFields-h-SummaryToolTips.js deleted file mode 100644 index 2fd2f013f..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Packets/MipSharedDataFields-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/MIP/Packets/MipSharedDataFields.h",{2983:"
MipSharedDataFields
Object to more easily access shared data field information within a MipDataPacket
",2985:"
The event source value is the event trigger ID (1-based index) that caused the data packet to be output.  If the event source is not an event trigger ID it will be one of the following:
",2989:"
std::map<MipTypes::ChannelField, std::map<MipTypes::ChannelQualifier, MipDataPoint>> m_sharedDataPoints
Holds a map of shared data field MipDataPoints, added while parsing fields in the packet in MipDataPacket::parsePointsInField()
",2991:"
void addPoint(
MipTypes::ChannelField field,
MipTypes::ChannelQualifier qualifier,
MipDataPoint &dataPoint
)
Adds a shared data point at the specified field and qualifier
",2992:"
bool has(
MipTypes::ChannelField field,
MipTypes::ChannelQualifier qualifier = MipTypes::CH_UNKNOWN
) const
Checks whether a data point has been added for the specified field and qualifier Note: returns true if qualifier is CH_UNKNOWN and there is only one data point for the specified field
",2993:"
MipSharedDataFields()
Create an empty MipSharedDataFields object
",2994:"
bool hasEventSource() const
Checks whether the packet contains the Event Source field
",2995:"
uint8 eventSource() const
Gets the Event Source value for the packet
",2996:"
bool hasTicks() const
Checks whether the packet contains the Ticks field
",2997:"
uint32 ticks() const
Gets the Ticks value for the packet
",2998:"
bool hasDeltaTicks() const
Checks whether the packet contains the Delta Ticks field
",2999:"
uint32 deltaTicks() const
Gets the Delta Ticks value for the packet
",3000:"
bool hasGpsTimestamp() const
Checks whether the packet contains the GPS Timestamp field
",3001:"
Timestamp gpsTimestamp() const
Gets the GPS Timestamp value for the packet.  Note: On Gen 7 products and later this will generally be the same value as MipDataPacket::deviceTimestamp()
",3002:"
bool gpsTimestampValid() const
Checks whether the GPS Timestamp value for the packet is valid.  Note: On Gen 7 products and later this will generally be the same value as MipDataPacket::deviceTimestamp()
",3003:"
bool hasDeltaTime() const
Checks whether the packet contains the Delta Time field
",3004:"
double deltaTime() const
Gets the Delta Time value for the packet
",3005:"
bool hasReferenceTime() const
Checks whether the packet contains the Reference Timestamp (nanoseconds since startup) field
",3006:"
uint64 referenceTime() const
Gets the Reference Timestamp (nanoseconds since startup) for the packet
",3007:"
bool hasDeltaReferenceTime() const
Checks whether the packet contains the Delta Reference Timestamp (nanoseconds since last output) field
",3008:"
uint64 deltaReferenceTime() const
Gets the Delta Reference Timestamp (nanoseconds since last output) for the packet
",3009:"
bool hasExternalTimestamp() const
Checks whether the packet contains the External Timestamp field
",3010:"
Timestamp externalTimestamp() const
Gets the External Timestamp value for the packet.
",3011:"
bool externalTimestampValid() const
Checks whether the External Timestamp value for the packet is valid.
",3012:"
bool hasDeltaExternalTime() const
Checks whether the packet contains the Delta External Time field
",3013:"
Gets the Delta External Time value for the packet.
",3014:"
bool deltaExternalTimeValid() const
Checks whether the Delta External Time value for the packet is valid.
",3015:"
const MipDataPoint& get(
MipTypes::ChannelField field,
MipTypes::ChannelQualifier qualifier = MipTypes::CH_UNKNOWN
) const
Get the shared field MipDataPoint with the specified field and qualifier.  If qualifier is MipTypes::CH_UNKNOWN and there is only one data point for the field, that field will be returned.  Note: most users will not need to use this function
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Packets/MipSharedDataFields-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Packets/MipSharedDataFields-h-ToolTips.js deleted file mode 100644 index 55946c427..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Packets/MipSharedDataFields-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({3116:"
const Timestamp& deviceTimestamp() const
Gets the Timestamp which was transmitted in the Mip Data Packet as a channel field.  Note: This will return a Timestamp of 0 if deviceTimeValid returns false.
",3321:"
The enums for all of the different MIP Channel Field IDs.
",3651:"
The enums for different MIP Channel Qualifiers.  This combined with the ChannelField produces a unique identifier for each individual channel that is collected.
",3652:"
0  - Unknown Channel
",4527:"
MipDataPoint
Represents a single Inertial Data Point (Extends from DataPoint)
",10244:"
typedef for an 8-byte unsigned integer.
",10291:"
Timestamp
Represents a date/time object
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Packets/MipSharedDataFields-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Packets/MipSharedDataFields-h.html deleted file mode 100644 index a3a5cac82..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/MIP/Packets/MipSharedDataFields-h.html +++ /dev/null @@ -1,189 +0,0 @@ - - -MipSharedDataFields.h - - - - - - - -
-
MipSharedDataFields
-
MipSharedDataFields
-

Object to more easily access shared data field information within a MipDataPacket

-
- -
-
Types
-
- -
-
EventSource
-

The event source value is the event trigger ID (1-based index) that caused the data packet to be output.  If the event source is not an event trigger ID it will be one of the following:

EVENT_SOURCE_NONE

0x00 - This packet was output due to normal data streaming, was not triggered by an event

EVENT_SOURCE_UNKNOWN

0xFF - The Event Source field was not found in this packet

-
- -
-
Variables
-
- -
-
m_sharedDataPoints
-
std::map<MipTypes::ChannelField, std::map<MipTypes::ChannelQualifier, MipDataPoint>> m_sharedDataPoints
-

Holds a map of shared data field MipDataPoints, added while parsing fields in the packet in MipDataPacket::parsePointsInField()

-
- -
-
Functions
-
- -
-
addPoint
-
void addPoint(
MipTypes::ChannelField field,
MipTypes::ChannelQualifier qualifier,
MipDataPoint &dataPoint
)
-

Adds a shared data point at the specified field and qualifier

-
- -
-
has
-
bool has(
MipTypes::ChannelField field,
MipTypes::ChannelQualifier qualifier = MipTypes::CH_UNKNOWN
) const
-

Checks whether a data point has been added for the specified field and qualifier Note: returns true if qualifier is CH_UNKNOWN and there is only one data point for the specified field

-
- -
-
MipSharedDataFields
-
MipSharedDataFields()
-

Create an empty MipSharedDataFields object

-
- -
-
hasEventSource
-
bool hasEventSource() const
-

Checks whether the packet contains the Event Source field

Returns
bool

true if Event Source is present

-
- -
-
eventSource
-
uint8 eventSource() const
-

Gets the Event Source value for the packet

Returns
uint8

the event source trigger ID, 0x00 if not triggered by event, 0xFF if Event Source not present

-
- -
-
hasTicks
-
bool hasTicks() const
-

Checks whether the packet contains the Ticks field

Returns
bool

true if Ticks is present

-
- -
-
ticks
-
uint32 ticks() const
-

Gets the Ticks value for the packet

Returns
uint32

the ticks value

-
- -
-
hasDeltaTicks
-
bool hasDeltaTicks() const
-

Checks whether the packet contains the Delta Ticks field

Returns
bool

true if Delta Ticks is present

-
- -
-
deltaTicks
-
uint32 deltaTicks() const
-

Gets the Delta Ticks value for the packet

Returns
uint32

the delta ticks value

-
- -
-
hasGpsTimestamp
-
bool hasGpsTimestamp() const
-

Checks whether the packet contains the GPS Timestamp field

Returns
bool

true if GPS Timestamp is present

-
- -
-
gpsTimestamp
-
Timestamp gpsTimestamp() const
-

Gets the GPS Timestamp value for the packet.  Note: On Gen 7 products and later this will generally be the same value as MipDataPacket::deviceTimestamp()

Returns
Timestamp

the GPS timestamp value

-
- -
-
gpsTimestampValid
-
bool gpsTimestampValid() const
-

Checks whether the GPS Timestamp value for the packet is valid.  Note: On Gen 7 products and later this will generally be the same value as MipDataPacket::deviceTimestamp()

Returns
bool

true if valid

-
- -
-
hasDeltaTime
-
bool hasDeltaTime() const
-

Checks whether the packet contains the Delta Time field

Returns
bool

true if Delta Time is present

-
- -
-
deltaTime
-
double deltaTime() const
-

Gets the Delta Time value for the packet

Returns
double

the delta time value

-
- -
-
hasReferenceTime
-
bool hasReferenceTime() const
-

Checks whether the packet contains the Reference Timestamp (nanoseconds since startup) field

Returns
bool

true if Reference Time is present

-
- -
-
referenceTime
-
uint64 referenceTime() const
-

Gets the Reference Timestamp (nanoseconds since startup) for the packet

Returns
uint64

the reference time value

-
- -
-
hasDeltaReferenceTime
-
bool hasDeltaReferenceTime() const
-

Checks whether the packet contains the Delta Reference Timestamp (nanoseconds since last output) field

Returns
bool

true if Delta Reference Time is present

-
- -
-
deltaReferenceTime
-
uint64 deltaReferenceTime() const
-

Gets the Delta Reference Timestamp (nanoseconds since last output) for the packet

Returns
uint64

the delta reference time value

-
- -
-
hasExternalTimestamp
-
bool hasExternalTimestamp() const
-

Checks whether the packet contains the External Timestamp field

Returns
bool

true if External Timestamp is present

-
- -
-
externalTimestamp
-
Timestamp externalTimestamp() const
-

Gets the External Timestamp value for the packet.

Returns
Timestamp

the External Timestamp value

-
- -
-
externalTimestampValid
-
bool externalTimestampValid() const
-

Checks whether the External Timestamp value for the packet is valid.

Returns
bool

true if valid

-
- -
-
hasDeltaExternalTime
-
bool hasDeltaExternalTime() const
-

Checks whether the packet contains the Delta External Time field

Returns
bool

true if Delta External Time is present

-
- -
-
deltaExternalTimestamp
-

Gets the Delta External Time value for the packet.

Returns
uint64

the Delta External Time value

-
- -
-
deltaExternalTimeValid
-
bool deltaExternalTimeValid() const
-

Checks whether the Delta External Time value for the packet is valid.

Returns
bool

true if valid

-
- -
-
get
-
const MipDataPoint& get(
MipTypes::ChannelField field,
MipTypes::ChannelQualifier qualifier = MipTypes::CH_UNKNOWN
) const
-

Get the shared field MipDataPoint with the specified field and qualifier.  If qualifier is MipTypes::CH_UNKNOWN and there is only one data point for the field, that field will be returned.  Note: most users will not need to use this function

Parameters
field
MipTypes::ChannelField

the MipTypes::ChannelField of the data point to get

qualifier
MipTypes::ChannelQualifier

the MipTypes::ChannelQualifier of the data point to get. Default: MipTypes::CH_UNKNOWN

Returns

MipDataPoint reference to the shared data point found

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Matrix-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Matrix-h-Summary.js deleted file mode 100644 index bc442e98d..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Matrix-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Matrix.h","Matrix.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Matrix.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[9861,0,0,"Matrix","Matrix"],[9862,0,2,"Functions","Matrix.Functions"],[9863,0,1,"Matrix","Matrix.Matrix"],[9864,0,2,"Variables","Matrix.Variables"],[9865,0,3,"m_numRows","Matrix.m_numRows"],[9866,0,3,"m_numColumns","Matrix.m_numColumns"],[9867,0,3,"m_valuesType","Matrix.m_valuesType"],[9868,0,3,"m_valueTypeSize","Matrix.m_valueTypeSize"],[9869,0,3,"m_data","Matrix.m_data"],[9870,0,2,"Functions","Matrix.Functions(2)"],[9871,0,1,"getBytePos","Matrix.getBytePos"],[9872,0,1,"checkIndex","Matrix.checkIndex"],[9873,0,1,"valuesType","Matrix.valuesType"],[9874,0,1,"rows","Matrix.rows"],[9875,0,1,"columns","Matrix.columns"],[9876,0,1,"as_doubleAt","Matrix.as_doubleAt"],[9877,0,1,"as_floatAt","Matrix.as_floatAt"],[9878,0,1,"as_uint16At","Matrix.as_uint16At"],[9879,0,1,"as_uint8At","Matrix.as_uint8At"],[9880,0,1,"str","Matrix.str"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Matrix-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Matrix-h-SummaryToolTips.js deleted file mode 100644 index eac6c7985..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Matrix-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Matrix.h",{9861:"
Matrix
Represents a Matrix of values (varying size)
",9863:"
Matrix(
uint16 rows,
uint16 columns,
ValueType storedAs,
const ByteStream &data
)
Creates a Matrix object given its size and data
",9865:"
uint16 m_numRows
The number of rows in the Matrix
",9866:"
uint16 m_numColumns
The number of columns in the Matrix
",9867:"
ValueType m_valuesType
How each value within the Matrix is stored
",9868:"
The size of each values\' type within the Matrix
",9869:"
ByteStream m_data
A vector of vectors making the matrix that contains all the data values
",9871:"
uint32 getBytePos(
uint16 row,
uint16 col
) const
Gets the byte position to read in data from the m_data ByteStream
",9872:"
void checkIndex(
uint16 row,
uint16 col
) const
Checks that the given row and column indices (0-based) are within range, throwing an exception if not
",9873:"
ValueType valuesType() const
Gets how each value within the Matrix is stored
",9874:"
uint16 rows() const
Gets the number of rows in the Matrix
",9875:"
uint16 columns() const
Gets the number of columns in the Matrix
",9876:"
double as_doubleAt(
uint16 row,
uint16 column
) const
Gets the value stored at the given row and column (0-based), as an 8-byte double
",9877:"
float as_floatAt(
uint16 row,
uint16 column
) const
Gets the value stored at the given row and column (0-based), as a 4-byte float
",9878:"
uint16 as_uint16At(
uint16 row,
uint16 column
) const
Gets the value stored at the given row and column (0-based), as a 2-byte unsigned integer
",9879:"
uint8 as_uint8At(
uint16 row,
uint16 column
) const
Gets the value stored at the given row and column (0-based), as a 1-byte uint8
",9880:"
std::string str() const
Creates a string from the Matrix
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Matrix-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Matrix-h-ToolTips.js deleted file mode 100644 index 36c91967c..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Matrix-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",9800:"
Vector
Represents a Vector of values
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Matrix-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Matrix-h.html deleted file mode 100644 index a1d98ccff..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Matrix-h.html +++ /dev/null @@ -1,124 +0,0 @@ - - -Matrix.h - - - - - - - -
-
Matrix
-
Matrix
Vector
-

Represents a Matrix of values (varying size)

-
- -
-
Functions
-
- -
-
Matrix
-
Matrix(
uint16 rows,
uint16 columns,
ValueType storedAs,
const ByteStream &data
)
-

Creates a Matrix object given its size and data

Parameters
rows
uint16

The number of rows that are in the Matrix

columns
uint16

The number of columns that are in the Matrix

storedAs
ValueType

The ValueType representing how all the values in the Matrix are stored

data
const ByteStream&

The ByteStream that hold the values to be stored in the Matrix

-
- -
-
Variables
-
- -
-
m_numRows
-
uint16 m_numRows
-

The number of rows in the Matrix

-
- -
-
m_numColumns
-
uint16 m_numColumns
-

The number of columns in the Matrix

-
- -
-
m_valuesType
-
ValueType m_valuesType
-

How each value within the Matrix is stored

-
- -
-
m_valueTypeSize
-

The size of each values' type within the Matrix

-
- -
-
m_data
-
ByteStream m_data
-

A vector of vectors making the matrix that contains all the data values

-
- -
-
Functions
-
- -
-
getBytePos
-
uint32 getBytePos(
uint16 row,
uint16 col
) const
-

Gets the byte position to read in data from the m_data ByteStream

Parameters
row
uint16

The row being requested

col
uint16

The column being requested

Exceptions

  • std::out_of_range: The position requested is out of range

-
- -
-
checkIndex
-
void checkIndex(
uint16 row,
uint16 col
) const
-

Checks that the given row and column indices (0-based) are within range, throwing an exception if not

Parameters
row
uint16

The 0-based row index to check within range

col
uint16

The 0-based column index to check within range

Exceptions

  • std::out_of_range: The position requested is out of range

-
- -
-
valuesType
-
ValueType valuesType() const
-

Gets how each value within the Matrix is stored

Returns

A ValueType representing how each value in the Matrix is stored

-
- -
-
rows
-
uint16 rows() const
-

Gets the number of rows in the Matrix

Returns

The number of rows in the Matrix

-
- -
-
columns
-
uint16 columns() const
-

Gets the number of columns in the Matrix

Returns

The number of columns in the Matrix

-
- -
-
as_doubleAt
-
double as_doubleAt(
uint16 row,
uint16 column
) const
-

Gets the value stored at the given row and column (0-based), as an 8-byte double

Parameters
row
uint16

The 0-based row index of which to get the value

column
uint16

The 0-based column index of which to get the value

Returns

The value stored at the given row and column, as a double

Exceptions

  • std::out_of_range: The position requested is out of range

-
- -
-
as_floatAt
-
float as_floatAt(
uint16 row,
uint16 column
) const
-

Gets the value stored at the given row and column (0-based), as a 4-byte float

Parameters
row
uint16

The 0-based row index of which to get the value

column
uint16

The 0-based column index of which to get the value

Returns

The value stored at the given row and column, as a float

Exceptions

  • std::out_of_range: The position requested is out of range

-
- -
-
as_uint16At
-
uint16 as_uint16At(
uint16 row,
uint16 column
) const
-

Gets the value stored at the given row and column (0-based), as a 2-byte unsigned integer

Parameters
row
uint16

The 0-based row index of which to get the value

column
uint16

The 0-based column index of which to get the value

Returns

The value stored at the given row and column, as a 2-byte unsigned integer

Exceptions

  • std::out_of_range: The position requested is out of range

-
- -
-
as_uint8At
-
uint8 as_uint8At(
uint16 row,
uint16 column
) const
-

Gets the value stored at the given row and column (0-based), as a 1-byte uint8

Parameters
row
uint16

The 0-based row index of which to get the value

column
uint16

The 0-based column index of which to get the value

Returns

The value stored at the given row and column, as a 1-byte uint8

Exceptions

  • std::out_of_range: The position requested is out of range

-
- -
-
str
-
std::string str() const
-

Creates a string from the Matrix

Returns

A string representing the entire Matrix object (ex. "[[0,0.1,0.2],[1,1.1,1.2],[2,2.1,2.2]]")

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/RTK/Commands/ActivationCode-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/RTK/Commands/ActivationCode-h-Summary.js deleted file mode 100644 index 506f78176..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/RTK/Commands/ActivationCode-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/RTK/Commands/ActivationCode.h","ActivationCode.h");NDSummary.OnSummaryLoaded("File:MicroStrain/RTK/Commands/ActivationCode.h",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Groups","Group"]],[[4583,0,0,"ActivationCode","ActivationCode"],[4584,0,2,"Constants","ActivationCode.Constants"],[4585,0,1,"Packet Bytes","ActivationCode.Packet_Bytes"],[4586,0,1,,"ActivationCode.FIELD_DATA_BYTE"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/RTK/Commands/ActivationCode-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/RTK/Commands/ActivationCode-h-SummaryToolTips.js deleted file mode 100644 index 8cb313097..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/RTK/Commands/ActivationCode-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/RTK/Commands/ActivationCode.h",{4583:"
ActivationCode
Contains the logic for the ActivationCode command.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/RTK/Commands/ActivationCode-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/RTK/Commands/ActivationCode-h-ToolTips.js deleted file mode 100644 index 9589986d9..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/RTK/Commands/ActivationCode-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2937:"
GenericMipCommand
Represents a base class for MIP commands
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/RTK/Commands/ActivationCode-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/RTK/Commands/ActivationCode-h.html deleted file mode 100644 index 01e135b8b..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/RTK/Commands/ActivationCode-h.html +++ /dev/null @@ -1,26 +0,0 @@ - - -ActivationCode.h - - - - - - - -
-
ActivationCode
- -

Contains the logic for the ActivationCode command.

-
- -
-
Constants
-
- -
-
Packet Bytes
-
FIELD_DATA_BYTE

Descriptor byte for the Field data.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/RTK/Commands/DeviceStatusFlags-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/RTK/Commands/DeviceStatusFlags-h-Summary.js deleted file mode 100644 index 612b3b3ac..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/RTK/Commands/DeviceStatusFlags-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/RTK/Commands/DeviceStatusFlags.h","DeviceStatusFlags.h");NDSummary.OnSummaryLoaded("File:MicroStrain/RTK/Commands/DeviceStatusFlags.h",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Groups","Group"]],[[4579,0,0,"DeviceStatusFlags","DeviceStatusFlags"],[4580,0,2,"Constants","DeviceStatusFlags.Constants"],[4581,0,1,"Packet Bytes","DeviceStatusFlags.Packet_Bytes"],[4582,0,1,,"DeviceStatusFlags.FIELD_DATA_BYTE"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/RTK/Commands/DeviceStatusFlags-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/RTK/Commands/DeviceStatusFlags-h-SummaryToolTips.js deleted file mode 100644 index a06b3c15a..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/RTK/Commands/DeviceStatusFlags-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/RTK/Commands/DeviceStatusFlags.h",{4579:"
DeviceStatusFlags
Contains the logic for the DeviceStatusFlags command.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/RTK/Commands/DeviceStatusFlags-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/RTK/Commands/DeviceStatusFlags-h-ToolTips.js deleted file mode 100644 index 9589986d9..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/RTK/Commands/DeviceStatusFlags-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2937:"
GenericMipCommand
Represents a base class for MIP commands
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/RTK/Commands/DeviceStatusFlags-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/RTK/Commands/DeviceStatusFlags-h.html deleted file mode 100644 index 8f929210d..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/RTK/Commands/DeviceStatusFlags-h.html +++ /dev/null @@ -1,26 +0,0 @@ - - -DeviceStatusFlags.h - - - - - - - -
-
DeviceStatusFlags
-
private
GenericMipCommand
DeviceStatusFlags
-

Contains the logic for the DeviceStatusFlags command.

-
- -
-
Constants
-
- -
-
Packet Bytes
-
FIELD_DATA_BYTE

Descriptor byte for the Field data.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/RTK/RTKNode-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/RTK/RTKNode-h-Summary.js deleted file mode 100644 index a4b583cdc..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/RTK/RTKNode-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/RTK/RTKNode.h","RTKNode.h");NDSummary.OnSummaryLoaded("File:MicroStrain/RTK/RTKNode.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[4610,0,0,"RTKNode","RTKNode"],[4611,0,2,"Functions","RTKNode.Functions"],[4612,0,1,"RTKNode","RTKNode.RTKNode"],[4613,0,1,"getCommunicationMode","RTKNode.getCommunicationMode"],[4614,0,1,"setCommunicationMode","RTKNode.setCommunicationMode"],[4615,0,1,"getDeviceStatusFlags","RTKNode.getDeviceStatusFlags"],[4616,0,1,"getActivationCode","RTKNode.getActivationCode"],[4617,0,1,"getStatusBitfieldVersion","RTKNode.getStatusBitfieldVersion"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/RTK/RTKNode-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/RTK/RTKNode-h-SummaryToolTips.js deleted file mode 100644 index 68f1d98ea..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/RTK/RTKNode-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/RTK/RTKNode.h",{4610:"
RTKNode
A class representing a MicroStrain RTK Node
",4612:"
explicit RTKNode(
Connection connection
) : MipNode(connection)
Creates an RTKNode object.
",4613:"
uint8 getCommunicationMode() override
Gets the current communication mode that the node is in.
",4614:"
void setCommunicationMode(
uint8 communicationMode
) override
Sets the communication mode for the node.  Note: The node info will be reset when doing this and therefore will require being fetched again the next time it is requested.
",4615:"
RTKDeviceStatusFlags getDeviceStatusFlags() const
Gets the status flags for the RTK device.
",4616:"
std::string getActivationCode() const
Gets the Activation Code of the RTK device.
",4617:"
uint8 getStatusBitfieldVersion() const
Extracts the bitfield version number from the RTK status flag.  0 - V1 1 - V2
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/RTK/RTKNode-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/RTK/RTKNode-h-ToolTips.js deleted file mode 100644 index b455c9436..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/RTK/RTKNode-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({367:"
Connection
The Connection object that is used for communication.
",3146:"
The enums for all the different data classes of MIP data.
",4366:"
MipNode
Abstract base class for Inertial or RTK (MIP) devices
",10453:"
Error_NotSupported
A command/feature was attempted to be used that was not supported.
",10468:"
Error_Communication
The exception for failing to communicate with a device.
",10479:"
Error_Connection
The generic connection exception.
",10497:"
Error_MipCmdFailed
The Inertial command has failed
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/RTK/RTKNode-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/RTK/RTKNode-h.html deleted file mode 100644 index 1c428134f..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/RTK/RTKNode-h.html +++ /dev/null @@ -1,57 +0,0 @@ - - -RTKNode.h - - - - - - - -
-
RTKNode
- -

A class representing a MicroStrain RTK Node

-
- -
-
Functions
-
- -
-
RTKNode
-
explicit RTKNode(
Connection connection
) : MipNode(connection)
-

Creates an RTKNode object.

Parameters
connection
Connection

The Connection object used for communication.

Exceptions
-
- -
-
getCommunicationMode
-
uint8 getCommunicationMode() override
-

Gets the current communication mode that the node is in.

Returns

The communication mode the node is in. This is an advanced command, and therefore the communication modes for your device should be researched to determine what each communication mode is.

Exceptions
-
- -
-
setCommunicationMode
-
void setCommunicationMode(
uint8 communicationMode
) override
-

Sets the communication mode for the node.  Note: The node info will be reset when doing this and therefore will require being fetched again the next time it is requested.

Parameters
communicationMode
uint8

The communication mode to set. This is an advanced command, and therefore the communication modes for your device should be researched to determine what each communication mode is.

Exceptions
-
- -
-
getDeviceStatusFlags
-
RTKDeviceStatusFlags getDeviceStatusFlags() const
-

Gets the status flags for the RTK device.

Returns
RTKDeviceStatusFlags

The RTKDeviceStatusFlags containing modem and client connection status.

Exceptions
-
- -
-
getActivationCode
-
std::string getActivationCode() const
-

Gets the Activation Code of the RTK device.

Returns

The 32 character Activation Code for the device.

Exceptions
-
- -
-
getStatusBitfieldVersion
-
uint8 getStatusBitfieldVersion() const
-

Extracts the bitfield version number from the RTK status flag.  0 - V1 1 - V2

Returns
uint8

The uint8 bitfield value containing the RTK version number.

Exceptions
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/ResponseCollector-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/ResponseCollector-h-Summary.js deleted file mode 100644 index 07caae7ba..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/ResponseCollector-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/ResponseCollector.h","ResponseCollector.h");NDSummary.OnSummaryLoaded("File:MicroStrain/ResponseCollector.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[9848,0,0,"ResponseCollector","ResponseCollector"],[9849,0,2,"Variables","ResponseCollector.Variables"],[9850,0,3,"m_expectedResponses","ResponseCollector.m_expectedResponses"],[9851,0,3,"m_responseMutex","ResponseCollector.m_responseMutex"],[9852,0,3,"m_connection","ResponseCollector.m_connection"],[9853,0,2,"Functions","ResponseCollector.Functions"],[9854,0,1,"setConnection","ResponseCollector.setConnection"],[9855,0,1,"registerResponse","ResponseCollector.registerResponse"],[9856,0,1,"unregisterResponse","ResponseCollector.unregisterResponse"],[9857,0,1,"waitingForResponse","ResponseCollector.waitingForResponse"],[9858,0,1,"matchExpected","ResponseCollector.matchExpected"],[9859,0,1,"matchExpected","ResponseCollector.matchExpected(2)"],[9860,0,1,"matchExpected","ResponseCollector.matchExpected(3)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/ResponseCollector-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/ResponseCollector-h-SummaryToolTips.js deleted file mode 100644 index 14806a6ce..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/ResponseCollector-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/ResponseCollector.h",{9848:"
ResponseCollector
Stores all the expected command responses
",9850:"
std::vector<ResponseInfo> m_expectedResponses
Holds the response patterns that, if matched, belong to this collector
",9851:"
std::mutex m_responseMutex
A mutex used for thread safety when accessing/modifying the m_expectedResponses vector
",9852:"
Connection* m_connection
The Connection pointer to use for retrieving byte information.
",9854:"
void setConnection(
Connection *connection
)
Sets the connection points to use for retrieving byte information.
",9855:"
void registerResponse(
ResponsePattern *response
)
Registers a ResponsePattern with this collector
",9856:"
void unregisterResponse(
ResponsePattern *response
)
Unregisters a ResponsePattern that is within this collector
",9857:"
bool waitingForResponse()
Gets whether or not this response collector currently has any response patterns to match
",9858:"
bool matchExpected(
DataBuffer &data
)
Checks to see if the byte(s) passed in match any of the expected responses
",9859:"
bool matchExpected(
const WirelessPacket &packet,
std::size_t lastReadPos
)
Checks to see if the wireless packet passed in matches any of the expected responses
",9860:"
bool matchExpected(
MipDataField &field
)
Checks to see if the MipDataField passed in matches any of the expected responses
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/ResponseCollector-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/ResponseCollector-h-ToolTips.js deleted file mode 100644 index 2b0878515..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/ResponseCollector-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({367:"
Connection
The Connection object that is used for communication.
",4550:"
MipDataField
An Inertial data field object that represents a data field within an Inertial Data Packet
",7176:"
WirelessPacket
Represents a MicroStrain wireless packet
",9916:"
Used to easily read a container of bytes
",9928:"
DataBuffer
A buffer of bytes extending from the ByteStream class that is used for holding bytes read in from the connection
",10047:"
ResponsePattern
A pattern matching the expected response from a device command (Base Class).
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/ResponseCollector-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/ResponseCollector-h.html deleted file mode 100644 index 5dfd3af95..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/ResponseCollector-h.html +++ /dev/null @@ -1,85 +0,0 @@ - - -ResponseCollector.h - - - - - - - -
-
ResponseCollector
-
ResponseCollector
-

Stores all the expected command responses

-
- -
-
Variables
-
- -
-
m_expectedResponses
-
std::vector<ResponseInfo> m_expectedResponses
-

Holds the response patterns that, if matched, belong to this collector

-
- -
-
m_responseMutex
-
std::mutex m_responseMutex
-

A mutex used for thread safety when accessing/modifying the m_expectedResponses vector

-
- -
-
m_connection
-
Connection* m_connection
-

The Connection pointer to use for retrieving byte information.

-
- -
-
Functions
-
- -
-
setConnection
-
void setConnection(
Connection *connection
)
-

Sets the connection points to use for retrieving byte information.

Parameters
connection
Connection*

The Connection pointer to use for retrieving byte info.

-
- -
-
registerResponse
-
void registerResponse(
ResponsePattern *response
)
-

Registers a ResponsePattern with this collector

Parameters
response
ResponsePattern*

The ResponsePattern to register

-
- -
-
unregisterResponse
-
void unregisterResponse(
ResponsePattern *response
)
-

Unregisters a ResponsePattern that is within this collector

Parameters
response
ResponsePattern*

A pointer to the ResponsePattern to unregister

-
- -
-
waitingForResponse
-
bool waitingForResponse()
-

Gets whether or not this response collector currently has any response patterns to match

Returns

true if the response collector has any response patterns to match, false otherwise

-
- -
-
matchExpected
-
bool matchExpected(
DataBuffer &data
)
-

Checks to see if the byte(s) passed in match any of the expected responses

Parameters
data
DataBuffer&

The DataBuffer containing the bytes to be read and compared against the expected responses, starting at the current read position.

Returns

true if the byte(s) matched an expected response, false otherwise

-
- -
-
matchExpected
-
bool matchExpected(
const WirelessPacket &packet,
std::size_t lastReadPos
)
-

Checks to see if the wireless packet passed in matches any of the expected responses

Parameters
packet
const WirelessPacket&

The WirelessPacket to be compared against the expected responses

lastReadPos
std::size_t

The last read position where the packet was parsed from.

Returns

true if the packet matched an expected response, false otherwise

-
- -
-
matchExpected
-
bool matchExpected(
MipDataField &field
)
-

Checks to see if the MipDataField passed in matches any of the expected responses

Parameters
field
MipDataField&

The MipDataField to be compared against the expected responses

Returns

true if the packet matched an expected response, false otherwise

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/ResponsePattern-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/ResponsePattern-h-Summary.js deleted file mode 100644 index 28cad7984..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/ResponsePattern-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/ResponsePattern.h","ResponsePattern.h");NDSummary.OnSummaryLoaded("File:MicroStrain/ResponsePattern.h",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Enums","Enumeration"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[10047,0,0,"ResponsePattern","ResponsePattern"],[10048,0,4,"Types","ResponsePattern.Types"],[10049,0,2,"Response State","ResponsePattern.Response_State"],[10050,0,1,,"ResponsePattern.STATE_WAITING"],[10051,0,1,,"ResponsePattern.STATE_FAIL_TIMEOUT"],[10052,0,1,,"ResponsePattern.STATE_FAIL"],[10053,0,1,,"ResponsePattern.STATE_SUCCESS"],[10054,0,4,"Functions","ResponsePattern.Functions"],[10055,0,3,"ResponsePattern","ResponsePattern.ResponsePattern"],[10056,0,3,"ResponsePattern","ResponsePattern.ResponsePattern(2)"],[10057,0,3,"setResponseCollector","ResponsePattern.setResponseCollector"],[10058,0,4,"Variables","ResponsePattern.Variables"],[10059,0,5,"m_collector","ResponsePattern.m_collector"],[10060,0,5,"m_matchCondition","ResponsePattern.m_matchCondition"],[10061,0,5,"m_parsingMutex","ResponsePattern.m_parsingMutex"],[10062,0,5,"m_fullyMatched","ResponsePattern.m_fullyMatched"],[10063,0,5,"m_success","ResponsePattern.m_success"],[10064,0,4,"Functions","ResponsePattern.Functions(2)"],[10065,0,3,"throwIfFailed","ResponsePattern.throwIfFailed"],[10066,0,3,"match","ResponsePattern.match"],[10067,0,3,"match","ResponsePattern.match(2)"],[10068,0,3,"match","ResponsePattern.match(3)"],[10069,0,3,"wait","ResponsePattern.wait"],[10070,0,3,"fullyMatched","ResponsePattern.fullyMatched"],[10071,0,3,"success","ResponsePattern.success"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/ResponsePattern-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/ResponsePattern-h-SummaryToolTips.js deleted file mode 100644 index 0cb97f980..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/ResponsePattern-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/ResponsePattern.h",{10047:"
ResponsePattern
A pattern matching the expected response from a device command (Base Class).
",10055:"
explicit ResponsePattern(
std::weak_ptr<ResponseCollector> collector
)
Creates a ResponsePattern attached to a collector.
",10056:"
virtual ~ResponsePattern()
Destroys the ResponsePattern and unregisters this response from its ResponseCollector
",10057:"
void setResponseCollector(
std::weak_ptr<ResponseCollector> collector
)
Sets the ResponseCollector for this pattern, and registers this pattern with the collector.
",10059:"
std::weak_ptr<ResponseCollector> m_collector
The ResponseCollector that holds this response pattern
",10060:"
TimedCondition m_matchCondition
The TimedCondition for matching the response pattern
",10061:"
mutable std::mutex m_parsingMutex
A mutex used for parsing data, which may modify the fullMatched and success flags
",10062:"
bool m_fullyMatched
Whether or not the ResponsePattern has been fully matched.  Some commands have multiple parts to their response. This will not be true until all required parts have been matched.
",10063:"
bool m_success
Whether or not the command was a success (a success response was matched).
",10065:"
void throwIfFailed(
const std::string &commandName
) const
Throws an Error if the command has failed (if m_success is false).  Otherwise, no action is taken.
",10066:"
virtual bool match(
DataBuffer &data
)
Checks if the bytes passed in match the response pattern from their current read position.  If data was matched, the read position in the DataBuffer will be updated to be passed the bytes read.
",10067:"
virtual bool match(
const WirelessPacket &packet
)
Checks if the WirelessPacket passed in matches the response pattern\'s bytes
",10068:"
virtual bool match(
const MipDataField &field
)
Checks if the MipDataField passed in matches the response pattern\'s bytes
",10069:"
virtual bool wait(
uint64 timeout
)
Waits for a certain amount of time for the response pattern to be matched
",10070:"
bool fullyMatched() const
Checks whether the response pattern has been fully matched.  Some commands have multiple parts to their response. This checks whether all responses have been satisfied.
",10071:"
bool success() const
Gets whether or not the command was a success (a success response was matched).
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/ResponsePattern-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/ResponsePattern-h-ToolTips.js deleted file mode 100644 index 034ef6588..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/ResponsePattern-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({4550:"
MipDataField
An Inertial data field object that represents a data field within an Inertial Data Packet
",7176:"
WirelessPacket
Represents a MicroStrain wireless packet
",9848:"
ResponseCollector
Stores all the expected command responses
",9916:"
Used to easily read a container of bytes
",9928:"
DataBuffer
A buffer of bytes extending from the ByteStream class that is used for holding bytes read in from the connection
",10346:"
TimedCondition
Class that acts as a simple wrapper around a std::condition_variable.  Used for one process waiting on a certain condition to be met or a timeout, in which case the other process is notified of the action.
",10446:"
Error
The generic MicroStrain exception (base class)
",825:"
Response
Handles the response to the command
",5207:"
WirelessResponsePattern
A pattern matching the expected response from a wireless command.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/ResponsePattern-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/ResponsePattern-h.html deleted file mode 100644 index 3c5f95e3e..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/ResponsePattern-h.html +++ /dev/null @@ -1,128 +0,0 @@ - - -ResponsePattern.h - - - - - - - -
-
ResponsePattern
- -

A pattern matching the expected response from a device command (Base Class).

Creating your own command/response: - Create a custom "Response" class that inherits from this class.  - Create a custom version of one of the "match" functions that applies to your command.  - In the match function, if the bytes match the expected response, return true.  - Set m_success to whether the command succeeded (match a success response), or false (matched a fail response).  - Set m_fullyMatched to true when all packets/bytes have been matched. Set it to false if the packet was matched but there are still more packets/bytes remaining (the case when 1 command has multiple responses before it is complete).

-
- -
-
Types
-
- -
-
Response State
-
STATE_WAITING

The response has not yet been received.

STATE_FAIL_TIMEOUT

The response has timed out

STATE_FAIL

The response was a fail response

STATE_SUCCESS

The response was successfully received

-
- -
-
Functions
-
- -
-
ResponsePattern
-
explicit ResponsePattern(
std::weak_ptr<ResponseCollector> collector
)
-

Creates a ResponsePattern attached to a collector.

Parameters
collector
std::weak_ptr<ResponseCollector>

The ResponseCollector to register and unregister this response with.

-
- -
-
ResponsePattern
-
virtual ~ResponsePattern()
-

Destroys the ResponsePattern and unregisters this response from its ResponseCollector

-
- -
-
setResponseCollector
-
void setResponseCollector(
std::weak_ptr<ResponseCollector> collector
)
-

Sets the ResponseCollector for this pattern, and registers this pattern with the collector.

Parameters
collector
std::weak_ptr<ResponseCollector>

The ResponseCollector to assign this pattern to.

-
- -
-
Variables
-
- -
-
m_collector
-
std::weak_ptr<ResponseCollector> m_collector
-

The ResponseCollector that holds this response pattern

-
- -
-
m_matchCondition
-
TimedCondition m_matchCondition
-

The TimedCondition for matching the response pattern

-
- -
-
m_parsingMutex
-
mutable std::mutex m_parsingMutex
-

A mutex used for parsing data, which may modify the fullMatched and success flags

-
- -
-
m_fullyMatched
-
bool m_fullyMatched
-

Whether or not the ResponsePattern has been fully matched.  Some commands have multiple parts to their response. This will not be true until all required parts have been matched.

-
- -
-
m_success
-
bool m_success
-

Whether or not the command was a success (a success response was matched).

-
- -
-
Functions
-
- -
-
throwIfFailed
-
void throwIfFailed(
const std::string &commandName
) const
-

Throws an Error if the command has failed (if m_success is false).  Otherwise, no action is taken.

Parameters
commandName
const std::string&

The name of the command to put in the exception if necessary.

-
- -
-
match
-
virtual bool match(
DataBuffer &data
)
-

Checks if the bytes passed in match the response pattern from their current read position.  If data was matched, the read position in the DataBuffer will be updated to be passed the bytes read.

Parameters
data
DataBuffer&

The DataBuffer containing the bytes in which to try to find the pattern

Returns

true if the response pattern was found, false otherwise.

-
- -
-
match
-
virtual bool match(
const WirelessPacket &packet
)
-

Checks if the WirelessPacket passed in matches the response pattern's bytes

Parameters
packet
const WirelessPacket&

The WirelessPacket in which to try to find the pattern

Returns

true if the packet matches a response pattern, false otherwise.

-
- -
-
match
-
virtual bool match(
const MipDataField &field
)
-

Checks if the MipDataField passed in matches the response pattern's bytes

Parameters
field
const MipDataField&

The MipDataField in which to try to find the pattern

Returns

true if the packet matches a response pattern, false otherwise.

-
- -
-
wait
-
virtual bool wait(
uint64 timeout
)
-

Waits for a certain amount of time for the response pattern to be matched

Parameters
timeout
uint64

The maximum amount of time (in milliseconds) to wait until the command times out and returns, if not found first.

Returns

true if the response pattern was matched, false otherwise

-
- -
-
fullyMatched
-
bool fullyMatched() const
-

Checks whether the response pattern has been fully matched.  Some commands have multiple parts to their response. This checks whether all responses have been satisfied.

Returns

true if the response is fully matched, false otherwise

-
- -
-
success
-
bool success() const
-

Gets whether or not the command was a success (a success response was matched).

Returns

true if the command was a success, false otherwise.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/SampleRate-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/SampleRate-h-Summary.js deleted file mode 100644 index 7b0093504..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/SampleRate-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/SampleRate.h","SampleRate.h");NDSummary.OnSummaryLoaded("File:MicroStrain/SampleRate.h",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Enums","Enumeration"],["Functions","Function"],["Groups","Group"],["Types","Type"],["Variables","Variable"]],[[9819,0,0,"SampleRate","SampleRate"],[9820,0,4,"Types","SampleRate.Types"],[9821,0,2,"RateType","SampleRate.RateType"],[9822,0,1,,"SampleRate.rateType_seconds"],[9823,0,1,,"SampleRate.rateType_hertz"],[9824,0,1,,"SampleRate.rateType_event"],[9825,0,1,,"SampleRate.rateType_decimation"],[9826,0,4,"Functions","SampleRate.Functions"],[9827,0,3,"SampleRate","SampleRate.SampleRate"],[9828,0,3,"str","SampleRate.str"],[9829,0,3,"prettyStr","SampleRate.prettyStr"],[9830,0,3,"samplePeriod","SampleRate.samplePeriod"],[9831,0,3,"samplesPerSecond","SampleRate.samplesPerSecond"],[9832,0,3,"rateType","SampleRate.rateType"],[9833,0,3,"samples","SampleRate.samples"],[9834,0,3,"toWirelessSampleRate","SampleRate.toWirelessSampleRate"],[9835,0,3,"toDecimation","SampleRate.toDecimation"],[9836,0,3,"Hertz","SampleRate.Hertz"],[9837,0,3,"KiloHertz","SampleRate.KiloHertz"],[9838,0,3,"Seconds","SampleRate.Seconds"],[9839,0,3,"Event","SampleRate.Event"],[9840,0,3,"Decimation","SampleRate.Decimation"],[9841,0,3,"FromWirelessEepromValue","SampleRate.FromWirelessEepromValue"],[9842,0,3,"FromInertialRateDecimationInfo","SampleRate.FromInertialRateDecimationInfo"],[9843,0,4,"Variables","SampleRate.Variables"],[9844,0,6,"m_rateType","SampleRate.m_rateType"],[9845,0,6,"m_samples","SampleRate.m_samples"],[9846,0,4,"Types","SampleRate.Types(2)"],[9847,0,5,"SampleRates","SampleRate.SampleRates"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/SampleRate-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/SampleRate-h-SummaryToolTips.js deleted file mode 100644 index 8d071bcd6..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/SampleRate-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/SampleRate.h",{9819:"
SampleRate
Represents a MicroStrain sample rate (rate at which data is sampling)
",9827:"
SampleRate(
RateType type,
uint32 samples
)
Creates a sample rate with the given type and samples
",9828:"
std::string str() const
Gets the string representation of the sample rate.  Ex. 1Hz = "1-hertz", 10kHz = "10000-hertz", 1 per 10 seconds = "10-seconds", 1 per 1 minute = "60 seconds"
",9829:"
std::string prettyStr() const
Gets the string representation of the sample rate in a more human-readable format.  Ex. 1Hz = "1Hz", 10kHz = "10kHz", 1 per 10 seconds = "Every 10 sec", 1 per 1 minute = "Every 1 min"
",9830:"
TimeSpan samplePeriod() const
Gets the sample period (time between samples) as a TimeSpan for the current sample rate
",9831:"
double samplesPerSecond() const
Gets the number of samples per second.
",9832:"
RateType rateType() const
Gets the sample rate type
",9833:"
uint32 samples() const
Gets the number of samples for the sample rate (or seconds if less than 1 Hz)
",9834:"
WirelessTypes::WirelessSampleRate toWirelessSampleRate() const
Gets the WirelessTypes::WirelessSampleRate enum for the current SampleRate.
",9835:"
uint16 toDecimation(
uint16 sampleRateBase
) const
Gets the decimation for the current SampleRate.
",9836:"
static SampleRate Hertz(
uint32 samplesPerSecond
)
Creates a SampleRate object from the given samples per second
",9837:"
static SampleRate KiloHertz(
uint32 kSamplesPerSecond
)
Creates a SampleRate object from the given 1000 samples per second
",9838:"
static SampleRate Seconds(
uint32 secondsBetweenSamples
)
Creates a SampleRate object from the given seconds between samples
",9839:"
static SampleRate Event()
Creates a SampleRate object with the asynchronous/event type.
",9840:"
static SampleRate Decimation(
uint32 rateDecimation
)
Creates a SampleRate object with the decimation type.
",9841:"
static SampleRate FromWirelessEepromValue(
WirelessTypes::WirelessSampleRate eepromValue
)
Creates a SampleRate object from the WirelessTypes::WirelessSampleRate value (the value that gets stored in eeprom).
",9842:"
static SampleRate FromInertialRateDecimationInfo(
uint16 baseRate,
uint16 rateDecimation
)
Creates a SampleRate object from the base rate and rate decimation value read from an inertial device
",9844:"
RateType m_rateType
The type of the sample rate
",9845:"
uint32 m_samples
Represents the number of samples.  If the sample rate type is Hertz, m_samples represents the number of samples per second (256 = 256 Hz).  If the sample rate type is Seconds, m_samples represents the number of seconds (60 = 1 per 60 seconds, 120 = 1 per 2 minutes).
",9847:"
A typedef for a vector of SampleRate objects.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/SampleRate-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/SampleRate-h-ToolTips.js deleted file mode 100644 index fc49f2169..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/SampleRate-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({8830:"
The possible sample rates that are available for Wireless Nodes.
",9819:"
SampleRate
Represents a MicroStrain sample rate (rate at which data is sampling)
",9827:"
SampleRate(
RateType type,
uint32 samples
)
Creates a sample rate with the given type and samples
",10328:"
TimeSpan
Represents a range of time
",10464:"
Error_UnknownSampleRate
The sample rate is invalid or unknown for the given device
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/SampleRate-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/SampleRate-h.html deleted file mode 100644 index 89996367b..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/SampleRate-h.html +++ /dev/null @@ -1,151 +0,0 @@ - - -SampleRate.h - - - - - - - -
-
SampleRate
-
SampleRate
-

Represents a MicroStrain sample rate (rate at which data is sampling)

-
- -
-
Types
-
- -
-
RateType
-
rateType_seconds

0 - Sample rate type of seconds  (less than 1 Hz)

rateType_hertz

1 - Sample rate type of Hertz  (1 Hz and above)

rateType_event

2 - Event triggered, no sample rate

rateType_decimation

3 - Every x sample sent, no sample rate

-
- -
-
Functions
-
- -
-
SampleRate
-
SampleRate(
RateType type,
uint32 samples
)
-

Creates a sample rate with the given type and samples

Parameters
type
RateType

The RateType of the given sample rate

samples
uint32

The number of samples in the given sample rate (or seconds if the type is rateType_seconds)

-
- -
-
str
-
std::string str() const
-

Gets the string representation of the sample rate.  Ex. 1Hz = "1-hertz", 10kHz = "10000-hertz", 1 per 10 seconds = "10-seconds", 1 per 1 minute = "60 seconds"

Returns

The sample rate represented as a string

-
- -
-
prettyStr
-
std::string prettyStr() const
-

Gets the string representation of the sample rate in a more human-readable format.  Ex. 1Hz = "1Hz", 10kHz = "10kHz", 1 per 10 seconds = "Every 10 sec", 1 per 1 minute = "Every 1 min"

Returns

The sample rate represented as a string

-
- -
-
samplePeriod
-
TimeSpan samplePeriod() const
-

Gets the sample period (time between samples) as a TimeSpan for the current sample rate

Returns

The TimeSpan representing the sample period

Exceptions
-
- -
-
samplesPerSecond
-
double samplesPerSecond() const
-

Gets the number of samples per second.

Returns

The number of samples per second as a double

Exceptions
-
- -
-
rateType
-
RateType rateType() const
-

Gets the sample rate type

Returns

The type of the current sample rate

-
- -
-
samples
-
uint32 samples() const
-

Gets the number of samples for the sample rate (or seconds if less than 1 Hz)

Returns

The number of samples for the sample rate

-
- -
-
toWirelessSampleRate
-
WirelessTypes::WirelessSampleRate toWirelessSampleRate() const
-

Gets the WirelessTypes::WirelessSampleRate enum for the current SampleRate.

Returns

The WirelessTypes::WirelessSampleRate that is associated with the current SampleRate.

Exceptions
-
- -
-
toDecimation
-
uint16 toDecimation(
uint16 sampleRateBase
) const
-

Gets the decimation for the current SampleRate.

Parameters
sampleRateBase
uint16

The base sample rate used to compute the decimation

Returns

The decimation of the current SampleRate

-
- -
-
Hertz
-
static SampleRate Hertz(
uint32 samplesPerSecond
)
-

Creates a SampleRate object from the given samples per second

Parameters
samplesPerSecond
uint32

The number of samples per second (Hz)

Returns

A SampleRate object built from the given parameter

-
- -
-
KiloHertz
-
static SampleRate KiloHertz(
uint32 kSamplesPerSecond
)
-

Creates a SampleRate object from the given 1000 samples per second

Parameters
kSamplesPerSecond
uint32

The number of 1000's samples per second (kHz) (20 kHz = 20)

Returns

A SampleRate object built from the given parameter

-
- -
-
Seconds
-
static SampleRate Seconds(
uint32 secondsBetweenSamples
)
-

Creates a SampleRate object from the given seconds between samples

Parameters
secondsBetweenSamples
uint32

The number of seconds between samples (1 sample every 2 minutes = 120)

Returns

A SampleRate object built from the given parameter

-
- -
-
Event
-
static SampleRate Event()
-

Creates a SampleRate object with the asynchronous/event type.

Returns

A SampleRate object of the event type.

-
- -
-
Decimation
-
static SampleRate Decimation(
uint32 rateDecimation
)
-

Creates a SampleRate object with the decimation type.

Returns

A SampleRate object of the decimation type.

-
- -
-
FromWirelessEepromValue
-
static SampleRate FromWirelessEepromValue(
WirelessTypes::WirelessSampleRate eepromValue
)
-

Creates a SampleRate object from the WirelessTypes::WirelessSampleRate value (the value that gets stored in eeprom).

Parameters
eepromValue
WirelessTypes::WirelessSampleRate

The WirelessTypes::WirelessSampleRate value (the value that gets stored in eeprom).

Returns

A SampleRate object built from the given parameter.

Exceptions
-
- -
-
FromInertialRateDecimationInfo
-
static SampleRate FromInertialRateDecimationInfo(
uint16 baseRate,
uint16 rateDecimation
)
-

Creates a SampleRate object from the base rate and rate decimation value read from an inertial device

Parameters
uint16

The data base rate

uint16

The rate decimation value

Returns

A SampleRate object built from the given parameter.

-
- -
-
Variables
-
- -
-
m_rateType
-
RateType m_rateType
-

The type of the sample rate

-
- -
-
m_samples
-
uint32 m_samples
-

Represents the number of samples.  If the sample rate type is Hertz, m_samples represents the number of samples per second (256 = 256 Hz).  If the sample rate type is Seconds, m_samples represents the number of seconds (60 = 1 per 60 seconds, 120 = 1 per 2 minutes).

-
- -
-
Types
-
- -
-
SampleRates
-

A typedef for a vector of SampleRate objects.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/SampleUtils-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/SampleUtils-h-Summary.js deleted file mode 100644 index bace8d5bb..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/SampleUtils-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/SampleUtils.h","SampleUtils.h");NDSummary.OnSummaryLoaded("File:MicroStrain/SampleUtils.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Sections","Section"],["Variables","Variable"]],[[9811,0,3,"SampleUtils","SampleUtils"],[9812,0,0,"SampleUtils","SampleUtils(2)"],[9813,0,2,"Variables","SampleUtils.Variables"],[9814,0,4,"WIRELESS_SAMPLE_RATE_MAP","SampleUtils.WIRELESS_SAMPLE_RATE_MAP"],[9815,0,2,"Functions","SampleUtils.Functions"],[9816,0,1,"convertToSampleRate","SampleUtils.convertToSampleRate"],[9817,0,1,"convertToSampleRate","SampleUtils.convertToSampleRate(2)"],[9818,0,1,"convertFromSampleRate","SampleUtils.convertFromSampleRate"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/SampleUtils-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/SampleUtils-h-SummaryToolTips.js deleted file mode 100644 index c7abf2cd8..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/SampleUtils-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/SampleUtils.h",{9812:"
SampleUtils
Contains utilities/functions related to sampling
",9814:"
static const std::map<SampleRate, WirelessTypes::WirelessSampleRate> WIRELESS_SAMPLE_RATE_MAP
A static map of SampleRate objects to their WirelessTypes::WirelessSampleRate (eeprom value) equivalent
",9816:"
static SampleRate convertToSampleRate(
WirelessTypes::WirelessSampleRate rate
)
Converts a WirelessTypes::WirelessSampleRate enum to its corresponding SampleRate
",9817:"
static SampleRate convertToSampleRate(
uint16 eepromVal
)
Converts a value from eeprom to its corresponding SampleRate
",9818:"
static WirelessTypes::WirelessSampleRate convertFromSampleRate(
const SampleRate &rate
)
Converts a SampleRate object to its WirelessTypes::WirelessSampleRate (eeprom value) equivalent
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/SampleUtils-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/SampleUtils-h-ToolTips.js deleted file mode 100644 index 9da14d900..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/SampleUtils-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({8830:"
The possible sample rates that are available for Wireless Nodes.
",9819:"
SampleRate
Represents a MicroStrain sample rate (rate at which data is sampling)
",10464:"
Error_UnknownSampleRate
The sample rate is invalid or unknown for the given device
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/SampleUtils-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/SampleUtils-h.html deleted file mode 100644 index 977d204a0..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/SampleUtils-h.html +++ /dev/null @@ -1,53 +0,0 @@ - - -SampleUtils.h - - - - - - - -
-
SampleUtils
-
- -
-
SampleUtils
-
SampleUtils
-

Contains utilities/functions related to sampling

-
- -
-
Variables
-
- -
-
WIRELESS_SAMPLE_RATE_MAP
-
static const std::map<SampleRate, WirelessTypes::WirelessSampleRate> WIRELESS_SAMPLE_RATE_MAP
-

A static map of SampleRate objects to their WirelessTypes::WirelessSampleRate (eeprom value) equivalent

-
- -
-
Functions
-
- -
-
convertToSampleRate
-
static SampleRate convertToSampleRate(
WirelessTypes::WirelessSampleRate rate
)
-

Converts a WirelessTypes::WirelessSampleRate enum to its corresponding SampleRate

Parameters
rate
WirelessTypes::WirelessSampleRate

The WirelessTypes::WirelessSampleRate enum to find the SampleRate of

Returns

A SampleRate corresponding to the passed in rate enum

Exceptions
-
- -
-
convertToSampleRate
-
static SampleRate convertToSampleRate(
uint16 eepromVal
)
-

Converts a value from eeprom to its corresponding SampleRate

Parameters
eepromVal
uint16

The value that represents the sample rate in eeprom to convert to a SampleRate

Returns

A SampleRate corresponding to the passed in rate eeprom value

Exceptions
-
- -
-
convertFromSampleRate
-
static WirelessTypes::WirelessSampleRate convertFromSampleRate(
const SampleRate &rate
)
-

Converts a SampleRate object to its WirelessTypes::WirelessSampleRate (eeprom value) equivalent

Parameters
rate
const SampleRate&

The SampleRate to get the eeprom value for

Returns

The WirelessTypes::WirelessSampleRate that is associated with the given SampleRate

Exceptions
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Vector-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Vector-h-Summary.js deleted file mode 100644 index 62e688f29..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Vector-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Vector.h","Vector.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Vector.h",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[9800,0,0,"Vector","Vector"],[9801,0,3,"Functions","Vector.Functions"],[9802,0,2,"Vector","Vector.Vector"],[9803,0,3,"Constants","Vector.Constants"],[9804,0,1,"ROW_POS = 0","Vector.ROW_POS=0"],[9805,0,3,"Functions","Vector.Functions(2)"],[9806,0,2,"size","Vector.size"],[9807,0,2,"as_doubleAt","Vector.as_doubleAt"],[9808,0,2,"as_floatAt","Vector.as_floatAt"],[9809,0,2,"as_uint16At","Vector.as_uint16At"],[9810,0,2,"as_uint8At","Vector.as_uint8At"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Vector-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Vector-h-SummaryToolTips.js deleted file mode 100644 index e84a20a0b..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Vector-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Vector.h",{9800:"
Vector
Represents a Vector of values
",9802:"
Vector(
ValueType storedAs,
const ByteStream &data
)
Creates a Vector object given its data
",9804:"
The column position for all (row,column) Matrix functions
",9806:"
uint16 size() const
Gets how many values are within the Vector
",9807:"
double as_doubleAt(
uint16 index
) const
Gets the value stored at the given 0-based index, as an 8-byte double
",9808:"
float as_floatAt(
uint16 index
) const
Gets the value stored at the given 0-based index, as a 4-byte float
",9809:"
uint16 as_uint16At(
uint16 index
) const
Gets the value stored at the given 0-based index, as a 2-byte unsigned integer
",9810:"
uint8 as_uint8At(
uint16 index
) const
Gets the value stored at the given 0-based index, as a 1-byte uint8
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Vector-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Vector-h-ToolTips.js deleted file mode 100644 index 7905c5c48..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Vector-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({9861:"
Matrix
Represents a Matrix of values (varying size)
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",2749:"
EulerAngles
Represents generic Euler Angles (roll, pitch, yaw).
",2761:"
Quaternion
",2773:"
Rotation
Structure that can represent either a Quaternion or EulerAngles object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Vector-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Vector-h.html deleted file mode 100644 index 62d990545..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Vector-h.html +++ /dev/null @@ -1,70 +0,0 @@ - - -Vector.h - - - - - - - -
-
Vector
- -

Represents a Vector of values

-
- -
-
Functions
-
- -
-
Vector
-
Vector(
ValueType storedAs,
const ByteStream &data
)
-

Creates a Vector object given its data

-
- -
-
Constants
-
- -
-
ROW_POS = 0
-

The column position for all (row,column) Matrix functions

-
- -
-
Functions
-
- -
-
size
-
uint16 size() const
-

Gets how many values are within the Vector

Returns

The number of values within the Vector

-
- -
-
as_doubleAt
-
double as_doubleAt(
uint16 index
) const
-

Gets the value stored at the given 0-based index, as an 8-byte double

Parameters
index
uint16

The 0-based index of which to get the value

Returns

The value stored at the given index, as a double

Exceptions

  • std::out_of_range: The position requested is out of range

-
- -
-
as_floatAt
-
float as_floatAt(
uint16 index
) const
-

Gets the value stored at the given 0-based index, as a 4-byte float

Parameters
index
uint16

The 0-based index of which to get the value

Returns

The value stored at the given index, as a float

Exceptions

  • std::out_of_range: The position requested is out of range

-
- -
-
as_uint16At
-
uint16 as_uint16At(
uint16 index
) const
-

Gets the value stored at the given 0-based index, as a 2-byte unsigned integer

Parameters
index
uint16

The 0-based index of which to get the value

Returns

The value stored at the given index, as an uint16

Exceptions

  • std::out_of_range: The position requested is out of range

-
- -
-
as_uint8At
-
uint8 as_uint8At(
uint16 index
) const
-

Gets the value stored at the given 0-based index, as a 1-byte uint8

Parameters
index
uint16

The 0-based index of which to get the value

Returns

The value stored at the given index, as an uint8

Exceptions

  • std::out_of_range: The position requested is out of range

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/ArmedDataloggingNetwork-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/ArmedDataloggingNetwork-h-Summary.js deleted file mode 100644 index cf8304775..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/ArmedDataloggingNetwork-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/ArmedDataloggingNetwork.h","ArmedDataloggingNetwork.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/ArmedDataloggingNetwork.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[9698,0,0,"ArmedDataloggingNetwork","ArmedDataloggingNetwork"],[9699,0,2,"Functions","ArmedDataloggingNetwork.Functions"],[9700,0,1,"ArmedDataloggingNetwork","ArmedDataloggingNetwork.ArmedDataloggingNetwork"],[9701,0,2,"Variables","ArmedDataloggingNetwork.Variables"],[9702,0,3,"m_networkBase","ArmedDataloggingNetwork.m_networkBase"],[9703,0,3,"m_nodes","ArmedDataloggingNetwork.m_nodes"],[9704,0,2,"Functions","ArmedDataloggingNetwork.Functions(2)"],[9705,0,1,"addNode","ArmedDataloggingNetwork.addNode"],[9706,0,1,"removeNode","ArmedDataloggingNetwork.removeNode"],[9707,0,1,"startSampling","ArmedDataloggingNetwork.startSampling"],[9708,0,1,"armNodes","ArmedDataloggingNetwork.armNodes"],[9709,0,1,"triggerArmedNodes","ArmedDataloggingNetwork.triggerArmedNodes"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/ArmedDataloggingNetwork-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/ArmedDataloggingNetwork-h-SummaryToolTips.js deleted file mode 100644 index 271dd0960..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/ArmedDataloggingNetwork-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/ArmedDataloggingNetwork.h",{9698:"
ArmedDataloggingNetwork
Used to setup and start an Armed Datalogging network of wireless nodes.
",9700:"
ArmedDataloggingNetwork(
const BaseStation &networkBaseStation
)
Creates an ArmedDataloggingNetwork object used to setup and start an Armed Datalogging network.
",9702:"
BaseStation m_networkBase
The BaseStation that will act as the parent base station for this network.
",9703:"
std::map<NodeAddress, std::string> m_nodes
A map of node addresses to messages to be set for datalogging. This serves as the list of nodes in the network.
",9705:"
void addNode(
const WirelessNode &node,
const std::string &message = ""
)
Adds a WirelessNode to the Armed Datalogging network. If the Node already exists in the network, it will not be added.  The Node\'s parent BaseStation should be the same as the network\'s master BaseStation.  The Node should have its sampling configuration set to Armed Datalogging mode prior to adding to be successfully added.
",9706:"
void removeNode(
NodeAddress nodeAddress
)
Removes a WirelessNode from the Armed Datalogging network, if it exists in the network.
",9707:"
void startSampling()
Starts the network sampling by individually arming each Node and then broadcasting the trigger to all Nodes that are armed.
",9708:"
void armNodes()
Sends the ArmForDatalogging command to each Node in the network.
",9709:"
void triggerArmedNodes()
Sends a broadcast trigger to start all Nodes that are currently armed.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/ArmedDataloggingNetwork-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/ArmedDataloggingNetwork-h-ToolTips.js deleted file mode 100644 index 5f72da991..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/ArmedDataloggingNetwork-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7905:"
WirelessNode
A class representing a MicroStrain wireless node
",9710:"
BaseStation
Represents a MicroStrain Base Station object
",10245:"
typedef for a Node\'s node address.
",10446:"
Error
The generic MicroStrain exception (base class)
",10472:"
Error_NodeCommunication
The exception for failing to communicate with a WirelessNode.
",10479:"
Error_Connection
The generic connection exception.
",10511:"
Error_InvalidNodeConfig
The Configuration for a WirelessNode is invalid.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/ArmedDataloggingNetwork-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/ArmedDataloggingNetwork-h.html deleted file mode 100644 index 6cd3e5b00..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/ArmedDataloggingNetwork-h.html +++ /dev/null @@ -1,77 +0,0 @@ - - -ArmedDataloggingNetwork.h - - - - - - - -
-
ArmedDataloggingNetwork
-
ArmedDataloggingNetwork
-

Used to setup and start an Armed Datalogging network of wireless nodes.

-
- -
-
Functions
-
- -
-
ArmedDataloggingNetwork
-
ArmedDataloggingNetwork(
const BaseStation &networkBaseStation
)
-

Creates an ArmedDataloggingNetwork object used to setup and start an Armed Datalogging network.

Parameters
networkBaseStation
const BaseStation&

The master BaseStation for this network. All WirelessNodes that are added must have this as their parent BaseStation.

-
- -
-
Variables
-
- -
-
m_networkBase
-
BaseStation m_networkBase
-

The BaseStation that will act as the parent base station for this network.

-
- -
-
m_nodes
-
std::map<NodeAddress, std::string> m_nodes
-

A map of node addresses to messages to be set for datalogging. This serves as the list of nodes in the network.

-
- -
-
Functions
-
- -
-
addNode
-
void addNode(
const WirelessNode &node,
const std::string &message = ""
)
-

Adds a WirelessNode to the Armed Datalogging network. If the Node already exists in the network, it will not be added.  The Node's parent BaseStation should be the same as the network's master BaseStation.  The Node should have its sampling configuration set to Armed Datalogging mode prior to adding to be successfully added.

Parameters
node
const WirelessNode&

The WirelessNode to add to the network.

message
const std::string&

A message to be set with the WirelessNode. This message can be retrieved when downloading the data from the Node. Will be trimmed to 50 chars if longer. (Default of "")

Exceptions
-
- -
-
removeNode
-
void removeNode(
NodeAddress nodeAddress
)
-

Removes a WirelessNode from the Armed Datalogging network, if it exists in the network.

Parameters
nodeAddress
NodeAddress

The node address of the WirelessNode to be removed.

-
- -
-
startSampling
-
void startSampling()
-

Starts the network sampling by individually arming each Node and then broadcasting the trigger to all Nodes that are armed.

Exceptions
-
- -
-
armNodes
-
void armNodes()
-

Sends the ArmForDatalogging command to each Node in the network.

Exceptions
-
- -
-
triggerArmedNodes
-
void triggerArmedNodes()
-

Sends a broadcast trigger to start all Nodes that are currently armed.

Exceptions
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/BaseStation-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/BaseStation-h-Summary.js deleted file mode 100644 index f37c3ea26..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/BaseStation-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/BaseStation.h","BaseStation.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/BaseStation.h",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"],["Operators","Operator"],["Variables","Variable"]],[[9710,0,0,"BaseStation","BaseStation"],[9711,0,3,"Constants","BaseStation.Constants"],[9712,0,1,"Default Timeouts","BaseStation.Default_Timeouts"],[9713,0,1,,"BaseStation.BASE_COMMANDS_DEFAULT_TIMEOUT"],[9714,0,1,,"BaseStation.EXT_BASE_COMMANDS_DEFAULT_TIMEOUT"],[9715,0,1,,"BaseStation.BROADCAST_NODE_ADDRESS"],[9716,0,1,,"BaseStation.BROADCAST_NODE_ADDRESS_ASPP3"],[9717,0,3,"Functions","BaseStation.Functions"],[9718,0,2,"BaseStation","BaseStation.BaseStation"],[9719,0,2,"BaseStation","BaseStation.BaseStation(2)"],[9720,0,2,"~BaseStation","BaseStation.~BaseStation"],[9721,0,2,"Mock","BaseStation.Mock"],[9722,0,2,"Mock","BaseStation.Mock(2)"],[9723,0,2,"eepromHelper","BaseStation.eepromHelper"],[9724,0,2,"doCommand","BaseStation.doCommand"],[9725,0,3,"Operators","BaseStation.Operators"],[9726,0,4,"==","BaseStation.=="],[9727,0,4,"!=","BaseStation.!="],[9728,0,3,"Variables","BaseStation.Variables"],[9729,0,5,"m_impl","BaseStation.m_impl"],[9730,0,3,"Functions","BaseStation.Functions(2)"],[9731,0,2,"deviceName","BaseStation.deviceName"],[9732,0,2,"connection","BaseStation.connection"],[9733,0,2,"features","BaseStation.features"],[9734,0,2,"lastCommunicationTime","BaseStation.lastCommunicationTime"],[9735,0,2,"readWriteRetries","BaseStation.readWriteRetries"],[9736,0,2,"readWriteRetries","BaseStation.readWriteRetries(2)"],[9737,0,2,"useEepromCache","BaseStation.useEepromCache"],[9738,0,2,"clearEepromCache","BaseStation.clearEepromCache"],[9739,0,2,"frequency","BaseStation.frequency"],[9740,0,2,"communicationProtocol","BaseStation.communicationProtocol"],[9741,0,2,"firmwareVersion","BaseStation.firmwareVersion"],[9742,0,2,"model","BaseStation.model"],[9743,0,2,"serial","BaseStation.serial"],[9744,0,2,"name","BaseStation.name"],[9745,0,2,"microcontroller","BaseStation.microcontroller"],[9746,0,2,"regionCode","BaseStation.regionCode"],[9747,0,2,"getData","BaseStation.getData"],[9748,0,2,"totalData","BaseStation.totalData"],[9749,0,2,"getNodeDiscoveries","BaseStation.getNodeDiscoveries"],[9750,0,2,"timeout","BaseStation.timeout"],[9751,0,2,"timeout","BaseStation.timeout(2)"],[9752,0,2,"ping","BaseStation.ping"],[9753,0,2,"readEeprom","BaseStation.readEeprom"],[9754,0,2,"writeEeprom","BaseStation.writeEeprom"],[9755,0,2,"enableBeacon","BaseStation.enableBeacon"],[9756,0,2,"enableBeacon","BaseStation.enableBeacon(2)"],[9757,0,2,"disableBeacon","BaseStation.disableBeacon"],[9758,0,2,"beaconStatus","BaseStation.beaconStatus"],[9759,0,2,"startRfSweepMode","BaseStation.startRfSweepMode"],[9760,0,2,"startRfSweepMode","BaseStation.startRfSweepMode(2)"],[9761,0,2,"cyclePower","BaseStation.cyclePower"],[9762,0,2,"resetRadio","BaseStation.resetRadio"],[9763,0,2,"changeFrequency","BaseStation.changeFrequency"],[9764,0,2,"broadcastSetToIdle","BaseStation.broadcastSetToIdle"],[9765,0,2,"verifyConfig","BaseStation.verifyConfig"],[9766,0,2,"applyConfig","BaseStation.applyConfig"],[9767,0,2,"getTransmitPower","BaseStation.getTransmitPower"],[9768,0,2,"getButtonLongPress","BaseStation.getButtonLongPress"],[9769,0,2,"getButtonShortPress","BaseStation.getButtonShortPress"],[9770,0,2,"getAnalogPairingEnabled","BaseStation.getAnalogPairingEnabled"],[9771,0,2,"getAnalogTimeoutTime","BaseStation.getAnalogTimeoutTime"],[9772,0,2,"getAnalogTimeoutVoltage","BaseStation.getAnalogTimeoutVoltage"],[9773,0,2,"getAnalogExceedanceEnabled","BaseStation.getAnalogExceedanceEnabled"],[9774,0,2,"getAnalogPair","BaseStation.getAnalogPair"],[9775,0,2,"node_ping","BaseStation.node_ping"],[9776,0,2,"node_hardReset","BaseStation.node_hardReset"],[9777,0,2,"node_softReset","BaseStation.node_softReset"],[9778,0,2,"node_sleep","BaseStation.node_sleep"],[9779,0,2,"node_setToIdle","BaseStation.node_setToIdle"],[9780,0,2,"node_readEeprom","BaseStation.node_readEeprom"],[9781,0,2,"node_writeEeprom","BaseStation.node_writeEeprom"],[9782,0,2,"node_pageDownload","BaseStation.node_pageDownload"],[9783,0,2,"node_batchEepromRead","BaseStation.node_batchEepromRead"],[9784,0,2,"node_getDatalogSessionInfo","BaseStation.node_getDatalogSessionInfo"],[9785,0,2,"node_getDatalogData","BaseStation.node_getDatalogData"],[9786,0,2,"node_erase","BaseStation.node_erase"],[9787,0,2,"node_startSyncSampling","BaseStation.node_startSyncSampling"],[9788,0,2,"node_startNonSyncSampling","BaseStation.node_startNonSyncSampling"],[9789,0,2,"node_armForDatalogging","BaseStation.node_armForDatalogging"],[9790,0,2,"node_triggerArmedDatalogging","BaseStation.node_triggerArmedDatalogging"],[9791,0,2,"node_autoBalance","BaseStation.node_autoBalance"],[9792,0,2,"node_autocal_shm","BaseStation.node_autocal_shm"],[9793,0,2,"node_autocal_shm201","BaseStation.node_autocal_shm201"],[9794,0,2,"node_autoShuntCal","BaseStation.node_autoShuntCal"],[9795,0,2,"node_readSingleSensor","BaseStation.node_readSingleSensor"],[9796,0,2,"node_getDiagnosticInfo","BaseStation.node_getDiagnosticInfo"],[9797,0,2,"node_testCommProtocol","BaseStation.node_testCommProtocol"],[9798,0,2,"node_poll","BaseStation.node_poll"],[9799,0,2,"getRawBytePackets","BaseStation.getRawBytePackets"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/BaseStation-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/BaseStation-h-SummaryToolTips.js deleted file mode 100644 index c538a259d..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/BaseStation-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/BaseStation.h",{9710:"
BaseStation
Represents a MicroStrain Base Station object
",9718:"
explicit BaseStation(
Connection &connection
)
Creates a BaseStation object.  Note: this will use a default timeout of BASE_COMMANDS_DEFAULT_TIMEOUT for serial connections and a default timeout of <ETHERNET_BASE_COMMANDS_DEFAULT_TIMEOUT> for ethernet/websocket connections
",9719:"
explicit BaseStation(
Connection &connection,
uint64 baseTimeout
)
Creates a BaseStation object.
",9720:"
virtual ~BaseStation()
Destroys a BaseStation object
",9721:"
static BaseStation Mock(
const BaseStationInfo &info
)
Static function to create a Mock BaseStation (won\'t actually talk to a physical device).
",9722:"
static BaseStation Mock()
Static function to create a Mock BaseStation (won\'t actually talk to a physical device) using the following default info: Firmware version: 5.0 Model: WSDA-Base 104 USB Region: USA asppVersion_LXRS: 1.7 asppVersion_LXRS+: 3.0
",9723:"
BaseStationEepromHelper& eepromHelper() const
Gets a reference to the BaseStationEepromHelper for this BaseStation.
",9724:"
bool doCommand(
WirelessResponsePattern &response,
const ByteStream &cmdBytes,
uint64 timeout
)
Performs a custom command and waits for the response.  When completed, the ResponsePattern parameter will contain any result information.  For a full explanation, see the ResponsePattern class.
",9726:"
Checks that two BaseStation objects are equal.
",9727:"
Checks that two BaseStation objects are not equal.
",9729:"
std::shared_ptr<BaseStation_Impl> m_impl
The BaseStation_Impl class that contains all the implementation logic for the BaseStation class.
",9731:"
static std::string deviceName(
const std::string &serial
)
Static function for creating the universal basestation name that should be used for SensorCloud.
",9732:"
Connection& connection() const
Gets the Connection object that this BaseStation is using.
",9733:"
const BaseStationFeatures& features() const
Gets a reference to the BaseStationFeatures for this BaseStation.  Note: This will be invalid when the BaseStation is destroyed.
",9734:"
const Timestamp& lastCommunicationTime() const
Gets the Timestamp for the last time MSCL communicated with the BaseStation.  Note: EEPROM reads using the cache, and data collection, will not update this timestamp.
",9735:"
void readWriteRetries(
uint8 numRetries
)
Sets the number of retry attempts for reading and writing config options on the BaseStation.  By default, the number of retries is 0.  Note:  The timeout that is set per command will be per read and write attempt, meaning this retry number is multiplied by the timeout for your overall timeout.
",9736:"
uint8 readWriteRetries() const
Gets the number of retry attempts for reading and writing config options on the BaseStation.  By default, the number of retries is 0.  Note:  The timeout that is set per command will be per read and write attempt, meaning this retry number is multiplied by the timeout for your overall timeout.
",9737:"
void useEepromCache(
bool useCache
)
Sets whether or not to utilize the eeprom cache when configuring this BaseStation (enabled by default). This can be enabled/disabled at any time.  It is highly recommended to have eeprom caching be enabled.  Note:  The eeprom cache stores the last known value that was written to / read from the BaseStation for each eeprom location. If this is enabled, any reads will get the last known value from the cache if it exists, and any writes will not write to the BaseStation if the value attempting to be written is the same as that stored in the cache. Caching of these values will still be performed if this is disabled, however, read and write operations will then always reach out to the actual device.
",9738:"
void clearEepromCache()
Clears the eeprom cache for this BaseStation.
",9739:"
WirelessTypes::Frequency frequency() const
Gets the WirelessTypes::Frequency representing the radio frequency of this BaseStation.
",9740:"
WirelessTypes::CommProtocol communicationProtocol() const
Gets the WirelessTypes::CommProtocol that the BaseStation is currently set to use.
",9741:"
Version firmwareVersion() const
Gets the firmware version of the BaseStation.
",9742:"
WirelessModels::BaseModel model() const
Gets the model of the BaseStation.
",9743:"
std::string serial() const
Gets the serial number of the BaseStation.
",9744:"
std::string name() const
Gets the name of the BaseStation. This is the universal basestation name that should be used for SensorCloud.  This is the same as calling BaseStation::deviceName.
",9745:"
WirelessTypes::MicroControllerType microcontroller() const
Gets the microcontroller of the BaseStation.
",9746:"
WirelessTypes::RegionCode regionCode() const
Gets the region code currently set on the BaseStation.
",9747:"
DataSweeps getData(
uint32 timeout = 0,
uint32 maxSweeps = 0
)
Gets up to the requested amount of DataSweeps of sampled data that was collected by this BaseStation.
",9748:"
uint32 totalData()
Gets the number of DataSweeps that are currently in the data buffer.
",9749:"
NodeDiscoveries getNodeDiscoveries()
Gets the group of Node Discoveries that were collected by this base station.  Calling this function clears out the Node Discovery buffer, so successively calling this will give you new Node Discoveries.
",9750:"
void timeout(
uint64 timeout
)
Sets the timeout to use when waiting for responses from commands.  This timeout is used directly for BaseStation commands, while some additional time is added for Node commands.  Note: Some commands have a minimum timeout that will override this if set lower than the minimum.
",9751:"
uint64 timeout() const
Gets the current timeout to use when waiting for responses from base station commands.  This timeout is used directly for BaseStation commands, while some additional time is added for Node commands.  Note: Some commands have a minimum timeout that will override this if set lower than the minimum.
",9752:"
bool ping()
Pings the base station
",9753:"
uint16 readEeprom(
uint16 eepromAddress
) const
Reads a specific EEPROM address on the Base Station.  If the value stored in the eeprom cache is still valid, this will be returned instead.
",9754:"
void writeEeprom(
uint16 eepromAddress,
uint16 value
)
Writes the specified value to a specific EEPROM address on the Base Station.  If successful, the cache will be updated with the changed value as well.
",9755:"
Timestamp enableBeacon()
Enables the beacon on the base station using the system time (UTC) as its starting timestamp.
",9756:"
Timestamp enableBeacon(
uint32 utcTime
)
Enables the beacon on the base station using the given UTC timestamp.
",9757:"
void disableBeacon()
Disables the beacon on the base station.
",9758:"
BeaconStatus beaconStatus()
Gets the BeaconStatus of the beacon on the base station.
",9759:"
void startRfSweepMode()
Starts the BaseStation in a fixed RF Sweep Mode, which will sweep over all the supported operating frequencies of the BaseStation.  Note: To exit this Mode, send any command to the BaseStation (such as ping).
",9760:"
void startRfSweepMode(
uint32 minFreq,
uint32 maxFreq,
uint32 interval,
uint16 options= 0
)
Starts the BaseStation in a custom RF Sweep Mode across the provided frequencies.  Note: To exit this Mode, send any command to the BaseStation (such as ping).
",9761:"
void cyclePower(
bool checkComm= true
)
Cycles the power on the base station.
",9762:"
void resetRadio()
Resets the radio on the base station.
",9763:"
void changeFrequency(
WirelessTypes::Frequency frequency
)
Changes the radio frequency of the base station.
",9764:"
mscl::SetToIdleStatus broadcastSetToIdle()
Broadcasts the Set to Idle command (will be heard by all nodes on the BaseStation\'s frequency).
",9765:"
bool verifyConfig(
const BaseStationConfig &config,
ConfigIssues &outIssues
) const
Checks whether the settings in the given BaseStationConfig are ok to be written to the BaseStation.  Options that are set will also be validated against each other. If an option that needs to be validated isn\'t currently set, it will be read from the BaseStation.
",9766:"
void applyConfig(
const BaseStationConfig &config
)
Applies a BaseStationConfig to the Node.  Note: This applies all options that have been set in the BaseStationConfig.  Before applying, the options will be validated. It is recommended that you perform this validation yourself first by using verifyConfig.
",9767:"
WirelessTypes::TransmitPower getTransmitPower() const
Reads the WirelessTypes::TransmitPower that is currently set on the BaseStation.
",9768:"
BaseStationButton getButtonLongPress(
uint8 buttonNumber
) const
Reads the button settings for a long press action that are currently set on the BaseStation.
",9769:"
BaseStationButton getButtonShortPress(
uint8 buttonNumber
) const
Reads the button settings for a short press action that are currently set on the BaseStation.
",9770:"
bool getAnalogPairingEnabled() const
Reads the Analog Pairing enabled/disabled setting that is currently set on the BaseStation.  If this is disabled, all other analog pairing settings will be disabled.
",9771:"
uint16 getAnalogTimeoutTime() const
Reads the Analog Timeout Time in seconds that is currently set on the BaseStation.
",9772:"
float getAnalogTimeoutVoltage() const
Reads the Analog Timeout Voltage that is currently set on the BaseStation.
",9773:"
bool getAnalogExceedanceEnabled() const
Reads the Analog Exceedance enabled/disabled setting that is currently set on the BaseStation.
",9774:"
BaseStationAnalogPair getAnalogPair(
uint8 portNumber
) const
Reads the BaseStationAnalogPair for the specified port number that is currently set on the BaseStation.
",9775:"
PingResponse node_ping(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress
)
Pings the specified Node.
",9776:"
void node_hardReset(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress
)
Performs a hard reset on the specified Node.
",9777:"
void node_softReset(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress
)
Performs a soft reset on the specified Node.
",9778:"
bool node_sleep(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress
)
Puts the Node into a low power, sleep mode.  This command attempts to ping the node before sending the sleep command, to verify communication.
",9779:"
SetToIdleStatus node_setToIdle(
NodeAddress nodeAddress
)
Attempts to set the node to idle so that it can be communicated with.
",9780:"
bool node_readEeprom(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress,
uint16 eepromAddress,
uint16 &eepromValue
)
Reads a value from EEPROM on the specified Node.
",9781:"
bool node_writeEeprom(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress,
uint16 eepromAddress,
uint16 value
)
Writes a value to EEPROM on the specified Node.
",9782:"
bool node_pageDownload(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress,
uint16 pageIndex,
ByteStream &data
)
Downloads a page of logged data from the Node.
",9783:"
bool node_batchEepromRead(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress,
uint16 startEeprom,
std::map<uint16, uint16> &result
)
Reads a batch of eeprom values from the Node
",9784:"
bool node_getDatalogSessionInfo(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress,
DatalogSessionInfoResult &result
)
Gets info about the datalog sessions on the Node.
",9785:"
bool node_getDatalogData(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress,
uint32 flashAddress,
ByteStream &result,
uint16 &numBytesRead
)
Gets a section of logged data from the Node.
",9786:"
bool node_erase(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress
)
Sends the Erase command to a Node.
",9787:"
bool node_startSyncSampling(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress
)
Sends the Start Synchronized Sampling command to a Node.
",9788:"
bool node_startNonSyncSampling(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress
)
Sends the Start Non-Synchronized Sampling command to a Node.
",9789:"
bool node_armForDatalogging(
NodeAddress nodeAddress,
const std::string &message = ""
)
Sends the Arm For Datalogging command to a Node.
",9790:"
void node_triggerArmedDatalogging(
NodeAddress nodeAddress
)
Sends the Trigger Armed Datalogging command to a Node.
",9791:"
bool node_autoBalance(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress,
uint8 channelNumber,
float targetPercent,
AutoBalanceResult &result
)
Sends the AutoBalance command to a Node.
",9792:"
bool node_autocal_shm(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress,
AutoCalResult &result
)
Performs automatic calibration for an SHM-Link.
",9793:"
bool node_autocal_shm201(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress,
AutoCalResult &result
)
Performs automatic calibration for an SHM-Link-201.
",9794:"
bool node_autoShuntCal(
const WirelessProtocol &nodeProtocol,
const AutoCalCmdDetails &commandDetails,
AutoCalResult &result
)
Performs automatic shunt calibration for a Wireless Node.
",9795:"
bool node_readSingleSensor(
NodeAddress nodeAddress,
uint8 channelNumber,
uint16 &result
)
Reads the bits value for a single channel on a Wireless Node.
",9796:"
bool node_getDiagnosticInfo(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress,
ChannelData &result
)
Performs an immediate request for the Node\'s Diagnostic Info.
",9797:"
bool node_testCommProtocol(
NodeAddress nodeAddress,
WirelessTypes::CommProtocol protocol
)
Tests if a Node will still be able to communicate after changing the Node\'s communication protocol.
",9798:"
bool node_poll(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress,
const ChannelMask &chs,
WirelessPollData &result
)
Polls the WirelessNode to get a single sweep of calibrated data.
",9799:"
RawBytePackets getRawBytePackets(
uint32 timeout = 0,
uint32 maxPackets = 0
)
Gets up to the requested amount of raw byte packets that have been collected.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/BaseStation-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/BaseStation-h-ToolTips.js deleted file mode 100644 index f642f2ae2..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/BaseStation-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({80:"
RawBytePacket
A class that contains packet information about an Inertial packet
",367:"
Connection
The Connection object that is used for communication.
",5207:"
WirelessResponsePattern
A pattern matching the expected response from a wireless command.
",5300:"
WirelessProtocol
Class containing protocol information for a device.
",5460:"
PingResponse
Represents the response to a Long Ping Node command
",5516:"
SetToIdleStatus
Holds the status information of the Set to Idle command.
",5575:"
Object to represent the result of a DatalogSessionInfo request.
",5580:"
BeaconStatus
Represents the status of a BaseStation beacon.  See also BaseStation::beaconStatus.
",5724:"
AutoCalResult
Abstract base class for AutoCal result classes.
",5794:"
Struct used internally to hold details for passing to the AutoCal function.  Contains the ShuntCalCmdInfo that we want user exposed, as well as other internal info.
",5835:"
AutoBalanceResult
Represents the result from an AutoBalance command.
",6683:"
ConfigIssue
Holds information on a specific configuration issue.
",6764:"
BaseStationEepromHelper
A helper class for reading and writing to a BaseStation\'s Eeprom.  This class provides eeprom specific parsing so that high-level objects can be converted to their low-level eeprom value equivelent and vice-versa.
",6802:"
BaseStationConfig
Class used for setting the configuration of BaseStations.  Set all the configuration values that you want to change, then verify and apply them to a BaseStation.
",7078:"
BaseStationFeatures
Contains information on which features are supported by a BaseStation.
",7891:"
The model numbers for each of the Wireless Base Stations
",7905:"
WirelessNode
A class representing a MicroStrain wireless node
",8500:"
NodeDiscovery
Represents 1 node discovery, which is created when a Wireless Node Discovery packet is sent from a Node.  Note: There are multiple versions of Node Discovery packets which have been developed over time.  Each version has added more useful information. If an earlier version of the Node Discovery packet is heard, this NodeDiscovery object will have some information be invalid (set to default values).
",8566:"
Represents the types of microcontrollers possible on the Wireless Devices.
",8617:"
Represents the frequency (channel) that can be used for Wireless Devices.
",8635:"
Represents the transmit powers that can be used for Wireless Devices.
",8885:"
The possible region codes for the device.
",9155:"
Available Communication Protocol types.
",9379:"
DataSweep
Represents 1 data sweep, including data for each channel, a timestamp, and a sample rate
",9478:"
ChannelMask
Represents the channel mask (active and inactive channels) for a WirelessNode.
",9496:"
Holds information about a BaseStation.
",9507:"
BaseStation_Impl
Contains the implementation for a BaseStation object.
",9648:"
BaseStationButton
Represents a single button on a BaseStation
",9673:"
BaseStationAnalogPair
Represents an Analog Pairing on a BaseStation.
",9710:"
BaseStation
Represents a MicroStrain Base Station object
",9713:"
20 ms  - The default timeout for a base station command (in milliseconds) used by USB Bases
",9718:"
explicit BaseStation(
Connection &connection
)
Creates a BaseStation object.  Note: this will use a default timeout of BASE_COMMANDS_DEFAULT_TIMEOUT for serial connections and a default timeout of <ETHERNET_BASE_COMMANDS_DEFAULT_TIMEOUT> for ethernet/websocket connections
",9731:"
static std::string deviceName(
const std::string &serial
)
Static function for creating the universal basestation name that should be used for SensorCloud.
",9743:"
std::string serial() const
Gets the serial number of the BaseStation.
",9765:"
bool verifyConfig(
const BaseStationConfig &config,
ConfigIssues &outIssues
) const
Checks whether the settings in the given BaseStationConfig are ok to be written to the BaseStation.  Options that are set will also be validated against each other. If an option that needs to be validated isn\'t currently set, it will be read from the BaseStation.
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10047:"
ResponsePattern
A pattern matching the expected response from a device command (Base Class).
",10245:"
typedef for a Node\'s node address.
",10291:"
Timestamp
Represents a date/time object
",10409:"
Version
Class that represents, and provides helper functions for, a Version number
",10453:"
Error_NotSupported
A command/feature was attempted to be used that was not supported.
",10457:"
Error_NoData
There is no data available to be accessed
",10468:"
Error_Communication
The exception for failing to communicate with a device.
",10472:"
Error_NodeCommunication
The exception for failing to communicate with a WirelessNode.
",10479:"
Error_Connection
The generic connection exception.
",10505:"
Error_InvalidConfig
The Configuration is invalid.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/BaseStation-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/BaseStation-h.html deleted file mode 100644 index 098e22aeb..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/BaseStation-h.html +++ /dev/null @@ -1,514 +0,0 @@ - - -BaseStation.h - - - - - - - -
-
BaseStation
-
BaseStation
-

Represents a MicroStrain Base Station object

-
- -
-
Constants
-
- -
-
Default Timeouts
-
BASE_COMMANDS_DEFAULT_TIMEOUT

20 ms  - The default timeout for a base station command (in milliseconds) used by USB Bases

EXT_BASE_COMMANDS_DEFAULT_TIMEOUT

500 ms  - The extended default timeout for a base station command (in milliseconds)

BROADCAST_NODE_ADDRESS

65535  - The address to use for performing Broadcast commands that will be heard by all WirelessNodes on the frequency.

BROADCAST_NODE_ADDRESS_ASPP3

0xFFFFFFFF - The address to use for performing Broadcast commands that will be heard by all WirelessNodes on the frequency (ASPP 3.X).

-
- -
-
Functions
-
- -
-
BaseStation
-
explicit BaseStation(
Connection &connection
)
-

Creates a BaseStation object.  Note: this will use a default timeout of BASE_COMMANDS_DEFAULT_TIMEOUT for serial connections and a default timeout of <ETHERNET_BASE_COMMANDS_DEFAULT_TIMEOUT> for ethernet/websocket connections

Parameters
connection
Connection&

The Connection object used for communication

Exceptions
-
- -
-
BaseStation
-
explicit BaseStation(
Connection &connection,
uint64 baseTimeout
)
-

Creates a BaseStation object.

Parameters
connection
Connection&

The Connection object used for communication

baseTimeout
uint64

The timeout to use for base station commands

Exceptions
-
- -
-
~BaseStation
-
virtual ~BaseStation()
-

Destroys a BaseStation object

-
- -
-
Mock
-
static BaseStation Mock(
const BaseStationInfo &info
)
-

Static function to create a Mock BaseStation (won't actually talk to a physical device).

Parameters
info
const BaseStationInfo&

The BaseStationInfo to use for creating the Mock BaseStation.

Returns

A BaseStation object with a mock implementation.

-
- -
-
Mock
-
static BaseStation Mock()
-

Static function to create a Mock BaseStation (won't actually talk to a physical device) using the following default info: Firmware version: 5.0 Model: WSDA-Base 104 USB Region: USA asppVersion_LXRS: 1.7 asppVersion_LXRS+: 3.0

Returns

A BaseStation object with a mock implementation.

-
- -
-
eepromHelper
-
BaseStationEepromHelper& eepromHelper() const
-

Gets a reference to the BaseStationEepromHelper for this BaseStation.

-
- -
-
doCommand
-
bool doCommand(
WirelessResponsePattern &response,
const ByteStream &cmdBytes,
uint64 timeout
)
-

Performs a custom command and waits for the response.  When completed, the ResponsePattern parameter will contain any result information.  For a full explanation, see the ResponsePattern class.

Parameters
response
WirelessResponsePattern&

A reference to a custom class that was inherited from the WirelessResponsePattern base class.

cmdBytes
const ByteStream&

The ByteStream containing the command bytes to send.

timeout
uint64

The maximum timeout to use for waiting for the response.

Returns

true if the command was successful (response.success() is true), false otherwise.

-
- -
-
Operators
-
- -
-
==
-

Checks that two BaseStation objects are equal.

Returns

true if the two BaseStation objects are identical, false otherwise.

-
- -
-
!=
-

Checks that two BaseStation objects are not equal.

Returns

true if the two BaseStation are not identical, false otherwise.

-
- -
-
Variables
-
- -
-
m_impl
-
std::shared_ptr<BaseStation_Impl> m_impl
-

The BaseStation_Impl class that contains all the implementation logic for the BaseStation class.

-
- -
-
Functions
-
- -
-
deviceName
-
static std::string deviceName(
const std::string &serial
)
-

Static function for creating the universal basestation name that should be used for SensorCloud.

Parameters
serial
const std::string&

The serial of the basestation. This should be identical to calling the serial function on a BaseStation object.

Returns

The universal basestationName.

-
- -
-
connection
-
Connection& connection() const
-

Gets the Connection object that this BaseStation is using.

Returns

The Connection object that this BaseStation is using.

-
- -
-
features
-
const BaseStationFeatures& features() const
-

Gets a reference to the BaseStationFeatures for this BaseStation.  Note: This will be invalid when the BaseStation is destroyed.

Returns

BaseStationFeatures containing the features for this BaseStation.

Exceptions
-
- -
-
lastCommunicationTime
-
const Timestamp& lastCommunicationTime() const
-

Gets the Timestamp for the last time MSCL communicated with the BaseStation.  Note: EEPROM reads using the cache, and data collection, will not update this timestamp.

Returns

A Timestamp representing the last time MSCL communicated with the BaseStation. This will be a Timestamp of 0 if never communicated with.

Exceptions

  • Error_NoData: There is no communication time logged for this device.

-
- -
-
readWriteRetries
-
void readWriteRetries(
uint8 numRetries
)
-

Sets the number of retry attempts for reading and writing config options on the BaseStation.  By default, the number of retries is 0.  Note:  The timeout that is set per command will be per read and write attempt, meaning this retry number is multiplied by the timeout for your overall timeout.

Parameters
numRetries
uint8

The number of retries to set for reading and writing config options on the BaseStation.

-
- -
-
readWriteRetries
-
uint8 readWriteRetries() const
-

Gets the number of retry attempts for reading and writing config options on the BaseStation.  By default, the number of retries is 0.  Note:  The timeout that is set per command will be per read and write attempt, meaning this retry number is multiplied by the timeout for your overall timeout.

Returns

The number of retries to set for all reading and writing config options on the BaseStation.

-
- -
-
useEepromCache
-
void useEepromCache(
bool useCache
)
-

Sets whether or not to utilize the eeprom cache when configuring this BaseStation (enabled by default). This can be enabled/disabled at any time.  It is highly recommended to have eeprom caching be enabled.  Note:  The eeprom cache stores the last known value that was written to / read from the BaseStation for each eeprom location. If this is enabled, any reads will get the last known value from the cache if it exists, and any writes will not write to the BaseStation if the value attempting to be written is the same as that stored in the cache. Caching of these values will still be performed if this is disabled, however, read and write operations will then always reach out to the actual device.

Parameters
useCache
bool

whether the eeprom cache should be used (true) or not (false).

-
- -
-
clearEepromCache
-
void clearEepromCache()
-

Clears the eeprom cache for this BaseStation.

-
- -
-
frequency
-
WirelessTypes::Frequency frequency() const
-

Gets the WirelessTypes::Frequency representing the radio frequency of this BaseStation.

Returns

The WirelessTypes::Frequency that this BaseStation is on.

Exceptions
-
- -
-
communicationProtocol
-
WirelessTypes::CommProtocol communicationProtocol() const
-

Gets the WirelessTypes::CommProtocol that the BaseStation is currently set to use.

Returns

The WirelessTypes::CommProtocol that the BaseStation is currently set to use.

Exceptions
-
- -
-
firmwareVersion
-
Version firmwareVersion() const
-

Gets the firmware version of the BaseStation.

Returns

A Version representing the firmware version of the BaseStation.

Exceptions

  • Error_NotSupported: Attempted to read an unsupported option. The device firmware is not compatible with this version of MSCL.

  • Error_Communication: Failed to read the value from the BaseStation.

  • Error_Connection: A connection error has occurred with the parent BaseStation.

-
- -
-
model
- -

Gets the model of the BaseStation.

Returns

A WirelessModels::BaseModel representing the model of the BaseStation.

Exceptions

  • Error_NotSupported: Attempted to read an unsupported option. The device firmware is not compatible with this version of MSCL.

  • Error_Communication: Failed to read the value from the BaseStation.

  • Error_Connection: A connection error has occurred with the parent BaseStation.

-
- -
-
serial
-
std::string serial() const
-

Gets the serial number of the BaseStation.

Returns

A string representing the serial number of the BaseStation.

Exceptions

  • Error_NotSupported: Attempted to read an unsupported option. The device firmware is not compatible with this version of MSCL.

  • Error_Communication: Failed to read the value from the BaseStation.

  • Error_Connection: A connection error has occurred with the parent BaseStation.

-
- -
-
name
-
std::string name() const
-

Gets the name of the BaseStation. This is the universal basestation name that should be used for SensorCloud.  This is the same as calling BaseStation::deviceName.

Returns

The universal basestation name.

Exceptions

  • Error_NotSupported: Attempted to read an unsupported option. The device firmware is not compatible with this version of MSCL.

  • Error_Communication: Failed to read the value from the BaseStation.

  • Error_Connection: A connection error has occurred with the parent BaseStation.

-
- -
-
microcontroller
-
WirelessTypes::MicroControllerType microcontroller() const
-

Gets the microcontroller of the BaseStation.

Returns

A WirelessTypes::MicroControllerType representing the microcontroller of the BaseStation.

Exceptions

  • Error_NotSupported: Attempted to read an unsupported option. The device firmware is not compatible with this version of MSCL.

  • Error_Communication: Failed to read the value from the BaseStation.

  • Error_Connection: A connection error has occurred with the parent BaseStation.

-
- -
-
regionCode
-
WirelessTypes::RegionCode regionCode() const
-

Gets the region code currently set on the BaseStation.

Exceptions
-
- -
-
getData
-
DataSweeps getData(
uint32 timeout = 0,
uint32 maxSweeps = 0
)
-

Gets up to the requested amount of DataSweeps of sampled data that was collected by this BaseStation.

Parameters
timeout
uint32

The timeout, in milliseconds, to wait for data if necessary (default of 0).

maxSweeps
uint32

The maximum number of sweeps to return. If this is 0 (default), all sweeps will be returned.

Returns

A DataSweeps object containing all the data sweeps that are available up to the requested number of max sweeps.

Exceptions
-
- -
-
totalData
-
uint32 totalData()
-

Gets the number of DataSweeps that are currently in the data buffer.

Returns

The number of DataSweeps that are currently in the data buffer.

-
- -
-
getNodeDiscoveries
-
NodeDiscoveries getNodeDiscoveries()
-

Gets the group of Node Discoveries that were collected by this base station.  Calling this function clears out the Node Discovery buffer, so successively calling this will give you new Node Discoveries.

Returns

A NodeDiscoveries container, holding all the Node Discoveries that were collected by this base station.

Exceptions
-
- -
-
timeout
-
void timeout(
uint64 timeout
)
-

Sets the timeout to use when waiting for responses from commands.  This timeout is used directly for BaseStation commands, while some additional time is added for Node commands.  Note: Some commands have a minimum timeout that will override this if set lower than the minimum.

Parameters
timeout
uint64

The timeout (in milliseconds) to set for commands.

-
- -
-
timeout
-
uint64 timeout() const
-

Gets the current timeout to use when waiting for responses from base station commands.  This timeout is used directly for BaseStation commands, while some additional time is added for Node commands.  Note: Some commands have a minimum timeout that will override this if set lower than the minimum.

Returns

The timeout (in milliseconds) set for base station commands.

-
- -
-
ping
-
bool ping()
-

Pings the base station

Returns

true if successfully pinged the base station, false otherwise

Exceptions
Example Use
BaseStation baseStation(&connection);
baseStation.ping();
-
- -
-
readEeprom
-
uint16 readEeprom(
uint16 eepromAddress
) const
-

Reads a specific EEPROM address on the Base Station.  If the value stored in the eeprom cache is still valid, this will be returned instead.

Parameters
eepromAddress
uint16

The EEPROM address to be read.

Returns

The uint16 value read from the specified EEPROM location.

Exceptions
-
- -
-
writeEeprom
-
void writeEeprom(
uint16 eepromAddress,
uint16 value
)
-

Writes the specified value to a specific EEPROM address on the Base Station.  If successful, the cache will be updated with the changed value as well.

Parameters
eepromAddress
uint16

The EEPROM address to write to.

value
uint16

The value to write to the EEPROM address.

Exceptions
-
- -
-
enableBeacon
-
Timestamp enableBeacon()
-

Enables the beacon on the base station using the system time (UTC) as its starting timestamp.

Returns

A Timestamp representing the initial time that was sent to start the beacon

Exceptions
Example Use
BaseStation baseStation(connection);
baseStation.enableBeacon();
-
- -
-
enableBeacon
-
Timestamp enableBeacon(
uint32 utcTime
)
-

Enables the beacon on the base station using the given UTC timestamp.

Parameters
utcTime
uint32

The start time for the beacon in UTC seconds from the Unix Epoch (01/01/1970)

Returns

A Timestamp representing the initial time that was sent to start the beacon

Exceptions
Example Use
BaseStation baseStation(connection);
baseStation.enableBeacon(1357846020);
-
- -
-
disableBeacon
-
void disableBeacon()
-

Disables the beacon on the base station.

Exceptions
Example Use
BaseStation baseStation(connection);
baseStation.disableBeacon();
-
- -
-
beaconStatus
-
BeaconStatus beaconStatus()
-

Gets the BeaconStatus of the beacon on the base station.

Returns

A BeaconStatus object containing status information of the beacon.

Exceptions
-
- -
-
startRfSweepMode
-
void startRfSweepMode()
-

Starts the BaseStation in a fixed RF Sweep Mode, which will sweep over all the supported operating frequencies of the BaseStation.  Note: To exit this Mode, send any command to the BaseStation (such as ping).

Exceptions
-
- -
-
startRfSweepMode
-
void startRfSweepMode(
uint32 minFreq,
uint32 maxFreq,
uint32 interval,
uint16 options= 0
)
-

Starts the BaseStation in a custom RF Sweep Mode across the provided frequencies.  Note: To exit this Mode, send any command to the BaseStation (such as ping).

Parameters
minFreq
uint32

The minimum frequency to use in the scan in kHz (2400000 = 2.4GHz).

maxFreq
uint32

The maximum frequency to use in the scan in kHz (2400000 = 2.4GHz).

interval
uint32

The interval between frequencies.

options
uint16

This is currently an Advanced setting, used internally.

Exceptions
-
- -
-
cyclePower
-
void cyclePower(
bool checkComm= true
)
-

Cycles the power on the base station.

Parameters
checkComm
bool

Whether to check for communication (ping) after cycling power before returning from this function.

Exceptions
-
- -
-
resetRadio
-
void resetRadio()
-

Resets the radio on the base station.

Exceptions
-
- -
-
changeFrequency
-
void changeFrequency(
WirelessTypes::Frequency frequency
)
-

Changes the radio frequency of the base station.

Parameters
frequency
WirelessTypes::Frequency

The WirelessTypes::Frequency to change the base station to.

Exceptions
-
- -
-
broadcastSetToIdle
-
mscl::SetToIdleStatus broadcastSetToIdle()
-

Broadcasts the Set to Idle command (will be heard by all nodes on the BaseStation's frequency).

Returns

A SetToIdleStatus object that can be used to cancel the operation.  Note that this status object will never complete as it is not targeting a specific Node.

Exceptions
-
- -
-
verifyConfig
-
bool verifyConfig(
const BaseStationConfig &config,
ConfigIssues &outIssues
) const
-

Checks whether the settings in the given BaseStationConfig are ok to be written to the BaseStation.  Options that are set will also be validated against each other. If an option that needs to be validated isn't currently set, it will be read from the BaseStation.

Parameters
config
const BaseStationConfig&

The BaseStationConfig to verify.

outIssues
ConfigIssues&

The ConfigIssues that will hold any resulting issues that are found with the configuration.

Returns

true if the configuration is valid. false if the configuration is invalid and outIssues should be checked for more information.

Exceptions
-
- -
-
applyConfig
-
void applyConfig(
const BaseStationConfig &config
)
-

Applies a BaseStationConfig to the Node.  Note: This applies all options that have been set in the BaseStationConfig.  Before applying, the options will be validated. It is recommended that you perform this validation yourself first by using verifyConfig.

Parameters
config
const BaseStationConfig&

The BaseStationConfig to apply to the Node.

Exceptions
-
- -
-
getTransmitPower
-
WirelessTypes::TransmitPower getTransmitPower() const
-

Reads the WirelessTypes::TransmitPower that is currently set on the BaseStation.

Returns

The WirelessTypes::TransmitPower that is currently set on the BaseStation.

Exceptions
-
- -
-
getButtonLongPress
-
BaseStationButton getButtonLongPress(
uint8 buttonNumber
) const
-

Reads the button settings for a long press action that are currently set on the BaseStation.

Parameters
buttonNumber
uint8

The button number (1 = button 1) to get the value for.

Returns

A BaseStationButton object holding the current long press settings for the requested button number.

Exceptions
-
- -
-
getButtonShortPress
-
BaseStationButton getButtonShortPress(
uint8 buttonNumber
) const
-

Reads the button settings for a short press action that are currently set on the BaseStation.

Parameters
buttonNumber
uint8

The button number (1 = button 1) to get the value for.

Returns

A BaseStationButton object holding the current short press settings for the requested button number.

Exceptions
-
- -
-
getAnalogPairingEnabled
-
bool getAnalogPairingEnabled() const
-

Reads the Analog Pairing enabled/disabled setting that is currently set on the BaseStation.  If this is disabled, all other analog pairing settings will be disabled.

Returns

true if Analog Pairing is enabled, false otherwise.

Exceptions
-
- -
-
getAnalogTimeoutTime
-
uint16 getAnalogTimeoutTime() const
-

Reads the Analog Timeout Time in seconds that is currently set on the BaseStation.

Returns

The analog timeout time in seconds.

Exceptions
-
- -
-
getAnalogTimeoutVoltage
-
float getAnalogTimeoutVoltage() const
-

Reads the Analog Timeout Voltage that is currently set on the BaseStation.

Returns

The analog timeout voltage.

Exceptions
-
- -
-
getAnalogExceedanceEnabled
-
bool getAnalogExceedanceEnabled() const
-

Reads the Analog Exceedance enabled/disabled setting that is currently set on the BaseStation.

Returns

true if Analog Exceedance is enabled, false otherwise.

Exceptions
-
- -
-
getAnalogPair
-
BaseStationAnalogPair getAnalogPair(
uint8 portNumber
) const
-

Reads the BaseStationAnalogPair for the specified port number that is currently set on the BaseStation.

Parameters
portNumber
uint8

The port number (1 = port 1) to get the value for.

Returns

The BaseStationAnalogPair for the specified port number that is currently set on the BaseStation.

Exceptions
-
- -
-
node_ping
-
PingResponse node_ping(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress
)
-

Pings the specified Node.

Parameters
nodeProtocol
const WirelessProtocol&

the WirelessProtocol for the Node.

nodeAddress
NodeAddress

the node address of the node to ping.

Returns

A PingResponse object that can be queried to get details of the ping command's response.

Exceptions
-
- -
-
node_hardReset
-
void node_hardReset(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress
)
-

Performs a hard reset on the specified Node.

Parameters
nodeProtocol
const WirelessProtocol&

the WirelessProtocol for the Node.

nodeAddress
NodeAddress

the node address to perform the hard reset on

Exceptions
-
- -
-
node_softReset
-
void node_softReset(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress
)
-

Performs a soft reset on the specified Node.

Parameters
nodeProtocol
const WirelessProtocol&

the WirelessProtocol for the Node.

nodeAddress
NodeAddress

the node address to perform the soft reset on

Exceptions
-
- -
-
node_sleep
-
bool node_sleep(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress
)
-

Puts the Node into a low power, sleep mode.  This command attempts to ping the node before sending the sleep command, to verify communication.

Parameters
nodeProtocol
const WirelessProtocol&

the WirelessProtocol for the Node.

nodeAddress
NodeAddress

The node adderss of the Node to put to sleep.

Returns

true if the sleep command was successful, false otherwise.

Exceptions
-
- -
-
node_setToIdle
-
SetToIdleStatus node_setToIdle(
NodeAddress nodeAddress
)
-

Attempts to set the node to idle so that it can be communicated with.

Parameters
nodeAddress
NodeAddress

the node address of the node to set to idle.

Returns

A SetToIdleStatus object that can be queried to get the status of the Set to Idle operation.

Exceptions
-
- -
-
node_readEeprom
-
bool node_readEeprom(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress,
uint16 eepromAddress,
uint16 &eepromValue
)
-

Reads a value from EEPROM on the specified Node.

Parameters
nodeProtocol
const WirelessProtocol&

the WirelessProtocol for the Node.

nodeAddress
NodeAddress

the node address of the Node to read from.

eepromAddress
uint16

the EEPROM address to read the value from.

eepromValue
uint16&

holds the result value read from EEPROM if successful.

Returns

true if the command was successful, false otherwise.

Exceptions
-
- -
-
node_writeEeprom
-
bool node_writeEeprom(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress,
uint16 eepromAddress,
uint16 value
)
-

Writes a value to EEPROM on the specified Node.

Parameters
nodeProtocol
const WirelessProtocol&

the WirelessProtocol for the Node.

nodeAddress
NodeAddress

the node address of the node to write to.

eepromAddress
uint16

the EEPROM address to write the value to.

value
uint16

the value to write to EEPROM.

Returns

true if the write eeprom command succeeded, false otherwise.

Exceptions
-
- -
-
node_pageDownload
-
bool node_pageDownload(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress,
uint16 pageIndex,
ByteStream &data
)
-

Downloads a page of logged data from the Node.

Parameters
nodeProtocol
const WirelessProtocol&

The WirelessProtocol for the Node.

nodeAddress
NodeAddress

The node address of the Node to download data from.

pageIndex
uint16

The page index to download from the Node.

data
ByteStream&

Output parameter that contains the resulting data downloaded from the Node, if any.

Returns

true if the page download command succeeded, false otherwise.

Exceptions
-
- -
-
node_batchEepromRead
-
bool node_batchEepromRead(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress,
uint16 startEeprom,
std::map<uint16, uint16> &result
)
-

Reads a batch of eeprom values from the Node

Parameters
nodeProtocol
const WirelessProtocol&

The WirelessProtocol for the Node.

nodeAddress
NodeAddress

The node address of the Node to download data from.

startEeprom
uint16

The eeprom address to start the batch eeprom read from.

result
std::map<uint16, uint16>&

The eeprom location/value map that will hold the result.

Returns

true if the command succeeded, false otherwise.

Exceptions
-
- -
-
node_getDatalogSessionInfo
-
bool node_getDatalogSessionInfo(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress,
DatalogSessionInfoResult &result
)
-

Gets info about the datalog sessions on the Node.

Parameters
nodeProtocol
const WirelessProtocol&

The WirelessProtocol for the Node.

nodeAddress
NodeAddress

The node address of the Node to download data from.

result
DatalogSessionInfoResult&

The DatalogSessionInfoResult containing the result info on success.

Returns

true if the command succeded, false otherwise

Exceptions
-
- -
-
node_getDatalogData
-
bool node_getDatalogData(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress,
uint32 flashAddress,
ByteStream &result,
uint16 &numBytesRead
)
-

Gets a section of logged data from the Node.

Parameters
nodeProtocol
const WirelessProtocol&

The WirelessProtocol for the Node.

nodeAddress
NodeAddress

The node address of the Node to download data from.

flashAddress
uint32

The flash address to read from.

result
ByteStream&

The ByteStream containing the resulting data bytes from the Node on success.

numBytesRead
uint16&

The number of bytes that were read from the command and appended to the result ByteStream.

Returns

true if the command succeded, false otherwise

Exceptions
-
- -
-
node_erase
-
bool node_erase(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress
)
-

Sends the Erase command to a Node.

Parameters
nodeProtocol
const WirelessProtocol&

The WirelessProtocol for the Node.

nodeAddress
NodeAddress

The node address of the Node to send the command to.

Exceptions
-
- -
-
node_startSyncSampling
-
bool node_startSyncSampling(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress
)
-

Sends the Start Synchronized Sampling command to a Node.

Parameters
nodeProtocol
const WirelessProtocol&

The WirelessProtocol for the Node.

nodeAddress
NodeAddress

The node address of the Node to send the command to.

Returns

true if the Start Sync Sampling command succeeded, false otherwise.

Exceptions
-
- -
-
node_startNonSyncSampling
-
bool node_startNonSyncSampling(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress
)
-

Sends the Start Non-Synchronized Sampling command to a Node.

Parameters
nodeProtocol
const WirelessProtocol&

The WirelessProtocol for the Node.

nodeAddress
NodeAddress

The node address of the Node to send the command to.

Returns

true if the Start Non Sync Sampling command succeeded, false otherwise.

Exceptions
-
- -
-
node_armForDatalogging
-
bool node_armForDatalogging(
NodeAddress nodeAddress,
const std::string &message = ""
)
-

Sends the Arm For Datalogging command to a Node.

Parameters
nodeAddress
NodeAddress

The node address of the Node to send the command to.

message
const std::string&

A message, up to 50 characters, to send with the arm command. This message can be downloaded with the data. Will be trimmed to 50 chars if longer. (Default of "")

Exceptions
-
- -
-
node_triggerArmedDatalogging
-
void node_triggerArmedDatalogging(
NodeAddress nodeAddress
)
-

Sends the Trigger Armed Datalogging command to a Node.

Parameters
nodeAddress
NodeAddress

The node address of the Node to send the command to.

Exceptions
-
- -
-
node_autoBalance
-
bool node_autoBalance(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress,
uint8 channelNumber,
float targetPercent,
AutoBalanceResult &result
)
-

Sends the AutoBalance command to a Node.

Parameters
nodeProtocol
const WirelessProtocol&

The WirelessProtocol for the Node.

nodeAddress
NodeAddress

The node address of the Node to send the command to.

channelNumber
uint8

The channel number (ch1 = 1, ch8 = 8) to balance.

targetPercent
float

The target percentage (0 - 100) to balance to.

result
AutoBalanceResult&

The AutoBalanceResult of the command.

Returns

true if the command succeeded, false if it failed.

Exceptions
-
- -
-
node_autocal_shm
-
bool node_autocal_shm(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress,
AutoCalResult &result
)
-

Performs automatic calibration for an SHM-Link.

Parameters
nodeProtocol
const WirelessProtocol&

The WirelessProtocol for the Node.

nodeAddress
NodeAddress

The node address of the Node to send the command to.

result
AutoCalResult&

The AutoCalResult reference to hold the result.

Returns

true if the AutoCal command was successful, false otherwise.

Exceptions
-
- -
-
node_autocal_shm201
-
bool node_autocal_shm201(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress,
AutoCalResult &result
)
-

Performs automatic calibration for an SHM-Link-201.

Parameters
nodeProtocol
const WirelessProtocol&

The WirelessProtocol for the Node.

nodeAddress
NodeAddress

The node address of the Node to send the command to.

result
AutoCalResult&

The AutoCalResult reference to hold the result.

Returns

true if the AutoCal command was successful, false otherwise.

Exceptions
-
- -
-
node_autoShuntCal
-
bool node_autoShuntCal(
const WirelessProtocol &nodeProtocol,
const AutoCalCmdDetails &commandDetails,
AutoCalResult &result
)
-

Performs automatic shunt calibration for a Wireless Node.

Parameters
nodeProtocol
const WirelessProtocol&

The WirelessProtocol for the Node.

commandDetails
const AutoCalCmdDetails&

The AutoCalCmdDetails for this command.

result
AutoCalResult&

The AutoCalResult reference to hold the result.

Returns

true if the auto shunt cal command was successful, false otherwise.

Exceptions
-
- -
-
node_readSingleSensor
-
bool node_readSingleSensor(
NodeAddress nodeAddress,
uint8 channelNumber,
uint16 &result
)
-

Reads the bits value for a single channel on a Wireless Node.

Parameters
nodeAddress
NodeAddress

The node address of the Node to send the command to.

channelNumber
uint8

The channel number (ch1 = 1, ch8 = 8) to read.

result
uint16&

Holds the bits value result from the channel on the Node.

Returns

true if the Read Single Sensor command was successful, false otherwise.

Exceptions
-
- -
-
node_getDiagnosticInfo
-
bool node_getDiagnosticInfo(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress,
ChannelData &result
)
-

Performs an immediate request for the Node's Diagnostic Info.

Parameters
nodeProtocol
const WirelessProtocol&

The WirelessProtocol for the Node.

nodeAddress
NodeAddress

The node address of the Node to send the command to.

result
ChannelData&

The <ChannelData> container that will be filled with the result upon success.

Returns

true if the command was successful, false otherwise.

Exceptions
-
- -
-
node_testCommProtocol
-
bool node_testCommProtocol(
NodeAddress nodeAddress,
WirelessTypes::CommProtocol protocol
)
-

Tests if a Node will still be able to communicate after changing the Node's communication protocol.

Parameters
nodeAddress
NodeAddress

The node address of the Node to send the command to.

protocol
WirelessTypes::CommProtocol

The WirelessTypes::CommProtocol to test.

Returns

true if communication in the new protocol mode was successful, false otherwise.

Exceptions
-
- -
-
node_poll
-
bool node_poll(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress,
const ChannelMask &chs,
WirelessPollData &result
)
-

Polls the WirelessNode to get a single sweep of calibrated data.

Parameters
nodeProtocol
const WirelessProtocol&

The WirelessProtocol for the Node.

nodeAddress
NodeAddress

The node address of the Node to send the command to.

chs
const ChannelMask&

The ChannelMask to poll data for. Note: if a channel is active that isn't supported by the Node, it will be ignored.

result
WirelessPollData&

The <WirelessPollData> map holding the result of the poll.

Returns

true if the command was successful, false otherwise.

Exceptions
-
- -
-
getRawBytePackets
-
RawBytePackets getRawBytePackets(
uint32 timeout = 0,
uint32 maxPackets = 0
)
-

Gets up to the requested amount of raw byte packets that have been collected.

Parameters
packets

A vector of RawBytePacket to hold the result.

timeout
uint32

the timeout, in milliseconds, to wait for the data if necessary (default of 0)

maxPackets
uint32

The maximum number of packets to return. If this is 0 (default), all packets will be returned.

Exceptions
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/BaseStationAnalogPair-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/BaseStationAnalogPair-h-Summary.js deleted file mode 100644 index 785a38b42..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/BaseStationAnalogPair-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/BaseStationAnalogPair.h","BaseStationAnalogPair.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/BaseStationAnalogPair.h",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[9673,0,0,"BaseStationAnalogPair","BaseStationAnalogPair"],[9674,0,3,"Functions","BaseStationAnalogPair.Functions"],[9675,0,2,"BaseStationAnalogPair","BaseStationAnalogPair.BaseStationAnalogPair"],[9676,0,3,"Constants","BaseStationAnalogPair.Constants"],[9677,0,1,"CHANNEL_NOT_FLOAT","BaseStationAnalogPair.CHANNEL_NOT_FLOAT"],[9678,0,0,"BaseStationAnalogPair","BaseStationAnalogPair(2)"],[9679,0,3,"Functions","BaseStationAnalogPair.Functions(2)"],[9680,0,2,"Float","BaseStationAnalogPair.Float"],[9681,0,2,"NonFloat","BaseStationAnalogPair.NonFloat"],[9682,0,3,"Variables","BaseStationAnalogPair.Variables"],[9683,0,4,"m_nodeAddress","BaseStationAnalogPair.m_nodeAddress"],[9684,0,4,"m_nodeChannel","BaseStationAnalogPair.m_nodeChannel"],[9685,0,4,"m_outputVal_0V","BaseStationAnalogPair.m_outputVal_0V"],[9686,0,4,"m_outputVal_3V","BaseStationAnalogPair.m_outputVal_3V"],[9687,0,3,"Functions","BaseStationAnalogPair.Functions(3)"],[9688,0,2,"nodeAddress","BaseStationAnalogPair.nodeAddress"],[9689,0,2,"nodeAddress","BaseStationAnalogPair.nodeAddress(2)"],[9690,0,2,"nodeChannel","BaseStationAnalogPair.nodeChannel"],[9691,0,2,"nodeChannel","BaseStationAnalogPair.nodeChannel(2)"],[9692,0,2,"floatData","BaseStationAnalogPair.floatData"],[9693,0,2,"floatData","BaseStationAnalogPair.floatData(2)"],[9694,0,2,"outputVal_0V","BaseStationAnalogPair.outputVal_0V"],[9695,0,2,"outputVal_0V","BaseStationAnalogPair.outputVal_0V(2)"],[9696,0,2,"outputVal_3V","BaseStationAnalogPair.outputVal_3V"],[9697,0,2,"outputVal_3V","BaseStationAnalogPair.outputVal_3V(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/BaseStationAnalogPair-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/BaseStationAnalogPair-h-SummaryToolTips.js deleted file mode 100644 index 022613587..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/BaseStationAnalogPair-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/BaseStationAnalogPair.h",{9673:"
BaseStationAnalogPair
Represents an Analog Pairing on a BaseStation.
",9675:"
BaseStationAnalogPair(
uint16 nodeAddress,
uint8 nodeChannel,
float output_0V,
float output_3V
)
Creates a BaseStationAnalogPair object with the provided parameters.  Note: This constructor is private to enforce using ::Float and ::NonFloat static functions for construction.
",9677:"
A (NaN) value representing that the paired node channel is not transmitting float point values.  The outputVal_0V and outputVal_3V values should be set to this value if not being paired to a channel transmitting floats.
",9678:"
BaseStationAnalogPair
Creates a default constructed BaseStationAnalogPair object.
",9680:"
static BaseStationAnalogPair Float(
uint16 nodeAddress,
uint8 nodeChannel,
float output_0V,
float output_3V
)
Creates a BaseStationAnalogPair object to be paired to WirelessNode\'s channel that is transmitting floating point values.
",9681:"
static BaseStationAnalogPair NonFloat(
uint16 nodeAddress,
uint8 nodeChannel
)
Creates a BaseStationAnalogPair object to be paired to WirelessNode\'s channel that is NOT transmitting floating point values.
",9683:"
uint16 m_nodeAddress
The node address to pair.
",9684:"
uint8 m_nodeChannel
The node\'s channel to pair.
",9685:"
float m_outputVal_0V
The floating point value that represents 0 volts, if the node/channel is sending floating point data.
",9686:"
float m_outputVal_3V
The floating point value that represents 3 volts, if the node/channel is sending floating point data.
",9688:"
uint16 nodeAddress() const
Gets the node address to be paired with that is currently set in this object.
",9689:"
void nodeAddress(
uint16 address
)
Sets the node address of the WirelessNode to be paired with.
",9690:"
uint8 nodeChannel() const
Gets the node\'s channel to be paired with that is currently set in this object.
",9691:"
void nodeChannel(
uint8 channelNumber
)
Sets the node\'s channel of the WirelessNode to be paired with.
",9692:"
bool expectFloatData() const
Checks whether floating point data is expected in this object.
",9693:"
void expectFloatData(
bool enable
)
Sets whether floating point data is expected or not.  Note: If enabling, this will set outputVal_0V to 0 and outputVal_3V to 65535. You should update these values accordingly.  Note: If disabling, this will set outputVal_0V and outputVal_3V to CHANNEL_NOT_FLOAT.
",9694:"
float outputVal_0V() const
Gets the output value that represents 0 Volts that is currently set in this object.
",9695:"
void outputVal_0V(
float value
)
Sets the output value that represents 0 Volts.  Note: Setting this to a NaN (CHANNEL_NOT_FLOAT) disables the float expectation and sets outputVal_3V to CHANNEL_NOT_FLOAT as well.  Note: If outputVal_3V is set to CHANNEL_NOT_FLOAT when this is called with a real value, outputVal_3V will be updated to (value + 1.0).
",9696:"
float outputVal_3V() const
Gets the output value that represents 3 Volts that is currently set in this object.
",9697:"
void outputVal_3V(
float value
)
Sets the output value that represents 3 Volts.  Note: Setting this to a NaN (CHANNEL_NOT_FLOAT) disables the float expectation and sets outputVal_0V to CHANNEL_NOT_FLOAT as well.  Note: If outputVal_0V is set to CHANNEL_NOT_FLOAT when this is called with a real value, outputVal_0V will be updated to (value - 1.0).
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/BaseStationAnalogPair-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/BaseStationAnalogPair-h-ToolTips.js deleted file mode 100644 index a9f24f684..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/BaseStationAnalogPair-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({9673:"
BaseStationAnalogPair
Represents an Analog Pairing on a BaseStation.
",9675:"
BaseStationAnalogPair(
uint16 nodeAddress,
uint8 nodeChannel,
float output_0V,
float output_3V
)
Creates a BaseStationAnalogPair object with the provided parameters.  Note: This constructor is private to enforce using ::Float and ::NonFloat static functions for construction.
",9677:"
A (NaN) value representing that the paired node channel is not transmitting float point values.  The outputVal_0V and outputVal_3V values should be set to this value if not being paired to a channel transmitting floats.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/BaseStationAnalogPair-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/BaseStationAnalogPair-h.html deleted file mode 100644 index 5ef28ad8e..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/BaseStationAnalogPair-h.html +++ /dev/null @@ -1,150 +0,0 @@ - - -BaseStationAnalogPair.h - - - - - - - -
-
BaseStationAnalogPair
-
BaseStationAnalogPair
-

Represents an Analog Pairing on a BaseStation.

-
- -
-
Functions
-
- -
-
BaseStationAnalogPair
-
BaseStationAnalogPair(
uint16 nodeAddress,
uint8 nodeChannel,
float output_0V,
float output_3V
)
-

Creates a BaseStationAnalogPair object with the provided parameters.  Note: This constructor is private to enforce using ::Float and ::NonFloat static functions for construction.

-
- -
-
Constants
-
- -
-
CHANNEL_NOT_FLOAT
-

A (NaN) value representing that the paired node channel is not transmitting float point values.  The outputVal_0V and outputVal_3V values should be set to this value if not being paired to a channel transmitting floats.

-
- -
-
BaseStationAnalogPair
-
BaseStationAnalogPair
-

Creates a default constructed BaseStationAnalogPair object.

-
- -
-
Functions
-
- -
-
Float
-
static BaseStationAnalogPair Float(
uint16 nodeAddress,
uint8 nodeChannel,
float output_0V,
float output_3V
)
-

Creates a BaseStationAnalogPair object to be paired to WirelessNode's channel that is transmitting floating point values.

Parameters
nodeAddress
uint16

The node address to pair to.

nodeChannel
uint8

The node's channel number to pair to.

output_0V
float

The floating point value that represents 0 volt output.

output_3V
float

The floating point value that represents 3 volt output.

Returns

A BaseStationAnalogPair object created with the specified parameters.

-
- -
-
NonFloat
-
static BaseStationAnalogPair NonFloat(
uint16 nodeAddress,
uint8 nodeChannel
)
-

Creates a BaseStationAnalogPair object to be paired to WirelessNode's channel that is NOT transmitting floating point values.

Parameters
nodeAddress
uint16

The node address to pair to.

nodeChannel
uint8

The node's channel number to pair to.

Returns

A BaseStationAnalogPair object created with the specified parameters.

-
- -
-
Variables
-
- -
-
m_nodeAddress
-
uint16 m_nodeAddress
-

The node address to pair.

-
- -
-
m_nodeChannel
-
uint8 m_nodeChannel
-

The node's channel to pair.

-
- -
-
m_outputVal_0V
-
float m_outputVal_0V
-

The floating point value that represents 0 volts, if the node/channel is sending floating point data.

-
- -
-
m_outputVal_3V
-
float m_outputVal_3V
-

The floating point value that represents 3 volts, if the node/channel is sending floating point data.

-
- -
-
Functions
-
- -
-
nodeAddress
-
uint16 nodeAddress() const
-

Gets the node address to be paired with that is currently set in this object.

Returns

The node address to be paired with that is currently set in this object.

-
- -
-
nodeAddress
-
void nodeAddress(
uint16 address
)
-

Sets the node address of the WirelessNode to be paired with.

Parameters
address
uint16

The node address to be paired with.

-
- -
-
nodeChannel
-
uint8 nodeChannel() const
-

Gets the node's channel to be paired with that is currently set in this object.

Returns

The node's channel to be paired with that is currently set in this object.

-
- -
-
nodeChannel
-
void nodeChannel(
uint8 channelNumber
)
-

Sets the node's channel of the WirelessNode to be paired with.

Parameters
channelNumber
uint8

The node's channel number (ch1 = 1, ch8 = 8) to be paired with.

-
- -
-
floatData
-
bool expectFloatData() const
-

Checks whether floating point data is expected in this object.

Returns

True if floating point data is expected, false if it is not.

-
- -
-
floatData
-
void expectFloatData(
bool enable
)
-

Sets whether floating point data is expected or not.  Note: If enabling, this will set outputVal_0V to 0 and outputVal_3V to 65535. You should update these values accordingly.  Note: If disabling, this will set outputVal_0V and outputVal_3V to CHANNEL_NOT_FLOAT.

Parameters
enable
bool

Whether to enable or disable the expectation for floating point data.

-
- -
-
outputVal_0V
-
float outputVal_0V() const
-

Gets the output value that represents 0 Volts that is currently set in this object.

Returns

The output value that represents 0 Volts.

-
- -
-
outputVal_0V
-
void outputVal_0V(
float value
)
-

Sets the output value that represents 0 Volts.  Note: Setting this to a NaN (CHANNEL_NOT_FLOAT) disables the float expectation and sets outputVal_3V to CHANNEL_NOT_FLOAT as well.  Note: If outputVal_3V is set to CHANNEL_NOT_FLOAT when this is called with a real value, outputVal_3V will be updated to (value + 1.0).

Parameters
value
float

The output value to represent 0 Volts.

-
- -
-
outputVal_3V
-
float outputVal_3V() const
-

Gets the output value that represents 3 Volts that is currently set in this object.

Returns

The output value that represents 3 Volts.

-
- -
-
outputVal_3V
-
void outputVal_3V(
float value
)
-

Sets the output value that represents 3 Volts.  Note: Setting this to a NaN (CHANNEL_NOT_FLOAT) disables the float expectation and sets outputVal_0V to CHANNEL_NOT_FLOAT as well.  Note: If outputVal_0V is set to CHANNEL_NOT_FLOAT when this is called with a real value, outputVal_0V will be updated to (value - 1.0).

Parameters
value
float

The output value to represent 3 Volts.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/BaseStationButton-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/BaseStationButton-h-Summary.js deleted file mode 100644 index 4f285d49b..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/BaseStationButton-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/BaseStationButton.h","BaseStationButton.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/BaseStationButton.h",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Enums","Enumeration"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[9648,0,0,"BaseStationButton","BaseStationButton"],[9649,0,4,"Types","BaseStationButton.Types"],[9650,0,2,"Command","BaseStationButton.Command"],[9651,0,1,,"BaseStationButton.btn_nodeSleep"],[9652,0,1,,"BaseStationButton.btn_nodeStop"],[9653,0,1,,"BaseStationButton.btn_enableBeacon"],[9654,0,1,,"BaseStationButton.btn_disableBeacon"],[9655,0,1,,"BaseStationButton.btn_nodeNonSyncSampling"],[9656,0,1,,"BaseStationButton.btn_nodeSyncSampling"],[9657,0,1,,"BaseStationButton.btn_nodeArmedDatalogging"],[9658,0,1,,"BaseStationButton.btn_cyclePower"],[9659,0,1,,"BaseStationButton.btn_disabled"],[9660,0,2,"UserAction","BaseStationButton.UserAction"],[9661,0,1,,"BaseStationButton.action_shortPress"],[9662,0,1,,"BaseStationButton.action_longPress"],[9663,0,0,"BaseStationButton","BaseStationButton(2)"],[9664,0,0,"BaseStationButton","BaseStationButton(3)"],[9665,0,4,"Variables","BaseStationButton.Variables"],[9666,0,5,"m_command","BaseStationButton.m_command"],[9667,0,5,"m_nodeAddress","BaseStationButton.m_nodeAddress"],[9668,0,4,"Functions","BaseStationButton.Functions"],[9669,0,3,"command","BaseStationButton.command"],[9670,0,3,"command","BaseStationButton.command(2)"],[9671,0,3,"nodeAddress","BaseStationButton.nodeAddress"],[9672,0,3,"nodeAddress","BaseStationButton.nodeAddress(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/BaseStationButton-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/BaseStationButton-h-SummaryToolTips.js deleted file mode 100644 index c8287f438..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/BaseStationButton-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/BaseStationButton.h",{9648:"
BaseStationButton
Represents a single button on a BaseStation
",9650:"
Represents the types of commands that a BaseStationButton can perform.
",9660:"
Represents the user action that can be performed to cause a BaseStationButton to perform its command.
",9663:"
BaseStationButton
Creates a default constructed BaseStationButton object.
",9664:"
BaseStationButton
Creates a BaseStationButton object.
",9666:"
Command m_command
The Command of the button.
",9667:"
uint16 m_nodeAddress
The node address that the button\'s function pertains to, if applicable.
",9669:"
BaseStationButton::Command command() const
Gets the Command that is currently set in this object.
",9670:"
void command(
Command cmd
)
Sets the Command of this BaseStationButton object.
",9671:"
uint16 nodeAddress() const
Gets the node address that the button\'s command targets that is currently set in this object.  This is ignored if the command doesn\'t pertain to a node.  Note: To target all nodes on the frequency, set the node address to 65535.
",9672:"
void nodeAddress(
uint16 address
)
Sets the node address to target from the button\'s command.  This is ignored if the command doesn\'t pertain to a node.  Note: To target all nodes on the frequency, set the node address to 65535.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/BaseStationButton-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/BaseStationButton-h-ToolTips.js deleted file mode 100644 index 7f0a937a3..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/BaseStationButton-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({9648:"
BaseStationButton
Represents a single button on a BaseStation
",9650:"
Represents the types of commands that a BaseStationButton can perform.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/BaseStationButton-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/BaseStationButton-h.html deleted file mode 100644 index 86ecb589a..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/BaseStationButton-h.html +++ /dev/null @@ -1,87 +0,0 @@ - - -BaseStationButton.h - - - - - - - -
-
BaseStationButton
-
BaseStationButton
-

Represents a single button on a BaseStation

-
- -
-
Types
-
- -
-
Command
-

Represents the types of commands that a BaseStationButton can perform.

btn_nodeSleep

0  - Puts a Node into sleep mode.

btn_nodeStop

1 - Puts a Node into idle mode by stopping/waking it.

btn_enableBeacon

2 - Enables the Beacon on the BaseStation

btn_disableBeacon

3 - Disable the Beacon on the BaseStation

btn_nodeNonSyncSampling

4 - Starts a Node sampling in Non-Synchronized mode.

btn_nodeSyncSampling

5 - Starts a Node sampling in Synchronized mode.

btn_nodeArmedDatalogging

6 - Starts a Node sampling in Armed Datalogging mode.

btn_cyclePower

7 - Cycles the power on the BaseStation.

btn_disabled

65535 - Disables the button functionality.

-
- -
-
UserAction
-

Represents the user action that can be performed to cause a BaseStationButton to perform its command.

action_shortPress

0 - A Short Press of the button

action_longPress

1 - A Long Press of the button

-
- -
-
BaseStationButton
-
BaseStationButton
-

Creates a default constructed BaseStationButton object.

-
- -
-
BaseStationButton
-
BaseStationButton
-

Creates a BaseStationButton object.

Parameters
cmd
Command

The BaseStationButton::Command to set.

nodeAddress
uint16

The node address to target from the button's command, if applicable (defaults to 0, no node).

-
- -
-
Variables
-
- -
-
m_command
-
Command m_command
-

The Command of the button.

-
- -
-
m_nodeAddress
-
uint16 m_nodeAddress
-

The node address that the button's function pertains to, if applicable.

-
- -
-
Functions
-
- -
-
command
- -

Gets the Command that is currently set in this object.

Returns

A BaseStationButton::Command that is currently set in this object.

-
- -
-
command
-
void command(
Command cmd
)
-

Sets the Command of this BaseStationButton object.

Parameters
cmd
Command

The BaseStationButton::Command to set.

-
- -
-
nodeAddress
-
uint16 nodeAddress() const
-

Gets the node address that the button's command targets that is currently set in this object.  This is ignored if the command doesn't pertain to a node.  Note: To target all nodes on the frequency, set the node address to 65535.

Returns

The node address that the button's command targets.

-
- -
-
nodeAddress
-
void nodeAddress(
uint16 address
)
-

Sets the node address to target from the button's command.  This is ignored if the command doesn't pertain to a node.  Note: To target all nodes on the frequency, set the node address to 65535.

Parameters
address
uint16

The node address to target from the button's command.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/BaseStationInfo-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/BaseStationInfo-h-Summary.js deleted file mode 100644 index 346ed6f5d..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/BaseStationInfo-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/BaseStationInfo.h","BaseStationInfo.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/BaseStationInfo.h",[["C/C++","C"]],[["Functions","Function"],["Groups","Group"],["Structs","Struct"],["Variables","Variable"]],[[9496,0,2,"BaseStationInfo","BaseStationInfo"],[9497,0,1,"Functions","BaseStationInfo.Functions"],[9498,0,0,"BaseStationInfo","BaseStationInfo.BaseStationInfo"],[9499,0,0,"BaseStationInfo","BaseStationInfo.BaseStationInfo(2)"],[9500,0,1,"Variables","BaseStationInfo.Variables"],[9501,0,3,"m_basestation","BaseStationInfo.m_basestation"],[9502,0,3,"m_firmwareVersion","BaseStationInfo.m_firmwareVersion"],[9503,0,3,"m_model","BaseStationInfo.m_model"],[9504,0,3,"m_regionCode","BaseStationInfo.m_regionCode"],[9505,0,3,"m_protocol_lxrs","BaseStationInfo.m_protocol_lxrs"],[9506,0,3,"m_protocol_lxrsPlus","BaseStationInfo.m_protocol_lxrsPlus"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/BaseStationInfo-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/BaseStationInfo-h-SummaryToolTips.js deleted file mode 100644 index 4e91511b9..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/BaseStationInfo-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/BaseStationInfo.h",{9496:"
Holds information about a BaseStation.
",9498:"
BaseStationInfo(
const BaseStation_Impl *base
)
Creates a BaseStationInfo object from a BaseStation.
",9499:"
BaseStationInfo(
Version fw,
WirelessModels::BaseModel model,
WirelessTypes::RegionCode region,
const Version &asppVer_lxrs,
const Version &asppVer_lxrsPlus
)
Creates a BaseStationInfo object.
",9501:"
const BaseStation_Impl* m_basestation
The BaseStation_Impl to use for lazy loading information for if its not already populated.
",9502:"
mutable boost::optional<Version> m_firmwareVersion
The firmware Version of the BaseStation.
",9503:"
mutable boost::optional<WirelessModels::BaseModel> m_model
The WirelessModels::BaseModel of the BaseStation.
",9504:"
mutable boost::optional<WirelessTypes::RegionCode> m_regionCode
The WirelessTypes::RegionCode of the BaseStation.
",9505:"
mutable boost::optional<WirelessProtocol> m_protocol_lxrs
The WirelessProtocol of the BaseStation for the LXRS Radio Configuration.
",9506:"
mutable boost::optional<WirelessProtocol> m_protocol_lxrsPlus
The WirelessProtocol of the BaseStation for the LXRS+ Radio Configuration.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/BaseStationInfo-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/BaseStationInfo-h-ToolTips.js deleted file mode 100644 index c2243f600..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/BaseStationInfo-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({5300:"
WirelessProtocol
Class containing protocol information for a device.
",7891:"
The model numbers for each of the Wireless Base Stations
",8885:"
The possible region codes for the device.
",9507:"
BaseStation_Impl
Contains the implementation for a BaseStation object.
",9710:"
BaseStation
Represents a MicroStrain Base Station object
",10409:"
Version
Class that represents, and provides helper functions for, a Version number
",10468:"
Error_Communication
The exception for failing to communicate with a device.
",10479:"
Error_Connection
The generic connection exception.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/BaseStationInfo-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/BaseStationInfo-h.html deleted file mode 100644 index e0c5a883e..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/BaseStationInfo-h.html +++ /dev/null @@ -1,72 +0,0 @@ - - -BaseStationInfo.h - - - - - - - -
-
BaseStationInfo
-

Holds information about a BaseStation.

-
- -
-
Functions
-
- -
-
BaseStationInfo
-
BaseStationInfo(
const BaseStation_Impl *base
)
-

Creates a BaseStationInfo object from a BaseStation.

Parameters
base
const BaseStation_Impl*

The BaseStation_Impl to get the info for.

Exceptions
-
- -
-
BaseStationInfo
-
BaseStationInfo(
Version fw,
WirelessModels::BaseModel model,
WirelessTypes::RegionCode region,
const Version &asppVer_lxrs,
const Version &asppVer_lxrsPlus
)
-

Creates a BaseStationInfo object.

Parameters
fw
Version

The firmware Version of the BaseStation.

model
WirelessModels::BaseModel

The WirelessModels::BaseModel of the BaseStation.

region
WirelessTypes::RegionCode

The WirelessTypes::RegionCode of the BaseStation.

asppVer_lxrs
const Version&

The ASPP Version for the LXRS protocol.

asppVer_lxrsPlus
const Version&

The ASPP Version for the LXRS+ protocol.

-
- -
-
Variables
-
- -
-
m_basestation
-
const BaseStation_Impl* m_basestation
-

The BaseStation_Impl to use for lazy loading information for if its not already populated.

-
- -
-
m_firmwareVersion
-
mutable boost::optional<Version> m_firmwareVersion
-

The firmware Version of the BaseStation.

-
- -
-
m_model
-
mutable boost::optional<WirelessModels::BaseModel> m_model
-

The WirelessModels::BaseModel of the BaseStation.

-
- -
-
m_regionCode
-
mutable boost::optional<WirelessTypes::RegionCode> m_regionCode
-

The WirelessTypes::RegionCode of the BaseStation.

-
- -
-
m_protocol_lxrs
-
mutable boost::optional<WirelessProtocol> m_protocol_lxrs
-

The WirelessProtocol of the BaseStation for the LXRS Radio Configuration.

-
- -
-
m_protocol_lxrsPlus
-
mutable boost::optional<WirelessProtocol> m_protocol_lxrsPlus
-

The WirelessProtocol of the BaseStation for the LXRS+ Radio Configuration.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/BaseStation_Impl-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/BaseStation_Impl-h-Summary.js deleted file mode 100644 index 733a67b1d..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/BaseStation_Impl-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/BaseStation_Impl.h","BaseStation_Impl.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/BaseStation_Impl.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[9507,0,0,"BaseStation_Impl","BaseStation_Impl"],[9508,0,2,"Functions","BaseStation_Impl.Functions"],[9509,0,1,"BaseStation_Impl","BaseStation_Impl.BaseStation_Impl"],[9510,0,1,"~BaseStation_Impl","BaseStation_Impl.~BaseStation_Impl"],[9511,0,2,"Variables","BaseStation_Impl.Variables"],[9512,0,3,"m_connection","BaseStation_Impl.m_connection"],[9513,0,3,"m_packetCollector","BaseStation_Impl.m_packetCollector"],[9514,0,3,"m_responseCollector","BaseStation_Impl.m_responseCollector"],[9515,0,3,"m_rawBytePacketCollector","BaseStation_Impl.m_rawBytePacketCollector"],[9516,0,3,"m_parser","BaseStation_Impl.m_parser"],[9517,0,3,"m_baseCommandsTimeout","BaseStation_Impl.m_baseCommandsTimeout"],[9518,0,3,"m_nodeCommandsTimeout","BaseStation_Impl.m_nodeCommandsTimeout"],[9519,0,3,"m_frequency","BaseStation_Impl.m_frequency"],[9520,0,3,"m_commProtocol","BaseStation_Impl.m_commProtocol"],[9521,0,3,"m_eeprom","BaseStation_Impl.m_eeprom"],[9522,0,3,"m_eepromHelper","BaseStation_Impl.m_eepromHelper"],[9523,0,3,"m_features","BaseStation_Impl.m_features"],[9524,0,3,"m_protocolMutex","BaseStation_Impl.m_protocolMutex"],[9525,0,3,"m_protocol_lxrs","BaseStation_Impl.m_protocol_lxrs"],[9526,0,3,"m_protocol_lxrsPlus","BaseStation_Impl.m_protocol_lxrsPlus"],[9527,0,3,"m_lastCommTime","BaseStation_Impl.m_lastCommTime"],[9528,0,2,"Functions","BaseStation_Impl.Functions(2)"],[9529,0,1,"getTimeForBeacon","BaseStation_Impl.getTimeForBeacon"],[9530,0,1,"parseData","BaseStation_Impl.parseData"],[9531,0,1,"determineProtocols","BaseStation_Impl.determineProtocols"],[9532,0,1,"eeHelper","BaseStation_Impl.eeHelper"],[9533,0,1,"doCommand","BaseStation_Impl.doCommand"],[9534,0,1,"connection","BaseStation_Impl.connection"],[9535,0,1,"features","BaseStation_Impl.features"],[9536,0,1,"protocol","BaseStation_Impl.protocol"],[9537,0,1,"lastCommunicationTime","BaseStation_Impl.lastCommunicationTime"],[9538,0,1,"read","BaseStation_Impl.read"],[9539,0,1,"write","BaseStation_Impl.write"],[9540,0,1,"setReadWriteRetries","BaseStation_Impl.setReadWriteRetries"],[9541,0,1,"getReadWriteRetries","BaseStation_Impl.getReadWriteRetries"],[9542,0,1,"useEepromCache","BaseStation_Impl.useEepromCache"],[9543,0,1,"clearEepromCache","BaseStation_Impl.clearEepromCache"],[9544,0,1,"frequency","BaseStation_Impl.frequency"],[9545,0,1,"communicationProtocol","BaseStation_Impl.communicationProtocol"],[9546,0,1,"regionCode","BaseStation_Impl.regionCode"],[9547,0,1,"firmwareVersion","BaseStation_Impl.firmwareVersion"],[9548,0,1,"model","BaseStation_Impl.model"],[9549,0,1,"serial","BaseStation_Impl.serial"],[9550,0,1,"microcontroller","BaseStation_Impl.microcontroller"],[9551,0,1,"getData","BaseStation_Impl.getData"],[9552,0,1,"getRawBytePackets","BaseStation_Impl.getRawBytePackets"],[9553,0,1,"totalData","BaseStation_Impl.totalData"],[9554,0,1,"getNodeDiscoveries","BaseStation_Impl.getNodeDiscoveries"],[9555,0,1,"timeout","BaseStation_Impl.timeout"],[9556,0,1,"timeout","BaseStation_Impl.timeout(2)"],[9557,0,1,"ping","BaseStation_Impl.ping"],[9558,0,1,"readEeprom","BaseStation_Impl.readEeprom"],[9559,0,1,"readEeprom","BaseStation_Impl.readEeprom(2)"],[9560,0,1,"writeEeprom","BaseStation_Impl.writeEeprom"],[9561,0,1,"writeEeprom","BaseStation_Impl.writeEeprom(2)"],[9562,0,1,"enableBeacon","BaseStation_Impl.enableBeacon"],[9563,0,1,"enableBeacon","BaseStation_Impl.enableBeacon(2)"],[9564,0,1,"disableBeacon","BaseStation_Impl.disableBeacon"],[9565,0,1,"beaconStatus","BaseStation_Impl.beaconStatus"],[9566,0,1,"startRfSweepMode","BaseStation_Impl.startRfSweepMode"],[9567,0,1,"startRfSweepMode","BaseStation_Impl.startRfSweepMode(2)"],[9568,0,1,"cyclePower","BaseStation_Impl.cyclePower"],[9569,0,1,"resetRadio","BaseStation_Impl.resetRadio"],[9570,0,1,"changeFrequency","BaseStation_Impl.changeFrequency"],[9571,0,1,"verifyConfig","BaseStation_Impl.verifyConfig"],[9572,0,1,"applyConfig","BaseStation_Impl.applyConfig"],[9573,0,1,"getTransmitPower","BaseStation_Impl.getTransmitPower"],[9574,0,1,"getButtonLongPress","BaseStation_Impl.getButtonLongPress"],[9575,0,1,"getButtonShortPress","BaseStation_Impl.getButtonShortPress"],[9576,0,1,"getAnalogPairingEnabled","BaseStation_Impl.getAnalogPairingEnabled"],[9577,0,1,"getAnalogTimeoutTime","BaseStation_Impl.getAnalogTimeoutTime"],[9578,0,1,"getAnalogTimeoutVoltage","BaseStation_Impl.getAnalogTimeoutVoltage"],[9579,0,1,"getAnalogExceedanceEnabled","BaseStation_Impl.getAnalogExceedanceEnabled"],[9580,0,1,"getAnalogPair","BaseStation_Impl.getAnalogPair"],[9581,0,1,"doBaseCommand","BaseStation_Impl.doBaseCommand"],[9582,0,1,"doNodeCommand","BaseStation_Impl.doNodeCommand"],[9583,0,1,"protocol_ping_v1","BaseStation_Impl.protocol_ping_v1"],[9584,0,1,"protocol_ping_v2","BaseStation_Impl.protocol_ping_v2"],[9585,0,1,"protocol_hardReset_v2","BaseStation_Impl.protocol_hardReset_v2"],[9586,0,1,"protocol_softReset_v2","BaseStation_Impl.protocol_softReset_v2"],[9587,0,1,"protocol_read_v1","BaseStation_Impl.protocol_read_v1"],[9588,0,1,"protocol_read_v2","BaseStation_Impl.protocol_read_v2"],[9589,0,1,"protocol_write_v1","BaseStation_Impl.protocol_write_v1"],[9590,0,1,"protocol_write_v2","BaseStation_Impl.protocol_write_v2"],[9591,0,1,"protocol_enableBeacon_v1","BaseStation_Impl.protocol_enableBeacon_v1"],[9592,0,1,"protocol_enableBeacon_v2","BaseStation_Impl.protocol_enableBeacon_v2"],[9593,0,1,"protocol_beaconStatus_v1","BaseStation_Impl.protocol_beaconStatus_v1"],[9594,0,1,"protocol_startRfSweepMode_v1","BaseStation_Impl.protocol_startRfSweepMode_v1"],[9595,0,1,"protocol_node_pageDownload_v1","BaseStation_Impl.protocol_node_pageDownload_v1"],[9596,0,1,"protocol_node_datalogInfo_v1","BaseStation_Impl.protocol_node_datalogInfo_v1"],[9597,0,1,"protocol_node_getDatalogData_v1","BaseStation_Impl.protocol_node_getDatalogData_v1"],[9598,0,1,"protocol_node_longPing_v1","BaseStation_Impl.protocol_node_longPing_v1"],[9599,0,1,"protocol_node_hardReset_v2","BaseStation_Impl.protocol_node_hardReset_v2"],[9600,0,1,"protocol_node_softReset_v2","BaseStation_Impl.protocol_node_softReset_v2"],[9601,0,1,"protocol_node_sleep_v1","BaseStation_Impl.protocol_node_sleep_v1"],[9602,0,1,"protocol_node_sleep_v2","BaseStation_Impl.protocol_node_sleep_v2"],[9603,0,1,"protocol_node_setToIdle_v1","BaseStation_Impl.protocol_node_setToIdle_v1"],[9604,0,1,"protocol_node_setToIdle_v2","BaseStation_Impl.protocol_node_setToIdle_v2"],[9605,0,1,"protocol_node_readEeprom_v1","BaseStation_Impl.protocol_node_readEeprom_v1"],[9606,0,1,"protocol_node_readEeprom_v2","BaseStation_Impl.protocol_node_readEeprom_v2"],[9607,0,1,"protocol_node_writeEeprom_v1","BaseStation_Impl.protocol_node_writeEeprom_v1"],[9608,0,1,"protocol_node_writeEeprom_v2","BaseStation_Impl.protocol_node_writeEeprom_v2"],[9609,0,1,"protocol_node_autoBalance_v1","BaseStation_Impl.protocol_node_autoBalance_v1"],[9610,0,1,"protocol_node_autoBalance_v2","BaseStation_Impl.protocol_node_autoBalance_v2"],[9611,0,1,"protocol_node_autocal_shm_v1","BaseStation_Impl.protocol_node_autocal_shm_v1"],[9612,0,1,"protocol_node_autocal_shm201_v1","BaseStation_Impl.protocol_node_autocal_shm201_v1"],[9613,0,1,"protocol_node_autoshuntcal_v1","BaseStation_Impl.protocol_node_autoshuntcal_v1"],[9614,0,1,"protocol_node_getDiagnosticInfo_v1","BaseStation_Impl.protocol_node_getDiagnosticInfo_v1"],[9615,0,1,"protocol_node_erase_v1","BaseStation_Impl.protocol_node_erase_v1"],[9616,0,1,"protocol_node_erase_v2","BaseStation_Impl.protocol_node_erase_v2"],[9617,0,1,"protocol_node_startSync_v1","BaseStation_Impl.protocol_node_startSync_v1"],[9618,0,1,"protocol_node_startNonSync_v1","BaseStation_Impl.protocol_node_startNonSync_v1"],[9619,0,1,"protocol_node_startNonSync_v2","BaseStation_Impl.protocol_node_startNonSync_v2"],[9620,0,1,"protocol_node_batchEepromRead_v1","BaseStation_Impl.protocol_node_batchEepromRead_v1"],[9621,0,1,"protocol_node_testCommProtocol","BaseStation_Impl.protocol_node_testCommProtocol"],[9622,0,1,"protocol_node_poll","BaseStation_Impl.protocol_node_poll"],[9623,0,1,"node_ping","BaseStation_Impl.node_ping"],[9624,0,1,"node_hardReset","BaseStation_Impl.node_hardReset"],[9625,0,1,"node_softReset","BaseStation_Impl.node_softReset"],[9626,0,1,"node_sleep","BaseStation_Impl.node_sleep"],[9627,0,1,"node_setToIdle","BaseStation_Impl.node_setToIdle"],[9628,0,1,"node_readEeprom","BaseStation_Impl.node_readEeprom"],[9629,0,1,"node_writeEeprom","BaseStation_Impl.node_writeEeprom"],[9630,0,1,"node_pageDownload","BaseStation_Impl.node_pageDownload"],[9631,0,1,"node_batchEepromRead","BaseStation_Impl.node_batchEepromRead"],[9632,0,1,"node_getDatalogSessionInfo","BaseStation_Impl.node_getDatalogSessionInfo"],[9633,0,1,"node_getDatalogData","BaseStation_Impl.node_getDatalogData"],[9634,0,1,"node_erase","BaseStation_Impl.node_erase"],[9635,0,1,"node_startSyncSampling","BaseStation_Impl.node_startSyncSampling"],[9636,0,1,"node_startNonSyncSampling","BaseStation_Impl.node_startNonSyncSampling"],[9637,0,1,"node_armForDatalogging","BaseStation_Impl.node_armForDatalogging"],[9638,0,1,"node_triggerArmedDatalogging","BaseStation_Impl.node_triggerArmedDatalogging"],[9639,0,1,"node_autoBalance","BaseStation_Impl.node_autoBalance"],[9640,0,1,"node_autocal_shm","BaseStation_Impl.node_autocal_shm"],[9641,0,1,"node_autocal_shm201","BaseStation_Impl.node_autocal_shm201"],[9642,0,1,"node_autoShuntCal","BaseStation_Impl.node_autoShuntCal"],[9643,0,1,"node_readSingleSensor","BaseStation_Impl.node_readSingleSensor"],[9644,0,1,"node_getDiagnosticInfo","BaseStation_Impl.node_getDiagnosticInfo"],[9645,0,1,"node_testCommProtocol","BaseStation_Impl.node_testCommProtocol"],[9646,0,1,"node_poll","BaseStation_Impl.node_poll"],[9647,0,1,"node_autocal","BaseStation_Impl.node_autocal"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/BaseStation_Impl-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/BaseStation_Impl-h-SummaryToolTips.js deleted file mode 100644 index 2a3a508d8..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/BaseStation_Impl-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/BaseStation_Impl.h",{9507:"
BaseStation_Impl
Contains the implementation for a BaseStation object.
",9509:"
explicit BaseStation_Impl(
Connection connection,
uint64 baseTimeout
)
Creates a BaseStation_Impl object.  Note: This will communicate with the BaseStation to get device information, as well as start the data collection thread.
",9510:"
virtual ~BaseStation_Impl()
Destroys the BaseStation object
",9512:"
Connection m_connection
The Connection object used for communication
",9513:"
WirelessPacketCollector m_packetCollector
The wireless packet collector used to store wireless data packets
",9514:"
std::shared_ptr<ResponseCollector> m_responseCollector
The response collector used to find and store wireless command responses
",9515:"
mutable RawBytePacketCollector m_rawBytePacketCollector
The RawBytePacketCollector associated with this parser and its parent device
",9516:"
std::unique_ptr<WirelessParser> m_parser
The wireless parser in charge of parsing all incoming data to this base station
",9517:"
uint64 m_baseCommandsTimeout
The timeout (in milliseconds) to use for base station commands.
",9518:"
uint64 m_nodeCommandsTimeout
The timeout (in milliseconds) to use for node commands.
",9519:"
mutable WirelessTypes::Frequency m_frequency
The last known radio frequency (WirelessTypes::Frequency) that the BaseStation was known to be on
",9520:"
mutable std::unique_ptr<WirelessTypes::CommProtocol> m_commProtocol
The last known state of the WirelessTypes::CommProtocol for the BaseStation.
",9521:"
mutable std::unique_ptr<BaseStationEeprom> m_eeprom
The BaseStationEeprom that handles reading and writing eeprom values with the BaseStation and eeprom cache.
",9522:"
mutable std::unique_ptr<BaseStationEepromHelper> m_eepromHelper
The BaseStationEepromHelper used for high level eeprom reads and writes on the BaseStation.
",9523:"
mutable std::unique_ptr<BaseStationFeatures> m_features
The BaseStationFeatures containing the features for this BaseStation.
",9524:"
mutable std::recursive_mutex m_protocolMutex
The mutex used when determining the device protocol.
",9525:"
mutable std::unique_ptr<WirelessProtocol> m_protocol_lxrs
The WirelessProtocol containing all of the protocol commands for the LXRS Radio Configuration.
",9526:"
mutable std::unique_ptr<WirelessProtocol> m_protocol_lxrsPlus
The WirelessProtocol containing all of the protocol commands for the LXRS+ Radio Configuration.
",9527:"
Timestamp m_lastCommTime
A Timestamp representing the last time communication was achieved with the BaseStation.
",9529:"
static uint32 getTimeForBeacon()
Gets the system time in UTC seconds since Unix Epoch as close to 0 milliseconds as possible
",9530:"
void parseData(
DataBuffer &data
)
Callback function that parses any bytes that are in the read buffer to find packets or command responses
",9531:"
void determineProtocols() const
Determines the WirelessProtocol to use based on the BaseStation\'s ASPP version.  All WirelessProtocol member variables will be updated.
",9532:"
BaseStationEepromHelper& eeHelper() const
Gets a reference to the BaseStationEepromHelper for this BaseStation.
",9533:"
bool doCommand(
WirelessResponsePattern &response,
const ByteStream &cmdBytes,
uint64 timeout
)
Performs a custom command and waits for the response.
",9534:"
Connection& connection()
Gets the Connection object that this BaseStation is using.
",9535:"
virtual const BaseStationFeatures& features() const
Gets a reference to the BaseStationFeatures for this BaseStation.
",9536:"
virtual const WirelessProtocol& protocol(
WirelessTypes::CommProtocol commProtocol
) const
Gets a reference to the WirelessProtocol for this BaseStation.  Note: This requires communicating to the BaseStation if creating the protocol for the first time.
",9537:"
const Timestamp& lastCommunicationTime() const
Gets the Timestamp for the last time we communicated with the BaseStation.
",9538:"
virtual bool read(
uint16 eepromAddress,
uint16 &result
)
Reads the value from the BaseStation for a specified eeprom location.
",9539:"
virtual bool write(
uint16 eepromAddress,
uint16 value
)
Writes a value to the BaseStation at a specified eeprom location.
",9540:"
void setReadWriteRetries(
uint8 numRetries
)
Sets the number of retry attempts for reading and writing with the BaseStation.
",9541:"
uint8 getReadWriteRetries() const
Gets the number of retry attempts for reading and writing with the BaseStation.
",9542:"
void useEepromCache(
bool useCache
)
Sets whether or not to utilize the eeprom cache when configuring this BaseStation (default of enabled). This can be enabled/disabled at any time.  Note:  The eeprom cache stores the last known value that was written to / read from the BaseStation for each eeprom location. If this is enabled, any reads will get the last known value from the cache if it exists, and any writes will not write to the BaseStation if the value attempting to be written is the same as that stored in the cache. Caching of these values will still be performed if this is disabled, however, read and write operations will then always reach out to the actual device.
",9543:"
void clearEepromCache()
Clears the eeprom cache for this BaseStation.
",9544:"
WirelessTypes::Frequency frequency() const
Gets the WirelessTypes::Frequency representing the radio frequency of this BaseStation.  If the frequency is unknown, it will be read from the BaseStation.
",9545:"
virtual WirelessTypes::CommProtocol communicationProtocol() const
Gets the WirelessTypes::CommProtocol that the BaseStation is currently set to use.
",9546:"
WirelessTypes::RegionCode regionCode() const
Gets the WirelessTypes::RegionCode representing the region of this BaseStation.
",9547:"
Version firmwareVersion() const
Gets the firmware version of the BaseStation.
",9548:"
WirelessModels::BaseModel model() const
Gets the model of the BaseStation.
",9549:"
std::string serial() const
Gets the serial number of the BaseStation.
",9550:"
WirelessTypes::MicroControllerType microcontroller() const
Gets the microcontroller of the BaseStation.
",9551:"
void getData(
std::vector<DataSweep> &sweeps,
uint32 timeout = 0,
uint32 maxSweeps = 0
)
Gets up to the requested amount of DataSweeps of sampled data that was collected by this BaseStation.
",9552:"
void getRawBytePackets(
RawBytePackets &packets,
uint32 timeout = 0,
uint32 maxPackets = 0
)
Gets up to the requested amount of raw byte packets that have been collected.
",9553:"
uint32 totalData()
Gets the number of DataSweeps that are currently in the data buffer.
",9554:"
NodeDiscoveries getNodeDiscoveries()
Gets the group of Node Discoveries that were collected by this base station.  Calling this function clears out the Node Discovery buffer, so repeatedly calling this will give you any new Node Discoveries.
",9555:"
void timeout(
uint64 timeout
)
Sets the timeout to use when waiting for responses from commands.
",9556:"
uint64 timeout() const
Gets the current timeout to use when waiting for responses from commands.
",9557:"
virtual bool ping()
Pings the base station
",9558:"
virtual uint16 readEeprom(
uint16 eepromAddress
) const
Reads a specific EEPROM address on the BaseStation.  If the value stored in the eeprom cache is still valid, this will be returned instead.
",9559:"
virtual Value readEeprom(
const EepromLocation &location
) const
Reads a value from the given EepromLocation of the BaseStation.  If the value stored in the eeprom cache is still valid, this will be returned instead.
",9560:"
virtual void writeEeprom(
uint16 eepromAddress,
uint16 value
)
Writes the specified uint16 value to a specific EEPROM address on the BaseStation.  If successful, the cache will be updated with the changed value as well.
",9561:"
virtual void writeEeprom(
const EepromLocation &location,
const Value &val
)
Writes a value to the given EepromLocation of the BaseStation.  If successful, the cache will be updated with the changed value as well.
",9562:"
virtual Timestamp enableBeacon()
Enables the beacon on the base station using the system time (UTC) as its starting timestamp.
",9563:"
virtual Timestamp enableBeacon(
uint32 utcTime
)
Enables the beacon on the base station using the given UTC timestamp.
",9564:"
virtual void disableBeacon()
Disables the beacon on the base station.
",9565:"
virtual BeaconStatus beaconStatus()
Gets the BeaconStatus of the beacon on the BaseStation.
",9566:"
virtual void startRfSweepMode()
Starts the BaseStation in a fixed RF Sweep Mode, which will sweep over all the supported operating frequencies of the BaseStation.
",9567:"
virtual void startRfSweepMode(
uint32 minFreq,
uint32 maxFreq,
uint32 interval,
uint16 options
)
Starts the BaseStation in RF Sweep Mode.
",9568:"
virtual void cyclePower(
bool checkComm= true
)
Cycles the power on the base station.
",9569:"
virtual void resetRadio()
Resets the radio on the base station.
",9570:"
void changeFrequency(
WirelessTypes::Frequency frequency
)
Changes the radio frequency of the base station.
",9571:"
bool verifyConfig(
const BaseStationConfig &config,
ConfigIssues &outIssues
) const
Checks whether the settings in the given BaseStationConfig are ok to be written to the BaseStation.  Options that are set will also be validated against each other. If an option that needs to be validated isn\'t currently set, it will be read from the BaseStation.
",9572:"
void applyConfig(
const BaseStationConfig &config
)
Applies a BaseStationConfig to the Node.
",9573:"
WirelessTypes::TransmitPower getTransmitPower() const
Reads the WirelessTypes::TransmitPower that is currently set on the BaseStation.
",9574:"
BaseStationButton getButtonLongPress(
uint8 buttonNumber
) const
Gets the current button settings for a long press action, as a BaseStationButton.
",9575:"
BaseStationButton getButtonShortPress(
uint8 buttonNumber
) const
Gets the current button settings for a short press action, as a BaseStationButton.
",9576:"
bool getAnalogPairingEnabled() const
Gets the current setting for if Analog Pairing is enabled or not.
",9577:"
uint16 getAnalogTimeoutTime() const
Reads the Analog Timeout Time in seconds that is currently set on the BaseStation.
",9578:"
float getAnalogTimeoutVoltage() const
Reads the Analog Timeout Voltage that is currently set on the BaseStation.
",9579:"
bool getAnalogExceedanceEnabled() const
Reads the Analog Exceedance enabled/disabled setting that is currently set on the BaseStation.
",9580:"
BaseStationAnalogPair getAnalogPair(
uint8 portNumber
) const
Reads the BaseStationAnalogPair for the specified port number that is currently set on the BaseStation.
",9581:"
bool doBaseCommand(
const ByteStream &command,
WirelessResponsePattern &response,
uint64 minTimeout = 0
)
Performs a BaseStation command with the given parameters.
",9582:"
bool doNodeCommand(
NodeAddress nodeAddress,
const ByteStream &command,
WirelessResponsePattern &response,
uint64 minTimeout = 0
)
Performs a Wireless Node command with the given parameters.
",9583:"
bool protocol_ping_v1()
Performs version 1 of the Ping BaseStation command.
",9584:"
bool protocol_ping_v2(
WirelessPacket::AsppVersion asppVer
)
Performs version 2 of the Ping BaseStation command.
",9585:"
void protocol_hardReset_v2()
Performs Version 2 of the Hard BaseStation Reset command.
",9586:"
void protocol_softReset_v2()
Performs Version 2 of the Soft BaseStation Reset command.
",9587:"
bool protocol_read_v1(
uint16 eepromAddress,
uint16 &result
)
Performs version 1 of the Read BaseStation EEPROM command.
",9588:"
bool protocol_read_v2(
WirelessPacket::AsppVersion asppVer,
uint16 eepromAddress,
uint16 &result
)
Performs version 2 of the Read BaseStation EEPROM command.
",9589:"
bool protocol_write_v1(
uint16 eepromAddress,
uint16 value
)
Performs version 1 of the Write BaseStation EEPROM command.
",9590:"
bool protocol_write_v2(
WirelessPacket::AsppVersion asppVer,
uint16 eepromAddress,
uint16 value
)
Performs version 2 of the Write BaseStation EEPROM command.
",9591:"
Timestamp protocol_enableBeacon_v1(
uint32 utcTime
)
Performs version 1 of the Enable Beacon command.
",9592:"
Timestamp protocol_enableBeacon_v2(
WirelessPacket::AsppVersion asppVer,
uint32 utcTime
)
Performs version 2 of the Enable Beacon command.
",9593:"
BeaconStatus protocol_beaconStatus_v1(
WirelessPacket::AsppVersion asppVer
)
Performs version 1 of the Beacon Status command.
",9594:"
void protocol_startRfSweepMode_v1(
WirelessPacket::AsppVersion asppVer,
uint32 minFreq,
uint32 maxFreq,
uint32 interval,
uint16 options
)
Starts the BaseStation in RF Sweep Mode.
",9595:"
bool protocol_node_pageDownload_v1(
NodeAddress nodeAddress,
uint16 pageIndex,
ByteStream &data
)
Performs Version 1 of the Node Page Download command.
",9596:"
bool protocol_node_datalogInfo_v1(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress,
DatalogSessionInfoResult &result
)
Performs Version 1 of the Get Datalog Session Info command.
",9597:"
bool protocol_node_getDatalogData_v1(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress,
uint32 flashAddress,
ByteStream &data,
uint16 &numBytesDownloaded
)
Performs Version 1 of the Get Datalog Data command.
",9598:"
PingResponse protocol_node_longPing_v1(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress
)
Performs Version 1 of the Node Long Ping command.
",9599:"
void protocol_node_hardReset_v2(
NodeAddress nodeAddress
)
Performs Version 2 of the Node Hard Reset command.
",9600:"
void protocol_node_softReset_v2(
NodeAddress nodeAddress
)
Performs Version 2 of the Node Soft Reset command.
",9601:"
bool protocol_node_sleep_v1(
NodeAddress nodeAddress
)
Performs Version 1 of the Node Sleep command.
",9602:"
bool protocol_node_sleep_v2(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress
)
Performs Version 2 of the Node Sleep command.
",9603:"
SetToIdleStatus protocol_node_setToIdle_v1(
NodeAddress nodeAddress,
const BaseStation &base
)
Performs Version 1 of the Node Set to Idle command.
",9604:"
SetToIdleStatus protocol_node_setToIdle_v2(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress,
const BaseStation &base
)
Performs Version 2 of the Node Set to Idle command.
",9605:"
bool protocol_node_readEeprom_v1(
NodeAddress nodeAddress,
uint16 eepromAddress,
uint16 &eepromValue
)
Performs Version 1 of the Node Read Eeprom command.
",9606:"
bool protocol_node_readEeprom_v2(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress,
uint16 eepromAddress,
uint16 &eepromValue
)
Performs Version 2 of the Node Read Eeprom command.
",9607:"
bool protocol_node_writeEeprom_v1(
NodeAddress nodeAddress,
uint16 eepromAddress,
uint16 value
)
Performs Version 1 of the Node Write Eeprom command.
",9608:"
bool protocol_node_writeEeprom_v2(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress,
uint16 eepromAddress,
uint16 value
)
Performs Version 2 of the Node Write Eeprom command.
",9609:"
bool protocol_node_autoBalance_v1(
NodeAddress nodeAddress,
uint8 channelNumber,
float targetPercent,
AutoBalanceResult &result
)
Performs Version 1 of the Node AutoBalance command.
",9610:"
bool protocol_node_autoBalance_v2(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress,
uint8 channelNumber,
float targetPercent,
AutoBalanceResult &result
)
Performs Version 2 of the Node AutoBalance command.
",9611:"
bool protocol_node_autocal_shm_v1(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress,
AutoCalResult &result
)
Performs Version 1 of the Node AutoCal SHM command.
",9612:"
bool protocol_node_autocal_shm201_v1(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress,
AutoCalResult &result
)
Performs Version 1 of the Node AutoCal SHM-Link-201 command.
",9613:"
bool protocol_node_autoshuntcal_v1(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress,
const AutoCalCmdDetails &commandDetails,
AutoCalResult &result
)
Performs Version 1 of the Node AutoShuntCal command.
",9614:"
bool protocol_node_getDiagnosticInfo_v1(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress,
ChannelData &result
)
Performs Version 1 of the Node Get Diagnostic Info command.
",9615:"
bool protocol_node_erase_v1(
NodeAddress nodeAddress
)
Performs Version 1 of the Node erase command.
",9616:"
bool protocol_node_erase_v2(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress
)
Performs Version 2 of the Node erase command.
",9617:"
bool protocol_node_startSync_v1(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress
)
Performs Version 1 of the Node Start Sync Sampling command.
",9618:"
bool protocol_node_startNonSync_v1(
NodeAddress nodeAddress
)
Performs Version 1 of the Start Non Sync Sampling command.
",9619:"
bool protocol_node_startNonSync_v2(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress
)
Performs Version 2 of the Start Non Sync Sampling command.
",9620:"
bool protocol_node_batchEepromRead_v1(
NodeAddress nodeAddress,
uint16 startEeprom,
std::map<uint16, uint16> &result
)
Performs Version 1 of the Node Batch Eeprom Read command.
",9621:"
bool protocol_node_testCommProtocol(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress,
WirelessTypes::CommProtocol protocol
)
Performs Version 1 of the Node Test Communication Protocol command.
",9622:"
bool protocol_node_poll(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress,
const ChannelMask &chs,
WirelessPollData &result
)
Performs Version 1 of the Node Poll command.
",9623:"
virtual PingResponse node_ping(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress
)
Pings the specified Node.
",9624:"
void node_hardReset(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress
)
Performs a hard reset on the specified Node.
",9625:"
void node_softReset(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress
)
Performs a soft reset on the specified Node.
",9626:"
virtual bool node_sleep(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress
)
Puts the Node into a low power, sleep mode.  This command attempts to ping the node before sending the sleep command, to verify communication.
",9627:"
virtual SetToIdleStatus node_setToIdle(
NodeAddress nodeAddress,
const BaseStation &base
)
Attempts to set the node to idle so that it can be communicated with.
",9628:"
virtual bool node_readEeprom(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress,
uint16 eepromAddress,
uint16 &eepromValue
)
Reads a value from EEPROM on the specified Node.
",9629:"
virtual bool node_writeEeprom(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress,
uint16 eepromAddress,
uint16 value
)
Writes a value to EEPROM on the specified Node.
",9630:"
virtual bool node_pageDownload(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress,
uint16 pageIndex,
ByteStream &data
)
Download a page of logged data from the Node
",9631:"
virtual bool node_batchEepromRead(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress,
uint16 startEeprom,
std::map<uint16, uint16> &result
)
Reads a batch of eeprom values from the Node
",9632:"
virtual bool node_getDatalogSessionInfo(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress,
DatalogSessionInfoResult &result
)
Gets info about the datalog sessions on the Node.
",9633:"
virtual bool node_getDatalogData(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress,
uint32 flashAddress,
ByteStream &result,
uint16 &numBytesRead
)
Gets a section of logged data from the Node.
",9634:"
virtual bool node_erase(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress
)
Sends the Erase command to a Node.
",9635:"
virtual bool node_startSyncSampling(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress
)
Sends the Start Synchronized Sampling command to a Node.
",9636:"
virtual bool node_startNonSyncSampling(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress
)
Sends the Start Non-Synchronized Sampling command to a Node.
",9637:"
virtual bool node_armForDatalogging(
NodeAddress nodeAddress,
const std::string &message
)
Sends the Arm For Datalogging command to a Node.
",9638:"
virtual void node_triggerArmedDatalogging(
NodeAddress nodeAddress
)
Sends the Trigger Armed Datalogging command to a Node.
",9639:"
virtual bool node_autoBalance(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress,
uint8 channelNumber,
float targetPercent,
AutoBalanceResult &result
)
Sends the AutoBalance command to a Node.
",9640:"
bool node_autocal_shm(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress,
AutoCalResult &result
)
Performs automatic calibration for a Wireless Node.
",9641:"
bool node_autocal_shm201(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress,
AutoCalResult &result
)
Performs automatic calibration for a Wireless Node.
",9642:"
bool node_autoShuntCal(
const WirelessProtocol &nodeProtocol,
const AutoCalCmdDetails &commandDetails,
AutoCalResult &result
)
Performs automatic shunt calibration for a Wireless Node.
",9643:"
bool node_readSingleSensor(
NodeAddress nodeAddress,
uint8 channelNumber,
uint16 &result
)
Reads the bits value for a single channel on a Wireless Node.
",9644:"
bool node_getDiagnosticInfo(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress,
ChannelData &result
)
Performs an immediate request for the Node\'s Diagnostic Info.
",9645:"
bool node_testCommProtocol(
NodeAddress nodeAddress,
WirelessTypes::CommProtocol commProtocol
)
Tests if a Node will still be able to communicate after changing the Node\'s communication protocol.
",9646:"
bool node_poll(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress,
const ChannelMask &chs,
WirelessPollData &result
)
Polls the WirelessNode to get a single sweep of calibrated data.
",9647:"
bool node_autocal(
NodeAddress nodeAddress,
const ByteStream &command,
AutoCal::Response &response,
AutoCalResult &result
)
Performs automatic calibration for a Wireless Node.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/BaseStation_Impl-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/BaseStation_Impl-h-ToolTips.js deleted file mode 100644 index e5b24c6ae..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/BaseStation_Impl-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({62:"
RawBytePacketCollector
Class that sets/matches expected responses, and stores all the Inertial packets
",80:"
RawBytePacket
A class that contains packet information about an Inertial packet
",338:"
SerialConnection
A Connection_Impl derived class that represents a serial connection.
",367:"
Connection
The Connection object that is used for communication.
",5207:"
WirelessResponsePattern
A pattern matching the expected response from a wireless command.
",5300:"
WirelessProtocol
Class containing protocol information for a device.
",5460:"
PingResponse
Represents the response to a Long Ping Node command
",5516:"
SetToIdleStatus
Holds the status information of the Set to Idle command.
",5575:"
Object to represent the result of a DatalogSessionInfo request.
",5580:"
BeaconStatus
Represents the status of a BaseStation beacon.  See also BaseStation::beaconStatus.
",5724:"
AutoCalResult
Abstract base class for AutoCal result classes.
",5794:"
Struct used internally to hold details for passing to the AutoCal function.  Contains the ShuntCalCmdInfo that we want user exposed, as well as other internal info.
",5835:"
AutoBalanceResult
Represents the result from an AutoBalance command.
",6654:"
EepromLocation
Represents a single Eeprom Location.
",6683:"
ConfigIssue
Holds information on a specific configuration issue.
",6764:"
BaseStationEepromHelper
A helper class for reading and writing to a BaseStation\'s Eeprom.  This class provides eeprom specific parsing so that high-level objects can be converted to their low-level eeprom value equivelent and vice-versa.
",6793:"
BaseStationEeprom
Used to read and write to BaseStations\' eeproms and provide caching functionality.
",6802:"
BaseStationConfig
Class used for setting the configuration of BaseStations.  Set all the configuration values that you want to change, then verify and apply them to a BaseStation.
",7078:"
BaseStationFeatures
Contains information on which features are supported by a BaseStation.
",7154:"
WirelessPacketCollector
Class that sets/matches expected responses, and stores all the wireless packets
",7194:"
The possible ASPP versions
",7758:"
WirelessParser
Parses all wireless data and stores it in a corresponding container
",7891:"
The model numbers for each of the Wireless Base Stations
",8500:"
NodeDiscovery
Represents 1 node discovery, which is created when a Wireless Node Discovery packet is sent from a Node.  Note: There are multiple versions of Node Discovery packets which have been developed over time.  Each version has added more useful information. If an earlier version of the Node Discovery packet is heard, this NodeDiscovery object will have some information be invalid (set to default values).
",8566:"
Represents the types of microcontrollers possible on the Wireless Devices.
",8617:"
Represents the frequency (channel) that can be used for Wireless Devices.
",8635:"
Represents the transmit powers that can be used for Wireless Devices.
",8885:"
The possible region codes for the device.
",9155:"
Available Communication Protocol types.
",9379:"
DataSweep
Represents 1 data sweep, including data for each channel, a timestamp, and a sample rate
",9478:"
ChannelMask
Represents the channel mask (active and inactive channels) for a WirelessNode.
",9648:"
BaseStationButton
Represents a single button on a BaseStation
",9673:"
BaseStationAnalogPair
Represents an Analog Pairing on a BaseStation.
",9710:"
BaseStation
Represents a MicroStrain Base Station object
",9848:"
ResponseCollector
Stores all the expected command responses
",9916:"
Used to easily read a container of bytes
",9928:"
DataBuffer
A buffer of bytes extending from the ByteStream class that is used for holding bytes read in from the connection
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10144:"
Value
Represents a single value that can be stored/accessed in multiple ways.
",10245:"
typedef for a Node\'s node address.
",10291:"
Timestamp
Represents a date/time object
",10409:"
Version
Class that represents, and provides helper functions for, a Version number
",10453:"
Error_NotSupported
A command/feature was attempted to be used that was not supported.
",10457:"
Error_NoData
There is no data available to be accessed
",10468:"
Error_Communication
The exception for failing to communicate with a device.
",10472:"
Error_NodeCommunication
The exception for failing to communicate with a WirelessNode.
",10479:"
Error_Connection
The generic connection exception.
",10505:"
Error_InvalidConfig
The Configuration is invalid.
",8553:"
MockBaseStation_Impl
Contains the Mock implementation for a BaseStation object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/BaseStation_Impl-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/BaseStation_Impl-h.html deleted file mode 100644 index 57d58f13a..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/BaseStation_Impl-h.html +++ /dev/null @@ -1,851 +0,0 @@ - - -BaseStation_Impl.h - - - - - - - -
-
BaseStation_Impl
-
BaseStation_Impl
MockBaseStation_Impl
-

Contains the implementation for a BaseStation object.

-
- -
-
Functions
-
- -
-
BaseStation_Impl
-
explicit BaseStation_Impl(
Connection connection,
uint64 baseTimeout
)
-

Creates a BaseStation_Impl object.  Note: This will communicate with the BaseStation to get device information, as well as start the data collection thread.

Parameters
connection
Connection

The Connection object used for communication.

baseTimeout
uint64

The timeout (in milliseconds) to use for base station commands.

Exceptions
See Also

Connection, SerialConnection

-
- -
-
~BaseStation_Impl
-
virtual ~BaseStation_Impl()
-

Destroys the BaseStation object

-
- -
-
Variables
-
- -
-
m_connection
-
Connection m_connection
-

The Connection object used for communication

-
- -
-
m_packetCollector
-
WirelessPacketCollector m_packetCollector
-

The wireless packet collector used to store wireless data packets

-
- -
-
m_responseCollector
-
std::shared_ptr<ResponseCollector> m_responseCollector
-

The response collector used to find and store wireless command responses

-
- -
-
m_rawBytePacketCollector
-
mutable RawBytePacketCollector m_rawBytePacketCollector
-

The RawBytePacketCollector associated with this parser and its parent device

-
- -
-
m_parser
-
std::unique_ptr<WirelessParser> m_parser
-

The wireless parser in charge of parsing all incoming data to this base station

-
- -
-
m_baseCommandsTimeout
-
uint64 m_baseCommandsTimeout
-

The timeout (in milliseconds) to use for base station commands.

-
- -
-
m_nodeCommandsTimeout
-
uint64 m_nodeCommandsTimeout
-

The timeout (in milliseconds) to use for node commands.

-
- -
-
m_frequency
-
mutable WirelessTypes::Frequency m_frequency
-

The last known radio frequency (WirelessTypes::Frequency) that the BaseStation was known to be on

-
- -
-
m_commProtocol
-
mutable std::unique_ptr<WirelessTypes::CommProtocol> m_commProtocol
-

The last known state of the WirelessTypes::CommProtocol for the BaseStation.

-
- -
-
m_eeprom
-
mutable std::unique_ptr<BaseStationEeprom> m_eeprom
-

The BaseStationEeprom that handles reading and writing eeprom values with the BaseStation and eeprom cache.

-
- -
-
m_eepromHelper
-
mutable std::unique_ptr<BaseStationEepromHelper> m_eepromHelper
-

The BaseStationEepromHelper used for high level eeprom reads and writes on the BaseStation.

-
- -
-
m_features
-
mutable std::unique_ptr<BaseStationFeatures> m_features
-

The BaseStationFeatures containing the features for this BaseStation.

-
- -
-
m_protocolMutex
-
mutable std::recursive_mutex m_protocolMutex
-

The mutex used when determining the device protocol.

-
- -
-
m_protocol_lxrs
-
mutable std::unique_ptr<WirelessProtocol> m_protocol_lxrs
-

The WirelessProtocol containing all of the protocol commands for the LXRS Radio Configuration.

-
- -
-
m_protocol_lxrsPlus
-
mutable std::unique_ptr<WirelessProtocol> m_protocol_lxrsPlus
-

The WirelessProtocol containing all of the protocol commands for the LXRS+ Radio Configuration.

-
- -
-
m_lastCommTime
-
Timestamp m_lastCommTime
-

A Timestamp representing the last time communication was achieved with the BaseStation.

-
- -
-
Functions
-
- -
-
getTimeForBeacon
-
static uint32 getTimeForBeacon()
-

Gets the system time in UTC seconds since Unix Epoch as close to 0 milliseconds as possible

Returns

The system time in UTC seconds since Unix Epoch to enable the beacon with

-
- -
-
parseData
-
void parseData(
DataBuffer &data
)
-

Callback function that parses any bytes that are in the read buffer to find packets or command responses

Parameters
data
DataBuffer&

The DataBuffer containing all the data to be parsed

-
- -
-
determineProtocols
-
void determineProtocols() const
-

Determines the WirelessProtocol to use based on the BaseStation's ASPP version.  All WirelessProtocol member variables will be updated.

Exceptions
-
- -
-
eeHelper
-
BaseStationEepromHelper& eeHelper() const
-

Gets a reference to the BaseStationEepromHelper for this BaseStation.

Returns

A reference to the BaseStationEepromHelper.

-
- -
-
doCommand
-
bool doCommand(
WirelessResponsePattern &response,
const ByteStream &cmdBytes,
uint64 timeout
)
-

Performs a custom command and waits for the response.

Parameters
response
WirelessResponsePattern&

A reference to a custom class that was inherited from the WirelessResponsePattern base class.

cmdBytes
const ByteStream&

The ByteStream containing the command bytes to send.

timeout
uint64

The maximum timeout to use for waiting for the response.

Returns

true if the command was successful (response.success() is true), false otherwise.

-
- -
-
connection
-
Connection& connection()
-

Gets the Connection object that this BaseStation is using.

-
- -
-
features
-
virtual const BaseStationFeatures& features() const
-

Gets a reference to the BaseStationFeatures for this BaseStation.

Returns

BaseStationFeatures containing the features for this BaseStation.

Exceptions
-
- -
-
protocol
-
virtual const WirelessProtocol& protocol(
WirelessTypes::CommProtocol commProtocol
) const
-

Gets a reference to the WirelessProtocol for this BaseStation.  Note: This requires communicating to the BaseStation if creating the protocol for the first time.

Parameters
commProtocol
WirelessTypes::CommProtocol

The WirelessTypes::CommProtocol to get the protocol for.

Exceptions
-
- -
-
lastCommunicationTime
-
const Timestamp& lastCommunicationTime() const
-

Gets the Timestamp for the last time we communicated with the BaseStation.

Exceptions

  • Error_NoData: There is no communication time logged for this device.

-
- -
-
read
-
virtual bool read(
uint16 eepromAddress,
uint16 &result
)
-

Reads the value from the BaseStation for a specified eeprom location.

Parameters
eepromAddress
uint16

The Eeprom address to get the value for.

result
uint16&

The value that was read from Eeprom if successful.

Returns

true if the read was successful, false otherwise.

Exceptions
-
- -
-
write
-
virtual bool write(
uint16 eepromAddress,
uint16 value
)
-

Writes a value to the BaseStation at a specified eeprom location.

Parameters
eepromAddress
uint16

The Eeprom address to set the value for.

value
uint16

The value to write to the Eeprom.

Returns

true if the write was successful, false otherwise.

Exceptions
-
- -
-
setReadWriteRetries
-
void setReadWriteRetries(
uint8 numRetries
)
-

Sets the number of retry attempts for reading and writing with the BaseStation.

Parameters
numRetries
uint8

The number of retries to set for all reading and writing with the BaseStation.

-
- -
-
getReadWriteRetries
-
uint8 getReadWriteRetries() const
-

Gets the number of retry attempts for reading and writing with the BaseStation.

-
- -
-
useEepromCache
-
void useEepromCache(
bool useCache
)
-

Sets whether or not to utilize the eeprom cache when configuring this BaseStation (default of enabled). This can be enabled/disabled at any time.  Note:  The eeprom cache stores the last known value that was written to / read from the BaseStation for each eeprom location. If this is enabled, any reads will get the last known value from the cache if it exists, and any writes will not write to the BaseStation if the value attempting to be written is the same as that stored in the cache. Caching of these values will still be performed if this is disabled, however, read and write operations will then always reach out to the actual device.

Parameters
useCache
bool

whether the eeprom cache should be used (true) or not (false).

-
- -
-
clearEepromCache
-
void clearEepromCache()
-

Clears the eeprom cache for this BaseStation.

-
- -
-
frequency
-
WirelessTypes::Frequency frequency() const
-

Gets the WirelessTypes::Frequency representing the radio frequency of this BaseStation.  If the frequency is unknown, it will be read from the BaseStation.

Returns

The WirelessTypes::Frequency that this BaseStation is on.

Exceptions
-
- -
-
communicationProtocol
-
virtual WirelessTypes::CommProtocol communicationProtocol() const
-

Gets the WirelessTypes::CommProtocol that the BaseStation is currently set to use.

Returns

The WirelessTypes::CommProtocol that the BaseStation is currently set to use.

Exceptions
-
- -
-
regionCode
-
WirelessTypes::RegionCode regionCode() const
-

Gets the WirelessTypes::RegionCode representing the region of this BaseStation.

Returns

The WirelessTypes::RegionCode of this BaseStation.

Exceptions
-
- -
-
firmwareVersion
-
Version firmwareVersion() const
-

Gets the firmware version of the BaseStation.

Returns

A Version representing the firmware version of the BaseStation.

Exceptions

  • Error_NotSupported: Attempted to read an unsupported option. The device firmware is not compatible with this version of MSCL.

  • Error_Communication: Failed to read the value from the BaseStation.

  • Error_Connection: A connection error has occurred with the parent BaseStation.

-
- -
-
model
- -

Gets the model of the BaseStation.

Returns

A WirelessModels::BaseModel representing the model of the BaseStation.

Exceptions

  • Error_NotSupported: Attempted to read an unsupported option. The device firmware is not compatible with this version of MSCL.

  • Error_Communication: Failed to read the value from the BaseStation.

  • Error_Connection: A connection error has occurred with the parent BaseStation.

-
- -
-
serial
-
std::string serial() const
-

Gets the serial number of the BaseStation.

Returns

A string representing the serial number of the BaseStation.

Exceptions

  • Error_NotSupported: Attempted to read an unsupported option. The device firmware is not compatible with this version of MSCL.

  • Error_Communication: Failed to read the value from the BaseStation.

  • Error_Connection: A connection error has occurred with the parent BaseStation.

-
- -
-
microcontroller
-
WirelessTypes::MicroControllerType microcontroller() const
-

Gets the microcontroller of the BaseStation.

Returns

A WirelessTypes::MicroControllerType representing the microcontroller of the BaseStation.

Exceptions

  • Error_NotSupported: Attempted to read an unsupported option. The device firmware is not compatible with this version of MSCL.

  • Error_Communication: Failed to read the value from the BaseStation.

  • Error_Connection: A connection error has occurred with the parent BaseStation.

-
- -
-
getData
-
void getData(
std::vector<DataSweep> &sweeps,
uint32 timeout = 0,
uint32 maxSweeps = 0
)
-

Gets up to the requested amount of DataSweeps of sampled data that was collected by this BaseStation.

Parameters
sweeps
std::vector<DataSweep>&

The vector of DataSweep to hold the result.

timeout
uint32

The timeout, in milliseconds, to wait for data if necessary (default of 0).

maxSweeps
uint32

The maximum number of sweeps to return. If this is 0 (default), all sweeps will be returned.

Exceptions
-
- -
-
getRawBytePackets
-
void getRawBytePackets(
RawBytePackets &packets,
uint32 timeout = 0,
uint32 maxPackets = 0
)
-

Gets up to the requested amount of raw byte packets that have been collected.

Parameters
packets
RawBytePackets&

A vector of RawBytePacket to hold the result.

timeout
uint32

the timeout, in milliseconds, to wait for the data if necessary (default of 0)

maxPackets
uint32

The maximum number of packets to return. If this is 0 (default), all packets will be returned.

Exceptions
-
- -
-
totalData
-
uint32 totalData()
-

Gets the number of DataSweeps that are currently in the data buffer.

Returns

The number of DataSweeps that are currently in the data buffer.

-
- -
-
getNodeDiscoveries
-
NodeDiscoveries getNodeDiscoveries()
-

Gets the group of Node Discoveries that were collected by this base station.  Calling this function clears out the Node Discovery buffer, so repeatedly calling this will give you any new Node Discoveries.

Returns

A NodeDiscoveries container, holding all the Node Discoveries that were collected by this base station.

Exceptions
-
- -
-
timeout
-
void timeout(
uint64 timeout
)
-

Sets the timeout to use when waiting for responses from commands.

Parameters
timeout
uint64

The timeout (in milliseconds) to set.

-
- -
-
timeout
-
uint64 timeout() const
-

Gets the current timeout to use when waiting for responses from commands.

Returns

The timeout (in milliseconds) set.

-
- -
-
ping
-
virtual bool ping()
-

Pings the base station

Returns

true if successfully pinged the base station, false otherwise

Exceptions
-
- -
-
readEeprom
-
virtual uint16 readEeprom(
uint16 eepromAddress
) const
-

Reads a specific EEPROM address on the BaseStation.  If the value stored in the eeprom cache is still valid, this will be returned instead.

Parameters
eepromAddress
uint16

The EEPROM address to be read.

Returns

The uint16 value read from the specified EEPROM location.

Exceptions
-
- -
-
readEeprom
-
virtual Value readEeprom(
const EepromLocation &location
) const
-

Reads a value from the given EepromLocation of the BaseStation.  If the value stored in the eeprom cache is still valid, this will be returned instead.

Parameters
location
const EepromLocation&

The EepromLocation to read from.

Returns

The value read from the specified EEPROM location as a Value object.

Exceptions
-
- -
-
writeEeprom
-
virtual void writeEeprom(
uint16 eepromAddress,
uint16 value
)
-

Writes the specified uint16 value to a specific EEPROM address on the BaseStation.  If successful, the cache will be updated with the changed value as well.

Parameters
eepromAddress
uint16

The EEPROM address to write to.

value
uint16

The value to write to the EEPROM address.

Exceptions
-
- -
-
writeEeprom
-
virtual void writeEeprom(
const EepromLocation &location,
const Value &val
)
-

Writes a value to the given EepromLocation of the BaseStation.  If successful, the cache will be updated with the changed value as well.

Parameters
location
const EepromLocation&

The specific EepromLocation to write to.

value

The value to write to the eeprom location, as a Value.

Exceptions
-
- -
-
enableBeacon
-
virtual Timestamp enableBeacon()
-

Enables the beacon on the base station using the system time (UTC) as its starting timestamp.

Returns

A Timestamp representing the initial time that was sent to start the beacon

Exceptions
-
- -
-
enableBeacon
-
virtual Timestamp enableBeacon(
uint32 utcTime
)
-

Enables the beacon on the base station using the given UTC timestamp.

Parameters
utcTime
uint32

The start time for the beacon in UTC seconds from the Unix Epoch (01/01/1970)

Returns

A Timestamp representing the initial time that was sent to start the beacon

Exceptions
-
- -
-
disableBeacon
-
virtual void disableBeacon()
-

Disables the beacon on the base station.

Exceptions
-
- -
-
beaconStatus
-
virtual BeaconStatus beaconStatus()
-

Gets the BeaconStatus of the beacon on the BaseStation.

Exceptions
-
- -
-
startRfSweepMode
-
virtual void startRfSweepMode()
-

Starts the BaseStation in a fixed RF Sweep Mode, which will sweep over all the supported operating frequencies of the BaseStation.

Exceptions
-
- -
-
startRfSweepMode
-
virtual void startRfSweepMode(
uint32 minFreq,
uint32 maxFreq,
uint32 interval,
uint16 options
)
-

Starts the BaseStation in RF Sweep Mode.

Exceptions
-
- -
-
cyclePower
-
virtual void cyclePower(
bool checkComm= true
)
-

Cycles the power on the base station.

Parameters
checkComm
bool

Whether to check for communication (ping) after cycling power before returning from this function.

Exceptions
-
- -
-
resetRadio
-
virtual void resetRadio()
-

Resets the radio on the base station.

Exceptions
-
- -
-
changeFrequency
-
void changeFrequency(
WirelessTypes::Frequency frequency
)
-

Changes the radio frequency of the base station.

Parameters
frequency
WirelessTypes::Frequency

The WirelessTypes::Frequency to change the base station to.

Exceptions
-
- -
-
verifyConfig
-
bool verifyConfig(
const BaseStationConfig &config,
ConfigIssues &outIssues
) const
-

Checks whether the settings in the given BaseStationConfig are ok to be written to the BaseStation.  Options that are set will also be validated against each other. If an option that needs to be validated isn't currently set, it will be read from the BaseStation.

Parameters
config
const BaseStationConfig&

The BaseStationConfig to verify.

outIssues
ConfigIssues&

The ConfigIssues that will hold any resulting issues that are found with the configuration.

Returns

true if the configuration is valid. false if the configuration is invalid and outIssues should be checked for more information.

Exceptions
-
- -
-
applyConfig
-
void applyConfig(
const BaseStationConfig &config
)
-

Applies a BaseStationConfig to the Node.

Parameters
config
const BaseStationConfig&

The BaseStationConfig to apply to the Node.

Exceptions
-
- -
-
getTransmitPower
-
WirelessTypes::TransmitPower getTransmitPower() const
-

Reads the WirelessTypes::TransmitPower that is currently set on the BaseStation.

Exceptions
-
- -
-
getButtonLongPress
-
BaseStationButton getButtonLongPress(
uint8 buttonNumber
) const
-

Gets the current button settings for a long press action, as a BaseStationButton.

Parameters
buttonNumber
uint8

The button number (1 = button 1) to get the value for.

Exceptions
- Error_NotSupported

The BaseStation does not support the requested button.  - Error_Communication: Failed to read from the BaseStation.  - Error_Connection: A connection error has occurred with the BaseStation.

-
- -
-
getButtonShortPress
-
BaseStationButton getButtonShortPress(
uint8 buttonNumber
) const
-

Gets the current button settings for a short press action, as a BaseStationButton.

Parameters
buttonNumber
uint8

The button number (1 = button 1) to get the value for.

Exceptions
- Error_NotSupported

The BaseStation does not support the requested button.  - Error_Communication: Failed to read from the BaseStation.  - Error_Connection: A connection error has occurred with the BaseStation.

-
- -
-
getAnalogPairingEnabled
-
bool getAnalogPairingEnabled() const
-

Gets the current setting for if Analog Pairing is enabled or not.

Exceptions
-
- -
-
getAnalogTimeoutTime
-
uint16 getAnalogTimeoutTime() const
-

Reads the Analog Timeout Time in seconds that is currently set on the BaseStation.

Exceptions
-
- -
-
getAnalogTimeoutVoltage
-
float getAnalogTimeoutVoltage() const
-

Reads the Analog Timeout Voltage that is currently set on the BaseStation.

Exceptions
-
- -
-
getAnalogExceedanceEnabled
-
bool getAnalogExceedanceEnabled() const
-

Reads the Analog Exceedance enabled/disabled setting that is currently set on the BaseStation.

Exceptions
-
- -
-
getAnalogPair
-
BaseStationAnalogPair getAnalogPair(
uint8 portNumber
) const
-

Reads the BaseStationAnalogPair for the specified port number that is currently set on the BaseStation.

Parameters
portNumber
uint8

The port number (1 = port 1) to get the value for.

Exceptions
-
- -
-
doBaseCommand
-
bool doBaseCommand(
const ByteStream &command,
WirelessResponsePattern &response,
uint64 minTimeout = 0
)
-

Performs a BaseStation command with the given parameters.

-
- -
-
doNodeCommand
-
bool doNodeCommand(
NodeAddress nodeAddress,
const ByteStream &command,
WirelessResponsePattern &response,
uint64 minTimeout = 0
)
-

Performs a Wireless Node command with the given parameters.

-
- -
-
protocol_ping_v1
-
bool protocol_ping_v1()
-

Performs version 1 of the Ping BaseStation command.

-
- -
-
protocol_ping_v2
-
bool protocol_ping_v2(
WirelessPacket::AsppVersion asppVer
)
-

Performs version 2 of the Ping BaseStation command.

-
- -
-
protocol_hardReset_v2
-
void protocol_hardReset_v2()
-

Performs Version 2 of the Hard BaseStation Reset command.

-
- -
-
protocol_softReset_v2
-
void protocol_softReset_v2()
-

Performs Version 2 of the Soft BaseStation Reset command.

-
- -
-
protocol_read_v1
-
bool protocol_read_v1(
uint16 eepromAddress,
uint16 &result
)
-

Performs version 1 of the Read BaseStation EEPROM command.

-
- -
-
protocol_read_v2
-
bool protocol_read_v2(
WirelessPacket::AsppVersion asppVer,
uint16 eepromAddress,
uint16 &result
)
-

Performs version 2 of the Read BaseStation EEPROM command.

-
- -
-
protocol_write_v1
-
bool protocol_write_v1(
uint16 eepromAddress,
uint16 value
)
-

Performs version 1 of the Write BaseStation EEPROM command.

-
- -
-
protocol_write_v2
-
bool protocol_write_v2(
WirelessPacket::AsppVersion asppVer,
uint16 eepromAddress,
uint16 value
)
-

Performs version 2 of the Write BaseStation EEPROM command.

-
- -
-
protocol_enableBeacon_v1
-
Timestamp protocol_enableBeacon_v1(
uint32 utcTime
)
-

Performs version 1 of the Enable Beacon command.

-
- -
-
protocol_enableBeacon_v2
-
Timestamp protocol_enableBeacon_v2(
WirelessPacket::AsppVersion asppVer,
uint32 utcTime
)
-

Performs version 2 of the Enable Beacon command.

-
- -
-
protocol_beaconStatus_v1
-
BeaconStatus protocol_beaconStatus_v1(
WirelessPacket::AsppVersion asppVer
)
-

Performs version 1 of the Beacon Status command.

-
- -
-
protocol_startRfSweepMode_v1
-
void protocol_startRfSweepMode_v1(
WirelessPacket::AsppVersion asppVer,
uint32 minFreq,
uint32 maxFreq,
uint32 interval,
uint16 options
)
-

Starts the BaseStation in RF Sweep Mode.

-
- -
-
protocol_node_pageDownload_v1
-
bool protocol_node_pageDownload_v1(
NodeAddress nodeAddress,
uint16 pageIndex,
ByteStream &data
)
-

Performs Version 1 of the Node Page Download command.

-
- -
-
protocol_node_datalogInfo_v1
-
bool protocol_node_datalogInfo_v1(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress,
DatalogSessionInfoResult &result
)
-

Performs Version 1 of the Get Datalog Session Info command.

-
- -
-
protocol_node_getDatalogData_v1
-
bool protocol_node_getDatalogData_v1(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress,
uint32 flashAddress,
ByteStream &data,
uint16 &numBytesDownloaded
)
-

Performs Version 1 of the Get Datalog Data command.

-
- -
-
protocol_node_longPing_v1
-
PingResponse protocol_node_longPing_v1(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress
)
-

Performs Version 1 of the Node Long Ping command.

-
- -
-
protocol_node_hardReset_v2
-
void protocol_node_hardReset_v2(
NodeAddress nodeAddress
)
-

Performs Version 2 of the Node Hard Reset command.

-
- -
-
protocol_node_softReset_v2
-
void protocol_node_softReset_v2(
NodeAddress nodeAddress
)
-

Performs Version 2 of the Node Soft Reset command.

-
- -
-
protocol_node_sleep_v1
-
bool protocol_node_sleep_v1(
NodeAddress nodeAddress
)
-

Performs Version 1 of the Node Sleep command.

-
- -
-
protocol_node_sleep_v2
-
bool protocol_node_sleep_v2(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress
)
-

Performs Version 2 of the Node Sleep command.

-
- -
-
protocol_node_setToIdle_v1
-
SetToIdleStatus protocol_node_setToIdle_v1(
NodeAddress nodeAddress,
const BaseStation &base
)
-

Performs Version 1 of the Node Set to Idle command.

-
- -
-
protocol_node_setToIdle_v2
-
SetToIdleStatus protocol_node_setToIdle_v2(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress,
const BaseStation &base
)
-

Performs Version 2 of the Node Set to Idle command.

-
- -
-
protocol_node_readEeprom_v1
-
bool protocol_node_readEeprom_v1(
NodeAddress nodeAddress,
uint16 eepromAddress,
uint16 &eepromValue
)
-

Performs Version 1 of the Node Read Eeprom command.

-
- -
-
protocol_node_readEeprom_v2
-
bool protocol_node_readEeprom_v2(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress,
uint16 eepromAddress,
uint16 &eepromValue
)
-

Performs Version 2 of the Node Read Eeprom command.

-
- -
-
protocol_node_writeEeprom_v1
-
bool protocol_node_writeEeprom_v1(
NodeAddress nodeAddress,
uint16 eepromAddress,
uint16 value
)
-

Performs Version 1 of the Node Write Eeprom command.

-
- -
-
protocol_node_writeEeprom_v2
-
bool protocol_node_writeEeprom_v2(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress,
uint16 eepromAddress,
uint16 value
)
-

Performs Version 2 of the Node Write Eeprom command.

-
- -
-
protocol_node_autoBalance_v1
-
bool protocol_node_autoBalance_v1(
NodeAddress nodeAddress,
uint8 channelNumber,
float targetPercent,
AutoBalanceResult &result
)
-

Performs Version 1 of the Node AutoBalance command.

-
- -
-
protocol_node_autoBalance_v2
-
bool protocol_node_autoBalance_v2(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress,
uint8 channelNumber,
float targetPercent,
AutoBalanceResult &result
)
-

Performs Version 2 of the Node AutoBalance command.

-
- -
-
protocol_node_autocal_shm_v1
-
bool protocol_node_autocal_shm_v1(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress,
AutoCalResult &result
)
-

Performs Version 1 of the Node AutoCal SHM command.

-
- -
-
protocol_node_autocal_shm201_v1
-
bool protocol_node_autocal_shm201_v1(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress,
AutoCalResult &result
)
-

Performs Version 1 of the Node AutoCal SHM-Link-201 command.

-
- -
-
protocol_node_autoshuntcal_v1
-
bool protocol_node_autoshuntcal_v1(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress,
const AutoCalCmdDetails &commandDetails,
AutoCalResult &result
)
-

Performs Version 1 of the Node AutoShuntCal command.

-
- -
-
protocol_node_getDiagnosticInfo_v1
-
bool protocol_node_getDiagnosticInfo_v1(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress,
ChannelData &result
)
-

Performs Version 1 of the Node Get Diagnostic Info command.

-
- -
-
protocol_node_erase_v1
-
bool protocol_node_erase_v1(
NodeAddress nodeAddress
)
-

Performs Version 1 of the Node erase command.

-
- -
-
protocol_node_erase_v2
-
bool protocol_node_erase_v2(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress
)
-

Performs Version 2 of the Node erase command.

-
- -
-
protocol_node_startSync_v1
-
bool protocol_node_startSync_v1(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress
)
-

Performs Version 1 of the Node Start Sync Sampling command.

-
- -
-
protocol_node_startNonSync_v1
-
bool protocol_node_startNonSync_v1(
NodeAddress nodeAddress
)
-

Performs Version 1 of the Start Non Sync Sampling command.

-
- -
-
protocol_node_startNonSync_v2
-
bool protocol_node_startNonSync_v2(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress
)
-

Performs Version 2 of the Start Non Sync Sampling command.

-
- -
-
protocol_node_batchEepromRead_v1
-
bool protocol_node_batchEepromRead_v1(
NodeAddress nodeAddress,
uint16 startEeprom,
std::map<uint16, uint16> &result
)
-

Performs Version 1 of the Node Batch Eeprom Read command.

-
- -
-
protocol_node_testCommProtocol
-
bool protocol_node_testCommProtocol(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress,
WirelessTypes::CommProtocol protocol
)
-

Performs Version 1 of the Node Test Communication Protocol command.

-
- -
-
protocol_node_poll
-
bool protocol_node_poll(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress,
const ChannelMask &chs,
WirelessPollData &result
)
-

Performs Version 1 of the Node Poll command.

-
- -
-
node_ping
-
virtual PingResponse node_ping(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress
)
-

Pings the specified Node.

Parameters
nodeProtocol
const WirelessProtocol&

the WirelessProtocol for the Node.

nodeAddress
NodeAddress

the node address of the Node to ping.

Returns

A PingResponse object that can be queried to get details of the ping command's response.

Exceptions
-
- -
-
node_hardReset
-
void node_hardReset(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress
)
-

Performs a hard reset on the specified Node.

Parameters
nodeProtocol
const WirelessProtocol&

the WirelessProtocol for the Node.

nodeAddress
NodeAddress

the node address to perform the hard reset on

Exceptions
-
- -
-
node_softReset
-
void node_softReset(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress
)
-

Performs a soft reset on the specified Node.

Parameters
nodeProtocol
const WirelessProtocol&

the WirelessProtocol for the Node.

nodeAddress
NodeAddress

the node address to perform the soft reset on

Returns

true if the reset was successful, false otherwise.

Exceptions
-
- -
-
node_sleep
-
virtual bool node_sleep(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress
)
-

Puts the Node into a low power, sleep mode.  This command attempts to ping the node before sending the sleep command, to verify communication.

Parameters
nodeProtocol
const WirelessProtocol&

the WirelessProtocol for the Node.

nodeAddress
NodeAddress

The node adderss of the Node to put to sleep.

Returns

true if the sleep command was successful, false otherwise.

Exceptions
-
- -
-
node_setToIdle
-
virtual SetToIdleStatus node_setToIdle(
NodeAddress nodeAddress,
const BaseStation &base
)
-

Attempts to set the node to idle so that it can be communicated with.

Parameters
nodeAddress
NodeAddress

the node address of the node to ping.

base
const BaseStation&

A reference to the BaseStation that will be used for setting the node to idle.

Returns

A SetToIdleStatus object that can be queried to get the status of the Set to Idle operation.

Exceptions
-
- -
-
node_readEeprom
-
virtual bool node_readEeprom(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress,
uint16 eepromAddress,
uint16 &eepromValue
)
-

Reads a value from EEPROM on the specified Node.

Parameters
nodeProtocol
const WirelessProtocol&

the WirelessProtocol for the Node.

nodeAddress
NodeAddress

the node address of the Node to read from.

eepromAddress
uint16

the EEPROM address to read the value from.

eepromValue
uint16&

holds the result value read from EEPROM if successful.

Returns

true if the command was successful, false otherwise.

Exceptions
-
- -
-
node_writeEeprom
-
virtual bool node_writeEeprom(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress,
uint16 eepromAddress,
uint16 value
)
-

Writes a value to EEPROM on the specified Node.

Parameters
nodeProtocol
const WirelessProtocol&

the WirelessProtocol for the Node.

nodeAddress
NodeAddress

the node address of the node to write to.

eepromAddress
uint16

the EEPROM address to write the value to.

value
uint16

the value to write to EEPROM.

Returns

true if the write eeprom command succeeded, false otherwise.

Exceptions
-
- -
-
node_pageDownload
-
virtual bool node_pageDownload(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress,
uint16 pageIndex,
ByteStream &data
)
-

Download a page of logged data from the Node

Parameters
nodeProtocol
const WirelessProtocol&

The WirelessProtocol for the Node.

nodeAddress
NodeAddress

The node address of the Node to download data from

pageIndex
uint16

The page index to download from the Node

data
ByteStream&

Output parameter that contains the resulting data downloaded from the Node, if any

Returns

true if the page download command succeeded, false otherwise

Exceptions
-
- -
-
node_batchEepromRead
-
virtual bool node_batchEepromRead(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress,
uint16 startEeprom,
std::map<uint16, uint16> &result
)
-

Reads a batch of eeprom values from the Node

Parameters
nodeProtocol
const WirelessProtocol&

The WirelessProtocol for the Node.

nodeAddress
NodeAddress

The node address of the Node to download data from.

startEeprom
uint16

The eeprom address to start the batch eeprom read from.

result
std::map<uint16, uint16>&

The eeprom location/value map that will hold the result.

Exceptions
-
- -
-
node_getDatalogSessionInfo
-
virtual bool node_getDatalogSessionInfo(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress,
DatalogSessionInfoResult &result
)
-

Gets info about the datalog sessions on the Node.

Parameters
nodeProtocol
const WirelessProtocol&

The WirelessProtocol for the Node.

nodeAddress
NodeAddress

The node address of the Node to download data from.

result
DatalogSessionInfoResult&

The DatalogSessionInfoResult containing the result info on success.

Returns

true if the command succeded, false otherwise

Exceptions
-
- -
-
node_getDatalogData
-
virtual bool node_getDatalogData(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress,
uint32 flashAddress,
ByteStream &result,
uint16 &numBytesRead
)
-

Gets a section of logged data from the Node.

Parameters
nodeProtocol
const WirelessProtocol&

The WirelessProtocol for the Node.

nodeAddress
NodeAddress

The node address of the Node to download data from.

flashAddress
uint32

The flash address to read from.

result
ByteStream&

The ByteStream containing the resulting data bytes from the Node on success.

numBytesRead
uint16&

The number of bytes that were read from the command and appended to the result ByteStream.

Returns

true if the command succeded, false otherwise

Exceptions
-
- -
-
node_erase
-
virtual bool node_erase(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress
)
-

Sends the Erase command to a Node.

Parameters
nodeProtocol
const WirelessProtocol&

The WirelessProtocol for the Node.

nodeAddress
NodeAddress

The node address of the Node to send the command to.

Exceptions
-
- -
-
node_startSyncSampling
-
virtual bool node_startSyncSampling(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress
)
-

Sends the Start Synchronized Sampling command to a Node.

Parameters
nodeProtocol
const WirelessProtocol&

The WirelessProtocol for the Node.

nodeAddress
NodeAddress

The node address of the Node to send the command to.

Returns

true if the Start Sync Sampling command succeeded, false otherwise.

Exceptions
-
- -
-
node_startNonSyncSampling
-
virtual bool node_startNonSyncSampling(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress
)
-

Sends the Start Non-Synchronized Sampling command to a Node.

Parameters
nodeProtocol
const WirelessProtocol&

The WirelessProtocol for the Node.

nodeAddress
NodeAddress

The node address of the Node to send the command to.

Returns

true if the Start Non Sync Sampling command succeded, false otherwise.

Exceptions
-
- -
-
node_armForDatalogging
-
virtual bool node_armForDatalogging(
NodeAddress nodeAddress,
const std::string &message
)
-

Sends the Arm For Datalogging command to a Node.

Parameters
nodeAddress
NodeAddress

The node address of the Node to send the command to.

message
const std::string&

A message, up to 50 characters, to send with the arm command. This message can be downloaded with the data. Will be trimmed to 50 chars if longer.

Returns

true if the Arm For Datalogging command succeeded, false otherwise.

Exceptions
-
- -
-
node_triggerArmedDatalogging
-
virtual void node_triggerArmedDatalogging(
NodeAddress nodeAddress
)
-

Sends the Trigger Armed Datalogging command to a Node.

Parameters
nodeAddress
NodeAddress

The node address of the Node to send the command to.

Exceptions
-
- -
-
node_autoBalance
-
virtual bool node_autoBalance(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress,
uint8 channelNumber,
float targetPercent,
AutoBalanceResult &result
)
-

Sends the AutoBalance command to a Node.

Parameters
nodeProtocol
const WirelessProtocol&

The WirelessProtocol for the Node.

nodeAddress
NodeAddress

The node address of the Node to send the command to.

channelNumber
uint8

The channel number (ch1 = 1, ch8 = 8) to balance.

targetPercent
float

The target percentage (0 - 100) to balance to.

result
AutoBalanceResult&

The AutoBalanceResult of the command.

Returns

true if the command succeeded, false if it failed.

Exceptions
-
- -
-
node_autocal_shm
-
bool node_autocal_shm(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress,
AutoCalResult &result
)
-

Performs automatic calibration for a Wireless Node.

Parameters
nodeProtocol
const WirelessProtocol&

The WirelessProtocol for the Node.

nodeAddress
NodeAddress

The node address of the Node to send the command to.

result
AutoCalResult&

The AutoCalResult reference to hold the result.

Returns

true if the AutoCal command was successful, false otherwise.

Exceptions
-
- -
-
node_autocal_shm201
-
bool node_autocal_shm201(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress,
AutoCalResult &result
)
-

Performs automatic calibration for a Wireless Node.

Parameters
nodeProtocol
const WirelessProtocol&

The WirelessProtocol for the Node.

nodeAddress
NodeAddress

The node address of the Node to send the command to.

result
AutoCalResult&

The AutoCalResult reference to hold the result.

Returns

true if the AutoCal command was successful, false otherwise.

Exceptions
-
- -
-
node_autoShuntCal
-
bool node_autoShuntCal(
const WirelessProtocol &nodeProtocol,
const AutoCalCmdDetails &commandDetails,
AutoCalResult &result
)
-

Performs automatic shunt calibration for a Wireless Node.

Parameters
nodeProtocol
const WirelessProtocol&

The WirelessProtocol for the Node.

commandDetails
const AutoCalCmdDetails&

The AutoCalCmdDetails for this command.

result
AutoCalResult&

The AutoCalResult reference to hold the result.

Returns

true if the AutoCal command was successful, false otherwise.

Exceptions
-
- -
-
node_readSingleSensor
-
bool node_readSingleSensor(
NodeAddress nodeAddress,
uint8 channelNumber,
uint16 &result
)
-

Reads the bits value for a single channel on a Wireless Node.

Parameters
nodeAddress
NodeAddress

The node address of the Node to send the command to.

channelNumber
uint8

The channel number (ch1 = 1, ch8 = 8) to read.

result
uint16&

Holds the bits value result from the channel on the Node.

Returns

true if the Read Single Sensor command was successful, false otherwise.

Exceptions
-
- -
-
node_getDiagnosticInfo
-
bool node_getDiagnosticInfo(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress,
ChannelData &result
)
-

Performs an immediate request for the Node's Diagnostic Info.

Parameters
nodeProtocol
const WirelessProtocol&

The WirelessProtocol for the Node.

nodeAddress
NodeAddress

The node address of the Node to send the command to.

result
ChannelData&

The <ChannelData> container that will be filled with the result upon success.

Returns

true if the command was successful, false otherwise.

Exceptions
-
- -
-
node_testCommProtocol
-
bool node_testCommProtocol(
NodeAddress nodeAddress,
WirelessTypes::CommProtocol commProtocol
)
-

Tests if a Node will still be able to communicate after changing the Node's communication protocol.

Parameters
nodeAddress
NodeAddress

The node address of the Node to send the command to.

commProtocol
WirelessTypes::CommProtocol

The WirelessTypes::CommProtocol to test.

Returns

true if communication in the new protocol mode was successful, false otherwise.

Exceptions
-
- -
-
node_poll
-
bool node_poll(
const WirelessProtocol &nodeProtocol,
NodeAddress nodeAddress,
const ChannelMask &chs,
WirelessPollData &result
)
-

Polls the WirelessNode to get a single sweep of calibrated data.

Parameters
nodeProtocol
const WirelessProtocol&

The WirelessProtocol for the Node.

nodeAddress
NodeAddress

The node address of the Node to send the command to.

chs
const ChannelMask&

The ChannelMask to poll data for. Note: if a channel is active that isn't supported by the Node, it will be ignored.

result
WirelessPollData&

The <WirelessPollData> map holding the result of the poll.

Returns

true if the command was successful, false otherwise.

Exceptions
-
- -
-
node_autocal
-
bool node_autocal(
NodeAddress nodeAddress,
const ByteStream &command,
AutoCal::Response &response,
AutoCalResult &result
)
-

Performs automatic calibration for a Wireless Node.

Parameters
nodeAddress
NodeAddress

The node address of the Node to send the command to.

command
const ByteStream&

The ByteStream containing the autocal command to send.

response
AutoCal::Response&

The <AutoCal::Response> to use for parsing the response.

result
AutoCalResult&

The AutoCalResult reference to hold the result.

Exceptions
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/CalCoefficients-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/CalCoefficients-h-Summary.js deleted file mode 100644 index c61b3c339..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/CalCoefficients-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/CalCoefficients.h","CalCoefficients.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/CalCoefficients.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Operators","Operator"],["Types","Type"],["Variables","Variable"]],[[9969,0,0,"CalCoefficients","CalCoefficients"],[9970,0,2,"Functions","CalCoefficients.Functions"],[9971,0,1,"CalCoefficients","CalCoefficients.CalCoefficients"],[9972,0,1,"CalCoefficients","CalCoefficients.CalCoefficients(2)"],[9973,0,2,"Variables","CalCoefficients.Variables"],[9974,0,5,"m_eqType","CalCoefficients.m_eqType"],[9975,0,5,"m_unit","CalCoefficients.m_unit"],[9976,0,5,"m_linearEq","CalCoefficients.m_linearEq"],[9977,0,2,"Operators","CalCoefficients.Operators"],[9978,0,3,"==","CalCoefficients.=="],[9979,0,3,"!=","CalCoefficients.!="],[9980,0,2,"Functions","CalCoefficients.Functions(2)"],[9981,0,1,"equationType","CalCoefficients.equationType"],[9982,0,1,"unit","CalCoefficients.unit"],[9983,0,1,"linearEquation","CalCoefficients.linearEquation"],[9984,0,2,"Types","CalCoefficients.Types"],[9985,0,4,"ChannelCalMap","CalCoefficients.ChannelCalMap"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/CalCoefficients-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/CalCoefficients-h-SummaryToolTips.js deleted file mode 100644 index a76225f81..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/CalCoefficients-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/CalCoefficients.h",{9969:"
CalCoefficients
Represents calibration coefficients that can be applied to a Wireless Node.
",9971:"
CalCoefficients()
Creates a default constructed CalCoefficients object.
",9972:"
CalCoefficients(
WirelessTypes::CalCoef_EquationType eqType,
WirelessTypes::CalCoef_Unit unit,
const LinearEquation &linearEq
)
Creates a CalCoefficients object.
",9974:"
WirelessTypes::CalCoef_EquationType m_eqType
The WirelessTypes::CalCoef_EquationType of the Cal Coefficients.
",9975:"
WirelessTypes::CalCoef_Unit m_unit
The WirelessTypes::CalCoef_Unit of the Cal Coefficients.
",9976:"
LinearEquation m_linearEq
The LinearEquation of the Cal Coefficients.
",9978:"
Checks that two CalCoefficients objects are equal
",9979:"
Checks that two CalCoefficients objects are not equal
",9981:"
WirelessTypes::CalCoef_EquationType equationType() const
Gets the WirelessTypes::CalCoef_EquationType of the Cal Coefficients.
",9982:"
WirelessTypes::CalCoef_Unit unit() const
Gets the WirelessTypes::CalCoef_Unit of the Cal Coefficients.
",9983:"
const LinearEquation& linearEquation() const
Gets the LinearEquation of the Cal Coefficients.
",9985:"
A typedef for a map of WirelessChannel::ChannelIds to CalCoefficients.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/CalCoefficients-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/CalCoefficients-h-ToolTips.js deleted file mode 100644 index 9bdd136e0..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/CalCoefficients-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({8655:"
Represents the equation types that can be used for calibration coefficients on Wireless Nodes.
",8658:"
Represents the unit types that can be used for calibration coefficients on Wireless Nodes.
",9881:"
LinearEquation
Represents a linear equation (y = mx + b).
",9971:"
CalCoefficients()
Creates a default constructed CalCoefficients object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/CalCoefficients-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/CalCoefficients-h.html deleted file mode 100644 index 294bf61fc..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/CalCoefficients-h.html +++ /dev/null @@ -1,100 +0,0 @@ - - -CalCoefficients.h - - - - - - - -
-
CalCoefficients
-
CalCoefficients
-

Represents calibration coefficients that can be applied to a Wireless Node.

-
- -
-
Functions
-
- -
-
CalCoefficients
-
CalCoefficients()
-

Creates a default constructed CalCoefficients object.

-
- -
-
CalCoefficients
-
CalCoefficients(
WirelessTypes::CalCoef_EquationType eqType,
WirelessTypes::CalCoef_Unit unit,
const LinearEquation &linearEq
)
-

Creates a CalCoefficients object.

Parameters
eqType
WirelessTypes::CalCoef_EquationType

The WirelessTypes::CalCoef_EquationType of the Cal Coefficients.

unit
WirelessTypes::CalCoef_Unit

The WirelessTypes::CalCoef_Unit of the Cal Coefficients.

linearEq
const LinearEquation&

The LinearEquation of the Cal Coefficients.

-
- -
-
Variables
-
- -
-
m_eqType
- -

The WirelessTypes::CalCoef_EquationType of the Cal Coefficients.

-
- -
-
m_unit
- -

The WirelessTypes::CalCoef_Unit of the Cal Coefficients.

-
- -
-
m_linearEq
-
LinearEquation m_linearEq
-

The LinearEquation of the Cal Coefficients.

-
- -
-
Operators
-
- -
-
==
-

Checks that two CalCoefficients objects are equal

Returns

true if the two CalCoefficients are identical, false otherwise

-
- -
-
!=
-

Checks that two CalCoefficients objects are not equal

Returns

true if the two CalCoefficients are different, false if they are identical

-
- -
-
Functions
-
- -
-
equationType
- -

Gets the WirelessTypes::CalCoef_EquationType of the Cal Coefficients.

-
- -
-
unit
- -

Gets the WirelessTypes::CalCoef_Unit of the Cal Coefficients.

-
- -
-
linearEquation
-
const LinearEquation& linearEquation() const
-

Gets the LinearEquation of the Cal Coefficients.

-
- -
-
Types
-
- -
-
ChannelCalMap
-

A typedef for a map of WirelessChannel::ChannelIds to CalCoefficients.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/ChannelMask-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/ChannelMask-h-Summary.js deleted file mode 100644 index 4fc37d05a..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/ChannelMask-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/ChannelMask.h","ChannelMask.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/ChannelMask.h",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"],["Operators","Operator"]],[[9478,0,0,"ChannelMask","ChannelMask"],[9479,0,3,"Constants","ChannelMask.Constants"],[9480,0,1,"MAX_CHANNELS = 16","ChannelMask.MAX_CHANNELS=16"],[9481,0,3,"Functions","ChannelMask.Functions"],[9482,0,2,"ChannelMask","ChannelMask.ChannelMask"],[9483,0,2,"ChannelMask","ChannelMask.ChannelMask(2)"],[9484,0,3,"Operators","ChannelMask.Operators"],[9485,0,4,"==","ChannelMask.=="],[9486,0,4,"!=","ChannelMask.!="],[9487,0,4,"<","ChannelMask.<"],[9488,0,4,">","ChannelMask.>"],[9489,0,3,"Functions","ChannelMask.Functions(2)"],[9490,0,2,"fromMask","ChannelMask.fromMask"],[9491,0,2,"toMask","ChannelMask.toMask"],[9492,0,2,"count","ChannelMask.count"],[9493,0,2,"enabled","ChannelMask.enabled"],[9494,0,2,"enable","ChannelMask.enable"],[9495,0,2,"lastChEnabled","ChannelMask.lastChEnabled"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/ChannelMask-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/ChannelMask-h-SummaryToolTips.js deleted file mode 100644 index 0675dd3c0..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/ChannelMask-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/ChannelMask.h",{9478:"
ChannelMask
Represents the channel mask (active and inactive channels) for a WirelessNode.
",9480:"
The maximum number of channels currently available on any WirelessNode
",9482:"
explicit ChannelMask(
uint16 channelMask
)
Creates an ChannelMask object given a channel mask that was stored on a WirelessNode
",9483:"
ChannelMask()
The default constructor for creating an ChannelMask object, which sets all the channels to inactive
",9485:"
Equal operator for comparing ChannelMasks.
",9486:"
Not Equal operator for comparing ChannelMasks.
",9487:"
Less Than operator for comparing ChannelMasks.
",9488:"
Greater Than operator for comparing ChannelMasks.
",9490:"
void fromMask(
uint16 channelMask
)
Initializes the ChannelMask object from a channel mask
",9491:"
uint16 toMask() const
Gets the channel mask value of the current ChannelMask object
",9492:"
uint8 count() const
Gets the total number of active channels in the current ChannelMask object
",9493:"
bool enabled(
uint8 channel
) const
Checks whether a certain channel is enabled or disabled
",9494:"
void enable(
uint8 channel,
bool enable = true
)
Enables or disables a specified channel
",9495:"
uint8 lastChEnabled() const
Finds the last channel (highest channel number) that is enabled in the mask.  This is useful when looping over the ChannelMask object and performing an action on all enabled channels.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/ChannelMask-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/ChannelMask-h-ToolTips.js deleted file mode 100644 index 59992a148..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/ChannelMask-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/ChannelMask-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/ChannelMask-h.html deleted file mode 100644 index 7eeea63e9..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/ChannelMask-h.html +++ /dev/null @@ -1,106 +0,0 @@ - - -ChannelMask.h - - - - - - - -
-
ChannelMask
-
ChannelMask
-

Represents the channel mask (active and inactive channels) for a WirelessNode.

-
- -
-
Constants
-
- -
-
MAX_CHANNELS = 16
-

The maximum number of channels currently available on any WirelessNode

-
- -
-
Functions
-
- -
-
ChannelMask
-
explicit ChannelMask(
uint16 channelMask
)
-

Creates an ChannelMask object given a channel mask that was stored on a WirelessNode

Parameters
channelMask
uint16

A channel mask value from a WirelessNode representing the active and inactive channels

-
- -
-
ChannelMask
-
ChannelMask()
-

The default constructor for creating an ChannelMask object, which sets all the channels to inactive

-
- -
-
Operators
-
- -
-
==
-

Equal operator for comparing ChannelMasks.

-
- -
-
!=
-

Not Equal operator for comparing ChannelMasks.

-
- -
-
<
-

Less Than operator for comparing ChannelMasks.

-
- -
-
>
-

Greater Than operator for comparing ChannelMasks.

-
- -
-
Functions
-
- -
-
fromMask
-
void fromMask(
uint16 channelMask
)
-

Initializes the ChannelMask object from a channel mask

Parameters
channelMask
uint16

A channel mask value from a WirelessNode representing the active and inactive channels

-
- -
-
toMask
-
uint16 toMask() const
-

Gets the channel mask value of the current ChannelMask object

Returns

The ChannelMask object represented as a channel mask

-
- -
-
count
-
uint8 count() const
-

Gets the total number of active channels in the current ChannelMask object

Returns

The total number of active channels

-
- -
-
enabled
-
bool enabled(
uint8 channel
) const
-

Checks whether a certain channel is enabled or disabled

Parameters
channel
uint8

The channel to check if enabled or disabled, based on index 1 (channel1 = 1, channel8 = 8)

Returns

true if the channel is enabled, false if the channel is disabled

-
- -
-
enable
-
void enable(
uint8 channel,
bool enable = true
)
-

Enables or disables a specified channel

Parameters
channel
uint8

The channel to enable or disable, based on index 1 (channel1 = 1, channel8 = 8)

enable
bool

Set to true to enable the channel, false to disable the channel

-
- -
-
lastChEnabled
-
uint8 lastChEnabled() const
-

Finds the last channel (highest channel number) that is enabled in the mask.  This is useful when looping over the ChannelMask object and performing an action on all enabled channels.

Returns

The channel number (ch1 = 1, ch16 = 16) of the last channel enabled. 0 if no channels are enabled.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/ArmForDatalogging-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/ArmForDatalogging-h-Summary.js deleted file mode 100644 index 5f2301f17..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/ArmForDatalogging-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Commands/ArmForDatalogging.h","ArmForDatalogging.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Commands/ArmForDatalogging.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[5859,0,0,"ArmForDatalogging","ArmForDatalogging"],[5860,0,2,"Functions","ArmForDatalogging.Functions"],[5861,0,1,"buildCommand","ArmForDatalogging.buildCommand"],[5862,0,0,"Response","Response"],[5863,0,2,"Functions","Response.Functions"],[5864,0,1,"Response","Response.Response"],[5865,0,2,"Variables","Response.Variables"],[5866,0,3,"m_nodeAddress","Response.m_nodeAddress"],[5867,0,2,"Functions","Response.Functions(2)"],[5868,0,1,"match","Response.match"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/ArmForDatalogging-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/ArmForDatalogging-h-SummaryToolTips.js deleted file mode 100644 index 1f099bd63..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/ArmForDatalogging-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Commands/ArmForDatalogging.h",{5859:"
ArmForDatalogging
Contains logic for the Arm For Datalogging Node command.
",5861:"
static ByteStream buildCommand(
NodeAddress nodeAddress,
const std::string &message = ""
)
Builds the ArmForDatalogging command packet.
",5862:"
Response
Handles the response to the ArmForDatalogging Node command
",5864:"
Response(
NodeAddress nodeAddress,
std::weak_ptr<ResponseCollector> collector
)
Creates an ArmForDatalogging Response object
",5866:"
NodeAddress m_nodeAddress
The node address to look for in the response
",5868:"
virtual bool matchSuccessResponse(
const WirelessPacket &packet
) override
Checks if the WirelessPacket passed in matches the expected response pattern\'s bytes
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/ArmForDatalogging-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/ArmForDatalogging-h-ToolTips.js deleted file mode 100644 index 5f3509796..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/ArmForDatalogging-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({5207:"
WirelessResponsePattern
A pattern matching the expected response from a wireless command.
",7176:"
WirelessPacket
Represents a MicroStrain wireless packet
",9848:"
ResponseCollector
Stores all the expected command responses
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10047:"
ResponsePattern
A pattern matching the expected response from a device command (Base Class).
",10245:"
typedef for a Node\'s node address.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/ArmForDatalogging-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/ArmForDatalogging-h.html deleted file mode 100644 index 2425bc3e9..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/ArmForDatalogging-h.html +++ /dev/null @@ -1,63 +0,0 @@ - - -ArmForDatalogging.h - - - - - - - -
-
ArmForDatalogging
-
ArmForDatalogging
-

Contains logic for the Arm For Datalogging Node command.

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand(
NodeAddress nodeAddress,
const std::string &message = ""
)
-

Builds the ArmForDatalogging command packet.

Parameters
nodeAddress
NodeAddress

The address of the Node to build the command for.

message
const std::string&

A message, up to 50 characters, to send with the arm command. This message can be downloaded with the data. Will be trimmed to 50 chars if longer. (Default of "")

Returns

A ByteStream containing the command packet.

-
- -
-
Response
-
public
WirelessResponsePattern
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
ResponsePattern
GenericMipCommand.​Response
SetToIdle.​Response
Response
-

Handles the response to the ArmForDatalogging Node command

-
- -
-
Functions
-
- -
-
Response
-
Response(
NodeAddress nodeAddress,
std::weak_ptr<ResponseCollector> collector
)
-

Creates an ArmForDatalogging Response object

Parameters
nodeAddress
NodeAddress

the node address to check for

collector
std::weak_ptr<ResponseCollector>

The ResponseCollector used to register and unregister the response

-
- -
-
Variables
-
- -
-
m_nodeAddress
-
NodeAddress m_nodeAddress
-

The node address to look for in the response

-
- -
-
Functions
-
- -
-
match
-
virtual bool matchSuccessResponse(
const WirelessPacket &packet
) override
-

Checks if the WirelessPacket passed in matches the expected response pattern's bytes

Parameters
packet
const WirelessPacket&

The WirelessPacket in which to try to find the pattern

Returns

true if the packet matches a response pattern, false otherwise

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/AutoBalance-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/AutoBalance-h-Summary.js deleted file mode 100644 index 66df71af7..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/AutoBalance-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Commands/AutoBalance.h","AutoBalance.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Commands/AutoBalance.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[5856,0,0,"AutoBalance","AutoBalance"],[5857,0,2,"Functions","AutoBalance.Functions"],[5858,0,1,"buildCommand","AutoBalance.buildCommand"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/AutoBalance-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/AutoBalance-h-SummaryToolTips.js deleted file mode 100644 index ec10a4ee0..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/AutoBalance-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Commands/AutoBalance.h",{5856:"
AutoBalance
Contains logic for the Auto Balance Node command.
",5858:"
static ByteStream buildCommand(
NodeAddress nodeAddress,
uint8 channelNumber,
uint16 targetValue
)
Builds the AutoBalance command packet.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/AutoBalance-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/AutoBalance-h-ToolTips.js deleted file mode 100644 index aefea407e..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/AutoBalance-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10245:"
typedef for a Node\'s node address.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/AutoBalance-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/AutoBalance-h.html deleted file mode 100644 index 92ffdb20a..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/AutoBalance-h.html +++ /dev/null @@ -1,27 +0,0 @@ - - -AutoBalance.h - - - - - - - -
-
AutoBalance
-
AutoBalance
-

Contains logic for the Auto Balance Node command.

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand(
NodeAddress nodeAddress,
uint8 channelNumber,
uint16 targetValue
)
-

Builds the AutoBalance command packet.

Parameters
nodeAddress
NodeAddress

The address of the Node to build the command for.

channelNumber
uint8

The channel number to balance (ch1 = 1, ch8 = 8).

targetValue
uint16

The target sensor output value in bits (0-4096).

Returns

A ByteStream containing the command packet.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/AutoBalanceResult-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/AutoBalanceResult-h-Summary.js deleted file mode 100644 index 7c13564ba..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/AutoBalanceResult-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Commands/AutoBalanceResult.h","AutoBalanceResult.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Commands/AutoBalanceResult.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[5835,0,0,"AutoBalanceResult","AutoBalanceResult"],[5836,0,2,"Variables","AutoBalanceResult.Variables"],[5837,0,3,"m_errorCode","AutoBalanceResult.m_errorCode"],[5838,0,3,"m_percentAchieved","AutoBalanceResult.m_percentAchieved"],[5839,0,3,"m_hardwareOffset","AutoBalanceResult.m_hardwareOffset"],[5840,0,2,"Functions","AutoBalanceResult.Functions"],[5841,0,1,"errorCode","AutoBalanceResult.errorCode"],[5842,0,1,"percentAchieved","AutoBalanceResult.percentAchieved"],[5843,0,1,"hardwareOffset","AutoBalanceResult.hardwareOffset"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/AutoBalanceResult-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/AutoBalanceResult-h-SummaryToolTips.js deleted file mode 100644 index aba7dc594..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/AutoBalanceResult-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Commands/AutoBalanceResult.h",{5835:"
AutoBalanceResult
Represents the result from an AutoBalance command.
",5837:"
WirelessTypes::AutoBalanceErrorFlag m_errorCode
The error code from the response.
",5838:"
float m_percentAchieved
",5839:"
uint16 m_hardwareOffset
The new hardware offset from the response.
",5841:"
WirelessTypes::AutoBalanceErrorFlag errorCode() const
Gets the WirelessTypes::AutoBalanceErrorFlag from the response.
",5842:"
float percentAchieved() const
Gets the percentage that the channel was balanced to from the response.
",5843:"
uint16 hardwareOffset() const
Get the new hardware offset from the response.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/AutoBalanceResult-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/AutoBalanceResult-h-ToolTips.js deleted file mode 100644 index c8230af92..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/AutoBalanceResult-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({8919:"
The possible completion flags for the AutoBalance Wireless Node function.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/AutoBalanceResult-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/AutoBalanceResult-h.html deleted file mode 100644 index ffd6369f8..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/AutoBalanceResult-h.html +++ /dev/null @@ -1,61 +0,0 @@ - - -AutoBalanceResult.h - - - - - - - -
-
AutoBalanceResult
-
AutoBalanceResult
-

Represents the result from an AutoBalance command.

-
- -
-
Variables
-
- -
-
m_errorCode
- -

The error code from the response.

-
- -
-
m_percentAchieved
-
float m_percentAchieved
-
The percentage (0

100) achieved from the response.

-
- -
-
m_hardwareOffset
-
uint16 m_hardwareOffset
-

The new hardware offset from the response.

-
- -
-
Functions
-
- -
-
errorCode
- -

Gets the WirelessTypes::AutoBalanceErrorFlag from the response.

Returns

The WirelessTypes::AutoBalanceErrorFlag from the autobalance response.

-
- -
-
percentAchieved
-
float percentAchieved() const
-

Gets the percentage that the channel was balanced to from the response.

Returns

The the percentage that the channel was balanced to.

-
- -
-
hardwareOffset
-
uint16 hardwareOffset() const
-

Get the new hardware offset from the response.

Returns

The new hardware offset value after the autobalance.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/AutoBalance_v2-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/AutoBalance_v2-h-Summary.js deleted file mode 100644 index ae9252fdb..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/AutoBalance_v2-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Commands/AutoBalance_v2.h","AutoBalance_v2.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Commands/AutoBalance_v2.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[5821,0,0,"AutoBalance_v2","AutoBalance_v2"],[5822,0,2,"Functions","AutoBalance_v2.Functions"],[5823,0,1,"buildCommand","AutoBalance_v2.buildCommand"],[5824,0,0,"Response","Response"],[5825,0,2,"Functions","Response.Functions"],[5826,0,1,"Response","Response.Response"],[5827,0,2,"Variables","Response.Variables"],[5828,0,3,"m_nodeAddress","Response.m_nodeAddress"],[5829,0,3,"m_channelNumber","Response.m_channelNumber"],[5830,0,3,"m_targetPercent","Response.m_targetPercent"],[5831,0,3,"m_result","Response.m_result"],[5832,0,2,"Functions","Response.Functions(2)"],[5833,0,1,"match","Response.match"],[5834,0,1,"result","Response.result"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/AutoBalance_v2-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/AutoBalance_v2-h-SummaryToolTips.js deleted file mode 100644 index 23c296219..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/AutoBalance_v2-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Commands/AutoBalance_v2.h",{5821:"
AutoBalance_v2
Contains logic for the Auto Balance Node command (Version 2).
",5823:"
static ByteStream buildCommand(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress,
uint8 channelNumber,
float targetPercent
)
Builds the AutoBalance_v2 command packet.
",5824:"
Response
Handles the response to the AutoBalance Node command
",5826:"
Response(
NodeAddress nodeAddress,
uint8 channelNumber,
float targetPercent,
std::weak_ptr<ResponseCollector> collector
)
Creates an AutoBalance Response object
",5828:"
NodeAddress m_nodeAddress
The node address to look for in the response.
",5829:"
uint8 m_channelNumber
The channel number to look for in the response.
",5830:"
float m_targetPercent
The target percentage to look for in the response.
",5831:"
AutoBalanceResult m_result
The AutoBalanceResult containing info about the autobalance response.
",5833:"
virtual bool match(
const WirelessPacket &packet
) override
Checks if the WirelessPacket passed in matches the expected response pattern\'s bytes
",5834:"
const AutoBalanceResult& result() const
Gets the AutoBalanceResult of the command.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/AutoBalance_v2-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/AutoBalance_v2-h-ToolTips.js deleted file mode 100644 index cc49c5ba3..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/AutoBalance_v2-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({5207:"
WirelessResponsePattern
A pattern matching the expected response from a wireless command.
",5835:"
AutoBalanceResult
Represents the result from an AutoBalance command.
",7176:"
WirelessPacket
Represents a MicroStrain wireless packet
",7194:"
The possible ASPP versions
",9848:"
ResponseCollector
Stores all the expected command responses
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10047:"
ResponsePattern
A pattern matching the expected response from a device command (Base Class).
",10245:"
typedef for a Node\'s node address.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/AutoBalance_v2-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/AutoBalance_v2-h.html deleted file mode 100644 index 0f756c49a..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/AutoBalance_v2-h.html +++ /dev/null @@ -1,87 +0,0 @@ - - -AutoBalance_v2.h - - - - - - - -
-
AutoBalance_v2
-
AutoBalance_v2
-

Contains logic for the Auto Balance Node command (Version 2).

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress,
uint8 channelNumber,
float targetPercent
)
-

Builds the AutoBalance_v2 command packet.

Parameters
nodeAddress
NodeAddress

The address of the Node to build the command for.

channelNumber
uint8

The channel number to balance (ch1 = 1, ch8 = 8).

targetPercent
float

The target percentage to balance to (0 - 100).

Returns

A ByteStream containing the command packet.

-
- -
-
Response
-
public
WirelessResponsePattern
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
ResponsePattern
GenericMipCommand.​Response
SetToIdle.​Response
Response
-

Handles the response to the AutoBalance Node command

-
- -
-
Functions
-
- -
-
Response
-
Response(
NodeAddress nodeAddress,
uint8 channelNumber,
float targetPercent,
std::weak_ptr<ResponseCollector> collector
)
-

Creates an AutoBalance Response object

Parameters
nodeAddress
NodeAddress

the node address to check for in the response.

channelNumber
uint8

The channel number to check for in the response.

targetPercent
float

The target percentage (0-100) to check for in the response.

collector
std::weak_ptr<ResponseCollector>

The ResponseCollector used to register and unregister the response.

-
- -
-
Variables
-
- -
-
m_nodeAddress
-
NodeAddress m_nodeAddress
-

The node address to look for in the response.

-
- -
-
m_channelNumber
-
uint8 m_channelNumber
-

The channel number to look for in the response.

-
- -
-
m_targetPercent
-
float m_targetPercent
-

The target percentage to look for in the response.

-
- -
-
m_result
- -

The AutoBalanceResult containing info about the autobalance response.

-
- -
-
Functions
-
- -
-
match
-
virtual bool match(
const WirelessPacket &packet
) override
-

Checks if the WirelessPacket passed in matches the expected response pattern's bytes

Parameters
packet
const WirelessPacket&

The WirelessPacket in which to try to find the pattern

Returns

true if the packet matches a response pattern, false otherwise

-
- -
-
result
-
const AutoBalanceResult& result() const
-

Gets the AutoBalanceResult of the command.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/AutoCal-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/AutoCal-h-Summary.js deleted file mode 100644 index 1bcbd3992..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/AutoCal-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Commands/AutoCal.h","AutoCal.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Commands/AutoCal.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Structs","Struct"],["Variables","Variable"]],[[5794,0,3,"AutoCalCmdDetails","AutoCalCmdDetails"],[5795,0,0,"AutoCal","AutoCal"],[5796,0,2,"Functions","AutoCal.Functions"],[5797,0,1,"buildCommand_shmLink","AutoCal.buildCommand_shmLink"],[5798,0,1,"buildCommand_shmLink201","AutoCal.buildCommand_shmLink201"],[5799,0,1,"buildCommand_shuntCal","AutoCal.buildCommand_shuntCal"],[5800,0,0,"Response","Response"],[5801,0,2,"Functions","Response.Functions"],[5802,0,1,"Response","Response.Response"],[5803,0,2,"Variables","Response.Variables"],[5804,0,4,"m_nodeAddress","Response.m_nodeAddress"],[5805,0,4,"m_calStarted","Response.m_calStarted"],[5806,0,4,"m_completionFlag","Response.m_completionFlag"],[5807,0,4,"m_timeUntilCompletion","Response.m_timeUntilCompletion"],[5808,0,4,"m_infoBytes","Response.m_infoBytes"],[5809,0,2,"Functions","Response.Functions(2)"],[5810,0,1,"calStarted","Response.calStarted"],[5811,0,1,"calTime","Response.calTime"],[5812,0,1,"completionFlag","Response.completionFlag"],[5813,0,1,"infoBytes","Response.infoBytes"],[5814,0,1,"match","Response.match"],[5815,0,1,"match_nodeReceived","Response.match_nodeReceived"],[5816,0,1,"ShmResponse","Response.ShmResponse"],[5817,0,1,"Shm201Response","Response.Shm201Response"],[5818,0,1,"ShuntCalResponse","Response.ShuntCalResponse"],[5819,0,2,"Variables","Response.Variables(2)"],[5820,0,4,"m_channelNumber","Response.m_channelNumber"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/AutoCal-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/AutoCal-h-SummaryToolTips.js deleted file mode 100644 index 411bd8372..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/AutoCal-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Commands/AutoCal.h",{5794:"
Struct used internally to hold details for passing to the AutoCal function.  Contains the ShuntCalCmdInfo that we want user exposed, as well as other internal info.
",5795:"
AutoCal
Contains logic for the AutoCal Node command.
",5797:"
static ByteStream buildCommand_shmLink(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress
)
Builds the AutoCal command packet for the SHM-Link node.
",5798:"
static ByteStream buildCommand_shmLink201(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress
)
Builds the AutoCal command packet for the SHM-Link-201 node.
",5799:"
static ByteStream buildCommand_shuntCal(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress,
const AutoCalCmdDetails &details
)
Builds the AutoCal command packet for shunt calibration.
",5800:"
Response
Handles the response to the AutoBalance Node command
",5802:"
Response(
NodeAddress nodeAddress,
std::weak_ptr<ResponseCollector> collector
)
Creates a AutoCal Response object
",5804:"
NodeAddress m_nodeAddress
The node address to look for in the response.
",5805:"
bool m_calStarted
Whether the AutoCal has been successfully started or not (as reported by the Node).
",5806:"
WirelessTypes::AutoCalCompletionFlag m_completionFlag
The <AutoCalCompletionFlag> representing the final autocal status.
",5807:"
float m_timeUntilCompletion
The amount of time (in seconds) that the autocal operation will take to complete.  This value gets reported by the Node before starting the calibration.
",5808:"
Bytes m_infoBytes
Contains all of the information bytes from the completion response.
",5810:"
bool calStarted() const
Gets whether the AutoCal operation has started or not.
",5811:"
float calTime() const
Gets the total time (in seconds) that the Node reported it will take to complete the AutoCal operation.
",5812:"
WirelessTypes::AutoCalCompletionFlag completionFlag() const
Gets the WirelessTypes::AutoCalCompletionFlag of the AutoCal operation.
",5813:"
const Bytes& infoBytes() const
Gets the information bytes returned from the AutoCal completion packet.
",5814:"
virtual bool match(
const WirelessPacket &packet
) override
Checks if the WirelessPacket passed in matches the expected response pattern\'s bytes.
",5815:"
bool match_nodeReceived(
const WirelessPacket &packet
)
Checks if the WirelessPacket passed in matches the "Node Received" packet.
",5816:"
ShmResponse(
NodeAddress nodeAddress,
std::weak_ptr<ResponseCollector> collector
)
Creates an SHM Autocal Response object
",5817:"
Shm201Response(
NodeAddress nodeAddress,
std::weak_ptr<ResponseCollector> collector
)
Creates an SHM-Link-201 Autocal Response object
",5818:"
ShuntCalResponse(
NodeAddress nodeAddress,
std::weak_ptr<ResponseCollector> collector,
uint8 channelNumber
)
Creates a Shunt Cal Autocal Response object
",5820:"
uint8 m_channelNumber
The channel number to match in the response.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/AutoCal-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/AutoCal-h-ToolTips.js deleted file mode 100644 index b478ae03e..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/AutoCal-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({5207:"
WirelessResponsePattern
A pattern matching the expected response from a wireless command.
",5794:"
Struct used internally to hold details for passing to the AutoCal function.  Contains the ShuntCalCmdInfo that we want user exposed, as well as other internal info.
",7176:"
WirelessPacket
Represents a MicroStrain wireless packet
",7194:"
The possible ASPP versions
",8928:"
The possible completion flags for the AutoCal Wireless Node function.
",9848:"
ResponseCollector
Stores all the expected command responses
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10047:"
ResponsePattern
A pattern matching the expected response from a device command (Base Class).
",10245:"
typedef for a Node\'s node address.
",10253:"
typedef for a vector of bytes.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/AutoCal-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/AutoCal-h.html deleted file mode 100644 index 072ad61f5..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/AutoCal-h.html +++ /dev/null @@ -1,162 +0,0 @@ - - -AutoCal.h - - - - - - - -
-
AutoCalCmdDetails
-

Struct used internally to hold details for passing to the AutoCal function.  Contains the ShuntCalCmdInfo that we want user exposed, as well as other internal info.

-
- -
-
AutoCal
-
AutoCal
-

Contains logic for the AutoCal Node command.

-
- -
-
Functions
-
- -
-
buildCommand_shmLink
-
static ByteStream buildCommand_shmLink(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress
)
-

Builds the AutoCal command packet for the SHM-Link node.

Parameters
asppVer
WirelessPacket::AsppVersion

The WirelessPacket::AsppVersion to build the command for.

nodeAddress
NodeAddress

The address of the Node to build the command for.

Returns

A ByteStream containing the command packet.

-
- -
-
buildCommand_shmLink201
-
static ByteStream buildCommand_shmLink201(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress
)
-

Builds the AutoCal command packet for the SHM-Link-201 node.

Parameters
asppVer
WirelessPacket::AsppVersion

The WirelessPacket::AsppVersion to build the command for.

nodeAddress
NodeAddress

The address of the Node to build the command for.

Returns

A ByteStream containing the command packet.

-
- -
-
buildCommand_shuntCal
-
static ByteStream buildCommand_shuntCal(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress,
const AutoCalCmdDetails &details
)
-

Builds the AutoCal command packet for shunt calibration.

Parameters
asppVer
WirelessPacket::AsppVersion

The WirelessPacket::AsppVersion to build the command for.

nodeAddress
NodeAddress

The address of the Node to build the command for.

details
const AutoCalCmdDetails&

The AutoCalCmdDetails containing all the data for the command.

Returns

A ByteStream containing the command packet.

-
- -
-
Response
-
public
WirelessResponsePattern
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
ResponsePattern
GenericMipCommand.​Response
SetToIdle.​Response
Response
-

Handles the response to the AutoBalance Node command

-
- -
-
Functions
-
- -
-
Response
-
Response(
NodeAddress nodeAddress,
std::weak_ptr<ResponseCollector> collector
)
-

Creates a AutoCal Response object

Parameters
nodeAddress
NodeAddress

The node address to check for.

collector
std::weak_ptr<ResponseCollector>

The ResponseCollector used to register and unregister the response.

-
- -
-
Variables
-
- -
-
m_nodeAddress
-
NodeAddress m_nodeAddress
-

The node address to look for in the response.

-
- -
-
m_calStarted
-
bool m_calStarted
-

Whether the AutoCal has been successfully started or not (as reported by the Node).

-
- -
-
m_completionFlag
- -

The <AutoCalCompletionFlag> representing the final autocal status.

-
- -
-
m_timeUntilCompletion
-
float m_timeUntilCompletion
-

The amount of time (in seconds) that the autocal operation will take to complete.  This value gets reported by the Node before starting the calibration.

-
- -
-
m_infoBytes
-
Bytes m_infoBytes
-

Contains all of the information bytes from the completion response.

-
- -
-
Functions
-
- -
-
calStarted
-
bool calStarted() const
-

Gets whether the AutoCal operation has started or not.

Returns

true if the Node indicated that the AutoCal operation has started, false otherwise.

-
- -
-
calTime
-
float calTime() const
-

Gets the total time (in seconds) that the Node reported it will take to complete the AutoCal operation.

Returns

The time (in seconds) that the Node reported it will take to complete AutoCal.

-
- -
-
completionFlag
- -

Gets the WirelessTypes::AutoCalCompletionFlag of the AutoCal operation.

Returns

The WirelessTypes::AutoCalCompletionFlag of the AutoCal operation.

-
- -
-
infoBytes
-
const Bytes& infoBytes() const
-

Gets the information bytes returned from the AutoCal completion packet.

Returns

The information Bytes from the AutoCal completion packet.

-
- -
-
match
-
virtual bool match(
const WirelessPacket &packet
) override
-

Checks if the WirelessPacket passed in matches the expected response pattern's bytes.

Parameters
packet
const WirelessPacket&

The WirelessPacket in which to try to find the pattern

Returns

true if the packet matches a response pattern, false otherwise

-
- -
-
match_nodeReceived
-
bool match_nodeReceived(
const WirelessPacket &packet
)
-

Checks if the WirelessPacket passed in matches the "Node Received" packet.

Parmeters
packet

The WirelessPacket to try to match.

Returns

true if the packet matches the Node Received packet, false otherwise.

-
- -
-
ShmResponse
-
ShmResponse(
NodeAddress nodeAddress,
std::weak_ptr<ResponseCollector> collector
)
-

Creates an SHM Autocal Response object

Parameters
nodeAddress
NodeAddress

The node address to check for.

collector
std::weak_ptr<ResponseCollector>

The ResponseCollector used to register and unregister the response.

-
- -
-
Shm201Response
-
Shm201Response(
NodeAddress nodeAddress,
std::weak_ptr<ResponseCollector> collector
)
-

Creates an SHM-Link-201 Autocal Response object

Parameters
nodeAddress
NodeAddress

The node address to check for.

collector
std::weak_ptr<ResponseCollector>

The ResponseCollector used to register and unregister the response.

-
- -
-
ShuntCalResponse
-
ShuntCalResponse(
NodeAddress nodeAddress,
std::weak_ptr<ResponseCollector> collector,
uint8 channelNumber
)
-

Creates a Shunt Cal Autocal Response object

Parameters
nodeAddress
NodeAddress

The node address to check for.

collector
std::weak_ptr<ResponseCollector>

The ResponseCollector used to register and unregister the response.

channelNumber
uint8

The channel number to match in the response

-
- -
-
Variables
-
- -
-
m_channelNumber
-
uint8 m_channelNumber
-

The channel number to match in the response.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/AutoCalInfo-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/AutoCalInfo-h-Summary.js deleted file mode 100644 index 36a318831..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/AutoCalInfo-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Commands/AutoCalInfo.h","AutoCalInfo.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Commands/AutoCalInfo.h",[["C/C++","C"]],[["Functions","Function"],["Groups","Group"],["Structs","Struct"],["Variables","Variable"]],[[5844,0,2,"ShuntCalCmdInfo","ShuntCalCmdInfo"],[5845,0,1,"Variables","ShuntCalCmdInfo.Variables"],[5846,0,3,"useInternalShunt","ShuntCalCmdInfo.useInternalShunt"],[5847,0,3,"numActiveGauges","ShuntCalCmdInfo.numActiveGauges"],[5848,0,3,"gaugeResistance","ShuntCalCmdInfo.gaugeResistance"],[5849,0,3,"shuntResistance","ShuntCalCmdInfo.shuntResistance"],[5850,0,3,"gaugeFactor","ShuntCalCmdInfo.gaugeFactor"],[5851,0,3,"inputRange","ShuntCalCmdInfo.inputRange"],[5852,0,3,"hardwareOffset","ShuntCalCmdInfo.hardwareOffset"],[5853,0,3,"excitationVoltage;","ShuntCalCmdInfo.excitationVoltage_"],[5854,0,1,"Functions","ShuntCalCmdInfo.Functions"],[5855,0,0,"ShuntCalCmdInfo","ShuntCalCmdInfo.ShuntCalCmdInfo"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/AutoCalInfo-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/AutoCalInfo-h-SummaryToolTips.js deleted file mode 100644 index 151794479..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/AutoCalInfo-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Commands/AutoCalInfo.h",{5844:"
Contains data for the shunt AutoCal command.
",5846:"
bool useInternalShunt
Whether the Shunt Cal should use an internal shunt (true), or external shunt (false).  When using an internal shunt, the process will usually take under 1 second to complete.  When using an external shunt, the process will take about 30 seconds and involves the node being sampled without the shunt applied, followed by an LED change indicating to apply the shunt.  Please see the product documentation for more information.
",5847:"
uint8 numActiveGauges
The number of active gauges for the Shunt Cal command.
",5848:"
uint16 gaugeResistance
The gauge resistance for the Shunt Cal command.
",5849:"
uint32 shuntResistance
The shunt resistance for the Shunt Cal command.
",5850:"
float gaugeFactor
The gauge factor for the Shunt Cal command.
",5851:"
WirelessTypes::InputRange inputRange
The WirelessTypes::InputRange to use when performing the Shunt Cal command.
",5852:"
uint16 hardwareOffset
The hardware offset to use when performing the Shunt Cal command.
",5853:"
The excitation voltage of the Node when performing the Shunt Cal command.  Note: This will only be used if the Node supports excitation voltage configuration (see NodeFeatures::supportsExcitationVoltageConfig).
",5855:"
ShuntCalCmdInfo(): useInternalShunt(true), numActiveGauges(0), gaugeResistance(0), shuntResistance(0), gaugeFactor(0.0f), inputRange(WirelessTypes::range_1mV), hardwareOffset(0), excitationVoltage(WirelessTypes::voltage_1500mV)
Creates a default constructed ShuntCalCmdInfo object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/AutoCalInfo-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/AutoCalInfo-h-ToolTips.js deleted file mode 100644 index 54f865174..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/AutoCalInfo-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7480:"
virtual bool supportsExcitationVoltageConfig() const
Checks if the Node supports configuration of its Excitation Voltage.
",8999:"
The options available for input range on supported Nodes.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/AutoCalInfo-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/AutoCalInfo-h.html deleted file mode 100644 index 754cf30af..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/AutoCalInfo-h.html +++ /dev/null @@ -1,77 +0,0 @@ - - -AutoCalInfo.h - - - - - - - -
-
ShuntCalCmdInfo
-

Contains data for the shunt AutoCal command.

-
- -
-
Variables
-
- -
-
useInternalShunt
-
bool useInternalShunt
-

Whether the Shunt Cal should use an internal shunt (true), or external shunt (false).  When using an internal shunt, the process will usually take under 1 second to complete.  When using an external shunt, the process will take about 30 seconds and involves the node being sampled without the shunt applied, followed by an LED change indicating to apply the shunt.  Please see the product documentation for more information.

-
- -
-
numActiveGauges
-
uint8 numActiveGauges
-

The number of active gauges for the Shunt Cal command.

-
- -
-
gaugeResistance
-
uint16 gaugeResistance
-

The gauge resistance for the Shunt Cal command.

-
- -
-
shuntResistance
-
uint32 shuntResistance
-

The shunt resistance for the Shunt Cal command.

-
- -
-
gaugeFactor
-
float gaugeFactor
-

The gauge factor for the Shunt Cal command.

-
- -
-
inputRange
- -

The WirelessTypes::InputRange to use when performing the Shunt Cal command.

-
- -
-
hardwareOffset
-
uint16 hardwareOffset
-

The hardware offset to use when performing the Shunt Cal command.

-
- -
-
excitationVoltage;
-

The excitation voltage of the Node when performing the Shunt Cal command.  Note: This will only be used if the Node supports excitation voltage configuration (see NodeFeatures::supportsExcitationVoltageConfig).

-
- -
-
Functions
-
- -
-
ShuntCalCmdInfo
-
ShuntCalCmdInfo(): useInternalShunt(true), numActiveGauges(0), gaugeResistance(0), shuntResistance(0), gaugeFactor(0.0f), inputRange(WirelessTypes::range_1mV), hardwareOffset(0), excitationVoltage(WirelessTypes::voltage_1500mV)
-

Creates a default constructed ShuntCalCmdInfo object.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/AutoCalResult-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/AutoCalResult-h-Summary.js deleted file mode 100644 index 0bd70df74..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/AutoCalResult-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Commands/AutoCalResult.h","AutoCalResult.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Commands/AutoCalResult.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[5724,0,0,"AutoCalResult","AutoCalResult"],[5725,0,2,"Functions","AutoCalResult.Functions"],[5726,0,1,"completionFlag","AutoCalResult.completionFlag"],[5727,0,1,"parse","AutoCalResult.parse"],[5728,0,2,"Variables","AutoCalResult.Variables"],[5729,0,3,"m_completionFlag","AutoCalResult.m_completionFlag"],[5730,0,0,"AutoCalResult_shmLink","AutoCalResult_shmLink"],[5731,0,2,"Variables","AutoCalResult_shmLink.Variables"],[5732,0,3,"m_errorFlagCh1","AutoCalResult_shmLink.m_errorFlagCh1"],[5733,0,3,"m_errorFlagCh2","AutoCalResult_shmLink.m_errorFlagCh2"],[5734,0,3,"m_errorFlagCh3","AutoCalResult_shmLink.m_errorFlagCh3"],[5735,0,3,"m_offsetCh1","AutoCalResult_shmLink.m_offsetCh1"],[5736,0,3,"m_offsetCh2","AutoCalResult_shmLink.m_offsetCh2"],[5737,0,3,"m_offsetCh3","AutoCalResult_shmLink.m_offsetCh3"],[5738,0,3,"m_temperature","AutoCalResult_shmLink.m_temperature"],[5739,0,2,"Functions","AutoCalResult_shmLink.Functions"],[5740,0,1,"errorFlagCh1","AutoCalResult_shmLink.errorFlagCh1"],[5741,0,1,"errorFlagCh2","AutoCalResult_shmLink.errorFlagCh2"],[5742,0,1,"errorFlagCh3","AutoCalResult_shmLink.errorFlagCh3"],[5743,0,1,"offsetCh1","AutoCalResult_shmLink.offsetCh1"],[5744,0,1,"offsetCh2","AutoCalResult_shmLink.offsetCh2"],[5745,0,1,"offsetCh3","AutoCalResult_shmLink.offsetCh3"],[5746,0,1,"temperature","AutoCalResult_shmLink.temperature"],[5747,0,1,"parse","AutoCalResult_shmLink.parse"],[5748,0,0,"AutoCalResult_shmLink201","AutoCalResult_shmLink201"],[5749,0,2,"Variables","AutoCalResult_shmLink201.Variables"],[5750,0,3,"m_errorFlagCh1","AutoCalResult_shmLink201.m_errorFlagCh1"],[5751,0,3,"m_errorFlagCh2","AutoCalResult_shmLink201.m_errorFlagCh2"],[5752,0,3,"m_errorFlagCh3","AutoCalResult_shmLink201.m_errorFlagCh3"],[5753,0,3,"m_slopeCh1","AutoCalResult_shmLink201.m_slopeCh1"],[5754,0,3,"m_offsetCh1","AutoCalResult_shmLink201.m_offsetCh1"],[5755,0,3,"m_slopeCh2","AutoCalResult_shmLink201.m_slopeCh2"],[5756,0,3,"m_offsetCh2","AutoCalResult_shmLink201.m_offsetCh2"],[5757,0,3,"m_slopeCh3","AutoCalResult_shmLink201.m_slopeCh3"],[5758,0,3,"m_offsetCh3","AutoCalResult_shmLink201.m_offsetCh3"],[5759,0,3,"m_temperature","AutoCalResult_shmLink201.m_temperature"],[5760,0,2,"Functions","AutoCalResult_shmLink201.Functions"],[5761,0,1,"errorFlagCh1","AutoCalResult_shmLink201.errorFlagCh1"],[5762,0,1,"errorFlagCh2","AutoCalResult_shmLink201.errorFlagCh2"],[5763,0,1,"errorFlagCh3","AutoCalResult_shmLink201.errorFlagCh3"],[5764,0,1,"slopeCh1","AutoCalResult_shmLink201.slopeCh1"],[5765,0,1,"offsetCh1","AutoCalResult_shmLink201.offsetCh1"],[5766,0,1,"slopeCh2","AutoCalResult_shmLink201.slopeCh2"],[5767,0,1,"offsetCh2","AutoCalResult_shmLink201.offsetCh2"],[5768,0,1,"slopeCh3","AutoCalResult_shmLink201.slopeCh3"],[5769,0,1,"offsetCh3","AutoCalResult_shmLink201.offsetCh3"],[5770,0,1,"temperature","AutoCalResult_shmLink201.temperature"],[5771,0,1,"parse","AutoCalResult_shmLink201.parse"],[5772,0,0,"AutoShuntCalResult","AutoShuntCalResult"],[5773,0,2,"Variables","AutoShuntCalResult.Variables"],[5774,0,3,"m_errorFlag","AutoShuntCalResult.m_errorFlag"],[5775,0,3,"m_slope","AutoShuntCalResult.m_slope"],[5776,0,3,"m_offset","AutoShuntCalResult.m_offset"],[5777,0,3,"m_baseMedian","AutoShuntCalResult.m_baseMedian"],[5778,0,3,"m_baseMin","AutoShuntCalResult.m_baseMin"],[5779,0,3,"m_baseMax","AutoShuntCalResult.m_baseMax"],[5780,0,3,"m_shuntMedian","AutoShuntCalResult.m_shuntMedian"],[5781,0,3,"m_shuntMin","AutoShuntCalResult.m_shuntMin"],[5782,0,3,"m_shuntMax","AutoShuntCalResult.m_shuntMax"],[5783,0,2,"Functions","AutoShuntCalResult.Functions"],[5784,0,1,"errorFlag","AutoShuntCalResult.errorFlag"],[5785,0,1,"slope","AutoShuntCalResult.slope"],[5786,0,1,"offset","AutoShuntCalResult.offset"],[5787,0,1,"baseMedian","AutoShuntCalResult.baseMedian"],[5788,0,1,"baseMin","AutoShuntCalResult.baseMin"],[5789,0,1,"baseMax","AutoShuntCalResult.baseMax"],[5790,0,1,"shuntMedian","AutoShuntCalResult.shuntMedian"],[5791,0,1,"shuntMin","AutoShuntCalResult.shuntMin"],[5792,0,1,"shuntMax","AutoShuntCalResult.shuntMax"],[5793,0,1,"parse","AutoShuntCalResult.parse"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/AutoCalResult-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/AutoCalResult-h-SummaryToolTips.js deleted file mode 100644 index aa0d2cd59..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/AutoCalResult-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Commands/AutoCalResult.h",{5724:"
AutoCalResult
Abstract base class for AutoCal result classes.
",5726:"
WirelessTypes::AutoCalCompletionFlag completionFlag() const
Gets the WirelessTypes::AutoCalCompletionFlag of the AutoCal operation result.
",5727:"
virtual void parse(
const Bytes &autoCalInfo
) = 0
Parses the auto cal info bytes sent in the successful response packet.
",5729:"
WirelessTypes::AutoCalCompletionFlag m_completionFlag
The WirelessTypes::AutoCalCompletionFlag of the AutoCal operation.
",5730:"
AutoCalResult_shmLink
Holds the result information from an autoCal_shmLink command.
",5732:"
WirelessTypes::AutoCalErrorFlag m_errorFlagCh1
The WirelessTypes::AutoCalErrorFlag for the channel 1 strain sensor.
",5733:"
WirelessTypes::AutoCalErrorFlag m_errorFlagCh2
The WirelessTypes::AutoCalErrorFlag for the channel 2 strain sensor.
",5734:"
WirelessTypes::AutoCalErrorFlag m_errorFlagCh3
The WirelessTypes::AutoCalErrorFlag for the channel 3 strain sensor.
",5735:"
float m_offsetCh1
The offset applied for the channel 1 strain sensor.
",5736:"
float m_offsetCh2
The offset applied for the channel 2 strain sensor.
",5737:"
float m_offsetCh3
The offset applied for the channel 3 strain sensor.
",5738:"
float m_temperature
The temperature at the time of calibration.
",5740:"
WirelessTypes::AutoCalErrorFlag errorFlagCh1() const
Gets the WirelessTypes::AutoCalErrorFlag for the channel 1 strain sensor.
",5741:"
WirelessTypes::AutoCalErrorFlag errorFlagCh2() const
Gets the WirelessTypes::AutoCalErrorFlag for the channel 2 strain sensor.
",5742:"
WirelessTypes::AutoCalErrorFlag errorFlagCh3() const
Gets the WirelessTypes::AutoCalErrorFlag for the channel 3 strain sensor.
",5743:"
float offsetCh1() const
Gets the offset applied for the channel 1 strain sensor.
",5744:"
float offsetCh2() const
Gets the offset applied for the channel 2 strain sensor.
",5745:"
float offsetCh3() const
Gets the offset applied for the channel 3 strain sensor.
",5746:"
float temperature() const
Gets the temperature (in ?C) at the time of the calibration.
",5747:"
virtual void parse(
const Bytes &autoCalInfo
) final
Parses the auto cal info bytes for the shm-link.
",5748:"
AutoCalResult_shmLink201
Holds the result information from an autoCal_shmLink201 command.
",5750:"
WirelessTypes::AutoCalErrorFlag m_errorFlagCh1
The WirelessTypes::AutoCalErrorFlag for the channel 1 strain sensor.
",5751:"
WirelessTypes::AutoCalErrorFlag m_errorFlagCh2
The WirelessTypes::AutoCalErrorFlag for the channel 2 strain sensor.
",5752:"
WirelessTypes::AutoCalErrorFlag m_errorFlagCh3
The WirelessTypes::AutoCalErrorFlag for the channel 3 strain sensor.
",5753:"
float m_slopeCh1
The slope applied for channel 1.
",5754:"
float m_offsetCh1
The offset applied for channel 1.
",5755:"
float m_slopeCh2
The slope applied for channel 2.
",5756:"
float m_offsetCh2
The offset applied for channel 2.
",5757:"
float m_slopeCh3
The slope applied for channel 3.
",5758:"
float m_offsetCh3
The offset applied for channel 3.
",5759:"
float m_temperature
The temperature at the time of calibration.
",5761:"
WirelessTypes::AutoCalErrorFlag errorFlagCh1() const
Gets the WirelessTypes::AutoCalErrorFlag for the channel 1 strain sensor.
",5762:"
WirelessTypes::AutoCalErrorFlag errorFlagCh2() const
Gets the WirelessTypes::AutoCalErrorFlag for the channel 2 strain sensor.
",5763:"
WirelessTypes::AutoCalErrorFlag errorFlagCh3() const
Gets the WirelessTypes::AutoCalErrorFlag for the channel 3 strain sensor.
",5764:"
float slopeCh1() const
Gets the slope applied for channel 1.
",5765:"
float offsetCh1() const
Gets the offset applied for channel 1.
",5766:"
float slopeCh2() const
Gets the slope applied for channel 2.
",5767:"
float offsetCh2() const
Gets the offset applied for channel 2.
",5768:"
float slopeCh3() const
Gets the slope applied for channel 3.
",5769:"
float offsetCh3() const
Gets the offset applied for channel 3.
",5770:"
float temperature() const
Gets the temperature (in ?C) at the time of the calibration.
",5771:"
virtual void parse(
const Bytes &autoCalInfo
) final
Parses the auto cal info bytes for the shm-link.
",5772:"
AutoShuntCalResult
Holds the result information from an autoCal_shunt command.
",5774:"
WirelessTypes::AutoCalErrorFlag m_errorFlag
The WirelessTypes::AutoCalErrorFlag for the shunt calibration.
",5775:"
float m_slope
The slope result of the shunt calibration.
",5776:"
float m_offset
The offset result of the shunt calibration
",5777:"
float m_baseMedian
The median of the baseline data sampled during the shunt calibration.
",5778:"
float m_baseMin
The minimum of the baseline data sampled during the shunt calibration.
",5779:"
float m_baseMax
The maximum of the baseline data sampled during the shunt calibration.
",5780:"
float m_shuntMedian
The median of the shunted data sampled during the shunt calibration.
",5781:"
float m_shuntMin
The minimum of the shunted data sampled during the shunt calibration.
",5782:"
float m_shuntMax
The maximum of the shunted data sampled during the shunt calibration.
",5784:"
WirelessTypes::AutoCalErrorFlag errorFlag() const
Gets the WirelessTypes::AutoCalErrorFlag for the shunt calibration.
",5785:"
float slope() const
Gets the slope result of the shunt calibration.  Note: This value was not applied to the Node. You will need to manually apply if desired.
",5786:"
float offset() const
Gets the offset result of the shunt calibration.  Note: This value was not applied to the Node. You will need to manually apply if desired.
",5787:"
float baseMedian() const
Gets the median of the baseline data sampled during the shunt calibration.
",5788:"
float baseMin() const
Gets the minimum of the baseline data sampled during the shunt calibration.
",5789:"
float baseMax() const
Gets the maximum of the baseline data sampled during the shunt calibration.
",5790:"
float shuntMedian() const
Gets the median of the shunted data sampled during the shunt calibration.
",5791:"
float shuntMin() const
Gets the minimum of the shunted data sampled during the shunt calibration.
",5792:"
float shuntMax() const
Gets the maximum of the shunted data sampled during the shunt calibration.
",5793:"
virtual void parse(
const Bytes &autoCalInfo
) final
Parses the auto cal info bytes for the shm-link.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/AutoCalResult-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/AutoCalResult-h-ToolTips.js deleted file mode 100644 index f2d2d9e15..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/AutoCalResult-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({5724:"
AutoCalResult
Abstract base class for AutoCal result classes.
",8928:"
The possible completion flags for the AutoCal Wireless Node function.
",8933:"
The possible error flags for the various AutoCal Wireless Node functions.
",10253:"
typedef for a vector of bytes.
",5730:"
AutoCalResult_shmLink
Holds the result information from an autoCal_shmLink command.
",5748:"
AutoCalResult_shmLink201
Holds the result information from an autoCal_shmLink201 command.
",5772:"
AutoShuntCalResult
Holds the result information from an autoCal_shunt command.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/AutoCalResult-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/AutoCalResult-h.html deleted file mode 100644 index 7ebaa3e62..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/AutoCalResult-h.html +++ /dev/null @@ -1,415 +0,0 @@ - - -AutoCalResult.h - - - - - - - -
-
AutoCalResult
- -

Abstract base class for AutoCal result classes.

-
- -
-
Functions
-
- -
-
completionFlag
- -

Gets the WirelessTypes::AutoCalCompletionFlag of the AutoCal operation result.

-
- -
-
parse
-
virtual void parse(
const Bytes &autoCalInfo
) = 0
-

Parses the auto cal info bytes sent in the successful response packet.

Parameters
autoCalInfo
const Bytes&

The bytes from a successful auto cal command.

-
- -
-
Variables
-
- -
-
m_completionFlag
- -

The WirelessTypes::AutoCalCompletionFlag of the AutoCal operation.

-
- -
-
AutoCalResult_shmLink
-
public
AutoCalResult
AutoCalResult_shmLink
-

Holds the result information from an autoCal_shmLink command.

-
- -
-
Variables
-
- -
-
m_errorFlagCh1
- -

The WirelessTypes::AutoCalErrorFlag for the channel 1 strain sensor.

-
- -
-
m_errorFlagCh2
- -

The WirelessTypes::AutoCalErrorFlag for the channel 2 strain sensor.

-
- -
-
m_errorFlagCh3
- -

The WirelessTypes::AutoCalErrorFlag for the channel 3 strain sensor.

-
- -
-
m_offsetCh1
-
float m_offsetCh1
-

The offset applied for the channel 1 strain sensor.

-
- -
-
m_offsetCh2
-
float m_offsetCh2
-

The offset applied for the channel 2 strain sensor.

-
- -
-
m_offsetCh3
-
float m_offsetCh3
-

The offset applied for the channel 3 strain sensor.

-
- -
-
m_temperature
-
float m_temperature
-

The temperature at the time of calibration.

-
- -
-
Functions
-
- -
-
errorFlagCh1
-
WirelessTypes::AutoCalErrorFlag errorFlagCh1() const
-

Gets the WirelessTypes::AutoCalErrorFlag for the channel 1 strain sensor.

-
- -
-
errorFlagCh2
-
WirelessTypes::AutoCalErrorFlag errorFlagCh2() const
-

Gets the WirelessTypes::AutoCalErrorFlag for the channel 2 strain sensor.

-
- -
-
errorFlagCh3
-
WirelessTypes::AutoCalErrorFlag errorFlagCh3() const
-

Gets the WirelessTypes::AutoCalErrorFlag for the channel 3 strain sensor.

-
- -
-
offsetCh1
-
float offsetCh1() const
-

Gets the offset applied for the channel 1 strain sensor.

-
- -
-
offsetCh2
-
float offsetCh2() const
-

Gets the offset applied for the channel 2 strain sensor.

-
- -
-
offsetCh3
-
float offsetCh3() const
-

Gets the offset applied for the channel 3 strain sensor.

-
- -
-
temperature
-
float temperature() const
-

Gets the temperature (in ?C) at the time of the calibration.

-
- -
-
parse
-
virtual void parse(
const Bytes &autoCalInfo
) final
-

Parses the auto cal info bytes for the shm-link.

-
- -
-
AutoCalResult_shmLink201
-
public
AutoCalResult
AutoCalResult_shmLink201
-

Holds the result information from an autoCal_shmLink201 command.

-
- -
-
Variables
-
- -
-
m_errorFlagCh1
- -

The WirelessTypes::AutoCalErrorFlag for the channel 1 strain sensor.

-
- -
-
m_errorFlagCh2
- -

The WirelessTypes::AutoCalErrorFlag for the channel 2 strain sensor.

-
- -
-
m_errorFlagCh3
- -

The WirelessTypes::AutoCalErrorFlag for the channel 3 strain sensor.

-
- -
-
m_slopeCh1
-
float m_slopeCh1
-

The slope applied for channel 1.

-
- -
-
m_offsetCh1
-
float m_offsetCh1
-

The offset applied for channel 1.

-
- -
-
m_slopeCh2
-
float m_slopeCh2
-

The slope applied for channel 2.

-
- -
-
m_offsetCh2
-
float m_offsetCh2
-

The offset applied for channel 2.

-
- -
-
m_slopeCh3
-
float m_slopeCh3
-

The slope applied for channel 3.

-
- -
-
m_offsetCh3
-
float m_offsetCh3
-

The offset applied for channel 3.

-
- -
-
m_temperature
-
float m_temperature
-

The temperature at the time of calibration.

-
- -
-
Functions
-
- -
-
errorFlagCh1
-
WirelessTypes::AutoCalErrorFlag errorFlagCh1() const
-

Gets the WirelessTypes::AutoCalErrorFlag for the channel 1 strain sensor.

-
- -
-
errorFlagCh2
-
WirelessTypes::AutoCalErrorFlag errorFlagCh2() const
-

Gets the WirelessTypes::AutoCalErrorFlag for the channel 2 strain sensor.

-
- -
-
errorFlagCh3
-
WirelessTypes::AutoCalErrorFlag errorFlagCh3() const
-

Gets the WirelessTypes::AutoCalErrorFlag for the channel 3 strain sensor.

-
- -
-
slopeCh1
-
float slopeCh1() const
-

Gets the slope applied for channel 1.

-
- -
-
offsetCh1
-
float offsetCh1() const
-

Gets the offset applied for channel 1.

-
- -
-
slopeCh2
-
float slopeCh2() const
-

Gets the slope applied for channel 2.

-
- -
-
offsetCh2
-
float offsetCh2() const
-

Gets the offset applied for channel 2.

-
- -
-
slopeCh3
-
float slopeCh3() const
-

Gets the slope applied for channel 3.

-
- -
-
offsetCh3
-
float offsetCh3() const
-

Gets the offset applied for channel 3.

-
- -
-
temperature
-
float temperature() const
-

Gets the temperature (in ?C) at the time of the calibration.

-
- -
-
parse
-
virtual void parse(
const Bytes &autoCalInfo
) final
-

Parses the auto cal info bytes for the shm-link.

-
- -
-
AutoShuntCalResult
-
public
AutoCalResult
AutoShuntCalResult
-

Holds the result information from an autoCal_shunt command.

-
- -
-
Variables
-
- -
-
m_errorFlag
- -

The WirelessTypes::AutoCalErrorFlag for the shunt calibration.

-
- -
-
m_slope
-
float m_slope
-

The slope result of the shunt calibration.

-
- -
-
m_offset
-
float m_offset
-

The offset result of the shunt calibration

-
- -
-
m_baseMedian
-
float m_baseMedian
-

The median of the baseline data sampled during the shunt calibration.

-
- -
-
m_baseMin
-
float m_baseMin
-

The minimum of the baseline data sampled during the shunt calibration.

-
- -
-
m_baseMax
-
float m_baseMax
-

The maximum of the baseline data sampled during the shunt calibration.

-
- -
-
m_shuntMedian
-
float m_shuntMedian
-

The median of the shunted data sampled during the shunt calibration.

-
- -
-
m_shuntMin
-
float m_shuntMin
-

The minimum of the shunted data sampled during the shunt calibration.

-
- -
-
m_shuntMax
-
float m_shuntMax
-

The maximum of the shunted data sampled during the shunt calibration.

-
- -
-
Functions
-
- -
-
errorFlag
- -

Gets the WirelessTypes::AutoCalErrorFlag for the shunt calibration.

-
- -
-
slope
-
float slope() const
-

Gets the slope result of the shunt calibration.  Note: This value was not applied to the Node. You will need to manually apply if desired.

-
- -
-
offset
-
float offset() const
-

Gets the offset result of the shunt calibration.  Note: This value was not applied to the Node. You will need to manually apply if desired.

-
- -
-
baseMedian
-
float baseMedian() const
-

Gets the median of the baseline data sampled during the shunt calibration.

-
- -
-
baseMin
-
float baseMin() const
-

Gets the minimum of the baseline data sampled during the shunt calibration.

-
- -
-
baseMax
-
float baseMax() const
-

Gets the maximum of the baseline data sampled during the shunt calibration.

-
- -
-
shuntMedian
-
float shuntMedian() const
-

Gets the median of the shunted data sampled during the shunt calibration.

-
- -
-
shuntMin
-
float shuntMin() const
-

Gets the minimum of the shunted data sampled during the shunt calibration.

-
- -
-
shuntMax
-
float shuntMax() const
-

Gets the maximum of the shunted data sampled during the shunt calibration.

-
- -
-
parse
-
virtual void parse(
const Bytes &autoCalInfo
) final
-

Parses the auto cal info bytes for the shm-link.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_BeaconStatus-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_BeaconStatus-h-Summary.js deleted file mode 100644 index a5201936a..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_BeaconStatus-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Commands/BaseStation_BeaconStatus.h","BaseStation_BeaconStatus.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Commands/BaseStation_BeaconStatus.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[5712,0,0,"BaseStation_BeaconStatus","BaseStation_BeaconStatus"],[5713,0,2,"Functions","BaseStation_BeaconStatus.Functions"],[5714,0,1,"buildCommand","BaseStation_BeaconStatus.buildCommand"],[5715,0,0,"Response","Response"],[5716,0,2,"Functions","Response.Functions"],[5717,0,1,"Response","Response.Response"],[5718,0,2,"Variables","Response.Variables"],[5719,0,3,"m_result","Response.m_result"],[5720,0,2,"Functions","Response.Functions(2)"],[5721,0,1,"result","Response.result"],[5722,0,1,"matchSuccessResponse","Response.matchSuccessResponse"],[5723,0,1,"matchFailResponse","Response.matchFailResponse"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_BeaconStatus-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_BeaconStatus-h-SummaryToolTips.js deleted file mode 100644 index 7d93d6c0c..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_BeaconStatus-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Commands/BaseStation_BeaconStatus.h",{5712:"
BaseStation_BeaconStatus
Contains logic for the base station Get Beacon Status command.
",5714:"
static ByteStream buildCommand(
WirelessPacket::AsppVersion asppVer
)
Builds the beacon status command.
",5715:"
Response
Handles the response to the command
",5717:"
Response(
std::weak_ptr<ResponseCollector> collector
)
Creates a get beacon status Response object
",5719:"
BeaconStatus m_result
The BeaconStatus that holds the result of the command.
",5721:"
BeaconStatus result()
Gets the BeaconStatus that holds the result of the response.
",5722:"
bool matchSuccessResponse(
const WirelessPacket &packet
) override
Checks if the packet passed in matches the success response.
",5723:"
bool matchFailResponse(
const WirelessPacket &packet
) override
Checks if the packet passed in matches the failure response.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_BeaconStatus-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_BeaconStatus-h-ToolTips.js deleted file mode 100644 index 282ec2d7c..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_BeaconStatus-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({5207:"
WirelessResponsePattern
A pattern matching the expected response from a wireless command.
",5580:"
BeaconStatus
Represents the status of a BaseStation beacon.  See also BaseStation::beaconStatus.
",7176:"
WirelessPacket
Represents a MicroStrain wireless packet
",7194:"
The possible ASPP versions
",9848:"
ResponseCollector
Stores all the expected command responses
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10047:"
ResponsePattern
A pattern matching the expected response from a device command (Base Class).
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_BeaconStatus-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_BeaconStatus-h.html deleted file mode 100644 index 2c100b6d3..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_BeaconStatus-h.html +++ /dev/null @@ -1,75 +0,0 @@ - - -BaseStation_BeaconStatus.h - - - - - - - -
-
BaseStation_BeaconStatus
-
BaseStation_BeaconStatus
-

Contains logic for the base station Get Beacon Status command.

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand(
WirelessPacket::AsppVersion asppVer
)
-

Builds the beacon status command.

Returns

A ByteStream containing the base station beacon status command.

-
- -
-
Response
-
public
WirelessResponsePattern
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
ResponsePattern
GenericMipCommand.​Response
SetToIdle.​Response
Response
-

Handles the response to the command

-
- -
-
Functions
-
- -
-
Response
-
Response(
std::weak_ptr<ResponseCollector> collector
)
-

Creates a get beacon status Response object

Parameters
collector
std::weak_ptr<ResponseCollector>

The ResponseCollector used to register and unregister the response

-
- -
-
Variables
-
- -
-
m_result
-
BeaconStatus m_result
-

The BeaconStatus that holds the result of the command.

-
- -
-
Functions
-
- -
-
result
-
BeaconStatus result()
-

Gets the BeaconStatus that holds the result of the response.

-
- -
-
matchSuccessResponse
-
bool matchSuccessResponse(
const WirelessPacket &packet
) override
-

Checks if the packet passed in matches the success response.

Parameters
packet
const WirelessPacket&

The WirelessPacket to try to match.

Returns

true if the success response pattern was found, false otherwise

-
- -
-
matchFailResponse
-
bool matchFailResponse(
const WirelessPacket &packet
) override
-

Checks if the packet passed in matches the failure response.

Parameters
packet
const WirelessPacket&

The WirelessPacket to try to match.

Returns

true if the failure response pattern was found, false otherwise

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_Ping-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_Ping-h-Summary.js deleted file mode 100644 index 5fe82b207..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_Ping-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Commands/BaseStation_Ping.h","BaseStation_Ping.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Commands/BaseStation_Ping.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[5698,0,0,"BaseStation_Ping","BaseStation_Ping"],[5699,0,2,"Functions","BaseStation_Ping.Functions"],[5700,0,1,"buildCommand","BaseStation_Ping.buildCommand"],[5701,0,0,"Response","Response"],[5702,0,2,"Functions","Response.Functions"],[5703,0,1,"Response","Response.Response"],[5704,0,1,"match","Response.match"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_Ping-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_Ping-h-SummaryToolTips.js deleted file mode 100644 index 24c60f32e..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_Ping-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Commands/BaseStation_Ping.h",{5698:"
BaseStation_Ping
Contains logic for the base station Ping command
",5700:"
static ByteStream buildCommand()
Builds the Ping command packet
",5701:"
Response
Handles the response to the base station Ping command
",5703:"
explicit Response(
std::weak_ptr<ResponseCollector> collector
)
Creates a Ping Response object
",5704:"
virtual bool matchSuccessResponse(
DataBuffer &data
) override
Checks if the bytes passed in match the response pattern from their current read position
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_Ping-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_Ping-h-ToolTips.js deleted file mode 100644 index 64a86f4da..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_Ping-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({5207:"
WirelessResponsePattern
A pattern matching the expected response from a wireless command.
",9848:"
ResponseCollector
Stores all the expected command responses
",9916:"
Used to easily read a container of bytes
",9928:"
DataBuffer
A buffer of bytes extending from the ByteStream class that is used for holding bytes read in from the connection
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10047:"
ResponsePattern
A pattern matching the expected response from a device command (Base Class).
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_Ping-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_Ping-h.html deleted file mode 100644 index 5fe8ac45e..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_Ping-h.html +++ /dev/null @@ -1,49 +0,0 @@ - - -BaseStation_Ping.h - - - - - - - -
-
BaseStation_Ping
-
BaseStation_Ping
-

Contains logic for the base station Ping command

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand()
-

Builds the Ping command packet

Returns

A ByteStream containing the base station Ping command

-
- -
-
Response
-
public
WirelessResponsePattern
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
ResponsePattern
GenericMipCommand.​Response
SetToIdle.​Response
Response
-

Handles the response to the base station Ping command

-
- -
-
Functions
-
- -
-
Response
-
explicit Response(
std::weak_ptr<ResponseCollector> collector
)
-

Creates a Ping Response object

Parameters
collector
std::weak_ptr<ResponseCollector>

The ResponseCollector used to register and unregister the response

-
- -
-
match
-
virtual bool matchSuccessResponse(
DataBuffer &data
) override
-

Checks if the bytes passed in match the response pattern from their current read position

Parameters
data
DataBuffer&

The DataBuffer containing the bytes in which to try to find the pattern

Returns

true if the response pattern was found, false otherwise

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_Ping_v2-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_Ping_v2-h-Summary.js deleted file mode 100644 index f5c97c676..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_Ping_v2-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Commands/BaseStation_Ping_v2.h","BaseStation_Ping_v2.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Commands/BaseStation_Ping_v2.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[5705,0,0,"BaseStation_Ping_v2","BaseStation_Ping_v2"],[5706,0,2,"Functions","BaseStation_Ping_v2.Functions"],[5707,0,1,"buildCommand","BaseStation_Ping_v2.buildCommand"],[5708,0,0,"Response","Response"],[5709,0,2,"Functions","Response.Functions"],[5710,0,1,"Response","Response.Response"],[5711,0,1,"matchSuccessResponse","Response.matchSuccessResponse"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_Ping_v2-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_Ping_v2-h-SummaryToolTips.js deleted file mode 100644 index 818b725d0..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_Ping_v2-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Commands/BaseStation_Ping_v2.h",{5705:"
BaseStation_Ping_v2
Contains logic for the base station Ping command (v2).
",5707:"
static ByteStream buildCommand(
WirelessPacket::AsppVersion asppVer
)
Builds the Ping command packet.
",5708:"
Response
Handles the response to the base station Ping command.
",5710:"
explicit Response(
std::weak_ptr<ResponseCollector> collector
)
Creates a Ping Response object.
",5711:"
virtual bool matchSuccessResponse(
const WirelessPacket &packet
) override
Checks if the packet passed in matches any response to the Ping command.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_Ping_v2-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_Ping_v2-h-ToolTips.js deleted file mode 100644 index 36b0e2ca3..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_Ping_v2-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({5207:"
WirelessResponsePattern
A pattern matching the expected response from a wireless command.
",7176:"
WirelessPacket
Represents a MicroStrain wireless packet
",7194:"
The possible ASPP versions
",9848:"
ResponseCollector
Stores all the expected command responses
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10047:"
ResponsePattern
A pattern matching the expected response from a device command (Base Class).
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_Ping_v2-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_Ping_v2-h.html deleted file mode 100644 index be064fc7b..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_Ping_v2-h.html +++ /dev/null @@ -1,49 +0,0 @@ - - -BaseStation_Ping_v2.h - - - - - - - -
-
BaseStation_Ping_v2
-
BaseStation_Ping_v2
-

Contains logic for the base station Ping command (v2).

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand(
WirelessPacket::AsppVersion asppVer
)
-

Builds the Ping command packet.

Returns

A ByteStream containing the base station Ping command.

-
- -
-
Response
-
public
WirelessResponsePattern
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
ResponsePattern
GenericMipCommand.​Response
SetToIdle.​Response
Response
-

Handles the response to the base station Ping command.

-
- -
-
Functions
-
- -
-
Response
-
explicit Response(
std::weak_ptr<ResponseCollector> collector
)
-

Creates a Ping Response object.

Parameters
collector
std::weak_ptr<ResponseCollector>

The ResponseCollector used to register and unregister the response.

-
- -
-
matchSuccessResponse
-
virtual bool matchSuccessResponse(
const WirelessPacket &packet
) override
-

Checks if the packet passed in matches any response to the Ping command.

Parameters
packet
const WirelessPacket&

The WirelessPacket to check for a match.

Returns

true if the response pattern was found, false otherwise.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_ReadEeprom-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_ReadEeprom-h-Summary.js deleted file mode 100644 index b8e63b133..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_ReadEeprom-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Commands/BaseStation_ReadEeprom.h","BaseStation_ReadEeprom.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Commands/BaseStation_ReadEeprom.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[5686,0,0,"BaseStation_ReadEeprom","BaseStation_ReadEeprom"],[5687,0,2,"Functions","BaseStation_ReadEeprom.Functions"],[5688,0,1,"buildCommand","BaseStation_ReadEeprom.buildCommand"],[5689,0,0,"Response","Response"],[5690,0,2,"Functions","Response.Functions"],[5691,0,1,"Response","Response.Response"],[5692,0,2,"Variables","Response.Variables"],[5693,0,3,"m_result","Response.m_result"],[5694,0,2,"Functions","Response.Functions(2)"],[5695,0,1,"result","Response.result"],[5696,0,1,"matchSuccessResponse","Response.matchSuccessResponse"],[5697,0,1,"matchFailResponse","Response.matchFailResponse"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_ReadEeprom-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_ReadEeprom-h-SummaryToolTips.js deleted file mode 100644 index b25c72be9..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_ReadEeprom-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Commands/BaseStation_ReadEeprom.h",{5686:"
BaseStation_ReadEeprom
Contains logic for the base station read eeprom command
",5688:"
static ByteStream buildCommand(
uint16 eepromAddress
)
Builds the eeprom read command packet
",5689:"
Response
Handles the response to the base station read eeprom command
",5691:"
Response(
std::weak_ptr<ResponseCollector> collector
)
Creates a read eeprom Response object
",5693:"
uint16 m_result
The result value of the read eeprom command.
",5695:"
uint16 result() const
Gets the result value of the response.
",5696:"
bool matchSuccessResponse(
DataBuffer &data
) override
Checks if the bytes passed in match the success response pattern from their current read position
",5697:"
bool matchFailResponse(
DataBuffer &data
) override
Checks if the bytes passed in match the failure response pattern from their current read position
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_ReadEeprom-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_ReadEeprom-h-ToolTips.js deleted file mode 100644 index aa12c2055..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_ReadEeprom-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({5207:"
WirelessResponsePattern
A pattern matching the expected response from a wireless command.
",9848:"
ResponseCollector
Stores all the expected command responses
",9916:"
Used to easily read a container of bytes
",9928:"
DataBuffer
A buffer of bytes extending from the ByteStream class that is used for holding bytes read in from the connection
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10047:"
ResponsePattern
A pattern matching the expected response from a device command (Base Class).
",10446:"
Error
The generic MicroStrain exception (base class)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_ReadEeprom-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_ReadEeprom-h.html deleted file mode 100644 index 03ff426d9..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_ReadEeprom-h.html +++ /dev/null @@ -1,75 +0,0 @@ - - -BaseStation_ReadEeprom.h - - - - - - - -
-
BaseStation_ReadEeprom
-
BaseStation_ReadEeprom
-

Contains logic for the base station read eeprom command

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand(
uint16 eepromAddress
)
-

Builds the eeprom read command packet

Parameters
eepromAddress
uint16

The eeprom address to read from the base station

Returns

A ByteStream containing the base station read eeprom command

-
- -
-
Response
-
public
WirelessResponsePattern
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
ResponsePattern
GenericMipCommand.​Response
SetToIdle.​Response
Response
-

Handles the response to the base station read eeprom command

-
- -
-
Functions
-
- -
-
Response
-
Response(
std::weak_ptr<ResponseCollector> collector
)
-

Creates a read eeprom Response object

Parameters
collector
std::weak_ptr<ResponseCollector>

The ResponseCollector used to register and unregister the response

-
- -
-
Variables
-
- -
-
m_result
-
uint16 m_result
-

The result value of the read eeprom command.

-
- -
-
Functions
-
- -
-
result
-
uint16 result() const
-

Gets the result value of the response.

Returns

The result value of the response.

Exceptions

  • Error: failed to read the base station's eeprom.

-
- -
-
matchSuccessResponse
-
bool matchSuccessResponse(
DataBuffer &data
) override
-

Checks if the bytes passed in match the success response pattern from their current read position

Parameters
data
DataBuffer&

The DataBuffer containing the bytes in which to try to find the pattern

Returns

true if the success response pattern was found, false otherwise

-
- -
-
matchFailResponse
-
bool matchFailResponse(
DataBuffer &data
) override
-

Checks if the bytes passed in match the failure response pattern from their current read position

Parameters
data
DataBuffer&

The DataBuffer containing the bytes in which to try to find the pattern

Returns

true if the failure response pattern was found, false otherwise

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_ReadEeprom_v2-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_ReadEeprom_v2-h-Summary.js deleted file mode 100644 index 24b929931..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_ReadEeprom_v2-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Commands/BaseStation_ReadEeprom_v2.h","BaseStation_ReadEeprom_v2.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Commands/BaseStation_ReadEeprom_v2.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[5671,0,0,"BaseStation_ReadEeprom_v2","BaseStation_ReadEeprom_v2"],[5672,0,2,"Functions","BaseStation_ReadEeprom_v2.Functions"],[5673,0,1,"buildCommand","BaseStation_ReadEeprom_v2.buildCommand"],[5674,0,0,"Response","Response"],[5675,0,2,"Functions","Response.Functions"],[5676,0,1,"Response","Response.Response"],[5677,0,2,"Variables","Response.Variables"],[5678,0,3,"m_eepromAddress","Response.m_eepromAddress"],[5679,0,3,"m_result","Response.m_result"],[5680,0,3,"m_errorCode","Response.m_errorCode"],[5681,0,2,"Functions","Response.Functions(2)"],[5682,0,1,"result","Response.result"],[5683,0,1,"errorCode","Response.errorCode"],[5684,0,1,"matchSuccessResponse","Response.matchSuccessResponse"],[5685,0,1,"matchFailResponse","Response.matchFailResponse"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_ReadEeprom_v2-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_ReadEeprom_v2-h-SummaryToolTips.js deleted file mode 100644 index 35228906e..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_ReadEeprom_v2-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Commands/BaseStation_ReadEeprom_v2.h",{5671:"
BaseStation_ReadEeprom_v2
Contains logic for the base station read eeprom command (v2).
",5673:"
static ByteStream buildCommand(
WirelessPacket::AsppVersion asppVer,
uint16 eepromAddress
)
Builds the eeprom read command packet.
",5674:"
Response
Handles the response to the base station read eeprom command.
",5676:"
Response(
uint16 eepromAddress,
std::weak_ptr<ResponseCollector> collector
)
Creates a read eeprom Response object.
",5678:"
uint16 m_eepromAddress
The eeprom address to match in the response.
",5679:"
uint16 m_result
The result value of the read eeprom command.
",5680:"
WirelessPacket::ResponseErrorCode m_errorCode
The WirelessPacket::ResponseErrorCode from the response.
",5682:"
uint16 result() const
Gets the result value of the response.
",5683:"
WirelessPacket::ResponseErrorCode errorCode() const
Gets the WirelessPacket::ResponseErrorCode from the response packet.
",5684:"
bool matchSuccessResponse(
const WirelessPacket &packet
) override
Checks if the packet passed in matches the success response.
",5685:"
bool matchFailResponse(
const WirelessPacket &packet
) override
Checks if the packet passed in matches the failure response.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_ReadEeprom_v2-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_ReadEeprom_v2-h-ToolTips.js deleted file mode 100644 index db40a8a6e..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_ReadEeprom_v2-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({5207:"
WirelessResponsePattern
A pattern matching the expected response from a wireless command.
",7176:"
WirelessPacket
Represents a MicroStrain wireless packet
",7194:"
The possible ASPP versions
",7198:"
Possible error codes from response packets.
",9848:"
ResponseCollector
Stores all the expected command responses
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10047:"
ResponsePattern
A pattern matching the expected response from a device command (Base Class).
",10446:"
Error
The generic MicroStrain exception (base class)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_ReadEeprom_v2-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_ReadEeprom_v2-h.html deleted file mode 100644 index 6f8bf18d3..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_ReadEeprom_v2-h.html +++ /dev/null @@ -1,93 +0,0 @@ - - -BaseStation_ReadEeprom_v2.h - - - - - - - -
-
BaseStation_ReadEeprom_v2
-
BaseStation_ReadEeprom_v2
-

Contains logic for the base station read eeprom command (v2).

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand(
WirelessPacket::AsppVersion asppVer,
uint16 eepromAddress
)
-

Builds the eeprom read command packet.

Parameters
eepromAddress
uint16

The eeprom address to read from the base station.

Returns

A ByteStream containing the base station read eeprom command

-
- -
-
Response
-
public
WirelessResponsePattern
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
ResponsePattern
GenericMipCommand.​Response
SetToIdle.​Response
Response
-

Handles the response to the base station read eeprom command.

-
- -
-
Functions
-
- -
-
Response
-
Response(
uint16 eepromAddress,
std::weak_ptr<ResponseCollector> collector
)
-

Creates a read eeprom Response object.

Parameters
eepromAddress
uint16

The eeprom address being read from.

collector
std::weak_ptr<ResponseCollector>

The ResponseCollector used to register and unregister the response.

-
- -
-
Variables
-
- -
-
m_eepromAddress
-
uint16 m_eepromAddress
-

The eeprom address to match in the response.

-
- -
-
m_result
-
uint16 m_result
-

The result value of the read eeprom command.

-
- -
-
m_errorCode
- -

The WirelessPacket::ResponseErrorCode from the response.

-
- -
-
Functions
-
- -
-
result
-
uint16 result() const
-

Gets the result value of the response.

Returns

The result value of the response.

Exceptions

  • Error: failed to read the base station's eeprom.

-
- -
-
errorCode
- -

Gets the WirelessPacket::ResponseErrorCode from the response packet.

Returns

The error code from the response.

-
- -
-
matchSuccessResponse
-
bool matchSuccessResponse(
const WirelessPacket &packet
) override
-

Checks if the packet passed in matches the success response.

Parameters
packet
const WirelessPacket&

The WirelessPacket to try to match.

Returns

true if the success response pattern was found, false otherwise

-
- -
-
matchFailResponse
-
bool matchFailResponse(
const WirelessPacket &packet
) override
-

Checks if the packet passed in matches the failure response.

Parameters
packet
const WirelessPacket&

The WirelessPacket to try to match.

Returns

true if the failure response pattern was found, false otherwise

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_Reset_v2-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_Reset_v2-h-Summary.js deleted file mode 100644 index 62cbc6503..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_Reset_v2-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Commands/BaseStation_Reset_v2.h","BaseStation_Reset_v2.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Commands/BaseStation_Reset_v2.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[5661,0,0,"BaseStation_Reset_v2","BaseStation_Reset_v2"],[5662,0,2,"Functions","BaseStation_Reset_v2.Functions"],[5663,0,1,"buildCommand","BaseStation_Reset_v2.buildCommand"],[5664,0,0,"Response","Response"],[5665,0,2,"Functions","Response.Functions"],[5666,0,1,"Response","Response.Response"],[5667,0,2,"Variables","Response.Variables"],[5668,0,3,"m_resetType","Response.m_resetType"],[5669,0,2,"Functions","Response.Functions(2)"],[5670,0,1,"matchSuccessResponse","Response.matchSuccessResponse"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_Reset_v2-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_Reset_v2-h-SummaryToolTips.js deleted file mode 100644 index b44f6666e..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_Reset_v2-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Commands/BaseStation_Reset_v2.h",{5661:"
BaseStation_Reset_v2
Contains logic for the BaseStation_Reset_v2 command
",5663:"
static ByteStream buildCommand(
ResetType resetType
)
Builds the BaseStation_Reset_v2 command packet
",5664:"
Response
Handles the response to the BaseStation_Reset_v2 Node command
",5666:"
Response(
ResetType resetType,
std::weak_ptr<ResponseCollector> collector
)
Creates a BaseStation_Reset_v2 Response object
",5668:"
ResetType m_resetType
The <ResetType> to match in the response.
",5670:"
virtual bool matchSuccessResponse(
const WirelessPacket &packet
) override
Checks if the WirelessPacket passed in matches the expected response pattern\'s bytes
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_Reset_v2-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_Reset_v2-h-ToolTips.js deleted file mode 100644 index 35662021f..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_Reset_v2-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({5207:"
WirelessResponsePattern
A pattern matching the expected response from a wireless command.
",7176:"
WirelessPacket
Represents a MicroStrain wireless packet
",9848:"
ResponseCollector
Stores all the expected command responses
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10047:"
ResponsePattern
A pattern matching the expected response from a device command (Base Class).
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_Reset_v2-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_Reset_v2-h.html deleted file mode 100644 index 09d4acbe8..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_Reset_v2-h.html +++ /dev/null @@ -1,63 +0,0 @@ - - -BaseStation_Reset_v2.h - - - - - - - -
-
BaseStation_Reset_v2
-
BaseStation_Reset_v2
-

Contains logic for the BaseStation_Reset_v2 command

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand(
ResetType resetType
)
-

Builds the BaseStation_Reset_v2 command packet

Parameters
resetType
ResetType

The <ResetType>

Returns

A ByteStream containing the BaseStation_Reset_v2 command packet

-
- -
-
Response
-
public
WirelessResponsePattern
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
ResponsePattern
GenericMipCommand.​Response
SetToIdle.​Response
Response
-

Handles the response to the BaseStation_Reset_v2 Node command

-
- -
-
Functions
-
- -
-
Response
-
Response(
ResetType resetType,
std::weak_ptr<ResponseCollector> collector
)
-

Creates a BaseStation_Reset_v2 Response object

Parameters
resetType
ResetType

The <ResetType> to match in the response.

collector
std::weak_ptr<ResponseCollector>

The ResponseCollector used to register and unregister the response

-
- -
-
Variables
-
- -
-
m_resetType
-
ResetType m_resetType
-

The <ResetType> to match in the response.

-
- -
-
Functions
-
- -
-
matchSuccessResponse
-
virtual bool matchSuccessResponse(
const WirelessPacket &packet
) override
-

Checks if the WirelessPacket passed in matches the expected response pattern's bytes

Parameters
packet
const WirelessPacket&

The WirelessPacket in which to try to find the pattern

Returns

true if the packet matches a response pattern, false otherwise

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_RfSweepStart-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_RfSweepStart-h-Summary.js deleted file mode 100644 index 39d55f7f0..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_RfSweepStart-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Commands/BaseStation_RfSweepStart.h","BaseStation_RfSweepStart.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Commands/BaseStation_RfSweepStart.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[5649,0,0,"BaseStation_RfSweepStart","BaseStation_RfSweepStart"],[5650,0,2,"Functions","BaseStation_RfSweepStart.Functions"],[5651,0,1,"buildCommand","BaseStation_RfSweepStart.buildCommand"],[5652,0,0,"Response","Response"],[5653,0,2,"Variables","Response.Variables"],[5654,0,3,"m_min;","Response.m_min_"],[5655,0,3,"m_max;","Response.m_max_"],[5656,0,3,"m_interval;","Response.m_interval_"],[5657,0,3,"m_options","Response.m_options"],[5658,0,2,"Functions","Response.Functions"],[5659,0,1,"Response","Response.Response"],[5660,0,1,"matchSuccessResponse","Response.matchSuccessResponse"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_RfSweepStart-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_RfSweepStart-h-SummaryToolTips.js deleted file mode 100644 index 53ae925c0..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_RfSweepStart-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Commands/BaseStation_RfSweepStart.h",{5649:"
BaseStation_RfSweepStart
Contains logic for the base station Start RF Sweep command.
",5651:"
static ByteStream buildCommand(
WirelessPacket::AsppVersion asppVer,
uint32 min,
uint32 max,
uint32 interval,
uint16 options
)
Builds the beacon status command.
",5652:"
Response
Handles the response to the command
",5654:"
The min frequency to match in the response.
",5655:"
The max frequency to match in the response.
",5656:"
The interval to match in the response.
",5657:"
uint16 m_options
The options to send with the command.
",5659:"
Response(
std::weak_ptr<ResponseCollector> collector,
uint32 min,
uint32 max,
uint32 interval,
uint16 options
)
Creates a get beacon status Response object
",5660:"
bool matchSuccessResponse(
const WirelessPacket &packet
) override
Checks if the packet passed in matches the success response.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_RfSweepStart-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_RfSweepStart-h-ToolTips.js deleted file mode 100644 index 36b0e2ca3..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_RfSweepStart-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({5207:"
WirelessResponsePattern
A pattern matching the expected response from a wireless command.
",7176:"
WirelessPacket
Represents a MicroStrain wireless packet
",7194:"
The possible ASPP versions
",9848:"
ResponseCollector
Stores all the expected command responses
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10047:"
ResponsePattern
A pattern matching the expected response from a device command (Base Class).
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_RfSweepStart-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_RfSweepStart-h.html deleted file mode 100644 index 28b4c63f7..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_RfSweepStart-h.html +++ /dev/null @@ -1,74 +0,0 @@ - - -BaseStation_RfSweepStart.h - - - - - - - -
-
BaseStation_RfSweepStart
-
BaseStation_RfSweepStart
-

Contains logic for the base station Start RF Sweep command.

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand(
WirelessPacket::AsppVersion asppVer,
uint32 min,
uint32 max,
uint32 interval,
uint16 options
)
-

Builds the beacon status command.

Parameters
min
uint32

The minimum sweep frequency in kHz (2400000 = 2.4GHz).

max
uint32

The maximum sweep frequency in kHz (2400000 = 2.4GHz).

interval
uint32

The sweep interval in kHz.

options
uint16

The options to send with the command (advanced, used internally).

Returns

A ByteStream containing the base station beacon status command.

-
- -
-
Response
-
public
WirelessResponsePattern
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
ResponsePattern
GenericMipCommand.​Response
SetToIdle.​Response
Response
-

Handles the response to the command

-
- -
-
Variables
-
- -
-
m_min;
-

The min frequency to match in the response.

-
- -
-
m_max;
-

The max frequency to match in the response.

-
- -
-
m_interval;
-

The interval to match in the response.

-
- -
-
m_options
-
uint16 m_options
-

The options to send with the command.

-
- -
-
Functions
-
- -
-
Response
-
Response(
std::weak_ptr<ResponseCollector> collector,
uint32 min,
uint32 max,
uint32 interval,
uint16 options
)
-

Creates a get beacon status Response object

Parameters
collector
std::weak_ptr<ResponseCollector>

The ResponseCollector used to register and unregister the response

min
uint32

The minimum sweep frequency to match.

max
uint32

The maximum sweep frequency to match.

interval
uint32

The sweep interval to match.

options
uint16

The advanced options to match.

-
- -
-
matchSuccessResponse
-
bool matchSuccessResponse(
const WirelessPacket &packet
) override
-

Checks if the packet passed in matches the success response.

Parameters
packet
const WirelessPacket&

The WirelessPacket to try to match.

Returns

true if the success response pattern was found, false otherwise

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_SetBeacon-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_SetBeacon-h-Summary.js deleted file mode 100644 index 243af4158..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_SetBeacon-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Commands/BaseStation_SetBeacon.h","BaseStation_SetBeacon.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Commands/BaseStation_SetBeacon.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[5638,0,0,"BaseStation_SetBeacon","BaseStation_SetBeacon"],[5639,0,2,"Functions","BaseStation_SetBeacon.Functions"],[5640,0,1,"buildCommand","BaseStation_SetBeacon.buildCommand"],[5641,0,0,"Response","Response"],[5642,0,2,"Functions","Response.Functions"],[5643,0,1,"Response","Response.Response"],[5644,0,2,"Variables","Response.Variables"],[5645,0,3,"m_beaconStartTime","Response.m_beaconStartTime"],[5646,0,2,"Functions","Response.Functions(2)"],[5647,0,1,"matchSuccessResponse","Response.matchSuccessResponse"],[5648,0,1,"beaconStartTime","Response.beaconStartTime"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_SetBeacon-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_SetBeacon-h-SummaryToolTips.js deleted file mode 100644 index c4833e16b..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_SetBeacon-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Commands/BaseStation_SetBeacon.h",{5638:"
BaseStation_SetBeacon
Contains logic for the base station set (enable/disable) beacon command
",5640:"
static ByteStream buildCommand(
uint32 utcTime
)
Builds the set beacon command packet, using the passed in seconds as the start time
",5641:"
Response
Handles the response to the base station write eeprom command
",5643:"
Response(
uint64 utcTime,
std::weak_ptr<ResponseCollector> collector
)
Creates a set beacon Response object
",5645:"
Timestamp m_beaconStartTime
The start time that was sent to the beacon as a Timestamp object
",5647:"
virtual bool matchSuccessResponse(
DataBuffer &data
) override
Checks if the bytes passed in match the response pattern from their current read position
",5648:"
Timestamp beaconStartTime() const
Gets the start time that was sent to enable the beacon
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_SetBeacon-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_SetBeacon-h-ToolTips.js deleted file mode 100644 index f67123442..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_SetBeacon-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({5207:"
WirelessResponsePattern
A pattern matching the expected response from a wireless command.
",9848:"
ResponseCollector
Stores all the expected command responses
",9916:"
Used to easily read a container of bytes
",9928:"
DataBuffer
A buffer of bytes extending from the ByteStream class that is used for holding bytes read in from the connection
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10047:"
ResponsePattern
A pattern matching the expected response from a device command (Base Class).
",10291:"
Timestamp
Represents a date/time object
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_SetBeacon-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_SetBeacon-h.html deleted file mode 100644 index 6b2db7d5a..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_SetBeacon-h.html +++ /dev/null @@ -1,69 +0,0 @@ - - -BaseStation_SetBeacon.h - - - - - - - -
-
BaseStation_SetBeacon
-
BaseStation_SetBeacon
-

Contains logic for the base station set (enable/disable) beacon command

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand(
uint32 utcTime
)
-

Builds the set beacon command packet, using the passed in seconds as the start time

Parameters
utcTime
uint32

The start time for the beacon in UTC seconds from the Unix Epoch (01/01/1970)

Returns

A ByteStream containing the base station set beacon command

-
- -
-
Response
-
public
WirelessResponsePattern
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
ResponsePattern
GenericMipCommand.​Response
SetToIdle.​Response
Response
-

Handles the response to the base station write eeprom command

-
- -
-
Functions
-
- -
-
Response
-
Response(
uint64 utcTime,
std::weak_ptr<ResponseCollector> collector
)
-

Creates a set beacon Response object

Parameters
utcTime
uint64

The start time for the beacon in UTC seconds from the Unix Epoch (01/01/1970)

collector
std::weak_ptr<ResponseCollector>

The ResponseCollector used to register and unregister the response

-
- -
-
Variables
-
- -
-
m_beaconStartTime
-
Timestamp m_beaconStartTime
-

The start time that was sent to the beacon as a Timestamp object

-
- -
-
Functions
-
- -
-
matchSuccessResponse
-
virtual bool matchSuccessResponse(
DataBuffer &data
) override
-

Checks if the bytes passed in match the response pattern from their current read position

Parameters
data
DataBuffer&

The DataBuffer containing the bytes in which to try to find the pattern

Returns

true if the response pattern was found, false otherwise

-
- -
-
beaconStartTime
-
Timestamp beaconStartTime() const
-

Gets the start time that was sent to enable the beacon

Returns

a Timestamp representing the start time that was sent to enable the beacon

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_SetBeacon_v2-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_SetBeacon_v2-h-Summary.js deleted file mode 100644 index 0b5c93670..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_SetBeacon_v2-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Commands/BaseStation_SetBeacon_v2.h","BaseStation_SetBeacon_v2.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Commands/BaseStation_SetBeacon_v2.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[5626,0,0,"BaseStation_SetBeacon_v2","BaseStation_SetBeacon_v2"],[5627,0,2,"Functions","BaseStation_SetBeacon_v2.Functions"],[5628,0,1,"buildCommand","BaseStation_SetBeacon_v2.buildCommand"],[5629,0,0,"Response","Response"],[5630,0,2,"Functions","Response.Functions"],[5631,0,1,"Response","Response.Response"],[5632,0,2,"Variables","Response.Variables"],[5633,0,3,"m_beaconStartTime","Response.m_beaconStartTime"],[5634,0,2,"Functions","Response.Functions(2)"],[5635,0,1,"beaconStartTime","Response.beaconStartTime"],[5636,0,1,"matchSuccessResponse","Response.matchSuccessResponse"],[5637,0,1,"matchFailResponse","Response.matchFailResponse"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_SetBeacon_v2-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_SetBeacon_v2-h-SummaryToolTips.js deleted file mode 100644 index efb738ec2..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_SetBeacon_v2-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Commands/BaseStation_SetBeacon_v2.h",{5626:"
BaseStation_SetBeacon_v2
Contains logic for the base station set (enable/disable) beacon command (v2)
",5628:"
static ByteStream buildCommand(
WirelessPacket::AsppVersion asppVer,
uint32 utcTime
)
Builds the set beacon command packet, using the passed in seconds as the start time
",5629:"
Response
Handles the response to the base station write eeprom command
",5631:"
Response(
uint32 utcTime,
std::weak_ptr<ResponseCollector> collector
)
Creates a set beacon Response object
",5633:"
uint32 m_beaconStartTime
The start time that was sent to the beacon.
",5635:"
Timestamp beaconStartTime() const
Gets the start time that was sent to enable the beacon
",5636:"
bool matchSuccessResponse(
const WirelessPacket &packet
) override
Checks if the packet passed in matches the success response.
",5637:"
bool matchFailResponse(
const WirelessPacket &packet
) override
Checks if the packet passed in matches the failure response.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_SetBeacon_v2-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_SetBeacon_v2-h-ToolTips.js deleted file mode 100644 index 343620b6f..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_SetBeacon_v2-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({5207:"
WirelessResponsePattern
A pattern matching the expected response from a wireless command.
",7176:"
WirelessPacket
Represents a MicroStrain wireless packet
",7194:"
The possible ASPP versions
",9848:"
ResponseCollector
Stores all the expected command responses
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10047:"
ResponsePattern
A pattern matching the expected response from a device command (Base Class).
",10291:"
Timestamp
Represents a date/time object
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_SetBeacon_v2-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_SetBeacon_v2-h.html deleted file mode 100644 index 8d897d5cb..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_SetBeacon_v2-h.html +++ /dev/null @@ -1,75 +0,0 @@ - - -BaseStation_SetBeacon_v2.h - - - - - - - -
-
BaseStation_SetBeacon_v2
-
BaseStation_SetBeacon_v2
-

Contains logic for the base station set (enable/disable) beacon command (v2)

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand(
WirelessPacket::AsppVersion asppVer,
uint32 utcTime
)
-

Builds the set beacon command packet, using the passed in seconds as the start time

Parameters
utcTime
uint32

The start time for the beacon in UTC seconds from the Unix Epoch (01/01/1970)

Returns

A ByteStream containing the base station set beacon command

-
- -
-
Response
-
public
WirelessResponsePattern
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
ResponsePattern
GenericMipCommand.​Response
SetToIdle.​Response
Response
-

Handles the response to the base station write eeprom command

-
- -
-
Functions
-
- -
-
Response
-
Response(
uint32 utcTime,
std::weak_ptr<ResponseCollector> collector
)
-

Creates a set beacon Response object

Parameters
utcTime
uint32

The start time for the beacon in UTC seconds from the Unix Epoch (01/01/1970)

collector
std::weak_ptr<ResponseCollector>

The ResponseCollector used to register and unregister the response

-
- -
-
Variables
-
- -
-
m_beaconStartTime
-
uint32 m_beaconStartTime
-

The start time that was sent to the beacon.

-
- -
-
Functions
-
- -
-
beaconStartTime
-
Timestamp beaconStartTime() const
-

Gets the start time that was sent to enable the beacon

Returns

a Timestamp representing the start time that was sent to enable the beacon

-
- -
-
matchSuccessResponse
-
bool matchSuccessResponse(
const WirelessPacket &packet
) override
-

Checks if the packet passed in matches the success response.

Parameters
packet
const WirelessPacket&

The WirelessPacket to try to match.

Returns

true if the success response pattern was found, false otherwise

-
- -
-
matchFailResponse
-
bool matchFailResponse(
const WirelessPacket &packet
) override
-

Checks if the packet passed in matches the failure response.

Parameters
packet
const WirelessPacket&

The WirelessPacket to try to match.

Returns

true if the failure response pattern was found, false otherwise

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_WriteEeprom-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_WriteEeprom-h-Summary.js deleted file mode 100644 index c36383db2..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_WriteEeprom-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Commands/BaseStation_WriteEeprom.h","BaseStation_WriteEeprom.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Commands/BaseStation_WriteEeprom.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[5615,0,0,"BaseStation_WriteEeprom","BaseStation_WriteEeprom"],[5616,0,2,"Functions","BaseStation_WriteEeprom.Functions"],[5617,0,1,"buildCommand","BaseStation_WriteEeprom.buildCommand"],[5618,0,0,"Response","Response"],[5619,0,2,"Functions","Response.Functions"],[5620,0,1,"Response","Response.Response"],[5621,0,2,"Variables","Response.Variables"],[5622,0,3,"m_valueWritten","Response.m_valueWritten"],[5623,0,2,"Functions","Response.Functions(2)"],[5624,0,1,"matchSuccessResponse","Response.matchSuccessResponse"],[5625,0,1,"matchFailResponse","Response.matchFailResponse"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_WriteEeprom-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_WriteEeprom-h-SummaryToolTips.js deleted file mode 100644 index b546b0411..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_WriteEeprom-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Commands/BaseStation_WriteEeprom.h",{5615:"
BaseStation_WriteEeprom
Contains logic for the base station write eeprom command
",5617:"
static ByteStream buildCommand(
uint16 eepromAddress,
uint16 valueToWrite
)
Builds the eeprom write command packet
",5618:"
Response
Handles the response to the base station write eeprom command
",5620:"
Response(
uint16 valueToWrite,
std::weak_ptr<ResponseCollector> collector
)
Creates a write eeprom Response object
",5622:"
uint16 m_valueWritten
The value that is expected to be written to eeprom from the associated command
",5624:"
bool matchSuccessResponse(
DataBuffer &data
) override
Checks if the bytes passed in match the success response pattern from their current read position
",5625:"
bool matchFailResponse(
DataBuffer &data
) override
Checks if the bytes passed in match the failure response pattern from their current read position
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_WriteEeprom-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_WriteEeprom-h-ToolTips.js deleted file mode 100644 index 64a86f4da..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_WriteEeprom-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({5207:"
WirelessResponsePattern
A pattern matching the expected response from a wireless command.
",9848:"
ResponseCollector
Stores all the expected command responses
",9916:"
Used to easily read a container of bytes
",9928:"
DataBuffer
A buffer of bytes extending from the ByteStream class that is used for holding bytes read in from the connection
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10047:"
ResponsePattern
A pattern matching the expected response from a device command (Base Class).
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_WriteEeprom-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_WriteEeprom-h.html deleted file mode 100644 index 39bb2df98..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_WriteEeprom-h.html +++ /dev/null @@ -1,69 +0,0 @@ - - -BaseStation_WriteEeprom.h - - - - - - - -
-
BaseStation_WriteEeprom
-
BaseStation_WriteEeprom
-

Contains logic for the base station write eeprom command

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand(
uint16 eepromAddress,
uint16 valueToWrite
)
-

Builds the eeprom write command packet

Parameters
eepromAddress
uint16

The eeprom address to write to on the base station

valueToWrite
uint16

The value to write to the specified eeprom address

Returns

A ByteStream containing the base station write eeprom command

-
- -
-
Response
-
public
WirelessResponsePattern
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
ResponsePattern
GenericMipCommand.​Response
SetToIdle.​Response
Response
-

Handles the response to the base station write eeprom command

-
- -
-
Functions
-
- -
-
Response
-
Response(
uint16 valueToWrite,
std::weak_ptr<ResponseCollector> collector
)
-

Creates a write eeprom Response object

Parameters
valueToWrite
uint16

The value that is expected to be written to eeprom from the associated command

collector
std::weak_ptr<ResponseCollector>

The ResponseCollector used to register and unregister the response

-
- -
-
Variables
-
- -
-
m_valueWritten
-
uint16 m_valueWritten
-

The value that is expected to be written to eeprom from the associated command

-
- -
-
Functions
-
- -
-
matchSuccessResponse
-
bool matchSuccessResponse(
DataBuffer &data
) override
-

Checks if the bytes passed in match the success response pattern from their current read position

Parameters
data
DataBuffer&

The DataBuffer containing the bytes in which to try to find the pattern

Returns

true if the success response pattern was found, false otherwise

-
- -
-
matchFailResponse
-
bool matchFailResponse(
DataBuffer &data
) override
-

Checks if the bytes passed in match the failure response pattern from their current read position

Parameters
data
DataBuffer&

The DataBuffer containing the bytes in which to try to find the pattern

Returns

true if the failure response pattern was found, false otherwise

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_WriteEeprom_v2-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_WriteEeprom_v2-h-Summary.js deleted file mode 100644 index 99d8839fd..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_WriteEeprom_v2-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Commands/BaseStation_WriteEeprom_v2.h","BaseStation_WriteEeprom_v2.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Commands/BaseStation_WriteEeprom_v2.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[5601,0,0,"BaseStation_WriteEeprom_v2","BaseStation_WriteEeprom_v2"],[5602,0,2,"Functions","BaseStation_WriteEeprom_v2.Functions"],[5603,0,1,"buildCommand","BaseStation_WriteEeprom_v2.buildCommand"],[5604,0,0,"Response","Response"],[5605,0,2,"Functions","Response.Functions"],[5606,0,1,"Response","Response.Response"],[5607,0,2,"Variables","Response.Variables"],[5608,0,3,"m_valueWritten","Response.m_valueWritten"],[5609,0,3,"m_eepromAddress","Response.m_eepromAddress"],[5610,0,3,"m_errorCode","Response.m_errorCode"],[5611,0,2,"Functions","Response.Functions(2)"],[5612,0,1,"errorCode","Response.errorCode"],[5613,0,1,"matchSuccessResponse","Response.matchSuccessResponse"],[5614,0,1,"matchFailResponse","Response.matchFailResponse"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_WriteEeprom_v2-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_WriteEeprom_v2-h-SummaryToolTips.js deleted file mode 100644 index 878721a11..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_WriteEeprom_v2-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Commands/BaseStation_WriteEeprom_v2.h",{5601:"
BaseStation_WriteEeprom_v2
Contains logic for the base station write eeprom command (v2)
",5603:"
static ByteStream buildCommand(
WirelessPacket::AsppVersion asppVer,
uint16 eepromAddress,
uint16 valueToWrite
)
Builds the eeprom write command packet
",5604:"
Response
Handles the response to the base station write eeprom command
",5606:"
Response(
uint16 valueToWrite,
uint16 eepromAddress,
std::weak_ptr<ResponseCollector> collector
)
Creates a write eeprom Response object
",5608:"
uint16 m_valueWritten
The value that is expected to be written to eeprom from the associated command.
",5609:"
uint16 m_eepromAddress
The eeprom address to match in the response.
",5610:"
WirelessPacket::ResponseErrorCode m_errorCode
The WirelessPacket::ResponseErrorCode from the response.
",5612:"
WirelessPacket::ResponseErrorCode errorCode() const
Gets the WirelessPacket::ResponseErrorCode from the response packet.
",5613:"
bool matchSuccessResponse(
const WirelessPacket &packet
) override
Checks if the packet passed in matches the success response.
",5614:"
bool matchFailResponse(
const WirelessPacket &packet
) override
Checks if the packet passed in matches the failure response.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_WriteEeprom_v2-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_WriteEeprom_v2-h-ToolTips.js deleted file mode 100644 index 947d312a3..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_WriteEeprom_v2-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({5207:"
WirelessResponsePattern
A pattern matching the expected response from a wireless command.
",7176:"
WirelessPacket
Represents a MicroStrain wireless packet
",7194:"
The possible ASPP versions
",7198:"
Possible error codes from response packets.
",9848:"
ResponseCollector
Stores all the expected command responses
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10047:"
ResponsePattern
A pattern matching the expected response from a device command (Base Class).
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_WriteEeprom_v2-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_WriteEeprom_v2-h.html deleted file mode 100644 index 65b08e897..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BaseStation_WriteEeprom_v2-h.html +++ /dev/null @@ -1,87 +0,0 @@ - - -BaseStation_WriteEeprom_v2.h - - - - - - - -
-
BaseStation_WriteEeprom_v2
-
BaseStation_WriteEeprom_v2
-

Contains logic for the base station write eeprom command (v2)

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand(
WirelessPacket::AsppVersion asppVer,
uint16 eepromAddress,
uint16 valueToWrite
)
-

Builds the eeprom write command packet

Parameters
eepromAddress
uint16

The eeprom address to write to on the base station

valueToWrite
uint16

The value to write to the specified eeprom address

Returns

A ByteStream containing the base station write eeprom command

-
- -
-
Response
-
public
WirelessResponsePattern
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
ResponsePattern
GenericMipCommand.​Response
SetToIdle.​Response
Response
-

Handles the response to the base station write eeprom command

-
- -
-
Functions
-
- -
-
Response
-
Response(
uint16 valueToWrite,
uint16 eepromAddress,
std::weak_ptr<ResponseCollector> collector
)
-

Creates a write eeprom Response object

Parameters
valueToWrite
uint16

The value that is expected to be written to eeprom from the associated command

eepromAddress
uint16

The eeprom address being written to.

collector
std::weak_ptr<ResponseCollector>

The ResponseCollector used to register and unregister the response

-
- -
-
Variables
-
- -
-
m_valueWritten
-
uint16 m_valueWritten
-

The value that is expected to be written to eeprom from the associated command.

-
- -
-
m_eepromAddress
-
uint16 m_eepromAddress
-

The eeprom address to match in the response.

-
- -
-
m_errorCode
- -

The WirelessPacket::ResponseErrorCode from the response.

-
- -
-
Functions
-
- -
-
errorCode
- -

Gets the WirelessPacket::ResponseErrorCode from the response packet.

Returns

The error code from the response.

-
- -
-
matchSuccessResponse
-
bool matchSuccessResponse(
const WirelessPacket &packet
) override
-

Checks if the packet passed in matches the success response.

Parameters
packet
const WirelessPacket&

The WirelessPacket to try to match.

Returns

true if the success response pattern was found, false otherwise

-
- -
-
matchFailResponse
-
bool matchFailResponse(
const WirelessPacket &packet
) override
-

Checks if the packet passed in matches the failure response.

Parameters
packet
const WirelessPacket&

The WirelessPacket to try to match.

Returns

true if the failure response pattern was found, false otherwise

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BatchEepromRead-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BatchEepromRead-h-Summary.js deleted file mode 100644 index 4742bc492..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BatchEepromRead-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Commands/BatchEepromRead.h","BatchEepromRead.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Commands/BatchEepromRead.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[5590,0,0,"BatchEepromRead","BatchEepromRead"],[5591,0,2,"Functions","BatchEepromRead.Functions"],[5592,0,1,"buildCommand","BatchEepromRead.buildCommand"],[5593,0,0,"Response","Response"],[5594,0,2,"Functions","Response.Functions"],[5595,0,1,"Response","Response.Response"],[5596,0,2,"Variables","Response.Variables"],[5597,0,3,"m_nodeAddress","Response.m_nodeAddress"],[5598,0,3,"m_eepromMap","Response.m_eepromMap"],[5599,0,2,"Functions","Response.Functions(2)"],[5600,0,1,"matchSuccessResponse","Response.matchSuccessResponse"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BatchEepromRead-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BatchEepromRead-h-SummaryToolTips.js deleted file mode 100644 index f57728781..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BatchEepromRead-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Commands/BatchEepromRead.h",{5590:"
BatchEepromRead
Contains logic for the Batch Eeprom Read Node command
",5592:"
static ByteStream buildCommand(
NodeAddress nodeAddress,
uint16 startAddress
)
Builds the ReadEeprom command packet
",5593:"
Response
Handles the response to the ReadEeprom Node command
",5595:"
Response(
NodeAddress nodeAddress,
std::weak_ptr<ResponseCollector> collector
)
Creates a EepromRead Response object
",5597:"
NodeAddress m_nodeAddress
The node address to look for in the ReadEeprom response.
",5598:"
std::map<uint16, uint16> m_eepromMap
A map of eeprom location to eeprom value pairs.
",5600:"
bool matchSuccessResponse(
const WirelessPacket &packet
) override
Checks if the WirelessPacket passed in matches the success response.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BatchEepromRead-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BatchEepromRead-h-ToolTips.js deleted file mode 100644 index 5f3509796..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BatchEepromRead-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({5207:"
WirelessResponsePattern
A pattern matching the expected response from a wireless command.
",7176:"
WirelessPacket
Represents a MicroStrain wireless packet
",9848:"
ResponseCollector
Stores all the expected command responses
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10047:"
ResponsePattern
A pattern matching the expected response from a device command (Base Class).
",10245:"
typedef for a Node\'s node address.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BatchEepromRead-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BatchEepromRead-h.html deleted file mode 100644 index 5ffc9552a..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BatchEepromRead-h.html +++ /dev/null @@ -1,69 +0,0 @@ - - -BatchEepromRead.h - - - - - - - -
-
BatchEepromRead
-
BatchEepromRead
-

Contains logic for the Batch Eeprom Read Node command

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand(
NodeAddress nodeAddress,
uint16 startAddress
)
-

Builds the ReadEeprom command packet

Parameters
nodeAddress
NodeAddress

the address of the Node to build the command for.

startAddress
uint16

the Eeprom address to start reading from.

Returns

A ByteStream containing the command packet

-
- -
-
Response
-
public
WirelessResponsePattern
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
ResponsePattern
GenericMipCommand.​Response
SetToIdle.​Response
Response
-

Handles the response to the ReadEeprom Node command

-
- -
-
Functions
-
- -
-
Response
-
Response(
NodeAddress nodeAddress,
std::weak_ptr<ResponseCollector> collector
)
-

Creates a EepromRead Response object

Parameters
nodeAddress
NodeAddress

The node address to check for.

collector
std::weak_ptr<ResponseCollector>

The ResponseCollector used to register and unregister the response.

-
- -
-
Variables
-
- -
-
m_nodeAddress
-
NodeAddress m_nodeAddress
-

The node address to look for in the ReadEeprom response.

-
- -
-
m_eepromMap
-
std::map<uint16, uint16> m_eepromMap
-

A map of eeprom location to eeprom value pairs.

-
- -
-
Functions
-
- -
-
matchSuccessResponse
-
bool matchSuccessResponse(
const WirelessPacket &packet
) override
-

Checks if the WirelessPacket passed in matches the success response.

Parameters
packet
const WirelessPacket&

The WirelessPacket to match.

Returns

true if the packet matches the success response, false otherwise.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BeaconStatus-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BeaconStatus-h-Summary.js deleted file mode 100644 index c834d5b16..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BeaconStatus-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Commands/BeaconStatus.h","BeaconStatus.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Commands/BeaconStatus.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[5580,0,0,"BeaconStatus","BeaconStatus"],[5581,0,2,"Functions","BeaconStatus.Functions"],[5582,0,1,"BeaconStatus","BeaconStatus.BeaconStatus"],[5583,0,1,"BeaconStatus","BeaconStatus.BeaconStatus(2)"],[5584,0,2,"Variables","BeaconStatus.Variables"],[5585,0,3,"m_enabled","BeaconStatus.m_enabled"],[5586,0,3,"m_timestamp","BeaconStatus.m_timestamp"],[5587,0,2,"Functions","BeaconStatus.Functions(2)"],[5588,0,1,"enabled","BeaconStatus.enabled"],[5589,0,1,"timestamp;","BeaconStatus.timestamp_"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BeaconStatus-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BeaconStatus-h-SummaryToolTips.js deleted file mode 100644 index e83b0044f..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BeaconStatus-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Commands/BeaconStatus.h",{5580:"
BeaconStatus
Represents the status of a BaseStation beacon.  See also BaseStation::beaconStatus.
",5582:"
BeaconStatus()
Creates a default BeaconStatus object.
",5583:"
BeaconStatus(
bool beaconEnabled,
const Timestamp &currentTimestamp
)
Creates a BeaconStatus object with the given parameters.
",5585:"
bool m_enabled
Whether the beacon is enabled or disabled.
",5586:"
Timestamp m_timestamp
The current Timestamp of the beacon.
",5588:"
bool enabled()
Gets whether the beacon is enabled (true) or disabled (false).
",5589:"
Gets the current Timestamp of the beacon.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BeaconStatus-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BeaconStatus-h-ToolTips.js deleted file mode 100644 index 66bfcc296..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BeaconStatus-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({9758:"
BeaconStatus beaconStatus()
Gets the BeaconStatus of the beacon on the base station.
",10291:"
Timestamp
Represents a date/time object
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BeaconStatus-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BeaconStatus-h.html deleted file mode 100644 index 600fa1190..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/BeaconStatus-h.html +++ /dev/null @@ -1,64 +0,0 @@ - - -BeaconStatus.h - - - - - - - -
-
BeaconStatus
-
BeaconStatus
-

Represents the status of a BaseStation beacon.  See also BaseStation::beaconStatus.

-
- -
-
Functions
-
- -
-
BeaconStatus
-
BeaconStatus()
-

Creates a default BeaconStatus object.

-
- -
-
BeaconStatus
-
BeaconStatus(
bool beaconEnabled,
const Timestamp &currentTimestamp
)
-

Creates a BeaconStatus object with the given parameters.

Parameters
beaconEnabled
bool

Whether the beacon is enabled or disabled.

currentTimestamp
const Timestamp&

The current Timestamp of the beacon.

-
- -
-
Variables
-
- -
-
m_enabled
-
bool m_enabled
-

Whether the beacon is enabled or disabled.

-
- -
-
m_timestamp
-
Timestamp m_timestamp
-

The current Timestamp of the beacon.

-
- -
-
Functions
-
- -
-
enabled
-
bool enabled()
-

Gets whether the beacon is enabled (true) or disabled (false).

-
- -
-
timestamp;
-

Gets the current Timestamp of the beacon.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/DatalogSessionInfoResult-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/DatalogSessionInfoResult-h-Summary.js deleted file mode 100644 index abeb82350..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/DatalogSessionInfoResult-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Commands/DatalogSessionInfoResult.h","DatalogSessionInfoResult.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Commands/DatalogSessionInfoResult.h",[["C/C++","C"]],[["Groups","Group"],["Structs","Struct"],["Variables","Variable"]],[[5575,0,1,"DatalogSessionInfoResult","DatalogSessionInfoResult"],[5576,0,0,"Variables","DatalogSessionInfoResult.Variables"],[5577,0,2,"sessionCount","DatalogSessionInfoResult.sessionCount"],[5578,0,2,"startAddress","DatalogSessionInfoResult.startAddress"],[5579,0,2,"maxLoggedBytes","DatalogSessionInfoResult.maxLoggedBytes"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/DatalogSessionInfoResult-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/DatalogSessionInfoResult-h-SummaryToolTips.js deleted file mode 100644 index 85ab36dcf..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/DatalogSessionInfoResult-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Commands/DatalogSessionInfoResult.h",{5575:"
Object to represent the result of a DatalogSessionInfo request.
",5577:"
uint16 sessionCount
The total number of sessions logged on the Node.
",5578:"
uint32 startAddress
The flash address of the first log header.
",5579:"
uint32 maxLoggedBytes
The max number of logged bytes.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/DatalogSessionInfoResult-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/DatalogSessionInfoResult-h-ToolTips.js deleted file mode 100644 index 59992a148..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/DatalogSessionInfoResult-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/DatalogSessionInfoResult-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/DatalogSessionInfoResult-h.html deleted file mode 100644 index 64594f3ce..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/DatalogSessionInfoResult-h.html +++ /dev/null @@ -1,38 +0,0 @@ - - -DatalogSessionInfoResult.h - - - - - - - -
-
DatalogSessionInfoResult
-

Object to represent the result of a DatalogSessionInfo request.

-
- -
-
Variables
-
- -
-
sessionCount
-
uint16 sessionCount
-

The total number of sessions logged on the Node.

-
- -
-
startAddress
-
uint32 startAddress
-

The flash address of the first log header.

-
- -
-
maxLoggedBytes
-
uint32 maxLoggedBytes
-

The max number of logged bytes.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/Erase-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/Erase-h-Summary.js deleted file mode 100644 index 425d06040..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/Erase-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Commands/Erase.h","Erase.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Commands/Erase.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[5568,0,0,"Erase","Erase"],[5569,0,2,"Functions","Erase.Functions"],[5570,0,1,"buildCommand","Erase.buildCommand"],[5571,0,0,"Response","Response"],[5572,0,2,"Functions","Response.Functions"],[5573,0,1,"Response","Response.Response"],[5574,0,1,"match","Response.match"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/Erase-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/Erase-h-SummaryToolTips.js deleted file mode 100644 index 3dd4596ce..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/Erase-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Commands/Erase.h",{5568:"
Erase
Contains logic for the Erase Node command
",5570:"
static ByteStream buildCommand(
NodeAddress nodeAddress
)
Builds the Erase command packet.
",5571:"
Response
Handles the response to the Erase node command
",5573:"
explicit Response(
std::weak_ptr<ResponseCollector> collector
)
Creates a Erase Response object
",5574:"
virtual bool match(
DataBuffer &data
) override
Checks if the bytes passed in match the response pattern from their current read position
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/Erase-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/Erase-h-ToolTips.js deleted file mode 100644 index 0e5d17ad4..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/Erase-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({5207:"
WirelessResponsePattern
A pattern matching the expected response from a wireless command.
",9848:"
ResponseCollector
Stores all the expected command responses
",9916:"
Used to easily read a container of bytes
",9928:"
DataBuffer
A buffer of bytes extending from the ByteStream class that is used for holding bytes read in from the connection
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10047:"
ResponsePattern
A pattern matching the expected response from a device command (Base Class).
",10245:"
typedef for a Node\'s node address.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/Erase-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/Erase-h.html deleted file mode 100644 index 3139db843..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/Erase-h.html +++ /dev/null @@ -1,49 +0,0 @@ - - -Erase.h - - - - - - - -
-
Erase
-
Erase
-

Contains logic for the Erase Node command

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand(
NodeAddress nodeAddress
)
-

Builds the Erase command packet.

Parameters
nodeAddress
NodeAddress

The address of the Node to build the command for.

Returns

A ByteStream containing the command packet.

-
- -
-
Response
-
public
WirelessResponsePattern
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
ResponsePattern
GenericMipCommand.​Response
SetToIdle.​Response
Response
-

Handles the response to the Erase node command

-
- -
-
Functions
-
- -
-
Response
-
explicit Response(
std::weak_ptr<ResponseCollector> collector
)
-

Creates a Erase Response object

Parameters
collector
std::weak_ptr<ResponseCollector>

The ResponseCollector used to register and unregister the response

-
- -
-
match
-
virtual bool match(
DataBuffer &data
) override
-

Checks if the bytes passed in match the response pattern from their current read position

Parameters
data
DataBuffer&

The DataBuffer containing the bytes in which to try to find the pattern

Returns

true if the response pattern was found, false otherwise

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/Erase_v2-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/Erase_v2-h-Summary.js deleted file mode 100644 index b1d53453a..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/Erase_v2-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Commands/Erase_v2.h","Erase_v2.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Commands/Erase_v2.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[5557,0,0,"Erase_v2","Erase_v2"],[5558,0,2,"Functions","Erase_v2.Functions"],[5559,0,1,"buildCommand","Erase_v2.buildCommand"],[5560,0,0,"Response","Response"],[5561,0,2,"Functions","Response.Functions"],[5562,0,1,"Response","Response.Response"],[5563,0,2,"Variables","Response.Variables"],[5564,0,3,"m_nodeAddress","Response.m_nodeAddress"],[5565,0,2,"Functions","Response.Functions(2)"],[5566,0,1,"matchSuccessResponse","Response.matchSuccessResponse"],[5567,0,1,"matchFailResponse","Response.matchFailResponse"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/Erase_v2-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/Erase_v2-h-SummaryToolTips.js deleted file mode 100644 index 32e009f78..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/Erase_v2-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Commands/Erase_v2.h",{5557:"
Erase_v2
Contains logic for the Erase Node command (version 2).
",5559:"
static ByteStream buildCommand(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress
)
Builds the Erase_v2 command packet
",5560:"
Response
Handles the response to the Erase_v2 Node command.
",5562:"
Response(
NodeAddress nodeAddress,
std::weak_ptr<ResponseCollector> collector
)
Creates a Erase_v2 Response object.
",5564:"
NodeAddress m_nodeAddress
The node address to look for in the response
",5566:"
bool matchSuccessResponse(
const WirelessPacket &packet
) override
Checks if the WirelessPacket passed in matches the success response pattern\'s bytes
",5567:"
bool matchFailResponse(
const WirelessPacket &packet
) override
Checks if the WirelessPacket passed in matches the failure response pattern\'s bytes
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/Erase_v2-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/Erase_v2-h-ToolTips.js deleted file mode 100644 index a6c4b82cd..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/Erase_v2-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({5207:"
WirelessResponsePattern
A pattern matching the expected response from a wireless command.
",7176:"
WirelessPacket
Represents a MicroStrain wireless packet
",7194:"
The possible ASPP versions
",9848:"
ResponseCollector
Stores all the expected command responses
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10047:"
ResponsePattern
A pattern matching the expected response from a device command (Base Class).
",10245:"
typedef for a Node\'s node address.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/Erase_v2-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/Erase_v2-h.html deleted file mode 100644 index 9c6e7dff9..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/Erase_v2-h.html +++ /dev/null @@ -1,69 +0,0 @@ - - -Erase_v2.h - - - - - - - -
-
Erase_v2
-
Erase_v2
-

Contains logic for the Erase Node command (version 2).

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress
)
-

Builds the Erase_v2 command packet

Parameters
nodeAddress
NodeAddress

the address of the Node to build the command for.

Returns

A ByteStream containing the Erase_v2 command packet.

-
- -
-
Response
-
public
WirelessResponsePattern
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
ResponsePattern
GenericMipCommand.​Response
SetToIdle.​Response
Response
-

Handles the response to the Erase_v2 Node command.

-
- -
-
Functions
-
- -
-
Response
-
Response(
NodeAddress nodeAddress,
std::weak_ptr<ResponseCollector> collector
)
-

Creates a Erase_v2 Response object.

Parameters
nodeAddress
NodeAddress

the node address to check for.

collector
std::weak_ptr<ResponseCollector>

The ResponseCollector used to register and unregister the response.

-
- -
-
Variables
-
- -
-
m_nodeAddress
-
NodeAddress m_nodeAddress
-

The node address to look for in the response

-
- -
-
Functions
-
- -
-
matchSuccessResponse
-
bool matchSuccessResponse(
const WirelessPacket &packet
) override
-

Checks if the WirelessPacket passed in matches the success response pattern's bytes

Parameters
packet
const WirelessPacket&

The WirelessPacket in which to try to find the pattern

Returns

true if the packet matches the success response pattern, false otherwise

-
- -
-
matchFailResponse
-
bool matchFailResponse(
const WirelessPacket &packet
) override
-

Checks if the WirelessPacket passed in matches the failure response pattern's bytes

Parameters
packet
const WirelessPacket&

The WirelessPacket in which to try to find the pattern

Returns

true if the packet matches the success response pattern, false otherwise

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/GetDatalogSessionInfo-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/GetDatalogSessionInfo-h-Summary.js deleted file mode 100644 index 1058a9596..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/GetDatalogSessionInfo-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Commands/GetDatalogSessionInfo.h","GetDatalogSessionInfo.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Commands/GetDatalogSessionInfo.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[5544,0,0,"GetDatalogSessionInfo","GetDatalogSessionInfo"],[5545,0,2,"Functions","GetDatalogSessionInfo.Functions"],[5546,0,1,"buildCommand","GetDatalogSessionInfo.buildCommand"],[5547,0,0,"Response","Response"],[5548,0,2,"Functions","Response.Functions"],[5549,0,1,"Response","Response.Response"],[5550,0,2,"Variables","Response.Variables"],[5551,0,3,"m_nodeAddress","Response.m_nodeAddress"],[5552,0,3,"m_result","Response.m_result"],[5553,0,2,"Functions","Response.Functions(2)"],[5554,0,1,"matchSuccessResponse","Response.matchSuccessResponse"],[5555,0,1,"matchFailResponse","Response.matchFailResponse"],[5556,0,1,"result","Response.result"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/GetDatalogSessionInfo-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/GetDatalogSessionInfo-h-SummaryToolTips.js deleted file mode 100644 index d2375c52b..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/GetDatalogSessionInfo-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Commands/GetDatalogSessionInfo.h",{5544:"
GetDatalogSessionInfo
Contains logic for the Get Datalog Session Info Node command.
",5546:"
static ByteStream buildCommand(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress
)
Builds the GetDatalogSessionInfo command packet.
",5547:"
Response
Handles the response to the GetDatalogSessionInfo Node command.
",5549:"
Response(
NodeAddress nodeAddress,
std::weak_ptr<ResponseCollector> collector
)
Creates a GetDatalogSessionInfo Response object.
",5551:"
NodeAddress m_nodeAddress
The node address to look for in the response.
",5552:"
DatalogSessionInfoResult m_result
The DatalogSessionInfoResult to hold the result on success.
",5554:"
bool matchSuccessResponse(
const WirelessPacket &packet
) override
Checks if the WirelessPacket passed in matches the success response pattern\'s bytes
",5555:"
bool matchFailResponse(
const WirelessPacket &packet
) override
Checks if the WirelessPacket passed in matches the failure response pattern\'s bytes
",5556:"
const DatalogSessionInfoResult& result() const
Gets the DatalogSessionInfoResult from a successful response.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/GetDatalogSessionInfo-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/GetDatalogSessionInfo-h-ToolTips.js deleted file mode 100644 index bb46e7319..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/GetDatalogSessionInfo-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({5207:"
WirelessResponsePattern
A pattern matching the expected response from a wireless command.
",5575:"
Object to represent the result of a DatalogSessionInfo request.
",7176:"
WirelessPacket
Represents a MicroStrain wireless packet
",7194:"
The possible ASPP versions
",9848:"
ResponseCollector
Stores all the expected command responses
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10047:"
ResponsePattern
A pattern matching the expected response from a device command (Base Class).
",10245:"
typedef for a Node\'s node address.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/GetDatalogSessionInfo-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/GetDatalogSessionInfo-h.html deleted file mode 100644 index aba7faf96..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/GetDatalogSessionInfo-h.html +++ /dev/null @@ -1,81 +0,0 @@ - - -GetDatalogSessionInfo.h - - - - - - - -
-
GetDatalogSessionInfo
-
GetDatalogSessionInfo
-

Contains logic for the Get Datalog Session Info Node command.

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress
)
-

Builds the GetDatalogSessionInfo command packet.

Parameters
nodeAddress
NodeAddress

the address of the Node to build the command for.

Returns

A ByteStream containing the GetDatalogSessionInfo command packet.

-
- -
-
Response
-
public
WirelessResponsePattern
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
ResponsePattern
GenericMipCommand.​Response
SetToIdle.​Response
Response
-

Handles the response to the GetDatalogSessionInfo Node command.

-
- -
-
Functions
-
- -
-
Response
-
Response(
NodeAddress nodeAddress,
std::weak_ptr<ResponseCollector> collector
)
-

Creates a GetDatalogSessionInfo Response object.

Parameters
nodeAddress
NodeAddress

the node address to check for.

collector
std::weak_ptr<ResponseCollector>

The ResponseCollector used to register and unregister the response.

-
- -
-
Variables
-
- -
-
m_nodeAddress
-
NodeAddress m_nodeAddress
-

The node address to look for in the response.

-
- -
-
m_result
- -

The DatalogSessionInfoResult to hold the result on success.

-
- -
-
Functions
-
- -
-
matchSuccessResponse
-
bool matchSuccessResponse(
const WirelessPacket &packet
) override
-

Checks if the WirelessPacket passed in matches the success response pattern's bytes

Parameters
packet
const WirelessPacket&

The WirelessPacket in which to try to find the pattern

Returns

true if the packet matches the success response pattern, false otherwise

-
- -
-
matchFailResponse
-
bool matchFailResponse(
const WirelessPacket &packet
) override
-

Checks if the WirelessPacket passed in matches the failure response pattern's bytes

Parameters
packet
const WirelessPacket&

The WirelessPacket in which to try to find the pattern

Returns

true if the packet matches the success response pattern, false otherwise

-
- -
-
result
-
const DatalogSessionInfoResult& result() const
-

Gets the DatalogSessionInfoResult from a successful response.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/GetDiagnosticInfo-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/GetDiagnosticInfo-h-Summary.js deleted file mode 100644 index 6d7a3ca2a..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/GetDiagnosticInfo-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Commands/GetDiagnosticInfo.h","GetDiagnosticInfo.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Commands/GetDiagnosticInfo.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[5532,0,0,"GetDiagnosticInfo","GetDiagnosticInfo"],[5533,0,2,"Functions","GetDiagnosticInfo.Functions"],[5534,0,1,"buildCommand","GetDiagnosticInfo.buildCommand"],[5535,0,0,"Response","Response"],[5536,0,2,"Functions","Response.Functions"],[5537,0,1,"Response","Response.Response"],[5538,0,2,"Variables","Response.Variables"],[5539,0,3,"m_nodeAddress","Response.m_nodeAddress"],[5540,0,3,"m_result","Response.m_result"],[5541,0,2,"Functions","Response.Functions(2)"],[5542,0,1,"match","Response.match"],[5543,0,1,"result","Response.result"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/GetDiagnosticInfo-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/GetDiagnosticInfo-h-SummaryToolTips.js deleted file mode 100644 index 77c4588c1..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/GetDiagnosticInfo-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Commands/GetDiagnosticInfo.h",{5532:"
GetDiagnosticInfo
Contains logic for the Get Diagnostic Info Node command.
",5534:"
static ByteStream buildCommand(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress
)
Builds the command packet.
",5535:"
Response
Handles the response to the GetDiagnosticInfo Node command.
",5537:"
Response(
NodeAddress nodeAddress,
std::weak_ptr<ResponseCollector> collector
)
Creates a GetDiagnosticInfo Response object
",5539:"
NodeAddress m_nodeAddress
The node address to look for in the Long Ping response.
",5540:"
ChannelData m_result
The <ChannelData> that holds the result data of the GetDiagnosticInfo Node command.
",5542:"
virtual bool matchSuccessResponse(
const WirelessPacket &packet
) override
Checks if the WirelessPacket passed in matches the expected response pattern\'s bytes
",5543:"
const ChannelData& result() const
Gets the <ChannelData> that holds the result info from the response
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/GetDiagnosticInfo-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/GetDiagnosticInfo-h-ToolTips.js deleted file mode 100644 index a6c4b82cd..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/GetDiagnosticInfo-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({5207:"
WirelessResponsePattern
A pattern matching the expected response from a wireless command.
",7176:"
WirelessPacket
Represents a MicroStrain wireless packet
",7194:"
The possible ASPP versions
",9848:"
ResponseCollector
Stores all the expected command responses
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10047:"
ResponsePattern
A pattern matching the expected response from a device command (Base Class).
",10245:"
typedef for a Node\'s node address.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/GetDiagnosticInfo-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/GetDiagnosticInfo-h.html deleted file mode 100644 index 8a6f3da49..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/GetDiagnosticInfo-h.html +++ /dev/null @@ -1,75 +0,0 @@ - - -GetDiagnosticInfo.h - - - - - - - -
-
GetDiagnosticInfo
-
GetDiagnosticInfo
-

Contains logic for the Get Diagnostic Info Node command.

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress
)
-

Builds the command packet.

Parameters
nodeAddress
NodeAddress

the address of the Node to build the command for.

Returns

A ByteStream containing the command packet

-
- -
-
Response
-
public
WirelessResponsePattern
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
ResponsePattern
GenericMipCommand.​Response
SetToIdle.​Response
Response
-

Handles the response to the GetDiagnosticInfo Node command.

-
- -
-
Functions
-
- -
-
Response
-
Response(
NodeAddress nodeAddress,
std::weak_ptr<ResponseCollector> collector
)
-

Creates a GetDiagnosticInfo Response object

Parameters
nodeAddress
NodeAddress

the node address to check for.

collector
std::weak_ptr<ResponseCollector>

The ResponseCollector used to register and unregister the response.

-
- -
-
Variables
-
- -
-
m_nodeAddress
-
NodeAddress m_nodeAddress
-

The node address to look for in the Long Ping response.

-
- -
-
m_result
-
ChannelData m_result
-

The <ChannelData> that holds the result data of the GetDiagnosticInfo Node command.

-
- -
-
Functions
-
- -
-
match
-
virtual bool matchSuccessResponse(
const WirelessPacket &packet
) override
-

Checks if the WirelessPacket passed in matches the expected response pattern's bytes

Parameters
packet
const WirelessPacket&

The WirelessPacket in which to try to find the pattern

Returns

true if the packet matches a response pattern, false otherwise

-
- -
-
result
-
const ChannelData& result() const
-

Gets the <ChannelData> that holds the result info from the response

Returns

A <ChannelData> that holds the result info from the response

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/GetLoggedData-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/GetLoggedData-h-Summary.js deleted file mode 100644 index 3e5205557..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/GetLoggedData-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Commands/GetLoggedData.h","GetLoggedData.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Commands/GetLoggedData.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[5502,0,0,"GetLoggedData","GetLoggedData"],[5503,0,2,"Functions","GetLoggedData.Functions"],[5504,0,1,"buildCommand","GetLoggedData.buildCommand"],[5505,0,0,"Response","Response"],[5506,0,2,"Functions","Response.Functions"],[5507,0,1,"Response","Response.Response"],[5508,0,2,"Variables","Response.Variables"],[5509,0,3,"m_nodeAddress","Response.m_nodeAddress"],[5510,0,3,"m_flashAddress","Response.m_flashAddress"],[5511,0,3,"m_data","Response.m_data"],[5512,0,2,"Functions","Response.Functions(2)"],[5513,0,1,"matchSuccessResponse","Response.matchSuccessResponse"],[5514,0,1,"matchFailResponse","Response.matchFailResponse"],[5515,0,1,"data","Response.data"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/GetLoggedData-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/GetLoggedData-h-SummaryToolTips.js deleted file mode 100644 index ca7dd7aec..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/GetLoggedData-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Commands/GetLoggedData.h",{5502:"
GetLoggedData
Contains logic for the Get Logged Data Node command.
",5504:"
static ByteStream buildCommand(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress,
uint32 flashAddress
)
Builds the GetLoggedData command packet.
",5505:"
Response
Handles the response to the GetLoggedData Node command.
",5507:"
Response(
NodeAddress nodeAddress,
uint32 flashAddress,
std::weak_ptr<ResponseCollector> collector
)
Creates a GetLoggedData Response object.
",5509:"
NodeAddress m_nodeAddress
The node address to look for in the response.
",5510:"
uint32 m_flashAddress
The flash address to match in the response.
",5511:"
ByteStream m_data
The ByteStream containing the resulting data on success.
",5513:"
bool matchSuccessResponse(
const WirelessPacket &packet
) override
Checks if the WirelessPacket passed in matches the success response pattern\'s bytes
",5514:"
bool matchFailResponse(
const WirelessPacket &packet
) override
Checks if the WirelessPacket passed in matches the failure response pattern\'s bytes
",5515:"
const ByteStream& data() const
Gets the ByteStream containing the data from a successful response.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/GetLoggedData-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/GetLoggedData-h-ToolTips.js deleted file mode 100644 index a6c4b82cd..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/GetLoggedData-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({5207:"
WirelessResponsePattern
A pattern matching the expected response from a wireless command.
",7176:"
WirelessPacket
Represents a MicroStrain wireless packet
",7194:"
The possible ASPP versions
",9848:"
ResponseCollector
Stores all the expected command responses
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10047:"
ResponsePattern
A pattern matching the expected response from a device command (Base Class).
",10245:"
typedef for a Node\'s node address.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/GetLoggedData-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/GetLoggedData-h.html deleted file mode 100644 index b85015890..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/GetLoggedData-h.html +++ /dev/null @@ -1,87 +0,0 @@ - - -GetLoggedData.h - - - - - - - -
-
GetLoggedData
-
GetLoggedData
-

Contains logic for the Get Logged Data Node command.

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress,
uint32 flashAddress
)
-

Builds the GetLoggedData command packet.

Parameters
nodeAddress
NodeAddress

the address of the Node to build the command for.

flashAddress
uint32

The flash address to read.

Returns

A ByteStream containing the GetLoggedData command packet.

-
- -
-
Response
-
public
WirelessResponsePattern
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
ResponsePattern
GenericMipCommand.​Response
SetToIdle.​Response
Response
-

Handles the response to the GetLoggedData Node command.

-
- -
-
Functions
-
- -
-
Response
-
Response(
NodeAddress nodeAddress,
uint32 flashAddress,
std::weak_ptr<ResponseCollector> collector
)
-

Creates a GetLoggedData Response object.

Parameters
nodeAddress
NodeAddress

the node address to check for.

flashAddress
uint32

The flash address to match in the response.

collector
std::weak_ptr<ResponseCollector>

The ResponseCollector used to register and unregister the response.

-
- -
-
Variables
-
- -
-
m_nodeAddress
-
NodeAddress m_nodeAddress
-

The node address to look for in the response.

-
- -
-
m_flashAddress
-
uint32 m_flashAddress
-

The flash address to match in the response.

-
- -
-
m_data
-
ByteStream m_data
-

The ByteStream containing the resulting data on success.

-
- -
-
Functions
-
- -
-
matchSuccessResponse
-
bool matchSuccessResponse(
const WirelessPacket &packet
) override
-

Checks if the WirelessPacket passed in matches the success response pattern's bytes

Parameters
packet
const WirelessPacket&

The WirelessPacket in which to try to find the pattern

Returns

true if the packet matches the success response pattern, false otherwise

-
- -
-
matchFailResponse
-
bool matchFailResponse(
const WirelessPacket &packet
) override
-

Checks if the WirelessPacket passed in matches the failure response pattern's bytes

Parameters
packet
const WirelessPacket&

The WirelessPacket in which to try to find the pattern

Returns

true if the packet matches the success response pattern, false otherwise

-
- -
-
data
-
const ByteStream& data() const
-

Gets the ByteStream containing the data from a successful response.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/LongPing-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/LongPing-h-Summary.js deleted file mode 100644 index 191734b3a..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/LongPing-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Commands/LongPing.h","LongPing.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Commands/LongPing.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[5490,0,0,"LongPing","LongPing"],[5491,0,2,"Functions","LongPing.Functions"],[5492,0,1,"buildCommand","LongPing.buildCommand"],[5493,0,0,"Response","Response"],[5494,0,2,"Functions","Response.Functions"],[5495,0,1,"Response","Response.Response"],[5496,0,2,"Variables","Response.Variables"],[5497,0,3,"m_nodeAddress","Response.m_nodeAddress"],[5498,0,3,"m_result","Response.m_result"],[5499,0,2,"Functions","Response.Functions(2)"],[5500,0,1,"match","Response.match"],[5501,0,1,"result","Response.result"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/LongPing-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/LongPing-h-SummaryToolTips.js deleted file mode 100644 index d95086409..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/LongPing-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Commands/LongPing.h",{5490:"
LongPing
Contains logic for the LongPing Node command
",5492:"
static ByteStream buildCommand(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress
)
Builds the LongPing command packet
",5493:"
Response
Handles the response to the LongPing Node command
",5495:"
Response(
NodeAddress nodeAddress,
std::weak_ptr<ResponseCollector> collector
)
Creates a LongPing Response object
",5497:"
NodeAddress m_nodeAddress
The node address to look for in the Long Ping response
",5498:"
PingResponse m_result
The PingResponse that holds the result of the LongPing Node command
",5500:"
virtual bool matchSuccessResponse(
const WirelessPacket &packet
) override
Checks if the WirelessPacket passed in matches the expected response pattern\'s bytes
",5501:"
PingResponse result()
Gets the PingResponse that holds the result of the response
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/LongPing-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/LongPing-h-ToolTips.js deleted file mode 100644 index 7201b7b47..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/LongPing-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({5207:"
WirelessResponsePattern
A pattern matching the expected response from a wireless command.
",5460:"
PingResponse
Represents the response to a Long Ping Node command
",7176:"
WirelessPacket
Represents a MicroStrain wireless packet
",7194:"
The possible ASPP versions
",9848:"
ResponseCollector
Stores all the expected command responses
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10047:"
ResponsePattern
A pattern matching the expected response from a device command (Base Class).
",10245:"
typedef for a Node\'s node address.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/LongPing-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/LongPing-h.html deleted file mode 100644 index bf60d2309..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/LongPing-h.html +++ /dev/null @@ -1,75 +0,0 @@ - - -LongPing.h - - - - - - - -
-
LongPing
-
LongPing
-

Contains logic for the LongPing Node command

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress
)
-

Builds the LongPing command packet

Parameters
asppVer
WirelessPacket::AsppVersion

The WirelessPacket::AsppVersion to use in parsing the response

nodeAddress
NodeAddress

the address of the Node to build the command for

Returns

A ByteStream containing the LongPing command packet

-
- -
-
Response
-
public
WirelessResponsePattern
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
ResponsePattern
GenericMipCommand.​Response
SetToIdle.​Response
Response
-

Handles the response to the LongPing Node command

-
- -
-
Functions
-
- -
-
Response
-
Response(
NodeAddress nodeAddress,
std::weak_ptr<ResponseCollector> collector
)
-

Creates a LongPing Response object

Parameters
nodeAddress
NodeAddress

the node address to check for

collector
std::weak_ptr<ResponseCollector>

The ResponseCollector used to register and unregister the response

-
- -
-
Variables
-
- -
-
m_nodeAddress
-
NodeAddress m_nodeAddress
-

The node address to look for in the Long Ping response

-
- -
-
m_result
-
PingResponse m_result
-

The PingResponse that holds the result of the LongPing Node command

-
- -
-
Functions
-
- -
-
match
-
virtual bool matchSuccessResponse(
const WirelessPacket &packet
) override
-

Checks if the WirelessPacket passed in matches the expected response pattern's bytes

Parameters
packet
const WirelessPacket&

The WirelessPacket in which to try to find the pattern

Returns

true if the packet matches a response pattern, false otherwise

-
- -
-
result
-
PingResponse result()
-

Gets the PingResponse that holds the result of the response

Returns

A PingResponse that holds the result of the response

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/PageDownload-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/PageDownload-h-Summary.js deleted file mode 100644 index 6b372cbff..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/PageDownload-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Commands/PageDownload.h","PageDownload.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Commands/PageDownload.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Sections","Section"],["Variables","Variable"]],[[5474,0,3,"PageDownload","PageDownload"],[5475,0,0,"PageDownload","PageDownload(2)"],[5476,0,2,"Functions","PageDownload.Functions"],[5477,0,1,"buildCommand","PageDownload.buildCommand"],[5478,0,0,"Response","Response"],[5479,0,2,"Functions","Response.Functions"],[5480,0,1,"Response","Response.Response"],[5481,0,2,"Variables","Response.Variables"],[5482,0,4,"m_dataPoints","Response.m_dataPoints"],[5483,0,4,"m_matchedPart1","Response.m_matchedPart1"],[5484,0,2,"Functions","Response.Functions(2)"],[5485,0,1,"match","Response.match"],[5486,0,1,"dataPoints","Response.dataPoints"],[5487,0,1,"matchSuccessResponsePart1","Response.matchSuccessResponsePart1"],[5488,0,1,"matchSuccessResponse","Response.matchSuccessResponse"],[5489,0,1,"matchSuccessResponse","Response.matchSuccessResponse(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/PageDownload-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/PageDownload-h-SummaryToolTips.js deleted file mode 100644 index 4b618fb00..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/PageDownload-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Commands/PageDownload.h",{5475:"
PageDownload
Contains logic for the PageDownload Node command
",5477:"
static ByteStream buildCommand(
NodeAddress nodeAddress,
uint16 pageIndex
)
Builds the PageDownload command packet
",5478:"
Response
Handles the response to the PageDownload Node command
",5480:"
Response(
std::weak_ptr<ResponseCollector> collector
)
Creates a PageDownload Response object
",5482:"
ByteStream m_dataPoints
The data points that make up the "page" that was downloaded from the Node
",5483:"
bool m_matchedPart1
Whether or not part 1 (the Command Byte) of the response has been matched
",5485:"
virtual bool match(
DataBuffer &data
) override
Checks if the DataBuffer passed in matches the expected response pattern\'s bytes
",5486:"
ByteStream dataPoints()
Gets the dataPoints that were downloaded from the Node
",5487:"
bool matchSuccessResponsePart1(
DataBuffer &data
)
Checks if the DataBuffer passed in matches the first part (Command Byte) of the response bytes
",5488:"
bool matchSuccessResponse(
DataBuffer &data
) override
Checks if the DataBuffer passed in matches the success response bytes
",5489:"
Checks if the DataBuffer passed in matches the fail response bytes
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/PageDownload-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/PageDownload-h-ToolTips.js deleted file mode 100644 index 0e5d17ad4..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/PageDownload-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({5207:"
WirelessResponsePattern
A pattern matching the expected response from a wireless command.
",9848:"
ResponseCollector
Stores all the expected command responses
",9916:"
Used to easily read a container of bytes
",9928:"
DataBuffer
A buffer of bytes extending from the ByteStream class that is used for holding bytes read in from the connection
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10047:"
ResponsePattern
A pattern matching the expected response from a device command (Base Class).
",10245:"
typedef for a Node\'s node address.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/PageDownload-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/PageDownload-h.html deleted file mode 100644 index 67665bc90..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/PageDownload-h.html +++ /dev/null @@ -1,96 +0,0 @@ - - -PageDownload.h - - - - - - - -
-
PageDownload
-
- -
-
PageDownload
-
PageDownload
-

Contains logic for the PageDownload Node command

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand(
NodeAddress nodeAddress,
uint16 pageIndex
)
-

Builds the PageDownload command packet

Parameters
nodeAddress
NodeAddress

the address of the Node to build the command for

pageIndex
uint16

the page index to download from the Node's memory

Returns

A ByteStream containing the command packet

-
- -
-
Response
-
public
WirelessResponsePattern
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
ResponsePattern
GenericMipCommand.​Response
SetToIdle.​Response
Response
-

Handles the response to the PageDownload Node command

-
- -
-
Functions
-
- -
-
Response
-
Response(
std::weak_ptr<ResponseCollector> collector
)
-

Creates a PageDownload Response object

Parameters
collector
std::weak_ptr<ResponseCollector>

The ResponseCollector used to register and unregister the response

-
- -
-
Variables
-
- -
-
m_dataPoints
-
ByteStream m_dataPoints
-

The data points that make up the "page" that was downloaded from the Node

-
- -
-
m_matchedPart1
-
bool m_matchedPart1
-

Whether or not part 1 (the Command Byte) of the response has been matched

-
- -
-
Functions
-
- -
-
match
-
virtual bool match(
DataBuffer &data
) override
-

Checks if the DataBuffer passed in matches the expected response pattern's bytes

Parameters
data
DataBuffer&

The DataBuffer containing the bytes to match

Returns

true if the bytes match a response pattern, false otherwise

-
- -
-
dataPoints
-
ByteStream dataPoints()
-

Gets the dataPoints that were downloaded from the Node

Returns

A ByteStream holding the data points (if any) that were downloaded from the Node

-
- -
-
matchSuccessResponsePart1
-
bool matchSuccessResponsePart1(
DataBuffer &data
)
-

Checks if the DataBuffer passed in matches the first part (Command Byte) of the response bytes

Parameters
data
DataBuffer&

The DataBuffer containing the bytes to match

Returns

true if the bytes match the first part of the success response pattern, false otherwise

-
- -
-
matchSuccessResponse
-
bool matchSuccessResponse(
DataBuffer &data
) override
-

Checks if the DataBuffer passed in matches the success response bytes

Parameters
data
DataBuffer&

The DataBuffer containing the bytes to match

Returns

true if the bytes match the success response pattern, false otherwise

-
- -
-
matchSuccessResponse
-

Checks if the DataBuffer passed in matches the fail response bytes

Parameters
data

The DataBuffer containing the bytes to match

Returns

true if the bytes match the fail response pattern, false otherwise

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/PingResponse-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/PingResponse-h-Summary.js deleted file mode 100644 index 7158fe8b0..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/PingResponse-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Commands/PingResponse.h","PingResponse.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Commands/PingResponse.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[5460,0,0,"PingResponse","PingResponse"],[5461,0,2,"Functions","PingResponse.Functions"],[5462,0,1,"PingResponse","PingResponse.PingResponse"],[5463,0,1,"PingResponse","PingResponse.PingResponse(2)"],[5464,0,1,"ResponseSuccess","PingResponse.ResponseSuccess"],[5465,0,1,"ResponseFail","PingResponse.ResponseFail"],[5466,0,2,"Variables","PingResponse.Variables"],[5467,0,3,"m_success","PingResponse.m_success"],[5468,0,3,"m_nodeRssi","PingResponse.m_nodeRssi"],[5469,0,3,"m_baseRssi","PingResponse.m_baseRssi"],[5470,0,2,"Functions","PingResponse.Functions(2)"],[5471,0,1,"success","PingResponse.success"],[5472,0,1,"nodeRssi","PingResponse.nodeRssi"],[5473,0,1,"baseRssi","PingResponse.baseRssi"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/PingResponse-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/PingResponse-h-SummaryToolTips.js deleted file mode 100644 index 21d42bd6c..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/PingResponse-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Commands/PingResponse.h",{5460:"
PingResponse
Represents the response to a Long Ping Node command
",5462:"
PingResponse()
Creates a PingResponse with default values
",5463:"
PingResponse(
bool success,
int16 nodeRssi,
int16 baseRssi
)
Creates a PingResponse with the given parameters
",5464:"
static PingResponse ResponseSuccess(
int16 nodeRssi,
int16 baseRssi
)
Creates a PingResponse with a successful response
",5465:"
static PingResponse ResponseFail()
Creates a PingResponse with a fail response
",5467:"
bool m_success
Whether or not the Long Ping response was a success
",5468:"
int16 m_nodeRssi
The node RSSI value received in the Long Ping response
",5469:"
int16 m_baseRssi
The base station RSSI value received in the Long Ping response
",5471:"
bool success() const
Gets whether or not the Long Ping command was a success (the node responded).
",5472:"
int16 nodeRssi() const
Gets the node RSSI that was returned with the response (if success() returns true).  This is the signal strength at which the Node received the BaseStation\'s command packet.
",5473:"
int16 baseRssi() const
Gets the base station RSSI that was returned with the response (if success() returns true).  This is the signal strength at which the BaseStation received the Nodes\'s response packet.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/PingResponse-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/PingResponse-h-ToolTips.js deleted file mode 100644 index d251d9706..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/PingResponse-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({5460:"
PingResponse
Represents the response to a Long Ping Node command
",5462:"
PingResponse()
Creates a PingResponse with default values
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/PingResponse-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/PingResponse-h.html deleted file mode 100644 index adeb0c62f..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/PingResponse-h.html +++ /dev/null @@ -1,89 +0,0 @@ - - -PingResponse.h - - - - - - - -
-
PingResponse
-
PingResponse
-

Represents the response to a Long Ping Node command

-
- -
-
Functions
-
- -
-
PingResponse
-
PingResponse()
-

Creates a PingResponse with default values

-
- -
-
PingResponse
-
PingResponse(
bool success,
int16 nodeRssi,
int16 baseRssi
)
-

Creates a PingResponse with the given parameters

Parameters
success
bool

Whether or not the Long Ping response was a success

nodeRssi
int16

The node RSSI value received in the Long Ping response

baseRssi
int16

The base station RSSI value received in the Long Ping response

-
- -
-
ResponseSuccess
-
static PingResponse ResponseSuccess(
int16 nodeRssi,
int16 baseRssi
)
-

Creates a PingResponse with a successful response

Parameters
nodeRssi
int16

the node RSSI from the response

baseRssi
int16

the base station RSSI from the response

Returns

A PingResponse representing a success response from the LongPing node command

-
- -
-
ResponseFail
-
static PingResponse ResponseFail()
-

Creates a PingResponse with a fail response

Returns

A PingResponse representing a failed response from the LongPing Node command

-
- -
-
Variables
-
- -
-
m_success
-
bool m_success
-

Whether or not the Long Ping response was a success

-
- -
-
m_nodeRssi
-
int16 m_nodeRssi
-

The node RSSI value received in the Long Ping response

-
- -
-
m_baseRssi
-
int16 m_baseRssi
-

The base station RSSI value received in the Long Ping response

-
- -
-
Functions
-
- -
-
success
-
bool success() const
-

Gets whether or not the Long Ping command was a success (the node responded).

Returns

true if the Long Ping command was a success, false otherwise.

-
- -
-
nodeRssi
-
int16 nodeRssi() const
-

Gets the node RSSI that was returned with the response (if success() returns true).  This is the signal strength at which the Node received the BaseStation's command packet.

Returns

The node RSSI that was returned with the response

-
- -
-
baseRssi
-
int16 baseRssi() const
-

Gets the base station RSSI that was returned with the response (if success() returns true).  This is the signal strength at which the BaseStation received the Nodes's response packet.

Returns

The base station RSSI that was returned with the response.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/Poll-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/Poll-h-Summary.js deleted file mode 100644 index d0de08f25..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/Poll-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Commands/Poll.h","Poll.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Commands/Poll.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[5443,0,0,"Poll","Poll"],[5444,0,2,"Functions","Poll.Functions"],[5445,0,1,"buildCommand","Poll.buildCommand"],[5446,0,0,"Response","Response"],[5447,0,2,"Functions","Response.Functions"],[5448,0,1,"Response","Response.Response"],[5449,0,2,"Variables","Response.Variables"],[5450,0,3,"m_nodeAddress","Response.m_nodeAddress"],[5451,0,3,"m_started","Response.m_started"],[5452,0,3,"m_timeUntilCompletion","Response.m_timeUntilCompletion"],[5453,0,3,"m_result","Response.m_result"],[5454,0,2,"Functions","Response.Functions(2)"],[5455,0,1,"started","Response.started"],[5456,0,1,"timeToComplete","Response.timeToComplete"],[5457,0,1,"result","Response.result"],[5458,0,1,"match","Response.match"],[5459,0,1,"match_nodeReceived","Response.match_nodeReceived"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/Poll-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/Poll-h-SummaryToolTips.js deleted file mode 100644 index 88bf16a01..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/Poll-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Commands/Poll.h",{5443:"
Poll
Contains logic for the Poll Node command.
",5445:"
static ByteStream buildCommand(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress,
const ChannelMask &chMask
)
Builds the Poll command packet.
",5446:"
Response
Handles the response to the AutoBalance Node command
",5448:"
Response(
NodeAddress nodeAddress,
std::weak_ptr<ResponseCollector> collector
)
Creates a Poll Response object
",5450:"
NodeAddress m_nodeAddress
The node address to look for in the response.
",5451:"
bool m_started
Whether the Poll has been successfully started or not (as reported by the Node).
",5452:"
float m_timeUntilCompletion
The amount of time (in seconds) that the Poll operation will take to complete.  This value gets reported by the Node before starting the Poll.
",5453:"
WirelessPollData m_result
The <WirelessPollData> response from a successful poll command.
",5455:"
bool started() const
Gets whether the Poll operation has started or not.
",5456:"
float timeToComplete() const
Gets the total time (in seconds) that the Node reported it will take to complete the Poll operation.
",5457:"
const WirelessPollData& result() const
Gets the <WirelessPollData> from a successful poll command.
",5458:"
virtual bool match(
const WirelessPacket &packet
) override
Checks if the WirelessPacket passed in matches the expected response pattern\'s bytes.
",5459:"
bool match_nodeReceived(
const WirelessPacket &packet
)
Checks if the WirelessPacket passed in matches the "Node Received" packet.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/Poll-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/Poll-h-ToolTips.js deleted file mode 100644 index 41b17434c..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/Poll-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({5207:"
WirelessResponsePattern
A pattern matching the expected response from a wireless command.
",7176:"
WirelessPacket
Represents a MicroStrain wireless packet
",7194:"
The possible ASPP versions
",9478:"
ChannelMask
Represents the channel mask (active and inactive channels) for a WirelessNode.
",9848:"
ResponseCollector
Stores all the expected command responses
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10047:"
ResponsePattern
A pattern matching the expected response from a device command (Base Class).
",10245:"
typedef for a Node\'s node address.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/Poll-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/Poll-h.html deleted file mode 100644 index d53ada61a..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/Poll-h.html +++ /dev/null @@ -1,105 +0,0 @@ - - -Poll.h - - - - - - - -
-
Poll
-
Poll
-

Contains logic for the Poll Node command.

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress,
const ChannelMask &chMask
)
-

Builds the Poll command packet.

Parameters
asppVer
WirelessPacket::AsppVersion

The WirelessPacket::AsppVersion to build the command for.

nodeAddress
NodeAddress

The address of the Node to build the command for.

chMask
const ChannelMask&

The ChannelMask representing the channels to poll.

Returns

A ByteStream containing the command packet.

-
- -
-
Response
-
public
WirelessResponsePattern
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
ResponsePattern
GenericMipCommand.​Response
SetToIdle.​Response
Response
-

Handles the response to the AutoBalance Node command

-
- -
-
Functions
-
- -
-
Response
-
Response(
NodeAddress nodeAddress,
std::weak_ptr<ResponseCollector> collector
)
-

Creates a Poll Response object

Parameters
nodeAddress
NodeAddress

The node address to check for.

collector
std::weak_ptr<ResponseCollector>

The ResponseCollector used to register and unregister the response.

-
- -
-
Variables
-
- -
-
m_nodeAddress
-
NodeAddress m_nodeAddress
-

The node address to look for in the response.

-
- -
-
m_started
-
bool m_started
-

Whether the Poll has been successfully started or not (as reported by the Node).

-
- -
-
m_timeUntilCompletion
-
float m_timeUntilCompletion
-

The amount of time (in seconds) that the Poll operation will take to complete.  This value gets reported by the Node before starting the Poll.

-
- -
-
m_result
-
WirelessPollData m_result
-

The <WirelessPollData> response from a successful poll command.

-
- -
-
Functions
-
- -
-
started
-
bool started() const
-

Gets whether the Poll operation has started or not.

Returns

true if the Node indicated that the Poll operation has started, false otherwise.

-
- -
-
timeToComplete
-
float timeToComplete() const
-

Gets the total time (in seconds) that the Node reported it will take to complete the Poll operation.

Returns

The time (in seconds) that the Node reported it will take to complete Poll.

-
- -
-
result
-
const WirelessPollData& result() const
-

Gets the <WirelessPollData> from a successful poll command.

Returns

A <WirelessPollData> map.

-
- -
-
match
-
virtual bool match(
const WirelessPacket &packet
) override
-

Checks if the WirelessPacket passed in matches the expected response pattern's bytes.

Parameters
packet
const WirelessPacket&

The WirelessPacket in which to try to find the pattern

Returns

true if the packet matches a response pattern, false otherwise

-
- -
-
match_nodeReceived
-
bool match_nodeReceived(
const WirelessPacket &packet
)
-

Checks if the WirelessPacket passed in matches the "Node Received" packet.

Parmeters
packet

The WirelessPacket to try to match.

Returns

true if the packet matches the Node Received packet, false otherwise.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/ReadEeprom-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/ReadEeprom-h-Summary.js deleted file mode 100644 index 3afa02779..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/ReadEeprom-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Commands/ReadEeprom.h","ReadEeprom.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Commands/ReadEeprom.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[5431,0,0,"ReadEeprom","ReadEeprom"],[5432,0,2,"Functions","ReadEeprom.Functions"],[5433,0,1,"buildCommand","ReadEeprom.buildCommand"],[5434,0,0,"Response","Response"],[5435,0,2,"Functions","Response.Functions"],[5436,0,1,"Response","Response.Response"],[5437,0,2,"Variables","Response.Variables"],[5438,0,3,"m_nodeAddress","Response.m_nodeAddress"],[5439,0,3,"eepromValue","Response.eepromValue"],[5440,0,2,"Functions","Response.Functions(2)"],[5441,0,1,"match","Response.match"],[5442,0,1,"eepromValue","Response.eepromValue(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/ReadEeprom-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/ReadEeprom-h-SummaryToolTips.js deleted file mode 100644 index b3fc70801..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/ReadEeprom-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Commands/ReadEeprom.h",{5431:"
ReadEeprom
Contains logic for the ReadEeprom Node command
",5433:"
static ByteStream buildCommand(
NodeAddress nodeAddress,
uint16 eepromAddress
)
Builds the ReadEeprom command packet
",5434:"
Response
Handles the response to the ReadEeprom Node command
",5436:"
Response(
NodeAddress nodeAddress,
std::weak_ptr<ResponseCollector> collector
)
Creates a EepromRead Response object
",5438:"
NodeAddress m_nodeAddress
The node address to look for in the ReadEeprom response
",5439:"
uint16 m_eepromValue
The result eeprom value from the command.
",5441:"
virtual bool matchSuccessResponse(
const WirelessPacket &packet
) override
Checks if the WirelessPacket passed in matches the expected response pattern\'s bytes
",5442:"
uint16 eepromValue() const
Gets the result eeprom value that was read from the Node.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/ReadEeprom-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/ReadEeprom-h-ToolTips.js deleted file mode 100644 index 5f3509796..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/ReadEeprom-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({5207:"
WirelessResponsePattern
A pattern matching the expected response from a wireless command.
",7176:"
WirelessPacket
Represents a MicroStrain wireless packet
",9848:"
ResponseCollector
Stores all the expected command responses
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10047:"
ResponsePattern
A pattern matching the expected response from a device command (Base Class).
",10245:"
typedef for a Node\'s node address.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/ReadEeprom-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/ReadEeprom-h.html deleted file mode 100644 index 1532bf2dc..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/ReadEeprom-h.html +++ /dev/null @@ -1,75 +0,0 @@ - - -ReadEeprom.h - - - - - - - -
-
ReadEeprom
-
ReadEeprom
-

Contains logic for the ReadEeprom Node command

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand(
NodeAddress nodeAddress,
uint16 eepromAddress
)
-

Builds the ReadEeprom command packet

Parameters
nodeAddress
NodeAddress

the address of the Node to build the command for

eepromAddress
uint16

the Eeprom address to read from

Returns

A ByteStream containing the command packet

-
- -
-
Response
-
public
WirelessResponsePattern
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
ResponsePattern
GenericMipCommand.​Response
SetToIdle.​Response
Response
-

Handles the response to the ReadEeprom Node command

-
- -
-
Functions
-
- -
-
Response
-
Response(
NodeAddress nodeAddress,
std::weak_ptr<ResponseCollector> collector
)
-

Creates a EepromRead Response object

Parameters
nodeAddress
NodeAddress

the node address to check for

collector
std::weak_ptr<ResponseCollector>

The ResponseCollector used to register and unregister the response

-
- -
-
Variables
-
- -
-
m_nodeAddress
-
NodeAddress m_nodeAddress
-

The node address to look for in the ReadEeprom response

-
- -
-
eepromValue
-
uint16 m_eepromValue
-

The result eeprom value from the command.

-
- -
-
Functions
-
- -
-
match
-
virtual bool matchSuccessResponse(
const WirelessPacket &packet
) override
-

Checks if the WirelessPacket passed in matches the expected response pattern's bytes

Parameters
packet
const WirelessPacket&

The WirelessPacket in which to try to find the pattern

Returns

true if the packet matches a response pattern, false otherwise

-
- -
-
eepromValue
-
uint16 eepromValue() const
-

Gets the result eeprom value that was read from the Node.

Returns

The eeprom value read from the Node.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/ReadEeprom_v2-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/ReadEeprom_v2-h-Summary.js deleted file mode 100644 index def60c385..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/ReadEeprom_v2-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Commands/ReadEeprom_v2.h","ReadEeprom_v2.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Commands/ReadEeprom_v2.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[5415,0,0,"ReadEeprom_v2","ReadEeprom_v2"],[5416,0,2,"Functions","ReadEeprom_v2.Functions"],[5417,0,1,"buildCommand","ReadEeprom_v2.buildCommand"],[5418,0,0,"Response","Response"],[5419,0,2,"Functions","Response.Functions"],[5420,0,1,"Response","Response.Response"],[5421,0,2,"Variables","Response.Variables"],[5422,0,3,"m_nodeAddress","Response.m_nodeAddress"],[5423,0,3,"m_eepromAddress","Response.m_eepromAddress"],[5424,0,3,"eepromValue","Response.eepromValue"],[5425,0,3,"m_errorCode","Response.m_errorCode"],[5426,0,2,"Functions","Response.Functions(2)"],[5427,0,1,"eepromValue","Response.eepromValue(2)"],[5428,0,1,"errorCode","Response.errorCode"],[5429,0,1,"matchSuccessResponse","Response.matchSuccessResponse"],[5430,0,1,"matchFailResponse","Response.matchFailResponse"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/ReadEeprom_v2-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/ReadEeprom_v2-h-SummaryToolTips.js deleted file mode 100644 index 57a392163..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/ReadEeprom_v2-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Commands/ReadEeprom_v2.h",{5415:"
ReadEeprom_v2
Contains logic for the ReadEeprom (version 2) Node command
",5417:"
static ByteStream buildCommand(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress,
uint16 eepromAddress
)
Builds the ReadEeprom command packet
",5418:"
Response
Handles the response to the ReadEeprom Node command
",5420:"
Response(
NodeAddress nodeAddress,
uint16 eepromAddress,
std::weak_ptr<ResponseCollector> collector
)
Creates a EepromRead Response object
",5422:"
NodeAddress m_nodeAddress
The node address to look for in the ReadEeprom response.
",5423:"
uint16 m_eepromAddress
The eeprom address to look for in the ReadEeprom response.
",5424:"
uint16 m_eepromValue
The result eeprom value from the command.
",5425:"
WirelessPacket::ResponseErrorCode m_errorCode
The WirelessPacket::ResponseErrorCode from the response.
",5427:"
uint16 eepromValue() const
Gets the result eeprom value that was read from the Node.
",5428:"
WirelessPacket::ResponseErrorCode errorCode() const
Gets the WirelessPacket::ResponseErrorCode from the response packet.
",5429:"
bool matchSuccessResponse(
const WirelessPacket &packet
) override
Checks if the WirelessPacket passed in matches the success response.
",5430:"
bool matchFailResponse(
const WirelessPacket &packet
) override
Checks if the WirelessPacket passed in matches the failure response.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/ReadEeprom_v2-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/ReadEeprom_v2-h-ToolTips.js deleted file mode 100644 index 14053f1ed..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/ReadEeprom_v2-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({5207:"
WirelessResponsePattern
A pattern matching the expected response from a wireless command.
",7176:"
WirelessPacket
Represents a MicroStrain wireless packet
",7194:"
The possible ASPP versions
",7198:"
Possible error codes from response packets.
",9848:"
ResponseCollector
Stores all the expected command responses
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10047:"
ResponsePattern
A pattern matching the expected response from a device command (Base Class).
",10245:"
typedef for a Node\'s node address.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/ReadEeprom_v2-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/ReadEeprom_v2-h.html deleted file mode 100644 index 71b816d19..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/ReadEeprom_v2-h.html +++ /dev/null @@ -1,99 +0,0 @@ - - -ReadEeprom_v2.h - - - - - - - -
-
ReadEeprom_v2
-
ReadEeprom_v2
-

Contains logic for the ReadEeprom (version 2) Node command

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress,
uint16 eepromAddress
)
-

Builds the ReadEeprom command packet

Parameters
nodeAddress
NodeAddress

the address of the Node to build the command for.

eepromAddress
uint16

the Eeprom address to read from.

Returns

A ByteStream containing the command packet

-
- -
-
Response
-
public
WirelessResponsePattern
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
ResponsePattern
GenericMipCommand.​Response
SetToIdle.​Response
Response
-

Handles the response to the ReadEeprom Node command

-
- -
-
Functions
-
- -
-
Response
-
Response(
NodeAddress nodeAddress,
uint16 eepromAddress,
std::weak_ptr<ResponseCollector> collector
)
-

Creates a EepromRead Response object

Parameters
nodeAddress
NodeAddress

The node address to check for.

eepromAddress
uint16

The eeprom address we read from.

collector
std::weak_ptr<ResponseCollector>

The ResponseCollector used to register and unregister the response.

-
- -
-
Variables
-
- -
-
m_nodeAddress
-
NodeAddress m_nodeAddress
-

The node address to look for in the ReadEeprom response.

-
- -
-
m_eepromAddress
-
uint16 m_eepromAddress
-

The eeprom address to look for in the ReadEeprom response.

-
- -
-
eepromValue
-
uint16 m_eepromValue
-

The result eeprom value from the command.

-
- -
-
m_errorCode
- -

The WirelessPacket::ResponseErrorCode from the response.

-
- -
-
Functions
-
- -
-
eepromValue
-
uint16 eepromValue() const
-

Gets the result eeprom value that was read from the Node.

Returns

The eeprom value read from the Node.

-
- -
-
errorCode
- -

Gets the WirelessPacket::ResponseErrorCode from the response packet.

Returns

The error code from the response.

-
- -
-
matchSuccessResponse
-
bool matchSuccessResponse(
const WirelessPacket &packet
) override
-

Checks if the WirelessPacket passed in matches the success response.

Parameters
packet
const WirelessPacket&

The WirelessPacket to match.

Returns

true if the packet matches the success response, false otherwise.

-
- -
-
matchFailResponse
-
bool matchFailResponse(
const WirelessPacket &packet
) override
-

Checks if the WirelessPacket passed in matches the failure response.

Parameters
packet
const WirelessPacket&

The WirelessPacket to match.

Returns

true if the packet matches the fail response, false otherwise.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/ReadSingleSensor-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/ReadSingleSensor-h-Summary.js deleted file mode 100644 index 78cc0db56..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/ReadSingleSensor-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Commands/ReadSingleSensor.h","ReadSingleSensor.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Commands/ReadSingleSensor.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[5405,0,0,"ReadSingleSensor","ReadSingleSensor"],[5406,0,2,"Functions","ReadSingleSensor.Functions"],[5407,0,1,"buildCommand","ReadSingleSensor.buildCommand"],[5408,0,0,"Response","Response"],[5409,0,2,"Variables","Response.Variables"],[5410,0,3,"m_sensorValue","Response.m_sensorValue"],[5411,0,2,"Functions","Response.Functions"],[5412,0,1,"Response","Response.Response"],[5413,0,1,"match","Response.match"],[5414,0,1,"sensorValue","Response.sensorValue"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/ReadSingleSensor-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/ReadSingleSensor-h-SummaryToolTips.js deleted file mode 100644 index 7d23c12b5..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/ReadSingleSensor-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Commands/ReadSingleSensor.h",{5405:"
ReadSingleSensor
Contains logic for the Read Single Sensor Node command
",5407:"
static ByteStream buildCommand(
NodeAddress nodeAddress,
uint8 channelNumber
)
Builds the ReadSingleSensor command packet.
",5408:"
Response
Handles the response to the ReadSingleSensor node command
",5410:"
uint16 m_sensorValue
The value read from the sensor.
",5412:"
explicit Response(
std::weak_ptr<ResponseCollector> collector
)
Creates a ReadSingleSensor Response object
",5413:"
virtual bool matchSuccessResponse(
DataBuffer &data
) override
Checks if the bytes passed in match the response pattern from their current read position
",5414:"
uint16 sensorValue() const
Gets the sensor value that was in the response to the read single sensor command.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/ReadSingleSensor-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/ReadSingleSensor-h-ToolTips.js deleted file mode 100644 index 0e5d17ad4..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/ReadSingleSensor-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({5207:"
WirelessResponsePattern
A pattern matching the expected response from a wireless command.
",9848:"
ResponseCollector
Stores all the expected command responses
",9916:"
Used to easily read a container of bytes
",9928:"
DataBuffer
A buffer of bytes extending from the ByteStream class that is used for holding bytes read in from the connection
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10047:"
ResponsePattern
A pattern matching the expected response from a device command (Base Class).
",10245:"
typedef for a Node\'s node address.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/ReadSingleSensor-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/ReadSingleSensor-h.html deleted file mode 100644 index c019856fd..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/ReadSingleSensor-h.html +++ /dev/null @@ -1,65 +0,0 @@ - - -ReadSingleSensor.h - - - - - - - -
-
ReadSingleSensor
-
ReadSingleSensor
-

Contains logic for the Read Single Sensor Node command

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand(
NodeAddress nodeAddress,
uint8 channelNumber
)
-

Builds the ReadSingleSensor command packet.

Parameters
nodeAddress
NodeAddress

The address of the Node to build the command for.

Returns

A ByteStream containing the command packet.

-
- -
-
Response
-
public
WirelessResponsePattern
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
ResponsePattern
GenericMipCommand.​Response
SetToIdle.​Response
Response
-

Handles the response to the ReadSingleSensor node command

-
- -
-
Variables
-
- -
-
m_sensorValue
-
uint16 m_sensorValue
-

The value read from the sensor.

-
- -
-
Functions
-
- -
-
Response
-
explicit Response(
std::weak_ptr<ResponseCollector> collector
)
-

Creates a ReadSingleSensor Response object

Parameters
collector
std::weak_ptr<ResponseCollector>

The ResponseCollector used to register and unregister the response

-
- -
-
match
-
virtual bool matchSuccessResponse(
DataBuffer &data
) override
-

Checks if the bytes passed in match the response pattern from their current read position

Parameters
data
DataBuffer&

The DataBuffer containing the bytes in which to try to find the pattern

Returns

true if the response pattern was found, false otherwise

-
- -
-
sensorValue
-
uint16 sensorValue() const
-

Gets the sensor value that was in the response to the read single sensor command.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/Reset_v2-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/Reset_v2-h-Summary.js deleted file mode 100644 index 5df3048c8..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/Reset_v2-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Commands/Reset_v2.h","Reset_v2.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Commands/Reset_v2.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[5394,0,0,"Reset_v2","Reset_v2"],[5395,0,2,"Functions","Reset_v2.Functions"],[5396,0,1,"buildCommand","Reset_v2.buildCommand"],[5397,0,0,"Response","Response"],[5398,0,2,"Functions","Response.Functions"],[5399,0,1,"Response","Response.Response"],[5400,0,2,"Variables","Response.Variables"],[5401,0,3,"m_nodeAddress","Response.m_nodeAddress"],[5402,0,3,"m_resetType","Response.m_resetType"],[5403,0,2,"Functions","Response.Functions(2)"],[5404,0,1,"match","Response.match"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/Reset_v2-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/Reset_v2-h-SummaryToolTips.js deleted file mode 100644 index 803c6dc92..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/Reset_v2-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Commands/Reset_v2.h",{5394:"
Reset_v2
Contains logic for the Reset_v2 Node command
",5396:"
static ByteStream buildCommand(
NodeAddress nodeAddress,
ResetType resetType
)
Builds the Reset_v2 command packet
",5397:"
Response
Handles the response to the Reset_v2 Node command
",5399:"
Response(
NodeAddress nodeAddress,
ResetType resetType,
std::weak_ptr<ResponseCollector> collector
)
Creates a Reset_v2 Response object
",5401:"
NodeAddress m_nodeAddress
The node address to look for in the Long Ping response
",5402:"
ResetType m_resetType
The <ResetType> to match in the response.
",5404:"
virtual bool matchSuccessResponse(
const WirelessPacket &packet
) override
Checks if the WirelessPacket passed in matches the expected response pattern\'s bytes
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/Reset_v2-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/Reset_v2-h-ToolTips.js deleted file mode 100644 index 5f3509796..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/Reset_v2-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({5207:"
WirelessResponsePattern
A pattern matching the expected response from a wireless command.
",7176:"
WirelessPacket
Represents a MicroStrain wireless packet
",9848:"
ResponseCollector
Stores all the expected command responses
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10047:"
ResponsePattern
A pattern matching the expected response from a device command (Base Class).
",10245:"
typedef for a Node\'s node address.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/Reset_v2-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/Reset_v2-h.html deleted file mode 100644 index 736eb7158..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/Reset_v2-h.html +++ /dev/null @@ -1,69 +0,0 @@ - - -Reset_v2.h - - - - - - - -
-
Reset_v2
-
Reset_v2
-

Contains logic for the Reset_v2 Node command

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand(
NodeAddress nodeAddress,
ResetType resetType
)
-

Builds the Reset_v2 command packet

Parameters
nodeAddress
NodeAddress

the address of the Node to build the command for

resetType
ResetType

The <ResetType>

Returns

A ByteStream containing the Reset_v2 command packet

-
- -
-
Response
-
public
WirelessResponsePattern
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
ResponsePattern
GenericMipCommand.​Response
SetToIdle.​Response
Response
-

Handles the response to the Reset_v2 Node command

-
- -
-
Functions
-
- -
-
Response
-
Response(
NodeAddress nodeAddress,
ResetType resetType,
std::weak_ptr<ResponseCollector> collector
)
-

Creates a Reset_v2 Response object

Parameters
nodeAddress
NodeAddress

the node address to check for

resetType
ResetType

The <ResetType> to match in the response.

collector
std::weak_ptr<ResponseCollector>

The ResponseCollector used to register and unregister the response

-
- -
-
Variables
-
- -
-
m_nodeAddress
-
NodeAddress m_nodeAddress
-

The node address to look for in the Long Ping response

-
- -
-
m_resetType
-
ResetType m_resetType
-

The <ResetType> to match in the response.

-
- -
-
Functions
-
- -
-
match
-
virtual bool matchSuccessResponse(
const WirelessPacket &packet
) override
-

Checks if the WirelessPacket passed in matches the expected response pattern's bytes

Parameters
packet
const WirelessPacket&

The WirelessPacket in which to try to find the pattern

Returns

true if the packet matches a response pattern, false otherwise

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/SetToIdle-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/SetToIdle-h-Summary.js deleted file mode 100644 index da8b6a863..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/SetToIdle-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Commands/SetToIdle.h","SetToIdle.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Commands/SetToIdle.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Sections","Section"],["Variables","Variable"]],[[5285,0,3,"SetToIdle","SetToIdle"],[5286,0,0,"SetToIdle","SetToIdle(2)"],[5287,0,2,"Functions","SetToIdle.Functions"],[5288,0,1,"buildCommand","SetToIdle.buildCommand"],[5289,0,1,"Response","SetToIdle.Response"],[5290,0,1,"Response","SetToIdle.Response(2)"],[5291,0,2,"Variables","SetToIdle.Variables"],[5292,0,4,"m_nodeAddress","SetToIdle.m_nodeAddress"],[5293,0,4,"m_result","SetToIdle.m_result"],[5294,0,4,"m_baseStation","SetToIdle.m_baseStation"],[5295,0,4,"m_setToIdleMutex","SetToIdle.m_setToIdleMutex"],[5296,0,2,"Functions","SetToIdle.Functions(2)"],[5297,0,1,"match","SetToIdle.match"],[5298,0,1,"cancel","SetToIdle.cancel"],[5299,0,1,"result","SetToIdle.result"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/SetToIdle-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/SetToIdle-h-SummaryToolTips.js deleted file mode 100644 index 07d8fd165..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/SetToIdle-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Commands/SetToIdle.h",{5286:"
namespace
SetToIdle
Contains logic for the Set to Idle command.
",5288:"
ByteStream buildCommand(
NodeAddress nodeAddress
)
Builds the SetToIdle command packet.
",5289:"
Response(
NodeAddress nodeAddress,
std::weak_ptr<ResponseCollector> collector,
const BaseStation &baseStation
)
Creates a SetToIdle Response object
",5290:"
virtual ~Response()
Destroys the SetToIdle Response object. This also cancels the SetToIdle operation on the BaseStation, if not already complete or canceled.
",5292:"
NodeAddress m_nodeAddress
The node address to look for in the response.
",5293:"
SetToIdleStatus::SetToIdleResult m_result
The <SetToIdleResult> detailing the result of the Set to Idle command.
",5294:"
BaseStation m_baseStation
The BaseStation that will send the command (used for canceling this command).
",5295:"
std::mutex m_setToIdleMutex
The mutex used for thread safety.
",5297:"
virtual bool match(
DataBuffer &data
) override
Checks if the bytes passed in match the response pattern from their current read position.
",5298:"
virtual void cancel()
Attempts to cancel the Stop Node operation.
",5299:"
SetToIdleStatus::SetToIdleResult result()
Gets the <SetToIdleResult> of the Stop Node command.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/SetToIdle-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/SetToIdle-h-ToolTips.js deleted file mode 100644 index f7bcc96c2..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/SetToIdle-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({5518:"
The result of the Set To Idle command once the operation has ceased.
",9710:"
BaseStation
Represents a MicroStrain Base Station object
",9848:"
ResponseCollector
Stores all the expected command responses
",9916:"
Used to easily read a container of bytes
",9928:"
DataBuffer
A buffer of bytes extending from the ByteStream class that is used for holding bytes read in from the connection
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10245:"
typedef for a Node\'s node address.
",10479:"
Error_Connection
The generic connection exception.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/SetToIdle-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/SetToIdle-h.html deleted file mode 100644 index 877ddedbd..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/SetToIdle-h.html +++ /dev/null @@ -1,93 +0,0 @@ - - -SetToIdle.h - - - - - - - -
-
SetToIdle
-
- -
-
SetToIdle
-
namespace
SetToIdle
-

Contains logic for the Set to Idle command.

-
- -
-
Functions
-
- -
-
buildCommand
-
ByteStream buildCommand(
NodeAddress nodeAddress
)
-

Builds the SetToIdle command packet.

Parameters
nodeAddress
NodeAddress

the address of the Node to build the command for.

Returns

A ByteStream containing the SetToIdle command packet

-
- -
-
Response
-
Response(
NodeAddress nodeAddress,
std::weak_ptr<ResponseCollector> collector,
const BaseStation &baseStation
)
-

Creates a SetToIdle Response object

Parameters
nodeAddress
NodeAddress

the node address to check for.

collector
std::weak_ptr<ResponseCollector>

The ResponseCollector used to register and unregister the response.

baseStation
const BaseStation&

The BaseStation that will send the command (used for canceling this command).

-
- -
-
Response
-
virtual ~Response()
-

Destroys the SetToIdle Response object. This also cancels the SetToIdle operation on the BaseStation, if not already complete or canceled.

-
- -
-
Variables
-
- -
-
m_nodeAddress
-
NodeAddress m_nodeAddress
-

The node address to look for in the response.

-
- -
-
m_result
- -

The <SetToIdleResult> detailing the result of the Set to Idle command.

-
- -
-
m_baseStation
-
BaseStation m_baseStation
-

The BaseStation that will send the command (used for canceling this command).

-
- -
-
m_setToIdleMutex
-
std::mutex m_setToIdleMutex
-

The mutex used for thread safety.

-
- -
-
Functions
-
- -
-
match
-
virtual bool match(
DataBuffer &data
) override
-

Checks if the bytes passed in match the response pattern from their current read position.

Parameters
data
DataBuffer&

The DataBuffer containing the bytes in which to try to find the pattern.

Returns

true if the response pattern was found, false otherwise.

-
- -
-
cancel
-
virtual void cancel()
-

Attempts to cancel the Stop Node operation.

Exceptions
-
- -
-
result
- -

Gets the <SetToIdleResult> of the Stop Node command.

Returns

The <SetToIdleResult> containing the result of the Stop Node command.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/SetToIdleStatus-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/SetToIdleStatus-h-Summary.js deleted file mode 100644 index 4fc640134..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/SetToIdleStatus-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Commands/SetToIdleStatus.h","SetToIdleStatus.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Commands/SetToIdleStatus.h",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Enums","Enumeration"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[5516,0,0,"SetToIdleStatus","SetToIdleStatus"],[5517,0,4,"Types","SetToIdleStatus.Types"],[5518,0,2,"SetToIdleResult","SetToIdleStatus.SetToIdleResult"],[5519,0,1,,"SetToIdleStatus.setToIdleResult_success"],[5520,0,1,,"SetToIdleStatus.setToIdleResult_canceled"],[5521,0,1,,"SetToIdleStatus.setToIdleResult_failed"],[5522,0,1,,"SetToIdleStatus.setToIdleResult_notCompleted"],[5523,0,4,"Functions","SetToIdleStatus.Functions"],[5524,0,3,"SetToIdleStatus","SetToIdleStatus.SetToIdleStatus"],[5525,0,4,"Variables","SetToIdleStatus.Variables"],[5526,0,5,"m_response","SetToIdleStatus.m_response"],[5527,0,5,"m_complete","SetToIdleStatus.m_complete"],[5528,0,4,"Functions","SetToIdleStatus.Functions(2)"],[5529,0,3,"result","SetToIdleStatus.result"],[5530,0,3,"complete","SetToIdleStatus.complete"],[5531,0,3,"cancel","SetToIdleStatus.cancel"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/SetToIdleStatus-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/SetToIdleStatus-h-SummaryToolTips.js deleted file mode 100644 index 3a265c75d..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/SetToIdleStatus-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Commands/SetToIdleStatus.h",{5516:"
SetToIdleStatus
Holds the status information of the Set to Idle command.
",5518:"
The result of the Set To Idle command once the operation has ceased.
",5524:"
SetToIdleStatus(
std::shared_ptr<SetToIdle::Response> response
)
Creates a SetToIdleStatus object
",5526:"
std::shared_ptr<SetToIdle::Response> m_response
A shared_ptr to the SetToIdle::Response that this status pertains to.
",5527:"
bool m_complete
Whether or not the Stop Node command has come to a completion.
",5529:"
SetToIdleResult result()
Gets the SetToIdleResult representing the result of the Stop Node command (success, fail, canceled, etc.).  After complete is true, this should be called to discover how the command completed.
",5530:"
bool complete(
uint64 timeout = 10
)
Gets whether the Stop Node command has completed or not, waiting for the specified amount of time before returning.
",5531:"
void cancel()
Cancels the Stop Node operation that this SetToIdleResult belongs to.  If the Stop Node operation has already been completed/canceled, this will have no effect.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/SetToIdleStatus-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/SetToIdleStatus-h-ToolTips.js deleted file mode 100644 index ebfabfd3e..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/SetToIdleStatus-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({5289:"
Response(
NodeAddress nodeAddress,
std::weak_ptr<ResponseCollector> collector,
const BaseStation &baseStation
)
Creates a SetToIdle Response object
",5518:"
The result of the Set To Idle command once the operation has ceased.
",5530:"
bool complete(
uint64 timeout = 10
)
Gets whether the Stop Node command has completed or not, waiting for the specified amount of time before returning.
",10479:"
Error_Connection
The generic connection exception.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/SetToIdleStatus-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/SetToIdleStatus-h.html deleted file mode 100644 index 3887c5598..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/SetToIdleStatus-h.html +++ /dev/null @@ -1,74 +0,0 @@ - - -SetToIdleStatus.h - - - - - - - -
-
SetToIdleStatus
-
SetToIdleStatus
-

Holds the status information of the Set to Idle command.

-
- -
-
Types
-
- -
-
SetToIdleResult
-

The result of the Set To Idle command once the operation has ceased.

setToIdleResult_success

0 - The Node has been successfully set to idle.

setToIdleResult_canceled

1 - The Set to Idle operation has been canceled by the user.

setToIdleResult_failed

2 - The Set to Idle operation has failed. The state of the Node is unknown.

setToIdleResult_notCompleted

3 - The Set to Idle operation has not yet completed.

-
- -
-
Functions
-
- -
-
SetToIdleStatus
-
SetToIdleStatus(
std::shared_ptr<SetToIdle::Response> response
)
-

Creates a SetToIdleStatus object

Parameters
response
std::shared_ptr<SetToIdle::Response>

A shared_ptr to the SetToIdle::Response that this status pertains to.

-
- -
-
Variables
-
- -
-
m_response
-
std::shared_ptr<SetToIdle::Response> m_response
-

A shared_ptr to the SetToIdle::Response that this status pertains to.

-
- -
-
m_complete
-
bool m_complete
-

Whether or not the Stop Node command has come to a completion.

-
- -
-
Functions
-
- -
-
result
- -

Gets the SetToIdleResult representing the result of the Stop Node command (success, fail, canceled, etc.).  After complete is true, this should be called to discover how the command completed.

Returns

A SetToIdleResult representing the result of the Stop Node command.

-
- -
-
complete
-
bool complete(
uint64 timeout = 10
)
-

Gets whether the Stop Node command has completed or not, waiting for the specified amount of time before returning.

Parameters
timeout
uint64

A timeout (in milliseconds) which determines how long the command may take to return (default of 10 milliseconds).  For example, called with a timeout of 1 second, this function will block for up to 1 second if the Stop Node command has not completed.

Returns

true if the Stop Node command has finished, false if it is still running.

-
- -
-
cancel
-
void cancel()
-

Cancels the Stop Node operation that this SetToIdleResult belongs to.  If the Stop Node operation has already been completed/canceled, this will have no effect.

Exceptions
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/SetToIdle_v2-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/SetToIdle_v2-h-Summary.js deleted file mode 100644 index 216bd3239..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/SetToIdle_v2-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Commands/SetToIdle_v2.h","SetToIdle_v2.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Commands/SetToIdle_v2.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Sections","Section"],["Variables","Variable"]],[[5270,0,3,"SetToIdle_v2","SetToIdle_v2"],[5271,0,0,"SetToIdle_v2","SetToIdle_v2(2)"],[5272,0,2,"Functions","SetToIdle_v2.Functions"],[5273,0,1,"buildCommand","SetToIdle_v2.buildCommand"],[5274,0,0,"Response","Response"],[5275,0,2,"Functions","Response.Functions"],[5276,0,1,"Response","Response.Response"],[5277,0,1,"Response","Response.Response(2)"],[5278,0,2,"Variables","Response.Variables"],[5279,0,4,"m_started","Response.m_started"],[5280,0,2,"Functions","Response.Functions(2)"],[5281,0,1,"match_baseReceived","Response.match_baseReceived"],[5282,0,1,"match_completion","Response.match_completion"],[5283,0,1,"match","Response.match"],[5284,0,1,"started","Response.started"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/SetToIdle_v2-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/SetToIdle_v2-h-SummaryToolTips.js deleted file mode 100644 index c073feece..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/SetToIdle_v2-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Commands/SetToIdle_v2.h",{5271:"
namespace
SetToIdle_v2
Contains logic for the Set to Idle (v2) command.
",5273:"
ByteStream buildCommand(
NodeAddress nodeAddress
)
Builds the SetToIdle command packet.
",5274:"
Response
Handles the response to the SetToIdle command
",5276:"
Response(
NodeAddress nodeAddress,
std::weak_ptr<ResponseCollector> collector,
const BaseStation &baseStation
)
Creates a SetToIdle Response object
",5277:"
~Response()
Destroys the SetToIdle Response object. This also cancels the SetToIdle operation on the BaseStation, if not already complete or canceled.
",5279:"
bool m_started
Whether the set to idle process has been started or not.
",5281:"
bool match_baseReceived(
const WirelessPacket &packet
)
Checks if the packet passed in matches the base station received packet.
",5282:"
bool match_completion(
const WirelessPacket &packet
)
Checks if the packet passed in matches the completion packet.
",5283:"
virtual bool match(
const WirelessPacket &packet
) override
Checks if the packet passed in matches a response packet.
",5284:"
bool started()
Checks if the set to idle operation has started or not.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/SetToIdle_v2-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/SetToIdle_v2-h-ToolTips.js deleted file mode 100644 index da18d1b6d..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/SetToIdle_v2-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({5207:"
WirelessResponsePattern
A pattern matching the expected response from a wireless command.
",7176:"
WirelessPacket
Represents a MicroStrain wireless packet
",9710:"
BaseStation
Represents a MicroStrain Base Station object
",9848:"
ResponseCollector
Stores all the expected command responses
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10047:"
ResponsePattern
A pattern matching the expected response from a device command (Base Class).
",10245:"
typedef for a Node\'s node address.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/SetToIdle_v2-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/SetToIdle_v2-h.html deleted file mode 100644 index 287da4261..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/SetToIdle_v2-h.html +++ /dev/null @@ -1,91 +0,0 @@ - - -SetToIdle_v2.h - - - - - - - -
-
SetToIdle_v2
-
- -
-
SetToIdle_v2
-
namespace
SetToIdle_v2
-

Contains logic for the Set to Idle (v2) command.

-
- -
-
Functions
-
- -
-
buildCommand
-
ByteStream buildCommand(
NodeAddress nodeAddress
)
-

Builds the SetToIdle command packet.

Parameters
nodeAddress
NodeAddress

the address of the Node to build the command for.

Returns

A ByteStream containing the SetToIdle command packet

-
- -
-
Response
-
public
SetToIdle.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
ResponsePattern
GenericMipCommand.​Response
WirelessResponsePattern
Response
-

Handles the response to the SetToIdle command

-
- -
-
Functions
-
- -
-
Response
-
Response(
NodeAddress nodeAddress,
std::weak_ptr<ResponseCollector> collector,
const BaseStation &baseStation
)
-

Creates a SetToIdle Response object

Parameters
nodeAddress
NodeAddress

the node address to check for.

collector
std::weak_ptr<ResponseCollector>

The ResponseCollector used to register and unregister the response.

baseStation
const BaseStation&

The BaseStation that will send the command (used for canceling this command).

-
- -
-
Response
-
~Response()
-

Destroys the SetToIdle Response object. This also cancels the SetToIdle operation on the BaseStation, if not already complete or canceled.

-
- -
-
Variables
-
- -
-
m_started
-
bool m_started
-

Whether the set to idle process has been started or not.

-
- -
-
Functions
-
- -
-
match_baseReceived
-
bool match_baseReceived(
const WirelessPacket &packet
)
-

Checks if the packet passed in matches the base station received packet.

Parameters
packet
const WirelessPacket&

The WirelessPacket to try to match.

Returns

true if the base station received packet was found, false otherwise.

-
- -
-
match_completion
-
bool match_completion(
const WirelessPacket &packet
)
-

Checks if the packet passed in matches the completion packet.

Parameters
packet
const WirelessPacket&

The WirelessPacket to try to match.

Returns

true if the match_completion packet was found, false otherwise.

-
- -
-
match
-
virtual bool match(
const WirelessPacket &packet
) override
-

Checks if the packet passed in matches a response packet.

Parameters
packet
const WirelessPacket&

The WirelessPacket to try to match.

Returns

true if the packet matches a response pattern, false otherwise.

-
- -
-
started
-
bool started()
-

Checks if the set to idle operation has started or not.

Returns

true if the operation has started, false otherwise.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/Sleep-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/Sleep-h-Summary.js deleted file mode 100644 index fb90b05e5..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/Sleep-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Commands/Sleep.h","Sleep.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Commands/Sleep.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[5267,0,0,"Sleep","Sleep"],[5268,0,2,"Functions","Sleep.Functions"],[5269,0,1,"buildCommand","Sleep.buildCommand"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/Sleep-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/Sleep-h-SummaryToolTips.js deleted file mode 100644 index a37e38a89..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/Sleep-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Commands/Sleep.h",{5267:"
Sleep
Contains logic for the Sleep Node command
",5269:"
static ByteStream buildCommand(
NodeAddress nodeAddress
)
Builds the Sleep command packet.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/Sleep-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/Sleep-h-ToolTips.js deleted file mode 100644 index aefea407e..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/Sleep-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10245:"
typedef for a Node\'s node address.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/Sleep-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/Sleep-h.html deleted file mode 100644 index 9942ea2dc..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/Sleep-h.html +++ /dev/null @@ -1,27 +0,0 @@ - - -Sleep.h - - - - - - - -
-
Sleep
-
Sleep
-

Contains logic for the Sleep Node command

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand(
NodeAddress nodeAddress
)
-

Builds the Sleep command packet.

Parameters
nodeAddress
NodeAddress

The address of the Node to build the command for.

Returns

A ByteStream containing the command packet.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/Sleep_v2-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/Sleep_v2-h-Summary.js deleted file mode 100644 index c36fea4a1..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/Sleep_v2-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Commands/Sleep_v2.h","Sleep_v2.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Commands/Sleep_v2.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[5257,0,0,"Sleep_v2","Sleep_v2"],[5258,0,2,"Functions","Sleep_v2.Functions"],[5259,0,1,"buildCommand","Sleep_v2.buildCommand"],[5260,0,0,"Response","Response"],[5261,0,2,"Functions","Response.Functions"],[5262,0,1,"Response","Response.Response"],[5263,0,2,"Variables","Response.Variables"],[5264,0,3,"m_nodeAddress","Response.m_nodeAddress"],[5265,0,2,"Functions","Response.Functions(2)"],[5266,0,1,"matchSuccessResponse","Response.matchSuccessResponse"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/Sleep_v2-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/Sleep_v2-h-SummaryToolTips.js deleted file mode 100644 index f81a23416..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/Sleep_v2-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Commands/Sleep_v2.h",{5257:"
Sleep_v2
Contains logic for the Sleep (v2) Node command
",5259:"
static ByteStream buildCommand(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress
)
Builds the Sleep command packet.
",5260:"
Response
Handles the response to the Sleep_v2 Node command
",5262:"
Response(
NodeAddress nodeAddress,
std::weak_ptr<ResponseCollector> collector
)
Creates a Sleep_v2 Response object
",5264:"
NodeAddress m_nodeAddress
The node address to look for in the response
",5266:"
virtual bool matchSuccessResponse(
const WirelessPacket &packet
) override
Checks if the WirelessPacket passed in matches the expected response pattern\'s bytes
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/Sleep_v2-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/Sleep_v2-h-ToolTips.js deleted file mode 100644 index a6c4b82cd..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/Sleep_v2-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({5207:"
WirelessResponsePattern
A pattern matching the expected response from a wireless command.
",7176:"
WirelessPacket
Represents a MicroStrain wireless packet
",7194:"
The possible ASPP versions
",9848:"
ResponseCollector
Stores all the expected command responses
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10047:"
ResponsePattern
A pattern matching the expected response from a device command (Base Class).
",10245:"
typedef for a Node\'s node address.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/Sleep_v2-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/Sleep_v2-h.html deleted file mode 100644 index ba756e483..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/Sleep_v2-h.html +++ /dev/null @@ -1,63 +0,0 @@ - - -Sleep_v2.h - - - - - - - -
-
Sleep_v2
-
Sleep_v2
-

Contains logic for the Sleep (v2) Node command

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress
)
-

Builds the Sleep command packet.

Parameters
nodeAddress
NodeAddress

The address of the Node to build the command for.

Returns

A ByteStream containing the command packet.

-
- -
-
Response
-
public
WirelessResponsePattern
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
ResponsePattern
GenericMipCommand.​Response
SetToIdle.​Response
Response
-

Handles the response to the Sleep_v2 Node command

-
- -
-
Functions
-
- -
-
Response
-
Response(
NodeAddress nodeAddress,
std::weak_ptr<ResponseCollector> collector
)
-

Creates a Sleep_v2 Response object

Parameters
nodeAddress
NodeAddress

the node address to check for

collector
std::weak_ptr<ResponseCollector>

The ResponseCollector used to register and unregister the response

-
- -
-
Variables
-
- -
-
m_nodeAddress
-
NodeAddress m_nodeAddress
-

The node address to look for in the response

-
- -
-
Functions
-
- -
-
matchSuccessResponse
-
virtual bool matchSuccessResponse(
const WirelessPacket &packet
) override
-

Checks if the WirelessPacket passed in matches the expected response pattern's bytes

Parameters
packet
const WirelessPacket&

The WirelessPacket in which to try to find the pattern

Returns

true if the packet matches a response pattern, false otherwise

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/StartNonSyncSampling-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/StartNonSyncSampling-h-Summary.js deleted file mode 100644 index 3bd4e3172..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/StartNonSyncSampling-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Commands/StartNonSyncSampling.h","StartNonSyncSampling.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Commands/StartNonSyncSampling.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[5254,0,0,"StartNonSyncSampling","StartNonSyncSampling"],[5255,0,2,"Functions","StartNonSyncSampling.Functions"],[5256,0,1,"buildCommand","StartNonSyncSampling.buildCommand"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/StartNonSyncSampling-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/StartNonSyncSampling-h-SummaryToolTips.js deleted file mode 100644 index fd4fb1b56..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/StartNonSyncSampling-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Commands/StartNonSyncSampling.h",{5254:"
StartNonSyncSampling
Contains logic for the StartNonSyncSampling Node command
",5256:"
static ByteStream buildCommand(
NodeAddress nodeAddress
)
Builds the StartNonSyncSampling command packet
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/StartNonSyncSampling-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/StartNonSyncSampling-h-ToolTips.js deleted file mode 100644 index aefea407e..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/StartNonSyncSampling-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10245:"
typedef for a Node\'s node address.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/StartNonSyncSampling-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/StartNonSyncSampling-h.html deleted file mode 100644 index 83b9c97b5..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/StartNonSyncSampling-h.html +++ /dev/null @@ -1,27 +0,0 @@ - - -StartNonSyncSampling.h - - - - - - - -
-
StartNonSyncSampling
-
StartNonSyncSampling
-

Contains logic for the StartNonSyncSampling Node command

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand(
NodeAddress nodeAddress
)
-

Builds the StartNonSyncSampling command packet

Parameters
nodeAddress
NodeAddress

the address of the Node to build the command for

Returns

A ByteStream containing the command packet

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/StartNonSyncSampling_v2-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/StartNonSyncSampling_v2-h-Summary.js deleted file mode 100644 index 694c0d372..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/StartNonSyncSampling_v2-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Commands/StartNonSyncSampling_v2.h","StartNonSyncSampling_v2.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Commands/StartNonSyncSampling_v2.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[5244,0,0,"StartNonSyncSampling_v2","StartNonSyncSampling_v2"],[5245,0,2,"Functions","StartNonSyncSampling_v2.Functions"],[5246,0,1,"buildCommand","StartNonSyncSampling_v2.buildCommand"],[5247,0,0,"Response","Response"],[5248,0,2,"Functions","Response.Functions"],[5249,0,1,"Response","Response.Response"],[5250,0,2,"Variables","Response.Variables"],[5251,0,3,"m_nodeAddress","Response.m_nodeAddress"],[5252,0,2,"Functions","Response.Functions(2)"],[5253,0,1,"matchSuccessResponse","Response.matchSuccessResponse"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/StartNonSyncSampling_v2-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/StartNonSyncSampling_v2-h-SummaryToolTips.js deleted file mode 100644 index 013b8a29e..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/StartNonSyncSampling_v2-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Commands/StartNonSyncSampling_v2.h",{5244:"
StartNonSyncSampling_v2
Contains logic for the Start Non Sync Sampling (v2) Node command
",5246:"
static ByteStream buildCommand(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress
)
Builds the command packet
",5247:"
Response
Handles the response to the Start Sync Sampling Node command
",5249:"
Response(
NodeAddress nodeAddress,
std::weak_ptr<ResponseCollector> collector
)
Creates a StartSyncSampling Response object
",5251:"
NodeAddress m_nodeAddress
The node address to look for in the response
",5253:"
virtual bool matchSuccessResponse(
const WirelessPacket &packet
) override
Checks if the WirelessPacket passed in matches the expected response pattern\'s bytes
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/StartNonSyncSampling_v2-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/StartNonSyncSampling_v2-h-ToolTips.js deleted file mode 100644 index a6c4b82cd..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/StartNonSyncSampling_v2-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({5207:"
WirelessResponsePattern
A pattern matching the expected response from a wireless command.
",7176:"
WirelessPacket
Represents a MicroStrain wireless packet
",7194:"
The possible ASPP versions
",9848:"
ResponseCollector
Stores all the expected command responses
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10047:"
ResponsePattern
A pattern matching the expected response from a device command (Base Class).
",10245:"
typedef for a Node\'s node address.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/StartNonSyncSampling_v2-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/StartNonSyncSampling_v2-h.html deleted file mode 100644 index 9367e079e..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/StartNonSyncSampling_v2-h.html +++ /dev/null @@ -1,63 +0,0 @@ - - -StartNonSyncSampling_v2.h - - - - - - - -
-
StartNonSyncSampling_v2
-
StartNonSyncSampling_v2
-

Contains logic for the Start Non Sync Sampling (v2) Node command

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress
)
-

Builds the command packet

Parameters
nodeAddress
NodeAddress

the address of the Node to build the command for

Returns

A ByteStream containing the command packet

-
- -
-
Response
-
public
WirelessResponsePattern
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
ResponsePattern
GenericMipCommand.​Response
SetToIdle.​Response
Response
-

Handles the response to the Start Sync Sampling Node command

-
- -
-
Functions
-
- -
-
Response
-
Response(
NodeAddress nodeAddress,
std::weak_ptr<ResponseCollector> collector
)
-

Creates a StartSyncSampling Response object

Parameters
nodeAddress
NodeAddress

the node address to check for

collector
std::weak_ptr<ResponseCollector>

The ResponseCollector used to register and unregister the response

-
- -
-
Variables
-
- -
-
m_nodeAddress
-
NodeAddress m_nodeAddress
-

The node address to look for in the response

-
- -
-
Functions
-
- -
-
matchSuccessResponse
-
virtual bool matchSuccessResponse(
const WirelessPacket &packet
) override
-

Checks if the WirelessPacket passed in matches the expected response pattern's bytes

Parameters
packet
const WirelessPacket&

The WirelessPacket in which to try to find the pattern

Returns

true if the packet matches a response pattern, false otherwise

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/StartSyncSampling-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/StartSyncSampling-h-Summary.js deleted file mode 100644 index 87f6a99d4..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/StartSyncSampling-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Commands/StartSyncSampling.h","StartSyncSampling.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Commands/StartSyncSampling.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[5234,0,0,"StartSyncSampling","StartSyncSampling"],[5235,0,2,"Functions","StartSyncSampling.Functions"],[5236,0,1,"buildCommand","StartSyncSampling.buildCommand"],[5237,0,0,"Response","Response"],[5238,0,2,"Functions","Response.Functions"],[5239,0,1,"Response","Response.Response"],[5240,0,2,"Variables","Response.Variables"],[5241,0,3,"m_nodeAddress","Response.m_nodeAddress"],[5242,0,2,"Functions","Response.Functions(2)"],[5243,0,1,"matchSuccessResponse","Response.matchSuccessResponse"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/StartSyncSampling-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/StartSyncSampling-h-SummaryToolTips.js deleted file mode 100644 index a6ae078f4..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/StartSyncSampling-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Commands/StartSyncSampling.h",{5234:"
StartSyncSampling
Contains logic for the Start Sync Sampling Node command
",5236:"
static ByteStream buildCommand(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress
)
Builds the Start Sync Sampling command packet
",5237:"
Response
Handles the response to the Start Sync Sampling Node command
",5239:"
Response(
NodeAddress nodeAddress,
std::weak_ptr<ResponseCollector> collector
)
Creates a StartSyncSampling Response object
",5241:"
NodeAddress m_nodeAddress
The node address to look for in the response
",5243:"
virtual bool matchSuccessResponse(
const WirelessPacket &packet
) override
Checks if the WirelessPacket passed in matches the expected response pattern\'s bytes
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/StartSyncSampling-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/StartSyncSampling-h-ToolTips.js deleted file mode 100644 index a6c4b82cd..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/StartSyncSampling-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({5207:"
WirelessResponsePattern
A pattern matching the expected response from a wireless command.
",7176:"
WirelessPacket
Represents a MicroStrain wireless packet
",7194:"
The possible ASPP versions
",9848:"
ResponseCollector
Stores all the expected command responses
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10047:"
ResponsePattern
A pattern matching the expected response from a device command (Base Class).
",10245:"
typedef for a Node\'s node address.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/StartSyncSampling-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/StartSyncSampling-h.html deleted file mode 100644 index 3f6b26859..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/StartSyncSampling-h.html +++ /dev/null @@ -1,63 +0,0 @@ - - -StartSyncSampling.h - - - - - - - -
-
StartSyncSampling
-
StartSyncSampling
-

Contains logic for the Start Sync Sampling Node command

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress
)
-

Builds the Start Sync Sampling command packet

Parameters
nodeAddress
NodeAddress

the address of the Node to build the command for

Returns

A ByteStream containing the command packet

-
- -
-
Response
-
public
WirelessResponsePattern
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
ResponsePattern
GenericMipCommand.​Response
SetToIdle.​Response
Response
-

Handles the response to the Start Sync Sampling Node command

-
- -
-
Functions
-
- -
-
Response
-
Response(
NodeAddress nodeAddress,
std::weak_ptr<ResponseCollector> collector
)
-

Creates a StartSyncSampling Response object

Parameters
nodeAddress
NodeAddress

the node address to check for

collector
std::weak_ptr<ResponseCollector>

The ResponseCollector used to register and unregister the response

-
- -
-
Variables
-
- -
-
m_nodeAddress
-
NodeAddress m_nodeAddress
-

The node address to look for in the response

-
- -
-
Functions
-
- -
-
matchSuccessResponse
-
virtual bool matchSuccessResponse(
const WirelessPacket &packet
) override
-

Checks if the WirelessPacket passed in matches the expected response pattern's bytes

Parameters
packet
const WirelessPacket&

The WirelessPacket in which to try to find the pattern

Returns

true if the packet matches a response pattern, false otherwise

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/TestNodeCommProtocol-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/TestNodeCommProtocol-h-Summary.js deleted file mode 100644 index c48daacbf..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/TestNodeCommProtocol-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Commands/TestNodeCommProtocol.h","TestNodeCommProtocol.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Commands/TestNodeCommProtocol.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[5222,0,0,"TestNodeCommProtocol","TestNodeCommProtocol"],[5223,0,2,"Functions","TestNodeCommProtocol.Functions"],[5224,0,1,"buildCommand","TestNodeCommProtocol.buildCommand"],[5225,0,0,"Response","Response"],[5226,0,2,"Functions","Response.Functions"],[5227,0,1,"Response","Response.Response"],[5228,0,2,"Variables","Response.Variables"],[5229,0,3,"m_nodeAddress","Response.m_nodeAddress"],[5230,0,3,"m_protocol","Response.m_protocol"],[5231,0,2,"Functions","Response.Functions(2)"],[5232,0,1,"matchSuccessResponse","Response.matchSuccessResponse"],[5233,0,1,"matchFailResponse","Response.matchFailResponse"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/TestNodeCommProtocol-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/TestNodeCommProtocol-h-SummaryToolTips.js deleted file mode 100644 index 6d540eb49..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/TestNodeCommProtocol-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Commands/TestNodeCommProtocol.h",{5222:"
TestNodeCommProtocol
Contains logic for the TestNodeCommProtocol command.
",5224:"
static ByteStream buildCommand(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress,
WirelessTypes::CommProtocol protocol
)
Builds the TestNodeCommProtocol command packet
",5225:"
Response
Handles the response to the TestNodeCommProtocol Node command.
",5227:"
Response(
NodeAddress nodeAddress,
WirelessTypes::CommProtocol protocol,
std::weak_ptr<ResponseCollector> collector
)
Creates a TestNodeCommProtocol Response object.
",5229:"
NodeAddress m_nodeAddress
The node address to look for in the response.
",5230:"
WirelessTypes::CommProtocol m_protocol
The WirelessTypes::CommProtocol to match in the response.
",5232:"
bool matchSuccessResponse(
const WirelessPacket &packet
) override
Checks if the WirelessPacket passed in matches the success response pattern\'s bytes
",5233:"
bool matchFailResponse(
const WirelessPacket &packet
) override
Checks if the WirelessPacket passed in matches the failure response pattern\'s bytes
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/TestNodeCommProtocol-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/TestNodeCommProtocol-h-ToolTips.js deleted file mode 100644 index ca4865e12..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/TestNodeCommProtocol-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({5207:"
WirelessResponsePattern
A pattern matching the expected response from a wireless command.
",7176:"
WirelessPacket
Represents a MicroStrain wireless packet
",7194:"
The possible ASPP versions
",9155:"
Available Communication Protocol types.
",9848:"
ResponseCollector
Stores all the expected command responses
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10047:"
ResponsePattern
A pattern matching the expected response from a device command (Base Class).
",10245:"
typedef for a Node\'s node address.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/TestNodeCommProtocol-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/TestNodeCommProtocol-h.html deleted file mode 100644 index c65a1c9d8..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/TestNodeCommProtocol-h.html +++ /dev/null @@ -1,75 +0,0 @@ - - -TestNodeCommProtocol.h - - - - - - - -
-
TestNodeCommProtocol
-
TestNodeCommProtocol
-

Contains logic for the TestNodeCommProtocol command.

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress,
WirelessTypes::CommProtocol protocol
)
-

Builds the TestNodeCommProtocol command packet

Parameters
nodeAddress
NodeAddress

the address of the Node to build the command for.

protocol
WirelessTypes::CommProtocol

The WirelessTypes::CommProtocol to use in the command.

Returns

A ByteStream containing the TestNodeCommProtocol command packet.

-
- -
-
Response
-
public
WirelessResponsePattern
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
ResponsePattern
GenericMipCommand.​Response
SetToIdle.​Response
Response
-

Handles the response to the TestNodeCommProtocol Node command.

-
- -
-
Functions
-
- -
-
Response
-
Response(
NodeAddress nodeAddress,
WirelessTypes::CommProtocol protocol,
std::weak_ptr<ResponseCollector> collector
)
-

Creates a TestNodeCommProtocol Response object.

Parameters
nodeAddress
NodeAddress

the node address to check for.

protocol
WirelessTypes::CommProtocol

The WirelessTypes::CommProtocol to check for.

collector
std::weak_ptr<ResponseCollector>

The ResponseCollector used to register and unregister the response.

-
- -
-
Variables
-
- -
-
m_nodeAddress
-
NodeAddress m_nodeAddress
-

The node address to look for in the response.

-
- -
-
m_protocol
- -

The WirelessTypes::CommProtocol to match in the response.

-
- -
-
Functions
-
- -
-
matchSuccessResponse
-
bool matchSuccessResponse(
const WirelessPacket &packet
) override
-

Checks if the WirelessPacket passed in matches the success response pattern's bytes

Parameters
packet
const WirelessPacket&

The WirelessPacket in which to try to find the pattern

Returns

true if the packet matches the success response pattern, false otherwise

-
- -
-
matchFailResponse
-
bool matchFailResponse(
const WirelessPacket &packet
) override
-

Checks if the WirelessPacket passed in matches the failure response pattern's bytes

Parameters
packet
const WirelessPacket&

The WirelessPacket in which to try to find the pattern

Returns

true if the packet matches the success response pattern, false otherwise

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/TriggerArmedDatalogging-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/TriggerArmedDatalogging-h-Summary.js deleted file mode 100644 index 22a5cf997..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/TriggerArmedDatalogging-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Commands/TriggerArmedDatalogging.h","TriggerArmedDatalogging.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Commands/TriggerArmedDatalogging.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[5219,0,0,"TriggerArmedDatalogging","TriggerArmedDatalogging"],[5220,0,2,"Functions","TriggerArmedDatalogging.Functions"],[5221,0,1,"buildCommand","TriggerArmedDatalogging.buildCommand"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/TriggerArmedDatalogging-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/TriggerArmedDatalogging-h-SummaryToolTips.js deleted file mode 100644 index 45d21d9c0..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/TriggerArmedDatalogging-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Commands/TriggerArmedDatalogging.h",{5219:"
TriggerArmedDatalogging
Contains logic for the Trigger Armed Datalogging Node command.
",5221:"
static ByteStream buildCommand(
NodeAddress nodeAddress
)
Builds the TriggerArmedDatalogging command packet.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/TriggerArmedDatalogging-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/TriggerArmedDatalogging-h-ToolTips.js deleted file mode 100644 index aefea407e..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/TriggerArmedDatalogging-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10245:"
typedef for a Node\'s node address.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/TriggerArmedDatalogging-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/TriggerArmedDatalogging-h.html deleted file mode 100644 index 7bc0db9ba..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/TriggerArmedDatalogging-h.html +++ /dev/null @@ -1,27 +0,0 @@ - - -TriggerArmedDatalogging.h - - - - - - - -
-
TriggerArmedDatalogging
-
TriggerArmedDatalogging
-

Contains logic for the Trigger Armed Datalogging Node command.

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand(
NodeAddress nodeAddress
)
-

Builds the TriggerArmedDatalogging command packet.

Parameters
nodeAddress
NodeAddress

The address of the Node to build the command for.

Returns

A ByteStream containing the command packet.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/WirelessProtocol-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/WirelessProtocol-h-Summary.js deleted file mode 100644 index 2015e06df..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/WirelessProtocol-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Commands/WirelessProtocol.h","WirelessProtocol.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Commands/WirelessProtocol.h",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Enums","Enumeration"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[5300,0,0,"WirelessProtocol","WirelessProtocol"],[5301,0,4,"Variables","WirelessProtocol.Variables"],[5302,0,5,"m_pingBase","WirelessProtocol.m_pingBase"],[5303,0,5,"m_hardBaseReset","WirelessProtocol.m_hardBaseReset"],[5304,0,5,"m_softBaseReset","WirelessProtocol.m_softBaseReset"],[5305,0,5,"m_readBaseEeprom","WirelessProtocol.m_readBaseEeprom"],[5306,0,5,"m_writeBaseEeprom","WirelessProtocol.m_writeBaseEeprom"],[5307,0,5,"m_enableBeacon","WirelessProtocol.m_enableBeacon"],[5308,0,5,"m_beaconStatus","WirelessProtocol.m_beaconStatus"],[5309,0,5,"m_startRfSweep","WirelessProtocol.m_startRfSweep"],[5310,0,5,"m_longPing","WirelessProtocol.m_longPing"],[5311,0,5,"m_sleep","WirelessProtocol.m_sleep"],[5312,0,5,"m_readNodeEeprom","WirelessProtocol.m_readNodeEeprom"],[5313,0,5,"m_writeNodeEeprom","WirelessProtocol.m_writeNodeEeprom"],[5314,0,5,"m_pageDownload","WirelessProtocol.m_pageDownload"],[5315,0,5,"m_autoBalance","WirelessProtocol.m_autoBalance"],[5316,0,5,"m_autoCal_shm","WirelessProtocol.m_autoCal_shm"],[5317,0,5,"m_autoCal_shm201","WirelessProtocol.m_autoCal_shm201"],[5318,0,5,"m_autoShuntCal","WirelessProtocol.m_autoShuntCal"],[5319,0,5,"m_getDiagnosticInfo","WirelessProtocol.m_getDiagnosticInfo"],[5320,0,5,"m_erase","WirelessProtocol.m_erase"],[5321,0,5,"m_startSyncSampling","WirelessProtocol.m_startSyncSampling"],[5322,0,5,"m_datalogSessionInfo","WirelessProtocol.m_datalogSessionInfo"],[5323,0,5,"m_getDatalogData","WirelessProtocol.m_getDatalogData"],[5324,0,5,"m_startNonSyncSampling","WirelessProtocol.m_startNonSyncSampling"],[5325,0,5,"m_setToIdle","WirelessProtocol.m_setToIdle"],[5326,0,5,"m_hardReset","WirelessProtocol.m_hardReset"],[5327,0,5,"m_softReset","WirelessProtocol.m_softReset"],[5328,0,5,"m_batchEepromRead","WirelessProtocol.m_batchEepromRead"],[5329,0,5,"m_testNodeCommProtocol","WirelessProtocol.m_testNodeCommProtocol"],[5330,0,5,"m_poll","WirelessProtocol.m_poll"],[5331,0,4,"Constants","WirelessProtocol.Constants"],[5332,0,1,"BASE_STATION_ADDRESS","WirelessProtocol.BASE_STATION_ADDRESS"],[5333,0,4,"Functions","WirelessProtocol.Functions"],[5334,0,3,"asppVersionFromBaseFw","WirelessProtocol.asppVersionFromBaseFw"],[5335,0,3,"asppVersionFromNodeFw","WirelessProtocol.asppVersionFromNodeFw"],[5336,0,3,"getProtocol","WirelessProtocol.getProtocol"],[5337,0,3,"v1_0","WirelessProtocol.v1_0"],[5338,0,3,"v1_1","WirelessProtocol.v1_1"],[5339,0,3,"v1_2","WirelessProtocol.v1_2"],[5340,0,3,"v1_3","WirelessProtocol.v1_3"],[5341,0,3,"v1_4","WirelessProtocol.v1_4"],[5342,0,3,"v1_5","WirelessProtocol.v1_5"],[5343,0,3,"v1_6","WirelessProtocol.v1_6"],[5344,0,3,"v1_7","WirelessProtocol.v1_7"],[5345,0,3,"v1_8","WirelessProtocol.v1_8"],[5346,0,3,"v1_9","WirelessProtocol.v1_9"],[5347,0,3,"v3_0","WirelessProtocol.v3_0"],[5348,0,3,"v3_1","WirelessProtocol.v3_1"],[5349,0,4,"Types","WirelessProtocol.Types"],[5350,0,2,"CommandID","WirelessProtocol.CommandID"],[5351,0,1,,"WirelessProtocol.cmdId_basePing_v1"],[5352,0,1,,"WirelessProtocol.cmdId_basePing_v2"],[5353,0,1,,"WirelessProtocol.cmdId_shortPing_v1"],[5354,0,1,,"WirelessProtocol.cmdId_longPing_v1"],[5355,0,1,,"WirelessProtocol.cmdId_readSingleSensor"],[5356,0,1,,"WirelessProtocol.cmdId_readEeprom_v1"],[5357,0,1,,"WirelessProtocol.cmdId_writeEeprom_v1"],[5358,0,1,,"WirelessProtocol.cmdId_pageDownload"],[5359,0,1,,"WirelessProtocol.cmdId_erase"],[5360,0,1,,"WirelessProtocol.cmdId_writeEeprom_v2"],[5361,0,1,,"WirelessProtocol.cmdId_getDiagInfo_v1"],[5362,0,1,,"WirelessProtocol.cmdId_batchEepromRead"],[5363,0,1,,"WirelessProtocol.cmdId_armForDatalog"],[5364,0,1,,"WirelessProtocol.cmdId_triggerArmedLog"],[5365,0,1,,"WirelessProtocol.cmdId_shortPing_v2"],[5366,0,1,,"WirelessProtocol.cmdId_testNodeCommProtocol"],[5367,0,1,,"WirelessProtocol.cmdId_baseReset_v2"],[5368,0,1,,"WirelessProtocol.cmdId_reset_v2"],[5369,0,1,,"WirelessProtocol.cmdId_sleep"],[5370,0,1,,"WirelessProtocol.cmdId_startStreaming"],[5371,0,1,,"WirelessProtocol.cmdId_startLdc_v1"],[5372,0,1,,"WirelessProtocol.cmdId_startLdc_v2"],[5373,0,1,,"WirelessProtocol.cmdId_startSync_v1"],[5374,0,1,,"WirelessProtocol.cmdId_logSessionInfo_v1"],[5375,0,1,,"WirelessProtocol.cmdId_getLogData_v1"],[5376,0,1,,"WirelessProtocol.cmdId_erase_v2"],[5377,0,1,,"WirelessProtocol.cmdId_autoBalance_v1"],[5378,0,1,,"WirelessProtocol.cmdId_autoCal_v1"],[5379,0,1,,"WirelessProtocol.cmdId_autoBalance_v2"],[5380,0,1,,"WirelessProtocol.cmdId_base_readEeprom_v1"],[5381,0,1,,"WirelessProtocol.cmdId_base_readEeprom_v2"],[5382,0,1,,"WirelessProtocol.cmdId_base_readEeprom_v3"],[5383,0,1,,"WirelessProtocol.cmdId_base_writeEeprom_v1"],[5384,0,1,,"WirelessProtocol.cmdId_base_writeEeprom_v2"],[5385,0,1,,"WirelessProtocol.cmdId_base_writeEeprom_v3"],[5386,0,1,,"WirelessProtocol.cmdId_stopNode"],[5387,0,1,,"WirelessProtocol.cmdId_stopNode_v2"],[5388,0,1,,"WirelessProtocol.cmdId_base_rfScan_v1"],[5389,0,1,,"WirelessProtocol.cmdId_base_setBeaconTime"],[5390,0,1,,"WirelessProtocol.cmdId_base_setBeacon_v1"],[5391,0,1,,"WirelessProtocol.cmdId_base_setBeacon_v2"],[5392,0,1,,"WirelessProtocol.cmdId_base_getBeaconStatus_v1"],[5393,0,1,,"WirelessProtocol.cmdId_poll"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/WirelessProtocol-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/WirelessProtocol-h-SummaryToolTips.js deleted file mode 100644 index c226d5070..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/WirelessProtocol-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Commands/WirelessProtocol.h",{5300:"
WirelessProtocol
Class containing protocol information for a device.
",5302:"
std::function<bool(
BaseStation_Impl*
)> m_pingBase
The function pointer for the Ping BaseStation protocol command.
",5303:"
std::function<void(
BaseStation_Impl*
)> m_hardBaseReset
The function pointer for the Hard BaseStation Reset protocol command.
",5304:"
std::function<void(
BaseStation_Impl*
)> m_softBaseReset
The function pointer for the Soft BaseStation Reset protocol command.
",5305:"
std::function<bool(
BaseStation_Impl*, 
uint16, 
uint16&
)> m_readBaseEeprom
The function pointer for the Read BaseStation EEPROM protocol command.
",5306:"
std::function<bool(
BaseStation_Impl*, 
uint16, 
uint16
)> m_writeBaseEeprom
The function pointer for the Write BaseStation EEPROM protocol command.
",5307:"
std::function<Timestamp(
BaseStation_Impl*, 
uint32
)> m_enableBeacon
The function pointer for the Enable Beacon protocol command.
",5308:"
std::function<BeaconStatus(
BaseStation_Impl*
)> m_beaconStatus
The function pointer for the Beacon Status protocol command.
",5309:"
std::function<void(
BaseStation_Impl*, 
uint32, 
uint32, 
uint32, 
uint16
)> m_startRfSweep
The function pointer for the Start RF Sweep Mode protocol command.
",5310:"
std::function<PingResponse(
BaseStation_Impl*, 
NodeAddress
)> m_longPing
The function pointer for the Long Ping protocol command.
",5311:"
std::function<bool(
BaseStation_Impl*, 
NodeAddress
)> m_sleep
The function pointer for the Node Sleep protocol command.
",5312:"
std::function<bool(
BaseStation_Impl*, 
NodeAddress, 
uint16, 
uint16&
)> m_readNodeEeprom
The function pointer for the Read Node Eeprom protocol command.
",5313:"
std::function<bool(
BaseStation_Impl*, 
NodeAddress, 
uint16, 
uint16
)> m_writeNodeEeprom
The function pointer for the Write Node Eeprom protocol command.
",5314:"
std::function<bool(
BaseStation_Impl*, 
NodeAddress, 
uint16, 
ByteStream&
)> m_pageDownload
The function pointer for the Node Page Download protocol command.
",5315:"
std::function<bool(
BaseStation_Impl*, 
NodeAddress, 
uint8, 
float, 
AutoBalanceResult&
)> m_autoBalance
The function pointer for the Node AutoBalance protocol command.
",5316:"
std::function<bool(
BaseStation_Impl*, 
NodeAddress, 
AutoCalResult&
)> m_autoCal_shm
The function pointer for the Node AutoCal (SHM) protocol command.
",5317:"
std::function<bool(
BaseStation_Impl*, 
NodeAddress, 
AutoCalResult&
)> m_autoCal_shm201
The function pointer for the Node AutoCal (SHM) protocol command.
",5318:"
std::function<bool(
BaseStation_Impl*, 
NodeAddress, 
const AutoCalCmdDetails&, 
AutoCalResult&
)> m_autoShuntCal
The function pointer for the Node AutoShuntCal protocol command.
",5319:"
std::function<bool(
BaseStation_Impl*, 
NodeAddress, 
ChannelData&
)> m_getDiagnosticInfo
The function pointer for the Node Get Diagnostic Info protocol command.
",5320:"
std::function<bool(
BaseStation_Impl*, 
NodeAddress
)> m_erase
The function pointer for the Node Erase protocol command.
",5321:"
std::function<bool(
BaseStation_Impl*, 
NodeAddress
)> m_startSyncSampling
The function pointer for the Node Start Sync Sampling protocol command.
",5322:"
std::function<bool(
BaseStation_Impl*, 
NodeAddress, 
DatalogSessionInfoResult&
)> m_datalogSessionInfo
The function pointer for the Node Datalog Session Info protocol command.
",5323:"
std::function<bool(
BaseStation_Impl*, 
NodeAddress, 
uint32, 
ByteStream&, 
uint16&
)> m_getDatalogData
The function pointer for the Get Node Datalog Data protocol command.
",5324:"
std::function<bool(
BaseStation_Impl*, 
NodeAddress
)> m_startNonSyncSampling
The function pointer for the Start Non Sync Sampling protocol command.
",5325:"
std::function<SetToIdleStatus(
BaseStation_Impl*, 
NodeAddress, 
const BaseStation&
)> m_setToIdle
The function pointer for the Set to Idle protocol command.
",5326:"
std::function<void(
BaseStation_Impl*, 
NodeAddress
)> m_hardReset
The function pointer for the Hard Reset protocol command.
",5327:"
std::function<void(
BaseStation_Impl*, 
NodeAddress
)> m_softReset
The function pointer for the Soft Reset protocol command.
",5328:"
std::function<bool(
BaseStation_Impl*, 
NodeAddress, 
uint16, 
std::map<uint16, uint16>&
)> m_batchEepromRead
The function pointer for the Node batch eeprom read protocol command.
",5329:"
std::function<bool(
BaseStation_Impl*, 
NodeAddress, 
WirelessTypes::CommProtocol
)> m_testNodeCommProtocol
The function pointer for the Test Node Communication Protocol command.
",5330:"
std::function<bool(
BaseStation_Impl*, 
NodeAddress, 
const ChannelMask&, 
WirelessPollData&
)> m_poll
The function pointer for the Node Poll command.
",5332:"
The address of our generic Base Station.
",5334:"
static Version asppVersionFromBaseFw(
const Version &fwVersion
)
Gets the ASPP version from the Base Station firmware version.
",5335:"
static Version asppVersionFromNodeFw(
const Version &fwVersion
)
Gets the ASPP version from the Node firmware version.
",5336:"
static std::unique_ptr<WirelessProtocol> getProtocol(
const Version &asppVersion
)
Returns the ASPP protocol based on the ASPP version.
",5337:"
static std::unique_ptr<WirelessProtocol> v1_0()
Static function to create a WirelessProtocol with version 1.0.
",5338:"
static std::unique_ptr<WirelessProtocol> v1_1()
Static function to create a WirelessProtocol with version 1.1.
",5339:"
static std::unique_ptr<WirelessProtocol> v1_2()
Static function to create a WirelessProtocol with version 1.2.
",5340:"
static std::unique_ptr<WirelessProtocol> v1_3()
Static function to create a WirelessProtocol with version 1.3.
",5341:"
static std::unique_ptr<WirelessProtocol> v1_4()
Static function to create a WirelessProtocol with version 1.4.
",5342:"
static std::unique_ptr<WirelessProtocol> v1_5()
Static function to create a WirelessProtocol with version 1.5.
",5343:"
static std::unique_ptr<WirelessProtocol> v1_6()
Static function to create a WirelessProtocol with version 1.6.
",5344:"
static std::unique_ptr<WirelessProtocol> v1_7()
Static function to create a WirelessProtocol with version 1.7.
",5345:"
static std::unique_ptr<WirelessProtocol> v1_8()
Static function to create a WirelessProtocol with version 1.8.
",5346:"
static std::unique_ptr<WirelessProtocol> v1_9()
Static function to create a WirelessProtocol with version 1.9.
",5347:"
static std::unique_ptr<WirelessProtocol> v3_0()
Static function to create a WirelessProtocol with version 3.0.
",5348:"
static std::unique_ptr<WirelessProtocol> v3_1()
Static function to create a WirelessProtocol with version 3.1.
",5350:"
The Wireless command IDs.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/WirelessProtocol-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/WirelessProtocol-h-ToolTips.js deleted file mode 100644 index 42a18cc73..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/WirelessProtocol-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({5300:"
WirelessProtocol
Class containing protocol information for a device.
",10409:"
Version
Class that represents, and provides helper functions for, a Version number
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/WirelessProtocol-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/WirelessProtocol-h.html deleted file mode 100644 index 724dc4522..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/WirelessProtocol-h.html +++ /dev/null @@ -1,307 +0,0 @@ - - -WirelessProtocol.h - - - - - - - -
-
WirelessProtocol
-
WirelessProtocol
-

Class containing protocol information for a device.

-
- -
-
Variables
-
- -
-
m_pingBase
-
std::function<bool(
BaseStation_Impl*
)> m_pingBase
-

The function pointer for the Ping BaseStation protocol command.

-
- -
-
m_hardBaseReset
-
std::function<void(
BaseStation_Impl*
)> m_hardBaseReset
-

The function pointer for the Hard BaseStation Reset protocol command.

-
- -
-
m_softBaseReset
-
std::function<void(
BaseStation_Impl*
)> m_softBaseReset
-

The function pointer for the Soft BaseStation Reset protocol command.

-
- -
-
m_readBaseEeprom
-
std::function<bool(
BaseStation_Impl*, 
uint16, 
uint16&
)> m_readBaseEeprom
-

The function pointer for the Read BaseStation EEPROM protocol command.

-
- -
-
m_writeBaseEeprom
-
std::function<bool(
BaseStation_Impl*, 
uint16, 
uint16
)> m_writeBaseEeprom
-

The function pointer for the Write BaseStation EEPROM protocol command.

-
- -
-
m_enableBeacon
-
std::function<Timestamp(
BaseStation_Impl*, 
uint32
)> m_enableBeacon
-

The function pointer for the Enable Beacon protocol command.

-
- -
-
m_beaconStatus
-
std::function<BeaconStatus(
BaseStation_Impl*
)> m_beaconStatus
-

The function pointer for the Beacon Status protocol command.

-
- -
-
m_startRfSweep
-
std::function<void(
BaseStation_Impl*, 
uint32, 
uint32, 
uint32, 
uint16
)> m_startRfSweep
-

The function pointer for the Start RF Sweep Mode protocol command.

-
- -
-
m_longPing
-
std::function<PingResponse(
BaseStation_Impl*, 
NodeAddress
)> m_longPing
-

The function pointer for the Long Ping protocol command.

-
- -
-
m_sleep
-
std::function<bool(
BaseStation_Impl*, 
NodeAddress
)> m_sleep
-

The function pointer for the Node Sleep protocol command.

-
- -
-
m_readNodeEeprom
-
std::function<bool(
BaseStation_Impl*, 
NodeAddress, 
uint16, 
uint16&
)> m_readNodeEeprom
-

The function pointer for the Read Node Eeprom protocol command.

-
- -
-
m_writeNodeEeprom
-
std::function<bool(
BaseStation_Impl*, 
NodeAddress, 
uint16, 
uint16
)> m_writeNodeEeprom
-

The function pointer for the Write Node Eeprom protocol command.

-
- -
-
m_pageDownload
-
std::function<bool(
BaseStation_Impl*, 
NodeAddress, 
uint16, 
ByteStream&
)> m_pageDownload
-

The function pointer for the Node Page Download protocol command.

-
- -
-
m_autoBalance
-
std::function<bool(
BaseStation_Impl*, 
NodeAddress, 
uint8, 
float, 
AutoBalanceResult&
)> m_autoBalance
-

The function pointer for the Node AutoBalance protocol command.

-
- -
-
m_autoCal_shm
-
std::function<bool(
BaseStation_Impl*, 
NodeAddress, 
AutoCalResult&
)> m_autoCal_shm
-

The function pointer for the Node AutoCal (SHM) protocol command.

-
- -
-
m_autoCal_shm201
-
std::function<bool(
BaseStation_Impl*, 
NodeAddress, 
AutoCalResult&
)> m_autoCal_shm201
-

The function pointer for the Node AutoCal (SHM) protocol command.

-
- -
-
m_autoShuntCal
-
std::function<bool(
BaseStation_Impl*, 
NodeAddress, 
const AutoCalCmdDetails&, 
AutoCalResult&
)> m_autoShuntCal
-

The function pointer for the Node AutoShuntCal protocol command.

-
- -
-
m_getDiagnosticInfo
-
std::function<bool(
BaseStation_Impl*, 
NodeAddress, 
ChannelData&
)> m_getDiagnosticInfo
-

The function pointer for the Node Get Diagnostic Info protocol command.

-
- -
-
m_erase
-
std::function<bool(
BaseStation_Impl*, 
NodeAddress
)> m_erase
-

The function pointer for the Node Erase protocol command.

-
- -
-
m_startSyncSampling
-
std::function<bool(
BaseStation_Impl*, 
NodeAddress
)> m_startSyncSampling
-

The function pointer for the Node Start Sync Sampling protocol command.

-
- -
-
m_datalogSessionInfo
-
std::function<bool(
BaseStation_Impl*, 
NodeAddress, 
DatalogSessionInfoResult&
)> m_datalogSessionInfo
-

The function pointer for the Node Datalog Session Info protocol command.

-
- -
-
m_getDatalogData
-
std::function<bool(
BaseStation_Impl*, 
NodeAddress, 
uint32, 
ByteStream&, 
uint16&
)> m_getDatalogData
-

The function pointer for the Get Node Datalog Data protocol command.

-
- -
-
m_startNonSyncSampling
-
std::function<bool(
BaseStation_Impl*, 
NodeAddress
)> m_startNonSyncSampling
-

The function pointer for the Start Non Sync Sampling protocol command.

-
- -
-
m_setToIdle
-
std::function<SetToIdleStatus(
BaseStation_Impl*, 
NodeAddress, 
const BaseStation&
)> m_setToIdle
-

The function pointer for the Set to Idle protocol command.

-
- -
-
m_hardReset
-
std::function<void(
BaseStation_Impl*, 
NodeAddress
)> m_hardReset
-

The function pointer for the Hard Reset protocol command.

-
- -
-
m_softReset
-
std::function<void(
BaseStation_Impl*, 
NodeAddress
)> m_softReset
-

The function pointer for the Soft Reset protocol command.

-
- -
-
m_batchEepromRead
-
std::function<bool(
BaseStation_Impl*, 
NodeAddress, 
uint16, 
std::map<uint16, uint16>&
)> m_batchEepromRead
-

The function pointer for the Node batch eeprom read protocol command.

-
- -
-
m_testNodeCommProtocol
-
std::function<bool(
BaseStation_Impl*, 
NodeAddress, 
WirelessTypes::CommProtocol
)> m_testNodeCommProtocol
-

The function pointer for the Test Node Communication Protocol command.

-
- -
-
m_poll
-
std::function<bool(
BaseStation_Impl*, 
NodeAddress, 
const ChannelMask&, 
WirelessPollData&
)> m_poll
-

The function pointer for the Node Poll command.

-
- -
-
Constants
-
- -
-
BASE_STATION_ADDRESS
-

The address of our generic Base Station.

-
- -
-
Functions
-
- -
-
asppVersionFromBaseFw
-
static Version asppVersionFromBaseFw(
const Version &fwVersion
)
-

Gets the ASPP version from the Base Station firmware version.

Parameters
fwVersion
const Version&

The firmware version of the Base Station.

-
- -
-
asppVersionFromNodeFw
-
static Version asppVersionFromNodeFw(
const Version &fwVersion
)
-

Gets the ASPP version from the Node firmware version.

Parameters
fwVersion
const Version&

The firmware version of the Node.

-
- -
-
getProtocol
-
static std::unique_ptr<WirelessProtocol> getProtocol(
const Version &asppVersion
)
-

Returns the ASPP protocol based on the ASPP version.

Parameters
asppVersion
const Version&

The Version of the ASPP protocol that is supported.

-
- -
-
v1_0
-
static std::unique_ptr<WirelessProtocol> v1_0()
-

Static function to create a WirelessProtocol with version 1.0.

-
- -
-
v1_1
-
static std::unique_ptr<WirelessProtocol> v1_1()
-

Static function to create a WirelessProtocol with version 1.1.

-
- -
-
v1_2
-
static std::unique_ptr<WirelessProtocol> v1_2()
-

Static function to create a WirelessProtocol with version 1.2.

-
- -
-
v1_3
-
static std::unique_ptr<WirelessProtocol> v1_3()
-

Static function to create a WirelessProtocol with version 1.3.

-
- -
-
v1_4
-
static std::unique_ptr<WirelessProtocol> v1_4()
-

Static function to create a WirelessProtocol with version 1.4.

-
- -
-
v1_5
-
static std::unique_ptr<WirelessProtocol> v1_5()
-

Static function to create a WirelessProtocol with version 1.5.

-
- -
-
v1_6
-
static std::unique_ptr<WirelessProtocol> v1_6()
-

Static function to create a WirelessProtocol with version 1.6.

-
- -
-
v1_7
-
static std::unique_ptr<WirelessProtocol> v1_7()
-

Static function to create a WirelessProtocol with version 1.7.

-
- -
-
v1_8
-
static std::unique_ptr<WirelessProtocol> v1_8()
-

Static function to create a WirelessProtocol with version 1.8.

-
- -
-
v1_9
-
static std::unique_ptr<WirelessProtocol> v1_9()
-

Static function to create a WirelessProtocol with version 1.9.

-
- -
-
v3_0
-
static std::unique_ptr<WirelessProtocol> v3_0()
-

Static function to create a WirelessProtocol with version 3.0.

-
- -
-
v3_1
-
static std::unique_ptr<WirelessProtocol> v3_1()
-

Static function to create a WirelessProtocol with version 3.1.

-
- -
-
Types
-
- -
-
CommandID
-

The Wireless command IDs.

cmdId_basePing_v1

0x01  - Ping Base Station (v1)

cmdId_basePing_v2

0x0001  - Ping Base Station (v2)

cmdId_shortPing_v1

0x02  - Short Ping (v1)

cmdId_longPing_v1

0x0002  - Long Ping (v1)

cmdId_readSingleSensor

0x03  - Read Single Sensor

cmdId_readEeprom_v1

0x0003  - Read Eeprom (v1)

cmdId_writeEeprom_v1

0x0004  - Write Eeprom (v1)

cmdId_pageDownload

0x05  - Page Download

cmdId_erase

0x06  - Erase (v1)

cmdId_writeEeprom_v2

0x0008  - Write Eeprom (v2)

cmdId_getDiagInfo_v1

0x0009  - Get Diagnostic Info (v1)

cmdId_batchEepromRead

0x000A  - Batch EEPROM Read

cmdId_armForDatalog

0x000D  - Arm for Datalogging

cmdId_triggerArmedLog

0x000E  - Trigger Armed Datalogging

cmdId_shortPing_v2

0x0012  - Short Ping (v2)

cmdId_testNodeCommProtocol

0x0013  - Test Node Communication Protocol

cmdId_baseReset_v2

0x0030  - Base Station Reset (v2)

cmdId_reset_v2

0x0031  - Reset (v2)

cmdId_sleep

0x0032  - Sleep (v1)

cmdId_startStreaming

0x38  - Start Streaming

cmdId_startLdc_v1

0x0038  - Start Low Duty Cycle (v1)

cmdId_startLdc_v2

0x0039  - Start Low Duty Cycle (v2)

cmdId_startSync_v1

0x003B  - Start Sync Sampling (v1)

cmdId_logSessionInfo_v1

0x0040  - Get the Logged Session Info (v1)

cmdId_getLogData_v1

0x0041  - Get Logged Data (v1)

cmdId_erase_v2

0x0042  - Erase Logged Data (v2)

cmdId_autoBalance_v1

0x62  - Auto Balance (v1)

cmdId_autoCal_v1

0x0064  - Auto Calibrate (v1)

cmdId_autoBalance_v2

0x0065  - Auto Balance (v2)

cmdId_base_readEeprom_v1

0x73  - Read Base Station Eeprom (v1)

cmdId_base_readEeprom_v2

0x0073  - Read Base Station Eeprom (v2)

cmdId_base_readEeprom_v3

0x0073  - Read Base Station Eeprom (v3)

cmdId_base_writeEeprom_v1

0x78  - Write Base Station Eeprom (v1)

cmdId_base_writeEeprom_v2

0x0078  - Write Base Station Eeprom (v2)

cmdId_base_writeEeprom_v3

0x0078  - Write Base Station Eeprom (v3)

cmdId_stopNode

0x0090  - Set Node to Idle (v1)

cmdId_stopNode_v2

0x0091  - Set Node to Idle (v2)

cmdId_base_rfScan_v1

0x00ED  - Base Station Rf Energy Frequency Scan (v1)

cmdId_base_setBeaconTime

0xBEAB  - Base Station Set Beacon Timestamp

cmdId_base_setBeacon_v1

0xBEAC  - Base Station Enable/Disable Beacon (v1)

cmdId_base_setBeacon_v2

0xBEAC  - Base Station Enable/Disable Beacon (v2)

cmdId_base_getBeaconStatus_v1

0xBEAD  - Base Station Get Beacon Status (v1)

cmdId_poll

0xDA7A  - Poll (v1)

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/WirelessResponsePattern-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/WirelessResponsePattern-h-Summary.js deleted file mode 100644 index 959bc4b5f..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/WirelessResponsePattern-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Commands/WirelessResponsePattern.h","WirelessResponsePattern.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Commands/WirelessResponsePattern.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[5207,0,0,"WirelessResponsePattern","WirelessResponsePattern"],[5208,0,2,"Functions","WirelessResponsePattern.Functions"],[5209,0,1,"WirelessResponsePattern","WirelessResponsePattern.WirelessResponsePattern"],[5210,0,1,"ResponsePattern","WirelessResponsePattern.ResponsePattern"],[5211,0,2,"Variables","WirelessResponsePattern.Variables"],[5212,0,3,"m_commandId","WirelessResponsePattern.m_commandId"],[5213,0,3,"m_nodeAddress","WirelessResponsePattern.m_nodeAddress"],[5214,0,3,"m_baseReceived","WirelessResponsePattern.m_baseReceived"],[5215,0,3,"m_baseReceivedWaitTime","WirelessResponsePattern.m_baseReceivedWaitTime"],[5216,0,2,"Functions","WirelessResponsePattern.Functions(2)"],[5217,0,1,"baseReceived","WirelessResponsePattern.baseReceived"],[5218,0,1,"baseReceivedWaitTime","WirelessResponsePattern.baseReceivedWaitTime"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/WirelessResponsePattern-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/WirelessResponsePattern-h-SummaryToolTips.js deleted file mode 100644 index 60f0e19e9..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/WirelessResponsePattern-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Commands/WirelessResponsePattern.h",{5207:"
WirelessResponsePattern
A pattern matching the expected response from a wireless command.
",5209:"
explicit WirelessResponsePattern(
std::weak_ptr<ResponseCollector> collector,
uint16 commandId,
NodeAddress nodeAddress
)
Creates a WirelessResponsePattern attached to a collector.
",5210:"
virtual ~WirelessResponsePattern()
Destroys the ResponsePattern and unregisters this response from its ResponseCollector
",5212:"
uint16 m_commandId
The command ID to match in the response.
",5213:"
NodeAddress m_nodeAddress
The NodeAddress to match in the response.
",5214:"
bool m_baseReceived
Whether the Base Station received response has been collected or not.
",5215:"
uint64 m_baseReceivedWaitTime
The wait time (in milliseconds) that was sent in the Base Station received response.
",5217:"
bool baseReceived() const
Gets whether the Base Station received response has been collected or not.
",5218:"
uint64 baseReceivedWaitTime() const
Gets the wait time (in milliseconds) that was sent in the Base Station received response.  This is only valid if baseReceived returns true.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/WirelessResponsePattern-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/WirelessResponsePattern-h-ToolTips.js deleted file mode 100644 index f66d3be1d..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/WirelessResponsePattern-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({5217:"
bool baseReceived() const
Gets whether the Base Station received response has been collected or not.
",9848:"
ResponseCollector
Stores all the expected command responses
",10047:"
ResponsePattern
A pattern matching the expected response from a device command (Base Class).
",10245:"
typedef for a Node\'s node address.
",825:"
Response
Handles the response to the command
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/WirelessResponsePattern-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/WirelessResponsePattern-h.html deleted file mode 100644 index ffce929b6..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/WirelessResponsePattern-h.html +++ /dev/null @@ -1,77 +0,0 @@ - - -WirelessResponsePattern.h - - - - - - - -
-
WirelessResponsePattern
-
public
ResponsePattern
WirelessResponsePattern
Response
-

A pattern matching the expected response from a wireless command.

-
- -
-
Functions
-
- -
-
WirelessResponsePattern
-
explicit WirelessResponsePattern(
std::weak_ptr<ResponseCollector> collector,
uint16 commandId,
NodeAddress nodeAddress
)
-

Creates a WirelessResponsePattern attached to a collector.

Parameters
collector
std::weak_ptr<ResponseCollector>

The ResponseCollector to register and unregister this response with.

-
- -
-
ResponsePattern
-
virtual ~WirelessResponsePattern()
-

Destroys the ResponsePattern and unregisters this response from its ResponseCollector

-
- -
-
Variables
-
- -
-
m_commandId
-
uint16 m_commandId
-

The command ID to match in the response.

-
- -
-
m_nodeAddress
-
NodeAddress m_nodeAddress
-

The NodeAddress to match in the response.

-
- -
-
m_baseReceived
-
bool m_baseReceived
-

Whether the Base Station received response has been collected or not.

-
- -
-
m_baseReceivedWaitTime
-
uint64 m_baseReceivedWaitTime
-

The wait time (in milliseconds) that was sent in the Base Station received response.

-
- -
-
Functions
-
- -
-
baseReceived
-
bool baseReceived() const
-

Gets whether the Base Station received response has been collected or not.

-
- -
-
baseReceivedWaitTime
-
uint64 baseReceivedWaitTime() const
-

Gets the wait time (in milliseconds) that was sent in the Base Station received response.  This is only valid if baseReceived returns true.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/WriteEeprom-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/WriteEeprom-h-Summary.js deleted file mode 100644 index 7e5aa5595..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/WriteEeprom-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Commands/WriteEeprom.h","WriteEeprom.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Commands/WriteEeprom.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[5197,0,0,"WriteEeprom","WriteEeprom"],[5198,0,2,"Functions","WriteEeprom.Functions"],[5199,0,1,"buildCommand","WriteEeprom.buildCommand"],[5200,0,0,"Response","Response"],[5201,0,2,"Functions","Response.Functions"],[5202,0,1,"Response","Response.Response"],[5203,0,2,"Variables","Response.Variables"],[5204,0,3,"m_nodeAddress","Response.m_nodeAddress"],[5205,0,2,"Functions","Response.Functions(2)"],[5206,0,1,"matchSuccessResponse","Response.matchSuccessResponse"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/WriteEeprom-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/WriteEeprom-h-SummaryToolTips.js deleted file mode 100644 index 00e5ef876..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/WriteEeprom-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Commands/WriteEeprom.h",{5197:"
WriteEeprom
Contains logic for the WriteEeprom Node command
",5199:"
static ByteStream buildCommand(
NodeAddress nodeAddress,
uint16 eepromAddress,
uint16 valueToWrite
)
Builds the WriteEeprom command packet
",5200:"
Response
Handles the response to the WriteEeprom Node command
",5202:"
Response(
NodeAddress nodeAddress,
std::weak_ptr<ResponseCollector> collector
)
Creates a WriteEeprom Response object
",5204:"
NodeAddress m_nodeAddress
The node address to look for in the WriteEeprom response
",5206:"
virtual bool matchSuccessResponse(
const WirelessPacket &packet
) override
Checks if the WirelessPacket passed in matches the expected response pattern\'s bytes
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/WriteEeprom-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/WriteEeprom-h-ToolTips.js deleted file mode 100644 index 5f3509796..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/WriteEeprom-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({5207:"
WirelessResponsePattern
A pattern matching the expected response from a wireless command.
",7176:"
WirelessPacket
Represents a MicroStrain wireless packet
",9848:"
ResponseCollector
Stores all the expected command responses
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10047:"
ResponsePattern
A pattern matching the expected response from a device command (Base Class).
",10245:"
typedef for a Node\'s node address.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/WriteEeprom-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/WriteEeprom-h.html deleted file mode 100644 index 18bc7689d..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/WriteEeprom-h.html +++ /dev/null @@ -1,63 +0,0 @@ - - -WriteEeprom.h - - - - - - - -
-
WriteEeprom
-
WriteEeprom
-

Contains logic for the WriteEeprom Node command

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand(
NodeAddress nodeAddress,
uint16 eepromAddress,
uint16 valueToWrite
)
-

Builds the WriteEeprom command packet

Parameters
nodeAddress
NodeAddress

the address of the Node to build the command for

eepromAddress
uint16

the Eeprom address to write to

valueToWrite
uint16

the value to write to the Eeprom

Returns

A ByteStream containing the command packet

-
- -
-
Response
-
public
WirelessResponsePattern
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
ResponsePattern
GenericMipCommand.​Response
SetToIdle.​Response
Response
-

Handles the response to the WriteEeprom Node command

-
- -
-
Functions
-
- -
-
Response
-
Response(
NodeAddress nodeAddress,
std::weak_ptr<ResponseCollector> collector
)
-

Creates a WriteEeprom Response object

Parameters
nodeAddress
NodeAddress

the node address to check for

collector
std::weak_ptr<ResponseCollector>

The ResponseCollector used to register and unregister the response

-
- -
-
Variables
-
- -
-
m_nodeAddress
-
NodeAddress m_nodeAddress
-

The node address to look for in the WriteEeprom response

-
- -
-
Functions
-
- -
-
matchSuccessResponse
-
virtual bool matchSuccessResponse(
const WirelessPacket &packet
) override
-

Checks if the WirelessPacket passed in matches the expected response pattern's bytes

Parameters
packet
const WirelessPacket&

The WirelessPacket in which to try to find the pattern

Returns

true if the packet matches a response pattern, false otherwise

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/WriteEeprom_v2-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/WriteEeprom_v2-h-Summary.js deleted file mode 100644 index ca8154666..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/WriteEeprom_v2-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Commands/WriteEeprom_v2.h","WriteEeprom_v2.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Commands/WriteEeprom_v2.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[4618,0,0,"WriteEeprom_v2","WriteEeprom_v2"],[4619,0,2,"Functions","WriteEeprom_v2.Functions"],[4620,0,1,"buildCommand","WriteEeprom_v2.buildCommand"],[4621,0,0,"Response","Response"],[4622,0,2,"Functions","Response.Functions"],[4623,0,1,"Response","Response.Response"],[4624,0,2,"Variables","Response.Variables"],[4625,0,3,"m_nodeAddress","Response.m_nodeAddress"],[4626,0,3,"m_eepromAddress","Response.m_eepromAddress"],[4627,0,3,"eepromValue","Response.eepromValue"],[4628,0,3,"m_errorCode","Response.m_errorCode"],[4629,0,2,"Functions","Response.Functions(2)"],[4630,0,1,"errorCode","Response.errorCode"],[4631,0,1,"matchSuccessResponse","Response.matchSuccessResponse"],[4632,0,1,"matchFailResponse","Response.matchFailResponse"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/WriteEeprom_v2-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/WriteEeprom_v2-h-SummaryToolTips.js deleted file mode 100644 index 45cfcaefd..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/WriteEeprom_v2-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Commands/WriteEeprom_v2.h",{4618:"
WriteEeprom_v2
Contains logic for the WriteEeprom (version 2) Node command
",4620:"
static ByteStream buildCommand(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress,
uint16 eepromAddress,
uint16 valueToWrite
)
Builds the WriteEeprom_v2 command packet
",4621:"
Response
Handles the response to the WriteEeprom_v2 Node command
",4623:"
Response(
NodeAddress nodeAddress,
uint16 eepromAddress,
uint16 valueWritten,
std::weak_ptr<ResponseCollector> collector
)
Creates a WriteEeprom_v2 Response object
",4625:"
NodeAddress m_nodeAddress
The node address to look for in the WriteEeprom_v2 response
",4626:"
uint16 m_eepromAddress
The eeprom address to look for in the WriteEeprom_v2 response.
",4627:"
uint16 m_eepromValue
The eeprom value to look for in the WriteEeprom_v2 response.
",4628:"
WirelessPacket::ResponseErrorCode m_errorCode
The WirelessPacket::ResponseErrorCode from the response.
",4630:"
WirelessPacket::ResponseErrorCode errorCode() const
Gets the WirelessPacket::ResponseErrorCode from the response packet.
",4631:"
bool matchSuccessResponse(
const WirelessPacket &packet
) override
Checks if the WirelessPacket passed in matches the success response.
",4632:"
bool matchFailResponse(
const WirelessPacket &packet
) override
Checks if the WirelessPacket passed in matches the failure response.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/WriteEeprom_v2-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/WriteEeprom_v2-h-ToolTips.js deleted file mode 100644 index 14053f1ed..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/WriteEeprom_v2-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({5207:"
WirelessResponsePattern
A pattern matching the expected response from a wireless command.
",7176:"
WirelessPacket
Represents a MicroStrain wireless packet
",7194:"
The possible ASPP versions
",7198:"
Possible error codes from response packets.
",9848:"
ResponseCollector
Stores all the expected command responses
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10047:"
ResponsePattern
A pattern matching the expected response from a device command (Base Class).
",10245:"
typedef for a Node\'s node address.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/WriteEeprom_v2-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/WriteEeprom_v2-h.html deleted file mode 100644 index 8bdc5ad11..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Commands/WriteEeprom_v2-h.html +++ /dev/null @@ -1,93 +0,0 @@ - - -WriteEeprom_v2.h - - - - - - - -
-
WriteEeprom_v2
-
WriteEeprom_v2
-

Contains logic for the WriteEeprom (version 2) Node command

-
- -
-
Functions
-
- -
-
buildCommand
-
static ByteStream buildCommand(
WirelessPacket::AsppVersion asppVer,
NodeAddress nodeAddress,
uint16 eepromAddress,
uint16 valueToWrite
)
-

Builds the WriteEeprom_v2 command packet

Parameters
nodeAddress
NodeAddress

the address of the Node to build the command for

eepromAddress
uint16

the Eeprom address to write to

valueToWrite
uint16

the value to write to the Eeprom

Returns

A ByteStream containing the command packet

-
- -
-
Response
-
public
WirelessResponsePattern
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
GenericMipCommand.​Response
ResponsePattern
GenericMipCommand.​Response
SetToIdle.​Response
Response
-

Handles the response to the WriteEeprom_v2 Node command

-
- -
-
Functions
-
- -
-
Response
-
Response(
NodeAddress nodeAddress,
uint16 eepromAddress,
uint16 valueWritten,
std::weak_ptr<ResponseCollector> collector
)
-

Creates a WriteEeprom_v2 Response object

Parameters
nodeAddress
NodeAddress

the node address to check for.

eepromAddress
uint16

the eeprom address that was written to.

valueWritten
uint16

the value that was written to eeprom.

collector
std::weak_ptr<ResponseCollector>

The ResponseCollector used to register and unregister the response.

-
- -
-
Variables
-
- -
-
m_nodeAddress
-
NodeAddress m_nodeAddress
-

The node address to look for in the WriteEeprom_v2 response

-
- -
-
m_eepromAddress
-
uint16 m_eepromAddress
-

The eeprom address to look for in the WriteEeprom_v2 response.

-
- -
-
eepromValue
-
uint16 m_eepromValue
-

The eeprom value to look for in the WriteEeprom_v2 response.

-
- -
-
m_errorCode
- -

The WirelessPacket::ResponseErrorCode from the response.

-
- -
-
Functions
-
- -
-
errorCode
- -

Gets the WirelessPacket::ResponseErrorCode from the response packet.

Returns

The error code from the response.

-
- -
-
matchSuccessResponse
-
bool matchSuccessResponse(
const WirelessPacket &packet
) override
-

Checks if the WirelessPacket passed in matches the success response.

Parameters
packet
const WirelessPacket&

The WirelessPacket to match.

Returns

true if the packet matches the success response, false otherwise.

-
- -
-
matchFailResponse
-
bool matchFailResponse(
const WirelessPacket &packet
) override
-

Checks if the WirelessPacket passed in matches the failure response.

Parameters
packet
const WirelessPacket&

The WirelessPacket to match.

Returns

true if the packet matches the fail response, false otherwise.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/ActivitySense-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/ActivitySense-h-Summary.js deleted file mode 100644 index 430b5eaa3..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/ActivitySense-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Configuration/ActivitySense.h","ActivitySense.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Configuration/ActivitySense.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[6840,0,0,"ActivitySense","ActivitySense"],[6841,0,2,"Variables","ActivitySense.Variables"],[6842,0,3,"m_enabled","ActivitySense.m_enabled"],[6843,0,3,"m_activityThreshold","ActivitySense.m_activityThreshold"],[6844,0,3,"m_inactivityThreshold","ActivitySense.m_inactivityThreshold"],[6845,0,3,"m_activityTime","ActivitySense.m_activityTime"],[6846,0,3,"m_inactivityTimeout","ActivitySense.m_inactivityTimeout"],[6847,0,2,"Functions","ActivitySense.Functions"],[6848,0,1,"enabled","ActivitySense.enabled"],[6849,0,1,"enabled","ActivitySense.enabled(2)"],[6850,0,1,"activityThreshold","ActivitySense.activityThreshold"],[6851,0,1,"activityThreshold","ActivitySense.activityThreshold(2)"],[6852,0,1,"inactivityThreshold","ActivitySense.inactivityThreshold"],[6853,0,1,"inactivityThreshold","ActivitySense.inactivityThreshold(2)"],[6854,0,1,"activityTime","ActivitySense.activityTime"],[6855,0,1,"activityTime","ActivitySense.activityTime(2)"],[6856,0,1,"inactivityTimeout","ActivitySense.inactivityTimeout"],[6857,0,1,"inactivityTimeout","ActivitySense.inactivityTimeout(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/ActivitySense-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/ActivitySense-h-SummaryToolTips.js deleted file mode 100644 index acc4a1b73..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/ActivitySense-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Configuration/ActivitySense.h",{6840:"
ActivitySense
Contains all of the ActivitySense options that can be configured for a WirelessNode.  Activity Sense is a power saving feature that allows a Node to be in a low-power state when no activity is suspected, and then immediately jump to its normal sampling state when a certain activity threshold is reached.
",6842:"
bool m_enabled
Whether Activity Sense is enabled or disabled.
",6843:"
float m_activityThreshold
The activity threshold (in G\'s).
",6844:"
float m_inactivityThreshold
The inactivity threshold (in G\'s).
",6845:"
float m_activityTime
The activity time (in seconds).
",6846:"
float m_inactivityTimeout
The inactivity timeout (in seconds).
",6848:"
bool enabled() const
Gets whether Activity Sense is enabled or disabled in this options object.
",6849:"
void enabled(
bool enable
)
Sets whether Activity Sense is enabled or disabled in this options object.
",6850:"
float activityThreshold() const
Gets the current activity threshold value in this options object.  This is the threshold the channel must exceed, for activityTime seconds to begin sampling.
",6851:"
void activityThreshold(
float threshold
)
Sets the activity threshold value in this options object.  This is the threshold the channel must exceed, for activityTime seconds to begin sampling.
",6852:"
float inactivityThreshold() const
Gets the current inactivity threshold value in this options object.  This is the threshold the channel must drop below, for inactivityTimeout seconds to begin sampling.
",6853:"
void inactivityThreshold(
float threshold
)
Sets the inactivity threshold value in this options object.  This is the threshold the channel must drop below, for inactivityTimeout seconds to begin sampling.
",6854:"
float activityTime() const
Gets the amount of time that activity must be seen above activityThreshold before the Node enters its sampling mode, currently set in this options object.
",6855:"
void activityTime(
float time
)
Sets the amount of time that activity must be seen above activityThreshold before the Node enters its sampling mode, in this options object.
",6856:"
float inactivityTimeout() const
Gets the current amount of time that the Activity Sense mode runs without a value over the activityThreshold before it goes back into a low power mode, in this options object.
",6857:"
void inactivityTimeout(
float timeout
)
Sets the current amount of time that the Activity Sense mode runs without a value over the activityThreshold before it goes back into a low power mode, in this options object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/ActivitySense-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/ActivitySense-h-ToolTips.js deleted file mode 100644 index 5c18be994..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/ActivitySense-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6850:"
float activityThreshold() const
Gets the current activity threshold value in this options object.  This is the threshold the channel must exceed, for activityTime seconds to begin sampling.
",6854:"
float activityTime() const
Gets the amount of time that activity must be seen above activityThreshold before the Node enters its sampling mode, currently set in this options object.
",6856:"
float inactivityTimeout() const
Gets the current amount of time that the Activity Sense mode runs without a value over the activityThreshold before it goes back into a low power mode, in this options object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/ActivitySense-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/ActivitySense-h.html deleted file mode 100644 index ec1bdd098..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/ActivitySense-h.html +++ /dev/null @@ -1,115 +0,0 @@ - - -ActivitySense.h - - - - - - - -
-
ActivitySense
-
ActivitySense
-

Contains all of the ActivitySense options that can be configured for a WirelessNode.  Activity Sense is a power saving feature that allows a Node to be in a low-power state when no activity is suspected, and then immediately jump to its normal sampling state when a certain activity threshold is reached.

-
- -
-
Variables
-
- -
-
m_enabled
-
bool m_enabled
-

Whether Activity Sense is enabled or disabled.

-
- -
-
m_activityThreshold
-
float m_activityThreshold
-

The activity threshold (in G's).

-
- -
-
m_inactivityThreshold
-
float m_inactivityThreshold
-

The inactivity threshold (in G's).

-
- -
-
m_activityTime
-
float m_activityTime
-

The activity time (in seconds).

-
- -
-
m_inactivityTimeout
-
float m_inactivityTimeout
-

The inactivity timeout (in seconds).

-
- -
-
Functions
-
- -
-
enabled
-
bool enabled() const
-

Gets whether Activity Sense is enabled or disabled in this options object.

Returns

true if Activity Sense is enabled in this options object, false if it is disabled.

-
- -
-
enabled
-
void enabled(
bool enable
)
-

Sets whether Activity Sense is enabled or disabled in this options object.

Parameters
enable
bool

Whether to enable (true) or disable (false) Activity Sense mode in this options object.

-
- -
-
activityThreshold
-
float activityThreshold() const
-

Gets the current activity threshold value in this options object.  This is the threshold the channel must exceed, for activityTime seconds to begin sampling.

Returns

The activity threshold value (in G's) set in this options object.

-
- -
-
activityThreshold
-
void activityThreshold(
float threshold
)
-

Sets the activity threshold value in this options object.  This is the threshold the channel must exceed, for activityTime seconds to begin sampling.

Parameters
threshold
float

The activity threshold value (in G's) to set in this options object.

-
- -
-
inactivityThreshold
-
float inactivityThreshold() const
-

Gets the current inactivity threshold value in this options object.  This is the threshold the channel must drop below, for inactivityTimeout seconds to begin sampling.

Returns

The inactivity threshold value (in G's) set in this options object.

-
- -
-
inactivityThreshold
-
void inactivityThreshold(
float threshold
)
-

Sets the inactivity threshold value in this options object.  This is the threshold the channel must drop below, for inactivityTimeout seconds to begin sampling.

Parameters
threshold
float

The inactivity threshold value (in G's) to set in this options object.

-
- -
-
activityTime
-
float activityTime() const
-

Gets the amount of time that activity must be seen above activityThreshold before the Node enters its sampling mode, currently set in this options object.

Returns

The activity time value set in this options object.

-
- -
-
activityTime
-
void activityTime(
float time
)
-

Sets the amount of time that activity must be seen above activityThreshold before the Node enters its sampling mode, in this options object.

Parameters
time
float

The activity time value to set in this options object.

-
- -
-
inactivityTimeout
-
float inactivityTimeout() const
-

Gets the current amount of time that the Activity Sense mode runs without a value over the activityThreshold before it goes back into a low power mode, in this options object.

Returns

The inactivity timeout value set in this options object.

-
- -
-
inactivityTimeout
-
void inactivityTimeout(
float timeout
)
-

Sets the current amount of time that the Activity Sense mode runs without a value over the activityThreshold before it goes back into a low power mode, in this options object.

Parameters
timeout
float

The inactivity timeout value to set in this options object.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/BaseStationConfig-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/BaseStationConfig-h-Summary.js deleted file mode 100644 index 05f568557..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/BaseStationConfig-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Configuration/BaseStationConfig.h","BaseStationConfig.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Configuration/BaseStationConfig.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[6802,0,0,"BaseStationConfig","BaseStationConfig"],[6803,0,2,"Functions","BaseStationConfig.Functions"],[6804,0,1,"BaseStationConfig","BaseStationConfig.BaseStationConfig"],[6805,0,2,"Variables","BaseStationConfig.Variables"],[6806,0,3,"m_transmitPower","BaseStationConfig.m_transmitPower"],[6807,0,3,"m_commProtocol","BaseStationConfig.m_commProtocol"],[6808,0,3,"m_btnsLongPress","BaseStationConfig.m_btnsLongPress"],[6809,0,3,"m_btnsShortPress","BaseStationConfig.m_btnsShortPress"],[6810,0,3,"m_analogPairs","BaseStationConfig.m_analogPairs"],[6811,0,3,"m_analogPairingEnable","BaseStationConfig.m_analogPairingEnable"],[6812,0,3,"m_analogTimeoutTime","BaseStationConfig.m_analogTimeoutTime"],[6813,0,3,"m_analogTimeoutVoltage","BaseStationConfig.m_analogTimeoutVoltage"],[6814,0,3,"m_analogExceedanceEnable","BaseStationConfig.m_analogExceedanceEnable"],[6815,0,2,"Functions","BaseStationConfig.Functions(2)"],[6816,0,1,"checkValue","BaseStationConfig.checkValue"],[6817,0,1,"isSet","BaseStationConfig.isSet"],[6818,0,1,"curTransmitPower","BaseStationConfig.curTransmitPower"],[6819,0,1,"curCommProtocol","BaseStationConfig.curCommProtocol"],[6820,0,1,"verify","BaseStationConfig.verify"],[6821,0,1,"apply","BaseStationConfig.apply"],[6822,0,1,"transmitPower","BaseStationConfig.transmitPower"],[6823,0,1,"transmitPower","BaseStationConfig.transmitPower(2)"],[6824,0,1,"communicationProtocol","BaseStationConfig.communicationProtocol"],[6825,0,1,"communicationProtocol","BaseStationConfig.communicationProtocol(2)"],[6826,0,1,"buttonLongPress","BaseStationConfig.buttonLongPress"],[6827,0,1,"buttonLongPress","BaseStationConfig.buttonLongPress(2)"],[6828,0,1,"buttonShortPress","BaseStationConfig.buttonShortPress"],[6829,0,1,"buttonShortPress","BaseStationConfig.buttonShortPress(2)"],[6830,0,1,"analogPairingEnable","BaseStationConfig.analogPairingEnable"],[6831,0,1,"analogPairingEnable","BaseStationConfig.analogPairingEnable(2)"],[6832,0,1,"analogTimeoutTime","BaseStationConfig.analogTimeoutTime"],[6833,0,1,"analogTimeoutTime","BaseStationConfig.analogTimeoutTime(2)"],[6834,0,1,"analogTimeoutVoltage","BaseStationConfig.analogTimeoutVoltage"],[6835,0,1,"analogTimeoutVoltage","BaseStationConfig.analogTimeoutVoltage(2)"],[6836,0,1,"analogExceedanceEnable","BaseStationConfig.analogExceedanceEnable"],[6837,0,1,"analogExceedanceEnable","BaseStationConfig.analogExceedanceEnable(2)"],[6838,0,1,"analogPairing","BaseStationConfig.analogPairing"],[6839,0,1,"buttonLongPress","BaseStationConfig.buttonLongPress(3)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/BaseStationConfig-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/BaseStationConfig-h-SummaryToolTips.js deleted file mode 100644 index ada238fac..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/BaseStationConfig-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Configuration/BaseStationConfig.h",{6802:"
BaseStationConfig
Class used for setting the configuration of BaseStations.  Set all the configuration values that you want to change, then verify and apply them to a BaseStation.
",6804:"
BaseStationConfig()
Creates a blank BaseStationConfig.
",6806:"
boost::optional<WirelessTypes::TransmitPower> m_transmitPower
The WirelessTypes::TransmitPower to set.
",6807:"
boost::optional<WirelessTypes::CommProtocol> m_commProtocol
The WirelessTypes::CommProtocol to set.
",6808:"
ButtonMap m_btnsLongPress
The <ButtonMap> for long press actions.
",6809:"
ButtonMap m_btnsShortPress
The <ButtonMap> for short press actions.
",6810:"
AnalogPairMap m_analogPairs
The <AnalogPairMap> holding all analog pairs to set
",6811:"
boost::optional<bool> m_analogPairingEnable
The analog pairing enable master option to set.
",6812:"
boost::optional<uint16> m_analogTimeoutTime
The analog timeout time (in seconds) to set.
",6813:"
boost::optional<float> m_analogTimeoutVoltage
The analog timeout voltage to set.
",6814:"
boost::optional<bool> m_analogExceedanceEnable
The analog exceedance enable option to set.
",6816:"
template<typename T> void checkValue(
const boost::optional<T> &opt,
const std::string &valueName
) const
Throws an exception if an optional value isn\'t set.
",6817:"
template<typename T> bool isSet(
const boost::optional<T> &opt
) const
Checks whether the optional value is set.
",6818:"
WirelessTypes::TransmitPower curTransmitPower(
const BaseStationEepromHelper &eeprom
) const
Gets the transmit power currently set, or from the node if not set.
",6819:"
WirelessTypes::CommProtocol curCommProtocol(
const BaseStationEepromHelper &eeprom
) const
Gets the communication protocol currently set, or from the base if not set.
",6820:"
bool verify(
const BaseStationFeatures &features,
const BaseStationEepromHelper &eeprom,
ConfigIssues &outIssues
) const
Checks whether the current settings are ok to be written to a given BaseStation.
",6821:"
void apply(
const BaseStationFeatures &features,
BaseStationEepromHelper &eeprom
) const
Writes all of the configuration values that are set to a WirelessNode.
",6822:"
WirelessTypes::TransmitPower transmitPower() const
Gets the WirelessTypes::TransmitPower value in the Config, if set.
",6823:"
void transmitPower(
WirelessTypes::TransmitPower power
)
Sets the WirelessTypes::TransmitPower value in the Config.
",6824:"
WirelessTypes::CommProtocol communicationProtocol() const
Gets the WirelessTypes::CommProtocol value in the Config, if set.
",6825:"
void communicationProtocol(
WirelessTypes::CommProtocol commProtocol
)
Sets the WirelessTypes::CommProtocol value in the Config.
",6826:"
BaseStationButton buttonLongPress(
uint8 buttonNumber
) const
Gets the BaseStationButton value in the Config for performing a long press on a specific button, if set.
",6827:"
void buttonLongPress(
uint8 buttonNumber,
const BaseStationButton &button
)
Sets the BaseStationButton value in the Config for performing a short press on a specific button.
",6828:"
BaseStationButton buttonShortPress(
uint8 buttonNumber
) const
Gets the BaseStationButton value in the Config for performing a short press on a specific button, if set.
",6829:"
void buttonShortPress(
uint8 buttonNumber,
const BaseStationButton &button
)
Sets the BaseStationButton value in the Config for performing a long press on a specific button.
",6830:"
bool analogPairingEnable() const
Gets the Analog Pairing Enabled value in the Config, if set.
",6831:"
void analogPairingEnable(
bool enable
)
Sets the Analog Pairing Enabled value in the Config.  This controls whether all of the other analog pairing settings have any affect.
",6832:"
uint16 analogTimeoutTime() const
Gets the Analog Timeout Time value (in seconds) in the Config, if set.  If this is 0, Analog Timeout is disabled.
",6833:"
void analogTimeoutTime(
uint16 seconds
)
Sets the Analog Timeout Time value (in seconds) in the Config.  If this is 0, Analog Timeout is disabled.
",6834:"
float analogTimeoutVoltage() const
Gets the Analog Timeout Voltage in the Config, if set.
",6835:"
void analogTimeoutVoltage(
float voltage
)
Sets the Analog Timeout Voltage in the Config.  If this is 0, Analog Timeout is disabled.
",6836:"
bool analogExceedanceEnable()
Gets the Analog Exceedance Enabled value in the Config, if set.
",6837:"
void analogExceedanceEnable(
bool enable
)
Sets the Analog Exceedance Enabled value in the Config.
",6838:"
BaseStationAnalogPair analogPairing(
uint8 portNumber
) const
Gets the BaseStationAnalogPair value in the Config for the specified port number, if set.
",6839:"
Sets the BaseStationAnalogPair value in the Config for the specified port number.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/BaseStationConfig-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/BaseStationConfig-h-ToolTips.js deleted file mode 100644 index b0024169d..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/BaseStationConfig-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6683:"
ConfigIssue
Holds information on a specific configuration issue.
",6764:"
BaseStationEepromHelper
A helper class for reading and writing to a BaseStation\'s Eeprom.  This class provides eeprom specific parsing so that high-level objects can be converted to their low-level eeprom value equivelent and vice-versa.
",7078:"
BaseStationFeatures
Contains information on which features are supported by a BaseStation.
",8635:"
Represents the transmit powers that can be used for Wireless Devices.
",9155:"
Available Communication Protocol types.
",9648:"
BaseStationButton
Represents a single button on a BaseStation
",9673:"
BaseStationAnalogPair
Represents an Analog Pairing on a BaseStation.
",9710:"
BaseStation
Represents a MicroStrain Base Station object
",9766:"
void applyConfig(
const BaseStationConfig &config
)
Applies a BaseStationConfig to the Node.  Note: This applies all options that have been set in the BaseStationConfig.  Before applying, the options will be validated. It is recommended that you perform this validation yourself first by using verifyConfig.
",10457:"
Error_NoData
There is no data available to be accessed
",10468:"
Error_Communication
The exception for failing to communicate with a device.
",10479:"
Error_Connection
The generic connection exception.
",10505:"
Error_InvalidConfig
The Configuration is invalid.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/BaseStationConfig-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/BaseStationConfig-h.html deleted file mode 100644 index 80c276565..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/BaseStationConfig-h.html +++ /dev/null @@ -1,232 +0,0 @@ - - -BaseStationConfig.h - - - - - - - -
-
BaseStationConfig
-
BaseStationConfig
-

Class used for setting the configuration of BaseStations.  Set all the configuration values that you want to change, then verify and apply them to a BaseStation.

See also: BaseStation::applyConfig

-
- -
-
Functions
-
- -
-
BaseStationConfig
-
BaseStationConfig()
-

Creates a blank BaseStationConfig.

-
- -
-
Variables
-
- -
-
m_transmitPower
-
boost::optional<WirelessTypes::TransmitPower> m_transmitPower
-

The WirelessTypes::TransmitPower to set.

-
- -
-
m_commProtocol
-
boost::optional<WirelessTypes::CommProtocol> m_commProtocol
-

The WirelessTypes::CommProtocol to set.

-
- -
-
m_btnsLongPress
-
ButtonMap m_btnsLongPress
-

The <ButtonMap> for long press actions.

-
- -
-
m_btnsShortPress
-
ButtonMap m_btnsShortPress
-

The <ButtonMap> for short press actions.

-
- -
-
m_analogPairs
-
AnalogPairMap m_analogPairs
-

The <AnalogPairMap> holding all analog pairs to set

-
- -
-
m_analogPairingEnable
-
boost::optional<bool> m_analogPairingEnable
-

The analog pairing enable master option to set.

-
- -
-
m_analogTimeoutTime
-
boost::optional<uint16> m_analogTimeoutTime
-

The analog timeout time (in seconds) to set.

-
- -
-
m_analogTimeoutVoltage
-
boost::optional<float> m_analogTimeoutVoltage
-

The analog timeout voltage to set.

-
- -
-
m_analogExceedanceEnable
-
boost::optional<bool> m_analogExceedanceEnable
-

The analog exceedance enable option to set.

-
- -
-
Functions
-
- -
-
checkValue
-
template<typename T> void checkValue(
const boost::optional<T> &opt,
const std::string &valueName
) const
-

Throws an exception if an optional value isn't set.

Parameters
opt
const boost::optional<T>&

The boost::optional value to check if it is set.

valueName
const std::string&

The name of the value being checked. This will be included in the exception description if not set.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
isSet
-
template<typename T> bool isSet(
const boost::optional<T> &opt
) const
-

Checks whether the optional value is set.

Parameters
opt
const boost::optional<T>&

The boost::optional value to check if it is set.

Returns

true if the value is set, false if it is not set.

-
- -
-
curTransmitPower
-
WirelessTypes::TransmitPower curTransmitPower(
const BaseStationEepromHelper &eeprom
) const
-

Gets the transmit power currently set, or from the node if not set.

-
- -
-
curCommProtocol
-
WirelessTypes::CommProtocol curCommProtocol(
const BaseStationEepromHelper &eeprom
) const
-

Gets the communication protocol currently set, or from the base if not set.

-
- -
-
verify
-
bool verify(
const BaseStationFeatures &features,
const BaseStationEepromHelper &eeprom,
ConfigIssues &outIssues
) const
-

Checks whether the current settings are ok to be written to a given BaseStation.

Parameters
features
const BaseStationFeatures&

The BaseStationFeatures of the BaseStation to verify the configuration for.

eeprom
const BaseStationEepromHelper&

The BaseStationEepromHelper of the BaseStation to use for communication.

outIssues
ConfigIssues&

The ConfigIssues holding any resulting issues that are found with the configuration.

Returns

true if the configuration is valid. false if the configuration is invalid and outIssues should be checked for more information.

Exceptions
-
- -
-
apply
-
void apply(
const BaseStationFeatures &features,
BaseStationEepromHelper &eeprom
) const
-

Writes all of the configuration values that are set to a WirelessNode.

Parameters
features
const BaseStationFeatures&

The BaseStationFeatures of the BaseStation to write the config to.

eeprom
BaseStationEepromHelper&

The BaseStationEepromHelper of the BaseStation to write the config to.

Exceptions
-
- -
-
transmitPower
-
WirelessTypes::TransmitPower transmitPower() const
-

Gets the WirelessTypes::TransmitPower value in the Config, if set.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
transmitPower
-
void transmitPower(
WirelessTypes::TransmitPower power
)
-

Sets the WirelessTypes::TransmitPower value in the Config.

-
- -
-
communicationProtocol
-
WirelessTypes::CommProtocol communicationProtocol() const
-

Gets the WirelessTypes::CommProtocol value in the Config, if set.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
communicationProtocol
-
void communicationProtocol(
WirelessTypes::CommProtocol commProtocol
)
-

Sets the WirelessTypes::CommProtocol value in the Config.

-
- -
-
buttonLongPress
-
BaseStationButton buttonLongPress(
uint8 buttonNumber
) const
-

Gets the BaseStationButton value in the Config for performing a long press on a specific button, if set.

Parameters
buttonNumber
uint8

The button number (1 = button 1) to get the value for.

Exceptions
Error_NoData

The requested button number for long press has not been set.

-
- -
-
buttonLongPress
-
void buttonLongPress(
uint8 buttonNumber,
const BaseStationButton &button
)
-

Sets the BaseStationButton value in the Config for performing a short press on a specific button.

Parameters
buttonNumber
uint8

The button number (1 = button 1) to set.

button
const BaseStationButton&

The BaseStationButton to set.

-
- -
-
buttonShortPress
-
BaseStationButton buttonShortPress(
uint8 buttonNumber
) const
-

Gets the BaseStationButton value in the Config for performing a short press on a specific button, if set.

Parameters
buttonNumber
uint8

The button number (1 = button 1) to get the value for.

Exceptions
Error_NoData

The requested button number for short press has not been set.

-
- -
-
buttonShortPress
-
void buttonShortPress(
uint8 buttonNumber,
const BaseStationButton &button
)
-

Sets the BaseStationButton value in the Config for performing a long press on a specific button.

Parameters
buttonNumber
uint8

The button number (1 = button 1) to set.

button
const BaseStationButton&

The BaseStationButton to set.

-
- -
-
analogPairingEnable
-
bool analogPairingEnable() const
-

Gets the Analog Pairing Enabled value in the Config, if set.

Exceptions
Error_NoData

The requested button number for short press has not been set.

-
- -
-
analogPairingEnable
-
void analogPairingEnable(
bool enable
)
-

Sets the Analog Pairing Enabled value in the Config.  This controls whether all of the other analog pairing settings have any affect.

Parameters
enable
bool

Whether to enable or disable analog pairing in the Config.

-
- -
-
analogTimeoutTime
-
uint16 analogTimeoutTime() const
-

Gets the Analog Timeout Time value (in seconds) in the Config, if set.  If this is 0, Analog Timeout is disabled.

Exceptions
Error_NoData

The requested button number for short press has not been set.

-
- -
-
analogTimeoutTime
-
void analogTimeoutTime(
uint16 seconds
)
-

Sets the Analog Timeout Time value (in seconds) in the Config.  If this is 0, Analog Timeout is disabled.

Parameters
seconds
uint16

The analog timeout time in seconds to set.

-
- -
-
analogTimeoutVoltage
-
float analogTimeoutVoltage() const
-

Gets the Analog Timeout Voltage in the Config, if set.

Exceptions
Error_NoData

The requested button number for short press has not been set.

-
- -
-
analogTimeoutVoltage
-
void analogTimeoutVoltage(
float voltage
)
-

Sets the Analog Timeout Voltage in the Config.  If this is 0, Analog Timeout is disabled.

Parameters
voltage
float

The voltage to set.

-
- -
-
analogExceedanceEnable
-
bool analogExceedanceEnable()
-

Gets the Analog Exceedance Enabled value in the Config, if set.

Exceptions
Error_NoData

The requested button number for short press has not been set.

-
- -
-
analogExceedanceEnable
-
void analogExceedanceEnable(
bool enable
)
-

Sets the Analog Exceedance Enabled value in the Config.

Parameters
enable
bool

Whether to enable or disable analog exceedance in the Config.

-
- -
-
analogPairing
-
BaseStationAnalogPair analogPairing(
uint8 portNumber
) const
-

Gets the BaseStationAnalogPair value in the Config for the specified port number, if set.

Parameters
portNumber
uint8

The port number (1 = port 1) to get the pairing for.

Exceptions
Error_NoData

The requested port number has not been set.

-
- -
-
buttonLongPress
-

Sets the BaseStationAnalogPair value in the Config for the specified port number.

Parameters
portNumber

The port number (1 = port 1) to set.

pair

The BaseStationAnalogPair to set.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/BaseStationEeprom-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/BaseStationEeprom-h-Summary.js deleted file mode 100644 index bee7d8f34..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/BaseStationEeprom-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Configuration/BaseStationEeprom.h","BaseStationEeprom.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Configuration/BaseStationEeprom.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[6793,0,0,"BaseStationEeprom","BaseStationEeprom"],[6794,0,2,"Functions","BaseStationEeprom.Functions"],[6795,0,1,"BaseStationEeprom","BaseStationEeprom.BaseStationEeprom"],[6796,0,2,"Variables","BaseStationEeprom.Variables"],[6797,0,3,"m_baseStation","BaseStationEeprom.m_baseStation"],[6798,0,2,"Functions","BaseStationEeprom.Functions(2)"],[6799,0,1,"updateCacheFromDevice","BaseStationEeprom.updateCacheFromDevice"],[6800,0,1,"readEeprom","BaseStationEeprom.readEeprom"],[6801,0,1,"writeEeprom","BaseStationEeprom.writeEeprom"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/BaseStationEeprom-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/BaseStationEeprom-h-SummaryToolTips.js deleted file mode 100644 index 087aba8b3..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/BaseStationEeprom-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Configuration/BaseStationEeprom.h",{6793:"
BaseStationEeprom
Used to read and write to BaseStations\' eeproms and provide caching functionality.
",6795:"
explicit BaseStationEeprom(
BaseStation_Impl *base
)
Creates a BaseStationEeprom object.
",6797:"
BaseStation_Impl* m_baseStation
The BaseStation_Impl to use for communication.
",6799:"
virtual bool updateCacheFromDevice(
uint16 location
) override
Attempts to update the cache by reading the value from the BaseStation.  Any values that are read from the Node will be updated in the cache.
",6800:"
virtual uint16 readEeprom(
uint16 location
) override
Attempts to read an eeprom value from the BaseStation.  If caching is enabled and there is a previously cached value available, this will just return the value from the cache and will not communicate with the BaseStation.
",6801:"
virtual void writeEeprom(
uint16 location,
uint16 value
) override
Attempts to write an eeprom value to the BaseStation.  If successful, the cache will be updated with the changed value as well.  If caching is enabled and the value in the cache is the same as that attempting to be written, nothing will be written to the Node and this function will have no affect.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/BaseStationEeprom-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/BaseStationEeprom-h-ToolTips.js deleted file mode 100644 index f029728ab..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/BaseStationEeprom-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6935:"
Eeprom
The abstract base class for reading and writing to Wireless devices\' eeproms.
",9507:"
BaseStation_Impl
Contains the implementation for a BaseStation object.
",10479:"
Error_Connection
The generic connection exception.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/BaseStationEeprom-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/BaseStationEeprom-h.html deleted file mode 100644 index d12f2cbc4..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/BaseStationEeprom-h.html +++ /dev/null @@ -1,59 +0,0 @@ - - -BaseStationEeprom.h - - - - - - - -
-
BaseStationEeprom
-
public
Eeprom
BaseStationEeprom
-

Used to read and write to BaseStations' eeproms and provide caching functionality.

-
- -
-
Functions
-
- -
-
BaseStationEeprom
-
explicit BaseStationEeprom(
BaseStation_Impl *base
)
-

Creates a BaseStationEeprom object.

Parameters
nodeAddress

The address of the Node to access the Eeprom of.

base
BaseStation_Impl*

The BaseStation_Impl to use for communication. This reference must stay alive for the life of this object.

useCache

Whether or not to use the eeprom cache.

-
- -
-
Variables
-
- -
-
m_baseStation
-
BaseStation_Impl* m_baseStation
-

The BaseStation_Impl to use for communication.

-
- -
-
Functions
-
- -
-
updateCacheFromDevice
-
virtual bool updateCacheFromDevice(
uint16 location
) override
-

Attempts to update the cache by reading the value from the BaseStation.  Any values that are read from the Node will be updated in the cache.

Parameters
location
uint16

The eeprom location to read from the device and update in the cache.

Returns

true if the value was read from the device and the cache has been updated, false otherwise.

-
- -
-
readEeprom
-
virtual uint16 readEeprom(
uint16 location
) override
-

Attempts to read an eeprom value from the BaseStation.  If caching is enabled and there is a previously cached value available, this will just return the value from the cache and will not communicate with the BaseStation.

Parameters
location
uint16

The eeprom location to read from the BaseStation and update in the cache.

Returns

The eeprom value for the requested location.

Exceptions

  • Error_Connection: Failed to read the value from the BaseStation.  A connection error has occurred with the BaseStation.

-
- -
-
writeEeprom
-
virtual void writeEeprom(
uint16 location,
uint16 value
) override
-

Attempts to write an eeprom value to the BaseStation.  If successful, the cache will be updated with the changed value as well.  If caching is enabled and the value in the cache is the same as that attempting to be written, nothing will be written to the Node and this function will have no affect.

Parameters
location
uint16

The eeprom location to write to on the BaseStation and update in the cache.

value
uint16

The value to write to the eeprom on the Node and update in the cache.

Exceptions

  • Error_Connection: Failed to read the value from the BaseStation.  A connection error has occurred with the BaseStation.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/BaseStationEepromHelper-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/BaseStationEepromHelper-h-Summary.js deleted file mode 100644 index 4d1c54ffe..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/BaseStationEepromHelper-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Configuration/BaseStationEepromHelper.h","BaseStationEepromHelper.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Configuration/BaseStationEepromHelper.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[6764,0,0,"BaseStationEepromHelper","BaseStationEepromHelper"],[6765,0,2,"Functions","BaseStationEepromHelper.Functions"],[6766,0,1,"BaseStationEepromHelper","BaseStationEepromHelper.BaseStationEepromHelper"],[6767,0,1,"checkAnalogPairingSupported","BaseStationEepromHelper.checkAnalogPairingSupported"],[6768,0,2,"Variables","BaseStationEepromHelper.Variables"],[6769,0,3,"m_baseStation","BaseStationEepromHelper.m_baseStation"],[6770,0,2,"Functions","BaseStationEepromHelper.Functions(2)"],[6771,0,1,"read_asppVersion","BaseStationEepromHelper.read_asppVersion"],[6772,0,1,"read_commProtocol","BaseStationEepromHelper.read_commProtocol"],[6773,0,1,"write_commProtocol","BaseStationEepromHelper.write_commProtocol"],[6774,0,1,"read_fwVersion","BaseStationEepromHelper.read_fwVersion"],[6775,0,1,"read_model","BaseStationEepromHelper.read_model"],[6776,0,1,"read_serial","BaseStationEepromHelper.read_serial"],[6777,0,1,"read_microcontroller","BaseStationEepromHelper.read_microcontroller"],[6778,0,1,"read_transmitPower","BaseStationEepromHelper.read_transmitPower"],[6779,0,1,"write_transmitPower","BaseStationEepromHelper.write_transmitPower"],[6780,0,1,"read_button","BaseStationEepromHelper.read_button"],[6781,0,1,"write_button","BaseStationEepromHelper.write_button"],[6782,0,1,"read_analogPairingEnabled","BaseStationEepromHelper.read_analogPairingEnabled"],[6783,0,1,"write_analogPairingEnabled","BaseStationEepromHelper.write_analogPairingEnabled"],[6784,0,1,"read_analogTimeoutTime","BaseStationEepromHelper.read_analogTimeoutTime"],[6785,0,1,"write_analogTimeoutTime","BaseStationEepromHelper.write_analogTimeoutTime"],[6786,0,1,"read_analogTimeoutVoltage","BaseStationEepromHelper.read_analogTimeoutVoltage"],[6787,0,1,"write_analogTimeoutVoltage","BaseStationEepromHelper.write_analogTimeoutVoltage"],[6788,0,1,"read_analogExceedanceEnabled","BaseStationEepromHelper.read_analogExceedanceEnabled"],[6789,0,1,"write_analogExceedanceEnabled","BaseStationEepromHelper.write_analogExceedanceEnabled"],[6790,0,1,"read_analogPair","BaseStationEepromHelper.read_analogPair"],[6791,0,1,"write_analogPair","BaseStationEepromHelper.write_analogPair"],[6792,0,1,"read_regionCode","BaseStationEepromHelper.read_regionCode"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/BaseStationEepromHelper-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/BaseStationEepromHelper-h-SummaryToolTips.js deleted file mode 100644 index 0c53f5585..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/BaseStationEepromHelper-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Configuration/BaseStationEepromHelper.h",{6764:"
BaseStationEepromHelper
A helper class for reading and writing to a BaseStation\'s Eeprom.  This class provides eeprom specific parsing so that high-level objects can be converted to their low-level eeprom value equivelent and vice-versa.
",6766:"
BaseStationEepromHelper(
BaseStation_Impl *basestation
)
Creates a BaseStationEepromHelper object with a BaseStation.
",6767:"
void checkAnalogPairingSupported() const
Checks that analog pairing is supported and throws an exception if it isn\'t.
",6769:"
BaseStation_Impl* m_baseStation
The BaseStation_Impl used by this eeprom helper.
",6771:"
Version read_asppVersion(
WirelessTypes::CommProtocol commProtocol
) const
Gets the ASPP Version of the BaseStation.
",6772:"
WirelessTypes::CommProtocol read_commProtocol() const
Gets the WirelessTypes::CommProtocol of the BaseStation.
",6773:"
void write_commProtocol(
WirelessTypes::CommProtocol commProtocol
)
Changes the WirelessTypes::CommProtocol of the BaseStation.
",6774:"
Version read_fwVersion() const
Reads the firmware Version of the BaseStation.
",6775:"
WirelessModels::BaseModel read_model() const
Reads the WirelessModels::BaseModel of the BaseStation.
",6776:"
std::string read_serial() const
Reads the serial of the BaseStation.
",6777:"
WirelessTypes::MicroControllerType read_microcontroller() const
Reads the WirelessTypes::MicroControllerType of the BaseStation.
",6778:"
WirelessTypes::TransmitPower read_transmitPower() const
Reads the WirelessTypes::TransmitPower that is currently set on the BaseStation.
",6779:"
void write_transmitPower(
WirelessTypes::TransmitPower power
)
Writes the WirelessTypes::TransmitPower to the BaseStation.
",6780:"
BaseStationButton read_button(
uint8 buttonNumber,
BaseStationButton::UserAction action
) const
Reads the current settings for a particular button and action as a BaseStationButton.
",6781:"
void write_button(
uint8 buttonNumber,
BaseStationButton::UserAction action,
const BaseStationButton &btn
)
Writes the BaseStationButton to the BaseStation for a particular button and action.
",6782:"
bool read_analogPairingEnabled() const
Reads the setting for if analog pairing is enabled.
",6783:"
void write_analogPairingEnabled(
bool enable
)
Writes the analog pairing enable setting to the BaseStation.
",6784:"
uint16 read_analogTimeoutTime() const
Reads the analog timeout time in seconds.
",6785:"
void write_analogTimeoutTime(
uint16 seconds
)
Writes the analog timeout time to the BaseStation.
",6786:"
float read_analogTimeoutVoltage() const
Reads the analog timeout voltage.
",6787:"
void write_analogTimeoutVoltage(
float voltage
)
Writes the analog timeout voltage to the BaseStation.
",6788:"
bool read_analogExceedanceEnabled() const
Reads the setting for if analog exceedance is enabled.
",6789:"
void write_analogExceedanceEnabled(
bool enable
)
Writes the analog exceedance enable setting to the BaseStation.
",6790:"
BaseStationAnalogPair read_analogPair(
uint8 portNumber
) const
Reads the current settings for a particular analog pairing as a BaseStationAnalogPair.
",6791:"
void write_analogPair(
uint8 portNumber,
const BaseStationAnalogPair &pair
)
Writes the BaseStationAnalogPair to the BaseStation for a particular port number.
",6792:"
WirelessTypes::RegionCode read_regionCode() const
Reads the region code from the BaseStation.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/BaseStationEepromHelper-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/BaseStationEepromHelper-h-ToolTips.js deleted file mode 100644 index 226066448..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/BaseStationEepromHelper-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7891:"
The model numbers for each of the Wireless Base Stations
",8566:"
Represents the types of microcontrollers possible on the Wireless Devices.
",8635:"
Represents the transmit powers that can be used for Wireless Devices.
",8885:"
The possible region codes for the device.
",9155:"
Available Communication Protocol types.
",9507:"
BaseStation_Impl
Contains the implementation for a BaseStation object.
",9648:"
BaseStationButton
Represents a single button on a BaseStation
",9660:"
Represents the user action that can be performed to cause a BaseStationButton to perform its command.
",9673:"
BaseStationAnalogPair
Represents an Analog Pairing on a BaseStation.
",9710:"
BaseStation
Represents a MicroStrain Base Station object
",10409:"
Version
Class that represents, and provides helper functions for, a Version number
",10453:"
Error_NotSupported
A command/feature was attempted to be used that was not supported.
",10468:"
Error_Communication
The exception for failing to communicate with a device.
",10479:"
Error_Connection
The generic connection exception.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/BaseStationEepromHelper-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/BaseStationEepromHelper-h.html deleted file mode 100644 index a984d8291..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/BaseStationEepromHelper-h.html +++ /dev/null @@ -1,179 +0,0 @@ - - -BaseStationEepromHelper.h - - - - - - - -
-
BaseStationEepromHelper
-
BaseStationEepromHelper
-

A helper class for reading and writing to a BaseStation's Eeprom.  This class provides eeprom specific parsing so that high-level objects can be converted to their low-level eeprom value equivelent and vice-versa.

-
- -
-
Functions
-
- -
-
BaseStationEepromHelper
-
BaseStationEepromHelper(
BaseStation_Impl *basestation
)
-

Creates a BaseStationEepromHelper object with a BaseStation.

Parameters
basestation
BaseStation_Impl*

The BaseStation that will be read from and written to.

-
- -
-
checkAnalogPairingSupported
-
void checkAnalogPairingSupported() const
-

Checks that analog pairing is supported and throws an exception if it isn't.

Exceptions
-
- -
-
Variables
-
- -
-
m_baseStation
-
BaseStation_Impl* m_baseStation
-

The BaseStation_Impl used by this eeprom helper.

-
- -
-
Functions
-
- -
-
read_asppVersion
-
Version read_asppVersion(
WirelessTypes::CommProtocol commProtocol
) const
-

Gets the ASPP Version of the BaseStation.

Parameters
commProtocol
WirelessTypes::CommProtocol

The WirelessTypes::CommProtocol to get the ASPP version for.

Exceptions
-
- -
-
read_commProtocol
-
WirelessTypes::CommProtocol read_commProtocol() const
-

Gets the WirelessTypes::CommProtocol of the BaseStation.

Exceptions
-
- -
-
write_commProtocol
-
void write_commProtocol(
WirelessTypes::CommProtocol commProtocol
)
-

Changes the WirelessTypes::CommProtocol of the BaseStation.

Parameters
commProtocol
WirelessTypes::CommProtocol

The WirelessTypes::CommProtocol to write to the BaseStation.

Exceptions
-
- -
-
read_fwVersion
-
Version read_fwVersion() const
-

Reads the firmware Version of the BaseStation.

Exceptions
-
- -
-
read_model
-
WirelessModels::BaseModel read_model() const
-

Reads the WirelessModels::BaseModel of the BaseStation.

Exceptions
-
- -
-
read_serial
-
std::string read_serial() const
-

Reads the serial of the BaseStation.

Exceptions
-
- -
-
read_microcontroller
-
WirelessTypes::MicroControllerType read_microcontroller() const
-

Reads the WirelessTypes::MicroControllerType of the BaseStation.

Exceptions
-
- -
-
read_transmitPower
-
WirelessTypes::TransmitPower read_transmitPower() const
-

Reads the WirelessTypes::TransmitPower that is currently set on the BaseStation.

Returns

The WirelessTypes::TransmitPower that is currently set on the BaseStation.

Exceptions
-
- -
-
write_transmitPower
-
void write_transmitPower(
WirelessTypes::TransmitPower power
)
-

Writes the WirelessTypes::TransmitPower to the BaseStation.

Parameters
power
WirelessTypes::TransmitPower

The WirelessTypes::TransmitPower to write to the BaseStation.

Exceptions
-
- -
-
read_button
-
BaseStationButton read_button(
uint8 buttonNumber,
BaseStationButton::UserAction action
) const
-

Reads the current settings for a particular button and action as a BaseStationButton.

Prameters
buttonNumber

The button number (1 = button 1) to read for.

action

The BaseStationButton::UserAction to read for.

Returns

The current settings for the button, as a BaseStationButton

Exceptions
-
- -
-
write_button
-
void write_button(
uint8 buttonNumber,
BaseStationButton::UserAction action,
const BaseStationButton &btn
)
-

Writes the BaseStationButton to the BaseStation for a particular button and action.

Parameters
buttonNumber
uint8

The button number (1 = button 1) to write for.

action
BaseStationButton::UserAction

The BaseStationButton::UserAction to write for.

button

The BaseStationButton to write.

Exceptions
-
- -
-
read_analogPairingEnabled
-
bool read_analogPairingEnabled() const
-

Reads the setting for if analog pairing is enabled.

Returns

true if analog pairing is enabled, false otherwise.

Exceptions
-
- -
-
write_analogPairingEnabled
-
void write_analogPairingEnabled(
bool enable
)
-

Writes the analog pairing enable setting to the BaseStation.

Parameters
enable
bool

Whether to enable analog pairing or not.

Exceptions
-
- -
-
read_analogTimeoutTime
-
uint16 read_analogTimeoutTime() const
-

Reads the analog timeout time in seconds.

Returns

The time in seconds for analog timeout. If this is 0, timeout is disabled.

Exceptions
-
- -
-
write_analogTimeoutTime
-
void write_analogTimeoutTime(
uint16 seconds
)
-

Writes the analog timeout time to the BaseStation.

Parameters
seconds
uint16

The analog timeout time in seconds. If this is 0, timeout will be disabled.

Exceptions
-
- -
-
read_analogTimeoutVoltage
-
float read_analogTimeoutVoltage() const
-

Reads the analog timeout voltage.

Returns

The analog timeout voltage.

Exceptions
-
- -
-
write_analogTimeoutVoltage
-
void write_analogTimeoutVoltage(
float voltage
)
-

Writes the analog timeout voltage to the BaseStation.

Parameters
voltage
float

The analog timeout voltage to write.

Exceptions
-
- -
-
read_analogExceedanceEnabled
-
bool read_analogExceedanceEnabled() const
-

Reads the setting for if analog exceedance is enabled.

Returns

true if analog exceedance is enabled, false otherwise.

Exceptions
-
- -
-
write_analogExceedanceEnabled
-
void write_analogExceedanceEnabled(
bool enable
)
-

Writes the analog exceedance enable setting to the BaseStation.

Parameters
enable
bool

Whether to enable analog exceedance or not.

Exceptions
-
- -
-
read_analogPair
-
BaseStationAnalogPair read_analogPair(
uint8 portNumber
) const
-

Reads the current settings for a particular analog pairing as a BaseStationAnalogPair.

Prameters
portNumber

The port number (1 = port 1) to read for.

Returns

The current analog pairing settings for the port, as a BaseStationAnalogPair

Exceptions
-
- -
-
write_analogPair
-
void write_analogPair(
uint8 portNumber,
const BaseStationAnalogPair &pair
)
-

Writes the BaseStationAnalogPair to the BaseStation for a particular port number.

Parameters
portNumber
uint8

The port number (1 = port 1) to write for.

pair
const BaseStationAnalogPair&

The BaseStationButton to write.

Exceptions
-
- -
-
read_regionCode
-
WirelessTypes::RegionCode read_regionCode() const
-

Reads the region code from the BaseStation.

Returns

The WirelessTypes::RegionCode set on the BaseStation.

Exceptions
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/BaseStationEepromMap-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/BaseStationEepromMap-h-Summary.js deleted file mode 100644 index 9ea868425..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/BaseStationEepromMap-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Configuration/BaseStationEepromMap.h","BaseStationEepromMap.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Configuration/BaseStationEepromMap.h",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[6758,0,0,"BaseStationEepromMap","BaseStationEepromMap"],[6759,0,3,"Functions","BaseStationEepromMap.Functions"],[6760,0,2,"canUseCache_read","BaseStationEepromMap.canUseCache_read"],[6761,0,2,"canUseCache_write","BaseStationEepromMap.canUseCache_write"],[6762,0,3,"Constants","BaseStationEepromMap.Constants"],[6763,0,1,"Eeprom Locations","BaseStationEepromMap.Eeprom_Locations"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/BaseStationEepromMap-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/BaseStationEepromMap-h-SummaryToolTips.js deleted file mode 100644 index 16a7ef0d0..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/BaseStationEepromMap-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Configuration/BaseStationEepromMap.h",{6758:"
BaseStationEepromMap
Contains information on every EEPROM available on BaseStations
",6760:"
static bool canUseCache_read(
uint16 eepromLocation
)
Gets whether or not the specified eeprom location can use the eeprom cache for reading, or should always be read from the BaseStation.
",6761:"
static bool canUseCache_write(
uint16 eepromLocation
)
Gets whether or not the specified eeprom location can use the eeprom cache for writing, or should always be written to the BaseStation.
",6763:"
SERIAL_ID  -The serial ID for the base station. Combine with the model number for the full serial number BEACON_CONFIG  -Configuration of the beacon MODEL_NUMBER  -The model number of the base station MODEL_OPTION  -The model option of the base station FREQUENCY  -The radio frequency channel TX_POWER_LEVEL  -The transmit output power of the radio BEACON_SOURCE  -The source of the beacon FIRMWARE_VER  -The firmware version of the base station (part 1) FIRMWARE_VER2  -The firmware version of the base station (part 2) LEGACY_MODEL_NUMBER  -The (legacy) model number of the base station LEGACY_SERIAL_ID  -The (legacy) serial ID for the base station. Combine with the model number for the full serial number RADIO_ID  -The id of the radio on the base station MICROCONTROLLER  -The id of the microcontroller FW_ARCH_VER  -The firmware architecture version ASPP_VER_LXRS  -The ASPP version of the device for the LXRS Radio Configuration ASPP_VER_LXRS_PLUS  -The ASPP version of the device for the LXRS+ Radio Configuration ANALOG_1_NODE_ADDRESS  -The Node Address to Pair to Analog Port 1 ANALOG_1_NODE_CHANNEL  -The Node Channel to Pair to Analog Port 1 ANALOG_1_FLOAT_MAX  -The Maximum Float value (3V output) for Analog Port 1 ANALOG_1_FLOAT_MIN  -The Minimum Float value (0V output) for Analog Port 1 ANALOG_2_NODE_ADDRESS  -The Node Address to Pair to Analog Port 2 ANALOG_2_NODE_CHANNEL  -The Node Channel to Pair to Analog Port 2 ANALOG_2_FLOAT_MAX  -The Maximum Float value (3V output) for Analog Port 2 ANALOG_2_FLOAT_MIN  -The Minimum Float value (0V output) for Analog Port 2 ANALOG_3_NODE_ADDRESS  -The Node Address to Pair to Analog Port 3 ANALOG_3_NODE_CHANNEL  -The Node Channel to Pair to Analog Port 3 ANALOG_3_FLOAT_MAX  -The Maximum Float value (3V output) for Analog Port 3 ANALOG_3_FLOAT_MIN  -The Minimum Float value (0V output) for Analog Port 3 ANALOG_4_NODE_ADDRESS  -The Node Address to Pair to Analog Port 4 ANALOG_4_NODE_CHANNEL  -The Node Channel to Pair to Analog Port 4 ANALOG_4_FLOAT_MAX  -The Maximum Float value (3V output) for Analog Port 4 ANALOG_4_FLOAT_MIN  -The Minimum Float value (0V output) for Analog Port 4 ANALOG_5_NODE_ADDRESS  -The Node Address to Pair to Analog Port 5 ANALOG_5_NODE_CHANNEL  -The Node Channel to Pair to Analog Port 5 ANALOG_5_FLOAT_MAX  -The Maximum Float value (3V output) for Analog Port 5 ANALOG_5_FLOAT_MIN  -The Minimum Float value (0V output) for Analog Port 5 ANALOG_6_NODE_ADDRESS  -The Node Address to Pair to Analog Port 6 ANALOG_6_NODE_CHANNEL  -The Node Channel to Pair to Analog Port 6 ANALOG_6_FLOAT_MAX  -The Maximum Float value (3V output) for Analog Port 6 ANALOG_6_FLOAT_MIN  -The Minimum Float value (0V output) for Analog Port 6 ANALOG_7_NODE_ADDRESS  -The Node Address to Pair to Analog Port 7 ANALOG_7_NODE_CHANNEL  -The Node Channel to Pair to Analog Port 7 ANALOG_7_FLOAT_MAX  -The Maximum Float value (3V output) for Analog Port 7 ANALOG_7_FLOAT_MIN  -The Minimum Float value (0V output) for Analog Port 7 ANALOG_8_NODE_ADDRESS  -The Node Address to Pair to Analog Port 8 ANALOG_8_NODE_CHANNEL  -The Node Channel to Pair to Analog Port 8 ANALOG_8_FLOAT_MAX  -The Maximum Float value (3V output) for Analog Port 8 ANALOG_8_FLOAT_MIN  -The Minimum Float value (0V output) for Analog Port 8 ANALOG_PAIRING_ENABLE  -Enable/Disable analog pairing on an analog base station ANALOG_TIMEOUT_TIME  -The time (seconds) for the analog timeout on an analog base station ANALOG_TIMEOUT_VOLTAGE  -The voltage to time out for on an analog base station BUTTON1_LONG_FUNC  -The function for a long press of Button 1 on a base station with buttons BUTTON1_LONG_NODE  -The Wireless Node associated with a long press of Button 1 on a base station with buttons BUTTON1_SHORT_FUNC  -The function for a short press of Button 1 on a base station with buttons BUTTON1_SHORT_NODE  -The Wireless Node associated with a short press of Button 1 on a base station with buttons BUTTON2_LONG_FUNC  -The function for a long press of Button 2 on a base station with buttons BUTTON2_LONG_NODE  -The Wireless Node associated with a long press of Button 2 on a base station with buttons BUTTON2_SHORT_FUNC  -The function for a short press of Button 2 on a base station with buttons BUTTON2_SHORT_NODE  -The Wireless Node associated with a short press of Button 2 on a base station with buttons LED_ACTION  -Controls the action of the LED on the base station BAUD_RATE  -The baud rate of the serial connection with the base station CYCLE_POWER  -Used to soft reset the base station REGION_CODE  -The region code for the device ANALOG_EXCEED_MAX  -The maximum value for the Analog Exceedance setting ANALOG_EXCEED_MIN  -The minimum value for the Analog Exceedance setting ANALOG_EXCEED_ENABLE  -Enable/Disable analog exceedance MIN_SOFT_VER_MAJOR  -The minimum software version for support of this device (major) MIN_SOFT_VER_MINOR  -The minimum software version for support of this device (minor) COMM_PROTOCOL  -The communication protocol of the device.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/BaseStationEepromMap-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/BaseStationEepromMap-h-ToolTips.js deleted file mode 100644 index 59992a148..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/BaseStationEepromMap-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/BaseStationEepromMap-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/BaseStationEepromMap-h.html deleted file mode 100644 index 1a9b76171..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/BaseStationEepromMap-h.html +++ /dev/null @@ -1,42 +0,0 @@ - - -BaseStationEepromMap.h - - - - - - - -
-
BaseStationEepromMap
-
BaseStationEepromMap
-

Contains information on every EEPROM available on BaseStations

-
- -
-
Functions
-
- -
-
canUseCache_read
-
static bool canUseCache_read(
uint16 eepromLocation
)
-

Gets whether or not the specified eeprom location can use the eeprom cache for reading, or should always be read from the BaseStation.

Parameters
eepromLocation
uint16

The eepromLocation that is in question

Returns

true if the location can use the cache for reading, false if the location should be read from the BaseStation.

-
- -
-
canUseCache_write
-
static bool canUseCache_write(
uint16 eepromLocation
)
-

Gets whether or not the specified eeprom location can use the eeprom cache for writing, or should always be written to the BaseStation.

Parameters
eepromLocation
uint16

The eepromLocation that is in question

Returns

true if the location can use the cache for writing, false if the location should always be written to the BaseStation.

-
- -
-
Constants
-
- -
-
Eeprom Locations
-

SERIAL_ID  -The serial ID for the base station. Combine with the model number for the full serial number BEACON_CONFIG  -Configuration of the beacon MODEL_NUMBER  -The model number of the base station MODEL_OPTION  -The model option of the base station FREQUENCY  -The radio frequency channel TX_POWER_LEVEL  -The transmit output power of the radio BEACON_SOURCE  -The source of the beacon FIRMWARE_VER  -The firmware version of the base station (part 1) FIRMWARE_VER2  -The firmware version of the base station (part 2) LEGACY_MODEL_NUMBER  -The (legacy) model number of the base station LEGACY_SERIAL_ID  -The (legacy) serial ID for the base station. Combine with the model number for the full serial number RADIO_ID  -The id of the radio on the base station MICROCONTROLLER  -The id of the microcontroller FW_ARCH_VER  -The firmware architecture version ASPP_VER_LXRS  -The ASPP version of the device for the LXRS Radio Configuration ASPP_VER_LXRS_PLUS  -The ASPP version of the device for the LXRS+ Radio Configuration ANALOG_1_NODE_ADDRESS  -The Node Address to Pair to Analog Port 1 ANALOG_1_NODE_CHANNEL  -The Node Channel to Pair to Analog Port 1 ANALOG_1_FLOAT_MAX  -The Maximum Float value (3V output) for Analog Port 1 ANALOG_1_FLOAT_MIN  -The Minimum Float value (0V output) for Analog Port 1 ANALOG_2_NODE_ADDRESS  -The Node Address to Pair to Analog Port 2 ANALOG_2_NODE_CHANNEL  -The Node Channel to Pair to Analog Port 2 ANALOG_2_FLOAT_MAX  -The Maximum Float value (3V output) for Analog Port 2 ANALOG_2_FLOAT_MIN  -The Minimum Float value (0V output) for Analog Port 2 ANALOG_3_NODE_ADDRESS  -The Node Address to Pair to Analog Port 3 ANALOG_3_NODE_CHANNEL  -The Node Channel to Pair to Analog Port 3 ANALOG_3_FLOAT_MAX  -The Maximum Float value (3V output) for Analog Port 3 ANALOG_3_FLOAT_MIN  -The Minimum Float value (0V output) for Analog Port 3 ANALOG_4_NODE_ADDRESS  -The Node Address to Pair to Analog Port 4 ANALOG_4_NODE_CHANNEL  -The Node Channel to Pair to Analog Port 4 ANALOG_4_FLOAT_MAX  -The Maximum Float value (3V output) for Analog Port 4 ANALOG_4_FLOAT_MIN  -The Minimum Float value (0V output) for Analog Port 4 ANALOG_5_NODE_ADDRESS  -The Node Address to Pair to Analog Port 5 ANALOG_5_NODE_CHANNEL  -The Node Channel to Pair to Analog Port 5 ANALOG_5_FLOAT_MAX  -The Maximum Float value (3V output) for Analog Port 5 ANALOG_5_FLOAT_MIN  -The Minimum Float value (0V output) for Analog Port 5 ANALOG_6_NODE_ADDRESS  -The Node Address to Pair to Analog Port 6 ANALOG_6_NODE_CHANNEL  -The Node Channel to Pair to Analog Port 6 ANALOG_6_FLOAT_MAX  -The Maximum Float value (3V output) for Analog Port 6 ANALOG_6_FLOAT_MIN  -The Minimum Float value (0V output) for Analog Port 6 ANALOG_7_NODE_ADDRESS  -The Node Address to Pair to Analog Port 7 ANALOG_7_NODE_CHANNEL  -The Node Channel to Pair to Analog Port 7 ANALOG_7_FLOAT_MAX  -The Maximum Float value (3V output) for Analog Port 7 ANALOG_7_FLOAT_MIN  -The Minimum Float value (0V output) for Analog Port 7 ANALOG_8_NODE_ADDRESS  -The Node Address to Pair to Analog Port 8 ANALOG_8_NODE_CHANNEL  -The Node Channel to Pair to Analog Port 8 ANALOG_8_FLOAT_MAX  -The Maximum Float value (3V output) for Analog Port 8 ANALOG_8_FLOAT_MIN  -The Minimum Float value (0V output) for Analog Port 8 ANALOG_PAIRING_ENABLE  -Enable/Disable analog pairing on an analog base station ANALOG_TIMEOUT_TIME  -The time (seconds) for the analog timeout on an analog base station ANALOG_TIMEOUT_VOLTAGE  -The voltage to time out for on an analog base station BUTTON1_LONG_FUNC  -The function for a long press of Button 1 on a base station with buttons BUTTON1_LONG_NODE  -The Wireless Node associated with a long press of Button 1 on a base station with buttons BUTTON1_SHORT_FUNC  -The function for a short press of Button 1 on a base station with buttons BUTTON1_SHORT_NODE  -The Wireless Node associated with a short press of Button 1 on a base station with buttons BUTTON2_LONG_FUNC  -The function for a long press of Button 2 on a base station with buttons BUTTON2_LONG_NODE  -The Wireless Node associated with a long press of Button 2 on a base station with buttons BUTTON2_SHORT_FUNC  -The function for a short press of Button 2 on a base station with buttons BUTTON2_SHORT_NODE  -The Wireless Node associated with a short press of Button 2 on a base station with buttons LED_ACTION  -Controls the action of the LED on the base station BAUD_RATE  -The baud rate of the serial connection with the base station CYCLE_POWER  -Used to soft reset the base station REGION_CODE  -The region code for the device ANALOG_EXCEED_MAX  -The maximum value for the Analog Exceedance setting ANALOG_EXCEED_MIN  -The minimum value for the Analog Exceedance setting ANALOG_EXCEED_ENABLE  -Enable/Disable analog exceedance MIN_SOFT_VER_MAJOR  -The minimum software version for support of this device (major) MIN_SOFT_VER_MINOR  -The minimum software version for support of this device (minor) COMM_PROTOCOL  -The communication protocol of the device.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/ConfigIssue-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/ConfigIssue-h-Summary.js deleted file mode 100644 index cdf4425f1..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/ConfigIssue-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Configuration/ConfigIssue.h","ConfigIssue.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Configuration/ConfigIssue.h",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Enums","Enumeration"],["Functions","Function"],["Groups","Group"],["Types","Type"],["Variables","Variable"]],[[6683,0,0,"ConfigIssue","ConfigIssue"],[6684,0,4,"Types","ConfigIssue.Types"],[6685,0,2,"ConfigOption","ConfigIssue.ConfigOption"],[6686,0,1,,"ConfigIssue.CONFIG_SAMPLING_MODE"],[6687,0,1,,"ConfigIssue.CONFIG_ACTIVE_CHANNELS"],[6688,0,1,,"ConfigIssue.CONFIG_SAMPLE_RATE"],[6689,0,1,,"ConfigIssue.CONFIG_SWEEPS"],[6690,0,1,,"ConfigIssue.CONFIG_UNLIMITED_DURATION"],[6691,0,1,,"ConfigIssue.CONFIG_DATA_FORMAT"],[6692,0,1,,"ConfigIssue.CONFIG_DATA_COLLECTION_METHOD"],[6693,0,1,,"ConfigIssue.CONFIG_TIME_BETWEEN_BURSTS"],[6694,0,1,,"ConfigIssue.CONFIG_THERMOCOUPLE_TYPE"],[6695,0,1,,"ConfigIssue.CONFIG_FILTER_SETTLING_TIME"],[6696,0,1,,"ConfigIssue.CONFIG_BUTTON"],[6697,0,1,,"ConfigIssue.CONFIG_ANALOG_PAIR"],[6698,0,1,,"ConfigIssue.CONFIG_INPUT_RANGE"],[6699,0,1,,"ConfigIssue.CONFIG_INACTIVITY_TIMEOUT"],[6700,0,1,,"ConfigIssue.CONFIG_CHECK_RADIO_INTERVAL"],[6701,0,1,,"ConfigIssue.CONFIG_LOST_BEACON_TIMEOUT"],[6702,0,1,,"ConfigIssue.CONFIG_DEFAULT_MODE"],[6703,0,1,,"ConfigIssue.CONFIG_TRANSMIT_POWER"],[6704,0,1,,"ConfigIssue.CONFIG_LINEAR_EQUATION"],[6705,0,1,,"ConfigIssue.CONFIG_FATIGUE"],[6706,0,1,,"ConfigIssue.CONFIG_FATIGUE_MODE"],[6707,0,1,,"ConfigIssue.CONFIG_FATIGUE_ANGLE_ID"],[6708,0,1,,"ConfigIssue.CONFIG_FATIGUE_SN_CURVE"],[6709,0,1,,"ConfigIssue.CONFIG_FATIGUE_DIST_NUM_ANGLES"],[6710,0,1,,"ConfigIssue.CONFIG_FATIGUE_DIST_ANGLE"],[6711,0,1,,"ConfigIssue.CONFIG_HISTOGRAM"],[6712,0,1,,"ConfigIssue.CONFIG_HISTOGRAM_TX_RATE"],[6713,0,1,,"ConfigIssue.CONFIG_HARDWARE_OFFSET"],[6714,0,1,,"ConfigIssue.CONFIG_ACTIVITY_SENSE"],[6715,0,1,,"ConfigIssue.CONFIG_GAUGE_FACTOR"],[6716,0,1,,"ConfigIssue.CONFIG_EVENT_TRIGGER"],[6717,0,1,,"ConfigIssue.CONFIG_EVENT_TRIGGER_DURATION"],[6718,0,1,,"ConfigIssue.CONFIG_EVENT_TRIGGER_MASK"],[6719,0,1,,"ConfigIssue.CONFIG_DIAGNOSTIC_INTERVAL"],[6720,0,1,,"ConfigIssue.CONFIG_ANTI_ALIASING_FILTER"],[6721,0,1,,"ConfigIssue.CONFIG_STORAGE_LIMIT_MODE"],[6722,0,1,,"ConfigIssue.CONFIG_SENSOR_DELAY"],[6723,0,1,,"ConfigIssue.CONFIG_LOW_PASS_FILTER"],[6724,0,1,,"ConfigIssue.CONFIG_DATA_MODE"],[6725,0,1,,"ConfigIssue.CONFIG_DERIVED_DATA_RATE"],[6726,0,1,,"ConfigIssue.CONFIG_DERIVED_MASK_RMS"],[6727,0,1,,"ConfigIssue.CONFIG_DERIVED_MASK_P2P"],[6728,0,1,,"ConfigIssue.CONFIG_DERIVED_MASK_IPS"],[6729,0,1,,"ConfigIssue.CONFIG_DERIVED_MASK_CREST_FACTOR"],[6730,0,1,,"ConfigIssue.CONFIG_HIGH_PASS_FILTER"],[6731,0,1,,"ConfigIssue.CONFIG_DERIVED_MASK"],[6732,0,1,,"ConfigIssue.CONFIG_COMM_PROTOCOL"],[6733,0,1,,"ConfigIssue.CONFIG_DERIVED_MASK_MEAN"],[6734,0,1,,"ConfigIssue.CONFIG_GAUGE_RESISTANCE"],[6735,0,1,,"ConfigIssue.CONFIG_NUM_ACTIVE_GAUGES"],[6736,0,1,,"ConfigIssue.CONFIG_TEMP_SENSOR_OPTS"],[6737,0,1,,"ConfigIssue.CONFIG_DEBOUNCE_FILTER"],[6738,0,1,,"ConfigIssue.CONFIG_PULLUP_RESISTOR"],[6739,0,1,,"ConfigIssue.CONFIG_EXCITATION_VOLTAGE"],[6740,0,1,,"ConfigIssue.CONFIG_DERIVED_UNIT"],[6741,0,1,,"ConfigIssue.CONFIG_SENSOR_OUTPUT_MODE"],[6742,0,1,,"ConfigIssue.CONFIG_LOW_BATTERY_THRESHOLD"],[6743,0,4,"Functions","ConfigIssue.Functions"],[6744,0,3,"ConfigIssue","ConfigIssue.ConfigIssue"],[6745,0,3,"ConfigIssue","ConfigIssue.ConfigIssue(2)"],[6746,0,4,"Variables","ConfigIssue.Variables"],[6747,0,6,"m_optionId","ConfigIssue.m_optionId"],[6748,0,6,"m_description","ConfigIssue.m_description"],[6749,0,6,"m_isChannelGroupIssue","ConfigIssue.m_isChannelGroupIssue"],[6750,0,6,"m_channelMask","ConfigIssue.m_channelMask"],[6751,0,4,"Functions","ConfigIssue.Functions(2)"],[6752,0,3,"id","ConfigIssue.id"],[6753,0,3,"description","ConfigIssue.description"],[6754,0,3,"isChannelGroupIssue","ConfigIssue.isChannelGroupIssue"],[6755,0,3,"channelMask","ConfigIssue.channelMask"],[6756,0,4,"Types","ConfigIssue.Types(2)"],[6757,0,5,"ConfigIssues","ConfigIssue.ConfigIssues"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/ConfigIssue-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/ConfigIssue-h-SummaryToolTips.js deleted file mode 100644 index 6c56197eb..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/ConfigIssue-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Configuration/ConfigIssue.h",{6683:"
ConfigIssue
Holds information on a specific configuration issue.
",6685:"
Configuration Options for Wireless Nodes and BaseStations that can be issues.
",6744:"
ConfigIssue(
ConfigIssue::ConfigOption optionId,
const std::string &description
)
Creates a ConfigIssue object.
",6745:"
ConfigIssue(
ConfigIssue::ConfigOption optionId,
const std::string &description,
const ChannelMask &mask
)
Creates a ConfigIssue object.
",6747:"
ConfigOption m_optionId
The ConfigOption identifying the configuration option for which the issue occurred.
",6748:"
std::string m_description
The description of the issue.
",6749:"
bool m_isChannelGroupIssue
Whether this issue applies to a channel group (true) or the entire Node (false).
",6750:"
ChannelMask m_channelMask
The ChannelMask that this issue applies to, if this is a channel group issue.
",6752:"
ConfigIssue::ConfigOption id() const
Gets the ConfigOption identifying the configuration option for which the issue occurred.
",6753:"
const std::string& description() const
Gets a description of the issue.
",6754:"
bool isChannelGroupIssue() const
Gets whether the issue applies to a channel group (true) or the entire Node (false).
",6755:"
const ChannelMask& channelMask() const
The ChannelMask that the issue applies to, if this issue is a channel group issue.
",6757:"
typedef for a vector of ConfigIssue objects.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/ConfigIssue-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/ConfigIssue-h-ToolTips.js deleted file mode 100644 index cdef3cf2b..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/ConfigIssue-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6685:"
Configuration Options for Wireless Nodes and BaseStations that can be issues.
",6744:"
ConfigIssue(
ConfigIssue::ConfigOption optionId,
const std::string &description
)
Creates a ConfigIssue object.
",9478:"
ChannelMask
Represents the channel mask (active and inactive channels) for a WirelessNode.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/ConfigIssue-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/ConfigIssue-h.html deleted file mode 100644 index 5afa0e26d..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/ConfigIssue-h.html +++ /dev/null @@ -1,107 +0,0 @@ - - -ConfigIssue.h - - - - - - - -
-
ConfigIssue
-
ConfigIssue
-

Holds information on a specific configuration issue.

-
- -
-
Types
-
- -
-
ConfigOption
-

Configuration Options for Wireless Nodes and BaseStations that can be issues.

CONFIG_SAMPLING_MODE

0 - Sampling Mode

CONFIG_ACTIVE_CHANNELS

1 - Active Channels

CONFIG_SAMPLE_RATE

2 - Sample Rate

CONFIG_SWEEPS

3 - Number of Sweeps

CONFIG_UNLIMITED_DURATION

4 - Unlimited Duration

CONFIG_DATA_FORMAT

5 - Data Format

CONFIG_DATA_COLLECTION_METHOD

6 - Data Collection Method

CONFIG_TIME_BETWEEN_BURSTS

7 - Time Between Bursts

CONFIG_THERMOCOUPLE_TYPE

8 - Thermocouple Type

CONFIG_FILTER_SETTLING_TIME

9  - Filter Settling Time

CONFIG_BUTTON

10 - Button configuration (BaseStation)

CONFIG_ANALOG_PAIR

11 - Analog pairing (BaseStation)

CONFIG_INPUT_RANGE

12 - Input Range

CONFIG_INACTIVITY_TIMEOUT

13 - Inactivity Timeout

CONFIG_CHECK_RADIO_INTERVAL

14 - Check Radio Interval

CONFIG_LOST_BEACON_TIMEOUT

15 - Lost Beacon Timeout

CONFIG_DEFAULT_MODE

16 - Default Mode

CONFIG_TRANSMIT_POWER

17 - Transmit Power

CONFIG_LINEAR_EQUATION

18 - Linear Equation

CONFIG_FATIGUE

19 - Fatigue Options

CONFIG_FATIGUE_MODE

20 - Fatigue Options - Fatigue Mode

CONFIG_FATIGUE_ANGLE_ID

21 - Fatigue Options - Angle ID

CONFIG_FATIGUE_SN_CURVE

22 - Fatigue Options - SN Curve Segment

CONFIG_FATIGUE_DIST_NUM_ANGLES

23 - Fatigue Options - Number of Distributed Angles

CONFIG_FATIGUE_DIST_ANGLE

24 - Fatigue Options - Low/Upper Distributed Angle

CONFIG_HISTOGRAM

25 - Histogram Options

CONFIG_HISTOGRAM_TX_RATE

26 - Histogram Transmit Rate

CONFIG_HARDWARE_OFFSET

27 - Hardware Offset

CONFIG_ACTIVITY_SENSE

28 - Activity Sense

CONFIG_GAUGE_FACTOR

29 - Gauge Factor

CONFIG_EVENT_TRIGGER

30 - Event Trigger

CONFIG_EVENT_TRIGGER_DURATION

31 - Event Trigger - Total Duration

CONFIG_EVENT_TRIGGER_MASK

32 - Event Trigger - Trigger Mask

CONFIG_DIAGNOSTIC_INTERVAL

33 - Diagnostic Info Interval

CONFIG_ANTI_ALIASING_FILTER

34 - Anti-Aliasing Filter

CONFIG_STORAGE_LIMIT_MODE

35 - Storage Limit Mode

CONFIG_SENSOR_DELAY

36 - Sensor Delay

CONFIG_LOW_PASS_FILTER

37 - Low Pass Filter

CONFIG_DATA_MODE

38 - Data Mode

CONFIG_DERIVED_DATA_RATE

39 - Derived Data Rate

CONFIG_DERIVED_MASK_RMS

40 - Derived RMS Mask

CONFIG_DERIVED_MASK_P2P

41 - Derived Peak to Peak Mask

CONFIG_DERIVED_MASK_IPS

42 - Derived IPS Mask

CONFIG_DERIVED_MASK_CREST_FACTOR

43 - Derived Crest Factor Mask

CONFIG_HIGH_PASS_FILTER

44 - High Pass Filter

CONFIG_DERIVED_MASK

45 - Derived Mask (all masks issue)

CONFIG_COMM_PROTOCOL

46 - Communication Protocol

CONFIG_DERIVED_MASK_MEAN

47 - Derived Mean Mask

CONFIG_GAUGE_RESISTANCE

48 - Gauge Resistance

CONFIG_NUM_ACTIVE_GAUGES

49 - Number of Active Gauges

CONFIG_TEMP_SENSOR_OPTS

50 - Temp Sensor Options

CONFIG_DEBOUNCE_FILTER

51 - Debounce Filter

CONFIG_PULLUP_RESISTOR

52 - Pull-up Resistor

CONFIG_EXCITATION_VOLTAGE

53 - Excitation Voltage

CONFIG_DERIVED_UNIT

54 - Derived Unit

CONFIG_SENSOR_OUTPUT_MODE

55 - Sensor Output Mode

CONFIG_LOW_BATTERY_THRESHOLD

56 - Low Battery Threshold

-
- -
-
Functions
-
- -
-
ConfigIssue
-
ConfigIssue(
ConfigIssue::ConfigOption optionId,
const std::string &description
)
-

Creates a ConfigIssue object.

Parameters
optionId
ConfigIssue::ConfigOption

The ConfigOption identifying the configuration option for which the issue occurred.

description
const std::string&

A description of the issue.

-
- -
-
ConfigIssue
-
ConfigIssue(
ConfigIssue::ConfigOption optionId,
const std::string &description,
const ChannelMask &mask
)
-

Creates a ConfigIssue object.

Parameters
optionId
ConfigIssue::ConfigOption

The ConfigOption identifying the configuration option for which the issue occurred.

description
const std::string&

A description of the issue.

mask
const ChannelMask&

The ChannelMask that this issue applies to, if this is a channel group issue.

-
- -
-
Variables
-
- -
-
m_optionId
-
ConfigOption m_optionId
-

The ConfigOption identifying the configuration option for which the issue occurred.

-
- -
-
m_description
-
std::string m_description
-

The description of the issue.

-
- -
-
m_isChannelGroupIssue
-
bool m_isChannelGroupIssue
-

Whether this issue applies to a channel group (true) or the entire Node (false).

-
- -
-
m_channelMask
-
ChannelMask m_channelMask
-

The ChannelMask that this issue applies to, if this is a channel group issue.

-
- -
-
Functions
-
- -
-
id
- -

Gets the ConfigOption identifying the configuration option for which the issue occurred.

Returns

A ConfigOption identifying the configuration option for which the issue occurred.

-
- -
-
description
-
const std::string& description() const
-

Gets a description of the issue.

Returns

A string description of the issue.

-
- -
-
isChannelGroupIssue
-
bool isChannelGroupIssue() const
-

Gets whether the issue applies to a channel group (true) or the entire Node (false).

Returns

true if the issue applies to a channel group, false if the issue is for a global Node setting.

-
- -
-
channelMask
-
const ChannelMask& channelMask() const
-

The ChannelMask that the issue applies to, if this issue is a channel group issue.

Returns

The ChannelMask that the issue applies to. If this issue is for a global Node setting, this will be a default (all disabled) mask.

-
- -
-
Types
-
- -
-
ConfigIssues
-

typedef for a vector of ConfigIssue objects.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/DataModeMask-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/DataModeMask-h-Summary.js deleted file mode 100644 index 8f8542afa..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/DataModeMask-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Configuration/DataModeMask.h","DataModeMask.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Configuration/DataModeMask.h",[["C/C++","C"]],[["Classes","Class"],["Enums","Enumeration"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[6672,0,0,"DataModeMask","DataModeMask"],[6673,0,3,"Types","DataModeMask.Types"],[6674,0,1,"DataModeBitPos","DataModeMask.DataModeBitPos"],[6675,0,3,"Functions","DataModeMask.Functions"],[6676,0,2,"DataModeMask","DataModeMask.DataModeMask"],[6677,0,2,"DataModeMask","DataModeMask.DataModeMask(2)"],[6678,0,2,"toMask","DataModeMask.toMask"],[6679,0,2,"toDataModeEnum","DataModeMask.toDataModeEnum"],[6680,0,3,"Variables","DataModeMask.Variables"],[6681,0,4,"rawModeEnabled","DataModeMask.rawModeEnabled"],[6682,0,4,"derivedModeEnabled","DataModeMask.derivedModeEnabled"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/DataModeMask-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/DataModeMask-h-SummaryToolTips.js deleted file mode 100644 index 02e042e8d..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/DataModeMask-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Configuration/DataModeMask.h",{6672:"
DataModeMask
Helper class for the DataMode bitmask used in Node Eeproms.
",6674:"
The bit position for the Data Mode bitmask.
",6676:"
DataModeMask(
WirelessTypes::DataMode mode
)
Creates a DataModeMask object.
",6677:"
DataModeMask(
const BitMask &mask
)
Creates a DataModeMask from a BitMask.
",6678:"
BitMask toMask() const
Creates a BitMask from the DataMode object.
",6679:"
WirelessTypes::DataMode toDataModeEnum() const
Creates a WirelessTypes::DataMode from the DataModeMask object.
",6681:"
bool rawModeEnabled
Whether raw data mode is enabled or disabled.
",6682:"
bool derivedModeEnabled
Whether derived data mode is enabled or disabled.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/DataModeMask-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/DataModeMask-h-ToolTips.js deleted file mode 100644 index dd8e5c75c..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/DataModeMask-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({9136:"
Available Data Modes.
",10425:"
BitMask
Represents a bitmask.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/DataModeMask-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/DataModeMask-h.html deleted file mode 100644 index aae766327..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/DataModeMask-h.html +++ /dev/null @@ -1,70 +0,0 @@ - - -DataModeMask.h - - - - - - - -
-
DataModeMask
-
DataModeMask
-

Helper class for the DataMode bitmask used in Node Eeproms.

-
- -
-
Types
-
- -
-
DataModeBitPos
-

The bit position for the Data Mode bitmask.

-
- -
-
Functions
-
- -
-
DataModeMask
-
DataModeMask(
WirelessTypes::DataMode mode
)
-

Creates a DataModeMask object.

Parameters
mode
WirelessTypes::DataMode

The WirelessTypes::DataMode to represent.

-
- -
-
DataModeMask
-
DataModeMask(
const BitMask &mask
)
-

Creates a DataModeMask from a BitMask.

Parameters
mask
const BitMask&

The BitMask representing the DataMode as stored in EEPROM.

-
- -
-
toMask
-
BitMask toMask() const
-

Creates a BitMask from the DataMode object.

Returns

A BitMask representing the DataMode object as stored in EEPROM.

-
- -
-
toDataModeEnum
-
WirelessTypes::DataMode toDataModeEnum() const
-

Creates a WirelessTypes::DataMode from the DataModeMask object.

Returns

A WirelessTypes::DataMode representing the DataModeMask object.

-
- -
-
Variables
-
- -
-
rawModeEnabled
-
bool rawModeEnabled
-

Whether raw data mode is enabled or disabled.

-
- -
-
derivedModeEnabled
-
bool derivedModeEnabled
-

Whether derived data mode is enabled or disabled.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/Eeprom-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/Eeprom-h-Summary.js deleted file mode 100644 index 824a11d6f..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/Eeprom-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Configuration/Eeprom.h","Eeprom.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Configuration/Eeprom.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[6935,0,0,"Eeprom","Eeprom"],[6936,0,2,"Functions","Eeprom.Functions"],[6937,0,1,"Eeprom","Eeprom.Eeprom"],[6938,0,2,"Variables","Eeprom.Variables"],[6939,0,3,"m_eepromCache","Eeprom.m_eepromCache"],[6940,0,3,"m_useCache","Eeprom.m_useCache"],[6941,0,3,"m_numRetries","Eeprom.m_numRetries"],[6942,0,3,"m_hasWritten","Eeprom.m_hasWritten"],[6943,0,3,"m_cacheMutex","Eeprom.m_cacheMutex"],[6944,0,2,"Functions","Eeprom.Functions(2)"],[6945,0,1,"useCache","Eeprom.useCache"],[6946,0,1,"clearCache","Eeprom.clearCache"],[6947,0,1,"clearCacheLocation","Eeprom.clearCacheLocation"],[6948,0,1,"setNumRetries","Eeprom.setNumRetries"],[6949,0,1,"getNumRetries","Eeprom.getNumRetries"],[6950,0,1,"getCache","Eeprom.getCache"],[6951,0,1,"importCache","Eeprom.importCache"],[6952,0,1,"readCache","Eeprom.readCache"],[6953,0,1,"updateCache","Eeprom.updateCache"],[6954,0,1,"updateCacheFromDevice","Eeprom.updateCacheFromDevice"],[6955,0,1,"resetHasWritten","Eeprom.resetHasWritten"],[6956,0,1,"didWrite","Eeprom.didWrite"],[6957,0,1,"readEeprom","Eeprom.readEeprom"],[6958,0,1,"writeEeprom","Eeprom.writeEeprom"],[6959,0,1,"readEeprom","Eeprom.readEeprom(2)"],[6960,0,1,"writeEeprom","Eeprom.writeEeprom(2)"],[6961,0,1,"readEeprom_float","Eeprom.readEeprom_float"],[6962,0,1,"readEeprom_uint32","Eeprom.readEeprom_uint32"],[6963,0,1,"readEeprom_int16","Eeprom.readEeprom_int16"],[6964,0,1,"writeEeprom_float","Eeprom.writeEeprom_float"],[6965,0,1,"writeEeprom_uint32","Eeprom.writeEeprom_uint32"],[6966,0,1,"writeEeprom_int16","Eeprom.writeEeprom_int16"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/Eeprom-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/Eeprom-h-SummaryToolTips.js deleted file mode 100644 index fe6236d70..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/Eeprom-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Configuration/Eeprom.h",{6935:"
Eeprom
The abstract base class for reading and writing to Wireless devices\' eeproms.
",6937:"
explicit Eeprom(
bool useCache,
uint8 numRetries
)
Creates an Eeprom object.
",6939:"
WirelessTypes::EepromMap m_eepromCache
The WirelessTypes::EepromMap contianing all cached values that have previously been read from a device.
",6940:"
bool m_useCache
Whether or not the cache should be used.
",6941:"
uint8 m_numRetries
The number of retries to use when reading and writing eeproms.
",6942:"
bool m_hasWritten
A flag used by resetHasWritten and didWrite to help determine when an eeprom was actually written, instead of just using the cache.
",6943:"
mutable std::recursive_mutex m_cacheMutex
Mutex for controlling access to the cache.
",6945:"
void useCache(
bool enable
)
Enables or disables use of the eeprom cache. Once disabled, all eeprom reads will go to the Node.
",6946:"
void clearCache()
Clears the entire eeprom cache.
",6947:"
void clearCacheLocation(
uint16 location
)
Clears a specific location from the eeprom cache, if it exists.
",6948:"
void setNumRetries(
uint8 retries
)
Sets the number of retries to use when reading and writing eeproms.  By default, this configuration is set to 0, meaning no retries are performed.
",6949:"
uint8 getNumRetries() const
Gets the number of retries currently set for reading and writing eeproms.
",6950:"
WirelessTypes::EepromMap getCache() const
Gets a copy of the WirelessTypes::EepromMap containing the cache of eeprom location/value pairs.
",6951:"
void importCache(
const WirelessTypes::EepromMap &eepromMap
)
Imports an existing EEPROM
",6952:"
bool readCache(
uint16 location,
uint16 &result
)
Attempts to read a value from the eeprom cache.
",6953:"
void updateCache(
uint16 location,
uint16 value
)
Adds a value to the eeprom cache at the given location, or updates it if a value for that location already exists.
",6954:"
virtual bool updateCacheFromDevice(
uint16 location
) = 0
Attempts to update the cache by reading the value from a device.  Any values that are read from the device will be updated in the cache.
",6955:"
void resetHasWritten()
Resets the m_hasWritten flag to false.  It will be changed back to true when a successful write is performed.
",6956:"
bool didWrite() const
Gets the m_hasWritten flag indicating if an eeprom has been written on the device (not using the cache).
",6957:"
virtual uint16 readEeprom(
uint16 location
) = 0
Attempts to read an eeprom value from a device.  If caching is enabled and there is a previously cached value available, this will just return the value from the cache and will not communicate with the device.
",6958:"
virtual void writeEeprom(
uint16 location,
uint16 value
) = 0
Attempts to write an eeprom value to a device.  If successful, the cache will be updated with the changed value as well.  If caching is enabled and the value in the cache is the same as that attempting to be written, nothing will be written to the device and this function will have no affect.
",6959:"
Value readEeprom(
const EepromLocation &location
)
Attempts to read an eeprom value from a device.  If caching is enabled and there is a previously cached value available, this will just return the value from the cache and will not communicate with the device.
",6960:"
void writeEeprom(
const EepromLocation &location,
const Value &val
)
Attempts to write an eeprom value to a device.  If successful, the cache will be updated with the changed value as well.  If caching is enabled and the value in the cache is the same as that attempting to be written, nothing will be written to the device and this function will have no affect.
",6961:"
virtual float readEeprom_float(
uint16 location
)
Attempts to read 2 eeprom values from a device and build them into a float.  If caching is enabled and there is a previously cached value available, this will just return the value from the cache and will not communicate with the device.
",6962:"
virtual uint32 readEeprom_uint32(
uint16 location
)
Attempts to read 2 eeprom values from a device and build them into a uint32.  If caching is enabled and there is a previously cached value available, this will just return the value from the cache and will not communicate with the device.
",6963:"
virtual int16 readEeprom_int16(
uint16 location
)
Attempts to read an eeprom value from a device as a signed int16.  If caching is enabled and there is a previously cached value available, this will just return the value from the cache and will not communicate with the device.
",6964:"
virtual void writeEeprom_float(
uint16 location,
float value
)
Attempts to write 2 eeprom values to a device as a float.  If successful, the cache will be updated with the changed value as well.  If caching is enabled and the value in the cache is the same as that attempting to be written, nothing will be written to the device and this function will have no affect.
",6965:"
virtual void writeEeprom_uint32(
uint16 location,
uint32 value
)
Attempts to write 2 eeprom values to a device as a uint32.  If successful, the cache will be updated with the changed value as well.  If caching is enabled and the value in the cache is the same as that attempting to be written, nothing will be written to the device and this function will have no affect.
",6966:"
virtual void writeEeprom_int16(
uint16 location,
int16 value
)
Attempts to write an eeprom value to a device from a signed int16.  If successful, the cache will be updated with the changed value as well.  If caching is enabled and the value in the cache is the same as that attempting to be written, nothing will be written to the device and this function will have no affect.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/Eeprom-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/Eeprom-h-ToolTips.js deleted file mode 100644 index bfe238ead..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/Eeprom-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6654:"
EepromLocation
Represents a single Eeprom Location.
",6955:"
void resetHasWritten()
Resets the m_hasWritten flag to false.  It will be changed back to true when a successful write is performed.
",6956:"
bool didWrite() const
Gets the m_hasWritten flag indicating if an eeprom has been written on the device (not using the cache).
",9186:"
Typedef for a map of eeprom locations (uint16) to values (uint16).
",10144:"
Value
Represents a single value that can be stored/accessed in multiple ways.
",10453:"
Error_NotSupported
A command/feature was attempted to be used that was not supported.
",10468:"
Error_Communication
The exception for failing to communicate with a device.
",10472:"
Error_NodeCommunication
The exception for failing to communicate with a WirelessNode.
",10479:"
Error_Connection
The generic connection exception.
",6097:"
NodeEeprom
Used to read and write to Wireless Nodes\' eeproms and provide caching functionality.
",6793:"
BaseStationEeprom
Used to read and write to BaseStations\' eeproms and provide caching functionality.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/Eeprom-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/Eeprom-h.html deleted file mode 100644 index a5cd58a6f..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/Eeprom-h.html +++ /dev/null @@ -1,197 +0,0 @@ - - -Eeprom.h - - - - - - - -
-
Eeprom
- -

The abstract base class for reading and writing to Wireless devices' eeproms.

-
- -
-
Functions
-
- -
-
Eeprom
-
explicit Eeprom(
bool useCache,
uint8 numRetries
)
-

Creates an Eeprom object.

Parameters
useCache
bool

Whether or not to use the eeprom cache.

numRetries
uint8

The number of retries to use for reads and writes.

-
- -
-
Variables
-
- -
-
m_eepromCache
- -

The WirelessTypes::EepromMap contianing all cached values that have previously been read from a device.

-
- -
-
m_useCache
-
bool m_useCache
-

Whether or not the cache should be used.

-
- -
-
m_numRetries
-
uint8 m_numRetries
-

The number of retries to use when reading and writing eeproms.

-
- -
-
m_hasWritten
-
bool m_hasWritten
-

A flag used by resetHasWritten and didWrite to help determine when an eeprom was actually written, instead of just using the cache.

-
- -
-
m_cacheMutex
-
mutable std::recursive_mutex m_cacheMutex
-

Mutex for controlling access to the cache.

-
- -
-
Functions
-
- -
-
useCache
-
void useCache(
bool enable
)
-

Enables or disables use of the eeprom cache. Once disabled, all eeprom reads will go to the Node.

Parameters
enable
bool

Whether to enable (true) or disable (false) the eeprom cache.

-
- -
-
clearCache
-
void clearCache()
-

Clears the entire eeprom cache.

-
- -
-
clearCacheLocation
-
void clearCacheLocation(
uint16 location
)
-

Clears a specific location from the eeprom cache, if it exists.

Parameters
location
uint16

The location to clear from the cache.

-
- -
-
setNumRetries
-
void setNumRetries(
uint8 retries
)
-

Sets the number of retries to use when reading and writing eeproms.  By default, this configuration is set to 0, meaning no retries are performed.

Parameters
retries
uint8

The number of retries to use.

-
- -
-
getNumRetries
-
uint8 getNumRetries() const
-

Gets the number of retries currently set for reading and writing eeproms.

Returns

The number of retries currently set.

-
- -
-
getCache
-
WirelessTypes::EepromMap getCache() const
-

Gets a copy of the WirelessTypes::EepromMap containing the cache of eeprom location/value pairs.

Returns

A WirelessTypes::EepromMap of the cache.

-
- -
-
importCache
-
void importCache(
const WirelessTypes::EepromMap &eepromMap
)
-

Imports an existing EEPROM

-
- -
-
readCache
-
bool readCache(
uint16 location,
uint16 &result
)
-

Attempts to read a value from the eeprom cache.

Parameters
location
uint16

The eeprom location to get the value for.

result
uint16&

Holds the result value read from the cache if successful.

Returns

true if the value was read from the cache, false if the value was not found in the cache.

-
- -
-
updateCache
-
void updateCache(
uint16 location,
uint16 value
)
-

Adds a value to the eeprom cache at the given location, or updates it if a value for that location already exists.

Parameters
location
uint16

The location to store the value for in the cache.

value
uint16

The eeprom value to store in the cache.

-
- -
-
updateCacheFromDevice
-
virtual bool updateCacheFromDevice(
uint16 location
) = 0
-

Attempts to update the cache by reading the value from a device.  Any values that are read from the device will be updated in the cache.

Parameters
location
uint16

The eeprom location to read from the device and update in the cache.

Returns

true if the value was read from the device and the cache has been updated, false otherwise.

-
- -
-
resetHasWritten
-
void resetHasWritten()
-

Resets the m_hasWritten flag to false.  It will be changed back to true when a successful write is performed.

-
- -
-
didWrite
-
bool didWrite() const
-

Gets the m_hasWritten flag indicating if an eeprom has been written on the device (not using the cache).

Returns

true if an eeprom has been written, false if it has not (cache may have been used).

-
- -
-
readEeprom
-
virtual uint16 readEeprom(
uint16 location
) = 0
-

Attempts to read an eeprom value from a device.  If caching is enabled and there is a previously cached value available, this will just return the value from the cache and will not communicate with the device.

Parameters
location
uint16

The eeprom location to read from the device and update in the cache.

Returns

The eeprom value for the requested location.

Exceptions
-
- -
-
writeEeprom
-
virtual void writeEeprom(
uint16 location,
uint16 value
) = 0
-

Attempts to write an eeprom value to a device.  If successful, the cache will be updated with the changed value as well.  If caching is enabled and the value in the cache is the same as that attempting to be written, nothing will be written to the device and this function will have no affect.

Parameters
location
uint16

The eeprom location to write to on the device and update in the cache.

value
uint16

The value to write to the eeprom on the device and update in the cache.

Exceptions
-
- -
-
readEeprom
-
Value readEeprom(
const EepromLocation &location
)
-

Attempts to read an eeprom value from a device.  If caching is enabled and there is a previously cached value available, this will just return the value from the cache and will not communicate with the device.

Parameters
location
const EepromLocation&

The EepromLocation to read from the device and update in the cache.

Returns

A Value object containing the eeprom value for the requested location.

Exceptions
-
- -
-
writeEeprom
-
void writeEeprom(
const EepromLocation &location,
const Value &val
)
-

Attempts to write an eeprom value to a device.  If successful, the cache will be updated with the changed value as well.  If caching is enabled and the value in the cache is the same as that attempting to be written, nothing will be written to the device and this function will have no affect.

Parameters
location
const EepromLocation&

The EepromLocation to write to on the device and update in the cache.

value

The Value to write to the eeprom on the device and update in the cache.

Exceptions
-
- -
-
readEeprom_float
-
virtual float readEeprom_float(
uint16 location
)
-

Attempts to read 2 eeprom values from a device and build them into a float.  If caching is enabled and there is a previously cached value available, this will just return the value from the cache and will not communicate with the device.

Parameters
location
uint16

The eeprom location to read from the device and update in the cache.

Returns

The eeprom value for the requested location.

Exceptions
-
- -
-
readEeprom_uint32
-
virtual uint32 readEeprom_uint32(
uint16 location
)
-

Attempts to read 2 eeprom values from a device and build them into a uint32.  If caching is enabled and there is a previously cached value available, this will just return the value from the cache and will not communicate with the device.

Parameters
location
uint16

The eeprom location to read from the device and update in the cache.

Returns

The eeprom value for the requested location.

Exceptions
-
- -
-
readEeprom_int16
-
virtual int16 readEeprom_int16(
uint16 location
)
-

Attempts to read an eeprom value from a device as a signed int16.  If caching is enabled and there is a previously cached value available, this will just return the value from the cache and will not communicate with the device.

Parameters
location
uint16

The eeprom location to read from the device and update in the cache.

Returns

The eeprom value for the requested location.

Exceptions
-
- -
-
writeEeprom_float
-
virtual void writeEeprom_float(
uint16 location,
float value
)
-

Attempts to write 2 eeprom values to a device as a float.  If successful, the cache will be updated with the changed value as well.  If caching is enabled and the value in the cache is the same as that attempting to be written, nothing will be written to the device and this function will have no affect.

Parameters
location
uint16

The eeprom location to write to on the device and update in the cache.

value
float

The value to write to the eeprom on the device and update in the cache.

Exceptions
-
- -
-
writeEeprom_uint32
-
virtual void writeEeprom_uint32(
uint16 location,
uint32 value
)
-

Attempts to write 2 eeprom values to a device as a uint32.  If successful, the cache will be updated with the changed value as well.  If caching is enabled and the value in the cache is the same as that attempting to be written, nothing will be written to the device and this function will have no affect.

Parameters
location
uint16

The EepromLocation to write to on the device and update in the cache.

value
uint32

The value to write to the eeprom on the device and update in the cache.

Exceptions
-
- -
-
writeEeprom_int16
-
virtual void writeEeprom_int16(
uint16 location,
int16 value
)
-

Attempts to write an eeprom value to a device from a signed int16.  If successful, the cache will be updated with the changed value as well.  If caching is enabled and the value in the cache is the same as that attempting to be written, nothing will be written to the device and this function will have no affect.

Parameters
location
uint16

The eeprom location to write to on the device and update in the cache.

value
int16

The value to write to the eeprom on the device and update in the cache.

Exceptions
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/EepromLocation-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/EepromLocation-h-Summary.js deleted file mode 100644 index 03071608d..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/EepromLocation-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Configuration/EepromLocation.h","EepromLocation.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Configuration/EepromLocation.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Operators","Operator"],["Variables","Variable"]],[[6654,0,0,"EepromLocation","EepromLocation"],[6655,0,2,"Variables","EepromLocation.Variables"],[6656,0,4,"m_nextId","EepromLocation.m_nextId"],[6657,0,4,"m_id","EepromLocation.m_id"],[6658,0,4,"m_location","EepromLocation.m_location"],[6659,0,4,"m_valueType","EepromLocation.m_valueType"],[6660,0,4,"m_desription","EepromLocation.m_desription"],[6661,0,2,"Functions","EepromLocation.Functions"],[6662,0,1,"EepromLocation","EepromLocation.EepromLocation"],[6663,0,1,"EepromLocation","EepromLocation.EepromLocation(2)"],[6664,0,2,"Operators","EepromLocation.Operators"],[6665,0,3,"<","EepromLocation.<"],[6666,0,3,"==","EepromLocation.=="],[6667,0,2,"Functions","EepromLocation.Functions(2)"],[6668,0,1,"id","EepromLocation.id"],[6669,0,1,"location","EepromLocation.location"],[6670,0,1,"valueType","EepromLocation.valueType"],[6671,0,1,"description","EepromLocation.description"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/EepromLocation-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/EepromLocation-h-SummaryToolTips.js deleted file mode 100644 index f744605a2..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/EepromLocation-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Configuration/EepromLocation.h",{6654:"
EepromLocation
Represents a single Eeprom Location.
",6656:"
static uint16 m_nextId
Used for setting a unique id for every EepromLocation that is created.
",6657:"
uint16 m_id
A unique id for this EepromLocation object.
",6658:"
uint16 m_location
The actual EEPROM location on the device.
",6659:"
ValueType m_valueType
The ValueType of this value in EEPROM.
",6660:"
The string description of the EEPROM location.
",6662:"
EepromLocation(
uint16 location,
ValueType valueType,
const std::string &description
)
Creates an EepromLocation object. The id is assigned automatically.
",6663:"
EepromLocation(
uint16 idCopy,
uint16 location,
ValueType valueType,
const std::string &description
)
Creates an EepromLocation object with a specific id.  Note: this should be used only when making a copy of an EepromLocation if you know the id, location, and type.
",6665:"
Less than operator for comparing Eeprom Locations (ids).
",6666:"
Equal operator for comparing Eeprom Locations (ids).
",6668:"
uint16 id() const
Gets the id of the EepromLocation..
",6669:"
uint16 location() const
Gets the actual EEPROM location on the device.
",6670:"
ValueType valueType() const
Gets the ValueType of this value in EEPROM.
",6671:"
std::string description() const
Gets a description of this EEPROM location.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/EepromLocation-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/EepromLocation-h-ToolTips.js deleted file mode 100644 index 59992a148..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/EepromLocation-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/EepromLocation-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/EepromLocation-h.html deleted file mode 100644 index 12f61c6a6..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/EepromLocation-h.html +++ /dev/null @@ -1,108 +0,0 @@ - - -EepromLocation.h - - - - - - - -
-
EepromLocation
-
EepromLocation
-

Represents a single Eeprom Location.

-
- -
-
Variables
-
- -
-
m_nextId
-
static uint16 m_nextId
-

Used for setting a unique id for every EepromLocation that is created.

-
- -
-
m_id
-
uint16 m_id
-

A unique id for this EepromLocation object.

-
- -
-
m_location
-
uint16 m_location
-

The actual EEPROM location on the device.

-
- -
-
m_valueType
-
ValueType m_valueType
-

The ValueType of this value in EEPROM.

-
- -
-
m_desription
-

The string description of the EEPROM location.

-
- -
-
Functions
-
- -
-
EepromLocation
-
EepromLocation(
uint16 location,
ValueType valueType,
const std::string &description
)
-

Creates an EepromLocation object. The id is assigned automatically.

-
- -
-
EepromLocation
-
EepromLocation(
uint16 idCopy,
uint16 location,
ValueType valueType,
const std::string &description
)
-

Creates an EepromLocation object with a specific id.  Note: this should be used only when making a copy of an EepromLocation if you know the id, location, and type.

-
- -
-
Operators
-
- -
-
<
-

Less than operator for comparing Eeprom Locations (ids).

-
- -
-
==
-

Equal operator for comparing Eeprom Locations (ids).

-
- -
-
Functions
-
- -
-
id
-
uint16 id() const
-

Gets the id of the EepromLocation..

-
- -
-
location
-
uint16 location() const
-

Gets the actual EEPROM location on the device.

-
- -
-
valueType
-
ValueType valueType() const
-

Gets the ValueType of this value in EEPROM.

-
- -
-
description
-
std::string description() const
-

Gets a description of this EEPROM location.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/EventTriggerOptions-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/EventTriggerOptions-h-Summary.js deleted file mode 100644 index 4d7b1ec42..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/EventTriggerOptions-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Configuration/EventTriggerOptions.h","EventTriggerOptions.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Configuration/EventTriggerOptions.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Types","Type"],["Variables","Variable"]],[[6620,0,2,"Functions","Functions"],[6621,0,1,"Trigger","Trigger"],[6622,0,2,"Variables","Variables"],[6623,0,4,"m_channelNumber","m_channelNumber"],[6624,0,4,"m_type","m_type"],[6625,0,4,"m_value","m_value"],[6626,0,2,"Functions","Functions(2)"],[6627,0,1,"channelNumber","channelNumber"],[6628,0,1,"channelNumber","channelNumber(2)"],[6629,0,1,"triggerType","triggerType"],[6630,0,1,"triggerType","triggerType(2)"],[6631,0,1,"triggerValue","triggerValue"],[6632,0,1,"triggerValue","triggerValue(2)"],[6633,0,2,"Types","Types"],[6634,0,3,"Triggers","Triggers"],[6635,0,0,"EventTriggerOptions","EventTriggerOptions"],[6636,0,2,"Variables","EventTriggerOptions.Variables"],[6637,0,4,"m_triggerMask","EventTriggerOptions.m_triggerMask"],[6638,0,4,"m_preDuration","EventTriggerOptions.m_preDuration"],[6639,0,4,"m_postDuration","EventTriggerOptions.m_postDuration"],[6640,0,4,"m_triggers","EventTriggerOptions.m_triggers"],[6641,0,2,"Functions","EventTriggerOptions.Functions"],[6642,0,1,"triggerMask","EventTriggerOptions.triggerMask"],[6643,0,1,"triggerMask","EventTriggerOptions.triggerMask(2)"],[6644,0,1,"anyTriggersEnabled","EventTriggerOptions.anyTriggersEnabled"],[6645,0,1,"triggerEnabled","EventTriggerOptions.triggerEnabled"],[6646,0,1,"enableTrigger","EventTriggerOptions.enableTrigger"],[6647,0,1,"preDuration","EventTriggerOptions.preDuration"],[6648,0,1,"preDuration","EventTriggerOptions.preDuration(2)"],[6649,0,1,"postDuration","EventTriggerOptions.postDuration"],[6650,0,1,"postDuration","EventTriggerOptions.postDuration(2)"],[6651,0,1,"trigger","EventTriggerOptions.trigger"],[6652,0,1,"trigger","EventTriggerOptions.trigger(2)"],[6653,0,1,"triggers","EventTriggerOptions.triggers"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/EventTriggerOptions-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/EventTriggerOptions-h-SummaryToolTips.js deleted file mode 100644 index 890c89a20..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/EventTriggerOptions-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Configuration/EventTriggerOptions.h",{6621:"
Trigger(
uint8 channelNumber,
WirelessTypes::EventTriggerType triggerType,
float triggerValue
)
Creates a Trigger object with the provided values.
",6623:"
uint8 m_channelNumber
The channel number for the trigger.
",6624:"
WirelessTypes::EventTriggerType m_type
The WirelessTypes::EventTriggerType for the trigger.
",6625:"
float m_value
The value for the trigger (in whatever unit the channel is calibrated for).
",6627:"
uint8 channelNumber() const
Gets the Wireless Node channel number that the trigger is applied to.
",6628:"
void channelNumber(
uint8 channelNum
)
Sets the Wireless Node channel number for the trigger.
",6629:"
WirelessTypes::EventTriggerType triggerType() const
Gets the WirelessTypes::EventTriggerType currently set.
",6630:"
void triggerType(
WirelessTypes::EventTriggerType type
)
Sets the WirelessTypes::EventTriggerType for the trigger.
",6631:"
float triggerValue() const
Gets the trigger value currently set, in whatever unit the channel is calibrated for.  (Ex. If triggering on channel 1, and channel 1 is calibrated for G\'s, a value of 4 for this triggerValue would be 4 G\'s).
",6632:"
void triggerValue(
float value
)
Sets the trigger value for the trigger, in whatever unit the channel is calibrated for.  (Ex. If triggering on channel 1, and channel 1 is calibrated for G\'s, a value of 4 for this triggerValue would be 4 G\'s).
",6634:"
Typedef for a map of trigger IDs (uint8) to Trigger objects.
",6635:"
EventTriggerOptions
Contains all of the Event Trigger options that can be configured for a WirelessNode.
",6637:"
BitMask m_triggerMask
The BitMask for enabling and disabling triggers.
",6638:"
uint32 m_preDuration
The pre event duration (in milliseconds).
",6639:"
uint32 m_postDuration
The post event duration ( in milliseconds).
",6640:"
Triggers m_triggers
The Triggers.
",6642:"
const BitMask& triggerMask() const
Gets the actual BitMask that represents the active and inactive triggers.
",6643:"
void triggerMask(
const BitMask &mask
)
Sets the BitMask that represents the active and inactive triggers.
",6644:"
bool anyTriggersEnabled() const
Checks if any triggers are enabled.
",6645:"
bool triggerEnabled(
uint8 triggerIndex
) const
Checks if a specific trigger is enabled.
",6646:"
void enableTrigger(
uint8 triggerIndex,
bool enable = true
)
Enables or disables a specific trigger.
",6647:"
uint32 preDuration() const
Gets the pre event duration in milliseconds.
",6648:"
void preDuration(
uint32 duration
)
Sets the pre event duration in milliseconds.
",6649:"
uint32 postDuration() const
Gets the post event duration in milliseconds.
",6650:"
void postDuration(
uint32 duration
)
Sets the post event duration in milliseconds.
",6651:"
void trigger(
uint8 triggerIndex,
const Trigger &trigger
)
Sets the Trigger in this options object, for the trigger trigger index.
",6652:"
const Trigger& trigger(
uint8 triggerIndex
) const
Gets the Trigger for the given trigger index.
",6653:"
const Triggers& triggers() const
Gets the Triggers that are currently set in this object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/EventTriggerOptions-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/EventTriggerOptions-h-ToolTips.js deleted file mode 100644 index 029459a46..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/EventTriggerOptions-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6621:"
Trigger(
uint8 channelNumber,
WirelessTypes::EventTriggerType triggerType,
float triggerValue
)
Creates a Trigger object with the provided values.
",6634:"
Typedef for a map of trigger IDs (uint8) to Trigger objects.
",8949:"
The types of event triggers that are available.
",10425:"
BitMask
Represents a bitmask.
",10457:"
Error_NoData
There is no data available to be accessed
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/EventTriggerOptions-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/EventTriggerOptions-h.html deleted file mode 100644 index 7fea86062..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/EventTriggerOptions-h.html +++ /dev/null @@ -1,202 +0,0 @@ - - -EventTriggerOptions.h - - - - - - - -
-
Functions
-
- -
-
Trigger
-
Trigger(
uint8 channelNumber,
WirelessTypes::EventTriggerType triggerType,
float triggerValue
)
-

Creates a Trigger object with the provided values.

Parameters
channelNumber
uint8

The Wireless Node channel number that the trigger is applied to.

triggerType
WirelessTypes::EventTriggerType

The WirelessTypes::EventTriggerType for the trigger.

triggerValue
float

The value to use for the trigger, in whatever unit the channel is calibrated for. (Ex. 4 G's if slope and offset calibrated for G's).

-
- -
-
Variables
-
- -
-
m_channelNumber
-
uint8 m_channelNumber
-

The channel number for the trigger.

-
- -
-
m_type
- -

The WirelessTypes::EventTriggerType for the trigger.

-
- -
-
m_value
-
float m_value
-

The value for the trigger (in whatever unit the channel is calibrated for).

-
- -
-
Functions
-
- -
-
channelNumber
-
uint8 channelNumber() const
-

Gets the Wireless Node channel number that the trigger is applied to.

-
- -
-
channelNumber
-
void channelNumber(
uint8 channelNum
)
-

Sets the Wireless Node channel number for the trigger.

-
- -
-
triggerType
- -

Gets the WirelessTypes::EventTriggerType currently set.

-
- -
-
triggerType
-
void triggerType(
WirelessTypes::EventTriggerType type
)
-

Sets the WirelessTypes::EventTriggerType for the trigger.

-
- -
-
triggerValue
-
float triggerValue() const
-

Gets the trigger value currently set, in whatever unit the channel is calibrated for.  (Ex. If triggering on channel 1, and channel 1 is calibrated for G's, a value of 4 for this triggerValue would be 4 G's).

-
- -
-
triggerValue
-
void triggerValue(
float value
)
-

Sets the trigger value for the trigger, in whatever unit the channel is calibrated for.  (Ex. If triggering on channel 1, and channel 1 is calibrated for G's, a value of 4 for this triggerValue would be 4 G's).

-
- -
-
Types
-
- -
-
Triggers
-

Typedef for a map of trigger IDs (uint8) to Trigger objects.

-
- -
-
EventTriggerOptions
-
EventTriggerOptions
-

Contains all of the Event Trigger options that can be configured for a WirelessNode.

-
- -
-
Variables
-
- -
-
m_triggerMask
-
BitMask m_triggerMask
-

The BitMask for enabling and disabling triggers.

-
- -
-
m_preDuration
-
uint32 m_preDuration
-

The pre event duration (in milliseconds).

-
- -
-
m_postDuration
-
uint32 m_postDuration
-

The post event duration ( in milliseconds).

-
- -
-
m_triggers
-
Triggers m_triggers
-

The Triggers.

-
- -
-
Functions
-
- -
-
triggerMask
-
const BitMask& triggerMask() const
-

Gets the actual BitMask that represents the active and inactive triggers.

Returns

The <BitMak> that represents the active and inactive triggers.

-
- -
-
triggerMask
-
void triggerMask(
const BitMask &mask
)
-

Sets the BitMask that represents the active and inactive triggers.

Parameters

The BitMask to set.

-
- -
-
anyTriggersEnabled
-
bool anyTriggersEnabled() const
-

Checks if any triggers are enabled.

Returns

true if at least 1 trigger is enabled, false if all triggers are disabled.

-
- -
-
triggerEnabled
-
bool triggerEnabled(
uint8 triggerIndex
) const
-

Checks if a specific trigger is enabled.

Parameters
triggerIndex
uint8

The index of the trigger to check.

Returns

true if the trigger is enabled, false if the trigger is disabled.

-
- -
-
enableTrigger
-
void enableTrigger(
uint8 triggerIndex,
bool enable = true
)
-

Enables or disables a specific trigger.

Parameters
triggerIndex
uint8

The index of the trigger to check.

enable
bool

Whether to enable (true) or disable (false) the trigger (defaults to true).

-
- -
-
preDuration
-
uint32 preDuration() const
-

Gets the pre event duration in milliseconds.

-
- -
-
preDuration
-
void preDuration(
uint32 duration
)
-

Sets the pre event duration in milliseconds.

Parameters
duration
uint32

The duration to set (in milliseconds).

-
- -
-
postDuration
-
uint32 postDuration() const
-

Gets the post event duration in milliseconds.

-
- -
-
postDuration
-
void postDuration(
uint32 duration
)
-

Sets the post event duration in milliseconds.

Parameters
duration
uint32

The duration to set (in milliseconds).

-
- -
-
trigger
-
void trigger(
uint8 triggerIndex,
const Trigger &trigger
)
-

Sets the Trigger in this options object, for the trigger trigger index.

Parameters
triggerIndex
uint8

The index of the trigger to set.

trigger
const Trigger&

The Trigger to set.

-
- -
-
trigger
-
const Trigger& trigger(
uint8 triggerIndex
) const
-

Gets the Trigger for the given trigger index.

Parameters
triggerIndex
uint8

The index for the Trigger to get.

Returns

The Trigger for the given index.

Exceptions
Error_NoData

The given trigger index was not set in this object.

-
- -
-
triggers
-
const Triggers& triggers() const
-

Gets the Triggers that are currently set in this object.

Returns

The Triggers as they are currently set.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/FatigueOptions-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/FatigueOptions-h-Summary.js deleted file mode 100644 index 08c1a4a81..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/FatigueOptions-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Configuration/FatigueOptions.h","FatigueOptions.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Configuration/FatigueOptions.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Sections","Section"],["Types","Type"],["Variables","Variable"]],[[6567,0,3,"FatigueOptions","FatigueOptions"],[6568,0,0,"SnCurveSegment","SnCurveSegment"],[6569,0,2,"Functions","SnCurveSegment.Functions"],[6570,0,1,"SnCurveSegment","SnCurveSegment.SnCurveSegment"],[6571,0,2,"Variables","SnCurveSegment.Variables"],[6572,0,5,"m_m","SnCurveSegment.m_m"],[6573,0,5,"m_loga","SnCurveSegment.m_loga"],[6574,0,2,"Functions","SnCurveSegment.Functions(2)"],[6575,0,1,"m","SnCurveSegment.m"],[6576,0,1,"m","SnCurveSegment.m(2)"],[6577,0,1,"logA","SnCurveSegment.logA"],[6578,0,1,"logA","SnCurveSegment.logA(2)"],[6579,0,2,"Types","SnCurveSegment.Types"],[6580,0,4,"DamageAngles","SnCurveSegment.DamageAngles"],[6581,0,4,"SnCurveSegments","SnCurveSegment.SnCurveSegments"],[6582,0,0,"FatigueOptions","FatigueOptions(2)"],[6583,0,2,"Variables","FatigueOptions.Variables"],[6584,0,5,"m_youngsModulus","FatigueOptions.m_youngsModulus"],[6585,0,5,"m_poissonsRatio","FatigueOptions.m_poissonsRatio"],[6586,0,5,"m_peakValleyThreshold","FatigueOptions.m_peakValleyThreshold"],[6587,0,5,"m_debugMode","FatigueOptions.m_debugMode"],[6588,0,5,"m_damageAngles","FatigueOptions.m_damageAngles"],[6589,0,5,"m_snCurveSegments","FatigueOptions.m_snCurveSegments"],[6590,0,5,"m_fatigueMode","FatigueOptions.m_fatigueMode"],[6591,0,5,"m_distMode_numAngles","FatigueOptions.m_distMode_numAngles"],[6592,0,5,"m_distMode_lowerBound","FatigueOptions.m_distMode_lowerBound"],[6593,0,5,"m_distMode_upperBound","FatigueOptions.m_distMode_upperBound"],[6594,0,5,"m_histogramEnable","FatigueOptions.m_histogramEnable"],[6595,0,2,"Functions","FatigueOptions.Functions"],[6596,0,1,"youngsModulus","FatigueOptions.youngsModulus"],[6597,0,1,"youngsModulus","FatigueOptions.youngsModulus(2)"],[6598,0,1,"poissonsRatio","FatigueOptions.poissonsRatio"],[6599,0,1,"poissonsRatio","FatigueOptions.poissonsRatio(2)"],[6600,0,1,"peakValleyThreshold","FatigueOptions.peakValleyThreshold"],[6601,0,1,"peakValleyThreshold","FatigueOptions.peakValleyThreshold(2)"],[6602,0,1,"debugMode","FatigueOptions.debugMode"],[6603,0,1,"debugMode","FatigueOptions.debugMode(2)"],[6604,0,1,"damageAngle","FatigueOptions.damageAngle"],[6605,0,1,"damageAngles","FatigueOptions.damageAngles"],[6606,0,1,"damageAngle","FatigueOptions.damageAngle(2)"],[6607,0,1,"snCurveSegment","FatigueOptions.snCurveSegment"],[6608,0,1,"snCurveSegments","FatigueOptions.snCurveSegments"],[6609,0,1,"snCurveSegment","FatigueOptions.snCurveSegment(2)"],[6610,0,1,"fatigueMode","FatigueOptions.fatigueMode"],[6611,0,1,"distributedAngleMode_enabled","FatigueOptions.distributedAngleMode_enabled"],[6612,0,1,"distributedAngleMode_numAngles","FatigueOptions.distributedAngleMode_numAngles"],[6613,0,1,"distributedAngleMode_numAngles","FatigueOptions.distributedAngleMode_numAngles(2)"],[6614,0,1,"distributedAngleMode_lowerBound","FatigueOptions.distributedAngleMode_lowerBound"],[6615,0,1,"distributedAngleMode_lowerBound","FatigueOptions.distributedAngleMode_lowerBound(2)"],[6616,0,1,"distributedAngleMode_upperBound","FatigueOptions.distributedAngleMode_upperBound"],[6617,0,1,"distributedAngleMode_upperBound","FatigueOptions.distributedAngleMode_upperBound(2)"],[6618,0,1,"histogramEnable","FatigueOptions.histogramEnable"],[6619,0,1,"histogramEnable","FatigueOptions.histogramEnable(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/FatigueOptions-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/FatigueOptions-h-SummaryToolTips.js deleted file mode 100644 index f90be5de3..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/FatigueOptions-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Configuration/FatigueOptions.h",{6568:"
SnCurveSegment
Represents a single segment of an SN-Curve.
",6570:"
SnCurveSegment(
float m,
float loga
)
Creates an SnCurveSegment.
",6572:"
float m_m
The m value of the segment.
",6573:"
float m_loga
The logA value of the segment.
",6575:"
float m() const
Gets the m value of the segment.
",6576:"
void m(
float val
)
Sets the m value of the segment.
",6577:"
float logA() const
Gets the logA value of the segment.
",6578:"
void logA(
float val
)
Sets the logA value of the segment.
",6580:"
Typedef for a map of angle IDs (uint8) to damage angles (float).
",6581:"
Typedef for a map of segment IDs (uint8) to SnCurveSegment objects.
",6582:"
FatigueOptions
Contains all of the fatigue options that can be configured for a WirelessNode.
",6584:"
float m_youngsModulus
The Young\'s Modulus value.
",6585:"
float m_poissonsRatio
The Poisson\'s Ratio value.
",6586:"
uint16 m_peakValleyThreshold
The peak/valley threshold.
",6587:"
bool m_debugMode
Whether raw data is enabled or disabled.
",6588:"
DamageAngles m_damageAngles
The DamageAngles.
",6589:"
SnCurveSegments m_snCurveSegments
The SnCurveSegments.
",6590:"
WirelessTypes::FatigueMode m_fatigueMode
Whether distributed angle mode is enabled or disabled.
",6591:"
uint8 m_distMode_numAngles
",6592:"
float m_distMode_lowerBound
The lower bound angle when using the distributed angle mode.
",6593:"
float m_distMode_upperBound
The upper bound angle when using the distributed angle mode.
",6594:"
bool m_histogramEnable
Whether histograms are enabled or disabled.
",6596:"
float youngsModulus() const
Gets the Young\'s Modulus set in this options object.
",6597:"
void youngsModulus(
float val
)
Sets the Young\'s Modulus in this options object.
",6598:"
float poissonsRatio() const
Gets the Poisson\'s Ration set in this options object.
",6599:"
void poissonsRatio(
float val
)
Sets the Poisson\'s Ratio in this options object.
",6600:"
uint16 peakValleyThreshold() const
Gets the Peak/Valley Threshold set in this options object.
",6601:"
void peakValleyThreshold(
uint16 val
)
Sets the Peak/Valley Threshold in this options object.
",6602:"
bool debugMode() const
Gets the debug mode flag set in this options object.  This determines whether raw angle data that builds the Histograms will be sent when sampling.
",6603:"
void debugMode(
bool enable
)
Sets the debug mode flag in this options object.  This determines whether raw angle data that builds the Histograms will be sent when sampling.
",6604:"
float damageAngle(
uint8 angleId
) const
Gets the damage angle set in this options object, for the given angle id (0-based).
",6605:"
const DamageAngles& damageAngles() const
Gets the DamageAngles container set in this options object.
",6606:"
void damageAngle(
uint8 angleId,
float angle
)
Sets the damage angle in this options object, for the given angle id (0-based).  The angle will be automatically converted to between 0 and 360 if it is out of range.
",6607:"
const SnCurveSegment& snCurveSegment(
uint8 segmentId
) const
Gets the SnCurveSegment set in this options object, for the given segment id (0-based).
",6608:"
const SnCurveSegments& snCurveSegments() const
Gets the SnCurveSegments container set in this options object.
",6609:"
void snCurveSegment(
uint8 segmentId,
const SnCurveSegment &segment
)
Sets the SnCurveSegment in this options object, for the given segment id (0-based).
",6610:"
WirelessTypes::FatigueMode fatigueMode() const
The WirelessTypes::FatigueMode that is set in this options object.
",6611:"
Sets whether distributed angle mode is enabled or disabled in this options object.  Distributed Angle Mode allows the user to enable an even distribution of 4-16 angles.  When in this mode, the standard damageAngles will not be used by the Node.
",6612:"
uint8 distributedAngleMode_numAngles() const
Gets the current number of angles to use for distributed angle mode in this options object.  Note: The Node will only use this if the fatigueMode is set to distributed angle mode.
",6613:"
void distributedAngleMode_numAngles(
uint8 numAngles
)
Sets the current number of angles to use for distributed angle mode in this options object.  Note: Note: The Node will only use this if the fatigueMode is set to distributed angle mode.
",6614:"
float distributedAngleMode_lowerBound() const
Gets the current lower bound angle (in degrees) to use for distributed angle mode in this options object.  Note: Note: The Node will only use this if the fatigueMode is set to distributed angle mode.
",6615:"
void distributedAngleMode_lowerBound(
float angle
)
Sets the current lower bound angle to use for distributed angle mode in this options object.  Note: Note: The Node will only use this if the fatigueMode is set to distributed angle mode.  Note: The lower bound and upper bound angles must be at least 1 degree.
",6616:"
float distributedAngleMode_upperBound() const
Gets the current upper bound angle (in degrees) to use for distributed angle mode in this options object.  Note: Note: The Node will only use this if the fatigueMode is set to distributed angle mode.
",6617:"
void distributedAngleMode_upperBound(
float angle
)
Sets the current upper bound angle to use for distributed angle mode in this options object.  Note: Note: The Node will only use this if the fatigueMode is set to distributed angle mode.  Note: The lower bound and upper bound angles must be at least 1 degree.
",6618:"
bool histogramEnable() const
Gets whether sending Histograms is enabled or disabled, in this options object.
",6619:"
void histogramEnable(
bool enable
)
Sets whether sending Histograms is enabled or disabled, in this options object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/FatigueOptions-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/FatigueOptions-h-ToolTips.js deleted file mode 100644 index a0d9120fa..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/FatigueOptions-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6568:"
SnCurveSegment
Represents a single segment of an SN-Curve.
",6570:"
SnCurveSegment(
float m,
float loga
)
Creates an SnCurveSegment.
",6605:"
const DamageAngles& damageAngles() const
Gets the DamageAngles container set in this options object.
",6610:"
WirelessTypes::FatigueMode fatigueMode() const
The WirelessTypes::FatigueMode that is set in this options object.
",8945:"
The different modes a Fatigue Node can operate in.
",10457:"
Error_NoData
There is no data available to be accessed
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/FatigueOptions-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/FatigueOptions-h.html deleted file mode 100644 index e674d376d..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/FatigueOptions-h.html +++ /dev/null @@ -1,312 +0,0 @@ - - -FatigueOptions.h - - - - - - - -
-
FatigueOptions
-
- -
-
SnCurveSegment
-
SnCurveSegment
-

Represents a single segment of an SN-Curve.

-
- -
-
Functions
-
- -
-
SnCurveSegment
-
SnCurveSegment(
float m,
float loga
)
-

Creates an SnCurveSegment.

Parameters
m
float

The m value of the segment.

loga
float

The logA value of the segment.

-
- -
-
Variables
-
- -
-
m_m
-
float m_m
-

The m value of the segment.

-
- -
-
m_loga
-
float m_loga
-

The logA value of the segment.

-
- -
-
Functions
-
- -
-
m
-
float m() const
-

Gets the m value of the segment.

-
- -
-
m
-
void m(
float val
)
-

Sets the m value of the segment.

Parameters
val
float

The m value to set.

-
- -
-
logA
-
float logA() const
-

Gets the logA value of the segment.

-
- -
-
logA
-
void logA(
float val
)
-

Sets the logA value of the segment.

Parameters
val
float

The logA value to set.

-
- -
-
Types
-
- -
-
DamageAngles
-

Typedef for a map of angle IDs (uint8) to damage angles (float).

-
- -
-
SnCurveSegments
-

Typedef for a map of segment IDs (uint8) to SnCurveSegment objects.

-
- -
-
FatigueOptions
-
FatigueOptions
-

Contains all of the fatigue options that can be configured for a WirelessNode.

-
- -
-
Variables
-
- -
-
m_youngsModulus
-
float m_youngsModulus
-

The Young's Modulus value.

-
- -
-
m_poissonsRatio
-
float m_poissonsRatio
-

The Poisson's Ratio value.

-
- -
-
m_peakValleyThreshold
-
uint16 m_peakValleyThreshold
-

The peak/valley threshold.

-
- -
-
m_debugMode
-
bool m_debugMode
-

Whether raw data is enabled or disabled.

-
- -
-
m_damageAngles
-
DamageAngles m_damageAngles
-

The DamageAngles.

-
- -
-
m_snCurveSegments
-
SnCurveSegments m_snCurveSegments
-

The SnCurveSegments.

-
- -
-
m_fatigueMode
- -

Whether distributed angle mode is enabled or disabled.

-
- -
-
m_distMode_numAngles
-
uint8 m_distMode_numAngles
-
The number of angles (4

16) to use in distributed angle mode.

-
- -
-
m_distMode_lowerBound
-
float m_distMode_lowerBound
-

The lower bound angle when using the distributed angle mode.

-
- -
-
m_distMode_upperBound
-
float m_distMode_upperBound
-

The upper bound angle when using the distributed angle mode.

-
- -
-
m_histogramEnable
-
bool m_histogramEnable
-

Whether histograms are enabled or disabled.

-
- -
-
Functions
-
- -
-
youngsModulus
-
float youngsModulus() const
-

Gets the Young's Modulus set in this options object.

-
- -
-
youngsModulus
-
void youngsModulus(
float val
)
-

Sets the Young's Modulus in this options object.

Parameters
val
float

The Young's Modulus to set.

-
- -
-
poissonsRatio
-
float poissonsRatio() const
-

Gets the Poisson's Ration set in this options object.

-
- -
-
poissonsRatio
-
void poissonsRatio(
float val
)
-

Sets the Poisson's Ratio in this options object.

Parameters
val
float

The Poisson's Ratio to set.

-
- -
-
peakValleyThreshold
-
uint16 peakValleyThreshold() const
-

Gets the Peak/Valley Threshold set in this options object.

-
- -
-
peakValleyThreshold
-
void peakValleyThreshold(
uint16 val
)
-

Sets the Peak/Valley Threshold in this options object.

Parameters
val
uint16

The Peak/Valley Threshold to set.

-
- -
-
debugMode
-
bool debugMode() const
-

Gets the debug mode flag set in this options object.  This determines whether raw angle data that builds the Histograms will be sent when sampling.

-
- -
-
debugMode
-
void debugMode(
bool enable
)
-

Sets the debug mode flag in this options object.  This determines whether raw angle data that builds the Histograms will be sent when sampling.

Parameters
enable
bool

Whether to enable (true) or disable (false) debug mode.

-
- -
-
damageAngle
-
float damageAngle(
uint8 angleId
) const
-

Gets the damage angle set in this options object, for the given angle id (0-based).

Parameters
angleId
uint8

The angle ID to get the damage angle for.

Exceptions
Error_NoData

The given angle ID was not set in this object.

-
- -
-
damageAngles
-
const DamageAngles& damageAngles() const
-

Gets the DamageAngles container set in this options object.

-
- -
-
damageAngle
-
void damageAngle(
uint8 angleId,
float angle
)
-

Sets the damage angle in this options object, for the given angle id (0-based).  The angle will be automatically converted to between 0 and 360 if it is out of range.

Parameters
angleId
uint8

The angle ID to set the damage angle for.

angle
float

The damage angle value to set.

-
- -
-
snCurveSegment
-
const SnCurveSegment& snCurveSegment(
uint8 segmentId
) const
-

Gets the SnCurveSegment set in this options object, for the given segment id (0-based).

Parameters
segmentId
uint8

The segment ID to get the segment for.

Exceptions
Error_NoData

The given segment ID was not set in this object.

-
- -
-
snCurveSegments
-
const SnCurveSegments& snCurveSegments() const
-

Gets the SnCurveSegments container set in this options object.

-
- -
-
snCurveSegment
-
void snCurveSegment(
uint8 segmentId,
const SnCurveSegment &segment
)
-

Sets the SnCurveSegment in this options object, for the given segment id (0-based).

Parameters
segmentId
uint8

The segment ID to set the segment for.

segment
const SnCurveSegment&

The SnCurveSegment to set.

-
- -
-
fatigueMode
-
WirelessTypes::FatigueMode fatigueMode() const
-

The WirelessTypes::FatigueMode that is set in this options object.

-
- -
-
distributedAngleMode_enabled
-

Sets whether distributed angle mode is enabled or disabled in this options object.  Distributed Angle Mode allows the user to enable an even distribution of 4-16 angles.  When in this mode, the standard damageAngles will not be used by the Node.

Parameters
enable

Whether to enable or disable distributed angle mode.

-
- -
-
distributedAngleMode_numAngles
-
uint8 distributedAngleMode_numAngles() const
-

Gets the current number of angles to use for distributed angle mode in this options object.  Note: The Node will only use this if the fatigueMode is set to distributed angle mode.

-
- -
-
distributedAngleMode_numAngles
-
void distributedAngleMode_numAngles(
uint8 numAngles
)
-

Sets the current number of angles to use for distributed angle mode in this options object.  Note: Note: The Node will only use this if the fatigueMode is set to distributed angle mode.

Parameters
numAngles
uint8

The number of angles to use (4-16).

-
- -
-
distributedAngleMode_lowerBound
-
float distributedAngleMode_lowerBound() const
-

Gets the current lower bound angle (in degrees) to use for distributed angle mode in this options object.  Note: Note: The Node will only use this if the fatigueMode is set to distributed angle mode.

-
- -
-
distributedAngleMode_lowerBound
-
void distributedAngleMode_lowerBound(
float angle
)
-

Sets the current lower bound angle to use for distributed angle mode in this options object.  Note: Note: The Node will only use this if the fatigueMode is set to distributed angle mode.  Note: The lower bound and upper bound angles must be at least 1 degree.

Parameters
angle
float

The lower bound angle (in degrees) to use.

-
- -
-
distributedAngleMode_upperBound
-
float distributedAngleMode_upperBound() const
-

Gets the current upper bound angle (in degrees) to use for distributed angle mode in this options object.  Note: Note: The Node will only use this if the fatigueMode is set to distributed angle mode.

-
- -
-
distributedAngleMode_upperBound
-
void distributedAngleMode_upperBound(
float angle
)
-

Sets the current upper bound angle to use for distributed angle mode in this options object.  Note: Note: The Node will only use this if the fatigueMode is set to distributed angle mode.  Note: The lower bound and upper bound angles must be at least 1 degree.

Parameters
angle
float

The upper bound angle (in degrees) to use.

-
- -
-
histogramEnable
-
bool histogramEnable() const
-

Gets whether sending Histograms is enabled or disabled, in this options object.

-
- -
-
histogramEnable
-
void histogramEnable(
bool enable
)
-

Sets whether sending Histograms is enabled or disabled, in this options object.

Parameters
enable
bool

Whehter to enable or disable sending Histograms.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/HistogramOptions-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/HistogramOptions-h-Summary.js deleted file mode 100644 index 2b08c396f..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/HistogramOptions-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Configuration/HistogramOptions.h","HistogramOptions.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Configuration/HistogramOptions.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[6555,0,0,"HistogramOptions","HistogramOptions"],[6556,0,2,"Variables","HistogramOptions.Variables"],[6557,0,3,"m_transmitRate","HistogramOptions.m_transmitRate"],[6558,0,3,"m_binStart","HistogramOptions.m_binStart"],[6559,0,3,"m_binSize","HistogramOptions.m_binSize"],[6560,0,2,"Functions","HistogramOptions.Functions"],[6561,0,1,"transmitRate","HistogramOptions.transmitRate"],[6562,0,1,"transmitRate","HistogramOptions.transmitRate(2)"],[6563,0,1,"binsStart","HistogramOptions.binsStart"],[6564,0,1,"binsStart","HistogramOptions.binsStart(2)"],[6565,0,1,"binsSize","HistogramOptions.binsSize"],[6566,0,1,"binsSize","HistogramOptions.binsSize(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/HistogramOptions-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/HistogramOptions-h-SummaryToolTips.js deleted file mode 100644 index 1a7c51945..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/HistogramOptions-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Configuration/HistogramOptions.h",{6555:"
HistogramOptions
Contains all of the Histogram options that can be configured for a WirelessNode.
",6557:"
WirelessTypes::WirelessSampleRate m_transmitRate
The transmit rate of the Histogram.
",6558:"
uint16 m_binStart
The start of the first bin in the Histogram.
",6559:"
uint16 m_binSize
The size of each bin in the Histogram.
",6561:"
WirelessTypes::WirelessSampleRate transmitRate() const
Gets the transmit rate set in this options object, as a WirelessTypes::WirelessSampleRate.
",6562:"
void transmitRate(
WirelessTypes::WirelessSampleRate rate
)
Sets the transmit rate in this options object.
",6563:"
uint16 binsStart() const
Gets the bins start set in this options object.
",6564:"
void binsStart(
uint16 start
)
Sets the bins start in this options object.
",6565:"
uint16 binsSize() const
Gets the bins size set in this options object.
",6566:"
void binsSize(
uint16 size
)
Sets the bins size in this options object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/HistogramOptions-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/HistogramOptions-h-ToolTips.js deleted file mode 100644 index 296db9f18..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/HistogramOptions-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({8830:"
The possible sample rates that are available for Wireless Nodes.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/HistogramOptions-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/HistogramOptions-h.html deleted file mode 100644 index 8cc867c43..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/HistogramOptions-h.html +++ /dev/null @@ -1,79 +0,0 @@ - - -HistogramOptions.h - - - - - - - -
-
HistogramOptions
-
HistogramOptions
-

Contains all of the Histogram options that can be configured for a WirelessNode.

-
- -
-
Variables
-
- -
-
m_transmitRate
- -

The transmit rate of the Histogram.

-
- -
-
m_binStart
-
uint16 m_binStart
-

The start of the first bin in the Histogram.

-
- -
-
m_binSize
-
uint16 m_binSize
-

The size of each bin in the Histogram.

-
- -
-
Functions
-
- -
-
transmitRate
- -

Gets the transmit rate set in this options object, as a WirelessTypes::WirelessSampleRate.

-
- -
-
transmitRate
-
void transmitRate(
WirelessTypes::WirelessSampleRate rate
)
-

Sets the transmit rate in this options object.

Parameters
rate
WirelessTypes::WirelessSampleRate

The transmit rate (as a WirelessTypes::WirelessSampleRate) to set.

-
- -
-
binsStart
-
uint16 binsStart() const
-

Gets the bins start set in this options object.

-
- -
-
binsStart
-
void binsStart(
uint16 start
)
-

Sets the bins start in this options object.

Parameters
start
uint16

The start of the first bin in the Histogram.

-
- -
-
binsSize
-
uint16 binsSize() const
-

Gets the bins size set in this options object.

-
- -
-
binsSize
-
void binsSize(
uint16 size
)
-

Sets the bins size in this options object.

Parameters
size
uint16

The size of each bin in the Histogram.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/InputRange-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/InputRange-h-Summary.js deleted file mode 100644 index 757cbe93c..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/InputRange-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Configuration/InputRange.h","InputRange.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Configuration/InputRange.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Structs","Struct"],["Types","Type"],["Variables","Variable"]],[[6533,0,3,"InputRangeEntry","InputRangeEntry"],[6534,0,2,"Variables","InputRangeEntry.Variables"],[6535,0,5,"inputRange","InputRangeEntry.inputRange"],[6536,0,5,"hasGain","InputRangeEntry.hasGain"],[6537,0,5,"gain","InputRangeEntry.gain"],[6538,0,2,"Functions","InputRangeEntry.Functions"],[6539,0,1,"InputRangeEntry","InputRangeEntry.InputRangeEntry"],[6540,0,1,"InputRangeEntry","InputRangeEntry.InputRangeEntry(2)"],[6541,0,1,"InputRangeEntry","InputRangeEntry.InputRangeEntry(3)"],[6542,0,2,"Types","InputRangeEntry.Types"],[6543,0,4,"InputRanges","InputRangeEntry.InputRanges"],[6544,0,0,"InputRangeHelper","InputRangeHelper"],[6545,0,2,"Types","InputRangeHelper.Types"],[6546,0,4,"InputRangeMap","InputRangeHelper.InputRangeMap"],[6547,0,2,"Functions","InputRangeHelper.Functions"],[6548,0,1,"getRangeMap","InputRangeHelper.getRangeMap"],[6549,0,1,"inputRangeToEepromVal","InputRangeHelper.inputRangeToEepromVal"],[6550,0,1,"inputRangeToEepromVal","InputRangeHelper.inputRangeToEepromVal(2)"],[6551,0,1,"eepromValToInputRange","InputRangeHelper.eepromValToInputRange"],[6552,0,1,"eepromValToInputRange","InputRangeHelper.eepromValToInputRange(2)"],[6553,0,1,"getRangeVector","InputRangeHelper.getRangeVector"],[6554,0,1,"getRangeVector","InputRangeHelper.getRangeVector(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/InputRange-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/InputRange-h-SummaryToolTips.js deleted file mode 100644 index 3591aea9b..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/InputRange-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Configuration/InputRange.h",{6533:"
struct for Input Range options that specify an input range and associated gain for a channel
",6535:"
WirelessTypes::InputRange inputRange
The WirelessTypes::InputRange enum value for the input voltage range
",6536:"
bool hasGain
bool indicating whether or not this input range option has a valid associated gain
",6537:"
float gain
the gain for this input range
",6539:"
InputRangeEntry() : inputRange(WirelessTypes::range_invalid), hasGain(false), gain(0)
creates an InputRangeEntry with inputRange = range_invalid, hasGain = false, and gain = 0
",6540:"
InputRangeEntry(
WirelessTypes::InputRange ir
) : inputRange(ir), hasGain(false), gain(0)
creates an InputRangeEntry with inputRange = ir, hasGain = false and gain = 0
",6541:"
InputRangeEntry(
WirelessTypes::InputRange ir,
float g
) : inputRange(ir), hasGain(true), gain(g)
creates an InputRangeEntry with inputRange = ir, hasGain = true and gain = g
",6543:"
A vector of InputRangeEntry objects.
",6544:"
InputRangeHelper
Contains functions specific to input range for Wireless Nodes.
",6546:"
typedef for a map of uint16 eeprom values to WirelessTypes::InputRange values.
",6548:"
static const InputRangeMap& getRangeMap(
WirelessModels::NodeModel nodeType,
WirelessTypes::ChannelType channelType,
WirelessTypes::Voltage excitationVoltage = static_cast<WirelessTypes::Voltage>(0)
)
Gets the InputRangeMap for the specified node and channel type.
",6549:"
static uint16 inputRangeToEepromVal(
WirelessTypes::InputRange range,
WirelessModels::NodeModel nodeType,
WirelessTypes::ChannelType channelType
)
Converts a WirelessTypes::InputRange to the eeprom value that corresponds to it.
",6550:"
static uint16 inputRangeToEepromVal(
WirelessTypes::InputRange range,
WirelessModels::NodeModel nodeType,
WirelessTypes::ChannelType channelType,
WirelessTypes::Voltage excitationVoltage
)
Converts a WirelessTypes::InputRange to the eeprom value that corresponds to it, given the excitation voltage.
",6551:"
static WirelessTypes::InputRange eepromValToInputRange(
uint16 eepromValue,
WirelessModels::NodeModel nodeType,
WirelessTypes::ChannelType channelType
)
Converts an eeprom value to the corresponding WirelessTypes::InputRange.
",6552:"
static WirelessTypes::InputRange eepromValToInputRange(
uint16 eepromValue,
WirelessModels::NodeModel nodeType,
WirelessTypes::ChannelType channelType,
WirelessTypes::Voltage excitationVoltage
)
Converts an eeprom value to the corresponding WirelessTypes::InputRange, given the excitation voltage.
",6553:"
static void getRangeVector(
WirelessModels::NodeModel nodeType,
WirelessTypes::ChannelType channelType,
InputRanges &result
)
Gets a WirelessTypes::InputRanges container for the provided node type and channel type.
",6554:"
static void getRangeVector(
WirelessModels::NodeModel nodeType,
WirelessTypes::ChannelType channelType,
WirelessTypes::Voltage excitationVoltage,
InputRanges &result
)
Gets a WirelessTypes::InputRanges container for the provided node type, channel type, and excitation voltage.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/InputRange-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/InputRange-h-ToolTips.js deleted file mode 100644 index 969a401d2..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/InputRange-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6539:"
InputRangeEntry() : inputRange(WirelessTypes::range_invalid), hasGain(false), gain(0)
creates an InputRangeEntry with inputRange = range_invalid, hasGain = false, and gain = 0
",6546:"
typedef for a map of uint16 eeprom values to WirelessTypes::InputRange values.
",7789:"
The model numbers for each of the Wireless Nodes.
",8766:"
Represents the types of channels on Wireless Nodes.
",8999:"
The options available for input range on supported Nodes.
",9158:"
Available Voltages.
",10453:"
Error_NotSupported
A command/feature was attempted to be used that was not supported.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/InputRange-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/InputRange-h.html deleted file mode 100644 index 3e1b207df..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/InputRange-h.html +++ /dev/null @@ -1,130 +0,0 @@ - - -InputRange.h - - - - - - - -
-
InputRangeEntry
-

struct for Input Range options that specify an input range and associated gain for a channel

-
- -
-
Variables
-
- -
-
inputRange
- -

The WirelessTypes::InputRange enum value for the input voltage range

-
- -
-
hasGain
-
bool hasGain
-

bool indicating whether or not this input range option has a valid associated gain

-
- -
-
gain
-
float gain
-

the gain for this input range

-
- -
-
Functions
-
- -
-
InputRangeEntry
-
InputRangeEntry() : inputRange(WirelessTypes::range_invalid), hasGain(false), gain(0)
-

creates an InputRangeEntry with inputRange = range_invalid, hasGain = false, and gain = 0

-
- -
-
InputRangeEntry
-
InputRangeEntry(
WirelessTypes::InputRange ir
) : inputRange(ir), hasGain(false), gain(0)
-

creates an InputRangeEntry with inputRange = ir, hasGain = false and gain = 0

-
- -
-
InputRangeEntry
-
InputRangeEntry(
WirelessTypes::InputRange ir,
float g
) : inputRange(ir), hasGain(true), gain(g)
-

creates an InputRangeEntry with inputRange = ir, hasGain = true and gain = g

-
- -
-
Types
-
- -
-
InputRanges
-

A vector of InputRangeEntry objects.

-
- -
-
InputRangeHelper
-
InputRangeHelper
-

Contains functions specific to input range for Wireless Nodes.

-
- -
-
Types
-
- -
-
InputRangeMap
-

typedef for a map of uint16 eeprom values to WirelessTypes::InputRange values.

-
- -
-
Functions
-
- -
-
getRangeMap
-
static const InputRangeMap& getRangeMap(
WirelessModels::NodeModel nodeType,
WirelessTypes::ChannelType channelType,
WirelessTypes::Voltage excitationVoltage = static_cast<WirelessTypes::Voltage>(0)
)
-

Gets the InputRangeMap for the specified node and channel type.

Parameters
nodeType
WirelessModels::NodeModel

The WirelessModels::NodeModel to get the map for.

channelType
WirelessTypes::ChannelType

The WirelessTypes::ChannelType of the channel to get the map for.

excitationVoltage
WirelessTypes::Voltage

The Excitation WirelessTypes::Voltage, if necessary for the Node.

Returns

The InputRangeMap for the requested parameters.

Exceptions

  • Error_NotSupported: Input Range map was not found for the requested node type and channel type.

-
- -
-
inputRangeToEepromVal
-
static uint16 inputRangeToEepromVal(
WirelessTypes::InputRange range,
WirelessModels::NodeModel nodeType,
WirelessTypes::ChannelType channelType
)
-

Converts a WirelessTypes::InputRange to the eeprom value that corresponds to it.

Parameters
range
WirelessTypes::InputRange

The WirelessTypes::InputRange to convert.

nodeType
WirelessModels::NodeModel

The WirelessModels::NodeModel to use in converting.

channelType
WirelessTypes::ChannelType

The WirelessTypes::ChannelType to use in converting.

Returns

The eeprom value that corresponds to the given range.

Exceptions

  • Error_NotSupported: The provided InputRange is invalid for the node type and channel type.

-
- -
-
inputRangeToEepromVal
-
static uint16 inputRangeToEepromVal(
WirelessTypes::InputRange range,
WirelessModels::NodeModel nodeType,
WirelessTypes::ChannelType channelType,
WirelessTypes::Voltage excitationVoltage
)
-

Converts a WirelessTypes::InputRange to the eeprom value that corresponds to it, given the excitation voltage.

-
- -
-
eepromValToInputRange
-
static WirelessTypes::InputRange eepromValToInputRange(
uint16 eepromValue,
WirelessModels::NodeModel nodeType,
WirelessTypes::ChannelType channelType
)
-

Converts an eeprom value to the corresponding WirelessTypes::InputRange.

Parameters
eepromValue
uint16

The eeprom value to convert.

nodeType
WirelessModels::NodeModel

The WirelessModels::NodeModel to use in converting.

channelType
WirelessTypes::ChannelType

The WirelessTypes::ChannelType to use in converting.

Returns

The WirelessTypes::InputRange found, or <WirelessTypres::InputRange::range_invalid> if not found.

-
- -
-
eepromValToInputRange
-
static WirelessTypes::InputRange eepromValToInputRange(
uint16 eepromValue,
WirelessModels::NodeModel nodeType,
WirelessTypes::ChannelType channelType,
WirelessTypes::Voltage excitationVoltage
)
-

Converts an eeprom value to the corresponding WirelessTypes::InputRange, given the excitation voltage.

-
- -
-
getRangeVector
-
static void getRangeVector(
WirelessModels::NodeModel nodeType,
WirelessTypes::ChannelType channelType,
InputRanges &result
)
-

Gets a WirelessTypes::InputRanges container for the provided node type and channel type.

Parameters
nodeType
WirelessModels::NodeModel

The WirelessModels::NodeModel to get the ranges for.

channelType
WirelessTypes::ChannelType

The WirelessTypes::ChannelType to get the ranges for.

result
InputRanges&

An empty WirelessTypes::InputRanges container that will be populated with the supported ranges.

-
- -
-
getRangeVector
-
static void getRangeVector(
WirelessModels::NodeModel nodeType,
WirelessTypes::ChannelType channelType,
WirelessTypes::Voltage excitationVoltage,
InputRanges &result
)
-

Gets a WirelessTypes::InputRanges container for the provided node type, channel type, and excitation voltage.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/MockNodeEeprom-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/MockNodeEeprom-h-Summary.js deleted file mode 100644 index 37776c332..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/MockNodeEeprom-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Configuration/MockNodeEeprom.h","MockNodeEeprom.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Configuration/MockNodeEeprom.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[6111,0,0,"MockNodeEeprom","MockNodeEeprom"],[6112,0,2,"Functions","MockNodeEeprom.Functions"],[6113,0,1,"Eeprom","MockNodeEeprom.Eeprom"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/MockNodeEeprom-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/MockNodeEeprom-h-SummaryToolTips.js deleted file mode 100644 index 3e6a6a517..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/MockNodeEeprom-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Configuration/MockNodeEeprom.h",{6111:"
MockNodeEeprom
Used as a Mock object for reading and writing to Wireless Nodes\' eeproms, which just uses the cache for this Mock object.
",6113:"
MockNodeEeprom(
const WirelessNode_Impl *node,
const BaseStation &base,
const NodeEepromSettings &settings
)
Creates an Eeprom object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/MockNodeEeprom-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/MockNodeEeprom-h-ToolTips.js deleted file mode 100644 index f3488006b..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/MockNodeEeprom-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6092:"
The settings for the NodeEeprom object.
",6097:"
NodeEeprom
Used to read and write to Wireless Nodes\' eeproms and provide caching functionality.
",9207:"
WirelessNode_Impl
Contains the implementation logic for a WirelessNode.  Most WirelessNode commands call these commands.
",9710:"
BaseStation
Represents a MicroStrain Base Station object
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/MockNodeEeprom-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/MockNodeEeprom-h.html deleted file mode 100644 index 934dd04fa..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/MockNodeEeprom-h.html +++ /dev/null @@ -1,27 +0,0 @@ - - -MockNodeEeprom.h - - - - - - - -
-
MockNodeEeprom
-
public
NodeEeprom
MockNodeEeprom
-

Used as a Mock object for reading and writing to Wireless Nodes' eeproms, which just uses the cache for this Mock object.

-
- -
-
Functions
-
- -
-
Eeprom
-
MockNodeEeprom(
const WirelessNode_Impl *node,
const BaseStation &base,
const NodeEepromSettings &settings
)
-

Creates an Eeprom object.

Parameters
nodeAddress

The address of the Node to access the Eeprom of.

base
const BaseStation&

The BaseStation to use for communicating with the Node.

settings
const NodeEepromSettings&

The NodeEepromSettings to use.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/NodeEeprom-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/NodeEeprom-h-Summary.js deleted file mode 100644 index 800e68fe2..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/NodeEeprom-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Configuration/NodeEeprom.h","NodeEeprom.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Configuration/NodeEeprom.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Sections","Section"],["Structs","Struct"],["Variables","Variable"]],[[6091,0,3,"NodeEeprom","NodeEeprom"],[6092,0,4,"NodeEepromSettings","NodeEepromSettings"],[6093,0,2,"Variables","NodeEepromSettings.Variables"],[6094,0,5,"useGroupRead","NodeEepromSettings.useGroupRead"],[6095,0,5,"numRetries","NodeEepromSettings.numRetries"],[6096,0,5,"useEepromCache","NodeEepromSettings.useEepromCache"],[6097,0,0,"NodeEeprom","NodeEeprom(2)"],[6098,0,2,"Functions","NodeEeprom.Functions"],[6099,0,1,"Eeprom","NodeEeprom.Eeprom"],[6100,0,2,"Variables","NodeEeprom.Variables"],[6101,0,5,"m_baseStation","NodeEeprom.m_baseStation"],[6102,0,5,"m_useGroupRead","NodeEeprom.m_useGroupRead"],[6103,0,2,"Functions","NodeEeprom.Functions(2)"],[6104,0,1,"updateCacheFromDevice","NodeEeprom.updateCacheFromDevice"],[6105,0,1,"parseEepromPage","NodeEeprom.parseEepromPage"],[6106,0,1,"parseBatchEepromResult","NodeEeprom.parseBatchEepromResult"],[6107,0,1,"updateSettings","NodeEeprom.updateSettings"],[6108,0,1,"setBaseStation","NodeEeprom.setBaseStation"],[6109,0,1,"readEeprom","NodeEeprom.readEeprom"],[6110,0,1,"writeEeprom","NodeEeprom.writeEeprom"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/NodeEeprom-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/NodeEeprom-h-SummaryToolTips.js deleted file mode 100644 index e9eff4346..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/NodeEeprom-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Configuration/NodeEeprom.h",{6092:"
The settings for the NodeEeprom object.
",6094:"
bool useGroupRead
Whether to use group eeprom read or not.
",6095:"
uint8 numRetries
The number of retries to use for reading and writing.
",6096:"
bool useEepromCache
Whether to use the eeprom cache for reads and writes.
",6097:"
NodeEeprom
Used to read and write to Wireless Nodes\' eeproms and provide caching functionality.
",6099:"
NodeEeprom(
const WirelessNode_Impl *node,
const BaseStation &base,
const NodeEepromSettings &settings
)
Creates an Eeprom object.
",6101:"
BaseStation m_baseStation
The BaseStation to use for communication with the Node.
",6102:"
bool m_useGroupRead
Whether we can use a group eeprom read when reading from eeprom.
",6104:"
virtual bool updateCacheFromDevice(
uint16 location
) final
Attempts to update the cache by reading the value from the Node with the nodeAddress given at initialization.  Any values that are read from the Node will be updated in the cache.
",6105:"
virtual void parseEepromPage(
const ByteStream &pageData,
uint16 pageIndex
)
Parses a page download result containing eeprom values.  The eeprom cache will be updated with all the parsed values.
",6106:"
virtual void parseBatchEepromResult(
const std::map<uint16, uint16> eepromMap
)
Parses the response from a Batch Node Eeprom Read command.  The eeprom cache will be updated with all the parsed values.
",6107:"
void updateSettings(
const NodeEepromSettings &settings
)
Changes the settings for this eeprom object.
",6108:"
void setBaseStation(
const BaseStation &base
)
Updates the BaseStation object that is set for use in communicating with the Node.
",6109:"
virtual uint16 readEeprom(
uint16 location
) override
Attempts to read an eeprom value from the Node.  If caching is enabled and there is a previously cached value available, this will just return the value from the cache and will not communicate with the Node.
",6110:"
virtual void writeEeprom(
uint16 location,
uint16 value
) override
Attempts to write an eeprom value to the Node.  If successful, the cache will be updated with the changed value as well.  If caching is enabled and the value in the cache is the same as that attempting to be written, nothing will be written to the Node and this function will have no affect.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/NodeEeprom-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/NodeEeprom-h-ToolTips.js deleted file mode 100644 index c38a6785a..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/NodeEeprom-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6092:"
The settings for the NodeEeprom object.
",6097:"
NodeEeprom
Used to read and write to Wireless Nodes\' eeproms and provide caching functionality.
",6935:"
Eeprom
The abstract base class for reading and writing to Wireless devices\' eeproms.
",9207:"
WirelessNode_Impl
Contains the implementation logic for a WirelessNode.  Most WirelessNode commands call these commands.
",9710:"
BaseStation
Represents a MicroStrain Base Station object
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10453:"
Error_NotSupported
A command/feature was attempted to be used that was not supported.
",10472:"
Error_NodeCommunication
The exception for failing to communicate with a WirelessNode.
",10479:"
Error_Connection
The generic connection exception.
",6111:"
MockNodeEeprom
Used as a Mock object for reading and writing to Wireless Nodes\' eeproms, which just uses the cache for this Mock object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/NodeEeprom-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/NodeEeprom-h.html deleted file mode 100644 index bc8b84351..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/NodeEeprom-h.html +++ /dev/null @@ -1,120 +0,0 @@ - - -NodeEeprom.h - - - - - - - -
-
NodeEeprom
-
- -
-
NodeEepromSettings
-

The settings for the NodeEeprom object.

-
- -
-
Variables
-
- -
-
useGroupRead
-
bool useGroupRead
-

Whether to use group eeprom read or not.

-
- -
-
numRetries
-
uint8 numRetries
-

The number of retries to use for reading and writing.

-
- -
-
useEepromCache
-
bool useEepromCache
-

Whether to use the eeprom cache for reads and writes.

-
- -
-
NodeEeprom
- -

Used to read and write to Wireless Nodes' eeproms and provide caching functionality.

-
- -
-
Functions
-
- -
-
Eeprom
-
NodeEeprom(
const WirelessNode_Impl *node,
const BaseStation &base,
const NodeEepromSettings &settings
)
-

Creates an Eeprom object.

Parameters
nodeAddress

The address of the Node to access the Eeprom of.

base
const BaseStation&

The BaseStation to use for communicating with the Node.

settings
const NodeEepromSettings&

The NodeEepromSettings to use.

-
- -
-
Variables
-
- -
-
m_baseStation
-
BaseStation m_baseStation
-

The BaseStation to use for communication with the Node.

-
- -
-
m_useGroupRead
-
bool m_useGroupRead
-

Whether we can use a group eeprom read when reading from eeprom.

-
- -
-
Functions
-
- -
-
updateCacheFromDevice
-
virtual bool updateCacheFromDevice(
uint16 location
) final
-

Attempts to update the cache by reading the value from the Node with the nodeAddress given at initialization.  Any values that are read from the Node will be updated in the cache.

Parameters
location
uint16

The eeprom location to read from the device and update in the cache.

Returns

true if the value was read from the device and the cache has been updated, false otherwise.

Exceptions
-
- -
-
parseEepromPage
-
virtual void parseEepromPage(
const ByteStream &pageData,
uint16 pageIndex
)
-

Parses a page download result containing eeprom values.  The eeprom cache will be updated with all the parsed values.

Parameters
pageData
const ByteStream&

The ByteStream that contains the data read from the page download command

pageIndex
uint16

The 0-based index that was used to download the page

-
- -
-
parseBatchEepromResult
-
virtual void parseBatchEepromResult(
const std::map<uint16, uint16> eepromMap
)
-

Parses the response from a Batch Node Eeprom Read command.  The eeprom cache will be updated with all the parsed values.

Parameters
eepromMap
const std::map<uint16, uint16>

The eeprom location/value map read from the batch node eeprom read command.

-
- -
-
updateSettings
-
void updateSettings(
const NodeEepromSettings &settings
)
-

Changes the settings for this eeprom object.

-
- -
-
setBaseStation
-
void setBaseStation(
const BaseStation &base
)
-

Updates the BaseStation object that is set for use in communicating with the Node.

-
- -
-
readEeprom
-
virtual uint16 readEeprom(
uint16 location
) override
-

Attempts to read an eeprom value from the Node.  If caching is enabled and there is a previously cached value available, this will just return the value from the cache and will not communicate with the Node.

Parameters
location
uint16

The eeprom location to read from the Node and update in the cache.

Returns

The eeprom value for the requested location.

Exceptions
-
- -
-
writeEeprom
-
virtual void writeEeprom(
uint16 location,
uint16 value
) override
-

Attempts to write an eeprom value to the Node.  If successful, the cache will be updated with the changed value as well.  If caching is enabled and the value in the cache is the same as that attempting to be written, nothing will be written to the Node and this function will have no affect.

Parameters
location
uint16

The eeprom location to write to on the Node and update in the cache.

value
uint16

The value to write to the eeprom on the Node and update in the cache.

Exceptions
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/NodeEepromHelper-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/NodeEepromHelper-h-Summary.js deleted file mode 100644 index de34c9ad6..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/NodeEepromHelper-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Configuration/NodeEepromHelper.h","NodeEepromHelper.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Configuration/NodeEepromHelper.h",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[6114,0,0,"NodeEepromHelper","NodeEepromHelper"],[6115,0,3,"Constants","NodeEepromHelper.Constants"],[6116,0,1,"Eeprom Limits","NodeEepromHelper.Eeprom_Limits"],[6117,0,1,,"NodeEepromHelper.TIME_BETWEEN_BURSTS_MAX_SECS"],[6118,0,1,,"NodeEepromHelper.BYTES_PER_DATALOG_PAGE"],[6119,0,1,,"NodeEepromHelper.MIN_SLEEP_INTERVAL_EEVAL"],[6120,0,1,,"NodeEepromHelper.MAX_SLEEP_INTERVAL_EEVAL"],[6121,0,1,,"NodeEepromHelper.MIN_LOST_BEACON_TIMEOUT"],[6122,0,1,,"NodeEepromHelper.MAX_LOST_BEACON_TIMEOUT"],[6123,0,1,,"NodeEepromHelper.LOST_BEACON_TIMEOUT_DISABLED"],[6124,0,3,"Functions","NodeEepromHelper.Functions"],[6125,0,2,"NodeEepromHelper","NodeEepromHelper.NodeEepromHelper"],[6126,0,3,"Variables","NodeEepromHelper.Variables"],[6127,0,4,"m_node","NodeEepromHelper.m_node"],[6128,0,3,"Functions","NodeEepromHelper.Functions(2)"],[6129,0,2,"read","NodeEepromHelper.read"],[6130,0,2,"write","NodeEepromHelper.write"],[6131,0,2,"findDerivedChannelEeprom","NodeEepromHelper.findDerivedChannelEeprom"],[6132,0,2,"nodeAddress","NodeEepromHelper.nodeAddress"],[6133,0,2,"applyEepromChanges","NodeEepromHelper.applyEepromChanges"],[6134,0,2,"read_frequency","NodeEepromHelper.read_frequency"],[6135,0,2,"read_regionCode","NodeEepromHelper.read_regionCode"],[6136,0,2,"read_fwVersion","NodeEepromHelper.read_fwVersion"],[6137,0,2,"read_asppVersion","NodeEepromHelper.read_asppVersion"],[6138,0,2,"read_commProtocol","NodeEepromHelper.read_commProtocol"],[6139,0,2,"write_commProtocol","NodeEepromHelper.write_commProtocol"],[6140,0,2,"read_model","NodeEepromHelper.read_model"],[6141,0,2,"read_serial","NodeEepromHelper.read_serial"],[6142,0,2,"read_microcontroller","NodeEepromHelper.read_microcontroller"],[6143,0,2,"read_radioFeatures","NodeEepromHelper.read_radioFeatures"],[6144,0,2,"read_dataStorageSize","NodeEepromHelper.read_dataStorageSize"],[6145,0,2,"read_flashInfo","NodeEepromHelper.read_flashInfo"],[6146,0,2,"read_filter1","NodeEepromHelper.read_filter1"],[6147,0,2,"read_filter2","NodeEepromHelper.read_filter2"],[6148,0,2,"write_channelMask","NodeEepromHelper.write_channelMask"],[6149,0,2,"read_channelMask","NodeEepromHelper.read_channelMask"],[6150,0,2,"write_numSweeps","NodeEepromHelper.write_numSweeps"],[6151,0,2,"read_numSweeps","NodeEepromHelper.read_numSweeps"],[6152,0,2,"write_unlimitedDuration","NodeEepromHelper.write_unlimitedDuration"],[6153,0,2,"read_unlimitedDuration","NodeEepromHelper.read_unlimitedDuration"],[6154,0,2,"write_sampleRate","NodeEepromHelper.write_sampleRate"],[6155,0,2,"read_sampleRate","NodeEepromHelper.read_sampleRate"],[6156,0,2,"write_dataFormat","NodeEepromHelper.write_dataFormat"],[6157,0,2,"read_dataFormat","NodeEepromHelper.read_dataFormat"],[6158,0,2,"write_collectionMode","NodeEepromHelper.write_collectionMode"],[6159,0,2,"read_collectionMode","NodeEepromHelper.read_collectionMode"],[6160,0,2,"write_syncSamplingMode","NodeEepromHelper.write_syncSamplingMode"],[6161,0,2,"read_syncSamplingMode","NodeEepromHelper.read_syncSamplingMode"],[6162,0,2,"write_sensorDelay","NodeEepromHelper.write_sensorDelay"],[6163,0,2,"read_sensorDelay","NodeEepromHelper.read_sensorDelay"],[6164,0,2,"write_retransmission","NodeEepromHelper.write_retransmission"],[6165,0,2,"read_retransmission","NodeEepromHelper.read_retransmission"],[6166,0,2,"write_settlingTime","NodeEepromHelper.write_settlingTime"],[6167,0,2,"read_settlingTime","NodeEepromHelper.read_settlingTime"],[6168,0,2,"write_timeBetweenBursts","NodeEepromHelper.write_timeBetweenBursts"],[6169,0,2,"read_timeBetweenBursts","NodeEepromHelper.read_timeBetweenBursts"],[6170,0,2,"write_samplingMode","NodeEepromHelper.write_samplingMode"],[6171,0,2,"read_samplingMode","NodeEepromHelper.read_samplingMode"],[6172,0,2,"write_channelLinearEquation","NodeEepromHelper.write_channelLinearEquation"],[6173,0,2,"read_channelLinearEquation()","NodeEepromHelper.read_channelLinearEquation"],[6174,0,2,"write_channelUnit","NodeEepromHelper.write_channelUnit"],[6175,0,2,"write_channelEquation","NodeEepromHelper.write_channelEquation"],[6176,0,2,"write_channelUnitAndEquation","NodeEepromHelper.write_channelUnitAndEquation"],[6177,0,2,"read_channelUnit","NodeEepromHelper.read_channelUnit"],[6178,0,2,"read_channelEquation","NodeEepromHelper.read_channelEquation"],[6179,0,2,"read_channelFactoryLinearEq()","NodeEepromHelper.read_channelFactoryLinearEq"],[6180,0,2,"read_channelFactoryEquationType","NodeEepromHelper.read_channelFactoryEquationType"],[6181,0,2,"read_channelFactoryUnit","NodeEepromHelper.read_channelFactoryUnit"],[6182,0,2,"read_transmitPower","NodeEepromHelper.read_transmitPower"],[6183,0,2,"write_transmitPower","NodeEepromHelper.write_transmitPower"],[6184,0,2,"read_inactivityTimeout","NodeEepromHelper.read_inactivityTimeout"],[6185,0,2,"write_inactivityTimeout","NodeEepromHelper.write_inactivityTimeout"],[6186,0,2,"read_checkRadioInterval","NodeEepromHelper.read_checkRadioInterval"],[6187,0,2,"write_checkRadioInterval","NodeEepromHelper.write_checkRadioInterval"],[6188,0,2,"read_defaultMode","NodeEepromHelper.read_defaultMode"],[6189,0,2,"write_defaultMode","NodeEepromHelper.write_defaultMode"],[6190,0,2,"read_logPage","NodeEepromHelper.read_logPage"],[6191,0,2,"read_logPageOffset","NodeEepromHelper.read_logPageOffset"],[6192,0,2,"read_numDatalogSessions","NodeEepromHelper.read_numDatalogSessions"],[6193,0,2,"write_txPerGroup","NodeEepromHelper.write_txPerGroup"],[6194,0,2,"write_groupSize","NodeEepromHelper.write_groupSize"],[6195,0,2,"write_tdmaAddress","NodeEepromHelper.write_tdmaAddress"],[6196,0,2,"write_maxRetransPerBurst","NodeEepromHelper.write_maxRetransPerBurst"],[6197,0,2,"read_gaugeResistance","NodeEepromHelper.read_gaugeResistance"],[6198,0,2,"write_gaugeResistance","NodeEepromHelper.write_gaugeResistance"],[6199,0,2,"read_numActiveGauges","NodeEepromHelper.read_numActiveGauges"],[6200,0,2,"write_numActiveGauges","NodeEepromHelper.write_numActiveGauges"],[6201,0,2,"read_lowBatteryThreshold","NodeEepromHelper.read_lowBatteryThreshold"],[6202,0,2,"write_lowBatteryThreshold","NodeEepromHelper.write_lowBatteryThreshold"],[6203,0,2,"read_inputRange","NodeEepromHelper.read_inputRange"],[6204,0,2,"write_inputRange","NodeEepromHelper.write_inputRange"],[6205,0,2,"write_inputRange","NodeEepromHelper.write_inputRange(2)"],[6206,0,2,"read_hardwareOffset","NodeEepromHelper.read_hardwareOffset"],[6207,0,2,"write_hardwareOffset","NodeEepromHelper.write_hardwareOffset"],[6208,0,2,"read_antiAliasingFilter","NodeEepromHelper.read_antiAliasingFilter"],[6209,0,2,"write_antiAliasingFilter","NodeEepromHelper.write_antiAliasingFilter"],[6210,0,2,"read_cfcFilterConfig","NodeEepromHelper.read_cfcFilterConfig"],[6211,0,2,"write_cfcFilterConfig","NodeEepromHelper.write_cfcFilterConfig"],[6212,0,2,"read_lowPassFilter","NodeEepromHelper.read_lowPassFilter"],[6213,0,2,"write_lowPassFilter","NodeEepromHelper.write_lowPassFilter"],[6214,0,2,"read_highPassFilter","NodeEepromHelper.read_highPassFilter"],[6215,0,2,"write_highPassFilter","NodeEepromHelper.write_highPassFilter"],[6216,0,2,"read_gaugeFactor","NodeEepromHelper.read_gaugeFactor"],[6217,0,2,"write_gaugeFactor","NodeEepromHelper.write_gaugeFactor"],[6218,0,2,"read_thermoType","NodeEepromHelper.read_thermoType"],[6219,0,2,"write_thermoType","NodeEepromHelper.write_thermoType"],[6220,0,2,"read_tempSensorOptions","NodeEepromHelper.read_tempSensorOptions"],[6221,0,2,"write_tempSensorOptions","NodeEepromHelper.write_tempSensorOptions"],[6222,0,2,"read_excitationVoltage","NodeEepromHelper.read_excitationVoltage"],[6223,0,2,"write_excitationVoltage","NodeEepromHelper.write_excitationVoltage"],[6224,0,2,"read_debounceFilter","NodeEepromHelper.read_debounceFilter"],[6225,0,2,"write_debounceFilter","NodeEepromHelper.write_debounceFilter"],[6226,0,2,"read_pullUpResistor","NodeEepromHelper.read_pullUpResistor"],[6227,0,2,"write_pullUpResistor","NodeEepromHelper.write_pullUpResistor"],[6228,0,2,"read_sensorMode","NodeEepromHelper.read_sensorMode"],[6229,0,2,"write_sensorMode","NodeEepromHelper.write_sensorMode"],[6230,0,2,"read_activitySense","NodeEepromHelper.read_activitySense"],[6231,0,2,"write_activitySense","NodeEepromHelper.write_activitySense"],[6232,0,2,"read_fatigueMode","NodeEepromHelper.read_fatigueMode"],[6233,0,2,"read_fatigueOptions","NodeEepromHelper.read_fatigueOptions"],[6234,0,2,"write_fatigueOptions","NodeEepromHelper.write_fatigueOptions"],[6235,0,2,"read_histogramOptions","NodeEepromHelper.read_histogramOptions"],[6236,0,2,"write_histogramOptions","NodeEepromHelper.write_histogramOptions"],[6237,0,2,"read_eventTriggerOptions","NodeEepromHelper.read_eventTriggerOptions"],[6238,0,2,"write_eventTriggerOptions","NodeEepromHelper.write_eventTriggerOptions"],[6239,0,2,"read_eventTriggerDurations","NodeEepromHelper.read_eventTriggerDurations"],[6240,0,2,"read_eventTriggerMask","NodeEepromHelper.read_eventTriggerMask"],[6241,0,2,"clearHistogram","NodeEepromHelper.clearHistogram"],[6242,0,2,"read_lostBeaconTimeout","NodeEepromHelper.read_lostBeaconTimeout"],[6243,0,2,"write_lostBeaconTimeout","NodeEepromHelper.write_lostBeaconTimeout"],[6244,0,2,"read_diagnosticInterval","NodeEepromHelper.read_diagnosticInterval"],[6245,0,2,"write_diagnosticInterval","NodeEepromHelper.write_diagnosticInterval"],[6246,0,2,"read_storageLimitMode","NodeEepromHelper.read_storageLimitMode"],[6247,0,2,"write_storageLimitMode","NodeEepromHelper.write_storageLimitMode"],[6248,0,2,"read_dataMode","NodeEepromHelper.read_dataMode"],[6249,0,2,"write_dataMode","NodeEepromHelper.write_dataMode"],[6250,0,2,"read_derivedSampleRate","NodeEepromHelper.read_derivedSampleRate"],[6251,0,2,"write_derivedSampleRate","NodeEepromHelper.write_derivedSampleRate"],[6252,0,2,"read_derivedChannelMask","NodeEepromHelper.read_derivedChannelMask"],[6253,0,2,"write_derivedChannelMask","NodeEepromHelper.write_derivedChannelMask"],[6254,0,2,"read_derivedVelocityUnit","NodeEepromHelper.read_derivedVelocityUnit"],[6255,0,2,"write_derivedVelocityUnit","NodeEepromHelper.write_derivedVelocityUnit"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/NodeEepromHelper-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/NodeEepromHelper-h-SummaryToolTips.js deleted file mode 100644 index d07ba522e..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/NodeEepromHelper-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Configuration/NodeEepromHelper.h",{6114:"
NodeEepromHelper
A helper class for reading and writing to a Wireless Node\'s Eeprom.  This class provides eeprom specific parsing so that high-level objects can be converted to their low-level eeprom value equivelent and vice-versa.
",6125:"
NodeEepromHelper(
WirelessNode_Impl *node
)
Creates a NodeEepromHelper object with a WirelessNode_Impl.
",6127:"
WirelessNode_Impl* m_node
The WirelessNode_Impl used by this eeprom helper.
",6129:"
Value read(
const EepromLocation &location
) const
Reads an EepromLocation from the Node and returns a Value with the result.
",6130:"
void write(
const EepromLocation &location,
const Value &val
)
Writes a Value to a given EepromLocation on the Node.
",6131:"
static EepromLocation findDerivedChannelEeprom(
WirelessTypes::DerivedCategory category
)
Gets the EepromLocation for the given WirelessTypes::DerivedCategory.
",6132:"
NodeAddress nodeAddress() const
Gets the node address for this Node.
",6133:"
void applyEepromChanges()
Resets the radio/power on the Node to apply eeprom changes that have been made.
",6134:"
WirelessTypes::Frequency read_frequency() const
Reads the frequency from the Node.
",6135:"
WirelessTypes::RegionCode read_regionCode() const
Reads the region code from the Node.
",6136:"
Version read_fwVersion() const
Gets the firmware version of the Node.
",6137:"
Version read_asppVersion(
WirelessTypes::CommProtocol commProtocol
) const
Gets the ASPP version of the Node for the specified <WirelesTypes::RadioMode>.
",6138:"
WirelessTypes::CommProtocol read_commProtocol() const
Gets the WirelessTypes::CommProtocol of the Node.
",6139:"
void write_commProtocol(
WirelessTypes::CommProtocol protocol
)
Writes the WirelessTypes::CommProtocol to the Node.
",6140:"
WirelessModels::NodeModel read_model() const
Gets the model of the Node.
",6141:"
std::string read_serial() const
Gets the serial number of the Node.
",6142:"
WirelessTypes::MicroControllerType read_microcontroller() const
Gets the microcontroller of the Node.
",6143:"
RadioFeatures read_radioFeatures() const
Gets the RadioFeatures of the Node.
",6144:"
uint64 read_dataStorageSize() const
Gets the total number of bytes available for data storage on the Node.  This is an overall count and does not take into account data that is already stored on the Node.
",6145:"
FlashInfo read_flashInfo() const
Gets the FlashInfo of the Node.  This assumes the Node supports the command to get this info.
",6146:"
WirelessTypes::SettlingTime read_filter1() const
Reads the specific filter 1 eeprom location.  Note: this should be used by the SyncSamplingNetwork only, as it bypasses the ChannelMask logic.
",6147:"
WirelessTypes::SettlingTime read_filter2() const
Reads the specific filter 2 eeprom location.  Note: this should be used by the SyncSamplingNetwork only, as it bypasses the ChannelMask logic.
",6148:"
void write_channelMask(
const ChannelMask &channels
)
Writes the channel mask to the Node, representing which channels are active or not.
",6149:"
ChannelMask read_channelMask() const
Reads the current channel mask from the Node, representing which channels are active or not.
",6150:"
void write_numSweeps(
uint32 sweeps
)
Writes the number of sweeps which affects the duration of sampling. In the case of Burst sampling, this is the number of sweeps per burst This function assumes the number of sweeps has already been normalized (multiple of 100 and within min/max).
",6151:"
uint32 read_numSweeps() const
Reads the current number of sweeps which affects the duration of sampling.
",6152:"
void write_unlimitedDuration(
bool unlimitedDuration,
WirelessTypes::SamplingMode samplingMode
)
Writes the unlimited duration flag. This is a different eeprom location depending on the sampling mode.
",6153:"
bool read_unlimitedDuration(
WirelessTypes::SamplingMode samplingMode
) const
Reads the current unlimited duration flag set on the Node. This is a different eeprom location depending on the sampling mode.
",6154:"
void write_sampleRate(
WirelessTypes::WirelessSampleRate rate,
WirelessTypes::SamplingMode samplingMode
)
Writes the sample rate. This is a different eeprom location depending on the sampling mode.
",6155:"
WirelessTypes::WirelessSampleRate read_sampleRate(
WirelessTypes::SamplingMode samplingMode
) const
Reads the current sample rate set on the Node. This is a different eeprom location depending on the sampling mode.
",6156:"
void write_dataFormat(
WirelessTypes::DataFormat dataFormat
)
Writes the data format to the Node.
",6157:"
WirelessTypes::DataFormat read_dataFormat() const
Reads the current data format set on the Node.
",6158:"
void write_collectionMode(
WirelessTypes::DataCollectionMethod collectionMode
)
Writes the data collection mode to the Node.
",6159:"
WirelessTypes::DataCollectionMethod read_collectionMode() const
Reads the current data collection mode set on the Node.
",6160:"
void write_syncSamplingMode(
WirelessTypes::SyncSamplingMode syncMode
)
Writes the sync sampling mode to the Node.
",6161:"
WirelessTypes::SyncSamplingMode read_syncSamplingMode() const
Reads the current sync sampling mode set on the Node.
",6162:"
void write_sensorDelay(
uint32 microseconds
)
Writes the sensor delay to the Node.
",6163:"
uint32 read_sensorDelay() const
Reads the current sensor delay set on the Node.
",6164:"
void write_retransmission(
WirelessTypes::NodeRetransmission reTx
)
Writes the retransmission option to the Node.
",6165:"
WirelessTypes::NodeRetransmission read_retransmission() const
Reads the current retransmission option set on the Node.
",6166:"
void write_settlingTime(
const ChannelMask &mask,
WirelessTypes::SettlingTime settlingTime
)
Writes the settling time to the Node for the given ChannelMask.
",6167:"
WirelessTypes::SettlingTime read_settlingTime(
const ChannelMask &mask
) const
Reads the current filter settling time on the Node for the given ChannelMask.
",6168:"
void write_timeBetweenBursts(
const TimeSpan &timespan
)
Writes the time between each burst to the Node.  This function assumes the time between bursts value has been normalized.
",6169:"
TimeSpan read_timeBetweenBursts() const
Reads the time between each burst from the Node.
",6170:"
void write_samplingMode(
WirelessTypes::SamplingMode samplingMode
)
Writes the WirelessTypes::SamplingMode to the Node.
",6171:"
WirelessTypes::SamplingMode read_samplingMode() const
Reads the current WirelessTypes::SamplingMode from the Node.
",6172:"
void write_channelLinearEquation(
const ChannelMask &mask,
const LinearEquation &equation
)
Writes the slope and offset for the specified ChannelMask on the Node.
",6173:"
void read_channelLinearEquation(
const ChannelMask &mask,
LinearEquation &result
) const
Reads the slope and offset for the specified ChannelMask from the Node.
",6174:"
void write_channelUnit(
const ChannelMask &mask,
WirelessTypes::CalCoef_Unit unit
)
Writes the unit for the specified ChannelMask to the Node.
",6175:"
void write_channelEquation(
const ChannelMask &mask,
WirelessTypes::CalCoef_EquationType equation
)
Writes the equation id for the specified ChannelMask to the Node.
",6176:"
void write_channelUnitAndEquation(
const ChannelMask &mask,
WirelessTypes::CalCoef_Unit unit,
WirelessTypes::CalCoef_EquationType equation
)
Writes the unit and equation for the specified ChannelMask to the Node.
",6177:"
WirelessTypes::CalCoef_Unit read_channelUnit(
const ChannelMask &mask
) const
Reads the WirelessTypes::CalCoef_Unit for the specified ChannelMask from the Node.
",6178:"
WirelessTypes::CalCoef_EquationType read_channelEquation(
const ChannelMask &mask
) const
Reads the WirelessTypes::CalCoef_EquationType for the specified channel from the Node.  This assumes the channel is supported by the Node.
",6179:"
void read_channelFactoryLinearEq(
const ChannelMask &mask,
LinearEquation &result
) const
Reads the factory calibration slope and offset for the specified ChannelMask from the Node.
",6180:"
WirelessTypes::CalCoef_EquationType read_channelFactoryEquationType(
const ChannelMask &mask
) const
Reads the factory calibration WirelessTypes::CalCoef_EquationType for the specified channel from the Node.  This assumes the channel is supported by the Node.
",6181:"
WirelessTypes::CalCoef_Unit read_channelFactoryUnit(
const ChannelMask &mask
) const
Reads the factory calibration WirelessTypes::CalCoef_Unit for the specified ChannelMask from the Node.
",6182:"
WirelessTypes::TransmitPower read_transmitPower() const
Reads the WirelessTypes::TransmitPower that is currently set on the Node.
",6183:"
void write_transmitPower(
WirelessTypes::TransmitPower power
)
Writes the WirelessTypes::TransmitPower to the Node.
",6184:"
uint16 read_inactivityTimeout() const
Reads the user inactivity timeout that is currently set on the Node.  This controls how many seconds before the Node goes to sleep when idle.
",6185:"
void write_inactivityTimeout(
uint16 timeout
)
Writes the user inactivity timeout to the Node.  This function assumes the inactivity timeout has already been set to be above the minimum.
",6186:"
uint8 read_checkRadioInterval() const
Reads the check radio interval that is currently set on the Node.  This controls how often the node wakes up from sleep to check for commands.
",6187:"
void write_checkRadioInterval(
uint8 interval
)
Writes the check radio interval to the Node.  This controls how often the node wakes up from sleep to check for commands.  This function assumes the interval is within the acceptable range.
",6188:"
WirelessTypes::DefaultMode read_defaultMode() const
Reads the WirelessTypes::DefaultMode that is currently set on the Node.
",6189:"
void write_defaultMode(
WirelessTypes::DefaultMode mode
)
Writes the given WirelessTypes::DefaultMode to the Node.
",6190:"
uint16 read_logPage() const
Reads the next flash page that to be used for datalogging.
",6191:"
uint16 read_logPageOffset() const
Reads the byte offset into the log page for the next datalogging session.
",6192:"
uint16 read_numDatalogSessions() const
Reads the number of datalog sessions that are currently stored on the Node.
",6193:"
void write_txPerGroup(
uint16 txPerGroup
)
Writes the transmissions per group to the Node.
",6194:"
void write_groupSize(
uint16 groupSize
)
Writes the group size to the Node.
",6195:"
void write_tdmaAddress(
uint16 address
)
Writes the TDMA address to the Node.
",6196:"
void write_maxRetransPerBurst(
uint16 maxReTxPerBurst
)
Writes the max retransmissions per burst to the Node.
",6197:"
uint16 read_gaugeResistance()
Reads the Gauge Resistance that is currently stored on the Node.
",6198:"
void write_gaugeResistance(
uint16 resistance
)
Writes the Gauge Resistance to the Node.
",6199:"
uint16 read_numActiveGauges()
Reads the Number of Active Gauges that is currently stored on the Node.
",6200:"
void write_numActiveGauges(
uint16 numGauges
)
Writes the Number of Active Gauges to the Node.
",6201:"
float read_lowBatteryThreshold()
Reads the Low Battery Threshold (in Volts) that is currently stored on the Node.
",6202:"
void write_lowBatteryThreshold(
float volts
)
Writes the Low Battery Threshold to the Node.
",6203:"
WirelessTypes::InputRange read_inputRange(
const ChannelMask &mask
) const
Reads the input range for the specified ChannelMask from the Node.
",6204:"
void write_inputRange(
const ChannelMask &mask,
WirelessTypes::InputRange range
)
Writes the WirelessTypes::InputRange value for the specified ChannelMask to the Node.
",6205:"
void write_inputRange(
const ChannelMask &mask,
WirelessTypes::Voltage excitationVoltage,
WirelessTypes::InputRange range
)
Writes the WirelessTypes::InputRange value for the specified ChannelMask and excitation voltage, to the Node.
",6206:"
uint16 read_hardwareOffset(
const ChannelMask &mask
) const
Reads the hardware offset for the specified ChannelMask from the Node.
",6207:"
void write_hardwareOffset(
const ChannelMask &mask,
uint16 offset
)
Writes the hardware offset value for the specified ChannelMask to the Node.
",6208:"
WirelessTypes::Filter read_antiAliasingFilter(
const ChannelMask &mask
) const
Reads the anti-aliasing filter for the specified ChannelMask from the Node.
",6209:"
void write_antiAliasingFilter(
const ChannelMask &mask,
WirelessTypes::Filter filter
)
Writes the anti-aliasing filter value for the specified ChannelMask to the Node.
",6210:"
WirelessTypes::ChannelFrequencyClass read_cfcFilterConfig() const
Reads the channel frequency class filter option set on the Node.
",6211:"
void write_cfcFilterConfig(
WirelessTypes::ChannelFrequencyClass cfc
)
Writes the specified channel frequency class filter option to the Node.
",6212:"
WirelessTypes::Filter read_lowPassFilter(
const ChannelMask &mask
) const
Reads the low-pass filter for the specified ChannelMask from the Node.
",6213:"
void write_lowPassFilter(
const ChannelMask &mask,
WirelessTypes::Filter filter
)
Writes the low-pass filter value for the specified ChannelMask to the Node.
",6214:"
WirelessTypes::HighPassFilter read_highPassFilter(
const ChannelMask &mask
) const
Reads the high-pass filter for the specified ChannelMask from the Node.
",6215:"
void write_highPassFilter(
const ChannelMask &mask,
WirelessTypes::HighPassFilter filter
)
Writes the high-pass filter value for the specified ChannelMask to the Node.
",6216:"
float read_gaugeFactor(
const ChannelMask &mask
) const
Reads the gauge factor for the specified ChannelMask from the Node.
",6217:"
void write_gaugeFactor(
const ChannelMask &mask,
float gaugeFactor
)
Writes the gauge factor value for the specified ChannelMask to the Node.
",6218:"
WirelessTypes::ThermocoupleType read_thermoType(
const ChannelMask &mask
) const
Reads the WirelessTypes::ThermocoupleType from the Node.
",6219:"
void write_thermoType(
const ChannelMask &mask,
WirelessTypes::ThermocoupleType thermocouple
)
Writes the WirelessTypes::ThermocoupleType to the Node.  This assumes thermocouple type is supported.
",6220:"
TempSensorOptions read_tempSensorOptions(
const ChannelMask &mask
) const
Reads the TempSensorOptions from the Node.
",6221:"
void write_tempSensorOptions(
const ChannelMask &mask,
const TempSensorOptions &options
)
Writes the TempSensorOptions to the Node.  This assumes TempSensorOptions are supported.
",6222:"
WirelessTypes::Voltage read_excitationVoltage() const
Reads the WirelessTypes::Voltage from the Node.
",6223:"
void write_excitationVoltage(
WirelessTypes::Voltage voltage
)
Writes the WirelessTypes::Voltage to the Node.  This assumes Excitation Voltage configuration is supported.
",6224:"
uint16 read_debounceFilter(
const ChannelMask &mask
) const
Reads the Debounce Filter from the Node.
",6225:"
void write_debounceFilter(
const ChannelMask &mask,
uint16 milliseconds
)
Writes the Debounce Filter to the Node.  This assumes Debounce Filter is supported.
",6226:"
bool read_pullUpResistor(
const ChannelMask &mask
) const
Reads the pull-up resistor flag from the Node.  This assumes pull-up resistor configuration is supported by the Node.
",6227:"
void write_pullUpResistor(
const ChannelMask &mask,
bool enable
)
Writes the pull-up resistor flag to the Node.  This assumes pull-up resistor configuration is supported by the Node.
",6228:"
WirelessTypes::SensorOutputMode read_sensorMode() const
Reads the WirelessTypes::SensorOutputMode from the Node.
",6229:"
void write_sensorMode(
WirelessTypes::SensorOutputMode mode
)
Write the WirelessTypes::SensorOutputMode to the Node.
",6230:"
void read_activitySense(
ActivitySense &result
) const
Reads the ActivitySense options from the Node.  This assumes activity sense configuration is supported by the Node.
",6231:"
void write_activitySense(
const ActivitySense &options
)
Writes the ActivitySense options to the Node.  This assumes fatigue options configuration is supported by the Node.
",6232:"
WirelessTypes::FatigueMode read_fatigueMode() const
Reads the <WirelessTypes::FatigeMode> from the Node.
",6233:"
void read_fatigueOptions(
FatigueOptions &result
) const
Reads the FatigueOptions from the Node.  This assumes fatigue options configuration is supported by the Node.
",6234:"
void write_fatigueOptions(
const FatigueOptions &options
)
Writes the FatigueOptions to the Node.  This assumes fatigue options configuration is supported by the Node.
",6235:"
void read_histogramOptions(
HistogramOptions &result
) const
Reads the HistogramOptions from the Node.  This assumes histogram options configuration is supported by the Node.
",6236:"
void write_histogramOptions(
const HistogramOptions &options
)
Writes the HistogramOptions to the Node.  This assumes histogram options configuration is supported by the Node and all options are valid.
",6237:"
void read_eventTriggerOptions(
EventTriggerOptions &result
) const
Reads the EventTriggerOptions from the Node.  This assumes Event Trigger is supported by the Node.
",6238:"
void write_eventTriggerOptions(
const EventTriggerOptions &options,
const std::map<uint8, LinearEquation> calibrations
)
Writes the EventTriggerOptions to the Node.  This assumes Event Trigger is supported by the Node and all options are valid.
",6239:"
void read_eventTriggerDurations(
uint32 &pre,
uint32 &post
) const
Reads the pre and post durations for event trigger from the Node.  This assumes Event Trigger is supported by the Node.
",6240:"
BitMask read_eventTriggerMask() const
Reads the triger mask for event trigger from the Node.  This assumes Event Trigger is supported by the Node.
",6241:"
void clearHistogram()
Clears the Histogram on the Node.  This assumes histogram options configuration is supported by the Node.
",6242:"
uint16 read_lostBeaconTimeout() const
Reads the lost beacon timeout value from the Node.  A value of 0 means the timeout is disabled.  This assumes lost beacon timeout is supported by the Node.
",6243:"
void write_lostBeaconTimeout(
uint16 minutes
)
Writes the lost beacon timeout value, in minutes, to the Node.  This assumes the value is within range of a valid value.
",6244:"
uint16 read_diagnosticInterval() const
Reads the diagnostic packet interval value from the Node.  A value of 0 means the diagnostic packet is disabled.  This assumes diagnostic info is supported by the Node.
",6245:"
void write_diagnosticInterval(
uint16 seconds
)
Writes the diagnostic packet interval value, in seconds, to the Node.  This assumes diagnostic info is supported by the Node.
",6246:"
WirelessTypes::StorageLimitMode read_storageLimitMode() const
Reads the storage limit mode from the Node.
",6247:"
void write_storageLimitMode(
WirelessTypes::StorageLimitMode mode
)
Writes the storage limit mode to the Node.  This assumes it is supported by the Node.
",6248:"
WirelessTypes::DataMode read_dataMode() const
Reads the <DataMode> from the Node.
",6249:"
void write_dataMode(
WirelessTypes::DataMode dataMode
)
Writes the WirelessTypes::DataMode to the Node.
",6250:"
WirelessTypes::WirelessSampleRate read_derivedSampleRate() const
Reads the Derived Sample Rate from the Node.  This assumes Derived Channels are supported by the Node.
",6251:"
void write_derivedSampleRate(
WirelessTypes::WirelessSampleRate rate
)
Writes the Derived Sample Rate to the Node.  This assumes Derived Channels are supported by the Node.
",6252:"
ChannelMask read_derivedChannelMask(
WirelessTypes::DerivedCategory category
) const
Reads the Derived Channel Mask from the Node for the specified <WirelessTypes::DerivedChannel>.  This assumes Derived Channels are supported by the Node, and that the given category is supported.
",6253:"
void write_derivedChannelMask(
WirelessTypes::DerivedCategory category,
const ChannelMask &mask
)
Writes a Derived Channel Mask to the Node for the specified WirelessTypes::DerivedCategory.  This assumes Derived Channels are supported by the Node, and that the given category is supported.
",6254:"
WirelessTypes::DerivedVelocityUnit read_derivedVelocityUnit() const
Reads the WirelessTypes::DerivedVelocityUnit from the Node.
",6255:"
void write_derivedVelocityUnit(
WirelessTypes::DerivedVelocityUnit unit
)
Writes the WirelessTypes::DerivedVelocityUnit to the Node.  This assumes Derived Channels are supported by the Node, and that the given derivedChannel is supported.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/NodeEepromHelper-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/NodeEepromHelper-h-ToolTips.js deleted file mode 100644 index 30c870292..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/NodeEepromHelper-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6074:"
TempSensorOptions
Options to adjust the temperature sensor for a WirelessNode.
",6555:"
HistogramOptions
Contains all of the Histogram options that can be configured for a WirelessNode.
",6582:"
FatigueOptions
Contains all of the fatigue options that can be configured for a WirelessNode.
",6635:"
EventTriggerOptions
Contains all of the Event Trigger options that can be configured for a WirelessNode.
",6654:"
EepromLocation
Represents a single Eeprom Location.
",6840:"
ActivitySense
Contains all of the ActivitySense options that can be configured for a WirelessNode.  Activity Sense is a power saving feature that allows a Node to be in a low-power state when no activity is suspected, and then immediately jump to its normal sampling state when a certain activity threshold is reached.
",7024:"
Contains flash information of a WirelessNode.
",7789:"
The model numbers for each of the Wireless Nodes.
",8428:"
RadioFeatures
Represents radio features of a WirelessNode.
",8566:"
Represents the types of microcontrollers possible on the Wireless Devices.
",8574:"
Represents the types of data collection methods that can be performed on the Node.
",8594:"
Represents the types of data formats that Nodes can be configured to send when sampling.
",8601:"
Represents the types of synchronized sampling modes the Node can be in.
",8604:"
Represents the types of sampling modes the Node can be in.
",8611:"
Represents the types of default modes the Node can have.  This is the mode the Node starts in, as well as the mode the node goes into after an inactivity timeout.
",8617:"
Represents the frequency (channel) that can be used for Wireless Devices.
",8635:"
Represents the transmit powers that can be used for Wireless Devices.
",8645:"
Represents the possible Node Retransmission values.
",8655:"
Represents the equation types that can be used for calibration coefficients on Wireless Nodes.
",8658:"
Represents the unit types that can be used for calibration coefficients on Wireless Nodes.
",8782:"
Represents the settling times used for thermocouple and voltage inputs on some Wireless Nodes.
",8799:"
Represents the thermocouple types supported by some Wireless Nodes.
",8830:"
The possible sample rates that are available for Wireless Nodes.
",8885:"
The possible region codes for the device.
",8945:"
The different modes a Fatigue Node can operate in.
",8952:"
The filter options (used for anti-aliasing and low-pass filter)
",8989:"
The high pass filter options.
",8992:"
The channel frequency class filter options.
",8996:"
The options available for configuring what happens when the storage limit is reached when logging to a Node.
",8999:"
The options available for input range on supported Nodes.
",9136:"
Available Data Modes.
",9141:"
Available Derived Channel Categories for configuration.
",9154:"
The options that can be configured for the velocity derived channel.
",9155:"
Available Communication Protocol types.
",9158:"
Available Voltages.
",9168:"
Available Sensor Output Modes.
",9207:"
WirelessNode_Impl
Contains the implementation logic for a WirelessNode.  Most WirelessNode commands call these commands.
",9478:"
ChannelMask
Represents the channel mask (active and inactive channels) for a WirelessNode.
",9881:"
LinearEquation
Represents a linear equation (y = mx + b).
",10144:"
Value
Represents a single value that can be stored/accessed in multiple ways.
",10245:"
typedef for a Node\'s node address.
",10328:"
TimeSpan
Represents a range of time
",10409:"
Version
Class that represents, and provides helper functions for, a Version number
",10425:"
BitMask
Represents a bitmask.
",10453:"
Error_NotSupported
A command/feature was attempted to be used that was not supported.
",10472:"
Error_NodeCommunication
The exception for failing to communicate with a WirelessNode.
",10479:"
Error_Connection
The generic connection exception.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/NodeEepromHelper-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/NodeEepromHelper-h.html deleted file mode 100644 index c76568125..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/NodeEepromHelper-h.html +++ /dev/null @@ -1,812 +0,0 @@ - - -NodeEepromHelper.h - - - - - - - -
-
NodeEepromHelper
-
NodeEepromHelper
-

A helper class for reading and writing to a Wireless Node's Eeprom.  This class provides eeprom specific parsing so that high-level objects can be converted to their low-level eeprom value equivelent and vice-versa.

-
- -
-
Constants
-
- -
-
Eeprom Limits
-
TIME_BETWEEN_BURSTS_MAX_SECS

32767 - The max number of seconds before we have to switch to saving as minutes (Note: this is because we use the most significant bit to signify seconds or minutes)

BYTES_PER_DATALOG_PAGE

264  - The number of bytes for a single datalogging page on a Wireless Node.

MIN_SLEEP_INTERVAL_EEVAL

512  - The minimum sleep interval eeprom value.

MAX_SLEEP_INTERVAL_EEVAL

7680  - The maximum sleep interval eeprom value.

MIN_LOST_BEACON_TIMEOUT

2  - The minimum lost beacon timeout in minutes.

MAX_LOST_BEACON_TIMEOUT

600  - The maximum lost beacon timeout in minutes.

LOST_BEACON_TIMEOUT_DISABLED

0  - The value to use for disabling the lost beacon timeout.

-
- -
-
Functions
-
- -
-
NodeEepromHelper
-
NodeEepromHelper(
WirelessNode_Impl *node
)
-

Creates a NodeEepromHelper object with a WirelessNode_Impl.

Parameters
node
WirelessNode_Impl*

The WirelessNode_Impl that will be read from and written to.

-
- -
-
Variables
-
- -
-
m_node
- -

The WirelessNode_Impl used by this eeprom helper.

-
- -
-
Functions
-
- -
-
read
-
Value read(
const EepromLocation &location
) const
-

Reads an EepromLocation from the Node and returns a Value with the result.

Exceptions
-
- -
-
write
-
void write(
const EepromLocation &location,
const Value &val
)
-

Writes a Value to a given EepromLocation on the Node.

Exceptions
-
- -
-
findDerivedChannelEeprom
-
static EepromLocation findDerivedChannelEeprom(
WirelessTypes::DerivedCategory category
)
-

Gets the EepromLocation for the given WirelessTypes::DerivedCategory.

-
- -
-
nodeAddress
-
NodeAddress nodeAddress() const
-

Gets the node address for this Node.

Returns

The node address of the Node.

-
- -
-
applyEepromChanges
-
void applyEepromChanges()
-

Resets the radio/power on the Node to apply eeprom changes that have been made.

-
- -
-
read_frequency
-
WirelessTypes::Frequency read_frequency() const
-

Reads the frequency from the Node.

Returns The WirelessTypes::Frequency of the Node.

Exceptions
-
- -
-
read_regionCode
-
WirelessTypes::RegionCode read_regionCode() const
-

Reads the region code from the Node.

Returns

The WirelessTypes::RegionCode set on the Node.

Exceptions
-
- -
-
read_fwVersion
-
Version read_fwVersion() const
-

Gets the firmware version of the Node.

Returns

A Version representing the firmware version of the Node.

Exceptions
-
- -
-
read_asppVersion
-
Version read_asppVersion(
WirelessTypes::CommProtocol commProtocol
) const
-

Gets the ASPP version of the Node for the specified <WirelesTypes::RadioMode>.

Parameters
commProtocol
WirelessTypes::CommProtocol

The WirelessTypes::CommProtocol to get the ASPP version for.

Returns

A Version representing which ASPP version the Node supports.

Exceptions
-
- -
-
read_commProtocol
-
WirelessTypes::CommProtocol read_commProtocol() const
-

Gets the WirelessTypes::CommProtocol of the Node.

Exceptions
-
- -
-
write_commProtocol
-
void write_commProtocol(
WirelessTypes::CommProtocol protocol
)
-

Writes the WirelessTypes::CommProtocol to the Node.

Parameters
protocol
WirelessTypes::CommProtocol

The WirelessTypes::CommProtocol to write to the Node.

Exceptions
-
- -
-
read_model
-
WirelessModels::NodeModel read_model() const
-

Gets the model of the Node.

Returns

A WirelessModels::NodeModel representing the model of the Node.

Exceptions
-
- -
-
read_serial
-
std::string read_serial() const
-

Gets the serial number of the Node.

Returns

A string representing the serial number of the Node.

Exceptions
-
- -
-
read_microcontroller
-
WirelessTypes::MicroControllerType read_microcontroller() const
-

Gets the microcontroller of the Node.

Returns

A WirelessTypes::MicroControllerType representing the microcontroller of the Node.

Exceptions
-
- -
-
read_radioFeatures
-
RadioFeatures read_radioFeatures() const
-

Gets the RadioFeatures of the Node.

Returns

The RadioFeatures of the Node.

Exceptions
-
- -
-
read_dataStorageSize
-
uint64 read_dataStorageSize() const
-

Gets the total number of bytes available for data storage on the Node.  This is an overall count and does not take into account data that is already stored on the Node.

Returns

The total number of bytes available for data storage on the Node.

Exceptions
-
- -
-
read_flashInfo
-
FlashInfo read_flashInfo() const
-

Gets the FlashInfo of the Node.  This assumes the Node supports the command to get this info.

Exceptions
-
- -
-
read_filter1
-
WirelessTypes::SettlingTime read_filter1() const
-

Reads the specific filter 1 eeprom location.  Note: this should be used by the SyncSamplingNetwork only, as it bypasses the ChannelMask logic.

-
- -
-
read_filter2
-
WirelessTypes::SettlingTime read_filter2() const
-

Reads the specific filter 2 eeprom location.  Note: this should be used by the SyncSamplingNetwork only, as it bypasses the ChannelMask logic.

-
- -
-
write_channelMask
-
void write_channelMask(
const ChannelMask &channels
)
-

Writes the channel mask to the Node, representing which channels are active or not.

Parameters
channels
const ChannelMask&

The ChannelMask representing which channels are active and which are not.

Exceptions
-
- -
-
read_channelMask
-
ChannelMask read_channelMask() const
-

Reads the current channel mask from the Node, representing which channels are active or not.

Returns

A ChannelMask object representing which channels are active or not.

Exceptions
-
- -
-
write_numSweeps
-
void write_numSweeps(
uint32 sweeps
)
-

Writes the number of sweeps which affects the duration of sampling. In the case of Burst sampling, this is the number of sweeps per burst This function assumes the number of sweeps has already been normalized (multiple of 100 and within min/max).

Parameters
sweeps
uint32

The number of sweeps to write to the Node.

Exceptions
-
- -
-
read_numSweeps
-
uint32 read_numSweeps() const
-

Reads the current number of sweeps which affects the duration of sampling.

Returns

The number of sweeps currently set on the Node.

Exceptions
-
- -
-
write_unlimitedDuration
-
void write_unlimitedDuration(
bool unlimitedDuration,
WirelessTypes::SamplingMode samplingMode
)
-

Writes the unlimited duration flag. This is a different eeprom location depending on the sampling mode.

Parameters
unlimitedDuration
bool

Whether unlimited duration should be enabled (true) or disabled (false).

samplingMode
WirelessTypes::SamplingMode

The WirelessTypes::SamplingMode to set unlimited duration for.

Exceptions
-
- -
-
read_unlimitedDuration
-
bool read_unlimitedDuration(
WirelessTypes::SamplingMode samplingMode
) const
-

Reads the current unlimited duration flag set on the Node. This is a different eeprom location depending on the sampling mode.

Parameters
samplingMode
WirelessTypes::SamplingMode

The WirelessTypes::SamplingMode to get the unlimited duration flag for.

Returns

true if the Node is set to unlimited duration, false otherwise

Exceptions
-
- -
-
write_sampleRate
-
void write_sampleRate(
WirelessTypes::WirelessSampleRate rate,
WirelessTypes::SamplingMode samplingMode
)
-

Writes the sample rate. This is a different eeprom location depending on the sampling mode.

Parameters
rate
WirelessTypes::WirelessSampleRate

The WirelessTypes::WirelessSampleRate to set.

samplingMode
WirelessTypes::SamplingMode

The WirelessTypes::SamplingMode to set unlimited duration for.

Exceptions
-
- -
-
read_sampleRate
- -

Reads the current sample rate set on the Node. This is a different eeprom location depending on the sampling mode.

Parameters
samplingMode
WirelessTypes::SamplingMode

The WirelessTypes::SamplingMode to get the unlimited duration flag for.

Returns

A WirelessTypes::WirelessSampleRate representing the sample rate that is currently set on the Node.

Exceptions
-
- -
-
write_dataFormat
-
void write_dataFormat(
WirelessTypes::DataFormat dataFormat
)
-

Writes the data format to the Node.

Parameters
dataFormat
WirelessTypes::DataFormat

The WirelessTypes::DataFormat to set.

Exceptions
-
- -
-
read_dataFormat
-
WirelessTypes::DataFormat read_dataFormat() const
-

Reads the current data format set on the Node.

Returns

The WirelessTypes::DataFormat that is currently set on the Node.

Exceptions
-
- -
-
write_collectionMode
-
void write_collectionMode(
WirelessTypes::DataCollectionMethod collectionMode
)
-

Writes the data collection mode to the Node.

Parameters
collectionMode
WirelessTypes::DataCollectionMethod

The WirelessTypes::DataCollectionMethod to set.

Exceptions
-
- -
-
read_collectionMode
-
WirelessTypes::DataCollectionMethod read_collectionMode() const
-

Reads the current data collection mode set on the Node.

Returns

The WirelessTypes::DataCollectionMethod that is currently set on the Node.

Exceptions
-
- -
-
write_syncSamplingMode
-
void write_syncSamplingMode(
WirelessTypes::SyncSamplingMode syncMode
)
-

Writes the sync sampling mode to the Node.

Parameters
syncMode
WirelessTypes::SyncSamplingMode

The WirelessTypes::SyncSamplingMode to set.

Exceptions
-
- -
-
read_syncSamplingMode
-
WirelessTypes::SyncSamplingMode read_syncSamplingMode() const
-

Reads the current sync sampling mode set on the Node.

Returns

The WirelessTypes::SyncSamplingMode that is currently set on the Node.

Exceptions
-
- -
-
write_sensorDelay
-
void write_sensorDelay(
uint32 microseconds
)
-

Writes the sensor delay to the Node.

Parameters
microseconds
uint32

The delay to write, in microseconds

Exceptions
-
- -
-
read_sensorDelay
-
uint32 read_sensorDelay() const
-

Reads the current sensor delay set on the Node.

Returns

The sensor delay, in microseconds.

Exceptions
-
- -
-
write_retransmission
-
void write_retransmission(
WirelessTypes::NodeRetransmission reTx
)
-

Writes the retransmission option to the Node.

Parameters
reTx
WirelessTypes::NodeRetransmission

The WirelessTypes::NodeRetransmission to write to the Node.

Exceptions
-
- -
-
read_retransmission
-
WirelessTypes::NodeRetransmission read_retransmission() const
-

Reads the current retransmission option set on the Node.

Returns

The WirelessTypes::NodeRetransmission representing the retransmission option that is currently set on the Node.

Exceptions
-
- -
-
write_settlingTime
-
void write_settlingTime(
const ChannelMask &mask,
WirelessTypes::SettlingTime settlingTime
)
-

Writes the settling time to the Node for the given ChannelMask.

Parameters
mask
const ChannelMask&

The ChannelMask to set the filter setting time for.

settlingTime
WirelessTypes::SettlingTime

The WirelessTypes::SettlingTime to write to the Node.

Exceptions
-
- -
-
read_settlingTime
-
WirelessTypes::SettlingTime read_settlingTime(
const ChannelMask &mask
) const
-

Reads the current filter settling time on the Node for the given ChannelMask.

Parameters
mask
const ChannelMask&

The ChannelMask to read the filter settling time for.

Returns

The WirelessTypes::SettlingTime representing the settling time that is currently set on the Node.

Exceptions
-
- -
-
write_timeBetweenBursts
-
void write_timeBetweenBursts(
const TimeSpan &timespan
)
-

Writes the time between each burst to the Node.  This function assumes the time between bursts value has been normalized.

Parameters
timespan
const TimeSpan&

The TimeSpan representing the time between each burst. This can be in the range of 1 second to 24 hours.

Exceptions
-
- -
-
read_timeBetweenBursts
-
TimeSpan read_timeBetweenBursts() const
-

Reads the time between each burst from the Node.

Returns

The TimeSpan representing the time between each burst.

Exceptions
-
- -
-
write_samplingMode
-
void write_samplingMode(
WirelessTypes::SamplingMode samplingMode
)
-

Writes the WirelessTypes::SamplingMode to the Node.

Parameters
samplingMode
WirelessTypes::SamplingMode

The WirelessTypes::SamplingMode to write to the Node.

Exceptions
-
- -
-
read_samplingMode
-
WirelessTypes::SamplingMode read_samplingMode() const
-

Reads the current WirelessTypes::SamplingMode from the Node.

Returns

A WirelessTypes::SamplingMode object representing the sampling mode.

Exceptions
-
- -
-
write_channelLinearEquation
-
void write_channelLinearEquation(
const ChannelMask &mask,
const LinearEquation &equation
)
-

Writes the slope and offset for the specified ChannelMask on the Node.

Parameters
mask
const ChannelMask&

The ChannelMask to write the linear equation for.

equation
const LinearEquation&

The LinearEquation containing the slope and offset to write.

Exceptions
-
- -
-
read_channelLinearEquation()
-
void read_channelLinearEquation(
const ChannelMask &mask,
LinearEquation &result
) const
-

Reads the slope and offset for the specified ChannelMask from the Node.

Parameters
mask
const ChannelMask&

The ChannelMask to read the linear equation for.

result
LinearEquation&

The LinearEquation that will hold the result.

Exceptions
-
- -
-
write_channelUnit
-
void write_channelUnit(
const ChannelMask &mask,
WirelessTypes::CalCoef_Unit unit
)
-

Writes the unit for the specified ChannelMask to the Node.

Parameters
mask
const ChannelMask&

The ChannelMask to write the unit for.

unit
WirelessTypes::CalCoef_Unit

The WirelessTypes::CalCoef_Unit to write to the Node.

Exceptions
-
- -
-
write_channelEquation
-
void write_channelEquation(
const ChannelMask &mask,
WirelessTypes::CalCoef_EquationType equation
)
-

Writes the equation id for the specified ChannelMask to the Node.

Parameters
mask
const ChannelMask&

The ChannelMask to write the equation id for.

equation
WirelessTypes::CalCoef_EquationType

The WirelessTypes::CalCoef_EquationType to write to the Node.

Exceptions
-
- -
-
write_channelUnitAndEquation
-
void write_channelUnitAndEquation(
const ChannelMask &mask,
WirelessTypes::CalCoef_Unit unit,
WirelessTypes::CalCoef_EquationType equation
)
-

Writes the unit and equation for the specified ChannelMask to the Node.

Parameters
channelNumber

The channel number to save the configuration to (channel 1 = 1, channel 8 = 8).

unit
WirelessTypes::CalCoef_Unit

The WirelessTypes::CalCoef_Unit to write to the Node.

equation
WirelessTypes::CalCoef_EquationType

The WirelessTypes::CalCoef_EquationType to write to the Node.

Exceptions
-
- -
-
read_channelUnit
-
WirelessTypes::CalCoef_Unit read_channelUnit(
const ChannelMask &mask
) const
-

Reads the WirelessTypes::CalCoef_Unit for the specified ChannelMask from the Node.

Parameters
mask
const ChannelMask&

The ChannelMask to read the unit for.

Returns

The WirelessTypes::CalCoef_Unit for the given channel.

Exceptions
-
- -
-
read_channelEquation
-
WirelessTypes::CalCoef_EquationType read_channelEquation(
const ChannelMask &mask
) const
-

Reads the WirelessTypes::CalCoef_EquationType for the specified channel from the Node.  This assumes the channel is supported by the Node.

Parameters
mask
const ChannelMask&

The ChannelMask to read the equation id for.

Returns

The WirelessTypes::CalCoef_EquationType for the given channel.

Exceptions
-
- -
-
read_channelFactoryLinearEq()
-
void read_channelFactoryLinearEq(
const ChannelMask &mask,
LinearEquation &result
) const
-

Reads the factory calibration slope and offset for the specified ChannelMask from the Node.

Parameters
mask
const ChannelMask&

The ChannelMask to read the linear equation for.

result
LinearEquation&

The LinearEquation that will hold the result.

Exceptions
-
- -
-
read_channelFactoryEquationType
-
WirelessTypes::CalCoef_EquationType read_channelFactoryEquationType(
const ChannelMask &mask
) const
-

Reads the factory calibration WirelessTypes::CalCoef_EquationType for the specified channel from the Node.  This assumes the channel is supported by the Node.

Parameters
mask
const ChannelMask&

The ChannelMask to read the equation id for.

Returns

The WirelessTypes::CalCoef_EquationType for the given channel.

Exceptions
-
- -
-
read_channelFactoryUnit
-
WirelessTypes::CalCoef_Unit read_channelFactoryUnit(
const ChannelMask &mask
) const
-

Reads the factory calibration WirelessTypes::CalCoef_Unit for the specified ChannelMask from the Node.

Parameters
mask
const ChannelMask&

The ChannelMask to read the unit for.

Returns

The WirelessTypes::CalCoef_Unit for the given channel.

Exceptions
-
- -
-
read_transmitPower
-
WirelessTypes::TransmitPower read_transmitPower() const
-

Reads the WirelessTypes::TransmitPower that is currently set on the Node.

Returns

The WirelessTypes::TransmitPower that is currently set on the Node.

Exceptions
-
- -
-
write_transmitPower
-
void write_transmitPower(
WirelessTypes::TransmitPower power
)
-

Writes the WirelessTypes::TransmitPower to the Node.

Parameters
power
WirelessTypes::TransmitPower

The WirelessTypes::TransmitPower to write to the Node.

Exceptions
-
- -
-
read_inactivityTimeout
-
uint16 read_inactivityTimeout() const
-

Reads the user inactivity timeout that is currently set on the Node.  This controls how many seconds before the Node goes to sleep when idle.

Returns

The user inactivity timeout (in seconds) that is currently set on the Node.  Note: A value of 65535 (0xFFFF) disables the inactivity timeout so that the Node never goes to sleep.

Exceptions
-
- -
-
write_inactivityTimeout
-
void write_inactivityTimeout(
uint16 timeout
)
-

Writes the user inactivity timeout to the Node.  This function assumes the inactivity timeout has already been set to be above the minimum.

Parameters
timeout
uint16

The user inactivity timeout (in seconds) to write to the Node.  Note: A value of 65535 (0xFFFF) disables the inactivity timeout so that the Node never goes to sleep.

Exceptions
-
- -
-
read_checkRadioInterval
-
uint8 read_checkRadioInterval() const
-

Reads the check radio interval that is currently set on the Node.  This controls how often the node wakes up from sleep to check for commands.

Returns

The interval (in seconds) that is currently set on the Node.

Exceptions
-
- -
-
write_checkRadioInterval
-
void write_checkRadioInterval(
uint8 interval
)
-

Writes the check radio interval to the Node.  This controls how often the node wakes up from sleep to check for commands.  This function assumes the interval is within the acceptable range.

Parameters
interval
uint8

The check radio interval (in seconds) to write to the Node.

Exceptions
-
- -
-
read_defaultMode
-
WirelessTypes::DefaultMode read_defaultMode() const
-

Reads the WirelessTypes::DefaultMode that is currently set on the Node.

Returns

The default mode that is currently set on the Node.

Exceptions
-
- -
-
write_defaultMode
-
void write_defaultMode(
WirelessTypes::DefaultMode mode
)
-

Writes the given WirelessTypes::DefaultMode to the Node.

Parameters
mode
WirelessTypes::DefaultMode

The WirelessTypes::DefaultMode to write to the Node.

Exceptions
-
- -
-
read_logPage
-
uint16 read_logPage() const
-

Reads the next flash page that to be used for datalogging.

Returns

The next flash page that to be used for datalogging.

Exceptions
-
- -
-
read_logPageOffset
-
uint16 read_logPageOffset() const
-

Reads the byte offset into the log page for the next datalogging session.

Returns

The byte offset into the log page for the next datalogging session.

Exceptions
-
- -
-
read_numDatalogSessions
-
uint16 read_numDatalogSessions() const
-

Reads the number of datalog sessions that are currently stored on the Node.

Returns

The number of datalog sessions that are stored on the Node.

Exceptions
-
- -
-
write_txPerGroup
-
void write_txPerGroup(
uint16 txPerGroup
)
-

Writes the transmissions per group to the Node.

Parameters
txPerGroup
uint16

The number of transmissions per group to write.

Exceptions
-
- -
-
write_groupSize
-
void write_groupSize(
uint16 groupSize
)
-

Writes the group size to the Node.

Parameters
groupSize
uint16

The group size to write.

Exceptions
-
- -
-
write_tdmaAddress
-
void write_tdmaAddress(
uint16 address
)
-

Writes the TDMA address to the Node.

Parameters
address
uint16

The TDMA address to write.

Exceptions
-
- -
-
write_maxRetransPerBurst
-
void write_maxRetransPerBurst(
uint16 maxReTxPerBurst
)
-

Writes the max retransmissions per burst to the Node.

Parameters
maxReTxPerBurst
uint16

The value to write.

Exceptions
-
- -
-
read_gaugeResistance
-
uint16 read_gaugeResistance()
-

Reads the Gauge Resistance that is currently stored on the Node.

Exceptions
-
- -
-
write_gaugeResistance
-
void write_gaugeResistance(
uint16 resistance
)
-

Writes the Gauge Resistance to the Node.

Exceptions
-
- -
-
read_numActiveGauges
-
uint16 read_numActiveGauges()
-

Reads the Number of Active Gauges that is currently stored on the Node.

Exceptions
-
- -
-
write_numActiveGauges
-
void write_numActiveGauges(
uint16 numGauges
)
-

Writes the Number of Active Gauges to the Node.

Exceptions
-
- -
-
read_lowBatteryThreshold
-
float read_lowBatteryThreshold()
-

Reads the Low Battery Threshold (in Volts) that is currently stored on the Node.

Exceptions
-
- -
-
write_lowBatteryThreshold
-
void write_lowBatteryThreshold(
float volts
)
-

Writes the Low Battery Threshold to the Node.

Exceptions
-
- -
-
read_inputRange
-
WirelessTypes::InputRange read_inputRange(
const ChannelMask &mask
) const
-

Reads the input range for the specified ChannelMask from the Node.

Parameters
mask
const ChannelMask&

The ChannelMask to read the input range for.

Returns

The WirelessTypes::InputRange for the given ChannelMask.

Exceptions
-
- -
-
write_inputRange
-
void write_inputRange(
const ChannelMask &mask,
WirelessTypes::InputRange range
)
-

Writes the WirelessTypes::InputRange value for the specified ChannelMask to the Node.

Parameters
mask
const ChannelMask&

The ChannelMask to write the hardware gain for.

range
WirelessTypes::InputRange

The <WirlessTypes::InputRange> value to write to the Node.

Exceptions
-
- -
-
write_inputRange
-
void write_inputRange(
const ChannelMask &mask,
WirelessTypes::Voltage excitationVoltage,
WirelessTypes::InputRange range
)
-

Writes the WirelessTypes::InputRange value for the specified ChannelMask and excitation voltage, to the Node.

Parameters
mask
const ChannelMask&

The ChannelMask to write the hardware gain for.

excitationVoltage
WirelessTypes::Voltage

The Excitation WirelessTypes::Voltage set on the Node.

range
WirelessTypes::InputRange

The <WirlessTypes::InputRange> value to write to the Node.

Exceptions
-
- -
-
read_hardwareOffset
-
uint16 read_hardwareOffset(
const ChannelMask &mask
) const
-

Reads the hardware offset for the specified ChannelMask from the Node.

Parameters
mask
const ChannelMask&

The ChannelMask to read the hardware offset for.

Returns

The hardware offset for the given ChannelMask.

Exceptions
-
- -
-
write_hardwareOffset
-
void write_hardwareOffset(
const ChannelMask &mask,
uint16 offset
)
-

Writes the hardware offset value for the specified ChannelMask to the Node.

Parameters
mask
const ChannelMask&

The ChannelMask to write the hardware offset for.

gain

The hardware offset value to write to the Node.

Exceptions
-
- -
-
read_antiAliasingFilter
-
WirelessTypes::Filter read_antiAliasingFilter(
const ChannelMask &mask
) const
-

Reads the anti-aliasing filter for the specified ChannelMask from the Node.

Parameters
mask
const ChannelMask&

The ChannelMask to read the filter for.

Returns

The WirelessTypes::Filter representing the anti-aliasing filter for the given ChannelMask.

Exceptions
-
- -
-
write_antiAliasingFilter
-
void write_antiAliasingFilter(
const ChannelMask &mask,
WirelessTypes::Filter filter
)
-

Writes the anti-aliasing filter value for the specified ChannelMask to the Node.

Parameters
mask
const ChannelMask&

The ChannelMask to write the hardware offset for.

filter
WirelessTypes::Filter

The WirelessTypes::Filter representing the anti-aliasing filter value to write to the Node.

Exceptions
-
- -
-
read_cfcFilterConfig
-
WirelessTypes::ChannelFrequencyClass read_cfcFilterConfig() const
-

Reads the channel frequency class filter option set on the Node.

Returns

The WirelessTypes::ChannelFrequencyClass representing the channel frequency class filter currently set to the Node.

Exceptions
-
- -
-
write_cfcFilterConfig
-
void write_cfcFilterConfig(
WirelessTypes::ChannelFrequencyClass cfc
)
-

Writes the specified channel frequency class filter option to the Node.

Parameters
cfc
WirelessTypes::ChannelFrequencyClass

The WirelessTypes::ChannelFrequencyClass representing the channel frequency class filter to write to the Node.

Exceptions
-
- -
-
read_lowPassFilter
-
WirelessTypes::Filter read_lowPassFilter(
const ChannelMask &mask
) const
-

Reads the low-pass filter for the specified ChannelMask from the Node.

Parameters
mask
const ChannelMask&

The ChannelMask to read the filter for.

Returns

The WirelessTypes::Filter representing the low-pass filter for the given ChannelMask.

Exceptions
-
- -
-
write_lowPassFilter
-
void write_lowPassFilter(
const ChannelMask &mask,
WirelessTypes::Filter filter
)
-

Writes the low-pass filter value for the specified ChannelMask to the Node.

Parameters
mask
const ChannelMask&

The ChannelMask to write the low-pass filter for.

filter
WirelessTypes::Filter

The WirelessTypes::Filter representing the low-pass filter value to write to the Node.

Exceptions
-
- -
-
read_highPassFilter
-
WirelessTypes::HighPassFilter read_highPassFilter(
const ChannelMask &mask
) const
-

Reads the high-pass filter for the specified ChannelMask from the Node.

Parameters
mask
const ChannelMask&

The ChannelMask to read the filter for.

Returns

The WirelessTypes::Filter representing the high-pass filter for the given ChannelMask.

Exceptions
-
- -
-
write_highPassFilter
-
void write_highPassFilter(
const ChannelMask &mask,
WirelessTypes::HighPassFilter filter
)
-

Writes the high-pass filter value for the specified ChannelMask to the Node.

Parameters
mask
const ChannelMask&

The ChannelMask to write the high-pass filter for.

filter
WirelessTypes::HighPassFilter

The WirelessTypes::HighPassFilter representing the high-pass filter value to write to the Node.

Exceptions
-
- -
-
read_gaugeFactor
-
float read_gaugeFactor(
const ChannelMask &mask
) const
-

Reads the gauge factor for the specified ChannelMask from the Node.

Parameters
mask
const ChannelMask&

The ChannelMask to read the gauge factor for.

Returns

The gauge factor for the given ChannelMask.

Exceptions
-
- -
-
write_gaugeFactor
-
void write_gaugeFactor(
const ChannelMask &mask,
float gaugeFactor
)
-

Writes the gauge factor value for the specified ChannelMask to the Node.

Parameters
mask
const ChannelMask&

The ChannelMask to write the gauge factor for.

gaugeFactor
float

The gauge factor value to write to the Node.

Exceptions
-
- -
-
read_thermoType
-
WirelessTypes::ThermocoupleType read_thermoType(
const ChannelMask &mask
) const
-

Reads the WirelessTypes::ThermocoupleType from the Node.

Parameters
mask
const ChannelMask&

The ChannelMask to read the thermocouple type for.

Returns

The WirelessTypes::ThermocoupleType for the given ChannelMask.

Exceptions
-
- -
-
write_thermoType
-
void write_thermoType(
const ChannelMask &mask,
WirelessTypes::ThermocoupleType thermocouple
)
-

Writes the WirelessTypes::ThermocoupleType to the Node.  This assumes thermocouple type is supported.

Parameters
mask
const ChannelMask&

The ChannelMask to write the thermocouple type for.

thermocouple
WirelessTypes::ThermocoupleType

The WirelessTypes::ThermocoupleType to write to the Node.

Exceptions
-
- -
-
read_tempSensorOptions
-
TempSensorOptions read_tempSensorOptions(
const ChannelMask &mask
) const
-

Reads the TempSensorOptions from the Node.

Parameters
mask
const ChannelMask&

The ChannelMask to read the options type for.

Returns

The TempSensorOptions read from the Node.

Exceptions
-
- -
-
write_tempSensorOptions
-
void write_tempSensorOptions(
const ChannelMask &mask,
const TempSensorOptions &options
)
-

Writes the TempSensorOptions to the Node.  This assumes TempSensorOptions are supported.

Parameters
mask
const ChannelMask&

The ChannelMask to write the options for.

options
const TempSensorOptions&

The TempSensorOptions to write to the Node.

Exceptions
-
- -
-
read_excitationVoltage
-
WirelessTypes::Voltage read_excitationVoltage() const
-

Reads the WirelessTypes::Voltage from the Node.

Returns

The WirelessTypes::Voltage.

Exceptions
-
- -
-
write_excitationVoltage
-
void write_excitationVoltage(
WirelessTypes::Voltage voltage
)
-

Writes the WirelessTypes::Voltage to the Node.  This assumes Excitation Voltage configuration is supported.

Parameters
voltage
WirelessTypes::Voltage

The WirelessTypes::Voltage to write to the Node.

Exceptions
-
- -
-
read_debounceFilter
-
uint16 read_debounceFilter(
const ChannelMask &mask
) const
-

Reads the Debounce Filter from the Node.

Parameters
mask
const ChannelMask&

The ChannelMask to read the options type for.

Returns

The Debounce Filter, in milliseconds.

Exceptions
-
- -
-
write_debounceFilter
-
void write_debounceFilter(
const ChannelMask &mask,
uint16 milliseconds
)
-

Writes the Debounce Filter to the Node.  This assumes Debounce Filter is supported.

Parameters
mask
const ChannelMask&

The ChannelMask to write the options for.

milliseconds
uint16

The Debounce Filter time to write to the Node.

Exceptions
-
- -
-
read_pullUpResistor
-
bool read_pullUpResistor(
const ChannelMask &mask
) const
-

Reads the pull-up resistor flag from the Node.  This assumes pull-up resistor configuration is supported by the Node.

Parameters
mask
const ChannelMask&

The ChannelMask to read the options for.

Returns

true if the pull-up resistor is on, false if it is off.

Exceptions
-
- -
-
write_pullUpResistor
-
void write_pullUpResistor(
const ChannelMask &mask,
bool enable
)
-

Writes the pull-up resistor flag to the Node.  This assumes pull-up resistor configuration is supported by the Node.

Parameters
mask
const ChannelMask&

The ChannelMask to write the options for.

enable
bool

true to turn on the pull-up resistor, false to turn off.

Exceptions
-
- -
-
read_sensorMode
-
WirelessTypes::SensorOutputMode read_sensorMode() const
-

Reads the WirelessTypes::SensorOutputMode from the Node.

Exceptions
-
- -
-
write_sensorMode
-
void write_sensorMode(
WirelessTypes::SensorOutputMode mode
)
-

Write the WirelessTypes::SensorOutputMode to the Node.

Parameters
mode
WirelessTypes::SensorOutputMode

The WirelessTypes::SensorOutputMode to write.

Exceptions
-
- -
-
read_activitySense
-
void read_activitySense(
ActivitySense &result
) const
-

Reads the ActivitySense options from the Node.  This assumes activity sense configuration is supported by the Node.

Parameters
result
ActivitySense&

Will hold the result of the ActivitySense options read from the Node.

Exceptions
-
- -
-
write_activitySense
-
void write_activitySense(
const ActivitySense &options
)
-

Writes the ActivitySense options to the Node.  This assumes fatigue options configuration is supported by the Node.

Parameters
options
const ActivitySense&

The ActivitySense to write to the Node.

Exceptions
-
- -
-
read_fatigueMode
-
WirelessTypes::FatigueMode read_fatigueMode() const
-

Reads the <WirelessTypes::FatigeMode> from the Node.

Exceptions
-
- -
-
read_fatigueOptions
-
void read_fatigueOptions(
FatigueOptions &result
) const
-

Reads the FatigueOptions from the Node.  This assumes fatigue options configuration is supported by the Node.

Parameters
result
FatigueOptions&

Will hold the result of the FatigueOptions read from the Node.

Exceptions
-
- -
-
write_fatigueOptions
-
void write_fatigueOptions(
const FatigueOptions &options
)
-

Writes the FatigueOptions to the Node.  This assumes fatigue options configuration is supported by the Node.

Parameters
options
const FatigueOptions&

The FatigueOptions to write to the Node.

Exceptions
-
- -
-
read_histogramOptions
-
void read_histogramOptions(
HistogramOptions &result
) const
-

Reads the HistogramOptions from the Node.  This assumes histogram options configuration is supported by the Node.

Parameters
result
HistogramOptions&

Will hold the result of the HistogramOptions read from the Node.

Exceptions
-
- -
-
write_histogramOptions
-
void write_histogramOptions(
const HistogramOptions &options
)
-

Writes the HistogramOptions to the Node.  This assumes histogram options configuration is supported by the Node and all options are valid.

Parameters
options
const HistogramOptions&

The HistogramOptions to write to the Node.

Exceptions
-
- -
-
read_eventTriggerOptions
-
void read_eventTriggerOptions(
EventTriggerOptions &result
) const
-

Reads the EventTriggerOptions from the Node.  This assumes Event Trigger is supported by the Node.

Parameters
result
EventTriggerOptions&

Will hold the result of the EventTriggerOptions read from the Node.

Exceptions
-
- -
-
write_eventTriggerOptions
-
void write_eventTriggerOptions(
const EventTriggerOptions &options,
const std::map<uint8, LinearEquation> calibrations
)
-

Writes the EventTriggerOptions to the Node.  This assumes Event Trigger is supported by the Node and all options are valid.

Parameters
options
const EventTriggerOptions&

The EventTriggerOptions to write to the Node.

calibrations
const std::map<uint8, LinearEquation>

The calibrations to use for legacy nodes when converting back to bits for the trigger value. (ignored for new nodes)

Exceptions
-
- -
-
read_eventTriggerDurations
-
void read_eventTriggerDurations(
uint32 &pre,
uint32 &post
) const
-

Reads the pre and post durations for event trigger from the Node.  This assumes Event Trigger is supported by the Node.

Parameters
pre
uint32&

The pre event duration read from the Node.

post
uint32&

The post event duration read from the Node.

Exceptions
-
- -
-
read_eventTriggerMask
-
BitMask read_eventTriggerMask() const
-

Reads the triger mask for event trigger from the Node.  This assumes Event Trigger is supported by the Node.

Returns

The BitMask representing the active and inactive event triggers.

Exceptions
-
- -
-
clearHistogram
-
void clearHistogram()
-

Clears the Histogram on the Node.  This assumes histogram options configuration is supported by the Node.

Exceptions
-
- -
-
read_lostBeaconTimeout
-
uint16 read_lostBeaconTimeout() const
-

Reads the lost beacon timeout value from the Node.  A value of 0 means the timeout is disabled.  This assumes lost beacon timeout is supported by the Node.

Returns

The lost beacon timeout in minutes.

Exceptions
-
- -
-
write_lostBeaconTimeout
-
void write_lostBeaconTimeout(
uint16 minutes
)
-

Writes the lost beacon timeout value, in minutes, to the Node.  This assumes the value is within range of a valid value.

Parameters
minutes
uint16

The lost beacon timeout value in minutes.

Exceptions
-
- -
-
read_diagnosticInterval
-
uint16 read_diagnosticInterval() const
-

Reads the diagnostic packet interval value from the Node.  A value of 0 means the diagnostic packet is disabled.  This assumes diagnostic info is supported by the Node.

Returns

The diagnostic packet interval, in seconds.

Exceptions
-
- -
-
write_diagnosticInterval
-
void write_diagnosticInterval(
uint16 seconds
)
-

Writes the diagnostic packet interval value, in seconds, to the Node.  This assumes diagnostic info is supported by the Node.

Parameters
seconds
uint16

The diagnostic packet interval, in seconds.

Exceptions
-
- -
-
read_storageLimitMode
-
WirelessTypes::StorageLimitMode read_storageLimitMode() const
-

Reads the storage limit mode from the Node.

Returns

The WirelessTypes::StorageLimitMode currently set.

Exceptions
-
- -
-
write_storageLimitMode
-
void write_storageLimitMode(
WirelessTypes::StorageLimitMode mode
)
-

Writes the storage limit mode to the Node.  This assumes it is supported by the Node.

Parameters
mode
WirelessTypes::StorageLimitMode

The WirelessTypes::StorageLimitMode to write.

Exceptions
-
- -
-
read_dataMode
-
WirelessTypes::DataMode read_dataMode() const
-

Reads the <DataMode> from the Node.

Returns

A <DataMode> object representing the data modes currently set on the Node.

Exceptions
-
- -
-
write_dataMode
-
void write_dataMode(
WirelessTypes::DataMode dataMode
)
-

Writes the WirelessTypes::DataMode to the Node.

Parameters
dataMode
WirelessTypes::DataMode

The WirelessTypes::DataMode to set on the Node.

Exceptions
-
- -
-
read_derivedSampleRate
-
WirelessTypes::WirelessSampleRate read_derivedSampleRate() const
-

Reads the Derived Sample Rate from the Node.  This assumes Derived Channels are supported by the Node.

Returns

A WirelessTypes::WirelessSampleRate representing the Derived Channels Sample Rate.

Exceptions
-
- -
-
write_derivedSampleRate
-
void write_derivedSampleRate(
WirelessTypes::WirelessSampleRate rate
)
-

Writes the Derived Sample Rate to the Node.  This assumes Derived Channels are supported by the Node.

Parameters
rate
WirelessTypes::WirelessSampleRate

The WirelessTypes::WirelessSampleRate to write to the Node.

Exceptions
-
- -
-
read_derivedChannelMask
-
ChannelMask read_derivedChannelMask(
WirelessTypes::DerivedCategory category
) const
-

Reads the Derived Channel Mask from the Node for the specified <WirelessTypes::DerivedChannel>.  This assumes Derived Channels are supported by the Node, and that the given category is supported.

Parameters
category
WirelessTypes::DerivedCategory

The WirelessTypes::DerivedCategory to read the mask for.

Returns

A ChannelMask representing the associated Node channels for the requested DerivedChannel.

Exceptions
-
- -
-
write_derivedChannelMask
-
void write_derivedChannelMask(
WirelessTypes::DerivedCategory category,
const ChannelMask &mask
)
-

Writes a Derived Channel Mask to the Node for the specified WirelessTypes::DerivedCategory.  This assumes Derived Channels are supported by the Node, and that the given category is supported.

Parameters
category
WirelessTypes::DerivedCategory

The WirelessTypes::DerivedCategory to write the mask for.

mask
const ChannelMask&

The ChannelMask representing the associated Node channels to set.

Exceptions
-
- -
-
read_derivedVelocityUnit
-
WirelessTypes::DerivedVelocityUnit read_derivedVelocityUnit() const
-

Reads the WirelessTypes::DerivedVelocityUnit from the Node.

Exceptions
-
- -
-
write_derivedVelocityUnit
-
void write_derivedVelocityUnit(
WirelessTypes::DerivedVelocityUnit unit
)
-

Writes the WirelessTypes::DerivedVelocityUnit to the Node.  This assumes Derived Channels are supported by the Node, and that the given derivedChannel is supported.

Parameters
unit
WirelessTypes::DerivedVelocityUnit

The WirelessTypes::DerivedVelocityUnit to write .

Exceptions
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/NodeEepromMap-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/NodeEepromMap-h-Summary.js deleted file mode 100644 index 7c4dfdea2..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/NodeEepromMap-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ 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epromMap.COMM_PROTOCOL"],[6490,0,1,,"NodeEepromMap.BOOTLOADER_VER"],[6491,0,1,,"NodeEepromMap.FIRMWARE_UPGRADE_FLAGS"],[6492,0,1,,"NodeEepromMap.BOOTLOADER_FLASH_ADDRESS"],[6493,0,1,,"NodeEepromMap.TEMP_SENSOR_CONFIG_1"],[6494,0,1,,"NodeEepromMap.TEMP_SENSOR_CONFIG_2"],[6495,0,1,,"NodeEepromMap.TEMP_SENSOR_CONFIG_3"],[6496,0,1,,"NodeEepromMap.TEMP_SENSOR_CONFIG_4"],[6497,0,1,,"NodeEepromMap.TEMP_SENSOR_CONFIG_5"],[6498,0,1,,"NodeEepromMap.TEMP_SENSOR_CONFIG_6"],[6499,0,1,,"NodeEepromMap.TEMP_SENSOR_CONFIG_7"],[6500,0,1,,"NodeEepromMap.TEMP_SENSOR_CONFIG_8"],[6501,0,1,,"NodeEepromMap.TEMP_SENSOR_CONFIG_9"],[6502,0,1,,"NodeEepromMap.TEMP_SENSOR_CONFIG_10"],[6503,0,1,,"NodeEepromMap.TEMP_SENSOR_CONFIG_11"],[6504,0,1,,"NodeEepromMap.TEMP_SENSOR_CONFIG_12"],[6505,0,1,,"NodeEepromMap.TEMP_SENSOR_CONFIG_13"],[6506,0,1,,"NodeEepromMap.TEMP_SENSOR_CONFIG_14"],[6507,0,1,,"NodeEepromMap.TEMP_SENSOR_CONFIG_15"],[6508,0,1,,"NodeEepromMap.TEMP_SENSOR_CONFIG_16"],[6509,0,1,,"NodeEepromMap.FACTORY_CH_ACTION_ID_1"],[6510,0,1,,"NodeEepromMap.FACTORY_CH_ACTION_SLOPE_1"],[6511,0,1,,"NodeEepromMap.FACTORY_CH_ACTION_OFFSET_1"],[6512,0,1,,"NodeEepromMap.FACTORY_CH_ACTION_ID_2"],[6513,0,1,,"NodeEepromMap.FACTORY_CH_ACTION_SLOPE_2"],[6514,0,1,,"NodeEepromMap.FACTORY_CH_ACTION_OFFSET_2"],[6515,0,1,,"NodeEepromMap.FACTORY_CH_ACTION_ID_3"],[6516,0,1,,"NodeEepromMap.FACTORY_CH_ACTION_SLOPE_3"],[6517,0,1,,"NodeEepromMap.FACTORY_CH_ACTION_OFFSET_3"],[6518,0,1,,"NodeEepromMap.FACTORY_CH_ACTION_ID_4"],[6519,0,1,,"NodeEepromMap.FACTORY_CH_ACTION_SLOPE_4"],[6520,0,1,,"NodeEepromMap.FACTORY_CH_ACTION_OFFSET_4"],[6521,0,1,,"NodeEepromMap.FACTORY_CH_ACTION_ID_5"],[6522,0,1,,"NodeEepromMap.FACTORY_CH_ACTION_SLOPE_5"],[6523,0,1,,"NodeEepromMap.FACTORY_CH_ACTION_OFFSET_5"],[6524,0,1,,"NodeEepromMap.FACTORY_CH_ACTION_ID_6"],[6525,0,1,,"NodeEepromMap.FACTORY_CH_ACTION_SLOPE_6"],[6526,0,1,,"NodeEepromMap.FACTORY_CH_ACTION_OFFSET_6"],[6527,0,1,,"NodeEepromMap.FACTORY_CH_ACTION_ID_7"],[6528,0,1,,"NodeEepromMap.FACTORY_CH_ACTION_SLOPE_7"],[6529,0,1,,"NodeEepromMap.FACTORY_CH_ACTION_OFFSET_7"],[6530,0,1,,"NodeEepromMap.FACTORY_CH_ACTION_ID_8"],[6531,0,1,,"NodeEepromMap.FACTORY_CH_ACTION_SLOPE_8"],[6532,0,1,,"NodeEepromMap.FACTORY_CH_ACTION_OFFSET_8"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/NodeEepromMap-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/NodeEepromMap-h-SummaryToolTips.js deleted file mode 100644 index 122040c6f..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/NodeEepromMap-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Configuration/NodeEepromMap.h",{6256:"
NodeEepromMap
Contains information on every EEPROM available on Wireless Nodes
",6258:"
static bool canUseCache_read(
uint16 eepromLocation
)
Gets whether or not the specified eeprom location can use the eeprom cache for reading, or should always be read from the Node.
",6259:"
static bool canUseCache_write(
uint16 eepromLocation
)
Gets whether or not the specified eeprom location can use the eeprom cache for writing, or should always be written to the Node.
",6260:"
static EepromLocation getOffsetEeprom(
const EepromLocation &slopeEeprom
)
Finds the offset EepromLocation that goes with the given slope EepromLocation.
",6261:"
static void getEventTriggerEeproms(
uint8 triggerIndex,
bool isFloatVal,
EepromLocation &channel,
EepromLocation &type,
EepromLocation &value
)
Finds the eeproms for Event Driven Triggering.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/NodeEepromMap-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/NodeEepromMap-h-ToolTips.js deleted file mode 100644 index 848eb42ea..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/NodeEepromMap-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6654:"
EepromLocation
Represents a single Eeprom Location.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/NodeEepromMap-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/NodeEepromMap-h.html deleted file mode 100644 index 5d11756b0..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/NodeEepromMap-h.html +++ /dev/null @@ -1,54 +0,0 @@ - - -NodeEepromMap.h - - - - - - - -
-
NodeEepromMap
-
NodeEepromMap
-

Contains information on every EEPROM available on Wireless Nodes

-
- -
-
Functions
-
- -
-
canUseCache_read
-
static bool canUseCache_read(
uint16 eepromLocation
)
-

Gets whether or not the specified eeprom location can use the eeprom cache for reading, or should always be read from the Node.

Parameters
eepromLocation
uint16

The eepromLocation that is in question

Returns

true if the location can use the cache for reading, false if the location should be read from the Node.

-
- -
-
canUseCache_write
-
static bool canUseCache_write(
uint16 eepromLocation
)
-

Gets whether or not the specified eeprom location can use the eeprom cache for writing, or should always be written to the Node.

Parameters
eepromLocation
uint16

The eepromLocation that is in question

Returns

true if the location can use the cache for writing, false if the location should always be written to the Node.

-
- -
-
getOffsetEeprom
-
static EepromLocation getOffsetEeprom(
const EepromLocation &slopeEeprom
)
-

Finds the offset EepromLocation that goes with the given slope EepromLocation.

Parameters
slopeEeprom
const EepromLocation&

The slope EepromLocation that the offset eeprom goes with.

Returns

The offset EepromLocation.

-
- -
-
getEventTriggerEeproms
-
static void getEventTriggerEeproms(
uint8 triggerIndex,
bool isFloatVal,
EepromLocation &channel,
EepromLocation &type,
EepromLocation &value
)
-

Finds the eeproms for Event Driven Triggering.

Parameters
triggerIndex
uint8

The trigger number that is being requested.

isFloatVal
bool

Whether the event trigger uses floating point for values, or uint16.

channel
EepromLocation&

Holds the result EepromLocation for the channel number.

type
EepromLocation&

Holds the result EepromLocation for the event type.

value
EepromLocation&

Holds the result EepromLocation for the event value.

-
- -
-
Constants
-
- -
-
Eeprom Locations
-
CURRENT_LOG_PAGE

The next flash page to be used for datalogging

CURRENT_PAGE_OFFSET

The byte offset location for the next datalogging session

DATA_SETS_STORED

The # of datalogging sessions (triggers) stored in flash memory

FLASH_ID

The flash ID

STORAGE_LIMIT_MODE

The storage limit mode.

ACTIVE_CHANNEL_MASK

The channels that are enabled/disabled and will be sampled

DATALOG_SAMPLE_RATE

The sample rate for Armed Datalogging sampling

NUM_SWEEPS

The # of sweeps (samples per data set) to sample for

DEFAULT_MODE

The default mode to allow the node to perform different operations on startup and after timeout

SERIAL_ID

The serial ID for the node. Combine with the model number for the full serial number

SAMPLING_MODE

The sampling mode of the node (Sync Sampling, Non-Sync Sampling, Armed Datalogging, etc.)

HW_OFFSET_1

The hardware offset of channel 1

HW_OFFSET_2

The hardware offset of channel 2

HW_OFFSET_3

The hardware offset of channel 3

HW_OFFSET_4

The hardware offset of channel 4

HW_OFFSET_5

The hardware offset of channel 5

HW_OFFSET_6

The hardware offset of channel 6

HW_OFFSET_7

The hardware offset of channel 7

HW_OFFSET_8

The hardware offset of channel 8

SAMPLING_DELAY

The sampling delay (amount of time between sensor excitation power up and A/D sampling

TDMA_ADDRESS

The TDMA network address used for Synchronized Sampling

COLLECTION_MODE

The data collection mode (log, transmit) that affects standard sampling modes

NUM_BUFF_PACKETS

The # of buffered packets

NUM_RETRAN_ATTEMPTS

The # of retransmit attempts

NODE_ADDRESS

The node address of the wireless node

SLEEP_INTERVAL

The listen-for-wakeup interval for the node

INACTIVE_TIMEOUT

The length of time necessary before a node enters sleep mode, if no user activity

SAMPLE_RATE

The sample rate for standard sampling modes (Synchronized Sampling, LDC)

DATA_FORMAT

The packet format (uint16, float, etc.) of sampled data

SNIFF_DURATION

The amount of time that the node listens for a wake packets

FREQUENCY

The radio frequency channel

TX_POWER_LEVEL

The transmit output power of the radio

UNLIMITED_SAMPLING

The unlimited sampling flag for standard sampling modes

UNLIMITED_DATALOG

The unlimited sampling flag for Armed Datalogging sampling

FIRMWARE_VER

The firmware version of the node (part 1)

FIRMWARE_VER2

The firmware version of the node (part 2)

MODEL_NUMBER

The model number of the node

MODEL_OPTION

The model option of the node

LEGACY_MODEL_NUMBER

The (legacy) model number of the node

LEGACY_SERIAL_ID

The (legacy) serial ID for the node. Combine with the model number for the full serial number

MAX_MEMORY

The maximum number of pages available on the flash memory

MICROCONTROLLER

The ID of the microcontroller

FW_ARCH_VER

The firmware architecture version

ASPP_VER

The ASPP version the node supports

HW_GAIN_1

The hardware gain of channel 1

HW_GAIN_2

The hardware gain of channel 2

HW_GAIN_3

The hardware gain of channel 3

HW_GAIN_4

The hardware gain of channel 4

HW_GAIN_5

The hardware gain of channel 5

HW_GAIN_6

The hardware gain of channel 6

HW_GAIN_7

The hardware gain of channel 7

HW_GAIN_8

The hardware gain of channel 8

CH_ACTION_ID_1

The channel action ID of channel 1

CH_ACTION_SLOPE_1

The channel action slope of channel 1

CH_ACTION_OFFSET_1

The channel action offset of channel 1

CH_ACTION_ID_2

The channel action ID of channel 2

CH_ACTION_SLOPE_2

The channel action slope of channel 2

CH_ACTION_OFFSET_2

The channel action offset of channel 2

CH_ACTION_ID_3

The channel action ID of channel 3

CH_ACTION_SLOPE_3

The channel action slope of channel 3

CH_ACTION_OFFSET_3

The channel action offset of channel 3

CH_ACTION_ID_4

The channel action ID of channel 4

CH_ACTION_SLOPE_4

The channel action slope of channel 4

CH_ACTION_OFFSET_4

The channel action offset of channel 4

CH_ACTION_ID_5

The channel action ID of channel 5

CH_ACTION_SLOPE_5

The channel action slope of channel 5

CH_ACTION_OFFSET_5

The channel action offset of channel 5

CH_ACTION_ID_6

The channel action ID of channel 6

CH_ACTION_SLOPE_6

The channel action slope of channel 6

CH_ACTION_OFFSET_6

The channel action offset of channel 6

CH_ACTION_ID_7

The channel action ID of channel 7

CH_ACTION_SLOPE_7

The channel action slope of channel 7

CH_ACTION_OFFSET_7

The channel action offset of channel 7

CH_ACTION_ID_8

The channel action ID of channel 8

CH_ACTION_SLOPE_8

The channel action slope of channel 8

CH_ACTION_OFFSET_8

The channel action offset of channel 8

CH_ACTION_ID_9

The channel action ID of channel 9

CH_ACTION_SLOPE_9

The channel action slope of channel 9

CH_ACTION_OFFSET_9

The channel action offset of channel 9

CH_ACTION_ID_10

The channel action ID of channel 10

CH_ACTION_SLOPE_10

The channel action slope of channel 10

CH_ACTION_OFFSET_10

The channel action offset of channel 10

CH_ACTION_ID_11

The channel action ID of channel 11

CH_ACTION_SLOPE_11

The channel action slope of channel 11

CH_ACTION_OFFSET_11

The channel action offset of channel 11

CH_ACTION_ID_12

The channel action ID of channel 12

CH_ACTION_SLOPE_12

The channel action slope of channel 12

CH_ACTION_OFFSET_12

The channel action offset of channel 12

CH_ACTION_ID_13

The channel action ID of channel 13

CH_ACTION_SLOPE_13

The channel action slope of channel 13

CH_ACTION_OFFSET_13

The channel action offset of channel 13

CH_ACTION_ID_14

The channel action ID of channel 14

CH_ACTION_SLOPE_14

The channel action slope of channel 14

CH_ACTION_OFFSET_14

The channel action offset of channel 14

CH_ACTION_ID_15

The channel action ID of channel 15

CH_ACTION_SLOPE_15

The channel action slope of channel 15

CH_ACTION_OFFSET_15

The channel action offset of channel 15

CH_ACTION_ID_16

The channel action ID of channel 16

CH_ACTION_SLOPE_16

The channel action slope of channel 16

CH_ACTION_OFFSET_16

The channel action offset of channel 16

LEGACY_BOOTLOAD_PAGE

The bootloader page address (Legacy)

LEGACY_BOOTLOAD_ENABLE_FLAG

The bootloader enable flag (Legacy)

LEGACY_BOOTLOAD_CHECKSUM

The bootloader checksum (Legacy)

LEGACY_BOOTLOADER_VER

The bootloader version (Legacy)

LEGACY_BOOTLOADER_OPTIONS

The bootloader options (Legacy)

LEGACY_BOOTLOADER_COUNTER

The bootloader counter (Legacy)

RESET_COUNTER

The number of times the node has been turned on

CYCLE_POWER

Used to soft reset the node or the radio on the node

RADIO_OPTIONS

The options of the current radio (XR enabled or not, etc.)

LOST_BEACON_TIMEOUT

The time for a node to wait before entering a low power state when no longer hearing a beacon in Sync Sampling

SYNC_SAMPLE_SETTING

The Synchronized Sampling mode (Burst, Continuous, etc.)

TX_PER_GROUP

The transmissions per group for Synchronized Sampling

GROUP_SIZE

The group size for Synchronized Sampling

TIME_BETW_SESSIONS

The time between each burst for Synchronized Sampling

NODE_RETRANSMIT

Node retranmission enable/disable (for Lossless)

MAX_RETRANS_PACKET

The max retransmits per packet

MAX_RETRANS_BURST

The max retransmits per burst

REGION_CODE

The region code for the device

DATA_MODE

The data mode (raw, math, etc) as a mask

DERIVED_DATA_RATE

The sample rate for the Math channels

DERIVED_RMS_MASK

Derived - RMS channel mask

DERIVED_P2P_MASK

Derived - Peak to Peak channel mask

DERIVED_VELOCITY_MASK

Derived - Velocity channel mask

DERIVED_CREST_FACTOR_MASK

Derived - Crest Factor channel mask

DERIVED_MEAN_MASK

Derived - Mean channel mask

DERIVED_VELOCITY_UNIT

Derived - Velocity Unit

DATA_PACKET_FORMAT

The format of the data packet that will be sent out

DIAGNOSTIC_INTERVAL

The interval at which the Diagnostic Packet is sent

EVENT_SAMPLE_RATE

Event Driven Sampling: Sample Rate

EVENT_TRIGGER_MASK

Event Driven Sampling: Trigger Mask

EVENT_PRE_DURATION

Event Driven Sampling: Pre-Event Duration

EVENT_POST_DURATION

Event Driven Sampling: Post-Event Duration

EVENT_SRC_1

Event Driven Sampling: The source for Event 1

EVENT_OPER_1

Event Driven Sampling: The operation for Event 1

EVENT_VAL1_1

Event Driven Sampling: Value 1 for Event 1

EVENT_VAL2_1

Event Driven Sampling: Value 2 for Event 1

EVENT_SRC_2

Event Driven Sampling: The source for Event 2

EVENT_OPER_2

Event Driven Sampling: The operation for Event 2

EVENT_VAL1_2

Event Driven Sampling: Value 1 for Event 2

EVENT_VAL2_2

Event Driven Sampling: Value 2 for Event 2

EVENT_SRC_3

Event Driven Sampling: The source for Event 3

EVENT_OPER_3

Event Driven Sampling: The operation for Event 3

EVENT_VAL1_3

Event Driven Sampling: Value 1 for Event 3

EVENT_VAL2_3

Event Driven Sampling: Value 2 for Event 3

EVENT_SRC_4

Event Driven Sampling: The source for Event 4

EVENT_OPER_4

Event Driven Sampling: The operation for Event 4

EVENT_VAL1_4

Event Driven Sampling: Value 1 for Event 4

EVENT_VAL2_4

Event Driven Sampling: Value 2 for Event 4

EVENT_SRC_5

Event Driven Sampling: The source for Event 5

EVENT_OPER_5

Event Driven Sampling: The operation for Event 5

EVENT_VAL1_5

Event Driven Sampling: Value 1 for Event 5

EVENT_VAL2_5

Event Driven Sampling: Value 2 for Event 5

EVENT_SRC_6

Event Driven Sampling: The source for Event 6

EVENT_OPER_6

Event Driven Sampling: The operation for Event 6

EVENT_VAL1_6

Event Driven Sampling: Value 1 for Event 6

EVENT_VAL2_6

Event Driven Sampling: Value 2 for Event 6

EVENT_SRC_7

Event Driven Sampling: The source for Event 7

EVENT_OPER_7

Event Driven Sampling: The operation for Event 7

EVENT_VAL1_7

Event Driven Sampling: Value 1 for Event 7

EVENT_VAL2_7

Event Driven Sampling: Value 2 for Event 7

EVENT_SRC_8

Event Driven Sampling: The source for Event 8

EVENT_OPER_8

Event Driven Sampling: The operation for Event 8

EVENT_VAL1_8

Event Driven Sampling: Value 1 for Event 8

EVENT_VAL2_8

Event Driven Sampling: Value 2 for Event 8

EXCITATION_VOLTAGE

Excitation Voltage

DEBOUNCE_FILTER

Debounce Filter

INTERNAL_PULLUP_RESISTOR

Internal Pull-up Resistor

ANTI_ALIASING_FILTER_1

The anti-aliasing filter for channels (1).

ANTI_ALIASING_FILTER_2

The anti-aliasing filter for channels (2).

ANTI_ALIASING_FILTER_3

The anti-aliasing filter for channels (3).

ANTI_ALIASING_FILTER_4

The anti-aliasing filter for channels (4).

LOW_PASS_FILTER_1

The low-pass filter for channels (1).

LOW_PASS_FILTER_2

The low-pass filter for channels (2).

LOW_PASS_FILTER_3

The low-pass filter for channels (3).

LOW_PASS_FILTER_4

The low-pass filter for channels (4).

HIGH_PASS_FILTER_1

The high-pass filter for channels (1).

HIGH_PASS_FILTER_2

The high-pass filter for channels (2).

HIGH_PASS_FILTER_3

The high-pass filter for channels (3).

HIGH_PASS_FILTER_4

The high-pass filter for channels (4).

MIN_SOFT_VER_MAJOR

The minimum software version for support of this device (major)

MIN_SOFT_VER_MINOR

The minimum software version for support of this device (minor)

GAUGE_FACTOR_1

The Gauge Factor (1)

GAUGE_FACTOR_2

The Gauge Factor (2)

GAUGE_FACTOR_3

The Gauge Factor (3)

GAUGE_FACTOR_4

The Gauge Factor (4)

GAUGE_RESISTANCE

The Gauge Resistance

NUM_ACTIVE_GAUGES

The Number of Active Gauges

LOW_BATTERY_THRESHOLD

The threshold at which the low battery flag is sent

THERMOCPL_TYPE

The thermocouple type for nodes with thermocouple capabilities (ie. TC-Link)

FILTER_1

The first filter value for nodes with filter capabilities (ie. TC-Link)

FILTER_2

The second filter value for nodes with 2 filter capabilities (ie. ENV-Link-Pro)

LEGACY_DAMAGE_ANGLE_1

The first damage angle (legacy).

LEGACY_DAMAGE_ANGLE_2

The second damage angle (legacy).

LEGACY_DAMAGE_ANGLE_3

The third damage angle (legacy).

BIN_SIZE

The size of each bin in the histogram.

RESET_BINS

Used to reset the histogram bin data.

BIN_START

The start of the bins.

PEAK_VALLEY_THRES

The peak/valley threshold.

SNCURVE_LOGA_1

logA of the first SN Curve.

SNCURVE_M_1

m of the first SN Curve.

SNCURVE_LOGA_2

logA of the second SN Curve.

SNCURVE_M_2

m of the second SN Curve.

SNCURVE_LOGA_3

logA of the third SN Curve.

SNCURVE_M_3

m of the third SN Curve.

SNCURVE_LOGA_4

logA of the fourth SN Curve.

SNCURVE_M_4

m of the fourth SN Curve.

SNCURVE_LOGA_5

logA of the fifth SN Curve.

SNCURVE_M_5

m of the fifth SN Curve.

YOUNGS_MODULUS

The youngs modulus.

POISSONS_RATIO

The poissons ratio.

HISTOGRAM_SAMPLE_RATE

The same rate of the histogram.

DAMAGE_ANGLE_1

The first damage angle.

DAMAGE_ANGLE_2

The second damage angle.

DAMAGE_ANGLE_3

The third damage angle.

FATIGUE_MODE

SHM 3-angle mode vs Distributed Angle mode vs Raw Gauge Strain mode.

DIST_ANGLE_NUM_ANGLES

The number of angles for Distributed Angle Mode.

DIST_ANGLE_LOWER_BOUND

The lower bound for Distributed Angle Mode.

DIST_ANGLE_UPPER_BOUND

The upper bound for Distributed Angle Mode.

HISTOGRAM_RAW_FLAG

Raw mode enable/disable.

ACT_SENSE_ENABLE

Activity Sense enable/disable.

ACT_SENSE_ACTIVE_THRES

Activity Sense activity threshold.

ACT_SENSE_INACTIVE_TIMEOUT

Activity Sense inactivity timeout.

ACT_SENSE_ACTIVE_TIME

Activity Sense activity time.

ACT_SENSE_INACTIVE_THRES

Activity Sense inactivity threshold.

HISTOGRAM_ENABLE

Histogram enable/disable.

COMM_PROTOCOL

Communication Protocol.

BOOTLOADER_VER

The bootloader version.

FIRMWARE_UPGRADE_FLAGS

The firmware upgrade flags.

BOOTLOADER_FLASH_ADDRESS

The bootloader flash address to store firmware upgrades.

TEMP_SENSOR_CONFIG_1

Reserved for future use.

TEMP_SENSOR_CONFIG_2

Reserved for future use.

TEMP_SENSOR_CONFIG_3

Reserved for future use.

TEMP_SENSOR_CONFIG_4

Reserved for future use.

TEMP_SENSOR_CONFIG_5

Reserved for future use.

TEMP_SENSOR_CONFIG_6

Reserved for future use.

TEMP_SENSOR_CONFIG_7

Reserved for future use.

TEMP_SENSOR_CONFIG_8

Reserved for future use.

TEMP_SENSOR_CONFIG_9

Reserved for future use.

TEMP_SENSOR_CONFIG_10

Reserved for future use.

TEMP_SENSOR_CONFIG_11

Reserved for future use.

TEMP_SENSOR_CONFIG_12

Reserved for future use.

TEMP_SENSOR_CONFIG_13

Reserved for future use.

TEMP_SENSOR_CONFIG_14

Reserved for future use.

TEMP_SENSOR_CONFIG_15

Reserved for future use.

TEMP_SENSOR_CONFIG_16

Reserved for future use.

FACTORY_CH_ACTION_ID_1

The factory-calibrated channel action ID of channel 1

FACTORY_CH_ACTION_SLOPE_1

The factory-calibrated channel action slope of channel 1

FACTORY_CH_ACTION_OFFSET_1

The factory-calibrated channel action offset of channel 1

FACTORY_CH_ACTION_ID_2

The factory-calibrated channel action ID of channel 2

FACTORY_CH_ACTION_SLOPE_2

The factory-calibrated channel action slope of channel 2

FACTORY_CH_ACTION_OFFSET_2

The factory-calibrated channel action offset of channel 2

FACTORY_CH_ACTION_ID_3

The factory-calibrated channel action ID of channel 3

FACTORY_CH_ACTION_SLOPE_3

The factory-calibrated channel action slope of channel 3

FACTORY_CH_ACTION_OFFSET_3

The factory-calibrated channel action offset of channel 3

FACTORY_CH_ACTION_ID_4

The factory-calibrated channel action ID of channel 4

FACTORY_CH_ACTION_SLOPE_4

The factory-calibrated channel action slope of channel 4

FACTORY_CH_ACTION_OFFSET_4

The factory-calibrated channel action offset of channel 4

FACTORY_CH_ACTION_ID_5

The factory-calibrated channel action ID of channel 5

FACTORY_CH_ACTION_SLOPE_5

The factory-calibrated channel action slope of channel 5

FACTORY_CH_ACTION_OFFSET_5

The factory-calibrated channel action offset of channel 5

FACTORY_CH_ACTION_ID_6

The factory-calibrated channel action ID of channel 6

FACTORY_CH_ACTION_SLOPE_6

The factory-calibrated channel action slope of channel 6

FACTORY_CH_ACTION_OFFSET_6

The factory-calibrated channel action offset of channel 6

FACTORY_CH_ACTION_ID_7

The factory-calibrated channel action ID of channel 7

FACTORY_CH_ACTION_SLOPE_7

The factory-calibrated channel action slope of channel 7

FACTORY_CH_ACTION_OFFSET_7

The factory-calibrated channel action offset of channel 7

FACTORY_CH_ACTION_ID_8

The factory-calibrated channel action ID of channel 8

FACTORY_CH_ACTION_SLOPE_8

The factory-calibrated channel action slope of channel 8

FACTORY_CH_ACTION_OFFSET_8

The factory-calibrated channel action offset of channel 8

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/SyncNodeConfig-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/SyncNodeConfig-h-Summary.js deleted file mode 100644 index c29cfb3ad..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/SyncNodeConfig-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Configuration/SyncNodeConfig.h","SyncNodeConfig.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Configuration/SyncNodeConfig.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[6046,0,0,"SyncNodeConfig","SyncNodeConfig"],[6047,0,2,"Functions","SyncNodeConfig.Functions"],[6048,0,1,"SyncNodeConfig","SyncNodeConfig.SyncNodeConfig"],[6049,0,2,"Variables","SyncNodeConfig.Variables"],[6050,0,3,"m_networkInfo","SyncNodeConfig.m_networkInfo"],[6051,0,3,"m_eepromHelper","SyncNodeConfig.m_eepromHelper"],[6052,0,2,"Functions","SyncNodeConfig.Functions(2)"],[6053,0,1,"sampleRate","SyncNodeConfig.sampleRate"],[6054,0,1,"activeChannels","SyncNodeConfig.activeChannels"],[6055,0,1,"activeChannelCount","SyncNodeConfig.activeChannelCount"],[6056,0,1,"commProtocol","SyncNodeConfig.commProtocol"],[6057,0,1,"dataFormat","SyncNodeConfig.dataFormat"],[6058,0,1,"collectionMethod","SyncNodeConfig.collectionMethod"],[6059,0,1,"sweepsPerSession","SyncNodeConfig.sweepsPerSession"],[6060,0,1,"samplingMode","SyncNodeConfig.samplingMode"],[6061,0,1,"sensorDelay","SyncNodeConfig.sensorDelay"],[6062,0,1,"timeBetweenBursts","SyncNodeConfig.timeBetweenBursts"],[6063,0,1,"filterSettlingTime","SyncNodeConfig.filterSettlingTime"],[6064,0,1,"dataMode","SyncNodeConfig.dataMode"],[6065,0,1,"derivedDataRate","SyncNodeConfig.derivedDataRate"],[6066,0,1,"derivedChannelMask","SyncNodeConfig.derivedChannelMask"],[6067,0,1,"diagnosticInterval","SyncNodeConfig.diagnosticInterval"],[6068,0,1,"txPerGroup","SyncNodeConfig.txPerGroup"],[6069,0,1,"groupSize","SyncNodeConfig.groupSize"],[6070,0,1,"tdmaAddress","SyncNodeConfig.tdmaAddress"],[6071,0,1,"retransmission","SyncNodeConfig.retransmission"],[6072,0,1,"maxRetransPerBurst","SyncNodeConfig.maxRetransPerBurst"],[6073,0,1,"applyEepromChanges","SyncNodeConfig.applyEepromChanges"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/SyncNodeConfig-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/SyncNodeConfig-h-SummaryToolTips.js deleted file mode 100644 index 6160a950a..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/SyncNodeConfig-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Configuration/SyncNodeConfig.h",{6046:"
SyncNodeConfig
A helper class for reading and writing values used for Synchronized Sampling configuration
",6048:"
SyncNodeConfig(
const SyncNetworkInfo *networkInfo
)
Creates a SyncNodeConfig object
",6050:"
const SyncNetworkInfo* m_networkInfo
The SyncNetworkInfo object containing information on the Node in the Sync Sampling network.
",6051:"
NodeEepromHelper m_eepromHelper
The NodeEepromHelper to use in reading and writing eeproms.
",6053:"
SampleRate sampleRate()
Gets the SampleRate of the node.
",6054:"
ChannelMask activeChannels()
Gets the ChannelMask of the node.
",6055:"
uint16 activeChannelCount()
Gets the number of active channels on the node for use in Sync Sampling formulas.  Note: this does not necessarily return the true active channel count, as some channels on some nodes don\'t count towards active channels in Sync Sampling formulas.
",6056:"
WirelessTypes::CommProtocol commProtocol()
Gets the WirelessTypes::CommProtocol of the Node.
",6057:"
WirelessTypes::DataFormat dataFormat()
Gets the WirelessTypes::DataFormat of the node.
",6058:"
WirelessTypes::DataCollectionMethod collectionMethod()
Gets the WirelessTypes::DataCollectionMethod of the node.
",6059:"
uint32 sweepsPerSession()
Gets the number of sweeps per session of the node.
",6060:"
WirelessTypes::SamplingMode samplingMode()
Gets the WirelessTypes::SamplingMode ofthe node.
",6061:"
uint32 sensorDelay()
Gets the value stored in eeprom for the sensor delay of the node.
",6062:"
TimeSpan timeBetweenBursts()
Gets the time between bursts of the node.
",6063:"
WirelessTypes::SettlingTime filterSettlingTime(
uint8 channelNumber
)
Gets the WirelessTypes::SettlingTime of the node for a specific channel number.
",6064:"
DataModeMask dataMode()
Gets the DataModeMask of the node.
",6065:"
SampleRate derivedDataRate()
Gets the derived data rate as a SampleRate object.
",6066:"
ChannelMask derivedChannelMask(
WirelessTypes::DerivedCategory category
)
Gets the channel mask for the specified WirelessTypes::DerivedCategory as a ChannelMask.
",6067:"
uint16 diagnosticInterval()
Gets the diagnostic interval set on the Node.
",6068:"
void txPerGroup(
uint32 txPerGroup
)
Writes the transmissions per group to the node.
",6069:"
void groupSize(
uint32 groupSize
)
Writes the group size to the node.
",6070:"
void tdmaAddress(
uint32 address
)
Writes the TDMA address to the node.
",6071:"
void retransmission(
WirelessTypes::NodeRetransmission reTx
)
Writes the retransmission value to the node.
",6072:"
void maxRetransPerBurst(
uint32 maxReTxPerBurst
)
Writes the maximum retransmissions per burst to the node.
",6073:"
void applyEepromChanges()
Resets the radio/power on the Node to apply eeprom changes that have been made.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/SyncNodeConfig-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/SyncNodeConfig-h-ToolTips.js deleted file mode 100644 index c20eb9e36..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/SyncNodeConfig-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6114:"
NodeEepromHelper
A helper class for reading and writing to a Wireless Node\'s Eeprom.  This class provides eeprom specific parsing so that high-level objects can be converted to their low-level eeprom value equivelent and vice-versa.
",6672:"
DataModeMask
Helper class for the DataMode bitmask used in Node Eeproms.
",8365:"
SyncNetworkInfo
Contains network information for a WirelessNode that has been added to the Sync Sampling Network.
",8574:"
Represents the types of data collection methods that can be performed on the Node.
",8594:"
Represents the types of data formats that Nodes can be configured to send when sampling.
",8604:"
Represents the types of sampling modes the Node can be in.
",8645:"
Represents the possible Node Retransmission values.
",8782:"
Represents the settling times used for thermocouple and voltage inputs on some Wireless Nodes.
",9141:"
Available Derived Channel Categories for configuration.
",9155:"
Available Communication Protocol types.
",9478:"
ChannelMask
Represents the channel mask (active and inactive channels) for a WirelessNode.
",9819:"
SampleRate
Represents a MicroStrain sample rate (rate at which data is sampling)
",10328:"
TimeSpan
Represents a range of time
",10464:"
Error_UnknownSampleRate
The sample rate is invalid or unknown for the given device
",10472:"
Error_NodeCommunication
The exception for failing to communicate with a WirelessNode.
",10479:"
Error_Connection
The generic connection exception.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/SyncNodeConfig-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/SyncNodeConfig-h.html deleted file mode 100644 index 98e94de29..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/SyncNodeConfig-h.html +++ /dev/null @@ -1,173 +0,0 @@ - - -SyncNodeConfig.h - - - - - - - -
-
SyncNodeConfig
-
SyncNodeConfig
-

A helper class for reading and writing values used for Synchronized Sampling configuration

-
- -
-
Functions
-
- -
-
SyncNodeConfig
-
SyncNodeConfig(
const SyncNetworkInfo *networkInfo
)
-

Creates a SyncNodeConfig object

Parameters
networkInfo
const SyncNetworkInfo*

A SyncNetworkInfo object containing information on a Node in the Sync Sampling network.

-
- -
-
Variables
-
- -
-
m_networkInfo
-
const SyncNetworkInfo* m_networkInfo
-

The SyncNetworkInfo object containing information on the Node in the Sync Sampling network.

-
- -
-
m_eepromHelper
-
NodeEepromHelper m_eepromHelper
-

The NodeEepromHelper to use in reading and writing eeproms.

-
- -
-
Functions
-
- -
-
sampleRate
-
SampleRate sampleRate()
-

Gets the SampleRate of the node.

Exceptions
-
- -
-
activeChannels
-
ChannelMask activeChannels()
-

Gets the ChannelMask of the node.

Returns

A ChannelMask object representing the active channels of the node.

Exceptions
-
- -
-
activeChannelCount
-
uint16 activeChannelCount()
-

Gets the number of active channels on the node for use in Sync Sampling formulas.  Note: this does not necessarily return the true active channel count, as some channels on some nodes don't count towards active channels in Sync Sampling formulas.

Returns

The number of active channels on the node for use in Sync Sampling formulas.

Exceptions
-
- -
-
commProtocol
- -

Gets the WirelessTypes::CommProtocol of the Node.

Exceptions
-
- -
-
dataFormat
- -

Gets the WirelessTypes::DataFormat of the node.

Returns

A WirelessTypes::DataFormat object representing the data format of the node.

Exceptions
-
- -
-
collectionMethod
- -

Gets the WirelessTypes::DataCollectionMethod of the node.

Returns

A WirelessTypes::DataCollectionMethod object representing the collection method of the Node.

Exceptions
-
- -
-
sweepsPerSession
-
uint32 sweepsPerSession()
-

Gets the number of sweeps per session of the node.

Returns

The number of sweeps per session of the node.

Exceptions
-
- -
-
samplingMode
- -

Gets the WirelessTypes::SamplingMode ofthe node.

Returns

The WirelessTypes::SamplingMode of the node.

Exceptions
-
- -
-
sensorDelay
-
uint32 sensorDelay()
-

Gets the value stored in eeprom for the sensor delay of the node.

Returns

The sensor delay of the node as a TimeSpan.

Exceptions
-
- -
-
timeBetweenBursts
-
TimeSpan timeBetweenBursts()
-

Gets the time between bursts of the node.

Returns

A TimeSpan representing the time between bursts of the node.

Exceptions
-
- -
-
filterSettlingTime
-
WirelessTypes::SettlingTime filterSettlingTime(
uint8 channelNumber
)
-

Gets the WirelessTypes::SettlingTime of the node for a specific channel number.

Parameters
channelNumber
uint8

The channel number to get the settling time for (ch1 = 1, ch8 = 8).

Returns

A WirelessTypes::SettlingTime.

Exceptions
-
- -
-
dataMode
-
DataModeMask dataMode()
-

Gets the DataModeMask of the node.

Exceptions
-
- -
-
derivedDataRate
-
SampleRate derivedDataRate()
-

Gets the derived data rate as a SampleRate object.

Exceptions
-
- -
-
derivedChannelMask
-
ChannelMask derivedChannelMask(
WirelessTypes::DerivedCategory category
)
-

Gets the channel mask for the specified WirelessTypes::DerivedCategory as a ChannelMask.

Exceptions
-
- -
-
diagnosticInterval
-
uint16 diagnosticInterval()
-

Gets the diagnostic interval set on the Node.

-
- -
-
txPerGroup
-
void txPerGroup(
uint32 txPerGroup
)
-

Writes the transmissions per group to the node.

Parameters
txPerGroup
uint32

The number of transmissions per group value to write to the node.

Exceptions
-
- -
-
groupSize
-
void groupSize(
uint32 groupSize
)
-

Writes the group size to the node.

Parameters
groupSize
uint32

The group size value to write to the node.

Exceptions
-
- -
-
tdmaAddress
-
void tdmaAddress(
uint32 address
)
-

Writes the TDMA address to the node.

Parameters
address
uint32

The TDMA address value to write to the node.

Exceptions
-
- -
-
retransmission
-
void retransmission(
WirelessTypes::NodeRetransmission reTx
)
-

Writes the retransmission value to the node.

Parameters
reTx
WirelessTypes::NodeRetransmission

The WirelessTypes::NodeRetransmission value to write to the node.

Exceptions
-
- -
-
maxRetransPerBurst
-
void maxRetransPerBurst(
uint32 maxReTxPerBurst
)
-

Writes the maximum retransmissions per burst to the node.

Parameters
maxReTxPerBurst
uint32

The maximum retransmissions per burst value to write to the node.

Exceptions
-
- -
-
applyEepromChanges
-
void applyEepromChanges()
-

Resets the radio/power on the Node to apply eeprom changes that have been made.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/TempSensorOptions-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/TempSensorOptions-h-Summary.js deleted file mode 100644 index a085f9e4c..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/TempSensorOptions-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Configuration/TempSensorOptions.h","TempSensorOptions.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Configuration/TempSensorOptions.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[6074,0,0,"TempSensorOptions","TempSensorOptions"],[6075,0,2,"Functions","TempSensorOptions.Functions"],[6076,0,1,"Thermocouple","TempSensorOptions.Thermocouple"],[6077,0,1,"RTD","TempSensorOptions.RTD"],[6078,0,1,"Thermistor","TempSensorOptions.Thermistor"],[6079,0,2,"Variables","TempSensorOptions.Variables"],[6080,0,3,"m_transducerType","TempSensorOptions.m_transducerType"],[6081,0,3,"m_thermocoupleType","TempSensorOptions.m_thermocoupleType"],[6082,0,3,"m_rtdType","TempSensorOptions.m_rtdType"],[6083,0,3,"m_wireType","TempSensorOptions.m_wireType"],[6084,0,3,"m_thermistorType","TempSensorOptions.m_thermistorType"],[6085,0,2,"Functions","TempSensorOptions.Functions(2)"],[6086,0,1,"transducerType","TempSensorOptions.transducerType"],[6087,0,1,"thermocoupleType","TempSensorOptions.thermocoupleType"],[6088,0,1,"rtdType","TempSensorOptions.rtdType"],[6089,0,1,"rtdWireType","TempSensorOptions.rtdWireType"],[6090,0,1,"thermistorType","TempSensorOptions.thermistorType"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/TempSensorOptions-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/TempSensorOptions-h-SummaryToolTips.js deleted file mode 100644 index 80950b100..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/TempSensorOptions-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Configuration/TempSensorOptions.h",{6074:"
TempSensorOptions
Options to adjust the temperature sensor for a WirelessNode.
",6076:"
static TempSensorOptions Thermocouple(
WirelessTypes::ThermocoupleType thermocouple
)
Creates a TempSensorOptions object with Thermocouple options.
",6077:"
static TempSensorOptions RTD(
WirelessTypes::RtdWireType wire,
WirelessTypes::RtdType rtd
)
Creates a TempSensorOptions object with RTD options.
",6078:"
static TempSensorOptions Thermistor(
WirelessTypes::ThermistorType thermistor
)
Creates a TempSensorOptions object with Thermistor options.
",6080:"
WirelessTypes::TransducerType m_transducerType
The WirelessTypes::TransducerType.
",6081:"
WirelessTypes::ThermocoupleType m_thermocoupleType
The WirelessTypes::ThermocoupleType.
",6082:"
WirelessTypes::RtdType m_rtdType
The WirelessTypes::RtdType.
",6083:"
WirelessTypes::RtdWireType m_wireType
The WirelessTypes::RtdWireType.
",6084:"
WirelessTypes::ThermistorType m_thermistorType
The WirelessTypes::ThermistorType.
",6086:"
WirelessTypes::TransducerType transducerType() const
Gets the WirelessTypes::TransducerType set in this options object.
",6087:"
WirelessTypes::ThermocoupleType thermocoupleType() const
Gets the WirelessTypes::ThermocoupleType set in this options object.  Note: this is only valid if transducerType returns <WirelessTypes::TransducerType::transducer_thermocouple>.
",6088:"
WirelessTypes::RtdType rtdType() const
Gets the WirelessTypes::RtdType set in this options object.  Note: this is only valid if transducerType returns <WirelessTypes::TransducerType::transducer_rtd>.
",6089:"
WirelessTypes::RtdWireType rtdWireType() const
Gets the WirelessTypes::RtdWireType set in this options object.  Note: this is only valid if transducerType returns <WirelessTypes::TransducerType::transducer_rtd>.
",6090:"
WirelessTypes::ThermistorType thermistorType() const
Gets the WirelessTypes::ThermistorType set in this options object.  Note: this is only valid if transducerType returns <WirelessTypes::TransducerType::transducer_thermistor>.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/TempSensorOptions-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/TempSensorOptions-h-ToolTips.js deleted file mode 100644 index b3ada937d..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/TempSensorOptions-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6074:"
TempSensorOptions
Options to adjust the temperature sensor for a WirelessNode.
",6086:"
WirelessTypes::TransducerType transducerType() const
Gets the WirelessTypes::TransducerType set in this options object.
",8795:"
Represents the Transducer types supported by some Wireless Nodes.
",8799:"
Represents the thermocouple types supported by some Wireless Nodes.
",8810:"
Represents the RTD types supported by some Wireless Nodes.
",8818:"
Represents the Wire types supported for RTD sensors.
",8822:"
Represents the Thermistor types supported by some Wireless Nodes.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/TempSensorOptions-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/TempSensorOptions-h.html deleted file mode 100644 index 7c43ed26e..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/TempSensorOptions-h.html +++ /dev/null @@ -1,107 +0,0 @@ - - -TempSensorOptions.h - - - - - - - -
-
TempSensorOptions
-
TempSensorOptions
-

Options to adjust the temperature sensor for a WirelessNode.

-
- -
-
Functions
-
- -
-
Thermocouple
-
static TempSensorOptions Thermocouple(
WirelessTypes::ThermocoupleType thermocouple
)
-

Creates a TempSensorOptions object with Thermocouple options.

Parameters
thermocouple
WirelessTypes::ThermocoupleType

The WirelessTypes::ThermocoupleType to set.

-
- -
-
RTD
- -

Creates a TempSensorOptions object with RTD options.

Parameters
wire
WirelessTypes::RtdWireType

The WirelessTypes::RtdWireType to set.

rtd
WirelessTypes::RtdType

The WirelessTypes::RtdType to set.

-
- -
-
Thermistor
-
static TempSensorOptions Thermistor(
WirelessTypes::ThermistorType thermistor
)
-

Creates a TempSensorOptions object with Thermistor options.

Parameters
thermistor
WirelessTypes::ThermistorType

The WirelessTypes::ThermistorType to set.

-
- -
-
Variables
-
- -
-
m_transducerType
- -

The WirelessTypes::TransducerType.

-
- -
-
m_thermocoupleType
- -

The WirelessTypes::ThermocoupleType.

-
- -
-
m_rtdType
- -

The WirelessTypes::RtdType.

-
- -
-
m_wireType
- -

The WirelessTypes::RtdWireType.

-
- -
-
m_thermistorType
- -

The WirelessTypes::ThermistorType.

-
- -
-
Functions
-
- -
-
transducerType
-
WirelessTypes::TransducerType transducerType() const
-

Gets the WirelessTypes::TransducerType set in this options object.

-
- -
-
thermocoupleType
-
WirelessTypes::ThermocoupleType thermocoupleType() const
-

Gets the WirelessTypes::ThermocoupleType set in this options object.  Note: this is only valid if transducerType returns <WirelessTypes::TransducerType::transducer_thermocouple>.

-
- -
-
rtdType
-
WirelessTypes::RtdType rtdType() const
-

Gets the WirelessTypes::RtdType set in this options object.  Note: this is only valid if transducerType returns <WirelessTypes::TransducerType::transducer_rtd>.

-
- -
-
rtdWireType
-
WirelessTypes::RtdWireType rtdWireType() const
-

Gets the WirelessTypes::RtdWireType set in this options object.  Note: this is only valid if transducerType returns <WirelessTypes::TransducerType::transducer_rtd>.

-
- -
-
thermistorType
-
WirelessTypes::ThermistorType thermistorType() const
-

Gets the WirelessTypes::ThermistorType set in this options object.  Note: this is only valid if transducerType returns <WirelessTypes::TransducerType::transducer_thermistor>.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/WirelessNodeConfig-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/WirelessNodeConfig-h-Summary.js deleted file mode 100644 index 8e200306c..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/WirelessNodeConfig-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Configuration/WirelessNodeConfig.h","WirelessNodeConfig.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Configuration/WirelessNodeConfig.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[5869,0,0,"WirelessNodeConfig","WirelessNodeConfig"],[5870,0,2,"Functions","WirelessNodeConfig.Functions"],[5871,0,1,"WirelessNodeConfig","WirelessNodeConfig.WirelessNodeConfig"],[5872,0,2,"Variables","WirelessNodeConfig.Variables"],[5873,0,3,"m_defaultMode","WirelessNodeConfig.m_defaultMode"],[5874,0,3,"m_inactivityTimeout","WirelessNodeConfig.m_inactivityTimeout"],[5875,0,3,"m_checkRadioInterval","WirelessNodeConfig.m_checkRadioInterval"],[5876,0,3,"m_transmitPower","WirelessNodeConfig.m_transmitPower"],[5877,0,3,"m_samplingMode","WirelessNodeConfig.m_samplingMode"],[5878,0,3,"m_sampleRate","WirelessNodeConfig.m_sampleRate"],[5879,0,3,"m_activeChannels","WirelessNodeConfig.m_activeChannels"],[5880,0,3,"m_numSweeps","WirelessNodeConfig.m_numSweeps"],[5881,0,3,"m_unlimitedDuration","WirelessNodeConfig.m_unlimitedDuration"],[5882,0,3,"m_dataFormat","WirelessNodeConfig.m_dataFormat"],[5883,0,3,"m_dataCollectionMethod","WirelessNodeConfig.m_dataCollectionMethod"],[5884,0,3,"m_timeBetweenBursts","WirelessNodeConfig.m_timeBetweenBursts"],[5885,0,3,"m_lostBeaconTimeout","WirelessNodeConfig.m_lostBeaconTimeout"],[5886,0,3,"m_fatigueOptions","WirelessNodeConfig.m_fatigueOptions"],[5887,0,3,"m_histogramOptions","WirelessNodeConfig.m_histogramOptions"],[5888,0,3,"m_activitySense","WirelessNodeConfig.m_activitySense"],[5889,0,3,"m_eventTriggerOptions","WirelessNodeConfig.m_eventTriggerOptions"],[5890,0,3,"m_diagnosticInterval","WirelessNodeConfig.m_diagnosticInterval"],[5891,0,3,"m_storageLimitMode","WirelessNodeConfig.m_storageLimitMode"],[5892,0,3,"m_sensorDelay","WirelessNodeConfig.m_sensorDelay"],[5893,0,3,"m_gaugeResistance","WirelessNodeConfig.m_gaugeResistance"],[5894,0,3,"m_excitationVoltage","WirelessNodeConfig.m_excitationVoltage"],[5895,0,3,"m_numActiveGauges","WirelessNodeConfig.m_numActiveGauges"],[5896,0,3,"m_lowBatteryThreshold","WirelessNodeConfig.m_lowBatteryThreshold"],[5897,0,3,"m_dataMode","WirelessNodeConfig.m_dataMode"],[5898,0,3,"m_derivedDataRate","WirelessNodeConfig.m_derivedDataRate"],[5899,0,3,"m_derivedVelocityUnit","WirelessNodeConfig.m_derivedVelocityUnit"],[5900,0,3,"m_commProtocol","WirelessNodeConfig.m_commProtocol"],[5901,0,3,"m_sensorOutputMode","WirelessNodeConfig.m_sensorOutputMode"],[5902,0,3,"m_derivedChannelMasks","WirelessNodeConfig.m_derivedChannelMasks"],[5903,0,3,"m_inputRanges","WirelessNodeConfig.m_inputRanges"],[5904,0,3,"m_hardwareOffsets","WirelessNodeConfig.m_hardwareOffsets"],[5905,0,3,"m_antiAliasingFilters","WirelessNodeConfig.m_antiAliasingFilters"],[5906,0,3,"m_cfcFilterConfig","WirelessNodeConfig.m_cfcFilterConfig"],[5907,0,3,"m_lowPassFilters","WirelessNodeConfig.m_lowPassFilters"],[5908,0,3,"m_highPassFilters","WirelessNodeConfig.m_highPassFilters"],[5909,0,3,"m_gaugeFactors","WirelessNodeConfig.m_gaugeFactors"],[5910,0,3,"m_settlingTimes","WirelessNodeConfig.m_settlingTimes"],[5911,0,3,"m_thermoTypes","WirelessNodeConfig.m_thermoTypes"],[5912,0,3,"m_tempSensorOptions","WirelessNodeConfig.m_tempSensorOptions"],[5913,0,3,"m_debounceFilters","WirelessNodeConfig.m_debounceFilters"],[5914,0,3,"m_pullUpResistors","WirelessNodeConfig.m_pullUpResistors"],[5915,0,3,"m_linearEquations","WirelessNodeConfig.m_linearEquations"],[5916,0,3,"m_units","WirelessNodeConfig.m_units"],[5917,0,3,"m_equationTypes","WirelessNodeConfig.m_equationTypes"],[5918,0,2,"Functions","WirelessNodeConfig.Functions(2)"],[5919,0,1,"curExcitationVoltage","WirelessNodeConfig.curExcitationVoltage"],[5920,0,1,"curTransmitPower","WirelessNodeConfig.curTransmitPower"],[5921,0,1,"curCommProtocol","WirelessNodeConfig.curCommProtocol"],[5922,0,1,"curSamplingMode","WirelessNodeConfig.curSamplingMode"],[5923,0,1,"curSampleRate","WirelessNodeConfig.curSampleRate"],[5924,0,1,"curActiveChs","WirelessNodeConfig.curActiveChs"],[5925,0,1,"curNumSweeps","WirelessNodeConfig.curNumSweeps"],[5926,0,1,"curUnlimitedDuration","WirelessNodeConfig.curUnlimitedDuration"],[5927,0,1,"curDataFormat","WirelessNodeConfig.curDataFormat"],[5928,0,1,"curFatigueMode","WirelessNodeConfig.curFatigueMode"],[5929,0,1,"curDataModeMask","WirelessNodeConfig.curDataModeMask"],[5930,0,1,"curDerivedRate","WirelessNodeConfig.curDerivedRate"],[5931,0,1,"curDataCollectionMethod","WirelessNodeConfig.curDataCollectionMethod"],[5932,0,1,"curTimeBetweenBursts","WirelessNodeConfig.curTimeBetweenBursts"],[5933,0,1,"curSettlingTime","WirelessNodeConfig.curSettlingTime"],[5934,0,1,"curLowPassFilter","WirelessNodeConfig.curLowPassFilter"],[5935,0,1,"curEventTriggerDuration","WirelessNodeConfig.curEventTriggerDuration"],[5936,0,1,"curEventTriggerMask","WirelessNodeConfig.curEventTriggerMask"],[5937,0,1,"curLinearEquation","WirelessNodeConfig.curLinearEquation"],[5938,0,1,"curDerivedMask","WirelessNodeConfig.curDerivedMask"],[5939,0,1,"curDerivedChannelMasks","WirelessNodeConfig.curDerivedChannelMasks"],[5940,0,1,"isDerivedChannelEnabled","WirelessNodeConfig.isDerivedChannelEnabled"],[5941,0,1,"findGroupWithChannelAndSetting","WirelessNodeConfig.findGroupWithChannelAndSetting"],[5942,0,1,"checkValue","WirelessNodeConfig.checkValue"],[5943,0,1,"isSet","WirelessNodeConfig.isSet"],[5944,0,1,"isSet","WirelessNodeConfig.isSet(2)"],[5945,0,1,"isAnySet","WirelessNodeConfig.isAnySet"],[5946,0,1,"getChannelMapVal","WirelessNodeConfig.getChannelMapVal"],[5947,0,1,"setChannelMapVal","WirelessNodeConfig.setChannelMapVal"],[5948,0,1,"verifySupported","WirelessNodeConfig.verifySupported"],[5949,0,1,"verifyConflicts","WirelessNodeConfig.verifyConflicts"],[5950,0,1,"findDerivedMaskConfigIssue","WirelessNodeConfig.findDerivedMaskConfigIssue"],[5951,0,1,"isSyncSamplingMode","WirelessNodeConfig.isSyncSamplingMode"],[5952,0,1,"apply","WirelessNodeConfig.apply"],[5953,0,1,"verify","WirelessNodeConfig.verify"],[5954,0,1,"defaultMode","WirelessNodeConfig.defaultMode"],[5955,0,1,"defaultMode","WirelessNodeConfig.defaultMode(2)"],[5956,0,1,"inactivityTimeout","WirelessNodeConfig.inactivityTimeout"],[5957,0,1,"inactivityTimeout","WirelessNodeConfig.inactivityTimeout(2)"],[5958,0,1,"checkRadioInterval","WirelessNodeConfig.checkRadioInterval"],[5959,0,1,"checkRadioInterval","WirelessNodeConfig.checkRadioInterval(2)"],[5960,0,1,"transmitPower","WirelessNodeConfig.transmitPower"],[5961,0,1,"transmitPower","WirelessNodeConfig.transmitPower(2)"],[5962,0,1,"samplingMode","WirelessNodeConfig.samplingMode"],[5963,0,1,"samplingMode","WirelessNodeConfig.samplingMode(2)"],[5964,0,1,"sampleRate","WirelessNodeConfig.sampleRate"],[5965,0,1,"sampleRate","WirelessNodeConfig.sampleRate(2)"],[5966,0,1,"activeChannels","WirelessNodeConfig.activeChannels"],[5967,0,1,"activeChannels","WirelessNodeConfig.activeChannels(2)"],[5968,0,1,"numSweeps","WirelessNodeConfig.numSweeps"],[5969,0,1,"numSweeps","WirelessNodeConfig.numSweeps(2)"],[5970,0,1,"unlimitedDuration","WirelessNodeConfig.unlimitedDuration"],[5971,0,1,"unlimitedDuration","WirelessNodeConfig.unlimitedDuration(2)"],[5972,0,1,"dataFormat","WirelessNodeConfig.dataFormat"],[5973,0,1,"dataFormat","WirelessNodeConfig.dataFormat(2)"],[5974,0,1,"dataCollectionMethod","WirelessNodeConfig.dataCollectionMethod"],[5975,0,1,"dataCollectionMethod","WirelessNodeConfig.dataCollectionMethod(2)"],[5976,0,1,"timeBetweenBursts","WirelessNodeConfig.timeBetweenBursts"],[5977,0,1,"timeBetweenBursts","WirelessNodeConfig.timeBetweenBursts(2)"],[5978,0,1,"lostBeaconTimeout","WirelessNodeConfig.lostBeaconTimeout"],[5979,0,1,"lostBeaconTimeout","WirelessNodeConfig.lostBeaconTimeout(2)"],[5980,0,1,"pullUpResistor","WirelessNodeConfig.pullUpResistor"],[5981,0,1,"pullUpResistor","WirelessNodeConfig.pullUpResistor(2)"],[5982,0,1,"inputRange","WirelessNodeConfig.inputRange"],[5983,0,1,"inputRange","WirelessNodeConfig.inputRange(2)"],[5984,0,1,"hardwareOffset","WirelessNodeConfig.hardwareOffset"],[5985,0,1,"hardwareOffset","WirelessNodeConfig.hardwareOffset(2)"],[5986,0,1,"antiAliasingFilter","WirelessNodeConfig.antiAliasingFilter"],[5987,0,1,"antiAliasingFilter","WirelessNodeConfig.antiAliasingFilter(2)"],[5988,0,1,"cfcFilterConfig","WirelessNodeConfig.cfcFilterConfig"],[5989,0,1,"cfcFilterConfig","WirelessNodeConfig.cfcFilterConfig(2)"],[5990,0,1,"lowPassFilter","WirelessNodeConfig.lowPassFilter"],[5991,0,1,"lowPassFilter","WirelessNodeConfig.lowPassFilter(2)"],[5992,0,1,"highPassFilter","WirelessNodeConfig.highPassFilter"],[5993,0,1,"highPassFilter","WirelessNodeConfig.highPassFilter(2)"],[5994,0,1,"gaugeFactor","WirelessNodeConfig.gaugeFactor"],[5995,0,1,"gaugeFactor","WirelessNodeConfig.gaugeFactor(2)"],[5996,0,1,"gaugeResistance","WirelessNodeConfig.gaugeResistance"],[5997,0,1,"gaugeResistance","WirelessNodeConfig.gaugeResistance(2)"],[5998,0,1,"excitationVoltage","WirelessNodeConfig.excitationVoltage"],[5999,0,1,"excitationVoltage","WirelessNodeConfig.excitationVoltage(2)"],[6000,0,1,"numActiveGauges","WirelessNodeConfig.numActiveGauges"],[6001,0,1,"numActiveGauges","WirelessNodeConfig.numActiveGauges(2)"],[6002,0,1,"lowBatteryThreshold","WirelessNodeConfig.lowBatteryThreshold"],[6003,0,1,"lowBatteryThreshold","WirelessNodeConfig.lowBatteryThreshold(2)"],[6004,0,1,"linearEquation","WirelessNodeConfig.linearEquation"],[6005,0,1,"linearEquation","WirelessNodeConfig.linearEquation(2)"],[6006,0,1,"unit","WirelessNodeConfig.unit"],[6007,0,1,"unit","WirelessNodeConfig.unit(2)"],[6008,0,1,"equationType","WirelessNodeConfig.equationType"],[6009,0,1,"equationType","WirelessNodeConfig.equationType(2)"],[6010,0,1,"filterSettlingTime","WirelessNodeConfig.filterSettlingTime"],[6011,0,1,"filterSettlingTime","WirelessNodeConfig.filterSettlingTime(2)"],[6012,0,1,"thermocoupleType","WirelessNodeConfig.thermocoupleType"],[6013,0,1,"thermocoupleType","WirelessNodeConfig.thermocoupleType(2)"],[6014,0,1,"tempSensorOptions","WirelessNodeConfig.tempSensorOptions"],[6015,0,1,"tempSensorOptions","WirelessNodeConfig.tempSensorOptions(2)"],[6016,0,1,"debounceFilter","WirelessNodeConfig.debounceFilter"],[6017,0,1,"debounceFilter","WirelessNodeConfig.debounceFilter(2)"],[6018,0,1,"fatigueOptions","WirelessNodeConfig.fatigueOptions"],[6019,0,1,"fatigueOptions","WirelessNodeConfig.fatigueOptions(2)"],[6020,0,1,"histogramOptions","WirelessNodeConfig.histogramOptions"],[6021,0,1,"histogramOptions","WirelessNodeConfig.histogramOptions(2)"],[6022,0,1,"activitySense","WirelessNodeConfig.activitySense"],[6023,0,1,"activitySense","WirelessNodeConfig.activitySense(2)"],[6024,0,1,"eventTriggerOptions","WirelessNodeConfig.eventTriggerOptions"],[6025,0,1,"eventTriggerOptions","WirelessNodeConfig.eventTriggerOptions(2)"],[6026,0,1,"diagnosticInterval","WirelessNodeConfig.diagnosticInterval"],[6027,0,1,"diagnosticInterval","WirelessNodeConfig.diagnosticInterval(2)"],[6028,0,1,"storageLimitMode","WirelessNodeConfig.storageLimitMode"],[6029,0,1,"storageLimitMode","WirelessNodeConfig.storageLimitMode(2)"],[6030,0,1,"sensorDelay","WirelessNodeConfig.sensorDelay"],[6031,0,1,"sensorDelay","WirelessNodeConfig.sensorDelay(2)"],[6032,0,1,"dataMode","WirelessNodeConfig.dataMode"],[6033,0,1,"dataMode","WirelessNodeConfig.dataMode(2)"],[6034,0,1,"derivedDataRate","WirelessNodeConfig.derivedDataRate"],[6035,0,1,"derivedDataRate","WirelessNodeConfig.derivedDataRate(2)"],[6036,0,1,"derivedChannelMask","WirelessNodeConfig.derivedChannelMask"],[6037,0,1,"derivedChannelMask","WirelessNodeConfig.derivedChannelMask(2)"],[6038,0,1,"derivedVelocityUnit","WirelessNodeConfig.derivedVelocityUnit"],[6039,0,1,"derivedVelocityUnit","WirelessNodeConfig.derivedVelocityUnit(2)"],[6040,0,1,"communicationProtocol","WirelessNodeConfig.communicationProtocol"],[6041,0,1,"communicationProtocol","WirelessNodeConfig.communicationProtocol(2)"],[6042,0,1,"sensorOutputMode","WirelessNodeConfig.sensorOutputMode"],[6043,0,1,"sensorOutputMode","WirelessNodeConfig.sensorOutputMode(2)"],[6044,0,1,"flashBandwidth","WirelessNodeConfig.flashBandwidth"],[6045,0,1,"flashBandwidth","WirelessNodeConfig.flashBandwidth(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/WirelessNodeConfig-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/WirelessNodeConfig-h-SummaryToolTips.js deleted file mode 100644 index bc791ed35..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/WirelessNodeConfig-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Configuration/WirelessNodeConfig.h",{5869:"
WirelessNodeConfig
Class used for setting the configuration of WirelessNode objects.  Set all the configuration values that you want to change, then verify and apply them to a Node.
",5871:"
WirelessNodeConfig()
Creates a blank WirelessNodeConfig.
",5873:"
boost::optional<WirelessTypes::DefaultMode> m_defaultMode
The WirelessTypes::DefaultMode to set.
",5874:"
boost::optional<uint16> m_inactivityTimeout
The inactivity timeout to set.
",5875:"
boost::optional<uint8> m_checkRadioInterval
The check radio interval to set.
",5876:"
boost::optional<WirelessTypes::TransmitPower> m_transmitPower
The WirelessTypes::TransmitPower to set.
",5877:"
boost::optional<WirelessTypes::SamplingMode> m_samplingMode
The WirelessTypes::SamplingMode to set.
",5878:"
boost::optional<WirelessTypes::WirelessSampleRate> m_sampleRate
The WirelessTypes::WirelessSampleRate to set.
",5879:"
boost::optional<ChannelMask> m_activeChannels
The ChannelMask to set.
",5880:"
boost::optional<uint32> m_numSweeps
The numbers of sweeps to set.
",5881:"
boost::optional<bool> m_unlimitedDuration
The unlimited duration flag to set.
",5882:"
boost::optional<WirelessTypes::DataFormat> m_dataFormat
The WirelessTypes::DataFormat to set.
",5883:"
boost::optional<WirelessTypes::DataCollectionMethod> m_dataCollectionMethod
The WirelessTypes::DataCollectionMethod to set.
",5884:"
boost::optional<TimeSpan> m_timeBetweenBursts
The amount of time between each burst to set.
",5885:"
boost::optional<uint16> m_lostBeaconTimeout
The lost beacon timeout to set.
",5886:"
boost::optional<FatigueOptions> m_fatigueOptions
The FatigueOptions to set.
",5887:"
boost::optional<HistogramOptions> m_histogramOptions
The HistogramOptions to set.
",5888:"
boost::optional<ActivitySense> m_activitySense
The ActivitySense to set.
",5889:"
boost::optional<EventTriggerOptions> m_eventTriggerOptions
The EventTriggerOptions to set.
",5890:"
boost::optional<uint16> m_diagnosticInterval
The interval of the diagnostic packet to set.
",5891:"
boost::optional<WirelessTypes::StorageLimitMode> m_storageLimitMode
The WirelessTypes::StorageLimitMode to set.
",5892:"
boost::optional<uint32> m_sensorDelay
The sensor delay to set.
",5893:"
boost::optional<uint16> m_gaugeResistance
The gauge resistance to set.
",5894:"
boost::optional<WirelessTypes::Voltage> m_excitationVoltage
The WirelessTypes::Voltage to set.
",5895:"
boost::optional<uint16> m_numActiveGauges
The number of active gauges to set.
",5896:"
boost::optional<float> m_lowBatteryThreshold
The low battery threshold to set.
",5897:"
boost::optional<WirelessTypes::DataMode> m_dataMode
The DataMode to set.
",5898:"
boost::optional<WirelessTypes::WirelessSampleRate> m_derivedDataRate
The WirelessTypes::WirelessSampleRate for all Derived Channels to set.
",5899:"
boost::optional<WirelessTypes::DerivedVelocityUnit> m_derivedVelocityUnit
The WirelessTypes::DerivedVelocityUnit to set.
",5900:"
boost::optional<WirelessTypes::CommProtocol> m_commProtocol
The WirelessTypes::CommProtocol to set.
",5901:"
boost::optional<WirelessTypes::SensorOutputMode> m_sensorOutputMode
The WirelessTypes::SensorOutputMode to set.
",5902:"
std::map<WirelessTypes::DerivedCategory, ChannelMask> m_derivedChannelMasks
The map of WirelessTypes::DerivedCategory to ChannelMask to set for Derived Channels\' Masks.
",5903:"
std::map<ChannelMask, WirelessTypes::InputRange> m_inputRanges
The map of ChannelMask to WirelessTypes::InputRange to set.
",5904:"
std::map<ChannelMask, uint16> m_hardwareOffsets
The map of ChannelMask to hardware offsets to set.
",5905:"
std::map<ChannelMask, WirelessTypes::Filter> m_antiAliasingFilters
The map of ChannelMask to anti-aliasing filters to set.
",5906:"
boost::optional<WirelessTypes::ChannelFrequencyClass> m_cfcFilterConfig
The WirelessTypes::ChannelFrequencyClass option to set.
",5907:"
std::map<ChannelMask, WirelessTypes::Filter> m_lowPassFilters
The map of ChannelMask to low-pass filters to set.
",5908:"
std::map<ChannelMask, WirelessTypes::HighPassFilter> m_highPassFilters
The map of ChannelMask to high-pass filters to set.
",5909:"
std::map<ChannelMask, float> m_gaugeFactors
The map of ChannelMask to gauge factors to set.
",5910:"
std::map<ChannelMask, WirelessTypes::SettlingTime> m_settlingTimes
The map of ChannelMask to WirelessTypes::SettlingTime to set.
",5911:"
std::map<ChannelMask, WirelessTypes::ThermocoupleType> m_thermoTypes
The map of ChannelMask to WirelessTypes::ThermocoupleType to set.
",5912:"
std::map<ChannelMask, TempSensorOptions> m_tempSensorOptions
The map of ChannelMask to TempSensorOptions to set.
",5913:"
std::map<ChannelMask, uint16> m_debounceFilters
The map of ChannelMask to Debounce Filters to set.
",5914:"
std::map<ChannelMask, bool> m_pullUpResistors
The map of ChannelMask to Pull-Up Resistor Flags to set.
",5915:"
std::map<ChannelMask, LinearEquation> m_linearEquations
The map of ChannelMask to LinearEquation to set.
",5916:"
std::map<ChannelMask, WirelessTypes::CalCoef_Unit> m_units
The map of ChannelMask to WirelessTypes::CalCoef_Unit to set.
",5917:"
std::map<ChannelMask, WirelessTypes::CalCoef_EquationType> m_equationTypes
The map of ChannelMask to WirelessTypes::CalCoef_EquationType to set.
",5919:"
WirelessTypes::Voltage curExcitationVoltage(
const NodeEepromHelper &eeprom
) const
Gets the excitation voltage currently set, or from the node if not set.
",5920:"
WirelessTypes::TransmitPower curTransmitPower(
const NodeEepromHelper &eeprom
) const
Gets the transmit power currently set, or from the node if not set.
",5921:"
WirelessTypes::CommProtocol curCommProtocol(
const NodeEepromHelper &eeprom
) const
Gets the communication protocol currently set, or from the node if not set.
",5922:"
WirelessTypes::SamplingMode curSamplingMode(
const NodeEepromHelper &eeprom
) const
Gets the sampling mode currently set, or from the node if not set.
",5923:"
WirelessTypes::WirelessSampleRate curSampleRate(
const NodeEepromHelper &eeprom
) const
Gets the sample rate currently set, or from the node if not set.
",5924:"
ChannelMask curActiveChs(
const NodeEepromHelper &eeprom
) const
Gets the active channels currently set, or from the node if not set.
",5925:"
uint32 curNumSweeps(
const NodeEepromHelper &eeprom
) const
Gets the number of sweeps currently set, or from the node if not set.
",5926:"
bool curUnlimitedDuration(
const NodeEepromHelper &eeprom
) const
Gets the unlimited duration flag currently set, or from the node if not set.
",5927:"
WirelessTypes::DataFormat curDataFormat(
const NodeEepromHelper &eeprom
) const
Gets the data format currently set, or from the node if not set.
",5928:"
WirelessTypes::FatigueMode curFatigueMode(
const NodeEepromHelper &eeprom
) const
Gets the fatigue mode currently set, or from the node if not set.
",5929:"
DataModeMask curDataModeMask(
const NodeEepromHelper &eeprom
) const
Gets the DataModeMask currently set, or from the node if not set.
",5930:"
WirelessTypes::WirelessSampleRate curDerivedRate(
const NodeEepromHelper &eeprom
) const
Gets the derived WirelessTypes::WirelessSampleRate currently set, or from the node if not set.
",5931:"
WirelessTypes::DataCollectionMethod curDataCollectionMethod(
const NodeEepromHelper &eeprom
) const
Gets the data collection method currently set, or from the node if not set.
",5932:"
TimeSpan curTimeBetweenBursts(
const NodeEepromHelper &eeprom
) const
Gets the time between bursts currently set, or from the node if not set.
",5933:"
WirelessTypes::SettlingTime curSettlingTime(
const ChannelMask &mask,
const NodeEepromHelper &eeprom
) const
Gets the filter settling time currently set for the given ChannelMask, or from the node if not set.
",5934:"
WirelessTypes::Filter curLowPassFilter(
const ChannelMask &mask,
const NodeEepromHelper &eeprom
) const
Gets the low pass filter currently set for the given ChannelMask, or from the node if not set.
",5935:"
void curEventTriggerDurations(
const NodeEepromHelper &eeprom,
uint32 &pre,
uint32 &post
) const
Gets the event trigger options currently set, or from the node if not set.
",5936:"
BitMask curEventTriggerMask(
const NodeEepromHelper &eeprom
) const
Gets the event trigger mask currently set, or from the node if not set.
",5937:"
LinearEquation curLinearEquation(
const ChannelMask &mask,
const NodeEepromHelper &eeprom
) const
Gets the linear equation currently set for the given ChannelMask, or from the node if not set.
",5938:"
ChannelMask curDerivedMask(
WirelessTypes::DerivedCategory category,
const NodeEepromHelper &eeprom
) const
Gets the derived ChannelMask currently set for the given WirelessTypes::DerivedCategory
",5939:"
WirelessTypes::DerivedChannelMasks curDerivedChannelMasks(
const NodeEepromHelper &eeprom,
const NodeFeatures &features
) const
Gets the WirelessTypes::DerivedChannelMasks for all supported derived channel types.
",5940:"
bool isDerivedChannelEnabled(
WirelessTypes::DerivedCategory category,
const NodeEepromHelper &eeprom,
const NodeFeatures &features
) const
Checks whether any channels are enabled for the WirelessTypes::DerivedCategory.  This first checks the config object, and the Node if not set in the config object.
",5941:"
bool findGroupWithChannelAndSetting(
const ChannelMask &mask,
WirelessTypes::ChannelGroupSetting setting,
const NodeFeatures &features,
ChannelGroup &foundGroup
) const
Attempts to find any of the Node\'s channel groups that support the specified setting, and include at least one of the channels in the specified channel mask.
",5942:"
template<typename T> void checkValue(
const boost::optional<T> &opt,
const std::string &valueName
) const
Throws an exception if an optional value isn\'t set.
",5943:"
template<typename T> bool isSet(
const boost::optional<T> &opt
) const
Checks whether the optional value is set.
",5944:"
template<typename T> bool isSet(
const std::map<ChannelMask, T> &map,
const ChannelMask &mask
) const
Checks whether a value is set in the ChannelMask option map for the given ChannelMask.
",5945:"
template<typename T> bool isAnySet(
const std::map<ChannelMask, T> &map
) const
Checks whether there are any values set in the ChannelMask option map.
",5946:"
template<typename T> const T& getChannelMapVal(
const std::map<ChannelMask, T> &map,
const ChannelMask &mask,
const std::string &valueName
) const
Returns the value in the given map for the provided channel mask, and throws an exception if not found.
",5947:"
template<typename T> void setChannelMapVal(
std::map<ChannelMask, T> &map,
const ChannelMask &mask,
T value
)
Sets the value in the given map for the provided channel mask.  This will update it if it already exists, and add an item to the map if it does not.
",5948:"
bool verifySupported(
const NodeFeatures &features,
const NodeEepromHelper &eeprom,
ConfigIssues &outIssues
) const
Checks whether all the configuration values are supported by the node.
",5949:"
bool verifyConflicts(
const NodeFeatures &features,
const NodeEepromHelper &eeprom,
ConfigIssues &outIssues
) const
Checks whether configuration values conflict with each other.  If any of the config values that need to be checked aren\'t currently set, they will be read from the Node for verification.
",5950:"
static ConfigIssue::ConfigOption findDerivedMaskConfigIssue(
WirelessTypes::DerivedCategory category
)
Finds the ConfigIssue::ConfigOption for the provided WirelessTypes::DerivedCategory.
",5951:"
static bool isSyncSamplingMode(
WirelessTypes::SamplingMode mode
)
Checks if the given mode is a sync mode.
",5952:"
void apply(
const NodeFeatures &features,
NodeEepromHelper &eeprom
) const
Writes all of the configuration values that are set to a WirelessNode.
",5953:"
bool verify(
const NodeFeatures &features,
const NodeEepromHelper &eeprom,
ConfigIssues &outIssues
) const
Checks whether the current settings are ok to be written to a given WirelessNode.
",5954:"
WirelessTypes::DefaultMode defaultMode() const
Gets the WirelessTypes::DefaultMode value in this Config object, if set.
",5955:"
void defaultMode(
WirelessTypes::DefaultMode mode
)
Sets the WirelessTypes::DefaultMode value in this Config object.
",5956:"
uint16 inactivityTimeout() const
Gets the user inactivity timeout value in this Config object, if set.
",5957:"
void inactivityTimeout(
uint16 timeout
)
Sets the user inactivity timeout value in this Config object.  This controls how many seconds before the Node goes to sleep when idle. (min of 5 seconds) Note: A value of 65535 (0xFFFF) disables the inactivity timeout so that the Node never goes to sleep.
",5958:"
uint8 checkRadioInterval() const
Gets the check radio interval value in this Config object, if set.
",5959:"
void checkRadioInterval(
uint8 interval
)
Sets the check radio interval value (in seconds) in this Config object.  This controls how often the Node wakes up from sleep to check for commands.
",5960:"
WirelessTypes::TransmitPower transmitPower() const
Gets the WirelessTypes::TransmitPower value in this Config object, if set.
",5961:"
void transmitPower(
WirelessTypes::TransmitPower power
)
Sets the WirelessTypes::TransmitPower value in this Config object.
",5962:"
WirelessTypes::SamplingMode samplingMode() const
Gets the WirelessTypes::SamplingMode value in this Config object, if set.
",5963:"
void samplingMode(
WirelessTypes::SamplingMode mode
)
Sets the WirelessTypes::SamplingMode value in this Config object.
",5964:"
WirelessTypes::WirelessSampleRate sampleRate() const
Gets the WirelessTypes::WirelessSampleRate value in this Config object, if set.
",5965:"
void sampleRate(
WirelessTypes::WirelessSampleRate rate
)
Sets the WirelessTypes::WirelessSampleRate value in this Config object.
",5966:"
ChannelMask activeChannels() const
Gets the ChannelMask value in this Config object, if set.
",5967:"
void activeChannels(
const ChannelMask &channels
)
Sets the ChannelMask value in this Config object.
",5968:"
uint32 numSweeps() const
Gets the number of sweeps value in this Config object, if set.
",5969:"
void numSweeps(
uint32 sweeps
)
Sets the number of sweeps value in this Config object.  This affects the duration of sampling if unlimited duration is disabled, or the duration of each burst if the sampling mode is Sync Sampling Burst.  Note: The number of sweeps should be normalized before it is set, using NodeFeatures::normalizeNumSweeps.
",5970:"
bool unlimitedDuration() const
Gets the value of the unlimited duration flag in this Config object, if set.
",5971:"
void unlimitedDuration(
bool enable
)
Sets the value of the unlimited duration flag in this Config object.
",5972:"
WirelessTypes::DataFormat dataFormat() const
Gets the WirelessTypes::DataFormat value in this Config object, if set.
",5973:"
void dataFormat(
WirelessTypes::DataFormat format
)
Sets the WirelessTypes::DataFormat in this Config object.
",5974:"
WirelessTypes::DataCollectionMethod dataCollectionMethod() const
Gets the WirelessTypes::DataCollectionMethod value in this Config object, if set.
",5975:"
void dataCollectionMethod(
WirelessTypes::DataCollectionMethod method
)
Sets the WirelessTypes::DataCollectionMethod in this Config object, representing how the data will be collected.  Note: this has no affect if the sampling mode is Armed Datalogging, as this mode only operates in "log only".
",5976:"
TimeSpan timeBetweenBursts() const
Gets the amount of time between each burst value in this Config object, if set.
",5977:"
void timeBetweenBursts(
const TimeSpan &time
)
Sets the amount of time between each burst in this Config object.  Note: This value should be normalized before it is set, using NodeFeatures::normalizeTimeBetweenBursts.
",5978:"
uint16 lostBeaconTimeout() const
Gets the lost beacon timeout in this Config object, if set.
",5979:"
void lostBeaconTimeout(
uint16 minutes
)
Sets the lost beacon timeout in this Config object.  Note: This value should be within NodeFeatures::minLostBeaconTimeout and NodeFeatures::maxLostBeaconTimeout.  Note: A value of 0 disables the lost beacon timeout.
",5980:"
bool pullUpResistor(
const ChannelMask &mask
) const
Gets the Pull-up Resistor flag in this Config object, if set.
",5981:"
void pullUpResistor(
const ChannelMask &mask,
bool enable
)
Sets the Pull-up resistor flag in this Config object.
",5982:"
WirelessTypes::InputRange inputRange(
const ChannelMask &mask
) const
Gets the WirelessTypes::InputRange for the given ChannelMask in this Config object, if set.
",5983:"
void inputRange(
const ChannelMask &mask,
WirelessTypes::InputRange range
)
Sets the input range for the given ChannelMask in this Config object.
",5984:"
uint16 hardwareOffset(
const ChannelMask &mask
) const
Gets the hardware offset for the given ChannelMask in this Config object, if set.
",5985:"
void hardwareOffset(
const ChannelMask &mask,
uint16 offset
)
Sets the hardware offset for the given ChannelMask in this Config object.
",5986:"
WirelessTypes::Filter antiAliasingFilter(
const ChannelMask &mask
) const
Gets the anti-aliasing WirelessTypes::Filter for the given ChannelMask in this Config object, if set.
",5987:"
void antiAliasingFilter(
const ChannelMask &mask,
WirelessTypes::Filter filter
)
Sets the anti-aliasing filter for the given ChannelMask in this Config object.
",5988:"
WirelessTypes::ChannelFrequencyClass cfcFilterConfig() const
Gets the WirelessTypes::ChannelFrequencyClass in this Config object, if set.
",5989:"
void cfcFilterConfig(
WirelessTypes::ChannelFrequencyClass cfc
)
Sets the channel frequency class filter in this Config object.
",5990:"
WirelessTypes::Filter lowPassFilter(
const ChannelMask &mask
) const
Gets the low pass WirelessTypes::Filter for the given ChannelMask in this Config object, if set.
",5991:"
void lowPassFilter(
const ChannelMask &mask,
WirelessTypes::Filter filter
)
Sets the low-pass filter for the given ChannelMask in this Config object.
",5992:"
WirelessTypes::HighPassFilter highPassFilter(
const ChannelMask &mask
) const
Gets the WirelessTypes::HighPassFilter for the given ChannelMask in this Config object, if set.
",5993:"
void highPassFilter(
const ChannelMask &mask,
WirelessTypes::HighPassFilter filter
)
Sets the high-pass filter for the given ChannelMask in this Config object.
",5994:"
float gaugeFactor(
const ChannelMask &mask
) const
Gets the gauge factor for the given ChannelMask in this Config object, if set.
",5995:"
void gaugeFactor(
const ChannelMask &mask,
float factor
)
Sets the gauge Factor for the given ChannelMask in this Config object.
",5996:"
uint16 gaugeResistance() const
Gets the gauge resistance in this Config object, if set.
",5997:"
void gaugeResistance(
uint16 resistance
)
Sets the gauge resistance in this Config object.
",5998:"
WirelessTypes::Voltage excitationVoltage() const
Gets the Excitation WirelessTypes::Voltage in this Config object, if set.
",5999:"
void excitationVoltage(
WirelessTypes::Voltage voltage
)
Sets the excitation voltage in this Config object.
",6000:"
uint16 numActiveGauges() const
Gets the number of active gauges in this Config object, if set.
",6001:"
void numActiveGauges(
uint16 numGauges
)
Sets the number of active gauges in this Config object.
",6002:"
float lowBatteryThreshold() const
Gets the low battery threshold in this Config object, if set.
",6003:"
void lowBatteryThreshold(
float voltage
)
Sets the low battery threshold in this Config object.
",6004:"
const LinearEquation& linearEquation(
const ChannelMask &mask
) const
Gets the LinearEquation for the given ChannelMask in this Config object, if set.
",6005:"
void linearEquation(
const ChannelMask &mask,
const LinearEquation &linearEquation
)
Sets the LinearEquation for the given ChannelMask in this Config object.
",6006:"
WirelessTypes::CalCoef_Unit unit(
const ChannelMask &mask
) const
Gets the WirelessTypes::CalCoef_Unit for the given ChannelMask in this Config object, if set.
",6007:"
void unit(
const ChannelMask &mask,
WirelessTypes::CalCoef_Unit unit
)
Sets the WirelessTypes::CalCoef_Unit for the given ChannelMask in this Config object.
",6008:"
WirelessTypes::CalCoef_EquationType equationType(
const ChannelMask &mask
) const
Gets the WirelessTypes::CalCoef_EquationType for the given ChannelMask in this Config object, if set.
",6009:"
void equationType(
const ChannelMask &mask,
WirelessTypes::CalCoef_EquationType equation
)
Sets the WirelessTypes::CalCoef_EquationType for the given ChannelMask in this Config object.
",6010:"
WirelessTypes::SettlingTime filterSettlingTime(
const ChannelMask &mask
) const
Gets the WirelessTypes::SettlingTime for the given ChannelMask in this Config object, if set.
",6011:"
void filterSettlingTime(
const ChannelMask &mask,
WirelessTypes::SettlingTime settlingTime
)
Sets the WirelessTypes::SettlingTime for the given ChannelMask in this Config object.
",6012:"
WirelessTypes::ThermocoupleType thermocoupleType(
const ChannelMask &mask
) const
Gets the WirelessTypes::ThermocoupleType for the given ChannelMask in this Config object, if set.
",6013:"
void thermocoupleType(
const ChannelMask &mask,
WirelessTypes::ThermocoupleType type
)
Sets the WirelessTypes::ThermocoupleType for the given ChannelMask in this Config object.
",6014:"
TempSensorOptions tempSensorOptions(
const ChannelMask &mask
) const
Gets the TempSensorOptions for the given ChannelMask in this Config object, if set.
",6015:"
void tempSensorOptions(
const ChannelMask &mask,
const TempSensorOptions &options
)
Sets the TempSensorOptions for the given ChannelMask in this Config object.
",6016:"
uint16 debounceFilter(
const ChannelMask &mask
) const
Gets the Debounce Filter for the given ChannelMask in this Config object, if set.
",6017:"
void debounceFilter(
const ChannelMask &mask,
uint16 milliseconds
)
Sets the Debounce Filter for the given ChannelMask in this Config object.  Note: The accepted range is 0 - 250ms. Any values outside that range will be truncated before being applied.
",6018:"
const FatigueOptions& fatigueOptions() const
Gets the FatigueOptions currently set in this Config object.
",6019:"
void fatigueOptions(
const FatigueOptions &fatigueOpts
)
Sets the FatigueOptions in this Config object.
",6020:"
const HistogramOptions& histogramOptions() const
Gets the HistogramOptions currently set in this Config object.
",6021:"
void histogramOptions(
const HistogramOptions &histogramOpts
)
Sets the HistogramOptions in this Config object.
",6022:"
const ActivitySense& activitySense() const
Gets the ActivitySense currently set in this Config object.
",6023:"
void activitySense(
const ActivitySense &activitySenseOpts
)
Sets the ActivitySense in this Config object.
",6024:"
const EventTriggerOptions& eventTriggerOptions() const
Gets the EventTriggerOptions currently set in this Config object.
",6025:"
void eventTriggerOptions(
const EventTriggerOptions &eventTriggerOpts
)
Sets the EventTriggerOptions in this Config object.
",6026:"
uint16 diagnosticInterval() const
Gets the diagnostic info interval (in seconds) currently set in this Config object.  A value of 0 is disabled.
",6027:"
void diagnosticInterval(
uint16 interval
)
Sets the diagnostic info interval (in seconds) in this Config object.  A value of 0 disables the diagnostic info.
",6028:"
WirelessTypes::StorageLimitMode storageLimitMode() const
Gets the WirelessTypes::StorageLimitMode currently set in this Config object.
",6029:"
void storageLimitMode(
WirelessTypes::StorageLimitMode mode
)
Sets the WirelessTypes::StorageLimitMode in this Config object.
",6030:"
uint32 sensorDelay() const
Gets the sensor delay (in microseconds) currently set in this Config object.  Note: A value of <WirelessNodeConfig::SENSOR_DELAY_ALWAYS_ON> indicates that the sensor is always on.
",6031:"
void sensorDelay(
uint32 delay
)
Sets the sensor delay (in microseconds) in this Config object.  Note: Use a value of <WirelessNodeConfig::SENSOR_DELAY_ALWAYS_ON> to set the sensor always on.
",6032:"
WirelessTypes::DataMode dataMode() const
Gets the WirelessTypes::DataMode currently set in this Config object.
",6033:"
void dataMode(
WirelessTypes::DataMode mode
)
Sets the WirelessTypes::DataMode in this Config object.
",6034:"
WirelessTypes::WirelessSampleRate derivedDataRate() const
Gets the WirelessTypes::WirelessSampleRate for the Derived Channels currently set in this Config object.
",6035:"
void derivedDataRate(
WirelessTypes::WirelessSampleRate rate
)
Sets the WirelessTypes::WirelessSampleRate for the Derived Channels in this Config object.
",6036:"
ChannelMask derivedChannelMask(
WirelessTypes::DerivedCategory category
) const
Gets the ChannelMask for a specified WirelessTypes::DerivedCategory currently set in this Config object.
",6037:"
void derivedChannelMask(
WirelessTypes::DerivedCategory category,
const ChannelMask &mask
)
Sets the ChannelMask for a specified WirelessTypes::DerivedCategory in this Config object.
",6038:"
WirelessTypes::DerivedVelocityUnit derivedVelocityUnit() const
Gets the WirelessTypes::DerivedVelocityUnit currently set in this Config object.
",6039:"
void derivedVelocityUnit(
WirelessTypes::DerivedVelocityUnit unit
)
Sets the WirelessTypes::DerivedVelocityUnit in this Config object.
",6040:"
WirelessTypes::CommProtocol communicationProtocol() const
Gets the WirelessTypes::CommProtocol currently set in this Config object.
",6041:"
void communicationProtocol(
WirelessTypes::CommProtocol commProtocol
)
Sets the WirelessTypes::CommProtocol in this Config object.
",6042:"
WirelessTypes::SensorOutputMode sensorOutputMode() const
Gets the WirelessTypes::SensorOutputMode currently set in this Config object.
",6043:"
void sensorOutputMode(
WirelessTypes::SensorOutputMode mode
)
Sets the WirelessTypes::SensorOutputMode in this Config object.
",6044:"
static float flashBandwidth(
WirelessTypes::WirelessSampleRate rawSampleRate,
WirelessTypes::DataFormat dataFormat,
uint8 numRawChannels,
uint32 derivedBytesPerSweep,
WirelessTypes::WirelessSampleRate derivedRate
)
Gets the flash bandwidth that is used by the provided settings.
",6045:"
static float flashBandwidth_burst(
WirelessTypes::WirelessSampleRate rawSampleRate,
WirelessTypes::DataFormat dataFormat,
uint8 numRawChannels,
uint32 derivedBytesPerSweep,
uint32 numSweeps,
const TimeSpan &timeBetweenBursts
)
Gets the flash bandwidth that is used by the provided settings.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/WirelessNodeConfig-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/WirelessNodeConfig-h-ToolTips.js deleted file mode 100644 index 0c95d1b6e..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/WirelessNodeConfig-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6032:"
WirelessTypes::DataMode dataMode() const
Gets the WirelessTypes::DataMode currently set in this Config object.
",6074:"
TempSensorOptions
Options to adjust the temperature sensor for a WirelessNode.
",6114:"
NodeEepromHelper
A helper class for reading and writing to a Wireless Node\'s Eeprom.  This class provides eeprom specific parsing so that high-level objects can be converted to their low-level eeprom value equivelent and vice-versa.
",6555:"
HistogramOptions
Contains all of the Histogram options that can be configured for a WirelessNode.
",6582:"
FatigueOptions
Contains all of the fatigue options that can be configured for a WirelessNode.
",6635:"
EventTriggerOptions
Contains all of the Event Trigger options that can be configured for a WirelessNode.
",6672:"
DataModeMask
Helper class for the DataMode bitmask used in Node Eeproms.
",6683:"
ConfigIssue
Holds information on a specific configuration issue.
",6685:"
Configuration Options for Wireless Nodes and BaseStations that can be issues.
",6840:"
ActivitySense
Contains all of the ActivitySense options that can be configured for a WirelessNode.  Activity Sense is a power saving feature that allows a Node to be in a low-power state when no activity is suspected, and then immediately jump to its normal sampling state when a certain activity threshold is reached.
",7041:"
ChannelGroup
Represents a group of channels that have combined settings.
",7396:"
NodeFeatures
Contains information on which features are supported by a WirelessNode.
",7411:"
uint32 normalizeNumSweeps(
uint32 sweeps
) const
Normalizes the number of sweeps so that it is within range and a multiple of 100 (rounds up to next multiple).
",7412:"
TimeSpan normalizeTimeBetweenBursts(
const TimeSpan &time
) const
Normalizes a TimeSpan so that it is within an acceptable range for setting the timeBetweenBursts.  A valid range is between 1 second and 24 hours. Seconds above 32767 will be rounded to minutes.  When setting the time between bursts, you should also call minTimeBetweenBursts and verify it is greater than this.
",7487:"
virtual uint16 minLostBeaconTimeout() const
Gets the minimum lost beacon timeout (in minutes) that is supported.  Note: A value of 0 disable the lost beacon timeout.
",7488:"
virtual uint16 maxLostBeaconTimeout() const
Gets the maximum lost beacon timeout (in minutes) that is supported.
",7905:"
WirelessNode
A class representing a MicroStrain wireless node
",7959:"
void applyConfig(
const WirelessNodeConfig &config
)
Applies a WirelessNodeConfig to the Node.  Note: This applies all options that have been set in the WirelessNodeConfig.  Before applying, the options will be validated. It is recommended that you perform this validation yourself first by using verifyConfig.
",8574:"
Represents the types of data collection methods that can be performed on the Node.
",8594:"
Represents the types of data formats that Nodes can be configured to send when sampling.
",8604:"
Represents the types of sampling modes the Node can be in.
",8611:"
Represents the types of default modes the Node can have.  This is the mode the Node starts in, as well as the mode the node goes into after an inactivity timeout.
",8635:"
Represents the transmit powers that can be used for Wireless Devices.
",8655:"
Represents the equation types that can be used for calibration coefficients on Wireless Nodes.
",8658:"
Represents the unit types that can be used for calibration coefficients on Wireless Nodes.
",8782:"
Represents the settling times used for thermocouple and voltage inputs on some Wireless Nodes.
",8799:"
Represents the thermocouple types supported by some Wireless Nodes.
",8830:"
The possible sample rates that are available for Wireless Nodes.
",8898:"
The possible settings for ChannelGroups.
",8945:"
The different modes a Fatigue Node can operate in.
",8952:"
The filter options (used for anti-aliasing and low-pass filter)
",8989:"
The high pass filter options.
",8992:"
The channel frequency class filter options.
",8996:"
The options available for configuring what happens when the storage limit is reached when logging to a Node.
",8999:"
The options available for input range on supported Nodes.
",9136:"
Available Data Modes.
",9141:"
Available Derived Channel Categories for configuration.
",9154:"
The options that can be configured for the velocity derived channel.
",9155:"
Available Communication Protocol types.
",9158:"
Available Voltages.
",9168:"
Available Sensor Output Modes.
",9185:"
Typedef for a map of <DerivedChannelOption> to ChannelMask pairs.
",9478:"
ChannelMask
Represents the channel mask (active and inactive channels) for a WirelessNode.
",9881:"
LinearEquation
Represents a linear equation (y = mx + b).
",10328:"
TimeSpan
Represents a range of time
",10425:"
BitMask
Represents a bitmask.
",10457:"
Error_NoData
There is no data available to be accessed
",10472:"
Error_NodeCommunication
The exception for failing to communicate with a WirelessNode.
",10479:"
Error_Connection
The generic connection exception.
",10511:"
Error_InvalidNodeConfig
The Configuration for a WirelessNode is invalid.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/WirelessNodeConfig-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/WirelessNodeConfig-h.html deleted file mode 100644 index 06e7a481d..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Configuration/WirelessNodeConfig-h.html +++ /dev/null @@ -1,1067 +0,0 @@ - - -WirelessNodeConfig.h - - - - - - - -
-
WirelessNodeConfig
-
WirelessNodeConfig
-

Class used for setting the configuration of WirelessNode objects.  Set all the configuration values that you want to change, then verify and apply them to a Node.

See also: WirelessNode::applyConfig

-
- -
-
Functions
-
- -
-
WirelessNodeConfig
-
WirelessNodeConfig()
-

Creates a blank WirelessNodeConfig.

-
- -
-
Variables
-
- -
-
m_defaultMode
-
boost::optional<WirelessTypes::DefaultMode> m_defaultMode
-

The WirelessTypes::DefaultMode to set.

-
- -
-
m_inactivityTimeout
-
boost::optional<uint16> m_inactivityTimeout
-

The inactivity timeout to set.

-
- -
-
m_checkRadioInterval
-
boost::optional<uint8> m_checkRadioInterval
-

The check radio interval to set.

-
- -
-
m_transmitPower
-
boost::optional<WirelessTypes::TransmitPower> m_transmitPower
-

The WirelessTypes::TransmitPower to set.

-
- -
-
m_samplingMode
-
boost::optional<WirelessTypes::SamplingMode> m_samplingMode
-

The WirelessTypes::SamplingMode to set.

-
- -
-
m_sampleRate
-
boost::optional<WirelessTypes::WirelessSampleRate> m_sampleRate
-

The WirelessTypes::WirelessSampleRate to set.

-
- -
-
m_activeChannels
-
boost::optional<ChannelMask> m_activeChannels
-

The ChannelMask to set.

-
- -
-
m_numSweeps
-
boost::optional<uint32> m_numSweeps
-

The numbers of sweeps to set.

-
- -
-
m_unlimitedDuration
-
boost::optional<bool> m_unlimitedDuration
-

The unlimited duration flag to set.

-
- -
-
m_dataFormat
-
boost::optional<WirelessTypes::DataFormat> m_dataFormat
-

The WirelessTypes::DataFormat to set.

-
- -
-
m_dataCollectionMethod
-
boost::optional<WirelessTypes::DataCollectionMethod> m_dataCollectionMethod
-

The WirelessTypes::DataCollectionMethod to set.

-
- -
-
m_timeBetweenBursts
-
boost::optional<TimeSpan> m_timeBetweenBursts
-

The amount of time between each burst to set.

-
- -
-
m_lostBeaconTimeout
-
boost::optional<uint16> m_lostBeaconTimeout
-

The lost beacon timeout to set.

-
- -
-
m_fatigueOptions
-
boost::optional<FatigueOptions> m_fatigueOptions
-

The FatigueOptions to set.

-
- -
-
m_histogramOptions
-
boost::optional<HistogramOptions> m_histogramOptions
-

The HistogramOptions to set.

-
- -
-
m_activitySense
-
boost::optional<ActivitySense> m_activitySense
-

The ActivitySense to set.

-
- -
-
m_eventTriggerOptions
-
boost::optional<EventTriggerOptions> m_eventTriggerOptions
-

The EventTriggerOptions to set.

-
- -
-
m_diagnosticInterval
-
boost::optional<uint16> m_diagnosticInterval
-

The interval of the diagnostic packet to set.

-
- -
-
m_storageLimitMode
-
boost::optional<WirelessTypes::StorageLimitMode> m_storageLimitMode
-

The WirelessTypes::StorageLimitMode to set.

-
- -
-
m_sensorDelay
-
boost::optional<uint32> m_sensorDelay
-

The sensor delay to set.

-
- -
-
m_gaugeResistance
-
boost::optional<uint16> m_gaugeResistance
-

The gauge resistance to set.

-
- -
-
m_excitationVoltage
-
boost::optional<WirelessTypes::Voltage> m_excitationVoltage
-

The WirelessTypes::Voltage to set.

-
- -
-
m_numActiveGauges
-
boost::optional<uint16> m_numActiveGauges
-

The number of active gauges to set.

-
- -
-
m_lowBatteryThreshold
-
boost::optional<float> m_lowBatteryThreshold
-

The low battery threshold to set.

-
- -
-
m_dataMode
-
boost::optional<WirelessTypes::DataMode> m_dataMode
-

The DataMode to set.

-
- -
-
m_derivedDataRate
-
boost::optional<WirelessTypes::WirelessSampleRate> m_derivedDataRate
-

The WirelessTypes::WirelessSampleRate for all Derived Channels to set.

-
- -
-
m_derivedVelocityUnit
-
boost::optional<WirelessTypes::DerivedVelocityUnit> m_derivedVelocityUnit
-

The WirelessTypes::DerivedVelocityUnit to set.

-
- -
-
m_commProtocol
-
boost::optional<WirelessTypes::CommProtocol> m_commProtocol
-

The WirelessTypes::CommProtocol to set.

-
- -
-
m_sensorOutputMode
-
boost::optional<WirelessTypes::SensorOutputMode> m_sensorOutputMode
-

The WirelessTypes::SensorOutputMode to set.

-
- -
-
m_derivedChannelMasks
-
std::map<WirelessTypes::DerivedCategory, ChannelMask> m_derivedChannelMasks
-

The map of WirelessTypes::DerivedCategory to ChannelMask to set for Derived Channels' Masks.

-
- -
-
m_inputRanges
-
std::map<ChannelMask, WirelessTypes::InputRange> m_inputRanges
-

The map of ChannelMask to WirelessTypes::InputRange to set.

-
- -
-
m_hardwareOffsets
-
std::map<ChannelMask, uint16> m_hardwareOffsets
-

The map of ChannelMask to hardware offsets to set.

-
- -
-
m_antiAliasingFilters
-
std::map<ChannelMask, WirelessTypes::Filter> m_antiAliasingFilters
-

The map of ChannelMask to anti-aliasing filters to set.

-
- -
-
m_cfcFilterConfig
-
boost::optional<WirelessTypes::ChannelFrequencyClass> m_cfcFilterConfig
-

The WirelessTypes::ChannelFrequencyClass option to set.

-
- -
-
m_lowPassFilters
-
std::map<ChannelMask, WirelessTypes::Filter> m_lowPassFilters
-

The map of ChannelMask to low-pass filters to set.

-
- -
-
m_highPassFilters
-
std::map<ChannelMask, WirelessTypes::HighPassFilter> m_highPassFilters
-

The map of ChannelMask to high-pass filters to set.

-
- -
-
m_gaugeFactors
-
std::map<ChannelMask, float> m_gaugeFactors
-

The map of ChannelMask to gauge factors to set.

-
- -
-
m_settlingTimes
-
std::map<ChannelMask, WirelessTypes::SettlingTime> m_settlingTimes
-

The map of ChannelMask to WirelessTypes::SettlingTime to set.

-
- -
-
m_thermoTypes
- -

The map of ChannelMask to WirelessTypes::ThermocoupleType to set.

-
- -
-
m_tempSensorOptions
-
std::map<ChannelMask, TempSensorOptions> m_tempSensorOptions
-

The map of ChannelMask to TempSensorOptions to set.

-
- -
-
m_debounceFilters
-
std::map<ChannelMask, uint16> m_debounceFilters
-

The map of ChannelMask to Debounce Filters to set.

-
- -
-
m_pullUpResistors
-
std::map<ChannelMask, bool> m_pullUpResistors
-

The map of ChannelMask to Pull-Up Resistor Flags to set.

-
- -
-
m_linearEquations
-
std::map<ChannelMask, LinearEquation> m_linearEquations
-

The map of ChannelMask to LinearEquation to set.

-
- -
-
m_units
- -

The map of ChannelMask to WirelessTypes::CalCoef_Unit to set.

-
- -
-
m_equationTypes
- -

The map of ChannelMask to WirelessTypes::CalCoef_EquationType to set.

-
- -
-
Functions
-
- -
-
curExcitationVoltage
-
WirelessTypes::Voltage curExcitationVoltage(
const NodeEepromHelper &eeprom
) const
-

Gets the excitation voltage currently set, or from the node if not set.

-
- -
-
curTransmitPower
-
WirelessTypes::TransmitPower curTransmitPower(
const NodeEepromHelper &eeprom
) const
-

Gets the transmit power currently set, or from the node if not set.

-
- -
-
curCommProtocol
-
WirelessTypes::CommProtocol curCommProtocol(
const NodeEepromHelper &eeprom
) const
-

Gets the communication protocol currently set, or from the node if not set.

-
- -
-
curSamplingMode
-
WirelessTypes::SamplingMode curSamplingMode(
const NodeEepromHelper &eeprom
) const
-

Gets the sampling mode currently set, or from the node if not set.

-
- -
-
curSampleRate
-
WirelessTypes::WirelessSampleRate curSampleRate(
const NodeEepromHelper &eeprom
) const
-

Gets the sample rate currently set, or from the node if not set.

-
- -
-
curActiveChs
-
ChannelMask curActiveChs(
const NodeEepromHelper &eeprom
) const
-

Gets the active channels currently set, or from the node if not set.

-
- -
-
curNumSweeps
-
uint32 curNumSweeps(
const NodeEepromHelper &eeprom
) const
-

Gets the number of sweeps currently set, or from the node if not set.

-
- -
-
curUnlimitedDuration
-
bool curUnlimitedDuration(
const NodeEepromHelper &eeprom
) const
-

Gets the unlimited duration flag currently set, or from the node if not set.

-
- -
-
curDataFormat
-
WirelessTypes::DataFormat curDataFormat(
const NodeEepromHelper &eeprom
) const
-

Gets the data format currently set, or from the node if not set.

-
- -
-
curFatigueMode
-
WirelessTypes::FatigueMode curFatigueMode(
const NodeEepromHelper &eeprom
) const
-

Gets the fatigue mode currently set, or from the node if not set.

-
- -
-
curDataModeMask
-
DataModeMask curDataModeMask(
const NodeEepromHelper &eeprom
) const
-

Gets the DataModeMask currently set, or from the node if not set.

-
- -
-
curDerivedRate
-
WirelessTypes::WirelessSampleRate curDerivedRate(
const NodeEepromHelper &eeprom
) const
-

Gets the derived WirelessTypes::WirelessSampleRate currently set, or from the node if not set.

-
- -
-
curDataCollectionMethod
-
WirelessTypes::DataCollectionMethod curDataCollectionMethod(
const NodeEepromHelper &eeprom
) const
-

Gets the data collection method currently set, or from the node if not set.

-
- -
-
curTimeBetweenBursts
-
TimeSpan curTimeBetweenBursts(
const NodeEepromHelper &eeprom
) const
-

Gets the time between bursts currently set, or from the node if not set.

-
- -
-
curSettlingTime
-
WirelessTypes::SettlingTime curSettlingTime(
const ChannelMask &mask,
const NodeEepromHelper &eeprom
) const
-

Gets the filter settling time currently set for the given ChannelMask, or from the node if not set.

-
- -
-
curLowPassFilter
-
WirelessTypes::Filter curLowPassFilter(
const ChannelMask &mask,
const NodeEepromHelper &eeprom
) const
-

Gets the low pass filter currently set for the given ChannelMask, or from the node if not set.

-
- -
-
curEventTriggerDuration
-
void curEventTriggerDurations(
const NodeEepromHelper &eeprom,
uint32 &pre,
uint32 &post
) const
-

Gets the event trigger options currently set, or from the node if not set.

-
- -
-
curEventTriggerMask
-
BitMask curEventTriggerMask(
const NodeEepromHelper &eeprom
) const
-

Gets the event trigger mask currently set, or from the node if not set.

-
- -
-
curLinearEquation
-
LinearEquation curLinearEquation(
const ChannelMask &mask,
const NodeEepromHelper &eeprom
) const
-

Gets the linear equation currently set for the given ChannelMask, or from the node if not set.

-
- -
-
curDerivedMask
-
ChannelMask curDerivedMask(
WirelessTypes::DerivedCategory category,
const NodeEepromHelper &eeprom
) const
-

Gets the derived ChannelMask currently set for the given WirelessTypes::DerivedCategory

-
- -
-
curDerivedChannelMasks
-
WirelessTypes::DerivedChannelMasks curDerivedChannelMasks(
const NodeEepromHelper &eeprom,
const NodeFeatures &features
) const
-

Gets the WirelessTypes::DerivedChannelMasks for all supported derived channel types.

-
- -
-
isDerivedChannelEnabled
-
bool isDerivedChannelEnabled(
WirelessTypes::DerivedCategory category,
const NodeEepromHelper &eeprom,
const NodeFeatures &features
) const
-

Checks whether any channels are enabled for the WirelessTypes::DerivedCategory.  This first checks the config object, and the Node if not set in the config object.

-
- -
-
findGroupWithChannelAndSetting
-
bool findGroupWithChannelAndSetting(
const ChannelMask &mask,
WirelessTypes::ChannelGroupSetting setting,
const NodeFeatures &features,
ChannelGroup &foundGroup
) const
-

Attempts to find any of the Node's channel groups that support the specified setting, and include at least one of the channels in the specified channel mask.

Parameters
mask
const ChannelMask&

The ChannelMask to match channels for (if any of the Node's channel groups have at least 1 of the same channels).

setting
WirelessTypes::ChannelGroupSetting

The WirelessTypes::ChannelGroupSetting to look for (if any of the Node's channel groups have this setting).

features
const NodeFeatures&

The NodeFeatures to use for searching through channel groups.

foundGroup
ChannelGroup&

The ChannelGroup result if one is found that matches.

Returns

true if a channel group was found that had the setting, and included as least one of the channel in the mask, false otherwise.

-
- -
-
checkValue
-
template<typename T> void checkValue(
const boost::optional<T> &opt,
const std::string &valueName
) const
-

Throws an exception if an optional value isn't set.

Parameters
opt
const boost::optional<T>&

The boost::optional value to check if it is set.

valueName
const std::string&

The name of the value being checked. This will be included in the exception description if not set.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
isSet
-
template<typename T> bool isSet(
const boost::optional<T> &opt
) const
-

Checks whether the optional value is set.

Parameters
opt
const boost::optional<T>&

The boost::optional value to check if it is set.

Returns

true if the value is set, false if it is not set.

-
- -
-
isSet
-
template<typename T> bool isSet(
const std::map<ChannelMask, T> &map,
const ChannelMask &mask
) const
-

Checks whether a value is set in the ChannelMask option map for the given ChannelMask.

Parameters
val

The map to check if any values are set within.

Returns

true if the map contains at least 1 setting, false if it is empty.

-
- -
-
isAnySet
-
template<typename T> bool isAnySet(
const std::map<ChannelMask, T> &map
) const
-

Checks whether there are any values set in the ChannelMask option map.

Parameters
map
const std::map<ChannelMask, T>&

The map to check if any values are set within.

Returns

true if the map contains at least 1 setting, false if it is empty.

-
- -
-
getChannelMapVal
-
template<typename T> const T& getChannelMapVal(
const std::map<ChannelMask, T> &map,
const ChannelMask &mask,
const std::string &valueName
) const
-

Returns the value in the given map for the provided channel mask, and throws an exception if not found.

Parameters
map
const std::map<ChannelMask, T>&

The map of ChannelMask to T value to search in.

mask
const ChannelMask&

The ChannelMask to look for.

valueName
const std::string&

The name of the value being checked. This will be included in the exception description if not set.

Returns

The value found for the ChannelMask in the provided map.

Exceptions
Error_NoData

The requested value has not been set for the provided ChannelMask.

-
- -
-
setChannelMapVal
-
template<typename T> void setChannelMapVal(
std::map<ChannelMask, T> &map,
const ChannelMask &mask,
T value
)
-

Sets the value in the given map for the provided channel mask.  This will update it if it already exists, and add an item to the map if it does not.

Parameters
map
std::map<ChannelMask, T>&

The map of ChannelMask to T value to add the value to.

mask
const ChannelMask&

The ChannelMask to set the value for.

value
T

The value to set in the map.

-
- -
-
verifySupported
-
bool verifySupported(
const NodeFeatures &features,
const NodeEepromHelper &eeprom,
ConfigIssues &outIssues
) const
-

Checks whether all the configuration values are supported by the node.

Parameters
features
const NodeFeatures&

The NodeFeatures of the WirelessNode to verify the configuration for.

eeprom
const NodeEepromHelper&

The NodeEepromHelper of the WirelessNode to use for communication.

outIssues
ConfigIssues&

The ConfigIssues holding any resulting issues that are found with the configuration. Must be empty when calling.

Returns

true if no issues were found, false otherwise. If false, the outIssues parameter will hold all issues that were found.

-
- -
-
verifyConflicts
-
bool verifyConflicts(
const NodeFeatures &features,
const NodeEepromHelper &eeprom,
ConfigIssues &outIssues
) const
-

Checks whether configuration values conflict with each other.  If any of the config values that need to be checked aren't currently set, they will be read from the Node for verification.

Parameters
features
const NodeFeatures&

The NodeFeatures of the WirelessNode to verify the configuration for.

eeprom
const NodeEepromHelper&

The NodeEepromHelper of the WirelessNode to use for communication.

outIssues
ConfigIssues&

The ConfigIssues holding any resulting issues that are found with the configuration. Must be empty when calling.

Returns

true if no issues were found, false otherwise. If false, the outIssues parameter will hold all issues that were found.

-
- -
-
findDerivedMaskConfigIssue
-
static ConfigIssue::ConfigOption findDerivedMaskConfigIssue(
WirelessTypes::DerivedCategory category
)
-

Finds the ConfigIssue::ConfigOption for the provided WirelessTypes::DerivedCategory.

-
- -
-
isSyncSamplingMode
-
static bool isSyncSamplingMode(
WirelessTypes::SamplingMode mode
)
-

Checks if the given mode is a sync mode.

-
- -
-
apply
-
void apply(
const NodeFeatures &features,
NodeEepromHelper &eeprom
) const
-

Writes all of the configuration values that are set to a WirelessNode.

Parameters
features
const NodeFeatures&

The NodeFeatures of the WirelessNode to write the config to.

eeprom
NodeEepromHelper&

The NodeEepromHelper of the WirelessNode to write the config to.

Exceptions
-
- -
-
verify
-
bool verify(
const NodeFeatures &features,
const NodeEepromHelper &eeprom,
ConfigIssues &outIssues
) const
-

Checks whether the current settings are ok to be written to a given WirelessNode.

Parameters
features
const NodeFeatures&

The NodeFeatures of the WirelessNode to verify the configuration for.

eeprom
const NodeEepromHelper&

The NodeEepromHelper of the WirelessNode to use for communication.

outIssues
ConfigIssues&

The ConfigIssues holding any resulting issues that are found with the configuration.

Returns

true if the configuration is valid. false if the configuration is invalid and outIssues should be checked for more information.

Exceptions
-
- -
-
defaultMode
-
WirelessTypes::DefaultMode defaultMode() const
-

Gets the WirelessTypes::DefaultMode value in this Config object, if set.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
defaultMode
-
void defaultMode(
WirelessTypes::DefaultMode mode
)
-

Sets the WirelessTypes::DefaultMode value in this Config object.

-
- -
-
inactivityTimeout
-
uint16 inactivityTimeout() const
-

Gets the user inactivity timeout value in this Config object, if set.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
inactivityTimeout
-
void inactivityTimeout(
uint16 timeout
)
-

Sets the user inactivity timeout value in this Config object.  This controls how many seconds before the Node goes to sleep when idle. (min of 5 seconds) Note: A value of 65535 (0xFFFF) disables the inactivity timeout so that the Node never goes to sleep.

-
- -
-
checkRadioInterval
-
uint8 checkRadioInterval() const
-

Gets the check radio interval value in this Config object, if set.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
checkRadioInterval
-
void checkRadioInterval(
uint8 interval
)
-

Sets the check radio interval value (in seconds) in this Config object.  This controls how often the Node wakes up from sleep to check for commands.

-
- -
-
transmitPower
-
WirelessTypes::TransmitPower transmitPower() const
-

Gets the WirelessTypes::TransmitPower value in this Config object, if set.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
transmitPower
-
void transmitPower(
WirelessTypes::TransmitPower power
)
-

Sets the WirelessTypes::TransmitPower value in this Config object.

-
- -
-
samplingMode
-
WirelessTypes::SamplingMode samplingMode() const
-

Gets the WirelessTypes::SamplingMode value in this Config object, if set.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
samplingMode
-
void samplingMode(
WirelessTypes::SamplingMode mode
)
-

Sets the WirelessTypes::SamplingMode value in this Config object.

-
- -
-
sampleRate
- -

Gets the WirelessTypes::WirelessSampleRate value in this Config object, if set.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
sampleRate
-
void sampleRate(
WirelessTypes::WirelessSampleRate rate
)
-

Sets the WirelessTypes::WirelessSampleRate value in this Config object.

-
- -
-
activeChannels
-
ChannelMask activeChannels() const
-

Gets the ChannelMask value in this Config object, if set.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
activeChannels
-
void activeChannels(
const ChannelMask &channels
)
-

Sets the ChannelMask value in this Config object.

-
- -
-
numSweeps
-
uint32 numSweeps() const
-

Gets the number of sweeps value in this Config object, if set.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
numSweeps
-
void numSweeps(
uint32 sweeps
)
-

Sets the number of sweeps value in this Config object.  This affects the duration of sampling if unlimited duration is disabled, or the duration of each burst if the sampling mode is Sync Sampling Burst.  Note: The number of sweeps should be normalized before it is set, using NodeFeatures::normalizeNumSweeps.

-
- -
-
unlimitedDuration
-
bool unlimitedDuration() const
-

Gets the value of the unlimited duration flag in this Config object, if set.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
unlimitedDuration
-
void unlimitedDuration(
bool enable
)
-

Sets the value of the unlimited duration flag in this Config object.

-
- -
-
dataFormat
-
WirelessTypes::DataFormat dataFormat() const
-

Gets the WirelessTypes::DataFormat value in this Config object, if set.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
dataFormat
-
void dataFormat(
WirelessTypes::DataFormat format
)
-

Sets the WirelessTypes::DataFormat in this Config object.

-
- -
-
dataCollectionMethod
-
WirelessTypes::DataCollectionMethod dataCollectionMethod() const
-

Gets the WirelessTypes::DataCollectionMethod value in this Config object, if set.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
dataCollectionMethod
-
void dataCollectionMethod(
WirelessTypes::DataCollectionMethod method
)
-

Sets the WirelessTypes::DataCollectionMethod in this Config object, representing how the data will be collected.  Note: this has no affect if the sampling mode is Armed Datalogging, as this mode only operates in "log only".

-
- -
-
timeBetweenBursts
-
TimeSpan timeBetweenBursts() const
-

Gets the amount of time between each burst value in this Config object, if set.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
timeBetweenBursts
-
void timeBetweenBursts(
const TimeSpan &time
)
-

Sets the amount of time between each burst in this Config object.  Note: This value should be normalized before it is set, using NodeFeatures::normalizeTimeBetweenBursts.

-
- -
-
lostBeaconTimeout
-
uint16 lostBeaconTimeout() const
-

Gets the lost beacon timeout in this Config object, if set.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
lostBeaconTimeout
-
void lostBeaconTimeout(
uint16 minutes
)
-

Sets the lost beacon timeout in this Config object.  Note: This value should be within NodeFeatures::minLostBeaconTimeout and NodeFeatures::maxLostBeaconTimeout.  Note: A value of 0 disables the lost beacon timeout.

-
- -
-
pullUpResistor
-
bool pullUpResistor(
const ChannelMask &mask
) const
-

Gets the Pull-up Resistor flag in this Config object, if set.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
pullUpResistor
-
void pullUpResistor(
const ChannelMask &mask,
bool enable
)
-

Sets the Pull-up resistor flag in this Config object.

-
- -
-
inputRange
-
WirelessTypes::InputRange inputRange(
const ChannelMask &mask
) const
-

Gets the WirelessTypes::InputRange for the given ChannelMask in this Config object, if set.

Parameters
mask
const ChannelMask&

The ChannelMask to set the input range for.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
inputRange
-
void inputRange(
const ChannelMask &mask,
WirelessTypes::InputRange range
)
-

Sets the input range for the given ChannelMask in this Config object.

-
- -
-
hardwareOffset
-
uint16 hardwareOffset(
const ChannelMask &mask
) const
-

Gets the hardware offset for the given ChannelMask in this Config object, if set.

Parameters
mask
const ChannelMask&

The ChannelMask to set the hardware offset for.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
hardwareOffset
-
void hardwareOffset(
const ChannelMask &mask,
uint16 offset
)
-

Sets the hardware offset for the given ChannelMask in this Config object.

-
- -
-
antiAliasingFilter
-
WirelessTypes::Filter antiAliasingFilter(
const ChannelMask &mask
) const
-

Gets the anti-aliasing WirelessTypes::Filter for the given ChannelMask in this Config object, if set.

Parameters
mask
const ChannelMask&

The ChannelMask to set the anti-aliasing filter for.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
antiAliasingFilter
-
void antiAliasingFilter(
const ChannelMask &mask,
WirelessTypes::Filter filter
)
-

Sets the anti-aliasing filter for the given ChannelMask in this Config object.

-
- -
-
cfcFilterConfig
-
WirelessTypes::ChannelFrequencyClass cfcFilterConfig() const
-

Gets the WirelessTypes::ChannelFrequencyClass in this Config object, if set.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
cfcFilterConfig
-
void cfcFilterConfig(
WirelessTypes::ChannelFrequencyClass cfc
)
-

Sets the channel frequency class filter in this Config object.

-
- -
-
lowPassFilter
-
WirelessTypes::Filter lowPassFilter(
const ChannelMask &mask
) const
-

Gets the low pass WirelessTypes::Filter for the given ChannelMask in this Config object, if set.

Parameters
mask
const ChannelMask&

The ChannelMask to set the low pass filter for.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
lowPassFilter
-
void lowPassFilter(
const ChannelMask &mask,
WirelessTypes::Filter filter
)
-

Sets the low-pass filter for the given ChannelMask in this Config object.

-
- -
-
highPassFilter
-
WirelessTypes::HighPassFilter highPassFilter(
const ChannelMask &mask
) const
-

Gets the WirelessTypes::HighPassFilter for the given ChannelMask in this Config object, if set.

Parameters
mask
const ChannelMask&

The ChannelMask to set the high pass filter for.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
highPassFilter
-
void highPassFilter(
const ChannelMask &mask,
WirelessTypes::HighPassFilter filter
)
-

Sets the high-pass filter for the given ChannelMask in this Config object.

-
- -
-
gaugeFactor
-
float gaugeFactor(
const ChannelMask &mask
) const
-

Gets the gauge factor for the given ChannelMask in this Config object, if set.

Parameters
mask
const ChannelMask&

The ChannelMask to set the gauge factor for.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
gaugeFactor
-
void gaugeFactor(
const ChannelMask &mask,
float factor
)
-

Sets the gauge Factor for the given ChannelMask in this Config object.

-
- -
-
gaugeResistance
-
uint16 gaugeResistance() const
-

Gets the gauge resistance in this Config object, if set.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
gaugeResistance
-
void gaugeResistance(
uint16 resistance
)
-

Sets the gauge resistance in this Config object.

-
- -
-
excitationVoltage
-
WirelessTypes::Voltage excitationVoltage() const
-

Gets the Excitation WirelessTypes::Voltage in this Config object, if set.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
excitationVoltage
-
void excitationVoltage(
WirelessTypes::Voltage voltage
)
-

Sets the excitation voltage in this Config object.

-
- -
-
numActiveGauges
-
uint16 numActiveGauges() const
-

Gets the number of active gauges in this Config object, if set.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
numActiveGauges
-
void numActiveGauges(
uint16 numGauges
)
-

Sets the number of active gauges in this Config object.

-
- -
-
lowBatteryThreshold
-
float lowBatteryThreshold() const
-

Gets the low battery threshold in this Config object, if set.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
lowBatteryThreshold
-
void lowBatteryThreshold(
float voltage
)
-

Sets the low battery threshold in this Config object.

-
- -
-
linearEquation
-
const LinearEquation& linearEquation(
const ChannelMask &mask
) const
-

Gets the LinearEquation for the given ChannelMask in this Config object, if set.

Parameters
mask
const ChannelMask&

The ChannelMask to set the linear equation for.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
linearEquation
-
void linearEquation(
const ChannelMask &mask,
const LinearEquation &linearEquation
)
-

Sets the LinearEquation for the given ChannelMask in this Config object.

-
- -
-
unit
-
WirelessTypes::CalCoef_Unit unit(
const ChannelMask &mask
) const
-

Gets the WirelessTypes::CalCoef_Unit for the given ChannelMask in this Config object, if set.

Parameters
mask
const ChannelMask&

The ChannelMask to set the linear equation for.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
unit
-
void unit(
const ChannelMask &mask,
WirelessTypes::CalCoef_Unit unit
)
-

Sets the WirelessTypes::CalCoef_Unit for the given ChannelMask in this Config object.

-
- -
-
equationType
-
WirelessTypes::CalCoef_EquationType equationType(
const ChannelMask &mask
) const
-

Gets the WirelessTypes::CalCoef_EquationType for the given ChannelMask in this Config object, if set.

Parameters
mask
const ChannelMask&

The ChannelMask to set the linear equation for.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
equationType
-
void equationType(
const ChannelMask &mask,
WirelessTypes::CalCoef_EquationType equation
)
-

Sets the WirelessTypes::CalCoef_EquationType for the given ChannelMask in this Config object.

-
- -
-
filterSettlingTime
-
WirelessTypes::SettlingTime filterSettlingTime(
const ChannelMask &mask
) const
-

Gets the WirelessTypes::SettlingTime for the given ChannelMask in this Config object, if set.

Parameters
mask
const ChannelMask&

The ChannelMask to set the filter settling time for.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
filterSettlingTime
-
void filterSettlingTime(
const ChannelMask &mask,
WirelessTypes::SettlingTime settlingTime
)
-

Sets the WirelessTypes::SettlingTime for the given ChannelMask in this Config object.

-
- -
-
thermocoupleType
-
WirelessTypes::ThermocoupleType thermocoupleType(
const ChannelMask &mask
) const
-

Gets the WirelessTypes::ThermocoupleType for the given ChannelMask in this Config object, if set.

Parameters
mask
const ChannelMask&

The ChannelMask to get the thermocouple type for.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
thermocoupleType
-
void thermocoupleType(
const ChannelMask &mask,
WirelessTypes::ThermocoupleType type
)
-

Sets the WirelessTypes::ThermocoupleType for the given ChannelMask in this Config object.

-
- -
-
tempSensorOptions
-
TempSensorOptions tempSensorOptions(
const ChannelMask &mask
) const
-

Gets the TempSensorOptions for the given ChannelMask in this Config object, if set.

Parameters
mask
const ChannelMask&

The ChannelMask to get the TempSensorOptions for.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
tempSensorOptions
-
void tempSensorOptions(
const ChannelMask &mask,
const TempSensorOptions &options
)
-

Sets the TempSensorOptions for the given ChannelMask in this Config object.

-
- -
-
debounceFilter
-
uint16 debounceFilter(
const ChannelMask &mask
) const
-

Gets the Debounce Filter for the given ChannelMask in this Config object, if set.

Parameters
mask
const ChannelMask&

The ChannelMask to get the Debounce Filter for.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
debounceFilter
-
void debounceFilter(
const ChannelMask &mask,
uint16 milliseconds
)
-

Sets the Debounce Filter for the given ChannelMask in this Config object.  Note: The accepted range is 0 - 250ms. Any values outside that range will be truncated before being applied.

-
- -
-
fatigueOptions
-
const FatigueOptions& fatigueOptions() const
-

Gets the FatigueOptions currently set in this Config object.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
fatigueOptions
-
void fatigueOptions(
const FatigueOptions &fatigueOpts
)
-

Sets the FatigueOptions in this Config object.

-
- -
-
histogramOptions
-
const HistogramOptions& histogramOptions() const
-

Gets the HistogramOptions currently set in this Config object.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
histogramOptions
-
void histogramOptions(
const HistogramOptions &histogramOpts
)
-

Sets the HistogramOptions in this Config object.

-
- -
-
activitySense
-
const ActivitySense& activitySense() const
-

Gets the ActivitySense currently set in this Config object.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
activitySense
-
void activitySense(
const ActivitySense &activitySenseOpts
)
-

Sets the ActivitySense in this Config object.

-
- -
-
eventTriggerOptions
-
const EventTriggerOptions& eventTriggerOptions() const
-

Gets the EventTriggerOptions currently set in this Config object.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
eventTriggerOptions
-
void eventTriggerOptions(
const EventTriggerOptions &eventTriggerOpts
)
-

Sets the EventTriggerOptions in this Config object.

-
- -
-
diagnosticInterval
-
uint16 diagnosticInterval() const
-

Gets the diagnostic info interval (in seconds) currently set in this Config object.  A value of 0 is disabled.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
diagnosticInterval
-
void diagnosticInterval(
uint16 interval
)
-

Sets the diagnostic info interval (in seconds) in this Config object.  A value of 0 disables the diagnostic info.

-
- -
-
storageLimitMode
-
WirelessTypes::StorageLimitMode storageLimitMode() const
-

Gets the WirelessTypes::StorageLimitMode currently set in this Config object.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
storageLimitMode
-
void storageLimitMode(
WirelessTypes::StorageLimitMode mode
)
-

Sets the WirelessTypes::StorageLimitMode in this Config object.

-
- -
-
sensorDelay
-
uint32 sensorDelay() const
-

Gets the sensor delay (in microseconds) currently set in this Config object.  Note: A value of <WirelessNodeConfig::SENSOR_DELAY_ALWAYS_ON> indicates that the sensor is always on.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
sensorDelay
-
void sensorDelay(
uint32 delay
)
-

Sets the sensor delay (in microseconds) in this Config object.  Note: Use a value of <WirelessNodeConfig::SENSOR_DELAY_ALWAYS_ON> to set the sensor always on.

-
- -
-
dataMode
-
WirelessTypes::DataMode dataMode() const
-

Gets the WirelessTypes::DataMode currently set in this Config object.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
dataMode
-
void dataMode(
WirelessTypes::DataMode mode
)
-

Sets the WirelessTypes::DataMode in this Config object.

-
- -
-
derivedDataRate
-
WirelessTypes::WirelessSampleRate derivedDataRate() const
-

Gets the WirelessTypes::WirelessSampleRate for the Derived Channels currently set in this Config object.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
derivedDataRate
-
void derivedDataRate(
WirelessTypes::WirelessSampleRate rate
)
-

Sets the WirelessTypes::WirelessSampleRate for the Derived Channels in this Config object.

-
- -
-
derivedChannelMask
-
ChannelMask derivedChannelMask(
WirelessTypes::DerivedCategory category
) const
-

Gets the ChannelMask for a specified WirelessTypes::DerivedCategory currently set in this Config object.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
derivedChannelMask
-
void derivedChannelMask(
WirelessTypes::DerivedCategory category,
const ChannelMask &mask
)
-

Sets the ChannelMask for a specified WirelessTypes::DerivedCategory in this Config object.

-
- -
-
derivedVelocityUnit
-
WirelessTypes::DerivedVelocityUnit derivedVelocityUnit() const
-

Gets the WirelessTypes::DerivedVelocityUnit currently set in this Config object.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
derivedVelocityUnit
-
void derivedVelocityUnit(
WirelessTypes::DerivedVelocityUnit unit
)
-

Sets the WirelessTypes::DerivedVelocityUnit in this Config object.

-
- -
-
communicationProtocol
-
WirelessTypes::CommProtocol communicationProtocol() const
-

Gets the WirelessTypes::CommProtocol currently set in this Config object.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
communicationProtocol
-
void communicationProtocol(
WirelessTypes::CommProtocol commProtocol
)
-

Sets the WirelessTypes::CommProtocol in this Config object.

-
- -
-
sensorOutputMode
-
WirelessTypes::SensorOutputMode sensorOutputMode() const
-

Gets the WirelessTypes::SensorOutputMode currently set in this Config object.

Exceptions
Error_NoData

The requested value has not been set.

-
- -
-
sensorOutputMode
-
void sensorOutputMode(
WirelessTypes::SensorOutputMode mode
)
-

Sets the WirelessTypes::SensorOutputMode in this Config object.

-
- -
-
flashBandwidth
-
static float flashBandwidth(
WirelessTypes::WirelessSampleRate rawSampleRate,
WirelessTypes::DataFormat dataFormat,
uint8 numRawChannels,
uint32 derivedBytesPerSweep,
WirelessTypes::WirelessSampleRate derivedRate
)
-

Gets the flash bandwidth that is used by the provided settings.

Parameters
rawSampleRate
WirelessTypes::WirelessSampleRate

The WirelessTypes::WirelessSampleRate.

dataFormat
WirelessTypes::DataFormat

The WirelessTypes::DataFormat.

numRawChannels
uint8

The number of active channels.

-
- -
-
flashBandwidth
-
static float flashBandwidth_burst(
WirelessTypes::WirelessSampleRate rawSampleRate,
WirelessTypes::DataFormat dataFormat,
uint8 numRawChannels,
uint32 derivedBytesPerSweep,
uint32 numSweeps,
const TimeSpan &timeBetweenBursts
)
-

Gets the flash bandwidth that is used by the provided settings.

Parameters
rawSampleRate
WirelessTypes::WirelessSampleRate

The WirelessTypes::WirelessSampleRate.

dataFormat
WirelessTypes::DataFormat

The WirelessTypes::DataFormat.

numRawChannels
uint8

The number of active channels.

numSweeps
uint32

The number of sweeps per burst.

timeBetweenBursts
const TimeSpan&

The TimeSpan representing the time between bursts.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/DataSweep-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/DataSweep-h-Summary.js deleted file mode 100644 index ea32724aa..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/DataSweep-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/DataSweep.h","DataSweep.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/DataSweep.h",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Enums","Enumeration"],["Functions","Function"],["Groups","Group"],["Types","Type"],["Variables","Variable"]],[[9379,0,0,"DataSweep","DataSweep"],[9380,0,4,"Types","DataSweep.Types"],[9381,0,2,"SamplingType","DataSweep.SamplingType"],[9382,0,1,,"DataSweep.samplingType_NonSync"],[9383,0,1,,"DataSweep.samplingType_NonSync_Buffered"],[9384,0,1,,"DataSweep.samplingType_SyncSampling"],[9385,0,1,,"DataSweep.samplingType_SyncSampling_Burst"],[9386,0,1,,"DataSweep.samplingType_AsyncDigital"],[9387,0,1,,"DataSweep.samplingType_AsyncDigitalAnalog"],[9388,0,1,,"DataSweep.samplingType_SHM"],[9389,0,1,,"DataSweep.samplingType_BeaconEcho"],[9390,0,1,,"DataSweep.samplingType_RfSweep"],[9391,0,1,,"DataSweep.samplingType_Diagnostic"],[9392,0,4,"Functions","DataSweep.Functions"],[9393,0,3,"DataSweep","DataSweep.DataSweep"],[9394,0,4,"Variables","DataSweep.Variables"],[9395,0,6,"m_timestamp","DataSweep.m_timestamp"],[9396,0,6,"m_tick","DataSweep.m_tick"],[9397,0,6,"m_sampleRate","DataSweep.m_sampleRate"],[9398,0,6,"m_nodeAddress","DataSweep.m_nodeAddress"],[9399,0,6,"m_data","DataSweep.m_data"],[9400,0,6,"m_samplingMode","DataSweep.m_samplingMode"],[9401,0,6,"m_baseRssi","DataSweep.m_baseRssi"],[9402,0,6,"m_frequency","DataSweep.m_frequency"],[9403,0,6,"m_calsApplied","DataSweep.m_calsApplied"],[9404,0,4,"Functions","DataSweep.Functions(2)"],[9405,0,3,"timestamp","DataSweep.timestamp"],[9406,0,3,"tick","DataSweep.tick"],[9407,0,3,"sampleRate","DataSweep.sampleRate"],[9408,0,3,"nodeAddress","DataSweep.nodeAddress"],[9409,0,3,"data","DataSweep.data"],[9410,0,3,"samplingType","DataSweep.samplingType"],[9411,0,3,"nodeRssi","DataSweep.nodeRssi"],[9412,0,3,"baseRssi","DataSweep.baseRssi"],[9413,0,3,"frequency","DataSweep.frequency"],[9414,0,3,"calApplied","DataSweep.calApplied"],[9415,0,3,"timestamp","DataSweep.timestamp(2)"],[9416,0,3,"tick","DataSweep.tick(2)"],[9417,0,3,"sampleRate","DataSweep.sampleRate(2)"],[9418,0,3,"nodeAddress","DataSweep.nodeAddress(2)"],[9419,0,3,"data","DataSweep.data(2)"],[9420,0,3,"samplingMode","DataSweep.samplingMode"],[9421,0,3,"nodeRssi","DataSweep.nodeRssi(2)"],[9422,0,3,"baseRssi","DataSweep.baseRssi(2)"],[9423,0,3,"frequency","DataSweep.frequency(2)"],[9424,0,3,"calApplied","DataSweep.calApplied(2)"],[9425,0,4,"Types","DataSweep.Types(2)"],[9426,0,5,"DataSweeps","DataSweep.DataSweeps"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/DataSweep-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/DataSweep-h-SummaryToolTips.js deleted file mode 100644 index 4c7326179..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/DataSweep-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/DataSweep.h",{9379:"
DataSweep
Represents 1 data sweep, including data for each channel, a timestamp, and a sample rate
",9393:"
DataSweep()
Creates a default constructed DataSweep.
",9395:"
Timestamp m_timestamp
The Timestamp of the data sweep.
",9396:"
uint32 m_tick
The tick value that was contained in the packet (increments for each sweep)
",9397:"
SampleRate m_sampleRate
The SampleRate that was contained in the packet
",9398:"
NodeAddress m_nodeAddress
The node address that was contained in the packet (identifies the node this packet came from)
",9399:"
ChannelData m_data
Contains one or more WirelessDataPoints, corresponding to each channel\'s data for this sweep
",9400:"
SamplingType m_samplingMode
The SamplingType that identifies the sampling mode for this data sweep
",9401:"
int16 m_baseRssi
The Base Station RSSI that identifies the received signal strength at the Base Station
",9402:"
WirelessTypes::Frequency m_frequency
The WirelessTypes::Frequency representing the radio frequency that this DataSweep was collected on
",9403:"
bool m_calsApplied
Whether calibration coefficients have been applied to the data or not.
",9405:"
const Timestamp& timestamp() const
Gets the timestamp of the sweep as a Timestamp
",9406:"
uint32 tick() const
Gets the tick value of the sweep
",9407:"
SampleRate sampleRate() const
Gets the sample rate of the sweep as a SampleRate
",9408:"
NodeAddress nodeAddress() const
Gets the node address that this sweep is associated with
",9409:"
const ChannelData& data() const
Gets the channel data in this sweep as a WirelessDataPoint::ChannelData container.
",9410:"
SamplingType samplingType() const
Gets the SamplingType for this sweep
",9411:"
int16 nodeRssi() const
Gets the Node RSSI value that identifies the received signal strength at the Node
",9412:"
int16 baseRssi() const
Gets the Base Station RSSI value that identifies the received signal strength at the BaseStation for this sweep
",9413:"
WirelessTypes::Frequency frequency() const
Gets the radio frequency that this DataSweep was collected on
",9414:"
bool calApplied() const
Gets whether calibration coefficients have been applied to the data already.
",9415:"
void timestamp(
const Timestamp &time
)
Sets the timestamp of the sweep
",9416:"
void tick(
uint32 tick
)
Sets the tick of the sweep
",9417:"
void sampleRate(
SampleRate rate
)
Sets the sample rate of the sweep
",9418:"
void nodeAddress(
NodeAddress address
)
Sets the node address of the sweep
",9419:"
void data(
const ChannelData &data
)
Sets the data of the sweep
",9420:"
Sets the sampling mode of the sweep
",9421:"
void nodeRssi(
int16 rssi
)
Sets the Node RSSI value that identifies the received signal strength at the Node
",9422:"
void baseRssi(
int16 rssi
)
Sets the Base Station RSSI value that identifies the received signal strength at the Base Station for this sweep
",9423:"
void frequency(
WirelessTypes::Frequency freq
)
Sets the radio frequency that this DataSweep was collected on
",9424:"
void calApplied(
bool applied
)
Sets whether calibration coefficients have been applied to the data already.
",9426:"
Typedef for a vector of DataSweep objects.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/DataSweep-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/DataSweep-h-ToolTips.js deleted file mode 100644 index 96b9c6065..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/DataSweep-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({8011:"
WirelessDataPoint
Represents a single channel\'s data point within a sweep
",8024:"
A typedef for a collection (vector) of WirelessDataPoints
",8617:"
Represents the frequency (channel) that can be used for Wireless Devices.
",9393:"
DataSweep()
Creates a default constructed DataSweep.
",9819:"
SampleRate
Represents a MicroStrain sample rate (rate at which data is sampling)
",10245:"
typedef for a Node\'s node address.
",10291:"
Timestamp
Represents a date/time object
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/DataSweep-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/DataSweep-h.html deleted file mode 100644 index 063e587b6..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/DataSweep-h.html +++ /dev/null @@ -1,226 +0,0 @@ - - -DataSweep.h - - - - - - - -
-
DataSweep
-
DataSweep
-

Represents 1 data sweep, including data for each channel, a timestamp, and a sample rate

-
- -
-
Types
-
- -
-
SamplingType
-
samplingType_NonSync

0 - NonSynchronized sampling type

samplingType_NonSync_Buffered

1 - Buffered NonSynchronized sampling type

samplingType_SyncSampling

2 - Synchronized Sampling sampling type

samplingType_SyncSampling_Burst

3 - Synchronized Sampling Burst sampling type

samplingType_AsyncDigital

4 - Asynchronous Digital sampling type

samplingType_AsyncDigitalAnalog

5 - Asynchronous Digital + Analog sampling type

samplingType_SHM

6 - Structural Health Monitoring type

samplingType_BeaconEcho

7 - Beacon Echo

samplingType_RfSweep

8 - RF Scan Sweep

samplingType_Diagnostic

9 - Diagnostic Packet

-
- -
-
Functions
-
- -
-
DataSweep
-
DataSweep()
-

Creates a default constructed DataSweep.

-
- -
-
Variables
-
- -
-
m_timestamp
-
Timestamp m_timestamp
-

The Timestamp of the data sweep.

-
- -
-
m_tick
-
uint32 m_tick
-

The tick value that was contained in the packet (increments for each sweep)

-
- -
-
m_sampleRate
-
SampleRate m_sampleRate
-

The SampleRate that was contained in the packet

-
- -
-
m_nodeAddress
-
NodeAddress m_nodeAddress
-

The node address that was contained in the packet (identifies the node this packet came from)

-
- -
-
m_data
-
ChannelData m_data
-

Contains one or more WirelessDataPoints, corresponding to each channel's data for this sweep

-
- -
-
m_samplingMode
-
SamplingType m_samplingMode
-

The SamplingType that identifies the sampling mode for this data sweep

-
- -
-
m_baseRssi
-
int16 m_baseRssi
-

The Base Station RSSI that identifies the received signal strength at the Base Station

-
- -
-
m_frequency
- -

The WirelessTypes::Frequency representing the radio frequency that this DataSweep was collected on

-
- -
-
m_calsApplied
-
bool m_calsApplied
-

Whether calibration coefficients have been applied to the data or not.

-
- -
-
Functions
-
- -
-
timestamp
-
const Timestamp& timestamp() const
-

Gets the timestamp of the sweep as a Timestamp

Returns

A Timestamp representing the timestamp of the sweep

-
- -
-
tick
-
uint32 tick() const
-

Gets the tick value of the sweep

Returns

The tick value of the sweep

-
- -
-
sampleRate
-
SampleRate sampleRate() const
-

Gets the sample rate of the sweep as a SampleRate

Returns

A SampleRate representing the sample rate of the sweep

-
- -
-
nodeAddress
-
NodeAddress nodeAddress() const
-

Gets the node address that this sweep is associated with

Returns

The node address this sweep is associated with

-
- -
-
data
-
const ChannelData& data() const
-

Gets the channel data in this sweep as a WirelessDataPoint::ChannelData container.

Returns

A WirelessDataPoint::ChannelData container holding the data for the sweep.

-
- -
-
samplingType
-
SamplingType samplingType() const
-

Gets the SamplingType for this sweep

Returns

A SamplingType enum representing the sampling type of this sweep

-
- -
-
nodeRssi
-
int16 nodeRssi() const
-

Gets the Node RSSI value that identifies the received signal strength at the Node

Returns

The Node RSSI value that identifies the received signal strength at the Node

-
- -
-
baseRssi
-
int16 baseRssi() const
-

Gets the Base Station RSSI value that identifies the received signal strength at the BaseStation for this sweep

Returns

The Base Station RSSI value that identifies the received signal strength at the Base Station for this sweep

-
- -
-
frequency
-
WirelessTypes::Frequency frequency() const
-

Gets the radio frequency that this DataSweep was collected on

Returns

A WirelessTypes::Frequency representing the radio frequency that this DataSweep was collected on

-
- -
-
calApplied
-
bool calApplied() const
-

Gets whether calibration coefficients have been applied to the data already.

Returns

true if the data already has cal coefficients applied to it, false if it does not have any cal coefficients applied.

-
- -
-
timestamp
-
void timestamp(
const Timestamp &time
)
-

Sets the timestamp of the sweep

Parameters
time
const Timestamp&

The Timestamp to set

-
- -
-
tick
-
void tick(
uint32 tick
)
-

Sets the tick of the sweep

Parameters
tick
uint32

The tick to set

-
- -
-
sampleRate
-
void sampleRate(
SampleRate rate
)
-

Sets the sample rate of the sweep

Parameters
rate
SampleRate

The SampleRate to set

-
- -
-
nodeAddress
-
void nodeAddress(
NodeAddress address
)
-

Sets the node address of the sweep

Parameters
address
NodeAddress

The node address to set

-
- -
-
data
-
void data(
const ChannelData &data
)
-

Sets the data of the sweep

Parameters
data
const ChannelData&

The <ChannelData> to set

-
- -
-
samplingMode
-

Sets the sampling mode of the sweep

Parameters
mode

The SamplingType to set

-
- -
-
nodeRssi
-
void nodeRssi(
int16 rssi
)
-

Sets the Node RSSI value that identifies the received signal strength at the Node

Parameters
rssi
int16

The Node RSSI to set

-
- -
-
baseRssi
-
void baseRssi(
int16 rssi
)
-

Sets the Base Station RSSI value that identifies the received signal strength at the Base Station for this sweep

Parameters
rssi
int16

The Base Station RSSI to set

-
- -
-
frequency
-
void frequency(
WirelessTypes::Frequency freq
)
-

Sets the radio frequency that this DataSweep was collected on

Parameters
freq
WirelessTypes::Frequency

The WirelessTypes::Frequency that this DataSweep was collected on

-
- -
-
calApplied
-
void calApplied(
bool applied
)
-

Sets whether calibration coefficients have been applied to the data already.

Parameters
applied
bool

Whether the cals have been applied or not.

-
- -
-
Types
-
- -
-
DataSweeps
-

Typedef for a vector of DataSweep objects.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/DatalogDownloader-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/DatalogDownloader-h-Summary.js deleted file mode 100644 index 298cf4620..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/DatalogDownloader-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/DatalogDownloader.h","DatalogDownloader.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/DatalogDownloader.h",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[9427,0,3,"Variables","Variables"],[9428,0,4,"sessionInfoUpdated","sessionInfoUpdated"],[9429,0,4,"calCoefficientsUpdated","calCoefficientsUpdated"],[9430,0,4,"startOfTrigger","startOfTrigger"],[9431,0,4,"triggerType","triggerType"],[9432,0,4,"numSweeps","numSweeps"],[9433,0,4,"sessionIndex","sessionIndex"],[9434,0,4,"activeChannels","activeChannels"],[9435,0,4,"sampleRate","sampleRate"],[9436,0,4,"derivedRate","derivedRate"],[9437,0,4,"timeBetweenSweeps","timeBetweenSweeps"],[9438,0,4,"derivedTimeBetweenSweeps","derivedTimeBetweenSweeps"],[9439,0,4,"dataType","dataType"],[9440,0,4,"valueType","valueType"],[9441,0,4,"userString","userString"],[9442,0,4,"timestamp","timestamp"],[9443,0,4,"calCoefficients","calCoefficients"],[9444,0,0,"DatalogDownloader","DatalogDownloader"],[9445,0,3,"Functions","DatalogDownloader.Functions"],[9446,0,2,"DatalogDownloader","DatalogDownloader.DatalogDownloader"],[9447,0,2,"DatalogDownloader","DatalogDownloader.DatalogDownloader(2)"],[9448,0,3,"Constants","DatalogDownloader.Constants"],[9449,0,1,"Datalogging Header Versions","DatalogDownloader.Datalogging_Header_Versions"],[9450,0,1,,"DatalogDownloader.HEADER_VERSION_1_0"],[9451,0,1,,"DatalogDownloader.HEADER_VERSION_2_0"],[9452,0,1,,"DatalogDownloader.HEADER_VERSION_2_1"],[9453,0,3,"Variables","DatalogDownloader.Variables"],[9454,0,4,"m_node","DatalogDownloader.m_node"],[9455,0,4,"m_foundFirstTrigger","DatalogDownloader.m_foundFirstTrigger"],[9456,0,4,"m_outOfMemory","DatalogDownloader.m_outOfMemory"],[9457,0,4,"m_sweepCount","DatalogDownloader.m_sweepCount"],[9458,0,4,"m_nodeMemory","DatalogDownloader.m_nodeMemory"],[9459,0,4,"m_sessionInfo","DatalogDownloader.m_sessionInfo"],[9460,0,4,"m_dataDownloadVersion","DatalogDownloader.m_dataDownloadVersion"],[9461,0,4,"m_isMathData","DatalogDownloader.m_isMathData"],[9462,0,4,"m_mathMetaData","DatalogDownloader.m_mathMetaData"],[9463,0,3,"Functions","DatalogDownloader.Functions(2)"],[9464,0,2,"parseTriggerHeader_v1","DatalogDownloader.parseTriggerHeader_v1"],[9465,0,2,"parseTriggerHeader_v2","DatalogDownloader.parseTriggerHeader_v2"],[9466,0,2,"parseNextSweep","DatalogDownloader.parseNextSweep"],[9467,0,2,"parseNextMathSweep","DatalogDownloader.parseNextMathSweep"],[9468,0,2,"complete","DatalogDownloader.complete"],[9469,0,2,"percentComplete","DatalogDownloader.percentComplete"],[9470,0,2,"getNextData","DatalogDownloader.getNextData"],[9471,0,2,"metaDataUpdated","DatalogDownloader.metaDataUpdated"],[9472,0,2,"calCoefficientsUpdated","DatalogDownloader.calCoefficientsUpdated"],[9473,0,2,"startOfSession","DatalogDownloader.startOfSession"],[9474,0,2,"sessionIndex","DatalogDownloader.sessionIndex"],[9475,0,2,"sampleRate","DatalogDownloader.sampleRate"],[9476,0,2,"userString","DatalogDownloader.userString"],[9477,0,2,"calCoefficients","DatalogDownloader.calCoefficients"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/DatalogDownloader-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/DatalogDownloader-h-SummaryToolTips.js deleted file mode 100644 index ea1405680..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/DatalogDownloader-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/DatalogDownloader.h",{9428:"
bool sessionInfoUpdated
Indicates whether the session info has been updated since the last time <getNextData> was called.
",9429:"
bool calCoefficientsUpdated
Indicates whether calibration coefficients have been updates since the last time <getNextData> was called.
",9430:"
bool startOfTrigger
Whether the current data point is the start of a new trigger/session.
",9431:"
WirelessTypes::TriggerType triggerType
The WirelessTypes::TriggerType of the session.
",9432:"
uint32 numSweeps
The total number of sweeps that are in the session.
",9433:"
uint16 sessionIndex
The datalogging session index. This starts at 1 for the first session, and gets incremented for each additional session.
",9434:"
ChannelMask activeChannels
The ChannelMask for the session.
",9435:"
SampleRate sampleRate
The SampleRate for the session.
",9436:"
SampleRate derivedRate
The SampleRate of any derived data.
",9437:"
uint64 timeBetweenSweeps
The number of nanoseconds between each sweep, determined by the sample rate.
",9438:"
uint64 derivedTimeBetweenSweeps
The number of nanoseconds between each derived sweep, determined by the derived sample rate.
",9439:"
WirelessTypes::DataType dataType
The WirelessTypes::DataType of the session.
",9440:"
ValueType valueType
The ValueType of the session.
",9441:"
std::string userString
The user entered string of the session (if any).
",9442:"
uint64 timestamp
The starting timestamp for the session, in nanoseconds.
",9443:"
ChannelCalMap calCoefficients
A map of WirelessChannel::ChannelId to CalCoefficients.
",9444:"
DatalogDownloader
Used to download logged data from a WirelessNode.
",9446:"
explicit DatalogDownloader(
const WirelessNode &node
)
Creates a DatalogDownloader object. Datalogging information will immediately be read from the Node.
",9447:"
DatalogDownloader(
const WirelessNode &node,
uint32 startAddress,
uint32 size
)
Advanced Constructor for creating a DatalogDownloader object with known parameters (not compatible with datalog version 1).  Note: In most cases, you should use the standard DatalogDownloader constructor instead of this one, which will automatically determine the start and end positions for you.
",9454:"
WirelessNode m_node
The WirelessNode to download the data from.
",9455:"
bool m_foundFirstTrigger
Whether or not the first trigger has been found.
",9456:"
bool m_outOfMemory
Whether or not we requested data that is out of bounds of the memory.
",9457:"
uint64 m_sweepCount
The 0-based count indicating which sweep we are currently on in the data.
",9458:"
std::unique_ptr<NodeMemory> m_nodeMemory
The NodeMemory object to help with interacting with the Node\'s datalogging memory.
",9459:"
DatalogSessionInfo m_sessionInfo
The <DatalogSessionInfo> containing information about the current trigger session data.
",9460:"
The version of the datalog download procedure to use.
",9461:"
bool m_isMathData
Whether the data to parse next is math data (true) or standard channel data (false).
",9462:"
A vector of the <WirelessDataPacket::AlgorithmMetaData> for the current data section (gets updated each math block header).
",9464:"
void parseTriggerHeader_v1()
Parses a (v1) trigger header from the current byte position. The current datalogging session info in this class is updated.
",9465:"
void parseTriggerHeader_v2()
Parses a (v2) trigger header from the current byte position. The current datalogging session info in this class is updated.
",9466:"
LoggedDataSweep parseNextSweep()
Parses the next Raw Data Sweep from the current byte position.
",9467:"
LoggedDataSweep parseNextMathSweep()
Parses the next Math/Derived Data Sweep from the current byte position.
",9468:"
bool complete()
Checks if all of the data has been downloaded (no more data available).  Note: This may be updated each time getNextData is called.
",9469:"
float percentComplete() const
Gets the percent completion of the download.  Note: This will be updated each time getNextData is called.
",9470:"
LoggedDataSweep getNextData()
Gets the next LoggedDataSweep that is logged to the Node.
",9471:"
bool metaDataUpdated() const
Gets whether the any of the meta data (sample rate, cal coefficients, etc) has been updated since the last call to getNextData.  This will be true for a single LoggedDataSweep (after calling getNextData), signifying that you should interrogate all of the meta data on this DatalogDownloader object again to get updated information which may have changed.
",9472:"
bool calCoefficientsUpdated() const
Gets whether the calibration coefficients information has been updated since the last call to getNextData.  This will be true for a single LoggedDataSweep (after calling getNextData).
",9473:"
bool startOfSession() const
Gets whether a new datalogging session has been found (after calling getNextData). This will be true for a single LoggedDataSweep.  Note: May be changed whenever metaDataUpdated returns true.
",9474:"
uint16 sessionIndex() const
Gets the index of the current datalogging session.  Note: May be changed whenever startOfSession returns true.
",9475:"
const SampleRate& sampleRate() const
Gets the SampleRate of the current datalogging session.  Note: May be changed whenever metaDataUpdated returns true.
",9476:"
const std::string& userString() const
Gets the user entered string of the current datalogging session (if any).  Note: A user string can only be provided with Armed Datalogging, which is a legacy sampling mode not supported on new products.  Note: May be changed whenever metaDataUpdated returns true.
",9477:"
const ChannelCalMap& calCoefficients() const
Gets the <ChannelCalMap> of the current datalogging session.  Note: May be changed whenever metaDataUpdated returns true.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/DatalogDownloader-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/DatalogDownloader-h-ToolTips.js deleted file mode 100644 index e3b434811..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/DatalogDownloader-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7905:"
WirelessNode
A class representing a MicroStrain wireless node
",8578:"
The types of data that can be transmitted in data packets.
",8649:"
Represents the different trigger types that can cause a datalogging session to be logged to a Wireless Node.
",9320:"
NodeMemory
Provides easy access to the datalogging memory on a WirelessNode.
",9345:"
LoggedDataSweep
Represents 1 data sweep that was logged to a WirelessNode.
",9470:"
LoggedDataSweep getNextData()
Gets the next LoggedDataSweep that is logged to the Node.
",9471:"
bool metaDataUpdated() const
Gets whether the any of the meta data (sample rate, cal coefficients, etc) has been updated since the last call to getNextData.  This will be true for a single LoggedDataSweep (after calling getNextData), signifying that you should interrogate all of the meta data on this DatalogDownloader object again to get updated information which may have changed.
",9473:"
bool startOfSession() const
Gets whether a new datalogging session has been found (after calling getNextData). This will be true for a single LoggedDataSweep.  Note: May be changed whenever metaDataUpdated returns true.
",9478:"
ChannelMask
Represents the channel mask (active and inactive channels) for a WirelessNode.
",9819:"
SampleRate
Represents a MicroStrain sample rate (rate at which data is sampling)
",9969:"
CalCoefficients
Represents calibration coefficients that can be applied to a Wireless Node.
",10453:"
Error_NotSupported
A command/feature was attempted to be used that was not supported.
",10457:"
Error_NoData
There is no data available to be accessed
",10472:"
Error_NodeCommunication
The exception for failing to communicate with a WirelessNode.
",10479:"
Error_Connection
The generic connection exception.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/DatalogDownloader-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/DatalogDownloader-h.html deleted file mode 100644 index 7b973a108..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/DatalogDownloader-h.html +++ /dev/null @@ -1,286 +0,0 @@ - - -DatalogDownloader.h - - - - - - - -
-
Variables
-
- -
-
sessionInfoUpdated
-
bool sessionInfoUpdated
-

Indicates whether the session info has been updated since the last time <getNextData> was called.

-
- -
-
calCoefficientsUpdated
-
bool calCoefficientsUpdated
-

Indicates whether calibration coefficients have been updates since the last time <getNextData> was called.

-
- -
-
startOfTrigger
-
bool startOfTrigger
-

Whether the current data point is the start of a new trigger/session.

-
- -
-
triggerType
- -

The WirelessTypes::TriggerType of the session.

-
- -
-
numSweeps
-
uint32 numSweeps
-

The total number of sweeps that are in the session.

-
- -
-
sessionIndex
-
uint16 sessionIndex
-

The datalogging session index. This starts at 1 for the first session, and gets incremented for each additional session.

-
- -
-
activeChannels
-
ChannelMask activeChannels
-

The ChannelMask for the session.

-
- -
-
sampleRate
-
SampleRate sampleRate
-

The SampleRate for the session.

-
- -
-
derivedRate
-
SampleRate derivedRate
-

The SampleRate of any derived data.

-
- -
-
timeBetweenSweeps
-
uint64 timeBetweenSweeps
-

The number of nanoseconds between each sweep, determined by the sample rate.

-
- -
-
derivedTimeBetweenSweeps
-
uint64 derivedTimeBetweenSweeps
-

The number of nanoseconds between each derived sweep, determined by the derived sample rate.

-
- -
-
dataType
- -

The WirelessTypes::DataType of the session.

-
- -
-
valueType
-
ValueType valueType
-

The ValueType of the session.

-
- -
-
userString
-
std::string userString
-

The user entered string of the session (if any).

-
- -
-
timestamp
-
uint64 timestamp
-

The starting timestamp for the session, in nanoseconds.

-
- -
-
calCoefficients
-
ChannelCalMap calCoefficients
-

A map of WirelessChannel::ChannelId to CalCoefficients.

-
- -
-
DatalogDownloader
-
DatalogDownloader
-

Used to download logged data from a WirelessNode.

-
- -
-
Functions
-
- -
-
DatalogDownloader
-
explicit DatalogDownloader(
const WirelessNode &node
)
-

Creates a DatalogDownloader object. Datalogging information will immediately be read from the Node.

Parameters
node
const WirelessNode&

The WirelessNode to download the data from.

Exceptions
-
- -
-
DatalogDownloader
-
DatalogDownloader(
const WirelessNode &node,
uint32 startAddress,
uint32 size
)
-

Advanced Constructor for creating a DatalogDownloader object with known parameters (not compatible with datalog version 1).  Note: In most cases, you should use the standard DatalogDownloader constructor instead of this one, which will automatically determine the start and end positions for you.

Parameters
node
const WirelessNode&

The WirelessNode to download the data from.

startAddress
uint32

The flash address of the first log header.

size
uint32

The max number of logged bytes.

Exceptions
-
- -
-
Constants
-
- -
-
Datalogging Header Versions
-
HEADER_VERSION_1_0

Version 1.0

HEADER_VERSION_2_0

Version 2.0

HEADER_VERSION_2_1

Version 2.1

-
- -
-
Variables
-
- -
-
m_node
- -

The WirelessNode to download the data from.

-
- -
-
m_foundFirstTrigger
-
bool m_foundFirstTrigger
-

Whether or not the first trigger has been found.

-
- -
-
m_outOfMemory
-
bool m_outOfMemory
-

Whether or not we requested data that is out of bounds of the memory.

-
- -
-
m_sweepCount
-
uint64 m_sweepCount
-

The 0-based count indicating which sweep we are currently on in the data.

-
- -
-
m_nodeMemory
-
std::unique_ptr<NodeMemory> m_nodeMemory
-

The NodeMemory object to help with interacting with the Node's datalogging memory.

-
- -
-
m_sessionInfo
-
DatalogSessionInfo m_sessionInfo
-

The <DatalogSessionInfo> containing information about the current trigger session data.

-
- -
-
m_dataDownloadVersion
-

The version of the datalog download procedure to use.

-
- -
-
m_isMathData
-
bool m_isMathData
-

Whether the data to parse next is math data (true) or standard channel data (false).

-
- -
-
m_mathMetaData
-

A vector of the <WirelessDataPacket::AlgorithmMetaData> for the current data section (gets updated each math block header).

-
- -
-
Functions
-
- -
-
parseTriggerHeader_v1
-
void parseTriggerHeader_v1()
-

Parses a (v1) trigger header from the current byte position. The current datalogging session info in this class is updated.

Exceptions
-
- -
-
parseTriggerHeader_v2
-
void parseTriggerHeader_v2()
-

Parses a (v2) trigger header from the current byte position. The current datalogging session info in this class is updated.

Exceptions
-
- -
-
parseNextSweep
-
LoggedDataSweep parseNextSweep()
-

Parses the next Raw Data Sweep from the current byte position.

-
- -
-
parseNextMathSweep
-
LoggedDataSweep parseNextMathSweep()
-

Parses the next Math/Derived Data Sweep from the current byte position.

-
- -
-
complete
-
bool complete()
-

Checks if all of the data has been downloaded (no more data available).  Note: This may be updated each time getNextData is called.

Returns

true if all the data has been downloaded, false if there is still more data to download.

-
- -
-
percentComplete
-
float percentComplete() const
-

Gets the percent completion of the download.  Note: This will be updated each time getNextData is called.

Returns
The percent completion of the download (0

100).

-
- -
-
getNextData
-
LoggedDataSweep getNextData()
-

Gets the next LoggedDataSweep that is logged to the Node.

Returns

A LoggedDataSweep containing the next data sweep that was logged to the Node.

Exceptions
-
- -
-
metaDataUpdated
-
bool metaDataUpdated() const
-

Gets whether the any of the meta data (sample rate, cal coefficients, etc) has been updated since the last call to getNextData.  This will be true for a single LoggedDataSweep (after calling getNextData), signifying that you should interrogate all of the meta data on this DatalogDownloader object again to get updated information which may have changed.

Returns

true if the meta data has been updated, false otherwise.

-
- -
-
calCoefficientsUpdated
-
bool calCoefficientsUpdated() const
-

Gets whether the calibration coefficients information has been updated since the last call to getNextData.  This will be true for a single LoggedDataSweep (after calling getNextData).

-
- -
-
startOfSession
-
bool startOfSession() const
-

Gets whether a new datalogging session has been found (after calling getNextData). This will be true for a single LoggedDataSweep.  Note: May be changed whenever metaDataUpdated returns true.

Returns

true if a new datalogging session has been found, false otherwise.

-
- -
-
sessionIndex
-
uint16 sessionIndex() const
-

Gets the index of the current datalogging session.  Note: May be changed whenever startOfSession returns true.

Returns

The index of the current datalogging session.

-
- -
-
sampleRate
-
const SampleRate& sampleRate() const
-

Gets the SampleRate of the current datalogging session.  Note: May be changed whenever metaDataUpdated returns true.

Returns

The SampleRate of the current datalogging session.

-
- -
-
userString
-
const std::string& userString() const
-

Gets the user entered string of the current datalogging session (if any).  Note: A user string can only be provided with Armed Datalogging, which is a legacy sampling mode not supported on new products.  Note: May be changed whenever metaDataUpdated returns true.

Returns

The user entered string of the current datalogging session, or an empty string if none was provided.

-
- -
-
calCoefficients
-
const ChannelCalMap& calCoefficients() const
-

Gets the <ChannelCalMap> of the current datalogging session.  Note: May be changed whenever metaDataUpdated returns true.

Returns

The <ChannelCalMap> of WirelessChannel::ChannelIds to CalCoefficients.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/DeliveryStopFlags-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/DeliveryStopFlags-h-Summary.js deleted file mode 100644 index 56941a678..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/DeliveryStopFlags-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/DeliveryStopFlags.h","DeliveryStopFlags.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/DeliveryStopFlags.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Operators","Operator"],["Variables","Variable"]],[[9361,0,0,"DeliveryStopFlags","DeliveryStopFlags"],[9362,0,2,"Functions","DeliveryStopFlags.Functions"],[9363,0,1,"DeliveryStopFlags","DeliveryStopFlags.DeliveryStopFlags"],[9364,0,1,"DeliveryStopFlags","DeliveryStopFlags.DeliveryStopFlags(2)"],[9365,0,2,"Variables","DeliveryStopFlags.Variables"],[9366,0,4,"pc","DeliveryStopFlags.pc"],[9367,0,4,"appBoard","DeliveryStopFlags.appBoard"],[9368,0,4,"linkBoard","DeliveryStopFlags.linkBoard"],[9369,0,4,"baseStation","DeliveryStopFlags.baseStation"],[9370,0,2,"Operators","DeliveryStopFlags.Operators"],[9371,0,3,"==","DeliveryStopFlags.=="],[9372,0,3,"!=","DeliveryStopFlags.!="],[9373,0,2,"Functions","DeliveryStopFlags.Functions(2)"],[9374,0,1,"compare","DeliveryStopFlags.compare"],[9375,0,1,"fromInvertedByte","DeliveryStopFlags.fromInvertedByte"],[9376,0,1,"fromByte","DeliveryStopFlags.fromByte"],[9377,0,1,"toInvertedByte","DeliveryStopFlags.toInvertedByte"],[9378,0,1,"toByte","DeliveryStopFlags.toByte"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/DeliveryStopFlags-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/DeliveryStopFlags-h-SummaryToolTips.js deleted file mode 100644 index 47d63efef..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/DeliveryStopFlags-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/DeliveryStopFlags.h",{9361:"
DeliveryStopFlags
The delivery stop flags indicate which stops on the pipeline act on the application data
",9363:"
DeliveryStopFlags()
Initializes a DeliveryStopFlags object
",9364:"
DeliveryStopFlags(
bool pc,
bool appBoard,
bool linkBoard,
bool baseStation
)
Initializes a DeliveryStopFlags object given specific values
",9366:"
bool pc: 1
A stop flag representing the pc
",9367:"
bool appBoard: 1
A stop flag representing the appBoard
",9368:"
bool linkBoard: 1
A stop flag representing the linkBoard
",9369:"
bool baseStation: 1
A stop flag representing the baseStation
",9371:"
Checks that two DeliveryStopFlags objects are equal
",9372:"
Checks that two DeliveryStopFlags objects are not equal
",9374:"
bool compare(
const DeliveryStopFlags &src
) const
Checks that two DeliveryStopFlags are identical
",9375:"
static DeliveryStopFlags fromInvertedByte(
uint8 dsf
)
Sets all the stop flags based on the inverted (ASPP v1) byte value passed in
",9376:"
static DeliveryStopFlags fromByte(
uint8 dsf
)
Sets all the stop flags based on the byte value passed in
",9377:"
uint8 toInvertedByte() const
Gets the inverted (ASPP v1) delivery stop flag byte value based on the current stop flags set
",9378:"
uint8 toByte() const
Gets the delivery stop flag byte value based on the current stop flags set
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/DeliveryStopFlags-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/DeliveryStopFlags-h-ToolTips.js deleted file mode 100644 index f99003bdc..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/DeliveryStopFlags-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({9361:"
DeliveryStopFlags
The delivery stop flags indicate which stops on the pipeline act on the application data
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/DeliveryStopFlags-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/DeliveryStopFlags-h.html deleted file mode 100644 index 0381cc58c..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/DeliveryStopFlags-h.html +++ /dev/null @@ -1,109 +0,0 @@ - - -DeliveryStopFlags.h - - - - - - - -
-
DeliveryStopFlags
-
DeliveryStopFlags
-

The delivery stop flags indicate which stops on the pipeline act on the application data

-
- -
-
Functions
-
- -
-
DeliveryStopFlags
-
DeliveryStopFlags()
-

Initializes a DeliveryStopFlags object

-
- -
-
DeliveryStopFlags
-
DeliveryStopFlags(
bool pc,
bool appBoard,
bool linkBoard,
bool baseStation
)
-

Initializes a DeliveryStopFlags object given specific values

-
- -
-
Variables
-
- -
-
pc
-
bool pc: 1
-

A stop flag representing the pc

-
- -
-
appBoard
-
bool appBoard: 1
-

A stop flag representing the appBoard

-
- -
-
linkBoard
-
bool linkBoard: 1
-

A stop flag representing the linkBoard

-
- -
-
baseStation
-
bool baseStation: 1
-

A stop flag representing the baseStation

-
- -
-
Operators
-
- -
-
==
-

Checks that two DeliveryStopFlags objects are equal

Returns

true if the two DeliveryStopFlags are identical, false otherwise

-
- -
-
!=
-

Checks that two DeliveryStopFlags objects are not equal

Returns

true if the two DeliveryStopFlags are not identical, false otherwise

-
- -
-
Functions
-
- -
-
compare
-
bool compare(
const DeliveryStopFlags &src
) const
-

Checks that two DeliveryStopFlags are identical

Returns

true if the two DeliveryStopFlags are identical, false otherwise

-
- -
-
fromInvertedByte
-
static DeliveryStopFlags fromInvertedByte(
uint8 dsf
)
-

Sets all the stop flags based on the inverted (ASPP v1) byte value passed in

Parameters
dsf
uint8

The inverted (ASPP v1) delivery stop flag byte

-
- -
-
fromByte
-
static DeliveryStopFlags fromByte(
uint8 dsf
)
-

Sets all the stop flags based on the byte value passed in

Parameters
dsf
uint8

The delivery stop flag byte

-
- -
-
toInvertedByte
-
uint8 toInvertedByte() const
-

Gets the inverted (ASPP v1) delivery stop flag byte value based on the current stop flags set

Returns

The inverted (ASPP v1) delivery stop flag byte built from the current set stop flags

-
- -
-
toByte
-
uint8 toByte() const
-

Gets the delivery stop flag byte value based on the current stop flags set

Returns

The delivery stop flag byte built from the current set stop flags

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/AvailableSampleRates-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/AvailableSampleRates-h-Summary.js deleted file mode 100644 index fc368bc42..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/AvailableSampleRates-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Features/AvailableSampleRates.h","AvailableSampleRates.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Features/AvailableSampleRates.h",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Groups","Group"]],[[7101,0,0,"AvailableSampleRates","AvailableSampleRates"],[7102,0,2,"Constants","AvailableSampleRates.Constants"],[7103,0,1,"Standard Sample Rates","AvailableSampleRates.Standard_Sample_Rates"],[7104,0,1,,"AvailableSampleRates.continuous"],[7105,0,1,,"AvailableSampleRates.burst"],[7106,0,1,,"AvailableSampleRates.armedDatalog"],[7107,0,1,,"AvailableSampleRates.derivedOnly"],[7108,0,1,"V-Link-200 Sample Rates","AvailableSampleRates.V-Link-200_Sample_Rates"],[7109,0,1,,"AvailableSampleRates.continuous_nonSync_vlink200"],[7110,0,1,,"AvailableSampleRates.continuous_sync_vlink200"],[7111,0,1,,"AvailableSampleRates.continuous_log_vlink200"],[7112,0,1,,"AvailableSampleRates.burst_vlink200"],[7113,0,1,"G-Link-200 Sample Rates","AvailableSampleRates.G-Link-200_Sample_Rates"],[7114,0,1,,"AvailableSampleRates.continuous_nonSync_glink200"],[7115,0,1,,"AvailableSampleRates.continuous_sync_glink200"],[7116,0,1,,"AvailableSampleRates.continuous_log_glink200"],[7117,0,1,,"AvailableSampleRates.burst_glink200"],[7118,0,1,,"AvailableSampleRates.derivedOnly_glink200"],[7119,0,1,"G-Link-200-R Sample Rates","AvailableSampleRates.G-Link-200-R_Sample_Rates"],[7120,0,1,,"AvailableSampleRates.continuous_nonSync_glink200r"],[7121,0,1,,"AvailableSampleRates.continuous_sync_glink200r"],[7122,0,1,,"AvailableSampleRates.continuous_log_glink200r"],[7123,0,1,"G-Link-2 Sample Rates","AvailableSampleRates.G-Link-2_Sample_Rates"],[7124,0,1,,"AvailableSampleRates.continuous_glink2"],[7125,0,1,,"AvailableSampleRates.burst_glink2"],[7126,0,1,,"AvailableSampleRates.armedDatalog_glink2"],[7127,0,1,"V-Link Sample Rates","AvailableSampleRates.V-Link_Sample_Rates"],[7128,0,1,,"AvailableSampleRates.burst_vlink"],[7129,0,1,,"AvailableSampleRates.armedDatalog_vlink"],[7130,0,1,"V-Link2 Sample Rates","AvailableSampleRates.V-Link2_Sample_Rates"],[7131,0,1,,"AvailableSampleRates.continuous_vlink2"],[7132,0,1,,"AvailableSampleRates.burst_vlink2"],[7133,0,1,,"AvailableSampleRates.armedDatalog_vlink2"],[7134,0,1,"IEPE-Link Sample Rates","AvailableSampleRates.IEPE-Link_Sample_Rates"],[7135,0,1,,"AvailableSampleRates.burst_iepe"],[7136,0,1,"TC-Link SampleRates","AvailableSampleRates.TC-Link_SampleRates"],[7137,0,1,,"AvailableSampleRates.continuous_tclink"],[7138,0,1,"TC-Link-1ch SampleRates","AvailableSampleRates.TC-Link-1ch_SampleRates"],[7139,0,1,,"AvailableSampleRates.continuous_tclink1ch"],[7140,0,1,"TC-Link-200 SampleRates","AvailableSampleRates.TC-Link-200_SampleRates"],[7141,0,1,,"AvailableSampleRates.continuous_tclink1ch(2)"],[7142,0,1,"RTD-Link-200 SampleRates","AvailableSampleRates.RTD-Link-200_SampleRates"],[7143,0,1,,"AvailableSampleRates.continuous_rtdlink200"],[7144,0,1,"ENV-Link SampleRates","AvailableSampleRates.ENV-Link_SampleRates"],[7145,0,1,,"AvailableSampleRates.continuous_envlink"],[7146,0,1,"SHM-Link2 SampleRates","AvailableSampleRates.SHM-Link2_SampleRates"],[7147,0,1,,"AvailableSampleRates.continuous_shmLink2"],[7148,0,1,"CF-Bearing-Temp-Link SampleRates","AvailableSampleRates.CF-Bearing-Temp-Link_SampleRates"],[7149,0,1,,"AvailableSampleRates.continuous_cfBearing"],[7150,0,1,"Wireless Impact Sensor Sample Rates","AvailableSampleRates.Wireless_Impact_Sensor_Sample_Rates"],[7151,0,1,,"AvailableSampleRates.continuous_nonSync_impact"],[7152,0,1,,"AvailableSampleRates.continuous_sync_impact"],[7153,0,1,,"AvailableSampleRates.burst_impact"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/AvailableSampleRates-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/AvailableSampleRates-h-SummaryToolTips.js deleted file mode 100644 index bb621ef57..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/AvailableSampleRates-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Features/AvailableSampleRates.h",{7101:"
AvailableSampleRates
Contains the available sample rates for the Wireless products
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/AvailableSampleRates-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/AvailableSampleRates-h-ToolTips.js deleted file mode 100644 index 59992a148..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/AvailableSampleRates-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/AvailableSampleRates-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/AvailableSampleRates-h.html deleted file mode 100644 index 422b98b43..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/AvailableSampleRates-h.html +++ /dev/null @@ -1,101 +0,0 @@ - - -AvailableSampleRates.h - - - - - - - -
-
AvailableSampleRates
-
AvailableSampleRates
-

Contains the available sample rates for the Wireless products

-
- -
-
Constants
-
- -
-
Standard Sample Rates
-
continuous

standard continuous sample rates

burst

standard burst sample rates

armedDatalog

standard armed datalogging sample rates

derivedOnly

standard sample rates when derived only mode is active

-
- -
-
V-Link-200 Sample Rates
-
continuous_nonSync_vlink200

standard continuous NonSync sample rates

continuous_sync_vlink200

standard continuous Sync sample rates

continuous_log_vlink200

standard continuous Log Only sample rates

burst_vlink200

standard burst sample rates

-
- -
-
G-Link-200 Sample Rates
-
continuous_nonSync_glink200

continuous NonSync sample rates for the G-Link-200

continuous_sync_glink200

continuous Sync sample rates for the G-Link-200

continuous_log_glink200

continuous Log Only sample rates for the G-Link-200

burst_glink200

burst sample rates for the G-Link-200

derivedOnly_glink200

derived only sample rates for the G-Link-200

-
- -
-
G-Link-200-R Sample Rates
-
continuous_nonSync_glink200r

continuous NonSync sample rates for the G-Link-200-R

continuous_sync_glink200r

continuous Sync sample rates for the G-Link-200-R

continuous_log_glink200r

continuous Log Only sample rates for the G-Link-200-R

-
- -
-
G-Link-2 Sample Rates
-
continuous_glink2

continuous sample rates for the G-Link 2

burst_glink2

burst sample rates for the G-Link 2

armedDatalog_glink2

armed datalogging sample rates for the G-Link 2

-
- -
-
V-Link Sample Rates
-
burst_vlink

burst sample rates for the V-Link

armedDatalog_vlink

armed datalogging sample rates for the V-Link

-
- -
-
V-Link2 Sample Rates
-
continuous_vlink2

continuous sample rates for the V-Link2.

burst_vlink2

burst sample rates for the V-Link

armedDatalog_vlink2

armed datalogging sample rates for the V-Link

-
- -
-
IEPE-Link Sample Rates
-
burst_iepe

burst sample rates for the IEPE-Link

-
- -
-
TC-Link SampleRates
-
continuous_tclink

continuous sample rates for the TC-Link nodes.

-
- -
-
TC-Link-1ch SampleRates
-
continuous_tclink1ch

continuous sample rates for the TC-Link 1-ch node.

-
- -
-
TC-Link-200 SampleRates
-
continuous_tclink1ch

continuous sample rates for the TC-Link-200 node.

-
- -
-
RTD-Link-200 SampleRates
-
continuous_rtdlink200

continuous sample rates for the RTD-Link-200 node.

-
- -
-
ENV-Link SampleRates
-
continuous_envlink

continuous sample rates for the ENV-Link nodes.

-
- -
-
SHM-Link2 SampleRates
-
continuous_shmLink2

continuous sample rates for the SHM-Link nodes.

-
- -
-
CF-Bearing-Temp-Link SampleRates
-
continuous_cfBearing

continuous sample rates for the CF-Bearing-Temp-Link node.

-
- -
-
Wireless Impact Sensor Sample Rates
-
continuous_nonSync_impact

continuous non-sync sample rates for the Wireless Impact Sensor

continuous_sync_impact

continuous sync sample rates for the Wireless Impact Sensor

burst_impact

burst sample rates for the Wireless Impact Sensor

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/AvailableTransmitPowers-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/AvailableTransmitPowers-h-Summary.js deleted file mode 100644 index cd8b18780..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/AvailableTransmitPowers-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Features/AvailableTransmitPowers.h","AvailableTransmitPowers.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Features/AvailableTransmitPowers.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[7073,0,0,"AvailableTransmitPowers","AvailableTransmitPowers"],[7074,0,2,"Functions","AvailableTransmitPowers.Functions"],[7075,0,1,"get","AvailableTransmitPowers.get"],[7076,0,1,"get200series","AvailableTransmitPowers.get200series"],[7077,0,1,"get","AvailableTransmitPowers.get(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/AvailableTransmitPowers-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/AvailableTransmitPowers-h-SummaryToolTips.js deleted file mode 100644 index 31958c24c..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/AvailableTransmitPowers-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Features/AvailableTransmitPowers.h",{7073:"
AvailableTransmitPowers
contains functions for getting the available transmit powers for devices
",7075:"
static const WirelessTypes::TransmitPowers get(
const NodeInfo &info,
WirelessTypes::CommProtocol commProtocol
)
Gets a list of transmit powers for the given NodeInfo and WirelessTypes::CommProtocol.  Note: this function should only be used for the old, pre-200-series, nodes.
",7076:"
static const WirelessTypes::TransmitPowers get200series(
const NodeInfo &info,
WirelessTypes::CommProtocol commProtocol
)
Gets a list of transmit powers for the given NodeInfo and WirelessTypes::CommProtocol.  Note: this function should only be used for the 200-series nodes.
",7077:"
static const WirelessTypes::TransmitPowers get(
WirelessTypes::RegionCode region,
WirelessModels::BaseModel model,
const Version &fwVersion,
WirelessTypes::CommProtocol commProtocol
)
Gets a list of transmit powers for the given information.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/AvailableTransmitPowers-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/AvailableTransmitPowers-h-ToolTips.js deleted file mode 100644 index 0de36413a..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/AvailableTransmitPowers-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6858:"
Holds information (read from eeprom) about a WirelessNode.
",7891:"
The model numbers for each of the Wireless Base Stations
",8885:"
The possible region codes for the device.
",9155:"
Available Communication Protocol types.
",10409:"
Version
Class that represents, and provides helper functions for, a Version number
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/AvailableTransmitPowers-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/AvailableTransmitPowers-h.html deleted file mode 100644 index e8137f149..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/AvailableTransmitPowers-h.html +++ /dev/null @@ -1,39 +0,0 @@ - - -AvailableTransmitPowers.h - - - - - - - -
-
AvailableTransmitPowers
-
AvailableTransmitPowers
-

contains functions for getting the available transmit powers for devices

-
- -
-
Functions
-
- -
-
get
-
static const WirelessTypes::TransmitPowers get(
const NodeInfo &info,
WirelessTypes::CommProtocol commProtocol
)
-

Gets a list of transmit powers for the given NodeInfo and WirelessTypes::CommProtocol.  Note: this function should only be used for the old, pre-200-series, nodes.

-
- -
-
get200series
-
static const WirelessTypes::TransmitPowers get200series(
const NodeInfo &info,
WirelessTypes::CommProtocol commProtocol
)
-

Gets a list of transmit powers for the given NodeInfo and WirelessTypes::CommProtocol.  Note: this function should only be used for the 200-series nodes.

-
- -
-
get
-
static const WirelessTypes::TransmitPowers get(
WirelessTypes::RegionCode region,
WirelessModels::BaseModel model,
const Version &fwVersion,
WirelessTypes::CommProtocol commProtocol
)
-

Gets a list of transmit powers for the given information.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/BaseStationFeatures-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/BaseStationFeatures-h-Summary.js deleted file mode 100644 index 10a23c2dc..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/BaseStationFeatures-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Features/BaseStationFeatures.h","BaseStationFeatures.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Features/BaseStationFeatures.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[7078,0,0,"BaseStationFeatures","BaseStationFeatures"],[7079,0,2,"Variables","BaseStationFeatures.Variables"],[7080,0,3,"m_baseInfo","BaseStationFeatures.m_baseInfo"],[7081,0,2,"Functions","BaseStationFeatures.Functions"],[7082,0,1,"BaseStationFeatures","BaseStationFeatures.BaseStationFeatures"],[7083,0,1,"create","BaseStationFeatures.create"],[7084,0,1,"supportsTransmitPower","BaseStationFeatures.supportsTransmitPower"],[7085,0,1,"supportsCommunicationProtocol","BaseStationFeatures.supportsCommunicationProtocol"],[7086,0,1,"supportsButtons","BaseStationFeatures.supportsButtons"],[7087,0,1,"supportsAnalogPairing","BaseStationFeatures.supportsAnalogPairing"],[7088,0,1,"supportsBeaconStatus","BaseStationFeatures.supportsBeaconStatus"],[7089,0,1,"supportsRfSweepMode","BaseStationFeatures.supportsRfSweepMode"],[7090,0,1,"supportsCustomRfSweepMode","BaseStationFeatures.supportsCustomRfSweepMode"],[7091,0,1,"buttonCount","BaseStationFeatures.buttonCount"],[7092,0,1,"analogPortCount","BaseStationFeatures.analogPortCount"],[7093,0,1,"transmitPowers","BaseStationFeatures.transmitPowers"],[7094,0,1,"transmitPowers","BaseStationFeatures.transmitPowers(2)"],[7095,0,1,"commProtocols","BaseStationFeatures.commProtocols"],[7096,0,1,"maxTransmitPower","BaseStationFeatures.maxTransmitPower"],[7097,0,1,"minTransmitPower","BaseStationFeatures.minTransmitPower"],[7098,0,1,"supportsNewTransmitPowers","BaseStationFeatures.supportsNewTransmitPowers"],[7099,0,1,"supportsEepromCommitViaRadioReset","BaseStationFeatures.supportsEepromCommitViaRadioReset"],[7100,0,1,"supportsEeprom1024AndAbove","BaseStationFeatures.supportsEeprom1024AndAbove"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/BaseStationFeatures-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/BaseStationFeatures-h-SummaryToolTips.js deleted file mode 100644 index d10b2c77c..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/BaseStationFeatures-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Features/BaseStationFeatures.h",{7078:"
BaseStationFeatures
Contains information on which features are supported by a BaseStation.
",7080:"
BaseStationInfo m_baseInfo
The BaseStationInfo object containing basic information retrieved from eeprom about the BaseStation.
",7082:"
BaseStationFeatures(
const BaseStationInfo &info
)
Creates a BaseStationFeatures object.
",7083:"
static std::unique_ptr<BaseStationFeatures> create(
const BaseStationInfo &info
)
Builds and returns a BaseStationFeatures pointer based on the given parameters.
",7084:"
virtual bool supportsTransmitPower(
WirelessTypes::TransmitPower power,
WirelessTypes::CommProtocol commProtocol
) const
Checks if a WirelessTypes::TransmitPower is supported by this BaseStation.
",7085:"
virtual bool supportsCommunicationProtocol(
WirelessTypes::CommProtocol protocol
) const
Checks if a WirelessTypes::CommProtocol is supported by this BaseStation.
",7086:"
virtual bool supportsButtons() const
Checks if the BaseStation supports Button configuration.
",7087:"
virtual bool supportsAnalogPairing() const
Checks if the BaseStation supports Analog Pairing configuration.
",7088:"
virtual bool supportsBeaconStatus() const
Checks if the BaseStation supports the beaconStatus command.
",7089:"
virtual bool supportsRfSweepMode() const
Checks if the BaseStation supports RF Sweep Mode.  Note: This checks if the standard RF sweep mode across the BaseStation\'s supported operating frequencies is supported.  Use supportsCustomRfSweepMode to check if customizing the frequencies to be scanned is supported.
",7090:"
virtual bool supportsCustomRfSweepMode() const
Checks if the BaseStation supports the Custom RF Sweep Mode (providing custom frequency ranges).
",7091:"
virtual uint8 buttonCount() const
Gets the total number of buttons that are supported.
",7092:"
virtual uint8 analogPortCount() const
Gets the total number of analog ports that are supported.
",7093:"
virtual const WirelessTypes::TransmitPowers transmitPowers(
WirelessTypes::CommProtocol commProtocol
) const
Gets a list of the WirelessTypes::TransmitPowers that are supported by this BaseStation, for the specified WirelessTypes::CommProtocol.  Note: This list is dependent on the WirelessTypes::RegionCode of the device. If this changes, this function should be called again.
",7094:"
virtual const WirelessTypes::TransmitPowers transmitPowers(
WirelessTypes::RegionCode region,
WirelessTypes::CommProtocol commProtocol
) const
Gets a list of the WirelessTypes::TransmitPowers that are supported by this BaseStation, for the given WirelessTypes::RegionCode and WirelessTypes::CommProtocol.
",7095:"
virtual const WirelessTypes::CommProtocols commProtocols() const
Gets a list of WirelessTypes::CommProtocols that are supported by this BaseStation.
",7096:"
virtual WirelessTypes::TransmitPower maxTransmitPower(
WirelessTypes::RegionCode region,
WirelessTypes::CommProtocol commProtocol
) const
Gets the maximum WirelessTypes::TransmitPower that is supported for the given parameters.
",7097:"
virtual WirelessTypes::TransmitPower minTransmitPower(
WirelessTypes::RegionCode region,
WirelessTypes::CommProtocol commProtocol
) const
Gets the minimum WirelessTypes::TransmitPower that is supported for the given parameters.
",7098:"
virtual bool supportsNewTransmitPowers() const
Checks if the BaseStation supports the new transmit powers (true), or the old ones (false).
",7099:"
virtual bool supportsEepromCommitViaRadioReset() const
Checks if eeprom changes can be committed by only cycling the radio, instead of cycling power.
",7100:"
virtual bool supportsEeprom1024AndAbove() const
Checks if the Node supports reading eeprom location 1024 and above.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/BaseStationFeatures-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/BaseStationFeatures-h-ToolTips.js deleted file mode 100644 index e50f859bd..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/BaseStationFeatures-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7078:"
BaseStationFeatures
Contains information on which features are supported by a BaseStation.
",7090:"
virtual bool supportsCustomRfSweepMode() const
Checks if the BaseStation supports the Custom RF Sweep Mode (providing custom frequency ranges).
",8635:"
Represents the transmit powers that can be used for Wireless Devices.
",8885:"
The possible region codes for the device.
",9155:"
Available Communication Protocol types.
",9496:"
Holds information about a BaseStation.
",9710:"
BaseStation
Represents a MicroStrain Base Station object
",10453:"
Error_NotSupported
A command/feature was attempted to be used that was not supported.
",7035:"
BaseStationFeatures_wsda2000
Contains information on features for the WSDA-2000.
",7038:"
BaseStationFeatures_wsda
Contains information on features for the WSDA.
",7059:"
BaseStationFeatures_usb200
Contains information on features for the WSDA-200 USB BaseStation.
",7062:"
BaseStationFeatures_usb
Contains information on features for the usb BaseStation.
",7065:"
BaseStationFeatures_rs232
Contains information on features for the rs232 BaseStation.
",7068:"
BaseStationFeatures_analog
Contains information on features for the analog BaseStation.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/BaseStationFeatures-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/BaseStationFeatures-h.html deleted file mode 100644 index 90ce0bd63..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/BaseStationFeatures-h.html +++ /dev/null @@ -1,145 +0,0 @@ - - -BaseStationFeatures.h - - - - - - - -
-
BaseStationFeatures
- -

Contains information on which features are supported by a BaseStation.

-
- -
-
Variables
-
- -
-
m_baseInfo
-
BaseStationInfo m_baseInfo
-

The BaseStationInfo object containing basic information retrieved from eeprom about the BaseStation.

-
- -
-
Functions
-
- -
-
BaseStationFeatures
-
BaseStationFeatures(
const BaseStationInfo &info
)
-

Creates a BaseStationFeatures object.

Parameters
info
const BaseStationInfo&

A BaseStationInfo object representing standard information of the BaseStation.

-
- -
-
create
-
static std::unique_ptr<BaseStationFeatures> create(
const BaseStationInfo &info
)
-

Builds and returns a BaseStationFeatures pointer based on the given parameters.

Parameters
info
const BaseStationInfo&

A BaseStationInfo object representing standard information of the BaseStation.

Returns

A BaseStationFeatures unique_ptr.

Exceptions
-
- -
-
supportsTransmitPower
-
virtual bool supportsTransmitPower(
WirelessTypes::TransmitPower power,
WirelessTypes::CommProtocol commProtocol
) const
-

Checks if a WirelessTypes::TransmitPower is supported by this BaseStation.

Parameters
power
WirelessTypes::TransmitPower

The WirelessTypes::TransmitPower to check if supported.

commProtocol
WirelessTypes::CommProtocol

The WirelessTypes::CommProtocol to check if the transmit power is supported in.

Returns

true if the transmit power is supported, false otherwise.

-
- -
-
supportsCommunicationProtocol
-
virtual bool supportsCommunicationProtocol(
WirelessTypes::CommProtocol protocol
) const
-

Checks if a WirelessTypes::CommProtocol is supported by this BaseStation.

Parameters
protocol
WirelessTypes::CommProtocol

The WirelessTypes::CommProtocol to check if supported.

Returns

true if the protocol is supported, false otherwise.

-
- -
-
supportsButtons
-
virtual bool supportsButtons() const
-

Checks if the BaseStation supports Button configuration.

Returns

true if the BaseStation supports Button configuration, false otherwise.

-
- -
-
supportsAnalogPairing
-
virtual bool supportsAnalogPairing() const
-

Checks if the BaseStation supports Analog Pairing configuration.

Returns

true if the BaseStation supports Analog Pairing, false otherwise.

-
- -
-
supportsBeaconStatus
-
virtual bool supportsBeaconStatus() const
-

Checks if the BaseStation supports the beaconStatus command.

Returns

true if the BaseStation supports the beacon status command, false otherwise.

-
- -
-
supportsRfSweepMode
-
virtual bool supportsRfSweepMode() const
-

Checks if the BaseStation supports RF Sweep Mode.  Note: This checks if the standard RF sweep mode across the BaseStation's supported operating frequencies is supported.  Use supportsCustomRfSweepMode to check if customizing the frequencies to be scanned is supported.

Returns

true if the BaseStation supports RF Sweep Mode, false otherwise.

-
- -
-
supportsCustomRfSweepMode
-
virtual bool supportsCustomRfSweepMode() const
-

Checks if the BaseStation supports the Custom RF Sweep Mode (providing custom frequency ranges).

Returns

true if the BaseStation supports Custom RF Sweep Mode, false otherwise.

-
- -
-
buttonCount
-
virtual uint8 buttonCount() const
-

Gets the total number of buttons that are supported.

Returns

The total number of buttons that are supported.

-
- -
-
analogPortCount
-
virtual uint8 analogPortCount() const
-

Gets the total number of analog ports that are supported.

Returns

The total number of analog ports that are supported.

-
- -
-
transmitPowers
-
virtual const WirelessTypes::TransmitPowers transmitPowers(
WirelessTypes::CommProtocol commProtocol
) const
-

Gets a list of the WirelessTypes::TransmitPowers that are supported by this BaseStation, for the specified WirelessTypes::CommProtocol.  Note: This list is dependent on the WirelessTypes::RegionCode of the device. If this changes, this function should be called again.

Parameters
commProtocol
WirelessTypes::CommProtocol

The WirelessTypes::CommProtocol to get the transmit powers for.

Returns

A vector of WirelessTypes::TransmitPowers that are supported by this BaseStation.

-
- -
-
transmitPowers
-
virtual const WirelessTypes::TransmitPowers transmitPowers(
WirelessTypes::RegionCode region,
WirelessTypes::CommProtocol commProtocol
) const
-

Gets a list of the WirelessTypes::TransmitPowers that are supported by this BaseStation, for the given WirelessTypes::RegionCode and WirelessTypes::CommProtocol.

Parameters
region
WirelessTypes::RegionCode

The WirelessTypes::RegionCode to get the transmit powers for.

commProtocol
WirelessTypes::CommProtocol

The WirelessTypes::CommProtocol to get the transmit powers for.

Returns

A vector of WirelessTypes::TransmitPowers that are supported by this BaseStation.

-
- -
-
commProtocols
-
virtual const WirelessTypes::CommProtocols commProtocols() const
-

Gets a list of WirelessTypes::CommProtocols that are supported by this BaseStation.

Returns

A vector of WirelessTypes::CommProtocols that are supported by this BaseStation.

-
- -
-
maxTransmitPower
-
virtual WirelessTypes::TransmitPower maxTransmitPower(
WirelessTypes::RegionCode region,
WirelessTypes::CommProtocol commProtocol
) const
-

Gets the maximum WirelessTypes::TransmitPower that is supported for the given parameters.

Parameters
region
WirelessTypes::RegionCode

The WirelessTypes::RegionCode of the device.

commProtocol
WirelessTypes::CommProtocol

The WirelessTypes::CommProtocol of the device.

Returns

The max WirelessTypes::TransmitPower that is suppported for the given parameters.

-
- -
-
minTransmitPower
-
virtual WirelessTypes::TransmitPower minTransmitPower(
WirelessTypes::RegionCode region,
WirelessTypes::CommProtocol commProtocol
) const
-

Gets the minimum WirelessTypes::TransmitPower that is supported for the given parameters.

Parameters
region
WirelessTypes::RegionCode

The WirelessTypes::RegionCode of the device.

commProtocol
WirelessTypes::CommProtocol

The WirelessTypes::CommProtocol of the device.

Returns

The min WirelessTypes::TransmitPower that is suppported for the given parameters.

-
- -
-
supportsNewTransmitPowers
-
virtual bool supportsNewTransmitPowers() const
-

Checks if the BaseStation supports the new transmit powers (true), or the old ones (false).

-
- -
-
supportsEepromCommitViaRadioReset
-
virtual bool supportsEepromCommitViaRadioReset() const
-

Checks if eeprom changes can be committed by only cycling the radio, instead of cycling power.

-
- -
-
supportsEeprom1024AndAbove
-
virtual bool supportsEeprom1024AndAbove() const
-

Checks if the Node supports reading eeprom location 1024 and above.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/BaseStationFeatures_analog-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/BaseStationFeatures_analog-h-Summary.js deleted file mode 100644 index f81fbceda..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/BaseStationFeatures_analog-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Features/BaseStationFeatures_analog.h","BaseStationFeatures_analog.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Features/BaseStationFeatures_analog.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[7068,0,0,"BaseStationFeatures_analog","BaseStationFeatures_analog"],[7069,0,2,"Functions","BaseStationFeatures_analog.Functions"],[7070,0,1,"BaseStationFeatures_analog","BaseStationFeatures_analog.BaseStationFeatures_analog"],[7071,0,1,"buttonCount","BaseStationFeatures_analog.buttonCount"],[7072,0,1,"analogPortCount","BaseStationFeatures_analog.analogPortCount"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/BaseStationFeatures_analog-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/BaseStationFeatures_analog-h-SummaryToolTips.js deleted file mode 100644 index 9787cb92e..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/BaseStationFeatures_analog-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Features/BaseStationFeatures_analog.h",{7068:"
BaseStationFeatures_analog
Contains information on features for the analog BaseStation.
",7070:"
BaseStationFeatures_analog(
const BaseStationInfo &info
)
Creates a BaseStationFeatures_analog object.
",7071:"
virtual uint8 buttonCount() const override
Gets the total number of buttons that are supported.
",7072:"
virtual uint8 analogPortCount() const override
Gets the total number of analog ports that are supported.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/BaseStationFeatures_analog-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/BaseStationFeatures_analog-h-ToolTips.js deleted file mode 100644 index adee080b5..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/BaseStationFeatures_analog-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7078:"
BaseStationFeatures
Contains information on which features are supported by a BaseStation.
",9496:"
Holds information about a BaseStation.
",9710:"
BaseStation
Represents a MicroStrain Base Station object
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/BaseStationFeatures_analog-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/BaseStationFeatures_analog-h.html deleted file mode 100644 index 57f6b1397..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/BaseStationFeatures_analog-h.html +++ /dev/null @@ -1,39 +0,0 @@ - - -BaseStationFeatures_analog.h - - - - - - - -
-
BaseStationFeatures_analog
-
public
BaseStationFeatures
BaseStationFeatures_analog
-

Contains information on features for the analog BaseStation.

-
- -
-
Functions
-
- -
-
BaseStationFeatures_analog
-
BaseStationFeatures_analog(
const BaseStationInfo &info
)
-

Creates a BaseStationFeatures_analog object.

Parameters
info
const BaseStationInfo&

A BaseStationInfo object representing standard information of the BaseStation.

-
- -
-
buttonCount
-
virtual uint8 buttonCount() const override
-

Gets the total number of buttons that are supported.

Returns

The total number of buttons that are supported.

-
- -
-
analogPortCount
-
virtual uint8 analogPortCount() const override
-

Gets the total number of analog ports that are supported.

Returns

The total number of analog ports that are supported.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/BaseStationFeatures_rs232-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/BaseStationFeatures_rs232-h-Summary.js deleted file mode 100644 index ab1d32f71..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/BaseStationFeatures_rs232-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Features/BaseStationFeatures_rs232.h","BaseStationFeatures_rs232.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Features/BaseStationFeatures_rs232.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[7065,0,0,"BaseStationFeatures_rs232","BaseStationFeatures_rs232"],[7066,0,2,"Functions","BaseStationFeatures_rs232.Functions"],[7067,0,1,"BaseStationFeatures_rs232","BaseStationFeatures_rs232.BaseStationFeatures_rs232"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/BaseStationFeatures_rs232-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/BaseStationFeatures_rs232-h-SummaryToolTips.js deleted file mode 100644 index 8a917cfad..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/BaseStationFeatures_rs232-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Features/BaseStationFeatures_rs232.h",{7065:"
BaseStationFeatures_rs232
Contains information on features for the rs232 BaseStation.
",7067:"
BaseStationFeatures_rs232(
const BaseStationInfo &info
)
Creates a BaseStationFeatures_rs232 object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/BaseStationFeatures_rs232-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/BaseStationFeatures_rs232-h-ToolTips.js deleted file mode 100644 index adee080b5..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/BaseStationFeatures_rs232-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7078:"
BaseStationFeatures
Contains information on which features are supported by a BaseStation.
",9496:"
Holds information about a BaseStation.
",9710:"
BaseStation
Represents a MicroStrain Base Station object
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/BaseStationFeatures_rs232-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/BaseStationFeatures_rs232-h.html deleted file mode 100644 index 16c8d14be..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/BaseStationFeatures_rs232-h.html +++ /dev/null @@ -1,27 +0,0 @@ - - -BaseStationFeatures_rs232.h - - - - - - - -
-
BaseStationFeatures_rs232
-
public
BaseStationFeatures
BaseStationFeatures_rs232
-

Contains information on features for the rs232 BaseStation.

-
- -
-
Functions
-
- -
-
BaseStationFeatures_rs232
-
BaseStationFeatures_rs232(
const BaseStationInfo &info
)
-

Creates a BaseStationFeatures_rs232 object.

Parameters
info
const BaseStationInfo&

A BaseStationInfo object representing standard information of the BaseStation.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/BaseStationFeatures_usb-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/BaseStationFeatures_usb-h-Summary.js deleted file mode 100644 index 88e7e09ee..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/BaseStationFeatures_usb-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Features/BaseStationFeatures_usb.h","BaseStationFeatures_usb.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Features/BaseStationFeatures_usb.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[7062,0,0,"BaseStationFeatures_usb","BaseStationFeatures_usb"],[7063,0,2,"Functions","BaseStationFeatures_usb.Functions"],[7064,0,1,"BaseStationFeatures_usb","BaseStationFeatures_usb.BaseStationFeatures_usb"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/BaseStationFeatures_usb-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/BaseStationFeatures_usb-h-SummaryToolTips.js deleted file mode 100644 index 0d5b4a09e..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/BaseStationFeatures_usb-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Features/BaseStationFeatures_usb.h",{7062:"
BaseStationFeatures_usb
Contains information on features for the usb BaseStation.
",7064:"
BaseStationFeatures_usb(
const BaseStationInfo &info
)
Creates a BaseStationFeatures_usb object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/BaseStationFeatures_usb-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/BaseStationFeatures_usb-h-ToolTips.js deleted file mode 100644 index adee080b5..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/BaseStationFeatures_usb-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7078:"
BaseStationFeatures
Contains information on which features are supported by a BaseStation.
",9496:"
Holds information about a BaseStation.
",9710:"
BaseStation
Represents a MicroStrain Base Station object
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/BaseStationFeatures_usb-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/BaseStationFeatures_usb-h.html deleted file mode 100644 index e025b2808..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/BaseStationFeatures_usb-h.html +++ /dev/null @@ -1,27 +0,0 @@ - - -BaseStationFeatures_usb.h - - - - - - - -
-
BaseStationFeatures_usb
-
public
BaseStationFeatures
BaseStationFeatures_usb
-

Contains information on features for the usb BaseStation.

-
- -
-
Functions
-
- -
-
BaseStationFeatures_usb
-
BaseStationFeatures_usb(
const BaseStationInfo &info
)
-

Creates a BaseStationFeatures_usb object.

Parameters
info
const BaseStationInfo&

A BaseStationInfo object representing standard information of the BaseStation.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/BaseStationFeatures_usb200-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/BaseStationFeatures_usb200-h-Summary.js deleted file mode 100644 index 89d0cd99b..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/BaseStationFeatures_usb200-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Features/BaseStationFeatures_usb200.h","BaseStationFeatures_usb200.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Features/BaseStationFeatures_usb200.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[7059,0,0,"BaseStationFeatures_usb200","BaseStationFeatures_usb200"],[7060,0,2,"Functions","BaseStationFeatures_usb200.Functions"],[7061,0,1,"BaseStationFeatures_usb200","BaseStationFeatures_usb200.BaseStationFeatures_usb200"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/BaseStationFeatures_usb200-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/BaseStationFeatures_usb200-h-SummaryToolTips.js deleted file mode 100644 index 261f33e5a..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/BaseStationFeatures_usb200-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Features/BaseStationFeatures_usb200.h",{7059:"
BaseStationFeatures_usb200
Contains information on features for the WSDA-200 USB BaseStation.
",7061:"
BaseStationFeatures_usb200(
const BaseStationInfo &info
)
Creates a BaseStationFeatures_usb200 object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/BaseStationFeatures_usb200-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/BaseStationFeatures_usb200-h-ToolTips.js deleted file mode 100644 index adee080b5..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/BaseStationFeatures_usb200-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7078:"
BaseStationFeatures
Contains information on which features are supported by a BaseStation.
",9496:"
Holds information about a BaseStation.
",9710:"
BaseStation
Represents a MicroStrain Base Station object
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/BaseStationFeatures_usb200-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/BaseStationFeatures_usb200-h.html deleted file mode 100644 index 135bbdf06..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/BaseStationFeatures_usb200-h.html +++ /dev/null @@ -1,27 +0,0 @@ - - -BaseStationFeatures_usb200.h - - - - - - - -
-
BaseStationFeatures_usb200
-
public
BaseStationFeatures
BaseStationFeatures_usb200
-

Contains information on features for the WSDA-200 USB BaseStation.

-
- -
-
Functions
-
- -
-
BaseStationFeatures_usb200
-
BaseStationFeatures_usb200(
const BaseStationInfo &info
)
-

Creates a BaseStationFeatures_usb200 object.

Parameters
info
const BaseStationInfo&

A BaseStationInfo object representing standard information of the BaseStation.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/BaseStationFeatures_wsda-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/BaseStationFeatures_wsda-h-Summary.js deleted file mode 100644 index 5ecdd70da..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/BaseStationFeatures_wsda-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Features/BaseStationFeatures_wsda.h","BaseStationFeatures_wsda.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Features/BaseStationFeatures_wsda.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[7038,0,0,"BaseStationFeatures_wsda","BaseStationFeatures_wsda"],[7039,0,2,"Functions","BaseStationFeatures_wsda.Functions"],[7040,0,1,"BaseStationFeatures_wsda","BaseStationFeatures_wsda.BaseStationFeatures_wsda"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/BaseStationFeatures_wsda-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/BaseStationFeatures_wsda-h-SummaryToolTips.js deleted file mode 100644 index cdb336802..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/BaseStationFeatures_wsda-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Features/BaseStationFeatures_wsda.h",{7038:"
BaseStationFeatures_wsda
Contains information on features for the WSDA.
",7040:"
BaseStationFeatures_wsda(
const BaseStationInfo &info
)
Creates a BaseStationFeatures_wsda object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/BaseStationFeatures_wsda-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/BaseStationFeatures_wsda-h-ToolTips.js deleted file mode 100644 index adee080b5..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/BaseStationFeatures_wsda-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7078:"
BaseStationFeatures
Contains information on which features are supported by a BaseStation.
",9496:"
Holds information about a BaseStation.
",9710:"
BaseStation
Represents a MicroStrain Base Station object
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/BaseStationFeatures_wsda-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/BaseStationFeatures_wsda-h.html deleted file mode 100644 index 9f9f271c9..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/BaseStationFeatures_wsda-h.html +++ /dev/null @@ -1,27 +0,0 @@ - - -BaseStationFeatures_wsda.h - - - - - - - -
-
BaseStationFeatures_wsda
-
public
BaseStationFeatures
BaseStationFeatures_wsda
-

Contains information on features for the WSDA.

-
- -
-
Functions
-
- -
-
BaseStationFeatures_wsda
-
BaseStationFeatures_wsda(
const BaseStationInfo &info
)
-

Creates a BaseStationFeatures_wsda object.

Parameters
info
const BaseStationInfo&

A BaseStationInfo object representing standard information of the BaseStation.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/BaseStationFeatures_wsda2000-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/BaseStationFeatures_wsda2000-h-Summary.js deleted file mode 100644 index d6afe3591..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/BaseStationFeatures_wsda2000-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Features/BaseStationFeatures_wsda2000.h","BaseStationFeatures_wsda2000.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Features/BaseStationFeatures_wsda2000.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[7035,0,0,"BaseStationFeatures_wsda2000","BaseStationFeatures_wsda2000"],[7036,0,2,"Functions","BaseStationFeatures_wsda2000.Functions"],[7037,0,1,"BaseStationFeatures_wsda2000","BaseStationFeatures_wsda2000.BaseStationFeatures_wsda2000"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/BaseStationFeatures_wsda2000-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/BaseStationFeatures_wsda2000-h-SummaryToolTips.js deleted file mode 100644 index 777644278..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/BaseStationFeatures_wsda2000-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Features/BaseStationFeatures_wsda2000.h",{7035:"
BaseStationFeatures_wsda2000
Contains information on features for the WSDA-2000.
",7037:"
BaseStationFeatures_wsda2000(
const BaseStationInfo &info
)
Creates a BaseStationFeatures_wsda2000 object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/BaseStationFeatures_wsda2000-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/BaseStationFeatures_wsda2000-h-ToolTips.js deleted file mode 100644 index adee080b5..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/BaseStationFeatures_wsda2000-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7078:"
BaseStationFeatures
Contains information on which features are supported by a BaseStation.
",9496:"
Holds information about a BaseStation.
",9710:"
BaseStation
Represents a MicroStrain Base Station object
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/BaseStationFeatures_wsda2000-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/BaseStationFeatures_wsda2000-h.html deleted file mode 100644 index 814e15a53..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/BaseStationFeatures_wsda2000-h.html +++ /dev/null @@ -1,27 +0,0 @@ - - -BaseStationFeatures_wsda2000.h - - - - - - - -
-
BaseStationFeatures_wsda2000
-
public
BaseStationFeatures
BaseStationFeatures_wsda2000
-

Contains information on features for the WSDA-2000.

-
- -
-
Functions
-
- -
-
BaseStationFeatures_wsda2000
-
BaseStationFeatures_wsda2000(
const BaseStationInfo &info
)
-

Creates a BaseStationFeatures_wsda2000 object.

Parameters
info
const BaseStationInfo&

A BaseStationInfo object representing standard information of the BaseStation.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/ChannelGroup-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/ChannelGroup-h-Summary.js deleted file mode 100644 index 6e9b49ef1..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/ChannelGroup-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Features/ChannelGroup.h","ChannelGroup.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Features/ChannelGroup.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Types","Type"],["Variables","Variable"]],[[7041,0,0,"ChannelGroup","ChannelGroup"],[7042,0,2,"Functions","ChannelGroup.Functions"],[7043,0,1,"ChannelGroup","ChannelGroup.ChannelGroup"],[7044,0,2,"Variables","ChannelGroup.Variables"],[7045,0,4,"m_channels","ChannelGroup.m_channels"],[7046,0,4,"m_name","ChannelGroup.m_name"],[7047,0,4,"m_options","ChannelGroup.m_options"],[7048,0,4,"m_settingsMap","ChannelGroup.m_settingsMap"],[7049,0,2,"Functions","ChannelGroup.Functions(2)"],[7050,0,1,"getSettingEeprom","ChannelGroup.getSettingEeprom"],[7051,0,1,"channels","ChannelGroup.channels"],[7052,0,1,"name","ChannelGroup.name"],[7053,0,1,"eepromLocation","ChannelGroup.eepromLocation"],[7054,0,1,"settings","ChannelGroup.settings"],[7055,0,1,"hasSetting","ChannelGroup.hasSetting"],[7056,0,1,"hasChannel","ChannelGroup.hasChannel"],[7057,0,2,"Types","ChannelGroup.Types"],[7058,0,3,"ChannelGroups","ChannelGroup.ChannelGroups"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/ChannelGroup-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/ChannelGroup-h-SummaryToolTips.js deleted file mode 100644 index 17eae1fda..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/ChannelGroup-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Features/ChannelGroup.h",{7041:"
ChannelGroup
Represents a group of channels that have combined settings.
",7043:"
ChannelGroup(
const ChannelMask &channelMask,
const std::string &groupName,
const SettingsMap &settings
)
Creates a ChannelGroup object.
",7045:"
ChannelMask m_channels
The ChannelMask representing which channels are part of this group.
",7046:"
std::string m_name
The name of the group.
",7047:"
The WirelessTypes::ChannelGroupSettings that this group supports.
",7048:"
SettingsMap m_settingsMap
A map of WirelessTypes::ChannelGroupSetting to EepromLocation pairs.
",7050:"
const EepromLocation& getSettingEeprom(
WirelessTypes::ChannelGroupSetting setting
) const
Gets the EepromLocation for the given <Setting>.
",7051:"
const ChannelMask& channels() const
Gets the ChannelMask representing which channels are part of this group.
",7052:"
const std::string& name() const
Gets the name of the channel group.
",7053:"
uint16 eepromLocation(
WirelessTypes::ChannelGroupSetting setting
) const
Gets the eeprom location that the ChannelGroup uses for a specified setting.
",7054:"
const WirelessTypes::ChannelGroupSettings& settings() const
Gets the WirelessTypes::ChannelGroupSettings that this group supports.
",7055:"
bool hasSetting(
WirelessTypes::ChannelGroupSetting setting
) const
Helper function for quick check if setting is present in this channel group.
",7056:"
Helper function to check if this channel group has a specific setting and channel included in it.
",7058:"
A typedef for a vector of ChannelGroups.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/ChannelGroup-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/ChannelGroup-h-ToolTips.js deleted file mode 100644 index 3dbb8bf6b..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/ChannelGroup-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6654:"
EepromLocation
Represents a single Eeprom Location.
",7043:"
ChannelGroup(
const ChannelMask &channelMask,
const std::string &groupName,
const SettingsMap &settings
)
Creates a ChannelGroup object.
",8898:"
The possible settings for ChannelGroups.
",9478:"
ChannelMask
Represents the channel mask (active and inactive channels) for a WirelessNode.
",10453:"
Error_NotSupported
A command/feature was attempted to be used that was not supported.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/ChannelGroup-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/ChannelGroup-h.html deleted file mode 100644 index 0690189a6..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/ChannelGroup-h.html +++ /dev/null @@ -1,108 +0,0 @@ - - -ChannelGroup.h - - - - - - - -
-
ChannelGroup
-
ChannelGroup
-

Represents a group of channels that have combined settings.

-
- -
-
Functions
-
- -
-
ChannelGroup
-
ChannelGroup(
const ChannelMask &channelMask,
const std::string &groupName,
const SettingsMap &settings
)
-

Creates a ChannelGroup object.

Parameters
channelMask
const ChannelMask&

The ChannelMask representing which channels are part of this group.

groupName
const std::string&

The name of the group.

settings
const SettingsMap&

A map of WirelessTypes::ChannelGroupSettings to EepromLocations.

-
- -
-
Variables
-
- -
-
m_channels
-
ChannelMask m_channels
-

The ChannelMask representing which channels are part of this group.

-
- -
-
m_name
-
std::string m_name
-

The name of the group.

-
- -
-
m_options
-

The WirelessTypes::ChannelGroupSettings that this group supports.

-
- -
-
m_settingsMap
-
SettingsMap m_settingsMap
-

A map of WirelessTypes::ChannelGroupSetting to EepromLocation pairs.

-
- -
-
Functions
-
- -
-
getSettingEeprom
-
const EepromLocation& getSettingEeprom(
WirelessTypes::ChannelGroupSetting setting
) const
-

Gets the EepromLocation for the given <Setting>.

Exceptions
-
- -
-
channels
-
const ChannelMask& channels() const
-

Gets the ChannelMask representing which channels are part of this group.

-
- -
-
name
-
const std::string& name() const
-

Gets the name of the channel group.

-
- -
-
eepromLocation
-
uint16 eepromLocation(
WirelessTypes::ChannelGroupSetting setting
) const
-

Gets the eeprom location that the ChannelGroup uses for a specified setting.

Parameters
setting
WirelessTypes::ChannelGroupSetting

The WirelessTypes::ChannelGroupSetting to find the eeprom location for.

Returns

The eeprom location for the specified setting.

Exceptions
-
- -
-
settings
-
const WirelessTypes::ChannelGroupSettings& settings() const
-

Gets the WirelessTypes::ChannelGroupSettings that this group supports.

Returns

The WirelessTypes::ChannelGroupSettings for this group.

-
- -
-
hasSetting
-
bool hasSetting(
WirelessTypes::ChannelGroupSetting setting
) const
-

Helper function for quick check if setting is present in this channel group.

Parameters
setting
WirelessTypes::ChannelGroupSetting

The WirelessTypes::ChannelGroupSetting to look for.

Returns

true if the ChannelGroup has the given setting, false otherwise.

-
- -
-
hasChannel
-

Helper function to check if this channel group has a specific setting and channel included in it.

Parameters
setting

The WirelessTypes::ChannelGroupSetting to look for.

channelNumber

The channel number (ch1 = 1, ch16 = 16) to check for.

Returns

true if the ChannelGroup has the given setting and channel, false otherwise.

-
- -
-
Types
-
- -
-
ChannelGroups
-

A typedef for a vector of ChannelGroups.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/FlashInfo-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/FlashInfo-h-Summary.js deleted file mode 100644 index 19d91209f..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/FlashInfo-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Features/FlashInfo.h","FlashInfo.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Features/FlashInfo.h",[["C/C++","C"]],[["Functions","Function"],["Groups","Group"],["Structs","Struct"],["Variables","Variable"]],[[7024,0,2,"FlashInfo","FlashInfo"],[7025,0,1,"Variables","FlashInfo.Variables"],[7026,0,3,"storageSize","FlashInfo.storageSize"],[7027,0,3,"blockSize","FlashInfo.blockSize"],[7028,0,3,"pageSize","FlashInfo.pageSize"],[7029,0,3,"maxBandwidth","FlashInfo.maxBandwidth"],[7030,0,1,"Functions","FlashInfo.Functions"],[7031,0,0,"FlashInfo","FlashInfo.FlashInfo"],[7032,0,0,"FLASH_SST25VF032B","FlashInfo.FLASH_SST25VF032B"],[7033,0,0,"FLASH_IS25WP128","FlashInfo.FLASH_IS25WP128"],[7034,0,0,"FROM_FLASH_ID","FlashInfo.FROM_FLASH_ID"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/FlashInfo-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/FlashInfo-h-SummaryToolTips.js deleted file mode 100644 index fbb8cdf9e..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/FlashInfo-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Features/FlashInfo.h",{7024:"
Contains flash information of a WirelessNode.
",7026:"
uint32 storageSize
The total storage size, in bytes.
",7027:"
uint32 blockSize
The size of a datalogging Block, in bytes.
",7028:"
uint32 pageSize
The size of a datalogging Page, in bytes.
",7029:"
uint32 maxBandwidth
The max flash bandwidth (bytes per second) that is supported for logging.
",7031:"
FlashInfo(
uint32 storage,
uint32 block,
uint32 page,
uint32 bandwidth
)
Creates a FlashInfo object.
",7032:"
static FlashInfo FLASH_SST25VF032B()
Static function to create a FlashInfo object for the SST25VF032B Flash.
",7033:"
static FlashInfo FLASH_IS25WP128()
Static function to create a FlashInfo object for the IS25WP128 Flash.
",7034:"
static FlashInfo FROM_FLASH_ID(
uint16 flashId
)
Static function to create a FlashInfo object from the given flash ID from eeprom.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/FlashInfo-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/FlashInfo-h-ToolTips.js deleted file mode 100644 index 7b4d4856f..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/FlashInfo-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7024:"
Contains flash information of a WirelessNode.
",7031:"
FlashInfo(
uint32 storage,
uint32 block,
uint32 page,
uint32 bandwidth
)
Creates a FlashInfo object.
",7905:"
WirelessNode
A class representing a MicroStrain wireless node
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/FlashInfo-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/FlashInfo-h.html deleted file mode 100644 index d8ff467ad..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/FlashInfo-h.html +++ /dev/null @@ -1,72 +0,0 @@ - - -FlashInfo.h - - - - - - - -
-
FlashInfo
-

Contains flash information of a WirelessNode.

-
- -
-
Variables
-
- -
-
storageSize
-
uint32 storageSize
-

The total storage size, in bytes.

-
- -
-
blockSize
-
uint32 blockSize
-

The size of a datalogging Block, in bytes.

-
- -
-
pageSize
-
uint32 pageSize
-

The size of a datalogging Page, in bytes.

-
- -
-
maxBandwidth
-
uint32 maxBandwidth
-

The max flash bandwidth (bytes per second) that is supported for logging.

-
- -
-
Functions
-
- -
-
FlashInfo
-
FlashInfo(
uint32 storage,
uint32 block,
uint32 page,
uint32 bandwidth
)
-

Creates a FlashInfo object.

-
- -
-
FLASH_SST25VF032B
-
static FlashInfo FLASH_SST25VF032B()
-

Static function to create a FlashInfo object for the SST25VF032B Flash.

Returns

A FlashInfo made for the SST25VF032B.

-
- -
-
FLASH_IS25WP128
-
static FlashInfo FLASH_IS25WP128()
-

Static function to create a FlashInfo object for the IS25WP128 Flash.

Returns

A FlashInfo made for the IS25WP128.

-
- -
-
FROM_FLASH_ID
-
static FlashInfo FROM_FLASH_ID(
uint16 flashId
)
-

Static function to create a FlashInfo object from the given flash ID from eeprom.

Returns

A FlashInfo for the given flash ID.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures-h-Summary.js deleted file mode 100644 index 5271ac1d4..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Features/NodeFeatures.h","NodeFeatures.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Features/NodeFeatures.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[7396,0,0,"NodeFeatures","NodeFeatures"],[7397,0,2,"Functions","NodeFeatures.Functions"],[7398,0,1,"NodeFeatures","NodeFeatures.NodeFeatures"],[7399,0,2,"Variables","NodeFeatures.Variables"],[7400,0,3,"m_nodeInfo","NodeFeatures.m_nodeInfo"],[7401,0,3,"m_channels","NodeFeatures.m_channels"],[7402,0,3,"m_channelGroups","NodeFeatures.m_channelGroups"],[7403,0,2,"Functions","NodeFeatures.Functions(2)"],[7404,0,1,"create","NodeFeatures.create"],[7405,0,1,"addCalCoeffChannelGroup","NodeFeatures.addCalCoeffChannelGroup"],[7406,0,1,"addCalCoeffChannelGroup_withFactoryCal","NodeFeatures.addCalCoeffChannelGroup_withFactoryCal"],[7407,0,1,"maxFilterSettlingTime_A","NodeFeatures.maxFilterSettlingTime_A"],[7408,0,1,"maxFilterSettlingTime_B","NodeFeatures.maxFilterSettlingTime_B"],[7409,0,1,"maxSampleRateForSettlingTime_A","NodeFeatures.maxSampleRateForSettlingTime_A"],[7410,0,1,"maxSampleRateForSettlingTime_B","NodeFeatures.maxSampleRateForSettlingTime_B"],[7411,0,1,"normalizeNumSweeps","NodeFeatures.normalizeNumSweeps"],[7412,0,1,"normalizeTimeBetweenBursts","NodeFeatures.normalizeTimeBetweenBursts"],[7413,0,1,"findEeprom","NodeFeatures.findEeprom"],[7414,0,1,"anyChannelGroupSupports","NodeFeatures.anyChannelGroupSupports"],[7415,0,1,"ramBufferSize","NodeFeatures.ramBufferSize"],[7416,0,1,"anyChannelGroupSupports","NodeFeatures.anyChannelGroupSupports(2)"],[7417,0,1,"channels","NodeFeatures.channels"],[7418,0,1,"channelGroups","NodeFeatures.channelGroups"],[7419,0,1,"channelType","NodeFeatures.channelType"],[7420,0,1,"supportsChannelSetting","NodeFeatures.supportsChannelSetting"],[7421,0,1,"supportsInputRange","NodeFeatures.supportsInputRange"],[7422,0,1,"supportsInputRange","NodeFeatures.supportsInputRange(2)"],[7423,0,1,"supportsHardwareOffset","NodeFeatures.supportsHardwareOffset"],[7424,0,1,"supportsAntiAliasingFilter","NodeFeatures.supportsAntiAliasingFilter"],[7425,0,1,"supportsLowPassFilter","NodeFeatures.supportsLowPassFilter"],[7426,0,1,"supportsHighPassFilter","NodeFeatures.supportsHighPassFilter"],[7427,0,1,"supportsGaugeFactor","NodeFeatures.supportsGaugeFactor"],[7428,0,1,"supportsGaugeResistance","NodeFeatures.supportsGaugeResistance"],[7429,0,1,"supportsNumActiveGauges","NodeFeatures.supportsNumActiveGauges"],[7430,0,1,"supportsLostBeaconTimeout","NodeFeatures.supportsLostBeaconTimeout"],[7431,0,1,"supportsPullUpResistor","NodeFeatures.supportsPullUpResistor"],[7432,0,1,"supportsFilterSettlingTime","NodeFeatures.supportsFilterSettlingTime"],[7433,0,1,"supportsThermocoupleType","NodeFeatures.supportsThermocoupleType"],[7434,0,1,"supportsTempSensorOptions","NodeFeatures.supportsTempSensorOptions"],[7435,0,1,"supportsDebounceFilter","NodeFeatures.supportsDebounceFilter"],[7436,0,1,"supportsFatigueConfig","NodeFeatures.supportsFatigueConfig"],[7437,0,1,"supportsYoungsModConfig","NodeFeatures.supportsYoungsModConfig"],[7438,0,1,"supportsPoissonsRatioConfig","NodeFeatures.supportsPoissonsRatioConfig"],[7439,0,1,"supportsFatigueDebugModeConfig","NodeFeatures.supportsFatigueDebugModeConfig"],[7440,0,1,"supportsFatigueModeConfig","NodeFeatures.supportsFatigueModeConfig"],[7441,0,1,"supportsHistogramConfig","NodeFeatures.supportsHistogramConfig"],[7442,0,1,"supportsHistogramRateConfig","NodeFeatures.supportsHistogramRateConfig"],[7443,0,1,"supportsHistogramEnableConfig","NodeFeatures.supportsHistogramEnableConfig"],[7444,0,1,"supportsActivitySense","NodeFeatures.supportsActivitySense"],[7445,0,1,"supportsAutoBalance","NodeFeatures.supportsAutoBalance"],[7446,0,1,"supportsLegacyShuntCal","NodeFeatures.supportsLegacyShuntCal"],[7447,0,1,"supportsAutoCal_shm","NodeFeatures.supportsAutoCal_shm"],[7448,0,1,"supportsAutoCal_shm201","NodeFeatures.supportsAutoCal_shm201"],[7449,0,1,"supportsAutoShuntCal","NodeFeatures.supportsAutoShuntCal"],[7450,0,1,"supportsGetFactoryCal","NodeFeatures.supportsGetFactoryCal"],[7451,0,1,"supportsLimitedDuration","NodeFeatures.supportsLimitedDuration"],[7452,0,1,"supportsEventTrigger","NodeFeatures.supportsEventTrigger"],[7453,0,1,"supportsDiagnosticInfo","NodeFeatures.supportsDiagnosticInfo"],[7454,0,1,"supportsLoggedData","NodeFeatures.supportsLoggedData"],[7455,0,1,"supportsPoll","NodeFeatures.supportsPoll"],[7456,0,1,"supportsSensorDelayConfig","NodeFeatures.supportsSensorDelayConfig"],[7457,0,1,"supportsSensorDelayAlwaysOn","NodeFeatures.supportsSensorDelayAlwaysOn"],[7458,0,1,"supportsSensorOutputMode","NodeFeatures.supportsSensorOutputMode"],[7459,0,1,"supportsCfcFilterConfiguration","NodeFeatures.supportsCfcFilterConfiguration"],[7460,0,1,"supportsChannel","NodeFeatures.supportsChannel"],[7461,0,1,"supportsSamplingMode","NodeFeatures.supportsSamplingMode"],[7462,0,1,"supportsSampleRate","NodeFeatures.supportsSampleRate"],[7463,0,1,"supportsCommunicationProtocol","NodeFeatures.supportsCommunicationProtocol"],[7464,0,1,"supportsDataFormat","NodeFeatures.supportsDataFormat"],[7465,0,1,"supportsDefaultMode","NodeFeatures.supportsDefaultMode"],[7466,0,1,"supportsDataCollectionMethod","NodeFeatures.supportsDataCollectionMethod"],[7467,0,1,"supportsTransmitPower","NodeFeatures.supportsTransmitPower"],[7468,0,1,"supportsDataMode","NodeFeatures.supportsDataMode"],[7469,0,1,"supportsTransducerType","NodeFeatures.supportsTransducerType"],[7470,0,1,"supportsFatigueMode","NodeFeatures.supportsFatigueMode"],[7471,0,1,"supportsInputRange","NodeFeatures.supportsInputRange(3)"],[7472,0,1,"supportsInputRange","NodeFeatures.supportsInputRange(4)"],[7473,0,1,"supportsCentisecondEventDuration","NodeFeatures.supportsCentisecondEventDuration"],[7474,0,1,"supportsGetDiagnosticInfo","NodeFeatures.supportsGetDiagnosticInfo"],[7475,0,1,"supportsNonSyncLogWithTimestamps","NodeFeatures.supportsNonSyncLogWithTimestamps"],[7476,0,1,"supportsDerivedCategory","NodeFeatures.supportsDerivedCategory"],[7477,0,1,"supportsRawDataMode","NodeFeatures.supportsRawDataMode"],[7478,0,1,"supportsDerivedDataMode","NodeFeatures.supportsDerivedDataMode"],[7479,0,1,"supportsDerivedVelocityUnitConfig","NodeFeatures.supportsDerivedVelocityUnitConfig"],[7480,0,1,"supportsExcitationVoltageConfig","NodeFeatures.supportsExcitationVoltageConfig"],[7481,0,1,"supportsLowBatteryThresholdConfig","NodeFeatures.supportsLowBatteryThresholdConfig"],[7482,0,1,"maxSampleRate","NodeFeatures.maxSampleRate"],[7483,0,1,"maxSampleRateForSettlingTime","NodeFeatures.maxSampleRateForSettlingTime"],[7484,0,1,"maxSampleRateForLowPassFilter","NodeFeatures.maxSampleRateForLowPassFilter"],[7485,0,1,"maxFilterSettlingTime","NodeFeatures.maxFilterSettlingTime"],[7486,0,1,"minInactivityTimeout","NodeFeatures.minInactivityTimeout"],[7487,0,1,"minLostBeaconTimeout","NodeFeatures.minLostBeaconTimeout"],[7488,0,1,"maxLostBeaconTimeout","NodeFeatures.maxLostBeaconTimeout"],[7489,0,1,"minCheckRadioInterval","NodeFeatures.minCheckRadioInterval"],[7490,0,1,"maxCheckRadioInterval","NodeFeatures.maxCheckRadioInterval"],[7491,0,1,"minSweeps","NodeFeatures.minSweeps"],[7492,0,1,"maxSweeps","NodeFeatures.maxSweeps"],[7493,0,1,"maxSweepsPerBurst","NodeFeatures.maxSweepsPerBurst"],[7494,0,1,"minTimeBetweenBursts","NodeFeatures.minTimeBetweenBursts"],[7495,0,1,"minSensorDelay","NodeFeatures.minSensorDelay"],[7496,0,1,"maxSensorDelay","NodeFeatures.maxSensorDelay"],[7497,0,1,"defaultSensorDelay","NodeFeatures.defaultSensorDelay"],[7498,0,1,"maxEventTriggerTotalDuration","NodeFeatures.maxEventTriggerTotalDuration"],[7499,0,1,"normalizeEventDuration","NodeFeatures.normalizeEventDuration"],[7500,0,1,"normalizeSensorDelay","NodeFeatures.normalizeSensorDelay"],[7501,0,1,"numDamageAngles","NodeFeatures.numDamageAngles"],[7502,0,1,"numSnCurveSegments","NodeFeatures.numSnCurveSegments"],[7503,0,1,"numEventTriggers","NodeFeatures.numEventTriggers"],[7504,0,1,"defaultModes","NodeFeatures.defaultModes"],[7505,0,1,"dataCollectionMethods","NodeFeatures.dataCollectionMethods"],[7506,0,1,"dataFormats","NodeFeatures.dataFormats"],[7507,0,1,"samplingModes","NodeFeatures.samplingModes"],[7508,0,1,"sampleRates","NodeFeatures.sampleRates"],[7509,0,1,"derivedDataRates","NodeFeatures.derivedDataRates"],[7510,0,1,"transmitPowers","NodeFeatures.transmitPowers"],[7511,0,1,"transmitPowers","NodeFeatures.transmitPowers(2)"],[7512,0,1,"commProtocols","NodeFeatures.commProtocols"],[7513,0,1,"sensorOutputModes","NodeFeatures.sensorOutputModes"],[7514,0,1,"cfcFilters","NodeFeatures.cfcFilters"],[7515,0,1,"histogramTransmitRates","NodeFeatures.histogramTransmitRates"],[7516,0,1,"fatigueModes","NodeFeatures.fatigueModes"],[7517,0,1,"antiAliasingFilters","NodeFeatures.antiAliasingFilters"],[7518,0,1,"lowPassFilters","NodeFeatures.lowPassFilters"],[7519,0,1,"highPassFilters","NodeFeatures.highPassFilters"],[7520,0,1,"storageLimitModes","NodeFeatures.storageLimitModes"],[7521,0,1,"inputRanges","NodeFeatures.inputRanges"],[7522,0,1,"inputRanges","NodeFeatures.inputRanges(2)"],[7523,0,1,"dataModes","NodeFeatures.dataModes"],[7524,0,1,"transducerTypes","NodeFeatures.transducerTypes"],[7525,0,1,"channelsPerDerivedCategory","NodeFeatures.channelsPerDerivedCategory"],[7526,0,1,"excitationVoltages","NodeFeatures.excitationVoltages"],[7527,0,1,"adcVoltageInputType","NodeFeatures.adcVoltageInputType"],[7528,0,1,"maxTransmitPower","NodeFeatures.maxTransmitPower"],[7529,0,1,"maxTransmitPower","NodeFeatures.maxTransmitPower(2)"],[7530,0,1,"minTransmitPower","NodeFeatures.minTransmitPower"],[7531,0,1,"minTransmitPower","NodeFeatures.minTransmitPower(2)"],[7532,0,1,"supportsNewTransmitPowers","NodeFeatures.supportsNewTransmitPowers"],[7533,0,1,"supportsAutoBalance2","NodeFeatures.supportsAutoBalance2"],[7534,0,1,"supportsSleepIntervalSeconds","NodeFeatures.supportsSleepIntervalSeconds"],[7535,0,1,"supportsEepromCommitViaRadioReset","NodeFeatures.supportsEepromCommitViaRadioReset"],[7536,0,1,"supportsFlashId","NodeFeatures.supportsFlashId"],[7537,0,1,"supportsStorageLimitModeConfig","NodeFeatures.supportsStorageLimitModeConfig"],[7538,0,1,"datalogDownloadVersion","NodeFeatures.datalogDownloadVersion"],[7539,0,1,"sensorDelayVersion","NodeFeatures.sensorDelayVersion"],[7540,0,1,"usesLegacySensorDelayAlwaysOn","NodeFeatures.usesLegacySensorDelayAlwaysOn"],[7541,0,1,"usesFloatEventTriggerVal","NodeFeatures.usesFloatEventTriggerVal"],[7542,0,1,"onlySupportsRawDataMode","NodeFeatures.onlySupportsRawDataMode"],[7543,0,1,"supportsDataModeEeprom","NodeFeatures.supportsDataModeEeprom"],[7544,0,1,"supportsCommProtocolEeprom","NodeFeatures.supportsCommProtocolEeprom"],[7545,0,1,"supportsEeprom1024AndAbove","NodeFeatures.supportsEeprom1024AndAbove"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures-h-SummaryToolTips.js deleted file mode 100644 index 6b41a91d5..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Features/NodeFeatures.h",{7396:"
NodeFeatures
Contains information on which features are supported by a WirelessNode.
",7398:"
NodeFeatures(
const NodeInfo &info
)
Creates a NodeFeatures object.
",7400:"
NodeInfo m_nodeInfo
The NodeInfo object containing basic information retreived from eeprom about the Node.
",7401:"
WirelessChannels m_channels
Contains all of the supported channels for this Node.
",7402:"
ChannelGroups m_channelGroups
Contains all of the ChannelGroups that are supported by this Node.
",7404:"
static std::unique_ptr<NodeFeatures> create(
const NodeInfo &info
)
Builds and returns a NodeFeatures pointer based on the given parameters.
",7405:"
void addCalCoeffChannelGroup(
uint8 channelNumber,
const std::string &name,
const EepromLocation &slopeEeprom,
const EepromLocation &actionIdEeprom
)
Adds a cal coefficient (Linear Equation, unit, equation type) to the channel groups for the specified channel.
",7406:"
void addCalCoeffChannelGroup_withFactoryCal(
uint8 channelNumber,
const std::string &name,
const EepromLocation &slopeEeprom,
const EepromLocation &actionIdEeprom,
const EepromLocation &factorySlopeEeprom,
const EepromLocation &factoryActionIdEeprom
)
Adds a cal coefficient with factory cal values (Linear Equation, unit, equation type, factory cal) to the channel groups for the specified channel.
",7407:"
static WirelessTypes::SettlingTime maxFilterSettlingTime_A(
const SampleRate &rate
)
Gets the max filter settling time allowed by the given SampleRate.  This is version A of this function. Different nodes use different versions.
",7408:"
static WirelessTypes::SettlingTime maxFilterSettlingTime_B(
const SampleRate &rate
)
Gets the max filter settling time allowed by the given SampleRate.  This is version B of this function. Different nodes use different versions.
",7409:"
static WirelessTypes::WirelessSampleRate maxSampleRateForSettlingTime_A(
WirelessTypes::SettlingTime settlingTime,
const WirelessTypes::WirelessSampleRates &rates
)
Gets the max WirelessTypes::WirelessSampleRate allowed by the given WirelessTypes::SettlingTime.  This is version A of this function. Different nodes use different versions.
",7410:"
static WirelessTypes::WirelessSampleRate maxSampleRateForSettlingTime_B(
WirelessTypes::SettlingTime settlingTime,
const WirelessTypes::WirelessSampleRates &rates
)
Gets the max WirelessTypes::WirelessSampleRate allowed by the given WirelessTypes::SettlingTime.  This is version B of this function. Different nodes use different versions.
",7411:"
uint32 normalizeNumSweeps(
uint32 sweeps
) const
Normalizes the number of sweeps so that it is within range and a multiple of 100 (rounds up to next multiple).
",7412:"
TimeSpan normalizeTimeBetweenBursts(
const TimeSpan &time
) const
Normalizes a TimeSpan so that it is within an acceptable range for setting the timeBetweenBursts.  A valid range is between 1 second and 24 hours. Seconds above 32767 will be rounded to minutes.  When setting the time between bursts, you should also call minTimeBetweenBursts and verify it is greater than this.
",7413:"
const EepromLocation& findEeprom(
WirelessTypes::ChannelGroupSetting setting,
const ChannelMask &mask
) const
Finds the EepromLocation for the provided setting and channel mask pair.
",7414:"
bool anyChannelGroupSupports(
WirelessTypes::ChannelGroupSetting setting
) const
Checks if any channel group on the Node supports the given WirelessTypes::ChannelGroupSetting.
",7415:"
virtual uint32 ramBufferSize() const
Gets the RAM buffer size (in bytes) for the Node.
",7416:"
bool anyChannelGroupSupports(
WirelessTypes::ChannelGroupSetting setting,
uint8 channelNumber
) const
Checks if any channel group, with the specified channel number, supports the given WirelessTypes::ChannelGroupSetting.
",7417:"
const WirelessChannels& channels() const
Gets a reference to the WirelessChannels of this Node.
",7418:"
ChannelGroups channelGroups() const
Gets the ChannelGroups supported by this Node.
",7419:"
virtual WirelessTypes::ChannelType channelType(
uint8 channelNumber
) const
Gets the WirelessTypes::ChannelType for the requested channel number.
",7420:"
virtual bool supportsChannelSetting(
WirelessTypes::ChannelGroupSetting setting,
const ChannelMask &mask
) const
Checks if the Node supports a given WirelessTypes::ChannelGroupSetting for the given ChannelMask.
",7421:"
virtual bool supportsInputRange() const
Checks if the Node supports Input Range for any of its ChannelGroups.
",7422:"
virtual bool supportsInputRangePerExcitationVoltage() const
Checks if the Node supports Input Range for any of its ChannelGroups, and has different input ranges depending on a configurable excitation voltage.
",7423:"
virtual bool supportsHardwareOffset() const
Checks if the Node supports Hardware Offset for any of its ChannelGroups.
",7424:"
virtual bool supportsAntiAliasingFilter() const
Checks if the Node supports Anti-Aliasing Filter for any of its ChannelGroups.
",7425:"
virtual bool supportsLowPassFilter() const
Checks if the Node supports Low-Pass Filter for any of its ChannelGroups.
",7426:"
virtual bool supportsHighPassFilter() const
Checks if the Node supports High-Pass Filter for any of its ChannelGroups.
",7427:"
virtual bool supportsGaugeFactor() const
Checks if the Node supports Gauge Factor for any of its ChannelGroups.
",7428:"
virtual bool supportsGaugeResistance() const
Checks if the Node supports the Gauge Resistance option.
",7429:"
virtual bool supportsNumActiveGauges() const
Checks if the Node supports the Number of Active Gauges option.
",7430:"
virtual bool supportsLostBeaconTimeout() const
Checks if the Node supports the Lost Beacon Timeout option.
",7431:"
virtual bool supportsPullUpResistor() const
Checks if the Node supports the Pull-up Resistor option.
",7432:"
virtual bool supportsFilterSettlingTime() const
Checks if the Node supports Filter Settling Time for any of its ChannelGroups.
",7433:"
virtual bool supportsThermocoupleType() const
Checks if the Node supports the Thermocouple Type for any of its ChannelGroups.
",7434:"
virtual bool supportsTempSensorOptions() const
Checks if the Node supports the TempSensorOptions configuration for any of its ChannelGroups.
",7435:"
virtual bool supportsDebounceFilter() const
Checks if the Node supports the Debounce Filter configuration for any of its ChannelGroups.
",7436:"
virtual bool supportsFatigueConfig() const
Checks if the Node supports FatigueOptions configuration.
",7437:"
virtual bool supportsYoungsModConfig() const
Checks if the Node supports Young\'s Modulus (part of FatigueOptions) configuration.
",7438:"
virtual bool supportsPoissonsRatioConfig() const
Checks if the Node supports Poisson\'s Ratio (part of FatigueOptions) configuration.
",7439:"
virtual bool supportsFatigueDebugModeConfig() const
Checks if the Node supports enabling Debug Mode (part of FatigueOptions) configuration.
",7440:"
virtual bool supportsFatigueModeConfig() const
Checks if the Node supports Fatigue Mode (part of FatigueOptions) configuration.
",7441:"
virtual bool supportsHistogramConfig() const
Checks if the Node supports HistogramOptions configuration.
",7442:"
virtual bool supportsHistogramRateConfig() const
Checks if the Node supports Histogram transmit rate (part of HistogramOptions) configuration.
",7443:"
virtual bool supportsHistogramEnableConfig() const
Checks if the Node supports turning Histograms on and off (part of FatigueOptions).
",7444:"
virtual bool supportsActivitySense() const
Checks if the Node supports the ActivitySense feature.
",7445:"
virtual bool supportsAutoBalance() const
Checks if the Node supports the Auto Balance command for any of its ChannelGroups.
",7446:"
virtual bool supportsLegacyShuntCal() const
Checks if the Node supports the legacy Shunt Cal for any of its ChannelGroups.
",7447:"
virtual bool supportsAutoCal_shm() const
Checks if the Node supports the AutoCal SHM-Link command.
",7448:"
virtual bool supportsAutoCal_shm201() const
Checks if the Node supports the AutoCal SHM-Link-201 command.
",7449:"
virtual bool supportsAutoShuntCal() const
Checks if the Node supports AutoShuntCal on any of this ChannelGroups.
",7450:"
virtual bool supportsGetFactoryCal() const
Checks if the Node has factory calibrations stored for any of its ChannelGroups.
",7451:"
virtual bool supportsLimitedDuration() const
Checks if the Node supports setting a limited duration of sampling.
",7452:"
virtual bool supportsEventTrigger() const
Checks if the Node supports Event Trigger sampling.
",7453:"
virtual bool supportsDiagnosticInfo() const
Checks if the Node supports sending Diagnostic Info.
",7454:"
virtual bool supportsLoggedData() const
Checks if the Node supports logging to internal memory.
",7455:"
virtual bool supportsPoll() const
Checks if the Node supports the poll command.
",7456:"
virtual bool supportsSensorDelayConfig() const
Checks if the Node supports configuration of sensor delay.
",7457:"
virtual bool supportsSensorDelayAlwaysOn() const
Checks if the Node supports setting the sensor delay value to "Always On."
",7458:"
virtual bool supportsSensorOutputMode() const
Checks if the Node supports configuration of the Sensor Output Mode.
",7459:"
virtual bool supportsCfcFilterConfiguration() const
Checks if the Node supports configuration of the channel frequency class filter.
",7460:"
virtual bool supportsChannel(
uint8 channelNumber
) const
Checks if a specific channel is supported (can be enabled) by this Node.
",7461:"
virtual bool supportsSamplingMode(
WirelessTypes::SamplingMode samplingMode
) const
Checks if a WirelessTypes::SamplingMode is supported by this Node.
",7462:"
virtual bool supportsSampleRate(
WirelessTypes::WirelessSampleRate sampleRate,
WirelessTypes::SamplingMode samplingMode,
WirelessTypes::DataCollectionMethod dataCollectionMethod,
WirelessTypes::DataMode dataMode
) const
Checks if a sample rate is supported by the Node for the given WirelessTypes::SamplingMode.
",7463:"
virtual bool supportsCommunicationProtocol(
WirelessTypes::CommProtocol protocol
) const
Checks if a WirelessTypes::CommProtocol is supported by this Node.
",7464:"
virtual bool supportsDataFormat(
WirelessTypes::DataFormat dataFormat
) const
Checks if a WirelessTypes::DataFormat is supported by this Node.
",7465:"
virtual bool supportsDefaultMode(
WirelessTypes::DefaultMode mode
) const
Checks if a WirelessTypes::DefaultMode is supported by this Node.
",7466:"
virtual bool supportsDataCollectionMethod(
WirelessTypes::DataCollectionMethod collectionMethod
) const
Checks if a WirelessTypes::DataCollectionMethod is supported by this Node.
",7467:"
virtual bool supportsTransmitPower(
WirelessTypes::TransmitPower power,
WirelessTypes::CommProtocol commProtocol
) const
Checks if a WirelessTypes::TransmitPower is supported by this Node.
",7468:"
virtual bool supportsDataMode(
WirelessTypes::DataMode dataMode
) const
Checks if a WirelessTypes::DataMode is supported by this Node.
",7469:"
virtual bool supportsTransducerType(
WirelessTypes::TransducerType transducerType
) const
Checks if a WirelessTypes::TransducerType is supported by this Node.
",7470:"
virtual bool supportsFatigueMode(
WirelessTypes::FatigueMode mode
) const
Checks if a WirelessTypes::FatigueMode is supported by this Node.
",7471:"
virtual bool supportsInputRange(
WirelessTypes::InputRange range,
const ChannelMask &channels
) const
Checks if a WirelessTypes::InputRange is supported by this Node for the given ChannelMask.
",7472:"
virtual bool supportsInputRange(
WirelessTypes::InputRange range,
const ChannelMask &channels,
WirelessTypes::Voltage excitationVoltage
) const
Checks if a WirelessTypes::InputRange is supported by this Node for the given ChannelMask.
",7473:"
virtual bool supportsCentisecondEventDuration() const
Checks if the Node configures event duration in 10s of milliseconds or not.
",7474:"
virtual bool supportsGetDiagnosticInfo() const
Checks if the Node supports the Get Diagnostic Info command.
",7475:"
virtual bool supportsNonSyncLogWithTimestamps() const
Checks if the Node supports the version of Non-Sync Sampling that will add timestamps when logging.  If the Node does not support this, when downloading logged data from the Node, no timestamp information will be given.
",7476:"
virtual bool supportsDerivedCategory(
WirelessTypes::DerivedCategory category
) const
Checks if the Node supports a specific WirelessTypes::DerivedCategory.
",7477:"
virtual bool supportsRawDataMode() const
Checks if the Node supports any form of the Raw Data Mode (raw only, raw + derived, etc).
",7478:"
virtual bool supportsDerivedDataMode() const
Checks if the Node supports any form of the Derived Data Mode (derived only, raw + derived, etc).
",7479:"
virtual bool supportsDerivedVelocityUnitConfig() const
Checks if the Node supports configuration of the Derived Velocity Unit.
",7480:"
virtual bool supportsExcitationVoltageConfig() const
Checks if the Node supports configuration of its Excitation Voltage.
",7481:"
virtual bool supportsLowBatteryThresholdConfig() const
Checks if the Node supports configuration of its low battery threshold.
",7482:"
virtual WirelessTypes::WirelessSampleRate maxSampleRate(
WirelessTypes::SamplingMode samplingMode,
const ChannelMask &channels,
WirelessTypes::DataCollectionMethod dataCollectionMethod,
WirelessTypes::DataMode dataMode
) const
Gets the maximum SampleRate value that is supported by this Node with the given <SamplingMode>, ChannelMask, and WirelessTypes::DataCollectionMethod.
",7483:"
virtual WirelessTypes::WirelessSampleRate maxSampleRateForSettlingTime(
WirelessTypes::SettlingTime filterSettlingTime,
WirelessTypes::SamplingMode samplingMode,
WirelessTypes::DataCollectionMethod dataCollectionMethod,
WirelessTypes::DataMode dataMode
) const
Gets the maximum SampleRate value that is supported by this Node with the given WirelessTypes::SettlingTime.
",7484:"
virtual WirelessTypes::WirelessSampleRate maxSampleRateForLowPassFilter(
WirelessTypes::Filter lowPassFilter,
WirelessTypes::SamplingMode samplingMode,
WirelessTypes::DataCollectionMethod dataCollectionMethod,
WirelessTypes::DataMode dataMode,
const ChannelMask &channels
) const
Gets the maximum SampleRate value that is supported by this Node with the given Low Pass Filter.
",7485:"
virtual WirelessTypes::SettlingTime maxFilterSettlingTime(
const SampleRate &rate
) const
Gets the maximum WirelessTypes::SettlingTime available for the given SampleRate.
",7486:"
virtual uint16 minInactivityTimeout() const
Gets the minimum inactivity timeout (in seconds) that is supported.
",7487:"
virtual uint16 minLostBeaconTimeout() const
Gets the minimum lost beacon timeout (in minutes) that is supported.  Note: A value of 0 disable the lost beacon timeout.
",7488:"
virtual uint16 maxLostBeaconTimeout() const
Gets the maximum lost beacon timeout (in minutes) that is supported.
",7489:"
virtual uint8 minCheckRadioInterval() const
Gets the minimum check radio interval (in seconds) that is supported.
",7490:"
virtual uint8 maxCheckRadioInterval() const
Gets the maximum check radio interval (in seconds) that is supported.
",7491:"
virtual uint32 minSweeps() const
Gets the minimum number of sweeps that can be assigned for the duration of a continuous sampling session.
",7492:"
virtual uint32 maxSweeps(
WirelessTypes::SamplingMode samplingMode,
WirelessTypes::DataMode dataMode,
WirelessTypes::DataFormat dataFormat,
const ChannelMask &channels
) const
Gets the maximum number of sweeps that can be assigned for a given WirelessTypes::SamplingMode.  This is the duration of each burst if in Burst Sync Sampling mode, or the total duration of sampling in other sampling modes.
",7493:"
virtual uint32 maxSweepsPerBurst(
WirelessTypes::DataMode dataMode,
WirelessTypes::DataFormat dataFormat,
const ChannelMask &channels
) const
Gets the maximum number of sweeps per burst that can be assigned for a Burst Sync Sampling session.
",7494:"
virtual TimeSpan minTimeBetweenBursts(
WirelessTypes::DataMode dataMode,
WirelessTypes::DataFormat dataFormat,
const ChannelMask &rawChannels,
WirelessTypes::DerivedChannelMasks derivedChannelMasks,
const SampleRate &rawSampleRate,
uint32 sweepsPerBurst,
WirelessTypes::CommProtocol commProtocol
) const
Gets the minimum time that can be assigned for a Burst Sync Sampling session.
",7495:"
virtual const uint32 minSensorDelay() const
Gets the minimum sensor delay value (in microseconds) that is supported.
",7496:"
virtual const uint32 maxSensorDelay() const
Gets the maximum sensor delay value (in microseconds) that is supported.
",7497:"
virtual const uint32 defaultSensorDelay() const
Gets the default sensor delay value (in microseconds) that is supported.
",7498:"
virtual uint32 maxEventTriggerTotalDuration(
WirelessTypes::DataMode dataMode,
WirelessTypes::DataFormat dataFormat,
const ChannelMask &rawChannels,
WirelessTypes::DerivedChannelMasks derivedChannelMasks,
const SampleRate &rawSampleRate,
const SampleRate &derivedDataRate
) const
Gets the max event trigger duration (in milliseconds) that can be applied for both the pre and post event durations (combined).
",7499:"
virtual uint32 normalizeEventDuration(
uint32 duration
) const
Normalizes the Event Trigger duration so that it is an acceptable value.
",7500:"
virtual uint32 normalizeSensorDelay(
uint32 delay
) const
Normalizes the sensor delay so that it is an acceptable value.
",7501:"
virtual uint8 numDamageAngles() const
Gets the number of damage angles (see FatigueOptions) on this Node.
",7502:"
virtual uint8 numSnCurveSegments() const
Gets the number of Sn Curve segments (see FatigueOptions) on this Node.
",7503:"
virtual uint8 numEventTriggers() const
Gets the number of supported event triggers on this Node.
",7504:"
virtual const WirelessTypes::DefaultModes defaultModes() const
Gets a list of the WirelessTypes::DefaultModes that are supported by this Node.
",7505:"
virtual const WirelessTypes::DataCollectionMethods dataCollectionMethods() const
Gets a list of the WirelessTypes::DataCollectionMethods that are supported by this Node.
",7506:"
virtual const WirelessTypes::DataFormats dataFormats() const
Gets a list of the WirelessTypes::DataFormats that are supported by this Node.
",7507:"
virtual const WirelessTypes::SamplingModes samplingModes() const
Gets a list of the WirelessTypes::SamplingModes that are supported by this Node.
",7508:"
virtual const WirelessTypes::WirelessSampleRates sampleRates(
WirelessTypes::SamplingMode samplingMode,
WirelessTypes::DataCollectionMethod dataCollectionMethod,
WirelessTypes::DataMode dataMode
) const
Gets a list of the WirelessTypes::WirelessSampleRates that are supported by this Node for the given sampling mode.
",7509:"
virtual const WirelessTypes::WirelessSampleRates derivedDataRates() const
Gets a list of the WirelessTypes::WirelessSampleRates that are supported by this Node for Derived Channels.  These are the rates that the Derived Data will be calculated/sent. The standard sampleRates still apply in derived mode and control the sample rate of the raw channels used in the derived data calculations.
",7510:"
virtual const WirelessTypes::TransmitPowers transmitPowers(
WirelessTypes::CommProtocol commProtocol
) const
Gets a list of the WirelessTypes::TransmitPowers that are supported by this Node, for the given WirelessTypes::CommProtocol.  Note: This list is dependent on the WirelessTypes::RegionCode of the device. If this changes, this function should be called again.
",7511:"
virtual const WirelessTypes::TransmitPowers transmitPowers(
WirelessTypes::RegionCode region,
WirelessTypes::CommProtocol commProtocol
) const
Gets a list of the WirelessTypes::TransmitPowers that are supported by this Node, for the given WirelessTypes::RegionCode and WirelessTypes::CommProtocol.
",7512:"
virtual const WirelessTypes::CommProtocols commProtocols() const
Gets a list of WirelessTypes::CommProtocols that are supported by this Node.
",7513:"
virtual const WirelessTypes::SensorOutputModes sensorOutputModes() const
Gets a list of WirelessTypes::SensorOutputModes that are supported by this Node.
",7514:"
virtual const WirelessTypes::CfcFilters cfcFilters() const
Gets a list of WirelessTypes::ChannelFrequencyClass options that are supportedby this Node.
",7515:"
virtual const WirelessTypes::WirelessSampleRates histogramTransmitRates() const
Gets a list of the Histogram Transmit Rates that are supported by this Node.
",7516:"
virtual const WirelessTypes::FatigueModes fatigueModes() const
Gets a list of the WirelessTypes::FatigueModes that are supported by this Node.
",7517:"
virtual const WirelessTypes::Filters antiAliasingFilters() const
Gets a list of the Anti-Aliasing WirelessTypes::Filters that are supported by this Node.
",7518:"
virtual const WirelessTypes::Filters lowPassFilters() const
Gets a list of the Low-Pass WirelessTypes::Filters that are supported by this Node.
",7519:"
virtual const WirelessTypes::HighPassFilters highPassFilters() const
Gets a list of the High-Pass WirelessTypes::Filters that are supported by this Node.
",7520:"
virtual const WirelessTypes::StorageLimitModes storageLimitModes() const
Gets a list of the WirelessTypes::StorageLimitModes that are supported by this Node.
",7521:"
virtual const InputRanges inputRanges(
const ChannelMask &channels
) const
Gets a list of InputRanges that are supported by this Node for the specified channel mask.
",7522:"
virtual const InputRanges inputRanges(
const ChannelMask &channels,
WirelessTypes::Voltage excitationVoltage
) const
Gets a list of WirelessTypes::InputRanges that are supported by this Node for the specified channel mask, for the given Excitation WirelessTypes::Voltage.
",7523:"
virtual const WirelessTypes::DataModes dataModes() const
Gets a list of WirelessTypes::DataModes that are supported by this Node.
",7524:"
virtual const WirelessTypes::TransducerTypes transducerTypes() const
Gets a list of WirelessTypes::TransducerTypes that are supported by this Node.
",7525:"
virtual const WirelessTypes::DerivedChannelMasks channelsPerDerivedCategory() const
Gets a map of WirelessTypes::DerivedCategory to ChannelMasks that are supported by this Node.  The ChannelMask indicates the raw channels that are available for the derived category.
",7526:"
virtual const WirelessTypes::Voltages excitationVoltages() const
Gets a list of WirelessTypes::Voltages that are supported by the Node for configuration.
",7527:"
virtual const WirelessTypes::VoltageType adcVoltageInputType() const
Gets the input voltage type of the ADC for this node.
",7528:"
virtual WirelessTypes::TransmitPower maxTransmitPower(
WirelessTypes::RegionCode region,
WirelessTypes::CommProtocol commProtocol
) const
Gets the maximum WirelessTypes::TransmitPower that is supported for the given parameters.
",7529:"
virtual WirelessTypes::TransmitPower maxTransmitPower(
WirelessTypes::CommProtocol commProtocol
) const
Gets the maximum WirelessTypes::TransmitPower that is supported for the given parameters, using the Node\'s current region code.
",7530:"
virtual WirelessTypes::TransmitPower minTransmitPower(
WirelessTypes::RegionCode region,
WirelessTypes::CommProtocol commProtocol
) const
Gets the minimum WirelessTypes::TransmitPower that is supported for the given parameters.
",7531:"
virtual WirelessTypes::TransmitPower minTransmitPower(
WirelessTypes::CommProtocol commProtocol
) const
Gets the minimum WirelessTypes::TransmitPower that is supported for the given parameters, using the Node\'s current region code.
",7532:"
virtual bool supportsNewTransmitPowers() const
Checks if the Node supports the new transmit powers (true), or the old ones (false).
",7533:"
virtual bool supportsAutoBalance2() const
Checks if the Node supports the AutoBalance (Version 2) command.
",7534:"
virtual bool supportsSleepIntervalSeconds() const
Checks if the Node supports a sleep interval eeprom directly in seconds.
",7535:"
virtual bool supportsEepromCommitViaRadioReset() const
Checks if eeprom changes can be committed by only cycling the radio, instead of cycling power.
",7536:"
virtual bool supportsFlashId() const
Checks if the Node supports the Flash ID eeprom.
",7537:"
virtual bool supportsStorageLimitModeConfig() const
Checks if the Node supports configuring storage limit mode.
",7538:"
virtual uint8 datalogDownloadVersion() const
Gets the version of datalogging download to use.
",7539:"
virtual WirelessTypes::DelayVersion sensorDelayVersion() const
Gets the version of sensor delay that the Node supports.
",7540:"
virtual bool usesLegacySensorDelayAlwaysOn() const
Checks if the Node uses the legacy value of 10,000 for always on (true) or the new value of 65,535 for always on (false).
",7541:"
virtual bool usesFloatEventTriggerVal() const
Checks if the Node uses floating point for event trigger values.  Older nodes used uint16 (bits).
",7542:"
virtual bool onlySupportsRawDataMode() const
Checks if the raw data mode is the only data mode supported.
",7543:"
virtual bool supportsDataModeEeprom() const
Checks if the Data Mode eeprom location is supported.
",7544:"
virtual bool supportsCommProtocolEeprom() const
Checks if the Communication Protocol eeprom location is supported.
",7545:"
virtual bool supportsEeprom1024AndAbove() const
Checks if the Node supports reading eeprom location 1024 and above.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures-h-ToolTips.js deleted file mode 100644 index cf45c5986..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6555:"
HistogramOptions
Contains all of the Histogram options that can be configured for a WirelessNode.
",6582:"
FatigueOptions
Contains all of the fatigue options that can be configured for a WirelessNode.
",6654:"
EepromLocation
Represents a single Eeprom Location.
",6840:"
ActivitySense
Contains all of the ActivitySense options that can be configured for a WirelessNode.  Activity Sense is a power saving feature that allows a Node to be in a low-power state when no activity is suspected, and then immediately jump to its normal sampling state when a certain activity threshold is reached.
",6858:"
Holds information (read from eeprom) about a WirelessNode.
",7041:"
ChannelGroup
Represents a group of channels that have combined settings.
",7396:"
NodeFeatures
Contains information on which features are supported by a WirelessNode.
",7494:"
virtual TimeSpan minTimeBetweenBursts(
WirelessTypes::DataMode dataMode,
WirelessTypes::DataFormat dataFormat,
const ChannelMask &rawChannels,
WirelessTypes::DerivedChannelMasks derivedChannelMasks,
const SampleRate &rawSampleRate,
uint32 sweepsPerBurst,
WirelessTypes::CommProtocol commProtocol
) const
Gets the minimum time that can be assigned for a Burst Sync Sampling session.
",7508:"
virtual const WirelessTypes::WirelessSampleRates sampleRates(
WirelessTypes::SamplingMode samplingMode,
WirelessTypes::DataCollectionMethod dataCollectionMethod,
WirelessTypes::DataMode dataMode
) const
Gets a list of the WirelessTypes::WirelessSampleRates that are supported by this Node for the given sampling mode.
",7521:"
virtual const InputRanges inputRanges(
const ChannelMask &channels
) const
Gets a list of InputRanges that are supported by this Node for the specified channel mask.
",7905:"
WirelessNode
A class representing a MicroStrain wireless node
",8025:"
WirelessChannel
Represents a channel on a WirelessNode. This can be used to gain information about the channel, view current settings that are applied, and update settings on the Node.
",8574:"
Represents the types of data collection methods that can be performed on the Node.
",8594:"
Represents the types of data formats that Nodes can be configured to send when sampling.
",8604:"
Represents the types of sampling modes the Node can be in.
",8611:"
Represents the types of default modes the Node can have.  This is the mode the Node starts in, as well as the mode the node goes into after an inactivity timeout.
",8635:"
Represents the transmit powers that can be used for Wireless Devices.
",8766:"
Represents the types of channels on Wireless Nodes.
",8779:"
Represents the possible voltage input types
",8782:"
Represents the settling times used for thermocouple and voltage inputs on some Wireless Nodes.
",8795:"
Represents the Transducer types supported by some Wireless Nodes.
",8830:"
The possible sample rates that are available for Wireless Nodes.
",8885:"
The possible region codes for the device.
",8898:"
The possible settings for ChannelGroups.
",8945:"
The different modes a Fatigue Node can operate in.
",8952:"
The filter options (used for anti-aliasing and low-pass filter)
",8992:"
The channel frequency class filter options.
",8996:"
The options available for configuring what happens when the storage limit is reached when logging to a Node.
",8999:"
The options available for input range on supported Nodes.
",9136:"
Available Data Modes.
",9141:"
Available Derived Channel Categories for configuration.
",9155:"
Available Communication Protocol types.
",9158:"
Available Voltages.
",9168:"
Available Sensor Output Modes.
",9180:"
Types of delays that individual sensors can support.
",9185:"
Typedef for a map of <DerivedChannelOption> to ChannelMask pairs.
",9478:"
ChannelMask
Represents the channel mask (active and inactive channels) for a WirelessNode.
",9819:"
SampleRate
Represents a MicroStrain sample rate (rate at which data is sampling)
",10328:"
TimeSpan
Represents a range of time
",10453:"
Error_NotSupported
A command/feature was attempted to be used that was not supported.
",6871:"
NodeFeatures_wirelessImpactSensor
Contains information on features for the Wireless Impact nodes.
",6874:"
NodeFeatures_vlink_legacy
Contains information on features for the V-Link (legacy) node. Inherits from NodeFeatures.
",6880:"
NodeFeatures_vlink
Contains information on features for the V-Link node. Inherits from NodeFeatures.
",6892:"
NodeFeatures_torqueLink
Contains information on features for the SG-Link-Micro node. Inherits from NodeFeatures.
",6895:"
NodeFeatures_tclink6ch
Contains information on features for the TC-Link 6CH Node.
",6898:"
NodeFeatures_tclink3ch
Contains information on features for the TC-Link 3CH Node.
",6907:"
NodeFeatures_tclink1ch
Contains information on features for the TC-Link 1CH Node.
",6917:"
NodeFeatures_shmlink2
Contains information on features for the SHM-Link 2 node. Inherits from NodeFeatures.
",6923:"
NodeFeatures_shmlink
Contains information on features for the SHM-Link node. Inherits from NodeFeatures.
",6926:"
NodeFeatures_sglinkrgd
Contains information on features for the SG-Link node. Inherits from NodeFeatures.
",6929:"
NodeFeatures_sglinkoemNoXR
Contains information on features for the SG-Link-OEM node. Inherits from NodeFeatures.
",6932:"
NodeFeatures_sglinkoemHermetic
Contains information on features for the SG-Link-OEM node. Inherits from NodeFeatures.
",6967:"
NodeFeatures_sglinkMicro
Contains information on features for the SG-Link-Micro node. Inherits from NodeFeatures.
",6976:"
NodeFeatures_sglink
Contains information on features for the SG-Link node. Inherits from NodeFeatures.
",6982:"
NodeFeatures_rtdlink
Contains information on features for the RTD-Link Node.
",6988:"
NodeFeatures_iepeLink
Contains information on features for the IEPE-Link.
",6991:"
NodeFeatures_glink2Internal
Contains information on features for the G-Link 2 (Internal Accels) nodes.
",6994:"
NodeFeatures_glink2External
Contains information on features for the G-Link 2 (External Accel) nodes.
",7003:"
NodeFeatures_glink
Contains information on features for the G-Link nodes.
",7006:"
NodeFeatures_envlinkPro
Contains information on features for the ENV-Link Pro Node.
",7009:"
NodeFeatures_sglinkoem
Contains information on features for the SG-Link-OEM node. Inherits from NodeFeatures.
",7012:"
NodeFeatures_envlinkMini
Contains information on features for the ENV-Link Mini Node.
",7015:"
NodeFeatures_dvrtlink
Contains information on features for the DVRT-Link node. Inherits from NodeFeatures.
",7021:"
NodeFeatures_200series
Contains information on which features are supported by a 200-series WirelessNode.  Inherits from NodeFeatures.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures-h.html deleted file mode 100644 index add051a22..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures-h.html +++ /dev/null @@ -1,905 +0,0 @@ - - -NodeFeatures.h - - - - - - - -
-
NodeFeatures
- -

Contains information on which features are supported by a WirelessNode.

-
- -
-
Functions
-
- -
-
NodeFeatures
-
NodeFeatures(
const NodeInfo &info
)
-

Creates a NodeFeatures object.

Parameters
info
const NodeInfo&

A NodeInfo object representing standard information of the WirelessNode.

-
- -
-
Variables
-
- -
-
m_nodeInfo
-
NodeInfo m_nodeInfo
-

The NodeInfo object containing basic information retreived from eeprom about the Node.

-
- -
-
m_channels
-
WirelessChannels m_channels
-

Contains all of the supported channels for this Node.

-
- -
-
m_channelGroups
-
ChannelGroups m_channelGroups
-

Contains all of the ChannelGroups that are supported by this Node.

-
- -
-
Functions
-
- -
-
create
-
static std::unique_ptr<NodeFeatures> create(
const NodeInfo &info
)
-

Builds and returns a NodeFeatures pointer based on the given parameters.

Parameters
info
const NodeInfo&

A NodeInfo object representing standard information of the WirelessNode.

Returns

A NodeFeatures unique_ptr.

Exceptions
-
- -
-
addCalCoeffChannelGroup
-
void addCalCoeffChannelGroup(
uint8 channelNumber,
const std::string &name,
const EepromLocation &slopeEeprom,
const EepromLocation &actionIdEeprom
)
-

Adds a cal coefficient (Linear Equation, unit, equation type) to the channel groups for the specified channel.

-
- -
-
addCalCoeffChannelGroup_withFactoryCal
-
void addCalCoeffChannelGroup_withFactoryCal(
uint8 channelNumber,
const std::string &name,
const EepromLocation &slopeEeprom,
const EepromLocation &actionIdEeprom,
const EepromLocation &factorySlopeEeprom,
const EepromLocation &factoryActionIdEeprom
)
-

Adds a cal coefficient with factory cal values (Linear Equation, unit, equation type, factory cal) to the channel groups for the specified channel.

-
- -
-
maxFilterSettlingTime_A
-
static WirelessTypes::SettlingTime maxFilterSettlingTime_A(
const SampleRate &rate
)
-

Gets the max filter settling time allowed by the given SampleRate.  This is version A of this function. Different nodes use different versions.

-
- -
-
maxFilterSettlingTime_B
-
static WirelessTypes::SettlingTime maxFilterSettlingTime_B(
const SampleRate &rate
)
-

Gets the max filter settling time allowed by the given SampleRate.  This is version B of this function. Different nodes use different versions.

-
- -
-
maxSampleRateForSettlingTime_A
-
static WirelessTypes::WirelessSampleRate maxSampleRateForSettlingTime_A(
WirelessTypes::SettlingTime settlingTime,
const WirelessTypes::WirelessSampleRates &rates
)
-

Gets the max WirelessTypes::WirelessSampleRate allowed by the given WirelessTypes::SettlingTime.  This is version A of this function. Different nodes use different versions.

Parameters
settlingTime
WirelessTypes::SettlingTime

The settling time to get the max sample rate for.

rates
const WirelessTypes::WirelessSampleRates&

The WirelessTypes::WirelessSampleRates available for the Node (presumably for a specific sampling mode).

-
- -
-
maxSampleRateForSettlingTime_B
-
static WirelessTypes::WirelessSampleRate maxSampleRateForSettlingTime_B(
WirelessTypes::SettlingTime settlingTime,
const WirelessTypes::WirelessSampleRates &rates
)
-

Gets the max WirelessTypes::WirelessSampleRate allowed by the given WirelessTypes::SettlingTime.  This is version B of this function. Different nodes use different versions.

Parameters
settlingTime
WirelessTypes::SettlingTime

The settling time to get the max sample rate for.

rates
const WirelessTypes::WirelessSampleRates&

The WirelessTypes::WirelessSampleRates available for the Node (presumably for a specific sampling mode).

-
- -
-
normalizeNumSweeps
-
uint32 normalizeNumSweeps(
uint32 sweeps
) const
-

Normalizes the number of sweeps so that it is within range and a multiple of 100 (rounds up to next multiple).

Parameters
sweeps
uint32

the value to normalize. This will be updated to hold the normalized result.

-
- -
-
normalizeTimeBetweenBursts
-
TimeSpan normalizeTimeBetweenBursts(
const TimeSpan &time
) const
-

Normalizes a TimeSpan so that it is within an acceptable range for setting the timeBetweenBursts.  A valid range is between 1 second and 24 hours. Seconds above 32767 will be rounded to minutes.  When setting the time between bursts, you should also call minTimeBetweenBursts and verify it is greater than this.

Parameters
time
const TimeSpan&

TimeSpan to normalize. This will be updated to hold the normalized result.

-
- -
-
findEeprom
-
const EepromLocation& findEeprom(
WirelessTypes::ChannelGroupSetting setting,
const ChannelMask &mask
) const
-

Finds the EepromLocation for the provided setting and channel mask pair.

Parameters
setting
WirelessTypes::ChannelGroupSetting

The WirelessTypes::ChannelGroupSetting to search for.

mask
const ChannelMask&

The ChannelMask of the setting to search for.

Returns

The EepromLocation for the found option.

Exceptions
-
- -
-
anyChannelGroupSupports
-
bool anyChannelGroupSupports(
WirelessTypes::ChannelGroupSetting setting
) const
-

Checks if any channel group on the Node supports the given WirelessTypes::ChannelGroupSetting.

Parameters
setting
WirelessTypes::ChannelGroupSetting

The WirelessTypes::ChannelGroupSetting to check if any channel group supports.

Returns

true if at least 1 channel group supports the setting, false otherwise.

-
- -
-
ramBufferSize
-
virtual uint32 ramBufferSize() const
-

Gets the RAM buffer size (in bytes) for the Node.

-
- -
-
anyChannelGroupSupports
-
bool anyChannelGroupSupports(
WirelessTypes::ChannelGroupSetting setting,
uint8 channelNumber
) const
-

Checks if any channel group, with the specified channel number, supports the given WirelessTypes::ChannelGroupSetting.

Parameters
setting
WirelessTypes::ChannelGroupSetting

The WirelessTypes::ChannelGroupSetting to check if any channel group supports.

channelNumber
uint8

The channel number (ch1 = 1, ch8 = 8) to check if it is in the mask for the found setting.

Returns

true if at least 1 channel group, containing the specified channel number, supports the setting, false otherwise.

-
- -
-
channels
-
const WirelessChannels& channels() const
-

Gets a reference to the WirelessChannels of this Node.

Returns

A reference to the WirelessChannels of this Node.

-
- -
-
channelGroups
-
ChannelGroups channelGroups() const
-

Gets the ChannelGroups supported by this Node.

Returns

A ChannelGroups container containing each group supported by this Node.

-
- -
-
channelType
-
virtual WirelessTypes::ChannelType channelType(
uint8 channelNumber
) const
-

Gets the WirelessTypes::ChannelType for the requested channel number.

Parameters
channelNumber
uint8

The channel number to find the type for (ch1 = 1, ch8 = 8).

Returns

The WirelessTypes::ChannelType for the requested channel number.

Exceptions
-
- -
-
supportsChannelSetting
-
virtual bool supportsChannelSetting(
WirelessTypes::ChannelGroupSetting setting,
const ChannelMask &mask
) const
-

Checks if the Node supports a given WirelessTypes::ChannelGroupSetting for the given ChannelMask.

Parameters
setting
WirelessTypes::ChannelGroupSetting

The WirelessTypes::ChannelGroupSetting to check for.

mask
const ChannelMask&

The ChannelMask to check if the setting is supported for.

Returns

true if the WirelessTypes::ChannelGroupSetting is supported for the ChannelMask, false otherwise.

-
- -
-
supportsInputRange
-
virtual bool supportsInputRange() const
-

Checks if the Node supports Input Range for any of its ChannelGroups.

Returns

true if the Node supports Input Range for at least one ChannelGroup, false otherwise.

-
- -
-
supportsInputRange
-
virtual bool supportsInputRangePerExcitationVoltage() const
-

Checks if the Node supports Input Range for any of its ChannelGroups, and has different input ranges depending on a configurable excitation voltage.

Returns

true if the Node supports Input Range for at least one ChannelGroup, false otherwise.

-
- -
-
supportsHardwareOffset
-
virtual bool supportsHardwareOffset() const
-

Checks if the Node supports Hardware Offset for any of its ChannelGroups.

Returns

true if the Node supports Hardware Offset for at least one ChannelGroup, false otherwise.

-
- -
-
supportsAntiAliasingFilter
-
virtual bool supportsAntiAliasingFilter() const
-

Checks if the Node supports Anti-Aliasing Filter for any of its ChannelGroups.

Returns

true if the Node supports Anti-Aliasing Filter for at least one ChannelGroup, false otherwise.

-
- -
-
supportsLowPassFilter
-
virtual bool supportsLowPassFilter() const
-

Checks if the Node supports Low-Pass Filter for any of its ChannelGroups.

Returns

true if the Node supports Low-Pass Filter for at least one ChannelGroup, false otherwise.

-
- -
-
supportsHighPassFilter
-
virtual bool supportsHighPassFilter() const
-

Checks if the Node supports High-Pass Filter for any of its ChannelGroups.

Returns

true if the Node supports High-Pass Filter for at least one ChannelGroup, false otherwise.

-
- -
-
supportsGaugeFactor
-
virtual bool supportsGaugeFactor() const
-

Checks if the Node supports Gauge Factor for any of its ChannelGroups.

Returns

true if the Node support Gauge Factor for at least on ChannelGroup, false otherwise.

-
- -
-
supportsGaugeResistance
-
virtual bool supportsGaugeResistance() const
-

Checks if the Node supports the Gauge Resistance option.

Returns

true if the Node supports Gauge Resistance, false otherwise.

-
- -
-
supportsNumActiveGauges
-
virtual bool supportsNumActiveGauges() const
-

Checks if the Node supports the Number of Active Gauges option.

Returns

true if the Node supports the Number of Active Gauges option, false otherwise.

-
- -
-
supportsLostBeaconTimeout
-
virtual bool supportsLostBeaconTimeout() const
-

Checks if the Node supports the Lost Beacon Timeout option.

Returns

true if the Node supports Lost Beacon Timeout, false otherwise.

-
- -
-
supportsPullUpResistor
-
virtual bool supportsPullUpResistor() const
-

Checks if the Node supports the Pull-up Resistor option.

Returns

true if the Node supports Pull-up Registor, false otherwise.

-
- -
-
supportsFilterSettlingTime
-
virtual bool supportsFilterSettlingTime() const
-

Checks if the Node supports Filter Settling Time for any of its ChannelGroups.

Returns

true if the Node supports Filter Settling Time for at least one ChannelGroup, false otherwise.

-
- -
-
supportsThermocoupleType
-
virtual bool supportsThermocoupleType() const
-

Checks if the Node supports the Thermocouple Type for any of its ChannelGroups.

Returns

true if the Node supports Thermocouple Type for at least one ChannelGroup, false otherwise.

-
- -
-
supportsTempSensorOptions
-
virtual bool supportsTempSensorOptions() const
-

Checks if the Node supports the TempSensorOptions configuration for any of its ChannelGroups.

Returns

true if the Node supports TempSensorOptions configuration for at least one ChannelGroup, false otherwise.

-
- -
-
supportsDebounceFilter
-
virtual bool supportsDebounceFilter() const
-

Checks if the Node supports the Debounce Filter configuration for any of its ChannelGroups.

Returns

true if the Node supports Debounce Filter configuration for at least one ChannelGroup, false otherwise.

-
- -
-
supportsFatigueConfig
-
virtual bool supportsFatigueConfig() const
-

Checks if the Node supports FatigueOptions configuration.

Returns

true if the Node supports FatigueOptions, false otherwise.

-
- -
-
supportsYoungsModConfig
-
virtual bool supportsYoungsModConfig() const
-

Checks if the Node supports Young's Modulus (part of FatigueOptions) configuration.

Returns

true if the Node supports Young's Modulus configuration, false otherwise.

-
- -
-
supportsPoissonsRatioConfig
-
virtual bool supportsPoissonsRatioConfig() const
-

Checks if the Node supports Poisson's Ratio (part of FatigueOptions) configuration.

Returns

true if the Node supports Poisson's Ratio configuration, false otherwise.

-
- -
-
supportsFatigueDebugModeConfig
-
virtual bool supportsFatigueDebugModeConfig() const
-

Checks if the Node supports enabling Debug Mode (part of FatigueOptions) configuration.

Returns

true if the Node supports Debug Mode configuration, false otherwise.

-
- -
-
supportsFatigueModeConfig
-
virtual bool supportsFatigueModeConfig() const
-

Checks if the Node supports Fatigue Mode (part of FatigueOptions) configuration.

Returns

true if the Node supports Fatigue Mode configuration, false otherwise.

-
- -
-
supportsHistogramConfig
-
virtual bool supportsHistogramConfig() const
-

Checks if the Node supports HistogramOptions configuration.

Returns

true if the Node supports HistogramOptions, false otherwise.

-
- -
-
supportsHistogramRateConfig
-
virtual bool supportsHistogramRateConfig() const
-

Checks if the Node supports Histogram transmit rate (part of HistogramOptions) configuration.

Returns

true if the Node supports Histogram transmit rate configuration, false otherwise.

-
- -
-
supportsHistogramEnableConfig
-
virtual bool supportsHistogramEnableConfig() const
-

Checks if the Node supports turning Histograms on and off (part of FatigueOptions).

Returns

true if the Node supports turning Histograms on and off, false otherwise.

-
- -
-
supportsActivitySense
-
virtual bool supportsActivitySense() const
-

Checks if the Node supports the ActivitySense feature.

Returns

true if the Node supports ActivitySense and can be configured for it.

-
- -
-
supportsAutoBalance
-
virtual bool supportsAutoBalance() const
-

Checks if the Node supports the Auto Balance command for any of its ChannelGroups.

Returns

true if the Node supports Auto Balance for at least 1 ChannelGroup, false otherwise.

-
- -
-
supportsLegacyShuntCal
-
virtual bool supportsLegacyShuntCal() const
-

Checks if the Node supports the legacy Shunt Cal for any of its ChannelGroups.

Returns

true if the Node supports Shunt Cal for at least 1 ChannelGroup, false otherwise.

-
- -
-
supportsAutoCal_shm
-
virtual bool supportsAutoCal_shm() const
-

Checks if the Node supports the AutoCal SHM-Link command.

Returns

true if the Node supports the AutoCal SHM-Link command, false otherwise.

-
- -
-
supportsAutoCal_shm201
-
virtual bool supportsAutoCal_shm201() const
-

Checks if the Node supports the AutoCal SHM-Link-201 command.

Returns

true if the Node supports the AutoCal SHM-Link-201 command, false otherwise.

-
- -
-
supportsAutoShuntCal
-
virtual bool supportsAutoShuntCal() const
-

Checks if the Node supports AutoShuntCal on any of this ChannelGroups.

Returns

true if the Node supports Auto Shunt Cal for at least 1 ChannelGroup, false otherwise.

-
- -
-
supportsGetFactoryCal
-
virtual bool supportsGetFactoryCal() const
-

Checks if the Node has factory calibrations stored for any of its ChannelGroups.

Returns

true if the Node has factory calibration values for at least 1 ChannelGroup, false otherwise.

-
- -
-
supportsLimitedDuration
-
virtual bool supportsLimitedDuration() const
-

Checks if the Node supports setting a limited duration of sampling.

Returns

true if the Node supported limited duration, false if the Node only supports unlimited sampling.

-
- -
-
supportsEventTrigger
-
virtual bool supportsEventTrigger() const
-

Checks if the Node supports Event Trigger sampling.

Returns

true if the Node supports Event Trigger, false otherwise.

-
- -
-
supportsDiagnosticInfo
-
virtual bool supportsDiagnosticInfo() const
-

Checks if the Node supports sending Diagnostic Info.

Returns

true if the Node can be configured to send diagnostic info, false otherwise.

-
- -
-
supportsLoggedData
-
virtual bool supportsLoggedData() const
-

Checks if the Node supports logging to internal memory.

Returns

true if the Node can store logged data, false otherwise.

-
- -
-
supportsPoll
-
virtual bool supportsPoll() const
-

Checks if the Node supports the poll command.

Returns

true if the Node supporting the poll command, false otherwise.

-
- -
-
supportsSensorDelayConfig
-
virtual bool supportsSensorDelayConfig() const
-

Checks if the Node supports configuration of sensor delay.

Returns

true if the Node supports configuration of sensor delay, false otherwise.

-
- -
-
supportsSensorDelayAlwaysOn
-
virtual bool supportsSensorDelayAlwaysOn() const
-

Checks if the Node supports setting the sensor delay value to "Always On."

Returns

true if the Node supports setting the sensor delay to "Always On", false otherwise

-
- -
-
supportsSensorOutputMode
-
virtual bool supportsSensorOutputMode() const
-

Checks if the Node supports configuration of the Sensor Output Mode.

Returns

true if the Node supports setting the Sensor Output Mode, false otherwise

-
- -
-
supportsCfcFilterConfiguration
-
virtual bool supportsCfcFilterConfiguration() const
-

Checks if the Node supports configuration of the channel frequency class filter.

Returns

true if the Node supports setting the channel frequency class filter, false otherwise

-
- -
-
supportsChannel
-
virtual bool supportsChannel(
uint8 channelNumber
) const
-

Checks if a specific channel is supported (can be enabled) by this Node.

Parameters
channelNumber
uint8

The channel to check if it is supported.

Returns

true if the channel is supported, false otherwise.

-
- -
-
supportsSamplingMode
-
virtual bool supportsSamplingMode(
WirelessTypes::SamplingMode samplingMode
) const
-

Checks if a WirelessTypes::SamplingMode is supported by this Node.

Parameters
samplingMode
WirelessTypes::SamplingMode

The WirelessTypes::SamplingMode to check if supported.

Returns

true if the sampling mode is supported, false otherwise.

-
- -
-
supportsSampleRate
-
virtual bool supportsSampleRate(
WirelessTypes::WirelessSampleRate sampleRate,
WirelessTypes::SamplingMode samplingMode,
WirelessTypes::DataCollectionMethod dataCollectionMethod,
WirelessTypes::DataMode dataMode
) const
-

Checks if a sample rate is supported by the Node for the given WirelessTypes::SamplingMode.

Parameters
sampleRate
WirelessTypes::WirelessSampleRate

The WirelessTypes::WirelessSampleRate to check if supported.

samplingMode
WirelessTypes::SamplingMode

The WirelessTypes::SamplingMode to check if the sample rate is supported for.

dataCollectionMethod
WirelessTypes::DataCollectionMethod

The <WirelessTypes::DataCollectionMethod dataCollectionMethod> to check if the sample rate is supported for.

dataMode
WirelessTypes::DataMode

The WirelessTypes::DataMode to check if the sample rate is supported for

Returns

true if the sample rate is supported for the given sampling mode, false otherwise.

-
- -
-
supportsCommunicationProtocol
-
virtual bool supportsCommunicationProtocol(
WirelessTypes::CommProtocol protocol
) const
-

Checks if a WirelessTypes::CommProtocol is supported by this Node.

Parameters
protocol
WirelessTypes::CommProtocol

The WirelessTypes::CommProtocol to check if supported.

Returns

true if the protocol is supported, false otherwise.

-
- -
-
supportsDataFormat
-
virtual bool supportsDataFormat(
WirelessTypes::DataFormat dataFormat
) const
-

Checks if a WirelessTypes::DataFormat is supported by this Node.

Parameters
dataFormat
WirelessTypes::DataFormat

The WirelessTypes::DataFormat to check if supported.

Returns

true if the data format is supported, false otherwise.

-
- -
-
supportsDefaultMode
-
virtual bool supportsDefaultMode(
WirelessTypes::DefaultMode mode
) const
-

Checks if a WirelessTypes::DefaultMode is supported by this Node.

Parameters
mode
WirelessTypes::DefaultMode

The WirelessTypes::DefaultMode to check if supported.

Returns

true if the default is supported, false otherwise.

-
- -
-
supportsDataCollectionMethod
-
virtual bool supportsDataCollectionMethod(
WirelessTypes::DataCollectionMethod collectionMethod
) const
-

Checks if a WirelessTypes::DataCollectionMethod is supported by this Node.

Parameters
collectionMethod
WirelessTypes::DataCollectionMethod

The WirelessTypes::DataCollectionMethod to check if supported.

Returns

true if the data collection method is supported, false otherwise.

-
- -
-
supportsTransmitPower
-
virtual bool supportsTransmitPower(
WirelessTypes::TransmitPower power,
WirelessTypes::CommProtocol commProtocol
) const
-

Checks if a WirelessTypes::TransmitPower is supported by this Node.

Parameters
power
WirelessTypes::TransmitPower

The WirelessTypes::TransmitPower to check if supported.

commProtocol
WirelessTypes::CommProtocol

The WirelessTypes::CommProtocol to check if the power is supported in.

Returns

true if the transmit power is supported, false otherwise.

-
- -
-
supportsDataMode
-
virtual bool supportsDataMode(
WirelessTypes::DataMode dataMode
) const
-

Checks if a WirelessTypes::DataMode is supported by this Node.

Parameters
power

The WirelessTypes::DataMode to check if supported.

Returns

true if the data mode is supported, false otherwise.

-
- -
-
supportsTransducerType
-
virtual bool supportsTransducerType(
WirelessTypes::TransducerType transducerType
) const
-

Checks if a WirelessTypes::TransducerType is supported by this Node.

Parameters transducerType - The WirelessTypes::TransducerType to check if supported.

Returns

true if the transducer type is supported, false otherwise.

-
- -
-
supportsFatigueMode
-
virtual bool supportsFatigueMode(
WirelessTypes::FatigueMode mode
) const
-

Checks if a WirelessTypes::FatigueMode is supported by this Node.

Parameters
mode
WirelessTypes::FatigueMode

The WirelessTypes::FatigueMode to check if supported.

Returns

true if the fatigue mode is supported, false otherwise.

-
- -
-
supportsInputRange
-
virtual bool supportsInputRange(
WirelessTypes::InputRange range,
const ChannelMask &channels
) const
-

Checks if a WirelessTypes::InputRange is supported by this Node for the given ChannelMask.

Parameters
range
WirelessTypes::InputRange

The WirelessTypes::InputRange to check if supported.

channels
const ChannelMask&

The ChannelMask to check for.

Returns

true if the input range is supported, false if it is not.

-
- -
-
supportsInputRange
-
virtual bool supportsInputRange(
WirelessTypes::InputRange range,
const ChannelMask &channels,
WirelessTypes::Voltage excitationVoltage
) const
-

Checks if a WirelessTypes::InputRange is supported by this Node for the given ChannelMask.

Parameters
range
WirelessTypes::InputRange

The WirelessTypes::InputRange to check if supported.

channels
const ChannelMask&

The ChannelMask to check for.

excitationVoltage
WirelessTypes::Voltage

The Excitation WirelessTypes::Voltage to check for.

Returns

true if the input range is supported, false if it is not.

-
- -
-
supportsCentisecondEventDuration
-
virtual bool supportsCentisecondEventDuration() const
-

Checks if the Node configures event duration in 10s of milliseconds or not.

Returns

true if the Node uses 10s of milliseconds for event duration, false if it uses seconds for event duration.

-
- -
-
supportsGetDiagnosticInfo
-
virtual bool supportsGetDiagnosticInfo() const
-

Checks if the Node supports the Get Diagnostic Info command.

Returns

true if the Get Diagnostic Info command is supported, false if it is not.

-
- -
-
supportsNonSyncLogWithTimestamps
-
virtual bool supportsNonSyncLogWithTimestamps() const
-

Checks if the Node supports the version of Non-Sync Sampling that will add timestamps when logging.  If the Node does not support this, when downloading logged data from the Node, no timestamp information will be given.

Returns

true if the Node supports Non-Sync logging with timestamps.

-
- -
-
supportsDerivedCategory
-
virtual bool supportsDerivedCategory(
WirelessTypes::DerivedCategory category
) const
-

Checks if the Node supports a specific WirelessTypes::DerivedCategory.

Parameters
derivedChannelOption

The <WirelessTypes::DerivedChannelOption> to check if it is supported.

Returns

true if the specific derived channel is supported, false otherwise.

-
- -
-
supportsRawDataMode
-
virtual bool supportsRawDataMode() const
-

Checks if the Node supports any form of the Raw Data Mode (raw only, raw + derived, etc).

Returns

true if the Node supports any form of the Raw Data Mode.

-
- -
-
supportsDerivedDataMode
-
virtual bool supportsDerivedDataMode() const
-

Checks if the Node supports any form of the Derived Data Mode (derived only, raw + derived, etc).

Returns

true if the Node supports any form of the Derived Data Mode.

-
- -
-
supportsDerivedVelocityUnitConfig
-
virtual bool supportsDerivedVelocityUnitConfig() const
-

Checks if the Node supports configuration of the Derived Velocity Unit.

Returns

true if the Node supports configuration of the Derived Velocity unit, false otherwise.

-
- -
-
supportsExcitationVoltageConfig
-
virtual bool supportsExcitationVoltageConfig() const
-

Checks if the Node supports configuration of its Excitation Voltage.

Returns

true if the Node supports configuration of its Excitation Voltage, false otherwise.

-
- -
-
supportsLowBatteryThresholdConfig
-
virtual bool supportsLowBatteryThresholdConfig() const
-

Checks if the Node supports configuration of its low battery threshold.

Returns

true if the Node supports configuration of its low battery threshold, false otherwise.

-
- -
-
maxSampleRate
-
virtual WirelessTypes::WirelessSampleRate maxSampleRate(
WirelessTypes::SamplingMode samplingMode,
const ChannelMask &channels,
WirelessTypes::DataCollectionMethod dataCollectionMethod,
WirelessTypes::DataMode dataMode
) const
-

Gets the maximum SampleRate value that is supported by this Node with the given <SamplingMode>, ChannelMask, and WirelessTypes::DataCollectionMethod.

Parameters
samplingMode
WirelessTypes::SamplingMode

The WirelessTypes::SamplingMode to check the max sample rate for.

channels
const ChannelMask&

The ChannelMask to check the max sample rate for.

dataCollectionMethod
WirelessTypes::DataCollectionMethod

The WirelessTypes::DataCollectionMethod to check the max sample rate for.

dataMode
WirelessTypes::DataMode

The WirelessTypes::DataMode to check the max sample rate for.

Returns

The max WirelessTypes::WirelessSampleRate that is supported by this Node with the given WirelessTypes::SamplingMode and ChannelMask.

Exceptions
-
- -
-
maxSampleRateForSettlingTime
-
virtual WirelessTypes::WirelessSampleRate maxSampleRateForSettlingTime(
WirelessTypes::SettlingTime filterSettlingTime,
WirelessTypes::SamplingMode samplingMode,
WirelessTypes::DataCollectionMethod dataCollectionMethod,
WirelessTypes::DataMode dataMode
) const
-

Gets the maximum SampleRate value that is supported by this Node with the given WirelessTypes::SettlingTime.

Parameters
filterSettlingTime
WirelessTypes::SettlingTime

The WirelessTypes::SettlingTime to check the max sample rate for.

samplingMode
WirelessTypes::SamplingMode

The WirelessTypes::SamplingMode that the Node will be in for determining sample rates.

dataCollectionMethod
WirelessTypes::DataCollectionMethod

The WirelessTypes::DataCollectionMethod that the Node will be set for in determining sample rates.

dataMode
WirelessTypes::DataMode

The WirelessTypes::DataMode that the Node will be set for in determining sampling rates.

Returns

The max WirelessTypes::WirelessSampleRate that is supported by this Node with the given WirelessTypes::SettlingTime.

Exceptions
-
- -
-
maxSampleRateForLowPassFilter
-
virtual WirelessTypes::WirelessSampleRate maxSampleRateForLowPassFilter(
WirelessTypes::Filter lowPassFilter,
WirelessTypes::SamplingMode samplingMode,
WirelessTypes::DataCollectionMethod dataCollectionMethod,
WirelessTypes::DataMode dataMode,
const ChannelMask &channels
) const
-

Gets the maximum SampleRate value that is supported by this Node with the given Low Pass Filter.

Parameters
lowPassFilter
WirelessTypes::Filter

The WirelessTypes::Filter to check the max sample rate for.

samplingMode
WirelessTypes::SamplingMode

The WirelessTypes::SamplingMode that the Node will be in for determining sample rates.

dataCollectionMethod
WirelessTypes::DataCollectionMethod

The WirelessTypes::DataCollectionMethod that the Node will be set for in determining sample rates.

dataMode
WirelessTypes::DataMode

The WirelessTypes::DataMode that the Node will be set for in determining sampling rates.

channels
const ChannelMask&

A ChannelMask representing the active raw channels.

Returns

The max WirelessTypes::WirelessSampleRate that is supported by this Node with the given WirelessTypes::SettlingTime.

Exceptions

  • Error_NotSupported: The Low Pass Filter feature is not supported by this Node, or an invalid filter was used.

-
- -
-
maxFilterSettlingTime
-
virtual WirelessTypes::SettlingTime maxFilterSettlingTime(
const SampleRate &rate
) const
-

Gets the maximum WirelessTypes::SettlingTime available for the given SampleRate.

Parameters
rate
const SampleRate&

The SampleRate to check the max filter settling time for.

Returns

The max WirelessTypes::SettlingTime available.

Exceptions
-
- -
-
minInactivityTimeout
-
virtual uint16 minInactivityTimeout() const
-

Gets the minimum inactivity timeout (in seconds) that is supported.

Returns

The min inactivity timeout in seconds.

-
- -
-
minLostBeaconTimeout
-
virtual uint16 minLostBeaconTimeout() const
-

Gets the minimum lost beacon timeout (in minutes) that is supported.  Note: A value of 0 disable the lost beacon timeout.

Returns

The min lost beacon timeout in minutes.

-
- -
-
maxLostBeaconTimeout
-
virtual uint16 maxLostBeaconTimeout() const
-

Gets the maximum lost beacon timeout (in minutes) that is supported.

Returns

The max lost beacon timeout in minutes.

-
- -
-
minCheckRadioInterval
-
virtual uint8 minCheckRadioInterval() const
-

Gets the minimum check radio interval (in seconds) that is supported.

Returns

The min check radio interval in seconds.

-
- -
-
maxCheckRadioInterval
-
virtual uint8 maxCheckRadioInterval() const
-

Gets the maximum check radio interval (in seconds) that is supported.

Returns

The maximum check radio interval in seconds.

-
- -
-
minSweeps
-
virtual uint32 minSweeps() const
-

Gets the minimum number of sweeps that can be assigned for the duration of a continuous sampling session.

Returns

The minimum number of sweeps for a sampling session.

-
- -
-
maxSweeps
-
virtual uint32 maxSweeps(
WirelessTypes::SamplingMode samplingMode,
WirelessTypes::DataMode dataMode,
WirelessTypes::DataFormat dataFormat,
const ChannelMask &channels
) const
-

Gets the maximum number of sweeps that can be assigned for a given WirelessTypes::SamplingMode.  This is the duration of each burst if in Burst Sync Sampling mode, or the total duration of sampling in other sampling modes.

Parameters
samplingMode
WirelessTypes::SamplingMode

The WirelessTypes::SamplingMode of the sampling session.

dataMode
WirelessTypes::DataMode

The WirelessTypes::DataMode of the sampling session.

dataFormat
WirelessTypes::DataFormat

The WirelessTypes::DataFormat of the sampling session.

channels
const ChannelMask&

The ChannelMask of the raw channels for the sampling session.

Returns

The maximum number of sweeps, or sweeps per burst, for a sampling session.

-
- -
-
maxSweepsPerBurst
-
virtual uint32 maxSweepsPerBurst(
WirelessTypes::DataMode dataMode,
WirelessTypes::DataFormat dataFormat,
const ChannelMask &channels
) const
-

Gets the maximum number of sweeps per burst that can be assigned for a Burst Sync Sampling session.

Parameters
dataMode
WirelessTypes::DataMode

The WirelessTypes::DataMode of the sampling session.

dataFormat
WirelessTypes::DataFormat

The WirelessTypes::DataFormat of the sampling session.

channels
const ChannelMask&

The ChannelMask of the raw channels for the sampling session.

Returns

The maximum number of sweeps per burst for a Burst Sync Sampling session.

-
- -
-
minTimeBetweenBursts
-
virtual TimeSpan minTimeBetweenBursts(
WirelessTypes::DataMode dataMode,
WirelessTypes::DataFormat dataFormat,
const ChannelMask &rawChannels,
WirelessTypes::DerivedChannelMasks derivedChannelMasks,
const SampleRate &rawSampleRate,
uint32 sweepsPerBurst,
WirelessTypes::CommProtocol commProtocol
) const
-

Gets the minimum time that can be assigned for a Burst Sync Sampling session.

Parameters
dataMode
WirelessTypes::DataMode

The WirelessTypes::DataMode of the sampling session.

dataFormat
WirelessTypes::DataFormat

The WirelessTypes::DataFormat of the sampling session.

rawChannels
const ChannelMask&

The ChannelMask representing active raw channels for the sampling session.

derivedChannelMasks
WirelessTypes::DerivedChannelMasks

The WirelessTypes::DerivedChannelMasks containing ALL enabled derived channels for the sampling session.

rawSampleRate
const SampleRate&

The SampleRate of the raw channels for the sampling session.

sweepsPerBurst
uint32

The number of sweeps per burst for the sampling session.

commProtocol
WirelessTypes::CommProtocol

The WirelessTypes::CommProtocol that the Node will use for sampling.

Returns

A TimeSpan representing the minimum time that can be assigned for a Burst Sync Sampling session.

-
- -
-
minSensorDelay
-
virtual const uint32 minSensorDelay() const
-

Gets the minimum sensor delay value (in microseconds) that is supported.

Returns

The minimum sensor delay value, in microseconds.

Exceptions
-
- -
-
maxSensorDelay
-
virtual const uint32 maxSensorDelay() const
-

Gets the maximum sensor delay value (in microseconds) that is supported.

Returns

The maximum sensor delay value, in microseconds.

Exceptions
-
- -
-
defaultSensorDelay
-
virtual const uint32 defaultSensorDelay() const
-

Gets the default sensor delay value (in microseconds) that is supported.

Returns

The default sensor delay value, in microseconds.

Exceptions
-
- -
-
maxEventTriggerTotalDuration
-
virtual uint32 maxEventTriggerTotalDuration(
WirelessTypes::DataMode dataMode,
WirelessTypes::DataFormat dataFormat,
const ChannelMask &rawChannels,
WirelessTypes::DerivedChannelMasks derivedChannelMasks,
const SampleRate &rawSampleRate,
const SampleRate &derivedDataRate
) const
-

Gets the max event trigger duration (in milliseconds) that can be applied for both the pre and post event durations (combined).

Parameters
dataMode
WirelessTypes::DataMode

The WirelessTypes::DataMode of the sampling session.

dataFormat
WirelessTypes::DataFormat

The WirelessTypes::DataFormat of the sampling session.

rawChannels
const ChannelMask&

The ChannelMask representing active raw channels for the sampling session.

derivedChannelMasks
WirelessTypes::DerivedChannelMasks

The WirelessTypes::DerivedChannelMasks containing ALL enabled derived channels for the sampling session.

rawSampleRate
const SampleRate&

The raw SampleRate for the sampling session.

derivedSampleRate

The SampleRate representing the derived data rate for the sampling session.

Returns

The max event trigger total duration, in milliseconds.

-
- -
-
normalizeEventDuration
-
virtual uint32 normalizeEventDuration(
uint32 duration
) const
-

Normalizes the Event Trigger duration so that it is an acceptable value.

Parameters
duration
uint32

The pre or post duration (in milliseconds) to normalize.

Returns

The normalized event duration (in milliseconds) that can be stored on the Node.

-
- -
-
normalizeSensorDelay
-
virtual uint32 normalizeSensorDelay(
uint32 delay
) const
-

Normalizes the sensor delay so that it is an acceptable value.

Parameters
delay
uint32

The sensor delay (in microseconds) to normalize.

Returns

The normalized sensor delay (in microseconds) that can be stored on the Node.

Exceptions
-
- -
-
numDamageAngles
-
virtual uint8 numDamageAngles() const
-

Gets the number of damage angles (see FatigueOptions) on this Node.

Returns

The number of damage angles on this Node.

-
- -
-
numSnCurveSegments
-
virtual uint8 numSnCurveSegments() const
-

Gets the number of Sn Curve segments (see FatigueOptions) on this Node.

Returns

The number of Sn Curve segments on this Node.

-
- -
-
numEventTriggers
-
virtual uint8 numEventTriggers() const
-

Gets the number of supported event triggers on this Node.

Returns

The number of event triggers on this Node (0 if event sampling is not supported).

-
- -
-
defaultModes
-
virtual const WirelessTypes::DefaultModes defaultModes() const
-

Gets a list of the WirelessTypes::DefaultModes that are supported by this Node.

Returns

A vector of WirelessTypes::DefaultModes that are supported by this Node.

-
- -
-
dataCollectionMethods
-
virtual const WirelessTypes::DataCollectionMethods dataCollectionMethods() const
-

Gets a list of the WirelessTypes::DataCollectionMethods that are supported by this Node.

Returns

A vector of WirelessTypes::DataCollectionMethods that are supported by this Node.

-
- -
-
dataFormats
-
virtual const WirelessTypes::DataFormats dataFormats() const
-

Gets a list of the WirelessTypes::DataFormats that are supported by this Node.

Returns

A vector of WirelessTypes::DataFormats that are supported by this Node.

-
- -
-
samplingModes
-
virtual const WirelessTypes::SamplingModes samplingModes() const
-

Gets a list of the WirelessTypes::SamplingModes that are supported by this Node.

Returns

A vector of WirelessTypes::SamplingModes that are supported by this Node.

-
- -
-
sampleRates
-
virtual const WirelessTypes::WirelessSampleRates sampleRates(
WirelessTypes::SamplingMode samplingMode,
WirelessTypes::DataCollectionMethod dataCollectionMethod,
WirelessTypes::DataMode dataMode
) const
-

Gets a list of the WirelessTypes::WirelessSampleRates that are supported by this Node for the given sampling mode.

Parameters
samplingMode
WirelessTypes::SamplingMode

The WirelessTypes::SamplingMode to get the sample rates for.

dataCollectionMethod
WirelessTypes::DataCollectionMethod

The WirelessTypes::DataCollectionMethod to get the sample rates for.

dataMode
WirelessTypes::DataMode

The WirelessTypes::DataMode to get the sample rates for.

Returns

A vector of WirelessTypes::WirelessSampleRates that are supported by this Node for the given sampling mode and data collection method.

Exceptions
-
- -
-
derivedDataRates
-
virtual const WirelessTypes::WirelessSampleRates derivedDataRates() const
-

Gets a list of the WirelessTypes::WirelessSampleRates that are supported by this Node for Derived Channels.  These are the rates that the Derived Data will be calculated/sent. The standard sampleRates still apply in derived mode and control the sample rate of the raw channels used in the derived data calculations.

Returns

A vector of WirelessTypes::WirelessSampleRates that are supported by this Node for Derived Channels.

-
- -
-
transmitPowers
-
virtual const WirelessTypes::TransmitPowers transmitPowers(
WirelessTypes::CommProtocol commProtocol
) const
-

Gets a list of the WirelessTypes::TransmitPowers that are supported by this Node, for the given WirelessTypes::CommProtocol.  Note: This list is dependent on the WirelessTypes::RegionCode of the device. If this changes, this function should be called again.

Parameters
commProtocol
WirelessTypes::CommProtocol

The WirelessTypes::CommProtocol to get the transmit powers for.

Returns

A vector of WirelessTypes::TransmitPowers that are supported by this Node.

-
- -
-
transmitPowers
-
virtual const WirelessTypes::TransmitPowers transmitPowers(
WirelessTypes::RegionCode region,
WirelessTypes::CommProtocol commProtocol
) const
-

Gets a list of the WirelessTypes::TransmitPowers that are supported by this Node, for the given WirelessTypes::RegionCode and WirelessTypes::CommProtocol.

Parameters
region
WirelessTypes::RegionCode

The WirelessTypes::RegionCode to get the transmit powers for.

commProtocol
WirelessTypes::CommProtocol

The WirelessTypes::CommProtocol to get the transmit powers for.

Returns

A vector of WirelessTypes::TransmitPowers that are supported by this Node.

-
- -
-
commProtocols
-
virtual const WirelessTypes::CommProtocols commProtocols() const
-

Gets a list of WirelessTypes::CommProtocols that are supported by this Node.

Returns

A vector of WirelessTypes::CommProtocols that are supported by this Node.

-
- -
-
sensorOutputModes
-
virtual const WirelessTypes::SensorOutputModes sensorOutputModes() const
-

Gets a list of WirelessTypes::SensorOutputModes that are supported by this Node.

Returns

A vector of WirelessTypes::SensorOutputModes that are supported by this Node.

-
- -
-
cfcFilters
-
virtual const WirelessTypes::CfcFilters cfcFilters() const
-

Gets a list of WirelessTypes::ChannelFrequencyClass options that are supportedby this Node.

Returns

A vector of WirelessTypes::ChannelFrequencyClass options that are supported by this Node.

-
- -
-
histogramTransmitRates
-
virtual const WirelessTypes::WirelessSampleRates histogramTransmitRates() const
-

Gets a list of the Histogram Transmit Rates that are supported by this Node.

Returns

A vector of WirelessTypes::WirelessSampleRates representing the Histogram Transmit Rates that are supported by this Node.

-
- -
-
fatigueModes
-
virtual const WirelessTypes::FatigueModes fatigueModes() const
-

Gets a list of the WirelessTypes::FatigueModes that are supported by this Node.

Returns

A vector of WirelessTypes::FatigueModes supported by the Node.

-
- -
-
antiAliasingFilters
-
virtual const WirelessTypes::Filters antiAliasingFilters() const
-

Gets a list of the Anti-Aliasing WirelessTypes::Filters that are supported by this Node.

Returns

A vector of Anti-Aliasing WirelessTypes::Filters supported by the Node.

-
- -
-
lowPassFilters
-
virtual const WirelessTypes::Filters lowPassFilters() const
-

Gets a list of the Low-Pass WirelessTypes::Filters that are supported by this Node.

Returns

A vector of Low-Pass WirelessTypes::Filters supported by the Node.

-
- -
-
highPassFilters
-
virtual const WirelessTypes::HighPassFilters highPassFilters() const
-

Gets a list of the High-Pass WirelessTypes::Filters that are supported by this Node.

Returns

A vector of <WirelesTypes::HighPassFilters> supported by the Node.

-
- -
-
storageLimitModes
-
virtual const WirelessTypes::StorageLimitModes storageLimitModes() const
-

Gets a list of the WirelessTypes::StorageLimitModes that are supported by this Node.

Returns

A vector of WirelessTypes::StorageLimitModes supported by the Node.

-
- -
-
inputRanges
-
virtual const InputRanges inputRanges(
const ChannelMask &channels
) const
-

Gets a list of InputRanges that are supported by this Node for the specified channel mask.

Parameters
channels
const ChannelMask&

The ChannelMask of the channel group to get the supported input ranges for.

Returns

A vector of InputRanges that are supported by this Node.

-
- -
-
inputRanges
-
virtual const InputRanges inputRanges(
const ChannelMask &channels,
WirelessTypes::Voltage excitationVoltage
) const
-

Gets a list of WirelessTypes::InputRanges that are supported by this Node for the specified channel mask, for the given Excitation WirelessTypes::Voltage.

Parameters
channels
const ChannelMask&

The ChannelMask of the channel group to get the supported input ranges for.

excitationVoltage
WirelessTypes::Voltage

The Excitation WirelessTypes::Voltage to get the input ranges for.

Returns

A vector of InputRanges that are supported by this Node.

-
- -
-
dataModes
-
virtual const WirelessTypes::DataModes dataModes() const
-

Gets a list of WirelessTypes::DataModes that are supported by this Node.

Returns

A vector of WirelessTypes::DataModes supported by the Node.

-
- -
-
transducerTypes
-
virtual const WirelessTypes::TransducerTypes transducerTypes() const
-

Gets a list of WirelessTypes::TransducerTypes that are supported by this Node.

Returns

A vector of WirelessTypes::TransducerTypes supported by the Node.

-
- -
-
channelsPerDerivedCategory
-
virtual const WirelessTypes::DerivedChannelMasks channelsPerDerivedCategory() const
-

Gets a map of WirelessTypes::DerivedCategory to ChannelMasks that are supported by this Node.  The ChannelMask indicates the raw channels that are available for the derived category.

Returns

A WirelessTypes::DerivedChannelMasks map of WirelessTypes::DerivedCategory to supported ChannelMasks.

-
- -
-
excitationVoltages
-
virtual const WirelessTypes::Voltages excitationVoltages() const
-

Gets a list of WirelessTypes::Voltages that are supported by the Node for configuration.

Returns

A vector of WirelessTypes::Voltages supported by the Node for configuration

-
- -
-
adcVoltageInputType
-
virtual const WirelessTypes::VoltageType adcVoltageInputType() const
-

Gets the input voltage type of the ADC for this node.

Returns

The WirelessTypes::VoltageType that represents the structure of the node's ADC.

-
- -
-
maxTransmitPower
-
virtual WirelessTypes::TransmitPower maxTransmitPower(
WirelessTypes::RegionCode region,
WirelessTypes::CommProtocol commProtocol
) const
-

Gets the maximum WirelessTypes::TransmitPower that is supported for the given parameters.

Parameters
region
WirelessTypes::RegionCode

The WirelessTypes::RegionCode of the device.

commProtocol
WirelessTypes::CommProtocol

The WirelessTypes::CommProtocol of the device.

Returns

The max WirelessTypes::TransmitPower that is suppported for the given parameters.

-
- -
-
maxTransmitPower
-
virtual WirelessTypes::TransmitPower maxTransmitPower(
WirelessTypes::CommProtocol commProtocol
) const
-

Gets the maximum WirelessTypes::TransmitPower that is supported for the given parameters, using the Node's current region code.

Parameters
commProtocol
WirelessTypes::CommProtocol

The WirelessTypes::CommProtocol of the device.

Returns

The max WirelessTypes::TransmitPower that is suppported for the given parameters, and the Node's current region code.

-
- -
-
minTransmitPower
-
virtual WirelessTypes::TransmitPower minTransmitPower(
WirelessTypes::RegionCode region,
WirelessTypes::CommProtocol commProtocol
) const
-

Gets the minimum WirelessTypes::TransmitPower that is supported for the given parameters.

Parameters
region
WirelessTypes::RegionCode

The WirelessTypes::RegionCode of the device.

commProtocol
WirelessTypes::CommProtocol

The WirelessTypes::CommProtocol of the device.

Returns

The min WirelessTypes::TransmitPower that is suppported for the given parameters.

-
- -
-
minTransmitPower
-
virtual WirelessTypes::TransmitPower minTransmitPower(
WirelessTypes::CommProtocol commProtocol
) const
-

Gets the minimum WirelessTypes::TransmitPower that is supported for the given parameters, using the Node's current region code.

Parameters
commProtocol
WirelessTypes::CommProtocol

The WirelessTypes::CommProtocol of the device.

Returns

The min WirelessTypes::TransmitPower that is suppported for the given parameters, and the Node's current region code.

-
- -
-
supportsNewTransmitPowers
-
virtual bool supportsNewTransmitPowers() const
-

Checks if the Node supports the new transmit powers (true), or the old ones (false).

-
- -
-
supportsAutoBalance2
-
virtual bool supportsAutoBalance2() const
-

Checks if the Node supports the AutoBalance (Version 2) command.

-
- -
-
supportsSleepIntervalSeconds
-
virtual bool supportsSleepIntervalSeconds() const
-

Checks if the Node supports a sleep interval eeprom directly in seconds.

-
- -
-
supportsEepromCommitViaRadioReset
-
virtual bool supportsEepromCommitViaRadioReset() const
-

Checks if eeprom changes can be committed by only cycling the radio, instead of cycling power.

-
- -
-
supportsFlashId
-
virtual bool supportsFlashId() const
-

Checks if the Node supports the Flash ID eeprom.

-
- -
-
supportsStorageLimitModeConfig
-
virtual bool supportsStorageLimitModeConfig() const
-

Checks if the Node supports configuring storage limit mode.

-
- -
-
datalogDownloadVersion
-
virtual uint8 datalogDownloadVersion() const
-

Gets the version of datalogging download to use.

-
- -
-
sensorDelayVersion
-
virtual WirelessTypes::DelayVersion sensorDelayVersion() const
-

Gets the version of sensor delay that the Node supports.

-
- -
-
usesLegacySensorDelayAlwaysOn
-
virtual bool usesLegacySensorDelayAlwaysOn() const
-

Checks if the Node uses the legacy value of 10,000 for always on (true) or the new value of 65,535 for always on (false).

-
- -
-
usesFloatEventTriggerVal
-
virtual bool usesFloatEventTriggerVal() const
-

Checks if the Node uses floating point for event trigger values.  Older nodes used uint16 (bits).

-
- -
-
onlySupportsRawDataMode
-
virtual bool onlySupportsRawDataMode() const
-

Checks if the raw data mode is the only data mode supported.

-
- -
-
supportsDataModeEeprom
-
virtual bool supportsDataModeEeprom() const
-

Checks if the Data Mode eeprom location is supported.

-
- -
-
supportsCommProtocolEeprom
-
virtual bool supportsCommProtocolEeprom() const
-

Checks if the Communication Protocol eeprom location is supported.

-
- -
-
supportsEeprom1024AndAbove
-
virtual bool supportsEeprom1024AndAbove() const
-

Checks if the Node supports reading eeprom location 1024 and above.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_200series-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_200series-h-Summary.js deleted file mode 100644 index 7494f37fd..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_200series-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_200series.h","NodeFeatures_200series.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_200series.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[7021,0,0,"NodeFeatures_200series","NodeFeatures_200series"],[7022,0,2,"Functions","NodeFeatures_200series.Functions"],[7023,0,1,"NodeFeatures_200series","NodeFeatures_200series.NodeFeatures_200series"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_200series-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_200series-h-SummaryToolTips.js deleted file mode 100644 index beaa1c454..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_200series-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_200series.h",{7021:"
NodeFeatures_200series
Contains information on which features are supported by a 200-series WirelessNode.  Inherits from NodeFeatures.
",7023:"
NodeFeatures_200series(
const NodeInfo &info
)
Creates a NodeFeatures_200series object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_200series-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_200series-h-ToolTips.js deleted file mode 100644 index 9d35b8889..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_200series-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6858:"
Holds information (read from eeprom) about a WirelessNode.
",7396:"
NodeFeatures
Contains information on which features are supported by a WirelessNode.
",7905:"
WirelessNode
A class representing a MicroStrain wireless node
",6877:"
NodeFeatures_vlink200
Contains information on features for the V-Link2 node. Inherits from NodeFeatures.
",6886:"
NodeFeatures_torqueLink200_3ch
Contains information on features for the Torque-Link-200-3ch nodes. Inherits from NodeFeatures.
",6889:"
NodeFeatures_torqueLink200
Contains information on features for the Torque-Link-200 nodes. Inherits from NodeFeatures.
",6901:"
NodeFeatures_tclink200oem
Contains information on features for the TC-Link 1CH Node.
",6904:"
NodeFeatures_tclink200
Contains information on features for the TC-Link 1CH Node.
",6910:"
NodeFeatures_shmlink210
Contains information on features for the SHM-Link 2 node.
",6913:"
NodeFeatures_shmlink201FullBridge
Contains information on features for the SHM-Link-201 Full Bridge node.
",6914:"
NodeFeatures_shmlink201
Contains information on features for the SHM-Link 2 node.
",6920:"
NodeFeatures_shmlink200
Contains information on features for the SHM-Link 200 node.
",6970:"
NodeFeatures_sglink200oem
Contains information on features for the SG-Link-200-OEM nodes. Inherits from NodeFeatures.
",6973:"
NodeFeatures_sglink200
Contains information on features for the SG-Link-200 nodes. Inherits from NodeFeatures.
",6979:"
NodeFeatures_rtdlink200
Contains information on features for the RTD-Link-200 Node.
",6985:"
NodeFeatures_ptlink200
Contains information on features for the PT-Link-200 nodes. Inherits from NodeFeatures.
",6997:"
NodeFeatures_glink200r
Contains information on features for the G-Link-200-R.
",7000:"
NodeFeatures_glink200
Contains information on features for the G-Link 200 node.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_200series-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_200series-h.html deleted file mode 100644 index d5511c5a0..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_200series-h.html +++ /dev/null @@ -1,27 +0,0 @@ - - -NodeFeatures_200series.h - - - - - - - -
-
NodeFeatures_200series
- -

Contains information on which features are supported by a 200-series WirelessNode.  Inherits from NodeFeatures.

-
- -
-
Functions
-
- -
-
NodeFeatures_200series
-
NodeFeatures_200series(
const NodeInfo &info
)
-

Creates a NodeFeatures_200series object.

Parameters
info
const NodeInfo&

A NodeInfo object representing standard information of the WirelessNode.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_cfBearingTempLink-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_cfBearingTempLink-h-Summary.js deleted file mode 100644 index 89288b803..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_cfBearingTempLink-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_cfBearingTempLink.h","NodeFeatures_cfBearingTempLink.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_cfBearingTempLink.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[7018,0,0,"NodeFeatures_tclink3ch","NodeFeatures_tclink3ch"],[7019,0,2,"Functions","NodeFeatures_tclink3ch.Functions"],[7020,0,1,"NodeFeatures_cfBearing","NodeFeatures_tclink3ch.NodeFeatures_cfBearing"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_cfBearingTempLink-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_cfBearingTempLink-h-SummaryToolTips.js deleted file mode 100644 index f12d4fb93..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_cfBearingTempLink-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_cfBearingTempLink.h",{7018:"
Contains information on features for the CF-Bearing-Temp-Link Node.
",7020:"
NodeFeatures_cfBearing(
const NodeInfo &info
)
Creates a NodeFeatures_cfBearing object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_cfBearingTempLink-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_cfBearingTempLink-h-ToolTips.js deleted file mode 100644 index 1524016a0..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_cfBearingTempLink-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6858:"
Holds information (read from eeprom) about a WirelessNode.
",7396:"
NodeFeatures
Contains information on which features are supported by a WirelessNode.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_cfBearingTempLink-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_cfBearingTempLink-h.html deleted file mode 100644 index 12e7e83f3..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_cfBearingTempLink-h.html +++ /dev/null @@ -1,26 +0,0 @@ - - -NodeFeatures_cfBearingTempLink.h - - - - - - - -
-
NodeFeatures_tclink3ch
-

Contains information on features for the CF-Bearing-Temp-Link Node.

-
- -
-
Functions
-
- -
-
NodeFeatures_cfBearing
-
NodeFeatures_cfBearing(
const NodeInfo &info
)
-

Creates a NodeFeatures_cfBearing object.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_dvrtlink-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_dvrtlink-h-Summary.js deleted file mode 100644 index 6ba0c49cb..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_dvrtlink-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_dvrtlink.h","NodeFeatures_dvrtlink.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_dvrtlink.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[7015,0,0,"NodeFeatures_dvrtlink","NodeFeatures_dvrtlink"],[7016,0,2,"Functions","NodeFeatures_dvrtlink.Functions"],[7017,0,1,"NodeFeatures_dvrtlink","NodeFeatures_dvrtlink.NodeFeatures_dvrtlink"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_dvrtlink-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_dvrtlink-h-SummaryToolTips.js deleted file mode 100644 index 9be80d519..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_dvrtlink-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_dvrtlink.h",{7015:"
NodeFeatures_dvrtlink
Contains information on features for the DVRT-Link node. Inherits from NodeFeatures.
",7017:"
NodeFeatures_dvrtlink(
const NodeInfo &info
)
Creates a NodeFeatures_dvrtlink object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_dvrtlink-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_dvrtlink-h-ToolTips.js deleted file mode 100644 index 1524016a0..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_dvrtlink-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6858:"
Holds information (read from eeprom) about a WirelessNode.
",7396:"
NodeFeatures
Contains information on which features are supported by a WirelessNode.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_dvrtlink-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_dvrtlink-h.html deleted file mode 100644 index 13cef9197..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_dvrtlink-h.html +++ /dev/null @@ -1,27 +0,0 @@ - - -NodeFeatures_dvrtlink.h - - - - - - - -
-
NodeFeatures_dvrtlink
-
public
NodeFeatures
NodeFeatures_dvrtlink
-

Contains information on features for the DVRT-Link node. Inherits from NodeFeatures.

-
- -
-
Functions
-
- -
-
NodeFeatures_dvrtlink
-
NodeFeatures_dvrtlink(
const NodeInfo &info
)
-

Creates a NodeFeatures_dvrtlink object.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_envlinkMini-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_envlinkMini-h-Summary.js deleted file mode 100644 index b13ae3378..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_envlinkMini-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_envlinkMini.h","NodeFeatures_envlinkMini.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_envlinkMini.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[7012,0,0,"NodeFeatures_envlinkMini","NodeFeatures_envlinkMini"],[7013,0,2,"Functions","NodeFeatures_envlinkMini.Functions"],[7014,0,1,"NodeFeatures_envlinkMini","NodeFeatures_envlinkMini.NodeFeatures_envlinkMini"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_envlinkMini-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_envlinkMini-h-SummaryToolTips.js deleted file mode 100644 index e584fd2ce..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_envlinkMini-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_envlinkMini.h",{7012:"
NodeFeatures_envlinkMini
Contains information on features for the ENV-Link Mini Node.
",7014:"
NodeFeatures_envlinkMini(
const NodeInfo &info
)
Creates a NodeFeatures_envlinkMini object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_envlinkMini-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_envlinkMini-h-ToolTips.js deleted file mode 100644 index 1524016a0..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_envlinkMini-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6858:"
Holds information (read from eeprom) about a WirelessNode.
",7396:"
NodeFeatures
Contains information on which features are supported by a WirelessNode.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_envlinkMini-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_envlinkMini-h.html deleted file mode 100644 index 8d55ed65b..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_envlinkMini-h.html +++ /dev/null @@ -1,27 +0,0 @@ - - -NodeFeatures_envlinkMini.h - - - - - - - -
-
NodeFeatures_envlinkMini
-
public
NodeFeatures
NodeFeatures_envlinkMini
-

Contains information on features for the ENV-Link Mini Node.

-
- -
-
Functions
-
- -
-
NodeFeatures_envlinkMini
-
NodeFeatures_envlinkMini(
const NodeInfo &info
)
-

Creates a NodeFeatures_envlinkMini object.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_envlinkPro-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_envlinkPro-h-Summary.js deleted file mode 100644 index c1ab29e72..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_envlinkPro-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_envlinkPro.h","NodeFeatures_envlinkPro.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_envlinkPro.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[7006,0,0,"NodeFeatures_envlinkPro","NodeFeatures_envlinkPro"],[7007,0,2,"Functions","NodeFeatures_envlinkPro.Functions"],[7008,0,1,"NodeFeatures_envlinkPro","NodeFeatures_envlinkPro.NodeFeatures_envlinkPro"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_envlinkPro-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_envlinkPro-h-SummaryToolTips.js deleted file mode 100644 index 2e6e86ccb..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_envlinkPro-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_envlinkPro.h",{7006:"
NodeFeatures_envlinkPro
Contains information on features for the ENV-Link Pro Node.
",7008:"
NodeFeatures_envlinkPro(
const NodeInfo &info
)
Creates a NodeFeatures_envlinkPro object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_envlinkPro-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_envlinkPro-h-ToolTips.js deleted file mode 100644 index 1524016a0..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_envlinkPro-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6858:"
Holds information (read from eeprom) about a WirelessNode.
",7396:"
NodeFeatures
Contains information on which features are supported by a WirelessNode.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_envlinkPro-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_envlinkPro-h.html deleted file mode 100644 index ad050359b..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_envlinkPro-h.html +++ /dev/null @@ -1,27 +0,0 @@ - - -NodeFeatures_envlinkPro.h - - - - - - - -
-
NodeFeatures_envlinkPro
-
public
NodeFeatures
NodeFeatures_envlinkPro
-

Contains information on features for the ENV-Link Pro Node.

-
- -
-
Functions
-
- -
-
NodeFeatures_envlinkPro
-
NodeFeatures_envlinkPro(
const NodeInfo &info
)
-

Creates a NodeFeatures_envlinkPro object.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_glink-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_glink-h-Summary.js deleted file mode 100644 index 68a0d76b5..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_glink-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_glink.h","NodeFeatures_glink.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_glink.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[7003,0,0,"NodeFeatures_glink","NodeFeatures_glink"],[7004,0,2,"Functions","NodeFeatures_glink.Functions"],[7005,0,1,"NodeFeatures_glink","NodeFeatures_glink.NodeFeatures_glink"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_glink-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_glink-h-SummaryToolTips.js deleted file mode 100644 index 7553587c0..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_glink-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_glink.h",{7003:"
NodeFeatures_glink
Contains information on features for the G-Link nodes.
",7005:"
NodeFeatures_glink(
const NodeInfo &info
)
Creates a NodeFeatures_glink object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_glink-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_glink-h-ToolTips.js deleted file mode 100644 index 1524016a0..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_glink-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6858:"
Holds information (read from eeprom) about a WirelessNode.
",7396:"
NodeFeatures
Contains information on which features are supported by a WirelessNode.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_glink-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_glink-h.html deleted file mode 100644 index f2b6b80ab..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_glink-h.html +++ /dev/null @@ -1,27 +0,0 @@ - - -NodeFeatures_glink.h - - - - - - - -
-
NodeFeatures_glink
-
public
NodeFeatures
NodeFeatures_glink
-

Contains information on features for the G-Link nodes.

-
- -
-
Functions
-
- -
-
NodeFeatures_glink
-
NodeFeatures_glink(
const NodeInfo &info
)
-

Creates a NodeFeatures_glink object.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_glink200-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_glink200-h-Summary.js deleted file mode 100644 index 64fd9c9b7..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_glink200-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_glink200.h","NodeFeatures_glink200.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_glink200.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[7000,0,0,"NodeFeatures_glink200","NodeFeatures_glink200"],[7001,0,2,"Functions","NodeFeatures_glink200.Functions"],[7002,0,1,"NodeFeatures_glink200","NodeFeatures_glink200.NodeFeatures_glink200"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_glink200-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_glink200-h-SummaryToolTips.js deleted file mode 100644 index 7622aeb34..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_glink200-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_glink200.h",{7000:"
NodeFeatures_glink200
Contains information on features for the G-Link 200 node.
",7002:"
NodeFeatures_glink200(
const NodeInfo &info
)
Creates a NodeFeatures_glink200 object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_glink200-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_glink200-h-ToolTips.js deleted file mode 100644 index 9a4b5252a..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_glink200-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6858:"
Holds information (read from eeprom) about a WirelessNode.
",7021:"
NodeFeatures_200series
Contains information on which features are supported by a 200-series WirelessNode.  Inherits from NodeFeatures.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_glink200-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_glink200-h.html deleted file mode 100644 index 51ecee5f3..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_glink200-h.html +++ /dev/null @@ -1,27 +0,0 @@ - - -NodeFeatures_glink200.h - - - - - - - -
-
NodeFeatures_glink200
-
public
NodeFeatures_200series
NodeFeatures_glink200
-

Contains information on features for the G-Link 200 node.

-
- -
-
Functions
-
- -
-
NodeFeatures_glink200
-
NodeFeatures_glink200(
const NodeInfo &info
)
-

Creates a NodeFeatures_glink200 object.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_glink200r-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_glink200r-h-Summary.js deleted file mode 100644 index 25a52bb12..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_glink200r-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_glink200r.h","NodeFeatures_glink200r.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_glink200r.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[6997,0,0,"NodeFeatures_glink200r","NodeFeatures_glink200r"],[6998,0,2,"Functions","NodeFeatures_glink200r.Functions"],[6999,0,1,"NodeFeatures_glink200","NodeFeatures_glink200r.NodeFeatures_glink200"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_glink200r-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_glink200r-h-SummaryToolTips.js deleted file mode 100644 index 4dda74b33..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_glink200r-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_glink200r.h",{6997:"
NodeFeatures_glink200r
Contains information on features for the G-Link-200-R.
",6999:"
NodeFeatures_glink200r(
const NodeInfo &info
)
Creates a NodeFeatures_glink200 object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_glink200r-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_glink200r-h-ToolTips.js deleted file mode 100644 index 9a4b5252a..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_glink200r-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6858:"
Holds information (read from eeprom) about a WirelessNode.
",7021:"
NodeFeatures_200series
Contains information on which features are supported by a 200-series WirelessNode.  Inherits from NodeFeatures.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_glink200r-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_glink200r-h.html deleted file mode 100644 index fb6632b16..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_glink200r-h.html +++ /dev/null @@ -1,27 +0,0 @@ - - -NodeFeatures_glink200r.h - - - - - - - -
-
NodeFeatures_glink200r
-
public
NodeFeatures_200series
NodeFeatures_glink200r
-

Contains information on features for the G-Link-200-R.

-
- -
-
Functions
-
- -
-
NodeFeatures_glink200
-
NodeFeatures_glink200r(
const NodeInfo &info
)
-

Creates a NodeFeatures_glink200 object.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_glink2External-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_glink2External-h-Summary.js deleted file mode 100644 index e8d5c59df..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_glink2External-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_glink2External.h","NodeFeatures_glink2External.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_glink2External.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[6994,0,0,"NodeFeatures_glink2External","NodeFeatures_glink2External"],[6995,0,2,"Functions","NodeFeatures_glink2External.Functions"],[6996,0,1,"NodeFeatures_glink2External","NodeFeatures_glink2External.NodeFeatures_glink2External"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_glink2External-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_glink2External-h-SummaryToolTips.js deleted file mode 100644 index 4e0812c94..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_glink2External-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_glink2External.h",{6994:"
NodeFeatures_glink2External
Contains information on features for the G-Link 2 (External Accel) nodes.
",6996:"
NodeFeatures_glink2External(
const NodeInfo &info
)
Creates a NodeFeatures_glink2External object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_glink2External-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_glink2External-h-ToolTips.js deleted file mode 100644 index 1524016a0..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_glink2External-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6858:"
Holds information (read from eeprom) about a WirelessNode.
",7396:"
NodeFeatures
Contains information on which features are supported by a WirelessNode.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_glink2External-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_glink2External-h.html deleted file mode 100644 index 526adcae5..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_glink2External-h.html +++ /dev/null @@ -1,27 +0,0 @@ - - -NodeFeatures_glink2External.h - - - - - - - -
-
NodeFeatures_glink2External
-
public
NodeFeatures
NodeFeatures_glink2External
-

Contains information on features for the G-Link 2 (External Accel) nodes.

-
- -
-
Functions
-
- -
-
NodeFeatures_glink2External
-
NodeFeatures_glink2External(
const NodeInfo &info
)
-

Creates a NodeFeatures_glink2External object.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_glink2Internal-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_glink2Internal-h-Summary.js deleted file mode 100644 index 7ea11ed87..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_glink2Internal-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_glink2Internal.h","NodeFeatures_glink2Internal.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_glink2Internal.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[6991,0,0,"NodeFeatures_glink2Internal","NodeFeatures_glink2Internal"],[6992,0,2,"Functions","NodeFeatures_glink2Internal.Functions"],[6993,0,1,"NodeFeatures_glink2Internal","NodeFeatures_glink2Internal.NodeFeatures_glink2Internal"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_glink2Internal-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_glink2Internal-h-SummaryToolTips.js deleted file mode 100644 index de738bced..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_glink2Internal-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_glink2Internal.h",{6991:"
NodeFeatures_glink2Internal
Contains information on features for the G-Link 2 (Internal Accels) nodes.
",6993:"
NodeFeatures_glink2Internal(
const NodeInfo &info
)
Creates a NodeFeatures_glink2Internal object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_glink2Internal-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_glink2Internal-h-ToolTips.js deleted file mode 100644 index 1524016a0..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_glink2Internal-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6858:"
Holds information (read from eeprom) about a WirelessNode.
",7396:"
NodeFeatures
Contains information on which features are supported by a WirelessNode.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_glink2Internal-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_glink2Internal-h.html deleted file mode 100644 index 52c7c8c7c..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_glink2Internal-h.html +++ /dev/null @@ -1,27 +0,0 @@ - - -NodeFeatures_glink2Internal.h - - - - - - - -
-
NodeFeatures_glink2Internal
-
public
NodeFeatures
NodeFeatures_glink2Internal
-

Contains information on features for the G-Link 2 (Internal Accels) nodes.

-
- -
-
Functions
-
- -
-
NodeFeatures_glink2Internal
-
NodeFeatures_glink2Internal(
const NodeInfo &info
)
-

Creates a NodeFeatures_glink2Internal object.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_iepeLink-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_iepeLink-h-Summary.js deleted file mode 100644 index aa05e4399..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_iepeLink-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_iepeLink.h","NodeFeatures_iepeLink.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_iepeLink.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[6988,0,0,"NodeFeatures_iepeLink","NodeFeatures_iepeLink"],[6989,0,2,"Functions","NodeFeatures_iepeLink.Functions"],[6990,0,1,"NodeFeatures_iepeLink","NodeFeatures_iepeLink.NodeFeatures_iepeLink"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_iepeLink-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_iepeLink-h-SummaryToolTips.js deleted file mode 100644 index 4112c05a1..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_iepeLink-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_iepeLink.h",{6988:"
NodeFeatures_iepeLink
Contains information on features for the IEPE-Link.
",6990:"
NodeFeatures_iepeLink(
const NodeInfo &info
)
Creates a NodeFeatures_iepeLink object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_iepeLink-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_iepeLink-h-ToolTips.js deleted file mode 100644 index 1524016a0..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_iepeLink-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6858:"
Holds information (read from eeprom) about a WirelessNode.
",7396:"
NodeFeatures
Contains information on which features are supported by a WirelessNode.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_iepeLink-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_iepeLink-h.html deleted file mode 100644 index 8c0e1cadc..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_iepeLink-h.html +++ /dev/null @@ -1,27 +0,0 @@ - - -NodeFeatures_iepeLink.h - - - - - - - -
-
NodeFeatures_iepeLink
-
public
NodeFeatures
NodeFeatures_iepeLink
-

Contains information on features for the IEPE-Link.

-
- -
-
Functions
-
- -
-
NodeFeatures_iepeLink
-
NodeFeatures_iepeLink(
const NodeInfo &info
)
-

Creates a NodeFeatures_iepeLink object.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_ptlink200-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_ptlink200-h-Summary.js deleted file mode 100644 index d15670ecd..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_ptlink200-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_ptlink200.h","NodeFeatures_ptlink200.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_ptlink200.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[6985,0,0,"NodeFeatures_ptlink200","NodeFeatures_ptlink200"],[6986,0,2,"Functions","NodeFeatures_ptlink200.Functions"],[6987,0,1,"NodeFeatures_ptlink200","NodeFeatures_ptlink200.NodeFeatures_ptlink200"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_ptlink200-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_ptlink200-h-SummaryToolTips.js deleted file mode 100644 index 6a215764e..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_ptlink200-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_ptlink200.h",{6985:"
NodeFeatures_ptlink200
Contains information on features for the PT-Link-200 nodes. Inherits from NodeFeatures.
",6987:"
NodeFeatures_ptlink200(
const NodeInfo &info
)
Creates a NodeFeatures_ptlink200 object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_ptlink200-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_ptlink200-h-ToolTips.js deleted file mode 100644 index b19f054cf..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_ptlink200-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6858:"
Holds information (read from eeprom) about a WirelessNode.
",7021:"
NodeFeatures_200series
Contains information on which features are supported by a 200-series WirelessNode.  Inherits from NodeFeatures.
",7396:"
NodeFeatures
Contains information on which features are supported by a WirelessNode.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_ptlink200-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_ptlink200-h.html deleted file mode 100644 index 90a4d09b5..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_ptlink200-h.html +++ /dev/null @@ -1,27 +0,0 @@ - - -NodeFeatures_ptlink200.h - - - - - - - -
-
NodeFeatures_ptlink200
-
public
NodeFeatures_200series
NodeFeatures_ptlink200
-

Contains information on features for the PT-Link-200 nodes. Inherits from NodeFeatures.

-
- -
-
Functions
-
- -
-
NodeFeatures_ptlink200
-
NodeFeatures_ptlink200(
const NodeInfo &info
)
-

Creates a NodeFeatures_ptlink200 object.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_rtdlink-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_rtdlink-h-Summary.js deleted file mode 100644 index a726f7c98..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_rtdlink-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_rtdlink.h","NodeFeatures_rtdlink.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_rtdlink.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[6982,0,0,"NodeFeatures_rtdlink","NodeFeatures_rtdlink"],[6983,0,2,"Functions","NodeFeatures_rtdlink.Functions"],[6984,0,1,"NodeFeatures_rtdlink","NodeFeatures_rtdlink.NodeFeatures_rtdlink"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_rtdlink-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_rtdlink-h-SummaryToolTips.js deleted file mode 100644 index f3862b23d..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_rtdlink-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_rtdlink.h",{6982:"
NodeFeatures_rtdlink
Contains information on features for the RTD-Link Node.
",6984:"
NodeFeatures_rtdlink(
const NodeInfo &info
)
Creates a NodeFeatures_rtdlink object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_rtdlink-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_rtdlink-h-ToolTips.js deleted file mode 100644 index 1524016a0..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_rtdlink-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6858:"
Holds information (read from eeprom) about a WirelessNode.
",7396:"
NodeFeatures
Contains information on which features are supported by a WirelessNode.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_rtdlink-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_rtdlink-h.html deleted file mode 100644 index 6ad949ff2..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_rtdlink-h.html +++ /dev/null @@ -1,27 +0,0 @@ - - -NodeFeatures_rtdlink.h - - - - - - - -
-
NodeFeatures_rtdlink
-
public
NodeFeatures
NodeFeatures_rtdlink
-

Contains information on features for the RTD-Link Node.

-
- -
-
Functions
-
- -
-
NodeFeatures_rtdlink
-
NodeFeatures_rtdlink(
const NodeInfo &info
)
-

Creates a NodeFeatures_rtdlink object.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_rtdlink200-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_rtdlink200-h-Summary.js deleted file mode 100644 index a1bea3305..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_rtdlink200-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_rtdlink200.h","NodeFeatures_rtdlink200.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_rtdlink200.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[6979,0,0,"NodeFeatures_rtdlink200","NodeFeatures_rtdlink200"],[6980,0,2,"Functions","NodeFeatures_rtdlink200.Functions"],[6981,0,1,"NodeFeatures_rtdlink200","NodeFeatures_rtdlink200.NodeFeatures_rtdlink200"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_rtdlink200-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_rtdlink200-h-SummaryToolTips.js deleted file mode 100644 index dea3eb72d..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_rtdlink200-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_rtdlink200.h",{6979:"
NodeFeatures_rtdlink200
Contains information on features for the RTD-Link-200 Node.
",6981:"
NodeFeatures_rtdlink200(
const NodeInfo &info
)
Creates a NodeFeatures_rtdlink200 object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_rtdlink200-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_rtdlink200-h-ToolTips.js deleted file mode 100644 index 9a4b5252a..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_rtdlink200-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6858:"
Holds information (read from eeprom) about a WirelessNode.
",7021:"
NodeFeatures_200series
Contains information on which features are supported by a 200-series WirelessNode.  Inherits from NodeFeatures.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_rtdlink200-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_rtdlink200-h.html deleted file mode 100644 index c6eee2052..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_rtdlink200-h.html +++ /dev/null @@ -1,27 +0,0 @@ - - -NodeFeatures_rtdlink200.h - - - - - - - -
-
NodeFeatures_rtdlink200
-
public
NodeFeatures_200series
NodeFeatures_rtdlink200
-

Contains information on features for the RTD-Link-200 Node.

-
- -
-
Functions
-
- -
-
NodeFeatures_rtdlink200
-
NodeFeatures_rtdlink200(
const NodeInfo &info
)
-

Creates a NodeFeatures_rtdlink200 object.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_sglink-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_sglink-h-Summary.js deleted file mode 100644 index 59a133d3a..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_sglink-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_sglink.h","NodeFeatures_sglink.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_sglink.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[6976,0,0,"NodeFeatures_sglink","NodeFeatures_sglink"],[6977,0,2,"Functions","NodeFeatures_sglink.Functions"],[6978,0,1,"NodeFeatures_sglink","NodeFeatures_sglink.NodeFeatures_sglink"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_sglink-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_sglink-h-SummaryToolTips.js deleted file mode 100644 index 271949bb4..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_sglink-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_sglink.h",{6976:"
NodeFeatures_sglink
Contains information on features for the SG-Link node. Inherits from NodeFeatures.
",6978:"
NodeFeatures_sglink(
const NodeInfo &info
)
Creates a NodeFeatures_sglink object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_sglink-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_sglink-h-ToolTips.js deleted file mode 100644 index 1524016a0..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_sglink-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6858:"
Holds information (read from eeprom) about a WirelessNode.
",7396:"
NodeFeatures
Contains information on which features are supported by a WirelessNode.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_sglink-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_sglink-h.html deleted file mode 100644 index 8920fba66..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_sglink-h.html +++ /dev/null @@ -1,27 +0,0 @@ - - -NodeFeatures_sglink.h - - - - - - - -
-
NodeFeatures_sglink
-
public
NodeFeatures
NodeFeatures_sglink
-

Contains information on features for the SG-Link node. Inherits from NodeFeatures.

-
- -
-
Functions
-
- -
-
NodeFeatures_sglink
-
NodeFeatures_sglink(
const NodeInfo &info
)
-

Creates a NodeFeatures_sglink object.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_sglink200-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_sglink200-h-Summary.js deleted file mode 100644 index 6e0d8b9f4..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_sglink200-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_sglink200.h","NodeFeatures_sglink200.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_sglink200.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[6973,0,0,"NodeFeatures_sglink200","NodeFeatures_sglink200"],[6974,0,2,"Functions","NodeFeatures_sglink200.Functions"],[6975,0,1,"NodeFeatures_sglink200","NodeFeatures_sglink200.NodeFeatures_sglink200"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_sglink200-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_sglink200-h-SummaryToolTips.js deleted file mode 100644 index 6c4025730..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_sglink200-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_sglink200.h",{6973:"
NodeFeatures_sglink200
Contains information on features for the SG-Link-200 nodes. Inherits from NodeFeatures.
",6975:"
NodeFeatures_sglink200(
const NodeInfo &info
)
Creates a NodeFeatures_sglink200 object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_sglink200-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_sglink200-h-ToolTips.js deleted file mode 100644 index b19f054cf..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_sglink200-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6858:"
Holds information (read from eeprom) about a WirelessNode.
",7021:"
NodeFeatures_200series
Contains information on which features are supported by a 200-series WirelessNode.  Inherits from NodeFeatures.
",7396:"
NodeFeatures
Contains information on which features are supported by a WirelessNode.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_sglink200-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_sglink200-h.html deleted file mode 100644 index 192ae684a..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_sglink200-h.html +++ /dev/null @@ -1,27 +0,0 @@ - - -NodeFeatures_sglink200.h - - - - - - - -
-
NodeFeatures_sglink200
-
public
NodeFeatures_200series
NodeFeatures_sglink200
-

Contains information on features for the SG-Link-200 nodes. Inherits from NodeFeatures.

-
- -
-
Functions
-
- -
-
NodeFeatures_sglink200
-
NodeFeatures_sglink200(
const NodeInfo &info
)
-

Creates a NodeFeatures_sglink200 object.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_sglink200oem-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_sglink200oem-h-Summary.js deleted file mode 100644 index 173319876..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_sglink200oem-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_sglink200oem.h","NodeFeatures_sglink200oem.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_sglink200oem.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[6970,0,0,"NodeFeatures_sglink200oem","NodeFeatures_sglink200oem"],[6971,0,2,"Functions","NodeFeatures_sglink200oem.Functions"],[6972,0,1,"NodeFeatures_sglink200oem","NodeFeatures_sglink200oem.NodeFeatures_sglink200oem"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_sglink200oem-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_sglink200oem-h-SummaryToolTips.js deleted file mode 100644 index 8b000375d..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_sglink200oem-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_sglink200oem.h",{6970:"
NodeFeatures_sglink200oem
Contains information on features for the SG-Link-200-OEM nodes. Inherits from NodeFeatures.
",6972:"
NodeFeatures_sglink200oem(
const NodeInfo &info
)
Creates a NodeFeatures_sglink200oem object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_sglink200oem-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_sglink200oem-h-ToolTips.js deleted file mode 100644 index b19f054cf..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_sglink200oem-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6858:"
Holds information (read from eeprom) about a WirelessNode.
",7021:"
NodeFeatures_200series
Contains information on which features are supported by a 200-series WirelessNode.  Inherits from NodeFeatures.
",7396:"
NodeFeatures
Contains information on which features are supported by a WirelessNode.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_sglink200oem-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_sglink200oem-h.html deleted file mode 100644 index 7199e7fa8..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_sglink200oem-h.html +++ /dev/null @@ -1,27 +0,0 @@ - - -NodeFeatures_sglink200oem.h - - - - - - - -
-
NodeFeatures_sglink200oem
-
public
NodeFeatures_200series
NodeFeatures_sglink200oem
-

Contains information on features for the SG-Link-200-OEM nodes. Inherits from NodeFeatures.

-
- -
-
Functions
-
- -
-
NodeFeatures_sglink200oem
-
NodeFeatures_sglink200oem(
const NodeInfo &info
)
-

Creates a NodeFeatures_sglink200oem object.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_sglinkMicro-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_sglinkMicro-h-Summary.js deleted file mode 100644 index 41e1afc44..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_sglinkMicro-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_sglinkMicro.h","NodeFeatures_sglinkMicro.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_sglinkMicro.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[6967,0,0,"NodeFeatures_sglinkMicro","NodeFeatures_sglinkMicro"],[6968,0,2,"Functions","NodeFeatures_sglinkMicro.Functions"],[6969,0,1,"NodeFeatures_sglinkMicro","NodeFeatures_sglinkMicro.NodeFeatures_sglinkMicro"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_sglinkMicro-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_sglinkMicro-h-SummaryToolTips.js deleted file mode 100644 index 464cc44ca..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_sglinkMicro-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_sglinkMicro.h",{6967:"
NodeFeatures_sglinkMicro
Contains information on features for the SG-Link-Micro node. Inherits from NodeFeatures.
",6969:"
NodeFeatures_sglinkMicro(
const NodeInfo &info
)
Creates a NodeFeatures_sglinkMicro object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_sglinkMicro-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_sglinkMicro-h-ToolTips.js deleted file mode 100644 index 1524016a0..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_sglinkMicro-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6858:"
Holds information (read from eeprom) about a WirelessNode.
",7396:"
NodeFeatures
Contains information on which features are supported by a WirelessNode.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_sglinkMicro-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_sglinkMicro-h.html deleted file mode 100644 index 10d2f79de..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_sglinkMicro-h.html +++ /dev/null @@ -1,27 +0,0 @@ - - -NodeFeatures_sglinkMicro.h - - - - - - - -
-
NodeFeatures_sglinkMicro
-
public
NodeFeatures
NodeFeatures_sglinkMicro
-

Contains information on features for the SG-Link-Micro node. Inherits from NodeFeatures.

-
- -
-
Functions
-
- -
-
NodeFeatures_sglinkMicro
-
NodeFeatures_sglinkMicro(
const NodeInfo &info
)
-

Creates a NodeFeatures_sglinkMicro object.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_sglinkoem-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_sglinkoem-h-Summary.js deleted file mode 100644 index 8ab3025b3..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_sglinkoem-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_sglinkoem.h","NodeFeatures_sglinkoem.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_sglinkoem.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[7009,0,0,"NodeFeatures_sglinkoem","NodeFeatures_sglinkoem"],[7010,0,2,"Functions","NodeFeatures_sglinkoem.Functions"],[7011,0,1,"NodeFeatures_sglinkoem","NodeFeatures_sglinkoem.NodeFeatures_sglinkoem"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_sglinkoem-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_sglinkoem-h-SummaryToolTips.js deleted file mode 100644 index a90454d63..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_sglinkoem-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_sglinkoem.h",{7009:"
NodeFeatures_sglinkoem
Contains information on features for the SG-Link-OEM node. Inherits from NodeFeatures.
",7011:"
NodeFeatures_sglinkoem(
const NodeInfo &info
)
Creates a NodeFeatures_sglinkoem object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_sglinkoem-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_sglinkoem-h-ToolTips.js deleted file mode 100644 index 1524016a0..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_sglinkoem-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6858:"
Holds information (read from eeprom) about a WirelessNode.
",7396:"
NodeFeatures
Contains information on which features are supported by a WirelessNode.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_sglinkoem-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_sglinkoem-h.html deleted file mode 100644 index 675bf3b30..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_sglinkoem-h.html +++ /dev/null @@ -1,27 +0,0 @@ - - -NodeFeatures_sglinkoem.h - - - - - - - -
-
NodeFeatures_sglinkoem
-
public
NodeFeatures
NodeFeatures_sglinkoem
-

Contains information on features for the SG-Link-OEM node. Inherits from NodeFeatures.

-
- -
-
Functions
-
- -
-
NodeFeatures_sglinkoem
-
NodeFeatures_sglinkoem(
const NodeInfo &info
)
-

Creates a NodeFeatures_sglinkoem object.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_sglinkoemHermetic-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_sglinkoemHermetic-h-Summary.js deleted file mode 100644 index a924858fc..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_sglinkoemHermetic-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_sglinkoemHermetic.h","NodeFeatures_sglinkoemHermetic.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_sglinkoemHermetic.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[6932,0,0,"NodeFeatures_sglinkoemHermetic","NodeFeatures_sglinkoemHermetic"],[6933,0,2,"Functions","NodeFeatures_sglinkoemHermetic.Functions"],[6934,0,1,"NodeFeatures_sglinkoemHermetic","NodeFeatures_sglinkoemHermetic.NodeFeatures_sglinkoemHermetic"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_sglinkoemHermetic-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_sglinkoemHermetic-h-SummaryToolTips.js deleted file mode 100644 index 5d25c9597..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_sglinkoemHermetic-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_sglinkoemHermetic.h",{6932:"
NodeFeatures_sglinkoemHermetic
Contains information on features for the SG-Link-OEM node. Inherits from NodeFeatures.
",6934:"
NodeFeatures_sglinkoemHermetic(
const NodeInfo &info
)
Creates a NodeFeatures_sglinkoemHermetic object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_sglinkoemHermetic-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_sglinkoemHermetic-h-ToolTips.js deleted file mode 100644 index 1524016a0..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_sglinkoemHermetic-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6858:"
Holds information (read from eeprom) about a WirelessNode.
",7396:"
NodeFeatures
Contains information on which features are supported by a WirelessNode.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_sglinkoemHermetic-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_sglinkoemHermetic-h.html deleted file mode 100644 index 3e0902fd4..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_sglinkoemHermetic-h.html +++ /dev/null @@ -1,27 +0,0 @@ - - -NodeFeatures_sglinkoemHermetic.h - - - - - - - -
-
NodeFeatures_sglinkoemHermetic
-
public
NodeFeatures
NodeFeatures_sglinkoemHermetic
-

Contains information on features for the SG-Link-OEM node. Inherits from NodeFeatures.

-
- -
-
Functions
-
- -
-
NodeFeatures_sglinkoemHermetic
-
NodeFeatures_sglinkoemHermetic(
const NodeInfo &info
)
-

Creates a NodeFeatures_sglinkoemHermetic object.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_sglinkoemNoXR-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_sglinkoemNoXR-h-Summary.js deleted file mode 100644 index 03e257972..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_sglinkoemNoXR-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_sglinkoemNoXR.h","NodeFeatures_sglinkoemNoXR.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_sglinkoemNoXR.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[6929,0,0,"NodeFeatures_sglinkoemNoXR","NodeFeatures_sglinkoemNoXR"],[6930,0,2,"Functions","NodeFeatures_sglinkoemNoXR.Functions"],[6931,0,1,"NodeFeatures_sglinkoemNoXR","NodeFeatures_sglinkoemNoXR.NodeFeatures_sglinkoemNoXR"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_sglinkoemNoXR-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_sglinkoemNoXR-h-SummaryToolTips.js deleted file mode 100644 index 81e448639..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_sglinkoemNoXR-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_sglinkoemNoXR.h",{6929:"
NodeFeatures_sglinkoemNoXR
Contains information on features for the SG-Link-OEM node. Inherits from NodeFeatures.
",6931:"
NodeFeatures_sglinkoemNoXR(
const NodeInfo &info
)
Creates a NodeFeatures_sglinkoemNoXR object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_sglinkoemNoXR-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_sglinkoemNoXR-h-ToolTips.js deleted file mode 100644 index 1524016a0..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_sglinkoemNoXR-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6858:"
Holds information (read from eeprom) about a WirelessNode.
",7396:"
NodeFeatures
Contains information on which features are supported by a WirelessNode.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_sglinkoemNoXR-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_sglinkoemNoXR-h.html deleted file mode 100644 index 6662cabd8..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_sglinkoemNoXR-h.html +++ /dev/null @@ -1,27 +0,0 @@ - - -NodeFeatures_sglinkoemNoXR.h - - - - - - - -
-
NodeFeatures_sglinkoemNoXR
-
public
NodeFeatures
NodeFeatures_sglinkoemNoXR
-

Contains information on features for the SG-Link-OEM node. Inherits from NodeFeatures.

-
- -
-
Functions
-
- -
-
NodeFeatures_sglinkoemNoXR
-
NodeFeatures_sglinkoemNoXR(
const NodeInfo &info
)
-

Creates a NodeFeatures_sglinkoemNoXR object.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_sglinkrgd-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_sglinkrgd-h-Summary.js deleted file mode 100644 index eed92a0fd..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_sglinkrgd-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_sglinkrgd.h","NodeFeatures_sglinkrgd.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_sglinkrgd.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[6926,0,0,"NodeFeatures_sglinkrgd","NodeFeatures_sglinkrgd"],[6927,0,2,"Functions","NodeFeatures_sglinkrgd.Functions"],[6928,0,1,"NodeFeatures_sglinkrgd","NodeFeatures_sglinkrgd.NodeFeatures_sglinkrgd"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_sglinkrgd-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_sglinkrgd-h-SummaryToolTips.js deleted file mode 100644 index 263025028..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_sglinkrgd-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_sglinkrgd.h",{6926:"
NodeFeatures_sglinkrgd
Contains information on features for the SG-Link node. Inherits from NodeFeatures.
",6928:"
NodeFeatures_sglinkrgd(
const NodeInfo &info
)
Creates a NodeFeatures_sglinkrgd object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_sglinkrgd-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_sglinkrgd-h-ToolTips.js deleted file mode 100644 index 1524016a0..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_sglinkrgd-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6858:"
Holds information (read from eeprom) about a WirelessNode.
",7396:"
NodeFeatures
Contains information on which features are supported by a WirelessNode.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_sglinkrgd-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_sglinkrgd-h.html deleted file mode 100644 index 7677c5464..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_sglinkrgd-h.html +++ /dev/null @@ -1,27 +0,0 @@ - - -NodeFeatures_sglinkrgd.h - - - - - - - -
-
NodeFeatures_sglinkrgd
-
public
NodeFeatures
NodeFeatures_sglinkrgd
-

Contains information on features for the SG-Link node. Inherits from NodeFeatures.

-
- -
-
Functions
-
- -
-
NodeFeatures_sglinkrgd
-
NodeFeatures_sglinkrgd(
const NodeInfo &info
)
-

Creates a NodeFeatures_sglinkrgd object.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_shmlink-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_shmlink-h-Summary.js deleted file mode 100644 index 5da3c3a4b..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_shmlink-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_shmlink.h","NodeFeatures_shmlink.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_shmlink.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[6923,0,0,"NodeFeatures_shmlink","NodeFeatures_shmlink"],[6924,0,2,"Functions","NodeFeatures_shmlink.Functions"],[6925,0,1,"NodeFeatures_shmlink","NodeFeatures_shmlink.NodeFeatures_shmlink"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_shmlink-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_shmlink-h-SummaryToolTips.js deleted file mode 100644 index 073268cac..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_shmlink-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_shmlink.h",{6923:"
NodeFeatures_shmlink
Contains information on features for the SHM-Link node. Inherits from NodeFeatures.
",6925:"
NodeFeatures_shmlink(
const NodeInfo &info
)
Creates a NodeFeatures_shmlink object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_shmlink-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_shmlink-h-ToolTips.js deleted file mode 100644 index 1524016a0..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_shmlink-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6858:"
Holds information (read from eeprom) about a WirelessNode.
",7396:"
NodeFeatures
Contains information on which features are supported by a WirelessNode.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_shmlink-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_shmlink-h.html deleted file mode 100644 index 748fd142b..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_shmlink-h.html +++ /dev/null @@ -1,27 +0,0 @@ - - -NodeFeatures_shmlink.h - - - - - - - -
-
NodeFeatures_shmlink
-
public
NodeFeatures
NodeFeatures_shmlink
-

Contains information on features for the SHM-Link node. Inherits from NodeFeatures.

-
- -
-
Functions
-
- -
-
NodeFeatures_shmlink
-
NodeFeatures_shmlink(
const NodeInfo &info
)
-

Creates a NodeFeatures_shmlink object.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_shmlink2-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_shmlink2-h-Summary.js deleted file mode 100644 index 6856264e6..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_shmlink2-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_shmlink2.h","NodeFeatures_shmlink2.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_shmlink2.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[6917,0,0,"NodeFeatures_shmlink2","NodeFeatures_shmlink2"],[6918,0,2,"Functions","NodeFeatures_shmlink2.Functions"],[6919,0,1,"NodeFeatures_shmlink2","NodeFeatures_shmlink2.NodeFeatures_shmlink2"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_shmlink2-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_shmlink2-h-SummaryToolTips.js deleted file mode 100644 index 43cde71d2..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_shmlink2-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_shmlink2.h",{6917:"
NodeFeatures_shmlink2
Contains information on features for the SHM-Link 2 node. Inherits from NodeFeatures.
",6919:"
NodeFeatures_shmlink2(
const NodeInfo &info
)
Creates a NodeFeatures_shmlink2 object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_shmlink2-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_shmlink2-h-ToolTips.js deleted file mode 100644 index 1524016a0..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_shmlink2-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6858:"
Holds information (read from eeprom) about a WirelessNode.
",7396:"
NodeFeatures
Contains information on which features are supported by a WirelessNode.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_shmlink2-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_shmlink2-h.html deleted file mode 100644 index e7533ab7d..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_shmlink2-h.html +++ /dev/null @@ -1,27 +0,0 @@ - - -NodeFeatures_shmlink2.h - - - - - - - -
-
NodeFeatures_shmlink2
-
public
NodeFeatures
NodeFeatures_shmlink2
-

Contains information on features for the SHM-Link 2 node. Inherits from NodeFeatures.

-
- -
-
Functions
-
- -
-
NodeFeatures_shmlink2
-
NodeFeatures_shmlink2(
const NodeInfo &info
)
-

Creates a NodeFeatures_shmlink2 object.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_shmlink200-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_shmlink200-h-Summary.js deleted file mode 100644 index 2e33d9e93..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_shmlink200-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_shmlink200.h","NodeFeatures_shmlink200.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_shmlink200.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[6920,0,0,"NodeFeatures_shmlink200","NodeFeatures_shmlink200"],[6921,0,2,"Functions","NodeFeatures_shmlink200.Functions"],[6922,0,1,"NodeFeatures_shmlink200","NodeFeatures_shmlink200.NodeFeatures_shmlink200"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_shmlink200-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_shmlink200-h-SummaryToolTips.js deleted file mode 100644 index cea1d3a96..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_shmlink200-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_shmlink200.h",{6920:"
NodeFeatures_shmlink200
Contains information on features for the SHM-Link 200 node.
",6922:"
NodeFeatures_shmlink200(
const NodeInfo &info
)
Creates a NodeFeatures_shmlink200 object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_shmlink200-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_shmlink200-h-ToolTips.js deleted file mode 100644 index 9a4b5252a..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_shmlink200-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6858:"
Holds information (read from eeprom) about a WirelessNode.
",7021:"
NodeFeatures_200series
Contains information on which features are supported by a 200-series WirelessNode.  Inherits from NodeFeatures.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_shmlink200-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_shmlink200-h.html deleted file mode 100644 index deefb1d56..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_shmlink200-h.html +++ /dev/null @@ -1,27 +0,0 @@ - - -NodeFeatures_shmlink200.h - - - - - - - -
-
NodeFeatures_shmlink200
-
public
NodeFeatures_200series
NodeFeatures_shmlink200
-

Contains information on features for the SHM-Link 200 node.

-
- -
-
Functions
-
- -
-
NodeFeatures_shmlink200
-
NodeFeatures_shmlink200(
const NodeInfo &info
)
-

Creates a NodeFeatures_shmlink200 object.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_shmlink201-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_shmlink201-h-Summary.js deleted file mode 100644 index 564b0941d..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_shmlink201-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_shmlink201.h","NodeFeatures_shmlink201.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_shmlink201.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[6914,0,0,"NodeFeatures_shmlink201","NodeFeatures_shmlink201"],[6915,0,2,"Functions","NodeFeatures_shmlink201.Functions"],[6916,0,1,"NodeFeatures_shmlink201","NodeFeatures_shmlink201.NodeFeatures_shmlink201"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_shmlink201-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_shmlink201-h-SummaryToolTips.js deleted file mode 100644 index 9eb62a2c7..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_shmlink201-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_shmlink201.h",{6914:"
NodeFeatures_shmlink201
Contains information on features for the SHM-Link 2 node.
",6916:"
NodeFeatures_shmlink201(
const NodeInfo &info
)
Creates a NodeFeatures_shmlink201 object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_shmlink201-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_shmlink201-h-ToolTips.js deleted file mode 100644 index 9a4b5252a..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_shmlink201-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6858:"
Holds information (read from eeprom) about a WirelessNode.
",7021:"
NodeFeatures_200series
Contains information on which features are supported by a 200-series WirelessNode.  Inherits from NodeFeatures.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_shmlink201-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_shmlink201-h.html deleted file mode 100644 index bf6a0785d..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_shmlink201-h.html +++ /dev/null @@ -1,27 +0,0 @@ - - -NodeFeatures_shmlink201.h - - - - - - - -
-
NodeFeatures_shmlink201
-
public
NodeFeatures_200series
NodeFeatures_shmlink201
-

Contains information on features for the SHM-Link 2 node.

-
- -
-
Functions
-
- -
-
NodeFeatures_shmlink201
-
NodeFeatures_shmlink201(
const NodeInfo &info
)
-

Creates a NodeFeatures_shmlink201 object.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_shmlink201FullBridge-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_shmlink201FullBridge-h-Summary.js deleted file mode 100644 index 88af4483b..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_shmlink201FullBridge-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_shmlink201FullBridge.h","NodeFeatures_shmlink201FullBridge.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_shmlink201FullBridge.h",[["C/C++","C"]],[["Classes","Class"]],[[6913,0,0,"NodeFeatures_shmlink201FullBridge","NodeFeatures_shmlink201FullBridge"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_shmlink201FullBridge-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_shmlink201FullBridge-h-SummaryToolTips.js deleted file mode 100644 index b92b16359..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_shmlink201FullBridge-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_shmlink201FullBridge.h",{6913:"
NodeFeatures_shmlink201FullBridge
Contains information on features for the SHM-Link-201 Full Bridge node.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_shmlink201FullBridge-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_shmlink201FullBridge-h-ToolTips.js deleted file mode 100644 index 3b1a312f5..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_shmlink201FullBridge-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7021:"
NodeFeatures_200series
Contains information on which features are supported by a 200-series WirelessNode.  Inherits from NodeFeatures.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_shmlink201FullBridge-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_shmlink201FullBridge-h.html deleted file mode 100644 index de78b8abb..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_shmlink201FullBridge-h.html +++ /dev/null @@ -1,17 +0,0 @@ - - -NodeFeatures_shmlink201FullBridge.h - - - - - - - -
-
NodeFeatures_shmlink201FullBridge
-
public
NodeFeatures_200series
NodeFeatures_shmlink201FullBridge
-

Contains information on features for the SHM-Link-201 Full Bridge node.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_shmlink210-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_shmlink210-h-Summary.js deleted file mode 100644 index 633c13191..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_shmlink210-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_shmlink210.h","NodeFeatures_shmlink210.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_shmlink210.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[6910,0,0,"NodeFeatures_shmlink210","NodeFeatures_shmlink210"],[6911,0,2,"Functions","NodeFeatures_shmlink210.Functions"],[6912,0,1,"NodeFeatures_shmlink210","NodeFeatures_shmlink210.NodeFeatures_shmlink210"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_shmlink210-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_shmlink210-h-SummaryToolTips.js deleted file mode 100644 index b66a11161..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_shmlink210-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_shmlink210.h",{6910:"
NodeFeatures_shmlink210
Contains information on features for the SHM-Link 2 node.
",6912:"
NodeFeatures_shmlink210(
const NodeInfo &info
)
Creates a NodeFeatures_shmlink210 object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_shmlink210-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_shmlink210-h-ToolTips.js deleted file mode 100644 index 9a4b5252a..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_shmlink210-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6858:"
Holds information (read from eeprom) about a WirelessNode.
",7021:"
NodeFeatures_200series
Contains information on which features are supported by a 200-series WirelessNode.  Inherits from NodeFeatures.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_shmlink210-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_shmlink210-h.html deleted file mode 100644 index c4a0adfc2..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_shmlink210-h.html +++ /dev/null @@ -1,27 +0,0 @@ - - -NodeFeatures_shmlink210.h - - - - - - - -
-
NodeFeatures_shmlink210
-
public
NodeFeatures_200series
NodeFeatures_shmlink210
-

Contains information on features for the SHM-Link 2 node.

-
- -
-
Functions
-
- -
-
NodeFeatures_shmlink210
-
NodeFeatures_shmlink210(
const NodeInfo &info
)
-

Creates a NodeFeatures_shmlink210 object.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_tclink1ch-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_tclink1ch-h-Summary.js deleted file mode 100644 index df7381cc3..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_tclink1ch-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_tclink1ch.h","NodeFeatures_tclink1ch.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_tclink1ch.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[6907,0,0,"NodeFeatures_tclink1ch","NodeFeatures_tclink1ch"],[6908,0,2,"Functions","NodeFeatures_tclink1ch.Functions"],[6909,0,1,"NodeFeatures_tclink1ch","NodeFeatures_tclink1ch.NodeFeatures_tclink1ch"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_tclink1ch-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_tclink1ch-h-SummaryToolTips.js deleted file mode 100644 index 7cb2c5c5a..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_tclink1ch-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_tclink1ch.h",{6907:"
NodeFeatures_tclink1ch
Contains information on features for the TC-Link 1CH Node.
",6909:"
NodeFeatures_tclink1ch(
const NodeInfo &info
)
Creates a NodeFeatures_tclink1ch object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_tclink1ch-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_tclink1ch-h-ToolTips.js deleted file mode 100644 index 1524016a0..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_tclink1ch-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6858:"
Holds information (read from eeprom) about a WirelessNode.
",7396:"
NodeFeatures
Contains information on which features are supported by a WirelessNode.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_tclink1ch-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_tclink1ch-h.html deleted file mode 100644 index 216f02363..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_tclink1ch-h.html +++ /dev/null @@ -1,27 +0,0 @@ - - -NodeFeatures_tclink1ch.h - - - - - - - -
-
NodeFeatures_tclink1ch
-
public
NodeFeatures
NodeFeatures_tclink1ch
-

Contains information on features for the TC-Link 1CH Node.

-
- -
-
Functions
-
- -
-
NodeFeatures_tclink1ch
-
NodeFeatures_tclink1ch(
const NodeInfo &info
)
-

Creates a NodeFeatures_tclink1ch object.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_tclink200-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_tclink200-h-Summary.js deleted file mode 100644 index e87e21d20..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_tclink200-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_tclink200.h","NodeFeatures_tclink200.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_tclink200.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[6904,0,0,"NodeFeatures_tclink200","NodeFeatures_tclink200"],[6905,0,2,"Functions","NodeFeatures_tclink200.Functions"],[6906,0,1,"NodeFeatures_tclink200","NodeFeatures_tclink200.NodeFeatures_tclink200"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_tclink200-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_tclink200-h-SummaryToolTips.js deleted file mode 100644 index cb46cafb8..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_tclink200-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_tclink200.h",{6904:"
NodeFeatures_tclink200
Contains information on features for the TC-Link 1CH Node.
",6906:"
NodeFeatures_tclink200(
const NodeInfo &info
)
Creates a NodeFeatures_tclink200 object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_tclink200-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_tclink200-h-ToolTips.js deleted file mode 100644 index 9a4b5252a..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_tclink200-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6858:"
Holds information (read from eeprom) about a WirelessNode.
",7021:"
NodeFeatures_200series
Contains information on which features are supported by a 200-series WirelessNode.  Inherits from NodeFeatures.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_tclink200-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_tclink200-h.html deleted file mode 100644 index 719747429..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_tclink200-h.html +++ /dev/null @@ -1,27 +0,0 @@ - - -NodeFeatures_tclink200.h - - - - - - - -
-
NodeFeatures_tclink200
-
public
NodeFeatures_200series
NodeFeatures_tclink200
-

Contains information on features for the TC-Link 1CH Node.

-
- -
-
Functions
-
- -
-
NodeFeatures_tclink200
-
NodeFeatures_tclink200(
const NodeInfo &info
)
-

Creates a NodeFeatures_tclink200 object.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_tclink200oem-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_tclink200oem-h-Summary.js deleted file mode 100644 index f36d90404..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_tclink200oem-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_tclink200oem.h","NodeFeatures_tclink200oem.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_tclink200oem.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[6901,0,0,"NodeFeatures_tclink200oem","NodeFeatures_tclink200oem"],[6902,0,2,"Functions","NodeFeatures_tclink200oem.Functions"],[6903,0,1,"NodeFeatures_tclink200oem","NodeFeatures_tclink200oem.NodeFeatures_tclink200oem"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_tclink200oem-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_tclink200oem-h-SummaryToolTips.js deleted file mode 100644 index 213d2cb45..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_tclink200oem-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_tclink200oem.h",{6901:"
NodeFeatures_tclink200oem
Contains information on features for the TC-Link 1CH Node.
",6903:"
NodeFeatures_tclink200oem(
const NodeInfo &info
)
Creates a NodeFeatures_tclink200oem object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_tclink200oem-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_tclink200oem-h-ToolTips.js deleted file mode 100644 index 9a4b5252a..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_tclink200oem-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6858:"
Holds information (read from eeprom) about a WirelessNode.
",7021:"
NodeFeatures_200series
Contains information on which features are supported by a 200-series WirelessNode.  Inherits from NodeFeatures.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_tclink200oem-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_tclink200oem-h.html deleted file mode 100644 index f6dacb74e..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_tclink200oem-h.html +++ /dev/null @@ -1,27 +0,0 @@ - - -NodeFeatures_tclink200oem.h - - - - - - - -
-
NodeFeatures_tclink200oem
-
public
NodeFeatures_200series
NodeFeatures_tclink200oem
-

Contains information on features for the TC-Link 1CH Node.

-
- -
-
Functions
-
- -
-
NodeFeatures_tclink200oem
-
NodeFeatures_tclink200oem(
const NodeInfo &info
)
-

Creates a NodeFeatures_tclink200oem object.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_tclink3ch-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_tclink3ch-h-Summary.js deleted file mode 100644 index 53c4dfe6a..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_tclink3ch-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_tclink3ch.h","NodeFeatures_tclink3ch.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_tclink3ch.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[6898,0,0,"NodeFeatures_tclink3ch","NodeFeatures_tclink3ch"],[6899,0,2,"Functions","NodeFeatures_tclink3ch.Functions"],[6900,0,1,"NodeFeatures_tclink3ch","NodeFeatures_tclink3ch.NodeFeatures_tclink3ch"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_tclink3ch-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_tclink3ch-h-SummaryToolTips.js deleted file mode 100644 index 0d3dfcccb..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_tclink3ch-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_tclink3ch.h",{6898:"
NodeFeatures_tclink3ch
Contains information on features for the TC-Link 3CH Node.
",6900:"
NodeFeatures_tclink3ch(
const NodeInfo &info
)
Creates a NodeFeatures_tclink3ch object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_tclink3ch-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_tclink3ch-h-ToolTips.js deleted file mode 100644 index 1524016a0..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_tclink3ch-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6858:"
Holds information (read from eeprom) about a WirelessNode.
",7396:"
NodeFeatures
Contains information on which features are supported by a WirelessNode.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_tclink3ch-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_tclink3ch-h.html deleted file mode 100644 index 74b6a3069..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_tclink3ch-h.html +++ /dev/null @@ -1,27 +0,0 @@ - - -NodeFeatures_tclink3ch.h - - - - - - - -
-
NodeFeatures_tclink3ch
-
public
NodeFeatures
NodeFeatures_tclink3ch
-

Contains information on features for the TC-Link 3CH Node.

-
- -
-
Functions
-
- -
-
NodeFeatures_tclink3ch
-
NodeFeatures_tclink3ch(
const NodeInfo &info
)
-

Creates a NodeFeatures_tclink3ch object.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_tclink6ch-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_tclink6ch-h-Summary.js deleted file mode 100644 index 4237043b9..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_tclink6ch-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_tclink6ch.h","NodeFeatures_tclink6ch.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_tclink6ch.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[6895,0,0,"NodeFeatures_tclink6ch","NodeFeatures_tclink6ch"],[6896,0,2,"Functions","NodeFeatures_tclink6ch.Functions"],[6897,0,1,"NodeFeatures_tclink6ch","NodeFeatures_tclink6ch.NodeFeatures_tclink6ch"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_tclink6ch-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_tclink6ch-h-SummaryToolTips.js deleted file mode 100644 index 5b0c9e81d..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_tclink6ch-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_tclink6ch.h",{6895:"
NodeFeatures_tclink6ch
Contains information on features for the TC-Link 6CH Node.
",6897:"
NodeFeatures_tclink6ch(
const NodeInfo &info
)
Creates a NodeFeatures_tclink6ch object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_tclink6ch-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_tclink6ch-h-ToolTips.js deleted file mode 100644 index 1524016a0..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_tclink6ch-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6858:"
Holds information (read from eeprom) about a WirelessNode.
",7396:"
NodeFeatures
Contains information on which features are supported by a WirelessNode.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_tclink6ch-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_tclink6ch-h.html deleted file mode 100644 index f37717335..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_tclink6ch-h.html +++ /dev/null @@ -1,27 +0,0 @@ - - -NodeFeatures_tclink6ch.h - - - - - - - -
-
NodeFeatures_tclink6ch
-
public
NodeFeatures
NodeFeatures_tclink6ch
-

Contains information on features for the TC-Link 6CH Node.

-
- -
-
Functions
-
- -
-
NodeFeatures_tclink6ch
-
NodeFeatures_tclink6ch(
const NodeInfo &info
)
-

Creates a NodeFeatures_tclink6ch object.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_torqueLink-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_torqueLink-h-Summary.js deleted file mode 100644 index bfd9043cf..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_torqueLink-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_torqueLink.h","NodeFeatures_torqueLink.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_torqueLink.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[6892,0,0,"NodeFeatures_torqueLink","NodeFeatures_torqueLink"],[6893,0,2,"Functions","NodeFeatures_torqueLink.Functions"],[6894,0,1,"NodeFeatures_torqueLink","NodeFeatures_torqueLink.NodeFeatures_torqueLink"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_torqueLink-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_torqueLink-h-SummaryToolTips.js deleted file mode 100644 index 0bb60e2be..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_torqueLink-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_torqueLink.h",{6892:"
NodeFeatures_torqueLink
Contains information on features for the SG-Link-Micro node. Inherits from NodeFeatures.
",6894:"
NodeFeatures_torqueLink(
const NodeInfo &info
)
Creates a NodeFeatures_torqueLink object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_torqueLink-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_torqueLink-h-ToolTips.js deleted file mode 100644 index 1524016a0..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_torqueLink-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6858:"
Holds information (read from eeprom) about a WirelessNode.
",7396:"
NodeFeatures
Contains information on which features are supported by a WirelessNode.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_torqueLink-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_torqueLink-h.html deleted file mode 100644 index 38e949c29..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_torqueLink-h.html +++ /dev/null @@ -1,27 +0,0 @@ - - -NodeFeatures_torqueLink.h - - - - - - - -
-
NodeFeatures_torqueLink
-
public
NodeFeatures
NodeFeatures_torqueLink
-

Contains information on features for the SG-Link-Micro node. Inherits from NodeFeatures.

-
- -
-
Functions
-
- -
-
NodeFeatures_torqueLink
-
NodeFeatures_torqueLink(
const NodeInfo &info
)
-

Creates a NodeFeatures_torqueLink object.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_torqueLink200-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_torqueLink200-h-Summary.js deleted file mode 100644 index 8f00f2864..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_torqueLink200-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_torqueLink200.h","NodeFeatures_torqueLink200.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_torqueLink200.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[6889,0,0,"NodeFeatures_torqueLink200","NodeFeatures_torqueLink200"],[6890,0,2,"Functions","NodeFeatures_torqueLink200.Functions"],[6891,0,1,"NodeFeatures_torqueLink200","NodeFeatures_torqueLink200.NodeFeatures_torqueLink200"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_torqueLink200-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_torqueLink200-h-SummaryToolTips.js deleted file mode 100644 index c9760e0e8..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_torqueLink200-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_torqueLink200.h",{6889:"
NodeFeatures_torqueLink200
Contains information on features for the Torque-Link-200 nodes. Inherits from NodeFeatures.
",6891:"
NodeFeatures_torqueLink200(
const NodeInfo &info
)
Creates a NodeFeatures_torqueLink200 object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_torqueLink200-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_torqueLink200-h-ToolTips.js deleted file mode 100644 index b19f054cf..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_torqueLink200-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6858:"
Holds information (read from eeprom) about a WirelessNode.
",7021:"
NodeFeatures_200series
Contains information on which features are supported by a 200-series WirelessNode.  Inherits from NodeFeatures.
",7396:"
NodeFeatures
Contains information on which features are supported by a WirelessNode.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_torqueLink200-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_torqueLink200-h.html deleted file mode 100644 index b46b792fc..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_torqueLink200-h.html +++ /dev/null @@ -1,27 +0,0 @@ - - -NodeFeatures_torqueLink200.h - - - - - - - -
-
NodeFeatures_torqueLink200
-
public
NodeFeatures_200series
NodeFeatures_torqueLink200
-

Contains information on features for the Torque-Link-200 nodes. Inherits from NodeFeatures.

-
- -
-
Functions
-
- -
-
NodeFeatures_torqueLink200
-
NodeFeatures_torqueLink200(
const NodeInfo &info
)
-

Creates a NodeFeatures_torqueLink200 object.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_torqueLink200_3ch-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_torqueLink200_3ch-h-Summary.js deleted file mode 100644 index dfa5207a0..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_torqueLink200_3ch-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_torqueLink200_3ch.h","NodeFeatures_torqueLink200_3ch.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_torqueLink200_3ch.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[6886,0,0,"NodeFeatures_torqueLink200_3ch","NodeFeatures_torqueLink200_3ch"],[6887,0,2,"Functions","NodeFeatures_torqueLink200_3ch.Functions"],[6888,0,1,"NodeFeatures_torqueLink200_3ch","NodeFeatures_torqueLink200_3ch.NodeFeatures_torqueLink200_3ch"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_torqueLink200_3ch-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_torqueLink200_3ch-h-SummaryToolTips.js deleted file mode 100644 index 63739bab3..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_torqueLink200_3ch-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_torqueLink200_3ch.h",{6886:"
NodeFeatures_torqueLink200_3ch
Contains information on features for the Torque-Link-200-3ch nodes. Inherits from NodeFeatures.
",6888:"
NodeFeatures_torqueLink200_3ch(
const NodeInfo &info,
bool ext = false
)
Creates a NodeFeatures_torqueLink200_3ch object.  Parameters: info - NodeInfo object for reference features ext - bool indicating whether this is being called from a child class (default false)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_torqueLink200_3ch-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_torqueLink200_3ch-h-ToolTips.js deleted file mode 100644 index b19f054cf..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_torqueLink200_3ch-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6858:"
Holds information (read from eeprom) about a WirelessNode.
",7021:"
NodeFeatures_200series
Contains information on which features are supported by a 200-series WirelessNode.  Inherits from NodeFeatures.
",7396:"
NodeFeatures
Contains information on which features are supported by a WirelessNode.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_torqueLink200_3ch-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_torqueLink200_3ch-h.html deleted file mode 100644 index 6d469391e..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_torqueLink200_3ch-h.html +++ /dev/null @@ -1,27 +0,0 @@ - - -NodeFeatures_torqueLink200_3ch.h - - - - - - - -
-
NodeFeatures_torqueLink200_3ch
-
public
NodeFeatures_200series
NodeFeatures_torqueLink200_3ch
-

Contains information on features for the Torque-Link-200-3ch nodes. Inherits from NodeFeatures.

-
- -
-
Functions
-
- -
-
NodeFeatures_torqueLink200_3ch
-
NodeFeatures_torqueLink200_3ch(
const NodeInfo &info,
bool ext = false
)
-

Creates a NodeFeatures_torqueLink200_3ch object.  Parameters: info - NodeInfo object for reference features ext - bool indicating whether this is being called from a child class (default false)

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_torqueLink200_3ch_s-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_torqueLink200_3ch_s-h-Summary.js deleted file mode 100644 index 929431053..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_torqueLink200_3ch_s-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_torqueLink200_3ch_s.h","NodeFeatures_torqueLink200_3ch_s.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_torqueLink200_3ch_s.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[6883,0,0,"NodeFeatures_torqueLink200_3ch_s_s","NodeFeatures_torqueLink200_3ch_s_s"],[6884,0,2,"Functions","NodeFeatures_torqueLink200_3ch_s_s.Functions"],[6885,0,1,"NodeFeatures_torqueLink200_3ch_s","NodeFeatures_torqueLink200_3ch_s_s.NodeFeatures_torqueLink200_3ch_s"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_torqueLink200_3ch_s-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_torqueLink200_3ch_s-h-SummaryToolTips.js deleted file mode 100644 index 28015910e..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_torqueLink200_3ch_s-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_torqueLink200_3ch_s.h",{6883:"
Contains information on features for the Torque-Link-200-3ch nodes. Inherits from NodeFeatures.
",6885:"
NodeFeatures_torqueLink200_3ch_s(
const NodeInfo &info
)
Creates a NodeFeatures_torqueLink200_3ch_s object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_torqueLink200_3ch_s-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_torqueLink200_3ch_s-h-ToolTips.js deleted file mode 100644 index 1524016a0..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_torqueLink200_3ch_s-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6858:"
Holds information (read from eeprom) about a WirelessNode.
",7396:"
NodeFeatures
Contains information on which features are supported by a WirelessNode.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_torqueLink200_3ch_s-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_torqueLink200_3ch_s-h.html deleted file mode 100644 index 359c89ffc..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_torqueLink200_3ch_s-h.html +++ /dev/null @@ -1,26 +0,0 @@ - - -NodeFeatures_torqueLink200_3ch_s.h - - - - - - - -
-
NodeFeatures_torqueLink200_3ch_s_s
-

Contains information on features for the Torque-Link-200-3ch nodes. Inherits from NodeFeatures.

-
- -
-
Functions
-
- -
-
NodeFeatures_torqueLink200_3ch_s
-
NodeFeatures_torqueLink200_3ch_s(
const NodeInfo &info
)
-

Creates a NodeFeatures_torqueLink200_3ch_s object.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_vlink-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_vlink-h-Summary.js deleted file mode 100644 index d272a0728..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_vlink-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_vlink.h","NodeFeatures_vlink.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_vlink.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[6880,0,0,"NodeFeatures_vlink","NodeFeatures_vlink"],[6881,0,2,"Functions","NodeFeatures_vlink.Functions"],[6882,0,1,"NodeFeatures_vlink","NodeFeatures_vlink.NodeFeatures_vlink"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_vlink-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_vlink-h-SummaryToolTips.js deleted file mode 100644 index 0ca25316f..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_vlink-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_vlink.h",{6880:"
NodeFeatures_vlink
Contains information on features for the V-Link node. Inherits from NodeFeatures.
",6882:"
NodeFeatures_vlink(
const NodeInfo &info
)
Creates a NodeFeatures_vlink object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_vlink-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_vlink-h-ToolTips.js deleted file mode 100644 index 1524016a0..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_vlink-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6858:"
Holds information (read from eeprom) about a WirelessNode.
",7396:"
NodeFeatures
Contains information on which features are supported by a WirelessNode.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_vlink-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_vlink-h.html deleted file mode 100644 index dd4bbb924..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_vlink-h.html +++ /dev/null @@ -1,27 +0,0 @@ - - -NodeFeatures_vlink.h - - - - - - - -
-
NodeFeatures_vlink
-
public
NodeFeatures
NodeFeatures_vlink
-

Contains information on features for the V-Link node. Inherits from NodeFeatures.

-
- -
-
Functions
-
- -
-
NodeFeatures_vlink
-
NodeFeatures_vlink(
const NodeInfo &info
)
-

Creates a NodeFeatures_vlink object.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_vlink200-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_vlink200-h-Summary.js deleted file mode 100644 index 801b9782f..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_vlink200-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_vlink200.h","NodeFeatures_vlink200.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_vlink200.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[6877,0,0,"NodeFeatures_vlink200","NodeFeatures_vlink200"],[6878,0,2,"Functions","NodeFeatures_vlink200.Functions"],[6879,0,1,"NodeFeatures_vlink200","NodeFeatures_vlink200.NodeFeatures_vlink200"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_vlink200-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_vlink200-h-SummaryToolTips.js deleted file mode 100644 index 7889cc0b5..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_vlink200-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_vlink200.h",{6877:"
NodeFeatures_vlink200
Contains information on features for the V-Link2 node. Inherits from NodeFeatures.
",6879:"
NodeFeatures_vlink200(
const NodeInfo &info
)
Creates a NodeFeatures_vlink200 object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_vlink200-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_vlink200-h-ToolTips.js deleted file mode 100644 index b19f054cf..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_vlink200-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6858:"
Holds information (read from eeprom) about a WirelessNode.
",7021:"
NodeFeatures_200series
Contains information on which features are supported by a 200-series WirelessNode.  Inherits from NodeFeatures.
",7396:"
NodeFeatures
Contains information on which features are supported by a WirelessNode.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_vlink200-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_vlink200-h.html deleted file mode 100644 index 369829944..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_vlink200-h.html +++ /dev/null @@ -1,27 +0,0 @@ - - -NodeFeatures_vlink200.h - - - - - - - -
-
NodeFeatures_vlink200
-
public
NodeFeatures_200series
NodeFeatures_vlink200
-

Contains information on features for the V-Link2 node. Inherits from NodeFeatures.

-
- -
-
Functions
-
- -
-
NodeFeatures_vlink200
-
NodeFeatures_vlink200(
const NodeInfo &info
)
-

Creates a NodeFeatures_vlink200 object.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_vlink_legacy-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_vlink_legacy-h-Summary.js deleted file mode 100644 index 0ce11275c..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_vlink_legacy-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_vlink_legacy.h","NodeFeatures_vlink_legacy.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_vlink_legacy.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[6874,0,0,"NodeFeatures_vlink_legacy","NodeFeatures_vlink_legacy"],[6875,0,2,"Functions","NodeFeatures_vlink_legacy.Functions"],[6876,0,1,"NodeFeatures_vlink_legacy","NodeFeatures_vlink_legacy.NodeFeatures_vlink_legacy"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_vlink_legacy-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_vlink_legacy-h-SummaryToolTips.js deleted file mode 100644 index 72908fe87..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_vlink_legacy-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_vlink_legacy.h",{6874:"
NodeFeatures_vlink_legacy
Contains information on features for the V-Link (legacy) node. Inherits from NodeFeatures.
",6876:"
NodeFeatures_vlink_legacy(
const NodeInfo &info
)
Creates a NodeFeatures_vlink_legacy object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_vlink_legacy-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_vlink_legacy-h-ToolTips.js deleted file mode 100644 index 1524016a0..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_vlink_legacy-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6858:"
Holds information (read from eeprom) about a WirelessNode.
",7396:"
NodeFeatures
Contains information on which features are supported by a WirelessNode.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_vlink_legacy-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_vlink_legacy-h.html deleted file mode 100644 index 72b408634..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_vlink_legacy-h.html +++ /dev/null @@ -1,27 +0,0 @@ - - -NodeFeatures_vlink_legacy.h - - - - - - - -
-
NodeFeatures_vlink_legacy
-
public
NodeFeatures
NodeFeatures_vlink_legacy
-

Contains information on features for the V-Link (legacy) node. Inherits from NodeFeatures.

-
- -
-
Functions
-
- -
-
NodeFeatures_vlink_legacy
-
NodeFeatures_vlink_legacy(
const NodeInfo &info
)
-

Creates a NodeFeatures_vlink_legacy object.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_wirelessImpactSensor-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_wirelessImpactSensor-h-Summary.js deleted file mode 100644 index d8eb9129f..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_wirelessImpactSensor-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_wirelessImpactSensor.h","NodeFeatures_wirelessImpactSensor.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_wirelessImpactSensor.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[6871,0,0,"NodeFeatures_wirelessImpactSensor","NodeFeatures_wirelessImpactSensor"],[6872,0,2,"Functions","NodeFeatures_wirelessImpactSensor.Functions"],[6873,0,1,"NodeFeatures_wirelessImpactSensor","NodeFeatures_wirelessImpactSensor.NodeFeatures_wirelessImpactSensor"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_wirelessImpactSensor-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_wirelessImpactSensor-h-SummaryToolTips.js deleted file mode 100644 index 216cabf7c..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_wirelessImpactSensor-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Features/NodeFeatures_wirelessImpactSensor.h",{6871:"
NodeFeatures_wirelessImpactSensor
Contains information on features for the Wireless Impact nodes.
",6873:"
NodeFeatures_wirelessImpactSensor(
const NodeInfo &info
)
Creates a NodeFeatures_wirelessImpactSensor object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_wirelessImpactSensor-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_wirelessImpactSensor-h-ToolTips.js deleted file mode 100644 index 1524016a0..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_wirelessImpactSensor-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6858:"
Holds information (read from eeprom) about a WirelessNode.
",7396:"
NodeFeatures
Contains information on which features are supported by a WirelessNode.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_wirelessImpactSensor-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_wirelessImpactSensor-h.html deleted file mode 100644 index 741c0ba97..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeFeatures_wirelessImpactSensor-h.html +++ /dev/null @@ -1,27 +0,0 @@ - - -NodeFeatures_wirelessImpactSensor.h - - - - - - - -
-
NodeFeatures_wirelessImpactSensor
-
public
NodeFeatures
NodeFeatures_wirelessImpactSensor
-

Contains information on features for the Wireless Impact nodes.

-
- -
-
Functions
-
- -
-
NodeFeatures_wirelessImpactSensor
-
NodeFeatures_wirelessImpactSensor(
const NodeInfo &info
)
-

Creates a NodeFeatures_wirelessImpactSensor object.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeInfo-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeInfo-h-Summary.js deleted file mode 100644 index 4dea5e061..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeInfo-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Features/NodeInfo.h","NodeInfo.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Features/NodeInfo.h",[["C/C++","C"]],[["Functions","Function"],["Groups","Group"],["Structs","Struct"],["Variables","Variable"]],[[6858,0,2,"NodeInfo","NodeInfo"],[6859,0,1,"Functions","NodeInfo.Functions"],[6860,0,0,"NodeInfo","NodeInfo.NodeInfo"],[6861,0,0,"NodeInfo","NodeInfo.NodeInfo(2)"],[6862,0,1,"Variables","NodeInfo.Variables"],[6863,0,3,"m_node","NodeInfo.m_node"],[6864,0,3,"m_firmwareVersion","NodeInfo.m_firmwareVersion"],[6865,0,3,"m_model","NodeInfo.m_model"],[6866,0,3,"m_regionCode","NodeInfo.m_regionCode"],[6867,0,1,"Functions","NodeInfo.Functions(2)"],[6868,0,0,"firmwareVersion","NodeInfo.firmwareVersion"],[6869,0,0,"model","NodeInfo.model"],[6870,0,0,"regionCode","NodeInfo.regionCode"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeInfo-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeInfo-h-SummaryToolTips.js deleted file mode 100644 index 6a687f499..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeInfo-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Features/NodeInfo.h",{6858:"
Holds information (read from eeprom) about a WirelessNode.
",6860:"
NodeInfo(
const WirelessNode_Impl *node
)
Creates a NodeInfo object from a WirelessNode.
",6861:"
NodeInfo(
const Version &fw,
WirelessModels::NodeModel model,
WirelessTypes::RegionCode region
)
Creates a NodeInfo object.
",6863:"
const WirelessNode_Impl* m_node
The WirelessNode_Impl to use for lazy loading of values.
",6864:"
Utils::Lazy<Version> m_firmwareVersion
The firmware Version of the node (lazy loaded).
",6865:"
Utils::Lazy<WirelessModels::NodeModel> m_model
The WirelessModels::NodeModel of the node (lazy loaded).
",6866:"
Utils::Lazy<WirelessTypes::RegionCode> m_regionCode
The WirelessTypes::RegionCode of the node (lazy loaded).
",6868:"
Version firmwareVersion() const
Gets the firmware Version of the Node.
",6869:"
WirelessModels::NodeModel model() const
Gets the WirelessModels::NodeModel of the Node.
",6870:"
WirelessTypes::RegionCode regionCode() const
Gets the WirelessTypes::RegionCode of the Node.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeInfo-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeInfo-h-ToolTips.js deleted file mode 100644 index f5b4b67c2..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeInfo-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7789:"
The model numbers for each of the Wireless Nodes.
",7905:"
WirelessNode
A class representing a MicroStrain wireless node
",8885:"
The possible region codes for the device.
",9207:"
WirelessNode_Impl
Contains the implementation logic for a WirelessNode.  Most WirelessNode commands call these commands.
",10409:"
Version
Class that represents, and provides helper functions for, a Version number
",10472:"
Error_NodeCommunication
The exception for failing to communicate with a WirelessNode.
",10479:"
Error_Connection
The generic connection exception.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeInfo-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeInfo-h.html deleted file mode 100644 index 7a097e46c..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Features/NodeInfo-h.html +++ /dev/null @@ -1,82 +0,0 @@ - - -NodeInfo.h - - - - - - - -
-
NodeInfo
-

Holds information (read from eeprom) about a WirelessNode.

-
- -
-
Functions
-
- -
-
NodeInfo
-
NodeInfo(
const WirelessNode_Impl *node
)
-

Creates a NodeInfo object from a WirelessNode.

Parameters
node
const WirelessNode_Impl*

The WirelessNode_Impl to get the info for.

Exceptions
-
- -
-
NodeInfo
-
NodeInfo(
const Version &fw,
WirelessModels::NodeModel model,
WirelessTypes::RegionCode region
)
-

Creates a NodeInfo object.

Parameters
fw
const Version&

The firmware Version of the Node.

model
WirelessModels::NodeModel

The WirelessModels::NodeModel of the Node.

region
WirelessTypes::RegionCode

The WirelessTypes::RegionCode of the Node.

-
- -
-
Variables
-
- -
-
m_node
-
const WirelessNode_Impl* m_node
-

The WirelessNode_Impl to use for lazy loading of values.

-
- -
-
m_firmwareVersion
-
Utils::Lazy<Version> m_firmwareVersion
-

The firmware Version of the node (lazy loaded).

-
- -
-
m_model
-
Utils::Lazy<WirelessModels::NodeModel> m_model
-

The WirelessModels::NodeModel of the node (lazy loaded).

-
- -
-
m_regionCode
-
Utils::Lazy<WirelessTypes::RegionCode> m_regionCode
-

The WirelessTypes::RegionCode of the node (lazy loaded).

-
- -
-
Functions
-
- -
-
firmwareVersion
-
Version firmwareVersion() const
-

Gets the firmware Version of the Node.

-
- -
-
model
- -

Gets the WirelessModels::NodeModel of the Node.

-
- -
-
regionCode
-
WirelessTypes::RegionCode regionCode() const
-

Gets the WirelessTypes::RegionCode of the Node.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/LoggedDataSweep-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/LoggedDataSweep-h-Summary.js deleted file mode 100644 index cfdd71ba6..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/LoggedDataSweep-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/LoggedDataSweep.h","LoggedDataSweep.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/LoggedDataSweep.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Types","Type"],["Variables","Variable"]],[[9345,0,0,"LoggedDataSweep","LoggedDataSweep"],[9346,0,2,"Functions","LoggedDataSweep.Functions"],[9347,0,1,"LoggedDataSweep","LoggedDataSweep.LoggedDataSweep"],[9348,0,1,"LoggedDataSweep","LoggedDataSweep.LoggedDataSweep(2)"],[9349,0,2,"Variables","LoggedDataSweep.Variables"],[9350,0,4,"m_timestamp","LoggedDataSweep.m_timestamp"],[9351,0,4,"m_tick","LoggedDataSweep.m_tick"],[9352,0,4,"m_data","LoggedDataSweep.m_data"],[9353,0,4,"m_calsApplied","LoggedDataSweep.m_calsApplied"],[9354,0,2,"Functions","LoggedDataSweep.Functions(2)"],[9355,0,1,"timestamp","LoggedDataSweep.timestamp"],[9356,0,1,"tick","LoggedDataSweep.tick"],[9357,0,1,"data","LoggedDataSweep.data"],[9358,0,1,"calApplied","LoggedDataSweep.calApplied"],[9359,0,2,"Types","LoggedDataSweep.Types"],[9360,0,3,"LoggedDataSweeps","LoggedDataSweep.LoggedDataSweeps"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/LoggedDataSweep-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/LoggedDataSweep-h-SummaryToolTips.js deleted file mode 100644 index e03fdc4b8..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/LoggedDataSweep-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/LoggedDataSweep.h",{9345:"
LoggedDataSweep
Represents 1 data sweep that was logged to a WirelessNode.
",9347:"
LoggedDataSweep()
Creates a LoggedDataSweep object with a tick and timestamp of 0.
",9348:"
LoggedDataSweep(
const Timestamp &timestamp,
uint64 tick,
const ChannelData &data,
bool calsApplied
)
Creates a LoggedDataSweep object.
",9350:"
Timestamp m_timestamp
The Timestamp of the data sweep.
",9351:"
uint64 m_tick
The tick value representing the count of each sweep in a datalogging session (increments with each sweep).
",9352:"
ChannelData m_data
Contains one or more WirelessDataPoints, corresponding to each channel\'s data for this sweep.
",9353:"
bool m_calsApplied
Whether calibration coefficients have been applied to the data or not.
",9355:"
Timestamp timestamp() const
Gets the timestamp of the sweep as a Timestamp
",9356:"
uint64 tick() const
Gets the tick value of the sweep
",9357:"
const ChannelData& data() const
Gets the channel data in this sweep as a WirelessDataPoint::ChannelData container.
",9358:"
bool calApplied() const
Gets whether calibration coefficients have been applied to the data already.
",9360:"
Typedef for a vector of LoggedDataSweep objects.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/LoggedDataSweep-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/LoggedDataSweep-h-ToolTips.js deleted file mode 100644 index 4b7a3da9a..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/LoggedDataSweep-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7905:"
WirelessNode
A class representing a MicroStrain wireless node
",8011:"
WirelessDataPoint
Represents a single channel\'s data point within a sweep
",8024:"
A typedef for a collection (vector) of WirelessDataPoints
",9347:"
LoggedDataSweep()
Creates a LoggedDataSweep object with a tick and timestamp of 0.
",10291:"
Timestamp
Represents a date/time object
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/LoggedDataSweep-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/LoggedDataSweep-h.html deleted file mode 100644 index 8f120f96a..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/LoggedDataSweep-h.html +++ /dev/null @@ -1,98 +0,0 @@ - - -LoggedDataSweep.h - - - - - - - -
-
LoggedDataSweep
-
LoggedDataSweep
-

Represents 1 data sweep that was logged to a WirelessNode.

-
- -
-
Functions
-
- -
-
LoggedDataSweep
-
LoggedDataSweep()
-

Creates a LoggedDataSweep object with a tick and timestamp of 0.

-
- -
-
LoggedDataSweep
-
LoggedDataSweep(
const Timestamp &timestamp,
uint64 tick,
const ChannelData &data,
bool calsApplied
)
-

Creates a LoggedDataSweep object.

Parameters
timestamp
const Timestamp&

The Timestamp of the sweep.

tick
uint64

The tick of the sweep.

data
const ChannelData&

The <ChannelData> containing the actual data points.

calsApplied
bool

Whether calibration coefficients have already been applied to the data or not.

-
- -
-
Variables
-
- -
-
m_timestamp
-
Timestamp m_timestamp
-

The Timestamp of the data sweep.

-
- -
-
m_tick
-
uint64 m_tick
-

The tick value representing the count of each sweep in a datalogging session (increments with each sweep).

-
- -
-
m_data
-
ChannelData m_data
-

Contains one or more WirelessDataPoints, corresponding to each channel's data for this sweep.

-
- -
-
m_calsApplied
-
bool m_calsApplied
-

Whether calibration coefficients have been applied to the data or not.

-
- -
-
Functions
-
- -
-
timestamp
-
Timestamp timestamp() const
-

Gets the timestamp of the sweep as a Timestamp

Returns

A Timestamp representing the timestamp of the sweep

-
- -
-
tick
-
uint64 tick() const
-

Gets the tick value of the sweep

Returns

The tick value of the sweep

-
- -
-
data
-
const ChannelData& data() const
-

Gets the channel data in this sweep as a WirelessDataPoint::ChannelData container.

Returns

A WirelessDataPoint::ChannelData container holding the data for the sweep.

-
- -
-
calApplied
-
bool calApplied() const
-

Gets whether calibration coefficients have been applied to the data already.

Returns

true if the data already has cal coefficients applied to it, false if it does not have any cal coefficients applied.

-
- -
-
Types
-
- -
-
LoggedDataSweeps
-

Typedef for a vector of LoggedDataSweep objects.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/MockBaseStation_Impl-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/MockBaseStation_Impl-h-Summary.js deleted file mode 100644 index 280d5f229..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/MockBaseStation_Impl-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/MockBaseStation_Impl.h","MockBaseStation_Impl.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/MockBaseStation_Impl.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[8553,0,0,"MockBaseStation_Impl","MockBaseStation_Impl"],[8554,0,2,"Functions","MockBaseStation_Impl.Functions"],[8555,0,1,"MockBaseStation_Impl","MockBaseStation_Impl.MockBaseStation_Impl"],[8556,0,1,"~BaseStation_Impl","MockBaseStation_Impl.~BaseStation_Impl"],[8557,0,2,"Variables","MockBaseStation_Impl.Variables"],[8558,0,3,"m_info","MockBaseStation_Impl.m_info"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/MockBaseStation_Impl-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/MockBaseStation_Impl-h-SummaryToolTips.js deleted file mode 100644 index c7a6b6763..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/MockBaseStation_Impl-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/MockBaseStation_Impl.h",{8553:"
MockBaseStation_Impl
Contains the Mock implementation for a BaseStation object.
",8555:"
MockBaseStation_Impl(
const BaseStationInfo &info
)
Creates a MockBaseStation_Impl object.
",8556:"
Destroys the BaseStation object
",8558:"
BaseStationInfo m_info
The BaseStationInfo for the MockBaseStation to use when needed.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/MockBaseStation_Impl-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/MockBaseStation_Impl-h-ToolTips.js deleted file mode 100644 index 73494b336..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/MockBaseStation_Impl-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({9496:"
Holds information about a BaseStation.
",9507:"
BaseStation_Impl
Contains the implementation for a BaseStation object.
",9710:"
BaseStation
Represents a MicroStrain Base Station object
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/MockBaseStation_Impl-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/MockBaseStation_Impl-h.html deleted file mode 100644 index 4b4426e97..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/MockBaseStation_Impl-h.html +++ /dev/null @@ -1,42 +0,0 @@ - - -MockBaseStation_Impl.h - - - - - - - -
-
MockBaseStation_Impl
-
public
BaseStation_Impl
MockBaseStation_Impl
-

Contains the Mock implementation for a BaseStation object.

-
- -
-
Functions
-
- -
-
MockBaseStation_Impl
-
MockBaseStation_Impl(
const BaseStationInfo &info
)
-

Creates a MockBaseStation_Impl object.

Parameters
info
const BaseStationInfo&

The BaseStationInfo describing this BaseStation.

-
- -
-
~BaseStation_Impl
-

Destroys the BaseStation object

-
- -
-
Variables
-
- -
-
m_info
- -

The BaseStationInfo for the MockBaseStation to use when needed.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/MockWirelessNode_Impl-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/MockWirelessNode_Impl-h-Summary.js deleted file mode 100644 index 094c180c2..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/MockWirelessNode_Impl-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/MockWirelessNode_Impl.h","MockWirelessNode_Impl.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/MockWirelessNode_Impl.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[8548,0,0,"MockWirelessNode_Impl","MockWirelessNode_Impl"],[8549,0,2,"Functions","MockWirelessNode_Impl.Functions"],[8550,0,1,"WirelessNode_Impl","MockWirelessNode_Impl.WirelessNode_Impl"],[8551,0,2,"Variables","MockWirelessNode_Impl.Variables"],[8552,0,3,"m_info","MockWirelessNode_Impl.m_info"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/MockWirelessNode_Impl-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/MockWirelessNode_Impl-h-SummaryToolTips.js deleted file mode 100644 index fcd739029..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/MockWirelessNode_Impl-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/MockWirelessNode_Impl.h",{8548:"
MockWirelessNode_Impl
Contains the Mock implementation logic for a WirelessNode.
",8550:"
MockWirelessNode_Impl(
NodeAddress nodeAddress,
const BaseStation &basestation,
const NodeInfo &info
)
Creates a WirelessNode_Impl object.
",8552:"
NodeInfo m_info
The NodeInfo for the MockWirelessNode to use when needed.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/MockWirelessNode_Impl-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/MockWirelessNode_Impl-h-ToolTips.js deleted file mode 100644 index f34678d6c..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/MockWirelessNode_Impl-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({6858:"
Holds information (read from eeprom) about a WirelessNode.
",9207:"
WirelessNode_Impl
Contains the implementation logic for a WirelessNode.  Most WirelessNode commands call these commands.
",9710:"
BaseStation
Represents a MicroStrain Base Station object
",10245:"
typedef for a Node\'s node address.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/MockWirelessNode_Impl-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/MockWirelessNode_Impl-h.html deleted file mode 100644 index 0ab73baba..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/MockWirelessNode_Impl-h.html +++ /dev/null @@ -1,37 +0,0 @@ - - -MockWirelessNode_Impl.h - - - - - - - -
-
MockWirelessNode_Impl
-
public
WirelessNode_Impl
MockWirelessNode_Impl
-

Contains the Mock implementation logic for a WirelessNode.

-
- -
-
Functions
-
- -
-
WirelessNode_Impl
-
MockWirelessNode_Impl(
NodeAddress nodeAddress,
const BaseStation &basestation,
const NodeInfo &info
)
-

Creates a WirelessNode_Impl object.

Parameters
nodeAddress
NodeAddress

the node address of the node

basestation
const BaseStation&

the node's parent Base Station

info
const NodeInfo&

The NodeInfo of the Node

-
- -
-
Variables
-
- -
-
m_info
-
NodeInfo m_info
-

The NodeInfo for the MockWirelessNode to use when needed.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/NodeCommTimes-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/NodeCommTimes-h-Summary.js deleted file mode 100644 index 4d5b13036..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/NodeCommTimes-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/NodeCommTimes.h","NodeCommTimes.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/NodeCommTimes.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[8539,0,0,"NodeCommTimes","NodeCommTimes"],[8540,0,2,"Variables","NodeCommTimes.Variables"],[8541,0,3,"m_nodesLastCommTime","NodeCommTimes.m_nodesLastCommTime"],[8542,0,3,"m_nodesLastState","NodeCommTimes.m_nodesLastState"],[8543,0,2,"Functions","NodeCommTimes.Functions"],[8544,0,1,"updateCommTime","NodeCommTimes.updateCommTime"],[8545,0,1,"updateDeviceState","NodeCommTimes.updateDeviceState"],[8546,0,1,"getLastCommTime","NodeCommTimes.getLastCommTime"],[8547,0,1,"getLastDeviceState","NodeCommTimes.getLastDeviceState"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/NodeCommTimes-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/NodeCommTimes-h-SummaryToolTips.js deleted file mode 100644 index bed184e62..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/NodeCommTimes-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/NodeCommTimes.h",{8539:"
NodeCommTimes
Contains a global map of Wireless Node addresses to last communication times.
",8541:"
static std::map<NodeAddress, Timestamp> m_nodesLastCommTime
A map of node address to Timestamp objects, holding the last communication time for nodes.
",8542:"
static std::map<NodeAddress, DeviceState> m_nodesLastState
A mpa of node address to DeviceState objects, holding the last known state for nodes.
",8544:"
static void updateCommTime(
NodeAddress nodeAddress
)
Sets the communication time for the given node address to the current system time.
",8545:"
static void updateDeviceState(
NodeAddress nodeAddress,
DeviceState state
)
Sets the DeviceState for the given node address.
",8546:"
static const Timestamp& getLastCommTime(
NodeAddress nodeAddress
)
Gets the last communication time for the given node address.
",8547:"
static DeviceState getLastDeviceState(
NodeAddress nodeAddress
)
Gets the last device state for the given node address.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/NodeCommTimes-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/NodeCommTimes-h-ToolTips.js deleted file mode 100644 index cc4bad481..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/NodeCommTimes-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({10245:"
typedef for a Node\'s node address.
",10274:"
The possible states a device can be in.
",10291:"
Timestamp
Represents a date/time object
",10457:"
Error_NoData
There is no data available to be accessed
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/NodeCommTimes-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/NodeCommTimes-h.html deleted file mode 100644 index 3ff6b2b5a..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/NodeCommTimes-h.html +++ /dev/null @@ -1,61 +0,0 @@ - - -NodeCommTimes.h - - - - - - - -
-
NodeCommTimes
-
NodeCommTimes
-

Contains a global map of Wireless Node addresses to last communication times.

-
- -
-
Variables
-
- -
-
m_nodesLastCommTime
-
static std::map<NodeAddress, Timestamp> m_nodesLastCommTime
-

A map of node address to Timestamp objects, holding the last communication time for nodes.

-
- -
-
m_nodesLastState
-
static std::map<NodeAddress, DeviceState> m_nodesLastState
-

A mpa of node address to DeviceState objects, holding the last known state for nodes.

-
- -
-
Functions
-
- -
-
updateCommTime
-
static void updateCommTime(
NodeAddress nodeAddress
)
-

Sets the communication time for the given node address to the current system time.

Parameters
nodeAddress
NodeAddress

The node address to update the last communication time for.

-
- -
-
updateDeviceState
-
static void updateDeviceState(
NodeAddress nodeAddress,
DeviceState state
)
-

Sets the DeviceState for the given node address.

Parameters
nodeAddress
NodeAddress

The node address to update

state
DeviceState

The DeviceState to set.

-
- -
-
getLastCommTime
-
static const Timestamp& getLastCommTime(
NodeAddress nodeAddress
)
-

Gets the last communication time for the given node address.

Parameters
nodeAddress
NodeAddress

The node address to get the last communication time for.

Exceptions

  • Error_NoData: There is no communication time logged for the given node address.

-
- -
-
getLastDeviceState
-
static DeviceState getLastDeviceState(
NodeAddress nodeAddress
)
-

Gets the last device state for the given node address.

Parameters
nodeAddress
NodeAddress

The node address to get the last device state for.

Returns

The DeviceState of the node address.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/NodeDiscovery-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/NodeDiscovery-h-Summary.js deleted file mode 100644 index cac29364a..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/NodeDiscovery-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/NodeDiscovery.h","NodeDiscovery.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/NodeDiscovery.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Types","Type"],["Variables","Variable"]],[[8500,0,0,"NodeDiscovery","NodeDiscovery"],[8501,0,2,"Functions","NodeDiscovery.Functions"],[8502,0,1,"NodeDiscovery","NodeDiscovery.NodeDiscovery"],[8503,0,2,"Variables","NodeDiscovery.Variables"],[8504,0,4,"m_eepromMap","NodeDiscovery.m_eepromMap"],[8505,0,4,"m_nodeAddress","NodeDiscovery.m_nodeAddress"],[8506,0,4,"m_radioChannel","NodeDiscovery.m_radioChannel"],[8507,0,4,"m_panId","NodeDiscovery.m_panId"],[8508,0,4,"m_model","NodeDiscovery.m_model"],[8509,0,4,"m_serialNumber","NodeDiscovery.m_serialNumber"],[8510,0,4,"m_firmwareVersion","NodeDiscovery.m_firmwareVersion"],[8511,0,4,"m_defaultMode","NodeDiscovery.m_defaultMode"],[8512,0,4,"m_commProtocol","NodeDiscovery.m_commProtocol"],[8513,0,4,"m_asppVersionLxrs","NodeDiscovery.m_asppVersionLxrs"],[8514,0,4,"m_asppVersionLxrsPlus","NodeDiscovery.m_asppVersionLxrsPlus"],[8515,0,4,"m_bitResult","NodeDiscovery.m_bitResult"],[8516,0,4,"m_baseRssi","NodeDiscovery.m_baseRssi"],[8517,0,4,"m_timestamp","NodeDiscovery.m_timestamp"],[8518,0,2,"Functions","NodeDiscovery.Functions(2)"],[8519,0,1,"initFromPacket_v1","NodeDiscovery.initFromPacket_v1"],[8520,0,1,"initFromPacket_v2","NodeDiscovery.initFromPacket_v2"],[8521,0,1,"initFromPacket_v3","NodeDiscovery.initFromPacket_v3"],[8522,0,1,"initFromPacket_v4","NodeDiscovery.initFromPacket_v4"],[8523,0,1,"initFromPacket_v5","NodeDiscovery.initFromPacket_v5"],[8524,0,1,"nodeAddress","NodeDiscovery.nodeAddress"],[8525,0,1,"frequency","NodeDiscovery.frequency"],[8526,0,1,"panId","NodeDiscovery.panId"],[8527,0,1,"model","NodeDiscovery.model"],[8528,0,1,"serialNumber","NodeDiscovery.serialNumber"],[8529,0,1,"firmwareVersion","NodeDiscovery.firmwareVersion"],[8530,0,1,"defaultMode","NodeDiscovery.defaultMode"],[8531,0,1,"builtInTestResult","NodeDiscovery.builtInTestResult"],[8532,0,1,"communicationProtocol","NodeDiscovery.communicationProtocol"],[8533,0,1,"asppVersion_lxrs","NodeDiscovery.asppVersion_lxrs"],[8534,0,1,"asppVersion_lxrsPlus","NodeDiscovery.asppVersion_lxrsPlus"],[8535,0,1,"baseRssi","NodeDiscovery.baseRssi"],[8536,0,1,"timestamp","NodeDiscovery.timestamp"],[8537,0,2,"Types","NodeDiscovery.Types"],[8538,0,3,"NodeDiscoveries","NodeDiscovery.NodeDiscoveries"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/NodeDiscovery-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/NodeDiscovery-h-SummaryToolTips.js deleted file mode 100644 index fff5d893d..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/NodeDiscovery-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/NodeDiscovery.h",{8500:"
NodeDiscovery
Represents 1 node discovery, which is created when a Wireless Node Discovery packet is sent from a Node.  Note: There are multiple versions of Node Discovery packets which have been developed over time.  Each version has added more useful information. If an earlier version of the Node Discovery packet is heard, this NodeDiscovery object will have some information be invalid (set to default values).
",8502:"
explicit NodeDiscovery(
const WirelessPacket &packet
)
Creates a NodeDiscovery object from a WirelessPacket
",8504:"
WirelessTypes::EepromMap m_eepromMap
Contains an eeprom map to use for updating a WirelessNode\'s eeprom cache with the Node Discovery info, if desired.
",8505:"
NodeAddress m_nodeAddress
The node address of the node that sent the Node Discovery packet.
",8506:"
WirelessTypes::Frequency m_radioChannel
The radio channel (WirelessTypes::Frequency) that the node was on that sent the Node Discovery packet.
",8507:"
uint16 m_panId
The PAN id of the Node that send the Node Discovery packet.
",8508:"
WirelessModels::NodeModel m_model
The model of the node that sent the Node Discovery packet.
",8509:"
uint32 m_serialNumber
The serial number of the node that sent the Node Discovery packet.
",8510:"
Version m_firmwareVersion
The firmware version of the node that sent the Node Discovery packet.
",8511:"
WirelessTypes::DefaultMode m_defaultMode
The WirelessTypes::DefaultMode of the node that sent the Node Discovery packet.
",8512:"
WirelessTypes::CommProtocol m_commProtocol
The WirelessTypes::CommProtocol of the node that sent the Node Discovery packet.
",8513:"
Version m_asppVersionLxrs
The ASPP Version of the node when in LXRS mode.
",8514:"
Version m_asppVersionLxrsPlus
The ASPP Version of the node when in LXRS+ mode.
",8515:"
uint32 m_bitResult
The Built In Test result that was sent in the packet.
",8516:"
int16 m_baseRssi
The Base Station RSSI that identifies the received signal strength at the Base Station.
",8517:"
Timestamp m_timestamp
The Timestamp of when the NodeDiscovery packet was received by MSCL.
",8519:"
void initFromPacket_v1(
const WirelessPacket &packet
)
Initializes the NodeDiscovery object from a version 1 Node Discovery packet.
",8520:"
void initFromPacket_v2(
const WirelessPacket &packet
)
Initializes the NodeDiscovery object from a version 2 Node Discovery packet.
",8521:"
void initFromPacket_v3(
const WirelessPacket &packet
)
Initializes the NodeDiscovery object from a version 3 Node Discovery packet.
",8522:"
void initFromPacket_v4(
const WirelessPacket &packet
)
Initializes the NodeDiscovery object from a version 4 Node Discovery packet.
",8523:"
void initFromPacket_v5(
const WirelessPacket &packet
)
Initializes the NodeDiscovery object from a version 5 Node Discovery packet.
",8524:"
NodeAddress nodeAddress() const
Gets the node address of the discovered Node.
",8525:"
WirelessTypes::Frequency frequency() const
Gets the WirelessTypes::Frequency of the discovered Node.
",8526:"
uint16 panId() const
Gets the PAN Id of the discovered Node.  Note: Returns 0 if not present in the packet.
",8527:"
WirelessModels::NodeModel model() const
Gets the model of the discovered Node.
",8528:"
uint32 serialNumber() const
Gets the serial number of the discovered Node.  Note: Returns 0 if not present in the packet.
",8529:"
Version firmwareVersion() const
Gets the firmware version of the discovered Node.  Note: Returns 0.0.0 if not present in the packet.
",8530:"
WirelessTypes::DefaultMode defaultMode() const
Gets the WirelessTypes::DefaultMode of the discovered Node.  Note: Returns 999 if not present in the packet.
",8531:"
uint32 builtInTestResult() const
Gets the result bitmask of the built in test.
",8532:"
WirelessTypes::CommProtocol communicationProtocol() const
Gets the WirelessTypes::CommProtocol of the discovered Node.
",8533:"
Version asppVersion_lxrs() const
Gets the ASPP protocol Version of the Node when it is in LXRS RadioMode.
",8534:"
Version asppVersion_lxrsPlus() const
Gets the ASPP protocol Version of the Node when it is in LXRS+ RadioMode.
",8535:"
int16 baseRssi() const
Gets the base station rssi of the discovered Node.
",8536:"
Timestamp timestamp() const
Gets the Timestamp of when the NodeDiscovery packet was received by MSCL.
",8538:"
typedef for a vector of NodeDiscovery objects
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/NodeDiscovery-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/NodeDiscovery-h-ToolTips.js deleted file mode 100644 index e9e86d13b..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/NodeDiscovery-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7176:"
WirelessPacket
Represents a MicroStrain wireless packet
",7789:"
The model numbers for each of the Wireless Nodes.
",8502:"
explicit NodeDiscovery(
const WirelessPacket &packet
)
Creates a NodeDiscovery object from a WirelessPacket
",8611:"
Represents the types of default modes the Node can have.  This is the mode the Node starts in, as well as the mode the node goes into after an inactivity timeout.
",8617:"
Represents the frequency (channel) that can be used for Wireless Devices.
",9155:"
Available Communication Protocol types.
",9186:"
Typedef for a map of eeprom locations (uint16) to values (uint16).
",10245:"
typedef for a Node\'s node address.
",10291:"
Timestamp
Represents a date/time object
",10409:"
Version
Class that represents, and provides helper functions for, a Version number
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/NodeDiscovery-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/NodeDiscovery-h.html deleted file mode 100644 index c4a7268bc..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/NodeDiscovery-h.html +++ /dev/null @@ -1,236 +0,0 @@ - - -NodeDiscovery.h - - - - - - - -
-
NodeDiscovery
-
NodeDiscovery
-

Represents 1 node discovery, which is created when a Wireless Node Discovery packet is sent from a Node.  Note: There are multiple versions of Node Discovery packets which have been developed over time.  Each version has added more useful information. If an earlier version of the Node Discovery packet is heard, this NodeDiscovery object will have some information be invalid (set to default values).

-
- -
-
Functions
-
- -
-
NodeDiscovery
-
explicit NodeDiscovery(
const WirelessPacket &packet
)
-

Creates a NodeDiscovery object from a WirelessPacket

Parameters
packet
const WirelessPacket&

The WirelessPacket to create the NodeDiscovery object from

-
- -
-
Variables
-
- -
-
m_eepromMap
- -

Contains an eeprom map to use for updating a WirelessNode's eeprom cache with the Node Discovery info, if desired.

-
- -
-
m_nodeAddress
-
NodeAddress m_nodeAddress
-

The node address of the node that sent the Node Discovery packet.

-
- -
-
m_radioChannel
- -

The radio channel (WirelessTypes::Frequency) that the node was on that sent the Node Discovery packet.

-
- -
-
m_panId
-
uint16 m_panId
-

The PAN id of the Node that send the Node Discovery packet.

-
- -
-
m_model
- -

The model of the node that sent the Node Discovery packet.

-
- -
-
m_serialNumber
-
uint32 m_serialNumber
-

The serial number of the node that sent the Node Discovery packet.

-
- -
-
m_firmwareVersion
-
Version m_firmwareVersion
-

The firmware version of the node that sent the Node Discovery packet.

-
- -
-
m_defaultMode
- -

The WirelessTypes::DefaultMode of the node that sent the Node Discovery packet.

-
- -
-
m_commProtocol
- -

The WirelessTypes::CommProtocol of the node that sent the Node Discovery packet.

-
- -
-
m_asppVersionLxrs
-
Version m_asppVersionLxrs
-

The ASPP Version of the node when in LXRS mode.

-
- -
-
m_asppVersionLxrsPlus
-
Version m_asppVersionLxrsPlus
-

The ASPP Version of the node when in LXRS+ mode.

-
- -
-
m_bitResult
-
uint32 m_bitResult
-

The Built In Test result that was sent in the packet.

-
- -
-
m_baseRssi
-
int16 m_baseRssi
-

The Base Station RSSI that identifies the received signal strength at the Base Station.

-
- -
-
m_timestamp
-
Timestamp m_timestamp
-

The Timestamp of when the NodeDiscovery packet was received by MSCL.

-
- -
-
Functions
-
- -
-
initFromPacket_v1
-
void initFromPacket_v1(
const WirelessPacket &packet
)
-

Initializes the NodeDiscovery object from a version 1 Node Discovery packet.

Parameters
packet
const WirelessPacket&

The WirelessPacket which is a version 1 Node Discovery packet.

-
- -
-
initFromPacket_v2
-
void initFromPacket_v2(
const WirelessPacket &packet
)
-

Initializes the NodeDiscovery object from a version 2 Node Discovery packet.

Parameters
packet
const WirelessPacket&

The WirelessPacket which is a version 2 Node Discovery packet.

-
- -
-
initFromPacket_v3
-
void initFromPacket_v3(
const WirelessPacket &packet
)
-

Initializes the NodeDiscovery object from a version 3 Node Discovery packet.

Parameters
packet
const WirelessPacket&

The WirelessPacket which is a version 3 Node Discovery packet.

-
- -
-
initFromPacket_v4
-
void initFromPacket_v4(
const WirelessPacket &packet
)
-

Initializes the NodeDiscovery object from a version 4 Node Discovery packet.

Parameters
packet
const WirelessPacket&

The WirelessPacket which is a version 4 Node Discovery packet.

-
- -
-
initFromPacket_v5
-
void initFromPacket_v5(
const WirelessPacket &packet
)
-

Initializes the NodeDiscovery object from a version 5 Node Discovery packet.

Parameters
packet
const WirelessPacket&

The WirelessPacket which is a version 5 Node Discovery packet.

-
- -
-
nodeAddress
-
NodeAddress nodeAddress() const
-

Gets the node address of the discovered Node.

Returns

The node address of the discovered Node.

-
- -
-
frequency
-
WirelessTypes::Frequency frequency() const
-

Gets the WirelessTypes::Frequency of the discovered Node.

Returns

The WirelessTypes::Frequency of the discovered Node.

-
- -
-
panId
-
uint16 panId() const
-

Gets the PAN Id of the discovered Node.  Note: Returns 0 if not present in the packet.

Returns

The PAN Id of the discovered Node.

-
- -
-
model
- -

Gets the model of the discovered Node.

Returns

The WirelessModels::NodeModel of the discovered Node.

-
- -
-
serialNumber
-
uint32 serialNumber() const
-

Gets the serial number of the discovered Node.  Note: Returns 0 if not present in the packet.

Returns

The serial number of the discovered Node.

-
- -
-
firmwareVersion
-
Version firmwareVersion() const
-

Gets the firmware version of the discovered Node.  Note: Returns 0.0.0 if not present in the packet.

Returns

The firmware version of the discovered Node.

-
- -
-
defaultMode
-
WirelessTypes::DefaultMode defaultMode() const
-

Gets the WirelessTypes::DefaultMode of the discovered Node.  Note: Returns 999 if not present in the packet.

Returns

The WirelessTypes::DefaultMode of the discovered Node.

-
- -
-
builtInTestResult
-
uint32 builtInTestResult() const
-

Gets the result bitmask of the built in test.

Returns

A uint32 bitmask representing the result of the built in test.

-
- -
-
communicationProtocol
-
WirelessTypes::CommProtocol communicationProtocol() const
-

Gets the WirelessTypes::CommProtocol of the discovered Node.

Returns

The WirelessTypes::CommProtocol that the Node is currently in.

-
- -
-
asppVersion_lxrs
-
Version asppVersion_lxrs() const
-

Gets the ASPP protocol Version of the Node when it is in LXRS RadioMode.

-
- -
-
asppVersion_lxrsPlus
-
Version asppVersion_lxrsPlus() const
-

Gets the ASPP protocol Version of the Node when it is in LXRS+ RadioMode.

-
- -
-
baseRssi
-
int16 baseRssi() const
-

Gets the base station rssi of the discovered Node.

Returns

The base station rssi of the discovered Node.

-
- -
-
timestamp
-
Timestamp timestamp() const
-

Gets the Timestamp of when the NodeDiscovery packet was received by MSCL.

Returns

The Timestamp of when the NodeDiscovery packet was received by MSCL.

-
- -
-
Types
-
- -
-
NodeDiscoveries
-

typedef for a vector of NodeDiscovery objects

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/NodeMemory-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/NodeMemory-h-Summary.js deleted file mode 100644 index c453127a2..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/NodeMemory-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/NodeMemory.h","NodeMemory.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/NodeMemory.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[9320,0,0,"NodeMemory","NodeMemory"],[9321,0,2,"Functions","NodeMemory.Functions"],[9322,0,1,"NodeMemory","NodeMemory.NodeMemory"],[9323,0,1,"~NodeMemory","NodeMemory.~NodeMemory"],[9324,0,2,"Variables","NodeMemory.Variables"],[9325,0,3,"m_node","NodeMemory.m_node"],[9326,0,3,"m_totalBytes","NodeMemory.m_totalBytes"],[9327,0,3,"m_currentData","NodeMemory.m_currentData"],[9328,0,2,"Functions","NodeMemory.Functions(2)"],[9329,0,1,"nextByte","NodeMemory.nextByte"],[9330,0,1,"isNextByteNewHeader","NodeMemory.isNextByteNewHeader"],[9331,0,1,"readIndex","NodeMemory.readIndex"],[9332,0,1,"setAddress","NodeMemory.setAddress"],[9333,0,1,"bytesRemaining","NodeMemory.bytesRemaining"],[9334,0,1,"percentComplete","NodeMemory.percentComplete"],[9335,0,1,"skipBytes","NodeMemory.skipBytes"],[9336,0,1,"read_uint8","NodeMemory.read_uint8"],[9337,0,1,"read_int16","NodeMemory.read_int16"],[9338,0,1,"read_uint16","NodeMemory.read_uint16"],[9339,0,1,"read_uint24","NodeMemory.read_uint24"],[9340,0,1,"read_int24","NodeMemory.read_int24"],[9341,0,1,"read_uint32","NodeMemory.read_uint32"],[9342,0,1,"read_uint64","NodeMemory.read_uint64"],[9343,0,1,"read_float","NodeMemory.read_float"],[9344,0,1,"read_string","NodeMemory.read_string"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/NodeMemory-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/NodeMemory-h-SummaryToolTips.js deleted file mode 100644 index 90153b39f..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/NodeMemory-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/NodeMemory.h",{9320:"
NodeMemory
Provides easy access to the datalogging memory on a WirelessNode.
",9322:"
NodeMemory(
WirelessNode &node
)
Creates a NodeMemory object.
",9323:"
virtual ~NodeMemory()
Destroys a NodeMemory object.
",9325:"
WirelessNode& m_node
The WirelessNode to access the memory of.
",9326:"
uint32 m_totalBytes
The total number of bytes that can be downloaded.
",9327:"
ByteStream m_currentData
Contains data for the current page that has been downloaded.
",9329:"
virtual uint8 nextByte() = 0
Reads the next byte from the datalogging data.
",9330:"
virtual bool isNextByteNewHeader() = 0
Checks if the next byte will be the start of a new header.  Note: upon returning from this function, the read position will not have changed.
",9331:"
virtual uint32 readIndex() const = 0
Returns the current read index for the data.
",9332:"
virtual void setAddress(
uint32 newAddress
) = 0
Sets the read address to the specified value.
",9333:"
virtual uint32 bytesRemaining() = 0
Calculates how many bytes are remaining in the Node\'s datalogging memory, based on the current byte position.
",9334:"
virtual float percentComplete() = 0
Calculates the percentage complete based on the current byte position.
",9335:"
void skipBytes(
uint32 numBytesToSkip
)
Moves the read pointer ahead by the number of bytes specified (calls read_uint8).
",9336:"
uint8 read_uint8()
Reads a 1-byte unsigned integer from the Node\'s memory.
",9337:"
int16 read_int16(
Utils::Endianness endian = Utils::bigEndian
)
Reads a 2-byte signed integer from the Node\'s memory.
",9338:"
uint16 read_uint16(
Utils::Endianness endian = Utils::bigEndian
)
Reads a 2-byte unsigned integer from the Node\'s memory.
",9339:"
uint32 read_uint24(
Utils::Endianness endian = Utils::bigEndian
)
Reads a 3-byte unsigned integer from the Node\'s memory.
",9340:"
int32 read_int24(
Utils::Endianness endian = Utils::bigEndian
)
Reads a 3-byte signed integer from the Node\'s memory.
",9341:"
uint32 read_uint32(
Utils::Endianness endian = Utils::bigEndian
)
Reads a 4-byte unsigned integer from the Node\'s memory.
",9342:"
uint64 read_uint64(
Utils::Endianness endian = Utils::bigEndian
)
Reads an 8-byte unsigned integer from the Node\'s memory.
",9343:"
float read_float(
Utils::Endianness endian = Utils::bigEndian
)
Reads a 4-byte float from the Node\'s memory.
",9344:"
std::string read_string(
uint32 length
)
Reads a string of the specified length from the Node\'s memory.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/NodeMemory-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/NodeMemory-h-ToolTips.js deleted file mode 100644 index 8764dc3cf..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/NodeMemory-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7905:"
WirelessNode
A class representing a MicroStrain wireless node
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10192:"
The possible endians that a value can be in.
",10457:"
Error_NoData
There is no data available to be accessed
",10472:"
Error_NodeCommunication
The exception for failing to communicate with a WirelessNode.
",10479:"
Error_Connection
The generic connection exception.
",8435:"
NodeMemory_v2
Provides easy access to the datalogging memory (v2) on a WirelessNode.
",8474:"
NodeMemory_v1
Provides easy access to the datalogging memory on a WirelessNode.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/NodeMemory-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/NodeMemory-h.html deleted file mode 100644 index 21caf220e..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/NodeMemory-h.html +++ /dev/null @@ -1,155 +0,0 @@ - - -NodeMemory.h - - - - - - - -
-
NodeMemory
- -

Provides easy access to the datalogging memory on a WirelessNode.

-
- -
-
Functions
-
- -
-
NodeMemory
-
NodeMemory(
WirelessNode &node
)
-

Creates a NodeMemory object.

Parameters
node
WirelessNode&

The WirelessNode to access the memory of.

Exceptions
-
- -
-
~NodeMemory
-
virtual ~NodeMemory()
-

Destroys a NodeMemory object.

-
- -
-
Variables
-
- -
-
m_node
-
WirelessNode& m_node
-

The WirelessNode to access the memory of.

-
- -
-
m_totalBytes
-
uint32 m_totalBytes
-

The total number of bytes that can be downloaded.

-
- -
-
m_currentData
-
ByteStream m_currentData
-

Contains data for the current page that has been downloaded.

-
- -
-
Functions
-
- -
-
nextByte
-
virtual uint8 nextByte() = 0
-

Reads the next byte from the datalogging data.

Returns

The 1-byte uint8 at the next position.

Exceptions
-
- -
-
isNextByteNewHeader
-
virtual bool isNextByteNewHeader() = 0
-

Checks if the next byte will be the start of a new header.  Note: upon returning from this function, the read position will not have changed.

Returns

true if the next byte starts a new header, false if it does not.

-
- -
-
readIndex
-
virtual uint32 readIndex() const = 0
-

Returns the current read index for the data.

-
- -
-
setAddress
-
virtual void setAddress(
uint32 newAddress
) = 0
-

Sets the read address to the specified value.

Parameters
newAddress
uint32

The address to set the read address to.

-
- -
-
bytesRemaining
-
virtual uint32 bytesRemaining() = 0
-

Calculates how many bytes are remaining in the Node's datalogging memory, based on the current byte position.

Returns

The number of bytes remaining before the end of the Node's datalogging memory.

-
- -
-
percentComplete
-
virtual float percentComplete() = 0
-

Calculates the percentage complete based on the current byte position.

Returns
The percentage complete (0

100).

-
- -
-
skipBytes
-
void skipBytes(
uint32 numBytesToSkip
)
-

Moves the read pointer ahead by the number of bytes specified (calls read_uint8).

Exceptions
-
- -
-
read_uint8
-
uint8 read_uint8()
-

Reads a 1-byte unsigned integer from the Node's memory.

Returns

The 1-byte uint8 at the next position in the Node's memory.

Exceptions
-
- -
-
read_int16
-
int16 read_int16(
Utils::Endianness endian = Utils::bigEndian
)
-

Reads a 2-byte signed integer from the Node's memory.

Parameters
endian
Utils::Endianness

The Utils::Endianness to read the bytes in.

Returns

The int16 at the next position in the Node's memory.

Exceptions
-
- -
-
read_uint16
-
uint16 read_uint16(
Utils::Endianness endian = Utils::bigEndian
)
-

Reads a 2-byte unsigned integer from the Node's memory.

Parameters
endian
Utils::Endianness

The Utils::Endianness to read the bytes in.

Returns

The uint16 at the next position in the Node's memory.

Exceptions
-
- -
-
read_uint24
-
uint32 read_uint24(
Utils::Endianness endian = Utils::bigEndian
)
-

Reads a 3-byte unsigned integer from the Node's memory.

Parameters
endian
Utils::Endianness

The Utils::Endianness to read the bytes in.

Returns

A uint32 containing the uint24 value at the next position in the Node's memory.

Exceptions
-
- -
-
read_int24
-
int32 read_int24(
Utils::Endianness endian = Utils::bigEndian
)
-

Reads a 3-byte signed integer from the Node's memory.

Parameters
endian
Utils::Endianness

The Utils::Endianness to read the bytes in.

Returns

An int32 containing the int24 value at the next position in the Node's memory.

Exceptions
-
- -
-
read_uint32
-
uint32 read_uint32(
Utils::Endianness endian = Utils::bigEndian
)
-

Reads a 4-byte unsigned integer from the Node's memory.

Parameters
endian
Utils::Endianness

The Utils::Endianness to read the bytes in.

Returns

The uint32 at the next position in the Node's memory.

Exceptions
-
- -
-
read_uint64
-
uint64 read_uint64(
Utils::Endianness endian = Utils::bigEndian
)
-

Reads an 8-byte unsigned integer from the Node's memory.

Parameters
endian
Utils::Endianness

The Utils::Endianness to read the bytes in.

Returns

The uint32 at the next position in the Node's memory.

Exceptions
-
- -
-
read_float
-
float read_float(
Utils::Endianness endian = Utils::bigEndian
)
-

Reads a 4-byte float from the Node's memory.

Parameters
endian
Utils::Endianness

The Utils::Endianness to read the bytes in.

Returns

The float at the next position in the Node's memory.

Exceptions
-
- -
-
read_string
-
std::string read_string(
uint32 length
)
-

Reads a string of the specified length from the Node's memory.

Parameters
length
uint32

The size (number of characters) to read for.

Returns

The string at the next position in the Node's memory, of the requested length.

Exceptions
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/NodeMemory_v1-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/NodeMemory_v1-h-Summary.js deleted file mode 100644 index 487bcab53..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/NodeMemory_v1-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/NodeMemory_v1.h","NodeMemory_v1.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/NodeMemory_v1.h",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[8474,0,0,"NodeMemory_v1","NodeMemory_v1"],[8475,0,3,"Functions","NodeMemory_v1.Functions"],[8476,0,2,"NodeMemory_v1","NodeMemory_v1.NodeMemory_v1"],[8477,0,2,"~NodeMemory_v1","NodeMemory_v1.~NodeMemory_v1"],[8478,0,3,"Constants","NodeMemory_v1.Constants"],[8479,0,1,"Node Memory Constants","NodeMemory_v1.Node_Memory_Constants"],[8480,0,1,,"NodeMemory_v1.DPAGE_SIZE"],[8481,0,1,,"NodeMemory_v1.START_PAGE"],[8482,0,3,"Variables","NodeMemory_v1.Variables"],[8483,0,4,"m_currentAddress","NodeMemory_v1.m_currentAddress"],[8484,0,4,"m_logPage","NodeMemory_v1.m_logPage"],[8485,0,4,"m_pageOffset","NodeMemory_v1.m_pageOffset"],[8486,0,4,"m_currentPageNumber","NodeMemory_v1.m_currentPageNumber"],[8487,0,4,"m_previousPageNumbers","NodeMemory_v1.m_previousPageNumbers"],[8488,0,4,"m_previousData","NodeMemory_v1.m_previousData"],[8489,0,3,"Functions","NodeMemory_v1.Functions(2)"],[8490,0,2,"findPageAndOffset","NodeMemory_v1.findPageAndOffset"],[8491,0,2,"getByteStream","NodeMemory_v1.getByteStream"],[8492,0,2,"findData","NodeMemory_v1.findData"],[8493,0,2,"nextByte","NodeMemory_v1.nextByte"],[8494,0,2,"calcTotalBytes","NodeMemory_v1.calcTotalBytes"],[8495,0,2,"isNextByteNewHeader","NodeMemory_v1.isNextByteNewHeader"],[8496,0,2,"readIndex","NodeMemory_v1.readIndex"],[8497,0,2,"setAddress","NodeMemory_v1.setAddress"],[8498,0,2,"bytesRemaining","NodeMemory_v1.bytesRemaining"],[8499,0,2,"percentComplete","NodeMemory_v1.percentComplete"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/NodeMemory_v1-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/NodeMemory_v1-h-SummaryToolTips.js deleted file mode 100644 index f4c491129..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/NodeMemory_v1-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/NodeMemory_v1.h",{8474:"
NodeMemory_v1
Provides easy access to the datalogging memory on a WirelessNode.
",8476:"
NodeMemory_v1(
WirelessNode &node,
uint16 logPage,
uint16 pageOffset
)
Creates a NodeMemory_v1 object.
",8477:"
virtual ~NodeMemory_v1()
Destroys a NodeMemory_v1 object.
",8483:"
uint32 m_currentAddress
The current address to read data from.
",8484:"
uint16 m_logPage
The last log page that contains datalogging data.
",8485:"
uint16 m_pageOffset
The byte offset into the last log page containing datalogging data.
",8486:"
uint16 m_currentPageNumber
Holds the page number of the data that is stored in m_currentData
",8487:"
Holds the page number of the data that is stored in m_previousData
",8488:"
ByteStream m_previousData
Holds the previously downloaded page data for easily returning to it
",8490:"
void findPageAndOffset(
uint32 bytePosition,
uint16 &page,
uint16 &offset
) const
Gets the page and offset from the memory position.
",8491:"
ByteStream* getByteStream(
uint16 page
)
Gets a pointer to the ByteStream containing the data for the requested page.  If the data does not exist in a current ByteStream, it will be downloaded from the Node.
",8492:"
void findData(
uint32 bytePosition,
ByteStream **data,
uint16 &offset
)
Gets the data ByteStream, and offset into the ByteStream to read from, given the byte position.
",8493:"
virtual uint8 nextByte() override
Reads the next byte from the datalogging data.
",8494:"
static uint32 calcTotalBytes(
uint16 logPage,
uint16 pageOffset
)
Calculates the total number of bytes currently logged to memory.
",8495:"
virtual bool isNextByteNewHeader() override
Checks if the next byte will be the start of a new header.  Note: upon returning from this function, the read position will not have changed.
",8496:"
virtual uint32 readIndex() const override
Returns the current read index for the data.
",8497:"
virtual void setAddress(
uint32 newAddress
) override
Sets the read address to the specified value.
",8498:"
virtual uint32 bytesRemaining() override
Calculates how many bytes are remaining in the Node\'s datalogging memory, based on the given byte position.
",8499:"
virtual float percentComplete() override
Calculates the percentage complete based on the given byte position.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/NodeMemory_v1-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/NodeMemory_v1-h-ToolTips.js deleted file mode 100644 index e6c49533f..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/NodeMemory_v1-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7905:"
WirelessNode
A class representing a MicroStrain wireless node
",9320:"
NodeMemory
Provides easy access to the datalogging memory on a WirelessNode.
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10457:"
Error_NoData
There is no data available to be accessed
",10472:"
Error_NodeCommunication
The exception for failing to communicate with a WirelessNode.
",10479:"
Error_Connection
The generic connection exception.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/NodeMemory_v1-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/NodeMemory_v1-h.html deleted file mode 100644 index 5f92df773..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/NodeMemory_v1-h.html +++ /dev/null @@ -1,145 +0,0 @@ - - -NodeMemory_v1.h - - - - - - - -
-
NodeMemory_v1
-
public
NodeMemory
NodeMemory_v1
-

Provides easy access to the datalogging memory on a WirelessNode.

-
- -
-
Functions
-
- -
-
NodeMemory_v1
-
NodeMemory_v1(
WirelessNode &node,
uint16 logPage,
uint16 pageOffset
)
-

Creates a NodeMemory_v1 object.

Parameters
node
WirelessNode&

The WirelessNode to access the memory of.

logPage
uint16

The last log page that contains datalogging data.

pageOffset
uint16

The byte offset into the last log page containing datalogging data.

Exceptions
-
- -
-
~NodeMemory_v1
-
virtual ~NodeMemory_v1()
-

Destroys a NodeMemory_v1 object.

-
- -
-
Constants
-
- -
-
Node Memory Constants
-
DPAGE_SIZE

264  - The size of a single datalogging page (in bytes).

START_PAGE

2  - The first page on the Node that has actual datalogging data.

-
- -
-
Variables
-
- -
-
m_currentAddress
-
uint32 m_currentAddress
-

The current address to read data from.

-
- -
-
m_logPage
-
uint16 m_logPage
-

The last log page that contains datalogging data.

-
- -
-
m_pageOffset
-
uint16 m_pageOffset
-

The byte offset into the last log page containing datalogging data.

-
- -
-
m_currentPageNumber
-
uint16 m_currentPageNumber
-

Holds the page number of the data that is stored in m_currentData

-
- -
-
m_previousPageNumbers
-

Holds the page number of the data that is stored in m_previousData

-
- -
-
m_previousData
-
ByteStream m_previousData
-

Holds the previously downloaded page data for easily returning to it

-
- -
-
Functions
-
- -
-
findPageAndOffset
-
void findPageAndOffset(
uint32 bytePosition,
uint16 &page,
uint16 &offset
) const
-

Gets the page and offset from the memory position.

Parameters
bytePosition
uint32

The byte position in the Node's datalogging memory.

page
uint16&

Holds the page index result.

offset
uint16&

Holds the offset position result;

-
- -
-
getByteStream
-
ByteStream* getByteStream(
uint16 page
)
-

Gets a pointer to the ByteStream containing the data for the requested page.  If the data does not exist in a current ByteStream, it will be downloaded from the Node.

Parameters
page
uint16

The page index to request data for.

Returns

A ByteStream pointer containing the data for the requested page.

Exceptions
-
- -
-
findData
-
void findData(
uint32 bytePosition,
ByteStream **data,
uint16 &offset
)
-

Gets the data ByteStream, and offset into the ByteStream to read from, given the byte position.

Parameters
bytePosition
uint32

The byte position requested in the Node's datalogging memory.

data
ByteStream**

Holds the ByteStream result containing the data to read.

offset
uint16&

Holds the offset result, which is the offset into the data to read from.

Exceptions
-
- -
-
nextByte
-
virtual uint8 nextByte() override
-

Reads the next byte from the datalogging data.

Returns

The 1-byte uint8 at the next position.

Exceptions
-
- -
-
calcTotalBytes
-
static uint32 calcTotalBytes(
uint16 logPage,
uint16 pageOffset
)
-

Calculates the total number of bytes currently logged to memory.

Parameters
logPage
uint16

The log page from the Node.

pageOffset
uint16

The log page offset from the Node.

Returns

The total number of bytes currently logged to memory.

-
- -
-
isNextByteNewHeader
-
virtual bool isNextByteNewHeader() override
-

Checks if the next byte will be the start of a new header.  Note: upon returning from this function, the read position will not have changed.

Returns

true if the next byte starts a new header, false if it does not.

-
- -
-
readIndex
-
virtual uint32 readIndex() const override
-

Returns the current read index for the data.

-
- -
-
setAddress
-
virtual void setAddress(
uint32 newAddress
) override
-

Sets the read address to the specified value.

Parameters
newAddress
uint32

The address to set the read address to.

-
- -
-
bytesRemaining
-
virtual uint32 bytesRemaining() override
-

Calculates how many bytes are remaining in the Node's datalogging memory, based on the given byte position.

Parameters
address

The byte position to check against the total bytes to calculate the number of bytes remaining.

Returns

The number of bytes remaining before the end of the Node's datalogging memory.  virtual uint32 bytesRemaining(uint32 address) const override;

-
- -
-
percentComplete
-
virtual float percentComplete() override
-

Calculates the percentage complete based on the given byte position.

Parameters
address

The byte position to check against the total bytes to calculate the percent complete.

Returns
The percentage complete (0

100).  virtual float percentComplete(uint32 address) const override;

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/NodeMemory_v2-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/NodeMemory_v2-h-Summary.js deleted file mode 100644 index c81e2ae38..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/NodeMemory_v2-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/NodeMemory_v2.h","NodeMemory_v2.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/NodeMemory_v2.h",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[8435,0,0,"NodeMemory_v2","NodeMemory_v2"],[8436,0,3,"Functions","NodeMemory_v2.Functions"],[8437,0,2,"NodeMemory_v2","NodeMemory_v2.NodeMemory_v2"],[8438,0,3,"Constants","NodeMemory_v2.Constants"],[8439,0,1,"Node Memory Constants","NodeMemory_v2.Node_Memory_Constants"],[8440,0,1,,"NodeMemory_v2.BLOCK_HEADER_ID"],[8441,0,1,,"NodeMemory_v2.REFRESH_HEADER_ID"],[8442,0,1,,"NodeMemory_v2.SESSION_CHANGE_HEADER_ID"],[8443,0,1,,"NodeMemory_v2.SESSION_CHANGE_HEADER_ID_V2"],[8444,0,3,"Functions","NodeMemory_v2.Functions(2)"],[8445,0,2,"~NodeMemory_v2","NodeMemory_v2.~NodeMemory_v2"],[8446,0,3,"Variables","NodeMemory_v2.Variables"],[8447,0,4,"m_flashInfo","NodeMemory_v2.m_flashInfo"],[8448,0,4,"m_startAddress","NodeMemory_v2.m_startAddress"],[8449,0,4,"m_lastAddress","NodeMemory_v2.m_lastAddress"],[8450,0,4,"m_downloadAddress","NodeMemory_v2.m_downloadAddress"],[8451,0,4,"m_previousDownloadAddress","NodeMemory_v2.m_previousDownloadAddress"],[8452,0,4,"m_readIndex","NodeMemory_v2.m_readIndex"],[8453,0,4,"m_checksumIndex","NodeMemory_v2.m_checksumIndex"],[8454,0,4,"m_sweepSize","NodeMemory_v2.m_sweepSize"],[8455,0,4,"m_derivedSweepSize","NodeMemory_v2.m_derivedSweepSize"],[8456,0,4,"m_isMathData","NodeMemory_v2.m_isMathData"],[8457,0,4,"m_partialDownload","NodeMemory_v2.m_partialDownload"],[8458,0,4,"m_doneDownloading","NodeMemory_v2.m_doneDownloading"],[8459,0,4,"m_startedDownloading","NodeMemory_v2.m_startedDownloading"],[8460,0,4,"m_nextData","NodeMemory_v2.m_nextData"],[8461,0,4,"m_extraData","NodeMemory_v2.m_extraData"],[8462,0,3,"Functions","NodeMemory_v2.Functions(3)"],[8463,0,2,"nextBlockAddress","NodeMemory_v2.nextBlockAddress"],[8464,0,2,"bytesLeftToDownload","NodeMemory_v2.bytesLeftToDownload"],[8465,0,2,"normalizeAddress","NodeMemory_v2.normalizeAddress"],[8466,0,2,"verifyBlock","NodeMemory_v2.verifyBlock"],[8467,0,2,"fillBuffer","NodeMemory_v2.fillBuffer"],[8468,0,2,"nextByte","NodeMemory_v2.nextByte"],[8469,0,2,"isNextByteNewHeader","NodeMemory_v2.isNextByteNewHeader"],[8470,0,2,"readIndex","NodeMemory_v2.readIndex"],[8471,0,2,"setAddress","NodeMemory_v2.setAddress"],[8472,0,2,"bytesRemaining","NodeMemory_v2.bytesRemaining"],[8473,0,2,"percentComplete","NodeMemory_v2.percentComplete"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/NodeMemory_v2-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/NodeMemory_v2-h-SummaryToolTips.js deleted file mode 100644 index 0f46e0cf7..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/NodeMemory_v2-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/NodeMemory_v2.h",{8435:"
NodeMemory_v2
Provides easy access to the datalogging memory (v2) on a WirelessNode.
",8437:"
NodeMemory_v2(
WirelessNode &node,
const FlashInfo &flashInfo,
uint32 startAddress,
uint32 size
)
Creates a NodeMemory_v2 object.
",8445:"
virtual ~NodeMemory_v2()
Destroys a NodeMemory_v2 object.
",8447:"
FlashInfo m_flashInfo
The FlashInfo of the Node.
",8448:"
const uint32 m_startAddress
The flash address of the first log header.
",8449:"
uint32 m_lastAddress
The address of the last flash memory location.
",8450:"
uint32 m_downloadAddress
The flash address to use for the next download command.
",8451:"
uint32 m_previousDownloadAddress
The flash address of the previous download command.
",8452:"
uint32 m_readIndex
The index into the current data buffer to read from.
",8453:"
uint32 m_checksumIndex
The index of the first checksum byte in the current data buffer.
",8454:"
uint16 m_sweepSize
The size of a single sweep of data (used for smaller header parsing).
",8455:"
uint16 m_derivedSweepSize
The size of a single sweep of derived data (used for smaller header parsing).
",8456:"
bool m_isMathData
True if the current data being parsed is math data, false if it is raw data.
",8457:"
bool m_partialDownload
Flag used to know if a download of data has been started, but not fully completed.
",8458:"
bool m_doneDownloading
Flag to store whether we have downloaded all the data or not.
",8459:"
bool m_startedDownloading
true if we\'ve downloaded at least some data.
",8460:"
ByteStream m_nextData
ByteStream to hold the next valid block.
",8461:"
ByteStream m_extraData
ByteStream to hold extra bytes before being pushed into m_nextData.
",8463:"
uint32 nextBlockAddress(
uint32 currentAddress
) const
Gets the address of the next block from the given address.
",8464:"
uint32 bytesLeftToDownload() const
Gets the number of bytes left to download based on the current download address.  Note: this does not include bytes left to read in the current data buffer, just to download.
",8465:"
void normalizeAddress()
Normalizes the download address so that it wraps around (circular buffer) in the case of overflowing the max memory.
",8466:"
bool verifyBlock(
const ByteStream &buffer,
uint32 &checksumPos,
bool &needMoreData 
)
Verifies that the buffer passed in contains a full, valid block.
",8467:"
void fillBuffer(
ByteStream &buffer
)
Fills the given buffer with the next valid block, if found.
",8468:"
virtual uint8 nextByte() override
Reads the next byte from the datalogging data.
",8469:"
virtual bool isNextByteNewHeader() override
Checks if the next byte will be the start of a new header.  Note: upon returning from this function, the read position will not have changed.
",8470:"
virtual uint32 readIndex() const override
Returns the current read index for the data.
",8471:"
virtual void setAddress(
uint32 newAddress
) override
Sets the read address to the specified value.
",8472:"
virtual uint32 bytesRemaining() override
Calculates how many bytes are remaining in the Node\'s datalogging memory, based on the current byte position.
",8473:"
virtual float percentComplete() override
Calculates the percentage complete based on the current byte position.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/NodeMemory_v2-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/NodeMemory_v2-h-ToolTips.js deleted file mode 100644 index 5a9c41e16..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/NodeMemory_v2-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7024:"
Contains flash information of a WirelessNode.
",7905:"
WirelessNode
A class representing a MicroStrain wireless node
",9320:"
NodeMemory
Provides easy access to the datalogging memory on a WirelessNode.
",9998:"
ByteStream
A stream of bytes that is used to easily store and retrieve data
",10457:"
Error_NoData
There is no data available to be accessed
",10472:"
Error_NodeCommunication
The exception for failing to communicate with a WirelessNode.
",10479:"
Error_Connection
The generic connection exception.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/NodeMemory_v2-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/NodeMemory_v2-h.html deleted file mode 100644 index 75f876fb2..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/NodeMemory_v2-h.html +++ /dev/null @@ -1,210 +0,0 @@ - - -NodeMemory_v2.h - - - - - - - -
-
NodeMemory_v2
-
public
NodeMemory
NodeMemory_v2
-

Provides easy access to the datalogging memory (v2) on a WirelessNode.

-
- -
-
Functions
-
- -
-
NodeMemory_v2
-
NodeMemory_v2(
WirelessNode &node,
const FlashInfo &flashInfo,
uint32 startAddress,
uint32 size
)
-

Creates a NodeMemory_v2 object.

Parameters
node
WirelessNode&

The WirelessNode to access the memory of.

flashInfo
const FlashInfo&

The FlashInfo of the Node.

startAddress
uint32

The flash address of the first log header.

size
uint32

The number of logged bytes to read.

Exceptions
-
- -
-
Constants
-
- -
-
Node Memory Constants
-
BLOCK_HEADER_ID

0xBB  - Block Header ID

REFRESH_HEADER_ID

0xBA  - Refresh Header ID

SESSION_CHANGE_HEADER_ID

0xBC  - Session Change Header ID (Version 1)

SESSION_CHANGE_HEADER_ID_V2

0xBD  - Session Change Header ID (Version 2)

-
- -
-
Functions
-
- -
-
~NodeMemory_v2
-
virtual ~NodeMemory_v2()
-

Destroys a NodeMemory_v2 object.

-
- -
-
Variables
-
- -
-
m_flashInfo
-
FlashInfo m_flashInfo
-

The FlashInfo of the Node.

-
- -
-
m_startAddress
-
const uint32 m_startAddress
-

The flash address of the first log header.

-
- -
-
m_lastAddress
-
uint32 m_lastAddress
-

The address of the last flash memory location.

-
- -
-
m_downloadAddress
-
uint32 m_downloadAddress
-

The flash address to use for the next download command.

-
- -
-
m_previousDownloadAddress
-
uint32 m_previousDownloadAddress
-

The flash address of the previous download command.

-
- -
-
m_readIndex
-
uint32 m_readIndex
-

The index into the current data buffer to read from.

-
- -
-
m_checksumIndex
-
uint32 m_checksumIndex
-

The index of the first checksum byte in the current data buffer.

-
- -
-
m_sweepSize
-
uint16 m_sweepSize
-

The size of a single sweep of data (used for smaller header parsing).

-
- -
-
m_derivedSweepSize
-
uint16 m_derivedSweepSize
-

The size of a single sweep of derived data (used for smaller header parsing).

-
- -
-
m_isMathData
-
bool m_isMathData
-

True if the current data being parsed is math data, false if it is raw data.

-
- -
-
m_partialDownload
-
bool m_partialDownload
-

Flag used to know if a download of data has been started, but not fully completed.

-
- -
-
m_doneDownloading
-
bool m_doneDownloading
-

Flag to store whether we have downloaded all the data or not.

-
- -
-
m_startedDownloading
-
bool m_startedDownloading
-

true if we've downloaded at least some data.

-
- -
-
m_nextData
-
ByteStream m_nextData
-

ByteStream to hold the next valid block.

-
- -
-
m_extraData
-
ByteStream m_extraData
-

ByteStream to hold extra bytes before being pushed into m_nextData.

-
- -
-
Functions
-
- -
-
nextBlockAddress
-
uint32 nextBlockAddress(
uint32 currentAddress
) const
-

Gets the address of the next block from the given address.

Parameters
currentAddress
uint32

The current address to look for the next block from.

-
- -
-
bytesLeftToDownload
-
uint32 bytesLeftToDownload() const
-

Gets the number of bytes left to download based on the current download address.  Note: this does not include bytes left to read in the current data buffer, just to download.

-
- -
-
normalizeAddress
-
void normalizeAddress()
-

Normalizes the download address so that it wraps around (circular buffer) in the case of overflowing the max memory.

-
- -
-
verifyBlock
-
bool verifyBlock(
const ByteStream &buffer,
uint32 &checksumPos,
bool &needMoreData 
)
-

Verifies that the buffer passed in contains a full, valid block.

Parameters
buffer
const ByteStream&

The ByteStream buffer to check for a full block.

checksumPos
uint32&

Will be set to the read index of the checksum when it is known where the checksum will be located.  Note: this may be set even if all the data hasn't been found in the buffer, indicating we need to read more data.

needMoreData
bool&

Whether or not more data is needed to verify the block.

Returns

true if the buffer contains a full, valid block from its start position. False if it hasn't been verified.

-
- -
-
fillBuffer
-
void fillBuffer(
ByteStream &buffer
)
-

Fills the given buffer with the next valid block, if found.

Parameters
buffer
ByteStream&

The ByteStream buffer to hold the data, if any is found.

-
- -
-
nextByte
-
virtual uint8 nextByte() override
-

Reads the next byte from the datalogging data.

Returns

The 1-byte uint8 at the next position.

Exceptions
-
- -
-
isNextByteNewHeader
-
virtual bool isNextByteNewHeader() override
-

Checks if the next byte will be the start of a new header.  Note: upon returning from this function, the read position will not have changed.

Returns

true if the next byte starts a new header, false if it does not.

-
- -
-
readIndex
-
virtual uint32 readIndex() const override
-

Returns the current read index for the data.

-
- -
-
setAddress
-
virtual void setAddress(
uint32 newAddress
) override
-

Sets the read address to the specified value.

Parameters
newAddress
uint32

The address to set the read address to.

-
- -
-
bytesRemaining
-
virtual uint32 bytesRemaining() override
-

Calculates how many bytes are remaining in the Node's datalogging memory, based on the current byte position.

Returns

The number of bytes remaining before the end of the Node's datalogging memory.

-
- -
-
percentComplete
-
virtual float percentComplete() override
-

Calculates the percentage complete based on the current byte position.

Returns
The percentage complete (0

100).

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/AsyncDigitalAnalogPacket-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/AsyncDigitalAnalogPacket-h-Summary.js deleted file mode 100644 index e52547abc..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/AsyncDigitalAnalogPacket-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Packets/AsyncDigitalAnalogPacket.h","AsyncDigitalAnalogPacket.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Packets/AsyncDigitalAnalogPacket.h",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[7742,0,0,"AsyncDigitalAnalogPacket","AsyncDigitalAnalogPacket"],[7743,0,3,"Constants","AsyncDigitalAnalogPacket.Constants"],[7744,0,1,"Synchronized Sampling Packet Information","AsyncDigitalAnalogPacket.Synchronized_Sampling_Packet_Information"],[7745,0,1,,"AsyncDigitalAnalogPacket.PAYLOAD_OFFSET_CHANNEL_MASK"],[7746,0,1,,"AsyncDigitalAnalogPacket.PAYLOAD_OFFSET_DATA_TYPE"],[7747,0,1,,"AsyncDigitalAnalogPacket.PAYLOAD_OFFSET_TICK"],[7748,0,1,,"AsyncDigitalAnalogPacket.PAYLOAD_OFFSET_TS_SEC"],[7749,0,1,,"AsyncDigitalAnalogPacket.PAYLOAD_OFFSET_TS_NANOSEC"],[7750,0,1,,"AsyncDigitalAnalogPacket.PAYLOAD_OFFSET_CHANNEL_DATA"],[7751,0,3,"Functions","AsyncDigitalAnalogPacket.Functions"],[7752,0,2,"AsyncDigitalAnalogPacket","AsyncDigitalAnalogPacket.AsyncDigitalAnalogPacket"],[7753,0,2,"parseSweeps","AsyncDigitalAnalogPacket.parseSweeps"],[7754,0,2,"wirelessChannelFromDigitalChNum","AsyncDigitalAnalogPacket.wirelessChannelFromDigitalChNum"],[7755,0,2,"createAnalogDataPoint","AsyncDigitalAnalogPacket.createAnalogDataPoint"],[7756,0,2,"integrityCheck","AsyncDigitalAnalogPacket.integrityCheck"],[7757,0,2,"getUniqueId","AsyncDigitalAnalogPacket.getUniqueId"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/AsyncDigitalAnalogPacket-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/AsyncDigitalAnalogPacket-h-SummaryToolTips.js deleted file mode 100644 index 04394d6d4..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/AsyncDigitalAnalogPacket-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Packets/AsyncDigitalAnalogPacket.h",{7742:"
AsyncDigitalAnalogPacket
A WirelessDataPacket derived class representing an Asynchronouse Digital packet
",7752:"
explicit AsyncDigitalAnalogPacket(
const WirelessPacket &packet
)
Creates a AsyncDigitalAnalogPacket from the passed in WirelessPacket
",7753:"
void parseSweeps()
Parses the passed in WirelessPacket for all the sweep information and adds a sweep to the sweeps container
",7754:"
WirelessChannel::ChannelId wirelessChannelFromDigitalChNum(
int channelNum
)
Converts a digital channel number to a WirelessChannel::ChannelId
",7755:"
WirelessDataPoint createAnalogDataPoint(
uint8 channelNumber,
uint32 bytePos
)
Creates a WirelessDataPoint for Analog data from the current payload given a data type and channel index
",7756:"
static bool integrityCheck(
const WirelessPacket &packet
)
Verifies that the packet is a well formed Async Digital and Analog packet
",7757:"
static UniqueWirelessPacketId getUniqueId(
const WirelessPacket &packet
)
Gets the unique Id of the WirelessPacket passed in
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/AsyncDigitalAnalogPacket-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/AsyncDigitalAnalogPacket-h-ToolTips.js deleted file mode 100644 index c0600b28c..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/AsyncDigitalAnalogPacket-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7176:"
WirelessPacket
Represents a MicroStrain wireless packet
",7236:"
WirelessDataPacket
A class representing a Wireless Data Packet.
",8011:"
WirelessDataPoint
Represents a single channel\'s data point within a sweep
",10248:"
Typedef for an id that uniquely identifies a wireless packet.
",10464:"
Error_UnknownSampleRate
The sample rate is invalid or unknown for the given device
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/AsyncDigitalAnalogPacket-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/AsyncDigitalAnalogPacket-h.html deleted file mode 100644 index 5b0fa3f3d..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/AsyncDigitalAnalogPacket-h.html +++ /dev/null @@ -1,66 +0,0 @@ - - -AsyncDigitalAnalogPacket.h - - - - - - - -
-
AsyncDigitalAnalogPacket
-
public
WirelessDataPacket
AsyncDigitalAnalogPacket
-

A WirelessDataPacket derived class representing an Asynchronouse Digital packet

-
- -
-
Constants
-
- -
-
Synchronized Sampling Packet Information
-
PAYLOAD_OFFSET_CHANNEL_MASK

0  - The offset into the payload to get the digital channel mask (2 bytes)

PAYLOAD_OFFSET_DATA_TYPE

2  - The offset into the payload to get the data type

PAYLOAD_OFFSET_TICK

3  - The offset into the payload to get the tick (2 bytes)

PAYLOAD_OFFSET_TS_SEC

5  - The offset into the payload to get the timestamp seconds (4 bytes)

PAYLOAD_OFFSET_TS_NANOSEC

9  - The offset into the payload to get the timestamp nanoseconds (4 bytes)

PAYLOAD_OFFSET_CHANNEL_DATA

13  - The offset into the payload where the channel data starts

-
- -
-
Functions
-
- -
-
AsyncDigitalAnalogPacket
-
explicit AsyncDigitalAnalogPacket(
const WirelessPacket &packet
)
-

Creates a AsyncDigitalAnalogPacket from the passed in WirelessPacket

Parameters
packet
const WirelessPacket&

A WirelessPacket determined to be a AsyncDigitalAnalogPacket

-
- -
-
parseSweeps
-
void parseSweeps()
-

Parses the passed in WirelessPacket for all the sweep information and adds a sweep to the sweeps container

Exceptions
-
- -
-
wirelessChannelFromDigitalChNum
-
WirelessChannel::ChannelId wirelessChannelFromDigitalChNum(
int channelNum
)
-

Converts a digital channel number to a WirelessChannel::ChannelId

Parameters
channelNum
int

The digital channel number to convert (digital channel 1 = 1, digital channel 16 = 16)

Returns

The WirelessChannel::ChannelId representing the passed in digital channel number

-
- -
-
createAnalogDataPoint
-
WirelessDataPoint createAnalogDataPoint(
uint8 channelNumber,
uint32 bytePos
)
-

Creates a WirelessDataPoint for Analog data from the current payload given a data type and channel index

Parameters
channelNumber
uint8

The channel number associated with the data point (ch1 = 1, ch8 = 8).

bytePos
uint32

The position into the payload data that we are reading from.

Returns

A WirelessDataPoint built from the channel information provided

-
- -
-
integrityCheck
-
static bool integrityCheck(
const WirelessPacket &packet
)
-

Verifies that the packet is a well formed Async Digital and Analog packet

Parameters
packet
const WirelessPacket&

The fully formed Wireless Packet to check the integrity of

Returns

true if the packet is a well formed Sync Sampling packet, false otherwise

-
- -
-
getUniqueId
-
static UniqueWirelessPacketId getUniqueId(
const WirelessPacket &packet
)
-

Gets the unique Id of the WirelessPacket passed in

Parameters
packet
const WirelessPacket&

The WirelessPacket to get the unique id of

Returns

The UniqueWirelessPacketId of the passed in packet

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/AsyncDigitalPacket-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/AsyncDigitalPacket-h-Summary.js deleted file mode 100644 index 590d31911..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/AsyncDigitalPacket-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Packets/AsyncDigitalPacket.h","AsyncDigitalPacket.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Packets/AsyncDigitalPacket.h",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[7728,0,0,"AsyncDigitalPacket","AsyncDigitalPacket"],[7729,0,3,"Constants","AsyncDigitalPacket.Constants"],[7730,0,1,"Synchronized Sampling Packet Information","AsyncDigitalPacket.Synchronized_Sampling_Packet_Information"],[7731,0,1,,"AsyncDigitalPacket.PAYLOAD_OFFSET_CHANNEL_MASK"],[7732,0,1,,"AsyncDigitalPacket.PAYLOAD_OFFSET_TICK"],[7733,0,1,,"AsyncDigitalPacket.PAYLOAD_OFFSET_TS_SEC"],[7734,0,1,,"AsyncDigitalPacket.PAYLOAD_OFFSET_TS_NANOSEC"],[7735,0,1,,"AsyncDigitalPacket.PAYLOAD_OFFSET_CHANNEL_DATA"],[7736,0,3,"Functions","AsyncDigitalPacket.Functions"],[7737,0,2,"AsyncDigitalPacket","AsyncDigitalPacket.AsyncDigitalPacket"],[7738,0,2,"parseSweeps","AsyncDigitalPacket.parseSweeps"],[7739,0,2,"wirelessChannelFromChNum","AsyncDigitalPacket.wirelessChannelFromChNum"],[7740,0,2,"integrityCheck","AsyncDigitalPacket.integrityCheck"],[7741,0,2,"getUniqueId","AsyncDigitalPacket.getUniqueId"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/AsyncDigitalPacket-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/AsyncDigitalPacket-h-SummaryToolTips.js deleted file mode 100644 index 5e9401adc..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/AsyncDigitalPacket-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Packets/AsyncDigitalPacket.h",{7728:"
AsyncDigitalPacket
A WirelessDataPacket derived class representing an Asynchronouse Digital packet
",7737:"
explicit AsyncDigitalPacket(
const WirelessPacket &packet
)
Creates a AsyncDigitalPacket from the passed in WirelessPacket
",7738:"
void parseSweeps()
Parses the passed in WirelessPacket for all the sweep information and adds a sweep to the sweeps container
",7739:"
virtual WirelessChannel::ChannelId wirelessChannelFromChNum(
int channelNum
) override
Converts a digital channel number to a WirelessChannel::ChannelId
",7740:"
static bool integrityCheck(
const WirelessPacket &packet
)
Verifies that the packet is a well formed Async Digital packet
",7741:"
static UniqueWirelessPacketId getUniqueId(
const WirelessPacket &packet
)
Gets the unique Id of the WirelessPacket passed in
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/AsyncDigitalPacket-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/AsyncDigitalPacket-h-ToolTips.js deleted file mode 100644 index 029a71284..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/AsyncDigitalPacket-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7176:"
WirelessPacket
Represents a MicroStrain wireless packet
",7236:"
WirelessDataPacket
A class representing a Wireless Data Packet.
",10248:"
Typedef for an id that uniquely identifies a wireless packet.
",10464:"
Error_UnknownSampleRate
The sample rate is invalid or unknown for the given device
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/AsyncDigitalPacket-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/AsyncDigitalPacket-h.html deleted file mode 100644 index a956e7975..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/AsyncDigitalPacket-h.html +++ /dev/null @@ -1,60 +0,0 @@ - - -AsyncDigitalPacket.h - - - - - - - -
-
AsyncDigitalPacket
-
public
WirelessDataPacket
AsyncDigitalPacket
-

A WirelessDataPacket derived class representing an Asynchronouse Digital packet

-
- -
-
Constants
-
- -
-
Synchronized Sampling Packet Information
-
PAYLOAD_OFFSET_CHANNEL_MASK

0  - The offset into the payload to get the digital channel mask (2 bytes)

PAYLOAD_OFFSET_TICK

2  - The offset into the payload to get the tick (2 bytes)

PAYLOAD_OFFSET_TS_SEC

4  - The offset into the payload to get the timestamp seconds (4 bytes)

PAYLOAD_OFFSET_TS_NANOSEC

8  - The offset into the payload to get the timestamp nanoseconds (4 bytes)

PAYLOAD_OFFSET_CHANNEL_DATA

12  - The offset into the payload where the channel data starts

-
- -
-
Functions
-
- -
-
AsyncDigitalPacket
-
explicit AsyncDigitalPacket(
const WirelessPacket &packet
)
-

Creates a AsyncDigitalPacket from the passed in WirelessPacket

Parameters
packet
const WirelessPacket&

A WirelessPacket determined to be a AsyncDigitalPacket

-
- -
-
parseSweeps
-
void parseSweeps()
-

Parses the passed in WirelessPacket for all the sweep information and adds a sweep to the sweeps container

Exceptions
-
- -
-
wirelessChannelFromChNum
-
virtual WirelessChannel::ChannelId wirelessChannelFromChNum(
int channelNum
) override
-

Converts a digital channel number to a WirelessChannel::ChannelId

Parameters
channelNum
int

The digital channel number to convert (digital channel 1 = 1, digital channel 16 = 16)

Returns

The WirelessChannel::ChannelId representing the passed in digital channel number

-
- -
-
integrityCheck
-
static bool integrityCheck(
const WirelessPacket &packet
)
-

Verifies that the packet is a well formed Async Digital packet

Parameters
packet
const WirelessPacket&

The fully formed Wireless Packet to check the integrity of

Returns

true if the packet is a well formed Sync Sampling packet, false otherwise

-
- -
-
getUniqueId
-
static UniqueWirelessPacketId getUniqueId(
const WirelessPacket &packet
)
-

Gets the unique Id of the WirelessPacket passed in

Parameters
packet
const WirelessPacket&

The WirelessPacket to get the unique id of

Returns

The UniqueWirelessPacketId of the passed in packet

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/BeaconEchoPacket-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/BeaconEchoPacket-h-Summary.js deleted file mode 100644 index 9097a32a7..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/BeaconEchoPacket-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Packets/BeaconEchoPacket.h","BeaconEchoPacket.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Packets/BeaconEchoPacket.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[7723,0,0,"BeaconEchoPacket","BeaconEchoPacket"],[7724,0,2,"Functions","BeaconEchoPacket.Functions"],[7725,0,1,"BeaconEchoPacket","BeaconEchoPacket.BeaconEchoPacket"],[7726,0,1,"parseSweeps","BeaconEchoPacket.parseSweeps"],[7727,0,1,"integrityCheck","BeaconEchoPacket.integrityCheck"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/BeaconEchoPacket-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/BeaconEchoPacket-h-SummaryToolTips.js deleted file mode 100644 index 5a4a1b9f6..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/BeaconEchoPacket-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Packets/BeaconEchoPacket.h",{7723:"
BeaconEchoPacket
A WirelessDataPacket derived class representing a Beacon Echo packet.
",7725:"
explicit BeaconEchoPacket(
const WirelessPacket &packet
)
Creates a BeaconEchoPacket from the passed in WirelessPacket.
",7726:"
void parseSweeps()
Parses the passed in WirelessPacket for all the sweep information and adds a sweep to the sweeps container
",7727:"
static bool integrityCheck(
const WirelessPacket &packet
)
Verifies that the packet is a well formed BeaconEchoPacket packet.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/BeaconEchoPacket-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/BeaconEchoPacket-h-ToolTips.js deleted file mode 100644 index 66367a8f6..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/BeaconEchoPacket-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7176:"
WirelessPacket
Represents a MicroStrain wireless packet
",7236:"
WirelessDataPacket
A class representing a Wireless Data Packet.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/BeaconEchoPacket-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/BeaconEchoPacket-h.html deleted file mode 100644 index 53dae8ae4..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/BeaconEchoPacket-h.html +++ /dev/null @@ -1,39 +0,0 @@ - - -BeaconEchoPacket.h - - - - - - - -
-
BeaconEchoPacket
-
public
WirelessDataPacket
BeaconEchoPacket
-

A WirelessDataPacket derived class representing a Beacon Echo packet.

-
- -
-
Functions
-
- -
-
BeaconEchoPacket
-
explicit BeaconEchoPacket(
const WirelessPacket &packet
)
-

Creates a BeaconEchoPacket from the passed in WirelessPacket.

Parameters
packet
const WirelessPacket&

A WirelessPacket determined to be an BeaconEchoPacket.

-
- -
-
parseSweeps
-
void parseSweeps()
-

Parses the passed in WirelessPacket for all the sweep information and adds a sweep to the sweeps container

-
- -
-
integrityCheck
-
static bool integrityCheck(
const WirelessPacket &packet
)
-

Verifies that the packet is a well formed BeaconEchoPacket packet.

Parameters
packet
const WirelessPacket&

The fully formed Wireless Packet to check the integrity of.

Returns

true if the packet is a well formed BeaconEchoPacket, false otherwise

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/BufferedLdcPacket-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/BufferedLdcPacket-h-Summary.js deleted file mode 100644 index 94af7325a..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/BufferedLdcPacket-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Packets/BufferedLdcPacket.h","BufferedLdcPacket.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Packets/BufferedLdcPacket.h",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[7707,0,0,"BufferedLdcPacket","BufferedLdcPacket"],[7708,0,3,"Constants","BufferedLdcPacket.Constants"],[7709,0,1,"Buffered LDC Packet Information","BufferedLdcPacket.Buffered_LDC_Packet_Information"],[7710,0,1,,"BufferedLdcPacket.PAYLOAD_OFFSET_APP_ID"],[7711,0,1,,"BufferedLdcPacket.PAYLOAD_OFFSET_CHANNEL_MASK"],[7712,0,1,,"BufferedLdcPacket.PAYLOAD_OFFSET_SAMPLE_RATE"],[7713,0,1,,"BufferedLdcPacket.PAYLOAD_OFFSET_DATA_TYPE"],[7714,0,1,,"BufferedLdcPacket.PAYLOAD_OFFSET_TICK"],[7715,0,1,,"BufferedLdcPacket.PAYLOAD_OFFSET_CHANNEL_DATA"],[7716,0,1,"Packet values","BufferedLdcPacket.Packet_values"],[7717,0,1,,"BufferedLdcPacket.APP_ID_VAL"],[7718,0,3,"Functions","BufferedLdcPacket.Functions"],[7719,0,2,"BufferedLdcPacket","BufferedLdcPacket.BufferedLdcPacket"],[7720,0,2,"parseSweeps","BufferedLdcPacket.parseSweeps"],[7721,0,2,"integrityCheck","BufferedLdcPacket.integrityCheck"],[7722,0,2,"getUniqueId","BufferedLdcPacket.getUniqueId"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/BufferedLdcPacket-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/BufferedLdcPacket-h-SummaryToolTips.js deleted file mode 100644 index a277ecc59..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/BufferedLdcPacket-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Packets/BufferedLdcPacket.h",{7707:"
BufferedLdcPacket
A WirelessDataPacket derived class representing a Buffered LDC packet
",7719:"
explicit BufferedLdcPacket(
const WirelessPacket &packet
)
Creates a BufferedLdcPacket from the passed in WirelessPacket
",7720:"
void parseSweeps()
Parses the passed in WirelessPacket for all the sweep information and adds a sweep to the sweeps container
",7721:"
static bool integrityCheck(
const WirelessPacket &packet
)
Verifies that the packet is a well formed Buffered LDC packet
",7722:"
static UniqueWirelessPacketId getUniqueId(
const WirelessPacket &packet
)
Gets the unique Id of the WirelessPacket passed in
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/BufferedLdcPacket-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/BufferedLdcPacket-h-ToolTips.js deleted file mode 100644 index 029a71284..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/BufferedLdcPacket-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7176:"
WirelessPacket
Represents a MicroStrain wireless packet
",7236:"
WirelessDataPacket
A class representing a Wireless Data Packet.
",10248:"
Typedef for an id that uniquely identifies a wireless packet.
",10464:"
Error_UnknownSampleRate
The sample rate is invalid or unknown for the given device
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/BufferedLdcPacket-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/BufferedLdcPacket-h.html deleted file mode 100644 index 1869320d2..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/BufferedLdcPacket-h.html +++ /dev/null @@ -1,59 +0,0 @@ - - -BufferedLdcPacket.h - - - - - - - -
-
BufferedLdcPacket
-
public
WirelessDataPacket
BufferedLdcPacket
-

A WirelessDataPacket derived class representing a Buffered LDC packet

-
- -
-
Constants
-
- -
-
Buffered LDC Packet Information
-
PAYLOAD_OFFSET_APP_ID

0  - The offset into the payload to get the application ID

PAYLOAD_OFFSET_CHANNEL_MASK

1  - The offset into the payload to get the channel mask

PAYLOAD_OFFSET_SAMPLE_RATE

2  - The offset into the payload to get the sample rate

PAYLOAD_OFFSET_DATA_TYPE

3  - The offset into the payload to get the data type

PAYLOAD_OFFSET_TICK

4  - The offset into the payload to get the tick (2 bytes)

PAYLOAD_OFFSET_CHANNEL_DATA

6  - The offset into the payload where the channel data starts

-
- -
-
Packet values
-
APP_ID_VAL

0x02  - The App ID of the Packet

-
- -
-
Functions
-
- -
-
BufferedLdcPacket
-
explicit BufferedLdcPacket(
const WirelessPacket &packet
)
-

Creates a BufferedLdcPacket from the passed in WirelessPacket

Parameters
packet
const WirelessPacket&

A WirelessPacket determined to be a BufferedLdcPacket

-
- -
-
parseSweeps
-
void parseSweeps()
-

Parses the passed in WirelessPacket for all the sweep information and adds a sweep to the sweeps container

Exceptions
-
- -
-
integrityCheck
-
static bool integrityCheck(
const WirelessPacket &packet
)
-

Verifies that the packet is a well formed Buffered LDC packet

Parameters
packet
const WirelessPacket&

The fully formed Wireless Packet to check the integrity of

Returns

true if the packet is a well formed Buffered LDC packet, false otherwise

-
- -
-
getUniqueId
-
static UniqueWirelessPacketId getUniqueId(
const WirelessPacket &packet
)
-

Gets the unique Id of the WirelessPacket passed in

Parameters
packet
const WirelessPacket&

The WirelessPacket to get the unique id of

Returns

The UniqueWirelessPacketId of the passed in packet

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/BufferedLdcPacket_v2-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/BufferedLdcPacket_v2-h-Summary.js deleted file mode 100644 index 7d50a29ef..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/BufferedLdcPacket_v2-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Packets/BufferedLdcPacket_v2.h","BufferedLdcPacket_v2.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Packets/BufferedLdcPacket_v2.h",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[7692,0,0,"BufferedLdcPacket_v2","BufferedLdcPacket_v2"],[7693,0,3,"Constants","BufferedLdcPacket_v2.Constants"],[7694,0,1,"Buffered LDC Packet Information","BufferedLdcPacket_v2.Buffered_LDC_Packet_Information"],[7695,0,1,,"BufferedLdcPacket_v2.PAYLOAD_OFFSET_CHANNEL_MASK"],[7696,0,1,,"BufferedLdcPacket_v2.PAYLOAD_OFFSET_SAMPLE_RATE"],[7697,0,1,,"BufferedLdcPacket_v2.PAYLOAD_OFFSET_APPID_AND_DATA_TYPE"],[7698,0,1,,"BufferedLdcPacket_v2.PAYLOAD_OFFSET_TICK"],[7699,0,1,,"BufferedLdcPacket_v2.PAYLOAD_OFFSET_CHANNEL_DATA"],[7700,0,1,"Packet values","BufferedLdcPacket_v2.Packet_values"],[7701,0,1,,"BufferedLdcPacket_v2.APP_ID_VAL"],[7702,0,3,"Functions","BufferedLdcPacket_v2.Functions"],[7703,0,2,"BufferedLdcPacket_v2","BufferedLdcPacket_v2.BufferedLdcPacket_v2"],[7704,0,2,"parseSweeps","BufferedLdcPacket_v2.parseSweeps"],[7705,0,2,"integrityCheck","BufferedLdcPacket_v2.integrityCheck"],[7706,0,2,"getUniqueId","BufferedLdcPacket_v2.getUniqueId"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/BufferedLdcPacket_v2-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/BufferedLdcPacket_v2-h-SummaryToolTips.js deleted file mode 100644 index 63af5c23c..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/BufferedLdcPacket_v2-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Packets/BufferedLdcPacket_v2.h",{7692:"
BufferedLdcPacket_v2
A WirelessDataPacket derived class representing a Synchronized Sampling (Buffered LDC) packet
",7703:"
explicit BufferedLdcPacket_v2(
const WirelessPacket &packet
)
Creates a BufferedLdcPacket_v2 from the passed in WirelessPacket
",7704:"
void parseSweeps()
Parses the passed in WirelessPacket for all the sweep information and adds a sweep to the sweeps container
",7705:"
static bool integrityCheck(
const WirelessPacket &packet
)
Verifies that the packet is a well formed Buffered LDC packet
",7706:"
static UniqueWirelessPacketId getUniqueId(
const WirelessPacket &packet
)
Gets the unique Id of the WirelessPacket passed in
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/BufferedLdcPacket_v2-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/BufferedLdcPacket_v2-h-ToolTips.js deleted file mode 100644 index 029a71284..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/BufferedLdcPacket_v2-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7176:"
WirelessPacket
Represents a MicroStrain wireless packet
",7236:"
WirelessDataPacket
A class representing a Wireless Data Packet.
",10248:"
Typedef for an id that uniquely identifies a wireless packet.
",10464:"
Error_UnknownSampleRate
The sample rate is invalid or unknown for the given device
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/BufferedLdcPacket_v2-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/BufferedLdcPacket_v2-h.html deleted file mode 100644 index b96d120f3..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/BufferedLdcPacket_v2-h.html +++ /dev/null @@ -1,59 +0,0 @@ - - -BufferedLdcPacket_v2.h - - - - - - - -
-
BufferedLdcPacket_v2
-
public
WirelessDataPacket
BufferedLdcPacket_v2
-

A WirelessDataPacket derived class representing a Synchronized Sampling (Buffered LDC) packet

-
- -
-
Constants
-
- -
-
Buffered LDC Packet Information
-
PAYLOAD_OFFSET_CHANNEL_MASK

0  - The offset into the payload to get the channel mask

PAYLOAD_OFFSET_SAMPLE_RATE

2  - The offset into the payload to get the sample rate

PAYLOAD_OFFSET_APPID_AND_DATA_TYPE

3  - The offset into the payload to get the app id and data type

PAYLOAD_OFFSET_TICK

4  - The offset into the payload to get the tick (2 bytes)

PAYLOAD_OFFSET_CHANNEL_DATA

6  - The offset into the payload where the channel data starts

-
- -
-
Packet values
-
APP_ID_VAL

0x02  - The App ID of the Packet

-
- -
-
Functions
-
- -
-
BufferedLdcPacket_v2
-
explicit BufferedLdcPacket_v2(
const WirelessPacket &packet
)
-

Creates a BufferedLdcPacket_v2 from the passed in WirelessPacket

Parameters
packet
const WirelessPacket&

A WirelessPacket determined to be a BufferedLdcPacket_v2

-
- -
-
parseSweeps
-
void parseSweeps()
-

Parses the passed in WirelessPacket for all the sweep information and adds a sweep to the sweeps container

Exceptions
-
- -
-
integrityCheck
-
static bool integrityCheck(
const WirelessPacket &packet
)
-

Verifies that the packet is a well formed Buffered LDC packet

Parameters
packet
const WirelessPacket&

The fully formed Wireless Packet to check the integrity of

Returns

true if the packet is a well formed Buffered LDC packet, false otherwise

-
- -
-
getUniqueId
-
static UniqueWirelessPacketId getUniqueId(
const WirelessPacket &packet
)
-

Gets the unique Id of the WirelessPacket passed in

Parameters
packet
const WirelessPacket&

The WirelessPacket to get the unique id of

Returns

The UniqueWirelessPacketId of the passed in packet

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/DiagnosticPacket-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/DiagnosticPacket-h-Summary.js deleted file mode 100644 index c47b9524f..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/DiagnosticPacket-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Packets/DiagnosticPacket.h","DiagnosticPacket.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Packets/DiagnosticPacket.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[7685,0,0,"DiagnosticPacket","DiagnosticPacket"],[7686,0,2,"Functions","DiagnosticPacket.Functions"],[7687,0,1,"DiagnosticPacket","DiagnosticPacket.DiagnosticPacket"],[7688,0,1,"parseSweeps","DiagnosticPacket.parseSweeps"],[7689,0,1,"addDataPoint","DiagnosticPacket.addDataPoint"],[7690,0,1,"integrityCheck","DiagnosticPacket.integrityCheck"],[7691,0,1,"getUniqueId","DiagnosticPacket.getUniqueId"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/DiagnosticPacket-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/DiagnosticPacket-h-SummaryToolTips.js deleted file mode 100644 index c00b22641..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/DiagnosticPacket-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Packets/DiagnosticPacket.h",{7685:"
DiagnosticPacket
A WirelessDataPacket derived class representing a Diagnostic packet.
",7687:"
explicit DiagnosticPacket(
const WirelessPacket &packet
)
Creates a DiagnosticPacket from the passed in WirelessPacket.
",7688:"
void parseSweeps()
Parses the passed in WirelessPacket for all the sweep information and adds a sweep to the sweeps container
",7689:"
static void addDataPoint(
ChannelData &container,
DataBuffer &payload,
uint8 infoLength,
uint8 infoId,
NodeAddress nodeAddress
)
Adds a WirelessDataPoint from the payload to the given <ChannelData> container.
",7690:"
static bool integrityCheck(
const WirelessPacket &packet
)
Verifies that the packet is a well formed Diagnostic packet.
",7691:"
static UniqueWirelessPacketId getUniqueId(
const WirelessPacket &packet
)
Gets the unique Id of the WirelessPacket passed in
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/DiagnosticPacket-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/DiagnosticPacket-h-ToolTips.js deleted file mode 100644 index 969c843f4..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/DiagnosticPacket-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7176:"
WirelessPacket
Represents a MicroStrain wireless packet
",7236:"
WirelessDataPacket
A class representing a Wireless Data Packet.
",8011:"
WirelessDataPoint
Represents a single channel\'s data point within a sweep
",9916:"
Used to easily read a container of bytes
",9928:"
DataBuffer
A buffer of bytes extending from the ByteStream class that is used for holding bytes read in from the connection
",10245:"
typedef for a Node\'s node address.
",10248:"
Typedef for an id that uniquely identifies a wireless packet.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/DiagnosticPacket-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/DiagnosticPacket-h.html deleted file mode 100644 index e872f4d9c..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/DiagnosticPacket-h.html +++ /dev/null @@ -1,51 +0,0 @@ - - -DiagnosticPacket.h - - - - - - - -
-
DiagnosticPacket
-
public
WirelessDataPacket
DiagnosticPacket
-

A WirelessDataPacket derived class representing a Diagnostic packet.

-
- -
-
Functions
-
- -
-
DiagnosticPacket
-
explicit DiagnosticPacket(
const WirelessPacket &packet
)
-

Creates a DiagnosticPacket from the passed in WirelessPacket.

Parameters
packet
const WirelessPacket&

A WirelessPacket determined to be an DiagnosticPacket.

-
- -
-
parseSweeps
-
void parseSweeps()
-

Parses the passed in WirelessPacket for all the sweep information and adds a sweep to the sweeps container

-
- -
-
addDataPoint
-
static void addDataPoint(
ChannelData &container,
DataBuffer &payload,
uint8 infoLength,
uint8 infoId,
NodeAddress nodeAddress
)
-

Adds a WirelessDataPoint from the payload to the given <ChannelData> container.

Parameters
container
ChannelData&

The <ChannelData> container to add the data point to.

payload
DataBuffer&

The DataBuffer containing the payload, moved to the position of the info bytes to read.

infoLength
uint8

The number of bytes that make up the info item.

infoId
uint8

The id of the info item.

nodeAddress
NodeAddress

The NodeAddress of the Node this data point was from.

-
- -
-
integrityCheck
-
static bool integrityCheck(
const WirelessPacket &packet
)
-

Verifies that the packet is a well formed Diagnostic packet.

Parameters
packet
const WirelessPacket&

The fully formed Wireless Packet to check the integrity of.

Returns

true if the packet is a well formed Diagnostic, false otherwise

-
- -
-
getUniqueId
-
static UniqueWirelessPacketId getUniqueId(
const WirelessPacket &packet
)
-

Gets the unique Id of the WirelessPacket passed in

Parameters
packet
const WirelessPacket&

The WirelessPacket to get the unique id of

Returns

The UniqueWirelessPacketId of the passed in packet

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/HclSmartBearing_CalPacket-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/HclSmartBearing_CalPacket-h-Summary.js deleted file mode 100644 index 7857cec8e..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/HclSmartBearing_CalPacket-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Packets/HclSmartBearing_CalPacket.h","HclSmartBearing_CalPacket.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Packets/HclSmartBearing_CalPacket.h",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[7671,0,0,"HclSmartBearing_CalPacket","HclSmartBearing_CalPacket"],[7672,0,3,"Constants","HclSmartBearing_CalPacket.Constants"],[7673,0,1,"HclSmartBearing_CalPacket Information","HclSmartBearing_CalPacket.HclSmartBearing_CalPacket_Information"],[7674,0,1,,"HclSmartBearing_CalPacket.PAYLOAD_OFFSET_APP_ID"],[7675,0,1,,"HclSmartBearing_CalPacket.PAYLOAD_OFFSET_ERROR_MASK"],[7676,0,1,,"HclSmartBearing_CalPacket.PAYLOAD_OFFSET_SAMPLE_RATE"],[7677,0,1,,"HclSmartBearing_CalPacket.PAYLOAD_OFFSET_TICK"],[7678,0,1,,"HclSmartBearing_CalPacket.PAYLOAD_OFFSET_TS_SEC"],[7679,0,1,,"HclSmartBearing_CalPacket.PAYLOAD_OFFSET_TS_NANOSEC"],[7680,0,3,"Functions","HclSmartBearing_CalPacket.Functions"],[7681,0,2,"HclSmartBearing_CalPacket","HclSmartBearing_CalPacket.HclSmartBearing_CalPacket"],[7682,0,2,"parseSweeps","HclSmartBearing_CalPacket.parseSweeps"],[7683,0,2,"integrityCheck","HclSmartBearing_CalPacket.integrityCheck"],[7684,0,2,"getUniqueId","HclSmartBearing_CalPacket.getUniqueId"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/HclSmartBearing_CalPacket-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/HclSmartBearing_CalPacket-h-SummaryToolTips.js deleted file mode 100644 index a118aa837..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/HclSmartBearing_CalPacket-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Packets/HclSmartBearing_CalPacket.h",{7671:"
HclSmartBearing_CalPacket
A WirelessDataPacket derived class representing a HclSmartBearing Raw data packet.
",7681:"
explicit HclSmartBearing_CalPacket(
const WirelessPacket &packet
)
Creates a HclSmartBearing_CalPacket from the passed in WirelessPacket.
",7682:"
void parseSweeps()
Parses the packet for all the sweep information and adds a sweep to the sweeps container
",7683:"
static bool integrityCheck(
const WirelessPacket &packet
)
Verifies that the packet is a well formed HclSmartBearing_RawPacket packet.
",7684:"
static UniqueWirelessPacketId getUniqueId(
const WirelessPacket &packet
)
Gets the unique Id of the WirelessPacket passed in
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/HclSmartBearing_CalPacket-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/HclSmartBearing_CalPacket-h-ToolTips.js deleted file mode 100644 index 029a71284..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/HclSmartBearing_CalPacket-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7176:"
WirelessPacket
Represents a MicroStrain wireless packet
",7236:"
WirelessDataPacket
A class representing a Wireless Data Packet.
",10248:"
Typedef for an id that uniquely identifies a wireless packet.
",10464:"
Error_UnknownSampleRate
The sample rate is invalid or unknown for the given device
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/HclSmartBearing_CalPacket-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/HclSmartBearing_CalPacket-h.html deleted file mode 100644 index 1a1aa33b3..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/HclSmartBearing_CalPacket-h.html +++ /dev/null @@ -1,54 +0,0 @@ - - -HclSmartBearing_CalPacket.h - - - - - - - -
-
HclSmartBearing_CalPacket
-
public
WirelessDataPacket
HclSmartBearing_CalPacket
-

A WirelessDataPacket derived class representing a HclSmartBearing Raw data packet.

-
- -
-
Constants
-
- -
-
HclSmartBearing_CalPacket Information
-
PAYLOAD_OFFSET_APP_ID

0  - The offset into the payload to get the application ID

PAYLOAD_OFFSET_ERROR_MASK

1  - The offset into the payload to get the sensor board error mask.

PAYLOAD_OFFSET_SAMPLE_RATE

2  - The offset into the payload to get the sample rate

PAYLOAD_OFFSET_TICK

3  - The offset into the payload to get the tick (2 bytes)

PAYLOAD_OFFSET_TS_SEC

5  - The offset into the payload to get the timestamp seconds (4 bytes)

PAYLOAD_OFFSET_TS_NANOSEC

9  - The offset into the payload to get the timestamp nanoseconds (4 bytes)

-
- -
-
Functions
-
- -
-
HclSmartBearing_CalPacket
-
explicit HclSmartBearing_CalPacket(
const WirelessPacket &packet
)
-

Creates a HclSmartBearing_CalPacket from the passed in WirelessPacket.

Parameters
packet
const WirelessPacket&

A WirelessPacket determined to be a HclSmartBearing_CalPacket.

-
- -
-
parseSweeps
-
void parseSweeps()
-

Parses the packet for all the sweep information and adds a sweep to the sweeps container

Exceptions
-
- -
-
integrityCheck
-
static bool integrityCheck(
const WirelessPacket &packet
)
-

Verifies that the packet is a well formed HclSmartBearing_RawPacket packet.

Parameters
packet
const WirelessPacket&

The fully formed Wireless Packet to check the integrity of.

Returns

true if the packet is a well formed HclSmartBearing_RawPacket packet, false otherwise.

-
- -
-
getUniqueId
-
static UniqueWirelessPacketId getUniqueId(
const WirelessPacket &packet
)
-

Gets the unique Id of the WirelessPacket passed in

Parameters
packet
const WirelessPacket&

The WirelessPacket to get the unique id of

Returns

The UniqueWirelessPacketId of the passed in packet

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/HclSmartBearing_RawPacket-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/HclSmartBearing_RawPacket-h-Summary.js deleted file mode 100644 index 2b5e23e3c..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/HclSmartBearing_RawPacket-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Packets/HclSmartBearing_RawPacket.h","HclSmartBearing_RawPacket.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Packets/HclSmartBearing_RawPacket.h",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Enums","Enumeration"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[7642,0,0,"HclSmartBearing_RawPacket","HclSmartBearing_RawPacket"],[7643,0,4,"Constants","HclSmartBearing_RawPacket.Constants"],[7644,0,1,"HclSmartBearing_RawPacket Information","HclSmartBearing_RawPacket.HclSmartBearing_RawPacket_Information"],[7645,0,1,,"HclSmartBearing_RawPacket.PAYLOAD_OFFSET_APP_ID"],[7646,0,1,,"HclSmartBearing_RawPacket.PAYLOAD_OFFSET_ERROR_MASK"],[7647,0,1,,"HclSmartBearing_RawPacket.PAYLOAD_OFFSET_SAMPLE_RATE"],[7648,0,1,,"HclSmartBearing_RawPacket.PAYLOAD_OFFSET_TICK"],[7649,0,1,,"HclSmartBearing_RawPacket.PAYLOAD_OFFSET_TS_SEC"],[7650,0,1,,"HclSmartBearing_RawPacket.PAYLOAD_OFFSET_TS_NANOSEC"],[7651,0,4,"Types","HclSmartBearing_RawPacket.Types"],[7652,0,2,"RawPacketId","HclSmartBearing_RawPacket.RawPacketId"],[7653,0,1,,"HclSmartBearing_RawPacket.rawPacket_baseBoard"],[7654,0,1,,"HclSmartBearing_RawPacket.rawPacket_strainBoard"],[7655,0,1,,"HclSmartBearing_RawPacket.rawPacket_inertialBoard"],[7656,0,4,"Functions","HclSmartBearing_RawPacket.Functions"],[7657,0,3,"HclSmartBearing_RawPacket","HclSmartBearing_RawPacket.HclSmartBearing_RawPacket"],[7658,0,4,"Variables","HclSmartBearing_RawPacket.Variables"],[7659,0,5,"m_magConversionVal","HclSmartBearing_RawPacket.m_magConversionVal"],[7660,0,4,"Functions","HclSmartBearing_RawPacket.Functions(2)"],[7661,0,3,"parseSweeps","HclSmartBearing_RawPacket.parseSweeps"],[7662,0,3,"parseSweeps_baseBoard","HclSmartBearing_RawPacket.parseSweeps_baseBoard"],[7663,0,3,"parseSweeps_strainBoard","HclSmartBearing_RawPacket.parseSweeps_strainBoard"],[7664,0,3,"parseSweeps_inertialBoard","HclSmartBearing_RawPacket.parseSweeps_inertialBoard"],[7665,0,3,"getMagChValue","HclSmartBearing_RawPacket.getMagChValue"],[7666,0,3,"integrityCheck_baseBoard","HclSmartBearing_RawPacket.integrityCheck_baseBoard"],[7667,0,3,"integrityCheck_strainBoard","HclSmartBearing_RawPacket.integrityCheck_strainBoard"],[7668,0,3,"integrityCheck_inertialBoard","HclSmartBearing_RawPacket.integrityCheck_inertialBoard"],[7669,0,3,"integrityCheck","HclSmartBearing_RawPacket.integrityCheck"],[7670,0,3,"getUniqueId","HclSmartBearing_RawPacket.getUniqueId"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/HclSmartBearing_RawPacket-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/HclSmartBearing_RawPacket-h-SummaryToolTips.js deleted file mode 100644 index d68f368ea..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/HclSmartBearing_RawPacket-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Packets/HclSmartBearing_RawPacket.h",{7642:"
HclSmartBearing_RawPacket
A WirelessDataPacket derived class representing a HclSmartBearing Raw data packet.
",7652:"
The possible raw packet types.
",7657:"
explicit HclSmartBearing_RawPacket(
const WirelessPacket &packet
)
Creates a HclSmartBearing_RawPacket from the passed in WirelessPacket.
",7659:"
float m_magConversionVal
The conversion value for magnetometer data from the raw base board packet.
",7661:"
void parseSweeps()
Parses the packet for all the sweep information and adds a sweep to the sweeps container
",7662:"
void parseSweeps_baseBoard()
Parses the packet for Raw Base Board data.
",7663:"
void parseSweeps_strainBoard()
Parses the packet for Raw Strain Board data.
",7664:"
void parseSweeps_inertialBoard()
Parses the packet for Raw Inertial Board data.
",7665:"
anyType getMagChValue(
int16 packetVal
)
Gets the magnetometer data for a channel from the raw base board packet, taking into account the mag conversion val.
",7666:"
static bool integrityCheck_baseBoard(
const WirelessPacket::Payload &payload
)
Verifies that the packet is a well formed HclSmartBearing_RawPacket Base Board packet.
",7667:"
static bool integrityCheck_strainBoard(
const WirelessPacket::Payload &payload
)
Verifies that the packet is a well formed HclSmartBearing_RawPacket Strain Board packet.
",7668:"
static bool integrityCheck_inertialBoard(
const WirelessPacket::Payload &payload
)
Verifies that the packet is a well formed HclSmartBearing_RawPacket Inertial Board packet.
",7669:"
static bool integrityCheck(
const WirelessPacket &packet
)
Verifies that the packet is a well formed HclSmartBearing_RawPacket packet.
",7670:"
static UniqueWirelessPacketId getUniqueId(
const WirelessPacket &packet
)
Gets the unique Id of the WirelessPacket passed in
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/HclSmartBearing_RawPacket-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/HclSmartBearing_RawPacket-h-ToolTips.js deleted file mode 100644 index fce121dd9..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/HclSmartBearing_RawPacket-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7176:"
WirelessPacket
Represents a MicroStrain wireless packet
",7178:"
typedef for the bytes that make up a payload in a packet
",7236:"
WirelessDataPacket
A class representing a Wireless Data Packet.
",10248:"
Typedef for an id that uniquely identifies a wireless packet.
",10249:"
Typedef for a simple_any type
",10464:"
Error_UnknownSampleRate
The sample rate is invalid or unknown for the given device
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/HclSmartBearing_RawPacket-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/HclSmartBearing_RawPacket-h.html deleted file mode 100644 index 83ed775b3..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/HclSmartBearing_RawPacket-h.html +++ /dev/null @@ -1,119 +0,0 @@ - - -HclSmartBearing_RawPacket.h - - - - - - - -
-
HclSmartBearing_RawPacket
-
public
WirelessDataPacket
HclSmartBearing_RawPacket
-

A WirelessDataPacket derived class representing a HclSmartBearing Raw data packet.

-
- -
-
Constants
-
- -
-
HclSmartBearing_RawPacket Information
-
PAYLOAD_OFFSET_APP_ID

0  - The offset into the payload to get the application ID

PAYLOAD_OFFSET_ERROR_MASK

1  - The offset into the payload to get the sensor board error mask.

PAYLOAD_OFFSET_SAMPLE_RATE

2  - The offset into the payload to get the sample rate

PAYLOAD_OFFSET_TICK

3  - The offset into the payload to get the tick (2 bytes)

PAYLOAD_OFFSET_TS_SEC

5  - The offset into the payload to get the timestamp seconds (4 bytes)

PAYLOAD_OFFSET_TS_NANOSEC

9  - The offset into the payload to get the timestamp nanoseconds (4 bytes)

-
- -
-
Types
-
- -
-
RawPacketId
-

The possible raw packet types.

rawPacket_baseBoard

0 - HclSmartBearing Raw Base Board data packet

rawPacket_strainBoard

1 - HclSmartBearing Raw Strain Board data packet

rawPacket_inertialBoard

2 - HclSmartBearing Raw Inertial Board data packet

-
- -
-
Functions
-
- -
-
HclSmartBearing_RawPacket
-
explicit HclSmartBearing_RawPacket(
const WirelessPacket &packet
)
-

Creates a HclSmartBearing_RawPacket from the passed in WirelessPacket.

Parameters
packet
const WirelessPacket&

A WirelessPacket determined to be a HclSmartBearing_RawPacket.

-
- -
-
Variables
-
- -
-
m_magConversionVal
-
float m_magConversionVal
-

The conversion value for magnetometer data from the raw base board packet.

-
- -
-
Functions
-
- -
-
parseSweeps
-
void parseSweeps()
-

Parses the packet for all the sweep information and adds a sweep to the sweeps container

Exceptions
-
- -
-
parseSweeps_baseBoard
-
void parseSweeps_baseBoard()
-

Parses the packet for Raw Base Board data.

-
- -
-
parseSweeps_strainBoard
-
void parseSweeps_strainBoard()
-

Parses the packet for Raw Strain Board data.

-
- -
-
parseSweeps_inertialBoard
-
void parseSweeps_inertialBoard()
-

Parses the packet for Raw Inertial Board data.

-
- -
-
getMagChValue
-
anyType getMagChValue(
int16 packetVal
)
-

Gets the magnetometer data for a channel from the raw base board packet, taking into account the mag conversion val.

Parameters
packetVal
int16

The raw channel value received from the packet.

Returns

An anyType containing the value to store with the data.

-
- -
-
integrityCheck_baseBoard
-
static bool integrityCheck_baseBoard(
const WirelessPacket::Payload &payload
)
-

Verifies that the packet is a well formed HclSmartBearing_RawPacket Base Board packet.

Parameters
packet

The fully formed Wireless Packet to check the integrity of.

Returns

true if the packet is a well formed HclSmartBearing_RawPacket Base Board packet, false otherwise.

-
- -
-
integrityCheck_strainBoard
-
static bool integrityCheck_strainBoard(
const WirelessPacket::Payload &payload
)
-

Verifies that the packet is a well formed HclSmartBearing_RawPacket Strain Board packet.

Parameters
packet

The fully formed Wireless Packet to check the integrity of.

Returns

true if the packet is a well formed HclSmartBearing_RawPacket Strain Board packet, false otherwise.

-
- -
-
integrityCheck_inertialBoard
-
static bool integrityCheck_inertialBoard(
const WirelessPacket::Payload &payload
)
-

Verifies that the packet is a well formed HclSmartBearing_RawPacket Inertial Board packet.

Parameters
packet

The fully formed Wireless Packet to check the integrity of.

Returns

true if the packet is a well formed HclSmartBearing_RawPacket Inertial Board packet, false otherwise.

-
- -
-
integrityCheck
-
static bool integrityCheck(
const WirelessPacket &packet
)
-

Verifies that the packet is a well formed HclSmartBearing_RawPacket packet.

Parameters
packet
const WirelessPacket&

The fully formed Wireless Packet to check the integrity of.

Returns

true if the packet is a well formed HclSmartBearing_RawPacket packet, false otherwise.

-
- -
-
getUniqueId
-
static UniqueWirelessPacketId getUniqueId(
const WirelessPacket &packet
)
-

Gets the unique Id of the WirelessPacket passed in

Parameters
packet
const WirelessPacket&

The WirelessPacket to get the unique id of

Returns

The UniqueWirelessPacketId of the passed in packet

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/LdcMathPacket-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/LdcMathPacket-h-Summary.js deleted file mode 100644 index 2a80a931e..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/LdcMathPacket-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Packets/LdcMathPacket.h","LdcMathPacket.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Packets/LdcMathPacket.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[7636,0,0,"LdcMathPacket","LdcMathPacket"],[7637,0,2,"Functions","LdcMathPacket.Functions"],[7638,0,1,"LdcMathPacket","LdcMathPacket.LdcMathPacket"],[7639,0,1,"parseSweeps","LdcMathPacket.parseSweeps"],[7640,0,1,"integrityCheck","LdcMathPacket.integrityCheck"],[7641,0,1,"getUniqueId","LdcMathPacket.getUniqueId"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/LdcMathPacket-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/LdcMathPacket-h-SummaryToolTips.js deleted file mode 100644 index 34c88b637..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/LdcMathPacket-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Packets/LdcMathPacket.h",{7636:"
LdcMathPacket
A WirelessDataPacket derived class representing a Low Duty Cycle packet
",7638:"
explicit LdcMathPacket(
const WirelessPacket &packet
)
Creates an LdcMathPacket from the passed in WirelessPacket
",7639:"
void parseSweeps()
Parses the passed in WirelessPacket for all the sweep information and adds a sweep to the sweeps container
",7640:"
static bool integrityCheck(
const WirelessPacket &packet
)
Verifies that the packet is a well formed Low Duty Cycle packet
",7641:"
static UniqueWirelessPacketId getUniqueId(
const WirelessPacket &packet
)
Gets the unique Id of the WirelessPacket passed in
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/LdcMathPacket-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/LdcMathPacket-h-ToolTips.js deleted file mode 100644 index 029a71284..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/LdcMathPacket-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7176:"
WirelessPacket
Represents a MicroStrain wireless packet
",7236:"
WirelessDataPacket
A class representing a Wireless Data Packet.
",10248:"
Typedef for an id that uniquely identifies a wireless packet.
",10464:"
Error_UnknownSampleRate
The sample rate is invalid or unknown for the given device
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/LdcMathPacket-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/LdcMathPacket-h.html deleted file mode 100644 index 9f215eccd..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/LdcMathPacket-h.html +++ /dev/null @@ -1,45 +0,0 @@ - - -LdcMathPacket.h - - - - - - - -
-
LdcMathPacket
- -

A WirelessDataPacket derived class representing a Low Duty Cycle packet

-
- -
-
Functions
-
- -
-
LdcMathPacket
-
explicit LdcMathPacket(
const WirelessPacket &packet
)
-

Creates an LdcMathPacket from the passed in WirelessPacket

Parameters
packet
const WirelessPacket&

A WirelessPacket determined to be an LdcMathPacket

-
- -
-
parseSweeps
-
void parseSweeps()
-

Parses the passed in WirelessPacket for all the sweep information and adds a sweep to the sweeps container

Exceptions
-
- -
-
integrityCheck
-
static bool integrityCheck(
const WirelessPacket &packet
)
-

Verifies that the packet is a well formed Low Duty Cycle packet

Parameters
packet
const WirelessPacket&

The fully formed Wireless Packet to check the integrity of

Returns

true if the packet is a well formed LDC packet, false otherwise

-
- -
-
getUniqueId
-
static UniqueWirelessPacketId getUniqueId(
const WirelessPacket &packet
)
-

Gets the unique Id of the WirelessPacket passed in

Parameters
packet
const WirelessPacket&

The WirelessPacket to get the unique id of

Returns

The UniqueWirelessPacketId of the passed in packet

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/LdcMathPacket_aspp3-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/LdcMathPacket_aspp3-h-Summary.js deleted file mode 100644 index 1aff36e72..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/LdcMathPacket_aspp3-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Packets/LdcMathPacket_aspp3.h","LdcMathPacket_aspp3.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Packets/LdcMathPacket_aspp3.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[7630,0,0,"LdcMathPacket_aspp3","LdcMathPacket_aspp3"],[7631,0,2,"Functions","LdcMathPacket_aspp3.Functions"],[7632,0,1,"LdcMathPacket_aspp3","LdcMathPacket_aspp3.LdcMathPacket_aspp3"],[7633,0,1,"parseSweeps","LdcMathPacket_aspp3.parseSweeps"],[7634,0,1,"integrityCheck","LdcMathPacket_aspp3.integrityCheck"],[7635,0,1,"getUniqueId","LdcMathPacket_aspp3.getUniqueId"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/LdcMathPacket_aspp3-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/LdcMathPacket_aspp3-h-SummaryToolTips.js deleted file mode 100644 index 57a0363b0..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/LdcMathPacket_aspp3-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Packets/LdcMathPacket_aspp3.h",{7630:"
LdcMathPacket_aspp3
A WirelessDataPacket derived class representing a Low Duty Cycle packet
",7632:"
explicit LdcMathPacket_aspp3(
const WirelessPacket &packet
)
Creates an LdcMathPacket_aspp3 from the passed in WirelessPacket
",7633:"
void parseSweeps()
Parses the passed in WirelessPacket for all the sweep information and adds a sweep to the sweeps container
",7634:"
static bool integrityCheck(
const WirelessPacket &packet
)
Verifies that the packet is a well formed Low Duty Cycle packet
",7635:"
static UniqueWirelessPacketId getUniqueId(
const WirelessPacket &packet
)
Gets the unique Id of the WirelessPacket passed in
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/LdcMathPacket_aspp3-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/LdcMathPacket_aspp3-h-ToolTips.js deleted file mode 100644 index 029a71284..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/LdcMathPacket_aspp3-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7176:"
WirelessPacket
Represents a MicroStrain wireless packet
",7236:"
WirelessDataPacket
A class representing a Wireless Data Packet.
",10248:"
Typedef for an id that uniquely identifies a wireless packet.
",10464:"
Error_UnknownSampleRate
The sample rate is invalid or unknown for the given device
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/LdcMathPacket_aspp3-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/LdcMathPacket_aspp3-h.html deleted file mode 100644 index 73224cb1c..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/LdcMathPacket_aspp3-h.html +++ /dev/null @@ -1,45 +0,0 @@ - - -LdcMathPacket_aspp3.h - - - - - - - -
-
LdcMathPacket_aspp3
-
public
WirelessDataPacket
LdcMathPacket_aspp3
-

A WirelessDataPacket derived class representing a Low Duty Cycle packet

-
- -
-
Functions
-
- -
-
LdcMathPacket_aspp3
-
explicit LdcMathPacket_aspp3(
const WirelessPacket &packet
)
-

Creates an LdcMathPacket_aspp3 from the passed in WirelessPacket

Parameters
packet
const WirelessPacket&

A WirelessPacket determined to be an LdcMathPacket_aspp3

-
- -
-
parseSweeps
-
void parseSweeps()
-

Parses the passed in WirelessPacket for all the sweep information and adds a sweep to the sweeps container

Exceptions
-
- -
-
integrityCheck
-
static bool integrityCheck(
const WirelessPacket &packet
)
-

Verifies that the packet is a well formed Low Duty Cycle packet

Parameters
packet
const WirelessPacket&

The fully formed Wireless Packet to check the integrity of

Returns

true if the packet is a well formed LDC packet, false otherwise

-
- -
-
getUniqueId
-
static UniqueWirelessPacketId getUniqueId(
const WirelessPacket &packet
)
-

Gets the unique Id of the WirelessPacket passed in

Parameters
packet
const WirelessPacket&

The WirelessPacket to get the unique id of

Returns

The UniqueWirelessPacketId of the passed in packet

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/LdcPacket-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/LdcPacket-h-Summary.js deleted file mode 100644 index 6dc3729d5..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/LdcPacket-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Packets/LdcPacket.h","LdcPacket.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Packets/LdcPacket.h",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[7614,0,0,"LdcPacket","LdcPacket"],[7615,0,3,"Constants","LdcPacket.Constants"],[7616,0,1,"Low Duty Cycle Packet Information","LdcPacket.Low_Duty_Cycle_Packet_Information"],[7617,0,1,,"LdcPacket.PAYLOAD_OFFSET_APP_ID"],[7618,0,1,,"LdcPacket.PAYLOAD_OFFSET_CHANNEL_MASK"],[7619,0,1,,"LdcPacket.PAYLOAD_OFFSET_SAMPLE_RATE"],[7620,0,1,,"LdcPacket.PAYLOAD_OFFSET_DATA_TYPE"],[7621,0,1,,"LdcPacket.PAYLOAD_OFFSET_TICK"],[7622,0,1,,"LdcPacket.PAYLOAD_OFFSET_CHANNEL_DATA"],[7623,0,1,"Packet values","LdcPacket.Packet_values"],[7624,0,1,,"LdcPacket.APP_ID_VAL"],[7625,0,3,"Functions","LdcPacket.Functions"],[7626,0,2,"LdcPacket","LdcPacket.LdcPacket"],[7627,0,2,"parseSweeps","LdcPacket.parseSweeps"],[7628,0,2,"integrityCheck","LdcPacket.integrityCheck"],[7629,0,2,"getUniqueId","LdcPacket.getUniqueId"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/LdcPacket-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/LdcPacket-h-SummaryToolTips.js deleted file mode 100644 index bd60ecbad..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/LdcPacket-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Packets/LdcPacket.h",{7614:"
LdcPacket
A WirelessDataPacket derived class representing a Low Duty Cycle packet
",7626:"
explicit LdcPacket(
const WirelessPacket &packet
)
Creates an LdcPacket from the passed in WirelessPacket
",7627:"
void parseSweeps()
Parses the passed in WirelessPacket for all the sweep information and adds a sweep to the sweeps container
",7628:"
static bool integrityCheck(
const WirelessPacket &packet
)
Verifies that the packet is a well formed Low Duty Cycle packet
",7629:"
static UniqueWirelessPacketId getUniqueId(
const WirelessPacket &packet
)
Gets the unique Id of the WirelessPacket passed in
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/LdcPacket-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/LdcPacket-h-ToolTips.js deleted file mode 100644 index 029a71284..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/LdcPacket-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7176:"
WirelessPacket
Represents a MicroStrain wireless packet
",7236:"
WirelessDataPacket
A class representing a Wireless Data Packet.
",10248:"
Typedef for an id that uniquely identifies a wireless packet.
",10464:"
Error_UnknownSampleRate
The sample rate is invalid or unknown for the given device
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/LdcPacket-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/LdcPacket-h.html deleted file mode 100644 index 749f042e2..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/LdcPacket-h.html +++ /dev/null @@ -1,59 +0,0 @@ - - -LdcPacket.h - - - - - - - -
-
LdcPacket
- -

A WirelessDataPacket derived class representing a Low Duty Cycle packet

-
- -
-
Constants
-
- -
-
Low Duty Cycle Packet Information
-
PAYLOAD_OFFSET_APP_ID

0  - The offset into the payload to get the application ID

PAYLOAD_OFFSET_CHANNEL_MASK

1  - The offset into the payload to get the channel mask

PAYLOAD_OFFSET_SAMPLE_RATE

2  - The offset into the payload to get the sample rate

PAYLOAD_OFFSET_DATA_TYPE

3  - The offset into the payload to get the data type

PAYLOAD_OFFSET_TICK

4  - The offset into the payload to get the tick (2 bytes)

PAYLOAD_OFFSET_CHANNEL_DATA

6  - The offset into the payload where the channel data starts

-
- -
-
Packet values
-
APP_ID_VAL

0x02  - The App ID of the Packet

-
- -
-
Functions
-
- -
-
LdcPacket
-
explicit LdcPacket(
const WirelessPacket &packet
)
-

Creates an LdcPacket from the passed in WirelessPacket

Parameters
packet
const WirelessPacket&

A WirelessPacket determined to be an LdcPacket

-
- -
-
parseSweeps
-
void parseSweeps()
-

Parses the passed in WirelessPacket for all the sweep information and adds a sweep to the sweeps container

Exceptions
-
- -
-
integrityCheck
-
static bool integrityCheck(
const WirelessPacket &packet
)
-

Verifies that the packet is a well formed Low Duty Cycle packet

Parameters
packet
const WirelessPacket&

The fully formed Wireless Packet to check the integrity of

Returns

true if the packet is a well formed LDC packet, false otherwise

-
- -
-
getUniqueId
-
static UniqueWirelessPacketId getUniqueId(
const WirelessPacket &packet
)
-

Gets the unique Id of the WirelessPacket passed in

Parameters
packet
const WirelessPacket&

The WirelessPacket to get the unique id of

Returns

The UniqueWirelessPacketId of the passed in packet

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/LdcPacket_v2-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/LdcPacket_v2-h-Summary.js deleted file mode 100644 index 6074fd6dd..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/LdcPacket_v2-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Packets/LdcPacket_v2.h","LdcPacket_v2.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Packets/LdcPacket_v2.h",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[7601,0,0,"LdcPacket_v2","LdcPacket_v2"],[7602,0,3,"Constants","LdcPacket_v2.Constants"],[7603,0,1,"Low Duty Cycle Packet Information","LdcPacket_v2.Low_Duty_Cycle_Packet_Information"],[7604,0,1,,"LdcPacket_v2.PAYLOAD_OFFSET_CHANNEL_MASK"],[7605,0,1,,"LdcPacket_v2.PAYLOAD_OFFSET_SAMPLE_RATE"],[7606,0,1,,"LdcPacket_v2.PAYLOAD_OFFSET_APPID_AND_DATA_TYPE"],[7607,0,1,,"LdcPacket_v2.PAYLOAD_OFFSET_TICK"],[7608,0,1,,"LdcPacket_v2.PAYLOAD_OFFSET_CHANNEL_DATA"],[7609,0,3,"Functions","LdcPacket_v2.Functions"],[7610,0,2,"LdcPacket_v2","LdcPacket_v2.LdcPacket_v2"],[7611,0,2,"parseSweeps","LdcPacket_v2.parseSweeps"],[7612,0,2,"integrityCheck","LdcPacket_v2.integrityCheck"],[7613,0,2,"getUniqueId","LdcPacket_v2.getUniqueId"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/LdcPacket_v2-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/LdcPacket_v2-h-SummaryToolTips.js deleted file mode 100644 index 03acaa59d..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/LdcPacket_v2-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Packets/LdcPacket_v2.h",{7601:"
LdcPacket_v2
A WirelessDataPacket derived class representing a Low Duty Cycle packet
",7610:"
explicit LdcPacket_v2(
const WirelessPacket &packet
)
Creates an LdcPacket_v2 from the passed in WirelessPacket
",7611:"
void parseSweeps()
Parses the passed in WirelessPacket for all the sweep information and adds a sweep to the sweeps container
",7612:"
static bool integrityCheck(
const WirelessPacket &packet
)
Verifies that the packet is a well formed Low Duty Cycle packet
",7613:"
static UniqueWirelessPacketId getUniqueId(
const WirelessPacket &packet
)
Gets the unique Id of the WirelessPacket passed in
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/LdcPacket_v2-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/LdcPacket_v2-h-ToolTips.js deleted file mode 100644 index 029a71284..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/LdcPacket_v2-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7176:"
WirelessPacket
Represents a MicroStrain wireless packet
",7236:"
WirelessDataPacket
A class representing a Wireless Data Packet.
",10248:"
Typedef for an id that uniquely identifies a wireless packet.
",10464:"
Error_UnknownSampleRate
The sample rate is invalid or unknown for the given device
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/LdcPacket_v2-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/LdcPacket_v2-h.html deleted file mode 100644 index 2aef2a7bb..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/LdcPacket_v2-h.html +++ /dev/null @@ -1,54 +0,0 @@ - - -LdcPacket_v2.h - - - - - - - -
-
LdcPacket_v2
- -

A WirelessDataPacket derived class representing a Low Duty Cycle packet

-
- -
-
Constants
-
- -
-
Low Duty Cycle Packet Information
-
PAYLOAD_OFFSET_CHANNEL_MASK

0  - The offset into the payload to get the channel mask

PAYLOAD_OFFSET_SAMPLE_RATE

2  - The offset into the payload to get the sample rate

PAYLOAD_OFFSET_APPID_AND_DATA_TYPE

3  - The offset into the payload to get the app id and data type

PAYLOAD_OFFSET_TICK

4  - The offset into the payload to get the tick (2 bytes)

PAYLOAD_OFFSET_CHANNEL_DATA

6  - The offset into the payload where the channel data starts

-
- -
-
Functions
-
- -
-
LdcPacket_v2
-
explicit LdcPacket_v2(
const WirelessPacket &packet
)
-

Creates an LdcPacket_v2 from the passed in WirelessPacket

Parameters
packet
const WirelessPacket&

A WirelessPacket determined to be an LdcPacket_v2

-
- -
-
parseSweeps
-
void parseSweeps()
-

Parses the passed in WirelessPacket for all the sweep information and adds a sweep to the sweeps container

Exceptions
-
- -
-
integrityCheck
-
static bool integrityCheck(
const WirelessPacket &packet
)
-

Verifies that the packet is a well formed Low Duty Cycle packet

Parameters
packet
const WirelessPacket&

The fully formed Wireless Packet to check the integrity of

Returns

true if the packet is a well formed LDC packet, false otherwise

-
- -
-
getUniqueId
-
static UniqueWirelessPacketId getUniqueId(
const WirelessPacket &packet
)
-

Gets the unique Id of the WirelessPacket passed in

Parameters
packet
const WirelessPacket&

The WirelessPacket to get the unique id of

Returns

The UniqueWirelessPacketId of the passed in packet

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/LdcPacket_v2_aspp3-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/LdcPacket_v2_aspp3-h-Summary.js deleted file mode 100644 index 24a720436..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/LdcPacket_v2_aspp3-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Packets/LdcPacket_v2_aspp3.h","LdcPacket_v2_aspp3.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Packets/LdcPacket_v2_aspp3.h",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[7588,0,0,"LdcPacket_v2_aspp3","LdcPacket_v2_aspp3"],[7589,0,3,"Constants","LdcPacket_v2_aspp3.Constants"],[7590,0,1,"Low Duty Cycle Packet Information","LdcPacket_v2_aspp3.Low_Duty_Cycle_Packet_Information"],[7591,0,1,,"LdcPacket_v2_aspp3.PAYLOAD_OFFSET_CHANNEL_MASK"],[7592,0,1,,"LdcPacket_v2_aspp3.PAYLOAD_OFFSET_SAMPLE_RATE"],[7593,0,1,,"LdcPacket_v2_aspp3.PAYLOAD_OFFSET_APPID_AND_DATA_TYPE"],[7594,0,1,,"LdcPacket_v2_aspp3.PAYLOAD_OFFSET_TICK"],[7595,0,1,,"LdcPacket_v2_aspp3.PAYLOAD_OFFSET_CHANNEL_DATA"],[7596,0,3,"Functions","LdcPacket_v2_aspp3.Functions"],[7597,0,2,"LdcPacket_v2_aspp3","LdcPacket_v2_aspp3.LdcPacket_v2_aspp3"],[7598,0,2,"parseSweeps","LdcPacket_v2_aspp3.parseSweeps"],[7599,0,2,"integrityCheck","LdcPacket_v2_aspp3.integrityCheck"],[7600,0,2,"getUniqueId","LdcPacket_v2_aspp3.getUniqueId"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/LdcPacket_v2_aspp3-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/LdcPacket_v2_aspp3-h-SummaryToolTips.js deleted file mode 100644 index e33c2cb7d..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/LdcPacket_v2_aspp3-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Packets/LdcPacket_v2_aspp3.h",{7588:"
LdcPacket_v2_aspp3
A WirelessDataPacket derived class representing a Low Duty Cycle packet
",7597:"
explicit LdcPacket_v2_aspp3(
const WirelessPacket &packet
)
Creates an LdcPacket_v2_aspp3 from the passed in WirelessPacket
",7598:"
void parseSweeps()
Parses the passed in WirelessPacket for all the sweep information and adds a sweep to the sweeps container
",7599:"
static bool integrityCheck(
const WirelessPacket &packet
)
Verifies that the packet is a well formed Low Duty Cycle packet
",7600:"
static UniqueWirelessPacketId getUniqueId(
const WirelessPacket &packet
)
Gets the unique Id of the WirelessPacket passed in
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/LdcPacket_v2_aspp3-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/LdcPacket_v2_aspp3-h-ToolTips.js deleted file mode 100644 index 029a71284..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/LdcPacket_v2_aspp3-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7176:"
WirelessPacket
Represents a MicroStrain wireless packet
",7236:"
WirelessDataPacket
A class representing a Wireless Data Packet.
",10248:"
Typedef for an id that uniquely identifies a wireless packet.
",10464:"
Error_UnknownSampleRate
The sample rate is invalid or unknown for the given device
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/LdcPacket_v2_aspp3-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/LdcPacket_v2_aspp3-h.html deleted file mode 100644 index 48f3718de..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/LdcPacket_v2_aspp3-h.html +++ /dev/null @@ -1,54 +0,0 @@ - - -LdcPacket_v2_aspp3.h - - - - - - - -
-
LdcPacket_v2_aspp3
-
public
WirelessDataPacket
LdcPacket_v2_aspp3
-

A WirelessDataPacket derived class representing a Low Duty Cycle packet

-
- -
-
Constants
-
- -
-
Low Duty Cycle Packet Information
-
PAYLOAD_OFFSET_CHANNEL_MASK

4  - The offset into the payload to get the channel mask

PAYLOAD_OFFSET_SAMPLE_RATE

6  - The offset into the payload to get the sample rate

PAYLOAD_OFFSET_APPID_AND_DATA_TYPE

7  - The offset into the payload to get the app id and data type

PAYLOAD_OFFSET_TICK

8  - The offset into the payload to get the tick (2 bytes)

PAYLOAD_OFFSET_CHANNEL_DATA

10  - The offset into the payload where the channel data starts

-
- -
-
Functions
-
- -
-
LdcPacket_v2_aspp3
-
explicit LdcPacket_v2_aspp3(
const WirelessPacket &packet
)
-

Creates an LdcPacket_v2_aspp3 from the passed in WirelessPacket

Parameters
packet
const WirelessPacket&

A WirelessPacket determined to be an LdcPacket_v2_aspp3

-
- -
-
parseSweeps
-
void parseSweeps()
-

Parses the passed in WirelessPacket for all the sweep information and adds a sweep to the sweeps container

Exceptions
-
- -
-
integrityCheck
-
static bool integrityCheck(
const WirelessPacket &packet
)
-

Verifies that the packet is a well formed Low Duty Cycle packet

Parameters
packet
const WirelessPacket&

The fully formed Wireless Packet to check the integrity of

Returns

true if the packet is a well formed LDC packet, false otherwise

-
- -
-
getUniqueId
-
static UniqueWirelessPacketId getUniqueId(
const WirelessPacket &packet
)
-

Gets the unique Id of the WirelessPacket passed in

Parameters
packet
const WirelessPacket&

The WirelessPacket to get the unique id of

Returns

The UniqueWirelessPacketId of the passed in packet

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/NodeDiscoveryPacket-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/NodeDiscoveryPacket-h-Summary.js deleted file mode 100644 index b745c75eb..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/NodeDiscoveryPacket-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Packets/NodeDiscoveryPacket.h","NodeDiscoveryPacket.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Packets/NodeDiscoveryPacket.h",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[7580,0,0,"NodeDiscoveryPacket","NodeDiscoveryPacket"],[7581,0,3,"Constants","NodeDiscoveryPacket.Constants"],[7582,0,1,"Node Discovery Packet Information","NodeDiscoveryPacket.Node_Discovery_Packet_Information"],[7583,0,1,,"NodeDiscoveryPacket.PAYLOAD_OFFSET_RADIO_CHANNEL"],[7584,0,1,,"NodeDiscoveryPacket.PAYLOAD_OFFSET_MODEL_NUMBER"],[7585,0,1,"stopFlags_nodeDiscovery","NodeDiscoveryPacket.stopFlags_nodeDiscovery"],[7586,0,3,"Functions","NodeDiscoveryPacket.Functions"],[7587,0,2,"integrityCheck","NodeDiscoveryPacket.integrityCheck"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/NodeDiscoveryPacket-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/NodeDiscoveryPacket-h-SummaryToolTips.js deleted file mode 100644 index 881a09e2c..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/NodeDiscoveryPacket-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Packets/NodeDiscoveryPacket.h",{7580:"
NodeDiscoveryPacket
A class representing a MicroStrain "node discovery" packet
",7585:"
The delivery stop flags that are expected in the node discovery command
",7587:"
static bool integrityCheck(
const WirelessPacket &packet
)
Verifies that the packet is a well formed Node Discovery packet
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/NodeDiscoveryPacket-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/NodeDiscoveryPacket-h-ToolTips.js deleted file mode 100644 index 84029c567..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/NodeDiscoveryPacket-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7176:"
WirelessPacket
Represents a MicroStrain wireless packet
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/NodeDiscoveryPacket-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/NodeDiscoveryPacket-h.html deleted file mode 100644 index caf1b2573..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/NodeDiscoveryPacket-h.html +++ /dev/null @@ -1,41 +0,0 @@ - - -NodeDiscoveryPacket.h - - - - - - - -
-
NodeDiscoveryPacket
-
public
WirelessPacket
NodeDiscoveryPacket
-

A class representing a MicroStrain "node discovery" packet

-
- -
-
Constants
-
- -
-
Node Discovery Packet Information
-
PAYLOAD_OFFSET_RADIO_CHANNEL

0  - The offset into the payload to get the radio channel

PAYLOAD_OFFSET_MODEL_NUMBER

1  - The offset into the payload to get the model number (2 bytes)

-
- -
-
stopFlags_nodeDiscovery
-

The delivery stop flags that are expected in the node discovery command

-
- -
-
Functions
-
- -
-
integrityCheck
-
static bool integrityCheck(
const WirelessPacket &packet
)
-

Verifies that the packet is a well formed Node Discovery packet

Parameters
packet
const WirelessPacket&

The fully formed Wireless Packet to check the integrity of

Returns

true is the packet is a well-formed Node Discovery Packet, false otherwise

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/NodeDiscoveryPacket_v2-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/NodeDiscoveryPacket_v2-h-Summary.js deleted file mode 100644 index 4498a897f..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/NodeDiscoveryPacket_v2-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Packets/NodeDiscoveryPacket_v2.h","NodeDiscoveryPacket_v2.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Packets/NodeDiscoveryPacket_v2.h",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[7568,0,0,"NodeDiscoveryPacket_v2","NodeDiscoveryPacket_v2"],[7569,0,3,"Constants","NodeDiscoveryPacket_v2.Constants"],[7570,0,1,"Node Discovery v2 Packet Information","NodeDiscoveryPacket_v2.Node_Discovery_v2_Packet_Information"],[7571,0,1,,"NodeDiscoveryPacket_v2.PAYLOAD_OFFSET_RADIO_CHANNEL"],[7572,0,1,,"NodeDiscoveryPacket_v2.PAYLOAD_OFFSET_PAN_ID"],[7573,0,1,,"NodeDiscoveryPacket_v2.PAYLOAD_OFFSET_MODEL_NUMBER"],[7574,0,1,,"NodeDiscoveryPacket_v2.PAYLOAD_OFFSET_MODEL_OPTION"],[7575,0,1,,"NodeDiscoveryPacket_v2.PAYLOAD_OFFSET_SERIAL_NUMBER"],[7576,0,1,,"NodeDiscoveryPacket_v2.PAYLOAD_OFFSET_FIRMWARE_VER"],[7577,0,1,"stopFlags_nodeDiscovery","NodeDiscoveryPacket_v2.stopFlags_nodeDiscovery"],[7578,0,3,"Functions","NodeDiscoveryPacket_v2.Functions"],[7579,0,2,"integrityCheck","NodeDiscoveryPacket_v2.integrityCheck"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/NodeDiscoveryPacket_v2-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/NodeDiscoveryPacket_v2-h-SummaryToolTips.js deleted file mode 100644 index 74827fca9..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/NodeDiscoveryPacket_v2-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Packets/NodeDiscoveryPacket_v2.h",{7568:"
NodeDiscoveryPacket_v2
A class representing a MicroStrain "node discovery" packet (version 2).
",7577:"
The delivery stop flags that are expected in the node discovery command.
",7579:"
static bool integrityCheck(
const WirelessPacket &packet
)
Verifies that the packet is a well formed Node Discovery (v2) packet.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/NodeDiscoveryPacket_v2-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/NodeDiscoveryPacket_v2-h-ToolTips.js deleted file mode 100644 index 84029c567..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/NodeDiscoveryPacket_v2-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7176:"
WirelessPacket
Represents a MicroStrain wireless packet
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/NodeDiscoveryPacket_v2-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/NodeDiscoveryPacket_v2-h.html deleted file mode 100644 index 93cd1048e..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/NodeDiscoveryPacket_v2-h.html +++ /dev/null @@ -1,41 +0,0 @@ - - -NodeDiscoveryPacket_v2.h - - - - - - - -
-
NodeDiscoveryPacket_v2
-
public
WirelessPacket
NodeDiscoveryPacket_v2
-

A class representing a MicroStrain "node discovery" packet (version 2).

-
- -
-
Constants
-
- -
-
Node Discovery v2 Packet Information
-
PAYLOAD_OFFSET_RADIO_CHANNEL

0  - The offset into the payload to get the radio channel.

PAYLOAD_OFFSET_PAN_ID

1  - The offset into the payload to get the PAN id.

PAYLOAD_OFFSET_MODEL_NUMBER

3  - The offset into the payload to get the Model Number.

PAYLOAD_OFFSET_MODEL_OPTION

5  - The offset into the payload to get the Model Option.

PAYLOAD_OFFSET_SERIAL_NUMBER

7  - The offset into the payload to get the Serial Number.

PAYLOAD_OFFSET_FIRMWARE_VER

11  - The offset into the payload to get the Firmware Version.

-
- -
-
stopFlags_nodeDiscovery
-

The delivery stop flags that are expected in the node discovery command.

-
- -
-
Functions
-
- -
-
integrityCheck
-
static bool integrityCheck(
const WirelessPacket &packet
)
-

Verifies that the packet is a well formed Node Discovery (v2) packet.

Parameters
packet
const WirelessPacket&

The fully formed Wireless Packet to check the integrity of.

Returns

true is the packet is a well-formed Node Discovery (v2) Packet, false otherwise.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/NodeDiscoveryPacket_v3-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/NodeDiscoveryPacket_v3-h-Summary.js deleted file mode 100644 index 30d6a29a6..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/NodeDiscoveryPacket_v3-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Packets/NodeDiscoveryPacket_v3.h","NodeDiscoveryPacket_v3.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Packets/NodeDiscoveryPacket_v3.h",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[7546,0,0,"NodeDiscoveryPacket_v3","NodeDiscoveryPacket_v3"],[7547,0,3,"Constants","NodeDiscoveryPacket_v3.Constants"],[7548,0,1,"Node Discovery v3 Packet Information","NodeDiscoveryPacket_v3.Node_Discovery_v3_Packet_Information"],[7549,0,1,,"NodeDiscoveryPacket_v3.PAYLOAD_OFFSET_RADIO_CHANNEL"],[7550,0,1,,"NodeDiscoveryPacket_v3.PAYLOAD_OFFSET_PAN_ID"],[7551,0,1,,"NodeDiscoveryPacket_v3.PAYLOAD_OFFSET_MODEL_NUMBER"],[7552,0,1,,"NodeDiscoveryPacket_v3.PAYLOAD_OFFSET_MODEL_OPTION"],[7553,0,1,,"NodeDiscoveryPacket_v3.PAYLOAD_OFFSET_SERIAL_NUMBER"],[7554,0,1,,"NodeDiscoveryPacket_v3.PAYLOAD_OFFSET_FIRMWARE_VER"],[7555,0,1,,"NodeDiscoveryPacket_v3.PAYLOAD_OFFSET_FIRMWARE_2"],[7556,0,1,,"NodeDiscoveryPacket_v3.PAYLOAD_OFFSET_DEFAULT_MODE"],[7557,0,1,"stopFlags_nodeDiscovery","NodeDiscoveryPacket_v3.stopFlags_nodeDiscovery"],[7558,0,3,"Functions","NodeDiscoveryPacket_v3.Functions"],[7559,0,2,"integrityCheck","NodeDiscoveryPacket_v3.integrityCheck"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/NodeDiscoveryPacket_v3-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/NodeDiscoveryPacket_v3-h-SummaryToolTips.js deleted file mode 100644 index 180ce27f2..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/NodeDiscoveryPacket_v3-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Packets/NodeDiscoveryPacket_v3.h",{7546:"
NodeDiscoveryPacket_v3
A class representing a MicroStrain "node discovery" packet (version 3).
",7557:"
The delivery stop flags that are expected in the node discovery command.
",7559:"
static bool integrityCheck(
const WirelessPacket &packet
)
Verifies that the packet is a well formed Node Discovery (v2) packet.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/NodeDiscoveryPacket_v3-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/NodeDiscoveryPacket_v3-h-ToolTips.js deleted file mode 100644 index 84029c567..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/NodeDiscoveryPacket_v3-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7176:"
WirelessPacket
Represents a MicroStrain wireless packet
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/NodeDiscoveryPacket_v3-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/NodeDiscoveryPacket_v3-h.html deleted file mode 100644 index 8e4a8e4c6..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/NodeDiscoveryPacket_v3-h.html +++ /dev/null @@ -1,41 +0,0 @@ - - -NodeDiscoveryPacket_v3.h - - - - - - - -
-
NodeDiscoveryPacket_v3
-
public
WirelessPacket
NodeDiscoveryPacket_v3
-

A class representing a MicroStrain "node discovery" packet (version 3).

-
- -
-
Constants
-
- -
-
Node Discovery v3 Packet Information
-
PAYLOAD_OFFSET_RADIO_CHANNEL

0  - The offset into the payload to get the radio channel.

PAYLOAD_OFFSET_PAN_ID

1  - The offset into the payload to get the PAN id.

PAYLOAD_OFFSET_MODEL_NUMBER

3  - The offset into the payload to get the Model Number.

PAYLOAD_OFFSET_MODEL_OPTION

5  - The offset into the payload to get the Model Option.

PAYLOAD_OFFSET_SERIAL_NUMBER

7  - The offset into the payload to get the Serial Number.

PAYLOAD_OFFSET_FIRMWARE_VER

11  - The offset into the payload to get the Firmware Version (part 1).

PAYLOAD_OFFSET_FIRMWARE_2

13  - The offset into the payload to get the Firmware Version (part 2).

PAYLOAD_OFFSET_DEFAULT_MODE

15  - The offset into the payload to get the Default Mode.

-
- -
-
stopFlags_nodeDiscovery
-

The delivery stop flags that are expected in the node discovery command.

-
- -
-
Functions
-
- -
-
integrityCheck
-
static bool integrityCheck(
const WirelessPacket &packet
)
-

Verifies that the packet is a well formed Node Discovery (v2) packet.

Parameters
packet
const WirelessPacket&

The fully formed Wireless Packet to check the integrity of.

Returns

true is the packet is a well-formed Node Discovery (v2) Packet, false otherwise.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/NodeDiscoveryPacket_v4-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/NodeDiscoveryPacket_v4-h-Summary.js deleted file mode 100644 index 93e69ba77..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/NodeDiscoveryPacket_v4-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Packets/NodeDiscoveryPacket_v4.h","NodeDiscoveryPacket_v4.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Packets/NodeDiscoveryPacket_v4.h",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[7381,0,0,"NodeDiscoveryPacket_v4","NodeDiscoveryPacket_v4"],[7382,0,3,"Constants","NodeDiscoveryPacket_v4.Constants"],[7383,0,1,"Node Discovery v3 Packet Information","NodeDiscoveryPacket_v4.Node_Discovery_v3_Packet_Information"],[7384,0,1,,"NodeDiscoveryPacket_v4.PAYLOAD_OFFSET_RADIO_CHANNEL"],[7385,0,1,,"NodeDiscoveryPacket_v4.PAYLOAD_OFFSET_PAN_ID"],[7386,0,1,,"NodeDiscoveryPacket_v4.PAYLOAD_OFFSET_MODEL_NUMBER"],[7387,0,1,,"NodeDiscoveryPacket_v4.PAYLOAD_OFFSET_MODEL_OPTION"],[7388,0,1,,"NodeDiscoveryPacket_v4.PAYLOAD_OFFSET_SERIAL_NUMBER"],[7389,0,1,,"NodeDiscoveryPacket_v4.PAYLOAD_OFFSET_FIRMWARE_VER"],[7390,0,1,,"NodeDiscoveryPacket_v4.PAYLOAD_OFFSET_FIRMWARE_2"],[7391,0,1,,"NodeDiscoveryPacket_v4.PAYLOAD_OFFSET_DEFAULT_MODE"],[7392,0,1,,"NodeDiscoveryPacket_v4.PAYLOAD_OFFSET_BUILT_IN_TEST"],[7393,0,1,"stopFlags_nodeDiscovery","NodeDiscoveryPacket_v4.stopFlags_nodeDiscovery"],[7394,0,3,"Functions","NodeDiscoveryPacket_v4.Functions"],[7395,0,2,"integrityCheck","NodeDiscoveryPacket_v4.integrityCheck"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/NodeDiscoveryPacket_v4-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/NodeDiscoveryPacket_v4-h-SummaryToolTips.js deleted file mode 100644 index ef235c8af..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/NodeDiscoveryPacket_v4-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Packets/NodeDiscoveryPacket_v4.h",{7381:"
NodeDiscoveryPacket_v4
A class representing a MicroStrain "node discovery" packet (version 4).
",7393:"
The delivery stop flags that are expected in the node discovery command.
",7395:"
static bool integrityCheck(
const WirelessPacket &packet
)
Verifies that the packet is a well formed Node Discovery (v4) packet.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/NodeDiscoveryPacket_v4-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/NodeDiscoveryPacket_v4-h-ToolTips.js deleted file mode 100644 index 84029c567..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/NodeDiscoveryPacket_v4-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7176:"
WirelessPacket
Represents a MicroStrain wireless packet
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/NodeDiscoveryPacket_v4-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/NodeDiscoveryPacket_v4-h.html deleted file mode 100644 index 9eb278a00..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/NodeDiscoveryPacket_v4-h.html +++ /dev/null @@ -1,41 +0,0 @@ - - -NodeDiscoveryPacket_v4.h - - - - - - - -
-
NodeDiscoveryPacket_v4
-
public
WirelessPacket
NodeDiscoveryPacket_v4
-

A class representing a MicroStrain "node discovery" packet (version 4).

-
- -
-
Constants
-
- -
-
Node Discovery v3 Packet Information
-
PAYLOAD_OFFSET_RADIO_CHANNEL

0  - The offset into the payload to get the radio channel.

PAYLOAD_OFFSET_PAN_ID

1  - The offset into the payload to get the PAN id.

PAYLOAD_OFFSET_MODEL_NUMBER

3  - The offset into the payload to get the Model Number.

PAYLOAD_OFFSET_MODEL_OPTION

5  - The offset into the payload to get the Model Option.

PAYLOAD_OFFSET_SERIAL_NUMBER

7  - The offset into the payload to get the Serial Number.

PAYLOAD_OFFSET_FIRMWARE_VER

11  - The offset into the payload to get the Firmware Version (part 1).

PAYLOAD_OFFSET_FIRMWARE_2

13  - The offset into the payload to get the Firmware Version (part 2).

PAYLOAD_OFFSET_DEFAULT_MODE

15  - The offset into the payload to get the Default Mode.

PAYLOAD_OFFSET_BUILT_IN_TEST

17  - The offset into the payload to get the Built in Test.

-
- -
-
stopFlags_nodeDiscovery
-

The delivery stop flags that are expected in the node discovery command.

-
- -
-
Functions
-
- -
-
integrityCheck
-
static bool integrityCheck(
const WirelessPacket &packet
)
-

Verifies that the packet is a well formed Node Discovery (v4) packet.

Parameters
packet
const WirelessPacket&

The fully formed Wireless Packet to check the integrity of.

Returns

true is the packet is a well-formed Node Discovery (v4) Packet, false otherwise.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/NodeDiscoveryPacket_v5-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/NodeDiscoveryPacket_v5-h-Summary.js deleted file mode 100644 index 693ca1055..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/NodeDiscoveryPacket_v5-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Packets/NodeDiscoveryPacket_v5.h","NodeDiscoveryPacket_v5.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Packets/NodeDiscoveryPacket_v5.h",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[7363,0,0,"NodeDiscoveryPacket_v5","NodeDiscoveryPacket_v5"],[7364,0,3,"Constants","NodeDiscoveryPacket_v5.Constants"],[7365,0,1,"Node Discovery v3 Packet Information","NodeDiscoveryPacket_v5.Node_Discovery_v3_Packet_Information"],[7366,0,1,,"NodeDiscoveryPacket_v5.PAYLOAD_OFFSET_RADIO_MODE"],[7367,0,1,,"NodeDiscoveryPacket_v5.PAYLOAD_OFFSET_RADIO_CHANNEL"],[7368,0,1,,"NodeDiscoveryPacket_v5.PAYLOAD_OFFSET_PAN_ID"],[7369,0,1,,"NodeDiscoveryPacket_v5.PAYLOAD_OFFSET_MODEL_NUMBER"],[7370,0,1,,"NodeDiscoveryPacket_v5.PAYLOAD_OFFSET_MODEL_OPTION"],[7371,0,1,,"NodeDiscoveryPacket_v5.PAYLOAD_OFFSET_SERIAL_NUMBER"],[7372,0,1,,"NodeDiscoveryPacket_v5.PAYLOAD_OFFSET_FIRMWARE_VER"],[7373,0,1,,"NodeDiscoveryPacket_v5.PAYLOAD_OFFSET_FIRMWARE_2"],[7374,0,1,,"NodeDiscoveryPacket_v5.PAYLOAD_OFFSET_ASPP_LXRS"],[7375,0,1,,"NodeDiscoveryPacket_v5.PAYLOAD_OFFSET_ASPP_LXRS_PLUS"],[7376,0,1,,"NodeDiscoveryPacket_v5.PAYLOAD_OFFSET_DEFAULT_MODE"],[7377,0,1,,"NodeDiscoveryPacket_v5.PAYLOAD_OFFSET_BUILT_IN_TEST"],[7378,0,1,"stopFlags_nodeDiscovery","NodeDiscoveryPacket_v5.stopFlags_nodeDiscovery"],[7379,0,3,"Functions","NodeDiscoveryPacket_v5.Functions"],[7380,0,2,"integrityCheck","NodeDiscoveryPacket_v5.integrityCheck"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/NodeDiscoveryPacket_v5-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/NodeDiscoveryPacket_v5-h-SummaryToolTips.js deleted file mode 100644 index e31d34cbe..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/NodeDiscoveryPacket_v5-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Packets/NodeDiscoveryPacket_v5.h",{7363:"
NodeDiscoveryPacket_v5
A class representing a MicroStrain "node discovery" packet (version 5).
",7378:"
The delivery stop flags that are expected in the node discovery command.
",7380:"
static bool integrityCheck(
const WirelessPacket &packet
)
Verifies that the packet is a well formed Node Discovery (v4) packet.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/NodeDiscoveryPacket_v5-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/NodeDiscoveryPacket_v5-h-ToolTips.js deleted file mode 100644 index 84029c567..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/NodeDiscoveryPacket_v5-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7176:"
WirelessPacket
Represents a MicroStrain wireless packet
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/NodeDiscoveryPacket_v5-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/NodeDiscoveryPacket_v5-h.html deleted file mode 100644 index 3db5fc181..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/NodeDiscoveryPacket_v5-h.html +++ /dev/null @@ -1,41 +0,0 @@ - - -NodeDiscoveryPacket_v5.h - - - - - - - -
-
NodeDiscoveryPacket_v5
-
public
WirelessPacket
NodeDiscoveryPacket_v5
-

A class representing a MicroStrain "node discovery" packet (version 5).

-
- -
-
Constants
-
- -
-
Node Discovery v3 Packet Information
-
PAYLOAD_OFFSET_RADIO_MODE

1  - The offset into the payload to get the radio mode.

PAYLOAD_OFFSET_RADIO_CHANNEL

2  - The offset into the payload to get the radio channel.

PAYLOAD_OFFSET_PAN_ID

3  - The offset into the payload to get the PAN id.

PAYLOAD_OFFSET_MODEL_NUMBER

5  - The offset into the payload to get the Model Number.

PAYLOAD_OFFSET_MODEL_OPTION

7  - The offset into the payload to get the Model Option.

PAYLOAD_OFFSET_SERIAL_NUMBER

9  - The offset into the payload to get the Serial Number.

PAYLOAD_OFFSET_FIRMWARE_VER

13  - The offset into the payload to get the Firmware Version (part 1).

PAYLOAD_OFFSET_FIRMWARE_2

15  - The offset into the payload to get the Firmware Version (part 2).

PAYLOAD_OFFSET_ASPP_LXRS

17  - The offset into the payload to get the ASPP version used by LXRS Configurations.

PAYLOAD_OFFSET_ASPP_LXRS_PLUS

19  - The offset into the payload to get the ASPP version used by LXRS+ Configurations.

PAYLOAD_OFFSET_DEFAULT_MODE

21  - The offset into the payload to get the Default Mode.

PAYLOAD_OFFSET_BUILT_IN_TEST

23  - The offset into the payload to get the Built in Test.

-
- -
-
stopFlags_nodeDiscovery
-

The delivery stop flags that are expected in the node discovery command.

-
- -
-
Functions
-
- -
-
integrityCheck
-
static bool integrityCheck(
const WirelessPacket &packet
)
-

Verifies that the packet is a well formed Node Discovery (v4) packet.

Parameters
packet
const WirelessPacket&

The fully formed Wireless Packet to check the integrity of.

Returns

true is the packet is a well-formed Node Discovery (v4) Packet, false otherwise.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/RawAngleStrainPacket-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/RawAngleStrainPacket-h-Summary.js deleted file mode 100644 index 49655ddd5..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/RawAngleStrainPacket-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Packets/RawAngleStrainPacket.h","RawAngleStrainPacket.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Packets/RawAngleStrainPacket.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[7560,0,0,"RawAngleStrainPacket","RawAngleStrainPacket"],[7561,0,2,"Functions","RawAngleStrainPacket.Functions"],[7562,0,1,"RawAngleStrainPacket","RawAngleStrainPacket.RawAngleStrainPacket"],[7563,0,1,"parseSweeps","RawAngleStrainPacket.parseSweeps"],[7564,0,1,"integrityCheck","RawAngleStrainPacket.integrityCheck"],[7565,0,1,"getUniqueId","RawAngleStrainPacket.getUniqueId"],[7566,0,1,"distributeAngles","RawAngleStrainPacket.distributeAngles"],[7567,0,1,"buildChannelName","RawAngleStrainPacket.buildChannelName"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/RawAngleStrainPacket-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/RawAngleStrainPacket-h-SummaryToolTips.js deleted file mode 100644 index f21c08c70..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/RawAngleStrainPacket-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Packets/RawAngleStrainPacket.h",{7560:"
RawAngleStrainPacket
A WirelessDataPacket derived class representing a Raw Angle Strain packet.
",7562:"
explicit RawAngleStrainPacket(
const WirelessPacket &packet
)
Creates an RawAngleStrainPacket from the passed in WirelessPacket.
",7563:"
void parseSweeps()
Parses the passed in WirelessPacket for all the sweep information and adds a sweep to the sweeps container
",7564:"
static bool integrityCheck(
const WirelessPacket &packet
)
Verifies that the packet is a well formed RawAngleStrainPacket
",7565:"
static UniqueWirelessPacketId getUniqueId(
const WirelessPacket &packet
)
Gets the unique Id of the WirelessPacket passed in
",7566:"
static std::vector<float> distributeAngles(
float low,
float high,
uint8 count
)
Gets a list of angles based on a low, high, and number of angles.
",7567:"
static std::string buildChannelName(
float angle
)
Builds a channel name for the Raw Angle Strain data.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/RawAngleStrainPacket-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/RawAngleStrainPacket-h-ToolTips.js deleted file mode 100644 index 029a71284..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/RawAngleStrainPacket-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7176:"
WirelessPacket
Represents a MicroStrain wireless packet
",7236:"
WirelessDataPacket
A class representing a Wireless Data Packet.
",10248:"
Typedef for an id that uniquely identifies a wireless packet.
",10464:"
Error_UnknownSampleRate
The sample rate is invalid or unknown for the given device
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/RawAngleStrainPacket-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/RawAngleStrainPacket-h.html deleted file mode 100644 index ce1acb7b3..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/RawAngleStrainPacket-h.html +++ /dev/null @@ -1,57 +0,0 @@ - - -RawAngleStrainPacket.h - - - - - - - -
-
RawAngleStrainPacket
-
public
WirelessDataPacket
RawAngleStrainPacket
-

A WirelessDataPacket derived class representing a Raw Angle Strain packet.

-
- -
-
Functions
-
- -
-
RawAngleStrainPacket
-
explicit RawAngleStrainPacket(
const WirelessPacket &packet
)
-

Creates an RawAngleStrainPacket from the passed in WirelessPacket.

Parameters
packet
const WirelessPacket&

A WirelessPacket determined to be an RawAngleStrainPacket.

-
- -
-
parseSweeps
-
void parseSweeps()
-

Parses the passed in WirelessPacket for all the sweep information and adds a sweep to the sweeps container

Exceptions
-
- -
-
integrityCheck
-
static bool integrityCheck(
const WirelessPacket &packet
)
-

Verifies that the packet is a well formed RawAngleStrainPacket

Parameters
packet
const WirelessPacket&

The fully formed Wireless Packet to check the integrity of

Returns

true if the packet is a well formed RawAngleStrainPacket, false otherwise

-
- -
-
getUniqueId
-
static UniqueWirelessPacketId getUniqueId(
const WirelessPacket &packet
)
-

Gets the unique Id of the WirelessPacket passed in

Parameters
packet
const WirelessPacket&

The WirelessPacket to get the unique id of

Returns

The UniqueWirelessPacketId of the passed in packet

-
- -
-
distributeAngles
-
static std::vector<float> distributeAngles(
float low,
float high,
uint8 count
)
-

Gets a list of angles based on a low, high, and number of angles.

Parameters
low
float

The lower bound angle (inclusive).

high
float

The higher bound angle (inclusive).

count
uint8

The total number of angles.

Returns

The angles determined from the distribution range.

-
- -
-
buildChannelName
-
static std::string buildChannelName(
float angle
)
-

Builds a channel name for the Raw Angle Strain data.

Parameters
angle
float

The angle of the data.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/RfSweepPacket-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/RfSweepPacket-h-Summary.js deleted file mode 100644 index 66a324166..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/RfSweepPacket-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Packets/RfSweepPacket.h","RfSweepPacket.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Packets/RfSweepPacket.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[7358,0,0,"RfSweepPacket","RfSweepPacket"],[7359,0,2,"Functions","RfSweepPacket.Functions"],[7360,0,1,"RfSweepPacket","RfSweepPacket.RfSweepPacket"],[7361,0,1,"parseSweeps","RfSweepPacket.parseSweeps"],[7362,0,1,"integrityCheck","RfSweepPacket.integrityCheck"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/RfSweepPacket-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/RfSweepPacket-h-SummaryToolTips.js deleted file mode 100644 index 1d9570a32..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/RfSweepPacket-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Packets/RfSweepPacket.h",{7358:"
RfSweepPacket
A WirelessDataPacket derived class representing a RF Sweep packet.
",7360:"
explicit RfSweepPacket(
const WirelessPacket &packet
)
Creates a RfSweepPacket from the passed in WirelessPacket.
",7361:"
void parseSweeps()
Parses the passed in WirelessPacket for all the sweep information and adds a sweep to the sweeps container
",7362:"
static bool integrityCheck(
const WirelessPacket &packet
)
Verifies that the packet is a well formed BeaconEchoPacket packet.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/RfSweepPacket-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/RfSweepPacket-h-ToolTips.js deleted file mode 100644 index 66367a8f6..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/RfSweepPacket-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7176:"
WirelessPacket
Represents a MicroStrain wireless packet
",7236:"
WirelessDataPacket
A class representing a Wireless Data Packet.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/RfSweepPacket-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/RfSweepPacket-h.html deleted file mode 100644 index 860cb9217..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/RfSweepPacket-h.html +++ /dev/null @@ -1,39 +0,0 @@ - - -RfSweepPacket.h - - - - - - - -
-
RfSweepPacket
- -

A WirelessDataPacket derived class representing a RF Sweep packet.

-
- -
-
Functions
-
- -
-
RfSweepPacket
-
explicit RfSweepPacket(
const WirelessPacket &packet
)
-

Creates a RfSweepPacket from the passed in WirelessPacket.

Parameters
packet
const WirelessPacket&

A WirelessPacket determined to be an RfSweepPacket.

-
- -
-
parseSweeps
-
void parseSweeps()
-

Parses the passed in WirelessPacket for all the sweep information and adds a sweep to the sweeps container

-
- -
-
integrityCheck
-
static bool integrityCheck(
const WirelessPacket &packet
)
-

Verifies that the packet is a well formed BeaconEchoPacket packet.

Parameters
packet
const WirelessPacket&

The fully formed Wireless Packet to check the integrity of.

Returns

true if the packet is a well formed BeaconEchoPacket, false otherwise

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/RollerPacket-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/RollerPacket-h-Summary.js deleted file mode 100644 index 6d478538e..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/RollerPacket-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Packets/RollerPacket.h","RollerPacket.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Packets/RollerPacket.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[7352,0,0,"RollerPacket","RollerPacket"],[7353,0,2,"Functions","RollerPacket.Functions"],[7354,0,1,"RollerPacket","RollerPacket.RollerPacket"],[7355,0,1,"parseSweeps","RollerPacket.parseSweeps"],[7356,0,1,"integrityCheck","RollerPacket.integrityCheck"],[7357,0,1,"getUniqueId","RollerPacket.getUniqueId"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/RollerPacket-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/RollerPacket-h-SummaryToolTips.js deleted file mode 100644 index 71f0d50df..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/RollerPacket-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Packets/RollerPacket.h",{7352:"
RollerPacket
A WirelessDataPacket derived class representing a Low Duty Cycle packet
",7354:"
explicit RollerPacket(
const WirelessPacket &packet
)
Creates a RollerPacket from the passed in WirelessPacket
",7355:"
void parseSweeps()
Parses the passed in WirelessPacket for all the sweep information and adds a sweep to the sweeps container
",7356:"
static bool integrityCheck(
const WirelessPacket &packet
)
Verifies that the packet is a well formed Low Duty Cycle packet
",7357:"
static UniqueWirelessPacketId getUniqueId(
const WirelessPacket &packet
)
Gets the unique Id of the WirelessPacket passed in
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/RollerPacket-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/RollerPacket-h-ToolTips.js deleted file mode 100644 index 029a71284..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/RollerPacket-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7176:"
WirelessPacket
Represents a MicroStrain wireless packet
",7236:"
WirelessDataPacket
A class representing a Wireless Data Packet.
",10248:"
Typedef for an id that uniquely identifies a wireless packet.
",10464:"
Error_UnknownSampleRate
The sample rate is invalid or unknown for the given device
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/RollerPacket-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/RollerPacket-h.html deleted file mode 100644 index 154242b07..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/RollerPacket-h.html +++ /dev/null @@ -1,45 +0,0 @@ - - -RollerPacket.h - - - - - - - -
-
RollerPacket
- -

A WirelessDataPacket derived class representing a Low Duty Cycle packet

-
- -
-
Functions
-
- -
-
RollerPacket
-
explicit RollerPacket(
const WirelessPacket &packet
)
-

Creates a RollerPacket from the passed in WirelessPacket

Parameters
packet
const WirelessPacket&

A WirelessPacket determined to be a RollerPacket

-
- -
-
parseSweeps
-
void parseSweeps()
-

Parses the passed in WirelessPacket for all the sweep information and adds a sweep to the sweeps container

Exceptions
-
- -
-
integrityCheck
-
static bool integrityCheck(
const WirelessPacket &packet
)
-

Verifies that the packet is a well formed Low Duty Cycle packet

Parameters
packet
const WirelessPacket&

The fully formed Wireless Packet to check the integrity of

Returns

true if the packet is a well formed LDC packet, false otherwise

-
- -
-
getUniqueId
-
static UniqueWirelessPacketId getUniqueId(
const WirelessPacket &packet
)
-

Gets the unique Id of the WirelessPacket passed in

Parameters
packet
const WirelessPacket&

The WirelessPacket to get the unique id of

Returns

The UniqueWirelessPacketId of the passed in packet

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/ShmPacket-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/ShmPacket-h-Summary.js deleted file mode 100644 index 54b230a43..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/ShmPacket-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Packets/ShmPacket.h","ShmPacket.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Packets/ShmPacket.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[7341,0,0,"ShmPacket","ShmPacket"],[7342,0,2,"Functions","ShmPacket.Functions"],[7343,0,1,"ShmPacket","ShmPacket.ShmPacket"],[7344,0,2,"Variables","ShmPacket.Variables"],[7345,0,3,"m_binCount","ShmPacket.m_binCount"],[7346,0,2,"Functions","ShmPacket.Functions(2)"],[7347,0,1,"parseSweeps","ShmPacket.parseSweeps"],[7348,0,1,"parseSweeps_v1","ShmPacket.parseSweeps_v1"],[7349,0,1,"parseSweeps_v2","ShmPacket.parseSweeps_v2"],[7350,0,1,"integrityCheck","ShmPacket.integrityCheck"],[7351,0,1,"buildChannelName","ShmPacket.buildChannelName"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/ShmPacket-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/ShmPacket-h-SummaryToolTips.js deleted file mode 100644 index 0e4f2dfd1..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/ShmPacket-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Packets/ShmPacket.h",{7341:"
ShmPacket
A WirelessDataPacket derived class representing a Structural Health Monitoring Packet
",7343:"
explicit ShmPacket(
const WirelessPacket &packet
)
Creates an ShmPacket from the passed in WirelessPacket.
",7345:"
size_t m_binCount
The number of bins in the packet.
",7347:"
void parseSweeps()
Parses the passed in WirelessPacket for all the sweep information and adds a sweep to the sweeps container.
",7348:"
void parseSweeps_v1()
Parses the packet for version 1 of the SHM-Link packet.
",7349:"
void parseSweeps_v2()
Parses the packet for version 2 of the SHM-Link packet.
",7350:"
static bool integrityCheck(
const WirelessPacket &packet
)
Verifies that the packet is a well formed Shm-Link packet.
",7351:"
static std::string buildChannelName(
float angle
)
Builds a channel name for the SHM data.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/ShmPacket-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/ShmPacket-h-ToolTips.js deleted file mode 100644 index 66367a8f6..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/ShmPacket-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7176:"
WirelessPacket
Represents a MicroStrain wireless packet
",7236:"
WirelessDataPacket
A class representing a Wireless Data Packet.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/ShmPacket-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/ShmPacket-h.html deleted file mode 100644 index 31523299e..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/ShmPacket-h.html +++ /dev/null @@ -1,71 +0,0 @@ - - -ShmPacket.h - - - - - - - -
-
ShmPacket
- -

A WirelessDataPacket derived class representing a Structural Health Monitoring Packet

-
- -
-
Functions
-
- -
-
ShmPacket
-
explicit ShmPacket(
const WirelessPacket &packet
)
-

Creates an ShmPacket from the passed in WirelessPacket.

Parameters
packet
const WirelessPacket&

A WirelessPacket determined to be a ShmPacket.

-
- -
-
Variables
-
- -
-
m_binCount
-
size_t m_binCount
-

The number of bins in the packet.

-
- -
-
Functions
-
- -
-
parseSweeps
-
void parseSweeps()
-

Parses the passed in WirelessPacket for all the sweep information and adds a sweep to the sweeps container.

-
- -
-
parseSweeps_v1
-
void parseSweeps_v1()
-

Parses the packet for version 1 of the SHM-Link packet.

-
- -
-
parseSweeps_v2
-
void parseSweeps_v2()
-

Parses the packet for version 2 of the SHM-Link packet.

-
- -
-
integrityCheck
-
static bool integrityCheck(
const WirelessPacket &packet
)
-

Verifies that the packet is a well formed Shm-Link packet.

Parameters
packet
const WirelessPacket&

The fully formed Wireless Packet to check the integrity of.

Returns

true if the packet is a well formed SHM packet, false otherwise.

-
- -
-
buildChannelName
-
static std::string buildChannelName(
float angle
)
-

Builds a channel name for the SHM data.

Parameters
angle
float

The angle of the data.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/ShmPacket_v2_aspp3-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/ShmPacket_v2_aspp3-h-Summary.js deleted file mode 100644 index f8cc05149..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/ShmPacket_v2_aspp3-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Packets/ShmPacket_v2_aspp3.h","ShmPacket_v2_aspp3.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Packets/ShmPacket_v2_aspp3.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[7332,0,0,"ShmPacket_v2_aspp3","ShmPacket_v2_aspp3"],[7333,0,2,"Functions","ShmPacket_v2_aspp3.Functions"],[7334,0,1,"ShmPacket_v2_aspp3","ShmPacket_v2_aspp3.ShmPacket_v2_aspp3"],[7335,0,2,"Variables","ShmPacket_v2_aspp3.Variables"],[7336,0,3,"m_binCount","ShmPacket_v2_aspp3.m_binCount"],[7337,0,2,"Functions","ShmPacket_v2_aspp3.Functions(2)"],[7338,0,1,"parseSweeps","ShmPacket_v2_aspp3.parseSweeps"],[7339,0,1,"integrityCheck","ShmPacket_v2_aspp3.integrityCheck"],[7340,0,1,"buildChannelName","ShmPacket_v2_aspp3.buildChannelName"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/ShmPacket_v2_aspp3-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/ShmPacket_v2_aspp3-h-SummaryToolTips.js deleted file mode 100644 index 2bed269e8..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/ShmPacket_v2_aspp3-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Packets/ShmPacket_v2_aspp3.h",{7332:"
ShmPacket_v2_aspp3
A WirelessDataPacket derived class representing a Structural Health Monitoring Packet
",7334:"
explicit ShmPacket_v2_aspp3(
const WirelessPacket &packet
)
Creates an ShmPacket_v2_aspp3 from the passed in WirelessPacket.
",7336:"
size_t m_binCount
The number of bins in the packet.
",7338:"
void parseSweeps()
Parses the passed in WirelessPacket for all the sweep information and adds a sweep to the sweeps container.
",7339:"
static bool integrityCheck(
const WirelessPacket &packet
)
Verifies that the packet is a well formed Shm-Link packet.
",7340:"
static std::string buildChannelName(
float angle
)
Builds a channel name for the SHM data.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/ShmPacket_v2_aspp3-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/ShmPacket_v2_aspp3-h-ToolTips.js deleted file mode 100644 index 66367a8f6..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/ShmPacket_v2_aspp3-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7176:"
WirelessPacket
Represents a MicroStrain wireless packet
",7236:"
WirelessDataPacket
A class representing a Wireless Data Packet.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/ShmPacket_v2_aspp3-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/ShmPacket_v2_aspp3-h.html deleted file mode 100644 index 6bcad002e..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/ShmPacket_v2_aspp3-h.html +++ /dev/null @@ -1,59 +0,0 @@ - - -ShmPacket_v2_aspp3.h - - - - - - - -
-
ShmPacket_v2_aspp3
-
public
WirelessDataPacket
ShmPacket_v2_aspp3
-

A WirelessDataPacket derived class representing a Structural Health Monitoring Packet

-
- -
-
Functions
-
- -
-
ShmPacket_v2_aspp3
-
explicit ShmPacket_v2_aspp3(
const WirelessPacket &packet
)
-

Creates an ShmPacket_v2_aspp3 from the passed in WirelessPacket.

Parameters
packet
const WirelessPacket&

A WirelessPacket determined to be a ShmPacket_v2_aspp3.

-
- -
-
Variables
-
- -
-
m_binCount
-
size_t m_binCount
-

The number of bins in the packet.

-
- -
-
Functions
-
- -
-
parseSweeps
-
void parseSweeps()
-

Parses the passed in WirelessPacket for all the sweep information and adds a sweep to the sweeps container.

-
- -
-
integrityCheck
-
static bool integrityCheck(
const WirelessPacket &packet
)
-

Verifies that the packet is a well formed Shm-Link packet.

Parameters
packet
const WirelessPacket&

The fully formed Wireless Packet to check the integrity of.

Returns

true if the packet is a well formed SHM packet, false otherwise.

-
- -
-
buildChannelName
-
static std::string buildChannelName(
float angle
)
-

Builds a channel name for the SHM data.

Parameters
angle
float

The angle of the data.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/SyncSamplingMathPacket-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/SyncSamplingMathPacket-h-Summary.js deleted file mode 100644 index 74952a8bd..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/SyncSamplingMathPacket-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Packets/SyncSamplingMathPacket.h","SyncSamplingMathPacket.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Packets/SyncSamplingMathPacket.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[7326,0,0,"SyncSamplingMathPacket","SyncSamplingMathPacket"],[7327,0,2,"Functions","SyncSamplingMathPacket.Functions"],[7328,0,1,"SyncSamplingMathPacket","SyncSamplingMathPacket.SyncSamplingMathPacket"],[7329,0,1,"parseSweeps","SyncSamplingMathPacket.parseSweeps"],[7330,0,1,"integrityCheck","SyncSamplingMathPacket.integrityCheck"],[7331,0,1,"getUniqueId","SyncSamplingMathPacket.getUniqueId"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/SyncSamplingMathPacket-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/SyncSamplingMathPacket-h-SummaryToolTips.js deleted file mode 100644 index 04cb3c3d8..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/SyncSamplingMathPacket-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Packets/SyncSamplingMathPacket.h",{7326:"
SyncSamplingMathPacket
A WirelessDataPacket derived class representing a Synchronized Sampling Math packet
",7328:"
explicit SyncSamplingMathPacket(
const WirelessPacket &packet
)
Creates a SyncSamplingMathPacket from the passed in WirelessPacket
",7329:"
void parseSweeps()
Parses the passed in WirelessPacket for all the sweep information and adds a sweep to the sweeps container
",7330:"
static bool integrityCheck(
const WirelessPacket &packet
)
Verifies that the packet is a well formed Synchronized Sampling packet
",7331:"
static UniqueWirelessPacketId getUniqueId(
const WirelessPacket &packet
)
Gets the unique Id of the WirelessPacket passed in
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/SyncSamplingMathPacket-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/SyncSamplingMathPacket-h-ToolTips.js deleted file mode 100644 index 029a71284..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/SyncSamplingMathPacket-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7176:"
WirelessPacket
Represents a MicroStrain wireless packet
",7236:"
WirelessDataPacket
A class representing a Wireless Data Packet.
",10248:"
Typedef for an id that uniquely identifies a wireless packet.
",10464:"
Error_UnknownSampleRate
The sample rate is invalid or unknown for the given device
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/SyncSamplingMathPacket-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/SyncSamplingMathPacket-h.html deleted file mode 100644 index 5c221c1b4..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/SyncSamplingMathPacket-h.html +++ /dev/null @@ -1,45 +0,0 @@ - - -SyncSamplingMathPacket.h - - - - - - - -
-
SyncSamplingMathPacket
-
public
WirelessDataPacket
SyncSamplingMathPacket
-

A WirelessDataPacket derived class representing a Synchronized Sampling Math packet

-
- -
-
Functions
-
- -
-
SyncSamplingMathPacket
-
explicit SyncSamplingMathPacket(
const WirelessPacket &packet
)
-

Creates a SyncSamplingMathPacket from the passed in WirelessPacket

Parameters
packet
const WirelessPacket&

A WirelessPacket determined to be a SyncSamplingMathPacket

-
- -
-
parseSweeps
-
void parseSweeps()
-

Parses the passed in WirelessPacket for all the sweep information and adds a sweep to the sweeps container

Exceptions
-
- -
-
integrityCheck
-
static bool integrityCheck(
const WirelessPacket &packet
)
-

Verifies that the packet is a well formed Synchronized Sampling packet

Parameters
packet
const WirelessPacket&

The fully formed Wireless Packet to check the integrity of

Returns

true if the packet is a well formed Sync Sampling packet, false otherwise

-
- -
-
getUniqueId
-
static UniqueWirelessPacketId getUniqueId(
const WirelessPacket &packet
)
-

Gets the unique Id of the WirelessPacket passed in

Parameters
packet
const WirelessPacket&

The WirelessPacket to get the unique id of

Returns

The UniqueWirelessPacketId of the passed in packet

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/SyncSamplingMathPacket_aspp3-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/SyncSamplingMathPacket_aspp3-h-Summary.js deleted file mode 100644 index 2ef34e34e..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/SyncSamplingMathPacket_aspp3-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Packets/SyncSamplingMathPacket_aspp3.h","SyncSamplingMathPacket_aspp3.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Packets/SyncSamplingMathPacket_aspp3.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[7320,0,0,"SyncSamplingMathPacket_aspp3","SyncSamplingMathPacket_aspp3"],[7321,0,2,"Functions","SyncSamplingMathPacket_aspp3.Functions"],[7322,0,1,"SyncSamplingMathPacket_aspp3","SyncSamplingMathPacket_aspp3.SyncSamplingMathPacket_aspp3"],[7323,0,1,"parseSweeps","SyncSamplingMathPacket_aspp3.parseSweeps"],[7324,0,1,"integrityCheck","SyncSamplingMathPacket_aspp3.integrityCheck"],[7325,0,1,"getUniqueId","SyncSamplingMathPacket_aspp3.getUniqueId"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/SyncSamplingMathPacket_aspp3-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/SyncSamplingMathPacket_aspp3-h-SummaryToolTips.js deleted file mode 100644 index fe736e543..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/SyncSamplingMathPacket_aspp3-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Packets/SyncSamplingMathPacket_aspp3.h",{7320:"
SyncSamplingMathPacket_aspp3
A WirelessDataPacket derived class representing a Synchronized Sampling Math packet
",7322:"
explicit SyncSamplingMathPacket_aspp3(
const WirelessPacket &packet
)
Creates a SyncSamplingMathPacket_aspp3 from the passed in WirelessPacket
",7323:"
void parseSweeps()
Parses the passed in WirelessPacket for all the sweep information and adds a sweep to the sweeps container
",7324:"
static bool integrityCheck(
const WirelessPacket &packet
)
Verifies that the packet is a well formed Synchronized Sampling packet
",7325:"
static UniqueWirelessPacketId getUniqueId(
const WirelessPacket &packet
)
Gets the unique Id of the WirelessPacket passed in
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/SyncSamplingMathPacket_aspp3-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/SyncSamplingMathPacket_aspp3-h-ToolTips.js deleted file mode 100644 index 029a71284..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/SyncSamplingMathPacket_aspp3-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7176:"
WirelessPacket
Represents a MicroStrain wireless packet
",7236:"
WirelessDataPacket
A class representing a Wireless Data Packet.
",10248:"
Typedef for an id that uniquely identifies a wireless packet.
",10464:"
Error_UnknownSampleRate
The sample rate is invalid or unknown for the given device
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/SyncSamplingMathPacket_aspp3-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/SyncSamplingMathPacket_aspp3-h.html deleted file mode 100644 index d9cf961ff..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/SyncSamplingMathPacket_aspp3-h.html +++ /dev/null @@ -1,45 +0,0 @@ - - -SyncSamplingMathPacket_aspp3.h - - - - - - - -
-
SyncSamplingMathPacket_aspp3
-
public
WirelessDataPacket
SyncSamplingMathPacket_aspp3
-

A WirelessDataPacket derived class representing a Synchronized Sampling Math packet

-
- -
-
Functions
-
- -
-
SyncSamplingMathPacket_aspp3
-
explicit SyncSamplingMathPacket_aspp3(
const WirelessPacket &packet
)
-

Creates a SyncSamplingMathPacket_aspp3 from the passed in WirelessPacket

Parameters
packet
const WirelessPacket&

A WirelessPacket determined to be a SyncSamplingMathPacket_aspp3

-
- -
-
parseSweeps
-
void parseSweeps()
-

Parses the passed in WirelessPacket for all the sweep information and adds a sweep to the sweeps container

Exceptions
-
- -
-
integrityCheck
-
static bool integrityCheck(
const WirelessPacket &packet
)
-

Verifies that the packet is a well formed Synchronized Sampling packet

Parameters
packet
const WirelessPacket&

The fully formed Wireless Packet to check the integrity of

Returns

true if the packet is a well formed Sync Sampling packet, false otherwise

-
- -
-
getUniqueId
-
static UniqueWirelessPacketId getUniqueId(
const WirelessPacket &packet
)
-

Gets the unique Id of the WirelessPacket passed in

Parameters
packet
const WirelessPacket&

The WirelessPacket to get the unique id of

Returns

The UniqueWirelessPacketId of the passed in packet

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/SyncSamplingPacket-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/SyncSamplingPacket-h-Summary.js deleted file mode 100644 index 426cb9737..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/SyncSamplingPacket-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Packets/SyncSamplingPacket.h","SyncSamplingPacket.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Packets/SyncSamplingPacket.h",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Enums","Enumeration"],["Functions","Function"],["Groups","Group"]],[[7297,0,0,"SyncSamplingPacket","SyncSamplingPacket"],[7298,0,4,"Constants","SyncSamplingPacket.Constants"],[7299,0,1,"Synchronized Sampling Packet Information","SyncSamplingPacket.Synchronized_Sampling_Packet_Information"],[7300,0,1,,"SyncSamplingPacket.PAYLOAD_OFFSET_APP_ID"],[7301,0,1,,"SyncSamplingPacket.PAYLOAD_OFFSET_CHANNEL_MASK"],[7302,0,1,,"SyncSamplingPacket.PAYLOAD_OFFSET_SAMPLE_RATE"],[7303,0,1,,"SyncSamplingPacket.PAYLOAD_OFFSET_DATA_TYPE"],[7304,0,1,,"SyncSamplingPacket.PAYLOAD_OFFSET_TICK"],[7305,0,1,,"SyncSamplingPacket.PAYLOAD_OFFSET_TS_SEC"],[7306,0,1,,"SyncSamplingPacket.PAYLOAD_OFFSET_TS_NANOSEC"],[7307,0,1,,"SyncSamplingPacket.PAYLOAD_OFFSET_CHANNEL_DATA"],[7308,0,4,"Types","SyncSamplingPacket.Types"],[7309,0,2,"SampleMode","SyncSamplingPacket.SampleMode"],[7310,0,1,,"SyncSamplingPacket.sampleMode_first"],[7311,0,1,,"SyncSamplingPacket.sampleMode_legacy"],[7312,0,1,,"SyncSamplingPacket.sampleMode_burst"],[7313,0,1,,"SyncSamplingPacket.sampleMode_continuous"],[7314,0,1,,"SyncSamplingPacket.sampleMode_last"],[7315,0,4,"Functions","SyncSamplingPacket.Functions"],[7316,0,3,"SyncSamplingPacket","SyncSamplingPacket.SyncSamplingPacket"],[7317,0,3,"parseSweeps","SyncSamplingPacket.parseSweeps"],[7318,0,3,"integrityCheck","SyncSamplingPacket.integrityCheck"],[7319,0,3,"getUniqueId","SyncSamplingPacket.getUniqueId"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/SyncSamplingPacket-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/SyncSamplingPacket-h-SummaryToolTips.js deleted file mode 100644 index f86f38a44..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/SyncSamplingPacket-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Packets/SyncSamplingPacket.h",{7297:"
SyncSamplingPacket
A WirelessDataPacket derived class representing a Synchronized Sampling packet
",7316:"
explicit SyncSamplingPacket(
const WirelessPacket &packet
)
Creates a SyncSamplingPacket from the passed in WirelessPacket
",7317:"
void parseSweeps()
Parses the passed in WirelessPacket for all the sweep information and adds a sweep to the sweeps container
",7318:"
static bool integrityCheck(
const WirelessPacket &packet
)
Verifies that the packet is a well formed Synchronized Sampling packet
",7319:"
static UniqueWirelessPacketId getUniqueId(
const WirelessPacket &packet
)
Gets the unique Id of the WirelessPacket passed in
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/SyncSamplingPacket-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/SyncSamplingPacket-h-ToolTips.js deleted file mode 100644 index 029a71284..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/SyncSamplingPacket-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7176:"
WirelessPacket
Represents a MicroStrain wireless packet
",7236:"
WirelessDataPacket
A class representing a Wireless Data Packet.
",10248:"
Typedef for an id that uniquely identifies a wireless packet.
",10464:"
Error_UnknownSampleRate
The sample rate is invalid or unknown for the given device
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/SyncSamplingPacket-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/SyncSamplingPacket-h.html deleted file mode 100644 index b5c02401f..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/SyncSamplingPacket-h.html +++ /dev/null @@ -1,63 +0,0 @@ - - -SyncSamplingPacket.h - - - - - - - -
-
SyncSamplingPacket
-
public
WirelessDataPacket
SyncSamplingPacket
-

A WirelessDataPacket derived class representing a Synchronized Sampling packet

-
- -
-
Constants
-
- -
-
Synchronized Sampling Packet Information
-
PAYLOAD_OFFSET_APP_ID

0  - The offset into the payload to get the application ID

PAYLOAD_OFFSET_CHANNEL_MASK

1  - The offset into the payload to get the channel mask

PAYLOAD_OFFSET_SAMPLE_RATE

2  - The offset into the payload to get the sample rate

PAYLOAD_OFFSET_DATA_TYPE

3  - The offset into the payload to get the data type

PAYLOAD_OFFSET_TICK

4  - The offset into the payload to get the tick (2 bytes)

PAYLOAD_OFFSET_TS_SEC

6  - The offset into the payload to get the timestamp seconds (4 bytes)

PAYLOAD_OFFSET_TS_NANOSEC

10  - The offset into the payload to get the timestamp nanoseconds (4 bytes)

PAYLOAD_OFFSET_CHANNEL_DATA

14  - The offset into the payload where the channel data starts

-
- -
-
Types
-
- -
-
SampleMode
-
sampleMode_first

0x00  - The first sample mode enum

sampleMode_legacy

0x00  - Legacy Sync Sampling LDC sample mode

sampleMode_burst

0x01  - Burst Sync Sampling Mode

sampleMode_continuous

0x02  - Continuous (non-burst) Sync Sampling mode

sampleMode_last

0x02  - The last sample mode enum

-
- -
-
Functions
-
- -
-
SyncSamplingPacket
-
explicit SyncSamplingPacket(
const WirelessPacket &packet
)
-

Creates a SyncSamplingPacket from the passed in WirelessPacket

Parameters
packet
const WirelessPacket&

A WirelessPacket determined to be a SyncSamplingPacket

-
- -
-
parseSweeps
-
void parseSweeps()
-

Parses the passed in WirelessPacket for all the sweep information and adds a sweep to the sweeps container

Exceptions
-
- -
-
integrityCheck
-
static bool integrityCheck(
const WirelessPacket &packet
)
-

Verifies that the packet is a well formed Synchronized Sampling packet

Parameters
packet
const WirelessPacket&

The fully formed Wireless Packet to check the integrity of

Returns

true if the packet is a well formed Sync Sampling packet, false otherwise

-
- -
-
getUniqueId
-
static UniqueWirelessPacketId getUniqueId(
const WirelessPacket &packet
)
-

Gets the unique Id of the WirelessPacket passed in

Parameters
packet
const WirelessPacket&

The WirelessPacket to get the unique id of

Returns

The UniqueWirelessPacketId of the passed in packet

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/SyncSamplingPacket_v2-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/SyncSamplingPacket_v2-h-Summary.js deleted file mode 100644 index 875cb09ff..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/SyncSamplingPacket_v2-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Packets/SyncSamplingPacket_v2.h","SyncSamplingPacket_v2.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Packets/SyncSamplingPacket_v2.h",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Enums","Enumeration"],["Functions","Function"],["Groups","Group"]],[[7275,0,0,"SyncSamplingPacket_v2","SyncSamplingPacket_v2"],[7276,0,4,"Constants","SyncSamplingPacket_v2.Constants"],[7277,0,1,"Synchronized Sampling Packet Information","SyncSamplingPacket_v2.Synchronized_Sampling_Packet_Information"],[7278,0,1,,"SyncSamplingPacket_v2.PAYLOAD_OFFSET_CHANNEL_MASK"],[7279,0,1,,"SyncSamplingPacket_v2.PAYLOAD_OFFSET_SAMPLE_RATE"],[7280,0,1,,"SyncSamplingPacket_v2.PAYLOAD_OFFSET_SAMPLEMODE_AND_DATA_TYPE"],[7281,0,1,,"SyncSamplingPacket_v2.PAYLOAD_OFFSET_TICK"],[7282,0,1,,"SyncSamplingPacket_v2.PAYLOAD_OFFSET_TS_SEC"],[7283,0,1,,"SyncSamplingPacket_v2.PAYLOAD_OFFSET_TS_NANOSEC"],[7284,0,1,,"SyncSamplingPacket_v2.PAYLOAD_OFFSET_CHANNEL_DATA"],[7285,0,4,"Types","SyncSamplingPacket_v2.Types"],[7286,0,2,"SampleMode","SyncSamplingPacket_v2.SampleMode"],[7287,0,1,,"SyncSamplingPacket_v2.sampleMode_first"],[7288,0,1,,"SyncSamplingPacket_v2.sampleMode_legacy"],[7289,0,1,,"SyncSamplingPacket_v2.sampleMode_burst"],[7290,0,1,,"SyncSamplingPacket_v2.sampleMode_continuous"],[7291,0,1,,"SyncSamplingPacket_v2.sampleMode_last"],[7292,0,4,"Functions","SyncSamplingPacket_v2.Functions"],[7293,0,3,"SyncSamplingPacket_v2","SyncSamplingPacket_v2.SyncSamplingPacket_v2"],[7294,0,3,"parseSweeps","SyncSamplingPacket_v2.parseSweeps"],[7295,0,3,"integrityCheck","SyncSamplingPacket_v2.integrityCheck"],[7296,0,3,"getUniqueId","SyncSamplingPacket_v2.getUniqueId"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/SyncSamplingPacket_v2-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/SyncSamplingPacket_v2-h-SummaryToolTips.js deleted file mode 100644 index 44e0df4d4..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/SyncSamplingPacket_v2-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Packets/SyncSamplingPacket_v2.h",{7275:"
SyncSamplingPacket_v2
A WirelessDataPacket derived class representing a Synchronized Sampling 16 channel packet
",7293:"
explicit SyncSamplingPacket_v2(
const WirelessPacket &packet
)
Creates a SyncSamplingPacket_v2 from the passed in WirelessPacket
",7294:"
void parseSweeps()
Parses the passed in WirelessPacket for all the sweep information and adds a sweep to the sweeps container
",7295:"
static bool integrityCheck(
const WirelessPacket &packet
)
Verifies that the packet is a well formed Synchronized Sampling packet
",7296:"
static UniqueWirelessPacketId getUniqueId(
const WirelessPacket &packet
)
Gets the unique Id of the WirelessPacket passed in
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/SyncSamplingPacket_v2-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/SyncSamplingPacket_v2-h-ToolTips.js deleted file mode 100644 index 029a71284..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/SyncSamplingPacket_v2-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7176:"
WirelessPacket
Represents a MicroStrain wireless packet
",7236:"
WirelessDataPacket
A class representing a Wireless Data Packet.
",10248:"
Typedef for an id that uniquely identifies a wireless packet.
",10464:"
Error_UnknownSampleRate
The sample rate is invalid or unknown for the given device
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/SyncSamplingPacket_v2-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/SyncSamplingPacket_v2-h.html deleted file mode 100644 index f7b32d80a..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/SyncSamplingPacket_v2-h.html +++ /dev/null @@ -1,63 +0,0 @@ - - -SyncSamplingPacket_v2.h - - - - - - - -
-
SyncSamplingPacket_v2
-
public
WirelessDataPacket
SyncSamplingPacket_v2
-

A WirelessDataPacket derived class representing a Synchronized Sampling 16 channel packet

-
- -
-
Constants
-
- -
-
Synchronized Sampling Packet Information
-
PAYLOAD_OFFSET_CHANNEL_MASK

0  - The offset into the payload to get the channel mask

PAYLOAD_OFFSET_SAMPLE_RATE

2  - The offset into the payload to get the sample rate

PAYLOAD_OFFSET_SAMPLEMODE_AND_DATA_TYPE

3  - The offset into the payload to get the sample mode and data type

PAYLOAD_OFFSET_TICK

4  - The offset into the payload to get the tick (2 bytes)

PAYLOAD_OFFSET_TS_SEC

6  - The offset into the payload to get the timestamp seconds (4 bytes)

PAYLOAD_OFFSET_TS_NANOSEC

10  - The offset into the payload to get the timestamp nanoseconds (4 bytes)

PAYLOAD_OFFSET_CHANNEL_DATA

14  - The offset into the payload where the channel data starts

-
- -
-
Types
-
- -
-
SampleMode
-
sampleMode_first

0x00  - The first sample mode enum

sampleMode_legacy

0x00  - Legacy Sync Sampling LDC sample mode

sampleMode_burst

0x01  - Burst Sync Sampling Mode

sampleMode_continuous

0x02  - Continuous (non-burst) Sync Sampling mode

sampleMode_last

0x02  - The last sample mode enum

-
- -
-
Functions
-
- -
-
SyncSamplingPacket_v2
-
explicit SyncSamplingPacket_v2(
const WirelessPacket &packet
)
-

Creates a SyncSamplingPacket_v2 from the passed in WirelessPacket

Parameters
packet
const WirelessPacket&

A WirelessPacket determined to be a SyncSamplingPacket_v2

-
- -
-
parseSweeps
-
void parseSweeps()
-

Parses the passed in WirelessPacket for all the sweep information and adds a sweep to the sweeps container

Exceptions
-
- -
-
integrityCheck
-
static bool integrityCheck(
const WirelessPacket &packet
)
-

Verifies that the packet is a well formed Synchronized Sampling packet

Parameters
packet
const WirelessPacket&

The fully formed Wireless Packet to check the integrity of

Returns

true if the packet is a well formed Sync Sampling packet, false otherwise

-
- -
-
getUniqueId
-
static UniqueWirelessPacketId getUniqueId(
const WirelessPacket &packet
)
-

Gets the unique Id of the WirelessPacket passed in

Parameters
packet
const WirelessPacket&

The WirelessPacket to get the unique id of

Returns

The UniqueWirelessPacketId of the passed in packet

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/SyncSamplingPacket_v2_aspp3-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/SyncSamplingPacket_v2_aspp3-h-Summary.js deleted file mode 100644 index 5a9f87ff8..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/SyncSamplingPacket_v2_aspp3-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Packets/SyncSamplingPacket_v2_aspp3.h","SyncSamplingPacket_v2_aspp3.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Packets/SyncSamplingPacket_v2_aspp3.h",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"]],[[7261,0,0,"SyncSamplingPacket_v2_aspp3","SyncSamplingPacket_v2_aspp3"],[7262,0,3,"Constants","SyncSamplingPacket_v2_aspp3.Constants"],[7263,0,1,"Synchronized Sampling Packet Information","SyncSamplingPacket_v2_aspp3.Synchronized_Sampling_Packet_Information"],[7264,0,1,,"SyncSamplingPacket_v2_aspp3.PAYLOAD_OFFSET_CHANNEL_MASK"],[7265,0,1,,"SyncSamplingPacket_v2_aspp3.PAYLOAD_OFFSET_SAMPLE_RATE"],[7266,0,1,,"SyncSamplingPacket_v2_aspp3.PAYLOAD_OFFSET_DATA_TYPE"],[7267,0,1,,"SyncSamplingPacket_v2_aspp3.PAYLOAD_OFFSET_TICK"],[7268,0,1,,"SyncSamplingPacket_v2_aspp3.PAYLOAD_OFFSET_TS"],[7269,0,1,,"SyncSamplingPacket_v2_aspp3.PAYLOAD_OFFSET_CHANNEL_DATA"],[7270,0,3,"Functions","SyncSamplingPacket_v2_aspp3.Functions"],[7271,0,2,"SyncSamplingPacket_v2_aspp3","SyncSamplingPacket_v2_aspp3.SyncSamplingPacket_v2_aspp3"],[7272,0,2,"parseSweeps","SyncSamplingPacket_v2_aspp3.parseSweeps"],[7273,0,2,"integrityCheck","SyncSamplingPacket_v2_aspp3.integrityCheck"],[7274,0,2,"getUniqueId","SyncSamplingPacket_v2_aspp3.getUniqueId"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/SyncSamplingPacket_v2_aspp3-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/SyncSamplingPacket_v2_aspp3-h-SummaryToolTips.js deleted file mode 100644 index f89b69c29..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/SyncSamplingPacket_v2_aspp3-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Packets/SyncSamplingPacket_v2_aspp3.h",{7261:"
SyncSamplingPacket_v2_aspp3
A WirelessDataPacket derived class representing a Synchronized Sampling 16 channel packet
",7271:"
explicit SyncSamplingPacket_v2_aspp3(
const WirelessPacket &packet
)
Creates a SyncSamplingPacket_v2_aspp3 from the passed in WirelessPacket
",7272:"
void parseSweeps()
Parses the passed in WirelessPacket for all the sweep information and adds a sweep to the sweeps container
",7273:"
static bool integrityCheck(
const WirelessPacket &packet
)
Verifies that the packet is a well formed Synchronized Sampling packet
",7274:"
static UniqueWirelessPacketId getUniqueId(
const WirelessPacket &packet
)
Gets the unique Id of the WirelessPacket passed in
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/SyncSamplingPacket_v2_aspp3-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/SyncSamplingPacket_v2_aspp3-h-ToolTips.js deleted file mode 100644 index 029a71284..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/SyncSamplingPacket_v2_aspp3-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7176:"
WirelessPacket
Represents a MicroStrain wireless packet
",7236:"
WirelessDataPacket
A class representing a Wireless Data Packet.
",10248:"
Typedef for an id that uniquely identifies a wireless packet.
",10464:"
Error_UnknownSampleRate
The sample rate is invalid or unknown for the given device
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/SyncSamplingPacket_v2_aspp3-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/SyncSamplingPacket_v2_aspp3-h.html deleted file mode 100644 index 5f2a72767..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/SyncSamplingPacket_v2_aspp3-h.html +++ /dev/null @@ -1,54 +0,0 @@ - - -SyncSamplingPacket_v2_aspp3.h - - - - - - - -
-
SyncSamplingPacket_v2_aspp3
-
public
WirelessDataPacket
SyncSamplingPacket_v2_aspp3
-

A WirelessDataPacket derived class representing a Synchronized Sampling 16 channel packet

-
- -
-
Constants
-
- -
-
Synchronized Sampling Packet Information
-
PAYLOAD_OFFSET_CHANNEL_MASK

4  - The offset into the payload to get the channel mask

PAYLOAD_OFFSET_SAMPLE_RATE

6  - The offset into the payload to get the sample rate

PAYLOAD_OFFSET_DATA_TYPE

7  - The offset into the payload to get the sample mode and data type

PAYLOAD_OFFSET_TICK

8  - The offset into the payload to get the tick

PAYLOAD_OFFSET_TS

10  - The offset into the payload to get the timestamp seconds

PAYLOAD_OFFSET_CHANNEL_DATA

18  - The offset into the payload where the channel data starts

-
- -
-
Functions
-
- -
-
SyncSamplingPacket_v2_aspp3
-
explicit SyncSamplingPacket_v2_aspp3(
const WirelessPacket &packet
)
-

Creates a SyncSamplingPacket_v2_aspp3 from the passed in WirelessPacket

Parameters
packet
const WirelessPacket&

A WirelessPacket determined to be a SyncSamplingPacket_v2_aspp3

-
- -
-
parseSweeps
-
void parseSweeps()
-

Parses the passed in WirelessPacket for all the sweep information and adds a sweep to the sweeps container

Exceptions
-
- -
-
integrityCheck
-
static bool integrityCheck(
const WirelessPacket &packet
)
-

Verifies that the packet is a well formed Synchronized Sampling packet

Parameters
packet
const WirelessPacket&

The fully formed Wireless Packet to check the integrity of

Returns

true if the packet is a well formed Sync Sampling packet, false otherwise

-
- -
-
getUniqueId
-
static UniqueWirelessPacketId getUniqueId(
const WirelessPacket &packet
)
-

Gets the unique Id of the WirelessPacket passed in

Parameters
packet
const WirelessPacket&

The WirelessPacket to get the unique id of

Returns

The UniqueWirelessPacketId of the passed in packet

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/WirelessDataPacket-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/WirelessDataPacket-h-Summary.js deleted file mode 100644 index 8c7d96660..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/WirelessDataPacket-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Packets/WirelessDataPacket.h","WirelessDataPacket.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Packets/WirelessDataPacket.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Structs","Struct"],["Variables","Variable"]],[[7236,0,0,"WirelessDataPacket","WirelessDataPacket"],[7237,0,2,"Functions","WirelessDataPacket.Functions"],[7238,0,1,"WirelessDataPacket","WirelessDataPacket.WirelessDataPacket"],[7239,0,3,"AlgorithmMetaData","AlgorithmMetaData"],[7240,0,2,"Variables","AlgorithmMetaData.Variables"],[7241,0,4,"algorithmId","AlgorithmMetaData.algorithmId"],[7242,0,4,"channelMask","AlgorithmMetaData.channelMask"],[7243,0,4,"m_dataSweeps","AlgorithmMetaData.m_dataSweeps"],[7244,0,4,"m_sweepPos","AlgorithmMetaData.m_sweepPos"],[7245,0,4,"m_dataType","AlgorithmMetaData.m_dataType"],[7246,0,4,"m_sweepSize","AlgorithmMetaData.m_sweepSize"],[7247,0,4,"m_numSweeps","AlgorithmMetaData.m_numSweeps"],[7248,0,4,"m_payloadOffsetChannelData","AlgorithmMetaData.m_payloadOffsetChannelData"],[7249,0,2,"Functions","AlgorithmMetaData.Functions"],[7250,0,1,"addSweep","AlgorithmMetaData.addSweep"],[7251,0,1,"addDataPoint","AlgorithmMetaData.addDataPoint"],[7252,0,1,"wirelessChannelFromChNum","AlgorithmMetaData.wirelessChannelFromChNum"],[7253,0,1,"getPayloadData","AlgorithmMetaData.getPayloadData"],[7254,0,1,"timestampWithinRange","AlgorithmMetaData.timestampWithinRange"],[7255,0,1,"angleWithinRange","AlgorithmMetaData.angleWithinRange"],[7256,0,1,"getMathChannelId","AlgorithmMetaData.getMathChannelId"],[7257,0,1,"getNextSweep","AlgorithmMetaData.getNextSweep"],[7258,0,1,"numSweeps","AlgorithmMetaData.numSweeps"],[7259,0,1,"numSweepsRemaining","AlgorithmMetaData.numSweepsRemaining"],[7260,0,1,"moreSweeps","AlgorithmMetaData.moreSweeps"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/WirelessDataPacket-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/WirelessDataPacket-h-SummaryToolTips.js deleted file mode 100644 index f7a1d0efc..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/WirelessDataPacket-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Packets/WirelessDataPacket.h",{7236:"
WirelessDataPacket
A class representing a Wireless Data Packet.
",7238:"
WirelessDataPacket()
The default constructor for a Wireless Data Packet
",7239:"
Represents meta data about Math Data Packets.
",7241:"
WirelessTypes::DerivedDataPacketAlgorithmId algorithmId
The WirelessTypes::DerivedDataPacketAlgorithmId.
",7242:"
ChannelMask channelMask
The ChannelMask to which the algorithm is applied.
",7243:"
std::vector<DataSweep> m_dataSweeps
Contains one or more data sweeps
",7244:"
uint32 m_sweepPos
The current position into m_dataSweeps to get the next sweep at
",7245:"
WirelessTypes::DataType m_dataType
The type of data that is present in the packet
",7246:"
uint32 m_sweepSize
The size of a single sweep within this packet
",7247:"
std::size_t m_numSweeps
The number of sweeps within this packet
",7248:"
uint16 m_payloadOffsetChannelData
The offset into the payload of the data packet where channel data starts.
",7250:"
void addSweep(
const DataSweep &sweep
)
Adds a single DataSweep to the data packet
",7251:"
void addDataPoint(
ChannelData &container,
uint8 channelNumber,
int channelDataIndex,
int sweepIndex,
WirelessChannel::ChannelId channelId
) const
Adds a WirelessDataPoint from a payload to the given <ChannelData> container.
",7252:"
virtual WirelessChannel::ChannelId wirelessChannelFromChNum(
int channelNum
)
Converts a channel number to a WirelessChannel
",7253:"
void getPayloadData(
size_t payloadPosition,
anyType &result
) const
Reads a value out of the packet\'s payload based on the given position and the data\'s DataType.
",7254:"
static bool timestampWithinRange(
const Timestamp &timestamp
)
Checks if a timestamp is within the valid range that MSCL accepts.
",7255:"
static bool angleWithinRange(
float angle
)
Checks if an angle from a Wireless Packet is within the valid range that MSCL accepts.
",7256:"
static WirelessChannel::ChannelId getMathChannelId(
WirelessTypes::DerivedDataPacketAlgorithmId algorithmId,
uint8 channelNumber
)
Takes a math algorithm ID and a channel number (1 = ch1, 8 = ch8) and determines the WirelessChannel::ChannelId.
",7257:"
void getNextSweep(
DataSweep &sweepResult
)
Gets the next DataSweep in the packet
",7258:"
std::size_t numSweeps() const
Gets the total number of DataSweeps that are in this data packet
",7259:"
std::size_t numSweepsRemaining() const
Gets the number of remaining DataSweeps that have not been obtained by the user
",7260:"
bool moreSweeps() const
Whether or not there are more DataSweeps in the data packet
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/WirelessDataPacket-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/WirelessDataPacket-h-ToolTips.js deleted file mode 100644 index 647172b6e..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/WirelessDataPacket-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7176:"
WirelessPacket
Represents a MicroStrain wireless packet
",8011:"
WirelessDataPoint
Represents a single channel\'s data point within a sweep
",8025:"
WirelessChannel
Represents a channel on a WirelessNode. This can be used to gain information about the channel, view current settings that are applied, and update settings on the Node.
",8578:"
The types of data that can be transmitted in data packets.
",9147:"
The types of channels that can be sent in a derived data packet.
",9379:"
DataSweep
Represents 1 data sweep, including data for each channel, a timestamp, and a sample rate
",9439:"
WirelessTypes::DataType dataType
The WirelessTypes::DataType of the session.
",9478:"
ChannelMask
Represents the channel mask (active and inactive channels) for a WirelessNode.
",10249:"
Typedef for a simple_any type
",10291:"
Timestamp
Represents a date/time object
",7261:"
SyncSamplingPacket_v2_aspp3
A WirelessDataPacket derived class representing a Synchronized Sampling 16 channel packet
",7275:"
SyncSamplingPacket_v2
A WirelessDataPacket derived class representing a Synchronized Sampling 16 channel packet
",7297:"
SyncSamplingPacket
A WirelessDataPacket derived class representing a Synchronized Sampling packet
",7320:"
SyncSamplingMathPacket_aspp3
A WirelessDataPacket derived class representing a Synchronized Sampling Math packet
",7326:"
SyncSamplingMathPacket
A WirelessDataPacket derived class representing a Synchronized Sampling Math packet
",7332:"
ShmPacket_v2_aspp3
A WirelessDataPacket derived class representing a Structural Health Monitoring Packet
",7341:"
ShmPacket
A WirelessDataPacket derived class representing a Structural Health Monitoring Packet
",7352:"
RollerPacket
A WirelessDataPacket derived class representing a Low Duty Cycle packet
",7358:"
RfSweepPacket
A WirelessDataPacket derived class representing a RF Sweep packet.
",7560:"
RawAngleStrainPacket
A WirelessDataPacket derived class representing a Raw Angle Strain packet.
",7588:"
LdcPacket_v2_aspp3
A WirelessDataPacket derived class representing a Low Duty Cycle packet
",7601:"
LdcPacket_v2
A WirelessDataPacket derived class representing a Low Duty Cycle packet
",7614:"
LdcPacket
A WirelessDataPacket derived class representing a Low Duty Cycle packet
",7630:"
LdcMathPacket_aspp3
A WirelessDataPacket derived class representing a Low Duty Cycle packet
",7636:"
LdcMathPacket
A WirelessDataPacket derived class representing a Low Duty Cycle packet
",7642:"
HclSmartBearing_RawPacket
A WirelessDataPacket derived class representing a HclSmartBearing Raw data packet.
",7671:"
HclSmartBearing_CalPacket
A WirelessDataPacket derived class representing a HclSmartBearing Raw data packet.
",7685:"
DiagnosticPacket
A WirelessDataPacket derived class representing a Diagnostic packet.
",7692:"
BufferedLdcPacket_v2
A WirelessDataPacket derived class representing a Synchronized Sampling (Buffered LDC) packet
",7707:"
BufferedLdcPacket
A WirelessDataPacket derived class representing a Buffered LDC packet
",7723:"
BeaconEchoPacket
A WirelessDataPacket derived class representing a Beacon Echo packet.
",7728:"
AsyncDigitalPacket
A WirelessDataPacket derived class representing an Asynchronouse Digital packet
",7742:"
AsyncDigitalAnalogPacket
A WirelessDataPacket derived class representing an Asynchronouse Digital packet
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/WirelessDataPacket-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/WirelessDataPacket-h.html deleted file mode 100644 index 382bb30aa..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/WirelessDataPacket-h.html +++ /dev/null @@ -1,154 +0,0 @@ - - -WirelessDataPacket.h - - - - - - - -
-
WirelessDataPacket
- -

A class representing a Wireless Data Packet.

-
- -
-
Functions
-
- -
-
WirelessDataPacket
-
WirelessDataPacket()
-

The default constructor for a Wireless Data Packet

-
- -
-
AlgorithmMetaData
-

Represents meta data about Math Data Packets.

-
- -
-
Variables
-
- -
-
algorithmId
- -

The WirelessTypes::DerivedDataPacketAlgorithmId.

-
- -
-
channelMask
-
ChannelMask channelMask
-

The ChannelMask to which the algorithm is applied.

-
- -
-
m_dataSweeps
-
std::vector<DataSweep> m_dataSweeps
-

Contains one or more data sweeps

-
- -
-
m_sweepPos
-
uint32 m_sweepPos
-

The current position into m_dataSweeps to get the next sweep at

-
- -
-
m_dataType
- -

The type of data that is present in the packet

-
- -
-
m_sweepSize
-
uint32 m_sweepSize
-

The size of a single sweep within this packet

-
- -
-
m_numSweeps
-
std::size_t m_numSweeps
-

The number of sweeps within this packet

-
- -
-
m_payloadOffsetChannelData
-
uint16 m_payloadOffsetChannelData
-

The offset into the payload of the data packet where channel data starts.

-
- -
-
Functions
-
- -
-
addSweep
-
void addSweep(
const DataSweep &sweep
)
-

Adds a single DataSweep to the data packet

Parameters
sweep
const DataSweep&

The DataSweep to add to the data packet

-
- -
-
addDataPoint
-
void addDataPoint(
ChannelData &container,
uint8 channelNumber,
int channelDataIndex,
int sweepIndex,
WirelessChannel::ChannelId channelId
) const
-

Adds a WirelessDataPoint from a payload to the given <ChannelData> container.

Parameters
container
ChannelData&

The <ChannelData> container to add the data point to.

channelNumber
uint8

The channel number to set (ch1 = 1, ch8 = 8).

channelDataIndex
int

The index into the channel data (not the actual channel index). ex. if channel 1 and 3 are active, channel 1 = index 0 and channel 3 = index 1.

sweepIndex
int

The index of the sweep into the packet starting at index 0.

channelId
WirelessChannel::ChannelId

The WirelessChannel::ChannelId to give to the WirelessDataPoint.

-
- -
-
wirelessChannelFromChNum
-
virtual WirelessChannel::ChannelId wirelessChannelFromChNum(
int channelNum
)
-

Converts a channel number to a WirelessChannel

Parameters
channelNum
int

The channel number to convert (starting at index 1, so channel 1 = 1, channel 8 = 8)

Returns

The WirelessChannel representing the passed in channel number

-
- -
-
getPayloadData
-
void getPayloadData(
size_t payloadPosition,
anyType &result
) const
-

Reads a value out of the packet's payload based on the given position and the data's DataType.

Parameters
payloadPosition
size_t

The position into the payload to read from.

result
anyType&

The anyType to hold the resulting payload data.

-
- -
-
timestampWithinRange
-
static bool timestampWithinRange(
const Timestamp &timestamp
)
-

Checks if a timestamp is within the valid range that MSCL accepts.

Parameters
timestamp
const Timestamp&

The Timestamp to check for valid range.

Returns

true if the timestamp is within the valid range, false otherwise.

-
- -
-
angleWithinRange
-
static bool angleWithinRange(
float angle
)
-

Checks if an angle from a Wireless Packet is within the valid range that MSCL accepts.

Parameters
angle
float

The angle (in degrees) to check if its within range.

Returns

true if the timestamp is within the valid range, false otherwise.

-
- -
-
getMathChannelId
-
static WirelessChannel::ChannelId getMathChannelId(
WirelessTypes::DerivedDataPacketAlgorithmId algorithmId,
uint8 channelNumber
)
-

Takes a math algorithm ID and a channel number (1 = ch1, 8 = ch8) and determines the WirelessChannel::ChannelId.

Parameters
algorithmId
WirelessTypes::DerivedDataPacketAlgorithmId

The WirelessTypes::DerivedDataPacketAlgorithmId.

channelNumber
uint8

The channel number (1 = ch1, 8 = ch8) which the math applies to.

Returns

The WirelessChannel::ChannelId representing the math channel.

-
- -
-
getNextSweep
-
void getNextSweep(
DataSweep &sweepResult
)
-

Gets the next DataSweep in the packet

Parameters
sweepResult
DataSweep&

The DataSweep to hold the result.

-
- -
-
numSweeps
-
std::size_t numSweeps() const
-

Gets the total number of DataSweeps that are in this data packet

Returns

The total number of DataSweeps that are in this data packet

-
- -
-
numSweepsRemaining
-
std::size_t numSweepsRemaining() const
-

Gets the number of remaining DataSweeps that have not been obtained by the user

Returns

The number of remaining DataSweeps that have not been obtained by the user

-
- -
-
moreSweeps
-
bool moreSweeps() const
-

Whether or not there are more DataSweeps in the data packet

Returns

true if there are more DataSweeps available, false otherwise

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/WirelessPacket-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/WirelessPacket-h-Summary.js deleted file mode 100644 index bfdbe1817..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/WirelessPacket-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Packets/WirelessPacket.h","WirelessPacket.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Packets/WirelessPacket.h",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Enums","Enumeration"],["Functions","Function"],["Groups","Group"],["Types","Type"],["Variables","Variable"]],[[7176,0,0,"WirelessPacket","WirelessPacket"],[7177,0,4,"Types","WirelessPacket.Types"],[7178,0,5,"Payload","WirelessPacket.Payload"],[7179,0,4,"Constants","WirelessPacket.Constants"],[7180,0,1,"Wireless Packet Bytes","WirelessPacket.Wireless_Packet_Bytes"],[7181,0,1,,"WirelessPacket.ASPP_V1_SOP"],[7182,0,1,,"WirelessPacket.ASPP_V2_SOP"],[7183,0,1,,"WirelessPacket.ASPP_V3_SOP"],[7184,0,1,"Wireless Packet Information","WirelessPacket.Wireless_Packet_Information"],[7185,0,1,,"WirelessPacket.ASPP_MIN_RESPONSE_PACKET_SIZE"],[7186,0,1,,"WirelessPacket.ASPP_V1_NUM_BYTES_BEFORE_PAYLOAD"],[7187,0,1,,"WirelessPacket.ASPP_V1_NUM_BYTES_AFTER_PAYLOAD"],[7188,0,1,,"WirelessPacket.ASPP_V2_NUM_BYTES_BEFORE_PAYLOAD"],[7189,0,1,,"WirelessPacket.ASPP_V2_NUM_BYTES_AFTER_PAYLOAD"],[7190,0,1,,"WirelessPacket.ASPP_V3_NUM_BYTES_BEFORE_PAYLOAD"],[7191,0,1,,"WirelessPacket.ASPP_V3_NUM_BYTES_AFTER_PAYLOAD"],[7192,0,4,"Types","WirelessPacket.Types(2)"],[7193,0,2,"PacketType","WirelessPacket.PacketType"],[7194,0,2,"AsppVersion","WirelessPacket.AsppVersion"],[7195,0,1,,"WirelessPacket.aspp_v1"],[7196,0,1,,"WirelessPacket.aspp_v2"],[7197,0,1,,"WirelessPacket.aspp_v3"],[7198,0,2,"ResponseErrorCode","WirelessPacket.ResponseErrorCode"],[7199,0,1,,"WirelessPacket.error_none"],[7200,0,1,,"WirelessPacket.error_unknownEeprom"],[7201,0,1,,"WirelessPacket.error_outOfBounds"],[7202,0,1,,"WirelessPacket.error_readOnly"],[7203,0,1,,"WirelessPacket.error_hardwareError"],[7204,0,4,"Functions","WirelessPacket.Functions"],[7205,0,3,"WirelessPacket","WirelessPacket.WirelessPacket"],[7206,0,3,"throwEepromResponseError","WirelessPacket.throwEepromResponseError"],[7207,0,4,"Variables","WirelessPacket.Variables"],[7208,0,6,"m_asppVersion","WirelessPacket.m_asppVersion"],[7209,0,6,"m_deliveryStopFlags","WirelessPacket.m_deliveryStopFlags"],[7210,0,6,"m_type","WirelessPacket.m_type"],[7211,0,6,"m_nodeAddress","WirelessPacket.m_nodeAddress"],[7212,0,6,"m_nodeRSSI","WirelessPacket.m_nodeRSSI"],[7213,0,6,"m_baseRSSI","WirelessPacket.m_baseRSSI"],[7214,0,6,"m_frequency","WirelessPacket.m_frequency"],[7215,0,6,"m_payload","WirelessPacket.m_payload"],[7216,0,4,"Functions","WirelessPacket.Functions(2)"],[7217,0,3,"isDataPacket","WirelessPacket.isDataPacket"],[7218,0,3,"isDataPacket","WirelessPacket.isDataPacket(2)"],[7219,0,3,"isDiscoveryPacket","WirelessPacket.isDiscoveryPacket"],[7220,0,3,"asppVersion","WirelessPacket.asppVersion"],[7221,0,3,"asppVersion","WirelessPacket.asppVersion(2)"],[7222,0,3,"deliveryStopFlags","WirelessPacket.deliveryStopFlags"],[7223,0,3,"deliveryStopFlags","WirelessPacket.deliveryStopFlags(2)"],[7224,0,3,"type","WirelessPacket.type"],[7225,0,3,"type","WirelessPacket.type(2)"],[7226,0,3,"nodeAddress","WirelessPacket.nodeAddress"],[7227,0,3,"nodeAddress","WirelessPacket.nodeAddress(2)"],[7228,0,3,"nodeRSSI","WirelessPacket.nodeRSSI"],[7229,0,3,"nodeRSSI","WirelessPacket.nodeRSSI(2)"],[7230,0,3,"baseRSSI","WirelessPacket.baseRSSI"],[7231,0,3,"baseRSSI","WirelessPacket.baseRSSI(2)"],[7232,0,3,"frequency","WirelessPacket.frequency"],[7233,0,3,"frequency","WirelessPacket.frequency(2)"],[7234,0,3,"payload","WirelessPacket.payload"],[7235,0,3,"payload","WirelessPacket.payload(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/WirelessPacket-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/WirelessPacket-h-SummaryToolTips.js deleted file mode 100644 index 21f51f68d..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/WirelessPacket-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Packets/WirelessPacket.h",{7176:"
WirelessPacket
Represents a MicroStrain wireless packet
",7178:"
typedef for the bytes that make up a payload in a packet
",7194:"
The possible ASPP versions
",7198:"
Possible error codes from response packets.
",7205:"
WirelessPacket()
The default constructor for a wireless packet
",7206:"
static void throwEepromResponseError(
ResponseErrorCode errorCode,
uint16 location
)
Throws an exception based on a ResponseErrorCode from a read/write eeprom command.  Not all error codes will cause an exception.
",7208:"
AsppVersion m_asppVersion
The AsppVersion for the packet.
",7209:"
DeliveryStopFlags m_deliveryStopFlags
The delivery stop flags of the packet
",7210:"
PacketType m_type
The packet type of the packet
",7211:"
NodeAddress m_nodeAddress
The node address in the packet
",7212:"
int16 m_nodeRSSI
The node received signal strength indicator (strength of which the node received the command from the base station).  This value will be set to -200 if the packet contains a legacy junk lqi byte that should be thrown out.
",7213:"
int16 m_baseRSSI
The base received signal strength indicator (strength of which the base station received the response from the node).
",7214:"
WirelessTypes::Frequency m_frequency
The WirelessTypes::Frequency that this packet was collected on.
",7215:"
Payload m_payload
The payload bytes in the packet
",7217:"
Gets whether or not the packet is a Data packet.
",7218:"
static bool isDataPacket(
PacketType type
)
Gets whether or not the packet is a Data packet.
",7219:"
bool isDiscoveryPacket() const
Gets whether or not the packet is a Node Discovery packet.
",7220:"
AsppVersion asppVersion() const
Gets the ASPP version of the packet.
",7221:"
void asppVersion(
AsppVersion ver
)
Sets the ASPP version of the packet.
",7222:"
DeliveryStopFlags deliveryStopFlags() const
Gets the delivery stop flags for the packet
",7223:"
void deliveryStopFlags(
DeliveryStopFlags flags
)
Sets the delivery stop flags to the passed in flags
",7224:"
PacketType type() const
Gets the packet type of the packet
",7225:"
void type(
PacketType packetType
)
Sets the packet type of the packet
",7226:"
NodeAddress nodeAddress() const
Gets the node address of the packet
",7227:"
void nodeAddress(
NodeAddress address
)
Sets the node address of the packet
",7228:"
int16 nodeRSSI() const
Gets the node RSSI of the packet
",7229:"
void nodeRSSI(
int16 rssi
)
Sets the node RSSI of the packet
",7230:"
int16 baseRSSI() const
Gets the base station RSSI of the packet
",7231:"
void baseRSSI(
int16 rssi
)
Sets the base station RSSI of the packet
",7232:"
WirelessTypes::Frequency frequency() const
Gets the WirelessTypes::Frequency that the packet was collected on
",7233:"
void frequency(
WirelessTypes::Frequency freq
)
Sets the WirelessTypes::Frequency that the packet was collected on
",7234:"
const Payload& payload() const
Gets the payload bytes of the packet
",7235:"
void payload(
const Bytes &bytes
)
Sets the payload bytes of the packet
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/WirelessPacket-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/WirelessPacket-h-ToolTips.js deleted file mode 100644 index 17f91d0b5..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/WirelessPacket-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7178:"
typedef for the bytes that make up a payload in a packet
",7194:"
The possible ASPP versions
",7198:"
Possible error codes from response packets.
",8617:"
Represents the frequency (channel) that can be used for Wireless Devices.
",9361:"
DeliveryStopFlags
The delivery stop flags indicate which stops on the pipeline act on the application data
",10245:"
typedef for a Node\'s node address.
",10253:"
typedef for a vector of bytes.
",10453:"
Error_NotSupported
A command/feature was attempted to be used that was not supported.
",7236:"
WirelessDataPacket
A class representing a Wireless Data Packet.
",7363:"
NodeDiscoveryPacket_v5
A class representing a MicroStrain "node discovery" packet (version 5).
",7381:"
NodeDiscoveryPacket_v4
A class representing a MicroStrain "node discovery" packet (version 4).
",7546:"
NodeDiscoveryPacket_v3
A class representing a MicroStrain "node discovery" packet (version 3).
",7568:"
NodeDiscoveryPacket_v2
A class representing a MicroStrain "node discovery" packet (version 2).
",7580:"
NodeDiscoveryPacket
A class representing a MicroStrain "node discovery" packet
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/WirelessPacket-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/WirelessPacket-h.html deleted file mode 100644 index 5669f48b3..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/WirelessPacket-h.html +++ /dev/null @@ -1,243 +0,0 @@ - - -WirelessPacket.h - - - - - - - -
-
WirelessPacket
- -

Represents a MicroStrain wireless packet

-
- -
-
Types
-
- -
-
Payload
-

typedef for the bytes that make up a payload in a packet

-
- -
-
Constants
-
- -
-
Wireless Packet Bytes
-
ASPP_V1_SOP

0xAA  - The "Start of Packet" byte for the ASPP v1 packets

ASPP_V2_SOP

0xAB  - The "Start of Packet" byte for the ASPP v2 packets

ASPP_V3_SOP

0xAC  - The "Start of Packet" byte for the ASPP v3 packets

-
- -
-
Wireless Packet Information
-
ASPP_MIN_RESPONSE_PACKET_SIZE

10  - The minimum number of bytes to make a valid ASPP Response packet (Payload len + NODE RSSI + BASE RSSI + Checksum)

ASPP_V1_NUM_BYTES_BEFORE_PAYLOAD

6  - The number of bytes in the ASPPv1 packets before the payload

ASPP_V1_NUM_BYTES_AFTER_PAYLOAD

4  - The number of bytes in the ASPPv1 packets after the payload

ASPP_V2_NUM_BYTES_BEFORE_PAYLOAD

9  - The number of bytes in the ASPPv2 packets before the payload

ASPP_V2_NUM_BYTES_AFTER_PAYLOAD

4  - The number of bytes in the ASPPv2 packets after the payload

ASPP_V3_NUM_BYTES_BEFORE_PAYLOAD

9  - The number of bytes in the ASPPv3 packets before the payload

ASPP_V3_NUM_BYTES_AFTER_PAYLOAD

6  - The number of bytes in the ASPPv3 packets after the payload

-
- -
-
Types
-
- -
-
PacketType
-
- -
-
AsppVersion
-

The possible ASPP versions

aspp_v1

0 - ASPP v1.X

aspp_v2

1 - ASPP v2.X

aspp_v3

2 - ASPP v3.X

-
- -
-
ResponseErrorCode
-

Possible error codes from response packets.

error_none

0x00 - No Error.

error_unknownEeprom

0x01 - An Unknown/Unsupported Eeprom was attempted to be accessed.

error_outOfBounds

0x02 - An out of bounds value was attempted to be used.

error_readOnly

0x03 - Attempted to write to a read only Eeprom location.

error_hardwareError

0x04 - A hardware error has occurred.

-
- -
-
Functions
-
- -
-
WirelessPacket
-
WirelessPacket()
-

The default constructor for a wireless packet

-
- -
-
throwEepromResponseError
-
static void throwEepromResponseError(
ResponseErrorCode errorCode,
uint16 location
)
-

Throws an exception based on a ResponseErrorCode from a read/write eeprom command.  Not all error codes will cause an exception.

Parameters
errorCode
ResponseErrorCode

The ResponseErrorCode to use for potentially throwing an exception.

location
uint16

The eeprom location associated with the command.

Exceptions
- Error_NotSupported

invalid eeprom location, value out of bounds, or read only eeprom location.

-
- -
-
Variables
-
- -
-
m_asppVersion
-
AsppVersion m_asppVersion
-

The AsppVersion for the packet.

-
- -
-
m_deliveryStopFlags
-
DeliveryStopFlags m_deliveryStopFlags
-

The delivery stop flags of the packet

-
- -
-
m_type
-
PacketType m_type
-

The packet type of the packet

-
- -
-
m_nodeAddress
-
NodeAddress m_nodeAddress
-

The node address in the packet

-
- -
-
m_nodeRSSI
-
int16 m_nodeRSSI
-

The node received signal strength indicator (strength of which the node received the command from the base station).  This value will be set to -200 if the packet contains a legacy junk lqi byte that should be thrown out.

-
- -
-
m_baseRSSI
-
int16 m_baseRSSI
-

The base received signal strength indicator (strength of which the base station received the response from the node).

-
- -
-
m_frequency
- -

The WirelessTypes::Frequency that this packet was collected on.

-
- -
-
m_payload
-
Payload m_payload
-

The payload bytes in the packet

-
- -
-
Functions
-
- -
-
isDataPacket
-

Gets whether or not the packet is a Data packet.

Returns

true if the packet is a data packet, false otherwise.  bool isDataPacket() const;

-
- -
-
isDataPacket
-
static bool isDataPacket(
PacketType type
)
-

Gets whether or not the packet is a Data packet.

Returns

true if the packet is a data packet, false otherwise.

-
- -
-
isDiscoveryPacket
-
bool isDiscoveryPacket() const
-

Gets whether or not the packet is a Node Discovery packet.

Returns

true if the packet is a discovery packet, false otherwise.

-
- -
-
asppVersion
-
AsppVersion asppVersion() const
-

Gets the ASPP version of the packet.

-
- -
-
asppVersion
-
void asppVersion(
AsppVersion ver
)
-

Sets the ASPP version of the packet.

-
- -
-
deliveryStopFlags
-
DeliveryStopFlags deliveryStopFlags() const
-

Gets the delivery stop flags for the packet

Returns

The delivery stop flags as a DeliveryStopFlags object

-
- -
-
deliveryStopFlags
-
void deliveryStopFlags(
DeliveryStopFlags flags
)
-

Sets the delivery stop flags to the passed in flags

Parameters
flags
DeliveryStopFlags

the delivery stop flags to set

-
- -
-
type
-
PacketType type() const
-

Gets the packet type of the packet

Returns

The packet type as a PacketType enumeration

-
- -
-
type
-
void type(
PacketType packetType
)
-

Sets the packet type of the packet

Parameters
packetType
PacketType

The packet type to set, as a PacketType enumeration

-
- -
-
nodeAddress
-
NodeAddress nodeAddress() const
-

Gets the node address of the packet

Returns

The node address of the packet

-
- -
-
nodeAddress
-
void nodeAddress(
NodeAddress address
)
-

Sets the node address of the packet

Parameters
address
NodeAddress

The node address to set

-
- -
-
nodeRSSI
-
int16 nodeRSSI() const
-

Gets the node RSSI of the packet

Returns

The node RSSI

-
- -
-
nodeRSSI
-
void nodeRSSI(
int16 rssi
)
-

Sets the node RSSI of the packet

Parameters
rssi
int16

The node rssi to set

-
- -
-
baseRSSI
-
int16 baseRSSI() const
-

Gets the base station RSSI of the packet

Returns

The base station RSSI

-
- -
-
baseRSSI
-
void baseRSSI(
int16 rssi
)
-

Sets the base station RSSI of the packet

Parameters
rssi
int16

The base station RSSI

-
- -
-
frequency
-
WirelessTypes::Frequency frequency() const
-

Gets the WirelessTypes::Frequency that the packet was collected on

Returns

The WirelessTypes::Frequency that the packet was collected on

-
- -
-
frequency
-
void frequency(
WirelessTypes::Frequency freq
)
-

Sets the WirelessTypes::Frequency that the packet was collected on

Parameters
freq
WirelessTypes::Frequency

The WirelessTypes::Frequency that the packet was collected on

-
- -
-
payload
-
const Payload& payload() const
-

Gets the payload bytes of the packet

Returns

The payload of the packet, as a vector of bytes

-
- -
-
payload
-
void payload(
const Bytes &bytes
)
-

Sets the payload bytes of the packet

Parameters
bytes
const Bytes&

The payload of the packet, as a vector of bytes

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/WirelessPacketCollector-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/WirelessPacketCollector-h-Summary.js deleted file mode 100644 index f233773c4..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/WirelessPacketCollector-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Packets/WirelessPacketCollector.h","WirelessPacketCollector.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Packets/WirelessPacketCollector.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[7154,0,0,"WirelessPacketCollector","WirelessPacketCollector"],[7155,0,2,"Functions","WirelessPacketCollector.Functions"],[7156,0,1,"WirelessPacketCollector","WirelessPacketCollector.WirelessPacketCollector"],[7157,0,1,"WirelessPacketCollector","WirelessPacketCollector.WirelessPacketCollector(2)"],[7158,0,2,"Variables","WirelessPacketCollector.Variables"],[7159,0,3,"m_dataPackets","WirelessPacketCollector.m_dataPackets"],[7160,0,3,"m_nodeDiscoveryPackets","WirelessPacketCollector.m_nodeDiscoveryPackets"],[7161,0,3,"m_currentDataPacket","WirelessPacketCollector.m_currentDataPacket"],[7162,0,3,"m_packetMutex","WirelessPacketCollector.m_packetMutex"],[7163,0,3,"m_nodeDiscoveryMutex","WirelessPacketCollector.m_nodeDiscoveryMutex"],[7164,0,3,"m_emptyBufferCondition","WirelessPacketCollector.m_emptyBufferCondition"],[7165,0,2,"Functions","WirelessPacketCollector.Functions(2)"],[7166,0,1,"addDataPacket","WirelessPacketCollector.addDataPacket"],[7167,0,1,"addNodeDiscoveryPacket","WirelessPacketCollector.addNodeDiscoveryPacket"],[7168,0,1,"getDataSweeps","WirelessPacketCollector.getDataSweeps"],[7169,0,1,"totalSweeps","WirelessPacketCollector.totalSweeps"],[7170,0,1,"getNodeDiscoveries","WirelessPacketCollector.getNodeDiscoveries"],[7171,0,1,"getNextDataPacket","WirelessPacketCollector.getNextDataPacket"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/WirelessPacketCollector-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/WirelessPacketCollector-h-SummaryToolTips.js deleted file mode 100644 index ac15f280c..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/WirelessPacketCollector-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Packets/WirelessPacketCollector.h",{7154:"
WirelessPacketCollector
Class that sets/matches expected responses, and stores all the wireless packets
",7156:"
WirelessPacketCollector()
The default constructor for the WirelessPacketCollector
",7157:"
~WirelessPacketCollector()
The destructor for the WirelessPacketCollector
",7159:"
circular_data_buffer m_dataPackets
A circular buffer that holds WirelessDataPackets
",7160:"
circular_discovery_buffer m_nodeDiscoveryPackets
A circular buffer that holds NodeDiscovery objects
",7161:"
WirelessDataPacket m_currentDataPacket
The current WirelessDataPacket in the buffer
",7162:"
std::mutex m_packetMutex
A mutex used for thread safety when accessing/modifying the m_dataPackets buffer
",7163:"
std::mutex m_nodeDiscoveryMutex
A mutex used for thread safety when accessing/modifying the m_nodeDiscoveryPackets buffer
",7164:"
std::condition_variable m_emptyBufferCondition
Allows the write to buffer thread to tell the reading thread when data is available
",7166:"
void addDataPacket(
const WirelessPacket &packet
)
Adds a data packet to the data packets circular buffer.
",7167:"
void addNodeDiscoveryPacket(
const WirelessPacket &packet
)
Adds a Node Discovery packet to the circular buffer.  The provided WirelessPacket must be a valid Node Discovery packet.
",7168:"
void getDataSweeps(
std::vector<DataSweep> &sweeps,
uint32 timeout = 0,
uint32 maxSweeps = 0
)
Gets up to the requested amount of data sweeps that have been collected.
",7169:"
uint32 totalSweeps()
Gets the total number of data sweeps that are currently in the buffer.
",7170:"
NodeDiscoveries getNodeDiscoveries()
Gets a vector of NodeDiscovery objects that were collected
",7171:"
WirelessDataPacket getNextDataPacket(
int timeout
)
Gets the next WirelessDataPacket in the buffer
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/WirelessPacketCollector-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/WirelessPacketCollector-h-ToolTips.js deleted file mode 100644 index 458335b3c..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/WirelessPacketCollector-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7159:"
circular_data_buffer m_dataPackets
A circular buffer that holds WirelessDataPackets
",7160:"
circular_discovery_buffer m_nodeDiscoveryPackets
A circular buffer that holds NodeDiscovery objects
",7176:"
WirelessPacket
Represents a MicroStrain wireless packet
",7236:"
WirelessDataPacket
A class representing a Wireless Data Packet.
",8500:"
NodeDiscovery
Represents 1 node discovery, which is created when a Wireless Node Discovery packet is sent from a Node.  Note: There are multiple versions of Node Discovery packets which have been developed over time.  Each version has added more useful information. If an earlier version of the Node Discovery packet is heard, this NodeDiscovery object will have some information be invalid (set to default values).
",9379:"
DataSweep
Represents 1 data sweep, including data for each channel, a timestamp, and a sample rate
",10457:"
Error_NoData
There is no data available to be accessed
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/WirelessPacketCollector-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/WirelessPacketCollector-h.html deleted file mode 100644 index 8858546b1..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/WirelessPacketCollector-h.html +++ /dev/null @@ -1,113 +0,0 @@ - - -WirelessPacketCollector.h - - - - - - - -
-
WirelessPacketCollector
-
WirelessPacketCollector
-

Class that sets/matches expected responses, and stores all the wireless packets

-
- -
-
Functions
-
- -
-
WirelessPacketCollector
-
WirelessPacketCollector()
-

The default constructor for the WirelessPacketCollector

-
- -
-
WirelessPacketCollector
-
~WirelessPacketCollector()
-

The destructor for the WirelessPacketCollector

-
- -
-
Variables
-
- -
-
m_dataPackets
-
circular_data_buffer m_dataPackets
-

A circular buffer that holds WirelessDataPackets

-
- -
-
m_nodeDiscoveryPackets
-
circular_discovery_buffer m_nodeDiscoveryPackets
-

A circular buffer that holds NodeDiscovery objects

-
- -
-
m_currentDataPacket
-
WirelessDataPacket m_currentDataPacket
-

The current WirelessDataPacket in the buffer

-
- -
-
m_packetMutex
-
std::mutex m_packetMutex
-

A mutex used for thread safety when accessing/modifying the m_dataPackets buffer

-
- -
-
m_nodeDiscoveryMutex
-
std::mutex m_nodeDiscoveryMutex
-

A mutex used for thread safety when accessing/modifying the m_nodeDiscoveryPackets buffer

-
- -
-
m_emptyBufferCondition
-
std::condition_variable m_emptyBufferCondition
-

Allows the write to buffer thread to tell the reading thread when data is available

-
- -
-
Functions
-
- -
-
addDataPacket
-
void addDataPacket(
const WirelessPacket &packet
)
-

Adds a data packet to the data packets circular buffer.

Parameters
packet
const WirelessPacket&

The WirelessPacket to be added to the buffer.

-
- -
-
addNodeDiscoveryPacket
-
void addNodeDiscoveryPacket(
const WirelessPacket &packet
)
-

Adds a Node Discovery packet to the circular buffer.  The provided WirelessPacket must be a valid Node Discovery packet.

Parameters
packet
const WirelessPacket&

The WirelessPacket to be added to the buffer.

-
- -
-
getDataSweeps
-
void getDataSweeps(
std::vector<DataSweep> &sweeps,
uint32 timeout = 0,
uint32 maxSweeps = 0
)
-

Gets up to the requested amount of data sweeps that have been collected.

Parameters
sweeps
std::vector<DataSweep>&

A vector of DataSweep objects to hold the result.

timeout
uint32

The timeout, in milliseconds, to wait for data if necessary (default of 0).

maxSweeps
uint32

The maximum number of sweeps to return. If this is 0 (default), all sweeps will be returned.

-
- -
-
totalSweeps
-
uint32 totalSweeps()
-

Gets the total number of data sweeps that are currently in the buffer.

Returns

The total number of data sweeps that are currently in the buffer.

-
- -
-
getNodeDiscoveries
-
NodeDiscoveries getNodeDiscoveries()
-

Gets a vector of NodeDiscovery objects that were collected

Returns

A NodeDiscoveries object contain all the NodeDiscovery objects that were collected

-
- -
-
getNextDataPacket
-
WirelessDataPacket getNextDataPacket(
int timeout
)
-

Gets the next WirelessDataPacket in the buffer

Parameters
timeout
int

the timeout, in milliseconds, to wait for the next data packet if necessary

Returns

The next WirelessDataPacket that was collected

Exceptions
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/WirelessPacketUtils-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/WirelessPacketUtils-h-Summary.js deleted file mode 100644 index e06159c51..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/WirelessPacketUtils-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/Packets/WirelessPacketUtils.h","WirelessPacketUtils.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/Packets/WirelessPacketUtils.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[7172,0,0,"WirelessPacketUtils","WirelessPacketUtils"],[7173,0,2,"Functions","WirelessPacketUtils.Functions"],[7174,0,1,"correctPacketType","WirelessPacketUtils.correctPacketType"],[7175,0,1,"packetIntegrityCheck","WirelessPacketUtils.packetIntegrityCheck"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/WirelessPacketUtils-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/WirelessPacketUtils-h-SummaryToolTips.js deleted file mode 100644 index 46d18f0a6..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/WirelessPacketUtils-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/Packets/WirelessPacketUtils.h",{7172:"
WirelessPacketUtils
Contains useful utility functions for interfacing with MicroStrain\'s Wireless packets
",7174:"
static void correctPacketType(
WirelessPacket &packet
)
Some packets are not properly identified.  This function looks for special cases of misidentified packets and corrects them.
",7175:"
static bool packetIntegrityCheck(
const WirelessPacket &packet
)
Verifies that the packet matches the packet type that it is currently set to
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/WirelessPacketUtils-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/WirelessPacketUtils-h-ToolTips.js deleted file mode 100644 index 84029c567..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/WirelessPacketUtils-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7176:"
WirelessPacket
Represents a MicroStrain wireless packet
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/WirelessPacketUtils-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/WirelessPacketUtils-h.html deleted file mode 100644 index 56874b93e..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/Packets/WirelessPacketUtils-h.html +++ /dev/null @@ -1,33 +0,0 @@ - - -WirelessPacketUtils.h - - - - - - - -
-
WirelessPacketUtils
-
WirelessPacketUtils
-

Contains useful utility functions for interfacing with MicroStrain's Wireless packets

-
- -
-
Functions
-
- -
-
correctPacketType
-
static void correctPacketType(
WirelessPacket &packet
)
-

Some packets are not properly identified.  This function looks for special cases of misidentified packets and corrects them.

Parameters
packet
WirelessPacket&

A reference to a WirelessPacket which contains all the wireless packet data and info

-
- -
-
packetIntegrityCheck
-
static bool packetIntegrityCheck(
const WirelessPacket &packet
)
-

Verifies that the packet matches the packet type that it is currently set to

Parameters
packet
const WirelessPacket&

A reference to the WirelessPacket to check the integrity of

Returns

true if the packet's bytes are what they should be for its current type, false otherwise

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/RadioFeatures-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/RadioFeatures-h-Summary.js deleted file mode 100644 index f974af578..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/RadioFeatures-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/RadioFeatures.h","RadioFeatures.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/RadioFeatures.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[8428,0,0,"RadioFeatures","RadioFeatures"],[8429,0,2,"Variables","RadioFeatures.Variables"],[8430,0,3,"m_extendedRange","RadioFeatures.m_extendedRange"],[8431,0,2,"Functions","RadioFeatures.Functions"],[8432,0,1,"RadioFeatures","RadioFeatures.RadioFeatures"],[8433,0,1,"extendedRange","RadioFeatures.extendedRange"],[8434,0,1,"init","RadioFeatures.init"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/RadioFeatures-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/RadioFeatures-h-SummaryToolTips.js deleted file mode 100644 index 4b453f6d6..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/RadioFeatures-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/RadioFeatures.h",{8428:"
RadioFeatures
Represents radio features of a WirelessNode.
",8430:"
bool m_extendedRange
Whether or not the radio is XR capable
",8432:"
RadioFeatures(
uint16 eepromValue
)
Creates a RadioFeatures object from the eeprom value
",8433:"
bool extendedRange()
Gets whether or not the Node is XR (has an extended range radio)
",8434:"
void init(
uint16 eepromValue
)
Sets all the radio features from the given eeprom value
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/RadioFeatures-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/RadioFeatures-h-ToolTips.js deleted file mode 100644 index 4b99e1e24..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/RadioFeatures-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7905:"
WirelessNode
A class representing a MicroStrain wireless node
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/RadioFeatures-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/RadioFeatures-h.html deleted file mode 100644 index 81c421f9a..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/RadioFeatures-h.html +++ /dev/null @@ -1,49 +0,0 @@ - - -RadioFeatures.h - - - - - - - -
-
RadioFeatures
-
RadioFeatures
-

Represents radio features of a WirelessNode.

-
- -
-
Variables
-
- -
-
m_extendedRange
-
bool m_extendedRange
-

Whether or not the radio is XR capable

-
- -
-
Functions
-
- -
-
RadioFeatures
-
RadioFeatures(
uint16 eepromValue
)
-

Creates a RadioFeatures object from the eeprom value

Parameters
eepromValue
uint16

The value from eeprom that determines the radio features

-
- -
-
extendedRange
-
bool extendedRange()
-

Gets whether or not the Node is XR (has an extended range radio)

Returns

true if the Node has an XR radio, false otherwise

-
- -
-
init
-
void init(
uint16 eepromValue
)
-

Sets all the radio features from the given eeprom value

Parameters
eepromValue
uint16

The value from eeprom that determines the radio features

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/StructuralHealth-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/StructuralHealth-h-Summary.js deleted file mode 100644 index 998a382b2..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/StructuralHealth-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/StructuralHealth.h","StructuralHealth.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/StructuralHealth.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[8413,0,0,"StructuralHealth","StructuralHealth"],[8414,0,2,"Functions","StructuralHealth.Functions"],[8415,0,1,"StructuralHealth","StructuralHealth.StructuralHealth"],[8416,0,2,"Variables","StructuralHealth.Variables"],[8417,0,3,"m_angle","StructuralHealth.m_angle"],[8418,0,3,"m_uptime","StructuralHealth.m_uptime"],[8419,0,3,"m_damage","StructuralHealth.m_damage"],[8420,0,3,"m_processingRate","StructuralHealth.m_processingRate"],[8421,0,3,"m_histogram","StructuralHealth.m_histogram"],[8422,0,2,"Functions","StructuralHealth.Functions(2)"],[8423,0,1,"angle","StructuralHealth.angle"],[8424,0,1,"uptime","StructuralHealth.uptime"],[8425,0,1,"damage","StructuralHealth.damage"],[8426,0,1,"processingRate","StructuralHealth.processingRate"],[8427,0,1,"histogram","StructuralHealth.histogram"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/StructuralHealth-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/StructuralHealth-h-SummaryToolTips.js deleted file mode 100644 index 798b727bd..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/StructuralHealth-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/StructuralHealth.h",{8413:"
StructuralHealth
Holds Structural Health Monitor channel information.
",8415:"
StructuralHealth(
float angle,
uint32 uptime,
float damage,
const SampleRate &processingRate,
const Histogram &histogram
)
Creates a StructuralHealth object.
",8417:"
float m_angle
The actual angle that is being measured.
",8418:"
uint32 m_uptime
The uptime counter of how long the device has been running.
",8419:"
float m_damage
The percent of damage that has occurred. (0% = no damage, 100% = dead)
",8420:"
SampleRate m_processingRate
The processing rate that the sensors were sampled at to calculate the histogram.
",8421:"
Histogram m_histogram
The Histogram that was calculated for the given angle.
",8423:"
float angle() const
Gets the actual angle that is being measured.
",8424:"
uint32 uptime() const
Gets the uptime counter of how long the device has been running.
",8425:"
float damage() const
Gets the percent of damage that has occurred. (0% = no damage, 100% = dead)
",8426:"
const SampleRate& processingRate() const
Gets the processing rate that the sensors were sampled at to calculate the histogram.
",8427:"
const Histogram& histogram() const
Gets the Histogram that was calculated for the given angle.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/StructuralHealth-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/StructuralHealth-h-ToolTips.js deleted file mode 100644 index 437834549..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/StructuralHealth-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({9819:"
SampleRate
Represents a MicroStrain sample rate (rate at which data is sampling)
",10370:"
Histogram
Represents a Histogram object.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/StructuralHealth-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/StructuralHealth-h.html deleted file mode 100644 index d73b21a31..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/StructuralHealth-h.html +++ /dev/null @@ -1,95 +0,0 @@ - - -StructuralHealth.h - - - - - - - -
-
StructuralHealth
-
StructuralHealth
-

Holds Structural Health Monitor channel information.

-
- -
-
Functions
-
- -
-
StructuralHealth
-
StructuralHealth(
float angle,
uint32 uptime,
float damage,
const SampleRate &processingRate,
const Histogram &histogram
)
-

Creates a StructuralHealth object.

Parameters
angle
float

The actual angle that is being measured.

uptime
uint32

The uptime counter of how long the device has been running.

damage
float

The percent of damage that has occurred. (0% = no damage, 100% = dead)

processingRate
const SampleRate&

The processing rate used in calculating the Histogram.

histogram
const Histogram&

The Histogram that was calculated for the given angle.

-
- -
-
Variables
-
- -
-
m_angle
-
float m_angle
-

The actual angle that is being measured.

-
- -
-
m_uptime
-
uint32 m_uptime
-

The uptime counter of how long the device has been running.

-
- -
-
m_damage
-
float m_damage
-

The percent of damage that has occurred. (0% = no damage, 100% = dead)

-
- -
-
m_processingRate
-
SampleRate m_processingRate
-

The processing rate that the sensors were sampled at to calculate the histogram.

-
- -
-
m_histogram
-
Histogram m_histogram
-

The Histogram that was calculated for the given angle.

-
- -
-
Functions
-
- -
-
angle
-
float angle() const
-

Gets the actual angle that is being measured.

Returns

The actual angle that is being measured.

-
- -
-
uptime
-
uint32 uptime() const
-

Gets the uptime counter of how long the device has been running.

Returns

The uptime counter of how long the device has been running.

-
- -
-
damage
-
float damage() const
-

Gets the percent of damage that has occurred. (0% = no damage, 100% = dead)

Returns

The percent of damage that has occured. (0% = no damage, 100% = dead)

-
- -
-
processingRate
-
const SampleRate& processingRate() const
-

Gets the processing rate that the sensors were sampled at to calculate the histogram.

Returns

The processing rate as a SampleRate.

-
- -
-
histogram
-
const Histogram& histogram() const
-

Gets the Histogram that was calculated for the given angle.

Returns

The Histogram that was calculated for the given angle.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/SyncNetworkInfo-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/SyncNetworkInfo-h-Summary.js deleted file mode 100644 index 100f7c66b..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/SyncNetworkInfo-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/SyncNetworkInfo.h","SyncNetworkInfo.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/SyncNetworkInfo.h",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Enums","Enumeration"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[8365,0,0,"SyncNetworkInfo","SyncNetworkInfo"],[8366,0,4,"Types","SyncNetworkInfo.Types"],[8367,0,2,"NodeStatus","SyncNetworkInfo.NodeStatus"],[8368,0,1,,"SyncNetworkInfo.status_OK=0"],[8369,0,1,,"SyncNetworkInfo.status_PoorCommunication=1"],[8370,0,1,,"SyncNetworkInfo.status_DoesNotFit=2"],[8371,0,1,,"SyncNetworkInfo.status_Contention=3"],[8372,0,4,"Functions","SyncNetworkInfo.Functions"],[8373,0,3,"SyncNetworkInfo","SyncNetworkInfo.SyncNetworkInfo"],[8374,0,4,"Variables","SyncNetworkInfo.Variables"],[8375,0,5,"m_node","SyncNetworkInfo.m_node"],[8376,0,5,"m_nodeAddress","SyncNetworkInfo.m_nodeAddress"],[8377,0,5,"m_model","SyncNetworkInfo.m_model"],[8378,0,5,"m_percentBandwidth","SyncNetworkInfo.m_percentBandwidth"],[8379,0,5,"m_percentBandwidth_optimized","SyncNetworkInfo.m_percentBandwidth_optimized"],[8380,0,5,"m_tdmaAddress","SyncNetworkInfo.m_tdmaAddress"],[8381,0,5,"m_slotSize","SyncNetworkInfo.m_slotSize"],[8382,0,5,"m_maxTdmaAddress","SyncNetworkInfo.m_maxTdmaAddress"],[8383,0,5,"m_txPerGroup","SyncNetworkInfo.m_txPerGroup"],[8384,0,5,"m_groupSize","SyncNetworkInfo.m_groupSize"],[8385,0,5,"m_bytesPerSweep","SyncNetworkInfo.m_bytesPerSweep"],[8386,0,5,"m_bytesPerBurst","SyncNetworkInfo.m_bytesPerBurst"],[8387,0,5,"m_maxBytesPerPacket","SyncNetworkInfo.m_maxBytesPerPacket"],[8388,0,5,"m_bytesPerSecond","SyncNetworkInfo.m_bytesPerSecond"],[8389,0,5,"m_maxRetxPerBurst","SyncNetworkInfo.m_maxRetxPerBurst"],[8390,0,5,"m_status","SyncNetworkInfo.m_status"],[8391,0,5,"m_syncSamplingVersion","SyncNetworkInfo.m_syncSamplingVersion"],[8392,0,5,"m_optimized","SyncNetworkInfo.m_optimized"],[8393,0,5,"m_configApplied","SyncNetworkInfo.m_configApplied"],[8394,0,5,"m_startedSampling","SyncNetworkInfo.m_startedSampling"],[8395,0,5,"m_hasPendingConfig","SyncNetworkInfo.m_hasPendingConfig"],[8396,0,5,"m_pendingConfig","SyncNetworkInfo.m_pendingConfig"],[8397,0,4,"Functions","SyncNetworkInfo.Functions(2)"],[8398,0,3,"status","SyncNetworkInfo.status"],[8399,0,3,"startedSampling","SyncNetworkInfo.startedSampling"],[8400,0,3,"configurationApplied","SyncNetworkInfo.configurationApplied"],[8401,0,3,"percentBandwidth","SyncNetworkInfo.percentBandwidth"],[8402,0,3,"tdmaAddress","SyncNetworkInfo.tdmaAddress"],[8403,0,3,"maxTdmaAddress","SyncNetworkInfo.maxTdmaAddress"],[8404,0,3,"transmissionsPerGroup","SyncNetworkInfo.transmissionsPerGroup"],[8405,0,3,"groupSize","SyncNetworkInfo.groupSize"],[8406,0,3,"syncSamplingVersion","SyncNetworkInfo.syncSamplingVersion"],[8407,0,3,"dutyCycle","SyncNetworkInfo.dutyCycle"],[8408,0,3,"dutyCycle","SyncNetworkInfo.dutyCycle(2)"],[8409,0,3,"hasPendingConfig","SyncNetworkInfo.hasPendingConfig"],[8410,0,3,"setPendingConfig","SyncNetworkInfo.setPendingConfig"],[8411,0,3,"getPendingConfig","SyncNetworkInfo.getPendingConfig"],[8412,0,3,"channelGroups","SyncNetworkInfo.channelGroups"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/SyncNetworkInfo-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/SyncNetworkInfo-h-SummaryToolTips.js deleted file mode 100644 index 0c909c7f9..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/SyncNetworkInfo-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/SyncNetworkInfo.h",{8365:"
SyncNetworkInfo
Contains network information for a WirelessNode that has been added to the Sync Sampling Network.
",8367:"
The status of an individual node.
",8373:"
SyncNetworkInfo(
WirelessNode &node
)
Creates a SyncNetworkInfo object
",8375:"
WirelessNode m_node
The WirelessNode that this info belongs to
",8376:"
NodeAddress m_nodeAddress
The NodeAddress of the Node that this info belongs to.
",8377:"
WirelessModels::NodeModel m_model
The WirelessModels::NodeModel of the Node that this info belongs to.
",8378:"
float m_percentBandwidth
The standard percent of bandwidth that this node takes up
",8379:"
float m_percentBandwidth_optimized
The space-optimized percent of bandwidth that this node takes up
",8380:"
uint32 m_tdmaAddress
The TDMA address that was found for this node
",8381:"
uint16 m_slotSize
The number of individual slots that the node takes up per transmission
",8382:"
uint32 m_maxTdmaAddress
The maximum TDMA address that can be assigned for the node
",8383:"
uint32 m_txPerGroup
The number of transmissions per group
",8384:"
uint32 m_groupSize
The size of the group
",8385:"
uint32 m_bytesPerSweep
The number of bytes per data sweep.
",8386:"
uint32 m_bytesPerBurst
The number of bytes per burst (only valid if in Burst mode).
",8387:"
uint32 m_maxBytesPerPacket
The maximum number of bytes per packet.
",8388:"
double m_bytesPerSecond
The number of bytes per second (continuous sampling).
",8389:"
uint32 m_maxRetxPerBurst
The number of maximum retransmissions per burst (if burst)
",8390:"
NodeStatus m_status
The status of the node
",8391:"
uint8 m_syncSamplingVersion
The version of the Sync Sampling formulas to use.
",8392:"
bool m_optimized
Whether or not this node has attempted optimization
",8393:"
bool m_configApplied
Whether or not the configuration has been applied for this node
",8394:"
bool m_startedSampling
Whether or not the Node has been send the Start Sync Sampling command.
",8395:"
bool m_hasPendingConfig
Whether or not there is a "pending" configuration set for this Node.
",8396:"
WirelessNodeConfig m_pendingConfig
A WirelessNodeConfig set to be used in all sync network calculations, without actually being applied to the Node.
",8398:"
NodeStatus status() const
Gets the node\'s network status.
",8399:"
bool startedSampling() const
Checks whether a Node has successfully started sampling.  Note: if this returns false, its not 100% gauranteed that the Node isn\'t sampling. It\'s possible the node was successfully started, but that the response never got to the BaseStation.
",8400:"
bool configurationApplied() const
Gets whether or not the network configuration has been successfully applied to this node.
",8401:"
float percentBandwidth() const
Gets the node\'s individual percent of bandwidth in the network.
",8402:"
uint32 tdmaAddress() const
Gets the TDMA address that was found and assigned to the node.
",8403:"
uint32 maxTdmaAddress() const
Gets the maximum TDMA address that can be assigned to this node. (Advanced)
",8404:"
Gets the number of transmissions per group for this node. (Advanced)
",8405:"
uint32 groupSize() const
Gets the group size for this node. (Advanced)
",8406:"
uint8 syncSamplingVersion() const
The version of the Sync Sampling formulas to use.
",8407:"
float dutyCycle() const
Gets the duty cycle currently set (for Event Driven).
",8408:"
void dutyCycle(
float percent
)
",8409:"
bool hasPendingConfig() const
Gets whether or not this network info has a pending configuration set.
",8410:"
void setPendingConfig(
const WirelessNodeConfig &config
)
Sets a pending configuration for the Node in this network info.  This is a configuration that is not actually applied to the Node, but should be used in all sync network calculations.
",8411:"
const WirelessNodeConfig& getPendingConfig() const
Gets the current pending configuration that is set.
",8412:"
ChannelGroups channelGroups() const
Gets the ChannelGroups for the Wireless Node.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/SyncNetworkInfo-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/SyncNetworkInfo-h-ToolTips.js deleted file mode 100644 index fa7104a58..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/SyncNetworkInfo-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({5869:"
WirelessNodeConfig
Class used for setting the configuration of WirelessNode objects.  Set all the configuration values that you want to change, then verify and apply them to a Node.
",7041:"
ChannelGroup
Represents a group of channels that have combined settings.
",7789:"
The model numbers for each of the Wireless Nodes.
",7905:"
WirelessNode
A class representing a MicroStrain wireless node
",8367:"
The status of an individual node.
",10245:"
typedef for a Node\'s node address.
",10511:"
Error_InvalidNodeConfig
The Configuration for a WirelessNode is invalid.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/SyncNetworkInfo-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/SyncNetworkInfo-h.html deleted file mode 100644 index 3c136f38e..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/SyncNetworkInfo-h.html +++ /dev/null @@ -1,265 +0,0 @@ - - -SyncNetworkInfo.h - - - - - - - -
-
SyncNetworkInfo
-
SyncNetworkInfo
-

Contains network information for a WirelessNode that has been added to the Sync Sampling Network.

-
- -
-
Types
-
- -
-
NodeStatus
-

The status of an individual node.

status_OK  = 0

The node successfully fits in the network.

status_PoorCommunication  = 1

The node failed to communicate.

status_DoesNotFit  = 2

The node is out of the network, as the bandwidth does not allow it.

status_Contention  = 3

The node is out of the network, as network contention does not allow it.

-
- -
-
Functions
-
- -
-
SyncNetworkInfo
-
SyncNetworkInfo(
WirelessNode &node
)
-

Creates a SyncNetworkInfo object

Parameters
wirelessNode

The WirelessNode that this SyncNetworkInfo will belong to.

-
- -
-
Variables
-
- -
-
m_node
- -

The WirelessNode that this info belongs to

-
- -
-
m_nodeAddress
-
NodeAddress m_nodeAddress
-

The NodeAddress of the Node that this info belongs to.

-
- -
-
m_model
- -

The WirelessModels::NodeModel of the Node that this info belongs to.

-
- -
-
m_percentBandwidth
-
float m_percentBandwidth
-

The standard percent of bandwidth that this node takes up

-
- -
-
m_percentBandwidth_optimized
-
float m_percentBandwidth_optimized
-

The space-optimized percent of bandwidth that this node takes up

-
- -
-
m_tdmaAddress
-
uint32 m_tdmaAddress
-

The TDMA address that was found for this node

-
- -
-
m_slotSize
-
uint16 m_slotSize
-

The number of individual slots that the node takes up per transmission

-
- -
-
m_maxTdmaAddress
-
uint32 m_maxTdmaAddress
-

The maximum TDMA address that can be assigned for the node

-
- -
-
m_txPerGroup
-
uint32 m_txPerGroup
-

The number of transmissions per group

-
- -
-
m_groupSize
-
uint32 m_groupSize
-

The size of the group

-
- -
-
m_bytesPerSweep
-
uint32 m_bytesPerSweep
-

The number of bytes per data sweep.

-
- -
-
m_bytesPerBurst
-
uint32 m_bytesPerBurst
-

The number of bytes per burst (only valid if in Burst mode).

-
- -
-
m_maxBytesPerPacket
-
uint32 m_maxBytesPerPacket
-

The maximum number of bytes per packet.

-
- -
-
m_bytesPerSecond
-
double m_bytesPerSecond
-

The number of bytes per second (continuous sampling).

-
- -
-
m_maxRetxPerBurst
-
uint32 m_maxRetxPerBurst
-

The number of maximum retransmissions per burst (if burst)

-
- -
-
m_status
-
NodeStatus m_status
-

The status of the node

-
- -
-
m_syncSamplingVersion
-
uint8 m_syncSamplingVersion
-

The version of the Sync Sampling formulas to use.

-
- -
-
m_optimized
-
bool m_optimized
-

Whether or not this node has attempted optimization

-
- -
-
m_configApplied
-
bool m_configApplied
-

Whether or not the configuration has been applied for this node

-
- -
-
m_startedSampling
-
bool m_startedSampling
-

Whether or not the Node has been send the Start Sync Sampling command.

-
- -
-
m_hasPendingConfig
-
bool m_hasPendingConfig
-

Whether or not there is a "pending" configuration set for this Node.

-
- -
-
m_pendingConfig
-
WirelessNodeConfig m_pendingConfig
-

A WirelessNodeConfig set to be used in all sync network calculations, without actually being applied to the Node.

-
- -
-
Functions
-
- -
-
status
-
NodeStatus status() const
-

Gets the node's network status.

Returns

The NodeStatus of the node.

-
- -
-
startedSampling
-
bool startedSampling() const
-

Checks whether a Node has successfully started sampling.  Note: if this returns false, its not 100% gauranteed that the Node isn't sampling. It's possible the node was successfully started, but that the response never got to the BaseStation.

-
- -
-
configurationApplied
-
bool configurationApplied() const
-

Gets whether or not the network configuration has been successfully applied to this node.

Returns

true if the network configuration has been successfully applied, false otherwise.

-
- -
-
percentBandwidth
-
float percentBandwidth() const
-

Gets the node's individual percent of bandwidth in the network.

Returns

The node's individual percent of bandwidth.

-
- -
-
tdmaAddress
-
uint32 tdmaAddress() const
-

Gets the TDMA address that was found and assigned to the node.

Returns

The TDMA address that was assigned to the node.

-
- -
-
maxTdmaAddress
-
uint32 maxTdmaAddress() const
-

Gets the maximum TDMA address that can be assigned to this node. (Advanced)

Returns

The maximum TDMA address allowed for this node in its current configuration.

-
- -
-
transmissionsPerGroup
-

Gets the number of transmissions per group for this node. (Advanced)

Returns

The number of transmissions per group for this node.

-
- -
-
groupSize
-
uint32 groupSize() const
-

Gets the group size for this node. (Advanced)

Returns

The group size for this node.

-
- -
-
syncSamplingVersion
-
uint8 syncSamplingVersion() const
-

The version of the Sync Sampling formulas to use.

-
- -
-
dutyCycle
-
float dutyCycle() const
-

Gets the duty cycle currently set (for Event Driven).

-
- -
-
dutyCycle
-
void dutyCycle(
float percent
)
-
Takes a duty cycle percentage (0

1) and updates the m_txPerGroup value.

Parameters
percent
float

The duty cycle percentage (0.0 - 1.0).

-
- -
-
hasPendingConfig
-
bool hasPendingConfig() const
-

Gets whether or not this network info has a pending configuration set.

Returns

true if a pending config has been set, false otherwise

-
- -
-
setPendingConfig
-
void setPendingConfig(
const WirelessNodeConfig &config
)
-

Sets a pending configuration for the Node in this network info.  This is a configuration that is not actually applied to the Node, but should be used in all sync network calculations.

Parameters
config
const WirelessNodeConfig&

The WirelessNodeConfig to set for the Node.

Exceptions
-
- -
-
getPendingConfig
-
const WirelessNodeConfig& getPendingConfig() const
-

Gets the current pending configuration that is set.

Returns

The WirelessNodeConfig pointer that is currently set.

-
- -
-
channelGroups
-
ChannelGroups channelGroups() const
-

Gets the ChannelGroups for the Wireless Node.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/SyncSamplingFormulas-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/SyncSamplingFormulas-h-Summary.js deleted file mode 100644 index 9e25fab93..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/SyncSamplingFormulas-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/SyncSamplingFormulas.h","SyncSamplingFormulas.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/SyncSamplingFormulas.h",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Functions","Function"],["Groups","Group"],["Sections","Section"]],[[8337,0,4,"SyncSamplingFormulas","SyncSamplingFormulas"],[8338,0,0,"SyncSamplingFormulas","SyncSamplingFormulas(2)"],[8339,0,3,"Constants","SyncSamplingFormulas.Constants"],[8340,0,1,"Sync Sampling Constants","SyncSamplingFormulas.Sync_Sampling_Constants"],[8341,0,1,,"SyncSamplingFormulas.MAX_SLOTS"],[8342,0,1,,"SyncSamplingFormulas.MAX_SLOTS_HIGH_CAPACITY"],[8343,0,1,,"SyncSamplingFormulas.MIN_TDMA"],[8344,0,3,"Functions","SyncSamplingFormulas.Functions"],[8345,0,2,"bytesPerSecond","SyncSamplingFormulas.bytesPerSecond"],[8346,0,2,"maxBytesPerPacket","SyncSamplingFormulas.maxBytesPerPacket"],[8347,0,2,"groupSize","SyncSamplingFormulas.groupSize"],[8348,0,2,"txPerGroup","SyncSamplingFormulas.txPerGroup"],[8349,0,2,"txPerSecond","SyncSamplingFormulas.txPerSecond"],[8350,0,2,"slotSpacing","SyncSamplingFormulas.slotSpacing"],[8351,0,2,"maxTdmaAddress","SyncSamplingFormulas.maxTdmaAddress"],[8352,0,2,"percentBandwidth","SyncSamplingFormulas.percentBandwidth"],[8353,0,2,"sampleDuration","SyncSamplingFormulas.sampleDuration"],[8354,0,2,"bytesPerSweep","SyncSamplingFormulas.bytesPerSweep"],[8355,0,2,"checkSamplingDelay","SyncSamplingFormulas.checkSamplingDelay"],[8356,0,2,"slotsBetweenTx","SyncSamplingFormulas.slotsBetweenTx"],[8357,0,2,"canHaveFirstSlot","SyncSamplingFormulas.canHaveFirstSlot"],[8358,0,2,"totalBytesPerBurst","SyncSamplingFormulas.totalBytesPerBurst"],[8359,0,2,"maxBytesPerBurstPacket","SyncSamplingFormulas.maxBytesPerBurstPacket"],[8360,0,2,"totalNeededBurstTx","SyncSamplingFormulas.totalNeededBurstTx"],[8361,0,2,"minTimeBetweenBursts","SyncSamplingFormulas.minTimeBetweenBursts"],[8362,0,2,"minTimeBetweenBursts","SyncSamplingFormulas.minTimeBetweenBursts(2)"],[8363,0,2,"burstTxPerSecond","SyncSamplingFormulas.burstTxPerSecond"],[8364,0,2,"overheadFactor","SyncSamplingFormulas.overheadFactor"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/SyncSamplingFormulas-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/SyncSamplingFormulas-h-SummaryToolTips.js deleted file mode 100644 index 5025b0947..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/SyncSamplingFormulas-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/SyncSamplingFormulas.h",{8338:"
namespace
SyncSamplingFormulas
Contains formulas for determining Sync Sampling configuration
",8345:"
double bytesPerSecond(
const SampleRate &sampleRate,
uint16 numChs,
uint8 bytesPerSample
)
Calculates the number of bytes per second
",8346:"
uint32 maxBytesPerPacket(
const SampleRate &sampleRate,
bool lossless,
bool highBandwidth,
uint8 syncFormulaVersion,
WirelessTypes::CommProtocol commProtocol
)
Calculates the maximum number of bytes per packet
",8347:"
uint32 groupSize()
Calculates the group size
",8348:"
uint32 txPerGroup(
double bytesPerSecond,
uint32 maxBytesPerPacket,
uint32 groupSize
)
Calculates the transmissions per group
",8349:"
float txPerSecond(
uint32 txPerGroup,
uint32 groupSize
)
Calculates the number of transmissions per second
",8350:"
uint16 slotSpacing(
WirelessTypes::CommProtocol protocol
)
Gets the slot spacing for the network
",8351:"
uint32 maxTdmaAddress(
uint32 txPerGroup,
uint32 groupSize,
bool legacyNwk,
WirelessTypes::CommProtocol protocol
)
Gets the maximum TDMA address that is allowed
",8352:"
float percentBandwidth(
float txPerSecond,
bool legacyNwk,
WirelessTypes::CommProtocol protocol
)
Calculates the percent of bandwidth for a single node
",8353:"
double sampleDuration(
uint32 numSweeps,
const SampleRate &sampleRate
)
Calculates the sample duration for a given sample rate and number of sweeps
",8354:"
uint32 bytesPerSweep(
uint8 bytesPerSample,
uint16 numChs
)
Gets the total number of bytes per data sweep
",8355:"
bool checkSamplingDelay(
WirelessTypes::SamplingMode samplingMode,
const SampleRate &sampleRate,
WirelessModels::NodeModel nodeModel
)
Whether or not the sampling delay should be checked when finding slots in the Sync Sampling network
",8356:"
uint16 slotsBetweenTx(
uint32 txPerGroup,
uint32 groupSize
)
Calculates the number of slots that need to be between each transmission
",8357:"
bool canHaveFirstSlot(
WirelessModels::NodeModel nodeModel,
uint8 syncVersion
)
Checks whether the node can be assigned slot 1 in the Sync Sampling network
",8358:"
uint32 totalBytesPerBurst(
uint32 bytesPerSweep,
uint32 numSweeps
)
Gets the total number of bytes per burst
",8359:"
uint32 maxBytesPerBurstPacket(
uint32 bytesPerSweep,
bool lossless,
WirelessTypes::CommProtocol commProtocol
)
Gets the maximum number of bytes per packet
",8360:"
uint32 totalNeededBurstTx(
uint32 totalBytesPerBurst,
uint32 maxBurstBytesPerPacket
)
Calculates the total needed transmissions for bursts
",8361:"
uint32 minTimeBetweenBursts(
uint32 totalNeededTx,
double sampleDuration,
bool lossless
)
Calculates the minimum amount of time allowed between bursts
",8362:"
TimeSpan minTimeBetweenBursts(
uint32 numRawBytesPerSweep,
uint32 numDerivedBytesPerSweep,
const mscl::SampleRate &rawSampleRate,
uint32 sweepsPerBurst,
WirelessTypes::CommProtocol commProtocol
)
Calculates the minimum amount of time allowed between bursts.
",8363:"
uint32 burstTxPerSecond(
uint32 totalNeededTx,
uint32 timeBetweenBursts,
double sampleDuration,
bool lossless
)
Calculates the burst transmissions per second
",8364:"
float overheadFactor(
bool lossless,
bool optimizeBandwidth,
bool diagnosticPacketEnabled,
const SampleRate &sampleRate,
uint8 syncFormulaVersion
)
Gets the overhead factor used in TDMA calculations.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/SyncSamplingFormulas-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/SyncSamplingFormulas-h-ToolTips.js deleted file mode 100644 index 419d7a1e5..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/SyncSamplingFormulas-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7789:"
The model numbers for each of the Wireless Nodes.
",8604:"
Represents the types of sampling modes the Node can be in.
",9155:"
Available Communication Protocol types.
",9819:"
SampleRate
Represents a MicroStrain sample rate (rate at which data is sampling)
",10328:"
TimeSpan
Represents a range of time
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/SyncSamplingFormulas-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/SyncSamplingFormulas-h.html deleted file mode 100644 index de539d373..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/SyncSamplingFormulas-h.html +++ /dev/null @@ -1,154 +0,0 @@ - - -SyncSamplingFormulas.h - - - - - - - -
-
SyncSamplingFormulas
-
- -
-
SyncSamplingFormulas
-
namespace
SyncSamplingFormulas
-

Contains formulas for determining Sync Sampling configuration

-
- -
-
Constants
-
- -
-
Sync Sampling Constants
-
MAX_SLOTS

1024  - The maximum number of slots for normal capacity mode

MAX_SLOTS_HIGH_CAPACITY

1024 * 16 - The maximum number of slots for high capacity mode

MIN_TDMA

1  - The minimum TDMA address allowed to be assigned to a Node

-
- -
-
Functions
-
- -
-
bytesPerSecond
-
double bytesPerSecond(
const SampleRate &sampleRate,
uint16 numChs,
uint8 bytesPerSample
)
-

Calculates the number of bytes per second

Parameters
sampleRate
const SampleRate&

The SampleRate

numChs
uint16

The number of active channels

bytesPerSample
uint8

The number of bytes per sample

Returns

The number of bytes per second

-
- -
-
maxBytesPerPacket
-
uint32 maxBytesPerPacket(
const SampleRate &sampleRate,
bool lossless,
bool highBandwidth,
uint8 syncFormulaVersion,
WirelessTypes::CommProtocol commProtocol
)
-

Calculates the maximum number of bytes per packet

Parameters
sampleRate
const SampleRate&

The SampleRate

lossless
bool

Whether the network is using lossless or not

highBandwidth
bool

Whether we are attempting to optimize bandwidth or not

syncFormulaVersion
uint8

The version of the Sync Sampling formula to use

commProtocol
WirelessTypes::CommProtocol

The WirelessTypes::CommProtocol the Node will use for sampling

-
- -
-
groupSize
-
uint32 groupSize()
-

Calculates the group size

Returns

The group size for the network

-
- -
-
txPerGroup
-
uint32 txPerGroup(
double bytesPerSecond,
uint32 maxBytesPerPacket,
uint32 groupSize
)
-

Calculates the transmissions per group

Parameters
bytesPerSecond
double

The number of bytes per second

maxBytesPerPacket
uint32

The maximum number of bytes per packet

groupSize
uint32

The group size for the network

Returns

The transmissions per group

-
- -
-
txPerSecond
-
float txPerSecond(
uint32 txPerGroup,
uint32 groupSize
)
-

Calculates the number of transmissions per second

Parameters
txPerGroup
uint32

The number of transmissions per group

groupSize
uint32

The group size for the network

Returns

The number of transmissions per second

-
- -
-
slotSpacing
-
uint16 slotSpacing(
WirelessTypes::CommProtocol protocol
)
-

Gets the slot spacing for the network

protocol

The WirelessTypes::CommProtocol.

Returns

The slot spacing for the network

-
- -
-
maxTdmaAddress
-
uint32 maxTdmaAddress(
uint32 txPerGroup,
uint32 groupSize,
bool legacyNwk,
WirelessTypes::CommProtocol protocol
)
-

Gets the maximum TDMA address that is allowed

Returns

The maximum TDMA address that is allowed

-
- -
-
percentBandwidth
-
float percentBandwidth(
float txPerSecond,
bool legacyNwk,
WirelessTypes::CommProtocol protocol
)
-

Calculates the percent of bandwidth for a single node

Parametesr
txPerSecond

The number of transmissions per second.

legacyNwk

Whether the network has legacy nodes or not.

protocol

The WirelessTypes::CommProtocol.

Returns

The percent of bandwidth

-
- -
-
sampleDuration
-
double sampleDuration(
uint32 numSweeps,
const SampleRate &sampleRate
)
-

Calculates the sample duration for a given sample rate and number of sweeps

Parameters
numSweeps
uint32

The number of sweeps sampleRate The SampleRate

-
- -
-
bytesPerSweep
-
uint32 bytesPerSweep(
uint8 bytesPerSample,
uint16 numChs
)
-

Gets the total number of bytes per data sweep

Parameters
bytesPerSample
uint8

The number of bytes per sample

numChs
uint16

The number of active channels

Returns

The total number of bytes per data sweep

-
- -
-
checkSamplingDelay
-
bool checkSamplingDelay(
WirelessTypes::SamplingMode samplingMode,
const SampleRate &sampleRate,
WirelessModels::NodeModel nodeModel
)
-

Whether or not the sampling delay should be checked when finding slots in the Sync Sampling network

Parameters
samplingMode
WirelessTypes::SamplingMode

The WirelessTypes::SamplingMode of the node

sampleRate
const SampleRate&

The SampleRate of the node

nodeModel
WirelessModels::NodeModel

The WirelessModels::NodeModel of the node

Returns

true if the sampling delay should be checked, false if it should not be checked

-
- -
-
slotsBetweenTx
-
uint16 slotsBetweenTx(
uint32 txPerGroup,
uint32 groupSize
)
-

Calculates the number of slots that need to be between each transmission

Parameters
txPerGroup
uint32

The number of transmissions per group

groupSize
uint32

The group size for the network

Returns

The number of slots that need to be between each transmission

-
- -
-
canHaveFirstSlot
-
bool canHaveFirstSlot(
WirelessModels::NodeModel nodeModel,
uint8 syncVersion
)
-

Checks whether the node can be assigned slot 1 in the Sync Sampling network

Parameters
nodeModel
WirelessModels::NodeModel

The WirelessModels::NodeModel of the node

syncVersion
uint8

The version of the Sync Sampling formulas supported by the node

Returns

true if the node can be assigned slot 1, false if it cannot be assigned slot 1

-
- -
-
totalBytesPerBurst
-
uint32 totalBytesPerBurst(
uint32 bytesPerSweep,
uint32 numSweeps
)
-

Gets the total number of bytes per burst

Parameters
bytesPerSweep
uint32

The total number of bytes per data sweep

numSweeps
uint32

The number of sweeps

Returns

The total number of bytes per burst

-
- -
-
maxBytesPerBurstPacket
-
uint32 maxBytesPerBurstPacket(
uint32 bytesPerSweep,
bool lossless,
WirelessTypes::CommProtocol commProtocol
)
-

Gets the maximum number of bytes per packet

Parameters
bytesPerSweep
uint32

The total number of bytes per data sweep

lossless
bool

Whether the network is using lossless or not

commProtocol
WirelessTypes::CommProtocol

The WirelessTypes::CommProtocol the Node will use for sampling

Returns

The maximum number of bytes per packet

-
- -
-
totalNeededBurstTx
-
uint32 totalNeededBurstTx(
uint32 totalBytesPerBurst,
uint32 maxBurstBytesPerPacket
)
-

Calculates the total needed transmissions for bursts

Parameters
totalBytesPerBurst
uint32

The total number of bytes per burst

maxBurstBytesPerPacket
uint32

The maximum number of bytes per packet

Returns

The total needed transmissions for Bursts

-
- -
-
minTimeBetweenBursts
-
uint32 minTimeBetweenBursts(
uint32 totalNeededTx,
double sampleDuration,
bool lossless
)
-

Calculates the minimum amount of time allowed between bursts

Parameters
totalNeededTx
uint32

The total needed transmissions for bursts

sampleDuration
double

The sample duration

lossless
bool

Whether the network is using lossless or not

Returns

The minimum amount of time allowed between bursts

-
- -
-
minTimeBetweenBursts
-
TimeSpan minTimeBetweenBursts(
uint32 numRawBytesPerSweep,
uint32 numDerivedBytesPerSweep,
const mscl::SampleRate &rawSampleRate,
uint32 sweepsPerBurst,
WirelessTypes::CommProtocol commProtocol
)
-

Calculates the minimum amount of time allowed between bursts.

Parameters
numRawBytesPerSweep
uint32

The number of raw bytes per sweep.

numDerivedBytesPerSweep
uint32

The number of derived bytes per sweep.

rawSampleRate
const mscl::SampleRate&

The SampleRate for Raw Data for the sampling session.

sweepsPerBurst
uint32

The number of sweeps per burst for the sampling session.

commProtocol
WirelessTypes::CommProtocol

The WirelessTypes::CommProtocol that the Node is currently using.

Returns

A TimeSpan representing the minimum time that can be assigned for a Burst Sync Sampling session.

-
- -
-
burstTxPerSecond
-
uint32 burstTxPerSecond(
uint32 totalNeededTx,
uint32 timeBetweenBursts,
double sampleDuration,
bool lossless
)
-

Calculates the burst transmissions per second

Parameters
totalNeededTx
uint32

The total needed transmissions for bursts

timeBetweenBursts
uint32

The time between each burst

sampleDuration
double

The sample duration

lossless
bool

Whether the network is using lossless or not

Returns

The burst transmissions per second

-
- -
-
overheadFactor
-
float overheadFactor(
bool lossless,
bool optimizeBandwidth,
bool diagnosticPacketEnabled,
const SampleRate &sampleRate,
uint8 syncFormulaVersion
)
-

Gets the overhead factor used in TDMA calculations.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/SyncSamplingNetwork-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/SyncSamplingNetwork-h-Summary.js deleted file mode 100644 index 9586678c5..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/SyncSamplingNetwork-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/SyncSamplingNetwork.h","SyncSamplingNetwork.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/SyncSamplingNetwork.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[8293,0,0,"SyncSamplingNetwork","SyncSamplingNetwork"],[8294,0,2,"Functions","SyncSamplingNetwork.Functions"],[8295,0,1,"SyncSamplingNetwork","SyncSamplingNetwork.SyncSamplingNetwork"],[8296,0,2,"Variables","SyncSamplingNetwork.Variables"],[8297,0,3,"m_networkBase","SyncSamplingNetwork.m_networkBase"],[8298,0,3,"m_nodes","SyncSamplingNetwork.m_nodes"],[8299,0,3,"m_allNodes","SyncSamplingNetwork.m_allNodes"],[8300,0,3,"m_eventNodes","SyncSamplingNetwork.m_eventNodes"],[8301,0,3,"m_nonEventNodes","SyncSamplingNetwork.m_nonEventNodes"],[8302,0,3,"m_slots","SyncSamplingNetwork.m_slots"],[8303,0,3,"m_lossless","SyncSamplingNetwork.m_lossless"],[8304,0,3,"m_commProtocol","SyncSamplingNetwork.m_commProtocol"],[8305,0,3,"m_percentBandwidth","SyncSamplingNetwork.m_percentBandwidth"],[8306,0,3,"m_networkOk","SyncSamplingNetwork.m_networkOk"],[8307,0,3,"m_configApplied","SyncSamplingNetwork.m_configApplied"],[8308,0,3,"m_disabledBeacon","SyncSamplingNetwork.m_disabledBeacon"],[8309,0,3,"m_availableSlotCount","SyncSamplingNetwork.m_availableSlotCount"],[8310,0,2,"Functions","SyncSamplingNetwork.Functions(2)"],[8311,0,1,"addNode","SyncSamplingNetwork.addNode"],[8312,0,1,"addNode","SyncSamplingNetwork.addNode(2)"],[8313,0,1,"removeNode","SyncSamplingNetwork.removeNode"],[8314,0,1,"percentBandwidth","SyncSamplingNetwork.percentBandwidth"],[8315,0,1,"ok","SyncSamplingNetwork.ok"],[8316,0,1,"refresh","SyncSamplingNetwork.refresh"],[8317,0,1,"lossless","SyncSamplingNetwork.lossless"],[8318,0,1,"lossless","SyncSamplingNetwork.lossless(2)"],[8319,0,1,"communicationProtocol","SyncSamplingNetwork.communicationProtocol"],[8320,0,1,"communicationProtocol","SyncSamplingNetwork.communicationProtocol(2)"],[8321,0,1,"applyConfiguration","SyncSamplingNetwork.applyConfiguration"],[8322,0,1,"startSampling","SyncSamplingNetwork.startSampling"],[8323,0,1,"startSampling","SyncSamplingNetwork.startSampling(2)"],[8324,0,1,"startSampling_noBeacon","SyncSamplingNetwork.startSampling_noBeacon"],[8325,0,1,"getNodeNetworkInfo","SyncSamplingNetwork.getNodeNetworkInfo"],[8326,0,1,"addNodeToNetwork","SyncSamplingNetwork.addNodeToNetwork"],[8327,0,1,"calculateNetworkValues","SyncSamplingNetwork.calculateNetworkValues"],[8328,0,1,"updateNetworkStatus","SyncSamplingNetwork.updateNetworkStatus"],[8329,0,1,"sortByBandwidth","SyncSamplingNetwork.sortByBandwidth"],[8330,0,1,"sortingFunction","SyncSamplingNetwork.sortingFunction"],[8331,0,1,"findSlotsForNodes","SyncSamplingNetwork.findSlotsForNodes"],[8332,0,1,"getTdmaSlot","SyncSamplingNetwork.getTdmaSlot"],[8333,0,1,"optimizeBandwidth","SyncSamplingNetwork.optimizeBandwidth"],[8334,0,1,"findSamplingDelay","SyncSamplingNetwork.findSamplingDelay"],[8335,0,1,"sendStartToAllNodes","SyncSamplingNetwork.sendStartToAllNodes"],[8336,0,1,"inLegacyMode","SyncSamplingNetwork.inLegacyMode"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/SyncSamplingNetwork-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/SyncSamplingNetwork-h-SummaryToolTips.js deleted file mode 100644 index 054c688a8..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/SyncSamplingNetwork-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/SyncSamplingNetwork.h",{8293:"
SyncSamplingNetwork
Used to configure and start a Synchronized Sampling network of wireless nodes.
",8295:"
explicit SyncSamplingNetwork(
const BaseStation &networkBaseStation
)
Creates a SyncSamplingNetwork object used to configure and start a Synchronized Sampling network.
",8297:"
BaseStation m_networkBase
The BaseStation that will act as the parent base station for this network, performing all the communication with the Nodes.
",8298:"
std::map<NodeAddress, std::unique_ptr<SyncNetworkInfo> > m_nodes
A map of node addresses to SyncNetworkInfos containing all the nodes that were added to the network.
",8299:"
std::vector<NodeAddress> m_allNodes
A vector of node addresses for every node in the network.
",8300:"
std::vector<NodeAddress> m_eventNodes
A vector of node addresses for every node in Event-Driven mode.
",8301:"
std::vector<NodeAddress> m_nonEventNodes
A vector of node addresses for every node Not in Event-Driven mode.
",8302:"
std::vector<bool> m_slots
A vector of bools representing all of the transmission slots. If a slot is set (true), it it taken. If a slot is unset (false), it is available.
",8303:"
bool m_lossless
Whether the lossless option is enabled or not.
",8304:"
WirelessTypes::CommProtocol m_commProtocol
The WirelessTypes::CommProtocol that the network is using (based off of the master BaseStation\'s comm protocol when this network was created).
",8305:"
float m_percentBandwidth
The percent of bandwidth for the entire Sync Sampling Network.  This includes nodes that could not find TDMA slots, but does not include nodes who failed to communicate.
",8306:"
bool m_networkOk
Whether the Sync Sampling Network is OK (true) or has problems (false).
",8307:"
bool m_configApplied
Whether the calculated network configuration values have been applied to all of the nodes in the network.
",8308:"
bool m_disabledBeacon
Whether the beacon has already been disabled or not by this object.
",8309:"
uint16 m_availableSlotCount
The number of remaining available slots.
",8311:"
void addNode(
WirelessNode &node
)
Adds a WirelessNode to the Sync Sampling network. If the Node already exists in the network, it will not be added.  The Node\'s parent BaseStation should be the same as the network\'s master BaseStation.  The Node should have its sampling configuration set to a Synchronized Sampling mode prior to adding to be successfully added.
",8312:"
void addNode(
WirelessNode &node,
const WirelessNodeConfig &pendingConfig
)
Adds a WirelessNode to the Sync Sampling network. If the Node already exists in the network, it will not be added.  The Node\'s parent BaseStation should be the same as the network\'s master BaseStation.  The Node should have its sampling configuration set to a Synchronized Sampling mode prior to adding to be successfully added.
",8313:"
void removeNode(
NodeAddress nodeAddress
)
Removes a WirelessNode from the Sync Sampling network, if it exists in the network.
",8314:"
float percentBandwidth() const
Gets the total percent bandwidth for the Sync Sampling Network.  This includes nodes that could not find TDMA slots, but does not include nodes who failed to communicate (status of <status_PoorCommunication>).
",8315:"
bool ok() const
Gets whether the Sync Sampling Network is OK (true), or has problems such as exceeding bandwidth (false).
",8316:"
void refresh()
Refreshes the Sync Sampling Network.  This function must be called when any WirelessNode has changed its configuration after being added to the network!
",8317:"
bool lossless() const
Gets whether the lossless option is enabled or not for the entire network (default of enabled).  The lossless feature enables buffering and retransmissions in order to provide 100% packet success rate under most operating conditions.  This does, however, have a possible increase in latency, especially in poor RF environments.
",8318:"
void lossless(
bool enable
)
Enables or Disables the lossless option for the entire network. If changed, refresh will be called.  The lossless feature enables buffering and retransmissions in order to provide 100% packet success rate under most operating conditions.  This can, however, cause a possible increase in latency, especially in poor RF environments.
",8319:"
WirelessTypes::CommProtocol communicationProtocol() const
Gets the WirelessTypes::CommProtocol that is set for the network.  This setting initially gets loaded from the protocol that the BaseStation is configured for when the network is first created.
",8320:"
void communicationProtocol(
WirelessTypes::CommProtocol protocol
)
Sets the WirelessTypes::CommProtocol for the network.  The initial communicationProtocol is set to whichever mode the BaseStation was configured for when the network was first created.  Changing this setting will call refresh and the network calculations (such as percentBandwidth) will be updated.  Note: Changing this does not actually change the protocol of the BaseStation or Nodes in the network. All devices must be changed to the same WirelessTypes::CommProtocol that the network is set to before applyConfiguration is called, or else an exception will be thrown.
",8321:"
void applyConfiguration()
Applies the Sync Sampling network settings to all of the nodes in the network.  This action is required before starting a Sync Sampling network. The network status must be OK before this can be called.  Calling this function repeatedly will only affect the node\'s that haven\'t had their configuration applied successfully. This can be useful if some nodes successfully apply, while others fail to communicate.  Note: This will clear any "pending" configurations that any nodes have in the network.  You must manually apply those configuration templates to the nodes if you want them to actually be applied to the devices.
",8322:"
void startSampling()
Starts the network sampling by sending the start command to each node, and then starting the beacon on the master basestation with the current system time. applyConfiguration must be called before this function is called.  Calling this function repeatedly will only start the node\'s that haven\'t been started already. This can be useful if some nodes successfully start, while others fail to communicate. The beacon will not be started until all nodes have started.
",8323:"
void startSampling(
Timestamp startTime
)
Starts the network sampling by sending the start command to each node, and then starting the beacon on the master basestation with the given Timestamp. applyConfiguration must be called before this function is called.  Calling this function repeatedly will only start the node\'s that haven\'t been started already. This can be useful if some nodes successfully start, while others fail to communicate. The beacon will not be started until all nodes have started.
",8324:"
void startSampling_noBeacon()
Sends the start command to each node in the network. The beacon is not started. Note: The nodes will not actually start sampling until they hear a beacon. applyConfiguration must be called before this function is called.  Calling this function repeatedly will only start the node\'s that haven\'t been started already. This can be useful if some nodes successfully start, while others fail to communicate.
",8325:"
SyncNetworkInfo& getNodeNetworkInfo(
NodeAddress nodeAddress
)
Gets the SyncNetworkInfo object containing network information on the specified WirelessNode within the Sync Sampling network.
",8326:"
void addNodeToNetwork(
WirelessNode &node,
const WirelessNodeConfig *pendingConfig = nullptr
)
Adds a WirelessNode to the Sync Sampling network, with or without a given pending WirelessNodeConfig.  If the Node already exists in the network, it will not be added.  The Node\'s parent BaseStation should be the same as the network\'s master BaseStation.  The Node should have its sampling configuration, or the provided pending configuration, set to a Synchronized Sampling mode prior to adding to be successfully added.
",8327:"
void calculateNetworkValues(
NodeAddress nodeAddress,
bool optimizeBandwidth
)
Calculates the network values for a single node, such as transmissions per group and group size.  This reads values that are stored on the node to use in the calculations.
",8328:"
void updateNetworkStatus()
Updates the status of each Node and calculates the total percent of bandwidth
",8329:"
void sortByBandwidth(
std::vector<NodeAddress> &container 
)
Sorts the vector of nodes by the percent of bandwidth (and by node address is bandwidth is the same).
",8330:"
bool sortingFunction(
NodeAddress address1,
NodeAddress address2
)
The function used as a predicate to sort the networkorder container by bandwidth
",8331:"
bool findSlotsForNodes(
const std::vector<NodeAddress> &nodes
)
Finds TDMA slots for every Node in the given vector of nodes.  Note that this clears m_slots before finding new slots for all of the Nodes.
",8332:"
bool getTdmaSlot(
NodeAddress nodeAddress
)
Finds a TDMA slot for a single Node.
",8333:"
void optimizeBandwidth()
Tries to optimize the bandwidth to give lossless nodes more time to transmit.  Nodes may be given different slots and the network order rearranged.
",8334:"
uint32 findSamplingDelay(
NodeAddress nodeAddress
)
Calculates the sampling delay for a node in the network.
",8335:"
void sendStartToAllNodes()
Sends the start sync sampling command to all nodes in the network.
",8336:"
bool inLegacyMode()
Gets whether the network is in legacy mode (has at least 1 sync v1 node) or not.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/SyncSamplingNetwork-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/SyncSamplingNetwork-h-ToolTips.js deleted file mode 100644 index 13b33d201..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/SyncSamplingNetwork-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({5869:"
WirelessNodeConfig
Class used for setting the configuration of WirelessNode objects.  Set all the configuration values that you want to change, then verify and apply them to a Node.
",7905:"
WirelessNode
A class representing a MicroStrain wireless node
",8316:"
void refresh()
Refreshes the Sync Sampling Network.  This function must be called when any WirelessNode has changed its configuration after being added to the network!
",8321:"
void applyConfiguration()
Applies the Sync Sampling network settings to all of the nodes in the network.  This action is required before starting a Sync Sampling network. The network status must be OK before this can be called.  Calling this function repeatedly will only affect the node\'s that haven\'t had their configuration applied successfully. This can be useful if some nodes successfully apply, while others fail to communicate.  Note: This will clear any "pending" configurations that any nodes have in the network.  You must manually apply those configuration templates to the nodes if you want them to actually be applied to the devices.
",8365:"
SyncNetworkInfo
Contains network information for a WirelessNode that has been added to the Sync Sampling Network.
",9155:"
Available Communication Protocol types.
",9710:"
BaseStation
Represents a MicroStrain Base Station object
",10245:"
typedef for a Node\'s node address.
",10291:"
Timestamp
Represents a date/time object
",10446:"
Error
The generic MicroStrain exception (base class)
",10464:"
Error_UnknownSampleRate
The sample rate is invalid or unknown for the given device
",10468:"
Error_Communication
The exception for failing to communicate with a device.
",10472:"
Error_NodeCommunication
The exception for failing to communicate with a WirelessNode.
",10479:"
Error_Connection
The generic connection exception.
",10511:"
Error_InvalidNodeConfig
The Configuration for a WirelessNode is invalid.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/SyncSamplingNetwork-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/SyncSamplingNetwork-h.html deleted file mode 100644 index d7ccafc11..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/SyncSamplingNetwork-h.html +++ /dev/null @@ -1,269 +0,0 @@ - - -SyncSamplingNetwork.h - - - - - - - -
-
SyncSamplingNetwork
-
SyncSamplingNetwork
-

Used to configure and start a Synchronized Sampling network of wireless nodes.

-
- -
-
Functions
-
- -
-
SyncSamplingNetwork
-
explicit SyncSamplingNetwork(
const BaseStation &networkBaseStation
)
-

Creates a SyncSamplingNetwork object used to configure and start a Synchronized Sampling network.

Parameters
networkBaseStation
const BaseStation&

The master BaseStation that will be the parent base station for this network, performing all the communication with the Nodes.

Exceptions

  • Error_Communication: Failed to communicate with the parent BaseStation to retrieve network information.

  • Error_Connection: A connection error has occurred with the parent BaseStation.

-
- -
-
Variables
-
- -
-
m_networkBase
-
BaseStation m_networkBase
-

The BaseStation that will act as the parent base station for this network, performing all the communication with the Nodes.

-
- -
-
m_nodes
-
std::map<NodeAddress, std::unique_ptr<SyncNetworkInfo> > m_nodes
-

A map of node addresses to SyncNetworkInfos containing all the nodes that were added to the network.

-
- -
-
m_allNodes
-
std::vector<NodeAddress> m_allNodes
-

A vector of node addresses for every node in the network.

-
- -
-
m_eventNodes
-
std::vector<NodeAddress> m_eventNodes
-

A vector of node addresses for every node in Event-Driven mode.

-
- -
-
m_nonEventNodes
-
std::vector<NodeAddress> m_nonEventNodes
-

A vector of node addresses for every node Not in Event-Driven mode.

-
- -
-
m_slots
-
std::vector<bool> m_slots
-

A vector of bools representing all of the transmission slots. If a slot is set (true), it it taken. If a slot is unset (false), it is available.

-
- -
-
m_lossless
-
bool m_lossless
-

Whether the lossless option is enabled or not.

-
- -
-
m_commProtocol
- -

The WirelessTypes::CommProtocol that the network is using (based off of the master BaseStation's comm protocol when this network was created).

-
- -
-
m_percentBandwidth
-
float m_percentBandwidth
-

The percent of bandwidth for the entire Sync Sampling Network.  This includes nodes that could not find TDMA slots, but does not include nodes who failed to communicate.

-
- -
-
m_networkOk
-
bool m_networkOk
-

Whether the Sync Sampling Network is OK (true) or has problems (false).

-
- -
-
m_configApplied
-
bool m_configApplied
-

Whether the calculated network configuration values have been applied to all of the nodes in the network.

-
- -
-
m_disabledBeacon
-
bool m_disabledBeacon
-

Whether the beacon has already been disabled or not by this object.

-
- -
-
m_availableSlotCount
-
uint16 m_availableSlotCount
-

The number of remaining available slots.

-
- -
-
Functions
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- -
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addNode
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void addNode(
WirelessNode &node
)
-

Adds a WirelessNode to the Sync Sampling network. If the Node already exists in the network, it will not be added.  The Node's parent BaseStation should be the same as the network's master BaseStation.  The Node should have its sampling configuration set to a Synchronized Sampling mode prior to adding to be successfully added.

Parameters
node
WirelessNode&

The WirelessNode to add to the network.

Exceptions
-
- -
-
addNode
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void addNode(
WirelessNode &node,
const WirelessNodeConfig &pendingConfig
)
-

Adds a WirelessNode to the Sync Sampling network. If the Node already exists in the network, it will not be added.  The Node's parent BaseStation should be the same as the network's master BaseStation.  The Node should have its sampling configuration set to a Synchronized Sampling mode prior to adding to be successfully added.

Parameters
node
WirelessNode&

The WirelessNode to add to the network.

pendingConfig
const WirelessNodeConfig&

A pending WirelessNodeConfig to set for the node. This will be used in all network calculations.

Exceptions
-
- -
-
removeNode
-
void removeNode(
NodeAddress nodeAddress
)
-

Removes a WirelessNode from the Sync Sampling network, if it exists in the network.

Parameters
nodeAddress
NodeAddress

The node address of the WirelessNode to be removed.

Exceptions
-
- -
-
percentBandwidth
-
float percentBandwidth() const
-

Gets the total percent bandwidth for the Sync Sampling Network.  This includes nodes that could not find TDMA slots, but does not include nodes who failed to communicate (status of <status_PoorCommunication>).

Returns

The percent of bandwidth for the entire Sync Sampling Network.

-
- -
-
ok
-
bool ok() const
-

Gets whether the Sync Sampling Network is OK (true), or has problems such as exceeding bandwidth (false).

Returns

true if the network is OK (all nodes fit in the network, no communication issues, etc.), false if the network has a problem.

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- -
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refresh
-
void refresh()
-

Refreshes the Sync Sampling Network.  This function must be called when any WirelessNode has changed its configuration after being added to the network!

Exceptions
-
- -
-
lossless
-
bool lossless() const
-

Gets whether the lossless option is enabled or not for the entire network (default of enabled).  The lossless feature enables buffering and retransmissions in order to provide 100% packet success rate under most operating conditions.  This does, however, have a possible increase in latency, especially in poor RF environments.

Returns

true if the lossless option is enabled, false if it is disabled.

-
- -
-
lossless
-
void lossless(
bool enable
)
-

Enables or Disables the lossless option for the entire network. If changed, refresh will be called.  The lossless feature enables buffering and retransmissions in order to provide 100% packet success rate under most operating conditions.  This can, however, cause a possible increase in latency, especially in poor RF environments.

Parameters
enable
bool

Whether the lossless option should be enabled (true) or disabled (false).

Exceptions
-
- -
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communicationProtocol
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WirelessTypes::CommProtocol communicationProtocol() const
-

Gets the WirelessTypes::CommProtocol that is set for the network.  This setting initially gets loaded from the protocol that the BaseStation is configured for when the network is first created.

Returns

The WirelessTypes::CommProtocol that is set for the network.

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- -
-
communicationProtocol
-
void communicationProtocol(
WirelessTypes::CommProtocol protocol
)
-

Sets the WirelessTypes::CommProtocol for the network.  The initial communicationProtocol is set to whichever mode the BaseStation was configured for when the network was first created.  Changing this setting will call refresh and the network calculations (such as percentBandwidth) will be updated.  Note: Changing this does not actually change the protocol of the BaseStation or Nodes in the network. All devices must be changed to the same WirelessTypes::CommProtocol that the network is set to before applyConfiguration is called, or else an exception will be thrown.

Parameters
protocol
WirelessTypes::CommProtocol

The WirelessTypes::CommProtocol to use for network calculations.

Exceptions
-
- -
-
applyConfiguration
-
void applyConfiguration()
-

Applies the Sync Sampling network settings to all of the nodes in the network.  This action is required before starting a Sync Sampling network. The network status must be OK before this can be called.  Calling this function repeatedly will only affect the node's that haven't had their configuration applied successfully. This can be useful if some nodes successfully apply, while others fail to communicate.  Note: This will clear any "pending" configurations that any nodes have in the network.  You must manually apply those configuration templates to the nodes if you want them to actually be applied to the devices.

Exceptions
-
- -
-
startSampling
-
void startSampling()
-

Starts the network sampling by sending the start command to each node, and then starting the beacon on the master basestation with the current system time.  applyConfiguration must be called before this function is called.  Calling this function repeatedly will only start the node's that haven't been started already. This can be useful if some nodes successfully start, while others fail to communicate. The beacon will not be started until all nodes have started.

Exceptions

  • Error: The network configuration has not been applied. Cannot start sampling.

  • Error_Communication: The disable/enable beacon command has failed. The beacon has not been started.

  • Error_Connection: A connection error has occurred.

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- -
-
startSampling
-
void startSampling(
Timestamp startTime
)
-

Starts the network sampling by sending the start command to each node, and then starting the beacon on the master basestation with the given Timestamp.  applyConfiguration must be called before this function is called.  Calling this function repeatedly will only start the node's that haven't been started already. This can be useful if some nodes successfully start, while others fail to communicate. The beacon will not be started until all nodes have started.

Parameters
startTime
Timestamp

The Timestamp to enable the beacon with, which ultimately determines the times for the nodes in the network.

Exceptions

  • Error: The network configuration has not been applied. Cannot start sampling.

  • Error_Communication: The disable/enable beacon command has failed. The beacon has not been started.

  • Error_Connection: A connection error has occurred.

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- -
-
startSampling_noBeacon
-
void startSampling_noBeacon()
-

Sends the start command to each node in the network. The beacon is not started. Note: The nodes will not actually start sampling until they hear a beacon.  applyConfiguration must be called before this function is called.  Calling this function repeatedly will only start the node's that haven't been started already. This can be useful if some nodes successfully start, while others fail to communicate.

Exceptions

  • Error: The network configuration has not been applied. Cannot start sampling.

  • Error_Connection: A connection error has occurred.

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- -
-
getNodeNetworkInfo
-
SyncNetworkInfo& getNodeNetworkInfo(
NodeAddress nodeAddress
)
-

Gets the SyncNetworkInfo object containing network information on the specified WirelessNode within the Sync Sampling network.

Parameters
nodeAddress
NodeAddress

The node address of the WirelessNode to find the network info of. This node must already be in the network.

Returns

A constant reference to the SyncNetworkInfo containing the networking information for the specified node in the network.

Exceptions

  • Error: The node address was not found in the map.

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- -
-
addNodeToNetwork
-
void addNodeToNetwork(
WirelessNode &node,
const WirelessNodeConfig *pendingConfig = nullptr
)
-

Adds a WirelessNode to the Sync Sampling network, with or without a given pending WirelessNodeConfig.  If the Node already exists in the network, it will not be added.  The Node's parent BaseStation should be the same as the network's master BaseStation.  The Node should have its sampling configuration, or the provided pending configuration, set to a Synchronized Sampling mode prior to adding to be successfully added.

Parameters
node
WirelessNode&

The WirelessNode to add to the network.

pendingConfig
const WirelessNodeConfig*

The WirelessNodeConfig to add to the network (default of null).

Exceptions
-
- -
-
calculateNetworkValues
-
void calculateNetworkValues(
NodeAddress nodeAddress,
bool optimizeBandwidth
)
-

Calculates the network values for a single node, such as transmissions per group and group size.  This reads values that are stored on the node to use in the calculations.

Parameters
nodeAddress
NodeAddress

The NodeAddress of the Node to calculate the values for.

optimizeBandwidth
bool

Whether we are attempting to optimize bandwidth or not

Exceptions
-
- -
-
updateNetworkStatus
-
void updateNetworkStatus()
-

Updates the status of each Node and calculates the total percent of bandwidth

-
- -
-
sortByBandwidth
-
void sortByBandwidth(
std::vector<NodeAddress> &container 
)
-

Sorts the vector of nodes by the percent of bandwidth (and by node address is bandwidth is the same).

Parameters
container
std::vector<NodeAddress>&

The container of node addresses to sort by bandwidth.  Each node in this container needs to have already had its percent bandwidth calculated.

-
- -
-
sortingFunction
-
bool sortingFunction(
NodeAddress address1,
NodeAddress address2
)
-

The function used as a predicate to sort the networkorder container by bandwidth

Parameters
address1
NodeAddress

The first address

address2
NodeAddress

The second address

Returns

true if the first address should go first, false if the second address should go first

-
- -
-
findSlotsForNodes
-
bool findSlotsForNodes(
const std::vector<NodeAddress> &nodes
)
-

Finds TDMA slots for every Node in the given vector of nodes.  Note that this clears m_slots before finding new slots for all of the Nodes.

Parameters
container

The container of node addresses to find slots for, sorted in order of priority.

Returns

true if a slot was found for every node in the network, false if any of the nodes failed to find a slot.

Exceptions
-
- -
-
getTdmaSlot
-
bool getTdmaSlot(
NodeAddress nodeAddress
)
-

Finds a TDMA slot for a single Node.

Parameters
nodeAddress
NodeAddress

The NodeAddress of the WirelessNode to find the TDMA slot for.

Returns

true if a TDMA slot was found for the Node, false otherwise.

Exceptions
-
- -
-
optimizeBandwidth
-
void optimizeBandwidth()
-

Tries to optimize the bandwidth to give lossless nodes more time to transmit.  Nodes may be given different slots and the network order rearranged.

Exceptions
-
- -
-
findSamplingDelay
-
uint32 findSamplingDelay(
NodeAddress nodeAddress
)
-

Calculates the sampling delay for a node in the network.

Parameters

nodeAddress- The NodeAddress of the WirelessNode to find the sampling delay for.

Returns

The sampling delay to use for the given Node.

Exceptions
-
- -
-
sendStartToAllNodes
-
void sendStartToAllNodes()
-

Sends the start sync sampling command to all nodes in the network.

Exceptions
-
- -
-
inLegacyMode
-
bool inLegacyMode()
-

Gets whether the network is in legacy mode (has at least 1 sync v1 node) or not.

Returns

true if in legacy mode, false otherwise.

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-NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/WirelessChannel.h","WirelessChannel.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/WirelessChannel.h",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Enums","Enumeration"],["Functions","Function"],["Groups","Group"],["Types","Type"],["Variables","Variable"]],[[8025,0,0,"WirelessChannel","WirelessChannel"],[8026,0,4,"Types","WirelessChannel.Types"],[8027,0,2,"ChannelId","WirelessChannel.ChannelId"],[8028,0,1,,"WirelessChannel.channel_unknown"],[8029,0,1,,"WirelessChannel.channel_1"],[8030,0,1,,"WirelessChannel.channel_2"],[8031,0,1,,"WirelessChannel.channel_3"],[8032,0,1,,"WirelessChannel.channel_4"],[8033,0,1,,"WirelessChannel.channel_5"],[8034,0,1,,"WirelessChannel.channel_6"],[8035,0,1,,"WirelessChannel.channel_7"],[8036,0,1,,"WirelessChannel.channel_8"],[8037,0,1,,"WirelessChannel.channel_9"],[8038,0,1,,"WirelessChannel.channel_10"],[8039,0,1,,"WirelessChannel.channel_11"],[8040,0,1,,"WirelessChannel.channel_12"],[8041,0,1,,"WirelessChannel.channel_13"],[8042,0,1,,"WirelessChannel.channel_14"],[8043,0,1,,"WirelessChannel.channel_15"],[8044,0,1,,"WirelessChannel.channel_16"],[8045,0,1,,"WirelessChannel.channel_digital_1"],[8046,0,1,,"WirelessChannel.channel_digital_2"],[8047,0,1,,"WirelessChannel.channel_digital_3"],[8048,0,1,,"WirelessChannel.channel_digital_4"],[8049,0,1,,"WirelessChannel.channel_digital_5"],[8050,0,1,,"WirelessChannel.channel_digital_6"],[8051,0,1,,"WirelessChannel.channel_digital_7"],[8052,0,1,,"WirelessChannel.channel_digital_8"],[8053,0,1,,"WirelessChannel.channel_digital_9"],[8054,0,1,,"WirelessChannel.channel_digital_10"],[8055,0,1,,"WirelessChannel.channel_digital_11"],[8056,0,1,,"WirelessChannel.channel_digital_12"],[8057,0,1,,"WirelessChannel.channel_digital_13"],[8058,0,1,,"WirelessChannel.channel_digital_14"],[8059,0,1,,"WirelessChannel.channel_digital_15"],[8060,0,1,,"WirelessChannel.channel_digital_16"],[8061,0,1,,"WirelessChannel.channel_structuralHealth"],[8062,0,1,,"WirelessChannel.channel_hcl_rawBase_mag1_x"],[8063,0,1,,"WirelessChannel.channel_hcl_rawBase_mag1_y"],[8064,0,1,,"WirelessChannel.channel_hcl_rawBase_mag1_z"],[8065,0,1,,"WirelessChannel.channel_hcl_rawBase_mag2_x"],[8066,0,1,,"WirelessChannel.channel_hcl_rawBase_mag2_y"],[8067,0,1,,"WirelessChannel.channel_hcl_rawBase_mag2_z"],[8068,0,1,,"WirelessChannel.channel_hcl_rawBase_mag3_x"],[8069,0,1,,"WirelessChannel.channel_hcl_rawBase_mag3_y"],[8070,0,1,,"WirelessChannel.channel_hcl_rawBase_mag3_z"],[8071,0,1,,"WirelessChannel.channel_hcl_rawBase_mag4_x"],[8072,0,1,,"WirelessChannel.channel_hcl_rawBase_mag4_y"],[8073,0,1,,"WirelessChannel.channel_hcl_rawBase_mag4_z"],[8074,0,1,,"WirelessChannel.channel_hcl_rawBase_mag5_x"],[8075,0,1,,"WirelessChannel.channel_hcl_rawBase_mag5_y"],[8076,0,1,,"WirelessChannel.channel_hcl_rawBase_mag5_z"],[8077,0,1,,"WirelessChannel.channel_hcl_rawBase_mag6_x"],[8078,0,1,,"WirelessChannel.channel_hcl_rawBase_mag6_y"],[8079,0,1,,"WirelessChannel.channel_hcl_rawBase_mag6_z"],[8080,0,1,,"WirelessChannel.channel_hcl_rawBase_mag7_x"],[8081,0,1,,"WirelessChannel.channel_hcl_rawBase_mag7_y"],[8082,0,1,,"WirelessChannel.channel_hcl_rawBase_mag7_z"],[8083,0,1,,"WirelessChannel.channel_hcl_rawBase_mag8_x"],[8084,0,1,,"WirelessChannel.channel_hcl_rawBase_mag8_y"],[8085,0,1,,"WirelessChannel.channel_hcl_rawBase_mag8_z"],[8086,0,1,,"WirelessChannel.channel_hcl_rawBase_gyro_x"],[8087,0,1,,"WirelessChannel.channel_hcl_rawBase_gyro_y"],[8088,0,1,,"WirelessChannel.channel_hcl_rawBase_gyro_z"],[8089,0,1,,"WirelessChannel.channel_error_code"],[8090,0,1,,"WirelessChannel.channel_hcl_rawStrain_BL30"],[8091,0,1,,"WirelessChannel.channel_hcl_rawStrain_BL120"],[8092,0,1,,"WirelessChannel.channel_hcl_rawStrain_A60"],[8093,0,1,,"WirelessChannel.channel_hcl_rawStrain_A150"],[8094,0,1,,"WirelessChannel.channel_hcl_rawStrain_AL30"],[8095,0,1,,"WirelessChannel.channel_hcl_rawStrain_AL120"],[8096,0,1,,"WirelessChannel.channel_hcl_rawStrain_BR60"],[8097,0,1,,"WirelessChannel.channel_hcl_rawStrain_BR150"],[8098,0,1,,"WirelessChannel.channel_hcl_rawStrain_B30"],[8099,0,1,,"WirelessChannel.channel_hcl_rawStrain_T120"],[8100,0,1,,"WirelessChannel.channel_hcl_rawStrain_AR60"],[8101,0,1,,"WirelessChannel.channel_hcl_rawStrain_AR150"],[8102,0,1,,"WirelessChannel.channel_hcl_rawStrain_A30"],[8103,0,1,,"WirelessChannel.channel_hcl_rawStrain_A120"],[8104,0,1,,"WirelessChannel.channel_hcl_rawStrain_BL90"],[8105,0,1,,"WirelessChannel.channel_hcl_rawStrain_BL180"],[8106,0,1,,"WirelessChannel.channel_hcl_rawStrain_BR30"],[8107,0,1,,"WirelessChannel.channel_hcl_rawStrain_BR120"],[8108,0,1,,"WirelessChannel.channel_hcl_rawStrain_AL90"],[8109,0,1,,"WirelessChannel.channel_hcl_rawStrain_AL180"],[8110,0,1,,"WirelessChannel.channel_hcl_rawStrain_AR30"],[8111,0,1,,"WirelessChannel.channel_hcl_rawStrain_AR120"],[8112,0,1,,"WirelessChannel.channel_hcl_rawStrain_B90"],[8113,0,1,,"WirelessChannel.channel_hcl_rawStrain_T0"],[8114,0,1,,"WirelessChannel.channel_hcl_rawStrain_BL60"],[8115,0,1,,"WirelessChannel.channel_hcl_rawStrain_BL150"],[8116,0,1,,"WirelessChannel.channel_hcl_rawStrain_A90"],[8117,0,1,,"WirelessChannel.channel_hcl_rawStrain_A0"],[8118,0,1,,"WirelessChannel.channel_hcl_rawStrain_AL60"],[8119,0,1,,"WirelessChannel.channel_hcl_rawStrain_AL150"],[8120,0,1,,"WirelessChannel.channel_hcl_rawStrain_BR90"],[8121,0,1,,"WirelessChannel.channel_hcl_rawStrain_BR0"],[8122,0,1,,"WirelessChannel.channel_hcl_rawStrain_T60"],[8123,0,1,,"WirelessChannel.channel_hcl_rawStrain_B150"],[8124,0,1,,"WirelessChannel.channel_hcl_rawStrain_AR90"],[8125,0,1,,"WirelessChannel.channel_hcl_rawStrain_AR0"],[8126,0,1,,"WirelessChannel.channel_hcl_rawInertial_accel1"],[8127,0,1,,"WirelessChannel.channel_hcl_rawInertial_accel2"],[8128,0,1,,"WirelessChannel.channel_hcl_rawInertial_accel3"],[8129,0,1,,"WirelessChannel.channel_hcl_rawInertial_accel4"],[8130,0,1,,"WirelessChannel.channel_hcl_rawInertial_accel5"],[8131,0,1,,"WirelessChannel.channel_hcl_rawInertial_accel6"],[8132,0,1,,"WirelessChannel.channel_hcl_rawInertial_accel7"],[8133,0,1,,"WirelessChannel.channel_hcl_rawInertial_accel8"],[8134,0,1,,"WirelessChannel.channel_hcl_rawInertial_gyroX"],[8135,0,1,,"WirelessChannel.channel_hcl_rawInertial_gyroY"],[8136,0,1,,"WirelessChannel.channel_hcl_rawInertial_gyroZ"],[8137,0,1,,"WirelessChannel.channel_rawAngleStrain"],[8138,0,1,,"WirelessChannel.channel_beaconEcho"],[8139,0,1,,"WirelessChannel.channel_rfSweep"],[8140,0,1,,"WirelessChannel.channel_diag_state"],[8141,0,1,,"WirelessChannel.channel_diag_runtime_idle"],[8142,0,1,,"WirelessChannel.channel_diag_runtime_sleep"],[8143,0,1,,"WirelessChannel.channel_diag_runtime_activeRun"],[8144,0,1,,"WirelessChannel.channel_diag_runtime_inactiveRun"],[8145,0,1,,"WirelessChannel.channel_diag_resetCounter"],[8146,0,1,,"WirelessChannel.channel_diag_lowBatteryFlag"],[8147,0,1,,"WirelessChannel.channel_diag_sweepIndex"],[8148,0,1,,"WirelessChannel.channel_diag_badSweepCount"],[8149,0,1,,"WirelessChannel.channel_diag_totalTx"],[8150,0,1,,"WirelessChannel.channel_diag_totalReTx"],[8151,0,1,,"WirelessChannel.channel_diag_totalDroppedPackets"],[8152,0,1,,"WirelessChannel.channel_diag_builtInTestResult"],[8153,0,1,,"WirelessChannel.channel_diag_eventIndex"],[8154,0,1,,"WirelessChannel.channel_hcl_axialLoadX"],[8155,0,1,,"WirelessChannel.channel_hcl_axialLoadY"],[8156,0,1,,"WirelessChannel.channel_hcl_axialLoadZ"],[8157,0,1,,"WirelessChannel.channel_hcl_bendingMomentFlap"],[8158,0,1,,"WirelessChannel.channel_hcl_bendingMomentLag"],[8159,0,1,,"WirelessChannel.channel_hcl_bendingMomentPitch"],[8160,0,1,,"WirelessChannel.channel_hcl_motionFlap_mag"],[8161,0,1,,"WirelessChannel.channel_hcl_motionLag_mag"],[8162,0,1,,"WirelessChannel.channel_hcl_motionPitch_mag"],[8163,0,1,,"WirelessChannel.channel_hcl_motionFlap_inertial"],[8164,0,1,,"WirelessChannel.channel_hcl_motionLag_inertial"],[8165,0,1,,"WirelessChannel.channel_hcl_motionPitch_inertial"],[8166,0,1,,"WirelessChannel.channel_hcl_cockingStiffness_mag"],[8167,0,1,,"WirelessChannel.channel_hcl_cockingStiffness_inertial"],[8168,0,1,,"WirelessChannel.channel_hcl_temperature"],[8169,0,1,,"WirelessChannel.channel_diag_externalPower"],[8170,0,1,,"WirelessChannel.channel_diag_internalTemp"],[8171,0,1,,"WirelessChannel.channel_1_rms"],[8172,0,1,,"WirelessChannel.channel_2_rms"],[8173,0,1,,"WirelessChannel.channel_3_rms"],[8174,0,1,,"WirelessChannel.channel_4_rms"],[8175,0,1,,"WirelessChannel.channel_5_rms"],[8176,0,1,,"WirelessChannel.channel_6_rms"],[8177,0,1,,"WirelessChannel.channel_7_rms"],[8178,0,1,,"WirelessChannel.channel_8_rms"],[8179,0,1,,"WirelessChannel.channel_9_rms"],[8180,0,1,,"WirelessChannel.channel_10_rms"],[8181,0,1,,"WirelessChannel.channel_11_rms"],[8182,0,1,,"WirelessChannel.channel_12_rms"],[8183,0,1,,"WirelessChannel.channel_13_rms"],[8184,0,1,,"WirelessChannel.channel_14_rms"],[8185,0,1,,"WirelessChannel.channel_15_rms"],[8186,0,1,,"WirelessChannel.channel_16_rms"],[8187,0,1,,"WirelessChannel.channel_1_peakToPeak"],[8188,0,1,,"WirelessChannel.channel_2_peakToPeak"],[8189,0,1,,"WirelessChannel.channel_3_peakToPeak"],[8190,0,1,,"WirelessChannel.channel_4_peakToPeak"],[8191,0,1,,"WirelessChannel.channel_5_peakToPeak"],[8192,0,1,,"WirelessChannel.channel_6_peakToPeak"],[8193,0,1,,"WirelessChannel.channel_7_peakToPeak"],[8194,0,1,,"WirelessChannel.channel_8_peakToPeak"],[8195,0,1,,"WirelessChannel.channel_9_peakToPeak"],[8196,0,1,,"WirelessChannel.channel_10_peakToPeak"],[8197,0,1,,"WirelessChannel.channel_11_peakToPeak"],[8198,0,1,,"WirelessChannel.channel_12_peakToPeak"],[8199,0,1,,"WirelessChannel.channel_13_peakToPeak"],[8200,0,1,,"WirelessChannel.channel_14_peakToPeak"],[8201,0,1,,"WirelessChannel.channel_15_peakToPeak"],[8202,0,1,,"WirelessChannel.channel_16_peakToPeak"],[8203,0,1,,"WirelessChannel.channel_1_ips"],[8204,0,1,,"WirelessChannel.channel_2_ips"],[8205,0,1,,"WirelessChannel.channel_3_ips"],[8206,0,1,,"WirelessChannel.channel_4_ips"],[8207,0,1,,"WirelessChannel.channel_5_ips"],[8208,0,1,,"WirelessChannel.channel_6_ips"],[8209,0,1,,"WirelessChannel.channel_7_ips"],[8210,0,1,,"WirelessChannel.channel_8_ips"],[8211,0,1,,"WirelessChannel.channel_9_ips"],[8212,0,1,,"WirelessChannel.channel_10_ips"],[8213,0,1,,"WirelessChannel.channel_11_ips"],[8214,0,1,,"WirelessChannel.channel_12_ips"],[8215,0,1,,"WirelessChannel.channel_13_ips"],[8216,0,1,,"WirelessChannel.channel_14_ips"],[8217,0,1,,"WirelessChannel.channel_15_ips"],[8218,0,1,,"WirelessChannel.channel_16_ips"],[8219,0,1,,"WirelessChannel.channel_1_crestFactor"],[8220,0,1,,"WirelessChannel.channel_2_crestFactor"],[8221,0,1,,"WirelessChannel.channel_3_crestFactor"],[8222,0,1,,"WirelessChannel.channel_4_crestFactor"],[8223,0,1,,"WirelessChannel.channel_5_crestFactor"],[8224,0,1,,"WirelessChannel.channel_6_crestFactor"],[8225,0,1,,"WirelessChannel.channel_7_crestFactor"],[8226,0,1,,"WirelessChannel.channel_8_crestFactor"],[8227,0,1,,"WirelessChannel.channel_9_crestFactor"],[8228,0,1,,"WirelessChannel.channel_10_crestFactor"],[8229,0,1,,"WirelessChannel.channel_11_crestFactor"],[8230,0,1,,"WirelessChannel.channel_12_crestFactor"],[8231,0,1,,"WirelessChannel.channel_13_crestFactor"],[8232,0,1,,"WirelessChannel.channel_14_crestFactor"],[8233,0,1,,"WirelessChannel.channel_15_crestFactor"],[8234,0,1,,"WirelessChannel.channel_16_crestFactor"],[8235,0,1,,"WirelessChannel.channel_diag_syncAttempts"],[8236,0,1,,"WirelessChannel.channel_diag_syncFailures"],[8237,0,1,,"WirelessChannel.channel_diag_secsSinceLastSync"],[8238,0,1,,"WirelessChannel.channel_beaconConflict"],[8239,0,1,,"WirelessChannel.channel_1_mean"],[8240,0,1,,"WirelessChannel.channel_2_mean"],[8241,0,1,,"WirelessChannel.channel_3_mean"],[8242,0,1,,"WirelessChannel.channel_4_mean"],[8243,0,1,,"WirelessChannel.channel_5_mean"],[8244,0,1,,"WirelessChannel.channel_6_mean"],[8245,0,1,,"WirelessChannel.channel_7_mean"],[8246,0,1,,"WirelessChannel.channel_8_mean"],[8247,0,1,,"WirelessChannel.channel_9_mean"],[8248,0,1,,"WirelessChannel.channel_10_mean"],[8249,0,1,,"WirelessChannel.channel_11_mean"],[8250,0,1,,"WirelessChannel.channel_12_mean"],[8251,0,1,,"WirelessChannel.channel_13_mean"],[8252,0,1,,"WirelessChannel.channel_14_mean"],[8253,0,1,,"WirelessChannel.channel_15_mean"],[8254,0,1,,"WirelessChannel.channel_16_mean"],[8255,0,1,,"WirelessChannel.channel_1_mmps"],[8256,0,1,,"WirelessChannel.channel_2_mmps"],[8257,0,1,,"WirelessChannel.channel_3_mmps"],[8258,0,1,,"WirelessChannel.channel_4_mmps"],[8259,0,1,,"WirelessChannel.channel_5_mmps"],[8260,0,1,,"WirelessChannel.channel_6_mmps"],[8261,0,1,,"WirelessChannel.channel_7_mmps"],[8262,0,1,,"WirelessChannel.channel_8_mmps"],[8263,0,1,,"WirelessChannel.channel_9_mmps"],[8264,0,1,,"WirelessChannel.channel_10_mmps"],[8265,0,1,,"WirelessChannel.channel_11_mmps"],[8266,0,1,,"WirelessChannel.channel_12_mmps"],[8267,0,1,,"WirelessChannel.channel_13_mmps"],[8268,0,1,,"WirelessChannel.channel_14_mmps"],[8269,0,1,,"WirelessChannel.channel_15_mmps"],[8270,0,1,,"WirelessChannel.channel_16_mmps"],[8271,0,1,,"WirelessChannel.channel_diag_memoryFull"],[8272,0,4,"Functions","WirelessChannel.Functions"],[8273,0,3,"WirelessChannel","WirelessChannel.WirelessChannel"],[8274,0,3,"WirelessChannel","WirelessChannel.WirelessChannel(2)"],[8275,0,4,"Variables","WirelessChannel.Variables"],[8276,0,6,"m_chNumber","WirelessChannel.m_chNumber"],[8277,0,6,"m_id","WirelessChannel.m_id"],[8278,0,6,"m_type","WirelessChannel.m_type"],[8279,0,6,"m_description","WirelessChannel.m_description"],[8280,0,6,"m_adcResolution","WirelessChannel.m_adcResolution"],[8281,0,4,"Functions","WirelessChannel.Functions(2)"],[8282,0,3,"channelNumber","WirelessChannel.channelNumber"],[8283,0,3,"id","WirelessChannel.id"],[8284,0,3,"type","WirelessChannel.type"],[8285,0,3,"description","WirelessChannel.description"],[8286,0,3,"adcResolution","WirelessChannel.adcResolution"],[8287,0,3,"adcMaxValue","WirelessChannel.adcMaxValue"],[8288,0,3,"name","WirelessChannel.name"],[8289,0,3,"channelName","WirelessChannel.channelName"],[8290,0,4,"Types","WirelessChannel.Types(2)"],[8291,0,5,"WirelessChannels","WirelessChannel.WirelessChannels"],[8292,0,5,"WirelessPollData","WirelessChannel.WirelessPollData"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/WirelessChannel-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/WirelessChannel-h-SummaryToolTips.js deleted file mode 100644 index 2795fe33d..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/WirelessChannel-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/WirelessChannel.h",{8025:"
WirelessChannel
Represents a channel on a WirelessNode. This can be used to gain information about the channel, view current settings that are applied, and update settings on the Node.
",8273:"
WirelessChannel(
uint8 chNumber,
WirelessChannel::ChannelId id,
WirelessTypes::ChannelType type,
const std::string &description
)
Creates a WirelessChannel object.
",8274:"
WirelessChannel(
uint8 chNumber,
WirelessChannel::ChannelId id,
WirelessTypes::ChannelType type,
const std::string &description,
uint8 adcResolution
)
Creates a WirelessChannel object.
",8276:"
uint8 m_chNumber
The channel number (ch1 = 1) of the channel.
",8277:"
WirelessChannel::ChannelId m_id
The WirelessChannel::ChannelId of the channel.
",8278:"
WirelessTypes::ChannelType m_type
The WirelessTypes::ChannelType of the channel.
",8279:"
std::string m_description
The description of the channel.
",8280:"
uint8 m_adcResolution
The resolution of the A/D Converter for this channel.
",8282:"
uint8 channelNumber() const
Gets the channel number of this channel on the Node.
",8283:"
WirelessChannel::ChannelId id() const
Gets the WirelessChannel::ChannelId of this channel.
",8284:"
WirelessTypes::ChannelType type() const
Gets the WirelessTypes::ChannelType of this channel.
",8285:"
std::string description() const
Gets the description of this channel (ex. "Acceleration X (ch1)" or "CJC Temperature (ch8)").
",8286:"
uint8 adcResolution() const
Gets the ADC Resolution of this channel (Ex: 18 for 18-bit).
",8287:"
uint32 adcMaxValue() const
Gets the maximum value output from the ADC for this channel (Ex: 2^18 for 18-bit).
",8288:"
std::string name() const
Gets the name of this channel.  This is the universal name that should be used for uploading to SensorCloud.
",8289:"
static std::string channelName(
WirelessChannel::ChannelId channelId
)
Gets the name of the channel.  This is the universal name that should be used for uploading to SensorCloud.
",8291:"
A typedef for a vector of WirelessChannel objects.
",8292:"
A typedef for a map of WirelessChannel to float values, used when polling a Wireless Node.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/WirelessChannel-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/WirelessChannel-h-ToolTips.js deleted file mode 100644 index f684c9bb9..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/WirelessChannel-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({8273:"
WirelessChannel(
uint8 chNumber,
WirelessChannel::ChannelId id,
WirelessTypes::ChannelType type,
const std::string &description
)
Creates a WirelessChannel object.
",8766:"
Represents the types of channels on Wireless Nodes.
",10446:"
Error
The generic MicroStrain exception (base class)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/WirelessChannel-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/WirelessChannel-h.html deleted file mode 100644 index a37842ee3..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/WirelessChannel-h.html +++ /dev/null @@ -1,142 +0,0 @@ - - -WirelessChannel.h - - - - - - - -
-
WirelessChannel
-
WirelessChannel
-

Represents a channel on a WirelessNode. This can be used to gain information about the channel, view current settings that are applied, and update settings on the Node.

-
- -
-
Types
-
- -
-
ChannelId
-
channel_unknown

0 - Unknown Channel

channel_1

1 - Channel 1

channel_2

2 - Channel 2

channel_3

3 - Channel 3

channel_4

4 - Channel 4

channel_5

5 - Channel 5

channel_6

6 - Channel 6

channel_7

7 - Channel 7

channel_8

8 - Channel 8

channel_9

9 - Channel 9

channel_10

10 - Channel 10

channel_11

11 - Channel 11

channel_12

12 - Channel 12

channel_13

13 - Channel 13

channel_14

14 - Channel 14

channel_15

15 - Channel 15

channel_16

16 - Channel 16

channel_digital_1

17 - Digital Channel 1

channel_digital_2

18 - Digital Channel 2

channel_digital_3

19 - Digital Channel 3

channel_digital_4

20 - Digital Channel 4

channel_digital_5

21 - Digital Channel 5

channel_digital_6

22 - Digital Channel 6

channel_digital_7

23 - Digital Channel 7

channel_digital_8

24 - Digital Channel 8

channel_digital_9

25 - Digital Channel 9

channel_digital_10

26 - Digital Channel 10

channel_digital_11

27 - Digital Channel 11

channel_digital_12

28 - Digital Channel 12

channel_digital_13

29 - Digital Channel 13

channel_digital_14

30 - Digital Channel 14

channel_digital_15

31 - Digital Channel 15

channel_digital_16

32 - Digital Channel 16

channel_structuralHealth

33 - Structural Health Channel

channel_hcl_rawBase_mag1_x

34 - HCL Smart Bearing Raw Base - Mag 1 - x

channel_hcl_rawBase_mag1_y

35 - HCL Smart Bearing Raw Base - Mag 1 - y

channel_hcl_rawBase_mag1_z

36 - HCL Smart Bearing Raw Base - Mag 1 - z

channel_hcl_rawBase_mag2_x

37 - HCL Smart Bearing Raw Base - Mag 2 - x

channel_hcl_rawBase_mag2_y

38 - HCL Smart Bearing Raw Base - Mag 2 - y

channel_hcl_rawBase_mag2_z

39 - HCL Smart Bearing Raw Base - Mag 2 - z

channel_hcl_rawBase_mag3_x

40 - HCL Smart Bearing Raw Base - Mag 3 - x

channel_hcl_rawBase_mag3_y

41 - HCL Smart Bearing Raw Base - Mag 3 - y

channel_hcl_rawBase_mag3_z

42 - HCL Smart Bearing Raw Base - Mag 3 - z

channel_hcl_rawBase_mag4_x

43 - HCL Smart Bearing Raw Base - Mag 4 - x

channel_hcl_rawBase_mag4_y

44 - HCL Smart Bearing Raw Base - Mag 4 - y

channel_hcl_rawBase_mag4_z

45 - HCL Smart Bearing Raw Base - Mag 4 - z

channel_hcl_rawBase_mag5_x

46 - HCL Smart Bearing Raw Base - Mag 5 - x

channel_hcl_rawBase_mag5_y

47 - HCL Smart Bearing Raw Base - Mag 5 - y

channel_hcl_rawBase_mag5_z

48 - HCL Smart Bearing Raw Base - Mag 5 - z

channel_hcl_rawBase_mag6_x

49 - HCL Smart Bearing Raw Base - Mag 6 - x

channel_hcl_rawBase_mag6_y

50 - HCL Smart Bearing Raw Base - Mag 6 - y

channel_hcl_rawBase_mag6_z

51 - HCL Smart Bearing Raw Base - Mag 6 - z

channel_hcl_rawBase_mag7_x

52 - HCL Smart Bearing Raw Base - Mag 7 - x

channel_hcl_rawBase_mag7_y

53 - HCL Smart Bearing Raw Base - Mag 7 - y

channel_hcl_rawBase_mag7_z

54 - HCL Smart Bearing Raw Base - Mag 7 - z

channel_hcl_rawBase_mag8_x

55 - HCL Smart Bearing Raw Base - Mag 8 - x

channel_hcl_rawBase_mag8_y

56 - HCL Smart Bearing Raw Base - Mag 8 - y

channel_hcl_rawBase_mag8_z

57 - HCL Smart Bearing Raw Base - Mag 8 - z

channel_hcl_rawBase_gyro_x

58 - HCL Smart Bearing Raw Base - Gyro - x

channel_hcl_rawBase_gyro_y

59 - HCL Smart Bearing Raw Base - Gyro - y

channel_hcl_rawBase_gyro_z

60 - HCL Smart Bearing Raw Base - Gyro - z

channel_error_code

61 - Error Code

channel_hcl_rawStrain_BL30

62 - HCL Smart Bearing Raw Strain - BL30

channel_hcl_rawStrain_BL120

63 - HCL Smart Bearing Raw Strain - BL120

channel_hcl_rawStrain_A60

64 - HCL Smart Bearing Raw Strain - A60

channel_hcl_rawStrain_A150

65 - HCL Smart Bearing Raw Strain - A150

channel_hcl_rawStrain_AL30

66 - HCL Smart Bearing Raw Strain - AL30

channel_hcl_rawStrain_AL120

67 - HCL Smart Bearing Raw Strain - AL120

channel_hcl_rawStrain_BR60

68 - HCL Smart Bearing Raw Strain - BR60

channel_hcl_rawStrain_BR150

69 - HCL Smart Bearing Raw Strain - BR150

channel_hcl_rawStrain_B30

70 - HCL Smart Bearing Raw Strain - B30

channel_hcl_rawStrain_T120

71 - HCL Smart Bearing Raw Strain - T120

channel_hcl_rawStrain_AR60

72 - HCL Smart Bearing Raw Strain - AR60

channel_hcl_rawStrain_AR150

73 - HCL Smart Bearing Raw Strain - AR150

channel_hcl_rawStrain_A30

74 - HCL Smart Bearing Raw Strain - A30

channel_hcl_rawStrain_A120

75 - HCL Smart Bearing Raw Strain - A120

channel_hcl_rawStrain_BL90

76 - HCL Smart Bearing Raw Strain - BL90

channel_hcl_rawStrain_BL180

77 - HCL Smart Bearing Raw Strain - BL180

channel_hcl_rawStrain_BR30

78 - HCL Smart Bearing Raw Strain - BR30

channel_hcl_rawStrain_BR120

79 - HCL Smart Bearing Raw Strain - BR120

channel_hcl_rawStrain_AL90

80 - HCL Smart Bearing Raw Strain - AL90

channel_hcl_rawStrain_AL180

81 - HCL Smart Bearing Raw Strain - AL180

channel_hcl_rawStrain_AR30

82 - HCL Smart Bearing Raw Strain - AR30

channel_hcl_rawStrain_AR120

83 - HCL Smart Bearing Raw Strain - AR120

channel_hcl_rawStrain_B90

84 - HCL Smart Bearing Raw Strain - B90

channel_hcl_rawStrain_T0

85 - HCL Smart Bearing Raw Strain - T0

channel_hcl_rawStrain_BL60

86 - HCL Smart Bearing Raw Strain - BL60

channel_hcl_rawStrain_BL150

87 - HCL Smart Bearing Raw Strain - BL150

channel_hcl_rawStrain_A90

88 - HCL Smart Bearing Raw Strain - A90

channel_hcl_rawStrain_A0

89 - HCL Smart Bearing Raw Strain - A0

channel_hcl_rawStrain_AL60

90 - HCL Smart Bearing Raw Strain - AL60

channel_hcl_rawStrain_AL150

91 - HCL Smart Bearing Raw Strain - AL150

channel_hcl_rawStrain_BR90

92 - HCL Smart Bearing Raw Strain - BR90

channel_hcl_rawStrain_BR0

93 - HCL Smart Bearing Raw Strain - BR0

channel_hcl_rawStrain_T60

94 - HCL Smart Bearing Raw Strain - T60

channel_hcl_rawStrain_B150

95 - HCL Smart Bearing Raw Strain - B150

channel_hcl_rawStrain_AR90

96 - HCL Smart Bearing Raw Strain - AR90

channel_hcl_rawStrain_AR0

97 - HCL Smart Bearing Raw Strain - AR0

channel_hcl_rawInertial_accel1

98 - HCL Smart Bearing Raw Inertial - accel 1

channel_hcl_rawInertial_accel2

99 - HCL Smart Bearing Raw Inertial - accel 2

channel_hcl_rawInertial_accel3

100 - HCL Smart Bearing Raw Inertial - accel 3

channel_hcl_rawInertial_accel4

101 - HCL Smart Bearing Raw Inertial - accel 4

channel_hcl_rawInertial_accel5

102 - HCL Smart Bearing Raw Inertial - accel 5

channel_hcl_rawInertial_accel6

103 - HCL Smart Bearing Raw Inertial - accel 6

channel_hcl_rawInertial_accel7

104 - HCL Smart Bearing Raw Inertial - accel 7

channel_hcl_rawInertial_accel8

105 - HCL Smart Bearing Raw Inertial - accel 8

channel_hcl_rawInertial_gyroX

106 - HCL Smart Bearing Raw Inertial - gyro X

channel_hcl_rawInertial_gyroY

107 - HCL Smart Bearing Raw Inertial - gyro Y

channel_hcl_rawInertial_gyroZ

108 - HCL Smart Bearing Raw Inertial - gyro Z

channel_rawAngleStrain

109 - Raw Angle Strain

channel_beaconEcho

110 - Beacon Echo

channel_rfSweep

111 - RF Sweep

channel_diag_state

112 - Diagnostic - current state

channel_diag_runtime_idle

113 - Diagnostic - idle run time

channel_diag_runtime_sleep

114 - Diagnostic - sleep run time

channel_diag_runtime_activeRun

115 - Diagnostic - active run run time

channel_diag_runtime_inactiveRun

116 - Diagnostic - inactive run run time

channel_diag_resetCounter

117 - Diagnostic - reset counter

channel_diag_lowBatteryFlag

118 - Diagnostic - low battery indicator

channel_diag_sweepIndex

119 - Diagnostic - sweep index

channel_diag_badSweepCount

120 - Diagnostic - bad sweep count

channel_diag_totalTx

121 - Diagnostic - total transmissions

channel_diag_totalReTx

122 - Diagnostic - total retransmissions

channel_diag_totalDroppedPackets

123 - Diagnostic - total dropped packets

channel_diag_builtInTestResult

124 - Diagnostic - built in test result

channel_diag_eventIndex

125 - Diagnostic - event trigger index

channel_hcl_axialLoadX

126 - HCL Smart Bearing Cal - Axial Load X

channel_hcl_axialLoadY

127 - HCL Smart Bearing Cal - Axial Load Y

channel_hcl_axialLoadZ

128 - HCL Smart Bearing Cal - Axial Load Z

channel_hcl_bendingMomentFlap

129 - HCL Smart Bearing Cal - Bending Moment Flag

channel_hcl_bendingMomentLag

130 - HCL Smart Bearing Cal - Bending Moment Lead Lag

channel_hcl_bendingMomentPitch

131 - HCL Smart Bearing Cal - Bending Moment Pitch

channel_hcl_motionFlap_mag

132 - HCL Smart Bearing Cal - Motion Flap (Mag)

channel_hcl_motionLag_mag

133 - HCL Smart Bearing Cal - Motion Lead Lag (Mag)

channel_hcl_motionPitch_mag

134 - HCL Smart Bearing Cal - Motion Pitch (Mag)

channel_hcl_motionFlap_inertial

135 - HCL Smart Bearing Cal - Motion Flap (Inertial)

channel_hcl_motionLag_inertial

136 - HCL Smart Bearing Cal - Motion Lead Lag (Inertial)

channel_hcl_motionPitch_inertial

137 - HCL Smart Bearing Cal - Motion Pitch (Inertial)

channel_hcl_cockingStiffness_mag

138 - HCL Smart Bearing Cal - Cocking Stiffness (Mag)

channel_hcl_cockingStiffness_inertial

139 - HCL Smart Bearing Cal - Cocking Stiffness (Inertial)

channel_hcl_temperature

140 - HCL Smart Bearing Cal - Temperature

channel_diag_externalPower

141 - Diagnostic - external power

channel_diag_internalTemp

142 - Diagnostic - internal temperature

channel_1_rms

143 - Channel 1 RMS

channel_2_rms

144 - Channel 2 RMS

channel_3_rms

145 - Channel 3 RMS

channel_4_rms

146 - Channel 4 RMS

channel_5_rms

147 - Channel 5 RMS

channel_6_rms

148 - Channel 6 RMS

channel_7_rms

149 - Channel 7 RMS

channel_8_rms

150 - Channel 8 RMS

channel_9_rms

151 - Channel 9 RMS

channel_10_rms

152 - Channel 10 RMS

channel_11_rms

153 - Channel 11 RMS

channel_12_rms

154 - Channel 12 RMS

channel_13_rms

155 - Channel 13 RMS

channel_14_rms

156 - Channel 14 RMS

channel_15_rms

157 - Channel 15 RMS

channel_16_rms

158 - Channel 16 RMS

channel_1_peakToPeak

159 - Channel 1 Peak to Peak

channel_2_peakToPeak

160 - Channel 2 Peak to Peak

channel_3_peakToPeak

161 - Channel 3 Peak to Peak

channel_4_peakToPeak

162 - Channel 4 Peak to Peak

channel_5_peakToPeak

163 - Channel 5 Peak to Peak

channel_6_peakToPeak

164 - Channel 6 Peak to Peak

channel_7_peakToPeak

165 - Channel 7 Peak to Peak

channel_8_peakToPeak

166 - Channel 8 Peak to Peak

channel_9_peakToPeak

167 - Channel 9 Peak to Peak

channel_10_peakToPeak

168 - Channel 10 Peak to Peak

channel_11_peakToPeak

169 - Channel 11 Peak to Peak

channel_12_peakToPeak

170 - Channel 12 Peak to Peak

channel_13_peakToPeak

171 - Channel 13 Peak to Peak

channel_14_peakToPeak

172 - Channel 14 Peak to Peak

channel_15_peakToPeak

173 - Channel 15 Peak to Peak

channel_16_peakToPeak

174 - Channel 16 Peak to Peak

channel_1_ips

175 - Channel 1 Inches Per Second

channel_2_ips

176 - Channel 2 Inches Per Second

channel_3_ips

177 - Channel 3 Inches Per Second

channel_4_ips

178 - Channel 4 Inches Per Second

channel_5_ips

179 - Channel 5 Inches Per Second

channel_6_ips

180 - Channel 6 Inches Per Second

channel_7_ips

181 - Channel 7 Inches Per Second

channel_8_ips

182 - Channel 8 Inches Per Second

channel_9_ips

183 - Channel 9 Inches Per Second

channel_10_ips

184 - Channel 10 Inches Per Second

channel_11_ips

185 - Channel 11 Inches Per Second

channel_12_ips

186 - Channel 12 Inches Per Second

channel_13_ips

187 - Channel 13 Inches Per Second

channel_14_ips

188 - Channel 14 Inches Per Second

channel_15_ips

189 - Channel 15 Inches Per Second

channel_16_ips

190 - Channel 16 Inches Per Second

channel_1_crestFactor

191 - Channel 1 Crest Factor

channel_2_crestFactor

192 - Channel 2 Crest Factor

channel_3_crestFactor

193 - Channel 3 Crest Factor

channel_4_crestFactor

194 - Channel 4 Crest Factor

channel_5_crestFactor

195 - Channel 5 Crest Factor

channel_6_crestFactor

196 - Channel 6 Crest Factor

channel_7_crestFactor

197 - Channel 7 Crest Factor

channel_8_crestFactor

198 - Channel 8 Crest Factor

channel_9_crestFactor

199 - Channel 9 Crest Factor

channel_10_crestFactor

200 - Channel 10 Crest Factor

channel_11_crestFactor

201 - Channel 11 Crest Factor

channel_12_crestFactor

202 - Channel 12 Crest Factor

channel_13_crestFactor

203 - Channel 13 Crest Factor

channel_14_crestFactor

204 - Channel 14 Crest Factor

channel_15_crestFactor

205 - Channel 15 Crest Factor

channel_16_crestFactor

206 - Channel 16 Crest Factor

channel_diag_syncAttempts

207 - Diagnostic - Synchronization Attempts

channel_diag_syncFailures

208 - Diagnostic - Synchronization Failures

channel_diag_secsSinceLastSync

209 - Diagnostic - Seconds since last synchronization

channel_beaconConflict

210 - Conflicting Beacon

channel_1_mean

211 - Channel 1 Mean

channel_2_mean

212 - Channel 2 Mean

channel_3_mean

213 - Channel 3 Mean

channel_4_mean

214 - Channel 4 Mean

channel_5_mean

215 - Channel 5 Mean

channel_6_mean

216 - Channel 6 Mean

channel_7_mean

217 - Channel 7 Mean

channel_8_mean

218 - Channel 8 Mean

channel_9_mean

219 - Channel 9 Mean

channel_10_mean

220 - Channel 10 Mean

channel_11_mean

221 - Channel 11 Mean

channel_12_mean

222 - Channel 12 Mean

channel_13_mean

223 - Channel 13 Mean

channel_14_mean

224 - Channel 14 Mean

channel_15_mean

225 - Channel 15 Mean

channel_16_mean

226 - Channel 16 Mean

channel_1_mmps

227 - Channel 1 Millimeters Per Second

channel_2_mmps

228 - Channel 2 Millimeters Per Second

channel_3_mmps

229 - Channel 3 Millimeters Per Second

channel_4_mmps

230 - Channel 4 Millimeters Per Second

channel_5_mmps

231 - Channel 5 Millimeters Per Second

channel_6_mmps

232 - Channel 6 Millimeters Per Second

channel_7_mmps

233 - Channel 7 Millimeters Per Second

channel_8_mmps

234 - Channel 8 Millimeters Per Second

channel_9_mmps

235 - Channel 9 Millimeters Per Second

channel_10_mmps

236 - Channel 10 Millimeters Per Second

channel_11_mmps

237 - Channel 11 Millimeters Per Second

channel_12_mmps

238 - Channel 12 Millimeters Per Second

channel_13_mmps

239 - Channel 13 Millimeters Per Second

channel_14_mmps

240 - Channel 14 Millimeters Per Second

channel_15_mmps

241 - Channel 15 Millimeters Per Second

channel_16_mmps

242 - Channel 16 Millimeters Per Second

channel_diag_memoryFull

243 - Diagnostic - % Datalogging Memory Full

-
- -
-
Functions
-
- -
-
WirelessChannel
-
WirelessChannel(
uint8 chNumber,
WirelessChannel::ChannelId id,
WirelessTypes::ChannelType type,
const std::string &description
)
-

Creates a WirelessChannel object.

Parameters
chNumber
uint8

The channel number (ch1 = 1) of the channel.

id
WirelessChannel::ChannelId

The WirelessChannel::ChannelId of the channel.

type
WirelessTypes::ChannelType

The WirelessTypes::ChannelType of the channel.

description
const std::string&

The description of the channel.  adcResolution will be defaulted to 0.

-
- -
-
WirelessChannel
-
WirelessChannel(
uint8 chNumber,
WirelessChannel::ChannelId id,
WirelessTypes::ChannelType type,
const std::string &description,
uint8 adcResolution
)
-

Creates a WirelessChannel object.

Parameters
chNumber
uint8

The channel number (ch1 = 1) of the channel.

id
WirelessChannel::ChannelId

The WirelessChannel::ChannelId of the channel.

type
WirelessTypes::ChannelType

The WirelessTypes::ChannelType of the channel.

description
const std::string&

The description of the channel.

adcResolution
uint8

the ADC resolution of the channel.

-
- -
-
Variables
-
- -
-
m_chNumber
-
uint8 m_chNumber
-

The channel number (ch1 = 1) of the channel.

-
- -
-
m_id
- -

The WirelessChannel::ChannelId of the channel.

-
- -
-
m_type
- -

The WirelessTypes::ChannelType of the channel.

-
- -
-
m_description
-
std::string m_description
-

The description of the channel.

-
- -
-
m_adcResolution
-
uint8 m_adcResolution
-

The resolution of the A/D Converter for this channel.

-
- -
-
Functions
-
- -
-
channelNumber
-
uint8 channelNumber() const
-

Gets the channel number of this channel on the Node.

Returns

The channel number of this channel on the Node.

-
- -
-
id
- -

Gets the WirelessChannel::ChannelId of this channel.

Returns

The WirelessChannel::ChannelId of this channel.

-
- -
-
type
- -

Gets the WirelessTypes::ChannelType of this channel.

Returns

The WirelessTypes::ChannelType of this channel.

-
- -
-
description
-
std::string description() const
-

Gets the description of this channel (ex. "Acceleration X (ch1)" or "CJC Temperature (ch8)").

Returns

A string description of the channel.

-
- -
-
adcResolution
-
uint8 adcResolution() const
-

Gets the ADC Resolution of this channel (Ex: 18 for 18-bit).

Returns

The ADC Resolution of this channel.

-
- -
-
adcMaxValue
-
uint32 adcMaxValue() const
-

Gets the maximum value output from the ADC for this channel (Ex: 2^18 for 18-bit).

Returns

The maximum value output from the ADC for this channel.

-
- -
-
name
-
std::string name() const
-

Gets the name of this channel.  This is the universal name that should be used for uploading to SensorCloud.

Returns

The name of this channel.

Exceptions
-
- -
-
channelName
-
static std::string channelName(
WirelessChannel::ChannelId channelId
)
-

Gets the name of the channel.  This is the universal name that should be used for uploading to SensorCloud.

Returns

The name of the channel.

Exceptions
-
- -
-
Types
-
- -
-
WirelessChannels
-

A typedef for a vector of WirelessChannel objects.

-
- -
-
WirelessPollData
-

A typedef for a map of WirelessChannel to float values, used when polling a Wireless Node.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/WirelessDataPoint-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/WirelessDataPoint-h-Summary.js deleted file mode 100644 index ae32942fc..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/WirelessDataPoint-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/WirelessDataPoint.h","WirelessDataPoint.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/WirelessDataPoint.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Types","Type"],["Variables","Variable"]],[[8011,0,0,"WirelessDataPoint","WirelessDataPoint"],[8012,0,2,"Functions","WirelessDataPoint.Functions"],[8013,0,1,"WirelessDataPoint","WirelessDataPoint.WirelessDataPoint"],[8014,0,1,"WirelessDataPoint","WirelessDataPoint.WirelessDataPoint(2)"],[8015,0,2,"Variables","WirelessDataPoint.Variables"],[8016,0,4,"m_channelId","WirelessDataPoint.m_channelId"],[8017,0,4,"m_channelNumber","WirelessDataPoint.m_channelNumber"],[8018,0,4,"m_channelName","WirelessDataPoint.m_channelName"],[8019,0,2,"Functions","WirelessDataPoint.Functions(2)"],[8020,0,1,"channelId","WirelessDataPoint.channelId"],[8021,0,1,"channelNumber","WirelessDataPoint.channelNumber"],[8022,0,1,"channelName","WirelessDataPoint.channelName"],[8023,0,2,"Types","WirelessDataPoint.Types"],[8024,0,3,"ChannelData","WirelessDataPoint.ChannelData"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/WirelessDataPoint-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/WirelessDataPoint-h-SummaryToolTips.js deleted file mode 100644 index a4cfbe73c..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/WirelessDataPoint-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/WirelessDataPoint.h",{8011:"
WirelessDataPoint
Represents a single channel\'s data point within a sweep
",8013:"
WirelessDataPoint(
WirelessChannel::ChannelId channelId,
uint8 channelNumber,
ValueType type,
const anyType &value,
const ChannelProperties &channelProperties = ChannelProperties()
)
Builds a WirelessDataPoint object.  The channel name will be automatically generated from the given channel id.
",8014:"
WirelessDataPoint(
WirelessChannel::ChannelId channelId,
uint8 channelNumber,
const Utils::Lazy<std::string> &channelName,
ValueType type,
const anyType &value,
const ChannelProperties &channelProperties = ChannelProperties()
)
Builds a WirelessDataPoint object.
",8016:"
WirelessChannel::ChannelId m_channelId
The WirelessChannel::ChannelId representing information about the channel this data point is associated with
",8017:"
uint8 m_channelNumber
The channel number associated with the data point (ch1 = 1, ch8 = 8).
",8018:"
mutable Utils::Lazy<std::string> m_channelName
The channel name associated with the data point (as a lazy load function).
",8020:"
WirelessChannel::ChannelId channelId() const
Gets the WirelessChannel::ChannelId associated with the data point.
",8021:"
uint8 channelNumber() const
Gets the channel number associated with the data point (ch1 = 1, ch8 = 8), when applicable.  Otherwise, this will return a 0 (for example, a Structural Health data point doesn\'t relate an actual channel on the Wireless Node, so this will be a 0).  This number can be used to relate to the Node\'s WirelessChannel in the map returned from calling <WirelessNode::channels>().
",8022:"
const std::string& channelName() const
Gets the name of the channel.  This is the universal channel name that should be used for uploading to SensorCloud.
",8024:"
A typedef for a collection (vector) of WirelessDataPoints
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/WirelessDataPoint-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/WirelessDataPoint-h-ToolTips.js deleted file mode 100644 index a6662abed..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/WirelessDataPoint-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({8013:"
WirelessDataPoint(
WirelessChannel::ChannelId channelId,
uint8 channelNumber,
ValueType type,
const anyType &value,
const ChannelProperties &channelProperties = ChannelProperties()
)
Builds a WirelessDataPoint object.  The channel name will be automatically generated from the given channel id.
",8025:"
WirelessChannel
Represents a channel on a WirelessNode. This can be used to gain information about the channel, view current settings that are applied, and update settings on the Node.
",9896:"
DataPoint
Base class representing common functionality between Wireless and Inertial data points
",10144:"
Value
Represents a single value that can be stored/accessed in multiple ways.
",10249:"
Typedef for a simple_any type
",}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/WirelessDataPoint-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/WirelessDataPoint-h.html deleted file mode 100644 index 78da35ff0..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/WirelessDataPoint-h.html +++ /dev/null @@ -1,86 +0,0 @@ - - -WirelessDataPoint.h - - - - - - - -
-
WirelessDataPoint
-
public
DataPoint
WirelessDataPoint
-

Represents a single channel's data point within a sweep

See Also

DataPoint, Value

-
- -
-
Functions
-
- -
-
WirelessDataPoint
-
WirelessDataPoint(
WirelessChannel::ChannelId channelId,
uint8 channelNumber,
ValueType type,
const anyType &value,
const ChannelProperties &channelProperties = ChannelProperties()
)
-

Builds a WirelessDataPoint object.  The channel name will be automatically generated from the given channel id.

Parameters
channelId
WirelessChannel::ChannelId

The WirelessChannel::ChannelId of the the data point

channelNumber
uint8

The channel number associated with the data point (ch1 = 1, ch8 = 8).

type
ValueType

The ValueType of the value to be stored

value
const anyType&

The value to store

channelProperties
const ChannelProperties&

Any <ChannelProperties> to store for later retrieval.

-
- -
-
WirelessDataPoint
-
WirelessDataPoint(
WirelessChannel::ChannelId channelId,
uint8 channelNumber,
const Utils::Lazy<std::string> &channelName,
ValueType type,
const anyType &value,
const ChannelProperties &channelProperties = ChannelProperties()
)
-

Builds a WirelessDataPoint object.

Parameters
channelId
WirelessChannel::ChannelId

The WirelessChannel::ChannelId of the the data point

channelNumber
uint8

The channel number associated with the data point (ch1 = 1, ch8 = 8).

channelName
const Utils::Lazy<std::string>&

The channel name associated with the data point.

type
ValueType

The ValueType of the value to be stored

value
const anyType&

The value to store

channelProperties
const ChannelProperties&

Any <ChannelProperties> to store for later retrieval.

-
- -
-
Variables
-
- -
-
m_channelId
- -

The WirelessChannel::ChannelId representing information about the channel this data point is associated with

-
- -
-
m_channelNumber
-
uint8 m_channelNumber
-

The channel number associated with the data point (ch1 = 1, ch8 = 8).

-
- -
-
m_channelName
-
mutable Utils::Lazy<std::string> m_channelName
-

The channel name associated with the data point (as a lazy load function).

-
- -
-
Functions
-
- -
-
channelId
-
WirelessChannel::ChannelId channelId() const
-

Gets the WirelessChannel::ChannelId associated with the data point.

Returns

A WirelessChannel::ChannelId representing which channel this data corresponds with.

-
- -
-
channelNumber
-
uint8 channelNumber() const
-

Gets the channel number associated with the data point (ch1 = 1, ch8 = 8), when applicable.  Otherwise, this will return a 0 (for example, a Structural Health data point doesn't relate an actual channel on the Wireless Node, so this will be a 0).  This number can be used to relate to the Node's WirelessChannel in the map returned from calling <WirelessNode::channels>().

Returns

The channel number associated with the data point.

-
- -
-
channelName
-
const std::string& channelName() const
-

Gets the name of the channel.  This is the universal channel name that should be used for uploading to SensorCloud.

Returns

The name of the channel.

-
- -
-
Types
-
- -
-
ChannelData
-

A typedef for a collection (vector) of WirelessDataPoints

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/WirelessModels-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/WirelessModels-h-Summary.js deleted file mode 100644 index bcf582641..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/WirelessModels-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/WirelessModels.h","WirelessModels.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/WirelessModels.h",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Enums","Enumeration"],["Functions","Function"],["Groups","Group"]],[[7787,0,0,"WirelessModels","WirelessModels"],[7788,0,4,"Types","WirelessModels.Types"],[7789,0,2,"NodeModel","WirelessModels.NodeModel"],[7790,0,1,,"WirelessModels.node_vLink_legacy"],[7791,0,1,,"WirelessModels.node_cfBearingTempLink"],[7792,0,1,,"WirelessModels.node_envLink_pro"],[7793,0,1,,"WirelessModels.node_gLink_2g"],[7794,0,1,,"WirelessModels.node_gLink_10g"],[7795,0,1,,"WirelessModels.node_gLinkII_cust_in"],[7796,0,1,,"WirelessModels.node_gLinkII_2g_in"],[7797,0,1,,"WirelessModels.node_gLinkII_10g_in"],[7798,0,1,,"WirelessModels.node_gLinkII_cust_ex"],[7799,0,1,,"WirelessModels.node_gLinkII_2g_ex"],[7800,0,1,,"WirelessModels.node_gLinkII_10g_ex"],[7801,0,1,,"WirelessModels.node_gLink_rgd_10g"],[7802,0,1,,"WirelessModels.node_gLink_200_8g"],[7803,0,1,,"WirelessModels.node_gLink_200_40g"],[7804,0,1,,"WirelessModels.node_gLink_200_8g_oem"],[7805,0,1,,"WirelessModels.node_gLink_200_40g_oem"],[7806,0,1,,"WirelessModels.node_gLink_200_8g_oem_mmcx"],[7807,0,1,,"WirelessModels.node_gLink_200_40g_oem_mmcx"],[7808,0,1,,"WirelessModels.node_gLink_200_8g_oem_u_fl"],[7809,0,1,,"WirelessModels.node_gLink_200_40g_oem_u_fl"],[7810,0,1,,"WirelessModels.node_gLink_200_r"],[7811,0,1,,"WirelessModels.node_sgLink_oem_S"],[7812,0,1,,"WirelessModels.node_sgLink"],[7813,0,1,,"WirelessModels.node_sgLink200"],[7814,0,1,,"WirelessModels.node_sgLink200_hbridge_350"],[7815,0,1,,"WirelessModels.node_sgLink200_hbridge_120"],[7816,0,1,,"WirelessModels.node_sgLink200_qbridge_1K"],[7817,0,1,,"WirelessModels.node_sgLink200_hbridge_1K"],[7818,0,1,,"WirelessModels.node_sgLink200_qbridge_350"],[7819,0,1,,"WirelessModels.node_sgLink200_qbridge_120"],[7820,0,1,,"WirelessModels.node_sgLink_oem"],[7821,0,1,,"WirelessModels.node_sgLink_micro"],[7822,0,1,,"WirelessModels.node_sgLink200_oem"],[7823,0,1,,"WirelessModels.node_sgLink200_oem_ufl"],[7824,0,1,,"WirelessModels.node_sgLink200_oem_hbridge_1K"],[7825,0,1,,"WirelessModels.node_sgLink200_oem_hbridge_1K_ufl"],[7826,0,1,,"WirelessModels.node_sgLink200_oem_hbridge_120"],[7827,0,1,,"WirelessModels.node_sgLink200_oem_hbridge_120_ufl"],[7828,0,1,,"WirelessModels.node_sgLink200_oem_hbridge_350"],[7829,0,1,,"WirelessModels.node_sgLink200_oem_hbridge_350_ufl"],[7830,0,1,,"WirelessModels.node_sgLink200_oem_qbridge_1K"],[7831,0,1,,"WirelessModels.node_sgLink200_oem_qbridge_1K_ufl"],[7832,0,1,,"WirelessModels.node_sgLink200_oem_qbridge_120"],[7833,0,1,,"WirelessModels.node_sgLink200_oem_qbridge_120_ufl"],[7834,0,1,,"WirelessModels.node_sgLink200_oem_qbridge_350"],[7835,0,1,,"WirelessModels.node_sgLink200_oem_qbridge_350_ufl"],[7836,0,1,,"WirelessModels.node_sgLink_rgd"],[7837,0,1,,"WirelessModels.node_shmLink"],[7838,0,1,,"WirelessModels.node_tcLink_1ch"],[7839,0,1,,"WirelessModels.node_tcLink_6ch"],[7840,0,1,,"WirelessModels.node_tcLink_3ch"],[7841,0,1,,"WirelessModels.node_tcLink_6ch_ip67"],[7842,0,1,,"WirelessModels.node_tcLink200_oem"],[7843,0,1,,"WirelessModels.node_tcLink200_oem_ufl"],[7844,0,1,,"WirelessModels.node_tcLink200"],[7845,0,1,,"WirelessModels.node_rtdLink200"],[7846,0,1,,"WirelessModels.node_tcLink_6ch_ip67_rht"],[7847,0,1,,"WirelessModels.node_vLink"],[7848,0,1,,"WirelessModels.node_vLink200"],[7849,0,1,,"WirelessModels.node_vLink200_qbridge_1K"],[7850,0,1,,"WirelessModels.node_vLink200_qbridge_120"],[7851,0,1,,"WirelessModels.node_vLink200_qbridge_350"],[7852,0,1,,"WirelessModels.node_vLink200_hbridge_1K"],[7853,0,1,,"WirelessModels.node_vLink200_hbridge_120"],[7854,0,1,,"WirelessModels.node_vLink200_hbridge_350"],[7855,0,1,,"WirelessModels.node_iepeLink"],[7856,0,1,,"WirelessModels.node_dvrtLink"],[7857,0,1,,"WirelessModels.node_envLink_mini"],[7858,0,1,,"WirelessModels.node_wattLink"],[7859,0,1,,"WirelessModels.node_wattLink_3Y208"],[7860,0,1,,"WirelessModels.node_wattLink_3D240"],[7861,0,1,,"WirelessModels.node_wattLink_3Y400"],[7862,0,1,,"WirelessModels.node_wattLink_3D400"],[7863,0,1,,"WirelessModels.node_wattLink_3Y480"],[7864,0,1,,"WirelessModels.node_wattLink_3D480"],[7865,0,1,,"WirelessModels.node_wattLink_3Y600"],[7866,0,1,,"WirelessModels.node_mvPerVLink"],[7867,0,1,,"WirelessModels.node_ptLink200"],[7868,0,1,,"WirelessModels.node_rtdLink"],[7869,0,1,,"WirelessModels.node_shmLink2_cust1_oldNumber"],[7870,0,1,,"WirelessModels.node_shmLink2_cust1"],[7871,0,1,,"WirelessModels.node_shmLink200"],[7872,0,1,,"WirelessModels.node_shmLink201"],[7873,0,1,,"WirelessModels.node_shmLink201_qbridge_1K"],[7874,0,1,,"WirelessModels.node_shmLink201_qbridge_348"],[7875,0,1,,"WirelessModels.node_shmLink201_hbridge_1K"],[7876,0,1,,"WirelessModels.node_shmLink201_hbridge_348"],[7877,0,1,,"WirelessModels.node_shmLink201_fullbridge"],[7878,0,1,,"WirelessModels.node_shmLink210_fullbridge"],[7879,0,1,,"WirelessModels.node_shmLink210_qbridge_3K"],[7880,0,1,,"WirelessModels.node_torqueLink"],[7881,0,1,,"WirelessModels.node_torqueLink200_3ch"],[7882,0,1,,"WirelessModels.node_torqueLink200"],[7883,0,1,,"WirelessModels.node_torqueLink200_3ch_s"],[7884,0,1,,"WirelessModels.node_sgLink_herm"],[7885,0,1,,"WirelessModels.node_sgLink_herm_2600"],[7886,0,1,,"WirelessModels.node_sgLink_herm_2700"],[7887,0,1,,"WirelessModels.node_sgLink_herm_2800"],[7888,0,1,,"WirelessModels.node_sgLink_herm_2900"],[7889,0,1,,"WirelessModels.node_wirelessImpactSensor"],[7890,0,1,,"WirelessModels.node_gLink_200_40g_s"],[7891,0,2,"BaseModel","WirelessModels.BaseModel"],[7892,0,1,,"WirelessModels.base_wsda_1000"],[7893,0,1,,"WirelessModels.base_wsda_1500"],[7894,0,1,,"WirelessModels.base_wsda_2000"],[7895,0,1,,"WirelessModels.base_wsdaBase_200"],[7896,0,1,,"WirelessModels.base_wsdaBase_200_extAntenna"],[7897,0,1,,"WirelessModels.base_wsdaBase_101_analog"],[7898,0,1,,"WirelessModels.base_wsdaBase_102_rs232"],[7899,0,1,,"WirelessModels.base_wsdaBase_104_usb"],[7900,0,1,,"WirelessModels.base_wsi_104"],[7901,0,1,,"WirelessModels.base_wsdaBase_mini"],[7902,0,4,"Functions","WirelessModels.Functions"],[7903,0,3,"nodeFromLegacyModel","WirelessModels.nodeFromLegacyModel"],[7904,0,3,"baseFromLegacyModel","WirelessModels.baseFromLegacyModel"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/WirelessModels-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/WirelessModels-h-SummaryToolTips.js deleted file mode 100644 index cc1df3b10..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/WirelessModels-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/WirelessModels.h",{7787:"
WirelessModels
Contains the models of Wireless hardware.
",7789:"
The model numbers for each of the Wireless Nodes.
",7891:"
The model numbers for each of the Wireless Base Stations
",7903:"
static NodeModel nodeFromLegacyModel(
uint16 legacyModel
)
Gets the NodeModel from the legacy node model number.
",7904:"
static BaseModel baseFromLegacyModel(
uint16 legacyModel
)
Gets the BaseModel from the legacy base station model number.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/WirelessModels-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/WirelessModels-h-ToolTips.js deleted file mode 100644 index f6cd3e216..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/WirelessModels-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({7789:"
The model numbers for each of the Wireless Nodes.
",7891:"
The model numbers for each of the Wireless Base Stations
",10446:"
Error
The generic MicroStrain exception (base class)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/WirelessModels-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/WirelessModels-h.html deleted file mode 100644 index 439bea6a3..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/WirelessModels-h.html +++ /dev/null @@ -1,47 +0,0 @@ - - -WirelessModels.h - - - - - - - -
-
WirelessModels
-
WirelessModels
-

Contains the models of Wireless hardware.

-
- -
-
Types
-
- -
-
NodeModel
-

The model numbers for each of the Wireless Nodes.

node_vLink_legacy

2428 - V-Link (legacy)

node_cfBearingTempLink

51280096 - CF-Bearing-Temp-Link

node_envLink_pro

60000001 - ENV-Link-Pro (NO ACTUAL 6XXX NUMBER, NODE NEEDS TO BE UPDATED!)

node_gLink_2g

63052000 - G-Link 2G

node_gLink_10g

63053000 - G-Link 10G

node_gLinkII_cust_in

63054000 - G-Link II Custom Internal

node_gLinkII_2g_in

63054002 - G-Link II 2G Internal

node_gLinkII_10g_in

63054010 - G-Link II 10G Internal

node_gLinkII_cust_ex

63055000 - G-Link II Custom External

node_gLinkII_2g_ex

63055002 - G-Link II 2g External

node_gLinkII_10g_ex

63055010 - G-Link II 10G External

node_gLink_rgd_10g

63056010 - G-Link-RGD 10G

node_gLink_200_8g

63056000 - G-Link-200-8g

node_gLink_200_40g

63056001 - G-Link-200-40g

node_gLink_200_8g_oem

63056002 - G-Link-200-8g-OEM (Internal Antenna)

node_gLink_200_40g_oem

63056003 - G-Link-200-40g-OEM (Internal Antenna)

node_gLink_200_8g_oem_mmcx

63056181 - G-Link-200-8g-OEM (MMCX Antenna)

node_gLink_200_40g_oem_mmcx

63056141 - G-Link-200-40g-OEM (MMCX Antenna)

node_gLink_200_8g_oem_u_fl

63056182 - G-Link-200-8g-OEM (U.Fl Antenna)

node_gLink_200_40g_oem_u_fl

63056142 - G-Link-200-40g-OEM (U.Fl Antenna)

node_gLink_200_r

63056200 - G-Link-200-R

node_sgLink_oem_S

63081000 - SG-Link 0EM -S (non-xr)

node_sgLink

63083000 - SG-Link

node_sgLink200

63083300 - SG-Link-200, Full Bridge

node_sgLink200_hbridge_350

63083330 - SG-Link-200, Half Bridge, 350 ohm

node_sgLink200_hbridge_120

63083320 - SG-Link-200, Half Bridge, 120 ohm

node_sgLink200_qbridge_1K

63083410 - SG-Link-200, Quarter Bridge, 1k ohm

node_sgLink200_hbridge_1K

63083310 - SG-Link-200, Half Bridge, 1k ohm

node_sgLink200_qbridge_350

63083430 - SG-Link-200, Quarter Bridge, 350 ohm

node_sgLink200_qbridge_120

63083420 - SG-Link-200, Quarter Bridge, 120 ohm

node_sgLink_oem

63084000 - SG-Link OEM

node_sgLink_micro

63084100 - SG-Link Micro

node_sgLink200_oem

63084200 - SG-Link-200-OEM - Full Bridge, Internal Antenna

node_sgLink200_oem_ufl

63084201 - SG-Link-200-OEM - Full Bridge, U.Fl Antenna

node_sgLink200_oem_hbridge_1K

63084310 - SG-Link-200-OEM - Half Bridge, 1K OHM, Internal Antenna

node_sgLink200_oem_hbridge_1K_ufl

63084311 - SG-Link-200-OEM - Half Bridge, 1K OHM, U.Fl Antenna

node_sgLink200_oem_hbridge_120

63084320 - SG-Link-200-OEM - Half Bridge, 120 OHM, Internal Antenna

node_sgLink200_oem_hbridge_120_ufl

63084321 - SG-Link-200-OEM - Half Bridge, 120 OHM, U.Fl Antenna

node_sgLink200_oem_hbridge_350

63084330 - SG-Link-200-OEM - Half Bridge, 350 OHM, Internal Antenna

node_sgLink200_oem_hbridge_350_ufl

63084331 - SG-Link-200-OEM - Half Bridge, 120 OHM, U.Fl Antenna

node_sgLink200_oem_qbridge_1K

63084410 - SG-Link-200-OEM - Quarter Bridge, 1K OHM, Internal Antenna

node_sgLink200_oem_qbridge_1K_ufl

63084411 - SG-Link-200-OEM - Quarter Bridge, 1K OHM, U.Fl Antenna

node_sgLink200_oem_qbridge_120

63084420 - SG-Link-200-OEM - Quarter Bridge, 120 OHM, Internal Antenna

node_sgLink200_oem_qbridge_120_ufl

63084421 - SG-Link-200-OEM - Quarter Bridge, 120 OHM, U.Fl Antenna

node_sgLink200_oem_qbridge_350

63084430 - SG-Link-200-OEM - Quarter Bridge, 350 OHM, Internal Antenna

node_sgLink200_oem_qbridge_350_ufl

63084431 - SG-Link-200-OEM - Quarter Bridge, 120 OHM, U.Fl Antenna

node_sgLink_rgd

63085000 - SG-Link RGD

node_shmLink

63086000 - SHM-Link

node_tcLink_1ch

63104000 - TC-Link 1CH

node_tcLink_6ch

63105000 - TC-Link 6CH

node_tcLink_3ch

63106000 - TC-Link 3CH

node_tcLink_6ch_ip67

63107000 - TC-Link 6CH IP67

node_tcLink200_oem

63104100 - TC-Link-200-OEM, Internal Antenna

node_tcLink200_oem_ufl

63104101 - TC-Link-200-OEM, U.Fl Antenna

node_tcLink200

63105400 - TC-Link-200

node_rtdLink200

63105500 - RTD-Link-200

node_tcLink_6ch_ip67_rht

63108000 - TC-Link 6CH IP67 RHT

node_vLink

63121000 - V-Link

node_vLink200

63122000 - V-Link 200 - Full Bridge

node_vLink200_qbridge_1K

63122110 - V-Link 200 - Quarter Bridge, 1K OHM

node_vLink200_qbridge_120

63122120 - V-Link 200 - Quarter Bridge, 120 OHM

node_vLink200_qbridge_350

63122130 - V-Link 200 - Quarter Bridge, 350 OHM

node_vLink200_hbridge_1K

63122210 - V-Link 200 - Half Bridge, 1K OHM

node_vLink200_hbridge_120

63122220 - V-Link 200 - Half Bridge, 120 OHM

node_vLink200_hbridge_350

63122230 - V-Link 200 - Half Bridge, 350 OHM

node_iepeLink

63160010 - IEPE-Link

node_dvrtLink

63181000 - DVRT-Link

node_envLink_mini

63220000 - ENV-Link-Mini

node_wattLink

63230000 - Watt-Link

node_wattLink_3Y208

63231100 - Watt-Link 3Y208

node_wattLink_3D240

63232200 - Watt-Link 3D240

node_wattLink_3Y400

63233100 - Watt-Link 3Y400

node_wattLink_3D400

63233200 - Watt-Link 3D400

node_wattLink_3Y480

63234100 - Watt-Link 3Y480

node_wattLink_3D480

63234200 - Watt-Link 3D480

node_wattLink_3Y600

63235100 - Watt-Link 3Y600

node_mvPerVLink

63250200 - mV/V-Link - REMOVED: support removed, this model number now mapped to PT-Link-200

node_ptLink200

63250200 - PT-Link-200

node_rtdLink

63260000 - RTD-Link

node_shmLink2_cust1_oldNumber

63290000 - SHM-Link 2 - Custom 1 (old model number)

node_shmLink2_cust1

63290100 - SHM-Link 2 - Custom 1

node_shmLink200

63290200 - SHM-Link 200

node_shmLink201

63290150 - SHM-Link 201 - Rosette - 3000 resistance

node_shmLink201_qbridge_1K

63290151 - SHM-Link 201 - Quarter Bridge - 1K resistance

node_shmLink201_qbridge_348

63290152 - SHM-Link 201 - Quarter Bridge - 348 resistance

node_shmLink201_hbridge_1K

63290153 - SHM-Link 201 - Half Bridge - 1K resistance

node_shmLink201_hbridge_348

63290154 - SHM-Link 201 - Half Bridge - 348 resistance

node_shmLink201_fullbridge

63290155 - SHM-Link 201 - Full Bridge

node_shmLink210_fullbridge

63290170 - SHM-Link 210 - Full Bridge

node_shmLink210_qbridge_3K

63290171 - SHM-Link 210 - Quarter Bridge - 3K OHM

node_torqueLink

63309999 - Torque-Link

node_torqueLink200_3ch

63313000 - Torque-Link-200-3ch

node_torqueLink200

63319999 - Torque-Link-200

node_torqueLink200_3ch_s

63323350 - Torque-Link-200-3ch

node_sgLink_herm

65010000 - SG-Link-Hermetic

node_sgLink_herm_2600

65011110 - SG-Link-Hermetic 2600 belt assembly

node_sgLink_herm_2700

65011210 - SG-Link-Hermetic 2700 belt assembly

node_sgLink_herm_2800

65011310 - SG-Link-Hermetic 2800 belt assembly

node_sgLink_herm_2900

65011410 - SG-Link-Hermetic 2900 belt assembly

node_wirelessImpactSensor

65080000 - Wireless Impact Sensor

node_gLink_200_40g_s

65226001 - G-Link-200 40g (custom default configuration)

-
- -
-
BaseModel
-

The model numbers for each of the Wireless Base Stations

base_wsda_1000

63140050  -WSDA-1000

base_wsda_1500

63141500  -WSDA-1500

base_wsda_2000

63142000  -WSDA-2000

base_wsdaBase_200

63072040  -WSDA-Base-200 (USB)

base_wsdaBase_200_extAntenna

63072140  -WSDA-Base-200 (USB) - External Antenna

base_wsdaBase_101_analog

63071010  -WSDA-Base-101 (Analog)

base_wsdaBase_102_rs232

63071020  -WSDA-Base-102 (RS232)

base_wsdaBase_104_usb

63071040  -WSDA-Base-104 (USB)

base_wsi_104

63072000  -WSI/104

base_wsdaBase_mini

63079999  -WSDA-Base-Mini

-
- -
-
Functions
-
- -
-
nodeFromLegacyModel
-
static NodeModel nodeFromLegacyModel(
uint16 legacyModel
)
-

Gets the NodeModel from the legacy node model number.

Parameters
legacyModel
uint16

The legacy model number.

Returns

The NodeModel for the node.

Exceptions

  • Error: Unknown model number.

-
- -
-
baseFromLegacyModel
-
static BaseModel baseFromLegacyModel(
uint16 legacyModel
)
-

Gets the BaseModel from the legacy base station model number.

Parameters
legacyModel
uint16

The legacy model number.

Returns

The BaseModel for the base station.

Exceptions

  • Error: Unknown model number.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/WirelessNode-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/WirelessNode-h-Summary.js deleted file mode 100644 index b0f1f967c..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/WirelessNode-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/WirelessNode.h","WirelessNode.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/WirelessNode.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[7905,0,0,"WirelessNode","WirelessNode"],[7906,0,2,"Functions","WirelessNode.Functions"],[7907,0,1,"WirelessNode","WirelessNode.WirelessNode"],[7908,0,1,"~WirelessNode","WirelessNode.~WirelessNode"],[7909,0,1,"Mock","WirelessNode.Mock"],[7910,0,1,"Mock","WirelessNode.Mock(2)"],[7911,0,2,"Variables","WirelessNode.Variables"],[7912,0,3,"m_impl","WirelessNode.m_impl"],[7913,0,2,"Functions","WirelessNode.Functions(2)"],[7914,0,1,"deviceName","WirelessNode.deviceName"],[7915,0,1,"features","WirelessNode.features"],[7916,0,1,"lastCommunicationTime","WirelessNode.lastCommunicationTime"],[7917,0,1,"lastDeviceState","WirelessNode.lastDeviceState"],[7918,0,1,"setBaseStation","WirelessNode.setBaseStation"],[7919,0,1,"getBaseStation","WirelessNode.getBaseStation"],[7920,0,1,"hasBaseStation","WirelessNode.hasBaseStation"],[7921,0,1,"useGroupRead","WirelessNode.useGroupRead"],[7922,0,1,"readWriteRetries","WirelessNode.readWriteRetries"],[7923,0,1,"readWriteRetries","WirelessNode.readWriteRetries(2)"],[7924,0,1,"useEepromCache","WirelessNode.useEepromCache"],[7925,0,1,"clearEepromCache","WirelessNode.clearEepromCache"],[7926,0,1,"updateEepromCacheFromNodeDiscovery","WirelessNode.updateEepromCacheFromNodeDiscovery"],[7927,0,1,"getEepromCache","WirelessNode.getEepromCache"],[7928,0,1,"nodeAddress","WirelessNode.nodeAddress"],[7929,0,1,"frequency","WirelessNode.frequency"],[7930,0,1,"communicationProtocol","WirelessNode.communicationProtocol"],[7931,0,1,"firmwareVersion","WirelessNode.firmwareVersion"],[7932,0,1,"model","WirelessNode.model"],[7933,0,1,"serial","WirelessNode.serial"],[7934,0,1,"name","WirelessNode.name"],[7935,0,1,"microcontroller","WirelessNode.microcontroller"],[7936,0,1,"radioFeatures","WirelessNode.radioFeatures"],[7937,0,1,"dataStorageSize","WirelessNode.dataStorageSize"],[7938,0,1,"regionCode","WirelessNode.regionCode"],[7939,0,1,"ping","WirelessNode.ping"],[7940,0,1,"sleep","WirelessNode.sleep"],[7941,0,1,"cyclePower","WirelessNode.cyclePower"],[7942,0,1,"resetRadio","WirelessNode.resetRadio"],[7943,0,1,"changeFrequency","WirelessNode.changeFrequency"],[7944,0,1,"setToIdle","WirelessNode.setToIdle"],[7945,0,1,"erase","WirelessNode.erase"],[7946,0,1,"startNonSyncSampling","WirelessNode.startNonSyncSampling"],[7947,0,1,"resendStartSyncSampling","WirelessNode.resendStartSyncSampling"],[7948,0,1,"clearHistogram","WirelessNode.clearHistogram"],[7949,0,1,"autoBalance","WirelessNode.autoBalance"],[7950,0,1,"autoCal_shmLink","WirelessNode.autoCal_shmLink"],[7951,0,1,"autoCal_shmLink201","WirelessNode.autoCal_shmLink201"],[7952,0,1,"autoShuntCal","WirelessNode.autoShuntCal"],[7953,0,1,"poll","WirelessNode.poll"],[7954,0,1,"readEeprom","WirelessNode.readEeprom"],[7955,0,1,"writeEeprom","WirelessNode.writeEeprom"],[7956,0,1,"getDiagnosticInfo","WirelessNode.getDiagnosticInfo"],[7957,0,1,"testCommunicationProtocol","WirelessNode.testCommunicationProtocol"],[7958,0,1,"verifyConfig","WirelessNode.verifyConfig"],[7959,0,1,"applyConfig","WirelessNode.applyConfig"],[7960,0,1,"getNumDatalogSessions","WirelessNode.getNumDatalogSessions"],[7961,0,1,"percentFull","WirelessNode.percentFull"],[7962,0,1,"getDefaultMode","WirelessNode.getDefaultMode"],[7963,0,1,"getInactivityTimeout","WirelessNode.getInactivityTimeout"],[7964,0,1,"getCheckRadioInterval","WirelessNode.getCheckRadioInterval"],[7965,0,1,"getTransmitPower","WirelessNode.getTransmitPower"],[7966,0,1,"getSamplingMode","WirelessNode.getSamplingMode"],[7967,0,1,"getActiveChannels","WirelessNode.getActiveChannels"],[7968,0,1,"getSampleRate","WirelessNode.getSampleRate"],[7969,0,1,"getNumSweeps","WirelessNode.getNumSweeps"],[7970,0,1,"getUnlimitedDuration","WirelessNode.getUnlimitedDuration"],[7971,0,1,"getDataFormat","WirelessNode.getDataFormat"],[7972,0,1,"getDataCollectionMethod","WirelessNode.getDataCollectionMethod"],[7973,0,1,"getTimeBetweenBursts","WirelessNode.getTimeBetweenBursts"],[7974,0,1,"getLostBeaconTimeout","WirelessNode.getLostBeaconTimeout"],[7975,0,1,"getInputRange","WirelessNode.getInputRange"],[7976,0,1,"getHardwareOffset","WirelessNode.getHardwareOffset"],[7977,0,1,"getAntiAliasingFilter","WirelessNode.getAntiAliasingFilter"],[7978,0,1,"getCfcFilterConfiguration","WirelessNode.getCfcFilterConfiguration"],[7979,0,1,"getLowPassFilter","WirelessNode.getLowPassFilter"],[7980,0,1,"getHighPassFilter","WirelessNode.getHighPassFilter"],[7981,0,1,"getDebounceFilter","WirelessNode.getDebounceFilter"],[7982,0,1,"getPullUpResistor","WirelessNode.getPullUpResistor"],[7983,0,1,"getSensorOutputMode","WirelessNode.getSensorOutputMode"],[7984,0,1,"getGaugeFactor","WirelessNode.getGaugeFactor"],[7985,0,1,"getExcitationVoltage","WirelessNode.getExcitationVoltage"],[7986,0,1,"getAdcVoltageRef","WirelessNode.getAdcVoltageRef"],[7987,0,1,"getGainAmplifierVoltageRef","WirelessNode.getGainAmplifierVoltageRef"],[7988,0,1,"getGaugeResistance","WirelessNode.getGaugeResistance"],[7989,0,1,"getNumActiveGauges","WirelessNode.getNumActiveGauges"],[7990,0,1,"getLowBatteryThreshold","WirelessNode.getLowBatteryThreshold"],[7991,0,1,"getLinearEquation","WirelessNode.getLinearEquation"],[7992,0,1,"getUnit","WirelessNode.getUnit"],[7993,0,1,"getEquationType","WirelessNode.getEquationType"],[7994,0,1,"getFactoryCalibrationLinearEq","WirelessNode.getFactoryCalibrationLinearEq"],[7995,0,1,"getFactoryCalibrationUnit","WirelessNode.getFactoryCalibrationUnit"],[7996,0,1,"getFactoryCalibrationEqType","WirelessNode.getFactoryCalibrationEqType"],[7997,0,1,"getFilterSettlingTime","WirelessNode.getFilterSettlingTime"],[7998,0,1,"getThermocoupleType","WirelessNode.getThermocoupleType"],[7999,0,1,"getTempSensorOptions","WirelessNode.getTempSensorOptions"],[8000,0,1,"getFatigueOptions","WirelessNode.getFatigueOptions"],[8001,0,1,"getHistogramOptions","WirelessNode.getHistogramOptions"],[8002,0,1,"getActivitySense","WirelessNode.getActivitySense"],[8003,0,1,"getEventTriggerOptions","WirelessNode.getEventTriggerOptions"],[8004,0,1,"getDiagnosticInterval","WirelessNode.getDiagnosticInterval"],[8005,0,1,"getStorageLimitMode","WirelessNode.getStorageLimitMode"],[8006,0,1,"getSensorDelay","WirelessNode.getSensorDelay"],[8007,0,1,"getDataMode","WirelessNode.getDataMode"],[8008,0,1,"getDerivedDataRate","WirelessNode.getDerivedDataRate"],[8009,0,1,"getDerivedChannelMask","WirelessNode.getDerivedChannelMask"],[8010,0,1,"getDerivedVelocityUnit","WirelessNode.getDerivedVelocityUnit"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/WirelessNode-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/WirelessNode-h-SummaryToolTips.js deleted file mode 100644 index 9b042abca..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/WirelessNode-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/WirelessNode.h",{7905:"
WirelessNode
A class representing a MicroStrain wireless node
",7907:"
WirelessNode(
NodeAddress nodeAddress,
const BaseStation &basestation
)
Creates a WirelessNode object
",7908:"
virtual ~WirelessNode()
Destroys a WirelessNode object
",7909:"
static WirelessNode Mock(
NodeAddress nodeAddress,
const BaseStation &basestation,
const NodeInfo &info
)
Static function to create a Mock WirelessNode (won\'t actually talk to a physical device).
",7910:"
static WirelessNode Mock(
NodeAddress nodeAddress,
const BaseStation &basestation,
const NodeInfo &info,
const WirelessTypes::EepromMap &initialEepromCache
)
Static function to create a Mock WirelessNode (won\'t actually talk to a physical device).
",7912:"
std::shared_ptr<WirelessNode_Impl> m_impl
The WirelessNode_Impl class that contains all the implementation logic for the WirelessNode class.
",7914:"
static std::string deviceName(
NodeAddress nodeAddress
)
Static function for creating the universal sensor name that should be used for SensorCloud.
",7915:"
const NodeFeatures& features() const
Gets a reference to the NodeFeatures for this Node.  Note: This will be invalid when the WirelessNode is destroyed.
",7916:"
const Timestamp& lastCommunicationTime() const
Gets the Timestamp for the last time MSCL communicated with the Node.  Note: EEPROM reads using the cache will not update this timestamp.
",7917:"
DeviceState lastDeviceState() const
Gets the last known DeviceState for the Node.  This device state is updated by diagnostic packets, as well as when operations are performed by MSCL, such as setting a Node to idle.
",7918:"
void setBaseStation(
const BaseStation &basestation
)
Sets the node\'s parent Base Station, which will perform all communication with the node
",7919:"
BaseStation& getBaseStation()
Gets a reference to the BaseStation that is assigned to this Node.
",7920:"
bool hasBaseStation(
const BaseStation &basestation
) const
Checks whether the given BaseStation is the same BaseStation that is assigned to this Node.
",7921:"
void useGroupRead(
bool useGroup
)
Enables or disables the use of group eeprom read when trying to read a single value (enabled by default).  Note:  In most cases, leaving this enabled will provide better performance, allowing the cache to be built quicker, requiring less communication to the actual device. However, in some cases such as with very high traffic, it may be beneficial to restrict reads to use the single commands, as the packets are smaller over the air.
",7922:"
void readWriteRetries(
uint8 numRetries
)
Sets the number of retry attempts for reading and writing config options with the Node.  By default, the number of retries is 0.  Note:  The timeout that is set per command will be per read and write attempt, meaning this retry number is multiplied by the timeout for your overall timeout.
",7923:"
uint8 readWriteRetries() const
Gets the number of retry attempts for reading and writing config options with the Node.  By default, the number of retries is 0.  Note:  The timeout that is set per command will be per read and write attempt, meaning this retry number is multiplied by the timeout for your overall timeout.
",7924:"
void useEepromCache(
bool useCache
)
Sets whether or not to utilize the eeprom cache when configuring this Node (enabled by default). This can be enabled/disabled at any time.  It is highly recommended to have eeprom caching be enabled.  Note:  The eeprom cache stores the last known value that was written to / read from the Node for each eeprom location. If this is enabled, any reads will get the last known value from the cache if it exists, and any writes will not write to the Node if the value attempting to be written is the same as that stored in the cache. Caching of these values will still be performed if this is disabled, however, read and write operations will then always reach out to the actual device.
",7925:"
void clearEepromCache()
Clears the eeprom cache for this Node.
",7926:"
void updateEepromCacheFromNodeDiscovery(
const NodeDiscovery &nodeDisovery
)
Updates the Node\'s eeprom cache with information from the NodeDiscovery object.  Note: Take caution when using this function that the NodeDiscovery object actually belongs to this WirelessNode.
",7927:"
WirelessTypes::EepromMap getEepromCache() const
Gets a copy of the eeprom cache as a WirelessTypes::EepromMap.
",7928:"
NodeAddress nodeAddress() const
Gets the node address of the Node.
",7929:"
WirelessTypes::Frequency frequency() const
Gets the frequency that the Node is on.
",7930:"
WirelessTypes::CommProtocol communicationProtocol() const
Gets the WirelessTypes::CommProtocol that the Node is currently set to use.
",7931:"
Version firmwareVersion() const
Gets the firmware version of the Node.
",7932:"
WirelessModels::NodeModel model() const
Gets the model of the Node.
",7933:"
std::string serial() const
Gets the serial number of the Node.
",7934:"
std::string name() const
Gets the name of the Node. This is the universal sensor name that should be used for uploading to SensorCloud.  This is the same as calling WirelessNode::deviceName.
",7935:"
WirelessTypes::MicroControllerType microcontroller() const
Gets the microcontroller of the Node.
",7936:"
RadioFeatures radioFeatures() const
Gets the RadioFeatures of the Node.
",7937:"
uint64 dataStorageSize() const
Gets the number of bytes available for data storage on the Node.
",7938:"
WirelessTypes::RegionCode regionCode() const
Gets the region code currently set on the Node.
",7939:"
PingResponse ping()
Performs a Long Ping command on the Node to check the communication between the Base Station and the Node.  The response to this command contains the Node and BaseStation RSSI values.
",7940:"
bool sleep()
Puts the Node into a low power, sleep mode.  This command attempts to ping the node before sending the sleep command, to verify communication.
",7941:"
void cyclePower()
Cycles the power on the Node.  Many configuration changes that are applied to the node do not take affect until the power is cycled.
",7942:"
void resetRadio()
Resets the radio on the Node.
",7943:"
void changeFrequency(
WirelessTypes::Frequency frequency
)
Changes the radio frequency of the Node.  Note: If successful, the Node will be put onto a different frequency than its parent base station.  It is up to the user of MSCL to switch the base station to this frequency if you wish to communicate with it.
",7944:"
SetToIdleStatus setToIdle()
Attempts to set the Node to the Idle state.  This will stop the node from sampling or sleeping, and put it into an idle state so that it may be communicated with (configured, started sampling, etc).  This operation may take several seconds to complete. The returned SetToIdleStatus object may be used to determine the current status of the Set to Idle operation.
",7945:"
void erase()
Erases all logged data on the Node.  Note: Erasing the data on the Node may take up to 30 seconds to complete for some devices.  This command will return immediately while the Node is being erased.  If you wish to check the status of the Erase operation, you can continuously ping the Node. A successful ping means the erase has completed.
",7946:"
bool startNonSyncSampling()
Starts the Node in Non-Synchronized Sampling Mode.  This will immediately start the Node sampling, with the current Sampling settings that are applied to the Node.  Note: To start the Node in Synchronized Sampling Mode, use the SyncSamplingNetwork class.
",7947:"
bool resendStartSyncSampling()
Important!: Use the SyncSamplingNetwork to start a Node in Sync Sampling mode.  Advanced Function that sends the Start Sync Sampling command to the individual Node. This command is useful when you have already used the SyncSamplingNetwork object to start a network of Nodes, but need to resend the start command to a Node. For instance, if you had to set a node to idle, and haven\'t changed any configuration settings. Note that this command does not enable a beacon, which is needed for a Sync Sampling network to be running.  Warning: This function is rarely what you want to use to start Sync Sampling. Instead, you should create a SyncSamplingNetwork object.  Failing to use the SyncSamplingNetwork object can cause the network to be misconfigured, and result in loss of data.
",7948:"
void clearHistogram()
Clears the Histogram on the Node.  See Also: NodeFeatures::supportsHistogramConfig
",7949:"
AutoBalanceResult autoBalance(
const ChannelMask &mask,
float targetPercent
)
Performs an Auto Balance command on a specified channel on the Node.  This adjusts the sensor offset for differential channels to affect range.
",7950:"
AutoCalResult_shmLink autoCal_shmLink()
Performs automatic calibration for the SHM-Link Wireless Node.  See Also: NodeFeatures::supportsAutoCal_shm
",7951:"
AutoCalResult_shmLink201 autoCal_shmLink201()
Performs automatic calibration for the SHM-Link-201 Wireless Node.  See Also: NodeFeatures::supportsAutoCal_shm201
",7952:"
AutoShuntCalResult autoShuntCal(
const ChannelMask &mask,
const ShuntCalCmdInfo &commandInfo
)
Performs automatic shunt calibration for a specified ChannelMask on supported Nodes.
",7953:"
WirelessPollData poll(
const ChannelMask &mask
)
Polls the WirelessNode to get a single sweep of calibrated data.
",7954:"
uint16 readEeprom(
uint16 location
) const
Reads a uint16 from the given eeprom location of the node. This may use a page download or a read eeprom command.  If the value stored in the eeprom cache is still valid, this will be returned instead.  Note: This is an advanced command. In most cases you should use the built in commands for reading a Node\'s configuration options.
",7955:"
void writeEeprom(
uint16 location,
uint16 value
)
Writes a uint16 to the given eeprom location of the node.  If successful, the cache will be updated with the changed value as well.  Note: This is an advanced command. In most cases you should use the built in commands for changing a Node\'s configuration options.
",7956:"
ChannelData getDiagnosticInfo()
Performs an immediate request for the Node\'s Diagnostic Info.  Note: Nodes can also be configured to transmit Diagnostic Info data packets at a specified Diagnostic Interval via the WirelessNodeConfig object.
",7957:"
bool testCommunicationProtocol(
WirelessTypes::CommProtocol protocol
)
Tests if the Node will still be able to communicate after changing the Node\'s communication protocol.  This is recommended to be used before changing communication protocol as the range can change between protocol modes.  Note: Both the Node and BaseStation will return to the current protocol after this test.
",7958:"
bool verifyConfig(
const WirelessNodeConfig &config,
ConfigIssues &outIssues
) const
Checks whether the settings in the given WirelessNodeConfig are ok to be written to the Node.  Options that are set will also be validated against each other. If an option that needs to be validated isn\'t currently set, it will be read from the Node.  (ex. if sample rate is set, but sampling mode isn\'t, the sampling mode will be read from the Node for validating the sample rate)
",7959:"
void applyConfig(
const WirelessNodeConfig &config
)
Applies a WirelessNodeConfig to the Node.  Note: This applies all options that have been set in the WirelessNodeConfig.  Before applying, the options will be validated. It is recommended that you perform this validation yourself first by using verifyConfig.
",7960:"
uint16 getNumDatalogSessions() const
Reads the number of datalog sessions that are currently stored on the Node.
",7961:"
float percentFull() const
Gets the internal datalogging memory percentage that is currently stored on the Node.
",7962:"
WirelessTypes::DefaultMode getDefaultMode() const
Reads the WirelessTypes::DefaultMode that is currently set on the Node.
",7963:"
uint16 getInactivityTimeout() const
Reads the user inactivity timeout that is currently set on the Node.  This controls how many seconds before the Node goes to sleep when idle.
",7964:"
uint8 getCheckRadioInterval() const
Reads the check radio interval that is currently set on the Node.  This controls how often the Node wakes up from sleep to check for commands.
",7965:"
WirelessTypes::TransmitPower getTransmitPower() const
Reads the WirelessTypes::TransmitPower that is currently set on the Node.
",7966:"
WirelessTypes::SamplingMode getSamplingMode() const
Gets the WirelessTypes::SamplingMode that is currently set on the Node.
",7967:"
ChannelMask getActiveChannels() const
Gets the ChannelMask currently set on the Node, representing which channels are enabled and disabled.
",7968:"
WirelessTypes::WirelessSampleRate getSampleRate() const
Gets the WirelessTypes::WirelessSampleRate currently set on the Node.
",7969:"
uint32 getNumSweeps() const
Gets the number of sweeps currently set on the Node, which affects the duration of sampling if unlimited duration is disabled, or the duration of each burst if the sampling mode is Sync Sampling Burst.
",7970:"
bool getUnlimitedDuration() const
Gets whether or not unlimited sampling duration is enabled on the Node.
",7971:"
WirelessTypes::DataFormat getDataFormat() const
Gets the WirelessTypes::DataFormat that is currently set on the Node.
",7972:"
WirelessTypes::DataCollectionMethod getDataCollectionMethod() const
Gets the WirelessTypes::DataCollectionMethod that is currently set on the Node, representing how the data will be collected.  Note: this has no affect if the sampling mode is Armed Datalogging, as this mode only operates in "log only".
",7973:"
TimeSpan getTimeBetweenBursts() const
Gets the amount of time between each burst currently set on the Node.  This is only used if the sampling mode is Synchronized Sampling Burst.
",7974:"
uint16 getLostBeaconTimeout() const
Gets the lost beacon timeout, in minutes, currently set on the Node.  If the Node is Sync Sampling and loses the beacon for a length of time greater than this value, then the node drops into a sleep mode. The Node will re-enter sync sampling within 2 minutes of the beacon reappearing.  Note: A value of 0 means the lost beacon timeout is disabled.  See Also: NodeFeatures::supportsLostBeaconTimeout
",7975:"
WirelessTypes::InputRange getInputRange(
const ChannelMask &mask
) const
Reads the Input Range of the specified ChannelMask currently set on the Node.  See Also: NodeFeatures::channelGroups, NodeFeatures::supportsInputRange
",7976:"
uint16 getHardwareOffset(
const ChannelMask &mask
) const
Reads the hardware offset of the specified ChannelMask currently set on the Node.  See Also: NodeFeatures::channelGroups, NodeFeatures::supportsHardwareOffset
",7977:"
WirelessTypes::Filter getAntiAliasingFilter(
const ChannelMask &mask
) const
Reads the Anti-Aliasing Filter of the specified ChannelMask currently set on the Node.  See Also: NodeFeatures::channelGroups, NodeFeatures::supportsAntiAliasingFilter
",7978:"
WirelessTypes::ChannelFrequencyClass getCfcFilterConfiguration() const
Reads the channel frequency class filter option set on the Node.  See Also: NodeFeatures::supportsCfcFilterConfiguration
",7979:"
WirelessTypes::Filter getLowPassFilter(
const ChannelMask &mask
) const
Reads the Low-Pass Filter of the specified ChannelMask currently set on the Node.  See Also: NodeFeatures::channelGroups, NodeFeatures::supportsLowPassFilter
",7980:"
WirelessTypes::HighPassFilter getHighPassFilter(
const ChannelMask &mask
) const
Reads the High-Pass Filter of the specified ChannelMask currently set on the Node.  See Also: NodeFeatures::channelGroups, NodeFeatures::supportsHighPassFilter
",7981:"
uint16 getDebounceFilter(
const ChannelMask &mask
) const
Reads the Debounce Filter of the specified ChannelMask currently set on the Node.  See Also: NodeFeatures::channelGroups, NodeFeatures::supportsDebounceFilter
",7982:"
bool getPullUpResistor(
const ChannelMask &mask
) const
Gets whether or not the pull-up resistor is enabled on the Node.
",7983:"
WirelessTypes::SensorOutputMode getSensorOutputMode() const
Gets the WirelessTypes::SensorOutputMode currently set on the Node.
",7984:"
float getGaugeFactor(
const ChannelMask &mask
) const
Reads the gauge factor of the specified ChannelMask currently set on the Node.  See Also: NodeFeatures::channelGroups, NodeFeatures::supportsGaugeFactor
",7985:"
WirelessTypes::Voltage getExcitationVoltage() const
Reads the Excitation WirelessTypes::Voltage currently set on the Node.
",7986:"
WirelessTypes::Voltage getAdcVoltageRef() const
Reads the ADC WirelessTypes::Voltage Reference of the Node.
",7987:"
WirelessTypes::Voltage getGainAmplifierVoltageRef() const
Reads the Gain Amplifier WirelessTypes::Voltage Reference of the Node.
",7988:"
uint16 getGaugeResistance() const
Reads the gauge resistance currently set on the Node.  See Also: NodeFeatures::supportsGaugeResistance
",7989:"
uint16 getNumActiveGauges() const
Reads the Number of Active Gauges currently set on the Node.  See Also: NodeFeatures::supportsNumActiveGauges
",7990:"
float getLowBatteryThreshold() const
Reads the threshold at which the low battery diagnostic flag is sent.
",7991:"
LinearEquation getLinearEquation(
const ChannelMask &mask
) const
Gets the linear equation of the specified ChannelMask currently set on the Node.
",7992:"
WirelessTypes::CalCoef_Unit getUnit(
const ChannelMask &mask
) const
Reads the unit of the specified ChannelMask currently set on the Node.  Note: This unit is just used for reference (such as when downloading logged data) and does not affect the actual data value.
",7993:"
WirelessTypes::CalCoef_EquationType getEquationType(
const ChannelMask &mask
) const
Reads the WirelessTypes::CalCoef_EquationType of the specified ChannelMask currently set on the Node.
",7994:"
LinearEquation getFactoryCalibrationLinearEq(
const ChannelMask &mask
) const
Gets the factory-calibrated linear equation for the specified ChannelMask.
",7995:"
WirelessTypes::CalCoef_Unit getFactoryCalibrationUnit(
const ChannelMask &mask
) const
Reads the factory calibration unit for the specified ChannelMask.
",7996:"
WirelessTypes::CalCoef_EquationType getFactoryCalibrationEqType(
const ChannelMask &mask
) const
Reads the factory calibration WirelessTypes::CalCoef_EquationType for the specified ChannelMask.
",7997:"
WirelessTypes::SettlingTime getFilterSettlingTime(
const ChannelMask &mask
) const
Gets the filter settling time of the specified ChannelMask currently set on the Node.  See Also: NodeFeatures::channelGroups
",7998:"
WirelessTypes::ThermocoupleType getThermocoupleType(
const ChannelMask &mask
) const
Reads the WirelessTypes::ThermocoupleType of the specified ChannelMask currently set on the Node.  See Also: NodeFeatures::channelGroups
",7999:"
TempSensorOptions getTempSensorOptions(
const ChannelMask &mask
) const
Reads the TempSensorOptions of the specified ChannelMask currently set on the Node.  See Also: NodeFeatures::channelGroups
",8000:"
FatigueOptions getFatigueOptions() const
Reads the FatigueOptions currently set on the Node.  See Also: NodeFeatures::supportsFatigueConfig
",8001:"
HistogramOptions getHistogramOptions() const
Reads the HistogramOptions currently set on the Node.  See Also: NodeFeatures::supportsHistogramConfig
",8002:"
ActivitySense getActivitySense() const
Reads the ActivitySense options currently set on the Node.  See Also: NodeFeatures::supportsActivitySense
",8003:"
EventTriggerOptions getEventTriggerOptions() const
Reads the EventTriggerOptions currently set on the Node.  See Also: NodeFeatures::supportsEventTrigger
",8004:"
uint16 getDiagnosticInterval() const
Reads the interval (in seconds) at which the diagnostic info is configured to be sent.  See Also: NodeFeatures::supportsDiagnosticInfo
",8005:"
WirelessTypes::StorageLimitMode getStorageLimitMode() const
Reads the WirelessTypes::StorageLimitMode that the Node is configured for.  This determines what happens when the datalogging storage limit is reached on the Node.
",8006:"
uint32 getSensorDelay() const
Reads the sensor delay (in microseconds) that is currently set on the Node.  Note: A value of <WirelessNodeConfig::SENSOR_DELAY_ALWAYS_ON> indicates that the sensor is always on.
",8007:"
WirelessTypes::DataMode getDataMode() const
Reads the WirelessTypes::DataMode that is currently set on the Node.
",8008:"
WirelessTypes::WirelessSampleRate getDerivedDataRate() const
Reads the WirelessTypes::WirelessSampleRate for all Derived Data Channels that is currently set on the Node.
",8009:"
ChannelMask getDerivedChannelMask(
WirelessTypes::DerivedCategory category
) const
Reads the ChannelMask for an individual WirelessTypes::DerivedCategory that is currently set on the Node.  This represents which of the actual Node\'s channels are set to be mapped to derived channels.  For example, if the mask for RMS has ch1 and ch3 active, ch1RMS and ch3RMS channels will be output.
",8010:"
WirelessTypes::DerivedVelocityUnit getDerivedVelocityUnit() const
Reads the WirelessTypes::DerivedVelocityUnit which indicates which unit the Velocity derived channel is set to.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/WirelessNode-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/WirelessNode-h-ToolTips.js deleted file mode 100644 index 4284d009a..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/WirelessNode-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({2559:"
InertialNode
A class representing a MicroStrain Inertial Node
",5460:"
PingResponse
Represents the response to a Long Ping Node command
",5516:"
SetToIdleStatus
Holds the status information of the Set to Idle command.
",5730:"
AutoCalResult_shmLink
Holds the result information from an autoCal_shmLink command.
",5748:"
AutoCalResult_shmLink201
Holds the result information from an autoCal_shmLink201 command.
",5772:"
AutoShuntCalResult
Holds the result information from an autoCal_shunt command.
",5835:"
AutoBalanceResult
Represents the result from an AutoBalance command.
",5844:"
Contains data for the shunt AutoCal command.
",5869:"
WirelessNodeConfig
Class used for setting the configuration of WirelessNode objects.  Set all the configuration values that you want to change, then verify and apply them to a Node.
",5984:"
uint16 hardwareOffset(
const ChannelMask &mask
) const
Gets the hardware offset for the given ChannelMask in this Config object, if set.
",6074:"
TempSensorOptions
Options to adjust the temperature sensor for a WirelessNode.
",6555:"
HistogramOptions
Contains all of the Histogram options that can be configured for a WirelessNode.
",6582:"
FatigueOptions
Contains all of the fatigue options that can be configured for a WirelessNode.
",6635:"
EventTriggerOptions
Contains all of the Event Trigger options that can be configured for a WirelessNode.
",6683:"
ConfigIssue
Holds information on a specific configuration issue.
",6840:"
ActivitySense
Contains all of the ActivitySense options that can be configured for a WirelessNode.  Activity Sense is a power saving feature that allows a Node to be in a low-power state when no activity is suspected, and then immediately jump to its normal sampling state when a certain activity threshold is reached.
",6858:"
Holds information (read from eeprom) about a WirelessNode.
",7396:"
NodeFeatures
Contains information on which features are supported by a WirelessNode.
",7418:"
ChannelGroups channelGroups() const
Gets the ChannelGroups supported by this Node.
",7421:"
virtual bool supportsInputRange() const
Checks if the Node supports Input Range for any of its ChannelGroups.
",7423:"
virtual bool supportsHardwareOffset() const
Checks if the Node supports Hardware Offset for any of its ChannelGroups.
",7424:"
virtual bool supportsAntiAliasingFilter() const
Checks if the Node supports Anti-Aliasing Filter for any of its ChannelGroups.
",7425:"
virtual bool supportsLowPassFilter() const
Checks if the Node supports Low-Pass Filter for any of its ChannelGroups.
",7426:"
virtual bool supportsHighPassFilter() const
Checks if the Node supports High-Pass Filter for any of its ChannelGroups.
",7427:"
virtual bool supportsGaugeFactor() const
Checks if the Node supports Gauge Factor for any of its ChannelGroups.
",7428:"
virtual bool supportsGaugeResistance() const
Checks if the Node supports the Gauge Resistance option.
",7429:"
virtual bool supportsNumActiveGauges() const
Checks if the Node supports the Number of Active Gauges option.
",7430:"
virtual bool supportsLostBeaconTimeout() const
Checks if the Node supports the Lost Beacon Timeout option.
",7435:"
virtual bool supportsDebounceFilter() const
Checks if the Node supports the Debounce Filter configuration for any of its ChannelGroups.
",7436:"
virtual bool supportsFatigueConfig() const
Checks if the Node supports FatigueOptions configuration.
",7441:"
virtual bool supportsHistogramConfig() const
Checks if the Node supports HistogramOptions configuration.
",7444:"
virtual bool supportsActivitySense() const
Checks if the Node supports the ActivitySense feature.
",7447:"
virtual bool supportsAutoCal_shm() const
Checks if the Node supports the AutoCal SHM-Link command.
",7448:"
virtual bool supportsAutoCal_shm201() const
Checks if the Node supports the AutoCal SHM-Link-201 command.
",7452:"
virtual bool supportsEventTrigger() const
Checks if the Node supports Event Trigger sampling.
",7453:"
virtual bool supportsDiagnosticInfo() const
Checks if the Node supports sending Diagnostic Info.
",7459:"
virtual bool supportsCfcFilterConfiguration() const
Checks if the Node supports configuration of the channel frequency class filter.
",7789:"
The model numbers for each of the Wireless Nodes.
",7905:"
WirelessNode
A class representing a MicroStrain wireless node
",7907:"
WirelessNode(
NodeAddress nodeAddress,
const BaseStation &basestation
)
Creates a WirelessNode object
",7914:"
static std::string deviceName(
NodeAddress nodeAddress
)
Static function for creating the universal sensor name that should be used for SensorCloud.
",7928:"
NodeAddress nodeAddress() const
Gets the node address of the Node.
",7958:"
bool verifyConfig(
const WirelessNodeConfig &config,
ConfigIssues &outIssues
) const
Checks whether the settings in the given WirelessNodeConfig are ok to be written to the Node.  Options that are set will also be validated against each other. If an option that needs to be validated isn\'t currently set, it will be read from the Node.  (ex. if sample rate is set, but sampling mode isn\'t, the sampling mode will be read from the Node for validating the sample rate)
",7976:"
uint16 getHardwareOffset(
const ChannelMask &mask
) const
Reads the hardware offset of the specified ChannelMask currently set on the Node.  See Also: NodeFeatures::channelGroups, NodeFeatures::supportsHardwareOffset
",8011:"
WirelessDataPoint
Represents a single channel\'s data point within a sweep
",8293:"
SyncSamplingNetwork
Used to configure and start a Synchronized Sampling network of wireless nodes.
",8428:"
RadioFeatures
Represents radio features of a WirelessNode.
",8500:"
NodeDiscovery
Represents 1 node discovery, which is created when a Wireless Node Discovery packet is sent from a Node.  Note: There are multiple versions of Node Discovery packets which have been developed over time.  Each version has added more useful information. If an earlier version of the Node Discovery packet is heard, this NodeDiscovery object will have some information be invalid (set to default values).
",8566:"
Represents the types of microcontrollers possible on the Wireless Devices.
",8574:"
Represents the types of data collection methods that can be performed on the Node.
",8594:"
Represents the types of data formats that Nodes can be configured to send when sampling.
",8604:"
Represents the types of sampling modes the Node can be in.
",8611:"
Represents the types of default modes the Node can have.  This is the mode the Node starts in, as well as the mode the node goes into after an inactivity timeout.
",8617:"
Represents the frequency (channel) that can be used for Wireless Devices.
",8635:"
Represents the transmit powers that can be used for Wireless Devices.
",8655:"
Represents the equation types that can be used for calibration coefficients on Wireless Nodes.
",8658:"
Represents the unit types that can be used for calibration coefficients on Wireless Nodes.
",8782:"
Represents the settling times used for thermocouple and voltage inputs on some Wireless Nodes.
",8799:"
Represents the thermocouple types supported by some Wireless Nodes.
",8830:"
The possible sample rates that are available for Wireless Nodes.
",8885:"
The possible region codes for the device.
",8952:"
The filter options (used for anti-aliasing and low-pass filter)
",8989:"
The high pass filter options.
",8992:"
The channel frequency class filter options.
",8996:"
The options available for configuring what happens when the storage limit is reached when logging to a Node.
",8999:"
The options available for input range on supported Nodes.
",9136:"
Available Data Modes.
",9141:"
Available Derived Channel Categories for configuration.
",9154:"
The options that can be configured for the velocity derived channel.
",9155:"
Available Communication Protocol types.
",9158:"
Available Voltages.
",9168:"
Available Sensor Output Modes.
",9186:"
Typedef for a map of eeprom locations (uint16) to values (uint16).
",9207:"
WirelessNode_Impl
Contains the implementation logic for a WirelessNode.  Most WirelessNode commands call these commands.
",9478:"
ChannelMask
Represents the channel mask (active and inactive channels) for a WirelessNode.
",9710:"
BaseStation
Represents a MicroStrain Base Station object
",9881:"
LinearEquation
Represents a linear equation (y = mx + b).
",10245:"
typedef for a Node\'s node address.
",10274:"
The possible states a device can be in.
",10291:"
Timestamp
Represents a date/time object
",10328:"
TimeSpan
Represents a range of time
",10409:"
Version
Class that represents, and provides helper functions for, a Version number
",10453:"
Error_NotSupported
A command/feature was attempted to be used that was not supported.
",10457:"
Error_NoData
There is no data available to be accessed
",10468:"
Error_Communication
The exception for failing to communicate with a device.
",10472:"
Error_NodeCommunication
The exception for failing to communicate with a WirelessNode.
",10479:"
Error_Connection
The generic connection exception.
",10511:"
Error_InvalidNodeConfig
The Configuration for a WirelessNode is invalid.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/WirelessNode-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/WirelessNode-h.html deleted file mode 100644 index a97fce92d..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/WirelessNode-h.html +++ /dev/null @@ -1,641 +0,0 @@ - - -WirelessNode.h - - - - - - - -
-
WirelessNode
-
WirelessNode
-

A class representing a MicroStrain wireless node

See Also

InertialNode

-
- -
-
Functions
-
- -
-
WirelessNode
-
WirelessNode(
NodeAddress nodeAddress,
const BaseStation &basestation
)
-

Creates a WirelessNode object

Parameters
nodeAddress
NodeAddress

the node address of the node

basestation
const BaseStation&

the node's parent Base Station

-
- -
-
~WirelessNode
-
virtual ~WirelessNode()
-

Destroys a WirelessNode object

-
- -
-
Mock
-
static WirelessNode Mock(
NodeAddress nodeAddress,
const BaseStation &basestation,
const NodeInfo &info
)
-

Static function to create a Mock WirelessNode (won't actually talk to a physical device).

Parameters
nodeAddress
NodeAddress

the node address of the node

basestation
const BaseStation&

the node's parent Base Station (should be a Mock BaseStation).

info
const NodeInfo&

The NodeInfo to use for creating the mock Node.

Returns

A WirelessNode object with a mock implementation.

-
- -
-
Mock
-
static WirelessNode Mock(
NodeAddress nodeAddress,
const BaseStation &basestation,
const NodeInfo &info,
const WirelessTypes::EepromMap &initialEepromCache
)
-

Static function to create a Mock WirelessNode (won't actually talk to a physical device).

Parameters
nodeAddress
NodeAddress

the node address of the node

basestation
const BaseStation&

the node's parent Base Station (should be a Mock BaseStation).

info
const NodeInfo&

The NodeInfo to use for creating the mock Node.

initialEepromCache
const WirelessTypes::EepromMap&

The WirelessTypes::EepromMap to use as the Node's initial eeprom cache.

Returns

A WirelessNode object with a mock implementation.

-
- -
-
Variables
-
- -
-
m_impl
-
std::shared_ptr<WirelessNode_Impl> m_impl
-

The WirelessNode_Impl class that contains all the implementation logic for the WirelessNode class.

-
- -
-
Functions
-
- -
-
deviceName
-
static std::string deviceName(
NodeAddress nodeAddress
)
-

Static function for creating the universal sensor name that should be used for SensorCloud.

Parameters
nodeAddress
NodeAddress

The node address of the wireless node. This should be identical to calling the nodeAddress function on a WirelessNode object.

Returns

The universal sensor name.

-
- -
-
features
-
const NodeFeatures& features() const
-

Gets a reference to the NodeFeatures for this Node.  Note: This will be invalid when the WirelessNode is destroyed.

Returns

A NodeFeatures reference containing the features for this Node.

Exceptions
-
- -
-
lastCommunicationTime
-
const Timestamp& lastCommunicationTime() const
-

Gets the Timestamp for the last time MSCL communicated with the Node.  Note: EEPROM reads using the cache will not update this timestamp.

Returns

A Timestamp representing the last time MSCL communicated with the Node.

Exceptions

  • Error_NoData: There is no communication time logged for this Node.

-
- -
-
lastDeviceState
-
DeviceState lastDeviceState() const
-

Gets the last known DeviceState for the Node.  This device state is updated by diagnostic packets, as well as when operations are performed by MSCL, such as setting a Node to idle.

Returns

The last known DeviceState.

-
- -
-
setBaseStation
-
void setBaseStation(
const BaseStation &basestation
)
-

Sets the node's parent Base Station, which will perform all communication with the node

Parameters
base

the BaseStation object to be assigned to the node, which will perform all communication with the node

-
- -
-
getBaseStation
-
BaseStation& getBaseStation()
-

Gets a reference to the BaseStation that is assigned to this Node.

Returns

A reference to the BaseStation that is assigned to this Node.

-
- -
-
hasBaseStation
-
bool hasBaseStation(
const BaseStation &basestation
) const
-

Checks whether the given BaseStation is the same BaseStation that is assigned to this Node.

Parameters
basestation
const BaseStation&

The BaseStation to check if it is the same as this Node's parent BaseStation.

Returns

true if the basestation is the same as this Node's parent BaseStation, false if it is different.

-
- -
-
useGroupRead
-
void useGroupRead(
bool useGroup
)
-

Enables or disables the use of group eeprom read when trying to read a single value (enabled by default).  Note:  In most cases, leaving this enabled will provide better performance, allowing the cache to be built quicker, requiring less communication to the actual device. However, in some cases such as with very high traffic, it may be beneficial to restrict reads to use the single commands, as the packets are smaller over the air.

Parameters
useGroup
bool

Whether the group eeprom read commands can be used (true) or whether to restrict to single eeprom reads (false).

-
- -
-
readWriteRetries
-
void readWriteRetries(
uint8 numRetries
)
-

Sets the number of retry attempts for reading and writing config options with the Node.  By default, the number of retries is 0.  Note:  The timeout that is set per command will be per read and write attempt, meaning this retry number is multiplied by the timeout for your overall timeout.

Parameters
numRetries
uint8

The number of retries to set for reading and writing config options with the Node.

-
- -
-
readWriteRetries
-
uint8 readWriteRetries() const
-

Gets the number of retry attempts for reading and writing config options with the Node.  By default, the number of retries is 0.  Note:  The timeout that is set per command will be per read and write attempt, meaning this retry number is multiplied by the timeout for your overall timeout.

Returns

The number of retries to set for reading and writing config options with the Node.

-
- -
-
useEepromCache
-
void useEepromCache(
bool useCache
)
-

Sets whether or not to utilize the eeprom cache when configuring this Node (enabled by default). This can be enabled/disabled at any time.  It is highly recommended to have eeprom caching be enabled.  Note:  The eeprom cache stores the last known value that was written to / read from the Node for each eeprom location. If this is enabled, any reads will get the last known value from the cache if it exists, and any writes will not write to the Node if the value attempting to be written is the same as that stored in the cache. Caching of these values will still be performed if this is disabled, however, read and write operations will then always reach out to the actual device.

Parameters
useCache
bool

whether the eeprom cache should be used (true) or not (false).

-
- -
-
clearEepromCache
-
void clearEepromCache()
-

Clears the eeprom cache for this Node.

-
- -
-
updateEepromCacheFromNodeDiscovery
-
void updateEepromCacheFromNodeDiscovery(
const NodeDiscovery &nodeDisovery
)
-

Updates the Node's eeprom cache with information from the NodeDiscovery object.  Note: Take caution when using this function that the NodeDiscovery object actually belongs to this WirelessNode.

Parameters
nodeDiscovery

The NodeDiscovery object to update the cache with.

-
- -
-
getEepromCache
-
WirelessTypes::EepromMap getEepromCache() const
-

Gets a copy of the eeprom cache as a WirelessTypes::EepromMap.

Returns

A WirelessTypes::EepromMap of the current eeprom cache.

-
- -
-
nodeAddress
-
NodeAddress nodeAddress() const
-

Gets the node address of the Node.

Returns

The node address of the Node

-
- -
-
frequency
-
WirelessTypes::Frequency frequency() const
-

Gets the frequency that the Node is on.

Returns

A WirelessTypes::Frequency that the Node is on.

Exceptions
-
- -
-
communicationProtocol
-
WirelessTypes::CommProtocol communicationProtocol() const
-

Gets the WirelessTypes::CommProtocol that the Node is currently set to use.

Returns

The WirelessTypes::CommProtocol that the Node is currently set to use.

Exceptions
-
- -
-
firmwareVersion
-
Version firmwareVersion() const
-

Gets the firmware version of the Node.

Returns

A Version representing the firmware version of the Node.

Exceptions
-
- -
-
model
- -

Gets the model of the Node.

Returns

A WirelessModels::NodeModel representing the model of the Node.

Exceptions
-
- -
-
serial
-
std::string serial() const
-

Gets the serial number of the Node.

Returns

A string representing the serial number of the Node.

Exceptions
-
- -
-
name
-
std::string name() const
-

Gets the name of the Node. This is the universal sensor name that should be used for uploading to SensorCloud.  This is the same as calling WirelessNode::deviceName.

Returns

The universal sensor name.

-
- -
-
microcontroller
-
WirelessTypes::MicroControllerType microcontroller() const
-

Gets the microcontroller of the Node.

Returns

A WirelessTypes::MicroControllerType representing the microcontroller of the Node.

Exceptions
-
- -
-
radioFeatures
-
RadioFeatures radioFeatures() const
-

Gets the RadioFeatures of the Node.

Returns

The RadioFeatures of the Node.

Exceptions
-
- -
-
dataStorageSize
-
uint64 dataStorageSize() const
-

Gets the number of bytes available for data storage on the Node.

Returns

The number of bytes available

Exceptions
-
- -
-
regionCode
-
WirelessTypes::RegionCode regionCode() const
-

Gets the region code currently set on the Node.

Exceptions
-
- -
-
ping
- -

Performs a Long Ping command on the Node to check the communication between the Base Station and the Node.  The response to this command contains the Node and BaseStation RSSI values.

Returns

A PingResponse object that can be queried to get details of the ping command's response, including RSSI values.

Exceptions
-
- -
-
sleep
-
bool sleep()
-

Puts the Node into a low power, sleep mode.  This command attempts to ping the node before sending the sleep command, to verify communication.

Returns

true if the sleep command was successful, false otherwise.

Exceptions
-
- -
-
cyclePower
-
void cyclePower()
-

Cycles the power on the Node.  Many configuration changes that are applied to the node do not take affect until the power is cycled.

Exceptions
-
- -
-
resetRadio
-
void resetRadio()
-

Resets the radio on the Node.

Exceptions
-
- -
-
changeFrequency
-
void changeFrequency(
WirelessTypes::Frequency frequency
)
-

Changes the radio frequency of the Node.  Note: If successful, the Node will be put onto a different frequency than its parent base station.  It is up to the user of MSCL to switch the base station to this frequency if you wish to communicate with it.

Parameters
frequency
WirelessTypes::Frequency

The WirelessTypes::Frequency to change the Node to.

Exceptions
-
- -
-
setToIdle
-
SetToIdleStatus setToIdle()
-

Attempts to set the Node to the Idle state.  This will stop the node from sampling or sleeping, and put it into an idle state so that it may be communicated with (configured, started sampling, etc).  This operation may take several seconds to complete. The returned SetToIdleStatus object may be used to determine the current status of the Set to Idle operation.

Returns

A SetToIdleStatus object which can be used to get the current status of the ongoing Set to Idle operation, as well as cancel the operation altogether.

Exceptions
-
- -
-
erase
-
void erase()
-

Erases all logged data on the Node.  Note: Erasing the data on the Node may take up to 30 seconds to complete for some devices.  This command will return immediately while the Node is being erased.  If you wish to check the status of the Erase operation, you can continuously ping the Node. A successful ping means the erase has completed.

Exceptions
-
- -
-
startNonSyncSampling
-
bool startNonSyncSampling()
-

Starts the Node in Non-Synchronized Sampling Mode.  This will immediately start the Node sampling, with the current Sampling settings that are applied to the Node.  Note: To start the Node in Synchronized Sampling Mode, use the SyncSamplingNetwork class.

Exceptions
-
- -
-
resendStartSyncSampling
-
bool resendStartSyncSampling()
-

Important!: Use the SyncSamplingNetwork to start a Node in Sync Sampling mode.  Advanced Function that sends the Start Sync Sampling command to the individual Node. This command is useful when you have already used the SyncSamplingNetwork object to start a network of Nodes, but need to resend the start command to a Node. For instance, if you had to set a node to idle, and haven't changed any configuration settings. Note that this command does not enable a beacon, which is needed for a Sync Sampling network to be running.  Warning: This function is rarely what you want to use to start Sync Sampling. Instead, you should create a SyncSamplingNetwork object.  Failing to use the SyncSamplingNetwork object can cause the network to be misconfigured, and result in loss of data.

Returns

true if the node is known to have started sampling, false otherwise.

Exceptions
-
- -
-
clearHistogram
-
void clearHistogram()
-

Clears the Histogram on the Node.  See Also: NodeFeatures::supportsHistogramConfig

Exceptions
-
- -
-
autoBalance
-
AutoBalanceResult autoBalance(
const ChannelMask &mask,
float targetPercent
)
-

Performs an Auto Balance command on a specified channel on the Node.  This adjusts the sensor offset for differential channels to affect range.

See Also: getHardwareOffset, WirelessNodeConfig::hardwareOffset

Parameters
mask
const ChannelMask&

The ChannelMask to perform the auto balance command on.

targetPercent
float

The percentage (0.0 - 100.0) of the range to balance to (low = 25%, midscale = 50%, high = 75%).

Returns

The AutoBalanceResult containing information from the auto balance command.

Exceptions
-
- -
-
autoCal_shmLink
-
AutoCalResult_shmLink autoCal_shmLink()
-

Performs automatic calibration for the SHM-Link Wireless Node.  See Also: NodeFeatures::supportsAutoCal_shm

Returns

The AutoCalResult_shmLink containing the result of the auto cal operation.

Exceptions
-
- -
-
autoCal_shmLink201
-
AutoCalResult_shmLink201 autoCal_shmLink201()
-

Performs automatic calibration for the SHM-Link-201 Wireless Node.  See Also: NodeFeatures::supportsAutoCal_shm201

Returns

The AutoCalResult_shmLink201 containing the result of the auto cal operation.

Exceptions
-
- -
-
autoShuntCal
-
AutoShuntCalResult autoShuntCal(
const ChannelMask &mask,
const ShuntCalCmdInfo &commandInfo
)
-

Performs automatic shunt calibration for a specified ChannelMask on supported Nodes.

Parameters
mask
const ChannelMask&

The ChannelMask to perform the auto cal shunt command on.

commandInfo
const ShuntCalCmdInfo&

The ShuntCalCmdInfo to use for the shunt cal operation.

Returns

The AutoShuntCalResult containing the result of the auto cal operation.  Note: The resulting slope and offset is not applied to the Node. You need to manually apply it if desired.

Exceptions
-
- -
-
poll
-
WirelessPollData poll(
const ChannelMask &mask
)
-

Polls the WirelessNode to get a single sweep of calibrated data.

Parameters
chs

The ChannelMask to poll data for. Note: if a channel is active that isn't supported by the Node, it will be ignored.

Returns

A <WirelessPollData> map holding the result of the poll.

Exceptions
-
- -
-
readEeprom
-
uint16 readEeprom(
uint16 location
) const
-

Reads a uint16 from the given eeprom location of the node. This may use a page download or a read eeprom command.  If the value stored in the eeprom cache is still valid, this will be returned instead.  Note: This is an advanced command. In most cases you should use the built in commands for reading a Node's configuration options.

Parameters
location
uint16

The specific eeprom location to read from

Returns

The uint16 value read from the specified EEPROM location

Exceptions
-
- -
-
writeEeprom
-
void writeEeprom(
uint16 location,
uint16 value
)
-

Writes a uint16 to the given eeprom location of the node.  If successful, the cache will be updated with the changed value as well.  Note: This is an advanced command. In most cases you should use the built in commands for changing a Node's configuration options.

Parameters
location
uint16

The specific eeprom location to write to

value
uint16

The uint16 value to write to the eeprom location

Exceptions
-
- -
-
getDiagnosticInfo
-
ChannelData getDiagnosticInfo()
-

Performs an immediate request for the Node's Diagnostic Info.  Note: Nodes can also be configured to transmit Diagnostic Info data packets at a specified Diagnostic Interval via the WirelessNodeConfig object.

Returns

A <ChannelData> object containing a WirelessDataPoint for each piece of information that was in the Diagnostic Info result.

Exceptions
-
- -
-
testCommunicationProtocol
-
bool testCommunicationProtocol(
WirelessTypes::CommProtocol protocol
)
-

Tests if the Node will still be able to communicate after changing the Node's communication protocol.  This is recommended to be used before changing communication protocol as the range can change between protocol modes.  Note: Both the Node and BaseStation will return to the current protocol after this test.

Parameters
protocol
WirelessTypes::CommProtocol

The WirelessTypes::CommProtocol to test.

Returns

true if the Node had good communication (responded to pings) in the new protocol.

Exceptions

  • Error_NotSupported: The given communication protocol, or the test communication protocol function, is not supported by the Node or BaseStation.

  • Error_NodeCommunication: Failed to communicate with the Wireless Node.

  • Error_Connection: A connection error has occurred with the parent BaseStation.

-
- -
-
verifyConfig
-
bool verifyConfig(
const WirelessNodeConfig &config,
ConfigIssues &outIssues
) const
-

Checks whether the settings in the given WirelessNodeConfig are ok to be written to the Node.  Options that are set will also be validated against each other. If an option that needs to be validated isn't currently set, it will be read from the Node.  (ex. if sample rate is set, but sampling mode isn't, the sampling mode will be read from the Node for validating the sample rate)

Parameters
config
const WirelessNodeConfig&

The WirelessNodeConfig to verify.

outIssues
ConfigIssues&

The ConfigIssues that will hold any resulting issues that are found with the configuration.

Returns

true if the configuration is valid. false if the configuration is invalid and outIssues should be checked for more information.

Exceptions
-
- -
-
applyConfig
-
void applyConfig(
const WirelessNodeConfig &config
)
-

Applies a WirelessNodeConfig to the Node.  Note: This applies all options that have been set in the WirelessNodeConfig.  Before applying, the options will be validated. It is recommended that you perform this validation yourself first by using verifyConfig.

Parameters
config
const WirelessNodeConfig&

The WirelessNodeConfig to apply to the Node.

Exceptions
-
- -
-
getNumDatalogSessions
-
uint16 getNumDatalogSessions() const
-

Reads the number of datalog sessions that are currently stored on the Node.

Returns

The number of datalog sessions that are stored on the Node.

Exceptions
-
- -
-
percentFull
-
float percentFull() const
-

Gets the internal datalogging memory percentage that is currently stored on the Node.

Returns

The percentage (0.0 to 100.0) of datalogging memory that is currently used.

Exceptions
-
- -
-
getDefaultMode
-
WirelessTypes::DefaultMode getDefaultMode() const
-

Reads the WirelessTypes::DefaultMode that is currently set on the Node.

Returns

The default mode that is currently set on the Node.

Exceptions
-
- -
-
getInactivityTimeout
-
uint16 getInactivityTimeout() const
-

Reads the user inactivity timeout that is currently set on the Node.  This controls how many seconds before the Node goes to sleep when idle.

Returns

The user inactivity timeout (in seconds) that is currently set on the Node.  Note: A value of 65535 (0xFFFF) disables the inactivity timeout so that the Node never goes to sleep.

Exceptions
-
- -
-
getCheckRadioInterval
-
uint8 getCheckRadioInterval() const
-

Reads the check radio interval that is currently set on the Node.  This controls how often the Node wakes up from sleep to check for commands.

Returns

The check radio interval (in seconds) that is currently set on the Node.

Exceptions
-
- -
-
getTransmitPower
-
WirelessTypes::TransmitPower getTransmitPower() const
-

Reads the WirelessTypes::TransmitPower that is currently set on the Node.

Returns

The WirelessTypes::TransmitPower that is currently set on the Node.

Exceptions
-
- -
-
getSamplingMode
-
WirelessTypes::SamplingMode getSamplingMode() const
-

Gets the WirelessTypes::SamplingMode that is currently set on the Node.

Returns

The WirelessTypes::SamplingMode that is currently set on the Node.

Exceptions
-
- -
-
getActiveChannels
-
ChannelMask getActiveChannels() const
-

Gets the ChannelMask currently set on the Node, representing which channels are enabled and disabled.

Returns

The ChannelMask currently set on the Node.

Exceptions
-
- -
-
getSampleRate
-
WirelessTypes::WirelessSampleRate getSampleRate() const
-

Gets the WirelessTypes::WirelessSampleRate currently set on the Node.

Returns

A WirelessTypes::WirelessSampleRate that is currently set on the Node.

Exceptions
-
- -
-
getNumSweeps
-
uint32 getNumSweeps() const
-

Gets the number of sweeps currently set on the Node, which affects the duration of sampling if unlimited duration is disabled, or the duration of each burst if the sampling mode is Sync Sampling Burst.

Returns

The number of sweeps currently set on the Node.

Exceptions
-
- -
-
getUnlimitedDuration
-
bool getUnlimitedDuration() const
-

Gets whether or not unlimited sampling duration is enabled on the Node.

Returns

true if unlimited sampling duration is enabled on the Node, false if it is disabled.

Exceptions
-
- -
-
getDataFormat
-
WirelessTypes::DataFormat getDataFormat() const
-

Gets the WirelessTypes::DataFormat that is currently set on the Node.

Returns

The WirelessTypes::DataFormat currently set on the Node.

Exceptions
-
- -
-
getDataCollectionMethod
-
WirelessTypes::DataCollectionMethod getDataCollectionMethod() const
-

Gets the WirelessTypes::DataCollectionMethod that is currently set on the Node, representing how the data will be collected.  Note: this has no affect if the sampling mode is Armed Datalogging, as this mode only operates in "log only".

Returns

The WirelessTypes::DataCollectionMethod currently set on the Node.

Exceptions
-
- -
-
getTimeBetweenBursts
-
TimeSpan getTimeBetweenBursts() const
-

Gets the amount of time between each burst currently set on the Node.  This is only used if the sampling mode is Synchronized Sampling Burst.

Returns

A TimeSpan representing the amount of time between each burst currently set on the Node.

Exceptions
-
- -
-
getLostBeaconTimeout
-
uint16 getLostBeaconTimeout() const
-

Gets the lost beacon timeout, in minutes, currently set on the Node.  If the Node is Sync Sampling and loses the beacon for a length of time greater than this value, then the node drops into a sleep mode. The Node will re-enter sync sampling within 2 minutes of the beacon reappearing.  Note: A value of 0 means the lost beacon timeout is disabled.  See Also: NodeFeatures::supportsLostBeaconTimeout

Returns

The lost beacon timeout, in minutes, currently set on the Node.

Exceptions
-
- -
-
getInputRange
-
WirelessTypes::InputRange getInputRange(
const ChannelMask &mask
) const
-

Reads the Input Range of the specified ChannelMask currently set on the Node.  See Also: NodeFeatures::channelGroups, NodeFeatures::supportsInputRange

Parameters
mask
const ChannelMask&

The ChannelMask of the Input Range to read.

Returns

The WirelessTypes::InputRange currently set on the Node for the ChannelMask.  Note: if the input range in eeprom is not supported, <WirelessTypes::InputRange::range_invalid> will be returned.

Exceptions
-
- -
-
getHardwareOffset
-
uint16 getHardwareOffset(
const ChannelMask &mask
) const
-

Reads the hardware offset of the specified ChannelMask currently set on the Node.  See Also: NodeFeatures::channelGroups, NodeFeatures::supportsHardwareOffset

Parameters
mask
const ChannelMask&

The ChannelMask of the hardware offset to read.

Returns

The hardware offset currently set on the Node for the ChannelMask.

Exceptions
-
- -
-
getAntiAliasingFilter
-
WirelessTypes::Filter getAntiAliasingFilter(
const ChannelMask &mask
) const
-

Reads the Anti-Aliasing Filter of the specified ChannelMask currently set on the Node.  See Also: NodeFeatures::channelGroups, NodeFeatures::supportsAntiAliasingFilter

Parameters
mask
const ChannelMask&

The ChannelMask of the anti-aliasing filter to read.

Returns

The Anti-Aliasing WirelessTypes::Filter currently set on the Node for the ChannelMask.

Exceptions
-
- -
-
getCfcFilterConfiguration
-
WirelessTypes::ChannelFrequencyClass getCfcFilterConfiguration() const
-

Reads the channel frequency class filter option set on the Node.  See Also: NodeFeatures::supportsCfcFilterConfiguration

Returns

The WirelessTypes::ChannelFrequencyClass currently set on the Node.

Exceptions
-
- -
-
getLowPassFilter
-
WirelessTypes::Filter getLowPassFilter(
const ChannelMask &mask
) const
-

Reads the Low-Pass Filter of the specified ChannelMask currently set on the Node.  See Also: NodeFeatures::channelGroups, NodeFeatures::supportsLowPassFilter

Parameters
mask
const ChannelMask&

The ChannelMask of the low-pass filter to read.

Returns

The Low-Pass WirelessTypes::Filter currently set on the Node for the ChannelMask.

Exceptions
-
- -
-
getHighPassFilter
-
WirelessTypes::HighPassFilter getHighPassFilter(
const ChannelMask &mask
) const
-

Reads the High-Pass Filter of the specified ChannelMask currently set on the Node.  See Also: NodeFeatures::channelGroups, NodeFeatures::supportsHighPassFilter

Parameters
mask
const ChannelMask&

The ChannelMask of the high-pass filter to read.

Returns

The WirelessTypes::HighPassFilter currently set on the Node for the ChannelMask.

Exceptions
-
- -
-
getDebounceFilter
-
uint16 getDebounceFilter(
const ChannelMask &mask
) const
-

Reads the Debounce Filter of the specified ChannelMask currently set on the Node.  See Also: NodeFeatures::channelGroups, NodeFeatures::supportsDebounceFilter

Parameters
mask
const ChannelMask&

The ChannelMask of the debounce filter to read.

Returns

The debounce filter currently set on the Node, in milliseconds.

Exceptions
-
- -
-
getPullUpResistor
-
bool getPullUpResistor(
const ChannelMask &mask
) const
-

Gets whether or not the pull-up resistor is enabled on the Node.

Parameters
mask
const ChannelMask&

The ChannelMask of the pull-up resistor to read.

Returns

true if the pull-up resistor is enabled on the Node, false if it is disabled.

Exceptions
-
- -
-
getSensorOutputMode
-
WirelessTypes::SensorOutputMode getSensorOutputMode() const
-

Gets the WirelessTypes::SensorOutputMode currently set on the Node.

Returns

The WirelessTypes::SensorOutputMode currently set on the Node.

Exceptions
-
- -
-
getGaugeFactor
-
float getGaugeFactor(
const ChannelMask &mask
) const
-

Reads the gauge factor of the specified ChannelMask currently set on the Node.  See Also: NodeFeatures::channelGroups, NodeFeatures::supportsGaugeFactor

Parameters
mask
const ChannelMask&

The ChannelMask of the gauge factor to read.

Returns

The gauge factor currently set on the Node for the ChannelMask.

Exceptions
-
- -
-
getExcitationVoltage
-
WirelessTypes::Voltage getExcitationVoltage() const
-

Reads the Excitation WirelessTypes::Voltage currently set on the Node.

Returns

The WirelessTypes::Voltage currently set on the Node.

Exceptions
-
- -
-
getAdcVoltageRef
-
WirelessTypes::Voltage getAdcVoltageRef() const
-

Reads the ADC WirelessTypes::Voltage Reference of the Node.

Returns

The ADC WirelessTypes::Voltage Reference of the Node.

Exceptions
-
- -
-
getGainAmplifierVoltageRef
-
WirelessTypes::Voltage getGainAmplifierVoltageRef() const
-

Reads the Gain Amplifier WirelessTypes::Voltage Reference of the Node.

Returns

The Gain Amplifier WirelessTypes::Voltage Reference of the Node.

Exceptions
-
- -
-
getGaugeResistance
-
uint16 getGaugeResistance() const
-

Reads the gauge resistance currently set on the Node.  See Also: NodeFeatures::supportsGaugeResistance

Returns

The gauge resistance currently set on the Node.

Exceptions
-
- -
-
getNumActiveGauges
-
uint16 getNumActiveGauges() const
-

Reads the Number of Active Gauges currently set on the Node.  See Also: NodeFeatures::supportsNumActiveGauges

Returns

The Number of Active Gauges currently set on the Node.

Exceptions
-
- -
-
getLowBatteryThreshold
-
float getLowBatteryThreshold() const
-

Reads the threshold at which the low battery diagnostic flag is sent.

Returns

The low battery threshold, in Volts.

Exceptions
-
- -
-
getLinearEquation
-
LinearEquation getLinearEquation(
const ChannelMask &mask
) const
-

Gets the linear equation of the specified ChannelMask currently set on the Node.

Parameters
mask
const ChannelMask&

The ChannelMask of the linear equation to read.

Returns

A LinearEquation object representing the linear equation that is applied to this ChannelMask.

Exceptions
-
- -
-
getUnit
-
WirelessTypes::CalCoef_Unit getUnit(
const ChannelMask &mask
) const
-

Reads the unit of the specified ChannelMask currently set on the Node.  Note: This unit is just used for reference (such as when downloading logged data) and does not affect the actual data value.

Parameters
mask
const ChannelMask&

The ChannelMask of the unit to read.

Returns

The WirelessTypes::CalCoef_Unit that is applied to this ChannelMask

Exceptions
-
- -
-
getEquationType
-
WirelessTypes::CalCoef_EquationType getEquationType(
const ChannelMask &mask
) const
-

Reads the WirelessTypes::CalCoef_EquationType of the specified ChannelMask currently set on the Node.

Parameters
mask
const ChannelMask&

The ChannelMask of the equation type to read.

Returns

The WirelessTypes::CalCoef_EquationType currently set on the Node for this ChannelMask.

Exceptions
-
- -
-
getFactoryCalibrationLinearEq
-
LinearEquation getFactoryCalibrationLinearEq(
const ChannelMask &mask
) const
-

Gets the factory-calibrated linear equation for the specified ChannelMask.

Parameters
mask
const ChannelMask&

The ChannelMask of the linear equation to read.

Returns

A LinearEquation object representing the linear equation that was set during factory calibration.

Exceptions
-
- -
-
getFactoryCalibrationUnit
-
WirelessTypes::CalCoef_Unit getFactoryCalibrationUnit(
const ChannelMask &mask
) const
-

Reads the factory calibration unit for the specified ChannelMask.

Parameters
mask
const ChannelMask&

The ChannelMask of the unit to read.

Returns

The WirelessTypes::CalCoef_Unit used during factory calibration of this ChannelMask

Exceptions
-
- -
-
getFactoryCalibrationEqType
-
WirelessTypes::CalCoef_EquationType getFactoryCalibrationEqType(
const ChannelMask &mask
) const
-

Reads the factory calibration WirelessTypes::CalCoef_EquationType for the specified ChannelMask.

Parameters
mask
const ChannelMask&

The ChannelMask of the equation type to read.

Returns

The WirelessTypes::CalCoef_EquationType set during factory calibration for this ChannelMask.

Exceptions
-
- -
-
getFilterSettlingTime
-
WirelessTypes::SettlingTime getFilterSettlingTime(
const ChannelMask &mask
) const
-

Gets the filter settling time of the specified ChannelMask currently set on the Node.  See Also: NodeFeatures::channelGroups

Parameters
mask
const ChannelMask&

The ChannelMask of the filter settling time to read.

Returns

The WirelessTypes::SettlingTime currently set on the Node for the ChannelMask.

Exceptions
-
- -
-
getThermocoupleType
-
WirelessTypes::ThermocoupleType getThermocoupleType(
const ChannelMask &mask
) const
-

Reads the WirelessTypes::ThermocoupleType of the specified ChannelMask currently set on the Node.  See Also: NodeFeatures::channelGroups

Parameters
mask
const ChannelMask&

The ChannelMask of the thermocouple type to read.

Returns

The WirelessTypes::ThermocoupleType currently set on the Node for the ChannelMask.

Exceptions
-
- -
-
getTempSensorOptions
-
TempSensorOptions getTempSensorOptions(
const ChannelMask &mask
) const
-

Reads the TempSensorOptions of the specified ChannelMask currently set on the Node.  See Also: NodeFeatures::channelGroups

Parameters
mask
const ChannelMask&

The ChannelMask indication which channel(s) the TempSensorOptions should be read for.

Returns

The TempSensorOptions currently set on the Node for the ChannelMask.

Exceptions
-
- -
-
getFatigueOptions
-
FatigueOptions getFatigueOptions() const
-

Reads the FatigueOptions currently set on the Node.  See Also: NodeFeatures::supportsFatigueConfig

Returns

The FatigueOptions currently set on the Node.

Exceptions
-
- -
-
getHistogramOptions
-
HistogramOptions getHistogramOptions() const
-

Reads the HistogramOptions currently set on the Node.  See Also: NodeFeatures::supportsHistogramConfig

Returns

The HistogramOptions currently set on the Node.

Exceptions
-
- -
-
getActivitySense
-
ActivitySense getActivitySense() const
-

Reads the ActivitySense options currently set on the Node.  See Also: NodeFeatures::supportsActivitySense

Returns

The ActivitySense options currently set on the Node.

Exceptions
-
- -
-
getEventTriggerOptions
-
EventTriggerOptions getEventTriggerOptions() const
-

Reads the EventTriggerOptions currently set on the Node.  See Also: NodeFeatures::supportsEventTrigger

Returns

The EventTriggerOptions currently set on the Node.

Exceptions
-
- -
-
getDiagnosticInterval
-
uint16 getDiagnosticInterval() const
-

Reads the interval (in seconds) at which the diagnostic info is configured to be sent.  See Also: NodeFeatures::supportsDiagnosticInfo

Returns

The interval (in seconds) at which the diagnostic info is sent. 0 is disabled.

Exceptions
-
- -
-
getStorageLimitMode
-
WirelessTypes::StorageLimitMode getStorageLimitMode() const
-

Reads the WirelessTypes::StorageLimitMode that the Node is configured for.  This determines what happens when the datalogging storage limit is reached on the Node.

Returns

The WirelessTypes::StorageLimitMode that the Node is configured for.

Exceptions
-
- -
-
getSensorDelay
-
uint32 getSensorDelay() const
-

Reads the sensor delay (in microseconds) that is currently set on the Node.  Note: A value of <WirelessNodeConfig::SENSOR_DELAY_ALWAYS_ON> indicates that the sensor is always on.

Returns

The sensor delay (in microseconds) that the sensor delay is set for.  This will be <WirelessNodeConfig::SENSOR_DELAY_ALWAYS_ON> if the sensor is set to Always On.

Exceptions
-
- -
-
getDataMode
-
WirelessTypes::DataMode getDataMode() const
-

Reads the WirelessTypes::DataMode that is currently set on the Node.

Returns

The WirelessTypes::DataMode currently set on the Node.

Exceptions
-
- -
-
getDerivedDataRate
-
WirelessTypes::WirelessSampleRate getDerivedDataRate() const
-

Reads the WirelessTypes::WirelessSampleRate for all Derived Data Channels that is currently set on the Node.

Returns

A WirelessTypes::WirelessSampleRate for all Derived Data Channels that is currently set on the Node.

Exceptions
-
- -
-
getDerivedChannelMask
-
ChannelMask getDerivedChannelMask(
WirelessTypes::DerivedCategory category
) const
-

Reads the ChannelMask for an individual WirelessTypes::DerivedCategory that is currently set on the Node.  This represents which of the actual Node's channels are set to be mapped to derived channels.  For example, if the mask for RMS has ch1 and ch3 active, ch1RMS and ch3RMS channels will be output.

Parameters
category
WirelessTypes::DerivedCategory

The WirelessTypes::DerivedCategory to read the channel mask for.

Returns

A ChannelMask that is currently set on the Node for the requested WirelessTypes::DerivedCategory.

Exceptions
-
- -
-
getDerivedVelocityUnit
-
WirelessTypes::DerivedVelocityUnit getDerivedVelocityUnit() const
-

Reads the WirelessTypes::DerivedVelocityUnit which indicates which unit the Velocity derived channel is set to.

Returns

A WirelessTypes::DerivedVelocityUnit.

Exceptions
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/WirelessNode_Impl-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/WirelessNode_Impl-h-Summary.js deleted file mode 100644 index a3eaa80b0..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/WirelessNode_Impl-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ 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],[9280,0,1,"getLinearEquation","WirelessNode_Impl.getLinearEquation"],[9281,0,1,"getUnit","WirelessNode_Impl.getUnit"],[9282,0,1,"getEquationType","WirelessNode_Impl.getEquationType"],[9283,0,1,"getFactoryCalibrationLinearEq","WirelessNode_Impl.getFactoryCalibrationLinearEq"],[9284,0,1,"getFactoryCalibrationUnit","WirelessNode_Impl.getFactoryCalibrationUnit"],[9285,0,1,"getFactoryCalibrationEqType","WirelessNode_Impl.getFactoryCalibrationEqType"],[9286,0,1,"getFilterSettlingTime","WirelessNode_Impl.getFilterSettlingTime"],[9287,0,1,"getThermocoupleType","WirelessNode_Impl.getThermocoupleType"],[9288,0,1,"getTempSensorOptions","WirelessNode_Impl.getTempSensorOptions"],[9289,0,1,"getFatigueOptions","WirelessNode_Impl.getFatigueOptions"],[9290,0,1,"getHistogramOptions","WirelessNode_Impl.getHistogramOptions"],[9291,0,1,"getActivitySense","WirelessNode_Impl.getActivitySense"],[9292,0,1,"getEventTriggerOptions","WirelessNode_Impl.getEventTriggerOptions"],[9293,0,1,"getDiagnosticInterval","WirelessNode_Impl.getDiagnosticInterval"],[9294,0,1,"getStorageLimitMode","WirelessNode_Impl.getStorageLimitMode"],[9295,0,1,"getSensorDelay","WirelessNode_Impl.getSensorDelay"],[9296,0,1,"getDataMode","WirelessNode_Impl.getDataMode"],[9297,0,1,"getDerivedDataRate","WirelessNode_Impl.getDerivedDataRate"],[9298,0,1,"getDerivedChannelMask","WirelessNode_Impl.getDerivedChannelMask"],[9299,0,1,"getDerivedVelocityUnit","WirelessNode_Impl.getDerivedVelocityUnit"],[9300,0,1,"ping","WirelessNode_Impl.ping"],[9301,0,1,"sleep","WirelessNode_Impl.sleep"],[9302,0,1,"cyclePower","WirelessNode_Impl.cyclePower"],[9303,0,1,"resetRadio","WirelessNode_Impl.resetRadio"],[9304,0,1,"changeFrequency","WirelessNode_Impl.changeFrequency"],[9305,0,1,"setToIdle","WirelessNode_Impl.setToIdle"],[9306,0,1,"erase","WirelessNode_Impl.erase"],[9307,0,1,"startNonSyncSampling","WirelessNode_Impl.startNonSyncSampling"],[9308,0,1,"clearHistogram","WirelessNode_Impl.clearHistogram"],[9309,0,1,"autoBalance","WirelessNode_Impl.autoBalance"],[9310,0,1,"autoCal_shmLink","WirelessNode_Impl.autoCal_shmLink"],[9311,0,1,"autoCal_shmLink201","WirelessNode_Impl.autoCal_shmLink201"],[9312,0,1,"autoShuntCal","WirelessNode_Impl.autoShuntCal"],[9313,0,1,"poll","WirelessNode_Impl.poll"],[9314,0,1,"readEeprom","WirelessNode_Impl.readEeprom"],[9315,0,1,"readEeprom","WirelessNode_Impl.readEeprom(2)"],[9316,0,1,"writeEeprom","WirelessNode_Impl.writeEeprom"],[9317,0,1,"writeEeprom","WirelessNode_Impl.writeEeprom(2)"],[9318,0,1,"getDiagnosticInfo","WirelessNode_Impl.getDiagnosticInfo"],[9319,0,1,"testCommProtocol","WirelessNode_Impl.testCommProtocol"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/WirelessNode_Impl-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/WirelessNode_Impl-h-SummaryToolTips.js deleted file mode 100644 index 848c7f2a2..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/WirelessNode_Impl-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/WirelessNode_Impl.h",{9207:"
WirelessNode_Impl
Contains the implementation logic for a WirelessNode.  Most WirelessNode commands call these commands.
",9209:"
WirelessNode_Impl(
NodeAddress nodeAddress,
const BaseStation &basestation
)
Creates a WirelessNode_Impl object.
",9211:"
NodeAddress m_address
The address of the Node.
",9212:"
BaseStation m_baseStation
The Node\'s parent BaseStation.
",9213:"
NodeEepromSettings m_eepromSettings
The eeprom settings to use for the NodeEeprom object.
",9214:"
mutable std::recursive_mutex m_protocolMutex
The mutex used when determining the device protocol.
",9215:"
mutable std::unique_ptr<WirelessProtocol> m_protocol_lxrs
The WirelessProtocol containing all of the protocol commands and info for this Node when the Node is in LXRS radio mode.
",9216:"
mutable std::unique_ptr<WirelessProtocol> m_protocol_lxrsPlus
The WirelessProtocol containing all of the protocol commands and info for this Node when the Node is in LXRS+ radio mode.
",9217:"
mutable std::unique_ptr<NodeEeprom> m_eeprom
The NodeEeprom that handles reading and writing eeprom values with the Node and eeprom cache.
",9218:"
mutable std::unique_ptr<NodeEepromHelper> m_eepromHelper
The NodeEepromHelper used for high level reads and writes on the Node.
",9219:"
mutable std::unique_ptr<NodeFeatures> m_features
The NodeFeatures containing the features for this Node.
",9221:"
void determineProtocols() const
Determines the WirelessProtocols to use based on the Node\'s ASPP version.  All WirelessProtocol member variables will be updated.
",9222:"
virtual NodeEeprom& eeprom() const
Gets a reference to the NodeEeprom for this Node.
",9223:"
const WirelessProtocol& wirelessProtocol()
Gets a reference to the WirelessProtocol for this Node for the parent BaseStation\'s current comm protocol setting.
",9224:"
NodeEepromHelper& eeHelper() const
Gets a reference to the NodeEepromHelper for this Node.
",9225:"
virtual const NodeFeatures& features() const
Gets a reference to the NodeFeatures for this Node.
",9226:"
virtual const WirelessProtocol& protocol(
WirelessTypes::CommProtocol commProtocol
) const
Gets a reference to the WirelessProtocol for this Node.  Note: This requires communicating to the Node if creating the protocol for the first time.
",9227:"
const Timestamp& lastCommunicationTime() const
Gets the Timestamp for the last time MSCL communicated with the Node.
",9228:"
DeviceState lastDeviceState() const
Gets the last known DeviceState for the Node.
",9229:"
void setBaseStation(
const BaseStation &basestation
)
Sets the node\'s parent Base Station, which will perform all communication with the Node.
",9230:"
BaseStation& getBaseStation()
Gets a reference to the BaseStation that is assigned to this Node.
",9231:"
bool hasBaseStation(
const BaseStation &basestation
) const
Checks whether the given BaseStation is the same BaseStation that is assigned to this Node.
",9232:"
void useGroupRead(
bool useGroup
)
Enables or disables the use of group eeprom read when trying to read a single value (enabled by default).
",9233:"
void setReadWriteRetries(
uint8 numRetries
)
Sets the number of retry attempts for reading and writing with the Node.
",9234:"
uint8 getReadWriteRetries() const
Gets the number of retry attempts for reading and writing config options with the Node.
",9235:"
void useEepromCache(
bool useCache
)
Sets whether or not to utilize the eeprom cache when configuring this Node (default of enabled).
",9236:"
void clearEepromCache()
Clears the eeprom cache for this Node.
",9237:"
WirelessTypes::EepromMap getEepromCache() const
Gets a copy of the eeprom cache as a WirelessTypes::EepromMap.
",9238:"
NodeAddress nodeAddress() const
Gets the node address of the Node.
",9239:"
WirelessTypes::Frequency frequency() const
Gets the WirelessTypes::Frequency that the Node is believed to be on.  If the frequency is unknown, it will be read from Eeprom.
",9240:"
WirelessTypes::CommProtocol communicationProtocol() const
Gets the WirelessTypes::CommProtocol that the Node is currently set to use.
",9241:"
virtual Version firmwareVersion() const
Gets the firmware Version of the Node.
",9242:"
virtual WirelessModels::NodeModel model() const
Gets the WirelessModels::NodeModel of the Node.
",9243:"
virtual std::string serial() const
Gets the serial number of the Node.
",9244:"
virtual WirelessTypes::MicroControllerType microcontroller() const
Gets the WirelessTypes::MicroControllerType of the Node.
",9245:"
virtual RadioFeatures radioFeatures() const
Gets the RadioFeatures of the Node.
",9246:"
virtual uint64 dataStorageSize() const
Gets the number of bytes available for data storage on the Node.
",9247:"
virtual WirelessTypes::RegionCode regionCode() const
Gets the region code currently set on the Node.
",9248:"
bool verifyConfig(
const WirelessNodeConfig &config,
ConfigIssues &outIssues
) const
Checks whether the settings in the given WirelessNodeConfig are ok to be written to the Node.  Options that are set will also be validated against each other. If an option that needs to be validated isn\'t currently set, it will be read from the Node.
",9249:"
void applyConfig(
const WirelessNodeConfig &config
)
Applies a WirelessNodeConfig to the Node.
",9250:"
virtual uint16 getNumDatalogSessions()
Reads the number of datalog sessions that are currently stored on the Node.
",9251:"
virtual float percentFull()
Gets the internal datalogging memory percentage that is currently stored on the Node.
",9252:"
WirelessTypes::DefaultMode getDefaultMode() const
Reads the WirelessTypes::DefaultMode that is currently set on the Node.
",9253:"
uint16 getInactivityTimeout() const
Reads the user inactivity timeout (in seconds) that is currently set on the Node.
",9254:"
uint8 getCheckRadioInterval() const
Reads the check radio interval that is currently set on the Node.
",9255:"
WirelessTypes::TransmitPower getTransmitPower() const
Reads the WirelessTypes::TransmitPower that is currently set on the Node.
",9256:"
WirelessTypes::SamplingMode getSamplingMode() const
Gets the WirelessTypes::SamplingMode that is currently set on the Node.
",9257:"
ChannelMask getActiveChannels() const
Gets the ChannelMask currently set on the Node, representing which channels are enabled and disabled.
",9258:"
WirelessTypes::WirelessSampleRate getSampleRate() const
Gets the WirelessTypes::WirelessSampleRate currently set on the Node.
",9259:"
uint32 getNumSweeps() const
Gets the number of sweeps currently set on the Node, which affects the duration of sampling if unlimited duration is disabled, or the duration of each burst if the sampling mode is Sync Sampling Burst.
",9260:"
bool getUnlimitedDuration() const
Gets whether or not unlimited sampling duration is enabled on the Node.
",9261:"
WirelessTypes::DataFormat getDataFormat() const
Gets the WirelessTypes::DataFormat that is currently set on the Node.
",9262:"
WirelessTypes::DataCollectionMethod getDataCollectionMethod() const
Gets the WirelessTypes::DataCollectionMethod that is currently set on the Node, representing how the data will be collected.  Note: this has no affect if the sampling mode is Armed Datalogging, as this mode only operates in "log only".
",9263:"
TimeSpan getTimeBetweenBursts() const
Gets the amount of time between each burst currently set on the Node.
",9264:"
uint16 getLostBeaconTimeout() const
Gets the lost beacon timeout, in minutes, currently set on the Node.
",9265:"
bool getPullUpResistor(
const ChannelMask &mask
) const
Gets whether or not the pull-up resistor is enabled on the Node.
",9266:"
WirelessTypes::SensorOutputMode getSensorOutputMode() const
Gets the WirelessTypes::SensorOutputMode currently set on the Node.
",9267:"
WirelessTypes::InputRange getInputRange(
const ChannelMask &mask
) const
Reads the input range of the specified ChannelMask.
",9268:"
uint16 getHardwareOffset(
const ChannelMask &mask
) const
Reads the hardware offset of the specified ChannelMask currently set on the Node.
",9269:"
WirelessTypes::Filter getAntiAliasingFilter(
const ChannelMask &mask
) const
Reads the Anti-Aliasing Filter of the specified ChannelMask currently set on the Node.
",9270:"
WirelessTypes::Filter getLowPassFilter(
const ChannelMask &mask
) const
Reads the Low-Pass Filter of the specified ChannelMask currently set on the Node.
",9271:"
WirelessTypes::HighPassFilter getHighPassFilter(
const ChannelMask &mask
) const
Reads the High-Pass Filter of the specified ChannelMask currently set on the Node.
",9272:"
WirelessTypes::ChannelFrequencyClass getCfcFilterConfiguration() const
Reads the channel frequency class filter option set on the Node.  See Also: NodeFeatures::supportsCfcFilterConfiguration
",9273:"
uint16 getDebounceFilter(
const ChannelMask &mask
) const
Reads the Debounce Filter of the specified ChannelMask currently set on the Node.
",9274:"
float getGaugeFactor(
const ChannelMask &mask
) const
Reads the gauge factor of the specified ChannelMask currently set on the Node.
",9275:"
WirelessTypes::Voltage getExcitationVoltage() const
Reads the Excitation WirelessTypes::Voltage currently set on the Node.
",9276:"
WirelessTypes::Voltage getAdcVoltageRef() const
Reads the ADC WirelessTypes::Voltage Reference of the Node.
",9277:"
WirelessTypes::Voltage getGainAmplifierVoltageRef() const
Reads the Gain Amplifier WirelessTypes::Voltage Reference of the Node.
",9278:"
uint16 getGaugeResistance() const
Reads the gauge resistance currently set on the Node.
",9279:"
uint16 getNumActiveGauges() const
Reads the Number of Active Gauges currently set on the Node.
",9280:"
LinearEquation getLinearEquation(
const ChannelMask &mask
) const
Gets the linear equation of the specified ChannelMask currently set on the Node.
",9281:"
WirelessTypes::CalCoef_Unit getUnit(
const ChannelMask &mask
) const
Reads the unit of the specified ChannelMask currently set on the Node.
",9282:"
WirelessTypes::CalCoef_EquationType getEquationType(
const ChannelMask &mask
) const
Reads the WirelessTypes::CalCoef_EquationType of the specified ChannelMask currently set on the Node.
",9283:"
LinearEquation getFactoryCalibrationLinearEq(
const ChannelMask &mask
) const
Gets the factory-calibrated linear equation for the specified ChannelMask.
",9284:"
WirelessTypes::CalCoef_Unit getFactoryCalibrationUnit(
const ChannelMask &mask
) const
Reads the factory calibration unit for the specified ChannelMask.
",9285:"
WirelessTypes::CalCoef_EquationType getFactoryCalibrationEqType(
const ChannelMask &mask
) const
Reads the factory calibration WirelessTypes::CalCoef_EquationType for the specified ChannelMask.
",9286:"
WirelessTypes::SettlingTime getFilterSettlingTime(
const ChannelMask &mask
) const
Reads the filter settling time of the specified ChannelMask.
",9287:"
WirelessTypes::ThermocoupleType getThermocoupleType(
const ChannelMask &mask
) const
Reads the WirelessTypes::ThermocoupleType of the specified ChannelMask currently set on the Node.
",9288:"
TempSensorOptions getTempSensorOptions(
const ChannelMask &mask
) const
Reads the TempSensorOptions of the specified ChannelMask currently set on the Node.
",9289:"
FatigueOptions getFatigueOptions() const
Reads the FatigueOptions currently set on the Node.
",9290:"
HistogramOptions getHistogramOptions() const
Reads the HistogramOptions currently set on the Node.
",9291:"
ActivitySense getActivitySense() const
Reads the ActivitySense options currently set on the Node.
",9292:"
EventTriggerOptions getEventTriggerOptions() const
Reads the EventTriggerOptions currently set on the Node.
",9293:"
uint16 getDiagnosticInterval() const
Reads the interval (in seconds) at which the diagnostic info is configured to be sent.
",9294:"
WirelessTypes::StorageLimitMode getStorageLimitMode() const
Rates the WirelessTypes::StorageLimitMode that the Node is configured for.  This determines what happens when the datalogging storage limit is reached on the Node.
",9295:"
uint32 getSensorDelay() const
Reads the sensor delay (in microseconds) that is currently set on the Node.
",9296:"
WirelessTypes::DataMode getDataMode() const
Reads the WirelessTypes::DataMode that is currently set on the Node.
",9297:"
WirelessTypes::WirelessSampleRate getDerivedDataRate() const
Reads the WirelessTypes::WirelessSampleRate for all Derived Data Channels that is currently set on the Node.
",9298:"
ChannelMask getDerivedChannelMask(
WirelessTypes::DerivedCategory category
) const
Reads the ChannelMask for an individual WirelessTypes::DerivedCategory that is currently set on the Node.  This represents which of the actual Node\'s channels are set to be mapped to derived channels.  For example, if the mask for RMS has ch1 and ch3 active, ch1RMS and ch3RMS channels will be output.
",9299:"
WirelessTypes::DerivedVelocityUnit getDerivedVelocityUnit() const
Reads the WirelessTypes::DerivedVelocityUnit which indicates which unit the Velocity derived channel is set to.
",9300:"
virtual PingResponse ping()
Performs a Long Ping command on the Node to check the communication between the Base Station and the Node.
",9301:"
virtual bool sleep()
Puts the Node into a low power, sleep mode.  This command attempts to ping the node before sending the sleep command, to verify communication.
",9302:"
virtual void cyclePower()
Cycles the power on the Node.  Many configuration changes that are applied to the node do not take affect until the power is cycled.
",9303:"
virtual void resetRadio()
Resets the radio on the Node.
",9304:"
virtual void changeFrequency(
WirelessTypes::Frequency frequency
)
Changes the radio frequency of the Node.
",9305:"
virtual SetToIdleStatus setToIdle()
Attempts to set the Node to the Idle state so that it can be communicated with (stops it sampling, wakes it up if asleep).
",9306:"
virtual void erase()
Erases all logged data on the Node.
",9307:"
virtual bool startNonSyncSampling()
Starts the Node in Non-Synchronized Sampling Mode.
",9308:"
virtual void clearHistogram()
Clears the Histogram on the Node.
",9309:"
virtual AutoBalanceResult autoBalance(
const ChannelMask &mask,
float targetPercent
)
Performs an Auto Balance command on a specified channel on the Node.
",9310:"
virtual AutoCalResult_shmLink autoCal_shmLink()
Performs automatic calibration for the SHM-Link Wireless Node.
",9311:"
virtual AutoCalResult_shmLink201 autoCal_shmLink201()
Performs automatic calibration for the SHM-Link-201 Wireless Node.
",9312:"
virtual AutoShuntCalResult autoShuntCal(
const ChannelMask &mask,
const ShuntCalCmdInfo &commandInfo
)
Performs automatic shunt calibration for a specified ChannelMask on supported Nodes.
",9313:"
WirelessPollData poll(
const ChannelMask &mask
)
Polls the WirelessNode to get a single sweep of calibrated data.
",9314:"
virtual uint16 readEeprom(
uint16 location
) const
Reads a uint16 from the given eeprom location of the node. This may use a page download or a read eeprom command.  If the value stored in the eeprom cache is still valid, this will be returned instead.
",9315:"
virtual Value readEeprom(
const EepromLocation &location
) const
Reads a value from the given EepromLocation of the node. This may use a page download or a read eeprom command.  If the value stored in the eeprom cache is still valid, this will be returned instead.
",9316:"
virtual void writeEeprom(
uint16 location,
uint16 value
)
Writes a uint16 to the given eeprom location of the node.  If successful, the cache will be updated with the changed value as well.
",9317:"
virtual void writeEeprom(
const EepromLocation &location,
const Value &val
)
Writes a value to the given EepromLocation of the node.  If successful, the cache will be updated with the changed value as well.
",9318:"
virtual void getDiagnosticInfo(
ChannelData &result
)
Performs an immediate request for the Node\'s Diagnostic Info.
",9319:"
virtual bool testCommProtocol(
WirelessTypes::CommProtocol commProtocol
)
Tests if the Node will still be able to communicate after changing the Node\'s communication protocol.  This is recommended to be used before changing communication protocol as the range can change between protocol modes.  Note: Both the Node and BaseStation will return to the current protocol after this test.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/WirelessNode_Impl-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/WirelessNode_Impl-h-ToolTips.js deleted file mode 100644 index 9987637e5..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/WirelessNode_Impl-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({5300:"
WirelessProtocol
Class containing protocol information for a device.
",5460:"
PingResponse
Represents the response to a Long Ping Node command
",5516:"
SetToIdleStatus
Holds the status information of the Set to Idle command.
",5730:"
AutoCalResult_shmLink
Holds the result information from an autoCal_shmLink command.
",5748:"
AutoCalResult_shmLink201
Holds the result information from an autoCal_shmLink201 command.
",5772:"
AutoShuntCalResult
Holds the result information from an autoCal_shunt command.
",5835:"
AutoBalanceResult
Represents the result from an AutoBalance command.
",5844:"
Contains data for the shunt AutoCal command.
",5869:"
WirelessNodeConfig
Class used for setting the configuration of WirelessNode objects.  Set all the configuration values that you want to change, then verify and apply them to a Node.
",6074:"
TempSensorOptions
Options to adjust the temperature sensor for a WirelessNode.
",6092:"
The settings for the NodeEeprom object.
",6097:"
NodeEeprom
Used to read and write to Wireless Nodes\' eeproms and provide caching functionality.
",6114:"
NodeEepromHelper
A helper class for reading and writing to a Wireless Node\'s Eeprom.  This class provides eeprom specific parsing so that high-level objects can be converted to their low-level eeprom value equivelent and vice-versa.
",6555:"
HistogramOptions
Contains all of the Histogram options that can be configured for a WirelessNode.
",6582:"
FatigueOptions
Contains all of the fatigue options that can be configured for a WirelessNode.
",6635:"
EventTriggerOptions
Contains all of the Event Trigger options that can be configured for a WirelessNode.
",6654:"
EepromLocation
Represents a single Eeprom Location.
",6683:"
ConfigIssue
Holds information on a specific configuration issue.
",6840:"
ActivitySense
Contains all of the ActivitySense options that can be configured for a WirelessNode.  Activity Sense is a power saving feature that allows a Node to be in a low-power state when no activity is suspected, and then immediately jump to its normal sampling state when a certain activity threshold is reached.
",7396:"
NodeFeatures
Contains information on which features are supported by a WirelessNode.
",7459:"
virtual bool supportsCfcFilterConfiguration() const
Checks if the Node supports configuration of the channel frequency class filter.
",7789:"
The model numbers for each of the Wireless Nodes.
",8428:"
RadioFeatures
Represents radio features of a WirelessNode.
",8566:"
Represents the types of microcontrollers possible on the Wireless Devices.
",8574:"
Represents the types of data collection methods that can be performed on the Node.
",8594:"
Represents the types of data formats that Nodes can be configured to send when sampling.
",8604:"
Represents the types of sampling modes the Node can be in.
",8611:"
Represents the types of default modes the Node can have.  This is the mode the Node starts in, as well as the mode the node goes into after an inactivity timeout.
",8617:"
Represents the frequency (channel) that can be used for Wireless Devices.
",8635:"
Represents the transmit powers that can be used for Wireless Devices.
",8655:"
Represents the equation types that can be used for calibration coefficients on Wireless Nodes.
",8658:"
Represents the unit types that can be used for calibration coefficients on Wireless Nodes.
",8782:"
Represents the settling times used for thermocouple and voltage inputs on some Wireless Nodes.
",8799:"
Represents the thermocouple types supported by some Wireless Nodes.
",8830:"
The possible sample rates that are available for Wireless Nodes.
",8885:"
The possible region codes for the device.
",8952:"
The filter options (used for anti-aliasing and low-pass filter)
",8989:"
The high pass filter options.
",8992:"
The channel frequency class filter options.
",8996:"
The options available for configuring what happens when the storage limit is reached when logging to a Node.
",8999:"
The options available for input range on supported Nodes.
",9136:"
Available Data Modes.
",9141:"
Available Derived Channel Categories for configuration.
",9154:"
The options that can be configured for the velocity derived channel.
",9155:"
Available Communication Protocol types.
",9158:"
Available Voltages.
",9168:"
Available Sensor Output Modes.
",9186:"
Typedef for a map of eeprom locations (uint16) to values (uint16).
",9478:"
ChannelMask
Represents the channel mask (active and inactive channels) for a WirelessNode.
",9710:"
BaseStation
Represents a MicroStrain Base Station object
",9881:"
LinearEquation
Represents a linear equation (y = mx + b).
",10144:"
Value
Represents a single value that can be stored/accessed in multiple ways.
",10245:"
typedef for a Node\'s node address.
",10274:"
The possible states a device can be in.
",10291:"
Timestamp
Represents a date/time object
",10328:"
TimeSpan
Represents a range of time
",10409:"
Version
Class that represents, and provides helper functions for, a Version number
",10453:"
Error_NotSupported
A command/feature was attempted to be used that was not supported.
",10468:"
Error_Communication
The exception for failing to communicate with a device.
",10472:"
Error_NodeCommunication
The exception for failing to communicate with a WirelessNode.
",10479:"
Error_Connection
The generic connection exception.
",10511:"
Error_InvalidNodeConfig
The Configuration for a WirelessNode is invalid.
",8548:"
MockWirelessNode_Impl
Contains the Mock implementation logic for a WirelessNode.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/WirelessNode_Impl-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/WirelessNode_Impl-h.html deleted file mode 100644 index a558fb80c..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/WirelessNode_Impl-h.html +++ /dev/null @@ -1,683 +0,0 @@ - - -WirelessNode_Impl.h - - - - - - - -
-
WirelessNode_Impl
-
WirelessNode_Impl
MockWirelessNode_Impl
-

Contains the implementation logic for a WirelessNode.  Most WirelessNode commands call these commands.

-
- -
-
Functions
-
- -
-
WirelessNode_Impl
-
WirelessNode_Impl(
NodeAddress nodeAddress,
const BaseStation &basestation
)
-

Creates a WirelessNode_Impl object.

Parameters
nodeAddress
NodeAddress

the node address of the node

basestation
const BaseStation&

the node's parent Base Station

-
- -
-
Variables
-
- -
-
m_address
-
NodeAddress m_address
-

The address of the Node.

-
- -
-
m_baseStation
-
BaseStation m_baseStation
-

The Node's parent BaseStation.

-
- -
-
m_eepromSettings
-
NodeEepromSettings m_eepromSettings
-

The eeprom settings to use for the NodeEeprom object.

-
- -
-
m_protocolMutex
-
mutable std::recursive_mutex m_protocolMutex
-

The mutex used when determining the device protocol.

-
- -
-
m_protocol_lxrs
-
mutable std::unique_ptr<WirelessProtocol> m_protocol_lxrs
-

The WirelessProtocol containing all of the protocol commands and info for this Node when the Node is in LXRS radio mode.

-
- -
-
m_protocol_lxrsPlus
-
mutable std::unique_ptr<WirelessProtocol> m_protocol_lxrsPlus
-

The WirelessProtocol containing all of the protocol commands and info for this Node when the Node is in LXRS+ radio mode.

-
- -
-
m_eeprom
-
mutable std::unique_ptr<NodeEeprom> m_eeprom
-

The NodeEeprom that handles reading and writing eeprom values with the Node and eeprom cache.

-
- -
-
m_eepromHelper
-
mutable std::unique_ptr<NodeEepromHelper> m_eepromHelper
-

The NodeEepromHelper used for high level reads and writes on the Node.

-
- -
-
m_features
-
mutable std::unique_ptr<NodeFeatures> m_features
-

The NodeFeatures containing the features for this Node.

-
- -
-
Functions
-
- -
-
determineProtocols
-
void determineProtocols() const
-

Determines the WirelessProtocols to use based on the Node's ASPP version.  All WirelessProtocol member variables will be updated.

-
- -
-
eeprom
-
virtual NodeEeprom& eeprom() const
-

Gets a reference to the NodeEeprom for this Node.

-
- -
-
wirelessProtocol
-
const WirelessProtocol& wirelessProtocol()
-

Gets a reference to the WirelessProtocol for this Node for the parent BaseStation's current comm protocol setting.

-
- -
-
eeHelper
-
NodeEepromHelper& eeHelper() const
-

Gets a reference to the NodeEepromHelper for this Node.

-
- -
-
features
-
virtual const NodeFeatures& features() const
-

Gets a reference to the NodeFeatures for this Node.

Exceptions
-
- -
-
protocol
-
virtual const WirelessProtocol& protocol(
WirelessTypes::CommProtocol commProtocol
) const
-

Gets a reference to the WirelessProtocol for this Node.  Note: This requires communicating to the Node if creating the protocol for the first time.

Parameters
commProtocol
WirelessTypes::CommProtocol

The WirelessTypes::CommProtocol to get the protocol for.

Exceptions
-
- -
-
lastCommunicationTime
-
const Timestamp& lastCommunicationTime() const
-

Gets the Timestamp for the last time MSCL communicated with the Node.

-
- -
-
lastDeviceState
-
DeviceState lastDeviceState() const
-

Gets the last known DeviceState for the Node.

-
- -
-
setBaseStation
-
void setBaseStation(
const BaseStation &basestation
)
-

Sets the node's parent Base Station, which will perform all communication with the Node.

Parameters
basestation
const BaseStation&

the BaseStation object to be assigned to the Node, which will perform all communication with the Node.

-
- -
-
getBaseStation
-
BaseStation& getBaseStation()
-

Gets a reference to the BaseStation that is assigned to this Node.

-
- -
-
hasBaseStation
-
bool hasBaseStation(
const BaseStation &basestation
) const
-

Checks whether the given BaseStation is the same BaseStation that is assigned to this Node.

Parameters
basestation
const BaseStation&

The BaseStation to check if it is the same as this Node's parent BaseStation.

Returns

true if the basestation is the same as this Node's parent BaseStation, false if it is different.

-
- -
-
useGroupRead
-
void useGroupRead(
bool useGroup
)
-

Enables or disables the use of group eeprom read when trying to read a single value (enabled by default).

Parameters
useGroup
bool

Whether the group eeprom read commands can be used (true) or whether to restrict to single eeprom reads (false).

-
- -
-
setReadWriteRetries
-
void setReadWriteRetries(
uint8 numRetries
)
-

Sets the number of retry attempts for reading and writing with the Node.

Parameters
numRetries
uint8

The number of retries to set for all reading and writing with the Node.

-
- -
-
getReadWriteRetries
-
uint8 getReadWriteRetries() const
-

Gets the number of retry attempts for reading and writing config options with the Node.

-
- -
-
useEepromCache
-
void useEepromCache(
bool useCache
)
-

Sets whether or not to utilize the eeprom cache when configuring this Node (default of enabled).

Parameters
useCache
bool

whether the eeprom cache should be used (true) or not (false).

-
- -
-
clearEepromCache
-
void clearEepromCache()
-

Clears the eeprom cache for this Node.

-
- -
-
getEepromCache
-
WirelessTypes::EepromMap getEepromCache() const
-

Gets a copy of the eeprom cache as a WirelessTypes::EepromMap.

-
- -
-
nodeAddress
-
NodeAddress nodeAddress() const
-

Gets the node address of the Node.

Returns

The node address of the Node.

-
- -
-
frequency
-
WirelessTypes::Frequency frequency() const
-

Gets the WirelessTypes::Frequency that the Node is believed to be on.  If the frequency is unknown, it will be read from Eeprom.

Exceptions
-
- -
-
communicationProtocol
-
WirelessTypes::CommProtocol communicationProtocol() const
-

Gets the WirelessTypes::CommProtocol that the Node is currently set to use.

Exceptions
-
- -
-
firmwareVersion
-
virtual Version firmwareVersion() const
-

Gets the firmware Version of the Node.

Exceptions
-
- -
-
model
-
virtual WirelessModels::NodeModel model() const
-

Gets the WirelessModels::NodeModel of the Node.

Exceptions
-
- -
-
serial
-
virtual std::string serial() const
-

Gets the serial number of the Node.

Exceptions
-
- -
-
microcontroller
-
virtual WirelessTypes::MicroControllerType microcontroller() const
-

Gets the WirelessTypes::MicroControllerType of the Node.

Exceptions
-
- -
-
radioFeatures
-
virtual RadioFeatures radioFeatures() const
-

Gets the RadioFeatures of the Node.

Exceptions
-
- -
-
dataStorageSize
-
virtual uint64 dataStorageSize() const
-

Gets the number of bytes available for data storage on the Node.

Exceptions
-
- -
-
regionCode
-
virtual WirelessTypes::RegionCode regionCode() const
-

Gets the region code currently set on the Node.

Exceptions
-
- -
-
verifyConfig
-
bool verifyConfig(
const WirelessNodeConfig &config,
ConfigIssues &outIssues
) const
-

Checks whether the settings in the given WirelessNodeConfig are ok to be written to the Node.  Options that are set will also be validated against each other. If an option that needs to be validated isn't currently set, it will be read from the Node.

Parameters
config
const WirelessNodeConfig&

The WirelessNodeConfig to verify the configuration for.

outIssues
ConfigIssues&

The ConfigIssues that will hold any resulting issues that are found with the configuration.

Returns

true if the configuration is valid. false if the configuration is invalid and outIssues should be checked for more information.

Exceptions
-
- -
-
applyConfig
-
void applyConfig(
const WirelessNodeConfig &config
)
-

Applies a WirelessNodeConfig to the Node.

Parameters
config
const WirelessNodeConfig&

The WirelessNodeConfig to apply to the Node.

Exceptions
-
- -
-
getNumDatalogSessions
-
virtual uint16 getNumDatalogSessions()
-

Reads the number of datalog sessions that are currently stored on the Node.

Exceptions
-
- -
-
percentFull
-
virtual float percentFull()
-

Gets the internal datalogging memory percentage that is currently stored on the Node.

Exceptions
-
- -
-
getDefaultMode
-
WirelessTypes::DefaultMode getDefaultMode() const
-

Reads the WirelessTypes::DefaultMode that is currently set on the Node.

Exceptions
-
- -
-
getInactivityTimeout
-
uint16 getInactivityTimeout() const
-

Reads the user inactivity timeout (in seconds) that is currently set on the Node.

Exceptions
-
- -
-
getCheckRadioInterval
-
uint8 getCheckRadioInterval() const
-

Reads the check radio interval that is currently set on the Node.

Exceptions
-
- -
-
getTransmitPower
-
WirelessTypes::TransmitPower getTransmitPower() const
-

Reads the WirelessTypes::TransmitPower that is currently set on the Node.

Exceptions
-
- -
-
getSamplingMode
-
WirelessTypes::SamplingMode getSamplingMode() const
-

Gets the WirelessTypes::SamplingMode that is currently set on the Node.

Exceptions
-
- -
-
getActiveChannels
-
ChannelMask getActiveChannels() const
-

Gets the ChannelMask currently set on the Node, representing which channels are enabled and disabled.

Exceptions
-
- -
-
getSampleRate
-
WirelessTypes::WirelessSampleRate getSampleRate() const
-

Gets the WirelessTypes::WirelessSampleRate currently set on the Node.

Exceptions
-
- -
-
getNumSweeps
-
uint32 getNumSweeps() const
-

Gets the number of sweeps currently set on the Node, which affects the duration of sampling if unlimited duration is disabled, or the duration of each burst if the sampling mode is Sync Sampling Burst.

Exceptions
-
- -
-
getUnlimitedDuration
-
bool getUnlimitedDuration() const
-

Gets whether or not unlimited sampling duration is enabled on the Node.

Exceptions
-
- -
-
getDataFormat
-
WirelessTypes::DataFormat getDataFormat() const
-

Gets the WirelessTypes::DataFormat that is currently set on the Node.

Exceptions
-
- -
-
getDataCollectionMethod
-
WirelessTypes::DataCollectionMethod getDataCollectionMethod() const
-

Gets the WirelessTypes::DataCollectionMethod that is currently set on the Node, representing how the data will be collected.  Note: this has no affect if the sampling mode is Armed Datalogging, as this mode only operates in "log only".

Exceptions
-
- -
-
getTimeBetweenBursts
-
TimeSpan getTimeBetweenBursts() const
-

Gets the amount of time between each burst currently set on the Node.

Exceptions
-
- -
-
getLostBeaconTimeout
-
uint16 getLostBeaconTimeout() const
-

Gets the lost beacon timeout, in minutes, currently set on the Node.

Exceptions
-
- -
-
getPullUpResistor
-
bool getPullUpResistor(
const ChannelMask &mask
) const
-

Gets whether or not the pull-up resistor is enabled on the Node.

Parameters
mask
const ChannelMask&

The ChannelMask of the pull-up resistor to read.

Exceptions
-
- -
-
getSensorOutputMode
-
WirelessTypes::SensorOutputMode getSensorOutputMode() const
-

Gets the WirelessTypes::SensorOutputMode currently set on the Node.

Exceptions
-
- -
-
getInputRange
-
WirelessTypes::InputRange getInputRange(
const ChannelMask &mask
) const
-

Reads the input range of the specified ChannelMask.

Parameters
mask
const ChannelMask&

The ChannelMask of the input range to read.

Exceptions
-
- -
-
getHardwareOffset
-
uint16 getHardwareOffset(
const ChannelMask &mask
) const
-

Reads the hardware offset of the specified ChannelMask currently set on the Node.

Parameters
mask
const ChannelMask&

The ChannelMask of the hardware offset to read.

Exceptions
-
- -
-
getAntiAliasingFilter
-
WirelessTypes::Filter getAntiAliasingFilter(
const ChannelMask &mask
) const
-

Reads the Anti-Aliasing Filter of the specified ChannelMask currently set on the Node.

Parameters
mask
const ChannelMask&

The ChannelMask of the filter to read.

Exceptions
-
- -
-
getLowPassFilter
-
WirelessTypes::Filter getLowPassFilter(
const ChannelMask &mask
) const
-

Reads the Low-Pass Filter of the specified ChannelMask currently set on the Node.

Parameters
mask
const ChannelMask&

The ChannelMask of the low-pass filter to read.

Exceptions
-
- -
-
getHighPassFilter
-
WirelessTypes::HighPassFilter getHighPassFilter(
const ChannelMask &mask
) const
-

Reads the High-Pass Filter of the specified ChannelMask currently set on the Node.

Parameters
mask
const ChannelMask&

The ChannelMask of the high-pass filter to read.

Exceptions
-
- -
-
getCfcFilterConfiguration
-
WirelessTypes::ChannelFrequencyClass getCfcFilterConfiguration() const
-

Reads the channel frequency class filter option set on the Node.  See Also: NodeFeatures::supportsCfcFilterConfiguration

Returns

The WirelessTypes::ChannelFrequencyClass currently set on the Node.

Exceptions
-
- -
-
getDebounceFilter
-
uint16 getDebounceFilter(
const ChannelMask &mask
) const
-

Reads the Debounce Filter of the specified ChannelMask currently set on the Node.

Parameters
mask
const ChannelMask&

The ChannelMask of the debounce filter to read.

Exceptions
-
- -
-
getGaugeFactor
-
float getGaugeFactor(
const ChannelMask &mask
) const
-

Reads the gauge factor of the specified ChannelMask currently set on the Node.

Parameters
mask
const ChannelMask&

The ChannelMask of the gauge factor to read.

Exceptions
-
- -
-
getExcitationVoltage
-
WirelessTypes::Voltage getExcitationVoltage() const
-

Reads the Excitation WirelessTypes::Voltage currently set on the Node.

Exceptions
-
- -
-
getAdcVoltageRef
-
WirelessTypes::Voltage getAdcVoltageRef() const
-

Reads the ADC WirelessTypes::Voltage Reference of the Node.

Exceptions
-
- -
-
getGainAmplifierVoltageRef
-
WirelessTypes::Voltage getGainAmplifierVoltageRef() const
-

Reads the Gain Amplifier WirelessTypes::Voltage Reference of the Node.

Exceptions
-
- -
-
getGaugeResistance
-
uint16 getGaugeResistance() const
-

Reads the gauge resistance currently set on the Node.

Exceptions
-
- -
-
getNumActiveGauges
-
uint16 getNumActiveGauges() const
-

Reads the Number of Active Gauges currently set on the Node.

Exceptions
-
- -
-
getLinearEquation
-
LinearEquation getLinearEquation(
const ChannelMask &mask
) const
-

Gets the linear equation of the specified ChannelMask currently set on the Node.

Exceptions
-
- -
-
getUnit
-
WirelessTypes::CalCoef_Unit getUnit(
const ChannelMask &mask
) const
-

Reads the unit of the specified ChannelMask currently set on the Node.

Exceptions
-
- -
-
getEquationType
-
WirelessTypes::CalCoef_EquationType getEquationType(
const ChannelMask &mask
) const
-

Reads the WirelessTypes::CalCoef_EquationType of the specified ChannelMask currently set on the Node.

Returns

The WirelessTypes::CalCoef_EquationType currently set on the Node for this ChannelMask.

Exceptions
-
- -
-
getFactoryCalibrationLinearEq
-
LinearEquation getFactoryCalibrationLinearEq(
const ChannelMask &mask
) const
-

Gets the factory-calibrated linear equation for the specified ChannelMask.

Parameters
mask
const ChannelMask&

The ChannelMask of the linear equation to read.

Returns

A LinearEquation object representing the linear equation that was set during factory calibration.

Exceptions
-
- -
-
getFactoryCalibrationUnit
-
WirelessTypes::CalCoef_Unit getFactoryCalibrationUnit(
const ChannelMask &mask
) const
-

Reads the factory calibration unit for the specified ChannelMask.

Parameters
mask
const ChannelMask&

The ChannelMask of the unit to read.

Returns

The WirelessTypes::CalCoef_Unit used during factory calibration of this ChannelMask

Exceptions
-
- -
-
getFactoryCalibrationEqType
-
WirelessTypes::CalCoef_EquationType getFactoryCalibrationEqType(
const ChannelMask &mask
) const
-

Reads the factory calibration WirelessTypes::CalCoef_EquationType for the specified ChannelMask.

Parameters
mask
const ChannelMask&

The ChannelMask of the equation type to read.

Returns

The WirelessTypes::CalCoef_EquationType set during factory calibration for this ChannelMask.

Exceptions
-
- -
-
getFilterSettlingTime
-
WirelessTypes::SettlingTime getFilterSettlingTime(
const ChannelMask &mask
) const
-

Reads the filter settling time of the specified ChannelMask.

Parameters
mask
const ChannelMask&

The ChannelMask of the filter settling time to read.

Exceptions
-
- -
-
getThermocoupleType
-
WirelessTypes::ThermocoupleType getThermocoupleType(
const ChannelMask &mask
) const
-

Reads the WirelessTypes::ThermocoupleType of the specified ChannelMask currently set on the Node.

Parameters
mask
const ChannelMask&

The ChannelMask of the thermocouple type to read.

Exceptions
-
- -
-
getTempSensorOptions
-
TempSensorOptions getTempSensorOptions(
const ChannelMask &mask
) const
-

Reads the TempSensorOptions of the specified ChannelMask currently set on the Node.

Parameters
mask
const ChannelMask&

The ChannelMask of the TempSensorOptions to read.

Exceptions
-
- -
-
getFatigueOptions
-
FatigueOptions getFatigueOptions() const
-

Reads the FatigueOptions currently set on the Node.

Exceptions
-
- -
-
getHistogramOptions
-
HistogramOptions getHistogramOptions() const
-

Reads the HistogramOptions currently set on the Node.

Exceptions
-
- -
-
getActivitySense
-
ActivitySense getActivitySense() const
-

Reads the ActivitySense options currently set on the Node.

Exceptions
-
- -
-
getEventTriggerOptions
-
EventTriggerOptions getEventTriggerOptions() const
-

Reads the EventTriggerOptions currently set on the Node.

Exceptions
-
- -
-
getDiagnosticInterval
-
uint16 getDiagnosticInterval() const
-

Reads the interval (in seconds) at which the diagnostic info is configured to be sent.

Exceptions
-
- -
-
getStorageLimitMode
-
WirelessTypes::StorageLimitMode getStorageLimitMode() const
-

Rates the WirelessTypes::StorageLimitMode that the Node is configured for.  This determines what happens when the datalogging storage limit is reached on the Node.

Exceptions
-
- -
-
getSensorDelay
-
uint32 getSensorDelay() const
-

Reads the sensor delay (in microseconds) that is currently set on the Node.

Exceptions
-
- -
-
getDataMode
-
WirelessTypes::DataMode getDataMode() const
-

Reads the WirelessTypes::DataMode that is currently set on the Node.

Exceptions
-
- -
-
getDerivedDataRate
-
WirelessTypes::WirelessSampleRate getDerivedDataRate() const
-

Reads the WirelessTypes::WirelessSampleRate for all Derived Data Channels that is currently set on the Node.

Exceptions
-
- -
-
getDerivedChannelMask
-
ChannelMask getDerivedChannelMask(
WirelessTypes::DerivedCategory category
) const
-

Reads the ChannelMask for an individual WirelessTypes::DerivedCategory that is currently set on the Node.  This represents which of the actual Node's channels are set to be mapped to derived channels.  For example, if the mask for RMS has ch1 and ch3 active, ch1RMS and ch3RMS channels will be output.

Parameters
category
WirelessTypes::DerivedCategory

The WirelessTypes::DerivedCategory to read the channel mask for.

Returns

A ChannelMask that is currently set on the Node for the requested <WirelessTypes::DerivedChannel>.

Exceptions
-
- -
-
getDerivedVelocityUnit
-
WirelessTypes::DerivedVelocityUnit getDerivedVelocityUnit() const
-

Reads the WirelessTypes::DerivedVelocityUnit which indicates which unit the Velocity derived channel is set to.

Returns

A WirelessTypes::DerivedVelocityUnit.

Exceptions
-
- -
-
ping
-
virtual PingResponse ping()
-

Performs a Long Ping command on the Node to check the communication between the Base Station and the Node.

Returns

A PingResponse object that can be queried to get details of the ping command's response.

Exceptions
-
- -
-
sleep
-
virtual bool sleep()
-

Puts the Node into a low power, sleep mode.  This command attempts to ping the node before sending the sleep command, to verify communication.

Returns

true if the sleep command was successful, false otherwise.

Exceptions
-
- -
-
cyclePower
-
virtual void cyclePower()
-

Cycles the power on the Node.  Many configuration changes that are applied to the node do not take affect until the power is cycled.

Exceptions
-
- -
-
resetRadio
-
virtual void resetRadio()
-

Resets the radio on the Node.

Exceptions
-
- -
-
changeFrequency
-
virtual void changeFrequency(
WirelessTypes::Frequency frequency
)
-

Changes the radio frequency of the Node.

Parameters
frequency
WirelessTypes::Frequency

The WirelessTypes::Frequency to change the Node to.

Exceptions
-
- -
-
setToIdle
-
virtual SetToIdleStatus setToIdle()
-

Attempts to set the Node to the Idle state so that it can be communicated with (stops it sampling, wakes it up if asleep).

Returns

A SetToIdleStatus object that can be queried to get the status of the Set to Idle operation.

Exceptions
-
- -
-
erase
-
virtual void erase()
-

Erases all logged data on the Node.

Exceptions
-
- -
-
startNonSyncSampling
-
virtual bool startNonSyncSampling()
-

Starts the Node in Non-Synchronized Sampling Mode.

Exceptions
-
- -
-
clearHistogram
-
virtual void clearHistogram()
-

Clears the Histogram on the Node.

Exceptions
-
- -
-
autoBalance
-
virtual AutoBalanceResult autoBalance(
const ChannelMask &mask,
float targetPercent
)
-

Performs an Auto Balance command on a specified channel on the Node.

Parameters
mask
const ChannelMask&

The ChannelMask to perform the auto balance command on.

targetPercent
float

The percentage (0.0 - 100.0) of the range to balance to.

Returns

The AutoBalanceResult containing information from the auto balance command.

Exceptions
-
- -
-
autoCal_shmLink
-
virtual AutoCalResult_shmLink autoCal_shmLink()
-

Performs automatic calibration for the SHM-Link Wireless Node.

Returns

The AutoCalResult_shmLink containing the result of the auto cal operation.

Exceptions
-
- -
-
autoCal_shmLink201
-
virtual AutoCalResult_shmLink201 autoCal_shmLink201()
-

Performs automatic calibration for the SHM-Link-201 Wireless Node.

Returns

The AutoCalResult_shmLink201 containing the result of the auto cal operation.

Exceptions
-
- -
-
autoShuntCal
-
virtual AutoShuntCalResult autoShuntCal(
const ChannelMask &mask,
const ShuntCalCmdInfo &commandInfo
)
-

Performs automatic shunt calibration for a specified ChannelMask on supported Nodes.

Parameters
mask
const ChannelMask&

The ChannelMask to perform the auto cal shunt command on.

commandInfo
const ShuntCalCmdInfo&

The ShuntCalCmdInfo to use for the shunt cal operation.

Returns

The AutoShuntCalResult containing the result of the auto cal operation.

Exceptions
-
- -
-
poll
-
WirelessPollData poll(
const ChannelMask &mask
)
-

Polls the WirelessNode to get a single sweep of calibrated data.

Parameters
chs

The ChannelMask to poll data for. Note: if a channel is active that isn't supported by the Node, it will be ignored.

Returns

A <WirelessPollData> map holding the result of the poll.

Exceptions
-
- -
-
readEeprom
-
virtual uint16 readEeprom(
uint16 location
) const
-

Reads a uint16 from the given eeprom location of the node. This may use a page download or a read eeprom command.  If the value stored in the eeprom cache is still valid, this will be returned instead.

Parameters
location
uint16

The specific eeprom location to read from

Returns

The uint16 value read from the specified EEPROM location

Exceptions
-
- -
-
readEeprom
-
virtual Value readEeprom(
const EepromLocation &location
) const
-

Reads a value from the given EepromLocation of the node. This may use a page download or a read eeprom command.  If the value stored in the eeprom cache is still valid, this will be returned instead.

Parameters
location
const EepromLocation&

The EepromLocation to read from.

Returns

The value read from the specified EEPROM location as a Value object.

Exceptions
-
- -
-
writeEeprom
-
virtual void writeEeprom(
uint16 location,
uint16 value
)
-

Writes a uint16 to the given eeprom location of the node.  If successful, the cache will be updated with the changed value as well.

Parameters
location
uint16

The specific eeprom location to write to

value
uint16

The uint16 value to write to the eeprom location

Exceptions
-
- -
-
writeEeprom
-
virtual void writeEeprom(
const EepromLocation &location,
const Value &val
)
-

Writes a value to the given EepromLocation of the node.  If successful, the cache will be updated with the changed value as well.

Parameters
location
const EepromLocation&

The specific EepromLocation to write to.

value

The value to write to the eeprom location, as a Value.

Exceptions
-
- -
-
getDiagnosticInfo
-
virtual void getDiagnosticInfo(
ChannelData &result
)
-

Performs an immediate request for the Node's Diagnostic Info.

Parameters
result
ChannelData&

The <ChannelData> container that will be filled with the result upon success.

Exceptions
-
- -
-
testCommProtocol
-
virtual bool testCommProtocol(
WirelessTypes::CommProtocol commProtocol
)
-

Tests if the Node will still be able to communicate after changing the Node's communication protocol.  This is recommended to be used before changing communication protocol as the range can change between protocol modes.  Note: Both the Node and BaseStation will return to the current protocol after this test.

Parameters
commProtocol
WirelessTypes::CommProtocol

The WirelessTypes::CommProtocol to test.

Returns

true if the Node had good communication (responded to pings) in the new protocol.

Exceptions
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/WirelessParser-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/WirelessParser-h-Summary.js deleted file mode 100644 index bbae81552..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/WirelessParser-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:MicroStrain/Wireless/WirelessParser.h","WirelessParser.h");NDSummary.OnSummaryLoaded("File:MicroStrain/Wireless/WirelessParser.h",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Enums","Enumeration"],["Functions","Function"],["Groups","Group"],["Types","Type"],["Variables","Variable"]],[[7758,0,0,"WirelessParser","WirelessParser"],[7759,0,4,"Types","WirelessParser.Types"],[7760,0,2,"ParsePacketResult","WirelessParser.ParsePacketResult"],[7761,0,1,,"WirelessParser.parsePacketResult_completePacket"],[7762,0,1,,"WirelessParser.parsePacketResult_invalidPacket"],[7763,0,1,,"WirelessParser.parsePacketResult_badChecksum"],[7764,0,1,,"WirelessParser.parsePacketResult_notEnoughData"],[7765,0,1,,"WirelessParser.parsePacketResult_duplicate"],[7766,0,4,"Functions","WirelessParser.Functions"],[7767,0,3,"WirelessParser","WirelessParser.WirelessParser"],[7768,0,4,"Types","WirelessParser.Types(2)"],[7769,0,5,"DuplicateCheckMap","WirelessParser.DuplicateCheckMap"],[7770,0,4,"Variables","WirelessParser.Variables"],[7771,0,6,"m_packetCollector","WirelessParser.m_packetCollector"],[7772,0,6,"m_responseCollector","WirelessParser.m_responseCollector"],[7773,0,6,"m_rawBytePacketCollector","WirelessParser.m_rawBytePacketCollector"],[7774,0,6,"m_lastPacketMap","WirelessParser.m_lastPacketMap"],[7775,0,4,"Functions","WirelessParser.Functions(2)"],[7776,0,3,"processPacket","WirelessParser.processPacket"],[7777,0,3,"findMatchingResponse","WirelessParser.findMatchingResponse"],[7778,0,3,"findMatchingResponse","WirelessParser.findMatchingResponse(2)"],[7779,0,3,"isDuplicate","WirelessParser.isDuplicate"],[7780,0,3,"parseAsPacket_ASPP_v1","WirelessParser.parseAsPacket_ASPP_v1"],[7781,0,3,"parseAsPacket_ASPP_v2","WirelessParser.parseAsPacket_ASPP_v2"],[7782,0,3,"parseAsPacket_ASPP_v3","WirelessParser.parseAsPacket_ASPP_v3"],[7783,0,3,"parseAsPacket","WirelessParser.parseAsPacket"],[7784,0,3,"findPacketInBytes","WirelessParser.findPacketInBytes"],[7785,0,3,"parse","WirelessParser.parse"],[7786,0,3,"operator <","WirelessParser.operator<"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/WirelessParser-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/WirelessParser-h-SummaryToolTips.js deleted file mode 100644 index 0d3e16131..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/WirelessParser-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/WirelessParser.h",{7758:"
WirelessParser
Parses all wireless data and stores it in a corresponding container
",7767:"
WirelessParser(
WirelessPacketCollector &packetCollector,
std::weak_ptr<ResponseCollector> responseCollector,
RawBytePacketCollector &rawBytePacketCollector
)
Constructor for WirelessParser
",7769:"
A typedef for a map of <DuplicateCheckKey>s to a timestamp or tick value to check for packet duplication
",7771:"
WirelessPacketCollector& m_packetCollector
The WirelessPacketCollector associated with this parser and it\'s parent base station
",7772:"
std::weak_ptr<ResponseCollector> m_responseCollector
The ResponseCollector associated with this parser and it\'s parent base station
",7773:"
RawBytePacketCollector& m_rawBytePacketCollector
The RawBytePacketCollector associated with this parser and its parent device
",7774:"
DuplicateCheckMap m_lastPacketMap
A DuplicateCheckMap containing node addresses and their uniqueId values
",7776:"
bool processPacket(
const WirelessPacket &packet,
std::size_t lastReadPos
)
Takes a WirelessPacket, adds it to the data container if it is a data packet, or adds it to the appropriate handler depending on the packet type
",7777:"
bool findMatchingResponse(
DataBuffer &data
)
Takes a DataBuffer of bytes and checks if the packet collector has any responses it is waiting on.  If it does, and the bytes match the expected response, the bytes are "given" to the packet collector and the read position is moved.
",7778:"
bool findMatchingResponse(
const WirelessPacket &packet,
std::size_t lastReadPos
)
Takes a WirelessPacket and checks if the packet collector has any responses it is waiting on.  If it does, and the packet matches the expected response, the packet is "given" to the packet collector.
",7779:"
bool isDuplicate(
const WirelessPacket &packet
)
Checks whether the passed in packet is a duplicate of the previous packet that came in.
",7780:"
WirelessParser::ParsePacketResult parseAsPacket_ASPP_v1(
DataBuffer &data,
WirelessPacket &packet,
WirelessTypes::Frequency freq
)
Takes a DataBuffer that has had its read position moved to the start of a packet and verifies that the bytes form a valid ASPP v1 packet.
",7781:"
WirelessParser::ParsePacketResult parseAsPacket_ASPP_v2(
DataBuffer &data,
WirelessPacket &packet,
WirelessTypes::Frequency freq
)
Takes a DataBuffer that has had its read position moved to the start of a packet and verifies that the bytes form a valid ASPP v2 packet.
",7782:"
WirelessParser::ParsePacketResult parseAsPacket_ASPP_v3(
DataBuffer &data,
WirelessPacket &packet,
WirelessTypes::Frequency freq
)
Takes a DataBuffer that has had its read position moved to the start of a packet and verifies that the bytes form a valid ASPP v3 packet.
",7783:"
WirelessParser::ParsePacketResult parseAsPacket(
DataBuffer &data,
WirelessPacket &packet,
WirelessTypes::Frequency freq
)
Takes a DataBuffer that has had its read position moved to the start of a packet and verifies that the bytes form a valid ASPP v1 or v2 packet.
",7784:"
WirelessPacket::PacketType findPacketInBytes(
DataBuffer &data,
WirelessTypes::Frequency freq
)
Checks for packets after the current bytes buffer\'s read position (starting at the next byte, not the current one).  If a packet is found, the packet is processed and the byte buffer\'s read position is moved.  If a packet is not found, nothing changes in the byte buffer
",7785:"
void parse(
DataBuffer &data,
WirelessTypes::Frequency freq
)
Takes a DataBuffer and finds the next ASPP Wireless Packet, or the next command response that is expected by the base station.
",7786:"
const bool operator < (
const WirelessParser::DuplicateCheckKey& key1, 
const WirelessParser::DuplicateCheckKey& key2
)
Less than operator for <WirelessPareser::DuplicateCheckKey> so that it can be used in a map.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/WirelessParser-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/WirelessParser-h-ToolTips.js deleted file mode 100644 index e0993ffe3..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/WirelessParser-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({62:"
RawBytePacketCollector
Class that sets/matches expected responses, and stores all the Inertial packets
",7154:"
WirelessPacketCollector
Class that sets/matches expected responses, and stores all the wireless packets
",7176:"
WirelessPacket
Represents a MicroStrain wireless packet
",7769:"
A typedef for a map of <DuplicateCheckKey>s to a timestamp or tick value to check for packet duplication
",8617:"
Represents the frequency (channel) that can be used for Wireless Devices.
",9848:"
ResponseCollector
Stores all the expected command responses
",9916:"
Used to easily read a container of bytes
",9928:"
DataBuffer
A buffer of bytes extending from the ByteStream class that is used for holding bytes read in from the connection
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/WirelessParser-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/WirelessParser-h.html deleted file mode 100644 index 8f7274d16..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/WirelessParser-h.html +++ /dev/null @@ -1,143 +0,0 @@ - - -WirelessParser.h - - - - - - - -
-
WirelessParser
-
WirelessParser
-

Parses all wireless data and stores it in a corresponding container

-
- -
-
Types
-
- -
-
ParsePacketResult
-
parsePacketResult_completePacket

The packet has been verified as a complete ASPP packet

parsePacketResult_invalidPacket

The packet is not a valid ASPP packet, at least one byte was incorrect

parsePacketResult_badChecksum

The packet looks like a valid ASPP packet, but the checksums do not match

parsePacketResult_notEnoughData

There is not enough data in the DataBuffer to determine if this is a valid/invalid ASPP packet

parsePacketResult_duplicate

The packet was a duplicate data packet of the last received packet

-
- -
-
Functions
-
- -
-
WirelessParser
-
WirelessParser(
WirelessPacketCollector &packetCollector,
std::weak_ptr<ResponseCollector> responseCollector,
RawBytePacketCollector &rawBytePacketCollector
)
-

Constructor for WirelessParser

Parameters
packetCollector
WirelessPacketCollector&

the WirelessPacketCollector to be associated with this parser

responseCollector
std::weak_ptr<ResponseCollector>

the ResponseCollector to be associated with this parser

rawBytePacketCollector
RawBytePacketCollector&

the RawBytePacketCollector to be associated with this parser

-
- -
-
Types
-
- -
-
DuplicateCheckMap
-

A typedef for a map of <DuplicateCheckKey>s to a timestamp or tick value to check for packet duplication

-
- -
-
Variables
-
- -
-
m_packetCollector
-
WirelessPacketCollector& m_packetCollector
-

The WirelessPacketCollector associated with this parser and it's parent base station

-
- -
-
m_responseCollector
-
std::weak_ptr<ResponseCollector> m_responseCollector
-

The ResponseCollector associated with this parser and it's parent base station

-
- -
-
m_rawBytePacketCollector
-
RawBytePacketCollector& m_rawBytePacketCollector
-

The RawBytePacketCollector associated with this parser and its parent device

-
- -
-
m_lastPacketMap
-
DuplicateCheckMap m_lastPacketMap
-

A DuplicateCheckMap containing node addresses and their uniqueId values

-
- -
-
Functions
-
- -
-
processPacket
-
bool processPacket(
const WirelessPacket &packet,
std::size_t lastReadPos
)
-

Takes a WirelessPacket, adds it to the data container if it is a data packet, or adds it to the appropriate handler depending on the packet type

Parameters
packet
const WirelessPacket&

A verified, valid WirelessPacket

lastReadPos
std::size_t

The last read position where the packet was parsed from.

Returns

true if the packet was processed successfully (was data or a response we expected), false if it failed to be processed.

-
- -
-
findMatchingResponse
-
bool findMatchingResponse(
DataBuffer &data
)
-

Takes a DataBuffer of bytes and checks if the packet collector has any responses it is waiting on.  If it does, and the bytes match the expected response, the bytes are "given" to the packet collector and the read position is moved.

Parameters
data
DataBuffer&

A DataBuffer containing bytes to parse

Returns

true if the bytes matched an expected response, false otherwise

-
- -
-
findMatchingResponse
-
bool findMatchingResponse(
const WirelessPacket &packet,
std::size_t lastReadPos
)
-

Takes a WirelessPacket and checks if the packet collector has any responses it is waiting on.  If it does, and the packet matches the expected response, the packet is "given" to the packet collector.

Parameters
packet
const WirelessPacket&

A WirelessPacket to match against expected responses

lastReadPos
std::size_t

The last read position where the packet was parsed from.

Returns

true if the packet matched an expected response, false otherwise

-
- -
-
isDuplicate
-
bool isDuplicate(
const WirelessPacket &packet
)
-

Checks whether the passed in packet is a duplicate of the previous packet that came in.

Parameters
packet
const WirelessPacket&

The WirelessPacket to check for duplicate.

Returns

true if the packet is a duplicate, false otherwise.

-
- -
-
parseAsPacket_ASPP_v1
- -

Takes a DataBuffer that has had its read position moved to the start of a packet and verifies that the bytes form a valid ASPP v1 packet.

Parameters
data
DataBuffer&

A DataBuffer with its read position at the start of a an ASPP v1 packet (0xAA).

packet
WirelessPacket&

A WirelessPacket to hold all the packet information if the packet is verified from the DataBuffer.

freq
WirelessTypes::Frequency

A WirelessTypes::Frequency representing the frequency that this data was collected on.

Returns

A ParsePacketResult describing if the packet was verified, or why it failed verification.

-
- -
-
parseAsPacket_ASPP_v2
- -

Takes a DataBuffer that has had its read position moved to the start of a packet and verifies that the bytes form a valid ASPP v2 packet.

Parameters
data
DataBuffer&

A DataBuffer with its read position at the start of a an ASPP v2 packet (0xAB).

packet
WirelessPacket&

A WirelessPacket to hold all the packet information if the packet is verified from the DataBuffer.

freq
WirelessTypes::Frequency

A WirelessTypes::Frequency representing the frequency that this data was collected on.

Returns

A ParsePacketResult describing if the packet was verified, or why it failed verification.

-
- -
-
parseAsPacket_ASPP_v3
- -

Takes a DataBuffer that has had its read position moved to the start of a packet and verifies that the bytes form a valid ASPP v3 packet.

Parameters
data
DataBuffer&

A DataBuffer with its read position at the start of a an ASPP v3 packet (0xAC).

packet
WirelessPacket&

A WirelessPacket to hold all the packet information if the packet is verified from the DataBuffer.

freq
WirelessTypes::Frequency

A WirelessTypes::Frequency representing the frequency that this data was collected on.

Returns

A ParsePacketResult describing if the packet was verified, or why it failed verification.

-
- -
-
parseAsPacket
- -

Takes a DataBuffer that has had its read position moved to the start of a packet and verifies that the bytes form a valid ASPP v1 or v2 packet.

Parameters
data
DataBuffer&

A DataBuffer with its read position at the start of a packet (0xAA).

packet
WirelessPacket&

A WirelessPacket to hold all the packet information if the packet is verified from the DataBuffer.

freq
WirelessTypes::Frequency

A WirelessTypes::Frequency representing the frequency that this data was collected on.

Returns

A ParsePacketResult describing if the packet was verified, or why it failed verification.

-
- -
-
findPacketInBytes
- -

Checks for packets after the current bytes buffer's read position (starting at the next byte, not the current one).  If a packet is found, the packet is processed and the byte buffer's read position is moved.  If a packet is not found, nothing changes in the byte buffer

Parameters
data
DataBuffer&

The bytes to look through for a packet

freq
WirelessTypes::Frequency

The WirelessTypes::Frequency that this data was collected on

Returns

type of ASPP Packet found

-
- -
-
parse
-
void parse(
DataBuffer &data,
WirelessTypes::Frequency freq
)
-

Takes a DataBuffer and finds the next ASPP Wireless Packet, or the next command response that is expected by the base station.

If an ASPP packet is found, the packet will be stored in the WirelessPacketCollector.  If a command response is found and is expected, it will be handled and passed to the base station directly.

Parameters
data
DataBuffer&

A DataBuffer containing bytes that should be parsed for MicroStrain packets.

freq
WirelessTypes::Frequency

The WirelessTypes::Frequency representing the radio frequency that this data was collected on.

-
- -
-
operator <
-
const bool operator < (
const WirelessParser::DuplicateCheckKey& key1, 
const WirelessParser::DuplicateCheckKey& key2
)
-

Less than operator for <WirelessPareser::DuplicateCheckKey> so that it can be used in a map.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/WirelessTypes-h-Summary.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/WirelessTypes-h-Summary.js deleted file mode 100644 index 627a4faf1..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/WirelessTypes-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ 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knots"],[8759,0,1,,"WirelessTypes.unit_volts_volts"],[8760,0,1,,"WirelessTypes.unit_volts_millivolts"],[8761,0,1,,"WirelessTypes.unit_volts_microvolts"],[8762,0,1,,"WirelessTypes.unit_volume_cubicMeter"],[8763,0,1,,"WirelessTypes.unit_volume_cubicFt"],[8764,0,1,,"WirelessTypes.unit_volume_liters"],[8765,0,1,,"WirelessTypes.unit_volume_gallon"],[8766,0,2,"ChannelType","WirelessTypes.ChannelType"],[8767,0,1,,"WirelessTypes.chType_none"],[8768,0,1,,"WirelessTypes.chType_fullDifferential"],[8769,0,1,,"WirelessTypes.chType_singleEnded"],[8770,0,1,,"WirelessTypes.chType_battery"],[8771,0,1,,"WirelessTypes.chType_temperature"],[8772,0,1,,"WirelessTypes.chType_rh"],[8773,0,1,,"WirelessTypes.chType_acceleration"],[8774,0,1,,"WirelessTypes.chType_displacement"],[8775,0,1,,"WirelessTypes.chType_voltage"],[8776,0,1,,"WirelessTypes.chType_diffTemperature"],[8777,0,1,,"WirelessTypes.chType_digital"],[8778,0,1,,"WirelessTypes.chType_tilt"],[8779,0,2,"VoltageType","WirelessTypes.VoltageType"],[8780,0,1,,"WirelessTypes.voltageType_singleEnded"],[8781,0,1,,"WirelessTypes.voltageType_differential"],[8782,0,2,"SettlingTime","WirelessTypes.SettlingTime"],[8783,0,1,,"WirelessTypes.settling_4ms"],[8784,0,1,,"WirelessTypes.settling_8ms"],[8785,0,1,,"WirelessTypes.settling_16ms"],[8786,0,1,,"WirelessTypes.settling_32ms"],[8787,0,1,,"WirelessTypes.settling_40ms"],[8788,0,1,,"WirelessTypes.settling_48ms"],[8789,0,1,,"WirelessTypes.settling_60ms"],[8790,0,1,,"WirelessTypes.settling_101ms_90db"],[8791,0,1,,"WirelessTypes.settling_120ms_80db"],[8792,0,1,,"WirelessTypes.settling_120ms_65db"],[8793,0,1,,"WirelessTypes.settling_160ms_69db"],[8794,0,1,,"WirelessTypes.settling_200ms"],[8795,0,2,"TransducerType","WirelessTypes.TransducerType"],[8796,0,1,,"WirelessTypes.transducer_thermocouple"],[8797,0,1,,"WirelessTypes.transducer_rtd"],[8798,0,1,,"WirelessTypes.transducer_thermistor"],[8799,0,2,"ThermocoupleType","WirelessTypes.ThermocoupleType"],[8800,0,1,,"WirelessTypes.tc_uncompensated"],[8801,0,1,,"WirelessTypes.tc_K"],[8802,0,1,,"WirelessTypes.tc_J"],[8803,0,1,,"WirelessTypes.tc_R"],[8804,0,1,,"WirelessTypes.tc_S"],[8805,0,1,,"WirelessTypes.tc_T"],[8806,0,1,,"WirelessTypes.tc_E"],[8807,0,1,,"WirelessTypes.tc_B"],[8808,0,1,,"WirelessTypes.tc_N"],[8809,0,1,,"WirelessTypes.tc_customPolynomial"],[8810,0,2,"RtdType","WirelessTypes.RtdType"],[8811,0,1,,"WirelessTypes.rtd_uncompensated"],[8812,0,1,,"WirelessTypes.rtd_pt10"],[8813,0,1,,"WirelessTypes.rtd_pt50"],[8814,0,1,,"WirelessTypes.rtd_pt100"],[8815,0,1,,"WirelessTypes.rtd_pt200"],[8816,0,1,,"WirelessTypes.rtd_pt500"],[8817,0,1,,"WirelessTypes.rtd_pt1000"],[8818,0,2,"RtdWireType","WirelessTypes.RtdWireType"],[8819,0,1,,"WirelessTypes.rtd_2wire"],[8820,0,1,,"WirelessTypes.rtd_3wire"],[8821,0,1,,"WirelessTypes.rtd_4wire"],[8822,0,2,"ThermistorType","WirelessTypes.ThermistorType"],[8823,0,1,,"WirelessTypes.thermistor_uncompensated"],[8824,0,1,,"WirelessTypes.thermistor_44004_44033"],[8825,0,1,,"WirelessTypes.thermistor_44005_44030"],[8826,0,1,,"WirelessTypes.thermistor_44007_44034"],[8827,0,1,,"WirelessTypes.thermistor_44006_44031"],[8828,0,1,,"WirelessTypes.thermistor_44008_44032"],[8829,0,1,,"WirelessTypes.thermistor_ys1_400"],[8830,0,2,"WirelessSampleRate","WirelessTypes.WirelessSampleRate"],[8831,0,1,,"WirelessTypes.sampleRate_104170Hz"],[8832,0,1,,"WirelessTypes.sampleRate_78125Hz"],[8833,0,1,,"WirelessTypes.sampleRate_62500Hz"],[8834,0,1,,"WirelessTypes.sampleRate_25000Hz"],[8835,0,1,,"WirelessTypes.sampleRate_12500Hz"],[8836,0,1,,"WirelessTypes.sampleRate_3200Hz"],[8837,0,1,,"WirelessTypes.sampleRate_1600Hz"],[8838,0,1,,"WirelessTypes.sampleRate_800Hz"],[8839,0,1,,"WirelessTypes.sampleRate_300Hz"],[8840,0,1,,"WirelessTypes.sampleRate_1kHz"],[8841,0,1,,"WirelessTypes.sampleRate_2kHz"],[8842,0,1,,"WirelessTypes.sampleRate_3kHz"],[8843,0,1,,"WirelessTypes.sampleRate_4kHz"],[8844,0,1,,"WirelessTypes.sampleRate_5kHz"],[8845,0,1,,"WirelessTypes.sampleRate_6kHz"],[8846,0,1,,"WirelessTypes.sampleRate_7kHz"],[8847,0,1,,"WirelessTypes.sampleRate_8kHz"],[8848,0,1,,"WirelessTypes.sampleRate_9kHz"],[8849,0,1,,"WirelessTypes.sampleRate_10kHz"],[8850,0,1,,"WirelessTypes.sampleRate_20kHz"],[8851,0,1,,"WirelessTypes.sampleRate_30kHz"],[8852,0,1,,"WirelessTypes.sampleRate_40kHz"],[8853,0,1,,"WirelessTypes.sampleRate_50kHz"],[8854,0,1,,"WirelessTypes.sampleRate_60kHz"],[8855,0,1,,"WirelessTypes.sampleRate_70kHz"],[8856,0,1,,"WirelessTypes.sampleRate_80kHz"],[8857,0,1,,"WirelessTypes.sampleRate_90kHz"],[8858,0,1,,"WirelessTypes.sampleRate_100kHz"],[8859,0,1,,"WirelessTypes.sampleRate_887Hz"],[8860,0,1,,"WirelessTypes.sampleRate_8192Hz"],[8861,0,1,,"WirelessTypes.sampleRate_4096Hz"],[8862,0,1,,"WirelessTypes.sampleRate_2048Hz"],[8863,0,1,,"WirelessTypes.sampleRate_1024Hz"],[8864,0,1,,"WirelessTypes.sampleRate_512Hz"],[8865,0,1,,"WirelessTypes.sampleRate_256Hz"],[8866,0,1,,"WirelessTypes.sampleRate_128Hz"],[8867,0,1,,"WirelessTypes.sampleRate_64Hz"],[8868,0,1,,"WirelessTypes.sampleRate_32Hz"],[8869,0,1,,"WirelessTypes.sampleRate_16Hz"],[8870,0,1,,"WirelessTypes.sampleRate_8Hz"],[8871,0,1,,"WirelessTypes.sampleRate_4Hz"],[8872,0,1,,"WirelessTypes.sampleRate_2Hz"],[8873,0,1,,"WirelessTypes.sampleRate_1Hz"],[8874,0,1,,"WirelessTypes.sampleRate_2Sec"],[8875,0,1,,"WirelessTypes.sampleRate_5Sec"],[8876,0,1,,"WirelessTypes.sampleRate_10Sec"],[8877,0,1,,"WirelessTypes.sampleRate_30Sec"],[8878,0,1,,"WirelessTypes.sampleRate_1Min"],[8879,0,1,,"WirelessTypes.sampleRate_2Min"],[8880,0,1,,"WirelessTypes.sampleRate_5Min"],[8881,0,1,,"WirelessTypes.sampleRate_10Min"],[8882,0,1,,"WirelessTypes.sampleRate_30Min"],[8883,0,1,,"WirelessTypes.sampleRate_60Min"],[8884,0,1,,"WirelessTypes.sampleRate_24Hours"],[8885,0,2,"RegionCode","WirelessTypes.RegionCode"],[8886,0,1,,"WirelessTypes.region_usa"],[8887,0,1,,"WirelessTypes.region_europeanUnion"],[8888,0,1,,"WirelessTypes.region_japan"],[8889,0,1,,"WirelessTypes.region_other"],[8890,0,1,,"WirelessTypes.region_brazil"],[8891,0,1,,"WirelessTypes.region_china"],[8892,0,1,,"WirelessTypes.region_australia_newzealand"],[8893,0,1,,"WirelessTypes.region_singapore"],[8894,0,1,,"WirelessTypes.region_canada"],[8895,0,1,,"WirelessTypes.region_southAfrica"],[8896,0,1,,"WirelessTypes.region_indonesia"],[8897,0,1,,"WirelessTypes.region_taiwan"],[8898,0,2,"ChannelGroupSetting","WirelessTypes.ChannelGroupSetting"],[8899,0,1,,"WirelessTypes.chSetting_inputRange"],[8900,0,1,,"WirelessTypes.chSetting_filterSettlingTime"],[8901,0,1,,"WirelessTypes.chSetting_thermocoupleType"],[8902,0,1,,"WirelessTypes.chSetting_linearEquation"],[8903,0,1,,"WirelessTypes.chSetting_unit"],[8904,0,1,,"WirelessTypes.chSetting_equationType"],[8905,0,1,,"WirelessTypes.chSetting_hardwareOffset"],[8906,0,1,,"WirelessTypes.chSetting_autoBalance"],[8907,0,1,,"WirelessTypes.chSetting_gaugeFactor"],[8908,0,1,,"WirelessTypes.chSetting_antiAliasingFilter"],[8909,0,1,,"WirelessTypes.chSetting_legacyShuntCal"],[8910,0,1,,"WirelessTypes.chSetting_autoShuntCal"],[8911,0,1,,"WirelessTypes.chSetting_lowPassFilter"],[8912,0,1,,"WirelessTypes.chSetting_highPassFilter"],[8913,0,1,,"WirelessTypes.chSetting_tempSensorOptions"],[8914,0,1,,"WirelessTypes.chSetting_debounceFilter"],[8915,0,1,,"WirelessTypes.chSetting_pullUpResistor"],[8916,0,1,,"WirelessTypes.chSetting_factoryLinearEq"],[8917,0,1,,"WirelessTypes.chSetting_factoryUnit"],[8918,0,1,,"WirelessTypes.chSetting_factoryEqType"],[8919,0,2,"AutoBalanceErrorFlag","WirelessTypes.AutoBalanceErrorFlag"],[8920,0,1,,"WirelessTypes.autobalance_success"],[8921,0,1,,"WirelessTypes.autobalance_maybeInvalid"],[8922,0,1,,"WirelessTypes.autobalance_notSupportedByNode"],[8923,0,1,,"WirelessTypes.autobalance_notSupportedByCh"],[8924,0,1,,"WirelessTypes.autobalance_targetOutOfRange"],[8925,0,1,,"WirelessTypes.autobalance_failed"],[8926,0,1,,"WirelessTypes.autobalance_legacyNone"],[8927,0,1,,"WirelessTypes.autobalance_notComplete"],[8928,0,2,"AutoCalCompletionFlag","WirelessTypes.AutoCalCompletionFlag"],[8929,0,1,,"WirelessTypes.autocal_success"],[8930,0,1,,"WirelessTypes.autocal_maybeInvalid"],[8931,0,1,,"WirelessTypes.autocal_maybeInvalid_notApplied"],[8932,0,1,,"WirelessTypes.autocal_notComplete"],[8933,0,2,"AutoCalErrorFlag","WirelessTypes.AutoCalErrorFlag"],[8934,0,1,,"WirelessTypes.autocalError_none"],[8935,0,1,,"WirelessTypes.autocalError_sensorDetached"],[8936,0,1,,"WirelessTypes.autocalError_sensorShorted"],[8937,0,1,,"WirelessTypes.autocalError_unsupportedChannel"],[8938,0,1,,"WirelessTypes.autocalError_baseHighRail"],[8939,0,1,,"WirelessTypes.autocalError_baseLowRail"],[8940,0,1,,"WirelessTypes.autocalError_shuntHighRail"],[8941,0,1,,"WirelessTypes.autocalError_shuntLowRail"],[8942,0,1,,"WirelessTypes.autocalError_ramp"],[8943,0,1,,"WirelessTypes.autocalError_noShunt"],[8944,0,1,,"WirelessTypes.autocalError_timeout"],[8945,0,2,"FatigueMode","WirelessTypes.FatigueMode"],[8946,0,1,,"WirelessTypes.fatigueMode_angleStrain"],[8947,0,1,,"WirelessTypes.fatigueMode_distributedAngle"],[8948,0,1,,"WirelessTypes.fatigueMode_rawGaugeStrain"],[8949,0,2,"EventTriggerType","WirelessTypes.EventTriggerType"],[8950,0,1,,"WirelessTypes.eventTrigger_ceiling"],[8951,0,1,,"WirelessTypes.eventTrigger_floor"],[8952,0,2,"Filter","WirelessTypes.Filter"],[8953,0,1,,"WirelessTypes.filter_33000hz"],[8954,0,1,,"WirelessTypes.filter_20000hz"],[8955,0,1,,"WirelessTypes.filter_10000hz"],[8956,0,1,,"WirelessTypes.filter_5222hz"],[8957,0,1,,"WirelessTypes.filter_5000hz"],[8958,0,1,,"WirelessTypes.filter_4416hz"],[8959,0,1,,"WirelessTypes.filter_4096hz"],[8960,0,1,,"WirelessTypes.filter_4000hz"],[8961,0,1,,"WirelessTypes.filter_2208hz"],[8962,0,1,,"WirelessTypes.filter_2048hz"],[8963,0,1,,"WirelessTypes.filter_2000hz"],[8964,0,1,,"WirelessTypes.filter_1104hz"],[8965,0,1,,"WirelessTypes.filter_1024hz"],[8966,0,1,,"WirelessTypes.filter_1000hz"],[8967,0,1,,"WirelessTypes.filter_800hz"],[8968,0,1,,"WirelessTypes.filter_552hz"],[8969,0,1,,"WirelessTypes.filter_512hz"],[8970,0,1,,"WirelessTypes.filter_500hz"],[8971,0,1,,"WirelessTypes.filter_418hz"],[8972,0,1,,"WirelessTypes.filter_294hz"],[8973,0,1,,"WirelessTypes.filter_256hz"],[8974,0,1,,"WirelessTypes.filter_250hz"],[8975,0,1,,"WirelessTypes.filter_209hz"],[8976,0,1,,"WirelessTypes.filter_200hz"],[8977,0,1,,"WirelessTypes.filter_147hz"],[8978,0,1,,"WirelessTypes.filter_128hz"],[8979,0,1,,"WirelessTypes.filter_125hz"],[8980,0,1,,"WirelessTypes.filter_104hz"],[8981,0,1,,"WirelessTypes.filter_100hz"],[8982,0,1,,"WirelessTypes.filter_62hz"],[8983,0,1,,"WirelessTypes.filter_52hz"],[8984,0,1,,"WirelessTypes.filter_50hz"],[8985,0,1,,"WirelessTypes.filter_31hz"],[8986,0,1,,"WirelessTypes.filter_26hz"],[8987,0,1,,"WirelessTypes.filter_12_66hz"],[8988,0,1,,"WirelessTypes.filter_2_6hz"],[8989,0,2,"HighPassFilter","WirelessTypes.HighPassFilter"],[8990,0,1,,"WirelessTypes.highPass_off"],[8991,0,1,,"WirelessTypes.highPass_auto"],[8992,0,2,"ChannelFrequencyClass","WirelessTypes.ChannelFrequencyClass"],[8993,0,1,,"WirelessTypes.cfc_10"],[8994,0,1,,"WirelessTypes.cfc_21"],[8995,0,1,,"WirelessTypes.cfc_60"],[8996,0,2,"StorageLimitMode","WirelessTypes.StorageLimitMode"],[8997,0,1,,"WirelessTypes.storageLimit_overwrite"],[8998,0,1,,"WirelessTypes.storageLimit_stop"],[8999,0,2,"InputRange","WirelessTypes.InputRange"],[9000,0,1,,"WirelessTypes.range_14_545mV"],[9001,0,1,,"WirelessTypes.range_10_236mV"],[9002,0,1,,"WirelessTypes.range_7_608mV"],[9003,0,1,,"WirelessTypes.range_4_046mV"],[9004,0,1,,"WirelessTypes.range_2_008mV"],[9005,0,1,,"WirelessTypes.range_1_511mV"],[9006,0,1,,"WirelessTypes.range_1_001mV"],[9007,0,1,,"WirelessTypes.range_0_812mV"],[9008,0,1,,"WirelessTypes.range_75mV"],[9009,0,1,,"WirelessTypes.range_37_5mV"],[9010,0,1,,"WirelessTypes.range_18_75mV"],[9011,0,1,,"WirelessTypes.range_9_38mV"],[9012,0,1,,"WirelessTypes.range_4_69mV"],[9013,0,1,,"WirelessTypes.range_2_34mV"],[9014,0,1,,"WirelessTypes.range_1_17mV"],[9015,0,1,,"WirelessTypes.range_0_586mV"],[9016,0,1,,"WirelessTypes.range_70mV"],[9017,0,1,,"WirelessTypes.range_35mV"],[9018,0,1,,"WirelessTypes.range_17_5mV"],[9019,0,1,,"WirelessTypes.range_8_75mV"],[9020,0,1,,"WirelessTypes.range_4_38mV"],[9021,0,1,,"WirelessTypes.range_2_19mV"],[9022,0,1,,"WirelessTypes.range_1_09mV"],[9023,0,1,,"WirelessTypes.range_0_547mV"],[9024,0,1,,"WirelessTypes.range_44mV"],[9025,0,1,,"WirelessTypes.range_30mV"],[9026,0,1,,"WirelessTypes.range_20mV"],[9027,0,1,,"WirelessTypes.range_15mV"],[9028,0,1,,"WirelessTypes.range_10mV"],[9029,0,1,,"WirelessTypes.range_5mV"],[9030,0,1,,"WirelessTypes.range_3mV"],[9031,0,1,,"WirelessTypes.range_2mV"],[9032,0,1,,"WirelessTypes.range_6mV"],[9033,0,1,,"WirelessTypes.range_1mV"],[9034,0,1,,"WirelessTypes.range_50mV"],[9035,0,1,,"WirelessTypes.range_2_5mV"],[9036,0,1,,"WirelessTypes.range_0_6mV"],[9037,0,1,,"WirelessTypes.range_0_35mV"],[9038,0,1,,"WirelessTypes.range_0_1mV"],[9039,0,1,,"WirelessTypes.range_156mV"],[9040,0,1,,"WirelessTypes.range_78_1mV"],[9041,0,1,,"WirelessTypes.range_39mV"],[9042,0,1,,"WirelessTypes.range_19_5mV"],[9043,0,1,,"WirelessTypes.range_9_76mV"],[9044,0,1,,"WirelessTypes.range_4_88mV"],[9045,0,1,,"WirelessTypes.range_2_44mV"],[9046,0,1,,"WirelessTypes.range_1_22mV"],[9047,0,1,,"WirelessTypes.range_10_24V"],[9048,0,1,,"WirelessTypes.range_5_12V"],[9049,0,1,,"WirelessTypes.range_2_56V"],[9050,0,1,,"WirelessTypes.range_0to10_24V"],[9051,0,1,,"WirelessTypes.range_0to5_12V"],[9052,0,1,,"WirelessTypes.range_1_147V"],[9053,0,1,,"WirelessTypes.range_585mV"],[9054,0,1,,"WirelessTypes.range_292_5mV"],[9055,0,1,,"WirelessTypes.range_146_25mV"],[9056,0,1,,"WirelessTypes.range_73_13mV"],[9057,0,1,,"WirelessTypes.range_36_56mV"],[9058,0,1,,"WirelessTypes.range_18_23mV"],[9059,0,1,,"WirelessTypes.range_9_14mV"],[9060,0,1,,"WirelessTypes.range_5_74V"],[9061,0,1,,"WirelessTypes.range_2_93V"],[9062,0,1,,"WirelessTypes.range_1_46V"],[9063,0,1,,"WirelessTypes.range_731_3mV"],[9064,0,1,,"WirelessTypes.range_365_6mV"],[9065,0,1,,"WirelessTypes.range_182_8mV"],[9066,0,1,,"WirelessTypes.range_91_4mV"],[9067,0,1,,"WirelessTypes.range_45_7mV"],[9068,0,1,,"WirelessTypes.range_62_5mV"],[9069,0,1,,"WirelessTypes.range_31_25mV"],[9070,0,1,,"WirelessTypes.range_15_63mV"],[9071,0,1,,"WirelessTypes.range_7_81mV"],[9072,0,1,,"WirelessTypes.range_3_91mV"],[9073,0,1,,"WirelessTypes.range_1_95mV"],[9074,0,1,,"WirelessTypes.range_0_976mV"],[9075,0,1,,"WirelessTypes.range_0_488mV"],[9076,0,1,,"WirelessTypes.range_2G"],[9077,0,1,,"WirelessTypes.range_4G"],[9078,0,1,,"WirelessTypes.range_8G"],[9079,0,1,,"WirelessTypes.range_10G"],[9080,0,1,,"WirelessTypes.range_20G"],[9081,0,1,,"WirelessTypes.range_40G"],[9082,0,1,,"WirelessTypes.range_2_5V"],[9083,0,1,,"WirelessTypes.range_1_25V"],[9084,0,1,,"WirelessTypes.range_625mV"],[9085,0,1,,"WirelessTypes.range_312_5mV"],[9086,0,1,,"WirelessTypes.range_156_25mV"],[9087,0,1,,"WirelessTypes.range_78_125mV"],[9088,0,1,,"WirelessTypes.range_39_063mV"],[9089,0,1,,"WirelessTypes.range_19_532mV"],[9090,0,1,,"WirelessTypes.range_0to2_5V"],[9091,0,1,,"WirelessTypes.range_0to1_25V"],[9092,0,1,,"WirelessTypes.range_0to625mV"],[9093,0,1,,"WirelessTypes.range_0to312_5mV"],[9094,0,1,,"WirelessTypes.range_0to156_25mV"],[9095,0,1,,"WirelessTypes.range_0to78_125mV"],[9096,0,1,,"WirelessTypes.range_0to39_063mV"],[9097,0,1,,"WirelessTypes.range_0to19_532mV"],[9098,0,1,,"WirelessTypes.range_9_766mV"],[9099,0,1,,"WirelessTypes.range_1_35V_or_0to2026408518ohm"],[9100,0,1,,"WirelessTypes.range_1_25V_or_0to5100ohm"],[9101,0,1,,"WirelessTypes.range_625mV_or_0to1700ohm"],[9102,0,1,,"WirelessTypes.range_312_5mV_or_0to728ohm"],[9103,0,1,,"WirelessTypes.range_156_25mV_or_0to340ohm"],[9104,0,1,,"WirelessTypes.range_78_125mV_or_0to164ohm"],[9105,0,1,,"WirelessTypes.range_39_0625mV_or_0to80ohm"],[9106,0,1,,"WirelessTypes.range_19_5313mV_or_0to40ohm"],[9107,0,1,,"WirelessTypes.range_750mV"],[9108,0,1,,"WirelessTypes.range_375mV"],[9109,0,1,,"WirelessTypes.range_187_5mV"],[9110,0,1,,"WirelessTypes.range_93_75mV"],[9111,0,1,,"WirelessTypes.range_46_875mV"],[9112,0,1,,"WirelessTypes.range_23_438mV"],[9113,0,1,,"WirelessTypes.range_11_719mV"],[9114,0,1,,"WirelessTypes.range_5_859mV"],[9115,0,1,,"WirelessTypes.range_0to1_5V"],[9116,0,1,,"WirelessTypes.range_0to750mV"],[9117,0,1,,"WirelessTypes.range_0to375mV"],[9118,0,1,,"WirelessTypes.range_0to187_5mV"],[9119,0,1,,"WirelessTypes.range_0to93_75mV"],[9120,0,1,,"WirelessTypes.range_0to46_875mV"],[9121,0,1,,"WirelessTypes.range_0to23_438mV"],[9122,0,1,,"WirelessTypes.range_0to11_719mV"],[9123,0,1,,"WirelessTypes.range_1_5V"],[9124,0,1,,"WirelessTypes.range_1_35V"],[9125,0,1,,"WirelessTypes.range_0to2026408518ohm"],[9126,0,1,,"WirelessTypes.range_0to10000ohm"],[9127,0,1,,"WirelessTypes.range_0to2580ohm"],[9128,0,1,,"WirelessTypes.range_0to1290ohm"],[9129,0,1,,"WirelessTypes.range_0to645ohm"],[9130,0,1,,"WirelessTypes.range_0to322ohm"],[9131,0,1,,"WirelessTypes.range_0to161ohm"],[9132,0,1,,"WirelessTypes.range_0to80ohm"],[9133,0,1,,"WirelessTypes.range_39_0625mV"],[9134,0,1,,"WirelessTypes.range_19_5313mV"],[9135,0,1,,"WirelessTypes.range_invalid"],[9136,0,2,"DataMode","WirelessTypes.DataMode"],[9137,0,1,,"WirelessTypes.dataMode_none"],[9138,0,1,,"WirelessTypes.dataMode_raw"],[9139,0,1,,"WirelessTypes.dataMode_derived"],[9140,0,1,,"WirelessTypes.dataMode_raw_derived"],[9141,0,2,"DerivedCategory","WirelessTypes.DerivedCategory"],[9142,0,1,,"WirelessTypes.derivedCategory_rms"],[9143,0,1,,"WirelessTypes.derivedCategory_peakToPeak"],[9144,0,1,,"WirelessTypes.derivedCategory_velocity"],[9145,0,1,,"WirelessTypes.derivedCategory_crestFactor"],[9146,0,1,,"WirelessTypes.derivedCategory_mean"],[9147,0,2,"DerivedDataPacketAlgorithmId","WirelessTypes.DerivedDataPacketAlgorithmId"],[9148,0,1,,"WirelessTypes.derivedAlgId_rms"],[9149,0,1,,"WirelessTypes.derivedAlgId_peakToPeak"],[9150,0,1,,"WirelessTypes.derivedAlgId_ips"],[9151,0,1,,"WirelessTypes.derivedAlgId_crestFactor"],[9152,0,1,,"WirelessTypes.derivedAlgId_mean"],[9153,0,1,,"WirelessTypes.derivedAlgId_mmps"],[9154,0,2,"DerivedVelocityUnit","WirelessTypes.DerivedVelocityUnit"],[9155,0,2,"CommProtocol","WirelessTypes.CommProtocol"],[9156,0,1,,"WirelessTypes.commProtocol_lxrs"],[9157,0,1,,"WirelessTypes.commProtocol_lxrsPlus"],[9158,0,2,"Voltage","WirelessTypes.Voltage"],[9159,0,1,,"WirelessTypes.voltage_5120mV"],[9160,0,1,,"WirelessTypes.voltage_5000mV"],[9161,0,1,,"WirelessTypes.voltage_4096mV"],[9162,0,1,,"WirelessTypes.voltage_3000mV"],[9163,0,1,,"WirelessTypes.voltage_2800mV"],[9164,0,1,,"WirelessTypes.voltage_2750mV"],[9165,0,1,,"WirelessTypes.voltage_2700mV"],[9166,0,1,,"WirelessTypes.voltage_2500mV"],[9167,0,1,,"WirelessTypes.voltage_1500mV"],[9168,0,2,"SensorOutputMode","WirelessTypes.SensorOutputMode"],[9169,0,1,,"WirelessTypes.sensorOutputMode_accel"],[9170,0,1,,"WirelessTypes.sensorOutputMode_tilt"],[9171,0,2,"BatteryStatus","WirelessTypes.BatteryStatus"],[9172,0,1,,"WirelessTypes.Battery_status_values"],[9173,0,1,,"WirelessTypes.batteryStatus_good"],[9174,0,1,,"WirelessTypes.batteryStatus_low"],[9175,0,1,,"WirelessTypes.batteryStatus_critical"],[9176,0,2,"ExternalPowerIndicator","WirelessTypes.ExternalPowerIndicator"],[9177,0,1,,"WirelessTypes.Indicates_external_power_state"],[9178,0,1,,"WirelessTypes.externalPower_notConnected"],[9179,0,1,,"WirelessTypes.externalPower_connected"],[9180,0,2,"DelayVersion","WirelessTypes.DelayVersion"],[9181,0,1,,"WirelessTypes.V1"],[9182,0,1,,"WirelessTypes.V2"],[9183,0,1,,"WirelessTypes.V3"],[9184,0,1,,"WirelessTypes.V4"],[9185,0,5,"DerivedChannelMasks","WirelessTypes.DerivedChannelMasks"],[9186,0,5,"EepromMap","WirelessTypes.EepromMap"],[9187,0,4,"Constants","WirelessTypes.Constants"],[9188,0,1,"UNKNOWN_RSSI = 999","WirelessTypes.UNKNOWN_RSSI=999"],[9189,0,4,"Types","WirelessTypes.Types(2)"],[9190,0,2,"LegacyTransmitPower","WirelessTypes.LegacyTransmitPower"],[9191,0,1,,"WirelessTypes.legacyPower_16dBm"],[9192,0,1,,"WirelessTypes.legacyPower_10dBm"],[9193,0,1,,"WirelessTypes.legacyPower_5dBm"],[9194,0,1,,"WirelessTypes.legacyPower_0dBm"],[9195,0,4,"Functions","WirelessTypes.Functions"],[9196,0,3,"dataTypeSize","WirelessTypes.dataTypeSize"],[9197,0,3,"dataTypeToValueType","WirelessTypes.dataTypeToValueType"],[9198,0,3,"dataFormatSize","WirelessTypes.dataFormatSize"],[9199,0,3,"settlingTime","WirelessTypes.settlingTime"],[9200,0,3,"dataloggingRateToSampleRate","WirelessTypes.dataloggingRateToSampleRate"],[9201,0,3,"sampleRateToDataloggingRate","WirelessTypes.sampleRateToDataloggingRate"],[9202,0,3,"legacyToTransmitPower","WirelessTypes.legacyToTransmitPower"],[9203,0,3,"transmitPowerToLegacy","WirelessTypes.transmitPowerToLegacy"],[9204,0,3,"bytesPerDerivedAlgorithmId","WirelessTypes.bytesPerDerivedAlgorithmId"],[9205,0,3,"bytesPerDerivedChannelOption","WirelessTypes.bytesPerDerivedChannelOption"],[9206,0,3,"derivedBytesPerSweep","WirelessTypes.derivedBytesPerSweep"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/WirelessTypes-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/WirelessTypes-h-SummaryToolTips.js deleted file mode 100644 index c9bd5814d..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/WirelessTypes-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:MicroStrain/Wireless/WirelessTypes.h",{8559:"
WirelessTypes
Contains enumerations/types for various wireless information
",8561:"
Represents the source of a BaseStation\'s Beacon.
",8566:"
Represents the types of microcontrollers possible on the Wireless Devices.
",8574:"
Represents the types of data collection methods that can be performed on the Node.
",8578:"
The types of data that can be transmitted in data packets.
",8594:"
Represents the types of data formats that Nodes can be configured to send when sampling.
",8601:"
Represents the types of synchronized sampling modes the Node can be in.
",8604:"
Represents the types of sampling modes the Node can be in.
",8611:"
Represents the types of default modes the Node can have.  This is the mode the Node starts in, as well as the mode the node goes into after an inactivity timeout.
",8617:"
Represents the frequency (channel) that can be used for Wireless Devices.
",8635:"
Represents the transmit powers that can be used for Wireless Devices.
",8645:"
Represents the possible Node Retransmission values.
",8649:"
Represents the different trigger types that can cause a datalogging session to be logged to a Wireless Node.
",8655:"
Represents the equation types that can be used for calibration coefficients on Wireless Nodes.
",8658:"
Represents the unit types that can be used for calibration coefficients on Wireless Nodes.
",8766:"
Represents the types of channels on Wireless Nodes.
",8779:"
Represents the possible voltage input types
",8782:"
Represents the settling times used for thermocouple and voltage inputs on some Wireless Nodes.
",8795:"
Represents the Transducer types supported by some Wireless Nodes.
",8799:"
Represents the thermocouple types supported by some Wireless Nodes.
",8810:"
Represents the RTD types supported by some Wireless Nodes.
",8818:"
Represents the Wire types supported for RTD sensors.
",8822:"
Represents the Thermistor types supported by some Wireless Nodes.
",8830:"
The possible sample rates that are available for Wireless Nodes.
",8885:"
The possible region codes for the device.
",8898:"
The possible settings for ChannelGroups.
",8919:"
The possible completion flags for the AutoBalance Wireless Node function.
",8928:"
The possible completion flags for the AutoCal Wireless Node function.
",8933:"
The possible error flags for the various AutoCal Wireless Node functions.
",8945:"
The different modes a Fatigue Node can operate in.
",8949:"
The types of event triggers that are available.
",8952:"
The filter options (used for anti-aliasing and low-pass filter)
",8989:"
The high pass filter options.
",8992:"
The channel frequency class filter options.
",8996:"
The options available for configuring what happens when the storage limit is reached when logging to a Node.
",8999:"
The options available for input range on supported Nodes.
",9136:"
Available Data Modes.
",9141:"
Available Derived Channel Categories for configuration.
",9147:"
The types of channels that can be sent in a derived data packet.
",9154:"
The options that can be configured for the velocity derived channel.
",9155:"
Available Communication Protocol types.
",9158:"
Available Voltages.
",9168:"
Available Sensor Output Modes.
",9180:"
Types of delays that individual sensors can support.
",9185:"
Typedef for a map of <DerivedChannelOption> to ChannelMask pairs.
",9186:"
Typedef for a map of eeprom locations (uint16) to values (uint16).
",9188:"
The value given for an unknown RSSI value.
",9190:"
Represents the legacy transmit powers supported by older devices.
",9196:"
static uint16 dataTypeSize(
DataType type
)
Gets the byte size of the data type passed in
",9197:"
static ValueType dataTypeToValueType(
DataType type
)
Converts a DataType (value received from a data packet) to a ValueType which describes how the data is stored (as a short, as a float, etc)
",9198:"
static uint8 dataFormatSize(
DataFormat dataFormat
)
Gets the number of bytes per data point for a specified DataFormat
",9199:"
static uint16 settlingTime(
SettlingTime time
)
Gets the actual settling time, in milliseconds, for the given SettlingTime.
",9200:"
static WirelessSampleRate dataloggingRateToSampleRate(
uint16 eepromValue
)
Converts a datalogging sample rate value to a WirelessSampleRate.
",9201:"
static uint16 sampleRateToDataloggingRate(
WirelessSampleRate rate
)
Converts a WirelessSampleRate to a datalogging sample rate eeprom value.
",9202:"
static WirelessTypes::TransmitPower legacyToTransmitPower(
WirelessTypes::LegacyTransmitPower legacyVal
)
Converts the given WirelessTypes::LegacyTransmitPower to the WirelessTypes::TransmitPower equivalent.
",9203:"
static WirelessTypes::LegacyTransmitPower transmitPowerToLegacy(
WirelessTypes::TransmitPower power
)
Converts the given WirelessTypes::TransmitPower to the WirelessTypes::LegacyTransmitPower equivalent.
",9204:"
static uint8 bytesPerDerivedAlgorithmId(
DerivedDataPacketAlgorithmId id
)
Gets the number of bytes that make up a derived channel.  For example, derived_rms is a single float, so this will return 4.
",9205:"
static uint8 bytesPerDerivedChannelOption(
DerivedCategory category
)
Gets the number of bytes that make up a derived channel option.
",9206:"
static uint32 derivedBytesPerSweep(
const WirelessTypes::DerivedChannelMasks &derivedChannelMasks
)
Gets the number of derived bytes in a sweep for the given WirelessTypes::DerivedChannelMasks.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/WirelessTypes-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/WirelessTypes-h-ToolTips.js deleted file mode 100644 index 6b5af8b9c..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/WirelessTypes-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({8578:"
The types of data that can be transmitted in data packets.
",8594:"
Represents the types of data formats that Nodes can be configured to send when sampling.
",8635:"
Represents the transmit powers that can be used for Wireless Devices.
",8782:"
Represents the settling times used for thermocouple and voltage inputs on some Wireless Nodes.
",8830:"
The possible sample rates that are available for Wireless Nodes.
",9141:"
Available Derived Channel Categories for configuration.
",9147:"
The types of channels that can be sent in a derived data packet.
",9185:"
Typedef for a map of <DerivedChannelOption> to ChannelMask pairs.
",9190:"
Represents the legacy transmit powers supported by older devices.
",9478:"
ChannelMask
Represents the channel mask (active and inactive channels) for a WirelessNode.
",10446:"
Error
The generic MicroStrain exception (base class)
",10453:"
Error_NotSupported
A command/feature was attempted to be used that was not supported.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/WirelessTypes-h.html b/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/WirelessTypes-h.html deleted file mode 100644 index 750f63e2b..000000000 --- a/v66.0.1/MSCL_Docs/files/MicroStrain/Wireless/WirelessTypes-h.html +++ /dev/null @@ -1,344 +0,0 @@ - - -WirelessTypes.h - - - - - - - -
-
WirelessTypes
-
WirelessTypes
-

Contains enumerations/types for various wireless information

-
- -
-
Types
-
- -
-
BeaconSource
-

Represents the source of a BaseStation's Beacon.

beacon_none

0 - No Beacon

beacon_internalTimer

1 - Internal Timer

beacon_internalPPS

2 - Internal PPS

beacon_externalPPS

3 - External PPS

-
- -
-
MicroControllerType
-

Represents the types of microcontrollers possible on the Wireless Devices.

microcontroller_18F452

31 - 18F452, 20MHz

microcontroller_18F4620

32 - 18F4620, 20MHz

microcontroller_18F46K20

33 - 18F46K20, 40MHz

microcontroller_18F67K90

34 - 18F67K90, 40MHz

microcontroller_EFM32WG990F256

35 - EFM32WG990F256, 48MHz

microcontroller_EFR32FG1P132F256GM48

36 - EFR32FG1P132F256GM48

microcontroller_EFR32MG1P232F256GM48

37 - EFR32MG1P232F256GM48

-
- -
-
DataCollectionMethod
-

Represents the types of data collection methods that can be performed on the Node.

collectionMethod_logOnly

1 - Data is logged to the Node's internal memory to be downloaded later

collectionMethod_transmitOnly

2 - Data is transmitted wirelessly over the air

collectionMethod_logAndTransmit

3 - Data is both logged to the Node and transmitted over the air.

-
- -
-
DataType
-

The types of data that can be transmitted in data packets.

dataType_first

1 - The smallest value in the list

dataType_uint16_shifted

1 - 2-byte unsigned integer (bit-shifted)

dataType_float32

2 - 4-byte float (calibrated)

dataType_uint16_12bitRes

3 - 2-byte unsigned integer (12-bit resolution)

dataType_uint32

4 - 4-byte unsigned integer

dataType_uint16

7 - 2-byte unsigned integer (16-bit resolution)

dataType_float32_noCals

8 - 4-byte float (no cal coefficients applied)

dataType_uint24_18bitRes

9 - 3-byte unsigned integer (18-bit resolution)

dataType_uint16_18bitTrunc

10 - uint16 from a device with 18-bit resolution (truncated)

dataType_int24_20bit

11 - signed int24 from a device with 20-bit resolution

dataType_int16_20bitTrunc

12 - signed int16 from a device with 20-bit resolution (truncated)

dataType_uint24

13 - 3-byte unsigned integer

dataType_uint16_24bitTrunc

14 - 2-byte unsigned integer from a device with 24-bit resolution (truncated)

dataType_int16_x10

15 - 2-byte signed integer that represents a calibrated value that was multiplied by 10

dataType_last

15 - The largest value in the list

-
- -
-
DataFormat
-

Represents the types of data formats that Nodes can be configured to send when sampling.

dataFormat_raw_uint16

1 - Raw, uint16 data format

dataFormat_cal_float

2 - Calibrated, float data format

dataFormat_raw_uint24

3 - Raw, uint24 data format

dataFormat_raw_int24

4 - Raw, int24 data format

dataFormat_raw_int16

5 - Raw, int16 data format

dataFormat_cal_int16_x10

6 - Calibrated, int16 multiplied by 10 (range of -3276.8 to +3276.7 with 0.1 resolution)

-
- -
-
SyncSamplingMode
-

Represents the types of synchronized sampling modes the Node can be in.

syncMode_continuous

0x7400 - Data will be transmitted in standard non-burst synchronized sampling mode.

syncMode_burst

0xF600 - Data will be transmitted in a burst synchronized sampling mode.

-
- -
-
SamplingMode
-

Represents the types of sampling modes the Node can be in.

samplingMode_sync

1 - Synchronized Sampling mode

samplingMode_syncBurst

2 - Synchronized Sampling, Burst mode

samplingMode_nonSync

3 - Asynchronous Sampling mode (LDC)

samplingMode_armedDatalog

4 - Armed Datalogging Sampling mode

samplingMode_syncEvent

5 - Synchronized Sampling mode with Event Triggering

samplingMode_nonSyncEvent

6 - Asynchronous Sampling mode (LDC) with Event Triggering

-
- -
-
DefaultMode
-

Represents the types of default modes the Node can have.  This is the mode the Node starts in, as well as the mode the node goes into after an inactivity timeout.

defaultMode_idle

0 - Default of Idle Mode.

default_ldc

1 - Default of Low Duty Cycle sampling.

default_datalog

4 - Default of Armed Datalogging (but with no timestamp) sampling.

default_sleep

5 - Default of a low-power Sleep Mode.

default_sync

6 - Default of Sync Sampling (must hear a beacon to start sampling).

-
- -
-
Frequency
-

Represents the frequency (channel) that can be used for Wireless Devices.

freq_unknown

0 - Unknown Frequency

freq_11

11 - Frequency 11 (2.405 Ghz)

freq_12

12 - Frequency 12 (2.410 Ghz)

freq_13

13 - Frequency 13 (2.415 Ghz)

freq_14

14 - Frequency 14 (2.420 Ghz)

freq_15

15 - Frequency 15 (2.425 Ghz)

freq_16

16 - Frequency 16 (2.430 Ghz)

freq_17

17 - Frequency 17 (2.435 Ghz)

freq_18

18 - Frequency 18 (2.440 Ghz)

freq_19

19 - Frequency 19 (2.445 Ghz)

freq_20

20 - Frequency 20 (2.450 Ghz)

freq_21

21 - Frequency 21 (2.455 Ghz)

freq_22

22 - Frequency 22 (2.460 Ghz)

freq_23

23 - Frequency 23 (2.465 Ghz)

freq_24

24 - Frequency 24 (2.470 Ghz)

freq_25

25 - Frequency 25 (2.475 Ghz)

freq_26

26 - Frequency 26 (2.480 Ghz)

-
- -
-
TransmitPower
-

Represents the transmit powers that can be used for Wireless Devices.

power_20dBm

20 - 20 dBm

power_16dBm

16 - 16 dBm

power_15dBm

15 - 15 dBm

power_12dBm

12 - 12 dBm

power_11dBm

11 - 11 dBm

power_10dBm

10 - 10 dBm

power_5dBm

5  - 5 dBm

power_1dBm

1  - 1 dBm

power_0dBm

0  - 0 dBm

-
- -
-
NodeRetransmission
-

Represents the possible Node Retransmission values.

retransmission_off

0 - Retransmission is turned off

retransmission_on

1 - Retransmission is turned on

retransmission_disabled

2 - Retransmission is disabled. It should not be set to on or off

-
- -
-
TriggerType
-

Represents the different trigger types that can cause a datalogging session to be logged to a Wireless Node.

trigger_userInit

0 - The user started this datalogging session manually by sending a start sampling command.

trigger_ceiling

1 - The trigger was caused by a ceiling event.

trigger_floor

2 - The trigger was caused by a floor event.

trigger_rampUp

3 - The trigger was caused by a ramp-up event.

trigger_rampDown

4 - The trigger was caused by a ramp-down event.

-
- -
-
CalCoef_EquationType
-

Represents the equation types that can be used for calibration coefficients on Wireless Nodes.

equation_none

0 - value = none, [bits/no equation applied]

equation_standard

4 - value = (slope * bits) + offset

-
- -
-
CalCoef_Unit
-

Represents the unit types that can be used for calibration coefficients on Wireless Nodes.

unit_none

0  - no unit or unknown unit

unit_accel_g

4  - acceleration due to gravity

unit_accel_mPerSec2

5  - meters per second squared

unit_accel_milliG

34  - milli-G's

unit_accel_ftPerSec2

35  - Feet/Second Squared

unit_angDisplacement_degrees

26  - degrees

unit_angDisplacement_radians

65  - Radians

unit_angVelocity_degreesPerSec

27  - degrees per second

unit_angVelocity_radiansPerSec

28  - radians per second

unit_current_ampere

58  - Ampere

unit_current_milliampere

59  - Milliampere

unit_current_microampere

60  - Microampere

unit_density_kgPerMeter3

93  - kg per meter cubed

unit_displacement_meters

12  - meters

unit_displacement_millimeters

13  - millimeters

unit_displacement_micrometers

14  - micrometers

unit_displacement_feet

38  - Feet

unit_displacement_inches

39  - Inches

unit_displacement_yards

40  - Yards

unit_displacement_miles

41  - Miles

unit_displacement_nautMiles

42  - Nautical Miles

unit_displacement_thouInch

43  - Thousandths of an Inch

unit_displacement_hundInch

44  - Hundredths of an Inch

unit_displacement_kilometers

45  - Kilometers

unit_displacement_centimeters

46  - Centimers

unit_energy_wattHour

54  - Watt-Hour

unit_energy_kiloWattHour

55  - Kilowatt-Hour

unit_flowRate_cubicMetersPerSec

75  - Cubic Meters Per Second

unit_flowRate_cubicFtPerSec

76  - Cubic Feet Per Second

unit_force_kg

96  - kiloGrams

unit_force_lbf

15  - pound force

unit_force_newtons

16  - Newtons

unit_force_kiloNewtons

17  - kiloNewtons

unit_freq_rpm

30  - revolutions per minute

unit_freq_hertz

31  - hertz

unit_freq_kiloHertz

64  - Kilohertz

unit_irradiance_wattsPerSqMeter

47  - Watts per Square Meter

unit_magneticFlux_gauss

89  - Gauss

unit_mass_grams

104 - Grams

unit_mass_kilograms

18  - kilograms

unit_mass_pound

49  - Pound

unit_mass_ton

105 - Ton

unit_mass_tonne

106 - Tonne (Metric Ton)

unit_other_bits

1  - raw bits

unit_other_mVperV

33  - milliVolt/Volt

unit_other_percentLife

36  - % Life

unit_other_count

37  - Count

unit_other_percent

29  - percent

unit_other_value

88  - value

unit_other_gSec

90  - G-Seconds

unit_other_secsPerSec

91  - Seconds per Second (clock-drift)

unit_other_unitless

94  - unitless

unit_par_microEinstein

48  - microEinstein

unit_power_watt

50  - Watt

unit_power_milliwatt

51  - Milliwatt

unit_power_horsepower

52  - Horsepower

unit_pressure_bar

19  - bar

unit_pressure_millibar

61  - MilliBar

unit_pressure_psi

20  - pounds per square inch

unit_pressure_atm

21  - atmospheric pressure

unit_pressure_mmHg

22  - millimeters of mercury

unit_pressure_inHg

62  - Inches of Mercury

unit_pressure_pascal

23  - Pascal

unit_pressure_megaPascal

24  - megaPascal

unit_pressure_kiloPascal

25  - kiloPascal

unit_rawVoltage_volts

97  - Raw Volts

unit_rawVoltage_millivolts

98  - Raw Millivolts

unit_rawVoltage_microvolts

99  - Raw Microvolts

unit_reactiveEnergy_VARh

56  - Volt-Ampere Reactive Hour

unit_reactiveEnergy_kVARh

57  - Kilovolt-Ampere Reactive Hour

unit_reactivePower_var

53  - Volt-Ampere Reactive

unit_resistance_ohm

100 - Ohm

unit_resistance_milliohm

101 - milliOhm

unit_resistance_kiloohm

102 - kiloOhm

unit_rh_percentRh

32  - percent relative humidity

unit_rssi_dBm

63  - dBm

unit_rssi_dBHz

92  - dBHz

unit_strain_strain

2  - Strain

unit_strain_microStrain

3  - microStrain

unit_temp_celsius

9  - degrees Celsius

unit_temp_kelvin

10  - Kelvin

unit_temp_fahrenheit

11  - degrees Fahrenheit

unit_time_secs

80  - Seconds

unit_time_nanosecs

81  - Nanoseconds

unit_time_microsecs

82  - Microseconds

unit_time_millisecs

83  - Milliseconds

unit_time_minutes

84  - Minutes

unit_time_hours

85  - Hours

unit_time_days

86  - Days

unit_time_weeks

87  - Weeks

unit_torque_newtonMeter

77  - Newton Meter

unit_torque_footPounds

78  - Foot Pounds

unit_torque_inchPounds

79  - Inch Pounds

unit_velocity_inchesPerSec

95  - Inches per Second

unit_velocity_metersPerSec

66  - Meters per Second

unit_velocity_mmPerSec

103 - Millimeters per Second

unit_velocity_kilometersPerSec

67  - Kilometers per Second

unit_velocity_kilometersPerHr

68  - Kilometers per Hour

unit_velocity_milesPerHr

69  - Miles per Hour

unit_velocity_knots

70  - Knots

unit_volts_volts

6  - volts

unit_volts_millivolts

7  - milliVolts

unit_volts_microvolts

8  - microVolts

unit_volume_cubicMeter

71  - Cubic Meter

unit_volume_cubicFt

72  - Cubic Feet

unit_volume_liters

73  - Liters

unit_volume_gallon

74  - Gallon

-
- -
-
ChannelType
-

Represents the types of channels on Wireless Nodes.

chType_none

0 - No channel type (channel not supported)

chType_fullDifferential

1 - Full Differential

chType_singleEnded

2 - Single Ended

chType_battery

3 - Battery

chType_temperature

4 - Temperature

chType_rh

5 - Relative Humidity

chType_acceleration

6 - Acceleration

chType_displacement

7 - Displacement

chType_voltage

8 - Voltage

chType_diffTemperature

9 - Differential - Temperature (thermocouple, rtd)

chType_digital

10 - Digital

chType_tilt

11 - Tilt

-
- -
-
VoltageType
-

Represents the possible voltage input types

voltageType_singleEnded

0 - Single-ended

voltageType_differential

1 - Differential

-
- -
-
SettlingTime
-

Represents the settling times used for thermocouple and voltage inputs on some Wireless Nodes.

settling_4ms

1  - 4 millisecond settling time (fastest settling)

settling_8ms

2  - 8 millisecond settling time

settling_16ms

3  - 16 millisecond settling time

settling_32ms

4  - 32 millisecond settling time

settling_40ms

5  - 40 millisecond settling time

settling_48ms

6  - 48 millisecond settling time

settling_60ms

7  - 60 millisecond settling time

settling_101ms_90db

8  - 101 millisecond settling time (90db [60Hz Rejection])

settling_120ms_80db

9  - 120 millisecond settling time (80db [50Hz Rejection])

settling_120ms_65db

10  - 120 millisecond settling time (65db [50+60Hz Rejection])

settling_160ms_69db

11  - 160 millisecond settling time (69db [50+60Hz Rejection])

settling_200ms

12  - 200 millisecond settling time (highest resolution)

-
- -
-
TransducerType
-

Represents the Transducer types supported by some Wireless Nodes.

transducer_thermocouple

0 - Thermocouple

transducer_rtd

1 - RTD

transducer_thermistor

2 - Thermistor

-
- -
-
ThermocoupleType
-

Represents the thermocouple types supported by some Wireless Nodes.

tc_uncompensated

0  - Uncompensated (None)

tc_K

1  - K Type Thermocouple

tc_J

2  - J Type Thermocouple

tc_R

3  - R Type Thermocouple

tc_S

4  - S Type Thermocouple

tc_T

5  - T Type Thermocouple

tc_E

6  - E Type Thermocouple

tc_B

7  - B Type Thermocouple

tc_N

8  - N Type Thermocouple

tc_customPolynomial

9  - Custom Polynomial

-
- -
-
RtdType
-

Represents the RTD types supported by some Wireless Nodes.

rtd_uncompensated

0 - Uncompensated (None)

rtd_pt10

1 - PT-10

rtd_pt50

2 - PT-50

rtd_pt100

3 - PT-100

rtd_pt200

4 - PT-200

rtd_pt500

5 - PT-500

rtd_pt1000

6 - PT-1000

-
- -
-
RtdWireType
-

Represents the Wire types supported for RTD sensors.

rtd_2wire

0 - 2 Wire RTD

rtd_3wire

1 - 3 Wire RTD

rtd_4wire

2 - 4 Wire RTD

-
- -
-
ThermistorType
-

Represents the Thermistor types supported by some Wireless Nodes.

thermistor_uncompensated

0 - Uncompensated (None)

thermistor_44004_44033

1 - 44004/44033

thermistor_44005_44030

2 - 44005/44030

thermistor_44007_44034

3 - 44007/44034

thermistor_44006_44031

4 - 44006/44031

thermistor_44008_44032

5 - 44008/44032

thermistor_ys1_400

6 - YSI-400

-
- -
-
WirelessSampleRate
-

The possible sample rates that are available for Wireless Nodes.

sampleRate_104170Hz

60  - 104170 Hz

sampleRate_78125Hz

58  - 78125 Hz

sampleRate_62500Hz

57  - 62500 Hz

sampleRate_25000Hz

56  - 25000 Hz

sampleRate_12500Hz

55  - 12500 Hz

sampleRate_3200Hz

49  - 3200 Hz

sampleRate_1600Hz

48  - 1600 Hz

sampleRate_800Hz

47  - 800 Hz

sampleRate_300Hz

46  - 300 Hz

sampleRate_1kHz

62  - 1 kHz

sampleRate_2kHz

63  - 2 kHz

sampleRate_3kHz

64  - 3 kHz

sampleRate_4kHz

65  - 4 kHz

sampleRate_5kHz

66  - 5 kHz

sampleRate_6kHz

67  - 6 kHz

sampleRate_7kHz

68  - 7 kHz

sampleRate_8kHz

69  - 8 kHz

sampleRate_9kHz

70  - 9 kHz

sampleRate_10kHz

71  - 10 kHz

sampleRate_20kHz

72  - 20 kHz

sampleRate_30kHz

73  - 30 kHz

sampleRate_40kHz

74  - 40 kHz

sampleRate_50kHz

75  - 50 kHz

sampleRate_60kHz

76  - 60 kHz

sampleRate_70kHz

77  - 70 kHz

sampleRate_80kHz

78  - 80 kHz

sampleRate_90kHz

79  - 90 kHz

sampleRate_100kHz

80  - 100 kHz

sampleRate_887Hz

98  - 887 Hz

sampleRate_8192Hz

100  - 8192 Hz

sampleRate_4096Hz

101  - 4096 Hz

sampleRate_2048Hz

102  - 2048 Hz

sampleRate_1024Hz

103  - 1024 Hz

sampleRate_512Hz

104  - 512 Hz

sampleRate_256Hz

105  - 256 Hz

sampleRate_128Hz

106  - 128 Hz

sampleRate_64Hz

107  - 64 Hz

sampleRate_32Hz

108  - 32 Hz

sampleRate_16Hz

109  - 16 Hz

sampleRate_8Hz

110  - 8 Hz

sampleRate_4Hz

111  - 4 Hz

sampleRate_2Hz

112  - 2 Hz

sampleRate_1Hz

113  - 1 Hz

sampleRate_2Sec

114  - 1 sample every 2 seconds

sampleRate_5Sec

115  - 1 sample every 5 seconds

sampleRate_10Sec

116  - 1 sample every 10 seconds

sampleRate_30Sec

117  - 1 sample every 30 seconds

sampleRate_1Min

118  - 1 sample every 1 minute

sampleRate_2Min

119  - 1 sample every 2 minutes

sampleRate_5Min

120  - 1 sample every 5 minutes

sampleRate_10Min

121  - 1 sample every 10 minutes

sampleRate_30Min

122  - 1 sample every 30 minutes

sampleRate_60Min

123  - 1 sample every 60 minutes

sampleRate_24Hours

127  - 1 sample every 24 hours

-
- -
-
RegionCode
-

The possible region codes for the device.

region_usa

0

region_europeanUnion

1

region_japan

2

region_other

3

region_brazil

4

region_china

5

region_australia_newzealand

6

region_singapore

7

region_canada

8

region_southAfrica

9

region_indonesia

10

region_taiwan

11

-
- -
-
ChannelGroupSetting
-

The possible settings for ChannelGroups.

chSetting_inputRange

0 - Input Range

chSetting_filterSettlingTime

1 - Filter Settling Time

chSetting_thermocoupleType

2 - Thermocouple Type

chSetting_linearEquation

3 - Linear Equation

chSetting_unit

4 - Unit

chSetting_equationType

5 - Equation Type

chSetting_hardwareOffset

6 - Hardware Offset

chSetting_autoBalance

7 - Autobalance Function

chSetting_gaugeFactor

8 - Gauge Factor

chSetting_antiAliasingFilter

9 - Anti-Aliasing Filter

chSetting_legacyShuntCal

10 - Legacy Shunt Cal (Note: the actual shunt cal operation is not a feature in MSCL)

chSetting_autoShuntCal

11 - Auto Shunt Cal

chSetting_lowPassFilter

12 - Low Pass Filter

chSetting_highPassFilter

13 - High Pass Filter

chSetting_tempSensorOptions

14 - Temperature Sensor Options

chSetting_debounceFilter

15 - Debounce Filter

chSetting_pullUpResistor

16 - Internal Pull-up Resistor

chSetting_factoryLinearEq

17 - Factory Calibration Linear Equation values [Read Only]

chSetting_factoryUnit

18 - Factory Calibration Unit [Read Only]

chSetting_factoryEqType

19 - Factory Calibration Equation Type [Read Only]

-
- -
-
AutoBalanceErrorFlag
-

The possible completion flags for the AutoBalance Wireless Node function.

autobalance_success

0  - AutoBalance was successful.

autobalance_maybeInvalid

1  - AutoBalance completed, but the values look suspicious.

autobalance_notSupportedByNode

2  - AutoBalance is not supported by the Node.

autobalance_notSupportedByCh

3  - AutoBalance is not supported by the channel.

autobalance_targetOutOfRange

4  - The target balance value is out of range for the channel.

autobalance_failed

5  - The AutoBalance has failed. No values have been applied.

autobalance_legacyNone

998  - The legacy AutoBalance command was used, so no info was returned.

autobalance_notComplete

999  - AutoBalance has not yet completed.

-
- -
-
AutoCalCompletionFlag
-

The possible completion flags for the AutoCal Wireless Node function.

autocal_success

0  - AutoCal was successful.

autocal_maybeInvalid

1  - AutoCal completed, but the values look suspicious. The results have been applied to the Node.

autocal_maybeInvalid_notApplied

2  - AutoCal completed, but the values look suspicious. No results have been applied to the Node.

autocal_notComplete

999  - AutoCal has not yet completed.

-
- -
-
AutoCalErrorFlag
-

The possible error flags for the various AutoCal Wireless Node functions.

autocalError_none

0  - AutoCal showed no sign of errors.

autocalError_sensorDetached

1  - AutoCal indicated the sensor may be detached.

autocalError_sensorShorted

2  - AutoCal indicated the sensor may have shorted.

autocalError_unsupportedChannel

3  - The provided channel was not supported.

autocalError_baseHighRail

4  - The baseline data may have railed high.

autocalError_baseLowRail

5  - The baseline data may have railed low.

autocalError_shuntHighRail

6  - The shunted data may have railed high.

autocalError_shuntLowRail

7  - The shunted data may have railed low.

autocalError_ramp

8  - There was an unexpected slope to the data.

autocalError_noShunt

9  - No shunt was detected in the data.

autocalError_timeout

10  - A timeout has occurred.

-
- -
-
FatigueMode
-

The different modes a Fatigue Node can operate in.

fatigueMode_angleStrain

0  - Standard angle strain mode: can enter specific angles to sample.

fatigueMode_distributedAngle

1  - Distributed angle mode: can enter a low, high, and # of angles (4-16) to sample.

fatigueMode_rawGaugeStrain

2  - Raw Gauge Strain mode: sends the raw strain sensor data.

-
- -
-
EventTriggerType
-

The types of event triggers that are available.

eventTrigger_ceiling

1 - Ceiling Trigger (greater than)

eventTrigger_floor

2 - Floor Trigger (less than)

-
- -
-
Filter
-

The filter options (used for anti-aliasing and low-pass filter)

filter_33000hz

33000 - 33000 hz

filter_20000hz

20000 - 20000 hz

filter_10000hz

10000 - 10000 hz

filter_5222hz

5222 - 5222 hz

filter_5000hz

5000 - 5000 hz

filter_4416hz

4416 - 4416 hz

filter_4096hz

4096 - 4096 hz

filter_4000hz

4000 - 4000 hz

filter_2208hz

2208 - 2208 hz

filter_2048hz

2048 - 2048 hz

filter_2000hz

2000 - 2000 hz

filter_1104hz

1104 - 1104 hz

filter_1024hz

1024 - 1024 hz

filter_1000hz

1000 - 1000 hz

filter_800hz

800 - 800 hz

filter_552hz

552 - 552 hz

filter_512hz

512 - 512 hz

filter_500hz

500 - 500 hz

filter_418hz

418 - 418 hz

filter_294hz

294 - 294 hz

filter_256hz

256 - 256 hz

filter_250hz

250 - 250 hz

filter_209hz

209 - 209 hz

filter_200hz

200 - 200 hz

filter_147hz

147 - 147 hz

filter_128hz

128 - 128 hz

filter_125hz

125 - 125 hz

filter_104hz

104 - 104 hz

filter_100hz

100 - 100 hz

filter_62hz

62 - 62 hz

filter_52hz

52 - 52 hz

filter_50hz

50 - 50 hz

filter_31hz

31 - 31 hz

filter_26hz

26 - 26 hz

filter_12_66hz

12 - 12.66 hz

filter_2_6hz

2 - 2.6 hz

-
- -
-
HighPassFilter
-

The high pass filter options.

highPass_off

0  - Disabled

highPass_auto

65535 - The High Pass Filter will be automatically selected based on other configuration options (such as low pass filter).

-
- -
-
ChannelFrequencyClass
-

The channel frequency class filter options.

cfc_10

10  - CFC-10

cfc_21

21  - CFC-21

cfc_60

60  - CFC-60

-
- -
-
StorageLimitMode
-

The options available for configuring what happens when the storage limit is reached when logging to a Node.

storageLimit_overwrite

0 - When the max memory is reached, old data is overwritten (FIFO).

storageLimit_stop

1 - When the max memory is reached, the Node stops sampling and returns to its idle state.

-
- -
-
InputRange
-

The options available for input range on supported Nodes.

range_14_545mV

0  - +-14.545 milliVolts

range_10_236mV

1  - +-10.236 milliVolts

range_7_608mV

2  - +-7.608 milliVolts

range_4_046mV

3  - +-4.046 milliVolts

range_2_008mV

4  - +-2.008 milliVolts

range_1_511mV

5  - +-1.511 milliVolts

range_1_001mV

6  - +-1.001 milliVolts

range_0_812mV

7  - +-0.812 milliVolts

range_75mV

8  - +-75 milliVolts

range_37_5mV

9  - +-37.5 milliVolts

range_18_75mV

10  - +-18.75 milliVolts

range_9_38mV

11  - +-9.38 milliVolts

range_4_69mV

12  - +-4.69 milliVolts

range_2_34mV

13  - +-2.34 milliVolts

range_1_17mV

14  - +-1.17 milliVolts

range_0_586mV

15  - +-0.586 milliVolts

range_70mV

16  - +-70 milliVolts

range_35mV

17  - +-35 milliVolts

range_17_5mV

18  - +-17.5 milliVolts

range_8_75mV

19  - +-8.75 milliVolts

range_4_38mV

20  - +-4.38 milliVolts

range_2_19mV

21  - +-2.19 milliVolts

range_1_09mV

22  - +-1.09 milliVolts

range_0_547mV

23  - +-0.547 milliVolts

range_44mV

24  - +-44 milliVolts

range_30mV

25  - +-30 milliVolts

range_20mV

26  - +-20 milliVolts

range_15mV

27  - +-15 milliVolts

range_10mV

28  - +-10 milliVolts

range_5mV

29  - +-5 milliVolts

range_3mV

30  - +-3 milliVolts

range_2mV

31  - +-2 milliVolts

range_6mV

32  - +-6 milliVolts

range_1mV

33  - +-1 milliVolt

range_50mV

34  - +-50 milliVolts

range_2_5mV

35  - +-2.5 milliVolts

range_0_6mV

36  - +-0.6 milliVolts

range_0_35mV

37  - +-0.35 milliVolts

range_0_1mV

38  - +-0.1 milliVolts

range_156mV

39  - +-156 milliVolts

range_78_1mV

40  - +-78.1 milliVolts

range_39mV

41  - +-39 milliVolts

range_19_5mV

42  - +-19.5 milliVolts

range_9_76mV

43  - +-9.76 milliVolts

range_4_88mV

44  - +-4.88 milliVolts

range_2_44mV

45  - +-2.44 milliVolts

range_1_22mV

46  - +-1.22 milliVolts

range_10_24V

47  - +-10.24 Volts

range_5_12V

48  - +-5.12 Volts

range_2_56V

49  - +-2.56 Volts

range_0to10_24V

50  - 0 to 10.24 Volts

range_0to5_12V

51  - 0 to 5.12 Volts

range_1_147V

52  - +-1.147 Volts

range_585mV

53  - +-585 milliVolts

range_292_5mV

54  - +-292.5 milliVolts

range_146_25mV

55  - +-146.25 milliVolts

range_73_13mV

56  - +-73.13 milliVolts

range_36_56mV

57  - +-36.56 milliVolts

range_18_23mV

58  - +-18.23 milliVolts

range_9_14mV

59  - +-9.14 milliVolts

range_5_74V

60  - +-5.74 Volts

range_2_93V

61  - +-2.93 Volts

range_1_46V

62  - +-1.46 Volts

range_731_3mV

63  - +-731.3 milliVolts

range_365_6mV

64  - +-365.6 milliVolts

range_182_8mV

65  - +-182.8 milliVolts

range_91_4mV

66  - +-91.4 milliVolts

range_45_7mV

67  - +-45.7 milliVolts

range_62_5mV

68  - +-62.5 milliVolts

range_31_25mV

69  - +-31.25 milliVolts

range_15_63mV

70  - +-15.63 milliVolts

range_7_81mV

71  - +-7.81 milliVolts

range_3_91mV

72  - +-3.91 milliVolts

range_1_95mV

73  - +-1.95 milliVolts

range_0_976mV

74  - +-0.976 milliVolts

range_0_488mV

75  - +-0.488 milliVolts

range_2G

76  - +-2 Gs

range_4G

77  - +-4 Gs

range_8G

78  - +-8 Gs

range_10G

79  - +-10 Gs

range_20G

80  - +-20 Gs

range_40G

81  - +-40 Gs

range_2_5V

82  - +-2.5 Volts

range_1_25V

83  - +-1.25 Volts

range_625mV

84  - +-625 milliVolts

range_312_5mV

85  - +-312.5 milliVolts

range_156_25mV

86  - +-156.25 milliVolts

range_78_125mV

87  - +-78.125 milliVolts

range_39_063mV

88  - +-39.063 milliVolts

range_19_532mV

89  - +-19.532 milliVolts

range_0to2_5V

90  - 0 to 2.5 Volts

range_0to1_25V

91  - 0 to 1.25 Volts

range_0to625mV

92  - 0 to 625 milliVolts

range_0to312_5mV

93  - 0 to 312.5 milliVolts

range_0to156_25mV

94  - 0 to 156.25 milliVolts

range_0to78_125mV

95  - 0 to 78.125 milliVolts

range_0to39_063mV

96  - 0 to 39.063 milliVolts

range_0to19_532mV

97  - 0 to 19.532 milliVolts

range_9_766mV

98  - +-9.766 milliVolts

range_1_35V_or_0to2026408518ohm

99  - +-1.35 Volts, or 0 to 2026408518 ohms

range_1_25V_or_0to5100ohm

100  - +-1.25 Volts, or 0 to 5100 ohms

range_625mV_or_0to1700ohm

101  - +-625 milliVolts, or 0 to 1700 ohms

range_312_5mV_or_0to728ohm

102  - +-312.5 milliVolts, or 0 to 728 ohms

range_156_25mV_or_0to340ohm

103  - +-156.25 milliVolts, or 0 to 340 ohms

range_78_125mV_or_0to164ohm

104  - +-78.125 milliVolts, or 0 to 164 ohms

range_39_0625mV_or_0to80ohm

105  - +-39.0625 milliVolts, or 0 to 80 ohms

range_19_5313mV_or_0to40ohm

106  - +-19.5313 milliVolts, or 0 to 40 ohms

range_750mV

107  - +-750 milliVolts

range_375mV

108  - +-375 milliVolts

range_187_5mV

109  - +-187.5 milliVolts

range_93_75mV

110  - +-93.75 milliVolts

range_46_875mV

111  - +-46.875 milliVolts

range_23_438mV

112  - +-23.438 milliVolts

range_11_719mV

113  - +-11.719 milliVolts

range_5_859mV

114  - +-5.859 milliVolts

range_0to1_5V

115  - 0 to 1.5 Volts

range_0to750mV

116  - 0 to 750 milliVolts

range_0to375mV

117  - 0 to 375 milliVolts

range_0to187_5mV

118  - 0 to 187.5 milliVolts

range_0to93_75mV

119  - 0 to 93.75 milliVolts

range_0to46_875mV

120  - 0 to 46.875 milliVolts

range_0to23_438mV

121  - 0 to 23.438 milliVolts

range_0to11_719mV

122  - 0 to 11.719 milliVolts

range_1_5V

123  - +-1.5 Volts

range_1_35V

124  - +-1.35 Volts

range_0to2026408518ohm

125  - 0 to 2026408518 ohms

range_0to10000ohm

126  - 0 to 10000 ohms

range_0to2580ohm

127  - 0 to 2580 ohms

range_0to1290ohm

128  - 0 to 1290 ohms

range_0to645ohm

129  - 0 to 645 ohms

range_0to322ohm

130  - 0 to 322 ohms

range_0to161ohm

131  - 0 to 161 ohms

range_0to80ohm

132  - 0 to 80 ohms

range_39_0625mV

133  - +- 39.0625 milliVolts

range_19_5313mV

134  - +- 19.5313 milliVolts

range_invalid

65535  - invalid input range

-
- -
-
DataMode
-

Available Data Modes.

dataMode_none

0 - No Data Modes enabled

dataMode_raw

1 - Raw Only Data Mode

dataMode_derived

2 - Derived Only Data Mode

dataMode_raw_derived

3 - Raw and Derived Data Mode

-
- -
-
DerivedCategory
-

Available Derived Channel Categories for configuration.

derivedCategory_rms

0 - RMS

derivedCategory_peakToPeak

1 - Peak to Peak

derivedCategory_velocity

2 - Velocity (IPS, mm/s)

derivedCategory_crestFactor

3 - Crest Factor

derivedCategory_mean

4 - Mean

-
- -
-
DerivedDataPacketAlgorithmId
-

The types of channels that can be sent in a derived data packet.

derivedAlgId_rms

0 - RMS

derivedAlgId_peakToPeak

1 - Peak to Peak

derivedAlgId_ips

2 - Inches per Second

derivedAlgId_crestFactor

3 - Crest Factor

derivedAlgId_mean

4 - Mean

derivedAlgId_mmps

5 - millimeters per second

-
- -
-
DerivedVelocityUnit
-

The options that can be configured for the velocity derived channel.

-
- -
-
CommProtocol
-

Available Communication Protocol types.

commProtocol_lxrs

0 - LXRS, 250kbps, 802.15.4

commProtocol_lxrsPlus

1 - LXRS+, 2Mbps, Proprietary

-
- -
-
Voltage
-

Available Voltages.

voltage_5120mV

5120 - 5.2V

voltage_5000mV

5000 - 5.0V

voltage_4096mV

4096 - 4.096V

voltage_3000mV

3000 - 3.0V

voltage_2800mV

2800 - 2.8V

voltage_2750mV

2750 - 2.75V

voltage_2700mV

2700 - 2.7V

voltage_2500mV

2500 - 2.5V

voltage_1500mV

1500 - 1.5V

-
- -
-
SensorOutputMode
-

Available Sensor Output Modes.

sensorOutputMode_accel

0

sensorOutputMode_tilt

1

-
- -
-
BatteryStatus
-
Battery status values

can be mapped to the low battery flag value in the diagnostic packet.

batteryStatus_good

0

batteryStatus_low

1

batteryStatus_critical

2

-
- -
-
ExternalPowerIndicator
-
Indicates external power state

can be mapped to the external power value in the diagnostic packet.

externalPower_notConnected

0

externalPower_connected

1

-
- -
-
DelayVersion
-

Types of delays that individual sensors can support.

V1

Milliseconds

V2

Microseconds

V3

Seconds or Milliseconds

V4

Seconds, Milliseconds, or Microseconds

-
- -
-
DerivedChannelMasks
-

Typedef for a map of <DerivedChannelOption> to ChannelMask pairs.

-
- -
-
EepromMap
-

Typedef for a map of eeprom locations (uint16) to values (uint16).

-
- -
-
Constants
-
- -
-
UNKNOWN_RSSI = 999
-

The value given for an unknown RSSI value.

-
- -
-
Types
-
- -
-
LegacyTransmitPower
-

Represents the legacy transmit powers supported by older devices.

legacyPower_16dBm

25619 - 16 dBm (39 mw)

legacyPower_10dBm

25615 - 10 dBm (10 mw)

legacyPower_5dBm

25611 - 5 dBm (3 mw)

legacyPower_0dBm

25607 - 0 dBm  (1 mw)

-
- -
-
Functions
-
- -
-
dataTypeSize
-
static uint16 dataTypeSize(
DataType type
)
-

Gets the byte size of the data type passed in

Parameters
type
DataType

The DataType to find the size of

Returns

The size of the DataType passed in

-
- -
-
dataTypeToValueType
-
static ValueType dataTypeToValueType(
DataType type
)
-

Converts a DataType (value received from a data packet) to a ValueType which describes how the data is stored (as a short, as a float, etc)

Parameters
type
DataType

The DataType to convert to a ValueType

Returns

A ValueType converted from the passed in DataType

-
- -
-
dataFormatSize
-
static uint8 dataFormatSize(
DataFormat dataFormat
)
-

Gets the number of bytes per data point for a specified DataFormat

Parameters
dataFormat
DataFormat

The DataFormat to get the number of bytes for

Returns

The number of bytes for the DataFormat

-
- -
-
settlingTime
-
static uint16 settlingTime(
SettlingTime time
)
-

Gets the actual settling time, in milliseconds, for the given SettlingTime.

Parameters
file

The SettlingTime enum to get the actual settling time for.

Returns

The settling time, in milliseconds for the given SettlingTime.

-
- -
-
dataloggingRateToSampleRate
-
static WirelessSampleRate dataloggingRateToSampleRate(
uint16 eepromValue
)
-

Converts a datalogging sample rate value to a WirelessSampleRate.

Parameters
eepromValue
uint16

The datalogging sample rate eeprom value that was on the Node.

Returns

A WirelessSampleRate for the given datalogging sample rate.

-
- -
-
sampleRateToDataloggingRate
-
static uint16 sampleRateToDataloggingRate(
WirelessSampleRate rate
)
-

Converts a WirelessSampleRate to a datalogging sample rate eeprom value.

Parameters
rate
WirelessSampleRate

The WirelessSampleRate to convert to a datalogging sample rate.

Returns

A datalogging sample rate eeprom value for the given WirelessSampleRate.

-
- -
-
legacyToTransmitPower
-
static WirelessTypes::TransmitPower legacyToTransmitPower(
WirelessTypes::LegacyTransmitPower legacyVal
)
-

Converts the given WirelessTypes::LegacyTransmitPower to the WirelessTypes::TransmitPower equivalent.

Parameters
legacyVal
WirelessTypes::LegacyTransmitPower

the WirelessTypes::LegacyTransmitPower to convert.

Returns

The WirelessTypes::TransmitPower equivalent of the legacy transmit power.

-
- -
-
transmitPowerToLegacy
- -

Converts the given WirelessTypes::TransmitPower to the WirelessTypes::LegacyTransmitPower equivalent.

Parameters
power
WirelessTypes::TransmitPower

the WirelessTypes::TransmitPower to convert.

Returns

The WirelessTypes::LegacyTransmitPower equivalent of the current transmit power.

Exceptions

  • Error: Invalid transmit power.

-
- -
-
bytesPerDerivedAlgorithmId
-
static uint8 bytesPerDerivedAlgorithmId(
DerivedDataPacketAlgorithmId id
)
-

Gets the number of bytes that make up a derived channel.  For example, derived_rms is a single float, so this will return 4.

Parameters
id
DerivedDataPacketAlgorithmId

The <DerivedChannelType> to get the byte count for.

Returns

The number of bytes that make up a derived channel's data.

Exceptions
-
- -
-
bytesPerDerivedChannelOption
-
static uint8 bytesPerDerivedChannelOption(
DerivedCategory category
)
-

Gets the number of bytes that make up a derived channel option.

Parameters
opt

The DerivedCategory to get the byte count for.

Returns

The number of bytes that make up a derived channel's data.

Exceptions
-
- -
-
derivedBytesPerSweep
-
static uint32 derivedBytesPerSweep(
const WirelessTypes::DerivedChannelMasks &derivedChannelMasks
)
-

Gets the number of derived bytes in a sweep for the given WirelessTypes::DerivedChannelMasks.

Parameters
derivedChannelMasks
const WirelessTypes::DerivedChannelMasks&

The WirelessTypes::DerivedChannelMasks to calculated the number of derived bytes for.

Returns

The number of derived bytes in a sweep for all the derived channels given.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/ScopeHelper-h-Summary.js b/v66.0.1/MSCL_Docs/files/ScopeHelper-h-Summary.js deleted file mode 100644 index 67debc123..000000000 --- a/v66.0.1/MSCL_Docs/files/ScopeHelper-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:ScopeHelper.h","ScopeHelper.h");NDSummary.OnSummaryLoaded("File:ScopeHelper.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[10356,0,0,"ScopeHelper","ScopeHelper"],[10357,0,2,"Variables","ScopeHelper.Variables"],[10358,0,3,"m_outOfScopeFunction","ScopeHelper.m_outOfScopeFunction"],[10359,0,3,"m_canceled","ScopeHelper.m_canceled"],[10360,0,2,"Functions","ScopeHelper.Functions"],[10361,0,1,"ScopeHelper","ScopeHelper.ScopeHelper"],[10362,0,1,"ScopeHelper","ScopeHelper.ScopeHelper(2)"],[10363,0,1,"cancel","ScopeHelper.cancel"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/ScopeHelper-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/ScopeHelper-h-SummaryToolTips.js deleted file mode 100644 index a9755e1c6..000000000 --- a/v66.0.1/MSCL_Docs/files/ScopeHelper-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:ScopeHelper.h",{10356:"
ScopeHelper
Class that allows a function to be run when this object goes out of scope.
",10358:"
std::function<void()> m_outOfScopeFunction
The function to run when the ScopeHelper goes out of scope.
",10359:"
bool m_canceled
Whether the scope function has been canceled or not.
",10361:"
ScopeHelper(
std::function<void()> scopeFunction
)
Creates a ScopeHelper object.
",10362:"
~ScopeHelper()
Runs whatever function was assigned in the creation of the ScopeHelper.
",10363:"
void cancel()
Sets a flag that indicates the originally set function should NOT be run when the ScopeHelper is destroyed.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/ScopeHelper-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/ScopeHelper-h-ToolTips.js deleted file mode 100644 index 59992a148..000000000 --- a/v66.0.1/MSCL_Docs/files/ScopeHelper-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/ScopeHelper-h.html b/v66.0.1/MSCL_Docs/files/ScopeHelper-h.html deleted file mode 100644 index 65054a201..000000000 --- a/v66.0.1/MSCL_Docs/files/ScopeHelper-h.html +++ /dev/null @@ -1,55 +0,0 @@ - - -ScopeHelper.h - - - - - - - -
-
ScopeHelper
-
ScopeHelper
-

Class that allows a function to be run when this object goes out of scope.

-
- -
-
Variables
-
- -
-
m_outOfScopeFunction
-
std::function<void()> m_outOfScopeFunction
-

The function to run when the ScopeHelper goes out of scope.

-
- -
-
m_canceled
-
bool m_canceled
-

Whether the scope function has been canceled or not.

-
- -
-
Functions
-
- -
-
ScopeHelper
-
ScopeHelper(
std::function<void()> scopeFunction
)
-

Creates a ScopeHelper object.

Parameters
scopeFunction
std::function<void()>

The function to run when the ScopeHelper object is destroyed.

-
- -
-
ScopeHelper
-
~ScopeHelper()
-

Runs whatever function was assigned in the creation of the ScopeHelper.

-
- -
-
cancel
-
void cancel()
-

Sets a flag that indicates the originally set function should NOT be run when the ScopeHelper is destroyed.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/TimeSpan-h-Summary.js b/v66.0.1/MSCL_Docs/files/TimeSpan-h-Summary.js deleted file mode 100644 index 1eb3fb310..000000000 --- a/v66.0.1/MSCL_Docs/files/TimeSpan-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:TimeSpan.h","TimeSpan.h");NDSummary.OnSummaryLoaded("File:TimeSpan.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[10328,0,0,"TimeSpan","TimeSpan"],[10329,0,2,"Functions","TimeSpan.Functions"],[10330,0,1,"TimeSpan","TimeSpan.TimeSpan"],[10331,0,2,"Variables","TimeSpan.Variables"],[10332,0,3,"m_nanoseconds","TimeSpan.m_nanoseconds"],[10333,0,2,"Functions","TimeSpan.Functions(2)"],[10334,0,1,"compare","TimeSpan.compare"],[10335,0,1,"getNanoseconds","TimeSpan.getNanoseconds"],[10336,0,1,"getMicroseconds","TimeSpan.getMicroseconds"],[10337,0,1,"getMilliseconds","TimeSpan.getMilliseconds"],[10338,0,1,"getSeconds","TimeSpan.getSeconds"],[10339,0,1,"NanoSeconds","TimeSpan.NanoSeconds"],[10340,0,1,"MicroSeconds","TimeSpan.MicroSeconds"],[10341,0,1,"MilliSeconds","TimeSpan.MilliSeconds"],[10342,0,1,"Seconds","TimeSpan.Seconds"],[10343,0,1,"Minutes","TimeSpan.Minutes"],[10344,0,1,"Hours","TimeSpan.Hours"],[10345,0,1,"Days","TimeSpan.Days"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/TimeSpan-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/TimeSpan-h-SummaryToolTips.js deleted file mode 100644 index 909da73a4..000000000 --- a/v66.0.1/MSCL_Docs/files/TimeSpan-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:TimeSpan.h",{10328:"
TimeSpan
Represents a range of time
",10330:"
explicit TimeSpan(
uint64 nanoseconds
)
Creates a TimeSpan given the nanoseconds value.  This constructor is private to force use of the static constructor methods to create a timespan.
",10332:"
uint64 m_nanoseconds
The number of nanoseconds in the timespan
",10334:"
int64 compare(
const TimeSpan &other
) const
Gets the difference (in nanoseconds) of the two TimeSpans.
",10335:"
uint64 getNanoseconds() const
Gets the nanoseconds resolution of the TimeSpan
",10336:"
uint64 getMicroseconds() const
Gets the microsecond resolution of the TimeSpan
",10337:"
uint64 getMilliseconds() const
Gets the millisecond resolution of the TimeSpan
",10338:"
uint64 getSeconds() const
Gets the seconds resolution of the TimeSpan
",10339:"
static TimeSpan NanoSeconds(
uint64 nanoseconds
)
Creates a TimeSpan object from nanoseconds
",10340:"
static TimeSpan MicroSeconds(
uint64 microseconds
)
Creates a TimeSpan object from microseconds
",10341:"
static TimeSpan MilliSeconds(
uint64 milliseconds
)
Creates a TimeSpan object from milliseconds
",10342:"
static TimeSpan Seconds(
uint64 seconds
)
Creates a TimeSpan object from seconds
",10343:"
static TimeSpan Minutes(
int minutes
)
Creates a TimeSpan object from minutes
",10344:"
static TimeSpan Hours(
int hours
)
Creates a TimeSpan object from hours
",10345:"
static TimeSpan Days(
int days
)
Creates a TimeSpan object from days
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/TimeSpan-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/TimeSpan-h-ToolTips.js deleted file mode 100644 index 4025f0031..000000000 --- a/v66.0.1/MSCL_Docs/files/TimeSpan-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({10328:"
TimeSpan
Represents a range of time
",10330:"
explicit TimeSpan(
uint64 nanoseconds
)
Creates a TimeSpan given the nanoseconds value.  This constructor is private to force use of the static constructor methods to create a timespan.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/TimeSpan-h.html b/v66.0.1/MSCL_Docs/files/TimeSpan-h.html deleted file mode 100644 index 96d401f3c..000000000 --- a/v66.0.1/MSCL_Docs/files/TimeSpan-h.html +++ /dev/null @@ -1,113 +0,0 @@ - - -TimeSpan.h - - - - - - - -
-
TimeSpan
-
TimeSpan
-

Represents a range of time

-
- -
-
Functions
-
- -
-
TimeSpan
-
explicit TimeSpan(
uint64 nanoseconds
)
-

Creates a TimeSpan given the nanoseconds value.  This constructor is private to force use of the static constructor methods to create a timespan.

Parameters
nanoseconds
uint64

The number of nanoseconds to create the TimeSpan with.

-
- -
-
Variables
-
- -
-
m_nanoseconds
-
uint64 m_nanoseconds
-

The number of nanoseconds in the timespan

-
- -
-
Functions
-
- -
-
compare
-
int64 compare(
const TimeSpan &other
) const
-

Gets the difference (in nanoseconds) of the two TimeSpans.

Parameters
other
const TimeSpan&

The other TimeSpan to compare.

Returns

The difference in nanoseconds of the two TimeSpans.

-
- -
-
getNanoseconds
-
uint64 getNanoseconds() const
-

Gets the nanoseconds resolution of the TimeSpan

Returns

The TimeSpan in nanoseconds resolution

-
- -
-
getMicroseconds
-
uint64 getMicroseconds() const
-

Gets the microsecond resolution of the TimeSpan

Returns

The TimeSpan in microsecond resolution

-
- -
-
getMilliseconds
-
uint64 getMilliseconds() const
-

Gets the millisecond resolution of the TimeSpan

Returns

The TimeSpan in milliseconds resolution

-
- -
-
getSeconds
-
uint64 getSeconds() const
-

Gets the seconds resolution of the TimeSpan

Returns

The TimeSpan in seconds resolution

-
- -
-
NanoSeconds
-
static TimeSpan NanoSeconds(
uint64 nanoseconds
)
-

Creates a TimeSpan object from nanoseconds

Parameters
nanoseconds
uint64

The number of nanoseconds for the timespan

Returns

A TimeSpan object representative of the passed in value

-
- -
-
MicroSeconds
-
static TimeSpan MicroSeconds(
uint64 microseconds
)
-

Creates a TimeSpan object from microseconds

Parameters
microseconds
uint64

The number of microseconds for the timespan

Returns

A TimeSpan object representative of the passed in value

-
- -
-
MilliSeconds
-
static TimeSpan MilliSeconds(
uint64 milliseconds
)
-

Creates a TimeSpan object from milliseconds

Parameters
milliseconds
uint64

The number of milliseconds for the timespan

Returns

A TimeSpan object representative of the passed in value

-
- -
-
Seconds
-
static TimeSpan Seconds(
uint64 seconds
)
-

Creates a TimeSpan object from seconds

Parameters
seconds
uint64

The number of seconds for the timespan

Returns

A TimeSpan object representative of the passed in value

-
- -
-
Minutes
-
static TimeSpan Minutes(
int minutes
)
-

Creates a TimeSpan object from minutes

Parameters
minutes
int

The number of minutes for the timespan

Returns

A TimeSpan object representative of the passed in value

-
- -
-
Hours
-
static TimeSpan Hours(
int hours
)
-

Creates a TimeSpan object from hours

Parameters
hours
int

The number of hours for the timespan

Returns

A TimeSpan object representative of the passed in value

-
- -
-
Days
-
static TimeSpan Days(
int days
)
-

Creates a TimeSpan object from days

Parameters
days
int

The number of days for the timespan

Returns

A TimeSpan object representative of the passed in value

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/TimedCondition-h-Summary.js b/v66.0.1/MSCL_Docs/files/TimedCondition-h-Summary.js deleted file mode 100644 index 7124591df..000000000 --- a/v66.0.1/MSCL_Docs/files/TimedCondition-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:TimedCondition.h","TimedCondition.h");NDSummary.OnSummaryLoaded("File:TimedCondition.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[10346,0,0,"TimedCondition","TimedCondition"],[10347,0,2,"Functions","TimedCondition.Functions"],[10348,0,1,"TimedCondition","TimedCondition.TimedCondition"],[10349,0,2,"Variables","TimedCondition.Variables"],[10350,0,3,"m_condition","TimedCondition.m_condition"],[10351,0,3,"m_mutex","TimedCondition.m_mutex"],[10352,0,3,"m_isNotified","TimedCondition.m_isNotified"],[10353,0,2,"Functions","TimedCondition.Functions(2)"],[10354,0,1,"timedWait","TimedCondition.timedWait"],[10355,0,1,"notify","TimedCondition.notify"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/TimedCondition-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/TimedCondition-h-SummaryToolTips.js deleted file mode 100644 index c6af88d5c..000000000 --- a/v66.0.1/MSCL_Docs/files/TimedCondition-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:TimedCondition.h",{10346:"
TimedCondition
Class that acts as a simple wrapper around a std::condition_variable.  Used for one process waiting on a certain condition to be met or a timeout, in which case the other process is notified of the action.
",10348:"
TimedCondition()
Creates a TimedCondition object
",10350:"
std::condition_variable m_condition
The condition object that this class provides a wrapper for.
",10351:"
std::mutex m_mutex
The mutex to handle thread-safe access
",10352:"
bool m_isNotified
Whether or not the condition has been notified
",10354:"
bool timedWait(
uint64 timeout
)
Blocks until the condition is met by calling notify() or until the timeout has expired.  Also returns true immediately if the condition has already been notified.
",10355:"
void notify()
Unblocks the TimedCondition if it is currently blocked from calling timedWait()
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/TimedCondition-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/TimedCondition-h-ToolTips.js deleted file mode 100644 index 59992a148..000000000 --- a/v66.0.1/MSCL_Docs/files/TimedCondition-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/TimedCondition-h.html b/v66.0.1/MSCL_Docs/files/TimedCondition-h.html deleted file mode 100644 index e17845031..000000000 --- a/v66.0.1/MSCL_Docs/files/TimedCondition-h.html +++ /dev/null @@ -1,65 +0,0 @@ - - -TimedCondition.h - - - - - - - -
-
TimedCondition
-
TimedCondition
-

Class that acts as a simple wrapper around a std::condition_variable.  Used for one process waiting on a certain condition to be met or a timeout, in which case the other process is notified of the action.

-
- -
-
Functions
-
- -
-
TimedCondition
-
TimedCondition()
-

Creates a TimedCondition object

-
- -
-
Variables
-
- -
-
m_condition
-
std::condition_variable m_condition
-

The condition object that this class provides a wrapper for.

-
- -
-
m_mutex
-
std::mutex m_mutex
-

The mutex to handle thread-safe access

-
- -
-
m_isNotified
-
bool m_isNotified
-

Whether or not the condition has been notified

-
- -
-
Functions
-
- -
-
timedWait
-
bool timedWait(
uint64 timeout
)
-

Blocks until the condition is met by calling notify() or until the timeout has expired.  Also returns true immediately if the condition has already been notified.

Parameters
timeout
uint64

The timeout (in milliseconds) to set for the condition.

Returns

true if the condition was met from a call to notify(). false if the timeout has expired.

-
- -
-
notify
-
void notify()
-

Unblocks the TimedCondition if it is currently blocked from calling timedWait()

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Timestamp-h-Summary.js b/v66.0.1/MSCL_Docs/files/Timestamp-h-Summary.js deleted file mode 100644 index 049d03668..000000000 --- a/v66.0.1/MSCL_Docs/files/Timestamp-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:Timestamp.h","Timestamp.h");NDSummary.OnSummaryLoaded("File:Timestamp.h",[["C/C++","C"]],[["Classes","Class"],["Constants","Constant"],["Enums","Enumeration"],["Functions","Function"],["Groups","Group"],["Operators","Operator"],["Variables","Variable"]],[[10291,0,0,"Timestamp","Timestamp"],[10292,0,4,"Types","Timestamp.Types"],[10293,0,2,"Epoch","Timestamp.Epoch"],[10294,0,1,,"Timestamp.INTERNAL"],[10295,0,1,,"Timestamp.EXTERNAL"],[10296,0,1,,"Timestamp.TIME_OF_ARRIVAL"],[10297,0,1,,"Timestamp.GPS"],[10298,0,1,,"Timestamp.UNIX"],[10299,0,1,,"Timestamp.UTC"],[10300,0,4,"Functions","Timestamp.Functions"],[10301,0,3,"Timestamp","Timestamp.Timestamp"],[10302,0,3,"Timestamp","Timestamp.Timestamp(2)"],[10303,0,4,"Variables","Timestamp.Variables"],[10304,0,6,"m_nanoseconds","Timestamp.m_nanoseconds"],[10305,0,6,"m_epoch","Timestamp.m_epoch"],[10306,0,6,"s_gpsLeapSeconds","Timestamp.s_gpsLeapSeconds"],[10307,0,4,"Operators","Timestamp.Operators"],[10308,0,5,"-","Timestamp.-"],[10309,0,5,"==","Timestamp.=="],[10310,0,5,"!=","Timestamp.!="],[10311,0,5,"<","Timestamp.<"],[10312,0,5,"<=","Timestamp.<="],[10313,0,5,">","Timestamp.>"],[10314,0,5,">=","Timestamp.>="],[10315,0,4,"Functions","Timestamp.Functions(2)"],[10316,0,3,"nanoseconds","Timestamp.nanoseconds"],[10317,0,3,"seconds","Timestamp.seconds"],[10318,0,3,"storedEpoch","Timestamp.storedEpoch"],[10319,0,3,"str","Timestamp.str"],[10320,0,3,"setTime","Timestamp.setTime"],[10321,0,3,"setTimeNow","Timestamp.setTimeNow"],[10322,0,3,"timeNow","Timestamp.timeNow"],[10323,0,3,"setLeapSeconds","Timestamp.setLeapSeconds"],[10324,0,3,"getLeapSeconds","Timestamp.getLeapSeconds"],[10325,0,3,"gpsTimeToUtcTime","Timestamp.gpsTimeToUtcTime"],[10326,0,3,"gpsTimeToUtcTime","Timestamp.gpsTimeToUtcTime(2)"],[10327,0,3,"utcTimeToGpsTime","Timestamp.utcTimeToGpsTime"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Timestamp-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/Timestamp-h-SummaryToolTips.js deleted file mode 100644 index 2aad6e3c3..000000000 --- a/v66.0.1/MSCL_Docs/files/Timestamp-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:Timestamp.h",{10291:"
Timestamp
Represents a date/time object
",10293:"
Epoch indicator: Unix, GPS.  Timestamp class uses Unix epoch by default.
",10301:"
explicit Timestamp(
uint64 nanoseconds = 0,
Epoch epoch = Epoch::UNIX
)
Creates a Timestamp object based on the nanoseconds parameter
",10302:"
Timestamp(
uint16 year,
uint16 month,
uint16 day,
uint16 hour,
uint16 minute,
uint16 second,
uint32 milli
)
Creates a Timestamp object from the given year, month, day, hour, minute, second, millisecond parameters
",10304:"
uint64 m_nanoseconds
The number of nanoseconds since the m_epoch epoch
",10305:"
Epoch m_epoch
The epoch the nanosecond count is stored in.  This is to avoid loss of precision during conversion when the source value is GPS time, converting to and from Unix
",10306:"
static uint8 s_gpsLeapSeconds
The (hardcoded) number of leap seconds since Jan 1 1980, used in converting GPS timestamps to UTC timestamps.
",10308:"
Gets the TimeSpan representing the distance (always positive) between two Timestamps.
",10309:"
Equal operator for comparing Timestamps.
",10310:"
Not Equal operator for comparing Timestamps.
",10311:"
Less Than operator for comparing Timestamps.
",10312:"
Less Than or Equal To operator for comparing Timestamps.
",10313:"
Greater Than operator for comparing Timestamps.
",10314:"
Greater Than or Equal To operator for comparing Timestamps.
",10316:"
uint64 nanoseconds() const
Gets the number of nanoseconds since the specified epoch
",10317:"
uint64 seconds() const
Gets the number of seconds since the specified epoch
",10318:"
Epoch storedEpoch() const
Gets the epoch the source value is stored in. Regardless of stored epoch, the value can be read out in both Unix and GPS.
",10319:"
std::string str() const
Gets a string representation of the Timestamp object in ISO 8601 Date/Time format.
",10320:"
void setTime(
uint64 nanosSinceEpoch,
Epoch epoch = Epoch::UNIX
)
Updates the Timestamp to the given number of nanoseconds since the unix epoch.
",10321:"
void setTimeNow()
Sets the Timestamp object to the current system time in UTC
",10322:"
static Timestamp timeNow()
Creates a timestamp using the current system time
",10323:"
static void setLeapSeconds(
uint8 gpsLeapSeconds
)
Adjusts the hardcoded number of leap seconds since Jan 1 1980, used in converting GPS timestamps to UTC timestamps.  Note: New releases of MSCL should be available when the leap seconds change. You can also adjust this value yourself to correct your current version of MSCL without updating.
",10324:"
static uint8 getLeapSeconds()
Gets the current number of leap seconds since Jan 1 1980, used in converting GPS timestamps to UTC timestamps.
",10325:"
static uint64 gpsTimeToUtcTime(
double timeOfWeek,
uint16 weekNumber
)
Converts the gps time into the UTC time in nanoseconds since the unix epoch.  Note: this uses the value stored in <Utils::gpsLeapSeconds> in its conversion.
",10326:"
static uint64 gpsTimeToUtcTime(
uint64 gpsNanoseconds
)
Converts the gps time into the UTC time in nanoseconds since the unix epoch.  Note: this uses the value stored in <Utils::gpsLeapSeconds> in its conversion.
",10327:"
static uint64 utcTimeToGpsTime(
uint64 utcNanoseconds
)
Converts the UTC time into the GPS time in nanoseconds since the unix epoch.  Note: this uses the value stored in <Utils::gpsLeapSeconds> in its conversion.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Timestamp-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/Timestamp-h-ToolTips.js deleted file mode 100644 index 5627e51b5..000000000 --- a/v66.0.1/MSCL_Docs/files/Timestamp-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({10291:"
Timestamp
Represents a date/time object
",10293:"
Epoch indicator: Unix, GPS.  Timestamp class uses Unix epoch by default.
",10328:"
TimeSpan
Represents a range of time
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Timestamp-h.html b/v66.0.1/MSCL_Docs/files/Timestamp-h.html deleted file mode 100644 index 31f84ec40..000000000 --- a/v66.0.1/MSCL_Docs/files/Timestamp-h.html +++ /dev/null @@ -1,179 +0,0 @@ - - -Timestamp.h - - - - - - - -
-
Timestamp
-
Timestamp
-

Represents a date/time object

-
- -
-
Types
-
- -
-
Epoch
-

Epoch indicator: Unix, GPS.  Timestamp class uses Unix epoch by default.

INTERNAL

0x01 - No conversion

EXTERNAL

0x02 - No conversion

TIME_OF_ARRIVAL

0x02 - No conversion

GPS

0x04

UNIX

0x05

UTC

0x05

-
- -
-
Functions
-
- -
-
Timestamp
-
explicit Timestamp(
uint64 nanoseconds = 0,
Epoch epoch = Epoch::UNIX
)
-

Creates a Timestamp object based on the nanoseconds parameter

Parameters
nanoseconds
uint64

The number of nanoseconds since specified epoch (default of 0)

epoch
Epoch

The epoch of the timestamp (default Unix)

-
- -
-
Timestamp
-
Timestamp(
uint16 year,
uint16 month,
uint16 day,
uint16 hour,
uint16 minute,
uint16 second,
uint32 milli
)
-

Creates a Timestamp object from the given year, month, day, hour, minute, second, millisecond parameters

Parameters
year
uint16

The year of the timestamp (ex. 2013)

month
uint16

The month of the timestamp (ex. 3)

day
uint16

The day of the timestamp (ex. 31)

hour
uint16

The hour of the timestamp (ex. 21)

minute
uint16

The minute of the timestamp (ex. 58)

second
uint16

The second of the timestamp (ex. 59)

millisecond

The milliseconds of the timestamp (ex. 123)

-
- -
-
Variables
-
- -
-
m_nanoseconds
-
uint64 m_nanoseconds
-

The number of nanoseconds since the m_epoch epoch

-
- -
-
m_epoch
-
Epoch m_epoch
-

The epoch the nanosecond count is stored in.  This is to avoid loss of precision during conversion when the source value is GPS time, converting to and from Unix

-
- -
-
s_gpsLeapSeconds
-
static uint8 s_gpsLeapSeconds
-

The (hardcoded) number of leap seconds since Jan 1 1980, used in converting GPS timestamps to UTC timestamps.

-
- -
-
Operators
-
- -
-
-
-

Gets the TimeSpan representing the distance (always positive) between two Timestamps.

Returns

A TimeSpan representing the difference between the 2 Timestamps.

-
- -
-
==
-

Equal operator for comparing Timestamps.

-
- -
-
!=
-

Not Equal operator for comparing Timestamps.

-
- -
-
<
-

Less Than operator for comparing Timestamps.

-
- -
-
<=
-

Less Than or Equal To operator for comparing Timestamps.

-
- -
-
>
-

Greater Than operator for comparing Timestamps.

-
- -
-
>=
-

Greater Than or Equal To operator for comparing Timestamps.

-
- -
-
Functions
-
- -
-
nanoseconds
-
uint64 nanoseconds() const
-

Gets the number of nanoseconds since the specified epoch

Parameters
epoch

the epoch for this value (default stored epoch)

Returns

The number of nanoseconds since the specified epoch

-
- -
-
seconds
-
uint64 seconds() const
-

Gets the number of seconds since the specified epoch

Parameters
epoch

the epoch for this value (default stored epoch)

Returns

The number of nanoseconds since the specified epoch

-
- -
-
storedEpoch
-
Epoch storedEpoch() const
-

Gets the epoch the source value is stored in. Regardless of stored epoch, the value can be read out in both Unix and GPS.

Returns

The stored Epoch

-
- -
-
str
-
std::string str() const
-

Gets a string representation of the Timestamp object in ISO 8601 Date/Time format.

Returns

A string representation of the Timestamp.

-
- -
-
setTime
-
void setTime(
uint64 nanosSinceEpoch,
Epoch epoch = Epoch::UNIX
)
-

Updates the Timestamp to the given number of nanoseconds since the unix epoch.

Parameters
nanosSinceEpoch
uint64

The number of nanoseconds since the unix epoch.

epoch
Epoch

the epoch for this value (default Unix)

-
- -
-
setTimeNow
-
void setTimeNow()
-

Sets the Timestamp object to the current system time in UTC

-
- -
-
timeNow
-
static Timestamp timeNow()
-

Creates a timestamp using the current system time

Returns

A Timestamp object representing the current system time

-
- -
-
setLeapSeconds
-
static void setLeapSeconds(
uint8 gpsLeapSeconds
)
-

Adjusts the hardcoded number of leap seconds since Jan 1 1980, used in converting GPS timestamps to UTC timestamps.  Note: New releases of MSCL should be available when the leap seconds change. You can also adjust this value yourself to correct your current version of MSCL without updating.

Parameters
gpsLeapSeconds
uint8

The number of leap seconds since Jan 1 1980.

-
- -
-
getLeapSeconds
-
static uint8 getLeapSeconds()
-

Gets the current number of leap seconds since Jan 1 1980, used in converting GPS timestamps to UTC timestamps.

-
- -
-
gpsTimeToUtcTime
-
static uint64 gpsTimeToUtcTime(
double timeOfWeek,
uint16 weekNumber
)
-

Converts the gps time into the UTC time in nanoseconds since the unix epoch.  Note: this uses the value stored in <Utils::gpsLeapSeconds> in its conversion.

-
- -
-
gpsTimeToUtcTime
-
static uint64 gpsTimeToUtcTime(
uint64 gpsNanoseconds
)
-

Converts the gps time into the UTC time in nanoseconds since the unix epoch.  Note: this uses the value stored in <Utils::gpsLeapSeconds> in its conversion.

-
- -
-
utcTimeToGpsTime
-
static uint64 utcTimeToGpsTime(
uint64 utcNanoseconds
)
-

Converts the UTC time into the GPS time in nanoseconds since the unix epoch.  Note: this uses the value stored in <Utils::gpsLeapSeconds> in its conversion.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/TimestampCounter-h-Summary.js b/v66.0.1/MSCL_Docs/files/TimestampCounter-h-Summary.js deleted file mode 100644 index f3eee81e8..000000000 --- a/v66.0.1/MSCL_Docs/files/TimestampCounter-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:TimestampCounter.h","TimestampCounter.h");NDSummary.OnSummaryLoaded("File:TimestampCounter.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"]],[[10281,0,0,"TimestampCounter","TimestampCounter"],[10282,0,2,"Functions","TimestampCounter.Functions"],[10283,0,1,"TimestampCounter","TimestampCounter.TimestampCounter"],[10284,0,1,"reset","TimestampCounter.reset"],[10285,0,1,"reset","TimestampCounter.reset(2)"],[10286,0,1,"advance","TimestampCounter.advance"],[10287,0,1,"advance","TimestampCounter.advance(2)"],[10288,0,1,"reverse","TimestampCounter.reverse"],[10289,0,1,"reverse","TimestampCounter.reverse(2)"],[10290,0,1,"time","TimestampCounter.time"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/TimestampCounter-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/TimestampCounter-h-SummaryToolTips.js deleted file mode 100644 index 9a170746f..000000000 --- a/v66.0.1/MSCL_Docs/files/TimestampCounter-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:TimestampCounter.h",{10281:"
TimestampCounter
A utility for accurately counting time without additive error.
",10283:"
TimestampCounter(
const SampleRate &sampleRate,
uint64 startTime = 0
)
",10284:"
void reset(
const SampleRate &sampleRate,
uint64 time
)
Start counting again with the specificed Sample Rate and from the specified time.
",10285:"
void reset(
uint64 time
)
Start counting again from the specified time, keeping the same Sample Rate
",10286:"
void advance(
size_t n
)
Advances the counter by n periods.
",10287:"
void advance()
Advances the counter by one period.
",10288:"
void reverse(
size_t n
)
Reverse the counter by n periods.
",10289:"
void reverse()
Reverse the counter by one period.
",10290:"
uint64 time() const
Gets the current time of the counter.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/TimestampCounter-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/TimestampCounter-h-ToolTips.js deleted file mode 100644 index 7a843621b..000000000 --- a/v66.0.1/MSCL_Docs/files/TimestampCounter-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({9819:"
SampleRate
Represents a MicroStrain sample rate (rate at which data is sampling)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/TimestampCounter-h.html b/v66.0.1/MSCL_Docs/files/TimestampCounter-h.html deleted file mode 100644 index e2e07ddc1..000000000 --- a/v66.0.1/MSCL_Docs/files/TimestampCounter-h.html +++ /dev/null @@ -1,69 +0,0 @@ - - -TimestampCounter.h - - - - - - - -
-
TimestampCounter
-
TimestampCounter
-

A utility for accurately counting time without additive error.

-
- -
-
Functions
-
- -
-
TimestampCounter
-
TimestampCounter(
const SampleRate &sampleRate,
uint64 startTime = 0
)
-
Parameters
sampleRate
const SampleRate&

The rate to count at.

startTime
uint64

The time to start counting from, as the number of nanoseconds since Unix Epoch.

-
- -
-
reset
-
void reset(
const SampleRate &sampleRate,
uint64 time
)
-

Start counting again with the specificed Sample Rate and from the specified time.

Parameters
sampleRate
const SampleRate&

The rate to count at.

time
uint64

The time to start counting from, as the number of nanoseconds since Unix Epoch.

-
- -
-
reset
-
void reset(
uint64 time
)
-

Start counting again from the specified time, keeping the same Sample Rate

Parameters
time
uint64

The time to start counting from, as the number of nanoseconds since Unix Epoch.

-
- -
-
advance
-
void advance(
size_t n
)
-

Advances the counter by n periods.

Parameters
n
size_t

The number of periods to advance the counter.

-
- -
-
advance
-
void advance()
-

Advances the counter by one period.

-
- -
-
reverse
-
void reverse(
size_t n
)
-

Reverse the counter by n periods.

Parameters
n
size_t

The number of periods to advance the counter.

-
- -
-
reverse
-
void reverse()
-

Reverse the counter by one period.

-
- -
-
time
-
uint64 time() const
-

Gets the current time of the counter.

Returns

The current time of the counter, as the number of nanoseconds since Unix Epoch.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Types-h-Summary.js b/v66.0.1/MSCL_Docs/files/Types-h-Summary.js deleted file mode 100644 index b5a483da1..000000000 --- a/v66.0.1/MSCL_Docs/files/Types-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:Types.h","Types.h");NDSummary.OnSummaryLoaded("File:Types.h",[["C/C++","C"]],[["Constants","Constant"],["Enums","Enumeration"],["Functions","Function"],["Groups","Group"],["Sections","Section"],["Types","Type"]],[[10235,0,4,"Types","Types"],[10236,0,3,"Types","Types(2)"],[10237,0,5,"int8","int8"],[10238,0,5,"int16","int16"],[10239,0,5,"int32","int32"],[10240,0,5,"int64","int64"],[10241,0,5,"uint8","uint8"],[10242,0,5,"uint16","uint16"],[10243,0,5,"uint32","uint32"],[10244,0,5,"uint64","uint64"],[10245,0,5,"NodeAddress","NodeAddress"],[10246,0,5,"mutex_lock_guard","mutex_lock_guard"],[10247,0,5,"rec_mutex_lock_guard","rec_mutex_lock_guard"],[10248,0,5,"UniqueWirelessPacketId","UniqueWirelessPacketId"],[10249,0,5,"anyType","anyType"],[10250,0,3,"Functions","Functions"],[10251,0,2,"checked_cast","checked_cast"],[10252,0,3,"Types","Types(3)"],[10253,0,5,"Bytes","Bytes"],[10254,0,5,"BytesCollection","BytesCollection"],[10255,0,1,"ValueType","ValueType"],[10256,0,0,,"valueType_float"],[10257,0,0,,"valueType_double"],[10258,0,0,,"valueType_uint8"],[10259,0,0,,"valueType_uint16"],[10260,0,0,,"valueType_uint32"],[10261,0,0,,"valueType_uint64"],[10262,0,0,,"valueType_int8"],[10263,0,0,,"valueType_int16"],[10264,0,0,,"valueType_int32"],[10265,0,0,,"valueType_bool"],[10266,0,0,,"valueType_Vector"],[10267,0,0,,"valueType_Matrix"],[10268,0,0,,"valueType_Timestamp"],[10269,0,0,,"valueType_string"],[10270,0,0,,"valueType_Bytes"],[10271,0,0,,"valueType_StructuralHealth"],[10272,0,0,,"valueType_RfSweep"],[10273,0,0,,"valueType_ChannelMask"],[10274,0,1,"DeviceState","DeviceState"],[10275,0,0,,"deviceState_idle"],[10276,0,0,,"deviceState_sleep"],[10277,0,0,,"deviceState_sampling"],[10278,0,0,,"deviceState_sampling_lostBeacon"],[10279,0,0,,"deviceState_inactive"],[10280,0,0,,"deviceState_unknown"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Types-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/Types-h-SummaryToolTips.js deleted file mode 100644 index 154829ad5..000000000 --- a/v66.0.1/MSCL_Docs/files/Types-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:Types.h",{10235:"
Contains various typedefs that are used throughout MSCL.
",10237:"
typedef for a 1-byte signed integer.
",10238:"
typedef for a 2-byte signed integer.
",10239:"
typedef for a 4-byte signed integer.
",10240:"
typedef for an 8-byte signed integer.
",10241:"
typedef for a 1-byte unsigned integer.
",10242:"
typedef for a 2-byte unsigned integer.
",10243:"
typedef for a 4-byte unsigned integer.
",10244:"
typedef for an 8-byte unsigned integer.
",10245:"
typedef for a Node\'s node address.
",10246:"
Typedef for a lock_gaurd (automatically locks and unlocks) to a mutex.
",10247:"
Typedef for a lock_gaurd (automatically locks and unlocks) to a recursive mutex.
",10248:"
Typedef for an id that uniquely identifies a wireless packet.
",10249:"
Typedef for a simple_any type
",10251:"
template <class Tout, class Tin> Tout checked_cast(
Tin value,
const std::string &valueName,
Tout min = std::numeric_limits<Tout>::min(),
Tout max = std::numeric_limits<Tout>::max()
)
Safely casts one type to another type using static_cast by checking the limit of the cast first
",10253:"
typedef for a vector of bytes.
",10254:"
A vector of Bytes objects.
",10274:"
The possible states a device can be in.
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Types-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/Types-h-ToolTips.js deleted file mode 100644 index ab2623d74..000000000 --- a/v66.0.1/MSCL_Docs/files/Types-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({8413:"
StructuralHealth
Holds Structural Health Monitor channel information.
",9478:"
ChannelMask
Represents the channel mask (active and inactive channels) for a WirelessNode.
",9800:"
Vector
Represents a Vector of values
",9861:"
Matrix
Represents a Matrix of values (varying size)
",9895:"
Typedef for a map of uint32 to int16 values.
",10253:"
typedef for a vector of bytes.
",10291:"
Timestamp
Represents a date/time object
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Types-h.html b/v66.0.1/MSCL_Docs/files/Types-h.html deleted file mode 100644 index f3ef178c9..000000000 --- a/v66.0.1/MSCL_Docs/files/Types-h.html +++ /dev/null @@ -1,119 +0,0 @@ - - -Types.h - - - - - - - -
-
Types
-

Contains various typedefs that are used throughout MSCL.

-
- -
-
Types
-
- -
-
int8
-

typedef for a 1-byte signed integer.

-
- -
-
int16
-

typedef for a 2-byte signed integer.

-
- -
-
int32
-

typedef for a 4-byte signed integer.

-
- -
-
int64
-

typedef for an 8-byte signed integer.

-
- -
-
uint8
-

typedef for a 1-byte unsigned integer.

-
- -
-
uint16
-

typedef for a 2-byte unsigned integer.

-
- -
-
uint32
-

typedef for a 4-byte unsigned integer.

-
- -
-
uint64
-

typedef for an 8-byte unsigned integer.

-
- -
-
NodeAddress
-

typedef for a Node's node address.

-
- -
-
mutex_lock_guard
-

Typedef for a lock_gaurd (automatically locks and unlocks) to a mutex.

-
- -
-
rec_mutex_lock_guard
-

Typedef for a lock_gaurd (automatically locks and unlocks) to a recursive mutex.

-
- -
-
UniqueWirelessPacketId
-

Typedef for an id that uniquely identifies a wireless packet.

-
- -
-
anyType
-

Typedef for a simple_any type

-
- -
-
Functions
-
- -
-
checked_cast
-
template <class Tout, class Tin> Tout checked_cast(
Tin value,
const std::string &valueName,
Tout min = std::numeric_limits<Tout>::min(),
Tout max = std::numeric_limits<Tout>::max()
)
-

Safely casts one type to another type using static_cast by checking the limit of the cast first

Parameters
value
Tin

the value to be casted

valueName
const std::string&

a description of the value that you are attempting to cast

Returns

The value statically cast to the type requested

Exceptions

  • std::out_of_range: The cast is invalid, as the resulting data type is out of range.

-
- -
-
Types
-
- -
-
Bytes
-

typedef for a vector of bytes.

-
- -
-
BytesCollection
-

A vector of Bytes objects.

-
- -
-
ValueType
-
valueType_float

0  - The value is stored as a 4-byte float .

valueType_double

1  - The value is stored as an 8-byte double.

valueType_uint8

2  - The value is stored as a 1-byte unsigned integer.

valueType_uint16

3  - The value is stored as a 2-byte unsigned integer.

valueType_uint32

4  - The value is stored as a 4-byte unsigned integer.

valueType_uint64

17  - The value is stored as a 8-byte unsigned integer

valueType_int8

16  - The value is stored as a 1-byte signed integer.

valueType_int16

5  - The value is stored as a 2-byte signed integer.

valueType_int32

6  - The value is stored as a 4-byte signed integer.

valueType_bool

7  - The value is stored as a 1-byte boolean.

valueType_Vector

8  - The value is stored as a Vector object.

valueType_Matrix

9  - The value is stored as a Matrix object.

valueType_Timestamp

10  - The value is stored as a Timestamp object.

valueType_string

11  - The value is stored as a string.

valueType_Bytes

12  - The value is stored as a Bytes object.

valueType_StructuralHealth

13  - The value is stored as a StructuralHealth object.

valueType_RfSweep

14  - The value is stored as an RfSweep object.

valueType_ChannelMask

15  - The value is stored as a ChannelMask object.

-
- -
-
DeviceState
-

The possible states a device can be in.

deviceState_idle

0 - Idle state

deviceState_sleep

1 - Sleep state

deviceState_sampling

2 - Sampling state

deviceState_sampling_lostBeacon

3 - Sampling state, but lost the beacon

deviceState_inactive

4 - Sampling state, but with no activity (in activity detect mode)

deviceState_unknown

255 - Unknown

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Utils-cpp-Summary.js b/v66.0.1/MSCL_Docs/files/Utils-cpp-Summary.js deleted file mode 100644 index 052c2e430..000000000 --- a/v66.0.1/MSCL_Docs/files/Utils-cpp-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:Utils.cpp","Utils.cpp");NDSummary.OnSummaryLoaded("File:Utils.cpp",[["C/C++","C"]],[["Functions","Function"],["Groups","Group"]],[[10188,0,1,"Functions","Functions"],[10189,0,0,"getCurrentSystemTime","getCurrentSystemTime"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Utils-cpp-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/Utils-cpp-SummaryToolTips.js deleted file mode 100644 index 62f966b3a..000000000 --- a/v66.0.1/MSCL_Docs/files/Utils-cpp-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:Utils.cpp",{10189:"
uint64 getCurrentSystemTime()
Gets the current system time in nanoseconds since unix epoch
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Utils-cpp-ToolTips.js b/v66.0.1/MSCL_Docs/files/Utils-cpp-ToolTips.js deleted file mode 100644 index 59992a148..000000000 --- a/v66.0.1/MSCL_Docs/files/Utils-cpp-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Utils-cpp.html b/v66.0.1/MSCL_Docs/files/Utils-cpp.html deleted file mode 100644 index f47d19f14..000000000 --- a/v66.0.1/MSCL_Docs/files/Utils-cpp.html +++ /dev/null @@ -1,21 +0,0 @@ - - -Utils.cpp - - - - - - - -
-
Functions
-
- -
-
getCurrentSystemTime
-
uint64 getCurrentSystemTime()
-

Gets the current system time in nanoseconds since unix epoch

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Utils-h-Summary.js b/v66.0.1/MSCL_Docs/files/Utils-h-Summary.js deleted file mode 100644 index e0b824c3b..000000000 --- a/v66.0.1/MSCL_Docs/files/Utils-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:Utils.h","Utils.h");NDSummary.OnSummaryLoaded("File:Utils.h",[["C/C++","C"]],[["Classes","Class"],["Enums","Enumeration"],["Functions","Function"],["Groups","Group"]],[[10190,0,0,"Utils","Utils"],[10191,0,3,"Types","Utils.Types"],[10192,0,1,"Endianness","Utils.Endianness"],[10193,0,3,"Functions","Utils.Functions"],[10194,0,2,"valueTypeSize","Utils.valueTypeSize"],[10195,0,2,"msb","Utils.msb"],[10196,0,2,"lsb","Utils.lsb"],[10197,0,2,"msNibble","Utils.msNibble"],[10198,0,2,"lsNibble","Utils.lsNibble"],[10199,0,2,"split_int16","Utils.split_int16"],[10200,0,2,"make_int16","Utils.make_int16"],[10201,0,2,"make_int32","Utils.make_int32"],[10202,0,2,"split_uint16","Utils.split_uint16"],[10203,0,2,"make_uint16","Utils.make_uint16"],[10204,0,2,"split_uint32","Utils.split_uint32"],[10205,0,2,"split_uint64","Utils.split_uint64"],[10206,0,2,"make_uint32","Utils.make_uint32"],[10207,0,2,"make_uint64","Utils.make_uint64"],[10208,0,2,"split_float","Utils.split_float"],[10209,0,2,"make_float","Utils.make_float"],[10210,0,2,"split_double","Utils.split_double"],[10211,0,2,"make_double","Utils.make_double"],[10212,0,2,"getCurrentSystemTime","Utils.getCurrentSystemTime"],[10213,0,2,"threadSleep","Utils.threadSleep"],[10214,0,2,"round","Utils.round"],[10215,0,2,"floorBase2","Utils.floorBase2"],[10216,0,2,"ceilBase2","Utils.ceilBase2"],[10217,0,2,"radiansToDegrees","Utils.radiansToDegrees"],[10218,0,2,"removeChar","Utils.removeChar"],[10219,0,2,"removeStr","Utils.removeStr"],[10220,0,2,"containsStr","Utils.containsStr"],[10221,0,2,"strTrimLeft","Utils.strTrimLeft"],[10222,0,2,"strTrimRight","Utils.strTrimRight"],[10223,0,2,"strTrim","Utils.strTrim"],[10224,0,2,"regexFindAll","Utils.regexFindAll"],[10225,0,2,"tokenize","Utils.tokenize"],[10226,0,2,"filterSensorcloudName","Utils.filterSensorcloudName"],[10227,0,2,"normalizeAngle","Utils.normalizeAngle"],[10228,0,2,"bitIsSet","Utils.bitIsSet"],[10229,0,2,"setBit","Utils.setBit"],[10230,0,2,"isNaN","Utils.isNaN"],[10231,0,2,"checkBounds_min","Utils.checkBounds_min"],[10232,0,2,"checkBounds_max","Utils.checkBounds_max"],[10233,0,2,"eraseIf","Utils.eraseIf"],[10234,0,2,"toStr","Utils.toStr"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Utils-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/Utils-h-SummaryToolTips.js deleted file mode 100644 index 1a3f365d7..000000000 --- a/v66.0.1/MSCL_Docs/files/Utils-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:Utils.h",{10190:"
namespace
Utils
Contains many commonly used utility functions.  Note: Communication with our devices (wireless and inertial) is done in Big Endian.
",10192:"
The possible endians that a value can be in.
",10194:"
uint32 valueTypeSize(
ValueType type
)
Gets the size of the ValueType
",10195:"
uint8 msb(
uint16 value
)
Gets the Most Significant Byte from the 2-Byte unsigned integer
",10196:"
uint8 lsb(
uint16 value
)
Gets the Least Significant Byte from the 2-Byte unsigned integer
",10197:"
uint8 msNibble(
uint8 value
)
Gets the Most Significant Nibble (4-bits) from the 1-Byte value
",10198:"
uint8 lsNibble(
uint8 value
)
Gets the Least Significant Nibble (4-bits) from the 1-Byte value
",10199:"
void split_int16(
int16 value,
uint8 &low,
uint8 &high,
Endianness endian = bigEndian
)
Converts the 2-byte signed integer into its individual 2 bytes.
",10200:"
int16 make_int16(
uint8 low,
uint8 high,
Endianness endian = bigEndian
)
Gets the 2-byte signed integer (in system endianness) from 2 individual bytes
",10201:"
int32 make_int32(
uint8 low,
uint8 byte2,
uint8 byte3,
uint8 high,
Endianness endian = bigEndian
)
Gets the 4-byte signed integer (in system endianness) from 4 individual bytes
",10202:"
void split_uint16(
uint16 value,
uint8 &low,
uint8 &high,
Endianness endian = bigEndian
)
Converts the 2-byte unsigned integer into its individual 2 bytes.
",10203:"
uint16 make_uint16(
uint8 low,
uint8 high,
Endianness endian = bigEndian
)
Gets the 2-byte unsigned integer (in system endianness) from 2 individual bytes.  Parameters: low - the low memory location byte high - the high memory location byte endian - The Endianness that the passed in bytes are in.  ie. Big endian means low = msb, high = lsb. Little endian means low = lsb, high = msb
",10204:"
void split_uint32(
uint32 value,
uint8 &low,
uint8 &byte2,
uint8 &byte3,
uint8 &high,
Endianness endian = bigEndian
)
Converts the 4-byte unsigned integer into its 4 individual bytes.
",10205:"
void split_uint64(
uint64 value,
uint8 &low,
uint8 &byte2,
uint8 &byte3,
uint8 &byte4,
uint8 &byte5,
uint8 &byte6,
uint8 &byte7,
uint8 &high,
Endianness endian = bigEndian
)
Converts the 4-byte unsigned integer into its 4 individual bytes.
",10206:"
uint32 make_uint32(
uint8 low,
uint8 byte2,
uint8 byte3,
uint8 high,
Endianness endian = bigEndian
)
gets the 4-byte unsigned integer from the 4 individual bytes
",10207:"
uint64 make_uint64(
uint8 low,
uint8 byte2,
uint8 byte3,
uint8 byte4,
uint8 byte5,
uint8 byte6,
uint8 byte7,
uint8 high,
Endianness endian = bigEndian
)
gets the 8-byte unsigned integer from the 8 individual bytes
",10208:"
void split_float(
float value,
uint8 &low,
uint8 &byte2,
uint8 &byte3,
uint8 &high,
Endianness endian = bigEndian
)
Converts the 4-byte float (in system endian) into its 4 individual bytes.
",10209:"
float make_float(
uint8 low,
uint8 byte2,
uint8 byte3,
uint8 high,
Endianness endian = bigEndian
)
Builds a 4-byte float (in system endian) from 4 bytes given
",10210:"
void split_double(
double value,
uint8 &low,
uint8 &byte2,
uint8 &byte3,
uint8 &byte4,
uint8 &byte5,
uint8 &byte6,
uint8 &byte7,
uint8 &high,
Endianness endian = bigEndian
)
Converts the 8-byte double (in system endian) into its 8 individual bytes.
",10211:"
double make_double(
uint8 low,
uint8 byte2,
uint8 byte3,
uint8 byte4,
uint8 byte5,
uint8 byte6,
uint8 byte7,
uint8 high,
Endianness endian = bigEndian
)
Builds a 8-byte double (in system endian) from the bytes given.
",10212:"
uint64 getCurrentSystemTime()
Gets the current system time in nanoseconds since unix epoch
",10213:"
void threadSleep(
uint64 milli
)
Sleeps for a specified amount of milliseconds on the current thread.
",10214:"
float round(
float value
)
Returns the value that is nearest to the provided value to round. (ie. round(2.5) == 3, round(2.4) == 2)
",10215:"
uint32 floorBase2(
double value
)
Rounds down to the nearest base 2 value
",10216:"
uint32 ceilBase2(
double value
)
Rounds up to the nearest base 2 value
",10217:"
double radiansToDegrees(
float angle
)
Converts the radian angle to degrees.
",10218:"
void removeChar(
std::string &src,
char charToRemove
)
Removes all found instances of a char from a string.
",10219:"
void removeStr(
std::string &src,
const std::string &strToRemove
)
Removes all found instances of a string from another string.
",10220:"
bool containsStr(
const std::string &src,
const std::string &containsThis
)
Checks whether or not a string contains another string.
",10221:"
void strTrimLeft(
std::string &src
)
Trims all whitespace from the left of a string.
",10222:"
void strTrimRight(
std::string &src
)
Trims all whitespace from the right of a string.
",10223:"
void strTrim(
std::string &src
)
Trims all whitespace from the left and right of a string.
",10224:"
std::vector<std::string> regexFindAll(
const std::string &basicString,
const std::regex &pattern = std::regex(R"([^,]+)")
)
Finds all instances of the pattern.  Pattern R"([^,]+)" is a comma delimiter
",10225:"
std::vector<std::string> tokenize(
const std::string &basicString,
const std::string &delimiter = ",",
bool includeEmpty = true
)
Tokenize a string by some delimiter.
",10226:"
void filterSensorcloudName(
std::string &str
)
Replaces characters that are not supported by SensorCloud with a \'-\' character.
",10227:"
float normalizeAngle(
float angle
)
Normalizes an angle value to be between 0 and 360 degrees.
",10228:"
template<typename T> bool bitIsSet(
T value,
size_t bitPos
)
Checks if a specific bit is set in the given value.
",10229:"
template<typename T> void setBit(
T &value,
size_t bitPos,
bool enable
)
Sets a specific bit to on or off.
",10230:"
template<typename T> bool isNaN(
T value
)
Checks whether the given value is NaN or not.
",10231:"
template<typename T> void checkBounds_min(
T &value,
T min
)
Checks that a value is not below a minimum value. If the value is less than the min, the value is changed to that min value.
",10232:"
template<typename T> void checkBounds_max(
T &value,
T max
)
Checks that a value is not above a maximum value. If the value is greater than the max, the value is changed to that max value.
",10233:"
template<typename Container, class T> void eraseIf(
Container &c,
T &&t
)
Takes a container (such as a vector) and removes elements from it if they don\'t match a certain predicate.
",10234:"
template<typename T> std::string toStr(
T value
)
Performs a boost::lexical_cast from a value to an std::string
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Utils-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/Utils-h-ToolTips.js deleted file mode 100644 index 921058637..000000000 --- a/v66.0.1/MSCL_Docs/files/Utils-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({10192:"
The possible endians that a value can be in.
",10224:"
std::vector<std::string> regexFindAll(
const std::string &basicString,
const std::regex &pattern = std::regex(R"([^,]+)")
)
Finds all instances of the pattern.  Pattern R"([^,]+)" is a comma delimiter
",10225:"
std::vector<std::string> tokenize(
const std::string &basicString,
const std::string &delimiter = ",",
bool includeEmpty = true
)
Tokenize a string by some delimiter.
",10446:"
Error
The generic MicroStrain exception (base class)
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Utils-h.html b/v66.0.1/MSCL_Docs/files/Utils-h.html deleted file mode 100644 index d380a8267..000000000 --- a/v66.0.1/MSCL_Docs/files/Utils-h.html +++ /dev/null @@ -1,276 +0,0 @@ - - -Utils.h - - - - - - - -
-
Utils
-
namespace
Utils
-

Contains many commonly used utility functions.  Note: Communication with our devices (wireless and inertial) is done in Big Endian.

-
- -
-
Types
-
- -
-
Endianness
-

The possible endians that a value can be in.

-
- -
-
Functions
-
- -
-
valueTypeSize
-
uint32 valueTypeSize(
ValueType type
)
-

Gets the size of the ValueType

Parameters
type
ValueType

The ValueType to get the size of

Returns

The size of the given ValueType

Exceptions

  • Error: The value type requested does not have a given size

-
- -
-
msb
-
uint8 msb(
uint16 value
)
-

Gets the Most Significant Byte from the 2-Byte unsigned integer

Parameters
value
uint16

the 2-Byte unsigned integer (in system endianness) to find the MSB from

Returns

The Most Significant Byte of the passed in value

-
- -
-
lsb
-
uint8 lsb(
uint16 value
)
-

Gets the Least Significant Byte from the 2-Byte unsigned integer

Parameters
value
uint16

the 2-Byte unsigned integer (in system endianness) to find the LSB from

Returns

The Least Significant Byte of the passed in value

-
- -
-
msNibble
-
uint8 msNibble(
uint8 value
)
-

Gets the Most Significant Nibble (4-bits) from the 1-Byte value

Parameters
value
uint8

the 1-Byte value to find the Most Significant Nibble from

Returns

The Most Significant Nibble of the passed in value

-
- -
-
lsNibble
-
uint8 lsNibble(
uint8 value
)
-

Gets the Least Significant Nibble (4-bits) from the 1-Byte value

Parameters
value
uint8

the 1-Byte value to find the Least Significant Nibble from

Returns

The Least Significant Nibble of the passed in value

-
- -
-
split_int16
-
void split_int16(
int16 value,
uint8 &low,
uint8 &high,
Endianness endian = bigEndian
)
-

Converts the 2-byte signed integer into its individual 2 bytes.

Parameters
value
int16

the 2 byte int16 (in system endianness) to convert into bytes

low
uint8&

holds the low memory location result

high
uint8&

holds the high memory location result

endian
Endianness

The Endianness that the result bytes should be in.  ie. Big endian means low will be the msb, high will be the lsb. Little endian means low will be the lsb, high will be the msb.

-
- -
-
make_int16
-
int16 make_int16(
uint8 low,
uint8 high,
Endianness endian = bigEndian
)
-

Gets the 2-byte signed integer (in system endianness) from 2 individual bytes

Parameters
low
uint8

the low memory location byte

high
uint8

the high memory location byte

endian
Endianness

The Endianness that the passed in bytes are in.  ie. Big endian means low = msb, high = lsb. Little endian means low = lsb, high = msb

Returns

The 2-byte int16 (in system endianness) built from the given bytes.

-
- -
-
make_int32
-
int32 make_int32(
uint8 low,
uint8 byte2,
uint8 byte3,
uint8 high,
Endianness endian = bigEndian
)
-

Gets the 4-byte signed integer (in system endianness) from 4 individual bytes

Parameters
low
uint8

the low memory location byte

byte2
uint8

the second byte to be used

byte3
uint8

the third byte to be used

high
uint8

the high memory location byte

endian
Endianness

The Endianness that the passed in bytes are in.  ie. Big endian means low = msb, high = lsb. Little endian means low = lsb, high = msb

Returns

The 4-byte int32 (in system endianness) built from the given bytes.

-
- -
-
split_uint16
-
void split_uint16(
uint16 value,
uint8 &low,
uint8 &high,
Endianness endian = bigEndian
)
-

Converts the 2-byte unsigned integer into its individual 2 bytes.

Parameters
value
uint16

the 2 byte uint16 (in system endianness) to convert into bytes

low
uint8&

holds the low memory location result

high
uint8&

holds the high memory location result

endian
Endianness

The Endianness that the result bytes should be in.  ie. Big endian means low will be the msb, high will be the lsb. Little endian means low will be the lsb, high will be the msb.

-
- -
-
make_uint16
-
uint16 make_uint16(
uint8 low,
uint8 high,
Endianness endian = bigEndian
)
-

Gets the 2-byte unsigned integer (in system endianness) from 2 individual bytes.  Parameters: low - the low memory location byte high - the high memory location byte endian - The Endianness that the passed in bytes are in.  ie. Big endian means low = msb, high = lsb. Little endian means low = lsb, high = msb

Returns

The 2-byte uint16 (in system endianness) built from the given bytes.

-
- -
-
split_uint32
-
void split_uint32(
uint32 value,
uint8 &low,
uint8 &byte2,
uint8 &byte3,
uint8 &high,
Endianness endian = bigEndian
)
-

Converts the 4-byte unsigned integer into its 4 individual bytes.

Parameters
value
uint32

the 4 byte uint32 (in system endianness) to convert into bytes

low
uint8&

holds the low memory location result

byte2
uint8&

holds the second byte result

byte3
uint8&

holds the third byte result

high
uint8&

holds the high memory location result

endian
Endianness

The Endianness that the result bytes should be in.  ie. Big endian means low will be the msb, high will be the lsb. Little endian means low will be the lsb, high will be the msb.

-
- -
-
split_uint64
-
void split_uint64(
uint64 value,
uint8 &low,
uint8 &byte2,
uint8 &byte3,
uint8 &byte4,
uint8 &byte5,
uint8 &byte6,
uint8 &byte7,
uint8 &high,
Endianness endian = bigEndian
)
-

Converts the 4-byte unsigned integer into its 4 individual bytes.

Parameters
value
uint64

the 4 byte uint32 (in system endianness) to convert into bytes

low
uint8&

holds the low memory location result

byte2
uint8&

holds the second byte result

byte3
uint8&

holds the third byte result

byte4
uint8&

holds the fourth byte result

byte5
uint8&

holds the fifth byte result

byte6
uint8&

holds the sixth byte result

byte7
uint8&

holds the seventh byte result

high
uint8&

holds the high memory location result

endian
Endianness

The Endianness that the result bytes should be in.  ie. Big endian means low will be the msb, high will be the lsb. Little endian means low will be the lsb, high will be the msb.

-
- -
-
make_uint32
-
uint32 make_uint32(
uint8 low,
uint8 byte2,
uint8 byte3,
uint8 high,
Endianness endian = bigEndian
)
-

gets the 4-byte unsigned integer from the 4 individual bytes

Parameters
low
uint8

the lowest memory location byte to be used

byte2
uint8

the second byte to be used

byte3
uint8

the third byte to be used

high
uint8

the highest memory location byte to be used

endian
Endianness

The Endianness that the passed in bytes are in.  ie. Big endian means low = msb, high = lsb. Little endian means low = lsb, high = msb

Returns

the 4-byte uint32 built from the 4 bytes

-
- -
-
make_uint64
-
uint64 make_uint64(
uint8 low,
uint8 byte2,
uint8 byte3,
uint8 byte4,
uint8 byte5,
uint8 byte6,
uint8 byte7,
uint8 high,
Endianness endian = bigEndian
)
-

gets the 8-byte unsigned integer from the 8 individual bytes

Parameters
low
uint8

the lowest memory location byte to be used

byte2
uint8

the second byte to be used

byte3
uint8

the third byte to be used

byte4
uint8

the fourth byte to be used

byte5
uint8

the fifth byte to be used

byte6
uint8

the sixth byte to be used

byte7
uint8

the seventh byte to be used

high
uint8

the highest memory location byte to be used

endian
Endianness

The Endianness that the passed in bytes are in.  ie. Big endian means low = msb, high = lsb. Little endian means low = lsb, high = msb

Returns

the 4-byte uint32 built from the 4 bytes

-
- -
-
split_float
-
void split_float(
float value,
uint8 &low,
uint8 &byte2,
uint8 &byte3,
uint8 &high,
Endianness endian = bigEndian
)
-

Converts the 4-byte float (in system endian) into its 4 individual bytes.

Parameters
value
float

the 4 byte float (in system endian) to convert into bytes

low
uint8&

holds the lowest memory byte result

byte2
uint8&

holds the second byte result

byte3
uint8&

holds the third byte result

high
uint8&

holds the highest memory byte result

endian
Endianness

The Endianness that the result bytes should be in.  ie. Big endian means low will be the msb, high will be the lsb. Little endian means low will be the lsb, high will be the msb.

-
- -
-
make_float
-
float make_float(
uint8 low,
uint8 byte2,
uint8 byte3,
uint8 high,
Endianness endian = bigEndian
)
-

Builds a 4-byte float (in system endian) from 4 bytes given

Parameters
low
uint8

the lowest memory location byte to be used

byte2
uint8

the second byte to be used

byte3
uint8

the third byte to be used

high
uint8

the highest memory location byte to be used

endian
Endianness

The Endianness that the passed in bytes are in.  ie. Big endian means low = msb, high = lsb. Little endian means low = lsb, high = msb

Returns

A 4-byte float in system-endianess built from the 4 given bytes

-
- -
-
split_double
-
void split_double(
double value,
uint8 &low,
uint8 &byte2,
uint8 &byte3,
uint8 &byte4,
uint8 &byte5,
uint8 &byte6,
uint8 &byte7,
uint8 &high,
Endianness endian = bigEndian
)
-

Converts the 8-byte double (in system endian) into its 8 individual bytes.

Parameters
value
double

the 8 byte double (in system endian) to convert into bytes

low
uint8&

holds the lowest memory byte result

byte2
uint8&

holds the second byte result

byte3
uint8&

holds the third byte result

byte4
uint8&

holds the fourth byte result

byte5
uint8&

holds the fifth byte result

byte6
uint8&

holds the sixth byte result

byte7
uint8&

holds the seventh byte result

high
uint8&

holds the highest memory byte result

endian
Endianness

The Endianness that the result bytes should be in.  ie. Big endian means low will be the msb, high will be the lsb. Little endian means low will be the lsb, high will be the msb.

-
- -
-
make_double
-
double make_double(
uint8 low,
uint8 byte2,
uint8 byte3,
uint8 byte4,
uint8 byte5,
uint8 byte6,
uint8 byte7,
uint8 high,
Endianness endian = bigEndian
)
-

Builds a 8-byte double (in system endian) from the bytes given.

Parameters
low
uint8

the lowest memory byte to be used

byte2
uint8

the 2nd byte to be used

byte3
uint8

the 3rd byte to be used

byte4
uint8

the 4th byte to be used

byte5
uint8

the 5th byte to be used

byte6
uint8

the 6th byte to be used

byte7
uint8

the 7th byte to be used

high
uint8

the highest memory byte to be used

endian
Endianness

The Endianness that the passed in bytes are in.  ie. Big endian means low = msb, high = lsb. Little endian means low = lsb, high = msb

Returns

the 8-byte double (in system endian) built from the 8 bytes

-
- -
-
getCurrentSystemTime
-
uint64 getCurrentSystemTime()
-

Gets the current system time in nanoseconds since unix epoch

Returns

The nanoseconds representation of the current system time in UTC

-
- -
-
threadSleep
-
void threadSleep(
uint64 milli
)
-

Sleeps for a specified amount of milliseconds on the current thread.

Parameters
milli
uint64

The number of milliseconds to sleep for.

-
- -
-
round
-
float round(
float value
)
-

Returns the value that is nearest to the provided value to round. (ie. round(2.5) == 3, round(2.4) == 2)

Parameters
value
float

The value to round

Returns

The rounded result.

-
- -
-
floorBase2
-
uint32 floorBase2(
double value
)
-

Rounds down to the nearest base 2 value

Parameters
value
double

The value to round down to the nearest base 2

Returns

The value rounded down to the nearest base 2

-
- -
-
ceilBase2
-
uint32 ceilBase2(
double value
)
-

Rounds up to the nearest base 2 value

Parameters
value
double

The value to round up to the nearest base 2

Returns

The value rounded up to the nearest base 2

-
- -
-
radiansToDegrees
-
double radiansToDegrees(
float angle
)
-

Converts the radian angle to degrees.

Parameters
angle
float

The angle in radians.

Returns

The angle in degrees.

-
- -
-
removeChar
-
void removeChar(
std::string &src,
char charToRemove
)
-

Removes all found instances of a char from a string.

Parameters
src
std::string&

The string to remove the character from. This will be changed to hold the result.

charToRemove
char

The character to remove all instances of from the string.

-
- -
-
removeStr
-
void removeStr(
std::string &src,
const std::string &strToRemove
)
-

Removes all found instances of a string from another string.

Parameters
str

The string to remove the substring from. This will be changed to hold the result.

strtoRemove
const std::string&

The substring to remove all instances of from the string.

-
- -
-
containsStr
-
bool containsStr(
const std::string &src,
const std::string &containsThis
)
-

Checks whether or not a string contains another string.

Parameters
src
const std::string&

The source string.

containsThis
const std::string&

The string to attempt to find in the source string.

Returns

true if the string was found in the source string, false if it was not found.

-
- -
-
strTrimLeft
-
void strTrimLeft(
std::string &src
)
-

Trims all whitespace from the left of a string.

Parameters
src
std::string&

The string to trim whitespace from. This will be changed to hold the result.

-
- -
-
strTrimRight
-
void strTrimRight(
std::string &src
)
-

Trims all whitespace from the right of a string.

Parameters
src
std::string&

The string to trim whitespace from. This will be changed to hold the result.

-
- -
-
strTrim
-
void strTrim(
std::string &src
)
-

Trims all whitespace from the left and right of a string.

Parameters
src
std::string&

The string to trim whitespace from. This will be changed to hold the result.

-
- -
-
regexFindAll
-
std::vector<std::string> regexFindAll(
const std::string &basicString,
const std::regex &pattern = std::regex(R"([^,]+)")
)
-

Finds all instances of the pattern.  Pattern R"([^,]+)" is a comma delimiter

Note

Delimitation will not work for sequential multi-character strings.  I.E. R"([^ns]+)" will delimit "sensing"" into "e" "i" "g" Use tokenize to delimit by sequential multi-character strings

Parameters
basicString
const std::string&

The string to search.

pattern
const std::regex&

The pattern to match.

Returns

Vector of each sequential string within basicString matching the pattern.

-
- -
-
tokenize
-
std::vector<std::string> tokenize(
const std::string &basicString,
const std::string &delimiter = ",",
bool includeEmpty = true
)
-

Tokenize a string by some delimiter.

Note

Sequential multi-character delimiters will work.  I.E. ",:" will delimit ",testing1,:testing2:" into ",testing1" and "testing2:" Use regexFindAll to delimit by list of single characters

Parameters
basicString
const std::string&

The string to tokenize.

delimiter
const std::string&

default "," - The delimiter to split by.

includeEmpty
bool

default true - Whether to include empty strings in result list.

Returns

Vector of strings.

-
- -
-
filterSensorcloudName
-
void filterSensorcloudName(
std::string &str
)
-

Replaces characters that are not supported by SensorCloud with a '-' character.

Parameters
str
std::string&

The string to filter. This will hold the result.

-
- -
-
normalizeAngle
-
float normalizeAngle(
float angle
)
-

Normalizes an angle value to be between 0 and 360 degrees.

Parameters
angle
float

The angle to normalize.

Returns

The normalized angle within 0 and 360 degrees.

-
- -
-
bitIsSet
-
template<typename T> bool bitIsSet(
T value,
size_t bitPos
)
-

Checks if a specific bit is set in the given value.

Parameters
value
T

The value to check the bit of.

bitPos
size_t

The bit position to check if it is set. (0 = far right)

Returns

true if the bit is set, false if it is not set.

-
- -
-
setBit
-
template<typename T> void setBit(
T &value,
size_t bitPos,
bool enable
)
-

Sets a specific bit to on or off.

Parameters
value
T&

The value to update (will be updated with the result).

bitPos
size_t

The bit position to set. (0 = far right)

enable
bool

true to set the bit to on, false to set the bit to off.

-
- -
-
isNaN
-
template<typename T> bool isNaN(
T value
)
-

Checks whether the given value is NaN or not.

Parameters
value
T

The value to check if it is a NaN.

Returns

true if the value is a NaN, false otherwise.

-
- -
-
checkBounds_min
-
template<typename T> void checkBounds_min(
T &value,
T min
)
-

Checks that a value is not below a minimum value. If the value is less than the min, the value is changed to that min value.

Parameters
value
T&

The value to check

min
T

The minimum value to make sure the value is greater than or equal to

-
- -
-
checkBounds_max
-
template<typename T> void checkBounds_max(
T &value,
T max
)
-

Checks that a value is not above a maximum value. If the value is greater than the max, the value is changed to that max value.

Parameters
value
T&

The value to check

max
T

The maximum value to make sure the value is less than or equal to.

-
- -
-
eraseIf
-
template<typename Container, class T> void eraseIf(
Container &c,
T &&t
)
-

Takes a container (such as a vector) and removes elements from it if they don't match a certain predicate.

Parameters
c
Container&

The container to check and remove elements from, as a reference.

t
T&&

The predicate that will return false for elements that should be removed from the container.

-
- -
-
toStr
-
template<typename T> std::string toStr(
T value
)
-

Performs a boost::lexical_cast from a value to an std::string

Parameters
value
T

The value to convert to a string.

Returns

The string result of the lexical cast.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Utils_Win32-h-Summary.js b/v66.0.1/MSCL_Docs/files/Utils_Win32-h-Summary.js deleted file mode 100644 index 525bd0e0f..000000000 --- a/v66.0.1/MSCL_Docs/files/Utils_Win32-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:Utils_Win32.h","Utils_Win32.h");NDSummary.OnSummaryLoaded("File:Utils_Win32.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Sections","Section"],["Types","Type"]],[[10172,0,3,"Utils_Win32","Utils_Win32"],[10173,0,2,"Types","Types"],[10174,0,4,"hstring","hstring"],[10175,0,4,"hstring","hstring(2)"],[10176,0,0,"Utils_Win32","Utils_Win32(2)"],[10177,0,2,"Functions","Utils_Win32.Functions"],[10178,0,1,"wstring_to_string","Utils_Win32.wstring_to_string"],[10179,0,1,"string_to_wstring","Utils_Win32.string_to_wstring"],[10180,0,1,"toHstring","Utils_Win32.toHstring"],[10181,0,1,"toHstring","Utils_Win32.toHstring(2)"],[10182,0,1,"toString","Utils_Win32.toString"],[10183,0,1,"toWstring","Utils_Win32.toWstring"],[10184,0,1,"toHstring","Utils_Win32.toHstring(3)"],[10185,0,1,"toHstring","Utils_Win32.toHstring(4)"],[10186,0,1,"toString","Utils_Win32.toString(2)"],[10187,0,1,"toWstring","Utils_Win32.toWstring(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Utils_Win32-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/Utils_Win32-h-SummaryToolTips.js deleted file mode 100644 index 312b92cb1..000000000 --- a/v66.0.1/MSCL_Docs/files/Utils_Win32-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:Utils_Win32.h",{10174:"
The "host-string" (as a wstring on UNICODE) that can be used interchangably between unicode and multi-byte builds
",10175:"
The "host-string" (as a string on MULTIBYTE) that can be used interchangably between unicode and multi-byte builds
",10176:"
namespace
Utils_Win32
Contains Windows helper functions
",10178:"
inline std::string wstring_to_string(
const std::wstring &in
)
Converts a std::wstring to a std::string
",10179:"
inline std::wstring string_to_wstring(
const std::string &in
)
Converts a std::string to a std::wstring
",10180:"
inline hstring toHstring(
const std::string &in
)
Converts a std::string to an hstring
",10181:"
inline hstring toHstring(
const std::wstring &in
)
Converts a std::wstring to an hstring
",10182:"
inline std::string toString(
const hstring &in
)
Converts a hstring to an std::string
",10183:"
inline std::wstring toWstring(
const hstring &in
)
Converts a hstring to an std::wstring
",10184:"
inline hstring toHstring(
const std::string &in
)
Converts a std::string to an hstring
",10185:"
inline hstring toHstring(
const std::wstring &in
)
Converts a std::wstring to an hstring
",10186:"
inline std::string toString(
const hstring &in
)
Converts a hstring to an std::string
",10187:"
inline std::wstring toWstring(
const hstring &in
)
Converts a hstring to an std::wstring
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Utils_Win32-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/Utils_Win32-h-ToolTips.js deleted file mode 100644 index e9ce64f6c..000000000 --- a/v66.0.1/MSCL_Docs/files/Utils_Win32-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({10174:"
The "host-string" (as a wstring on UNICODE) that can be used interchangably between unicode and multi-byte builds
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Utils_Win32-h.html b/v66.0.1/MSCL_Docs/files/Utils_Win32-h.html deleted file mode 100644 index 86c6d7456..000000000 --- a/v66.0.1/MSCL_Docs/files/Utils_Win32-h.html +++ /dev/null @@ -1,99 +0,0 @@ - - -Utils_Win32.h - - - - - - - -
-
Utils_Win32
-
- -
-
Types
-
- -
-
hstring
-

The "host-string" (as a wstring on UNICODE) that can be used interchangably between unicode and multi-byte builds

-
- -
-
hstring
-

The "host-string" (as a string on MULTIBYTE) that can be used interchangably between unicode and multi-byte builds

-
- -
-
Utils_Win32
-
namespace
Utils_Win32
-

Contains Windows helper functions

-
- -
-
Functions
-
- -
-
wstring_to_string
-
inline std::string wstring_to_string(
const std::wstring &in
)
-

Converts a std::wstring to a std::string

Parameters
in
const std::wstring&

the wstring to convert to a string

Returns

the std::string representation of the input

-
- -
-
string_to_wstring
-
inline std::wstring string_to_wstring(
const std::string &in
)
-

Converts a std::string to a std::wstring

Parameters
in
const std::string&

the string to convert to a wstring

Returns

the std::wstring representation of the input

-
- -
-
toHstring
-
inline hstring toHstring(
const std::string &in
)
-

Converts a std::string to an hstring

Parameters
in
const std::string&

the std::string to convert to an hstring

Returns

An hstring representation of the passed in string

-
- -
-
toHstring
-
inline hstring toHstring(
const std::wstring &in
)
-

Converts a std::wstring to an hstring

Parameters
in
const std::wstring&

the std::wstring to convert to an hstring

Returns

An hstring representation of the passed in wstring

-
- -
-
toString
-
inline std::string toString(
const hstring &in
)
-

Converts a hstring to an std::string

Parameters
in
const hstring&

the hstring to convert to an std::string

Returns

An std::string representation of the passed in hstring

-
- -
-
toWstring
-
inline std::wstring toWstring(
const hstring &in
)
-

Converts a hstring to an std::wstring

Parameters
in
const hstring&

the hstring to convert to an std::wstring

Returns

An std::wstring representation of the passed in hstring

-
- -
-
toHstring
-
inline hstring toHstring(
const std::string &in
)
-

Converts a std::string to an hstring

Parameters
in
const std::string&

the std::string to convert to an hstring

Returns

An hstring representation of the passed in string

-
- -
-
toHstring
-
inline hstring toHstring(
const std::wstring &in
)
-

Converts a std::wstring to an hstring

Parameters
in
const std::wstring&

the std::wstring to convert to an hstring

Returns

An hstring representation of the passed in wstring

-
- -
-
toString
-
inline std::string toString(
const hstring &in
)
-

Converts a hstring to an std::string

Parameters
in
const hstring&

the hstring to convert to an std::string

Returns

An std::string representation of the passed in hstring

-
- -
-
toWstring
-
inline std::wstring toWstring(
const hstring &in
)
-

Converts a hstring to an std::wstring

Parameters
in
const hstring&

the hstring to convert to an std::wstring

Returns

An std::wstring representation of the passed in hstring

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Value-h-Summary.js b/v66.0.1/MSCL_Docs/files/Value-h-Summary.js deleted file mode 100644 index 75e3ce1ca..000000000 --- a/v66.0.1/MSCL_Docs/files/Value-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:Value.h","Value.h");NDSummary.OnSummaryLoaded("File:Value.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[10144,0,0,"Value","Value"],[10145,0,2,"Functions","Value.Functions"],[10146,0,1,"Value","Value.Value"],[10147,0,1,"BOOL","Value.BOOL"],[10148,0,1,"UINT8","Value.UINT8"],[10149,0,1,"UINT16","Value.UINT16"],[10150,0,1,"UINT32","Value.UINT32"],[10151,0,1,"UINT64","Value.UINT64"],[10152,0,1,"INT8","Value.INT8"],[10153,0,1,"FLOAT","Value.FLOAT"],[10154,0,1,"DOUBLE","Value.DOUBLE"],[10155,0,2,"Variables","Value.Variables"],[10156,0,3,"m_value","Value.m_value"],[10157,0,3,"m_storedAs","Value.m_storedAs"],[10158,0,2,"Functions","Value.Functions(2)"],[10159,0,1,"storedAs","Value.storedAs"],[10160,0,1,"as_float","Value.as_float"],[10161,0,1,"as_double","Value.as_double"],[10162,0,1,"as_uint8","Value.as_uint8"],[10163,0,1,"as_uint16","Value.as_uint16"],[10164,0,1,"as_uint32","Value.as_uint32"],[10165,0,1,"as_uint64","Value.as_uint64"],[10166,0,1,"as_int8","Value.as_int8"],[10167,0,1,"as_int16","Value.as_int16"],[10168,0,1,"as_int32","Value.as_int32"],[10169,0,1,"as_int32","Value.as_int32(2)"],[10170,0,1,"as_ChannelMask","Value.as_ChannelMask"],[10171,0,1,"as_string","Value.as_string"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Value-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/Value-h-SummaryToolTips.js deleted file mode 100644 index ff4788141..000000000 --- a/v66.0.1/MSCL_Docs/files/Value-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:Value.h",{10144:"
Value
Represents a single value that can be stored/accessed in multiple ways.
",10146:"
Value(
ValueType type,
const anyType &value
)
Creates a Value object
",10147:"
static Value BOOL(
bool value
)
Static helper function for making a Value object from a bool.
",10148:"
static Value UINT8(
uint8 value
)
Static helper function for making a Value object from a uint8.
",10149:"
static Value UINT16(
uint16 value
)
Static helper function for making a Value object from a uint16.
",10150:"
static Value UINT32(
uint32 value
)
Static helper function for making a Value object from a uint32.
",10151:"
static Value UINT64(
uint64 value
)
Static helper function for making a Value object from a uint64.
",10152:"
static Value INT8(
int8 value
)
Static helper function for making a Value object from an int8.
",10153:"
static Value FLOAT(
float value
)
Static helper function for making a Value object from a float.
",10154:"
static Value DOUBLE(
double value
)
Static helper function for making a Value object from a double.
",10156:"
anyType m_value
Holds the actual value as an anyType
",10157:"
ValueType m_storedAs
The type that the value is stored as.  This type should be inspected to determine how to read the m_value member
",10159:"
const ValueType storedAs() const
Gets the ValueType that the data value is stored as. This type should be inspected to determine how to read the data value.
",10160:"
virtual float as_float() const
Gets the data value as a 4-byte float
",10161:"
virtual double as_double() const
Gets the data value as an 8-byte double
",10162:"
virtual uint8 as_uint8() const
Gets the data value as a 1-byte unsigned integer
",10163:"
virtual uint16 as_uint16() const
Gets the data value as a 2-byte unsigned integer
",10164:"
virtual uint32 as_uint32() const
Gets the data value as a 4-byte unsigned integer
",10165:"
virtual uint64 as_uint64() const
Gets the data value as a 8-byte unsigned integer
",10166:"
virtual int8 as_int8() const
Gets the data value as a 1-byte signed integer
",10167:"
virtual short as_int16() const
Gets the data value as a 2-byte signed integer
",10168:"
virtual int as_int32() const
Gets the data value as a 4-byte signed integer
",10169:"
Gets the data value as a 1-byte boolean
",10170:"
virtual ChannelMask as_ChannelMask() const
Gets the data value as a ChannelMask object.
",10171:"
virtual std::string as_string() const
Gets the data value as a string
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Value-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/Value-h-ToolTips.js deleted file mode 100644 index e34112a43..000000000 --- a/v66.0.1/MSCL_Docs/files/Value-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({9478:"
ChannelMask
Represents the channel mask (active and inactive channels) for a WirelessNode.
",9896:"
DataPoint
Base class representing common functionality between Wireless and Inertial data points
",10144:"
Value
Represents a single value that can be stored/accessed in multiple ways.
",10146:"
Value(
ValueType type,
const anyType &value
)
Creates a Value object
",10249:"
Typedef for a simple_any type
",10461:"
Error_BadDataType
Data of one type was accessed as another type (simple_any)
",9896:"
DataPoint
Base class representing common functionality between Wireless and Inertial data points
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Value-h.html b/v66.0.1/MSCL_Docs/files/Value-h.html deleted file mode 100644 index 850a15d8a..000000000 --- a/v66.0.1/MSCL_Docs/files/Value-h.html +++ /dev/null @@ -1,172 +0,0 @@ - - -Value.h - - - - - - - -
-
Value
- -

Represents a single value that can be stored/accessed in multiple ways.

See Also

DataPoint

-
- -
-
Functions
-
- -
-
Value
-
Value(
ValueType type,
const anyType &value
)
-

Creates a Value object

Parameters
type
ValueType

The ValueType of the data that is stored

value
const anyType&

The data that is to be stored

-
- -
-
BOOL
-
static Value BOOL(
bool value
)
-

Static helper function for making a Value object from a bool.

Parameters
value
bool

The bool value.

Returns

A Value object holding the bool.

-
- -
-
UINT8
-
static Value UINT8(
uint8 value
)
-

Static helper function for making a Value object from a uint8.

Parameters
value
uint8

The uint8 value.

Returns

A Value object holding the uint8.

-
- -
-
UINT16
-
static Value UINT16(
uint16 value
)
-

Static helper function for making a Value object from a uint16.

Parameters
value
uint16

The uint16 value.

Returns

A Value object holding the uint16.

-
- -
-
UINT32
-
static Value UINT32(
uint32 value
)
-

Static helper function for making a Value object from a uint32.

Parameters
value
uint32

The uint32 value.

Returns

A Value object holding the uint32.

-
- -
-
UINT64
-
static Value UINT64(
uint64 value
)
-

Static helper function for making a Value object from a uint64.

Parameters
value
uint64

The uint64 value.

Returns

A Value object holding the uint64.

-
- -
-
INT8
-
static Value INT8(
int8 value
)
-

Static helper function for making a Value object from an int8.

Parameters
value
int8

The int8 value.

Returns

A Value object holding the int8.

-
- -
-
FLOAT
-
static Value FLOAT(
float value
)
-

Static helper function for making a Value object from a float.

Parameters
value
float

The float value.

Returns

A Value object holding the float.

-
- -
-
DOUBLE
-
static Value DOUBLE(
double value
)
-

Static helper function for making a Value object from a double.

Parameters
value
double

The double value.

Returns

A Value object holding the double.

-
- -
-
Variables
-
- -
-
m_value
-
anyType m_value
-

Holds the actual value as an anyType

-
- -
-
m_storedAs
-
ValueType m_storedAs
-

The type that the value is stored as.  This type should be inspected to determine how to read the m_value member

-
- -
-
Functions
-
- -
-
storedAs
-
const ValueType storedAs() const
-

Gets the ValueType that the data value is stored as. This type should be inspected to determine how to read the data value.

Returns

A ValueType representing how the data is stored, and should be read.

-
- -
-
as_float
-
virtual float as_float() const
-

Gets the data value as a 4-byte float

Returns

The data value as a 4-byte float

Exceptions

  • Error_BadDataType: The type in which the value was stored could not be converted to a 4-byte float

-
- -
-
as_double
-
virtual double as_double() const
-

Gets the data value as an 8-byte double

Returns

The data value as an 8-byte double

Exceptions

  • Error_BadDataType: The type in which the value was stored could not be converted to an 8-byte double

-
- -
-
as_uint8
-
virtual uint8 as_uint8() const
-

Gets the data value as a 1-byte unsigned integer

Returns

The data value as a 1-byte unsigned integer

Exceptions

  • Error_BadDataType: The type in which the value was stored could not be converted to a 1-byte unsigned integer

-
- -
-
as_uint16
-
virtual uint16 as_uint16() const
-

Gets the data value as a 2-byte unsigned integer

Returns

The data value as a 2-byte unsigned integer

Exceptions

  • Error_BadDataType: The type in which the value was stored could not be converted to a 2-byte unsigned integer

-
- -
-
as_uint32
-
virtual uint32 as_uint32() const
-

Gets the data value as a 4-byte unsigned integer

Returns

The data value as a 4-byte unsigned integer

Exceptions

  • Error_BadDataType: The type in which the value was stored could not be converted to a 4-byte unsigned integer

-
- -
-
as_uint64
-
virtual uint64 as_uint64() const
-

Gets the data value as a 8-byte unsigned integer

Returns

The data value as a 8-byte unsigned integer

Exceptions

  • Error_BadDataType: The type in which the value was stored could not be converted to a 8-byte unsigned integer

-
- -
-
as_int8
-
virtual int8 as_int8() const
-

Gets the data value as a 1-byte signed integer

Returns

The data value as a 1-byte signed integer

Exceptions

  • Error_BadDataType: The type in which the value was stored could not be converted to a 1-byte signed integer

-
- -
-
as_int16
-
virtual short as_int16() const
-

Gets the data value as a 2-byte signed integer

Returns

The data value as a 2-byte signed integer

Exceptions

  • Error_BadDataType: The type in which the value was stored could not be converted to a 2-byte signed integer

-
- -
-
as_int32
-
virtual int as_int32() const
-

Gets the data value as a 4-byte signed integer

Returns

The data value as a 4-byte signed integer

Exceptions

  • Error_BadDataType: The type in which the value was stored could not be converted to a 4-byte signed integer

-
- -
-
as_int32
-

Gets the data value as a 1-byte boolean

Returns

The data value as a boolean

Exceptions

  • Error_BadDataType: The type in which the value was stored could not be converted to a bool

-
- -
-
as_ChannelMask
-
virtual ChannelMask as_ChannelMask() const
-

Gets the data value as a ChannelMask object.

Returns

The data value as a ChannelMask.

Exceptions
-
- -
-
as_string
-
virtual std::string as_string() const
-

Gets the data value as a string

Returns

A string representing the data value. This will be created using the value's current valueType.  So a value stored as a float will return a string as so: "1.2345".

Exceptions
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Version-h-Summary.js b/v66.0.1/MSCL_Docs/files/Version-h-Summary.js deleted file mode 100644 index 47005bb76..000000000 --- a/v66.0.1/MSCL_Docs/files/Version-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:Version.h","Version.h");NDSummary.OnSummaryLoaded("File:Version.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[10409,0,0,"Version","Version"],[10410,0,2,"Functions","Version.Functions"],[10411,0,1,"Version","Version.Version"],[10412,0,1,"Version","Version.Version(2)"],[10413,0,1,"Version","Version.Version(3)"],[10414,0,2,"Variables","Version.Variables"],[10415,0,3,"m_major","Version.m_major"],[10416,0,3,"m_minor","Version.m_minor"],[10417,0,3,"m_patch","Version.m_patch"],[10418,0,2,"Functions","Version.Functions(2)"],[10419,0,1,"str","Version.str"],[10420,0,1,"fromString","Version.fromString"],[10421,0,1,"majorPart","Version.majorPart"],[10422,0,1,"minorPart","Version.minorPart"],[10423,0,1,"patchPart","Version.patchPart"],[10424,0,1,"compare","Version.compare"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Version-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/Version-h-SummaryToolTips.js deleted file mode 100644 index 624c13330..000000000 --- a/v66.0.1/MSCL_Docs/files/Version-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:Version.h",{10409:"
Version
Class that represents, and provides helper functions for, a Version number
",10411:"
Version(
uint32 major,
uint32 minor,
uint32 patch
)
Create a Version object from major, minor, patch.
",10412:"
Version(
uint32 major,
uint32 minor
)
Create a Version object from major and minor.
",10413:"
Version(
const Version &other
)
The copy constructor for a Version object.
",10415:"
uint32 m_major
The major part of the Version.
",10416:"
uint32 m_minor
The minor part of the Version.
",10417:"
uint32 m_patch
The patch part of the Version.
",10419:"
std::string str() const
Gets a string representation of the Version.
",10420:"
bool fromString(
const std::string &strVersion
)
Builds the Version object from the given string.  If successful, the Version object will be updated to the given string.
",10421:"
uint32 majorPart() const
Gets the major part of the Version
",10422:"
uint32 minorPart() const
Gets the minor part of the Version
",10423:"
uint32 patchPart() const
Gets the patch part of the Version
",10424:"
int compare(
const Version &cmp
) const
Compares the current Version to the given Version parameter
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Version-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/Version-h-ToolTips.js deleted file mode 100644 index 8b8a3283b..000000000 --- a/v66.0.1/MSCL_Docs/files/Version-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({10409:"
Version
Class that represents, and provides helper functions for, a Version number
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Version-h.html b/v66.0.1/MSCL_Docs/files/Version-h.html deleted file mode 100644 index 857687add..000000000 --- a/v66.0.1/MSCL_Docs/files/Version-h.html +++ /dev/null @@ -1,101 +0,0 @@ - - -Version.h - - - - - - - -
-
Version
-
Version
-

Class that represents, and provides helper functions for, a Version number

-
- -
-
Functions
-
- -
-
Version
-
Version(
uint32 major,
uint32 minor,
uint32 patch
)
-

Create a Version object from major, minor, patch.

Parameters
major
uint32

The major part of the version (ie. 1 in 1.23.97).

minor
uint32

The minor part of the version (ie. 23 in 1.23.97).

patch
uint32

The patch part of the version (ie. 97 in 1.23.97).

-
- -
-
Version
-
Version(
uint32 major,
uint32 minor
)
-

Create a Version object from major and minor.

Parameters
major
uint32

The major part of the version (ie. 1 in 1.23.97).

minor
uint32

The minor part of the version (ie. 23 in 1.23.97).

-
- -
-
Version
-
Version(
const Version &other
)
-

The copy constructor for a Version object.

Parameters
other
const Version&

The Version to be copied.

-
- -
-
Variables
-
- -
-
m_major
-
uint32 m_major
-

The major part of the Version.

-
- -
-
m_minor
-
uint32 m_minor
-

The minor part of the Version.

-
- -
-
m_patch
-
uint32 m_patch
-

The patch part of the Version.

-
- -
-
Functions
-
- -
-
str
-
std::string str() const
-

Gets a string representation of the Version.

Returns

A string representing the Version.

-
- -
-
fromString
-
bool fromString(
const std::string &strVersion
)
-

Builds the Version object from the given string.  If successful, the Version object will be updated to the given string.

Parameters
strVersion
const std::string&

The string representation of a version (ie. "1.23")

Returns

true if the string was parsed successfully and the Version was updated, false if the string failed to parse

-
- -
-
majorPart
-
uint32 majorPart() const
-

Gets the major part of the Version

Returns

The major part of the Version (ie. 1 in 1.23.97)

-
- -
-
minorPart
-
uint32 minorPart() const
-

Gets the minor part of the Version

Returns

The minor part of the Version (ie. 23 in 1.23.97)

-
- -
-
patchPart
-
uint32 patchPart() const
-

Gets the patch part of the Version

Returns

The patch part of the Version (ie. 97 in 1.23.97)

-
- -
-
compare
-
int compare(
const Version &cmp
) const
-

Compares the current Version to the given Version parameter

Parameters
cmp
const Version&

The Version to compare to the current Version

Returns

0 if the 2 versions are equal, a negative number if the current Version is less than the parameter Version, a positive number if the current Version is greater than the parameter Version.

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/WMI_Helper-h-Summary.js b/v66.0.1/MSCL_Docs/files/WMI_Helper-h-Summary.js deleted file mode 100644 index b7a9ff46a..000000000 --- a/v66.0.1/MSCL_Docs/files/WMI_Helper-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:WMI_Helper.h","WMI_Helper.h");NDSummary.OnSummaryLoaded("File:WMI_Helper.h",[["C/C++","C"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Types","Type"],["Variables","Variable"]],[[10072,0,0,"WMI_Helper","WMI_Helper"],[10073,0,2,"Types","WMI_Helper.Types"],[10074,0,3,"wmiValue","WMI_Helper.wmiValue"],[10075,0,3,"wmiValues","WMI_Helper.wmiValues"],[10076,0,2,"Functions","WMI_Helper.Functions"],[10077,0,1,"WMI_Helper","WMI_Helper.WMI_Helper"],[10078,0,1,"WMI_Helper","WMI_Helper.WMI_Helper(2)"],[10079,0,1,"request","WMI_Helper.request"],[10080,0,1,"connect","WMI_Helper.connect"],[10081,0,2,"Variables","WMI_Helper.Variables"],[10082,0,4,"m_wmi_namespace","WMI_Helper.m_wmi_namespace"],[10083,0,4,"m_wmi_class","WMI_Helper.m_wmi_class"],[10084,0,4,"m_enumerator","WMI_Helper.m_enumerator"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/WMI_Helper-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/WMI_Helper-h-SummaryToolTips.js deleted file mode 100644 index c06eeabc9..000000000 --- a/v66.0.1/MSCL_Docs/files/WMI_Helper-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:WMI_Helper.h",{10072:"
WMI_Helper
WMI_Helper makes it simple to interface and request information from the WMI.
",10074:"
A map of string property names to their VARIANT values
",10075:"
A vector of wmiValue maps
",10077:"
WMI_Helper(
std::string wmi_namespace,
std::string wmi_class
)
Creates a WMI_Helper object
",10078:"
~WMI_Helper()
Destroys the WMI_Helper object
",10079:"
wmiValues request(
std::vector<std::string> valuesToGet
)
Starts a request for information received from WMI
",10080:"
void connect()
Connects and retrieves information from the WMI namespace and class that was given at construction time
",10082:"
std::string m_wmi_namespace
The WMI namespace that this is using
",10083:"
std::string m_wmi_class
The WMI class that this is using
",10084:"
IEnumWbemClassObject* m_enumerator
The enumerator that holds all the information internally from the request
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/WMI_Helper-h-ToolTips.js b/v66.0.1/MSCL_Docs/files/WMI_Helper-h-ToolTips.js deleted file mode 100644 index 96c1e6d6b..000000000 --- a/v66.0.1/MSCL_Docs/files/WMI_Helper-h-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({10075:"
A vector of wmiValue maps
",10080:"
void connect()
Connects and retrieves information from the WMI namespace and class that was given at construction time
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/WMI_Helper-h.html b/v66.0.1/MSCL_Docs/files/WMI_Helper-h.html deleted file mode 100644 index 2762615a7..000000000 --- a/v66.0.1/MSCL_Docs/files/WMI_Helper-h.html +++ /dev/null @@ -1,81 +0,0 @@ - - -WMI_Helper.h - - - - - - - -
-
WMI_Helper
-
WMI_Helper
-

WMI_Helper makes it simple to interface and request information from the WMI.

-
- -
-
Types
-
- -
-
wmiValue
-

A map of string property names to their VARIANT values

-
- -
-
wmiValues
-

A vector of wmiValue maps

-
- -
-
Functions
-
- -
-
WMI_Helper
-
WMI_Helper(
std::string wmi_namespace,
std::string wmi_class
)
-

Creates a WMI_Helper object

Parameters
wmi_namespace
std::string

The string name of the WMI Namespace (ie. "root\\CIMV2\\Applications\\Games")

wmi_class
std::string

The string name of the WMI Class (ie. "Game")

Exceptions
std::exception

Thrown if any errors occur during the connect stage

-
- -
-
WMI_Helper
-
~WMI_Helper()
-

Destroys the WMI_Helper object

-
- -
-
request
-
wmiValues request(
std::vector<std::string> valuesToGet
)
-

Starts a request for information received from WMI

Parameters
valuesToGet
std::vector<std::string>

A vector of strings to request from the namespace and class that was given at construction time

Returns

A vector containing a map for each found item, with each map containing a parameter-value pair

Exceptions
std::exception

Thrown if any errors occur, including if the values that were requested were incorrect

-
- -
-
connect
-
void connect()
-

Connects and retrieves information from the WMI namespace and class that was given at construction time

Exceptions
std::exception

Thrown if any errors occur, including if the namespace or class are incorrect

-
- -
-
Variables
-
- -
-
m_wmi_namespace
-
std::string m_wmi_namespace
-

The WMI namespace that this is using

-
- -
-
m_wmi_class
-
std::string m_wmi_class
-

The WMI class that this is using

-
- -
-
m_enumerator
-
IEnumWbemClassObject* m_enumerator
-

The enumerator that holds all the information internally from the request

-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Wrapper/CSharp/mscl/Exceptions-cs-Summary.js b/v66.0.1/MSCL_Docs/files/Wrapper/CSharp/mscl/Exceptions-cs-Summary.js deleted file mode 100644 index d4f586cae..000000000 --- a/v66.0.1/MSCL_Docs/files/Wrapper/CSharp/mscl/Exceptions-cs-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:Wrapper/CSharp/mscl/Exceptions.cs","Exceptions.cs");NDSummary.OnSummaryLoaded("File:Wrapper/CSharp/mscl/Exceptions.cs",[["C#","CSharp"]],[["Classes","Class"],["Functions","Function"],["Groups","Group"],["Variables","Variable"]],[[10085,0,0,"mscl.​Error","mscl.Error"],[10086,0,2,"Functions","mscl.Error.Functions"],[10087,0,1,"Error","mscl.Error.Error"],[10088,0,0,"mscl.​Error_NotSupported","mscl.Error_NotSupported"],[10089,0,2,"Functions","mscl.Error_NotSupported.Functions"],[10090,0,1,"Error_NotSupported","mscl.Error_NotSupported.Error_NotSupported"],[10091,0,0,"mscl.​Error_NoData","mscl.Error_NoData"],[10092,0,2,"Functions","mscl.Error_NoData.Functions"],[10093,0,1,"Error_NoData","mscl.Error_NoData.Error_NoData"],[10094,0,0,"mscl.​Error_BadDataType","mscl.Error_BadDataType"],[10095,0,2,"Functions","mscl.Error_BadDataType.Functions"],[10096,0,1,"Error_BadDataType","mscl.Error_BadDataType.Error_BadDataType"],[10097,0,0,"mscl.​Error_UnknownSampleRate","mscl.Error_UnknownSampleRate"],[10098,0,2,"Functions","mscl.Error_UnknownSampleRate.Functions"],[10099,0,1,"Error_UnknownSampleRate","mscl.Error_UnknownSampleRate.Error_UnknownSampleRate"],[10100,0,0,"mscl.​Error_Communication","mscl.Error_Communication"],[10101,0,2,"Functions","mscl.Error_Communication.Functions"],[10102,0,1,"Error_Communication","mscl.Error_Communication.Error_Communication"],[10103,0,0,"mscl.​Error_NodeCommunication","mscl.Error_NodeCommunication"],[10104,0,2,"Functions","mscl.Error_NodeCommunication.Functions"],[10105,0,1,"Error_NodeCommunication","mscl.Error_NodeCommunication.Error_NodeCommunication"],[10106,0,1,"nodeAddress","mscl.Error_NodeCommunication.nodeAddress"],[10107,0,2,"Variables","mscl.Error_NodeCommunication.Variables"],[10108,0,3,"m_nodeAddress","mscl.Error_NodeCommunication.m_nodeAddress"],[10109,0,0,"mscl.​Error_Connection","mscl.Error_Connection"],[10110,0,2,"Functions","mscl.Error_Connection.Functions"],[10111,0,1,"Error_Connection","mscl.Error_Connection.Error_Connection"],[10112,0,1,"code","mscl.Error_Connection.code"],[10113,0,2,"Variables","mscl.Error_Connection.Variables"],[10114,0,3,"m_code","mscl.Error_Connection.m_code"],[10115,0,0,"mscl.​Error_InvalidSerialPort","mscl.Error_InvalidSerialPort"],[10116,0,2,"Functions","mscl.Error_InvalidSerialPort.Functions"],[10117,0,1,"Error_InvalidSerialPort","mscl.Error_InvalidSerialPort.Error_InvalidSerialPort"],[10118,0,0,"mscl.​Error_InvalidTcpServer","mscl.Error_InvalidTcpServer"],[10119,0,2,"Functions","mscl.Error_InvalidTcpServer.Functions"],[10120,0,1,"Error_InvalidTcpServer","mscl.Error_InvalidTcpServer.Error_InvalidTcpServer"],[10121,0,0,"mscl.​Error_InvalidUnixSocket","mscl.Error_InvalidUnixSocket"],[10122,0,2,"Functions","mscl.Error_InvalidUnixSocket.Functions"],[10123,0,1,"Error_InvalidUnixSocket","mscl.Error_InvalidUnixSocket.Error_InvalidUnixSocket"],[10124,0,0,"mscl.​Error_MipCmdFailed","mscl.Error_MipCmdFailed"],[10125,0,2,"Functions","mscl.Error_MipCmdFailed.Functions"],[10126,0,1,"Error_MipCmdFailed","mscl.Error_MipCmdFailed.Error_MipCmdFailed"],[10127,0,1,"code","mscl.Error_MipCmdFailed.code"],[10128,0,2,"Variables","mscl.Error_MipCmdFailed.Variables"],[10129,0,3,"m_code","mscl.Error_MipCmdFailed.m_code"],[10130,0,0,"mscl.​Error_InvalidConfig","mscl.Error_InvalidConfig"],[10131,0,2,"Functions","mscl.Error_InvalidConfig.Functions"],[10132,0,1,"Error_InvalidConfig","mscl.Error_InvalidConfig.Error_InvalidConfig"],[10133,0,1,"Error_InvalidConfig","mscl.Error_InvalidConfig.Error_InvalidConfig(2)"],[10134,0,1,"issues","mscl.Error_InvalidConfig.issues"],[10135,0,2,"Variables","mscl.Error_InvalidConfig.Variables"],[10136,0,3,"m_issues","mscl.Error_InvalidConfig.m_issues"],[10137,0,0,"mscl.​Error_InvalidNodeConfig","mscl.Error_InvalidNodeConfig"],[10138,0,2,"Functions","mscl.Error_InvalidNodeConfig.Functions"],[10139,0,1,"Error_InvalidNodeConfig","mscl.Error_InvalidNodeConfig.Error_InvalidNodeConfig"],[10140,0,1,"Error_InvalidNodeConfig","mscl.Error_InvalidNodeConfig.Error_InvalidNodeConfig(2)"],[10141,0,1,"nodeAddress","mscl.Error_InvalidNodeConfig.nodeAddress"],[10142,0,2,"Variables","mscl.Error_InvalidNodeConfig.Variables"],[10143,0,3,"m_nodeAddress","mscl.Error_InvalidNodeConfig.m_nodeAddress"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Wrapper/CSharp/mscl/Exceptions-cs-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/Wrapper/CSharp/mscl/Exceptions-cs-SummaryToolTips.js deleted file mode 100644 index f8877aeab..000000000 --- a/v66.0.1/MSCL_Docs/files/Wrapper/CSharp/mscl/Exceptions-cs-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:Wrapper/CSharp/mscl/Exceptions.cs",{10085:"
public
mscl.​Error
",10087:"
public Error(
string message
)
",10088:"
public
mscl.​Error_NotSupported
",10090:"
public Error_NotSupported(
string message
)
",10091:"
public
mscl.​Error_NoData
",10093:"
public Error_NoData(
string message
)
",10094:"
public
mscl.​Error_BadDataType
",10096:"
public Error_BadDataType(
string message
)
",10097:"
public
mscl.​Error_UnknownSampleRate
",10099:"
public Error_UnknownSampleRate(
string message
)
",10100:"
public
mscl.​Error_Communication
",10102:"
public Error_Communication(
string message
)
",10103:"
public
mscl.​Error_NodeCommunication
",10105:"
public Error_NodeCommunication(
string message,
ushort nodeAddress
)
",10106:"
public ushort nodeAddress()
",10108:"
private ushort m_nodeAddress
",10109:"
public
mscl.​Error_Connection
",10111:"
public Error_Connection(
string message,
int code
)
",10112:"
public int code()
",10114:"
private int m_code
",10115:"
public
mscl.​Error_InvalidSerialPort
",10117:"
public Error_InvalidSerialPort(
string message,
int code
)
",10118:"
public
mscl.​Error_InvalidTcpServer
",10120:"
public Error_InvalidTcpServer(
string message,
int code
)
",10121:"
public
mscl.​Error_InvalidUnixSocket
",10123:"
public Error_InvalidUnixSocket(
string message,
int code
)
",10124:"
public
mscl.​Error_MipCmdFailed
",10126:"
public Error_MipCmdFailed(
string message,
int code
)
",10127:"
public int code()
",10129:"
private int m_code
",10130:"
public
mscl.​Error_InvalidConfig
",10132:"
public Error_InvalidConfig(
string message
)
",10133:"
public Error_InvalidConfig(
string message,
ConfigIssues issues
)
",10134:"
public ConfigIssues issues()
",10136:"
private ConfigIssues m_issues
",10137:"
public
mscl.​Error_InvalidNodeConfig
",10139:"
public Error_InvalidNodeConfig(
string message,
ushort nodeAddress
)
",10140:"
public Error_InvalidNodeConfig(
string message,
ConfigIssues issues,
ushort nodeAddress
)
",10141:"
public ushort nodeAddress()
",10143:"
private ushort m_nodeAddress
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Wrapper/CSharp/mscl/Exceptions-cs-ToolTips.js b/v66.0.1/MSCL_Docs/files/Wrapper/CSharp/mscl/Exceptions-cs-ToolTips.js deleted file mode 100644 index cde4a0dcf..000000000 --- a/v66.0.1/MSCL_Docs/files/Wrapper/CSharp/mscl/Exceptions-cs-ToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDContentPage.OnToolTipsLoaded({10085:"
public
mscl.​Error
",10100:"
public
mscl.​Error_Communication
",10109:"
public
mscl.​Error_Connection
",10130:"
public
mscl.​Error_InvalidConfig
",10088:"
public
mscl.​Error_NotSupported
",10091:"
public
mscl.​Error_NoData
",10094:"
public
mscl.​Error_BadDataType
",10097:"
public
mscl.​Error_UnknownSampleRate
",10100:"
public
mscl.​Error_Communication
",10103:"
public
mscl.​Error_NodeCommunication
",10109:"
public
mscl.​Error_Connection
",10115:"
public
mscl.​Error_InvalidSerialPort
",10118:"
public
mscl.​Error_InvalidTcpServer
",10121:"
public
mscl.​Error_InvalidUnixSocket
",10124:"
public
mscl.​Error_MipCmdFailed
",10130:"
public
mscl.​Error_InvalidConfig
",10137:"
public
mscl.​Error_InvalidNodeConfig
"}); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/Wrapper/CSharp/mscl/Exceptions-cs.html b/v66.0.1/MSCL_Docs/files/Wrapper/CSharp/mscl/Exceptions-cs.html deleted file mode 100644 index 8589f06e5..000000000 --- a/v66.0.1/MSCL_Docs/files/Wrapper/CSharp/mscl/Exceptions-cs.html +++ /dev/null @@ -1,287 +0,0 @@ - - -Exceptions.cs - - - - - - - -
-
mscl.​Error
- -
- -
-
Functions
-
- -
-
Error
-
public Error(
string message
)
-
- -
-
mscl.​Error_NotSupported
-
mscl.​Error
public
mscl.​Error_NotSupported
-
- -
-
Functions
-
- -
-
Error_NotSupported
-
public Error_NotSupported(
string message
)
-
- -
-
mscl.​Error_NoData
-
mscl.​Error
public
mscl.​Error_NoData
-
- -
-
Functions
-
- -
-
Error_NoData
-
public Error_NoData(
string message
)
-
- -
-
mscl.​Error_BadDataType
-
mscl.​Error
public
mscl.​Error_BadDataType
-
- -
-
Functions
-
- -
-
Error_BadDataType
-
public Error_BadDataType(
string message
)
-
- -
-
mscl.​Error_UnknownSampleRate
-
mscl.​Error
public
mscl.​Error_UnknownSampleRate
-
- -
-
Functions
-
- -
-
Error_UnknownSampleRate
-
public Error_UnknownSampleRate(
string message
)
-
- -
-
mscl.​Error_Communication
-
mscl.​Error
public
mscl.​Error_Communication
mscl.​Error_NodeCommunication
-
- -
-
Functions
-
- -
-
Error_Communication
-
public Error_Communication(
string message
)
-
- -
-
mscl.​Error_NodeCommunication
-
mscl.​Error_Communication
public
mscl.​Error_NodeCommunication
-
- -
-
Functions
-
- -
-
Error_NodeCommunication
-
public Error_NodeCommunication(
string message,
ushort nodeAddress
)
-
- -
-
nodeAddress
-
public ushort nodeAddress()
-
- -
-
Variables
-
- -
-
m_nodeAddress
-
private ushort m_nodeAddress
-
- -
-
mscl.​Error_Connection
- -
- -
-
Functions
-
- -
-
Error_Connection
-
public Error_Connection(
string message,
int code
)
-
- -
-
code
-
public int code()
-
- -
-
Variables
-
- -
-
m_code
-
private int m_code
-
- -
-
mscl.​Error_InvalidSerialPort
-
mscl.​Error_Connection
public
mscl.​Error_InvalidSerialPort
-
- -
-
Functions
-
- -
-
Error_InvalidSerialPort
-
public Error_InvalidSerialPort(
string message,
int code
)
-
- -
-
mscl.​Error_InvalidTcpServer
-
mscl.​Error_Connection
public
mscl.​Error_InvalidTcpServer
-
- -
-
Functions
-
- -
-
Error_InvalidTcpServer
-
public Error_InvalidTcpServer(
string message,
int code
)
-
- -
-
mscl.​Error_InvalidUnixSocket
-
mscl.​Error_Connection
public
mscl.​Error_InvalidUnixSocket
-
- -
-
Functions
-
- -
-
Error_InvalidUnixSocket
-
public Error_InvalidUnixSocket(
string message,
int code
)
-
- -
-
mscl.​Error_MipCmdFailed
-
mscl.​Error
public
mscl.​Error_MipCmdFailed
-
- -
-
Functions
-
- -
-
Error_MipCmdFailed
-
public Error_MipCmdFailed(
string message,
int code
)
-
- -
-
code
-
public int code()
-
- -
-
Variables
-
- -
-
m_code
-
private int m_code
-
- -
-
mscl.​Error_InvalidConfig
-
mscl.​Error
public
mscl.​Error_InvalidConfig
mscl.​Error_InvalidNodeConfig
-
- -
-
Functions
-
- -
-
Error_InvalidConfig
-
public Error_InvalidConfig(
string message
)
-
- -
-
Error_InvalidConfig
-
public Error_InvalidConfig(
string message,
ConfigIssues issues
)
-
- -
-
issues
-
public ConfigIssues issues()
-
- -
-
Variables
-
- -
-
m_issues
-
private ConfigIssues m_issues
-
- -
-
mscl.​Error_InvalidNodeConfig
-
mscl.​Error_InvalidConfig
public
mscl.​Error_InvalidNodeConfig
-
- -
-
Functions
-
- -
-
Error_InvalidNodeConfig
-
public Error_InvalidNodeConfig(
string message,
ushort nodeAddress
)
-
- -
-
Error_InvalidNodeConfig
-
public Error_InvalidNodeConfig(
string message,
ConfigIssues issues,
ushort nodeAddress
)
-
- -
-
nodeAddress
-
public ushort nodeAddress()
-
- -
-
Variables
-
- -
-
m_nodeAddress
-
private ushort m_nodeAddress
-
- - \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/simple_any-h-Summary.js b/v66.0.1/MSCL_Docs/files/simple_any-h-Summary.js deleted file mode 100644 index e070944be..000000000 --- a/v66.0.1/MSCL_Docs/files/simple_any-h-Summary.js +++ /dev/null @@ -1 +0,0 @@ -NDFramePage.OnPageTitleLoaded("File:simple_any.h","simple_any.h");NDSummary.OnSummaryLoaded("File:simple_any.h",[["C/C++","C"]],[["Classes","Class"],["Files","File"],["Groups","Group"],["Sections","Section"]],[[10364,0,3,"simple_any","simple_any"],[10365,0,2,"Files","Files"],[10366,0,1,"simple_any.h","simple_any.h"],[10367,0,0,"simple_any","simple_any(2)"]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/files/simple_any-h-SummaryToolTips.js b/v66.0.1/MSCL_Docs/files/simple_any-h-SummaryToolTips.js deleted file mode 100644 index b076ef0cd..000000000 --- a/v66.0.1/MSCL_Docs/files/simple_any-h-SummaryToolTips.js +++ /dev/null @@ -1 +0,0 @@ -NDSummary.OnToolTipsLoaded("File:simple_any.h",{10366:"
Author: jonathan_herbst Created on August 7, 2014, 3:51 PM
",10367:"
simple_any
A class that holds any type of variable in a type safe manner.
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simple_any
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simple_any.h
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Author: jonathan_herbst Created on August 7, 2014, 3:51 PM

Idea and most of the code functionality from boost::spirit::hold_any.  Interface from boost::any.

A class to hold any type of data, but whose type does not rely on the the type of data being stored.

Example Usage: a list containing many different types.

struct my_type {};

std::list<simple_any> any_list; any_list.emplace_back('a'); any_list.emplace_back(std::string("a string")); any_list.emplace_back(52); any_list.emplace_back(my_type());

Why c-style function pointers are used: The memory for the static function pointers is still allocated at program termination (n3337 Section 3.7.1), but will be invalidated in the case of c++11 style function objects and not c-style pointers because destructors will get called before that point.  Example in function_object_failure.cpp.

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simple_any
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simple_any
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A class that holds any type of variable in a type safe manner.

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© 2024 MicroStrain by HBK. All Rights Reserved.
Updated 12/06/2024
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MSCL Full Documentation
MicroStrain Communication Library
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b/v66.0.1/MSCL_Docs/search/keywords/003000780038.js deleted file mode 100644 index 006d907b2..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/003000780038.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("0x8",["Constant"],[["0x82",,[["GetDeviceDescriptorSets","FIELD_DATA_BYTE  = 0x82",,"field_data_byte=0x82",0,"File:MicroStrain/MIP/Commands/GetDeviceDescriptorSets.h:GetDeviceDescriptorSets.FIELD_DATA_BYTE=0x82","CClass:GetDeviceDescriptorSets:FIELD_DATA_BYTE=0x82"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/003000780039.js b/v66.0.1/MSCL_Docs/search/keywords/003000780039.js deleted file mode 100644 index 83d90e179..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/003000780039.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("0x9",["Constant"],[["0x90",,[["DescriptorSet","DESC_SET_DATA_DISPLACEMENT- 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a/v66.0.1/MSCL_Docs/search/keywords/003100300032.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("102",["Constant"],[["1024",,[["MipPacketCollector","MAX_DATA_BUFFER_SIZE = 1024 * 100",,"max_data_buffer_size=1024*100",0,"File:MicroStrain/MIP/Packets/MipPacketCollector.h:MipPacketCollector.MAX_DATA_BUFFER_SIZE=1024*100","CClass:MipPacketCollector:MAX_DATA_BUFFER_SIZE=1024*100"],["RawBytePacketCollector","MAX_DATA_BUFFER_SIZE = 1024 * 100",,"max_data_buffer_size=1024*100",0,"File:Communication/RawBytePacketCollector.h:RawBytePacketCollector.MAX_DATA_BUFFER_SIZE=1024*100","CClass:RawBytePacketCollector:MAX_DATA_BUFFER_SIZE=1024*100"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/00310036.js b/v66.0.1/MSCL_Docs/search/keywords/00310036.js deleted file mode 100644 index 69ced9ebb..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/00310036.js +++ /dev/null @@ -1 +0,0 @@ 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-NDSearch.OnPrefixDataLoaded("3",["Constant"],[["3",,[["SyncNetworkInfo","status_Contention  = 3",,"status_contention=3",0,"File:MicroStrain/Wireless/SyncNetworkInfo.h:SyncNetworkInfo.status_Contention=3","CClass:SyncNetworkInfo:status_Contention=3"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/003900390039.js b/v66.0.1/MSCL_Docs/search/keywords/003900390039.js deleted file mode 100644 index 32aacf7db..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/003900390039.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("999",["Constant"],[["999",,[["WirelessTypes","UNKNOWN_RSSI = 999",,"unknown_rssi=999",0,"File:MicroStrain/Wireless/WirelessTypes.h:WirelessTypes.UNKNOWN_RSSI=999","CClass:WirelessTypes:UNKNOWN_RSSI=999"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/003c.js b/v66.0.1/MSCL_Docs/search/keywords/003c.js deleted file mode 100644 index d5739e3c7..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/003c.js 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a/v66.0.1/MSCL_Docs/search/keywords/003e.js b/v66.0.1/MSCL_Docs/search/keywords/003e.js deleted file mode 100644 index 6722883d2..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/003e.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded(">",["Operator"],[[">",">",[["BitMask",,,">",0,"File:BitMask.h:BitMask.>","CClass:BitMask:>"],["ChannelMask",,,">",0,"File:MicroStrain/Wireless/ChannelMask.h:ChannelMask.>","CClass:ChannelMask:>"],["Timestamp",,,">",0,"File:Timestamp.h:Timestamp.>","CClass:Timestamp:>"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/003e003d.js b/v66.0.1/MSCL_Docs/search/keywords/003e003d.js deleted file mode 100644 index b3c75a89d..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/003e003d.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded(">=",["Operator"],[[">=",">=",[["Timestamp",,,">=",0,"File:Timestamp.h:Timestamp.>=","CClass:Timestamp:>="]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/005b005d.js b/v66.0.1/MSCL_Docs/search/keywords/005b005d.js deleted file mode 100644 index 26c67b386..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/005b005d.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("[]",["Operator"],[["[]",,[["ByteStream",,,,0,"File:MicroStrain/ByteStream.h:ByteStream.[]","CClass:ByteStream:[]"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/005f0031002c.js b/v66.0.1/MSCL_Docs/search/keywords/005f0031002c.js deleted file mode 100644 index 67f2808a4..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/005f0031002c.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("_1,",["Variable"],[["_1,",,[["Position","position_0, _1, _2",,"position_0,_1,_2",0,"File:MicroStrain/Inertial/PositionVelocity.h:Position.position_0,_1,_2","CClass:Position:position_0,_1,_2"],[,"vec_0, _1, _2",,"vec_0,_1,_2",0,"File:MicroStrain/Inertial/PositionVelocity.h:vec_0,_1,_2"]]]]); \ No newline at end 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\ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/00610063006b.js b/v66.0.1/MSCL_Docs/search/keywords/00610063006b.js deleted file mode 100644 index 28307b347..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/00610063006b.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("ack",["Constant"],[["ACK_NACK",,[["AidingMeasurementInput",,,,0,"File:MicroStrain/MIP/MipTypes.h:AidingMeasurementInput.ACK_NACK","CClass:AidingMeasurementInput:ACK_NACK"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/006100630074.js b/v66.0.1/MSCL_Docs/search/keywords/006100630074.js deleted file mode 100644 index 25e490a82..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/006100630074.js +++ /dev/null @@ -1 +0,0 @@ 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\ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/006100640061.js b/v66.0.1/MSCL_Docs/search/keywords/006100640061.js deleted file mode 100644 index d87c31d68..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/006100640061.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("ada",["Constant","Type","Class","Function","Struct","Enumeration"],[["ADAPTIVE_MEASUREMENT_DISABLE",,[[,,,,0,"File:MicroStrain/Inertial/ExposedInertialTypes.h:ADAPTIVE_MEASUREMENT_DISABLE"]]],["ADAPTIVE_MEASUREMENT_ENABLE_AUTO",,[[,,,,0,"File:MicroStrain/Inertial/ExposedInertialTypes.h:ADAPTIVE_MEASUREMENT_ENABLE_AUTO"]]],["ADAPTIVE_MEASUREMENT_ENABLE_FIXED",,[[,,,,0,"File:MicroStrain/Inertial/ExposedInertialTypes.h:ADAPTIVE_MEASUREMENT_ENABLE_FIXED"]]],["AdaptiveFilterLevels",,[[,,,,1,"File:MicroStrain/Inertial/ExposedInertialTypes.h:AdaptiveFilterLevels"]]],["AdaptiveMeasurement",,[[,,,,2,"File:MicroStrain/Inertial/Commands/AdaptiveMeasurement.h:AdaptiveMeasurement","CClass:AdaptiveMeasurement"],["AdaptiveMeasurement","Constructor 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\ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/00610064006a.js b/v66.0.1/MSCL_Docs/search/keywords/00610064006a.js deleted file mode 100644 index 74673db38..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/00610064006a.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("adj",["Function"],[["adjustPacketTimestamp",,[["MipPacketCollector",,,,0,"File:MicroStrain/MIP/Packets/MipPacketCollector.h:MipPacketCollector.adjustPacketTimestamp","CClass:MipPacketCollector:adjustPacketTimestamp"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/006100640076.js b/v66.0.1/MSCL_Docs/search/keywords/006100640076.js deleted file mode 100644 index 455a4e691..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/006100640076.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("adv",["Function","Class"],[["advance",,[["TimestampCounter",,,,0,"File:TimestampCounter.h:TimestampCounter.advance","CClass:TimestampCounter:advance"]]],["AdvancedLowPassFilterSettings",,[[,,,,1,"File:MicroStrain/Inertial/Commands/AdvancedLowPassFilterSettings.h:AdvancedLowPassFilterSettings","CClass:AdvancedLowPassFilterSettings"],["AdvancedLowPassFilterSettings","Constructor AdvancedLowPassFilterSettings",,,0,"File:MicroStrain/Inertial/Commands/AdvancedLowPassFilterSettings.h:AdvancedLowPassFilterSettings.Constructor_AdvancedLowPassFilterSettings","CClass:AdvancedLowPassFilterSettings:Constructor_AdvancedLowPassFilterSettings"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/006100670065.js b/v66.0.1/MSCL_Docs/search/keywords/006100670065.js deleted file mode 100644 index eb7ef2f0d..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/006100670065.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("age",["Constant"],[["AGE_VALID",,[["FieldParser_DGNSSChannelStatus",,,,0,"File:MicroStrain/Inertial/Packets/InertialFieldParser_GNSS.h:FieldParser_DGNSSChannelStatus.AGE_VALID","CClass:FieldParser_DGNSSChannelStatus:AGE_VALID"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/006100690064.js b/v66.0.1/MSCL_Docs/search/keywords/006100690064.js deleted file mode 100644 index 4c2522e90..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/006100690064.js +++ /dev/null @@ -1 +0,0 @@ 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\ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/0061006c0067.js b/v66.0.1/MSCL_Docs/search/keywords/0061006c0067.js deleted file mode 100644 index 1dac16528..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/0061006c0067.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("alg",["Variable","Struct"],[["algorithmId",,[["AlgorithmMetaData",,,,0,"File:MicroStrain/Wireless/Packets/WirelessDataPacket.h:AlgorithmMetaData.algorithmId","CClass:AlgorithmMetaData:algorithmId"]]],["AlgorithmMetaData",,[[,,,,1,"File:MicroStrain/Wireless/Packets/WirelessDataPacket.h:AlgorithmMetaData","CClass:AlgorithmMetaData"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/0061006c006c.js b/v66.0.1/MSCL_Docs/search/keywords/0061006c006c.js deleted file mode 100644 index 4b1b3d061..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/0061006c006c.js +++ /dev/null @@ -1 +0,0 @@ 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a/v66.0.1/MSCL_Docs/search/keywords/0061006c0074.js b/v66.0.1/MSCL_Docs/search/keywords/0061006c0074.js deleted file mode 100644 index 4073b0d0c..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/0061006c0074.js +++ /dev/null @@ -1 +0,0 @@ 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100644 index 4e0b501df..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/0061006e0061.js +++ /dev/null @@ -1 +0,0 @@ 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522432fb7..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/0061006e0074.js +++ /dev/null @@ -1 +0,0 @@ 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\ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/0061006e0079.js b/v66.0.1/MSCL_Docs/search/keywords/0061006e0079.js deleted file mode 100644 index 9bb7e771e..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/0061006e0079.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("any",["Function","Type"],[["anyChannelGroupSupports",,[["NodeFeatures",,,,0,"File:MicroStrain/Wireless/Features/NodeFeatures.h:NodeFeatures.anyChannelGroupSupports","CClass:NodeFeatures:anyChannelGroupSupports"]]],["anyTriggersEnabled",,[["EventTriggerOptions",,,,0,"File:MicroStrain/Wireless/Configuration/EventTriggerOptions.h:EventTriggerOptions.anyTriggersEnabled","CClass:EventTriggerOptions:anyTriggersEnabled"]]],["anyType",,[[,,,,1,"File:Types.h:anyType"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/006100700070.js b/v66.0.1/MSCL_Docs/search/keywords/006100700070.js deleted file mode 100644 index df8c25954..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/006100700070.js +++ /dev/null @@ -1 +0,0 @@ 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1d230522c..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/006200610075.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("bau",["Function"],[["baudRate",,[["DeviceInfo",,,,0,"File:Communication/Devices.h:DeviceInfo.baudRate","CClass:DeviceInfo:baudRate"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/006200650061.js b/v66.0.1/MSCL_Docs/search/keywords/006200650061.js deleted file mode 100644 index f08c728e7..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/006200650061.js +++ /dev/null @@ -1 +0,0 @@ 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\ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/006200650067.js b/v66.0.1/MSCL_Docs/search/keywords/006200650067.js deleted file mode 100644 index e1861dfe7..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/006200650067.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("beg",["Function"],[["begin",,[["ByteStream",,,,0,"File:MicroStrain/ByteStream.h:ByteStream.begin","CClass:ByteStream:begin"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/006200650069.js b/v66.0.1/MSCL_Docs/search/keywords/006200650069.js deleted file mode 100644 index f75c831db..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/006200650069.js +++ /dev/null @@ -1 +0,0 @@ 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\ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/006200650074.js b/v66.0.1/MSCL_Docs/search/keywords/006200650074.js deleted file mode 100644 index 11c5fe58f..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/006200650074.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("bet",["Constant"],[["BETA_VALID",,[["FieldParser_GPSIonosphericCorrection",,,,0,"File:MicroStrain/Inertial/Packets/InertialFieldParser_GNSS.h:FieldParser_GPSIonosphericCorrection.BETA_VALID","CClass:FieldParser_GPSIonosphericCorrection:BETA_VALID"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/006200690061.js b/v66.0.1/MSCL_Docs/search/keywords/006200690061.js deleted file mode 100644 index bb1c76078..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/006200690061.js +++ /dev/null @@ -1 +0,0 @@ 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\ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/006200690074.js b/v66.0.1/MSCL_Docs/search/keywords/006200690074.js deleted file mode 100644 index 5c52aaf5e..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/006200690074.js +++ /dev/null @@ -1 +0,0 @@ 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a/v66.0.1/MSCL_Docs/search/keywords/0062006f006f.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("boo",["Function","Class","Constant"],[["BOOL",,[["Value",,,,0,"File:Value.h:Value.BOOL","CClass:Value:BOOL"]]],["BoostCommunication",,[[,,,,1,"File:Communication/BoostCommunication.h:BoostCommunication","CClass:BoostCommunication"]]],["BOOTLOADER_FLASH_ADDRESS",,[["NodeEepromMap",,,,2,"File:MicroStrain/Wireless/Configuration/NodeEepromMap.h:NodeEepromMap.BOOTLOADER_FLASH_ADDRESS","CClass:NodeEepromMap:BOOTLOADER_FLASH_ADDRESS"]]],["BOOTLOADER_VER",,[["NodeEepromMap",,,,2,"File:MicroStrain/Wireless/Configuration/NodeEepromMap.h:NodeEepromMap.BOOTLOADER_VER","CClass:NodeEepromMap:BOOTLOADER_VER"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/00620072006f.js b/v66.0.1/MSCL_Docs/search/keywords/00620072006f.js deleted file mode 100644 index a6d5d54d4..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/00620072006f.js +++ /dev/null @@ -1 +0,0 @@ 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\ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/006200750066.js b/v66.0.1/MSCL_Docs/search/keywords/006200750066.js deleted file mode 100644 index 9dbabed35..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/006200750066.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("buf",["Function","Constant","Class"],[["buffer",,[["BufferWriter",,,,0,"File:MicroStrain/DataBuffer.h:BufferWriter.buffer","CClass:BufferWriter:buffer"]]],["BUFFER_OVERRUN",,[["ContinuousBIT_System_General",,,,1,"File:MicroStrain/MIP/MipBuiltInTest.h:ContinuousBIT_System_General.BUFFER_OVERRUN","CClass:ContinuousBIT_System_General:BUFFER_OVERRUN"]]],["Buffered",,[["BufferedLdcPacket","Buffered LDC Packet Information",,,1,"File:MicroStrain/Wireless/Packets/BufferedLdcPacket.h:BufferedLdcPacket.Buffered_LDC_Packet_Information","CClass:BufferedLdcPacket:Buffered_LDC_Packet_Information"],["BufferedLdcPacket_v2","Buffered LDC Packet 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\ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/006200750069.js b/v66.0.1/MSCL_Docs/search/keywords/006200750069.js deleted file mode 100644 index 7248501dc..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/006200750069.js +++ /dev/null @@ -1 +0,0 @@ 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\ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/006200750074.js b/v66.0.1/MSCL_Docs/search/keywords/006200750074.js deleted file mode 100644 index 1c57b9d65..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/006200750074.js +++ /dev/null @@ -1 +0,0 @@ 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a/v66.0.1/MSCL_Docs/search/keywords/006200790074.js +++ /dev/null @@ -1 +0,0 @@ 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\ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/006800650069.js b/v66.0.1/MSCL_Docs/search/keywords/006800650069.js deleted file mode 100644 index 807f66d22..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/006800650069.js +++ /dev/null @@ -1 +0,0 @@ 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0",,"high=0",0,"File:MicroStrain/Inertial/ExposedInertialTypes.h:SignalConditioningValues.HIGH=0","CClass:SignalConditioningValues:HIGH=0"]]],["HIGH_PASS_FILTER_1",,[["NodeEepromMap",,,,0,"File:MicroStrain/Wireless/Configuration/NodeEepromMap.h:NodeEepromMap.HIGH_PASS_FILTER_1","CClass:NodeEepromMap:HIGH_PASS_FILTER_1"]]],["HIGH_PASS_FILTER_2",,[["NodeEepromMap",,,,0,"File:MicroStrain/Wireless/Configuration/NodeEepromMap.h:NodeEepromMap.HIGH_PASS_FILTER_2","CClass:NodeEepromMap:HIGH_PASS_FILTER_2"]]],["HIGH_PASS_FILTER_3",,[["NodeEepromMap",,,,0,"File:MicroStrain/Wireless/Configuration/NodeEepromMap.h:NodeEepromMap.HIGH_PASS_FILTER_3","CClass:NodeEepromMap:HIGH_PASS_FILTER_3"]]],["HIGH_PASS_FILTER_4",,[["NodeEepromMap",,,,0,"File:MicroStrain/Wireless/Configuration/NodeEepromMap.h:NodeEepromMap.HIGH_PASS_FILTER_4","CClass:NodeEepromMap:HIGH_PASS_FILTER_4"]]],["highLimit",,[["AdaptiveMeasurementData",,,,1,"File:MicroStrain/Inertial/ExposedInertialTypes.h:AdaptiveMeasurementData.highLimit","CClass:AdaptiveMeasurementData:highLimit"]]],["highLimitUncertainty",,[["AdaptiveMeasurementData",,,,1,"File:MicroStrain/Inertial/ExposedInertialTypes.h:AdaptiveMeasurementData.highLimitUncertainty","CClass:AdaptiveMeasurementData:highLimitUncertainty"]]],["highPass_auto",,[["WirelessTypes",,,,0,"File:MicroStrain/Wireless/WirelessTypes.h:WirelessTypes.highPass_auto","CClass:WirelessTypes:highPass_auto"]]],["highPass_off",,[["WirelessTypes",,,,0,"File:MicroStrain/Wireless/WirelessTypes.h:WirelessTypes.highPass_off","CClass:WirelessTypes:highPass_off"]]],["HighPassFilter",,[["WirelessNodeConfig","highPassFilter",,,2,"File:MicroStrain/Wireless/Configuration/WirelessNodeConfig.h:WirelessNodeConfig.highPassFilter","CClass:WirelessNodeConfig:highPassFilter"],["WirelessTypes",,,,3,"File:MicroStrain/Wireless/WirelessTypes.h:WirelessTypes.HighPassFilter","CClass:WirelessTypes:HighPassFilter"]]],["highPassFilters",,[["NodeFeatures",,,,2,"File:MicroStrain/Wireless/Features/NodeFeatures.h:NodeFeatures.highPassFilters","CClass:NodeFeatures:highPassFilters"]]],["HighResClock",,[[,,,,4,"File:HighResClock.h:HighResClock","CClass:HighResClock"]]],["highThreshold",,[["EventTriggerThresholdParameter",,,,1,"File:MicroStrain/Inertial/ExposedInertialTypes.h:EventTriggerThresholdParameter.highThreshold","CClass:EventTriggerThresholdParameter:highThreshold"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/006800690073.js b/v66.0.1/MSCL_Docs/search/keywords/006800690073.js deleted file mode 100644 index 8ab2d4318..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/006800690073.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("his",["Class","Function","Constant"],[["Histogram",,[[,,,,0,"File:Histogram.h:Histogram","CClass:Histogram"],["StructuralHealth","histogram",,,1,"File:MicroStrain/Wireless/StructuralHealth.h:StructuralHealth.histogram","CClass:StructuralHealth:histogram"]]],["HISTOGRAM_ENABLE",,[["NodeEepromMap",,,,2,"File:MicroStrain/Wireless/Configuration/NodeEepromMap.h:NodeEepromMap.HISTOGRAM_ENABLE","CClass:NodeEepromMap:HISTOGRAM_ENABLE"]]],["HISTOGRAM_RAW_FLAG",,[["NodeEepromMap",,,,2,"File:MicroStrain/Wireless/Configuration/NodeEepromMap.h:NodeEepromMap.HISTOGRAM_RAW_FLAG","CClass:NodeEepromMap:HISTOGRAM_RAW_FLAG"]]],["HISTOGRAM_SAMPLE_RATE",,[["NodeEepromMap",,,,2,"File:MicroStrain/Wireless/Configuration/NodeEepromMap.h:NodeEepromMap.HISTOGRAM_SAMPLE_RATE","CClass:NodeEepromMap:HISTOGRAM_SAMPLE_RATE"]]],["histogramEnable",,[["FatigueOptions",,,,1,"File:MicroStrain/Wireless/Configuration/FatigueOptions.h:FatigueOptions.histogramEnable","CClass:FatigueOptions:histogramEnable"]]],["HistogramOptions",,[[,,,,0,"File:MicroStrain/Wireless/Configuration/HistogramOptions.h:HistogramOptions","CClass:HistogramOptions"],["WirelessNodeConfig","histogramOptions",,,1,"File:MicroStrain/Wireless/Configuration/WirelessNodeConfig.h:WirelessNodeConfig.histogramOptions","CClass:WirelessNodeConfig:histogramOptions"]]],["histogramTransmitRates",,[["NodeFeatures",,,,1,"File:MicroStrain/Wireless/Features/NodeFeatures.h:NodeFeatures.histogramTransmitRates","CClass:NodeFeatures:histogramTransmitRates"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/0068006f0072.js b/v66.0.1/MSCL_Docs/search/keywords/0068006f0072.js deleted file mode 100644 index 852128c0e..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/0068006f0072.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("hor",["Constant"],[["HORIZ_ACCUR_FLAG",,[["FieldParser_LLHPosition",,,,0,"File:MicroStrain/Inertial/Packets/InertialFieldParser_GNSS.h:FieldParser_LLHPosition.HORIZ_ACCUR_FLAG","CClass:FieldParser_LLHPosition:HORIZ_ACCUR_FLAG"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/0068006f0075.js b/v66.0.1/MSCL_Docs/search/keywords/0068006f0075.js deleted file mode 100644 index 7162751ca..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/0068006f0075.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("hou",["Function"],[["Hours",,[["TimeSpan",,,,0,"File:TimeSpan.h:TimeSpan.Hours","CClass:TimeSpan:Hours"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/006800730074.js b/v66.0.1/MSCL_Docs/search/keywords/006800730074.js deleted file mode 100644 index a1dd05dd1..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/006800730074.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("hst",["Type"],[["hstring",,[[,,,,0,"File:Utils_Win32.h:hstring"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/00680077005f.js b/v66.0.1/MSCL_Docs/search/keywords/00680077005f.js deleted file mode 100644 index 3d800896c..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/00680077005f.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("hw_",["Constant"],[["HW_GAIN_1",,[["NodeEepromMap",,,,0,"File:MicroStrain/Wireless/Configuration/NodeEepromMap.h:NodeEepromMap.HW_GAIN_1","CClass:NodeEepromMap:HW_GAIN_1"]]],["HW_GAIN_2",,[["NodeEepromMap",,,,0,"File:MicroStrain/Wireless/Configuration/NodeEepromMap.h:NodeEepromMap.HW_GAIN_2","CClass:NodeEepromMap:HW_GAIN_2"]]],["HW_GAIN_3",,[["NodeEepromMap",,,,0,"File:MicroStrain/Wireless/Configuration/NodeEepromMap.h:NodeEepromMap.HW_GAIN_3","CClass:NodeEepromMap:HW_GAIN_3"]]],["HW_GAIN_4",,[["NodeEepromMap",,,,0,"File:MicroStrain/Wireless/Configuration/NodeEepromMap.h:NodeEepromMap.HW_GAIN_4","CClass:NodeEepromMap:HW_GAIN_4"]]],["HW_GAIN_5",,[["NodeEepromMap",,,,0,"File:MicroStrain/Wireless/Configuration/NodeEepromMap.h:NodeEepromMap.HW_GAIN_5","CClass:NodeEepromMap:HW_GAIN_5"]]],["HW_GAIN_6",,[["NodeEepromMap",,,,0,"File:MicroStrain/Wireless/Configuration/NodeEepromMap.h:NodeEepromMap.HW_GAIN_6","CClass:NodeEepromMap:HW_GAIN_6"]]],["HW_GAIN_7",,[["NodeEepromMap",,,,0,"File:MicroStrain/Wireless/Configuration/NodeEepromMap.h:NodeEepromMap.HW_GAIN_7","CClass:NodeEepromMap:HW_GAIN_7"]]],["HW_GAIN_8",,[["NodeEepromMap",,,,0,"File:MicroStrain/Wireless/Configuration/NodeEepromMap.h:NodeEepromMap.HW_GAIN_8","CClass:NodeEepromMap:HW_GAIN_8"]]],["HW_OFFSET_1",,[["NodeEepromMap",,,,0,"File:MicroStrain/Wireless/Configuration/NodeEepromMap.h:NodeEepromMap.HW_OFFSET_1","CClass:NodeEepromMap:HW_OFFSET_1"]]],["HW_OFFSET_2",,[["NodeEepromMap",,,,0,"File:MicroStrain/Wireless/Configuration/NodeEepromMap.h:NodeEepromMap.HW_OFFSET_2","CClass:NodeEepromMap:HW_OFFSET_2"]]],["HW_OFFSET_3",,[["NodeEepromMap",,,,0,"File:MicroStrain/Wireless/Configuration/NodeEepromMap.h:NodeEepromMap.HW_OFFSET_3","CClass:NodeEepromMap:HW_OFFSET_3"]]],["HW_OFFSET_4",,[["NodeEepromMap",,,,0,"File:MicroStrain/Wireless/Configuration/NodeEepromMap.h:NodeEepromMap.HW_OFFSET_4","CClass:NodeEepromMap:HW_OFFSET_4"]]],["HW_OFFSET_5",,[["NodeEepromMap",,,,0,"File:MicroStrain/Wireless/Configuration/NodeEepromMap.h:NodeEepromMap.HW_OFFSET_5","CClass:NodeEepromMap:HW_OFFSET_5"]]],["HW_OFFSET_6",,[["NodeEepromMap",,,,0,"File:MicroStrain/Wireless/Configuration/NodeEepromMap.h:NodeEepromMap.HW_OFFSET_6","CClass:NodeEepromMap:HW_OFFSET_6"]]],["HW_OFFSET_7",,[["NodeEepromMap",,,,0,"File:MicroStrain/Wireless/Configuration/NodeEepromMap.h:NodeEepromMap.HW_OFFSET_7","CClass:NodeEepromMap:HW_OFFSET_7"]]],["HW_OFFSET_8",,[["NodeEepromMap",,,,0,"File:MicroStrain/Wireless/Configuration/NodeEepromMap.h:NodeEepromMap.HW_OFFSET_8","CClass:NodeEepromMap:HW_OFFSET_8"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/00690064.js b/v66.0.1/MSCL_Docs/search/keywords/00690064.js deleted file mode 100644 index 6ded86839..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/00690064.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("id",["Function","Variable"],[["id",,[["ConfigIssue",,,,0,"File:MicroStrain/Wireless/Configuration/ConfigIssue.h:ConfigIssue.id","CClass:ConfigIssue:id"],["DeviceCommPort",,,,1,"File:MicroStrain/MIP/MipTypes.h:DeviceCommPort.id","CClass:DeviceCommPort:id"],["EepromLocation",,,,0,"File:MicroStrain/Wireless/Configuration/EepromLocation.h:EepromLocation.id","CClass:EepromLocation:id"],["GnssReceiverInfo",,,,1,"File:MicroStrain/MIP/MipTypes.h:GnssReceiverInfo.id","CClass:GnssReceiverInfo:id"],["MipChannelIdentifier",,,,0,"File:MicroStrain/MIP/MipTypes.h:MipChannelIdentifier.id","CClass:MipChannelIdentifier:id"],["MipCommandBytes",,,,1,"File:MicroStrain/MIP/MipTypes.h:MipCommandBytes.id","CClass:MipCommandBytes:id"],["SensorRange",,,,1,"File:MicroStrain/MIP/MipTypes.h:SensorRange.id","CClass:SensorRange:id"],["WirelessChannel",,,,0,"File:MicroStrain/Wireless/WirelessChannel.h:WirelessChannel.id","CClass:WirelessChannel:id"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/006900640065.js b/v66.0.1/MSCL_Docs/search/keywords/006900640065.js deleted file mode 100644 index f59d309ca..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/006900640065.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("ide",["Function"],[["identifierType",,[["MipChannelIdentifier",,,,0,"File:MicroStrain/MIP/MipTypes.h:MipChannelIdentifier.identifierType","CClass:MipChannelIdentifier:identifierType"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/006900650070.js b/v66.0.1/MSCL_Docs/search/keywords/006900650070.js deleted file mode 100644 index 8b0699424..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/006900650070.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("iep",["Constant"],[["IEPE-Link",,[["AvailableSampleRates","IEPE-Link Sample Rates",,,0,"File:MicroStrain/Wireless/Features/AvailableSampleRates.h:AvailableSampleRates.IEPE-Link_Sample_Rates","CClass:AvailableSampleRates:IEPE-Link_Sample_Rates"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/00690067006e.js b/v66.0.1/MSCL_Docs/search/keywords/00690067006e.js deleted file mode 100644 index 3bb6eb19a..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/00690067006e.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("ign",["Constant"],[["IGNORED",,[["NmeaMessageFormat",,,,0,"File:MicroStrain/Inertial/ExposedInertialTypes.h:NmeaMessageFormat.IGNORED","CClass:NmeaMessageFormat:IGNORED"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/0069006d0070.js b/v66.0.1/MSCL_Docs/search/keywords/0069006d0070.js deleted file mode 100644 index a45d99274..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/0069006d0070.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("imp",["Constant","Function"],[["Impact",,[["AvailableSampleRates","Wireless Impact Sensor Sample Rates",,,0,"File:MicroStrain/Wireless/Features/AvailableSampleRates.h:AvailableSampleRates.Wireless_Impact_Sensor_Sample_Rates","CClass:AvailableSampleRates:Wireless_Impact_Sensor_Sample_Rates"]]],["importCache",,[["Eeprom",,,,1,"File:MicroStrain/Wireless/Configuration/Eeprom.h:Eeprom.importCache","CClass:Eeprom:importCache"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/0069006d0075.js b/v66.0.1/MSCL_Docs/search/keywords/0069006d0075.js deleted file mode 100644 index df9049e38..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/0069006d0075.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("imu",["Function","Constant"],[["imu",,[["CV7ContinuousBIT",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:CV7ContinuousBIT.imu","CClass:CV7ContinuousBIT:imu"],["GQ7ContinuousBIT",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:GQ7ContinuousBIT.imu","CClass:GQ7ContinuousBIT:imu"]]],["IMU_COMMAND_RESPONSE_FAULT",,[["GQ7ContinuousBIT_System_Process",,,,1,"File:MicroStrain/MIP/MipBuiltInTest.h:GQ7ContinuousBIT_System_Process.IMU_COMMAND_RESPONSE_FAULT","CClass:GQ7ContinuousBIT_System_Process:IMU_COMMAND_RESPONSE_FAULT"]]],["IMU_CONTROL_LINE_FAULT",,[["GQ7ContinuousBIT_System_Process",,,,1,"File:MicroStrain/MIP/MipBuiltInTest.h:GQ7ContinuousBIT_System_Process.IMU_CONTROL_LINE_FAULT","CClass:GQ7ContinuousBIT_System_Process:IMU_CONTROL_LINE_FAULT"]]],["IMU_DATA_FRAME_FAULT",,[["GQ7ContinuousBIT_System_Process",,,,1,"File:MicroStrain/MIP/MipBuiltInTest.h:GQ7ContinuousBIT_System_Process.IMU_DATA_FRAME_FAULT","CClass:GQ7ContinuousBIT_System_Process:IMU_DATA_FRAME_FAULT"]]],["IMU_DROPPED_DATA",,[["CV7ContinuousBIT_System_Process",,,,1,"File:MicroStrain/MIP/MipBuiltInTest.h:CV7ContinuousBIT_System_Process.IMU_DROPPED_DATA","CClass:CV7ContinuousBIT_System_Process:IMU_DROPPED_DATA"]]],["IMU_PROCESS_FAULT",,[["CV7ContinuousBIT_System_Process",,,,1,"File:MicroStrain/MIP/MipBuiltInTest.h:CV7ContinuousBIT_System_Process.IMU_PROCESS_FAULT","CClass:CV7ContinuousBIT_System_Process:IMU_PROCESS_FAULT"]]],["IMU_RATE_MISMATCH",,[["CV7ContinuousBIT_System_Process",,,,1,"File:MicroStrain/MIP/MipBuiltInTest.h:CV7ContinuousBIT_System_Process.IMU_RATE_MISMATCH","CClass:CV7ContinuousBIT_System_Process:IMU_RATE_MISMATCH"]]],["IMU_SPI_COMMUNICATION_ERROR",,[["GQ7ContinuousBIT_Filter_General",,,,1,"File:MicroStrain/MIP/MipBuiltInTest.h:GQ7ContinuousBIT_Filter_General.IMU_SPI_COMMUNICATION_ERROR","CClass:GQ7ContinuousBIT_Filter_General:IMU_SPI_COMMUNICATION_ERROR"]]],["IMU_SPI_TRANSFER_FAULT",,[["GQ7ContinuousBIT_System_Process",,,,1,"File:MicroStrain/MIP/MipBuiltInTest.h:GQ7ContinuousBIT_System_Process.IMU_SPI_TRANSFER_FAULT","CClass:GQ7ContinuousBIT_System_Process:IMU_SPI_TRANSFER_FAULT"]]],["IMU_STUCK",,[["CV7ContinuousBIT_System_Process",,,,1,"File:MicroStrain/MIP/MipBuiltInTest.h:CV7ContinuousBIT_System_Process.IMU_STUCK","CClass:CV7ContinuousBIT_System_Process:IMU_STUCK"]]],["imuCalibrationErrorAccel",,[["ContinuousBIT",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:ContinuousBIT.imuCalibrationErrorAccel","CClass:ContinuousBIT:imuCalibrationErrorAccel"],["CV7ContinuousBIT",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:CV7ContinuousBIT.imuCalibrationErrorAccel","CClass:CV7ContinuousBIT:imuCalibrationErrorAccel"],["GQ7ContinuousBIT",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:GQ7ContinuousBIT.imuCalibrationErrorAccel","CClass:GQ7ContinuousBIT:imuCalibrationErrorAccel"]]],["imuCalibrationErrorGyro",,[["ContinuousBIT",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:ContinuousBIT.imuCalibrationErrorGyro","CClass:ContinuousBIT:imuCalibrationErrorGyro"],["CV7ContinuousBIT",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:CV7ContinuousBIT.imuCalibrationErrorGyro","CClass:CV7ContinuousBIT:imuCalibrationErrorGyro"],["GQ7ContinuousBIT",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:GQ7ContinuousBIT.imuCalibrationErrorGyro","CClass:GQ7ContinuousBIT:imuCalibrationErrorGyro"]]],["imuCalibrationErrorMag",,[["ContinuousBIT",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:ContinuousBIT.imuCalibrationErrorMag","CClass:ContinuousBIT:imuCalibrationErrorMag"],["CV7ContinuousBIT",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:CV7ContinuousBIT.imuCalibrationErrorMag","CClass:CV7ContinuousBIT:imuCalibrationErrorMag"],["GQ7ContinuousBIT",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:GQ7ContinuousBIT.imuCalibrationErrorMag","CClass:GQ7ContinuousBIT:imuCalibrationErrorMag"]]],["imuClockFault",,[["ContinuousBIT",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:ContinuousBIT.imuClockFault","CClass:ContinuousBIT:imuClockFault"],["CV7ContinuousBIT",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:CV7ContinuousBIT.imuClockFault","CClass:CV7ContinuousBIT:imuClockFault"],["GQ7ContinuousBIT",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:GQ7ContinuousBIT.imuClockFault","CClass:GQ7ContinuousBIT:imuClockFault"]]],["imuCommandResponseFault",,[["GQ7ContinuousBIT",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:GQ7ContinuousBIT.imuCommandResponseFault","CClass:GQ7ContinuousBIT:imuCommandResponseFault"],["GQ7ContinuousBIT_System_Process",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:GQ7ContinuousBIT_System_Process.imuCommandResponseFault","CClass:GQ7ContinuousBIT_System_Process:imuCommandResponseFault"]]],["imuCommunicationFault",,[["ContinuousBIT",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:ContinuousBIT.imuCommunicationFault","CClass:ContinuousBIT:imuCommunicationFault"],["CV7ContinuousBIT",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:CV7ContinuousBIT.imuCommunicationFault","CClass:CV7ContinuousBIT:imuCommunicationFault"],["GQ7ContinuousBIT",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:GQ7ContinuousBIT.imuCommunicationFault","CClass:GQ7ContinuousBIT:imuCommunicationFault"]]],["imuControlLineFault",,[["GQ7ContinuousBIT",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:GQ7ContinuousBIT.imuControlLineFault","CClass:GQ7ContinuousBIT:imuControlLineFault"],["GQ7ContinuousBIT_System_Process",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:GQ7ContinuousBIT_System_Process.imuControlLineFault","CClass:GQ7ContinuousBIT_System_Process:imuControlLineFault"]]],["imuDataFrameFault",,[["GQ7ContinuousBIT",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:GQ7ContinuousBIT.imuDataFrameFault","CClass:GQ7ContinuousBIT:imuDataFrameFault"],["GQ7ContinuousBIT_System_Process",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:GQ7ContinuousBIT_System_Process.imuDataFrameFault","CClass:GQ7ContinuousBIT_System_Process:imuDataFrameFault"]]],["imuDataRateMismatch",,[["CV7ContinuousBIT",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:CV7ContinuousBIT.imuDataRateMismatch","CClass:CV7ContinuousBIT:imuDataRateMismatch"],["CV7ContinuousBIT_System_Process",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:CV7ContinuousBIT_System_Process.imuDataRateMismatch","CClass:CV7ContinuousBIT_System_Process:imuDataRateMismatch"]]],["imuDroppedData",,[["CV7ContinuousBIT",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:CV7ContinuousBIT.imuDroppedData","CClass:CV7ContinuousBIT:imuDroppedData"],["CV7ContinuousBIT_System_Process",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:CV7ContinuousBIT_System_Process.imuDroppedData","CClass:CV7ContinuousBIT_System_Process:imuDroppedData"]]],["imuIpcFault",,[["GQ7ContinuousBIT",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:GQ7ContinuousBIT.imuIpcFault","CClass:GQ7ContinuousBIT:imuIpcFault"],["GQ7ContinuousBIT_System_Process",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:GQ7ContinuousBIT_System_Process.imuIpcFault","CClass:GQ7ContinuousBIT_System_Process:imuIpcFault"]]],["imuMessageInfo",,[["DeviceStatusData",,,,0,"File:MicroStrain/Inertial/ExposedInertialTypes.h:DeviceStatusData.imuMessageInfo","CClass:DeviceStatusData:imuMessageInfo"]]],["imuProcessFault",,[["CV7ContinuousBIT",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:CV7ContinuousBIT.imuProcessFault","CClass:CV7ContinuousBIT:imuProcessFault"],["CV7ContinuousBIT_System_Process",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:CV7ContinuousBIT_System_Process.imuProcessFault","CClass:CV7ContinuousBIT_System_Process:imuProcessFault"]]],["imuSpiTransferFault",,[["GQ7ContinuousBIT",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:GQ7ContinuousBIT.imuSpiTransferFault","CClass:GQ7ContinuousBIT:imuSpiTransferFault"],["GQ7ContinuousBIT_System_Process",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:GQ7ContinuousBIT_System_Process.imuSpiTransferFault","CClass:GQ7ContinuousBIT_System_Process:imuSpiTransferFault"]]],["imuStreamInfo",,[["DeviceStatusData",,,,0,"File:MicroStrain/Inertial/ExposedInertialTypes.h:DeviceStatusData.imuStreamInfo","CClass:DeviceStatusData:imuStreamInfo"]]],["imuStuck",,[["CV7ContinuousBIT",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:CV7ContinuousBIT.imuStuck","CClass:CV7ContinuousBIT:imuStuck"],["CV7ContinuousBIT_System_Process",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:CV7ContinuousBIT_System_Process.imuStuck","CClass:CV7ContinuousBIT_System_Process:imuStuck"]]],["imuTimingOverrun",,[["ContinuousBIT",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:ContinuousBIT.imuTimingOverrun","CClass:ContinuousBIT:imuTimingOverrun"],["CV7ContinuousBIT",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:CV7ContinuousBIT.imuTimingOverrun","CClass:CV7ContinuousBIT:imuTimingOverrun"],["GQ7ContinuousBIT",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:GQ7ContinuousBIT.imuTimingOverrun","CClass:GQ7ContinuousBIT:imuTimingOverrun"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/0069006e0061.js b/v66.0.1/MSCL_Docs/search/keywords/0069006e0061.js deleted file mode 100644 index 62b142f3a..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/0069006e0061.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("ina",["Constant","Function"],[["INACTIVE_TIMEOUT",,[["NodeEepromMap",,,,0,"File:MicroStrain/Wireless/Configuration/NodeEepromMap.h:NodeEepromMap.INACTIVE_TIMEOUT","CClass:NodeEepromMap:INACTIVE_TIMEOUT"]]],["inactivityThreshold",,[["ActivitySense",,,,1,"File:MicroStrain/Wireless/Configuration/ActivitySense.h:ActivitySense.inactivityThreshold","CClass:ActivitySense:inactivityThreshold"]]],["inactivityTimeout",,[["ActivitySense",,,,1,"File:MicroStrain/Wireless/Configuration/ActivitySense.h:ActivitySense.inactivityTimeout","CClass:ActivitySense:inactivityTimeout"],["WirelessNodeConfig",,,,1,"File:MicroStrain/Wireless/Configuration/WirelessNodeConfig.h:WirelessNodeConfig.inactivityTimeout","CClass:WirelessNodeConfig:inactivityTimeout"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/0069006e0063.js b/v66.0.1/MSCL_Docs/search/keywords/0069006e0063.js deleted file mode 100644 index e82d4fc0d..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/0069006e0063.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("inc",["Class","Function"],[["InclinationSource",,[[,,,,0,"File:MicroStrain/Inertial/Commands/GeographicSource.h:InclinationSource","CClass:InclinationSource"],["DeclinationSource","Constructor InclinationSource",,,1,"File:MicroStrain/Inertial/Commands/GeographicSource.h:DeclinationSource.Constructor_InclinationSource","CClass:DeclinationSource:Constructor_InclinationSource"],["InclinationSource","Constructor InclinationSource",,,1,"File:MicroStrain/Inertial/Commands/GeographicSource.h:InclinationSource.Constructor_InclinationSource","CClass:InclinationSource:Constructor_InclinationSource"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/0069006e0064.js b/v66.0.1/MSCL_Docs/search/keywords/0069006e0064.js deleted file mode 100644 index 25a9af324..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/0069006e0064.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("ind",["Constant"],[["Indicates",,[["WirelessTypes","Indicates external power state",,,0,"File:MicroStrain/Wireless/WirelessTypes.h:WirelessTypes.Indicates_external_power_state","CClass:WirelessTypes:Indicates_external_power_state"]]],["INDICATORS_VALID",,[["FieldParser_GnssStationInfo",,,,0,"File:MicroStrain/Inertial/Packets/InertialFieldParser_GNSS.h:FieldParser_GnssStationInfo.INDICATORS_VALID","CClass:FieldParser_GnssStationInfo:INDICATORS_VALID"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/0069006e0065.js b/v66.0.1/MSCL_Docs/search/keywords/0069006e0065.js deleted file mode 100644 index a03644694..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/0069006e0065.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("ine",["Function","Section","Class"],[["INERTIAL_DATA_CLASSES",,[["MipTypes",,,,0,"File:MicroStrain/MIP/MipTypes.h:MipTypes.INERTIAL_DATA_CLASSES","CClass:MipTypes:INERTIAL_DATA_CLASSES"]]],["InertialFieldParser_EstFilter",,[[,,,,1,"File:MicroStrain/Inertial/Packets/InertialFieldParser_EstFilter.h:InertialFieldParser_EstFilter"]]],["InertialFieldParser_GNSS",,[[,,,,1,"File:MicroStrain/Inertial/Packets/InertialFieldParser_GNSS.h:InertialFieldParser_GNSS"]]],["InertialFieldParser_Sensor",,[[,,,,1,"File:MicroStrain/Inertial/Packets/InertialFieldParser_Sensor.h:InertialFieldParser_Sensor"]]],["InertialFieldParser_Shared",,[[,,,,1,"File:MicroStrain/Inertial/Packets/InertialFieldParser_Shared.h:InertialFieldParser_Shared"]]],["InertialFieldParser_System",,[[,,,,1,"File:MicroStrain/Inertial/Packets/InertialFieldParser_System.h:InertialFieldParser_System"]]],["InertialNode",,[[,,,,2,"File:MicroStrain/Inertial/InertialNode.h:InertialNode","CClass:InertialNode"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/0069006e0066.js b/v66.0.1/MSCL_Docs/search/keywords/0069006e0066.js deleted file mode 100644 index 8fc718340..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/0069006e0066.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("inf",["Function","Constant","Enumeration"],[["info",,[["MipNode_Impl",,,,0,"File:MicroStrain/MIP/MipNode_Impl.h:MipNode_Impl.info","CClass:MipNode_Impl:info"]]],["INFO_NOT_FOUND",,[["GnssReceiverInfo",,,,1,"File:MicroStrain/MIP/MipTypes.h:GnssReceiverInfo.INFO_NOT_FOUND","CClass:GnssReceiverInfo:INFO_NOT_FOUND"]]],["infoBytes",,[["Response",,,,0,"File:MicroStrain/Wireless/Commands/AutoCal.h:Response.infoBytes","CClass:Response:infoBytes"]]],["Information",,[["BufferedLdcPacket","Buffered LDC Packet Information",,,1,"File:MicroStrain/Wireless/Packets/BufferedLdcPacket.h:BufferedLdcPacket.Buffered_LDC_Packet_Information","CClass:BufferedLdcPacket:Buffered_LDC_Packet_Information"],["BufferedLdcPacket_v2","Buffered LDC Packet Information",,,1,"File:MicroStrain/Wireless/Packets/BufferedLdcPacket_v2.h:BufferedLdcPacket_v2.Buffered_LDC_Packet_Information","CClass:BufferedLdcPacket_v2:Buffered_LDC_Packet_Information"],["HclSmartBearing_CalPacket","HclSmartBearing_CalPacket Information",,,1,"File:MicroStrain/Wireless/Packets/HclSmartBearing_CalPacket.h:HclSmartBearing_CalPacket.HclSmartBearing_CalPacket_Information","CClass:HclSmartBearing_CalPacket:HclSmartBearing_CalPacket_Information"],["HclSmartBearing_RawPacket","HclSmartBearing_RawPacket Information",,,1,"File:MicroStrain/Wireless/Packets/HclSmartBearing_RawPacket.h:HclSmartBearing_RawPacket.HclSmartBearing_RawPacket_Information","CClass:HclSmartBearing_RawPacket:HclSmartBearing_RawPacket_Information"],["LdcPacket","Low Duty Cycle Packet Information",,,1,"File:MicroStrain/Wireless/Packets/LdcPacket.h:LdcPacket.Low_Duty_Cycle_Packet_Information","CClass:LdcPacket:Low_Duty_Cycle_Packet_Information"],["LdcPacket_v2","Low Duty Cycle Packet Information",,,1,"File:MicroStrain/Wireless/Packets/LdcPacket_v2.h:LdcPacket_v2.Low_Duty_Cycle_Packet_Information","CClass:LdcPacket_v2:Low_Duty_Cycle_Packet_Information"],["LdcPacket_v2_aspp3","Low Duty Cycle Packet Information",,,1,"File:MicroStrain/Wireless/Packets/LdcPacket_v2_aspp3.h:LdcPacket_v2_aspp3.Low_Duty_Cycle_Packet_Information","CClass:LdcPacket_v2_aspp3:Low_Duty_Cycle_Packet_Information"],["MipPacketInfo","MIP Packet Information",,,2,"File:MicroStrain/MIP/Packets/MipPacket.h:MipPacketInfo.MIP_Packet_Information","CClass:MipPacketInfo:MIP_Packet_Information"],["RawBytePacket","MIP Packet Information",,,2,"File:Communication/RawBytePacket.h:RawBytePacket.MIP_Packet_Information","CClass:RawBytePacket:MIP_Packet_Information"],["NodeDiscoveryPacket","Node Discovery Packet Information",,,1,"File:MicroStrain/Wireless/Packets/NodeDiscoveryPacket.h:NodeDiscoveryPacket.Node_Discovery_Packet_Information","CClass:NodeDiscoveryPacket:Node_Discovery_Packet_Information"],["NodeDiscoveryPacket_v2","Node Discovery v2 Packet Information",,,1,"File:MicroStrain/Wireless/Packets/NodeDiscoveryPacket_v2.h:NodeDiscoveryPacket_v2.Node_Discovery_v2_Packet_Information","CClass:NodeDiscoveryPacket_v2:Node_Discovery_v2_Packet_Information"],["NodeDiscoveryPacket_v3","Node Discovery v3 Packet Information",,,1,"File:MicroStrain/Wireless/Packets/NodeDiscoveryPacket_v3.h:NodeDiscoveryPacket_v3.Node_Discovery_v3_Packet_Information","CClass:NodeDiscoveryPacket_v3:Node_Discovery_v3_Packet_Information"],["NodeDiscoveryPacket_v4","Node Discovery v3 Packet Information",,,1,"File:MicroStrain/Wireless/Packets/NodeDiscoveryPacket_v4.h:NodeDiscoveryPacket_v4.Node_Discovery_v3_Packet_Information","CClass:NodeDiscoveryPacket_v4:Node_Discovery_v3_Packet_Information"],["NodeDiscoveryPacket_v5","Node Discovery v3 Packet Information",,,1,"File:MicroStrain/Wireless/Packets/NodeDiscoveryPacket_v5.h:NodeDiscoveryPacket_v5.Node_Discovery_v3_Packet_Information","CClass:NodeDiscoveryPacket_v5:Node_Discovery_v3_Packet_Information"],["AsyncDigitalAnalogPacket","Synchronized Sampling Packet Information",,,1,"File:MicroStrain/Wireless/Packets/AsyncDigitalAnalogPacket.h:AsyncDigitalAnalogPacket.Synchronized_Sampling_Packet_Information","CClass:AsyncDigitalAnalogPacket:Synchronized_Sampling_Packet_Information"],["AsyncDigitalPacket","Synchronized Sampling Packet Information",,,1,"File:MicroStrain/Wireless/Packets/AsyncDigitalPacket.h:AsyncDigitalPacket.Synchronized_Sampling_Packet_Information","CClass:AsyncDigitalPacket:Synchronized_Sampling_Packet_Information"],["SyncSamplingPacket","Synchronized Sampling Packet Information",,,1,"File:MicroStrain/Wireless/Packets/SyncSamplingPacket.h:SyncSamplingPacket.Synchronized_Sampling_Packet_Information","CClass:SyncSamplingPacket:Synchronized_Sampling_Packet_Information"],["SyncSamplingPacket_v2","Synchronized Sampling Packet Information",,,1,"File:MicroStrain/Wireless/Packets/SyncSamplingPacket_v2.h:SyncSamplingPacket_v2.Synchronized_Sampling_Packet_Information","CClass:SyncSamplingPacket_v2:Synchronized_Sampling_Packet_Information"],["SyncSamplingPacket_v2_aspp3","Synchronized Sampling Packet Information",,,1,"File:MicroStrain/Wireless/Packets/SyncSamplingPacket_v2_aspp3.h:SyncSamplingPacket_v2_aspp3.Synchronized_Sampling_Packet_Information","CClass:SyncSamplingPacket_v2_aspp3:Synchronized_Sampling_Packet_Information"],["WirelessPacket","Wireless Packet Information",,,1,"File:MicroStrain/Wireless/Packets/WirelessPacket.h:WirelessPacket.Wireless_Packet_Information","CClass:WirelessPacket:Wireless_Packet_Information"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/0069006e0069.js b/v66.0.1/MSCL_Docs/search/keywords/0069006e0069.js deleted file mode 100644 index cca4f3441..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/0069006e0069.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("ini",["Function","Variable"],[["init",,[["RadioFeatures",,,,0,"File:MicroStrain/Wireless/RadioFeatures.h:RadioFeatures.init","CClass:RadioFeatures:init"]]],["initFromPacket_v1",,[["NodeDiscovery",,,,0,"File:MicroStrain/Wireless/NodeDiscovery.h:NodeDiscovery.initFromPacket_v1","CClass:NodeDiscovery:initFromPacket_v1"]]],["initFromPacket_v2",,[["NodeDiscovery",,,,0,"File:MicroStrain/Wireless/NodeDiscovery.h:NodeDiscovery.initFromPacket_v2","CClass:NodeDiscovery:initFromPacket_v2"]]],["initFromPacket_v3",,[["NodeDiscovery",,,,0,"File:MicroStrain/Wireless/NodeDiscovery.h:NodeDiscovery.initFromPacket_v3","CClass:NodeDiscovery:initFromPacket_v3"]]],["initFromPacket_v4",,[["NodeDiscovery",,,,0,"File:MicroStrain/Wireless/NodeDiscovery.h:NodeDiscovery.initFromPacket_v4","CClass:NodeDiscovery:initFromPacket_v4"]]],["initFromPacket_v5",,[["NodeDiscovery",,,,0,"File:MicroStrain/Wireless/NodeDiscovery.h:NodeDiscovery.initFromPacket_v5","CClass:NodeDiscovery:initFromPacket_v5"]]],["initialAttitude",,[["FilterInitializationValues",,,,1,"File:MicroStrain/Inertial/ExposedInertialTypes.h:FilterInitializationValues.initialAttitude","CClass:FilterInitializationValues:initialAttitude"]]],["initialPosition",,[["FilterInitializationValues",,,,1,"File:MicroStrain/Inertial/ExposedInertialTypes.h:FilterInitializationValues.initialPosition","CClass:FilterInitializationValues:initialPosition"]]],["initialValuesSource",,[["FilterInitializationValues",,,,1,"File:MicroStrain/Inertial/ExposedInertialTypes.h:FilterInitializationValues.initialValuesSource","CClass:FilterInitializationValues:initialValuesSource"]]],["initialVelocity",,[["FilterInitializationValues",,,,1,"File:MicroStrain/Inertial/ExposedInertialTypes.h:FilterInitializationValues.initialVelocity","CClass:FilterInitializationValues:initialVelocity"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/0069006e006c.js b/v66.0.1/MSCL_Docs/search/keywords/0069006e006c.js deleted file mode 100644 index bbf08d8f3..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/0069006e006c.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("inl",["Function"],[["inLegacyMode",,[["SyncSamplingNetwork",,,,0,"File:MicroStrain/Wireless/SyncSamplingNetwork.h:SyncSamplingNetwork.inLegacyMode","CClass:SyncSamplingNetwork:inLegacyMode"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/0069006e0070.js b/v66.0.1/MSCL_Docs/search/keywords/0069006e0070.js deleted file mode 100644 index 889f3fa7c..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/0069006e0070.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("inp",["Variable","Function","Enumeration","Struct","Class","Type"],[["InputRange",,[["InputRangeEntry","inputRange",,,0,"File:MicroStrain/Wireless/Configuration/InputRange.h:InputRangeEntry.inputRange","CClass:InputRangeEntry:inputRange"],["ShuntCalCmdInfo","inputRange",,,0,"File:MicroStrain/Wireless/Commands/AutoCalInfo.h:ShuntCalCmdInfo.inputRange","CClass:ShuntCalCmdInfo:inputRange"],["WirelessNodeConfig","inputRange",,,1,"File:MicroStrain/Wireless/Configuration/WirelessNodeConfig.h:WirelessNodeConfig.inputRange","CClass:WirelessNodeConfig:inputRange"],["WirelessTypes",,,,2,"File:MicroStrain/Wireless/WirelessTypes.h:WirelessTypes.InputRange","CClass:WirelessTypes:InputRange"]]],["InputRangeEntry",,[[,,,,3,"File:MicroStrain/Wireless/Configuration/InputRange.h:InputRangeEntry","CClass:InputRangeEntry"]]],["InputRangeHelper",,[[,,,,4,"File:MicroStrain/Wireless/Configuration/InputRange.h:InputRangeHelper","CClass:InputRangeHelper"]]],["InputRangeMap",,[["InputRangeHelper",,,,5,"File:MicroStrain/Wireless/Configuration/InputRange.h:InputRangeHelper.InputRangeMap","CClass:InputRangeHelper:InputRangeMap"]]],["InputRanges",,[["NodeFeatures","inputRanges",,,1,"File:MicroStrain/Wireless/Features/NodeFeatures.h:NodeFeatures.inputRanges","CClass:NodeFeatures:inputRanges"],["InputRangeEntry",,,,5,"File:MicroStrain/Wireless/Configuration/InputRange.h:InputRangeEntry.InputRanges","CClass:InputRangeEntry:InputRanges"]]],["inputRangeToEepromVal",,[["InputRangeHelper",,,,1,"File:MicroStrain/Wireless/Configuration/InputRange.h:InputRangeHelper.inputRangeToEepromVal","CClass:InputRangeHelper:inputRangeToEepromVal"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/0069006e0073.js b/v66.0.1/MSCL_Docs/search/keywords/0069006e0073.js deleted file mode 100644 index e39003c50..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/0069006e0073.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("ins",["Variable"],[["instance",,[["EventActionConfiguration",,,,0,"File:MicroStrain/Inertial/ExposedInertialTypes.h:EventActionConfiguration.instance","CClass:EventActionConfiguration:instance"],["EventTriggerConfiguration",,,,0,"File:MicroStrain/Inertial/ExposedInertialTypes.h:EventTriggerConfiguration.instance","CClass:EventTriggerConfiguration:instance"]]],["instanceId",,[["EventActionInfo",,,,0,"File:MicroStrain/Inertial/ExposedInertialTypes.h:EventActionInfo.instanceId","CClass:EventActionInfo:instanceId"],["EventTriggerInfo",,,,0,"File:MicroStrain/Inertial/ExposedInertialTypes.h:EventTriggerInfo.instanceId","CClass:EventTriggerInfo:instanceId"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/0069006e0074.js b/v66.0.1/MSCL_Docs/search/keywords/0069006e0074.js deleted file mode 100644 index 54e99ef68..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/0069006e0074.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("int",["Type","Function","Class","Constant"],[["int16",,[[,,,,0,"File:Types.h:int16"]]],["int32",,[[,,,,0,"File:Types.h:int32"]]],["int64",,[[,,,,0,"File:Types.h:int64"]]],["int8",,[[,,,,0,"File:Types.h:int8"],["Value","INT8",,,1,"File:Value.h:Value.INT8","CClass:Value:INT8"]]],["integrityCheck",,[["AsyncDigitalAnalogPacket",,,,1,"File:MicroStrain/Wireless/Packets/AsyncDigitalAnalogPacket.h:AsyncDigitalAnalogPacket.integrityCheck","CClass:AsyncDigitalAnalogPacket:integrityCheck"],["AsyncDigitalPacket",,,,1,"File:MicroStrain/Wireless/Packets/AsyncDigitalPacket.h:AsyncDigitalPacket.integrityCheck","CClass:AsyncDigitalPacket:integrityCheck"],["BeaconEchoPacket",,,,1,"File:MicroStrain/Wireless/Packets/BeaconEchoPacket.h:BeaconEchoPacket.integrityCheck","CClass:BeaconEchoPacket:integrityCheck"],["BufferedLdcPacket",,,,1,"File:MicroStrain/Wireless/Packets/BufferedLdcPacket.h:BufferedLdcPacket.integrityCheck","CClass:BufferedLdcPacket:integrityCheck"],["BufferedLdcPacket_v2",,,,1,"File:MicroStrain/Wireless/Packets/BufferedLdcPacket_v2.h:BufferedLdcPacket_v2.integrityCheck","CClass:BufferedLdcPacket_v2:integrityCheck"],["DiagnosticPacket",,,,1,"File:MicroStrain/Wireless/Packets/DiagnosticPacket.h:DiagnosticPacket.integrityCheck","CClass:DiagnosticPacket:integrityCheck"],["HclSmartBearing_CalPacket",,,,1,"File:MicroStrain/Wireless/Packets/HclSmartBearing_CalPacket.h:HclSmartBearing_CalPacket.integrityCheck","CClass:HclSmartBearing_CalPacket:integrityCheck"],["HclSmartBearing_RawPacket",,,,1,"File:MicroStrain/Wireless/Packets/HclSmartBearing_RawPacket.h:HclSmartBearing_RawPacket.integrityCheck","CClass:HclSmartBearing_RawPacket:integrityCheck"],["LdcMathPacket",,,,1,"File:MicroStrain/Wireless/Packets/LdcMathPacket.h:LdcMathPacket.integrityCheck","CClass:LdcMathPacket:integrityCheck"],["LdcMathPacket_aspp3",,,,1,"File:MicroStrain/Wireless/Packets/LdcMathPacket_aspp3.h:LdcMathPacket_aspp3.integrityCheck","CClass:LdcMathPacket_aspp3:integrityCheck"],["LdcPacket",,,,1,"File:MicroStrain/Wireless/Packets/LdcPacket.h:LdcPacket.integrityCheck","CClass:LdcPacket:integrityCheck"],["LdcPacket_v2",,,,1,"File:MicroStrain/Wireless/Packets/LdcPacket_v2.h:LdcPacket_v2.integrityCheck","CClass:LdcPacket_v2:integrityCheck"],["LdcPacket_v2_aspp3",,,,1,"File:MicroStrain/Wireless/Packets/LdcPacket_v2_aspp3.h:LdcPacket_v2_aspp3.integrityCheck","CClass:LdcPacket_v2_aspp3:integrityCheck"],["NodeDiscoveryPacket",,,,1,"File:MicroStrain/Wireless/Packets/NodeDiscoveryPacket.h:NodeDiscoveryPacket.integrityCheck","CClass:NodeDiscoveryPacket:integrityCheck"],["NodeDiscoveryPacket_v2",,,,1,"File:MicroStrain/Wireless/Packets/NodeDiscoveryPacket_v2.h:NodeDiscoveryPacket_v2.integrityCheck","CClass:NodeDiscoveryPacket_v2:integrityCheck"],["NodeDiscoveryPacket_v3",,,,1,"File:MicroStrain/Wireless/Packets/NodeDiscoveryPacket_v3.h:NodeDiscoveryPacket_v3.integrityCheck","CClass:NodeDiscoveryPacket_v3:integrityCheck"],["NodeDiscoveryPacket_v4",,,,1,"File:MicroStrain/Wireless/Packets/NodeDiscoveryPacket_v4.h:NodeDiscoveryPacket_v4.integrityCheck","CClass:NodeDiscoveryPacket_v4:integrityCheck"],["NodeDiscoveryPacket_v5",,,,1,"File:MicroStrain/Wireless/Packets/NodeDiscoveryPacket_v5.h:NodeDiscoveryPacket_v5.integrityCheck","CClass:NodeDiscoveryPacket_v5:integrityCheck"],["RawAngleStrainPacket",,,,1,"File:MicroStrain/Wireless/Packets/RawAngleStrainPacket.h:RawAngleStrainPacket.integrityCheck","CClass:RawAngleStrainPacket:integrityCheck"],["RfSweepPacket",,,,1,"File:MicroStrain/Wireless/Packets/RfSweepPacket.h:RfSweepPacket.integrityCheck","CClass:RfSweepPacket:integrityCheck"],["RollerPacket",,,,1,"File:MicroStrain/Wireless/Packets/RollerPacket.h:RollerPacket.integrityCheck","CClass:RollerPacket:integrityCheck"],["ShmPacket",,,,1,"File:MicroStrain/Wireless/Packets/ShmPacket.h:ShmPacket.integrityCheck","CClass:ShmPacket:integrityCheck"],["ShmPacket_v2_aspp3",,,,1,"File:MicroStrain/Wireless/Packets/ShmPacket_v2_aspp3.h:ShmPacket_v2_aspp3.integrityCheck","CClass:ShmPacket_v2_aspp3:integrityCheck"],["SyncSamplingMathPacket",,,,1,"File:MicroStrain/Wireless/Packets/SyncSamplingMathPacket.h:SyncSamplingMathPacket.integrityCheck","CClass:SyncSamplingMathPacket:integrityCheck"],["SyncSamplingMathPacket_aspp3",,,,1,"File:MicroStrain/Wireless/Packets/SyncSamplingMathPacket_aspp3.h:SyncSamplingMathPacket_aspp3.integrityCheck","CClass:SyncSamplingMathPacket_aspp3:integrityCheck"],["SyncSamplingPacket",,,,1,"File:MicroStrain/Wireless/Packets/SyncSamplingPacket.h:SyncSamplingPacket.integrityCheck","CClass:SyncSamplingPacket:integrityCheck"],["SyncSamplingPacket_v2",,,,1,"File:MicroStrain/Wireless/Packets/SyncSamplingPacket_v2.h:SyncSamplingPacket_v2.integrityCheck","CClass:SyncSamplingPacket_v2:integrityCheck"],["SyncSamplingPacket_v2_aspp3",,,,1,"File:MicroStrain/Wireless/Packets/SyncSamplingPacket_v2_aspp3.h:SyncSamplingPacket_v2_aspp3.integrityCheck","CClass:SyncSamplingPacket_v2_aspp3:integrityCheck"]]],["integrityCheck_baseBoard",,[["HclSmartBearing_RawPacket",,,,1,"File:MicroStrain/Wireless/Packets/HclSmartBearing_RawPacket.h:HclSmartBearing_RawPacket.integrityCheck_baseBoard","CClass:HclSmartBearing_RawPacket:integrityCheck_baseBoard"]]],["integrityCheck_inertialBoard",,[["HclSmartBearing_RawPacket",,,,1,"File:MicroStrain/Wireless/Packets/HclSmartBearing_RawPacket.h:HclSmartBearing_RawPacket.integrityCheck_inertialBoard","CClass:HclSmartBearing_RawPacket:integrityCheck_inertialBoard"]]],["integrityCheck_strainBoard",,[["HclSmartBearing_RawPacket",,,,1,"File:MicroStrain/Wireless/Packets/HclSmartBearing_RawPacket.h:HclSmartBearing_RawPacket.integrityCheck_strainBoard","CClass:HclSmartBearing_RawPacket:integrityCheck_strainBoard"]]],["InterfaceControl",,[[,,,,2,"File:MicroStrain/Inertial/Commands/System_Commands.h:InterfaceControl","CClass:InterfaceControl"]]],["interfaceId",,[["DeviceCommPort",,,,1,"File:MicroStrain/MIP/MipTypes.h:DeviceCommPort.interfaceId","CClass:DeviceCommPort:interfaceId"]]],["INTERNAL",,[["Timestamp",,,,3,"File:Timestamp.h:Timestamp.INTERNAL","CClass:Timestamp:INTERNAL"]]],["INTERNAL_GNSS_ALL",,[[,"INTERNAL_GNSS_ALL = 0x01",,"internal_gnss_all=0x01",3,"File:MicroStrain/Inertial/ExposedInertialTypes.h:INTERNAL_GNSS_ALL=0x01"]]],["INTERNAL_GNSS1",,[[,"INTERNAL_GNSS1  = 0x03",,"internal_gnss1=0x03",3,"File:MicroStrain/Inertial/ExposedInertialTypes.h:INTERNAL_GNSS1=0x03"]]],["INTERNAL_GNSS2",,[[,"INTERNAL_GNSS2  = 0x04",,"internal_gnss2=0x04",3,"File:MicroStrain/Inertial/ExposedInertialTypes.h:INTERNAL_GNSS2=0x04"]]],["INTERNAL_PULLUP_RESISTOR",,[["NodeEepromMap",,,,3,"File:MicroStrain/Wireless/Configuration/NodeEepromMap.h:NodeEepromMap.INTERNAL_PULLUP_RESISTOR","CClass:NodeEepromMap:INTERNAL_PULLUP_RESISTOR"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/0069006e0076.js b/v66.0.1/MSCL_Docs/search/keywords/0069006e0076.js deleted file mode 100644 index c137809aa..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/0069006e0076.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("inv",["Constant"],[["INVALID_PACKET",,[["RawBytePacket",,,,0,"File:Communication/RawBytePacket.h:RawBytePacket.INVALID_PACKET","CClass:RawBytePacket:INVALID_PACKET"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/0069006f006e.js b/v66.0.1/MSCL_Docs/search/keywords/0069006f006e.js deleted file mode 100644 index 73d7d3d3e..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/0069006f006e.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("ion",["Constant"],[["IONOSPHERIC_CORRECTION_VALID",,[["FieldParser_GnssSBASCorrection",,,,0,"File:MicroStrain/Inertial/Packets/InertialFieldParser_GNSS.h:FieldParser_GnssSBASCorrection.IONOSPHERIC_CORRECTION_VALID","CClass:FieldParser_GnssSBASCorrection:IONOSPHERIC_CORRECTION_VALID"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/006900700061.js b/v66.0.1/MSCL_Docs/search/keywords/006900700061.js deleted file mode 100644 index bf50fe4fb..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/006900700061.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("ipa",["Function"],[["ipAddress",,[["WsdaInfo",,,,0,"File:Communication/WsdaFinder.h:WsdaInfo.ipAddress","CClass:WsdaInfo:ipAddress"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/006900730061.js b/v66.0.1/MSCL_Docs/search/keywords/006900730061.js deleted file mode 100644 index 4c14d665d..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/006900730061.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("isa",["Function"],[["isActive",,[["EventTriggerInfo",,,,0,"File:MicroStrain/Inertial/ExposedInertialTypes.h:EventTriggerInfo.isActive","CClass:EventTriggerInfo:isActive"]]],["isAnySet",,[["WirelessNodeConfig",,,,0,"File:MicroStrain/Wireless/Configuration/WirelessNodeConfig.h:WirelessNodeConfig.isAnySet","CClass:WirelessNodeConfig:isAnySet"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/006900730063.js b/v66.0.1/MSCL_Docs/search/keywords/006900730063.js deleted file mode 100644 index 9bf3c1161..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/006900730063.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("isc",["Function"],[["isChannelField",,[["MipNodeFeatures",,,,0,"File:MicroStrain/MIP/MipNodeFeatures.h:MipNodeFeatures.isChannelField","CClass:MipNodeFeatures:isChannelField"]]],["isChannelGroupIssue",,[["ConfigIssue",,,,0,"File:MicroStrain/Wireless/Configuration/ConfigIssue.h:ConfigIssue.isChannelGroupIssue","CClass:ConfigIssue:isChannelGroupIssue"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/006900730064.js b/v66.0.1/MSCL_Docs/search/keywords/006900730064.js deleted file mode 100644 index ecbe50f02..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/006900730064.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("isd",["Function"],[["isDataPacket",,[["MipPacket",,,,0,"File:MicroStrain/MIP/Packets/MipPacket.h:MipPacket.isDataPacket","CClass:MipPacket:isDataPacket"],["WirelessPacket",,,,0,"File:MicroStrain/Wireless/Packets/WirelessPacket.h:WirelessPacket.isDataPacket","CClass:WirelessPacket:isDataPacket"]]],["isDataStreamEnabled",,[["InertialNode",,,,0,"File:MicroStrain/Inertial/InertialNode.h:InertialNode.isDataStreamEnabled","CClass:InertialNode:isDataStreamEnabled"],["MipNode_Impl",,,,0,"File:MicroStrain/MIP/MipNode_Impl.h:MipNode_Impl.isDataStreamEnabled","CClass:MipNode_Impl:isDataStreamEnabled"]]],["isDerivedChannelEnabled",,[["WirelessNodeConfig",,,,0,"File:MicroStrain/Wireless/Configuration/WirelessNodeConfig.h:WirelessNodeConfig.isDerivedChannelEnabled","CClass:WirelessNodeConfig:isDerivedChannelEnabled"]]],["isDiscoveryPacket",,[["WirelessPacket",,,,0,"File:MicroStrain/Wireless/Packets/WirelessPacket.h:WirelessPacket.isDiscoveryPacket","CClass:WirelessPacket:isDiscoveryPacket"]]],["isDuplicate",,[["WirelessParser",,,,0,"File:MicroStrain/Wireless/WirelessParser.h:WirelessParser.isDuplicate","CClass:WirelessParser:isDuplicate"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/006900730065.js b/v66.0.1/MSCL_Docs/search/keywords/006900730065.js deleted file mode 100644 index 0e6e83866..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/006900730065.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("ise",["Function"],[["isEnabled",,[["EventTriggerInfo",,,,0,"File:MicroStrain/Inertial/ExposedInertialTypes.h:EventTriggerInfo.isEnabled","CClass:EventTriggerInfo:isEnabled"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/006900730067.js b/v66.0.1/MSCL_Docs/search/keywords/006900730067.js deleted file mode 100644 index 58ccd4cd5..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/006900730067.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("isg",["Function"],[["isGnssChannelField",,[["MipTypes",,,,0,"File:MicroStrain/MIP/MipTypes.h:MipTypes.isGnssChannelField","CClass:MipTypes:isGnssChannelField"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/00690073006b.js b/v66.0.1/MSCL_Docs/search/keywords/00690073006b.js deleted file mode 100644 index 29b5ddb4d..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/00690073006b.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("isk",["Function"],[["isKnownCommand",,[[,,,,0,"File:MicroStrain/MIP/Commands/MipCommand.h:isKnownCommand"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/00690073006e.js b/v66.0.1/MSCL_Docs/search/keywords/00690073006e.js deleted file mode 100644 index b169e5dbb..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/00690073006e.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("isn",["Function"],[["isNaN",,[["Utils",,,,0,"File:Utils.h:Utils.isNaN","CClass:Utils:isNaN"]]],["isNextByteNewHeader",,[["NodeMemory",,,,0,"File:MicroStrain/Wireless/NodeMemory.h:NodeMemory.isNextByteNewHeader","CClass:NodeMemory:isNextByteNewHeader"],["NodeMemory_v1",,,,0,"File:MicroStrain/Wireless/NodeMemory_v1.h:NodeMemory_v1.isNextByteNewHeader","CClass:NodeMemory_v1:isNextByteNewHeader"],["NodeMemory_v2",,,,0,"File:MicroStrain/Wireless/NodeMemory_v2.h:NodeMemory_v2.isNextByteNewHeader","CClass:NodeMemory_v2:isNextByteNewHeader"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/006900730073.js b/v66.0.1/MSCL_Docs/search/keywords/006900730073.js deleted file mode 100644 index 8070997e0..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/006900730073.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("iss",["Function"],[["isSet",,[["BaseStationConfig",,,,0,"File:MicroStrain/Wireless/Configuration/BaseStationConfig.h:BaseStationConfig.isSet","CClass:BaseStationConfig:isSet"],["DeviceStatusData",,,,0,"File:MicroStrain/Inertial/ExposedInertialTypes.h:DeviceStatusData.isSet","CClass:DeviceStatusData:isSet"],["WirelessNodeConfig",,,,0,"File:MicroStrain/Wireless/Configuration/WirelessNodeConfig.h:WirelessNodeConfig.isSet","CClass:WirelessNodeConfig:isSet"]]],["isSharedChannelField",,[["MipTypes",,,,0,"File:MicroStrain/MIP/MipTypes.h:MipTypes.isSharedChannelField","CClass:MipTypes:isSharedChannelField"]]],["issues",,[["Error_InvalidConfig",,,,0,"File:Exceptions.h:Error_InvalidConfig.issues","CClass:Error_InvalidConfig:issues"],["mscl.Error_InvalidConfig",,,,0,"File:Wrapper/CSharp/mscl/Exceptions.cs:mscl.Error_InvalidConfig.issues","CSharpClass:mscl.Error_InvalidConfig:issues"]]],["isSyncSamplingMode",,[["WirelessNodeConfig",,,,0,"File:MicroStrain/Wireless/Configuration/WirelessNodeConfig.h:WirelessNodeConfig.isSyncSamplingMode","CClass:WirelessNodeConfig:isSyncSamplingMode"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/006900730074.js b/v66.0.1/MSCL_Docs/search/keywords/006900730074.js deleted file mode 100644 index 88c8e0284..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/006900730074.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("ist",["Function"],[["isTestMode",,[["EventTriggerInfo",,,,0,"File:MicroStrain/Inertial/ExposedInertialTypes.h:EventTriggerInfo.isTestMode","CClass:EventTriggerInfo:isTestMode"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/006a0061006d.js b/v66.0.1/MSCL_Docs/search/keywords/006a0061006d.js deleted file mode 100644 index f1d1ef3a6..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/006a0061006d.js +++ /dev/null @@ -1 +0,0 @@ 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a/v66.0.1/MSCL_Docs/search/keywords/006d.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("m",["Function"],[["m",,[["SnCurveSegment",,,,0,"File:MicroStrain/Wireless/Configuration/FatigueOptions.h:SnCurveSegment.m","CClass:SnCurveSegment:m"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/006d005f0061.js b/v66.0.1/MSCL_Docs/search/keywords/006d005f0061.js deleted file mode 100644 index ab73fed43..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/006d005f0061.js +++ /dev/null @@ -1 +0,0 @@ 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lessProtocol.m_autoCal_shm201","CClass:WirelessProtocol:m_autoCal_shm201"]]],["m_autoShuntCal",,[["WirelessProtocol",,,,0,"File:MicroStrain/Wireless/Commands/WirelessProtocol.h:WirelessProtocol.m_autoShuntCal","CClass:WirelessProtocol:m_autoShuntCal"]]],["m_availableSlotCount",,[["SyncSamplingNetwork",,,,0,"File:MicroStrain/Wireless/SyncSamplingNetwork.h:SyncSamplingNetwork.m_availableSlotCount","CClass:SyncSamplingNetwork:m_availableSlotCount"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/006d005f0062.js b/v66.0.1/MSCL_Docs/search/keywords/006d005f0062.js deleted file mode 100644 index 8cb0ec599..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/006d005f0062.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("m_b",["Variable"],[["m_baseCommandsTimeout",,[["BaseStation_Impl",,,,0,"File:MicroStrain/Wireless/BaseStation_Impl.h:BaseStation_Impl.m_baseCommandsTimeout","CClass:BaseStation_Impl:m_baseCommandsTimeout"]]],["m_baseInfo",,[["BaseStationFeatures",,,,0,"File:MicroStrain/Wireless/Features/BaseStationFeatures.h:BaseStationFeatures.m_baseInfo","CClass:BaseStationFeatures:m_baseInfo"]]],["m_baseMax",,[["AutoShuntCalResult",,,,0,"File:MicroStrain/Wireless/Commands/AutoCalResult.h:AutoShuntCalResult.m_baseMax","CClass:AutoShuntCalResult:m_baseMax"]]],["m_baseMedian",,[["AutoShuntCalResult",,,,0,"File:MicroStrain/Wireless/Commands/AutoCalResult.h:AutoShuntCalResult.m_baseMedian","CClass:AutoShuntCalResult:m_baseMedian"]]],["m_baseMin",,[["AutoShuntCalResult",,,,0,"File:MicroStrain/Wireless/Commands/AutoCalResult.h:AutoShuntCalResult.m_baseMin","CClass:AutoShuntCalResult:m_baseMin"]]],["m_baseRate",,[["NmeaMessageFormat",,,,0,"File:MicroStrain/Inertial/ExposedInertialTypes.h:NmeaMessageFormat.m_baseRate","CClass:NmeaMessageFormat:m_baseRate"]]],["m_baseRates",,[["MipNodeInfo",,,,0,"File:MicroStrain/MIP/MipNodeInfo.h:MipNodeInfo.m_baseRates","CClass:MipNodeInfo:m_baseRates"]]],["m_baseReceived",,[["WirelessResponsePattern",,,,0,"File:MicroStrain/Wireless/Commands/WirelessResponsePattern.h:WirelessResponsePattern.m_baseReceived","CClass:WirelessResponsePattern:m_baseReceived"]]],["m_baseReceivedWaitTime",,[["WirelessResponsePattern",,,,0,"File:MicroStrain/Wireless/Commands/WirelessResponsePattern.h:WirelessResponsePattern.m_baseReceivedWaitTime","CClass:WirelessResponsePattern:m_baseReceivedWaitTime"]]],["m_baseRSSI",,[["DataSweep","m_baseRssi",,,0,"File:MicroStrain/Wireless/DataSweep.h:DataSweep.m_baseRssi","CClass:DataSweep:m_baseRssi"],["NodeDiscovery","m_baseRssi",,,0,"File:MicroStrain/Wireless/NodeDiscovery.h:NodeDiscovery.m_baseRssi","CClass:NodeDiscovery:m_baseRssi"],["PingResponse","m_baseRssi",,,0,"File:MicroStrain/Wireless/Commands/PingResponse.h:PingResponse.m_baseRssi","CClass:PingResponse:m_baseRssi"],["WirelessPacket",,,,0,"File:MicroStrain/Wireless/Packets/WirelessPacket.h:WirelessPacket.m_baseRSSI","CClass:WirelessPacket:m_baseRSSI"]]],["m_baseStation",,[["BaseStationInfo","m_basestation",,,0,"File:MicroStrain/Wireless/BaseStationInfo.h:BaseStationInfo.m_basestation","CClass:BaseStationInfo:m_basestation"],["BaseStationEeprom",,,,0,"File:MicroStrain/Wireless/Configuration/BaseStationEeprom.h:BaseStationEeprom.m_baseStation","CClass:BaseStationEeprom:m_baseStation"],["BaseStationEepromHelper",,,,0,"File:MicroStrain/Wireless/Configuration/BaseStationEepromHelper.h:BaseStationEepromHelper.m_baseStation","CClass:BaseStationEepromHelper:m_baseStation"],["NodeEeprom",,,,0,"File:MicroStrain/Wireless/Configuration/NodeEeprom.h:NodeEeprom.m_baseStation","CClass:NodeEeprom:m_baseStation"],["SetToIdle",,,,0,"File:MicroStrain/Wireless/Commands/SetToIdle.h:SetToIdle.m_baseStation","CClass:SetToIdle:m_baseStation"],["WirelessNode_Impl",,,,0,"File:MicroStrain/Wireless/WirelessNode_Impl.h:WirelessNode_Impl.m_baseStation","CClass:WirelessNode_Impl:m_baseStation"]]],["m_batchEepromRead",,[["WirelessProtocol",,,,0,"File:MicroStrain/Wireless/Commands/WirelessProtocol.h:WirelessProtocol.m_batchEepromRead","CClass:WirelessProtocol:m_batchEepromRead"]]],["m_baudRate",,[["DeviceInfo",,,,0,"File:Communication/Devices.h:DeviceInfo.m_baudRate","CClass:DeviceInfo:m_baudRate"],["SerialConnection",,,,0,"File:Communication/SerialConnection.h:SerialConnection.m_baudRate","CClass:SerialConnection:m_baudRate"],["UARTBaudRate",,,,0,"File:MicroStrain/Inertial/Commands/UARTBaudRate.h:UARTBaudRate.m_baudRate","CClass:UARTBaudRate:m_baudRate"]]],["m_beaconStartTime",,[["Response",,,,0,"File:MicroStrain/Wireless/Commands/BaseStation_SetBeacon.h:Response.m_beaconStartTime","CClass:Response:m_beaconStartTime"]]],["m_beaconStatus",,[["WirelessProtocol",,,,0,"File:MicroStrain/Wireless/Commands/WirelessProtocol.h:WirelessProtocol.m_beaconStatus","CClass:WirelessProtocol:m_beaconStatus"]]],["m_binCount",,[["ShmPacket",,,,0,"File:MicroStrain/Wireless/Packets/ShmPacket.h:ShmPacket.m_binCount","CClass:ShmPacket:m_binCount"],["ShmPacket_v2_aspp3",,,,0,"File:MicroStrain/Wireless/Packets/ShmPacket_v2_aspp3.h:ShmPacket_v2_aspp3.m_binCount","CClass:ShmPacket_v2_aspp3:m_binCount"]]],["m_bins",,[["Histogram",,,,0,"File:Histogram.h:Histogram.m_bins","CClass:Histogram:m_bins"]]],["m_binSize",,[["HistogramOptions",,,,0,"File:MicroStrain/Wireless/Configuration/HistogramOptions.h:HistogramOptions.m_binSize","CClass:HistogramOptions:m_binSize"]]],["m_binsSize",,[["Histogram",,,,0,"File:Histogram.h:Histogram.m_binsSize","CClass:Histogram:m_binsSize"]]],["m_binsStart",,[["Histogram",,,,0,"File:Histogram.h:Histogram.m_binsStart","CClass:Histogram:m_binsStart"]]],["m_binStart",,[["HistogramOptions",,,,0,"File:MicroStrain/Wireless/Configuration/HistogramOptions.h:HistogramOptions.m_binStart","CClass:HistogramOptions:m_binStart"]]],["m_bitResult",,[["NodeDiscovery",,,,0,"File:MicroStrain/Wireless/NodeDiscovery.h:NodeDiscovery.m_bitResult","CClass:NodeDiscovery:m_bitResult"]]],["m_btnsLongPress",,[["BaseStationConfig",,,,0,"File:MicroStrain/Wireless/Configuration/BaseStationConfig.h:BaseStationConfig.m_btnsLongPress","CClass:BaseStationConfig:m_btnsLongPress"]]],["m_btnsShortPress",,[["BaseStationConfig",,,,0,"File:MicroStrain/Wireless/Configuration/BaseStationConfig.h:BaseStationConfig.m_btnsShortPress","CClass:BaseStationConfig:m_btnsShortPress"]]],["m_buffer",,[["BufferWriter",,,,0,"File:MicroStrain/DataBuffer.h:BufferWriter.m_buffer","CClass:BufferWriter:m_buffer"]]],["m_bufferWriter",,[["BoostCommunication",,,,0,"File:Communication/BoostCommunication.h:BoostCommunication.m_bufferWriter","CClass:BoostCommunication:m_bufferWriter"]]],["m_bytes",,[["ByteStream",,,,0,"File:MicroStrain/ByteStream.h:ByteStream.m_bytes","CClass:ByteStream:m_bytes"],["ChecksumBuilder",,,,0,"File:MicroStrain/ChecksumBuilder.h:ChecksumBuilder.m_bytes","CClass:ChecksumBuilder:m_bytes"]]],["m_bytesPerBurst",,[["SyncNetworkInfo",,,,0,"File:MicroStrain/Wireless/SyncNetworkInfo.h:SyncNetworkInfo.m_bytesPerBurst","CClass:SyncNetworkInfo:m_bytesPerBurst"]]],["m_bytesPerSecond",,[["SyncNetworkInfo",,,,0,"File:MicroStrain/Wireless/SyncNetworkInfo.h:SyncNetworkInfo.m_bytesPerSecond","CClass:SyncNetworkInfo:m_bytesPerSecond"]]],["m_bytesPerSweep",,[["SyncNetworkInfo",,,,0,"File:MicroStrain/Wireless/SyncNetworkInfo.h:SyncNetworkInfo.m_bytesPerSweep","CClass:SyncNetworkInfo:m_bytesPerSweep"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/006d005f0063.js b/v66.0.1/MSCL_Docs/search/keywords/006d005f0063.js deleted file mode 100644 index 72ffa269b..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/006d005f0063.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("m_c",["Variable"],[["m_cacheMutex",,[["Eeprom",,,,0,"File:MicroStrain/Wireless/Configuration/Eeprom.h:Eeprom.m_cacheMutex","CClass:Eeprom:m_cacheMutex"]]],["m_calsApplied",,[["DataSweep",,,,0,"File:MicroStrain/Wireless/DataSweep.h:DataSweep.m_calsApplied","CClass:DataSweep:m_calsApplied"],["LoggedDataSweep",,,,0,"File:MicroStrain/Wireless/LoggedDataSweep.h:LoggedDataSweep.m_calsApplied","CClass:LoggedDataSweep:m_calsApplied"]]],["m_calStarted",,[["Response",,,,0,"File:MicroStrain/Wireless/Commands/AutoCal.h:Response.m_calStarted","CClass:Response:m_calStarted"]]],["m_canceled",,[["ScopeHelper",,,,0,"File:ScopeHelper.h:ScopeHelper.m_canceled","CClass:ScopeHelper:m_canceled"]]],["m_cfcFilterConfig",,[["WirelessNodeConfig",,,,0,"File:MicroStrain/Wireless/Configuration/WirelessNodeConfig.h:WirelessNodeConfig.m_cfcFilterConfig","CClass:WirelessNodeConfig:m_cfcFilterConfig"]]],["m_channelField",,[["EventTriggerThresholdParameter",,,,0,"File:MicroStrain/Inertial/ExposedInertialTypes.h:EventTriggerThresholdParameter.m_channelField","CClass:EventTriggerThresholdParameter:m_channelField"],["MipChannel",,,,0,"File:MicroStrain/MIP/MipChannel.h:MipChannel.m_channelField","CClass:MipChannel:m_channelField"]]],["m_channelFields",,[["EventActionMessageParameter",,,,0,"File:MicroStrain/Inertial/ExposedInertialTypes.h:EventActionMessageParameter.m_channelFields","CClass:EventActionMessageParameter:m_channelFields"]]],["m_channelGroups",,[["NodeFeatures",,,,0,"File:MicroStrain/Wireless/Features/NodeFeatures.h:NodeFeatures.m_channelGroups","CClass:NodeFeatures:m_channelGroups"]]],["m_channelId",,[["WirelessDataPoint",,,,0,"File:MicroStrain/Wireless/WirelessDataPoint.h:WirelessDataPoint.m_channelId","CClass:WirelessDataPoint:m_channelId"]]],["m_channelIndex",,[["EventTriggerThresholdParameter",,,,0,"File:MicroStrain/Inertial/ExposedInertialTypes.h:EventTriggerThresholdParameter.m_channelIndex","CClass:EventTriggerThresholdParameter:m_channelIndex"]]],["m_channelMask",,[["ConfigIssue",,,,0,"File:MicroStrain/Wireless/Configuration/ConfigIssue.h:ConfigIssue.m_channelMask","CClass:ConfigIssue:m_channelMask"]]],["m_channelName",,[["WirelessDataPoint",,,,0,"File:MicroStrain/Wireless/WirelessDataPoint.h:WirelessDataPoint.m_channelName","CClass:WirelessDataPoint:m_channelName"]]],["m_channelNumber",,[[,,,,0,"File:MicroStrain/Wireless/Configuration/EventTriggerOptions.h:m_channelNumber"],["Response",,,,0,"File:MicroStrain/Wireless/Commands/AutoBalance_v2.h:Response.m_channelNumber","CClass:Response:m_channelNumber"],["WirelessDataPoint",,,,0,"File:MicroStrain/Wireless/WirelessDataPoint.h:WirelessDataPoint.m_channelNumber","CClass:WirelessDataPoint:m_channelNumber"]]],["m_channelProperties",,[["DataPoint",,,,0,"File:MicroStrain/DataPoint.h:DataPoint.m_channelProperties","CClass:DataPoint:m_channelProperties"]]],["m_channelQualifier",,[["EventTriggerThresholdParameter",,,,0,"File:MicroStrain/Inertial/ExposedInertialTypes.h:EventTriggerThresholdParameter.m_channelQualifier","CClass:EventTriggerThresholdParameter:m_channelQualifier"]]],["m_channels",,[["ChannelGroup",,,,0,"File:MicroStrain/Wireless/Features/ChannelGroup.h:ChannelGroup.m_channels","CClass:ChannelGroup:m_channels"],["NodeFeatures",,,,0,"File:MicroStrain/Wireless/Features/NodeFeatures.h:NodeFeatures.m_channels","CClass:NodeFeatures:m_channels"]]],["m_checkRadioInterval",,[["WirelessNodeConfig",,,,0,"File:MicroStrain/Wireless/Configuration/WirelessNodeConfig.h:WirelessNodeConfig.m_checkRadioInterval","CClass:WirelessNodeConfig:m_checkRadioInterval"]]],["m_checksumIndex",,[["NodeMemory_v2",,,,0,"File:MicroStrain/Wireless/NodeMemory_v2.h:NodeMemory_v2.m_checksumIndex","CClass:NodeMemory_v2:m_checksumIndex"]]],["m_chNumber",,[["WirelessChannel",,,,0,"File:MicroStrain/Wireless/WirelessChannel.h:WirelessChannel.m_chNumber","CClass:WirelessChannel:m_chNumber"]]],["m_cmd",,[["AdaptiveMeasurement",,,,0,"File:MicroStrain/Inertial/Commands/AdaptiveMeasurement.h:AdaptiveMeasurement.m_cmd","CClass:AdaptiveMeasurement:m_cmd"],["FloatCommand",,,,0,"File:MicroStrain/Inertial/Commands/FloatCommand.h:FloatCommand.m_cmd","CClass:FloatCommand:m_cmd"],["GeometricVectorCommand",,,,0,"File:MicroStrain/Inertial/Commands/GeometricVectorCommand.h:GeometricVectorCommand.m_cmd","CClass:GeometricVectorCommand:m_cmd"],["Matrix3x3Command",,,,0,"File:MicroStrain/Inertial/Commands/Matrix3x3Command.h:Matrix3x3Command.m_cmd","CClass:Matrix3x3Command:m_cmd"],["SignalConditioningSettings",,,,0,"File:MicroStrain/Inertial/Commands/SignalConditioningSettings.h:SignalConditioningSettings.m_cmd","CClass:SignalConditioningSettings:m_cmd"],["Uint16Command",,,,0,"File:MicroStrain/Inertial/Commands/Uint16Command.h:Uint16Command.m_cmd","CClass:Uint16Command:m_cmd"],["Uint8Command",,,,0,"File:MicroStrain/Inertial/Commands/Uint8Command.h:Uint8Command.m_cmd","CClass:Uint8Command:m_cmd"]]],["m_code",,[["Error_Connection",,,,0,"File:Exceptions.h:Error_Connection.m_code","CClass:Error_Connection:m_code"],["Error_MipCmdFailed",,,,0,"File:Exceptions.h:Error_MipCmdFailed.m_code","CClass:Error_MipCmdFailed:m_code"],["mscl.Error_Connection",,,,0,"File:Wrapper/CSharp/mscl/Exceptions.cs:mscl.Error_Connection.m_code","CSharpClass:mscl.Error_Connection:m_code"],["mscl.Error_MipCmdFailed",,,,0,"File:Wrapper/CSharp/mscl/Exceptions.cs:mscl.Error_MipCmdFailed.m_code","CSharpClass:mscl.Error_MipCmdFailed:m_code"]]],["m_coldStartOnPowerOn",,[["DeviceStatusData",,,,0,"File:MicroStrain/Inertial/ExposedInertialTypes.h:DeviceStatusData.m_coldStartOnPowerOn","CClass:DeviceStatusData:m_coldStartOnPowerOn"]]],["m_collectedTime",,[["MipDataPacket",,,,0,"File:MicroStrain/MIP/Packets/MipDataPacket.h:MipDataPacket.m_collectedTime","CClass:MipDataPacket:m_collectedTime"]]],["m_collector",,[["ResponsePattern",,,,0,"File:MicroStrain/ResponsePattern.h:ResponsePattern.m_collector","CClass:ResponsePattern:m_collector"]]],["m_comm",,[["Connection_Impl",,,,0,"File:Communication/Connection_Impl.h:Connection_Impl.m_comm","CClass:Connection_Impl:m_comm"]]],["m_command",,[["BaseStationButton",,,,0,"File:MicroStrain/Wireless/BaseStationButton.h:BaseStationButton.m_command","CClass:BaseStationButton:m_command"],["Response",,,,0,"File:MicroStrain/MIP/Commands/GenericMipCommand.h:Response.m_command","CClass:Response:m_command"]]],["m_commandId",,[["WirelessResponsePattern",,,,0,"File:MicroStrain/Wireless/Commands/WirelessResponsePattern.h:WirelessResponsePattern.m_commandId","CClass:WirelessResponsePattern:m_commandId"]]],["m_commandName",,[["GeographicSource",,,,0,"File:MicroStrain/Inertial/Commands/GeographicSource.h:GeographicSource.m_commandName","CClass:GeographicSource:m_commandName"],["MipCmdResponse",,,,0,"File:MicroStrain/MIP/Commands/MipCmdResponse.h:MipCmdResponse.m_commandName","CClass:MipCmdResponse:m_commandName"],["Response",,,,0,"File:MicroStrain/MIP/Commands/GenericMipCommand.h:Response.m_commandName","CClass:Response:m_commandName"]]],["m_commandsTimeout",,[["MipNode_Impl",,,,0,"File:MicroStrain/MIP/MipNode_Impl.h:MipNode_Impl.m_commandsTimeout","CClass:MipNode_Impl:m_commandsTimeout"]]],["m_commandType",,[["GeographicSource",,,,0,"File:MicroStrain/Inertial/Commands/GeographicSource.h:GeographicSource.m_commandType","CClass:GeographicSource:m_commandType"]]],["m_commProtocol",,[["BaseStation_Impl",,,,0,"File:MicroStrain/Wireless/BaseStation_Impl.h:BaseStation_Impl.m_commProtocol","CClass:BaseStation_Impl:m_commProtocol"],["BaseStationConfig",,,,0,"File:MicroStrain/Wireless/Configuration/BaseStationConfig.h:BaseStationConfig.m_commProtocol","CClass:BaseStationConfig:m_commProtocol"],["NodeDiscovery",,,,0,"File:MicroStrain/Wireless/NodeDiscovery.h:NodeDiscovery.m_commProtocol","CClass:NodeDiscovery:m_commProtocol"],["SyncSamplingNetwork",,,,0,"File:MicroStrain/Wireless/SyncSamplingNetwork.h:SyncSamplingNetwork.m_commProtocol","CClass:SyncSamplingNetwork:m_commProtocol"],["WirelessNodeConfig",,,,0,"File:MicroStrain/Wireless/Configuration/WirelessNodeConfig.h:WirelessNodeConfig.m_commProtocol","CClass:WirelessNodeConfig:m_commProtocol"]]],["m_complete",,[["SetToIdleStatus",,,,0,"File:MicroStrain/Wireless/Commands/SetToIdleStatus.h:SetToIdleStatus.m_complete","CClass:SetToIdleStatus:m_complete"]]],["m_completionFlag",,[["AutoCalResult",,,,0,"File:MicroStrain/Wireless/Commands/AutoCalResult.h:AutoCalResult.m_completionFlag","CClass:AutoCalResult:m_completionFlag"],["Response",,,,0,"File:MicroStrain/Wireless/Commands/AutoCal.h:Response.m_completionFlag","CClass:Response:m_completionFlag"]]],["m_comPortInfo",,[["DeviceStatusData",,,,0,"File:MicroStrain/Inertial/ExposedInertialTypes.h:DeviceStatusData.m_comPortInfo","CClass:DeviceStatusData:m_comPortInfo"]]],["m_condition",,[["TimedCondition",,,,0,"File:TimedCondition.h:TimedCondition.m_condition","CClass:TimedCondition:m_condition"]]],["m_configApplied",,[["SyncNetworkInfo",,,,0,"File:MicroStrain/Wireless/SyncNetworkInfo.h:SyncNetworkInfo.m_configApplied","CClass:SyncNetworkInfo:m_configApplied"],["SyncSamplingNetwork",,,,0,"File:MicroStrain/Wireless/SyncSamplingNetwork.h:SyncSamplingNetwork.m_configApplied","CClass:SyncSamplingNetwork:m_configApplied"]]],["m_connection",,[["BaseStation_Impl",,,,0,"File:MicroStrain/Wireless/BaseStation_Impl.h:BaseStation_Impl.m_connection","CClass:BaseStation_Impl:m_connection"],["MipNode_Impl",,,,0,"File:MicroStrain/MIP/MipNode_Impl.h:MipNode_Impl.m_connection","CClass:MipNode_Impl:m_connection"],["ResponseCollector",,,,0,"File:MicroStrain/ResponseCollector.h:ResponseCollector.m_connection","CClass:ResponseCollector:m_connection"]]],["m_connectionError",,[["Connection_Impl",,,,0,"File:Communication/Connection_Impl.h:Connection_Impl.m_connectionError","CClass:Connection_Impl:m_connectionError"]]],["m_connectionType",,[["DeviceInfo",,,,0,"File:Communication/Devices.h:DeviceInfo.m_connectionType","CClass:DeviceInfo:m_connectionType"]]],["m_ControlFlags",,[["EstimationControlFlags",,,,0,"File:MicroStrain/Inertial/Commands/EstimationControlFlags.h:EstimationControlFlags.m_ControlFlags","CClass:EstimationControlFlags:m_ControlFlags"]]],["m_count",,[["Bin",,,,0,"File:Bin.h:Bin.m_count","CClass:Bin:m_count"]]],["m_currentAddress",,[["NodeMemory_v1",,,,0,"File:MicroStrain/Wireless/NodeMemory_v1.h:NodeMemory_v1.m_currentAddress","CClass:NodeMemory_v1:m_currentAddress"]]],["m_currentData",,[["NodeMemory",,,,0,"File:MicroStrain/Wireless/NodeMemory.h:NodeMemory.m_currentData","CClass:NodeMemory:m_currentData"]]],["m_currentDataPacket",,[["WirelessPacketCollector",,,,0,"File:MicroStrain/Wireless/Packets/WirelessPacketCollector.h:WirelessPacketCollector.m_currentDataPacket","CClass:WirelessPacketCollector:m_currentDataPacket"]]],["m_currentPageNumber",,[["NodeMemory_v1",,,,0,"File:MicroStrain/Wireless/NodeMemory_v1.h:NodeMemory_v1.m_currentPageNumber","CClass:NodeMemory_v1:m_currentPageNumber"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/006d005f0064.js b/v66.0.1/MSCL_Docs/search/keywords/006d005f0064.js deleted file mode 100644 index b733f839b..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/006d005f0064.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("m_d",["Variable"],[["m_damage",,[["StructuralHealth",,,,0,"File:MicroStrain/Wireless/StructuralHealth.h:StructuralHealth.m_damage","CClass:StructuralHealth:m_damage"]]],["m_damageAngles",,[["FatigueOptions",,,,0,"File:MicroStrain/Wireless/Configuration/FatigueOptions.h:FatigueOptions.m_damageAngles","CClass:FatigueOptions:m_damageAngles"]]],["m_data",,[[,,,,0,"File:MicroStrain/Inertial/Commands/GNSS_SBASSettings.h:m_data"],["AdvancedLowPassFilterSettings",,,,0,"File:MicroStrain/Inertial/Commands/AdvancedLowPassFilterSettings.h:AdvancedLowPassFilterSettings.m_data","CClass:AdvancedLowPassFilterSettings:m_data"],["ComplementaryFilterSettings",,,,0,"File:MicroStrain/Inertial/Commands/ComplementaryFilterSettings.h:ComplementaryFilterSettings.m_data","CClass:ComplementaryFilterSettings:m_data"],["ConnectionDebugData",,,,0,"File:Communication/ConnectionDebugData.h:ConnectionDebugData.m_data","CClass:ConnectionDebugData:m_data"],["ContinuousBIT",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:ContinuousBIT.m_data","CClass:ContinuousBIT:m_data"],["DataBuffer",,,,0,"File:MicroStrain/DataBuffer.h:DataBuffer.m_data","CClass:DataBuffer:m_data"],["DataSweep",,,,0,"File:MicroStrain/Wireless/DataSweep.h:DataSweep.m_data","CClass:DataSweep:m_data"],["ExternalGNSSUpdate",,,,0,"File:MicroStrain/Inertial/Commands/ExternalGNSSUpdate.h:ExternalGNSSUpdate.m_data","CClass:ExternalGNSSUpdate:m_data"],["ExternalHeadingUpdate",,,,0,"File:MicroStrain/Inertial/Commands/ExternalHeadingUpdate.h:ExternalHeadingUpdate.m_data","CClass:ExternalHeadingUpdate:m_data"],["ExternalHeadingUpdateWithTimestamp",,,,0,"File:MicroStrain/Inertial/Commands/ExternalHeadingUpdateWithTimestamp.h:ExternalHeadingUpdateWithTimestamp.m_data","CClass:ExternalHeadingUpdateWithTimestamp:m_data"],["FilterInitializationConfig",,,,0,"File:MicroStrain/Inertial/Commands/FilterInitializationConfig.h:FilterInitializationConfig.m_data","CClass:FilterInitializationConfig:m_data"],["FloatCommand",,,,0,"File:MicroStrain/Inertial/Commands/FloatCommand.h:FloatCommand.m_data","CClass:FloatCommand:m_data"],["GenericMipCmdResponse",,,,0,"File:MicroStrain/MIP/Commands/GenericMipCommand.h:GenericMipCmdResponse.m_data","CClass:GenericMipCmdResponse:m_data"],["GeometricVectorCommand",,,,0,"File:MicroStrain/Inertial/Commands/GeometricVectorCommand.h:GeometricVectorCommand.m_data","CClass:GeometricVectorCommand:m_data"],["GNSS_ConstellationSettings",,,,0,"File:MicroStrain/Inertial/Commands/GNSS_ConstellationSettings.h:GNSS_ConstellationSettings.m_data","CClass:GNSS_ConstellationSettings:m_data"],["LoggedDataSweep",,,,0,"File:MicroStrain/Wireless/LoggedDataSweep.h:LoggedDataSweep.m_data","CClass:LoggedDataSweep:m_data"],["Matrix",,,,0,"File:MicroStrain/Matrix.h:Matrix.m_data","CClass:Matrix:m_data"],["Matrix3x3Command",,,,0,"File:MicroStrain/Inertial/Commands/Matrix3x3Command.h:Matrix3x3Command.m_data","CClass:Matrix3x3Command:m_data"],["RawRTCM_2_3Message",,,,0,"File:MicroStrain/Inertial/Commands/RawRTCM_2_3Message.h:RawRTCM_2_3Message.m_data","CClass:RawRTCM_2_3Message:m_data"],["ReadBufferSavePoint",,,,0,"File:MicroStrain/DataBuffer.h:ReadBufferSavePoint.m_data","CClass:ReadBufferSavePoint:m_data"],["Response",,,,0,"File:MicroStrain/Wireless/Commands/GetLoggedData.h:Response.m_data","CClass:Response:m_data"],["SetReferencePosition",,,,0,"File:MicroStrain/Inertial/Commands/SetReferencePosition.h:SetReferencePosition.m_data","CClass:SetReferencePosition:m_data"],["SignalConditioningSettings",,,,0,"File:MicroStrain/Inertial/Commands/SignalConditioningSettings.h:SignalConditioningSettings.m_data","CClass:SignalConditioningSettings:m_data"],["Uint16Command",,,,0,"File:MicroStrain/Inertial/Commands/Uint16Command.h:Uint16Command.m_data","CClass:Uint16Command:m_data"],["Uint8Command",,,,0,"File:MicroStrain/Inertial/Commands/Uint8Command.h:Uint8Command.m_data","CClass:Uint8Command:m_data"]]],["m_dataCollectionMethod",,[["WirelessNodeConfig",,,,0,"File:MicroStrain/Wireless/Configuration/WirelessNodeConfig.h:WirelessNodeConfig.m_dataCollectionMethod","CClass:WirelessNodeConfig:m_dataCollectionMethod"]]],["m_dataDownloadVersion",,[["DatalogDownloader",,,,0,"File:MicroStrain/Wireless/DatalogDownloader.h:DatalogDownloader.m_dataDownloadVersion","CClass:DatalogDownloader:m_dataDownloadVersion"]]],["m_dataFields",,[["MipDataPacket",,,,0,"File:MicroStrain/MIP/Packets/MipDataPacket.h:MipDataPacket.m_dataFields","CClass:MipDataPacket:m_dataFields"]]],["m_dataFormat",,[["WirelessNodeConfig",,,,0,"File:MicroStrain/Wireless/Configuration/WirelessNodeConfig.h:WirelessNodeConfig.m_dataFormat","CClass:WirelessNodeConfig:m_dataFormat"]]],["m_datalogSessionInfo",,[["WirelessProtocol",,,,0,"File:MicroStrain/Wireless/Commands/WirelessProtocol.h:WirelessProtocol.m_datalogSessionInfo","CClass:WirelessProtocol:m_datalogSessionInfo"]]],["m_dataMode",,[["WirelessNodeConfig",,,,0,"File:MicroStrain/Wireless/Configuration/WirelessNodeConfig.h:WirelessNodeConfig.m_dataMode","CClass:WirelessNodeConfig:m_dataMode"]]],["m_dataPackets",,[["MipPacketCollector",,,,0,"File:MicroStrain/MIP/Packets/MipPacketCollector.h:MipPacketCollector.m_dataPackets","CClass:MipPacketCollector:m_dataPackets"],["WirelessPacketCollector",,,,0,"File:MicroStrain/Wireless/Packets/WirelessPacketCollector.h:WirelessPacketCollector.m_dataPackets","CClass:WirelessPacketCollector:m_dataPackets"]]],["m_dataPoints",,[["Response",,,,0,"File:MicroStrain/Wireless/Commands/PageDownload.h:Response.m_dataPoints","CClass:Response:m_dataPoints"]]],["m_dataResponse",,[["Response",,,,0,"File:MicroStrain/MIP/Commands/GenericMipCommand.h:Response.m_dataResponse","CClass:Response:m_dataResponse"]]],["m_dataSweeps",,[["AlgorithmMetaData",,,,0,"File:MicroStrain/Wireless/Packets/WirelessDataPacket.h:AlgorithmMetaData.m_dataSweeps","CClass:AlgorithmMetaData:m_dataSweeps"]]],["m_dataType",,[["AlgorithmMetaData",,,,0,"File:MicroStrain/Wireless/Packets/WirelessDataPacket.h:AlgorithmMetaData.m_dataType","CClass:AlgorithmMetaData:m_dataType"]]],["m_debounceFilters",,[["WirelessNodeConfig",,,,0,"File:MicroStrain/Wireless/Configuration/WirelessNodeConfig.h:WirelessNodeConfig.m_debounceFilters","CClass:WirelessNodeConfig:m_debounceFilters"]]],["m_debugBufferCondition",,[["Connection_Impl",,,,0,"File:Communication/Connection_Impl.h:Connection_Impl.m_debugBufferCondition","CClass:Connection_Impl:m_debugBufferCondition"]]],["m_debugDataBuffer",,[["Connection_Impl",,,,0,"File:Communication/Connection_Impl.h:Connection_Impl.m_debugDataBuffer","CClass:Connection_Impl:m_debugDataBuffer"]]],["m_debugDataFunction",,[["BoostCommunication",,,,0,"File:Communication/BoostCommunication.h:BoostCommunication.m_debugDataFunction","CClass:BoostCommunication:m_debugDataFunction"]]],["m_debugDataMutex",,[["Connection_Impl",,,,0,"File:Communication/Connection_Impl.h:Connection_Impl.m_debugDataMutex","CClass:Connection_Impl:m_debugDataMutex"]]],["m_debugMode",,[["Connection_Impl",,,,0,"File:Communication/Connection_Impl.h:Connection_Impl.m_debugMode","CClass:Connection_Impl:m_debugMode"],["FatigueOptions",,,,0,"File:MicroStrain/Wireless/Configuration/FatigueOptions.h:FatigueOptions.m_debugMode","CClass:FatigueOptions:m_debugMode"]]],["m_decimation",,[["NmeaMessageFormat",,,,0,"File:MicroStrain/Inertial/ExposedInertialTypes.h:NmeaMessageFormat.m_decimation","CClass:NmeaMessageFormat:m_decimation"]]],["m_defaultMode",,[["NodeDiscovery",,,,0,"File:MicroStrain/Wireless/NodeDiscovery.h:NodeDiscovery.m_defaultMode","CClass:NodeDiscovery:m_defaultMode"],["WirelessNodeConfig",,,,0,"File:MicroStrain/Wireless/Configuration/WirelessNodeConfig.h:WirelessNodeConfig.m_defaultMode","CClass:WirelessNodeConfig:m_defaultMode"]]],["m_deliveryStopFlags",,[["WirelessPacket",,,,0,"File:MicroStrain/Wireless/Packets/WirelessPacket.h:WirelessPacket.m_deliveryStopFlags","CClass:WirelessPacket:m_deliveryStopFlags"]]],["m_derivedChannelMasks",,[["WirelessNodeConfig",,,,0,"File:MicroStrain/Wireless/Configuration/WirelessNodeConfig.h:WirelessNodeConfig.m_derivedChannelMasks","CClass:WirelessNodeConfig:m_derivedChannelMasks"]]],["m_derivedDataRate",,[["WirelessNodeConfig",,,,0,"File:MicroStrain/Wireless/Configuration/WirelessNodeConfig.h:WirelessNodeConfig.m_derivedDataRate","CClass:WirelessNodeConfig:m_derivedDataRate"]]],["m_derivedSweepSize",,[["NodeMemory_v2",,,,0,"File:MicroStrain/Wireless/NodeMemory_v2.h:NodeMemory_v2.m_derivedSweepSize","CClass:NodeMemory_v2:m_derivedSweepSize"]]],["m_derivedVelocityUnit",,[["WirelessNodeConfig",,,,0,"File:MicroStrain/Wireless/Configuration/WirelessNodeConfig.h:WirelessNodeConfig.m_derivedVelocityUnit","CClass:WirelessNodeConfig:m_derivedVelocityUnit"]]],["m_description",,[["ConfigIssue",,,,0,"File:MicroStrain/Wireless/Configuration/ConfigIssue.h:ConfigIssue.m_description","CClass:ConfigIssue:m_description"],["DeviceInfo",,,,0,"File:Communication/Devices.h:DeviceInfo.m_description","CClass:DeviceInfo:m_description"],["Error",,,,0,"File:Exceptions.h:Error.m_description","CClass:Error:m_description"],["WirelessChannel",,,,0,"File:MicroStrain/Wireless/WirelessChannel.h:WirelessChannel.m_description","CClass:WirelessChannel:m_description"]]],["m_descriptors",,[["MipNodeInfo",,,,0,"File:MicroStrain/MIP/MipNodeInfo.h:MipNodeInfo.m_descriptors","CClass:MipNodeInfo:m_descriptors"]]],["m_descriptorSet",,[["MipPacket",,,,0,"File:MicroStrain/MIP/Packets/MipPacket.h:MipPacket.m_descriptorSet","CClass:MipPacket:m_descriptorSet"],["MipPacketBuilder",,,,0,"File:MicroStrain/MIP/Packets/MipPacketBuilder.h:MipPacketBuilder.m_descriptorSet","CClass:MipPacketBuilder:m_descriptorSet"]]],["m_desription",,[["EepromLocation",,,,0,"File:MicroStrain/Wireless/Configuration/EepromLocation.h:EepromLocation.m_desription","CClass:EepromLocation:m_desription"]]],["m_deviceInfo",,[["MipNodeInfo",,,,0,"File:MicroStrain/MIP/MipNodeInfo.h:MipNodeInfo.m_deviceInfo","CClass:MipNodeInfo:m_deviceInfo"]]],["m_deviceSelector",,[["Response",,,,0,"File:MicroStrain/Inertial/Commands/ContinuousDataStream.h:Response.m_deviceSelector","CClass:Response:m_deviceSelector"]]],["m_deviceTime",,[["MipDataPacket",,,,0,"File:MicroStrain/MIP/Packets/MipDataPacket.h:MipDataPacket.m_deviceTime","CClass:MipDataPacket:m_deviceTime"]]],["m_deviceTimeFlags",,[["MipDataPacket",,,,0,"File:MicroStrain/MIP/Packets/MipDataPacket.h:MipDataPacket.m_deviceTimeFlags","CClass:MipDataPacket:m_deviceTimeFlags"]]],["m_deviceTimeValid",,[["MipDataPacket",,,,0,"File:MicroStrain/MIP/Packets/MipDataPacket.h:MipDataPacket.m_deviceTimeValid","CClass:MipDataPacket:m_deviceTimeValid"]]],["m_diagnosticInterval",,[["WirelessNodeConfig",,,,0,"File:MicroStrain/Wireless/Configuration/WirelessNodeConfig.h:WirelessNodeConfig.m_diagnosticInterval","CClass:WirelessNodeConfig:m_diagnosticInterval"]]],["m_disabledBeacon",,[["SyncSamplingNetwork",,,,0,"File:MicroStrain/Wireless/SyncSamplingNetwork.h:SyncSamplingNetwork.m_disabledBeacon","CClass:SyncSamplingNetwork:m_disabledBeacon"]]],["m_distMode_lowerBound",,[["FatigueOptions",,,,0,"File:MicroStrain/Wireless/Configuration/FatigueOptions.h:FatigueOptions.m_distMode_lowerBound","CClass:FatigueOptions:m_distMode_lowerBound"]]],["m_distMode_numAngles",,[["FatigueOptions",,,,0,"File:MicroStrain/Wireless/Configuration/FatigueOptions.h:FatigueOptions.m_distMode_numAngles","CClass:FatigueOptions:m_distMode_numAngles"]]],["m_distMode_upperBound",,[["FatigueOptions",,,,0,"File:MicroStrain/Wireless/Configuration/FatigueOptions.h:FatigueOptions.m_distMode_upperBound","CClass:FatigueOptions:m_distMode_upperBound"]]],["m_doneDownloading",,[["NodeMemory_v2",,,,0,"File:MicroStrain/Wireless/NodeMemory_v2.h:NodeMemory_v2.m_doneDownloading","CClass:NodeMemory_v2:m_doneDownloading"]]],["m_downloadAddress",,[["NodeMemory_v2",,,,0,"File:MicroStrain/Wireless/NodeMemory_v2.h:NodeMemory_v2.m_downloadAddress","CClass:NodeMemory_v2:m_downloadAddress"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/006d005f0065.js b/v66.0.1/MSCL_Docs/search/keywords/006d005f0065.js deleted file mode 100644 index a9692a553..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/006d005f0065.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("m_e",["Variable"],[["m_eeprom",,[["BaseStation_Impl",,,,0,"File:MicroStrain/Wireless/BaseStation_Impl.h:BaseStation_Impl.m_eeprom","CClass:BaseStation_Impl:m_eeprom"],["WirelessNode_Impl",,,,0,"File:MicroStrain/Wireless/WirelessNode_Impl.h:WirelessNode_Impl.m_eeprom","CClass:WirelessNode_Impl:m_eeprom"]]],["m_eepromAddress",,[["Response",,,,0,"File:MicroStrain/Wireless/Commands/BaseStation_ReadEeprom_v2.h:Response.m_eepromAddress","CClass:Response:m_eepromAddress"]]],["m_eepromCache",,[["Eeprom",,,,0,"File:MicroStrain/Wireless/Configuration/Eeprom.h:Eeprom.m_eepromCache","CClass:Eeprom:m_eepromCache"]]],["m_eepromHelper",,[["BaseStation_Impl",,,,0,"File:MicroStrain/Wireless/BaseStation_Impl.h:BaseStation_Impl.m_eepromHelper","CClass:BaseStation_Impl:m_eepromHelper"],["SyncNodeConfig",,,,0,"File:MicroStrain/Wireless/Configuration/SyncNodeConfig.h:SyncNodeConfig.m_eepromHelper","CClass:SyncNodeConfig:m_eepromHelper"],["WirelessNode_Impl",,,,0,"File:MicroStrain/Wireless/WirelessNode_Impl.h:WirelessNode_Impl.m_eepromHelper","CClass:WirelessNode_Impl:m_eepromHelper"]]],["m_eepromMap",,[["NodeDiscovery",,,,0,"File:MicroStrain/Wireless/NodeDiscovery.h:NodeDiscovery.m_eepromMap","CClass:NodeDiscovery:m_eepromMap"],["Response",,,,0,"File:MicroStrain/Wireless/Commands/BatchEepromRead.h:Response.m_eepromMap","CClass:Response:m_eepromMap"]]],["m_eepromSettings",,[["WirelessNode_Impl",,,,0,"File:MicroStrain/Wireless/WirelessNode_Impl.h:WirelessNode_Impl.m_eepromSettings","CClass:WirelessNode_Impl:m_eepromSettings"]]],["m_emptyBufferCondition",,[["MipPacketCollector",,,,0,"File:MicroStrain/MIP/Packets/MipPacketCollector.h:MipPacketCollector.m_emptyBufferCondition","CClass:MipPacketCollector:m_emptyBufferCondition"],["RawBytePacketCollector",,,,0,"File:Communication/RawBytePacketCollector.h:RawBytePacketCollector.m_emptyBufferCondition","CClass:RawBytePacketCollector:m_emptyBufferCondition"],["WirelessPacketCollector",,,,0,"File:MicroStrain/Wireless/Packets/WirelessPacketCollector.h:WirelessPacketCollector.m_emptyBufferCondition","CClass:WirelessPacketCollector:m_emptyBufferCondition"]]],["m_enableBeacon",,[["WirelessProtocol",,,,0,"File:MicroStrain/Wireless/Commands/WirelessProtocol.h:WirelessProtocol.m_enableBeacon","CClass:WirelessProtocol:m_enableBeacon"]]],["m_enabled",,[["ActivitySense",,,,0,"File:MicroStrain/Wireless/Configuration/ActivitySense.h:ActivitySense.m_enabled","CClass:ActivitySense:m_enabled"],["BeaconStatus",,,,0,"File:MicroStrain/Wireless/Commands/BeaconStatus.h:BeaconStatus.m_enabled","CClass:BeaconStatus:m_enabled"],["ConingAndScullingEnable",,,,0,"File:MicroStrain/Inertial/Commands/ConingAndScullingEnable.h:ConingAndScullingEnable.m_enabled","CClass:ConingAndScullingEnable:m_enabled"]]],["m_enableErrorTracking",,[["MeasurementReferenceFrame",,,,0,"File:MicroStrain/Inertial/ExposedInertialTypes.h:MeasurementReferenceFrame.m_enableErrorTracking","CClass:MeasurementReferenceFrame:m_enableErrorTracking"]]],["m_end",,[["Bin",,,,0,"File:Bin.h:Bin.m_end","CClass:Bin:m_end"]]],["m_enumerator",,[["WMI_Helper",,,,0,"File:WMI_Helper.h:WMI_Helper.m_enumerator","CClass:WMI_Helper:m_enumerator"]]],["m_epoch",,[["Timestamp",,,,0,"File:Timestamp.h:Timestamp.m_epoch","CClass:Timestamp:m_epoch"]]],["m_eqType",,[["CalCoefficients",,,,0,"File:MicroStrain/Wireless/CalCoefficients.h:CalCoefficients.m_eqType","CClass:CalCoefficients:m_eqType"]]],["m_equationTypes",,[["WirelessNodeConfig",,,,0,"File:MicroStrain/Wireless/Configuration/WirelessNodeConfig.h:WirelessNodeConfig.m_equationTypes","CClass:WirelessNodeConfig:m_equationTypes"]]],["m_erase",,[["WirelessProtocol",,,,0,"File:MicroStrain/Wireless/Commands/WirelessProtocol.h:WirelessProtocol.m_erase","CClass:WirelessProtocol:m_erase"]]],["m_errorCode",,[["AutoBalanceResult",,,,0,"File:MicroStrain/Wireless/Commands/AutoBalanceResult.h:AutoBalanceResult.m_errorCode","CClass:AutoBalanceResult:m_errorCode"],["Connection_Impl",,,,0,"File:Communication/Connection_Impl.h:Connection_Impl.m_errorCode","CClass:Connection_Impl:m_errorCode"],["Response",,,,0,"File:MicroStrain/Wireless/Commands/BaseStation_ReadEeprom_v2.h:Response.m_errorCode","CClass:Response:m_errorCode"]]],["m_errorFlag",,[["AutoShuntCalResult",,,,0,"File:MicroStrain/Wireless/Commands/AutoCalResult.h:AutoShuntCalResult.m_errorFlag","CClass:AutoShuntCalResult:m_errorFlag"]]],["m_errorFlagCh1",,[["AutoCalResult_shmLink",,,,0,"File:MicroStrain/Wireless/Commands/AutoCalResult.h:AutoCalResult_shmLink.m_errorFlagCh1","CClass:AutoCalResult_shmLink:m_errorFlagCh1"],["AutoCalResult_shmLink201",,,,0,"File:MicroStrain/Wireless/Commands/AutoCalResult.h:AutoCalResult_shmLink201.m_errorFlagCh1","CClass:AutoCalResult_shmLink201:m_errorFlagCh1"]]],["m_errorFlagCh2",,[["AutoCalResult_shmLink",,,,0,"File:MicroStrain/Wireless/Commands/AutoCalResult.h:AutoCalResult_shmLink.m_errorFlagCh2","CClass:AutoCalResult_shmLink:m_errorFlagCh2"],["AutoCalResult_shmLink201",,,,0,"File:MicroStrain/Wireless/Commands/AutoCalResult.h:AutoCalResult_shmLink201.m_errorFlagCh2","CClass:AutoCalResult_shmLink201:m_errorFlagCh2"]]],["m_errorFlagCh3",,[["AutoCalResult_shmLink",,,,0,"File:MicroStrain/Wireless/Commands/AutoCalResult.h:AutoCalResult_shmLink.m_errorFlagCh3","CClass:AutoCalResult_shmLink:m_errorFlagCh3"],["AutoCalResult_shmLink201",,,,0,"File:MicroStrain/Wireless/Commands/AutoCalResult.h:AutoCalResult_shmLink201.m_errorFlagCh3","CClass:AutoCalResult_shmLink201:m_errorFlagCh3"]]],["m_errorMsg",,[["Connection_Impl",,,,0,"File:Communication/Connection_Impl.h:Connection_Impl.m_errorMsg","CClass:Connection_Impl:m_errorMsg"]]],["m_established",,[["Connection_Impl",,,,0,"File:Communication/Connection_Impl.h:Connection_Impl.m_established","CClass:Connection_Impl:m_established"]]],["m_estimationFilterStreamInfo",,[["DeviceStatusData",,,,0,"File:MicroStrain/Inertial/ExposedInertialTypes.h:DeviceStatusData.m_estimationFilterStreamInfo","CClass:DeviceStatusData:m_estimationFilterStreamInfo"]]],["m_eventActionInfo",,[["MipNodeInfo",,,,0,"File:MicroStrain/MIP/MipNodeInfo.h:MipNodeInfo.m_eventActionInfo","CClass:MipNodeInfo:m_eventActionInfo"]]],["m_eventNodes",,[["SyncSamplingNetwork",,,,0,"File:MicroStrain/Wireless/SyncSamplingNetwork.h:SyncSamplingNetwork.m_eventNodes","CClass:SyncSamplingNetwork:m_eventNodes"]]],["m_eventTriggerInfo",,[["MipNodeInfo",,,,0,"File:MicroStrain/MIP/MipNodeInfo.h:MipNodeInfo.m_eventTriggerInfo","CClass:MipNodeInfo:m_eventTriggerInfo"]]],["m_eventTriggerOptions",,[["WirelessNodeConfig",,,,0,"File:MicroStrain/Wireless/Configuration/WirelessNodeConfig.h:WirelessNodeConfig.m_eventTriggerOptions","CClass:WirelessNodeConfig:m_eventTriggerOptions"]]],["m_excitationVoltage",,[["WirelessNodeConfig",,,,0,"File:MicroStrain/Wireless/Configuration/WirelessNodeConfig.h:WirelessNodeConfig.m_excitationVoltage","CClass:WirelessNodeConfig:m_excitationVoltage"]]],["m_expectedResponses",,[["ResponseCollector",,,,0,"File:MicroStrain/ResponseCollector.h:ResponseCollector.m_expectedResponses","CClass:ResponseCollector:m_expectedResponses"]]],["m_extendedRange",,[["RadioFeatures",,,,0,"File:MicroStrain/Wireless/RadioFeatures.h:RadioFeatures.m_extendedRange","CClass:RadioFeatures:m_extendedRange"]]],["m_extraData",,[["NodeMemory_v2",,,,0,"File:MicroStrain/Wireless/NodeMemory_v2.h:NodeMemory_v2.m_extraData","CClass:NodeMemory_v2:m_extraData"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/006d005f0066.js b/v66.0.1/MSCL_Docs/search/keywords/006d005f0066.js deleted file mode 100644 index dd13ff06a..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/006d005f0066.js +++ /dev/null @@ -1 +0,0 @@ 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\ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/006d005f0067.js b/v66.0.1/MSCL_Docs/search/keywords/006d005f0067.js deleted file mode 100644 index 087ff14fc..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/006d005f0067.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("m_g",["Variable"],[["m_gaugeFactors",,[["WirelessNodeConfig",,,,0,"File:MicroStrain/Wireless/Configuration/WirelessNodeConfig.h:WirelessNodeConfig.m_gaugeFactors","CClass:WirelessNodeConfig:m_gaugeFactors"]]],["m_gaugeResistance",,[["WirelessNodeConfig",,,,0,"File:MicroStrain/Wireless/Configuration/WirelessNodeConfig.h:WirelessNodeConfig.m_gaugeResistance","CClass:WirelessNodeConfig:m_gaugeResistance"]]],["m_general",,[["CV7ContinuousBIT_Filter",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:CV7ContinuousBIT_Filter.m_general","CClass:CV7ContinuousBIT_Filter:m_general"],["CV7ContinuousBIT_IMU",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:CV7ContinuousBIT_IMU.m_general","CClass:CV7ContinuousBIT_IMU:m_general"],["CV7ContinuousBIT_System",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:CV7ContinuousBIT_System.m_general","CClass:CV7ContinuousBIT_System:m_general"],["GQ7ContinuousBIT_Filter",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:GQ7ContinuousBIT_Filter.m_general","CClass:GQ7ContinuousBIT_Filter:m_general"],["GQ7ContinuousBIT_GNSS",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:GQ7ContinuousBIT_GNSS.m_general","CClass:GQ7ContinuousBIT_GNSS:m_general"],["GQ7ContinuousBIT_IMU",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:GQ7ContinuousBIT_IMU.m_general","CClass:GQ7ContinuousBIT_IMU:m_general"],["GQ7ContinuousBIT_System",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:GQ7ContinuousBIT_System.m_general","CClass:GQ7ContinuousBIT_System:m_general"]]],["m_getDatalogData",,[["WirelessProtocol",,,,0,"File:MicroStrain/Wireless/Commands/WirelessProtocol.h:WirelessProtocol.m_getDatalogData","CClass:WirelessProtocol:m_getDatalogData"]]],["m_getDiagnosticInfo",,[["WirelessProtocol",,,,0,"File:MicroStrain/Wireless/Commands/WirelessProtocol.h:WirelessProtocol.m_getDiagnosticInfo","CClass:WirelessProtocol:m_getDiagnosticInfo"]]],["m_gnss",,[["GQ7ContinuousBIT",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:GQ7ContinuousBIT.m_gnss","CClass:GQ7ContinuousBIT:m_gnss"]]],["m_gnss1PpsPulseInfo",,[["DeviceStatusData",,,,0,"File:MicroStrain/Inertial/ExposedInertialTypes.h:DeviceStatusData.m_gnss1PpsPulseInfo","CClass:DeviceStatusData:m_gnss1PpsPulseInfo"]]],["m_gnssMessageInfo",,[["DeviceStatusData",,,,0,"File:MicroStrain/Inertial/ExposedInertialTypes.h:DeviceStatusData.m_gnssMessageInfo","CClass:DeviceStatusData:m_gnssMessageInfo"]]],["m_gnssPowerStateOn",,[["DeviceStatusData",,,,0,"File:MicroStrain/Inertial/ExposedInertialTypes.h:DeviceStatusData.m_gnssPowerStateOn","CClass:DeviceStatusData:m_gnssPowerStateOn"]]],["m_gnssRateBase",,[["MipNode_Impl",,,,0,"File:MicroStrain/MIP/MipNode_Impl.h:MipNode_Impl.m_gnssRateBase","CClass:MipNode_Impl:m_gnssRateBase"]]],["m_gnssReceiverInitializationFailed",,[["DeviceStatusData",,,,0,"File:MicroStrain/Inertial/ExposedInertialTypes.h:DeviceStatusData.m_gnssReceiverInitializationFailed","CClass:DeviceStatusData:m_gnssReceiverInitializationFailed"]]],["m_gnssSource",,[["GNSS_SourceControl",,,,0,"File:MicroStrain/Inertial/Commands/GNSS_SourceControl.h:GNSS_SourceControl.m_gnssSource","CClass:GNSS_SourceControl:m_gnssSource"]]],["m_gnssStreamInfo",,[["DeviceStatusData",,,,0,"File:MicroStrain/Inertial/ExposedInertialTypes.h:DeviceStatusData.m_gnssStreamInfo","CClass:DeviceStatusData:m_gnssStreamInfo"]]],["m_groupSize",,[["SyncNetworkInfo",,,,0,"File:MicroStrain/Wireless/SyncNetworkInfo.h:SyncNetworkInfo.m_groupSize","CClass:SyncNetworkInfo:m_groupSize"]]],["m_gyroBiasVector",,[["GyroBias",,,,0,"File:MicroStrain/Inertial/Commands/GyroBias.h:GyroBias.m_gyroBiasVector","CClass:GyroBias:m_gyroBiasVector"]]],["m_gyroRange",,[["DeviceStatusData",,,,0,"File:MicroStrain/Inertial/ExposedInertialTypes.h:DeviceStatusData.m_gyroRange","CClass:DeviceStatusData:m_gyroRange"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/006d005f0068.js b/v66.0.1/MSCL_Docs/search/keywords/006d005f0068.js deleted file mode 100644 index ec9f838e9..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/006d005f0068.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("m_h",["Variable"],[["m_hardBaseReset",,[["WirelessProtocol",,,,0,"File:MicroStrain/Wireless/Commands/WirelessProtocol.h:WirelessProtocol.m_hardBaseReset","CClass:WirelessProtocol:m_hardBaseReset"]]],["m_hardReset",,[["WirelessProtocol",,,,0,"File:MicroStrain/Wireless/Commands/WirelessProtocol.h:WirelessProtocol.m_hardReset","CClass:WirelessProtocol:m_hardReset"]]],["m_hardwareOffset",,[["AutoBalanceResult",,,,0,"File:MicroStrain/Wireless/Commands/AutoBalanceResult.h:AutoBalanceResult.m_hardwareOffset","CClass:AutoBalanceResult:m_hardwareOffset"]]],["m_hardwareOffsets",,[["WirelessNodeConfig",,,,0,"File:MicroStrain/Wireless/Configuration/WirelessNodeConfig.h:WirelessNodeConfig.m_hardwareOffsets","CClass:WirelessNodeConfig:m_hardwareOffsets"]]],["m_hasDeviceTime",,[["MipDataPacket",,,,0,"File:MicroStrain/MIP/Packets/MipDataPacket.h:MipDataPacket.m_hasDeviceTime","CClass:MipDataPacket:m_hasDeviceTime"]]],["m_hasMagnetometer",,[["DeviceStatusData",,,,0,"File:MicroStrain/Inertial/ExposedInertialTypes.h:DeviceStatusData.m_hasMagnetometer","CClass:DeviceStatusData:m_hasMagnetometer"]]],["m_hasPendingConfig",,[["SyncNetworkInfo",,,,0,"File:MicroStrain/Wireless/SyncNetworkInfo.h:SyncNetworkInfo.m_hasPendingConfig","CClass:SyncNetworkInfo:m_hasPendingConfig"]]],["m_hasPressure",,[["DeviceStatusData",,,,0,"File:MicroStrain/Inertial/ExposedInertialTypes.h:DeviceStatusData.m_hasPressure","CClass:DeviceStatusData:m_hasPressure"]]],["m_hasValidFlag",,[["MipDataPoint",,,,0,"File:MicroStrain/MIP/MipDataPoint.h:MipDataPoint.m_hasValidFlag","CClass:MipDataPoint:m_hasValidFlag"]]],["m_hasWritten",,[["Eeprom",,,,0,"File:MicroStrain/Wireless/Configuration/Eeprom.h:Eeprom.m_hasWritten","CClass:Eeprom:m_hasWritten"]]],["m_heading",,[["AidingMeasurementHeading",,,,0,"File:MicroStrain/MIP/MipTypes.h:AidingMeasurementHeading.m_heading","CClass:AidingMeasurementHeading:m_heading"]]],["m_HeadingUpdateOptions",,[["AdaptiveMeasurement",,,,0,"File:MicroStrain/Inertial/Commands/AdaptiveMeasurement.h:AdaptiveMeasurement.m_HeadingUpdateOptions","CClass:AdaptiveMeasurement:m_HeadingUpdateOptions"],["HeadingUpdateControl",,,,0,"File:MicroStrain/Inertial/Commands/HeadingUpdateControl.h:HeadingUpdateControl.m_HeadingUpdateOptions","CClass:HeadingUpdateControl:m_HeadingUpdateOptions"]]],["m_height",,[["AidingMeasurementHeight",,,,0,"File:MicroStrain/MIP/MipTypes.h:AidingMeasurementHeight.m_height","CClass:AidingMeasurementHeight:m_height"]]],["m_highPassFilters",,[["WirelessNodeConfig",,,,0,"File:MicroStrain/Wireless/Configuration/WirelessNodeConfig.h:WirelessNodeConfig.m_highPassFilters","CClass:WirelessNodeConfig:m_highPassFilters"]]],["m_histogram",,[["StructuralHealth",,,,0,"File:MicroStrain/Wireless/StructuralHealth.h:StructuralHealth.m_histogram","CClass:StructuralHealth:m_histogram"]]],["m_histogramEnable",,[["FatigueOptions",,,,0,"File:MicroStrain/Wireless/Configuration/FatigueOptions.h:FatigueOptions.m_histogramEnable","CClass:FatigueOptions:m_histogramEnable"]]],["m_histogramOptions",,[["WirelessNodeConfig",,,,0,"File:MicroStrain/Wireless/Configuration/WirelessNodeConfig.h:WirelessNodeConfig.m_histogramOptions","CClass:WirelessNodeConfig:m_histogramOptions"]]],["m_host",,[["WebSocketConnection",,,,0,"File:Communication/WebSocketConnection.h:WebSocketConnection.m_host","CClass:WebSocketConnection:m_host"],["WebSocketSecureConnection",,,,0,"File:Communication/WebSocketSecureConnection.h:WebSocketSecureConnection.m_host","CClass:WebSocketSecureConnection:m_host"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/006d005f0069.js b/v66.0.1/MSCL_Docs/search/keywords/006d005f0069.js deleted file mode 100644 index f2858d83c..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/006d005f0069.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("m_i",["Variable"],[["m_id",,[["EepromLocation",,,,0,"File:MicroStrain/Wireless/Configuration/EepromLocation.h:EepromLocation.m_id","CClass:EepromLocation:m_id"],["MipChannelIdentifier",,,,0,"File:MicroStrain/MIP/MipTypes.h:MipChannelIdentifier.m_id","CClass:MipChannelIdentifier:m_id"],["WirelessChannel",,,,0,"File:MicroStrain/Wireless/WirelessChannel.h:WirelessChannel.m_id","CClass:WirelessChannel:m_id"]]],["m_impl",,[["BaseStation",,,,0,"File:MicroStrain/Wireless/BaseStation.h:BaseStation.m_impl","CClass:BaseStation:m_impl"],["Connection",,,,0,"File:Communication/Connection.h:Connection.m_impl","CClass:Connection:m_impl"],["DisplacementNode",,,,0,"File:MicroStrain/Displacement/DisplacementNode.h:DisplacementNode.m_impl","CClass:DisplacementNode:m_impl"],["MipNode",,,,0,"File:MicroStrain/MIP/MipNode.h:MipNode.m_impl","CClass:MipNode:m_impl"],["WirelessNode",,,,0,"File:MicroStrain/Wireless/WirelessNode.h:WirelessNode.m_impl","CClass:WirelessNode:m_impl"]]],["m_imu",,[["CV7ContinuousBIT",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:CV7ContinuousBIT.m_imu","CClass:CV7ContinuousBIT:m_imu"],["GQ7ContinuousBIT",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:GQ7ContinuousBIT.m_imu","CClass:GQ7ContinuousBIT:m_imu"]]],["m_imuMessageInfo",,[["DeviceStatusData",,,,0,"File:MicroStrain/Inertial/ExposedInertialTypes.h:DeviceStatusData.m_imuMessageInfo","CClass:DeviceStatusData:m_imuMessageInfo"]]],["m_imuStreamInfo",,[["DeviceStatusData",,,,0,"File:MicroStrain/Inertial/ExposedInertialTypes.h:DeviceStatusData.m_imuStreamInfo","CClass:DeviceStatusData:m_imuStreamInfo"]]],["m_inactivityThreshold",,[["ActivitySense",,,,0,"File:MicroStrain/Wireless/Configuration/ActivitySense.h:ActivitySense.m_inactivityThreshold","CClass:ActivitySense:m_inactivityThreshold"]]],["m_inactivityTimeout",,[["ActivitySense",,,,0,"File:MicroStrain/Wireless/Configuration/ActivitySense.h:ActivitySense.m_inactivityTimeout","CClass:ActivitySense:m_inactivityTimeout"],["WirelessNodeConfig",,,,0,"File:MicroStrain/Wireless/Configuration/WirelessNodeConfig.h:WirelessNodeConfig.m_inactivityTimeout","CClass:WirelessNodeConfig:m_inactivityTimeout"]]],["m_info",,[["MockBaseStation_Impl",,,,0,"File:MicroStrain/Wireless/MockBaseStation_Impl.h:MockBaseStation_Impl.m_info","CClass:MockBaseStation_Impl:m_info"],["MockWirelessNode_Impl",,,,0,"File:MicroStrain/Wireless/MockWirelessNode_Impl.h:MockWirelessNode_Impl.m_info","CClass:MockWirelessNode_Impl:m_info"]]],["m_infoBytes",,[["Response",,,,0,"File:MicroStrain/Wireless/Commands/AutoCal.h:Response.m_infoBytes","CClass:Response:m_infoBytes"]]],["m_inputRanges",,[["WirelessNodeConfig",,,,0,"File:MicroStrain/Wireless/Configuration/WirelessNodeConfig.h:WirelessNodeConfig.m_inputRanges","CClass:WirelessNodeConfig:m_inputRanges"]]],["m_interfaceAddress",,[["TcpIpConnection",,,,0,"File:Communication/TcpIpConnection.h:TcpIpConnection.m_interfaceAddress","CClass:TcpIpConnection:m_interfaceAddress"]]],["m_interval;",,[["Response",,,,0,"File:MicroStrain/Wireless/Commands/BaseStation_RfSweepStart.h:Response.m_interval_","CClass:Response:m_interval_"]]],["m_ioContext",,[["BoostCommunication",,,,0,"File:Communication/BoostCommunication.h:BoostCommunication.m_ioContext","CClass:BoostCommunication:m_ioContext"],["Connection_Impl",,,,0,"File:Communication/Connection_Impl.h:Connection_Impl.m_ioContext","CClass:Connection_Impl:m_ioContext"]]],["m_ioObject",,[["BoostCommunication",,,,0,"File:Communication/BoostCommunication.h:BoostCommunication.m_ioObject","CClass:BoostCommunication:m_ioObject"]]],["m_ioPort",,[["Connection_Impl",,,,0,"File:Communication/Connection_Impl.h:Connection_Impl.m_ioPort","CClass:Connection_Impl:m_ioPort"]]],["m_isChannelGroupIssue",,[["ConfigIssue",,,,0,"File:MicroStrain/Wireless/Configuration/ConfigIssue.h:ConfigIssue.m_isChannelGroupIssue","CClass:ConfigIssue:m_isChannelGroupIssue"]]],["m_isMathData",,[["DatalogDownloader",,,,0,"File:MicroStrain/Wireless/DatalogDownloader.h:DatalogDownloader.m_isMathData","CClass:DatalogDownloader:m_isMathData"],["NodeMemory_v2",,,,0,"File:MicroStrain/Wireless/NodeMemory_v2.h:NodeMemory_v2.m_isMathData","CClass:NodeMemory_v2:m_isMathData"]]],["m_isNotified",,[["TimedCondition",,,,0,"File:TimedCondition.h:TimedCondition.m_isNotified","CClass:TimedCondition:m_isNotified"]]],["m_issues",,[["Error_InvalidConfig",,,,0,"File:Exceptions.h:Error_InvalidConfig.m_issues","CClass:Error_InvalidConfig:m_issues"],["mscl.Error_InvalidConfig",,,,0,"File:Wrapper/CSharp/mscl/Exceptions.cs:mscl.Error_InvalidConfig.m_issues","CSharpClass:mscl.Error_InvalidConfig:m_issues"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/006d005f006c.js b/v66.0.1/MSCL_Docs/search/keywords/006d005f006c.js deleted file mode 100644 index 007c489e2..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/006d005f006c.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("m_l",["Variable"],[["m_lastAddress",,[["NodeMemory_v2",,,,0,"File:MicroStrain/Wireless/NodeMemory_v2.h:NodeMemory_v2.m_lastAddress","CClass:NodeMemory_v2:m_lastAddress"]]],["m_lastCommTime",,[["BaseStation_Impl",,,,0,"File:MicroStrain/Wireless/BaseStation_Impl.h:BaseStation_Impl.m_lastCommTime","CClass:BaseStation_Impl:m_lastCommTime"],["MipNode_Impl",,,,0,"File:MicroStrain/MIP/MipNode_Impl.h:MipNode_Impl.m_lastCommTime","CClass:MipNode_Impl:m_lastCommTime"]]],["m_lastDeviceState",,[["MipNode_Impl",,,,0,"File:MicroStrain/MIP/MipNode_Impl.h:MipNode_Impl.m_lastDeviceState","CClass:MipNode_Impl:m_lastDeviceState"]]],["m_lastPacketMap",,[["WirelessParser",,,,0,"File:MicroStrain/Wireless/WirelessParser.h:WirelessParser.m_lastPacketMap","CClass:WirelessParser:m_lastPacketMap"]]],["m_linearEq",,[["CalCoefficients",,,,0,"File:MicroStrain/Wireless/CalCoefficients.h:CalCoefficients.m_linearEq","CClass:CalCoefficients:m_linearEq"]]],["m_linearEquations",,[["WirelessNodeConfig",,,,0,"File:MicroStrain/Wireless/Configuration/WirelessNodeConfig.h:WirelessNodeConfig.m_linearEquations","CClass:WirelessNodeConfig:m_linearEquations"]]],["m_location",,[["EepromLocation",,,,0,"File:MicroStrain/Wireless/Configuration/EepromLocation.h:EepromLocation.m_location","CClass:EepromLocation:m_location"]]],["m_loga",,[["SnCurveSegment",,,,0,"File:MicroStrain/Wireless/Configuration/FatigueOptions.h:SnCurveSegment.m_loga","CClass:SnCurveSegment:m_loga"]]],["m_loggedTime",,[["ConnectionDebugData",,,,0,"File:Communication/ConnectionDebugData.h:ConnectionDebugData.m_loggedTime","CClass:ConnectionDebugData:m_loggedTime"]]],["m_logPage",,[["NodeMemory_v1",,,,0,"File:MicroStrain/Wireless/NodeMemory_v1.h:NodeMemory_v1.m_logPage","CClass:NodeMemory_v1:m_logPage"]]],["m_longPing",,[["WirelessProtocol",,,,0,"File:MicroStrain/Wireless/Commands/WirelessProtocol.h:WirelessProtocol.m_longPing","CClass:WirelessProtocol:m_longPing"]]],["m_lossless",,[["SyncSamplingNetwork",,,,0,"File:MicroStrain/Wireless/SyncSamplingNetwork.h:SyncSamplingNetwork.m_lossless","CClass:SyncSamplingNetwork:m_lossless"]]],["m_lostBeaconTimeout",,[["WirelessNodeConfig",,,,0,"File:MicroStrain/Wireless/Configuration/WirelessNodeConfig.h:WirelessNodeConfig.m_lostBeaconTimeout","CClass:WirelessNodeConfig:m_lostBeaconTimeout"]]],["m_lowBatteryThreshold",,[["WirelessNodeConfig",,,,0,"File:MicroStrain/Wireless/Configuration/WirelessNodeConfig.h:WirelessNodeConfig.m_lowBatteryThreshold","CClass:WirelessNodeConfig:m_lowBatteryThreshold"]]],["m_lowPassFilters",,[["WirelessNodeConfig",,,,0,"File:MicroStrain/Wireless/Configuration/WirelessNodeConfig.h:WirelessNodeConfig.m_lowPassFilters","CClass:WirelessNodeConfig:m_lowPassFilters"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/006d005f006d.js b/v66.0.1/MSCL_Docs/search/keywords/006d005f006d.js deleted file mode 100644 index a570a5337..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/006d005f006d.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("m_m",["Variable"],[["m_m",,[["SnCurveSegment",,,,0,"File:MicroStrain/Wireless/Configuration/FatigueOptions.h:SnCurveSegment.m_m","CClass:SnCurveSegment:m_m"]]],["m_magConversionVal",,[["HclSmartBearing_RawPacket",,,,0,"File:MicroStrain/Wireless/Packets/HclSmartBearing_RawPacket.h:HclSmartBearing_RawPacket.m_magConversionVal","CClass:HclSmartBearing_RawPacket:m_magConversionVal"]]],["m_magField",,[["AidingMeasurementMagneticField",,,,0,"File:MicroStrain/MIP/MipTypes.h:AidingMeasurementMagneticField.m_magField","CClass:AidingMeasurementMagneticField:m_magField"]]],["m_magnetometerInitializationFailed",,[["DeviceStatusData",,,,0,"File:MicroStrain/Inertial/ExposedInertialTypes.h:DeviceStatusData.m_magnetometerInitializationFailed","CClass:DeviceStatusData:m_magnetometerInitializationFailed"]]],["m_major",,[["Version",,,,0,"File:Version.h:Version.m_major","CClass:Version:m_major"]]],["m_mask",,[["BitMask",,,,0,"File:BitMask.h:BitMask.m_mask","CClass:BitMask:m_mask"]]],["m_matchCondition",,[["ResponsePattern",,,,0,"File:MicroStrain/ResponsePattern.h:ResponsePattern.m_matchCondition","CClass:ResponsePattern:m_matchCondition"]]],["m_matchData",,[["Response",,,,0,"File:MicroStrain/MIP/Commands/GenericMipCommand.h:Response.m_matchData","CClass:Response:m_matchData"]]],["m_matchedPart1",,[["Response",,,,0,"File:MicroStrain/Wireless/Commands/PageDownload.h:Response.m_matchedPart1","CClass:Response:m_matchedPart1"]]],["m_mathMetaData",,[["DatalogDownloader",,,,0,"File:MicroStrain/Wireless/DatalogDownloader.h:DatalogDownloader.m_mathMetaData","CClass:DatalogDownloader:m_mathMetaData"]]],["m_matrix",,[["MagnetometerSoftIronMatrix",,,,0,"File:MicroStrain/Inertial/Commands/MagnetometerSoftIronMatrix.h:MagnetometerSoftIronMatrix.m_matrix","CClass:MagnetometerSoftIronMatrix:m_matrix"]]],["m_max;",,[["Response",,,,0,"File:MicroStrain/Wireless/Commands/BaseStation_RfSweepStart.h:Response.m_max_","CClass:Response:m_max_"]]],["m_maxBytesPerPacket",,[["SyncNetworkInfo",,,,0,"File:MicroStrain/Wireless/SyncNetworkInfo.h:SyncNetworkInfo.m_maxBytesPerPacket","CClass:SyncNetworkInfo:m_maxBytesPerPacket"]]],["m_maxRetxPerBurst",,[["SyncNetworkInfo",,,,0,"File:MicroStrain/Wireless/SyncNetworkInfo.h:SyncNetworkInfo.m_maxRetxPerBurst","CClass:SyncNetworkInfo:m_maxRetxPerBurst"]]],["m_maxTdmaAddress",,[["SyncNetworkInfo",,,,0,"File:MicroStrain/Wireless/SyncNetworkInfo.h:SyncNetworkInfo.m_maxTdmaAddress","CClass:SyncNetworkInfo:m_maxTdmaAddress"]]],["m_min;",,[["Response",,,,0,"File:MicroStrain/Wireless/Commands/BaseStation_RfSweepStart.h:Response.m_min_","CClass:Response:m_min_"]]],["m_minor",,[["Version",,,,0,"File:Version.h:Version.m_minor","CClass:Version:m_minor"]]],["m_mode",,[["OdometerConfiguration",,,,0,"File:MicroStrain/Inertial/ExposedInertialTypes.h:OdometerConfiguration.m_mode","CClass:OdometerConfiguration:m_mode"]]],["m_model",,[["BaseStationInfo",,,,0,"File:MicroStrain/Wireless/BaseStationInfo.h:BaseStationInfo.m_model","CClass:BaseStationInfo:m_model"],["DeviceStatus",,,,0,"File:MicroStrain/Inertial/Commands/DeviceStatus.h:DeviceStatus.m_model","CClass:DeviceStatus:m_model"],["NodeDiscovery",,,,0,"File:MicroStrain/Wireless/NodeDiscovery.h:NodeDiscovery.m_model","CClass:NodeDiscovery:m_model"],["NodeInfo",,,,0,"File:MicroStrain/Wireless/Features/NodeInfo.h:NodeInfo.m_model","CClass:NodeInfo:m_model"],["SyncNetworkInfo",,,,0,"File:MicroStrain/Wireless/SyncNetworkInfo.h:SyncNetworkInfo.m_model","CClass:SyncNetworkInfo:m_model"]]],["m_mutex",,[["TimedCondition",,,,0,"File:TimedCondition.h:TimedCondition.m_mutex","CClass:TimedCondition:m_mutex"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/006d005f006e.js b/v66.0.1/MSCL_Docs/search/keywords/006d005f006e.js deleted file mode 100644 index f84b69326..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/006d005f006e.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("m_n",["Variable"],[["m_name",,[["ChannelGroup",,,,0,"File:MicroStrain/Wireless/Features/ChannelGroup.h:ChannelGroup.m_name","CClass:ChannelGroup:m_name"]]],["m_nanoseconds",,[["TimeSpan",,,,0,"File:TimeSpan.h:TimeSpan.m_nanoseconds","CClass:TimeSpan:m_nanoseconds"],["Timestamp",,,,0,"File:Timestamp.h:Timestamp.m_nanoseconds","CClass:Timestamp:m_nanoseconds"]]],["m_networkBase",,[["ArmedDataloggingNetwork",,,,0,"File:MicroStrain/Wireless/ArmedDataloggingNetwork.h:ArmedDataloggingNetwork.m_networkBase","CClass:ArmedDataloggingNetwork:m_networkBase"],["SyncSamplingNetwork",,,,0,"File:MicroStrain/Wireless/SyncSamplingNetwork.h:SyncSamplingNetwork.m_networkBase","CClass:SyncSamplingNetwork:m_networkBase"]]],["m_networkInfo",,[["SyncNodeConfig",,,,0,"File:MicroStrain/Wireless/Configuration/SyncNodeConfig.h:SyncNodeConfig.m_networkInfo","CClass:SyncNodeConfig:m_networkInfo"]]],["m_networkOk",,[["SyncSamplingNetwork",,,,0,"File:MicroStrain/Wireless/SyncSamplingNetwork.h:SyncSamplingNetwork.m_networkOk","CClass:SyncSamplingNetwork:m_networkOk"]]],["m_nextData",,[["NodeMemory_v2",,,,0,"File:MicroStrain/Wireless/NodeMemory_v2.h:NodeMemory_v2.m_nextData","CClass:NodeMemory_v2:m_nextData"]]],["m_nextId",,[["EepromLocation",,,,0,"File:MicroStrain/Wireless/Configuration/EepromLocation.h:EepromLocation.m_nextId","CClass:EepromLocation:m_nextId"]]],["m_node",,[["DatalogDownloader",,,,0,"File:MicroStrain/Wireless/DatalogDownloader.h:DatalogDownloader.m_node","CClass:DatalogDownloader:m_node"],["MipNodeFeatures",,,,0,"File:MicroStrain/MIP/MipNodeFeatures.h:MipNodeFeatures.m_node","CClass:MipNodeFeatures:m_node"],["MipNodeInfo",,,,0,"File:MicroStrain/MIP/MipNodeInfo.h:MipNodeInfo.m_node","CClass:MipNodeInfo:m_node"],["NodeEepromHelper",,,,0,"File:MicroStrain/Wireless/Configuration/NodeEepromHelper.h:NodeEepromHelper.m_node","CClass:NodeEepromHelper:m_node"],["NodeInfo",,,,0,"File:MicroStrain/Wireless/Features/NodeInfo.h:NodeInfo.m_node","CClass:NodeInfo:m_node"],["NodeMemory",,,,0,"File:MicroStrain/Wireless/NodeMemory.h:NodeMemory.m_node","CClass:NodeMemory:m_node"],["SyncNetworkInfo",,,,0,"File:MicroStrain/Wireless/SyncNetworkInfo.h:SyncNetworkInfo.m_node","CClass:SyncNetworkInfo:m_node"]]],["m_nodeAddress",,[["BaseStationAnalogPair",,,,0,"File:MicroStrain/Wireless/BaseStationAnalogPair.h:BaseStationAnalogPair.m_nodeAddress","CClass:BaseStationAnalogPair:m_nodeAddress"],["BaseStationButton",,,,0,"File:MicroStrain/Wireless/BaseStationButton.h:BaseStationButton.m_nodeAddress","CClass:BaseStationButton:m_nodeAddress"],["DataSweep",,,,0,"File:MicroStrain/Wireless/DataSweep.h:DataSweep.m_nodeAddress","CClass:DataSweep:m_nodeAddress"],["Error_InvalidNodeConfig",,,,0,"File:Exceptions.h:Error_InvalidNodeConfig.m_nodeAddress","CClass:Error_InvalidNodeConfig:m_nodeAddress"],["Error_NodeCommunication",,,,0,"File:Exceptions.h:Error_NodeCommunication.m_nodeAddress","CClass:Error_NodeCommunication:m_nodeAddress"],["mscl.Error_InvalidNodeConfig",,,,0,"File:Wrapper/CSharp/mscl/Exceptions.cs:mscl.Error_InvalidNodeConfig.m_nodeAddress","CSharpClass:mscl.Error_InvalidNodeConfig:m_nodeAddress"],["mscl.Error_NodeCommunication",,,,0,"File:Wrapper/CSharp/mscl/Exceptions.cs:mscl.Error_NodeCommunication.m_nodeAddress","CSharpClass:mscl.Error_NodeCommunication:m_nodeAddress"],["NodeDiscovery",,,,0,"File:MicroStrain/Wireless/NodeDiscovery.h:NodeDiscovery.m_nodeAddress","CClass:NodeDiscovery:m_nodeAddress"],["Response",,,,0,"File:MicroStrain/Wireless/Commands/ArmForDatalogging.h:Response.m_nodeAddress","CClass:Response:m_nodeAddress"],["SetToIdle",,,,0,"File:MicroStrain/Wireless/Commands/SetToIdle.h:SetToIdle.m_nodeAddress","CClass:SetToIdle:m_nodeAddress"],["SyncNetworkInfo",,,,0,"File:MicroStrain/Wireless/SyncNetworkInfo.h:SyncNetworkInfo.m_nodeAddress","CClass:SyncNetworkInfo:m_nodeAddress"],["WirelessPacket",,,,0,"File:MicroStrain/Wireless/Packets/WirelessPacket.h:WirelessPacket.m_nodeAddress","CClass:WirelessPacket:m_nodeAddress"],["WirelessResponsePattern",,,,0,"File:MicroStrain/Wireless/Commands/WirelessResponsePattern.h:WirelessResponsePattern.m_nodeAddress","CClass:WirelessResponsePattern:m_nodeAddress"]]],["m_nodeChannel",,[["BaseStationAnalogPair",,,,0,"File:MicroStrain/Wireless/BaseStationAnalogPair.h:BaseStationAnalogPair.m_nodeChannel","CClass:BaseStationAnalogPair:m_nodeChannel"]]],["m_nodeCommandsTimeout",,[["BaseStation_Impl",,,,0,"File:MicroStrain/Wireless/BaseStation_Impl.h:BaseStation_Impl.m_nodeCommandsTimeout","CClass:BaseStation_Impl:m_nodeCommandsTimeout"]]],["m_nodeDiscoveryMutex",,[["WirelessPacketCollector",,,,0,"File:MicroStrain/Wireless/Packets/WirelessPacketCollector.h:WirelessPacketCollector.m_nodeDiscoveryMutex","CClass:WirelessPacketCollector:m_nodeDiscoveryMutex"]]],["m_nodeDiscoveryPackets",,[["WirelessPacketCollector",,,,0,"File:MicroStrain/Wireless/Packets/WirelessPacketCollector.h:WirelessPacketCollector.m_nodeDiscoveryPackets","CClass:WirelessPacketCollector:m_nodeDiscoveryPackets"]]],["m_nodeInfo",,[["MipNodeFeatures",,,,0,"File:MicroStrain/MIP/MipNodeFeatures.h:MipNodeFeatures.m_nodeInfo","CClass:MipNodeFeatures:m_nodeInfo"],["NodeFeatures",,,,0,"File:MicroStrain/Wireless/Features/NodeFeatures.h:NodeFeatures.m_nodeInfo","CClass:NodeFeatures:m_nodeInfo"]]],["m_nodeMemory",,[["DatalogDownloader",,,,0,"File:MicroStrain/Wireless/DatalogDownloader.h:DatalogDownloader.m_nodeMemory","CClass:DatalogDownloader:m_nodeMemory"]]],["m_nodeRSSI",,[["PingResponse","m_nodeRssi",,,0,"File:MicroStrain/Wireless/Commands/PingResponse.h:PingResponse.m_nodeRssi","CClass:PingResponse:m_nodeRssi"],["WirelessPacket",,,,0,"File:MicroStrain/Wireless/Packets/WirelessPacket.h:WirelessPacket.m_nodeRSSI","CClass:WirelessPacket:m_nodeRSSI"]]],["m_nodes",,[["ArmedDataloggingNetwork",,,,0,"File:MicroStrain/Wireless/ArmedDataloggingNetwork.h:ArmedDataloggingNetwork.m_nodes","CClass:ArmedDataloggingNetwork:m_nodes"],["SyncSamplingNetwork",,,,0,"File:MicroStrain/Wireless/SyncSamplingNetwork.h:SyncSamplingNetwork.m_nodes","CClass:SyncSamplingNetwork:m_nodes"]]],["m_nodesLastCommTime",,[["NodeCommTimes",,,,0,"File:MicroStrain/Wireless/NodeCommTimes.h:NodeCommTimes.m_nodesLastCommTime","CClass:NodeCommTimes:m_nodesLastCommTime"]]],["m_nodesLastState",,[["NodeCommTimes",,,,0,"File:MicroStrain/Wireless/NodeCommTimes.h:NodeCommTimes.m_nodesLastState","CClass:NodeCommTimes:m_nodesLastState"]]],["m_nonEventNodes",,[["SyncSamplingNetwork",,,,0,"File:MicroStrain/Wireless/SyncSamplingNetwork.h:SyncSamplingNetwork.m_nonEventNodes","CClass:SyncSamplingNetwork:m_nonEventNodes"]]],["m_notifyDataAddedFn",,[["MipPacketCollector",,,,0,"File:MicroStrain/MIP/Packets/MipPacketCollector.h:MipPacketCollector.m_notifyDataAddedFn","CClass:MipPacketCollector:m_notifyDataAddedFn"],["RawBytePacketCollector",,,,0,"File:Communication/RawBytePacketCollector.h:RawBytePacketCollector.m_notifyDataAddedFn","CClass:RawBytePacketCollector:m_notifyDataAddedFn"]]],["m_numActiveGauges",,[["WirelessNodeConfig",,,,0,"File:MicroStrain/Wireless/Configuration/WirelessNodeConfig.h:WirelessNodeConfig.m_numActiveGauges","CClass:WirelessNodeConfig:m_numActiveGauges"]]],["m_numBits",,[["BitMask",,,,0,"File:BitMask.h:BitMask.m_numBits","CClass:BitMask:m_numBits"]]],["m_numColumns",,[["Matrix",,,,0,"File:MicroStrain/Matrix.h:Matrix.m_numColumns","CClass:Matrix:m_numColumns"]]],["m_numRetries",,[["Eeprom",,,,0,"File:MicroStrain/Wireless/Configuration/Eeprom.h:Eeprom.m_numRetries","CClass:Eeprom:m_numRetries"]]],["m_numRows",,[["Matrix",,,,0,"File:MicroStrain/Matrix.h:Matrix.m_numRows","CClass:Matrix:m_numRows"]]],["m_numSweeps",,[["AlgorithmMetaData",,,,0,"File:MicroStrain/Wireless/Packets/WirelessDataPacket.h:AlgorithmMetaData.m_numSweeps","CClass:AlgorithmMetaData:m_numSweeps"],["WirelessNodeConfig",,,,0,"File:MicroStrain/Wireless/Configuration/WirelessNodeConfig.h:WirelessNodeConfig.m_numSweeps","CClass:WirelessNodeConfig:m_numSweeps"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/006d005f006f.js b/v66.0.1/MSCL_Docs/search/keywords/006d005f006f.js deleted file mode 100644 index c3ca4ebd6..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/006d005f006f.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("m_o",["Variable"],[["m_offset",,[["AutoShuntCalResult",,,,0,"File:MicroStrain/Wireless/Commands/AutoCalResult.h:AutoShuntCalResult.m_offset","CClass:AutoShuntCalResult:m_offset"],["LinearEquation",,,,0,"File:MicroStrain/LinearEquation.h:LinearEquation.m_offset","CClass:LinearEquation:m_offset"]]],["m_offsetCh1",,[["AutoCalResult_shmLink",,,,0,"File:MicroStrain/Wireless/Commands/AutoCalResult.h:AutoCalResult_shmLink.m_offsetCh1","CClass:AutoCalResult_shmLink:m_offsetCh1"],["AutoCalResult_shmLink201",,,,0,"File:MicroStrain/Wireless/Commands/AutoCalResult.h:AutoCalResult_shmLink201.m_offsetCh1","CClass:AutoCalResult_shmLink201:m_offsetCh1"]]],["m_offsetCh2",,[["AutoCalResult_shmLink",,,,0,"File:MicroStrain/Wireless/Commands/AutoCalResult.h:AutoCalResult_shmLink.m_offsetCh2","CClass:AutoCalResult_shmLink:m_offsetCh2"],["AutoCalResult_shmLink201",,,,0,"File:MicroStrain/Wireless/Commands/AutoCalResult.h:AutoCalResult_shmLink201.m_offsetCh2","CClass:AutoCalResult_shmLink201:m_offsetCh2"]]],["m_offsetCh3",,[["AutoCalResult_shmLink",,,,0,"File:MicroStrain/Wireless/Commands/AutoCalResult.h:AutoCalResult_shmLink.m_offsetCh3","CClass:AutoCalResult_shmLink:m_offsetCh3"],["AutoCalResult_shmLink201",,,,0,"File:MicroStrain/Wireless/Commands/AutoCalResult.h:AutoCalResult_shmLink201.m_offsetCh3","CClass:AutoCalResult_shmLink201:m_offsetCh3"]]],["m_offsetVector",,[["MagnetometerHardIronOffset",,,,0,"File:MicroStrain/Inertial/Commands/MagnetometerHardIronOffset.h:MagnetometerHardIronOffset.m_offsetVector","CClass:MagnetometerHardIronOffset:m_offsetVector"]]],["m_optimized",,[["SyncNetworkInfo",,,,0,"File:MicroStrain/Wireless/SyncNetworkInfo.h:SyncNetworkInfo.m_optimized","CClass:SyncNetworkInfo:m_optimized"]]],["m_optionId",,[["ConfigIssue",,,,0,"File:MicroStrain/Wireless/Configuration/ConfigIssue.h:ConfigIssue.m_optionId","CClass:ConfigIssue:m_optionId"]]],["m_options",,[["ChannelGroup",,,,0,"File:MicroStrain/Wireless/Features/ChannelGroup.h:ChannelGroup.m_options","CClass:ChannelGroup:m_options"],["Response",,,,0,"File:MicroStrain/Wireless/Commands/BaseStation_RfSweepStart.h:Response.m_options","CClass:Response:m_options"]]],["m_outOfMemory",,[["DatalogDownloader",,,,0,"File:MicroStrain/Wireless/DatalogDownloader.h:DatalogDownloader.m_outOfMemory","CClass:DatalogDownloader:m_outOfMemory"]]],["m_outOfScopeFunction",,[["ScopeHelper",,,,0,"File:ScopeHelper.h:ScopeHelper.m_outOfScopeFunction","CClass:ScopeHelper:m_outOfScopeFunction"]]],["m_outputVal_0V",,[["BaseStationAnalogPair",,,,0,"File:MicroStrain/Wireless/BaseStationAnalogPair.h:BaseStationAnalogPair.m_outputVal_0V","CClass:BaseStationAnalogPair:m_outputVal_0V"]]],["m_outputVal_3V",,[["BaseStationAnalogPair",,,,0,"File:MicroStrain/Wireless/BaseStationAnalogPair.h:BaseStationAnalogPair.m_outputVal_3V","CClass:BaseStationAnalogPair:m_outputVal_3V"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/006d005f0070.js b/v66.0.1/MSCL_Docs/search/keywords/006d005f0070.js deleted file mode 100644 index 355d63416..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/006d005f0070.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("m_p",["Variable"],[["m_packetCollector",,[["BaseStation_Impl",,,,0,"File:MicroStrain/Wireless/BaseStation_Impl.h:BaseStation_Impl.m_packetCollector","CClass:BaseStation_Impl:m_packetCollector"],["MipNode_Impl",,,,0,"File:MicroStrain/MIP/MipNode_Impl.h:MipNode_Impl.m_packetCollector","CClass:MipNode_Impl:m_packetCollector"],["MipParser",,,,0,"File:MicroStrain/MIP/MipParser.h:MipParser.m_packetCollector","CClass:MipParser:m_packetCollector"],["WirelessParser",,,,0,"File:MicroStrain/Wireless/WirelessParser.h:WirelessParser.m_packetCollector","CClass:WirelessParser:m_packetCollector"]]],["m_packetMutex",,[["MipPacketCollector",,,,0,"File:MicroStrain/MIP/Packets/MipPacketCollector.h:MipPacketCollector.m_packetMutex","CClass:MipPacketCollector:m_packetMutex"],["RawBytePacketCollector",,,,0,"File:Communication/RawBytePacketCollector.h:RawBytePacketCollector.m_packetMutex","CClass:RawBytePacketCollector:m_packetMutex"],["WirelessPacketCollector",,,,0,"File:MicroStrain/Wireless/Packets/WirelessPacketCollector.h:WirelessPacketCollector.m_packetMutex","CClass:WirelessPacketCollector:m_packetMutex"]]],["m_packetType",,[["RawBytePacket",,,,0,"File:Communication/RawBytePacket.h:RawBytePacket.m_packetType","CClass:RawBytePacket:m_packetType"]]],["m_pageDownload",,[["WirelessProtocol",,,,0,"File:MicroStrain/Wireless/Commands/WirelessProtocol.h:WirelessProtocol.m_pageDownload","CClass:WirelessProtocol:m_pageDownload"]]],["m_pageOffset",,[["NodeMemory_v1",,,,0,"File:MicroStrain/Wireless/NodeMemory_v1.h:NodeMemory_v1.m_pageOffset","CClass:NodeMemory_v1:m_pageOffset"]]],["m_panId",,[["NodeDiscovery",,,,0,"File:MicroStrain/Wireless/NodeDiscovery.h:NodeDiscovery.m_panId","CClass:NodeDiscovery:m_panId"]]],["m_parseDataFunction",,[["BoostCommunication",,,,0,"File:Communication/BoostCommunication.h:BoostCommunication.m_parseDataFunction","CClass:BoostCommunication:m_parseDataFunction"]]],["m_parseFunction",,[["Connection_Impl",,,,0,"File:Communication/Connection_Impl.h:Connection_Impl.m_parseFunction","CClass:Connection_Impl:m_parseFunction"]]],["m_parseFunctionMutex",,[["BoostCommunication",,,,0,"File:Communication/BoostCommunication.h:BoostCommunication.m_parseFunctionMutex","CClass:BoostCommunication:m_parseFunctionMutex"]]],["m_parser",,[["BaseStation_Impl",,,,0,"File:MicroStrain/Wireless/BaseStation_Impl.h:BaseStation_Impl.m_parser","CClass:BaseStation_Impl:m_parser"],["MipNode_Impl",,,,0,"File:MicroStrain/MIP/MipNode_Impl.h:MipNode_Impl.m_parser","CClass:MipNode_Impl:m_parser"]]],["m_parsingMutex",,[["ResponsePattern",,,,0,"File:MicroStrain/ResponsePattern.h:ResponsePattern.m_parsingMutex","CClass:ResponsePattern:m_parsingMutex"]]],["m_partialDownload",,[["NodeMemory_v2",,,,0,"File:MicroStrain/Wireless/NodeMemory_v2.h:NodeMemory_v2.m_partialDownload","CClass:NodeMemory_v2:m_partialDownload"]]],["m_patch",,[["Version",,,,0,"File:Version.h:Version.m_patch","CClass:Version:m_patch"]]],["m_path",,[["TcpIpConnection",,,,0,"File:Communication/TcpIpConnection.h:TcpIpConnection.m_path","CClass:TcpIpConnection:m_path"],["UnixSocketConnection",,,,0,"File:Communication/UnixSocketConnection.h:UnixSocketConnection.m_path","CClass:UnixSocketConnection:m_path"]]],["m_payload",,[["MipPacket",,,,0,"File:MicroStrain/MIP/Packets/MipPacket.h:MipPacket.m_payload","CClass:MipPacket:m_payload"],["RawBytePacket",,,,0,"File:Communication/RawBytePacket.h:RawBytePacket.m_payload","CClass:RawBytePacket:m_payload"],["WirelessPacket",,,,0,"File:MicroStrain/Wireless/Packets/WirelessPacket.h:WirelessPacket.m_payload","CClass:WirelessPacket:m_payload"]]],["m_payloadOffsetChannelData",,[["AlgorithmMetaData",,,,0,"File:MicroStrain/Wireless/Packets/WirelessDataPacket.h:AlgorithmMetaData.m_payloadOffsetChannelData","CClass:AlgorithmMetaData:m_payloadOffsetChannelData"]]],["m_peakValleyThreshold",,[["FatigueOptions",,,,0,"File:MicroStrain/Wireless/Configuration/FatigueOptions.h:FatigueOptions.m_peakValleyThreshold","CClass:FatigueOptions:m_peakValleyThreshold"]]],["m_pendingConfig",,[["SyncNetworkInfo",,,,0,"File:MicroStrain/Wireless/SyncNetworkInfo.h:SyncNetworkInfo.m_pendingConfig","CClass:SyncNetworkInfo:m_pendingConfig"]]],["m_percentAchieved",,[["AutoBalanceResult",,,,0,"File:MicroStrain/Wireless/Commands/AutoBalanceResult.h:AutoBalanceResult.m_percentAchieved","CClass:AutoBalanceResult:m_percentAchieved"]]],["m_percentBandwidth",,[["SyncNetworkInfo",,,,0,"File:MicroStrain/Wireless/SyncNetworkInfo.h:SyncNetworkInfo.m_percentBandwidth","CClass:SyncNetworkInfo:m_percentBandwidth"],["SyncSamplingNetwork",,,,0,"File:MicroStrain/Wireless/SyncSamplingNetwork.h:SyncSamplingNetwork.m_percentBandwidth","CClass:SyncSamplingNetwork:m_percentBandwidth"]]],["m_percentBandwidth_optimized",,[["SyncNetworkInfo",,,,0,"File:MicroStrain/Wireless/SyncNetworkInfo.h:SyncNetworkInfo.m_percentBandwidth_optimized","CClass:SyncNetworkInfo:m_percentBandwidth_optimized"]]],["m_pingBase",,[["WirelessProtocol",,,,0,"File:MicroStrain/Wireless/Commands/WirelessProtocol.h:WirelessProtocol.m_pingBase","CClass:WirelessProtocol:m_pingBase"]]],["m_points",,[["MipDataPacket",,,,0,"File:MicroStrain/MIP/Packets/MipDataPacket.h:MipDataPacket.m_points","CClass:MipDataPacket:m_points"]]],["m_poissonsRatio",,[["FatigueOptions",,,,0,"File:MicroStrain/Wireless/Configuration/FatigueOptions.h:FatigueOptions.m_poissonsRatio","CClass:FatigueOptions:m_poissonsRatio"]]],["m_poll",,[["WirelessProtocol",,,,0,"File:MicroStrain/Wireless/Commands/WirelessProtocol.h:WirelessProtocol.m_poll","CClass:WirelessProtocol:m_poll"]]],["m_port",,[["SerialConnection",,,,0,"File:Communication/SerialConnection.h:SerialConnection.m_port","CClass:SerialConnection:m_port"],["WebSocketConnection",,,,0,"File:Communication/WebSocketConnection.h:WebSocketConnection.m_port","CClass:WebSocketConnection:m_port"],["WebSocketSecureConnection",,,,0,"File:Communication/WebSocketSecureConnection.h:WebSocketSecureConnection.m_port","CClass:WebSocketSecureConnection:m_port"]]],["m_position",,[["AidingMeasurementPosition",,,,0,"File:MicroStrain/MIP/MipTypes.h:AidingMeasurementPosition.m_position","CClass:AidingMeasurementPosition:m_position"]]],["m_postDuration",,[["EventTriggerOptions",,,,0,"File:MicroStrain/Wireless/Configuration/EventTriggerOptions.h:EventTriggerOptions.m_postDuration","CClass:EventTriggerOptions:m_postDuration"]]],["m_powerState",,[["DeviceStatusData",,,,0,"File:MicroStrain/Inertial/ExposedInertialTypes.h:DeviceStatusData.m_powerState","CClass:DeviceStatusData:m_powerState"]]],["m_preDuration",,[["EventTriggerOptions",,,,0,"File:MicroStrain/Wireless/Configuration/EventTriggerOptions.h:EventTriggerOptions.m_preDuration","CClass:EventTriggerOptions:m_preDuration"]]],["m_pressure",,[["AidingMeasurementPressure",,,,0,"File:MicroStrain/MIP/MipTypes.h:AidingMeasurementPressure.m_pressure","CClass:AidingMeasurementPressure:m_pressure"]]],["m_pressureInitializationFailed",,[["DeviceStatusData",,,,0,"File:MicroStrain/Inertial/ExposedInertialTypes.h:DeviceStatusData.m_pressureInitializationFailed","CClass:DeviceStatusData:m_pressureInitializationFailed"]]],["m_previousData",,[["NodeMemory_v1",,,,0,"File:MicroStrain/Wireless/NodeMemory_v1.h:NodeMemory_v1.m_previousData","CClass:NodeMemory_v1:m_previousData"]]],["m_previousDownloadAddress",,[["NodeMemory_v2",,,,0,"File:MicroStrain/Wireless/NodeMemory_v2.h:NodeMemory_v2.m_previousDownloadAddress","CClass:NodeMemory_v2:m_previousDownloadAddress"]]],["m_previousPackets",,[["MipPacketCollector",,,,0,"File:MicroStrain/MIP/Packets/MipPacketCollector.h:MipPacketCollector.m_previousPackets","CClass:MipPacketCollector:m_previousPackets"]]],["m_previousPageNumbers",,[["NodeMemory_v1",,,,0,"File:MicroStrain/Wireless/NodeMemory_v1.h:NodeMemory_v1.m_previousPageNumbers","CClass:NodeMemory_v1:m_previousPageNumbers"]]],["m_process",,[["CV7ContinuousBIT_System",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:CV7ContinuousBIT_System.m_process","CClass:CV7ContinuousBIT_System:m_process"],["GQ7ContinuousBIT_System",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:GQ7ContinuousBIT_System.m_process","CClass:GQ7ContinuousBIT_System:m_process"]]],["m_processingRate",,[["StructuralHealth",,,,0,"File:MicroStrain/Wireless/StructuralHealth.h:StructuralHealth.m_processingRate","CClass:StructuralHealth:m_processingRate"]]],["m_protocol",,[["Response",,,,0,"File:MicroStrain/Wireless/Commands/TestNodeCommProtocol.h:Response.m_protocol","CClass:Response:m_protocol"]]],["m_protocol_lxrs",,[["BaseStation_Impl",,,,0,"File:MicroStrain/Wireless/BaseStation_Impl.h:BaseStation_Impl.m_protocol_lxrs","CClass:BaseStation_Impl:m_protocol_lxrs"],["BaseStationInfo",,,,0,"File:MicroStrain/Wireless/BaseStationInfo.h:BaseStationInfo.m_protocol_lxrs","CClass:BaseStationInfo:m_protocol_lxrs"],["WirelessNode_Impl",,,,0,"File:MicroStrain/Wireless/WirelessNode_Impl.h:WirelessNode_Impl.m_protocol_lxrs","CClass:WirelessNode_Impl:m_protocol_lxrs"]]],["m_protocol_lxrsPlus",,[["BaseStation_Impl",,,,0,"File:MicroStrain/Wireless/BaseStation_Impl.h:BaseStation_Impl.m_protocol_lxrsPlus","CClass:BaseStation_Impl:m_protocol_lxrsPlus"],["BaseStationInfo",,,,0,"File:MicroStrain/Wireless/BaseStationInfo.h:BaseStationInfo.m_protocol_lxrsPlus","CClass:BaseStationInfo:m_protocol_lxrsPlus"],["WirelessNode_Impl",,,,0,"File:MicroStrain/Wireless/WirelessNode_Impl.h:WirelessNode_Impl.m_protocol_lxrsPlus","CClass:WirelessNode_Impl:m_protocol_lxrsPlus"]]],["m_protocolMutex",,[["BaseStation_Impl",,,,0,"File:MicroStrain/Wireless/BaseStation_Impl.h:BaseStation_Impl.m_protocolMutex","CClass:BaseStation_Impl:m_protocolMutex"],["WirelessNode_Impl",,,,0,"File:MicroStrain/Wireless/WirelessNode_Impl.h:WirelessNode_Impl.m_protocolMutex","CClass:WirelessNode_Impl:m_protocolMutex"]]],["m_pullUpResistors",,[["WirelessNodeConfig",,,,0,"File:MicroStrain/Wireless/Configuration/WirelessNodeConfig.h:WirelessNodeConfig.m_pullUpResistors","CClass:WirelessNodeConfig:m_pullUpResistors"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/006d005f0071.js b/v66.0.1/MSCL_Docs/search/keywords/006d005f0071.js deleted file mode 100644 index 0d3353d36..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/006d005f0071.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("m_q",["Variable"],[["m_qualifier",,[["MipDataPoint",,,,0,"File:MicroStrain/MIP/MipDataPoint.h:MipDataPoint.m_qualifier","CClass:MipDataPoint:m_qualifier"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/006d005f0072.js b/v66.0.1/MSCL_Docs/search/keywords/006d005f0072.js deleted file mode 100644 index e121a25d2..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/006d005f0072.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("m_r",["Variable"],[["m_radioChannel",,[["NodeDiscovery",,,,0,"File:MicroStrain/Wireless/NodeDiscovery.h:NodeDiscovery.m_radioChannel","CClass:NodeDiscovery:m_radioChannel"]]],["m_rateType",,[["SampleRate",,,,0,"File:MicroStrain/SampleRate.h:SampleRate.m_rateType","CClass:SampleRate:m_rateType"]]],["m_rawByteBuffer",,[["Connection_Impl",,,,0,"File:Communication/Connection_Impl.h:Connection_Impl.m_rawByteBuffer","CClass:Connection_Impl:m_rawByteBuffer"]]],["m_rawByteBufferCondition",,[["Connection_Impl",,,,0,"File:Communication/Connection_Impl.h:Connection_Impl.m_rawByteBufferCondition","CClass:Connection_Impl:m_rawByteBufferCondition"]]],["m_rawByteMode",,[["Connection_Impl",,,,0,"File:Communication/Connection_Impl.h:Connection_Impl.m_rawByteMode","CClass:Connection_Impl:m_rawByteMode"]]],["m_rawBytePacketCollector",,[["BaseStation_Impl",,,,0,"File:MicroStrain/Wireless/BaseStation_Impl.h:BaseStation_Impl.m_rawBytePacketCollector","CClass:BaseStation_Impl:m_rawBytePacketCollector"],["MipNode_Impl",,,,0,"File:MicroStrain/MIP/MipNode_Impl.h:MipNode_Impl.m_rawBytePacketCollector","CClass:MipNode_Impl:m_rawBytePacketCollector"],["MipParser",,,,0,"File:MicroStrain/MIP/MipParser.h:MipParser.m_rawBytePacketCollector","CClass:MipParser:m_rawBytePacketCollector"],["WirelessParser",,,,0,"File:MicroStrain/Wireless/WirelessParser.h:WirelessParser.m_rawBytePacketCollector","CClass:WirelessParser:m_rawBytePacketCollector"]]],["m_rawBytePackets",,[["RawBytePacketCollector",,,,0,"File:Communication/RawBytePacketCollector.h:RawBytePacketCollector.m_rawBytePackets","CClass:RawBytePacketCollector:m_rawBytePackets"]]],["m_rawDataMutex",,[["Connection_Impl",,,,0,"File:Communication/Connection_Impl.h:Connection_Impl.m_rawDataMutex","CClass:Connection_Impl:m_rawDataMutex"]]],["m_readBaseEeprom",,[["WirelessProtocol",,,,0,"File:MicroStrain/Wireless/Commands/WirelessProtocol.h:WirelessProtocol.m_readBaseEeprom","CClass:WirelessProtocol:m_readBaseEeprom"]]],["m_readBuffer",,[["BoostCommunication",,,,0,"File:Communication/BoostCommunication.h:BoostCommunication.m_readBuffer","CClass:BoostCommunication:m_readBuffer"]]],["m_readIndex",,[["NodeMemory_v2",,,,0,"File:MicroStrain/Wireless/NodeMemory_v2.h:NodeMemory_v2.m_readIndex","CClass:NodeMemory_v2:m_readIndex"]]],["m_readNodeEeprom",,[["WirelessProtocol",,,,0,"File:MicroStrain/Wireless/Commands/WirelessProtocol.h:WirelessProtocol.m_readNodeEeprom","CClass:WirelessProtocol:m_readNodeEeprom"]]],["m_readPosition",,[["DataBuffer",,,,0,"File:MicroStrain/DataBuffer.h:DataBuffer.m_readPosition","CClass:DataBuffer:m_readPosition"]]],["m_readThread",,[["Connection_Impl",,,,0,"File:Communication/Connection_Impl.h:Connection_Impl.m_readThread","CClass:Connection_Impl:m_readThread"]]],["m_receiverInfo",,[["MipNodeInfo",,,,0,"File:MicroStrain/MIP/MipNodeInfo.h:MipNodeInfo.m_receiverInfo","CClass:MipNodeInfo:m_receiverInfo"]]],["m_receivers;",,[["GQ7ContinuousBIT_GNSS",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:GQ7ContinuousBIT_GNSS.m_receivers_","CClass:GQ7ContinuousBIT_GNSS:m_receivers_"]]],["m_reference",,[["AidingMeasurementHeight",,,,0,"File:MicroStrain/MIP/MipTypes.h:AidingMeasurementHeight.m_reference","CClass:AidingMeasurementHeight:m_reference"]]],["m_regionCode",,[["BaseStationInfo",,,,0,"File:MicroStrain/Wireless/BaseStationInfo.h:BaseStationInfo.m_regionCode","CClass:BaseStationInfo:m_regionCode"],["NodeInfo",,,,0,"File:MicroStrain/Wireless/Features/NodeInfo.h:NodeInfo.m_regionCode","CClass:NodeInfo:m_regionCode"]]],["m_resetType",,[["Response",,,,0,"File:MicroStrain/Wireless/Commands/BaseStation_Reset_v2.h:Response.m_resetType","CClass:Response:m_resetType"]]],["m_response",,[["SetToIdleStatus",,,,0,"File:MicroStrain/Wireless/Commands/SetToIdleStatus.h:SetToIdleStatus.m_response","CClass:SetToIdleStatus:m_response"]]],["m_responseCollector",,[["BaseStation_Impl",,,,0,"File:MicroStrain/Wireless/BaseStation_Impl.h:BaseStation_Impl.m_responseCollector","CClass:BaseStation_Impl:m_responseCollector"],["MipNode_Impl",,,,0,"File:MicroStrain/MIP/MipNode_Impl.h:MipNode_Impl.m_responseCollector","CClass:MipNode_Impl:m_responseCollector"],["MipParser",,,,0,"File:MicroStrain/MIP/MipParser.h:MipParser.m_responseCollector","CClass:MipParser:m_responseCollector"],["WirelessParser",,,,0,"File:MicroStrain/Wireless/WirelessParser.h:WirelessParser.m_responseCollector","CClass:WirelessParser:m_responseCollector"]]],["m_responseMutex",,[["ResponseCollector",,,,0,"File:MicroStrain/ResponseCollector.h:ResponseCollector.m_responseMutex","CClass:ResponseCollector:m_responseMutex"]]],["m_responseState",,[["MipCmdResponse",,,,0,"File:MicroStrain/MIP/Commands/MipCmdResponse.h:MipCmdResponse.m_responseState","CClass:MipCmdResponse:m_responseState"]]],["m_result",,[["Response",,,,0,"File:MicroStrain/MIP/Commands/GenericMipCommand.h:Response.m_result","CClass:Response:m_result"],["SetToIdle",,,,0,"File:MicroStrain/Wireless/Commands/SetToIdle.h:SetToIdle.m_result","CClass:SetToIdle:m_result"]]],["m_rotation",,[["MeasurementReferenceFrame",,,,0,"File:MicroStrain/Inertial/ExposedInertialTypes.h:MeasurementReferenceFrame.m_rotation","CClass:MeasurementReferenceFrame:m_rotation"]]],["m_rtdType",,[["TempSensorOptions",,,,0,"File:MicroStrain/Wireless/Configuration/TempSensorOptions.h:TempSensorOptions.m_rtdType","CClass:TempSensorOptions:m_rtdType"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/006d005f0073.js b/v66.0.1/MSCL_Docs/search/keywords/006d005f0073.js deleted file mode 100644 index b8bbd2e2e..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/006d005f0073.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("m_s",["Variable"],[["m_sampleRate",,[["DataSweep",,,,0,"File:MicroStrain/Wireless/DataSweep.h:DataSweep.m_sampleRate","CClass:DataSweep:m_sampleRate"],["MipChannel",,,,0,"File:MicroStrain/MIP/MipChannel.h:MipChannel.m_sampleRate","CClass:MipChannel:m_sampleRate"],["WirelessNodeConfig",,,,0,"File:MicroStrain/Wireless/Configuration/WirelessNodeConfig.h:WirelessNodeConfig.m_sampleRate","CClass:WirelessNodeConfig:m_sampleRate"]]],["m_sampleRates",,[["MipNodeInfo",,,,0,"File:MicroStrain/MIP/MipNodeInfo.h:MipNodeInfo.m_sampleRates","CClass:MipNodeInfo:m_sampleRates"]]],["m_samples",,[["SampleRate",,,,0,"File:MicroStrain/SampleRate.h:SampleRate.m_samples","CClass:SampleRate:m_samples"]]],["m_samplingMode",,[["DataSweep",,,,0,"File:MicroStrain/Wireless/DataSweep.h:DataSweep.m_samplingMode","CClass:DataSweep:m_samplingMode"],["WirelessNodeConfig",,,,0,"File:MicroStrain/Wireless/Configuration/WirelessNodeConfig.h:WirelessNodeConfig.m_samplingMode","CClass:WirelessNodeConfig:m_samplingMode"]]],["m_savePosition",,[["ReadBufferSavePoint",,,,0,"File:MicroStrain/DataBuffer.h:ReadBufferSavePoint.m_savePosition","CClass:ReadBufferSavePoint:m_savePosition"]]],["m_scaling",,[["OdometerConfiguration",,,,0,"File:MicroStrain/Inertial/ExposedInertialTypes.h:OdometerConfiguration.m_scaling","CClass:OdometerConfiguration:m_scaling"]]],["m_sensorDelay",,[["WirelessNodeConfig",,,,0,"File:MicroStrain/Wireless/Configuration/WirelessNodeConfig.h:WirelessNodeConfig.m_sensorDelay","CClass:WirelessNodeConfig:m_sensorDelay"]]],["m_sensorOutputMode",,[["WirelessNodeConfig",,,,0,"File:MicroStrain/Wireless/Configuration/WirelessNodeConfig.h:WirelessNodeConfig.m_sensorOutputMode","CClass:WirelessNodeConfig:m_sensorOutputMode"]]],["m_sensorRanges",,[["MipNodeInfo",,,,0,"File:MicroStrain/MIP/MipNodeInfo.h:MipNodeInfo.m_sensorRanges","CClass:MipNodeInfo:m_sensorRanges"]]],["m_sensorRateBase",,[["MipNode_Impl",,,,0,"File:MicroStrain/MIP/MipNode_Impl.h:MipNode_Impl.m_sensorRateBase","CClass:MipNode_Impl:m_sensorRateBase"]]],["m_sensors;",,[["CV7ContinuousBIT_IMU",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:CV7ContinuousBIT_IMU.m_sensors_","CClass:CV7ContinuousBIT_IMU:m_sensors_"],["GQ7ContinuousBIT_IMU",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:GQ7ContinuousBIT_IMU.m_sensors_","CClass:GQ7ContinuousBIT_IMU:m_sensors_"]]],["m_sensorValue",,[["Response",,,,0,"File:MicroStrain/Wireless/Commands/ReadSingleSensor.h:Response.m_sensorValue","CClass:Response:m_sensorValue"]]],["m_sentenceType",,[["NmeaMessageFormat",,,,0,"File:MicroStrain/Inertial/ExposedInertialTypes.h:NmeaMessageFormat.m_sentenceType","CClass:NmeaMessageFormat:m_sentenceType"]]],["m_serial",,[["DeviceInfo",,,,0,"File:Communication/Devices.h:DeviceInfo.m_serial","CClass:DeviceInfo:m_serial"],["WsdaInfo",,,,0,"File:Communication/WsdaFinder.h:WsdaInfo.m_serial","CClass:WsdaInfo:m_serial"]]],["m_serialNumber",,[["NodeDiscovery",,,,0,"File:MicroStrain/Wireless/NodeDiscovery.h:NodeDiscovery.m_serialNumber","CClass:NodeDiscovery:m_serialNumber"]]],["m_serverPort",,[["TcpIpConnection",,,,0,"File:Communication/TcpIpConnection.h:TcpIpConnection.m_serverPort","CClass:TcpIpConnection:m_serverPort"]]],["m_sessionInfo",,[["DatalogDownloader",,,,0,"File:MicroStrain/Wireless/DatalogDownloader.h:DatalogDownloader.m_sessionInfo","CClass:DatalogDownloader:m_sessionInfo"]]],["m_settingsMap",,[["ChannelGroup",,,,0,"File:MicroStrain/Wireless/Features/ChannelGroup.h:ChannelGroup.m_settingsMap","CClass:ChannelGroup:m_settingsMap"]]],["m_settlingTimes",,[["WirelessNodeConfig",,,,0,"File:MicroStrain/Wireless/Configuration/WirelessNodeConfig.h:WirelessNodeConfig.m_settlingTimes","CClass:WirelessNodeConfig:m_settlingTimes"]]],["m_setToIdle",,[["WirelessProtocol",,,,0,"File:MicroStrain/Wireless/Commands/WirelessProtocol.h:WirelessProtocol.m_setToIdle","CClass:WirelessProtocol:m_setToIdle"]]],["m_setToIdleMutex",,[["SetToIdle",,,,0,"File:MicroStrain/Wireless/Commands/SetToIdle.h:SetToIdle.m_setToIdleMutex","CClass:SetToIdle:m_setToIdleMutex"]]],["m_sharedDataPoints",,[["MipSharedDataFields",,,,0,"File:MicroStrain/MIP/Packets/MipSharedDataFields.h:MipSharedDataFields.m_sharedDataPoints","CClass:MipSharedDataFields:m_sharedDataPoints"]]],["m_sharedFields",,[["MipDataPacket",,,,0,"File:MicroStrain/MIP/Packets/MipDataPacket.h:MipDataPacket.m_sharedFields","CClass:MipDataPacket:m_sharedFields"]]],["m_shuntMax",,[["AutoShuntCalResult",,,,0,"File:MicroStrain/Wireless/Commands/AutoCalResult.h:AutoShuntCalResult.m_shuntMax","CClass:AutoShuntCalResult:m_shuntMax"]]],["m_shuntMedian",,[["AutoShuntCalResult",,,,0,"File:MicroStrain/Wireless/Commands/AutoCalResult.h:AutoShuntCalResult.m_shuntMedian","CClass:AutoShuntCalResult:m_shuntMedian"]]],["m_shuntMin",,[["AutoShuntCalResult",,,,0,"File:MicroStrain/Wireless/Commands/AutoCalResult.h:AutoShuntCalResult.m_shuntMin","CClass:AutoShuntCalResult:m_shuntMin"]]],["m_size",,[["BufferWriter",,,,0,"File:MicroStrain/DataBuffer.h:BufferWriter.m_size","CClass:BufferWriter:m_size"]]],["m_sleep",,[["WirelessProtocol",,,,0,"File:MicroStrain/Wireless/Commands/WirelessProtocol.h:WirelessProtocol.m_sleep","CClass:WirelessProtocol:m_sleep"]]],["m_slope",,[["AutoShuntCalResult",,,,0,"File:MicroStrain/Wireless/Commands/AutoCalResult.h:AutoShuntCalResult.m_slope","CClass:AutoShuntCalResult:m_slope"],["LinearEquation",,,,0,"File:MicroStrain/LinearEquation.h:LinearEquation.m_slope","CClass:LinearEquation:m_slope"]]],["m_slopeCh1",,[["AutoCalResult_shmLink201",,,,0,"File:MicroStrain/Wireless/Commands/AutoCalResult.h:AutoCalResult_shmLink201.m_slopeCh1","CClass:AutoCalResult_shmLink201:m_slopeCh1"]]],["m_slopeCh2",,[["AutoCalResult_shmLink201",,,,0,"File:MicroStrain/Wireless/Commands/AutoCalResult.h:AutoCalResult_shmLink201.m_slopeCh2","CClass:AutoCalResult_shmLink201:m_slopeCh2"]]],["m_slopeCh3",,[["AutoCalResult_shmLink201",,,,0,"File:MicroStrain/Wireless/Commands/AutoCalResult.h:AutoCalResult_shmLink201.m_slopeCh3","CClass:AutoCalResult_shmLink201:m_slopeCh3"]]],["m_slots",,[["SyncSamplingNetwork",,,,0,"File:MicroStrain/Wireless/SyncSamplingNetwork.h:SyncSamplingNetwork.m_slots","CClass:SyncSamplingNetwork:m_slots"]]],["m_slotSize",,[["SyncNetworkInfo",,,,0,"File:MicroStrain/Wireless/SyncNetworkInfo.h:SyncNetworkInfo.m_slotSize","CClass:SyncNetworkInfo:m_slotSize"]]],["m_snCurveSegments",,[["FatigueOptions",,,,0,"File:MicroStrain/Wireless/Configuration/FatigueOptions.h:FatigueOptions.m_snCurveSegments","CClass:FatigueOptions:m_snCurveSegments"]]],["m_softBaseReset",,[["WirelessProtocol",,,,0,"File:MicroStrain/Wireless/Commands/WirelessProtocol.h:WirelessProtocol.m_softBaseReset","CClass:WirelessProtocol:m_softBaseReset"]]],["m_softReset",,[["WirelessProtocol",,,,0,"File:MicroStrain/Wireless/Commands/WirelessProtocol.h:WirelessProtocol.m_softReset","CClass:WirelessProtocol:m_softReset"]]],["m_sourceDescSet",,[["NmeaMessageFormat",,,,0,"File:MicroStrain/Inertial/ExposedInertialTypes.h:NmeaMessageFormat.m_sourceDescSet","CClass:NmeaMessageFormat:m_sourceDescSet"]]],["m_sourceOptions",,[["GeographicSource",,,,0,"File:MicroStrain/Inertial/Commands/GeographicSource.h:GeographicSource.m_sourceOptions","CClass:GeographicSource:m_sourceOptions"]]],["m_specifier",,[["MipChannelIdentifier",,,,0,"File:MicroStrain/MIP/MipTypes.h:MipChannelIdentifier.m_specifier","CClass:MipChannelIdentifier:m_specifier"]]],["m_start",,[["Bin",,,,0,"File:Bin.h:Bin.m_start","CClass:Bin:m_start"]]],["m_startAddress",,[["NodeMemory_v2",,,,0,"File:MicroStrain/Wireless/NodeMemory_v2.h:NodeMemory_v2.m_startAddress","CClass:NodeMemory_v2:m_startAddress"]]],["m_started",,[["Response",,,,0,"File:MicroStrain/Wireless/Commands/Poll.h:Response.m_started","CClass:Response:m_started"]]],["m_startedDownloading",,[["NodeMemory_v2",,,,0,"File:MicroStrain/Wireless/NodeMemory_v2.h:NodeMemory_v2.m_startedDownloading","CClass:NodeMemory_v2:m_startedDownloading"]]],["m_startedSampling",,[["SyncNetworkInfo",,,,0,"File:MicroStrain/Wireless/SyncNetworkInfo.h:SyncNetworkInfo.m_startedSampling","CClass:SyncNetworkInfo:m_startedSampling"]]],["m_startHighResNanos",,[["HighResClock",,,,0,"File:HighResClock.h:HighResClock.m_startHighResNanos","CClass:HighResClock:m_startHighResNanos"]]],["m_startNonSyncSampling",,[["WirelessProtocol",,,,0,"File:MicroStrain/Wireless/Commands/WirelessProtocol.h:WirelessProtocol.m_startNonSyncSampling","CClass:WirelessProtocol:m_startNonSyncSampling"]]],["m_startRfSweep",,[["WirelessProtocol",,,,0,"File:MicroStrain/Wireless/Commands/WirelessProtocol.h:WirelessProtocol.m_startRfSweep","CClass:WirelessProtocol:m_startRfSweep"]]],["m_startSyncSampling",,[["WirelessProtocol",,,,0,"File:MicroStrain/Wireless/Commands/WirelessProtocol.h:WirelessProtocol.m_startSyncSampling","CClass:WirelessProtocol:m_startSyncSampling"]]],["m_startSysTimeNanos",,[["HighResClock",,,,0,"File:HighResClock.h:HighResClock.m_startSysTimeNanos","CClass:HighResClock:m_startSysTimeNanos"]]],["m_status",,[["SyncNetworkInfo",,,,0,"File:MicroStrain/Wireless/SyncNetworkInfo.h:SyncNetworkInfo.m_status","CClass:SyncNetworkInfo:m_status"]]],["m_statusSelector",,[["DeviceStatus",,,,0,"File:MicroStrain/Inertial/Commands/DeviceStatus.h:DeviceStatus.m_statusSelector","CClass:DeviceStatus:m_statusSelector"]]],["m_storageLimitMode",,[["WirelessNodeConfig",,,,0,"File:MicroStrain/Wireless/Configuration/WirelessNodeConfig.h:WirelessNodeConfig.m_storageLimitMode","CClass:WirelessNodeConfig:m_storageLimitMode"]]],["m_storedAs",,[["Value",,,,0,"File:Value.h:Value.m_storedAs","CClass:Value:m_storedAs"]]],["m_success",,[["MipCmdResponse",,,,0,"File:MicroStrain/MIP/Commands/MipCmdResponse.h:MipCmdResponse.m_success","CClass:MipCmdResponse:m_success"],["PingResponse",,,,0,"File:MicroStrain/Wireless/Commands/PingResponse.h:PingResponse.m_success","CClass:PingResponse:m_success"],["ResponsePattern",,,,0,"File:MicroStrain/ResponsePattern.h:ResponsePattern.m_success","CClass:ResponsePattern:m_success"]]],["m_sweepCount",,[["DatalogDownloader",,,,0,"File:MicroStrain/Wireless/DatalogDownloader.h:DatalogDownloader.m_sweepCount","CClass:DatalogDownloader:m_sweepCount"]]],["m_sweepPos",,[["AlgorithmMetaData",,,,0,"File:MicroStrain/Wireless/Packets/WirelessDataPacket.h:AlgorithmMetaData.m_sweepPos","CClass:AlgorithmMetaData:m_sweepPos"]]],["m_sweepSize",,[["AlgorithmMetaData",,,,0,"File:MicroStrain/Wireless/Packets/WirelessDataPacket.h:AlgorithmMetaData.m_sweepSize","CClass:AlgorithmMetaData:m_sweepSize"],["NodeMemory_v2",,,,0,"File:MicroStrain/Wireless/NodeMemory_v2.h:NodeMemory_v2.m_sweepSize","CClass:NodeMemory_v2:m_sweepSize"]]],["m_syncSamplingVersion",,[["SyncNetworkInfo",,,,0,"File:MicroStrain/Wireless/SyncNetworkInfo.h:SyncNetworkInfo.m_syncSamplingVersion","CClass:SyncNetworkInfo:m_syncSamplingVersion"]]],["m_system",,[["CV7ContinuousBIT",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:CV7ContinuousBIT.m_system","CClass:CV7ContinuousBIT:m_system"],["GQ7ContinuousBIT",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:GQ7ContinuousBIT.m_system","CClass:GQ7ContinuousBIT:m_system"]]],["m_systemState",,[["DeviceStatusData",,,,0,"File:MicroStrain/Inertial/ExposedInertialTypes.h:DeviceStatusData.m_systemState","CClass:DeviceStatusData:m_systemState"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/006d005f0074.js b/v66.0.1/MSCL_Docs/search/keywords/006d005f0074.js deleted file mode 100644 index 3ce81c8fa..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/006d005f0074.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("m_t",["Variable"],[["m_talkerId",,[["NmeaMessageFormat",,,,0,"File:MicroStrain/Inertial/ExposedInertialTypes.h:NmeaMessageFormat.m_talkerId","CClass:NmeaMessageFormat:m_talkerId"]]],["m_targetPercent",,[["Response",,,,0,"File:MicroStrain/Wireless/Commands/AutoBalance_v2.h:Response.m_targetPercent","CClass:Response:m_targetPercent"]]],["m_tdmaAddress",,[["SyncNetworkInfo",,,,0,"File:MicroStrain/Wireless/SyncNetworkInfo.h:SyncNetworkInfo.m_tdmaAddress","CClass:SyncNetworkInfo:m_tdmaAddress"]]],["m_temperature",,[["AutoCalResult_shmLink",,,,0,"File:MicroStrain/Wireless/Commands/AutoCalResult.h:AutoCalResult_shmLink.m_temperature","CClass:AutoCalResult_shmLink:m_temperature"],["AutoCalResult_shmLink201",,,,0,"File:MicroStrain/Wireless/Commands/AutoCalResult.h:AutoCalResult_shmLink201.m_temperature","CClass:AutoCalResult_shmLink201:m_temperature"]]],["m_temperatureInfo",,[["DeviceStatusData",,,,0,"File:MicroStrain/Inertial/ExposedInertialTypes.h:DeviceStatusData.m_temperatureInfo","CClass:DeviceStatusData:m_temperatureInfo"]]],["m_tempSensorOptions",,[["WirelessNodeConfig",,,,0,"File:MicroStrain/Wireless/Configuration/WirelessNodeConfig.h:WirelessNodeConfig.m_tempSensorOptions","CClass:WirelessNodeConfig:m_tempSensorOptions"]]],["m_tempWsdas",,[["WsdaFinder",,,,0,"File:Communication/WsdaFinder.h:WsdaFinder.m_tempWsdas","CClass:WsdaFinder:m_tempWsdas"]]],["m_testNodeCommProtocol",,[["WirelessProtocol",,,,0,"File:MicroStrain/Wireless/Commands/WirelessProtocol.h:WirelessProtocol.m_testNodeCommProtocol","CClass:WirelessProtocol:m_testNodeCommProtocol"]]],["m_thermistorType",,[["TempSensorOptions",,,,0,"File:MicroStrain/Wireless/Configuration/TempSensorOptions.h:TempSensorOptions.m_thermistorType","CClass:TempSensorOptions:m_thermistorType"]]],["m_thermocoupleType",,[["TempSensorOptions",,,,0,"File:MicroStrain/Wireless/Configuration/TempSensorOptions.h:TempSensorOptions.m_thermocoupleType","CClass:TempSensorOptions:m_thermocoupleType"]]],["m_thermoTypes",,[["WirelessNodeConfig",,,,0,"File:MicroStrain/Wireless/Configuration/WirelessNodeConfig.h:WirelessNodeConfig.m_thermoTypes","CClass:WirelessNodeConfig:m_thermoTypes"]]],["m_tick",,[["DataSweep",,,,0,"File:MicroStrain/Wireless/DataSweep.h:DataSweep.m_tick","CClass:DataSweep:m_tick"],["LoggedDataSweep",,,,0,"File:MicroStrain/Wireless/LoggedDataSweep.h:LoggedDataSweep.m_tick","CClass:LoggedDataSweep:m_tick"]]],["m_timeBetweenBursts",,[["WirelessNodeConfig",,,,0,"File:MicroStrain/Wireless/Configuration/WirelessNodeConfig.h:WirelessNodeConfig.m_timeBetweenBursts","CClass:WirelessNodeConfig:m_timeBetweenBursts"]]],["m_Timestamp",,[["AidingMeasurementInput","m_timestamp",,,0,"File:MicroStrain/MIP/MipTypes.h:AidingMeasurementInput.m_timestamp","CClass:AidingMeasurementInput:m_timestamp"],["BeaconStatus","m_timestamp",,,0,"File:MicroStrain/Wireless/Commands/BeaconStatus.h:BeaconStatus.m_timestamp","CClass:BeaconStatus:m_timestamp"],["DataSweep","m_timestamp",,,0,"File:MicroStrain/Wireless/DataSweep.h:DataSweep.m_timestamp","CClass:DataSweep:m_timestamp"],["LoggedDataSweep","m_timestamp",,,0,"File:MicroStrain/Wireless/LoggedDataSweep.h:LoggedDataSweep.m_timestamp","CClass:LoggedDataSweep:m_timestamp"],["NodeDiscovery","m_timestamp",,,0,"File:MicroStrain/Wireless/NodeDiscovery.h:NodeDiscovery.m_timestamp","CClass:NodeDiscovery:m_timestamp"],["ExternalHeadingUpdateWithTimestamp",,,,0,"File:MicroStrain/Inertial/Commands/ExternalHeadingUpdateWithTimestamp.h:ExternalHeadingUpdateWithTimestamp.m_Timestamp","CClass:ExternalHeadingUpdateWithTimestamp:m_Timestamp"]]],["m_timeUntilCompletion",,[["Response",,,,0,"File:MicroStrain/Wireless/Commands/AutoCal.h:Response.m_timeUntilCompletion","CClass:Response:m_timeUntilCompletion"]]],["m_totalBytes",,[["NodeMemory",,,,0,"File:MicroStrain/Wireless/NodeMemory.h:NodeMemory.m_totalBytes","CClass:NodeMemory:m_totalBytes"]]],["m_transducerType",,[["TempSensorOptions",,,,0,"File:MicroStrain/Wireless/Configuration/TempSensorOptions.h:TempSensorOptions.m_transducerType","CClass:TempSensorOptions:m_transducerType"]]],["m_translation",,[["MeasurementReferenceFrame",,,,0,"File:MicroStrain/Inertial/ExposedInertialTypes.h:MeasurementReferenceFrame.m_translation","CClass:MeasurementReferenceFrame:m_translation"]]],["m_transmitPower",,[["BaseStationConfig",,,,0,"File:MicroStrain/Wireless/Configuration/BaseStationConfig.h:BaseStationConfig.m_transmitPower","CClass:BaseStationConfig:m_transmitPower"],["WirelessNodeConfig",,,,0,"File:MicroStrain/Wireless/Configuration/WirelessNodeConfig.h:WirelessNodeConfig.m_transmitPower","CClass:WirelessNodeConfig:m_transmitPower"]]],["m_transmitRate",,[["HistogramOptions",,,,0,"File:MicroStrain/Wireless/Configuration/HistogramOptions.h:HistogramOptions.m_transmitRate","CClass:HistogramOptions:m_transmitRate"]]],["m_triggerMask",,[["EventTriggerOptions",,,,0,"File:MicroStrain/Wireless/Configuration/EventTriggerOptions.h:EventTriggerOptions.m_triggerMask","CClass:EventTriggerOptions:m_triggerMask"]]],["m_triggers",,[["EventTriggerOptions",,,,0,"File:MicroStrain/Wireless/Configuration/EventTriggerOptions.h:EventTriggerOptions.m_triggers","CClass:EventTriggerOptions:m_triggers"]]],["m_txPerGroup",,[["SyncNetworkInfo",,,,0,"File:MicroStrain/Wireless/SyncNetworkInfo.h:SyncNetworkInfo.m_txPerGroup","CClass:SyncNetworkInfo:m_txPerGroup"]]],["m_type",,[[,,,,0,"File:MicroStrain/Wireless/Configuration/EventTriggerOptions.h:m_type"],["Connection_Impl",,,,0,"File:Communication/Connection_Impl.h:Connection_Impl.m_type","CClass:Connection_Impl:m_type"],["MipChannelIdentifier",,,,0,"File:MicroStrain/MIP/MipTypes.h:MipChannelIdentifier.m_type","CClass:MipChannelIdentifier:m_type"],["WirelessChannel",,,,0,"File:MicroStrain/Wireless/WirelessChannel.h:WirelessChannel.m_type","CClass:WirelessChannel:m_type"],["WirelessPacket",,,,0,"File:MicroStrain/Wireless/Packets/WirelessPacket.h:WirelessPacket.m_type","CClass:WirelessPacket:m_type"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/006d005f0075.js b/v66.0.1/MSCL_Docs/search/keywords/006d005f0075.js deleted file mode 100644 index bff0eade5..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/006d005f0075.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("m_u",["Variable"],[["m_unc",,[["AidingMeasurementHeading",,,,0,"File:MicroStrain/MIP/MipTypes.h:AidingMeasurementHeading.m_unc","CClass:AidingMeasurementHeading:m_unc"],["AidingMeasurementHeight",,,,0,"File:MicroStrain/MIP/MipTypes.h:AidingMeasurementHeight.m_unc","CClass:AidingMeasurementHeight:m_unc"],["AidingMeasurementMagneticField",,,,0,"File:MicroStrain/MIP/MipTypes.h:AidingMeasurementMagneticField.m_unc","CClass:AidingMeasurementMagneticField:m_unc"],["AidingMeasurementPosition",,,,0,"File:MicroStrain/MIP/MipTypes.h:AidingMeasurementPosition.m_unc","CClass:AidingMeasurementPosition:m_unc"],["AidingMeasurementPressure",,,,0,"File:MicroStrain/MIP/MipTypes.h:AidingMeasurementPressure.m_unc","CClass:AidingMeasurementPressure:m_unc"],["AidingMeasurementVelocity",,,,0,"File:MicroStrain/MIP/MipTypes.h:AidingMeasurementVelocity.m_unc","CClass:AidingMeasurementVelocity:m_unc"],["OdometerConfiguration",,,,0,"File:MicroStrain/Inertial/ExposedInertialTypes.h:OdometerConfiguration.m_unc","CClass:OdometerConfiguration:m_unc"]]],["m_unit",,[["CalCoefficients",,,,0,"File:MicroStrain/Wireless/CalCoefficients.h:CalCoefficients.m_unit","CClass:CalCoefficients:m_unit"]]],["m_units",,[["WirelessNodeConfig",,,,0,"File:MicroStrain/Wireless/Configuration/WirelessNodeConfig.h:WirelessNodeConfig.m_units","CClass:WirelessNodeConfig:m_units"]]],["m_unlimitedDuration",,[["WirelessNodeConfig",,,,0,"File:MicroStrain/Wireless/Configuration/WirelessNodeConfig.h:WirelessNodeConfig.m_unlimitedDuration","CClass:WirelessNodeConfig:m_unlimitedDuration"]]],["m_upnpSearchCallback",,[["WsdaFinder",,,,0,"File:Communication/WsdaFinder.h:WsdaFinder.m_upnpSearchCallback","CClass:WsdaFinder:m_upnpSearchCallback"]]],["m_upnpService",,[["WsdaFinder",,,,0,"File:Communication/WsdaFinder.h:WsdaFinder.m_upnpService","CClass:WsdaFinder:m_upnpService"]]],["m_uptime",,[["StructuralHealth",,,,0,"File:MicroStrain/Wireless/StructuralHealth.h:StructuralHealth.m_uptime","CClass:StructuralHealth:m_uptime"]]],["m_url",,[["WsdaInfo",,,,0,"File:Communication/WsdaFinder.h:WsdaInfo.m_url","CClass:WsdaInfo:m_url"]]],["m_usbPortInfo",,[["DeviceStatusData",,,,0,"File:MicroStrain/Inertial/ExposedInertialTypes.h:DeviceStatusData.m_usbPortInfo","CClass:DeviceStatusData:m_usbPortInfo"]]],["m_useCache",,[["Eeprom",,,,0,"File:MicroStrain/Wireless/Configuration/Eeprom.h:Eeprom.m_useCache","CClass:Eeprom:m_useCache"]]],["m_useGroupRead",,[["NodeEeprom",,,,0,"File:MicroStrain/Wireless/Configuration/NodeEeprom.h:NodeEeprom.m_useGroupRead","CClass:NodeEeprom:m_useGroupRead"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/006d005f0076.js b/v66.0.1/MSCL_Docs/search/keywords/006d005f0076.js deleted file mode 100644 index be7e07568..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/006d005f0076.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("m_v",["Variable"],[["m_valid",,[["MipDataPoint",,,,0,"File:MicroStrain/MIP/MipDataPoint.h:MipDataPoint.m_valid","CClass:MipDataPoint:m_valid"]]],["m_validFlags",,[["AidingMeasurementInput",,,,0,"File:MicroStrain/MIP/MipTypes.h:AidingMeasurementInput.m_validFlags","CClass:AidingMeasurementInput:m_validFlags"]]],["m_value",,[[,,,,0,"File:MicroStrain/Wireless/Configuration/EventTriggerOptions.h:m_value"],["Bitfield",,,,0,"File:MicroStrain/Bitfield.h:Bitfield.m_value","CClass:Bitfield:m_value"],["Value",,,,0,"File:Value.h:Value.m_value","CClass:Value:m_value"]]],["m_valuesType",,[["Matrix",,,,0,"File:MicroStrain/Matrix.h:Matrix.m_valuesType","CClass:Matrix:m_valuesType"]]],["m_valueType",,[["EepromLocation",,,,0,"File:MicroStrain/Wireless/Configuration/EepromLocation.h:EepromLocation.m_valueType","CClass:EepromLocation:m_valueType"]]],["m_valueTypeSize",,[["Matrix",,,,0,"File:MicroStrain/Matrix.h:Matrix.m_valueTypeSize","CClass:Matrix:m_valueTypeSize"]]],["m_valueWritten",,[["Response",,,,0,"File:MicroStrain/Wireless/Commands/BaseStation_WriteEeprom.h:Response.m_valueWritten","CClass:Response:m_valueWritten"]]],["m_VehicleType",,[["VehicleDynamicsMode",,,,0,"File:MicroStrain/Inertial/Commands/VehicleDynamicsMode.h:VehicleDynamicsMode.m_VehicleType","CClass:VehicleDynamicsMode:m_VehicleType"]]],["m_velocity",,[["AidingMeasurementVelocity",,,,0,"File:MicroStrain/MIP/MipTypes.h:AidingMeasurementVelocity.m_velocity","CClass:AidingMeasurementVelocity:m_velocity"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/006d005f0077.js b/v66.0.1/MSCL_Docs/search/keywords/006d005f0077.js deleted file mode 100644 index 3e50e516c..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/006d005f0077.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("m_w",["Variable"],[["m_wireType",,[["TempSensorOptions",,,,0,"File:MicroStrain/Wireless/Configuration/TempSensorOptions.h:TempSensorOptions.m_wireType","CClass:TempSensorOptions:m_wireType"]]],["m_wmi_class",,[["WMI_Helper",,,,0,"File:WMI_Helper.h:WMI_Helper.m_wmi_class","CClass:WMI_Helper:m_wmi_class"]]],["m_wmi_namespace",,[["WMI_Helper",,,,0,"File:WMI_Helper.h:WMI_Helper.m_wmi_namespace","CClass:WMI_Helper:m_wmi_namespace"]]],["m_writeBaseEeprom",,[["WirelessProtocol",,,,0,"File:MicroStrain/Wireless/Commands/WirelessProtocol.h:WirelessProtocol.m_writeBaseEeprom","CClass:WirelessProtocol:m_writeBaseEeprom"]]],["m_writeNodeEeprom",,[["WirelessProtocol",,,,0,"File:MicroStrain/Wireless/Commands/WirelessProtocol.h:WirelessProtocol.m_writeNodeEeprom","CClass:WirelessProtocol:m_writeNodeEeprom"]]],["m_writeOffset",,[["BufferWriter",,,,0,"File:MicroStrain/DataBuffer.h:BufferWriter.m_writeOffset","CClass:BufferWriter:m_writeOffset"]]],["m_wsdaMapMutex",,[["WsdaFinder",,,,0,"File:Communication/WsdaFinder.h:WsdaFinder.m_wsdaMapMutex","CClass:WsdaFinder:m_wsdaMapMutex"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/006d005f0079.js b/v66.0.1/MSCL_Docs/search/keywords/006d005f0079.js deleted file mode 100644 index 581679e4f..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/006d005f0079.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("m_y",["Variable"],[["m_youngsModulus",,[["FatigueOptions",,,,0,"File:MicroStrain/Wireless/Configuration/FatigueOptions.h:FatigueOptions.m_youngsModulus","CClass:FatigueOptions:m_youngsModulus"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/006d00610067.js b/v66.0.1/MSCL_Docs/search/keywords/006d00610067.js deleted file mode 100644 index b7801dafe..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/006d00610067.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("mag",["Constant","Variable","Function","Class","Enumeration"],[["MAG_GENERAL_FAULT",,[["ContinuousBIT_IMU_Sensors",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:ContinuousBIT_IMU_Sensors.MAG_GENERAL_FAULT","CClass:ContinuousBIT_IMU_Sensors:MAG_GENERAL_FAULT"]]],["MAG_OVERRANGE",,[["ContinuousBIT_IMU_Sensors",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:ContinuousBIT_IMU_Sensors.MAG_OVERRANGE","CClass:ContinuousBIT_IMU_Sensors:MAG_OVERRANGE"]]],["MAG_SELF_TEST_FAIL",,[["ContinuousBIT_IMU_Sensors",,,,0,"File:MicroStrain/MIP/MipBuiltInTest.h:ContinuousBIT_IMU_Sensors.MAG_SELF_TEST_FAIL","CClass:ContinuousBIT_IMU_Sensors:MAG_SELF_TEST_FAIL"]]],["magBandwidthPower",,[["SignalConditioningValues",,,,1,"File:MicroStrain/Inertial/ExposedInertialTypes.h:SignalConditioningValues.magBandwidthPower","CClass:SignalConditioningValues:magBandwidthPower"]]],["magFilterWidth",,[["SignalConditioningValues",,,,1,"File:MicroStrain/Inertial/ExposedInertialTypes.h:SignalConditioningValues.magFilterWidth","CClass:SignalConditioningValues:magFilterWidth"]]],["magGeneralFault",,[["ContinuousBIT",,,,2,"File:MicroStrain/MIP/MipBuiltInTest.h:ContinuousBIT.magGeneralFault","CClass:ContinuousBIT:magGeneralFault"],["ContinuousBIT_IMU_Sensors",,,,2,"File:MicroStrain/MIP/MipBuiltInTest.h:ContinuousBIT_IMU_Sensors.magGeneralFault","CClass:ContinuousBIT_IMU_Sensors:magGeneralFault"],["CV7ContinuousBIT",,,,2,"File:MicroStrain/MIP/MipBuiltInTest.h:CV7ContinuousBIT.magGeneralFault","CClass:CV7ContinuousBIT:magGeneralFault"],["GQ7ContinuousBIT",,,,2,"File:MicroStrain/MIP/MipBuiltInTest.h:GQ7ContinuousBIT.magGeneralFault","CClass:GQ7ContinuousBIT:magGeneralFault"]]],["magneticField",,[["AidingMeasurementMagneticField",,,,2,"File:MicroStrain/MIP/MipTypes.h:AidingMeasurementMagneticField.magneticField","CClass:AidingMeasurementMagneticField:magneticField"]]],["MagneticFieldMagnitudeSource",,[[,,,,3,"File:MicroStrain/Inertial/Commands/GeographicSource.h:MagneticFieldMagnitudeSource","CClass:MagneticFieldMagnitudeSource"]]],["Magnetometer",,[["HeadingUpdateOptions",,,,0,"File:MicroStrain/Inertial/ExposedInertialTypes.h:HeadingUpdateOptions.Magnetometer","CClass:HeadingUpdateOptions:Magnetometer"],["MipChannelIdentifier","MAGNETOMETER",,,0,"File:MicroStrain/MIP/MipTypes.h:MipChannelIdentifier.MAGNETOMETER","CClass:MipChannelIdentifier:MAGNETOMETER"]]],["MAGNETOMETER_AIDING",,[[,,,,0,"File:MicroStrain/Inertial/ExposedInertialTypes.h:MAGNETOMETER_AIDING"]]],["MagnetometerCaptureAutoCalibration",,[[,,,,3,"File:MicroStrain/Inertial/Commands/MagnetometerCaptureAutoCalibration.h:MagnetometerCaptureAutoCalibration","CClass:MagnetometerCaptureAutoCalibration"]]],["MagnetometerHardIronOffset",,[[,,,,3,"File:MicroStrain/Inertial/Commands/MagnetometerHardIronOffset.h:MagnetometerHardIronOffset","CClass:MagnetometerHardIronOffset"],["MagnetometerHardIronOffset","Constructor 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MagnetometerSoftIronMatrix",,,2,"File:MicroStrain/Inertial/Commands/MagnetometerSoftIronMatrix.h:MagnetometerSoftIronMatrix.Constructor_MagnetometerSoftIronMatrix","CClass:MagnetometerSoftIronMatrix:Constructor_MagnetometerSoftIronMatrix"]]],["magOverrange",,[["ContinuousBIT",,,,2,"File:MicroStrain/MIP/MipBuiltInTest.h:ContinuousBIT.magOverrange","CClass:ContinuousBIT:magOverrange"],["ContinuousBIT_IMU_Sensors",,,,2,"File:MicroStrain/MIP/MipBuiltInTest.h:ContinuousBIT_IMU_Sensors.magOverrange","CClass:ContinuousBIT_IMU_Sensors:magOverrange"],["CV7ContinuousBIT",,,,2,"File:MicroStrain/MIP/MipBuiltInTest.h:CV7ContinuousBIT.magOverrange","CClass:CV7ContinuousBIT:magOverrange"],["GQ7ContinuousBIT",,,,2,"File:MicroStrain/MIP/MipBuiltInTest.h:GQ7ContinuousBIT.magOverrange","CClass:GQ7ContinuousBIT:magOverrange"]]],["MagPowerBandwidthSettings",,[["SignalConditioningValues",,,,4,"File:MicroStrain/Inertial/ExposedInertialTypes.h:SignalConditioningValues.MagPowerBandwidthSettings","CClass:SignalConditioningValues:MagPowerBandwidthSettings"]]],["magSelfTest",,[["ContinuousBIT",,,,2,"File:MicroStrain/MIP/MipBuiltInTest.h:ContinuousBIT.magSelfTest","CClass:ContinuousBIT:magSelfTest"],["ContinuousBIT_IMU_Sensors",,,,2,"File:MicroStrain/MIP/MipBuiltInTest.h:ContinuousBIT_IMU_Sensors.magSelfTest","CClass:ContinuousBIT_IMU_Sensors:magSelfTest"],["CV7ContinuousBIT",,,,2,"File:MicroStrain/MIP/MipBuiltInTest.h:CV7ContinuousBIT.magSelfTest","CClass:CV7ContinuousBIT:magSelfTest"],["GQ7ContinuousBIT",,,,2,"File:MicroStrain/MIP/MipBuiltInTest.h:GQ7ContinuousBIT.magSelfTest","CClass:GQ7ContinuousBIT:magSelfTest"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/006d0061006a.js b/v66.0.1/MSCL_Docs/search/keywords/006d0061006a.js deleted file mode 100644 index 80674a094..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/006d0061006a.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("maj",["Function"],[["majorPart",,[["Version",,,,0,"File:Version.h:Version.majorPart","CClass:Version:majorPart"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/006d0061006b.js b/v66.0.1/MSCL_Docs/search/keywords/006d0061006b.js deleted file mode 100644 index c0ab1f312..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/006d0061006b.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("mak",["Function"],[["make_double",,[["Utils",,,,0,"File:Utils.h:Utils.make_double","CClass:Utils:make_double"]]],["make_float",,[["Utils",,,,0,"File:Utils.h:Utils.make_float","CClass:Utils:make_float"]]],["make_int16",,[["Utils",,,,0,"File:Utils.h:Utils.make_int16","CClass:Utils:make_int16"]]],["make_int32",,[["Utils",,,,0,"File:Utils.h:Utils.make_int32","CClass:Utils:make_int32"]]],["make_uint16",,[["Utils",,,,0,"File:Utils.h:Utils.make_uint16","CClass:Utils:make_uint16"]]],["make_uint32",,[["Utils",,,,0,"File:Utils.h:Utils.make_uint32","CClass:Utils:make_uint32"]]],["make_uint64",,[["Utils",,,,0,"File:Utils.h:Utils.make_uint64","CClass:Utils:make_uint64"]]],["MakeCommand",,[["CaptureGyroBias",,,,0,"File:MicroStrain/Inertial/Commands/CaptureGyroBias.h:CaptureGyroBias.MakeCommand","CClass:CaptureGyroBias:MakeCommand"],["ExternalHeadingUpdate",,,,0,"File:MicroStrain/Inertial/Commands/ExternalHeadingUpdate.h:ExternalHeadingUpdate.MakeCommand","CClass:ExternalHeadingUpdate:MakeCommand"],["ExternalHeadingUpdateWithTimestamp",,,,0,"File:MicroStrain/Inertial/Commands/ExternalHeadingUpdateWithTimestamp.h:ExternalHeadingUpdateWithTimestamp.MakeCommand","CClass:ExternalHeadingUpdateWithTimestamp:MakeCommand"],["MagnetometerCaptureAutoCalibration",,,,0,"File:MicroStrain/Inertial/Commands/MagnetometerCaptureAutoCalibration.h:MagnetometerCaptureAutoCalibration.MakeCommand","CClass:MagnetometerCaptureAutoCalibration:MakeCommand"],["RawRTCM_2_3Message",,,,0,"File:MicroStrain/Inertial/Commands/RawRTCM_2_3Message.h:RawRTCM_2_3Message.MakeCommand","CClass:RawRTCM_2_3Message:MakeCommand"]]],["MakeGetBasicCommand",,[["DeviceStatus",,,,0,"File:MicroStrain/Inertial/Commands/DeviceStatus.h:DeviceStatus.MakeGetBasicCommand","CClass:DeviceStatus:MakeGetBasicCommand"]]],["MakeGetCommand",,[[,,,,0,"File:MicroStrain/Inertial/Commands/GNSS_SBASSettings.h:MakeGetCommand"],["AccelBias",,,,0,"File:MicroStrain/Inertial/Commands/AccelBias.h:AccelBias.MakeGetCommand","CClass:AccelBias:MakeGetCommand"],["AdaptiveMeasurement",,,,0,"File:MicroStrain/Inertial/Commands/AdaptiveMeasurement.h:AdaptiveMeasurement.MakeGetCommand","CClass:AdaptiveMeasurement:MakeGetCommand"],["AdvancedLowPassFilterSettings",,,,0,"File:MicroStrain/Inertial/Commands/AdvancedLowPassFilterSettings.h:AdvancedLowPassFilterSettings.MakeGetCommand","CClass:AdvancedLowPassFilterSettings:MakeGetCommand"],["ComplementaryFilterSettings",,,,0,"File:MicroStrain/Inertial/Commands/ComplementaryFilterSettings.h:ComplementaryFilterSettings.MakeGetCommand","CClass:ComplementaryFilterSettings:MakeGetCommand"],["ConingAndScullingEnable",,,,0,"File:MicroStrain/Inertial/Commands/ConingAndScullingEnable.h:ConingAndScullingEnable.MakeGetCommand","CClass:ConingAndScullingEnable:MakeGetCommand"],["DeclinationSource",,,,0,"File:MicroStrain/Inertial/Commands/GeographicSource.h:DeclinationSource.MakeGetCommand","CClass:DeclinationSource:MakeGetCommand"],["DeviceStatus",,,,0,"File:MicroStrain/Inertial/Commands/DeviceStatus.h:DeviceStatus.MakeGetCommand","CClass:DeviceStatus:MakeGetCommand"],["EstimationControlFlags",,,,0,"File:MicroStrain/Inertial/Commands/EstimationControlFlags.h:EstimationControlFlags.MakeGetCommand","CClass:EstimationControlFlags:MakeGetCommand"],["FilterInitializationConfig",,,,0,"File:MicroStrain/Inertial/Commands/FilterInitializationConfig.h:FilterInitializationConfig.MakeGetCommand","CClass:FilterInitializationConfig:MakeGetCommand"],["FloatCommand",,,,0,"File:MicroStrain/Inertial/Commands/FloatCommand.h:FloatCommand.MakeGetCommand","CClass:FloatCommand:MakeGetCommand"],["GeographicSource",,,,0,"File:MicroStrain/Inertial/Commands/GeographicSource.h:GeographicSource.MakeGetCommand","CClass:GeographicSource:MakeGetCommand"],["GeometricVectorCommand",,,,0,"File:MicroStrain/Inertial/Commands/GeometricVectorCommand.h:GeometricVectorCommand.MakeGetCommand","CClass:GeometricVectorCommand:MakeGetCommand"],["GNSS_ConstellationSettings",,,,0,"File:MicroStrain/Inertial/Commands/GNSS_ConstellationSettings.h:GNSS_ConstellationSettings.MakeGetCommand","CClass:GNSS_ConstellationSettings:MakeGetCommand"],["GNSS_SourceControl",,,,0,"File:MicroStrain/Inertial/Commands/GNSS_SourceControl.h:GNSS_SourceControl.MakeGetCommand","CClass:GNSS_SourceControl:MakeGetCommand"],["GyroBias",,,,0,"File:MicroStrain/Inertial/Commands/GyroBias.h:GyroBias.MakeGetCommand","CClass:GyroBias:MakeGetCommand"],["HeadingUpdateControl",,,,0,"File:MicroStrain/Inertial/Commands/HeadingUpdateControl.h:HeadingUpdateControl.MakeGetCommand","CClass:HeadingUpdateControl:MakeGetCommand"],["InclinationSource",,,,0,"File:MicroStrain/Inertial/Commands/GeographicSource.h:InclinationSource.MakeGetCommand","CClass:InclinationSource:MakeGetCommand"],["MagneticFieldMagnitudeSource",,,,0,"File:MicroStrain/Inertial/Commands/GeographicSource.h:MagneticFieldMagnitudeSource.MakeGetCommand","CClass:MagneticFieldMagnitudeSource:MakeGetCommand"],["MagnetometerHardIronOffset",,,,0,"File:MicroStrain/Inertial/Commands/MagnetometerHardIronOffset.h:MagnetometerHardIronOffset.MakeGetCommand","CClass:MagnetometerHardIronOffset:MakeGetCommand"],["MagnetometerSoftIronMatrix",,,,0,"File:MicroStrain/Inertial/Commands/MagnetometerSoftIronMatrix.h:MagnetometerSoftIronMatrix.MakeGetCommand","CClass:MagnetometerSoftIronMatrix:MakeGetCommand"],["Matrix3x3Command",,,,0,"File:MicroStrain/Inertial/Commands/Matrix3x3Command.h:Matrix3x3Command.MakeGetCommand","CClass:Matrix3x3Command:MakeGetCommand"],["SetReferencePosition",,,,0,"File:MicroStrain/Inertial/Commands/SetReferencePosition.h:SetReferencePosition.MakeGetCommand","CClass:SetReferencePosition:MakeGetCommand"],["SignalConditioningSettings",,,,0,"File:MicroStrain/Inertial/Commands/SignalConditioningSettings.h:SignalConditioningSettings.MakeGetCommand","CClass:SignalConditioningSettings:MakeGetCommand"],["UARTBaudRate",,,,0,"File:MicroStrain/Inertial/Commands/UARTBaudRate.h:UARTBaudRate.MakeGetCommand","CClass:UARTBaudRate:MakeGetCommand"],["Uint16Command",,,,0,"File:MicroStrain/Inertial/Commands/Uint16Command.h:Uint16Command.MakeGetCommand","CClass:Uint16Command:MakeGetCommand"],["Uint8Command",,,,0,"File:MicroStrain/Inertial/Commands/Uint8Command.h:Uint8Command.MakeGetCommand","CClass:Uint8Command:MakeGetCommand"],["VehicleDynamicsMode",,,,0,"File:MicroStrain/Inertial/Commands/VehicleDynamicsMode.h:VehicleDynamicsMode.MakeGetCommand","CClass:VehicleDynamicsMode:MakeGetCommand"]]],["MakeGetDiagnosticCommand",,[["DeviceStatus",,,,0,"File:MicroStrain/Inertial/Commands/DeviceStatus.h:DeviceStatus.MakeGetDiagnosticCommand","CClass:DeviceStatus:MakeGetDiagnosticCommand"]]],["MakeResetToDefaultCommand",,[["GNSS_ConstellationSettings",,,,0,"File:MicroStrain/Inertial/Commands/GNSS_ConstellationSettings.h:GNSS_ConstellationSettings.MakeResetToDefaultCommand","CClass:GNSS_ConstellationSettings:MakeResetToDefaultCommand"]]],["MakeSaveCommand",,[["MagnetometerCaptureAutoCalibration",,,,0,"File:MicroStrain/Inertial/Commands/MagnetometerCaptureAutoCalibration.h:MagnetometerCaptureAutoCalibration.MakeSaveCommand","CClass:MagnetometerCaptureAutoCalibration:MakeSaveCommand"]]],["MakeSetCommand",,[[,,,,0,"File:MicroStrain/Inertial/Commands/GNSS_SBASSettings.h:MakeSetCommand"],["AccelBias",,,,0,"File:MicroStrain/Inertial/Commands/AccelBias.h:AccelBias.MakeSetCommand","CClass:AccelBias:MakeSetCommand"],["AdaptiveMeasurement",,,,0,"File:MicroStrain/Inertial/Commands/AdaptiveMeasurement.h:AdaptiveMeasurement.MakeSetCommand","CClass:AdaptiveMeasurement:MakeSetCommand"],["AdvancedLowPassFilterSettings",,,,0,"File:MicroStrain/Inertial/Commands/AdvancedLowPassFilterSettings.h:AdvancedLowPassFilterSettings.MakeSetCommand","CClass:AdvancedLowPassFilterSettings:MakeSetCommand"],["ComplementaryFilterSettings",,,,0,"File:MicroStrain/Inertial/Commands/ComplementaryFilterSettings.h:ComplementaryFilterSettings.MakeSetCommand","CClass:ComplementaryFilterSettings:MakeSetCommand"],["ConingAndScullingEnable",,,,0,"File:MicroStrain/Inertial/Commands/ConingAndScullingEnable.h:ConingAndScullingEnable.MakeSetCommand","CClass:ConingAndScullingEnable:MakeSetCommand"],["DeclinationSource",,,,0,"File:MicroStrain/Inertial/Commands/GeographicSource.h:DeclinationSource.MakeSetCommand","CClass:DeclinationSource:MakeSetCommand"],["EstimationControlFlags",,,,0,"File:MicroStrain/Inertial/Commands/EstimationControlFlags.h:EstimationControlFlags.MakeSetCommand","CClass:EstimationControlFlags:MakeSetCommand"],["ExternalGNSSUpdate",,,,0,"File:MicroStrain/Inertial/Commands/ExternalGNSSUpdate.h:ExternalGNSSUpdate.MakeSetCommand","CClass:ExternalGNSSUpdate:MakeSetCommand"],["FilterInitializationConfig",,,,0,"File:MicroStrain/Inertial/Commands/FilterInitializationConfig.h:FilterInitializationConfig.MakeSetCommand","CClass:FilterInitializationConfig:MakeSetCommand"],["FloatCommand",,,,0,"File:MicroStrain/Inertial/Commands/FloatCommand.h:FloatCommand.MakeSetCommand","CClass:FloatCommand:MakeSetCommand"],["GeographicSource",,,,0,"File:MicroStrain/Inertial/Commands/GeographicSource.h:GeographicSource.MakeSetCommand","CClass:GeographicSource:MakeSetCommand"],["GeometricVectorCommand",,,,0,"File:MicroStrain/Inertial/Commands/GeometricVectorCommand.h:GeometricVectorCommand.MakeSetCommand","CClass:GeometricVectorCommand:MakeSetCommand"],["GNSS_ConstellationSettings",,,,0,"File:MicroStrain/Inertial/Commands/GNSS_ConstellationSettings.h:GNSS_ConstellationSettings.MakeSetCommand","CClass:GNSS_ConstellationSettings:MakeSetCommand"],["GNSS_SourceControl",,,,0,"File:MicroStrain/Inertial/Commands/GNSS_SourceControl.h:GNSS_SourceControl.MakeSetCommand","CClass:GNSS_SourceControl:MakeSetCommand"],["GyroBias",,,,0,"File:MicroStrain/Inertial/Commands/GyroBias.h:GyroBias.MakeSetCommand","CClass:GyroBias:MakeSetCommand"],["HeadingUpdateControl",,,,0,"File:MicroStrain/Inertial/Commands/HeadingUpdateControl.h:HeadingUpdateControl.MakeSetCommand","CClass:HeadingUpdateControl:MakeSetCommand"],["InclinationSource",,,,0,"File:MicroStrain/Inertial/Commands/GeographicSource.h:InclinationSource.MakeSetCommand","CClass:InclinationSource:MakeSetCommand"],["MagneticFieldMagnitudeSource",,,,0,"File:MicroStrain/Inertial/Commands/GeographicSource.h:MagneticFieldMagnitudeSource.MakeSetCommand","CClass:MagneticFieldMagnitudeSource:MakeSetCommand"],["MagnetometerHardIronOffset",,,,0,"File:MicroStrain/Inertial/Commands/MagnetometerHardIronOffset.h:MagnetometerHardIronOffset.MakeSetCommand","CClass:MagnetometerHardIronOffset:MakeSetCommand"],["MagnetometerSoftIronMatrix",,,,0,"File:MicroStrain/Inertial/Commands/MagnetometerSoftIronMatrix.h:MagnetometerSoftIronMatrix.MakeSetCommand","CClass:MagnetometerSoftIronMatrix:MakeSetCommand"],["Matrix3x3Command",,,,0,"File:MicroStrain/Inertial/Commands/Matrix3x3Command.h:Matrix3x3Command.MakeSetCommand","CClass:Matrix3x3Command:MakeSetCommand"],["SetReferencePosition",,,,0,"File:MicroStrain/Inertial/Commands/SetReferencePosition.h:SetReferencePosition.MakeSetCommand","CClass:SetReferencePosition:MakeSetCommand"],["SignalConditioningSettings",,,,0,"File:MicroStrain/Inertial/Commands/SignalConditioningSettings.h:SignalConditioningSettings.MakeSetCommand","CClass:SignalConditioningSettings:MakeSetCommand"],["UARTBaudRate",,,,0,"File:MicroStrain/Inertial/Commands/UARTBaudRate.h:UARTBaudRate.MakeSetCommand","CClass:UARTBaudRate:MakeSetCommand"],["Uint16Command",,,,0,"File:MicroStrain/Inertial/Commands/Uint16Command.h:Uint16Command.MakeSetCommand","CClass:Uint16Command:MakeSetCommand"],["Uint8Command",,,,0,"File:MicroStrain/Inertial/Commands/Uint8Command.h:Uint8Command.MakeSetCommand","CClass:Uint8Command:MakeSetCommand"],["VehicleDynamicsMode",,,,0,"File:MicroStrain/Inertial/Commands/VehicleDynamicsMode.h:VehicleDynamicsMode.MakeSetCommand","CClass:VehicleDynamicsMode:MakeSetCommand"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/006d0061006e.js b/v66.0.1/MSCL_Docs/search/keywords/006d0061006e.js deleted file mode 100644 index a023e6ac0..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/006d0061006e.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("man",["Variable","Constant","Function","Enumeration"],[["manual",,[["Geographic Source 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\ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/006d00610074.js b/v66.0.1/MSCL_Docs/search/keywords/006d00610074.js deleted file mode 100644 index 952170787..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/006d00610074.js +++ /dev/null @@ -1 +0,0 @@ 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\ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/006d00690070.js b/v66.0.1/MSCL_Docs/search/keywords/006d00690070.js deleted file mode 100644 index 4e26e7449..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/006d00690070.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("mip",["Enumeration","Constant","Class","Type","Function","Struct","Section"],[["MIP",,[["MipPacketInfo","MIP Packet Bytes",,,0,"File:MicroStrain/MIP/Packets/MipPacket.h:MipPacketInfo.MIP_Packet_Bytes","CClass:MipPacketInfo:MIP_Packet_Bytes"],["RawBytePacket","MIP Packet Bytes",,,0,"File:Communication/RawBytePacket.h:RawBytePacket.MIP_Packet_Bytes","CClass:RawBytePacket:MIP_Packet_Bytes"],["DescriptorSet","MIP Packet Descriptor Sets",,,0,"File:MicroStrain/MIP/Packets/MipPacket.h:DescriptorSet.MIP_Packet_Descriptor_Sets","CClass:DescriptorSet:MIP_Packet_Descriptor_Sets"],["MipPacketInfo","MIP Packet 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pDataPoint"]]],["MipDataPoints",,[["MipDataPoint",,,,3,"File:MicroStrain/MIP/MipDataPoint.h:MipDataPoint.MipDataPoints","CClass:MipDataPoint:MipDataPoints"]]],["MipDeviceInfo",,[[,,,,5,"File:MicroStrain/MIP/Commands/GetDeviceInfo.h:MipDeviceInfo","CClass:MipDeviceInfo"]]],["MipFieldFormat",,[["MipCommandBytes",,,,3,"File:MicroStrain/MIP/MipTypes.h:MipCommandBytes.MipFieldFormat","CClass:MipCommandBytes:MipFieldFormat"]]],["MipFieldParser",,[[,,,,2,"File:MicroStrain/MIP/Packets/MipFieldParser.h:MipFieldParser(2)","CClass:MipFieldParser"]]],["MipFieldParser_Displacement",,[[,,,,6,"File:MicroStrain/MIP/Packets/MipFieldParser_Displacement.h:MipFieldParser_Displacement"]]],["MipFieldValues",,[["MipCommandBytes",,,,3,"File:MicroStrain/MIP/MipTypes.h:MipCommandBytes.MipFieldValues","CClass:MipCommandBytes:MipFieldValues"]]],["MipFunctionSelectors",,[["MipCommandBytes",,,,3,"File:MicroStrain/MIP/MipTypes.h:MipCommandBytes.MipFunctionSelectors","CClass:MipCommandBytes:MipFunctionSelectors"]]],["MipGnssFieldParser",,[[,,,,2,"File:MicroStrain/Inertial/Packets/InertialFieldParser_GNSS.h:MipGnssFieldParser","CClass:MipGnssFieldParser"]]],["MipModel",,[[,,,,2,"File:MicroStrain/MIP/MipModels.h:MipModel","CClass:MipModel"],["MipModel","MipModel 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\ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/006d006f0063.js b/v66.0.1/MSCL_Docs/search/keywords/006d006f0063.js deleted file mode 100644 index 16cceed77..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/006d006f0063.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("moc",["Function","Class"],[["Mock",,[["BaseStation",,,,0,"File:MicroStrain/Wireless/BaseStation.h:BaseStation.Mock","CClass:BaseStation:Mock"],["WirelessNode",,,,0,"File:MicroStrain/Wireless/WirelessNode.h:WirelessNode.Mock","CClass:WirelessNode:Mock"]]],["MockBaseStation_Impl",,[[,,,,1,"File:MicroStrain/Wireless/MockBaseStation_Impl.h:MockBaseStation_Impl","CClass:MockBaseStation_Impl"]]],["MockConnection",,[[,,,,1,"File:Communication/MockConnection.h:MockConnection","CClass:MockConnection"]]],["MockNodeEeprom",,[[,,,,1,"File:MicroStrain/Wireless/Configuration/MockNodeEeprom.h:MockNodeEeprom","CClass:MockNodeEeprom"]]],["MockWirelessNode_Impl",,[[,,,,1,"File:MicroStrain/Wireless/MockWirelessNode_Impl.h:MockWirelessNode_Impl","CClass:MockWirelessNode_Impl"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/006d006f0064.js b/v66.0.1/MSCL_Docs/search/keywords/006d006f0064.js deleted file mode 100644 index 1f89da828..000000000 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-NDSearch.OnPrefixDataLoaded("val",["Function","Constant","Enumeration","Class","Variable"],[["Valid",,[["AidingMeasurementHeading","valid",,,0,"File:MicroStrain/MIP/MipTypes.h:AidingMeasurementHeading.valid","CClass:AidingMeasurementHeading:valid"],["AidingMeasurementHeight","valid",,,0,"File:MicroStrain/MIP/MipTypes.h:AidingMeasurementHeight.valid","CClass:AidingMeasurementHeight:valid"],["AidingMeasurementMagneticField","valid",,,0,"File:MicroStrain/MIP/MipTypes.h:AidingMeasurementMagneticField.valid","CClass:AidingMeasurementMagneticField:valid"],["AidingMeasurementPosition","valid",,,0,"File:MicroStrain/MIP/MipTypes.h:AidingMeasurementPosition.valid","CClass:AidingMeasurementPosition:valid"],["AidingMeasurementPressure","valid",,,0,"File:MicroStrain/MIP/MipTypes.h:AidingMeasurementPressure.valid","CClass:AidingMeasurementPressure:valid"],["AidingMeasurementVelocity","valid",,,0,"File:MicroStrain/MIP/MipTypes.h:AidingMeasurementVelocity.valid","CClass:AidingMeasurementVelocity:valid"],["MipCommandBytes","valid",,,0,"File:MicroStrain/MIP/MipTypes.h:MipCommandBytes.valid","CClass:MipCommandBytes:valid"],["MipDataPoint","valid",,,0,"File:MicroStrain/MIP/MipDataPoint.h:MipDataPoint.valid","CClass:MipDataPoint:valid"],["FieldParser_GnssRFErrorDetection","Valid Flag Bitmasks",,,1,"File:MicroStrain/Inertial/Packets/InertialFieldParser_GNSS.h:FieldParser_GnssRFErrorDetection.Valid_Flag_Bitmasks","CClass:FieldParser_GnssRFErrorDetection:Valid_Flag_Bitmasks"],["FieldParser_GnssSBASCorrection","Valid Flag Bitmasks",,,1,"File:MicroStrain/Inertial/Packets/InertialFieldParser_GNSS.h:FieldParser_GnssSBASCorrection.Valid_Flag_Bitmasks","CClass:FieldParser_GnssSBASCorrection:Valid_Flag_Bitmasks"],["FieldParser_GnssSBASInfo","Valid Flag Bitmasks",,,1,"File:MicroStrain/Inertial/Packets/InertialFieldParser_GNSS.h:FieldParser_GnssSBASInfo.Valid_Flag_Bitmasks","CClass:FieldParser_GnssSBASInfo:Valid_Flag_Bitmasks"],["FieldParser_BeaconedTimestamp","Valid Flags",,,1,"File:MicroStrain/Inertial/Packets/InertialFieldParser_Sensor.h:FieldParser_BeaconedTimestamp.Valid_Flags","CClass:FieldParser_BeaconedTimestamp:Valid_Flags"],["FieldParser_ClockInfo","Valid Flags",,,1,"File:MicroStrain/Inertial/Packets/InertialFieldParser_GNSS.h:FieldParser_ClockInfo.Valid_Flags","CClass:FieldParser_ClockInfo:Valid_Flags"],["FieldParser_ClockInfo2","Valid Flags",,,1,"File:MicroStrain/Inertial/Packets/InertialFieldParser_GNSS.h:FieldParser_ClockInfo2.Valid_Flags","CClass:FieldParser_ClockInfo2:Valid_Flags"],["FieldParser_CompensatedAccel","Valid Flags",,,1,"File:MicroStrain/Inertial/Packets/InertialFieldParser_EstFilter.h:FieldParser_CompensatedAccel.Valid_Flags","CClass:FieldParser_CompensatedAccel:Valid_Flags"],["FieldParser_DGNSSChannelStatus","Valid Flags",,,1,"File:MicroStrain/Inertial/Packets/InertialFieldParser_GNSS.h:FieldParser_DGNSSChannelStatus.Valid_Flags","CClass:FieldParser_DGNSSChannelStatus:Valid_Flags"],["FieldParser_DGNSSInfo","Valid Flags",,,1,"File:MicroStrain/Inertial/Packets/InertialFieldParser_GNSS.h:FieldParser_DGNSSInfo.Valid_Flags","CClass:FieldParser_DGNSSInfo:Valid_Flags"],["FieldParser_DOP","Valid Flags",,,1,"File:MicroStrain/Inertial/Packets/InertialFieldParser_GNSS.h:FieldParser_DOP.Valid_Flags","CClass:FieldParser_DOP:Valid_Flags"],["FieldParser_EcefPosition","Valid Flags",,,1,"File:MicroStrain/Inertial/Packets/InertialFieldParser_EstFilter.h:FieldParser_EcefPosition.Valid_Flags","CClass:FieldParser_EcefPosition:Valid_Flags"],["FieldParser_ECEFPosition","Valid Flags",,,1,"File:MicroStrain/Inertial/Packets/InertialFieldParser_GNSS.h:FieldParser_ECEFPosition.Valid_Flags","CClass:FieldParser_ECEFPosition:Valid_Flags"],["FieldParser_EcefPositionUncert","Valid Flags",,,1,"File:MicroStrain/Inertial/Packets/InertialFieldParser_EstFilter.h:FieldParser_EcefPositionUncert.Valid_Flags","CClass:FieldParser_EcefPositionUncert:Valid_Flags"],["FieldParser_EcefVelocity","Valid Flags",,,1,"File:MicroStrain/Inertial/Packets/InertialFieldParser_EstFilter.h:FieldParser_EcefVelocity.Valid_Flags","CClass:FieldParser_EcefVelocity:Valid_Flags"],["FieldParser_ECEFVelocity","Valid Flags",,,1,"File:MicroStrain/Inertial/Packets/InertialFieldParser_GNSS.h:FieldParser_ECEFVelocity.Valid_Flags","CClass:FieldParser_ECEFVelocity:Valid_Flags"],["FieldParser_EcefVelocityUncert","Valid Flags",,,1,"File:MicroStrain/Inertial/Packets/InertialFieldParser_EstFilter.h:FieldParser_EcefVelocityUncert.Valid_Flags","CClass:FieldParser_EcefVelocityUncert:Valid_Flags"],["FieldParser_EstimatedAccelBias","Valid Flags",,,1,"File:MicroStrain/Inertial/Packets/InertialFieldParser_EstFilter.h:FieldParser_EstimatedAccelBias.Valid_Flags","CClass:FieldParser_EstimatedAccelBias:Valid_Flags"],["FieldParser_EstimatedAccelBiasUncertainty","Valid Flags",,,1,"File:MicroStrain/Inertial/Packets/InertialFieldParser_EstFilter.h:FieldParser_EstimatedAccelBiasUncertainty.Valid_Flags","CClass:FieldParser_EstimatedAccelBiasUncertainty:Valid_Flags"],["FieldParser_EstimatedAccelScaleFactor","Valid Flags",,,1,"File:MicroStrain/Inertial/Packets/InertialFieldParser_EstFilter.h:FieldParser_EstimatedAccelScaleFactor.Valid_Flags","CClass:FieldParser_EstimatedAccelScaleFactor:Valid_Flags"],["FieldParser_EstimatedAccelScaleFactorUncertainty","Valid Flags",,,1,"File:MicroStrain/Inertial/Packets/InertialFieldParser_EstFilter.h:FieldParser_EstimatedAccelScaleFactorUncertainty.Valid_Flags","CClass:FieldParser_EstimatedAccelScaleFactorUncertainty:Valid_Flags"],["FieldParser_EstimatedAngularRate","Valid Flags",,,1,"File:MicroStrain/Inertial/Packets/InertialFieldParser_EstFilter.h:FieldParser_EstimatedAngularRate.Valid_Flags","CClass:FieldParser_EstimatedAngularRate:Valid_Flags"],["FieldParser_EstimatedAttEulerUncertainty","Valid Flags",,,1,"File:MicroStrain/Inertial/Packets/InertialFieldParser_EstFilter.h:FieldParser_EstimatedAttEulerUncertainty.Valid_Flags","CClass:FieldParser_EstimatedAttEulerUncertainty:Valid_Flags"],["FieldParser_EstimatedAttQuaternUncertainty","Valid Flags",,,1,"File:MicroStrain/Inertial/Packets/InertialFieldParser_EstFilter.h:FieldParser_EstimatedAttQuaternUncertainty.Valid_Flags","CClass:FieldParser_EstimatedAttQuaternUncertainty:Valid_Flags"],["FieldParser_EstimatedEulerAngles","Valid Flags",,,1,"File:MicroStrain/Inertial/Packets/InertialFieldParser_EstFilter.h:FieldParser_EstimatedEulerAngles.Valid_Flags","CClass:FieldParser_EstimatedEulerAngles:Valid_Flags"],["FieldParser_EstimatedGravityVector","Valid Flags",,,1,"File:MicroStrain/Inertial/Packets/InertialFieldParser_EstFilter.h:FieldParser_EstimatedGravityVector.Valid_Flags","CClass:FieldParser_EstimatedGravityVector:Valid_Flags"],["FieldParser_EstimatedGyroBias","Valid Flags",,,1,"File:MicroStrain/Inertial/Packets/InertialFieldParser_EstFilter.h:FieldParser_EstimatedGyroBias.Valid_Flags","CClass:FieldParser_EstimatedGyroBias:Valid_Flags"],["FieldParser_EstimatedGyroBiasUncertainty","Valid Flags",,,1,"File:MicroStrain/Inertial/Packets/InertialFieldParser_EstFilter.h:FieldParser_EstimatedGyroBiasUncertainty.Valid_Flags","CClass:FieldParser_EstimatedGyroBiasUncertainty:Valid_Flags"],["FieldParser_EstimatedGyroScaleFactor","Valid Flags",,,1,"File:MicroStrain/Inertial/Packets/InertialFieldParser_EstFilter.h:FieldParser_EstimatedGyroScaleFactor.Valid_Flags","CClass:FieldParser_EstimatedGyroScaleFactor:Valid_Flags"],["FieldParser_EstimatedGyroScaleFactorUncertainty","Valid Flags",,,1,"File:MicroStrain/Inertial/Packets/InertialFieldParser_EstFilter.h:FieldParser_EstimatedGyroScaleFactorUncertainty.Valid_Flags","CClass:FieldParser_EstimatedGyroScaleFactorUncertainty:Valid_Flags"],["FieldParser_EstimatedLinearAccel","Valid Flags",,,1,"File:MicroStrain/Inertial/Packets/InertialFieldParser_EstFilter.h:FieldParser_EstimatedLinearAccel.Valid_Flags","CClass:FieldParser_EstimatedLinearAccel:Valid_Flags"],["FieldParser_EstimatedLLHPosition","Valid Flags",,,1,"File:MicroStrain/Inertial/Packets/InertialFieldParser_EstFilter.h:FieldParser_EstimatedLLHPosition.Valid_Flags","CClass:FieldParser_EstimatedLLHPosition:Valid_Flags"],["FieldParser_EstimatedLLHPosUncertainty","Valid Flags",,,1,"File:MicroStrain/Inertial/Packets/InertialFieldParser_EstFilter.h:FieldParser_EstimatedLLHPosUncertainty.Valid_Flags","CClass:FieldParser_EstimatedLLHPosUncertainty:Valid_Flags"],["FieldParser_EstimatedMatrix","Valid Flags",,,1,"File:MicroStrain/Inertial/Packets/InertialFieldParser_EstFilter.h:FieldParser_EstimatedMatrix.Valid_Flags","CClass:FieldParser_EstimatedMatrix:Valid_Flags"],["FieldParser_EstimatedNEDUncertainty","Valid Flags",,,1,"File:MicroStrain/Inertial/Packets/InertialFieldParser_EstFilter.h:FieldParser_EstimatedNEDUncertainty.Valid_Flags","CClass:FieldParser_EstimatedNEDUncertainty:Valid_Flags"],["FieldParser_EstimatedNEDVelocity","Valid Flags",,,1,"File:MicroStrain/Inertial/Packets/InertialFieldParser_EstFilter.h:FieldParser_EstimatedNEDVelocity.Valid_Flags","CClass:FieldParser_EstimatedNEDVelocity:Valid_Flags"],["FieldParser_EstimatedQuaternion","Valid Flags",,,1,"File:MicroStrain/Inertial/Packets/InertialFieldParser_EstFilter.h:FieldParser_EstimatedQuaternion.Valid_Flags","CClass:FieldParser_EstimatedQuaternion:Valid_Flags"],["FieldParser_GnssAntennaOffsetCorrection","Valid Flags",,,1,"File:MicroStrain/Inertial/Packets/InertialFieldParser_EstFilter.h:FieldParser_GnssAntennaOffsetCorrection.Valid_Flags","CClass:FieldParser_GnssAntennaOffsetCorrection:Valid_Flags"],["FieldParser_GnssAntennaOffsetCorrectionUncert","Valid Flags",,,1,"File:MicroStrain/Inertial/Packets/InertialFieldParser_EstFilter.h:FieldParser_GnssAntennaOffsetCorrectionUncert.Valid_Flags","CClass:FieldParser_GnssAntennaOffsetCorrectionUncert:Valid_Flags"],["FieldParser_GnssClockCorrection","Valid Flags",,,1,"File:MicroStrain/Inertial/Packets/InertialFieldParser_EstFilter.h:FieldParser_GnssClockCorrection.Valid_Flags","CClass:FieldParser_GnssClockCorrection:Valid_Flags"],["FieldParser_GnssClockCorrectionUncert","Valid Flags",,,1,"File:MicroStrain/Inertial/Packets/InertialFieldParser_EstFilter.h:FieldParser_GnssClockCorrectionUncert.Valid_Flags","CClass:FieldParser_GnssClockCorrectionUncert:Valid_Flags"],["FieldParser_GnssMultiAntennaOffsetCorrection","Valid Flags",,,1,"File:MicroStrain/Inertial/Packets/InertialFieldParser_EstFilter.h:FieldParser_GnssMultiAntennaOffsetCorrection.Valid_Flags","CClass:FieldParser_GnssMultiAntennaOffsetCorrection:Valid_Flags"],["FieldParser_GnssMultiAntennaOffsetCorrectionUncert","Valid Flags",,,1,"File:MicroStrain/Inertial/Packets/InertialFieldParser_EstFilter.h:FieldParser_GnssMultiAntennaOffsetCorrectionUncert.Valid_Flags","CClass:FieldParser_GnssMultiAntennaOffsetCorrectionUncert:Valid_Flags"],["FieldParser_GnssRawObservation","Valid Flags",,,1,"File:MicroStrain/Inertial/Packets/InertialFieldParser_GNSS.h:FieldParser_GnssRawObservation.Valid_Flags","CClass:FieldParser_GnssRawObservation:Valid_Flags"],["FieldParser_GnssSatelliteStatus","Valid Flags",,,1,"File:MicroStrain/Inertial/Packets/InertialFieldParser_GNSS.h:FieldParser_GnssSatelliteStatus.Valid_Flags","CClass:FieldParser_GnssSatelliteStatus:Valid_Flags"],["FieldParser_GnssStationInfo","Valid Flags",,,1,"File:MicroStrain/Inertial/Packets/InertialFieldParser_GNSS.h:FieldParser_GnssStationInfo.Valid_Flags","CClass:FieldParser_GnssStationInfo:Valid_Flags"],["FieldParser_GpsCorrelationTimestamp","Valid Flags",,,1,"File:MicroStrain/Inertial/Packets/InertialFieldParser_Sensor.h:FieldParser_GpsCorrelationTimestamp.Valid_Flags","CClass:FieldParser_GpsCorrelationTimestamp:Valid_Flags"],["FieldParser_GPSFixInfo","Valid Flags",,,1,"File:MicroStrain/Inertial/Packets/InertialFieldParser_GNSS.h:FieldParser_GPSFixInfo.Valid_Flags","CClass:FieldParser_GPSFixInfo:Valid_Flags"],["FieldParser_GPSIonosphericCorrection","Valid Flags",,,1,"File:MicroStrain/Inertial/Packets/InertialFieldParser_GNSS.h:FieldParser_GPSIonosphericCorrection.Valid_Flags","CClass:FieldParser_GPSIonosphericCorrection:Valid_Flags"],["FieldParser_GPSLeapSeconds","Valid Flags",,,1,"File:MicroStrain/Inertial/Packets/InertialFieldParser_GNSS.h:FieldParser_GPSLeapSeconds.Valid_Flags","CClass:FieldParser_GPSLeapSeconds:Valid_Flags"],["FieldParser_GPSTime","Valid Flags",,,1,"File:MicroStrain/Inertial/Packets/InertialFieldParser_GNSS.h:FieldParser_GPSTime.Valid_Flags","CClass:FieldParser_GPSTime:Valid_Flags"],["FieldParser_GpsTimestamp","Valid Flags",,,1,"File:MicroStrain/Inertial/Packets/InertialFieldParser_Shared.h:FieldParser_GpsTimestamp.Valid_Flags","CClass:FieldParser_GpsTimestamp:Valid_Flags"],["FieldParser_HardwareStatus","Valid Flags",,,1,"File:MicroStrain/Inertial/Packets/InertialFieldParser_GNSS.h:FieldParser_HardwareStatus.Valid_Flags","CClass:FieldParser_HardwareStatus:Valid_Flags"],["FieldParser_HeadingUpdateSource","Valid Flags",,,1,"File:MicroStrain/Inertial/Packets/InertialFieldParser_EstFilter.h:FieldParser_HeadingUpdateSource.Valid_Flags","CClass:FieldParser_HeadingUpdateSource:Valid_Flags"],["FieldParser_IonosphericCorrection","Valid Flags",,,1,"File:MicroStrain/Inertial/Packets/InertialFieldParser_GNSS.h:FieldParser_IonosphericCorrection.Valid_Flags","CClass:FieldParser_IonosphericCorrection:Valid_Flags"],["FieldParser_LLHPosition","Valid Flags",,,1,"File:MicroStrain/Inertial/Packets/InertialFieldParser_GNSS.h:FieldParser_LLHPosition.Valid_Flags","CClass:FieldParser_LLHPosition:Valid_Flags"],["FieldParser_MagAutoHardIronOffset","Valid Flags",,,1,"File:MicroStrain/Inertial/Packets/InertialFieldParser_EstFilter.h:FieldParser_MagAutoHardIronOffset.Valid_Flags","CClass:FieldParser_MagAutoHardIronOffset:Valid_Flags"],["FieldParser_MagAutoHardIronOffsetUncert","Valid Flags",,,1,"File:MicroStrain/Inertial/Packets/InertialFieldParser_EstFilter.h:FieldParser_MagAutoHardIronOffsetUncert.Valid_Flags","CClass:FieldParser_MagAutoHardIronOffsetUncert:Valid_Flags"],["FieldParser_MagAutoSoftIronMatrix","Valid Flags",,,1,"File:MicroStrain/Inertial/Packets/InertialFieldParser_EstFilter.h:FieldParser_MagAutoSoftIronMatrix.Valid_Flags","CClass:FieldParser_MagAutoSoftIronMatrix:Valid_Flags"],["FieldParser_MagAutoSoftIronMatrixUncert","Valid Flags",,,1,"File:MicroStrain/Inertial/Packets/InertialFieldParser_EstFilter.h:FieldParser_MagAutoSoftIronMatrixUncert.Valid_Flags","CClass:FieldParser_MagAutoSoftIronMatrixUncert:Valid_Flags"],["FieldParser_MagBias","Valid Flags",,,1,"File:MicroStrain/Inertial/Packets/InertialFieldParser_EstFilter.h:FieldParser_MagBias.Valid_Flags","CClass:FieldParser_MagBias:Valid_Flags"],["FieldParser_MagBiasUncert","Valid Flags",,,1,"File:MicroStrain/Inertial/Packets/InertialFieldParser_EstFilter.h:FieldParser_MagBiasUncert.Valid_Flags","CClass:FieldParser_MagBiasUncert:Valid_Flags"],["FieldParser_MagneticModelSolution","Valid Flags",,,1,"File:MicroStrain/Inertial/Packets/InertialFieldParser_EstFilter.h:FieldParser_MagneticModelSolution.Valid_Flags","CClass:FieldParser_MagneticModelSolution:Valid_Flags"],["FieldParser_NAV_GPS_Timestamp","Valid Flags",,,1,"File:MicroStrain/Inertial/Packets/InertialFieldParser_EstFilter.h:FieldParser_NAV_GPS_Timestamp.Valid_Flags","CClass:FieldParser_NAV_GPS_Timestamp:Valid_Flags"],["FieldParser_NedRelativePos","Valid Flags",,,1,"File:MicroStrain/Inertial/Packets/InertialFieldParser_EstFilter.h:FieldParser_NedRelativePos.Valid_Flags","CClass:FieldParser_NedRelativePos:Valid_Flags"],["FieldParser_NEDVelocity","Valid Flags",,,1,"File:MicroStrain/Inertial/Packets/InertialFieldParser_GNSS.h:FieldParser_NEDVelocity.Valid_Flags","CClass:FieldParser_NEDVelocity:Valid_Flags"],["FieldParser_PressureAlt","Valid Flags",,,1,"File:MicroStrain/Inertial/Packets/InertialFieldParser_EstFilter.h:FieldParser_PressureAlt.Valid_Flags","CClass:FieldParser_PressureAlt:Valid_Flags"],["FieldParser_RTKCorrectionsStatus","Valid Flags",,,1,"File:MicroStrain/Inertial/Packets/InertialFieldParser_GNSS.h:FieldParser_RTKCorrectionsStatus.Valid_Flags","CClass:FieldParser_RTKCorrectionsStatus:Valid_Flags"],["FieldParser_SpaceVehicleInfo","Valid Flags",,,1,"File:MicroStrain/Inertial/Packets/InertialFieldParser_GNSS.h:FieldParser_SpaceVehicleInfo.Valid_Flags","CClass:FieldParser_SpaceVehicleInfo:Valid_Flags"],["FieldParser_StdAtmModel","Valid Flags",,,1,"File:MicroStrain/Inertial/Packets/InertialFieldParser_EstFilter.h:FieldParser_StdAtmModel.Valid_Flags","CClass:FieldParser_StdAtmModel:Valid_Flags"],["FieldParser_UTCTime","Valid Flags",,,1,"File:MicroStrain/Inertial/Packets/InertialFieldParser_GNSS.h:FieldParser_UTCTime.Valid_Flags","CClass:FieldParser_UTCTime:Valid_Flags"],["FieldParser_WGS84LocalGravMagnitude","Valid Flags",,,1,"File:MicroStrain/Inertial/Packets/InertialFieldParser_EstFilter.h:FieldParser_WGS84LocalGravMagnitude.Valid_Flags","CClass:FieldParser_WGS84LocalGravMagnitude:Valid_Flags"]]],["VALID_FLAG",,[["FieldParser_CompensatedAccel",,,,1,"File:MicroStrain/Inertial/Packets/InertialFieldParser_EstFilter.h:FieldParser_CompensatedAccel.VALID_FLAG","CClass:FieldParser_CompensatedAccel:VALID_FLAG"],["FieldParser_EcefPosition",,,,1,"File:MicroStrain/Inertial/Packets/InertialFieldParser_EstFilter.h:FieldParser_EcefPosition.VALID_FLAG","CClass:FieldParser_EcefPosition:VALID_FLAG"],["FieldParser_EcefPositionUncert",,,,1,"File:MicroStrain/Inertial/Packets/InertialFieldParser_EstFilter.h:FieldParser_EcefPositionUncert.VALID_FLAG","CClass:FieldParser_EcefPositionUncert:VALID_FLAG"],["FieldParser_EcefVelocity",,,,1,"File:MicroStrain/Inertial/Packets/InertialFieldParser_EstFilter.h:FieldParser_EcefVelocity.VALID_FLAG","CClass:FieldParser_EcefVelocity:VALID_FLAG"],["FieldParser_EcefVelocityUncert",,,,1,"File:MicroStrain/Inertial/Packets/InertialFieldParser_EstFilter.h:FieldParser_EcefVelocityUncert.VALID_FLAG","CClass:FieldParser_EcefVelocityUncert:VALID_FLAG"],["FieldParser_EstimatedAccelScaleFactor",,,,1,"File:MicroStrain/Inertial/Packets/InertialFieldParser_EstFilter.h:FieldParser_EstimatedAccelScaleFactor.VALID_FLAG","CClass:FieldParser_EstimatedAccelScaleFactor:VALID_FLAG"],["FieldParser_EstimatedAccelScaleFactorUncertainty",,,,1,"File:MicroStrain/Inertial/Packets/InertialFieldParser_EstFilter.h:FieldParser_EstimatedAccelScaleFactorUncertainty.VALID_FLAG","CClass:FieldParser_EstimatedAccelScaleFactorUncertainty:VALID_FLAG"],["FieldParser_EstimatedGyroScaleFactor",,,,1,"File:MicroStrain/Inertial/Packets/InertialFieldParser_EstFilter.h:FieldParser_EstimatedGyroScaleFactor.VALID_FLAG","CClass:FieldParser_EstimatedGyroScaleFactor:VALID_FLAG"],["FieldParser_EstimatedGyroScaleFactorUncertainty",,,,1,"File:MicroStrain/Inertial/Packets/InertialFieldParser_EstFilter.h:FieldParser_EstimatedGyroScaleFactorUncertainty.VALID_FLAG","CClass:FieldParser_EstimatedGyroScaleFactorUncertainty:VALID_FLAG"],["FieldParser_GnssAntennaOffsetCorrection",,,,1,"File:MicroStrain/Inertial/Packets/InertialFieldParser_EstFilter.h:FieldParser_GnssAntennaOffsetCorrection.VALID_FLAG","CClass:FieldParser_GnssAntennaOffsetCorrection:VALID_FLAG"],["FieldParser_GnssAntennaOffsetCorrectionUncert",,,,1,"File:MicroStrain/Inertial/Packets/InertialFieldParser_EstFilter.h:FieldParser_GnssAntennaOffsetCorrectionUncert.VALID_FLAG","CClass:FieldParser_GnssAntennaOffsetCorrectionUncert:VALID_FLAG"],["FieldParser_GnssClockCorrection",,,,1,"File:MicroStrain/Inertial/Packets/InertialFieldParser_EstFilter.h:FieldParser_GnssClockCorrection.VALID_FLAG","CClass:FieldParser_GnssClockCorrection:VALID_FLAG"],["FieldParser_GnssClockCorrectionUncert",,,,1,"File:MicroStrain/Inertial/Packets/InertialFieldParser_EstFilter.h:FieldParser_GnssClockCorrectionUncert.VALID_FLAG","CClass:FieldParser_GnssClockCorrectionUncert:VALID_FLAG"],["FieldParser_GnssMultiAntennaOffsetCorrection",,,,1,"File:MicroStrain/Inertial/Packets/InertialFieldParser_EstFilter.h:FieldParser_GnssMultiAntennaOffsetCorrection.VALID_FLAG","CClass:FieldParser_GnssMultiAntennaOffsetCorrection:VALID_FLAG"],["FieldParser_GnssMultiAntennaOffsetCorrectionUncert",,,,1,"File:MicroStrain/Inertial/Packets/InertialFieldParser_EstFilter.h:FieldParser_GnssMultiAntennaOffsetCorrectionUncert.VALID_FLAG","CClass:FieldParser_GnssMultiAntennaOffsetCorrectionUncert:VALID_FLAG"],["FieldParser_MagBias",,,,1,"File:MicroStrain/Inertial/Packets/InertialFieldParser_EstFilter.h:FieldParser_MagBias.VALID_FLAG","CClass:FieldParser_MagBias:VALID_FLAG"],["FieldParser_MagBiasUncert",,,,1,"File:MicroStrain/Inertial/Packets/InertialFieldParser_EstFilter.h:FieldParser_MagBiasUncert.VALID_FLAG","CClass:FieldParser_MagBiasUncert:VALID_FLAG"],["FieldParser_NedRelativePos",,,,1,"File:MicroStrain/Inertial/Packets/InertialFieldParser_EstFilter.h:FieldParser_NedRelativePos.VALID_FLAG","CClass:FieldParser_NedRelativePos:VALID_FLAG"],["FieldParser_PressureAlt",,,,1,"File:MicroStrain/Inertial/Packets/InertialFieldParser_EstFilter.h:FieldParser_PressureAlt.VALID_FLAG","CClass:FieldParser_PressureAlt:VALID_FLAG"],["FieldParser_StdAtmModel",,,,1,"File:MicroStrain/Inertial/Packets/InertialFieldParser_EstFilter.h:FieldParser_StdAtmModel.VALID_FLAG","CClass:FieldParser_StdAtmModel:VALID_FLAG"]]],["ValidFlags",,[["AidingMeasurementInput","validFlags",,,0,"File:MicroStrain/MIP/MipTypes.h:AidingMeasurementInput.validFlags","CClass:AidingMeasurementInput:validFlags"],["AidingMeasurementMagneticField",,,,2,"File:MicroStrain/MIP/MipTypes.h:AidingMeasurementMagneticField.ValidFlags","CClass:AidingMeasurementMagneticField:ValidFlags"],["AidingMeasurementPosition",,,,2,"File:MicroStrain/MIP/MipTypes.h:AidingMeasurementPosition.ValidFlags","CClass:AidingMeasurementPosition:ValidFlags"],["AidingMeasurementVelocity",,,,2,"File:MicroStrain/MIP/MipTypes.h:AidingMeasurementVelocity.ValidFlags","CClass:AidingMeasurementVelocity:ValidFlags"]]],["Value",,[[,,,,3,"File:Value.h:Value","CClass:Value"],["Bitfield","value",,,0,"File:MicroStrain/Bitfield.h:Bitfield.value","CClass:Bitfield:value"],["HeadingAlignmentMethod","value",,,4,"File:MicroStrain/Inertial/ExposedInertialTypes.h:HeadingAlignmentMethod.value","CClass:HeadingAlignmentMethod:value"]]],["values",,[["WirelessTypes","Battery status values",,,1,"File:MicroStrain/Wireless/WirelessTypes.h:WirelessTypes.Battery_status_values","CClass:WirelessTypes:Battery_status_values"],["BufferedLdcPacket","Packet values",,,1,"File:MicroStrain/Wireless/Packets/BufferedLdcPacket.h:BufferedLdcPacket.Packet_values","CClass:BufferedLdcPacket:Packet_values"],["BufferedLdcPacket_v2","Packet values",,,1,"File:MicroStrain/Wireless/Packets/BufferedLdcPacket_v2.h:BufferedLdcPacket_v2.Packet_values","CClass:BufferedLdcPacket_v2:Packet_values"],["LdcPacket","Packet 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No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/007600650068.js b/v66.0.1/MSCL_Docs/search/keywords/007600650068.js deleted file mode 100644 index f9ede51cf..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/007600650068.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("veh",["Function","Constant","Class","Enumeration","Type"],[["Vehicle",,[["Velocity",,,,0,"File:MicroStrain/Inertial/PositionVelocity.h:Velocity.Vehicle","CClass:Velocity:Vehicle"],[,"VEHICLE",,,1,"File:MicroStrain/Inertial/PositionVelocity.h:VEHICLE"]]],["VehicleDynamicsMode",,[[,,,,2,"File:MicroStrain/Inertial/Commands/VehicleDynamicsMode.h:VehicleDynamicsMode","CClass:VehicleDynamicsMode"],["VehicleDynamicsMode","Constructor 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\ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/007600740067.js b/v66.0.1/MSCL_Docs/search/keywords/007600740067.js deleted file mode 100644 index bd6488b8c..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/007600740067.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("vtg",["Constant"],[["VTG",,[["NmeaMessageFormat",,,,0,"File:MicroStrain/Inertial/ExposedInertialTypes.h:NmeaMessageFormat.VTG","CClass:NmeaMessageFormat:VTG"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/007700610061.js b/v66.0.1/MSCL_Docs/search/keywords/007700610061.js deleted file mode 100644 index 8342bbbb9..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/007700610061.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("waa",["Constant"],[["WAAS",,[[,,,,0,"File:MicroStrain/Inertial/ExposedInertialTypes.h:WAAS"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/007700610069.js b/v66.0.1/MSCL_Docs/search/keywords/007700610069.js deleted file mode 100644 index 1d51cce16..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/007700610069.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("wai",["Function"],[["wait",,[["Response",,,,0,"File:MicroStrain/MIP/Commands/GenericMipCommand.h:Response.wait","CClass:Response:wait"],["ResponsePattern",,,,0,"File:MicroStrain/ResponsePattern.h:ResponsePattern.wait","CClass:ResponsePattern:wait"]]],["waitingForResponse",,[["ResponseCollector",,,,0,"File:MicroStrain/ResponseCollector.h:ResponseCollector.waitingForResponse","CClass:ResponseCollector:waitingForResponse"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/007700650062.js b/v66.0.1/MSCL_Docs/search/keywords/007700650062.js deleted file mode 100644 index 9c1abaf72..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/007700650062.js +++ /dev/null @@ -1 +0,0 @@ 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\ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/007700680061.js b/v66.0.1/MSCL_Docs/search/keywords/007700680061.js deleted file mode 100644 index 070820678..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/007700680061.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("wha",["Function"],[["what",,[["Error",,,,0,"File:Exceptions.h:Error.what","CClass:Error:what"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/007700680065.js b/v66.0.1/MSCL_Docs/search/keywords/007700680065.js deleted file mode 100644 index fda46f88a..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/007700680065.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("whe",["Function"],[["wheeledVehicleConstraintEnabled",,[["InertialNode",,,,0,"File:MicroStrain/Inertial/InertialNode.h:InertialNode.wheeledVehicleConstraintEnabled","CClass:InertialNode:wheeledVehicleConstraintEnabled"]]]]); \ No newline at end of file diff --git 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\ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/0077006d0069.js b/v66.0.1/MSCL_Docs/search/keywords/0077006d0069.js deleted file mode 100644 index 46adcb516..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/0077006d0069.js +++ /dev/null @@ -1 +0,0 @@ -NDSearch.OnPrefixDataLoaded("wmi",["Class","Type"],[["WMI_Helper",,[[,,,,0,"File:WMI_Helper.h:WMI_Helper","CClass:WMI_Helper"]]],["wmiValue",,[["WMI_Helper",,,,1,"File:WMI_Helper.h:WMI_Helper.wmiValue","CClass:WMI_Helper:wmiValue"]]],["wmiValues",,[["WMI_Helper",,,,1,"File:WMI_Helper.h:WMI_Helper.wmiValues","CClass:WMI_Helper:wmiValues"]]]]); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/search/keywords/0077006f0072.js b/v66.0.1/MSCL_Docs/search/keywords/0077006f0072.js deleted file mode 100644 index 85fb7710f..000000000 --- a/v66.0.1/MSCL_Docs/search/keywords/0077006f0072.js +++ /dev/null @@ -1 +0,0 @@ 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-NDSearch.OnPrefixDataLoaded("wri",["Function","Class"],[["write",,[["BaseStation_Impl",,,,0,"File:MicroStrain/Wireless/BaseStation_Impl.h:BaseStation_Impl.write","CClass:BaseStation_Impl:write"],["BoostCommunication",,,,0,"File:Communication/BoostCommunication.h:BoostCommunication.write","CClass:BoostCommunication:write"],["Connection",,,,0,"File:Communication/Connection.h:Connection.write","CClass:Connection:write"],["Connection_Impl",,,,0,"File:Communication/Connection_Impl.h:Connection_Impl.write","CClass:Connection_Impl:write"],["Connection_Impl_Base",,,,0,"File:Communication/Connection_Impl.h:Connection_Impl_Base.write","CClass:Connection_Impl_Base:write"],["NodeEepromHelper",,,,0,"File:MicroStrain/Wireless/Configuration/NodeEepromHelper.h:NodeEepromHelper.write","CClass:NodeEepromHelper:write"]]],["write_activitySense",,[["NodeEepromHelper",,,,0,"File:MicroStrain/Wireless/Configuration/NodeEepromHelper.h:NodeEepromHelper.write_activitySense","CClass:NodeEepromHelper:write_activitySense"]]],["write_analogExceedanceEnabled",,[["BaseStationEepromHelper",,,,0,"File:MicroStrain/Wireless/Configuration/BaseStationEepromHelper.h:BaseStationEepromHelper.write_analogExceedanceEnabled","CClass:BaseStationEepromHelper:write_analogExceedanceEnabled"]]],["write_analogPair",,[["BaseStationEepromHelper",,,,0,"File:MicroStrain/Wireless/Configuration/BaseStationEepromHelper.h:BaseStationEepromHelper.write_analogPair","CClass:BaseStationEepromHelper:write_analogPair"]]],["write_analogPairingEnabled",,[["BaseStationEepromHelper",,,,0,"File:MicroStrain/Wireless/Configuration/BaseStationEepromHelper.h:BaseStationEepromHelper.write_analogPairingEnabled","CClass:BaseStationEepromHelper:write_analogPairingEnabled"]]],["write_analogTimeoutTime",,[["BaseStationEepromHelper",,,,0,"File:MicroStrain/Wireless/Configuration/BaseStationEepromHelper.h:BaseStationEepromHelper.write_analogTimeoutTime","CClass:BaseStationEepromHelper:write_analogTimeoutTime"]]],["write_analogTimeoutVoltage",,[["BaseStationEepromHelper",,,,0,"File:MicroStrain/Wireless/Configuration/BaseStationEepromHelper.h:BaseStationEepromHelper.write_analogTimeoutVoltage","CClass:BaseStationEepromHelper:write_analogTimeoutVoltage"]]],["write_antiAliasingFilter",,[["NodeEepromHelper",,,,0,"File:MicroStrain/Wireless/Configuration/NodeEepromHelper.h:NodeEepromHelper.write_antiAliasingFilter","CClass:NodeEepromHelper:write_antiAliasingFilter"]]],["write_button",,[["BaseStationEepromHelper",,,,0,"File:MicroStrain/Wireless/Configuration/BaseStationEepromHelper.h:BaseStationEepromHelper.write_button","CClass:BaseStationEepromHelper:write_button"]]],["write_cfcFilterConfig",,[["NodeEepromHelper",,,,0,"File:MicroStrain/Wireless/Configuration/NodeEepromHelper.h:NodeEepromHelper.write_cfcFilterConfig","CClass:NodeEepromHelper:write_cfcFilterConfig"]]],["write_channelEquation",,[["NodeEepromHelper",,,,0,"File:MicroStrain/Wireless/Configuration/NodeEepromHelper.h:NodeEepromHelper.write_channelEquation","CClass:NodeEepromHelper:write_channelEquation"]]],["write_channelLinearEquation",,[["NodeEepromHelper",,,,0,"File:MicroStrain/Wireless/Configuration/NodeEepromHelper.h:NodeEepromHelper.write_channelLinearEquation","CClass:NodeEepromHelper:write_channelLinearEquation"]]],["write_channelMask",,[["NodeEepromHelper",,,,0,"File:MicroStrain/Wireless/Configuration/NodeEepromHelper.h:NodeEepromHelper.write_channelMask","CClass:NodeEepromHelper:write_channelMask"]]],["write_channelUnit",,[["NodeEepromHelper",,,,0,"File:MicroStrain/Wireless/Configuration/NodeEepromHelper.h:NodeEepromHelper.write_channelUnit","CClass:NodeEepromHelper:write_channelUnit"]]],["write_channelUnitAndEquation",,[["NodeEepromHelper",,,,0,"File:MicroStrain/Wireless/Configuration/NodeEepromHelper.h:NodeEepromHelper.write_channelUnitAndEquation","CClass:NodeEepromHelper:write_channelUnitAndEquation"]]],["write_checkRadioInterval",,[["NodeEepromHelper",,,,0,"File:MicroStrain/Wireless/Configuration/NodeEepromHelper.h:NodeEepromHelper.write_checkRadioInterval","CClass:NodeEepromHelper:write_checkRadioInterval"]]],["write_collectionMode",,[["NodeEepromHelper",,,,0,"File:MicroStrain/Wireless/Configuration/NodeEepromHelper.h:NodeEepromHelper.write_collectionMode","CClass:NodeEepromHelper:write_collectionMode"]]],["write_commProtocol",,[["BaseStationEepromHelper",,,,0,"File:MicroStrain/Wireless/Configuration/BaseStationEepromHelper.h:BaseStationEepromHelper.write_commProtocol","CClass:BaseStationEepromHelper:write_commProtocol"],["NodeEepromHelper",,,,0,"File:MicroStrain/Wireless/Configuration/NodeEepromHelper.h:NodeEepromHelper.write_commProtocol","CClass:NodeEepromHelper:write_commProtocol"]]],["write_dataFormat",,[["NodeEepromHelper",,,,0,"File:MicroStrain/Wireless/Configuration/NodeEepromHelper.h:NodeEepromHelper.write_dataFormat","CClass:NodeEepromHelper:write_dataFormat"]]],["write_dataMode",,[["NodeEepromHelper",,,,0,"File:MicroStrain/Wireless/Configuration/NodeEepromHelper.h:NodeEepromHelper.write_dataMode","CClass:NodeEepromHelper:write_dataMode"]]],["write_debounceFilter",,[["NodeEepromHelper",,,,0,"File:MicroStrain/Wireless/Configuration/NodeEepromHelper.h:NodeEepromHelper.write_debounceFilter","CClass:NodeEepromHelper:write_debounceFilter"]]],["write_defaultMode",,[["NodeEepromHelper",,,,0,"File:MicroStrain/Wireless/Configuration/NodeEepromHelper.h:NodeEepromHelper.write_defaultMode","CClass:NodeEepromHelper:write_defaultMode"]]],["write_derivedChannelMask",,[["NodeEepromHelper",,,,0,"File:MicroStrain/Wireless/Configuration/NodeEepromHelper.h:NodeEepromHelper.write_derivedChannelMask","CClass:NodeEepromHelper:write_derivedChannelMask"]]],["write_derivedSampleRate",,[["NodeEepromHelper",,,,0,"File:MicroStrain/Wireless/Configuration/NodeEepromHelper.h:NodeEepromHelper.write_derivedSampleRate","CClass:NodeEepromHelper:write_derivedSampleRate"]]],["write_derivedVelocityUnit",,[["NodeEepromHelper",,,,0,"File:MicroStrain/Wireless/Configuration/NodeEepromHelper.h:NodeEepromHelper.write_derivedVelocityUnit","CClass:NodeEepromHelper:write_derivedVelocityUnit"]]],["write_diagnosticInterval",,[["NodeEepromHelper",,,,0,"File:MicroStrain/Wireless/Configuration/NodeEepromHelper.h:NodeEepromHelper.write_diagnosticInterval","CClass:NodeEepromHelper:write_diagnosticInterval"]]],["write_eventTriggerOptions",,[["NodeEepromHelper",,,,0,"File:MicroStrain/Wireless/Configuration/NodeEepromHelper.h:NodeEepromHelper.write_eventTriggerOptions","CClass:NodeEepromHelper:write_eventTriggerOptions"]]],["write_excitationVoltage",,[["NodeEepromHelper",,,,0,"File:MicroStrain/Wireless/Configuration/NodeEepromHelper.h:NodeEepromHelper.write_excitationVoltage","CClass:NodeEepromHelper:write_excitationVoltage"]]],["write_fatigueOptions",,[["NodeEepromHelper",,,,0,"File:MicroStrain/Wireless/Configuration/NodeEepromHelper.h:NodeEepromHelper.write_fatigueOptions","CClass:NodeEepromHelper:write_fatigueOptions"]]],["write_gaugeFactor",,[["NodeEepromHelper",,,,0,"File:MicroStrain/Wireless/Configuration/NodeEepromHelper.h:NodeEepromHelper.write_gaugeFactor","CClass:NodeEepromHelper:write_gaugeFactor"]]],["write_gaugeResistance",,[["NodeEepromHelper",,,,0,"File:MicroStrain/Wireless/Configuration/NodeEepromHelper.h:NodeEepromHelper.write_gaugeResistance","CClass:NodeEepromHelper:write_gaugeResistance"]]],["write_groupSize",,[["NodeEepromHelper",,,,0,"File:MicroStrain/Wireless/Configuration/NodeEepromHelper.h:NodeEepromHelper.write_groupSize","CClass:NodeEepromHelper:write_groupSize"]]],["write_hardwareOffset",,[["NodeEepromHelper",,,,0,"File:MicroStrain/Wireless/Configuration/NodeEepromHelper.h:NodeEepromHelper.write_hardwareOffset","CClass:NodeEepromHelper:write_hardwareOffset"]]],["write_highPassFilter",,[["NodeEepromHelper",,,,0,"File:MicroStrain/Wireless/Configuration/NodeEepromHelper.h:NodeEepromHelper.write_highPassFilter","CClass:NodeEepromHelper:write_highPassFilter"]]],["write_histogramOptions",,[["NodeEepromHelper",,,,0,"File:MicroStrain/Wireless/Configuration/NodeEepromHelper.h:NodeEepromHelper.write_histogramOptions","CClass:NodeEepromHelper:write_histogramOptions"]]],["write_inactivityTimeout",,[["NodeEepromHelper",,,,0,"File:MicroStrain/Wireless/Configuration/NodeEepromHelper.h:NodeEepromHelper.write_inactivityTimeout","CClass:NodeEepromHelper:write_inactivityTimeout"]]],["write_inputRange",,[["NodeEepromHelper",,,,0,"File:MicroStrain/Wireless/Configuration/NodeEepromHelper.h:NodeEepromHelper.write_inputRange","CClass:NodeEepromHelper:write_inputRange"]]],["write_lostBeaconTimeout",,[["NodeEepromHelper",,,,0,"File:MicroStrain/Wireless/Configuration/NodeEepromHelper.h:NodeEepromHelper.write_lostBeaconTimeout","CClass:NodeEepromHelper:write_lostBeaconTimeout"]]],["write_lowBatteryThreshold",,[["NodeEepromHelper",,,,0,"File:MicroStrain/Wireless/Configuration/NodeEepromHelper.h:NodeEepromHelper.write_lowBatteryThreshold","CClass:NodeEepromHelper:write_lowBatteryThreshold"]]],["write_lowPassFilter",,[["NodeEepromHelper",,,,0,"File:MicroStrain/Wireless/Configuration/NodeEepromHelper.h:NodeEepromHelper.write_lowPassFilter","CClass:NodeEepromHelper:write_lowPassFilter"]]],["write_maxRetransPerBurst",,[["NodeEepromHelper",,,,0,"File:MicroStrain/Wireless/Configuration/NodeEepromHelper.h:NodeEepromHelper.write_maxRetransPerBurst","CClass:NodeEepromHelper:write_maxRetransPerBurst"]]],["write_numActiveGauges",,[["NodeEepromHelper",,,,0,"File:MicroStrain/Wireless/Configuration/NodeEepromHelper.h:NodeEepromHelper.write_numActiveGauges","CClass:NodeEepromHelper:write_numActiveGauges"]]],["write_numSweeps",,[["NodeEepromHelper",,,,0,"File:MicroStrain/Wireless/Configuration/NodeEepromHelper.h:NodeEepromHelper.write_numSweeps","CClass:NodeEepromHelper:write_numSweeps"]]],["write_pullUpResistor",,[["NodeEepromHelper",,,,0,"File:MicroStrain/Wireless/Configuration/NodeEepromHelper.h:NodeEepromHelper.write_pullUpResistor","CClass:NodeEepromHelper:write_pullUpResistor"]]],["write_retransmission",,[["NodeEepromHelper",,,,0,"File:MicroStrain/Wireless/Configuration/NodeEepro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GNU Affero General Public -License (AGPL). Refer to License.txt or www.naturaldocs.org for the -complete details. - -This file may be distributed with documentation files generated by Natural Docs. -Such documentation is not covered by Natural Docs' copyright and licensing, -and may have its own copyright and distribution terms as decided by its author. -*/ - -"use strict";var NDContentPage=new function(){this.Start=function(){var ieVersion=NDCore.IEVersion();if(ieVersion==undefined||ieVersion>=8){this.CalculateWideFormPrototypeWidths();for(var key in this.wideFormPrototypeWidths){if(this.wideFormPrototypeWidths[key]==0){setTimeout("NDContentPage.Start();",200);return;}}this.ReformatPrototypes();window.onresize=function(){NDContentPage.OnResize();}}this.toolTipHolder=document.createElement("div");this.toolTipHolder.style.display="none";this.toolTipHolder.style.position="fixed";if(ieVersion==6){this.toolTipHolder.style.position="absolute";}this.toolTipHolder.style.zIndex=20;document.body.appendChild(this.toolTipHolder);var ttLocation=location.href;var hashIndex=ttLocation.indexOf('#');if(hashIndex!=-1){ttLocation=ttLocation.substr(0,hashIndex);}ttLocation=ttLocation.substr(0,ttLocation.length-5)+"-ToolTips.js";NDCore.LoadJavaScript(ttLocation);};this.OnResize=function(){if(this.reformatPrototypesTimeout==undefined){this.reformatPrototypesTimeout=setTimeout("NDContentPage.ReformatPrototypes()",200);}};this.GetPrototypeIDNumber=function(element){if(element.id.indexOf("NDPrototype")==0){var id=parseInt(element.id.substr(11),10);if(id!=NaN&&id>0){return id;}}return-1;};this.CalculateWideFormPrototypeWidths=function(){var prototypes=NDCore.GetElementsByClassName(document,"NDPrototype","div");for(var i=0;i=wideFormWidth&&NDCore.HasClass(prototypes[i],"NarrowForm")){NDCore.ChangePrototypeToWideForm(prototypes[i]);}else if(availableWidthdocument.body.offsetWidth){x=document.body.offsetWidth-this.toolTipHolder.offsetWidth-2;if(x<2){x=2;newWidth=document.body.offsetWidth-4;}}NDCore.SetToAbsolutePosition(this.toolTipHolder,x,y,newWidth,undefined);var prototypes=NDCore.GetElementsByClassName(this.toolTipHolder,"NDPrototype","div");if(prototypes.length>0&&NDCore.HasClass(prototypes[0],"WideForm")&&prototypes[0].scrollWidth>prototypes[0].offsetWidth){NDCore.ChangePrototypeToNarrowForm(prototypes[0]);}if(y+this.toolTipHolder.offsetHeight+2>document.body.parentNode.offsetHeight){var newY=linkOffsets.offsetTop-this.toolTipHolder.offsetHeight-scrollParent.scrollTop-5;if(newY>=0){NDCore.SetToAbsolutePosition(this.toolTipHolder,undefined,newY,undefined,undefined);}}this.toolTipHolder.style.visibility="visible";};this.ResetToolTip=function(){if(this.showingToolTip!=undefined){this.toolTipHolder.style.display="none";this.toolTipHolder.style.width=null;this.lastToolTip=this.showingToolTip;this.showingToolTip=undefined;}if(this.toolTipTimeout!=undefined){clearTimeout(this.toolTipTimeout);this.toolTipTimeout=undefined;}};this.wideFormPrototypeWidths={};}; \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/styles/DefaultJS/NDCore.js b/v66.0.1/MSCL_Docs/styles/DefaultJS/NDCore.js deleted file mode 100644 index 056e3da18..000000000 --- a/v66.0.1/MSCL_Docs/styles/DefaultJS/NDCore.js +++ /dev/null @@ -1,12 +0,0 @@ -/* -This file is part of Natural Docs, which is Copyright © 2003-2018 Code Clear LLC. -Natural Docs is licensed under version 3 of the GNU Affero General Public -License (AGPL). Refer to License.txt or www.naturaldocs.org for the -complete details. - -This file may be distributed with documentation files generated by Natural Docs. -Such documentation is not covered by Natural Docs' copyright and licensing, -and may have its own copyright and distribution terms as decided by its author. -*/ - -"use strict";var NDCore=new function(){this.GetElementsByClassName=function(baseElement,className,tagHint){if(baseElement.getElementsByClassName){return baseElement.getElementsByClassName(className);}if(!tagHint){tagHint="*";}var tagArray=baseElement.getElementsByTagName(tagHint);var matchArray=new Array();var tagIndex=0;var matchIndex=0;while(tagIndex0){newClassName+=element.className.substr(0,index);}if(index+targetClassName.length!=element.className.length){newClassName+=element.className.substr(index+targetClassName.length);}element.className=newClassName;return;}index=element.className.indexOf(targetClassName,index+1);}};this.LoadJavaScript=function(path,id){var script=document.createElement("script");script.src=path;script.type="text/javascript";if(id!=undefined){script.id=id;}document.getElementsByTagName("head")[0].appendChild(script);};this.RemoveScriptElement=function(id){var script=document.getElementById(id);if(this.IEVersion()==6){setTimeout(function(){script.parentNode.removeChild(script);},1);}else{script.parentNode.removeChild(script);}};this.WindowClientWidth=function(){var width=window.innerWidth;if(width===undefined){width=document.documentElement.clientWidth;}return width;};this.WindowClientHeight=function(){var height=window.innerHeight;if(height===undefined){height=document.documentElement.clientHeight;}return 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NDLocation(hashString){this.Constructor=function(hashString){this.hashString=NDCore.NormalizeHash(hashString);if(this.hashString.match(/^File[0-9]*:/)!=null){this.type="File";this.SplitPathAndMember();this.AddFileURLs();}else if(this.hashString.match(/^[A-Z]+Class:/i)!=null){this.type="Class";this.SplitPathAndMember();this.AddClassURLs();}else if(this.hashString.substr(0,9).toLowerCase()=="database:"){this.type="Database";this.SplitPathAndMember();this.AddDatabaseURLs();}else{this.type="Home";this.AddHomeURLs();}};this.SplitPathAndMember=function(){var pathSeparator=this.hashString.indexOf(':');var memberSeparator=this.hashString.indexOf(':',pathSeparator+1);if(memberSeparator==-1){this.path=this.hashString;}else{this.path=this.hashString.substr(0,memberSeparator);this.member=this.hashString.substr(memberSeparator+1);if(this.member==""){this.member=undefined;}}};this.AddHomeURLs=function(){this.contentPage="other/home.html";};this.AddFileURLs=function(){var pathPrefix=this.path.match(/^File([0-9]*):/);var basePath="files"+pathPrefix[1]+"/"+this.path.substr(pathPrefix[0].length);var lastSeparator=basePath.lastIndexOf('/');var filename=basePath.substr(lastSeparator+1);filename=filename.replace(/\./g,'-');basePath=basePath.substr(0,lastSeparator+1)+filename;this.contentPage=basePath+".html";this.summaryFile=basePath+"-Summary.js";this.summaryTTFile=basePath+"-SummaryToolTips.js";if(this.member!=undefined){this.contentPage+='#'+this.member;}};this.AddClassURLs=function(){var pathPrefix=this.path.match(/^([A-Z]+)Class:/i);var basePath="classes/"+pathPrefix[1]+"/"+this.path.substr(pathPrefix[0].length);basePath=basePath.replace(/\.|::/g,"/");this.contentPage=basePath+".html";this.summaryFile=basePath+"-Summary.js";this.summaryTTFile=basePath+"-SummaryToolTips.js";if(this.member!=undefined){this.contentPage+='#'+this.member;}};this.AddDatabaseURLs=function(){var basePath="database/"+this.path.substr(9);basePath=basePath.replace(/\./g,"/");this.contentPage=basePath+".html";this.summaryFile=basePath+"-Summary.js";this.summaryTTFile=basePath+"-SummaryToolTips.js";if(this.member!=undefined){this.contentPage+='#'+this.member;}};this.Constructor(hashString);};if(!Array.prototype.indexOf){Array.prototype.indexOf=function(searchElement){"use strict";if(this==null){throw new TypeError();}var n,k,t=Object(this),len=t.length>>>0;if(len===0){return-1;}n=0;if(arguments.length>1){n=Number(arguments[1]);if(n!=n){n=0;}else 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iframeElement=document.createElement("iframe");iframeElement.title="empty";iframeElement.tabindex=-1;iframeElement.style.display="none";iframeElement.width=0;iframeElement.height=0;iframeElement.src="javascript:0";this.firstRun=true;iframeElement.attachEvent("onload",function(){if(NDFramePage.hashChangePoller.firstRun){NDFramePage.hashChangePoller.firstRun=false;NDFramePage.hashChangePoller.SetHistory(location.hash);NDFramePage.hashChangePoller.Poll();}});document.body.appendChild(iframeElement);this.iframe=iframeElement.contentWindow;document.onpropertychange=function(){if(event.propertyName=="title"){try{NDFramePage.hashChangePoller.iframe.document.title=document.title;}catch(e){}}};};this.hashChangePoller.Stop=function(){};this.hashChangePoller.Poll=function(){var hash=location.hash;var historyHash=this.GetHistory();if(hash!=this.lastHash){this.lastHash=location.hash;this.SetHistory(hash,historyHash);NDFramePage.OnHashChange();}else if(historyHash!=this.lastHash){location.href=location.href.replace(/#.*/,'')+historyHash;}this.timeoutID=setTimeout("NDFramePage.hashChangePoller.Poll()",this.timeoutLength);};this.hashChangePoller.GetHistory=function(){return this.iframe.location.hash;};this.hashChangePoller.SetHistory=function(hash,historyHash){if(hash!=historyHash){this.iframe.document.title=document.title;this.iframe.document.open();this.iframe.document.close();this.iframe.location.hash=hash;}};}this.hashChangePoller.Start();}};this.OnResize=function(){this.UpdateLayout();};this.UpdateLayout=function(){var ieVersion=NDCore.IEVersion();var useSizers=(ieVersion==undefined||ieVersion>=8);var fullWidth=NDCore.WindowClientWidth();var fullHeight=NDCore.WindowClientHeight();var header=document.getElementById("NDHeader");var searchField=document.getElementById("NDSearchField");var footer=document.getElementById("NDFooter");var menu=document.getElementById("NDMenu");var menuSizer=document.getElementById("NDMenuSizer");var summary=document.getElementById("NDSummary");var summarySizer=document.getElementById("NDSummarySizer");var content=document.getElementById("NDContent");var messages=document.getElementById("NDMessages");NDCore.SetToAbsolutePosition(header,0,0,fullWidth,undefined);NDCore.SetToAbsolutePosition(footer,0,undefined,fullWidth,undefined);var headerHeight=header.offsetHeight-1;var footerHeight=footer.offsetHeight;NDCore.SetToAbsolutePosition(footer,undefined,fullHeight-footerHeight,undefined,undefined);var searchMargin=(headerHeight-searchField.offsetHeight)/2;NDCore.SetToAbsolutePosition(searchField,fullWidth-searchField.offsetWidth-searchMargin,searchMargin,undefined,undefined);var remainingHeight=fullHeight-headerHeight-footerHeight;var remainingWidth=fullWidth;var currentX=0;if(this.MenuIsVisible()){menu.style.display="block";NDCore.SetToAbsolutePosition(menu,currentX,headerHeight,undefined,remainingHeight);currentX+=menu.offsetWidth;remainingWidth-=menu.offsetWidth;if(this.desiredMenuWidth==undefined){this.desiredMenuWidth=menu.offsetWidth;}if(useSizers){menuSizer.style.display="block";NDCore.SetToAbsolutePosition(menuSizer,currentX,headerHeight,undefined,remainingHeight);}NDMenu.OnUpdateLayout();}else{menu.style.display="none";menuSizer.style.display="none";}if(this.SummaryIsVisible()){summary.style.display="block";NDCore.SetToAbsolutePosition(summary,currentX,headerHeight,undefined,remainingHeight);currentX+=summary.offsetWidth;remainingWidth-=summary.offsetWidth;if(this.desiredSummaryWidth==undefined){this.desiredSummaryWidth=summary.offsetWidth;}if(useSizers){summarySizer.style.display="block";NDCore.SetToAbsolutePosition(summarySizer,currentX,headerHeight,undefined,remainingHeight);}}else{summary.style.display="none";summarySizer.style.display="none";}NDCore.SetToAbsolutePosition(content,currentX,headerHeight,remainingWidth,remainingHeight);NDCore.SetToAbsolutePosition(messages,currentX,0,remainingWidth,undefined);NDSearch.OnUpdateLayout();};this.MenuIsVisible=function(){return true;};this.SummaryIsVisible=function(){return(this.currentLocation!=undefined&&this.currentLocation.summaryFile!=undefined);};this.OnMouseDown=function(event){if(event==undefined){event=window.event;}var target=event.target||event.srcElement;if(NDSearch.SearchFieldIsActive()){var targetIsInResults=false;for(var element=target;element!=undefined;element=element.parentNode){if(element.id=="NDSearchResults"){targetIsInResults=true;break;}}if(!targetIsInResults){NDSearch.ClearResults();NDSearch.DeactivateSearchField();}}if(target.id=="NDMenuSizer"||target.id=="NDSummarySizer"){var element;if(target.id=="NDMenuSizer"){element=document.getElementById("NDMenu");}else{element=document.getElementById("NDSummary");}this.sizerDragging={"sizer":target,"element":element,"originalSizerX":target.offsetLeft,"originalElementWidth":element.offsetWidth,"originalClientX":event.clientX};NDCore.AddClass(target,"Dragging");document.onmousemove=function(e){return NDFramePage.OnSizerMouseMove(e);};document.onmouseup=function(e){return NDFramePage.OnSizerMouseUp(e);};document.onselectstart=function(){return false;};var contentCover=document.createElement("div");contentCover.id="NDContentCover";document.body.appendChild(contentCover);NDCore.SetToAbsolutePosition(contentCover,0,0,NDCore.WindowClientWidth(),NDCore.WindowClientHeight());return false;}else{return true;}};this.OnSizerMouseMove=function(event){if(event==undefined){event=window.event;}var offset=event.clientX-this.sizerDragging.originalClientX;var windowClientWidth=NDCore.WindowClientWidth();if(this.sizerDragging.sizer.id=="NDMenuSizer"){if(this.sizerDragging.originalSizerX+offset<0){offset=0-this.sizerDragging.originalSizerX;}else if(this.sizerDragging.originalSizerX+offset+this.sizerDragging.sizer.offsetWidth>windowClientWidth){offset=windowClientWidth-this.sizerDragging.sizer.offsetWidth-this.sizerDragging.originalSizerX;}}else{var menuSizer=document.getElementById("NDMenuSizer");var leftLimit=menuSizer.offsetLeft+menuSizer.offsetWidth;if(this.sizerDragging.originalSizerX+offsetwindowClientWidth){offset=windowClientWidth-this.sizerDragging.sizer.offsetWidth-this.sizerDragging.originalSizerX;}}NDCore.SetToAbsolutePosition(this.sizerDragging.sizer,this.sizerDragging.originalSizerX+offset,undefined,undefined,undefined);NDCore.SetToAbsolutePosition(this.sizerDragging.element,undefined,undefined,this.sizerDragging.originalElementWidth+offset,undefined);if(this.sizerDragging.sizer.id=="NDMenuSizer"){this.desiredMenuWidth=document.getElementById("NDMenu").offsetWidth;}else{this.desiredSummaryWidth=document.getElementById("NDSummary").offsetWidth;}this.UpdateLayout();};this.OnSizerMouseUp=function(event){document.onmousemove=null;document.onmouseup=null;document.onselectstart=null;document.body.removeChild(document.getElementById("NDContentCover"));NDCore.RemoveClass(this.sizerDragging.sizer,"Dragging");this.sizerDragging=undefined;};this.SizeSummaryToContent=function(){this.SizePanelToContent(document.getElementById("NDSummary"),this.desiredSummaryWidth);};this.SizePanelToContent=function(panel,desiredOffsetWidth){if(this.desiredSummaryWidth==undefined){return;}var resized=false;if(panel.clientWidth==panel.scrollWidth){if(panel.offsetWidth==desiredOffsetWidth){return;}else{NDCore.SetToAbsolutePosition(panel,undefined,undefined,desiredOffsetWidth,undefined);resized=true;}}var newOffsetWidth=panel.scrollWidth;if(panel.scrollHeight>panel.clientHeight){newOffsetWidth+=panel.offsetWidth-panel.clientWidth;}else{newOffsetWidth+=NDCore.GetComputedPixelWidth(panel,"borderLeftWidth")+NDCore.GetComputedPixelWidth(panel,"borderRightWidth");}if(newOffsetWidth!=desiredOffsetWidth){newOffsetWidth+=3;if(newOffsetWidth/desiredOffsetWidth>1.333){newOffsetWidth=Math.floor(desiredOffsetWidth*1.333);}if(panel.offsetWidth!=newOffsetWidth){NDCore.SetToAbsolutePosition(panel,undefined,undefined,newOffsetWidth,undefined);resized=true;}}if(resized){this.UpdateLayout();}};}; \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/styles/DefaultJS/NDMenu.js b/v66.0.1/MSCL_Docs/styles/DefaultJS/NDMenu.js deleted file mode 100644 index 02651854e..000000000 --- a/v66.0.1/MSCL_Docs/styles/DefaultJS/NDMenu.js +++ /dev/null @@ -1,12 +0,0 @@ -/* -This file is part of Natural Docs, which is Copyright © 2003-2018 Code Clear LLC. -Natural Docs is licensed under version 3 of the GNU Affero General Public -License (AGPL). Refer to License.txt or www.naturaldocs.org for the -complete details. - -This file may be distributed with documentation files generated by Natural Docs. -Such documentation is not covered by Natural Docs' copyright and licensing, -and may have its own copyright and distribution terms as decided by its author. -*/ - -"use strict";var NDMenu=new function(){this.Start=function(){this.menuSections=[];this.firstUnusedMenuSection=0;var menuContainer=document.getElementById("NDMenu");var menuTabBar=document.createElement("div");menuTabBar.id="MTabBar";menuContainer.appendChild(menuTabBar);var menuContent=document.createElement("div");menuContent.id="MContent";menuContainer.appendChild(menuContent);NDCore.LoadJavaScript("menu/tabs.js","NDMenuTabsLoader");};this.OnLocationChange=function(oldLocation,newLocation){if(newLocation.type=="Home"&&this.tabs!=undefined&&this.tabs.length==1){this.GoToOffsets([0]);return;}if(oldLocation==undefined||oldLocation.type!=newLocation.type){this.UpdateTabs(newLocation.type);}if(oldLocation==undefined||oldLocation.type!=newLocation.type||oldLocation.path!=newLocation.path){this.Build(new NDMenuHashPath(newLocation.type,newLocation.path));}};this.GoToOffsets=function(offsets){if(this.tabs!=undefined){var newSelectedTab;if(offsets.length>=1){newSelectedTab=this.tabs[offsets[0]][0];if(newSelectedTab!=this.selectedTabType){this.UpdateTabs(newSelectedTab);}}}this.Build(new NDMenuOffsetPath(offsets));};this.Build=function(path){if(path!=undefined){this.pathBeingBuilt=path;}else if(this.pathBeingBuilt==undefined){return;}this.firstUnusedMenuSection=0;var newMenuContent=document.createElement("div");newMenuContent.id="MContent";var result;if(this.tabs!=undefined){result=this.BuildEntries(newMenuContent,this.pathBeingBuilt);}else{result={completed:false};}if(!result.completed){var htmlEntry=document.createElement("div");htmlEntry.className="MLoadingNotice";newMenuContent.appendChild(htmlEntry);}var oldMenuContent=document.getElementById("MContent");var menuContainer=oldMenuContent.parentNode;menuContainer.replaceChild(newMenuContent,oldMenuContent);if(NDCore.IsIE()&&NDCore.IEVersion()==10){setTimeout(function(){document.getElementById("NDMenu").style.zoom="100%";},0);}if(result.completed){if(result.selectedFile){if(result.selectedFile.offsetTop+result.selectedFile.offsetHeight>menuContainer.scrollTop+menuContainer.clientHeight){result.selectedFile.scrollIntoView(false);}else if(result.selectedFile.offsetTop"+""+""+tabTitle+"";htmlMenu.appendChild(htmlEntry);}}else{for(var i=0;i";if(typeof(member[1])=="object"){title+=member[1][0];}else{title+=member[1];}var targetPath=(pathSoFar.length==0?i:pathSoFar.join(",")+","+i);var htmlEntry=document.createElement("a");htmlEntry.className="MEntry MFolder Child";htmlEntry.setAttribute("href","javascript:NDMenu.GoToOffsets(["+targetPath+"])");htmlEntry.innerHTML=title;htmlMenu.appendChild(htmlEntry);}}}result.completed=true;if(selectedTab!=undefined){selectedTab[6]=pathSoFar;}return result;};this.MenuSection=function(file){for(var i=0;i=this.firstUnusedMenuSection){if(i>this.firstUnusedMenuSection){this.menuSections.splice(i,1);this.menuSections.splice(this.firstUnusedMenuSection,0,section);}this.firstUnusedMenuSection++;}if(section.ready==true){return section.contents;}else{return undefined;}}}return undefined;};this.LoadMenuSection=function(file){for(var i=0;i10){for(var i=this.menuSections.length-1;i>=this.firstUnusedMenuSection&&this.menuSections.length>10;i--){if(this.menuSections[i].ready==false){break;}this.menuSections.pop();}}};this.OnTabsLoaded=function(tabs){this.tabs=tabs;NDCore.RemoveScriptElement("NDMenuTabsLoader");var tabBar=document.getElementById("MTabBar");for(var i=0;i"+tabTitle+"";tab.style.position="absolute";tab.style.visibility="hidden";tabBar.appendChild(tab);tabs[i][4]=tab.offsetWidth;tab.className="MTab Narrow";tabs[i][5]=tab.offsetWidth;if(tabs[i][0]==this.selectedTabType){tab.className+=" Selected";}}this.ResizeTabs();if(this.ShouldTabsShow()==false){tabBar.style.display="none";}for(var i=0;i1&&this.selectedTabType!=undefined&&this.selectedTabType!="Home");};this.OnUpdateLayout=function(){this.ResizeTabs();};this.GoToTab=function(newTabType){var tabIndex;for(var i=0;i=this.pathObject.path.length){return;}else if(this.currentContainer==undefined){this.pathIndex++;}else{var currentEntry=this.currentContainer[this.pathObject.path[this.pathIndex]];this.currentContainer=undefined;this.currentContainerHashPath=undefined;this.needToLoad=undefined;if(this.pathIndex==0){this.currentContainerHashPath=currentEntry[2];this.needToLoad=currentEntry[3];}else if(currentEntry[0]==2){this.currentContainerHashPath=currentEntry[2];if(typeof currentEntry[3]=="string"){this.needToLoad=currentEntry[3];}else{this.currentContainer=currentEntry[3];}}this.pathIndex++;if(this.needToLoad!=undefined){this.currentContainer=NDMenu.MenuSection(this.needToLoad);if(this.currentContainer!=undefined){this.needToLoad=undefined;}}}};this.NavigationType=function(){if(this.currentContainer==undefined){return 9;}if(this.pathIndex>=this.pathObject.path.length){return-1;}var currentEntry=this.currentContainer[this.pathObject.path[this.pathIndex]];if(this.InTabs()==false&¤tEntry[0]==1){return 3;}if(this.pathIndex==this.pathObject.path.length-1){return 2;}if(this.pathIndex+2<=this.pathObject.path.length-1){return 1;}var lookahead=this.Duplicate();lookahead.Next();if(lookahead.NavigationType()==9){this.needToLoad=lookahead.NeedToLoad();return 9;}else if(lookahead.CurrentEntry()[0]==2){return 1;}else{return 2;}};this.Duplicate=function(){var newObject=new NDMenuOffsetPathIterator(this.pathObject);newObject.pathIndex=this.pathIndex;newObject.currentContainer=this.currentContainer;newObject.needToLoad=this.needToLoad;return newObject;};this.CurrentEntry=function(){if(this.currentContainer!=undefined&&this.pathIndex0){this.domResults.scrollTop--;}};this.LoadMoreResults=function(){this.moreResultsThreshold=this.visibleEntryCount+25;this.domSearchField.focus();this.Update();};this.ActivateLinkFromKeyboard=function(domLink){var address=domLink.getAttribute("href");if(address.substr(0,11)=="javascript:"){address=address.substr(11);address=address.replace(/^(NDSearch.ToggleParent\([0-9]+,)false(.*)$/,"$1true$2");eval(address);}else{location.href=address;}};this.OnSearchFieldFocus=function(){if(!this.SearchFieldIsActive()){this.ActivateSearchField();if(this.allPrefixesStatus==1){this.allPrefixesStatus=2;NDCore.LoadJavaScript("search/index.js");}}};this.OnSearchFieldKey=function(event){if(event===undefined){event=window.event;}if(event.keyCode==27){this.ClearResults();this.DeactivateSearchField();document.getElementById("CFrame").contentWindow.focus();}else if(event.keyCode==38){if(this.keyboardSelectionIndex<=0){this.keyboardSelectionIndex=this.visibleEntryCount-1;}else{this.keyboardSelectionIndex--;}this.UpdateSelection();}else if(event.keyCode==40){if(this.visibleEntryCount==0){this.keyboardSelectionIndex=-1;}else if(this.keyboardSelectionIndex>=this.visibleEntryCount-1){this.keyboardSelectionIndex=0;}else{this.keyboardSelectionIndex++;}this.UpdateSelection();}else if(event.keyCode==37){if(this.keyboardSelectionIndex!=-1){var domSelectedEntry=document.getElementById("SeSelectedEntry");if(NDCore.HasClass(domSelectedEntry,"SeParent")&&NDCore.HasClass(domSelectedEntry,"open")){this.ActivateLinkFromKeyboard(domSelectedEntry);}}}else if(event.keyCode==39){if(this.keyboardSelectionIndex!=-1){var domSelectedEntry=document.getElementById("SeSelectedEntry");if(NDCore.HasClass(domSelectedEntry,"SeParent")&&NDCore.HasClass(domSelectedEntry,"closed")){this.ActivateLinkFromKeyboard(domSelectedEntry);}}}else if(event.keyCode==13){var domSelectedEntry=undefined;if(this.keyboardSelectionIndex!=-1){domSelectedEntry=document.getElementById("SeSelectedEntry");}else if(this.visibleEntryCount==1){domSelectedEntry=this.domResultsContent.firstChild;}else if(this.visibleEntryCount==2&&NDCore.HasClass(this.domResultsContent.firstChild,"SeParent")){domSelectedEntry=this.domResultsContent.childNodes[1].firstChild;}if(domSelectedEntry!=undefined){this.ActivateLinkFromKeyboard(domSelectedEntry);}else if(this.keyboardSelectionIndex==-1&&this.visibleEntryCount>0){this.keyboardSelectionIndex=0;this.UpdateSelection();}}else if(NDCore.SupportsOnInput()==false){if(event.keyCode!=37&&event.keyCode!=39){this.OnSearchFieldChange(event);}}};this.OnSearchFieldChange=function(event){if(event===undefined){event=window.event;}this.keyboardSelectionIndex=-1;if(this.initialTimeoutStatus==3){if(this.updateTimeout==undefined){this.updateTimeout=setTimeout(function(){clearTimeout(NDSearch.updateTimeout);NDSearch.updateTimeout=undefined;NDSearch.Update();},350);}}else{var searchInterpretations=this.GetSearchInterpretations();if(searchInterpretations.length!=0&&this.allPrefixesStatus==3&&this.GetMatchingPrefixes(searchInterpretations).length<=1){if(this.initialTimeoutStatus==2){clearTimeout(this.initialTimeout);this.initialTimeout=undefined;}this.initialTimeoutStatus=3;this.Update();}else if(this.initialTimeoutStatus==1){this.initialTimeoutStatus=2;this.initialTimeout=setTimeout(function(){if(NDSearch.initialTimeoutStatus==2){clearTimeout(NDSearch.initialTimeout);NDSearch.initialTimeout=undefined;NDSearch.initialTimeoutStatus=3;NDSearch.Update();}},1250);}}};this.OnResultsFocus=function(){this.domSearchField.focus();};this.OnUpdateLayout=function(){if(this.domResults!=undefined){this.PositionResults();if(this.keyboardSelectionIndex!=-1){var domSelectedEntry=document.getElementById("SeSelectedEntry");if(domSelectedEntry!=undefined){this.ScrollEntryIntoView(domSelectedEntry,false);}}}};this.GetSearchInterpretations=function(){var interpretations=[];var normalizedSearchText=this.domSearchField.value.toLowerCase();normalizedSearchText=normalizedSearchText.replace(/\s+/g," ");normalizedSearchText=normalizedSearchText.replace(/^ /,"");normalizedSearchText=normalizedSearchText.replace(/ $/,"");normalizedSearchText=normalizedSearchText.replace(/([^a-z0-9_]) /g,"$1");normalizedSearchText=normalizedSearchText.replace(/ (?=[^a-z0-9_])/g,"");normalizedSearchText=normalizedSearchText.replace(/::|->/g,".");normalizedSearchText=normalizedSearchText.replace(/\\/g,"/");normalizedSearchText=normalizedSearchText.replace(/^[./]+/,"");if(normalizedSearchText==""){return interpretations;}interpretations.push(normalizedSearchText);var lastChar=normalizedSearchText.charAt(normalizedSearchText.length-1);if(lastChar==":"||lastChar=="-"){interpretations.push(normalizedSearchText.substr(0,normalizedSearchText.length-1)+".");}return interpretations;};this.GetMatchingPrefixes=function(searchTextArray){var matchingPrefixes=[];if(this.allPrefixesStatus!=3){return matchingPrefixes;}for(var i=0;i=searchPrefix.length&&this.allPrefixes[prefixIndex].substr(0,searchPrefix.length)==searchPrefix){matchingPrefixes.push(this.allPrefixes[prefixIndex]);prefixIndex++;}else{break;}}}}if(searchTextArray.length<=1){return matchingPrefixes;}matchingPrefixes.sort();for(var i=1;i>1;if(prefix==this.allPrefixes[testIndex]){return testIndex;}else if(prefixmaximum){return true;}}}}}}return false;};this.BuildResults=function(searchInterpretations,searchInterpretationPrefixes,favorClasses,forceExpansion){var results={html:""};this.topLevelEntryCount=0;this.visibleEntryCount=0;var addSearchingStatus=false;for(var p=0;p"+"
"+lastMatchingMemberObject[1];if(lastMatchingMemberObject[0]!=undefined||lastMatchingMemberObject[2]!=undefined){html+="";if(lastMatchingMemberObject[0]!=undefined){html+=", "+lastMatchingMemberObject[0];}if(lastMatchingMemberObject[2]!=undefined){html+=", "+lastMatchingMemberObject[2];}html+="";}html+="";this.topLevelEntryCount++;this.visibleEntryCount++;return html;}else{var selected=(this.keyboardSelectionIndex==this.visibleEntryCount);var openClosed;if(forceExpansion||this.openParents.indexOf(this.topLevelEntryCount)!=-1){openClosed="open";}else{openClosed="closed";}var html=""+"
"+keywordObject[0]+" ("+memberMatches+")"+"";this.topLevelEntryCount++;this.visibleEntryCount++;if(openClosed=="open"){html+="
";for(var i=0;i"+"
"+memberObject[1];if(memberObject[0]!=undefined||memberObject[2]!=undefined){html+="";if(memberObject[0]!=undefined){html+=", "+memberObject[0];}if(memberObject[2]!=undefined){html+=", "+memberObject[2];}html+="";}html+="";this.visibleEntryCount++;}}html+="
";}return html;}};this.BuildSearchingStatus=function(){return"
"+"Searching..."+"
";};this.BuildNoMatchesStatus=function(){return"
"+"No Matches"+"
";};this.BuildMoreResultsEntry=function(){var selected=(this.keyboardSelectionIndex==this.visibleEntryCount);var html=""+"
"+"More Results..."+"";this.visibleEntryCount++;this.topLevelEntryCount++;return html;};this.MakePrefix=function(searchText){var prefix="";for(var i=0;i<3;i++){if(i>=searchText.length){break;}var char=searchText.charAt(i);if(char==" "||char=="."||char=="/"){break;}prefix+=char;}if(prefix.length>0){return prefix;}else{return undefined;}};this.PrefixToHex=function(prefix){var hex="";for(var i=0;imaxHeight){NDCore.SetToAbsolutePosition(this.domResults,undefined,undefined,undefined,maxHeight);}if(this.domResults.offsetWidth>maxWidth){NDCore.SetToAbsolutePosition(this.domResults,undefined,undefined,maxWidth,undefined);}else{if(this.domResults.scrollWidth>this.domResults.clientWidth){var newWidth=this.domResults.offsetWidth+(this.domResults.scrollWidth-this.domResults.clientWidth)+5;if(newWidth>maxWidth){newWidth=maxWidth;}NDCore.SetToAbsolutePosition(this.domResults,undefined,undefined,newWidth,undefined);}if(this.domResults.offsetWidthitemTop){offset=itemTop-windowTop;}if(offset!=0){this.domResults.scrollTop+=offset;}};this.OnPrefixIndexLoaded=function(prefixes){this.allPrefixes=prefixes;this.allPrefixesStatus=3;if(this.initialTimeoutStatus==3){this.Update();}};this.LoadPrefixData=function(prefix){if(this.prefixObjects[prefix]==undefined){var prefixObject=[];prefixObject[0]=prefix;prefixObject[2]=false;prefixObject[3]="NDPrefixLoader_"+this.PrefixToHex(prefix);this.prefixObjects[prefix]=prefixObject;NDCore.LoadJavaScript(this.PrefixToDataFile(prefix),prefixObject[3]);}};this.OnPrefixDataLoaded=function(prefix,commentTypes,keywordObjects){var prefixObject=this.prefixObjects[prefix];if(prefixObject==undefined){return;}for(var k=0;k"+entry[3];entryHTML.onmouseover=mouseOverHandler;entryHTML.onmouseout=mouseOutHandler;var entryHTMLChild=entryHTML.firstChild;if(entryHTMLChild!=undefined&&NDCore.HasClass(entryHTMLChild,"Qualifier")){entryHTMLChild.onmouseover=mouseOverHandler;entryHTMLChild.onmouseout=mouseOutHandler;}newContent.appendChild(entryHTML);}}}var summaryContainer=document.getElementById("NDSummary");var oldContent=document.getElementById("SuContent");if(oldContent!=undefined){summaryContainer.replaceChild(newContent,oldContent);}else{summaryContainer.appendChild(newContent);}newContent.scrollIntoView(true);if(this.summaryEntries!=undefined){NDFramePage.SizeSummaryToContent();}if(NDCore.IsIE()&&NDCore.IEVersion()==10){setTimeout(function(){document.getElementById("NDSummary").style.zoom="100%";},0);}};this.FinishIENavigation=function(){if(NDCore.IsIE()&&this.summaryEntries!=undefined&&NDFramePage.currentLocation!=undefined&&NDFramePage.currentLocation.type=="File"&&NDFramePage.currentLocation.member!=undefined){var topicID=-1;for(var i=0;i0){return id;}else{return-1;}};this.ShowToolTip=function(){var entry=document.getElementById("SuEntry"+this.showingToolTip);this.toolTipHolder.innerHTML=this.summaryToolTips[this.showingToolTip];this.toolTipHolder.style.visibility="hidden";this.toolTipHolder.style.display="block";var summaryBlock=document.getElementById("NDSummary");var x=summaryBlock.offsetLeft+entry.offsetLeft+entry.offsetWidth;var y=summaryBlock.offsetTop+entry.offsetTop-summaryBlock.scrollTop;var newWidth=undefined;var maxWidth=NDCore.WindowClientWidth()-x;if(this.toolTipHolder.offsetWidth>maxWidth){newWidth=maxWidth;}NDCore.SetToAbsolutePosition(this.toolTipHolder,x,y,newWidth,undefined);var prototypes=NDCore.GetElementsByClassName(this.toolTipHolder,"NDPrototype","div");if(prototypes.length>0&&NDCore.HasClass(prototypes[0],"WideForm")&&prototypes[0].scrollWidth>prototypes[0].offsetWidth){NDCore.ChangePrototypeToNarrowForm(prototypes[0]);}var footer=document.getElementById("NDFooter");if(y+this.toolTipHolder.offsetHeight+(footer.offsetHeight*2)>NDCore.WindowClientHeight()){var newY=NDCore.WindowClientHeight()-this.toolTipHolder.offsetHeight-(footer.offsetHeight*2);if(newY<0){newY=0;}NDCore.SetToAbsolutePosition(this.toolTipHolder,undefined,newY,undefined,undefined);}this.toolTipHolder.style.visibility="visible";};this.ResetToolTip=function(){if(this.showingToolTip!=undefined){this.toolTipHolder.style.display="none";this.toolTipHolder.style.width=null;this.lastToolTip=this.showingToolTip;this.showingToolTip=undefined;}if(this.toolTipTimeout!=undefined){clearTimeout(this.toolTipTimeout);this.toolTipTimeout=undefined;}};}; \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/styles/main.css b/v66.0.1/MSCL_Docs/styles/main.css deleted file mode 100644 index 5eec8344c..000000000 --- a/v66.0.1/MSCL_Docs/styles/main.css +++ /dev/null @@ -1 +0,0 @@ -@import URL("Default/Default.css");@import URL("msclDocsStyle/msclDocsStyle.css"); \ No newline at end of file diff --git a/v66.0.1/MSCL_Docs/styles/main.js b/v66.0.1/MSCL_Docs/styles/main.js deleted file mode 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